visionegg-1.2.1/0000755000076500000240000000000011231315557012674 5ustar astrawstaffvisionegg-1.2.1/.gitignore0000644000076500000240000000011511224565527014667 0ustar astrawstaff*.pyc *.so .installed.cfg bin build dist *~ VisionEgg.log visionegg.egg-info visionegg-1.2.1/bootstrap.py0000644000076500000240000000451411224565530015267 0ustar astrawstaff############################################################################## # # Copyright (c) 2006 Zope Corporation and Contributors. # All Rights Reserved. # # This software is subject to the provisions of the Zope Public License, # Version 2.1 (ZPL). A copy of the ZPL should accompany this distribution. # THIS SOFTWARE IS PROVIDED "AS IS" AND ANY AND ALL EXPRESS OR IMPLIED # WARRANTIES ARE DISCLAIMED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED # WARRANTIES OF TITLE, MERCHANTABILITY, AGAINST INFRINGEMENT, AND FITNESS # FOR A PARTICULAR PURPOSE. # ############################################################################## """Bootstrap a buildout-based project Simply run this script in a directory containing a buildout.cfg. The script accepts buildout command-line options, so you can use the -c option to specify an alternate configuration file. $Id$ """ import os, shutil, sys, tempfile, urllib2 tmpeggs = tempfile.mkdtemp() is_jython = sys.platform.startswith('java') try: import pkg_resources except ImportError: ez = {} exec urllib2.urlopen('http://peak.telecommunity.com/dist/ez_setup.py' ).read() in ez ez['use_setuptools'](to_dir=tmpeggs, download_delay=0) import pkg_resources if sys.platform == 'win32': def quote(c): if ' ' in c: return '"%s"' % c # work around spawn lamosity on windows else: return c else: def quote (c): return c cmd = 'from setuptools.command.easy_install import main; main()' ws = pkg_resources.working_set if is_jython: import subprocess assert subprocess.Popen([sys.executable] + ['-c', quote(cmd), '-mqNxd', quote(tmpeggs), 'zc.buildout'], env=dict(os.environ, PYTHONPATH= ws.find(pkg_resources.Requirement.parse('setuptools')).location ), ).wait() == 0 else: assert os.spawnle( os.P_WAIT, sys.executable, quote (sys.executable), '-c', quote (cmd), '-mqNxd', quote (tmpeggs), 'zc.buildout', dict(os.environ, PYTHONPATH= ws.find(pkg_resources.Requirement.parse('setuptools')).location ), ) == 0 ws.add_entry(tmpeggs) ws.require('zc.buildout') import zc.buildout.buildout zc.buildout.buildout.main(sys.argv[1:] + ['bootstrap']) shutil.rmtree(tmpeggs) visionegg-1.2.1/build-demo-dir.py0000755000076500000240000000055711224565530016055 0ustar astrawstaffimport sys, os, glob demos = glob.glob('demo/*.py') + ['check-config.py'] + glob.glob('test/*.py') outdir = 'demo-dist' os.mkdir(outdir) os.mkdir(os.path.join(outdir,'test')) for d in demos: if d.startswith('test'): newname = os.path.join(outdir,d) else: newname = os.path.join(outdir,os.path.split(d)[-1]) print d os.link(d,newname) visionegg-1.2.1/build-win-exe-demos.py0000755000076500000240000000466711224565530017044 0ustar astrawstaff# In addition to running this script, there are additional things that # must be done to build the binary demos: # For the demos to find the font file, we modify # site-packages/VisionEgg/Text.py to include r'.\freesansbold.ttf' as # the default font. (in Text.__init__ # self.font = pygame.font.Font(r'.\freesansbold.ttf',cp.font_size) # In VisionEgg.cfg, set VISIONEGG_LOG_TO_STDERR = 0. import sys import setup # our setup.py file import distutils.core import py2exe numarray_includes=['numarray.libnumarray', 'numarray.memory', 'numarray._bytes', 'numarray._chararray', 'numarray._conv', 'numarray._converter', 'numarray._ndarray', 'numarray._numarray', 'numarray._operator', 'numarray._sort', 'numarray._ufunc', 'numarray._ufuncBool', 'numarray._ufuncComplex32', 'numarray._ufuncComplex64', 'numarray._ufuncFloat32', 'numarray._ufuncFloat64', 'numarray._ufuncInt16', 'numarray._ufuncInt32', 'numarray._ufuncInt64', 'numarray._ufuncInt8', 'numarray._ufuncUInt16', 'numarray._ufuncUInt32', 'numarray._ufuncUInt64', 'numarray._ufuncUInt8', ] tk_excludes=[ 'Tkconstants', 'Tkinter', 'tcl', ] import sys, os, glob windowed_scripts = glob.glob(r'demo\*.py') data_files = [] for d in setup.data_files: todir = d[0] source = d[1] todir = os.path.normpath(todir.replace( 'VisionEgg','.')) source = [s for s in source if not s.endswith('.py')] # don't include .py files data_files.append( (todir,source) ) # include pygame font data_files.append( ('.',[os.path.join(sys.prefix, 'lib','site-packages','pygame','freesansbold.ttf'), ])) print data_files console_scripts = ['check-config.py'] #1/0 distutils.core.setup( windows=windowed_scripts, console=console_scripts, data_files=data_files, options={"py2exe":{"optimize":2, "includes":numarray_includes, #"excludes":tk_excludes, "dll_excludes": ["glut32.dll"], },}, ) visionegg-1.2.1/buildout.cfg0000644000076500000240000000041711224565530015206 0ustar astrawstaff[buildout] parts = test python develop = . eggs = VisionEgg [test] recipe = pbp.recipe.noserunner eggs = pbp.recipe.noserunner ${buildout:eggs} working-directory = ${buildout:directory} [python] recipe = zc.recipe.egg interpreter = python eggs = ${buildout:eggs} visionegg-1.2.1/CHANGELOG.txt0000644000076500000240000003113411224565527014734 0ustar astrawstaffChanges for 1.1.2: ------------------ * Various small bugfixes and improvements: - bugfix: cast to int to prevent breaking ctypes based PyOpenGL 3 (r1506) - make default projection retain pixel coordinates by default when size changes (answers issue of Marcus Leinweber) (r1507) - support for paletted images (r1508) - use numpy instead of Numeric (r1511, r1513, r1514) - bugfix: don't auto-adjust projection if user-specified (r1512) - allow conversion of pygame surface texture to image (r1518) - allow export of texel data as numpy array. includes example (r1522) - add depth_test_enabled parameter to Rectangle3D stimulus type (r1523) - make depth_test parameter compatible with TextureStimulus3D (r1524) Changes for 1.1.1: ------------------ * Various small bugfixes and performance improvements: - Removed old CVS cruft from VisionEgg/PyroClient.py VisionEgg/PyroHelpers.py - Fix trivial documentation bugs to have the correct version number. - Workaraound pygame/SDL issue when creating Font objects. (r1491, reported by Jeremy Hill) - bugfix: allow 4D as well as 3D vectors to specify vertices (r1472, r1474) - fix comments: improve description of coordinate system transforms (r1473) - Use standard Python idiom (r1475) - Further removal of 'from blah import *' (r1476, r1501) - Minor performance improvement (r1486) - Remove unintended print statement (r1487 thanks to Jeremy Hill) - properly detect String and Unicode types (r1470, reported by Dav Clark) - update license to mention other code (r1502) Changes for 1.1: ---------------- * Explicitly require Python 2.3 by removing duplicate of Python standard library's logging module and assume the "True" and "False" are defined. There were probably other assumptions depending on 2.3 creeping into the code, as well. * Removed Lib3DS module. * Workaround PyOpenGL 3.0.0a and 3.0.0b1 bug in glLoadMatrixf(). * Fix SphereMap.AzElGrid() to properly draw iso elevation and azimuth lines at specified intervals. * Change to use numpy at the core instead of Numeric. (Require numpy, no longer require Numeric.) * Require setuptools * No longer supporting Python 2.2 * Update Textures to accept numpy arrays as data source (by Martin Spacek) * Update to work with PyOpenGL 3 * Changes so to reflect standard idioms on Python project layouts: - src/ directory renamed to VisionEgg/ (but .c files need to be moved back to src/) - use 'package_data' distutils argument This enables setuptools to work with the Vision Egg. * QuickTime movies work in Windows (need to check on OS X). * FilledCircle stimulus is now anti-aliased. Thanks to Peter Jurica and Gijs Plomp. * Added demo/texture3D_alpha.py Changes for 1.0: ---------------- * Major enhancements to the ephys server/GUI code to use normal (or slightly modified) demo scripts in this environment were done by Imran Ali and Lachlan Dowd in the lab of David O'Carroll at the University of Adelaide. * An initial patch for stereo support sent by Yuichi Sakano and Kevin J. MacKenzie at York University. * Parallel port enhancements by Hubertus Becker, University of Tübingen. * Arrow and FilledCircle stimuli by Hubertus Becker, University of Tübingen. * DaqKeyboard and ResponseControl by Hubertus Becker, University of Tübingen. * Full screen anti-aliasing support (FSAA) by Mark Halko, Boston University. * Various patches by Tony Arkles (University of Saskatchewan), including a suggestion to separate camera motions from the GL_PROJECTION matrix and put them in the GL_MODELVIEW matrix, where they belong. * Patch for VISIONEGG_SYSTEM_DIR by Nick Knouf, MIT. * Added win32_vretrace.WaitForRetrace() (but it's not used for much, yet) * Enhancements to EPhys Server/GUI sequencer * Added 'lat-long rectangle' to available 3D masking windows * Moved controller.CONSTANTS into FlowControl module namespace * Numerous bugfixes Changes for 0.9.9: ------------------ Screen.put_pixels() method for "blitting" of raw pixel data Support for QuickTime movies (currently Mac OS X only) Redesign of type check system for accuracy and clarity TrueType font rendering with SDL_ttf2 Textures with alpha--bugfixes and examples Positioning of viewports and 2D stimuli can use relative positioning anchors Now requires Python 2.2 -- new style classes used to restrict attribute acccess Now requires pygame 1.5 Renamed timing_func() to time_func() EPhysGUI saves absolute time a trial was started (to recontruct all stimuli) Allow use of pygame Surfaces as source of texture data Mipmaps of sphere-mapped sinusoidal grating to prevent spatial aliasing De-emphasis on Presentation and Controller classes (moved to FlowControl module) Changed orientations such that 0 degrees is right and 90 degrees is up. Bugfix in SphereMap module -- gaussian formula produced windows too wide by 2/sqrt(2) Allow conversion of 3D vertices into 2D screen coordinates Added wireframe azimuth/elevation grid with text labels Allow arbitrary orientation of textures and text with angle parameter FrameTimer class now available for use in your own main loops Use Python 2.3 logging module (copy included for use with Python 2.2) No installation of demos or documentation (get source or demo package) Improved docstrings by using automatic docstring generation Many small enhancements and bugfixes New tests: high-voltage regulation test for displays (Brainard et al., 2002) incomplete DC restoration test for displays (Brainard et al., 2002) unit-test suite: among many other things, pixel accuracy of textures New demos: mpeg.py plays MPEG movies quicktime.py plays QuickTime movies (currently Mac OS X only) convert3d_to_2d.py converts 3D positions to 2D positions dots_simple_loop.py uses own loop rather than Presentation class makeMovie2.py makes a movie with get_framebuffer_as_image() function mouse_gabor_2d.py shows a gabor wavelet under mouse and keyboard control mouse_gabor_perspective.py is sphereGratingWindowed.py improved and renamed mouseTarget_user_loop.py uses own loop rather than Presentation class multi_stim.py shows many stimuli at once Changes for 0.9.4: ------------------ Major features: Complete electrophysiology application (see below) Luminance and color calibration possible Constant visual angle (perspective-distorted) grating stimulus added Constant visual angle (perspective-distorted) gaussian and circular windows added 3D texture-mapped sphere stimulus added Random dot stimulus added Texture module re-written for ease-of-use, clarity, and support of dynamic texture updating Color grating stimulus added Support for plaids added Masks for gratings and textures implemented using multitexturing - uses high bit depth available there on some hardware Vision Egg Programmer's Manual created Many more minor features and bug fixes New electrophysiology application features: Complete application with ready-to-run experiments Application extendible with new experiments by modifying example experiments Full-screen graphics possible with "server" application, GUI client controls experiments over TCP Automated sequence control, including sequences-of-sequences Stimulus onset timing calibration / verification support 3D position / perspective-distortion calibration support Parameters saved during experiments as Python or Matlab scripts Complete configurations can be saved and restored from file All code written for the 0.9.3 release should continue to run on the 0.9.4 release. (There may be some slight changes in functionality due to bug fixes.) Changes for 0.9.3: ------------------ MAJOR: Added .3ds file support to load 3D models. MAJOR: Added Labview code to control gratings in a new "contrib" package. Thanks Jamie Theobald! Fixed texture-resizing bug. Added Rectangle3D stimulus class. Further refined log printing and other small enhancements. Changes for 0.9.2: ------------------ MAJOR: GUI enhancements. Maximum priority (with various options) can be set on Mac OS X and win32. Frame swap sync with vertical retrace support added to Mac OS X. Friendly binary installer for Mac OS X, especially useful since now Mac OS X code requires compilation. Added SYNC_SWAP, RECORD_TIMES, HIDE_MOUSE, and FRAMELESS_WINDOW options. Textures now use mipmaps by default. Minor: Improvements to check-config.py Changes for 0.9.1: ------------------ Windows demos now distributed in standalone directory that does not require python installation. TCPServer mode can print current state, prints command summary, has help, minor bugfixes. Lots of little GUI adjustments, including automatic pop-up of exception dialog box. check-config.py detects old version. Changes for 0.9.0: ------------------ MAJOR: Overall quality of code and base feature set now approaching 1.0 status. MAJOR: Parameter control over TCP interface implemented using TCPController class. MAJOR: Triggering, both out and in, (re)implemented. Same for other data acquisition. MAJOR: Gratings module, with SinGrating2D and SinGrating3D (with perspective distortion) added. MAJOR: Support for SGI IRIX now added. MAJOR: Support for variable size (including 10 bits per channel) frame buffers added. MAJOR: Support for gamma table setting (including greater than 8 bit) added. (Requires pygame 1.5.) MAJOR: ``Run forever'' mode added. MAJOR: Type-checking implemented for parameters under realtime control. Complete re-design and re-implementation of realtime controllers. MINOR: Too many to list! Changed license to LGPL from GPL. Changes for 0.8.2: ------------------ MAJOR: Added frame-by-frame control with realtime_frame_contoller. (Also renamed realtime_controller to realtime_time_controller.) Make sure you set your OpenGL driver to swap buffers at vertical retrace sync if you use this feature! Added support for on-screen text though VisionEgg.Text module. Bitmapped text works pretty well, stroke fonts have a few issues still. Must specify units for stimulus duration, either seconds or frames. Created new module PlatformDependent, which houses all the platform dependent C code. Re-enabled setting of maximum priority (on linux, at least). Made lower_left and size attributes of Viewport class part of parameters, so now they can be changed in realtime. Added automatic detection of all extensions in tests/opengl_info.py. Removed data acquisition stuff from distribution until I get time to get it working again. Re-incorporated linux (and other unix?) kernel scheduler maximum priority stuff. Re-incorporated collection and printing of frame-timing statistics. Turn on by setting "collect_timing_info" argument of Presentation.go() to non-zero value. Contrast control in SpinningDrum now acheived with standard OpenGL texture environment functions, not OpenGL extension. Changes for 0.8.1: ------------------ Fixed some Mac OS X glitches. Removed Overlay class from VisionEgg.Core. (The Overlay class was the same as the Stimulus class with the inclusion of its own projection. Now, if your stimulus has an associated projection, as 2D stimuli would, you must keep track of that yourself.) Support for specifying the order in which stimuli are drawn added by draw_order argument to the add_stimulus method of the Viewport class. (Necessary to ensure any graphics that must get drawn on top of everything else can be drawn last.) Added remove_stimulus method to Viewport class. Added remove controller methods to Presentation class. Improved auto-setting of video modes. Added GetKeypressDialog and ToplevelDialog classes to GUI module. Changes for 0.8.0: ------------------ MAJOR: Implemented new Screen, Viewport, Stimulus, Overlay, and Presentation classes in VisionEgg.Core to more cleanly separate components and allow multiple viewports on same screen. MAJOR: Implemented new Parameters class in VisionEgg.Core to allow more flexible control of any parameters which may change during or between stimulus presentations. This paves the way for easy control using any imaginable means, including a local window, a remote python script (see below about Pyro), or from a data-acquisition card. MAJOR: Added remote execution methods, so now you can run the VisionEgg in fullscreen mode while controlling it from a different computer. Check out the the demos in the demo/Pyro directory. Requires python package "Pyro" (Python Remote Objects). New configuration system added. VisionEgg.config holds system-wide configuration defaults. Changed VisionEgg.py to Core.py, so now you must do "import VisionEgg.Core". Moved demo scripts into 'demo' directory within the main package. Now there is only one package to maintain. Pulled texture stuff into Textures.py. Pulled data acquisition stuff into Daq.py Added lots of docstrings. Created this changelog. visionegg-1.2.1/check-config.py0000755000076500000240000002514211224565530015575 0ustar astrawstaff#!/usr/bin/env python """check-config.py -- VisionEgg configuration check Run this program first to check the installation status or version number of the Vision Egg. """ import sys, string, os, traceback # Mac OS X weirdness: gui_ok = 1 print "check-config.py for Vision Egg 1.0" print "[%s CVS revision %s]"%(__date__,__cvs__) print "Beginning configuration check." if sys.platform == 'darwin': try: if not os.path.isabs(sys.argv[0]): print """Mac OS X - It appears you are running this script from the commandline -- turning off GUIs.""" gui_ok = 0 except Exception, x: raise print # sys.stdout and sys.stderr hard to see: if sys.platform in ['darwin','mac','win32'] and gui_ok: try: import Tkinter class showwarning(Tkinter.Frame): def format_string(self,in_str): min_line_length = 65 in_list = string.split(in_str) out_str = "" cur_line = "" for word in in_list: cur_line = cur_line + word + " " if len(cur_line) > min_line_length: out_str = out_str + cur_line[:-1] + "\n" cur_line = "" out_str = out_str + cur_line return out_str def close_window(self,dummy_arg=None): #self.destroy() self.winfo_toplevel().destroy() def __init__(self,title="Vision Egg Warning",message=None): Tkinter.Frame.__init__(self,borderwidth=20) #self.focus_force() self.pack() self.winfo_toplevel().title(title) Tkinter.Label(self,text=self.format_string(message)).pack() b = Tkinter.Button(self,text="OK",command=self.close_window) b.pack() b.focus_force() b.bind('',self.close_window) self.mainloop() if sys.platform == 'darwin': add_str = """ To see this information, switch to the Terminal window that should have opened when you launched this program.""" elif sys.platform == 'win32': add_str = """ After this script has finished, a second GUI window will appear. Until the second window is closed, the console will be available for viewing.""" else: add_str = """ Information specific to your platform has not been written yet.""" showwarning(title="Conole location warning", message= """This script displays information on the console, which is not readily visible on this platform."""+add_str) except: print "(Failed to open dialog box-- is Tkinter installed?)" # Import unknown_import_fail = 0 import ConfigParser # If this line fails, you have an old version of Python. try: import VisionEgg except ImportError: print """Could not import the VisionEgg module. This is probably because it is not yet installed. Try installing by running 'python setup.py install' from the command line (as root if necessary). The exception raised was:""" traceback.print_exc() except AttributeError, x: if str(x) != "'module' object has no attribute 'release_name'": unknown_import_fail = 1 traceback.print_exc() else: try: def my_import(name): mod = __import__(name) components = string.split(name, '.') for comp in components[1:]: mod = getattr(mod, comp) return mod mod = my_import("VisionEgg.VisionEgg") if mod.__name__ == "VisionEgg.VisionEgg": print """********************************************************** YOU APPEAR TO HAVE AN OLD COPY OF THE VISION EGG INSTALLED Please remove the old installation directory and re-install. The old installation directory is %s **********************************************************"""%(os.path.abspath(os.path.dirname(mod.__file__)),) else: unknown_import_fail = 1 traceback.print_exc() except: unknown_import_fail = 1 traceback.print_exc() except (ConfigParser.MissingSectionHeaderError, ConfigParser.NoSectionError): print """********************************************************** YOU APPEAR TO HAVE AN OLD OR BROKEN COPY "VisionEgg.cfg" INSTALLED Please remove or rename the the file at the location specified above and re-install. The file name and location should be printed above. **********************************************************""" except: unknown_import_fail = 1 traceback.print_exc() if unknown_import_fail: print """********************************************************** Could not import the VisionEgg module for an unknown reason. See the traceback printed above. **********************************************************""" # Finally, do it! if 'VisionEgg' in globals().keys(): print "VisionEgg version %s"%(VisionEgg.release_name,) print print "VisionEgg modules in %s"%(os.path.split(os.path.abspath(VisionEgg.__file__))[0],) print "VisionEgg system directory %s"%(VisionEgg.config.VISIONEGG_SYSTEM_DIR,) print "VisionEgg user directory %s"%(VisionEgg.config.VISIONEGG_USER_DIR,) print if VisionEgg.config.VISIONEGG_CONFIG_FILE: print "Config file found at %s"%(VisionEgg.config.VISIONEGG_CONFIG_FILE,) else: configuration_src = '' try: import VisionEgg.Configuration configuration_src = VisionEgg.Configuration.__file__ except: pass print "No config file found, using defaults from file %s"%(configuration_src,) print for configname in dir(VisionEgg.config): if not configname.startswith('_'): print configname + " = " + str(getattr(VisionEgg.config,configname)) print # Check for old demo install location if sys.executable != sys.argv[0]: # Not running as binary executable in own demo directory old_demo_install_dir = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,'demo') if os.path.isdir(old_demo_install_dir): print """ ************************************************************ WARNING: You have the old Vision Egg demos in %(old_demo_install_dir)s Although the old demos will not cause problems for Vision Egg scripts, they may lead to confusion. Therefore, you should remove this directory and its contents. The new demos (and documentation) are no longer installed, but available with the source code or as a separate package. ************************************************************ """%locals() # These things have been removed from the installed library directory. # Print error if it's still around ancient_VisionEgg_files = ['AppHelper.py', # old module 'AppHelper.pyo', # old module 'AppHelper.pyc', # old module 'demo', # old install location 'test', # old install location ] try: files_installed = os.listdir(os.path.dirname(VisionEgg.__file__)) except: files_installed = [] ancient_files = [] for filename in ancient_VisionEgg_files: if filename in files_installed: ancient_files.append(filename) if len(ancient_files): print """ ************************************************************ WARNING: The following files were found in your VisionEgg library directory: %s The library directory is %s These files are from old installations of the Vision Egg. Although they will not cause problems unless your scripts import them, they may lead to confusion. ************************************************************ """%(string.join(ancient_files),os.path.abspath(os.path.dirname(VisionEgg.__file__))) else: print "VisionEgg not installed (or other VisionEgg import problems)" print print "Continuing with prerequisites check." print print "Version checklist:" print print "Python version %s"%(string.split(sys.version)[0],), if sys.version >= '2.3': print "(OK)" else: print "(Unsupported, probably won't work)" print "extra Python info:",string.join(string.split(sys.version)[1:]) try: import numpy print "numpy version %s"%(numpy.__version__,), if numpy.__version__ >= '1.0': print "(OK)" else: print "(Untested)" except: print "numpy failed" try: import OpenGL print 'PyOpenGL (package "OpenGL") version %s'%(OpenGL.__version__,), if OpenGL.__version__ >= '2.0': # 2.x is OK print "(OK)" else: print "(WILL FAIL)" except: print 'PyOpenGL (package "OpenGL") failed' try: import pygame.version print "pygame version %s"%(pygame.version.ver,), if pygame.version.ver >= '1.5.3': print "(OK)" else: print "(Unsupported, probably won't work)" except Exception, x: print "pygame failed:",str(x.__class__),str(x) try: import Image # PIL print 'Python Imaging Library (package "Image") version %s'%(Image.VERSION,), if Image.VERSION >= '1.1.2': print "(OK)" else: print "(Untested)" except: print 'Python Imaging Library (package "Image") failed' print print "Optional module(s):" print try: import Pyro.core print "Pyro version %s"%(Pyro.core.constants.VERSION,), if Pyro.core.constants.VERSION >= '2.7': print "(OK)" else: print "(Untested)" except: print "Pyro failed" if sys.platform == 'win32': try: import winioport print "winioport", try: winioport.out(0x378,0) print "(appears to work)" except: print "(not working)" except: print "winioport failed" if gui_ok and sys.platform == 'win32': showwarning(title="View the console", message= """This dialog keeps the console open until you close it. Although by default the Vision Egg prints everything (including errors) to VisionEgg.log, it may be necessary to view the console. In that case, you have to run the script from the command line so that the console does not disappear when the program is finished executing.""") visionegg-1.2.1/demo/0000755000076500000240000000000011231315556013617 5ustar astrawstaffvisionegg-1.2.1/demo/alpha_texture.py0000644000076500000240000000526311224565530017045 0ustar astrawstaff#!/usr/bin/env python """ Textures with alpha (transparency). """ import VisionEgg as ve ve.start_default_logging(); ve.watch_exceptions() import VisionEgg.Core as vec from VisionEgg.FlowControl import Presentation import VisionEgg.Textures as vet import Image, ImageDraw # Python Imaging Library (PIL) import OpenGL.GL as gl # PyOpenGL import os import numpy # Numeric screen = vec.get_default_screen() texel_scale = 5 # create background texture from image file bg_filename = os.path.join(ve.config.VISIONEGG_SYSTEM_DIR,"data","panorama.jpg") bg_texture = vet.Texture(bg_filename) bg = vet.TextureStimulus(texture = bg_texture, size = bg_texture.size, shrink_texture_ok=False, mipmaps_enabled=False, ) # create alpha texture from numpy numpy_size = (50,50,4) numpy_data = numpy.ones(numpy_size,dtype=numpy.float)*1.0 # white numpy_data[:,:,3] = numpy.random.uniform(0.0,1.0,size=(numpy_size[:2])) # random alpha numpy_texture = vet.Texture(numpy_data) numpy_stim = vet.TextureStimulus(texture=numpy_texture, internal_format = gl.GL_RGBA, position = (10,10), mipmaps_enabled=0, size=(numpy_size[0]*texel_scale,numpy_size[1]*texel_scale), texture_min_filter=gl.GL_NEAREST, texture_mag_filter=gl.GL_NEAREST, ) # create alpha texture from Image im_size = (50*texel_scale,50*texel_scale) im_texels = Image.new("RGBA",im_size,(0,0,0,0)) # transparent im_draw = ImageDraw.Draw(im_texels) im_draw.ellipse((0,0) + im_size, fill=(255,255,255,255)) # opaque circle r,g,b,a = im_texels.split() # get individual bands (we only use alpha below) im_draw.rectangle((0,0) + (im_size[0]/2,im_size[1]), fill=(255,255,255,255)) # white im_draw.rectangle((im_size[0]/2,0) + (im_size[0],im_size[1]), fill=(0,0,0,255)) # white im_texels.putalpha(a) im_texture = vet.Texture(im_texels) im_stim = vet.TextureStimulus(texture=im_texture, internal_format = gl.GL_RGBA, position = (20+numpy_size[0]*texel_scale,10), mipmaps_enabled=0, size=(im_size[0],im_size[1]), texture_min_filter=gl.GL_NEAREST, texture_mag_filter=gl.GL_NEAREST, ) viewport = vec.Viewport(screen=screen, stimuli=[bg,numpy_stim,im_stim]) p = vec.Presentation(go_duration=(5.0,'seconds'), viewports=[viewport]) p.go() visionegg-1.2.1/demo/az_el_grid.py0000644000076500000240000000257711224565530016304 0ustar astrawstaff#!/usr/bin/env python """Azimuth and elevation grid""" from VisionEgg import * start_default_logging(); watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, FunctionController from VisionEgg.SphereMap import * from VisionEgg.Textures import * import math, os import numpy numpy.seterr(all='raise') def projection_matrix_f(t): # This bit of code is from the "movingPOV" demo and can be used to # gain a moving external view of the texture-mapped sphere by # uncommenting the appropriate line below. projection = SimplePerspectiveProjection(fov_x=55.0,aspect_ratio=(screen.size[0]/2.)/screen.size[1]) eye = (0.0,t*0.3+1.0,-2.0) camera_look_at = (0.0,0.0,0.0) camera_up = (0.0,1.0,0.0) projection.look_at( eye, camera_look_at, camera_up) return projection.get_matrix() screen = get_default_screen() screen.parameters.bgcolor = (1.0,1.0,1.0,1.0) projection = SimplePerspectiveProjection(fov_x=90.0) text_viewport = Viewport(screen=screen) stimulus = AzElGrid() viewport = Viewport(screen=screen, projection=projection, stimuli=[stimulus]) stimulus.parameters.my_viewport = viewport # set afterwards p = Presentation(go_duration=(10.0,'seconds'),viewports=[viewport])#,text_viewport]) #p.add_controller(projection,'matrix', FunctionController(during_go_func=projection_matrix_f)) p.go() visionegg-1.2.1/demo/color_grating.py0000755000076500000240000000524611224565530017035 0ustar astrawstaff#!/usr/bin/env python """Colored sine wave grating in circular mask""" ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, FunctionController from VisionEgg.Gratings import SinGrating2D from VisionEgg.Textures import Mask2D from math import * ##################################### # Initialize OpenGL window/screen # ##################################### screen = get_default_screen() ###################################### # Create sinusoidal grating object # ###################################### mask = Mask2D(function='circle', # also supports 'circle' radius_parameter=100, # sigma for gaussian, radius for circle (units: num_samples) num_samples=(256,256)) # this many texture elements in mask (covers whole size specified below) # NOTE: I am not a color scientist, and I am not familiar with the # needs of color scientists. Color interpolation is currently done in # RGB space, but I assume there are other interpolation methods that # people may want. Please submit any suggestions. stimulus = SinGrating2D(color1 = (0.5, 0.25, 0.5), # RGB (alpha ignored if given) color2 = (1.0, 0.5, 0.1), # RGB (alpha ignored if given) contrast = 0.2, pedestal = 0.1, mask = mask, # optional position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), anchor = 'center', size = ( 300.0 , 300.0 ), spatial_freq = 20.0 / screen.size[0], # units of cycles/pixel temporal_freq_hz = 1.0, orientation = 270.0 ) def pedestal_func(t): # Calculate pedestal over time. (Pedestal range [0.1,0.9] and # contrast = 0.2 limits total range to [0.0,1.0]) temporal_freq_hz = 0.2 return 0.4 * sin(t*2*pi * temporal_freq_hz) + 0.5 ############################################################### # Create viewport - intermediary between stimuli and screen # ############################################################### viewport = Viewport( screen=screen, stimuli=[stimulus] ) ######################################## # Create presentation object and go! # ######################################## p = Presentation(go_duration=(10.0,'seconds'),viewports=[viewport]) p.add_controller(stimulus,'pedestal',FunctionController(during_go_func=pedestal_func)) p.go() visionegg-1.2.1/demo/convert3d_to_2d.py0000644000076500000240000000504411224565530017173 0ustar astrawstaff#!/usr/bin/env python """Convert 3D position to 2D position""" import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, FunctionController from VisionEgg.Text import * from VisionEgg.Textures import * screen = get_default_screen() screen.parameters.bgcolor = 0.0, 0.0, 0.0 # background black l = -0.1 r = 0.5 t = 0.3 b = 0 z = 0 vertices = [(l,b,z), (r,b,z), (l,t,z), (r,t,z)] # Get a texture filename = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,"data","visionegg.bmp") texture = Texture(filename) rect = TextureStimulus3D(texture=texture, lowerleft=vertices[0], lowerright=vertices[1], upperleft=vertices[2], upperright=vertices[3], ) viewport2D = Viewport(screen=screen) camera_matrix = ModelView() def update(t): new_camera_matrix = ModelView() new_camera_matrix.stateless_translate(0,0,-1) new_camera_matrix.stateless_rotate(36.0*t,0.0,1.0,0) camera_matrix.parameters.matrix = new_camera_matrix.get_matrix() eye_coords = camera_matrix.apply_to_vertices( vertices ) for i in range(len(vertex_labels)): text = vertex_labels[i] eye_coord_vertex = eye_coords[i] window_coords = viewport3D.eye_2_window(eye_coord_vertex) # eye to window text.parameters.text='<- %.1f, %.1f'%(window_coords[0],window_coords[1]) text.parameters.position = window_coords[0],window_coords[1] viewport3D = Viewport( screen=screen, projection=SimplePerspectiveProjection(fov_x=90.0), camera_matrix=camera_matrix, stimuli=[rect]) vertex_labels = [] for vertex in vertices: vertex_labels.append( Text(text='temporary text', anchor='left', ) ) other_text = [] other_text.append( Text(text='Pixel positions (x,y) calculated from 3D coordinates', position=(screen.size[0]/2,screen.size[1]), anchor='top', ) ) other_text.append( Text(text='----> x', position=(10,10), anchor='left', ) ) other_text.append( Text(text='----> y', angle=90.0, position=(10,10), anchor='left', ) ) viewport2D.parameters.stimuli = vertex_labels + other_text p = Presentation(go_duration=(10.0,'seconds'),viewports=[viewport3D,viewport2D]) p.add_controller(None, None, FunctionController(during_go_func=update)) p.go() visionegg-1.2.1/demo/daq/0000755000076500000240000000000011231315556014364 5ustar astrawstaffvisionegg-1.2.1/demo/daq/simple_lpt_out.py0000644000076500000240000000057311224565530020003 0ustar astrawstaff"""very simple example of using the parallel port""" from VisionEgg.DaqLPT import raw_lpt_module import time LPT1 = 0x378 # address of parallel port -- make sure your computer agrees # turn all pins on data = 0xFF # values to output on parallel port raw_lpt_module.out(LPT1,data) time.sleep(1.0) # wait 1 second # turn all pins off data = 0x00 raw_lpt_module.out(LPT1,data) visionegg-1.2.1/demo/daq/trigger_in.py0000644000076500000240000000267611224565530017103 0ustar astrawstaff#!/usr/bin/env python """Use an external device to trigger the Vision Egg.""" import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, ConstantController from VisionEgg.Gratings import * import VisionEgg.Daq from VisionEgg.DaqLPT import * # Normal stuff (from grating demo): screen = get_default_screen() stimulus = SinGrating2D(on = 0, # turn grating is off when not in go loop position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), anchor = 'center', size = ( 300.0 , 300.0 ), spatial_freq = 10.0 / screen.size[0], temporal_freq_hz = 5.0, orientation = 45.0 ) viewport = Viewport( screen=screen, stimuli=[stimulus] ) p = Presentation(go_duration=(5.0,'seconds'), trigger_go_if_armed=0, # wait for trigger viewports=[viewport]) # Stimulus on controller stimulus_on_controller = ConstantController(during_go_value=1,between_go_value=0) # Create a trigger input controller trigger_in_controller = LPTTriggerInController() # Add the trigger output controller to the presentation's list of controllers p.add_controller(stimulus,'on',stimulus_on_controller) p.add_controller(p,'trigger_go_if_armed',trigger_in_controller) # Go! p.go() visionegg-1.2.1/demo/daq/trigger_out.py0000755000076500000240000000216011224565530017273 0ustar astrawstaff#!/usr/bin/env python """Use the Vision Egg to trigger an external device.""" import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation from VisionEgg.Gratings import * import VisionEgg.Daq from VisionEgg.DaqLPT import * # Normal stuff (from grating demo): screen = get_default_screen() stimulus = SinGrating2D(position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), anchor = 'center', size = ( 300.0 , 300.0 ), spatial_freq = 10.0 / screen.size[0], # units of cycles/pixel temporal_freq_hz = 5.0, orientation = 45.0 ) viewport = Viewport( screen=screen, stimuli=[stimulus] ) p = Presentation(go_duration=(5.0,'seconds'),viewports=[viewport]) # Create a trigger output controller trigger_out_controller = LPTTriggerOutController() # Add the trigger output controller to the presentation's list of controllers p.add_controller(None,None,trigger_out_controller) # Go! p.go() visionegg-1.2.1/demo/demo_arrow.py0000644000076500000240000000317611224565530016337 0ustar astrawstaff#!/usr/bin/env python """Demo for the arrow stimulus.""" # Author(s): Hubertus Becker # Copyright: (C) 2004-2005 by Hertie Institute for Clinical Brain Research, # Department of Cognitive Neurology, University of Tuebingen # URL: http://www.hubertus-becker.de/resources/visionegg/ # $Revision$ $Date$ ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation from VisionEgg.MoreStimuli import * ##################################### # Initialize OpenGL window/screen # ##################################### screen = get_default_screen() screen.parameters.bgcolor = (0.0,0.0,0.0,0.0) # Make it black (RGBA) ###################################### # Arrow stimulus # ###################################### stimulus = Arrow( anchor = 'center', position = (screen.size[0]/2.0, screen.size[1]/2.0), size = (64.0, 16.0), color = (1.0, 1.0, 1.0, 1.0), # Draw it in white (RGBA) orientation = 0.0 # Right ) ############################################################### # Create viewport - intermediary between stimuli and screen # ############################################################### viewport = Viewport( screen=screen, stimuli=[stimulus] ) ######################################## # Create presentation object and go! # ######################################## p = Presentation(go_duration=(5.0, 'seconds'), viewports=[viewport]) p.go() visionegg-1.2.1/demo/demo_fixationpoint.py0000644000076500000240000000310011224565530020063 0ustar astrawstaff#!/usr/bin/env python """Demo for the fixation point stimulus.""" # Author(s): Hubertus Becker # Copyright: (C) 2004-2005 by Hertie Institute for Clinical Brain Research, # Department of Cognitive Neurology, University of Tuebingen # URL: http://www.hubertus-becker.de/resources/visionegg/ # $Revision$ $Date$ ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation from VisionEgg.MoreStimuli import * ##################################### # Initialize OpenGL window/screen # ##################################### screen = get_default_screen() screen.parameters.bgcolor = (0.0,0.0,0.0,0.0) # make it black (RGBA) ###################################### # Create fixation point stimulus # ###################################### stimulus = FilledCircle( anchor = 'center', position = (screen.size[0]/2.0, screen.size[1]/2.0), radius = 5.0, color = (255, 0, 0) # Draw it in red ) ############################################################### # Create viewport - intermediary between stimuli and screen # ############################################################### viewport = Viewport( screen=screen, stimuli=[stimulus] ) ######################################## # Create presentation object and go! # ######################################## p = Presentation(go_duration=(5.0, 'seconds'), viewports=[viewport]) p.go() visionegg-1.2.1/demo/demo_keyboardresponse.py0000644000076500000240000000534411231304066020554 0ustar astrawstaff#!/usr/bin/env python """Demo for the keyboard response controller class.""" # Author(s): Hubertus Becker # Copyright: (C) 2005 by Hertie Institute for Clinical Brain Research, # Department of Cognitive Neurology, University of Tuebingen # URL: http://www.hubertus-becker.de/resources/visionegg/ # $Revision$ $Date$ ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation from VisionEgg.Dots import * import pygame import VisionEgg.Daq from VisionEgg.ResponseControl import * ##################################### # Initialize OpenGL window/screen # ##################################### screen = get_default_screen() screen.parameters.bgcolor = (0.0,0.0,0.0,0.0) # make black (RGBA) ###################################### # Create random dot stimulus # ###################################### stimulus = DotArea2D( position = (screen.size[0]/2.0, screen.size[1]/2.0), anchor = 'center', size = (300.0 , 300.0), signal_fraction = 0.1, signal_direction_deg = 180.0, velocity_pixels_per_sec = 10.0, dot_lifespan_sec = 5.0, dot_size = 3.0, num_dots = 100 ) ############################################################### # Create viewport - intermediary between stimuli and screen # ############################################################### viewport = Viewport(screen=screen, stimuli=[stimulus]) ######################################## # Create presentation object and go! # ######################################## p = Presentation(go_duration=(5.0,'seconds'), viewports=[viewport]) ############################################## # Connect the controller with the stimulus # ############################################## keyboard_response = KeyboardResponseController() # Add the keyboard controller to the presentation's list of controllers p.add_controller(None, None, keyboard_response) ######## # Go # ######## for i in range(3): p.go() # Print responses collected during the presentation # print "all =",keyboard_response.get_responses_since_go() # print "all_time =",keyboard_response.get_time_responses_since_go() print "first =",keyboard_response.get_first_response_since_go() print "first_time=",keyboard_response.get_time_first_response_since_go() # print "last =",keyboard_response.get_last_response_since_go() # print "last_time =",keyboard_response.get_time_last_response_since_go() # sleep(1) # Sleep for 1 second visionegg-1.2.1/demo/demo_keyboardtrigger.py0000644000076500000240000000334411224565530020366 0ustar astrawstaff#!/usr/bin/env python """Use the keyboard to trigger the Vision Egg.""" # Author(s): Hubertus Becker # Copyright: (C) 2005 by Hertie Institute for Clinical Brain Research, # Department of Cognitive Neurology, University of Tuebingen # URL: http://www.hubertus-becker.de/resources/visionegg/ # $Revision$ $Date$ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, ConstantController from VisionEgg.Gratings import * import VisionEgg.Daq from VisionEgg.DaqKeyboard import * import pygame # Normal stuff (from grating demo): screen = get_default_screen() stimulus = SinGrating2D( on = 0, # turn grating is off when not in go loop position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), anchor = 'center', size = ( 300.0 , 300.0 ), spatial_freq = 10.0 / screen.size[0], temporal_freq_hz = 5.0, orientation = 45.0 ) viewport = Viewport( screen=screen, stimuli=[stimulus] ) p = Presentation( go_duration=(5.0,'seconds'), trigger_go_if_armed=0, # wait for trigger viewports=[viewport] ) # Stimulus on controller stimulus_on_controller = ConstantController(during_go_value=1,between_go_value=0) # Create a trigger input controller trigger_in_controller = KeyboardTriggerInController() # Default is key '1' #trigger_in_controller = KeyboardTriggerInController(pygame.locals.K_2) # Use '2' # Add the trigger output controller to the presentation's list of controllers p.add_controller(stimulus,'on',stimulus_on_controller) p.add_controller(p,'trigger_go_if_armed',trigger_in_controller) # Go! p.go() p.go() p.go() visionegg-1.2.1/demo/displayText.py0000755000076500000240000000140711224565530016511 0ustar astrawstaff#!/usr/bin/env python """Display text strings.""" import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import get_default_screen, Viewport from VisionEgg.FlowControl import Presentation from VisionEgg.Text import Text screen = get_default_screen() screen.parameters.bgcolor = (0.0,0.0,1.0) # background blue (RGB) text = Text(text="Hello world!", color=(1.0,1.0,1.0), # alpha is ignored (set with max_alpha_param) position=(screen.size[0]/2,screen.size[1]/2), font_size=50, anchor='center') viewport = Viewport(screen=screen, size=screen.size, stimuli=[text]) p = Presentation(go_duration=(5.0,'seconds'),viewports=[viewport]) p.go() visionegg-1.2.1/demo/displayUnicode.py0000644000076500000240000000625511224565530017156 0ustar astrawstaff#!/usr/bin/env python # -*- coding: UTF-8 -*- """Display unicode text strings.""" # data from http://www.columbia.edu/kermit/utf8.html phrases = {'English': u"I can eat glass and it doesn't hurt me.", 'Sanskrit': u"कà¤à¤šà¤‚ à¤ĥकàà¤¨à‹à¤àà¤Żà¤¤àà¤¤àà¤à ठनà‹à¤Şà¤ıà¤żà¤¨à¤¸àà¤¤à¤ż à¤à¤à¤à à", 'Sanskrit (standard transcription)': u"kācaáıƒ Ċ›aknomyattum; nopahinasti mām.", 'Classical Greek': u"ὕÎħÎğÎżÎ½ ϕÎħÎ³Îµáż–Î½ δá½ğνÎħÎĵÎħÎı· Ï„ÎżáżĤÏ„Îż Îżá½” Îĵε βÎğá½ħπτεÎı.", 'Greek': u"ÎœÏ€ÎżÏÏŽ νÎħ φÎĴω σπÎħσÎĵένÎħ γυÎħÎğÎıÎĴ Ï‡Ï‰ÏÎŻÏ‚ νÎħ πÎĴθω Ï„ÎŻÏ€ÎżÏ„Îħ.", 'Thai': u"ฉà¸ħนกินกระจกàı„ดàı‰ àıà¸•àıˆà¸Ħà¸ħนàı„à¸Ħàıˆà¸—ำàıƒà¸Ğàı‰à¸‰à¸ħนàı€à¸ˆàı‡à¸š", 'Chinese': u"ĉˆ‘能ċžä¸‹çŽğ璃而不äĵ¤èşĞ体", 'Chinese (Traditional)': u"ĉˆ‘能ċžä¸‹çŽğ璃而不ċ‚·èşĞéĞ”", 'Japanese': u"私Ż‚Ĵƒİ‚ı‚’食ı‚‰‚Œ™€‚‚ŒŻç§‚’ċ‚·¤‘›‚“€‚", 'Korean': u"나는 유ëĤĴëĵ ë¨ı을 수 있어요. 그래도 아프지 않아요", 'Arabic': u"Ĝ£Ù†Ĝ§ قĜ§ĜŻĜħ Ĝıلى Ĝ£ÙƒÙ„ Ĝ§Ù„Ĝ²ĜĴĜ§ĜĴ و هĜ°Ĝ§ لĜ§ يĜ¤Ù„مني.", 'Hebrew': u"אני יכול לאכול זכוכית וזה לא מזיק לי.", } # collect above data into 2 sequences: language, phrase = zip(*[item for item in phrases.iteritems()]) import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation from VisionEgg.Text import * import pygame from pygame.locals import * screen = get_default_screen() screen.parameters.bgcolor = (0.0,0.0,1.0) # background blue (RGB) if sys.platform == 'win32': font_name = r'C:\Windows\Fonts\Arial.ttf' else: font_name = '/usr/share/fonts/truetype/Arial.ttf' if not os.path.exists(font_name): print 'WARNING: font_name "%s" does not exist, using default font'%font_name font_name = None text = Text(color=(1.0,1.0,1.0), # alpha is ignored (set with max_alpha_param) position=(screen.size[0]/2,screen.size[1]/2), ignore_size_parameter=False, # ignore font size (use texture size) size = (screen.size[0],max(screen.size[0]/10,10)), anchor='center', font_name=font_name) viewport = Viewport(screen=screen, size=screen.size, stimuli=[text]) # The main loop below is an alternative to using the # VisionEgg.FlowControl.Presentation class. frame_timer = FrameTimer() quit_now = 0 while not quit_now: for event in pygame.event.get(): if event.type in (QUIT,KEYDOWN,MOUSEBUTTONDOWN): quit_now = 1 idx = int(VisionEgg.time_func()%len(language)) text.parameters.text = "%s: %s"%(language[idx],phrase[idx]) screen.clear() viewport.draw() swap_buffers() frame_timer.tick() frame_timer.log_histogram() visionegg-1.2.1/demo/dots.py0000755000076500000240000000321711224565530015151 0ustar astrawstaff#!/usr/bin/env python """Random dot stimulus""" ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import get_default_screen, Viewport from VisionEgg.FlowControl import Presentation from VisionEgg.Dots import DotArea2D ##################################### # Initialize OpenGL window/screen # ##################################### screen = get_default_screen() screen.parameters.bgcolor = (0.0,0.0,0.0,0.0) # make black (RGBA) ###################################### # Create random dot stimulus # ###################################### stimulus = DotArea2D( position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), anchor = 'center', size = ( 300.0 , 300.0 ), signal_fraction = 0.1, signal_direction_deg = 180.0, velocity_pixels_per_sec = 10.0, dot_lifespan_sec = 5.0, dot_size = 3.0, num_dots = 100) ############################################################### # Create viewport - intermediary between stimuli and screen # ############################################################### viewport = Viewport( screen=screen, stimuli=[stimulus] ) ######################################## # Create presentation object and go! # ######################################## p = Presentation(go_duration=(10.0,'seconds'),viewports=[viewport]) p.go() visionegg-1.2.1/demo/dots_pyro_client.py0000644000076500000240000000172111231305027017542 0ustar astrawstaff#!/usr/bin/env python """Contact the server run by dots_pyro_server and modulate the display """ import time import Pyro.core Pyro.config.PYRO_MULTITHREADED = 0 Pyro.config.PYRO_TRACELEVEL = 3 Pyro.config.PYRO_USER_TRACELEVEL = 3 Pyro.config.PYRO_DETAILED_TRACEBACK = 1 Pyro.config.PYRO_PRINT_REMOTE_TRACEBACK = 1 def main(): Pyro.core.initClient(banner=0) hostname = 'localhost' port = 4321 name = 'DotServer' URI = "PYROLOC://%s:%d/%s" % (hostname,port,name) dot_server_instance = Pyro.core.getProxyForURI(URI) dot_server_instance.set_text('') # clear the "awaiting connection" text try: while True: dot_server_instance.set_signal_fraction(1.0) print 'signal 1.0' time.sleep(0.5) dot_server_instance.set_signal_fraction(0.1) print 'signal 0.1' time.sleep(0.5) finally: dot_server_instance.quit() if __name__=='__main__': main() visionegg-1.2.1/demo/dots_pyro_server.py0000644000076500000240000000637611231305036017605 0ustar astrawstaff#!/usr/bin/env python """User-defined mainloop while listening for commands over network This example implements a mainloop directly within this short script in addition to starting a Pyro server which listens for commands on the network. NOTE THAT USING PYRO IN THIS WAY A SECURITY RISK - PLEASE ONLY RUN BEHIND A FIREWALL. AN ATTACKER COULD PROBABLY EXECUTE ARBITRARY PYTHON COMMANDS ON YOUR COMPUTER WHEN RUNNING THIS SERVER. """ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() import VisionEgg.Core import pygame import pygame.locals import VisionEgg.Text import VisionEgg.Dots import Pyro.core Pyro.config.PYRO_MULTITHREADED = 0 Pyro.config.PYRO_TRACELEVEL = 3 Pyro.config.PYRO_USER_TRACELEVEL = 3 Pyro.config.PYRO_DETAILED_TRACEBACK = 1 Pyro.config.PYRO_PRINT_REMOTE_TRACEBACK = 1 class DotServer(Pyro.core.ObjBase): def post_init(self,screen,pyro_daemon): self.pyro_daemon = pyro_daemon screen.parameters.bgcolor = (0.0,0.0,0.0) # black (RGB) self.dots = VisionEgg.Dots.DotArea2D( position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), size = ( 300.0 , 300.0 ), signal_fraction = 0.1, signal_direction_deg = 180.0, velocity_pixels_per_sec = 10.0, dot_lifespan_sec = 5.0, dot_size = 3.0, num_dots = 100) self.text = VisionEgg.Text.Text( text = "awaiting connection from dots_pyro_client", position = (screen.size[0]/2,2), anchor = 'bottom', color = (1.0,1.0,1.0)) self.screen = screen self.viewport = VisionEgg.Core.Viewport( screen=screen, stimuli=[self.dots,self.text] ) self.frame_timer = VisionEgg.Core.FrameTimer() self.quit_now = False def set_text(self,t): self.text.parameters.text = t def set_signal_fraction(self,f): self.dots.set(signal_fraction=f) def quit(self): self.quit_now = True def mainloop(self): pyro_timeout = 0.0 # just check for any already events present while not self.quit_now: for event in pygame.event.get(): if event.type in (pygame.locals.QUIT, pygame.locals.KEYDOWN, pygame.locals.MOUSEBUTTONDOWN): self.quit_now = True self.pyro_daemon.handleRequests(pyro_timeout) self.screen.clear() self.viewport.draw() VisionEgg.Core.swap_buffers() self.frame_timer.tick() self.frame_timer.log_histogram() def main(): screen = VisionEgg.Core.get_default_screen() Pyro.core.initServer(banner=0) hostname = 'localhost' port = 4321 daemon = Pyro.core.Daemon(host=hostname,port=port) dot_server_instance = DotServer() dot_server_instance.post_init(screen,daemon) URI=daemon.connect(dot_server_instance,'DotServer') dot_server_instance.mainloop() if __name__=='__main__': main() visionegg-1.2.1/demo/dots_simple_loop.py0000755000076500000240000000324711224565530017556 0ustar astrawstaff#!/usr/bin/env python """Draw dots, using your own event loop. This bypasses the VisionEgg.FlowControl.Presentation class. It may be easier to create simple experiments this way.""" import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import Screen, Viewport, swap_buffers, FrameTimer, \ get_default_screen import pygame from pygame.locals import QUIT,KEYDOWN,MOUSEBUTTONDOWN from VisionEgg.Text import Text from VisionEgg.Dots import DotArea2D screen = get_default_screen() screen.parameters.bgcolor = (0.0,0.0,0.0) # black (RGB) dots = DotArea2D( position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), size = ( 300.0 , 300.0 ), signal_fraction = 0.1, signal_direction_deg = 180.0, velocity_pixels_per_sec = 10.0, dot_lifespan_sec = 5.0, dot_size = 3.0, num_dots = 100) text = Text( text = "Vision Egg dot_simple_loop demo.", position = (screen.size[0]/2,2), anchor = 'bottom', color = (1.0,1.0,1.0)) viewport = Viewport( screen=screen, stimuli=[dots,text] ) # The main loop below is an alternative to using the # VisionEgg.FlowControl.Presentation class. frame_timer = FrameTimer() quit_now = 0 while not quit_now: for event in pygame.event.get(): if event.type in (QUIT,KEYDOWN,MOUSEBUTTONDOWN): quit_now = 1 screen.clear() viewport.draw() swap_buffers() frame_timer.tick() frame_timer.log_histogram() visionegg-1.2.1/demo/ephys_gui.pyw0000755000076500000240000000116311224565530016361 0ustar astrawstaff#!/usr/bin/env python import sys import Pyro import Tkinter, tkMessageBox import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.PyroApps.EPhysGUI import client_list, AppWindow, get_server # You can add your own controllers and GUIs to client_list result = get_server() if result: hostname,port = result app_window = AppWindow(client_list=client_list, server_hostname=hostname, server_port=port) app_window.winfo_toplevel().wm_iconbitmap() app_window.pack(expand=1,fill=Tkinter.BOTH) app_window.mainloop() visionegg-1.2.1/demo/ephys_server.py0000755000076500000240000000047711224565530016723 0ustar astrawstaff#!/usr/bin/env python import sys import tkMessageBox import Pyro import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.PyroApps.EPhysServer import server_modules, start_server # You can add your own server modules to the server_modules list start_server( server_modules ) visionegg-1.2.1/demo/flames_pygame.py0000755000076500000240000001126111224565530017007 0ustar astrawstaff#!/usr/bin/env python """flames.py - Realtime Fire Effect Demo Pete Shinners, April 3, 2001 Slightly modified by Andrew Straw, July 24, 2003 Ok, this is a pretty intense demonstation of using the surfarray module and numeric. It uses an 8bit surfaces with a colormap to represent the fire. We then go crazy on a separate Numeric array to get realtime fire. I'll try to explain my methods here... This flame algorithm is very popular, and you can find it for just about all graphic libraries. The fire effect works by placing random values on the bottom row of the image. Then doing a simplish blur that is weighted to move the values upward. Then slightly darken the image so the colors get darker as they move up. The secret is that the blur routine is "recursive" so when you blur the 2nd row, the values there are used when you blur the 3rd row, and all the way up. This fire algorithm works great, but the bottom rows are usually a bit ugly. In this demo we just render a fire surface that has 3 extra rows at the bottom we just don't use. Also, the fire is rendered at half the resolution of the full image. We then simply double the size of the fire data before applying to the surface. Several of these techniques are covered in the pygame surfarray tutorial. doubling an image, and the fancy blur is just a modified version of what is in the tutorial. This runs at about 40fps on my celeron-400 """ import pygame from pygame.surfarray import * import pygame.surfarray import numpy as np if hasattr(pygame.surfarray,'use_arraytype'): use_arraytype('numpy') pygame_array_func = np.asarray else: import Numeric pygame_array_func = Numeric.array from pygame.locals import * from numpy.oldnumeric import * from numpy.oldnumeric.random_array import * import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import FrameTimer RES = array((240, 180)) MAX = 246 RESIDUAL = 86 HSPREAD, VSPREAD = 26, 78 VARMIN, VARMAX = -2, 3 def main(): "main function called when the script is run" #first we just init pygame and create some empty arrays to work with pygame.init() screen = pygame.display.set_mode(RES, 0, 8) print screen.get_flags() setpalette(screen) flame = zeros(RES/2 + (0,3)) doubleflame = zeros(RES) randomflamebase(flame) #the mainloop is pretty simple, the work is done in these funcs frame_timer = FrameTimer() quit_now = 0 while not quit_now: for event in pygame.event.get(): if event.type in (QUIT,KEYDOWN,MOUSEBUTTONDOWN): quit_now = 1 modifyflamebase(flame) processflame(flame) blitdouble(screen, flame, doubleflame) pygame.display.flip() frame_timer.tick() frame_timer.log_histogram() def setpalette(screen): "here we create a numeric array for the colormap" gstep, bstep = 75, 150 cmap = zeros((256, 3)) cmap[:,0] = minimum(arange(256)*3, 255) cmap[gstep:,1] = cmap[:-gstep,0] cmap[bstep:,2] = cmap[:-bstep,0] screen.set_palette(cmap) def randomflamebase(flame): "just set random values on the bottom row" flame[:,-1] = randint(0, MAX, flame.shape[0]) def modifyflamebase(flame): "slightly change the bottom row with random values" bottom = flame[:,-1] mod = randint(VARMIN, VARMAX, bottom.shape[0]) add(bottom, mod, bottom) maximum(bottom, 0, bottom) #if values overflow, reset them to 0 bottom[:] = choose(greater(bottom,MAX), (bottom,0)) def processflame(flame): "this function does the real work, tough to follow" notbottom = flame[:,:-1] #first we multiply by about 60% multiply(notbottom, 146, notbottom) right_shift(notbottom, 8, notbottom) #work with flipped image so math accumulates.. magic! flipped = flame[:,::-1] #all integer based blur, pulls image up too tmp = flipped * 20 right_shift(tmp, 8, tmp) tmp2 = tmp >> 1 add(flipped[1:,:], tmp2[:-1,:], flipped[1:,:]) add(flipped[:-1,:], tmp2[1:,:], flipped[:-1,:]) add(flipped[1:,1:], tmp[:-1,:-1], flipped[1:,1:]) add(flipped[:-1,1:], tmp[1:,:-1], flipped[:-1,1:]) tmp = flipped * 80 right_shift(tmp, 8, tmp) add(flipped[:,1:], tmp[:,:-1]>>1, flipped[:,1:]) add(flipped[:,2:], tmp[:,:-2], flipped[:,2:]) #make sure no values got too hot minimum(notbottom, MAX, notbottom) def blitdouble(screen, flame, doubleflame): "double the size of the data, and blit to screen" doubleflame[::2,:-2:2] = flame[:,:-4] doubleflame[1::2,:-2:2] = flame[:,:-4] doubleflame[:,1:-2:2] = doubleflame[:,:-2:2] to_blit = pygame_array_func( doubleflame.astype(np.uint8)) blit_array(screen, to_blit) if __name__ == '__main__': main() visionegg-1.2.1/demo/flames_visionegg.py0000755000076500000240000000616011231305155017512 0ustar astrawstaff#!/usr/bin/env python """flames_visionegg.py - a Vision Egg implementation of pygame flames. This demo renders a pygame surface (drawn with the flames demo of the PCR - pygame code repository) and then updates and OpenGL texture with surface using the Vision Egg.""" import os import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, FunctionController, TIME_INDEPENDENT from VisionEgg.Text import * from VisionEgg.Textures import * import pygame.surface, pygame.locals import pygame.surfarray import OpenGL.GL as gl import flames_pygame as flames # "flames" from the pygame code repository import pygame.surfarray import numpy as np if hasattr(pygame.surfarray,'use_arraytype'): pygame.surfarray.use_arraytype('numpy') pygame_array_func = np.asarray else: import Numeric pygame_array_func = Numeric.array import numpy.oldnumeric as Numeric screen = get_default_screen() # create 8 bit pygame surface pygame_surface = pygame.surface.Surface((256,128),0,8) # set the colormap of the pygame surface flames.setpalette(pygame_surface) # create a texture using this surface as the source of texel data texture = Texture(pygame_surface) # create an empty array flame = Numeric.zeros(texture.size) # fill it flames.randomflamebase(flame) text = Text( text = "Vision Egg/pygame flames demo - Press Esc to quit", position = (screen.size[0]/2,2), anchor = 'bottom', color = (1.0,1.0,1.0,1.0)) # Create the instance of TextureStimulus # (The bottom 3 pixels of the flames texture contains artifacts from # the flame-drawing algorithm, so put them below the visible portion # of the screen) hide_fraction = 3.0/texture.size[1] screen_hide_height = screen.size[1]*hide_fraction*2 stimulus = TextureStimulus(texture = texture, position = (0,-screen_hide_height), anchor = 'lowerleft', size = (screen.size[0],screen.size[1]+screen_hide_height), # scale to fit screen mipmaps_enabled = 0, texture_min_filter=gl.GL_LINEAR) texture_object = stimulus.parameters.texture.get_texture_object() def update_flames(): # this does the work of updating the flames flames.modifyflamebase( flame ) flames.processflame( flame ) to_blit = pygame_array_func( flame.astype( np.uint8) ) pygame.surfarray.blit_array(pygame_surface, to_blit) texture_object.put_sub_image( pygame_surface ) viewport = Viewport(screen=screen, stimuli=[stimulus,text]) p = Presentation(go_duration=('forever',),viewports=[viewport]) def quit(dummy_arg=None): p.parameters.go_duration = (0,'frames') def keydown(event): if event.key == pygame.locals.K_ESCAPE: quit() p.parameters.handle_event_callbacks=[(pygame.locals.QUIT, quit), (pygame.locals.KEYDOWN, keydown)] p.add_controller(None,None,FunctionController(during_go_func=update_flames, temporal_variables=TIME_INDEPENDENT)) p.go() visionegg-1.2.1/demo/framecount.py0000755000076500000240000000203311224565530016336 0ustar astrawstaff#!/usr/bin/env python """Use frame information to display stimuli.""" import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import get_default_screen, Viewport from VisionEgg.FlowControl import Presentation, FunctionController, FRAMES_ABSOLUTE from VisionEgg.Text import Text screen = get_default_screen() screen.parameters.bgcolor = (0.0,0.0,1.0) # background blue (RGB) textvar = Text(color=(1.0,1.0,1.0), # alpha is ignored (set with max_alpha_param) position=(screen.size[0]/4,screen.size[1]/2), font_size=50, anchor='left') def text_func(f_abs): return "framecount: % 4d"%f_abs t_controller = FunctionController(during_go_func=text_func, temporal_variables = FRAMES_ABSOLUTE) viewport = Viewport(screen=screen, size=screen.size, stimuli=[textvar]) p = Presentation(go_duration=(5.0,'seconds'),viewports=[viewport]) p.add_controller(textvar,'text',t_controller) p.go() visionegg-1.2.1/demo/gabor.py0000755000076500000240000000344311224565530015273 0ustar astrawstaff#!/usr/bin/env python """Sinusoidal grating in a gaussian mask""" ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation from VisionEgg.Gratings import SinGrating2D from VisionEgg.Textures import Mask2D ##################################### # Initialize OpenGL window/screen # ##################################### screen = get_default_screen() ########################################################## # Create sinusoidal grating object and gaussian window # ########################################################## mask = Mask2D(function='gaussian', # also supports 'circle' radius_parameter=25, # sigma for gaussian, radius for circle (units: num_samples) num_samples=(256,256)) # this many texture elements in mask (covers whole size specified below) stimulus = SinGrating2D(mask = mask, position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), size = ( 300.0 , 300.0 ), spatial_freq = 10.0 / screen.size[0], # units of cycles/pixel temporal_freq_hz = 1.0, orientation = 45.0 ) ############################################################### # Create viewport - intermediary between stimuli and screen # ############################################################### viewport = Viewport( screen=screen, stimuli=[stimulus] ) ######################################## # Create presentation object and go! # ######################################## p = Presentation(go_duration=(5.0,'seconds'),viewports=[viewport]) p.go() visionegg-1.2.1/demo/gamma.py0000755000076500000240000000443111231305343015251 0ustar astrawstaff#!/usr/bin/env python """Test whether your video drivers support setting gamma ramps""" import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import Viewport, get_default_screen from VisionEgg.FlowControl import Presentation from VisionEgg.Gratings import SinGrating2D from VisionEgg.Text import Text import pygame import numpy as np if not hasattr(pygame.display,"set_gamma_ramp"): raise RuntimeError("Need pygame 1.5 or greater for set_gamma_ramp function.") # Initialize OpenGL graphics screen. screen = get_default_screen() center_x = screen.size[0]/2.0 # Create the instance SinGrating with appropriate parameters stimulus = SinGrating2D() text2 = Text(text="set_gamma_ramp(r,g,b):", position=(center_x,0),anchor="bottom") text1 = Text(text="Press - to decrease luminance range, + to increase.", position=(center_x,text2.parameters.size[1]+5),anchor="bottom") # Use viewport with pixel coordinate system for projection viewport = Viewport(screen=screen,stimuli=[stimulus,text1,text2]) def quit(event): global p # get presentation instance p.parameters.quit = 1 # set initial value global gamma_scale gamma_scale = 1.0 def keydown(event): global gamma_scale if event.key == pygame.locals.K_ESCAPE: quit(event) elif event.key in [pygame.locals.K_KP_PLUS, pygame.locals.K_PLUS, pygame.locals.K_EQUALS]: gamma_scale += 0.05 do_gamma() elif event.key in [pygame.locals.K_KP_MINUS, pygame.locals.K_MINUS]: gamma_scale -= 0.05 do_gamma() def do_gamma(): global gamma_scale, text2 r = (np.arange(256)*256*gamma_scale).astype('i') g = r b = r worked = pygame.display.set_gamma_ramp(r,g,b) if worked: text2.parameters.text = "set_gamma_ramp(r,g,b): success" else: text2.parameters.text = "set_gamma_ramp(r,g,b): failure" do_gamma() # set gamma once initially handle_event_callbacks = [(pygame.locals.QUIT, quit), (pygame.locals.KEYDOWN, keydown)] # Create an instance of the Presentation class p = Presentation(viewports=[viewport], handle_event_callbacks=handle_event_callbacks) # Go! p.run_forever() visionegg-1.2.1/demo/grating.py0000755000076500000240000000266011224565530015634 0ustar astrawstaff#!/usr/bin/env python """Sinusoidal grating calculated in realtime.""" ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation from VisionEgg.Gratings import * ##################################### # Initialize OpenGL window/screen # ##################################### screen = get_default_screen() ###################################### # Create sinusoidal grating object # ###################################### stimulus = SinGrating2D(position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), anchor = 'center', size = ( 300.0 , 300.0 ), spatial_freq = 10.0 / screen.size[0], # units of cycles/pixel temporal_freq_hz = 1.0, orientation = 45.0 ) ############################################################### # Create viewport - intermediary between stimuli and screen # ############################################################### viewport = Viewport( screen=screen, stimuli=[stimulus] ) ######################################## # Create presentation object and go! # ######################################## p = Presentation(go_duration=(5.0,'seconds'),viewports=[viewport]) p.go() visionegg-1.2.1/demo/gratings_multi.py0000644000076500000240000000475311224565530017233 0ustar astrawstaff#!/usr/bin/env python """Sinusoidal gratings calculated in realtime.""" ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation from VisionEgg.Gratings import * ##################################### # Initialize OpenGL window/screen # ##################################### screen = get_default_screen() ####################################### # Create sinusoidal grating objects # ####################################### size = (50,100) grating_data_size = max(size)*2, max(size)*2 # make sure tilting it doesn't show edges up = SinGrating2D(position = ( size[0]/2.0, size[1]/2.0 ), anchor = 'center', size = grating_data_size, spatial_freq = 1.0/30.0, # units of cycles/pixel temporal_freq_hz = 1.0, orientation = 80.0, recalculate_phase_tolerance = 5.0, # speedup ) down = SinGrating2D(position = ( size[0]/2.0, size[1]/2.0 ), anchor = 'center', size = grating_data_size, spatial_freq = 1.0/30.0, # units of cycles/pixel temporal_freq_hz = 1.0, orientation = -80.0, recalculate_phase_tolerance = 5.0, # speedup ) ################################################################ # Create viewports - intermediary between stimuli and screen # ################################################################ x_space = 10 y_space = 10 viewports = [] for x in range(size[0]+x_space,screen.size[0],size[0]+x_space): even_row = 0 for y in range(size[1]+y_space,screen.size[1],size[1]+y_space): even_row = not even_row if even_row: stimulus = up else: stimulus = down viewports.append( Viewport( screen=screen, stimuli=[stimulus], position=(x,y), anchor='top', size=size)) ######################################## # Create presentation object and go! # ######################################## p = Presentation(go_duration=(10.0,'seconds'),viewports=viewports) p.go() visionegg-1.2.1/demo/GUI/0000755000076500000240000000000011231315556014243 5ustar astrawstaffvisionegg-1.2.1/demo/GUI/drumDemoGUI.py0000755000076500000240000001232511224565530016745 0ustar astrawstaff#!/usr/bin/env python """Spinning drum with a graphical user interface. This demo is complex because there are two tasks which normally have their own mainloop: the GUI and the Vision Egg drawing routines. Here, the GUI mainloop is in charge between trials, and it is locked out during trials.""" # This is the python source code for a demo application that uses the # Vision Egg package. # # This program displays a spinning drum, with the inside of the drum # texture-mapped with a panoramic image. # # This demo uses the GUI tookit "Tkinter", which may not be available on # all platforms. Also, because this code also controls a GUI, it is much # more complicated than the minimum needed to create a stimulus with the # VisionEgg. import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg import * from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, Controller, FunctionController from VisionEgg.GUI import * from VisionEgg.Textures import * import Tkinter from math import * import os import time default_max_speed = 400.0 class DrumGui(AppWindow): def __init__(self,master=None,**cnf): AppWindow.__init__(self,master,**cnf) self.winfo_toplevel().title('Vision Egg - spinning drum') self.pack(expand=1,fill=Tkinter.BOTH) # Position formula Tkinter.Label(self,text="Position as a function of time:").pack() self.positionFormula = Tkinter.StringVar() self.validated_pos_string = "%.1f*cos(t)"%default_max_speed self.positionFormula.set(self.validated_pos_string) Tkinter.Entry(self,textvariable=self.positionFormula).pack(expand=1,fill=Tkinter.X) # Contrast formula Tkinter.Label(self,text="Contrast as a function of time:").pack() self.contrastFormula = Tkinter.StringVar() self.validated_c_string = '1.0' self.contrastFormula.set(self.validated_c_string) Tkinter.Entry(self,textvariable=self.contrastFormula).pack(expand=1,fill=Tkinter.X) # Duration self.duration = Tkinter.Scale(self, from_=0.5, to=60.0, resolution=0.5, orient=Tkinter.HORIZONTAL, label="Duration of go loop (seconds):") self.duration.set(10.0) self.duration.pack(expand=1,fill=Tkinter.X) # Fixation spot self.fixation_spot = Tkinter.BooleanVar() self.fixation_spot.set(1) Tkinter.Checkbutton(self, text='Fixation spot', variable=self.fixation_spot, relief=Tkinter.FLAT).pack() # Go button Tkinter.Button(self,text="go",command=self.go).pack() self.validate_pos_string() self.validate_c_string() def positionFunction(self,t): return eval(self.validated_pos_string) def contrastFunction(self,t): if t < 0.0: # In between stimulus presentations return 0.0 return eval(self.validated_c_string) def validate_pos_string(self): tmp = self.positionFormula.get() try: t = 1.2 eval(tmp) self.validated_pos_string = tmp finally: self.positionFormula.set(self.validated_pos_string) def validate_c_string(self): tmp = self.contrastFormula.get() try: t = 1.2 eval(tmp) self.validated_c_string = tmp finally: self.contrastFormula.set(self.validated_c_string) def go(self): self.validate_pos_string() self.validate_c_string() p.go() config.VISIONEGG_GUI_INIT=1 VisionEgg.config.VISIONEGG_HIDE_MOUSE = 0 # make sure mouse is visible screen = get_default_screen() # initialize graphics if config.VISIONEGG_FULLSCREEN==1: raise RuntimeError("Cannot enter fullscreen mode if you want to see GUI panel!") # Get a texture filename = os.path.join(config.VISIONEGG_SYSTEM_DIR,"data/panorama.jpg") texture = Texture(filename) drum = SpinningDrum(texture=texture,shrink_texture_ok=1) fixation_spot = FixationSpot(position=(screen.size[0]/2,screen.size[1]/2), anchor='center') perspective = SimplePerspectiveProjection(fov_x=90.0) perspective_viewport = Viewport(screen=screen, projection=perspective, stimuli=[drum]) flat_viewport = Viewport(screen=screen, stimuli=[fixation_spot]) p = Presentation(viewports=[perspective_viewport,flat_viewport]) gui_window = DrumGui(idle_func=p.between_presentations) p.add_controller(fixation_spot,'on',FunctionController(during_go_func=lambda t: gui_window.fixation_spot.get(),eval_frequency=Controller.TRANSITIONS)) p.add_controller(p,'go_duration',FunctionController(during_go_func=lambda t: (gui_window.duration.get(),'seconds'),eval_frequency=Controller.TRANSITIONS)) p.add_controller(drum,'angular_position',FunctionController(during_go_func=gui_window.positionFunction)) p.add_controller(drum,'contrast',FunctionController(during_go_func=gui_window.contrastFunction)) gui_window.mainloop() visionegg-1.2.1/demo/image_sequence_fast.py0000755000076500000240000000400011224565530020156 0ustar astrawstaff#!/usr/bin/env python """Display a sequence of images using a pseudo-blit routine. This is a fast way to switch images because the OpenGL texture object is already created and the image data is already in system RAM. Switching the image merely consists of putting the new data into OpenGL. Currently, there is no support for ensuring image sizes remain constant, so if you get strange behavior, please ensure that all your images are the same size. """ from VisionEgg import * start_default_logging(); watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, FunctionController from VisionEgg.Textures import * import Image, ImageDraw import OpenGL.GL as gl num_images = 20 duration_per_image = 0.1 # seconds image_size = (256,256) # Generate some images image_list = [] for i in range(num_images): image = Image.new("RGB",image_size,(0,0,255)) # Blue background draw = ImageDraw.Draw(image) line_x = image_size[0]/float(num_images) * i draw.line((line_x, 0, line_x, image_size[1]), fill=(255,255,255)) image_list.append(image) screen = get_default_screen() # create a TextureStimulus to allocate memory in OpenGL stimulus = TextureStimulus(mipmaps_enabled=0, texture=Texture(image_list[0]), size=image_size, texture_min_filter=gl.GL_LINEAR, position=(screen.size[0]/2.0,screen.size[1]/2.0), anchor='center') viewport = Viewport(screen=screen, stimuli=[stimulus]) p = Presentation(go_duration=(num_images*duration_per_image,'seconds'),viewports=[viewport]) # Use a controller to hook into go loop, but control texture buffer # through direct manipulation. texture_object = stimulus.parameters.texture.get_texture_object() def put_image(t): i = int(t/duration_per_image) # choose image texture_object.put_sub_image( image_list[i] ) p.add_controller(None,None,FunctionController(during_go_func=put_image)) p.go() visionegg-1.2.1/demo/image_sequence_slow.py0000755000076500000240000000324311224565530020215 0ustar astrawstaff#!/usr/bin/env python """Display a sequence of images. The displayed image is changes by changing the TextureStimulus's Texture parameter, which will delete the old OpenGL texture object and create a new one. This method to switch images is slower than that demonstrated in the image_sequence_fast.py demo. The images need not all be the same size. """ from VisionEgg import * start_default_logging(); watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, FunctionController from VisionEgg.Textures import * import Image, ImageDraw import OpenGL.GL as gl num_images = 20 duration_per_image = 0.1 # seconds image_size = (256,256) # Generate some images image_list = [] for i in range(num_images): image = Image.new("RGB",image_size,(0,0,255)) # Blue background draw = ImageDraw.Draw(image) line_x = image_size[0]/float(num_images) * i draw.line((line_x, 0, line_x, image_size[1]), fill=(255,255,255)) image_list.append(image) texture_list = map(Texture,image_list) # create instances of Texture from images screen = get_default_screen() stimulus = TextureStimulus(texture=texture_list[0], position = (screen.size[0]/2.0,screen.size[1]/2.0), anchor='center', size=image_size) viewport = Viewport(screen=screen, stimuli=[stimulus]) p = Presentation(go_duration=(num_images*duration_per_image,'seconds'),viewports=[viewport]) def put_image(t): i = int(t/duration_per_image) # choose image stimulus.parameters.texture = texture_list[i] p.add_controller(None,None,FunctionController(during_go_func=put_image)) p.go() visionegg-1.2.1/demo/makeMovie.py0000755000076500000240000000523611224565530016120 0ustar astrawstaff#!/usr/bin/env python """Save movie of a black target moving across a white background.""" fps = 12.0 ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, Controller, FunctionController from VisionEgg.MoreStimuli import * from math import * from types import * import os ################################# # Initialize the various bits # ################################# # Initialize OpenGL graphics screen. screen = get_default_screen() # Set the background color to white (RGBA). screen.parameters.bgcolor = (1.0,1.0,1.0,1.0) # Create an instance of the Target2D class with appropriate parameters. target = Target2D(size = (25.0,10.0), anchor = 'center', color = (0.0,0.0,0.0,1.0), # Set the target color (RGBA) black orientation = -45.0) # Create a Viewport instance viewport = Viewport(screen=screen, stimuli=[target]) # Create an instance of the Presentation class. This contains the # the Vision Egg's runtime control abilities. p = Presentation(go_duration=(10.0,'seconds'),viewports=[viewport]) ####################### # Define controller # ####################### # calculate a few variables we need mid_x = screen.size[0]/2.0 mid_y = screen.size[1]/2.0 max_vel = min(screen.size[0],screen.size[1]) * 0.4 # define position as a function of time def get_target_position(t): global mid_x, mid_y, max_vel return ( max_vel*sin(0.1*2.0*pi*t) + mid_x , # x max_vel*sin(0.1*2.0*pi*t) + mid_y ) # y # Create an instance of the Controller class target_position_controller = FunctionController(during_go_func=get_target_position) ############################################################# # Connect the controllers with the variables they control # ############################################################# p.add_controller(target,'position', target_position_controller ) ####################### # Run the stimulus! # ####################### base_dir = VisionEgg.config.VISIONEGG_USER_DIR if not os.path.isdir(base_dir): base_dir = VisionEgg.config.VISIONEGG_SYSTEM_DIR save_directory = os.path.join(base_dir,'movie') if not os.path.isdir(save_directory): os.mkdir(save_directory) if not os.path.isdir(save_directory): print "Error: cannot make movie directory '%s'."%save_directory print "Saving movie to directory '%s'."%save_directory basename = "movie_"+os.path.splitext(os.path.basename(sys.argv[0]))[0] p.export_movie_go(frames_per_sec=fps,filename_base=basename,path=save_directory) visionegg-1.2.1/demo/makeMovie2.py0000755000076500000240000000307311224565530016177 0ustar astrawstaff#!/usr/bin/env python """Draw dots and save movie using your own event loop. This bypasses the VisionEgg.FlowControl.Presentation class. It may be easier to create simple scripts this way.""" import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * import pygame from pygame.locals import * from VisionEgg.Text import * from VisionEgg.Dots import * screen = get_default_screen() screen.parameters.bgcolor = (0.0,0.0,0.0,0.0) # black (RGBA) dots = DotArea2D( position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), size = ( 300.0 , 300.0 ), signal_fraction = 0.1, signal_direction_deg = 180.0, velocity_pixels_per_sec = 10.0, dot_lifespan_sec = 5.0, dot_size = 3.0, num_dots = 100) text = Text( text = "Vision Egg makeMovie2 demo.", position = (screen.size[0]/2,2), anchor = 'bottom', color = (1.0,1.0,1.0)) viewport = Viewport( screen=screen, stimuli=[dots,text] ) VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ = 60.0 # fake framerate VisionEgg.set_time_func_to_frame_locked() # force VisionEgg to fake this framerate num_frames = 5 for i in range(num_frames): screen.clear() viewport.draw() swap_buffers() im = screen.get_framebuffer_as_image(buffer='front',format=gl.GL_RGB) filename = "movie_%02d.jpg"%(i+1) im.save(filename) print 'saved',filename visionegg-1.2.1/demo/mouse_gabor_2d.py0000755000076500000240000001427411224565530017074 0ustar astrawstaff#!/usr/bin/env python """sinusoidal grating in gaussian window""" from VisionEgg import * start_default_logging(); watch_exceptions() from VisionEgg.Core import * from VisionEgg.Gratings import * from VisionEgg.SphereMap import * from VisionEgg.Text import * from VisionEgg.Textures import * import VisionEgg.ParameterTypes as ve_types import math, os import pygame import OpenGL.GL as gl def get_mouse_position(): # convert to OpenGL coordinates (x,y) = pygame.mouse.get_pos() y = screen.size[1]-y return x,y screen = get_default_screen() mask = Mask2D(function='gaussian', # also supports 'circle' radius_parameter=25, # sigma for gaussian, radius for circle (units: num_samples) num_samples=(512,512)) # this many texture elements in mask (covers whole size specified below) grating_stimulus = SinGrating2D(mask = mask, position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), size = ( 800 , 800 ), spatial_freq = 10.0 / screen.size[0], # units of cycles/pixel temporal_freq_hz = 1.0, num_samples = 1024, orientation = 45.0 ) text_color = (0.0,0.0,1.0) # RGB ( blue) xpos = 10.0 yspace = 5 text_params = {'anchor':'lowerleft','color':text_color,'font_size':20} text_stimuli = [] ypos = 0 text_stimuli.append( Text( text = "Numeric keypad changes grating orientation.", position=(xpos,ypos),**text_params)) ypos += text_stimuli[-1].parameters.size[1] + yspace tf_text = Text(text = "'t/T' changes TF (now %.2f hz)"%(grating_stimulus.parameters.temporal_freq_hz), position=(xpos,ypos),**text_params) text_stimuli.append( tf_text ) ypos += text_stimuli[-1].parameters.size[1] + yspace text_stimuli.append( Text( text = "'-' shrinks window, '+' grows window (slow)", position=(xpos,ypos),**text_params)) ypos += text_stimuli[-1].parameters.size[1] + yspace sf_text = Text(text = "'s/S' changes SF (now %.3f cycles/pixel = %.1f pixels/cycle)"%(grating_stimulus.parameters.spatial_freq,1.0/grating_stimulus.parameters.spatial_freq), position=(xpos,ypos),**text_params) text_stimuli.append( sf_text ) ypos += text_stimuli[-1].parameters.size[1] + yspace text_stimuli.append( Text( text = "Mouse moves gabor, press Esc to quit", position=(xpos,ypos),**text_params)) ypos += text_stimuli[-1].parameters.size[1] + yspace text_stimuli.append( Text( text = "Demonstration of mouse controlled gabor.", position=(xpos,ypos),**text_params)) viewport = Viewport(screen=screen, stimuli=[grating_stimulus] + text_stimuli) quit_now = False shift_key = False frame_timer = FrameTimer() while not quit_now: for event in pygame.event.get(): if event.type == pygame.locals.QUIT: quit_now = True elif event.type == pygame.locals.KEYUP: if event.key in [pygame.locals.K_LSHIFT,pygame.locals.K_RSHIFT]: shift_key = False elif event.type == pygame.locals.KEYDOWN: if event.key == pygame.locals.K_ESCAPE: quit_now = True elif event.key in [pygame.locals.K_LSHIFT,pygame.locals.K_RSHIFT]: shift_key = True elif event.key == pygame.locals.K_KP1: grating_stimulus.parameters.orientation = 225.0 elif event.key == pygame.locals.K_KP2: grating_stimulus.parameters.orientation = 270.0 elif event.key == pygame.locals.K_KP3: grating_stimulus.parameters.orientation = 315.0 elif event.key == pygame.locals.K_KP6: grating_stimulus.parameters.orientation = 0.0 elif event.key == pygame.locals.K_KP9: grating_stimulus.parameters.orientation = 45.0 elif event.key == pygame.locals.K_KP8: grating_stimulus.parameters.orientation = 90.0 elif event.key == pygame.locals.K_KP7: grating_stimulus.parameters.orientation = 135.0 elif event.key == pygame.locals.K_KP4: grating_stimulus.parameters.orientation = 180.0 elif event.key == pygame.locals.K_s: if shift_key: grating_stimulus.parameters.spatial_freq *= (1.0/1.5) else: grating_stimulus.parameters.spatial_freq *= 1.5 sf_text.parameters.text = "'s/S' changes SF (now %.3f cycles per pixel = %.1f pixels per cycle)"%(grating_stimulus.parameters.spatial_freq,1.0/grating_stimulus.parameters.spatial_freq) elif event.key == pygame.locals.K_t: if shift_key: grating_stimulus.parameters.temporal_freq_hz *= (1.0/1.5) else: grating_stimulus.parameters.temporal_freq_hz *= 1.5 tf_text.parameters.text = "'t/T' changes TF (now %.2f hz)"%(grating_stimulus.parameters.temporal_freq_hz) elif event.key == pygame.locals.K_MINUS: old_params = grating_stimulus.parameters.mask.constant_parameters new_radius = old_params.radius_parameter * 0.8 new_mask = Mask2D(function=old_params.function, radius_parameter=old_params.radius_parameter*0.8, num_samples=old_params.num_samples) grating_stimulus.parameters.mask = new_mask elif event.key == pygame.locals.K_EQUALS: old_params = grating_stimulus.parameters.mask.constant_parameters new_radius = old_params.radius_parameter * 0.8 new_mask = Mask2D(function=old_params.function, radius_parameter=old_params.radius_parameter/0.8, num_samples=old_params.num_samples) grating_stimulus.parameters.mask = new_mask screen.clear() x,y = get_mouse_position() grating_stimulus.parameters.position = x,y viewport.draw() swap_buffers() frame_timer.tick() frame_timer.log_histogram() visionegg-1.2.1/demo/mouse_gabor_perspective.py0000755000076500000240000002555711224565530021126 0ustar astrawstaff#!/usr/bin/env python """Perspective-distorted sinusoidal grating in gaussian window""" from VisionEgg import * start_default_logging(); watch_exceptions() from VisionEgg.Core import * from VisionEgg.Gratings import * from VisionEgg.SphereMap import * from VisionEgg.Text import * from VisionEgg.Textures import * import VisionEgg.ParameterTypes as ve_types import math, os import pygame import OpenGL.GL as gl elevation = 0.0 azimuth = 0.0 fov_x = 90.0 def get_mouse_position(): # convert to OpenGL coordinates (x,y) = pygame.mouse.get_pos() y = screen.size[1]-y return x,y grating_orient_method = 'reorient stimulus' # start with this as default def set_az_el(x,y): global screen, elevation global grid_stimulus_moving, grating_stimulus, mask global grating_orient_method azimuth = (float(x) / screen.size[0]) * 180 - 90 elevation = (float(y) / screen.size[1]) * 180 - 90 az_el_text.parameters.text = "Mouse moves window, press Esc to quit. Az, El = (%5.1f, %5.1f)"%(azimuth,elevation) mask.parameters.window_center_azimuth = azimuth mask.parameters.window_center_elevation = elevation if grating_orient_method == 'reorient stimulus': # normal grid_stimulus_moving.parameters.center_azimuth = azimuth grid_stimulus_moving.parameters.center_elevation = elevation grating_stimulus.parameters.grating_center_azimuth = azimuth grating_stimulus.parameters.grating_center_elevation = elevation elif grating_orient_method == 'mask only': grating_stimulus.parameters.grating_center_azimuth = 0.0 grating_stimulus.parameters.grating_center_elevation = 0.0 grid_stimulus_moving.parameters.center_azimuth = 0.0 grid_stimulus_moving.parameters.center_elevation = 0.0 screen = get_default_screen() projection_3d = SimplePerspectiveProjection(fov_x=fov_x) grid_stimulus_moving = AzElGrid(use_text=False, # no text minor_line_color=(0.9,0.5,0.5,.2),# set low alpha major_line_color=(1.0,0.0,0.0,.4),# set low alpha on=False) # start with grid off grid_stimulus_fixed = AzElGrid(on=False, minor_line_color=(0.5,0.5,0.7), ) # start with grid off try: # We want the maximum number of samples possible, hopefully 2048 grating_stimulus = SphereGrating(num_samples=2048, radius = 1.0, spatial_freq_cpd = 1.0/9.0, temporal_freq_hz = 1.0, slices = 50, stacks = 50) except NumSamplesTooLargeError: grating_stimulus = SphereGrating(num_samples=1024, radius = 1.0, spatial_freq_cpd = 1.0/9.0, temporal_freq_hz = 1.0, slices = 50, stacks = 50) min_filters = ['GL_LINEAR', 'GL_NEAREST', 'GL_NEAREST_MIPMAP_LINEAR', 'GL_NEAREST_MIPMAP_NEAREST', 'GL_LINEAR_MIPMAP_LINEAR', 'GL_LINEAR_MIPMAP_NEAREST', ] cur_min_filter_index = 0 def set_filter_and_text(): global grating_stimulus, filter_text, cur_min_filter_index, min_filters min_filter = min_filters[cur_min_filter_index] filter_text.parameters.text = "'g' toggles grid display, 'f' cycles min_filter (now %s)"%min_filter min_filter_int = eval("gl."+min_filter) grating_stimulus.parameters.min_filter = min_filter_int mask = SphereWindow(radius=1.0*0.90, # make sure window is inside sphere with grating window_shape_radius_parameter=40.0, slices=50, stacks=50) text_color = (0.0,0.0,1.0) # RGB ( blue) xpos = 10.0 yspace = 5 text_params = {'anchor':'lowerleft','color':text_color,'font_size':20} text_stimuli = [] ypos = 0 text_stimuli.append( Text( text = "(Hold mouse button to prevent re-orienting stimulus with mask.)", position=(xpos,ypos),**text_params)) ypos += text_stimuli[-1].parameters.size[1] + yspace text_stimuli.append( Text( text = "Numeric keypad changes grating orientation.", position=(xpos,ypos),**text_params)) ypos += text_stimuli[-1].parameters.size[1] + yspace filter_text = Text( text = "temporary text", position=(xpos,ypos),**text_params) set_filter_and_text() text_stimuli.append( filter_text ) ypos += text_stimuli[-1].parameters.size[1] + yspace sf_cutoff_text = Text(text = "'c/C' changes cutoff SF (now %.2f cycles per texel)"%(grating_stimulus.parameters.lowpass_cutoff_cycles_per_texel), position=(xpos,ypos),**text_params) text_stimuli.append( sf_cutoff_text ) ypos += text_stimuli[-1].parameters.size[1] + yspace zoom_text = Text(text = "'z/Z' changes zoom (X field of view %.2f degrees)"%(fov_x), position=(xpos,ypos),**text_params) text_stimuli.append( zoom_text ) ypos += text_stimuli[-1].parameters.size[1] + yspace tf_text = Text(text = "'t/T' changes TF (now %.2f hz)"%(grating_stimulus.parameters.temporal_freq_hz), position=(xpos,ypos),**text_params) text_stimuli.append( tf_text ) ypos += text_stimuli[-1].parameters.size[1] + yspace sf_text = Text(text = "'-' shrinks window, '+' grows window, 's/S' changes SF (now %.2f cycles per degree)"%(grating_stimulus.parameters.spatial_freq_cpd), position=(xpos,ypos),**text_params) text_stimuli.append( sf_text ) ypos += text_stimuli[-1].parameters.size[1] + yspace az_el_text = Text( text = "Mouse moves window, press Esc to quit. Az, El = (%05.1f, %05.1f)"%(azimuth,elevation), position=(xpos,ypos),**text_params) text_stimuli.append( az_el_text ) ypos += text_stimuli[-1].parameters.size[1] + yspace text_stimuli.append( Text( text = "Demonstration of perspective distorted, windowed grating.", position=(xpos,ypos),**text_params)) viewport = Viewport(screen=screen, projection=projection_3d, stimuli=[grating_stimulus, grid_stimulus_moving, mask, # mask must be drawn after grating grid_stimulus_fixed, ]) grid_stimulus_fixed.set(my_viewport=viewport) # must know viewport for proper positioning of text labels grid_stimulus_moving.set(my_viewport=viewport) # must know viewport for proper positioning of text labels text_viewport = Viewport(screen=screen, # default (orthographic) viewport stimuli=text_stimuli) quit_now = False shift_key = False frame_timer = FrameTimer() while not quit_now: for event in pygame.event.get(): if event.type == pygame.locals.QUIT: quit_now = True elif event.type == pygame.locals.MOUSEBUTTONDOWN: if event.button == 1: grating_orient_method = 'mask only' elif event.type == pygame.locals.MOUSEBUTTONUP: if event.button == 1: grating_orient_method = 'reorient stimulus' elif event.type == pygame.locals.KEYUP: if event.key in [pygame.locals.K_LSHIFT,pygame.locals.K_RSHIFT]: shift_key = False elif event.type == pygame.locals.KEYDOWN: if event.key == pygame.locals.K_ESCAPE: quit_now = True elif event.key in [pygame.locals.K_LSHIFT,pygame.locals.K_RSHIFT]: shift_key = True elif event.key == pygame.locals.K_KP1: grating_stimulus.parameters.orientation = 225.0 elif event.key == pygame.locals.K_KP2: grating_stimulus.parameters.orientation = 270.0 elif event.key == pygame.locals.K_KP3: grating_stimulus.parameters.orientation = 315.0 elif event.key == pygame.locals.K_KP6: grating_stimulus.parameters.orientation = 0.0 elif event.key == pygame.locals.K_KP9: grating_stimulus.parameters.orientation = 45.0 elif event.key == pygame.locals.K_KP8: grating_stimulus.parameters.orientation = 90.0 elif event.key == pygame.locals.K_KP7: grating_stimulus.parameters.orientation = 135.0 elif event.key == pygame.locals.K_KP4: grating_stimulus.parameters.orientation = 180.0 elif event.key == pygame.locals.K_s: if shift_key: grating_stimulus.parameters.spatial_freq_cpd *= (1.0/1.5) else: grating_stimulus.parameters.spatial_freq_cpd *= 1.5 sf_text.parameters.text = "'-' shrinks window, '+' grows window, 's/S' changes SF (now %.2f cycles per degree)"%(grating_stimulus.parameters.spatial_freq_cpd) elif event.key == pygame.locals.K_t: if shift_key: grating_stimulus.parameters.temporal_freq_hz *= (1.0/1.5) else: grating_stimulus.parameters.temporal_freq_hz *= 1.5 tf_text.parameters.text = "'t/T' changes TF (now %.2f hz)"%(grating_stimulus.parameters.temporal_freq_hz) elif event.key == pygame.locals.K_c: if shift_key: grating_stimulus.parameters.lowpass_cutoff_cycles_per_texel *= (1.0/1.5) else: grating_stimulus.parameters.lowpass_cutoff_cycles_per_texel *= 1.5 sf_cutoff_text.parameters.text = "'c/C' changes cutoff SF (now %.2f cycles per texel)"%(grating_stimulus.parameters.lowpass_cutoff_cycles_per_texel) elif event.key == pygame.locals.K_g: grid_stimulus_fixed.parameters.on = not grid_stimulus_fixed.parameters.on grid_stimulus_moving.parameters.on = not grid_stimulus_moving.parameters.on elif event.key == pygame.locals.K_z: if shift_key: fov_x *= (1.0/1.1) else: fov_x *= 1.1 viewport.parameters.projection = SimplePerspectiveProjection(fov_x=fov_x) zoom_text.parameters.text = "'z/Z' changes zoom (X field of view %.2f degrees)"%(fov_x) elif event.key == pygame.locals.K_f: cur_min_filter_index = (cur_min_filter_index+1) % len(min_filters) set_filter_and_text() elif event.key == pygame.locals.K_MINUS: mask.parameters.window_shape_radius_parameter *= 0.8 elif event.key == pygame.locals.K_EQUALS: mask.parameters.window_shape_radius_parameter *= (1.0/0.8) screen.clear() x,y = get_mouse_position() set_az_el(x,y) viewport.draw() text_viewport.draw() swap_buffers() frame_timer.tick() frame_timer.log_histogram() visionegg-1.2.1/demo/mouseTarget.py0000755000076500000240000001111611224565530016474 0ustar astrawstaff#!/usr/bin/env python """Control a target with the mouse, get SDL/pygame events.""" # Variables to store the mouse position mouse_position = (320.0, 240.0) last_mouse_position = (0.0,0.0) ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, FunctionController from VisionEgg.MoreStimuli import * from VisionEgg.Text import * from math import * import pygame ################################# # Initialize the various bits # ################################# # Initialize OpenGL graphics screen. screen = get_default_screen() # Set the background color to white (RGBA). screen.parameters.bgcolor = (1.0,1.0,1.0,1.0) # Create an instance of the Target2D class with appropriate parameters. target = Target2D(size = (25.0,10.0), anchor = 'center', color = (0.0,0.0,0.0,1.0)) # Set the target color (RGBA) black text = Text( text = "Press Esc to quit, arrow keys to change size of target.", position = (screen.size[0]/2.0,5), anchor='bottom', color = (0.0,0.0,0.0,1.0)) # Create a Viewport instance viewport = Viewport(screen=screen, stimuli=[target,text]) ################ # Math stuff # ################ def cross_product(b,c): """Cross product between vectors, represented as tuples of length 3.""" det_i = b[1]*c[2] - b[2]*c[1] det_j = b[0]*c[2] - b[2]*c[0] det_k = b[0]*c[1] - b[1]*c[0] return (det_i,-det_j,det_k) def mag(b): """Magnitude of a vector.""" return b[0]**2.0 + b[1]**2.0 + b[2]**2.0 def every_frame_func(t=None): # Get mouse position global mouse_position, last_mouse_position just_current_pos = mouse_position (x,y) = pygame.mouse.get_pos() y = screen.size[1]-y # convert to OpenGL coords mouse_position = (x,y) if just_current_pos != mouse_position: last_mouse_position = just_current_pos # Set target position target.parameters.position = mouse_position # Set target orientation b = (float(last_mouse_position[0]-mouse_position[0]), float(last_mouse_position[1]-mouse_position[1]), 0.0) orientation_vector = cross_product(b,(0.0,0.0,1.0)) target.parameters.orientation = atan2(orientation_vector[1],orientation_vector[0])/math.pi*180.0 # Set target size global target_w, target_h global up, down, left, right amount = 0.02 if up: target_w = target_w+(amount*target_w) elif down: target_w = target_w-(amount*target_w) elif right: target_h = target_h+(amount*target_h) elif left: target_h = target_h-(amount*target_h) target_w = max(target_w,0.0) target_h = max(target_h,0.0) target.parameters.size = (target_w, target_h) ############################################# # Create event handler callback functions # ############################################# # target size global variables target_w = 50.0 target_h = 10.0 # key state global variables up = 0 down = 0 left = 0 right = 0 def keydown(event): global up, down, left, right if event.key == pygame.locals.K_ESCAPE: quit(event) elif event.key == pygame.locals.K_UP: up = 1 elif event.key == pygame.locals.K_DOWN: down = 1 elif event.key == pygame.locals.K_RIGHT: right = 1 elif event.key == pygame.locals.K_LEFT: left = 1 def keyup(event): global up, down, left, right if event.key == pygame.locals.K_UP: up = 0 elif event.key == pygame.locals.K_DOWN: down = 0 elif event.key == pygame.locals.K_RIGHT: right = 0 elif event.key == pygame.locals.K_LEFT: left = 0 # Create an instance of the Presentation class. This contains the # the Vision Egg's runtime control abilities. p = Presentation(go_duration=('forever',), viewports=[viewport]) def quit(event): p.parameters.go_duration = (0,'frames') p.parameters.handle_event_callbacks = [(pygame.locals.QUIT, quit), (pygame.locals.KEYDOWN, keydown), (pygame.locals.KEYUP, keyup)] ############################################################# # Connect the controllers with the variables they control # ############################################################# p.add_controller(None, None, FunctionController(during_go_func=every_frame_func) ) ####################### # Run the stimulus! # ####################### p.go() visionegg-1.2.1/demo/mouseTarget_user_loop.py0000755000076500000240000001007011224565530020561 0ustar astrawstaff#!/usr/bin/env python """Control a target with the mouse, using your own event loop.""" # Variables to store the mouse position mouse_position = (320.0, 240.0) last_mouse_position = (0.0,0.0) ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.MoreStimuli import * from VisionEgg.Text import * from math import * import pygame # Use Python's bool constants if available, make aliases if not try: True except NameError: True = 1==1 False = 1==0 ################################# # Initialize the various bits # ################################# # Initialize OpenGL graphics screen. screen = get_default_screen() # Set the background color to white (RGBA). screen.parameters.bgcolor = (1.0,1.0,1.0,1.0) # Create an instance of the Target2D class with appropriate parameters. target = Target2D(size = (25.0,10.0), anchor = 'center', color = (0.0,0.0,0.0,1.0)) # Set the target color (RGBA) black text = Text( text = "Press Esc to quit, arrow keys to change size of target.", position = (screen.size[0]/2.0,5), anchor='bottom', color = (0.0,0.0,0.0,1.0)) # Create a Viewport instance viewport = Viewport(screen=screen, stimuli=[target,text]) ################ # Math stuff # ################ def cross_product(b,c): """Cross product between vectors, represented as tuples of length 3.""" det_i = b[1]*c[2] - b[2]*c[1] det_j = b[0]*c[2] - b[2]*c[0] det_k = b[0]*c[1] - b[1]*c[0] return (det_i,-det_j,det_k) def mag(b): """Magnitude of a vector.""" return b[0]**2.0 + b[1]**2.0 + b[2]**2.0 # target size target_w = 50.0 target_h = 10.0 # key state up = False down = False left = False right = False # The main loop below is an alternative to using the # VisionEgg.FlowControl.Presentation class. quit_now = False frame_timer = FrameTimer() while not quit_now: for event in pygame.event.get(): if event.type == pygame.locals.QUIT: quit_now = True elif event.type == pygame.locals.KEYDOWN: if event.key == pygame.locals.K_ESCAPE: quit_now = True elif event.key == pygame.locals.K_UP: up = True elif event.key == pygame.locals.K_DOWN: down = True elif event.key == pygame.locals.K_RIGHT: right = True elif event.key == pygame.locals.K_LEFT: left = True elif event.type == pygame.locals.KEYUP: if event.key == pygame.locals.K_UP: up = False elif event.key == pygame.locals.K_DOWN: down = False elif event.key == pygame.locals.K_RIGHT: right = False elif event.key == pygame.locals.K_LEFT: left = False just_current_pos = mouse_position (x,y) = pygame.mouse.get_pos() y = screen.size[1]-y # convert to OpenGL coords mouse_position = (x,y) if just_current_pos != mouse_position: last_mouse_position = just_current_pos # Set target position target.parameters.position = mouse_position # Set target orientation b = (float(last_mouse_position[0]-mouse_position[0]), float(last_mouse_position[1]-mouse_position[1]), 0.0) orientation_vector = cross_product(b,(0.0,0.0,1.0)) target.parameters.orientation = atan2(orientation_vector[1],orientation_vector[0])/math.pi*180.0 # Set target size amount = 0.02 if up: target_w = target_w+(amount*target_w) elif down: target_w = target_w-(amount*target_w) elif right: target_h = target_h+(amount*target_h) elif left: target_h = target_h-(amount*target_h) target_w = max(target_w,0.0) target_h = max(target_h,0.0) target.parameters.size = (target_w, target_h) screen.clear() viewport.draw() swap_buffers() frame_timer.tick() frame_timer.log_histogram() visionegg-1.2.1/demo/movingPOV.py0000755000076500000240000000423011224565530016060 0ustar astrawstaff#!/usr/bin/env python """2 viewports, one with a changing perspective.""" import math,os from VisionEgg import * start_default_logging(); watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, FunctionController from VisionEgg.Textures import * from OpenGL.GL import * def angle_as_function_of_time(t): return 90.0*t # rotate at 90 degrees per second def cam_matrix_f(t): projection = Projection()#SimplePerspectiveProjection(fov_x=55.0,aspect_ratio=(screen.size[0]/2.)/screen.size[1]) eye = (0.0,t*0.3+1.0,-2.0) camera_look_at = (0.0,0.0,0.0) camera_up = (0.0,1.0,0.0) projection.look_at( eye, camera_look_at, camera_up) return projection.get_matrix() screen = get_default_screen() mid_x = screen.size[0]/2 mid_y = screen.size[1]/2 projection1 = SimplePerspectiveProjection(fov_x=90.0, aspect_ratio=(float(mid_x)/screen.size[1])) projection2 = SimplePerspectiveProjection(fov_x=55.0, aspect_ratio=(float(mid_x)/screen.size[1])) camera_matrix = ModelView() # Parameters set in realtime, so no need to specify here # Get a texture filename = os.path.join(config.VISIONEGG_SYSTEM_DIR,"data","panorama.jpg") texture = Texture(filename) stimulus = SpinningDrum(texture=texture,shrink_texture_ok=1) viewport1 = Viewport(screen=screen, position=(0,0), anchor='lowerleft', size=(mid_x,screen.size[1]), projection=projection1, stimuli=[stimulus]) viewport2 = Viewport(screen=screen, position=(mid_x,0), anchor='lowerleft', size=(mid_x,screen.size[1]), projection=projection2, camera_matrix=camera_matrix, stimuli=[stimulus]) p = Presentation(go_duration=(10.0,'seconds'),viewports=[viewport1,viewport2]) p.add_controller(stimulus,'angular_position', FunctionController(during_go_func=angle_as_function_of_time)) p.add_controller(camera_matrix,'matrix', FunctionController(during_go_func=cam_matrix_f)) p.go() visionegg-1.2.1/demo/mpeg.py0000644000076500000240000000675211224565530015134 0ustar astrawstaff#!/usr/bin/env python """mpeg.py - play MPEG movies in the Vision Egg This demo uses pygame.movie to draw movies. See also the quicktime.py demo.""" import os import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, FunctionController, TIME_INDEPENDENT from VisionEgg.Text import * from VisionEgg.Textures import * import sys import pygame import pygame.surface, pygame.locals import pygame.movie import OpenGL.GL as gl if len(sys.argv) > 1: filename = sys.argv[1] else: filename = None screen = get_default_screen() def quit(dummy_arg=None): p.parameters.go_duration = (0,'frames') def keydown(event): if event.key == pygame.locals.K_ESCAPE: quit() if not filename: text = Text( text = "Error: Use MPEG file as command line argument - Press Esc to quit", position = (screen.size[0]/2,screen.size[1]), anchor = 'top', font_size=24, color = (1.0,0.0,0.0)) text2 = Text( text = "(If you have a free MPEG to contribute, it could go here.)", position = (screen.size[0]/2,screen.size[1]/2), anchor = 'center', font_size=20, color = (1.0,1.0,1.0)) viewport = Viewport(screen=screen, stimuli=[text,text2]) p = Presentation(go_duration=('forever',), viewports=[viewport], handle_event_callbacks=[(pygame.locals.QUIT, quit), (pygame.locals.KEYDOWN, keydown)], ) p.go() sys.exit(1) movie = pygame.movie.Movie(filename) width, height = movie.get_size() scale_x = screen.size[0]/float(width) scale_y = screen.size[1]/float(height) scale = min(scale_x,scale_y) # maintain aspect ratio # create pygame surface (buffer to draw uncompressed movie data into) pygame_surface = pygame.surface.Surface((width,height)) # tell the movie to render onto the surface movie.set_display( pygame_surface ) # create a texture using this surface as the source of texel data texture = Texture(pygame_surface) text = Text( text = "Vision Egg MPEG demo - Press Esc to quit", position = (screen.size[0]/2,2), anchor = 'bottom', color = (1.0,1.0,1.0,1.0)) # Create the instance of TextureStimulus stimulus = TextureStimulus(texture = texture, position = (screen.size[0]/2,screen.size[1]/2), anchor = 'center', size = (width*scale,height*scale), mipmaps_enabled = 0, texture_min_filter=gl.GL_LINEAR) texture_object = stimulus.parameters.texture.get_texture_object() def update_movie(): # While movie.play() decompresses the movie to pygame surface # in a separate thread, this sends the data to OpenGL. texture_object.put_sub_image( pygame_surface ) viewport = Viewport(screen=screen, stimuli=[stimulus,text]) p = Presentation(go_duration=('forever',), viewports=[viewport], handle_event_callbacks=[(pygame.locals.QUIT, quit), (pygame.locals.KEYDOWN, keydown)], ) p.add_controller(None,None,FunctionController(during_go_func=update_movie, temporal_variables=TIME_INDEPENDENT)) movie.play() p.go() visionegg-1.2.1/demo/multi_stim.py0000755000076500000240000002723011224565530016367 0ustar astrawstaff#!/usr/bin/env python """ multiple stimulus demo """ ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.Dots import DotArea2D from VisionEgg.Gratings import SinGrating2D from VisionEgg.MoreStimuli import Target2D from VisionEgg.Textures import Mask2D, Texture, SpinningDrum, TextureStimulus from VisionEgg.Textures import TextureTooLargeError from VisionEgg.Text import Text from math import sin, pi import math from pygame.locals import QUIT, KEYDOWN, MOUSEBUTTONDOWN import numpy ##################################### # Initialize OpenGL window/screen # ##################################### screen = get_default_screen() screen.parameters.bgcolor = (0.0,0.0,0.0,0.0) # make black (RGBA) # display loading screen ASAP screen.clear() loading_text = Text( text = "Vision Egg multi stimulus demo - Loading...", position = (screen.size[0]/2,screen.size[1]/2), anchor = 'center', color = (1.0, 1.0, 1.0), ) viewport_2d = Viewport( screen = screen, stimuli = [loading_text], ) viewport_2d.draw() swap_buffers() x1 = screen.size[0]/4 x2 = 2*screen.size[0]/4 x3 = 3*screen.size[0]/4 y1 = screen.size[1]/3 y2 = 2*screen.size[1]/3 width = screen.size[0]/5 height = width warning_stimuli = [] # display known errors warning_color = (1.0, 0.0, 0.0) # RGB warning_font_size = 20 legends = [] # display legends legend_color = (1.0, 1.0, 1.0) # RGB legend_font_size = 20 ##################################### # text # ##################################### text = Text( text = "Vision Egg multi stimulus demo - Press any key to quit", position = (screen.size[0]/2,screen.size[1]), anchor = 'top', color = (1.0, 1.0, 1.0), ) ##################################### # Random dots # ##################################### dots = DotArea2D( position = ( x1, y1), anchor = 'center', size = ( width, height ), ) legends.append( Text( text = "DotArea2D", position = (x1,y1-height/2+2), anchor = 'top', color = legend_color, font_size = legend_font_size, ) ) ##################################### # Color grating # ##################################### try: circle_mask = Mask2D(function='circle', radius_parameter=100, num_samples=(256,256)) except Exception, x: circle_mask = None warning_stimuli.append( Text( text = "Texture Mask", position = (x1,y2), anchor = 'center', color = warning_color, font_size = warning_font_size, ) ) print "Exception while trying to create circle_mask: %s: %s"%(x.__class__,str(x)) color_grating = SinGrating2D(color1 = (0.5, 0.25, 0.5), # RGB, Alpha ignored if given color2 = (1.0, 0.5, 0.1), # RGB, Alpha ignored if given contrast = 0.2, pedestal = 0.1, mask = circle_mask, position = (x1,y2), anchor = 'center', size = (width,width), # must be square for circle shape spatial_freq = 20.0/ screen.size[0], temporal_freq_hz = 1.0, orientation = 270.0) legends.append( Text( text = "SinGrating2D (color)", position = (x1,y2-height/2+2), anchor = 'top', color = legend_color, font_size = legend_font_size, ) ) def pedestal_func(t): # Calculate pedestal over time. (Pedestal range [0.1,0.9] and # contrast = 0.2 limits total range to [0.0,1.0]) temporal_freq_hz = 0.2 return 0.4 * sin(t*2*pi * temporal_freq_hz) + 0.5 ##################################### # Spinning drum with moving POV # ##################################### # Get a texture filename = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,"data","panorama.jpg") texture = Texture(filename) drum = SpinningDrum(texture=texture,shrink_texture_ok=True) legends.append( Text( text = "SpinningDrum", position = (x2,y2-height/2+2), anchor = 'top', color = legend_color, font_size = legend_font_size, ) ) def angle_as_function_of_time(t): return 90.0*t % 360.0 # rotate at 90 degrees per second (wrap at 360) def cam_matrix_f(t): cam_matrix = ModelView() eye = (0.0,sin(t*0.3)+2.0,-2.0) camera_look_at = (0.0,0.0,0.0) camera_up = (0.0,1.0,0.0) cam_matrix.look_at( eye, camera_look_at, camera_up) return cam_matrix.get_matrix() drum_camera_matrix = ModelView() ########## # Gabor # ########## gray_rect = Target2D( position = ( x2, y1 ), anchor = 'center', size = ( width, height ), color = (0.5, 0.5, 0.5, 1.0), ) try: gaussian_mask = Mask2D(function='gaussian', radius_parameter=25, num_samples=(256,256)) except Exception, x: gaussian_mask = None warning_stimuli.append( Text( text = "Texture Mask", position = (x2,y1), anchor = 'center', color = warning_color, font_size = warning_font_size, ) ) print "Exception while trying to create gaussian_mask: %s: %s"%(x.__class__,str(x)) gabor = SinGrating2D(mask = gaussian_mask, position = ( x2, y1 ), anchor = 'center', size = ( width, height ), spatial_freq = 40.0 / screen.size[0], # units of cycles/pixel temporal_freq_hz = 2.0, orientation = 45.0 ) legends.append( Text( text = "SinGrating2D (gabor)", position = (x2,y1-height/2+2), anchor = 'top', color = legend_color, font_size = legend_font_size, ) ) ######################### # Copy of framebuffer # ######################### # setup Texture instance for proper size and scaling, etc. framebuffer_copy_texture = Texture( texels=screen.get_framebuffer_as_image(format=gl.GL_RGBA) ) try: framebuffer_copy = TextureStimulus( texture = framebuffer_copy_texture, internal_format = gl.GL_RGBA, mipmaps_enabled = False, size = (width,height), texture_min_filter = gl.GL_LINEAR, position = (x3,y1), anchor = 'center', shrink_texture_ok = False, # settting to True causes massive slowdowns ) framebuffer_copy_works = True except Exception, x: warning_stimuli.append( Text( text = "Framebuffer copy", position = (x3,y1), anchor = 'center', color = warning_color, font_size = warning_font_size, ) ) framebuffer_copy_works = False print "Exception while trying to create framebuffer_copy: %s: %s"%(x.__class__,str(x)) legends.append( Text( text = "put_new_framebuffer()", position = (x3,y1-height/2+2), anchor = 'top', color = legend_color, font_size = legend_font_size, ) ) legends.append( Text( text = "put_pixels()", position = (x3,y2-height/2+2), anchor = 'top', color = legend_color, font_size = legend_font_size, ) ) if framebuffer_copy_works: framebuffer_texture_object = framebuffer_copy.parameters.texture.get_texture_object() # OpenGL textures must be power of 2 def next_power_of_2(f): return math.pow(2.0,math.ceil(math.log(f)/math.log(2.0))) fb_width_pow2 = int(next_power_of_2(screen.size[0])) fb_height_pow2 = int(next_power_of_2(screen.size[1])) def copy_framebuffer(): "Replace contents of texture object with new texture copied from framebuffer" framebuffer_texture_object.put_new_framebuffer(size=(fb_width_pow2,fb_height_pow2), internal_format=gl.GL_RGB, buffer='back', ) ######################################## # Create viewports # ######################################## stimuli_2d = [dots, gray_rect, gabor, text, color_grating] if framebuffer_copy_works: stimuli_2d.append(framebuffer_copy) if len(warning_stimuli): warning_stimuli.append( Text( text = "WARNING: This video system has incomplete OpenGL support. Errors in red.", position = (screen.size[0]/2,5), anchor = 'bottom', color = warning_color, font_size = warning_font_size, ) ) stimuli_2d.extend(warning_stimuli) stimuli_2d.extend(legends) viewport_2d.set(stimuli = stimuli_2d) # give viewport_2d our stimuli drum_viewport = Viewport( screen = screen, position = (x2-width/2,y2-height/2), anchor = 'lowerleft', size = (width,height), projection = SimplePerspectiveProjection( fov_x=55.0, aspect_ratio=float(width)/height), camera_matrix = drum_camera_matrix, stimuli = [drum]) ############################################################## # Main loop (not using VisionEgg.FlowControl.Presentation) # ############################################################## # save time frame_timer = VisionEgg.Core.FrameTimer() quit_now = 0 while not quit_now: for event in pygame.event.get(): if event.type in (QUIT,KEYDOWN,MOUSEBUTTONDOWN): quit_now = 1 t = VisionEgg.time_func() # update parameters (could also be done with VisionEgg.FlowControl.Controllers) color_grating.parameters.pedestal = pedestal_func(t) drum.parameters.angular_position = angle_as_function_of_time(t) drum_camera_matrix.parameters.matrix = cam_matrix_f(t) # do drawing, etc. (can be done with Presentation.go() method) screen.clear() # clear the back buffer drum_viewport.draw() # draw spinning drum viewport_2d.draw() # draw 2D stimuli pixels = numpy.random.randint(0,256,size=(20,20,3)).astype(numpy.uint8) screen.put_pixels(pixels, scale_x=5.0, scale_y=5.0, position=(x3,y2), anchor='center', ) if framebuffer_copy_works: copy_framebuffer() # make copy of framebuffer in texture for draw on next frame swap_buffers() # display the frame we've drawn in back buffer frame_timer.tick() frame_timer.log_histogram() visionegg-1.2.1/demo/plaid.py0000755000076500000240000000473511224565530015277 0ustar astrawstaff#!/usr/bin/env python """Multiple sinusoidal gratings (with mask).""" ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation from VisionEgg.Gratings import SinGrating2D from VisionEgg.Textures import Mask2D ##################################### # Initialize OpenGL window/screen # ##################################### screen = get_default_screen() ###################################### # Create sinusoidal grating object # ###################################### mask = Mask2D(function='circle', # also supports 'gaussian' radius_parameter=100, # radius for circle, sigma for gaussian (units: num_samples) num_samples=(256,256)) # this many texture elements in mask (covers whole size specified below) # NOTE: I have never worked with plaids before, and I'm not sure the # arithmetic used when combining these gratings is what people want. # Please submit any suggestions. sin1 = SinGrating2D(position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), mask = mask, size = ( 500.0 , 500.0 ), spatial_freq = 10.0 / screen.size[0], # units of cycles/pixel temporal_freq_hz = 0.5, orientation = 45.0, max_alpha = 0.5) # controls "opacity": 1.0 = completely opaque, 0.0 = completely transparent sin2 = SinGrating2D(position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), mask = mask, size = ( 500.0 , 500.0 ), spatial_freq = 10.0 / screen.size[0], # units of cycles/pixel temporal_freq_hz = 0.5, orientation = 135.0, max_alpha = 0.5) # controls "opacity": 1.0 = completely opaque, 0.0 = completely transparent ############################################################### # Create viewport - intermediary between stimuli and screen # ############################################################### viewport = Viewport( screen=screen, stimuli=[sin1,sin2] ) ######################################## # Create presentation object and go! # ######################################## p = Presentation(go_duration=(10.0,'seconds'),viewports=[viewport]) p.go() visionegg-1.2.1/demo/project_linear_grating_on_cylinder.py0000644000076500000240000000734211224565530023300 0ustar astrawstaff""" project a linear grating onto a cylinder This script draws a linear sinusoidal grating (on a rectangle positioned in 3D space). The grating is then viewed through many individual viewports approximating the appearance of being projected onto a cylinder. Details on the coordinate transforms are given below. This script does not make use of the VisionEgg.FlowControl module but rather performs the flow control itself. This is a demo script for the Vision Egg realtime visual stimulus generation library. """ from __future__ import division import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import get_default_screen, Viewport,\ SimplePerspectiveProjection, FrameTimer, swap_buffers import pygame from pygame.locals import QUIT, KEYDOWN, MOUSEBUTTONDOWN from VisionEgg.Text import Text from VisionEgg.Gratings import SinGrating3D from math import pi, sin, cos import numpy screen = get_default_screen() screen.parameters.bgcolor = (0.0,0.0,0.0) # black (RGB) stimulus = SinGrating3D( spatial_freq=20.0, temporal_freq_hz=1.0, upperleft=(-5, .25, -1), lowerleft=(-5, -.25, -1), lowerright=(5, -.25, -1), upperright=(5, .25, -1), ) text = Text( text = "Vision Egg project_linear_grating_on_cylinder demo.", position = (screen.size[0]/2,2), anchor = 'bottom', color = (1.0,1.0,1.0)) # use default 2D pixel-coordinate projection for text overlay_viewport = Viewport(screen=screen, stimuli=[text]) num_viewports = 20 arc_degrees = 150 # angle of display D2R = pi/180.0 arc = arc_degrees*D2R arc_center = arc/2 viewport_arc = arc/num_viewports eye = (0,0,0) camera_up = (0,1,0) viewports = [] # The center of the screen is looking, in 3D world coordinates, at -z, # with +y up and +x right. In cylindrical coordinates, the -z axis # corresponds with theta = 0 and the +y axis corresponds with +h, and # theta increases from right to left. In screen coordinates, 0,0 is # the lower left. # Computer lower left corner of viewports (in screen coordinates). lowerlefts = numpy.linspace(0,screen.size[0],num=(num_viewports+1))[::-1] lowerlefts.astype(int) height = screen.size[1] fov_x = viewport_arc/D2R fov_y = 30.0 aspect_ratio = fov_x/fov_y # setup the projections and viewports for i in range(num_viewports): # Compute viewport coordinates (in cylindrical coordinates). theta1 = i*viewport_arc - arc_center theta2 = (i+1)*viewport_arc - arc_center theta = (theta1 + theta2)/2 # Compute camera coordinates (in 3D world coordinates). x = -sin(theta) z = -cos(theta) camera_look_at = (x,0,z) # Now setup the projection and the viewport. ll = int(lowerlefts[i+1]) width = int(lowerlefts[i]-ll) projection = SimplePerspectiveProjection(fov_x=fov_x, aspect_ratio=aspect_ratio) projection.look_at( eye, camera_look_at, camera_up ) viewport = Viewport(screen=screen, projection=projection, stimuli=[stimulus], anchor='lowerleft', position=(ll,0), size=(width,height)) viewports.append(viewport) # list of viewports, drawn in order, so overlay viewport goes last viewports.append( overlay_viewport ) frame_timer = FrameTimer() quit_now = False while not quit_now: for event in pygame.event.get(): if event.type in (QUIT,KEYDOWN,MOUSEBUTTONDOWN): quit_now = True screen.clear() for v in viewports: v.draw() swap_buffers() frame_timer.tick() frame_timer.log_histogram() im = screen.get_framebuffer_as_image(buffer='front') im.save('project_linear_grating_on_cylinder.png') visionegg-1.2.1/demo/put_pixels.py0000755000076500000240000000235111224565530016372 0ustar astrawstaff#!/usr/bin/env python import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * import pygame from pygame.locals import * import numpy screen = get_default_screen() screen.set( bgcolor = (0.0,0.0,0.0) ) # black (RGB) white_data = numpy.ones((100,200,3),dtype=numpy.uint8)*255 red_data = white_data.copy() red_data[:,:,1:] = 0 # zero non-red channels blue_data = white_data.copy() blue_data[:,:,:-1] = 0 # zero non-blue channels frame_timer = FrameTimer() # start frame counter/timer count = 0 quit_now = 0 # This style of main loop is an alternative to using the # VisionEgg.FlowControl module. while not quit_now: for event in pygame.event.get(): if event.type in (QUIT,KEYDOWN,MOUSEBUTTONDOWN): quit_now = 1 screen.clear() count = (count+1) % 3 if count == 0: pixels = white_data elif count == 1: pixels = red_data elif count == 2: pixels = blue_data screen.put_pixels(pixels=pixels, position=(screen.size[0]/2.0,screen.size[1]/2.0), anchor="center") swap_buffers() # display what we've drawn frame_timer.tick() # register frame draw with timer frame_timer.log_histogram() visionegg-1.2.1/demo/pygame_texture.py0000755000076500000240000000207111224565530017237 0ustar astrawstaff#!/usr/bin/env python """Load a texture from a file using pygame""" import os import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation from VisionEgg.Textures import * import pygame.image import OpenGL.GL as gl filename = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,"data","visionegg.bmp") pygame_surface = pygame.image.load(filename) texture = Texture(pygame_surface) screen = get_default_screen() # Create the instance of TextureStimulus stimulus = TextureStimulus(texture = texture, position = (screen.size[0]/2.0,screen.size[1]/2.0), anchor = 'center', size = texture.size, mipmaps_enabled = 0, texture_min_filter=gl.GL_LINEAR, shrink_texture_ok=1) viewport = Viewport(screen=screen, stimuli=[stimulus]) p = Presentation(go_duration=(5.0,'seconds'),viewports=[viewport]) p.go() visionegg-1.2.1/demo/Pyro/0000755000076500000240000000000011231315556014550 5ustar astrawstaffvisionegg-1.2.1/demo/Pyro/gratingPyroGUI.py0000755000076500000240000002071111224565530020001 0ustar astrawstaff#!/usr/bin/env python """GUI panel for control of gratingPyroServer""" # Copyright (c) 2002-2003 Andrew Straw. Distributed under the terms # of the GNU Lesser General Public License (LGPL). import sys, os import Tkinter import VisionEgg.PyroClient class CallbackEntry(Tkinter.Entry): def __init__(self,master=None,callback=None,**kw): Tkinter.Entry.__init__(self,master,**kw) self.bind('',callback) self.bind('',callback) class StimulusControlFrame(Tkinter.Frame): def __init__(self, master=None, suppress_begin_button=0,**kw): Tkinter.Frame.__init__(self,master,**kw) self.entry_width = 10 self.connected = 0 # let columns expand self.columnconfigure(0,weight=1) self.columnconfigure(1,weight=1) row = 0 Tkinter.Label(self,text="Grating Experiment").grid(row=row,column=0,columnspan=2) row += 1 # let columns expand connected_frame = Tkinter.Frame(self) connected_frame.grid(row=row,column=0,columnspan=2,sticky=Tkinter.W+Tkinter.E) connected_frame.columnconfigure(0,weight=1) connected_frame.columnconfigure(1,weight=1) connected_frame.columnconfigure(2,weight=1) Tkinter.Label(connected_frame,text="Server hostname:").grid(row=0,column=0,sticky=Tkinter.E) self.server_hostname = Tkinter.StringVar() self.server_hostname.set( '' ) Tkinter.Entry(connected_frame,textvariable=self.server_hostname).grid(row=0, column=1, columnspan=2, sticky=Tkinter.W+Tkinter.E) self.connected_label = Tkinter.Label(connected_frame,text="Server status: Not connected") self.connected_label.grid(row=1,column=0) Tkinter.Button(connected_frame,text="Connect",command=self.connect).grid(row=1,column=1) Tkinter.Button(connected_frame,text="Quit server",command=self.quit_server).grid(row=1,column=2) row += 1 between_go_frame = Tkinter.Frame(self) between_go_frame.grid(row=row,column=0,sticky=Tkinter.N) bgf_row = 0 Tkinter.Label(between_go_frame,text="Between trials").grid(row=bgf_row,column=0,columnspan=2) bgf_row += 1 Tkinter.Label(between_go_frame,text="Contrast:").grid(row=bgf_row,column=0) self.between_contrast = Tkinter.DoubleVar() self.between_contrast.set(1.0) CallbackEntry(between_go_frame,self.send_values,width=self.entry_width,textvariable=self.between_contrast).grid(row=bgf_row,column=1) bgf_row += 1 Tkinter.Label(between_go_frame,text="Spatial Frequency:").grid(row=bgf_row,column=0) self.between_sf = Tkinter.DoubleVar() self.between_sf.set(0.02) CallbackEntry(between_go_frame,self.send_values,width=self.entry_width,textvariable=self.between_sf).grid(row=bgf_row,column=1) bgf_row += 1 Tkinter.Label(between_go_frame,text="Temporal Frequency:").grid(row=bgf_row,column=0) self.between_tf = Tkinter.DoubleVar() self.between_tf.set(0.0) CallbackEntry(between_go_frame,self.send_values,width=self.entry_width,textvariable=self.between_tf).grid(row=bgf_row,column=1) bgf_row += 1 Tkinter.Label(between_go_frame,text="Orientation:").grid(row=bgf_row,column=0) self.between_orient = Tkinter.DoubleVar() self.between_orient.set(0.0) CallbackEntry(between_go_frame,self.send_values,width=self.entry_width,textvariable=self.between_orient).grid(row=bgf_row,column=1) trial_frame = Tkinter.Frame(self) trial_frame.grid(row=row,column=1,sticky=Tkinter.N) tf_row = 0 Tkinter.Label(trial_frame,text="Trial Parameters").grid(row=tf_row,column=0,columnspan=2) tf_row += 1 Tkinter.Label(trial_frame,text="Contrast:").grid(row=tf_row,column=0) self.trial_contrast = Tkinter.DoubleVar() self.trial_contrast.set(1.0) CallbackEntry(trial_frame,self.send_values,width=self.entry_width,textvariable=self.trial_contrast).grid(row=tf_row,column=1) tf_row += 1 Tkinter.Label(trial_frame,text="Spatial Frequency:").grid(row=tf_row,column=0) self.trial_sf = Tkinter.DoubleVar() self.trial_sf.set(0.02) CallbackEntry(trial_frame,self.send_values,width=self.entry_width,textvariable=self.trial_sf).grid(row=tf_row,column=1) tf_row += 1 Tkinter.Label(trial_frame,text="Temporal Frequency:").grid(row=tf_row,column=0) self.trial_tf = Tkinter.DoubleVar() self.trial_tf.set(0.5) CallbackEntry(trial_frame,self.send_values,width=self.entry_width,textvariable=self.trial_tf).grid(row=tf_row,column=1) tf_row += 1 Tkinter.Label(trial_frame,text="Orientation:").grid(row=tf_row,column=0) self.trial_orient = Tkinter.DoubleVar() self.trial_orient.set(0.0) CallbackEntry(trial_frame,self.send_values,width=self.entry_width,textvariable=self.trial_orient).grid(row=tf_row,column=1) tf_row += 1 Tkinter.Label(trial_frame,text="Duration (sec):").grid(row=tf_row,column=0) self.trial_dur_sec = Tkinter.DoubleVar() self.trial_dur_sec.set(2.0) CallbackEntry(trial_frame,self.send_values,width=self.entry_width,textvariable=self.trial_dur_sec).grid(row=tf_row,column=1) if not suppress_begin_button: tf_row += 1 Tkinter.Button(trial_frame,text="Begin Trial",command=self.go).grid(row=tf_row,column=0,columnspan=2) def get_stim_param_dict(self): dict = {} self_dict = dir(self) for attrname in self_dict: if isinstance( getattr(self,attrname), Tkinter.Variable): dict[attrname] = getattr(self,attrname) return dict def go(self): self.send_values() self.go_controller.set_between_go_value(1) self.go_controller.evaluate_now() def send_values(self,dummy=None): if self.connected: self.duration_controller.set_during_go_value( (self.trial_dur_sec.get(),'seconds') ) self.contrast_controller.set_during_go_value( self.trial_contrast.get() ) self.contrast_controller.set_between_go_value( self.between_contrast.get() ) self.contrast_controller.evaluate_now() self.sf_controller.set_during_go_value( self.trial_sf.get() ) self.sf_controller.set_between_go_value( self.between_sf.get() ) self.sf_controller.evaluate_now() self.tf_controller.set_during_go_value( self.trial_tf.get() ) self.tf_controller.set_between_go_value( self.between_tf.get() ) self.tf_controller.evaluate_now() self.orient_controller.set_during_go_value( self.trial_orient.get() ) self.orient_controller.set_between_go_value( self.between_orient.get() ) self.orient_controller.evaluate_now() def connect(self,dummy=None): client = VisionEgg.PyroClient.PyroClient(server_hostname=self.server_hostname.get(), server_port=7766) self.tf_controller = client.get('tf_controller') self.sf_controller = client.get('sf_controller') self.contrast_controller = client.get('contrast_controller') self.orient_controller = client.get('orient_controller') self.duration_controller = client.get('duration_controller') self.go_controller = client.get('go_controller') self.quit_controller = client.get('quit_controller') self.connected = 1 self.send_values() self.connected_label.config(text="Server status: connected") def quit_server(self,dummy=None): self.quit_controller.set_during_go_value(1) self.quit_controller.set_between_go_value(1) self.quit_controller.evaluate_now() self.connected = 0 del self.tf_controller del self.sf_controller del self.contrast_controller del self.orient_controller del self.duration_controller del self.go_controller del self.quit_controller if __name__=='__main__': frame = StimulusControlFrame() frame.pack(expand=1,fill=Tkinter.BOTH) frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) frame.mainloop() visionegg-1.2.1/demo/Pyro/gratingPyroServer.py0000755000076500000240000000417411224565530020630 0ustar astrawstaff#!/usr/bin/env python """Create sinusoidal grating stimulus and allow control with gratingPyroGUI """ # Copyright (c) 2002-2003 Andrew Straw. Distributed under the terms # of the GNU Lesser General Public License (LGPL). import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation from VisionEgg.Gratings import * from VisionEgg.PyroHelpers import * pyro_server = PyroServer() # get visionegg stimulus ready to go screen = get_default_screen() stimulus = SinGrating2D() viewport = Viewport(screen=screen,stimuli=[stimulus]) p = Presentation(viewports=[viewport]) # make a controller, serve it via pyro, and glue it to the Presentation tf_controller = PyroConstantController(during_go_value=0.0) pyro_server.connect(tf_controller,'tf_controller') p.add_controller(stimulus,'temporal_freq_hz', tf_controller) sf_controller = PyroConstantController(during_go_value=0.0) pyro_server.connect(sf_controller,'sf_controller') p.add_controller(stimulus,'spatial_freq', sf_controller) contrast_controller = PyroConstantController(during_go_value=0.0) pyro_server.connect(contrast_controller,'contrast_controller') p.add_controller(stimulus,'contrast', contrast_controller) orient_controller = PyroConstantController(during_go_value=0.0) pyro_server.connect(orient_controller,'orient_controller') p.add_controller(stimulus,'orientation', orient_controller) duration_controller = PyroConstantController(during_go_value=(5.0,'seconds')) pyro_server.connect(duration_controller,'duration_controller') p.add_controller(p,'go_duration', duration_controller) go_controller = PyroConstantController(during_go_value=0,eval_frequency=0) pyro_server.connect(go_controller,'go_controller') p.add_controller(p,'enter_go_loop', go_controller) quit_controller = PyroConstantController(during_go_value=0) pyro_server.connect(quit_controller,'quit_controller') p.add_controller(p,'quit', quit_controller) # get listener controller and register it p.add_controller(None,None, pyro_server.create_listener_controller()) # initialize graphics to between presentations state p.run_forever() visionegg-1.2.1/demo/Pyro/metaPyroGUI.py0000755000076500000240000002360411224565530017300 0ustar astrawstaff#!/usr/bin/env python """Sinusoidal grating stimulus control (see metaPyroServer) """ # Copyright (c) 2002 Andrew Straw. Distributed under the terms # of the GNU Lesser General Public License (LGPL). import sys, os import Tkinter import Pyro.core import VisionEgg.PyroClient class GratingMetaParameters: def __init__(self): self.contrast = 1.0 self.orient = 0.0 self.sf = 0.02 self.tf = 1.0 self.pre_stim_sec = 1.0 self.stim_sec = 2.0 self.post_stim_sec = 1.0 class CallbackEntry(Tkinter.Entry): def __init__(self,master=None,callback=None,**kw): Tkinter.Entry.__init__(self,master, **kw) self.bind('',callback) self.bind('',callback) class StimulusControlFrame(Tkinter.Frame): def __init__(self, master=None, suppress_begin_button=0,**kw): Tkinter.Frame.__init__(self,master,**kw) self.pyro_client = None self.entry_width = 10 self.connected = 0 self.meta_params = GratingMetaParameters() self.loopable_variables = {} row = 0 Tkinter.Label(self,text="Grating Experiment").grid(row=row,column=0,columnspan=2) row += 1 # let columns expand connected_frame = Tkinter.Frame(self) connected_frame.grid(row=row,column=0,columnspan=2,sticky=Tkinter.W+Tkinter.E) connected_frame.columnconfigure(0,weight=1) connected_frame.columnconfigure(1,weight=1) connected_frame.columnconfigure(2,weight=1) Tkinter.Label(connected_frame,text="Server hostname:").grid(row=0,column=0,sticky=Tkinter.E) self.server_hostname = Tkinter.StringVar() self.server_hostname.set( '' ) Tkinter.Entry(connected_frame,textvariable=self.server_hostname).grid(row=0, column=1, columnspan=2, sticky=Tkinter.W+Tkinter.E) self.connected_label = Tkinter.Label(connected_frame,text="Server status: Not connected") self.connected_label.grid(row=1,column=0) Tkinter.Button(connected_frame,text="Connect",command=self.connect).grid(row=1,column=1) Tkinter.Button(connected_frame,text="Quit server",command=self.quit_server).grid(row=1,column=2) row += 1 param_frame = Tkinter.Frame(self) param_frame.grid(row=row,column=0,sticky=Tkinter.N) param_frame.columnconfigure(0,weight=1) param_frame.columnconfigure(1,weight=1) pf_row = 0 Tkinter.Label(param_frame,text="Contrast:").grid(row=pf_row,column=0) self.contrast_tk_var = Tkinter.DoubleVar() self.contrast_tk_var.set(1.0) CallbackEntry(param_frame, self.send_values, width=self.entry_width, textvariable=self.contrast_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Contrast"] = ("contrast",self.contrast_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Spatial frequency:").grid(row=pf_row,column=0) self.sf_tk_var = Tkinter.DoubleVar() self.sf_tk_var.set(0.02) CallbackEntry(param_frame, self.send_values, width=self.entry_width, textvariable=self.sf_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Spatial frequency"] = ("sf",self.sf_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Temporal frequency:").grid(row=pf_row,column=0) self.tf_tk_var = Tkinter.DoubleVar() self.tf_tk_var.set(5.0) CallbackEntry(param_frame, self.send_values, width=self.entry_width, textvariable=self.tf_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Temporal frequency"] = ("tf",self.tf_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Orientation:").grid(row=pf_row,column=0) self.orient_tk_var = Tkinter.DoubleVar() self.orient_tk_var.set(0.0) CallbackEntry(param_frame, self.send_values, width=self.entry_width, textvariable=self.orient_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Orientation"] = ("orient",self.orient_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Pre stimulus duration (sec):").grid(row=pf_row,column=0) self.prestim_dur_tk_var = Tkinter.DoubleVar() self.prestim_dur_tk_var.set(1.0) CallbackEntry(param_frame, self.send_values, width=self.entry_width, textvariable=self.prestim_dur_tk_var).grid(row=pf_row,column=1) pf_row += 1 Tkinter.Label(param_frame,text="Stimulus duration (sec):").grid(row=pf_row,column=0) self.stim_dur_tk_var = Tkinter.DoubleVar() self.stim_dur_tk_var.set(2.0) CallbackEntry(param_frame, self.send_values, width=self.entry_width, textvariable=self.stim_dur_tk_var).grid(row=pf_row,column=1) pf_row += 1 Tkinter.Label(param_frame,text="Post stimulus duration (sec):").grid(row=pf_row,column=0) self.poststim_dur_tk_var = Tkinter.DoubleVar() self.poststim_dur_tk_var.set(1.0) CallbackEntry(param_frame, self.send_values, width=self.entry_width, textvariable=self.poststim_dur_tk_var).grid(row=pf_row,column=1) if not suppress_begin_button: row += 1 Tkinter.Button(self,text="Begin Trial",command=self.go).grid(row=row,column=0,columnspan=2) def get_shortname(self): """Used as basename for saving parameter files""" return "simple_grating" def get_param_dict(self): result = {} for param_name in dir(self.meta_params): if param_name[:2] != '__' and param_name[-2:] != '__': result[param_name] = getattr(self.meta_params,param_name) return result def get_type(self): return "metaPyroGUI" def set_param_dict(self,new_param_dict): orig_params = dir(self.meta_params) for new_param_name in new_param_dict.keys(): if new_param_name[:2] != '__' and new_param_name[-2:] != '__': if new_param_name not in orig_params: raise ValueError('Gave parameter "%s", which I do not know about.'%(new_param_name,)) setattr(self.meta_params,new_param_name,new_param_dict[new_param_name]) self.contrast_tk_var.set( self.meta_params.contrast ) self.sf_tk_var.set( self.meta_params.sf ) self.tf_tk_var.set( self.meta_params.tf ) self.orient_tk_var.set( self.meta_params.orient ) self.prestim_dur_tk_var.set( self.meta_params.pre_stim_sec ) self.stim_dur_tk_var.set( self.meta_params.stim_sec ) self.poststim_dur_tk_var.set( self.meta_params.post_stim_sec ) def get_parameters_as_strings(self): result = [] for param_name in dir(self.meta_params): if param_name[:2] != '__' and param_name[-2:] != '__': value = getattr(self.meta_params,param_name) value_string = str(value) result.append((param_name,value_string)) return result def get_loopable_variable_names(self): return self.loopable_variables.keys() def set_loopable_variable(self,easy_name,value): meta_param_var_name,tk_var = self.loopable_variables[easy_name] setattr(self.meta_params,meta_param_var_name,value) tk_var.set(value) self.update() # update screen with new tk_var value def send_values(self,dummy_arg=None): self.meta_params.contrast = self.contrast_tk_var.get() self.meta_params.sf = self.sf_tk_var.get() self.meta_params.tf = self.tf_tk_var.get() self.meta_params.orient = self.orient_tk_var.get() self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() self.meta_params.stim_sec = self.stim_dur_tk_var.get() self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() if self.connected: self.meta_controller.set_parameters( self.meta_params ) def get_duration_sec(self): self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() self.meta_params.stim_sec = self.stim_dur_tk_var.get() self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() return self.meta_params.pre_stim_sec + self.meta_params.stim_sec + self.meta_params.post_stim_sec def go(self,dummy_arg=None): self.send_values() if not self.connected: raise RuntimeError("must be connected to metaPyroServer to run trial") self.meta_controller.go() ## if self.connected: ## self.meta_controller.go() def connect(self): self.pyro_client = VisionEgg.PyroClient.PyroClient(server_hostname=self.server_hostname.get(), server_port=7766) self.meta_controller = self.pyro_client.get("meta_controller") self.meta_params = self.meta_controller.get_parameters() self.connected = 1 self.meta_controller.turn_off() self.connected_label.config(text="Server status: Connected") def quit_server(self,dummy=None): self.meta_controller.quit_server() self.connected = 0 self.connected_label.config(text="Server status: Not connected") if __name__=='__main__': frame = StimulusControlFrame() frame.pack(expand=1,fill=Tkinter.BOTH) frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) frame.mainloop() visionegg-1.2.1/demo/Pyro/metaPyroServer.py0000755000076500000240000000736311224565530020126 0ustar astrawstaff#!/usr/bin/env python """Sinusoidal grating stimulus with complex control from metaPyroGUI This demo illustrates a very easy way to exert complex control of visual stimuli in an experimental setting. A Vision Egg server is started, which opens the display and will do all the drawing. There is a "meta-controller" which is served (via Pyro) to another program which controls the stimuli. The meta-controller can store information in a higher-level format than the Controllers used on individual instances of the Stimulus class. """ # Copyright (c) 2002-2003 Andrew Straw. Distributed under the terms # of the GNU Lesser General Public License (LGPL). import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() import sys import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.Gratings import VisionEgg.PyroHelpers import Pyro.core from metaPyroGUI import GratingMetaParameters class GratingExperimentMetaController( Pyro.core.ObjBase ): """Encapsulates all parameters controlling a grating""" def __init__(self,presentation,grating_stimulus): Pyro.core.ObjBase.__init__(self) self.meta_params = GratingMetaParameters() if not isinstance(presentation,VisionEgg.FlowControl.Presentation): raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") if not isinstance(grating_stimulus,VisionEgg.Gratings.SinGrating2D): raise ValueError("Expecting instance of VisionEgg.Gratings.SinGrating2D") self.p = presentation self.stim = grating_stimulus self.p.add_controller(self.stim,'on',VisionEgg.FlowControl.FunctionController(during_go_func=self.on_function)) def turn_off(self): self.stim.parameters.on = 0 def get_parameters(self): return self.meta_params def set_parameters(self, new_parameters): if isinstance(new_parameters, GratingMetaParameters): self.meta_params = new_parameters else: raise ValueError("Argument to set_parameters must be instance of GratingMetaParameters") self.update() def on_function(self,t=-1.0): # default time to between trials time """Compute when the grating is on""" if t <= self.meta_params.pre_stim_sec: return 0 # not on yet elif t <= (self.meta_params.pre_stim_sec + self.meta_params.stim_sec): return 1 # on else: return 0 # off again def update(self): self.stim.parameters.contrast = self.meta_params.contrast self.stim.parameters.orientation = self.meta_params.orient self.stim.parameters.spatial_freq = self.meta_params.sf self.stim.parameters.temporal_freq_hz = self.meta_params.tf self.p.parameters.go_duration = ( self.meta_params.pre_stim_sec + self.meta_params.stim_sec + self.meta_params.post_stim_sec, 'seconds') def go(self): self.p.parameters.enter_go_loop = 1 def quit_server(self): self.p.parameters.quit = 1 # Don't do anything unless this script is being run if __name__ == '__main__': pyro_server = VisionEgg.PyroHelpers.PyroServer() # get Vision Egg stimulus ready to go screen = VisionEgg.Core.Screen.create_default() stimulus = VisionEgg.Gratings.SinGrating2D() viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[stimulus]) p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) # now hand over control of stimulus to GratingExperimentMetaController meta_controller = GratingExperimentMetaController(p,stimulus) pyro_server.connect(meta_controller,"meta_controller") # get listener controller and register it p.add_controller(None,None, pyro_server.create_listener_controller()) # enter endless loop p.run_forever() visionegg-1.2.1/demo/Pyro/simpleClient.py0000755000076500000240000000130611224565530017556 0ustar astrawstaff#!/usr/bin/env python from VisionEgg.PyroClient import * import time, sys if len(sys.argv) >= 2: server_hostname = sys.argv[1] else: server_hostname = '' print "using server hostname '%s'"%server_hostname # Get the controllers client = PyroClient(server_hostname=server_hostname) tf_controller = client.get('tf_controller') quit_controller = client.get('quit_controller') # Set a temporal frequency # Note that we never enter the 'go' loop in this demo, so we are only # concerned with setting the between_go_value tf_controller.set_between_go_value(1.0) tf_controller.evaluate_now() time.sleep(5.0) # show for 5 seconds quit_controller.set_between_go_value(1) quit_controller.evaluate_now() visionegg-1.2.1/demo/Pyro/simpleServer.py0000755000076500000240000000257011224565530017612 0ustar astrawstaff#!/usr/bin/env python """Run a simple VisionEgg Pyro server. You will need to have a Pyro Name Server running on your network for this to work. It comes with the Pyro distribution as a script in the bin directory called ns. Run it, run this script, and then run simpleClient.py from any computer on your network! """ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation from VisionEgg.Gratings import * from VisionEgg.PyroHelpers import * pyro_server = PyroServer() # get visionegg stimulus ready to go screen = get_default_screen() stimulus = SinGrating2D(temporal_freq_hz=0.0) viewport = Viewport(screen=screen,stimuli=[stimulus]) p = Presentation(go_duration=(5.0,'seconds'),viewports=[viewport]) # make a controller, serve it via pyro, and glue it to the Presentation tf_controller = PyroConstantController(during_go_value=0.0) pyro_server.connect(tf_controller,'tf_controller') p.add_controller(stimulus,'temporal_freq_hz', tf_controller) quit_controller = PyroConstantController(during_go_value=0) pyro_server.connect(quit_controller,'quit_controller') p.add_controller(p,'quit', quit_controller) # get listener controller and register it p.add_controller(None,None, pyro_server.create_listener_controller()) # initialize graphics to between presentations state p.run_forever() visionegg-1.2.1/demo/quicktime.py0000755000076500000240000000363411224565530016176 0ustar astrawstaff#!/usr/bin/env python """Display a quicktime movie in the Vision Egg. See also mpeg.py, which plays MPEG movies. """ import os, sys import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.Text import * from VisionEgg.Textures import * from VisionEgg.QuickTime import new_movie_from_filename, MovieTexture from pygame.locals import * screen = get_default_screen() screen.set(bgcolor=(0,0,0)) if len(sys.argv) > 1: filename = sys.argv[1] else: filename = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,"data","water.mov") movie = new_movie_from_filename(filename) bounds = movie.GetMovieBox() height = bounds.bottom-bounds.top width = bounds.right-bounds.left scale_x = screen.size[0]/float(width) scale_y = screen.size[1]/float(height) scale = min(scale_x,scale_y) # maintain aspect ratio movie_texture = MovieTexture(movie=movie) stimulus = TextureStimulus( texture=movie_texture, position = (screen.size[0]/2.0,screen.size[1]/2.0), anchor = 'center', mipmaps_enabled = False, # can't do mipmaps with QuickTime movies shrink_texture_ok = True, size = (width*scale, height*scale), ) text = Text( text = "Vision Egg QuickTime movie demo - Press any key to quit", position = (screen.size[0]/2,screen.size[1]), anchor = 'top', color = (1.0, 1.0, 1.0), ) viewport = Viewport(screen=screen, stimuli=[stimulus, text]) movie.StartMovie() frame_timer = FrameTimer() quit_now = 0 while not quit_now: for event in pygame.event.get(): if event.type in (QUIT,KEYDOWN,MOUSEBUTTONDOWN): quit_now = 1 movie.MoviesTask(0) screen.clear() viewport.draw() swap_buffers() # display the frame we've drawn in back buffer frame_timer.tick() if movie.IsMovieDone(): movie.GoToBeginningOfMovie() frame_timer.log_histogram() visionegg-1.2.1/demo/README.txt0000644000076500000240000001022511224565530015316 0ustar astrawstaffThis directory contains several demonstration scripts for the Vision Egg library. Most of these demos are merely a feature overview of the Vision Egg, are not meant to be used for experiments. You can rename the files from *.py to *.pyw so they don't open a console window. On Mac OS X this may be required (depending on how Python is configured). The multi_stim.py demo shows many stimuli at once, and may be a good starting point. The metaPyroServer.py and metaPyroGUI.py scripts are the easiest place to get started creating a complete experiment generation application using a pure Python approach. These demos are advanced and attempt to "put it all together". The ephys_server.py and ephys_gui.py applications one step farther. Another example of a script that could be used for experiments is the gratingTCP script in the tcp directory. This can be controlled by gratingGUI, the LabView VIs contributed by Jamie Theobald, or your own program. See trigger_out in the daq directory to see how you could combine it with triggering for easy integration into your current data acquisition system. Contents: --------- alpha_texture.py -- Textures with alpha (transparency). color_grating.py -- Colored sine wave grating in circular mask convert3d_to_2d.py -- Convert 3D position to 2D position displayText.py -- Display text strings dots.py -- Random dot stimulus dots_simple_loop.py -- Draw dots, using your own event loop ephys_gui.pyw -- Client GUI application for electrophysiology experiments ephys_server.py -- Server application for electrophysiology experiments flames_pygame.py -- Flames demo from pygame code repository flames_visionegg.py -- a Vision Egg implementation of pygame flames gabor.py -- Sinusoidal grating in a gaussian mask gamma.py -- Test whether your video drivers support setting gamma ramps grating.py -- Sinusoidal grating calculated in realtime gratings_multi.py -- Sinusoidal gratings calculated in realtime image_sequence_fast.py -- Display a sequence of images using a pseudo-blit routine image_sequence_slow.py -- Display a sequence of images lib3ds-demo.py -- Demonstrate the loading of .3ds file using the lib3ds library makeMovie.py -- Save movie of a black target moving across a white background makeMovie2.py -- Draw dots and save movie using your own event loop mouseTarget.py -- Control a target with the mouse, get SDL/pygame events mouseTarget_user_loop.py -- Control a target with the mouse, using your own event loop. mouse_gabor_2d.py -- sinusoidal grating in gaussian window mouse_gabor_perspective.py -- Perspective-distorted sinusoidal grating in gaussian window movingPOV.py -- 2 viewports, one with a changing perspective mpeg.py -- play MPEG movies in the Vision Egg multi_stim.py -- multiple stimulus demo plaid.py -- Multiple sinusoidal gratings (with mask) sphereMap.py -- Mapping of texture onto sphere target.py -- A moving target targetBackground.py -- Moving target over a spinning drum targetBackground2D.py -- Moving target over a 2D spinning drum texture.py -- Load a texture from a file textureDrum.py -- A texture-mapped spinning drum visual_jitter.py -- Retinal slip demonstration Pyro -- demo directory for remote control of Vision Egg programs Pyro/simpleServer.py -- Very simple usage of Pyro (server) Pyro/simpleClient.py -- Very simple usage of Pyro (client) Pyro/gratingPyroServer.py -- Grating control with low-level Controllers (server) Pyro/gratingPyroGUI.py -- Grating control with low-level Controllers (GUI client) Pyro/metaPyroServer.py -- Grating control with high-level meta-controller (server) Pyro/metaPyroGUI.py -- Grating control with high-level meta-controller (GUI client) daq -- demo directory for data acquisition daq/simple_lpt_out.py -- very simple example of using the parallel port daq/trigger_in.py -- Use an external device to trigger the Vision Egg. daq/trigger_out.py -- Use the Vision Egg to trigger an external device. GUI -- demo directory for graphical user interfaces GUI/drumDemoGUI.py -- Spinning drum with a graphical user interface (old). tcp -- demo directory for control of Vision Egg over TCP tcp/gratingTCP.py -- Start a Vision Egg TCPServer to control a grating tcp/gratingGUI.py -- Python GUI to control gratingTCPvisionegg-1.2.1/demo/sphereMap.py0000755000076500000240000000262611224565530016127 0ustar astrawstaff#!/usr/bin/env python """Mapping of texture onto sphere, compare to az_el_grid""" from VisionEgg import * start_default_logging(); watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, FunctionController from VisionEgg.SphereMap import * from VisionEgg.Textures import * import math, os def projection_matrix_f(t): # This bit of code is from the "movingPOV" demo and can be used to # gain a moving external view of the texture-mapped sphere by # uncommenting the appropriate line below. projection = SimplePerspectiveProjection(fov_x=55.0,aspect_ratio=(screen.size[0]/2.)/screen.size[1]) eye = (0.0,t*0.3+1.0,-2.0) camera_look_at = (0.0,0.0,0.0) camera_up = (0.0,1.0,0.0) projection.look_at( eye, camera_look_at, camera_up) return projection.get_matrix() screen = get_default_screen() filename = os.path.join(config.VISIONEGG_SYSTEM_DIR,"data","az_el.png") texture = Texture(filename) projection = SimplePerspectiveProjection(fov_x=90.0) stimulus = SphereMap(texture=texture,shrink_texture_ok=1,stacks=100,slices=100) viewport = Viewport(screen=screen, size=screen.size, projection=projection, stimuli=[stimulus]) p = Presentation(go_duration=(10.0,'seconds'),viewports=[viewport]) #p.add_controller(projection,'matrix', FunctionController(during_go_func=projection_matrix_f)) p.go() visionegg-1.2.1/demo/spiral.py0000755000076500000240000000354511224565530015476 0ustar astrawstaff#!/usr/bin/env python """Load a texture with alpha from a file and draw with mask.""" import os import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.Textures import * import pygame from pygame.locals import * filename = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,"data","spiral.png") texture = Texture(filename) screen = get_default_screen() screen.set(bgcolor=(0,0,1)) # blue background mask = Mask2D(function='circle', # also supports 'gaussian' radius_parameter=220, # sigma for gaussian, radius for circle (units: num_samples) num_samples=(512,512)) # this many texture elements in mask (covers whole size specified below) # Create the instance of TextureStimulus stimulus = TextureStimulus(texture = texture, mask = mask, position = (screen.size[0]/2.0,screen.size[1]/2.0), anchor = 'center', shrink_texture_ok=True, internal_format=gl.GL_RGBA, ) viewport = Viewport(screen=screen, stimuli=[stimulus]) frame_timer = FrameTimer() quit_now = False spinning = True while not quit_now and spinning: for event in pygame.event.get(): if event.type == QUIT: quit_now = True elif event.type in (KEYDOWN,MOUSEBUTTONDOWN): spinning = False screen.clear() stimulus.parameters.angle = (VisionEgg.time_func()*-180.0)%360.0 # rotate viewport.draw() swap_buffers() frame_timer.tick() while not quit_now: for event in pygame.event.get(): if event.type in (QUIT,KEYDOWN,MOUSEBUTTONDOWN): quit_now = True screen.clear() viewport.draw() swap_buffers() frame_timer.tick() frame_timer.log_histogram() visionegg-1.2.1/demo/target.py0000755000076500000240000000375711224565530015477 0ustar astrawstaff#!/usr/bin/env python """A moving target.""" ############################ # Import various modules # ############################ import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, Controller, FunctionController from VisionEgg.MoreStimuli import * from math import * ################################# # Initialize the various bits # ################################# # Initialize OpenGL graphics screen. screen = get_default_screen() # Set the background color to white (RGBA). screen.parameters.bgcolor = (1.0,1.0,1.0,1.0) # Create an instance of the Target2D class with appropriate parameters. target = Target2D(size = (25.0,10.0), color = (0.0,0.0,0.0,1.0), # Set the target color (RGBA) black orientation = -45.0) # Create a Viewport instance viewport = Viewport(screen=screen, stimuli=[target]) # Create an instance of the Presentation class. This contains the # the Vision Egg's runtime control abilities. p = Presentation(go_duration=(10.0,'seconds'),viewports=[viewport]) ####################### # Define controller # ####################### # calculate a few variables we need mid_x = screen.size[0]/2.0 mid_y = screen.size[1]/2.0 max_vel = min(screen.size[0],screen.size[1]) * 0.4 # define position as a function of time def get_target_position(t): global mid_x, mid_y, max_vel return ( max_vel*sin(0.1*2.0*pi*t) + mid_x , # x max_vel*sin(0.1*2.0*pi*t) + mid_y ) # y # Create an instance of the Controller class target_position_controller = FunctionController(during_go_func=get_target_position) ############################################################# # Connect the controllers with the variables they control # ############################################################# p.add_controller(target,'position', target_position_controller ) ####################### # Run the stimulus! # ####################### p.go() visionegg-1.2.1/demo/targetBackground.py0000755000076500000240000000563111224565530017470 0ustar astrawstaff#!/usr/bin/env python """Moving target over a spinning drum.""" ############################ # Import various modules # ############################ from VisionEgg import * start_default_logging(); watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, Controller, FunctionController from VisionEgg.MoreStimuli import * from VisionEgg.Textures import * import os from math import * # Initialize OpenGL graphics screen. screen = get_default_screen() ####################### # Create the target # ####################### # Create an instance of the Target2D class with appropriate parameters target = Target2D(size = (25.0,10.0), color = (1.0,1.0,1.0,1.0), # Set the target color (RGBA) black orientation = -45.0) # Create a viewport for the target target_viewport = Viewport(screen=screen, stimuli=[target]) ##################### # Create the drum # ##################### # Get a texture filename = os.path.join(config.VISIONEGG_SYSTEM_DIR,"data","panorama.jpg") texture = Texture(filename) # Create an instance of SpinningDrum class drum = SpinningDrum(texture=texture,shrink_texture_ok=1) # Create a perspective projection for the spinning drum perspective = SimplePerspectiveProjection(fov_x=90.0) # Create a viewport with this projection drum_viewport = Viewport(screen=screen, projection=perspective, stimuli=[drum]) ################################################## # Create an instance of the Presentation class # ################################################## # Add target_viewport last so its stimulus is drawn last. This way the # target is always drawn after (on top of) the drum and is therefore # visible. p = Presentation(go_duration=(10.0,'seconds'),viewports=[drum_viewport,target_viewport]) ######################## # Define controllers # ######################## # calculate a few variables we need mid_x = screen.size[0]/2.0 mid_y = screen.size[1]/2.0 max_vel = min(screen.size[0],screen.size[1]) * 0.4 # define target position as a function of time def get_target_position(t): global mid_x, mid_y, max_vel return ( max_vel*sin(0.1*2.0*pi*t) + mid_x , # x max_vel*sin(0.1*2.0*pi*t) + mid_y ) # y def get_drum_angle(t): return 50.0*math.cos(0.2*2*math.pi*t) # Create instances of the Controller class target_position_controller = FunctionController(during_go_func=get_target_position) drum_angle_controller = FunctionController(during_go_func=get_drum_angle) ############################################################# # Connect the controllers with the variables they control # ############################################################# p.add_controller(target,'position', target_position_controller ) p.add_controller(drum,'angular_position', drum_angle_controller ) ####################### # Run the stimulus! # ####################### p.go() visionegg-1.2.1/demo/targetBackground2D.py0000644000076500000240000000553611224565530017657 0ustar astrawstaff#!/usr/bin/env python """Moving target over a 2D spinning drum.""" ############################ # Import various modules # ############################ from VisionEgg import * start_default_logging(); watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, Controller, FunctionController from VisionEgg.MoreStimuli import * from VisionEgg.Textures import * import os from math import * # Initialize OpenGL graphics screen. screen = get_default_screen() ####################### # Create the target # ####################### # Create an instance of the Target2D class with appropriate parameters target = Target2D(size = (25.0,10.0), color = (1.0,1.0,1.0,0.5), # Set the target color (RGBA) black orientation = -45.0) ########################## # Create the flat drum # ########################## # Get a texture filename = os.path.join(config.VISIONEGG_SYSTEM_DIR,"data","panorama.jpg") texture = Texture(filename) # Create an instance of SpinningDrum class drum = SpinningDrum(texture=texture, shrink_texture_ok=1, flat=1, anchor='center', position=(screen.size[0]/2,screen.size[1]/2), ) ######################### # Create the viewport # ######################### # Create a viewport for the target viewport = Viewport(screen=screen, stimuli=[drum,target]) ################################################## # Create an instance of the Presentation class # ################################################## # Add target_viewport last so its stimulus is drawn last. This way the # target is always drawn after (on top of) the drum and is therefore # visible. p = Presentation(go_duration=(10.0,'seconds'),viewports=[viewport]) ######################## # Define controllers # ######################## # calculate a few variables we need mid_x = screen.size[0]/2.0 mid_y = screen.size[1]/2.0 max_vel = min(screen.size[0],screen.size[1]) * 0.4 # define target position as a function of time def get_target_position(t): global mid_x, mid_y, max_vel return ( max_vel*sin(0.1*2.0*pi*t) + mid_x , # x max_vel*sin(0.1*2.0*pi*t) + mid_y ) # y def get_drum_angle(t): return 10.0*t # Create instances of the Controller class target_position_controller = FunctionController(during_go_func=get_target_position) drum_angle_controller = FunctionController(during_go_func=get_drum_angle) ############################################################# # Connect the controllers with the variables they control # ############################################################# p.add_controller(target,'position', target_position_controller ) p.add_controller(drum,'angular_position', drum_angle_controller ) ####################### # Run the stimulus! # ####################### p.go() visionegg-1.2.1/demo/tcp/0000755000076500000240000000000011231315556014405 5ustar astrawstaffvisionegg-1.2.1/demo/tcp/gratingGUI.py0000755000076500000240000011140311231310753016754 0ustar astrawstaff#!/usr/bin/env python """gratingGUI.py -- Control stimulus produced by gratingTCP.py When used with the gratingTCP demo, this is a near-complete application for use in experiments. Because this program sends commands to the Vision Egg only over TCP, it can serve as a template for control of the Vision Egg via a TCP connection from any language capable of making such a connection. The most dominant source of complexity in this code is GUI creation, followed by Python code to do networking and parse strings. To use the Vision Egg over the TCP, you don't need to know Python (either for networking or GUI creation). Therefore, it would be instructive to see what is sent over the TCP port without delving into this code. If you set the variable "log_tcp_commands" below, the program will save a copy of everything sent over the TCP port. That may be more instructive than trying to understand this code! Also, if you do want to exercise control from Python on a remote computer, I highly recommend using Pyro rather than dealing with this kind of stuff!""" # Note that the Vision Egg is not imported! # This script can be run on computers without the Vision Egg installed import Tkinter, tkMessageBox import sys, socket, time, select, re, string, types, traceback import numpy, math # Save a copy of everything sent? log_stream = sys.stdout BUFSIZE = 4096 class SocketChecker: _re_controllable = re.compile(r'^"(.*)" controllable with this connection.$',re.MULTILINE) _re_error_line = re.compile(r"^(Error.*)\n",re.MULTILINE) def __init__(self,my_socket,starting_buffer,name_dict): self.socket = my_socket if starting_buffer is None: self.buffer = "" else: self.buffer = starting_buffer self.name_dict = name_dict self.name_handler = {} self.first_check_done = 0 def check(self): # Check to see if anything has happened on the socket try: fileno = self.socket.fileno() except: return ready_to_read, temp, temp2 = select.select([fileno],[],[],0) new_info = 0 while len(ready_to_read): try: new = self.socket.recv(BUFSIZE) if len(new) == 0: # Disconnected raise RuntimeError("Socket disconnected") except Exception, x: tkMessageBox.showwarning(title="Connection Error", message="%s:\n%s"%(str(x.__class__),str(x))) raise new_info = 1 self.buffer += new try: fileno = self.socket.fileno() except: return ready_to_read, temp, temp2 = select.select([fileno],[],[],0) if new_info or not self.first_check_done: self.first_check_done = 1 # Handle variations on newlines: self.buffer = string.replace(self.buffer,chr(0x0D),"") # no CR self.buffer = string.replace(self.buffer,chr(0x0A),"\n") # LF = newline # New names? self.buffer = SocketChecker._re_controllable.sub(self.new_name_parser,self.buffer) # New values from names? for tcp_name in self.name_handler.keys(): (name_re_str, parser) = self.name_handler[tcp_name] self.buffer = name_re_str.sub(parser,self.buffer) # Unhandles lines? self.buffer = SocketChecker._re_error_line.sub(self.unhandled_line,self.buffer) def unhandled_line(self,match): tkMessageBox.showwarning(title="Unexpected error", message="The following error was received from the server:\n"+match.group(1)) return "" def new_name_parser(self,match): class Parser: def __init__(self,tcp_name,name_dict): self.tcp_name = tcp_name self.name_dict = name_dict def parse_func(self,match): # Could make this into a lambda function self.name_dict[self.tcp_name] = match.groups()[-1] return "" tcp_name = match.group(1) name_re_str = re.compile("^"+tcp_name+r"\s*=\s*(.*)\s*$",re.MULTILINE) parser = Parser(tcp_name,self.name_dict).parse_func self.name_handler[tcp_name] = (name_re_str, parser) self.name_dict[tcp_name] = None # initial value # request value self.socket.send(tcp_name+"\n") return "" class SocketLogger: def __init__(self,*args,**kw): self.socket = socket.socket(*args,**kw) for attr in dir(self.socket): if attr != "send" and attr != "recv" and attr[:2] != "__": setattr(self,attr,getattr(self.socket,attr)) def send(self,message): log_stream.write(">>> "+message) self.socket.send(message) def recv(self,bufsize): message = self.socket.recv(bufsize) log_stream.write("<<< "+message) return message def connect(): class ConnectWindow(Tkinter.Frame): def __init__(self,master=None,host="",port=5000,**kw): Tkinter.Frame.__init__(self,master,**kw) self.next_row = 0 self.socket = None self.buffer = "" real_problem = 0 try: host = socket.getfqdn(host) except Exception, x: real_problem = x if real_problem: tkMessageBox.showerror(title="Fatal Error", message="Could not get default hostname and port:\n%s\n%s"%(str(real_problem.__class__),str(real_problem))) raise real_problem Tkinter.Label(self, text="""Welcome to the Grating GUI demo of the Vision Egg! This demo allows you to control a sinusoidal grating in realtime. Please enter the hostname and port number of the computer on which you have the "gratingTCP" demo running. That computer should display a dialog box saying "awaiting connection...". This demo illustrates the concept of "Controllers" by exposing most of their functionality. Any errors produced by this program will be sent to Python's standard error console. Any errors produced by the gratingTCP program should be logged in the normal Vision Egg way. In this demo is possible to crash the Vision Egg TCP server. Because this is still beta software, and because the purpose of this demonstration is to expose as much power and functionality as possible, you can set various controllers to values that will crash the server.""").grid(row=self.next_row,column=0,columnspan=2) self.next_row += 1 Tkinter.Label(self,text="Hostname:").grid(row=self.next_row, column=0) self.hostname = Tkinter.StringVar() self.hostname.set(host) Tkinter.Entry(self,textvariable=self.hostname).grid(row=self.next_row, column=1) self.next_row += 1 Tkinter.Label(self,text="Port:").grid(row=self.next_row, column=0) self.port = Tkinter.StringVar() self.port.set(port) Tkinter.Entry(self,textvariable=self.port).grid(row=self.next_row, column=1) self.next_row += 1 b = Tkinter.Button(self,text="Connect",command=self.connect) b.bind("",self.connect) b.grid(row=self.next_row,columnspan=2) self.next_row += 1 def connect(self,dummy_arg=None): global BUFSIZE host = self.hostname.get() try: port = int(self.port.get()) except: port = self.port.get() try: host = socket.getfqdn(host) except Exception,x: traceback.print_exc() tkMessageBox.showwarning(title="Connection Error", message="%s:\n%s"%(str(x.__class__),str(x))) return self.socket = SocketLogger(socket.AF_INET,socket.SOCK_STREAM) try: self.socket.connect((host,port)) except Exception,x: sys.stderr.write("Attempting to connect to \"%s\":\n"%(str(host),)) traceback.print_exc() tkMessageBox.showwarning(title="Connection Error", message="%s:\n%s"%(str(x.__class__),str(x))) return self.socket.setblocking(0) timeout = 3.0 ready_to_read, temp, temp2 = select.select([self.socket],[],[],timeout) while len(ready_to_read): try: new = self.socket.recv(BUFSIZE) if len(new) == 0: # Disconnected raise RuntimeError("Socket disconnected") except Exception, x: traceback.print_exc() tkMessageBox.showwarning(title="Connection Error", message="%s:\n%s"%(str(x.__class__),str(x))) return self.buffer += new ready_to_read, temp, temp2 = select.select([self.socket],[],[],0) self.destroy() self.quit() connect_window = ConnectWindow() connect_window.pack() connect_window.winfo_toplevel().title("Vision Egg: Connect") connect_window.mainloop() return (connect_window.socket, connect_window.buffer) class BarButton(Tkinter.Menubutton): # Taken from Guido van Rossum's Tkinter svkill demo def __init__(self, master=None, **cnf): Tkinter.Menubutton.__init__(self, master, **cnf) self.pack(side=Tkinter.LEFT) self.menu = Tkinter.Menu(self, name='menu') self['menu'] = self.menu class GratingControl(Tkinter.Frame): def __init__(self,master=None,socket=None,**kw): Tkinter.Frame.__init__(self,master,**kw) self.socket = socket self.next_row = 0 self.last_values = {} self.complete_list = {} self.names = [] self.columnconfigure(2,weight=2)#,minsize=300) self.columnconfigure(3,weight=2)#,minsize=300) Tkinter.Label(self,text="Controlled parameter").grid(row=self.next_row,column=0) Tkinter.Label(self,text="Controller class").grid(row=self.next_row,column=1) Tkinter.Label(self,text="During go loop").grid(row=self.next_row,column=2) Tkinter.Label(self,text="Between go loops").grid(row=self.next_row,column=3) Tkinter.Label(self,text="Evaluation frequency").grid(row=self.next_row,column=4,columnspan=4) Tkinter.Label(self,text="Temporal variables available\n to eval_str and exec_str").grid(row=self.next_row,column=8,columnspan=4) self.next_row += 1 Tkinter.Label(self,text="Time (seconds)").grid(row=self.next_row,column=8,columnspan=2) Tkinter.Label(self,text="Frames").grid(row=self.next_row,column=10,columnspan=2) self.next_row += 1 Tkinter.Label(self,text="Every frame").grid(row=self.next_row,column=4) Tkinter.Label(self,text="Transitions").grid(row=self.next_row,column=5) Tkinter.Label(self,text="Not during go").grid(row=self.next_row,column=6) Tkinter.Label(self,text="Not between go").grid(row=self.next_row,column=7) Tkinter.Label(self,text="Absolute").grid(row=self.next_row,column=8) Tkinter.Label(self,text="Since go").grid(row=self.next_row,column=9) Tkinter.Label(self,text="Absolute").grid(row=self.next_row,column=10) Tkinter.Label(self,text="Since go").grid(row=self.next_row,column=11) self.next_row += 1 self.make_tkinter_stuff("sf") self.next_row += 1 self.make_tkinter_stuff("tf") self.next_row += 1 self.make_tkinter_stuff("contrast") self.next_row += 1 self.make_tkinter_stuff("phase") self.next_row += 1 self.make_tkinter_stuff("orient") self.next_row += 1 self.make_tkinter_stuff("size") self.next_row += 1 self.make_tkinter_stuff("center") self.next_row += 1 self.make_tkinter_stuff("num_samples") self.next_row += 1 self.make_tkinter_stuff("bit_depth") self.next_row += 1 # take up extra vertical space extra_space = Tkinter.Frame(self) self.rowconfigure(self.next_row, weight=1) extra_space.grid(row=self.next_row,sticky=Tkinter.NW+Tkinter.SE,columnspan=4) self.next_row += 1 def make_tkinter_stuff(self,tcp_name): if tcp_name == "sf": text = "Spatial frequency (cycles/pixel)" elif tcp_name == "tf": text = "Temporal frequency (hz)" elif tcp_name == "contrast": text = "Contrast" elif tcp_name == "center": text = "Center (x,y pixels)" elif tcp_name == "size": text = "Size (x,y pixels)" elif tcp_name == "phase": text = "Phase (degrees)" elif tcp_name == "orient": text = "Orientation (degrees)" elif tcp_name == "num_samples": text = "Number of spatial samples" elif tcp_name == "bit_depth": text = "Bit depth" else: raise RuntimeError("Unknown tcp_name %s"%(tcp_name,)) self.names.append(tcp_name) # comments will show what's happening for tcp_name == "sf" setattr(self,tcp_name+"_class",Tkinter.StringVar()) # self.sf_class = Tkinter.StringVar() setattr(self,tcp_name+"_during",Tkinter.StringVar()) # self.sf_during = Tkinter.StringVar() setattr(self,tcp_name+"_between",Tkinter.StringVar()) # self.sf_between = Tkinter.StringVar() setattr(self,tcp_name+"_eval_flag_every",Tkinter.IntVar()) setattr(self,tcp_name+"_eval_flag_trans",Tkinter.IntVar()) setattr(self,tcp_name+"_eval_flag_ndur",Tkinter.IntVar()) setattr(self,tcp_name+"_eval_flag_nbet",Tkinter.IntVar()) setattr(self,tcp_name+"_t_flag_t_abs",Tkinter.IntVar()) setattr(self,tcp_name+"_t_flag_t",Tkinter.IntVar()) setattr(self,tcp_name+"_t_flag_f_abs",Tkinter.IntVar()) setattr(self,tcp_name+"_t_flag_f",Tkinter.IntVar()) class_var = getattr(self,tcp_name+"_class") during_var = getattr(self,tcp_name+"_during") between_var = getattr(self,tcp_name+"_between") eval_flag_every_var = getattr(self,tcp_name+"_eval_flag_every") eval_flag_trans_var = getattr(self,tcp_name+"_eval_flag_trans") eval_flag_ndur_var = getattr(self,tcp_name+"_eval_flag_ndur") eval_flag_nbet_var = getattr(self,tcp_name+"_eval_flag_nbet") t_flag_t_abs_var = getattr(self,tcp_name+"_t_flag_t_abs") t_flag_t_var = getattr(self,tcp_name+"_t_flag_t") t_flag_f_abs_var = getattr(self,tcp_name+"_t_flag_f_abs") t_flag_f_var = getattr(self,tcp_name+"_t_flag_f") self.last_values[tcp_name+"_class"] = class_var.get() self.last_values[tcp_name+"_during"] = during_var.get() self.last_values[tcp_name+"_between"] = between_var.get() self.last_values[tcp_name+"_eval_flag_every"] = eval_flag_every_var.get() self.last_values[tcp_name+"_eval_flag_trans"] = eval_flag_trans_var.get() self.last_values[tcp_name+"_eval_flag_ndur"] = eval_flag_ndur_var.get() self.last_values[tcp_name+"_eval_flag_nbet"] = eval_flag_nbet_var.get() self.last_values[tcp_name+"_t_flag_t_abs"] = t_flag_t_abs_var.get() self.last_values[tcp_name+"_t_flag_t"] = t_flag_t_var.get() self.last_values[tcp_name+"_t_flag_f_abs"] = t_flag_f_abs_var.get() self.last_values[tcp_name+"_t_flag_f"] = t_flag_f_var.get() Tkinter.Label(self, text=text).grid(row=self.next_row, column=0) setattr(self,tcp_name+"_class_update",self.make_updater(tcp_name,"class")) class_updater = getattr(self,tcp_name+"_class_update") bar = Tkinter.Menubutton(self,textvariable=class_var,relief=Tkinter.RAISED) bar.grid(row=self.next_row,column=1,sticky=Tkinter.W+Tkinter.E,pady=2,padx=2) bar.menu = Tkinter.Menu(bar) bar.menu.add_radiobutton(label="const",variable=class_var,value="const",command=class_updater) bar.menu.add_radiobutton(label="eval_str",variable=class_var,value="eval_str",command=class_updater) bar.menu.add_radiobutton(label="exec_str",variable=class_var,value="exec_str",command=class_updater) bar['menu'] = bar.menu during_entry = Tkinter.Entry(self, textvariable=during_var) during_entry.grid(row=self.next_row, column=2, sticky=Tkinter.W+Tkinter.E,padx=2,ipady=2) setattr(self,tcp_name+"_during_update",self.make_updater(tcp_name,"during")) # self.sf_during_update = self.make_updater("sf","during") during_updater = getattr(self,tcp_name+"_during_update") during_entry.bind("",during_updater) during_entry.bind("",during_updater) between_entry = Tkinter.Entry(self, textvariable=between_var ) between_entry.grid(row=self.next_row, column=3, sticky=Tkinter.W+Tkinter.E,padx=2,ipady=2) setattr(self,tcp_name+"_between_update",self.make_updater(tcp_name,"between")) # self.sf_between_update = self.make_updater("sf","between") between_updater = getattr(self,tcp_name+"_between_update") between_entry.bind("",between_updater) between_entry.bind("",between_updater) setattr(self,tcp_name+"_eval_flag_every_update",self.make_updater(tcp_name,"eval_flag_every")) updater = getattr(self,tcp_name+"_eval_flag_every_update") eval_flag_every_check = Tkinter.Checkbutton(self, variable=eval_flag_every_var, command=updater, takefocus=0) eval_flag_every_check.grid(row=self.next_row, column=4) setattr(self,tcp_name+"_eval_flag_trans_update",self.make_updater(tcp_name,"eval_flag_trans")) updater = getattr(self,tcp_name+"_eval_flag_trans_update") eval_flag_trans_check = Tkinter.Checkbutton(self, variable=eval_flag_trans_var, command=updater, takefocus=0) eval_flag_trans_check.grid(row=self.next_row, column=5) setattr(self,tcp_name+"_eval_flag_ndur_update",self.make_updater(tcp_name,"eval_flag_ndur")) updater = getattr(self,tcp_name+"_eval_flag_ndur_update") eval_flag_ndur_check = Tkinter.Checkbutton(self, variable=eval_flag_ndur_var, command=updater, takefocus=0) eval_flag_ndur_check.grid(row=self.next_row, column=6) setattr(self,tcp_name+"_eval_flag_nbet_update",self.make_updater(tcp_name,"eval_flag_nbet")) updater = getattr(self,tcp_name+"_eval_flag_nbet_update") eval_flag_nbet_check = Tkinter.Checkbutton(self, variable=eval_flag_nbet_var, command=updater, takefocus=0) eval_flag_nbet_check.grid(row=self.next_row, column=7) setattr(self,tcp_name+"_t_flag_t_abs_update",self.make_updater(tcp_name,"t_flag_t_abs")) updater = getattr(self,tcp_name+"_t_flag_t_abs_update") t_flag_t_abs_check = Tkinter.Checkbutton(self, variable=t_flag_t_abs_var, command=updater, takefocus=0) t_flag_t_abs_check.grid(row=self.next_row, column=8) setattr(self,tcp_name+"_t_flag_t_update",self.make_updater(tcp_name,"t_flag_t")) updater = getattr(self,tcp_name+"_t_flag_t_update") t_flag_t_check = Tkinter.Checkbutton(self, variable=t_flag_t_var, command=updater, takefocus=0) t_flag_t_check.grid(row=self.next_row, column=9) setattr(self,tcp_name+"_t_flag_f_abs_update",self.make_updater(tcp_name,"t_flag_f_abs")) updater = getattr(self,tcp_name+"_t_flag_f_abs_update") t_flag_f_abs_check = Tkinter.Checkbutton(self, variable=t_flag_f_abs_var, command=updater, takefocus=0) t_flag_f_abs_check.grid(row=self.next_row, column=10) setattr(self,tcp_name+"_t_flag_f_update",self.make_updater(tcp_name,"t_flag_t")) updater = getattr(self,tcp_name+"_t_flag_f_update") t_flag_f_check = Tkinter.Checkbutton(self, variable=t_flag_f_var, command=updater, takefocus=0) t_flag_f_check.grid(row=self.next_row, column=11) def make_updater(self,tcp_name,attr_name): my_last_value_key = tcp_name+"_"+attr_name # sf_during my_value_var = getattr(self,my_last_value_key) # my_value_var = self.sf_during class UpdaterClass: def __init__(self,my_value_var,my_last_value_key,parent,tcp_name,attr_name): self.my_value_var = my_value_var self.my_last_value_key = my_last_value_key self.parent = parent self.tcp_name = tcp_name self.attr_name = attr_name def update_func(self,dummy_arg=None): tcp_name = self.tcp_name attr_name = self.attr_name my_value_var = self.my_value_var my_last_value_key = self.my_last_value_key new_value = my_value_var.get() if new_value != self.parent.last_values[my_last_value_key]: self.parent.last_values[my_last_value_key] = new_value if tcp_name in self.parent.complete_list.keys(): # send string over TCP controller_tuple = self.parent.complete_list[tcp_name] klass, during, between, eval_frequency, temporal_variables, return_type = controller_tuple if attr_name == "class": if klass != "const" and new_value == "const": #convert from strings try: during = eval(during,{},{}) except: during = 0. during_var = getattr(self.parent,tcp_name+"_during") during_var.set(str(during)) try: between = eval(between,{},{}) except: between = 0. between_var = getattr(self.parent,tcp_name+"_between") between_var.set(str(between)) elif klass == "const" and new_value != "const": #convert to strings during = str(during) between = str(between) klass = new_value elif attr_name == "during": if klass == "const": try: new_value = eval(new_value,{},{}) except: new_value = 0.0 my_value_var.set(str(new_value)) during = new_value elif attr_name == "between": if klass == "const": try: new_value = eval(new_value,{},{}) except: new_value = 0.0 my_value_var.set(str(new_value)) between = new_value elif attr_name == "eval_flag_every": mask = eval_frequency_flags['EVERY_FRAME'] # set the mask bit, but leave the others unchanged eval_frequency = (new_value * mask) + (eval_frequency & ~mask) elif attr_name == "eval_flag_trans": mask = eval_frequency_flags['TRANSITIONS'] # set the mask bit, but leave the others unchanged eval_frequency = (new_value * mask) + (eval_frequency & ~mask) elif attr_name == "eval_flag_ndur": mask = eval_frequency_flags['NOT_DURING_GO'] # set the mask bit, but leave the others unchanged eval_frequency = (new_value * mask) + (eval_frequency & ~mask) elif attr_name == "eval_flag_nbet": mask = eval_frequency_flags['NOT_BETWEEN_GO'] # set the mask bit, but leave the others unchanged eval_frequency = (new_value * mask) + (eval_frequency & ~mask) elif attr_name == "t_flag_t_abs": mask = temporal_variables_flags['TIME_SEC_ABSOLUTE'] # set the mask bit, but leave the others unchanged temporal_variables = (new_value * mask) + (temporal_variables & ~mask) elif attr_name == "t_flag_t": mask = temporal_variables_flags['TIME_SEC_SINCE_GO'] # set the mask bit, but leave the others unchanged temporal_variables = (new_value * mask) + (temporal_variables & ~mask) elif attr_name == "t_flag_f_abs": mask = temporal_variables_flags['FRAMES_ABSOLUTE'] # set the mask bit, but leave the others unchanged temporal_variables = (new_value * mask) + (temporal_variables & ~mask) elif attr_name == "t_flag_f": mask = temporal_variables_flags['FRAMES_SINCE_GO'] # set the mask bit, but leave the others unchanged temporal_variables = (new_value * mask) + (temporal_variables & ~mask) controller_tuple = klass, during, between, eval_frequency, temporal_variables, return_type self.parent.complete_list[tcp_name] = controller_tuple if type(during) == types.StringType: send_during = '"' + during + '"' else: send_during = str(during) if type(between) == types.StringType: send_between = '"' + between + '"' else: send_between = str(between) send_eval = eval2str(eval_frequency) + " | ONCE" send_temporal = temporal2str(temporal_variables) tcp_command = "%s=%s( %s, %s, %s, %s)\n"%(tcp_name,klass,send_during,send_between,send_eval,send_temporal) self.parent.socket.send(tcp_command) instance = UpdaterClass(my_value_var,my_last_value_key,self,tcp_name,attr_name) return instance.update_func def check_dict(self,name_dict): for name in self.names: if name in name_dict.keys(): tcp_string = name_dict[name] if tcp_string is not None: controller_tuple = parse_tcp_string(tcp_string) self.complete_list[name] = controller_tuple klass, during, between, eval_frequency, temporal_variables, return_type = controller_tuple name_dict[name] = None class_name = name+"_class" class_var = getattr(self,class_name) class_var.set(klass) self.last_values[class_name] = klass during_name = name+"_during" during_var = getattr(self,during_name) during_var.set(str(during)) self.last_values[during_name] = during between_name = name+"_between" between_var = getattr(self,between_name) between_var.set(str(between)) self.last_values[between_name] = between e_name = name+"_eval_flag_every" e_var = getattr(self,e_name) e_var.set( (eval_frequency & eval_frequency_flags['EVERY_FRAME']) != 0 ) self.last_values[e_name] = e_var.get() e_name = name+"_eval_flag_trans" e_var = getattr(self,e_name) e_var.set( (eval_frequency & eval_frequency_flags['TRANSITIONS']) != 0 ) self.last_values[e_name] = e_var.get() e_name = name+"_eval_flag_ndur" e_var = getattr(self,e_name) e_var.set( (eval_frequency & eval_frequency_flags['NOT_DURING_GO']) != 0 ) self.last_values[e_name] = e_var.get() e_name = name+"_eval_flag_nbet" e_var = getattr(self,e_name) e_var.set( (eval_frequency & eval_frequency_flags['NOT_BETWEEN_GO']) != 0 ) self.last_values[e_name] = e_var.get() t_name = name+"_t_flag_t_abs" t_var = getattr(self,t_name) t_var.set( (temporal_variables & temporal_variables_flags['TIME_SEC_ABSOLUTE']) != 0 ) self.last_values[t_name] = t_var.get() t_name = name+"_t_flag_t" t_var = getattr(self,t_name) t_var.set( (temporal_variables & temporal_variables_flags['TIME_SEC_SINCE_GO']) != 0 ) self.last_values[t_name] = t_var.get() t_name = name+"_t_flag_f_abs" t_var = getattr(self,t_name) t_var.set( (temporal_variables & temporal_variables_flags['FRAMES_ABSOLUTE']) != 0 ) self.last_values[t_name] = t_var.get() t_name = name+"_t_flag_f" t_var = getattr(self,t_name) t_var.set( (temporal_variables & temporal_variables_flags['FRAMES_SINCE_GO']) != 0 ) self.last_values[t_name] = t_var.get() _re_const = re.compile(r'^const\(\s?(.*)\s?\)$',re.DOTALL) _re_eval_str = re.compile(r'^eval_str\(\s?(.*)\s?\)$',re.DOTALL) _re_exec_str = re.compile(r'^exec_str\(\s?(\*)?\s?(.*)\s?\)$',re.DOTALL) _parse_args_globals = {'numpy':numpy,'math':math} _parse_args_locals = {} eval_frequency_flags = { # eval_frequency flags: 'NEVER' : 0x00, 'EVERY_FRAME' : 0x01, 'TRANSITIONS' : 0x02, 'ONCE' : 0x04, 'NOT_DURING_GO' : 0x08, 'NOT_BETWEEN_GO' : 0x10, } temporal_variables_flags = { # temporal_variables flags: 'TIME_INDEPENDENT' : 0x00, 'TIME_SEC_ABSOLUTE' : 0x01, 'TIME_SEC_SINCE_GO' : 0x02, 'FRAMES_ABSOLUTE' : 0x04, 'FRAMES_SINCE_GO' : 0x08, } for key in dir(numpy): if key[:2] != "__": _parse_args_locals[key] = getattr(numpy,key) for key in dir(math): if key[:2] != "__": _parse_args_locals[key] = getattr(math,key) for key in eval_frequency_flags.keys(): _parse_args_locals[key] = eval_frequency_flags[key] for key in temporal_variables_flags.keys(): _parse_args_locals[key] = temporal_variables_flags[key] def eval2str(flags): str = "" for key in eval_frequency_flags.keys(): if flags & eval_frequency_flags[key]: str += key + " | " if str: str = str[:-3] else: str = "NEVER" return str def temporal2str(flags): str = "" for key in temporal_variables_flags.keys(): if flags & temporal_variables_flags[key]: str += key + " | " if str: str = str[:-3] else: str = "TIME_INDEPENDENT" return str def parse_tcp_string(tcp_string): tcp_string = string.replace(tcp_string,r"\n","\n") match = _re_const.match(tcp_string) if match: klass = "const" if not match: match = _re_eval_str.match(tcp_string) if match: klass = "eval_str" if not match: match = _re_exec_str.match(tcp_string) if match: klass = "exec_str" if not match: raise RuntimeError("Unknown value") arg_string = match.group(1) args = eval("tuple(("+arg_string+"))",_parse_args_globals,_parse_args_locals) num_args = len(args) if num_args == 0: result = (klass,None,None,None,None,None) elif num_args == 1: result = (klass,args[0],None,None,None,None) elif num_args == 2: result = (klass,args[0],args[1],None,None,None) elif num_args == 3: result = (klass,args[0],args[1],args[2],None,None) elif num_args == 4: result = (klass,args[0],args[1],args[2],args[3],None) elif num_args == 5: result = (klass,args[0],args[1],args[2],args[3],args[4]) else: raise RuntimeError return result class TCPApp(Tkinter.Frame): def __init__(self,master=None,socket=None,starting_buffer=None,**kw): Tkinter.Frame.__init__(self,master,**kw) self.socket = socket self.name_dict = {} self.other_interested_instances = [] # also want to know what's happening on the socket self.next_row = 0 self.columnconfigure(1,weight=2)#,minsize=300) self.columnconfigure(2,weight=2)#,minsize=300) # create a menu bar self.bar = Tkinter.Frame(self, name='bar', relief=Tkinter.RAISED, borderwidth=2) self.bar.grid(row=self.next_row, column=0, columnspan=3, sticky=Tkinter.W+Tkinter.E+Tkinter.N) self.bar.file = BarButton(self.bar, text='File') self.bar.file.menu.add_command(label='Quit', command=self.quit) self.bar.file.menu.add_command(label='Also Quit Server', command=self.quit_server) self.bar.tk_menuBar(self.bar.file) self.next_row += 1 # create go loop information b = Tkinter.Button(self,text="Enter go loop",command=self.go) b.bind("",self.go) b.grid(row=self.next_row,column=0) Tkinter.Label(self,text="Go loop duration (value, units):").grid(row=self.next_row, column=1, sticky=Tkinter.E) self.go_duration = Tkinter.StringVar() self.last_duration_value = self.go_duration.get() e = Tkinter.Entry(self,textvariable=self.go_duration) e.bind("",self.duration_updater) e.bind("",self.duration_updater) e.grid(row=self.next_row, column=2,sticky=Tkinter.W+Tkinter.E) self.next_row += 1 # make horizontal rule horiz_rule = Tkinter.Frame(self, relief=Tkinter.SUNKEN, borderwidth=2) self.rowconfigure(self.next_row, minsize=4) horiz_rule.grid(row=self.next_row,sticky=Tkinter.NW+Tkinter.SE,columnspan=3) self.next_row += 1 self.socket_checker = SocketChecker(self.socket,starting_buffer,self.name_dict) self.after(100,self.check_socket) # check socket every 100 msec def duration_updater(self,dummy_arg=None): new_value = self.go_duration.get() if new_value != self.last_duration_value: self.last_duration_value=new_value self.socket.send("go_duration=const(%s,None,ONCE)\n"%(new_value,)) def register_interest(self,instance): self.other_interested_instances.append(instance) def go(self,dummy_arg=None): self.socket.send("go=const(0,1,ONCE)\n") def quit_server(self,dummy_arg=None): # send server quit command self.socket.send("quit\n") time.sleep(0.1) # give it a bit of time... self.socket.shutdown(1) self.socket.close() self.quit() def check_socket(self): self.socket_checker.check() if 'go_duration' in self.name_dict.keys(): tcp_string = self.name_dict['go_duration'] if tcp_string is not None: klass, during, between, eval_frequency, temporal_variables, return_type = parse_tcp_string(tcp_string) if str(during) != self.last_duration_value: self.last_duration_value = str(during) self.go_duration.set( self.last_duration_value ) self.name_dict['go_duration'] = None # reset for instance in self.other_interested_instances: instance.check_dict(self.name_dict) self.after(100,self.check_socket) # check socket every 100 msec if __name__ == '__main__': # Connect (socket, start_buffer) = connect() if socket is None: print "Didn't get a socket, quitting." sys.exit() # Create main application window tcp_app = TCPApp(socket=socket, starting_buffer=start_buffer) tcp_app.pack(expand=1,fill=Tkinter.BOTH) tcp_app.winfo_toplevel().title("Vision Egg: Grating GUI") # Create grating controller tcp_app.grating_control = GratingControl(master=tcp_app, socket=socket) tcp_app.register_interest(tcp_app.grating_control) tcp_app.rowconfigure(tcp_app.next_row, weight=2) tcp_app.grating_control.grid( row=tcp_app.next_row, column=0, columnspan=3, sticky=Tkinter.NW+Tkinter.SE) tcp_app.next_row += 1 # Run until quit tcp_app.mainloop() visionegg-1.2.1/demo/tcp/gratingTCP.py0000755000076500000240000001275111224565530016773 0ustar astrawstaff#!/usr/bin/env python """Sinusoidal grating under network control.""" import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, \ ConstantController, EvalStringController, \ EVERY_FRAME, TIME_SEC_ABSOLUTE from VisionEgg.Gratings import * from VisionEgg.TCPController import * import sys # Vision Egg server name and port hostname = '' port = 5000 # Allow command line to override defaults if len(sys.argv) == 2: try: port = int(sys.argv[1]) except ValueError: hostname = sys.argv[1] elif len(sys.argv) == 3: hostname = sys.argv[1] port = int(sys.argv[2]) # See if user wants to adjust default parameters if VisionEgg.config.VISIONEGG_GUI_INIT: import VisionEgg.GUI # Could import in beginning, but no need if not using GUI window = VisionEgg.GUI.GraphicsConfigurationWindow() window.mainloop() # All this does is adjust VisionEgg.config if not window.clicked_ok: sys.exit() # User wants to quit # Should do dialog here to ask for hostname and port tcp_server = TCPServer(hostname=hostname,port=port,single_socket_but_reconnect_ok=1,confirm_address_with_gui=1) if tcp_server.server_socket is None: # User wants to quit sys.exit() tcp_listener = tcp_server.create_listener_once_connected() # Initialize OpenGL graphics screen. # We don't want to use VisionEgg.get_default_screen() here because we've already # shown the graphics configuration window. screen = Screen(size=(VisionEgg.config.VISIONEGG_SCREEN_W, VisionEgg.config.VISIONEGG_SCREEN_H), fullscreen=VisionEgg.config.VISIONEGG_FULLSCREEN, preferred_bpp=VisionEgg.config.VISIONEGG_PREFERRED_BPP, bgcolor=(0.5,0.5,0.5,0.0), maxpriority=VisionEgg.config.VISIONEGG_MAXPRIORITY) tcp_listener.send_raw_text("Screen size = %s\n"%(screen.size,)) # Create controllers for all variables of a sine wave grating on_controller = tcp_listener.create_tcp_controller( tcp_name="on", initial_controller=ConstantController(during_go_value=1) ) contrast_controller = tcp_listener.create_tcp_controller( tcp_name="contrast", initial_controller=ConstantController(during_go_value=1.0) ) center_controller = tcp_listener.create_tcp_controller( tcp_name="center", initial_controller=ConstantController((screen.size[0]/2.0,screen.size[1]/2.0)) ) size_controller = tcp_listener.create_tcp_controller( tcp_name="size", initial_controller=ConstantController(during_go_value=(300.0,300.0)) ) spatial_freq_controller = tcp_listener.create_tcp_controller( tcp_name="sf", initial_controller=ConstantController(during_go_value=15.0/640.0) ) temporal_freq_controller = tcp_listener.create_tcp_controller( tcp_name="tf", initial_controller=ConstantController(during_go_value=5.0) ) phase_controller = tcp_listener.create_tcp_controller( tcp_name="phase", initial_controller=ConstantController(during_go_value=0.0) ) orientation_controller = tcp_listener.create_tcp_controller( tcp_name="orient", initial_controller=EvalStringController(during_go_eval_string="0.0", between_go_eval_string="fmod(t_abs,360.0/5.0)*5.0", eval_frequency=EVERY_FRAME, temporal_variables=TIME_SEC_ABSOLUTE) ) num_samples_controller = tcp_listener.create_tcp_controller( tcp_name="num_samples", initial_controller=ConstantController(during_go_value=512, return_type=ve_types.UnsignedInteger), require_type=ve_types.UnsignedInteger, ) bit_depth_controller = tcp_listener.create_tcp_controller( tcp_name="bit_depth", initial_controller=ConstantController(during_go_value=8, return_type=ve_types.UnsignedInteger), require_type=ve_types.UnsignedInteger, ) go_duration_controller = tcp_listener.create_tcp_controller( tcp_name="go_duration", initial_controller=ConstantController(during_go_value=(10,'seconds')) ) go_controller = tcp_listener.create_tcp_controller( tcp_name="go", initial_controller=ConstantController(during_go_value=0) ) # Create the instance SinGrating with appropriate parameters stimulus = SinGrating2D(anchor='center') # Create a viewport (with default pixel coordinate system) # with stimulus viewport = Viewport( screen=screen, stimuli=[stimulus] ) # Create an instance of the Presentation class p = Presentation(viewports=[viewport],check_events=1) # Register the controller functions, connecting them with the parameters they control p.add_controller(None,None, tcp_listener) # Actually listens to the TCP socket p.add_controller(stimulus,'on', on_controller) p.add_controller(stimulus,'contrast', contrast_controller) p.add_controller(stimulus,'position', center_controller) p.add_controller(stimulus,'size', size_controller) p.add_controller(stimulus,'spatial_freq', spatial_freq_controller) p.add_controller(stimulus,'temporal_freq_hz', temporal_freq_controller) p.add_controller(stimulus,'phase_at_t0', phase_controller) p.add_controller(stimulus,'orientation', orientation_controller) p.add_controller(stimulus,'num_samples', num_samples_controller) p.add_controller(stimulus,'bit_depth', bit_depth_controller) p.add_controller(p,'go_duration', go_duration_controller) p.add_controller(p,'enter_go_loop', go_controller) # Go! p.run_forever() visionegg-1.2.1/demo/texture.py0000755000076500000240000000145711224565530015704 0ustar astrawstaff#!/usr/bin/env python """Load a texture from a file.""" import os import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation from VisionEgg.Textures import * filename = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,"data","panorama.jpg") texture = Texture(filename) screen = get_default_screen() # Create the instance of TextureStimulus stimulus = TextureStimulus(texture = texture, position = (screen.size[0]/2.0,screen.size[1]/2.0), anchor = 'center', shrink_texture_ok=1) viewport = Viewport(screen=screen, stimuli=[stimulus]) p = Presentation(go_duration=(5.0,'seconds'),viewports=[viewport]) p.go() visionegg-1.2.1/demo/texture3D.py0000644000076500000240000000237111224565530016064 0ustar astrawstaff#!/usr/bin/env python """Display a texture in 3D coordinates.""" import os import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, FunctionController from VisionEgg.Textures import * filename = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,"data","panorama.jpg") texture = Texture(filename) screen = get_default_screen() # Create the instance of TextureStimulus3D duration = 5.0 speed = 1.0 z = duration*speed stimulus = TextureStimulus3D(texture = texture, shrink_texture_ok=True, ) def every_frame_func(t=None): z=t*speed-duration stimulus.parameters.upperleft=(-5,1,z) stimulus.parameters.lowerleft=(-5,-1,z) stimulus.parameters.lowerright=(5,-1,z) stimulus.parameters.upperright=(5,1,z) every_frame_func(0.0) # set initial stimulus postion projection = SimplePerspectiveProjection(fov_x=135.0) viewport = Viewport(screen=screen, projection=projection, stimuli=[stimulus]) p = Presentation(go_duration=(duration,'seconds'),viewports=[viewport]) p.add_controller(None, None, FunctionController(during_go_func=every_frame_func) ) p.go() visionegg-1.2.1/demo/texture3D_alpha.py0000644000076500000240000000310711224565530017227 0ustar astrawstaff#!/usr/bin/env python """Display a texture in 3D coordinates using alpha.""" # This is a fusion of sprial.py and texture3D_alpha.py import os, sys import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import get_default_screen, SimplePerspectiveProjection, Viewport from VisionEgg.FlowControl import Presentation, FunctionController from VisionEgg.Textures import Texture, TextureStimulus3D import OpenGL.GL as gl if len(sys.argv)>1: filename = sys.argv[1] else: filename = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,"data","spiral.png") texture = Texture(filename) screen = get_default_screen() screen.set(bgcolor=(0,0,1)) # blue background # Create the instance of TextureStimulus3D duration = 5.0 speed = 1.0 z = duration*speed stimulus = TextureStimulus3D(texture = texture, shrink_texture_ok=True, internal_format=gl.GL_RGBA, ) def every_frame_func(t=None): z=t*speed-duration stimulus.parameters.upperleft=(-5,1,z) stimulus.parameters.lowerleft=(-5,-1,z) stimulus.parameters.lowerright=(5,-1,z) stimulus.parameters.upperright=(5,1,z) every_frame_func(0.0) # set initial stimulus postion projection = SimplePerspectiveProjection(fov_x=135.0) viewport = Viewport(screen=screen, projection=projection, stimuli=[stimulus]) p = Presentation(go_duration=(duration,'seconds'),viewports=[viewport]) p.add_controller(None, None, FunctionController(during_go_func=every_frame_func) ) p.go() visionegg-1.2.1/demo/texture_as_numpy_array.py0000644000076500000240000000226511224565530021010 0ustar astrawstaff#!/usr/bin/env python """Get texture as numpy array and manipulate it.""" import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import get_default_screen, Viewport, gl from VisionEgg.FlowControl import Presentation from VisionEgg.Text import Text from VisionEgg.Textures import Texture, TextureStimulus screen = get_default_screen() screen.parameters.bgcolor = (0.0,0.0,1.0) # background blue (RGB) orig_text = Text(text="Hello world!", color=(1.0,1.0,1.0), font_size=50, ) arr=orig_text.parameters.texture.get_texels_as_array() # get numpy array arr = arr[::-1] # flip upside down flipped_text = TextureStimulus(texture=Texture(arr), position=(screen.size[0]/2,screen.size[1]/2), anchor='center', internal_format = gl.GL_RGBA, mipmaps_enabled = False, ) viewport = Viewport(screen=screen, size=screen.size, stimuli=[flipped_text]) p = Presentation(go_duration=(5.0,'seconds'),viewports=[viewport]) p.go() visionegg-1.2.1/demo/textureDrum.py0000755000076500000240000000220411224565530016523 0ustar astrawstaff#!/usr/bin/env python """A texture-mapped spinning drum.""" from VisionEgg import * start_default_logging(); watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, FunctionController from VisionEgg.Textures import * import math, os max_speed = 100.0 # degrees per second def angle_as_function_of_time(t): return max_speed*math.cos(t) def contrast_as_function_of_time(t): return abs(math.cos(2*math.pi*t*0.2)) filename = os.path.join(config.VISIONEGG_SYSTEM_DIR,"data","panorama.jpg") texture = Texture(filename) screen = get_default_screen() projection = SimplePerspectiveProjection(fov_x=90.0) stimulus = SpinningDrum(texture=texture,shrink_texture_ok=1) viewport = Viewport(screen=screen, size=screen.size, projection=projection, stimuli=[stimulus]) p = Presentation(go_duration=(10.0,'seconds'),viewports=[viewport]) p.add_controller(stimulus,'angular_position', FunctionController(during_go_func=angle_as_function_of_time)) p.add_controller(stimulus,'contrast', FunctionController(during_go_func=contrast_as_function_of_time)) p.go() visionegg-1.2.1/demo/visual_jitter.py0000755000076500000240000000775711224565530017101 0ustar astrawstaff#!/usr/bin/env python """Retinal slip demonstration""" # Visual jitter demonstration for the Vision Egg. # Copyright (C) 2002 Andrew Straw. This software may be # (re)distributed under the terms of the LGPL (Lesser GNU Public # License). # Inspired by # Murakami, I. & Cavanagh, P. (2001). Visual jitter: evidence for # visual-motion-based compensation of retinal slip due to small eye # movements. Vision Research, 41, 173-186. # Murakami, I. & Cavanagh, P. (1998). A jitter after-effect reveals # motion-based stabilization of vision. Nature, 395, 798-801. from VisionEgg import * start_default_logging(); watch_exceptions() from VisionEgg.Core import * from VisionEgg.FlowControl import Presentation, FunctionController from VisionEgg.Textures import * import Image, ImageDraw # Python Imaging Library (PIL) import OpenGL.GL as gl # PyOpenGL import numpy dynamic_time = 10.0 # seconds static_time = 10.0 # seconds dynamic_checkerboard_size = (32,32) # width, height in texture elements static_checkerboard_size = (50,50) # width, height in texture elements scale = 6 # magification of checkerboard (this many pixels per texture element) screen = get_default_screen() # allocate temporary texture in grayscale mode for dynamic texture temp_grayscale_image = Image.new("L",dynamic_checkerboard_size,0) temp_texture = Texture(temp_grayscale_image) # create TextureStimulus for dynamic stimulus scaled_dynamic_size = (scale*dynamic_checkerboard_size[0],scale*dynamic_checkerboard_size[1]) # find center of screen x = screen.size[0]/2.0 y = screen.size[1]/2.0 dynamic_checkerboard = TextureStimulus(texture=temp_texture, position=(x,y), anchor="center", mipmaps_enabled=0, size=scaled_dynamic_size, texture_min_filter=gl.GL_NEAREST, texture_mag_filter=gl.GL_NEAREST, ) # allocate static texture # (Note: numpy arrays have indices flipped from images, thus the re-ordering) static_data = numpy.random.randint(0,2,size=(static_checkerboard_size[1],static_checkerboard_size[0]))*255 static_texture = Texture(static_data) # create TextureStimulus for static stimulus scaled_static_size = (scale*static_checkerboard_size[0],scale*static_checkerboard_size[1]) static_checkerboard = TextureStimulus(texture=static_texture, position=(x,y), anchor="center", mipmaps_enabled=0, size=scaled_static_size, texture_min_filter=gl.GL_NEAREST, texture_mag_filter=gl.GL_NEAREST, ) fixation_spot = FixationSpot(position=(screen.size[0]/2,screen.size[1]/2), anchor='center', color=(255,0,0,0), size=(4,4)) viewport = Viewport(screen=screen, stimuli=[static_checkerboard, dynamic_checkerboard, fixation_spot]) p = Presentation(go_duration=(dynamic_time+static_time,'seconds'), viewports=[viewport]) # Use a controller to hook into go loop, but control texture buffer # through direct manipulation. dynamic_texture_object = dynamic_checkerboard.parameters.texture.get_texture_object() width,height = dynamic_checkerboard_size # (Note: numpy arrays have indices flipped from images, thus the re-ordering) flipped_shape = (height,width) def control_dynamic(t): if t <= dynamic_time: random_data = numpy.random.randint(0,2,size=(dynamic_checkerboard_size[1],dynamic_checkerboard_size[0]))*255 dynamic_texture_object.put_sub_image( random_data ) p.add_controller(None,None,FunctionController(during_go_func=control_dynamic)) p.go() visionegg-1.2.1/demo/wrapped_text.py0000755000076500000240000000257311225532650016710 0ustar astrawstaff#!/usr/bin/env python """Display text strings.""" import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import get_default_screen, Viewport, swap_buffers, \ FrameTimer from VisionEgg.Text import Text from VisionEgg.WrappedText import WrappedText import pygame from pygame.locals import QUIT,KEYDOWN,MOUSEBUTTONDOWN screen = get_default_screen() screen.parameters.bgcolor = (0.0,0.0,1.0) # background blue (RGB) text = WrappedText( text="""Lorem ipsum dolor sit amet, consectetur adipiscing elit. Maecenas ac magna nibh. Cras ac volutpat purus. Suspendisse potenti. Vestibulum accumsan erat ac massa hendrerit semper. Ut a laoreet magna. Suspendisse risus odio, porttitor nec sodales nec, laoreet sit amet tellus. Maecenas condimentum orci id magna laoreet tincidunt. Sed porta velit a ligula ullamcorper accumsan. Fusce a felis tortor, vel hendrerit mauris.""", position=(0,screen.size[1])) viewport = Viewport(screen=screen, size=screen.size, stimuli=[text]) frame_timer = FrameTimer() quit_now = 0 print "press any key or click the mouse to stop" while not quit_now: for event in pygame.event.get(): if event.type in (QUIT,KEYDOWN,MOUSEBUTTONDOWN): quit_now = 1 screen.clear() viewport.draw() swap_buffers() frame_timer.tick() frame_timer.log_histogram() visionegg-1.2.1/doc/0000755000076500000240000000000011231315556013440 5ustar astrawstaffvisionegg-1.2.1/doc/BUILD.sh0000755000076500000240000000112511224565530014636 0ustar astrawstaff#!/bin/bash # This is explained in BUILD.txt. # Exit immediately on any errors set -o errexit PY_DOC_SRC="$HOME/other-peoples-src/Python-2.4.3/Doc" LINK_PATHS="html paper-a4 paper-letter perl templates texinputs tools" for LINK_PATH in $LINK_PATHS; do rm -f $LINK_PATH ln -s $PY_DOC_SRC/$LINK_PATH $LINK_PATH done rm -f icons /bin/ln -s $PY_DOC_SRC/html/icons icons # make HTML /usr/bin/python tools/mkhowto --iconserver "../images" -s 3 --up-link "http://www.visionegg.org/" --up-title "Vision Egg website" visionegg.tex # make PDF /usr/bin/python tools/mkhowto --pdf visionegg.texvisionegg-1.2.1/doc/BUILD.txt0000644000076500000240000000161611224565530015045 0ustar astrawstaffThis directory contains the source for the Vision Egg documentation. The bash script BUILD.sh implements the instructions in this file. The source for the manual is in LaTeX using the classes, styles, and tools from the Python language documentation itself. These files are not included with the Vision Egg, but should be copied/linked into the Vision Egg doc directory. Link the following directories from the directory of the same name in the Python documentation source. html paper-a4 paper-letter perl templates texinputs tools Additionally, create a link called icons that links html/icons. To make the manual in HTML form, run: python tools/mkhowto visionegg.tex In fact, I run: python tools/mkhowto --iconserver "../images" -s 3 --up-link "http://www.visionegg.org/" --up-title "Vision Egg website" visionegg.tex To make the manual in PDF form, run: python tools/mkhowto --pdf visionegg.tex visionegg-1.2.1/doc/index.html0000644000076500000240000000060711224565530015441 0ustar astrawstaff Vision Egg documentation

Vision Egg documentation

Vision Egg manual HTML | PDF

Vision Egg API reference HTML

visionegg-1.2.1/doc/reference/0000755000076500000240000000000011231315556015376 5ustar astrawstaffvisionegg-1.2.1/doc/reference/epydoc0000755000076500000240000000014711224565530016612 0ustar astrawstaff#!/usr/bin/python # # Call the command line interface for Epydoc. # from epydoc.cli import cli cli() visionegg-1.2.1/doc/reference/html/0000755000076500000240000000000011231315557016343 5ustar astrawstaffvisionegg-1.2.1/doc/reference/html/api-objects.txt0000644000076500000240000100171211224565531021307 0ustar astrawstaffVisionEgg VisionEgg-module.html VisionEgg._get_lowerleft VisionEgg-module.html#_get_lowerleft VisionEgg.stop_watching_exceptions VisionEgg-module.html#stop_watching_exceptions VisionEgg.set_time_func_to_frame_locked VisionEgg-module.html#set_time_func_to_frame_locked VisionEgg._default_logging_started VisionEgg-module.html#_default_logging_started VisionEgg.get_type VisionEgg-module.html#get_type VisionEgg.set_time_func_to_true_time VisionEgg-module.html#set_time_func_to_true_time VisionEgg.log_formatter VisionEgg-module.html#log_formatter VisionEgg.true_time_func VisionEgg-module.html#true_time_func VisionEgg.logger VisionEgg-module.html#logger VisionEgg._get_center VisionEgg-module.html#_get_center VisionEgg.assert_type VisionEgg-module.html#assert_type VisionEgg.recursive_base_class_finder VisionEgg-module.html#recursive_base_class_finder VisionEgg.start_default_logging VisionEgg-module.html#start_default_logging VisionEgg.timing_func VisionEgg-module.html#timing_func VisionEgg.config VisionEgg-module.html#config VisionEgg.watch_exceptions VisionEgg-module.html#watch_exceptions VisionEgg.time_func_locked_to_frames VisionEgg-module.html#time_func_locked_to_frames VisionEgg.release_name VisionEgg-module.html#release_name VisionEgg.time_func VisionEgg-module.html#time_func VisionEgg.Configuration VisionEgg.Configuration-module.html VisionEgg.Configuration.extra_darwin_defaults VisionEgg.Configuration-module.html#extra_darwin_defaults VisionEgg.Configuration.save_settings VisionEgg.Configuration-module.html#save_settings VisionEgg.Configuration.defaults VisionEgg.Configuration-module.html#defaults VisionEgg.Core VisionEgg.Core-module.html VisionEgg.Core.post_gl_init VisionEgg.Core-module.html#post_gl_init VisionEgg.Core.message VisionEgg.Core-module.html#message VisionEgg.Core.sum VisionEgg.Core-module.html#sum VisionEgg.Core.get_default_screen VisionEgg.Core-module.html#get_default_screen VisionEgg.Core.add_gl_assumption VisionEgg.Core-module.html#add_gl_assumption VisionEgg.Core.init_gl_extension VisionEgg.Core-module.html#init_gl_extension VisionEgg.Core.gl_assumptions VisionEgg.Core-module.html#gl_assumptions VisionEgg.Core.swap_buffers VisionEgg.Core-module.html#swap_buffers VisionEgg.Daq VisionEgg.Daq-module.html VisionEgg.DaqKeyboard VisionEgg.DaqKeyboard-module.html VisionEgg.DaqKeyboard.__version__ VisionEgg.DaqKeyboard-module.html#__version__ VisionEgg.DaqLPT VisionEgg.DaqLPT-module.html VisionEgg.DaqLPT.__version__ VisionEgg.DaqLPT-module.html#__version__ VisionEgg.Deprecated VisionEgg.Deprecated-module.html VisionEgg.Dots VisionEgg.Dots-module.html VisionEgg.Dots.draw_dots VisionEgg.Dots-module.html#draw_dots VisionEgg.FlowControl VisionEgg.FlowControl-module.html VisionEgg.FlowControl.TIME_INDEPENDENT VisionEgg.FlowControl-module.html#TIME_INDEPENDENT VisionEgg.FlowControl.FRAMES_SINCE_GO VisionEgg.FlowControl-module.html#FRAMES_SINCE_GO VisionEgg.FlowControl.NOT_BETWEEN_GO VisionEgg.FlowControl-module.html#NOT_BETWEEN_GO VisionEgg.FlowControl.FRAMES_ABSOLUTE VisionEgg.FlowControl-module.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.NEVER VisionEgg.FlowControl-module.html#NEVER VisionEgg.FlowControl.TRANSITIONS VisionEgg.FlowControl-module.html#TRANSITIONS VisionEgg.FlowControl.ONCE VisionEgg.FlowControl-module.html#ONCE VisionEgg.FlowControl.EVERY_FRAME VisionEgg.FlowControl-module.html#EVERY_FRAME VisionEgg.FlowControl.TIME_SEC_ABSOLUTE VisionEgg.FlowControl-module.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.TIME_SEC_SINCE_GO VisionEgg.FlowControl-module.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.NOT_DURING_GO VisionEgg.FlowControl-module.html#NOT_DURING_GO VisionEgg.GL VisionEgg.GL-module.html VisionEgg.GL.GL_UNSIGNED_INT_8_8_8_8_REV VisionEgg.GL-module.html#GL_UNSIGNED_INT_8_8_8_8_REV VisionEgg.GL.glLoadMatrixf VisionEgg.GL-module.html#glLoadMatrixf VisionEgg.GL.__version__ VisionEgg.GL-module.html#__version__ VisionEgg.GL._orig_glLoadMatrixf VisionEgg.GL-module.html#_orig_glLoadMatrixf VisionEgg.GLTrace VisionEgg.GLTrace-module.html VisionEgg.GLTrace.bitmask_names_by_value VisionEgg.GLTrace-module.html#bitmask_names_by_value VisionEgg.GLTrace.gl_trace_attach VisionEgg.GLTrace-module.html#gl_trace_attach VisionEgg.GLTrace.bitmasks_by_function VisionEgg.GLTrace-module.html#bitmasks_by_function VisionEgg.GLTrace.raw_args_by_function VisionEgg.GLTrace-module.html#raw_args_by_function VisionEgg.GLTrace.gl_constants VisionEgg.GLTrace-module.html#gl_constants VisionEgg.GLTrace.arg_to_str VisionEgg.GLTrace-module.html#arg_to_str VisionEgg.GUI VisionEgg.GUI-module.html VisionEgg.GUI.showexception VisionEgg.GUI-module.html#showexception VisionEgg.GUI.tkMessageBox VisionEgg.GUI-module.html#tkMessageBox VisionEgg.GUI.tkFileDialog VisionEgg.GUI-module.html#tkFileDialog VisionEgg.GUI.Tkinter VisionEgg.GUI-module.html#Tkinter VisionEgg.Gratings VisionEgg.Gratings-module.html VisionEgg.Gratings._get_type_info VisionEgg.Gratings-module.html#_get_type_info VisionEgg.MoreStimuli VisionEgg.MoreStimuli-module.html VisionEgg.ParameterTypes VisionEgg.ParameterTypes-module.html VisionEgg.ParameterTypes.array_types VisionEgg.ParameterTypes-module.html#array_types VisionEgg.ParameterTypes.is_parameter_type_def VisionEgg.ParameterTypes-module.html#is_parameter_type_def VisionEgg.ParameterTypes.get_type VisionEgg.ParameterTypes-module.html#get_type VisionEgg.ParameterTypes.assert_type VisionEgg.ParameterTypes-module.html#assert_type VisionEgg.ParameterTypes.get_all_classes_list VisionEgg.ParameterTypes-module.html#get_all_classes_list VisionEgg.PlatformDependent VisionEgg.PlatformDependent-module.html VisionEgg.PlatformDependent.attempt_to_load_multitexturing VisionEgg.PlatformDependent-module.html#attempt_to_load_multitexturing VisionEgg.PlatformDependent.sync_swap_with_vbl_post_gl_init VisionEgg.PlatformDependent-module.html#sync_swap_with_vbl_post_gl_init VisionEgg.PlatformDependent.sync_swap_with_vbl_pre_gl_init VisionEgg.PlatformDependent-module.html#sync_swap_with_vbl_pre_gl_init VisionEgg.PlatformDependent.linux_but_unknown_drivers VisionEgg.PlatformDependent-module.html#linux_but_unknown_drivers VisionEgg.PlatformDependent.query_refresh_rate VisionEgg.PlatformDependent-module.html#query_refresh_rate VisionEgg.PlatformDependent.set_priority VisionEgg.PlatformDependent-module.html#set_priority VisionEgg.PyroApps VisionEgg.PyroApps-module.html VisionEgg.PyroApps.AST_ext VisionEgg.PyroApps.AST_ext-module.html VisionEgg.PyroApps.AST_ext.modify_AST VisionEgg.PyroApps.AST_ext-module.html#modify_AST VisionEgg.PyroApps.AST_ext.gen_assign_val_subtree VisionEgg.PyroApps.AST_ext-module.html#gen_assign_val_subtree VisionEgg.PyroApps.AST_ext.extract_from_AST VisionEgg.PyroApps.AST_ext-module.html#extract_from_AST VisionEgg.PyroApps.AST_ext.name_sequence VisionEgg.PyroApps.AST_ext-module.html#name_sequence VisionEgg.PyroApps.ColorCalGUI VisionEgg.PyroApps.ColorCalGUI-module.html VisionEgg.PyroApps.ColorCalGUI.__date__ VisionEgg.PyroApps.ColorCalGUI-module.html#__date__ VisionEgg.PyroApps.ColorCalGUI.__cvs__ VisionEgg.PyroApps.ColorCalGUI-module.html#__cvs__ VisionEgg.PyroApps.ColorCalGUI.get_control_list VisionEgg.PyroApps.ColorCalGUI-module.html#get_control_list VisionEgg.PyroApps.ColorCalServer VisionEgg.PyroApps.ColorCalServer-module.html VisionEgg.PyroApps.ColorCalServer.get_meta_controller_stimkey VisionEgg.PyroApps.ColorCalServer-module.html#get_meta_controller_stimkey VisionEgg.PyroApps.ColorCalServer.__date__ VisionEgg.PyroApps.ColorCalServer-module.html#__date__ VisionEgg.PyroApps.ColorCalServer.make_stimuli VisionEgg.PyroApps.ColorCalServer-module.html#make_stimuli VisionEgg.PyroApps.ColorCalServer.get_meta_controller_class VisionEgg.PyroApps.ColorCalServer-module.html#get_meta_controller_class VisionEgg.PyroApps.ColorCalServer.__cvs__ VisionEgg.PyroApps.ColorCalServer-module.html#__cvs__ VisionEgg.PyroApps.DropinGUI VisionEgg.PyroApps.DropinGUI-module.html VisionEgg.PyroApps.DropinGUI.get_control_list VisionEgg.PyroApps.DropinGUI-module.html#get_control_list VisionEgg.PyroApps.DropinServer VisionEgg.PyroApps.DropinServer-module.html VisionEgg.PyroApps.DropinServer.get_meta_controller_stimkey VisionEgg.PyroApps.DropinServer-module.html#get_meta_controller_stimkey VisionEgg.PyroApps.DropinServer.get_meta_controller_class VisionEgg.PyroApps.DropinServer-module.html#get_meta_controller_class VisionEgg.PyroApps.DropinServer.make_stimuli VisionEgg.PyroApps.DropinServer-module.html#make_stimuli VisionEgg.PyroApps.EPhysGUI VisionEgg.PyroApps.EPhysGUI-module.html VisionEgg.PyroApps.EPhysGUI.get_server VisionEgg.PyroApps.EPhysGUI-module.html#get_server VisionEgg.PyroApps.EPhysGUI.client_list VisionEgg.PyroApps.EPhysGUI-module.html#client_list VisionEgg.PyroApps.EPhysGUI.__version__ VisionEgg.PyroApps.EPhysGUI-module.html#__version__ VisionEgg.PyroApps.EPhysGUI.__cvs__ VisionEgg.PyroApps.EPhysGUI-module.html#__cvs__ VisionEgg.PyroApps.EPhysGUI.__author__ VisionEgg.PyroApps.EPhysGUI-module.html#__author__ VisionEgg.PyroApps.EPhysGUI.__date__ VisionEgg.PyroApps.EPhysGUI-module.html#__date__ VisionEgg.PyroApps.EPhysGUIUtils VisionEgg.PyroApps.EPhysGUIUtils-module.html VisionEgg.PyroApps.EPhysGUIUtils.__date__ VisionEgg.PyroApps.EPhysGUIUtils-module.html#__date__ VisionEgg.PyroApps.EPhysGUIUtils.__author__ VisionEgg.PyroApps.EPhysGUIUtils-module.html#__author__ VisionEgg.PyroApps.EPhysGUIUtils.__version__ VisionEgg.PyroApps.EPhysGUIUtils-module.html#__version__ VisionEgg.PyroApps.EPhysGUIUtils.__cvs__ VisionEgg.PyroApps.EPhysGUIUtils-module.html#__cvs__ VisionEgg.PyroApps.EPhysServer VisionEgg.PyroApps.EPhysServer-module.html VisionEgg.PyroApps.EPhysServer.start_server VisionEgg.PyroApps.EPhysServer-module.html#start_server VisionEgg.PyroApps.EPhysServer.server_modules VisionEgg.PyroApps.EPhysServer-module.html#server_modules VisionEgg.PyroApps.EPhysServer.__author__ VisionEgg.PyroApps.EPhysServer-module.html#__author__ VisionEgg.PyroApps.EPhysServer.__date__ VisionEgg.PyroApps.EPhysServer-module.html#__date__ VisionEgg.PyroApps.EPhysServer.__version__ VisionEgg.PyroApps.EPhysServer-module.html#__version__ VisionEgg.PyroApps.EPhysServer.__cvs__ VisionEgg.PyroApps.EPhysServer-module.html#__cvs__ VisionEgg.PyroApps.FlatGratingGUI VisionEgg.PyroApps.FlatGratingGUI-module.html VisionEgg.PyroApps.FlatGratingGUI.__date__ VisionEgg.PyroApps.FlatGratingGUI-module.html#__date__ VisionEgg.PyroApps.FlatGratingGUI.__cvs__ VisionEgg.PyroApps.FlatGratingGUI-module.html#__cvs__ VisionEgg.PyroApps.FlatGratingGUI.get_control_list VisionEgg.PyroApps.FlatGratingGUI-module.html#get_control_list VisionEgg.PyroApps.FlatGratingServer VisionEgg.PyroApps.FlatGratingServer-module.html VisionEgg.PyroApps.FlatGratingServer.get_meta_controller_stimkey VisionEgg.PyroApps.FlatGratingServer-module.html#get_meta_controller_stimkey VisionEgg.PyroApps.FlatGratingServer.__date__ VisionEgg.PyroApps.FlatGratingServer-module.html#__date__ VisionEgg.PyroApps.FlatGratingServer.get_meta_controller_class VisionEgg.PyroApps.FlatGratingServer-module.html#get_meta_controller_class VisionEgg.PyroApps.FlatGratingServer.make_stimuli VisionEgg.PyroApps.FlatGratingServer-module.html#make_stimuli VisionEgg.PyroApps.FlatGratingServer.__cvs__ VisionEgg.PyroApps.FlatGratingServer-module.html#__cvs__ VisionEgg.PyroApps.GridGUI VisionEgg.PyroApps.GridGUI-module.html VisionEgg.PyroApps.GridGUI.__author__ VisionEgg.PyroApps.GridGUI-module.html#__author__ VisionEgg.PyroApps.GridGUI.__date__ VisionEgg.PyroApps.GridGUI-module.html#__date__ VisionEgg.PyroApps.GridGUI.__version__ VisionEgg.PyroApps.GridGUI-module.html#__version__ VisionEgg.PyroApps.GridGUI.__cvs__ VisionEgg.PyroApps.GridGUI-module.html#__cvs__ VisionEgg.PyroApps.GridGUI.get_control_list VisionEgg.PyroApps.GridGUI-module.html#get_control_list VisionEgg.PyroApps.GridServer VisionEgg.PyroApps.GridServer-module.html VisionEgg.PyroApps.GridServer.get_meta_controller_stimkey VisionEgg.PyroApps.GridServer-module.html#get_meta_controller_stimkey VisionEgg.PyroApps.GridServer.__author__ VisionEgg.PyroApps.GridServer-module.html#__author__ VisionEgg.PyroApps.GridServer.__date__ VisionEgg.PyroApps.GridServer-module.html#__date__ VisionEgg.PyroApps.GridServer.get_meta_controller_class VisionEgg.PyroApps.GridServer-module.html#get_meta_controller_class VisionEgg.PyroApps.GridServer.make_stimuli VisionEgg.PyroApps.GridServer-module.html#make_stimuli VisionEgg.PyroApps.GridServer.__version__ VisionEgg.PyroApps.GridServer-module.html#__version__ VisionEgg.PyroApps.GridServer.__cvs__ VisionEgg.PyroApps.GridServer-module.html#__cvs__ VisionEgg.PyroApps.MouseTargetGUI VisionEgg.PyroApps.MouseTargetGUI-module.html VisionEgg.PyroApps.MouseTargetGUI.__date__ VisionEgg.PyroApps.MouseTargetGUI-module.html#__date__ VisionEgg.PyroApps.MouseTargetGUI.__cvs__ VisionEgg.PyroApps.MouseTargetGUI-module.html#__cvs__ VisionEgg.PyroApps.MouseTargetGUI.get_control_list VisionEgg.PyroApps.MouseTargetGUI-module.html#get_control_list VisionEgg.PyroApps.MouseTargetServer VisionEgg.PyroApps.MouseTargetServer-module.html VisionEgg.PyroApps.MouseTargetServer.get_meta_controller_stimkey VisionEgg.PyroApps.MouseTargetServer-module.html#get_meta_controller_stimkey VisionEgg.PyroApps.MouseTargetServer.right VisionEgg.PyroApps.MouseTargetServer-module.html#right VisionEgg.PyroApps.MouseTargetServer.get_target_size VisionEgg.PyroApps.MouseTargetServer-module.html#get_target_size VisionEgg.PyroApps.MouseTargetServer.make_stimuli VisionEgg.PyroApps.MouseTargetServer-module.html#make_stimuli VisionEgg.PyroApps.MouseTargetServer.down VisionEgg.PyroApps.MouseTargetServer-module.html#down VisionEgg.PyroApps.MouseTargetServer.__date__ VisionEgg.PyroApps.MouseTargetServer-module.html#__date__ VisionEgg.PyroApps.MouseTargetServer.mouse_position VisionEgg.PyroApps.MouseTargetServer-module.html#mouse_position VisionEgg.PyroApps.MouseTargetServer.get_meta_controller_class VisionEgg.PyroApps.MouseTargetServer-module.html#get_meta_controller_class VisionEgg.PyroApps.MouseTargetServer.__cvs__ VisionEgg.PyroApps.MouseTargetServer-module.html#__cvs__ VisionEgg.PyroApps.MouseTargetServer.target_h VisionEgg.PyroApps.MouseTargetServer-module.html#target_h VisionEgg.PyroApps.MouseTargetServer.keyup VisionEgg.PyroApps.MouseTargetServer-module.html#keyup VisionEgg.PyroApps.MouseTargetServer.keydown VisionEgg.PyroApps.MouseTargetServer-module.html#keydown VisionEgg.PyroApps.MouseTargetServer.mag VisionEgg.PyroApps.MouseTargetServer-module.html#mag VisionEgg.PyroApps.MouseTargetServer.last_mouse_position VisionEgg.PyroApps.MouseTargetServer-module.html#last_mouse_position VisionEgg.PyroApps.MouseTargetServer.target_w VisionEgg.PyroApps.MouseTargetServer-module.html#target_w VisionEgg.PyroApps.MouseTargetServer.handle_event_callbacks VisionEgg.PyroApps.MouseTargetServer-module.html#handle_event_callbacks VisionEgg.PyroApps.MouseTargetServer.cross_product VisionEgg.PyroApps.MouseTargetServer-module.html#cross_product VisionEgg.PyroApps.MouseTargetServer.up VisionEgg.PyroApps.MouseTargetServer-module.html#up VisionEgg.PyroApps.MouseTargetServer.left VisionEgg.PyroApps.MouseTargetServer-module.html#left VisionEgg.PyroApps.ScreenPositionGUI VisionEgg.PyroApps.ScreenPositionGUI-module.html VisionEgg.PyroApps.ScreenPositionGUI.__date__ VisionEgg.PyroApps.ScreenPositionGUI-module.html#__date__ VisionEgg.PyroApps.ScreenPositionGUI.__version__ VisionEgg.PyroApps.ScreenPositionGUI-module.html#__version__ VisionEgg.PyroApps.ScreenPositionGUI.__cvs__ VisionEgg.PyroApps.ScreenPositionGUI-module.html#__cvs__ VisionEgg.PyroApps.ScreenPositionServer VisionEgg.PyroApps.ScreenPositionServer-module.html VisionEgg.PyroApps.ScreenPositionServer.__date__ VisionEgg.PyroApps.ScreenPositionServer-module.html#__date__ VisionEgg.PyroApps.ScreenPositionServer.__version__ VisionEgg.PyroApps.ScreenPositionServer-module.html#__version__ VisionEgg.PyroApps.ScreenPositionServer.__cvs__ VisionEgg.PyroApps.ScreenPositionServer-module.html#__cvs__ VisionEgg.PyroApps.SphereGratingGUI VisionEgg.PyroApps.SphereGratingGUI-module.html VisionEgg.PyroApps.SphereGratingGUI.__date__ VisionEgg.PyroApps.SphereGratingGUI-module.html#__date__ VisionEgg.PyroApps.SphereGratingGUI.__cvs__ VisionEgg.PyroApps.SphereGratingGUI-module.html#__cvs__ VisionEgg.PyroApps.SphereGratingGUI.get_control_list VisionEgg.PyroApps.SphereGratingGUI-module.html#get_control_list VisionEgg.PyroApps.SphereGratingServer VisionEgg.PyroApps.SphereGratingServer-module.html VisionEgg.PyroApps.SphereGratingServer.get_meta_controller_stimkey VisionEgg.PyroApps.SphereGratingServer-module.html#get_meta_controller_stimkey VisionEgg.PyroApps.SphereGratingServer.__date__ VisionEgg.PyroApps.SphereGratingServer-module.html#__date__ VisionEgg.PyroApps.SphereGratingServer.get_meta_controller_class VisionEgg.PyroApps.SphereGratingServer-module.html#get_meta_controller_class VisionEgg.PyroApps.SphereGratingServer.make_stimuli VisionEgg.PyroApps.SphereGratingServer-module.html#make_stimuli VisionEgg.PyroApps.SphereGratingServer.__cvs__ VisionEgg.PyroApps.SphereGratingServer-module.html#__cvs__ VisionEgg.PyroApps.SpinningDrumGUI VisionEgg.PyroApps.SpinningDrumGUI-module.html VisionEgg.PyroApps.SpinningDrumGUI.__author__ VisionEgg.PyroApps.SpinningDrumGUI-module.html#__author__ VisionEgg.PyroApps.SpinningDrumGUI.__date__ VisionEgg.PyroApps.SpinningDrumGUI-module.html#__date__ VisionEgg.PyroApps.SpinningDrumGUI.__version__ VisionEgg.PyroApps.SpinningDrumGUI-module.html#__version__ VisionEgg.PyroApps.SpinningDrumGUI.__cvs__ VisionEgg.PyroApps.SpinningDrumGUI-module.html#__cvs__ VisionEgg.PyroApps.SpinningDrumGUI.get_control_list VisionEgg.PyroApps.SpinningDrumGUI-module.html#get_control_list VisionEgg.PyroApps.SpinningDrumServer VisionEgg.PyroApps.SpinningDrumServer-module.html VisionEgg.PyroApps.SpinningDrumServer.get_meta_controller_stimkey VisionEgg.PyroApps.SpinningDrumServer-module.html#get_meta_controller_stimkey VisionEgg.PyroApps.SpinningDrumServer.__author__ VisionEgg.PyroApps.SpinningDrumServer-module.html#__author__ VisionEgg.PyroApps.SpinningDrumServer.__date__ VisionEgg.PyroApps.SpinningDrumServer-module.html#__date__ VisionEgg.PyroApps.SpinningDrumServer.get_meta_controller_class VisionEgg.PyroApps.SpinningDrumServer-module.html#get_meta_controller_class VisionEgg.PyroApps.SpinningDrumServer.make_stimuli VisionEgg.PyroApps.SpinningDrumServer-module.html#make_stimuli VisionEgg.PyroApps.SpinningDrumServer.__version__ VisionEgg.PyroApps.SpinningDrumServer-module.html#__version__ VisionEgg.PyroApps.SpinningDrumServer.__cvs__ VisionEgg.PyroApps.SpinningDrumServer-module.html#__cvs__ VisionEgg.PyroApps.TargetGUI VisionEgg.PyroApps.TargetGUI-module.html VisionEgg.PyroApps.TargetGUI.get_control_list VisionEgg.PyroApps.TargetGUI-module.html#get_control_list VisionEgg.PyroApps.TargetGUI.__date__ VisionEgg.PyroApps.TargetGUI-module.html#__date__ VisionEgg.PyroApps.TargetGUI.__cvs__ VisionEgg.PyroApps.TargetGUI-module.html#__cvs__ VisionEgg.PyroApps.TargetServer VisionEgg.PyroApps.TargetServer-module.html VisionEgg.PyroApps.TargetServer.get_meta_controller_stimkey VisionEgg.PyroApps.TargetServer-module.html#get_meta_controller_stimkey VisionEgg.PyroApps.TargetServer.__date__ VisionEgg.PyroApps.TargetServer-module.html#__date__ VisionEgg.PyroApps.TargetServer.get_meta_controller_class VisionEgg.PyroApps.TargetServer-module.html#get_meta_controller_class VisionEgg.PyroApps.TargetServer.make_stimuli VisionEgg.PyroApps.TargetServer-module.html#make_stimuli VisionEgg.PyroApps.TargetServer.__cvs__ VisionEgg.PyroApps.TargetServer-module.html#__cvs__ VisionEgg.PyroApps.VarTypes VisionEgg.PyroApps.VarTypes-module.html VisionEgg.PyroApps.VarTypes.getType VisionEgg.PyroApps.VarTypes-module.html#getType VisionEgg.PyroApps.VarTypes.getID VisionEgg.PyroApps.VarTypes-module.html#getID VisionEgg.PyroClient VisionEgg.PyroClient-module.html VisionEgg.PyroClient.__date__ VisionEgg.PyroClient-module.html#__date__ VisionEgg.PyroClient.__cvs__ VisionEgg.PyroClient-module.html#__cvs__ VisionEgg.PyroHelpers VisionEgg.PyroHelpers-module.html VisionEgg.PyroHelpers.__date__ VisionEgg.PyroHelpers-module.html#__date__ VisionEgg.PyroHelpers.__version__ VisionEgg.PyroHelpers-module.html#__version__ VisionEgg.PyroHelpers.__cvs__ VisionEgg.PyroHelpers-module.html#__cvs__ VisionEgg.QuickTime VisionEgg.QuickTime-module.html VisionEgg.QuickTime.__version__ VisionEgg.QuickTime-module.html#__version__ VisionEgg.QuickTime.new_movie_from_filename VisionEgg.QuickTime-module.html#new_movie_from_filename VisionEgg.ResponseControl VisionEgg.ResponseControl-module.html VisionEgg.ResponseControl.__version__ VisionEgg.ResponseControl-module.html#__version__ VisionEgg.SphereMap VisionEgg.SphereMap-module.html VisionEgg.SphereMap.__version__ VisionEgg.SphereMap-module.html#__version__ VisionEgg.TCPController VisionEgg.TCPController-module.html VisionEgg.TCPController.__cvs__ VisionEgg.TCPController-module.html#__cvs__ VisionEgg.TCPController.__date__ VisionEgg.TCPController-module.html#__date__ VisionEgg.TCPController.__version__ VisionEgg.TCPController-module.html#__version__ VisionEgg.Text VisionEgg.Text-module.html VisionEgg.Text._font_objects VisionEgg.Text-module.html#_font_objects VisionEgg.Text.have_glut VisionEgg.Text-module.html#have_glut VisionEgg.Textures VisionEgg.Textures-module.html VisionEgg.Textures.array_types VisionEgg.Textures-module.html#array_types VisionEgg.Textures.convert_to_numpy_if_array VisionEgg.Textures-module.html#convert_to_numpy_if_array VisionEgg.Textures.next_power_of_2 VisionEgg.Textures-module.html#next_power_of_2 VisionEgg.Textures.is_power_of_2 VisionEgg.Textures-module.html#is_power_of_2 VisionEgg.Textures.shrink_filter VisionEgg.Textures-module.html#shrink_filter VisionEgg.ThreeDeeMath VisionEgg.ThreeDeeMath-module.html VisionEgg.ThreeDeeMath.make_homogeneous_coord_rows VisionEgg.ThreeDeeMath-module.html#make_homogeneous_coord_rows VisionEgg.ThreeDeeMath.normalize_homogeneous_rows VisionEgg.ThreeDeeMath-module.html#normalize_homogeneous_rows VisionEgg.WrappedText VisionEgg.WrappedText-module.html VisionEgg.WrappedText.main VisionEgg.WrappedText-module.html#main VisionEgg.darwin_getrefresh VisionEgg.darwin_getrefresh-module.html VisionEgg.darwin_getrefresh._swig_getattr VisionEgg.darwin_getrefresh-module.html#_swig_getattr VisionEgg.darwin_getrefresh._swig_setattr_nondynamic VisionEgg.darwin_getrefresh-module.html#_swig_setattr_nondynamic VisionEgg.darwin_getrefresh.getrefresh VisionEgg.darwin_getrefresh-module.html#getrefresh VisionEgg.darwin_getrefresh._swig_setattr VisionEgg.darwin_getrefresh-module.html#_swig_setattr VisionEgg.darwin_getrefresh._newclass VisionEgg.darwin_getrefresh-module.html#_newclass VisionEgg.gl_qt VisionEgg.gl_qt-module.html VisionEgg.gl_qt._swig_getattr VisionEgg.gl_qt-module.html#_swig_getattr VisionEgg.gl_qt.gl_qt_renderer_delete VisionEgg.gl_qt-module.html#gl_qt_renderer_delete VisionEgg.gl_qt._swig_setattr_nondynamic VisionEgg.gl_qt-module.html#_swig_setattr_nondynamic VisionEgg.gl_qt._swig_setattr VisionEgg.gl_qt-module.html#_swig_setattr VisionEgg.gl_qt._newclass VisionEgg.gl_qt-module.html#_newclass VisionEgg.gl_qt.gl_qt_renderer_update VisionEgg.gl_qt-module.html#gl_qt_renderer_update VisionEgg.gl_qt.gl_qt_renderer_create VisionEgg.gl_qt-module.html#gl_qt_renderer_create VisionEgg.posix_maxpriority VisionEgg.posix_maxpriority-module.html VisionEgg.posix_maxpriority._swig_getattr VisionEgg.posix_maxpriority-module.html#_swig_getattr VisionEgg.posix_maxpriority.stop_memory_paging VisionEgg.posix_maxpriority-module.html#stop_memory_paging VisionEgg.posix_maxpriority._swig_setattr_nondynamic VisionEgg.posix_maxpriority-module.html#_swig_setattr_nondynamic VisionEgg.posix_maxpriority.set_self_policy_priority VisionEgg.posix_maxpriority-module.html#set_self_policy_priority VisionEgg.posix_maxpriority.SCHED_RR VisionEgg.posix_maxpriority-module.html#SCHED_RR VisionEgg.posix_maxpriority.sched_get_priority_max VisionEgg.posix_maxpriority-module.html#sched_get_priority_max VisionEgg.posix_maxpriority._swig_setattr VisionEgg.posix_maxpriority-module.html#_swig_setattr VisionEgg.posix_maxpriority._newclass VisionEgg.posix_maxpriority-module.html#_newclass VisionEgg.posix_maxpriority.SCHED_FIFO VisionEgg.posix_maxpriority-module.html#SCHED_FIFO VisionEgg.qtlowlevel VisionEgg.qtlowlevel-module.html VisionEgg.qtlowlevel.kQTPropertyClass_NewMovieProperty VisionEgg.qtlowlevel-module.html#kQTPropertyClass_NewMovieProperty VisionEgg.qtlowlevel.paramErr VisionEgg.qtlowlevel-module.html#paramErr VisionEgg.qtlowlevel.NewMovieFromProperties VisionEgg.qtlowlevel-module.html#NewMovieFromProperties VisionEgg.qtlowlevel.SetMovieBox VisionEgg.qtlowlevel-module.html#SetMovieBox VisionEgg.qtlowlevel.IsMovieDone VisionEgg.qtlowlevel-module.html#IsMovieDone VisionEgg.qtlowlevel.Movie VisionEgg.qtlowlevel-module.html#Movie VisionEgg.qtlowlevel.kQTMovieResourceLocatorPropertyID_LegacyResName VisionEgg.qtlowlevel-module.html#kQTMovieResourceLocatorPropertyID_LegacyResName VisionEgg.qtlowlevel.kQTContextPropertyID_AudioContext VisionEgg.qtlowlevel-module.html#kQTContextPropertyID_AudioContext VisionEgg.qtlowlevel.kQTMovieResourceLocatorPropertyID_Callback VisionEgg.qtlowlevel-module.html#kQTMovieResourceLocatorPropertyID_Callback VisionEgg.qtlowlevel.kQTPropertyClass_DataLocation VisionEgg.qtlowlevel-module.html#kQTPropertyClass_DataLocation VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_DontUpdateForeBackPointers VisionEgg.qtlowlevel-module.html#kQTMovieInstantiationPropertyID_DontUpdateForeBackPointers VisionEgg.qtlowlevel.NewMovieFromFile VisionEgg.qtlowlevel-module.html#NewMovieFromFile VisionEgg.qtlowlevel.kQTDataLocationPropertyID_CFStringHFSPath VisionEgg.qtlowlevel-module.html#kQTDataLocationPropertyID_CFStringHFSPath VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_DontAutoUpdateClock VisionEgg.qtlowlevel-module.html#kQTMovieInstantiationPropertyID_DontAutoUpdateClock VisionEgg.qtlowlevel.CFStringCreateWithCString VisionEgg.qtlowlevel-module.html#CFStringCreateWithCString VisionEgg.qtlowlevel.OSType VisionEgg.qtlowlevel-module.html#OSType VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_IdleImportOK VisionEgg.qtlowlevel-module.html#kQTMovieInstantiationPropertyID_IdleImportOK VisionEgg.qtlowlevel.OSErr VisionEgg.qtlowlevel-module.html#OSErr VisionEgg.qtlowlevel.NativePathNameToFSSpec VisionEgg.qtlowlevel-module.html#NativePathNameToFSSpec VisionEgg.qtlowlevel.CFIndex VisionEgg.qtlowlevel-module.html#CFIndex VisionEgg.qtlowlevel.movieToolboxUninitialized VisionEgg.qtlowlevel-module.html#movieToolboxUninitialized VisionEgg.qtlowlevel.kQTDataLocationPropertyID_CFStringNativePath VisionEgg.qtlowlevel-module.html#kQTDataLocationPropertyID_CFStringNativePath VisionEgg.qtlowlevel.QTMLClient VisionEgg.qtlowlevel-module.html#QTMLClient VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_DontResolveDataRefs VisionEgg.qtlowlevel-module.html#kQTMovieInstantiationPropertyID_DontResolveDataRefs VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_DontAutoAlternates VisionEgg.qtlowlevel-module.html#kQTMovieInstantiationPropertyID_DontAutoAlternates VisionEgg.qtlowlevel.kQTNewMoviePropertyID_Active VisionEgg.qtlowlevel-module.html#kQTNewMoviePropertyID_Active VisionEgg.qtlowlevel.InitializeQTML VisionEgg.qtlowlevel-module.html#InitializeQTML VisionEgg.qtlowlevel.kQTNewMoviePropertyID_DefaultDataRef VisionEgg.qtlowlevel-module.html#kQTNewMoviePropertyID_DefaultDataRef VisionEgg.qtlowlevel.CFStringGetCString VisionEgg.qtlowlevel-module.html#CFStringGetCString VisionEgg.qtlowlevel.kCFStringEncodingMacRoman VisionEgg.qtlowlevel-module.html#kCFStringEncodingMacRoman VisionEgg.qtlowlevel.GetErrorString VisionEgg.qtlowlevel-module.html#GetErrorString VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_DontAskUnresolvedDataRefs VisionEgg.qtlowlevel-module.html#kQTMovieInstantiationPropertyID_DontAskUnresolvedDataRefs VisionEgg.qtlowlevel.kQTPropertyClass_Context VisionEgg.qtlowlevel-module.html#kQTPropertyClass_Context VisionEgg.qtlowlevel.ByteCount VisionEgg.qtlowlevel-module.html#ByteCount VisionEgg.qtlowlevel.kQTPropertyClass_MovieResourceLocator VisionEgg.qtlowlevel-module.html#kQTPropertyClass_MovieResourceLocator VisionEgg.qtlowlevel.kQTDataLocationPropertyID_DataFork VisionEgg.qtlowlevel-module.html#kQTDataLocationPropertyID_DataFork VisionEgg.qtlowlevel.kQTDataLocationPropertyID_DataReference VisionEgg.qtlowlevel-module.html#kQTDataLocationPropertyID_DataReference VisionEgg.qtlowlevel.kQTMovieResourceLocatorPropertyID_FileOffset VisionEgg.qtlowlevel-module.html#kQTMovieResourceLocatorPropertyID_FileOffset VisionEgg.qtlowlevel.ItemCount VisionEgg.qtlowlevel-module.html#ItemCount VisionEgg.qtlowlevel.kQTDataLocationPropertyID_CFStringPosixPath VisionEgg.qtlowlevel-module.html#kQTDataLocationPropertyID_CFStringPosixPath VisionEgg.qtlowlevel.kQTDataLocationPropertyID_LegacyMovieResourceHandle VisionEgg.qtlowlevel-module.html#kQTDataLocationPropertyID_LegacyMovieResourceHandle VisionEgg.qtlowlevel.CFStringGetCStringPtr VisionEgg.qtlowlevel-module.html#CFStringGetCStringPtr VisionEgg.qtlowlevel.kQTDataLocationPropertyID_CFURL VisionEgg.qtlowlevel-module.html#kQTDataLocationPropertyID_CFURL VisionEgg.qtlowlevel.kQTDataLocationPropertyID_Scrap VisionEgg.qtlowlevel-module.html#kQTDataLocationPropertyID_Scrap VisionEgg.qtlowlevel.CheckOSStatus VisionEgg.qtlowlevel-module.html#CheckOSStatus VisionEgg.qtlowlevel.FSSpec VisionEgg.qtlowlevel-module.html#FSSpec VisionEgg.qtlowlevel.kQTContextPropertyID_VisualContext VisionEgg.qtlowlevel-module.html#kQTContextPropertyID_VisualContext VisionEgg.qtlowlevel.CFStringCreateWithCharacters VisionEgg.qtlowlevel-module.html#CFStringCreateWithCharacters VisionEgg.qtlowlevel.QTVisualContextRef VisionEgg.qtlowlevel-module.html#QTVisualContextRef VisionEgg.qtlowlevel.kQTDataLocationPropertyID_QTDataHandler VisionEgg.qtlowlevel-module.html#kQTDataLocationPropertyID_QTDataHandler VisionEgg.qtlowlevel.kQTDataLocationPropertyID_MovieUserProc VisionEgg.qtlowlevel-module.html#kQTDataLocationPropertyID_MovieUserProc VisionEgg.qtlowlevel.OpenMovieFile VisionEgg.qtlowlevel-module.html#OpenMovieFile VisionEgg.qtlowlevel.kCFAllocatorDefault VisionEgg.qtlowlevel-module.html#kCFAllocatorDefault VisionEgg.qtlowlevel.QTGetCFConstant VisionEgg.qtlowlevel-module.html#QTGetCFConstant VisionEgg.qtlowlevel.GetMovieBox VisionEgg.qtlowlevel-module.html#GetMovieBox VisionEgg.qtlowlevel.EnterMovies VisionEgg.qtlowlevel-module.html#EnterMovies VisionEgg.qtlowlevel.GoToBeginningOfMovie VisionEgg.qtlowlevel-module.html#GoToBeginningOfMovie VisionEgg.qtlowlevel.noErr VisionEgg.qtlowlevel-module.html#noErr VisionEgg.qtlowlevel.kQTPropertyClass_MovieInstantiation VisionEgg.qtlowlevel-module.html#kQTPropertyClass_MovieInstantiation VisionEgg.qtlowlevel.StartMovie VisionEgg.qtlowlevel-module.html#StartMovie VisionEgg.qtlowlevel.FOUR_CHAR_CODE VisionEgg.qtlowlevel-module.html#FOUR_CHAR_CODE VisionEgg.qtlowlevel.CFAllocatorRef VisionEgg.qtlowlevel-module.html#CFAllocatorRef VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_AsyncOK VisionEgg.qtlowlevel-module.html#kQTMovieInstantiationPropertyID_AsyncOK VisionEgg.qtlowlevel.kQTMovieResourceLocatorPropertyID_LegacyResID VisionEgg.qtlowlevel-module.html#kQTMovieResourceLocatorPropertyID_LegacyResID VisionEgg.qtlowlevel.QTPropertyID VisionEgg.qtlowlevel-module.html#QTPropertyID VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_ResultDataLocationChanged VisionEgg.qtlowlevel-module.html#kQTMovieInstantiationPropertyID_ResultDataLocationChanged VisionEgg.qtlowlevel.MoviesTask VisionEgg.qtlowlevel-module.html#MoviesTask VisionEgg.qtlowlevel.CFStringEncoding VisionEgg.qtlowlevel-module.html#CFStringEncoding VisionEgg.qtlowlevel.FourCharCode VisionEgg.qtlowlevel-module.html#FourCharCode VisionEgg.qtlowlevel.OSStatus VisionEgg.qtlowlevel-module.html#OSStatus VisionEgg.qtlowlevel.kQTNewMoviePropertyID_DontInteractWithUser VisionEgg.qtlowlevel-module.html#kQTNewMoviePropertyID_DontInteractWithUser VisionEgg.qtlowlevel.CFStringRef VisionEgg.qtlowlevel-module.html#CFStringRef VisionEgg.qtlowlevel.QTPropertyClass VisionEgg.qtlowlevel-module.html#QTPropertyClass VisionEgg.qtlowlevel.QTPropertyValuePtr VisionEgg.qtlowlevel-module.html#QTPropertyValuePtr VisionEgg.qtlowlevel.kQTDataLocationPropertyID_ResourceFork VisionEgg.qtlowlevel-module.html#kQTDataLocationPropertyID_ResourceFork VisionEgg.qtlowlevel.kQTDataLocationPropertyID_CFStringWindowsPath VisionEgg.qtlowlevel-module.html#kQTDataLocationPropertyID_CFStringWindowsPath VisionEgg.qtmovie VisionEgg.qtmovie-module.html VisionEgg.qtmovie.new_movie_from_filename VisionEgg.qtmovie-module.html#new_movie_from_filename VisionEgg.win32_getrefresh VisionEgg.win32_getrefresh-module.html VisionEgg.win32_getrefresh._swig_getattr VisionEgg.win32_getrefresh-module.html#_swig_getattr VisionEgg.win32_getrefresh._swig_setattr_nondynamic VisionEgg.win32_getrefresh-module.html#_swig_setattr_nondynamic VisionEgg.win32_getrefresh.getrefresh VisionEgg.win32_getrefresh-module.html#getrefresh VisionEgg.win32_getrefresh._swig_setattr VisionEgg.win32_getrefresh-module.html#_swig_setattr VisionEgg.win32_getrefresh._newclass VisionEgg.win32_getrefresh-module.html#_newclass VisionEgg.win32_maxpriority VisionEgg.win32_maxpriority-module.html VisionEgg.win32_maxpriority._swig_getattr VisionEgg.win32_maxpriority-module.html#_swig_getattr VisionEgg.win32_maxpriority.HIGH_PRIORITY_CLASS VisionEgg.win32_maxpriority-module.html#HIGH_PRIORITY_CLASS VisionEgg.win32_maxpriority._swig_setattr_nondynamic VisionEgg.win32_maxpriority-module.html#_swig_setattr_nondynamic VisionEgg.win32_maxpriority.THREAD_PRIORITY_BELOW_NORMAL VisionEgg.win32_maxpriority-module.html#THREAD_PRIORITY_BELOW_NORMAL VisionEgg.win32_maxpriority.THREAD_PRIORITY_NORMAL VisionEgg.win32_maxpriority-module.html#THREAD_PRIORITY_NORMAL VisionEgg.win32_maxpriority.set_self_process_priority_class VisionEgg.win32_maxpriority-module.html#set_self_process_priority_class VisionEgg.win32_maxpriority.THREAD_PRIORITY_IDLE VisionEgg.win32_maxpriority-module.html#THREAD_PRIORITY_IDLE VisionEgg.win32_maxpriority.THREAD_PRIORITY_TIME_CRITICAL VisionEgg.win32_maxpriority-module.html#THREAD_PRIORITY_TIME_CRITICAL VisionEgg.win32_maxpriority.set_self_thread_priority VisionEgg.win32_maxpriority-module.html#set_self_thread_priority VisionEgg.win32_maxpriority._swig_setattr VisionEgg.win32_maxpriority-module.html#_swig_setattr VisionEgg.win32_maxpriority.THREAD_PRIORITY_HIGHEST VisionEgg.win32_maxpriority-module.html#THREAD_PRIORITY_HIGHEST VisionEgg.win32_maxpriority.THREAD_PRIORITY_LOWEST VisionEgg.win32_maxpriority-module.html#THREAD_PRIORITY_LOWEST VisionEgg.win32_maxpriority.THREAD_PRIORITY_ABOVE_NORMAL VisionEgg.win32_maxpriority-module.html#THREAD_PRIORITY_ABOVE_NORMAL VisionEgg.win32_maxpriority._newclass VisionEgg.win32_maxpriority-module.html#_newclass VisionEgg.win32_maxpriority.IDLE_PRIORITY_CLASS VisionEgg.win32_maxpriority-module.html#IDLE_PRIORITY_CLASS VisionEgg.win32_maxpriority.REALTIME_PRIORITY_CLASS VisionEgg.win32_maxpriority-module.html#REALTIME_PRIORITY_CLASS VisionEgg.win32_maxpriority.NORMAL_PRIORITY_CLASS VisionEgg.win32_maxpriority-module.html#NORMAL_PRIORITY_CLASS VisionEgg.ClassWithParameters VisionEgg.ClassWithParameters-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__init__ VisionEgg.ClassWithParameters-class.html#__init__ VisionEgg.Configuration.Config VisionEgg.Configuration.Config-class.html VisionEgg.Configuration.Config.__init__ VisionEgg.Configuration.Config-class.html#__init__ VisionEgg.Core.FixationSpot VisionEgg.Core.FixationSpot-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.FixationSpot.draw VisionEgg.Core.FixationSpot-class.html#draw VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Core.FixationSpot.parameters_and_defaults VisionEgg.Core.FixationSpot-class.html#parameters_and_defaults VisionEgg.Core.FixationSpot.__init__ VisionEgg.Core.FixationSpot-class.html#__init__ VisionEgg.Core.FrameTimer VisionEgg.Core.FrameTimer-class.html VisionEgg.Core.FrameTimer.get_longest_frame_duration_sec VisionEgg.Core.FrameTimer-class.html#get_longest_frame_duration_sec VisionEgg.Core.FrameTimer.get_all_frametimes VisionEgg.Core.FrameTimer-class.html#get_all_frametimes VisionEgg.Core.FrameTimer.print_histogram VisionEgg.Core.FrameTimer-class.html#print_histogram VisionEgg.Core.FrameTimer.get_average_ifi_sec VisionEgg.Core.FrameTimer-class.html#get_average_ifi_sec VisionEgg.Core.FrameTimer.__init__ VisionEgg.Core.FrameTimer-class.html#__init__ VisionEgg.Core.FrameTimer.log_histogram VisionEgg.Core.FrameTimer-class.html#log_histogram VisionEgg.Core.FrameTimer.tick VisionEgg.Core.FrameTimer-class.html#tick VisionEgg.Core.FrameTimer.get_running_average_ifi_sec VisionEgg.Core.FrameTimer-class.html#get_running_average_ifi_sec VisionEgg.Core.ModelView VisionEgg.Core.ModelView-class.html VisionEgg.Core.ProjectionBaseClass.apply_to_vertices VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertices VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.eye_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_norm_device VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Core.ProjectionBaseClass.stateless_translate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_translate VisionEgg.Core.ModelView.__init__ VisionEgg.Core.ModelView-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.Core.ProjectionBaseClass.set_gl_modelview VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_modelview VisionEgg.Core.ProjectionBaseClass.translate VisionEgg.Core.ProjectionBaseClass-class.html#translate VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.ProjectionBaseClass.stateless_scale VisionEgg.Core.ProjectionBaseClass-class.html#stateless_scale VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.Core.ProjectionBaseClass.apply_to_vertex VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertex VisionEgg.Core.ProjectionBaseClass.look_at VisionEgg.Core.ProjectionBaseClass-class.html#look_at VisionEgg.Core.ProjectionBaseClass.clip_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#clip_2_norm_device VisionEgg.Core.ProjectionBaseClass.eye_2_clip VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_clip VisionEgg.Core.ProjectionBaseClass.rotate VisionEgg.Core.ProjectionBaseClass-class.html#rotate VisionEgg.Core.ProjectionBaseClass.scale VisionEgg.Core.ProjectionBaseClass-class.html#scale VisionEgg.Core.ProjectionBaseClass._get_matrix_type VisionEgg.Core.ProjectionBaseClass-class.html#_get_matrix_type VisionEgg.Core.ProjectionBaseClass.apply_to_gl VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_gl VisionEgg.Core.ProjectionBaseClass.get_matrix VisionEgg.Core.ProjectionBaseClass-class.html#get_matrix VisionEgg.Core.ProjectionBaseClass.set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_projection VisionEgg.Core.ProjectionBaseClass.parameters_and_defaults VisionEgg.Core.ProjectionBaseClass-class.html#parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.stateless_rotate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_rotate VisionEgg.Core.ProjectionBaseClass.push_and_set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#push_and_set_gl_projection VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Core.OrthographicProjection VisionEgg.Core.OrthographicProjection-class.html VisionEgg.Core.ProjectionBaseClass.apply_to_vertices VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertices VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.eye_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_norm_device VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Core.ProjectionBaseClass.stateless_translate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_translate VisionEgg.Core.OrthographicProjection.__init__ VisionEgg.Core.OrthographicProjection-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.Core.ProjectionBaseClass.set_gl_modelview VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_modelview VisionEgg.Core.ProjectionBaseClass.translate VisionEgg.Core.ProjectionBaseClass-class.html#translate VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.ProjectionBaseClass.stateless_scale VisionEgg.Core.ProjectionBaseClass-class.html#stateless_scale VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.Core.ProjectionBaseClass.apply_to_vertex VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertex VisionEgg.Core.ProjectionBaseClass.look_at VisionEgg.Core.ProjectionBaseClass-class.html#look_at VisionEgg.Core.ProjectionBaseClass.clip_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#clip_2_norm_device VisionEgg.Core.ProjectionBaseClass.eye_2_clip VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_clip VisionEgg.Core.ProjectionBaseClass.rotate VisionEgg.Core.ProjectionBaseClass-class.html#rotate VisionEgg.Core.ProjectionBaseClass.scale VisionEgg.Core.ProjectionBaseClass-class.html#scale VisionEgg.Core.ProjectionBaseClass._get_matrix_type VisionEgg.Core.ProjectionBaseClass-class.html#_get_matrix_type VisionEgg.Core.ProjectionBaseClass.apply_to_gl VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_gl VisionEgg.Core.ProjectionBaseClass.get_matrix VisionEgg.Core.ProjectionBaseClass-class.html#get_matrix VisionEgg.Core.ProjectionBaseClass.set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_projection VisionEgg.Core.ProjectionBaseClass.parameters_and_defaults VisionEgg.Core.ProjectionBaseClass-class.html#parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.stateless_rotate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_rotate VisionEgg.Core.ProjectionBaseClass.push_and_set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#push_and_set_gl_projection VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Core.OrthographicProjectionNoZClip VisionEgg.Core.OrthographicProjectionNoZClip-class.html VisionEgg.Core.ProjectionBaseClass.apply_to_vertices VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertices VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.eye_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_norm_device VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Core.ProjectionBaseClass.stateless_translate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_translate VisionEgg.Core.OrthographicProjectionNoZClip.__init__ VisionEgg.Core.OrthographicProjectionNoZClip-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.Core.ProjectionBaseClass.set_gl_modelview VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_modelview VisionEgg.Core.ProjectionBaseClass.translate VisionEgg.Core.ProjectionBaseClass-class.html#translate VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.ProjectionBaseClass.stateless_scale VisionEgg.Core.ProjectionBaseClass-class.html#stateless_scale VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.Core.ProjectionBaseClass.apply_to_vertex VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertex VisionEgg.Core.ProjectionBaseClass.look_at VisionEgg.Core.ProjectionBaseClass-class.html#look_at VisionEgg.Core.ProjectionBaseClass.clip_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#clip_2_norm_device VisionEgg.Core.ProjectionBaseClass.eye_2_clip VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_clip VisionEgg.Core.ProjectionBaseClass.rotate VisionEgg.Core.ProjectionBaseClass-class.html#rotate VisionEgg.Core.ProjectionBaseClass.scale VisionEgg.Core.ProjectionBaseClass-class.html#scale VisionEgg.Core.ProjectionBaseClass._get_matrix_type VisionEgg.Core.ProjectionBaseClass-class.html#_get_matrix_type VisionEgg.Core.ProjectionBaseClass.apply_to_gl VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_gl VisionEgg.Core.ProjectionBaseClass.get_matrix VisionEgg.Core.ProjectionBaseClass-class.html#get_matrix VisionEgg.Core.ProjectionBaseClass.set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_projection VisionEgg.Core.ProjectionBaseClass.parameters_and_defaults VisionEgg.Core.ProjectionBaseClass-class.html#parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.stateless_rotate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_rotate VisionEgg.Core.ProjectionBaseClass.push_and_set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#push_and_set_gl_projection VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Core.PerspectiveProjection VisionEgg.Core.PerspectiveProjection-class.html VisionEgg.Core.ProjectionBaseClass.apply_to_vertices VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertices VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.eye_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_norm_device VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Core.ProjectionBaseClass.stateless_translate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_translate VisionEgg.Core.PerspectiveProjection.__init__ VisionEgg.Core.PerspectiveProjection-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.Core.ProjectionBaseClass.set_gl_modelview VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_modelview VisionEgg.Core.ProjectionBaseClass.translate VisionEgg.Core.ProjectionBaseClass-class.html#translate VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.ProjectionBaseClass.stateless_scale VisionEgg.Core.ProjectionBaseClass-class.html#stateless_scale VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.Core.ProjectionBaseClass.apply_to_vertex VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertex VisionEgg.Core.ProjectionBaseClass.look_at VisionEgg.Core.ProjectionBaseClass-class.html#look_at VisionEgg.Core.ProjectionBaseClass.clip_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#clip_2_norm_device VisionEgg.Core.ProjectionBaseClass.eye_2_clip VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_clip VisionEgg.Core.ProjectionBaseClass.rotate VisionEgg.Core.ProjectionBaseClass-class.html#rotate VisionEgg.Core.ProjectionBaseClass.scale VisionEgg.Core.ProjectionBaseClass-class.html#scale VisionEgg.Core.ProjectionBaseClass._get_matrix_type VisionEgg.Core.ProjectionBaseClass-class.html#_get_matrix_type VisionEgg.Core.ProjectionBaseClass.apply_to_gl VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_gl VisionEgg.Core.ProjectionBaseClass.get_matrix VisionEgg.Core.ProjectionBaseClass-class.html#get_matrix VisionEgg.Core.ProjectionBaseClass.set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_projection VisionEgg.Core.ProjectionBaseClass.parameters_and_defaults VisionEgg.Core.ProjectionBaseClass-class.html#parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.stateless_rotate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_rotate VisionEgg.Core.ProjectionBaseClass.push_and_set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#push_and_set_gl_projection VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Core.Projection VisionEgg.Core.Projection-class.html VisionEgg.Core.ProjectionBaseClass.apply_to_vertices VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertices VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.eye_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_norm_device VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Core.ProjectionBaseClass.stateless_translate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_translate VisionEgg.Core.Projection.__init__ VisionEgg.Core.Projection-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.Core.ProjectionBaseClass.set_gl_modelview VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_modelview VisionEgg.Core.ProjectionBaseClass.translate VisionEgg.Core.ProjectionBaseClass-class.html#translate VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.ProjectionBaseClass.stateless_scale VisionEgg.Core.ProjectionBaseClass-class.html#stateless_scale VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.Core.ProjectionBaseClass.apply_to_vertex VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertex VisionEgg.Core.ProjectionBaseClass.look_at VisionEgg.Core.ProjectionBaseClass-class.html#look_at VisionEgg.Core.ProjectionBaseClass.clip_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#clip_2_norm_device VisionEgg.Core.ProjectionBaseClass.eye_2_clip VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_clip VisionEgg.Core.ProjectionBaseClass.rotate VisionEgg.Core.ProjectionBaseClass-class.html#rotate VisionEgg.Core.ProjectionBaseClass.scale VisionEgg.Core.ProjectionBaseClass-class.html#scale VisionEgg.Core.ProjectionBaseClass._get_matrix_type VisionEgg.Core.ProjectionBaseClass-class.html#_get_matrix_type VisionEgg.Core.ProjectionBaseClass.apply_to_gl VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_gl VisionEgg.Core.ProjectionBaseClass.get_matrix VisionEgg.Core.ProjectionBaseClass-class.html#get_matrix VisionEgg.Core.ProjectionBaseClass.set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_projection VisionEgg.Core.ProjectionBaseClass.parameters_and_defaults VisionEgg.Core.ProjectionBaseClass-class.html#parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.stateless_rotate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_rotate VisionEgg.Core.ProjectionBaseClass.push_and_set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#push_and_set_gl_projection VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Core.ProjectionBaseClass VisionEgg.Core.ProjectionBaseClass-class.html VisionEgg.Core.ProjectionBaseClass.apply_to_vertices VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertices VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.eye_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_norm_device VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Core.ProjectionBaseClass.stateless_translate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_translate VisionEgg.Core.ProjectionBaseClass.__init__ VisionEgg.Core.ProjectionBaseClass-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.Core.ProjectionBaseClass.set_gl_modelview VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_modelview VisionEgg.Core.ProjectionBaseClass.translate VisionEgg.Core.ProjectionBaseClass-class.html#translate VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.ProjectionBaseClass.stateless_scale VisionEgg.Core.ProjectionBaseClass-class.html#stateless_scale VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.Core.ProjectionBaseClass.apply_to_vertex VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertex VisionEgg.Core.ProjectionBaseClass.look_at VisionEgg.Core.ProjectionBaseClass-class.html#look_at VisionEgg.Core.ProjectionBaseClass.clip_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#clip_2_norm_device VisionEgg.Core.ProjectionBaseClass.eye_2_clip VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_clip VisionEgg.Core.ProjectionBaseClass.rotate VisionEgg.Core.ProjectionBaseClass-class.html#rotate VisionEgg.Core.ProjectionBaseClass.scale VisionEgg.Core.ProjectionBaseClass-class.html#scale VisionEgg.Core.ProjectionBaseClass._get_matrix_type VisionEgg.Core.ProjectionBaseClass-class.html#_get_matrix_type VisionEgg.Core.ProjectionBaseClass.apply_to_gl VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_gl VisionEgg.Core.ProjectionBaseClass.get_matrix VisionEgg.Core.ProjectionBaseClass-class.html#get_matrix VisionEgg.Core.ProjectionBaseClass.set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_projection VisionEgg.Core.ProjectionBaseClass.parameters_and_defaults VisionEgg.Core.ProjectionBaseClass-class.html#parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.stateless_rotate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_rotate VisionEgg.Core.ProjectionBaseClass.push_and_set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#push_and_set_gl_projection VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Core.Screen VisionEgg.Core.Screen-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Core.Screen.set_size VisionEgg.Core.Screen-class.html#set_size VisionEgg.Core.Screen.query_refresh_rate VisionEgg.Core.Screen-class.html#query_refresh_rate VisionEgg.Core.Screen.close VisionEgg.Core.Screen-class.html#close VisionEgg.Core.Screen.measure_refresh_rate VisionEgg.Core.Screen-class.html#measure_refresh_rate VisionEgg.Core.Screen.__init__ VisionEgg.Core.Screen-class.html#__init__ VisionEgg.Core.Screen.size VisionEgg.Core.Screen-class.html#size VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.Core.Screen.make_current VisionEgg.Core.Screen-class.html#make_current VisionEgg.Core.Screen.get_size VisionEgg.Core.Screen-class.html#get_size VisionEgg.Core.Screen.set_gamma_ramp VisionEgg.Core.Screen-class.html#set_gamma_ramp VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.Screen._open_gamma_file VisionEgg.Core.Screen-class.html#_open_gamma_file VisionEgg.Core.Screen.put_pixels VisionEgg.Core.Screen-class.html#put_pixels VisionEgg.Core.Screen.__del__ VisionEgg.Core.Screen-class.html#__del__ VisionEgg.Core.Screen.get_framebuffer_as_array VisionEgg.Core.Screen-class.html#get_framebuffer_as_array VisionEgg.Core.Screen._create_inverted_gamma_ramp VisionEgg.Core.Screen-class.html#_create_inverted_gamma_ramp VisionEgg.Core.Screen.get_framebuffer_as_image VisionEgg.Core.Screen-class.html#get_framebuffer_as_image VisionEgg.Core.Screen.constant_parameters_and_defaults VisionEgg.Core.Screen-class.html#constant_parameters_and_defaults VisionEgg.Core.Screen.create_default VisionEgg.Core.Screen-class.html#create_default VisionEgg.Core.Screen.parameters_and_defaults VisionEgg.Core.Screen-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.Core.Screen.clear VisionEgg.Core.Screen-class.html#clear VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Core.SimplePerspectiveProjection VisionEgg.Core.SimplePerspectiveProjection-class.html VisionEgg.Core.ProjectionBaseClass.apply_to_vertices VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertices VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.eye_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_norm_device VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Core.ProjectionBaseClass.stateless_translate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_translate VisionEgg.Core.SimplePerspectiveProjection.__init__ VisionEgg.Core.SimplePerspectiveProjection-class.html#__init__ VisionEgg.Core.ProjectionBaseClass.scale VisionEgg.Core.ProjectionBaseClass-class.html#scale VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.Core.ProjectionBaseClass.set_gl_modelview VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_modelview VisionEgg.Core.ProjectionBaseClass.translate VisionEgg.Core.ProjectionBaseClass-class.html#translate VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.ProjectionBaseClass.stateless_scale VisionEgg.Core.ProjectionBaseClass-class.html#stateless_scale VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.Core.ProjectionBaseClass.apply_to_vertex VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_vertex VisionEgg.Core.ProjectionBaseClass.look_at VisionEgg.Core.ProjectionBaseClass-class.html#look_at VisionEgg.Core.ProjectionBaseClass.clip_2_norm_device VisionEgg.Core.ProjectionBaseClass-class.html#clip_2_norm_device VisionEgg.Core.ProjectionBaseClass.eye_2_clip VisionEgg.Core.ProjectionBaseClass-class.html#eye_2_clip VisionEgg.Core.ProjectionBaseClass.push_and_set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#push_and_set_gl_projection VisionEgg.Core.ProjectionBaseClass._get_matrix_type VisionEgg.Core.ProjectionBaseClass-class.html#_get_matrix_type VisionEgg.Core.ProjectionBaseClass.apply_to_gl VisionEgg.Core.ProjectionBaseClass-class.html#apply_to_gl VisionEgg.Core.ProjectionBaseClass.get_matrix VisionEgg.Core.ProjectionBaseClass-class.html#get_matrix VisionEgg.Core.ProjectionBaseClass.set_gl_projection VisionEgg.Core.ProjectionBaseClass-class.html#set_gl_projection VisionEgg.Core.ProjectionBaseClass.parameters_and_defaults VisionEgg.Core.ProjectionBaseClass-class.html#parameters_and_defaults VisionEgg.Core.ProjectionBaseClass.stateless_rotate VisionEgg.Core.ProjectionBaseClass-class.html#stateless_rotate VisionEgg.Core.SimplePerspectiveProjection._compute_matrix VisionEgg.Core.SimplePerspectiveProjection-class.html#_compute_matrix VisionEgg.Core.ProjectionBaseClass.rotate VisionEgg.Core.ProjectionBaseClass-class.html#rotate VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Core.Stimulus VisionEgg.Core.Stimulus-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.Stimulus.draw VisionEgg.Core.Stimulus-class.html#draw VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.Core.Stimulus.__init__ VisionEgg.Core.Stimulus-class.html#__init__ VisionEgg.Core.Viewport VisionEgg.Core.Viewport-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Core.Viewport.norm_device_2_window VisionEgg.Core.Viewport-class.html#norm_device_2_window VisionEgg.Core.Viewport.__init__ VisionEgg.Core.Viewport-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.Core.Viewport.make_current VisionEgg.Core.Viewport-class.html#make_current VisionEgg.Core.Viewport.eye_2_window VisionEgg.Core.Viewport-class.html#eye_2_window VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.Viewport.draw VisionEgg.Core.Viewport-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.Core.Viewport.parameters_and_defaults VisionEgg.Core.Viewport-class.html#parameters_and_defaults VisionEgg.Core.Viewport.clip_2_window VisionEgg.Core.Viewport-class.html#clip_2_window VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Core.Viewport.make_new_pixel_coord_projection VisionEgg.Core.Viewport-class.html#make_new_pixel_coord_projection VisionEgg.Daq.Analog VisionEgg.Daq.Analog-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Daq.Analog.constant_parameters_and_defaults VisionEgg.Daq.Analog-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.Daq.SignalType.__init__ VisionEgg.Daq.SignalType-class.html#__init__ VisionEgg.Daq.Buffered VisionEgg.Daq.Buffered-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Daq.Buffered.parameters_and_defaults VisionEgg.Daq.Buffered-class.html#parameters_and_defaults VisionEgg.Daq.DaqMode.__init__ VisionEgg.Daq.DaqMode-class.html#__init__ VisionEgg.Daq.Channel VisionEgg.Daq.Channel-class.html VisionEgg.Daq.Channel.arm_trigger VisionEgg.Daq.Channel-class.html#arm_trigger VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Daq.Channel.constant_parameters_and_defaults VisionEgg.Daq.Channel-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.Daq.Channel.__init__ VisionEgg.Daq.Channel-class.html#__init__ VisionEgg.Daq.ChannelParameters VisionEgg.Daq.ChannelParameters-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__init__ VisionEgg.ClassWithParameters-class.html#__init__ VisionEgg.Daq.DaqMode VisionEgg.Daq.DaqMode-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.Daq.DaqMode.__init__ VisionEgg.Daq.DaqMode-class.html#__init__ VisionEgg.Daq.Device VisionEgg.Daq.Device-class.html VisionEgg.Daq.Device.add_channel VisionEgg.Daq.Device-class.html#add_channel VisionEgg.Daq.Device.__init__ VisionEgg.Daq.Device-class.html#__init__ VisionEgg.Daq.Digital VisionEgg.Daq.Digital-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Daq.SignalType.constant_parameters_and_defaults VisionEgg.Daq.SignalType-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.Daq.SignalType.__init__ VisionEgg.Daq.SignalType-class.html#__init__ VisionEgg.Daq.Functionality VisionEgg.Daq.Functionality-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.Daq.Functionality.__init__ VisionEgg.Daq.Functionality-class.html#__init__ VisionEgg.Daq.Immediate VisionEgg.Daq.Immediate-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.Daq.DaqMode.__init__ VisionEgg.Daq.DaqMode-class.html#__init__ VisionEgg.Daq.Input VisionEgg.Daq.Input-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.Daq.Input.get_data VisionEgg.Daq.Input-class.html#get_data VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.Daq.Functionality.__init__ VisionEgg.Daq.Functionality-class.html#__init__ VisionEgg.Daq.Output VisionEgg.Daq.Output-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Daq.Output.put_data VisionEgg.Daq.Output-class.html#put_data VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.Daq.Functionality.__init__ VisionEgg.Daq.Functionality-class.html#__init__ VisionEgg.Daq.SignalType VisionEgg.Daq.SignalType-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Daq.SignalType.constant_parameters_and_defaults VisionEgg.Daq.SignalType-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.Daq.SignalType.__init__ VisionEgg.Daq.SignalType-class.html#__init__ VisionEgg.Daq.Trigger VisionEgg.Daq.Trigger-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__init__ VisionEgg.ClassWithParameters-class.html#__init__ VisionEgg.DaqKeyboard.KeyboardInput VisionEgg.DaqKeyboard.KeyboardInput-class.html VisionEgg.DaqKeyboard.KeyboardInput.get_string_data VisionEgg.DaqKeyboard.KeyboardInput-class.html#get_string_data VisionEgg.DaqKeyboard.KeyboardInput.get_data VisionEgg.DaqKeyboard.KeyboardInput-class.html#get_data VisionEgg.DaqKeyboard.KeyboardInput.get_pygame_data VisionEgg.DaqKeyboard.KeyboardInput-class.html#get_pygame_data VisionEgg.DaqKeyboard.KeyboardTriggerInController VisionEgg.DaqKeyboard.KeyboardTriggerInController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.DaqKeyboard.KeyboardTriggerInController.between_go_eval VisionEgg.DaqKeyboard.KeyboardTriggerInController-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.DaqKeyboard.KeyboardTriggerInController.__init__ VisionEgg.DaqKeyboard.KeyboardTriggerInController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.DaqKeyboard.KeyboardTriggerInController.during_go_eval VisionEgg.DaqKeyboard.KeyboardTriggerInController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.DaqLPT.LPTChannel VisionEgg.DaqLPT.LPTChannel-class.html VisionEgg.Daq.Channel.arm_trigger VisionEgg.Daq.Channel-class.html#arm_trigger VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Daq.Channel.constant_parameters_and_defaults VisionEgg.Daq.Channel-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.DaqLPT.LPTChannel.__init__ VisionEgg.DaqLPT.LPTChannel-class.html#__init__ VisionEgg.DaqLPT.LPTDevice VisionEgg.DaqLPT.LPTDevice-class.html VisionEgg.DaqLPT.LPTDevice.add_channel VisionEgg.DaqLPT.LPTDevice-class.html#add_channel VisionEgg.DaqLPT.LPTDevice.__init__ VisionEgg.DaqLPT.LPTDevice-class.html#__init__ VisionEgg.DaqLPT.LPTInput VisionEgg.DaqLPT.LPTInput-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.DaqLPT.LPTInput.get_data VisionEgg.DaqLPT.LPTInput-class.html#get_data VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.Daq.Functionality.__init__ VisionEgg.Daq.Functionality-class.html#__init__ VisionEgg.DaqLPT.LPTOutput VisionEgg.DaqLPT.LPTOutput-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.DaqLPT.LPTOutput.put_data VisionEgg.DaqLPT.LPTOutput-class.html#put_data VisionEgg.Daq.Functionality.__init__ VisionEgg.Daq.Functionality-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.DaqLPT.LPTOutput.__del__ VisionEgg.DaqLPT.LPTOutput-class.html#__del__ VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.DaqLPT.LPTTriggerInController VisionEgg.DaqLPT.LPTTriggerInController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.DaqLPT.LPTTriggerInController.between_go_eval VisionEgg.DaqLPT.LPTTriggerInController-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.DaqLPT.LPTTriggerInController.__init__ VisionEgg.DaqLPT.LPTTriggerInController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.DaqLPT.LPTTriggerInController.during_go_eval VisionEgg.DaqLPT.LPTTriggerInController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.DaqLPT.LPTTriggerOutController VisionEgg.DaqLPT.LPTTriggerOutController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.DaqLPT.LPTTriggerOutController.between_go_eval VisionEgg.DaqLPT.LPTTriggerOutController-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.DaqLPT.LPTTriggerOutController.__init__ VisionEgg.DaqLPT.LPTTriggerOutController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.DaqLPT.LPTTriggerOutController.during_go_eval VisionEgg.DaqLPT.LPTTriggerOutController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.Deprecated.Message VisionEgg.Deprecated.Message-class.html VisionEgg.Deprecated.Message.INFO VisionEgg.Deprecated.Message-class.html#INFO VisionEgg.Deprecated.Message.DEPRECATION VisionEgg.Deprecated.Message-class.html#DEPRECATION VisionEgg.Deprecated.Message.handle VisionEgg.Deprecated.Message-class.html#handle VisionEgg.Deprecated.Message.NAG VisionEgg.Deprecated.Message-class.html#NAG VisionEgg.Deprecated.Message.format_string VisionEgg.Deprecated.Message-class.html#format_string VisionEgg.Deprecated.Message.add VisionEgg.Deprecated.Message-class.html#add VisionEgg.Deprecated.Message.WARNING VisionEgg.Deprecated.Message-class.html#WARNING VisionEgg.Deprecated.Message.ERROR VisionEgg.Deprecated.Message-class.html#ERROR VisionEgg.Deprecated.Message.FATAL VisionEgg.Deprecated.Message-class.html#FATAL VisionEgg.Deprecated.Message.TRIVIAL VisionEgg.Deprecated.Message-class.html#TRIVIAL VisionEgg.Deprecated.Message.__init__ VisionEgg.Deprecated.Message-class.html#__init__ VisionEgg.Dots.DotArea2D VisionEgg.Dots.DotArea2D-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Dots.DotArea2D.draw VisionEgg.Dots.DotArea2D-class.html#draw VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Dots.DotArea2D.constant_parameters_and_defaults VisionEgg.Dots.DotArea2D-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Dots.DotArea2D.parameters_and_defaults VisionEgg.Dots.DotArea2D-class.html#parameters_and_defaults VisionEgg.Dots.DotArea2D.__init__ VisionEgg.Dots.DotArea2D-class.html#__init__ VisionEgg.FlowControl.ConstantController VisionEgg.FlowControl.ConstantController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.ConstantController.between_go_eval VisionEgg.FlowControl.ConstantController-class.html#between_go_eval VisionEgg.FlowControl.ConstantController.set_during_go_value VisionEgg.FlowControl.ConstantController-class.html#set_during_go_value VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.FlowControl.ConstantController.__init__ VisionEgg.FlowControl.ConstantController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.ConstantController.get_during_go_value VisionEgg.FlowControl.ConstantController-class.html#get_during_go_value VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.ConstantController.set_between_go_value VisionEgg.FlowControl.ConstantController-class.html#set_between_go_value VisionEgg.FlowControl.ConstantController.get_between_go_value VisionEgg.FlowControl.ConstantController-class.html#get_between_go_value VisionEgg.FlowControl.ConstantController.during_go_eval VisionEgg.FlowControl.ConstantController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.FlowControl.Controller VisionEgg.FlowControl.Controller-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.Controller.between_go_eval VisionEgg.FlowControl.Controller-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.FlowControl.Controller.__init__ VisionEgg.FlowControl.Controller-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.during_go_eval VisionEgg.FlowControl.Controller-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.FlowControl.EncapsulatedController VisionEgg.FlowControl.EncapsulatedController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.EncapsulatedController.between_go_eval VisionEgg.FlowControl.EncapsulatedController-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.FlowControl.EncapsulatedController.__init__ VisionEgg.FlowControl.EncapsulatedController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.EncapsulatedController.set_new_controller VisionEgg.FlowControl.EncapsulatedController-class.html#set_new_controller VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.EncapsulatedController.__sync_mimic VisionEgg.FlowControl.EncapsulatedController-class.html#__sync_mimic VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.EncapsulatedController.during_go_eval VisionEgg.FlowControl.EncapsulatedController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.FlowControl.EvalStringController VisionEgg.FlowControl.EvalStringController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.EvalStringController.set_between_go_eval_string VisionEgg.FlowControl.EvalStringController-class.html#set_between_go_eval_string VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.EvalStringController.get_between_go_eval_string VisionEgg.FlowControl.EvalStringController-class.html#get_between_go_eval_string VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.EvalStringController.between_go_eval VisionEgg.FlowControl.EvalStringController-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.FlowControl.EvalStringController.__init__ VisionEgg.FlowControl.EvalStringController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.EvalStringController.get_during_go_eval_string VisionEgg.FlowControl.EvalStringController-class.html#get_during_go_eval_string VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.EvalStringController.set_during_go_eval_string VisionEgg.FlowControl.EvalStringController-class.html#set_during_go_eval_string VisionEgg.FlowControl.EvalStringController.during_go_eval VisionEgg.FlowControl.EvalStringController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.FlowControl.ExecStringController VisionEgg.FlowControl.ExecStringController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.ExecStringController.set_between_go_exec_string VisionEgg.FlowControl.ExecStringController-class.html#set_between_go_exec_string VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.ExecStringController.between_go_eval VisionEgg.FlowControl.ExecStringController-class.html#between_go_eval VisionEgg.FlowControl.ExecStringController.get_between_go_exec_string VisionEgg.FlowControl.ExecStringController-class.html#get_between_go_exec_string VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.FlowControl.ExecStringController.__init__ VisionEgg.FlowControl.ExecStringController-class.html#__init__ VisionEgg.FlowControl.ExecStringController.get_during_go_exec_string VisionEgg.FlowControl.ExecStringController-class.html#get_during_go_exec_string VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.ExecStringController.set_during_go_exec_string VisionEgg.FlowControl.ExecStringController-class.html#set_during_go_exec_string VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.ExecStringController.during_go_eval VisionEgg.FlowControl.ExecStringController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.FlowControl.FunctionController VisionEgg.FlowControl.FunctionController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.FunctionController.between_go_eval VisionEgg.FlowControl.FunctionController-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.FlowControl.FunctionController.__init__ VisionEgg.FlowControl.FunctionController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.FunctionController.during_go_eval VisionEgg.FlowControl.FunctionController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.FlowControl.Presentation VisionEgg.FlowControl.Presentation-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.FlowControl.Presentation.remove_controller VisionEgg.FlowControl.Presentation-class.html#remove_controller VisionEgg.FlowControl.Presentation.go VisionEgg.FlowControl.Presentation-class.html#go VisionEgg.FlowControl.Presentation.were_frames_dropped_in_last_go_loop VisionEgg.FlowControl.Presentation-class.html#were_frames_dropped_in_last_go_loop VisionEgg.FlowControl.Presentation.run_forever VisionEgg.FlowControl.Presentation-class.html#run_forever VisionEgg.FlowControl.Presentation.__init__ VisionEgg.FlowControl.Presentation-class.html#__init__ VisionEgg.FlowControl.Presentation.add_controller VisionEgg.FlowControl.Presentation-class.html#add_controller VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.FlowControl.Presentation.is_in_go_loop VisionEgg.FlowControl.Presentation-class.html#is_in_go_loop VisionEgg.FlowControl.Presentation.__call_controllers VisionEgg.FlowControl.Presentation-class.html#__call_controllers VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.FlowControl.Presentation.get_last_go_loop_start_time_absolute_sec VisionEgg.FlowControl.Presentation-class.html#get_last_go_loop_start_time_absolute_sec VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.FlowControl.Presentation.between_presentations VisionEgg.FlowControl.Presentation-class.html#between_presentations VisionEgg.FlowControl.Presentation.parameters_and_defaults VisionEgg.FlowControl.Presentation-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.FlowControl.Presentation.export_movie_go VisionEgg.FlowControl.Presentation-class.html#export_movie_go VisionEgg.GLTrace.Wrapper VisionEgg.GLTrace.Wrapper-class.html VisionEgg.GLTrace.Wrapper.run VisionEgg.GLTrace.Wrapper-class.html#run VisionEgg.GLTrace.Wrapper.__init__ VisionEgg.GLTrace.Wrapper-class.html#__init__ VisionEgg.GUI.AppWindow VisionEgg.GUI.AppWindow-class.html VisionEgg.GUI.AppWindow.idle VisionEgg.GUI.AppWindow-class.html#idle VisionEgg.GUI.AppWindow.__init__ VisionEgg.GUI.AppWindow-class.html#__init__ VisionEgg.GUI.GetKeypressDialog VisionEgg.GUI.GetKeypressDialog-class.html VisionEgg.GUI.ToplevelDialog.destroy VisionEgg.GUI.ToplevelDialog-class.html#destroy VisionEgg.GUI.GetKeypressDialog.keypress VisionEgg.GUI.GetKeypressDialog-class.html#keypress VisionEgg.GUI.GetKeypressDialog.__init__ VisionEgg.GUI.GetKeypressDialog-class.html#__init__ VisionEgg.GUI.GraphicsConfigurationWindow VisionEgg.GUI.GraphicsConfigurationWindow-class.html VisionEgg.GUI.GraphicsConfigurationWindow.format_string VisionEgg.GUI.GraphicsConfigurationWindow-class.html#format_string VisionEgg.GUI.GraphicsConfigurationWindow.start VisionEgg.GUI.GraphicsConfigurationWindow-class.html#start VisionEgg.GUI.GraphicsConfigurationWindow.darwin_maxpriority_tune VisionEgg.GUI.GraphicsConfigurationWindow-class.html#darwin_maxpriority_tune VisionEgg.GUI.GraphicsConfigurationWindow._set_config_values VisionEgg.GUI.GraphicsConfigurationWindow-class.html#_set_config_values VisionEgg.GUI.GraphicsConfigurationWindow.save VisionEgg.GUI.GraphicsConfigurationWindow-class.html#save VisionEgg.GUI.GraphicsConfigurationWindow.set_gamma_file VisionEgg.GUI.GraphicsConfigurationWindow-class.html#set_gamma_file VisionEgg.GUI.GraphicsConfigurationWindow.__init__ VisionEgg.GUI.GraphicsConfigurationWindow-class.html#__init__ VisionEgg.GUI.InfoFrame VisionEgg.GUI.InfoFrame-class.html VisionEgg.GUI.InfoFrame.update VisionEgg.GUI.InfoFrame-class.html#update VisionEgg.GUI.InfoFrame.__init__ VisionEgg.GUI.InfoFrame-class.html#__init__ VisionEgg.GUI.ProgressBar VisionEgg.GUI.ProgressBar-class.html VisionEgg.GUI.ProgressBar.updateProgress VisionEgg.GUI.ProgressBar-class.html#updateProgress VisionEgg.GUI.ProgressBar.update VisionEgg.GUI.ProgressBar-class.html#update VisionEgg.GUI.ProgressBar.__init__ VisionEgg.GUI.ProgressBar-class.html#__init__ VisionEgg.GUI.ToplevelDialog VisionEgg.GUI.ToplevelDialog-class.html VisionEgg.GUI.ToplevelDialog.destroy VisionEgg.GUI.ToplevelDialog-class.html#destroy VisionEgg.GUI.ToplevelDialog.__init__ VisionEgg.GUI.ToplevelDialog-class.html#__init__ VisionEgg.Gratings.AlphaGratingCommon VisionEgg.Gratings.AlphaGratingCommon-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Gratings.AlphaGratingCommon.calculate_bit_depth_dependencies VisionEgg.Gratings.AlphaGratingCommon-class.html#calculate_bit_depth_dependencies VisionEgg.Core.Stimulus.__init__ VisionEgg.Core.Stimulus-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.Stimulus.draw VisionEgg.Core.Stimulus-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.Gratings.AlphaGratingCommon.parameters_and_defaults VisionEgg.Gratings.AlphaGratingCommon-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Gratings.LuminanceGratingCommon VisionEgg.Gratings.LuminanceGratingCommon-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Gratings.LuminanceGratingCommon.calculate_bit_depth_dependencies VisionEgg.Gratings.LuminanceGratingCommon-class.html#calculate_bit_depth_dependencies VisionEgg.Core.Stimulus.__init__ VisionEgg.Core.Stimulus-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.Stimulus.draw VisionEgg.Core.Stimulus-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.Gratings.LuminanceGratingCommon.parameters_and_defaults VisionEgg.Gratings.LuminanceGratingCommon-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Gratings.NumSamplesTooLargeError VisionEgg.Gratings.NumSamplesTooLargeError-class.html VisionEgg.Gratings.SinGrating2D VisionEgg.Gratings.SinGrating2D-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Gratings.LuminanceGratingCommon.calculate_bit_depth_dependencies VisionEgg.Gratings.LuminanceGratingCommon-class.html#calculate_bit_depth_dependencies VisionEgg.Gratings.SinGrating2D.__init__ VisionEgg.Gratings.SinGrating2D-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Gratings.SinGrating2D.draw VisionEgg.Gratings.SinGrating2D-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.Gratings.SinGrating2D.__del__ VisionEgg.Gratings.SinGrating2D-class.html#__del__ VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.Gratings.SinGrating2D.parameters_and_defaults VisionEgg.Gratings.SinGrating2D-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Gratings.SinGrating3D VisionEgg.Gratings.SinGrating3D-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Gratings.LuminanceGratingCommon.calculate_bit_depth_dependencies VisionEgg.Gratings.LuminanceGratingCommon-class.html#calculate_bit_depth_dependencies VisionEgg.Gratings.SinGrating3D.__init__ VisionEgg.Gratings.SinGrating3D-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Gratings.SinGrating3D.draw VisionEgg.Gratings.SinGrating3D-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.Gratings.SinGrating3D.__del__ VisionEgg.Gratings.SinGrating3D-class.html#__del__ VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.Gratings.SinGrating3D.parameters_and_defaults VisionEgg.Gratings.SinGrating3D-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.MoreStimuli.Arrow VisionEgg.MoreStimuli.Arrow-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.MoreStimuli.Arrow.draw VisionEgg.MoreStimuli.Arrow-class.html#draw VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.MoreStimuli.Arrow.parameters_and_defaults VisionEgg.MoreStimuli.Arrow-class.html#parameters_and_defaults VisionEgg.MoreStimuli.Arrow.__init__ VisionEgg.MoreStimuli.Arrow-class.html#__init__ VisionEgg.MoreStimuli.FilledCircle VisionEgg.MoreStimuli.FilledCircle-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.MoreStimuli.FilledCircle.draw VisionEgg.MoreStimuli.FilledCircle-class.html#draw VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.MoreStimuli.FilledCircle.parameters_and_defaults VisionEgg.MoreStimuli.FilledCircle-class.html#parameters_and_defaults VisionEgg.MoreStimuli.FilledCircle.__init__ VisionEgg.MoreStimuli.FilledCircle-class.html#__init__ VisionEgg.MoreStimuli.Rectangle3D VisionEgg.MoreStimuli.Rectangle3D-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.MoreStimuli.Rectangle3D.draw VisionEgg.MoreStimuli.Rectangle3D-class.html#draw VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.MoreStimuli.Rectangle3D.parameters_and_defaults VisionEgg.MoreStimuli.Rectangle3D-class.html#parameters_and_defaults VisionEgg.MoreStimuli.Rectangle3D.__init__ VisionEgg.MoreStimuli.Rectangle3D-class.html#__init__ VisionEgg.MoreStimuli.Target2D VisionEgg.MoreStimuli.Target2D-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.MoreStimuli.Target2D.draw VisionEgg.MoreStimuli.Target2D-class.html#draw VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.MoreStimuli.Target2D.parameters_and_defaults VisionEgg.MoreStimuli.Target2D-class.html#parameters_and_defaults VisionEgg.MoreStimuli.Target2D.__init__ VisionEgg.MoreStimuli.Target2D-class.html#__init__ VisionEgg.ParameterDefinition VisionEgg.ParameterDefinition-class.html VisionEgg.ParameterDefinition.OPENGL_ENUM VisionEgg.ParameterDefinition-class.html#OPENGL_ENUM VisionEgg.ParameterDefinition.DEPRECATED VisionEgg.ParameterDefinition-class.html#DEPRECATED VisionEgg.ParameterTypes.AnyClass VisionEgg.ParameterTypes.AnyClass-class.html VisionEgg.ParameterTypes.AnyClass.__metaclass__ VisionEgg.ParameterTypes.AnyClassMC-class.html VisionEgg.ParameterTypes.AnyClass.verify VisionEgg.ParameterTypes.AnyClass-class.html#verify VisionEgg.ParameterTypes.AnyClassMC VisionEgg.ParameterTypes.AnyClassMC-class.html VisionEgg.ParameterTypes.AnyClassMC.__str__ VisionEgg.ParameterTypes.AnyClassMC-class.html#__str__ VisionEgg.ParameterTypes.AnyOf VisionEgg.ParameterTypes.AnyOf-class.html VisionEgg.ParameterTypes.AnyOf.verify VisionEgg.ParameterTypes.AnyOf-class.html#verify VisionEgg.ParameterTypes.AnyOf.__str__ VisionEgg.ParameterTypes.AnyOf-class.html#__str__ VisionEgg.ParameterTypes.AnyOf.get_item_types VisionEgg.ParameterTypes.AnyOf-class.html#get_item_types VisionEgg.ParameterTypes.AnyOf.__init__ VisionEgg.ParameterTypes.AnyOf-class.html#__init__ VisionEgg.ParameterTypes.Boolean VisionEgg.ParameterTypes.Boolean-class.html VisionEgg.ParameterTypes.Boolean.__metaclass__ VisionEgg.ParameterTypes.BooleanMC-class.html VisionEgg.ParameterTypes.Boolean.verify VisionEgg.ParameterTypes.Boolean-class.html#verify VisionEgg.ParameterTypes.BooleanMC VisionEgg.ParameterTypes.BooleanMC-class.html VisionEgg.ParameterTypes.BooleanMC.__str__ VisionEgg.ParameterTypes.BooleanMC-class.html#__str__ VisionEgg.ParameterTypes.Callable VisionEgg.ParameterTypes.Callable-class.html VisionEgg.ParameterTypes.Callable.__metaclass__ VisionEgg.ParameterTypes.CallableMC-class.html VisionEgg.ParameterTypes.Callable.verify VisionEgg.ParameterTypes.Callable-class.html#verify VisionEgg.ParameterTypes.CallableMC VisionEgg.ParameterTypes.CallableMC-class.html VisionEgg.ParameterTypes.CallableMC.__str__ VisionEgg.ParameterTypes.CallableMC-class.html#__str__ VisionEgg.ParameterTypes.Instance VisionEgg.ParameterTypes.Instance-class.html VisionEgg.ParameterTypes.Instance.verify VisionEgg.ParameterTypes.Instance-class.html#verify VisionEgg.ParameterTypes.Instance.__str__ VisionEgg.ParameterTypes.Instance-class.html#__str__ VisionEgg.ParameterTypes.Instance.__init__ VisionEgg.ParameterTypes.Instance-class.html#__init__ VisionEgg.ParameterTypes.Integer VisionEgg.ParameterTypes.Integer-class.html VisionEgg.ParameterTypes.Integer.__metaclass__ VisionEgg.ParameterTypes.IntegerMC-class.html VisionEgg.ParameterTypes.Integer.verify VisionEgg.ParameterTypes.Integer-class.html#verify VisionEgg.ParameterTypes.IntegerMC VisionEgg.ParameterTypes.IntegerMC-class.html VisionEgg.ParameterTypes.IntegerMC.__str__ VisionEgg.ParameterTypes.IntegerMC-class.html#__str__ VisionEgg.ParameterTypes.NoneMC VisionEgg.ParameterTypes.NoneMC-class.html VisionEgg.ParameterTypes.NoneMC.__str__ VisionEgg.ParameterTypes.NoneMC-class.html#__str__ VisionEgg.ParameterTypes.NoneType VisionEgg.ParameterTypes.NoneType-class.html VisionEgg.ParameterTypes.NoneType.__metaclass__ VisionEgg.ParameterTypes.NoneMC-class.html VisionEgg.ParameterTypes.NoneType.verify VisionEgg.ParameterTypes.NoneType-class.html#verify VisionEgg.ParameterTypes.ParameterTypeDef VisionEgg.ParameterTypes.ParameterTypeDef-class.html VisionEgg.ParameterTypes.ParameterTypeDef.verify VisionEgg.ParameterTypes.ParameterTypeDef-class.html#verify VisionEgg.ParameterTypes.Real VisionEgg.ParameterTypes.Real-class.html VisionEgg.ParameterTypes.Real.__metaclass__ VisionEgg.ParameterTypes.RealMC-class.html VisionEgg.ParameterTypes.Real.verify VisionEgg.ParameterTypes.Real-class.html#verify VisionEgg.ParameterTypes.RealMC VisionEgg.ParameterTypes.RealMC-class.html VisionEgg.ParameterTypes.RealMC.__str__ VisionEgg.ParameterTypes.RealMC-class.html#__str__ VisionEgg.ParameterTypes.Sequence VisionEgg.ParameterTypes.Sequence-class.html VisionEgg.ParameterTypes.Sequence.verify VisionEgg.ParameterTypes.Sequence-class.html#verify VisionEgg.ParameterTypes.Sequence.__str__ VisionEgg.ParameterTypes.Sequence-class.html#__str__ VisionEgg.ParameterTypes.Sequence.__init__ VisionEgg.ParameterTypes.Sequence-class.html#__init__ VisionEgg.ParameterTypes.Sequence2 VisionEgg.ParameterTypes.Sequence2-class.html VisionEgg.ParameterTypes.Sequence2.verify VisionEgg.ParameterTypes.Sequence2-class.html#verify VisionEgg.ParameterTypes.Sequence2.__str__ VisionEgg.ParameterTypes.Sequence2-class.html#__str__ VisionEgg.ParameterTypes.Sequence.__init__ VisionEgg.ParameterTypes.Sequence-class.html#__init__ VisionEgg.ParameterTypes.Sequence3 VisionEgg.ParameterTypes.Sequence3-class.html VisionEgg.ParameterTypes.Sequence3.verify VisionEgg.ParameterTypes.Sequence3-class.html#verify VisionEgg.ParameterTypes.Sequence3.__str__ VisionEgg.ParameterTypes.Sequence3-class.html#__str__ VisionEgg.ParameterTypes.Sequence.__init__ VisionEgg.ParameterTypes.Sequence-class.html#__init__ VisionEgg.ParameterTypes.Sequence4 VisionEgg.ParameterTypes.Sequence4-class.html VisionEgg.ParameterTypes.Sequence4.verify VisionEgg.ParameterTypes.Sequence4-class.html#verify VisionEgg.ParameterTypes.Sequence4.__str__ VisionEgg.ParameterTypes.Sequence4-class.html#__str__ VisionEgg.ParameterTypes.Sequence.__init__ VisionEgg.ParameterTypes.Sequence-class.html#__init__ VisionEgg.ParameterTypes.Sequence4x4 VisionEgg.ParameterTypes.Sequence4x4-class.html VisionEgg.ParameterTypes.Sequence4x4.verify VisionEgg.ParameterTypes.Sequence4x4-class.html#verify VisionEgg.ParameterTypes.Sequence4x4.__str__ VisionEgg.ParameterTypes.Sequence4x4-class.html#__str__ VisionEgg.ParameterTypes.Sequence.__init__ VisionEgg.ParameterTypes.Sequence-class.html#__init__ VisionEgg.ParameterTypes.String VisionEgg.ParameterTypes.String-class.html VisionEgg.ParameterTypes.String.__metaclass__ VisionEgg.ParameterTypes.StringMC-class.html VisionEgg.ParameterTypes.String.verify VisionEgg.ParameterTypes.String-class.html#verify VisionEgg.ParameterTypes.StringMC VisionEgg.ParameterTypes.StringMC-class.html VisionEgg.ParameterTypes.StringMC.__str__ VisionEgg.ParameterTypes.StringMC-class.html#__str__ VisionEgg.ParameterTypes.SubClass VisionEgg.ParameterTypes.SubClass-class.html VisionEgg.ParameterTypes.SubClass.verify VisionEgg.ParameterTypes.SubClass-class.html#verify VisionEgg.ParameterTypes.SubClass.__str__ VisionEgg.ParameterTypes.SubClass-class.html#__str__ VisionEgg.ParameterTypes.SubClass.__init__ VisionEgg.ParameterTypes.SubClass-class.html#__init__ VisionEgg.ParameterTypes.Unicode VisionEgg.ParameterTypes.Unicode-class.html VisionEgg.ParameterTypes.Unicode.__metaclass__ VisionEgg.ParameterTypes.UnicodeMC-class.html VisionEgg.ParameterTypes.Unicode.verify VisionEgg.ParameterTypes.Unicode-class.html#verify VisionEgg.ParameterTypes.UnicodeMC VisionEgg.ParameterTypes.UnicodeMC-class.html VisionEgg.ParameterTypes.UnicodeMC.__str__ VisionEgg.ParameterTypes.UnicodeMC-class.html#__str__ VisionEgg.ParameterTypes.UnsignedInteger VisionEgg.ParameterTypes.UnsignedInteger-class.html VisionEgg.ParameterTypes.UnsignedInteger.__metaclass__ VisionEgg.ParameterTypes.UnsignedIntegerMC-class.html VisionEgg.ParameterTypes.UnsignedInteger.verify VisionEgg.ParameterTypes.UnsignedInteger-class.html#verify VisionEgg.ParameterTypes.UnsignedIntegerMC VisionEgg.ParameterTypes.UnsignedIntegerMC-class.html VisionEgg.ParameterTypes.UnsignedIntegerMC.__str__ VisionEgg.ParameterTypes.UnsignedIntegerMC-class.html#__str__ VisionEgg.Parameters VisionEgg.Parameters-class.html VisionEgg.PyroApps.AST_ext.AST_Visitor VisionEgg.PyroApps.AST_ext.AST_Visitor-class.html VisionEgg.PyroApps.AST_ext.AST_Visitor.traverse VisionEgg.PyroApps.AST_ext.AST_Visitor-class.html#traverse VisionEgg.PyroApps.AST_ext.AST_Visitor.__init__ VisionEgg.PyroApps.AST_ext.AST_Visitor-class.html#__init__ VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame-class.html Tkinter.Misc.getdouble float-class.html VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.make_callback_entry VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#make_callback_entry VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame.title VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame-class.html#title VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_loopable_variable_names VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_loopable_variable_names Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame.get_shortname VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame-class.html#get_shortname VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_loopable_variable VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_loopable_variable VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_matlab_string VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame.send_values VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame-class.html#send_values VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame.update_tk_vars VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame-class.html#update_tk_vars VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame.__init__ VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame-class.html#__init__ VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_parameters_dict VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame.get_duration_sec VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame-class.html#get_duration_sec VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_dict VisionEgg.PyroApps.ColorCalGUI.ColorCalMetaParameters VisionEgg.PyroApps.ColorCalGUI.ColorCalMetaParameters-class.html VisionEgg.PyroApps.ColorCalGUI.ColorCalMetaParameters.__init__ VisionEgg.PyroApps.ColorCalGUI.ColorCalMetaParameters-class.html#__init__ VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController-class.html VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController.go VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController-class.html#go VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController.set_parameters VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController-class.html#set_parameters VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController.__init__ VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController-class.html#__init__ VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController.get_parameters VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController-class.html#get_parameters VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController.update VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController-class.html#update VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController.quit_server VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController-class.html#quit_server VisionEgg.PyroApps.DropinGUI.DropinControlFrame VisionEgg.PyroApps.DropinGUI.DropinControlFrame-class.html Tkinter.Misc.getdouble float-class.html VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.make_callback_entry VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#make_callback_entry VisionEgg.PyroApps.DropinGUI.DropinControlFrame.title VisionEgg.PyroApps.DropinGUI.DropinControlFrame-class.html#title VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_loopable_variable_names VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_loopable_variable_names Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.DropinGUI.DropinControlFrame.get_shortname VisionEgg.PyroApps.DropinGUI.DropinControlFrame-class.html#get_shortname VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_loopable_variable VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_loopable_variable VisionEgg.PyroApps.DropinGUI.DropinControlFrame.gen_var_widgets VisionEgg.PyroApps.DropinGUI.DropinControlFrame-class.html#gen_var_widgets VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_matlab_string VisionEgg.PyroApps.DropinGUI.DropinControlFrame.send_values VisionEgg.PyroApps.DropinGUI.DropinControlFrame-class.html#send_values VisionEgg.PyroApps.DropinGUI.DropinControlFrame.update_tk_vars VisionEgg.PyroApps.DropinGUI.DropinControlFrame-class.html#update_tk_vars VisionEgg.PyroApps.DropinGUI.DropinControlFrame.__init__ VisionEgg.PyroApps.DropinGUI.DropinControlFrame-class.html#__init__ VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_parameters_dict VisionEgg.PyroApps.DropinGUI.DropinControlFrame.get_duration_sec VisionEgg.PyroApps.DropinGUI.DropinControlFrame-class.html#get_duration_sec VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_dict VisionEgg.PyroApps.DropinGUI.DropinMetaParameters VisionEgg.PyroApps.DropinGUI.DropinMetaParameters-class.html VisionEgg.PyroApps.DropinGUI.DropinMetaParameters.__init__ VisionEgg.PyroApps.DropinGUI.DropinMetaParameters-class.html#__init__ VisionEgg.PyroApps.DropinServer.DropinMetaController VisionEgg.PyroApps.DropinServer.DropinMetaController-class.html VisionEgg.PyroApps.DropinServer.DropinMetaController.go VisionEgg.PyroApps.DropinServer.DropinMetaController-class.html#go VisionEgg.PyroApps.DropinServer.DropinMetaController.set_parameters VisionEgg.PyroApps.DropinServer.DropinMetaController-class.html#set_parameters VisionEgg.PyroApps.DropinServer.DropinMetaController.__init__ VisionEgg.PyroApps.DropinServer.DropinMetaController-class.html#__init__ VisionEgg.PyroApps.DropinServer.DropinMetaController.get_parameters VisionEgg.PyroApps.DropinServer.DropinMetaController-class.html#get_parameters VisionEgg.PyroApps.DropinServer.DropinMetaController.update VisionEgg.PyroApps.DropinServer.DropinMetaController-class.html#update VisionEgg.PyroApps.DropinServer.DropinMetaController.quit_server VisionEgg.PyroApps.DropinServer.DropinMetaController-class.html#quit_server VisionEgg.PyroApps.EPhysGUI.AppWindow VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html Tkinter.Misc.getdouble float-class.html VisionEgg.PyroApps.EPhysGUI.AppWindow.do_single_trial_post VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#do_single_trial_post VisionEgg.PyroApps.EPhysGUI.AppWindow.change_stimulus VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#change_stimulus VisionEgg.PyroApps.EPhysGUI.AppWindow.sleep_with_progress VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#sleep_with_progress Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.EPhysGUI.AppWindow.set_autosave_dir VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#set_autosave_dir VisionEgg.PyroApps.EPhysGUI.AppWindow.do_loops VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#do_loops VisionEgg.PyroApps.EPhysGUI.AppWindow.update_stim_onset_cal VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#update_stim_onset_cal VisionEgg.PyroApps.EPhysGUI.AppWindow.load_config VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#load_config VisionEgg.PyroApps.EPhysGUI.AppWindow.load_demoscript VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#load_demoscript VisionEgg.PyroApps.EPhysGUI.AppWindow.do_single_trial VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#do_single_trial VisionEgg.PyroApps.EPhysGUI.AppWindow.do_single_trial_work VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#do_single_trial_work VisionEgg.PyroApps.EPhysGUI.AppWindow.load_params VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#load_params VisionEgg.PyroApps.EPhysGUI.AppWindow.quit VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#quit VisionEgg.PyroApps.EPhysGUI.AppWindow.launch_gamma_panel VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#launch_gamma_panel VisionEgg.PyroApps.EPhysGUI.AppWindow.launch_screen_pos VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#launch_screen_pos VisionEgg.PyroApps.EPhysGUI.AppWindow.__del__ VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#__del__ VisionEgg.PyroApps.EPhysGUI.AppWindow.switch_to_stimkey VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#switch_to_stimkey VisionEgg.PyroApps.EPhysGUI.AppWindow.set_stim_onset_cal_position VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#set_stim_onset_cal_position VisionEgg.PyroApps.EPhysGUI.AppWindow.save_config VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#save_config VisionEgg.PyroApps.EPhysGUI.AppWindow.save_image_sequence VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#save_image_sequence VisionEgg.PyroApps.EPhysGUI.AppWindow.__init__ VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#__init__ VisionEgg.PyroApps.EPhysGUI.AppWindow.do_single_trial_pre VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#do_single_trial_pre VisionEgg.PyroApps.EPhysGUI.AppWindow.destroy VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#destroy VisionEgg.PyroApps.EPhysGUI.AppWindow.reset_autosave_basename VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#reset_autosave_basename VisionEgg.PyroApps.EPhysGUI.AppWindow.launch_stim_onset_cal VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html#launch_stim_onset_cal VisionEgg.PyroApps.EPhysGUI.BarButton VisionEgg.PyroApps.EPhysGUI.BarButton-class.html Tkinter.Misc.getdouble float-class.html Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.EPhysGUI.BarButton.__init__ VisionEgg.PyroApps.EPhysGUI.BarButton-class.html#__init__ VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase-class.html VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase.header VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase-class.html#header VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase.get_str_30 VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase-class.html#get_str_30 VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase.__init__ VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase-class.html#__init__ VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase.get_contained VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase-class.html#get_contained VisionEgg.PyroApps.EPhysGUI.GammaFrame VisionEgg.PyroApps.EPhysGUI.GammaFrame-class.html Tkinter.Misc.getdouble float-class.html VisionEgg.PyroApps.EPhysGUI.GammaFrame.set_from_file VisionEgg.PyroApps.EPhysGUI.GammaFrame-class.html#set_from_file Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.EPhysGUI.GammaFrame.get_corrected_gamma_table VisionEgg.PyroApps.EPhysGUI.GammaFrame-class.html#get_corrected_gamma_table VisionEgg.PyroApps.EPhysGUI.GammaFrame.linearize VisionEgg.PyroApps.EPhysGUI.GammaFrame-class.html#linearize VisionEgg.PyroApps.EPhysGUI.GammaFrame.__init__ VisionEgg.PyroApps.EPhysGUI.GammaFrame-class.html#__init__ VisionEgg.PyroApps.EPhysGUI.GammaFrame.set_monitor_default VisionEgg.PyroApps.EPhysGUI.GammaFrame-class.html#set_monitor_default VisionEgg.PyroApps.EPhysGUI.ImageSequenceLauncher VisionEgg.PyroApps.EPhysGUI.ImageSequenceLauncher-class.html Tkinter.Misc.getdouble float-class.html Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.EPhysGUI.ImageSequenceLauncher.do_it VisionEgg.PyroApps.EPhysGUI.ImageSequenceLauncher-class.html#do_it VisionEgg.PyroApps.EPhysGUI.ImageSequenceLauncher.__init__ VisionEgg.PyroApps.EPhysGUI.ImageSequenceLauncher-class.html#__init__ VisionEgg.PyroApps.EPhysGUI.Loop VisionEgg.PyroApps.EPhysGUI.Loop-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.PyroApps.EPhysGUI.Loop.get_current VisionEgg.PyroApps.EPhysGUI.Loop-class.html#get_current VisionEgg.PyroApps.EPhysGUI.Loop.__init__ VisionEgg.PyroApps.EPhysGUI.Loop-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.PyroApps.EPhysGUI.Loop.is_done VisionEgg.PyroApps.EPhysGUI.Loop-class.html#is_done VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.PyroApps.EPhysGUI.Loop.parameters_and_defaults VisionEgg.PyroApps.EPhysGUI.Loop-class.html#parameters_and_defaults VisionEgg.PyroApps.EPhysGUI.Loop.reset VisionEgg.PyroApps.EPhysGUI.Loop-class.html#reset VisionEgg.PyroApps.EPhysGUI.Loop.advance VisionEgg.PyroApps.EPhysGUI.Loop-class.html#advance VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.PyroApps.EPhysGUI.LoopContainedObject VisionEgg.PyroApps.EPhysGUI.LoopContainedObject-class.html VisionEgg.PyroApps.EPhysGUI.LoopContainedObject.contained_class VisionEgg.PyroApps.EPhysGUI.Loop-class.html VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase.get_contained VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase-class.html#get_contained VisionEgg.PyroApps.EPhysGUI.LoopContainedObject.get_str_30 VisionEgg.PyroApps.EPhysGUI.LoopContainedObject-class.html#get_str_30 VisionEgg.PyroApps.EPhysGUI.LoopContainedObject.__init__ VisionEgg.PyroApps.EPhysGUI.LoopContainedObject-class.html#__init__ VisionEgg.PyroApps.EPhysGUI.LoopContainedObject.header VisionEgg.PyroApps.EPhysGUI.LoopContainedObject-class.html#header VisionEgg.PyroApps.EPhysGUI.LoopParamDialog VisionEgg.PyroApps.EPhysGUI.LoopParamDialog-class.html Tkinter.Misc.getdouble float-class.html Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.EPhysGUI.LoopParamDialog.body VisionEgg.PyroApps.EPhysGUI.LoopParamDialog-class.html#body VisionEgg.PyroApps.EPhysGUI.LoopParamDialog.__init__ VisionEgg.PyroApps.EPhysGUI.LoopParamDialog-class.html#__init__ VisionEgg.PyroApps.EPhysGUI.LoopParamDialog.destroy VisionEgg.PyroApps.EPhysGUI.LoopParamDialog-class.html#destroy VisionEgg.PyroApps.EPhysGUI.LoopParamDialog.validate VisionEgg.PyroApps.EPhysGUI.LoopParamDialog-class.html#validate VisionEgg.PyroApps.EPhysGUI.ScrollListFrame VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html Tkinter.Misc.getdouble float-class.html VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.make_loop_contained_object VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#make_loop_contained_object VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.get_list_uncontained VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#get_list_uncontained VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.list2D_coordinates VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#list2D_coordinates VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.edit_contained_object VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#edit_contained_object VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.remove_selected VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#remove_selected Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.make_merge VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#make_merge VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.add_new VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#add_new VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.move_selected_down VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#move_selected_down VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.get_selected VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#get_selected VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.map_to_listbox_index VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#map_to_listbox_index VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.move_selected_up VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#move_selected_up VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.update_now VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#update_now VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.__init__ VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#__init__ VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.edit_selected VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#edit_selected VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.delegate_hscroll VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#delegate_hscroll VisionEgg.PyroApps.EPhysGUI.ScrollListFrame.make_contained_object VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html#make_contained_object VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html Tkinter.Misc.getdouble float-class.html VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.make_callback_entry VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#make_callback_entry VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_loopable_variable_names VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_loopable_variable_names Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_shortname VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_shortname VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_loopable_variable VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_loopable_variable VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.send_values VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#send_values VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.update_tk_vars VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#update_tk_vars VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.__init__ VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#__init__ VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_duration_sec VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_duration_sec VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_dict VisionEgg.PyroApps.EPhysServer.EPhysServer VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html VisionEgg.PyroApps.EPhysServer.EPhysServer.get_cwd VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#get_cwd VisionEgg.PyroApps.EPhysServer.EPhysServer.get_next_stimulus_meta_controller VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#get_next_stimulus_meta_controller VisionEgg.PyroApps.EPhysServer.EPhysServer.set_stim_onset_cal VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#set_stim_onset_cal VisionEgg.PyroApps.EPhysServer.EPhysServer.save_image_sequence VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#save_image_sequence VisionEgg.PyroApps.EPhysServer.EPhysServer.were_frames_dropped_in_last_go_loop VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#were_frames_dropped_in_last_go_loop VisionEgg.PyroApps.EPhysServer.EPhysServer.__init__ VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#__init__ VisionEgg.PyroApps.EPhysServer.EPhysServer.first_connection VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#first_connection VisionEgg.PyroApps.EPhysServer.EPhysServer.get_stimkey VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#get_stimkey VisionEgg.PyroApps.EPhysServer.EPhysServer.set_stim_onset_cal_location VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#set_stim_onset_cal_location VisionEgg.PyroApps.EPhysServer.EPhysServer.is_in_go_loop VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#is_in_go_loop VisionEgg.PyroApps.EPhysServer.EPhysServer.get_stim_onset_cal_location VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#get_stim_onset_cal_location VisionEgg.PyroApps.EPhysServer.EPhysServer.set_quit_status VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#set_quit_status VisionEgg.PyroApps.EPhysServer.EPhysServer.run_demoscript VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#run_demoscript VisionEgg.PyroApps.EPhysServer.EPhysServer.set_next_stimkey VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#set_next_stimkey VisionEgg.PyroApps.EPhysServer.EPhysServer.set_override_t_abs_sec VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#set_override_t_abs_sec VisionEgg.PyroApps.EPhysServer.EPhysServer.get_last_go_loop_start_time_absolute_sec VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#get_last_go_loop_start_time_absolute_sec VisionEgg.PyroApps.EPhysServer.EPhysServer.__del__ VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#__del__ VisionEgg.PyroApps.EPhysServer.EPhysServer.get_quit_status VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#get_quit_status VisionEgg.PyroApps.EPhysServer.EPhysServer.exec_AST VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#exec_AST VisionEgg.PyroApps.EPhysServer.EPhysServer.build_AST VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#build_AST VisionEgg.PyroApps.EPhysServer.EPhysServer.set_gamma_ramp VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html#set_gamma_ramp VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame-class.html Tkinter.Misc.getdouble float-class.html VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.make_callback_entry VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#make_callback_entry VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame.title VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame-class.html#title VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_loopable_variable_names VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_loopable_variable_names Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame.get_shortname VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame-class.html#get_shortname VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_loopable_variable VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_loopable_variable VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame.send_values VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame-class.html#send_values VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame.update_tk_vars VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame-class.html#update_tk_vars VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame.__init__ VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame-class.html#__init__ VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_parameters_dict VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame.get_duration_sec VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame-class.html#get_duration_sec VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_dict VisionEgg.PyroApps.FlatGratingGUI.FlatGratingMetaParameters VisionEgg.PyroApps.FlatGratingGUI.FlatGratingMetaParameters-class.html VisionEgg.PyroApps.FlatGratingGUI.FlatGratingMetaParameters.__init__ VisionEgg.PyroApps.FlatGratingGUI.FlatGratingMetaParameters-class.html#__init__ VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController-class.html VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController.go VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController-class.html#go VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController.set_parameters VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController-class.html#set_parameters VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController.__init__ VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController-class.html#__init__ VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController.on_function_between_go VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController-class.html#on_function_between_go VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController.on_function_during_go VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController-class.html#on_function_during_go VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController.get_parameters VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController-class.html#get_parameters VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController.__del__ VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController-class.html#__del__ VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController.update VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController-class.html#update VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController.quit_server VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController-class.html#quit_server VisionEgg.PyroApps.GridGUI.GridControlFrame VisionEgg.PyroApps.GridGUI.GridControlFrame-class.html Tkinter.Misc.getdouble float-class.html VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.make_callback_entry VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#make_callback_entry VisionEgg.PyroApps.GridGUI.GridControlFrame.title VisionEgg.PyroApps.GridGUI.GridControlFrame-class.html#title VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_loopable_variable_names VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_loopable_variable_names Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.GridGUI.GridControlFrame.get_shortname VisionEgg.PyroApps.GridGUI.GridControlFrame-class.html#get_shortname VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_loopable_variable VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_loopable_variable VisionEgg.PyroApps.GridGUI.GridControlFrame.send_values VisionEgg.PyroApps.GridGUI.GridControlFrame-class.html#send_values VisionEgg.PyroApps.GridGUI.GridControlFrame.update_tk_vars VisionEgg.PyroApps.GridGUI.GridControlFrame-class.html#update_tk_vars VisionEgg.PyroApps.GridGUI.GridControlFrame.__init__ VisionEgg.PyroApps.GridGUI.GridControlFrame-class.html#__init__ VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_parameters_dict VisionEgg.PyroApps.GridGUI.GridControlFrame.get_duration_sec VisionEgg.PyroApps.GridGUI.GridControlFrame-class.html#get_duration_sec VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_dict VisionEgg.PyroApps.GridGUI.GridMetaParameters VisionEgg.PyroApps.GridGUI.GridMetaParameters-class.html VisionEgg.PyroApps.GridGUI.GridMetaParameters.__init__ VisionEgg.PyroApps.GridGUI.GridMetaParameters-class.html#__init__ VisionEgg.PyroApps.GridServer.GridMetaController VisionEgg.PyroApps.GridServer.GridMetaController-class.html VisionEgg.PyroApps.GridServer.GridMetaController.go VisionEgg.PyroApps.GridServer.GridMetaController-class.html#go VisionEgg.PyroApps.GridServer.GridMetaController.set_parameters VisionEgg.PyroApps.GridServer.GridMetaController-class.html#set_parameters VisionEgg.PyroApps.GridServer.GridMetaController.__init__ VisionEgg.PyroApps.GridServer.GridMetaController-class.html#__init__ VisionEgg.PyroApps.GridServer.GridMetaController.get_parameters VisionEgg.PyroApps.GridServer.GridMetaController-class.html#get_parameters VisionEgg.PyroApps.GridServer.GridMetaController.update VisionEgg.PyroApps.GridServer.GridMetaController-class.html#update VisionEgg.PyroApps.GridServer.GridMetaController.quit_server VisionEgg.PyroApps.GridServer.GridMetaController-class.html#quit_server VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame-class.html Tkinter.Misc.getdouble float-class.html VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.make_callback_entry VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#make_callback_entry VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame.title VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame-class.html#title VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_loopable_variable_names VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_loopable_variable_names Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame.get_shortname VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame-class.html#get_shortname VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_loopable_variable VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_loopable_variable VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame.send_values VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame-class.html#send_values VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame.update_tk_vars VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame-class.html#update_tk_vars VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame.__init__ VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame-class.html#__init__ VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_parameters_dict VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame.get_duration_sec VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame-class.html#get_duration_sec VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_dict VisionEgg.PyroApps.MouseTargetGUI.MouseTargetMetaParameters VisionEgg.PyroApps.MouseTargetGUI.MouseTargetMetaParameters-class.html VisionEgg.PyroApps.MouseTargetGUI.MouseTargetMetaParameters.__init__ VisionEgg.PyroApps.MouseTargetGUI.MouseTargetMetaParameters-class.html#__init__ VisionEgg.PyroApps.MouseTargetServer.MousePositionController VisionEgg.PyroApps.MouseTargetServer.MousePositionController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.Controller.between_go_eval VisionEgg.FlowControl.Controller-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.PyroApps.MouseTargetServer.MousePositionController.__init__ VisionEgg.PyroApps.MouseTargetServer.MousePositionController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.PyroApps.MouseTargetServer.MousePositionController.during_go_eval VisionEgg.PyroApps.MouseTargetServer.MousePositionController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController-class.html VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController.go VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController-class.html#go VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController.set_parameters VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController-class.html#set_parameters VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController.__init__ VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController-class.html#__init__ VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController.get_parameters VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController-class.html#get_parameters VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController.__del__ VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController-class.html#__del__ VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController.update VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController-class.html#update VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController.quit_server VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController-class.html#quit_server VisionEgg.PyroApps.MouseTargetServer.TargetOrientationController VisionEgg.PyroApps.MouseTargetServer.TargetOrientationController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.Controller.between_go_eval VisionEgg.FlowControl.Controller-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.PyroApps.MouseTargetServer.TargetOrientationController.__init__ VisionEgg.PyroApps.MouseTargetServer.TargetOrientationController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.PyroApps.MouseTargetServer.TargetOrientationController.during_go_eval VisionEgg.PyroApps.MouseTargetServer.TargetOrientationController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.PyroApps.MouseTargetServer.TargetPositionController VisionEgg.PyroApps.MouseTargetServer.TargetPositionController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.Controller.between_go_eval VisionEgg.FlowControl.Controller-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.PyroApps.MouseTargetServer.TargetPositionController.__init__ VisionEgg.PyroApps.MouseTargetServer.TargetPositionController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.PyroApps.MouseTargetServer.TargetPositionController.during_go_eval VisionEgg.PyroApps.MouseTargetServer.TargetPositionController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.PyroApps.ScreenPositionGUI.CallbackEntry VisionEgg.PyroApps.ScreenPositionGUI.CallbackEntry-class.html Tkinter.Misc.getdouble float-class.html Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.ScreenPositionGUI.CallbackEntry.__init__ VisionEgg.PyroApps.ScreenPositionGUI.CallbackEntry-class.html#__init__ VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html Tkinter.Misc.getdouble float-class.html VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.up_az_increase VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#up_az_increase VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.get_loopable_variable_names VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#get_loopable_variable_names VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.save VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#save VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.get_xyz VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#get_xyz VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.el_decrease VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#el_decrease Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.get_shortname VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#get_shortname VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.frustum_left VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#frustum_left VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.set_param_dict VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#set_param_dict VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.frustum_wider VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#frustum_wider VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.connect VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#connect VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.get_param_dict VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#get_param_dict VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.get_parameters_as_strings VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#get_parameters_as_strings VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.up_el_decrease VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#up_el_decrease VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.quit_server VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#quit_server VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.az_decrease VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#az_decrease VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.load VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#load VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.frustum_taller VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#frustum_taller VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.el_increase VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#el_increase VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.get_type VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#get_type VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.set_loopable_variable VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#set_loopable_variable VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.az_increase VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#az_increase VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.frustum_narrower VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#frustum_narrower VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.send_values VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#send_values VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.up_az_decrease VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#up_az_decrease VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.frustum_up VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#frustum_up VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.frustum_shorter VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#frustum_shorter VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.__init__ VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#__init__ VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.get_az_el VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#get_az_el VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.frustum_down VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#frustum_down VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.up_el_increase VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#up_el_increase VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame.frustum_right VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html#frustum_right VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionParameters VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionParameters-class.html VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionParameters.__init__ VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionParameters-class.html#__init__ VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController-class.html VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController.go VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController-class.html#go VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController.set_parameters VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController-class.html#set_parameters VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController.__init__ VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController-class.html#__init__ VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController.get_parameters VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController-class.html#get_parameters VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController.update VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController-class.html#update VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController.quit_server VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController-class.html#quit_server VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame-class.html Tkinter.Misc.getdouble float-class.html VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.make_callback_entry VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#make_callback_entry VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame.title VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame-class.html#title VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_loopable_variable_names VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_loopable_variable_names Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame.get_shortname VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame-class.html#get_shortname VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_loopable_variable VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_loopable_variable VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame.send_values VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame-class.html#send_values VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame.update_tk_vars VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame-class.html#update_tk_vars VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame.__init__ VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame-class.html#__init__ VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_parameters_dict VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame.get_duration_sec VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame-class.html#get_duration_sec VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_dict VisionEgg.PyroApps.SphereGratingGUI.SphereGratingMetaParameters VisionEgg.PyroApps.SphereGratingGUI.SphereGratingMetaParameters-class.html VisionEgg.PyroApps.SphereGratingGUI.SphereGratingMetaParameters.__init__ VisionEgg.PyroApps.SphereGratingGUI.SphereGratingMetaParameters-class.html#__init__ VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController-class.html VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController.go VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController-class.html#go VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController.set_parameters VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController-class.html#set_parameters VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController.__init__ VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController-class.html#__init__ VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController.on_function_between_go VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController-class.html#on_function_between_go VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController.on_function_during_go VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController-class.html#on_function_during_go VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController.get_parameters VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController-class.html#get_parameters VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController.__del__ VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController-class.html#__del__ VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController.update VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController-class.html#update VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController.quit_server VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController-class.html#quit_server VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame-class.html Tkinter.Misc.getdouble float-class.html VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.make_callback_entry VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#make_callback_entry VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame.title VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame-class.html#title VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_loopable_variable_names VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_loopable_variable_names Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame.get_shortname VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame-class.html#get_shortname VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_loopable_variable VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_loopable_variable VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame.send_values VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame-class.html#send_values VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame.update_tk_vars VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame-class.html#update_tk_vars VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame.__init__ VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame-class.html#__init__ VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_parameters_dict VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame.get_duration_sec VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame-class.html#get_duration_sec VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_dict VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumMetaParameters VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumMetaParameters-class.html VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumMetaParameters.__init__ VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumMetaParameters-class.html#__init__ VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.html VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController.angular_position_between_go VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.html#angular_position_between_go VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController.go VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.html#go VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController.set_parameters VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.html#set_parameters VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController.__init__ VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.html#__init__ VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController.on_function_between_go VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.html#on_function_between_go VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController.on_function_during_go VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.html#on_function_during_go VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController.get_parameters VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.html#get_parameters VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController.__del__ VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.html#__del__ VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController.update VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.html#update VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController.quit_server VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.html#quit_server VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController.angular_position_during_go VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.html#angular_position_during_go VisionEgg.PyroApps.TargetGUI.TargetControlFrame VisionEgg.PyroApps.TargetGUI.TargetControlFrame-class.html Tkinter.Misc.getdouble float-class.html VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#go VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.make_callback_entry VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#make_callback_entry VisionEgg.PyroApps.TargetGUI.TargetControlFrame.title VisionEgg.PyroApps.TargetGUI.TargetControlFrame-class.html#title VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_loopable_variable_names VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_loopable_variable_names Tkinter.Misc.getint int-class.html VisionEgg.PyroApps.TargetGUI.TargetControlFrame.get_shortname VisionEgg.PyroApps.TargetGUI.TargetControlFrame-class.html#get_shortname VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#standalone_connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_param_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#connect VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_m_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#quit_server VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_as_py_strings VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_matlab_string VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_loopable_variable VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_loopable_variable VisionEgg.PyroApps.TargetGUI.TargetControlFrame.send_values VisionEgg.PyroApps.TargetGUI.TargetControlFrame-class.html#send_values VisionEgg.PyroApps.TargetGUI.TargetControlFrame.update_tk_vars VisionEgg.PyroApps.TargetGUI.TargetControlFrame-class.html#update_tk_vars VisionEgg.PyroApps.TargetGUI.TargetControlFrame.__init__ VisionEgg.PyroApps.TargetGUI.TargetControlFrame-class.html#__init__ VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.set_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#set_parameters_dict VisionEgg.PyroApps.TargetGUI.TargetControlFrame.get_duration_sec VisionEgg.PyroApps.TargetGUI.TargetControlFrame-class.html#get_duration_sec VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame.get_parameters_dict VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html#get_parameters_dict VisionEgg.PyroApps.TargetGUI.TargetMetaParameters VisionEgg.PyroApps.TargetGUI.TargetMetaParameters-class.html VisionEgg.PyroApps.TargetGUI.TargetMetaParameters.__init__ VisionEgg.PyroApps.TargetGUI.TargetMetaParameters-class.html#__init__ VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.html VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController.go VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.html#go VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController.set_parameters VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.html#set_parameters VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController.__init__ VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.html#__init__ VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController.on_function_between_go VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.html#on_function_between_go VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController.on_function_during_go VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.html#on_function_during_go VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController.get_parameters VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.html#get_parameters VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController.__del__ VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.html#__del__ VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController.update VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.html#update VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController.quit_server VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.html#quit_server VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController.center_between_go VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.html#center_between_go VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController.center_during_go VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.html#center_during_go VisionEgg.PyroClient.PyroClient VisionEgg.PyroClient.PyroClient-class.html VisionEgg.PyroClient.PyroClient.__init__ VisionEgg.PyroClient.PyroClient-class.html#__init__ VisionEgg.PyroClient.PyroClient.get VisionEgg.PyroClient.PyroClient-class.html#get VisionEgg.PyroHelpers.PyroConstantController VisionEgg.PyroHelpers.PyroConstantController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.ConstantController.between_go_eval VisionEgg.FlowControl.ConstantController-class.html#between_go_eval VisionEgg.FlowControl.ConstantController.set_during_go_value VisionEgg.FlowControl.ConstantController-class.html#set_during_go_value VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.PyroHelpers.PyroConstantController.__init__ VisionEgg.PyroHelpers.PyroConstantController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.ConstantController.get_during_go_value VisionEgg.FlowControl.ConstantController-class.html#get_during_go_value VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.ConstantController.set_between_go_value VisionEgg.FlowControl.ConstantController-class.html#set_between_go_value VisionEgg.FlowControl.ConstantController.get_between_go_value VisionEgg.FlowControl.ConstantController-class.html#get_between_go_value VisionEgg.FlowControl.ConstantController.during_go_eval VisionEgg.FlowControl.ConstantController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.PyroHelpers.PyroEncapsulatedController VisionEgg.PyroHelpers.PyroEncapsulatedController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.EncapsulatedController.between_go_eval VisionEgg.FlowControl.EncapsulatedController-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.PyroHelpers.PyroEncapsulatedController.__init__ VisionEgg.PyroHelpers.PyroEncapsulatedController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.EncapsulatedController.set_new_controller VisionEgg.FlowControl.EncapsulatedController-class.html#set_new_controller VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.EncapsulatedController.during_go_eval VisionEgg.FlowControl.EncapsulatedController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.PyroHelpers.PyroEvalStringController VisionEgg.PyroHelpers.PyroEvalStringController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.EvalStringController.set_between_go_eval_string VisionEgg.FlowControl.EvalStringController-class.html#set_between_go_eval_string VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.EvalStringController.get_between_go_eval_string VisionEgg.FlowControl.EvalStringController-class.html#get_between_go_eval_string VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.EvalStringController.between_go_eval VisionEgg.FlowControl.EvalStringController-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.PyroHelpers.PyroEvalStringController.__init__ VisionEgg.PyroHelpers.PyroEvalStringController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.EvalStringController.get_during_go_eval_string VisionEgg.FlowControl.EvalStringController-class.html#get_during_go_eval_string VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.EvalStringController.set_during_go_eval_string VisionEgg.FlowControl.EvalStringController-class.html#set_during_go_eval_string VisionEgg.FlowControl.EvalStringController.during_go_eval VisionEgg.FlowControl.EvalStringController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.PyroHelpers.PyroExecStringController VisionEgg.PyroHelpers.PyroExecStringController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.ExecStringController.set_between_go_exec_string VisionEgg.FlowControl.ExecStringController-class.html#set_between_go_exec_string VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.ExecStringController.between_go_eval VisionEgg.FlowControl.ExecStringController-class.html#between_go_eval VisionEgg.FlowControl.ExecStringController.get_between_go_exec_string VisionEgg.FlowControl.ExecStringController-class.html#get_between_go_exec_string VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.PyroHelpers.PyroExecStringController.__init__ VisionEgg.PyroHelpers.PyroExecStringController-class.html#__init__ VisionEgg.FlowControl.ExecStringController.get_during_go_exec_string VisionEgg.FlowControl.ExecStringController-class.html#get_during_go_exec_string VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.ExecStringController.set_during_go_exec_string VisionEgg.FlowControl.ExecStringController-class.html#set_during_go_exec_string VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.ExecStringController.during_go_eval VisionEgg.FlowControl.ExecStringController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.PyroHelpers.PyroListenController VisionEgg.PyroHelpers.PyroListenController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.PyroHelpers.PyroListenController.between_go_eval VisionEgg.PyroHelpers.PyroListenController-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.PyroHelpers.PyroListenController.__init__ VisionEgg.PyroHelpers.PyroListenController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.PyroHelpers.PyroListenController.during_go_eval VisionEgg.PyroHelpers.PyroListenController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.PyroHelpers.PyroLocalDictController VisionEgg.PyroHelpers.PyroLocalDictController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.EncapsulatedController.between_go_eval VisionEgg.FlowControl.EncapsulatedController-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.PyroHelpers.PyroLocalDictController.__init__ VisionEgg.PyroHelpers.PyroLocalDictController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.PyroHelpers.PyroLocalDictController.add_controller VisionEgg.PyroHelpers.PyroLocalDictController-class.html#add_controller VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.EncapsulatedController.set_new_controller VisionEgg.FlowControl.EncapsulatedController-class.html#set_new_controller VisionEgg.PyroHelpers.PyroLocalDictController.use_controller VisionEgg.PyroHelpers.PyroLocalDictController-class.html#use_controller VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.EncapsulatedController.during_go_eval VisionEgg.FlowControl.EncapsulatedController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.PyroHelpers.PyroServer VisionEgg.PyroHelpers.PyroServer-class.html VisionEgg.PyroHelpers.PyroServer.disconnect VisionEgg.PyroHelpers.PyroServer-class.html#disconnect VisionEgg.PyroHelpers.PyroServer.create_listener_controller VisionEgg.PyroHelpers.PyroServer-class.html#create_listener_controller VisionEgg.PyroHelpers.PyroServer.connect VisionEgg.PyroHelpers.PyroServer-class.html#connect VisionEgg.PyroHelpers.PyroServer.handleRequests VisionEgg.PyroHelpers.PyroServer-class.html#handleRequests VisionEgg.PyroHelpers.PyroServer.get_hostname_and_port VisionEgg.PyroHelpers.PyroServer-class.html#get_hostname_and_port VisionEgg.PyroHelpers.PyroServer.__init__ VisionEgg.PyroHelpers.PyroServer-class.html#__init__ VisionEgg.QuickTime.MovieTexture VisionEgg.QuickTime.MovieTexture-class.html VisionEgg.QuickTime.MovieTexture.load VisionEgg.QuickTime.MovieTexture-class.html#load VisionEgg.Textures.Texture.get_pixels_as_image VisionEgg.Textures.Texture-class.html#get_pixels_as_image VisionEgg.QuickTime.MovieTexture.make_half_size VisionEgg.QuickTime.MovieTexture-class.html#make_half_size VisionEgg.QuickTime.MovieTexture.unload VisionEgg.QuickTime.MovieTexture-class.html#unload VisionEgg.QuickTime.MovieTexture.__del__ VisionEgg.QuickTime.MovieTexture-class.html#__del__ VisionEgg.Textures.Texture.get_texture_object VisionEgg.Textures.Texture-class.html#get_texture_object VisionEgg.QuickTime.MovieTexture.update VisionEgg.QuickTime.MovieTexture-class.html#update VisionEgg.QuickTime.MovieTexture.get_texels_as_image VisionEgg.QuickTime.MovieTexture-class.html#get_texels_as_image VisionEgg.QuickTime.MovieTexture.__init__ VisionEgg.QuickTime.MovieTexture-class.html#__init__ VisionEgg.ResponseControl.KeyboardResponseController VisionEgg.ResponseControl.KeyboardResponseController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.ResponseControl.ResponseController.get_time_first_responses_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_time_first_responses_since_go VisionEgg.ResponseControl.ResponseController.get_time_first_response_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_time_first_response_since_go VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.ResponseControl.ResponseController.get_time_last_responses_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_time_last_responses_since_go VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.ResponseControl.KeyboardResponseController.between_go_eval VisionEgg.ResponseControl.KeyboardResponseController-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.ResponseControl.KeyboardResponseController.__init__ VisionEgg.ResponseControl.KeyboardResponseController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.ResponseControl.ResponseController.get_last_response_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_last_response_since_go VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.ResponseControl.ResponseController.get_data VisionEgg.ResponseControl.ResponseController-class.html#get_data VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.ResponseControl.ResponseController.get_first_responses_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_first_responses_since_go VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.ResponseControl.ResponseController.get_responses_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_responses_since_go VisionEgg.ResponseControl.ResponseController.get_last_responses_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_last_responses_since_go VisionEgg.ResponseControl.ResponseController.get_first_response_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_first_response_since_go VisionEgg.ResponseControl.ResponseController.get_time_responses_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_time_responses_since_go VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.ResponseControl.KeyboardResponseController.during_go_eval VisionEgg.ResponseControl.KeyboardResponseController-class.html#during_go_eval VisionEgg.ResponseControl.ResponseController.get_time_last_response_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_time_last_response_since_go VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.ResponseControl.ResponseController.get_responses VisionEgg.ResponseControl.ResponseController-class.html#get_responses VisionEgg.ResponseControl.ResponseController._reset VisionEgg.ResponseControl.ResponseController-class.html#_reset VisionEgg.ResponseControl.ResponseController VisionEgg.ResponseControl.ResponseController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.ResponseControl.ResponseController.get_data VisionEgg.ResponseControl.ResponseController-class.html#get_data VisionEgg.ResponseControl.ResponseController.get_time_first_response_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_time_first_response_since_go VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.ResponseControl.ResponseController.get_time_last_responses_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_time_last_responses_since_go VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.ResponseControl.ResponseController.between_go_eval VisionEgg.ResponseControl.ResponseController-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.ResponseControl.ResponseController.__init__ VisionEgg.ResponseControl.ResponseController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.ResponseControl.ResponseController.get_last_response_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_last_response_since_go VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.ResponseControl.ResponseController.get_time_first_responses_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_time_first_responses_since_go VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.ResponseControl.ResponseController.get_first_responses_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_first_responses_since_go VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.ResponseControl.ResponseController.get_responses_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_responses_since_go VisionEgg.ResponseControl.ResponseController.get_last_responses_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_last_responses_since_go VisionEgg.ResponseControl.ResponseController.get_first_response_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_first_response_since_go VisionEgg.ResponseControl.ResponseController.get_time_responses_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_time_responses_since_go VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.ResponseControl.ResponseController.during_go_eval VisionEgg.ResponseControl.ResponseController-class.html#during_go_eval VisionEgg.ResponseControl.ResponseController._reset VisionEgg.ResponseControl.ResponseController-class.html#_reset VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.ResponseControl.ResponseController.get_responses VisionEgg.ResponseControl.ResponseController-class.html#get_responses VisionEgg.ResponseControl.ResponseController.get_time_last_response_since_go VisionEgg.ResponseControl.ResponseController-class.html#get_time_last_response_since_go VisionEgg.SphereMap.AzElGrid VisionEgg.SphereMap.AzElGrid-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.SphereMap.AzElGrid.__rebuild_display_lists VisionEgg.SphereMap.AzElGrid-class.html#__rebuild_display_lists VisionEgg.SphereMap.AzElGrid.__init__ VisionEgg.SphereMap.AzElGrid-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.SphereMap.AzElGrid.draw VisionEgg.SphereMap.AzElGrid-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.SphereMap.AzElGrid.constant_parameters_and_defaults VisionEgg.SphereMap.AzElGrid-class.html#constant_parameters_and_defaults VisionEgg.SphereMap.AzElGrid.parameters_and_defaults VisionEgg.SphereMap.AzElGrid-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.SphereMap.SphereGrating VisionEgg.SphereMap.SphereGrating-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Gratings.LuminanceGratingCommon.calculate_bit_depth_dependencies VisionEgg.Gratings.LuminanceGratingCommon-class.html#calculate_bit_depth_dependencies VisionEgg.SphereMap.SphereGrating.__init__ VisionEgg.SphereMap.SphereGrating-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.SphereMap.SphereGrating.draw VisionEgg.SphereMap.SphereGrating-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.SphereMap.SphereGrating.__rebuild_texture_object VisionEgg.SphereMap.SphereGrating-class.html#__rebuild_texture_object VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.SphereMap.SphereGrating.parameters_and_defaults VisionEgg.SphereMap.SphereGrating-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.SphereMap.SphereGrating.__rebuild_display_list VisionEgg.SphereMap.SphereGrating-class.html#__rebuild_display_list VisionEgg.SphereMap.SphereMap VisionEgg.SphereMap.SphereMap-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.SphereMap.SphereMap.__init__ VisionEgg.SphereMap.SphereMap-class.html#__init__ VisionEgg.Textures.TextureStimulusBaseClass._mipmap_modes VisionEgg.Textures.TextureStimulusBaseClass-class.html#_mipmap_modes VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.SphereMap.SphereMap.draw VisionEgg.SphereMap.SphereMap-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.Textures.TextureStimulusBaseClass.constant_parameters_and_defaults VisionEgg.Textures.TextureStimulusBaseClass-class.html#constant_parameters_and_defaults VisionEgg.SphereMap.SphereMap.parameters_and_defaults VisionEgg.SphereMap.SphereMap-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.SphereMap.SphereMap.__rebuild_display_list VisionEgg.SphereMap.SphereMap-class.html#__rebuild_display_list VisionEgg.Textures.TextureStimulusBaseClass._reload_texture VisionEgg.Textures.TextureStimulusBaseClass-class.html#_reload_texture VisionEgg.SphereMap.SphereWindow VisionEgg.SphereMap.SphereWindow-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Gratings.LuminanceGratingCommon.calculate_bit_depth_dependencies VisionEgg.Gratings.LuminanceGratingCommon-class.html#calculate_bit_depth_dependencies VisionEgg.SphereMap.SphereWindow.__rebuild_display_lists VisionEgg.SphereMap.SphereWindow-class.html#__rebuild_display_lists VisionEgg.SphereMap.SphereWindow.__init__ VisionEgg.SphereMap.SphereWindow-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.SphereMap.SphereWindow.draw VisionEgg.SphereMap.SphereWindow-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.SphereMap.SphereWindow.__rebuild_texture_object VisionEgg.SphereMap.SphereWindow-class.html#__rebuild_texture_object VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.SphereMap.SphereWindow.parameters_and_defaults VisionEgg.SphereMap.SphereWindow-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.TCPController.SocketListenController VisionEgg.TCPController.SocketListenController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.TCPController.SocketListenController._re_exec_str VisionEgg.TCPController.SocketListenController-class.html#_re_exec_str VisionEgg.TCPController.SocketListenController.__unprocessed_line VisionEgg.TCPController.SocketListenController-class.html#__unprocessed_line VisionEgg.TCPController.SocketListenController.__do_assignment_command VisionEgg.TCPController.SocketListenController-class.html#__do_assignment_command VisionEgg.TCPController.SocketListenController._parse_args_globals VisionEgg.TCPController.SocketListenController-class.html#_parse_args_globals VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.TCPController.SocketListenController.between_go_eval VisionEgg.TCPController.SocketListenController-class.html#between_go_eval VisionEgg.TCPController.SocketListenController.send_raw_text VisionEgg.TCPController.SocketListenController-class.html#send_raw_text VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.TCPController.SocketListenController.__init__ VisionEgg.TCPController.SocketListenController-class.html#__init__ VisionEgg.TCPController.SocketListenController._parse_args_locals VisionEgg.TCPController.SocketListenController-class.html#_parse_args_locals VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.TCPController.SocketListenController._re_eval_str VisionEgg.TCPController.SocketListenController-class.html#_re_eval_str VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.TCPController.SocketListenController._re_x_finder VisionEgg.TCPController.SocketListenController-class.html#_re_x_finder VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.TCPController.SocketListenController.create_tcp_controller VisionEgg.TCPController.SocketListenController-class.html#create_tcp_controller VisionEgg.TCPController.SocketListenController.during_go_eval VisionEgg.TCPController.SocketListenController-class.html#during_go_eval VisionEgg.TCPController.SocketListenController.__process_common_args VisionEgg.TCPController.SocketListenController-class.html#__process_common_args VisionEgg.TCPController.SocketListenController._re_const VisionEgg.TCPController.SocketListenController-class.html#_re_const VisionEgg.TCPController.SocketListenController.help_string VisionEgg.TCPController.SocketListenController-class.html#help_string VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.TCPController.SocketListenController.__check_socket VisionEgg.TCPController.SocketListenController-class.html#__check_socket VisionEgg.TCPController.SocketListenController._re_line VisionEgg.TCPController.SocketListenController-class.html#_re_line VisionEgg.TCPController.SocketListenController.__get_five_args VisionEgg.TCPController.SocketListenController-class.html#__get_five_args VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.TCPController.TCPController VisionEgg.TCPController.TCPController-class.html VisionEgg.FlowControl.Controller.set_eval_frequency VisionEgg.FlowControl.Controller-class.html#set_eval_frequency VisionEgg.TCPController.TCPController.__str__ VisionEgg.TCPController.TCPController-class.html#__str__ VisionEgg.FlowControl.Controller.TIME_INDEPENDENT VisionEgg.FlowControl.Controller-class.html#TIME_INDEPENDENT VisionEgg.FlowControl.EncapsulatedController.between_go_eval VisionEgg.FlowControl.EncapsulatedController-class.html#between_go_eval VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO VisionEgg.FlowControl.Controller-class.html#FRAMES_SINCE_GO VisionEgg.TCPController.TCPController.__init__ VisionEgg.TCPController.TCPController-class.html#__init__ VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO VisionEgg.FlowControl.Controller-class.html#NOT_BETWEEN_GO VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#FRAMES_ABSOLUTE VisionEgg.FlowControl.Controller.NEVER VisionEgg.FlowControl.Controller-class.html#NEVER VisionEgg.FlowControl.EncapsulatedController.set_new_controller VisionEgg.FlowControl.EncapsulatedController-class.html#set_new_controller VisionEgg.FlowControl.Controller.returns_type VisionEgg.FlowControl.Controller-class.html#returns_type VisionEgg.FlowControl.Controller.evaluate_now VisionEgg.FlowControl.Controller-class.html#evaluate_now VisionEgg.FlowControl.Controller._test_self VisionEgg.FlowControl.Controller-class.html#_test_self VisionEgg.FlowControl.Controller.TRANSITIONS VisionEgg.FlowControl.Controller-class.html#TRANSITIONS VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller-class.html#TIME_SEC_ABSOLUTE VisionEgg.FlowControl.Controller.ONCE VisionEgg.FlowControl.Controller-class.html#ONCE VisionEgg.FlowControl.Controller.EVERY_FRAME VisionEgg.FlowControl.Controller-class.html#EVERY_FRAME VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller-class.html#TIME_SEC_SINCE_GO VisionEgg.FlowControl.Controller.flag_dictionary VisionEgg.FlowControl.Controller-class.html#flag_dictionary VisionEgg.FlowControl.EncapsulatedController.during_go_eval VisionEgg.FlowControl.EncapsulatedController-class.html#during_go_eval VisionEgg.FlowControl.Controller.NOT_DURING_GO VisionEgg.FlowControl.Controller-class.html#NOT_DURING_GO VisionEgg.TCPController.TCPServer VisionEgg.TCPController.TCPServer-class.html VisionEgg.TCPController.TCPServer.__init__ VisionEgg.TCPController.TCPServer-class.html#__init__ VisionEgg.TCPController.TCPServer.create_listener_once_connected VisionEgg.TCPController.TCPServer-class.html#create_listener_once_connected VisionEgg.Text.BitmapText VisionEgg.Text.BitmapText-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Text.BitmapText.draw VisionEgg.Text.BitmapText-class.html#draw VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Text.BitmapText.parameters_and_defaults VisionEgg.Text.BitmapText-class.html#parameters_and_defaults VisionEgg.Text.BitmapText.__init__ VisionEgg.Text.BitmapText-class.html#__init__ VisionEgg.Text.GlutTextBase VisionEgg.Text.GlutTextBase-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.Stimulus.draw VisionEgg.Core.Stimulus-class.html#draw VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Text.GlutTextBase.parameters_and_defaults VisionEgg.Text.GlutTextBase-class.html#parameters_and_defaults VisionEgg.Text.GlutTextBase.__init__ VisionEgg.Text.GlutTextBase-class.html#__init__ VisionEgg.Text.StrokeText VisionEgg.Text.StrokeText-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Text.StrokeText.draw VisionEgg.Text.StrokeText-class.html#draw VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.ClassWithParameters.constant_parameters_and_defaults VisionEgg.ClassWithParameters-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Text.StrokeText.parameters_and_defaults VisionEgg.Text.StrokeText-class.html#parameters_and_defaults VisionEgg.Text.StrokeText.__init__ VisionEgg.Text.StrokeText-class.html#__init__ VisionEgg.Text.Text VisionEgg.Text.Text-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Text.Text._render_text VisionEgg.Text.Text-class.html#_render_text VisionEgg.Text.Text.__init__ VisionEgg.Text.Text-class.html#__init__ VisionEgg.Textures.TextureStimulusBaseClass._mipmap_modes VisionEgg.Textures.TextureStimulusBaseClass-class.html#_mipmap_modes VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Text.Text.draw VisionEgg.Text.Text-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.Text.Text.constant_parameters_and_defaults VisionEgg.Text.Text-class.html#constant_parameters_and_defaults VisionEgg.Text.Text.parameters_and_defaults VisionEgg.Text.Text-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Textures.TextureStimulusBaseClass._reload_texture VisionEgg.Textures.TextureStimulusBaseClass-class.html#_reload_texture VisionEgg.Textures.FixationCross VisionEgg.Textures.FixationCross-class.html VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Textures.FixationCross.draw VisionEgg.Textures.FixationCross-class.html#draw VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Textures.FixationCross.constant_parameters_and_defaults VisionEgg.Textures.FixationCross-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Textures.FixationCross.parameters_and_defaults VisionEgg.Textures.FixationCross-class.html#parameters_and_defaults VisionEgg.Textures.FixationCross.__init__ VisionEgg.Textures.FixationCross-class.html#__init__ VisionEgg.Textures.Mask2D VisionEgg.Textures.Mask2D-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Textures.Mask2D.__init__ VisionEgg.Textures.Mask2D-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.Textures.Mask2D.draw_masked_quad VisionEgg.Textures.Mask2D-class.html#draw_masked_quad VisionEgg.Textures.Mask2D.draw_masked_quad_3d VisionEgg.Textures.Mask2D-class.html#draw_masked_quad_3d VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.Textures.Mask2D.constant_parameters_and_defaults VisionEgg.Textures.Mask2D-class.html#constant_parameters_and_defaults VisionEgg.ClassWithParameters.parameters_and_defaults VisionEgg.ClassWithParameters-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Textures.SpinningDrum VisionEgg.Textures.SpinningDrum-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Textures.SpinningDrum.__init__ VisionEgg.Textures.SpinningDrum-class.html#__init__ VisionEgg.Textures.TextureStimulusBaseClass._mipmap_modes VisionEgg.Textures.TextureStimulusBaseClass-class.html#_mipmap_modes VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Textures.SpinningDrum.draw VisionEgg.Textures.SpinningDrum-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.Textures.TextureStimulusBaseClass.constant_parameters_and_defaults VisionEgg.Textures.TextureStimulusBaseClass-class.html#constant_parameters_and_defaults VisionEgg.Textures.SpinningDrum.parameters_and_defaults VisionEgg.Textures.SpinningDrum-class.html#parameters_and_defaults VisionEgg.Textures.SpinningDrum.rebuild_display_list VisionEgg.Textures.SpinningDrum-class.html#rebuild_display_list VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Textures.TextureStimulusBaseClass._reload_texture VisionEgg.Textures.TextureStimulusBaseClass-class.html#_reload_texture VisionEgg.Textures.Texture VisionEgg.Textures.Texture-class.html VisionEgg.Textures.Texture.load VisionEgg.Textures.Texture-class.html#load VisionEgg.Textures.Texture.get_pixels_as_image VisionEgg.Textures.Texture-class.html#get_pixels_as_image VisionEgg.Textures.Texture.make_half_size VisionEgg.Textures.Texture-class.html#make_half_size VisionEgg.Textures.Texture.unload VisionEgg.Textures.Texture-class.html#unload VisionEgg.Textures.Texture.get_texture_object VisionEgg.Textures.Texture-class.html#get_texture_object VisionEgg.Textures.Texture.update VisionEgg.Textures.Texture-class.html#update VisionEgg.Textures.Texture.get_texels_as_image VisionEgg.Textures.Texture-class.html#get_texels_as_image VisionEgg.Textures.Texture.__init__ VisionEgg.Textures.Texture-class.html#__init__ VisionEgg.Textures.TextureFromFile VisionEgg.Textures.TextureFromFile-class.html VisionEgg.Textures.Texture.load VisionEgg.Textures.Texture-class.html#load VisionEgg.Textures.Texture.get_pixels_as_image VisionEgg.Textures.Texture-class.html#get_pixels_as_image VisionEgg.Textures.Texture.make_half_size VisionEgg.Textures.Texture-class.html#make_half_size VisionEgg.Textures.Texture.unload VisionEgg.Textures.Texture-class.html#unload VisionEgg.Textures.Texture.get_texture_object VisionEgg.Textures.Texture-class.html#get_texture_object VisionEgg.Textures.Texture.update VisionEgg.Textures.Texture-class.html#update VisionEgg.Textures.Texture.get_texels_as_image VisionEgg.Textures.Texture-class.html#get_texels_as_image VisionEgg.Textures.TextureFromFile.__init__ VisionEgg.Textures.TextureFromFile-class.html#__init__ VisionEgg.Textures.TextureObject VisionEgg.Textures.TextureObject-class.html VisionEgg.Textures.TextureObject.set_priority VisionEgg.Textures.TextureObject-class.html#set_priority VisionEgg.Textures.TextureObject.set_mag_filter VisionEgg.Textures.TextureObject-class.html#set_mag_filter VisionEgg.Textures.TextureObject.put_new_image_build_mipmaps VisionEgg.Textures.TextureObject-class.html#put_new_image_build_mipmaps VisionEgg.Textures.TextureObject.__init__ VisionEgg.Textures.TextureObject-class.html#__init__ VisionEgg.Textures.TextureObject.set_wrap_mode_s VisionEgg.Textures.TextureObject-class.html#set_wrap_mode_s VisionEgg.Textures.TextureObject.set_wrap_mode_r VisionEgg.Textures.TextureObject-class.html#set_wrap_mode_r VisionEgg.Textures.TextureObject.set_wrap_mode_t VisionEgg.Textures.TextureObject-class.html#set_wrap_mode_t VisionEgg.Textures.TextureObject.set_min_filter VisionEgg.Textures.TextureObject-class.html#set_min_filter VisionEgg.Textures.TextureObject.is_resident VisionEgg.Textures.TextureObject-class.html#is_resident VisionEgg.Textures.TextureObject.__del__ VisionEgg.Textures.TextureObject-class.html#__del__ VisionEgg.Textures.TextureObject.put_sub_image VisionEgg.Textures.TextureObject-class.html#put_sub_image VisionEgg.Textures.TextureObject.put_new_framebuffer VisionEgg.Textures.TextureObject-class.html#put_new_framebuffer VisionEgg.Textures.TextureObject.put_new_image VisionEgg.Textures.TextureObject-class.html#put_new_image VisionEgg.Textures.TextureObject.set_border_color VisionEgg.Textures.TextureObject-class.html#set_border_color VisionEgg.Textures.TextureObject._cube_map_side_names VisionEgg.Textures.TextureObject-class.html#_cube_map_side_names VisionEgg.Textures.TextureStimulus VisionEgg.Textures.TextureStimulus-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Textures.TextureStimulusBaseClass.__init__ VisionEgg.Textures.TextureStimulusBaseClass-class.html#__init__ VisionEgg.Textures.TextureStimulusBaseClass._mipmap_modes VisionEgg.Textures.TextureStimulusBaseClass-class.html#_mipmap_modes VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Textures.TextureStimulus.draw VisionEgg.Textures.TextureStimulus-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.Textures.TextureStimulusBaseClass.constant_parameters_and_defaults VisionEgg.Textures.TextureStimulusBaseClass-class.html#constant_parameters_and_defaults VisionEgg.Textures.TextureStimulus.parameters_and_defaults VisionEgg.Textures.TextureStimulus-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Textures.TextureStimulusBaseClass._reload_texture VisionEgg.Textures.TextureStimulusBaseClass-class.html#_reload_texture VisionEgg.Textures.TextureStimulus3D VisionEgg.Textures.TextureStimulus3D-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Textures.TextureStimulusBaseClass.__init__ VisionEgg.Textures.TextureStimulusBaseClass-class.html#__init__ VisionEgg.Textures.TextureStimulusBaseClass._mipmap_modes VisionEgg.Textures.TextureStimulusBaseClass-class.html#_mipmap_modes VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Textures.TextureStimulus3D.draw VisionEgg.Textures.TextureStimulus3D-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.Textures.TextureStimulusBaseClass.constant_parameters_and_defaults VisionEgg.Textures.TextureStimulusBaseClass-class.html#constant_parameters_and_defaults VisionEgg.Textures.TextureStimulus3D.parameters_and_defaults VisionEgg.Textures.TextureStimulus3D-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Textures.TextureStimulusBaseClass._reload_texture VisionEgg.Textures.TextureStimulusBaseClass-class.html#_reload_texture VisionEgg.Textures.TextureStimulusBaseClass VisionEgg.Textures.TextureStimulusBaseClass-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.Textures.TextureStimulusBaseClass.__init__ VisionEgg.Textures.TextureStimulusBaseClass-class.html#__init__ VisionEgg.Textures.TextureStimulusBaseClass._mipmap_modes VisionEgg.Textures.TextureStimulusBaseClass-class.html#_mipmap_modes VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.Core.Stimulus.draw VisionEgg.Core.Stimulus-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.Textures.TextureStimulusBaseClass.constant_parameters_and_defaults VisionEgg.Textures.TextureStimulusBaseClass-class.html#constant_parameters_and_defaults VisionEgg.Textures.TextureStimulusBaseClass.parameters_and_defaults VisionEgg.Textures.TextureStimulusBaseClass-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.Textures.TextureStimulusBaseClass._reload_texture VisionEgg.Textures.TextureStimulusBaseClass-class.html#_reload_texture VisionEgg.Textures.TextureTooLargeError VisionEgg.Textures.TextureTooLargeError-class.html VisionEgg.ThreeDeeMath.TransformMatrix VisionEgg.ThreeDeeMath.TransformMatrix-class.html VisionEgg.ThreeDeeMath.TransformMatrix.rotate VisionEgg.ThreeDeeMath.TransformMatrix-class.html#rotate VisionEgg.ThreeDeeMath.TransformMatrix.transform_vertices VisionEgg.ThreeDeeMath.TransformMatrix-class.html#transform_vertices VisionEgg.ThreeDeeMath.TransformMatrix.scale VisionEgg.ThreeDeeMath.TransformMatrix-class.html#scale VisionEgg.ThreeDeeMath.TransformMatrix.__make_normalized_vert3 VisionEgg.ThreeDeeMath.TransformMatrix-class.html#__make_normalized_vert3 VisionEgg.ThreeDeeMath.TransformMatrix.translate VisionEgg.ThreeDeeMath.TransformMatrix-class.html#translate VisionEgg.ThreeDeeMath.TransformMatrix.get_matrix VisionEgg.ThreeDeeMath.TransformMatrix-class.html#get_matrix VisionEgg.ThreeDeeMath.TransformMatrix.__init__ VisionEgg.ThreeDeeMath.TransformMatrix-class.html#__init__ VisionEgg.WrappedText.WrappedText VisionEgg.WrappedText.WrappedText-class.html VisionEgg.ClassWithParameters.set VisionEgg.ClassWithParameters-class.html#set VisionEgg.WrappedText.WrappedText.__init__ VisionEgg.WrappedText.WrappedText-class.html#__init__ VisionEgg.ClassWithParameters.verify_parameters VisionEgg.ClassWithParameters-class.html#verify_parameters VisionEgg.ClassWithParameters.is_constant_parameter VisionEgg.ClassWithParameters-class.html#is_constant_parameter VisionEgg.WrappedText.WrappedText._splitText VisionEgg.WrappedText.WrappedText-class.html#_splitText VisionEgg.ClassWithParameters.__getstate__ VisionEgg.ClassWithParameters-class.html#__getstate__ VisionEgg.ClassWithParameters.get_specified_type VisionEgg.ClassWithParameters-class.html#get_specified_type VisionEgg.WrappedText.WrappedText.draw VisionEgg.WrappedText.WrappedText-class.html#draw VisionEgg.ClassWithParameters.__setstate__ VisionEgg.ClassWithParameters-class.html#__setstate__ VisionEgg.WrappedText.WrappedText.constant_parameters_and_defaults VisionEgg.WrappedText.WrappedText-class.html#constant_parameters_and_defaults VisionEgg.WrappedText.WrappedText.parameters_and_defaults VisionEgg.WrappedText.WrappedText-class.html#parameters_and_defaults VisionEgg.ClassWithParameters.__safe_for_unpickling__ VisionEgg.ClassWithParameters-class.html#__safe_for_unpickling__ VisionEgg.qtlowlevel.QTNewMoviePropertyElement VisionEgg.qtlowlevel.QTNewMoviePropertyElement-class.html VisionEgg.qtlowlevel.QTNewMoviePropertyElement._fields_ VisionEgg.qtlowlevel.QTNewMoviePropertyElement-class.html#_fields_ VisionEgg.qtlowlevel.Rect VisionEgg.qtlowlevel.Rect-class.html VisionEgg.qtlowlevel.Rect._fields_ VisionEgg.qtlowlevel.Rect-class.html#_fields_ VisionEgg.qtlowlevel.qtlowlevelError VisionEgg.qtlowlevel.qtlowlevelError-class.html VisionEgg.qtmovie.Movie VisionEgg.qtmovie.Movie-class.html VisionEgg.qtmovie.Movie.GetMovieBox VisionEgg.qtmovie.Movie-class.html#GetMovieBox VisionEgg.qtmovie.Movie.StartMovie VisionEgg.qtmovie.Movie-class.html#StartMovie VisionEgg.qtmovie.Movie.SetMovieBox VisionEgg.qtmovie.Movie-class.html#SetMovieBox VisionEgg.qtmovie.Movie.GoToBeginningOfMovie VisionEgg.qtmovie.Movie-class.html#GoToBeginningOfMovie VisionEgg.qtmovie.Movie.MoviesTask VisionEgg.qtmovie.Movie-class.html#MoviesTask VisionEgg.qtmovie.Movie.__init__ VisionEgg.qtmovie.Movie-class.html#__init__ VisionEgg.qtmovie.Movie.IsMovieDone VisionEgg.qtmovie.Movie-class.html#IsMovieDone VisionEgg.qtmovie.Rect VisionEgg.qtmovie.Rect-class.html VisionEgg.qtmovie.Rect.__init__ VisionEgg.qtmovie.Rect-class.html#__init__ float float-class.html float.__int__ float-class.html#__int__ float.__rtruediv__ float-class.html#__rtruediv__ float.__str__ float-class.html#__str__ float.__getattribute__ float-class.html#__getattribute__ float.__radd__ float-class.html#__radd__ float.__getformat__ float-class.html#__getformat__ float.__truediv__ float-class.html#__truediv__ float.__rsub__ float-class.html#__rsub__ float.__rdiv__ float-class.html#__rdiv__ float.__rmul__ float-class.html#__rmul__ float.__lt__ float-class.html#__lt__ float.__getnewargs__ float-class.html#__getnewargs__ float.__rmod__ float-class.html#__rmod__ float.__float__ float-class.html#__float__ float.__rpow__ float-class.html#__rpow__ float.__new__ float-class.html#__new__ float.__abs__ float-class.html#__abs__ float.__pos__ float-class.html#__pos__ float.__sub__ float-class.html#__sub__ float.__rfloordiv__ float-class.html#__rfloordiv__ float.__neg__ float-class.html#__neg__ float.__ne__ float-class.html#__ne__ float.__rdivmod__ float-class.html#__rdivmod__ float.__coerce__ float-class.html#__coerce__ float.__divmod__ float-class.html#__divmod__ float.__add__ float-class.html#__add__ float.__gt__ float-class.html#__gt__ float.__eq__ float-class.html#__eq__ float.__repr__ float-class.html#__repr__ float.__nonzero__ float-class.html#__nonzero__ float.__mod__ float-class.html#__mod__ float.__div__ float-class.html#__div__ float.__le__ float-class.html#__le__ float.__mul__ float-class.html#__mul__ float.__floordiv__ float-class.html#__floordiv__ float.__hash__ float-class.html#__hash__ float.__setformat__ float-class.html#__setformat__ float.__long__ float-class.html#__long__ float.__ge__ float-class.html#__ge__ float.__pow__ float-class.html#__pow__ int int-class.html int.__int__ int-class.html#__int__ int.__ror__ int-class.html#__ror__ int.__rtruediv__ int-class.html#__rtruediv__ int.__add__ int-class.html#__add__ int.__str__ int-class.html#__str__ int.__getattribute__ int-class.html#__getattribute__ int.__radd__ int-class.html#__radd__ int.__and__ int-class.html#__and__ int.__truediv__ int-class.html#__truediv__ int.__rrshift__ int-class.html#__rrshift__ int.__rsub__ int-class.html#__rsub__ int.__rdiv__ int-class.html#__rdiv__ int.__rmul__ int-class.html#__rmul__ int.__rmod__ int-class.html#__rmod__ int.__getnewargs__ int-class.html#__getnewargs__ int.__float__ int-class.html#__float__ int.__rpow__ int-class.html#__rpow__ int.__rand__ int-class.html#__rand__ int.__divmod__ int-class.html#__divmod__ int.__new__ int-class.html#__new__ int.__pos__ int-class.html#__pos__ int.__cmp__ int-class.html#__cmp__ int.__abs__ int-class.html#__abs__ int.__rfloordiv__ int-class.html#__rfloordiv__ int.__mul__ int-class.html#__mul__ int.__rshift__ int-class.html#__rshift__ int.__rdivmod__ int-class.html#__rdivmod__ int.__invert__ int-class.html#__invert__ int.__coerce__ int-class.html#__coerce__ int.__pow__ int-class.html#__pow__ int.__rlshift__ int-class.html#__rlshift__ int.__lshift__ int-class.html#__lshift__ int.__sub__ int-class.html#__sub__ int.__hex__ int-class.html#__hex__ int.__oct__ int-class.html#__oct__ int.__rxor__ int-class.html#__rxor__ int.__nonzero__ int-class.html#__nonzero__ int.__mod__ int-class.html#__mod__ int.__neg__ int-class.html#__neg__ int.__xor__ int-class.html#__xor__ int.__div__ int-class.html#__div__ int.__repr__ int-class.html#__repr__ int.__floordiv__ int-class.html#__floordiv__ int.__hash__ int-class.html#__hash__ int.__index__ int-class.html#__index__ int.__long__ int-class.html#__long__ int.__or__ int-class.html#__or__ visionegg-1.2.1/doc/reference/html/class-tree.html0000644000076500000240000003051711224565531021302 0ustar astrawstaff Class Hierarchy
   Home       Trees       Indices       Help   
Vision Egg
 
[frames] | no frames]
[ Module Hierarchy | Class Hierarchy ]

Class Hierarchy

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/crarr.png0000644000076500000240000000052411224565531020164 0ustar astrawstaff‰PNG  IHDR e˘E,tEXtCreation TimeTue 22 Aug 2006 00:43:10 -0500` XtIMEÖ)Ó}Ö pHYsÂÂnu>gAMAħ üaEPLTE˙˙˙Í°×ÏÀ€f4sW áۊrD`@bCÜĠÈéäܖX{`,ŻŸ€lN‡o@ġóŞ™xdEí螊dĈ´”~TÖwĊvtRNS@ĉĜfMIDATxÚc`@ĵìĵ0&+š—Šˆ°ğ(’ˆ€ ;; /EXùĜ‘? n ƒކ— b;'Ş+˜˜Y#œ(r<£"IENDB`‚visionegg-1.2.1/doc/reference/html/epydoc.css0000644000076500000240000003643011224565531020347 0ustar astrawstaff /* Epydoc CSS Stylesheet * * This stylesheet can be used to customize the appearance of epydoc's * HTML output. * */ /* Default Colors & Styles * - Set the default foreground & background color with 'body'; and * link colors with 'a:link' and 'a:visited'. * - Use bold for decision list terms. * - The heading styles defined here are used for headings *within* * docstring descriptions. All headings used by epydoc itself use * either class='epydoc' or class='toc' (CSS styles for both * defined below). */ body { background: #ffffff; color: #000000; } a:link { color: #0000ff; } a:visited { color: #204080; } dt { font-weight: bold; } h1 { font-size: +140%; font-style: italic; font-weight: bold; } h2 { font-size: +125%; font-style: italic; font-weight: bold; } h3 { font-size: +110%; font-style: italic; font-weight: normal; } code { font-size: 100%; } /* Page Header & Footer * - The standard page header consists of a navigation bar (with * pointers to standard pages such as 'home' and 'trees'); a * breadcrumbs list, which can be used to navigate to containing * classes or modules; options links, to show/hide private * variables and to show/hide frames; and a page title (using *

). The page title may be followed by a link to the * corresponding source code (using 'span.codelink'). * - The footer consists of a navigation bar, a timestamp, and a * pointer to epydoc's homepage. */ h1.epydoc { margin: 0; font-size: +140%; font-weight: bold; } h2.epydoc { font-size: +130%; font-weight: bold; } h3.epydoc { font-size: +115%; font-weight: bold; } td h3.epydoc { font-size: +115%; font-weight: bold; margin-bottom: 0; } table.navbar { background: #a0c0ff; color: #000000; border: 2px groove #c0d0d0; } table.navbar table { color: #000000; } th.navbar-select { background: #70b0ff; color: #000000; } table.navbar a { text-decoration: none; } table.navbar a:link { color: #0000ff; } table.navbar a:visited { color: #204080; } span.breadcrumbs { font-size: 85%; font-weight: bold; } span.options { font-size: 70%; } span.codelink { font-size: 85%; } td.footer { font-size: 85%; } /* Table Headers * - Each summary table and details section begins with a 'header' * row. This row contains a section title (marked by * 'span.table-header') as well as a show/hide private link * (marked by 'span.options', defined above). * - Summary tables that contain user-defined groups mark those * groups using 'group header' rows. */ td.table-header { background: #70b0ff; color: #000000; border: 1px solid #608090; } td.table-header table { color: #000000; } td.table-header table a:link { color: #0000ff; } td.table-header table a:visited { color: #204080; } span.table-header { font-size: 120%; font-weight: bold; } th.group-header { background: #c0e0f8; color: #000000; text-align: left; font-style: italic; font-size: 115%; border: 1px solid #608090; } /* Summary Tables (functions, variables, etc) * - Each object is described by a single row of the table with * two cells. The left cell gives the object's type, and is * marked with 'code.summary-type'. The right cell gives the * object's name and a summary description. * - CSS styles for the table's header and group headers are * defined above, under 'Table Headers' */ table.summary { border-collapse: collapse; background: #e8f0f8; color: #000000; border: 1px solid #608090; margin-bottom: 0.5em; } td.summary { border: 1px solid #608090; } code.summary-type { font-size: 85%; } table.summary a:link { color: #0000ff; } table.summary a:visited { color: #204080; } /* Details Tables (functions, variables, etc) * - Each object is described in its own div. * - A single-row summary table w/ table-header is used as * a header for each details section (CSS style for table-header * is defined above, under 'Table Headers'). */ table.details { border-collapse: collapse; background: #e8f0f8; color: #000000; border: 1px solid #608090; margin: .2em 0 0 0; } table.details table { color: #000000; } table.details a:link { color: #0000ff; } table.details a:visited { color: #204080; } /* Fields */ dl.fields { margin-left: 2em; margin-top: 1em; margin-bottom: 1em; } dl.fields dd ul { margin-left: 0em; padding-left: 0em; } div.fields { margin-left: 2em; } div.fields p { margin-bottom: 0.5em; } /* Index tables (identifier index, term index, etc) * - link-index is used for indices containing lists of links * (namely, the identifier index & term index). * - index-where is used in link indices for the text indicating * the container/source for each link. * - metadata-index is used for indices containing metadata * extracted from fields (namely, the bug index & todo index). */ table.link-index { border-collapse: collapse; background: #e8f0f8; color: #000000; border: 1px solid #608090; } td.link-index { border-width: 0px; } table.link-index a:link { color: #0000ff; } table.link-index a:visited { color: #204080; } span.index-where { font-size: 70%; } table.metadata-index { border-collapse: collapse; background: #e8f0f8; color: #000000; border: 1px solid #608090; margin: .2em 0 0 0; } td.metadata-index { border-width: 1px; border-style: solid; } table.metadata-index a:link { color: #0000ff; } table.metadata-index a:visited { color: #204080; } /* Function signatures * - sig* is used for the signature in the details section. * - .summary-sig* is used for the signature in the summary * table, and when listing property accessor functions. * */ .sig-name { color: #006080; } .sig-arg { color: #008060; } .sig-default { color: #602000; } .summary-sig { font-family: monospace; } .summary-sig-name { color: #006080; font-weight: bold; } table.summary a.summary-sig-name:link { color: #006080; font-weight: bold; } table.summary a.summary-sig-name:visited { color: #006080; font-weight: bold; } .summary-sig-arg { color: #006040; } .summary-sig-default { color: #501800; } /* To render variables, classes etc. like functions */ table.summary .summary-name { color: #006080; font-weight: bold; font-family: monospace; } table.summary a.summary-name:link { color: #006080; font-weight: bold; font-family: monospace; } table.summary a.summary-name:visited { color: #006080; font-weight: bold; font-family: monospace; } /* Variable values * - In the 'variable details' sections, each varaible's value is * listed in a 'pre.variable' box. The width of this box is * restricted to 80 chars; if the value's repr is longer than * this it will be wrapped, using a backslash marked with * class 'variable-linewrap'. If the value's repr is longer * than 3 lines, the rest will be ellided; and an ellipsis * marker ('...' marked with 'variable-ellipsis') will be used. * - If the value is a string, its quote marks will be marked * with 'variable-quote'. * - If the variable is a regexp, it is syntax-highlighted using * the re* CSS classes. */ pre.variable { padding: .5em; margin: 0; background: #dce4ec; color: #000000; border: 1px solid #708890; } .variable-linewrap { color: #604000; font-weight: bold; } .variable-ellipsis { color: #604000; font-weight: bold; } .variable-quote { color: #604000; font-weight: bold; } .variable-group { color: #008000; font-weight: bold; } .variable-op { color: #604000; font-weight: bold; } .variable-string { color: #006030; } .variable-unknown { color: #a00000; font-weight: bold; } .re { color: #000000; } .re-char { color: #006030; } .re-op { color: #600000; } .re-group { color: #003060; } .re-ref { color: #404040; } /* Base tree * - Used by class pages to display the base class hierarchy. */ pre.base-tree { font-size: 80%; margin: 0; } /* Frames-based table of contents headers * - Consists of two frames: one for selecting modules; and * the other listing the contents of the selected module. * - h1.toc is used for each frame's heading * - h2.toc is used for subheadings within each frame. */ h1.toc { text-align: center; font-size: 105%; margin: 0; font-weight: bold; padding: 0; } h2.toc { font-size: 100%; font-weight: bold; margin: 0.5em 0 0 -0.3em; } /* Syntax Highlighting for Source Code * - doctest examples are displayed in a 'pre.py-doctest' block. * If the example is in a details table entry, then it will use * the colors specified by the 'table pre.py-doctest' line. * - Source code listings are displayed in a 'pre.py-src' block. * Each line is marked with 'span.py-line' (used to draw a line * down the left margin, separating the code from the line * numbers). Line numbers are displayed with 'span.py-lineno'. * The expand/collapse block toggle button is displayed with * 'a.py-toggle' (Note: the CSS style for 'a.py-toggle' should not * modify the font size of the text.) * - If a source code page is opened with an anchor, then the * corresponding code block will be highlighted. The code * block's header is highlighted with 'py-highlight-hdr'; and * the code block's body is highlighted with 'py-highlight'. * - The remaining py-* classes are used to perform syntax * highlighting (py-string for string literals, py-name for names, * etc.) */ pre.py-doctest { padding: .5em; margin: 1em; background: #e8f0f8; color: #000000; border: 1px solid #708890; } table pre.py-doctest { background: #dce4ec; color: #000000; } pre.py-src { border: 2px solid #000000; background: #f0f0f0; color: #000000; } .py-line { border-left: 2px solid #000000; margin-left: .2em; padding-left: .4em; } .py-lineno { font-style: italic; font-size: 90%; padding-left: .5em; } a.py-toggle { text-decoration: none; } div.py-highlight-hdr { border-top: 2px solid #000000; border-bottom: 2px solid #000000; background: #d8e8e8; } div.py-highlight { border-bottom: 2px solid #000000; background: #d0e0e0; } .py-prompt { color: #005050; font-weight: bold;} .py-more { color: #005050; font-weight: bold;} .py-string { color: #006030; } .py-comment { color: #003060; } .py-keyword { color: #600000; } .py-output { color: #404040; } .py-name { color: #000050; } .py-name:link { color: #000050 !important; } .py-name:visited { color: #000050 !important; } .py-number { color: #005000; } .py-defname { color: #000060; font-weight: bold; } .py-def-name { color: #000060; font-weight: bold; } .py-base-class { color: #000060; } .py-param { color: #000060; } .py-docstring { color: #006030; } .py-decorator { color: #804020; } /* Use this if you don't want links to names underlined: */ /*a.py-name { text-decoration: none; }*/ /* Graphs & Diagrams * - These CSS styles are used for graphs & diagrams generated using * Graphviz dot. 'img.graph-without-title' is used for bare * diagrams (to remove the border created by making the image * clickable). */ img.graph-without-title { border: none; } img.graph-with-title { border: 1px solid #000000; } span.graph-title { font-weight: bold; } span.graph-caption { } /* General-purpose classes * - 'p.indent-wrapped-lines' defines a paragraph whose first line * is not indented, but whose subsequent lines are. * - The 'nomargin-top' class is used to remove the top margin (e.g. * from lists). The 'nomargin' class is used to remove both the * top and bottom margin (but not the left or right margin -- * for lists, that would cause the bullets to disappear.) */ p.indent-wrapped-lines { padding: 0 0 0 7em; text-indent: -7em; margin: 0; } .nomargin-top { margin-top: 0; } .nomargin { margin-top: 0; margin-bottom: 0; } /* HTML Log */ div.log-block { padding: 0; margin: .5em 0 .5em 0; background: #e8f0f8; color: #000000; border: 1px solid #000000; } div.log-error { padding: .1em .3em .1em .3em; margin: 4px; background: #ffb0b0; color: #000000; border: 1px solid #000000; } div.log-warning { padding: .1em .3em .1em .3em; margin: 4px; background: #ffffb0; color: #000000; border: 1px solid #000000; } div.log-info { padding: .1em .3em .1em .3em; margin: 4px; background: #b0ffb0; color: #000000; border: 1px solid #000000; } h2.log-hdr { background: #70b0ff; color: #000000; margin: 0; padding: 0em 0.5em 0em 0.5em; border-bottom: 1px solid #000000; font-size: 110%; } p.log { font-weight: bold; margin: .5em 0 .5em 0; } tr.opt-changed { color: #000000; font-weight: bold; } tr.opt-default { color: #606060; } pre.log { margin: 0; padding: 0; padding-left: 1em; } visionegg-1.2.1/doc/reference/html/epydoc.js0000644000076500000240000002360211224565531020170 0ustar astrawstafffunction toggle_private() { // Search for any private/public links on this page. Store // their old text in "cmd," so we will know what action to // take; and change their text to the opposite action. var cmd = "?"; var elts = document.getElementsByTagName("a"); for(var i=0; i...
"; elt.innerHTML = s; } } function toggle(id) { elt = document.getElementById(id+"-toggle"); if (elt.innerHTML == "-") collapse(id); else expand(id); return false; } function highlight(id) { var elt = document.getElementById(id+"-def"); if (elt) elt.className = "py-highlight-hdr"; var elt = document.getElementById(id+"-expanded"); if (elt) elt.className = "py-highlight"; var elt = document.getElementById(id+"-collapsed"); if (elt) elt.className = "py-highlight"; } function num_lines(s) { var n = 1; var pos = s.indexOf("\n"); while ( pos > 0) { n += 1; pos = s.indexOf("\n", pos+1); } return n; } // Collapse all blocks that mave more than `min_lines` lines. function collapse_all(min_lines) { var elts = document.getElementsByTagName("div"); for (var i=0; i 0) if (elt.id.substring(split, elt.id.length) == "-expanded") if (num_lines(elt.innerHTML) > min_lines) collapse(elt.id.substring(0, split)); } } function expandto(href) { var start = href.indexOf("#")+1; if (start != 0 && start != href.length) { if (href.substring(start, href.length) != "-") { collapse_all(4); pos = href.indexOf(".", start); while (pos != -1) { var id = href.substring(start, pos); expand(id); pos = href.indexOf(".", pos+1); } var id = href.substring(start, href.length); expand(id); highlight(id); } } } function kill_doclink(id) { var parent = document.getElementById(id); parent.removeChild(parent.childNodes.item(0)); } function auto_kill_doclink(ev) { if (!ev) var ev = window.event; if (!this.contains(ev.toElement)) { var parent = document.getElementById(this.parentID); parent.removeChild(parent.childNodes.item(0)); } } function doclink(id, name, targets_id) { var elt = document.getElementById(id); // If we already opened the box, then destroy it. // (This case should never occur, but leave it in just in case.) if (elt.childNodes.length > 1) { elt.removeChild(elt.childNodes.item(0)); } else { // The outer box: relative + inline positioning. var box1 = document.createElement("div"); box1.style.position = "relative"; box1.style.display = "inline"; box1.style.top = 0; box1.style.left = 0; // A shadow for fun var shadow = document.createElement("div"); shadow.style.position = "absolute"; shadow.style.left = "-1.3em"; shadow.style.top = "-1.3em"; shadow.style.background = "#404040"; // The inner box: absolute positioning. var box2 = document.createElement("div"); box2.style.position = "relative"; box2.style.border = "1px solid #a0a0a0"; box2.style.left = "-.2em"; box2.style.top = "-.2em"; box2.style.background = "white"; box2.style.padding = ".3em .4em .3em .4em"; box2.style.fontStyle = "normal"; box2.onmouseout=auto_kill_doclink; box2.parentID = id; // Get the targets var targets_elt = document.getElementById(targets_id); var targets = targets_elt.getAttribute("targets"); var links = ""; target_list = targets.split(","); for (var i=0; i" + target[0] + ""; } // Put it all together. elt.insertBefore(box1, elt.childNodes.item(0)); //box1.appendChild(box2); box1.appendChild(shadow); shadow.appendChild(box2); box2.innerHTML = "Which "+name+" do you want to see documentation for?" + ""; } return false; } function get_anchor() { var href = location.href; var start = href.indexOf("#")+1; if ((start != 0) && (start != href.length)) return href.substring(start, href.length); } function redirect_url(dottedName) { // Scan through each element of the "pages" list, and check // if "name" matches with any of them. for (var i=0; i-m" or "-c"; // extract the portion & compare it to dottedName. var pagename = pages[i].substring(0, pages[i].length-2); if (pagename == dottedName.substring(0,pagename.length)) { // We've found a page that matches `dottedName`; // construct its URL, using leftover `dottedName` // content to form an anchor. var pagetype = pages[i].charAt(pages[i].length-1); var url = pagename + ((pagetype=="m")?"-module.html": "-class.html"); if (dottedName.length > pagename.length) url += "#" + dottedName.substring(pagename.length+1, dottedName.length); return url; } } } visionegg-1.2.1/doc/reference/html/float-class.html0000644000076500000240000010405511224565531021447 0ustar astrawstaff float
   Home       Trees       Indices       Help   
Vision Egg
float :: Class float
[frames] | no frames]

Class float



object --+
         |
        float

float(x) -> floating point number

Convert a string or number to a floating point number, if possible.


Instance Methods
 
__abs__(x)
abs(x)
 
__add__(x, y)
x+y
 
__coerce__(x, y)
coerce(x, y)
 
__div__(x, y)
x/y
 
__divmod__(x, y)
divmod(x, y)
 
__eq__(x, y)
x==y
 
__float__(x)
float(x)
 
__floordiv__(x, y)
x//y
 
__ge__(x, y)
x>=y
 
__getattribute__(...)
x.__getattribute__('name') <==> x.name
 
__getformat__(float, typestr)
You probably don't want to use this function.
 
__getnewargs__(...)
 
__gt__(x, y)
x>y
 
__hash__(x)
hash(x)
 
__int__(x)
int(x)
 
__le__(x, y)
x<=y
 
__long__(x)
long(x)
 
__lt__(x, y)
x<y
 
__mod__(x, y)
x%y
 
__mul__(x, y)
x*y
 
__ne__(x, y)
x!=y
 
__neg__(x)
-x
 
__new__(T, S, ...)
 
__nonzero__(x)
x != 0
 
__pos__(x)
+x
 
__pow__(x, y, z=...)
pow(x, y[, z])
 
__radd__(x, y)
y+x
 
__rdiv__(x, y)
y/x
 
__rdivmod__(x, y)
divmod(y, x)
 
__repr__(x)
repr(x)
 
__rfloordiv__(x, y)
y//x
 
__rmod__(x, y)
y%x
 
__rmul__(x, y)
y*x
 
__rpow__(y, x, z=...)
pow(x, y[, z])
 
__rsub__(x, y)
y-x
 
__rtruediv__(x, y)
y/x
 
__setformat__(float, typestr, fmt)
You probably don't want to use this function.
 
__str__(x)
str(x)
 
__sub__(x, y)
x-y
 
__truediv__(x, y)
x/y

Inherited from object: __delattr__, __init__, __reduce__, __reduce_ex__, __setattr__

Properties

Inherited from object: __class__

Method Details

__getattribute__(...)

  
x.__getattribute__('name') <==> x.name
Overrides: object.__getattribute__

__getformat__(float, typestr)

  
You probably don't want to use this function.  It exists mainly to be
used in Python's test suite.

typestr must be 'double' or 'float'.  This function returns whichever of
'unknown', 'IEEE, big-endian' or 'IEEE, little-endian' best describes the
format of floating point numbers used by the C type named by typestr.
Returns:
string

__hash__(x)
(Hashing function)

  
hash(x)
Overrides: object.__hash__

__new__(T, S, ...)

 
Returns:
a new object with type S, a subtype of T
Overrides: object.__new__

__repr__(x)
(Representation operator)

  
repr(x)
Overrides: object.__repr__

__setformat__(float, typestr, fmt)

  
You probably don't want to use this function.  It exists mainly to be
used in Python's test suite.

typestr must be 'double' or 'float'.  fmt must be one of 'unknown',
'IEEE, big-endian' or 'IEEE, little-endian', and in addition can only be
one of the latter two if it appears to match the underlying C reality.

Overrides the automatic determination of C-level floating point type.
This affects how floats are converted to and from binary strings.
Returns:
None

__str__(x)
(Informal representation operator)

  
str(x)
Overrides: object.__str__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/frames.html0000644000076500000240000000111011224565531020500 0ustar astrawstaff Vision Egg visionegg-1.2.1/doc/reference/html/help.html0000644000076500000240000002546111224565531020172 0ustar astrawstaff Help
   Home       Trees       Indices       Help   
Vision Egg
 
[frames] | no frames]

API Documentation

This document contains the API (Application Programming Interface) documentation for Vision Egg. Documentation for the Python objects defined by the project is divided into separate pages for each package, module, and class. The API documentation also includes two pages containing information about the project as a whole: a trees page, and an index page.

Object Documentation

Each Package Documentation page contains:

  • A description of the package.
  • A list of the modules and sub-packages contained by the package.
  • A summary of the classes defined by the package.
  • A summary of the functions defined by the package.
  • A summary of the variables defined by the package.
  • A detailed description of each function defined by the package.
  • A detailed description of each variable defined by the package.

Each Module Documentation page contains:

  • A description of the module.
  • A summary of the classes defined by the module.
  • A summary of the functions defined by the module.
  • A summary of the variables defined by the module.
  • A detailed description of each function defined by the module.
  • A detailed description of each variable defined by the module.

Each Class Documentation page contains:

  • A class inheritance diagram.
  • A list of known subclasses.
  • A description of the class.
  • A summary of the methods defined by the class.
  • A summary of the instance variables defined by the class.
  • A summary of the class (static) variables defined by the class.
  • A detailed description of each method defined by the class.
  • A detailed description of each instance variable defined by the class.
  • A detailed description of each class (static) variable defined by the class.

Project Documentation

The Trees page contains the module and class hierarchies:

  • The module hierarchy lists every package and module, with modules grouped into packages. At the top level, and within each package, modules and sub-packages are listed alphabetically.
  • The class hierarchy lists every class, grouped by base class. If a class has more than one base class, then it will be listed under each base class. At the top level, and under each base class, classes are listed alphabetically.

The Index page contains indices of terms and identifiers:

  • The term index lists every term indexed by any object's documentation. For each term, the index provides links to each place where the term is indexed.
  • The identifier index lists the (short) name of every package, module, class, method, function, variable, and parameter. For each identifier, the index provides a short description, and a link to its documentation.

The Table of Contents

The table of contents occupies the two frames on the left side of the window. The upper-left frame displays the project contents, and the lower-left frame displays the module contents:

Project
Contents
...		 API
Documentation
Frame
Module
Contents
 
...
 

The project contents frame contains a list of all packages and modules that are defined by the project. Clicking on an entry will display its contents in the module contents frame. Clicking on a special entry, labeled "Everything," will display the contents of the entire project.

The module contents frame contains a list of every submodule, class, type, exception, function, and variable defined by a module or package. Clicking on an entry will display its documentation in the API documentation frame. Clicking on the name of the module, at the top of the frame, will display the documentation for the module itself.

The "frames" and "no frames" buttons below the top navigation bar can be used to control whether the table of contents is displayed or not.

The Navigation Bar

A navigation bar is located at the top and bottom of every page. It indicates what type of page you are currently viewing, and allows you to go to related pages. The following table describes the labels on the navigation bar. Note that not some labels (such as [Parent]) are not displayed on all pages.

Label Highlighted when... Links to...
[Parent] (never highlighted) the parent of the current package
[Package] viewing a package the package containing the current object
[Module] viewing a module the module containing the current object
[Class] viewing a class the class containing the current object
[Trees] viewing the trees page the trees page
[Index] viewing the index page the index page
[Help] viewing the help page the help page

The "show private" and "hide private" buttons below the top navigation bar can be used to control whether documentation for private objects is displayed. Private objects are usually defined as objects whose (short) names begin with a single underscore, but do not end with an underscore. For example, "_x", "__pprint", and "epydoc.epytext._tokenize" are private objects; but "re.sub", "__init__", and "type_" are not. However, if a module defines the "__all__" variable, then its contents are used to decide which objects are private.

A timestamp below the bottom navigation bar indicates when each page was last updated.

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/identifier-index.html0000644000076500000240000117545411224565531022502 0ustar astrawstaff Identifier Index
   Home       Trees       Indices       Help   
Vision Egg
 
[frames] | no frames]

Identifier Index

 [ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z _ ]

A
add()
(in Message)		 angular_position_during_go()
(in SpinningDrumExperimentMetaController)		 array_types
(in VisionEgg.ParameterTypes)
add_channel()
(in Device)		 AnyClass
(in VisionEgg.ParameterTypes)		 array_types
(in VisionEgg.Textures)
add_channel()
(in LPTDevice)		 AnyClassMC
(in VisionEgg.ParameterTypes)		 Arrow
(in VisionEgg.MoreStimuli)
add_controller()
(in Presentation)		 AnyOf
(in VisionEgg.ParameterTypes)		 assert_type()
(in VisionEgg.ParameterTypes)
add_controller()
(in PyroLocalDictController)		 apply_to_gl()
(in ProjectionBaseClass)		 assert_type()
(in VisionEgg)
add_gl_assumption()
(in VisionEgg.Core)		 apply_to_vertex()
(in ProjectionBaseClass)		 AST_ext
(in VisionEgg.PyroApps)
add_new()
(in ScrollListFrame)		 apply_to_vertices()
(in ProjectionBaseClass)		 AST_Visitor
(in VisionEgg.PyroApps.AST_ext)
advance()
(in Loop)		 AppWindow
(in VisionEgg.GUI)		 attempt_to_load_multitexturing()
(in VisionEgg.PlatformDependent)
AlphaGratingCommon
(in VisionEgg.Gratings)		 AppWindow
(in VisionEgg.PyroApps.EPhysGUI)		 az_decrease()
(in ScreenPositionControlFrame)
Analog
(in VisionEgg.Daq)		 arg_to_str()
(in VisionEgg.GLTrace)		 az_increase()
(in ScreenPositionControlFrame)
angular_position_between_go()
(in SpinningDrumExperimentMetaController)		 arm_trigger()
(in Channel)		 AzElGrid
(in VisionEgg.SphereMap)

B
BarButton
(in VisionEgg.PyroApps.EPhysGUI)		 between_go_eval()
(in ExecStringController)		 bitmask_names_by_value
(in VisionEgg.GLTrace)
between_go_eval()
(in KeyboardTriggerInController)		 between_go_eval()
(in FunctionController)		 bitmasks_by_function
(in VisionEgg.GLTrace)
between_go_eval()
(in LPTTriggerInController)		 between_go_eval()
(in PyroListenController)		 body()
(in LoopParamDialog)
between_go_eval()
(in LPTTriggerOutController)		 between_go_eval()
(in KeyboardResponseController)		 Boolean
(in VisionEgg.ParameterTypes)
between_go_eval()
(in ConstantController)		 between_go_eval()
(in ResponseController)		 BooleanMC
(in VisionEgg.ParameterTypes)
between_go_eval()
(in Controller)		 between_go_eval()
(in SocketListenController)		 Buffered
(in VisionEgg.Daq)
between_go_eval()
(in EncapsulatedController)		 between_presentations()
(in Presentation)		 build_AST()
(in EPhysServer)
between_go_eval()
(in EvalStringController)		 BitmapText
(in VisionEgg.Text)		 ByteCount
(in VisionEgg.qtlowlevel)

C
calculate_bit_depth_dependencies()
(in AlphaGratingCommon)		 clear()
(in Screen)		 constant_parameters_and_defaults
(in SignalType)
calculate_bit_depth_dependencies()
(in LuminanceGratingCommon)		 client_list
(in VisionEgg.PyroApps.EPhysGUI)		 constant_parameters_and_defaults
(in DotArea2D)
Callable
(in VisionEgg.ParameterTypes)		 clip_2_norm_device()
(in ProjectionBaseClass)		 constant_parameters_and_defaults
(in AzElGrid)
CallableMC
(in VisionEgg.ParameterTypes)		 clip_2_window()
(in Viewport)		 constant_parameters_and_defaults
(in Text)
CallbackEntry
(in VisionEgg.PyroApps.ScreenPositionGUI)		 close()
(in Screen)		 constant_parameters_and_defaults
(in FixationCross)
center_between_go()
(in TargetExperimentMetaController)		 ColorCalControlFrame
(in VisionEgg.PyroApps.ColorCalGUI)		 constant_parameters_and_defaults
(in Mask2D)
center_during_go()
(in TargetExperimentMetaController)		 ColorCalGUI
(in VisionEgg.PyroApps)		 constant_parameters_and_defaults
(in TextureStimulusBaseClass)
CFAllocatorRef
(in VisionEgg.qtlowlevel)		 ColorCalMetaController
(in VisionEgg.PyroApps.ColorCalServer)		 constant_parameters_and_defaults
(in WrappedText)
CFIndex
(in VisionEgg.qtlowlevel)		 ColorCalMetaParameters
(in VisionEgg.PyroApps.ColorCalGUI)		 ConstantController
(in VisionEgg.FlowControl)
CFStringCreateWithCharacters
(in VisionEgg.qtlowlevel)		 ColorCalServer
(in VisionEgg.PyroApps)		 ContainedObjectBase
(in VisionEgg.PyroApps.EPhysGUI)
CFStringCreateWithCString
(in VisionEgg.qtlowlevel)		 Config
(in VisionEgg.Configuration)		 Controller
(in VisionEgg.FlowControl)
CFStringEncoding
(in VisionEgg.qtlowlevel)		 config
(in VisionEgg)		 convert_to_numpy_if_array()
(in VisionEgg.Textures)
CFStringGetCString
(in VisionEgg.qtlowlevel)		 Configuration
(in VisionEgg)		 Core
(in VisionEgg)
CFStringGetCStringPtr
(in VisionEgg.qtlowlevel)		 connect()
(in StimulusControlFrame)		 create_default()
(in Screen)
CFStringRef
(in VisionEgg.qtlowlevel)		 connect()
(in ScreenPositionControlFrame)		 create_listener_controller()
(in PyroServer)
change_stimulus()
(in AppWindow)		 connect()
(in PyroServer)		 create_listener_once_connected()
(in TCPServer)
Channel
(in VisionEgg.Daq)		 constant_parameters_and_defaults
(in ClassWithParameters)		 create_tcp_controller()
(in SocketListenController)
ChannelParameters
(in VisionEgg.Daq)		 constant_parameters_and_defaults
(in Screen)		 cross_product()
(in VisionEgg.PyroApps.MouseTargetServer)
CheckOSStatus()
(in VisionEgg.qtlowlevel)		 constant_parameters_and_defaults
(in Analog)		  
ClassWithParameters
(in VisionEgg)		 constant_parameters_and_defaults
(in Channel)		  

D
Daq
(in VisionEgg)		 Dots
(in VisionEgg)		 draw_dots()
(in VisionEgg.Dots)
DaqKeyboard
(in VisionEgg)		 down
(in VisionEgg.PyroApps.MouseTargetServer)		 draw_masked_quad()
(in Mask2D)
DaqLPT
(in VisionEgg)		 draw()
(in FixationSpot)		 draw_masked_quad_3d()
(in Mask2D)
DaqMode
(in VisionEgg.Daq)		 draw()
(in Stimulus)		 DropinControlFrame
(in VisionEgg.PyroApps.DropinGUI)
darwin_getrefresh
(in VisionEgg)		 draw()
(in Viewport)		 DropinGUI
(in VisionEgg.PyroApps)
darwin_maxpriority_tune()
(in GraphicsConfigurationWindow)		 draw()
(in DotArea2D)		 DropinMetaController
(in VisionEgg.PyroApps.DropinServer)
defaults
(in VisionEgg.Configuration)		 draw()
(in SinGrating2D)		 DropinMetaParameters
(in VisionEgg.PyroApps.DropinGUI)
delegate_hscroll()
(in ScrollListFrame)		 draw()
(in SinGrating3D)		 DropinServer
(in VisionEgg.PyroApps)
Deprecated
(in VisionEgg)		 draw()
(in Arrow)		 during_go_eval()
(in KeyboardTriggerInController)
DEPRECATED
(in ParameterDefinition)		 draw()
(in FilledCircle)		 during_go_eval()
(in LPTTriggerInController)
DEPRECATION
(in Message)		 draw()
(in Rectangle3D)		 during_go_eval()
(in LPTTriggerOutController)
destroy()
(in ToplevelDialog)		 draw()
(in Target2D)		 during_go_eval()
(in ConstantController)
destroy()
(in AppWindow)		 draw()
(in AzElGrid)		 during_go_eval()
(in Controller)
destroy()
(in LoopParamDialog)		 draw()
(in SphereGrating)		 during_go_eval()
(in EncapsulatedController)
Device
(in VisionEgg.Daq)		 draw()
(in SphereMap)		 during_go_eval()
(in EvalStringController)
Digital
(in VisionEgg.Daq)		 draw()
(in SphereWindow)		 during_go_eval()
(in ExecStringController)
disconnect()
(in PyroServer)		 draw()
(in BitmapText)		 during_go_eval()
(in FunctionController)
do_it()
(in ImageSequenceLauncher)		 draw()
(in StrokeText)		 during_go_eval()
(in MousePositionController)
do_loops()
(in AppWindow)		 draw()
(in Text)		 during_go_eval()
(in TargetOrientationController)
do_single_trial()
(in AppWindow)		 draw()
(in FixationCross)		 during_go_eval()
(in TargetPositionController)
do_single_trial_post()
(in AppWindow)		 draw()
(in SpinningDrum)		 during_go_eval()
(in PyroListenController)
do_single_trial_pre()
(in AppWindow)		 draw()
(in TextureStimulus)		 during_go_eval()
(in KeyboardResponseController)
do_single_trial_work()
(in AppWindow)		 draw()
(in TextureStimulus3D)		 during_go_eval()
(in ResponseController)
DotArea2D
(in VisionEgg.Dots)		 draw()
(in WrappedText)		 during_go_eval()
(in SocketListenController)

E
edit_contained_object()
(in ScrollListFrame)		 EPhysServer
(in VisionEgg.PyroApps)		 ExecStringController
(in VisionEgg.FlowControl)
edit_selected()
(in ScrollListFrame)		 EPhysServer
(in VisionEgg.PyroApps.EPhysServer)		 export_movie_go()
(in Presentation)
el_decrease()
(in ScreenPositionControlFrame)		 ERROR
(in Message)		 extra_darwin_defaults
(in VisionEgg.Configuration)
el_increase()
(in ScreenPositionControlFrame)		 EvalStringController
(in VisionEgg.FlowControl)		 extract_from_AST()
(in VisionEgg.PyroApps.AST_ext)
EncapsulatedController
(in VisionEgg.FlowControl)		 evaluate_now()
(in Controller)		 eye_2_clip()
(in ProjectionBaseClass)
EnterMovies
(in VisionEgg.qtlowlevel)		 EVERY_FRAME
(in Controller)		 eye_2_norm_device()
(in ProjectionBaseClass)
EPhysGUI
(in VisionEgg.PyroApps)		 EVERY_FRAME
(in VisionEgg.FlowControl)		 eye_2_window()
(in Viewport)
EPhysGUIUtils
(in VisionEgg.PyroApps)		 exec_AST()
(in EPhysServer)		  

F
FATAL
(in Message)		 float frustum_down()
(in ScreenPositionControlFrame)
FilledCircle
(in VisionEgg.MoreStimuli)		 FlowControl
(in VisionEgg)		 frustum_left()
(in ScreenPositionControlFrame)
first_connection()
(in EPhysServer)		 format_string()
(in Message)		 frustum_narrower()
(in ScreenPositionControlFrame)
FixationCross
(in VisionEgg.Textures)		 format_string()
(in GraphicsConfigurationWindow)		 frustum_right()
(in ScreenPositionControlFrame)
FixationSpot
(in VisionEgg.Core)		 FOUR_CHAR_CODE()
(in VisionEgg.qtlowlevel)		 frustum_shorter()
(in ScreenPositionControlFrame)
flag_dictionary
(in Controller)		 FourCharCode
(in VisionEgg.qtlowlevel)		 frustum_taller()
(in ScreenPositionControlFrame)
FlatGratingControlFrame
(in VisionEgg.PyroApps.FlatGratingGUI)		 FRAMES_ABSOLUTE
(in Controller)		 frustum_up()
(in ScreenPositionControlFrame)
FlatGratingExperimentMetaController
(in VisionEgg.PyroApps.FlatGratingServer)		 FRAMES_ABSOLUTE
(in VisionEgg.FlowControl)		 frustum_wider()
(in ScreenPositionControlFrame)
FlatGratingGUI
(in VisionEgg.PyroApps)		 FRAMES_SINCE_GO
(in Controller)		 FSSpec
(in VisionEgg.qtlowlevel)
FlatGratingMetaParameters
(in VisionEgg.PyroApps.FlatGratingGUI)		 FRAMES_SINCE_GO
(in VisionEgg.FlowControl)		 Functionality
(in VisionEgg.Daq)
FlatGratingServer
(in VisionEgg.PyroApps)		 FrameTimer
(in VisionEgg.Core)		 FunctionController
(in VisionEgg.FlowControl)

G
GammaFrame
(in VisionEgg.PyroApps.EPhysGUI)		 get_meta_controller_class()
(in VisionEgg.PyroApps.ColorCalServer)		 get_string_data()
(in KeyboardInput)
gen_assign_val_subtree()
(in VisionEgg.PyroApps.AST_ext)		 get_meta_controller_class()
(in VisionEgg.PyroApps.DropinServer)		 get_target_size()
(in VisionEgg.PyroApps.MouseTargetServer)
gen_var_widgets()
(in DropinControlFrame)		 get_meta_controller_class()
(in VisionEgg.PyroApps.FlatGratingServer)		 get_texels_as_image()
(in MovieTexture)
get()
(in PyroClient)		 get_meta_controller_class()
(in VisionEgg.PyroApps.GridServer)		 get_texels_as_image()
(in Texture)
get_all_classes_list()
(in VisionEgg.ParameterTypes)		 get_meta_controller_class()
(in VisionEgg.PyroApps.MouseTargetServer)		 get_texture_object()
(in Texture)
get_all_frametimes()
(in FrameTimer)		 get_meta_controller_class()
(in VisionEgg.PyroApps.SphereGratingServer)		 get_time_first_response_since_go()
(in ResponseController)
get_average_ifi_sec()
(in FrameTimer)		 get_meta_controller_class()
(in VisionEgg.PyroApps.SpinningDrumServer)		 get_time_last_response_since_go()
(in ResponseController)
get_az_el()
(in ScreenPositionControlFrame)		 get_meta_controller_class()
(in VisionEgg.PyroApps.TargetServer)		 get_time_responses_since_go()
(in ResponseController)
get_between_go_eval_string()
(in EvalStringController)		 get_meta_controller_stimkey()
(in VisionEgg.PyroApps.ColorCalServer)		 get_type()
(in VisionEgg.ParameterTypes)
get_between_go_exec_string()
(in ExecStringController)		 get_meta_controller_stimkey()
(in VisionEgg.PyroApps.DropinServer)		 get_type()
(in ScreenPositionControlFrame)
get_between_go_value()
(in ConstantController)		 get_meta_controller_stimkey()
(in VisionEgg.PyroApps.FlatGratingServer)		 get_type()
(in VisionEgg)
get_contained()
(in ContainedObjectBase)		 get_meta_controller_stimkey()
(in VisionEgg.PyroApps.GridServer)		 get_xyz()
(in ScreenPositionControlFrame)
get_control_list()
(in VisionEgg.PyroApps.ColorCalGUI)		 get_meta_controller_stimkey()
(in VisionEgg.PyroApps.MouseTargetServer)		 GetErrorString()
(in VisionEgg.qtlowlevel)
get_control_list()
(in VisionEgg.PyroApps.DropinGUI)		 get_meta_controller_stimkey()
(in VisionEgg.PyroApps.SphereGratingServer)		 getID()
(in VisionEgg.PyroApps.VarTypes)
get_control_list()
(in VisionEgg.PyroApps.FlatGratingGUI)		 get_meta_controller_stimkey()
(in VisionEgg.PyroApps.SpinningDrumServer)		 GetKeypressDialog
(in VisionEgg.GUI)
get_control_list()
(in VisionEgg.PyroApps.GridGUI)		 get_meta_controller_stimkey()
(in VisionEgg.PyroApps.TargetServer)		 GetMovieBox
(in VisionEgg.qtlowlevel)
get_control_list()
(in VisionEgg.PyroApps.MouseTargetGUI)		 get_next_stimulus_meta_controller()
(in EPhysServer)		 GetMovieBox()
(in Movie)
get_control_list()
(in VisionEgg.PyroApps.SphereGratingGUI)		 get_param_dict()
(in ScreenPositionControlFrame)		 getrefresh
(in VisionEgg.darwin_getrefresh)
get_control_list()
(in VisionEgg.PyroApps.SpinningDrumGUI)		 get_parameters()
(in ColorCalMetaController)		 getrefresh
(in VisionEgg.win32_getrefresh)
get_control_list()
(in VisionEgg.PyroApps.TargetGUI)		 get_parameters()
(in DropinMetaController)		 getType()
(in VisionEgg.PyroApps.VarTypes)
get_corrected_gamma_table()
(in GammaFrame)		 get_parameters()
(in FlatGratingExperimentMetaController)		 GL
(in VisionEgg)
get_current()
(in Loop)		 get_parameters()
(in GridMetaController)		 gl_assumptions
(in VisionEgg.Core)
get_cwd()
(in EPhysServer)		 get_parameters()
(in MouseTargetExperimentMetaController)		 gl_constants
(in VisionEgg.GLTrace)
get_data()
(in Input)		 get_parameters()
(in ScreenPositionMetaController)		 gl_qt
(in VisionEgg)
get_data()
(in LPTInput)		 get_parameters()
(in SphereGratingExperimentMetaController)		 gl_qt_renderer_create
(in VisionEgg.gl_qt)
get_default_screen()
(in VisionEgg.Core)		 get_parameters()
(in SpinningDrumExperimentMetaController)		 gl_qt_renderer_delete
(in VisionEgg.gl_qt)
get_duration_sec()
(in ColorCalControlFrame)		 get_parameters()
(in TargetExperimentMetaController)		 gl_qt_renderer_update
(in VisionEgg.gl_qt)
get_duration_sec()
(in DropinControlFrame)		 get_parameters_as_m_strings()
(in StimulusControlFrame)		 gl_trace_attach()
(in VisionEgg.GLTrace)
get_duration_sec()
(in StimulusControlFrame)		 get_parameters_as_py_strings()
(in StimulusControlFrame)		 GL_UNSIGNED_INT_8_8_8_8_REV
(in VisionEgg.GL)
get_duration_sec()
(in FlatGratingControlFrame)		 get_parameters_as_strings()
(in ScreenPositionControlFrame)		 glLoadMatrixf()
(in VisionEgg.GL)
get_duration_sec()
(in GridControlFrame)		 get_parameters_dict()
(in StimulusControlFrame)		 GLTrace
(in VisionEgg)
get_duration_sec()
(in MouseTargetControlFrame)		 get_pixels_as_image()
(in Texture)		 GlutTextBase
(in VisionEgg.Text)
get_duration_sec()
(in SphereGratingControlFrame)		 get_pygame_data()
(in KeyboardInput)		 go()
(in Presentation)
get_duration_sec()
(in SpinningDrumControlFrame)		 get_quit_status()
(in EPhysServer)		 go()
(in ColorCalMetaController)
get_duration_sec()
(in TargetControlFrame)		 get_responses()
(in ResponseController)		 go()
(in DropinMetaController)
get_during_go_eval_string()
(in EvalStringController)		 get_responses_since_go()
(in ResponseController)		 go()
(in StimulusControlFrame)
get_during_go_exec_string()
(in ExecStringController)		 get_running_average_ifi_sec()
(in FrameTimer)		 go()
(in FlatGratingExperimentMetaController)
get_during_go_value()
(in ConstantController)		 get_selected()
(in ScrollListFrame)		 go()
(in GridMetaController)
get_first_response_since_go()
(in ResponseController)		 get_server()
(in VisionEgg.PyroApps.EPhysGUI)		 go()
(in MouseTargetExperimentMetaController)
get_first_responses_since_go()
(in ResponseController)		 get_shortname()
(in ColorCalControlFrame)		 go()
(in ScreenPositionMetaController)
get_framebuffer_as_array()
(in Screen)		 get_shortname()
(in DropinControlFrame)		 go()
(in SphereGratingExperimentMetaController)
get_framebuffer_as_image()
(in Screen)		 get_shortname()
(in StimulusControlFrame)		 go()
(in SpinningDrumExperimentMetaController)
get_hostname_and_port()
(in PyroServer)		 get_shortname()
(in FlatGratingControlFrame)		 go()
(in TargetExperimentMetaController)
get_item_types()
(in AnyOf)		 get_shortname()
(in GridControlFrame)		 GoToBeginningOfMovie
(in VisionEgg.qtlowlevel)
get_last_go_loop_start_time_absolute_sec()
(in Presentation)		 get_shortname()
(in MouseTargetControlFrame)		 GoToBeginningOfMovie()
(in Movie)
get_last_go_loop_start_time_absolute_sec()
(in EPhysServer)		 get_shortname()
(in ScreenPositionControlFrame)		 GraphicsConfigurationWindow
(in VisionEgg.GUI)
get_last_response_since_go()
(in ResponseController)		 get_shortname()
(in SphereGratingControlFrame)		 Gratings
(in VisionEgg)
get_last_responses_since_go()
(in ResponseController)		 get_shortname()
(in SpinningDrumControlFrame)		 GridControlFrame
(in VisionEgg.PyroApps.GridGUI)
get_list_uncontained()
(in ScrollListFrame)		 get_shortname()
(in TargetControlFrame)		 GridGUI
(in VisionEgg.PyroApps)
get_longest_frame_duration_sec()
(in FrameTimer)		 get_size()
(in Screen)		 GridMetaController
(in VisionEgg.PyroApps.GridServer)
get_loopable_variable_names()
(in StimulusControlFrame)		 get_specified_type()
(in ClassWithParameters)		 GridMetaParameters
(in VisionEgg.PyroApps.GridGUI)
get_loopable_variable_names()
(in ScreenPositionControlFrame)		 get_stim_onset_cal_location()
(in EPhysServer)		 GridServer
(in VisionEgg.PyroApps)
get_matlab_string()
(in StimulusControlFrame)		 get_stimkey()
(in EPhysServer)		 GUI
(in VisionEgg)
get_matrix()
(in ProjectionBaseClass)		 get_str_30()
(in ContainedObjectBase)		  
get_matrix()
(in TransformMatrix)		 get_str_30()
(in LoopContainedObject)		  

H
handle()
(in Message)		 have_glut
(in VisionEgg.Text)		 help_string
(in SocketListenController)
handle_event_callbacks
(in VisionEgg.PyroApps.MouseTargetServer)		 header
(in ContainedObjectBase)		 HIGH_PRIORITY_CLASS
(in VisionEgg.win32_maxpriority)
handleRequests()
(in PyroServer)		 header
(in LoopContainedObject)		  

I
idle()
(in AppWindow)		 Input
(in VisionEgg.Daq)		 is_in_go_loop()
(in EPhysServer)
IDLE_PRIORITY_CLASS
(in VisionEgg.win32_maxpriority)		 Instance
(in VisionEgg.ParameterTypes)		 is_parameter_type_def()
(in VisionEgg.ParameterTypes)
ImageSequenceLauncher
(in VisionEgg.PyroApps.EPhysGUI)		 int is_power_of_2()
(in VisionEgg.Textures)
Immediate
(in VisionEgg.Daq)		 Integer
(in VisionEgg.ParameterTypes)		 is_resident()
(in TextureObject)
INFO
(in Message)		 IntegerMC
(in VisionEgg.ParameterTypes)		 IsMovieDone
(in VisionEgg.qtlowlevel)
InfoFrame
(in VisionEgg.GUI)		 is_constant_parameter()
(in ClassWithParameters)		 IsMovieDone()
(in Movie)
init_gl_extension()
(in VisionEgg.Core)		 is_done()
(in Loop)		 ItemCount
(in VisionEgg.qtlowlevel)
InitializeQTML
(in VisionEgg.qtlowlevel)		 is_in_go_loop()
(in Presentation)		  

K
kCFAllocatorDefault
(in VisionEgg.qtlowlevel)		 kQTDataLocationPropertyID_CFURL
(in VisionEgg.qtlowlevel)		 kQTMovieInstantiationPropertyID_IdleImportOK
(in VisionEgg.qtlowlevel)
kCFStringEncodingMacRoman
(in VisionEgg.qtlowlevel)		 kQTDataLocationPropertyID_DataFork
(in VisionEgg.qtlowlevel)		 kQTMovieInstantiationPropertyID_ResultDataLocationChanged
(in VisionEgg.qtlowlevel)
KeyboardInput
(in VisionEgg.DaqKeyboard)		 kQTDataLocationPropertyID_DataReference
(in VisionEgg.qtlowlevel)		 kQTMovieResourceLocatorPropertyID_Callback
(in VisionEgg.qtlowlevel)
KeyboardResponseController
(in VisionEgg.ResponseControl)		 kQTDataLocationPropertyID_LegacyMovieResourceHandle
(in VisionEgg.qtlowlevel)		 kQTMovieResourceLocatorPropertyID_FileOffset
(in VisionEgg.qtlowlevel)
KeyboardTriggerInController
(in VisionEgg.DaqKeyboard)		 kQTDataLocationPropertyID_MovieUserProc
(in VisionEgg.qtlowlevel)		 kQTMovieResourceLocatorPropertyID_LegacyResID
(in VisionEgg.qtlowlevel)
keydown()
(in VisionEgg.PyroApps.MouseTargetServer)		 kQTDataLocationPropertyID_QTDataHandler
(in VisionEgg.qtlowlevel)		 kQTMovieResourceLocatorPropertyID_LegacyResName
(in VisionEgg.qtlowlevel)
keypress()
(in GetKeypressDialog)		 kQTDataLocationPropertyID_ResourceFork
(in VisionEgg.qtlowlevel)		 kQTNewMoviePropertyID_Active
(in VisionEgg.qtlowlevel)
keyup()
(in VisionEgg.PyroApps.MouseTargetServer)		 kQTDataLocationPropertyID_Scrap
(in VisionEgg.qtlowlevel)		 kQTNewMoviePropertyID_DefaultDataRef
(in VisionEgg.qtlowlevel)
kQTContextPropertyID_AudioContext
(in VisionEgg.qtlowlevel)		 kQTMovieInstantiationPropertyID_AsyncOK
(in VisionEgg.qtlowlevel)		 kQTNewMoviePropertyID_DontInteractWithUser
(in VisionEgg.qtlowlevel)
kQTContextPropertyID_VisualContext
(in VisionEgg.qtlowlevel)		 kQTMovieInstantiationPropertyID_DontAskUnresolvedDataRefs
(in VisionEgg.qtlowlevel)		 kQTPropertyClass_Context
(in VisionEgg.qtlowlevel)
kQTDataLocationPropertyID_CFStringHFSPath
(in VisionEgg.qtlowlevel)		 kQTMovieInstantiationPropertyID_DontAutoAlternates
(in VisionEgg.qtlowlevel)		 kQTPropertyClass_DataLocation
(in VisionEgg.qtlowlevel)
kQTDataLocationPropertyID_CFStringNativePath
(in VisionEgg.qtlowlevel)		 kQTMovieInstantiationPropertyID_DontAutoUpdateClock
(in VisionEgg.qtlowlevel)		 kQTPropertyClass_MovieInstantiation
(in VisionEgg.qtlowlevel)
kQTDataLocationPropertyID_CFStringPosixPath
(in VisionEgg.qtlowlevel)		 kQTMovieInstantiationPropertyID_DontResolveDataRefs
(in VisionEgg.qtlowlevel)		 kQTPropertyClass_MovieResourceLocator
(in VisionEgg.qtlowlevel)
kQTDataLocationPropertyID_CFStringWindowsPath
(in VisionEgg.qtlowlevel)		 kQTMovieInstantiationPropertyID_DontUpdateForeBackPointers
(in VisionEgg.qtlowlevel)		 kQTPropertyClass_NewMovieProperty
(in VisionEgg.qtlowlevel)

L
last_mouse_position
(in VisionEgg.PyroApps.MouseTargetServer)		 load()
(in Texture)		 LoopParamDialog
(in VisionEgg.PyroApps.EPhysGUI)
launch_gamma_panel()
(in AppWindow)		 load_config()
(in AppWindow)		 LPTChannel
(in VisionEgg.DaqLPT)
launch_screen_pos()
(in AppWindow)		 load_demoscript()
(in AppWindow)		 LPTDevice
(in VisionEgg.DaqLPT)
launch_stim_onset_cal()
(in AppWindow)		 load_params()
(in AppWindow)		 LPTInput
(in VisionEgg.DaqLPT)
left
(in VisionEgg.PyroApps.MouseTargetServer)		 log_formatter
(in VisionEgg)		 LPTOutput
(in VisionEgg.DaqLPT)
linearize()
(in GammaFrame)		 log_histogram()
(in FrameTimer)		 LPTTriggerInController
(in VisionEgg.DaqLPT)
linux_but_unknown_drivers()
(in VisionEgg.PlatformDependent)		 logger
(in VisionEgg)		 LPTTriggerOutController
(in VisionEgg.DaqLPT)
list2D_coordinates()
(in ScrollListFrame)		 look_at()
(in ProjectionBaseClass)		 LuminanceGratingCommon
(in VisionEgg.Gratings)
load()
(in ScreenPositionControlFrame)		 Loop
(in VisionEgg.PyroApps.EPhysGUI)		  
load()
(in MovieTexture)		 LoopContainedObject
(in VisionEgg.PyroApps.EPhysGUI)		  

M
mag()
(in VisionEgg.PyroApps.MouseTargetServer)		 make_stimuli()
(in VisionEgg.PyroApps.GridServer)		 MouseTargetControlFrame
(in VisionEgg.PyroApps.MouseTargetGUI)
main()
(in VisionEgg.WrappedText)		 make_stimuli()
(in VisionEgg.PyroApps.MouseTargetServer)		 MouseTargetExperimentMetaController
(in VisionEgg.PyroApps.MouseTargetServer)
make_callback_entry()
(in StimulusControlFrame)		 make_stimuli()
(in VisionEgg.PyroApps.SphereGratingServer)		 MouseTargetGUI
(in VisionEgg.PyroApps)
make_contained_object()
(in ScrollListFrame)		 make_stimuli()
(in VisionEgg.PyroApps.SpinningDrumServer)		 MouseTargetMetaParameters
(in VisionEgg.PyroApps.MouseTargetGUI)
make_current()
(in Screen)		 make_stimuli()
(in VisionEgg.PyroApps.TargetServer)		 MouseTargetServer
(in VisionEgg.PyroApps)
make_current()
(in Viewport)		 map_to_listbox_index()
(in ScrollListFrame)		 move_selected_down()
(in ScrollListFrame)
make_half_size()
(in MovieTexture)		 Mask2D
(in VisionEgg.Textures)		 move_selected_up()
(in ScrollListFrame)
make_half_size()
(in Texture)		 measure_refresh_rate()
(in Screen)		 Movie
(in VisionEgg.qtlowlevel)
make_homogeneous_coord_rows()
(in VisionEgg.ThreeDeeMath)		 message
(in VisionEgg.Core)		 Movie
(in VisionEgg.qtmovie)
make_loop_contained_object()
(in ScrollListFrame)		 Message
(in VisionEgg.Deprecated)		 MoviesTask
(in VisionEgg.qtlowlevel)
make_merge()
(in ScrollListFrame)		 ModelView
(in VisionEgg.Core)		 MoviesTask()
(in Movie)
make_new_pixel_coord_projection()
(in Viewport)		 modify_AST()
(in VisionEgg.PyroApps.AST_ext)		 MovieTexture
(in VisionEgg.QuickTime)
make_stimuli()
(in VisionEgg.PyroApps.ColorCalServer)		 MoreStimuli
(in VisionEgg)		 movieToolboxUninitialized
(in VisionEgg.qtlowlevel)
make_stimuli()
(in VisionEgg.PyroApps.DropinServer)		 mouse_position
(in VisionEgg.PyroApps.MouseTargetServer)		  
make_stimuli()
(in VisionEgg.PyroApps.FlatGratingServer)		 MousePositionController
(in VisionEgg.PyroApps.MouseTargetServer)		  

N
NAG
(in Message)		 NewMovieFromProperties
(in VisionEgg.qtlowlevel)		 normalize_homogeneous_rows()
(in VisionEgg.ThreeDeeMath)
name_sequence
(in VisionEgg.PyroApps.AST_ext)		 next_power_of_2()
(in VisionEgg.Textures)		 NOT_BETWEEN_GO
(in Controller)
NativePathNameToFSSpec
(in VisionEgg.qtlowlevel)		 noErr
(in VisionEgg.qtlowlevel)		 NOT_BETWEEN_GO
(in VisionEgg.FlowControl)
NEVER
(in Controller)		 NoneMC
(in VisionEgg.ParameterTypes)		 NOT_DURING_GO
(in Controller)
NEVER
(in VisionEgg.FlowControl)		 NoneType
(in VisionEgg.ParameterTypes)		 NOT_DURING_GO
(in VisionEgg.FlowControl)
new_movie_from_filename()
(in VisionEgg.qtmovie)		 norm_device_2_window()
(in Viewport)		 NumSamplesTooLargeError
(in VisionEgg.Gratings)
NewMovieFromFile
(in VisionEgg.qtlowlevel)		 NORMAL_PRIORITY_CLASS
(in VisionEgg.win32_maxpriority)		  

O
on_function_between_go()
(in FlatGratingExperimentMetaController)		 on_function_during_go()
(in SpinningDrumExperimentMetaController)		 OrthographicProjection
(in VisionEgg.Core)
on_function_between_go()
(in SphereGratingExperimentMetaController)		 on_function_during_go()
(in TargetExperimentMetaController)		 OrthographicProjectionNoZClip
(in VisionEgg.Core)
on_function_between_go()
(in SpinningDrumExperimentMetaController)		 ONCE
(in Controller)		 OSErr
(in VisionEgg.qtlowlevel)
on_function_between_go()
(in TargetExperimentMetaController)		 ONCE
(in VisionEgg.FlowControl)		 OSStatus
(in VisionEgg.qtlowlevel)
on_function_during_go()
(in FlatGratingExperimentMetaController)		 OPENGL_ENUM
(in ParameterDefinition)		 OSType
(in VisionEgg.qtlowlevel)
on_function_during_go()
(in SphereGratingExperimentMetaController)		 OpenMovieFile
(in VisionEgg.qtlowlevel)		 Output
(in VisionEgg.Daq)

P
paramErr
(in VisionEgg.qtlowlevel)		 parameters_and_defaults
(in SphereMap)		 ProjectionBaseClass
(in VisionEgg.Core)
ParameterDefinition
(in VisionEgg)		 parameters_and_defaults
(in SphereWindow)		 push_and_set_gl_projection()
(in ProjectionBaseClass)
Parameters
(in VisionEgg)		 parameters_and_defaults
(in BitmapText)		 put_data()
(in Output)
parameters_and_defaults
(in ClassWithParameters)		 parameters_and_defaults
(in GlutTextBase)		 put_data()
(in LPTOutput)
parameters_and_defaults
(in FixationSpot)		 parameters_and_defaults
(in StrokeText)		 put_new_framebuffer()
(in TextureObject)
parameters_and_defaults
(in ProjectionBaseClass)		 parameters_and_defaults
(in Text)		 put_new_image()
(in TextureObject)
parameters_and_defaults
(in Screen)		 parameters_and_defaults
(in FixationCross)		 put_new_image_build_mipmaps()
(in TextureObject)
parameters_and_defaults
(in Viewport)		 parameters_and_defaults
(in SpinningDrum)		 put_pixels()
(in Screen)
parameters_and_defaults
(in Buffered)		 parameters_and_defaults
(in TextureStimulus)		 put_sub_image()
(in TextureObject)
parameters_and_defaults
(in DotArea2D)		 parameters_and_defaults
(in TextureStimulus3D)		 PyroApps
(in VisionEgg)
parameters_and_defaults
(in Presentation)		 parameters_and_defaults
(in TextureStimulusBaseClass)		 PyroClient
(in VisionEgg)
parameters_and_defaults
(in AlphaGratingCommon)		 parameters_and_defaults
(in WrappedText)		 PyroClient
(in VisionEgg.PyroClient)
parameters_and_defaults
(in LuminanceGratingCommon)		 ParameterTypeDef
(in VisionEgg.ParameterTypes)		 PyroConstantController
(in VisionEgg.PyroHelpers)
parameters_and_defaults
(in SinGrating2D)		 ParameterTypes
(in VisionEgg)		 PyroEncapsulatedController
(in VisionEgg.PyroHelpers)
parameters_and_defaults
(in SinGrating3D)		 PerspectiveProjection
(in VisionEgg.Core)		 PyroEvalStringController
(in VisionEgg.PyroHelpers)
parameters_and_defaults
(in Arrow)		 PlatformDependent
(in VisionEgg)		 PyroExecStringController
(in VisionEgg.PyroHelpers)
parameters_and_defaults
(in FilledCircle)		 posix_maxpriority
(in VisionEgg)		 PyroHelpers
(in VisionEgg)
parameters_and_defaults
(in Rectangle3D)		 post_gl_init()
(in VisionEgg.Core)		 PyroListenController
(in VisionEgg.PyroHelpers)
parameters_and_defaults
(in Target2D)		 Presentation
(in VisionEgg.FlowControl)		 PyroLocalDictController
(in VisionEgg.PyroHelpers)
parameters_and_defaults
(in Loop)		 print_histogram()
(in FrameTimer)		 PyroServer
(in VisionEgg.PyroHelpers)
parameters_and_defaults
(in AzElGrid)		 ProgressBar
(in VisionEgg.GUI)		  
parameters_and_defaults
(in SphereGrating)		 Projection
(in VisionEgg.Core)		  

Q
QTGetCFConstant
(in VisionEgg.qtlowlevel)		 QTVisualContextRef
(in VisionEgg.qtlowlevel)		 quit_server()
(in GridMetaController)
qtlowlevel
(in VisionEgg)		 query_refresh_rate()
(in Screen)		 quit_server()
(in MouseTargetExperimentMetaController)
qtlowlevelError
(in VisionEgg.qtlowlevel)		 query_refresh_rate()
(in VisionEgg.PlatformDependent)		 quit_server()
(in ScreenPositionControlFrame)
QTMLClient
(in VisionEgg.qtlowlevel)		 QuickTime
(in VisionEgg)		 quit_server()
(in ScreenPositionMetaController)
qtmovie
(in VisionEgg)		 quit()
(in AppWindow)		 quit_server()
(in SphereGratingExperimentMetaController)
QTNewMoviePropertyElement
(in VisionEgg.qtlowlevel)		 quit_server()
(in ColorCalMetaController)		 quit_server()
(in SpinningDrumExperimentMetaController)
QTPropertyClass
(in VisionEgg.qtlowlevel)		 quit_server()
(in DropinMetaController)		 quit_server()
(in TargetExperimentMetaController)
QTPropertyID
(in VisionEgg.qtlowlevel)		 quit_server()
(in StimulusControlFrame)		  
QTPropertyValuePtr
(in VisionEgg.qtlowlevel)		 quit_server()
(in FlatGratingExperimentMetaController)		  

R
raw_args_by_function
(in VisionEgg.GLTrace)		 recursive_base_class_finder()
(in VisionEgg)		 returns_type()
(in Controller)
Real
(in VisionEgg.ParameterTypes)		 release_name
(in VisionEgg)		 right
(in VisionEgg.PyroApps.MouseTargetServer)
RealMC
(in VisionEgg.ParameterTypes)		 remove_controller()
(in Presentation)		 rotate()
(in ProjectionBaseClass)
REALTIME_PRIORITY_CLASS
(in VisionEgg.win32_maxpriority)		 remove_selected()
(in ScrollListFrame)		 rotate()
(in TransformMatrix)
rebuild_display_list()
(in SpinningDrum)		 reset()
(in Loop)		 run()
(in Wrapper)
Rect
(in VisionEgg.qtlowlevel)		 reset_autosave_basename()
(in AppWindow)		 run_demoscript()
(in EPhysServer)
Rect
(in VisionEgg.qtmovie)		 ResponseControl
(in VisionEgg)		 run_forever()
(in Presentation)
Rectangle3D
(in VisionEgg.MoreStimuli)		 ResponseController
(in VisionEgg.ResponseControl)		  

S
save()
(in GraphicsConfigurationWindow)		 set_from_file()
(in GammaFrame)		 SignalType
(in VisionEgg.Daq)
save()
(in ScreenPositionControlFrame)		 set_gamma_file()
(in GraphicsConfigurationWindow)		 SimplePerspectiveProjection
(in VisionEgg.Core)
save_config()
(in AppWindow)		 set_gamma_ramp()
(in Screen)		 SinGrating2D
(in VisionEgg.Gratings)
save_image_sequence()
(in AppWindow)		 set_gamma_ramp()
(in EPhysServer)		 SinGrating3D
(in VisionEgg.Gratings)
save_image_sequence()
(in EPhysServer)		 set_gl_modelview()
(in ProjectionBaseClass)		 size
(in Screen)
save_settings()
(in VisionEgg.Configuration)		 set_gl_projection()
(in ProjectionBaseClass)		 sleep_with_progress()
(in AppWindow)
scale()
(in ProjectionBaseClass)		 set_loopable_variable()
(in StimulusControlFrame)		 SocketListenController
(in VisionEgg.TCPController)
scale()
(in TransformMatrix)		 set_loopable_variable()
(in ScreenPositionControlFrame)		 SphereGrating
(in VisionEgg.SphereMap)
SCHED_FIFO
(in VisionEgg.posix_maxpriority)		 set_mag_filter()
(in TextureObject)		 SphereGratingControlFrame
(in VisionEgg.PyroApps.SphereGratingGUI)
sched_get_priority_max
(in VisionEgg.posix_maxpriority)		 set_min_filter()
(in TextureObject)		 SphereGratingExperimentMetaController
(in VisionEgg.PyroApps.SphereGratingServer)
SCHED_RR
(in VisionEgg.posix_maxpriority)		 set_monitor_default()
(in GammaFrame)		 SphereGratingGUI
(in VisionEgg.PyroApps)
Screen
(in VisionEgg.Core)		 set_new_controller()
(in EncapsulatedController)		 SphereGratingMetaParameters
(in VisionEgg.PyroApps.SphereGratingGUI)
ScreenPositionControlFrame
(in VisionEgg.PyroApps.ScreenPositionGUI)		 set_next_stimkey()
(in EPhysServer)		 SphereGratingServer
(in VisionEgg.PyroApps)
ScreenPositionGUI
(in VisionEgg.PyroApps)		 set_override_t_abs_sec()
(in EPhysServer)		 SphereMap
(in VisionEgg)
ScreenPositionMetaController
(in VisionEgg.PyroApps.ScreenPositionServer)		 set_param_dict()
(in StimulusControlFrame)		 SphereMap
(in VisionEgg.SphereMap)
ScreenPositionParameters
(in VisionEgg.PyroApps.ScreenPositionGUI)		 set_param_dict()
(in ScreenPositionControlFrame)		 SphereWindow
(in VisionEgg.SphereMap)
ScreenPositionServer
(in VisionEgg.PyroApps)		 set_parameters()
(in ColorCalMetaController)		 SpinningDrum
(in VisionEgg.Textures)
ScrollListFrame
(in VisionEgg.PyroApps.EPhysGUI)		 set_parameters()
(in DropinMetaController)		 SpinningDrumControlFrame
(in VisionEgg.PyroApps.SpinningDrumGUI)
send_raw_text()
(in SocketListenController)		 set_parameters()
(in FlatGratingExperimentMetaController)		 SpinningDrumExperimentMetaController
(in VisionEgg.PyroApps.SpinningDrumServer)
send_values()
(in ColorCalControlFrame)		 set_parameters()
(in GridMetaController)		 SpinningDrumGUI
(in VisionEgg.PyroApps)
send_values()
(in DropinControlFrame)		 set_parameters()
(in MouseTargetExperimentMetaController)		 SpinningDrumMetaParameters
(in VisionEgg.PyroApps.SpinningDrumGUI)
send_values()
(in StimulusControlFrame)		 set_parameters()
(in ScreenPositionMetaController)		 SpinningDrumServer
(in VisionEgg.PyroApps)
send_values()
(in FlatGratingControlFrame)		 set_parameters()
(in SphereGratingExperimentMetaController)		 standalone_connect()
(in StimulusControlFrame)
send_values()
(in GridControlFrame)		 set_parameters()
(in SpinningDrumExperimentMetaController)		 start()
(in GraphicsConfigurationWindow)
send_values()
(in MouseTargetControlFrame)		 set_parameters()
(in TargetExperimentMetaController)		 start_default_logging()
(in VisionEgg)
send_values()
(in ScreenPositionControlFrame)		 set_parameters_dict()
(in StimulusControlFrame)		 start_server()
(in VisionEgg.PyroApps.EPhysServer)
send_values()
(in SphereGratingControlFrame)		 set_priority()
(in VisionEgg.PlatformDependent)		 StartMovie
(in VisionEgg.qtlowlevel)
send_values()
(in SpinningDrumControlFrame)		 set_priority()
(in TextureObject)		 StartMovie()
(in Movie)
send_values()
(in TargetControlFrame)		 set_quit_status()
(in EPhysServer)		 stateless_rotate()
(in ProjectionBaseClass)
Sequence
(in VisionEgg.ParameterTypes)		 set_self_policy_priority
(in VisionEgg.posix_maxpriority)		 stateless_scale()
(in ProjectionBaseClass)
Sequence2
(in VisionEgg.ParameterTypes)		 set_self_process_priority_class
(in VisionEgg.win32_maxpriority)		 stateless_translate()
(in ProjectionBaseClass)
Sequence3
(in VisionEgg.ParameterTypes)		 set_self_thread_priority
(in VisionEgg.win32_maxpriority)		 Stimulus
(in VisionEgg.Core)
Sequence4
(in VisionEgg.ParameterTypes)		 set_size()
(in Screen)		 StimulusControlFrame
(in VisionEgg.PyroApps.EPhysGUIUtils)
Sequence4x4
(in VisionEgg.ParameterTypes)		 set_stim_onset_cal()
(in EPhysServer)		 stop_memory_paging
(in VisionEgg.posix_maxpriority)
server_modules
(in VisionEgg.PyroApps.EPhysServer)		 set_stim_onset_cal_location()
(in EPhysServer)		 stop_watching_exceptions()
(in VisionEgg)
set()
(in ClassWithParameters)		 set_stim_onset_cal_position()
(in AppWindow)		 String
(in VisionEgg.ParameterTypes)
set_autosave_dir()
(in AppWindow)		 set_time_func_to_frame_locked()
(in VisionEgg)		 StringMC
(in VisionEgg.ParameterTypes)
set_between_go_eval_string()
(in EvalStringController)		 set_time_func_to_true_time()
(in VisionEgg)		 StrokeText
(in VisionEgg.Text)
set_between_go_exec_string()
(in ExecStringController)		 set_wrap_mode_r()
(in TextureObject)		 SubClass
(in VisionEgg.ParameterTypes)
set_between_go_value()
(in ConstantController)		 set_wrap_mode_s()
(in TextureObject)		 sum()
(in VisionEgg.Core)
set_border_color()
(in TextureObject)		 set_wrap_mode_t()
(in TextureObject)		 swap_buffers()
(in VisionEgg.Core)
set_during_go_eval_string()
(in EvalStringController)		 SetMovieBox
(in VisionEgg.qtlowlevel)		 switch_to_stimkey()
(in AppWindow)
set_during_go_exec_string()
(in ExecStringController)		 SetMovieBox()
(in Movie)		 sync_swap_with_vbl_post_gl_init()
(in VisionEgg.PlatformDependent)
set_during_go_value()
(in ConstantController)		 showexception()
(in VisionEgg.GUI)		 sync_swap_with_vbl_pre_gl_init()
(in VisionEgg.PlatformDependent)
set_eval_frequency()
(in Controller)		 shrink_filter
(in VisionEgg.Textures)		  

T
Target2D
(in VisionEgg.MoreStimuli)		 TextureStimulusBaseClass
(in VisionEgg.Textures)		 title
(in DropinControlFrame)
target_h
(in VisionEgg.PyroApps.MouseTargetServer)		 TextureTooLargeError
(in VisionEgg.Textures)		 title
(in FlatGratingControlFrame)
target_w
(in VisionEgg.PyroApps.MouseTargetServer)		 THREAD_PRIORITY_ABOVE_NORMAL
(in VisionEgg.win32_maxpriority)		 title
(in GridControlFrame)
TargetControlFrame
(in VisionEgg.PyroApps.TargetGUI)		 THREAD_PRIORITY_BELOW_NORMAL
(in VisionEgg.win32_maxpriority)		 title
(in MouseTargetControlFrame)
TargetExperimentMetaController
(in VisionEgg.PyroApps.TargetServer)		 THREAD_PRIORITY_HIGHEST
(in VisionEgg.win32_maxpriority)		 title
(in SphereGratingControlFrame)
TargetGUI
(in VisionEgg.PyroApps)		 THREAD_PRIORITY_IDLE
(in VisionEgg.win32_maxpriority)		 title
(in SpinningDrumControlFrame)
TargetMetaParameters
(in VisionEgg.PyroApps.TargetGUI)		 THREAD_PRIORITY_LOWEST
(in VisionEgg.win32_maxpriority)		 title
(in TargetControlFrame)
TargetOrientationController
(in VisionEgg.PyroApps.MouseTargetServer)		 THREAD_PRIORITY_NORMAL
(in VisionEgg.win32_maxpriority)		 tkFileDialog
(in VisionEgg.GUI)
TargetPositionController
(in VisionEgg.PyroApps.MouseTargetServer)		 THREAD_PRIORITY_TIME_CRITICAL
(in VisionEgg.win32_maxpriority)		 Tkinter
(in VisionEgg.GUI)
TargetServer
(in VisionEgg.PyroApps)		 ThreeDeeMath
(in VisionEgg)		 tkMessageBox
(in VisionEgg.GUI)
TCPController
(in VisionEgg)		 tick()
(in FrameTimer)		 ToplevelDialog
(in VisionEgg.GUI)
TCPController
(in VisionEgg.TCPController)		 time_func
(in VisionEgg)		 transform_vertices()
(in TransformMatrix)
TCPServer
(in VisionEgg.TCPController)		 time_func_locked_to_frames()
(in VisionEgg)		 TransformMatrix
(in VisionEgg.ThreeDeeMath)
Text
(in VisionEgg)		 TIME_INDEPENDENT
(in Controller)		 TRANSITIONS
(in Controller)
Text
(in VisionEgg.Text)		 TIME_INDEPENDENT
(in VisionEgg.FlowControl)		 TRANSITIONS
(in VisionEgg.FlowControl)
Texture
(in VisionEgg.Textures)		 TIME_SEC_ABSOLUTE
(in Controller)		 translate()
(in ProjectionBaseClass)
TextureFromFile
(in VisionEgg.Textures)		 TIME_SEC_ABSOLUTE
(in VisionEgg.FlowControl)		 translate()
(in TransformMatrix)
TextureObject
(in VisionEgg.Textures)		 TIME_SEC_SINCE_GO
(in Controller)		 traverse()
(in AST_Visitor)
Textures
(in VisionEgg)		 TIME_SEC_SINCE_GO
(in VisionEgg.FlowControl)		 Trigger
(in VisionEgg.Daq)
TextureStimulus
(in VisionEgg.Textures)		 timing_func()
(in VisionEgg)		 TRIVIAL
(in Message)
TextureStimulus3D
(in VisionEgg.Textures)		 title
(in ColorCalControlFrame)		 true_time_func
(in VisionEgg)

U
Unicode
(in VisionEgg.ParameterTypes)		 update()
(in ColorCalMetaController)		 update_tk_vars()
(in ColorCalControlFrame)
UnicodeMC
(in VisionEgg.ParameterTypes)		 update()
(in DropinMetaController)		 update_tk_vars()
(in DropinControlFrame)
unload()
(in MovieTexture)		 update()
(in FlatGratingExperimentMetaController)		 update_tk_vars()
(in StimulusControlFrame)
unload()
(in Texture)		 update()
(in GridMetaController)		 update_tk_vars()
(in FlatGratingControlFrame)
UnsignedInteger
(in VisionEgg.ParameterTypes)		 update()
(in MouseTargetExperimentMetaController)		 update_tk_vars()
(in GridControlFrame)
UnsignedIntegerMC
(in VisionEgg.ParameterTypes)		 update()
(in ScreenPositionMetaController)		 update_tk_vars()
(in MouseTargetControlFrame)
up
(in VisionEgg.PyroApps.MouseTargetServer)		 update()
(in SphereGratingExperimentMetaController)		 update_tk_vars()
(in SphereGratingControlFrame)
up_az_decrease()
(in ScreenPositionControlFrame)		 update()
(in SpinningDrumExperimentMetaController)		 update_tk_vars()
(in SpinningDrumControlFrame)
up_az_increase()
(in ScreenPositionControlFrame)		 update()
(in TargetExperimentMetaController)		 update_tk_vars()
(in TargetControlFrame)
up_el_decrease()
(in ScreenPositionControlFrame)		 update()
(in MovieTexture)		 updateProgress()
(in ProgressBar)
up_el_increase()
(in ScreenPositionControlFrame)		 update()
(in Texture)		 use_controller()
(in PyroLocalDictController)
update()
(in InfoFrame)		 update_now()
(in ScrollListFrame)		  
update()
(in ProgressBar)		 update_stim_onset_cal()
(in AppWindow)		  

V
validate()
(in LoopParamDialog)		 verify()
(in NoneType)		 verify()
(in String)
VarTypes
(in VisionEgg.PyroApps)		 verify()
(in ParameterTypeDef)		 verify()
(in SubClass)
verify()
(in AnyClass)		 verify()
(in Real)		 verify()
(in Unicode)
verify()
(in AnyOf)		 verify()
(in Sequence)		 verify()
(in UnsignedInteger)
verify()
(in Boolean)		 verify()
(in Sequence2)		 verify_parameters()
(in ClassWithParameters)
verify()
(in Callable)		 verify()
(in Sequence3)		 Viewport
(in VisionEgg.Core)
verify()
(in Instance)		 verify()
(in Sequence4)		 VisionEgg
verify()
(in Integer)		 verify()
(in Sequence4x4)		  

W
WARNING
(in Message)		 were_frames_dropped_in_last_go_loop()
(in EPhysServer)		 WrappedText
(in VisionEgg)
watch_exceptions()
(in VisionEgg)		 win32_getrefresh
(in VisionEgg)		 WrappedText
(in VisionEgg.WrappedText)
were_frames_dropped_in_last_go_loop()
(in Presentation)		 win32_maxpriority
(in VisionEgg)		 Wrapper
(in VisionEgg.GLTrace)

_
__author__
(in VisionEgg.PyroApps.EPhysGUI)		 __init__()
(in SignalType)		 __init__()
(in MovieTexture)
__author__
(in VisionEgg.PyroApps.EPhysGUIUtils)		 __init__()
(in KeyboardTriggerInController)		 __init__()
(in KeyboardResponseController)
__author__
(in VisionEgg.PyroApps.EPhysServer)		 __init__()
(in LPTChannel)		 __init__()
(in ResponseController)
__author__
(in VisionEgg.PyroApps.GridGUI)		 __init__()
(in LPTDevice)		 __init__()
(in AzElGrid)
__author__
(in VisionEgg.PyroApps.GridServer)		 __init__()
(in LPTTriggerInController)		 __init__()
(in SphereGrating)
__author__
(in VisionEgg.PyroApps.SpinningDrumGUI)		 __init__()
(in LPTTriggerOutController)		 __init__()
(in SphereMap)
__author__
(in VisionEgg.PyroApps.SpinningDrumServer)		 __init__()
(in Message)		 __init__()
(in SphereWindow)
__cvs__
(in VisionEgg.PyroApps.ColorCalGUI)		 __init__()
(in DotArea2D)		 __init__()
(in SocketListenController)
__cvs__
(in VisionEgg.PyroApps.ColorCalServer)		 __init__()
(in ConstantController)		 __init__()
(in TCPController)
__cvs__
(in VisionEgg.PyroApps.EPhysGUI)		 __init__()
(in Controller)		 __init__()
(in TCPServer)
__cvs__
(in VisionEgg.PyroApps.EPhysGUIUtils)		 __init__()
(in EncapsulatedController)		 __init__()
(in BitmapText)
__cvs__
(in VisionEgg.PyroApps.EPhysServer)		 __init__()
(in EvalStringController)		 __init__()
(in GlutTextBase)
__cvs__
(in VisionEgg.PyroApps.FlatGratingGUI)		 __init__()
(in ExecStringController)		 __init__()
(in StrokeText)
__cvs__
(in VisionEgg.PyroApps.FlatGratingServer)		 __init__()
(in FunctionController)		 __init__()
(in Text)
__cvs__
(in VisionEgg.PyroApps.GridGUI)		 __init__()
(in Presentation)		 __init__()
(in FixationCross)
__cvs__
(in VisionEgg.PyroApps.GridServer)		 __init__()
(in Wrapper)		 __init__()
(in Mask2D)
__cvs__
(in VisionEgg.PyroApps.MouseTargetGUI)		 __init__()
(in AppWindow)		 __init__()
(in SpinningDrum)
__cvs__
(in VisionEgg.PyroApps.MouseTargetServer)		 __init__()
(in GetKeypressDialog)		 __init__()
(in Texture)
__cvs__
(in VisionEgg.PyroApps.ScreenPositionGUI)		 __init__()
(in GraphicsConfigurationWindow)		 __init__()
(in TextureFromFile)
__cvs__
(in VisionEgg.PyroApps.ScreenPositionServer)		 __init__()
(in InfoFrame)		 __init__()
(in TextureObject)
__cvs__
(in VisionEgg.PyroApps.SphereGratingGUI)		 __init__()
(in ProgressBar)		 __init__()
(in TextureStimulusBaseClass)
__cvs__
(in VisionEgg.PyroApps.SphereGratingServer)		 __init__()
(in ToplevelDialog)		 __init__()
(in TransformMatrix)
__cvs__
(in VisionEgg.PyroApps.SpinningDrumGUI)		 __init__()
(in SinGrating2D)		 __init__()
(in WrappedText)
__cvs__
(in VisionEgg.PyroApps.SpinningDrumServer)		 __init__()
(in SinGrating3D)		 __init__()
(in Movie)
__cvs__
(in VisionEgg.PyroApps.TargetGUI)		 __init__()
(in Arrow)		 __init__()
(in Rect)
__cvs__
(in VisionEgg.PyroApps.TargetServer)		 __init__()
(in FilledCircle)		 __safe_for_unpickling__
(in ClassWithParameters)
__cvs__
(in VisionEgg.PyroClient)		 __init__()
(in Rectangle3D)		 __setstate__()
(in ClassWithParameters)
__cvs__
(in VisionEgg.PyroHelpers)		 __init__()
(in Target2D)		 __str__()
(in AnyClassMC)
__cvs__
(in VisionEgg.TCPController)		 __init__()
(in AnyOf)		 __str__()
(in AnyOf)
__date__
(in VisionEgg.PyroApps.ColorCalGUI)		 __init__()
(in Instance)		 __str__()
(in BooleanMC)
__date__
(in VisionEgg.PyroApps.ColorCalServer)		 __init__()
(in Sequence)		 __str__()
(in CallableMC)
__date__
(in VisionEgg.PyroApps.EPhysGUI)		 __init__()
(in SubClass)		 __str__()
(in Instance)
__date__
(in VisionEgg.PyroApps.EPhysGUIUtils)		 __init__()
(in AST_Visitor)		 __str__()
(in IntegerMC)
__date__
(in VisionEgg.PyroApps.EPhysServer)		 __init__()
(in ColorCalControlFrame)		 __str__()
(in NoneMC)
__date__
(in VisionEgg.PyroApps.FlatGratingGUI)		 __init__()
(in ColorCalMetaParameters)		 __str__()
(in RealMC)
__date__
(in VisionEgg.PyroApps.FlatGratingServer)		 __init__()
(in ColorCalMetaController)		 __str__()
(in Sequence)
__date__
(in VisionEgg.PyroApps.GridGUI)		 __init__()
(in DropinControlFrame)		 __str__()
(in Sequence2)
__date__
(in VisionEgg.PyroApps.GridServer)		 __init__()
(in DropinMetaParameters)		 __str__()
(in Sequence3)
__date__
(in VisionEgg.PyroApps.MouseTargetGUI)		 __init__()
(in DropinMetaController)		 __str__()
(in Sequence4)
__date__
(in VisionEgg.PyroApps.MouseTargetServer)		 __init__()
(in AppWindow)		 __str__()
(in Sequence4x4)
__date__
(in VisionEgg.PyroApps.ScreenPositionGUI)		 __init__()
(in BarButton)		 __str__()
(in StringMC)
__date__
(in VisionEgg.PyroApps.ScreenPositionServer)		 __init__()
(in ContainedObjectBase)		 __str__()
(in SubClass)
__date__
(in VisionEgg.PyroApps.SphereGratingGUI)		 __init__()
(in GammaFrame)		 __str__()
(in UnicodeMC)
__date__
(in VisionEgg.PyroApps.SphereGratingServer)		 __init__()
(in ImageSequenceLauncher)		 __str__()
(in UnsignedIntegerMC)
__date__
(in VisionEgg.PyroApps.SpinningDrumGUI)		 __init__()
(in Loop)		 __str__()
(in TCPController)
__date__
(in VisionEgg.PyroApps.SpinningDrumServer)		 __init__()
(in LoopContainedObject)		 __version__
(in VisionEgg.DaqKeyboard)
__date__
(in VisionEgg.PyroApps.TargetGUI)		 __init__()
(in LoopParamDialog)		 __version__
(in VisionEgg.DaqLPT)
__date__
(in VisionEgg.PyroApps.TargetServer)		 __init__()
(in ScrollListFrame)		 __version__
(in VisionEgg.GL)
__date__
(in VisionEgg.PyroClient)		 __init__()
(in StimulusControlFrame)		 __version__
(in VisionEgg.PyroApps.EPhysGUI)
__date__
(in VisionEgg.PyroHelpers)		 __init__()
(in EPhysServer)		 __version__
(in VisionEgg.PyroApps.EPhysGUIUtils)
__date__
(in VisionEgg.TCPController)		 __init__()
(in FlatGratingControlFrame)		 __version__
(in VisionEgg.PyroApps.EPhysServer)
__del__()
(in Screen)		 __init__()
(in FlatGratingMetaParameters)		 __version__
(in VisionEgg.PyroApps.GridGUI)
__del__()
(in LPTOutput)		 __init__()
(in FlatGratingExperimentMetaController)		 __version__
(in VisionEgg.PyroApps.GridServer)
__del__()
(in SinGrating2D)		 __init__()
(in GridControlFrame)		 __version__
(in VisionEgg.PyroApps.ScreenPositionGUI)
__del__()
(in SinGrating3D)		 __init__()
(in GridMetaParameters)		 __version__
(in VisionEgg.PyroApps.ScreenPositionServer)
__del__()
(in AppWindow)		 __init__()
(in GridMetaController)		 __version__
(in VisionEgg.PyroApps.SpinningDrumGUI)
__del__()
(in EPhysServer)		 __init__()
(in MouseTargetControlFrame)		 __version__
(in VisionEgg.PyroApps.SpinningDrumServer)
__del__()
(in FlatGratingExperimentMetaController)		 __init__()
(in MouseTargetMetaParameters)		 __version__
(in VisionEgg.PyroHelpers)
__del__()
(in MouseTargetExperimentMetaController)		 __init__()
(in MousePositionController)		 __version__
(in VisionEgg.QuickTime)
__del__()
(in SphereGratingExperimentMetaController)		 __init__()
(in MouseTargetExperimentMetaController)		 __version__
(in VisionEgg.ResponseControl)
__del__()
(in SpinningDrumExperimentMetaController)		 __init__()
(in TargetOrientationController)		 __version__
(in VisionEgg.SphereMap)
__del__()
(in TargetExperimentMetaController)		 __init__()
(in TargetPositionController)		 __version__
(in VisionEgg.TCPController)
__del__()
(in MovieTexture)		 __init__()
(in CallbackEntry)		 _cube_map_side_names
(in TextureObject)
__del__()
(in TextureObject)		 __init__()
(in ScreenPositionControlFrame)		 _default_logging_started
(in VisionEgg)
__getstate__()
(in ClassWithParameters)		 __init__()
(in ScreenPositionParameters)		 _fields_
(in QTNewMoviePropertyElement)
__init__()
(in ClassWithParameters)		 __init__()
(in ScreenPositionMetaController)		 _fields_
(in Rect)
__init__()
(in Config)		 __init__()
(in SphereGratingControlFrame)		 _font_objects
(in VisionEgg.Text)
__init__()
(in FixationSpot)		 __init__()
(in SphereGratingMetaParameters)		 _mipmap_modes
(in TextureStimulusBaseClass)
__init__()
(in FrameTimer)		 __init__()
(in SphereGratingExperimentMetaController)		 _newclass
(in VisionEgg.darwin_getrefresh)
__init__()
(in ModelView)		 __init__()
(in SpinningDrumControlFrame)		 _newclass
(in VisionEgg.gl_qt)
__init__()
(in OrthographicProjection)		 __init__()
(in SpinningDrumMetaParameters)		 _newclass
(in VisionEgg.posix_maxpriority)
__init__()
(in OrthographicProjectionNoZClip)		 __init__()
(in SpinningDrumExperimentMetaController)		 _newclass
(in VisionEgg.win32_getrefresh)
__init__()
(in PerspectiveProjection)		 __init__()
(in TargetControlFrame)		 _newclass
(in VisionEgg.win32_maxpriority)
__init__()
(in Projection)		 __init__()
(in TargetMetaParameters)		 _orig_glLoadMatrixf
(in VisionEgg.GL)
__init__()
(in ProjectionBaseClass)		 __init__()
(in TargetExperimentMetaController)		 _parse_args_globals
(in SocketListenController)
__init__()
(in Screen)		 __init__()
(in PyroClient)		 _parse_args_locals
(in SocketListenController)
__init__()
(in SimplePerspectiveProjection)		 __init__()
(in PyroConstantController)		 _re_const
(in SocketListenController)
__init__()
(in Stimulus)		 __init__()
(in PyroEncapsulatedController)		 _re_eval_str
(in SocketListenController)
__init__()
(in Viewport)		 __init__()
(in PyroEvalStringController)		 _re_exec_str
(in SocketListenController)
__init__()
(in Channel)		 __init__()
(in PyroExecStringController)		 _re_line
(in SocketListenController)
__init__()
(in DaqMode)		 __init__()
(in PyroListenController)		 _re_x_finder
(in SocketListenController)
__init__()
(in Device)		 __init__()
(in PyroLocalDictController)		  
__init__()
(in Functionality)		 __init__()
(in PyroServer)		  


   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/index.html0000644000076500000240000000111011224565531020332 0ustar astrawstaff Vision Egg visionegg-1.2.1/doc/reference/html/int-class.html0000644000076500000240000011013711224565531021132 0ustar astrawstaff int
   Home       Trees       Indices       Help   
Vision Egg
int :: Class int
[frames] | no frames]

Class int



object --+
         |
        int
Known Subclasses:
bool 
int(x[, base]) -> integer

Convert a string or number to an integer, if possible.  A floating point
argument will be truncated towards zero (this does not include a string
representation of a floating point number!)  When converting a string, use
the optional base.  It is an error to supply a base when converting a
non-string. If the argument is outside the integer range a long object
will be returned instead.


Instance Methods
 
__abs__(x)
abs(x)
 
__add__(x, y)
x+y
 
__and__(x, y)
x&y
 
__cmp__(x, y)
cmp(x,y)
 
__coerce__(x, y)
coerce(x, y)
 
__div__(x, y)
x/y
 
__divmod__(x, y)
divmod(x, y)
 
__float__(x)
float(x)
 
__floordiv__(x, y)
x//y
 
__getattribute__(...)
x.__getattribute__('name') <==> x.name
 
__getnewargs__(...)
 
__hash__(x)
hash(x)
 
__hex__(x)
hex(x)
 
__index__(...)
x[y:z] <==> x[y.__index__():z.__index__()]
 
__int__(x)
int(x)
 
__invert__(x)
~x
 
__long__(x)
long(x)
 
__lshift__(x, y)
x<<y
 
__mod__(x, y)
x%y
 
__mul__(x, y)
x*y
 
__neg__(x)
-x
 
__new__(T, S, ...)
 
__nonzero__(x)
x != 0
 
__oct__(x)
oct(x)
 
__or__(x, y)
x|y
 
__pos__(x)
+x
 
__pow__(x, y, z=...)
pow(x, y[, z])
 
__radd__(x, y)
y+x
 
__rand__(x, y)
y&x
 
__rdiv__(x, y)
y/x
 
__rdivmod__(x, y)
divmod(y, x)
 
__repr__(x)
repr(x)
 
__rfloordiv__(x, y)
y//x
 
__rlshift__(x, y)
y<<x
 
__rmod__(x, y)
y%x
 
__rmul__(x, y)
y*x
 
__ror__(x, y)
y|x
 
__rpow__(y, x, z=...)
pow(x, y[, z])
 
__rrshift__(x, y)
y>>x
 
__rshift__(x, y)
x>>y
 
__rsub__(x, y)
y-x
 
__rtruediv__(x, y)
y/x
 
__rxor__(x, y)
y^x
 
__str__(x)
str(x)
 
__sub__(x, y)
x-y
 
__truediv__(x, y)
x/y
 
__xor__(x, y)
x^y

Inherited from object: __delattr__, __init__, __reduce__, __reduce_ex__, __setattr__

Properties

Inherited from object: __class__

Method Details

__getattribute__(...)

  
x.__getattribute__('name') <==> x.name
Overrides: object.__getattribute__

__hash__(x)
(Hashing function)

  
hash(x)
Overrides: object.__hash__

__new__(T, S, ...)

 
Returns:
a new object with type S, a subtype of T
Overrides: object.__new__

__repr__(x)
(Representation operator)

  
repr(x)
Overrides: object.__repr__

__str__(x)
(Informal representation operator)

  
str(x)
Overrides: object.__str__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/module-tree.html0000644000076500000240000003346411224565531021466 0ustar astrawstaff Module Hierarchy
   Home       Trees       Indices       Help   
Vision Egg
 
[frames] | no frames]
[ Module Hierarchy | Class Hierarchy ]

Module Hierarchy

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/redirect.html0000644000076500000240000002372111224565531021040 0ustar astrawstaffEpydoc Redirect Page

Epydoc Auto-redirect page

When javascript is enabled, this page will redirect URLs of the form redirect.html#dotted.name to the documentation for the object with the given fully-qualified dotted name.

 

visionegg-1.2.1/doc/reference/html/toc-everything.html0000644000076500000240000020415311224565531022206 0ustar astrawstaff Everything

Everything

All Classes

VisionEgg.ClassWithParameters
VisionEgg.Configuration.Config
VisionEgg.Core.FixationSpot
VisionEgg.Core.FrameTimer
VisionEgg.Core.ModelView
VisionEgg.Core.OrthographicProjection
VisionEgg.Core.OrthographicProjectionNoZClip
VisionEgg.Core.PerspectiveProjection
VisionEgg.Core.Projection
VisionEgg.Core.ProjectionBaseClass
VisionEgg.Core.Screen
VisionEgg.Core.SimplePerspectiveProjection
VisionEgg.Core.Stimulus
VisionEgg.Core.Viewport
VisionEgg.Daq.Analog
VisionEgg.Daq.Buffered
VisionEgg.Daq.Channel
VisionEgg.Daq.ChannelParameters
VisionEgg.Daq.DaqMode
VisionEgg.Daq.Device
VisionEgg.Daq.Digital
VisionEgg.Daq.Functionality
VisionEgg.Daq.Immediate
VisionEgg.Daq.Input
VisionEgg.Daq.Output
VisionEgg.Daq.SignalType
VisionEgg.Daq.Trigger
VisionEgg.DaqKeyboard.KeyboardInput
VisionEgg.DaqKeyboard.KeyboardTriggerInController
VisionEgg.DaqLPT.LPTChannel
VisionEgg.DaqLPT.LPTDevice
VisionEgg.DaqLPT.LPTInput
VisionEgg.DaqLPT.LPTOutput
VisionEgg.DaqLPT.LPTTriggerInController
VisionEgg.DaqLPT.LPTTriggerOutController
VisionEgg.Deprecated.Message
VisionEgg.Dots.DotArea2D
VisionEgg.FlowControl.ConstantController
VisionEgg.FlowControl.Controller
VisionEgg.FlowControl.EncapsulatedController
VisionEgg.FlowControl.EvalStringController
VisionEgg.FlowControl.ExecStringController
VisionEgg.FlowControl.FunctionController
VisionEgg.FlowControl.Presentation
VisionEgg.GLTrace.Wrapper
VisionEgg.GUI.AppWindow
VisionEgg.GUI.GetKeypressDialog
VisionEgg.GUI.GraphicsConfigurationWindow
VisionEgg.GUI.InfoFrame
VisionEgg.GUI.ProgressBar
VisionEgg.GUI.ToplevelDialog
VisionEgg.Gratings.AlphaGratingCommon
VisionEgg.Gratings.LuminanceGratingCommon
VisionEgg.Gratings.NumSamplesTooLargeError
VisionEgg.Gratings.SinGrating2D
VisionEgg.Gratings.SinGrating3D
VisionEgg.MoreStimuli.Arrow
VisionEgg.MoreStimuli.FilledCircle
VisionEgg.MoreStimuli.Rectangle3D
VisionEgg.MoreStimuli.Target2D
VisionEgg.ParameterDefinition
VisionEgg.ParameterTypes.AnyClass
VisionEgg.ParameterTypes.AnyClassMC
VisionEgg.ParameterTypes.AnyOf
VisionEgg.ParameterTypes.Boolean
VisionEgg.ParameterTypes.BooleanMC
VisionEgg.ParameterTypes.Callable
VisionEgg.ParameterTypes.CallableMC
VisionEgg.ParameterTypes.Instance
VisionEgg.ParameterTypes.Integer
VisionEgg.ParameterTypes.IntegerMC
VisionEgg.ParameterTypes.NoneMC
VisionEgg.ParameterTypes.NoneType
VisionEgg.ParameterTypes.ParameterTypeDef
VisionEgg.ParameterTypes.Real
VisionEgg.ParameterTypes.RealMC
VisionEgg.ParameterTypes.Sequence
VisionEgg.ParameterTypes.Sequence2
VisionEgg.ParameterTypes.Sequence3
VisionEgg.ParameterTypes.Sequence4
VisionEgg.ParameterTypes.Sequence4x4
VisionEgg.ParameterTypes.String
VisionEgg.ParameterTypes.StringMC
VisionEgg.ParameterTypes.SubClass
VisionEgg.ParameterTypes.Unicode
VisionEgg.ParameterTypes.UnicodeMC
VisionEgg.ParameterTypes.UnsignedInteger
VisionEgg.ParameterTypes.UnsignedIntegerMC
VisionEgg.Parameters
VisionEgg.PyroApps.AST_ext.AST_Visitor
VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame
VisionEgg.PyroApps.ColorCalGUI.ColorCalMetaParameters
VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController
VisionEgg.PyroApps.DropinGUI.DropinControlFrame
VisionEgg.PyroApps.DropinGUI.DropinMetaParameters
VisionEgg.PyroApps.DropinServer.DropinMetaController
VisionEgg.PyroApps.EPhysGUI.AppWindow
VisionEgg.PyroApps.EPhysGUI.BarButton
VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase
VisionEgg.PyroApps.EPhysGUI.GammaFrame
VisionEgg.PyroApps.EPhysGUI.ImageSequenceLauncher
VisionEgg.PyroApps.EPhysGUI.Loop
VisionEgg.PyroApps.EPhysGUI.LoopContainedObject
VisionEgg.PyroApps.EPhysGUI.LoopParamDialog
VisionEgg.PyroApps.EPhysGUI.ScrollListFrame
VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame
VisionEgg.PyroApps.EPhysServer.EPhysServer
VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame
VisionEgg.PyroApps.FlatGratingGUI.FlatGratingMetaParameters
VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController
VisionEgg.PyroApps.GridGUI.GridControlFrame
VisionEgg.PyroApps.GridGUI.GridMetaParameters
VisionEgg.PyroApps.GridServer.GridMetaController
VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame
VisionEgg.PyroApps.MouseTargetGUI.MouseTargetMetaParameters
VisionEgg.PyroApps.MouseTargetServer.MousePositionController
VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController
VisionEgg.PyroApps.MouseTargetServer.TargetOrientationController
VisionEgg.PyroApps.MouseTargetServer.TargetPositionController
VisionEgg.PyroApps.ScreenPositionGUI.CallbackEntry
VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame
VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionParameters
VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController
VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame
VisionEgg.PyroApps.SphereGratingGUI.SphereGratingMetaParameters
VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController
VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame
VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumMetaParameters
VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController
VisionEgg.PyroApps.TargetGUI.TargetControlFrame
VisionEgg.PyroApps.TargetGUI.TargetMetaParameters
VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController
VisionEgg.PyroClient.PyroClient
VisionEgg.PyroHelpers.PyroConstantController
VisionEgg.PyroHelpers.PyroEncapsulatedController
VisionEgg.PyroHelpers.PyroEvalStringController
VisionEgg.PyroHelpers.PyroExecStringController
VisionEgg.PyroHelpers.PyroListenController
VisionEgg.PyroHelpers.PyroLocalDictController
VisionEgg.PyroHelpers.PyroServer
VisionEgg.QuickTime.MovieTexture
VisionEgg.ResponseControl.KeyboardResponseController
VisionEgg.ResponseControl.ResponseController
VisionEgg.SphereMap.AzElGrid
VisionEgg.SphereMap.SphereGrating
VisionEgg.SphereMap.SphereMap
VisionEgg.SphereMap.SphereWindow
VisionEgg.TCPController.SocketListenController
VisionEgg.TCPController.TCPController
VisionEgg.TCPController.TCPServer
VisionEgg.Text.BitmapText
VisionEgg.Text.GlutTextBase
VisionEgg.Text.StrokeText
VisionEgg.Text.Text
VisionEgg.Textures.FixationCross
VisionEgg.Textures.Mask2D
VisionEgg.Textures.SpinningDrum
VisionEgg.Textures.Texture
VisionEgg.Textures.TextureFromFile
VisionEgg.Textures.TextureObject
VisionEgg.Textures.TextureStimulus
VisionEgg.Textures.TextureStimulus3D
VisionEgg.Textures.TextureStimulusBaseClass
VisionEgg.Textures.TextureTooLargeError
VisionEgg.ThreeDeeMath.TransformMatrix
VisionEgg.WrappedText.WrappedText
VisionEgg.qtlowlevel.QTNewMoviePropertyElement
VisionEgg.qtlowlevel.Rect
VisionEgg.qtlowlevel.qtlowlevelError
VisionEgg.qtmovie.Movie
VisionEgg.qtmovie.Rect
float
int

All Functions

VisionEgg.Configuration.save_settings
VisionEgg.Core.add_gl_assumption
VisionEgg.Core.get_default_screen
VisionEgg.Core.init_gl_extension
VisionEgg.Core.post_gl_init
VisionEgg.Core.sum
VisionEgg.Core.swap_buffers
VisionEgg.Dots.draw_dots
VisionEgg.GL.glLoadMatrixf
VisionEgg.GLTrace.arg_to_str
VisionEgg.GLTrace.gl_trace_attach
VisionEgg.GUI.showexception
VisionEgg.ParameterTypes.assert_type
VisionEgg.ParameterTypes.get_all_classes_list
VisionEgg.ParameterTypes.get_type
VisionEgg.ParameterTypes.is_parameter_type_def
VisionEgg.PlatformDependent.attempt_to_load_multitexturing
VisionEgg.PlatformDependent.linux_but_unknown_drivers
VisionEgg.PlatformDependent.query_refresh_rate
VisionEgg.PlatformDependent.set_priority
VisionEgg.PlatformDependent.sync_swap_with_vbl_post_gl_init
VisionEgg.PlatformDependent.sync_swap_with_vbl_pre_gl_init
VisionEgg.PyroApps.AST_ext.extract_from_AST
VisionEgg.PyroApps.AST_ext.gen_assign_val_subtree
VisionEgg.PyroApps.AST_ext.modify_AST
VisionEgg.PyroApps.ColorCalGUI.get_control_list
VisionEgg.PyroApps.ColorCalServer.get_meta_controller_class
VisionEgg.PyroApps.ColorCalServer.get_meta_controller_stimkey
VisionEgg.PyroApps.ColorCalServer.make_stimuli
VisionEgg.PyroApps.DropinGUI.get_control_list
VisionEgg.PyroApps.DropinServer.get_meta_controller_class
VisionEgg.PyroApps.DropinServer.get_meta_controller_stimkey
VisionEgg.PyroApps.DropinServer.make_stimuli
VisionEgg.PyroApps.EPhysGUI.get_server
VisionEgg.PyroApps.EPhysServer.start_server
VisionEgg.PyroApps.FlatGratingGUI.get_control_list
VisionEgg.PyroApps.FlatGratingServer.get_meta_controller_class
VisionEgg.PyroApps.FlatGratingServer.get_meta_controller_stimkey
VisionEgg.PyroApps.FlatGratingServer.make_stimuli
VisionEgg.PyroApps.GridGUI.get_control_list
VisionEgg.PyroApps.GridServer.get_meta_controller_class
VisionEgg.PyroApps.GridServer.get_meta_controller_stimkey
VisionEgg.PyroApps.GridServer.make_stimuli
VisionEgg.PyroApps.MouseTargetGUI.get_control_list
VisionEgg.PyroApps.MouseTargetServer.cross_product
VisionEgg.PyroApps.MouseTargetServer.get_meta_controller_class
VisionEgg.PyroApps.MouseTargetServer.get_meta_controller_stimkey
VisionEgg.PyroApps.MouseTargetServer.get_target_size
VisionEgg.PyroApps.MouseTargetServer.keydown
VisionEgg.PyroApps.MouseTargetServer.keyup
VisionEgg.PyroApps.MouseTargetServer.mag
VisionEgg.PyroApps.MouseTargetServer.make_stimuli
VisionEgg.PyroApps.SphereGratingGUI.get_control_list
VisionEgg.PyroApps.SphereGratingServer.get_meta_controller_class
VisionEgg.PyroApps.SphereGratingServer.get_meta_controller_stimkey
VisionEgg.PyroApps.SphereGratingServer.make_stimuli
VisionEgg.PyroApps.SpinningDrumGUI.get_control_list
VisionEgg.PyroApps.SpinningDrumServer.get_meta_controller_class
VisionEgg.PyroApps.SpinningDrumServer.get_meta_controller_stimkey
VisionEgg.PyroApps.SpinningDrumServer.make_stimuli
VisionEgg.PyroApps.TargetGUI.get_control_list
VisionEgg.PyroApps.TargetServer.get_meta_controller_class
VisionEgg.PyroApps.TargetServer.get_meta_controller_stimkey
VisionEgg.PyroApps.TargetServer.make_stimuli
VisionEgg.PyroApps.VarTypes.getID
VisionEgg.PyroApps.VarTypes.getType
VisionEgg.Textures.convert_to_numpy_if_array
VisionEgg.Textures.is_power_of_2
VisionEgg.Textures.next_power_of_2
VisionEgg.ThreeDeeMath.make_homogeneous_coord_rows
VisionEgg.ThreeDeeMath.normalize_homogeneous_rows
VisionEgg.WrappedText.main
VisionEgg.assert_type
VisionEgg.get_type
VisionEgg.qtlowlevel.CheckOSStatus
VisionEgg.qtlowlevel.FOUR_CHAR_CODE
VisionEgg.qtlowlevel.GetErrorString
VisionEgg.qtmovie.new_movie_from_filename
VisionEgg.recursive_base_class_finder
VisionEgg.set_time_func_to_frame_locked
VisionEgg.set_time_func_to_true_time
VisionEgg.start_default_logging
VisionEgg.stop_watching_exceptions
VisionEgg.time_func_locked_to_frames
VisionEgg.timing_func
VisionEgg.watch_exceptions

All Variables

VisionEgg.Configuration.defaults
VisionEgg.Configuration.extra_darwin_defaults
VisionEgg.Core.gl_assumptions
VisionEgg.Core.message
VisionEgg.DaqKeyboard.__version__
VisionEgg.DaqLPT.__version__
VisionEgg.FlowControl.EVERY_FRAME
VisionEgg.FlowControl.FRAMES_ABSOLUTE
VisionEgg.FlowControl.FRAMES_SINCE_GO
VisionEgg.FlowControl.NEVER
VisionEgg.FlowControl.NOT_BETWEEN_GO
VisionEgg.FlowControl.NOT_DURING_GO
VisionEgg.FlowControl.ONCE
VisionEgg.FlowControl.TIME_INDEPENDENT
VisionEgg.FlowControl.TIME_SEC_ABSOLUTE
VisionEgg.FlowControl.TIME_SEC_SINCE_GO
VisionEgg.FlowControl.TRANSITIONS
VisionEgg.GL.GL_UNSIGNED_INT_8_8_8_8_REV
VisionEgg.GL.__version__
VisionEgg.GLTrace.bitmask_names_by_value
VisionEgg.GLTrace.bitmasks_by_function
VisionEgg.GLTrace.gl_constants
VisionEgg.GLTrace.raw_args_by_function
VisionEgg.GUI.Tkinter
VisionEgg.GUI.tkFileDialog
VisionEgg.GUI.tkMessageBox
VisionEgg.ParameterTypes.array_types
VisionEgg.PyroApps.AST_ext.name_sequence
VisionEgg.PyroApps.ColorCalGUI.__cvs__
VisionEgg.PyroApps.ColorCalGUI.__date__
VisionEgg.PyroApps.ColorCalServer.__cvs__
VisionEgg.PyroApps.ColorCalServer.__date__
VisionEgg.PyroApps.EPhysGUI.__author__
VisionEgg.PyroApps.EPhysGUI.__cvs__
VisionEgg.PyroApps.EPhysGUI.__date__
VisionEgg.PyroApps.EPhysGUI.__version__
VisionEgg.PyroApps.EPhysGUI.client_list
VisionEgg.PyroApps.EPhysGUIUtils.__author__
VisionEgg.PyroApps.EPhysGUIUtils.__cvs__
VisionEgg.PyroApps.EPhysGUIUtils.__date__
VisionEgg.PyroApps.EPhysGUIUtils.__version__
VisionEgg.PyroApps.EPhysServer.__author__
VisionEgg.PyroApps.EPhysServer.__cvs__
VisionEgg.PyroApps.EPhysServer.__date__
VisionEgg.PyroApps.EPhysServer.__version__
VisionEgg.PyroApps.EPhysServer.server_modules
VisionEgg.PyroApps.FlatGratingGUI.__cvs__
VisionEgg.PyroApps.FlatGratingGUI.__date__
VisionEgg.PyroApps.FlatGratingServer.__cvs__
VisionEgg.PyroApps.FlatGratingServer.__date__
VisionEgg.PyroApps.GridGUI.__author__
VisionEgg.PyroApps.GridGUI.__cvs__
VisionEgg.PyroApps.GridGUI.__date__
VisionEgg.PyroApps.GridGUI.__version__
VisionEgg.PyroApps.GridServer.__author__
VisionEgg.PyroApps.GridServer.__cvs__
VisionEgg.PyroApps.GridServer.__date__
VisionEgg.PyroApps.GridServer.__version__
VisionEgg.PyroApps.MouseTargetGUI.__cvs__
VisionEgg.PyroApps.MouseTargetGUI.__date__
VisionEgg.PyroApps.MouseTargetServer.__cvs__
VisionEgg.PyroApps.MouseTargetServer.__date__
VisionEgg.PyroApps.MouseTargetServer.down
VisionEgg.PyroApps.MouseTargetServer.handle_event_callbacks
VisionEgg.PyroApps.MouseTargetServer.last_mouse_position
VisionEgg.PyroApps.MouseTargetServer.left
VisionEgg.PyroApps.MouseTargetServer.mouse_position
VisionEgg.PyroApps.MouseTargetServer.right
VisionEgg.PyroApps.MouseTargetServer.target_h
VisionEgg.PyroApps.MouseTargetServer.target_w
VisionEgg.PyroApps.MouseTargetServer.up
VisionEgg.PyroApps.ScreenPositionGUI.__cvs__
VisionEgg.PyroApps.ScreenPositionGUI.__date__
VisionEgg.PyroApps.ScreenPositionGUI.__version__
VisionEgg.PyroApps.ScreenPositionServer.__cvs__
VisionEgg.PyroApps.ScreenPositionServer.__date__
VisionEgg.PyroApps.ScreenPositionServer.__version__
VisionEgg.PyroApps.SphereGratingGUI.__cvs__
VisionEgg.PyroApps.SphereGratingGUI.__date__
VisionEgg.PyroApps.SphereGratingServer.__cvs__
VisionEgg.PyroApps.SphereGratingServer.__date__
VisionEgg.PyroApps.SpinningDrumGUI.__author__
VisionEgg.PyroApps.SpinningDrumGUI.__cvs__
VisionEgg.PyroApps.SpinningDrumGUI.__date__
VisionEgg.PyroApps.SpinningDrumGUI.__version__
VisionEgg.PyroApps.SpinningDrumServer.__author__
VisionEgg.PyroApps.SpinningDrumServer.__cvs__
VisionEgg.PyroApps.SpinningDrumServer.__date__
VisionEgg.PyroApps.SpinningDrumServer.__version__
VisionEgg.PyroApps.TargetGUI.__cvs__
VisionEgg.PyroApps.TargetGUI.__date__
VisionEgg.PyroApps.TargetServer.__cvs__
VisionEgg.PyroApps.TargetServer.__date__
VisionEgg.PyroClient.__cvs__
VisionEgg.PyroClient.__date__
VisionEgg.PyroHelpers.__cvs__
VisionEgg.PyroHelpers.__date__
VisionEgg.PyroHelpers.__version__
VisionEgg.QuickTime.__version__
VisionEgg.ResponseControl.__version__
VisionEgg.SphereMap.__version__
VisionEgg.TCPController.__cvs__
VisionEgg.TCPController.__date__
VisionEgg.TCPController.__version__
VisionEgg.Text.have_glut
VisionEgg.Textures.array_types
VisionEgg.Textures.shrink_filter
VisionEgg.config
VisionEgg.darwin_getrefresh.getrefresh
VisionEgg.gl_qt.gl_qt_renderer_create
VisionEgg.gl_qt.gl_qt_renderer_delete
VisionEgg.gl_qt.gl_qt_renderer_update
VisionEgg.log_formatter
VisionEgg.logger
VisionEgg.posix_maxpriority.SCHED_FIFO
VisionEgg.posix_maxpriority.SCHED_RR
VisionEgg.posix_maxpriority.sched_get_priority_max
VisionEgg.posix_maxpriority.set_self_policy_priority
VisionEgg.posix_maxpriority.stop_memory_paging
VisionEgg.qtlowlevel.ByteCount
VisionEgg.qtlowlevel.CFAllocatorRef
VisionEgg.qtlowlevel.CFIndex
VisionEgg.qtlowlevel.CFStringCreateWithCString
VisionEgg.qtlowlevel.CFStringCreateWithCharacters
VisionEgg.qtlowlevel.CFStringEncoding
VisionEgg.qtlowlevel.CFStringGetCString
VisionEgg.qtlowlevel.CFStringGetCStringPtr
VisionEgg.qtlowlevel.CFStringRef
VisionEgg.qtlowlevel.EnterMovies
VisionEgg.qtlowlevel.FSSpec
VisionEgg.qtlowlevel.FourCharCode
VisionEgg.qtlowlevel.GetMovieBox
VisionEgg.qtlowlevel.GoToBeginningOfMovie
VisionEgg.qtlowlevel.InitializeQTML
VisionEgg.qtlowlevel.IsMovieDone
VisionEgg.qtlowlevel.ItemCount
VisionEgg.qtlowlevel.Movie
VisionEgg.qtlowlevel.MoviesTask
VisionEgg.qtlowlevel.NativePathNameToFSSpec
VisionEgg.qtlowlevel.NewMovieFromFile
VisionEgg.qtlowlevel.NewMovieFromProperties
VisionEgg.qtlowlevel.OSErr
VisionEgg.qtlowlevel.OSStatus
VisionEgg.qtlowlevel.OSType
VisionEgg.qtlowlevel.OpenMovieFile
VisionEgg.qtlowlevel.QTGetCFConstant
VisionEgg.qtlowlevel.QTMLClient
VisionEgg.qtlowlevel.QTPropertyClass
VisionEgg.qtlowlevel.QTPropertyID
VisionEgg.qtlowlevel.QTPropertyValuePtr
VisionEgg.qtlowlevel.QTVisualContextRef
VisionEgg.qtlowlevel.SetMovieBox
VisionEgg.qtlowlevel.StartMovie
VisionEgg.qtlowlevel.kCFAllocatorDefault
VisionEgg.qtlowlevel.kCFStringEncodingMacRoman
VisionEgg.qtlowlevel.kQTContextPropertyID_AudioContext
VisionEgg.qtlowlevel.kQTContextPropertyID_VisualContext
VisionEgg.qtlowlevel.kQTDataLocationPropertyID_CFStringHFSPath
VisionEgg.qtlowlevel.kQTDataLocationPropertyID_CFStringNativePath
VisionEgg.qtlowlevel.kQTDataLocationPropertyID_CFStringPosixPath
VisionEgg.qtlowlevel.kQTDataLocationPropertyID_CFStringWindowsPath
VisionEgg.qtlowlevel.kQTDataLocationPropertyID_CFURL
VisionEgg.qtlowlevel.kQTDataLocationPropertyID_DataFork
VisionEgg.qtlowlevel.kQTDataLocationPropertyID_DataReference
VisionEgg.qtlowlevel.kQTDataLocationPropertyID_LegacyMovieResourceHandle
VisionEgg.qtlowlevel.kQTDataLocationPropertyID_MovieUserProc
VisionEgg.qtlowlevel.kQTDataLocationPropertyID_QTDataHandler
VisionEgg.qtlowlevel.kQTDataLocationPropertyID_ResourceFork
VisionEgg.qtlowlevel.kQTDataLocationPropertyID_Scrap
VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_AsyncOK
VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_DontAskUnresolvedDataRefs
VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_DontAutoAlternates
VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_DontAutoUpdateClock
VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_DontResolveDataRefs
VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_DontUpdateForeBackPointers
VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_IdleImportOK
VisionEgg.qtlowlevel.kQTMovieInstantiationPropertyID_ResultDataLocationChanged
VisionEgg.qtlowlevel.kQTMovieResourceLocatorPropertyID_Callback
VisionEgg.qtlowlevel.kQTMovieResourceLocatorPropertyID_FileOffset
VisionEgg.qtlowlevel.kQTMovieResourceLocatorPropertyID_LegacyResID
VisionEgg.qtlowlevel.kQTMovieResourceLocatorPropertyID_LegacyResName
VisionEgg.qtlowlevel.kQTNewMoviePropertyID_Active
VisionEgg.qtlowlevel.kQTNewMoviePropertyID_DefaultDataRef
VisionEgg.qtlowlevel.kQTNewMoviePropertyID_DontInteractWithUser
VisionEgg.qtlowlevel.kQTPropertyClass_Context
VisionEgg.qtlowlevel.kQTPropertyClass_DataLocation
VisionEgg.qtlowlevel.kQTPropertyClass_MovieInstantiation
VisionEgg.qtlowlevel.kQTPropertyClass_MovieResourceLocator
VisionEgg.qtlowlevel.kQTPropertyClass_NewMovieProperty
VisionEgg.qtlowlevel.movieToolboxUninitialized
VisionEgg.qtlowlevel.noErr
VisionEgg.qtlowlevel.paramErr
VisionEgg.release_name
VisionEgg.time_func
VisionEgg.true_time_func
VisionEgg.win32_getrefresh.getrefresh
VisionEgg.win32_maxpriority.HIGH_PRIORITY_CLASS
VisionEgg.win32_maxpriority.IDLE_PRIORITY_CLASS
VisionEgg.win32_maxpriority.NORMAL_PRIORITY_CLASS
VisionEgg.win32_maxpriority.REALTIME_PRIORITY_CLASS
VisionEgg.win32_maxpriority.THREAD_PRIORITY_ABOVE_NORMAL
VisionEgg.win32_maxpriority.THREAD_PRIORITY_BELOW_NORMAL
VisionEgg.win32_maxpriority.THREAD_PRIORITY_HIGHEST
VisionEgg.win32_maxpriority.THREAD_PRIORITY_IDLE
VisionEgg.win32_maxpriority.THREAD_PRIORITY_LOWEST
VisionEgg.win32_maxpriority.THREAD_PRIORITY_NORMAL
VisionEgg.win32_maxpriority.THREAD_PRIORITY_TIME_CRITICAL
VisionEgg.win32_maxpriority.set_self_process_priority_class
VisionEgg.win32_maxpriority.set_self_thread_priority
visionegg-1.2.1/doc/reference/html/toc-VisionEgg-module.html0000644000076500000240000000554211224565531023200 0ustar astrawstaff VisionEgg

Module VisionEgg

Classes

ClassWithParameters
ParameterDefinition
Parameters

Functions

assert_type
get_type
recursive_base_class_finder
set_time_func_to_frame_locked
set_time_func_to_true_time
start_default_logging
stop_watching_exceptions
time_func_locked_to_frames
timing_func
watch_exceptions

Variables

config
log_formatter
logger
release_name
time_func
true_time_func
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.Configuration-module.html0000644000076500000240000000254611224565531026007 0ustar astrawstaff Configuration

Module Configuration

Classes

Config

Functions

save_settings

Variables

defaults
extra_darwin_defaults
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.Core-module.html0000644000076500000240000000753411224565531024072 0ustar astrawstaff Core

Module Core

Classes

ConstantController
Controller
EncapsulatedController
EvalStringController
ExecStringController
FixationSpot
FrameTimer
FunctionController
Message
ModelView
OrthographicProjection
OrthographicProjectionNoZClip
PerspectiveProjection
Presentation
Projection
ProjectionBaseClass
Screen
SimplePerspectiveProjection
Stimulus
Viewport

Functions

add_gl_assumption
get_default_screen
init_gl_extension
post_gl_init
sum
swap_buffers

Variables

gl_assumptions
message
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.Daq-module.html0000644000076500000240000000400011224565531023670 0ustar astrawstaff Daq

Module Daq

Classes

Analog
Buffered
Channel
ChannelParameters
DaqMode
Device
Digital
Functionality
Immediate
Input
Output
SignalType
Trigger
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.DaqKeyboard-module.html0000644000076500000240000000235211224565531025361 0ustar astrawstaff DaqKeyboard

Module DaqKeyboard

Classes

KeyboardInput
KeyboardTriggerInController

Variables

__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.DaqLPT-module.html0000644000076500000240000000313311224565531024256 0ustar astrawstaff DaqLPT

Module DaqLPT

Classes

LPTChannel
LPTDevice
LPTInput
LPTOutput
LPTTriggerInController
LPTTriggerOutController

Variables

__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.darwin_getrefresh-module.html0000644000076500000240000000174511224565531026702 0ustar astrawstaff darwin_getrefresh

Module darwin_getrefresh

Variables

getrefresh
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.Deprecated-module.html0000644000076500000240000000170711224565531025236 0ustar astrawstaff Deprecated

Module Deprecated

Classes

Message
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.Dots-module.html0000644000076500000240000000207111224565531024102 0ustar astrawstaff Dots

Module Dots

Classes

DotArea2D

Functions

draw_dots
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.FlowControl-module.html0000644000076500000240000000555711224565531025455 0ustar astrawstaff FlowControl

Module FlowControl

Classes

ConstantController
Controller
EncapsulatedController
EvalStringController
ExecStringController
FunctionController
Presentation

Variables

EVERY_FRAME
FRAMES_ABSOLUTE
FRAMES_SINCE_GO
NEVER
NOT_BETWEEN_GO
NOT_DURING_GO
ONCE
TIME_INDEPENDENT
TIME_SEC_ABSOLUTE
TIME_SEC_SINCE_GO
TRANSITIONS
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.GL-module.html0000644000076500000240000000230111224565531023467 0ustar astrawstaff GL

Module GL

Functions

glLoadMatrixf

Variables

GL_UNSIGNED_INT_8_8_8_8_REV
__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.gl_qt-module.html0000644000076500000240000000230711224565531024301 0ustar astrawstaff gl_qt

Module gl_qt

Variables

gl_qt_renderer_create
gl_qt_renderer_delete
gl_qt_renderer_update
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.GLTrace-module.html0000644000076500000240000000324611224565531024457 0ustar astrawstaff GLTrace

Module GLTrace

Classes

Wrapper

Functions

arg_to_str
gl_trace_attach

Variables

bitmask_names_by_value
bitmasks_by_function
gl_constants
raw_args_by_function
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.Gratings-module.html0000644000076500000240000000264111224565531024752 0ustar astrawstaff Gratings

Module Gratings

Classes

AlphaGratingCommon
LuminanceGratingCommon
NumSamplesTooLargeError
SinGrating2D
SinGrating3D
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.GUI-module.html0000644000076500000240000000362311224565531023621 0ustar astrawstaff GUI

Module GUI

Classes

AppWindow
GetKeypressDialog
GraphicsConfigurationWindow
InfoFrame
ProgressBar
ToplevelDialog

Functions

showexception

Variables

Tkinter
tkFileDialog
tkMessageBox
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.MoreStimuli-module.html0000644000076500000240000000237511224565531025451 0ustar astrawstaff MoreStimuli

Module MoreStimuli

Classes

Arrow
FilledCircle
Rectangle3D
Target2D
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.ParameterTypes-module.html0000644000076500000240000001033611224565531026141 0ustar astrawstaff ParameterTypes

Module ParameterTypes

Classes

AnyClass
AnyClassMC
AnyOf
Boolean
BooleanMC
Callable
CallableMC
Instance
Integer
IntegerMC
NoneMC
NoneType
ParameterTypeDef
Real
RealMC
Sequence
Sequence2
Sequence3
Sequence4
Sequence4x4
String
StringMC
SubClass
Unicode
UnicodeMC
UnsignedInteger
UnsignedIntegerMC

Functions

assert_type
get_all_classes_list
get_type
is_parameter_type_def

Variables

array_types
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PlatformDependent-module.html0000644000076500000240000000326711224565531026614 0ustar astrawstaff PlatformDependent

Module PlatformDependent

Functions

attempt_to_load_multitexturing
linux_but_unknown_drivers
query_refresh_rate
set_priority
sync_swap_with_vbl_post_gl_init
sync_swap_with_vbl_pre_gl_init
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.posix_maxpriority-module.html0000644000076500000240000000273511224565531027011 0ustar astrawstaff posix_maxpriority

Module posix_maxpriority

Variables

SCHED_FIFO
SCHED_RR
sched_get_priority_max
set_self_policy_priority
stop_memory_paging
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps-module.html0000644000076500000240000000150411224565531024746 0ustar astrawstaff PyroApps

Module PyroApps

visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.AST_ext-module.html0000644000076500000240000000275711224565531026267 0ustar astrawstaff AST_ext

Module AST_ext

Classes

AST_Visitor

Functions

extract_from_AST
gen_assign_val_subtree
modify_AST

Variables

name_sequence
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.ColorCalGUI-module.html0000644000076500000240000000301411224565531027006 0ustar astrawstaff ColorCalGUI

Module ColorCalGUI

Classes

ColorCalControlFrame
ColorCalMetaParameters

Functions

get_control_list

Variables

__cvs__
__date__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.ColorCalServer-module.html0000644000076500000240000000327211224565531027636 0ustar astrawstaff ColorCalServer

Module ColorCalServer

Classes

ColorCalMetaController

Functions

get_meta_controller_class
get_meta_controller_stimkey
make_stimuli

Variables

__cvs__
__date__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.DropinGUI-module.html0000644000076500000240000000240111224565531026542 0ustar astrawstaff DropinGUI

Module DropinGUI

Classes

DropinControlFrame
DropinMetaParameters

Functions

get_control_list
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.DropinServer-module.html0000644000076500000240000000265311224565531027375 0ustar astrawstaff DropinServer

Module DropinServer

Classes

DropinMetaController

Functions

get_meta_controller_class
get_meta_controller_stimkey
make_stimuli
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.EPhysGUI-module.html0000644000076500000240000000510611224565531026344 0ustar astrawstaff EPhysGUI

Module EPhysGUI

Classes

AppWindow
BarButton
ContainedObjectBase
GammaFrame
ImageSequenceLauncher
Loop
LoopContainedObject
LoopParamDialog
ScrollListFrame

Functions

get_server

Variables

__author__
__cvs__
__date__
__version__
client_list
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.EPhysGUIUtils-module.html0000644000076500000240000000273011224565531027365 0ustar astrawstaff EPhysGUIUtils

Module EPhysGUIUtils

Classes

StimulusControlFrame

Variables

__author__
__cvs__
__date__
__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.EPhysServer-module.html0000644000076500000240000000330711224565531027167 0ustar astrawstaff EPhysServer

Module EPhysServer

Classes

EPhysServer

Functions

start_server

Variables

__author__
__cvs__
__date__
__version__
server_modules
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.FlatGratingGUI-module.html0000644000076500000240000000305511224565531027517 0ustar astrawstaff FlatGratingGUI

Module FlatGratingGUI

Classes

FlatGratingControlFrame
FlatGratingMetaParameters

Functions

get_control_list

Variables

__cvs__
__date__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.FlatGratingServer-module.html0000644000076500000240000000335411224565531030343 0ustar astrawstaff FlatGratingServer

Module FlatGratingServer

Classes

FlatGratingExperimentMetaController

Functions

get_meta_controller_class
get_meta_controller_stimkey
make_stimuli

Variables

__cvs__
__date__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.GridGUI-module.html0000644000076500000240000000327411224565531026205 0ustar astrawstaff GridGUI

Module GridGUI

Classes

GridControlFrame
GridMetaParameters

Functions

get_control_list

Variables

__author__
__cvs__
__date__
__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.GridServer-module.html0000644000076500000240000000356411224565531027031 0ustar astrawstaff GridServer

Module GridServer

Classes

GridMetaController

Functions

get_meta_controller_class
get_meta_controller_stimkey
make_stimuli

Variables

__author__
__cvs__
__date__
__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.MouseTargetGUI-module.html0000644000076500000240000000305511224565531027554 0ustar astrawstaff MouseTargetGUI

Module MouseTargetGUI

Classes

MouseTargetControlFrame
MouseTargetMetaParameters

Functions

get_control_list

Variables

__cvs__
__date__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.MouseTargetServer-module.html0000644000076500000240000000742211224565531030400 0ustar astrawstaff MouseTargetServer

Module MouseTargetServer

Classes

MousePositionController
MouseTargetExperimentMetaController
TargetOrientationController
TargetPositionController

Functions

cross_product
get_meta_controller_class
get_meta_controller_stimkey
get_target_size
keydown
keyup
mag
make_stimuli

Variables

__cvs__
__date__
down
handle_event_callbacks
last_mouse_position
left
mouse_position
right
target_h
target_w
up
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.ScreenPositionGUI-module.html0000644000076500000240000000322711224565531030262 0ustar astrawstaff ScreenPositionGUI

Module ScreenPositionGUI

Classes

CallbackEntry
ScreenPositionControlFrame
ScreenPositionParameters

Variables

__cvs__
__date__
__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.ScreenPositionServer-module.html0000644000076500000240000000263711224565531031110 0ustar astrawstaff ScreenPositionServer

Module ScreenPositionServer

Classes

ScreenPositionMetaController

Variables

__cvs__
__date__
__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.SphereGratingGUI-module.html0000644000076500000240000000310311224565531030051 0ustar astrawstaff SphereGratingGUI

Module SphereGratingGUI

Classes

SphereGratingControlFrame
SphereGratingMetaParameters

Functions

get_control_list

Variables

__cvs__
__date__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.SphereGratingServer-module.html0000644000076500000240000000340011224565531030673 0ustar astrawstaff SphereGratingServer

Module SphereGratingServer

Classes

SphereGratingExperimentMetaController

Functions

get_meta_controller_class
get_meta_controller_stimkey
make_stimuli

Variables

__cvs__
__date__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.SpinningDrumGUI-module.html0000644000076500000240000000344411224565531027734 0ustar astrawstaff SpinningDrumGUI

Module SpinningDrumGUI

Classes

SpinningDrumControlFrame
SpinningDrumMetaParameters

Functions

get_control_list

Variables

__author__
__cvs__
__date__
__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.SpinningDrumServer-module.html0000644000076500000240000000375011224565531030556 0ustar astrawstaff SpinningDrumServer

Module SpinningDrumServer

Classes

SpinningDrumExperimentMetaController

Functions

get_meta_controller_class
get_meta_controller_stimkey
make_stimuli

Variables

__author__
__cvs__
__date__
__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.TargetGUI-module.html0000644000076500000240000000276611224565531026553 0ustar astrawstaff TargetGUI

Module TargetGUI

Classes

TargetControlFrame
TargetMetaParameters

Functions

get_control_list

Variables

__cvs__
__date__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.TargetServer-module.html0000644000076500000240000000327211224565531027366 0ustar astrawstaff TargetServer

Module TargetServer

Classes

TargetExperimentMetaController

Functions

get_meta_controller_class
get_meta_controller_stimkey
make_stimuli

Variables

__cvs__
__date__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroApps.VarTypes-module.html0000644000076500000240000000206111224565531026521 0ustar astrawstaff VarTypes

Module VarTypes

Functions

getID
getType
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroClient-module.html0000644000076500000240000000226211224565531025263 0ustar astrawstaff PyroClient

Module PyroClient

Classes

PyroClient

Variables

__cvs__
__date__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.PyroHelpers-module.html0000644000076500000240000000405111224565531025445 0ustar astrawstaff PyroHelpers

Module PyroHelpers

Classes

PyroConstantController
PyroEncapsulatedController
PyroEvalStringController
PyroExecStringController
PyroListenController
PyroLocalDictController
PyroServer

Variables

__cvs__
__date__
__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.qtlowlevel-module.html0000644000076500000240000002640511224565531025376 0ustar astrawstaff qtlowlevel

Module qtlowlevel

Classes

QTNewMoviePropertyElement
Rect
qtlowlevelError

Functions

CheckOSStatus
FOUR_CHAR_CODE
GetErrorString

Variables

ByteCount
CFAllocatorRef
CFIndex
CFStringCreateWithCString
CFStringCreateWithCharacters
CFStringEncoding
CFStringGetCString
CFStringGetCStringPtr
CFStringRef
EnterMovies
FSSpec
FourCharCode
GetMovieBox
GoToBeginningOfMovie
InitializeQTML
IsMovieDone
ItemCount
Movie
MoviesTask
NativePathNameToFSSpec
NewMovieFromFile
NewMovieFromProperties
OSErr
OSStatus
OSType
OpenMovieFile
QTGetCFConstant
QTMLClient
QTPropertyClass
QTPropertyID
QTPropertyValuePtr
QTVisualContextRef
SetMovieBox
StartMovie
kCFAllocatorDefault
kCFStringEncodingMacRoman
kQTContextPropertyID_AudioContext
kQTContextPropertyID_VisualContext
kQTDataLocationPropertyID_CFStringHFSPath
kQTDataLocationPropertyID_CFStringNativePath
kQTDataLocationPropertyID_CFStringPosixPath
kQTDataLocationPropertyID_CFStringWindowsPath
kQTDataLocationPropertyID_CFURL
kQTDataLocationPropertyID_DataFork
kQTDataLocationPropertyID_DataReference
kQTDataLocationPropertyID_LegacyMovieResourceHandle
kQTDataLocationPropertyID_MovieUserProc
kQTDataLocationPropertyID_QTDataHandler
kQTDataLocationPropertyID_ResourceFork
kQTDataLocationPropertyID_Scrap
kQTMovieInstantiationPropertyID_AsyncOK
kQTMovieInstantiationPropertyID_DontAskUnresolvedDataRefs
kQTMovieInstantiationPropertyID_DontAutoAlternates
kQTMovieInstantiationPropertyID_DontAutoUpdateClock
kQTMovieInstantiationPropertyID_DontResolveDataRefs
kQTMovieInstantiationPropertyID_DontUpdateForeBackPointers
kQTMovieInstantiationPropertyID_IdleImportOK
kQTMovieInstantiationPropertyID_ResultDataLocationChanged
kQTMovieResourceLocatorPropertyID_Callback
kQTMovieResourceLocatorPropertyID_FileOffset
kQTMovieResourceLocatorPropertyID_LegacyResID
kQTMovieResourceLocatorPropertyID_LegacyResName
kQTNewMoviePropertyID_Active
kQTNewMoviePropertyID_DefaultDataRef
kQTNewMoviePropertyID_DontInteractWithUser
kQTPropertyClass_Context
kQTPropertyClass_DataLocation
kQTPropertyClass_MovieInstantiation
kQTPropertyClass_MovieResourceLocator
kQTPropertyClass_NewMovieProperty
movieToolboxUninitialized
noErr
paramErr
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.qtmovie-module.html0000644000076500000240000000226011224565531024655 0ustar astrawstaff qtmovie

Module qtmovie

Classes

Movie
Rect

Functions

new_movie_from_filename
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.QuickTime-module.html0000644000076500000240000000237011224565531025066 0ustar astrawstaff QuickTime

Module QuickTime

Classes

MovieTexture

Functions

new_movie_from_filename

Variables

__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.ResponseControl-module.html0000644000076500000240000000240611224565531026332 0ustar astrawstaff ResponseControl

Module ResponseControl

Classes

KeyboardResponseController
ResponseController

Variables

__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.SphereMap-module.html0000644000076500000240000000260611224565531025061 0ustar astrawstaff SphereMap

Module SphereMap

Classes

AzElGrid
SphereGrating
SphereMap
SphereWindow

Variables

__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.TCPController-module.html0000644000076500000240000000303311224565531025662 0ustar astrawstaff TCPController

Module TCPController

Classes

SocketListenController
TCPController
TCPServer

Variables

__cvs__
__date__
__version__
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.Text-module.html0000644000076500000240000000252311224565531024117 0ustar astrawstaff Text

Module Text

Classes

BitmapText
GlutTextBase
StrokeText
Text

Variables

have_glut
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.Textures-module.html0000644000076500000240000000502011224565531025011 0ustar astrawstaff Textures

Module Textures

Classes

FixationCross
Mask2D
SpinningDrum
Texture
TextureFromFile
TextureObject
TextureStimulus
TextureStimulus3D
TextureStimulusBaseClass
TextureTooLargeError

Functions

convert_to_numpy_if_array
is_power_of_2
next_power_of_2

Variables

array_types
shrink_filter
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.ThreeDeeMath-module.html0000644000076500000240000000242211224565531025470 0ustar astrawstaff ThreeDeeMath

Module ThreeDeeMath

Classes

TransformMatrix

Functions

make_homogeneous_coord_rows
normalize_homogeneous_rows
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.win32_getrefresh-module.html0000644000076500000240000000174211224565531026355 0ustar astrawstaff win32_getrefresh

Module win32_getrefresh

Variables

getrefresh
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.win32_maxpriority-module.html0000644000076500000240000000516311224565531026607 0ustar astrawstaff win32_maxpriority

Module win32_maxpriority

Variables

HIGH_PRIORITY_CLASS
IDLE_PRIORITY_CLASS
NORMAL_PRIORITY_CLASS
REALTIME_PRIORITY_CLASS
THREAD_PRIORITY_ABOVE_NORMAL
THREAD_PRIORITY_BELOW_NORMAL
THREAD_PRIORITY_HIGHEST
THREAD_PRIORITY_IDLE
THREAD_PRIORITY_LOWEST
THREAD_PRIORITY_NORMAL
THREAD_PRIORITY_TIME_CRITICAL
set_self_process_priority_class
set_self_thread_priority
visionegg-1.2.1/doc/reference/html/toc-VisionEgg.WrappedText-module.html0000644000076500000240000000211711224565531025441 0ustar astrawstaff WrappedText

Module WrappedText

Classes

WrappedText

Functions

main
visionegg-1.2.1/doc/reference/html/toc.html0000644000076500000240000003274011224565531020025 0ustar astrawstaff Table of Contents

Table of Contents

Everything

Modules

VisionEgg
VisionEgg.Configuration
VisionEgg.Core
VisionEgg.Daq
VisionEgg.DaqKeyboard
VisionEgg.DaqLPT
VisionEgg.Deprecated
VisionEgg.Dots
VisionEgg.FlowControl
VisionEgg.GL
VisionEgg.GLTrace
VisionEgg.GUI
VisionEgg.Gratings
VisionEgg.MoreStimuli
VisionEgg.ParameterTypes
VisionEgg.PlatformDependent
VisionEgg.PyroApps
VisionEgg.PyroApps.AST_ext
VisionEgg.PyroApps.ColorCalGUI
VisionEgg.PyroApps.ColorCalServer
VisionEgg.PyroApps.DropinGUI
VisionEgg.PyroApps.DropinServer
VisionEgg.PyroApps.EPhysGUI
VisionEgg.PyroApps.EPhysGUIUtils
VisionEgg.PyroApps.EPhysServer
VisionEgg.PyroApps.FlatGratingGUI
VisionEgg.PyroApps.FlatGratingServer
VisionEgg.PyroApps.GridGUI
VisionEgg.PyroApps.GridServer
VisionEgg.PyroApps.MouseTargetGUI
VisionEgg.PyroApps.MouseTargetServer
VisionEgg.PyroApps.ScreenPositionGUI
VisionEgg.PyroApps.ScreenPositionServer
VisionEgg.PyroApps.SphereGratingGUI
VisionEgg.PyroApps.SphereGratingServer
VisionEgg.PyroApps.SpinningDrumGUI
VisionEgg.PyroApps.SpinningDrumServer
VisionEgg.PyroApps.TargetGUI
VisionEgg.PyroApps.TargetServer
VisionEgg.PyroApps.VarTypes
VisionEgg.PyroClient
VisionEgg.PyroHelpers
VisionEgg.QuickTime
VisionEgg.ResponseControl
VisionEgg.SphereMap
VisionEgg.TCPController
VisionEgg.Text
VisionEgg.Textures
VisionEgg.ThreeDeeMath
VisionEgg.WrappedText
VisionEgg.darwin_getrefresh
VisionEgg.gl_qt
VisionEgg.posix_maxpriority
VisionEgg.qtlowlevel
VisionEgg.qtmovie
VisionEgg.win32_getrefresh
VisionEgg.win32_maxpriority
visionegg-1.2.1/doc/reference/html/VisionEgg-module.html0000644000076500000240000006657111224565530022425 0ustar astrawstaff VisionEgg
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg
[frames] | no frames]

Package VisionEgg

source code


The Vision Egg package.

The Vision Egg is a programming library (with demo applications) that
uses standard, inexpensive computer graphics cards to produce visual
stimuli for vision research experiments.

Today's consumer computer graphics cards, thanks to the demands of
computer gamers, are capable of drawing and updating computer graphics
suitable for producing research-quality visual stimuli. The Vision Egg
allows the vision scientist (or anyone else) to program these cards
using OpenGL, the standard in computer graphics
programming. Potentially difficult tasks, such as initializing
graphics, getting precise timing information, controlling stimulus
parameters in real-time, and synchronizing with data acquisition are
greatly eased by routines within the Vision Egg.

See the 'Core' module for the fundamental Vision Egg classes.


Version: 1.1.dev

Submodules

Classes
  Parameters
Parameter container.
  ParameterDefinition
Define parameters used in ClassWithParameters...
  ClassWithParameters
Base class for any class that uses parameters.
Functions
 
start_default_logging(maxBytes=100000)
Create and add log handlers		 source code
 
watch_exceptions()
Catch exceptions, log them, and optionally open GUI.		 source code
 
stop_watching_exceptions()
Stop catching exceptions, returning to previous state.		 source code
 
recursive_base_class_finder(klass)
A function to find all base classes.		 source code
 
time_func_locked_to_frames() source code
 
set_time_func_to_true_time() source code
 
set_time_func_to_frame_locked() source code
 
timing_func()
DEPRECATED.		 source code
 
get_type(value) source code
 
assert_type(*args) source code
Variables
  release_name = '1.1.dev'
  config = VisionEgg.Configuration.Config()
  log_formatter = logging.Formatter('%(asctime)s (%(process)d) %...
  logger = logging.getLogger('VisionEgg.Configuration')
  true_time_func = time.time
  time_func = time.time
Function Details

timing_func()

source code  
DEPRECATED.  Use time_func instead

Variables Details

log_formatter

Value:
logging.Formatter('%(asctime)s (%(process)d) %(levelname)s: %(message)\
s')

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg-pysrc.html0000644000076500000240000056024711224565530022277 0ustar astrawstaff VisionEgg
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg
[frames] | no frames]

Source Code for Package VisionEgg

  1  # The Vision Egg 
  2  # 
  3  # Copyright (C) 2001-2004 Andrew Straw 
  4  # Copyright (C) 2004-2008 California Institute of Technology 
  5  # 
  6  # URL: <http://www.visionegg.org/> 
  7  # 
  8  # Distributed under the terms of the GNU Lesser General Public License 
  9  # (LGPL). See LICENSE.TXT that came with this file. 
 10  # 
 11   
 12  """ 
 13  The Vision Egg package. 
 14   
 15  The Vision Egg is a programming library (with demo applications) that 
 16  uses standard, inexpensive computer graphics cards to produce visual 
 17  stimuli for vision research experiments. 
 18   
 19  Today's consumer computer graphics cards, thanks to the demands of 
 20  computer gamers, are capable of drawing and updating computer graphics 
 21  suitable for producing research-quality visual stimuli. The Vision Egg 
 22  allows the vision scientist (or anyone else) to program these cards 
 23  using OpenGL, the standard in computer graphics 
 24  programming. Potentially difficult tasks, such as initializing 
 25  graphics, getting precise timing information, controlling stimulus 
 26  parameters in real-time, and synchronizing with data acquisition are 
 27  greatly eased by routines within the Vision Egg. 
 28   
 29  See the 'Core' module for the fundamental Vision Egg classes. 
 30   
 31  """ 
 32  release_name = '1.1.dev' 
 33   
 34  __version__ = release_name 
 35   
 36  import VisionEgg.Configuration 
 37  import VisionEgg.ParameterTypes as ve_types 
 38  import os, sys, time, types # standard python modules 
 39  import numpy 
 40  import numpy.oldnumeric as Numeric 
 41  import warnings 
 42  import traceback 
 43  import StringIO 
 44   
 45  import logging  # available in Python 2.3 
 46  import logging.handlers 
 47   
 48  if not hasattr(Numeric,'UInt8'): 
 49      Numeric.UInt8 = 'b' 
 50  if not hasattr(Numeric,'Float32'): 
 51      Numeric.UInt8 = 'f' 
 52   
 53  # Make sure we don't have an old version of the VisionEgg installed. 
 54  # (There used to be a module named VisionEgg.VisionEgg.  If it still 
 55  # exists, it will randomly crash things.) 
 56  if not hasattr(sys,'frozen'): 
 57      # don't do this if frozen: 
 58      try: 
 59          __import__('VisionEgg.VisionEgg') 
 60      except ImportError: 
 61          pass # It's OK, the old version isn't there 
 62      else: 
 63          # If we can import it, report error 
 64          raise RuntimeError('Outdated "VisionEgg.py" and/or "VisionEgg.pyc" found.  Please delete from your VisionEgg package directory.') 
 65   
 66  ############# Get config defaults ############# 
 67  config = VisionEgg.Configuration.Config() 
 68   
 69  ############# Logging ############# 
 70   
 71  logger = logging.getLogger('VisionEgg') 
 72  logger.setLevel( logging.INFO ) 
 73  log_formatter = logging.Formatter('%(asctime)s (%(process)d) %(levelname)s: %(message)s') 
 74  _default_logging_started = False 
 75   

 76 -def start_default_logging(maxBytes=100000): 

 77      """Create and add log handlers""" 
 78      global _default_logging_started 
 79      if _default_logging_started: 
 80          return # default logging already started 
 81   
 82      if config.VISIONEGG_LOG_TO_STDERR: 
 83          log_handler_stderr = logging.StreamHandler() 
 84          log_handler_stderr.setFormatter( log_formatter ) 
 85          logger.addHandler( log_handler_stderr ) 
 86   
 87      if config.VISIONEGG_LOG_FILE: 
 88          if hasattr(logging, 'handlers'): 
 89              log_handler_logfile = logging.handlers.RotatingFileHandler( config.VISIONEGG_LOG_FILE, 
 90                                                                          maxBytes=maxBytes ) 
 91          else: 
 92              log_handler_logfile = logging.FileHandler( config.VISIONEGG_LOG_FILE ) 
 93          log_handler_logfile.setFormatter( log_formatter ) 
 94          logger.addHandler( log_handler_logfile ) 
 95   
 96      script_name = sys.argv[0] 
 97      if not script_name: 
 98          script_name = "(interactive shell)" 
 99      logger.info("Script "+script_name+" started Vision Egg %s with process id %d."%(VisionEgg.release_name,os.getpid())) 
100      _default_logging_started = True 

101   
102   
103  ############# Default exception handler ############# 
104   
105  if not sys.argv[0]: # Interactive mode 
106      config.VISIONEGG_GUI_ON_ERROR = 0 
107   

108 -class _ExceptionHookKeeper: 

109 -    def handle_exception(self, exc_type, exc_value, exc_traceback): 

110          global config 
111   
112          traceback_stream = StringIO.StringIO() 
113          traceback.print_exception(exc_type,exc_value,exc_traceback,None,traceback_stream) 
114          traceback_stream.seek(0) 
115   
116          try: 
117              # don't send to stderr here (original exception handler does it) 
118              logger.removeHandler( log_handler_stderr ) 
119              removed_stderr = True 
120          except: 
121              removed_stderr = False 
122   
123          logger.critical(traceback_stream.read()) 
124   
125          if removed_stderr: 
126              logger.addHandler( log_handler_stderr ) 
127   
128          if config is not None: 
129              if config.VISIONEGG_GUI_ON_ERROR and config.VISIONEGG_TKINTER_OK: 
130                  # Should really check if any GUI windows are open and only do this then 
131   
132                  # close any open screens 
133                  if hasattr(config,'_open_screens'): 
134                      for screen in config._open_screens: 
135                          screen.close() 
136   
137                  traceback_stream = StringIO.StringIO() 
138                  traceback.print_tb(exc_traceback,None,traceback_stream) 
139                  traceback_stream.seek(0) 
140   
141                  pygame_bug_workaround = False # do we need to workaround pygame bug? 
142                  if hasattr(config,"_pygame_started"): 
143                      if config._pygame_started: 
144                          pygame_bug_workaround = True 
145                  if sys.platform.startswith('linux'): # doesn't affect linux for some reason 
146                      pygame_bug_workaround = False 
147                  if not pygame_bug_workaround: 
148                      if hasattr(config,'_Tkinter_used'): 
149                          if config._Tkinter_used: 
150                              import GUI 
151                              GUI.showexception(exc_type, exc_value, traceback_stream.getvalue()) 
152   
153          # continue on with normal exception processing: 
154          __keep_config__ = config # bizarre that the exception handler changes our values... 
155          self.orig_hook(exc_type, exc_value, exc_traceback) 
156          config = __keep_config__ # but we work around it! 

157   

158 -    def __init__(self): 

159          self._sys = sys # preserve ref to sys module 
160          self.orig_hook = self._sys.excepthook # keep copy 
161          sys.excepthook = self.handle_exception 

162   

163 -    def __del__(self): 

164          self._sys.excepthook = self.orig_hook # restore original 

165   

166 -def watch_exceptions(): 

167      """Catch exceptions, log them, and optionally open GUI.""" 
168      global _exception_hook_keeper 
169      _exception_hook_keeper = _ExceptionHookKeeper() 

170   

172      """Stop catching exceptions, returning to previous state.""" 
173      global _exception_hook_keeper 
174      del _exception_hook_keeper 

175   
176  if config.VISIONEGG_ALWAYS_START_LOGGING: 
177      start_default_logging() 
178      watch_exceptions() 
179      if len(config._delayed_configuration_log_warnings) != 0: 
180          logger = logging.getLogger('VisionEgg.Configuration') 
181          for msg in config._delayed_configuration_log_warnings: 
182              logger.warning( msg ) 
183   
184  ############ A base class finder utility function ########### 
185   

187      """A function to find all base classes.""" 
188      result = [klass] 
189      for base_class in klass.__bases__: 
190          for base_base_class in recursive_base_class_finder(base_class): 
191              result.append(base_base_class) 
192      # Make only a single copy of each class found 
193      result2 = [] 
194      for r in result: 
195          if r not in result2: 
196              result2.append(r) 
197      return result2 

198   
199  ############# Setup timing functions ############# 
200   
201  if sys.platform == "win32": 
202      # on win32, time.clock() theoretically has better resolution than time.time() 
203      true_time_func = time.clock 
204  else: 
205      true_time_func = time.time 
206      # XXX Possible To-Do: 
207      #  On MacOSX use AudioGetCurrentHostTime() and 
208      #  AudioConvertHostTimeToNanos() # 
209   
210  config._FRAMECOUNT_ABSOLUTE = 0 # initialize global variable 

212      return config._FRAMECOUNT_ABSOLUTE / float(config.VISIONEGG_MONITOR_REFRESH_HZ) 

213   
214  time_func = true_time_func # name of time function Vision Egg programs should use 
215   
218   
221   

222 -def timing_func(): 

223      """DEPRECATED.  Use time_func instead""" 
224      warnings.warn("timing_func() has been changed to time_func(). " 
225                    "This warning will only be issued once, but each call to " 
226                    "timing_func() will be slower than if you called time_func() " 
227                    "directly", DeprecationWarning, stacklevel=2) 
228      return time_func() 

229   
230  #################################################################### 
231  # 
232  #        Parameters 
233  # 
234  #################################################################### 
235   

236 -class Parameters: 

237      """Parameter container. 
238   
239      Simple empty class to act something like a C struct.""" 
240      pass 

241   

242 -class ParameterDefinition( dict ): 

243      """Define parameters used in ClassWithParameters 
244      """ 
245      DEPRECATED = 1 
246      OPENGL_ENUM = 2 

247   

248 -class ClassWithParameters( object ): 

249      """Base class for any class that uses parameters. 
250   
251      Any class that uses parameters potentially modifiable in realtime 
252      should be a subclass of ClassWithParameters.  This class enforces 
253      type checking and sets default values. 
254   
255      Any subclass of ClassWithParameters can define two class (not 
256      instance) attributes, "parameters_and_defaults" and 
257      "constant_parameters_and_defaults". These are dictionaries where 
258      the key is a string containing the name of the parameter and the 
259      the value is a tuple of length 2 containing the default value and 
260      the type.  For example, an acceptable dictionary would be 
261      {"parameter1" : (1.0, ve_types.Real)} 
262   
263      See the ParameterTypes module for more information about types. 
264   
265      """ 
266   
267      parameters_and_defaults = ParameterDefinition({}) # empty for base class 
268      constant_parameters_and_defaults = ParameterDefinition({}) # empty for base class 
269   
270      __slots__ = ('parameters','constant_parameters') # limit access only to specified attributes 
271   

272 -    def __getstate__(self): 

273          """support for being pickled""" 
274          result = {} 
275          classes = recursive_base_class_finder(self.__class__) 
276          for klass in classes: 
277              if hasattr(klass,'__slots__'): 
278                  for attr in klass.__slots__: 
279                      if hasattr(self,attr): 
280                          result[attr] = getattr(self,attr) 
281          return result 

282   

283 -    def __setstate__(self,dict): 

284          """support for being unpickled""" 
285          for attr in dict.keys(): 
286              setattr(self,attr,dict[attr]) 

287   
288      __safe_for_unpickling__ = True # tell python 2.2 we know what we're doing 
289   

290 -    def __init__(self,**kw): 

291          """Create self.parameters and set values.""" 
292          self.constant_parameters = Parameters() # create self.constant_parameters 
293          self.parameters = Parameters() # create self.parameters 
294   
295          # Get a list of all classes this instance is derived from 
296          classes = recursive_base_class_finder(self.__class__) 
297   
298          done_constant_parameters_and_defaults = [] 
299          done_parameters_and_defaults = [] 
300          done_kw = [] 
301   
302          # Fill self.parameters with parameter names and set to default values 
303          for klass in classes: 
304              if klass == object: 
305                  continue # base class of new style classes - ignore 
306              # Create self.parameters and set values to keyword argument if found, 
307              # otherwise to default value. 
308              # 
309              # If a class didn't override base class's parameters_and_defaults dictionary, don't deal with it twice 
310              if hasattr(klass, 'parameters_and_defaults') and klass.parameters_and_defaults not in done_parameters_and_defaults: 
311                  for parameter_name in klass.parameters_and_defaults.keys(): 
312                      # Make sure this parameter key/value pair doesn't exist already 
313                      if hasattr(self.parameters,parameter_name): 
314                          raise ValueError("More than one definition of parameter '%s'"%parameter_name) 
315                      # Get default value and the type 
316                      value,tipe = klass.parameters_and_defaults[parameter_name][:2] 
317                      # Check tipe is valid 
318                      if not ve_types.is_parameter_type_def(tipe): 
319                          raise ValueError("In definition of parameter '%s', %s is not a valid type declaration."%(parameter_name,tipe)) 
320                      # Was a non-default value passed for this parameter? 
321                      if kw.has_key(parameter_name): 
322                          value = kw[parameter_name] 
323                          done_kw.append(parameter_name) 
324                      # Allow None to pass as acceptable value -- lets __init__ set own defaults 
325                      if value is not None: 
326                          # Check anything other than None 
327                          if not tipe.verify(value): 
328                              print 'parameter_name',parameter_name 
329                              print 'value',value 
330                              print 'type value',type(value) 
331                              print 'isinstance(value, numpy.ndarray)',isinstance(value, numpy.ndarray) 
332                              print 'tipe',tipe 
333   
334                              if not isinstance(value, numpy.ndarray): 
335                                  value_str = str(value) 
336                              else: 
337                                  if Numeric.multiply.reduce(value.shape) < 10: 
338                                      value_str = str(value) # print array if it's smallish 
339                                  else: 
340                                      value_str = "(array data)" # don't pring if it's big 
341                              raise TypeError("Parameter '%s' value %s is type %s (not type %s) in %s"%(parameter_name,value_str,type(value),tipe,self)) 
342                      setattr(self.parameters,parameter_name,value) 
343                  done_parameters_and_defaults.append(klass.parameters_and_defaults) 
344   
345              # Same thing as above for self.constant_parameters: 
346              # 
347              # Create self.constant_parameters and set values to keyword argument if found, 
348              # otherwise to default value. 
349              # 
350              # If a class didn't override base class's parameters_and_defaults dictionary, don't deal with it twice 
351              if hasattr(klass, 'constant_parameters_and_defaults') and klass.constant_parameters_and_defaults not in done_constant_parameters_and_defaults: 
352                  for parameter_name in klass.constant_parameters_and_defaults.keys(): 
353                      # Make sure this parameter key/value pair doesn't exist already 
354                      if hasattr(self.parameters,parameter_name): 
355                          raise ValueError("Definition of '%s' as variable parameter and constant parameter."%parameter_name) 
356                      if hasattr(self.constant_parameters,parameter_name): 
357                          raise ValueError("More than one definition of constant parameter '%s'"%parameter_name) 
358                      # Get default value and the type 
359                      value,tipe = klass.constant_parameters_and_defaults[parameter_name][:2] 
360   
361                      if not ve_types.is_parameter_type_def(tipe): 
362                          raise ValueError("In definition of constant parameter '%s', %s is not a valid type declaration."%(parameter_name,tipe)) 
363                      # Was a non-default value passed for this parameter? 
364                      if kw.has_key(parameter_name): 
365                          value = kw[parameter_name] 
366                          done_kw.append(parameter_name) 
367                      # Allow None to pass as acceptable value -- lets __init__ set own default 
368                      if type(value) != type(None): 
369                          # Check anything other than None 
370                          if not tipe.verify(value): 
371                              if type(value) != Numeric.ArrayType: 
372                                  value_str = str(value) 
373                              else: 
374                                  if Numeric.multiply.reduce(value.shape) < 10: 
375                                      value_str = str(value) # print array if it's smallish 
376                                  else: 
377                                      value_str = "(array data)" # don't pring if it's big 
378                              raise TypeError("Constant parameter '%s' value %s is type %s (not type %s) in %s"%(parameter_name,value_str,type(value),tipe,self)) 
379                      setattr(self.constant_parameters,parameter_name,value) 
380                  done_constant_parameters_and_defaults.append(klass.constant_parameters_and_defaults) 
381   
382          # Set self.parameters to the value in "kw" 
383          for kw_parameter_name in kw.keys(): 
384              if kw_parameter_name not in done_kw: 
385                  raise ValueError("parameter '%s' passed as keyword argument, but not specified by %s (or subclasses) as potential parameter"%(kw_parameter_name,self.__class__)) 

386   

387 -    def is_constant_parameter(self,parameter_name): 

388          # Get a list of all classes this instance is derived from 
389          classes = recursive_base_class_finder(self.__class__) 
390          for klass in classes: 
391              if klass == object: 
392                  continue # base class of new style classes - ignore 
393              if klass.constant_parameters_and_defaults.has_key(parameter_name): 
394                  return True 
395          # The for loop only completes if parameter_name is not in any subclass 
396          return False 

397   

398 -    def get_specified_type(self,parameter_name): 

399          # Get a list of all classes this instance is derived from 
400          classes = recursive_base_class_finder(self.__class__) 
401          for klass in classes: 
402              if klass == object: 
403                  continue # base class of new style classes - ignore 
404              if klass.parameters_and_defaults.has_key(parameter_name): 
405                  return klass.parameters_and_defaults[parameter_name][1] 
406          # The for loop only completes if parameter_name is not in any subclass 
407          raise AttributeError("%s has no parameter named '%s'"%(self.__class__,parameter_name)) 

408   

409 -    def verify_parameters(self): 

410          """Perform type check on all parameters""" 
411          for parameter_name in dir(self.parameters): 
412              if parameter_name.startswith('__'): 
413                  continue 
414              require_type = self.get_specified_type(parameter_name) 
415              this_type = ve_types.get_type(getattr(self.parameters,parameter_name)) 
416              ve_types.assert_type(this_type,require_type) 

417   

418 -    def set(self,**kw): 

419          """Set a parameter with type-checked value 
420   
421          This is the slow but safe way to set parameters.  It is recommended to 
422          use this method in all but speed-critical portions of code. 
423          """ 
424          # Note that we don't overload __setattr__ because that would always slow 
425          # down assignment, not just when it was convenient. 
426          # 
427          # (We could make a checked_parameters attribute though.) 
428          for parameter_name in kw.keys(): 
429              setattr(self.parameters,parameter_name,kw[parameter_name]) 
430              require_type = self.get_specified_type(parameter_name) 
431              value = kw[parameter_name] 
432              this_type = ve_types.get_type(value) 
433              ve_types.assert_type(this_type,require_type) 
434              setattr(self.parameters,parameter_name,value) 

435   

436 -def get_type(value): 

437      warnings.warn("VisionEgg.get_type() has been moved to "+\ 
438                    "VisionEgg.ParameterTypes.get_type()", 
439                    DeprecationWarning, stacklevel=2) 
440      return  ve_types.get_type(value) 

441   

442 -def assert_type(*args): 

443      warnings.warn("VisionEgg.assert_type() has been moved to "+\ 
444                    "VisionEgg.ParameterTypes.assert_type()", 
445                    DeprecationWarning, stacklevel=2) 
446      return ve_types.assert_type(*args) 

447   

448 -def _get_lowerleft(position,anchor,size): 

449      """Private helper function 
450   
451      size is (width, height) 
452      """ 
453      if anchor == 'lowerleft': 
454          lowerleft = position 
455      else: 
456          if len(position) > 2: z = position[2] 
457          else: z = 0.0 
458          if len(position) > 3: w = position[3] 
459          else: w = 1.0 
460          if z != 0.0: warnings.warn( "z coordinate (other than 0.0) specificed where anchor not 'lowerleft' -- cannot compute") 
461          if w != 1.0: warnings.warn("w coordinate (other than 1.0) specificed where anchor not 'lowerleft' -- cannot compute") 
462          if anchor == 'center': 
463              lowerleft = (position[0] - size[0]/2.0, position[1] - size[1]/2.0) 
464          elif anchor == 'lowerright': 
465              lowerleft = (position[0] - size[0],position[1]) 
466          elif anchor == 'upperright': 
467              lowerleft = (position[0] - size[0],position[1] - size[1]) 
468          elif anchor == 'upperleft': 
469              lowerleft = (position[0],position[1] - size[1]) 
470          elif anchor == 'left': 
471              lowerleft = (position[0],position[1] - size[1]/2.0) 
472          elif anchor == 'right': 
473              lowerleft = (position[0] - size[0],position[1] - size[1]/2.0) 
474          elif anchor == 'bottom': 
475              lowerleft = (position[0] - size[0]/2.0,position[1]) 
476          elif anchor == 'top': 
477              lowerleft = (position[0] - size[0]/2.0,position[1] - size[1]) 
478          else: 
479              raise ValueError("No anchor position %s"%anchor) 
480      return lowerleft 

481   

482 -def _get_center(position,anchor,size): 

483      """Private helper function""" 
484      if anchor == 'center': 
485          center = position 
486      else: 
487          if len(position) > 2: z = position[2] 
488          else: z = 0.0 
489          if len(position) > 3: w = position[3] 
490          else: w = 1.0 
491          if z != 0.0: raise ValueError("z coordinate (other than 0.0) specificed where anchor not 'center' -- cannot compute") 
492          if w != 1.0: raise ValueError("w coordinate (other than 1.0) specificed where anchor not 'center' -- cannot compute") 
493          if anchor == 'lowerleft': 
494              center = (position[0] + size[0]/2.0, position[1] + size[1]/2.0) 
495          elif anchor == 'lowerright': 
496              center = (position[0] - size[0]/2.0, position[1] + size[1]/2.0) 
497          elif anchor == 'upperright': 
498              center = (position[0] - size[0]/2.0, position[1] - size[1]/2.0) 
499          elif anchor == 'upperleft': 
500              center = (position[0] + size[0]/2.0, position[1] - size[1]/2.0) 
501          elif anchor == 'left': 
502              center = (position[0] + size[0]/2.0, position[1]) 
503          elif anchor == 'right': 
504              center = (position[0] - size[0]/2.0, position[1]) 
505          elif anchor == 'bottom': 
506              center = (position[0],position[1] + size[1]/2.0) 
507          elif anchor == 'top': 
508              center = (position[0],position[1] - size[1]/2.0) 
509          else: 
510              raise ValueError("No anchor position %s"%anchor) 
511      return center 

512

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ClassWithParameters-class.html0000644000076500000240000003504311224565530026157 0ustar astrawstaff VisionEgg.ClassWithParameters
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Class ClassWithParameters
[frames] | no frames]

Class ClassWithParameters

source code

object --+
         |
        ClassWithParameters

Base class for any class that uses parameters.

Any class that uses parameters potentially modifiable in realtime
should be a subclass of ClassWithParameters.  This class enforces
type checking and sets default values.

Any subclass of ClassWithParameters can define two class (not
instance) attributes, "parameters_and_defaults" and
"constant_parameters_and_defaults". These are dictionaries where
the key is a string containing the name of the parameter and the
the value is a tuple of length 2 containing the default value and
the type.  For example, an acceptable dictionary would be
{"parameter1" : (1.0, ve_types.Real)}

See the ParameterTypes module for more information about types.


Instance Methods
 
__getstate__(self)
support for being pickled		 source code
 
__setstate__(self, dict)
support for being unpickled		 source code
 
__init__(self, **kw)
Create self.parameters and set values.		 source code
 
is_constant_parameter(self, parameter_name) source code
 
get_specified_type(self, parameter_name) source code
 
verify_parameters(self)
Perform type check on all parameters		 source code
 
set(self, **kw)
Set a parameter with type-checked value This is the slow but safe way to set parameters.		 source code

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = ParameterDefinition({})
  constant_parameters_and_defaults = ParameterDefinition({})
  __safe_for_unpickling__ = True
Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create self.parameters and set values.
Overrides: object.__init__

set(self, **kw)

source code  
Set a parameter with type-checked value

This is the slow but safe way to set parameters.  It is recommended to
use this method in all but speed-critical portions of code.

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Configuration-module.html0000644000076500000240000002753111224565530025224 0ustar astrawstaff VisionEgg.Configuration
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Configuration
[frames] | no frames]

Module Configuration

source code


Load config values from environment, config file, or defaults.

Applications should not import this module directly.  Instead, 'import
VisionEgg' will result in an attribute 'VisionEgg.config', which has
the configuration options as attributes.

This module searches for configuration options from the following
places: environment variables, configuration file, generic defaults.
Environment variables take precedence over the configuration file,
which takes precedence over the generic defaults.

This module also determines the location of the Vision Egg
directories.  The VISIONEGG_SYSTEM_DIR directory is by default the
'VisionEgg' directory in Python's site-packages.  VISIONEGG_USER_DIR
is by default 'VisionEgg' in the directory specified by the
environment variable HOME, if it exists, and os.curdir otherwise.

You can create a configuration file that contains defaults for your
system.  This should be a text file with key/value pairs.  Blank lines
and anything after the pound symbol ('#') will be treated as a
comment.  Each key/value pairs should be on its own line and in the
format 'KEY=VALUE'.  By default the file 'VisionEgg.cfg' from the
VISIONEGG_USER_DIR or VISIONEGG_SYSTEM_DIR as specified above.
However, You can specify a different filename and directory by setting
the environment variable VISIONEGG_CONFIG_FILE.


Classes
  Config
Holds global Vision Egg configuration information.
Functions
 
save_settings()
Save the current values to the config file, overwriting what is there.		 source code
Variables
  defaults = {'VISIONEGG_ALWAYS_START_LOGGING': 0, 'VISIONEGG_DO...
  extra_darwin_defaults = {'VISIONEGG_DARWIN_MAXPRIORITY_CONVENT...
Variables Details

defaults

Value:
{'VISIONEGG_ALWAYS_START_LOGGING': 0, 'VISIONEGG_DOUBLE_BUFFER': 1, 'V\
ISIONEGG_FRAMELESS_WINDOW': 0, 'VISIONEGG_FULLSCREEN': 0, 'VISIONEGG_G\
UI_INIT': 1, 'VISIONEGG_GAMMA_INVERT_RED': 2.1, 'VISIONEGG_GAMMA_INVER\
T_GREEN': 2.1, 'VISIONEGG_GAMMA_INVERT_BLUE': 2.1, 'VISIONEGG_GAMMA_FI\
LE': 'custom.ve_gamma', 'VISIONEGG_GAMMA_SOURCE': 'none', 'VISIONEGG_G\
UI_ON_ERROR': 1, 'VISIONEGG_HIDE_MOUSE': 1, 'VISIONEGG_LOG_FILE': 'Vis\
ionEgg.log', 'VISIONEGG_LOG_TO_STDERR': 1, 'VISIONEGG_MAXPRIORITY': 0,\
 'VISIONEGG_MONITOR_REFRESH_HZ': 60.0, 'VISIONEGG_MULTISAMPLE_SAMPLES'\
...

extra_darwin_defaults

Value:
{'VISIONEGG_DARWIN_MAXPRIORITY_CONVENTIONAL_NOT_REALTIME': 1, 'VISIONE\
GG_DARWIN_CONVENTIONAL_PRIORITY':-20, 'VISIONEGG_DARWIN_REALTIME_PERIO\
D_DENOM': 120, 'VISIONEGG_DARWIN_REALTIME_COMPUTATION_DENOM': 2400, 'V\
ISIONEGG_DARWIN_REALTIME_CONSTRAINT_DENOM': 1200, 'VISIONEGG_DARWIN_RE\
ALTIME_PREEMPTIBLE': 0, 'VISIONEGG_DARWIN_PTHREAD_PRIORITY': 'max',}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Configuration-pysrc.html0000644000076500000240000021320411224565530025071 0ustar astrawstaff VisionEgg.Configuration
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Configuration
[frames] | no frames]

Source Code for Module VisionEgg.Configuration

  1  # The Vision Egg: Configuration 
  2  # 
  3  # Copyright (C) 2001-2003 Andrew Straw. 
  4  # Copyright (C) 2008 California Institute of Technology 
  5  # 
  6  # URL: <http://www.visionegg.org/> 
  7  # 
  8  # Distributed under the terms of the GNU Lesser General Public License 
  9  # (LGPL). See LICENSE.TXT that came with this file. 
 10   
 11  """ 
 12  Load config values from environment, config file, or defaults. 
 13   
 14  Applications should not import this module directly.  Instead, 'import 
 15  VisionEgg' will result in an attribute 'VisionEgg.config', which has 
 16  the configuration options as attributes. 
 17   
 18  This module searches for configuration options from the following 
 19  places: environment variables, configuration file, generic defaults. 
 20  Environment variables take precedence over the configuration file, 
 21  which takes precedence over the generic defaults. 
 22   
 23  This module also determines the location of the Vision Egg 
 24  directories.  The VISIONEGG_SYSTEM_DIR directory is by default the 
 25  'VisionEgg' directory in Python's site-packages.  VISIONEGG_USER_DIR 
 26  is by default 'VisionEgg' in the directory specified by the 
 27  environment variable HOME, if it exists, and os.curdir otherwise. 
 28   
 29  You can create a configuration file that contains defaults for your 
 30  system.  This should be a text file with key/value pairs.  Blank lines 
 31  and anything after the pound symbol ('#') will be treated as a 
 32  comment.  Each key/value pairs should be on its own line and in the 
 33  format 'KEY=VALUE'.  By default the file 'VisionEgg.cfg' from the 
 34  VISIONEGG_USER_DIR or VISIONEGG_SYSTEM_DIR as specified above. 
 35  However, You can specify a different filename and directory by setting 
 36  the environment variable VISIONEGG_CONFIG_FILE. 
 37   
 38  """ 
 39   
 40  # Warning: This code is a bit of a hack 
 41   
 42  import VisionEgg 
 43  import re, os, errno, sys                  # standard python packages 
 44  import ConfigParser 
 45   
 46  #################################################################### 
 47  # 
 48  #        Default configuration variables 
 49  # 
 50  #################################################################### 
 51   
 52  defaults= { 
 53      'VISIONEGG_ALWAYS_START_LOGGING': 0, 
 54      'VISIONEGG_DOUBLE_BUFFER':        1, 
 55      'VISIONEGG_FRAMELESS_WINDOW':     0, 
 56      'VISIONEGG_FULLSCREEN':           0, 
 57      'VISIONEGG_GUI_INIT':             1, 
 58      'VISIONEGG_GAMMA_INVERT_RED':     2.1, # only used in 'invert' mode 
 59      'VISIONEGG_GAMMA_INVERT_GREEN':   2.1, # only used in 'invert' mode 
 60      'VISIONEGG_GAMMA_INVERT_BLUE':    2.1, # only used in 'invert' mode 
 61      'VISIONEGG_GAMMA_FILE':           'custom.ve_gamma', # only used in 'file' mode 
 62      'VISIONEGG_GAMMA_SOURCE':         'none', #also 'invert' or 'file' 
 63      'VISIONEGG_GUI_ON_ERROR':         1, 
 64      'VISIONEGG_HIDE_MOUSE':           1, 
 65      'VISIONEGG_LOG_FILE':             'VisionEgg.log', 
 66      'VISIONEGG_LOG_TO_STDERR':        1, 
 67      'VISIONEGG_MAXPRIORITY':          0, 
 68      'VISIONEGG_MONITOR_REFRESH_HZ':   60.0, 
 69      'VISIONEGG_MULTISAMPLE_SAMPLES':  0, 
 70      'VISIONEGG_PREFERRED_BPP':        32, 
 71      'VISIONEGG_REQUEST_ALPHA_BITS':   8, 
 72      'VISIONEGG_REQUEST_BLUE_BITS':    8, 
 73      'VISIONEGG_REQUEST_GREEN_BITS':   8, 
 74      'VISIONEGG_REQUEST_RED_BITS':     8, 
 75      'VISIONEGG_REQUEST_STEREO':       0, 
 76      'VISIONEGG_SCREEN_W':             640, 
 77      'VISIONEGG_SCREEN_H':             480, 
 78      'VISIONEGG_SYNC_SWAP':            1, 
 79      'VISIONEGG_TKINTER_OK':           1, 
 80      'SYNCLYNC_PRESENT':               0, 
 81      } 
 82  if sys.platform.startswith('linux'): 
 83      defaults['VISIONEGG_PREFERRED_BPP']=24 
 84   
 85  extra_darwin_defaults = { 
 86      'VISIONEGG_DARWIN_MAXPRIORITY_CONVENTIONAL_NOT_REALTIME'  : 1, 
 87      'VISIONEGG_DARWIN_CONVENTIONAL_PRIORITY'                  : -20, # -20 is best priority 
 88      'VISIONEGG_DARWIN_REALTIME_PERIOD_DENOM'                  : 120, 
 89      'VISIONEGG_DARWIN_REALTIME_COMPUTATION_DENOM'             : 2400, 
 90      'VISIONEGG_DARWIN_REALTIME_CONSTRAINT_DENOM'              : 1200, 
 91      'VISIONEGG_DARWIN_REALTIME_PREEMPTIBLE'                   : 0, 
 92      'VISIONEGG_DARWIN_PTHREAD_PRIORITY'                      : 'max', 
 93  } 
 94   

 95 -class Config: 

 96      """Holds global Vision Egg configuration information.""" 

 97 -    def __init__(self): 

 98          """Load global Vision Egg configuration information.""" 
 99          cfg = ConfigParser.ConfigParser() 
100   
101          if sys.executable == sys.argv[0]: # Windows binary 
102              self.VISIONEGG_SYSTEM_DIR = os.curdir 
103              self.VISIONEGG_USER_DIR = os.curdir 
104          else: 
105              # non-standard VisionEgg installations 
106              try: 
107                  self.VISIONEGG_SYSTEM_DIR = os.environ['VISIONEGG_SYSTEM_DIR'] 
108              except KeyError: 
109                  self.VISIONEGG_SYSTEM_DIR = os.path.split(__file__)[0] 
110              user_dir = os.path.expanduser("~") 
111              self.VISIONEGG_USER_DIR = os.path.join(user_dir,"VisionEgg") 
112   
113          # See if there's an environment variable for the config file 
114          if 'VISIONEGG_CONFIG_FILE' in os.environ.keys(): 
115              configFile = os.environ['VISIONEGG_CONFIG_FILE'] 
116          else: 
117              # Is there one in VISIONEGG_USER_DIR? 
118              configFile = os.path.join(self.VISIONEGG_USER_DIR,"VisionEgg.cfg") 
119              if not os.path.isfile(configFile): 
120                  configFile = os.path.join(self.VISIONEGG_SYSTEM_DIR,"VisionEgg.cfg") 
121                  if not os.path.isfile(configFile): 
122                      configFile = None # No file, use defaults specified in environment variables then here 
123   
124          print 'configFile',configFile 
125          if configFile: 
126              cfg.read(configFile) 
127          else: 
128              # pretend we have a config file 
129              cfg.add_section('General') 
130              for key in defaults.keys(): 
131                  cfg.set('General',key,str(defaults[key])) 
132              if sys.platform == 'darwin': 
133                  cfg.add_section('darwin') 
134                  for key in extra_darwin_defaults.keys(): 
135                      cfg.set('darwin',key,str(extra_darwin_defaults[key])) 
136   
137          # Do the general stuff first 
138          # Set the default values 
139          for name in defaults.keys(): 
140              if name in os.environ.keys(): 
141                  value = os.environ[name] 
142              else: 
143                  value = defaults[name] 
144              if isinstance(defaults[name], int): 
145                  if value == 'False': 
146                      value = 0 
147                  elif value == 'True': 
148                      value = 1 
149                  setattr(self,name,int(value)) 
150              elif isinstance(defaults[name], float): 
151                  setattr(self,name,float(value)) 
152              else: 
153                  setattr(self,name,value) 
154   
155          # Get the values from the configFile 
156          general_options = cfg.options('General') 
157   
158          self._delayed_configuration_log_warnings = [] # chick and egg problem 
159          # set defaults from config file 
160          for option in general_options: 
161              name = option.upper() 
162              if name not in defaults.keys(): 
163                  self._delayed_configuration_log_warnings.append( 
164                      "While reading %s: The variable \"%s\" is not (anymore) a Vision Egg variable."%(os.path.abspath(configFile),option)) 
165                  continue 
166              value = cfg.get('General',option) 
167              if name in os.environ.keys(): 
168                  value = os.environ[name] 
169              if isinstance(defaults[name], int): 
170                  if value == 'False': 
171                      value = 0 
172                  elif value == 'True': 
173                      value = 1 
174                  setattr(self,name,int(value)) 
175              elif isinstance(defaults[name], float): 
176                  setattr(self,name,float(value)) 
177              else: 
178                  setattr(self,name,value) 
179   
180          # Do platform specific stuff 
181          # Set the default values 
182          platform_name = sys.platform 
183          extra_name = "extra_%s_defaults"%(platform_name,) 
184          if extra_name in globals().keys(): 
185              extra_defaults = globals()[extra_name] 
186              for name in extra_defaults.keys(): 
187                  setattr(self,name,extra_defaults[name]) 
188   
189              # Get the values from the configFile 
190              platform_options = cfg.options(platform_name) 
191              for option in platform_options: 
192                  name = option.upper() 
193                  if name not in extra_defaults.keys(): 
194                      raise KeyError("No Vision Egg configuration variable \"%s\""%option) 
195                  value = cfg.get(platform_name,option) 
196                  if name in os.environ.keys(): 
197                      value = os.environ[name] 
198                  if isinstance(extra_defaults[name], int): 
199                      if value == 'False': 
200                          value = 0 
201                      elif value == 'True': 
202                          value = 1 
203                      setattr(self,name,int(value)) 
204                  elif isinstance(extra_defaults[name], float): 
205                      setattr(self,name,float(value)) 
206                  else: 
207                      setattr(self,name,value) 
208   
209          if(configFile): 
210              self.VISIONEGG_CONFIG_FILE = os.path.abspath(configFile) 
211          else: 
212              self.VISIONEGG_CONFIG_FILE = None 

213   

214 -def save_settings(): 

215      """Save the current values to the config file, overwriting what is there.""" 
216   
217      dont_save = ['VISIONEGG_CONFIG_FILE', 
218                   'VISIONEGG_SYSTEM_DIR', 
219                   'VISIONEGG_USER_DIR', 
220                   ] 
221   
222      if not VisionEgg.config.VISIONEGG_CONFIG_FILE: 
223          raise RuntimeError("No config file in use.") 
224      re_setting_finder = re.compile(r"^\s?((?:VISIONEGG_[A-Z_]*)|(?:SYNCLYNC_[A-Z_]*))\s?=\s?(\S*)\s?$",re.IGNORECASE) 
225   
226      orig_file = open(VisionEgg.config.VISIONEGG_CONFIG_FILE,"r") 
227      orig_lines = orig_file.readlines() 
228   
229      line_ending = orig_lines[0][-2:] 
230      if line_ending[0] not in ['\r','\n','\l']: 
231          line_ending = line_ending[1] 
232   
233      out_file_lines = [] 
234   
235      saved_config_vars = [] 
236   
237      for line in orig_lines: 
238          out_line = line # The output is the same as the input unless there's a match 
239          match = re_setting_finder.match(line) 
240          if match: 
241              name = match.group(1).upper() 
242              if name in VisionEgg.config.__dict__.keys(): 
243                  if name not in dont_save: 
244                      # Change the output line 
245                      out_line = ("%s = %s"%(name,getattr(VisionEgg.config,name,))) + line_ending 
246                      saved_config_vars.append(name) 
247          out_file_lines.append(out_line) 
248   
249      # Close and reopen orig_file in write mode 
250      orig_file.close() 
251      orig_file = open(VisionEgg.config.VISIONEGG_CONFIG_FILE,"w") 
252      for line in out_file_lines: 
253          orig_file.write(line) 

254

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:50 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Configuration.Config-class.html0000644000076500000240000001221311224565530026237 0ustar astrawstaff VisionEgg.Configuration.Config
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Configuration :: Class Config
[frames] | no frames]

Class Config

source code

Holds global Vision Egg configuration information.


Instance Methods
 
__init__(self)
Load global Vision Egg configuration information.		 source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core-module.html0000644000076500000240000004207011224565530023300 0ustar astrawstaff VisionEgg.Core
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core
[frames] | no frames]

Module Core

source code


Core Vision Egg functionality.

This module contains the architectural foundations of the Vision Egg.


Classes
  Screen
An OpenGL window, possibly displayed across multiple displays.
  ProjectionBaseClass
Converts stimulus coordinates to viewport coordinates.
  Projection
for use of OpenGL PROJECTION_MATRIX...
  ModelView
for use of OpenGL MODELVIEW_MATRIX...
  OrthographicProjection
An orthographic projection.
  OrthographicProjectionNoZClip
An orthographic projection without Z clipping.
  SimplePerspectiveProjection
A simplified perspective projection.
  PerspectiveProjection
A perspective projection.
  Stimulus
Base class for a stimulus.
  Viewport
Connects stimuli to a screen.
  FixationSpot
A rectangle stimulus, typically used as a fixation spot.
  FrameTimer
Time inter frame intervals and compute frames per second.
  Message
DEPRECATED Handles message/warning/error printing, exception raising.
  Presentation
Handles the timing and coordination of stimulus presentation.
  Controller
Control parameters.
  ConstantController
Set parameters to a constant value.
  EvalStringController
Set parameters using dynamically interpreted Python string.
  ExecStringController
Set parameters using potentially complex Python string.
  FunctionController
Set parameters using a Python function.
  EncapsulatedController
Set parameters by encapsulating another Controller.
Functions
 
sum(values) source code
 
swap_buffers() source code
 
get_default_screen()
Make an instance of Screen using a GUI window or from config file.		 source code
 
add_gl_assumption(gl_variable, required_value, failure_callback)
Save assumptions for later checking once OpenGL context created.		 source code
 
init_gl_extension(prefix, name) source code
 
post_gl_init()
Called by Screen instance.		 source code
Variables
  message = VisionEgg.Deprecated.Message()
  gl_assumptions = []
Function Details

post_gl_init()

source code  
Called by Screen instance. Requires OpenGL context to be created.

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core-pysrc.html0000644000076500000240000237011311224565530023157 0ustar astrawstaff VisionEgg.Core
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core
[frames] | no frames]

Source Code for Module VisionEgg.Core

   1  # The Vision Egg: Core 
   2  # 
   3  # Copyright (C) 2001-2004 Andrew Straw 
   4  # Copyright (C) 2004-2008 California Institute of Technology 
   5  # 
   6  # URL: <http://www.visionegg.org/> 
   7  # 
   8  # Distributed under the terms of the GNU Lesser General Public License 
   9  # (LGPL). See LICENSE.TXT that came with this file. 
  10   
  11  """ 
  12  Core Vision Egg functionality. 
  13   
  14  This module contains the architectural foundations of the Vision Egg. 
  15   
  16  """ 
  17   
  18  #################################################################### 
  19  # 
  20  #        Import all the necessary packages 
  21  # 
  22  #################################################################### 
  23   
  24  import sys, types, math, time, os               # standard Python modules 
  25  import StringIO 
  26   
  27  import logging                                  # available in Python 2.3 
  28   
  29  import VisionEgg                                # Vision Egg base module (__init__.py) 
  30  import VisionEgg.PlatformDependent              # platform dependent Vision Egg C code 
  31  import VisionEgg.ParameterTypes as ve_types     # Vision Egg type checking 
  32  import VisionEgg.GLTrace                        # Allows tracing of all OpenGL calls 
  33  import VisionEgg.ThreeDeeMath                   # OpenGL math simulation 
  34   
  35  import pygame                                   # pygame handles OpenGL window setup 
  36  import pygame.locals 
  37  import pygame.display 
  38   
  39  import VisionEgg.GL as gl # get all OpenGL stuff in one namespace 
  40   
  41  import numpy 
  42  import numpy.oldnumeric as Numeric # emulate old Numeric Python package 
  43   
  44  # Define "sum" if it's not available as Python function 
  45  try: 
  46      sum 
  47  except NameError: 
  48      import operator 

  49 -    def sum( values ): 

  50          return reduce(operator.add, values ) 

  51   

  52 -def swap_buffers(): 

  53      VisionEgg.config._FRAMECOUNT_ABSOLUTE += 1 
  54      return pygame.display.flip() 

  55   
  56  #################################################################### 
  57  # 
  58  #        Screen 
  59  # 
  60  #################################################################### 
  61   

  62 -class Screen(VisionEgg.ClassWithParameters): 

  63      """An OpenGL window, possibly displayed across multiple displays. 
  64   
  65      A Screen instance is an OpenGL window for the Vision Egg to draw 
  66      in.  For an instance of Screen to do anything useful, it must 
  67      contain one or more instances of the Viewport class and one or 
  68      more instances of the Stimulus class. 
  69   
  70      Currently, only one OpenGL window is supported by the library with 
  71      which the Vision Egg initializes graphics (pygame/SDL).  However, 
  72      this need not limit display to a single physical display device. 
  73      Many video drivers, for example, allow applications to treat two 
  74      separate monitors as one large array of contiguous pixels.  By 
  75      sizing a window such that it occupies both monitors and creating 
  76      separate viewports for the portion of the window on each monitor, 
  77      a multiple screen effect can be created. 
  78   
  79      Public read-only variables 
  80      ========================== 
  81      size -- Tuple of 2 integers specifying width and height 
  82   
  83      Parameters 
  84      ========== 
  85      bgcolor -- background color (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
  86                 Default: (0.5, 0.5, 0.5, 0.0) 
  87   
  88      Constant Parameters 
  89      =================== 
  90      alpha_bits          -- number of bits per pixel for alpha channel. Can be set with VISIONEGG_REQUEST_ALPHA_BITS (UnsignedInteger) 
  91                             Default: (determined at runtime) 
  92      blue_bits           -- number of bits per pixel for blue channel. Can be set with VISIONEGG_REQUEST_BLUE_BITS (UnsignedInteger) 
  93                             Default: (determined at runtime) 
  94      double_buffer       -- use double buffering? Can be set with VISIONEGG_DOUBLE_BUFFER (Boolean) 
  95                             Default: (determined at runtime) 
  96      frameless           -- remove standard window frame? Can be set with VISIONEGG_FRAMELESS_WINDOW (Boolean) 
  97                             Default: (determined at runtime) 
  98      fullscreen          -- use full screen? Can be set with VISIONEGG_FULLSCREEN (Boolean) 
  99                             Default: (determined at runtime) 
 100      green_bits          -- number of bits per pixel for green channel. Can be set with VISIONEGG_REQUEST_GREEN_BITS (UnsignedInteger) 
 101                             Default: (determined at runtime) 
 102      hide_mouse          -- hide the mouse cursor? Can be set with VISIONEGG_HIDE_MOUSE (Boolean) 
 103                             Default: (determined at runtime) 
 104      is_stereo           -- allocate stereo framebuffers? Can be set with VISIONEGG_REQUEST_STEREO (Boolean) 
 105                             Default: (determined at runtime) 
 106      maxpriority         -- raise priority? (platform dependent) Can be set with VISIONEGG_MAXPRIORITY (Boolean) 
 107                             Default: (determined at runtime) 
 108      multisample_samples -- preferred number of multisamples for FSAA (UnsignedInteger) 
 109                             Default: (determined at runtime) 
 110      preferred_bpp       -- preferred bits per pixel (bit depth) Can be set with VISIONEGG_PREFERRED_BPP (UnsignedInteger) 
 111                             Default: (determined at runtime) 
 112      red_bits            -- number of bits per pixel for red channel. Can be set with VISIONEGG_REQUEST_RED_BITS (UnsignedInteger) 
 113                             Default: (determined at runtime) 
 114      size                -- size (units: pixels) Can be set with VISIONEGG_SCREEN_W and VISIONEGG_SCREEN_H (Sequence2 of Real) 
 115                             Default: (determined at runtime) 
 116      sync_swap           -- synchronize buffer swaps to vertical sync? Can be set with VISIONEGG_SYNC_SWAP (Boolean) 
 117                             Default: (determined at runtime) 
 118      """ 
 119   
 120      parameters_and_defaults = VisionEgg.ParameterDefinition({ 
 121          'bgcolor':((0.5,0.5,0.5,0.0), 
 122                     ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
 123                                    ve_types.Sequence4(ve_types.Real)), 
 124                     'background color',), 
 125          }) 
 126   
 127      constant_parameters_and_defaults = VisionEgg.ParameterDefinition({ 
 128          'size':(None, 
 129                  ve_types.Sequence2(ve_types.Real), 
 130                  'size (units: pixels) Can be set with VISIONEGG_SCREEN_W and VISIONEGG_SCREEN_H'), 
 131          'fullscreen':(None, 
 132                        ve_types.Boolean, 
 133                        'use full screen? Can be set with VISIONEGG_FULLSCREEN'), 
 134          'double_buffer':(None, 
 135                           ve_types.Boolean, 
 136                           'use double buffering? Can be set with VISIONEGG_DOUBLE_BUFFER'), 
 137          'preferred_bpp':(None, 
 138                           ve_types.UnsignedInteger, 
 139                           'preferred bits per pixel (bit depth) Can be set with VISIONEGG_PREFERRED_BPP'), 
 140          'maxpriority':(None, 
 141                         ve_types.Boolean, 
 142                         'raise priority? (platform dependent) Can be set with VISIONEGG_MAXPRIORITY'), 
 143          'hide_mouse':(None, 
 144                        ve_types.Boolean, 
 145                        'hide the mouse cursor? Can be set with VISIONEGG_HIDE_MOUSE'), 
 146          'frameless':(None, 
 147                       ve_types.Boolean, 
 148                       'remove standard window frame? Can be set with VISIONEGG_FRAMELESS_WINDOW'), 
 149          'sync_swap':(None, 
 150                       ve_types.Boolean, 
 151                       'synchronize buffer swaps to vertical sync? Can be set with VISIONEGG_SYNC_SWAP'), 
 152          'red_bits':(None, 
 153                      ve_types.UnsignedInteger, 
 154                      'number of bits per pixel for red channel. Can be set with VISIONEGG_REQUEST_RED_BITS'), 
 155          'green_bits':(None, 
 156                      ve_types.UnsignedInteger, 
 157                      'number of bits per pixel for green channel. Can be set with VISIONEGG_REQUEST_GREEN_BITS'), 
 158          'blue_bits':(None, 
 159                      ve_types.UnsignedInteger, 
 160                      'number of bits per pixel for blue channel. Can be set with VISIONEGG_REQUEST_BLUE_BITS'), 
 161          'alpha_bits':(None, 
 162                      ve_types.UnsignedInteger, 
 163                      'number of bits per pixel for alpha channel. Can be set with VISIONEGG_REQUEST_ALPHA_BITS'), 
 164          'is_stereo':(None, 
 165                       ve_types.Boolean, 
 166                       'allocate stereo framebuffers? Can be set with VISIONEGG_REQUEST_STEREO'), 
 167          'multisample_samples':(None, # support added by Mark Halko 
 168                                 ve_types.UnsignedInteger, 
 169                                 'preferred number of multisamples for FSAA'), 
 170          }) 
 171   
 172      __slots__ = ( 
 173          '__cursor_visible_func__', 
 174          '__pygame_quit__', 
 175          '_put_pixels_texture_stimulus', 
 176          '_pixel_coord_projection', 
 177          ) 
 178   

 179 -    def __init__(self,**kw): 

 180          logger = logging.getLogger('VisionEgg.Core') 
 181   
 182          VisionEgg.ClassWithParameters.__init__(self,**kw) 
 183   
 184          cp = self.constant_parameters # shorthand 
 185          if cp.size is None: 
 186              cp.size = (VisionEgg.config.VISIONEGG_SCREEN_W, 
 187                         VisionEgg.config.VISIONEGG_SCREEN_H) 
 188          if cp.double_buffer is None: 
 189              cp.double_buffer = VisionEgg.config.VISIONEGG_DOUBLE_BUFFER 
 190          if cp.fullscreen is None: 
 191              cp.fullscreen = VisionEgg.config.VISIONEGG_FULLSCREEN 
 192          if cp.preferred_bpp is None: 
 193              cp.preferred_bpp = VisionEgg.config.VISIONEGG_PREFERRED_BPP 
 194          if cp.maxpriority is None: 
 195              cp.maxpriority = VisionEgg.config.VISIONEGG_MAXPRIORITY 
 196          if cp.hide_mouse is None: 
 197              cp.hide_mouse = VisionEgg.config.VISIONEGG_HIDE_MOUSE 
 198          if cp.frameless is None: 
 199              cp.frameless = VisionEgg.config.VISIONEGG_FRAMELESS_WINDOW 
 200          if cp.sync_swap is None: 
 201              cp.sync_swap = VisionEgg.config.VISIONEGG_SYNC_SWAP 
 202          if cp.red_bits is None: 
 203              cp.red_bits = VisionEgg.config.VISIONEGG_REQUEST_RED_BITS 
 204          if cp.green_bits is None: 
 205              cp.green_bits = VisionEgg.config.VISIONEGG_REQUEST_GREEN_BITS 
 206          if cp.blue_bits is None: 
 207              cp.blue_bits = VisionEgg.config.VISIONEGG_REQUEST_BLUE_BITS 
 208          if cp.alpha_bits is None: 
 209              cp.alpha_bits = VisionEgg.config.VISIONEGG_REQUEST_ALPHA_BITS 
 210          if cp.is_stereo is None: 
 211              cp.is_stereo = VisionEgg.config.VISIONEGG_REQUEST_STEREO 
 212          if cp.multisample_samples is None: 
 213               cp.multisample_samples = VisionEgg.config.VISIONEGG_MULTISAMPLE_SAMPLES 
 214   
 215          if VisionEgg.config.SYNCLYNC_PRESENT: 
 216              global synclync # import into global namespace 
 217              import synclync 
 218              try: 
 219                  VisionEgg.config._SYNCLYNC_CONNECTION = synclync.SyncLyncConnection() 
 220              except synclync.SyncLyncError, x: 
 221                  logger.warning( "Could not connect to SyncLync device (SyncLyncError: %s)."%str(x)) 
 222                  VisionEgg.config._SYNCLYNC_CONNECTION = None 
 223              else: 
 224                  logger.info( "Connected to SyncLync device" ) 
 225          else: 
 226              VisionEgg.config._SYNCLYNC_CONNECTION = None 
 227   
 228          # Attempt to synchronize buffer swapping with vertical sync 
 229          if cp.sync_swap: 
 230              sync_success = VisionEgg.PlatformDependent.sync_swap_with_vbl_pre_gl_init() 
 231   
 232          # Initialize pygame stuff 
 233  #        if sys.platform == "darwin": # bug in Mac OS X version of pygame 
 234  #            pygame.init() 
 235          pygame.display.init() 
 236   
 237          if hasattr(pygame.display,"gl_set_attribute"): 
 238              pygame.display.gl_set_attribute(pygame.locals.GL_RED_SIZE,cp.red_bits) 
 239              pygame.display.gl_set_attribute(pygame.locals.GL_GREEN_SIZE,cp.green_bits) 
 240              pygame.display.gl_set_attribute(pygame.locals.GL_BLUE_SIZE,cp.blue_bits) 
 241              pygame.display.gl_set_attribute(pygame.locals.GL_ALPHA_SIZE,cp.alpha_bits) 
 242              pygame.display.gl_set_attribute(pygame.locals.GL_STEREO,cp.is_stereo) 
 243              #Request FSAA 
 244              if cp.multisample_samples > 0 : 
 245                  pygame.display.gl_set_attribute(pygame.locals.GL_MULTISAMPLEBUFFERS,1) 
 246                  pygame.display.gl_set_attribute(pygame.locals.GL_MULTISAMPLESAMPLES,cp.multisample_samples) 
 247          else: 
 248              logger.debug("Could not request or query exact bit depths, " 
 249                           "alpha or stereo because you need " 
 250                           "pygame release 1.4.9 or greater. This is " 
 251                           "only of concern if you use a stimulus that " 
 252                           "needs this. In that case, the stimulus " 
 253                           "should check for the desired feature(s).") 
 254   
 255          if not hasattr(pygame.display,"set_gamma_ramp"): 
 256              logger.debug("set_gamma_ramp function not available " 
 257                           "because you need pygame release 1.5 or " 
 258                           "greater. This is only of concern if you " 
 259                           "need this feature.") 
 260          pygame.display.set_caption("Vision Egg") 
 261   
 262          flags = pygame.locals.OPENGL 
 263          if cp.double_buffer: 
 264              flags = flags | pygame.locals.DOUBLEBUF 
 265          if cp.fullscreen: 
 266              flags = flags | pygame.locals.FULLSCREEN 
 267          if cp.frameless: 
 268              flags = flags | pygame.locals.NOFRAME 
 269   
 270          try_bpp = cp.preferred_bpp 
 271   
 272          append_str = "" 
 273          if cp.fullscreen: 
 274              screen_mode = "fullscreen" 
 275          else: 
 276              screen_mode = "window" 
 277          if hasattr(pygame.display,"gl_set_attribute"): 
 278              append_str = " (%d %d %d %d RGBA)."%(cp.red_bits, 
 279                                                   cp.green_bits, 
 280                                                   cp.blue_bits, 
 281                                                   cp.alpha_bits) 
 282   
 283          logger.info("Requesting %s %d x %d %d bpp%s"% 
 284                      (screen_mode,self.size[0],self.size[1], 
 285                       try_bpp,append_str)) 
 286   
 287          pygame.display.set_mode(self.size, flags, try_bpp ) 
 288          # set a global variable so we know workaround avoid pygame bug 
 289          VisionEgg.config._pygame_started = 1 
 290   
 291          try: 
 292              if sys.platform != 'darwin': 
 293                  pygame.display.set_icon(pygame.transform.scale(pygame.image.load( 
 294                      os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR, 
 295                                   'data','visionegg.bmp')).convert(),(32,32))) 
 296              else: 
 297                  import AppKit # requires PyObjC, which is required by pygame osx 
 298                  im = AppKit.NSImage.alloc() 
 299                  im.initWithContentsOfFile_( 
 300                      os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR, 
 301                                   'data','visionegg.tif')) 
 302                  AppKit.NSApplication.setApplicationIconImage_(AppKit.NSApp(),im) 
 303   
 304          except Exception,x: 
 305              logger.info("Error while trying to set_icon: %s: %s"% 
 306                          (str(x.__class__),str(x))) 
 307   
 308          global gl_vendor, gl_renderer, gl_version 
 309          gl_vendor = gl.glGetString(gl.GL_VENDOR) 
 310          gl_renderer = gl.glGetString(gl.GL_RENDERER) 
 311          gl_version = gl.glGetString(gl.GL_VERSION) 
 312   
 313          logger.info("OpenGL %s, %s, %s (PyOpenGL %s)"% 
 314                      (gl_version, gl_renderer, gl_vendor, gl.__version__)) 
 315   
 316          if gl_renderer == "GDI Generic" and gl_vendor == "Microsoft Corporation": 
 317              logger.warning("Using default Microsoft Windows OpenGL " 
 318                             "drivers.  Please (re-)install the latest " 
 319                             "video drivers from your video card " 
 320                             "manufacturer to get hardware accelerated " 
 321                             "performance.") 
 322          if gl_renderer == "Mesa GLX Indirect" and gl_vendor == "VA Linux Systems, Inc.": 
 323              logger.warning("Using default Mesa GLX drivers. Please " 
 324                             "(re-)install the latest video drivers from " 
 325                             "your video card manufacturer or DRI " 
 326                             "project to get hardware accelarated " 
 327                             "performance.") 
 328          # Set values to unknown and fill based on OpenGL values 
 329          cp.red_bits = None 
 330          cp.green_bits = None 
 331          cp.blue_bits = None 
 332          cp.alpha_bits = None 
 333          cp.is_stereo = None 
 334          got_bpp = pygame.display.Info().bitsize 
 335          append_str = '' 
 336          if hasattr(pygame.display,"gl_get_attribute"): 
 337              # Fill in values as known 
 338              cp.red_bits = pygame.display.gl_get_attribute(pygame.locals.GL_RED_SIZE) 
 339              cp.green_bits = pygame.display.gl_get_attribute(pygame.locals.GL_GREEN_SIZE) 
 340              cp.blue_bits = pygame.display.gl_get_attribute(pygame.locals.GL_BLUE_SIZE) 
 341              cp.alpha_bits = pygame.display.gl_get_attribute(pygame.locals.GL_ALPHA_SIZE) 
 342              cp.is_stereo = pygame.display.gl_get_attribute(pygame.locals.GL_STEREO) 
 343              if cp.is_stereo: stereo_string = ' stereo' 
 344              else: stereo_string = '' 
 345              append_str = " (%d %d %d %d RGBA%s)"%( 
 346                  cp.red_bits,cp.green_bits,cp.blue_bits,cp.alpha_bits, 
 347                  stereo_string) 
 348          logger.info("Video system reports %d bpp%s."%(got_bpp,append_str)) 
 349          if got_bpp < try_bpp: 
 350              logger.warning("Video system reports %d bits per pixel, " 
 351                             "while your program requested %d. Can you " 
 352                             "adjust your video drivers?"%(got_bpp, 
 353                             try_bpp)) 
 354          # Save the address of these functions so they can be called 
 355          # when closing the screen. 
 356          self.__cursor_visible_func__ = pygame.mouse.set_visible 
 357          self.__pygame_quit__ = pygame.quit 
 358   
 359          #Check FSAA requests 
 360          if cp.multisample_samples>0 : 
 361              if hasattr(pygame.display,"gl_set_attribute"): 
 362                  got_ms_buf = pygame.display.gl_get_attribute(pygame.locals.GL_MULTISAMPLEBUFFERS) 
 363                  got_ms_samp = pygame.display.gl_get_attribute(pygame.locals.GL_MULTISAMPLESAMPLES) 
 364                  if got_ms_samp < cp.multisample_samples : 
 365                      logger.warning("Video system reports %d multisample samples, " 
 366                                     "while you requested %d.  FSAA requires " 
 367                                     "SDL > 1.2.6, check that it is installed."%(got_ms_samp, cp.multisample_samples)) 
 368   
 369          # Attempt to synchronize buffer swapping with vertical sync again 
 370          if cp.sync_swap: 
 371              if not sync_success: 
 372                  if not VisionEgg.PlatformDependent.sync_swap_with_vbl_post_gl_init(): 
 373                      cp.sync_swap = False 
 374                      logger.warning("Unable to detect or automatically " 
 375                                     "synchronize buffer swapping with " 
 376                                     "vertical retrace. May be possible " 
 377                                     "by manually adjusting video " 
 378                                     "drivers. (Look for 'Enable " 
 379                                     "Vertical Sync' or similar.) If " 
 380                                     "buffer swapping is not " 
 381                                     "synchronized, frame by frame " 
 382                                     "control will not be possible. " 
 383                                     "Because of this, you will probably " 
 384                                     "get a warning about calculated " 
 385                                     "frames per second different than " 
 386                                     "specified.") 
 387          # Check previously made OpenGL assumptions now that we have OpenGL window 
 388          post_gl_init() 
 389   
 390          if cp.hide_mouse: 
 391              self.__cursor_visible_func__(0) 
 392   
 393          # Attempt to set maximum priority (This may not be the best 
 394          # place in the code to do it because it's an application-level 
 395          # thing, not a screen-level thing, but it fits reasonably well 
 396          # here for now.) 
 397          if cp.maxpriority: 
 398              VisionEgg.PlatformDependent.set_priority() # defaults to max priority 
 399   
 400          if hasattr(VisionEgg.config,'_open_screens'): 
 401              VisionEgg.config._open_screens.append(self) 
 402          else: 
 403              VisionEgg.config._open_screens = [self] 

 404   
 405      # Use Python descriptors (introduced in Python 2.2) to link size 
 406      # attribute to constant_parameters.size. 

 407 -    def get_size(self): return self.constant_parameters.size 

 408 -    def set_size(self, value): raise RuntimeError("Attempting to set read-only value") 

 409      size = property(get_size,set_size) 
 410   

 411 -    def get_framebuffer_as_image(self, 
 412                                   buffer='back', 
 413                                   format=gl.GL_RGB, 
 414                                   position=(0,0), 
 415                                   anchor='lowerleft', 
 416                                   size=None, # if None, use full screen 
 417                                   ): 

 418          """get pixel values from framebuffer to PIL image""" 
 419          import Image # Could import this at the beginning of the file, but it breaks sometimes. 
 420   
 421          fb_array = self.get_framebuffer_as_array(buffer=buffer, 
 422                                                   format=format, 
 423                                                   position=position, 
 424                                                   anchor=anchor, 
 425                                                   size=size, 
 426                                                   ) 
 427          size = fb_array.shape[1], fb_array.shape[0] 
 428          if format == gl.GL_RGB: 
 429              pil_mode = 'RGB' 
 430          elif format == gl.GL_RGBA: 
 431              pil_mode = 'RGBA' 
 432          fb_image = Image.fromstring(pil_mode,size,fb_array.tostring()) 
 433          fb_image = fb_image.transpose( Image.FLIP_TOP_BOTTOM ) 
 434          return fb_image 

 435   

 436 -    def get_framebuffer_as_array(self, 
 437                                   buffer='back', 
 438                                   format=gl.GL_RGB, 
 439                                   position=(0,0), 
 440                                   anchor='lowerleft', 
 441                                   size=None, # if None, use full screen 
 442                                   ): 

 443          """get pixel values from framebuffer to Numeric array"""# (SLOW)""" 
 444          if size is None: 
 445              size = self.size 
 446          lowerleft = VisionEgg._get_lowerleft(position,anchor,size) 
 447          if buffer == 'front': 
 448              gl.glReadBuffer( gl.GL_FRONT ) 
 449          elif buffer == 'back': 
 450              gl.glReadBuffer( gl.GL_BACK ) 
 451          else: 
 452              raise ValueError('No support for "%s" framebuffer'%buffer) 
 453   
 454          # according to Apple's glGrab demo, this should force DMA transfers: 
 455          gl.glPixelStorei(gl.GL_PACK_ALIGNMENT, 4) 
 456          gl.glPixelStorei(gl.GL_PACK_ROW_LENGTH, 0) 
 457          gl.glPixelStorei(gl.GL_PACK_SKIP_ROWS, 0) 
 458          gl.glPixelStorei(gl.GL_PACK_SKIP_PIXELS, 0) 
 459          if gl_version >= '1.2' and hasattr(gl,'GL_BGRA'): 
 460              framebuffer_pixels = gl.glReadPixels(lowerleft[0],lowerleft[1], 
 461                                                   size[0],size[1], 
 462                                                   gl.GL_BGRA, 
 463                                                   gl.GL_UNSIGNED_INT_8_8_8_8_REV) 
 464              raw_format = 'BGRA' 
 465          else: 
 466              framebuffer_pixels = gl.glReadPixels(lowerleft[0],lowerleft[1], 
 467                                                   size[0],size[1], 
 468                                                   gl.GL_RGBA, 
 469                                                   gl.GL_UNSIGNED_BYTE) 
 470              raw_format = 'RGBA' 
 471          fb_array = Numeric.fromstring(framebuffer_pixels,Numeric.UInt8) 
 472          fb_array = Numeric.reshape(fb_array,(size[1],size[0],4)) 
 473          # These work, but I don't know why.  There must be something I 
 474          # don't understand about byte ordering! 
 475          if format == gl.GL_RGB: 
 476              if raw_format == 'BGRA': 
 477                  fb_array = fb_array[:,:,1:] 
 478              elif raw_format == 'RGBA': 
 479                  fb_array = fb_array[:,:,:3] 
 480          elif format == gl.GL_RGBA: 
 481              if raw_format == 'BGRA': 
 482                  alpha = fb_array[:,:,0,Numeric.NewAxis] 
 483                  fb_array = fb_array[:,:,1:] 
 484                  fb_array = Numeric.concatenate( (fb_array,alpha), axis=2) 
 485              elif raw_format == 'RGBA': 
 486                  pass 
 487          else: 
 488              raise NotImplementedError("Only RGB and RGBA formats currently supported") 
 489          return fb_array 

 490   

 491 -    def put_pixels(self, 
 492                     pixels=None, 
 493                     position=(0,0), 
 494                     anchor='lowerleft', 
 495                     scale_x=1.0, # "zoom" the pixels 
 496                     scale_y=1.0, # "zoom" the pixels 
 497                     texture_min_filter=gl.GL_NEAREST, # only used if scale < 1.0 
 498                     texture_mag_filter=gl.GL_NEAREST, # only used if scale > 1.0 
 499                     internal_format=gl.GL_RGB, # pixel data converted to this format in texture (gl.GL_RGBA also useful) 
 500                     ): 

 501          """Put pixel values to screen. 
 502   
 503          Pixel values become texture data using the VisionEgg.Textures 
 504          module.  Any source of texture data accepted by that module is 
 505          accepted here. 
 506   
 507          This function could be sped up by allocating a fixed OpenGL texture object. 
 508   
 509          """ 
 510   
 511          import VisionEgg.Textures # import here to avoid import loop 
 512          make_new_texture_object = 0 
 513          if not hasattr(self, "_put_pixels_texture_stimulus"): 
 514              make_new_texture_object = 1 
 515          else: 
 516              if internal_format != self._put_pixels_texture_stimulus.constant_parameters.internal_format: 
 517                  make_new_texture_object = 1 
 518          if make_new_texture_object: 
 519              # For speed, don't do this on anything other than 1st run 
 520              texture = VisionEgg.Textures.Texture(pixels) 
 521              on_screen_size = (texture.size[0]*scale_x, texture.size[1]*scale_y) 
 522              t = VisionEgg.Textures.TextureStimulus(texture=texture, 
 523                                                     position=position, 
 524                                                     anchor=anchor, 
 525                                                     size=on_screen_size, 
 526                                                     mipmaps_enabled=0, 
 527                                                     texture_min_filter=texture_min_filter, 
 528                                                     texture_mag_filter=texture_mag_filter, 
 529                                                     internal_format = internal_format, 
 530                                                     ) 
 531              self._put_pixels_texture_stimulus = t # rename 
 532              self._pixel_coord_projection = OrthographicProjection(left=0, 
 533                                                                    right=self.size[0], 
 534                                                                    bottom=0, 
 535                                                                    top=self.size[1], 
 536                                                                    z_clip_near=0.0, 
 537                                                                    z_clip_far=1.0) 
 538          else: 
 539              # We've run once before and therefore already have a 
 540              # texture stimulus. (XXX In the future, make use of 
 541              # already assigned texture object and use put_sub_image 
 542              # for speed.) 
 543              self._put_pixels_texture_stimulus.parameters.texture = VisionEgg.Textures.Texture(pixels) 
 544   
 545          self._pixel_coord_projection.push_and_set_gl_projection() # Save projection 
 546          self._put_pixels_texture_stimulus.draw() # Draw pixels as texture 
 547   
 548          gl.glMatrixMode(gl.GL_PROJECTION) # Restore projection 
 549          gl.glPopMatrix() 

 550   

 551 -    def query_refresh_rate(self): 

 553   

 554 -    def measure_refresh_rate(self,average_over_seconds=0.1): 

 555          """Measure the refresh rate. Assumes swap buffers synced.""" 
 556          start_time = VisionEgg.time_func() 
 557          duration_sec = 0.0 
 558          num_frames = 0 
 559          while duration_sec < average_over_seconds: 
 560              swap_buffers() 
 561              now = VisionEgg.time_func() 
 562              num_frames += 1 
 563              duration_sec = now - start_time 
 564          if duration_sec > 0.0: 
 565              fps = num_frames / duration_sec 
 566          else: 
 567              fps = 0.0 
 568          return fps 

 569   

 570 -    def clear(self): 

 571          """Called by Presentation instance. Clear the screen.""" 
 572   
 573          c = self.parameters.bgcolor # Shorthand 
 574          if len(c) == 4: 
 575              gl.glClearColor(*c) 
 576          else: 
 577              gl.glClearColor(c[0],c[1],c[2],0.0) # set alpha to 0.0 unless specified 
 578          gl.glClear(gl.GL_COLOR_BUFFER_BIT | gl.GL_DEPTH_BUFFER_BIT) 

 579   

 580 -    def make_current(self): 

 581          """Called by Viewport instance. Makes screen active for drawing. 
 582   
 583          Can not be implemented until multiple screens are possible.""" 
 584          pass 

 585   

 586 -    def set_gamma_ramp(self,*args,**kw): 

 587          """Set the gamma_ramp, if supported. 
 588   
 589          Call pygame.display.set_gamma_ramp, if available. 
 590   
 591          Returns True on success, False otherwise.""" 
 592          if not hasattr(pygame.display,"set_gamma_ramp"): 
 593              logger = logging.getLogger('VisionEgg.Core') 
 594              logger.error("Need pygame 1.5 or greater for set_gamma_ramp function") 
 595              return False 
 596          if pygame.display.set_gamma_ramp(*args,**kw): 
 597              return True 
 598          else: 
 599              return False 

 600   

 601 -    def close(self): 

 602          """Close the screen. 
 603   
 604          You can call this to close the screen.  Not necessary during 
 605          normal operation because it gets automatically deleted.""" 
 606          # Close pygame if possible 
 607          if hasattr(VisionEgg.config,'_open_screens'): 
 608              if self in VisionEgg.config._open_screens: 
 609                  VisionEgg.config._open_screens.remove(self) 
 610              if len(VisionEgg.config._open_screens) == 0: 
 611                  # no more open screens 
 612                  if hasattr(self,"__cursor_visible_func__"): 
 613                      self.__cursor_visible_func__(1) 
 614                  pygame.quit() 
 615          # No access to the cursor visible function anymore 
 616          if hasattr(self,"__cursor_visible_func__"): 
 617              del self.__cursor_visible_func__ 

 618   

 619 -    def __del__(self): 

 620          # Make sure mouse is visible after screen closed. 
 621          if hasattr(self,"__cursor_visible_func__"): 
 622              try: 
 623                  self.__cursor_visible_func__(1) 
 624                  self.__pygame_quit__() 
 625              except pygame.error, x: 
 626                  if str(x) != 'video system not initialized': 
 627                      raise 

 628   

 629 -    def create_default(): 

 630          """Alternative constructor using configuration variables. 
 631   
 632          Most of the time you can create and instance of Screen using 
 633          this method.  If your script needs explicit control of the 
 634          Screen parameters, initialize with the normal constructor. 
 635   
 636          Uses VisionEgg.config.VISIONEGG_GUI_INIT to determine how the 
 637          default screen parameters should are determined.  If this 
 638          value is 0, the values from VisionEgg.cfg are used.  If this 
 639          value is 1, a GUI panel is opened and allows manual settings 
 640          of the screen parameters.  """ 
 641   
 642          global VisionEgg # Allow "VisionEgg.config" instead of just "config" 
 643          if VisionEgg.config.VISIONEGG_GUI_INIT: 
 644              import VisionEgg.GUI # Could import in beginning, but no need if not using GUI 
 645              window = VisionEgg.GUI.GraphicsConfigurationWindow() 
 646              window.mainloop() # All this does is adjust VisionEgg.config 
 647              if not window.clicked_ok: 
 648                  sys.exit() # User wants to quit 
 649          screen = None 
 650          try: 
 651              screen = Screen(size=(VisionEgg.config.VISIONEGG_SCREEN_W, 
 652                                    VisionEgg.config.VISIONEGG_SCREEN_H), 
 653                              fullscreen=VisionEgg.config.VISIONEGG_FULLSCREEN, 
 654                              preferred_bpp=VisionEgg.config.VISIONEGG_PREFERRED_BPP, 
 655                              bgcolor=(0.5,0.5,0.5,0.0), 
 656                              maxpriority=VisionEgg.config.VISIONEGG_MAXPRIORITY, 
 657                              frameless=VisionEgg.config.VISIONEGG_FRAMELESS_WINDOW, 
 658                              hide_mouse=VisionEgg.config.VISIONEGG_HIDE_MOUSE) 
 659          finally: 
 660              if screen is None: 
 661                  # Opening screen failed.  Let's do any cleanup that Screen.__init__ missed. 
 662                  try: 
 663                      pygame.mouse.set_visible(1) # make sure mouse is visible 
 664                      pygame.quit() # close screen 
 665                  except pygame.error, x: 
 666                      if str(x) != 'video system not initialized': 
 667                          raise 
 668   
 669          if screen is None: 
 670              raise RuntimeError("Screen open failed. Check your error log for a traceback.") 
 671   
 672          gamma_source = VisionEgg.config.VISIONEGG_GAMMA_SOURCE.lower() 
 673          if gamma_source != 'none': 
 674              if gamma_source == 'invert': 
 675                  native_red = VisionEgg.config.VISIONEGG_GAMMA_INVERT_RED 
 676                  native_green = VisionEgg.config.VISIONEGG_GAMMA_INVERT_GREEN 
 677                  native_blue = VisionEgg.config.VISIONEGG_GAMMA_INVERT_BLUE 
 678                  red = screen._create_inverted_gamma_ramp( native_red ) 
 679                  green = screen._create_inverted_gamma_ramp( native_green ) 
 680                  blue = screen._create_inverted_gamma_ramp( native_blue ) 
 681                  gamma_set_string = "linearized gamma lookup tables to correct "+\ 
 682                                     "monitor with native gammas (%f, %f, %f) RGB"%( 
 683                      native_red, 
 684                      native_green, 
 685                      native_blue) 
 686              elif gamma_source == 'file': 
 687                  filename = VisionEgg.config.VISIONEGG_GAMMA_FILE 
 688                  red, green, blue = screen._open_gamma_file(filename) 
 689                  gamma_set_string = "set gamma lookup tables from data in file %s"%os.path.abspath(filename) 
 690              else: 
 691                  raise ValueError("Unknown gamma source: '%s'"%gamma_source) 
 692              logger = logging.getLogger('VisionEgg.Core') 
 693              if not screen.set_gamma_ramp(red,green,blue): 
 694                  logger.warning( "Setting gamma ramps failed." ) 
 695              else: 
 696                  logger.info( "Gamma set sucessfully: %s"%gamma_set_string ) 
 697          return screen 

 698      create_default = staticmethod(create_default) 
 699   

 700 -    def _create_inverted_gamma_ramp(self, gamma): 

 701          # c is a constant scale factor.  It is always 1.0 when 
 702          # luminance is normalized to range [0.0,1.0] and input units 
 703          # in range [0.0,1.0], as is OpenGL standard. 
 704          c = 1.0 
 705          inc = 1.0/255 
 706          target_luminances = Numeric.arange(0.0,1.0+inc,inc) 
 707          output_ramp = Numeric.zeros(target_luminances.shape,Numeric.Int) 
 708          for i in range(len(target_luminances)): 
 709              L = target_luminances[i] 
 710              if L == 0.0: 
 711                  v_88fp = 0 
 712              else: 
 713                  v = math.exp( (math.log(L) - math.log(c)) /gamma) 
 714                  v_88fp = int(round((v*255) * 256)) # convert to from [0.0,1.0] floating point to [0.0,255.0] 8.8 fixed point 
 715              output_ramp[i] = v_88fp # 8.8 fixed point format 
 716          return list(output_ramp) # convert to Python list 

 717   

 718 -    def _open_gamma_file(self, filename): 

 719          fd = open(filename,"r") 
 720          gamma_values = [] 
 721          for line in fd.readlines(): 
 722              line = line.strip() # remove leading/trailing whitespace 
 723              if line.startswith("#"): # comment, ignore 
 724                  continue 
 725              gamma_values.append( map(int, line.split() ) ) 
 726              if len(gamma_values[-1]) != 3: 
 727                  raise ValueError("expected 3 values per gamma entry") 
 728          if len(gamma_values) != 256: 
 729              raise ValueError("expected 256 gamma entries") 
 730          red, green, blue = zip(*gamma_values) 
 731          return red,green,blue 

 732   

 733 -def get_default_screen(): 

 734      """Make an instance of Screen using a GUI window or from config file.""" 
 735      return Screen.create_default() 

 736   
 737  #################################################################### 
 738  # 
 739  #        Projection and derived classes 
 740  # 
 741  #################################################################### 
 742   

 743 -class ProjectionBaseClass(VisionEgg.ClassWithParameters): 

 744      """Converts stimulus coordinates to viewport coordinates. 
 745   
 746      This is an abstract base class which should be subclassed for 
 747      actual use. 
 748   
 749      Parameters 
 750      ========== 
 751      matrix -- matrix specifying projection (Sequence4x4 of Real) 
 752                Default: [[1 0 0 0] 
 753                          [0 1 0 0] 
 754                          [0 0 1 0] 
 755                          [0 0 0 1]] 
 756      """ 
 757   
 758      # WARNING: This implementation should really get cleaned up and 
 759      # NOT use OpenGL except when purposefully setting matrices. 
 760   
 761      parameters_and_defaults = VisionEgg.ParameterDefinition({ 
 762          'matrix':( Numeric.identity(4), # 4x4 identity matrix 
 763                     ve_types.Sequence4x4(ve_types.Real), 
 764                     'matrix specifying projection'), 
 765          }) 
 766   
 767      __slots__ = ( 
 768          'projection_type', 
 769          ) 
 770   

 771 -    def __init__(self,**kw): 

 772          VisionEgg.ClassWithParameters.__init__(self,**kw) 
 773          self.projection_type = None # derived class must override 

 774   

 775 -    def _get_matrix_type(self): 

 776          if self.projection_type == gl.GL_PROJECTION: 
 777              return gl.GL_PROJECTION_MATRIX 
 778          elif self.projection_type == gl.GL_MODELVIEW: 
 779              return gl.GL_MODELVIEW_MATRIX 

 780   

 781 -    def apply_to_gl(self): 

 782          """Set the OpenGL projection matrix.""" 
 783          gl.glMatrixMode(self.projection_type) 
 784          gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 

 785   

 786 -    def set_gl_modelview(self): 

 787          """Set the OpenGL modelview matrix.""" 
 788          gl.glMatrixMode(gl.GL_MODELVIEW) 
 789          gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 

 790   

 791 -    def set_gl_projection(self): 

 792          """Set the OpenGL projection matrix.""" 
 793          gl.glMatrixMode(gl.GL_PROJECTION) 
 794          gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 

 795   

 796 -    def push_and_set_gl_projection(self): 

 797          """Set the OpenGL projection matrix, pushing current projection matrix to stack.""" 
 798          gl.glMatrixMode(self.projection_type) # Set OpenGL matrix state to modify the projection matrix 
 799          gl.glPushMatrix() 
 800          gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 

 801   

 802 -    def translate(self,x,y,z): 

 803          """Compose a translation and set the OpenGL projection matrix.""" 
 804          gl.glMatrixMode(self.projection_type) # Set OpenGL matrix state to modify the projection matrix 
 805          gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 
 806          gl.glTranslatef(x,y,z) 
 807          self.parameters.matrix = gl.glGetFloatv(self._get_matrix_type()) 

 808   

 809 -    def stateless_translate(self,x,y,z): 

 810          """Compose a translation without changing OpenGL state.""" 
 811          M = VisionEgg.ThreeDeeMath.TransformMatrix(self.parameters.matrix) 
 812          M.translate(x,y,z) 
 813          self.parameters.matrix = M.get_matrix() 

 814   

 815 -    def rotate(self,angle_degrees,x,y,z): 

 816          """Compose a rotation and set the OpenGL projection matrix.""" 
 817          gl.glMatrixMode(self.projection_type) # Set OpenGL matrix state to modify the projection matrix 
 818          gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 
 819          gl.glRotatef(angle_degrees,x,y,z) 
 820          self.parameters.matrix = gl.glGetFloatv(self._get_matrix_type()) 

 821   

 822 -    def stateless_rotate(self,angle_degrees,x,y,z): 

 823          """Compose a rotation without changing OpenGL state.""" 
 824          M = VisionEgg.ThreeDeeMath.TransformMatrix(self.parameters.matrix) 
 825          M.rotate(angle_degrees,x,y,z) 
 826          self.parameters.matrix = M.get_matrix() 

 827   

 828 -    def scale(self,x,y,z): 

 829          """Compose a rotation and set the OpenGL projection matrix.""" 
 830          gl.glMatrixMode(self.projection_type) # Set OpenGL matrix state to modify the projection matrix 
 831          gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 
 832          gl.glScalef(x,y,z) 
 833          self.parameters.matrix = gl.glGetFloatv(self._get_matrix_type()) 

 834   

 835 -    def stateless_scale(self,x,y,z): 

 836          """Compose a rotation without changing OpenGL state.""" 
 837          M = VisionEgg.ThreeDeeMath.TransformMatrix(self.parameters.matrix) 
 838          M.scale(x,y,z) 
 839          self.parameters.matrix = M.get_matrix() 

 840   

 841 -    def get_matrix(self): 

 842          return self.parameters.matrix 

 843   

 844 -    def look_at(self, eye, center, up ): 

 845          # Basically the same as gluLookAt 
 846          def normalize(vec): 
 847              numpy_vec = numpy.asarray(vec) 
 848              mag = math.sqrt(numpy.sum(numpy_vec**2)) 
 849              return numpy_vec / mag 

 850          def cross(vec1,vec2): 
 851              return ( vec1[1]*vec2[2] - vec1[2]*vec2[1], 
 852                       vec1[2]*vec2[0] - vec1[0]*vec2[2], 
 853                       vec1[0]*vec2[1] - vec1[1]*vec2[0] ) 

 854          forward = numpy.array(( center[0] - eye[0], 
 855                                  center[1] - eye[1], 
 856                                  center[2] - eye[2]),'f') 
 857          forward = normalize(forward) 
 858          side = cross(forward,up) 
 859          side = normalize(side) 
 860          new_up = cross(side,forward) # recompute up 
 861          # XXX I might have to transpose this matrix 
 862          m = Numeric.array([[side[0], new_up[0], -forward[0], 0.0], 
 863                             [side[1], new_up[1], -forward[1], 0.0], 
 864                             [side[2], new_up[2], -forward[2], 0.0], 
 865                             [    0.0,       0.0,         0.0, 1.0]]) 
 866          # XXX This should get optimized -- don't do it in OpenGL 
 867          gl.glMatrixMode(self.projection_type) # Set OpenGL matrix state to modify the projection matrix 
 868          gl.glPushMatrix() # save current matrix 
 869          try: 
 870              gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 
 871              gl.glMultMatrixf(m) 
 872              gl.glTranslatef(-eye[0],-eye[1],-eye[2]) 
 873              self.parameters.matrix = gl.glGetFloatv(self._get_matrix_type()) 
 874          finally: 
 875              gl.glPopMatrix() # save current matrix 
 876   

 877 -    def eye_2_clip(self,eye_coords_vertex): 

 878          """Transform eye coordinates to clip coordinates""" 
 879          m = Numeric.array(self.parameters.matrix) 
 880          v = Numeric.array(eye_coords_vertex) 
 881          homog = VisionEgg.ThreeDeeMath.make_homogeneous_coord_rows(v) 
 882          r = numpy.dot(homog,m) 
 883          if len(homog.shape) > len(v.shape): 
 884              r = Numeric.reshape(r,(4,)) 
 885          return r 

 886 -    def clip_2_norm_device(self,clip_coords_vertex): 

 887          """Transform clip coordinates to normalized device coordinates""" 
 888          v = numpy.array(clip_coords_vertex) 
 889          homog = VisionEgg.ThreeDeeMath.make_homogeneous_coord_rows(v) 
 890          err=numpy.seterr(all='ignore') 
 891          r = (homog/homog[:,3,numpy.newaxis])[:,:3] 
 892          numpy.seterr(**err) 
 893          if len(homog.shape) > len(v.shape): 
 894              r = Numeric.reshape(r,(3,)) 
 895          return r 

 896 -    def eye_2_norm_device(self,eye_coords_vertex): 

 897          """Transform eye coordinates to normalized device coordinates""" 
 898          return self.clip_2_norm_device(self.eye_2_clip(eye_coords_vertex)) 

 899   

 900 -    def apply_to_vertex(self,vertex): 

 901          """Perform multiplication on vertex to get transformed result""" 
 902          M = VisionEgg.ThreeDeeMath.TransformMatrix(matrix=self.parameters.matrix) 
 903          r = M.transform_vertices([vertex]) 
 904          return r[0] 

 905   

 906 -    def apply_to_vertices(self,vertices): 

 907          """Perform multiplication on vertex to get transformed result""" 
 908          M = VisionEgg.ThreeDeeMath.TransformMatrix(matrix=self.parameters.matrix) 
 909          r = M.transform_vertices(vertices) 
 910          return r 

 911   

 912 -class Projection(ProjectionBaseClass): 

 913      """for use of OpenGL PROJECTION_MATRIX 
 914   
 915      Parameters 
 916      ========== 
 917      matrix -- matrix specifying projection (Sequence4x4 of Real) 
 918                Default: [[1 0 0 0] 
 919                          [0 1 0 0] 
 920                          [0 0 1 0] 
 921                          [0 0 0 1]] 
 922      """ 
 923   

 924 -    def __init__(self,*args,**kw): 

 925          ProjectionBaseClass.__init__(self,*args,**kw) 
 926          self.projection_type = gl.GL_PROJECTION 

 927   

 928 -class ModelView(ProjectionBaseClass): 

 929      """for use of OpenGL MODELVIEW_MATRIX 
 930   
 931      Parameters 
 932      ========== 
 933      matrix -- matrix specifying projection (Sequence4x4 of Real) 
 934                Default: [[1 0 0 0] 
 935                          [0 1 0 0] 
 936                          [0 0 1 0] 
 937                          [0 0 0 1]] 
 938      """ 
 939   

 940 -    def __init__(self,*args,**kw): 

 941          ProjectionBaseClass.__init__(self,*args,**kw) 
 942          self.projection_type = gl.GL_MODELVIEW 

 943   

 944 -class OrthographicProjection(Projection): 

 945      """An orthographic projection. 
 946   
 947      Parameters 
 948      ========== 
 949      matrix -- matrix specifying projection (Sequence4x4 of Real) 
 950                Default: [[1 0 0 0] 
 951                          [0 1 0 0] 
 952                          [0 0 1 0] 
 953                          [0 0 0 1]] 
 954      """ 
 955   

 956 -    def __init__(self,left=0.0,right=640.0,bottom=0.0,top=480.0,z_clip_near=0.0,z_clip_far=1.0): 

 957          """Create an orthographic projection. 
 958   
 959          Defaults to map x eye coordinates in the range [0,640], y eye 
 960          coordinates [0,480] and clip coordinates [0,1] to [0,1]. 
 961          Therefore, if the viewport is 640 x 480, eye coordinates 
 962          correspond 1:1 with window (pixel) coordinates.  Only points 
 963          between these clipping planes will be displayed. 
 964          """ 
 965   
 966          # using Numeric (from the OpenGL spec): 
 967          matrix = Numeric.array([[ 2./(right-left), 0.,              0.,                           -(right+left)/(right-left)], 
 968                                  [ 0.,              2./(top-bottom), 0.,                           -(top+bottom)/(top-bottom)], 
 969                                  [ 0.,              0.,              -2./(z_clip_far-z_clip_near), -(z_clip_far+z_clip_near)/(z_clip_far-z_clip_near)], 
 970                                  [ 0.,              0.,              0.,                           1.0]]) 
 971          matrix = Numeric.transpose(matrix) # convert to OpenGL format 
 972   
 973          ## same as above, but use OpenGL 
 974          #gl.glMatrixMode(gl.GL_PROJECTION) 
 975          #gl.glPushMatrix() # save current matrix 
 976          #gl.glLoadIdentity() 
 977          #gl.glOrtho(left,right,bottom,top,z_clip_near,z_clip_far) 
 978          #matrix = gl.glGetFloatv(gl.GL_PROJECTION_MATRIX) 
 979          #gl.glPopMatrix() # restore original matrix 
 980   
 981          Projection.__init__(self,**{'matrix':matrix}) 

 982   

 983 -class OrthographicProjectionNoZClip(Projection): 

 984      """An orthographic projection without Z clipping. 
 985   
 986      Parameters 
 987      ========== 
 988      matrix -- matrix specifying projection (Sequence4x4 of Real) 
 989                Default: [[1 0 0 0] 
 990                          [0 1 0 0] 
 991                          [0 0 1 0] 
 992                          [0 0 0 1]] 
 993      """ 
 994   

 995 -    def __init__(self,left=0.0,right=640.0,bottom=0.0,top=480.0): 

 996          """Create an orthographic projection without Z clipping. 
 997   
 998          Defaults to map x eye coordinates in the range [0,640] and y 
 999          eye coordinates [0,480] -> [0,1].  Therefore, if the viewport 
1000          is 640 x 480, eye coordinates correspond 1:1 with window 
1001          (pixel) coordinates. 
1002          """ 
1003   
1004          # using Numeric (from the OpenGL spec): 
1005          matrix = Numeric.array([[ 2./(right-left), 0,               0, -(right+left)/(right-left)], 
1006                                  [ 0,               2./(top-bottom), 0, -(top+bottom)/(top-bottom)], 
1007                                  [ 0,               0,              -1, -1.], 
1008                                  [ 0,               0,               0,  1]]) 
1009          matrix = Numeric.transpose(matrix) # convert to OpenGL format 
1010   
1011          Projection.__init__(self,**{'matrix':matrix}) 

1012   

1013 -class SimplePerspectiveProjection(Projection): 

1014      """A simplified perspective projection. 
1015   
1016      Parameters 
1017      ========== 
1018      matrix -- matrix specifying projection (Sequence4x4 of Real) 
1019                Default: [[1 0 0 0] 
1020                          [0 1 0 0] 
1021                          [0 0 1 0] 
1022                          [0 0 0 1]] 
1023      """ 
1024   

1025 -    def __init__(self,fov_x=45.0,z_clip_near = 0.1,z_clip_far=10000.0,aspect_ratio=4.0/3.0): 

1026          matrix = self._compute_matrix(fov_x,z_clip_near,z_clip_far,aspect_ratio) 
1027          Projection.__init__(self,**{'matrix':matrix}) 

1028   

1029 -    def _compute_matrix(self,fov_x=45.0,z_clip_near = 0.1,z_clip_far=10000.0,aspect_ratio=4.0/3.0): 

1030          """Compute a 4x4 projection matrix that performs a perspective distortion.""" 
1031          fov_y = fov_x / aspect_ratio 
1032          # This is a translation of what gluPerspective does: 
1033          #glu.gluPerspective(fov_y,aspect_ratio,z_clip_near,z_clip_far) 
1034          radians = fov_y / 2.0 * math.pi / 180.0 
1035          delta_z = z_clip_far - z_clip_near 
1036          sine = math.sin(radians) 
1037          if (delta_z == 0.0) or (sine == 0.0) or (aspect_ratio == 0.0): 
1038              raise ValueError("Invalid parameters passed to SimpleProjection.__init__()") 
1039          cotangent = math.cos(radians) / sine 
1040          matrix = Numeric.zeros((4,4),'f') 
1041          matrix[0][0] = cotangent/aspect_ratio 
1042          matrix[1][1] = cotangent 
1043          matrix[2][2] = -(z_clip_far + z_clip_near) / delta_z 
1044          matrix[2][3] = -1.0 # XXX this 
1045          matrix[3][2] = -2.0 * z_clip_near * z_clip_far / delta_z # XXX and this might cause the matrix to need to be transposed 
1046          matrix[3][3] = 0.0 
1047          return matrix 

1048   

1049 -class PerspectiveProjection(Projection): 

1050      """A perspective projection. 
1051   
1052      Parameters 
1053      ========== 
1054      matrix -- matrix specifying projection (Sequence4x4 of Real) 
1055                Default: [[1 0 0 0] 
1056                          [0 1 0 0] 
1057                          [0 0 1 0] 
1058                          [0 0 0 1]] 
1059      """ 
1060   

1061 -    def __init__(self,left,right,bottom,top,near,far): 

1062          # XXX right now this is done in OpenGL, we should do it ourselves 
1063          gl.glMatrixMode(gl.GL_PROJECTION) # Set OpenGL matrix state to modify the projection matrix 
1064          gl.glPushMatrix() 
1065          gl.glLoadIdentity() # Clear the projection matrix 
1066          gl.glFrustum(left,right,bottom,top,near,far) # Let GL create a matrix and compose it 
1067          matrix = gl.glGetFloatv(gl.GL_PROJECTION_MATRIX) 
1068          gl.glPopMatrix() 
1069          if matrix is None: 
1070              # OpenGL wasn't started 
1071              raise RuntimeError("OpenGL matrix operations can only take place once OpenGL context started.") 
1072          if type(matrix) != Numeric.ArrayType: 
1073              matrix = Numeric.array(matrix) # Convert to Numeric array 
1074          Projection.__init__(self,**{'matrix':matrix}) 

1075   
1076  #################################################################### 
1077  # 
1078  #        Stimulus - Base class 
1079  # 
1080  #################################################################### 
1081   

1082 -class Stimulus(VisionEgg.ClassWithParameters): 

1083      """Base class for a stimulus. 
1084   
1085      Any stimulus element should be a subclass of this Stimulus class. 
1086      The draw() method contains the code executed before every buffer 
1087      swap in order to render the stimulus to the frame buffer.  It 
1088      should execute as quickly as possible.  The init_gl() method must 
1089      be called before the first call to draw() so that any internal 
1090      data, OpenGL display lists, and OpenGL:texture objects can be 
1091      established. 
1092   
1093      To illustrate the concept of the Stimulus class, here is a 
1094      description of several methods of drawing two spots.  If your 
1095      experiment displays two spots simultaneously, you could create two 
1096      instances of (a single subclass of) Stimulus, varying parameters 
1097      so each draws at a different location.  Another possibility is to 
1098      create one instance of a subclass that draws two spots.  Another, 
1099      somewhat obscure, possibility is to create a single instance and 
1100      add it to two different viewports.  (Something that will not work 
1101      would be adding the same instance two times to the same viewport. 
1102      It would also get drawn twice, although at exactly the same 
1103      location.) 
1104   
1105      OpenGL is a 'state machine', meaning that it has internal 
1106      parameters whose values vary and affect how it operates.  Because 
1107      of this inherent uncertainty, there are only limited assumptions 
1108      about the state of OpenGL that an instance of Stimulus should 
1109      expect when its draw() method is called.  Because the Vision Egg 
1110      loops through stimuli this also imposes some important behaviors: 
1111   
1112      First, the framebuffer will contain the results of any drawing 
1113      operations performed since the last buffer swap by other instances 
1114      of (subclasses of) Stimulus. Therefore, the order in which stimuli 
1115      are present in the stimuli list of an instance of Viewport may be 
1116      important.  Additionally, if there are overlapping viewports, the 
1117      order in which viewports are added to an instance of Screen is 
1118      important. 
1119   
1120      Second, previously established OpenGL display lists and OpenGL 
1121      texture objects will be available.  The __init__() method should 
1122      establish these things. 
1123   
1124      Third, there are several OpenGL state variables which are 
1125      commonly set by subclasses of Stimulus, and which cannot be 
1126      assumed to have any particular value at the time draw() is called. 
1127      These state variables are: blending mode and function, texture 
1128      state and environment, the matrix mode (modelview or projection), 
1129      the modelview matrix, depth mode and settings. Therefore, if the 
1130      draw() method depends on specific values for any of these states, 
1131      it must specify its own values to OpenGL. 
1132   
1133      Finally, a well-behaved Stimulus subclass resets any OpenGL state 
1134      values other than those listed above to their initial state before 
1135      draw() and init_gl() were called.  In other words, before your 
1136      stimulus changes the state of an OpenGL variable, use 
1137      glGetBoolean, glGetInteger, glGetFloat, or a similar function to 
1138      query its value and restore it later.  For example, upon calling 
1139      the draw() method, the projection matrix will be that which was 
1140      set by the viewport. If the draw() method alters the projection 
1141      matrix, it must be restored. The glPushMatrix() and glPopMatrix() 
1142      commands provide an easy way to do this. 
1143   
1144      The default projection of Viewport maps eye coordinates in a 1:1 
1145      fashion to window coordinates (in other words, it sets eye 
1146      coordinates to use pixel units from the lower left corner of the 
1147      viewport). Therefore the default parameters for a stimulus should 
1148      specify pixel coordinates if possible (such as for a 2D 
1149      stimulus). Assuming a window size of 640 by 480 for the default 
1150      parameters is a pretty safe way to do things. 
1151   
1152      Also, be sure to check for any assumptions made about the system 
1153      in the __init__ method.  For example, if your stimulus needs alpha 
1154      in the framebuffer, check the value of 
1155      glGetIntegerv(GL_ALPHA_BITS) and raise an exception if it is not 
1156      available. 
1157      """ 
1158   

1159 -    def __init__(self,**kw): 

1160          """Instantiate and get ready to draw. 
1161   
1162          Set parameter values and create anything needed to draw the 
1163          stimulus including OpenGL state variables such display lists 
1164          and texture objects. 
1165   
1166          """ 
1167          VisionEgg.ClassWithParameters.__init__(self,**kw) 

1168   

1169 -    def draw(self): 

1170          """Draw the stimulus. (Called by Viewport instance.) 
1171   
1172          This method is called every frame.  This method actually 
1173          performs the OpenGL calls to draw the stimulus. 
1174   
1175          """ 
1176          pass 

1177   
1178  #################################################################### 
1179  # 
1180  #        Viewport 
1181  # 
1182  #################################################################### 
1183   

1184 -class Viewport(VisionEgg.ClassWithParameters): 

1185      """Connects stimuli to a screen. 
1186   
1187      A viewport defines a (possibly clipped region) of the screen on 
1188      which stimuli are drawn. 
1189   
1190      A screen may have multiple viewports.  The viewports may be 
1191      overlapping. 
1192   
1193      A viewport may have multiple stimuli. 
1194   
1195      A single stimulus may be drawn simultaneously by several 
1196      viewports, although this is typically useful only for 3D stimuli 
1197      to represent different views of the same object. 
1198   
1199      The coordinates of the stimulus are converted to screen 
1200      coordinates via several steps, the most important of which is the 
1201      projection, which is defined by an instance of the Projection 
1202      class. 
1203   
1204      By default, a viewport has a projection which maps eye coordinates 
1205      to viewport coordinates in 1:1 manner.  In other words, eye 
1206      coordinates specify pixel location in the viewport. 
1207   
1208      For cases where pixel units are not natural to describe 
1209      coordinates of a stimulus, the application should specify the a 
1210      projection other than the default.  This is usually the case for 
1211      3D stimuli. 
1212   
1213      For details of the projection and clipping process, see the 
1214      section 'Coordinate Transformations' in the book/online document 
1215      'The OpenGL Graphics System: A Specification' 
1216   
1217      Parameters 
1218      ========== 
1219      anchor        -- How position parameter is interpreted (String) 
1220                       Default: lowerleft 
1221      camera_matrix -- extrinsic camera parameter matrix (position and orientation) (Instance of <class 'VisionEgg.Core.ModelView'>) 
1222                       Default: (determined at runtime) 
1223      depth_range   -- depth range (in object units) for rendering (Sequence2 of Real) 
1224                       Default: (0, 1) 
1225      position      -- Position (in pixel units) within the screen (Sequence2 of Real) 
1226                       Default: (0, 0) 
1227      projection    -- intrinsic camera parameter matrix (field of view, focal length, aspect ratio) (Instance of <class 'VisionEgg.Core.Projection'>) 
1228                       Default: (determined at runtime) 
1229      screen        -- The screen in which this viewport is drawn (Instance of <class 'VisionEgg.Core.Screen'>) 
1230                       Default: (determined at runtime) 
1231      size          -- Size (in pixel units) (Sequence2 of Real) 
1232                       Default: (determined at runtime) 
1233      stimuli       -- sequence of stimuli to draw in screen (Sequence of Instance of <class 'VisionEgg.Core.Stimulus'>) 
1234                       Default: (determined at runtime) 
1235      """ 
1236   
1237      parameters_and_defaults = VisionEgg.ParameterDefinition({ 
1238          'screen':(None, 
1239                    ve_types.Instance(Screen), 
1240                    'The screen in which this viewport is drawn'), 
1241          'position':((0,0), 
1242                      ve_types.Sequence2(ve_types.Real), 
1243                      'Position (in pixel units) within the screen'), 
1244          'anchor':('lowerleft', 
1245                    ve_types.String, 
1246                    'How position parameter is interpreted'), 
1247          'depth_range':((0,1), 
1248                         ve_types.Sequence2(ve_types.Real), 
1249                         'depth range (in object units) for rendering'), 
1250          'size':(None, # will use screen.size if not specified 
1251                  ve_types.Sequence2(ve_types.Real), 
1252                  'Size (in pixel units)'), 
1253          'projection':(None, 
1254                        ve_types.Instance(Projection), 
1255                        'intrinsic camera parameter matrix (field of view, focal length, aspect ratio)'), 
1256          'camera_matrix':(None, 
1257                           ve_types.Instance(ModelView), 
1258                           'extrinsic camera parameter matrix (position and orientation)'), 
1259          'stimuli':(None, 
1260                     ve_types.Sequence(ve_types.Instance(Stimulus)), 
1261                     'sequence of stimuli to draw in screen'), 
1262          'lowerleft':(None,  # DEPRECATED -- don't use 
1263                       ve_types.Sequence2(ve_types.Real), 
1264                       'position (in pixel units) of lower-left viewport corner', 
1265                       VisionEgg.ParameterDefinition.DEPRECATED), 
1266          }) 
1267   
1268      __slots__ = ( 
1269          '_is_drawing', 
1270          ) 
1271   

1272 -    def __init__(self,**kw): 

1273          """Create a new instance. 
1274   
1275          Required arguments: 
1276   
1277          screen 
1278   
1279          Optional arguments (specify parameter value other than default): 
1280   
1281          position -- defaults to (0,0), position relative to screen by anchor (see below) 
1282          anchor -- defaults to 'lowerleft' 
1283          size -- defaults to screen.size 
1284          projection -- defaults to self.make_new_pixel_coord_projection() 
1285          stimuli -- defaults to empty list 
1286          """ 
1287          VisionEgg.ClassWithParameters.__init__(self,**kw) 
1288   
1289          if self.parameters.screen is None: 
1290              raise ValueError("Must specify screen when creating an instance of Viewport.") 
1291   
1292          p = self.parameters # shorthand 
1293          if p.size is None: 
1294              p.size = p.screen.constant_parameters.size 
1295          if p.projection is None: 
1296              # Default projection maps eye coordinates 1:1 on window (pixel) coordinates 
1297              p.projection = self.make_new_pixel_coord_projection() 
1298          if p.camera_matrix is None: 
1299              p.camera_matrix = ModelView() 
1300          if p.stimuli is None: 
1301              p.stimuli = [] 
1302          self._is_drawing = False 

1303   

1305          """Create instance of Projection mapping eye coordinates 1:1 with pixel coordinates.""" 
1306          return OrthographicProjectionNoZClip(left=0,right=self.parameters.size[0], 
1307                                               bottom=0,top=self.parameters.size[1]) 

1308   

1309 -    def make_current(self): 

1310          p = self.parameters # shorthand 
1311          p.screen.make_current() 
1312   
1313          if p.lowerleft != None: 
1314              if not hasattr(Viewport,"_gave_lowerleft_warning"): 
1315                  logger = logging.getLogger('VisionEgg.Core') 
1316                  logger.warning("lowerleft parameter of Viewport class " 
1317                                 "will stop being supported. Use " 
1318                                 "'position' instead with anchor set to " 
1319                                 "'lowerleft'.") 
1320                  Viewport._gave_lowerleft_warning = True 
1321              p.anchor = 'lowerleft' 
1322              p.position = p.lowerleft[0], p.lowerleft[1] # copy values (don't copy ref to tuple) 
1323   
1324          lowerleft = VisionEgg._get_lowerleft(p.position,p.anchor,p.size) 
1325   
1326          gl.glViewport(lowerleft[0], 
1327                        lowerleft[1], 
1328                        p.size[0], 
1329                        p.size[1]) 
1330          gl.glDepthRange(p.depth_range[0],p.depth_range[1]) 
1331   
1332          p.projection.apply_to_gl() 
1333          p.camera_matrix.apply_to_gl() 

1334   

1335 -    def draw(self): 

1336          """Set the viewport and draw stimuli.""" 
1337          self.make_current() 
1338          self._is_drawing = True 
1339          for stimulus in self.parameters.stimuli: 
1340              stimulus.draw() 
1341          self._is_drawing = False 

1342   

1343 -    def norm_device_2_window(self,norm_device_vertex): 

1344          """Transform normalized device coordinates to window coordinates""" 
1345          v = Numeric.asarray(norm_device_vertex) 
1346          homog = VisionEgg.ThreeDeeMath.make_homogeneous_coord_rows(v) 
1347          xd = homog[:,0,Numeric.NewAxis] 
1348          yd = homog[:,1,Numeric.NewAxis] 
1349          zd = homog[:,2,Numeric.NewAxis] 
1350   
1351          p = self.parameters # shorthand 
1352          lowerleft = VisionEgg._get_lowerleft(p.position,p.anchor,p.size) 
1353          x,y = lowerleft 
1354          w,h = p.size 
1355          n,f = p.depth_range 
1356   
1357          # clamp n and f 
1358          n = min(1.0,max(0.0,n)) 
1359          f = min(1.0,max(0.0,f)) 
1360   
1361          ox = x + w/2.0 
1362          oy = y + h/2.0 
1363          px = w 
1364          py = h 
1365          xw = (px/2.0)*xd + ox 
1366          yw = (py/2.0)*yd + oy 
1367          zw = ((f-n)/2.0)*zd + (n+f)/2.0 
1368          # XXX I think zw (or zd) is clamped in OpenGL, but I can't 
1369          # find it in any spec! 
1370          #zw = Numeric.clip(zw,0.0,1.0) # clamp 
1371          r = Numeric.concatenate((xw,yw,zw),axis=1) 
1372          if len(homog.shape) > len(v.shape): 
1373              r = Numeric.reshape(r,(3,)) 
1374          return r 

1375 -    def clip_2_window(self,eye_coords_vertex): 

1376          """Transform clip coordinates to window coordinates""" 
1377          my_proj = self.parameters.projection 
1378          return self.norm_device_2_window( my_proj.clip_2_norm_device( eye_coords_vertex ) ) 

1379 -    def eye_2_window(self,eye_coords_vertex): 

1380          """Transform eye coordinates to window coordinates""" 
1381          my_proj = self.parameters.projection 
1382          return self.norm_device_2_window( my_proj.eye_2_norm_device( eye_coords_vertex ) ) 

1383   
1384  #################################################################### 
1385  # 
1386  #        FixationSpot 
1387  # 
1388  #################################################################### 
1389   

1390 -class FixationSpot(Stimulus): 

1391      """A rectangle stimulus, typically used as a fixation spot. 
1392   
1393      Parameters 
1394      ========== 
1395      anchor   -- how position parameter is used (String) 
1396                  Default: center 
1397      color    -- color (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
1398                  Default: (1.0, 1.0, 1.0) 
1399      on       -- draw? (Boolean) 
1400                  Default: True 
1401      position -- position in eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real)) 
1402                  Default: (320.0, 240.0) 
1403      size     -- size in eye coordinates (Sequence2 of Real) 
1404                  Default: (4.0, 4.0) 
1405      """ 
1406   
1407      parameters_and_defaults = VisionEgg.ParameterDefinition({ 
1408          'on':(True, 
1409                ve_types.Boolean, 
1410                'draw?'), 
1411          'color':((1.0,1.0,1.0), 
1412                   ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
1413                                  ve_types.Sequence4(ve_types.Real)), 
1414                   'color'), 
1415          'position' : ( ( 320.0, 240.0 ), # in eye coordinates 
1416                         ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), 
1417                                        ve_types.Sequence3(ve_types.Real), 
1418                                        ve_types.Sequence4(ve_types.Real)), 
1419                         'position in eye coordinates'), 
1420          'anchor' : ('center', 
1421                      ve_types.String, 
1422                      'how position parameter is used'), 
1423          'size':((4.0,4.0), # horiz and vertical size 
1424                  ve_types.Sequence2(ve_types.Real), 
1425                  'size in eye coordinates'), 
1426          'center' : (None,  # DEPRECATED -- don't use 
1427                      ve_types.Sequence2(ve_types.Real), 
1428                      'position in eye coordinates', 
1429                      VisionEgg.ParameterDefinition.DEPRECATED), 
1430          }) 
1431   

1432 -    def __init__(self,**kw): 

1433          Stimulus.__init__(self,**kw) 

1434   

1435 -    def draw(self): 

1436          p = self.parameters # shorthand 
1437          if p.center is not None: 
1438              if not hasattr(VisionEgg.config,"_GAVE_CENTER_DEPRECATION"): 
1439                  logger = logging.getLogger('VisionEgg.Core') 
1440                  logger.warning("Specifying FixationSpot by deprecated " 
1441                                 "'center' parameter deprecated.  Use " 
1442                                 "'position' parameter instead.  (Allows " 
1443                                 "use of 'anchor' parameter to set to " 
1444                                 "other values.)") 
1445                  VisionEgg.config._GAVE_CENTER_DEPRECATION = 1 
1446              p.anchor = 'center' 
1447              p.position = p.center[0], p.center[1] # copy values (don't copy ref to tuple) 
1448          if p.on: 
1449              # calculate center 
1450              center = VisionEgg._get_center(p.position,p.anchor,p.size) 
1451              gl.glDisable(gl.GL_DEPTH_TEST) 
1452              gl.glDisable(gl.GL_TEXTURE_2D) 
1453              gl.glDisable(gl.GL_BLEND) 
1454   
1455              if len(p.color)==3: 
1456                  gl.glColor3f(*p.color) 
1457              elif len(p.color)==4: 
1458                  gl.glColor4f(*p.color) 
1459   
1460              # This could go in a display list to speed it up, but then 
1461              # size wouldn't be dynamically adjustable this way.  Could 
1462              # still use one of the matrices to make it change size. 
1463              x_size = self.parameters.size[0]/2.0 
1464              y_size = self.parameters.size[1]/2.0 
1465              x,y = center[0],center[1] 
1466              x1 = x-x_size; x2 = x+x_size 
1467              y1 = y-y_size; y2 = y+y_size 
1468              gl.glBegin(gl.GL_QUADS) 
1469              gl.glVertex2f(x1,y1) 
1470              gl.glVertex2f(x2,y1) 
1471              gl.glVertex2f(x2,y2) 
1472              gl.glVertex2f(x1,y2) 
1473              gl.glEnd() # GL_QUADS 

1474   
1475  #################################################################### 
1476  # 
1477  #        Frame timing information 
1478  # 
1479  #################################################################### 
1480   

1481 -class FrameTimer: 

1482      """Time inter frame intervals and compute frames per second.""" 

1483 -    def __init__(self, bin_start_msec=2, bin_stop_msec=28, bin_width_msec=2, running_average_num_frames=0,save_all_frametimes=False): 

1484          """Create instance of FrameTimer.""" 
1485          self.bins = Numeric.arange( bin_start_msec, bin_stop_msec, bin_width_msec ) 
1486          self.bin_width_msec = float(bin_width_msec) 
1487          self.timing_histogram = Numeric.zeros( self.bins.shape, Numeric.Float ) # make float to avoid (early) overflow errors 
1488          self._true_time_last_frame = None # no frames yet 
1489          self.longest_frame_draw_time_sec = None 
1490          self.first_tick_sec = None 
1491          self.total_frames = 0 
1492          self.running_average_num_frames = running_average_num_frames 
1493          if self.running_average_num_frames: 
1494              self.last_n_frame_times_sec = [None]*self.running_average_num_frames 
1495          self.save_all_frametimes = save_all_frametimes 
1496          if self.save_all_frametimes: 
1497              self.all_frametimes = [] 

1498   

1499 -    def tick(self): 

1500          """Declare a frame has just been drawn.""" 
1501          true_time_now = VisionEgg.true_time_func() 
1502          if self._true_time_last_frame != None: 
1503              this_frame_draw_time_sec = true_time_now - self._true_time_last_frame 
1504              index = int(math.ceil(this_frame_draw_time_sec*1000.0/self.bin_width_msec))-1 
1505              if index > (len(self.timing_histogram)-1): 
1506                  index = -1 
1507              self.timing_histogram[index] += 1 
1508              self.longest_frame_draw_time_sec = max(self.longest_frame_draw_time_sec,this_frame_draw_time_sec) 
1509              if self.running_average_num_frames: 
1510                  self.last_n_frame_times_sec.append(true_time_now) 
1511                  self.last_n_frame_times_sec.pop(0) 
1512          else: 
1513              self.first_tick_sec = true_time_now 
1514          self._true_time_last_frame = true_time_now # set for next frame 
1515   
1516          if self.save_all_frametimes: 
1517              self.all_frametimes.append( true_time_now ) 

1518   

1519 -    def get_all_frametimes(self): 

1520          if self.save_all_frametimes: 
1521              return self.all_frametimes 
1522          else: 
1523              raise ValueError("must set save_all_frametimes") 

1524   

1526          return self.longest_frame_draw_time_sec 

1527   

1529          if self.running_average_num_frames: 
1530              frame_times = [] 
1531              for frame_time in self.last_n_frame_times_sec: 
1532                  if frame_time is not None: 
1533                      frame_times.append( frame_time ) 
1534              if len(frame_times) >= 2: 
1535                  return (frame_times[-1] - frame_times[0]) / len(frame_times) 
1536          else: 
1537              raise RuntimeError("running_average_num_frames not set when creating FrameTimer instance") 

1538   

1539 -    def get_average_ifi_sec(self): 

1540          if self._true_time_last_frame is None: 
1541              raise RuntimeError("No frames were drawn, can't calculate average IFI") 
1542          return (self._true_time_last_frame - self.first_tick_sec) / sum( self.timing_histogram ) 

1543   

1544 -    def print_histogram(self): 

1545          logger = logging.getLogger('VisionEgg.Core') 
1546          logger.warning("print_histogram() method of FrameTimer is " 
1547                         "deprecated will stop being supported. Use " 
1548                         "log_histogram() instead.") 
1549          self.log_histogram() 

1550   

1551 -    def log_histogram(self): 

1552          """Send histogram to logger.""" 
1553          buffer = StringIO.StringIO() 
1554   
1555          n_frames = sum( self.timing_histogram )+1 
1556          if n_frames < 2: 
1557              print >> buffer, '%d frames were drawn.'%n_frames 
1558              return 
1559          average_ifi_sec = self.get_average_ifi_sec() 
1560          print >> buffer, '%d frames were drawn.'%int(n_frames) 
1561          print >> buffer, 'Mean IFI was %.2f msec (%.2f fps), longest IFI was %.2f msec.'%( 
1562              average_ifi_sec*1000.0,1.0/average_ifi_sec,self.longest_frame_draw_time_sec*1000.0) 
1563   
1564          h = hist = self.timing_histogram # shorthand 
1565          maxhist = float(max(h)) 
1566          if maxhist == 0: 
1567              print >> buffer, "No frames were drawn." 
1568              return 
1569          lines = min(10,int(math.ceil(maxhist))) 
1570          hist = hist/maxhist*float(lines) # normalize to number of lines 
1571          print >> buffer, "histogram:" 
1572          for line in range(lines): 
1573              val = float(lines)-1.0-float(line) 
1574              timing_string = "%6d   "%(round(maxhist*val/lines),) 
1575              q = Numeric.greater(hist,val) 
1576              for qi in q: 
1577                  s = ' ' 
1578                  if qi: 
1579                      s = '*' 
1580                  timing_string += "%4s "%(s,) 
1581              print >> buffer, timing_string 
1582          timing_string = " Time: " 
1583          timing_string += "%4d "%(0,) 
1584          for bin in self.bins[:-1]: 
1585              timing_string += "%4d "%(bin,) 
1586          timing_string += "+(msec)\n" 
1587          timing_string += "Total:    " 
1588          for hi in h: 
1589              if hi <= 999: 
1590                  num_str = str(int(hi)).center(5) 
1591              else: 
1592                  num_str = " +++ " 
1593              timing_string += num_str 
1594          print >> buffer, timing_string 
1595   
1596          buffer.seek(0) 
1597          logger = logging.getLogger('VisionEgg.Core') 
1598          logger.info(buffer.read()) 

1599   
1600  #################################################################### 
1601  # 
1602  #        Error handling and assumption checking 
1603  # 
1604  #################################################################### 
1605   
1606  import VisionEgg.Deprecated 
1607  Message = VisionEgg.Deprecated.Message 
1608   
1609  message = VisionEgg.Deprecated.Message() # create instance of Message class for everything to use 
1610   
1611  gl_assumptions = [] 
1612   

1613 -def add_gl_assumption(gl_variable,required_value,failure_callback): 

1614      """Save assumptions for later checking once OpenGL context created.""" 
1615      if type(failure_callback) != types.FunctionType: 
1616          raise ValueError("failure_callback must be a function!") 
1617      gl_assumptions.append((gl_variable,required_value,failure_callback)) 

1618   

1619 -def init_gl_extension(prefix,name): 

1620      global gl # interpreter knows when we're up to something funny with GLTrace 
1621      logger = logging.getLogger('VisionEgg.Core') 
1622   
1623      if gl is VisionEgg.GLTrace: 
1624          watched = True 
1625          gl = VisionEgg.GLTrace.gl # manipulate original module for now 
1626      else: 
1627          watched = False 
1628   
1629      module_name = "OpenGL.GL.%(prefix)s.%(name)s"%locals() 
1630      try: 
1631          exec "import "+module_name 
1632      except ImportError: 
1633          logger.warning("Could not import %s -- some features will be " 
1634                         "missing."%(module_name,)) 
1635          return False 
1636      module = eval(module_name) 
1637      init_function_name = "glInit"+name.title().replace('_','')+prefix 
1638      init_function = getattr(module,init_function_name) 
1639      if not init_function(): 
1640          logger.warning("Could not initialize %s -- some features will " 
1641                         "be missing."%(module_name,)) 
1642          return False 
1643      for attr_name in dir(module): 
1644          # put attributes from module into "gl" module dictionary 
1645          # (Namespace overlap as you'd get OpenGL apps written in C) 
1646          attr = getattr(module,attr_name) 
1647          # reject unwanted attributes 
1648          if attr_name.startswith('__'): 
1649              continue 
1650          elif attr_name == init_function_name: 
1651              continue 
1652          elif attr_name == 'gl': 
1653              continue 
1654          elif type(attr) == type(VisionEgg): # module type 
1655              continue 
1656   
1657          gl_attr_name = attr_name 
1658          setattr(gl,gl_attr_name,attr) 
1659   
1660      if watched: 
1661          VisionEgg.GLTrace.gl_trace_attach() # (re)scan namespace 
1662          gl = VisionEgg.GLTrace # reinstall GLTrace 
1663      return True # success! 

1664   

1665 -def post_gl_init(): 

1666      """Called by Screen instance. Requires OpenGL context to be created.""" 
1667      global gl_vendor, gl_renderer, gl_version # set above 
1668      logger = logging.getLogger('VisionEgg.Core') 
1669   
1670      if gl_version < '1.3': 
1671          if not init_gl_extension('ARB','multitexture'): 
1672              logger.warning("multitexturing not available.  Some features " 
1673                             "will not be available") 
1674      else: 
1675          if not hasattr(gl,'glActiveTexture'): 
1676              logger.debug("PyOpenGL bug: OpenGL multitexturing not available " 
1677                           "even though OpenGL is 1.3 or greater. " 
1678                           "Attempting ctypes-based workaround.") 
1679              VisionEgg.PlatformDependent.attempt_to_load_multitexturing() 
1680          if hasattr(gl,'glActiveTexture'): # the above worked or PyOpenGL fixed 
1681              # OpenGL 1.3 has this extension built-in, 
1682              # but doing this allows use of ARB names. 
1683              gl.glActiveTextureARB = gl.glActiveTexture 
1684              gl.glMultiTexCoord2fARB = gl.glMultiTexCoord2f 
1685              gl.GL_TEXTURE0_ARB = gl.GL_TEXTURE0 
1686              gl.GL_TEXTURE1_ARB = gl.GL_TEXTURE1 
1687   
1688      if gl_version < '1.2': 
1689          if init_gl_extension('EXT','bgra'): 
1690              # make sure gl.GL_BRGA is defined 
1691              gl.GL_BGRA = gl.GL_BGRA_EXT 
1692   
1693      for gl_variable,required_value,failure_callback in gl_assumptions: 
1694          # Code required for each variable to be checked 
1695          if gl_variable == "__SPECIAL__": 
1696              if required_value == "linux_nvidia_or_new_ATI": 
1697                  ok = 0 
1698                  # Test for nVidia 
1699                  if "nvidia" == gl_vendor.split()[0].lower(): 
1700                      ok = 1 # yes it is 
1701                  if gl_renderer.startswith('Mesa DRI Radeon'): 
1702                      date = gl_renderer.split()[3] 
1703                      if date > "20021216": # not sure about exact date 
1704                          ok=1 
1705                  if not ok: 
1706                      failure_callback() 
1707              else: 
1708                  raise RuntimeError, "Unknown gl_assumption: %s == %s"%(gl_variable,required_value) 
1709   
1710          elif gl_variable.upper() == "GL_VERSION": 
1711              value_str = gl_version.split()[0] 
1712              value_ints = map(int,value_str.split('.')) 
1713              value = float( str(value_ints[0]) + "." + ''.join(map(str,value_ints[1:]))) 
1714              if value < required_value: 
1715                  failure_callback() 
1716          else: 
1717              raise RuntimeError, "Unknown gl_assumption" 
1718   
1719      # Do we have gl.GL_CLAMP_TO_EDGE ? 
1720      try: 
1721          gl.GL_CLAMP_TO_EDGE 
1722      except AttributeError: 
1723          if gl_version >= '1.2': 
1724              # If OpenGL version >= 1.2, this should be defined 
1725              # It seems to be a PyOpenGL bug that it's not. 
1726              logger.debug("GL_CLAMP_TO_EDGE is not defined. " 
1727                           "Because you have OpenGL version 1.2 or " 
1728                           "greater, this is probably a bug in " 
1729                           "PyOpenGL.  Assigning GL_CLAMP_TO_EDGE to " 
1730                           "the value that is usually used.") 
1731              gl.GL_CLAMP_TO_EDGE = 0x812F 
1732          else: 
1733              try: 
1734                  init_gl_extension('SGIS','texture_edge_clamp') 
1735                  gl.GL_CLAMP_TO_EDGE = gl.GL_CLAMP_TO_EDGE_SGIS 
1736              except: 
1737   
1738                  logger.warning("GL_CLAMP_TO_EDGE is not " 
1739                                 "available.  OpenGL version is " 
1740                                 "less than 1.2, and the " 
1741                                 "texture_edge_clamp_SGIS extension " 
1742                                 "failed to load. It may be impossible to " 
1743                                 "get exact 1:1 reproduction of " 
1744                                 "textures.  Using GL_CLAMP instead of " 
1745                                 "GL_CLAMP_TO_EDGE.") 
1746                  gl.GL_CLAMP_TO_EDGE = gl.GL_CLAMP 

1747   
1748  ######################################################################### 
1749  # 
1750  #       Moved to FlowControl.py -- here only for backwards compatibility 
1751  # 
1752  ######################################################################### 
1753   
1754  import VisionEgg.FlowControl 
1755  Presentation = VisionEgg.FlowControl.Presentation 
1756  Controller = VisionEgg.FlowControl.Controller 
1757  ConstantController = VisionEgg.FlowControl.ConstantController 
1758  EvalStringController = VisionEgg.FlowControl.EvalStringController 
1759  ExecStringController = VisionEgg.FlowControl.ExecStringController 
1760  FunctionController = VisionEgg.FlowControl.FunctionController 
1761  EncapsulatedController = VisionEgg.FlowControl.EncapsulatedController 
1762

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core.FixationSpot-class.html0000644000076500000240000003500311224565530025544 0ustar astrawstaff VisionEgg.Core.FixationSpot
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core :: Class FixationSpot
[frames] | no frames]

Class FixationSpot

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
               Stimulus --+
                          |
                         FixationSpot

A rectangle stimulus, typically used as a fixation spot.

Parameters
==========
anchor   -- how position parameter is used (String)
            Default: center
color    -- color (AnyOf(Sequence3 of Real or Sequence4 of Real))
            Default: (1.0, 1.0, 1.0)
on       -- draw? (Boolean)
            Default: True
position -- position in eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real))
            Default: (320.0, 240.0)
size     -- size in eye coordinates (Sequence2 of Real)
            Default: (4.0, 4.0)


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
draw(self)
Draw the stimulus.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = VisionEgg.ParameterDefinition({'on':...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Stimulus.__init__
(inherited documentation)

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
VisionEgg.ParameterDefinition({'on':(True, ve_types.Boolean, 'draw?'),\
 'color':((1.0, 1.0, 1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.\
Real), ve_types.Sequence4(ve_types.Real)), 'color'), 'position':((320.\
0, 240.0), ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), ve_types.\
Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), 'positio\
n in eye coordinates'), 'anchor':('center', ve_types.String, 'how posi\
tion parameter is used'), 'size':((4.0, 4.0), ve_types.Sequence2(ve_ty\
pes.Real), 'size in eye coordinates'), 'center':(None, ve_types.Sequen\
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core.FrameTimer-class.html0000644000076500000240000002443111224565530025153 0ustar astrawstaff VisionEgg.Core.FrameTimer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core :: Class FrameTimer
[frames] | no frames]

Class FrameTimer

source code

Time inter frame intervals and compute frames per second.


Instance Methods
 
__init__(self, bin_start_msec=2, bin_stop_msec=28, bin_width_msec=2, running_average_num_frames=0, save_all_frametimes=False)
Create instance of FrameTimer.		 source code
 
tick(self)
Declare a frame has just been drawn.		 source code
 
get_all_frametimes(self) source code
 
get_longest_frame_duration_sec(self) source code
 
get_running_average_ifi_sec(self) source code
 
get_average_ifi_sec(self) source code
 
print_histogram(self) source code
 
log_histogram(self)
Send histogram to logger.		 source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core.ModelView-class.html0000644000076500000240000002742511224565530025021 0ustar astrawstaff VisionEgg.Core.ModelView
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core :: Class ModelView
[frames] | no frames]

Class ModelView

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
    ProjectionBaseClass --+
                          |
                         ModelView

for use of OpenGL MODELVIEW_MATRIX

Parameters
==========
matrix -- matrix specifying projection (Sequence4x4 of Real)
          Default: [[1 0 0 0]
                    [0 1 0 0]
                    [0 0 1 0]
                    [0 0 0 1]]


Instance Methods
 
__init__(self, *args, **kw) source code

Inherited from ProjectionBaseClass: apply_to_gl, apply_to_vertex, apply_to_vertices, clip_2_norm_device, eye_2_clip, eye_2_norm_device, get_matrix, look_at, push_and_set_gl_projection, rotate, scale, set_gl_modelview, set_gl_projection, stateless_rotate, stateless_scale, stateless_translate, translate

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ProjectionBaseClass: parameters_and_defaults

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, *args, **kw)
(Constructor)

source code 
Overrides: ProjectionBaseClass.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core.OrthographicProjection-class.html0000644000076500000240000003243311224565530027607 0ustar astrawstaff VisionEgg.Core.OrthographicProjection
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core :: Class OrthographicProjection
[frames] | no frames]

Class OrthographicProjection

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
    ProjectionBaseClass --+    
                          |    
                 Projection --+
                              |
                             OrthographicProjection

An orthographic projection.

Parameters
==========
matrix -- matrix specifying projection (Sequence4x4 of Real)
          Default: [[1 0 0 0]
                    [0 1 0 0]
                    [0 0 1 0]
                    [0 0 0 1]]


Instance Methods
 
__init__(self, left=0.0, right=640.0, bottom=0.0, top=480.0, z_clip_near=0.0, z_clip_far=1.0)
Create an orthographic projection.		 source code

Inherited from ProjectionBaseClass: apply_to_gl, apply_to_vertex, apply_to_vertices, clip_2_norm_device, eye_2_clip, eye_2_norm_device, get_matrix, look_at, push_and_set_gl_projection, rotate, scale, set_gl_modelview, set_gl_projection, stateless_rotate, stateless_scale, stateless_translate, translate

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ProjectionBaseClass: parameters_and_defaults

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, left=0.0, right=640.0, bottom=0.0, top=480.0, z_clip_near=0.0, z_clip_far=1.0)
(Constructor)

source code  
Create an orthographic projection.

Defaults to map x eye coordinates in the range [0,640], y eye
coordinates [0,480] and clip coordinates [0,1] to [0,1].
Therefore, if the viewport is 640 x 480, eye coordinates
correspond 1:1 with window (pixel) coordinates.  Only points
between these clipping planes will be displayed.
Overrides: Projection.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core.OrthographicProjectionNoZClip-class.html0000644000076500000240000003170711224565530031051 0ustar astrawstaff VisionEgg.Core.OrthographicProjectionNoZClip
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core :: Class OrthographicProjectionNoZClip
[frames] | no frames]

Class OrthographicProjectionNoZClip

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
    ProjectionBaseClass --+    
                          |    
                 Projection --+
                              |
                             OrthographicProjectionNoZClip

An orthographic projection without Z clipping.

Parameters
==========
matrix -- matrix specifying projection (Sequence4x4 of Real)
          Default: [[1 0 0 0]
                    [0 1 0 0]
                    [0 0 1 0]
                    [0 0 0 1]]


Instance Methods
 
__init__(self, left=0.0, right=640.0, bottom=0.0, top=480.0)
Create an orthographic projection without Z clipping.		 source code

Inherited from ProjectionBaseClass: apply_to_gl, apply_to_vertex, apply_to_vertices, clip_2_norm_device, eye_2_clip, eye_2_norm_device, get_matrix, look_at, push_and_set_gl_projection, rotate, scale, set_gl_modelview, set_gl_projection, stateless_rotate, stateless_scale, stateless_translate, translate

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ProjectionBaseClass: parameters_and_defaults

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, left=0.0, right=640.0, bottom=0.0, top=480.0)
(Constructor)

source code  
Create an orthographic projection without Z clipping.

Defaults to map x eye coordinates in the range [0,640] and y
eye coordinates [0,480] -> [0,1].  Therefore, if the viewport
is 640 x 480, eye coordinates correspond 1:1 with window
(pixel) coordinates.
Overrides: Projection.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core.PerspectiveProjection-class.html0000644000076500000240000003055511224565530027452 0ustar astrawstaff VisionEgg.Core.PerspectiveProjection
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core :: Class PerspectiveProjection
[frames] | no frames]

Class PerspectiveProjection

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
    ProjectionBaseClass --+    
                          |    
                 Projection --+
                              |
                             PerspectiveProjection

A perspective projection.

Parameters
==========
matrix -- matrix specifying projection (Sequence4x4 of Real)
          Default: [[1 0 0 0]
                    [0 1 0 0]
                    [0 0 1 0]
                    [0 0 0 1]]


Instance Methods
 
__init__(self, left, right, bottom, top, near, far) source code

Inherited from ProjectionBaseClass: apply_to_gl, apply_to_vertex, apply_to_vertices, clip_2_norm_device, eye_2_clip, eye_2_norm_device, get_matrix, look_at, push_and_set_gl_projection, rotate, scale, set_gl_modelview, set_gl_projection, stateless_rotate, stateless_scale, stateless_translate, translate

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ProjectionBaseClass: parameters_and_defaults

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, left, right, bottom, top, near, far)
(Constructor)

source code 
Overrides: Projection.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core.Projection-class.html0000644000076500000240000002743711224565530025245 0ustar astrawstaff VisionEgg.Core.Projection
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core :: Class Projection
[frames] | no frames]

Class Projection

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
    ProjectionBaseClass --+
                          |
                         Projection

for use of OpenGL PROJECTION_MATRIX

Parameters
==========
matrix -- matrix specifying projection (Sequence4x4 of Real)
          Default: [[1 0 0 0]
                    [0 1 0 0]
                    [0 0 1 0]
                    [0 0 0 1]]


Instance Methods
 
__init__(self, *args, **kw) source code

Inherited from ProjectionBaseClass: apply_to_gl, apply_to_vertex, apply_to_vertices, clip_2_norm_device, eye_2_clip, eye_2_norm_device, get_matrix, look_at, push_and_set_gl_projection, rotate, scale, set_gl_modelview, set_gl_projection, stateless_rotate, stateless_scale, stateless_translate, translate

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ProjectionBaseClass: parameters_and_defaults

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, *args, **kw)
(Constructor)

source code 
Overrides: ProjectionBaseClass.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core.ProjectionBaseClass-class.html0000644000076500000240000006104011224565530027012 0ustar astrawstaff VisionEgg.Core.ProjectionBaseClass
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core :: Class ProjectionBaseClass
[frames] | no frames]

Class ProjectionBaseClass

source code

         object --+    
                  |    
ClassWithParameters --+
                      |
                     ProjectionBaseClass

Converts stimulus coordinates to viewport coordinates.

This is an abstract base class which should be subclassed for
actual use.

Parameters
==========
matrix -- matrix specifying projection (Sequence4x4 of Real)
          Default: [[1 0 0 0]
                    [0 1 0 0]
                    [0 0 1 0]
                    [0 0 0 1]]


Instance Methods
 
__init__(self, **kw)
Create self.parameters and set values.		 source code
 
apply_to_gl(self)
Set the OpenGL projection matrix.		 source code
 
set_gl_modelview(self)
Set the OpenGL modelview matrix.		 source code
 
set_gl_projection(self)
Set the OpenGL projection matrix.		 source code
 
push_and_set_gl_projection(self)
Set the OpenGL projection matrix, pushing current projection matrix to stack.		 source code
 
translate(self, x, y, z)
Compose a translation and set the OpenGL projection matrix.		 source code
 
stateless_translate(self, x, y, z)
Compose a translation without changing OpenGL state.		 source code
 
rotate(self, angle_degrees, x, y, z)
Compose a rotation and set the OpenGL projection matrix.		 source code
 
stateless_rotate(self, angle_degrees, x, y, z)
Compose a rotation without changing OpenGL state.		 source code
 
scale(self, x, y, z)
Compose a rotation and set the OpenGL projection matrix.		 source code
 
stateless_scale(self, x, y, z)
Compose a rotation without changing OpenGL state.		 source code
 
get_matrix(self) source code
 
look_at(self, eye, center, up) source code
 
eye_2_clip(self, eye_coords_vertex)
Transform eye coordinates to clip coordinates		 source code
 
clip_2_norm_device(self, clip_coords_vertex)
Transform clip coordinates to normalized device coordinates		 source code
 
eye_2_norm_device(self, eye_coords_vertex)
Transform eye coordinates to normalized device coordinates		 source code
 
apply_to_vertex(self, vertex)
Perform multiplication on vertex to get transformed result		 source code
 
apply_to_vertices(self, vertices)
Perform multiplication on vertex to get transformed result		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = VisionEgg.ParameterDefinition({'matr...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create self.parameters and set values.
Overrides: ClassWithParameters.__init__
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
VisionEgg.ParameterDefinition({'matrix':(Numeric.identity(4), ve_types\
.Sequence4x4(ve_types.Real), 'matrix specifying projection'),})

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core.Screen-class.html0000644000076500000240000010507011224565530024336 0ustar astrawstaff VisionEgg.Core.Screen
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core :: Class Screen
[frames] | no frames]

Class Screen

source code

         object --+    
                  |    
ClassWithParameters --+
                      |
                     Screen

An OpenGL window, possibly displayed across multiple displays.

A Screen instance is an OpenGL window for the Vision Egg to draw
in.  For an instance of Screen to do anything useful, it must
contain one or more instances of the Viewport class and one or
more instances of the Stimulus class.

Currently, only one OpenGL window is supported by the library with
which the Vision Egg initializes graphics (pygame/SDL).  However,
this need not limit display to a single physical display device.
Many video drivers, for example, allow applications to treat two
separate monitors as one large array of contiguous pixels.  By
sizing a window such that it occupies both monitors and creating
separate viewports for the portion of the window on each monitor,
a multiple screen effect can be created.

Public read-only variables
==========================
size -- Tuple of 2 integers specifying width and height

Parameters
==========
bgcolor -- background color (AnyOf(Sequence3 of Real or Sequence4 of Real))
           Default: (0.5, 0.5, 0.5, 0.0)

Constant Parameters
===================
alpha_bits          -- number of bits per pixel for alpha channel. Can be set with VISIONEGG_REQUEST_ALPHA_BITS (UnsignedInteger)
                       Default: (determined at runtime)
blue_bits           -- number of bits per pixel for blue channel. Can be set with VISIONEGG_REQUEST_BLUE_BITS (UnsignedInteger)
                       Default: (determined at runtime)
double_buffer       -- use double buffering? Can be set with VISIONEGG_DOUBLE_BUFFER (Boolean)
                       Default: (determined at runtime)
frameless           -- remove standard window frame? Can be set with VISIONEGG_FRAMELESS_WINDOW (Boolean)
                       Default: (determined at runtime)
fullscreen          -- use full screen? Can be set with VISIONEGG_FULLSCREEN (Boolean)
                       Default: (determined at runtime)
green_bits          -- number of bits per pixel for green channel. Can be set with VISIONEGG_REQUEST_GREEN_BITS (UnsignedInteger)
                       Default: (determined at runtime)
hide_mouse          -- hide the mouse cursor? Can be set with VISIONEGG_HIDE_MOUSE (Boolean)
                       Default: (determined at runtime)
is_stereo           -- allocate stereo framebuffers? Can be set with VISIONEGG_REQUEST_STEREO (Boolean)
                       Default: (determined at runtime)
maxpriority         -- raise priority? (platform dependent) Can be set with VISIONEGG_MAXPRIORITY (Boolean)
                       Default: (determined at runtime)
multisample_samples -- preferred number of multisamples for FSAA (UnsignedInteger)
                       Default: (determined at runtime)
preferred_bpp       -- preferred bits per pixel (bit depth) Can be set with VISIONEGG_PREFERRED_BPP (UnsignedInteger)
                       Default: (determined at runtime)
red_bits            -- number of bits per pixel for red channel. Can be set with VISIONEGG_REQUEST_RED_BITS (UnsignedInteger)
                       Default: (determined at runtime)
size                -- size (units: pixels) Can be set with VISIONEGG_SCREEN_W and VISIONEGG_SCREEN_H (Sequence2 of Real)
                       Default: (determined at runtime)
sync_swap           -- synchronize buffer swaps to vertical sync? Can be set with VISIONEGG_SYNC_SWAP (Boolean)
                       Default: (determined at runtime)


Instance Methods
 
__init__(self, **kw)
Create self.parameters and set values.		 source code
 
get_size(self) source code
 
set_size(self, value) source code
 
get_framebuffer_as_image(self, buffer='back', format=gl.GL_RGB, position=(0,0), anchor='lowerleft', size=None)
get pixel values from framebuffer to PIL image		 source code
 
get_framebuffer_as_array(self, buffer='back', format=gl.GL_RGB, position=(0,0), anchor='lowerleft', size=None)
get pixel values from framebuffer to Numeric array		 source code
 
put_pixels(self, pixels=None, position=(0,0), anchor='lowerleft', scale_x=1.0, scale_y=1.0, texture_min_filter=gl.GL_NEAREST, texture_mag_filter=gl.GL_NEAREST, internal_format=gl.GL_RGB)
Put pixel values to screen.		 source code
 
query_refresh_rate(self) source code
 
measure_refresh_rate(self, average_over_seconds=0.1)
Measure the refresh rate.		 source code
 
clear(self)
Called by Presentation instance.		 source code
 
make_current(self)
Called by Viewport instance.		 source code
 
set_gamma_ramp(self, *args, **kw)
Set the gamma_ramp, if supported.		 source code
 
close(self)
Close the screen.		 source code
 
__del__(self) source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Static Methods
 
create_default()
Alternative constructor using configuration variables.		 source code
Class Variables
  parameters_and_defaults = VisionEgg.ParameterDefinition({'bgco...
  constant_parameters_and_defaults = VisionEgg.ParameterDefiniti...
  size = property(get_size, set_size)

Inherited from ClassWithParameters: __safe_for_unpickling__

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create self.parameters and set values.
Overrides: ClassWithParameters.__init__
(inherited documentation)

put_pixels(self, pixels=None, position=(0,0), anchor='lowerleft', scale_x=1.0, scale_y=1.0, texture_min_filter=gl.GL_NEAREST, texture_mag_filter=gl.GL_NEAREST, internal_format=gl.GL_RGB)

source code  
Put pixel values to screen.

Pixel values become texture data using the VisionEgg.Textures
module.  Any source of texture data accepted by that module is
accepted here.

This function could be sped up by allocating a fixed OpenGL texture object.

measure_refresh_rate(self, average_over_seconds=0.1)

source code  
Measure the refresh rate. Assumes swap buffers synced.

clear(self)

source code  
Called by Presentation instance. Clear the screen.

make_current(self)

source code  
Called by Viewport instance. Makes screen active for drawing.

Can not be implemented until multiple screens are possible.

set_gamma_ramp(self, *args, **kw)

source code  
Set the gamma_ramp, if supported.

Call pygame.display.set_gamma_ramp, if available.

Returns True on success, False otherwise.

close(self)

source code  
Close the screen.

You can call this to close the screen.  Not necessary during
normal operation because it gets automatically deleted.

create_default()
Static Method

source code  
Alternative constructor using configuration variables.

Most of the time you can create and instance of Screen using
this method.  If your script needs explicit control of the
Screen parameters, initialize with the normal constructor.

Uses VisionEgg.config.VISIONEGG_GUI_INIT to determine how the
default screen parameters should are determined.  If this
value is 0, the values from VisionEgg.cfg are used.  If this
value is 1, a GUI panel is opened and allows manual settings
of the screen parameters.

Class Variable Details

parameters_and_defaults

Value:
VisionEgg.ParameterDefinition({'bgcolor':((0.5, 0.5, 0.5, 0.0), ve_typ\
es.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_type\
s.Real)), 'background color',),})

constant_parameters_and_defaults

Value:
VisionEgg.ParameterDefinition({'size':(None, ve_types.Sequence2(ve_typ\
es.Real), 'size (units: pixels) Can be set with VISIONEGG_SCREEN_W and\
 VISIONEGG_SCREEN_H'), 'fullscreen':(None, ve_types.Boolean, 'use full\
 screen? Can be set with VISIONEGG_FULLSCREEN'), 'double_buffer':(None\
, ve_types.Boolean, 'use double buffering? Can be set with VISIONEGG_D\
OUBLE_BUFFER'), 'preferred_bpp':(None, ve_types.UnsignedInteger, 'pref\
erred bits per pixel (bit depth) Can be set with VISIONEGG_PREFERRED_B\
PP'), 'maxpriority':(None, ve_types.Boolean, 'raise priority? (platfor\
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core.SimplePerspectiveProjection-class.html0000644000076500000240000003116611224565530030623 0ustar astrawstaff VisionEgg.Core.SimplePerspectiveProjection
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core :: Class SimplePerspectiveProjection
[frames] | no frames]

Class SimplePerspectiveProjection

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
    ProjectionBaseClass --+    
                          |    
                 Projection --+
                              |
                             SimplePerspectiveProjection

A simplified perspective projection.

Parameters
==========
matrix -- matrix specifying projection (Sequence4x4 of Real)
          Default: [[1 0 0 0]
                    [0 1 0 0]
                    [0 0 1 0]
                    [0 0 0 1]]


Instance Methods
 
__init__(self, fov_x=45.0, z_clip_near=0.1, z_clip_far=10000.0, aspect_ratio=4.0/3.0) source code

Inherited from ProjectionBaseClass: apply_to_gl, apply_to_vertex, apply_to_vertices, clip_2_norm_device, eye_2_clip, eye_2_norm_device, get_matrix, look_at, push_and_set_gl_projection, rotate, scale, set_gl_modelview, set_gl_projection, stateless_rotate, stateless_scale, stateless_translate, translate

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ProjectionBaseClass: parameters_and_defaults

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, fov_x=45.0, z_clip_near=0.1, z_clip_far=10000.0, aspect_ratio=4.0/3.0)
(Constructor)

source code 
Overrides: Projection.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core.Stimulus-class.html0000644000076500000240000003504011224565530024743 0ustar astrawstaff VisionEgg.Core.Stimulus
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core :: Class Stimulus
[frames] | no frames]

Class Stimulus

source code

         object --+    
                  |    
ClassWithParameters --+
                      |
                     Stimulus

Base class for a stimulus.

Any stimulus element should be a subclass of this Stimulus class.
The draw() method contains the code executed before every buffer
swap in order to render the stimulus to the frame buffer.  It
should execute as quickly as possible.  The init_gl() method must
be called before the first call to draw() so that any internal
data, OpenGL display lists, and OpenGL:texture objects can be
established.

To illustrate the concept of the Stimulus class, here is a
description of several methods of drawing two spots.  If your
experiment displays two spots simultaneously, you could create two
instances of (a single subclass of) Stimulus, varying parameters
so each draws at a different location.  Another possibility is to
create one instance of a subclass that draws two spots.  Another,
somewhat obscure, possibility is to create a single instance and
add it to two different viewports.  (Something that will not work
would be adding the same instance two times to the same viewport.
It would also get drawn twice, although at exactly the same
location.)

OpenGL is a 'state machine', meaning that it has internal
parameters whose values vary and affect how it operates.  Because
of this inherent uncertainty, there are only limited assumptions
about the state of OpenGL that an instance of Stimulus should
expect when its draw() method is called.  Because the Vision Egg
loops through stimuli this also imposes some important behaviors:

First, the framebuffer will contain the results of any drawing
operations performed since the last buffer swap by other instances
of (subclasses of) Stimulus. Therefore, the order in which stimuli
are present in the stimuli list of an instance of Viewport may be
important.  Additionally, if there are overlapping viewports, the
order in which viewports are added to an instance of Screen is
important.

Second, previously established OpenGL display lists and OpenGL
texture objects will be available.  The __init__() method should
establish these things.

Third, there are several OpenGL state variables which are
commonly set by subclasses of Stimulus, and which cannot be
assumed to have any particular value at the time draw() is called.
These state variables are: blending mode and function, texture
state and environment, the matrix mode (modelview or projection),
the modelview matrix, depth mode and settings. Therefore, if the
draw() method depends on specific values for any of these states,
it must specify its own values to OpenGL.

Finally, a well-behaved Stimulus subclass resets any OpenGL state
values other than those listed above to their initial state before
draw() and init_gl() were called.  In other words, before your
stimulus changes the state of an OpenGL variable, use
glGetBoolean, glGetInteger, glGetFloat, or a similar function to
query its value and restore it later.  For example, upon calling
the draw() method, the projection matrix will be that which was
set by the viewport. If the draw() method alters the projection
matrix, it must be restored. The glPushMatrix() and glPopMatrix()
commands provide an easy way to do this.

The default projection of Viewport maps eye coordinates in a 1:1
fashion to window coordinates (in other words, it sets eye
coordinates to use pixel units from the lower left corner of the
viewport). Therefore the default parameters for a stimulus should
specify pixel coordinates if possible (such as for a 2D
stimulus). Assuming a window size of 640 by 480 for the default
parameters is a pretty safe way to do things.

Also, be sure to check for any assumptions made about the system
in the __init__ method.  For example, if your stimulus needs alpha
in the framebuffer, check the value of
glGetIntegerv(GL_ALPHA_BITS) and raise an exception if it is not
available.


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
draw(self)
Draw the stimulus.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults, parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: ClassWithParameters.__init__

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Core.Viewport-class.html0000644000076500000240000004575011224565530024746 0ustar astrawstaff VisionEgg.Core.Viewport
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Core :: Class Viewport
[frames] | no frames]

Class Viewport

source code

         object --+    
                  |    
ClassWithParameters --+
                      |
                     Viewport

Connects stimuli to a screen.

A viewport defines a (possibly clipped region) of the screen on
which stimuli are drawn.

A screen may have multiple viewports.  The viewports may be
overlapping.

A viewport may have multiple stimuli.

A single stimulus may be drawn simultaneously by several
viewports, although this is typically useful only for 3D stimuli
to represent different views of the same object.

The coordinates of the stimulus are converted to screen
coordinates via several steps, the most important of which is the
projection, which is defined by an instance of the Projection
class.

By default, a viewport has a projection which maps eye coordinates
to viewport coordinates in 1:1 manner.  In other words, eye
coordinates specify pixel location in the viewport.

For cases where pixel units are not natural to describe
coordinates of a stimulus, the application should specify the a
projection other than the default.  This is usually the case for
3D stimuli.

For details of the projection and clipping process, see the
section 'Coordinate Transformations' in the book/online document
'The OpenGL Graphics System: A Specification'

Parameters
==========
anchor        -- How position parameter is interpreted (String)
                 Default: lowerleft
camera_matrix -- extrinsic camera parameter matrix (position and orientation) (Instance of <class 'VisionEgg.Core.ModelView'>)
                 Default: (determined at runtime)
depth_range   -- depth range (in object units) for rendering (Sequence2 of Real)
                 Default: (0, 1)
position      -- Position (in pixel units) within the screen (Sequence2 of Real)
                 Default: (0, 0)
projection    -- intrinsic camera parameter matrix (field of view, focal length, aspect ratio) (Instance of <class 'VisionEgg.Core.Projection'>)
                 Default: (determined at runtime)
screen        -- The screen in which this viewport is drawn (Instance of <class 'VisionEgg.Core.Screen'>)
                 Default: (determined at runtime)
size          -- Size (in pixel units) (Sequence2 of Real)
                 Default: (determined at runtime)
stimuli       -- sequence of stimuli to draw in screen (Sequence of Instance of <class 'VisionEgg.Core.Stimulus'>)
                 Default: (determined at runtime)


Instance Methods
 
__init__(self, **kw)
Create a new instance.		 source code
 
make_new_pixel_coord_projection(self)
Create instance of Projection mapping eye coordinates 1:1 with pixel coordinates.		 source code
 
make_current(self) source code
 
draw(self)
Set the viewport and draw stimuli.		 source code
 
norm_device_2_window(self, norm_device_vertex)
Transform normalized device coordinates to window coordinates		 source code
 
clip_2_window(self, eye_coords_vertex)
Transform clip coordinates to window coordinates		 source code
 
eye_2_window(self, eye_coords_vertex)
Transform eye coordinates to window coordinates		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = VisionEgg.ParameterDefinition({'scre...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create a new instance.

Required arguments:

screen

Optional arguments (specify parameter value other than default):

position -- defaults to (0,0), position relative to screen by anchor (see below)
anchor -- defaults to 'lowerleft'
size -- defaults to screen.size
projection -- defaults to self.make_new_pixel_coord_projection()
stimuli -- defaults to empty list
Overrides: ClassWithParameters.__init__

Class Variable Details

parameters_and_defaults

Value:
VisionEgg.ParameterDefinition({'screen':(None, ve_types.Instance(Scree\
n), 'The screen in which this viewport is drawn'), 'position':((0, 0),\
 ve_types.Sequence2(ve_types.Real), 'Position (in pixel units) within \
the screen'), 'anchor':('lowerleft', ve_types.String, 'How position pa\
rameter is interpreted'), 'depth_range':((0, 1), ve_types.Sequence2(ve\
_types.Real), 'depth range (in object units) for rendering'), 'size':(\
None, ve_types.Sequence2(ve_types.Real), 'Size (in pixel units)'), 'pr\
ojection':(None, ve_types.Instance(Projection), 'intrinsic camera para\
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq-module.html0000644000076500000240000001753211224565530023122 0ustar astrawstaff VisionEgg.Daq
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq
[frames] | no frames]

Module Daq

source code


Definition of data acquisition and triggering interfaces.

This module provides an interface to abstract data acquisition
devices.  To interface with real data acquisition devices, use a
module that subclasses the classes defined here.

*WARNING* This module has not been extensively tested or used, and should be
considered unstable.


Version: 1.1.dev

Classes
  Trigger
  ChannelParameters
  SignalType
  Analog
  Digital
  DaqMode
  Buffered
  Immediate
  Functionality
  Input
  Output
  Channel
  Device
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq-pysrc.html0000644000076500000240000027277611224565530023012 0ustar astrawstaff VisionEgg.Daq
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq
[frames] | no frames]

Source Code for Module VisionEgg.Daq

  1  # The Vision Egg: Daq 
  2  # 
  3  # Copyright (C) 2001-2003 Andrew Straw. 
  4  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  5  # URL: <http://www.visionegg.org/> 
  6  # 
  7  # Distributed under the terms of the GNU Lesser General Public License 
  8  # (LGPL). See LICENSE.TXT that came with this file. 
  9   
 10  """ 
 11  Definition of data acquisition and triggering interfaces. 
 12   
 13  This module provides an interface to abstract data acquisition 
 14  devices.  To interface with real data acquisition devices, use a 
 15  module that subclasses the classes defined here. 
 16   
 17  *WARNING* This module has not been extensively tested or used, and should be 
 18  considered unstable. 
 19   
 20  """ 
 21   
 22  import VisionEgg 
 23  import VisionEgg.ParameterTypes as ve_types 
 24   
 25  __version__ = VisionEgg.release_name 
 26   

 27 -class Trigger(VisionEgg.ClassWithParameters): 

 28      pass 

 29   

 30 -class ChannelParameters(VisionEgg.ClassWithParameters): 

 31      pass 

 32   

 33 -class SignalType(ChannelParameters): 

 34      constant_parameters_and_defaults = { 
 35          'units':('Unknown units', 
 36                   ve_types.String), 
 37          } 

 38 -    def __init__(self,**kw): 

 39          if self.__class__ == SignalType: 
 40              raise RuntimeError("Trying to instantiate abstract base class.") 
 41          else: 
 42              ChannelParameters.__init__(self,**kw) 

 43   

 44 -class Analog(SignalType): 

 45      constant_parameters_and_defaults = { 
 46          'gain':(1.0, 
 47                  ve_types.Real), 
 48          'offset':(0.0, 
 49                    ve_types.Real)} 

 50   

 51 -class Digital(SignalType): 

 52      pass 

 53   

 54 -class DaqMode(ChannelParameters): 

 55 -    def __init__(self,**kw): 

 56          if self.__class__ == DaqMode: 
 57              raise RuntimeError("Trying to instantiate abstract base class.") 
 58          else: 
 59              ChannelParameters.__init__(self,**kw) 

 60   

 61 -class Buffered(DaqMode): 

 62      parameters_and_defaults = { 
 63          'sample_rate_hz':(5000.0, 
 64                            ve_types.Real), 
 65          'duration_sec':(5.0, 
 66                          ve_types.Real), 
 67          'trigger':(None, 
 68                     ve_types.Instance(Trigger)), 
 69          } 

 70   

 71 -class Immediate(DaqMode): 

 72      pass 

 73   

 74 -class Functionality(ChannelParameters): 

 75 -    def __init__(self,**kw): 

 76          if self.__class__ == Functionality: 
 77              raise RuntimeError("Trying to instantiate abstract base class.") 
 78          else: 
 79              ChannelParameters.__init__(self,**kw) 

 80   

 81 -class Input(Functionality): 

 82 -    def get_data(self): 

 83          raise RuntimeError("Must override get_data method with daq implementation!") 

 84   

 85 -class Output(Functionality): 

 86 -    def put_data(self,data): 

 87          raise RuntimeError("Must override put_data method with daq implementation!") 

 88   

 89 -class Channel(VisionEgg.ClassWithParameters): 

 90      constant_parameters_and_defaults = { 
 91          'signal_type' : (None, 
 92                           ve_types.Instance(SignalType)), 
 93          'daq_mode' : (None, 
 94                        ve_types.Instance(DaqMode)), 
 95          'functionality' : (None, 
 96                             ve_types.Instance(Functionality)), 
 97          } 

 98 -    def __init__(self,**kw): 

 99          VisionEgg.ClassWithParameters.__init__(self,**kw) 
100          self.constant_parameters.signal_type.channel = self 
101          self.constant_parameters.daq_mode.channel = self 
102          self.constant_parameters.functionality.channel = self 
103          self.device = None # Not set yet 

104   

105 -    def arm_trigger(self): 

106          raise NotImpelemetedError("This method must be overridden.") 

107   

108 -class Device: 

109 -    def __init__(self, channels = None): 

110          self.channels = [] 
111          if channels is not None: 
112              if type(channels) is not types.ListType: 
113                  raise ValueError("channels must be a list of channels") 
114              for channel in channels: 
115                  self.add_channel( channel ) 

116   

117 -    def add_channel(self,channel): 

118          # override this method if you need to do error checking 
119          if isinstance(channel,Channel): 
120              self.channels.append(channel) 
121          else: 
122              raise ValueError("%s not instance of VisionEgg.Daq.Channel"%channel) 
123          channel.device = self 

124

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:48 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq.Analog-class.html0000644000076500000240000002162411224565530024137 0ustar astrawstaff VisionEgg.Daq.Analog
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq :: Class Analog
[frames] | no frames]

Class Analog

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
      ChannelParameters --+    
                          |    
                 SignalType --+
                              |
                             Analog
Instance Methods

Inherited from SignalType: __init__

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  constant_parameters_and_defaults = {'gain':(1.0, ve_types.Real...

Inherited from ClassWithParameters: __safe_for_unpickling__, parameters_and_defaults

Properties

Inherited from object: __class__

Class Variable Details

constant_parameters_and_defaults

Value:
{'gain':(1.0, ve_types.Real), 'offset':(0.0, ve_types.Real)}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq.Buffered-class.html0000644000076500000240000002213211224565530024453 0ustar astrawstaff VisionEgg.Daq.Buffered
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq :: Class Buffered
[frames] | no frames]

Class Buffered

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
      ChannelParameters --+    
                          |    
                    DaqMode --+
                              |
                             Buffered
Instance Methods

Inherited from DaqMode: __init__

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'sample_rate_hz':(5000.0, ve_types....

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Class Variable Details

parameters_and_defaults

Value:
{'sample_rate_hz':(5000.0, ve_types.Real), 'duration_sec':(5.0, ve_typ\
es.Real), 'trigger':(None, ve_types.Instance(Trigger)),}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq.Channel-class.html0000644000076500000240000002664611224565530024317 0ustar astrawstaff VisionEgg.Daq.Channel
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq :: Class Channel
[frames] | no frames]

Class Channel

source code

         object --+    
                  |    
ClassWithParameters --+
                      |
                     Channel
Instance Methods
 
__init__(self, **kw)
Create self.parameters and set values.		 source code
 
arm_trigger(self) source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  constant_parameters_and_defaults = {'signal_type':(None, ve_ty...

Inherited from ClassWithParameters: __safe_for_unpickling__, parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create self.parameters and set values.
Overrides: ClassWithParameters.__init__
(inherited documentation)

Class Variable Details

constant_parameters_and_defaults

Value:
{'signal_type':(None, ve_types.Instance(SignalType)), 'daq_mode':(None\
, ve_types.Instance(DaqMode)), 'functionality':(None, ve_types.Instanc\
e(Functionality)),}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq.ChannelParameters-class.html0000644000076500000240000001661311224565530026334 0ustar astrawstaff VisionEgg.Daq.ChannelParameters
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq :: Class ChannelParameters
[frames] | no frames]

Class ChannelParameters

source code

         object --+    
                  |    
ClassWithParameters --+
                      |
                     ChannelParameters
Instance Methods

Inherited from ClassWithParameters: __getstate__, __init__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults, parameters_and_defaults

Properties

Inherited from object: __class__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq.DaqMode-class.html0000644000076500000240000002264111224565530024250 0ustar astrawstaff VisionEgg.Daq.DaqMode
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq :: Class DaqMode
[frames] | no frames]

Class DaqMode

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
      ChannelParameters --+
                          |
                         DaqMode
Instance Methods
 
__init__(self, **kw)
Create self.parameters and set values.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults, parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create self.parameters and set values.
Overrides: ClassWithParameters.__init__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq.Device-class.html0000644000076500000240000001331311224565530024131 0ustar astrawstaff VisionEgg.Daq.Device
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq :: Class Device
[frames] | no frames]

Class Device

source code

Instance Methods
 
__init__(self, channels=None) source code
 
add_channel(self, channel) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq.Digital-class.html0000644000076500000240000001756611224565530024325 0ustar astrawstaff VisionEgg.Daq.Digital
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq :: Class Digital
[frames] | no frames]

Class Digital

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
      ChannelParameters --+    
                          |    
                 SignalType --+
                              |
                             Digital
Instance Methods

Inherited from SignalType: __init__

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from SignalType: constant_parameters_and_defaults

Inherited from ClassWithParameters: __safe_for_unpickling__, parameters_and_defaults

Properties

Inherited from object: __class__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq.Functionality-class.html0000644000076500000240000002272711224565530025573 0ustar astrawstaff VisionEgg.Daq.Functionality
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq :: Class Functionality
[frames] | no frames]

Class Functionality

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
      ChannelParameters --+
                          |
                         Functionality
Instance Methods
 
__init__(self, **kw)
Create self.parameters and set values.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults, parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create self.parameters and set values.
Overrides: ClassWithParameters.__init__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq.Immediate-class.html0000644000076500000240000001735411224565530024641 0ustar astrawstaff VisionEgg.Daq.Immediate
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq :: Class Immediate
[frames] | no frames]

Class Immediate

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
      ChannelParameters --+    
                          |    
                    DaqMode --+
                              |
                             Immediate
Instance Methods

Inherited from DaqMode: __init__

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults, parameters_and_defaults

Properties

Inherited from object: __class__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq.Input-class.html0000644000076500000240000002054411224565530024035 0ustar astrawstaff VisionEgg.Daq.Input
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq :: Class Input
[frames] | no frames]

Class Input

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
      ChannelParameters --+    
                          |    
              Functionality --+
                              |
                             Input
Instance Methods
 
get_data(self) source code

Inherited from Functionality: __init__

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults, parameters_and_defaults

Properties

Inherited from object: __class__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq.Output-class.html0000644000076500000240000002063611224565530024240 0ustar astrawstaff VisionEgg.Daq.Output
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq :: Class Output
[frames] | no frames]

Class Output

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
      ChannelParameters --+    
                          |    
              Functionality --+
                              |
                             Output
Instance Methods
 
put_data(self, data) source code

Inherited from Functionality: __init__

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults, parameters_and_defaults

Properties

Inherited from object: __class__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq.SignalType-class.html0000644000076500000240000002512011224565530025010 0ustar astrawstaff VisionEgg.Daq.SignalType
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq :: Class SignalType
[frames] | no frames]

Class SignalType

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
      ChannelParameters --+
                          |
                         SignalType
Instance Methods
 
__init__(self, **kw)
Create self.parameters and set values.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  constant_parameters_and_defaults = {'units':('Unknown units', ...

Inherited from ClassWithParameters: __safe_for_unpickling__, parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create self.parameters and set values.
Overrides: ClassWithParameters.__init__
(inherited documentation)

Class Variable Details

constant_parameters_and_defaults

Value:
{'units':('Unknown units', ve_types.String),}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Daq.Trigger-class.html0000644000076500000240000001651711224565530024346 0ustar astrawstaff VisionEgg.Daq.Trigger
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Daq :: Class Trigger
[frames] | no frames]

Class Trigger

source code

         object --+    
                  |    
ClassWithParameters --+
                      |
                     Trigger
Instance Methods

Inherited from ClassWithParameters: __getstate__, __init__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults, parameters_and_defaults

Properties

Inherited from object: __class__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.DaqKeyboard-module.html0000644000076500000240000001331511224565530024576 0ustar astrawstaff VisionEgg.DaqKeyboard
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module DaqKeyboard
[frames] | no frames]

Module DaqKeyboard

source code


Data acquisition and triggering over the keyboard.

This module was programmed using information from the web site
http://www.pygame.org/docs/ref/pygame_key.html


Classes
  KeyboardInput
  KeyboardTriggerInController
Use the keyboard to trigger the presentation.
Variables
  __version__ = VisionEgg.release_name
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.DaqKeyboard-pysrc.html0000644000076500000240000014464411224565530024463 0ustar astrawstaff VisionEgg.DaqKeyboard
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module DaqKeyboard
[frames] | no frames]

Source Code for Module VisionEgg.DaqKeyboard

 1  # The Vision Egg: DaqKeyboard 
 2  # 
 3  # Author(s): Hubertus Becker <hubertus.becker@uni-tuebingen.de> 
 4  # Copyright: (C) 2005 by Hertie Institute for Clinical Brain Research, 
 5  #            Department of Cognitive Neurology, University of Tuebingen 
 6  # URL:       http://www.hubertus-becker.de/resources/visionegg/ 
 7  # 
 8  # This library is free software; you can redistribute it and/or modify 
 9  # it under the terms of the GNU Lesser General Public License as 
10  # published by the Free Software Foundation; either version 2.1 of 
11  # the License, or (at your option) any later version. 
12   
13  """ 
14  Data acquisition and triggering over the keyboard. 
15   
16  This module was programmed using information from the web site 
17  http://www.pygame.org/docs/ref/pygame_key.html 
18   
19  """ 
20   
21  #################################################################### 
22  # 
23  #        Import all the necessary packages 
24  # 
25  #################################################################### 
26   
27  import VisionEgg 
28  import VisionEgg.Core 
29  import VisionEgg.FlowControl 
30  import VisionEgg.ParameterTypes as ve_types 
31  import sys 
32  import pygame 
33   
34  __version__ = VisionEgg.release_name 
35   
36  #################################################################### 
37  # 
38  #        KeyboardInput 
39  # 
40  #################################################################### 
41   

42 -class KeyboardInput: 

43   

44 -    def get_pygame_data(self): 

45          """Get keyboard input (return values are in pygame.locals.* notation).""" 
46          keys = pygame.key.get_pressed() 
47          return [k for k, v in enumerate(keys) if v] 

48   

49 -    def get_string_data(self): 

50          """Get keyboard input (return values are converted to keyboard symbols (strings)).""" 
51          pressed = self.get_pygame_data() 
52          keys_pressed = [] 
53          for k in pressed: # Convert integers to keyboard symbols (strings) 
54              keys_pressed.append(pygame.key.name(k)) 
55          return keys_pressed 

56   
57      get_data = get_string_data # Create alias 

58   
59  #################################################################### 
60  # 
61  #        KeyboardTriggerInController 
62  # 
63  #################################################################### 
64   

65 -class KeyboardTriggerInController(VisionEgg.FlowControl.Controller): 

66      """Use the keyboard to trigger the presentation.""" 
67   

68 -    def __init__(self,key=pygame.locals.K_1): 

69          VisionEgg.FlowControl.Controller.__init__( 
70              self, 
71              return_type=ve_types.Integer, 
72              eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME) 
73          self.key = key 

74   

75 -    def during_go_eval(self): 

76          return 1 

77   

78 -    def between_go_eval(self): 

79          for event in pygame.event.get(): 
80  #           if (event.type == pygame.locals.KEYUP) or (event.type == pygame.locals.KEYDOWN): 
81              if event.type == pygame.locals.KEYDOWN: 
82                  if event.key == self.key: 
83                      return 1 
84                  else: 
85                      return 0 

86

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.DaqKeyboard.KeyboardInput-class.html0000644000076500000240000001512111224565530027172 0ustar astrawstaff VisionEgg.DaqKeyboard.KeyboardInput
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module DaqKeyboard :: Class KeyboardInput
[frames] | no frames]

Class KeyboardInput

source code

Instance Methods
 
get_pygame_data(self)
Get keyboard input (return values are in pygame.locals.* notation).		 source code
 
get_string_data(self)
Get keyboard input (return values are converted to keyboard symbols (strings)).		 source code
 
get_data(self)
Get keyboard input (return values are converted to keyboard symbols (strings)).		 source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.DaqKeyboard.KeyboardTriggerInController-class.html0000644000076500000240000003363711224565530032045 0ustar astrawstaff VisionEgg.DaqKeyboard.KeyboardTriggerInController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module DaqKeyboard :: Class KeyboardTriggerInController
[frames] | no frames]

Class KeyboardTriggerInController

source code

            object --+    
                     |    
FlowControl.Controller --+
                         |
                        KeyboardTriggerInController

Use the keyboard to trigger the presentation.


Instance Methods
 
__init__(self, key=pygame.locals.K_1)
Create instance of Controller.		 source code
 
during_go_eval(self)
Called by Presentation.		 source code
 
between_go_eval(self)
Called by Presentation.		 source code

Inherited from FlowControl.Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, key=pygame.locals.K_1)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: FlowControl.Controller.__init__
(inherited documentation)

during_go_eval(self)

source code  
Called by Presentation. Evaluate during the main 'go' loop.

Override this method in subclasses.
Overrides: FlowControl.Controller.during_go_eval
(inherited documentation)

between_go_eval(self)

source code  
Called by Presentation. Evaluate between runs of the main 'go' loop.

Override this method in subclasses.
Overrides: FlowControl.Controller.between_go_eval
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.DaqLPT-module.html0000644000076500000240000001656211224565530023504 0ustar astrawstaff VisionEgg.DaqLPT
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module DaqLPT
[frames] | no frames]

Module DaqLPT

source code


Data acquisition and triggering over the parallel port.

This module was programmed using information from "Interfacing the
Standard Parallel Port" by Craig Peacock,
http://www.senet.com.au/~cpeacock.

You may also be interested in http://www.lvr.com/files/ibmlpt.txt.

This module only uses the Standard Parallel Port (SPP) protocol, not
ECP or EPP.  You may have to set your computer's BIOS accordingly.

You may need to be root or otherwise have permission to access the
parallel port.

Example usage:

>>> from VisionEgg.DaqLPT import raw_lpt_module
>>> address = 0x378
>>> out_value = 0
>>> raw_lpt_module.out( address, out_value )
>>> in_value = raw_lpt_module.inp( address+1 )


Classes
  LPTInput
  LPTOutput
  LPTChannel
A data acquisition channel using the parallel port.
  LPTDevice
A single parallel port.
  LPTTriggerOutController
Use 8 bits of digital output for triggering and frame timing verification.
  LPTTriggerInController
Variables
  __version__ = VisionEgg.release_name
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.DaqLPT-pysrc.html0000644000076500000240000034150211224565530023352 0ustar astrawstaff VisionEgg.DaqLPT
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module DaqLPT
[frames] | no frames]

Source Code for Module VisionEgg.DaqLPT

  1  # The Vision Egg: DaqLPT 
  2  # 
  3  # Copyright (C) 2001-2003 Andrew Straw. 
  4  # Copyright (C) 2005 Hubertus Becker 
  5  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  6  # URL: <http://www.visionegg.org/> 
  7  # 
  8  # Distributed under the terms of the GNU Lesser General Public License 
  9  # (LGPL). See LICENSE.TXT that came with this file. 
 10   
 11  """ 
 12  Data acquisition and triggering over the parallel port. 
 13   
 14  This module was programmed using information from "Interfacing the 
 15  Standard Parallel Port" by Craig Peacock, 
 16  http://www.senet.com.au/~cpeacock. 
 17   
 18  You may also be interested in http://www.lvr.com/files/ibmlpt.txt. 
 19   
 20  This module only uses the Standard Parallel Port (SPP) protocol, not 
 21  ECP or EPP.  You may have to set your computer's BIOS accordingly. 
 22   
 23  You may need to be root or otherwise have permission to access the 
 24  parallel port. 
 25   
 26  Example usage: 
 27   
 28  >>> from VisionEgg.DaqLPT import raw_lpt_module 
 29  >>> address = 0x378 
 30  >>> out_value = 0 
 31  >>> raw_lpt_module.out( address, out_value ) 
 32  >>> in_value = raw_lpt_module.inp( address+1 ) 
 33   
 34  """ 
 35   
 36  #################################################################### 
 37  # 
 38  #        Import all the necessary packages 
 39  # 
 40  #################################################################### 
 41   
 42  import VisionEgg 
 43  import VisionEgg.Core 
 44  import VisionEgg.FlowControl 
 45  import VisionEgg.Daq 
 46  import VisionEgg.ParameterTypes as ve_types 
 47  import sys 
 48   
 49  # See the raw LPT module for your platform for direct LPT access 
 50  # without VisionEgg DAQ overhead.  In particular, the inp and out 
 51  # functions are useful. 
 52   
 53  if sys.platform == 'win32': 
 54      try: 
 55          # Dincer Aydin's module http://www.geocities.com/dinceraydin 
 56          import winioport as raw_lpt_module 
 57      except ImportError: 
 58          # Andrew Straw's module http://www.its.caltech.edu/~astraw/coding.html 
 59          import dlportio as raw_lpt_module 
 60  elif sys.platform.startswith('linux'): 
 61      import VisionEgg._raw_lpt_linux as raw_lpt_module 
 62  elif sys.platform.startswith('irix'): 
 63  ### IRIX implementation not done, but possible 
 64      raise NotImplementedError("VisionEgg.DaqLPT not implemented on IRIX") 
 65  ##    import VisionEgg._raw_plp_irix 
 66  ##    raw_lpt_module = VisionEgg._raw_plp_irix 
 67  else: 
 68      raise RuntimeError("VisionEgg.DaqLPT not supported on this platform") 
 69   
 70  __version__ = VisionEgg.release_name 
 71   

 72 -class LPTInput(VisionEgg.Daq.Input): 

 73 -    def get_data(self): 

 74          """Get status bits 0-7 of the LPT port. 
 75   
 76          The status bits were not meant for high speed digital input. 
 77          Nevertheless, for sampling one or two digital inputs at slow 
 78          rates, they work fine. 
 79   
 80          Bits 4 and 5 (pins 13 and 12, respectively) should be first 
 81          choice to sample a digital voltage.  The other bits have some 
 82          oddities. Bits 0 and 1 are designated reserved. Others are 
 83          "active low"; they show a logic 0 when +5v is applied. 
 84   
 85          bit3 = value & 0x08 
 86          bit4 = value & 0x10 
 87          bit5 = value & 0x20 
 88          bit6 = value & 0x40 
 89          """ 
 90          return raw_lpt_module.inp(self.channel.device.base_address+1) 

 91   

 92 -class LPTOutput(VisionEgg.Daq.Output): 

 93 -    def put_data(self,data): 

 94          """Set output bits 0-7 (pins 2-9) on the LPT port.""" 
 95          raw_lpt_module.out(self.channel.device.base_address,data) 

 96 -    def __del__(self): 

 97          """Set output bits low when closing.""" 
 98          raw_lpt_module.out(self.channel.device.base_address,0) 

 99   

100 -class LPTChannel(VisionEgg.Daq.Channel): 

101      """A data acquisition channel using the parallel port.""" 

102 -    def __init__(self,**kw): 

103          if not 'raw_lpt_module' in globals().keys(): 
104              raise RuntimeError("LPT output not supported on this platform.") 
105          VisionEgg.Daq.Channel.__init__(self,**kw) 
106          signal_type = self.constant_parameters.signal_type 
107          if not isinstance(signal_type,VisionEgg.Daq.Digital): 
108              raise ValueError("Channel must be digital.") 
109          daq_mode = self.constant_parameters.daq_mode 
110          if not isinstance(daq_mode,VisionEgg.Daq.Immediate): 
111              raise ValueError("Channel must be immediate mode.") 
112          functionality = self.constant_parameters.functionality 
113          if not isinstance(functionality,LPTInput): 
114              if not isinstance(functionality,LPTOutput): 
115                  raise ValueError("Channel functionality must be instance of LPTInput or LPTOutput.") 

116   

117 -class LPTDevice(VisionEgg.Daq.Device): 

118      """A single parallel port. (Line PrinTer port.) 
119   
120      Typically, LPT1 has a base address of 0x0378, and LPT2 has a base 
121      address of 0x0278.""" 
122   

123 -    def __init__(self,base_address=0x378,**kw): 

124          if not 'raw_lpt_module' in globals().keys(): 
125              raise RuntimeError("LPT output not supported on this platform.") 
126          VisionEgg.Daq.Device.__init__(self,**kw) 
127          for channel in self.channels: 
128              if not isinstance(channel,LPTChannel): 
129                  raise ValueError("LPTDevice only has LPTChannels.") 
130          self.base_address = base_address 

131   

132 -    def add_channel(self,channel): 

133          if not isinstance(channel,LPTChannel): 
134              raise ValueError("LPTDevice only has LPTChannels.") 
135          VisionEgg.Daq.Device.add_channel(self,channel) 

136   

137 -class LPTTriggerOutController(VisionEgg.FlowControl.Controller): 

138      """Use 8 bits of digital output for triggering and frame timing verification. 
139   
140      Bit 0 (pin 2) goes high when the go loop begins and low when the 
141      loop ends.  Bits 1-7 (pins 3-9) count the frame_number (modulo 
142      2^7) in binary.  Looking at any one of these pins therefore 
143      provides verification that your stimulus is not skipping 
144      frames.""" 
145   

146 -    def __init__(self,lpt_device=None): 

147          if not 'raw_lpt_module' in globals().keys(): 
148              raise RuntimeError("LPT output not supported on this platform.") 
149          VisionEgg.FlowControl.Controller.__init__(self, 
150                                             return_type=ve_types.NoneType, 
151                                             eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME) 
152          # Initialize DAQ stuff: 
153          self.trigger_out_channel = LPTChannel(signal_type = VisionEgg.Daq.Digital(), 
154                                                daq_mode = VisionEgg.Daq.Immediate(), 
155                                                functionality = LPTOutput()) 
156          if lpt_device is None: 
157              self.device = LPTDevice() 
158          else: 
159              if not isinstance(lpt_device,LPTDevice): 
160                  raise ValueError("lpt_device must be instance of LPTDevice.") 
161              self.device = lpt_device 
162          self.device.add_channel(self.trigger_out_channel) 
163   
164          self.total_frames = 0 

165 -    def during_go_eval(self): 

166          self.total_frames = (self.total_frames + 1) % (2**7) 
167          value = self.total_frames*2 + 1 
168          self.trigger_out_channel.constant_parameters.functionality.put_data(value) 

169 -    def between_go_eval(self): 

170          self.total_frames = (self.total_frames + 1) % (2**7) 
171          value = self.total_frames*2 + 0 
172          self.trigger_out_channel.constant_parameters.functionality.put_data(value) 

173   

174 -class LPTTriggerInController(VisionEgg.FlowControl.Controller): 

175 -    def __init__(self,lpt_device=None,pin=13): 

176          if not 'raw_lpt_module' in globals().keys(): 
177              raise RuntimeError("LPT input not supported on this platform.") 
178          VisionEgg.FlowControl.Controller.__init__(self, 
179                                             return_type=ve_types.Integer, 
180                                             eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME) 
181          # Initialize DAQ stuff: 
182          self.trigger_in_channel = LPTChannel(signal_type = VisionEgg.Daq.Digital(), 
183                                               daq_mode = VisionEgg.Daq.Immediate(), 
184                                               functionality = LPTInput()) 
185          if lpt_device is None: 
186              self.device = LPTDevice() 
187          else: 
188              if not isinstance(lpt_device,LPTDevice): 
189                  raise ValueError("lpt_device must be instance of LPTDevice.") 
190              self.device = lpt_device 
191          self.device.add_channel(self.trigger_in_channel) 
192          if pin==15: 
193              bit = 3 
194          elif pin==13: 
195              bit = 4 
196          elif pin==12: 
197              bit = 5 
198          elif pin==10: 
199              bit = 6 
200          elif pin==11: 
201              bit = 7 
202          else: 
203              raise ValueError("Only pins 10, 11, 12, 13 and 15 supported at this time.") 
204          self.mask = 2**bit 

205 -    def during_go_eval(self): 

206          return 1 

207 -    def between_go_eval(self): 

208          value = self.trigger_in_channel.constant_parameters.functionality.get_data() 
209          return (value & self.mask) 

210

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:50 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.DaqLPT.LPTChannel-class.html0000644000076500000240000002351211224565530025244 0ustar astrawstaff VisionEgg.DaqLPT.LPTChannel
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module DaqLPT :: Class LPTChannel
[frames] | no frames]

Class LPTChannel

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
            Daq.Channel --+
                          |
                         LPTChannel

A data acquisition channel using the parallel port.


Instance Methods
 
__init__(self, **kw)
Create self.parameters and set values.		 source code

Inherited from Daq.Channel: arm_trigger

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from Daq.Channel: constant_parameters_and_defaults

Inherited from ClassWithParameters: __safe_for_unpickling__, parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create self.parameters and set values.
Overrides: Daq.Channel.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.DaqLPT.LPTDevice-class.html0000644000076500000240000002027111224565530025072 0ustar astrawstaff VisionEgg.DaqLPT.LPTDevice
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module DaqLPT :: Class LPTDevice
[frames] | no frames]

Class LPTDevice

source code

Daq.Device --+
             |
            LPTDevice

A single parallel port. (Line PrinTer port.)

Typically, LPT1 has a base address of 0x0378, and LPT2 has a base
address of 0x0278.


Instance Methods
 
__init__(self, base_address=0x378, **kw) source code
 
add_channel(self, channel) source code
Method Details

__init__(self, base_address=0x378, **kw)
(Constructor)

source code 
Overrides: Daq.Device.__init__

add_channel(self, channel)

source code 
Overrides: Daq.Device.add_channel

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.DaqLPT.LPTInput-class.html0000644000076500000240000002434411224565530024777 0ustar astrawstaff VisionEgg.DaqLPT.LPTInput
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module DaqLPT :: Class LPTInput
[frames] | no frames]

Class LPTInput

source code

         object --+                
                  |                
ClassWithParameters --+            
                      |            
  Daq.ChannelParameters --+        
                          |        
          Daq.Functionality --+    
                              |    
                      Daq.Input --+
                                  |
                                 LPTInput
Instance Methods
 
get_data(self)
Get status bits 0-7 of the LPT port.		 source code

Inherited from Daq.Functionality: __init__

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults, parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

get_data(self)

source code  
Get status bits 0-7 of the LPT port.

The status bits were not meant for high speed digital input.
Nevertheless, for sampling one or two digital inputs at slow
rates, they work fine.

Bits 4 and 5 (pins 13 and 12, respectively) should be first
choice to sample a digital voltage.  The other bits have some
oddities. Bits 0 and 1 are designated reserved. Others are
"active low"; they show a logic 0 when +5v is applied.

bit3 = value & 0x08
bit4 = value & 0x10
bit5 = value & 0x20
bit6 = value & 0x40
Overrides: Daq.Input.get_data

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.DaqLPT.LPTOutput-class.html0000644000076500000240000002504411224565530025176 0ustar astrawstaff VisionEgg.DaqLPT.LPTOutput
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module DaqLPT :: Class LPTOutput
[frames] | no frames]

Class LPTOutput

source code

         object --+                
                  |                
ClassWithParameters --+            
                      |            
  Daq.ChannelParameters --+        
                          |        
          Daq.Functionality --+    
                              |    
                     Daq.Output --+
                                  |
                                 LPTOutput
Instance Methods
 
put_data(self, data)
Set output bits 0-7 (pins 2-9) on the LPT port.		 source code
 
__del__(self)
Set output bits low when closing.		 source code

Inherited from Daq.Functionality: __init__

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults, parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

put_data(self, data)

source code  
Set output bits 0-7 (pins 2-9) on the LPT port.
Overrides: Daq.Output.put_data

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.DaqLPT.LPTTriggerInController-class.html0000644000076500000240000003352011224565530027632 0ustar astrawstaff VisionEgg.DaqLPT.LPTTriggerInController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module DaqLPT :: Class LPTTriggerInController
[frames] | no frames]

Class LPTTriggerInController

source code

            object --+    
                     |    
FlowControl.Controller --+
                         |
                        LPTTriggerInController
Instance Methods
 
__init__(self, lpt_device=None, pin=13)
Create instance of Controller.		 source code
 
during_go_eval(self)
Called by Presentation.		 source code
 
between_go_eval(self)
Called by Presentation.		 source code

Inherited from FlowControl.Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, lpt_device=None, pin=13)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: FlowControl.Controller.__init__
(inherited documentation)

during_go_eval(self)

source code  
Called by Presentation. Evaluate during the main 'go' loop.

Override this method in subclasses.
Overrides: FlowControl.Controller.during_go_eval
(inherited documentation)

between_go_eval(self)

source code  
Called by Presentation. Evaluate between runs of the main 'go' loop.

Override this method in subclasses.
Overrides: FlowControl.Controller.between_go_eval
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.DaqLPT.LPTTriggerOutController-class.html0000644000076500000240000003405411224565530030036 0ustar astrawstaff VisionEgg.DaqLPT.LPTTriggerOutController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module DaqLPT :: Class LPTTriggerOutController
[frames] | no frames]

Class LPTTriggerOutController

source code

            object --+    
                     |    
FlowControl.Controller --+
                         |
                        LPTTriggerOutController

Use 8 bits of digital output for triggering and frame timing verification.

Bit 0 (pin 2) goes high when the go loop begins and low when the
loop ends.  Bits 1-7 (pins 3-9) count the frame_number (modulo
2^7) in binary.  Looking at any one of these pins therefore
provides verification that your stimulus is not skipping
frames.


Instance Methods
 
__init__(self, lpt_device=None)
Create instance of Controller.		 source code
 
during_go_eval(self)
Called by Presentation.		 source code
 
between_go_eval(self)
Called by Presentation.		 source code

Inherited from FlowControl.Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, lpt_device=None)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: FlowControl.Controller.__init__
(inherited documentation)

during_go_eval(self)

source code  
Called by Presentation. Evaluate during the main 'go' loop.

Override this method in subclasses.
Overrides: FlowControl.Controller.during_go_eval
(inherited documentation)

between_go_eval(self)

source code  
Called by Presentation. Evaluate between runs of the main 'go' loop.

Override this method in subclasses.
Overrides: FlowControl.Controller.between_go_eval
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.darwin_getrefresh-module.html0000644000076500000240000001112211224565531026105 0ustar astrawstaff VisionEgg.darwin_getrefresh
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module darwin_getrefresh
[frames] | no frames]

Module darwin_getrefresh

source code

Variables
  getrefresh = _darwin_getrefresh.getrefresh
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.darwin_getrefresh-pysrc.html0000644000076500000240000004126511224565531025773 0ustar astrawstaff VisionEgg.darwin_getrefresh
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module darwin_getrefresh
[frames] | no frames]

Source Code for Module VisionEgg.darwin_getrefresh

 1  # This file was created automatically by SWIG. 
 2  # Don't modify this file, modify the SWIG interface instead. 
 3  # This file is compatible with both classic and new-style classes. 
 4   
 5  import _darwin_getrefresh 
 6   

 7 -def _swig_setattr_nondynamic(self,class_type,name,value,static=1): 

 8      if (name == "this"): 
 9          if isinstance(value, class_type): 
10              self.__dict__[name] = value.this 
11              if hasattr(value,"thisown"): self.__dict__["thisown"] = value.thisown 
12              del value.thisown 
13              return 
14      method = class_type.__swig_setmethods__.get(name,None) 
15      if method: return method(self,value) 
16      if (not static) or hasattr(self,name) or (name == "thisown"): 
17          self.__dict__[name] = value 
18      else: 
19          raise AttributeError("You cannot add attributes to %s" % self) 

20   

21 -def _swig_setattr(self,class_type,name,value): 

22      return _swig_setattr_nondynamic(self,class_type,name,value,0) 

23   

24 -def _swig_getattr(self,class_type,name): 

25      method = class_type.__swig_getmethods__.get(name,None) 
26      if method: return method(self) 
27      raise AttributeError,name 

28   
29  import types 
30  try: 
31      _object = types.ObjectType 
32      _newclass = 1 
33  except AttributeError: 

34 -    class _object : pass 

35      _newclass = 0 
36  del types 
37   
38   
39   
40  getrefresh = _darwin_getrefresh.getrefresh 
41

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:50 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Deprecated-module.html0000644000076500000240000001123011224565530024442 0ustar astrawstaff VisionEgg.Deprecated
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Deprecated
[frames] | no frames]

Module Deprecated

source code


Bits of code which will be removed in the future.


Classes
  Message
DEPRECATED Handles message/warning/error printing, exception raising.
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Deprecated-pysrc.html0000644000076500000240000011564611224565530024335 0ustar astrawstaff VisionEgg.Deprecated
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Deprecated
[frames] | no frames]

Source Code for Module VisionEgg.Deprecated

  1  # The Vision Egg: Deprecated 
  2  # 
  3  # Copyright (C) 2001-2003 Andrew Straw. 
  4  # Copyright (C) 2008 California Institute of Technology 
  5  # 
  6  # URL: <http://www.visionegg.org/> 
  7  # 
  8  # Distributed under the terms of the GNU Lesser General Public License 
  9  # (LGPL). See LICENSE.TXT that came with this file. 
 10   
 11  """ 
 12  Bits of code which will be removed in the future. 
 13   
 14  """ 
 15   
 16  import VisionEgg 
 17  import sys, os 
 18  import logging                              # available in Python 2.3 
 19   
 20  #################################################################### 
 21  # 
 22  #        Error handling and assumption checking 
 23  # 
 24  #################################################################### 
 25   

 26 -class Message: 

 27      """DEPRECATED Handles message/warning/error printing, exception raising.""" 
 28   
 29      # Levels are: 
 30      TRIVIAL = 0 
 31      NAG = 1 
 32      INFO = 2 
 33      DEPRECATION = 3 
 34      WARNING = 4 
 35      ERROR = 5 
 36      FATAL = 6 
 37   

 38 -    def __init__(self): 

 39  ##        script_name = sys.argv[0] 
 40  ##        if not script_name: 
 41  ##            script_name = "(interactive shell)" 
 42          self.pid = os.getpid() 

 43  ##        self.logger.info("Script "+script_name+" started Vision Egg %s with process id %d."%(VisionEgg.release_name,self.pid)) 
 44   

 45 -    def add(self,message,level=INFO,preserve_formatting=0,no_sys_stderr=0): 

 46          level_translate = { 
 47              # convert from old VisionEgg levels to new logging module levels 
 48              Message.TRIVIAL     : logging.DEBUG, 
 49              Message.NAG         : logging.DEBUG, 
 50              Message.INFO        : logging.INFO, 
 51              Message.DEPRECATION : logging.WARNING, 
 52              Message.WARNING     : logging.WARNING, 
 53              Message.ERROR       : logging.ERROR, 
 54              Message.FATAL       : logging.CRITICAL, 
 55              } 
 56          new_level = level_translate[ level ] 
 57          if not hasattr(self,"logger"): 
 58              self.logger = logging.getLogger('VisionEgg.Deprecated') 
 59          self.logger.log(new_level,message + '\n(sent using deprecated VisionEgg.Core.Message class)') 

 60   

 61 -    def format_string(self,in_str): 

 62          # This probably a slow way to do things, but it works! 
 63          min_line_length = 70 
 64          in_list = in_str.split() 
 65          out_str = "" 
 66          cur_line = "" 
 67          for word in in_list: 
 68              cur_line = cur_line + word + " " 
 69              if len(cur_line) > min_line_length: 
 70                  out_str = out_str + cur_line[:-1] + "\n" 
 71                  cur_line = "    " 
 72          if cur_line.strip(): 
 73              # only add another newline if the last line done is non-empty 
 74              out_str = out_str + cur_line + "\n" 
 75          return out_str 

 76   

 77 -    def handle(self): 

 78          if not self._sent_initial_newline: 
 79              self.output_stream.write("\n",_no_sys_stderr=1) 
 80              self.output_stream.flush() 
 81              self._sent_initial_newline = 1 
 82          while len(self.message_queue) > 0: 
 83              my_str = "" 
 84              level,text,preserve_formatting,date_str,no_sys_stderr = self.message_queue.pop(0) 
 85              if level >= self.print_level: 
 86                  my_str= my_str+date_str+" " 
 87                  if self.pid: 
 88                      my_str += "(%d) "%(self.pid,) 
 89                  #my_str=my_str+self.prefix+" " 
 90                  if level == Message.TRIVIAL: 
 91                      my_str=my_str+"trivial" 
 92                  elif level == Message.INFO: 
 93                      my_str=my_str+"info" 
 94                  elif level == Message.NAG: 
 95                      my_str=my_str+"nag" 
 96                  elif level == Message.DEPRECATION: 
 97                      my_str=my_str+"DEPRECATION WARNING" 
 98                  elif level == Message.WARNING: 
 99                      my_str=my_str+"WARNING" 
100                  elif level == Message.ERROR: 
101                      my_str=my_str+"ERROR" 
102                  elif level == Message.FATAL: 
103                      my_str=my_str+"FATAL" 
104                  my_str += ": " 
105                  my_str += text 
106                  if not preserve_formatting: 
107                      my_str = self.format_string(my_str) 
108                  self.output_stream.write(my_str,_no_sys_stderr=no_sys_stderr) 
109                  self.output_stream.flush() 
110              if level >= self.exception_level: 
111                  raise RuntimeError(text) 
112              if level == Message.FATAL: 
113                  sys.exit(-1) 

114

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Deprecated.Message-class.html0000644000076500000240000002302011224565530025645 0ustar astrawstaff VisionEgg.Deprecated.Message
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Deprecated :: Class Message
[frames] | no frames]

Class Message

source code

DEPRECATED Handles message/warning/error printing, exception raising.


Instance Methods
 
__init__(self) source code
 
add(self, message, level=INFO, preserve_formatting=0, no_sys_stderr=0) source code
 
format_string(self, in_str) source code
 
handle(self) source code
Class Variables
  TRIVIAL = 0
  NAG = 1
  INFO = 2
  DEPRECATION = 3
  WARNING = 4
  ERROR = 5
  FATAL = 6
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Dots-module.html0000644000076500000240000001553711224565530023331 0ustar astrawstaff VisionEgg.Dots
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Dots
[frames] | no frames]

Module Dots

source code


Random dot stimuli.


Classes
  DotArea2D
Random dots of constant velocity Every dot has the same velocity.
Functions
 
draw_dots(xs, ys, zs)
Python method for drawing dots.		 source code
Function Details

draw_dots(xs, ys, zs)

source code  
Python method for drawing dots.  May be replaced by a faster C version.

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Dots-pysrc.html0000644000076500000240000032277011224565530023204 0ustar astrawstaff VisionEgg.Dots
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Dots
[frames] | no frames]

Source Code for Module VisionEgg.Dots

  1  # The Vision Egg: Dots 
  2  # 
  3  # Copyright (C) 2001-2003 Andrew Straw. 
  4  # Copyright (C) 2005,2008 California Institute of Technology 
  5  # 
  6  # URL: <http://www.visionegg.org/> 
  7  # 
  8  # Distributed under the terms of the GNU Lesser General Public License 
  9  # (LGPL). See LICENSE.TXT that came with this file. 
 10   
 11  """ 
 12  Random dot stimuli. 
 13   
 14  """ 
 15   
 16  #################################################################### 
 17  # 
 18  #        Import all the necessary packages 
 19  # 
 20  #################################################################### 
 21   
 22  import logging 
 23   
 24  import VisionEgg 
 25  import VisionEgg.Core 
 26  import VisionEgg.ParameterTypes as ve_types 
 27   
 28  import numpy.oldnumeric as Numeric, numpy.oldnumeric.random_array as RandomArray 
 29  import math, types, string 
 30   
 31  import VisionEgg.GL as gl # get all OpenGL stuff in one namespace 
 32   
 33  ### C version of draw_dots() isn't (yet) as fast as Python version: 
 34  ##import VisionEgg._draw_in_c 
 35  ##draw_dots = VisionEgg._draw_in_c.draw_dots # draw in C for speed 
 36   

 37 -def draw_dots(xs,ys,zs): 

 38      """Python method for drawing dots.  May be replaced by a faster C version.""" 
 39      if not (len(xs) == len(ys) == len(zs)): 
 40          raise ValueError("All input arguments must be same length") 
 41      gl.glBegin(gl.GL_POINTS) 
 42      for i in xrange(len(xs)): 
 43          gl.glVertex3f(xs[i],ys[i],zs[i]) 
 44      gl.glEnd() 

 45   

 46 -class DotArea2D(VisionEgg.Core.Stimulus): 

 47      """Random dots of constant velocity 
 48   
 49      Every dot has the same velocity. Some fraction of the dots all 
 50      move in the one direction, while the rest move in random 
 51      directions. Dots wrap around edges. Each dot has a lifespan. 
 52   
 53      This is just one example of the endless variations on drawing random dots. 
 54   
 55      Parameters 
 56      ========== 
 57      anchor                  -- (String) 
 58                                 Default: center 
 59      anti_aliasing           -- (Boolean) 
 60                                 Default: True 
 61      color                   -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
 62                                 Default: (1.0, 1.0, 1.0) 
 63      depth                   -- (Real) 
 64                                 Default: (determined at runtime) 
 65      dot_lifespan_sec        -- (Real) 
 66                                 Default: 5.0 
 67      dot_size                -- (Real) 
 68                                 Default: 4.0 
 69      on                      -- (Boolean) 
 70                                 Default: True 
 71      position                -- (Sequence2 of Real) 
 72                                 Default: (320.0, 240.0) 
 73      signal_direction_deg    -- (Real) 
 74                                 Default: 90.0 
 75      signal_fraction         -- (Real) 
 76                                 Default: 0.5 
 77      size                    -- (Sequence2 of Real) 
 78                                 Default: (300.0, 300.0) 
 79      velocity_pixels_per_sec -- (Real) 
 80                                 Default: 10.0 
 81   
 82      Constant Parameters 
 83      =================== 
 84      num_dots -- (UnsignedInteger) 
 85                  Default: 100 
 86      """ 
 87   
 88      parameters_and_defaults = { 
 89          'on' : ( True, 
 90                   ve_types.Boolean ), 
 91          'position' : ( ( 320.0, 240.0 ), # in eye coordinates 
 92                         ve_types.Sequence2(ve_types.Real) ), 
 93          'anchor' : ('center', 
 94                      ve_types.String), 
 95          'size' :   ( ( 300.0, 300.0 ), # in eye coordinates 
 96                       ve_types.Sequence2(ve_types.Real) ), 
 97          'signal_fraction' : ( 0.5, 
 98                                ve_types.Real ), 
 99          'signal_direction_deg' : ( 90.0, 
100                                     ve_types.Real ), 
101          'velocity_pixels_per_sec' : ( 10.0, 
102                                        ve_types.Real ), 
103          'dot_lifespan_sec' : ( 5.0, 
104                                 ve_types.Real ), 
105          'color' : ((1.0,1.0,1.0), 
106                     ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
107                                    ve_types.Sequence4(ve_types.Real))), 
108          'dot_size' : (4.0, # pixels 
109                        ve_types.Real), 
110          'anti_aliasing' : ( True, 
111                              ve_types.Boolean ), 
112          'depth' : ( None, # set for depth testing 
113                      ve_types.Real ), 
114          'center' : (None,  # DEPRECATED -- don't use 
115                      ve_types.Sequence2(ve_types.Real), 
116                      "", 
117                      VisionEgg.ParameterDefinition.DEPRECATED), 
118          } 
119   
120      constant_parameters_and_defaults = { 
121          'num_dots' : ( 100, 
122                         ve_types.UnsignedInteger ), 
123          } 
124   
125      __slots__ = ( 
126          'x_positions', 
127          'y_positions', 
128          'random_directions_radians', 
129          'last_time_sec', 
130          'start_times_sec', 
131          '_gave_alpha_warning', 
132          ) 
133   

134 -    def __init__(self, **kw): 

135          VisionEgg.Core.Stimulus.__init__(self,**kw) 
136          # store positions normalized between 0 and 1 so that re-sizing is ok 
137          num_dots = self.constant_parameters.num_dots # shorthand 
138          self.x_positions = RandomArray.uniform(0.0,1.0,(num_dots,)) 
139          self.y_positions = RandomArray.uniform(0.0,1.0,(num_dots,)) 
140          self.random_directions_radians = RandomArray.uniform(0.0,2*math.pi,(num_dots,)) 
141          self.last_time_sec = VisionEgg.time_func() 
142          self.start_times_sec = None # setup variable, assign later 
143          self._gave_alpha_warning = 0 

144   

145 -    def draw(self): 

146          # XXX This method is not speed-optimized. I just wrote it to 
147          # get the job done. (Nonetheless, it seems faster than the C 
148          # version commented out above.) 
149   
150          p = self.parameters # shorthand 
151          if p.center is not None: 
152              if not hasattr(VisionEgg.config,"_GAVE_CENTER_DEPRECATION"): 
153                  logger = logging.getLogger('VisionEgg.Dots') 
154                  logger.warning("Specifying DotArea2D by deprecated " 
155                                 "'center' parameter deprecated.  Use " 
156                                 "'position' parameter instead.  (Allows " 
157                                 "use of 'anchor' parameter to set to " 
158                                 "other values.)") 
159                  VisionEgg.config._GAVE_CENTER_DEPRECATION = 1 
160              p.anchor = 'center' 
161              p.position = p.center[0], p.center[1] # copy values (don't copy ref to tuple) 
162          if p.on: 
163              # calculate center 
164              center = VisionEgg._get_center(p.position,p.anchor,p.size) 
165   
166              if p.anti_aliasing: 
167                  if len(p.color) == 4 and not self._gave_alpha_warning: 
168                      if p.color[3] != 1.0: 
169                          logger = logging.getLogger('VisionEgg.Dots') 
170                          logger.warning("The parameter anti_aliasing is " 
171                                         "set to true in the DotArea2D " 
172                                         "stimulus class, but the color " 
173                                         "parameter specifies an alpha " 
174                                         "value other than 1.0.  To " 
175                                         "acheive the best anti-aliasing, " 
176                                         "ensure that the alpha value for " 
177                                         "the color parameter is 1.0.") 
178                          self._gave_alpha_warning = 1 
179                  gl.glEnable( gl.GL_POINT_SMOOTH ) 
180                  # allow max_alpha value to control blending 
181                  gl.glEnable( gl.GL_BLEND ) 
182                  gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) 
183              else: 
184                  gl.glDisable( gl.GL_BLEND ) 
185   
186              now_sec = VisionEgg.time_func() 
187              if self.start_times_sec is not None: 
188                  # compute extinct dots and generate new positions 
189                  replace_indices = Numeric.nonzero( Numeric.greater( now_sec - self.start_times_sec, p.dot_lifespan_sec) ) 
190                  Numeric.put( self.start_times_sec, replace_indices, now_sec ) 
191   
192                  new_x_positions = RandomArray.uniform(0.0,1.0, 
193                                                        (len(replace_indices),)) 
194                  Numeric.put( self.x_positions, replace_indices, new_x_positions ) 
195   
196                  new_y_positions = RandomArray.uniform(0.0,1.0, 
197                                                        (len(replace_indices),)) 
198                  Numeric.put( self.y_positions, replace_indices, new_y_positions ) 
199   
200                  new_random_directions_radians = RandomArray.uniform(0.0,2*math.pi, 
201                                                                      (len(replace_indices),)) 
202                  Numeric.put( self.random_directions_radians, replace_indices, new_random_directions_radians ) 
203              else: 
204                  # initialize dot extinction values to random (uniform) distribution 
205                  self.start_times_sec = RandomArray.uniform( now_sec - p.dot_lifespan_sec, now_sec, 
206                                                              (self.constant_parameters.num_dots,)) 
207   
208              signal_num_dots = int(round(p.signal_fraction * self.constant_parameters.num_dots)) 
209              time_delta_sec = now_sec - self.last_time_sec 
210              self.last_time_sec = now_sec # reset for next loop 
211              x_increment_normalized =  math.cos(p.signal_direction_deg/180.0*math.pi) * p.velocity_pixels_per_sec / p.size[0] * time_delta_sec 
212              y_increment_normalized = -math.sin(p.signal_direction_deg/180.0*math.pi) * p.velocity_pixels_per_sec / p.size[1] * time_delta_sec 
213              self.x_positions[:signal_num_dots] += x_increment_normalized 
214              self.y_positions[:signal_num_dots] += y_increment_normalized 
215   
216              num_random_dots = self.constant_parameters.num_dots - signal_num_dots 
217              random_x_increment_normalized =  Numeric.cos(self.random_directions_radians[signal_num_dots:]) * p.velocity_pixels_per_sec / p.size[0] * time_delta_sec 
218              random_y_increment_normalized = -Numeric.sin(self.random_directions_radians[signal_num_dots:]) * p.velocity_pixels_per_sec / p.size[1] * time_delta_sec 
219              self.x_positions[signal_num_dots:] += random_x_increment_normalized 
220              self.y_positions[signal_num_dots:] += random_y_increment_normalized 
221   
222              self.x_positions = Numeric.fmod( self.x_positions, 1.0 ) # wrap 
223              self.y_positions = Numeric.fmod( self.y_positions, 1.0 ) 
224   
225              self.x_positions = Numeric.fmod( self.x_positions+1, 1.0 ) # wrap again for values < 1 
226              self.y_positions = Numeric.fmod( self.y_positions+1, 1.0 ) 
227   
228              xs = (self.x_positions - 0.5) * p.size[0] + center[0] 
229              ys = (self.y_positions - 0.5) * p.size[1] + center[1] 
230   
231              if len(p.color)==3: 
232                  gl.glColor3f(*p.color) 
233              elif len(p.color)==4: 
234                  gl.glColor4f(*p.color) 
235              gl.glPointSize(p.dot_size) 
236   
237              # Clear the modeview matrix 
238              gl.glMatrixMode(gl.GL_MODELVIEW) 
239              gl.glPushMatrix() 
240   
241              gl.glDisable(gl.GL_TEXTURE_2D) 
242   
243              if p.depth is None: 
244                  depth = 0.0 
245              else: 
246                  gl.glEnable(gl.GL_DEPTH_TEST) 
247                  depth = p.depth 
248              zs = (depth,)*len(xs) # make N tuple with repeat value of depth 
249              draw_dots(xs,ys,zs) 
250              if p.anti_aliasing: 
251                  gl.glDisable( gl.GL_POINT_SMOOTH ) # turn off 
252              gl.glPopMatrix() 

253

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Dots.DotArea2D-class.html0000644000076500000240000004013011224565530024640 0ustar astrawstaff VisionEgg.Dots.DotArea2D
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Dots :: Class DotArea2D
[frames] | no frames]

Class DotArea2D

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
          Core.Stimulus --+
                          |
                         DotArea2D

Random dots of constant velocity

Every dot has the same velocity. Some fraction of the dots all
move in the one direction, while the rest move in random
directions. Dots wrap around edges. Each dot has a lifespan.

This is just one example of the endless variations on drawing random dots.

Parameters
==========
anchor                  -- (String)
                           Default: center
anti_aliasing           -- (Boolean)
                           Default: True
color                   -- (AnyOf(Sequence3 of Real or Sequence4 of Real))
                           Default: (1.0, 1.0, 1.0)
depth                   -- (Real)
                           Default: (determined at runtime)
dot_lifespan_sec        -- (Real)
                           Default: 5.0
dot_size                -- (Real)
                           Default: 4.0
on                      -- (Boolean)
                           Default: True
position                -- (Sequence2 of Real)
                           Default: (320.0, 240.0)
signal_direction_deg    -- (Real)
                           Default: 90.0
signal_fraction         -- (Real)
                           Default: 0.5
size                    -- (Sequence2 of Real)
                           Default: (300.0, 300.0)
velocity_pixels_per_sec -- (Real)
                           Default: 10.0

Constant Parameters
===================
num_dots -- (UnsignedInteger)
            Default: 100


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
draw(self)
Draw the stimulus.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean), 'pos...
  constant_parameters_and_defaults = {'num_dots':(100, ve_types....

Inherited from ClassWithParameters: __safe_for_unpickling__

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Core.Stimulus.__init__
(inherited documentation)

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Core.Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean), 'position':((320.0, 240.0), ve_types.S\
equence2(ve_types.Real)), 'anchor':('center', ve_types.String), 'size'\
:((300.0, 300.0), ve_types.Sequence2(ve_types.Real)), 'signal_fraction\
':(0.5, ve_types.Real), 'signal_direction_deg':(90.0, ve_types.Real), \
'velocity_pixels_per_sec':(10.0, ve_types.Real), 'dot_lifespan_sec':(5\
.0, ve_types.Real), 'color':((1.0, 1.0, 1.0), ve_types.AnyOf(ve_types.\
Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real))), 'dot_si\
ze':(4.0, ve_types.Real), 'anti_aliasing':(True, ve_types.Boolean), 'd\
...

constant_parameters_and_defaults

Value:
{'num_dots':(100, ve_types.UnsignedInteger),}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.FlowControl-module.html0000644000076500000240000002372611224565530024667 0ustar astrawstaff VisionEgg.FlowControl
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module FlowControl
[frames] | no frames]

Module FlowControl

source code


Flow control for the Vision Egg.


Classes
  Presentation
Handles the timing and coordination of stimulus presentation.
  Controller
Control parameters.
  ConstantController
Set parameters to a constant value.
  EvalStringController
Set parameters using dynamically interpreted Python string.
  ExecStringController
Set parameters using potentially complex Python string.
  FunctionController
Set parameters using a Python function.
  EncapsulatedController
Set parameters by encapsulating another Controller.
Variables
  TIME_INDEPENDENT = 0x00
  TIME_SEC_ABSOLUTE = 0x01
  TIME_SEC_SINCE_GO = 0x02
  FRAMES_ABSOLUTE = 0x04
  FRAMES_SINCE_GO = 0x08
  NEVER = 0x00
  EVERY_FRAME = 0x01
  TRANSITIONS = 0x02
  ONCE = 0x04
  NOT_DURING_GO = 0x08
  NOT_BETWEEN_GO = 0x10
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.FlowControl-pysrc.html0000644000076500000240000157776211224565530024561 0ustar astrawstaff VisionEgg.FlowControl
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module FlowControl
[frames] | no frames]

Source Code for Module VisionEgg.FlowControl

   1  # The Vision Egg: FlowControl 
   2  # 
   3  # Copyright (C) 2001-2004 Andrew Straw. 
   4  # Copyright (C) 2008 California Institute of Technology 
   5  # 
   6  # URL: <http://www.visionegg.org/> 
   7  # 
   8  # Distributed under the terms of the GNU Lesser General Public License 
   9  # (LGPL). See LICENSE.TXT that came with this file. 
  10   
  11  """ 
  12  Flow control for the Vision Egg. 
  13   
  14  """ 
  15   
  16  import logging 
  17  import logging.handlers 
  18   
  19  import VisionEgg 
  20  import VisionEgg.GL as gl # get all OpenGL stuff in one namespace 
  21  import VisionEgg.ParameterTypes as ve_types 
  22  import numpy.oldnumeric as Numeric, math, types 
  23  import pygame 
  24   
  25  #################################################################### 
  26  # 
  27  #        Presentation 
  28  # 
  29  #################################################################### 
  30   

  31 -class Presentation(VisionEgg.ClassWithParameters): 

  32      """Handles the timing and coordination of stimulus presentation. 
  33   
  34      This class is the key to the real-time operation of the Vision 
  35      Egg. It contains the main 'go' loop, and maintains the association 
  36      between 'controllers', instances of the Controller class, and the 
  37      parameters they control. 
  38   
  39      During the main 'go' loop and at other specific times, the 
  40      parameters are updated via function calls to the controllers. 
  41   
  42      Between entries into the 'go' loop, a Vision Egg application 
  43      should call the method between_presentations as often as possible 
  44      to ensure parameter values are kept up to date and any 
  45      housekeeping done by controllers is done. 
  46   
  47      No OpenGL environment I know of can guarantee that a new frame is 
  48      drawn and the double buffers swapped before the monitor's next 
  49      vertical retrace sync pulse.  Still, although one can worry 
  50      endlessly about this problem, it works.  In other words, on a fast 
  51      computer with a fast graphics card running even a pre-emptive 
  52      multi-tasking operating system (see below for specific 
  53      information), a new frame is drawn before every monitor update. If 
  54      this did become a problem, the go() method could be re-implemented 
  55      in C, along with the functions it calls.  This would probably 
  56      result in speed gains, but without skipping frames at 200 Hz, why 
  57      bother? 
  58   
  59      Parameters 
  60      ========== 
  61      check_events                 -- allow input event checking during 'go' loop? (Boolean) 
  62                                      Default: True 
  63      collect_timing_info          -- log timing statistics during go loop? (Boolean) 
  64                                      Default: True 
  65      enter_go_loop                -- test used by run_forever() to enter go loop (Boolean) 
  66                                      Default: False 
  67      go_duration                  -- Tuple to specify 'go' loop duration. Either (value,units) or ('forever',) (Sequence of AnyOf(Real or String)) 
  68                                      Default: (5.0, 'seconds') 
  69      handle_event_callbacks       -- List of tuples to handle events. (event_type,event_callback_func) (Sequence of Sequence2 of AnyOf(Integer or Callable)) 
  70                                      Default: (determined at runtime) 
  71      override_t_abs_sec           -- Override t_abs. Set only when reconstructing experiments. (units: seconds) (Real) 
  72                                      Default: (determined at runtime) 
  73      quit                         -- quit the run_forever loop? (Boolean) 
  74                                      Default: False 
  75      trigger_armed                -- test trigger on go loop? (Boolean) 
  76                                      Default: True 
  77      trigger_go_if_armed          -- trigger go loop? (Boolean) 
  78                                      Default: True 
  79      viewports                    -- list of Viewport instances to draw. Order is important. (Sequence of Instance of <class 'VisionEgg.ClassWithParameters'>) 
  80                                      Default: (determined at runtime) 
  81      warn_longest_frame_threshold -- threshold to print frame skipped warning (units: factor of inter-frame-interval) (Real) 
  82                                      Default: 2.0 
  83      warn_mean_fps_threshold      -- threshold to print observered vs. expected frame rate warning (fraction units) (Real) 
  84                                      Default: 0.01 
  85      """ 
  86      parameters_and_defaults = { 
  87          'viewports' : (None, 
  88                         # XXX should really require VisionEgg.Core.Viewport 
  89                         # but that would lead to circular import problem 
  90                         ve_types.Sequence(ve_types.Instance(VisionEgg.ClassWithParameters)), 
  91                         'list of Viewport instances to draw. Order is important.'), 
  92          'collect_timing_info' : (True, 
  93                                   ve_types.Boolean, 
  94                                   'log timing statistics during go loop?'), 
  95          'go_duration' : ((5.0,'seconds'), 
  96                           ve_types.Sequence(ve_types.AnyOf(ve_types.Real, 
  97                                                            ve_types.String)), 
  98                           "Tuple to specify 'go' loop duration. Either (value,units) or ('forever',)"), 
  99          'check_events' : (True, # May cause slight performance hit, but probably negligible 
 100                            ve_types.Boolean, 
 101                            "allow input event checking during 'go' loop?"), 
 102          'handle_event_callbacks' : (None, 
 103                                      ve_types.Sequence(ve_types.Sequence2(ve_types.AnyOf(ve_types.Integer,ve_types.Callable))), 
 104                                      "List of tuples to handle events. (event_type,event_callback_func)"), 
 105          'trigger_armed':(True, 
 106                           ve_types.Boolean, 
 107                           "test trigger on go loop?"), 
 108          'trigger_go_if_armed':(True, 
 109                                 ve_types.Boolean, 
 110                                 "trigger go loop?"), 
 111          'enter_go_loop':(False, 
 112                           ve_types.Boolean, 
 113                           "test used by run_forever() to enter go loop"), 
 114          'quit':(False, 
 115                  ve_types.Boolean, 
 116                  "quit the run_forever loop?"), 
 117          'warn_mean_fps_threshold':(0.01, # fraction (0.1 = 10%) 
 118                                     ve_types.Real, 
 119                                     "threshold to print observered vs. expected frame rate warning (fraction units)"), 
 120          'warn_longest_frame_threshold': (2.0, # fraction (set to 2.0 for no false positives) 
 121                                           ve_types.Real, 
 122                                           "threshold to print frame skipped warning (units: factor of inter-frame-interval)"), 
 123          'override_t_abs_sec':(None, # override t_abs (in seconds) -- set only when reconstructing experiments 
 124                                ve_types.Real, 
 125                                "Override t_abs. Set only when reconstructing experiments. (units: seconds)"), 
 126          } 
 127   
 128      __slots__ = ( 
 129          'controllers', 
 130          'num_frame_controllers', 
 131          'frame_draw_times', 
 132          'time_sec_absolute', 
 133          'frames_absolute', 
 134          'in_go_loop', 
 135          'frames_dropped_in_last_go_loop', 
 136          'last_go_loop_start_time_absolute_sec', 
 137          'time_sec_since_go', 
 138          'frames_since_go', 
 139          ) 
 140   

 141 -    def __init__(self,**kw): 

 142          VisionEgg.ClassWithParameters.__init__(self,**kw) 
 143   
 144          if self.parameters.viewports is None: 
 145              self.parameters.viewports = [] 
 146   
 147          if self.parameters.handle_event_callbacks is None: 
 148              self.parameters.handle_event_callbacks = [] 
 149   
 150          self.controllers = [] 
 151          self.num_frame_controllers = 0 # reference counter for controllers that are called on frame by frame basis 
 152   
 153          # A list that optionally records when frames were drawn by go() method. 
 154          self.frame_draw_times = [] 
 155   
 156          self.time_sec_absolute=VisionEgg.time_func() 
 157          self.frames_absolute=0 
 158   
 159          self.in_go_loop = False 
 160          self.frames_dropped_in_last_go_loop = False 
 161          self.last_go_loop_start_time_absolute_sec = None 

 162   

 163 -    def add_controller( self, class_with_parameters, parameter_name, controller ): 

 164          """Add a controller""" 
 165          # Check if type checking needed 
 166          if type(class_with_parameters) != types.NoneType and type(parameter_name) != types.NoneType: 
 167              # Check if return type of controller eval is same as parameter type 
 168              if class_with_parameters.is_constant_parameter(parameter_name): 
 169                  raise TypeError("Attempt to control constant parameter '%s' of class %s."%(parameter_name,class_with_parameters)) 
 170              require_type = class_with_parameters.get_specified_type(parameter_name) 
 171              try: 
 172                  ve_types.assert_type(controller.returns_type(),require_type) 
 173              except TypeError: 
 174                  raise TypeError("Attempting to control parameter '%s' of type %s with controller that returns type %s"%( 
 175                      parameter_name, 
 176                      require_type, 
 177                      controller.returns_type())) 
 178              if not hasattr(class_with_parameters.parameters,parameter_name): 
 179                  raise AttributeError("%s has no instance '%s'"%parameter_name) 
 180              self.controllers.append( (class_with_parameters.parameters,parameter_name, controller) ) 
 181          else: # At least one of class_with_parameters or parameter_name is None. 
 182              # Make sure they both are None. 
 183              if not (type(class_with_parameters) == types.NoneType and type(parameter_name) == types.NoneType): 
 184                  raise ValueError("Neither or both of class_with_parameters and parameter_name must be None.") 
 185              self.controllers.append( (None,None,controller) ) 
 186          if controller.temporal_variables & (FRAMES_SINCE_GO|FRAMES_ABSOLUTE): 
 187              self.num_frame_controllers = self.num_frame_controllers + 1 

 188   

 189 -    def remove_controller( self, class_with_parameters, parameter_name, controller=None ): 

 190          """Remove one (or more--see below) controller(s). 
 191   
 192          If controller is None, all controllers affecting the 
 193          specified parameter are removed. 
 194   
 195          If class_with_parameters and paramter_name are None, the 
 196          controller is removed completely 
 197   
 198          If class_with_parameters, paramter_name, and controller are 
 199          all None, all controllers are removed. 
 200   
 201          """ 
 202   
 203          if class_with_parameters is None and parameter_name is None: 
 204              if not isinstance(controller,Controller) and controller != None: 
 205   
 206                  raise TypeError( "When deleting a controller, specify an " 
 207                                   "instance of VisionEgg.FlowControl.Controller class!") 
 208   
 209              if controller == None: #Added by Tony, May30/2005 
 210                  self.controllers = [] 
 211   
 212              i = 0 
 213              while i < len(self.controllers): 
 214                  orig_parameters,orig_parameter_name,orig_controller = self.controllers[i] 
 215                  if controller == orig_controller: 
 216                      del self.controllers[i] 
 217                  else: 
 218                      i = i + 1 
 219              return 
 220          if controller is None: 
 221              # The controller function is not specified: 
 222              # Delete all controllers that control the parameter specified. 
 223              if class_with_parameters is None or parameter_name is None: 
 224                  raise ValueError("Must specify parameter from which controller should be removed.") 
 225              i = 0 
 226              while i < len(self.controllers): 
 227                  orig_parameters,orig_parameter_name,orig_controller = self.controllers[i] 
 228                  if (orig_parameters == class_with_parameters.parameters and 
 229                      orig_parameter_name == parameter_name): 
 230                      controller = self.controllers[i][2] 
 231                      if controller.temporal_variables & (FRAMES_SINCE_GO|FRAMES_ABSOLUTE): 
 232                          self.num_frame_controllers = self.num_frame_controllers - 1 
 233                      del self.controllers[i] 
 234                  else: 
 235                      i = i + 1 
 236          else: # controller is specified 
 237              # Delete only that specific controller 
 238              i = 0 
 239              while i < len(self.controllers): 
 240                  orig_parameters,orig_parameter_name,orig_controller = self.controllers[i] 
 241                  if (orig_parameters == class_with_parameters.parameters and 
 242                      orig_parameter_name == parameter_name and 
 243                      orig_controller == controller): 
 244                      if controller.temporal_variables & (FRAMES_SINCE_GO|FRAMES_ABSOLUTE): 
 245                          self.num_frame_controllers = self.num_frame_controllers - 1 
 246                  else: 
 247                      i = i + 1 

 248   

 249 -    def __call_controllers(self, 
 250                           go_started=None, 
 251                           doing_transition=None): 

 252          done_once = [] # list of ONCE contollers to switch status of 
 253          for (parameters_instance, parameter_name, controller) in self.controllers: 
 254              evaluate = 0 
 255              if controller.eval_frequency & ONCE: 
 256                  evaluate = 1 
 257                  done_once.append(controller) 
 258              elif doing_transition and (controller.eval_frequency & TRANSITIONS): 
 259                  evaluate = 1 
 260              elif controller.eval_frequency & EVERY_FRAME: 
 261                  evaluate = 1 
 262   
 263              if evaluate: 
 264                  if controller.temporal_variables & TIME_SEC_ABSOLUTE: 
 265                      controller.time_sec_absolute = self.time_sec_absolute 
 266                  if controller.temporal_variables & FRAMES_ABSOLUTE: 
 267                      controller.frames_absolute = self.frames_absolute 
 268   
 269                  if go_started: 
 270                      if not (controller.eval_frequency & NOT_DURING_GO): 
 271                          if controller.temporal_variables & TIME_SEC_SINCE_GO: 
 272                              controller.time_sec_since_go = self.time_sec_since_go 
 273                          if controller.temporal_variables & FRAMES_SINCE_GO: 
 274                              controller.frames_since_go = self.frames_since_go 
 275                          result = controller.during_go_eval() 
 276                          if parameter_name is not None: 
 277                              setattr(parameters_instance, parameter_name, result) 
 278                  else: 
 279                      if not (controller.eval_frequency & NOT_BETWEEN_GO): 
 280                          if controller.temporal_variables & TIME_SEC_SINCE_GO: 
 281                              controller.time_sec_since_go = None 
 282                          if controller.temporal_variables & FRAMES_SINCE_GO: 
 283                              controller.frames_since_go = None 
 284                          result = controller.between_go_eval() 
 285                          if parameter_name is not None: 
 286                              setattr(parameters_instance, parameter_name, result) 
 287   
 288          for controller in done_once: 
 289              #Unset ONCE flag 
 290              controller.eval_frequency = controller.eval_frequency & ~ONCE 
 291              if isinstance(controller,EncapsulatedController): 
 292                  controller.contained_controller.eval_frequency = controller.contained_controller.eval_frequency & ~ONCE 

 293   

 294 -    def is_in_go_loop(self): 

 295          """Queries if the presentation is in a go loop. 
 296   
 297          This is useful to check the state of the Vision Egg 
 298          application from a remote client over Pyro.""" 
 299          return self.in_go_loop 

 300   

 302          return self.frames_dropped_in_last_go_loop 

 303   

 305          return self.last_go_loop_start_time_absolute_sec 

 306   

 307 -    def go(self): 

 308          """Main control loop during stimulus presentation. 
 309   
 310          This is the heart of realtime control in the Vision Egg, and 
 311          contains the main loop during a stimulus presentation. This 
 312          coordinates the timing of calling the controllers. 
 313   
 314          In the main loop, the current time (in absolute seconds, 
 315          go-loop-start-relative seconds, and go-loop-start-relative 
 316          frames) is computed, the appropriate controllers are called 
 317          with this information, the screen is cleared, each viewport is 
 318          drawn to the back buffer (while the video card continues 
 319          painting the front buffer on the display), and the buffers are 
 320          swapped. 
 321   
 322          """ 
 323          import VisionEgg.Core # here to prevent circular import 
 324          self.in_go_loop = 1 
 325   
 326          swap_buffers = VisionEgg.Core.swap_buffers # shorthand 
 327   
 328          # Clear boolean indicator 
 329          self.frames_dropped_in_last_go_loop = False 
 330   
 331          # Create shorthand notation, which speeds the main loop 
 332          # slightly by not performing name lookup each time. 
 333          p = self.parameters 
 334   
 335          if p.collect_timing_info: 
 336              frame_timer = VisionEgg.Core.FrameTimer() 
 337   
 338          while (not p.trigger_armed) or (not p.trigger_go_if_armed): 
 339              self.between_presentations() 
 340   
 341          # Go! 
 342   
 343          self.time_sec_absolute=VisionEgg.time_func() 
 344   
 345          if p.override_t_abs_sec is not None: 
 346              raise NotImplementedError("Cannot override absolute time yet") 
 347   
 348          self.last_go_loop_start_time_absolute_sec = self.time_sec_absolute 
 349          self.time_sec_since_go = 0.0 
 350          self.frames_since_go = 0 
 351   
 352          synclync_connection = VisionEgg.config._SYNCLYNC_CONNECTION # create shorthand 
 353          if synclync_connection: 
 354              import synclync 
 355              synclync_connection.next_control_packet.action_flags += (synclync.SL_CLEAR_VSYNC_COUNT + 
 356                                                                       synclync.SL_CLEAR_NOTIFY_SWAPPED_COUNT + 
 357                                                                       synclync.SL_CLEAR_FRAMESKIP_COUNT) 
 358              synclync_hack_done_once = 0 
 359   
 360          # Tell transitional controllers a presentation is starting 
 361          self.__call_controllers( 
 362              go_started=1, 
 363              doing_transition=1) 
 364   
 365          # Do the main loop 
 366          start_time_absolute = self.time_sec_absolute 
 367          if p.go_duration[0] == 'forever': # forever 
 368              current_duration_value = 0 
 369          elif p.go_duration[1] == 'seconds': # duration units 
 370              current_duration_value = self.time_sec_since_go 
 371          elif p.go_duration[1] == 'frames': # duration units 
 372              current_duration_value = self.frames_since_go 
 373          else: 
 374              raise RuntimeError("Unknown duration unit '%s'"%p.go_duration[1]) 
 375   
 376          while (current_duration_value < p.go_duration[0]): 
 377              # Get list of screens 
 378              screens = [] 
 379              for viewport in p.viewports: 
 380                  s = viewport.parameters.screen 
 381                  if s not in screens: 
 382                      screens.append(s) 
 383   
 384              # Clear the screen(s) 
 385              for screen in screens: 
 386                  screen.clear() 
 387   
 388              # Update all the realtime parameters 
 389              self.__call_controllers( 
 390                  go_started=1, 
 391                  doing_transition=0) 
 392   
 393              # Draw each viewport 
 394              for viewport in p.viewports: 
 395                  viewport.draw() 
 396   
 397              # Swap the buffers 
 398              if synclync_connection: 
 399                  if not synclync_hack_done_once: 
 400                      synclync_connection.next_control_packet.action_flags += (synclync.SL_NOTIFY_SWAPPED_BUFFERS + 
 401                                                                               synclync.SL_NOTIFY_IN_GO_LOOP) 
 402                      synclync_connection.send_control_packet() 
 403                      synclync_hack_done_once = 1 
 404                  data_packet = synclync_connection.get_latest_data_packet() 
 405              swap_buffers() 
 406   
 407              # Set the time variables for the next frame 
 408              self.time_sec_absolute=VisionEgg.time_func() 
 409              last_time_sec_since_go = self.time_sec_since_go 
 410              self.time_sec_since_go = self.time_sec_absolute - start_time_absolute 
 411              self.frames_absolute += 1 
 412              self.frames_since_go += 1 
 413   
 414              if p.collect_timing_info: 
 415                  frame_timer.tick() 
 416   
 417              # Make sure we use the right value to check if we're done 
 418              if p.go_duration[0] == 'forever': # forever 
 419                  pass # current_duration_value already set to 0 
 420              elif p.go_duration[1] == 'seconds': 
 421                  current_duration_value = self.time_sec_since_go 
 422              elif p.go_duration[1] == 'frames': 
 423                  current_duration_value = self.frames_since_go 
 424              else: 
 425                  raise RuntimeError("Unknown duration unit '%s'"%p.go_duration[1]) 
 426   
 427              # Check events if requested 
 428              if p.check_events: 
 429                  for event in pygame.event.get(): 
 430                      for event_type, event_callback in p.handle_event_callbacks: 
 431                          if event.type is event_type: 
 432                              event_callback(event) 
 433   
 434          # Tell transitional controllers a presentation has ended 
 435          self.__call_controllers( 
 436              go_started=0, 
 437              doing_transition=1) 
 438   
 439          # Tell SyncLync we're not in go loop anymore 
 440          if synclync_connection: 
 441              synclync_connection.send_control_packet() # nothing in action_flags -- finishes go loop 
 442   
 443          # Check to see if frame by frame control was desired 
 444          # but OpenGL not syncing to vertical retrace 
 445          try: 
 446              mean_frame_time_sec = frame_timer.get_average_ifi_sec() 
 447              calculated_fps = 1.0/mean_frame_time_sec 
 448          except: 
 449              # the above fails when no frames were drawn 
 450              mean_frame_time_sec = 0.0 
 451              calculated_fps = 0.0 
 452   
 453          if self.num_frame_controllers: # Frame by frame control desired 
 454              impossibly_fast_frame_rate = 210.0 
 455              if calculated_fps > impossibly_fast_frame_rate: # Let's assume no monitor can exceed impossibly_fast_frame_rate 
 456                  logger = logging.getLogger('VisionEgg.FlowControl') 
 457                  logger.error("Frame by frame control desired, but " 
 458                               "average frame rate was %.2f frames per " 
 459                               "second-- faster than any display device " 
 460                               "(that I know of).  Set your drivers to " 
 461                               "sync buffer swapping to vertical " 
 462                               "retrace. (platform/driver " 
 463                               "dependent)"%(calculated_fps)) 
 464          # Warn if > warn_mean_fps_threshold error in frame rate 
 465          if abs(calculated_fps-VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ) / float(VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ) > self.parameters.warn_mean_fps_threshold: 
 466              logger = logging.getLogger('VisionEgg.FlowControl') 
 467              logger.warning("Calculated frames per second was %.3f, " 
 468                             "while the VISIONEGG_MONITOR_REFRESH_HZ " 
 469                             "variable is %s."%(calculated_fps, 
 470                             VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ)) 
 471          frame_skip_fraction = self.parameters.warn_longest_frame_threshold 
 472          inter_frame_inteval = 1.0/VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ 
 473   
 474          if p.collect_timing_info: 
 475              longest_frame_draw_time_sec = frame_timer.get_longest_frame_duration_sec() 
 476              if longest_frame_draw_time_sec is not None: 
 477                  logger = logging.getLogger('VisionEgg.FlowControl') 
 478                  if longest_frame_draw_time_sec >= (frame_skip_fraction*inter_frame_inteval): 
 479                      self.frames_dropped_in_last_go_loop = True 
 480                      logger.warning("One or more frames took %.1f msec, " 
 481                                     "which is signficantly longer than the " 
 482                                     "expected inter frame interval of %.1f " 
 483                                     "msec for your frame rate (%.1f Hz)."%( 
 484                                     longest_frame_draw_time_sec*1000.0, 
 485                                     inter_frame_inteval*1000.0, 
 486                                     VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ)) 
 487                  else: 
 488                      logger.debug("Longest frame update was %.1f msec. " 
 489                                   "Your expected inter frame interval is " 
 490                                   "%f msec."%(longest_frame_draw_time_sec*1000.0, 
 491                                   inter_frame_inteval*1000.0)) 
 492              frame_timer.log_histogram() 
 493   
 494          self.in_go_loop = 0 

 495   

 496 -    def export_movie_go(self, frames_per_sec=12.0, filename_suffix=".tif", filename_base="visionegg_movie", path="."): 

 497          """Emulates method 'go' but saves a movie.""" 
 498          import VisionEgg.Core # here to prevent circular import 
 499          import Image # Could import this at the beginning of the file, but it breaks sometimes! 
 500          import os # Could also import this, but this is the only place its needed 
 501   
 502          # Create shorthand notation, which speeds the main loop 
 503          # slightly by not performing name lookup each time. 
 504          p = self.parameters 
 505   
 506          # Switch function VisionEgg.time_func 
 507          self.time_sec_absolute=VisionEgg.time_func() # Set for real once 
 508          true_time_func = VisionEgg.time_func 
 509          def fake_time_func(): 
 510              return self.time_sec_absolute 

 511          VisionEgg.time_func = fake_time_func 
 512   
 513          logger = logging.getLogger('VisionEgg.FlowControl') 
 514   
 515          # Go! 
 516   
 517          self.time_sec_absolute=VisionEgg.time_func() 
 518          self.time_sec_since_go = 0.0 
 519          self.frames_since_go = 0 
 520   
 521          # Tell transitional controllers a presentation is starting 
 522          self.__call_controllers( 
 523              go_started=1, 
 524              doing_transition=1) 
 525   
 526          # Do the main loop 
 527          image_no = 1 
 528          if p.go_duration[0] == 'forever': # forever 
 529              current_duration_value = 0 
 530          elif p.go_duration[1] == 'seconds': # duration units 
 531              current_duration_value = self.time_sec_since_go 
 532          elif p.go_duration[1] == 'frames': # duration units 
 533              current_duration_value = self.frames_since_go 
 534          else: 
 535              raise RuntimeError("Unknown duration unit '%s'"%p.go_duration[1]) 
 536          while (current_duration_value < p.go_duration[0]): 
 537              # Get list of screens 
 538              screens = [] 
 539              for viewport in p.viewports: 
 540                  s = viewport.parameters.screen 
 541                  if s not in screens: 
 542                      screens.append(s) 
 543   
 544              # Clear the screen(s) 
 545              for screen in screens: 
 546                  screen.clear() 
 547   
 548              # Update all the realtime parameters 
 549              self.__call_controllers( 
 550                  go_started=1, 
 551                  doing_transition=0) 
 552   
 553              # Draw each viewport 
 554              for viewport in p.viewports: 
 555                  viewport.draw() 
 556   
 557              # Swap the buffers 
 558              VisionEgg.Core.swap_buffers() 
 559   
 560              # Now save the contents of the framebuffer 
 561              fb_image = screen.get_framebuffer_as_image(buffer='front',format=gl.GL_RGB) 
 562              filename = "%s%04d%s"%(filename_base,image_no,filename_suffix) 
 563              savepath = os.path.join( path, filename ) 
 564              logger.info("Saving '%s'"%filename) 
 565              fb_image.save( savepath ) 
 566              image_no = image_no + 1 
 567   
 568              # Set the time variables for the next frame 
 569              self.time_sec_absolute += 1.0/frames_per_sec 
 570              self.time_sec_since_go += 1.0/frames_per_sec 
 571              self.frames_absolute += 1 
 572              self.frames_since_go += 1 
 573   
 574              # Make sure we use the right value to check if we're done 
 575              if p.go_duration[0] == 'forever': 
 576                  pass # current_duration_value already set to 0 
 577              elif p.go_duration[1] == 'seconds': 
 578                  current_duration_value = self.time_sec_since_go 
 579              elif p.go_duration[1] == 'frames': 
 580                  current_duration_value = self.frames_since_go 
 581              else: 
 582                  raise RuntimeError("Unknown duration unit '%s'"%p.go_duration[1]) 
 583   
 584              # Check events if requested 
 585              if p.check_events: 
 586                  for event in pygame.event.get(): 
 587                      for event_type, event_callback in p.handle_event_callbacks: 
 588                          if event.type is event_type: 
 589                              event_callback(event) 
 590   
 591          # Tell transitional controllers a presentation has ended 
 592          self.__call_controllers( 
 593              go_started=0, 
 594              doing_transition=1) 
 595   
 596          if len(screens) > 1: 
 597              logger.warning("Only saved movie from last screen.") 
 598   
 599          scp = screen.constant_parameters 
 600          if scp.red_bits is not None: 
 601              warn_about_movie_depth = 0 
 602              if scp.red_bits > 8: 
 603                  warn_about_movie_depth = 1 
 604              elif scp.green_bits > 8: 
 605                  warn_about_movie_depth = 1 
 606              elif scp.blue_bits > 8: 
 607                  warn_about_movie_depth = 1 
 608              if warn_about_movie_depth: 
 609                  logger.warning("Only saved 8 bit per pixel movie, even " 
 610                                 "though your framebuffer supports more!") 
 611          # Restore VisionEgg.time_func 
 612          VisionEgg.time_func = true_time_func 

 613   

 614 -    def run_forever(self): 

 615          """Main control loop between go loops.""" 
 616          p = self.parameters 
 617          # enter with transitional contoller call 
 618          self.__call_controllers( 
 619              go_started=0, 
 620              doing_transition=1) 
 621          while not p.quit: 
 622              self.between_presentations() 
 623              if self.parameters.enter_go_loop: 
 624                  self.parameters.enter_go_loop = False 
 625                  self.go() 
 626              if p.check_events: 
 627                  for event in pygame.event.get(): 
 628                      for event_type, event_callback in p.handle_event_callbacks: 
 629                          if event.type is event_type: 
 630                              event_callback(event) 

 631   

 632 -    def between_presentations(self): 

 633          """Maintain display while between stimulus presentations. 
 634   
 635          This function gets called as often as possible when in the 
 636          'run_forever' loop except when execution has shifted to the 
 637          'go' loop. 
 638   
 639          Other than the difference in the time variable passed to the 
 640          controllers, this routine is very similar to the inside of the 
 641          main loop in the go method. 
 642          """ 
 643          import VisionEgg.Core # here to prevent circular import 
 644   
 645          self.time_sec_absolute=VisionEgg.time_func() 
 646   
 647          self.__call_controllers( 
 648              go_started=0, 
 649              doing_transition=0) 
 650   
 651          viewports = self.parameters.viewports 
 652   
 653          # Get list of screens 
 654          screens = [] 
 655          for viewport in viewports: 
 656              s = viewport.parameters.screen 
 657              if s not in screens: 
 658                  screens.append(s) 
 659   
 660          # Clear the screen(s) 
 661          for screen in screens: 
 662              screen.clear() 
 663          # Draw each viewport, including each stimulus 
 664          for viewport in viewports: 
 665              viewport.draw() 
 666          VisionEgg.Core.swap_buffers() 
 667          self.frames_absolute += 1 

 668   
 669  #################################################################### 
 670  # 
 671  #        Controller 
 672  # 
 673  #################################################################### 
 674   

 675 -class Controller(object): 

 676      """Control parameters. 
 677   
 678      This abstract base class defines the interface to any controller. 
 679   
 680      Methods: 
 681   
 682      returns_type() -- Get the type of the value returned by the eval functions 
 683      during_go_eval() -- Evaluate controller during the main 'go' loop. 
 684      between_go_eval() -- Evaluate controller between runs of the main 'go' loop. 
 685   
 686      The during_go_eval() and between_go_eval() methods are called to 
 687      update a particular parameter such as the position of a stimulus 
 688      on the screen.  These methods must return a value specified by the 
 689      returns_type() method.  These methods are called at particular 
 690      intervals as specified by eval_frequency and with temporal 
 691      parameters specified by temporal_variables (see below for more 
 692      details).  Also, see the documentation for the Presentation class. 
 693   
 694      Attributes: 
 695   
 696      return_type -- type of the value returned by the eval functions 
 697      eval_frequency -- when eval functions called (see above) 
 698      temporal_variables -- what time variables used (see above) 
 699   
 700      A Controller instance's attribute "eval_frequency" controls when a 
 701      controller is evaluated. This variable is a bitwise "or" (the | 
 702      operator) of the following flags: 
 703   
 704      EVERY_FRAME    -- every frame 
 705      TRANSITIONS    -- on enter and exit from go loop 
 706      ONCE           -- at the next chance possible (see below) 
 707      NOT_DURING_GO  -- as above, but never during go loop (see below) 
 708      NOT_BETWEEN_GO -- as above, but never between go loops (see below) 
 709   
 710      The ONCE flag is automatically unset after evaluation, 
 711      hence its name. As an example, if eval_frequency is set to 
 712      ONCE | TRANSITIONS, it will be evaluated 
 713      before drawing the next frame and then only before and after the 
 714      go loop. 
 715   
 716      NOT_DURING_GO and NOT_BETWEEN_GO modify other behavior. For 
 717      example, to evaluate a controller on every frame during go loops 
 718      but not between go loops: 
 719   
 720      eval_frequency = EVERY_FRAME | NOT_BETWEEN_GO 
 721   
 722      If none of the above flags is set, the value is: 
 723   
 724      NEVER          -- this controller is never called 
 725   
 726      A Controller instance's attribute "temporal_variables" controls 
 727      what time variables are set for use. This variable is a bitwise 
 728      "or" of the following flags: 
 729   
 730      TIME_SEC_ABSOLUTE -- seconds, continuously increasing 
 731      TIME_SEC_SINCE_GO -- seconds, reset to 0.0 each go loop 
 732      FRAMES_ABSOLUTE   -- frames, continuously increasing 
 733      FRAMES_SINCE_GO   -- frames, reset to 0 each go loop 
 734   
 735      If none of these flags is set, the value is: 
 736   
 737      TIME_INDEPENDENT -- No temporal variables. 
 738   
 739      When the eval methods (during_go_eval and between_go_eval) are 
 740      called, attributes are set depending on the temporal variables 
 741      used: 
 742   
 743      temporal_variable   attribute set 
 744      -----------------   ------------- 
 745      TIME_SEC_ABSOLUTE   self.time_sec_absolute 
 746      TIME_SEC_SINCE_GO   self.time_sec_since_go 
 747      FRAMES_ABSOLUTE     self.frames_absolute 
 748      FRAMES_SINCE_GO     self.frames_since_go 
 749   
 750      Other information: 
 751   
 752      Instances of Controller are called by instances of the 
 753      Presentation class.  during_go_eval() is called during a go() 
 754      loop, and between_go_eval() is called by between_presentations() 
 755      (during run_forever(), for example).  Before calling these 
 756      methods, attributes of the controller are set accoring to 
 757      \attribute{temporal_variables}. 
 758   
 759      """ 
 760      # temporal_variables flags: 
 761      TIME_INDEPENDENT  = 0x00 
 762      TIME_SEC_ABSOLUTE = 0x01 
 763      TIME_SEC_SINCE_GO = 0x02 
 764      FRAMES_ABSOLUTE   = 0x04 
 765      FRAMES_SINCE_GO   = 0x08 
 766   
 767      # eval_frequency flags: 
 768      NEVER          = 0x00 
 769      EVERY_FRAME    = 0x01 
 770      TRANSITIONS    = 0x02 
 771      ONCE           = 0x04 
 772      NOT_DURING_GO  = 0x08 
 773      NOT_BETWEEN_GO = 0x10 
 774   
 775      flag_dictionary = { 
 776          'TIME_INDEPENDENT'  : TIME_INDEPENDENT, 
 777          'TIME_SEC_ABSOLUTE' : TIME_SEC_ABSOLUTE, 
 778          'TIME_SEC_SINCE_GO' : TIME_SEC_SINCE_GO, 
 779          'FRAMES_ABSOLUTE'   : FRAMES_ABSOLUTE, 
 780          'FRAMES_SINCE_GO'   : FRAMES_SINCE_GO, 
 781   
 782          'NEVER'             : NEVER, 
 783          'EVERY_FRAME'       : EVERY_FRAME, 
 784          'TRANSITIONS'       : TRANSITIONS, 
 785          'ONCE'              : ONCE, 
 786          'NOT_DURING_GO'     : NOT_DURING_GO, 
 787          'NOT_BETWEEN_GO'    : NOT_BETWEEN_GO} 
 788   

 789 -    def __init__(self, 
 790                   eval_frequency = EVERY_FRAME, 
 791                   temporal_variables = TIME_SEC_SINCE_GO, 
 792                   return_type = None): 

 793          """Create instance of Controller. 
 794   
 795          Arguments: 
 796   
 797          eval_frequency -- Int, bitwise "or" of flags 
 798          temporal_variables -- Int, bitwise "or" of flags 
 799          return_type -- Set to type() of the parameter under control 
 800   
 801          """ 
 802          if return_type is None: # Can be types.NoneType, but not None! 
 803              raise ValueError("Must set argument 'return_type' in Controller.") 
 804          if not ve_types.is_parameter_type_def(return_type): 
 805              if type(return_type) == types.TypeType: 
 806                  raise TypeError("Argument 'return_type' in Controller must be a VisionEgg parameter type definition.  Hint: use VisionEgg.ParameterTypes.get_type() to get the type of your value") 
 807              raise TypeError("Argument 'return_type' in Controller must be a VisionEgg parameter type definition") 
 808          self.return_type = return_type 
 809   
 810          self.temporal_variables = temporal_variables 
 811          self.eval_frequency = eval_frequency 

 812   

 813 -    def evaluate_now(self): 

 814          """Call this after updating the values of a controller if it's not evaluated EVERY_FRAME.""" 
 815          self.eval_frequency = self.eval_frequency | ONCE 

 816   

 817 -    def set_eval_frequency(self,eval_frequency): 

 818          self.eval_frequency = eval_frequency 

 819   

 820 -    def returns_type(self): 

 821          """Called by Presentation. Get the return type of this controller.""" 
 822          return self.return_type 

 823   

 824 -    def during_go_eval(self): 

 825          """Called by Presentation. Evaluate during the main 'go' loop. 
 826   
 827          Override this method in subclasses.""" 
 828          raise RuntimeError("%s: Definition of during_go_eval() in abstract base class Contoller must be overriden."%(str(self),)) 

 829   

 830 -    def between_go_eval(self): 

 831          """Called by Presentation. Evaluate between runs of the main 'go' loop. 
 832   
 833          Override this method in subclasses.""" 
 834          raise RuntimeError("%s: Definition of between_go_eval() in abstract base class Controller must be overriden."%(str(self),)) 

 835   

 836 -    def _test_self(self,go_started): 

 837          """Test whether a controller works. 
 838   
 839          This method performs everything the Presentation go() or 
 840          run_forever() methods do when calling controllers, except that 
 841          the temporal variables are set to -1 and that the return value 
 842          is not used to set parameters.""" 
 843   
 844          if self.temporal_variables & TIME_SEC_ABSOLUTE: 
 845              self.time_sec_absolute = -1.0 
 846          if self.temporal_variables & FRAMES_ABSOLUTE: 
 847              self.frames_absolute = -1 
 848   
 849          if go_started: 
 850              if not (self.eval_frequency & NOT_DURING_GO): 
 851                  if self.temporal_variables & TIME_SEC_SINCE_GO: 
 852                      self.time_sec_since_go = -1.0 
 853                  if self.temporal_variables & FRAMES_SINCE_GO: 
 854                      self.frames_since_go = -1 
 855                  return self.during_go_eval() 
 856          else: 
 857              if not (self.eval_frequency & NOT_BETWEEN_GO): 
 858                  if self.temporal_variables & TIME_SEC_SINCE_GO: 
 859                      self.time_sec_since_go = None 
 860                  if self.temporal_variables & FRAMES_SINCE_GO: 
 861                      self.frames_since_go = None 
 862                  return self.between_go_eval() 

 863   

 864 -class ConstantController(Controller): 

 865      """Set parameters to a constant value.""" 

 866 -    def __init__(self, 
 867                   during_go_value = None, 
 868                   between_go_value = None, 
 869                   **kw 
 870                   ): 

 871          kw.setdefault('return_type',ve_types.get_type(during_go_value)) 
 872          kw.setdefault('eval_frequency',ONCE | TRANSITIONS) 
 873          Controller.__init__(self,**kw) 
 874          if self.return_type is not types.NoneType and during_go_value is None: 
 875              raise ValueError("Must specify during_go_value") 
 876          if between_go_value is None: 
 877              between_go_value = during_go_value 
 878          ve_types.assert_type(ve_types.get_type(during_go_value),self.return_type) 
 879          ve_types.assert_type(ve_types.get_type(between_go_value),self.return_type) 
 880          self.during_go_value = during_go_value 
 881          self.between_go_value = between_go_value 

 882   

 883 -    def set_during_go_value(self,during_go_value): 

 884          ve_types.assert_type(ve_types.get_type(during_go_value),self.return_type) 
 885          self.during_go_value = during_go_value 

 886  ##        if ve_types.get_type(during_go_value) is not self.return_type: 
 887  ##            raise TypeError("during_go_value must be %s"%str(self.return_type)) 
 888  ##        else: 
 889  ##            self.during_go_value = during_go_value 
 890   

 891 -    def get_during_go_value(self): 

 892          return self.during_go_value 

 893   

 894 -    def set_between_go_value(self,between_go_value): 

 895          ve_types.assert_type(ve_types.get_type(between_go_value),self.return_type) 
 896          self.between_go_value = between_go_value 

 897  ##        if ve_types.get_type(between_go_value) is not self.return_type: 
 898  ##            raise TypeError("between_go_value must be %s"%str(self.return_type)) 
 899  ##        else: 
 900  ##            self.between_go_value = between_go_value 
 901   

 902 -    def get_between_go_value(self): 

 903          return self.between_go_value 

 904   

 905 -    def during_go_eval(self): 

 906          """Called by Presentation. Overrides method in Controller base class.""" 
 907          return self.during_go_value 

 908   

 909 -    def between_go_eval(self): 

 910          """Called by Presentation. Overrides method in Controller base class.""" 
 911          return self.between_go_value 

 912   

 913 -class EvalStringController(Controller): 

 914      """Set parameters using dynamically interpreted Python string. 
 915   
 916      The string, when evaluated as Python code, becomes the value used. 
 917      For example, the string "1.0" would set parameter values to 1.0. 
 918   
 919      To increase speed, the string is compiled to Python's bytecode 
 920      format. 
 921   
 922      The string can make use of temporal variables, which are made 
 923      available depending on the controller's temporal_variables 
 924      attribute. Note that only the absolute temporal variables are 
 925      available when the go loop is not running. 
 926   
 927      flag(s) present    variable  description 
 928   
 929      TIME_SEC_ABSOLUTE  t_abs     seconds, continuously increasing 
 930      TIME_SEC_SINCE_GO  t         seconds, reset to 0.0 each go loop 
 931      FRAMES_ABSOLUTE    f_abs     frames, continuously increasing 
 932      FRAMES_SINCE_GO    f         frames, reset to 0 each go loop 
 933   
 934      """ 

 935 -    def __init__(self, 
 936                   during_go_eval_string = None, 
 937                   between_go_eval_string = None, 
 938                   **kw 
 939                   ): 

 940          import VisionEgg.Core # here to prevent circular import 
 941   
 942          # Create a namespace for eval_strings to use 
 943          self.eval_globals = {} 
 944   
 945          if during_go_eval_string is None: 
 946              raise ValueError("'during_go_eval_string' is a required argument") 
 947   
 948          # Make Numeric and math modules available 
 949          self.eval_globals['Numeric'] = Numeric 
 950          self.eval_globals['math'] = math 
 951          # Make Numeric and math modules available without module name 
 952          for key in dir(Numeric): 
 953              self.eval_globals[key] = getattr(Numeric,key) 
 954          for key in dir(math): 
 955              self.eval_globals[key] = getattr(math,key) 
 956   
 957          self.during_go_eval_code = compile(during_go_eval_string,'<string>','eval') 
 958          self.during_go_eval_string = during_go_eval_string 
 959          not_between_go = 0 
 960          if between_go_eval_string is None: 
 961              not_between_go = 1 
 962          else: 
 963              self.between_go_eval_code = compile(between_go_eval_string,'<string>','eval') 
 964              self.between_go_eval_string = between_go_eval_string 
 965   
 966          # Check to make sure return_type is set 
 967          set_return_type = 0 
 968          if not kw.has_key('return_type'): 
 969              set_return_type = 1 
 970              kw['return_type'] = types.NoneType 
 971   
 972          # Call base class __init__ 
 973          Controller.__init__(self,**kw) 
 974          if not_between_go: 
 975              self.eval_frequency = self.eval_frequency|NOT_BETWEEN_GO 
 976          if set_return_type: 
 977              logger = logging.getLogger('VisionEgg.FlowControl') 
 978              if not (self.eval_frequency & NOT_DURING_GO): 
 979                  logger.debug( 'Executing "%s" to test for return type.'%(during_go_eval_string,)) 
 980                  self.return_type = ve_types.get_type(self._test_self(go_started=1)) 
 981              elif not (self.eval_frequency & NOT_BETWEEN_GO): 
 982                  logger.debug('Executing "%s" to test for return type.'%(between_go_eval_string,)) 
 983                  self.return_type = ve_types.get_type(self._test_self(go_started=0)) 

 984   

 985 -    def set_during_go_eval_string(self,during_go_eval_string): 

 986          self.during_go_eval_code = compile(during_go_eval_string,'<string>','eval') 
 987          self.during_go_eval_string = during_go_eval_string 

 988   

 989 -    def get_during_go_eval_string(self): 

 990          return self.during_go_eval_string 

 991   

 992 -    def set_between_go_eval_string(self,between_go_eval_string): 

 993          self.between_go_eval_code = compile(between_go_eval_string,'<string>','eval') 
 994          self.between_go_eval_string = between_go_eval_string 
 995          self.eval_frequency = self.eval_frequency & ~NOT_BETWEEN_GO 

 996   

 997 -    def get_between_go_eval_string(self): 

 998          if hasattr(self,"between_go_eval_string"): 
 999              return self.between_go_eval_string 
1000          else: 
1001              return None 

1002   

1003 -    def during_go_eval(self): 

1004          """Called by Presentation. Overrides method in Controller base class.""" 
1005          eval_locals = {} 
1006          if self.temporal_variables & TIME_SEC_ABSOLUTE: 
1007              eval_locals['t_abs'] = self.time_sec_absolute 
1008          if self.temporal_variables & TIME_SEC_SINCE_GO: 
1009              eval_locals['t'] = self.time_sec_since_go 
1010          if self.temporal_variables & FRAMES_ABSOLUTE: 
1011              eval_locals['f_abs'] = self.frames_absolute 
1012          if self.temporal_variables & FRAMES_SINCE_GO: 
1013              eval_locals['f'] = self.frames_since_go 
1014          return eval(self.during_go_eval_code,self.eval_globals,eval_locals) 

1015   

1016 -    def between_go_eval(self): 

1017          """Called by Presentation. Overrides method in Controller base class.""" 
1018          eval_locals = {} 
1019          if self.temporal_variables & TIME_SEC_ABSOLUTE: 
1020              eval_locals['t_abs'] = self.time_sec_absolute 
1021          if self.temporal_variables & FRAMES_ABSOLUTE: 
1022              eval_locals['f_abs'] = self.frames_absolute 
1023          return eval(self.between_go_eval_code,self.eval_globals,eval_locals) 

1024   

1025 -class ExecStringController(Controller): 

1026      """Set parameters using potentially complex Python string. 
1027   
1028      You can execute arbitrarily complex Python code with this 
1029      controller.  The return value must be contained within the 
1030      variable "x".  In other words, this string must assign the 
1031      variable x, so setting the string to "x=1.0" would set the 
1032      parameter under control to 1.0. 
1033   
1034      To increase speed, the string is compiled to Python's 
1035      bytecode format. 
1036   
1037      The string can make use of temporal variables, which are made 
1038      available depending on the controller's temporal_variables 
1039      attribute. Note that only the absolute temporal variables are 
1040      available when the go loop is not running. 
1041   
1042      flag(s) present    variable  description 
1043      -----------------  --------  ---------------------------------- 
1044      TIME_SEC_ABSOLUTE  t_abs     seconds, continuously increasing 
1045      TIME_SEC_SINCE_GO  t         seconds, reset to 0.0 each go loop 
1046      FRAMES_ABSOLUTE    f_abs     frames, continuously increasing 
1047      FRAMES_SINCE_GO    f         frames, reset to 0 each go loop 
1048   
1049      """ 

1050 -    def __init__(self, 
1051                   during_go_exec_string = None, 
1052                   between_go_exec_string = None, 
1053                   restricted_namespace = 1, 
1054                   **kw 
1055                   ): 

1056          import VisionEgg.Core # here to prevent circular import 
1057   
1058          # Create a namespace for eval_strings to use 
1059          self.eval_globals = {} 
1060   
1061          if during_go_exec_string is None: 
1062              raise ValueError, "'during_go_exec_string' is a required argument" 
1063   
1064          self.restricted_namespace = restricted_namespace 
1065   
1066          if self.restricted_namespace: 
1067              # Make Numeric and math modules available 
1068              self.eval_globals['Numeric'] = Numeric 
1069              self.eval_globals['math'] = math 
1070              # Make Numeric and math modules available without module name 
1071              for key in dir(Numeric): 
1072                  self.eval_globals[key] = getattr(Numeric,key) 
1073              for key in dir(math): 
1074                  self.eval_globals[key] = getattr(math,key) 
1075   
1076          self.during_go_exec_code = compile(during_go_exec_string,'<string>','exec') 
1077          self.during_go_exec_string = during_go_exec_string 
1078          not_between_go = 0 
1079          if between_go_exec_string is None: 
1080              not_between_go = 1 
1081          else: 
1082              self.between_go_exec_code = compile(between_go_exec_string,'<string>','exec') 
1083              self.between_go_exec_string = between_go_exec_string 
1084   
1085          # Check to make sure return_type is set 
1086          set_return_type = 0 
1087          if not kw.has_key('return_type'): 
1088              set_return_type = 1 
1089              kw['return_type'] = types.NoneType 
1090   
1091          # Call base class __init__ 
1092          Controller.__init__(self,**kw) 
1093          if not_between_go: 
1094              self.eval_frequency = self.eval_frequency|NOT_BETWEEN_GO 
1095          if set_return_type: 
1096              logger = logging.getLogger('VisionEgg.FlowControl') 
1097              if not (self.eval_frequency & NOT_DURING_GO): 
1098                  logger.debug('Executing "%s" to test for return type.'%(during_go_exec_string,)) 
1099                  self.return_type = ve_types.get_type(self._test_self(go_started=1)) 
1100              elif not (self.eval_frequency & NOT_BETWEEN_GO): 
1101                  logger.debug('Executing "%s" to test for return type.'%(between_go_exec_string,)) 
1102                  self.return_type = ve_types.get_type(self._test_self(go_started=0)) 

1103   

1104 -    def set_during_go_exec_string(self,during_go_exec_string): 

1105          self.during_go_exec_code = compile(during_go_exec_string,'<string>','exec') 
1106          self.during_go_exec_string = during_go_exec_string 

1107   

1108 -    def get_during_go_exec_string(self): 

1109          return self.during_go_exec_string 

1110   

1111 -    def set_between_go_exec_string(self,between_go_exec_string): 

1112          self.between_go_exec_code = compile(between_go_exec_string,'<string>','exec') 
1113          self.between_go_exec_string = between_go_exec_string 
1114          self.eval_frequency = self.eval_frequency & ~NOT_BETWEEN_GO 

1115   

1116 -    def get_between_go_exec_string(self): 

1117          if hasattr(self,"between_go_exec_string"): 
1118              return self.between_go_exec_string 
1119          else: 
1120              return None 

1121   

1122 -    def during_go_eval(self): 

1123          """Called by Presentation. Overrides method in Controller base class.""" 
1124          eval_locals = {} 
1125          if self.temporal_variables & TIME_SEC_ABSOLUTE: 
1126              eval_locals['t_abs'] = self.time_sec_absolute 
1127          if self.temporal_variables & TIME_SEC_SINCE_GO: 
1128              eval_locals['t'] = self.time_sec_since_go 
1129          if self.temporal_variables & FRAMES_ABSOLUTE: 
1130              eval_locals['f_abs'] = self.frames_absolute 
1131          if self.temporal_variables & FRAMES_SINCE_GO: 
1132              eval_locals['f'] = self.frames_since_go 
1133          if self.restricted_namespace: 
1134              exec self.during_go_exec_code in self.eval_globals,eval_locals 
1135              return eval_locals['x'] 
1136          else: 
1137              setup_locals_str = "\n" 
1138              for local_variable_name in eval_locals.keys(): 
1139                  setup_locals_str = setup_locals_str + local_variable_name + "=" + repr(eval_locals[local_variable_name]) + "\n" 
1140                  exec setup_locals_str 
1141              exec self.during_go_exec_code 
1142              return x 

1143   

1144 -    def between_go_eval(self): 

1145          """Called by Presentation. Overrides method in Controller base class.""" 
1146          eval_locals = {} 
1147          if self.temporal_variables & TIME_SEC_ABSOLUTE: 
1148              eval_locals['t_abs'] = self.time_sec_absolute 
1149          if self.temporal_variables & FRAMES_ABSOLUTE: 
1150              eval_locals['f_abs'] = self.frames_absolute 
1151          if self.restricted_namespace: 
1152              exec self.between_go_exec_code in self.eval_globals,eval_locals 
1153              return eval_locals['x'] 
1154          else: 
1155              setup_locals_str = "\n" 
1156              for local_variable_name in eval_locals.keys(): 
1157                  setup_locals_str = setup_locals_str + local_variable_name + "=" + repr(eval_locals[local_variable_name]) + "\n" 
1158                  exec setup_locals_str 
1159              exec self.between_go_exec_code 
1160              return x # x should be assigned by the exec string 

1161   

1162 -class FunctionController(Controller): 

1163      """Set parameters using a Python function. 
1164   
1165      This is a very commonly used subclass of Controller, because it is 
1166      very intuitive and requires a minimum of code to set up.  Many of 
1167      the Vision Egg demo programs create instances of 
1168      FunctionController. 
1169   
1170      A number of parameters are passed to the function depending on the 
1171      value of temporal_variables: 
1172   
1173      The function can make use of temporal variables, which are made 
1174      available by passingkeyword argument(s) depending on the 
1175      controller's temporal_variables attribute. Note that only the 
1176      absolute temporal variables are available when the go loop is not 
1177      running. 
1178   
1179      flag(s) present    argument  description 
1180      -----------------  --------  ---------------------------------- 
1181      TIME_SEC_ABSOLUTE  t_abs     seconds, continuously increasing 
1182      TIME_SEC_SINCE_GO  t         seconds, reset to 0.0 each go loop 
1183      FRAMES_ABSOLUTE    f_abs     frames, continuously increasing 
1184      FRAMES_SINCE_GO    f         frames, reset to 0 each go loop 
1185   
1186      """ 

1187 -    def __init__(self, 
1188                   during_go_func = None, 
1189                   between_go_func = None, 
1190                   **kw 
1191                   ): 

1192          """Create an instance of FunctionController. 
1193   
1194          Arguments: 
1195   
1196          during_go_func -- function evaluted during go loop 
1197          between_go_func -- function evaluted not during go loop 
1198   
1199          """ 
1200          import VisionEgg.Core # here to prevent circular import 
1201   
1202          if during_go_func is None: 
1203              raise ValueError("Must specify during_go_func") 
1204   
1205          # Set default value if not set 
1206          kw.setdefault('temporal_variables',TIME_SEC_SINCE_GO) # default value 
1207   
1208          # Check to make sure return_type is set 
1209          if not kw.has_key('return_type'): 
1210              logger = logging.getLogger('VisionEgg.FlowControl') 
1211              logger.debug('Evaluating %s to test for return type.'%(str(during_go_func),)) 
1212              call_args = {} 
1213              if kw['temporal_variables'] & TIME_SEC_ABSOLUTE: 
1214                  call_args['t_abs'] = VisionEgg.time_func() 
1215              if kw['temporal_variables'] & TIME_SEC_SINCE_GO: 
1216                  call_args['t'] = 0.0 
1217              if kw['temporal_variables'] & FRAMES_ABSOLUTE: 
1218                  call_args['f_abs'] = 0 
1219              if kw['temporal_variables'] & FRAMES_SINCE_GO: 
1220                  call_args['f'] = 0 
1221              # Call the function with time variables 
1222              kw['return_type'] = ve_types.get_type(during_go_func(**call_args)) 
1223          Controller.__init__(self,**kw) 
1224          self.during_go_func = during_go_func 
1225          self.between_go_func = between_go_func 
1226          if between_go_func is None: 
1227              self.eval_frequency = self.eval_frequency|NOT_BETWEEN_GO 

1228   

1229 -    def during_go_eval(self): 

1230          """Called by Presentation. Overrides method in Controller base class.""" 
1231          call_args = {} 
1232          if self.temporal_variables & TIME_SEC_ABSOLUTE: 
1233              call_args['t_abs'] = self.time_sec_absolute 
1234          if self.temporal_variables & TIME_SEC_SINCE_GO: 
1235              call_args['t'] = self.time_sec_since_go 
1236          if self.temporal_variables & FRAMES_ABSOLUTE: 
1237              call_args['f_abs'] = self.frames_absolute 
1238          if self.temporal_variables & FRAMES_SINCE_GO: 
1239              call_args['f'] = self.frames_since_go 
1240          return self.during_go_func(**call_args) 

1241   

1242 -    def between_go_eval(self): 

1243          """Called by Presentation. Overrides method in Controller base class.""" 
1244          call_args = {} 
1245          if self.temporal_variables & TIME_SEC_ABSOLUTE: 
1246              call_args['t_abs'] = self.time_sec_absolute 
1247          if self.temporal_variables & FRAMES_ABSOLUTE: 
1248              call_args['f_abs'] = self.frames_absolute 
1249          return self.between_go_func(**call_args) 

1250   

1251 -class EncapsulatedController(Controller): 

1252      """Set parameters by encapsulating another Controller. 
1253   
1254      Allows a new instance of Controller to control the same parameter 
1255      as an old instance. 
1256   
1257      You probably won't ever have to use this class directly.  Both the 
1258      VisionEgg.TCPController.TCPController and 
1259      VisionEgg.PyroHelpers.PyroEncapsulatedController classes subclass 
1260      this class. 
1261   
1262      """ 

1263 -    def __init__(self,initial_controller): 

1264          # Initialize base class without raising error for no return_type 
1265          Controller.__init__(self,**{'return_type':types.NoneType}) 
1266          self.contained_controller = initial_controller 
1267          self.__sync_mimic() 

1268   

1269 -    def __sync_mimic(self): 

1270          self.return_type = self.contained_controller.return_type 
1271          self.temporal_variables = self.contained_controller.temporal_variables 
1272          self.eval_frequency = self.contained_controller.eval_frequency 

1273   

1274 -    def set_new_controller(self,new_controller): 

1275          """Call this to encapsulate a (new) controller.""" 
1276          self.contained_controller = new_controller 
1277          self.__sync_mimic() 

1278   

1279 -    def during_go_eval(self): 

1280          """Called by Presentation. Overrides method in Controller base class.""" 
1281          import VisionEgg.Core # here to prevent circular import 
1282          if self.temporal_variables & TIME_SEC_ABSOLUTE: 
1283              self.contained_controller.time_sec_absolute = self.time_sec_absolute 
1284          if self.temporal_variables & TIME_SEC_SINCE_GO: 
1285              self.contained_controller.time_sec_since_go = self.time_sec_since_go 
1286          if self.temporal_variables & FRAMES_ABSOLUTE: 
1287              self.contained_controller.frames_absolute = self.frames_absolute 
1288          if self.temporal_variables & FRAMES_SINCE_GO: 
1289              self.contained_controller.frames_since_go = self.frames_since_go 
1290          return self.contained_controller.during_go_eval() 

1291   

1292 -    def between_go_eval(self): 

1293          """Called by Presentation. Overrides method in Controller base class.""" 
1294          import VisionEgg.Core # here to prevent circular import 
1295          import VisionEgg.FlowControl 
1296          if self.temporal_variables & TIME_SEC_ABSOLUTE: 
1297              self.contained_controller.time_sec_absolute = self.time_sec_absolute 
1298          if self.temporal_variables & FRAMES_ABSOLUTE: 
1299              self.contained_controller.frames_absolute = self.frames_absolute 
1300          return self.contained_controller.between_go_eval() 

1301   
1302  # Constants (These are a copy of the static class variables from the 
1303  # Controller class into the module-level namespace. This is done for 
1304  # convenience.) 
1305  #     temporal_variables flags: 
1306  TIME_INDEPENDENT  = Controller.TIME_INDEPENDENT 
1307  TIME_SEC_ABSOLUTE = Controller.TIME_SEC_ABSOLUTE 
1308  TIME_SEC_SINCE_GO = Controller.TIME_SEC_SINCE_GO 
1309  FRAMES_ABSOLUTE   = Controller.FRAMES_ABSOLUTE 
1310  FRAMES_SINCE_GO   = Controller.FRAMES_SINCE_GO 
1311  #     eval_frequency flags: 
1312  NEVER          = Controller.NEVER 
1313  EVERY_FRAME    = Controller.EVERY_FRAME 
1314  TRANSITIONS    = Controller.TRANSITIONS 
1315  ONCE           = Controller.ONCE 
1316  NOT_DURING_GO  = Controller.NOT_DURING_GO 
1317  NOT_BETWEEN_GO = Controller.NOT_BETWEEN_GO 
1318

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:48 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.FlowControl.ConstantController-class.html0000644000076500000240000004106011224565530030332 0ustar astrawstaff VisionEgg.FlowControl.ConstantController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module FlowControl :: Class ConstantController
[frames] | no frames]

Class ConstantController

source code

object --+    
         |    
Controller --+
             |
            ConstantController

Set parameters to a constant value.


Instance Methods
 
__init__(self, during_go_value=None, between_go_value=None, **kw)
Create instance of Controller.		 source code
 
set_during_go_value(self, during_go_value) source code
 
get_during_go_value(self) source code
 
set_between_go_value(self, between_go_value) source code
 
get_between_go_value(self) source code
 
during_go_eval(self)
Called by Presentation.		 source code
 
between_go_eval(self)
Called by Presentation.		 source code

Inherited from Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, during_go_value=None, between_go_value=None, **kw)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: Controller.__init__
(inherited documentation)

during_go_eval(self)

source code  
Called by Presentation. Overrides method in Controller base class.
Overrides: Controller.during_go_eval

between_go_eval(self)

source code  
Called by Presentation. Overrides method in Controller base class.
Overrides: Controller.between_go_eval

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.FlowControl.Controller-class.html0000644000076500000240000005471011224565530026626 0ustar astrawstaff VisionEgg.FlowControl.Controller
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module FlowControl :: Class Controller
[frames] | no frames]

Class Controller

source code

object --+
         |
        Controller

Control parameters.

This abstract base class defines the interface to any controller.

Methods:

returns_type() -- Get the type of the value returned by the eval functions
during_go_eval() -- Evaluate controller during the main 'go' loop.
between_go_eval() -- Evaluate controller between runs of the main 'go' loop.

The during_go_eval() and between_go_eval() methods are called to
update a particular parameter such as the position of a stimulus
on the screen.  These methods must return a value specified by the
returns_type() method.  These methods are called at particular
intervals as specified by eval_frequency and with temporal
parameters specified by temporal_variables (see below for more
details).  Also, see the documentation for the Presentation class.

Attributes:

return_type -- type of the value returned by the eval functions
eval_frequency -- when eval functions called (see above)
temporal_variables -- what time variables used (see above)

A Controller instance's attribute "eval_frequency" controls when a
controller is evaluated. This variable is a bitwise "or" (the |
operator) of the following flags:

EVERY_FRAME    -- every frame
TRANSITIONS    -- on enter and exit from go loop
ONCE           -- at the next chance possible (see below)
NOT_DURING_GO  -- as above, but never during go loop (see below)
NOT_BETWEEN_GO -- as above, but never between go loops (see below)

The ONCE flag is automatically unset after evaluation,
hence its name. As an example, if eval_frequency is set to
ONCE | TRANSITIONS, it will be evaluated
before drawing the next frame and then only before and after the
go loop.

NOT_DURING_GO and NOT_BETWEEN_GO modify other behavior. For
example, to evaluate a controller on every frame during go loops
but not between go loops:

eval_frequency = EVERY_FRAME | NOT_BETWEEN_GO

If none of the above flags is set, the value is:

NEVER          -- this controller is never called

A Controller instance's attribute "temporal_variables" controls
what time variables are set for use. This variable is a bitwise
"or" of the following flags:

TIME_SEC_ABSOLUTE -- seconds, continuously increasing
TIME_SEC_SINCE_GO -- seconds, reset to 0.0 each go loop
FRAMES_ABSOLUTE   -- frames, continuously increasing
FRAMES_SINCE_GO   -- frames, reset to 0 each go loop

If none of these flags is set, the value is:

TIME_INDEPENDENT -- No temporal variables.

When the eval methods (during_go_eval and between_go_eval) are
called, attributes are set depending on the temporal variables
used:

temporal_variable   attribute set
-----------------   -------------
TIME_SEC_ABSOLUTE   self.time_sec_absolute
TIME_SEC_SINCE_GO   self.time_sec_since_go
FRAMES_ABSOLUTE     self.frames_absolute
FRAMES_SINCE_GO     self.frames_since_go

Other information:

Instances of Controller are called by instances of the
Presentation class.  during_go_eval() is called during a go()
loop, and between_go_eval() is called by between_presentations()
(during run_forever(), for example).  Before calling these
methods, attributes of the controller are set accoring to
ttribute{temporal_variables}.


Instance Methods
 
__init__(self, eval_frequency=EVERY_FRAME, temporal_variables=TIME_SEC_SINCE_GO, return_type=None)
Create instance of Controller.		 source code
 
evaluate_now(self)
Call this after updating the values of a controller if it's not evaluated EVERY_FRAME.		 source code
 
set_eval_frequency(self, eval_frequency) source code
 
returns_type(self)
Called by Presentation.		 source code
 
during_go_eval(self)
Called by Presentation.		 source code
 
between_go_eval(self)
Called by Presentation.		 source code

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  TIME_INDEPENDENT = 0x00
  TIME_SEC_ABSOLUTE = 0x01
  TIME_SEC_SINCE_GO = 0x02
  FRAMES_ABSOLUTE = 0x04
  FRAMES_SINCE_GO = 0x08
  NEVER = 0x00
  EVERY_FRAME = 0x01
  TRANSITIONS = 0x02
  ONCE = 0x04
  NOT_DURING_GO = 0x08
  NOT_BETWEEN_GO = 0x10
  flag_dictionary = {'TIME_INDEPENDENT': TIME_INDEPENDENT, 'TIME...
Properties

Inherited from object: __class__

Method Details

__init__(self, eval_frequency=EVERY_FRAME, temporal_variables=TIME_SEC_SINCE_GO, return_type=None)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: object.__init__

returns_type(self)

source code  
Called by Presentation. Get the return type of this controller.

during_go_eval(self)

source code  
Called by Presentation. Evaluate during the main 'go' loop.

Override this method in subclasses.

between_go_eval(self)

source code  
Called by Presentation. Evaluate between runs of the main 'go' loop.

Override this method in subclasses.

Class Variable Details

flag_dictionary

Value:
{'TIME_INDEPENDENT': TIME_INDEPENDENT, 'TIME_SEC_ABSOLUTE': TIME_SEC_A\
BSOLUTE, 'TIME_SEC_SINCE_GO': TIME_SEC_SINCE_GO, 'FRAMES_ABSOLUTE': FR\
AMES_ABSOLUTE, 'FRAMES_SINCE_GO': FRAMES_SINCE_GO, 'NEVER': NEVER, 'EV\
ERY_FRAME': EVERY_FRAME, 'TRANSITIONS': TRANSITIONS, 'ONCE': ONCE, 'NO\
T_DURING_GO': NOT_DURING_GO, 'NOT_BETWEEN_GO': NOT_BETWEEN_GO}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.FlowControl.EncapsulatedController-class.html0000644000076500000240000003500311224565530031151 0ustar astrawstaff VisionEgg.FlowControl.EncapsulatedController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module FlowControl :: Class EncapsulatedController
[frames] | no frames]

Class EncapsulatedController

source code

object --+    
         |    
Controller --+
             |
            EncapsulatedController

Set parameters by encapsulating another Controller.

Allows a new instance of Controller to control the same parameter
as an old instance.

You probably won't ever have to use this class directly.  Both the
VisionEgg.TCPController.TCPController and
VisionEgg.PyroHelpers.PyroEncapsulatedController classes subclass
this class.


Instance Methods
 
__init__(self, initial_controller)
Create instance of Controller.		 source code
 
set_new_controller(self, new_controller)
Call this to encapsulate a (new) controller.		 source code
 
during_go_eval(self)
Called by Presentation.		 source code
 
between_go_eval(self)
Called by Presentation.		 source code

Inherited from Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, initial_controller)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: Controller.__init__
(inherited documentation)

during_go_eval(self)

source code  
Called by Presentation. Overrides method in Controller base class.
Overrides: Controller.during_go_eval

between_go_eval(self)

source code  
Called by Presentation. Overrides method in Controller base class.
Overrides: Controller.between_go_eval

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.FlowControl.EvalStringController-class.html0000644000076500000240000004266711224565530030635 0ustar astrawstaff VisionEgg.FlowControl.EvalStringController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module FlowControl :: Class EvalStringController
[frames] | no frames]

Class EvalStringController

source code

object --+    
         |    
Controller --+
             |
            EvalStringController

Set parameters using dynamically interpreted Python string.

The string, when evaluated as Python code, becomes the value used.
For example, the string "1.0" would set parameter values to 1.0.

To increase speed, the string is compiled to Python's bytecode
format.

The string can make use of temporal variables, which are made
available depending on the controller's temporal_variables
attribute. Note that only the absolute temporal variables are
available when the go loop is not running.

flag(s) present    variable  description

TIME_SEC_ABSOLUTE  t_abs     seconds, continuously increasing
TIME_SEC_SINCE_GO  t         seconds, reset to 0.0 each go loop
FRAMES_ABSOLUTE    f_abs     frames, continuously increasing
FRAMES_SINCE_GO    f         frames, reset to 0 each go loop


Instance Methods
 
__init__(self, during_go_eval_string=None, between_go_eval_string=None, **kw)
Create instance of Controller.		 source code
 
set_during_go_eval_string(self, during_go_eval_string) source code
 
get_during_go_eval_string(self) source code
 
set_between_go_eval_string(self, between_go_eval_string) source code
 
get_between_go_eval_string(self) source code
 
during_go_eval(self)
Called by Presentation.		 source code
 
between_go_eval(self)
Called by Presentation.		 source code

Inherited from Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, during_go_eval_string=None, between_go_eval_string=None, **kw)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: Controller.__init__
(inherited documentation)

during_go_eval(self)

source code  
Called by Presentation. Overrides method in Controller base class.
Overrides: Controller.during_go_eval

between_go_eval(self)

source code  
Called by Presentation. Overrides method in Controller base class.
Overrides: Controller.between_go_eval

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.FlowControl.ExecStringController-class.html0000644000076500000240000004351711224565530030625 0ustar astrawstaff VisionEgg.FlowControl.ExecStringController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module FlowControl :: Class ExecStringController
[frames] | no frames]

Class ExecStringController

source code

object --+    
         |    
Controller --+
             |
            ExecStringController

Set parameters using potentially complex Python string.

You can execute arbitrarily complex Python code with this
controller.  The return value must be contained within the
variable "x".  In other words, this string must assign the
variable x, so setting the string to "x=1.0" would set the
parameter under control to 1.0.

To increase speed, the string is compiled to Python's
bytecode format.

The string can make use of temporal variables, which are made
available depending on the controller's temporal_variables
attribute. Note that only the absolute temporal variables are
available when the go loop is not running.

flag(s) present    variable  description
-----------------  --------  ----------------------------------
TIME_SEC_ABSOLUTE  t_abs     seconds, continuously increasing
TIME_SEC_SINCE_GO  t         seconds, reset to 0.0 each go loop
FRAMES_ABSOLUTE    f_abs     frames, continuously increasing
FRAMES_SINCE_GO    f         frames, reset to 0 each go loop


Instance Methods
 
__init__(self, during_go_exec_string=None, between_go_exec_string=None, restricted_namespace=1, **kw)
Create instance of Controller.		 source code
 
set_during_go_exec_string(self, during_go_exec_string) source code
 
get_during_go_exec_string(self) source code
 
set_between_go_exec_string(self, between_go_exec_string) source code
 
get_between_go_exec_string(self) source code
 
during_go_eval(self)
Called by Presentation.		 source code
 
between_go_eval(self)
Called by Presentation.		 source code

Inherited from Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, during_go_exec_string=None, between_go_exec_string=None, restricted_namespace=1, **kw)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: Controller.__init__
(inherited documentation)

during_go_eval(self)

source code  
Called by Presentation. Overrides method in Controller base class.
Overrides: Controller.during_go_eval

between_go_eval(self)

source code  
Called by Presentation. Overrides method in Controller base class.
Overrides: Controller.between_go_eval

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.FlowControl.FunctionController-class.html0000644000076500000240000003503011224565530030326 0ustar astrawstaff VisionEgg.FlowControl.FunctionController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module FlowControl :: Class FunctionController
[frames] | no frames]

Class FunctionController

source code

object --+    
         |    
Controller --+
             |
            FunctionController

Set parameters using a Python function.

This is a very commonly used subclass of Controller, because it is
very intuitive and requires a minimum of code to set up.  Many of
the Vision Egg demo programs create instances of
FunctionController.

A number of parameters are passed to the function depending on the
value of temporal_variables:

The function can make use of temporal variables, which are made
available by passingkeyword argument(s) depending on the
controller's temporal_variables attribute. Note that only the
absolute temporal variables are available when the go loop is not
running.

flag(s) present    argument  description
-----------------  --------  ----------------------------------
TIME_SEC_ABSOLUTE  t_abs     seconds, continuously increasing
TIME_SEC_SINCE_GO  t         seconds, reset to 0.0 each go loop
FRAMES_ABSOLUTE    f_abs     frames, continuously increasing
FRAMES_SINCE_GO    f         frames, reset to 0 each go loop


Instance Methods
 
__init__(self, during_go_func=None, between_go_func=None, **kw)
Create an instance of FunctionController.		 source code
 
during_go_eval(self)
Called by Presentation.		 source code
 
between_go_eval(self)
Called by Presentation.		 source code

Inherited from Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, during_go_func=None, between_go_func=None, **kw)
(Constructor)

source code  
Create an instance of FunctionController.

Arguments:

during_go_func -- function evaluted during go loop
between_go_func -- function evaluted not during go loop
Overrides: Controller.__init__

during_go_eval(self)

source code  
Called by Presentation. Overrides method in Controller base class.
Overrides: Controller.during_go_eval

between_go_eval(self)

source code  
Called by Presentation. Overrides method in Controller base class.
Overrides: Controller.between_go_eval

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.FlowControl.Presentation-class.html0000644000076500000240000006544111224565530027161 0ustar astrawstaff VisionEgg.FlowControl.Presentation
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module FlowControl :: Class Presentation
[frames] | no frames]

Class Presentation

source code

         object --+    
                  |    
ClassWithParameters --+
                      |
                     Presentation

Handles the timing and coordination of stimulus presentation.

This class is the key to the real-time operation of the Vision
Egg. It contains the main 'go' loop, and maintains the association
between 'controllers', instances of the Controller class, and the
parameters they control.

During the main 'go' loop and at other specific times, the
parameters are updated via function calls to the controllers.

Between entries into the 'go' loop, a Vision Egg application
should call the method between_presentations as often as possible
to ensure parameter values are kept up to date and any
housekeeping done by controllers is done.

No OpenGL environment I know of can guarantee that a new frame is
drawn and the double buffers swapped before the monitor's next
vertical retrace sync pulse.  Still, although one can worry
endlessly about this problem, it works.  In other words, on a fast
computer with a fast graphics card running even a pre-emptive
multi-tasking operating system (see below for specific
information), a new frame is drawn before every monitor update. If
this did become a problem, the go() method could be re-implemented
in C, along with the functions it calls.  This would probably
result in speed gains, but without skipping frames at 200 Hz, why
bother?

Parameters
==========
check_events                 -- allow input event checking during 'go' loop? (Boolean)
                                Default: True
collect_timing_info          -- log timing statistics during go loop? (Boolean)
                                Default: True
enter_go_loop                -- test used by run_forever() to enter go loop (Boolean)
                                Default: False
go_duration                  -- Tuple to specify 'go' loop duration. Either (value,units) or ('forever',) (Sequence of AnyOf(Real or String))
                                Default: (5.0, 'seconds')
handle_event_callbacks       -- List of tuples to handle events. (event_type,event_callback_func) (Sequence of Sequence2 of AnyOf(Integer or Callable))
                                Default: (determined at runtime)
override_t_abs_sec           -- Override t_abs. Set only when reconstructing experiments. (units: seconds) (Real)
                                Default: (determined at runtime)
quit                         -- quit the run_forever loop? (Boolean)
                                Default: False
trigger_armed                -- test trigger on go loop? (Boolean)
                                Default: True
trigger_go_if_armed          -- trigger go loop? (Boolean)
                                Default: True
viewports                    -- list of Viewport instances to draw. Order is important. (Sequence of Instance of <class 'VisionEgg.ClassWithParameters'>)
                                Default: (determined at runtime)
warn_longest_frame_threshold -- threshold to print frame skipped warning (units: factor of inter-frame-interval) (Real)
                                Default: 2.0
warn_mean_fps_threshold      -- threshold to print observered vs. expected frame rate warning (fraction units) (Real)
                                Default: 0.01


Instance Methods
 
__init__(self, **kw)
Create self.parameters and set values.		 source code
 
add_controller(self, class_with_parameters, parameter_name, controller)
Add a controller		 source code
 
remove_controller(self, class_with_parameters, parameter_name, controller=None)
Remove one (or more--see below) controller(s).		 source code
 
is_in_go_loop(self)
Queries if the presentation is in a go loop.		 source code
 
were_frames_dropped_in_last_go_loop(self) source code
 
get_last_go_loop_start_time_absolute_sec(self) source code
 
go(self)
Main control loop during stimulus presentation.		 source code
 
export_movie_go(self, frames_per_sec=12.0, filename_suffix=".tif", filename_base="visionegg_movie", path=".")
Emulates method 'go' but saves a movie.		 source code
 
run_forever(self)
Main control loop between go loops.		 source code
 
between_presentations(self)
Maintain display while between stimulus presentations.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'viewports':(None, ve_types.Sequenc...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create self.parameters and set values.
Overrides: ClassWithParameters.__init__
(inherited documentation)

remove_controller(self, class_with_parameters, parameter_name, controller=None)

source code  
Remove one (or more--see below) controller(s).

If controller is None, all controllers affecting the
specified parameter are removed.

If class_with_parameters and paramter_name are None, the
controller is removed completely

If class_with_parameters, paramter_name, and controller are
all None, all controllers are removed.

is_in_go_loop(self)

source code  
Queries if the presentation is in a go loop.

This is useful to check the state of the Vision Egg
application from a remote client over Pyro.

go(self)

source code  
Main control loop during stimulus presentation.

This is the heart of realtime control in the Vision Egg, and
contains the main loop during a stimulus presentation. This
coordinates the timing of calling the controllers.

In the main loop, the current time (in absolute seconds,
go-loop-start-relative seconds, and go-loop-start-relative
frames) is computed, the appropriate controllers are called
with this information, the screen is cleared, each viewport is
drawn to the back buffer (while the video card continues
painting the front buffer on the display), and the buffers are
swapped.

between_presentations(self)

source code  
Maintain display while between stimulus presentations.

This function gets called as often as possible when in the
'run_forever' loop except when execution has shifted to the
'go' loop.

Other than the difference in the time variable passed to the
controllers, this routine is very similar to the inside of the
main loop in the go method.

Class Variable Details

parameters_and_defaults

Value:
{'viewports':(None, ve_types.Sequence(ve_types.Instance(VisionEgg.Clas\
sWithParameters)), 'list of Viewport instances to draw. Order is impor\
tant.'), 'collect_timing_info':(True, ve_types.Boolean, 'log timing st\
atistics during go loop?'), 'go_duration':((5.0, 'seconds'), ve_types.\
Sequence(ve_types.AnyOf(ve_types.Real, ve_types.String)), "Tuple to sp\
ecify 'go' loop duration. Either (value,units) or ('forever',)"), 'che\
ck_events':(True, ve_types.Boolean, "allow input event checking during\
 'go' loop?"), 'handle_event_callbacks':(None, ve_types.Sequence(ve_ty\
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.GL-module.html0000644000076500000240000001360411224565530022713 0ustar astrawstaff VisionEgg.GL
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module GL
[frames] | no frames]

Module GL

source code


Vision Egg GL module -- lump all OpenGL names in one namespace.


Functions
 
glLoadMatrixf(M) source code
Variables
  __version__ = OpenGL.__version__
  GL_UNSIGNED_INT_8_8_8_8_REV = 0x8367
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.GL-pysrc.html0000644000076500000240000005057311224565530022574 0ustar astrawstaff VisionEgg.GL
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module GL
[frames] | no frames]

Source Code for Module VisionEgg.GL

 1  # The Vision Egg: GL 
 2  # 
 3  # Copyright (C) 2001-2003 Andrew Straw. 
 4  # Author: Andrew Straw <astraw@users.sourceforge.net> 
 5  # URL: <http://www.visionegg.org/> 
 6  # 
 7  # Distributed under the terms of the GNU Lesser General Public License 
 8  # (LGPL). See LICENSE.TXT that came with this file. 
 9  # 
10  # $Id$ 
11   
12  """ 
13  Vision Egg GL module -- lump all OpenGL names in one namespace. 
14   
15  """ 
16   
17  from OpenGL.GL import * # get everything from OpenGL.GL 
18  import OpenGL 
19  import numpy 
20  __version__ = OpenGL.__version__ 
21   
22  # tell py2exe we want these modules 
23  try: 
24      import OpenGL.GL.GL__init___ 
25  except: 
26      pass 
27  try: 
28      import OpenGL.GL.ARB.multitexture 
29  except: 
30      pass 
31  try: 
32      import OpenGL.GL.EXT.bgra 
33  except: 
34      pass 
35  try: 
36      import SGIS.texture_edge_clamp 
37  except: 
38      pass 
39   
40  # why doesn't PyOpenGL define this?! 
41  try: 
42      GL_UNSIGNED_INT_8_8_8_8_REV 
43  except NameError: 
44      GL_UNSIGNED_INT_8_8_8_8_REV = 0x8367 
45   
46  if OpenGL.__version__[0] == '3': 
47      if (OpenGL.__version__.startswith('3.0.0a')) or (OpenGL.__version__ == '3.0.0b1'): 
48   
49          # A bug in early PyOpenGL 3.x had problems with some arrays 
50          _orig_glLoadMatrixf = glLoadMatrixf 

51 -        def glLoadMatrixf(M): 

52              M = numpy.array([ Mi for Mi in M ]) 
53              return _orig_glLoadMatrixf(M) 

54

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.gl_qt-module.html0000644000076500000240000001233411224565531023517 0ustar astrawstaff VisionEgg.gl_qt
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module gl_qt
[frames] | no frames]

Module gl_qt

source code

Variables
  gl_qt_renderer_create = _gl_qt.gl_qt_renderer_create
  gl_qt_renderer_delete = _gl_qt.gl_qt_renderer_delete
  gl_qt_renderer_update = _gl_qt.gl_qt_renderer_update
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.gl_qt-pysrc.html0000644000076500000240000004362011224565531023374 0ustar astrawstaff VisionEgg.gl_qt
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module gl_qt
[frames] | no frames]

Source Code for Module VisionEgg.gl_qt

 1  # This file was created automatically by SWIG. 
 2  # Don't modify this file, modify the SWIG interface instead. 
 3  # This file is compatible with both classic and new-style classes. 
 4   
 5  import _gl_qt 
 6   

 7 -def _swig_setattr_nondynamic(self,class_type,name,value,static=1): 

 8      if (name == "this"): 
 9          if isinstance(value, class_type): 
10              self.__dict__[name] = value.this 
11              if hasattr(value,"thisown"): self.__dict__["thisown"] = value.thisown 
12              del value.thisown 
13              return 
14      method = class_type.__swig_setmethods__.get(name,None) 
15      if method: return method(self,value) 
16      if (not static) or hasattr(self,name) or (name == "thisown"): 
17          self.__dict__[name] = value 
18      else: 
19          raise AttributeError("You cannot add attributes to %s" % self) 

20   

21 -def _swig_setattr(self,class_type,name,value): 

22      return _swig_setattr_nondynamic(self,class_type,name,value,0) 

23   

24 -def _swig_getattr(self,class_type,name): 

25      method = class_type.__swig_getmethods__.get(name,None) 
26      if method: return method(self) 
27      raise AttributeError,name 

28   
29  import types 
30  try: 
31      _object = types.ObjectType 
32      _newclass = 1 
33  except AttributeError: 

34 -    class _object : pass 

35      _newclass = 0 
36  del types 
37   
38   
39   
40  gl_qt_renderer_create = _gl_qt.gl_qt_renderer_create 
41   
42  gl_qt_renderer_delete = _gl_qt.gl_qt_renderer_delete 
43   
44  gl_qt_renderer_update = _gl_qt.gl_qt_renderer_update 
45

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.GLTrace-module.html0000644000076500000240000002544611224565530023701 0ustar astrawstaff VisionEgg.GLTrace
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module GLTrace
[frames] | no frames]

Module GLTrace

source code


Trace calls to OpenGL

With this module, you can trace all calls made to OpenGL through PyOpenGL.
To do this, substitute

import OpenGL.GL as gl

with

import VisionEgg.GLTrace as gl

in your code.

Also, trace another module's use of OpenGL by changing its reference
to OpenGL.GL to a reference to VisionEgg.GLTrace.


Classes
  Wrapper
Functions
 
arg_to_str(arg) source code
 
gl_trace_attach() source code
Variables
  gl_constants = {}
  raw_args_by_function = {'glColor': [0, 1, 2, 3], 'glColorf': [...
  bitmasks_by_function = {'glClear': [0],}
  bitmask_names_by_value = {gl.GL_COLOR_BUFFER_BIT: 'GL_COLOR_BU...
Variables Details

raw_args_by_function

Value:
{'glColor': [0, 1, 2, 3], 'glColorf': [0, 1, 2, 3], 'glDepthRange': [0\
, 1], 'glGenTextures': [0], 'glGetTexLevelParameteriv': [1], 'glOrtho'\
: [0, 1, 2, 3, 4, 5], 'glPixelStorei': [1], 'glReadPixels': [0, 1, 2, \
3], 'glRotate': [0, 1, 2, 3], 'glTexCoord2f': [0, 1], 'glTexImage1D': \
[1, 3, 4], 'glTexImage2D': [1, 3, 4, 5], 'glTexSubImage1D': [1, 2, 3],\
 'glTranslate': [0, 1, 2], 'glVertex2f': [0, 1], 'glVertex3f': [0, 1, \
2], 'glViewport': [0, 1, 2, 3],}

bitmask_names_by_value

Value:
{gl.GL_COLOR_BUFFER_BIT: 'GL_COLOR_BUFFER_BIT', gl.GL_DEPTH_BUFFER_BIT\
: 'GL_DEPTH_BUFFER_BIT',}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.GLTrace-pysrc.html0000644000076500000240000012571011224565530023547 0ustar astrawstaff VisionEgg.GLTrace
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module GLTrace
[frames] | no frames]

Source Code for Module VisionEgg.GLTrace

  1  # The Vision Egg: GLTrace 
  2  # 
  3  # Copyright (C) 2001-2004 Andrew Straw 
  4  # Copyright (C) 2004,2008 California Institute of Technology 
  5  # 
  6  # URL: <http://www.visionegg.org/> 
  7  # 
  8  # Distributed under the terms of the GNU Lesser General Public License 
  9  # (LGPL). See LICENSE.TXT that came with this file. 
 10   
 11  """ 
 12  Trace calls to OpenGL 
 13   
 14  With this module, you can trace all calls made to OpenGL through PyOpenGL. 
 15  To do this, substitute 
 16   
 17  import OpenGL.GL as gl 
 18   
 19  with 
 20   
 21  import VisionEgg.GLTrace as gl 
 22   
 23  in your code. 
 24   
 25  Also, trace another module's use of OpenGL by changing its reference 
 26  to OpenGL.GL to a reference to VisionEgg.GLTrace. 
 27   
 28  """ 
 29   
 30  # Copyright (c) 2003 Andrew Straw.  Distributed under the terms of the 
 31  # GNU Lesser General Public License (LGPL). 
 32   
 33  #################################################################### 
 34  # 
 35  #        Import all the necessary packages 
 36  # 
 37  #################################################################### 
 38   
 39  import OpenGL.GL as gl 
 40   
 41  gl_constants = {} 
 42   
 43  # functions which we don't want to translate arguments to gl constant 
 44  raw_args_by_function = { 
 45      'glColor':[0,1,2,3], 
 46      'glColorf':[0,1,2,3], 
 47      'glDepthRange':[0,1], 
 48      'glGenTextures':[0], 
 49      'glGetTexLevelParameteriv':[1], 
 50      'glOrtho':[0,1,2,3,4,5], 
 51      'glPixelStorei':[1], 
 52      'glReadPixels':[0,1,2,3], 
 53      'glRotate':[0,1,2,3], 
 54      'glTexCoord2f':[0,1], 
 55      'glTexImage1D':[1,3,4], 
 56      'glTexImage2D':[1,3,4,5], 
 57      'glTexSubImage1D':[1,2,3], 
 58      'glTranslate':[0,1,2], 
 59      'glVertex2f':[0,1], 
 60      'glVertex3f':[0,1,2], 
 61      'glViewport':[0,1,2,3], 
 62      } 
 63   
 64  bitmasks_by_function = { 
 65      'glClear':[0], 
 66      } 
 67   
 68  bitmask_names_by_value = { 
 69      gl.GL_COLOR_BUFFER_BIT : 'GL_COLOR_BUFFER_BIT', 
 70      gl.GL_DEPTH_BUFFER_BIT : 'GL_DEPTH_BUFFER_BIT', 
 71      } 
 72   

 73 -def arg_to_str( arg ): 

 74      if isinstance(arg, int): 
 75          if arg in gl_constants.keys(): 
 76              return gl_constants[arg] 
 77      elif type(arg) == str and len(arg) > 30: 
 78              return "'<string>'" 
 79      return repr(arg) 

 80   

 81 -class Wrapper: 

 82 -    def __init__(self, function_name): 

 83          self.function_name = function_name 
 84          self.orig_func = getattr(gl,self.function_name) 

 85 -    def run(self,*args,**kw): 

 86          if kw: kw_str = " AND KEYWORDS" 
 87          else: kw_str = "" 
 88          if 1: 
 89  ##        if self.function_name in raw_args_by_function: 
 90              arg_str = [] 
 91              for i in range(len(args)): 
 92                  if self.function_name in raw_args_by_function and i in raw_args_by_function[self.function_name]: 
 93                      arg_str.append(str(args[i])) # don't convert to name of OpenGL constant 
 94                  elif self.function_name in bitmasks_by_function and i in bitmasks_by_function[self.function_name]: 
 95                      bitmask_strs = [] 
 96                      value = args[i] 
 97                      for bit_value in bitmask_names_by_value: 
 98                          if value & bit_value: 
 99                              value = value & ~bit_value 
100                              bitmask_strs.append( bitmask_names_by_value[bit_value] ) 
101                      if value != 0: 
102                          bitmask_strs.append( arg_to_str(args[i]) ) 
103                      arg_str.append( '|'.join(bitmask_strs) ) 
104                  else: 
105                      arg_str.append(arg_to_str(args[i])) # convert to name of OpenGL constant 
106              arg_str = ','.join( arg_str ) 
107          try: 
108              result = self.orig_func(*args,**kw) 
109          except: 
110              print "%s(%s)%s"%(self.function_name,arg_str,kw_str) 
111              raise 
112   
113          if result is not None: 
114              result_str = "%s = "%(arg_to_str(result),) 
115          else: 
116              result_str = '' 
117          print "%s%s(%s)%s"%(result_str,self.function_name,arg_str,kw_str) 
118          return result 

119   

120 -def gl_trace_attach(): 

121      for attr_name in dir(gl): 
122          if callable( getattr(gl,attr_name) ): 
123              wrapper = Wrapper(attr_name) 
124              globals()[attr_name] = wrapper.run 
125          else: 
126              attr = getattr(gl,attr_name) 
127              globals()[attr_name] = attr 
128              if not attr_name.startswith('__') and not attr_name.startswith('__'): 
129                  if type(getattr(gl,attr_name)) == int: 
130                      gl_constants[getattr(gl,attr_name)] = attr_name 
131      if not hasattr(gl,'GL_CLAMP_TO_EDGE'): 
132          # XXX This hack requires opengl >= 1.2. See Core.py for more info. 
133          globals()['GL_CLAMP_TO_EDGE'] = 0x812F 
134      if hasattr(gl,'glActiveTexture'): 
135          # XXX Another, similar hack. 
136          globals()['glActiveTextureARB'] = gl.glActiveTexture 
137          globals()['glMultiTexCoord2fARB'] = gl.glMultiTexCoord2f 
138          globals()['GL_TEXTURE0_ARB'] = gl.GL_TEXTURE0 
139          globals()['GL_TEXTURE1_ARB'] = gl.GL_TEXTURE1 

140   
141  gl_trace_attach() # attach when imported 
142

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:50 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.GLTrace.Wrapper-class.html0000644000076500000240000001333611224565530025133 0ustar astrawstaff VisionEgg.GLTrace.Wrapper
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module GLTrace :: Class Wrapper
[frames] | no frames]

Class Wrapper

source code

Instance Methods
 
__init__(self, function_name) source code
 
run(self, *args, **kw) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Gratings-module.html0000644000076500000240000001403511224565530024166 0ustar astrawstaff VisionEgg.Gratings
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Gratings
[frames] | no frames]

Module Gratings

source code


Grating stimuli.


Classes
  LuminanceGratingCommon
Base class with common code to all ways of drawing luminance gratings.
  AlphaGratingCommon
Base class with common code to all ways of drawing gratings in alpha.
  SinGrating2D
Sine wave grating stimulus This is a general-purpose, realtime sine-wave luminace grating generator.
  SinGrating3D
Sine wave grating stimulus texture mapped onto quad in 3D This is a general-purpose, realtime sine-wave luminace grating generator.
  NumSamplesTooLargeError
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Gratings-pysrc.html0000644000076500000240000074510511224565530024052 0ustar astrawstaff VisionEgg.Gratings
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Gratings
[frames] | no frames]

Source Code for Module VisionEgg.Gratings

  1  # The Vision Egg: Gratings 
  2  # 
  3  # Copyright (C) 2001-2003 Andrew Straw. 
  4  # Copyright (C) 2005,2008 California Institute of Technology 
  5  # 
  6  # URL: <http://www.visionegg.org/> 
  7  # 
  8  # Distributed under the terms of the GNU Lesser General Public License 
  9  # (LGPL). See LICENSE.TXT that came with this file. 
 10   
 11  """ 
 12  Grating stimuli. 
 13   
 14  """ 
 15   
 16  #################################################################### 
 17  # 
 18  #        Import all the necessary packages 
 19  # 
 20  #################################################################### 
 21   
 22  import logging                              # available in Python 2.3 
 23   
 24  import VisionEgg 
 25  import VisionEgg.Core 
 26  import VisionEgg.Textures 
 27  import VisionEgg.ParameterTypes as ve_types 
 28  import numpy 
 29  import math, types, string 
 30  import VisionEgg.GL as gl # get all OpenGL stuff in one namespace 
 31  import _vegl 
 32   

 33 -def _get_type_info( bitdepth ): 

 34      """Private helper function to calculate type info based on bit depth""" 
 35      if bitdepth == 8: 
 36          gl_type = gl.GL_UNSIGNED_BYTE 
 37          numpy_dtype = numpy.uint8 
 38          max_int_val = float((2**8)-1) 
 39      elif bitdepth == 12: 
 40          gl_type = gl.GL_SHORT 
 41          numpy_dtype = numpy.int16 
 42          max_int_val = float((2**15)-1) 
 43      elif bitdepth == 16: 
 44          gl_type = gl.GL_INT 
 45          numpy_dtype = numpy.int32 
 46          max_int_val = float((2.**31.)-1) # do as float to avoid overflow 
 47      else: 
 48          raise ValueError("supported bitdepths are 8, 12, and 16.") 
 49      return gl_type, numpy_dtype, max_int_val 

 50   

 51 -class LuminanceGratingCommon(VisionEgg.Core.Stimulus): 

 52      """Base class with common code to all ways of drawing luminance gratings. 
 53   
 54      Parameters 
 55      ========== 
 56      bit_depth -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger) 
 57                   Default: 8 
 58      """ 
 59   
 60      parameters_and_defaults = VisionEgg.ParameterDefinition({ 
 61          'bit_depth':(8, 
 62                       ve_types.UnsignedInteger, 
 63                       'precision with which grating is calculated and sent to OpenGL'), 
 64          }) 
 65   
 66      __slots__ = ( 
 67          'gl_internal_format', 
 68          'format', 
 69          'gl_type', 
 70          'numpy_dtype', 
 71          'max_int_val', 
 72          'cached_bit_depth', 
 73          ) 
 74   

 76          """Calculate a number of parameters dependent on bit depth.""" 
 77          bit_depth_warning = False 
 78          p = self.parameters # shorthand 
 79   
 80          red_bits = gl.glGetIntegerv( gl.GL_RED_BITS ) 
 81          green_bits = gl.glGetIntegerv( gl.GL_GREEN_BITS ) 
 82          blue_bits = gl.glGetIntegerv( gl.GL_BLUE_BITS ) 
 83          min_bits = min( (red_bits,green_bits,blue_bits) ) 
 84          if min_bits < p.bit_depth: 
 85              logger = logging.getLogger('VisionEgg.Gratings') 
 86              logger.warning("Requested bit depth of %d in " 
 87                             "LuminanceGratingCommon, which is " 
 88                             "greater than your current OpenGL context " 
 89                             "supports (%d)."% (p.bit_depth,min_bits)) 
 90          self.gl_internal_format = gl.GL_LUMINANCE 
 91          self.format = gl.GL_LUMINANCE 
 92          self.gl_type, self.numpy_dtype, self.max_int_val = _get_type_info( p.bit_depth ) 
 93          self.cached_bit_depth = p.bit_depth 

 94   

 95 -class AlphaGratingCommon(VisionEgg.Core.Stimulus): 

 96      """Base class with common code to all ways of drawing gratings in alpha. 
 97   
 98      This class is currently not used by any other classes. 
 99   
100      Parameters 
101      ========== 
102      bit_depth -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger) 
103                   Default: 8 
104      """ 
105   
106      parameters_and_defaults = VisionEgg.ParameterDefinition({ 
107          'bit_depth':(8, 
108                       ve_types.UnsignedInteger, 
109                       'precision with which grating is calculated and sent to OpenGL'), 
110          }) 
111   
112      __slots__ = ( 
113          'gl_internal_format', 
114          'format', 
115          'gl_type', 
116          'numpy_dtype', 
117          'max_int_val', 
118          'cached_bit_depth', 
119          ) 
120   

122          """Calculate a number of parameters dependent on bit depth.""" 
123          p = self.parameters # shorthand 
124          alpha_bit_depth = gl.glGetIntegerv( gl.GL_ALPHA_BITS ) 
125          if alpha_bit_depth < p.bit_depth: 
126              logger = logging.getLogger('VisionEgg.Gratings') 
127              logger.warning("Requested bit depth of %d, which is " 
128                             "greater than your current OpenGL context " 
129                             "supports (%d)."% (p.bit_depth,min_bits)) 
130          self.gl_internal_format = gl.GL_ALPHA 
131          self.format = gl.GL_ALPHA 
132          self.gl_type, self.numpy_dtype, self.max_int_val = _get_type_info( p.bit_depth ) 
133          self.cached_bit_depth = p.bit_depth 

134   

135 -class SinGrating2D(LuminanceGratingCommon): 

136      """Sine wave grating stimulus 
137   
138      This is a general-purpose, realtime sine-wave luminace grating 
139      generator. To acheive an arbitrary orientation, this class rotates 
140      a textured quad.  To draw a grating with sides that always remain 
141      horizontal and vertical, draw a large grating in a small viewport. 
142      (The viewport will clip anything beyond its edges.) 
143   
144      Parameters 
145      ========== 
146      anchor                      -- specifies how position parameter is interpreted (String) 
147                                     Default: center 
148      bit_depth                   -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger) 
149                                     Inherited from LuminanceGratingCommon 
150                                     Default: 8 
151      color1                      -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
152                                     Default: (1.0, 1.0, 1.0) 
153      color2                      -- optional color with which to perform interpolation with color1 in RGB space (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
154                                     Default: (determined at runtime) 
155      contrast                    -- (Real) 
156                                     Default: 1.0 
157      depth                       -- (Real) 
158                                     Default: (determined at runtime) 
159      ignore_time                 -- (Boolean) 
160                                     Default: False 
161      mask                        -- optional masking function (Instance of <class 'VisionEgg.Textures.Mask2D'>) 
162                                     Default: (determined at runtime) 
163      max_alpha                   -- (Real) 
164                                     Default: 1.0 
165      num_samples                 -- (UnsignedInteger) 
166                                     Default: 512 
167      on                          -- draw stimulus? (Boolean) 
168                                     Default: True 
169      orientation                 -- (Real) 
170                                     Default: 0.0 
171      pedestal                    -- (Real) 
172                                     Default: 0.5 
173      phase_at_t0                 -- (Real) 
174                                     Default: 0.0 
175      position                    -- (units: eye coordinates) (Sequence2 of Real) 
176                                     Default: (320.0, 240.0) 
177      recalculate_phase_tolerance -- (Real) 
178                                     Default: (determined at runtime) 
179      size                        -- defines coordinate size of grating (in eye coordinates) (Sequence2 of Real) 
180                                     Default: (640.0, 480.0) 
181      spatial_freq                -- frequency defined relative to coordinates defined in size parameter (units: cycles/eye_coord_unit) (Real) 
182                                     Default: 0.0078125 
183      t0_time_sec_absolute        -- (Real) 
184                                     Default: (determined at runtime) 
185      temporal_freq_hz            -- (Real) 
186                                     Default: 5.0 
187      """ 
188   
189      parameters_and_defaults = VisionEgg.ParameterDefinition({ 
190          'on':(True, 
191                ve_types.Boolean, 
192                "draw stimulus?"), 
193          'mask':(None, # allows window onto otherwise (tilted) rectangular grating 
194                  ve_types.Instance(VisionEgg.Textures.Mask2D), 
195                  "optional masking function"), 
196          'contrast':(1.0, 
197                      ve_types.Real), 
198          'pedestal':(0.5, 
199                      ve_types.Real), 
200          'position':((320.0,240.0), # in eye coordinates 
201                      ve_types.Sequence2(ve_types.Real), 
202                      "(units: eye coordinates)"), 
203          'anchor':('center', 
204                    ve_types.String, 
205                    "specifies how position parameter is interpreted"), 
206          'depth':(None, # if not None, turns on depth testing and allows for occlusion 
207                   ve_types.Real), 
208          'size':((640.0,480.0), 
209                  ve_types.Sequence2(ve_types.Real), 
210                  "defines coordinate size of grating (in eye coordinates)", 
211                  ), 
212          'spatial_freq':(1.0/128.0, # cycles/eye coord units 
213                          ve_types.Real, 
214                          "frequency defined relative to coordinates defined in size parameter (units: cycles/eye_coord_unit)", 
215                          ), 
216          'temporal_freq_hz':(5.0, # hz 
217                              ve_types.Real), 
218          't0_time_sec_absolute':(None, # Will be assigned during first call to draw() 
219                                  ve_types.Real), 
220          'ignore_time':(False, # ignore temporal frequency variable - allow control purely with phase_at_t0 
221                         ve_types.Boolean), 
222          'phase_at_t0':(0.0, # degrees [0.0-360.0] 
223                         ve_types.Real), 
224          'orientation':(0.0, # 0=right, 90=up 
225                         ve_types.Real), 
226          'num_samples':(512, # number of spatial samples, should be a power of 2 
227                         ve_types.UnsignedInteger), 
228          'max_alpha':(1.0, # controls "opacity": 1.0 = completely opaque, 0.0 = completely transparent 
229                       ve_types.Real), 
230          'color1':((1.0, 1.0, 1.0), # alpha is ignored (if given) -- use max_alpha parameter 
231                    ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
232                                   ve_types.Sequence4(ve_types.Real))), 
233          'color2':(None, # perform interpolation with color1 in RGB space. 
234                    ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
235                                   ve_types.Sequence4(ve_types.Real)), 
236                    "optional color with which to perform interpolation with color1 in RGB space"), 
237          'recalculate_phase_tolerance':(None, # only recalculate texture when phase is changed by more than this amount, None for always recalculate. (Saves time.) 
238                                         ve_types.Real), 
239          }) 
240   
241      __slots__ = ( 
242          '_texture_object_id', 
243          '_last_phase', 
244          ) 
245   

246 -    def __init__(self,**kw): 

247          LuminanceGratingCommon.__init__(self,**kw) 
248   
249          p = self.parameters # shorthand 
250   
251          self._texture_object_id = gl.glGenTextures(1) 
252          if p.mask: 
253              gl.glActiveTextureARB(gl.GL_TEXTURE0_ARB) 
254          gl.glBindTexture(gl.GL_TEXTURE_1D,self._texture_object_id) 
255   
256          # Do error-checking on texture to make sure it will load 
257          max_dim = gl.glGetIntegerv(gl.GL_MAX_TEXTURE_SIZE) 
258          if p.num_samples > max_dim: 
259              raise NumSamplesTooLargeError("Grating num_samples too large for video system.\nOpenGL reports maximum size of %d"%(max_dim,)) 
260   
261          self.calculate_bit_depth_dependencies() 
262   
263          w = p.size[0] 
264          inc = w/float(p.num_samples) 
265          phase = 0.0 # this data won't get used - don't care about phase 
266          self._last_phase = phase 
267          floating_point_sin = numpy.sin(2.0*math.pi*p.spatial_freq*numpy.arange(0.0,w,inc,dtype=numpy.float)+(phase/180.0*math.pi))*0.5*p.contrast+p.pedestal 
268          floating_point_sin = numpy.clip(floating_point_sin,0.0,1.0) # allow square wave generation if contrast > 1 
269          texel_data = (floating_point_sin*self.max_int_val).astype(self.numpy_dtype).tostring() 
270   
271          # Because the MAX_TEXTURE_SIZE method is insensitive to the current 
272          # state of the video system, another check must be done using 
273          # "proxy textures". 
274          gl.glTexImage1D(gl.GL_PROXY_TEXTURE_1D,            # target 
275                          0,                                 # level 
276                          self.gl_internal_format,           # video RAM internal format 
277                          p.num_samples,                     # width 
278                          0,                                 # border 
279                          self.format,                       # format of texel data 
280                          self.gl_type,                      # type of texel data 
281                          texel_data)                        # texel data (irrelevant for proxy) 
282          if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_1D, # Need PyOpenGL >= 2.0 
283                                         0, 
284                                         gl.GL_TEXTURE_WIDTH) == 0: 
285              raise NumSamplesTooLargeError("Grating num_samples is too wide for your video system!") 
286   
287          # If we got here, it worked and we can load the texture for real. 
288          gl.glTexImage1D(gl.GL_TEXTURE_1D,                  # target 
289                          0,                                 # level 
290                          self.gl_internal_format,           # video RAM internal format 
291                          p.num_samples,                     # width 
292                          0,                                 # border 
293                          self.format,                       # format of texel data 
294                          self.gl_type,                      # type of texel data 
295                          texel_data)                        # texel data 
296   
297          # Set texture object defaults 
298          gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_WRAP_S,gl.GL_CLAMP_TO_EDGE) 
299          gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_WRAP_T,gl.GL_CLAMP_TO_EDGE) 
300          gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MAG_FILTER,gl.GL_LINEAR) 
301          gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MIN_FILTER,gl.GL_LINEAR) 
302   
303          if p.color2 is not None: 
304              if VisionEgg.Core.gl_renderer == 'ATi Rage 128 Pro OpenGL Engine' and VisionEgg.Core.gl_version == '1.1 ATI-1.2.22': 
305                  logger = logging.getLogger('VisionEgg.Gratings') 
306                  logger.warning("Your video card and driver have known " 
307                                 "bugs which prevent them from rendering " 
308                                 "color gratings properly.") 

309   

310 -    def __del__(self): 

311          gl.glDeleteTextures( [self._texture_object_id] ) 

312   

313 -    def draw(self): 

314          p = self.parameters # shorthand 
315          if p.on: 
316              # calculate center 
317              center = VisionEgg._get_center(p.position,p.anchor,p.size) 
318              if p.mask: 
319                  gl.glActiveTextureARB(gl.GL_TEXTURE0_ARB) 
320              gl.glBindTexture(gl.GL_TEXTURE_1D,self._texture_object_id) 
321   
322              gl.glEnable(gl.GL_TEXTURE_1D) 
323              gl.glDisable(gl.GL_TEXTURE_2D) 
324              if p.bit_depth != self.cached_bit_depth: 
325                  self.calculate_bit_depth_dependencies() 
326   
327              # Clear the modeview matrix 
328              gl.glMatrixMode(gl.GL_MODELVIEW) 
329              gl.glPushMatrix() 
330   
331              # Rotate about the center of the texture 
332              gl.glTranslate(center[0], 
333                             center[1], 
334                             0) 
335              gl.glRotate(p.orientation,0,0,1) 
336   
337              if p.depth is None: 
338                  gl.glDisable(gl.GL_DEPTH_TEST) 
339                  depth = 0.0 
340              else: 
341                  gl.glEnable(gl.GL_DEPTH_TEST) 
342                  depth = p.depth 
343   
344              # allow max_alpha value to control blending 
345              gl.glEnable( gl.GL_BLEND ) 
346              gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) 
347   
348              if p.color2: 
349                  gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_BLEND) 
350                  gl.glTexEnvfv(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_COLOR, p.color2) 
351                  ## alpha is ignored because the texture base internal format is luminance 
352              else: 
353                  gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_MODULATE) 
354   
355              if p.t0_time_sec_absolute is None and not p.ignore_time: 
356                  p.t0_time_sec_absolute = VisionEgg.time_func() 
357   
358              w = p.size[0] 
359              inc = w/float(p.num_samples) 
360              if p.ignore_time: 
361                  phase = p.phase_at_t0 
362              else: 
363                  t_var = VisionEgg.time_func() - p.t0_time_sec_absolute 
364                  phase = t_var*p.temporal_freq_hz*-360.0 + p.phase_at_t0 
365              if p.recalculate_phase_tolerance is None or abs(self._last_phase - phase) > p.recalculate_phase_tolerance: 
366                  self._last_phase = phase # we're re-drawing the phase at this angle 
367                  floating_point_sin = numpy.sin(2.0*math.pi*p.spatial_freq*numpy.arange(0.0,w,inc,dtype=numpy.float)+(phase/180.0*math.pi))*0.5*p.contrast+p.pedestal 
368                  floating_point_sin = numpy.clip(floating_point_sin,0.0,1.0) # allow square wave generation if contrast > 1 
369                  texel_data = (floating_point_sin*self.max_int_val).astype(self.numpy_dtype) 
370                  # PyOpenGL 2.0.1.09 has a bug, so use our own wrapper 
371                  _vegl.veglTexSubImage1D(gl.GL_TEXTURE_1D, # target 
372                                          0,                # level 
373                                          0,                # x offset 
374                                          p.num_samples,    # width 
375                                          self.format,      # format of new texel data 
376                                          self.gl_type,     # type of new texel data 
377                                          texel_data)       # new texel data 
378                  if 0: 
379                      compare_array = numpy.empty(texel_data.shape,dtype=texel_data.dtype) 
380                      pixels = _vegl.veglGetTexImage(gl.GL_TEXTURE_1D, # target 
381                                                     0, # level 
382                                                     self.format, # format 
383                                                     self.gl_type, # type 
384                                                     compare_array) 
385                      assert numpy.allclose( compare_array, texel_data ) 
386   
387              h_w = p.size[0]/2.0 
388              h_h = p.size[1]/2.0 
389   
390              l = -h_w 
391              r = h_w 
392              b = -h_h 
393              t = h_h 
394   
395              # in the case of only color1, 
396              # the texel data multiplies color1 to produce a color 
397   
398              # with color2, 
399              # the texel data linearly interpolates between color1 and color2 
400   
401              gl.glColor4f(p.color1[0],p.color1[1],p.color1[2],p.max_alpha) 
402   
403              if p.mask: 
404                  p.mask.draw_masked_quad(0.0,1.0,0.0,1.0, # l,r,b,t for texture coordinates 
405                                          l,r,b,t, # l,r,b,t in eye coordinates 
406                                          depth ) # also in eye coordinates 
407              else: 
408                  # draw unmasked quad 
409                  gl.glBegin(gl.GL_QUADS) 
410   
411                  gl.glTexCoord2f(0.0,0.0) 
412                  gl.glVertex3f(l,b,depth) 
413   
414                  gl.glTexCoord2f(1.0,0.0) 
415                  gl.glVertex3f(r,b,depth) 
416   
417                  gl.glTexCoord2f(1.0,1.0) 
418                  gl.glVertex3f(r,t,depth) 
419   
420                  gl.glTexCoord2f(0.0,1.0) 
421                  gl.glVertex3f(l,t,depth) 
422                  gl.glEnd() # GL_QUADS 
423   
424              gl.glDisable(gl.GL_TEXTURE_1D) 
425              gl.glPopMatrix() 

426   

427 -class SinGrating3D(LuminanceGratingCommon): 

428      """Sine wave grating stimulus texture mapped onto quad in 3D 
429   
430      This is a general-purpose, realtime sine-wave luminace grating 
431      generator. This 3D version doesn't support an orientation 
432      parameter.  This could be implemented, but for now should be done 
433      by orienting the quad in 3D. 
434   
435      Parameters 
436      ========== 
437      bit_depth                   -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger) 
438                                     Inherited from LuminanceGratingCommon 
439                                     Default: 8 
440      color1                      -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
441                                     Default: (1.0, 1.0, 1.0) 
442      color2                      -- optional color with which to perform interpolation with color1 in RGB space (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
443                                     Default: (determined at runtime) 
444      contrast                    -- (Real) 
445                                     Default: 1.0 
446      depth                       -- (Real) 
447                                     Default: (determined at runtime) 
448      depth_test                  -- perform depth test? (Boolean) 
449                                     Default: True 
450      ignore_time                 -- (Boolean) 
451                                     Default: False 
452      lowerleft                   -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
453                                     Default: (0.0, 0.0, -1.0) 
454      lowerright                  -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
455                                     Default: (1.0, 0.0, -1.0) 
456      mask                        -- optional masking function (Instance of <class 'VisionEgg.Textures.Mask2D'>) 
457                                     Default: (determined at runtime) 
458      max_alpha                   -- (Real) 
459                                     Default: 1.0 
460      num_samples                 -- (UnsignedInteger) 
461                                     Default: 512 
462      on                          -- draw stimulus? (Boolean) 
463                                     Default: True 
464      pedestal                    -- (Real) 
465                                     Default: 0.5 
466      phase_at_t0                 -- (Real) 
467                                     Default: 0.0 
468      recalculate_phase_tolerance -- (Real) 
469                                     Default: (determined at runtime) 
470      size                        -- defines coordinate size of grating (in eye coordinates) (Sequence2 of Real) 
471                                     Default: (1.0, 1.0) 
472      spatial_freq                -- frequency defined relative to coordinates defined in size parameter (units; cycles/eye_coord_unit) (Real) 
473                                     Default: 4.0 
474      t0_time_sec_absolute        -- (Real) 
475                                     Default: (determined at runtime) 
476      temporal_freq_hz            -- (Real) 
477                                     Default: 5.0 
478      upperleft                   -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
479                                     Default: (0.0, 1.0, -1.0) 
480      upperright                  -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
481                                     Default: (1.0, 1.0, -1.0) 
482      """ 
483   
484      parameters_and_defaults = VisionEgg.ParameterDefinition({ 
485          'on':(True, 
486                ve_types.Boolean, 
487                "draw stimulus?"), 
488          'mask':(None, # allows window onto otherwise (tilted) rectangular grating 
489                  ve_types.Instance(VisionEgg.Textures.Mask2D), 
490                  "optional masking function"), 
491          'contrast':(1.0, 
492                      ve_types.Real), 
493          'pedestal':(0.5, 
494                      ve_types.Real), 
495          'depth':(None, # if not None, turns on depth testing and allows for occlusion 
496                   ve_types.Real), 
497          'size':((1.0,1.0), # in eye coordinates 
498                  ve_types.Sequence2(ve_types.Real), 
499                  "defines coordinate size of grating (in eye coordinates)"), 
500          'spatial_freq':(4.0, # cycles/eye coord units 
501                          ve_types.Real, 
502                          "frequency defined relative to coordinates defined in size parameter (units; cycles/eye_coord_unit)"), 
503          'temporal_freq_hz':(5.0, # hz 
504                              ve_types.Real), 
505          't0_time_sec_absolute':(None, # Will be assigned during first call to draw() 
506                                  ve_types.Real), 
507          'ignore_time':(False, # ignore temporal frequency variable - allow control purely with phase_at_t0 
508                         ve_types.Boolean), 
509          'phase_at_t0':(0.0, # degrees [0.0-360.0] 
510                         ve_types.Real), 
511          'num_samples':(512, # number of spatial samples, should be a power of 2 
512                         ve_types.UnsignedInteger), 
513          'max_alpha':(1.0, # controls "opacity": 1.0 = completely opaque, 0.0 = completely transparent 
514                       ve_types.Real), 
515          'color1':((1.0, 1.0, 1.0), # alpha is ignored (if given) -- use max_alpha parameter 
516                    ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
517                                   ve_types.Sequence4(ve_types.Real))), 
518          'color2':(None, # perform interpolation with color1 in RGB space. 
519                    ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
520                                   ve_types.Sequence4(ve_types.Real)), 
521                    "optional color with which to perform interpolation with color1 in RGB space"), 
522          'recalculate_phase_tolerance':(None, # only recalculate texture when phase is changed by more than this amount, None for always recalculate. (Saves time.) 
523                                         ve_types.Real), 
524          'depth_test':(True, 
525                        ve_types.Boolean, 
526                        "perform depth test?"), 
527          'lowerleft':((0.0,0.0,-1.0), # in eye coordinates 
528                       ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
529                                      ve_types.Sequence4(ve_types.Real)), 
530                       "vertex position (units: eye coordinates)"), 
531          'lowerright':((1.0,0.0,-1.0), # in eye coordinates 
532                        ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
533                                       ve_types.Sequence4(ve_types.Real)), 
534                        "vertex position (units: eye coordinates)"), 
535          'upperleft':((0.0,1.0,-1.0), # in eye coordinates 
536                       ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
537                                      ve_types.Sequence4(ve_types.Real)), 
538                       "vertex position (units: eye coordinates)"), 
539          'upperright':((1.0,1.0,-1.0), # in eye coordinates 
540                        ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
541                                       ve_types.Sequence4(ve_types.Real)), 
542                        "vertex position (units: eye coordinates)"), 
543          }) 
544   
545      __slots__ = ( 
546          '_texture_object_id', 
547          '_last_phase', 
548          ) 
549   

550 -    def __init__(self,**kw): 

551          LuminanceGratingCommon.__init__(self,**kw) 
552   
553          p = self.parameters # shorthand 
554   
555          self._texture_object_id = gl.glGenTextures(1) 
556          if p.mask: 
557              gl.glActiveTextureARB(gl.GL_TEXTURE0_ARB) 
558          gl.glBindTexture(gl.GL_TEXTURE_1D,self._texture_object_id) 
559   
560          # Do error-checking on texture to make sure it will load 
561          max_dim = gl.glGetIntegerv(gl.GL_MAX_TEXTURE_SIZE) 
562          if p.num_samples > max_dim: 
563              raise NumSamplesTooLargeError("Grating num_samples too large for video system.\nOpenGL reports maximum size of %d"%(max_dim,)) 
564   
565          self.calculate_bit_depth_dependencies() 
566   
567          w = p.size[0] 
568          inc = w/float(p.num_samples) 
569          phase = 0.0 # this data won't get used - don't care about phase 
570          self._last_phase = phase 
571          floating_point_sin = numpy.sin(2.0*math.pi*p.spatial_freq*numpy.arange(0.0,w,inc,dtype=numpy.float)+(phase/180.0*math.pi))*0.5*p.contrast+p.pedestal 
572          floating_point_sin = numpy.clip(floating_point_sin,0.0,1.0) # allow square wave generation if contrast > 1 
573          texel_data = (floating_point_sin*self.max_int_val).astype(self.numpy_dtype).tostring() 
574   
575          # Because the MAX_TEXTURE_SIZE method is insensitive to the current 
576          # state of the video system, another check must be done using 
577          # "proxy textures". 
578          gl.glTexImage1D(gl.GL_PROXY_TEXTURE_1D,            # target 
579                          0,                                 # level 
580                          self.gl_internal_format,           # video RAM internal format 
581                          p.num_samples,                     # width 
582                          0,                                 # border 
583                          self.format,                       # format of texel data 
584                          self.gl_type,                      # type of texel data 
585                          texel_data)                        # texel data (irrelevant for proxy) 
586          if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_1D, # Need PyOpenGL >= 2.0 
587                                         0, 
588                                         gl.GL_TEXTURE_WIDTH) == 0: 
589              raise NumSamplesTooLargeError("Grating num_samples is too wide for your video system!") 
590   
591          # If we got here, it worked and we can load the texture for real. 
592          gl.glTexImage1D(gl.GL_TEXTURE_1D,                  # target 
593                          0,                                 # level 
594                          self.gl_internal_format,           # video RAM internal format 
595                          p.num_samples,                     # width 
596                          0,                                 # border 
597                          self.format,                       # format of texel data 
598                          self.gl_type,                      # type of texel data 
599                          texel_data)                        # texel data 
600   
601          # Set texture object defaults 
602          gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_WRAP_S,gl.GL_CLAMP_TO_EDGE) 
603          gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_WRAP_T,gl.GL_CLAMP_TO_EDGE) 
604          gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MAG_FILTER,gl.GL_LINEAR) 
605          gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MIN_FILTER,gl.GL_LINEAR) 
606   
607          if p.color2 is not None: 
608              if VisionEgg.Core.gl_renderer == 'ATi Rage 128 Pro OpenGL Engine' and VisionEgg.Core.gl_version == '1.1 ATI-1.2.22': 
609                  logger = logging.getLogger('VisionEgg.Gratings') 
610                  logger.warning("Your video card and driver have known " 
611                                 "bugs which prevent them from rendering " 
612                                 "color gratings properly.") 

613   

614 -    def __del__(self): 

615          gl.glDeleteTextures( [self._texture_object_id] ) 

616   

617 -    def draw(self): 

618          p = self.parameters # shorthand 
619          if p.on: 
620              if p.mask: 
621                  gl.glActiveTextureARB(gl.GL_TEXTURE0_ARB) 
622              if p.depth_test: 
623                  gl.glEnable(gl.GL_DEPTH_TEST) 
624              else: 
625                  gl.glDisable(gl.GL_DEPTH_TEST) 
626              gl.glBindTexture(gl.GL_TEXTURE_1D,self._texture_object_id) 
627              gl.glEnable(gl.GL_TEXTURE_1D) 
628              gl.glDisable(gl.GL_TEXTURE_2D) 
629              if p.bit_depth != self.cached_bit_depth: 
630                  self.calculate_bit_depth_dependencies() 
631   
632              # allow max_alpha value to control blending 
633              gl.glEnable( gl.GL_BLEND ) 
634              gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) 
635   
636              if p.color2: 
637                  gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_BLEND) 
638                  gl.glTexEnvfv(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_COLOR, p.color2) 
639                  ## alpha is ignored because the texture base internal format is luminance 
640              else: 
641                  gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_MODULATE) 
642   
643              if p.t0_time_sec_absolute is None and not p.ignore_time: 
644                  p.t0_time_sec_absolute = VisionEgg.time_func() 
645   
646              w = p.size[0] 
647              inc = w/float(p.num_samples) 
648              if p.ignore_time: 
649                  phase = p.phase_at_t0 
650              else: 
651                  t_var = VisionEgg.time_func() - p.t0_time_sec_absolute 
652                  phase = t_var*p.temporal_freq_hz*-360.0 + p.phase_at_t0 
653              if p.recalculate_phase_tolerance is None or abs(self._last_phase - phase) > p.recalculate_phase_tolerance: 
654                  self._last_phase = phase # we're re-drawing the phase at this angle 
655                  floating_point_sin = numpy.sin(2.0*math.pi*p.spatial_freq*numpy.arange(0.0,w,inc,dtype=numpy.float)+(phase/180.0*math.pi))*0.5*p.contrast+p.pedestal 
656                  floating_point_sin = numpy.clip(floating_point_sin,0.0,1.0) # allow square wave generation if contrast > 1 
657                  texel_data = (floating_point_sin*self.max_int_val).astype(self.numpy_dtype).tostring() 
658   
659                  gl.glTexSubImage1D(gl.GL_TEXTURE_1D, # target 
660                                     0,                # level 
661                                     0,                # x offset 
662                                     p.num_samples,    # width 
663                                     self.format,      # format of new texel data 
664                                     self.gl_type,     # type of new texel data 
665                                     texel_data)       # new texel data 
666   
667              # in the case of only color1, 
668              # the texel data multiplies color1 to produce a color 
669   
670              # with color2, 
671              # the texel data linearly interpolates between color1 and color2 
672   
673              gl.glColor4f(p.color1[0],p.color1[1],p.color1[2],p.max_alpha) 
674   
675              if p.mask: 
676                  p.mask.draw_masked_quad_3d(0.0,1.0,0.0,1.0, # for texture coordinates 
677                                             p.lowerleft,p.lowerright,p.upperright,p.upperleft) 
678              else: 
679                  # draw unmasked quad 
680                  gl.glBegin(gl.GL_QUADS) 
681   
682                  gl.glTexCoord2f(0.0,0.0) 
683                  gl.glVertex3f(*p.lowerleft) 
684   
685                  gl.glTexCoord2f(1.0,0.0) 
686                  gl.glVertex3f(*p.lowerright) 
687   
688                  gl.glTexCoord2f(1.0,1.0) 
689                  gl.glVertex3f(*p.upperright) 
690   
691                  gl.glTexCoord2f(0.0,1.0) 
692                  gl.glVertex3f(*p.upperleft) 
693                  gl.glEnd() # GL_QUADS 
694   
695              gl.glDisable(gl.GL_TEXTURE_1D) 

696   

697 -class NumSamplesTooLargeError( RuntimeError ): 

698      pass 

699

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Gratings.AlphaGratingCommon-class.html0000644000076500000240000002436111224565530027522 0ustar astrawstaff VisionEgg.Gratings.AlphaGratingCommon
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Gratings :: Class AlphaGratingCommon
[frames] | no frames]

Class AlphaGratingCommon

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
          Core.Stimulus --+
                          |
                         AlphaGratingCommon

Base class with common code to all ways of drawing gratings in alpha.

This class is currently not used by any other classes.

Parameters
==========
bit_depth -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger)
             Default: 8


Instance Methods
 
calculate_bit_depth_dependencies(self)
Calculate a number of parameters dependent on bit depth.		 source code

Inherited from Core.Stimulus: __init__, draw

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = VisionEgg.ParameterDefinition({'bit_...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Class Variable Details

parameters_and_defaults

Value:
VisionEgg.ParameterDefinition({'bit_depth':(8, ve_types.UnsignedIntege\
r, 'precision with which grating is calculated and sent to OpenGL'),})

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Gratings.LuminanceGratingCommon-class.html0000644000076500000240000002433211224565530030406 0ustar astrawstaff VisionEgg.Gratings.LuminanceGratingCommon
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Gratings :: Class LuminanceGratingCommon
[frames] | no frames]

Class LuminanceGratingCommon

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
          Core.Stimulus --+
                          |
                         LuminanceGratingCommon

Base class with common code to all ways of drawing luminance gratings.

Parameters
==========
bit_depth -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger)
             Default: 8


Instance Methods
 
calculate_bit_depth_dependencies(self)
Calculate a number of parameters dependent on bit depth.		 source code

Inherited from Core.Stimulus: __init__, draw

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = VisionEgg.ParameterDefinition({'bit_...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Class Variable Details

parameters_and_defaults

Value:
VisionEgg.ParameterDefinition({'bit_depth':(8, ve_types.UnsignedIntege\
r, 'precision with which grating is calculated and sent to OpenGL'),})

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Gratings.NumSamplesTooLargeError-class.html0000644000076500000240000001461111224565530030540 0ustar astrawstaff VisionEgg.Gratings.NumSamplesTooLargeError
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Gratings :: Class NumSamplesTooLargeError
[frames] | no frames]

Class NumSamplesTooLargeError

source code

              object --+                
                       |                
exceptions.BaseException --+            
                           |            
        exceptions.Exception --+        
                               |        
        exceptions.StandardError --+    
                                   |    
             exceptions.RuntimeError --+
                                       |
                                      NumSamplesTooLargeError
Instance Methods

Inherited from exceptions.RuntimeError: __init__, __new__

Inherited from exceptions.BaseException: __delattr__, __getattribute__, __getitem__, __getslice__, __reduce__, __repr__, __setattr__, __setstate__, __str__

Inherited from object: __hash__, __reduce_ex__

Properties

Inherited from exceptions.BaseException: args, message

Inherited from object: __class__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Gratings.SinGrating2D-class.html0000644000076500000240000004372311224565530026246 0ustar astrawstaff VisionEgg.Gratings.SinGrating2D
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Gratings :: Class SinGrating2D
[frames] | no frames]

Class SinGrating2D

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
          Core.Stimulus --+    
                          |    
     LuminanceGratingCommon --+
                              |
                             SinGrating2D

Sine wave grating stimulus

This is a general-purpose, realtime sine-wave luminace grating
generator. To acheive an arbitrary orientation, this class rotates
a textured quad.  To draw a grating with sides that always remain
horizontal and vertical, draw a large grating in a small viewport.
(The viewport will clip anything beyond its edges.)

Parameters
==========
anchor                      -- specifies how position parameter is interpreted (String)
                               Default: center
bit_depth                   -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger)
                               Inherited from LuminanceGratingCommon
                               Default: 8
color1                      -- (AnyOf(Sequence3 of Real or Sequence4 of Real))
                               Default: (1.0, 1.0, 1.0)
color2                      -- optional color with which to perform interpolation with color1 in RGB space (AnyOf(Sequence3 of Real or Sequence4 of Real))
                               Default: (determined at runtime)
contrast                    -- (Real)
                               Default: 1.0
depth                       -- (Real)
                               Default: (determined at runtime)
ignore_time                 -- (Boolean)
                               Default: False
mask                        -- optional masking function (Instance of <class 'VisionEgg.Textures.Mask2D'>)
                               Default: (determined at runtime)
max_alpha                   -- (Real)
                               Default: 1.0
num_samples                 -- (UnsignedInteger)
                               Default: 512
on                          -- draw stimulus? (Boolean)
                               Default: True
orientation                 -- (Real)
                               Default: 0.0
pedestal                    -- (Real)
                               Default: 0.5
phase_at_t0                 -- (Real)
                               Default: 0.0
position                    -- (units: eye coordinates) (Sequence2 of Real)
                               Default: (320.0, 240.0)
recalculate_phase_tolerance -- (Real)
                               Default: (determined at runtime)
size                        -- defines coordinate size of grating (in eye coordinates) (Sequence2 of Real)
                               Default: (640.0, 480.0)
spatial_freq                -- frequency defined relative to coordinates defined in size parameter (units: cycles/eye_coord_unit) (Real)
                               Default: 0.0078125
t0_time_sec_absolute        -- (Real)
                               Default: (determined at runtime)
temporal_freq_hz            -- (Real)
                               Default: 5.0


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
__del__(self) source code
 
draw(self)
Draw the stimulus.		 source code

Inherited from LuminanceGratingCommon: calculate_bit_depth_dependencies

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = VisionEgg.ParameterDefinition({'on':...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Core.Stimulus.__init__
(inherited documentation)

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Core.Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
VisionEgg.ParameterDefinition({'on':(True, ve_types.Boolean, "draw sti\
mulus?"), 'mask':(None, ve_types.Instance(VisionEgg.Textures.Mask2D), \
"optional masking function"), 'contrast':(1.0, ve_types.Real), 'pedest\
al':(0.5, ve_types.Real), 'position':((320.0, 240.0), ve_types.Sequenc\
e2(ve_types.Real), "(units: eye coordinates)"), 'anchor':('center', ve\
_types.String, "specifies how position parameter is interpreted"), 'de\
pth':(None, ve_types.Real), 'size':((640.0, 480.0), ve_types.Sequence2\
(ve_types.Real), "defines coordinate size of grating (in eye coordinat\
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Gratings.SinGrating3D-class.html0000644000076500000240000004451511224565530026247 0ustar astrawstaff VisionEgg.Gratings.SinGrating3D
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Gratings :: Class SinGrating3D
[frames] | no frames]

Class SinGrating3D

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
          Core.Stimulus --+    
                          |    
     LuminanceGratingCommon --+
                              |
                             SinGrating3D

Sine wave grating stimulus texture mapped onto quad in 3D

This is a general-purpose, realtime sine-wave luminace grating
generator. This 3D version doesn't support an orientation
parameter.  This could be implemented, but for now should be done
by orienting the quad in 3D.

Parameters
==========
bit_depth                   -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger)
                               Inherited from LuminanceGratingCommon
                               Default: 8
color1                      -- (AnyOf(Sequence3 of Real or Sequence4 of Real))
                               Default: (1.0, 1.0, 1.0)
color2                      -- optional color with which to perform interpolation with color1 in RGB space (AnyOf(Sequence3 of Real or Sequence4 of Real))
                               Default: (determined at runtime)
contrast                    -- (Real)
                               Default: 1.0
depth                       -- (Real)
                               Default: (determined at runtime)
depth_test                  -- perform depth test? (Boolean)
                               Default: True
ignore_time                 -- (Boolean)
                               Default: False
lowerleft                   -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real))
                               Default: (0.0, 0.0, -1.0)
lowerright                  -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real))
                               Default: (1.0, 0.0, -1.0)
mask                        -- optional masking function (Instance of <class 'VisionEgg.Textures.Mask2D'>)
                               Default: (determined at runtime)
max_alpha                   -- (Real)
                               Default: 1.0
num_samples                 -- (UnsignedInteger)
                               Default: 512
on                          -- draw stimulus? (Boolean)
                               Default: True
pedestal                    -- (Real)
                               Default: 0.5
phase_at_t0                 -- (Real)
                               Default: 0.0
recalculate_phase_tolerance -- (Real)
                               Default: (determined at runtime)
size                        -- defines coordinate size of grating (in eye coordinates) (Sequence2 of Real)
                               Default: (1.0, 1.0)
spatial_freq                -- frequency defined relative to coordinates defined in size parameter (units; cycles/eye_coord_unit) (Real)
                               Default: 4.0
t0_time_sec_absolute        -- (Real)
                               Default: (determined at runtime)
temporal_freq_hz            -- (Real)
                               Default: 5.0
upperleft                   -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real))
                               Default: (0.0, 1.0, -1.0)
upperright                  -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real))
                               Default: (1.0, 1.0, -1.0)


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
__del__(self) source code
 
draw(self)
Draw the stimulus.		 source code

Inherited from LuminanceGratingCommon: calculate_bit_depth_dependencies

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = VisionEgg.ParameterDefinition({'on':...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Core.Stimulus.__init__
(inherited documentation)

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Core.Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
VisionEgg.ParameterDefinition({'on':(True, ve_types.Boolean, "draw sti\
mulus?"), 'mask':(None, ve_types.Instance(VisionEgg.Textures.Mask2D), \
"optional masking function"), 'contrast':(1.0, ve_types.Real), 'pedest\
al':(0.5, ve_types.Real), 'depth':(None, ve_types.Real), 'size':((1.0,\
 1.0), ve_types.Sequence2(ve_types.Real), "defines coordinate size of \
grating (in eye coordinates)"), 'spatial_freq':(4.0, ve_types.Real, "f\
requency defined relative to coordinates defined in size parameter (un\
its; cycles/eye_coord_unit)"), 'temporal_freq_hz':(5.0, ve_types.Real)\
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.GUI-module.html0000644000076500000240000002070111224565530023031 0ustar astrawstaff VisionEgg.GUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module GUI
[frames] | no frames]

Module GUI

source code


Graphical user interface classes and functions.


Classes
  AppWindow
A GUI Window that can be subclassed for a main application window
  ProgressBar
  GraphicsConfigurationWindow
Graphics Configuration Window
  InfoFrame
  ToplevelDialog
Base class for a dialog that runs on the top level.
  GetKeypressDialog
Open a dialog box which returns when a valid key is pressed.
Functions
 
showexception(exc_type, exc_value, traceback_str) source code
Variables
  Tkinter = _delay_import_error(x)
  tkMessageBox = _delay_import_error(x)
  tkFileDialog = _delay_import_error(x)
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.GUI-pysrc.html0000644000076500000240000134635611224565530022726 0ustar astrawstaff VisionEgg.GUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module GUI
[frames] | no frames]

Source Code for Module VisionEgg.GUI

  1  # The Vision Egg: GUI 
  2  # 
  3  # Copyright (C) 2001-2003 Andrew Straw. 
  4  # Copyright (C) 2008 California Institute of Technology 
  5  # 
  6  # URL: <http://www.visionegg.org/> 
  7  # 
  8  # Distributed under the terms of the GNU Lesser General Public License 
  9  # (LGPL). See LICENSE.TXT that came with this file. 
 10   
 11  """ 
 12  Graphical user interface classes and functions. 
 13   
 14  """ 
 15   
 16  import VisionEgg 
 17   
 18  #################################################################### 
 19  # 
 20  #        Import all the necessary packages 
 21  # 
 22  #################################################################### 
 23   
 24   
 25  import logging                              # available in Python 2.3 
 26   
 27  import VisionEgg 
 28  import os 
 29  import sys 
 30   

 31 -class _delay_import_error: 

 32      """Defer import errors until they cause problems.""" 

 33 -    def __init__(self,orig_traceback): 

 34          self.orig_traceback = orig_traceback 

 35 -    def __getattr__(self,name): 

 36          raise self.orig_traceback # ImportError deferred from earlier failure 

 37   
 38  try: 
 39      import Tkinter 
 40  except ImportError, x: # don't fail on this until it becomes a problem... 
 41      Tkinter = _delay_import_error(x) 
 42   
 43  try: 
 44      import tkMessageBox 
 45  except ImportError, x: # don't fail on this until it becomes a problem... 
 46      tkMessageBox = _delay_import_error(x) 
 47   
 48  try: 
 49      import tkFileDialog 
 50  except ImportError, x: # don't fail on this until it becomes a problem... 
 51      tkFileDialog = _delay_import_error(x) 
 52   

 53 -def showexception(exc_type, exc_value, traceback_str): 

 54      # private subclass of Tkinter.Frame 
 55      class ShowExceptionFrame(Tkinter.Frame): 
 56          """A window that shows a string and has a quit button.""" 
 57          def __init__(self,master,exc_type, exc_value, traceback_str): 
 58              VisionEgg.config._Tkinter_used = True 
 59              Tkinter.Frame.__init__(self,master,borderwidth=20) 
 60              title="Vision Egg: exception caught" 
 61              first_str = "An unhandled exception was caught." 
 62              type_value_str = "%s: %s"%(str(exc_type),str(exc_value)) 
 63   
 64              frame = self 
 65   
 66              top = frame.winfo_toplevel() 
 67              top.title(title) 
 68              top.protocol("WM_DELETE_WINDOW",self.close_window) 
 69   
 70              Tkinter.Label(frame,text=first_str).pack() 
 71              Tkinter.Label(frame,text=type_value_str).pack() 
 72              if traceback_str: 
 73                  Tkinter.Label(frame,text="Traceback (most recent call last):").pack() 
 74                  Tkinter.Label(frame,text=traceback_str).pack() 
 75   
 76              b = Tkinter.Button(frame,text="OK",command=self.close_window) 
 77              b.pack() 
 78              b.focus_set() 
 79              b.grab_set() 
 80              b.bind('<Return>',self.close_window) 

 81   
 82          def close_window(self,dummy_arg=None): 
 83              self.quit() 
 84      # create instance of class 
 85      parent = Tkinter._default_root 
 86      if parent: 
 87          top = Tkinter.Toplevel(parent) 
 88          top.transient(parent) 
 89      else: 
 90          top = None 
 91      f = ShowExceptionFrame(top, exc_type, exc_value, traceback_str) 
 92      f.pack() 
 93      f.mainloop() 
 94      f.winfo_toplevel().destroy() 
 95   

 96 -class AppWindow(Tkinter.Frame): 

 97      """A GUI Window that can be subclassed for a main application window""" 

 98 -    def __init__(self,master=None,idle_func=lambda: None,**cnf): 

 99          VisionEgg.config._Tkinter_used = True 
100          Tkinter.Frame.__init__(self,master,**cnf) 
101          self.winfo_toplevel().title('Vision Egg') 
102   
103          self.info_frame = InfoFrame(self) 
104          self.info_frame.pack() 
105   
106          self.idle_func = idle_func 
107          self.after(1,self.idle) # register idle function with Tkinter 

108   

109 -    def idle(self): 

110          self.idle_func() 
111          self.after(1,self.idle) # (re)register idle function with Tkinter 

112   

113 -class ProgressBar(Tkinter.Frame): 

114 -    def __init__(self, master=None, orientation="horizontal", 
115                   min=0, max=100, width=100, height=18, 
116                   doLabel=1, fillColor="LightSteelBlue1", background="gray", 
117                   labelColor="black", labelFont="Helvetica", 
118                   labelText="", labelFormat="%d%%", 
119                   value=50, **cnf): 

120          Tkinter.Frame.__init__(self,master) 
121          # preserve various values 
122          self.master=master 
123          self.orientation=orientation 
124          self.min=min 
125          self.max=max 
126          self.width=width 
127          self.height=height 
128          self.doLabel=doLabel 
129          self.fillColor=fillColor 
130          self.labelFont= labelFont 
131          self.labelColor=labelColor 
132          self.background=background 
133          self.labelText=labelText 
134          self.labelFormat=labelFormat 
135          self.value=value 
136          self.canvas=Tkinter.Canvas(self, height=height, width=width, bd=0, 
137                                      highlightthickness=0, background=background) 
138          self.scale=self.canvas.create_rectangle(0, 0, width, height, 
139                                                  fill=fillColor) 
140          self.label=self.canvas.create_text(self.canvas.winfo_reqwidth() / 2, 
141                                             height / 2, text=labelText, 
142                                             anchor="c", fill=labelColor, 
143                                             font=self.labelFont) 
144          self.update() 
145          self.canvas.pack(side='top', fill='x', expand='no') 

146   

147 -    def updateProgress(self, newValue, newMax=None): 

148          if newMax: 
149              self.max = newMax 
150          self.value = newValue 
151          self.update() 

152   

153 -    def update(self): 

154          # Trim the values to be between min and max 
155          value=self.value 
156          if value > self.max: 
157              value = self.max 
158          if value < self.min: 
159              value = self.min 
160          # Adjust the rectangle 
161          if self.orientation == "horizontal": 
162              self.canvas.coords(self.scale, 0, 0, 
163                float(value) / self.max * self.width, self.height) 
164          else: 
165              self.canvas.coords(self.scale, 0, 
166                                 self.height - (float(value) / 
167                                                self.max*self.height), 
168                                 self.width, self.height) 
169          # Now update the colors 
170          self.canvas.itemconfig(self.scale, fill=self.fillColor) 
171          self.canvas.itemconfig(self.label, fill=self.labelColor) 
172          # And update the label 
173          if self.doLabel: 
174              if value: 
175                  if value >= 0: 
176                      pvalue = int((float(value) / float(self.max)) * 
177                                     100.0) 
178                  else: 
179                      pvalue = 0 
180                  self.canvas.itemconfig(self.label, text=self.labelFormat 
181                                           % pvalue) 
182              else: 
183                  self.canvas.itemconfig(self.label, text='') 
184          else: 
185              self.canvas.itemconfig(self.label, text=self.labelFormat % 
186                                     self.labelText) 
187          self.canvas.update_idletasks() 

188   

189 -class GraphicsConfigurationWindow(Tkinter.Frame): 

190      """Graphics Configuration Window""" 

191 -    def __init__(self,master=None,**cnf): 

192          VisionEgg.config._Tkinter_used = True 
193          Tkinter.Frame.__init__(self,master,**cnf) 
194          self.winfo_toplevel().title('Vision Egg - Graphics configuration') 
195          self.pack() 
196   
197          self.clicked_ok = 0 # So we can distinguish between clicking OK and closing the window 
198   
199          row = 0 
200          Tkinter.Label(self, 
201                        text="Vision Egg - Graphics configuration", 
202                        font=("Helvetica",14,"bold")).grid(row=row,columnspan=2) 
203          row += 1 
204   
205          ################## begin topframe ############################## 
206   
207          topframe = Tkinter.Frame(self) 
208          topframe.grid(row=row,column=0,columnspan=2) 
209          topframe_row = 0 
210   
211          Tkinter.Label(topframe, 
212                        text=self.format_string("The default value for these variables and the presence of this dialog window can be controlled via the Vision Egg config file. If this file exists in the Vision Egg user directory, that file is used.  Otherwise, the configuration file found in the Vision Egg system directory is used."), 
213                        ).grid(row=topframe_row,column=1,columnspan=2,sticky=Tkinter.W) 
214          topframe_row += 1 
215   
216          try: 
217              import _imaging, _imagingtk 
218              import ImageFile, ImageFileIO, BmpImagePlugin, JpegImagePlugin 
219              import Image,ImageTk 
220              im = Image.open(os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,'data','visionegg.bmp')) 
221              self.tk_im=ImageTk.PhotoImage(im) 
222              Tkinter.Label(topframe,image=self.tk_im).grid(row=0,rowspan=topframe_row,column=0) 
223          except Exception,x: 
224              logger = logging.getLogger('VisionEgg.GUI') 
225              logger.info("No Vision Egg logo :( because of error while " 
226                          "trying to display image in " 
227                          "GUI.GraphicsConfigurationWindow: %s: " 
228                          "%s"%(str(x.__class__),str(x))) 
229   
230          ################## end topframe ############################## 
231   
232          row += 1 
233   
234          ################## begin file_frame ############################## 
235   
236          file_frame = Tkinter.Frame(self) 
237          file_frame.grid(row=row,columnspan=2,sticky=Tkinter.W+Tkinter.E,pady=5) 
238   
239          # Script name and location 
240          file_row = 0 
241          Tkinter.Label(file_frame, 
242                        text="This script:").grid(row=file_row,column=0,sticky=Tkinter.E) 
243          Tkinter.Label(file_frame, 
244                        text="%s"%(os.path.abspath(sys.argv[0]),)).grid(row=file_row,column=1,sticky=Tkinter.W) 
245          file_row += 1 
246          # Vision Egg system dir 
247          Tkinter.Label(file_frame, 
248                        text="Vision Egg system directory:").grid(row=file_row,column=0,sticky=Tkinter.E) 
249          Tkinter.Label(file_frame, 
250                        text="%s"%(os.path.abspath(VisionEgg.config.VISIONEGG_SYSTEM_DIR),)).grid(row=file_row,column=1,sticky=Tkinter.W) 
251          file_row += 1 
252   
253          # Vision Egg user dir 
254          Tkinter.Label(file_frame, 
255                        text="Vision Egg user directory:").grid(row=file_row,column=0,sticky=Tkinter.E) 
256          Tkinter.Label(file_frame, 
257                        text="%s"%(os.path.abspath(VisionEgg.config.VISIONEGG_USER_DIR),)).grid(row=file_row,column=1,sticky=Tkinter.W) 
258          file_row += 1 
259   
260          # Config file 
261          Tkinter.Label(file_frame, 
262                        text="Config file location:").grid(row=file_row,column=0,sticky=Tkinter.E) 
263          if VisionEgg.config.VISIONEGG_CONFIG_FILE: 
264              Tkinter.Label(file_frame, 
265                            text="%s"%(os.path.abspath(VisionEgg.config.VISIONEGG_CONFIG_FILE),)).grid(row=file_row,column=1,sticky=Tkinter.W) 
266          else: 
267              Tkinter.Label(file_frame, 
268                            text="(None)").grid(row=file_row,column=1,sticky=Tkinter.W) 
269          file_row += 1 
270   
271          # Log file location 
272          Tkinter.Label(file_frame, 
273                        text="Log file location:").grid(row=file_row,column=0,sticky=Tkinter.E) 
274          if VisionEgg.config.VISIONEGG_LOG_FILE: 
275              Tkinter.Label(file_frame, 
276                            text="%s"%(os.path.abspath(VisionEgg.config.VISIONEGG_LOG_FILE),)).grid(row=file_row,column=1,sticky=Tkinter.W) 
277          else: 
278              Tkinter.Label(file_frame, 
279                            text="(stderr console)").grid(row=file_row,column=1,sticky=Tkinter.W) 
280   
281          ################## end file_frame ############################## 
282   
283          row += 1 
284   
285          ################## begin cf ############################## 
286   
287          cf = Tkinter.Frame(self) 
288          cf.grid(row=row,column=0,padx=10) 
289   
290          cf_row = 0 
291          # Fullscreen 
292          self.fullscreen = Tkinter.BooleanVar() 
293          self.fullscreen.set(VisionEgg.config.VISIONEGG_FULLSCREEN) 
294          Tkinter.Checkbutton(cf, 
295                              text='Fullscreen', 
296                              variable=self.fullscreen, 
297                              relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) 
298   
299          cf_row += 1 
300          self.synclync_present = Tkinter.BooleanVar() 
301          self.synclync_present.set(VisionEgg.config.SYNCLYNC_PRESENT) 
302          try: 
303              import synclync 
304              self.show_synclync_option = 1 
305          except: 
306              self.show_synclync_option = 0 
307   
308          if self.show_synclync_option: 
309              Tkinter.Checkbutton(cf, 
310                                  text='SyncLync device present', 
311                                  variable=self.synclync_present, 
312                                  relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) 
313   
314   
315          cf_row += 1 
316          # Maximum priority 
317          self.maxpriority = Tkinter.BooleanVar() 
318          self.maxpriority.set(VisionEgg.config.VISIONEGG_MAXPRIORITY) 
319   
320          Tkinter.Checkbutton(cf, 
321                              text='Maximum priority (use with caution)', 
322                              variable=self.maxpriority, 
323                              relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) 
324          cf_row += 1 
325   
326          if sys.platform=='darwin': 
327              # Only used on darwin platform 
328              self.darwin_conventional = Tkinter.IntVar() 
329              self.darwin_conventional.set(VisionEgg.config.VISIONEGG_DARWIN_MAXPRIORITY_CONVENTIONAL_NOT_REALTIME) 
330              self.darwin_priority = Tkinter.StringVar() 
331              self.darwin_priority.set(str(VisionEgg.config.VISIONEGG_DARWIN_CONVENTIONAL_PRIORITY)) 
332              self.darwin_realtime_period_denom = Tkinter.StringVar() 
333              self.darwin_realtime_period_denom.set(str(VisionEgg.config.VISIONEGG_DARWIN_REALTIME_PERIOD_DENOM)) 
334              self.darwin_realtime_computation_denom = Tkinter.StringVar() 
335              self.darwin_realtime_computation_denom.set(str(VisionEgg.config.VISIONEGG_DARWIN_REALTIME_COMPUTATION_DENOM)) 
336              self.darwin_realtime_constraint_denom = Tkinter.StringVar() 
337              self.darwin_realtime_constraint_denom.set(str(VisionEgg.config.VISIONEGG_DARWIN_REALTIME_CONSTRAINT_DENOM)) 
338              self.darwin_realtime_preemptible = Tkinter.BooleanVar() 
339              self.darwin_realtime_preemptible.set(not VisionEgg.config.VISIONEGG_DARWIN_REALTIME_PREEMPTIBLE) 
340              Tkinter.Button(cf,text="Maximum priority options...", 
341                             command=self.darwin_maxpriority_tune).grid(row=cf_row,column=0) 
342              cf_row += 1 
343   
344          # Sync swap 
345          self.sync_swap = Tkinter.BooleanVar() 
346          self.sync_swap.set(VisionEgg.config.VISIONEGG_SYNC_SWAP) 
347          Tkinter.Checkbutton(cf, 
348                              text='Attempt vsync', 
349                              variable=self.sync_swap, 
350                              relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) 
351          cf_row += 1 
352   
353          # Frameless window 
354          self.frameless = Tkinter.BooleanVar() 
355          self.frameless.set(VisionEgg.config.VISIONEGG_FRAMELESS_WINDOW) 
356          Tkinter.Checkbutton(cf, 
357                              text='No frame around window', 
358                              variable=self.frameless, 
359                              relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) 
360          cf_row += 1 
361   
362          # Hide mouse 
363          self.mouse_visible = Tkinter.BooleanVar() 
364          self.mouse_visible.set(not VisionEgg.config.VISIONEGG_HIDE_MOUSE) 
365          Tkinter.Checkbutton(cf, 
366                              text='Mouse cursor visible', 
367                              variable=self.mouse_visible, 
368                              relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) 
369          cf_row += 1 
370   
371          # Stereo 
372          self.stereo = Tkinter.BooleanVar() 
373          self.stereo.set(VisionEgg.config.VISIONEGG_REQUEST_STEREO) 
374          Tkinter.Checkbutton(cf, 
375                              text='Stereo', 
376                              variable=self.stereo, 
377                              relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) 
378          cf_row += 1 
379   
380          if sys.platform == 'darwin': 
381              if sys.version == '2.2 (#11, Jan  6 2002, 01:00:42) \n[GCC 2.95.2 19991024 (release)]': 
382                  if Tkinter.TkVersion == 8.4: 
383                      # The Tk in Bob Ippolito's kitchensink distro had 
384                      # a bug in Checkbutton 
385                      Tkinter.Label(cf,text="If you want to check any buttons\n(Mac OS X Tk 8.4a4 bug workaround):").grid(row=cf_row,column=0) 
386                      cf_row += 1 
387                      Tkinter.Button(cf,text="PRESS ME FIRST").grid(row=cf_row,column=0) 
388                      cf_row += 1 
389   
390          ################## end cf ############################## 
391   
392          ################## begin entry_frame ################### 
393   
394          entry_frame = Tkinter.Frame(self) 
395          entry_frame.grid(row=row,column=1,padx=10,sticky="n") 
396          row += 1 
397          ef_row = 0 
398   
399          # frame rate 
400          Tkinter.Label(entry_frame,text="What will your monitor refresh's rate be (Hz):").grid(row=ef_row,column=0,sticky=Tkinter.E) 
401          self.frame_rate = Tkinter.StringVar() 
402          self.frame_rate.set("%s"%str(VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ)) 
403          Tkinter.Entry(entry_frame,textvariable=self.frame_rate).grid(row=ef_row,column=1,sticky=Tkinter.W) 
404          ef_row += 1 
405   
406          # width 
407          Tkinter.Label(entry_frame,text="Window width (pixels):").grid(row=ef_row,column=0,sticky=Tkinter.E) 
408          self.width = Tkinter.StringVar() 
409          self.width.set("%s"%str(VisionEgg.config.VISIONEGG_SCREEN_W)) 
410          Tkinter.Entry(entry_frame,textvariable=self.width).grid(row=ef_row,column=1,sticky=Tkinter.W) 
411          ef_row += 1 
412   
413          # height 
414          Tkinter.Label(entry_frame,text="Window height (pixels):").grid(row=ef_row,column=0,sticky=Tkinter.E) 
415          self.height = Tkinter.StringVar() 
416          self.height.set("%s"%str(VisionEgg.config.VISIONEGG_SCREEN_H)) 
417          Tkinter.Entry(entry_frame,textvariable=self.height).grid(row=ef_row,column=1,sticky=Tkinter.W) 
418          ef_row += 1 
419   
420          # color depth 
421          Tkinter.Label(entry_frame,text="Requested total color depth (bits per pixel):").grid(row=ef_row,column=0,sticky=Tkinter.E) 
422          self.color_depth = Tkinter.StringVar() 
423          self.color_depth.set(str(VisionEgg.config.VISIONEGG_PREFERRED_BPP)) 
424          Tkinter.Entry(entry_frame,textvariable=self.color_depth).grid(row=ef_row,column=1,sticky=Tkinter.W) 
425          ef_row += 1 
426   
427          # red depth 
428          Tkinter.Label(entry_frame,text="Requested red bits per pixel:").grid(row=ef_row,column=0,sticky=Tkinter.E) 
429          self.red_depth = Tkinter.StringVar() 
430          self.red_depth.set(str(VisionEgg.config.VISIONEGG_REQUEST_RED_BITS)) 
431          Tkinter.Entry(entry_frame,textvariable=self.red_depth).grid(row=ef_row,column=1,sticky=Tkinter.W) 
432          ef_row += 1 
433   
434          # green depth 
435          Tkinter.Label(entry_frame,text="Requested green bits per pixel:").grid(row=ef_row,column=0,sticky=Tkinter.E) 
436          self.green_depth = Tkinter.StringVar() 
437          self.green_depth.set(str(VisionEgg.config.VISIONEGG_REQUEST_GREEN_BITS)) 
438          Tkinter.Entry(entry_frame,textvariable=self.green_depth).grid(row=ef_row,column=1,sticky=Tkinter.W) 
439          ef_row += 1 
440   
441          # blue depth 
442          Tkinter.Label(entry_frame,text="Requested blue bits per pixel:").grid(row=ef_row,column=0,sticky=Tkinter.E) 
443          self.blue_depth = Tkinter.StringVar() 
444          self.blue_depth.set(str(VisionEgg.config.VISIONEGG_REQUEST_BLUE_BITS)) 
445          Tkinter.Entry(entry_frame,textvariable=self.blue_depth).grid(row=ef_row,column=1,sticky=Tkinter.W) 
446          ef_row += 1 
447   
448          # alpha depth 
449          Tkinter.Label(entry_frame,text="Requested alpha bits per pixel:").grid(row=ef_row,column=0,sticky=Tkinter.E) 
450          self.alpha_depth = Tkinter.StringVar() 
451          self.alpha_depth.set(str(VisionEgg.config.VISIONEGG_REQUEST_ALPHA_BITS)) 
452          Tkinter.Entry(entry_frame,textvariable=self.alpha_depth).grid(row=ef_row,column=1,sticky=Tkinter.W) 
453          ef_row += 1 
454   
455          ################## end entry_frame ################### 
456   
457          ################## gamma_frame ################### 
458   
459          # gamma stuff 
460          row += 1 
461          gamma_frame = Tkinter.Frame(self) 
462          gamma_frame.grid(row=row,columnspan=2,sticky="we") 
463          self.gamma_source = Tkinter.StringVar() 
464          self.gamma_source.set(str(VisionEgg.config.VISIONEGG_GAMMA_SOURCE).lower()) # can be 'none', 'invert', or 'file' 
465          Tkinter.Label(gamma_frame, 
466                        text="Gamma:").grid(row=0,column=0) 
467          Tkinter.Radiobutton(gamma_frame, 
468                              text="Native", 
469                              value="none", 
470                              variable = self.gamma_source).grid(row=0,column=1,padx=1) 
471          Tkinter.Radiobutton(gamma_frame, 
472                              text="Quick", 
473                              value="invert", 
474                              variable = self.gamma_source).grid(row=0,column=2) 
475          Tkinter.Label(gamma_frame, 
476                        text="R:").grid(row=0,column=3) 
477          self.gamma_invert_red = Tkinter.DoubleVar() 
478          self.gamma_invert_red.set( VisionEgg.config.VISIONEGG_GAMMA_INVERT_RED ) 
479          Tkinter.Entry(gamma_frame, 
480                        textvariable=self.gamma_invert_red, 
481                        width=3).grid(row=0,column=4) 
482          Tkinter.Label(gamma_frame, 
483                        text="G:").grid(row=0,column=5) 
484          self.gamma_invert_green = Tkinter.DoubleVar() 
485          self.gamma_invert_green.set( VisionEgg.config.VISIONEGG_GAMMA_INVERT_GREEN ) 
486          Tkinter.Entry(gamma_frame, 
487                        textvariable=self.gamma_invert_green, 
488                        width=3).grid(row=0,column=6) 
489          Tkinter.Label(gamma_frame, 
490                        text="B:").grid(row=0,column=7) 
491          self.gamma_invert_blue = Tkinter.DoubleVar() 
492          self.gamma_invert_blue.set( VisionEgg.config.VISIONEGG_GAMMA_INVERT_BLUE ) 
493          Tkinter.Entry(gamma_frame, 
494                        textvariable=self.gamma_invert_blue, 
495                        width=3).grid(row=0,column=8) 
496          Tkinter.Radiobutton(gamma_frame, 
497                              text="Custom:", 
498                              value="file", 
499                              variable = self.gamma_source).grid(row=0,column=9) 
500          self.gamma_file = Tkinter.StringVar() 
501          if os.path.isfile(VisionEgg.config.VISIONEGG_GAMMA_FILE): 
502              self.gamma_file.set( VisionEgg.config.VISIONEGG_GAMMA_FILE ) 
503          else: 
504              self.gamma_file.set("") 
505          Tkinter.Entry(gamma_frame, 
506                        textvariable=self.gamma_file, 
507                        width=15).grid(row=0,column=10) 
508          Tkinter.Button(gamma_frame, 
509                         command=self.set_gamma_file, 
510                         text="Set...").grid(row=0,column=11) 
511   
512          ################## end gamma_frame ################### 
513   
514          row += 1 
515          bf = Tkinter.Frame(self) 
516          bf.grid(row=row,columnspan=2,sticky=Tkinter.W+Tkinter.E) 
517   
518          # Save settings to config file 
519          b = Tkinter.Button(bf,text="Save current settings to config file",command=self.save) 
520          b.grid(row=0,column=0,padx=20) 
521          b.bind('<Return>',self.start) 
522   
523          # Start button 
524          b2 = Tkinter.Button(bf,text="ok",command=self.start) 
525          b2.grid(row=0,column=1,padx=20) 
526          b2.focus_force() 
527          b2.bind('<Return>',self.start) 
528   
529          # Raise our application on darwin 
530          if sys.platform == 'darwin': 
531              try: 
532                  # from Jack Jansen email 20 April 2003 
533                  # WMAvailable() returns true if you can use the window 
534                  # manager, and as a side #effect it raises the 
535                  # application to the foreground. 
536                  import MacOS 
537                  if not MacOS.WMAvailable(): 
538                      raise "Cannot reach the window manager" 
539              except: 
540                  pass 

541   

542 -    def set_gamma_file(self,dummy_arg=None): 

543          filename = tkFileDialog.askopenfilename( 
544              parent=self, 
545              defaultextension=".ve_gamma", 
546              filetypes=[('Configuration file','*.ve_gamma')], 
547              initialdir=VisionEgg.config.VISIONEGG_USER_DIR) 
548          if not filename: 
549              return 
550          self.gamma_file.set(filename) 

551   

552 -    def format_string(self,in_str): 

553          # This probably a slow way to do things, but it works! 
554          min_line_length = 60 
555          in_list = in_str.split() 
556          out_str = "" 
557          cur_line = "" 
558          for word in in_list: 
559              cur_line = cur_line + word + " " 
560              if len(cur_line) > min_line_length: 
561                  out_str = out_str + cur_line[:-1] + "\n" 
562                  cur_line = "    " 
563          out_str = out_str + cur_line + "\n" 
564          return out_str 

565   

566 -    def darwin_maxpriority_tune(self): 

567          class DarwinFineTuneDialog(ToplevelDialog): 
568              def __init__(self,parent,**cnf): 
569                  # Bugs in Tk 8.4a4 for Darwin seem to prevent use of "grid" in this dialog 
570                  ToplevelDialog.__init__(self,**cnf) 
571                  self.title("Fine tune maximum priority") 
572                  f = Tkinter.Frame(self) 
573                  f.pack(expand=1,fill=Tkinter.BOTH,ipadx=2,ipady=2) 
574                  row = 0 
575                  Tkinter.Label(f, 
576                                text=parent.format_string( 
577   
578                      """This information is used by the Vision Egg when 
579                      in "maximum priority" mode.  These values fine 
580                      tune this behavior on the Mac OS X ("darwin") 
581                      platform. For conventional priority, the valid 
582                      values range from -20 (highest priority) to 20 
583                      (worst priority).  In the realtime settings, the 
584                      numerical values represent a fraction of the total 
585                      cycles available on the computer. For more 
586                      information, please refer to 
587                      http://developer.apple.com/ techpubs/ macosx/ 
588                      Darwin/ General/ KernelProgramming/ scheduler/ 
589                      Using_Mach__pplications.html Hint: Try the 
590                      realtime task method with the framerate as the 
591                      denominator.  """ 
592   
593                      )).grid(row=row,columnspan=4,column=0) 
594                  row = 1 
595  #                Tkinter.Checkbutton(f,text="Use conventional priority",variable=parent.darwin_conventional).grid(row=row,column=0,columnspan=4) 
596                  row = 2 
597  #                Tkinter.Label(f,text="Conventional priority settings").grid(row=row,column=0,columnspan=2) 
598                  Tkinter.Radiobutton(f, 
599                                text="Conventional priority method", 
600                                variable=parent.darwin_conventional, 
601                                value=1).grid(row=row,column=0,columnspan=2) 
602                  row += 1 
603                  Tkinter.Label(f,text="Priority").grid(row=row,column=0,sticky=Tkinter.E) 
604                  Tkinter.Entry(f,textvariable=parent.darwin_priority).grid(row=row,column=1,sticky=Tkinter.W) 
605                  row = 2 
606                  Tkinter.Radiobutton(f, 
607                                text="Realtime task method", 
608                                variable=parent.darwin_conventional, 
609                                value=0).grid(row=row,column=2,columnspan=2) 
610  #                Tkinter.Label(f,text="Realtime settings").grid(row=row,column=2,columnspan=2) 
611                  row += 1 
612                  Tkinter.Label(f,text="Realtime period denominator").grid(row=row,column=2,sticky=Tkinter.E) 
613                  Tkinter.Entry(f,textvariable=parent.darwin_realtime_period_denom).grid(row=row,column=3,sticky=Tkinter.W) 
614                  row += 1 
615                  Tkinter.Label(f,text="Realtime computation denominator").grid(row=row,column=2,sticky=Tkinter.E) 
616                  Tkinter.Entry(f,textvariable=parent.darwin_realtime_computation_denom).grid(row=row,column=3,sticky=Tkinter.W) 
617                  row += 1 
618                  Tkinter.Label(f,text="Realtime constraint denominator").grid(row=row,column=2,sticky=Tkinter.E) 
619                  Tkinter.Entry(f,textvariable=parent.darwin_realtime_constraint_denom).grid(row=row,column=3,sticky=Tkinter.W) 
620                  row += 1 
621                  Tkinter.Checkbutton(f,text="Do not preempt",variable=parent.darwin_realtime_preemptible).grid(row=row,column=2,columnspan=2) 
622                  row += 1 
623                  Tkinter.Button(f, text="ok",command=self.ok).grid(row=row,column=0,columnspan=4) 
624                  self.wait_window(self) 

625   
626              def ok(self): 
627                  self.destroy() 

628   
629          DarwinFineTuneDialog(parent=self) 
630   

631 -    def _set_config_values(self): 

632          VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ = float(self.frame_rate.get()) 
633          VisionEgg.config.VISIONEGG_FULLSCREEN = self.fullscreen.get() 
634          VisionEgg.config.VISIONEGG_GAMMA_SOURCE = self.gamma_source.get() 
635          VisionEgg.config.VISIONEGG_GAMMA_INVERT_RED = self.gamma_invert_red.get() 
636          VisionEgg.config.VISIONEGG_GAMMA_INVERT_GREEN = self.gamma_invert_green.get() 
637          VisionEgg.config.VISIONEGG_GAMMA_INVERT_BLUE = self.gamma_invert_blue.get() 
638          VisionEgg.config.VISIONEGG_GAMMA_FILE = self.gamma_file.get() 
639          VisionEgg.config.VISIONEGG_MAXPRIORITY = self.maxpriority.get() 
640          VisionEgg.config.VISIONEGG_SYNC_SWAP = self.sync_swap.get() 
641          VisionEgg.config.VISIONEGG_FRAMELESS_WINDOW = self.frameless.get() 
642          VisionEgg.config.VISIONEGG_HIDE_MOUSE = not self.mouse_visible.get() 
643          VisionEgg.config.VISIONEGG_REQUEST_STEREO = self.stereo.get() 
644          VisionEgg.config.VISIONEGG_SCREEN_W = int(self.width.get()) 
645          VisionEgg.config.VISIONEGG_SCREEN_H = int(self.height.get()) 
646          VisionEgg.config.VISIONEGG_PREFERRED_BPP = int(self.color_depth.get()) 
647          VisionEgg.config.VISIONEGG_REQUEST_RED_BITS = int(self.red_depth.get()) 
648          VisionEgg.config.VISIONEGG_REQUEST_GREEN_BITS = int(self.green_depth.get()) 
649          VisionEgg.config.VISIONEGG_REQUEST_BLUE_BITS = int(self.blue_depth.get()) 
650          VisionEgg.config.VISIONEGG_REQUEST_ALPHA_BITS = int(self.alpha_depth.get()) 
651   
652          if sys.platform=='darwin': 
653              # Only used on darwin platform 
654              VisionEgg.config.VISIONEGG_DARWIN_MAXPRIORITY_CONVENTIONAL_NOT_REALTIME = self.darwin_conventional.get() 
655              VisionEgg.config.VISIONEGG_DARWIN_CONVENTIONAL_PRIORITY = int(self.darwin_priority.get()) 
656              VisionEgg.config.VISIONEGG_DARWIN_REALTIME_PERIOD_DENOM = int(self.darwin_realtime_period_denom.get()) 
657              VisionEgg.config.VISIONEGG_DARWIN_REALTIME_COMPUTATION_DENOM = int(self.darwin_realtime_computation_denom.get()) 
658              VisionEgg.config.VISIONEGG_DARWIN_REALTIME_CONSTRAINT_DENOM = int(self.darwin_realtime_constraint_denom.get()) 
659              VisionEgg.config.VISIONEGG_DARWIN_REALTIME_PREEMPTIBLE = int(not self.darwin_realtime_preemptible.get()) 
660   
661          if self.show_synclync_option: 
662              VisionEgg.config.SYNCLYNC_PRESENT = self.synclync_present.get() 

663   

664 -    def save(self,dummy_arg=None): 

665          self._set_config_values() 
666          try: 
667              VisionEgg.Configuration.save_settings() 
668          except IOError, x: 
669              try: 
670                  import tkMessageBox 
671                  if str(x).find('Permission denied') != -1: 
672                      tkMessageBox.showerror(title="Permission denied", 
673                                             message="Permission denied when trying to save settings.\n\nTry making a copy of the config file in the Vision Egg user directory %s and making sure you have write permission."%(os.path.abspath(VisionEgg.config.VISIONEGG_USER_DIR),)) 
674              except: 
675                  raise x 

676   

677 -    def start(self,dummy_arg=None): 

678          self.clicked_ok = 1 
679          self._set_config_values() 
680          for child in self.children.values(): 
681              child.destroy() 
682          Tkinter.Tk.destroy(self.master) # OK, now close myself 

683   

684 -class InfoFrame(Tkinter.Frame): 

685 -    def __init__(self,master=None,**cnf): 

686          VisionEgg.config._Tkinter_used = True 
687          Tkinter.Frame.__init__(self,master,**cnf) 
688   
689          Tkinter.Label(self,text="Vision Egg information:").pack() 
690          self.sub_frame = Tkinter.Frame(self,relief=Tkinter.GROOVE) 
691          self.sub_frame.pack() 
692          self.update() 

693   

694 -    def update(self): 

695          for child in self.sub_frame.children.values(): 
696              child.destroy() 
697          if VisionEgg.config.VISIONEGG_FULLSCREEN: 
698              Tkinter.Label(self.sub_frame,text="fullscreen mode").pack() 
699          else: 
700              Tkinter.Label(self.sub_frame,text="window mode").pack() 

701  ##        if VisionEgg.config.VISIONEGG_TEXTURE_COMPRESSION: 
702  ##            Tkinter.Label(self.sub_frame,text="Texture compression on").pack() 
703  ##        else: 
704  ##            Tkinter.Label(self.sub_frame,text="Texture compression off").pack() 
705   
706          #Tkinter.Button(self.sub_frame,text="Update information",command=self.update).pack() 
707   

708 -class ToplevelDialog(Tkinter.Toplevel): 

709      """Base class for a dialog that runs on the top level.""" 

710 -    def __init__(self,**kw): 

711          VisionEgg.config._Tkinter_used = True 
712          Tkinter.Toplevel.__init__(self,**kw) 
713          self.transient(self) 

714   

715 -    def destroy(self): 

716          Tkinter.Toplevel.destroy(self) 

717   

718 -class GetKeypressDialog(ToplevelDialog): 

719      """Open a dialog box which returns when a valid key is pressed. 
720   
721      Arguments are: 
722      master - a Tkinter widget (defaults to None) 
723      title - a string for the title bar of the widget 
724      text - a string to display as the text in the body of the dialog 
725      key_list - a list of acceptable keys, e.g. ['q','1','2','<Return>'] 
726   
727      The following example will print whatever character was pressed: 
728      d = GetKeypressDialog(key_list=['q','1','2','<Return>','<Escape>']) 
729      print d.result 
730   
731      The implementation is somewhat obscure because a new Tk/Tcl 
732      interpreter may be created if this Dialog is called with no 
733      master widget.""" 

734 -    def __init__(self, 
735                   title="Press a key", 
736                   text="Press a key", 
737                   key_list=[], 
738                   **kw): 

739   
740          ToplevelDialog.__init__(self,**kw) 
741          self.title(title) 
742          self.result = None 
743   
744          # The dialog box body 
745          Tkinter.Label(self.frame, text=text).pack() 
746   
747          for key in key_list: 
748              self.bind(key,self.keypress) 
749          self.wait_window(self) 

750   

751 -    def keypress(self,tkinter_event): 

752          self.result = tkinter_event.keysym 
753          self.destroy() 

754

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.GUI.AppWindow-class.html0000644000076500000240000001403011224565530024556 0ustar astrawstaff VisionEgg.GUI.AppWindow
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module GUI :: Class AppWindow
[frames] | no frames]

Class AppWindow

source code

??-106 --+
         |
        AppWindow

A GUI Window that can be subclassed for a main application window


Instance Methods
 
__init__(self, master=None, idle_func=lambda: None, **cnf) source code
 
idle(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.GUI.GetKeypressDialog-class.html0000644000076500000240000002130411224565530026235 0ustar astrawstaff VisionEgg.GUI.GetKeypressDialog
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module GUI :: Class GetKeypressDialog
[frames] | no frames]

Class GetKeypressDialog

source code

    ??-109 --+    
             |    
ToplevelDialog --+
                 |
                GetKeypressDialog

Open a dialog box which returns when a valid key is pressed.

Arguments are:
master - a Tkinter widget (defaults to None)
title - a string for the title bar of the widget
text - a string to display as the text in the body of the dialog
key_list - a list of acceptable keys, e.g. ['q','1','2','<Return>']

The following example will print whatever character was pressed:
d = GetKeypressDialog(key_list=['q','1','2','<Return>','<Escape>'])
print d.result

The implementation is somewhat obscure because a new Tk/Tcl
interpreter may be created if this Dialog is called with no
master widget.


Instance Methods
 
__init__(self, title="Press a key", text="Press a key", key_list=[], **kw) source code
 
keypress(self, tkinter_event) source code

Inherited from ToplevelDialog: destroy

Method Details

__init__(self, title="Press a key", text="Press a key", key_list=[], **kw)
(Constructor)

source code 
Overrides: ToplevelDialog.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.GUI.GraphicsConfigurationWindow-class.html0000644000076500000240000002177211224565530030341 0ustar astrawstaff VisionEgg.GUI.GraphicsConfigurationWindow
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module GUI :: Class GraphicsConfigurationWindow
[frames] | no frames]

Class GraphicsConfigurationWindow

source code

??-105 --+
         |
        GraphicsConfigurationWindow

Graphics Configuration Window


Instance Methods
 
__init__(self, master=None, **cnf) source code
 
set_gamma_file(self, dummy_arg=None) source code
 
format_string(self, in_str) source code
 
darwin_maxpriority_tune(self) source code
 
save(self, dummy_arg=None) source code
 
start(self, dummy_arg=None) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.GUI.InfoFrame-class.html0000644000076500000240000001347611224565530024531 0ustar astrawstaff VisionEgg.GUI.InfoFrame
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module GUI :: Class InfoFrame
[frames] | no frames]

Class InfoFrame

source code

??-107 --+
         |
        InfoFrame
Instance Methods
 
__init__(self, master=None, **cnf) source code
 
update(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.GUI.ProgressBar-class.html0000644000076500000240000001775611224565530025121 0ustar astrawstaff VisionEgg.GUI.ProgressBar
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module GUI :: Class ProgressBar
[frames] | no frames]

Class ProgressBar

source code

??-110 --+
         |
        ProgressBar
Instance Methods
 
__init__(self, master=None, orientation="horizontal", min=0, max=100, width=100, height=18, doLabel=1, fillColor="LightSteelBlue1", background="gray", labelColor="black", labelFont="Helvetica", labelText="", labelFormat="%d%%", value=50, **cnf) source code
 
updateProgress(self, newValue, newMax=None) source code
 
update(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.GUI.ToplevelDialog-class.html0000644000076500000240000001355111224565530025567 0ustar astrawstaff VisionEgg.GUI.ToplevelDialog
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module GUI :: Class ToplevelDialog
[frames] | no frames]

Class ToplevelDialog

source code

??-109 --+
         |
        ToplevelDialog

Base class for a dialog that runs on the top level.


Instance Methods
 
__init__(self, **kw) source code
 
destroy(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.MoreStimuli-module.html0000644000076500000240000001301211224565530024653 0ustar astrawstaff VisionEgg.MoreStimuli
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module MoreStimuli
[frames] | no frames]

Module MoreStimuli

source code


Assorted stimuli.


Classes
  Target2D
Rectanglular stimulus.
  Rectangle3D
Solid color rectangle positioned explicitly by four vertices.
  Arrow
Arrow stimulus.
  FilledCircle
A circular stimulus, typically used as a fixation point.
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.MoreStimuli-pysrc.html0000644000076500000240000063162711224565530024550 0ustar astrawstaff VisionEgg.MoreStimuli
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module MoreStimuli
[frames] | no frames]

Source Code for Module VisionEgg.MoreStimuli

  1  # The Vision Egg: MoreStimuli 
  2  # 
  3  # Copyright (C) 2001-2003 Andrew Straw. 
  4  #           (C) 2005 by Hertie Institute for Clinical Brain Research, 
  5  #            Department of Cognitive Neurology, University of Tuebingen 
  6  #           (C) 2005,2008 California Institute of Technology 
  7  #           (C) 2006 Peter Jurica and Gijs Plomp 
  8  # 
  9  # URL: http://www.visionegg.org 
 10  # 
 11  # Distributed under the terms of the GNU Lesser General Public License 
 12  # (LGPL). See LICENSE.TXT that came with this file. 
 13   
 14  """ 
 15  Assorted stimuli. 
 16   
 17  """ 
 18   
 19  #################################################################### 
 20  # 
 21  #        Import all the necessary packages 
 22  # 
 23  #################################################################### 
 24   
 25  import logging 
 26   
 27  import VisionEgg 
 28  import VisionEgg.Core 
 29  import VisionEgg.ParameterTypes as ve_types 
 30   
 31  import numpy.oldnumeric as Numeric 
 32   
 33  import math 
 34   
 35  import VisionEgg.GL as gl # get all OpenGL stuff in one namespace 
 36   

 37 -class Target2D(VisionEgg.Core.Stimulus): 

 38      """Rectanglular stimulus. 
 39   
 40      Parameters 
 41      ========== 
 42      anchor        -- specifies how position parameter is interpreted (String) 
 43                       Default: center 
 44      anti_aliasing -- (Boolean) 
 45                       Default: True 
 46      center        -- DEPRECATED: don't use (Sequence2 of Real) 
 47                       Default: (determined at runtime) 
 48      color         -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
 49                       Default: (1.0, 1.0, 1.0) 
 50      on            -- draw stimulus? (Boolean) (Boolean) 
 51                       Default: True 
 52      orientation   -- (Real) 
 53                       Default: 0.0 
 54      position      -- units: eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real)) 
 55                       Default: (320.0, 240.0) 
 56      size          -- units: eye coordinates (Sequence2 of Real) 
 57                       Default: (64.0, 16.0) 
 58      """ 
 59   
 60      parameters_and_defaults = { 
 61          'on':(True, 
 62                ve_types.Boolean, 
 63                "draw stimulus? (Boolean)"), 
 64          'color':((1.0,1.0,1.0), 
 65                   ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
 66                                  ve_types.Sequence4(ve_types.Real))), 
 67          'anti_aliasing':(True, 
 68                           ve_types.Boolean), 
 69          'orientation':(0.0, 
 70                         ve_types.Real), 
 71          'position' : ( ( 320.0, 240.0 ), 
 72                         ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), 
 73                                        ve_types.Sequence3(ve_types.Real), 
 74                                        ve_types.Sequence4(ve_types.Real)), 
 75                         "units: eye coordinates"), 
 76          'anchor' : ('center', 
 77                      ve_types.String, 
 78                      "specifies how position parameter is interpreted"), 
 79          'size':((64.0,16.0), 
 80                  ve_types.Sequence2(ve_types.Real), 
 81                  "units: eye coordinates"), 
 82          'center' : (None, 
 83                      ve_types.Sequence2(ve_types.Real), 
 84                      "DEPRECATED: don't use"), 
 85          } 
 86   
 87      __slots__ = ( 
 88          '_gave_alpha_warning', 
 89          ) 
 90   

 91 -    def __init__(self,**kw): 

 92          VisionEgg.Core.Stimulus.__init__(self,**kw) 
 93          self._gave_alpha_warning = 0 

 94   

 95 -    def draw(self): 

 96          p = self.parameters # shorthand 
 97          if p.center is not None: 
 98              if not hasattr(VisionEgg.config,"_GAVE_CENTER_DEPRECATION"): 
 99                  logger = logging.getLogger('VisionEgg.MoreStimuli') 
100                  logger.warning("Specifying Target2D by deprecated " 
101                                 "'center' parameter deprecated.  Use " 
102                                 "'position' parameter instead.  (Allows " 
103                                 "use of 'anchor' parameter to set to " 
104                                 "other values.)") 
105                  VisionEgg.config._GAVE_CENTER_DEPRECATION = 1 
106              p.anchor = 'center' 
107              p.position = p.center[0], p.center[1] # copy values (don't copy ref to tuple) 
108          if p.on: 
109              # calculate center 
110              center = VisionEgg._get_center(p.position,p.anchor,p.size) 
111              gl.glMatrixMode(gl.GL_MODELVIEW) 
112              gl.glPushMatrix() 
113              gl.glTranslate(center[0],center[1],0.0) 
114              gl.glRotate(p.orientation,0.0,0.0,1.0) 
115   
116              if len(p.color)==3: 
117                  gl.glColor3f(*p.color) 
118              elif len(p.color)==4: 
119                  gl.glColor4f(*p.color) 
120              gl.glDisable(gl.GL_DEPTH_TEST) 
121              gl.glDisable(gl.GL_TEXTURE_2D) 
122              gl.glBlendFunc(gl.GL_SRC_ALPHA,gl.GL_ONE_MINUS_SRC_ALPHA) 
123              gl.glEnable(gl.GL_BLEND) 
124   
125              w = p.size[0]/2.0 
126              h = p.size[1]/2.0 
127   
128              gl.glBegin(gl.GL_QUADS) 
129              gl.glVertex3f(-w,-h, 0.0) 
130              gl.glVertex3f( w,-h, 0.0) 
131              gl.glVertex3f( w, h, 0.0) 
132              gl.glVertex3f(-w, h, 0.0) 
133              gl.glEnd() # GL_QUADS 
134   
135              if p.anti_aliasing: 
136                  if not self._gave_alpha_warning: 
137                      if len(p.color) > 3 and p.color[3] != 1.0: 
138                          logger = logging.getLogger('VisionEgg.MoreStimuli') 
139                          logger.warning("The parameter anti_aliasing is " 
140                                         "set to true in the Target2D " 
141                                         "stimulus class, but the color " 
142                                         "parameter specifies an alpha " 
143                                         "value other than 1.0.  To " 
144                                         "acheive anti-aliasing, ensure " 
145                                         "that the alpha value for the " 
146                                         "color parameter is 1.0.") 
147                          self._gave_alpha_warning = 1 
148   
149                  # We've already drawn a filled polygon (aliased), now 
150                  # redraw the outline of the polygon (with 
151                  # anti-aliasing).  (Using GL_POLYGON_SMOOTH results in 
152                  # artifactual lines where triangles were joined to 
153                  # create quad, at least on some OpenGL 
154                  # implementations.) 
155   
156                  # Calculate coverage value for each pixel of outline 
157                  # and store as alpha 
158                  gl.glEnable(gl.GL_LINE_SMOOTH) 
159                  # Now specify how to use the alpha value 
160                  gl.glBlendFunc(gl.GL_SRC_ALPHA,gl.GL_ONE_MINUS_SRC_ALPHA) 
161                  gl.glEnable(gl.GL_BLEND) 
162   
163                  # Draw a second polygon in line mode, so the edges are anti-aliased 
164                  gl.glPolygonMode(gl.GL_FRONT_AND_BACK,gl.GL_LINE) 
165                  gl.glBegin(gl.GL_QUADS) 
166                  gl.glVertex3f(-w,-h, 0.0); 
167                  gl.glVertex3f( w,-h, 0.0); 
168                  gl.glVertex3f( w, h, 0.0); 
169                  gl.glVertex3f(-w, h, 0.0); 
170                  gl.glEnd() # GL_QUADS 
171   
172                  # Set the polygon mode back to fill mode 
173                  gl.glPolygonMode(gl.GL_FRONT_AND_BACK,gl.GL_FILL) 
174                  gl.glDisable(gl.GL_LINE_SMOOTH) 
175              gl.glPopMatrix() 

176   

177 -class Rectangle3D(VisionEgg.Core.Stimulus): 

178      """Solid color rectangle positioned explicitly by four vertices. 
179   
180      Parameters 
181      ========== 
182      color   -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
183                 Default: (1.0, 1.0, 1.0, 1.0) 
184      on      -- (Boolean) 
185                 Default: True 
186      vertex1 -- units: eye coordinates (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
187                 Default: (-10.0, 0.0, -10.0) 
188      vertex2 -- units: eye coordinates (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
189                 Default: (-10.0, 0.0, 10.0) 
190      vertex3 -- units: eye coordinates (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
191                 Default: (10.0, 0.0, 10.0) 
192      vertex4 -- units: eye coordinates (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
193                 Default: (10.0, 0.0, -10.0) 
194      """ 
195   
196      parameters_and_defaults = { 
197          'on':(True, 
198                ve_types.Boolean), 
199          'color':((1.0,1.0,1.0,1.0), 
200                   ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
201                                  ve_types.Sequence4(ve_types.Real))), 
202          'vertex1':(( -10.0, 0.0, -10.0), 
203                     ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
204                                    ve_types.Sequence4(ve_types.Real)), 
205                   "units: eye coordinates"), 
206          'vertex2':(( -10.0, 0.0,  10.0), 
207                     ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
208                                    ve_types.Sequence4(ve_types.Real)), 
209                   "units: eye coordinates"), 
210          'vertex3':((  10.0, 0.0,  10.0), 
211                     ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
212                                    ve_types.Sequence4(ve_types.Real)), 
213                   "units: eye coordinates"), 
214          'vertex4':((  10.0, 0.0, -10.0), 
215                     ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
216                                    ve_types.Sequence4(ve_types.Real)), 
217                   "units: eye coordinates"), 
218          } 
219   

220 -    def __init__(self,**kw): 

221          VisionEgg.Core.Stimulus.__init__(self,**kw) 

222   

223 -    def draw(self): 

224          p = self.parameters # shorthand 
225          if p.on: 
226              if len(p.color)==3: 
227                  gl.glColor3f(*p.color) 
228              elif len(p.color)==4: 
229                  gl.glColor4f(*p.color) 
230   
231              gl.glDisable(gl.GL_TEXTURE_2D) 
232              gl.glDisable(gl.GL_DEPTH_TEST) 
233              gl.glDisable(gl.GL_BLEND) 
234   
235              gl.glBegin(gl.GL_QUADS) 
236              gl.glVertex(*p.vertex1) 
237              gl.glVertex(*p.vertex2) 
238              gl.glVertex(*p.vertex3) 
239              gl.glVertex(*p.vertex4) 
240              gl.glEnd() # GL_QUADS 
241   
242              gl.glDisable(gl.GL_TEXTURE_2D) 
243              gl.glDisable(gl.GL_BLEND) 
244   
245              gl.glBegin(gl.GL_QUADS) 
246              gl.glVertex(*p.vertex1) 
247              gl.glVertex(*p.vertex2) 
248              gl.glVertex(*p.vertex3) 
249              gl.glVertex(*p.vertex4) 
250              gl.glEnd() # GL_QUADS 

251   

252 -class Arrow(VisionEgg.Core.Stimulus): 

253      """Arrow stimulus. 
254   
255      Parameters 
256      ========== 
257      anchor        -- (String) 
258                       Default: center 
259      anti_aliasing -- (Boolean) 
260                       Default: True 
261      color         -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
262                       Default: (1.0, 1.0, 1.0) 
263      on            -- (Boolean) 
264                       Default: True 
265      orientation   -- (Real) 
266                       Default: 0.0 
267      position      -- units: eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real)) 
268                       Default: (320.0, 240.0) 
269      size          -- (Sequence2 of Real) 
270                       Default: (64.0, 16.0) 
271      """ 
272   
273      parameters_and_defaults = { 
274          'on':(True, 
275                ve_types.Boolean), 
276          'color':((1.0,1.0,1.0), 
277                   ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
278                                  ve_types.Sequence4(ve_types.Real))), 
279          'anti_aliasing':(True, 
280                           ve_types.Boolean), 
281          'orientation':(0.0, # 0.0 degrees = right, 90.0 degrees = up 
282                         ve_types.Real), 
283          'position' : ( ( 320.0, 240.0 ), # In eye coordinates 
284                         ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), 
285                                        ve_types.Sequence3(ve_types.Real), 
286                                        ve_types.Sequence4(ve_types.Real)), 
287                         "units: eye coordinates"), 
288          'anchor' : ('center', 
289                      ve_types.String), 
290          'size':((64.0,16.0), # In eye coordinates 
291                  ve_types.Sequence2(ve_types.Real)), 
292          } 
293   
294      __slots__ = VisionEgg.Core.Stimulus.__slots__ + ( 
295          '_gave_alpha_warning', 
296          ) 
297   

298 -    def __init__(self,**kw): 

299          VisionEgg.Core.Stimulus.__init__(self,**kw) 
300          self._gave_alpha_warning = 0 

301   

302 -    def draw(self): 

303          p = self.parameters # Shorthand 
304          if p.on: 
305              # Calculate center 
306              center = VisionEgg._get_center(p.position,p.anchor,p.size) 
307              gl.glMatrixMode(gl.GL_MODELVIEW) 
308              gl.glPushMatrix() 
309              gl.glTranslate(center[0],center[1],0.0) 
310              gl.glRotate(-p.orientation,0.0,0.0,1.0) 
311   
312              if len(p.color)==3: 
313                  gl.glColor3f(*p.color) 
314              elif len(p.color)==4: 
315                  gl.glColor4f(*p.color) 
316              gl.glDisable(gl.GL_DEPTH_TEST) 
317              gl.glDisable(gl.GL_TEXTURE_2D) 
318              gl.glBlendFunc(gl.GL_SRC_ALPHA,gl.GL_ONE_MINUS_SRC_ALPHA) 
319              gl.glEnable(gl.GL_BLEND) 
320   
321              w = p.size[0]/2.0 
322              h = p.size[1]/2.0 
323   
324              gl.glBegin(gl.GL_QUADS) # Draw Rectangle 
325              gl.glVertex3f( 0.25*w, h, 0.0) 
326              gl.glVertex3f(-w, h, 0.0) 
327              gl.glVertex3f(-w,-h, 0.0) 
328              gl.glVertex3f( 0.25*w, -h, 0.0) 
329              gl.glEnd() # GL_QUADS 
330   
331              gl.glBegin(gl.GL_TRIANGLES) # Draw Triangle 
332              gl.glVertex3f( 1.00*w, 0.0*h, 0.0) # Top 
333              gl.glVertex3f( 0.25*w,-3.0*h, 0.0) 
334              gl.glVertex3f( 0.25*w, 3.0*h, 0.0) 
335              gl.glEnd() # GL_QUADS 
336   
337              if p.anti_aliasing: 
338                  if not self._gave_alpha_warning: 
339                      if len(p.color) > 3 and p.color[3] != 1.0: 
340                          logger = logging.getLogger('VisionEgg.Arrow') 
341                          logger.warning("The parameter anti_aliasing is " 
342                                         "set to true in the Arrow " 
343                                         "stimulus class, but the color " 
344                                         "parameter specifies an alpha " 
345                                         "value other than 1.0.  To " 
346                                         "acheive anti-aliasing, ensure " 
347                                         "that the alpha value for the " 
348                                         "color parameter is 1.0.") 
349                          self._gave_alpha_warning = 1 
350   
351                  # We've already drawn a filled polygon (aliased), now redraw 
352                  # the outline of the polygon (with anti-aliasing). (Using 
353                  # GL_POLYGON_SMOOTH results in artifactual lines where 
354                  # triangles were joined to create quad, at least on some OpenGL 
355                  # implementations.) 
356   
357                  # Calculate coverage value for each pixel of outline 
358                  # and store as alpha 
359                  gl.glEnable(gl.GL_LINE_SMOOTH) 
360                  # Now specify how to use the alpha value 
361                  gl.glBlendFunc(gl.GL_SRC_ALPHA,gl.GL_ONE_MINUS_SRC_ALPHA) 
362                  gl.glEnable(gl.GL_BLEND) 
363   
364                  # Draw a second polygon in line mode, so the edges are anti-aliased 
365                  gl.glPolygonMode(gl.GL_FRONT_AND_BACK,gl.GL_LINE) 
366                  gl.glBegin(gl.GL_QUADS) 
367   
368                  gl.glVertex3f( 0.25*w, h, 0.0) # Draw Rectangle 
369                  gl.glVertex3f(-w, h, 0.0) 
370                  gl.glVertex3f(-w,-h, 0.0) 
371                  gl.glVertex3f( 0.25*w, -h, 0.0) 
372                  gl.glVertex3f( 1.00*w, 0.0*h, 0.0) # Draw Triangle 
373                  gl.glVertex3f( 0.25*w,-3.0*h, 0.0) 
374                  gl.glVertex3f( 0.25*w, 3.0*h, 0.0) 
375                  gl.glEnd() # GL_QUADS 
376   
377                  # Set the polygon mode back to fill mode 
378                  gl.glPolygonMode(gl.GL_FRONT_AND_BACK,gl.GL_FILL) 
379                  gl.glDisable(gl.GL_LINE_SMOOTH) 
380              gl.glPopMatrix() 

381   

382 -class FilledCircle(VisionEgg.Core.Stimulus): 

383      """  A circular stimulus, typically used as a fixation point. 
384   
385      (Note, this implementation almost certainly could be made faster 
386      using display lists.) 
387   
388      Parameters 
389      ========== 
390      anchor        -- how position parameter is used (String) 
391                       Default: center 
392      anti_aliasing -- (Boolean) 
393                       Default: True 
394      color         -- color (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
395                       Default: (1.0, 1.0, 1.0) 
396      num_triangles -- number of triangles used to draw circle (Integer) 
397                       Default: 51 
398      on            -- draw? (Boolean) 
399                       Default: True 
400      position      -- position in eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real)) 
401                       Default: (320.0, 240.0) 
402      radius        -- radius in eye coordinates (Real) 
403                       Default: 2.0 
404      """ 
405   
406      parameters_and_defaults = VisionEgg.ParameterDefinition({ 
407          'on':(True, 
408                ve_types.Boolean, 
409                'draw?'), 
410          'color':((1.0,1.0,1.0), 
411                   ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
412                                  ve_types.Sequence4(ve_types.Real)), 
413                   'color'), 
414          'anti_aliasing':(True, 
415                           ve_types.Boolean), 
416          'position' : ( ( 320.0, 240.0 ), # in eye coordinates 
417                         ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), 
418                                        ve_types.Sequence3(ve_types.Real), 
419                                        ve_types.Sequence4(ve_types.Real)), 
420                         'position in eye coordinates'), 
421          'anchor' : ('center', 
422                      ve_types.String, 
423                      'how position parameter is used'), 
424          'radius':(2.0, 
425                    ve_types.Real, 
426                    'radius in eye coordinates'), 
427          'num_triangles':(51, 
428                           ve_types.Integer, 
429                           'number of triangles used to draw circle'), 
430          }) 
431      __slots__ = VisionEgg.Core.Stimulus.__slots__ + ( 
432          '_gave_alpha_warning', 
433          ) 
434   

435 -    def __init__(self,**kw): 

436          VisionEgg.Core.Stimulus.__init__(self,**kw) 
437          self._gave_alpha_warning = 0 

438   

439 -    def draw(self): 

440          p = self.parameters # shorthand 
441          if p.on: 
442              # calculate center 
443              center = VisionEgg._get_center(p.position,p.anchor,(p.radius, p.radius)) 
444              gl.glDisable(gl.GL_DEPTH_TEST) 
445              gl.glDisable(gl.GL_TEXTURE_2D) 
446              gl.glDisable(gl.GL_BLEND) 
447   
448              if len(p.color)==3: 
449                  gl.glColor3f(*p.color) 
450              elif len(p.color)==4: 
451                  gl.glColor4f(*p.color) 
452   
453            # Build filled circle from points 
454  #           gl.glBegin(gl.GL_POINTS) 
455  #           radius = int(math.ceil(p.radius)) 
456  #           for i in range(-radius, radius): 
457  #               for j in range(-radius, radius): 
458  #                   if(i * i + j * j < radius * radius): 
459  #                       gl.glVertex3f(p.position[0] + i, p.position[1] + j, 0.0) 
460  #           gl.glEnd() # GL_POINTS 
461   
462              # Build filled circle from triangles (this is typically faster 
463              # then the commented code above with the points) 
464              gl.glBegin(gl.GL_TRIANGLE_FAN) 
465              gl.glVertex3f(p.position[0], p.position[1], 0.0) 
466              angles = Numeric.arange(p.num_triangles)/float(p.num_triangles)*2.0*math.pi 
467              verts = Numeric.zeros( (p.num_triangles,2), Numeric.Float ) 
468              verts[:,0] = p.position[0] + p.radius * Numeric.cos(angles) 
469              verts[:,1] = p.position[1] + p.radius * Numeric.sin(angles) 
470              for i in range(verts.shape[0]): 
471                  gl.glVertex2fv(verts[i]) 
472              gl.glVertex2fv(verts[0]) 
473   
474              gl.glEnd() # GL_TRIANGLE_FAN 
475              if p.anti_aliasing: 
476                  if not self._gave_alpha_warning: 
477                      if len(p.color) > 3 and p.color[3] != 1.0: 
478                          logger = logging.getLogger('VisionEgg.Arrow') 
479                          logger.warning("The parameter anti_aliasing is " 
480                                         "set to true in the Arrow " 
481                                         "stimulus class, but the color " 
482                                         "parameter specifies an alpha " 
483                                         "value other than 1.0.  To " 
484                                         "acheive anti-aliasing, ensure " 
485                                         "that the alpha value for the " 
486                                         "color parameter is 1.0.") 
487                          self._gave_alpha_warning = 1 
488   
489                          # We've already drawn a filled polygon (aliased), now redraw 
490                          # the outline of the polygon (with anti-aliasing). (Using 
491                          # GL_POLYGON_SMOOTH results in artifactual lines where 
492                          # triangles were joined to create quad, at least on some OpenGL 
493                          # implementations.) 
494   
495                  # Calculate coverage value for each pixel of outline 
496                  # and store as alpha 
497                  gl.glEnable(gl.GL_LINE_SMOOTH) 
498                  # Now specify how to use the alpha value 
499                  gl.glBlendFunc(gl.GL_SRC_ALPHA,gl.GL_ONE_MINUS_SRC_ALPHA) 
500                  gl.glEnable(gl.GL_BLEND) 
501   
502                  # Draw a second polygon in line mode, so the edges are anti-aliased 
503                  gl.glPolygonMode(gl.GL_FRONT_AND_BACK,gl.GL_LINE) 
504                  gl.glBegin(gl.GL_TRIANGLE_FAN) 
505                  gl.glVertex3f(p.position[0], p.position[1], 0.0) 
506                  angles = Numeric.arange(p.num_triangles)/float(p.num_triangles)*2.0*math.pi 
507                  verts = Numeric.zeros( (p.num_triangles,2), Numeric.Float ) 
508                  verts[:,0] = p.position[0] + p.radius * Numeric.cos(angles) 
509                  verts[:,1] = p.position[1] + p.radius * Numeric.sin(angles) 
510                  for i in range(verts.shape[0]): 
511                      gl.glVertex2fv(verts[i]) 
512                  gl.glVertex2fv(verts[0]) 
513                  gl.glEnd() # GL_TRIANGLE_FAN 
514   
515                  # Set the polygon mode back to fill mode 
516                  gl.glPolygonMode(gl.GL_FRONT_AND_BACK,gl.GL_FILL) 
517                  gl.glDisable(gl.GL_LINE_SMOOTH) 

518

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:48 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.MoreStimuli.Arrow-class.html0000644000076500000240000003452511224565530025600 0ustar astrawstaff VisionEgg.MoreStimuli.Arrow
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module MoreStimuli :: Class Arrow
[frames] | no frames]

Class Arrow

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
          Core.Stimulus --+
                          |
                         Arrow

Arrow stimulus.

Parameters
==========
anchor        -- (String)
                 Default: center
anti_aliasing -- (Boolean)
                 Default: True
color         -- (AnyOf(Sequence3 of Real or Sequence4 of Real))
                 Default: (1.0, 1.0, 1.0)
on            -- (Boolean)
                 Default: True
orientation   -- (Real)
                 Default: 0.0
position      -- units: eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real))
                 Default: (320.0, 240.0)
size          -- (Sequence2 of Real)
                 Default: (64.0, 16.0)


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
draw(self)
Draw the stimulus.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean), 'col...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Core.Stimulus.__init__
(inherited documentation)

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Core.Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean), 'color':((1.0, 1.0, 1.0), ve_types.Any\
Of(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real\
))), 'anti_aliasing':(True, ve_types.Boolean), 'orientation':(0.0, ve_\
types.Real), 'position':((320.0, 240.0), ve_types.AnyOf(ve_types.Seque\
nce2(ve_types.Real), ve_types.Sequence3(ve_types.Real), ve_types.Seque\
nce4(ve_types.Real)), "units: eye coordinates"), 'anchor':('center', v\
e_types.String), 'size':((64.0, 16.0), ve_types.Sequence2(ve_types.Rea\
l)),}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.MoreStimuli.FilledCircle-class.html0000644000076500000240000003556311224565530027032 0ustar astrawstaff VisionEgg.MoreStimuli.FilledCircle
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module MoreStimuli :: Class FilledCircle
[frames] | no frames]

Class FilledCircle

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
          Core.Stimulus --+
                          |
                         FilledCircle

A circular stimulus, typically used as a fixation point.

(Note, this implementation almost certainly could be made faster
using display lists.)

Parameters
==========
anchor        -- how position parameter is used (String)
                 Default: center
anti_aliasing -- (Boolean)
                 Default: True
color         -- color (AnyOf(Sequence3 of Real or Sequence4 of Real))
                 Default: (1.0, 1.0, 1.0)
num_triangles -- number of triangles used to draw circle (Integer)
                 Default: 51
on            -- draw? (Boolean)
                 Default: True
position      -- position in eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real))
                 Default: (320.0, 240.0)
radius        -- radius in eye coordinates (Real)
                 Default: 2.0


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
draw(self)
Draw the stimulus.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = VisionEgg.ParameterDefinition({'on':...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Core.Stimulus.__init__
(inherited documentation)

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Core.Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
VisionEgg.ParameterDefinition({'on':(True, ve_types.Boolean, 'draw?'),\
 'color':((1.0, 1.0, 1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.\
Real), ve_types.Sequence4(ve_types.Real)), 'color'), 'anti_aliasing':(\
True, ve_types.Boolean), 'position':((320.0, 240.0), ve_types.AnyOf(ve\
_types.Sequence2(ve_types.Real), ve_types.Sequence3(ve_types.Real), ve\
_types.Sequence4(ve_types.Real)), 'position in eye coordinates'), 'anc\
hor':('center', ve_types.String, 'how position parameter is used'), 'r\
adius':(2.0, ve_types.Real, 'radius in eye coordinates'), 'num_triangl\
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.MoreStimuli.Rectangle3D-class.html0000644000076500000240000003545311224565530026602 0ustar astrawstaff VisionEgg.MoreStimuli.Rectangle3D
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module MoreStimuli :: Class Rectangle3D
[frames] | no frames]

Class Rectangle3D

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
          Core.Stimulus --+
                          |
                         Rectangle3D

Solid color rectangle positioned explicitly by four vertices.

Parameters
==========
color   -- (AnyOf(Sequence3 of Real or Sequence4 of Real))
           Default: (1.0, 1.0, 1.0, 1.0)
on      -- (Boolean)
           Default: True
vertex1 -- units: eye coordinates (AnyOf(Sequence3 of Real or Sequence4 of Real))
           Default: (-10.0, 0.0, -10.0)
vertex2 -- units: eye coordinates (AnyOf(Sequence3 of Real or Sequence4 of Real))
           Default: (-10.0, 0.0, 10.0)
vertex3 -- units: eye coordinates (AnyOf(Sequence3 of Real or Sequence4 of Real))
           Default: (10.0, 0.0, 10.0)
vertex4 -- units: eye coordinates (AnyOf(Sequence3 of Real or Sequence4 of Real))
           Default: (10.0, 0.0, -10.0)


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
draw(self)
Draw the stimulus.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean), 'col...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Core.Stimulus.__init__
(inherited documentation)

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Core.Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean), 'color':((1.0, 1.0, 1.0, 1.0), ve_type\
s.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types\
.Real))), 'vertex1':((-10.0, 0.0,-10.0), ve_types.AnyOf(ve_types.Seque\
nce3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "units: eye c\
oordinates"), 'vertex2':((-10.0, 0.0, 10.0), ve_types.AnyOf(ve_types.S\
equence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "units: e\
ye coordinates"), 'vertex3':((10.0, 0.0, 10.0), ve_types.AnyOf(ve_type\
s.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "units\
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.MoreStimuli.Target2D-class.html0000644000076500000240000003556511224565530026127 0ustar astrawstaff VisionEgg.MoreStimuli.Target2D
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module MoreStimuli :: Class Target2D
[frames] | no frames]

Class Target2D

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
          Core.Stimulus --+
                          |
                         Target2D

Rectanglular stimulus.

Parameters
==========
anchor        -- specifies how position parameter is interpreted (String)
                 Default: center
anti_aliasing -- (Boolean)
                 Default: True
center        -- DEPRECATED: don't use (Sequence2 of Real)
                 Default: (determined at runtime)
color         -- (AnyOf(Sequence3 of Real or Sequence4 of Real))
                 Default: (1.0, 1.0, 1.0)
on            -- draw stimulus? (Boolean) (Boolean)
                 Default: True
orientation   -- (Real)
                 Default: 0.0
position      -- units: eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real))
                 Default: (320.0, 240.0)
size          -- units: eye coordinates (Sequence2 of Real)
                 Default: (64.0, 16.0)


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
draw(self)
Draw the stimulus.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean, "draw...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Core.Stimulus.__init__
(inherited documentation)

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Core.Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean, "draw stimulus? (Boolean)"), 'color':((\
1.0, 1.0, 1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_t\
ypes.Sequence4(ve_types.Real))), 'anti_aliasing':(True, ve_types.Boole\
an), 'orientation':(0.0, ve_types.Real), 'position':((320.0, 240.0), v\
e_types.AnyOf(ve_types.Sequence2(ve_types.Real), ve_types.Sequence3(ve\
_types.Real), ve_types.Sequence4(ve_types.Real)), "units: eye coordina\
tes"), 'anchor':('center', ve_types.String, "specifies how position pa\
rameter is interpreted"), 'size':((64.0, 16.0), ve_types.Sequence2(ve_\
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterDefinition-class.html0000644000076500000240000001643511224565530026167 0ustar astrawstaff VisionEgg.ParameterDefinition
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Class ParameterDefinition
[frames] | no frames]

Class ParameterDefinition

source code

object --+    
         |    
      dict --+
             |
            ParameterDefinition

Define parameters used in ClassWithParameters


Instance Methods

Inherited from dict: __cmp__, __contains__, __delitem__, __eq__, __ge__, __getattribute__, __getitem__, __gt__, __hash__, __init__, __iter__, __le__, __len__, __lt__, __ne__, __new__, __repr__, __setitem__, clear, copy, fromkeys, get, has_key, items, iteritems, iterkeys, itervalues, keys, pop, popitem, setdefault, update, values

Inherited from object: __delattr__, __reduce__, __reduce_ex__, __setattr__, __str__

Class Variables
  DEPRECATED = 1
  OPENGL_ENUM = 2
Properties

Inherited from object: __class__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Parameters-class.html0000644000076500000240000000776711224565530024351 0ustar astrawstaff VisionEgg.Parameters
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Class Parameters
[frames] | no frames]

Class Parameters

source code

Parameter container.

Simple empty class to act something like a C struct.


   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes-module.html0000644000076500000240000003677011224565530025367 0ustar astrawstaff VisionEgg.ParameterTypes
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes
[frames] | no frames]

Module ParameterTypes

source code


Type checking for the Vision Egg.


Classes
  ParameterTypeDef
Base class for all parameter type definitions
  AnyOf
  NoneMC
metaclass for NoneType
  NoneType
  BooleanMC
metaclass for Boolean
  Boolean
  CallableMC
metaclass for Callable
  Callable
  AnyClassMC
metaclass for AnyClass
  AnyClass
parameter is a class
  SubClass
parameter is derived from base_class
  Instance
parameter is an instance of class_type
  IntegerMC
metaclass for Integer
  Integer
  UnsignedIntegerMC
metaclass for UnsignedInteger
  UnsignedInteger
  RealMC
metaclass for Real
  Real
  Sequence
A tuple, list or Numeric array
  Sequence2
  Sequence3
  Sequence4
  Sequence4x4
  StringMC
metaclass for String
  String
  UnicodeMC
metaclass for Unicode
  Unicode
Functions
 
get_all_classes_list(klass) source code
 
is_parameter_type_def(item_type) source code
 
get_type(value)
Take a value and return best guess of ParameterTypeDef it is.		 source code
 
assert_type(check_type, require_type) source code
Variables
  array_types = [numpy.ndarray]
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes-pysrc.html0000644000076500000240000047236611224565530025247 0ustar astrawstaff VisionEgg.ParameterTypes
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes
[frames] | no frames]

Source Code for Module VisionEgg.ParameterTypes

  1  # The Vision Egg: ParameterTypes 
  2  # 
  3  # Copyright (C) 2001-2003 Andrew Straw 
  4  # Copyright (C) 2005,2008 California Insitute of Technology 
  5  # 
  6  # URL: <http://www.visionegg.org/> 
  7  # 
  8  # Distributed under the terms of the GNU Lesser General Public License 
  9  # (LGPL). See LICENSE.TXT that came with this file. 
 10   
 11  """ 
 12  Type checking for the Vision Egg. 
 13   
 14  """ 
 15   
 16  import VisionEgg 
 17   
 18  import types, warnings 
 19  import numpy 
 20  import numpy.oldnumeric as numpyNumeric 
 21   
 22  array_types = [numpy.ndarray] 
 23  # Allow use of numarray and original Numeric Texture data without requiring either 
 24  try: 
 25      import numarray 
 26      array_types.append( numarray.numarraycore.NumArray ) 
 27  except ImportError: 
 28      pass 
 29  try: 
 30      import Numeric as orig_Numeric 
 31      array_types.append( orig_Numeric.ArrayType ) 
 32  except ImportError: 
 33      pass 
 34   

 35 -class ParameterTypeDef(object): 

 36      """Base class for all parameter type definitions""" 

 37 -    def verify(value): 

 38          # override this method with type-checking code 
 39          raise RuntimeError('must override base class method verify') 

 40      verify = staticmethod(verify) 

 41   

 42 -def get_all_classes_list(klass): 

 43      #assert(type(klass) == types.ClassType) 
 44      result = [klass] 
 45      for base_klass in klass.__bases__: 
 46          result.extend(get_all_classes_list(base_klass)) 
 47      return result 

 48   

 49 -def is_parameter_type_def(item_type): 

 50      if type(item_type) == types.ClassType: 
 51          if Sequence in get_all_classes_list(item_type): 
 52              raise TypeError("Sequence definition must be an instance (with a contained type).") 
 53          else: 
 54              return ParameterTypeDef in get_all_classes_list(item_type) 
 55      elif isinstance(item_type,ParameterTypeDef): 
 56          return True 
 57      elif issubclass(item_type,ParameterTypeDef): # for new style classes 
 58          return True 
 59      elif item_type == types.NoneType: 
 60          warnings.warn("types.NoneType will stop being a supported type "+\ 
 61                        "argument.  Please call "+\ 
 62                        "VisionEgg.ParameterTypes.get_type(None) to get the "+\ 
 63                        "supported value",DeprecationWarning,stacklevel=2) 
 64          return True 
 65      else: 
 66          return False 

 67   

 68 -class AnyOf(ParameterTypeDef): 

 69 -    def __init__(self,*item_types): 

 70          for item_type in item_types: 
 71              if not is_parameter_type_def(item_type): 
 72                  raise TypeError("%s is not a valid type definition") 
 73          self.item_types = item_types 

 74 -    def __str__(self): 

 75          return 'AnyOf(%s)'%(' or '.join(map(str,self.item_types))) 

 76 -    def verify(self,is_any_of): 

 77          for item_type in self.item_types: 
 78              if item_type.verify(is_any_of): 
 79                  return True 
 80          return False 

 81 -    def get_item_types(self): 

 82          return self.item_types 

 83   

 84 -class NoneMC(type): 

 85      """metaclass for NoneType""" 

 86 -    def __str__(self): 

 87          return 'None' 

 88   

 89 -class NoneType(ParameterTypeDef): 

 90      __metaclass__ = NoneMC 

 91 -    def verify(is_none): 

 92          return is_none is None 

 93      verify = staticmethod(verify) 

 94   

 95 -class BooleanMC(type): 

 96      """metaclass for Boolean""" 

 97 -    def __str__(self): 

 98          return 'Boolean' 

 99   

100 -class Boolean(ParameterTypeDef): 

101      __metaclass__ = BooleanMC 

102 -    def verify(is_boolean): 

103          if isinstance(is_boolean,(bool,int,numpy.integer)): 
104              return True 
105          else: 
106              return False 

107      verify = staticmethod(verify) 

108   

109 -class CallableMC(type): 

110      """metaclass for Callable""" 

111 -    def __str__(self): 

112          return 'Callable' 

113   

114 -class Callable(ParameterTypeDef): 

115      __metaclass__ = CallableMC 

116 -    def verify(is_callable): 

117          return callable(is_callable) 

118      verify = staticmethod(verify) 

119   

120 -class AnyClassMC(type): 

121      """metaclass for AnyClass""" 

122 -    def __str__(self): 

123          return 'AnyClass' 

124   

125 -class AnyClass(ParameterTypeDef): 

126      """parameter is a class""" 
127      __metaclass__ = AnyClassMC 

128 -    def verify(is_class): 

129          return type(is_class) == types.ClassType 

130      verify = staticmethod(verify) 

131   

132 -class SubClass(ParameterTypeDef): 

133      """parameter is derived from base_class""" 

134 -    def __init__(self,base_class): 

135          if type(base_class) != types.ClassType: 
136              raise TypeError("base_class must be ClassType") 
137          self.base_class = base_class 

138 -    def verify(self,is_class): 

139          if type(self.base_class) != types.ClassType: 
140              return False 
141          return self.base_class in get_all_classes_list(is_class) 

142 -    def __str__(self): 

143          return 'SubClass of %s'%str(self.base_class) 

144   

145 -class Instance(ParameterTypeDef): 

146      """parameter is an instance of class_type""" 

147 -    def __init__(self,class_type): 

148          if type(class_type) not in (types.ClassType, types.TypeType): 
149              raise TypeError("expected a class type") 
150          self.class_type = class_type 

151 -    def __str__(self): 

152          contained_string = str(self.class_type) 
153          return 'Instance of %s'%contained_string 

154 -    def verify(self,is_instance): 

155          return isinstance(is_instance,self.class_type) 

156   

157 -class IntegerMC(type): 

158      """metaclass for Integer""" 

159 -    def __str__(self): 

160          return 'Integer' 

161   

162 -class Integer(ParameterTypeDef): 

163      __metaclass__ = IntegerMC 

164 -    def verify(is_integer): 

165          return isinstance(is_integer,(int,numpy.integer)) 

166      verify = staticmethod(verify) 

167   

168 -class UnsignedIntegerMC(IntegerMC): 

169      """metaclass for UnsignedInteger""" 

170 -    def __str__(self): 

171          return 'UnsignedInteger' 

172   

173 -class UnsignedInteger(Integer): 

174      __metaclass__ = UnsignedIntegerMC 

175 -    def verify(is_unsigned_integer): 

176          if not Integer.verify(is_unsigned_integer): 
177              return False 
178          return is_unsigned_integer >= 0 

179      verify = staticmethod(verify) 

180   

181 -class RealMC(type): 

182      """metaclass for Real""" 

183 -    def __str__(self): 

184          return 'Real' 

185   

186 -class Real(ParameterTypeDef): 

187      __metaclass__ = RealMC 

188 -    def verify(is_real): 

189          if isinstance(is_real, (int, float, numpy.floating, numpy.integer)): 
190              return True 
191          elif type(is_real) in array_types: 
192              # scalars can be Numeric arrays 
193              if len(is_real.shape)==0: 
194                  try: 
195                      float(is_real) 
196                      return True 
197                  except: 
198                      return False 
199          return False 

200      verify = staticmethod(verify) 

201   

202 -class Sequence(ParameterTypeDef): 

203      """A tuple, list or Numeric array""" 

204 -    def __init__(self,item_type): 

205          if not is_parameter_type_def(item_type): 
206              raise TypeError("%s is not a valid type definition"%item_type) 
207          self.item_type = item_type 

208 -    def __str__(self): 

209          contained_string = str(self.item_type) 
210          return 'Sequence of %s'%contained_string 

211 -    def verify(self,is_sequence): 

212          try: 
213              len(is_sequence) 
214          except TypeError: 
215              return False 
216          for i in xrange(len(is_sequence)): 
217              if not self.item_type.verify(is_sequence[i]): 
218                  return False 
219          return True 

220   

221 -class Sequence2(Sequence): 

222 -    def __str__(self): 

223          contained_string = str(self.item_type) 
224          return 'Sequence2 of %s'%contained_string 

225 -    def verify(self,is_sequence2): 

226          if not Sequence.verify(self,is_sequence2): 
227              return False 
228          if not len(is_sequence2) == 2: 
229              return False 
230          return True 

231   

232 -class Sequence3(Sequence): 

233 -    def __str__(self): 

234          contained_string = str(self.item_type) 
235          return 'Sequence3 of %s'%contained_string 

236 -    def verify(self,is_sequence3): 

237          if not Sequence.verify(self,is_sequence3): 
238              return False 
239          if not len(is_sequence3) == 3: 
240              return False 
241          return True 

242   

243 -class Sequence4(Sequence): 

244 -    def __str__(self): 

245          contained_string = str(self.item_type) 
246          return 'Sequence4 of %s'%contained_string 

247 -    def verify(self,is_sequence4): 

248          if not Sequence.verify(self,is_sequence4): 
249              return False 
250          if not len(is_sequence4) == 4: 
251              return False 
252          return True 

253   

254 -class Sequence4x4(Sequence4): 

255 -    def __str__(self): 

256          contained_string = str(self.item_type) 
257          return 'Sequence4x4 of %s'%contained_string 

258 -    def verify(self,is_sequence4x4): 

259          try: 
260              len(is_sequence4x4) 
261          except TypeError: 
262              return False 
263          if not len(is_sequence4x4) == 4: 
264              return False 
265          for i in range(4): 
266              if not Sequence4.verify(self,is_sequence4x4[i]): 
267                  return False 
268          return True 

269   

270 -class StringMC(type): 

271      """metaclass for String""" 

272 -    def __str__(self): 

273          return 'String' 

274   

275 -class String(ParameterTypeDef): 

276      __metaclass__ = StringMC 

277 -    def verify(is_string): 

278          if isinstance(is_string,str): 
279              return True 
280          else: 
281              return False 

282      verify = staticmethod(verify) 

283   

284 -class UnicodeMC(type): 

285      """metaclass for Unicode""" 

286 -    def __str__(self): 

287          return 'Unicode' 

288   

289 -class Unicode(ParameterTypeDef): 

290      __metaclass__ = UnicodeMC 

291 -    def verify(is_unicode): 

292          if isinstance(is_unicode,unicode): 
293              return True 
294          else: 
295              return False 

296      verify = staticmethod(verify) 

297   

298 -def get_type(value): 

299      """Take a value and return best guess of ParameterTypeDef it is.""" 
300      py_type = type(value) 
301   
302      if isinstance(value,bool): 
303          return Boolean 
304      elif value is None: 
305          return NoneType 
306      elif isinstance(value,(int,numpy.integer)): 
307          if py_type >= 0: 
308              return UnsignedInteger 
309          else: 
310              return Integer 
311      elif isinstance(value,(float,numpy.floating)): 
312          return Real 
313      elif py_type == types.InstanceType: 
314          # hmm, impossible to figure out appropriate class of all possible base classes 
315          return Instance(value.__class__) 
316      elif callable(value): 
317          return Callable 
318      else: 
319          try: 
320              len(value) 
321          except TypeError: 
322              is_sequence = False 
323          else: 
324              is_sequence = True 
325          if is_sequence: 
326              if len(value) == 4: 
327                  # see if it's a 4x4 sequence 
328                  is_sequence4x4 = True 
329                  for i in range(4): 
330                      try: 
331                          len(value[i]) 
332                      except TypeError: 
333                          is_sequence4x4 = False 
334                  if is_sequence4x4: 
335                      sequence4x4_type = get_type(value[0][0]) # XXX assume all same types 
336                      return Sequence4x4(sequence4x4_type) 
337              if type(value) == str: 
338                  return String 
339              lcd_type = get_type(value[0]) # lowest common denominator type 
340              for i in range(len(value)): 
341                  this_type = get_type(value[i]) 
342                  if lcd_type != this_type: 
343                      # find lowest common denominator type 
344                      if lcd_type.verify( this_type ): 
345                          continue # covered by lowest common denominator 
346                      elif this_type.verify( lcd_type ): 
347                          lcd_type = this_type # new lowest common denominator 
348                      else: 
349                          lcd_type = AnyOf( lcd_type, this_type ) # make new lowest common denominator 
350              sequence_type = lcd_type 
351              if len(value) == 2: 
352                  return Sequence2(sequence_type) 
353              elif len(value) == 3: 
354                  return Sequence3(sequence_type) 
355              elif len(value) == 4: 
356                  return Sequence4(sequence_type) 
357              else: 
358                  return Sequence(sequence_type) 
359      # finally, one last check: 
360      if isinstance(value, object): 
361          # new style class 
362          # hmm, impossible to figure out appropriate class of all possible base classes 
363          return Instance(value.__class__) 
364      else: 
365          raise TypeError("Unable to determine type for '%s'"%value) 

366   

367 -def assert_type(check_type,require_type): 

368      if not is_parameter_type_def(check_type): 
369          raise ValueError("require a ParameterTypeDef as argument (not %s)"%check_type) 
370      if not is_parameter_type_def(require_type): 
371          raise ValueError("require a ParameterTypeDef as argument (not %s)"%require_type) 
372      if check_type == require_type: 
373          return 
374   
375      if check_type in (Integer,UnsignedInteger) and require_type == Boolean: 
376          return # let integers pass as booleans 
377      # XXX doesn't check if Instance is actually instance of proper class 
378      if isinstance(check_type,ParameterTypeDef): 
379          check_class = check_type.__class__ 
380      else: 
381          check_class = check_type 
382   
383      if isinstance(require_type,ParameterTypeDef): 
384          if isinstance(require_type,AnyOf): 
385              passed = False 
386              for ok_type in require_type.get_item_types(): 
387                  try: 
388                      assert_type(check_type, ok_type ) 
389                      return # it's ok 
390                  except: 
391                      pass 
392          else: 
393              require_class = require_type.__class__ 
394      else: 
395          require_class = require_type 
396   
397      if require_class in get_all_classes_list(check_class): 
398          return 
399   
400      if issubclass(require_class,Real): 
401          if issubclass(check_class,Boolean): 
402              return 
403          elif issubclass(check_class,Integer): 
404              return 
405   
406      if issubclass(require_class,Integer): 
407          if issubclass(check_class,Boolean): 
408              return 
409   
410      raise TypeError("%s not of type %s"%(check_type,require_type)) 

411

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:48 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.AnyClass-class.html0000644000076500000240000002076711224565530026722 0ustar astrawstaff VisionEgg.ParameterTypes.AnyClass
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class AnyClass
[frames] | no frames]

Class AnyClass

source code

      object --+    
               |    
ParameterTypeDef --+
                   |
                  AnyClass

parameter is a class


Nested Classes
  __metaclass__
metaclass for AnyClass
Instance Methods

Inherited from object: __delattr__, __getattribute__, __hash__, __init__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Static Methods
 
verify(is_class) source code
Properties

Inherited from object: __class__

Method Details

verify(is_class)
Static Method

source code 
Overrides: ParameterTypeDef.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.AnyClassMC-class.html0000644000076500000240000001775211224565530027142 0ustar astrawstaff VisionEgg.ParameterTypes.AnyClassMC
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class AnyClassMC
[frames] | no frames]

Type AnyClassMC

source code

object --+    
         |    
      type --+
             |
            AnyClassMC

metaclass for AnyClass


Instance Methods
 
__str__(self)
str(x)		 source code

Inherited from type: __call__, __cmp__, __delattr__, __getattribute__, __hash__, __new__, __repr__, __setattr__, __subclasses__, mro

Inherited from object: __init__, __reduce__, __reduce_ex__

Properties

Inherited from type: __base__, __bases__, __basicsize__, __dictoffset__, __flags__, __itemsize__, __mro__, __name__, __weakrefoffset__

Inherited from object: __class__

Method Details

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: object.__str__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.AnyOf-class.html0000644000076500000240000002626111224565530026214 0ustar astrawstaff VisionEgg.ParameterTypes.AnyOf
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class AnyOf
[frames] | no frames]

Class AnyOf

source code

      object --+    
               |    
ParameterTypeDef --+
                   |
                  AnyOf
Instance Methods
 
__init__(self, *item_types)
x.__init__(...) initializes x; see x.__class__.__doc__ for signature		 source code
 
__str__(self)
str(x)		 source code
 
verify(self, is_any_of) source code
 
get_item_types(self) source code

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__

Properties

Inherited from object: __class__

Method Details

__init__(self, *item_types)
(Constructor)

source code  
x.__init__(...) initializes x; see x.__class__.__doc__ for signature
Overrides: object.__init__
(inherited documentation)

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: object.__str__
(inherited documentation)

verify(self, is_any_of)

source code 
Overrides: ParameterTypeDef.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.Boolean-class.html0000644000076500000240000002065311224565530026556 0ustar astrawstaff VisionEgg.ParameterTypes.Boolean
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class Boolean
[frames] | no frames]

Class Boolean

source code

      object --+    
               |    
ParameterTypeDef --+
                   |
                  Boolean
Nested Classes
  __metaclass__
metaclass for Boolean
Instance Methods

Inherited from object: __delattr__, __getattribute__, __hash__, __init__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Static Methods
 
verify(is_boolean) source code
Properties

Inherited from object: __class__

Method Details

verify(is_boolean)
Static Method

source code 
Overrides: ParameterTypeDef.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.BooleanMC-class.html0000644000076500000240000001774011224565530027001 0ustar astrawstaff VisionEgg.ParameterTypes.BooleanMC
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class BooleanMC
[frames] | no frames]

Type BooleanMC

source code

object --+    
         |    
      type --+
             |
            BooleanMC

metaclass for Boolean


Instance Methods
 
__str__(self)
str(x)		 source code

Inherited from type: __call__, __cmp__, __delattr__, __getattribute__, __hash__, __new__, __repr__, __setattr__, __subclasses__, mro

Inherited from object: __init__, __reduce__, __reduce_ex__

Properties

Inherited from type: __base__, __bases__, __basicsize__, __dictoffset__, __flags__, __itemsize__, __mro__, __name__, __weakrefoffset__

Inherited from object: __class__

Method Details

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: object.__str__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.Callable-class.html0000644000076500000240000002067011224565530026675 0ustar astrawstaff VisionEgg.ParameterTypes.Callable
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class Callable
[frames] | no frames]

Class Callable

source code

      object --+    
               |    
ParameterTypeDef --+
                   |
                  Callable
Nested Classes
  __metaclass__
metaclass for Callable
Instance Methods

Inherited from object: __delattr__, __getattribute__, __hash__, __init__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Static Methods
 
verify(is_callable) source code
Properties

Inherited from object: __class__

Method Details

verify(is_callable)
Static Method

source code 
Overrides: ParameterTypeDef.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.CallableMC-class.html0000644000076500000240000001775211224565530027124 0ustar astrawstaff VisionEgg.ParameterTypes.CallableMC
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class CallableMC
[frames] | no frames]

Type CallableMC

source code

object --+    
         |    
      type --+
             |
            CallableMC

metaclass for Callable


Instance Methods
 
__str__(self)
str(x)		 source code

Inherited from type: __call__, __cmp__, __delattr__, __getattribute__, __hash__, __new__, __repr__, __setattr__, __subclasses__, mro

Inherited from object: __init__, __reduce__, __reduce_ex__

Properties

Inherited from type: __base__, __bases__, __basicsize__, __dictoffset__, __flags__, __itemsize__, __mro__, __name__, __weakrefoffset__

Inherited from object: __class__

Method Details

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: object.__str__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.Instance-class.html0000644000076500000240000002524211224565530026742 0ustar astrawstaff VisionEgg.ParameterTypes.Instance
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class Instance
[frames] | no frames]

Class Instance

source code

      object --+    
               |    
ParameterTypeDef --+
                   |
                  Instance

parameter is an instance of class_type


Instance Methods
 
__init__(self, class_type)
x.__init__(...) initializes x; see x.__class__.__doc__ for signature		 source code
 
__str__(self)
str(x)		 source code
 
verify(self, is_instance) source code

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__

Properties

Inherited from object: __class__

Method Details

__init__(self, class_type)
(Constructor)

source code  
x.__init__(...) initializes x; see x.__class__.__doc__ for signature
Overrides: object.__init__
(inherited documentation)

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: object.__str__
(inherited documentation)

verify(self, is_instance)

source code 
Overrides: ParameterTypeDef.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.Integer-class.html0000644000076500000240000002065311224565530026574 0ustar astrawstaff VisionEgg.ParameterTypes.Integer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class Integer
[frames] | no frames]

Class Integer

source code

      object --+    
               |    
ParameterTypeDef --+
                   |
                  Integer
Nested Classes
  __metaclass__
metaclass for Integer
Instance Methods

Inherited from object: __delattr__, __getattribute__, __hash__, __init__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Static Methods
 
verify(is_integer) source code
Properties

Inherited from object: __class__

Method Details

verify(is_integer)
Static Method

source code 
Overrides: ParameterTypeDef.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.IntegerMC-class.html0000644000076500000240000001774011224565530027017 0ustar astrawstaff VisionEgg.ParameterTypes.IntegerMC
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class IntegerMC
[frames] | no frames]

Type IntegerMC

source code

object --+    
         |    
      type --+
             |
            IntegerMC

metaclass for Integer


Instance Methods
 
__str__(self)
str(x)		 source code

Inherited from type: __call__, __cmp__, __delattr__, __getattribute__, __hash__, __new__, __repr__, __setattr__, __subclasses__, mro

Inherited from object: __init__, __reduce__, __reduce_ex__

Properties

Inherited from type: __base__, __bases__, __basicsize__, __dictoffset__, __flags__, __itemsize__, __mro__, __name__, __weakrefoffset__

Inherited from object: __class__

Method Details

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: object.__str__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.NoneMC-class.html0000644000076500000240000001770611224565530026323 0ustar astrawstaff VisionEgg.ParameterTypes.NoneMC
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class NoneMC
[frames] | no frames]

Type NoneMC

source code

object --+    
         |    
      type --+
             |
            NoneMC

metaclass for NoneType


Instance Methods
 
__str__(self)
str(x)		 source code

Inherited from type: __call__, __cmp__, __delattr__, __getattribute__, __hash__, __new__, __repr__, __setattr__, __subclasses__, mro

Inherited from object: __init__, __reduce__, __reduce_ex__

Properties

Inherited from type: __base__, __bases__, __basicsize__, __dictoffset__, __flags__, __itemsize__, __mro__, __name__, __weakrefoffset__

Inherited from object: __class__

Method Details

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: object.__str__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.NoneType-class.html0000644000076500000240000002065411224565530026741 0ustar astrawstaff VisionEgg.ParameterTypes.NoneType
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class NoneType
[frames] | no frames]

Class NoneType

source code

      object --+    
               |    
ParameterTypeDef --+
                   |
                  NoneType
Nested Classes
  __metaclass__
metaclass for NoneType
Instance Methods

Inherited from object: __delattr__, __getattribute__, __hash__, __init__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Static Methods
 
verify(is_none) source code
Properties

Inherited from object: __class__

Method Details

verify(is_none)
Static Method

source code 
Overrides: ParameterTypeDef.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.ParameterTypeDef-class.html0000644000076500000240000001514311224565530030376 0ustar astrawstaff VisionEgg.ParameterTypes.ParameterTypeDef
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class ParameterTypeDef
[frames] | no frames]

Class ParameterTypeDef

source code

object --+
         |
        ParameterTypeDef

Base class for all parameter type definitions


Instance Methods

Inherited from object: __delattr__, __getattribute__, __hash__, __init__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Static Methods
 
verify(value) source code
Properties

Inherited from object: __class__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.Real-class.html0000644000076500000240000002060411224565530026056 0ustar astrawstaff VisionEgg.ParameterTypes.Real
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class Real
[frames] | no frames]

Class Real

source code

      object --+    
               |    
ParameterTypeDef --+
                   |
                  Real
Nested Classes
  __metaclass__
metaclass for Real
Instance Methods

Inherited from object: __delattr__, __getattribute__, __hash__, __init__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Static Methods
 
verify(is_real) source code
Properties

Inherited from object: __class__

Method Details

verify(is_real)
Static Method

source code 
Overrides: ParameterTypeDef.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.RealMC-class.html0000644000076500000240000001770211224565530026303 0ustar astrawstaff VisionEgg.ParameterTypes.RealMC
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class RealMC
[frames] | no frames]

Type RealMC

source code

object --+    
         |    
      type --+
             |
            RealMC

metaclass for Real


Instance Methods
 
__str__(self)
str(x)		 source code

Inherited from type: __call__, __cmp__, __delattr__, __getattribute__, __hash__, __new__, __repr__, __setattr__, __subclasses__, mro

Inherited from object: __init__, __reduce__, __reduce_ex__

Properties

Inherited from type: __base__, __bases__, __basicsize__, __dictoffset__, __flags__, __itemsize__, __mro__, __name__, __weakrefoffset__

Inherited from object: __class__

Method Details

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: object.__str__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.Sequence-class.html0000644000076500000240000002523011224565530026743 0ustar astrawstaff VisionEgg.ParameterTypes.Sequence
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class Sequence
[frames] | no frames]

Class Sequence

source code

      object --+    
               |    
ParameterTypeDef --+
                   |
                  Sequence

A tuple, list or Numeric array


Instance Methods
 
__init__(self, item_type)
x.__init__(...) initializes x; see x.__class__.__doc__ for signature		 source code
 
__str__(self)
str(x)		 source code
 
verify(self, is_sequence) source code

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__

Properties

Inherited from object: __class__

Method Details

__init__(self, item_type)
(Constructor)

source code  
x.__init__(...) initializes x; see x.__class__.__doc__ for signature
Overrides: object.__init__
(inherited documentation)

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: object.__str__
(inherited documentation)

verify(self, is_sequence)

source code 
Overrides: ParameterTypeDef.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.Sequence2-class.html0000644000076500000240000002237311224565530027032 0ustar astrawstaff VisionEgg.ParameterTypes.Sequence2
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class Sequence2
[frames] | no frames]

Class Sequence2

source code

      object --+        
               |        
ParameterTypeDef --+    
                   |    
            Sequence --+
                       |
                      Sequence2
Instance Methods
 
__str__(self)
str(x)		 source code
 
verify(self, is_sequence2) source code

Inherited from Sequence: __init__

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__

Properties

Inherited from object: __class__

Method Details

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: Sequence.__str__

verify(self, is_sequence2)

source code 
Overrides: Sequence.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.Sequence3-class.html0000644000076500000240000002237311224565530027033 0ustar astrawstaff VisionEgg.ParameterTypes.Sequence3
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class Sequence3
[frames] | no frames]

Class Sequence3

source code

      object --+        
               |        
ParameterTypeDef --+    
                   |    
            Sequence --+
                       |
                      Sequence3
Instance Methods
 
__str__(self)
str(x)		 source code
 
verify(self, is_sequence3) source code

Inherited from Sequence: __init__

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__

Properties

Inherited from object: __class__

Method Details

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: Sequence.__str__

verify(self, is_sequence3)

source code 
Overrides: Sequence.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.Sequence4-class.html0000644000076500000240000002237311224565530027034 0ustar astrawstaff VisionEgg.ParameterTypes.Sequence4
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class Sequence4
[frames] | no frames]

Class Sequence4

source code

      object --+        
               |        
ParameterTypeDef --+    
                   |    
            Sequence --+
                       |
                      Sequence4
Instance Methods
 
__str__(self)
str(x)		 source code
 
verify(self, is_sequence4) source code

Inherited from Sequence: __init__

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__

Properties

Inherited from object: __class__

Method Details

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: Sequence.__str__

verify(self, is_sequence4)

source code 
Overrides: Sequence.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.Sequence4x4-class.html0000644000076500000240000002265511224565530027313 0ustar astrawstaff VisionEgg.ParameterTypes.Sequence4x4
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class Sequence4x4
[frames] | no frames]

Class Sequence4x4

source code

      object --+            
               |            
ParameterTypeDef --+        
                   |        
            Sequence --+    
                       |    
               Sequence4 --+
                           |
                          Sequence4x4
Instance Methods
 
__str__(self)
str(x)		 source code
 
verify(self, is_sequence4x4) source code

Inherited from Sequence: __init__

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__

Properties

Inherited from object: __class__

Method Details

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: Sequence4.__str__

verify(self, is_sequence4x4)

source code 
Overrides: Sequence4.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.String-class.html0000644000076500000240000002063611224565530026446 0ustar astrawstaff VisionEgg.ParameterTypes.String
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class String
[frames] | no frames]

Class String

source code

      object --+    
               |    
ParameterTypeDef --+
                   |
                  String
Nested Classes
  __metaclass__
metaclass for String
Instance Methods

Inherited from object: __delattr__, __getattribute__, __hash__, __init__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Static Methods
 
verify(is_string) source code
Properties

Inherited from object: __class__

Method Details

verify(is_string)
Static Method

source code 
Overrides: ParameterTypeDef.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.StringMC-class.html0000644000076500000240000001772611224565530026674 0ustar astrawstaff VisionEgg.ParameterTypes.StringMC
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class StringMC
[frames] | no frames]

Type StringMC

source code

object --+    
         |    
      type --+
             |
            StringMC

metaclass for String


Instance Methods
 
__str__(self)
str(x)		 source code

Inherited from type: __call__, __cmp__, __delattr__, __getattribute__, __hash__, __new__, __repr__, __setattr__, __subclasses__, mro

Inherited from object: __init__, __reduce__, __reduce_ex__

Properties

Inherited from type: __base__, __bases__, __basicsize__, __dictoffset__, __flags__, __itemsize__, __mro__, __name__, __weakrefoffset__

Inherited from object: __class__

Method Details

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: object.__str__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.SubClass-class.html0000644000076500000240000002523211224565530026714 0ustar astrawstaff VisionEgg.ParameterTypes.SubClass
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class SubClass
[frames] | no frames]

Class SubClass

source code

      object --+    
               |    
ParameterTypeDef --+
                   |
                  SubClass

parameter is derived from base_class


Instance Methods
 
__init__(self, base_class)
x.__init__(...) initializes x; see x.__class__.__doc__ for signature		 source code
 
verify(self, is_class) source code
 
__str__(self)
str(x)		 source code

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__

Properties

Inherited from object: __class__

Method Details

__init__(self, base_class)
(Constructor)

source code  
x.__init__(...) initializes x; see x.__class__.__doc__ for signature
Overrides: object.__init__
(inherited documentation)

verify(self, is_class)

source code 
Overrides: ParameterTypeDef.verify

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: object.__str__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.Unicode-class.html0000644000076500000240000002065311224565530026565 0ustar astrawstaff VisionEgg.ParameterTypes.Unicode
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class Unicode
[frames] | no frames]

Class Unicode

source code

      object --+    
               |    
ParameterTypeDef --+
                   |
                  Unicode
Nested Classes
  __metaclass__
metaclass for Unicode
Instance Methods

Inherited from object: __delattr__, __getattribute__, __hash__, __init__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Static Methods
 
verify(is_unicode) source code
Properties

Inherited from object: __class__

Method Details

verify(is_unicode)
Static Method

source code 
Overrides: ParameterTypeDef.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.UnicodeMC-class.html0000644000076500000240000001774011224565530027010 0ustar astrawstaff VisionEgg.ParameterTypes.UnicodeMC
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class UnicodeMC
[frames] | no frames]

Type UnicodeMC

source code

object --+    
         |    
      type --+
             |
            UnicodeMC

metaclass for Unicode


Instance Methods
 
__str__(self)
str(x)		 source code

Inherited from type: __call__, __cmp__, __delattr__, __getattribute__, __hash__, __new__, __repr__, __setattr__, __subclasses__, mro

Inherited from object: __init__, __reduce__, __reduce_ex__

Properties

Inherited from type: __base__, __bases__, __basicsize__, __dictoffset__, __flags__, __itemsize__, __mro__, __name__, __weakrefoffset__

Inherited from object: __class__

Method Details

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: object.__str__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.UnsignedInteger-class.html0000644000076500000240000002120311224565530030261 0ustar astrawstaff VisionEgg.ParameterTypes.UnsignedInteger
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class UnsignedInteger
[frames] | no frames]

Class UnsignedInteger

source code

      object --+        
               |        
ParameterTypeDef --+    
                   |    
             Integer --+
                       |
                      UnsignedInteger
Nested Classes
  __metaclass__
metaclass for UnsignedInteger
Instance Methods

Inherited from object: __delattr__, __getattribute__, __hash__, __init__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Static Methods
 
verify(is_unsigned_integer) source code
Properties

Inherited from object: __class__

Method Details

verify(is_unsigned_integer)
Static Method

source code 
Overrides: Integer.verify

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ParameterTypes.UnsignedIntegerMC-class.html0000644000076500000240000002025411224565530030506 0ustar astrawstaff VisionEgg.ParameterTypes.UnsignedIntegerMC
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ParameterTypes :: Class UnsignedIntegerMC
[frames] | no frames]

Type UnsignedIntegerMC

source code

object --+        
         |        
      type --+    
             |    
     IntegerMC --+
                 |
                UnsignedIntegerMC

metaclass for UnsignedInteger


Instance Methods
 
__str__(self)
str(x)		 source code

Inherited from type: __call__, __cmp__, __delattr__, __getattribute__, __hash__, __new__, __repr__, __setattr__, __subclasses__, mro

Inherited from object: __init__, __reduce__, __reduce_ex__

Properties

Inherited from type: __base__, __bases__, __basicsize__, __dictoffset__, __flags__, __itemsize__, __mro__, __name__, __weakrefoffset__

Inherited from object: __class__

Method Details

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: IntegerMC.__str__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PlatformDependent-module.html0000644000076500000240000002531411224565530026025 0ustar astrawstaff VisionEgg.PlatformDependent
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PlatformDependent
[frames] | no frames]

Module PlatformDependent

source code


Implementations of functions which vary by platform.


Functions
 
set_priority(*args, **kw)
Set the priority of the Vision Egg application.		 source code
 
linux_but_unknown_drivers()
Warn that platform is linux, but drivers not known.		 source code
 
sync_swap_with_vbl_pre_gl_init()
Try to synchronize buffer swapping and vertical retrace before starting OpenGL.		 source code
 
sync_swap_with_vbl_post_gl_init()
Try to synchronize buffer swapping and vertical retrace after starting OpenGL.		 source code
 
query_refresh_rate(screen) source code
 
attempt_to_load_multitexturing()
Attempt to load multitexturing functions and constants.		 source code
Function Details

set_priority(*args, **kw)

source code  
Set the priority of the Vision Egg application.

Defaults to maximum priority, but can be changed via keyword
arguments.

Raises an exception on failure.

attempt_to_load_multitexturing()

source code  
Attempt to load multitexturing functions and constants.

Inserts the results into the gl module, which makes them globally
available.

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PlatformDependent-pysrc.html0000644000076500000240000021673511224565530025711 0ustar astrawstaff VisionEgg.PlatformDependent
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PlatformDependent
[frames] | no frames]

Source Code for Module VisionEgg.PlatformDependent

  1  # The Vision Egg: PlatformDependent 
  2  # 
  3  # Copyright (C) 2001-2003 Andrew Straw. 
  4  # Copyright (C) 2008 California Institute of Technology 
  5  # 
  6  # URL: <http://www.visionegg.org/> 
  7  # 
  8  # Distributed under the terms of the GNU Lesser General Public License 
  9  # (LGPL). See LICENSE.TXT that came with this file. 
 10   
 11  """ 
 12  Implementations of functions which vary by platform. 
 13   
 14  """ 
 15   
 16  #################################################################### 
 17  # 
 18  #        Import all the necessary packages 
 19  # 
 20  #################################################################### 
 21   
 22  import logging 
 23   
 24  import sys, os 
 25  import VisionEgg 
 26  import VisionEgg.Core 
 27   
 28  import VisionEgg.GL as gl # get all OpenGL stuff in one namespace 
 29   

 30 -def set_priority(*args,**kw): 

 31      """Set the priority of the Vision Egg application. 
 32   
 33      Defaults to maximum priority, but can be changed via keyword 
 34      arguments. 
 35   
 36      Raises an exception on failure. 
 37      """ 
 38   
 39      # potential keywords 
 40      parse_me = ["darwin_realtime_period_denom", 
 41                  "darwin_realtime_computation_denom", 
 42                  "darwin_realtime_constraint_denom", 
 43                  "darwin_realtime_preemptible", 
 44                  "darwin_maxpriority_conventional_not_realtime", 
 45                  "darwin_conventional_priority", 
 46                  "darwin_pthread_priority"] 
 47   
 48      logger = logging.getLogger('VisionEgg.PlatformDependent') 
 49      params = {} 
 50   
 51      # set variable in local namespace 
 52      for word in parse_me: 
 53          # set the value from VisionEgg.config 
 54          config_name = "VISIONEGG_"+word.upper() 
 55          if hasattr(VisionEgg.config,config_name): 
 56              value = getattr(VisionEgg.config,config_name) 
 57          else: 
 58              value = None 
 59          # override default value if present in keyword arguments 
 60          if word in kw.keys(): 
 61              value = kw[word] 
 62          if value is not None: 
 63              params[word] = value 
 64   
 65      if sys.platform == 'darwin': 
 66   
 67          # Everything to support realtime in Apple Mac OS X is based on 
 68          # the following two things: 
 69          # 
 70          # 1) http://developer.apple.com/techpubs/macosx/Darwin/General/KernelProgramming/scheduler/Using_Mach__pplications.html 
 71          # 
 72          # 2) The Mac OS X port of the Esound daemon. 
 73   
 74          import darwin_maxpriority 
 75   
 76          if params['darwin_maxpriority_conventional_not_realtime']: 
 77              process = darwin_maxpriority.PRIO_PROCESS 
 78              policy = darwin_maxpriority.SCHED_RR 
 79   
 80              logger.info("Setting max priority mode for darwin platform " 
 81                          "using conventional priority %d."%( 
 82                          params['darwin_conventional_priority'],)) 
 83   
 84              # set the priority of the current process 
 85              darwin_maxpriority.setpriority(process,0,params['darwin_conventional_priority']) 
 86   
 87              # This sets the pthread priority, which only prioritizes 
 88              # threads in the process.  Might as well do it, but it 
 89              # shouldn't matter unless we're running multi-threaded. 
 90              darwin_pthread_priority = params['darwin_pthread_priority'] 
 91              if darwin_pthread_priority == "max": # should otherwise be an int 
 92                  darwin_pthread_priority = darwin_maxpriority.sched_get_priority_max(policy) 
 93   
 94              if darwin_maxpriority.set_self_pthread_priority(policy, 
 95                                                              darwin_pthread_priority) == -1: 
 96                  raise RuntimeError("set_self_pthread failed.") 
 97   
 98          else: 
 99              bus_speed = darwin_maxpriority.get_bus_speed() 
100              logger.info("Setting max priority mode for darwin platform " 
101                          "using realtime threads. ( period = %d / %d, " 
102                          "computation = %d / %d, constraint = %d / %d, " 
103                          "preemptible = %d )" % ( 
104                          bus_speed, params['darwin_realtime_period_denom'], 
105                          bus_speed, params['darwin_realtime_computation_denom'], 
106                          bus_speed, params['darwin_realtime_constraint_denom'], 
107                          params['darwin_realtime_preemptible'] )) 
108              period = bus_speed / params['darwin_realtime_period_denom'] 
109              computation = bus_speed / params['darwin_realtime_computation_denom'] 
110              constraint = bus_speed / params['darwin_realtime_constraint_denom'] 
111              preemptible = params['darwin_realtime_preemptible'] 
112   
113              darwin_maxpriority.set_self_thread_time_constraint_policy( period, computation, constraint, preemptible ) 
114      elif sys.platform == 'win32': 
115          import win32_maxpriority 
116          logger.info("Setting priority for win32 platform to " 
117                      "HIGH_PRIORITY_CLASS, THREAD_PRIORITY_HIGHEST. " 
118                      "(This is Microsoft's maximum recommended priority, " 
119                      "but you could still raise it higher.)") 
120          win32_maxpriority.set_self_process_priority_class( 
121              win32_maxpriority.HIGH_PRIORITY_CLASS ) 
122          win32_maxpriority.set_self_thread_priority( 
123              win32_maxpriority.THREAD_PRIORITY_HIGHEST) 
124   
125      elif sys.platform.startswith('irix') or sys.platform.startswith('linux') or sys.platform.startswith('posix'): 
126          import posix_maxpriority 
127          policy = posix_maxpriority.SCHED_FIFO 
128          max_priority = posix_maxpriority.sched_get_priority_max( policy ) 
129          logger.info("Setting priority for POSIX-compatible platform to " 
130                      "policy SCHED_FIFO and priority to " 
131                      "%d"%max_priority) 
132          posix_maxpriority.set_self_policy_priority( policy, max_priority ) # Fails if you don't have permission (try running as root) 
133          posix_maxpriority.stop_memory_paging() 
134      else: 
135          raise RuntimeError("Cannot change priority.  Unknown platform '%s'"%sys.platform) 

136   

138      """Warn that platform is linux, but drivers not known.""" 
139      # If you've added support for other drivers to sync with VBLANK under 
140      # linux, please let me know how! 
141      logger = logging.getLogger('VisionEgg.PlatformDependent') 
142      logger.warning("Could not sync buffer swapping to vblank because " 
143                     "you are running linux but not known/supported " 
144                     "drivers (only nVidia and recent Mesa DRI Radeon " 
145                     "currently supported).") 

146   

148      """Try to synchronize buffer swapping and vertical retrace before starting OpenGL.""" 
149      success = 0 
150      if sys.platform.startswith("linux"): 
151          # Unfotunately, cannot check do glGetString(GL_VENDOR) to 
152          # check if drivers are nVidia because we have to do that requires 
153          # OpenGL context started, but this variable must be set 
154          # before OpenGL context started! 
155   
156          # Assume drivers are nVidia or recent ATI 
157          VisionEgg.Core.add_gl_assumption("__SPECIAL__","linux_nvidia_or_new_ATI",linux_but_unknown_drivers) 
158          # Set for nVidia linux 
159          os.environ["__GL_SYNC_TO_VBLANK"] = "1" 
160          # Set for recent linux Mesa DRI Radeon 
161          os.environ["LIBGL_SYNC_REFRESH"] = "1" 
162          success = 1 
163      elif sys.platform.startswith("irix"): 
164          # I think this is set using the GLX swap_control SGI 
165          # extension.  A C extension could be to be written to change 
166          # this value. (It probably cannot be set through an OpenGL 
167          # extension or an SDL/pygame feature.) 
168          logger = logging.getLogger('VisionEgg.PlatformDependent') 
169          logger.info("IRIX platform detected, assuming retrace sync.") 
170      return success 

171   

172 -def sync_swap_with_vbl_post_gl_init(): 

173      """Try to synchronize buffer swapping and vertical retrace after starting OpenGL.""" 
174      success = 0 
175      try: 
176          if sys.platform == "win32": 
177              import OpenGL.WGL.EXT.swap_control 
178              if OpenGL.WGL.EXT.swap_control.wglInitSwapControlARB(): # Returns 1 if it's working 
179                  OpenGL.WGL.EXT.swap_control.wglSwapIntervalEXT(1) # Swap only at frame syncs 
180                  if OpenGL.WGL.EXT.swap_control.wglGetSwapIntervalEXT() == 1: 
181                      success = 1 
182          elif sys.platform == "darwin": 
183              try: 
184                  import _darwin_sync_swap 
185                  _darwin_sync_swap.sync_swap() 
186                  success = 1 
187              except Exception,x: 
188                  logger = logging.getLogger('VisionEgg.PlatformDependent') 
189                  logger.warning("Failed trying to synchronize buffer " 
190                                 "swapping on darwin: %s: %s"%(str(x.__class__),str(x))) 
191      except: 
192          pass 
193   
194      return success 

195   

196 -def query_refresh_rate(screen): 

197      if sys.platform == 'win32': 
198          import win32_getrefresh 
199          return win32_getrefresh.getrefresh() 
200      elif sys.platform == 'darwin': 
201          import darwin_getrefresh 
202          return darwin_getrefresh.getrefresh() 
203      else: 
204          raise NotImplementedError("Platform dependent code to query frame rate not implemented on this platform.") 

205   

207      """Attempt to load multitexturing functions and constants. 
208   
209      Inserts the results into the gl module, which makes them globally 
210      available.""" 
211      logger = logging.getLogger('VisionEgg.PlatformDependent') 
212      try: 
213          import ctypes 
214          if sys.platform.startswith('linux'): 
215              libGL = ctypes.cdll.LoadLibrary('/usr/lib/libGL.so') 
216          elif sys.platform == 'win32': 
217              libGL = ctypes.cdll.LoadLibrary('opengl32.dll') 
218          else: 
219              raise NotImplementedError("ctypes support not added for this platform") 
220   
221          # make sure libGL has the appropriate functions 
222          libGL.glGetString.restype = ctypes.c_char_p 
223          vers = libGL.glGetString( ctypes.c_int( gl.GL_VERSION ) ) 
224          logger.debug("ctypes loaded OpenGL %s"%vers) 
225   
226          gl.glActiveTexture = libGL.glActiveTexture 
227          gl.glActiveTexture.argtypes = [ctypes.c_int] 
228   
229          gl.glMultiTexCoord2f = libGL.glMultiTexCoord2f 
230          gl.glMultiTexCoord2f.argtypes = [ctypes.c_int, ctypes.c_float, ctypes.c_float] 
231   
232          # assign constants found by looking at gl.h 
233          gl.GL_TEXTURE0 = 0x84C0 
234          gl.GL_TEXTURE1 = 0x84C1 
235   
236          logger.debug("ctypes loaded OpenGL library and multitexture names " 
237                       "are present.  Workaround appears successful. ") 
238      except Exception, x: 
239          logger.debug("ctypes loading of OpenGL library failed %s: " 
240                       "%s"%(x.__class__, str(x))) 
241   
242          if VisionEgg.Core.init_gl_extension('ARB','multitexture'): 
243              # copy from extenstion 
244              gl.glActiveTexture = gl.glActiveTextureARB 
245              gl.glMultiTexCoord2f = gl.glMultiTexCoord2fARB 
246              gl.GL_TEXTURE0 = gl.GL_TEXTURE0_ARB 
247              gl.GL_TEXTURE1 = gl.GL_TEXTURE1_ARB 
248              logger.debug("loaded multitexturing ARB extension") 
249          else: 
250              logger.warning("multitexturing not available after trying " 
251                             "ctypes and the OpenGL ARB extension. Some " 
252                             "features will not be available") 

253

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.posix_maxpriority-module.html0000644000076500000240000001653011224565531026224 0ustar astrawstaff VisionEgg.posix_maxpriority
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module posix_maxpriority
[frames] | no frames]

Module posix_maxpriority

source code

Variables
  SCHED_RR = _posix_maxpriority.SCHED_RR
  SCHED_FIFO = _posix_maxpriority.SCHED_FIFO
  set_self_policy_priority = _posix_maxpriority.set_self_policy_...
  stop_memory_paging = _posix_maxpriority.stop_memory_paging
  sched_get_priority_max = _posix_maxpriority.sched_get_priority...
Variables Details

set_self_policy_priority

Value:
_posix_maxpriority.set_self_policy_priority

sched_get_priority_max

Value:
_posix_maxpriority.sched_get_priority_max

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.posix_maxpriority-pysrc.html0000644000076500000240000004672411224565531026107 0ustar astrawstaff VisionEgg.posix_maxpriority
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module posix_maxpriority
[frames] | no frames]

Source Code for Module VisionEgg.posix_maxpriority

 1  # This file was created automatically by SWIG. 
 2  # Don't modify this file, modify the SWIG interface instead. 
 3  # This file is compatible with both classic and new-style classes. 
 4   
 5  import _posix_maxpriority 
 6   

 7 -def _swig_setattr_nondynamic(self,class_type,name,value,static=1): 

 8      if (name == "this"): 
 9          if isinstance(value, class_type): 
10              self.__dict__[name] = value.this 
11              if hasattr(value,"thisown"): self.__dict__["thisown"] = value.thisown 
12              del value.thisown 
13              return 
14      method = class_type.__swig_setmethods__.get(name,None) 
15      if method: return method(self,value) 
16      if (not static) or hasattr(self,name) or (name == "thisown"): 
17          self.__dict__[name] = value 
18      else: 
19          raise AttributeError("You cannot add attributes to %s" % self) 

20   

21 -def _swig_setattr(self,class_type,name,value): 

22      return _swig_setattr_nondynamic(self,class_type,name,value,0) 

23   

24 -def _swig_getattr(self,class_type,name): 

25      method = class_type.__swig_getmethods__.get(name,None) 
26      if method: return method(self) 
27      raise AttributeError,name 

28   
29  import types 
30  try: 
31      _object = types.ObjectType 
32      _newclass = 1 
33  except AttributeError: 

34 -    class _object : pass 

35      _newclass = 0 
36  del types 
37   
38   
39  SCHED_RR = _posix_maxpriority.SCHED_RR 
40  SCHED_FIFO = _posix_maxpriority.SCHED_FIFO 
41   
42  set_self_policy_priority = _posix_maxpriority.set_self_policy_priority 
43   
44  stop_memory_paging = _posix_maxpriority.stop_memory_paging 
45   
46  sched_get_priority_max = _posix_maxpriority.sched_get_priority_max 
47

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:48 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps-module.html0000644000076500000240000002105711224565530024167 0ustar astrawstaff VisionEgg.PyroApps
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps
[frames] | no frames]

Package PyroApps

source code


VisionEgg subpackage providing support for demo applications based on Pyro


Submodules

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps-pysrc.html0000644000076500000240000001433511224565530024043 0ustar astrawstaff VisionEgg.PyroApps
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps
[frames] | no frames]

Source Code for Package VisionEgg.PyroApps

 1  # 
 2  # The Vision Egg: PyroApps 
 3  # 
 4  # Copyright (C) 2001-2003 Andrew Straw. 
 5  # Author: Andrew Straw <astraw@users.sourceforge.net> 
 6  # URL: <http://www.visionegg.org/> 
 7  # 
 8  # Distributed under the terms of the GNU Lesser General Public License 
 9  # (LGPL). See LICENSE.TXT that came with this file. 
10  # 
11  # $Id$ 
12   
13  """ 
14  VisionEgg subpackage providing support for demo applications based on Pyro 
15   
16  """ 
17

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:50 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.AST_ext-module.html0000644000076500000240000002133411224565530025473 0ustar astrawstaff VisionEgg.PyroApps.AST_ext
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module AST_ext
[frames] | no frames]

Module AST_ext

source code

Classes
  AST_Visitor
Functions
 
gen_assign_val_subtree(assign_val, assign_val_type) source code
 
modify_AST(myAST, assign_name, assign_val) source code
 
extract_from_AST(myAST, assign_name) source code
Variables
  name_sequence = [292, 293, 294, 295, 297, 298, 299, 300, 301, ...
Variables Details

name_sequence

Value:
[292, 293, 294, 295, 297, 298, 299, 300, 301, 302, 303, 304, 305]

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.AST_ext-pysrc.html0000644000076500000240000015565111224565530025360 0ustar astrawstaff VisionEgg.PyroApps.AST_ext
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module AST_ext
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.AST_ext

  1  ## Automatically adapted for numpy.oldnumeric Jun 18, 2007 by alter_code1.py 
  2   
  3  # The Vision Egg: AST_ext 
  4  # 
  5  # Copyright (C) 2004 Imran S. Ali, Lachlan Dowd 
  6  # 
  7  # Authors: Imran S. Ali, Lachlan Dowd 
  8  # URL: <http://www.visionegg.org/> 
  9  # 
 10  # Distributed under the terms of the GNU Lesser General Public License 
 11  # (LGPL). See LICENSE.TXT that came with this file. 
 12  # 
 13  # $Id$ 
 14   
 15  # This "AST extensions" module works for Python 2.2.1 
 16  # Because the structure of code trees changes with different Python versions, this module may not work with some 
 17  # previous Python releases, or future releases. 
 18   
 19  import pprint 
 20  import parser 
 21  import symbol 
 22  import token 
 23  import tokenize 
 24  import sys 
 25   
 26  # Hopefully, the node ID numbers in the name sequence is all that 
 27  # needs to be changed in order to get this module working with 
 28  # different Python release versions. 
 29   
 30  name_sequence = [292, 293, 294, 295, 297, 298, 299, 300, 301, 302, 
 31  303, 304, 305] 
 32   
 33  # Method for generating an AST sub tree (in list form) suitable for a 

 34 -def gen_assign_val_subtree(assign_val, assign_val_type): 

 35      name_sequence.reverse() 
 36      sublist = [] 
 37      if assign_val_type == 2: 
 38          sublist = [2, '%(assign_val)d' % vars()] 
 39      elif assign_val_type == 1: 
 40          sublist = [2, '%(assign_val)f' % vars()] 
 41      elif assign_val_type == 3: 
 42          sublist = [3, '"%(assign_val)s"' % vars()] 
 43      for val in name_sequence[0:len(name_sequence) - 1]: 
 44          sublist = [val, sublist] 
 45      name_sequence.reverse() 
 46      return sublist 

 47   
 48   

 49 -class AST_Visitor: 

 50 -    def __init__(self, modifying_AST): 

 51          # Flags: 
 52           
 53          # Checking assignment name (ie. "x = ..." where we are 
 54          # checking if 'x' == 'assign_name'): 
 55          self.checking_assign_name = 0 
 56           
 57          # Setting assignment value (we are changing a found occurrence 
 58          # of "assign_name = x" to "assign_name = assign_val"): 
 59          self.setting_assign_val = 0 
 60           
 61          # Index of where the AST visitor is currently at in the 
 62          # 'name_sequence' defined earlier: 
 63          self.name_seq_index = 0 
 64           
 65          # AST visitor expects a subtree associated with 
 66          # assignment/"=": 
 67          self.expecting_equals = 0 
 68           
 69          # Extracting assignment value (we are extracting the 'x' from 
 70          # a found occurrence of "assign_name = x"): 
 71          self.extracting_assign_val = 0 
 72           
 73          # Extracted assignment value: 
 74          self.extracted_val = "not found" 
 75           
 76          # Are we modifying an AST? Otherwise we're extracting 
 77          # information from an AST: 
 78          self.modifying_AST = modifying_AST 

 79   

 80 -    def traverse(self, AST_sublist, assign_name, assign_val_subtree): 

 81   
 82          # If we have a single element (terminating leaf node): 
 83          if type(AST_sublist) != list: 
 84              return AST_sublist 
 85   
 86          # If we have a sub tree of the form [x, [....]]: 
 87          elif len(AST_sublist) == 2: 
 88   
 89              # If we are somewhere in the 'name_sequence' defined 
 90              # earlier: [292, [293, [294, [295, [297, [298, [299, [300, 
 91              # [301, [302, [303, [304, [305, ... 
 92               
 93              if self.name_seq_index > 0: 
 94                  # If we are at the end of the 'name_sequence': 
 95                  if self.name_seq_index == len(name_sequence) - 1 and AST_sublist[0] == name_sequence[self.name_seq_index]: 
 96                      if len(AST_sublist[1]) == 3: 
 97                          if self.extracting_assign_val == 1: 
 98                              extracted_val = AST_sublist[1][1] 
 99                              self.extracted_val = extracted_val 
100                              self.extracting_assign_val = 0 
101                          else: 
102                              # Enter new mode: AST visitor will check 
103                              # the name associated with the 
104                              # 'name_sequence' to see if it will match 
105                              # 'assign_name': 
106                              self.checking_assign_name = 1 
107                      self.name_seq_index = 0 
108   
109                  else: 
110                      expected_val = name_sequence[self.name_seq_index] 
111                      if AST_sublist[0] == expected_val: 
112                          # Update position in 'name_sequence': 
113                          self.name_seq_index = self.name_seq_index + 1 
114                      else: 
115                          self.name_seq_index = 0 
116                  return AST_sublist[0:1] + [self.traverse(AST_sublist[1], assign_name, assign_val_subtree)] 
117   
118              # Else we are in some arbitrary sequence: 
119              # [a, [b, [c, [d, [e, [... 
120              else: 
121                  # If we are at the start of the 'name_sequence': 
122                  if AST_sublist[0] == 292: 
123                      if self.setting_assign_val == 1: 
124                          AST_sublist[1] = assign_val_subtree 
125                          self.setting_assign_val = 0 
126                      else: 
127                          # Enter new mode: AST visitor will check to 
128                          # see if we are progressing through the 
129                          # 'name_sequence' defined earlier: 
130                          self.name_seq_index = 1 
131                      return AST_sublist[0:1] + [self.traverse(AST_sublist[1], assign_name, assign_val_subtree)] 
132                  else: 
133                      return AST_sublist[0:1] + [self.traverse(AST_sublist[1], assign_name, assign_val_subtree)] 
134   
135          # If we have a sub tree with 3 parent nodes: 
136          elif len(AST_sublist) == 3: 
137   
138              # If the second parent node is a single element 
139              # (terminating leaf node): 
140              if type(AST_sublist[1]) != list: 
141                  # If the current AST visitor mode is set to checking 
142                  # for equality with "assign_name" (ie. "x = ..." where 
143                  # we are checking if 'x' == 'assign_name'):: 
144                  if self.checking_assign_name == 1: 
145                      # If 'x' == 'assign_name' (see above): 
146                      if AST_sublist[1] == assign_name: 
147                          # Enter new mode: AST visitor will check to 
148                          # see if the current sub tree is associated 
149                          # with assignment/"=": 
150                          self.expecting_equals = 1 
151                      self.checking_assign_name = 0 
152   
153                  # If the current AST visitor mode is set to check if 
154                  # the current sub tree is associated with 
155                  # assignment/"=": 
156                  elif self.expecting_equals == 1: 
157                      # If the current AST sub tree is associated with 
158                      # assignment/"=": 
159                      if AST_sublist[1] == '=': 
160                          if self.modifying_AST == 1: 
161                              # Enter new mode: AST visitor will change 
162                              # the assignment value to 
163                              # "assign_val_subtree": 
164                              self.setting_assign_val = 1 
165                          elif self.modifying_AST == 0: 
166                              # Enter new mode: AST visitor will extract 
167                              # the assignment value of "assign_name": 
168                              self.extracting_assign_val = 1 
169                      self.expecting_equals = 0 
170   
171                  return AST_sublist[0:2] 
172   
173          # If we are somewhere within the 'name_sequence': 
174          if self.name_seq_index > 0 or self.name_seq_index < len(name_sequence) - 1: 
175              # If the AST visitor is extracting the value of "assign_name": 
176              if self.extracting_assign_val == 1: 
177                  self.extracted_val = "compound" 
178                  self.extracting_assign_val = 0 
179   
180   
181          # For all other types of sub trees, AST visitor will traverse 
182          # in a depth first search pattern: 
183          sub_list = [] 
184          for x in AST_sublist: 
185              sub_list = sub_list + [self.traverse(x, assign_name, assign_val_subtree)] 
186          return sub_list 

187   

188 -def modify_AST(myAST, assign_name, assign_val): 

189      myAST_Visitor = AST_Visitor(1) 
190      old_AST_list = myAST.tolist(1) 
191      assign_val_type = 0 
192      if isinstance(assign_val, int): 
193          assign_val_type = 2 
194      elif isinstance(assign_val, float): 
195          assign_val_type = 1 
196      elif type(assign_val) == str: 
197          assign_val_type = 3 
198      new_AST_list = myAST_Visitor.traverse(old_AST_list, assign_name, gen_assign_val_subtree(assign_val, assign_val_type)) 
199      myNewAST = parser.sequence2ast(new_AST_list) 
200      return myNewAST 

201   
202  # Extract the assigned value of a variable from an AST. Retains the type. 

203 -def extract_from_AST(myAST, assign_name): 

204      myAST_Visitor = AST_Visitor(0) 
205      old_AST_list = myAST.tolist(1) 
206      new_AST_list = myAST_Visitor.traverse(old_AST_list, assign_name, 0) 
207      return myAST_Visitor.extracted_val 

208

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.AST_ext.AST_Visitor-class.html0000644000076500000240000001373311224565530027464 0ustar astrawstaff VisionEgg.PyroApps.AST_ext.AST_Visitor
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module AST_ext :: Class AST_Visitor
[frames] | no frames]

Class AST_Visitor

source code

Instance Methods
 
__init__(self, modifying_AST) source code
 
traverse(self, AST_sublist, assign_name, assign_val_subtree) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ColorCalGUI-module.html0000644000076500000240000001627411224565530026236 0ustar astrawstaff VisionEgg.PyroApps.ColorCalGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ColorCalGUI
[frames] | no frames]

Module ColorCalGUI

source code

Handle luminance and color calibration stimulus (client-side)


Version: 1.1.dev

Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  ColorCalMetaParameters
  ColorCalControlFrame
Functions
 
get_control_list() source code
Variables
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ColorCalGUI-pysrc.html0000644000076500000240000022561711224565530026114 0ustar astrawstaff VisionEgg.PyroApps.ColorCalGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ColorCalGUI
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.ColorCalGUI

 1  #!/usr/bin/env python 
 2  # 
 3  # The Vision Egg: ColorCalGUI 
 4  # 
 5  # Copyright (C) 2001-2003 Andrew Straw. 
 6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
 7  # URL: <http://www.visionegg.org/> 
 8  # 
 9  # Distributed under the terms of the GNU Lesser General Public License 
10  # (LGPL). See LICENSE.TXT that came with this file. 
11  # 
12  # $Id$ 
13   
14  """Handle luminance and color calibration stimulus (client-side)""" 
15   
16  import VisionEgg, string 
17  __version__ = VisionEgg.release_name 
18  __cvs__ = string.split('$Revision$')[1] 
19  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
20  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
21   
22  import sys, os 
23  import Tkinter 
24  import VisionEgg.PyroApps.EPhysGUIUtils as client_utils 
25   

27      return [("color_cal_server",ColorCalControlFrame,ColorCalControlFrame.title)] 

28   

30 -    def __init__(self): 

31          self.color = (1.0, 1.0, 1.0, 0.0) 

32           

33 -class ColorCalControlFrame(client_utils.StimulusControlFrame): 

34      title = "Color Calibration" 

35 -    def __init__(self, master=None, suppress_go_buttons=0,**kw): 

36          client_utils.StimulusControlFrame.__init__(self, 
37                                                     master, 
38                                                     suppress_go_buttons, 
39                                                     ColorCalControlFrame.title, 
40                                                     ColorCalMetaParameters, 
41                                                     **kw) 
42   
43          param_frame = self.param_frame # shorthand for self.param_frame created in base class 
44   
45          # Allow columns to expand 
46          param_frame.columnconfigure(0,weight=1) 
47          param_frame.columnconfigure(1,weight=1) 
48           
49          pf_row = 0 
50          Tkinter.Label(param_frame,text="Red:").grid(row=pf_row,column=0) 
51          self.red_tk_var = Tkinter.DoubleVar() 
52          self.red_tk_var.set(self.meta_params.color[0]) 
53          self.make_callback_entry(textvariable=self.red_tk_var).grid(row=pf_row,column=1) 
54   
55          pf_row += 1 
56          Tkinter.Label(param_frame,text="Green:").grid(row=pf_row,column=0) 
57          self.green_tk_var = Tkinter.DoubleVar() 
58          self.green_tk_var.set(self.meta_params.color[1]) 
59          self.make_callback_entry(textvariable=self.green_tk_var).grid(row=pf_row,column=1) 
60   
61          pf_row += 1 
62          Tkinter.Label(param_frame,text="Blue:").grid(row=pf_row,column=0) 
63          self.blue_tk_var = Tkinter.DoubleVar() 
64          self.blue_tk_var.set(self.meta_params.color[2]) 
65          self.make_callback_entry(textvariable=self.blue_tk_var).grid(row=pf_row,column=1) 

66   

67 -    def get_shortname(self): 

68          return "color_cal" 

69   

70 -    def update_tk_vars(self): 

71          self.red_tk_var.set( self.meta_params.color[0] ) 
72          self.green_tk_var.set( self.meta_params.color[1] ) 
73          self.blue_tk_var.set( self.meta_params.color[2] ) 

74           

75 -    def send_values(self,dummy_arg=None): 

76          self.meta_params.color =  ( self.red_tk_var.get(), 
77                                      self.green_tk_var.get(), 
78                                      self.blue_tk_var.get(), 
79                                      0.0 ) 
80   
81          if self.connected: 
82              self.meta_controller.set_parameters( self.meta_params ) 

83   

84 -    def get_duration_sec(self): 

85          return 0.0 

86   
87  if __name__=='__main__': 
88      frame = ColorCalControlFrame() 
89      frame.pack(expand=1,fill=Tkinter.BOTH) 
90      frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) 
91      frame.mainloop() 
92

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame-class.html0000644000076500000240000005720211224565530032063 0ustar astrawstaff VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ColorCalGUI :: Class ColorCalControlFrame
[frames] | no frames]

Class ColorCalControlFrame

source code

      Tkinter.Misc --+                
                     |                
    Tkinter.BaseWidget --+            
                         |            
          Tkinter.Pack --+            
                         |            
         Tkinter.Place --+            
                         |            
          Tkinter.Grid --+            
                         |            
            Tkinter.Widget --+        
                             |        
                 Tkinter.Frame --+    
                                 |    
EPhysGUIUtils.StimulusControlFrame --+
                                     |
                                    ColorCalControlFrame
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, suppress_go_buttons=0, **kw) source code
 
get_shortname(self)
Used as basename for saving parameter files and other ID purposes		 source code
 
update_tk_vars(self)
Update Tkinter variables with (new) values from meta_params		 source code
 
send_values(self, dummy_arg=None)
Update meta_params variables with values from Tkinter fields		 source code
 
get_duration_sec(self)
Calculate total duration in go loop		 source code

Inherited from EPhysGUIUtils.StimulusControlFrame: connect, get_loopable_variable_names, get_matlab_string, get_parameters_as_m_strings, get_parameters_as_py_strings, get_parameters_dict, go, make_callback_entry, quit_server, set_loopable_variable, set_param_dict, set_parameters_dict, standalone_connect

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables
  title = "Color Calibration"

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, suppress_go_buttons=0, **kw)
(Constructor)

source code 
Overrides: EPhysGUIUtils.StimulusControlFrame.__init__

get_shortname(self)

source code  
Used as basename for saving parameter files and other ID purposes
Overrides: EPhysGUIUtils.StimulusControlFrame.get_shortname
(inherited documentation)

update_tk_vars(self)

source code  
Update Tkinter variables with (new) values from meta_params
Overrides: EPhysGUIUtils.StimulusControlFrame.update_tk_vars
(inherited documentation)

send_values(self, dummy_arg=None)

source code  
Update meta_params variables with values from Tkinter fields
Overrides: EPhysGUIUtils.StimulusControlFrame.send_values
(inherited documentation)

get_duration_sec(self)

source code  
Calculate total duration in go loop
Overrides: EPhysGUIUtils.StimulusControlFrame.get_duration_sec
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ColorCalGUI.ColorCalMetaParameters-class.html0000644000076500000240000001227111224565530032377 0ustar astrawstaff VisionEgg.PyroApps.ColorCalGUI.ColorCalMetaParameters
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ColorCalGUI :: Class ColorCalMetaParameters
[frames] | no frames]

Class ColorCalMetaParameters

source code

Instance Methods
 
__init__(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ColorCalServer-module.html0000644000076500000240000002031011224565530027042 0ustar astrawstaff VisionEgg.PyroApps.ColorCalServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ColorCalServer
[frames] | no frames]

Module ColorCalServer

source code

Handle luminance and color calibration stimulus (server-side)


Version: 1.1.dev

Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  ColorCalMetaController
Functions
 
get_meta_controller_class() source code
 
make_stimuli() source code
 
get_meta_controller_stimkey() source code
Variables
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ColorCalServer-pysrc.html0000644000076500000240000022172711224565530026734 0ustar astrawstaff VisionEgg.PyroApps.ColorCalServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ColorCalServer
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.ColorCalServer

 1  #!/usr/bin/env python 
 2  # 
 3  # The Vision Egg: ColorCalServer 
 4  # 
 5  # Copyright (C) 2001-2003 Andrew Straw. 
 6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
 7  # URL: <http://www.visionegg.org/> 
 8  # 
 9  # Distributed under the terms of the GNU Lesser General Public License 
10  # (LGPL). See LICENSE.TXT that came with this file. 
11  # 
12  # $Id$ 
13   
14  """Handle luminance and color calibration stimulus (server-side)""" 
15   
16  import VisionEgg, string 
17  __version__ = VisionEgg.release_name 
18  __cvs__ = string.split('$Revision$')[1] 
19  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
20  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
21   
22  import sys, os, math 
23  import VisionEgg.Core 
24  import VisionEgg.FlowControl 
25  import VisionEgg.PyroHelpers 
26  import Pyro.core 
27  import pygame, pygame.locals 
28   
29  from VisionEgg.PyroApps.ColorCalGUI import ColorCalMetaParameters 
30   

31 -class ColorCalMetaController( Pyro.core.ObjBase ): 

32 -    def __init__(self,screen,presentation,stimuli): 

33          Pyro.core.ObjBase.__init__(self) 
34          self.meta_params = ColorCalMetaParameters() 
35          if not isinstance(screen,VisionEgg.Core.Screen): 
36              raise ValueError("Expecting instance of VisionEgg.Core.Screen") 
37          if not isinstance(presentation,VisionEgg.FlowControl.Presentation): 
38              raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") 
39           
40          self.screen = screen 
41          self.p = presentation 
42   
43          self.update() # set stimulus parameters to initial defaults 

44   

45 -    def get_parameters(self): 

46          return self.meta_params 

47   

48 -    def set_parameters(self, new_parameters): 

49          if isinstance(new_parameters, ColorCalMetaParameters): 
50              self.meta_params = new_parameters 
51          else: 
52              raise ValueError("Argument to set_parameters must be instance of ColorCalMetaParameters") 
53          self.update() 

54           

55 -    def update(self): 

56          self.screen.parameters.bgcolor = self.meta_params.color 

57   

58 -    def go(self): 

59          pass 

60   

61 -    def quit_server(self): 

62          self.p.parameters.quit = 1 

63   
66   

67 -def make_stimuli(): 

68      return [] 

69   

71      return "color_cal_server" 

72   
73  # Don't do anything unless this script is being run 
74  if __name__ == '__main__': 
75       
76      pyro_server = VisionEgg.PyroHelpers.PyroServer() 
77   
78      screen = VisionEgg.Core.Screen.create_default() 
79   
80      # get Vision Egg stimulus ready to go 
81      p = VisionEgg.FlowControl.Presentation() 
82   
83      stimuli = make_stimuli() 
84       
85      # now hand over control of grating and mask to FlatGratingExperimentMetaController 
86      meta_controller = ColorCalMetaController(screen,p,stimuli) 
87      pyro_server.connect(meta_controller,get_meta_controller_stimkey()) 
88   
89      # get listener controller and register it 
90      p.add_controller(None,None, pyro_server.create_listener_controller()) 
91   
92      # enter endless loop 
93      p.run_forever() 
94

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:50 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000014700000000000011710 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController-class.ht0000644000076500000240000002531011224565530032706 0ustar astrawstaff VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ColorCalServer :: Class ColorCalMetaController
[frames] | no frames]

Class ColorCalMetaController

source code

Pyro.core.ObjBase --+
                    |
                   ColorCalMetaController
Instance Methods
 
__init__(self, screen, presentation, stimuli) source code
 
get_parameters(self) source code
 
set_parameters(self, new_parameters) source code
 
update(self) source code
 
go(self) source code
 
quit_server(self) source code

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Method Details

__init__(self, screen, presentation, stimuli)
(Constructor)

source code 
Overrides: Pyro.core.ObjBase.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.DropinGUI-module.html0000644000076500000240000001354011224565530025764 0ustar astrawstaff VisionEgg.PyroApps.DropinGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module DropinGUI
[frames] | no frames]

Module DropinGUI

source code

Classes
  DropinMetaParameters
  DropinControlFrame
Functions
 
get_control_list() source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.DropinGUI-pysrc.html0000644000076500000240000022035711224565530025645 0ustar astrawstaff VisionEgg.PyroApps.DropinGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module DropinGUI
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.DropinGUI

  1  # The Vision Egg: DropinGUI 
  2  # 
  3  # Copyright (C) 2004 Imran S. Ali, Lachlan Dowd, Andrew Straw 
  4  # Copyright (C) 2004 California Institute of Technology 
  5  # 
  6  # Authors: Imran S. Ali, Lachlan Dowd, Andrew Straw 
  7  # URL: <http://www.visionegg.org/> 
  8  # 
  9  # Distributed under the terms of the GNU Lesser General Public License 
 10  # (LGPL). See LICENSE.TXT that came with this file. 
 11  # 
 12  # $Id$ 
 13   
 14  import VisionEgg, string 
 15  import sys, os 
 16  import Tkinter 
 17  import tkMessageBox 
 18  import VisionEgg.PyroApps.VarTypes as VarTypes 
 19  import VisionEgg.PyroApps.EPhysGUIUtils as client_utils 
 20   

 21 -def get_control_list(): 

 22     return [("dropin_server",DropinControlFrame,DropinControlFrame.title)] 

 23   

 25 -   def __init__(self): 

 26        self.vars_list = [] 

 27   

 28 -class DropinControlFrame(client_utils.StimulusControlFrame): 

 29     title = "Vision Egg Script" 
 30   

 31 -   def __init__(self, master=None, suppress_go_buttons=0,**kw): 

 32        client_utils.StimulusControlFrame.__init__(self, 
 33                                                   master, 
 34                                                   suppress_go_buttons, 
 35                                                   DropinControlFrame.title, 
 36                                                   DropinMetaParameters, 
 37                                                   **kw) 
 38   
 39        param_frame = self.param_frame # shorthand for self.param_frame created in base class 
 40        param_frame.columnconfigure(0,weight=1) 
 41        param_frame.columnconfigure(1,weight=1) 
 42        self.vars_list = [] 
 43        self.error_names = [] 

 44         

 45 -   def get_shortname(self): 

 46        return "dropin" 

 47   

 48 -   def update_tk_vars(self): 

 49        pass 

 50   
 51   

 52 -   def send_values(self,dummy_arg=None): 

 53   
 54        self.meta_params.vars_list = [] 
 55        self.error_names = [] 
 56         
 57        if self.vars_list is None: 
 58           return 0 
 59         
 60        for var in self.vars_list: 
 61           if len(var) == 3: 
 62              var_type = var[0] 
 63              var_name = var[1] 
 64              var_val_holder = var[2] 
 65              var_val = var_val_holder.get() 
 66              try: 
 67                 if var_val == "compound": 
 68                    pass 
 69                 else: 
 70                    if VarTypes.getType(var_type) == "float": 
 71                       var_typed_val = float(var_val) 
 72                    elif VarTypes.getType(var_type) == "integer": 
 73                       var_typed_val = int(float(var_val)) 
 74                    elif VarTypes.getType(var_type) == "string": 
 75                       var_typed_val = var_val 
 76                    else: 
 77                       raise ValueError() 
 78                    self.meta_params.vars_list.append([var_name, var_typed_val]) 
 79              except ValueError: 
 80                 self.error_names.append(var_name) 
 81   
 82   
 83         
 84        if len(self.error_names) == 0: 
 85           self.meta_controller.set_parameters( self.meta_params ) 
 86           return 1 
 87        else: 
 88           all_error_names = "Invalid value(s) for the following variable(s):\n" 
 89           for error_name in self.error_names: 
 90              all_error_names = all_error_names + error_name + "\n" 
 91           tkMessageBox.showerror("Invalid value(s)", all_error_names) 
 92           return 0 

 93   

 94 -   def get_duration_sec(self): 

 95        # XXX not implemented yet 
 96        return -1 

 97   
 98     # Creates the variable Entry and Label widgets: 

 99 -   def gen_var_widgets(self, demoscript_filename, vars_list): 

100        self.vars_list = vars_list 
101        param_frame = self.param_frame # shorthand for self.param_frame created in base class 
102        if demoscript_filename is None: 
103           label = "No demo file loaded" 
104        else: 
105           label = demoscript_filename 
106        Tkinter.Label(param_frame, 
107                      text=label, 
108                      font=("Helvetica",8,"bold")).grid(row=0,columnspan=2) 
109        row_num = 1 
110   
111        if self.vars_list is None: 
112           return 
113        for var in self.vars_list: 
114           var_label = Tkinter.Label(param_frame,text=var[1]).grid(row=row_num,column=0) 
115           # Create a Tkinter string variable holder: 
116           var_val_holder = Tkinter.StringVar() 
117           # Set to its value: 
118           var_val_holder.set(var[2]) 
119           # Create (indirectly) Entry widgets: 
120           # Render variables which were "not found" as non-modifiable for user: 
121           if var[2] == "not found": 
122              self.make_callback_entry(textvariable=var_val_holder, state="disabled").grid(row=row_num,column=1) 
123              del var[2] 
124           else: 
125              self.make_callback_entry(textvariable=var_val_holder).grid(row=row_num,column=1) 
126              var[2] = var_val_holder 
127           row_num = row_num + 1 

128   
129  if __name__=='__main__': 
130     frame = DropinControlFrame() 
131     frame.pack(expand=1,fill=Tkinter.BOTH) 
132     frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) 
133     frame.mainloop() 
134

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:48 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.DropinGUI.DropinControlFrame-class.html0000644000076500000240000006052311224565530031355 0ustar astrawstaff VisionEgg.PyroApps.DropinGUI.DropinControlFrame
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module DropinGUI :: Class DropinControlFrame
[frames] | no frames]

Class DropinControlFrame

source code

      Tkinter.Misc --+                
                     |                
    Tkinter.BaseWidget --+            
                         |            
          Tkinter.Pack --+            
                         |            
         Tkinter.Place --+            
                         |            
          Tkinter.Grid --+            
                         |            
            Tkinter.Widget --+        
                             |        
                 Tkinter.Frame --+    
                                 |    
EPhysGUIUtils.StimulusControlFrame --+
                                     |
                                    DropinControlFrame
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, suppress_go_buttons=0, **kw) source code
 
get_shortname(self)
Used as basename for saving parameter files and other ID purposes		 source code
 
update_tk_vars(self)
Update Tkinter variables with (new) values from meta_params		 source code
 
send_values(self, dummy_arg=None)
Update meta_params variables with values from Tkinter fields		 source code
 
get_duration_sec(self)
Calculate total duration in go loop		 source code
 
gen_var_widgets(self, demoscript_filename, vars_list) source code

Inherited from EPhysGUIUtils.StimulusControlFrame: connect, get_loopable_variable_names, get_matlab_string, get_parameters_as_m_strings, get_parameters_as_py_strings, get_parameters_dict, go, make_callback_entry, quit_server, set_loopable_variable, set_param_dict, set_parameters_dict, standalone_connect

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables
  title = "Vision Egg Script"

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, suppress_go_buttons=0, **kw)
(Constructor)

source code 
Overrides: EPhysGUIUtils.StimulusControlFrame.__init__

get_shortname(self)

source code  
Used as basename for saving parameter files and other ID purposes
Overrides: EPhysGUIUtils.StimulusControlFrame.get_shortname
(inherited documentation)

update_tk_vars(self)

source code  
Update Tkinter variables with (new) values from meta_params
Overrides: EPhysGUIUtils.StimulusControlFrame.update_tk_vars
(inherited documentation)

send_values(self, dummy_arg=None)

source code  
Update meta_params variables with values from Tkinter fields
Overrides: EPhysGUIUtils.StimulusControlFrame.send_values
(inherited documentation)

get_duration_sec(self)

source code  
Calculate total duration in go loop
Overrides: EPhysGUIUtils.StimulusControlFrame.get_duration_sec
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.DropinGUI.DropinMetaParameters-class.html0000644000076500000240000001224111224565530031666 0ustar astrawstaff VisionEgg.PyroApps.DropinGUI.DropinMetaParameters
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module DropinGUI :: Class DropinMetaParameters
[frames] | no frames]

Class DropinMetaParameters

source code

Instance Methods
 
__init__(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.DropinServer-module.html0000644000076500000240000001555611224565530026617 0ustar astrawstaff VisionEgg.PyroApps.DropinServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module DropinServer
[frames] | no frames]

Module DropinServer

source code

Classes
  DropinMetaController
Functions
 
get_meta_controller_class() source code
 
make_stimuli() source code
 
get_meta_controller_stimkey() source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.DropinServer-pysrc.html0000644000076500000240000014050311224565530026461 0ustar astrawstaff VisionEgg.PyroApps.DropinServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module DropinServer
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.DropinServer

 1  # The Vision Egg: DropinServer 
 2  # 
 3  # Copyright (C) 2004 Imran S. Ali, Lachlan Dowd, Andrew Straw 
 4  # Copyright (C) 2004 California Institute of Technology 
 5  # 
 6  # Authors: Imran S. Ali, Lachlan Dowd, Andrew Straw 
 7  # URL: <http://www.visionegg.org/> 
 8  # 
 9  # Distributed under the terms of the GNU Lesser General Public License 
10  # (LGPL). See LICENSE.TXT that came with this file. 
11  # 
12  # $Id$ 
13   
14  import VisionEgg, string 
15   
16  import sys, os, math 
17  import VisionEgg.Core 
18  import VisionEgg.FlowControl 
19  import VisionEgg.Textures 
20  import VisionEgg.SphereMap 
21  import VisionEgg.PyroHelpers 
22  import Pyro.core 
23   
24  from VisionEgg.PyroApps.ScreenPositionServer import ScreenPositionMetaController 
25  from VisionEgg.PyroApps.ScreenPositionGUI import ScreenPositionParameters 
26  from VisionEgg.PyroApps.DropinGUI import DropinMetaParameters 
27   

28 -class DropinMetaController( Pyro.core.ObjBase ): 

29 -    def __init__(self,screen,presentation,stimuli): 

30          Pyro.core.ObjBase.__init__(self) 
31          self.meta_params = DropinMetaParameters() 
32          self.p = presentation 
33          print 'DropinMetaController presentation',self.p 

34           

35 -    def get_parameters(self): 

36          return self.meta_params 

37   

38 -    def set_parameters(self, new_parameters): 

39          self.meta_params = new_parameters 
40          self.update() 

41           

42 -    def update(self): 

43          pass 

44   

45 -    def go(self): 

46          self.p.parameters.enter_go_loop = 1 

47   

48 -    def quit_server(self): 

49          self.p.parameters.quit = 1 

50   
53   

54 -def make_stimuli(): 

55      pass 

56   

58      return "dropin_server" 

59

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:48 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.DropinServer.DropinMetaController-class.html0000644000076500000240000002522211224565530032533 0ustar astrawstaff VisionEgg.PyroApps.DropinServer.DropinMetaController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module DropinServer :: Class DropinMetaController
[frames] | no frames]

Class DropinMetaController

source code

Pyro.core.ObjBase --+
                    |
                   DropinMetaController
Instance Methods
 
__init__(self, screen, presentation, stimuli) source code
 
get_parameters(self) source code
 
set_parameters(self, new_parameters) source code
 
update(self) source code
 
go(self) source code
 
quit_server(self) source code

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Method Details

__init__(self, screen, presentation, stimuli)
(Constructor)

source code 
Overrides: Pyro.core.ObjBase.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUI-module.html0000644000076500000240000002564111224565530025566 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUI
[frames] | no frames]

Module EPhysGUI

source code

Classes
  ContainedObjectBase
Base class to encapsulate objects, provides useful methods when used in GUI
  ScrollListFrame
  Loop
  LoopContainedObject
Container for Loop class
  LoopParamDialog
  GammaFrame
  ImageSequenceLauncher
  AppWindow
  BarButton
Functions
 
get_server(hostname="", port=7766) source code
Variables
  __version__ = '1.1.dev'
  __cvs__ = '$Revision: 1455 $'.split() [1]
  __date__ = ' '.join('$Date: 2008-06-07 08:42:14 -0700 (Sat, 07...
  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>'
  client_list = []
Variables Details

__date__

Value:
' '.join('$Date: 2008-06-07 08:42:14 -0700 (Sat, 07 Jun 2008) $'.split\
() [1: 3])

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUI-pysrc.html0000644000076500000240000304745311224565530025451 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUI
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.EPhysGUI

   1  #!/usr/bin/env python 
   2  # 
   3  # The Vision Egg: EPhysGUI 
   4  # 
   5  # Copyright (C) 2001-2004 Andrew Straw. 
   6  # Copyright (C) 2004 Imran S. Ali, Lachlan Dowd 
   7  # Copyright (C) 2004, 2008 California Institute of Technology 
   8  # 
   9  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  10  # URL: <http://www.visionegg.org/> 
  11  # 
  12  # Distributed under the terms of the GNU Lesser General Public License 
  13  # (LGPL). See LICENSE.TXT that came with this file. 
  14  # 
  15  # $Id: EPhysGUI.py 1455 2008-06-07 15:42:14Z astraw $ 
  16   
  17  import VisionEgg 
  18  __version__ = VisionEgg.release_name 
  19  __cvs__ = '$Revision: 1455 $'.split()[1] 
  20  __date__ = ' '.join('$Date: 2008-06-07 08:42:14 -0700 (Sat, 07 Jun 2008) $'.split()[1:3]) 
  21  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
  22   
  23  import sys, socket, re, time, string, types, os 
  24  import parser, symbol, token, compiler 
  25  import pickle, random, math, threading 
  26  import Tkinter, tkMessageBox, tkSimpleDialog, tkFileDialog 
  27  import StringIO 
  28  import Pyro 
  29  import numpy 
  30   
  31  import VisionEgg 
  32  import VisionEgg.PyroClient 
  33  import VisionEgg.PyroApps.ScreenPositionGUI 
  34  import VisionEgg.GUI 
  35  import VisionEgg.ParameterTypes as ve_types 
  36   
  37  # Add your client modules here 
  38  import VisionEgg.PyroApps.TargetGUI 
  39  import VisionEgg.PyroApps.MouseTargetGUI 
  40  import VisionEgg.PyroApps.FlatGratingGUI 
  41  import VisionEgg.PyroApps.SphereGratingGUI 
  42  import VisionEgg.PyroApps.SpinningDrumGUI 
  43  import VisionEgg.PyroApps.GridGUI 
  44  import VisionEgg.PyroApps.ColorCalGUI 
  45   
  46  import VisionEgg.PyroApps.DropinGUI 
  47  import VisionEgg.PyroApps.AST_ext as AST_ext 
  48  import VisionEgg.PyroApps.VarTypes as VarTypes 
  49   
  50  client_list = [] 
  51  client_list.extend( VisionEgg.PyroApps.TargetGUI.get_control_list() ) 
  52  client_list.extend( VisionEgg.PyroApps.MouseTargetGUI.get_control_list() ) 
  53  client_list.extend( VisionEgg.PyroApps.FlatGratingGUI.get_control_list() ) 
  54  client_list.extend( VisionEgg.PyroApps.SphereGratingGUI.get_control_list() ) 
  55  client_list.extend( VisionEgg.PyroApps.SpinningDrumGUI.get_control_list() ) 
  56  client_list.extend( VisionEgg.PyroApps.GridGUI.get_control_list() ) 
  57  client_list.extend( VisionEgg.PyroApps.ColorCalGUI.get_control_list() ) 
  58  client_list.extend( VisionEgg.PyroApps.DropinGUI.get_control_list() ) 
  59   

  61      """Base class to encapsulate objects, provides useful methods when used in GUI""" 

  62 -    def __init__(self): 

  63          raise RuntimeError("Abstract base class!") 

  64 -    def get_str_30(self): 

  65          return "**** this is a generic str_30 ****" 

  66 -    def get_contained(self): 

  67          return self.contained 

  68      header = "unknown parameters" 

  69   

  70 -class ScrollListFrame(Tkinter.Frame): 

  71 -    def __init__(self,master=None,list_of_contained_objects=None,contained_objectbject_maker=None, 
  72                   container_class=ContainedObjectBase, 
  73                   **cnf): 

  74          Tkinter.Frame.__init__(self, master, **cnf) 
  75          if list_of_contained_objects is None: 
  76              self.list = [] 
  77          else: 
  78              self.list = list_of_contained_objects 
  79          self.container_class = container_class 
  80   
  81          # allow column to expand 
  82          self.columnconfigure(0,weight=1) 
  83   
  84          # The frame that has the list and the vscroll 
  85          self.frame = Tkinter.Frame(self,borderwidth=2) 
  86          self.frame.grid(row=0,sticky="nwes") 
  87   
  88          # allow column to expand 
  89          self.frame.columnconfigure(0,weight=1) 
  90   
  91          self.frame.vscroll = Tkinter.Scrollbar(self.frame,orient=Tkinter.VERTICAL) 
  92          self.frame.hscroll = Tkinter.Scrollbar(self.frame,orient=Tkinter.HORIZONTAL) 
  93          self.frame.title = Tkinter.Listbox( 
  94              self.frame, 
  95              relief=Tkinter.FLAT, 
  96              font=('courier',10,'bold'), 
  97              height=1, 
  98  #            selectbackground='#eed5b7', 
  99  #            selectborderwidth=0, 
 100  #            selectmode=None, 
 101              exportselection=0) 
 102          self.frame.title.insert(Tkinter.END, self.container_class.header) 
 103          self.frame.list = Tkinter.Listbox( 
 104              self.frame, 
 105              relief=Tkinter.SUNKEN, 
 106              font=('courier',10,'normal'), 
 107              width=40, height=10, 
 108              selectbackground='#eed5b7', 
 109              selectborderwidth=0, 
 110              selectmode=Tkinter.BROWSE, 
 111              xscroll=self.frame.hscroll.set, 
 112              yscroll=self.frame.vscroll.set, 
 113              exportselection=0) 
 114   
 115          self.frame.hscroll['command'] = self.delegate_hscroll 
 116          self.frame.hscroll.grid(row=3,column=0,sticky='we') 
 117          self.frame.vscroll['command'] = self.frame.list.yview 
 118          self.frame.vscroll.grid(row=2,column=1,sticky='ns') 
 119          self.frame.title.grid(row=1,column=0,ipady=0,pady=0,sticky='we') 
 120          self.frame.list.grid(row=2,column=0,sticky='nwes') 
 121          self.frame.list.bind('<Double-Button-1>',self.edit_selected) 
 122   
 123          # The buttons on bottom 
 124          self.bar = Tkinter.Frame(self,borderwidth=2) 
 125          self.bar.grid(row=1,sticky="we") 
 126          self.bar.add = Tkinter.Button(self.bar,text='Add...',command=self.add_new) 
 127          self.bar.add.grid(row=0,column=0,sticky='we') 
 128          self.bar.edit = Tkinter.Button(self.bar,text='Edit...',command=self.edit_selected) 
 129          self.bar.edit.grid(row=0,column=1,sticky='we') 
 130          self.bar.remove = Tkinter.Button(self.bar,text='Remove',command=self.remove_selected) 
 131          self.bar.remove.grid(row=0,column=2,sticky='we') 
 132          self.bar.move_up = Tkinter.Button(self.bar,text='Up',command=self.move_selected_up) 
 133          self.bar.move_up.grid(row=0,column=3,sticky='we') 
 134          self.bar.move_down = Tkinter.Button(self.bar,text='Down',command=self.move_selected_down) 
 135          self.bar.move_down.grid(row=0,column=4,sticky='we') 
 136          self.bar.tk_menuBar(self.bar.add,self.bar.remove) 
 137          #Lachie- My bar for setting parent 
 138          self.bar.merge = Tkinter.Button(self.bar,text='Merge/Unmerge',command=self.make_merge) 
 139          self.bar.merge.grid(row=0,column=5,sticky='we') 
 140          self.bar.tk_menuBar(self.bar.add,self.bar.remove) 
 141          self.update_now() 

 142   

 143 -    def list2D_coordinates(self, main_index, main_list): 

 144          # This is a function for finding the 2-d 
 145          # list coordinates of an element which may be inside a 
 146          # list-nested-list. 
 147          # eg. if x = [[e, e, e], [e], [e, e]] 
 148          # Then the coordinates of the element at index 4 is: (2, 0) 
 149          # 
 150          # Initialization: 
 151          i = -1 
 152          j = -1 
 153          element_count = 0 
 154          # Main body: 
 155          for nested_list in main_list: 
 156              j = -1 
 157              i = i + 1 
 158              for element in nested_list: 
 159                  j = j + 1 
 160                  element_count = element_count + 1 
 161                  if (element_count - 1) == main_index: 
 162                      return [i, j] 
 163          # Unsuccessful exit: 
 164          return [-1, -1] 

 165   

 166 -    def delegate_hscroll(self,*args,**kw): 

 167          self.frame.title.xview(*args,**kw) 
 168          self.frame.list.xview(*args,**kw) 

 169   

 170 -    def get_list_uncontained(self): 

 171          results = [] 
 172          for contained_object_item in self.list: 
 173              #results.append( contained_object_item.get_contained() ) 
 174              results.append( contained_object_item ) 
 175          return results 

 176   

 177 -    def update_now(self): 

 178          self.frame.list.delete(0,Tkinter.END) 
 179          max_len = 0 
 180          for loop_container in self.list: 
 181              for loop in loop_container: 
 182                  item_str_30 = loop.get_str_30() 
 183                  max_len = max(max_len,len(item_str_30)) 
 184                  self.frame.list.insert(Tkinter.END,item_str_30) 
 185              self.frame.list.insert(Tkinter.END,"") 
 186          self.frame.title.delete(0,Tkinter.END) 
 187          self.frame.title.insert(Tkinter.END, self.container_class.header.ljust(max_len)) 

 188   

 189 -    def add_new(self): 

 190          contained_object = self.make_contained_object(self.container_class) 
 191          if contained_object: 
 192              self.list.append( [contained_object] ) 
 193          self.update_now() 

 194   

 195 -    def edit_selected(self,dummy_arg=None): 

 196          selected = self.get_selected() 
 197          # Get 2-D list coordinates of selected object of class "LoopContainedObject": 
 198          loop_coordinates = self.list2D_coordinates(selected, self.list) 
 199          main_list_index = loop_coordinates[0] 
 200          loop_list_index = loop_coordinates[1] 
 201          if selected is not None: 
 202              if len(self.list[main_list_index]) == 1: 
 203                  orig_contained_object = self.list[main_list_index][loop_list_index] 
 204                  modified_contained_object = self.edit_contained_object( orig_contained_object ) 
 205                  if modified_contained_object is not None: # "Cancel" press results in None 
 206                      self.list[main_list_index][loop_list_index] = modified_contained_object 
 207                  self.update_now() 
 208              else: 
 209                  tkMessageBox.showerror("Cannot edit this variable", "This variable needs to be isolated/unmerged") 

 210   

 211 -    def remove_selected(self): 

 212          selected = self.get_selected() 
 213          # Get 2-D list coordinates of selected object of class "LoopContainedObject": 
 214          loop_coordinates = self.list2D_coordinates(selected, self.list) 
 215          main_list_index = loop_coordinates[0] 
 216          loop_list_index = loop_coordinates[1] 
 217          if selected is not None: 
 218              del self.list[main_list_index][loop_list_index] 
 219              if self.list[main_list_index] == []: 
 220                  del self.list[main_list_index] 
 221              self.update_now() 

 222   

 223 -    def move_selected_up(self,dummy_arg=None): 

 224          selected = self.get_selected() 
 225          # Get 2-D list coordinates of selected object of class "LoopContainedObject": 
 226          loop_coordinates = self.list2D_coordinates(selected, self.list) 
 227          main_list_index = loop_coordinates[0] 
 228          loop_list_index = loop_coordinates[1] 
 229          new_selected_index = selected 
 230          if selected is not None: 
 231              # If the selected variable is first in its "loop_list": 
 232              if loop_list_index == 0: 
 233                  # If not the first "loop_list": 
 234                  if main_list_index != 0: 
 235                      # Then we move up the entire "loop_list": 
 236                      selected_loop_list = self.list[main_list_index] 
 237                      del self.list[main_list_index] 
 238                      new_main_list_index = main_list_index - 1 
 239                      self.list.insert(new_main_list_index, selected_loop_list) 
 240                      new_selected_index = selected - len(self.list[main_list_index]) 
 241                      self.update_now() 
 242   
 243              # Else we just move up a variable within a "loop_list": 
 244              else: 
 245                  selected_loop_container = self.list[main_list_index][loop_list_index] 
 246                  del self.list[main_list_index][loop_list_index] 
 247                  new_loop_list_index = loop_list_index - 1 
 248                  self.list[main_list_index].insert(new_loop_list_index, selected_loop_container) 
 249                  new_selected_index = selected - 1 
 250                  self.update_now() 
 251   
 252              new_selected_index = self.map_to_listbox_index(new_selected_index) 
 253              self.frame.list.selection_set(new_selected_index) 

 254   

 255 -    def move_selected_down(self,dummy_arg=None): 

 256          selected = self.get_selected() 
 257          # Get 2-D list coordinates of selected object of class "LoopContainedObject": 
 258          loop_coordinates = self.list2D_coordinates(selected, self.list) 
 259          main_list_index = loop_coordinates[0] 
 260          loop_list_index = loop_coordinates[1] 
 261          new_selected_index = selected 
 262          if selected is not None: 
 263              # If the selected variable is last in its "loop_list": 
 264              if loop_list_index == (len(self.list[main_list_index]) - 1): 
 265                  # If not the last "loop_list": 
 266                  if main_list_index != (len(self.list) - 1): 
 267                      # Then we move down the entire "loop_list": 
 268                      selected_loop_list = self.list[main_list_index] 
 269                      del self.list[main_list_index] 
 270                      new_main_list_index = main_list_index + 1 
 271                      self.list.insert(new_main_list_index, selected_loop_list) 
 272                      new_selected_index = selected + len(self.list[main_list_index]) 
 273                      self.update_now() 
 274   
 275              # Else we just move down a variable within a "loop_list": 
 276              #elif loop_list_index != (len(self.list[main_list_index]) - 1): 
 277              else: 
 278                  selected_loop_container = self.list[main_list_index][loop_list_index] 
 279                  del self.list[main_list_index][loop_list_index] 
 280                  new_loop_list_index = loop_list_index + 1 
 281                  self.list[main_list_index].insert(new_loop_list_index, selected_loop_container) 
 282                  new_selected_index = selected + 1 
 283                  self.update_now() 
 284              #else: 
 285                  #tkMessageBox.showerror("Cannot move this variable down", "Select unmerge instead") 
 286   
 287              new_selected_index = self.map_to_listbox_index(new_selected_index) 
 288              self.frame.list.selection_set(new_selected_index) 

 289   
 290   
 291   
 292   
 293   
 294   
 295   

 296 -    def make_merge(self): 

 297          # Notes: 
 298          # "self.list" is a list of lists, each of which, a 
 299          # "loop_list", contains "LoopContainedObject" class objects: 
 300          # eg. [[a], [b, c], [d]] 
 301          selected = self.get_selected() 
 302   
 303          merge_error = 0 
 304          merge_error_msg = "" 
 305   
 306          # The purpose of this function is to "merge" selected objects of class 
 307          # "LoopContainedObject" into a preceding list: 
 308          # eg. [[a], [b, c], [d]] => [[a], [b, c, d]]] 
 309          # where selected 'd' was "merged" into preceding list. 
 310          # Note, this function can also perform the reverse, provided that the 
 311          # the selected object of class "LoopContainedObject" is the LAST one 
 312          # in its "loop_list". 
 313          # Supported cases: 
 314          # [[a], [b*, c], [d]] => [[a, b, c], [d]] merge 
 315          # [[a], [b, c*], [d]] => [[a], [b], [c, d]] unmerge 
 316          # Unsupported cases: 
 317          # [[a], [b, c*, d], [e]] => cannot unmerge! 
 318   
 319          # Get 2-D list coordinates of selected object of class "LoopContainedObject": 
 320          loop_coordinates = self.list2D_coordinates(selected, self.list) 
 321          main_list_index = loop_coordinates[0] 
 322          loop_list_index = loop_coordinates[1] 
 323   
 324          # Checking that an item is actually selected: 
 325          if selected is not None: 
 326   
 327              selected_loop_list = self.list[main_list_index] 
 328              selected_loop_container = selected_loop_list[loop_list_index] 
 329              preceding_loop_container = self.list[main_list_index - 1][0] 
 330   
 331              # Trying to perform merge? 
 332              if loop_list_index == 0: 
 333   
 334                  # Ensure selected "LoopContainerObject" is not in first "loop_list": 
 335                  if main_list_index > 0: 
 336   
 337                      # Can only carry out merge if "Loop" object sequence lengths are 
 338                      # the same length within a "loop_list": 
 339                      if len(selected_loop_container.contained.parameters.sequence) == len(preceding_loop_container.contained.parameters.sequence): 
 340   
 341                          # Perform the merge. All variables that are currently merged with the selected variable, 
 342                          # are merged with the new variable(s) as well. 
 343                          i = 0 
 344                          max_index = len(selected_loop_list) 
 345                          while i < max_index: 
 346                              dummy_loop_container = selected_loop_list[0] 
 347                              del self.list[main_list_index][0] 
 348                              self.list[main_list_index - 1].append(dummy_loop_container) 
 349                              i = i + 1 
 350   
 351                          # Remove the selected "loop_list" if it is now empty: 
 352                          if self.list[main_list_index] == []: 
 353                              del self.list[main_list_index] 
 354   
 355                      else: 
 356                          merge_error = 1 
 357                          merge_error_msg = "Cannot merge variables with different sequence lengths" 
 358   
 359                  else: 
 360                      merge_error = 3 
 361                      #merge_error_msg = "Variable is at the top level" 
 362   
 363              # Trying to perform an "unmerge": 
 364              else: 
 365   
 366                  # Ensure selected "LoopContainerObject" is last object in its "loop_list": 
 367                  if loop_list_index == (len(selected_loop_list) - 1): 
 368   
 369                      # Perform the unmerge: 
 370                      del self.list[main_list_index][loop_list_index] 
 371                      self.list.insert((main_list_index + 1), [selected_loop_container]) 
 372   
 373                  else: 
 374                      merge_error = 2 
 375                      merge_error_msg = "Unmerge lowest variable in this cluster first" 
 376   
 377          if merge_error == 1: 
 378              tkMessageBox.showerror("Cannot perform merge", merge_error_msg) 
 379          elif merge_error == 2: 
 380              tkMessageBox.showerror("Cannot perform unmerge", merge_error_msg) 
 381          elif merge_error == 3: 
 382              # non critical errors 
 383              pass 
 384          else: 
 385              #debugger: 
 386              #print len(self.list) 
 387              #print "" 
 388              #for x in self.list: 
 389              #    print len(x) 
 390              #print "--------------" 
 391              self.update_now() 

 392   
 393   
 394   

 395 -    def make_contained_object(self, container_class): 

 396          """Factory function for ContainedObjectBase""" 
 397          if container_class == LoopContainedObject: 
 398              return self.make_loop_contained_object() 
 399          params = {} 
 400          p = container_class.contained_class.parameters_and_defaults 
 401          keys = p.keys() 
 402          keys.sort() 
 403          for pname in keys: 
 404              if p[pname][1] == ve_types.String: 
 405                  params[pname] = tkSimpleDialog.askstring(pname,pname,initialvalue=p[pname][0]) 
 406              elif p[pname][1] == ve_types.Integer: 
 407                  params[pname] = tkSimpleDialog.askinteger(pname,pname,initialvalue=p[pname][0]) 
 408              elif p[pname][1] == ve_types.Real: 
 409                  params[pname] = tkSimpleDialog.askfloat(pname,pname,initialvalue=p[pname][0]) 
 410              elif p[pname][1] == ve_types.Sequence: 
 411                  params[pname] = eval("["+tkSimpleDialog.askstring(pname,pname,initialvalue="1,2,3")+"]") 
 412                  if type(params[pname]) is not types.ListType: 
 413                      raise ValueError("You must enter a list in the form of '[1,2,3]'") 
 414              else: 
 415                  raise NotImplementedError("Don't know about type %s"%(p[pname][1],)) 
 416              if params[pname] is None: 
 417                  raise RuntimeError("Input cancelled") 
 418          contained = container_class.contained_class(**params) # call constructor 
 419          return container_class(contained) 

 420   

 421 -    def edit_contained_object(self, contained_object): 

 422          if not isinstance(contained_object,LoopContainedObject): 
 423              raise NotImplementedError("") 
 424          orig_contained = contained_object.get_contained() 
 425          d = LoopParamDialog(self, title="Loop Parameters", orig_values=orig_contained ) 
 426          if d.result: 
 427              return LoopContainedObject(d.result) 
 428          else: 
 429              return 

 430   

 431 -    def make_loop_contained_object(self): 

 432          d = LoopParamDialog(self, title="Loop Parameters" ) 
 433          if d.result: 
 434              return LoopContainedObject(d.result) 
 435          else: 
 436              return 

 437   
 438      # Returns index of selected item ignoring blank listbox entries: 
 439      # eg. if listbox had: 
 440      # 
 441      # 0 a 
 442      # 1 b 
 443      # 2 
 444      # 3 c 
 445      # 4 d 
 446      # 
 447      # Then the index of element 'c' would be 2 

 448 -    def get_selected(self): 

 449          items = self.frame.list.curselection() 
 450          try: 
 451              items = map(int, items) 
 452   
 453          except ValueError: pass 
 454          if len(items) > 0: 
 455              selected_item_index = items[0] 
 456              if self.frame.list.get(selected_item_index) != "": 
 457                  blankentrycount = 0 
 458                  i = 0 
 459                  while i < selected_item_index: 
 460                      if self.frame.list.get(i) == "": 
 461                          blankentrycount = blankentrycount + 1 
 462                      i = i + 1 
 463                  return (selected_item_index - blankentrycount) 
 464   
 465          return None 

 466   
 467   
 468      # Performs reverse of above: 
 469      # eg. if listbox had: 
 470      # 
 471      # 0 a 
 472      # 1 b 
 473      # 2 
 474      # 3 c 
 475      # 4 d 
 476      # 
 477      # Then "mapping" of given index 2 would result in return value of 3 

 478 -    def map_to_listbox_index(self, index): 

 479          validentrycount = 0 
 480          i = 0 
 481          while i < self.frame.list.size(): 
 482              if self.frame.list.get(i) != "": 
 483                  validentrycount = validentrycount + 1 
 484              if validentrycount == (index + 1): 
 485                  return i 
 486              i = i + 1 
 487          return -1 

 488  ################################################### 
 489   

 490 -class Loop(VisionEgg.ClassWithParameters): 

 491      parameters_and_defaults = {'variable':('<repeat>', 
 492                                             ve_types.String), 
 493                                 'sequence':([1, 1, 1], 
 494                                             ve_types.Sequence(ve_types.Real)), 
 495                                 'rest_duration_sec':(1.0, 
 496                                                      ve_types.Real)} 
 497      __slots__ = ( 
 498          'num_done', 
 499          ) 
 500   
 501   

 502 -    def __init__(self,**kw): 

 503          VisionEgg.ClassWithParameters.__init__(self,**kw) 
 504          self.num_done = 0 

 505 -    def is_done(self): 

 506          return self.num_done >= len(self.parameters.sequence) 

 507 -    def get_current(self): 

 508          return self.parameters.sequence[self.num_done] 

 509 -    def advance(self): 

 510          self.num_done += 1 

 511 -    def reset(self): 

 512          self.num_done = 0 

 513   

 514 -class LoopContainedObject(ContainedObjectBase): 

 515      """Container for Loop class""" 
 516      contained_class = Loop 
 517      header = "     variable    rest   N  values" 

 518 -    def __init__(self,contained): 

 519          self.contained = contained 

 520 -    def get_str_30(self): 

 521          p = self.contained.parameters 
 522          seq_str = "" 
 523          for val in p.sequence: 
 524              seq_str += str(val) + " " 
 525          name_str = p.variable 
 526          if len(name_str) > 15: 
 527              name_str = name_str[:15] 
 528          return "% 15s % 4s % 4d  % 4s"%(name_str, str(p.rest_duration_sec), len(p.sequence), seq_str) 

 529   

 530 -class LoopParamDialog(tkSimpleDialog.Dialog): 

 531 -    def __init__(self,*args,**kw): 

 532          #intercept orig_values argument 
 533          if kw.has_key('orig_values'): 
 534              self.orig_values = kw['orig_values'] 
 535              del kw['orig_values'] 
 536          else: 
 537              self.orig_values = None 
 538          return tkSimpleDialog.Dialog.__init__(self, *args, **kw ) 

 539   

 540 -    def body(self,master): 

 541          Tkinter.Label(master, 
 542                        text="Add sequence of automatic variable values", 
 543                        font=("Helvetica",12,"bold"),).grid(row=0,column=0,columnspan=2) 
 544   
 545          var_frame = Tkinter.Frame(master, 
 546                                    relief=Tkinter.GROOVE, 
 547                                    borderwidth=2) 
 548          var_frame.grid(row=1,column=0) 
 549   
 550          sequence_frame = Tkinter.Frame(master) 
 551          sequence_frame.grid(row=1,column=1) 
 552   
 553          rest_dur_frame = Tkinter.Frame(master) 
 554          rest_dur_frame.grid(row=2,column=0,columnspan=2) 
 555   
 556          # loopable variable frame stuff 
 557          global loopable_variables 
 558          num_cols = int(math.ceil(len(loopable_variables)/10.0)) # 10 variables per column 
 559   
 560          var_frame_row = 0 
 561          Tkinter.Label(var_frame, 
 562                        text="Select a variable", 
 563                        font=("Helvetica",12,"bold"),).grid(row=var_frame_row, 
 564                                                            column=0, 
 565                                                            columnspan=num_cols) 
 566   
 567          self.var_name = Tkinter.StringVar() 
 568          self.var_name.set("<repeat>") 
 569          var_names = loopable_variables[:] # copy 
 570          var_names.sort() 
 571   
 572          var_frame_row += 1 
 573          Tkinter.Radiobutton( var_frame, 
 574                       text="Repeat (Average)", 
 575                       variable=self.var_name, 
 576                       value="<repeat>", 
 577                       anchor=Tkinter.W).grid(row=var_frame_row, 
 578                                              column=0, 
 579                                              sticky="w") 
 580          var_frame_row += 1 
 581          for var_name in var_names: 
 582              use_row = var_frame_row%10+1 
 583              Tkinter.Radiobutton( var_frame, 
 584                                   text=var_name, 
 585                                   variable=self.var_name, 
 586                                   value=var_name, 
 587                                   anchor=Tkinter.W).grid(row=use_row, 
 588                                                          column=int(math.floor(var_frame_row/10.)), 
 589                                                          sticky="w") 
 590              var_frame_row += 1 
 591   
 592          # sequence entry frame 
 593          seq_row = 0 
 594          Tkinter.Label(sequence_frame, 
 595                        text="Sequence values", 
 596                        font=("Helvetica",12,"bold"),).grid(row=seq_row,column=0,columnspan=2) 
 597   
 598          seq_row += 1 
 599          self.sequence_type = Tkinter.StringVar() 
 600          self.sequence_type.set("manual") 
 601   
 602          Tkinter.Radiobutton( sequence_frame, 
 603                       text="Manual:", 
 604                       variable=self.sequence_type, 
 605                       value="manual", 
 606                       anchor=Tkinter.W).grid(row=seq_row,column=0,sticky="w") 
 607   
 608          self.sequence_manual_string = Tkinter.StringVar() 
 609          self.sequence_manual_string.set("[1,2,3]") 
 610          Tkinter.Entry(sequence_frame, 
 611                        textvariable=self.sequence_manual_string).grid(row=seq_row,column=1) 
 612   
 613          seq_row += 1 
 614          Tkinter.Radiobutton( sequence_frame, 
 615                       text="Linear:", 
 616                       variable=self.sequence_type, 
 617                       value="linear", 
 618                       anchor=Tkinter.W).grid(row=seq_row,column=0,sticky="w") 
 619   
 620          self.lin_start_tk = Tkinter.DoubleVar() 
 621          self.lin_start_tk.set(1.0) 
 622          self.lin_stop_tk = Tkinter.DoubleVar() 
 623          self.lin_stop_tk.set(100.0) 
 624          self.lin_n_tk = Tkinter.IntVar() 
 625          self.lin_n_tk.set(3) 
 626   
 627          lin_frame = Tkinter.Frame( sequence_frame) 
 628          lin_frame.grid(row=seq_row,column=1) 
 629          Tkinter.Label(lin_frame,text="start:").grid(row=0,column=0) 
 630          Tkinter.Entry(lin_frame,textvariable=self.lin_start_tk,width=6).grid(row=0,column=1) 
 631          Tkinter.Label(lin_frame,text="  stop:").grid(row=0,column=2) 
 632          Tkinter.Entry(lin_frame,textvariable=self.lin_stop_tk,width=6).grid(row=0,column=3) 
 633          Tkinter.Label(lin_frame,text="  N:").grid(row=0,column=4) 
 634          Tkinter.Entry(lin_frame,textvariable=self.lin_n_tk,width=6).grid(row=0,column=5) 
 635   
 636          seq_row += 1 
 637          Tkinter.Radiobutton( sequence_frame, 
 638                       text="Log:", 
 639                       variable=self.sequence_type, 
 640                       value="log", 
 641                       anchor=Tkinter.W).grid(row=seq_row,column=0,sticky="w") 
 642   
 643          self.log_start_tk = Tkinter.DoubleVar() 
 644          self.log_start_tk.set(-1.0) 
 645          self.log_stop_tk = Tkinter.DoubleVar() 
 646          self.log_stop_tk.set(2.0) 
 647          self.log_n_tk = Tkinter.IntVar() 
 648          self.log_n_tk.set(5) 
 649   
 650          log_frame = Tkinter.Frame( sequence_frame) 
 651          log_frame.grid(row=seq_row,column=1) 
 652          Tkinter.Label(log_frame,text="start: 10^").grid(row=0,column=0) 
 653          Tkinter.Entry(log_frame,textvariable=self.log_start_tk,width=6).grid(row=0,column=1) 
 654          Tkinter.Label(log_frame,text="  stop: 10^").grid(row=0,column=2) 
 655          Tkinter.Entry(log_frame,textvariable=self.log_stop_tk,width=6).grid(row=0,column=3) 
 656          Tkinter.Label(log_frame,text="  N:").grid(row=0,column=4) 
 657          Tkinter.Entry(log_frame,textvariable=self.log_n_tk,width=6).grid(row=0,column=5) 
 658   
 659          seq_row += 1 
 660          Tkinter.Radiobutton( sequence_frame, 
 661                       text="Log:", 
 662                       variable=self.sequence_type, 
 663                       value="logb", 
 664                       anchor=Tkinter.W).grid(row=seq_row,column=0,sticky="w") 
 665   
 666          self.logb_start_tk = Tkinter.DoubleVar() 
 667          self.logb_start_tk.set(0.1) 
 668          self.logb_stop_tk = Tkinter.DoubleVar() 
 669          self.logb_stop_tk.set(100.0) 
 670          self.logb_n_tk = Tkinter.IntVar() 
 671          self.logb_n_tk.set(5) 
 672   
 673          logb_frame = Tkinter.Frame( sequence_frame) 
 674          logb_frame.grid(row=seq_row,column=1) 
 675          Tkinter.Label(logb_frame,text="start:").grid(row=0,column=0) 
 676          Tkinter.Entry(logb_frame,textvariable=self.logb_start_tk,width=6).grid(row=0,column=1) 
 677          Tkinter.Label(logb_frame,text="  stop:").grid(row=0,column=2) 
 678          Tkinter.Entry(logb_frame,textvariable=self.logb_stop_tk,width=6).grid(row=0,column=3) 
 679          Tkinter.Label(logb_frame,text="  N:").grid(row=0,column=4) 
 680          Tkinter.Entry(logb_frame,textvariable=self.logb_n_tk,width=6).grid(row=0,column=5) 
 681   
 682          # rest duration frame 
 683          Tkinter.Label(rest_dur_frame, 
 684                        text="Other sequence parameters", 
 685                        font=("Helvetica",12,"bold"),).grid(row=0,column=0,columnspan=2) 
 686   
 687          Tkinter.Label(rest_dur_frame, 
 688                        text="Interval duration (seconds)").grid(row=1,column=0) 
 689          self.rest_dur = Tkinter.DoubleVar() 
 690          self.rest_dur.set(0.5) 
 691          Tkinter.Entry(rest_dur_frame, 
 692                        textvariable=self.rest_dur, 
 693                        width=10).grid(row=1,column=1) 
 694   
 695          self.shuffle_tk_var = Tkinter.BooleanVar() 
 696          self.shuffle_tk_var.set(0) 
 697          Tkinter.Checkbutton( rest_dur_frame, 
 698                               text="Shuffle sequence order", 
 699                               variable=self.shuffle_tk_var).grid(row=2,column=0,columnspan=2) 
 700   
 701          if self.orig_values is not None: 
 702              self.var_name.set( self.orig_values.parameters.variable ) 
 703   
 704              self.sequence_manual_string.set( str(self.orig_values.parameters.sequence) ) 
 705   
 706              self.rest_dur.set( self.orig_values.parameters.rest_duration_sec ) 

 707   
 708   

 709 -    def validate(self): 

 710          if self.sequence_type.get() == "manual": 
 711              try: 
 712                  seq = eval(self.sequence_manual_string.get()) 
 713              except Exception, x: 
 714                  tkMessageBox.showwarning("Invalid sequence parameters", 
 715                                           "Manual sequence entry: %s"%(str(x),), 
 716                                           parent=self) 
 717                  return 0 
 718              if type(seq) != types.ListType: 
 719                  tkMessageBox.showwarning("Invalid sequence parameters", 
 720                                           "Manual sequence entry: Not a list", 
 721                                           parent=self) 
 722                  return 0 
 723          elif self.sequence_type.get() == "linear": 
 724              start = self.lin_start_tk.get() 
 725              stop = self.lin_stop_tk.get() 
 726              n = self.lin_n_tk.get() 
 727              if n < 2: 
 728                  tkMessageBox.showwarning("Invalid sequence parameters", 
 729                                           "Must have n >= 2.", 
 730                                           parent=self) 
 731                  return 0 
 732   
 733              incr = (stop-start)/float(n-1) 
 734              seq = range(n) 
 735              for i in range(n): 
 736                  seq[i] = i*incr + start 
 737          elif self.sequence_type.get() == "log": 
 738              start = self.log_start_tk.get() 
 739              stop = self.log_stop_tk.get() 
 740              n = self.log_n_tk.get() 
 741              if n < 2: 
 742                  tkMessageBox.showwarning("Invalid sequence parameters", 
 743                                           "Must have n >= 2.", 
 744                                           parent=self) 
 745                  return 0 
 746   
 747              incr = (stop-start)/float(n-1) 
 748              seq = range(n) 
 749              for i in range(n): 
 750                  seq[i] = 10.0**( i*incr + start ) 
 751          elif self.sequence_type.get() == "logb": 
 752              start = self.logb_start_tk.get() 
 753              stop = self.logb_stop_tk.get() 
 754              start = math.log10(start) 
 755              stop = math.log10(stop) 
 756              n = self.logb_n_tk.get() 
 757              if n < 2: 
 758                  tkMessageBox.showwarning("Invalid sequence parameters", 
 759                                           "Must have n >= 2.", 
 760                                           parent=self) 
 761                  return 0 
 762              incr = (stop-start)/float(n-1) 
 763              seq = range(n) 
 764              for i in range(n): 
 765                  seq[i] = 10.0**( i*incr + start ) 
 766          else: 
 767              tkMessageBox.showwarning("Invalid sequence parameters", 
 768                                       "Invalid sequence type.", 
 769                                       parent=self) 
 770              return 0 
 771          rest_dur_sec = self.rest_dur.get() 
 772   
 773          if self.shuffle_tk_var.get(): 
 774              random.shuffle(seq) 
 775   
 776          self.result = Loop(variable=self.var_name.get(), 
 777                             sequence=seq, 
 778                             rest_duration_sec=rest_dur_sec) 
 779          return 1 

 780   

 781 -    def destroy(self): 

 782          # clear tk variables 
 783          self.var_name = None 
 784          self.sequence_type = None 
 785          self.sequence_manual_string = None 
 786          self.rest_dur = None 
 787          # call master's destroy method 
 788          tkSimpleDialog.Dialog.destroy(self) 

 789   

 790 -def get_server(hostname="",port=7766): 

 791      class ConnectWindow(Tkinter.Frame): 
 792          def __init__(self,master=None,hostname="",port=7766,**kw): 
 793              # Allow VisionEgg Tkinter exception window 
 794              VisionEgg.config._Tkinter_used = True 
 795   
 796              Tkinter.Frame.__init__(self,master, **kw) 
 797              self.winfo_toplevel().title("EPhysGUI Connect - Vision Egg") 
 798              current_row = 0 
 799              Tkinter.Message(self,\ 
 800                            text='Welcome to the "EPhys GUI" of the Vision Egg!\n\n'+\ 
 801                            'Please enter the hostname '+\ 
 802                            'and port number '+\ 
 803                            'of the computer on which you have the '+\ 
 804                            '"EPhys server" running.').grid(row=current_row,column=0,columnspan=2) 
 805              hostname = 'localhost' 
 806   
 807              self.hostname_tk = Tkinter.StringVar() 
 808              self.hostname_tk.set(hostname) 
 809              current_row += 1 
 810              Tkinter.Label(self,text="Hostname:").grid(row=current_row, column=0) 
 811              Tkinter.Entry(self,textvariable=self.hostname_tk).grid(row=current_row, column=1) 
 812   
 813              self.port_tk = Tkinter.IntVar() 
 814              self.port_tk.set(port) 
 815              current_row += 1 
 816              Tkinter.Label(self,text="Port:").grid(row=current_row, column=0) 
 817              Tkinter.Entry(self,textvariable=self.port_tk).grid(row=current_row, column=1) 
 818   
 819              current_row += 1 
 820              bf = Tkinter.Frame(self) 
 821              bf.grid(row=current_row,column=0,columnspan=2) 
 822              ok=Tkinter.Button(bf,text="OK",command=self.ok) 
 823              ok.grid(row=0,column=0) 
 824              ok.focus_force() 
 825              ok.bind('<Return>',self.ok) 
 826              Tkinter.Button(bf,text="Cancel",command=self.quit).grid(row=0,column=1) 
 827              self.result = None 

 828   
 829          def ok(self,dummy_arg=None): 
 830              self.result = (self.hostname_tk.get(),self.port_tk.get()) 
 831              self.destroy() 
 832              self.quit() 
 833   
 834      connect_win = ConnectWindow(hostname=hostname,port=port) 
 835      connect_win.pack() 
 836      connect_win.mainloop() 
 837      return connect_win.result 
 838   

 839 -class GammaFrame(Tkinter.Frame): 

 840 -    def __init__(self, 
 841                   master=None, 
 842                   ephys_server=None,**kw): 

 843          Tkinter.Frame.__init__(self,master,**kw) 
 844          self.winfo_toplevel().title("Gamma - Vision Egg") 
 845          self.ephys_server = ephys_server 
 846   
 847          self.columnconfigure(0,weight=1) 
 848   
 849          row = 0 
 850          Tkinter.Label(self, 
 851                        font=("Helvetica",12,"bold"), 
 852                        text="Load Gamma Table").grid(row=row) 
 853   
 854          row += 1 
 855          Tkinter.Button(self, 
 856                         text="Set from .ve_gamma file...", 
 857                         command=self.set_from_file).grid(row=row,sticky="w") 
 858   
 859          row += 1 
 860          Tkinter.Button(self, 
 861                         text="Set to monitor default (linear gamma table)", 
 862                         command=self.set_monitor_default).grid(row=row,sticky="w") 
 863   
 864          row += 1 
 865          invert_frame = Tkinter.Frame(self) 
 866          invert_frame.grid(row=row,sticky="we") 
 867   
 868          Tkinter.Button(invert_frame, 
 869                         text="Linearize luminance for gammas", 
 870                         command=self.linearize).grid(row=0,column=0) 
 871   
 872          Tkinter.Label(invert_frame, 
 873                        text="Red:").grid(row=0,column=1) 
 874   
 875          self.red_gamma = Tkinter.DoubleVar() 
 876          self.red_gamma.set(2.2) 
 877   
 878          Tkinter.Entry(invert_frame, 
 879                        textvariable=self.red_gamma, 
 880                        width=5).grid(row=0,column=2) 
 881   
 882          Tkinter.Label(invert_frame, 
 883                        text="Green:").grid(row=0,column=3) 
 884   
 885          self.green_gamma = Tkinter.DoubleVar() 
 886          self.green_gamma.set(2.2) 
 887   
 888          Tkinter.Entry(invert_frame, 
 889                        textvariable=self.green_gamma, 
 890                        width=5).grid(row=0,column=4) 
 891   
 892          Tkinter.Label(invert_frame, 
 893                        text="Blue:").grid(row=0,column=5) 
 894   
 895          self.blue_gamma = Tkinter.DoubleVar() 
 896          self.blue_gamma.set(2.2) 
 897   
 898          Tkinter.Entry(invert_frame, 
 899                        textvariable=self.blue_gamma, 
 900                        width=5).grid(row=0,column=6) 
 901   
 902          row += 1 
 903          self.success_label = Tkinter.Label(self) 
 904          self.success_label.grid(row=row) 

 905   

 906 -    def get_corrected_gamma_table(self,gamma): 

 907          # c is a constant scale factor.  It is always 1.0 when 
 908          # luminance is normalized to range [0.0,1.0] and input units 
 909          # in range [0.0,1.0], as is OpenGL standard. 
 910          c = 1.0 
 911          inc = 1.0/255 
 912          target_luminances = numpy.arange(0.0,1.0+inc,inc) 
 913          output_ramp = numpy.zeros(target_luminances.shape,dtype=numpy.int32) 
 914          for i in range(len(target_luminances)): 
 915              L = target_luminances[i] 
 916              if L == 0.0: 
 917                  v_88fp = 0 
 918              else: 
 919                  v = math.exp( (math.log(L) - math.log(c)) /gamma) 
 920                  v_88fp = int(round((v*255) * 256)) # convert to from [0.0,1.0] floating point to [0.0,255.0] 8.8 fixed point 
 921              output_ramp[i] = v_88fp # 8.8 fixed point format 
 922          return list(output_ramp) # convert to Python list 

 923   

 924 -    def linearize(self, dummy_arg=None): 

 925          self.success_label.configure(text="Setting...") 
 926          try: 
 927              red = self.get_corrected_gamma_table(self.red_gamma.get()) 
 928              green = self.get_corrected_gamma_table(self.green_gamma.get()) 
 929              blue = self.get_corrected_gamma_table(self.blue_gamma.get()) 
 930          except: 
 931              self.success_label.configure(text="Calculation error") 
 932              raise 
 933          try: 
 934              if self.ephys_server.set_gamma_ramp(red,green,blue): 
 935                  self.success_label.configure(text="Success") 
 936              else: 
 937                  self.success_label.configure(text="Failed: Invalid gamma values?") 
 938          except Exception,x: 
 939              self.success_label.configure(text="Failed: %s: %s"%(x.__class__,str(x))) 
 940              raise 

 941   

 942 -    def set_monitor_default(self, dummy_arg=None): 

 943          self.success_label.configure(text="Setting...") 
 944          try: 
 945              red = self.get_corrected_gamma_table(1.0) # linear gamma table 
 946          except: 
 947              self.success_label.configure(text="Calculation error") 
 948              raise 
 949          green = red 
 950          blue = red 
 951          try: 
 952              if self.ephys_server.set_gamma_ramp(red,green,blue): 
 953                  self.success_label.configure(text="Success") 
 954              else: 
 955                  self.success_label.configure(text="Failed: Invalid gamma values?") 
 956          except Exception,x: 
 957              self.success_label.configure(text="Failed: %s: %s"%(x.__class__,str(x))) 
 958              raise 

 959   

 960 -    def set_from_file(self): 

 961          self.success_label.configure(text="Setting...") 
 962          filename = tkFileDialog.askopenfilename( 
 963              parent=self, 
 964              defaultextension=".ve_gamma", 
 965              filetypes=[('Configuration file','*.ve_gamma')], 
 966              initialdir=VisionEgg.config.VISIONEGG_USER_DIR) 
 967          if not filename: 
 968              self.success_label.configure(text="No file given") 
 969              return 
 970          fd = open(filename,"r") 
 971          gamma_values = [] 
 972          for line in fd.readlines(): 
 973              line = line.strip() # remove leading/trailing whitespace 
 974              if line.startswith("#"): # comment, ignore 
 975                  continue 
 976              try: 
 977                  gamma_values.append( map(int, line.split() ) ) 
 978              except Exception, x: 
 979                  self.success_label.configure(text="File error") 
 980                  raise 
 981              if len(gamma_values[-1]) != 3: 
 982                  self.success_label.configure(text="File error") 
 983                  raise RuntimeError("expected 3 values per gamma entry") 
 984          if len(gamma_values) != 256: 
 985              self.success_label.configure(text="File error") 
 986              raise RuntimeError("expected 256 gamma entries") 
 987          red, green, blue = zip(*gamma_values) 
 988          try: 
 989              if self.ephys_server.set_gamma_ramp(red,green,blue): 
 990                  self.success_label.configure(text="Success") 
 991              else: 
 992                  self.success_label.configure(text="Failed: Invalid gamma values?") 
 993          except Exception,x: 
 994              self.success_label.configure(text="Failed: %s: %s"%(x.__class__,str(x))) 
 995              raise 

 996   

 997 -class ImageSequenceLauncher(Tkinter.Toplevel): 

 998 -    def __init__(self,master=None,ephys_server=None,**cnf): 

 999          Tkinter.Toplevel.__init__(self,master,**cnf) 
1000          if ephys_server is None: 
1001              raise ValueError("Must specify ephys_server") 
1002          self.ephys_server = ephys_server 
1003   
1004          self.columnconfigure(1,weight=1) 
1005   
1006          row = 0 
1007          Tkinter.Label(self,text="Frames per second").grid(row=row,column=0) 
1008          self.fps_var = Tkinter.DoubleVar() 
1009          self.fps_var.set(12.0) 
1010          Tkinter.Entry(self,textvariable=self.fps_var).grid(row=row,column=1,sticky="we") 
1011          row += 1 
1012          Tkinter.Label(self,text="Filename base").grid(row=row,column=0) 
1013          self.filename_base = Tkinter.StringVar() 
1014          self.filename_base.set("im") 
1015          Tkinter.Entry(self,textvariable=self.filename_base).grid(row=row,column=1,sticky="we") 
1016          row += 1 
1017          Tkinter.Label(self,text="Filename suffix").grid(row=row,column=0) 
1018          self.filename_suffix = Tkinter.StringVar() 
1019          self.filename_suffix.set(".tif") 
1020          Tkinter.Entry(self,textvariable=self.filename_suffix).grid(row=row,column=1,sticky="we") 
1021          row += 1 
1022          Tkinter.Label(self,text="Save directory on server").grid(row=row,column=0) 
1023          self.server_save_dir = Tkinter.StringVar() 
1024          server_dir = self.ephys_server.get_cwd() 
1025          self.server_save_dir.set(server_dir) 
1026          Tkinter.Entry(self,textvariable=self.server_save_dir).grid(row=row,column=1,sticky="we") 
1027          row += 1 
1028          Tkinter.Button(self,text="Save movie",command=self.do_it).grid(row=row,column=0,columnspan=2) 
1029          self.focus_set() 
1030          self.grab_set() 

1031 -    def do_it(self): 

1032          fps = self.fps_var.get() 
1033          filename_base = self.filename_base.get() 
1034          filename_suffix = self.filename_suffix.get() 
1035          server_save_dir = self.server_save_dir.get() 
1036          self.ephys_server.save_image_sequence(fps=fps, 
1037                                                filename_base=filename_base, 
1038                                                filename_suffix=filename_suffix, 
1039                                                save_dir=server_save_dir) 
1040          self.destroy() 

1041   

1042 -class AppWindow(Tkinter.Frame): 

1043 -    def __init__(self, 
1044                   master=None, 
1045                   client_list=None, 
1046                   server_hostname='', 
1047                   server_port=7766, 
1048                   **cnf): 

1049   
1050          if hasattr(VisionEgg, '_exception_hook_keeper'): 
1051              # Keep original exception handler 
1052              self._orig_report_callback_exception = Tkinter.Tk.report_callback_exception 
1053              self._tk = Tkinter.Tk 
1054              # Use Vision Egg exception handler 
1055              Tkinter.Tk.report_callback_exception = VisionEgg._exception_hook_keeper.handle_exception 
1056   
1057          # Allow VisionEgg Tkinter exception window 
1058          VisionEgg.config._Tkinter_used = True 
1059   
1060          # create myself 
1061          Tkinter.Frame.__init__(self,master, **cnf) 
1062          self.winfo_toplevel().title("EPhysGUI - Vision Egg") 
1063   
1064          self.client_list = client_list 
1065   
1066          self.server_hostname = server_hostname 
1067          self.server_port = server_port 
1068   
1069          self.pyro_client = VisionEgg.PyroClient.PyroClient(self.server_hostname,self.server_port) 
1070          self.ephys_server = self.pyro_client.get("ephys_server") 
1071          self.ephys_server.first_connection() 
1072   
1073          self.stim_onset_cal_tk_var = Tkinter.BooleanVar() 
1074          self.stim_onset_cal_tk_var.set(0) 
1075   
1076          self.autosave_dir = Tkinter.StringVar() 
1077          self.autosave_dir.set( os.path.abspath(os.curdir) ) 
1078   
1079          self.autosave_basename = Tkinter.StringVar() 
1080   
1081          # create menu bar 
1082          self.bar = Tkinter.Menu(tearoff=0) 
1083          top = self.winfo_toplevel() 
1084          top.configure(menu=self.bar) 
1085   
1086          self.bar.file_menu = Tkinter.Menu(self.bar, name="file_menu") 
1087          self.bar.add_cascade(label="File",menu=self.bar.file_menu) 
1088   
1089          self.bar.file_menu.add_command(label='Save image sequence...', command=self.save_image_sequence) 
1090          self.bar.file_menu.add_command(label='Save configuration file...', command=self.save_config) 
1091          self.bar.file_menu.add_command(label='Load configuration file...', command=self.load_config) 
1092          self.bar.file_menu.add_command(label='Load auto-saved .py parameter file...', command=self.load_params) 
1093          self.bar.file_menu.add_separator() 
1094          self.bar.file_menu.add_command(label='Load Vision Egg script...', command=self.load_demoscript) 
1095          self.bar.file_menu.add_separator() 
1096   
1097          self.quit_server_too = Tkinter.BooleanVar() 
1098          self.quit_server_too.set(1) 
1099          self.bar.file_menu.add_checkbutton(label='Quit server too', 
1100                                             variable=self.quit_server_too) 
1101          self.bar.file_menu.add_command(label='Quit', 
1102                                         command=self.quit, 
1103                                         ) 
1104   
1105          stimkey = self.ephys_server.get_stimkey() 
1106          self.stimulus_tk_var = Tkinter.StringVar() 
1107          self.stimulus_tk_var.set( stimkey ) 
1108   
1109          self.bar.stimuli_menu = Tkinter.Menu(self.bar, name="stimuli_menu") 
1110          self.bar.add_cascade(label="Stimuli",menu=self.bar.stimuli_menu) 
1111          for maybe_stimkey, maybe_control_frame, maybe_title in self.client_list: 
1112              if maybe_title != "Vision Egg Script": 
1113                  self.bar.stimuli_menu.add_radiobutton(label=maybe_title, 
1114                                                        command=self.change_stimulus, 
1115                                                        variable=self.stimulus_tk_var, 
1116                                                        value=maybe_stimkey) 
1117   
1118          self.bar.calibration_menu = Tkinter.Menu(self.bar, name="calibration_menu") 
1119          self.bar.add_cascade(label="Configure/Calibrate", 
1120                               menu=self.bar.calibration_menu) 
1121   
1122          self.bar.calibration_menu.add_command(label='3D Perspective...', command=self.launch_screen_pos) 
1123          self.bar.calibration_menu.add_command(label='Stimulus onset timing...', command=self.launch_stim_onset_cal) 
1124          self.bar.calibration_menu.add_command(label='Load gamma table...', command=self.launch_gamma_panel) 
1125          self.notify_on_dropped_frames = Tkinter.BooleanVar() 
1126          self.notify_on_dropped_frames.set(1) 
1127          self.bar.calibration_menu.add_checkbutton(label='Warn on frame skip', 
1128                                                    variable=self.notify_on_dropped_frames) 
1129   
1130          self.override_t_abs_sec = Tkinter.StringVar() # Tkinter DoubleVar loses precision 
1131          self.override_t_abs_sec.set("0.0") 
1132   
1133          self.override_t_abs_on = Tkinter.BooleanVar() 
1134          self.override_t_abs_on.set(0) 
1135          self.bar.calibration_menu.add_checkbutton(label='Override server absolute time (CAUTION)', 
1136                                                    variable=self.override_t_abs_on) 
1137   
1138          row = 0 
1139   
1140          # options for self.stim_frame in grid layout manager 
1141          self.stim_frame_cnf = {'row':row, 
1142                                 'column':0, 
1143                                 'columnspan':2, 
1144                                 'sticky':'nwes'} 
1145   
1146          row += 1 
1147          Tkinter.Label(self, 
1148                        text="Sequence information", 
1149                        font=("Helvetica",12,"bold")).grid(row=row,column=0) 
1150          row += 1 
1151          # options for self.loop_frame in grid layout manager 
1152          self.loop_frame_cnf = {'row':row, 
1153                                 'column':0, 
1154                                 'sticky':'nwes'} 
1155   
1156          row -= 1 
1157          Tkinter.Label(self, 
1158                        text="Parameter Save Options", 
1159                        font=("Helvetica",12,"bold")).grid(row=row,column=1) 
1160          row += 1 
1161          self.auto_save_frame = Tkinter.Frame(self) 
1162          asf = self.auto_save_frame # shorthand 
1163          asf.grid(row=row,column=1,sticky="nwes") 
1164          asf.columnconfigure(1,weight=1) 
1165   
1166          asf.grid_row = 0 
1167          self.autosave = Tkinter.BooleanVar() 
1168          self.autosave.set(1) 
1169          self.auto_save_button = Tkinter.Checkbutton(asf, 
1170                                                      text="Auto save trial parameters", 
1171                                                      variable=self.autosave) 
1172          self.auto_save_button.grid(row=asf.grid_row,column=0,columnspan=2) 
1173   
1174          self.param_file_type_tk_var = Tkinter.StringVar() 
1175          self.param_file_type_tk_var.set("Python format") 
1176          filetype_bar = Tkinter.Menubutton(asf, 
1177                                   textvariable=self.param_file_type_tk_var, 
1178                                   relief=Tkinter.RAISED) 
1179          filetype_bar.grid(row=asf.grid_row,column=2) 
1180          filetype_bar.menu = Tkinter.Menu(filetype_bar,tearoff=0) 
1181          filetype_bar.menu.add_radiobutton(label="Python format", 
1182                                   value="Python format", 
1183                                   variable=self.param_file_type_tk_var) 
1184          filetype_bar.menu.add_radiobutton(label="Matlab format", 
1185                                   value="Matlab format", 
1186                                   variable=self.param_file_type_tk_var) 
1187          filetype_bar['menu'] = filetype_bar.menu 
1188   
1189          asf.grid_row += 1 
1190          Tkinter.Label(asf, 
1191                        text="Parameter file directory:").grid(row=asf.grid_row,column=0,sticky="e") 
1192          Tkinter.Entry(asf, 
1193                        textvariable=self.autosave_dir).grid(row=asf.grid_row,column=1,sticky="we") 
1194          Tkinter.Button(asf, 
1195                         text="Set...",command=self.set_autosave_dir).grid(row=asf.grid_row,column=2) 
1196          asf.grid_row += 1 
1197          Tkinter.Label(asf, 
1198                        text="Parameter file basename:").grid(row=asf.grid_row,column=0,sticky="e") 
1199          Tkinter.Entry(asf, 
1200                        textvariable=self.autosave_basename).grid(row=asf.grid_row,column=1,sticky="we") 
1201          Tkinter.Button(asf, 
1202                         text="Reset",command=self.reset_autosave_basename).grid(row=asf.grid_row,column=2) 
1203   
1204          row += 1 
1205          Tkinter.Button(self, text='Do single trial', command=self.do_single_trial).grid(row=row,column=0) 
1206          Tkinter.Button(self, text='Do sequence', command=self.do_loops).grid(row=row,column=1) 
1207   
1208          row += 1 
1209          self.progress = VisionEgg.GUI.ProgressBar(self, 
1210                                                    width=300, 
1211                                                    relief="sunken", 
1212                                                    doLabel=0, 
1213                                                    labelFormat="%s") 
1214          self.progress.labelText = "Starting..." 
1215          self.progress.updateProgress(0) 
1216          self.progress.grid(row=row,column=0,columnspan=2)#,sticky='we') 
1217   
1218          # Allow rows and columns to expand 
1219          for i in range(2): 
1220              self.columnconfigure(i,weight=1) 
1221          for i in range(row+1): 
1222              self.rowconfigure(i,weight=1) 
1223   
1224          self.switch_to_stimkey( stimkey ) 
1225   
1226          self.config_dir = None 
1227          self.demoscript_filename = None 
1228          self.vars_list = None 

1229   

1230 -    def __del__( self ): 

1231          if hasattr(self,'_orig_report_callback_exception'): 
1232              self._tk.report_callback_exception = self._orig_report_callback_exception 

1233   

1234 -    def switch_to_stimkey( self, stimkey ): 

1235          success = 0 
1236          for maybe_stimkey, maybe_control_frame, maybe_title in self.client_list: 
1237              if stimkey == maybe_stimkey: 
1238                  control_frame_klass = maybe_control_frame 
1239                  success = 1 
1240   
1241          if not success: 
1242              raise RuntimeError("Could not find valid client for server stimkey %s"%stimkey) 
1243   
1244          if hasattr(self, 'stim_frame'): 
1245              # clear old frame 
1246              self.stim_frame.destroy() 
1247              del self.stim_frame 
1248   
1249          self.stim_frame = control_frame_klass(self,suppress_go_buttons=1) 
1250          if stimkey == "dropin_server": 
1251              self.stim_frame.gen_var_widgets(self.demoscript_filename, self.vars_list) 
1252          self.stim_frame.connect(self.server_hostname,self.server_port) 
1253          self.stim_frame.grid( **self.stim_frame_cnf ) 
1254   
1255          global loopable_variables 
1256          loopable_variables = self.stim_frame.get_loopable_variable_names() 
1257          if hasattr(self, 'loop_frame'): 
1258              # clear old frame 
1259              self.loop_frame.destroy() 
1260              del self.loop_frame 
1261          self.loop_frame = ScrollListFrame(master=self, 
1262                                            container_class=LoopContainedObject) 
1263          self.loop_frame.grid( **self.loop_frame_cnf ) 
1264   
1265          self.autosave_basename.set( self.stim_frame.get_shortname() ) 
1266   
1267          self.stimulus_tk_var.set( self.stim_frame.get_shortname() ) # set menuitem 
1268   
1269          self.progress.labelText = "Ready" 
1270          self.progress.updateProgress(0) 

1271   

1272 -    def change_stimulus(self, dummy_arg=None, new_stimkey=None ): 

1273          # if new_stimkey is None, get from the tk variable 
1274          if new_stimkey is None: 
1275              new_stimkey = self.stimulus_tk_var.get() 
1276   
1277          found = 0 
1278          for maybe_stimkey, maybe_control_frame, maybe_title in self.client_list: 
1279              if new_stimkey == maybe_stimkey: 
1280                  new_control_frame_klass = maybe_control_frame 
1281                  new_stimkey = maybe_stimkey 
1282                  found = 1 
1283                  break 
1284   
1285          if not found: 
1286              raise RuntimeError("Don't know about stimkey %s"%new_stimkey) 
1287   
1288          if new_control_frame_klass != self.stim_frame.__class__ or new_stimkey == "dropin_server": 
1289              # make wait cursor 
1290              root = self.winfo_toplevel() 
1291              old_cursor = root["cursor"] 
1292              root["cursor"] = "watch" 
1293              root.update() 
1294              try: 
1295   
1296                  self.progress.labelText = "Changing stimulus..." 
1297                  self.progress.updateProgress(0) 
1298   
1299                  self.ephys_server.set_next_stimkey( new_stimkey ) 
1300   
1301                  # new stimulus type 
1302                  self.stim_frame.quit_server() # disconnect 
1303   
1304                  # in case of loaded Vision Egg script, quit_server() 
1305                  # sends a signal to stop the "wait" loop, WITHOUT 
1306                  # raising a flag to run the script 
1307   
1308                  self.ephys_server.get_stimkey() # wait for server to load 
1309   
1310                  self.switch_to_stimkey( new_stimkey) 
1311              finally: 
1312                  #restore cursor 
1313                  root["cursor"] = old_cursor 
1314                  root.update() 

1315   

1316 -    def save_image_sequence(self): 

1317          ImageSequenceLauncher(self,ephys_server=self.ephys_server) 

1318   

1319 -    def save_config(self): 

1320          self.stim_frame.send_values() # copy values from Tkinter to self.stim_frame.meta_params and send to server 
1321          if self.config_dir is not None: 
1322              initialdir = self.config_dir 
1323          else: 
1324              initialdir = VisionEgg.config.VISIONEGG_USER_DIR 
1325          filename = tkFileDialog.asksaveasfilename( 
1326              parent=self, 
1327              defaultextension=".ve_cfg", 
1328              filetypes=[('Configuration file','*.ve_cfg')], 
1329              initialdir=initialdir) 
1330          if not filename: 
1331              return 
1332          fd = open(filename,"wb") 
1333          save_dict = {'stim_type':self.stim_frame.get_shortname(), 
1334                       'loop_list':self.loop_frame.list, 
1335                       'stim_frame_dict':self.stim_frame.get_parameters_dict(), 
1336                       'autosave':self.autosave.get(), 
1337                       'autosave_dir':self.autosave_dir.get(), 
1338                       'autosave_basename':self.autosave_basename.get()} 
1339          pickle.dump( save_dict, fd ) 
1340          self.config_dir = os.path.split(filename)[0] # get dir 

1341   

1342 -    def load_config(self): 

1343          if self.config_dir is not None: 
1344              initialdir = self.config_dir 
1345          else: 
1346              initialdir = VisionEgg.config.VISIONEGG_USER_DIR 
1347          filename = tkFileDialog.askopenfilename( 
1348              parent=self, 
1349              defaultextension=".ve_cfg", 
1350              filetypes=[('Configuration file','*.ve_cfg')], 
1351              initialdir=initialdir, 
1352              ) 
1353          if not filename: 
1354              return 
1355          self.config_dir = os.path.split(filename)[0] # get dir 
1356          fd = open(filename,"rb") 
1357          file_contents = fd.read() 
1358          file_contents = file_contents.replace('\r\n','\n') # deal with Windows newlines 
1359          memory_file = StringIO.StringIO(file_contents) 
1360          load_dict = pickle.load(memory_file) 
1361          if load_dict['stim_type'] != self.stim_frame.get_shortname(): 
1362              self.change_stimulus(new_stimkey=load_dict['stim_type']+"_server") 
1363          self.loop_frame.list = load_dict['loop_list'] 
1364          self.loop_frame.update_now() 
1365          self.stim_frame.set_parameters_dict( load_dict['stim_frame_dict'] ) 
1366          self.autosave.set(load_dict['autosave']) 
1367          self.autosave_dir.set(load_dict['autosave_dir']) 
1368          self.autosave_basename.set(load_dict['autosave_basename']) 
1369   
1370          self.stim_frame.update_tk_vars() 

1371   

1372 -    def load_params(self,orig_load_dict={}): 

1373          filename = tkFileDialog.askopenfilename( 
1374              parent=self, 
1375              defaultextension=".py", 
1376              filetypes=[('Auto-saved parameter file','*.py')]) 
1377          if not filename: 
1378              return 
1379          locals = {} 
1380          load_dict = orig_load_dict.copy() # make copy of default values 
1381          execfile(filename,locals,load_dict) # execute the file 
1382          if load_dict['stim_type'] != self.stim_frame.get_shortname(): 
1383              self.change_stimulus(new_stimkey=load_dict['stim_type']+"_server") 
1384          self.loop_frame.list = [] # clear loop list 
1385          self.loop_frame.update_now() 
1386          new_params = {} 
1387          exception_info = [] 
1388          for param_name in dir(self.stim_frame.meta_params): 
1389              if param_name[:2] != "__": 
1390                  try: 
1391                      new_params[param_name] = load_dict[param_name] 
1392                  except Exception, x: 
1393                      exception_info.append(sys.exc_info()) # don't die on exception 
1394                  else: 
1395                      del load_dict[param_name] 
1396          for exc_type, exc_value, exc_traceback in exception_info: 
1397              # ignore actual traceback 
1398              VisionEgg.GUI.showexception(exc_type,exc_value,"") 
1399          self.stim_frame.set_parameters_dict( new_params ) 
1400          self.autosave_basename.set(load_dict['stim_type']) 
1401   
1402          try: 
1403              override_t_abs_sec = load_dict['go_loop_start_time_abs_sec'] 
1404          except Exception, x: 
1405              tkMessageBox.showwarning("No absolute time parameter", 
1406                                       "No absolute time parameter when loading file", 
1407                                       parent=self) 
1408          else: 
1409              if not self.override_t_abs_on.get(): 
1410                  self.override_t_abs_on.set(1) 
1411                  tkMessageBox.showwarning("Overriding absolute time parameter", 
1412                                           "Overriding absolute time parameter on server. "+\ 
1413                                           "Remember to turn this option off (in Configure "+\ 
1414                                           "/ Calibrate menu) when done.", 
1415                                           parent=self) 
1416              self.override_t_abs_sec.set(repr(override_t_abs_sec)) # make string 
1417   
1418          self.stim_frame.update_tk_vars() 
1419          return load_dict # return unused variables 

1420   

1421 -    def load_demoscript(self): 

1422          self.demoscript_filename = tkFileDialog.askopenfilename( 
1423              parent=self, 
1424              defaultextension=".py", 
1425              filetypes=[('Vision Egg Demo Script','*.py')]) 
1426   
1427          if not self.demoscript_filename: 
1428              return 
1429          else: 
1430              # make wait cursor 
1431              root = self.winfo_toplevel() 
1432              old_cursor = root["cursor"] 
1433              root["cursor"] = "watch" 
1434              root.update() 
1435              try: 
1436                  fd1 = open(self.demoscript_filename, 'r') 
1437                  demoscript = "" 
1438   
1439                  # List of all variables. 
1440                  # Each variable is a tuple of the form [x, y, z] where: 
1441                  # x: variable type ID, 
1442                  # y: variable name, 
1443                  # z: variable value. 
1444                  self.vars_list = [] 
1445   
1446                  lines = fd1.read().splitlines() 
1447                  keep_lines = [] 
1448                  while len(lines): 
1449                      myString = lines.pop(0) 
1450                      if myString.find("get_default_screen()") != -1: 
1451                          append_flag = 0 
1452                      elif myString.find("watch_exceptions()") != -1: 
1453                          append_flag = 0 
1454                      elif myString.find("start_default_logging()") != -1: 
1455                          append_flag = 0 
1456                      elif myString.find("#%f") == 0: 
1457                          self.vars_list.append([VarTypes.getID("float"), myString.replace("#%f", "").split()[0]]) 
1458                          append_flag = 0 
1459                      elif myString.find("#%i") == 0: 
1460                          self.vars_list.append([VarTypes.getID("integer"), myString.replace("#%i", "").split()[0]]) 
1461                          append_flag = 0 
1462                      elif myString.find("#%s") == 0: 
1463                          self.vars_list.append([VarTypes.getID("string"), myString.replace("#%s", "").split()[0]]) 
1464                          append_flag = 0 
1465                      else: 
1466                          append_flag = 1 
1467   
1468                      if append_flag == 1: 
1469                          keep_lines.append( myString ) 
1470   
1471                  fd1.close() 
1472                  demoscript = '\n'.join(keep_lines) 
1473   
1474                  # Client side AST. Only used to extract default values 
1475                  # of elected variables: 
1476                  try: 
1477                      AST = parser.suite(demoscript) 
1478   
1479                      for var in self.vars_list: 
1480                          var_val = AST_ext.extract_from_AST(AST, var[1]) 
1481                          if var[0] == VarTypes.getID("string"): 
1482                              var_val = var_val[1:len(var_val) - 1] 
1483                          var.append(var_val) 
1484   
1485                      del AST # save memory 
1486   
1487                      # unfortunately, sending an AST object over a Pyro 
1488                      # connection has its complications... so we don't 
1489                      # do it 
1490                      self.ephys_server.build_AST(demoscript) 
1491   
1492                      self.change_stimulus(new_stimkey="dropin_server") 
1493   
1494                  except (parser.ParserError, SyntaxError): 
1495                      tkMessageBox.showerror("Error", "Invalid demo script!") 
1496                      err_fd = file('/home/astraw/tmp/err.py',mode='w') 
1497                      err_fd.write(demoscript) 
1498              finally: 
1499                  #restore cursor 
1500                  root["cursor"] = old_cursor 
1501                  root.update() 

1502   

1503 -    def launch_screen_pos(self, dummy_arg=None): 

1504          dialog = Tkinter.Toplevel(self) 
1505          frame = VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame(dialog, 
1506                                                                                  auto_connect=1, 
1507                                                                                  server_hostname=self.server_hostname, 
1508                                                                                  server_port=self.server_port) 
1509          frame.winfo_toplevel().title("3D Calibration - Vision Egg") 
1510          frame.pack(expand=1,fill=Tkinter.BOTH) 

1511   

1512 -    def launch_stim_onset_cal(self, dummy_arg=None): 

1513          dialog = Tkinter.Toplevel(self) 
1514          frame = Tkinter.Frame(dialog) 
1515          frame.winfo_toplevel().title("Timing Calibration - Vision Egg") 
1516          Tkinter.Label(frame, 
1517                        font=("Helvetica",12,"bold"), 
1518                        text="Stimulus onset timing").grid(row=0,column=0) 
1519          Tkinter.Label(frame, 
1520                        text="Use a light detector to verify the onset of a trial." 
1521                        ).grid(row=1,column=0) 
1522          Tkinter.Checkbutton( frame, 
1523                               text="Black box (always) with white box (during trial)", 
1524                               variable=self.stim_onset_cal_tk_var, 
1525                               command=self.update_stim_onset_cal).grid(row=2,column=0) 
1526   
1527          x,y,width,height = self.ephys_server.get_stim_onset_cal_location() 
1528   
1529          location_frame = Tkinter.Frame(frame) 
1530          location_frame.grid(row=3,column=0) 
1531          self.stim_onset_x = Tkinter.DoubleVar() 
1532          self.stim_onset_x.set(x) 
1533          self.stim_onset_y = Tkinter.DoubleVar() 
1534          self.stim_onset_y.set(y) 
1535          self.stim_onset_width = Tkinter.DoubleVar() 
1536          self.stim_onset_width.set(width) 
1537          self.stim_onset_height = Tkinter.DoubleVar() 
1538          self.stim_onset_height.set(height) 
1539   
1540          Tkinter.Label( location_frame, text="Center X:").grid(row=0,column=0) 
1541          Tkinter.Entry( location_frame, textvariable=self.stim_onset_x,width=5).grid(row=0,column=1) 
1542          Tkinter.Label( location_frame, text="Center Y:").grid(row=0,column=2) 
1543          Tkinter.Entry( location_frame, textvariable=self.stim_onset_y,width=5).grid(row=0,column=3) 
1544          Tkinter.Label( location_frame, text="Width:").grid(row=1,column=0) 
1545          Tkinter.Entry( location_frame, textvariable=self.stim_onset_width,width=5).grid(row=1,column=1) 
1546          Tkinter.Label( location_frame, text="Height:").grid(row=1,column=2) 
1547          Tkinter.Entry( location_frame, textvariable=self.stim_onset_height,width=5).grid(row=1,column=3) 
1548   
1549          Tkinter.Button( frame, 
1550                          text="update position and size", 
1551                          command=self.set_stim_onset_cal_position).grid(row=4,column=0) 
1552          self.set_stim_onset_cal_position() # call it once to send server our initial values 
1553          frame.pack(expand=1,fill=Tkinter.BOTH) 

1554   

1555 -    def launch_gamma_panel(self, dummy_arg=None): 

1556          dialog = Tkinter.Toplevel(self) 
1557          frame = GammaFrame(dialog, 
1558                             self.ephys_server) 
1559          frame.pack(expand=1,fill=Tkinter.BOTH) 

1560   

1561 -    def set_autosave_dir(self): 

1562          self.autosave_dir.set( os.path.abspath( tkFileDialog.askdirectory() ) ) 

1563   

1564 -    def reset_autosave_basename(self): 

1565          self.autosave_basename.set( self.stim_frame.get_shortname() ) 

1566   

1567 -    def update_stim_onset_cal(self, dummy_arg=None): 

1568          on = self.stim_onset_cal_tk_var.get() 
1569          self.ephys_server.set_stim_onset_cal(on) 

1570   

1571 -    def set_stim_onset_cal_position(self, dummy_arg=None): 

1572          x = self.stim_onset_x.get() 
1573          y = self.stim_onset_y.get() 
1574          width = self.stim_onset_width.get() 
1575          height = self.stim_onset_height.get() 
1576          self.ephys_server.set_stim_onset_cal_location(center=(x,y),size=(width,height)) 

1577   
1578   

1579 -    def do_loops(self): 

1580          super_loop_list = self.loop_frame.get_list_uncontained() 
1581          # "super_loop_list" is a list of lists, each of which, a 
1582          # "loop_list", contains "loop" class objects 
1583          # eg. [[a], [b, c], [d]] 
1584          # Need to test that "get_list_uncontained()" is returning a list of lists! 
1585          global need_rest_period 
1586          need_rest_period = 0 
1587   
1588          if not len(super_loop_list): 
1589              return 
1590   
1591          ############################################################ 
1592          def process_loops(depth): # recursive processing of loops 
1593   
1594              class LoopInfoFrame(Tkinter.Frame): 
1595                  def __init__(self, master=None, **kw): 
1596                      Tkinter.Frame.__init__(self,master,**kw) 
1597                      Tkinter.Label(self, 
1598                          text="Doing sequence").grid(row=0,column=0) 
1599                      self.status_tk_var = Tkinter.StringVar() 
1600                      Tkinter.Label(self, 
1601                          textvariable = self.status_tk_var).grid(row=1, column=0) 
1602                      self.cancel_asap = 0 
1603                      Tkinter.Button(self, 
1604                          text="Cancel",command=self.cancel).grid(row=2,column=0) 
1605                      self.focus_set() 
1606                      self.grab_set() 

1607                  def cancel(self, dummy_arg=None): 
1608                      self.cancel_asap = 1 

1609   
1610              global need_rest_period 
1611   
1612              global loop_info_frame 
1613              if depth == 0: # only make one LoopInfoFrame (when depth is 0, ie. first time) 
1614                  top = Tkinter.Toplevel(self) 
1615                  loop_info_frame = LoopInfoFrame(top) 
1616                  loop_info_frame.pack() 
1617   
1618              loop_list = super_loop_list[depth] 
1619              #print "current depth" 
1620              #print depth 
1621              #print "Loop?" 
1622              #print loop 
1623              max_depth = len(super_loop_list)-1 
1624              #print "max_depth" 
1625              #print max_depth 
1626   
1627              loop = loop_list[0].get_contained() 
1628              # "loop_list" is, for example: [a, b, c] 
1629              # ie. each element is an object of class "loop". 
1630              # If one element is done, then all other elements are effectively done, the way we've structured the lists to 
1631              # be (they all have same 'N' value). 
1632   
1633              while not loop.is_done() and not loop_info_frame.cancel_asap: 
1634                  for loop_element in loop_list: 
1635                      if loop_element.get_contained().parameters.variable != "<repeat>": 
1636                          self.stim_frame.set_loopable_variable(loop_element.get_contained().parameters.variable,loop_element.get_contained().get_current()) 
1637                  if depth < max_depth: 
1638                      process_loops(depth+1) 
1639                  elif depth == max_depth: # deepest level -- do the trial 
1640                      if need_rest_period: 
1641                          self.progress.labelText = "Resting" 
1642                          self.sleep_with_progress(loop.parameters.rest_duration_sec) 
1643                      self.do_single_trial() 
1644                      need_rest_period = 1 
1645                  else: 
1646                      raise RuntimeError("Called with max_depth==-1:") 
1647                  for loop_element in loop_list: 
1648                      loop_element.get_contained().advance() 
1649              for loop_element in loop_list: 
1650                  loop_element.get_contained().reset() 
1651              if depth == 0: # destroy LoopInfoFrame 
1652                  top.destroy() 
1653   
1654          ############################################################ 
1655          process_loops(0) # start recursion on top level 
1656   

1657 -    def do_single_trial(self): 

1658          # Get filename to save parameters 
1659          if not self.autosave.get(): 
1660              file_stream = None # not saving file 
1661          else: 
1662              duration_sec = self.stim_frame.get_duration_sec() 
1663              (year,month,day,hour24,min,sec) = time.localtime(time.time()+duration_sec)[:6] 
1664              trial_time_str = "%04d%02d%02d_%02d%02d%02d"%(year,month,day,hour24,min,sec) 
1665              if self.param_file_type_tk_var.get() == "Python format": 
1666                  # Figure out filename to save parameters in 
1667                  filename = self.autosave_basename.get() + trial_time_str + "_params.py" 
1668                  fullpath_filename = os.path.join( self.autosave_dir.get(), filename) 
1669                  file_stream = open(fullpath_filename,"w") 
1670              elif self.param_file_type_tk_var.get() == "Matlab format": 
1671                  # Figure out filename to save results in 
1672                  filename = self.autosave_basename.get() + trial_time_str + "_params.m" 
1673                  fullpath_filename = os.path.join( self.autosave_dir.get(), filename) 
1674                  file_stream = open(fullpath_filename,"w") 
1675              else: 
1676                  raise ValueError('Unknown file format: "%s"'%(self.param_file_type_tk_var.get(),)) 
1677   
1678          # this class is broken into parts so it can be subclassed more easily 
1679          self.do_single_trial_pre(file_stream) 
1680          self.do_single_trial_work() 
1681          self.do_single_trial_post(file_stream) 
1682   
1683          # Close parameter save file 
1684          if self.autosave.get(): 
1685              file_stream.close() 

1686   

1687 -    def do_single_trial_pre(self, file_stream): 

1688          # Ensure that we have the most up-to-date values 
1689          self.stim_frame.send_values() # copy values from Tkinter to self.stim_frame.meta_params and send to server 
1690   
1691          # if file_stream is None, open default file 
1692          if self.autosave.get(): 
1693              duration_sec = self.stim_frame.get_duration_sec() 
1694              (year,month,day,hour24,min,sec) = time.localtime(time.time()+duration_sec)[:6] 
1695              if self.param_file_type_tk_var.get() == "Python format": 
1696                  file_stream.write("stim_type = '%s'\n"%self.stim_frame.get_shortname()) 
1697                  file_stream.write("finished_time = %04d%02d%02d%02d%02d%02d\n"%(year,month,day,hour24,min,sec)) 
1698                  parameter_list = self.stim_frame.get_parameters_as_py_strings() 
1699                  for parameter_name, parameter_value in parameter_list: 
1700                      file_stream.write("%s = %s\n"%(parameter_name, parameter_value)) 
1701              elif self.param_file_type_tk_var.get() == "Matlab format": 
1702                  file_stream.write("stim_type = '%s';\n"%self.stim_frame.get_shortname()) 
1703                  file_stream.write("finished_time = %04d%02d%02d%02d%02d%02d;\n"%(year,month,day,hour24,min,sec)) 
1704                  parameter_list = self.stim_frame.get_parameters_as_m_strings() 
1705                  for parameter_name, parameter_value in parameter_list: 
1706                      file_stream.write("%s = %s;\n"%(parameter_name, parameter_value)) 
1707              else: 
1708                  raise RuntimeError("Unknown parameter file type") # Should never get here 

1709   

1710 -    def do_single_trial_work(self): 

1711          # make wait cursor 
1712          root = self.winfo_toplevel() 
1713          self.old_cursor = root["cursor"] 
1714          root["cursor"] = "watch" 
1715          root.update() 
1716          try: 
1717   
1718              self.progress.labelText = "Doing trial..." 
1719              self.progress.updateProgress(0) 
1720   
1721              duration_sec = self.stim_frame.get_duration_sec() 
1722              if duration_sec > 0: 
1723                  if self.override_t_abs_on.get(): 
1724                      new_t_abs_str = self.override_t_abs_sec.get() 
1725                      self.ephys_server.set_override_t_abs_sec( new_t_abs_str ) 
1726   
1727                  self.stim_frame.go() # start server going, but this return control immediately 
1728                  self.sleep_with_progress(duration_sec) 
1729                  while self.ephys_server.is_in_go_loop(): # make sure go loop is really done 
1730                      time.sleep(0.1) # wait 100 msec for end of go loop and try again 
1731   
1732                  if self.notify_on_dropped_frames.get(): 
1733                      if self.ephys_server.were_frames_dropped_in_last_go_loop(): 
1734                          tkMessageBox.showwarning("Dropped frame(s)", 
1735                                                   "During the last trial, at least 1 frame was dropped.", 
1736                                                    parent=self) 
1737              else: 
1738                  if self.stim_frame.send_values(): 
1739                      self.ephys_server.run_demoscript() 
1740                      self.stim_frame.quit_server() 
1741          finally: 
1742              root["cursor"] = self.old_cursor 
1743              root.update() 
1744   
1745              # restore status bar 
1746              self.progress.labelText = "Ready" 
1747              self.progress.updateProgress(0) 

1748   

1749 -    def do_single_trial_post(self, file_stream): 

1750          # if file_stream is None, open default file 
1751          if self.autosave.get(): 
1752              frames_dropped = self.ephys_server.were_frames_dropped_in_last_go_loop() 
1753              go_loop_start_time = self.ephys_server.get_last_go_loop_start_time_absolute_sec() 
1754              if self.param_file_type_tk_var.get() == "Python format": 
1755                  file_stream.write("frames_dropped = %s # boolean\n"%str(frames_dropped)) 
1756                  file_stream.write("go_loop_start_time_abs_sec = %s\n"%repr(go_loop_start_time)) 
1757              elif self.param_file_type_tk_var.get() == "Matlab format": 
1758                  file_stream.write("frames_dropped = %s; %% boolean\n"%str(frames_dropped)) 
1759                  file_stream.write("go_loop_start_time_abs_sec = %s;\n"%repr(go_loop_start_time)) 
1760              else: 
1761                  raise RuntimeError("Unknown parameter file type") # Should never get here 

1762   

1763 -    def sleep_with_progress(self, duration_sec): 

1764          if duration_sec == 0.0: 
1765              return # don't do anything 
1766          start_time = time.time() 
1767          stop_time = start_time + duration_sec 
1768          percent_done = 0 
1769          while percent_done < 100: 
1770              if sys.platform != 'darwin': # Mac OS X Tk bug... sigh... 
1771                  self.progress.updateProgress(percent_done) 
1772              time.sleep(0.01) # wait 10 msec 
1773              percent_done = (time.time() - start_time)/duration_sec*100 

1774   

1775 -    def quit(self): 

1776          if self.quit_server_too.get(): 
1777              self.ephys_server.set_quit_status(1) 
1778          # call parent class 
1779          Tkinter.Frame.quit(self) 

1780   

1781 -    def destroy(self): 

1782          try: 
1783              if self.quit_server_too.get(): 
1784                  self.ephys_server.set_quit_status(1) 
1785          except: 
1786              pass 
1787          Tkinter.Frame.destroy(self) 

1788   

1789 -class BarButton(Tkinter.Menubutton): 

1790      # Taken from Guido van Rossum's Tkinter svkill demo 

1791 -        def __init__(self, master=None, **cnf): 

1792              Tkinter.Menubutton.__init__(self, master, **cnf) 
1793              self.pack(side=Tkinter.LEFT) 
1794              self.menu = Tkinter.Menu(self, name='menu', tearoff=0) 
1795              self['menu'] = self.menu 

1796   
1797  if __name__ == '__main__': 
1798      hostname = os.getenv("ephys_server_hostname","") 
1799      port = int(os.getenv("ephys_server_port","7766")) 
1800      result = get_server(hostname=hostname,port=port) 
1801      if result: 
1802          hostname,port = result 
1803          app_window = AppWindow(client_list=client_list, 
1804                                 server_hostname=hostname, 
1805                                 server_port=port) 
1806   
1807          app_window.winfo_toplevel().wm_iconbitmap() 
1808          app_window.pack(expand=1,fill=Tkinter.BOTH) 
1809          app_window.mainloop() 
1810

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:51 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html0000644000076500000240000010045111224565530027306 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUI.AppWindow
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUI :: Class AppWindow
[frames] | no frames]

Class AppWindow

source code

  Tkinter.Misc --+            
                 |            
Tkinter.BaseWidget --+        
                     |        
      Tkinter.Pack --+        
                     |        
     Tkinter.Place --+        
                     |        
      Tkinter.Grid --+        
                     |        
        Tkinter.Widget --+    
                         |    
             Tkinter.Frame --+
                             |
                            AppWindow
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, client_list=None, server_hostname='', server_port=7766, **cnf)
Construct a frame widget with the parent MASTER.		 source code
 
__del__(self) source code
 
switch_to_stimkey(self, stimkey) source code
 
change_stimulus(self, dummy_arg=None, new_stimkey=None) source code
 
save_image_sequence(self) source code
 
save_config(self) source code
 
load_config(self) source code
 
load_params(self, orig_load_dict={}) source code
 
load_demoscript(self) source code
 
launch_screen_pos(self, dummy_arg=None) source code
 
launch_stim_onset_cal(self, dummy_arg=None) source code
 
launch_gamma_panel(self, dummy_arg=None) source code
 
set_autosave_dir(self) source code
 
reset_autosave_basename(self) source code
 
update_stim_onset_cal(self, dummy_arg=None) source code
 
set_stim_onset_cal_position(self, dummy_arg=None) source code
 
do_loops(self) source code
 
do_single_trial(self) source code
 
do_single_trial_pre(self, file_stream) source code
 
do_single_trial_work(self) source code
 
do_single_trial_post(self, file_stream) source code
 
sleep_with_progress(self, duration_sec) source code
 
quit(self)
Quit the Tcl interpreter.		 source code
 
destroy(self)
Destroy this and all descendants widgets.		 source code

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, client_list=None, server_hostname='', server_port=7766, **cnf)
(Constructor)

source code  
Construct a frame widget with the parent MASTER.

Valid resource names: background, bd, bg, borderwidth, class,
colormap, container, cursor, height, highlightbackground,
highlightcolor, highlightthickness, relief, takefocus, visual, width.
Overrides: Tkinter.Frame.__init__
(inherited documentation)

quit(self)

source code  
Quit the Tcl interpreter. All widgets will be destroyed.
Overrides: Tkinter.Misc.quit
(inherited documentation)

destroy(self)

source code  
Destroy this and all descendants widgets.
Overrides: Tkinter.BaseWidget.destroy
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUI.BarButton-class.html0000644000076500000240000003352211224565530027302 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUI.BarButton
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUI :: Class BarButton
[frames] | no frames]

Class BarButton

source code

  Tkinter.Misc --+            
                 |            
Tkinter.BaseWidget --+        
                     |        
      Tkinter.Pack --+        
                     |        
     Tkinter.Place --+        
                     |        
      Tkinter.Grid --+        
                     |        
        Tkinter.Widget --+    
                         |    
        Tkinter.Menubutton --+
                             |
                            BarButton
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, **cnf)
Construct a widget with the parent widget MASTER, a name WIDGETNAME and appropriate options.		 source code

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, **cnf)
(Constructor)

source code  
Construct a widget with the parent widget MASTER, a name WIDGETNAME
and appropriate options.
Overrides: Tkinter.Menubutton.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase-class.html0000644000076500000240000001641011224565530031225 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUI :: Class ContainedObjectBase
[frames] | no frames]

Class ContainedObjectBase

source code

Base class to encapsulate objects, provides useful methods when used in GUI


Instance Methods
 
__init__(self) source code
 
get_str_30(self) source code
 
get_contained(self) source code
Class Variables
  header = "unknown parameters"
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUI.GammaFrame-class.html0000644000076500000240000004212011224565530027371 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUI.GammaFrame
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUI :: Class GammaFrame
[frames] | no frames]

Class GammaFrame

source code

  Tkinter.Misc --+            
                 |            
Tkinter.BaseWidget --+        
                     |        
      Tkinter.Pack --+        
                     |        
     Tkinter.Place --+        
                     |        
      Tkinter.Grid --+        
                     |        
        Tkinter.Widget --+    
                         |    
             Tkinter.Frame --+
                             |
                            GammaFrame
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, ephys_server=None, **kw)
Construct a frame widget with the parent MASTER.		 source code
 
get_corrected_gamma_table(self, gamma) source code
 
linearize(self, dummy_arg=None) source code
 
set_monitor_default(self, dummy_arg=None) source code
 
set_from_file(self) source code

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, ephys_server=None, **kw)
(Constructor)

source code  
Construct a frame widget with the parent MASTER.

Valid resource names: background, bd, bg, borderwidth, class,
colormap, container, cursor, height, highlightbackground,
highlightcolor, highlightthickness, relief, takefocus, visual, width.
Overrides: Tkinter.Frame.__init__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUI.ImageSequenceLauncher-class.html0000644000076500000240000003741211224565530031601 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUI.ImageSequenceLauncher
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUI :: Class ImageSequenceLauncher
[frames] | no frames]

Class ImageSequenceLauncher

source code

  Tkinter.Misc --+        
                 |        
Tkinter.BaseWidget --+    
                     |    
        Tkinter.Wm --+    
                     |    
      Tkinter.Toplevel --+
                         |
                        ImageSequenceLauncher
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, ephys_server=None, **cnf)
Construct a toplevel widget with the parent MASTER.		 source code
 
do_it(self) source code

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Wm: aspect, attributes, client, colormapwindows, command, deiconify, focusmodel, frame, geometry, grid, group, iconbitmap, iconify, iconmask, iconname, iconposition, iconwindow, maxsize, minsize, overrideredirect, positionfrom, protocol, resizable, sizefrom, state, title, transient, withdraw, wm_aspect, wm_attributes, wm_client, wm_colormapwindows, wm_command, wm_deiconify, wm_focusmodel, wm_frame, wm_geometry, wm_grid, wm_group, wm_iconbitmap, wm_iconify, wm_iconmask, wm_iconname, wm_iconposition, wm_iconwindow, wm_maxsize, wm_minsize, wm_overrideredirect, wm_positionfrom, wm_protocol, wm_resizable, wm_sizefrom, wm_state, wm_title, wm_transient, wm_withdraw

Class Variables

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, ephys_server=None, **cnf)
(Constructor)

source code  
Construct a toplevel widget with the parent MASTER.

Valid resource names: background, bd, bg, borderwidth, class,
colormap, container, cursor, height, highlightbackground,
highlightcolor, highlightthickness, menu, relief, screen, takefocus,
use, visual, width.
Overrides: Tkinter.Toplevel.__init__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUI.Loop-class.html0000644000076500000240000003267511224565530026323 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUI.Loop
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUI :: Class Loop
[frames] | no frames]

Class Loop

source code

         object --+    
                  |    
ClassWithParameters --+
                      |
                     Loop
Instance Methods
 
__init__(self, **kw)
Create self.parameters and set values.		 source code
 
is_done(self) source code
 
get_current(self) source code
 
advance(self) source code
 
reset(self) source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'variable':('<repeat>', ve_types.St...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create self.parameters and set values.
Overrides: ClassWithParameters.__init__
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
{'variable':('<repeat>', ve_types.String), 'sequence':([1, 1, 1], ve_t\
ypes.Sequence(ve_types.Real)), 'rest_duration_sec':(1.0, ve_types.Real\
)}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUI.LoopContainedObject-class.html0000644000076500000240000002363611224565530031274 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUI.LoopContainedObject
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUI :: Class LoopContainedObject
[frames] | no frames]

Class LoopContainedObject

source code

ContainedObjectBase --+
                      |
                     LoopContainedObject

Container for Loop class


Nested Classes
  contained_class
Instance Methods
 
__init__(self, contained) source code
 
get_str_30(self) source code

Inherited from ContainedObjectBase: get_contained

Class Variables
  header = " variable rest N values"
Method Details

__init__(self, contained)
(Constructor)

source code 
Overrides: ContainedObjectBase.__init__

get_str_30(self)

source code 
Overrides: ContainedObjectBase.get_str_30

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUI.LoopParamDialog-class.html0000644000076500000240000004726411224565530030424 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUI.LoopParamDialog
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUI :: Class LoopParamDialog
[frames] | no frames]

Class LoopParamDialog

source code

  Tkinter.Misc --+            
                 |            
Tkinter.BaseWidget --+        
                     |        
        Tkinter.Wm --+        
                     |        
      Tkinter.Toplevel --+    
                         |    
     tkSimpleDialog.Dialog --+
                             |
                            LoopParamDialog
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, *args, **kw)
Initialize a dialog.		 source code
 
body(self, master)
create dialog body.		 source code
 
validate(self)
validate the data This method is called automatically to validate the data before the dialog is destroyed.		 source code
 
destroy(self)
Destroy the window		 source code

Inherited from tkSimpleDialog.Dialog: apply, buttonbox, cancel, ok

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Wm: aspect, attributes, client, colormapwindows, command, deiconify, focusmodel, frame, geometry, grid, group, iconbitmap, iconify, iconmask, iconname, iconposition, iconwindow, maxsize, minsize, overrideredirect, positionfrom, protocol, resizable, sizefrom, state, title, transient, withdraw, wm_aspect, wm_attributes, wm_client, wm_colormapwindows, wm_command, wm_deiconify, wm_focusmodel, wm_frame, wm_geometry, wm_grid, wm_group, wm_iconbitmap, wm_iconify, wm_iconmask, wm_iconname, wm_iconposition, wm_iconwindow, wm_maxsize, wm_minsize, wm_overrideredirect, wm_positionfrom, wm_protocol, wm_resizable, wm_sizefrom, wm_state, wm_title, wm_transient, wm_withdraw

Class Variables

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, *args, **kw)
(Constructor)

source code  
Initialize a dialog.

Arguments:

    parent -- a parent window (the application window)

    title -- the dialog title
Overrides: tkSimpleDialog.Dialog.__init__
(inherited documentation)

body(self, master)

source code  
create dialog body.

return widget that should have initial focus.
This method should be overridden, and is called
by the __init__ method.
Overrides: tkSimpleDialog.Dialog.body
(inherited documentation)

validate(self)

source code  
validate the data

This method is called automatically to validate the data before the
dialog is destroyed. By default, it always validates OK.
Overrides: tkSimpleDialog.Dialog.validate
(inherited documentation)

destroy(self)

source code  
Destroy the window
Overrides: tkSimpleDialog.Dialog.destroy
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html0000644000076500000240000006263611224565530030457 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUI.ScrollListFrame
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUI :: Class ScrollListFrame
[frames] | no frames]

Class ScrollListFrame

source code

  Tkinter.Misc --+            
                 |            
Tkinter.BaseWidget --+        
                     |        
      Tkinter.Pack --+        
                     |        
     Tkinter.Place --+        
                     |        
      Tkinter.Grid --+        
                     |        
        Tkinter.Widget --+    
                         |    
             Tkinter.Frame --+
                             |
                            ScrollListFrame
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, list_of_contained_objects=None, contained_objectbject_maker=None, container_class=ContainedObjectBase, **cnf)
Construct a frame widget with the parent MASTER.		 source code
 
list2D_coordinates(self, main_index, main_list) source code
 
delegate_hscroll(self, *args, **kw) source code
 
get_list_uncontained(self) source code
 
update_now(self) source code
 
add_new(self) source code
 
edit_selected(self, dummy_arg=None) source code
 
remove_selected(self) source code
 
move_selected_up(self, dummy_arg=None) source code
 
move_selected_down(self, dummy_arg=None) source code
 
make_merge(self) source code
 
make_contained_object(self, container_class)
Factory function for ContainedObjectBase		 source code
 
edit_contained_object(self, contained_object) source code
 
make_loop_contained_object(self) source code
 
get_selected(self) source code
 
map_to_listbox_index(self, index) source code

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, list_of_contained_objects=None, contained_objectbject_maker=None, container_class=ContainedObjectBase, **cnf)
(Constructor)

source code  
Construct a frame widget with the parent MASTER.

Valid resource names: background, bd, bg, borderwidth, class,
colormap, container, cursor, height, highlightbackground,
highlightcolor, highlightthickness, relief, takefocus, visual, width.
Overrides: Tkinter.Frame.__init__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUIUtils-module.html0000644000076500000240000001442311224565530026603 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUIUtils
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUIUtils
[frames] | no frames]

Module EPhysGUIUtils

source code

Classes
  StimulusControlFrame
Variables
  __version__ = VisionEgg.release_name
  __cvs__ = '$Revision$'.split() [1]
  __date__ = ' '.join('$Date$'.split() [1: 3])
  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>'
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUIUtils-pysrc.html0000644000076500000240000042440411224565530026462 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUIUtils
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUIUtils
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.EPhysGUIUtils

  1  #!/usr/bin/env python 
  2  # 
  3  # The Vision Egg: EPhysGUIUtils 
  4  # 
  5  # Copyright (C) 2001-2003 Andrew Straw. 
  6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  7  # URL: <http://www.visionegg.org/> 
  8  # 
  9  # Distributed under the terms of the GNU Lesser General Public License 
 10  # (LGPL). See LICENSE.TXT that came with this file. 
 11  # 
 12  # $Id$ 
 13   
 14  import sys, os, time, types, socket 
 15  import Tkinter 
 16  import Pyro.core 
 17   
 18  import VisionEgg.PyroClient 
 19   
 20  __version__ = VisionEgg.release_name 
 21  __cvs__ = '$Revision$'.split()[1] 
 22  __date__ = ' '.join('$Date$'.split()[1:3]) 
 23  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 24   

 25 -class StimulusControlFrame(Tkinter.Frame): 

 26 -    def __init__(self, 
 27                   master=None, 
 28                   suppress_go_buttons=0, 
 29                   title="Stimulus Control", 
 30                   meta_params_class=None, 
 31                   **kw): 

 32          Tkinter.Frame.__init__(self,master,**kw) 
 33          self.pyro_client = None 
 34          self.entry_width = 10 
 35          self.connected = 0 
 36          if meta_params_class is not None: 
 37              self.meta_params = meta_params_class() 
 38          self.loopable_variables = {} 
 39   
 40          Tkinter.Label(self, 
 41                        text=title, 
 42                        font=("Helvetica",12,"bold")).pack(expand=Tkinter.YES, 
 43                                                           fill=Tkinter.X) 
 44           
 45          if not suppress_go_buttons: 
 46              connected_frame = Tkinter.Frame(self) 
 47              connected_frame.pack(expand=Tkinter.YES, 
 48                                   fill=Tkinter.X) 
 49   
 50              self.connected_text = Tkinter.StringVar() 
 51              self.connected_text.set("Server status: Not connected") 
 52              self.server_hostname = Tkinter.StringVar() 
 53              self.server_hostname.set( socket.getfqdn('') ) 
 54              self.server_port = Tkinter.IntVar() 
 55              self.server_port.set( 7766 ) 
 56               
 57              Tkinter.Label(connected_frame, 
 58                            text="Server hostname").grid(row=0, 
 59                                                         column=0) 
 60              Tkinter.Entry(connected_frame, 
 61                            textvariable=self.server_hostname).grid(row=0, 
 62                                                                    column=1, 
 63                                                                    columnspan=2) 
 64              Tkinter.Label(connected_frame, 
 65                            textvariable=self.connected_text).grid(row=1, 
 66                                                                   column=0) 
 67              Tkinter.Button(connected_frame, 
 68                             text="Connect", 
 69                             command=self.standalone_connect).grid(row=1, 
 70                                                                   column=1) 
 71              Tkinter.Button(connected_frame, 
 72                             text="Quit server", 
 73                             command=self.quit_server).grid(row=1, 
 74                                                            column=2) 
 75           
 76          self.param_frame = Tkinter.Frame(self) 
 77          self.param_frame.pack(expand=Tkinter.YES,fill=Tkinter.BOTH) 
 78           
 79          if not suppress_go_buttons: 
 80              Tkinter.Button(self,text="Begin Trial",command=self.go).pack()#expand=Tkinter.YES,fill=Tkinter.BOTH) 

 81   

 82 -    def make_callback_entry(self, master=None, **kw): 

 83          if 'width' not in kw.keys(): 
 84              kw['width'] = self.entry_width 
 85          if master==None: 
 86              master=self.param_frame 
 87          e = Tkinter.Entry(master,**kw) 
 88          e.bind('<Return>',self.send_values) 
 89          e.bind('<Tab>',self.send_values) 
 90          return e 

 91               

 92 -    def get_shortname(self): 

 93          """Used as basename for saving parameter files and other ID purposes""" 
 94          raise NotImplementedError("Must be overriden by derived class") 

 95   

 96 -    def set_param_dict(self,new_param_dict): 

 97          orig_params = dir(self.meta_params) 
 98          for new_param_name in new_param_dict.keys(): 
 99              if new_param_name[:2] != '__' and new_param_name[-2:] != '__': 
100                  if new_param_name not in orig_params: 
101                      raise ValueError('Gave parameter "%s", which I do not know about.'%(new_param_name,)) 
102                  setattr(self.meta_params,new_param_name,new_param_dict[new_param_name]) 
103          self.update_tk_vars() 
104          self.update() # update screen with new tk_var value 

105   

106 -    def update_tk_vars(self): 

107          """Update Tkinter variables with (new) values from meta_params""" 
108          raise NotImplementedError("Must be overriden by derived class") 

109   

110 -    def get_parameters_dict(self): 

111          result = {} 
112          for param_name in dir(self.meta_params): 
113              if param_name[:2] != '__' and param_name[-2:] != '__': 
114                  result[param_name] = getattr(self.meta_params,param_name) 
115          return result 

116   

118          """Return parameter values as Python-executable strings""" 
119          result = [] 
120          for param_name in dir(self.meta_params): 
121              if param_name[:2] != '__' and param_name[-2:] != '__': 
122                  value = getattr(self.meta_params,param_name) 
123                  value_string = repr(value) 
124                  result.append((param_name,value_string)) 
125          return result 

126   

128          """Return parameter values as Matlab-executable strings""" 
129          result = [] 
130          for param_name in dir(self.meta_params): 
131              if param_name[:2] != '__' and param_name[-2:] != '__': 
132                  value = getattr(self.meta_params,param_name) 
133                  value_string = self.get_matlab_string(value) 
134                  result.append((param_name,value_string)) 
135          return result 

136   

137 -    def get_matlab_string(self, value): 

138          # I'm no Matlab whiz, so you may have to modify this!! 
139          if type(value) in [types.IntType, types.FloatType]: 
140              return str(value) 
141          elif type(value) in [types.ListType, types.TupleType]: 
142              s = "[ " 
143              for v in value: 
144                  s += str(v) + " " 
145              s += "]" 
146              return s 
147          elif type(value) == types.StringType: 
148              s = "'%s'"%value 
149              return s 
150          else: 
151              raise NotImplementedError("No support for converting %s to Matlab format."%str(type(value))) 

152   

153 -    def set_parameters_dict(self, dict): 

154          for key in dict.keys(): 
155              if not key in dir(self.meta_params): 
156                  raise RuntimeError("Parameter %s not in %s"%(key, str(self.meta_params))) 
157              setattr(self.meta_params,key,dict[key]) 

158   

160          return self.loopable_variables.keys() 

161   

162 -    def set_loopable_variable(self,easy_name,value): 

163          meta_param_var_name,tk_var = self.loopable_variables[easy_name] 
164          setattr(self.meta_params,meta_param_var_name,value) 
165          tk_var.set(value) 
166          self.update() # update screen with new tk_var value 

167           

168 -    def send_values(self,dummy_arg=None): 

169          """Update meta_params variables with values from Tkinter fields""" 
170          raise NotImplementedError("Must be overriden by derived class") 

171   

172 -    def get_duration_sec(self): 

173          """Calculate total duration in go loop""" 
174          raise NotImplementedError("Must be overriden by derived class") 

175   

176 -    def go(self,dummy_arg=None): 

177          self.send_values() 
178          if not self.connected: 
179              raise RuntimeError("must be connected to run trial") 
180   
181          root = self.winfo_toplevel() 
182          old_cursor = root["cursor"] 
183   
184          root["cursor"] = "watch" 
185          root.update() 
186          self.meta_controller.go() 
187          root["cursor"] = old_cursor 
188          root.update() 

189   

190 -    def standalone_connect(self): 

191          self.connect(self.server_hostname.get(),self.server_port.get()) 

192   

193 -    def connect(self,server_hostname,server_port): 

194          self.pyro_client = VisionEgg.PyroClient.PyroClient(server_hostname,server_port) 
195   
196          shortname = self.get_shortname() 
197          meta_controller_name = shortname + "_server" 
198          timeout_seconds = 60.0 
199          retry_interval_seconds = 0.1 
200          start_time = time.time() 
201          if hasattr(self,"meta_controller"): 
202              del self.meta_controller # get rid of old meta_controller 
203   
204          # get new meta_controller 
205          while not hasattr(self,"meta_controller"): 
206              try: 
207                  self.meta_controller = self.pyro_client.get(meta_controller_name) 
208              except Pyro.errors.NamingError, x: 
209                  if str(x) == "name not found": 
210                      if (time.time()-start_time) >= timeout_seconds: 
211                          raise # Couldn't find experiment controller on Pyro network 
212                      time.sleep(retry_interval_seconds) 
213                  else: 
214                      raise # unknown error 
215   
216          # attribute error: check: stimkey == short_name + "_server" 
217          self.meta_params = self.meta_controller.get_parameters()  
218   
219          self.connected = 1 
220          if hasattr(self,'connected_text'): # EPhysGUI client suppresses this 
221              self.connected_text.set("Server status: Connected") 

222   

223 -    def quit_server(self,dummy=None): 

224          self.meta_controller.quit_server() 
225          self.connected = 0 
226          if hasattr(self,'connected_text'): # EPhysGUI client suppresses this label 
227              self.connected_text.set("Server status: Not connected") 

228   
229  if __name__=='__main__': 
230      frame = StimulusControlFrame() 
231      frame.pack(expand=Tkinter.YES,fill=Tkinter.BOTH) 
232      frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) 
233      frame.mainloop() 
234

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html0000644000076500000240000006671011224565530032571 0ustar astrawstaff VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysGUIUtils :: Class StimulusControlFrame
[frames] | no frames]

Class StimulusControlFrame

source code

  Tkinter.Misc --+            
                 |            
Tkinter.BaseWidget --+        
                     |        
      Tkinter.Pack --+        
                     |        
     Tkinter.Place --+        
                     |        
      Tkinter.Grid --+        
                     |        
        Tkinter.Widget --+    
                         |    
             Tkinter.Frame --+
                             |
                            StimulusControlFrame
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, suppress_go_buttons=0, title="Stimulus Control", meta_params_class=None, **kw)
Construct a frame widget with the parent MASTER.		 source code
 
make_callback_entry(self, master=None, **kw) source code
 
get_shortname(self)
Used as basename for saving parameter files and other ID purposes		 source code
 
set_param_dict(self, new_param_dict) source code
 
update_tk_vars(self)
Update Tkinter variables with (new) values from meta_params		 source code
 
get_parameters_dict(self) source code
 
get_parameters_as_py_strings(self)
Return parameter values as Python-executable strings		 source code
 
get_parameters_as_m_strings(self)
Return parameter values as Matlab-executable strings		 source code
 
get_matlab_string(self, value) source code
 
set_parameters_dict(self, dict) source code
 
get_loopable_variable_names(self) source code
 
set_loopable_variable(self, easy_name, value) source code
 
send_values(self, dummy_arg=None)
Update meta_params variables with values from Tkinter fields		 source code
 
get_duration_sec(self)
Calculate total duration in go loop		 source code
 
go(self, dummy_arg=None) source code
 
standalone_connect(self) source code
 
connect(self, server_hostname, server_port) source code
 
quit_server(self, dummy=None) source code

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, suppress_go_buttons=0, title="Stimulus Control", meta_params_class=None, **kw)
(Constructor)

source code  
Construct a frame widget with the parent MASTER.

Valid resource names: background, bd, bg, borderwidth, class,
colormap, container, cursor, height, highlightbackground,
highlightcolor, highlightthickness, relief, takefocus, visual, width.
Overrides: Tkinter.Frame.__init__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysServer-module.html0000644000076500000240000002247211224565530026407 0ustar astrawstaff VisionEgg.PyroApps.EPhysServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysServer
[frames] | no frames]

Module EPhysServer

source code

Classes
  EPhysServer
Functions
 
start_server(server_modules, server_class=EPhysServer) source code
Variables
  __version__ = '1.1.dev'
  __cvs__ = '$Revision$'.split() [1]
  __date__ = ' '.join('$Date$'.split() [1: 3])
  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>'
  server_modules = [VisionEgg.PyroApps.TargetServer, VisionEgg.P...
Variables Details

server_modules

Value:
[VisionEgg.PyroApps.TargetServer, VisionEgg.PyroApps.MouseTargetServer\
, VisionEgg.PyroApps.FlatGratingServer, VisionEgg.PyroApps.SphereGrati\
ngServer, VisionEgg.PyroApps.SpinningDrumServer, VisionEgg.PyroApps.Gr\
idServer, VisionEgg.PyroApps.ColorCalServer, VisionEgg.PyroApps.Dropin\
Server]

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysServer-pysrc.html0000644000076500000240000051577311224565530026275 0ustar astrawstaff VisionEgg.PyroApps.EPhysServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysServer
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.EPhysServer

  1  #!/usr/bin/env python 
  2  # 
  3  # The Vision Egg: EPhysServer 
  4  # 
  5  # Copyright (C) 2001-2004 Andrew Straw, 
  6  # Copyright (C) 2004 Imran S. Ali, Lachlan Dowd 
  7  # Copyright (C) 2004 California Institute of Technology 
  8  # 
  9  # Author: Andrew Straw <astraw@users.sourceforge.net> 
 10  # URL: <http://www.visionegg.org/> 
 11  # 
 12  # Distributed under the terms of the GNU Lesser General Public License 
 13  # (LGPL). See LICENSE.TXT that came with this file. 
 14  # 
 15  # $Id$ 
 16   
 17  import VisionEgg 
 18  __version__ = VisionEgg.release_name 
 19  __cvs__ = '$Revision$'.split()[1] 
 20  __date__ = ' '.join('$Date$'.split()[1:3]) 
 21  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 22   
 23  import sys, os, math 
 24  import parser, symbol, token, compiler 
 25  import tkMessageBox 
 26  import pygame.display 
 27  import VisionEgg.Core 
 28  import VisionEgg.FlowControl 
 29  import VisionEgg.SphereMap 
 30  import VisionEgg.Text 
 31  import VisionEgg.Textures 
 32  import VisionEgg.PyroHelpers 
 33  import Pyro, Pyro.core 
 34   
 35  # AST extensions: 
 36  import VisionEgg.PyroApps.AST_ext as AST_ext 
 37   
 38  # Add your stimulus modules here 
 39  import VisionEgg.PyroApps.TargetServer 
 40  import VisionEgg.PyroApps.MouseTargetServer 
 41  import VisionEgg.PyroApps.FlatGratingServer 
 42  import VisionEgg.PyroApps.SphereGratingServer 
 43  import VisionEgg.PyroApps.SpinningDrumServer 
 44  import VisionEgg.PyroApps.GridServer 
 45  import VisionEgg.PyroApps.ColorCalServer 
 46  import VisionEgg.PyroApps.DropinServer 
 47   
 48  server_modules = [ VisionEgg.PyroApps.TargetServer, 
 49                     VisionEgg.PyroApps.MouseTargetServer, 
 50                     VisionEgg.PyroApps.FlatGratingServer, 
 51                     VisionEgg.PyroApps.SphereGratingServer, 
 52                     VisionEgg.PyroApps.SpinningDrumServer, 
 53                     VisionEgg.PyroApps.GridServer, 
 54                     VisionEgg.PyroApps.ColorCalServer, 
 55                     VisionEgg.PyroApps.DropinServer 
 56                     ] 
 57   
 58  # 3D screen positioning parameters 
 59  from VisionEgg.PyroApps.ScreenPositionServer import ScreenPositionMetaController 
 60  from VisionEgg.PyroApps.ScreenPositionGUI import ScreenPositionParameters 
 61   

 62 -class EPhysServer(  Pyro.core.ObjBase ): 

 63 -    def __init__(self, presentation, server_modules ): 

 64          Pyro.core.ObjBase.__init__(self) 
 65          self.stimdict = {} 
 66          self.stimkey = server_modules[0].get_meta_controller_stimkey() # first stimulus will be this 
 67          self.quit_status = False 
 68          self.exec_demoscript_flag = False 
 69          self.presentation = presentation 
 70          # target for stimulus onset calibration 
 71          self.onset_cal_bg = VisionEgg.MoreStimuli.Target2D(color=(0.0,0.0,0.0,1.0), 
 72                                                             position=(30.0,30.0), 
 73                                                             anchor='center', 
 74                                                             size=(50.0,50.0)) 
 75          self.onset_cal_fg = VisionEgg.MoreStimuli.Target2D(on=0, 
 76                                                             color=(1.0,1.0,1.0,1.0), 
 77                                                             position=(30.0,30.0), 
 78                                                             anchor='center', 
 79                                                             size=(50.0,50.0)) 
 80          self.presentation.add_controller(self.onset_cal_fg,'on',VisionEgg.FlowControl.ConstantController(during_go_value=1, 
 81                                                                                                    between_go_value=0)) 
 82          # get screen (hack) 
 83          self.onset_cal_screen = self.presentation.parameters.viewports[0].parameters.screen 
 84          self.onset_cal_viewport = VisionEgg.Core.Viewport(screen=self.onset_cal_screen, 
 85                                                            stimuli=[self.onset_cal_bg, 
 86                                                                     self.onset_cal_fg] 
 87                                                            ) 
 88   
 89          for server_module in server_modules: 
 90              stimkey = server_module.get_meta_controller_stimkey() 
 91              klass = server_module.get_meta_controller_class() 
 92              make_stimuli = server_module.make_stimuli 
 93              self.stimdict[stimkey] = (klass, make_stimuli) 

 94   

 95 -    def __del__(self): 

 96          self.presentation.remove_controller(self.onset_cal_fg,'on') 
 97          Pyro.core.ObjBase.__del__(self) 

 98   

 99 -    def get_quit_status(self): 

100          return self.quit_status 

101   

102 -    def set_quit_status(self,quit_status): 

103          self.quit_status = quit_status 
104          self.presentation.parameters.quit = quit_status 

105   

106 -    def first_connection(self): 

107          # break out of initial run_forever loop 
108          self.presentation.parameters.quit = True 

109   

110 -    def set_stim_onset_cal(self, on): 

111          if on: 
112              if self.onset_cal_viewport not in self.presentation.parameters.viewports: 
113                  self.presentation.parameters.viewports.append(self.onset_cal_viewport) 
114          else: 
115              if self.onset_cal_viewport in self.presentation.parameters.viewports: 
116                  self.presentation.parameters.viewports.remove(self.onset_cal_viewport) 

117   

118 -    def set_stim_onset_cal_location(self, center, size): 

119          self.onset_cal_bg.parameters.position = center 
120          self.onset_cal_fg.parameters.position = center 
121          self.onset_cal_bg.parameters.size = size 
122          self.onset_cal_fg.parameters.size = size[0]-2,size[1]-2 

123   

125          x,y = self.onset_cal_bg.parameters.position 
126          width,height = self.onset_cal_bg.parameters.size 
127          return x,y,width,height 

128   

129 -    def set_gamma_ramp(self, red, blue, green): 

130          return pygame.display.set_gamma_ramp(red,green,blue) 

131   

132 -    def is_in_go_loop(self): 

133          return self.presentation.is_in_go_loop() 

134   

136          return self.presentation.were_frames_dropped_in_last_go_loop() 

137   

139          return self.presentation.get_last_go_loop_start_time_absolute_sec() 

140   

141 -    def set_override_t_abs_sec(self, value_sec_string): 

142          value_sec = float(value_sec_string) # Pyro loses precision 
143          self.presentation.parameters.override_t_abs_sec = value_sec 

144   

146          if self.stimkey: 
147              klass, make_stimuli = self.stimdict[self.stimkey] 
148              stimuli = make_stimuli() 
149              return self.stimkey, klass, stimuli 
150          else: 
151              raise RuntimeError("No stimkey") 

152   

153 -    def get_stimkey(self): 

154          return self.stimkey 

155   

156 -    def set_next_stimkey(self,stimkey): 

157          self.stimkey = stimkey 

158   

159 -    def get_cwd(self): 

160          return os.path.abspath(os.curdir) 

161   

162 -    def save_image_sequence(self,fps=12.0,filename_base="im",filename_suffix=".tif",save_dir="."): 

163          try: 
164              self.presentation.export_movie_go(frames_per_sec=fps, 
165                                                filename_base=filename_base, 
166                                                filename_suffix=filename_suffix, 
167                                                path=save_dir 
168                                                ) 
169          except Exception,x: 
170              # do this because Pyro doesn't (by default) print a traceback 
171              import traceback 
172              traceback.print_exc() 
173              raise 

174   

175 -    def build_AST(self, source): 

176          AST = parser.suite(source) 
177          self.AST = AST 

178   

179 -    def exec_AST(self, screen, dropin_meta_params): 

180   
181          if dropin_meta_params.vars_list is not None: 
182              for var in dropin_meta_params.vars_list: 
183                  self.AST = AST_ext.modify_AST(self.AST, var[0], var[1]) 
184   
185          code_module = self.AST.compile() 
186          exec code_module in locals() 
187          self.script_dropped_frames = p.were_frames_dropped_in_last_go_loop() 
188          self.presentation.last_go_loop_start_time_absolute_sec = p.last_go_loop_start_time_absolute_sec # evil hack... 
189          self.exec_demoscript_flag = False 

190   

191 -    def run_demoscript(self): 

192          self.exec_demoscript_flag = True 

193   

194 -def start_server( server_modules, server_class=EPhysServer ): 

195   
196      loadNewExpr = True 
197      pyro_server = VisionEgg.PyroHelpers.PyroServer() 
198   
199      # get Vision Egg stimulus ready to go 
200      screen = VisionEgg.Core.Screen.create_default() 
201   
202      temp = ScreenPositionParameters() 
203   
204      projection = VisionEgg.Core.PerspectiveProjection(temp.left, 
205                                                        temp.right, 
206                                                        temp.bottom, 
207                                                        temp.top, 
208                                                        temp.near, 
209                                                        temp.far) 
210      perspective_viewport = VisionEgg.Core.Viewport(screen=screen, 
211                                                        projection=projection) 
212      overlay2D_viewport = VisionEgg.Core.Viewport(screen=screen) 
213      p = VisionEgg.FlowControl.Presentation(viewports=[perspective_viewport, overlay2D_viewport]) # 2D overlay on top 
214      print 'main Presentation',p 
215   
216      wait_text = VisionEgg.Text.Text( 
217          text = "Starting up...", 
218          position = (screen.size[0]/2.0,5), 
219          anchor='bottom', 
220          color = (1.0,0.0,0.0,0.0)) 
221   
222      overlay2D_viewport.parameters.stimuli = [wait_text] 
223      p.between_presentations() # draw wait_text 
224   
225      # now hand over control of projection to ScreenPositionMetaController 
226      projection_controller = ScreenPositionMetaController(p,projection) 
227      pyro_server.connect(projection_controller,"projection_controller") 
228   
229      ephys_server = server_class(p, server_modules) 
230      pyro_server.connect(ephys_server,"ephys_server") 
231      hostname,port = pyro_server.get_hostname_and_port() 
232   
233      wait_text.parameters.text = "Waiting for connection at %s port %d"%(hostname,port) 
234   
235      # get listener controller and register it 
236      p.add_controller(None,None, pyro_server.create_listener_controller()) 
237   
238      p.run_forever() # run until we get first connnection, which breaks out immmediately 
239   
240      wait_text.parameters.text = "Loading new experiment, please wait." 
241   
242      while not ephys_server.get_quit_status(): 
243          # this flow control configuration SEEMS to be stable for 
244          # contiguously loaded scripts more rigorous testing would be 
245          # appreciated 
246          if loadNewExpr: 
247              wait_text.parameters.text = "Loading new experiment, please wait." 
248              perspective_viewport.parameters.stimuli = [] 
249              overlay2D_viewport.parameters.stimuli = [wait_text] 
250              p.between_presentations() # draw wait_text 
251              pyro_name, meta_controller_class, stimulus_list = ephys_server.get_next_stimulus_meta_controller() 
252              stimulus_meta_controller = meta_controller_class(screen, p, stimulus_list) # instantiate meta_controller 
253              pyro_server.connect(stimulus_meta_controller, pyro_name) 
254   
255          if ephys_server.get_stimkey() == "dropin_server": 
256              wait_text.parameters.text = "Vision Egg script mode" 
257               
258              p.parameters.enter_go_loop = False 
259              p.parameters.quit = False 
260              p.run_forever() 
261               
262              # At this point quit signal was sent by client to either: 
263               
264              # 1) Execute the script (ie. "exec_demoscript_flag" has 
265              # been set) 
266               
267              # 2) Load a DIFFERENT script ("loadNewExpr" should be set 
268              # to False in this event) 
269               
270              # 3) Load a BUILT IN experiment ("loadNewExpr" should be 
271              # set to True in this event) 
272   
273              if ephys_server.exec_demoscript_flag: 
274                  dropin_meta_params = stimulus_meta_controller.get_parameters() 
275                  ephys_server.exec_AST(screen, dropin_meta_params) 
276   
277              if ephys_server.get_stimkey() == "dropin_server": 
278                  # Either: 
279                  # 1) Same script (just finished executing) 
280                  # 2) Loading a new script 
281                  loadNewExpr = False 
282              else: 
283                  # 3) load a BUILT IN experiment 
284                  pyro_server.disconnect(stimulus_meta_controller) 
285                  del stimulus_meta_controller # we have to do this explicitly because Pyro keeps a copy of the reference 
286                  loadNewExpr = True 
287          else: 
288              overlay2D_viewport.parameters.stimuli = [] # clear wait_text 
289              for stim in stimulus_list: 
290                  if stim[0] == '3d_perspective': 
291                      perspective_viewport.parameters.stimuli.append(stim[1]) 
292                  elif stim[0] == '3d_perspective_with_set_viewport_callback': 
293                      key, stimulus, callback_function = stim 
294                      callback_function(perspective_viewport) 
295                      perspective_viewport.parameters.stimuli.append(stimulus) 
296                  elif stim[0] == '2d_overlay': 
297                      overlay2D_viewport.parameters.stimuli.append(stim[1]) 
298                  else: 
299                      raise RuntimeError("Unknown viewport id %s"%stim[0]) 
300   
301              # enter loop 
302              p.parameters.enter_go_loop = False 
303              p.parameters.quit = False 
304              p.run_forever() 
305               
306              # At this point quit signal was sent by client to either: 
307               
308              # 1) Load a script ("loadNewExpr" should be set to 1 in 
309              # this event) 
310               
311              # 2) Load a BUILT IN experiment ("loadNewExpr" should be 
312              # set to 1 in this event) 
313   
314              pyro_server.disconnect(stimulus_meta_controller) 
315              del stimulus_meta_controller # we have to do this explicitly because Pyro keeps a copy of the reference 

316               
317  if __name__ == '__main__': 
318      start_server( server_modules ) 
319

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html0000644000076500000240000005316211224565530030445 0ustar astrawstaff VisionEgg.PyroApps.EPhysServer.EPhysServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module EPhysServer :: Class EPhysServer
[frames] | no frames]

Class EPhysServer

source code

Pyro.core.ObjBase --+
                    |
                   EPhysServer
Instance Methods
 
__init__(self, presentation, server_modules) source code
 
__del__(self) source code
 
get_quit_status(self) source code
 
set_quit_status(self, quit_status) source code
 
first_connection(self) source code
 
set_stim_onset_cal(self, on) source code
 
set_stim_onset_cal_location(self, center, size) source code
 
get_stim_onset_cal_location(self) source code
 
set_gamma_ramp(self, red, blue, green) source code
 
is_in_go_loop(self) source code
 
were_frames_dropped_in_last_go_loop(self) source code
 
get_last_go_loop_start_time_absolute_sec(self) source code
 
set_override_t_abs_sec(self, value_sec_string) source code
 
get_next_stimulus_meta_controller(self) source code
 
get_stimkey(self) source code
 
set_next_stimkey(self, stimkey) source code
 
get_cwd(self) source code
 
save_image_sequence(self, fps=12.0, filename_base="im", filename_suffix=".tif", save_dir=".") source code
 
build_AST(self, source) source code
 
exec_AST(self, screen, dropin_meta_params) source code
 
run_demoscript(self) source code

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Method Details

__init__(self, presentation, server_modules)
(Constructor)

source code 
Overrides: Pyro.core.ObjBase.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.FlatGratingGUI-module.html0000644000076500000240000001631311224565530026734 0ustar astrawstaff VisionEgg.PyroApps.FlatGratingGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module FlatGratingGUI
[frames] | no frames]

Module FlatGratingGUI

source code

Handle sinusoidal gratings (client-side)


Version: 1.1.dev

Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  FlatGratingMetaParameters
  FlatGratingControlFrame
Functions
 
get_control_list() source code
Variables
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.FlatGratingGUI-pysrc.html0000644000076500000240000034652711224565530026624 0ustar astrawstaff VisionEgg.PyroApps.FlatGratingGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module FlatGratingGUI
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.FlatGratingGUI

  1  #!/usr/bin/env python 
  2  # 
  3  # The Vision Egg: FlatGratingGUI 
  4  # 
  5  # Copyright (C) 2001-2003 Andrew Straw. 
  6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  7  # URL: <http://www.visionegg.org/> 
  8  # 
  9  # Distributed under the terms of the GNU Lesser General Public License 
 10  # (LGPL). See LICENSE.TXT that came with this file. 
 11  # 
 12  # $Id$ 
 13   
 14  """Handle sinusoidal gratings (client-side)""" 
 15   
 16  import VisionEgg, string 
 17  __version__ = VisionEgg.release_name 
 18  __cvs__ = string.split('$Revision$')[1] 
 19  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
 20  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 21   
 22  import sys, os 
 23  import Tkinter 
 24  import VisionEgg.PyroApps.EPhysGUIUtils as client_utils 
 25   

 26 -def get_control_list(): 

 27      return [("flat_grating_server",FlatGratingControlFrame,FlatGratingControlFrame.title)] 

 28   

 30 -    def __init__(self): 

 31          self.contrast = 1.0 
 32          self.orient = 0.0 
 33          self.sf = 0.01 # cycles per pixel 
 34          self.tf = 1.0 
 35          self.size_x = 200.0 
 36          self.size_y = 200.0 
 37          self.center_x = 320.0 
 38          self.center_y = 240.0 
 39          self.pre_stim_sec = 1.0 
 40          self.stim_sec = 2.0 
 41          self.post_stim_sec = 1.0 

 42           

 43 -class FlatGratingControlFrame(client_utils.StimulusControlFrame): 

 44      title = "Grating (2D) Experiment" 

 45 -    def __init__(self, master=None, suppress_go_buttons=0,**kw): 

 46          client_utils.StimulusControlFrame.__init__(self, 
 47                                                     master, 
 48                                                     suppress_go_buttons, 
 49                                                     FlatGratingControlFrame.title, 
 50                                                     FlatGratingMetaParameters, 
 51                                                     **kw) 
 52   
 53          param_frame = self.param_frame # shorthand for self.param_frame created in base class 
 54   
 55          # Allow columns to expand 
 56          param_frame.columnconfigure(0,weight=1) 
 57          param_frame.columnconfigure(1,weight=1) 
 58           
 59          pf_row = 0 
 60          Tkinter.Label(param_frame,text="Contrast:").grid(row=pf_row,column=0) 
 61          self.contrast_tk_var = Tkinter.DoubleVar() 
 62          self.contrast_tk_var.set(self.meta_params.contrast) 
 63          self.make_callback_entry(textvariable=self.contrast_tk_var).grid(row=pf_row,column=1) 
 64          self.loopable_variables["Contrast"] = ("contrast",self.contrast_tk_var) 
 65   
 66          pf_row += 1 
 67          Tkinter.Label(param_frame,text="Orientation (deg):").grid(row=pf_row,column=0) 
 68          self.orient_tk_var = Tkinter.DoubleVar() 
 69          self.orient_tk_var.set(self.meta_params.orient) 
 70          self.make_callback_entry(textvariable=self.orient_tk_var).grid(row=pf_row,column=1) 
 71          self.loopable_variables["Orientation"] = ("orient",self.orient_tk_var) 
 72           
 73          pf_row += 1 
 74          Tkinter.Label(param_frame,text="Spatial frequency (Cpp):").grid(row=pf_row,column=0) 
 75          self.sf_tk_var = Tkinter.DoubleVar() 
 76          self.sf_tk_var.set(self.meta_params.sf) 
 77          self.make_callback_entry(textvariable=self.sf_tk_var).grid(row=pf_row,column=1) 
 78          self.loopable_variables["Spatial frequency"] = ("sf",self.sf_tk_var) 
 79           
 80          pf_row += 1 
 81          Tkinter.Label(param_frame,text="Temporal frequency (Hz):").grid(row=pf_row,column=0) 
 82          self.tf_tk_var = Tkinter.DoubleVar() 
 83          self.tf_tk_var.set(self.meta_params.tf) 
 84          self.make_callback_entry(textvariable=self.tf_tk_var).grid(row=pf_row,column=1) 
 85          self.loopable_variables["Temporal frequency"] = ("tf",self.tf_tk_var) 
 86           
 87          pf_row += 1 
 88          Tkinter.Label(param_frame,text="Size X (pixels):").grid(row=pf_row,column=0) 
 89          self.size_x_tk_var = Tkinter.DoubleVar() 
 90          self.size_x_tk_var.set(self.meta_params.size_x) 
 91          self.make_callback_entry(textvariable=self.size_x_tk_var).grid(row=pf_row,column=1) 
 92          self.loopable_variables["Size X"] = ("size_x",self.size_x_tk_var) 
 93           
 94          pf_row += 1 
 95          Tkinter.Label(param_frame,text="Size Y (pixels):").grid(row=pf_row,column=0) 
 96          self.size_y_tk_var = Tkinter.DoubleVar() 
 97          self.size_y_tk_var.set(self.meta_params.size_y) 
 98          self.make_callback_entry(textvariable=self.size_y_tk_var).grid(row=pf_row,column=1) 
 99          self.loopable_variables["Size Y"] = ("size_y",self.size_y_tk_var) 
100           
101          pf_row += 1 
102          Tkinter.Label(param_frame,text="Center X (pixels):").grid(row=pf_row,column=0) 
103          self.center_x_tk_var = Tkinter.DoubleVar() 
104          self.center_x_tk_var.set(self.meta_params.center_x) 
105          self.make_callback_entry(textvariable=self.center_x_tk_var).grid(row=pf_row,column=1) 
106          self.loopable_variables["Center X"] = ("center_x",self.center_x_tk_var) 
107           
108          pf_row += 1 
109          Tkinter.Label(param_frame,text="Center Y (pixels):").grid(row=pf_row,column=0) 
110          self.center_y_tk_var = Tkinter.DoubleVar() 
111          self.center_y_tk_var.set(self.meta_params.center_y) 
112          self.make_callback_entry(textvariable=self.center_y_tk_var).grid(row=pf_row,column=1) 
113          self.loopable_variables["Center Y"] = ("center_y",self.center_y_tk_var) 
114           
115          pf_row += 1 
116          Tkinter.Label(param_frame,text="Pre stimulus duration (sec):").grid(row=pf_row,column=0) 
117          self.prestim_dur_tk_var = Tkinter.DoubleVar() 
118          self.prestim_dur_tk_var.set(self.meta_params.pre_stim_sec) 
119          self.make_callback_entry(textvariable=self.prestim_dur_tk_var).grid(row=pf_row,column=1) 
120           
121          pf_row += 1 
122          Tkinter.Label(param_frame,text="Stimulus duration (sec):").grid(row=pf_row,column=0) 
123          self.stim_dur_tk_var = Tkinter.DoubleVar() 
124          self.stim_dur_tk_var.set(self.meta_params.stim_sec) 
125          self.make_callback_entry(textvariable=self.stim_dur_tk_var).grid(row=pf_row,column=1) 
126           
127          pf_row += 1 
128          Tkinter.Label(param_frame,text="Post stimulus duration (sec):").grid(row=pf_row,column=0) 
129          self.poststim_dur_tk_var = Tkinter.DoubleVar() 
130          self.poststim_dur_tk_var.set(self.meta_params.post_stim_sec) 
131          self.make_callback_entry(textvariable=self.poststim_dur_tk_var).grid(row=pf_row,column=1) 

132   

133 -    def get_shortname(self): 

134          return "flat_grating" 

135   

136 -    def update_tk_vars(self): 

137          self.contrast_tk_var.set( self.meta_params.contrast ) 
138          self.orient_tk_var.set( self.meta_params.orient ) 
139          self.sf_tk_var.set( self.meta_params.sf ) 
140          self.tf_tk_var.set( self.meta_params.tf ) 
141          self.size_x_tk_var.set( self.meta_params.size_x ) 
142          self.size_y_tk_var.set( self.meta_params.size_y ) 
143          self.center_x_tk_var.set( self.meta_params.center_x ) 
144          self.center_y_tk_var.set( self.meta_params.center_y ) 
145          self.prestim_dur_tk_var.set( self.meta_params.pre_stim_sec ) 
146          self.stim_dur_tk_var.set( self.meta_params.stim_sec ) 
147          self.poststim_dur_tk_var.set( self.meta_params.post_stim_sec ) 

148       

149 -    def send_values(self,dummy_arg=None): 

150          self.meta_params.contrast = self.contrast_tk_var.get() 
151          self.meta_params.orient = self.orient_tk_var.get() 
152          self.meta_params.sf = self.sf_tk_var.get() 
153          self.meta_params.tf = self.tf_tk_var.get() 
154          self.meta_params.size_x = self.size_x_tk_var.get() 
155          self.meta_params.size_y = self.size_y_tk_var.get() 
156          self.meta_params.center_x = self.center_x_tk_var.get() 
157          self.meta_params.center_y = self.center_y_tk_var.get() 
158          self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() 
159          self.meta_params.stim_sec = self.stim_dur_tk_var.get() 
160          self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() 
161          if self.connected: 
162              self.meta_controller.set_parameters( self.meta_params ) 

163   

164 -    def get_duration_sec(self): 

165          self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() 
166          self.meta_params.stim_sec = self.stim_dur_tk_var.get() 
167          self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() 
168          return self.meta_params.pre_stim_sec + self.meta_params.stim_sec + self.meta_params.post_stim_sec 

169   
170  if __name__=='__main__': 
171      frame = FlatGratingControlFrame() 
172      frame.pack(expand=1,fill=Tkinter.BOTH) 
173      frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) 
174      frame.mainloop() 
175

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015000000000000011702 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame-class.h0000644000076500000240000006013011224565530032550 0ustar astrawstaff VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module FlatGratingGUI :: Class FlatGratingControlFrame
[frames] | no frames]

Class FlatGratingControlFrame

source code

      Tkinter.Misc --+                
                     |                
    Tkinter.BaseWidget --+            
                         |            
          Tkinter.Pack --+            
                         |            
         Tkinter.Place --+            
                         |            
          Tkinter.Grid --+            
                         |            
            Tkinter.Widget --+        
                             |        
                 Tkinter.Frame --+    
                                 |    
EPhysGUIUtils.StimulusControlFrame --+
                                     |
                                    FlatGratingControlFrame
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, suppress_go_buttons=0, **kw)
Construct a frame widget with the parent MASTER.		 source code
 
get_shortname(self)
Used as basename for saving parameter files and other ID purposes		 source code
 
update_tk_vars(self)
Update Tkinter variables with (new) values from meta_params		 source code
 
send_values(self, dummy_arg=None)
Update meta_params variables with values from Tkinter fields		 source code
 
get_duration_sec(self)
Calculate total duration in go loop		 source code

Inherited from EPhysGUIUtils.StimulusControlFrame: connect, get_loopable_variable_names, get_matlab_string, get_parameters_as_m_strings, get_parameters_as_py_strings, get_parameters_dict, go, make_callback_entry, quit_server, set_loopable_variable, set_param_dict, set_parameters_dict, standalone_connect

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables
  title = "Grating (2D) Experiment"

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, suppress_go_buttons=0, **kw)
(Constructor)

source code  
Construct a frame widget with the parent MASTER.

Valid resource names: background, bd, bg, borderwidth, class,
colormap, container, cursor, height, highlightbackground,
highlightcolor, highlightthickness, relief, takefocus, visual, width.
Overrides: EPhysGUIUtils.StimulusControlFrame.__init__

get_shortname(self)

source code  
Used as basename for saving parameter files and other ID purposes
Overrides: EPhysGUIUtils.StimulusControlFrame.get_shortname
(inherited documentation)

update_tk_vars(self)

source code  
Update Tkinter variables with (new) values from meta_params
Overrides: EPhysGUIUtils.StimulusControlFrame.update_tk_vars
(inherited documentation)

send_values(self, dummy_arg=None)

source code  
Update meta_params variables with values from Tkinter fields
Overrides: EPhysGUIUtils.StimulusControlFrame.send_values
(inherited documentation)

get_duration_sec(self)

source code  
Calculate total duration in go loop
Overrides: EPhysGUIUtils.StimulusControlFrame.get_duration_sec
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015200000000000011704 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.FlatGratingGUI.FlatGratingMetaParameters-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.FlatGratingGUI.FlatGratingMetaParameters-class0000644000076500000240000001233511224565530032645 0ustar astrawstaff VisionEgg.PyroApps.FlatGratingGUI.FlatGratingMetaParameters
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module FlatGratingGUI :: Class FlatGratingMetaParameters
[frames] | no frames]

Class FlatGratingMetaParameters

source code

Instance Methods
 
__init__(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.FlatGratingServer-module.html0000644000076500000240000002035011224565530027552 0ustar astrawstaff VisionEgg.PyroApps.FlatGratingServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module FlatGratingServer
[frames] | no frames]

Module FlatGratingServer

source code

Handle sinusoidal gratings (server-side)


Version: 1.1.dev

Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  FlatGratingExperimentMetaController
Functions
 
get_meta_controller_class() source code
 
make_stimuli() source code
 
get_meta_controller_stimkey() source code
Variables
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.FlatGratingServer-pysrc.html0000644000076500000240000027652411224565530027445 0ustar astrawstaff VisionEgg.PyroApps.FlatGratingServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module FlatGratingServer
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.FlatGratingServer

  1  #!/usr/bin/env python 
  2  # 
  3  # The Vision Egg: FlatGratingServer 
  4  # 
  5  # Copyright (C) 2001-2003 Andrew Straw. 
  6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  7  # URL: <http://www.visionegg.org/> 
  8  # 
  9  # Distributed under the terms of the GNU Lesser General Public License 
 10  # (LGPL). See LICENSE.TXT that came with this file. 
 11  # 
 12  # $Id$ 
 13   
 14  """Handle sinusoidal gratings (server-side)""" 
 15   
 16  import VisionEgg, string 
 17  __version__ = VisionEgg.release_name 
 18  __cvs__ = string.split('$Revision$')[1] 
 19  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
 20  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 21   
 22  import sys, os, math 
 23  import VisionEgg.Core 
 24  import VisionEgg.FlowControl 
 25  import VisionEgg.Gratings 
 26  import VisionEgg.PyroHelpers 
 27  import Pyro.core 
 28   
 29  from VisionEgg.PyroApps.FlatGratingGUI import FlatGratingMetaParameters 
 30   

 31 -class FlatGratingExperimentMetaController( Pyro.core.ObjBase ): 

 32 -    def __init__(self,screen,presentation,stimuli): 

 33   
 34          # get stimulus 
 35          assert( stimuli[0][0] == '2d_overlay') 
 36          grating = stimuli[0][1] 
 37           
 38          Pyro.core.ObjBase.__init__(self) 
 39          self.meta_params = FlatGratingMetaParameters() 
 40          if not isinstance(screen,VisionEgg.Core.Screen): 
 41              raise ValueError("Expecting instance of VisionEgg.Core.Screen") 
 42          if not isinstance(presentation,VisionEgg.FlowControl.Presentation): 
 43              raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") 
 44          if not isinstance(grating,VisionEgg.Gratings.SinGrating2D): 
 45              raise ValueError("Expecting instance of VisionEgg.Gratings.SinGrating2D") 
 46          self.p = presentation 
 47          self.stim = grating 
 48   
 49          screen.parameters.bgcolor = (0.5, 0.5, 0.5, 0.0) 
 50   
 51          self.p.add_controller(self.stim,'on',VisionEgg.FlowControl.FunctionController( 
 52              during_go_func=self.on_function_during_go, 
 53              between_go_func=self.on_function_between_go)) 

 54   

 55 -    def __del__(self): 

 56          self.p.remove_controller(self.stim,'on') 
 57          Pyro.core.ObjBase.__del__(self) # call base class 

 58   

 59 -    def on_function_during_go(self,t): 

 60          """Compute when the grating is on""" 
 61          if t <= self.meta_params.pre_stim_sec: 
 62              return 0 # not on yet 
 63          elif t <= (self.meta_params.pre_stim_sec + self.meta_params.stim_sec): 
 64              return 1 # on 
 65          else: 
 66              return 0 # off again 

 67           

 68 -    def on_function_between_go(self): 

 69          """Compute when the grating is off""" 
 70          return 0 # off again 

 71       

 72 -    def get_parameters(self): 

 73          return self.meta_params 

 74   

 75 -    def set_parameters(self, new_parameters): 

 76          if isinstance(new_parameters, FlatGratingMetaParameters): 
 77              self.meta_params = new_parameters 
 78          else: 
 79              raise ValueError("Argument to set_parameters must be instance of FlatGratingMetaParameters") 
 80          self.update() 

 81           

 82 -    def update(self): 

 83          stim_params = self.stim.parameters # shorthand 
 84          meta_params = self.meta_params # shorthand 
 85          stim_params.contrast = meta_params.contrast 
 86          stim_params.orientation = meta_params.orient 
 87          stim_params.spatial_freq = meta_params.sf 
 88          stim_params.temporal_freq_hz = meta_params.tf 
 89          stim_params.size = (meta_params.size_x, meta_params.size_y) 
 90          stim_params.position = (meta_params.center_x, meta_params.center_y) 
 91          self.p.parameters.go_duration = ( meta_params.pre_stim_sec + meta_params.stim_sec + meta_params.post_stim_sec, 'seconds') 

 92   

 93 -    def go(self): 

 94          self.p.parameters.enter_go_loop = 1 

 95   

 96 -    def quit_server(self): 

 97          self.p.parameters.quit = 1 

 98   
101   

102 -def make_stimuli(): 

103      stimulus = VisionEgg.Gratings.SinGrating2D( spatial_freq=1.0/100.0, # wavelength = 100 pixels 
104                                                  temporal_freq_hz = 1.0, 
105                                                  anchor='center', 
106                                                  ) 
107      return [('2d_overlay',stimulus)] 

108   

110      return "flat_grating_server" 

111   
112  # Don't do anything unless this script is being run 
113  if __name__ == '__main__': 
114       
115      pyro_server = VisionEgg.PyroHelpers.PyroServer() 
116   
117      screen = VisionEgg.Core.Screen.create_default() 
118   
119      # get Vision Egg stimulus ready to go 
120      stimuli = make_stimuli() 
121      stimulus = stimuli[0][1] 
122      viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[stimulus]) 
123      p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) 
124   
125      # now hand over control of grating and mask to FlatGratingExperimentMetaController 
126      meta_controller = FlatGratingExperimentMetaController(screen,p,stimuli) 
127      pyro_server.connect(meta_controller,get_meta_controller_stimkey()) 
128   
129      # get listener controller and register it 
130      p.add_controller(None,None, pyro_server.create_listener_controller()) 
131   
132      # enter endless loop 
133      p.run_forever() 
134

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000016700000000000011712 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaCon0000644000076500000240000003220111224565530033033 0ustar astrawstaff VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module FlatGratingServer :: Class FlatGratingExperimentMetaController
[frames] | no frames]

Class FlatGratingExperimentMetaController

source code

Pyro.core.ObjBase --+
                    |
                   FlatGratingExperimentMetaController
Instance Methods
 
__init__(self, screen, presentation, stimuli) source code
 
__del__(self) source code
 
on_function_during_go(self, t)
Compute when the grating is on		 source code
 
on_function_between_go(self)
Compute when the grating is off		 source code
 
get_parameters(self) source code
 
set_parameters(self, new_parameters) source code
 
update(self) source code
 
go(self) source code
 
quit_server(self) source code

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Method Details

__init__(self, screen, presentation, stimuli)
(Constructor)

source code 
Overrides: Pyro.core.ObjBase.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.GridGUI-module.html0000644000076500000240000001675011224565530025424 0ustar astrawstaff VisionEgg.PyroApps.GridGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module GridGUI
[frames] | no frames]

Module GridGUI

source code

Classes
  GridMetaParameters
  GridControlFrame
Functions
 
get_control_list() source code
Variables
  __version__ = '1.1.dev'
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>'
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.GridGUI-pysrc.html0000644000076500000240000017164411224565531025304 0ustar astrawstaff VisionEgg.PyroApps.GridGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module GridGUI
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.GridGUI

 1  #!/usr/bin/env python 
 2  # 
 3  # The Vision Egg: GridGUI 
 4  # 
 5  # Copyright (C) 2001-2003 Andrew Straw. 
 6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
 7  # URL: <http://www.visionegg.org/> 
 8  # 
 9  # Distributed under the terms of the GNU Lesser General Public License 
10  # (LGPL). See LICENSE.TXT that came with this file. 
11  # 
12  # $Id$ 
13   
14  import VisionEgg, string 
15  __version__ = VisionEgg.release_name 
16  __cvs__ = string.split('$Revision$')[1] 
17  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
18  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
19   
20  import sys, os 
21  import Tkinter 
22  import VisionEgg.PyroApps.EPhysGUIUtils as client_utils 
23   

25      return [("grid_server",GridControlFrame,GridControlFrame.title)] 

26   

28 -    def __init__(self): 

29          pass 

30           

31 -class GridControlFrame(client_utils.StimulusControlFrame): 

32      title = "Grid for 3D calibration" 

33 -    def __init__(self, master=None, suppress_go_buttons=0,**kw): 

34          client_utils.StimulusControlFrame.__init__(self, 
35                                                     master, 
36                                                     suppress_go_buttons, 
37                                                     GridControlFrame.title, 
38                                                     GridMetaParameters, 
39                                                     **kw) 
40          Tkinter.Label( self.param_frame, 
41                         text="No variables to control" ).grid() 

42   

43 -    def get_shortname(self): 

44          """Used as basename for saving parameter files""" 
45          return "grid" 

46   

47 -    def update_tk_vars(self): 

48          pass 

49       

50 -    def send_values(self,dummy_arg=None): 

51          pass 
52          if self.connected: 
53              self.meta_controller.set_parameters( self.meta_params ) 

54   

55 -    def get_duration_sec(self): 

56          return 0.0 

57   
58  if __name__=='__main__': 
59      frame = GridControlFrame() 
60      frame.pack(expand=1,fill=Tkinter.BOTH) 
61      frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) 
62      frame.mainloop() 
63

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.GridGUI.GridControlFrame-class.html0000644000076500000240000005731411224565531030446 0ustar astrawstaff VisionEgg.PyroApps.GridGUI.GridControlFrame
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module GridGUI :: Class GridControlFrame
[frames] | no frames]

Class GridControlFrame

source code

      Tkinter.Misc --+                
                     |                
    Tkinter.BaseWidget --+            
                         |            
          Tkinter.Pack --+            
                         |            
         Tkinter.Place --+            
                         |            
          Tkinter.Grid --+            
                         |            
            Tkinter.Widget --+        
                             |        
                 Tkinter.Frame --+    
                                 |    
EPhysGUIUtils.StimulusControlFrame --+
                                     |
                                    GridControlFrame
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, suppress_go_buttons=0, **kw)
Construct a frame widget with the parent MASTER.		 source code
 
get_shortname(self)
Used as basename for saving parameter files		 source code
 
update_tk_vars(self)
Update Tkinter variables with (new) values from meta_params		 source code
 
send_values(self, dummy_arg=None)
Update meta_params variables with values from Tkinter fields		 source code
 
get_duration_sec(self)
Calculate total duration in go loop		 source code

Inherited from EPhysGUIUtils.StimulusControlFrame: connect, get_loopable_variable_names, get_matlab_string, get_parameters_as_m_strings, get_parameters_as_py_strings, get_parameters_dict, go, make_callback_entry, quit_server, set_loopable_variable, set_param_dict, set_parameters_dict, standalone_connect

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables
  title = "Grid for 3D calibration"

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, suppress_go_buttons=0, **kw)
(Constructor)

source code  
Construct a frame widget with the parent MASTER.

Valid resource names: background, bd, bg, borderwidth, class,
colormap, container, cursor, height, highlightbackground,
highlightcolor, highlightthickness, relief, takefocus, visual, width.
Overrides: EPhysGUIUtils.StimulusControlFrame.__init__

get_shortname(self)

source code  
Used as basename for saving parameter files
Overrides: EPhysGUIUtils.StimulusControlFrame.get_shortname

update_tk_vars(self)

source code  
Update Tkinter variables with (new) values from meta_params
Overrides: EPhysGUIUtils.StimulusControlFrame.update_tk_vars
(inherited documentation)

send_values(self, dummy_arg=None)

source code  
Update meta_params variables with values from Tkinter fields
Overrides: EPhysGUIUtils.StimulusControlFrame.send_values
(inherited documentation)

get_duration_sec(self)

source code  
Calculate total duration in go loop
Overrides: EPhysGUIUtils.StimulusControlFrame.get_duration_sec
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.GridGUI.GridMetaParameters-class.html0000644000076500000240000001221111224565531030750 0ustar astrawstaff VisionEgg.PyroApps.GridGUI.GridMetaParameters
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module GridGUI :: Class GridMetaParameters
[frames] | no frames]

Class GridMetaParameters

source code

Instance Methods
 
__init__(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.GridServer-module.html0000644000076500000240000002077011224565531026244 0ustar astrawstaff VisionEgg.PyroApps.GridServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module GridServer
[frames] | no frames]

Module GridServer

source code

Classes
  GridMetaController
Functions
 
get_meta_controller_class() source code
 
make_stimuli() source code
 
get_meta_controller_stimkey() source code
Variables
  __version__ = '1.1.dev'
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>'
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.GridServer-pysrc.html0000644000076500000240000025214111224565531026116 0ustar astrawstaff VisionEgg.PyroApps.GridServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module GridServer
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.GridServer

  1  #!/usr/bin/env python 
  2  # 
  3  # The Vision Egg: GridServer 
  4  # 
  5  # Copyright (C) 2001-2003 Andrew Straw. 
  6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  7  # URL: <http://www.visionegg.org/> 
  8  # 
  9  # Distributed under the terms of the GNU Lesser General Public License 
 10  # (LGPL). See LICENSE.TXT that came with this file. 
 11  # 
 12  # $Id$ 
 13   
 14  import VisionEgg, string 
 15  __version__ = VisionEgg.release_name 
 16  __cvs__ = string.split('$Revision$')[1] 
 17  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
 18  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 19   
 20  import sys, os, math 
 21  import VisionEgg.Core 
 22  import VisionEgg.FlowControl 
 23  import VisionEgg.Textures 
 24  import VisionEgg.SphereMap 
 25  import VisionEgg.PyroHelpers 
 26  import Pyro.core 
 27   
 28  from VisionEgg.PyroApps.ScreenPositionServer import ScreenPositionMetaController 
 29  from VisionEgg.PyroApps.ScreenPositionGUI import ScreenPositionParameters 
 30  from VisionEgg.PyroApps.GridGUI import GridMetaParameters 
 31   

 32 -class GridMetaController( Pyro.core.ObjBase ): 

 33 -    def __init__(self,screen,presentation,stimuli): 

 34   
 35          # get the instance of Stimulus that was created 
 36          assert( stimuli[0][0] == '3d_perspective_with_set_viewport_callback' ) 
 37          grid = stimuli[0][1] 
 38           
 39          Pyro.core.ObjBase.__init__(self) 
 40          self.meta_params = GridMetaParameters() 
 41          if not isinstance(screen,VisionEgg.Core.Screen): 
 42              raise ValueError("Expecting instance of VisionEgg.Core.Screen") 
 43          if not isinstance(presentation,VisionEgg.FlowControl.Presentation): 
 44              raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") 
 45          if not isinstance(grid,VisionEgg.SphereMap.AzElGrid): 
 46              raise ValueError("Expecting instance of VisionEgg.SphereMap.SphereMap") 
 47          self.p = presentation 
 48          self.stim = grid 
 49   
 50          screen.parameters.bgcolor = (1.0, 1.0, 1.0, 0.0) 

 51   

 52 -    def get_parameters(self): 

 53          return self.meta_params 

 54   

 55 -    def set_parameters(self, new_parameters): 

 56          if isinstance(new_parameters, GridMetaParameters): 
 57              self.meta_params = new_parameters 
 58          else: 
 59              raise ValueError("Argument to set_parameters must be instance of GridMetaParameters") 
 60          self.update() 

 61           

 62 -    def update(self): 

 63          self.p.parameters.go_duration = ( 0.0, 'seconds') 

 64   

 65 -    def go(self): 

 66          self.p.parameters.enter_go_loop = 1 

 67   

 68 -    def quit_server(self): 

 69          self.p.parameters.quit = 1 

 70   

 72      return GridMetaController 

 73   

 74 -def make_stimuli(): 

 75      stimulus = VisionEgg.SphereMap.AzElGrid() 
 76      def set_az_el_grid_viewport(viewport): 
 77          stimulus.parameters.my_viewport = viewport 

 78      return [('3d_perspective_with_set_viewport_callback',stimulus,set_az_el_grid_viewport)] # return ordered list of tuples 
 79   

 81      return "grid_server" 

 82   
 83  # Don't do anything unless this script is being run 
 84  if __name__ == '__main__': 
 85       
 86      pyro_server = VisionEgg.PyroHelpers.PyroServer() 
 87   
 88      screen = VisionEgg.Core.Screen.create_default() 
 89   
 90      # get Vision Egg stimulus ready to go 
 91      stimuli = make_stimuli() 
 92      stimulus = stimuli[0][1] 
 93      temp = ScreenPositionParameters() 
 94   
 95      projection = VisionEgg.Core.PerspectiveProjection(temp.left, 
 96                                                        temp.right, 
 97                                                        temp.bottom, 
 98                                                        temp.top, 
 99                                                        temp.near, 
100                                                        temp.far) 
101      viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[stimulus],projection=projection) 
102      p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) 
103   
104      # now hand over control of projection to ScreenPositionMetaController 
105      projection_controller = ScreenPositionMetaController(p,projection) 
106      pyro_server.connect(projection_controller,"projection_controller") 
107   
108      # now hand over control of drum to GridMetaController 
109      meta_controller = GridMetaController(screen,p,stimuli) 
110      pyro_server.connect(meta_controller,get_meta_controller_stimkey()) 
111   
112      # get listener controller and register it 
113      p.add_controller(None,None, pyro_server.create_listener_controller()) 
114   
115      # enter endless loop 
116      p.run_forever() 
117

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.GridServer.GridMetaController-class.html0000644000076500000240000002513411224565531031622 0ustar astrawstaff VisionEgg.PyroApps.GridServer.GridMetaController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module GridServer :: Class GridMetaController
[frames] | no frames]

Class GridMetaController

source code

Pyro.core.ObjBase --+
                    |
                   GridMetaController
Instance Methods
 
__init__(self, screen, presentation, stimuli) source code
 
get_parameters(self) source code
 
set_parameters(self, new_parameters) source code
 
update(self) source code
 
go(self) source code
 
quit_server(self) source code

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Method Details

__init__(self, screen, presentation, stimuli)
(Constructor)

source code 
Overrides: Pyro.core.ObjBase.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetGUI-module.html0000644000076500000240000001633611224565531026777 0ustar astrawstaff VisionEgg.PyroApps.MouseTargetGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module MouseTargetGUI
[frames] | no frames]

Module MouseTargetGUI

source code

Handle mouse controlled small target stimulus (client-side)


Version: 1.1.dev

Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  MouseTargetMetaParameters
  MouseTargetControlFrame
Functions
 
get_control_list() source code
Variables
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetGUI-pysrc.html0000644000076500000240000023717111224565531026654 0ustar astrawstaff VisionEgg.PyroApps.MouseTargetGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module MouseTargetGUI
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.MouseTargetGUI

 1  #!/usr/bin/env python 
 2  # 
 3  # The Vision Egg: MouseTargetGUI 
 4  # 
 5  # Copyright (C) 2001-2003 Andrew Straw. 
 6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
 7  # URL: <http://www.visionegg.org/> 
 8  # 
 9  # Distributed under the terms of the GNU Lesser General Public License 
10  # (LGPL). See LICENSE.TXT that came with this file. 
11  # 
12  # $Id$ 
13   
14  """Handle mouse controlled small target stimulus (client-side)""" 
15   
16  import VisionEgg, string 
17  __version__ = VisionEgg.release_name 
18  __cvs__ = string.split('$Revision$')[1] 
19  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
20  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
21   
22  import sys, os 
23  import Tkinter 
24  import VisionEgg.PyroApps.EPhysGUIUtils as client_utils 
25   

27      return [("mouse_target_server",MouseTargetControlFrame,MouseTargetControlFrame.title)] 

28   

30 -    def __init__(self): 

31          # colors 
32          self.color = (0.0, 0.0, 0.0, 1.0) 
33          self.bgcolor = (1.0, 1.0, 1.0, 0.0) 

34           

35 -class MouseTargetControlFrame(client_utils.StimulusControlFrame): 

36      title = "Mouse Controlled Moving Target" 

37 -    def __init__(self, master=None, suppress_go_buttons=0,**kw): 

38          client_utils.StimulusControlFrame.__init__(self, 
39                                                     master, 
40                                                     suppress_go_buttons, 
41                                                     MouseTargetControlFrame.title, 
42                                                     MouseTargetMetaParameters, 
43                                                     **kw) 
44   
45          param_frame = self.param_frame # shorthand for self.param_frame created in base class 
46   
47          # Allow columns to expand 
48          param_frame.columnconfigure(0,weight=1) 
49          param_frame.columnconfigure(1,weight=1) 
50           
51          pf_row = 0 
52          Tkinter.Label(param_frame,text="Color:").grid(row=pf_row,column=0) 
53          self.color_tk_var = Tkinter.StringVar() 
54          self.color_tk_var.set("black on white") 
55          bar = Tkinter.Menubutton(param_frame, textvariable=self.color_tk_var, relief=Tkinter.RAISED) 
56          bar.grid(row=pf_row, column=2, sticky=Tkinter.W+Tkinter.E, pady=2, padx=2) 
57          bar.menu = Tkinter.Menu(bar,tearoff=0) 
58          bar.menu.add_radiobutton(label="white on black", 
59                                   value="white on black", 
60                                   variable=self.color_tk_var, 
61                                   command=self.send_values) 
62          bar.menu.add_radiobutton(label="black on white", 
63                                   value="black on white", 
64                                   variable=self.color_tk_var, 
65                                   command=self.send_values) 
66          bar['menu'] = bar.menu        

67   

68 -    def get_shortname(self): 

69          return "mouse_target" 

70   

71 -    def update_tk_vars(self): 

72          if self.meta_params.color == (0.0,0.0,0.0,1.0) and self.meta_params.bgcolor == (1.0,1.0,1.0,0.0): 
73              self.color_tk_var.set( "black on white" ) 
74          elif self.meta_params.color == (1.0,1.0,1.0,1.0) and self.meta_params.bgcolor == (0.0,0.0,0.0,0.0): 
75              self.color_tk_var.set( "white on black" ) 
76          else: 
77              raise RuntimeError("Cannot set tk variable for color") 

78           

79 -    def send_values(self,dummy_arg=None): 

80          if self.color_tk_var.get() == "black on white": 
81              self.meta_params.color = (0.0,0.0,0.0,1.0) 
82              self.meta_params.bgcolor = (1.0,1.0,1.0,0.0) 
83          elif self.color_tk_var.get() == "white on black": 
84              self.meta_params.color = (1.0,1.0,1.0,1.0) 
85              self.meta_params.bgcolor = (0.0,0.0,0.0,0.0) 
86   
87          if self.connected: 
88              self.meta_controller.set_parameters( self.meta_params ) 

89   

90 -    def get_duration_sec(self): 

91          return 0.0 

92   
93  if __name__=='__main__': 
94      frame = MouseTargetControlFrame() 
95      frame.pack(expand=1,fill=Tkinter.BOTH) 
96      frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) 
97      frame.mainloop() 
98

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015000000000000011702 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame-class.h0000644000076500000240000006014611224565531032652 0ustar astrawstaff VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module MouseTargetGUI :: Class MouseTargetControlFrame
[frames] | no frames]

Class MouseTargetControlFrame

source code

      Tkinter.Misc --+                
                     |                
    Tkinter.BaseWidget --+            
                         |            
          Tkinter.Pack --+            
                         |            
         Tkinter.Place --+            
                         |            
          Tkinter.Grid --+            
                         |            
            Tkinter.Widget --+        
                             |        
                 Tkinter.Frame --+    
                                 |    
EPhysGUIUtils.StimulusControlFrame --+
                                     |
                                    MouseTargetControlFrame
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, suppress_go_buttons=0, **kw)
Construct a frame widget with the parent MASTER.		 source code
 
get_shortname(self)
Used as basename for saving parameter files and other ID purposes		 source code
 
update_tk_vars(self)
Update Tkinter variables with (new) values from meta_params		 source code
 
send_values(self, dummy_arg=None)
Update meta_params variables with values from Tkinter fields		 source code
 
get_duration_sec(self)
Calculate total duration in go loop		 source code

Inherited from EPhysGUIUtils.StimulusControlFrame: connect, get_loopable_variable_names, get_matlab_string, get_parameters_as_m_strings, get_parameters_as_py_strings, get_parameters_dict, go, make_callback_entry, quit_server, set_loopable_variable, set_param_dict, set_parameters_dict, standalone_connect

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables
  title = "Mouse Controlled Moving Target"

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, suppress_go_buttons=0, **kw)
(Constructor)

source code  
Construct a frame widget with the parent MASTER.

Valid resource names: background, bd, bg, borderwidth, class,
colormap, container, cursor, height, highlightbackground,
highlightcolor, highlightthickness, relief, takefocus, visual, width.
Overrides: EPhysGUIUtils.StimulusControlFrame.__init__

get_shortname(self)

source code  
Used as basename for saving parameter files and other ID purposes
Overrides: EPhysGUIUtils.StimulusControlFrame.get_shortname
(inherited documentation)

update_tk_vars(self)

source code  
Update Tkinter variables with (new) values from meta_params
Overrides: EPhysGUIUtils.StimulusControlFrame.update_tk_vars
(inherited documentation)

send_values(self, dummy_arg=None)

source code  
Update meta_params variables with values from Tkinter fields
Overrides: EPhysGUIUtils.StimulusControlFrame.send_values
(inherited documentation)

get_duration_sec(self)

source code  
Calculate total duration in go loop
Overrides: EPhysGUIUtils.StimulusControlFrame.get_duration_sec
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015200000000000011704 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetGUI.MouseTargetMetaParameters-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetGUI.MouseTargetMetaParameters-class0000644000076500000240000001233511224565531032740 0ustar astrawstaff VisionEgg.PyroApps.MouseTargetGUI.MouseTargetMetaParameters
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module MouseTargetGUI :: Class MouseTargetMetaParameters
[frames] | no frames]

Class MouseTargetMetaParameters

source code

Instance Methods
 
__init__(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetServer-module.html0000644000076500000240000003765011224565531027623 0ustar astrawstaff VisionEgg.PyroApps.MouseTargetServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module MouseTargetServer
[frames] | no frames]

Module MouseTargetServer

source code

Handle mouse-controlled small targets (server-side)


Version: 1.1.dev

Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  MouseTargetExperimentMetaController
  MousePositionController
  TargetPositionController
  TargetOrientationController
Functions
 
keydown(event) source code
 
keyup(event) source code
 
get_meta_controller_class() source code
 
make_stimuli() source code
 
get_meta_controller_stimkey() source code
 
cross_product(b, c)
Cross product between vectors, represented as tuples of length 3.		 source code
 
mag(b)
Magnitude of a vector.		 source code
 
get_target_size(t=None) source code
Variables
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
  mouse_position = 320.0, 240.0
  last_mouse_position = 0.0, 0.0
  target_w = 50.0
  target_h = 10.0
  up = 0
  down = 0
  left = 0
  right = 0
  handle_event_callbacks = [(pygame.locals.KEYDOWN, keydown), (p...
Variables Details

handle_event_callbacks

Value:
[(pygame.locals.KEYDOWN, keydown), (pygame.locals.KEYUP, keyup)]

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetServer-pysrc.html0000644000076500000240000054126711224565531027502 0ustar astrawstaff VisionEgg.PyroApps.MouseTargetServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module MouseTargetServer
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.MouseTargetServer

  1  #!/usr/bin/env python 
  2  # 
  3  # The Vision Egg: MouseTargetServer 
  4  # 
  5  # Copyright (C) 2001-2003 Andrew Straw. 
  6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  7  # URL: <http://www.visionegg.org/> 
  8  # 
  9  # Distributed under the terms of the GNU Lesser General Public License 
 10  # (LGPL). See LICENSE.TXT that came with this file. 
 11  # 
 12  # $Id$ 
 13   
 14  """Handle mouse-controlled small targets (server-side)""" 
 15   
 16  import VisionEgg, string 
 17  import VisionEgg.ParameterTypes as ve_types 
 18   
 19  __version__ = VisionEgg.release_name 
 20  __cvs__ = string.split('$Revision$')[1] 
 21  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
 22  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 23   
 24  import sys, os, math 
 25  import VisionEgg.Core 
 26  import VisionEgg.FlowControl 
 27  import VisionEgg.MoreStimuli 
 28  import VisionEgg.PyroHelpers 
 29  import Pyro.core 
 30  import pygame, pygame.locals 
 31   
 32  from VisionEgg.PyroApps.MouseTargetGUI import MouseTargetMetaParameters 
 33   
 34  # Variables to store the mouse position 
 35  mouse_position = (320.0, 240.0) 
 36  last_mouse_position = (0.0,0.0) 
 37   
 38  # target size global variables 
 39  target_w = 50.0 
 40  target_h = 10.0 
 41   
 42  # key state global variables 
 43  up = 0 
 44  down = 0 
 45  left = 0 
 46  right = 0 
 47   

 48 -def keydown(event): 

 49      global up, down, left, right 
 50      if event.key == pygame.locals.K_UP: 
 51          up = 1 
 52      elif event.key == pygame.locals.K_DOWN: 
 53          down = 1 
 54      elif event.key == pygame.locals.K_RIGHT: 
 55          right = 1 
 56      elif event.key == pygame.locals.K_LEFT: 
 57          left = 1 

 58           

 59 -def keyup(event): 

 60      global up, down, left, right 
 61      if event.key == pygame.locals.K_UP: 
 62          up = 0 
 63      elif event.key == pygame.locals.K_DOWN: 
 64          down = 0 
 65      elif event.key == pygame.locals.K_RIGHT: 
 66          right = 0 
 67      elif event.key == pygame.locals.K_LEFT: 
 68          left = 0 

 69           
 70  handle_event_callbacks = [(pygame.locals.KEYDOWN, keydown), 
 71                            (pygame.locals.KEYUP, keyup)] 
 72   

 73 -class MouseTargetExperimentMetaController( Pyro.core.ObjBase ): 

 74 -    def __init__(self,screen,presentation,stimuli): 

 75          global screen_global 
 76          screen_global = screen 
 77          # get stimulus 
 78          assert( stimuli[0][0] == '2d_overlay') 
 79          target = stimuli[0][1] 
 80           
 81          Pyro.core.ObjBase.__init__(self) 
 82          self.meta_params = MouseTargetMetaParameters() 
 83          if not isinstance(screen,VisionEgg.Core.Screen): 
 84              raise ValueError("Expecting instance of VisionEgg.Core.Screen") 
 85          if not isinstance(presentation,VisionEgg.FlowControl.Presentation): 
 86              raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") 
 87          if not isinstance(target,VisionEgg.MoreStimuli.Target2D): 
 88              raise ValueError("Expecting instance of VisionEgg.MoreStimuli.Target2D") 
 89           
 90          self.screen = screen 
 91          self.p = presentation 
 92          self.stim = target 
 93   
 94          self.p.add_controller(target,'position', TargetPositionController()) 
 95          self.p.add_controller(target,'size', VisionEgg.FlowControl.FunctionController(during_go_func=get_target_size, 
 96                                                                  between_go_func=get_target_size) ) 
 97          self.p.add_controller(target,'orientation', TargetOrientationController() ) 
 98          self.mouse_position_controller = MousePositionController() 
 99          self.p.add_controller(None,None,self.mouse_position_controller) 
100          self.orig_event_handlers = self.p.parameters.handle_event_callbacks 
101          self.p.parameters.handle_event_callbacks = handle_event_callbacks 
102   
103          self.update() # set stimulus parameters to initial defaults 

104   

105 -    def __del__(self): 

106          self.p.parameters.handle_event_callbacks = self.orig_event_handlers 
107          self.p.remove_controller(None,None,self.mouse_position_controller) 
108          self.p.remove_controller(self.stim,'position') 
109          self.p.remove_controller(self.stim,'size') 
110          self.p.remove_controller(self.stim,'orientation') 

111       

112 -    def get_parameters(self): 

113          return self.meta_params 

114   

115 -    def set_parameters(self, new_parameters): 

116          if isinstance(new_parameters, MouseTargetMetaParameters): 
117              self.meta_params = new_parameters 
118          else: 
119              raise ValueError("Argument to set_parameters must be instance of MouseTargetMetaParameters") 
120          self.update() 

121           

122 -    def update(self): 

123          stim_params = self.stim.parameters # shorthand 
124          meta_params = self.meta_params # shorthand 
125   
126          # colors 
127          stim_params.color = meta_params.color 
128          self.screen.parameters.bgcolor = meta_params.bgcolor 

129   

130 -    def go(self): 

131          pass 

132          #self.p.parameters.enter_go_loop = 1 
133   

134 -    def quit_server(self): 

135          self.p.parameters.quit = 1 

136   
139   

140 -def make_stimuli(): 

141      stimulus = VisionEgg.MoreStimuli.Target2D(anchor='center') 
142      return [('2d_overlay',stimulus)] 

143   

145      return "mouse_target_server" 

146   
147  ######################## 
148  #  Define controllers  # 
149  ######################## 
150   

151 -class MousePositionController( VisionEgg.FlowControl.Controller ): 

152 -    def __init__(self): 

153          global mouse_position 
154          VisionEgg.FlowControl.Controller.__init__(self, 
155                              return_type=ve_types.get_type(None), 
156                              eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME) 
157          self.between_go_eval = self.during_go_eval 

158   

159 -    def during_go_eval(self,t=None): 

160          # Convert pygame mouse position to OpenGL position 
161          global mouse_position, last_mouse_position, screen_global 
162          just_current_pos = mouse_position 
163          (x,y) = pygame.mouse.get_pos() 
164          y = screen_global.size[1]-y 
165          mouse_position = (x,y) 
166          if just_current_pos != mouse_position: 
167              last_mouse_position = just_current_pos 
168          return None 

169           

170 -class TargetPositionController( VisionEgg.FlowControl.Controller ): 

171 -    def __init__(self): 

172          global mouse_position 
173          VisionEgg.FlowControl.Controller.__init__(self, 
174                              return_type=ve_types.Sequence2(ve_types.Real), 
175                              eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME) 
176          self.between_go_eval = self.during_go_eval 

177   

178 -    def during_go_eval(self,t=None): 

179          global mouse_position 
180          return mouse_position 

181   

182 -def cross_product(b,c): 

183      """Cross product between vectors, represented as tuples of length 3.""" 
184      det_i = b[1]*c[2] - b[2]*c[1] 
185      det_j = b[0]*c[2] - b[2]*c[0] 
186      det_k = b[0]*c[1] - b[1]*c[0] 
187      return (det_i,-det_j,det_k) 

188   

189 -def mag(b): 

190      """Magnitude of a vector.""" 
191      return b[0]**2.0 + b[1]**2.0 + b[2]**2.0 

192       

193 -class TargetOrientationController( VisionEgg.FlowControl.Controller ): 

194 -    def __init__(self): 

195          VisionEgg.FlowControl.Controller.__init__(self, 
196                              return_type=ve_types.Real, 
197                              eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME) 
198          self.c = (0.0,0.0,1.0) 
199          self.last_orientation = 0.0 
200          self.between_go_eval = self.during_go_eval 

201   

202 -    def during_go_eval(self): 

203          global mouse_position, last_mouse_position 
204   
205          b = (float(last_mouse_position[0]-mouse_position[0]), 
206               float(last_mouse_position[1]-mouse_position[1]), 
207               0.0) 
208   
209          if mag(b) > 1.0: # Must mouse 1 pixel before changing orientation (supposed to reject noise) 
210              # find cross product b x c. assume b and c are 3-vecs, b has 
211              # 3rd component 0. 
212              orientation_vector = cross_product(b,self.c) 
213              self.last_orientation = math.atan2(orientation_vector[1],orientation_vector[0])/math.pi*180.0 
214          return self.last_orientation 

215           

216 -def get_target_size(t=None): 

217      global target_w, target_h 
218      global up, down, left, right 
219   
220      amount = 0.02 
221       
222      if up: 
223          target_w = target_w+(amount*target_w) 
224      elif down: 
225          target_w = target_w-(amount*target_w) 
226      elif right: 
227          target_h = target_h+(amount*target_h) 
228      elif left: 
229          target_h = target_h-(amount*target_h) 
230      target_w = max(target_w,0.0) 
231      target_h = max(target_h,0.0) 
232       
233      return (target_w, target_h) 

234   
235  # Don't do anything unless this script is being run 
236  if __name__ == '__main__': 
237       
238      pyro_server = VisionEgg.PyroHelpers.PyroServer() 
239   
240      screen = VisionEgg.Core.Screen.create_default() 
241   
242      # get Vision Egg stimulus ready to go 
243      stimuli = make_stimuli() 
244      stimulus = stimuli[0][1] 
245      viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[stimulus]) 
246      p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) 
247   
248      # now hand over control of grating and mask to FlatGratingExperimentMetaController 
249      meta_controller = MouseTargetExperimentMetaController(screen,p,stimuli) 
250      pyro_server.connect(meta_controller,get_meta_controller_stimkey()) 
251   
252      # get listener controller and register it 
253      p.add_controller(None,None, pyro_server.create_listener_controller()) 
254   
255      # enter endless loop 
256      p.run_forever() 
257

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:48 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015300000000000011705 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetServer.MousePositionController-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetServer.MousePositionController-clas0000644000076500000240000003054711224565531033173 0ustar astrawstaff VisionEgg.PyroApps.MouseTargetServer.MousePositionController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module MouseTargetServer :: Class MousePositionController
[frames] | no frames]

Class MousePositionController

source code

            object --+    
                     |    
FlowControl.Controller --+
                         |
                        MousePositionController
Instance Methods
 
__init__(self)
Create instance of Controller.		 source code
 
during_go_eval(self, t=None)
Called by Presentation.		 source code

Inherited from FlowControl.Controller: between_go_eval, evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: FlowControl.Controller.__init__
(inherited documentation)

during_go_eval(self, t=None)

source code  
Called by Presentation. Evaluate during the main 'go' loop.

Override this method in subclasses.
Overrides: FlowControl.Controller.during_go_eval
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000016700000000000011712 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaCon0000644000076500000240000002711711224565531033140 0ustar astrawstaff VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module MouseTargetServer :: Class MouseTargetExperimentMetaController
[frames] | no frames]

Class MouseTargetExperimentMetaController

source code

Pyro.core.ObjBase --+
                    |
                   MouseTargetExperimentMetaController
Instance Methods
 
__init__(self, screen, presentation, stimuli) source code
 
__del__(self) source code
 
get_parameters(self) source code
 
set_parameters(self, new_parameters) source code
 
update(self) source code
 
go(self) source code
 
quit_server(self) source code

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Method Details

__init__(self, screen, presentation, stimuli)
(Constructor)

source code 
Overrides: Pyro.core.ObjBase.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015700000000000011711 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetServer.TargetOrientationController-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetServer.TargetOrientationController-0000644000076500000240000003035311224565531033150 0ustar astrawstaff VisionEgg.PyroApps.MouseTargetServer.TargetOrientationController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module MouseTargetServer :: Class TargetOrientationController
[frames] | no frames]

Class TargetOrientationController

source code

            object --+    
                     |    
FlowControl.Controller --+
                         |
                        TargetOrientationController
Instance Methods
 
__init__(self)
Create instance of Controller.		 source code
 
during_go_eval(self)
Called by Presentation.		 source code

Inherited from FlowControl.Controller: between_go_eval, evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: FlowControl.Controller.__init__
(inherited documentation)

during_go_eval(self)

source code  
Called by Presentation. Evaluate during the main 'go' loop.

Override this method in subclasses.
Overrides: FlowControl.Controller.during_go_eval
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015400000000000011706 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetServer.TargetPositionController-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.MouseTargetServer.TargetPositionController-cla0000644000076500000240000003056311224565531033144 0ustar astrawstaff VisionEgg.PyroApps.MouseTargetServer.TargetPositionController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module MouseTargetServer :: Class TargetPositionController
[frames] | no frames]

Class TargetPositionController

source code

            object --+    
                     |    
FlowControl.Controller --+
                         |
                        TargetPositionController
Instance Methods
 
__init__(self)
Create instance of Controller.		 source code
 
during_go_eval(self, t=None)
Called by Presentation.		 source code

Inherited from FlowControl.Controller: between_go_eval, evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: FlowControl.Controller.__init__
(inherited documentation)

during_go_eval(self, t=None)

source code  
Called by Presentation. Evaluate during the main 'go' loop.

Override this method in subclasses.
Overrides: FlowControl.Controller.during_go_eval
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ScreenPositionGUI-module.html0000644000076500000240000001544111224565531027500 0ustar astrawstaff VisionEgg.PyroApps.ScreenPositionGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ScreenPositionGUI
[frames] | no frames]

Module ScreenPositionGUI

source code

Handle 3D perspective projection (client-side)


Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  ScreenPositionParameters
  CallbackEntry
  ScreenPositionControlFrame
Variables
  __version__ = VisionEgg.release_name
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ScreenPositionGUI-pysrc.html0000644000076500000240000122605211224565531027356 0ustar astrawstaff VisionEgg.PyroApps.ScreenPositionGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ScreenPositionGUI
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.ScreenPositionGUI

  1  #!/usr/bin/env python 
  2  # 
  3  # The Vision Egg: ScreenPositionGUI 
  4  # 
  5  # Copyright (C) 2001-2003 Andrew Straw. 
  6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  7  # URL: <http://www.visionegg.org/> 
  8  # 
  9  # Distributed under the terms of the GNU Lesser General Public License 
 10  # (LGPL). See LICENSE.TXT that came with this file. 
 11  # 
 12  # $Id$ 
 13   
 14  """Handle 3D perspective projection (client-side)""" 
 15   
 16  import sys, os, pickle, math, string 
 17  import Tkinter, tkFileDialog 
 18  import Pyro.core 
 19  import VisionEgg.PyroClient 
 20  import StringIO 
 21   
 22  __version__ = VisionEgg.release_name 
 23  __cvs__ = string.split('$Revision$')[1] 
 24  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
 25  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 26   

 28 -    def __init__(self): 

 29   
 30          # frustum (initial values - view portion of unit sphere) 
 31          self.left = -0.2 
 32          self.right = 0.2 
 33          self.top = 0.2 
 34          self.bottom = -0.2 
 35          self.near = 0.2 
 36          self.far = 20.0 
 37           
 38          # position/orientation 
 39          self.eye = (0.0, 0.0, 0.0) # observer position 
 40          self.center = (0.0, 0.0, -1.0) # center of gaze 
 41          self.up = (0.0, 1.0, 0.0) # up vector 

 42   

 43 -class CallbackEntry(Tkinter.Entry): 

 44 -    def __init__(self,master=None,callback=None,**kw): 

 45          Tkinter.Entry.__init__(self,master, **kw) 
 46          self.bind('<Return>',callback) 
 47          self.bind('<Tab>',callback) 

 48   

 49 -class ScreenPositionControlFrame(Tkinter.Frame): 

 50 -    def __init__(self, master=None, auto_connect=0, server_hostname='', server_port=7766, **kw): 

 51          Tkinter.Frame.__init__(self,master,**kw) 
 52          self.pyro_client = None 
 53          self.entry_width = 10 
 54          self.connected = 0 
 55          self.meta_params = ScreenPositionParameters() 
 56          self.loopable_variables = {} 
 57   
 58          row = 0 
 59          Tkinter.Label(self, 
 60                        text="3D Perspective Calibration", 
 61                        font=("Helvetica",12,"bold")).grid(row=row,column=0,columnspan=2) 
 62   
 63          row += 1 
 64          Tkinter.Label(self, 
 65                        text="This dialog allows you to enter acheive "+\ 
 66                        "the proper perspective distortion for 3D scenes." 
 67                        ).grid(row=row,column=0,columnspan=2) 
 68   
 69          if not auto_connect: 
 70              row += 1 
 71              # let columns expand 
 72              connected_frame = Tkinter.Frame(self) 
 73              connected_frame.grid(row=row,column=0,columnspan=2,sticky=Tkinter.W+Tkinter.E) 
 74              connected_frame.columnconfigure(0,weight=1) 
 75              connected_frame.columnconfigure(1,weight=1) 
 76              connected_frame.columnconfigure(2,weight=1) 
 77   
 78              self.connected_label = Tkinter.Label(connected_frame,text="Server status: Not connected") 
 79              self.connected_label.grid(row=0,column=0) 
 80              Tkinter.Button(connected_frame,text="Connect",command=self.connect).grid(row=0,column=1) 
 81              Tkinter.Button(connected_frame,text="Quit server",command=self.quit_server).grid(row=0,column=2) 
 82   
 83          row += 1 
 84          param_frame = Tkinter.Frame(self) 
 85          param_frame.grid(row=row,column=0,sticky=Tkinter.N) 
 86          param_frame.columnconfigure(0,weight=1) 
 87          param_frame.columnconfigure(1,weight=1) 
 88   
 89          pf_row = 0 
 90          frustum_frame = Tkinter.Frame(param_frame) 
 91          frustum_frame.grid(row=pf_row,column=0,columnspan=2,ipady=5) 
 92           
 93          ff_row = 0 
 94          Tkinter.Label(frustum_frame, 
 95                        text="Viewing volume size", 
 96                        font=("Helvetica",12,"bold")).grid(row=ff_row,column=0,columnspan=3,ipady=5) 
 97   
 98          ff_row += 1 
 99          Tkinter.Label(frustum_frame,text="Left:").grid(row=ff_row,column=0) 
100          self.left_tk_var = Tkinter.DoubleVar() 
101          self.left_tk_var.set(self.meta_params.left) 
102          CallbackEntry(frustum_frame, 
103                        self.send_values, 
104                        width=self.entry_width, 
105                        textvariable=self.left_tk_var).grid(row=ff_row,column=1) 
106   
107          ff_row += 1 
108          Tkinter.Label(frustum_frame,text="Right:").grid(row=ff_row,column=0) 
109          self.right_tk_var = Tkinter.DoubleVar() 
110          self.right_tk_var.set(self.meta_params.right) 
111          CallbackEntry(frustum_frame, 
112                        self.send_values, 
113                        width=self.entry_width, 
114                        textvariable=self.right_tk_var).grid(row=ff_row,column=1) 
115   
116          ff_row += 1 
117          Tkinter.Label(frustum_frame,text="Top:").grid(row=ff_row,column=0) 
118          self.top_tk_var = Tkinter.DoubleVar() 
119          self.top_tk_var.set(self.meta_params.top) 
120          CallbackEntry(frustum_frame, 
121                        self.send_values, 
122                        width=self.entry_width, 
123                        textvariable=self.top_tk_var).grid(row=ff_row,column=1) 
124           
125          ff_row += 1 
126          Tkinter.Label(frustum_frame,text="Bottom:").grid(row=ff_row,column=0) 
127          self.bottom_tk_var = Tkinter.DoubleVar() 
128          self.bottom_tk_var.set(self.meta_params.bottom) 
129          CallbackEntry(frustum_frame, 
130                        self.send_values, 
131                        width=self.entry_width, 
132                        textvariable=self.bottom_tk_var).grid(row=ff_row,column=1) 
133   
134          ff_row += 1 
135          Tkinter.Label(frustum_frame,text="Near:").grid(row=ff_row,column=0) 
136          self.near_tk_var = Tkinter.DoubleVar() 
137          self.near_tk_var.set(self.meta_params.near) 
138          CallbackEntry(frustum_frame, 
139                        self.send_values, 
140                        width=self.entry_width, 
141                        textvariable=self.near_tk_var).grid(row=ff_row,column=1) 
142   
143          ff_row += 1 
144          Tkinter.Label(frustum_frame,text="Far:").grid(row=ff_row,column=0) 
145          self.far_tk_var = Tkinter.DoubleVar() 
146          self.far_tk_var.set(self.meta_params.far) 
147          CallbackEntry(frustum_frame, 
148                        self.send_values, 
149                        width=self.entry_width, 
150                        textvariable=self.far_tk_var).grid(row=ff_row,column=1) 
151   
152          # quick frustum frame 
153          qf_frame = Tkinter.Frame(frustum_frame) 
154          qf_frame.grid(row=1,column=2,rowspan=ff_row) 
155   
156          qf_row = 0 
157          Tkinter.Button(qf_frame,text="Taller",command=self.frustum_taller).grid(row=qf_row,column=0,columnspan=2)         
158          qf_row += 1 
159          Tkinter.Button(qf_frame,text="Narrower",command=self.frustum_narrower).grid(row=qf_row,column=0) 
160          Tkinter.Button(qf_frame,text="Wider",command=self.frustum_wider).grid(row=qf_row,column=1) 
161          qf_row += 1 
162          Tkinter.Button(qf_frame,text="Shorter",command=self.frustum_shorter).grid(row=qf_row,column=0,columnspan=2)         
163   
164          qf_row = 0 
165          Tkinter.Button(qf_frame,text="Up",command=self.frustum_up).grid(row=qf_row,column=2,columnspan=2)         
166          qf_row += 1 
167          Tkinter.Button(qf_frame,text="Left",command=self.frustum_left).grid(row=qf_row,column=2) 
168          Tkinter.Button(qf_frame,text="Right",command=self.frustum_right).grid(row=qf_row,column=3) 
169          qf_row += 1 
170          Tkinter.Button(qf_frame,text="Down",command=self.frustum_down).grid(row=qf_row,column=2,columnspan=2)         
171   
172          pf_row += 1 
173          lookat_frame = Tkinter.Frame(param_frame) 
174          lookat_frame.grid(row=pf_row,column=0,columnspan=2,ipady=5) 
175           
176          la_row = 0 
177          Tkinter.Label(lookat_frame, 
178                        text="Viewing volume orientation", 
179                        font=("Helvetica",12,"bold")).grid(row=la_row,column=0,columnspan=3,ipady=5) 
180   
181          la_row += 1 
182          Tkinter.Label(lookat_frame,text="eye X:").grid(row=la_row,column=0) 
183          self.eye_x_tk_var = Tkinter.DoubleVar() 
184          self.eye_x_tk_var.set(self.meta_params.eye[0]) 
185          CallbackEntry(lookat_frame, 
186                        self.send_values, 
187                        width=self.entry_width, 
188                        textvariable=self.eye_x_tk_var).grid(row=la_row,column=1) 
189   
190          la_row += 1 
191          Tkinter.Label(lookat_frame,text="eye Y:").grid(row=la_row,column=0) 
192          self.eye_y_tk_var = Tkinter.DoubleVar() 
193          self.eye_y_tk_var.set(self.meta_params.eye[1]) 
194          CallbackEntry(lookat_frame, 
195                        self.send_values, 
196                        width=self.entry_width, 
197                        textvariable=self.eye_y_tk_var).grid(row=la_row,column=1) 
198   
199          la_row += 1 
200          Tkinter.Label(lookat_frame,text="eye Z:").grid(row=la_row,column=0) 
201          self.eye_z_tk_var = Tkinter.DoubleVar() 
202          self.eye_z_tk_var.set(self.meta_params.eye[2]) 
203          CallbackEntry(lookat_frame, 
204                        self.send_values, 
205                        width=self.entry_width, 
206                        textvariable=self.eye_z_tk_var).grid(row=la_row,column=1) 
207   
208          la_row += 1 
209          Tkinter.Label(lookat_frame,text="look at X:").grid(row=la_row,column=0) 
210          self.center_x_tk_var = Tkinter.DoubleVar() 
211          self.center_x_tk_var.set(self.meta_params.center[0]) 
212          CallbackEntry(lookat_frame, 
213                        self.send_values, 
214                        width=self.entry_width, 
215                        textvariable=self.center_x_tk_var).grid(row=la_row,column=1) 
216   
217          quick_la_frame = Tkinter.Frame(lookat_frame) 
218          quick_la_frame.grid(row=la_row,column=2,rowspan=3) 
219          qla_row = 0 
220          Tkinter.Button(quick_la_frame,text="Look at az -",command=self.az_decrease).grid(row=qla_row,column=0) 
221          Tkinter.Button(quick_la_frame,text="Look at az +",command=self.az_increase).grid(row=qla_row,column=1) 
222          self.look_at_az_str = Tkinter.StringVar() 
223          Tkinter.Label(quick_la_frame,textvariable=self.look_at_az_str).grid(row=qla_row,column=2) 
224           
225          qla_row += 1 
226          Tkinter.Button(quick_la_frame,text="Look at el -",command=self.el_decrease).grid(row=qla_row,column=0) 
227          Tkinter.Button(quick_la_frame,text="Look at el +",command=self.el_increase).grid(row=qla_row,column=1) 
228          self.look_at_el_str = Tkinter.StringVar() 
229          Tkinter.Label(quick_la_frame,textvariable=self.look_at_el_str).grid(row=qla_row,column=2) 
230   
231          az,el = self.get_az_el(self.meta_params.center) 
232          self.look_at_az_str.set("%.1f"%az) 
233          self.look_at_el_str.set("%.1f"%el) 
234           
235          la_row += 1 
236          Tkinter.Label(lookat_frame,text="look at Y:").grid(row=la_row,column=0) 
237          self.center_y_tk_var = Tkinter.DoubleVar() 
238          self.center_y_tk_var.set(self.meta_params.center[1]) 
239          CallbackEntry(lookat_frame, 
240                        self.send_values, 
241                        width=self.entry_width, 
242                        textvariable=self.center_y_tk_var).grid(row=la_row,column=1) 
243   
244          la_row += 1 
245          Tkinter.Label(lookat_frame,text="look at Z:").grid(row=la_row,column=0) 
246          self.center_z_tk_var = Tkinter.DoubleVar() 
247          self.center_z_tk_var.set(self.meta_params.center[2]) 
248          CallbackEntry(lookat_frame, 
249                        self.send_values, 
250                        width=self.entry_width, 
251                        textvariable=self.center_z_tk_var).grid(row=la_row,column=1) 
252   
253          la_row += 1 
254          Tkinter.Label(lookat_frame,text="up X:").grid(row=la_row,column=0) 
255          self.up_x_tk_var = Tkinter.DoubleVar() 
256          self.up_x_tk_var.set(self.meta_params.up[0]) 
257          CallbackEntry(lookat_frame, 
258                        self.send_values, 
259                        width=self.entry_width, 
260                        textvariable=self.up_x_tk_var).grid(row=la_row,column=1) 
261   
262          quick_up_frame = Tkinter.Frame(lookat_frame) 
263          quick_up_frame.grid(row=la_row,column=2,rowspan=3) 
264          qup_row = 0 
265          Tkinter.Button(quick_up_frame,text="Up az -",command=self.up_az_decrease).grid(row=qup_row,column=0) 
266          Tkinter.Button(quick_up_frame,text="Up az +",command=self.up_az_increase).grid(row=qup_row,column=1) 
267          self.up_az_str = Tkinter.StringVar() 
268          Tkinter.Label(quick_up_frame,textvariable=self.up_az_str).grid(row=qup_row,column=2) 
269          qup_row += 1 
270          Tkinter.Button(quick_up_frame,text="Up el -",command=self.up_el_decrease).grid(row=qup_row,column=0) 
271          Tkinter.Button(quick_up_frame,text="Up el +",command=self.up_el_increase).grid(row=qup_row,column=1) 
272          self.up_el_str = Tkinter.StringVar() 
273          Tkinter.Label(quick_up_frame,textvariable=self.up_el_str).grid(row=qup_row,column=2) 
274   
275          az,el = self.get_az_el(self.meta_params.up) 
276          self.up_az_str.set("%.1f"%az) 
277          self.up_el_str.set("%.1f"%el) 
278   
279          la_row += 1 
280          Tkinter.Label(lookat_frame,text="up Y:").grid(row=la_row,column=0) 
281          self.up_y_tk_var = Tkinter.DoubleVar() 
282          self.up_y_tk_var.set(self.meta_params.up[1]) 
283          CallbackEntry(lookat_frame, 
284                        self.send_values, 
285                        width=self.entry_width, 
286                        textvariable=self.up_y_tk_var).grid(row=la_row,column=1) 
287   
288          la_row += 1 
289          Tkinter.Label(lookat_frame,text="up Z:").grid(row=la_row,column=0) 
290          self.up_z_tk_var = Tkinter.DoubleVar() 
291          self.up_z_tk_var.set(self.meta_params.up[2]) 
292          CallbackEntry(lookat_frame, 
293                        self.send_values, 
294                        width=self.entry_width, 
295                        textvariable=self.up_z_tk_var).grid(row=la_row,column=1) 
296   
297          row += 1 
298          button_row_frame = Tkinter.Frame(self) 
299          button_row_frame.grid(row=row,column=0,ipady=5) 
300          Tkinter.Label(button_row_frame, 
301                        text="File operations", 
302                        font=("Helvetica",12,"bold")).grid(row=0,column=0,columnspan=2,ipady=5) 
303          Tkinter.Button(button_row_frame,text="Save...",command=self.save).grid(row=1,column=0) 
304          Tkinter.Button(button_row_frame,text="Load...",command=self.load).grid(row=1,column=1) 
305   
306          if auto_connect: 
307              self.connect(server_hostname,server_port) 

308   

309 -    def frustum_narrower(self,dummy_arg=None): # callback 

310          self.left_tk_var.set(self.meta_params.left*(1.0/1.05)) 
311          self.right_tk_var.set(self.meta_params.right*(1.0/1.05)) 
312          self.send_values() 

313   

314 -    def frustum_wider(self,dummy_arg=None): # callback 

315          self.left_tk_var.set(self.meta_params.left*1.05) 
316          self.right_tk_var.set(self.meta_params.right*1.05) 
317          self.send_values() 
318   

319 -    def frustum_shorter(self,dummy_arg=None): # callback 

320          self.bottom_tk_var.set(self.meta_params.bottom*(1.0/1.05)) 
321          self.top_tk_var.set(self.meta_params.top*(1.0/1.05)) 
322          self.send_values() 
323   

324 -    def frustum_taller(self,dummy_arg=None): # callback 

325          self.bottom_tk_var.set(self.meta_params.bottom*1.05) 
326          self.top_tk_var.set(self.meta_params.top*1.05) 
327          self.send_values() 
328   

329 -    def frustum_left(self,dummy_arg=None): # callback 

330          self.left_tk_var.set(self.meta_params.left*1.025) 
331          self.right_tk_var.set(self.meta_params.right*(1.0/1.025)) 
332          self.send_values() 
333   

334 -    def frustum_right(self,dummy_arg=None): # callback 

335          self.left_tk_var.set(self.meta_params.left*(1.0/1.025)) 
336          self.right_tk_var.set(self.meta_params.right*1.025) 
337          self.send_values() 
338   

339 -    def frustum_down(self,dummy_arg=None): # callback 

340          self.bottom_tk_var.set(self.meta_params.bottom*1.025) 
341          self.top_tk_var.set(self.meta_params.top*(1.0/1.025)) 
342          self.send_values() 
343   

344 -    def frustum_up(self,dummy_arg=None): # callback 

345          self.bottom_tk_var.set(self.meta_params.bottom*(1.0/1.025)) 
346          self.top_tk_var.set(self.meta_params.top*1.025) 
347          self.send_values() 
348   

349 -    def get_az_el(self,xyz_tuple): 

350          x,y,z = xyz_tuple 
351          r = math.sqrt(x*x + y*y + z*z) 
352          theta = math.acos(-y/r) 
353          rh = r * math.sin(theta) 
354          phi = math.atan2(-z,x) 
355          az = -(phi * 180.0/math.pi - 90.0) 
356          el = theta * 180.0/math.pi - 90.0 
357          return az,el 

358   

359 -    def get_xyz(self,az_el): 

360          az,el = az_el 
361          theta = (el + 90.0) / 180.0 * math.pi 
362          phi = (az + 90.0) / 180.0 * math.pi 
363          y = -math.cos(theta) 
364          rh = math.sin(theta) 
365          x = -rh * math.cos(phi) 
366          z = -rh * math.sin(phi) 
367          return x,y,z 

368   

369 -    def az_increase(self,dummy_arg=None): # callback 

370          az,el = self.get_az_el(self.meta_params.center) 
371          az = az + 5.0 
372          self.look_at_az_str.set("%.1f"%az) 
373          x,y,z = self.get_xyz((az,el)) 
374          self.center_x_tk_var.set("%.4f"%x) 
375          self.center_y_tk_var.set("%.4f"%y) 
376          self.center_z_tk_var.set("%.4f"%z) 
377          self.send_values() 
378           

379 -    def az_decrease(self,dummy_arg=None): # callback 

380          az,el = self.get_az_el(self.meta_params.center) 
381          az = az - 5.0 
382          self.look_at_az_str.set("%.1f"%az) 
383          x,y,z = self.get_xyz((az,el)) 
384          self.center_x_tk_var.set("%.4f"%x) 
385          self.center_y_tk_var.set("%.4f"%y) 
386          self.center_z_tk_var.set("%.4f"%z) 
387          self.send_values() 
388           

389 -    def el_increase(self,dummy_arg=None): # callback 

390          az,el = self.get_az_el(self.meta_params.center) 
391          el = el + 5.0 
392          el = min(el,90.0) 
393          self.look_at_el_str.set("%.1f"%el) 
394          x,y,z = self.get_xyz((az,el)) 
395          self.center_x_tk_var.set("%.4f"%x) 
396          self.center_y_tk_var.set("%.4f"%y) 
397          self.center_z_tk_var.set("%.4f"%z) 
398          self.send_values() 
399           

400 -    def el_decrease(self,dummy_arg=None): # callback 

401          az,el = self.get_az_el(self.meta_params.center) 
402          el = el - 5.0 
403          el = max(el,-90.0) 
404          self.look_at_el_str.set("%.1f"%el) 
405          x,y,z = self.get_xyz((az,el)) 
406          self.center_x_tk_var.set("%.4f"%x) 
407          self.center_y_tk_var.set("%.4f"%y) 
408          self.center_z_tk_var.set("%.4f"%z) 
409          self.send_values() 
410   

411 -    def up_az_increase(self,dummy_arg=None): # callback 

412          az,el = self.get_az_el(self.meta_params.up) 
413          az = az + 5.0 
414          self.up_az_str.set("%.1f"%az) 
415          x,y,z = self.get_xyz((az,el)) 
416          self.up_x_tk_var.set("%.4f"%x) 
417          self.up_y_tk_var.set("%.4f"%y) 
418          self.up_z_tk_var.set("%.4f"%z) 
419          self.send_values() 
420           

421 -    def up_az_decrease(self,dummy_arg=None): # callback 

422          az,el = self.get_az_el(self.meta_params.up) 
423          az = az - 5.0 
424          self.up_az_str.set("%.1f"%az) 
425          x,y,z = self.get_xyz((az,el)) 
426          self.up_x_tk_var.set("%.4f"%x) 
427          self.up_y_tk_var.set("%.4f"%y) 
428          self.up_z_tk_var.set("%.4f"%z) 
429          self.send_values() 
430           

431 -    def up_el_increase(self,dummy_arg=None): # callback 

432          az,el = self.get_az_el(self.meta_params.up) 
433          el = el + 5.0 
434          el = min(el,90.0) 
435          self.up_el_str.set("%.1f"%el) 
436          x,y,z = self.get_xyz((az,el)) 
437          self.up_x_tk_var.set("%.4f"%x) 
438          self.up_y_tk_var.set("%.4f"%y) 
439          self.up_z_tk_var.set("%.4f"%z) 
440          self.send_values() 
441           

442 -    def up_el_decrease(self,dummy_arg=None): # callback 

443          az,el = self.get_az_el(self.meta_params.up) 
444          el = el - 5.0 
445          el = max(el,-90.0) 
446          self.up_el_str.set("%.1f"%el) 
447          x,y,z = self.get_xyz((az,el)) 
448          self.up_x_tk_var.set("%.4f"%x) 
449          self.up_y_tk_var.set("%.4f"%y) 
450          self.up_z_tk_var.set("%.4f"%z) 
451          self.send_values() 
452   

453 -    def save(self): 

454          filename = tkFileDialog.asksaveasfilename(defaultextension=".ve_3dproj",filetypes=[('Projection file','*.ve_3dproj')]) 
455          fd = open(filename,"wb") 
456          save_dict = self.get_param_dict() 
457          pickle.dump( save_dict, fd ) 

458   

459 -    def load(self): 

460          filename = tkFileDialog.askopenfilename(defaultextension=".ve_3dproj",filetypes=[('Projection file','*.ve_3dproj')]) 
461          if not filename: 
462              return 
463          fd = open(filename,"rb") 
464          file_contents = fd.read() 
465          file_contents = file_contents.replace('\r\n','\n') # deal with Windows newlines 
466          memory_file = StringIO.StringIO(file_contents) 
467          load_dict = pickle.load(memory_file) 
468          self.set_param_dict( load_dict ) 
469          self.send_values() 

470   

471 -    def get_shortname(self): 

472          """Used as basename for saving parameter files""" 
473          return "screen_position" 

474   

475 -    def get_param_dict(self): 

476          result = {} 
477          for param_name in dir(self.meta_params): 
478              if param_name[:2] != '__' and param_name[-2:] != '__': 
479                  result[param_name] = getattr(self.meta_params,param_name) 
480          return result 

481   

482 -    def get_type(self): 

483          return "screenPositionGUI" 

484       

485 -    def set_param_dict(self,new_param_dict): 

486          orig_params = dir(self.meta_params) 
487          for new_param_name in new_param_dict.keys(): 
488              if new_param_name[:2] != '__' and new_param_name[-2:] != '__': 
489                  if new_param_name not in orig_params: 
490                      raise ValueError('Gave parameter "%s", which I do not know about.'%(new_param_name,)) 
491                  setattr(self.meta_params,new_param_name,new_param_dict[new_param_name]) 
492          self.left_tk_var.set( self.meta_params.left ) 
493          self.right_tk_var.set( self.meta_params.right ) 
494          self.top_tk_var.set( self.meta_params.top ) 
495          self.bottom_tk_var.set( self.meta_params.bottom ) 
496          self.near_tk_var.set( self.meta_params.near ) 
497          self.far_tk_var.set( self.meta_params.far ) 
498          self.eye_x_tk_var.set( self.meta_params.eye[0] ) 
499          self.eye_y_tk_var.set( self.meta_params.eye[1] ) 
500          self.eye_z_tk_var.set( self.meta_params.eye[2] ) 
501          self.center_x_tk_var.set( self.meta_params.center[0] ) 
502          self.center_y_tk_var.set( self.meta_params.center[1] ) 
503          self.center_z_tk_var.set( self.meta_params.center[2] ) 
504          self.up_x_tk_var.set( self.meta_params.up[0] ) 
505          self.up_y_tk_var.set( self.meta_params.up[1] ) 
506          self.up_z_tk_var.set( self.meta_params.up[2] ) 

507       

509          result = [] 
510          for param_name in dir(self.meta_params): 
511              if param_name[:2] != '__' and param_name[-2:] != '__': 
512                  value = getattr(self.meta_params,param_name) 
513                  value_string = str(value) 
514                  result.append((param_name,value_string)) 
515          return result 

516   

518          return self.loopable_variables.keys() 

519   

520 -    def set_loopable_variable(self,easy_name,value): 

521          meta_param_var_name,tk_var = self.loopable_variables[easy_name] 
522          setattr(self.meta_params,meta_param_var_name,value) 
523          tk_var.set(value) 
524          self.update() # update screen with new tk_var value 

525           

526 -    def send_values(self,dummy_arg=None): 

527          self.meta_params.left = self.left_tk_var.get() 
528          self.meta_params.right = self.right_tk_var.get() 
529          self.meta_params.top = self.top_tk_var.get() 
530          self.meta_params.bottom = self.bottom_tk_var.get() 
531          self.meta_params.near = self.near_tk_var.get() 
532          self.meta_params.far = self.far_tk_var.get() 
533          self.meta_params.eye = (self.eye_x_tk_var.get(), 
534                                  self.eye_y_tk_var.get(), 
535                                  self.eye_z_tk_var.get()) 
536          self.meta_params.center = (self.center_x_tk_var.get(), 
537                                  self.center_y_tk_var.get(), 
538                                  self.center_z_tk_var.get()) 
539          self.meta_params.up = (self.up_x_tk_var.get(), 
540                                  self.up_y_tk_var.get(), 
541                                  self.up_z_tk_var.get()) 
542   
543          if self.connected: 
544              self.projection_controller.set_parameters( self.meta_params ) 

545   

546 -    def connect(self,server_hostname='',server_port=7766): 

547          self.pyro_client = VisionEgg.PyroClient.PyroClient(server_hostname,server_port) 
548   
549          self.projection_controller = self.pyro_client.get("projection_controller") 
550   
551          self.connected = 1 
552          if hasattr(self, 'connected_label'): 
553              self.connected_label.config(text="Server status: Connected") 
554              self.send_values() # send values only when running this way, otherwise get values 
555          else: 
556              self.meta_params = self.projection_controller.get_parameters() 
557              self.set_param_dict( {} ) # updates screen values to self.meta_params 

558           

559 -    def quit_server(self,dummy=None): 

560          self.projection_controller.quit_server() 
561          self.connected = 0 
562          self.connected_label.config(text="Server status: Not connected") 

563   
564  if __name__=='__main__': 
565      frame = ScreenPositionControlFrame() 
566      frame.pack(expand=1,fill=Tkinter.BOTH) 
567      frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) 
568      frame.mainloop() 
569

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ScreenPositionGUI.CallbackEntry-class.html0000644000076500000240000003637711224565531032050 0ustar astrawstaff VisionEgg.PyroApps.ScreenPositionGUI.CallbackEntry
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ScreenPositionGUI :: Class CallbackEntry
[frames] | no frames]

Class CallbackEntry

source code

  Tkinter.Misc --+            
                 |            
Tkinter.BaseWidget --+        
                     |        
      Tkinter.Pack --+        
                     |        
     Tkinter.Place --+        
                     |        
      Tkinter.Grid --+        
                     |        
        Tkinter.Widget --+    
                         |    
             Tkinter.Entry --+
                             |
                            CallbackEntry
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, callback=None, **kw)
Construct an entry widget with the parent MASTER.		 source code

Inherited from Tkinter.Entry: delete, get, icursor, index, insert, scan_dragto, scan_mark, select_adjust, select_clear, select_from, select_present, select_range, select_to, selection_adjust, selection_clear, selection_from, selection_present, selection_range, selection_to, xview, xview_moveto, xview_scroll

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, callback=None, **kw)
(Constructor)

source code  
Construct an entry widget with the parent MASTER.

Valid resource names: background, bd, bg, borderwidth, cursor,
exportselection, fg, font, foreground, highlightbackground,
highlightcolor, highlightthickness, insertbackground,
insertborderwidth, insertofftime, insertontime, insertwidth,
invalidcommand, invcmd, justify, relief, selectbackground,
selectborderwidth, selectforeground, show, state, takefocus,
textvariable, validate, validatecommand, vcmd, width,
xscrollcommand.
Overrides: Tkinter.Entry.__init__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015600000000000011710 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-c0000644000076500000240000011246711224565531032757 0ustar astrawstaff VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ScreenPositionGUI :: Class ScreenPositionControlFrame
[frames] | no frames]

Class ScreenPositionControlFrame

source code

  Tkinter.Misc --+            
                 |            
Tkinter.BaseWidget --+        
                     |        
      Tkinter.Pack --+        
                     |        
     Tkinter.Place --+        
                     |        
      Tkinter.Grid --+        
                     |        
        Tkinter.Widget --+    
                         |    
             Tkinter.Frame --+
                             |
                            ScreenPositionControlFrame
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, auto_connect=0, server_hostname='', server_port=7766, **kw)
Construct a frame widget with the parent MASTER.		 source code
 
frustum_narrower(self, dummy_arg=None) source code
 
frustum_wider(self, dummy_arg=None) source code
 
frustum_shorter(self, dummy_arg=None) source code
 
frustum_taller(self, dummy_arg=None) source code
 
frustum_left(self, dummy_arg=None) source code
 
frustum_right(self, dummy_arg=None) source code
 
frustum_down(self, dummy_arg=None) source code
 
frustum_up(self, dummy_arg=None) source code
 
get_az_el(self, xyz_tuple) source code
 
get_xyz(self, az_el) source code
 
az_increase(self, dummy_arg=None) source code
 
az_decrease(self, dummy_arg=None) source code
 
el_increase(self, dummy_arg=None) source code
 
el_decrease(self, dummy_arg=None) source code
 
up_az_increase(self, dummy_arg=None) source code
 
up_az_decrease(self, dummy_arg=None) source code
 
up_el_increase(self, dummy_arg=None) source code
 
up_el_decrease(self, dummy_arg=None) source code
 
save(self) source code
 
load(self) source code
 
get_shortname(self)
Used as basename for saving parameter files		 source code
 
get_param_dict(self) source code
 
get_type(self) source code
 
set_param_dict(self, new_param_dict) source code
 
get_parameters_as_strings(self) source code
 
get_loopable_variable_names(self) source code
 
set_loopable_variable(self, easy_name, value) source code
 
send_values(self, dummy_arg=None) source code
 
connect(self, server_hostname='', server_port=7766) source code
 
quit_server(self, dummy=None) source code

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, auto_connect=0, server_hostname='', server_port=7766, **kw)
(Constructor)

source code  
Construct a frame widget with the parent MASTER.

Valid resource names: background, bd, bg, borderwidth, class,
colormap, container, cursor, height, highlightbackground,
highlightcolor, highlightthickness, relief, takefocus, visual, width.
Overrides: Tkinter.Frame.__init__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015400000000000011706 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionParameters-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionParameters-cla0000644000076500000240000001235111224565531032773 0ustar astrawstaff VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionParameters
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ScreenPositionGUI :: Class ScreenPositionParameters
[frames] | no frames]

Class ScreenPositionParameters

source code

Instance Methods
 
__init__(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ScreenPositionServer-module.html0000644000076500000240000001445711224565531030330 0ustar astrawstaff VisionEgg.PyroApps.ScreenPositionServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ScreenPositionServer
[frames] | no frames]

Module ScreenPositionServer

source code

Handle 3D perspective projection (server-side)


Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  ScreenPositionMetaController
Encapsulates all parameters controlling screen position
Variables
  __version__ = VisionEgg.release_name
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ScreenPositionServer-pysrc.html0000644000076500000240000024652711224565531030210 0ustar astrawstaff VisionEgg.PyroApps.ScreenPositionServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ScreenPositionServer
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.ScreenPositionServer

  1  #!/usr/bin/env python 
  2  # 
  3  # The Vision Egg: ScreenPositionServer 
  4  # 
  5  # Copyright (C) 2001-2003 Andrew Straw. 
  6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  7  # URL: <http://www.visionegg.org/> 
  8  # 
  9  # Distributed under the terms of the GNU Lesser General Public License 
 10  # (LGPL). See LICENSE.TXT that came with this file. 
 11  # 
 12  # $Id$ 
 13   
 14  """Handle 3D perspective projection (server-side)""" 
 15   
 16  import Pyro.core 
 17   
 18  import sys, os, string 
 19  import VisionEgg.Core 
 20  import VisionEgg.FlowControl 
 21  import VisionEgg.SphereMap 
 22  import VisionEgg.Textures 
 23  import VisionEgg.PyroHelpers 
 24   
 25  from VisionEgg.PyroApps.ScreenPositionGUI import ScreenPositionParameters 
 26   
 27  __version__ = VisionEgg.release_name 
 28  __cvs__ = string.split('$Revision$')[1] 
 29  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
 30  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 31   

 32 -class ScreenPositionMetaController( Pyro.core.ObjBase ): 

 33      """Encapsulates all parameters controlling screen position""" 

 34 -    def __init__(self,presentation,projection): 

 35          Pyro.core.ObjBase.__init__(self) 
 36          self.meta_params = ScreenPositionParameters() 
 37          if not isinstance(presentation,VisionEgg.FlowControl.Presentation): 
 38              raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") 
 39          if not isinstance(projection,VisionEgg.Core.PerspectiveProjection): 
 40              raise ValueError("Expecting instance of VisionEgg.Core.PerspectiveProjection") 
 41          self.p = presentation 
 42          self.proj = projection 

 43   

 44 -    def get_parameters(self): 

 45          return self.meta_params 

 46   

 47 -    def set_parameters(self, new_parameters): 

 48          if isinstance(new_parameters, ScreenPositionParameters): 
 49              self.meta_params = new_parameters 
 50          else: 
 51              raise ValueError("Argument to set_parameters must be instance of ScreenPositionParameters") 
 52          self.update() 

 53   

 54 -    def update(self): 

 55          left = self.meta_params.left 
 56          right = self.meta_params.right 
 57          bottom = self.meta_params.bottom 
 58          top = self.meta_params.top 
 59          near = self.meta_params.near 
 60          far = self.meta_params.far 
 61   
 62          eye = (self.meta_params.eye[0], 
 63                 self.meta_params.eye[1], 
 64                 self.meta_params.eye[2]) 
 65           
 66          center = (self.meta_params.center[0], 
 67                 self.meta_params.center[1], 
 68                 self.meta_params.center[2]) 
 69           
 70          up = (self.meta_params.up[0], 
 71                 self.meta_params.up[1], 
 72                 self.meta_params.up[2]) 
 73           
 74          temp = VisionEgg.Core.PerspectiveProjection(left,right,bottom,top,near,far) 
 75          temp.look_at(eye,center,up) 
 76          self.proj.parameters.matrix = temp.get_matrix() 

 77                                                       

 78 -    def go(self): 

 79          self.p.parameters.enter_go_loop = 1 

 80   

 81 -    def quit_server(self): 

 82          self.p.parameters.quit = 1 

 83   
 84  # Don't do anything unless this script is being run 
 85  if __name__ == '__main__': 
 86       
 87      pyro_server = VisionEgg.PyroHelpers.PyroServer() 
 88   
 89      # get Vision Egg stimulus ready to go 
 90      screen = VisionEgg.Core.Screen.create_default() 
 91      filename = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,"data/az_el.png") 
 92      texture = VisionEgg.Textures.Texture(filename) 
 93      sphere_map = VisionEgg.SphereMap.SphereMap(texture=texture, 
 94                                                 shrink_texture_ok=1, 
 95                                                 stacks=100, 
 96                                                 slices=100) 
 97      temp = ScreenPositionParameters() 
 98   
 99      projection = VisionEgg.Core.PerspectiveProjection(temp.left, 
100                                                        temp.right, 
101                                                        temp.bottom, 
102                                                        temp.top, 
103                                                        temp.near, 
104                                                        temp.far) 
105      viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[sphere_map],projection=projection) 
106      p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) 
107   
108      # now hand over control of stimulus to GratingExperimentMetaController 
109      projection_controller = ScreenPositionMetaController(p,projection) 
110      pyro_server.connect(projection_controller,"projection_controller") 
111   
112      # get listener controller and register it 
113      p.add_controller(None,None, pyro_server.create_listener_controller()) 
114   
115      # enter endless loop 
116      p.run_forever() 
117

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:51 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000016300000000000011706 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaControl0000644000076500000240000002556611224565531033220 0ustar astrawstaff VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module ScreenPositionServer :: Class ScreenPositionMetaController
[frames] | no frames]

Class ScreenPositionMetaController

source code

Pyro.core.ObjBase --+
                    |
                   ScreenPositionMetaController

Encapsulates all parameters controlling screen position


Instance Methods
 
__init__(self, presentation, projection) source code
 
get_parameters(self) source code
 
set_parameters(self, new_parameters) source code
 
update(self) source code
 
go(self) source code
 
quit_server(self) source code

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Method Details

__init__(self, presentation, projection)
(Constructor)

source code 
Overrides: Pyro.core.ObjBase.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SphereGratingGUI-module.html0000644000076500000240000001637111224565531027301 0ustar astrawstaff VisionEgg.PyroApps.SphereGratingGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SphereGratingGUI
[frames] | no frames]

Module SphereGratingGUI

source code

Handle perspective-distorted sinusoidal gratings (client-side)


Version: 1.1.dev

Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  SphereGratingMetaParameters
  SphereGratingControlFrame
Functions
 
get_control_list() source code
Variables
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SphereGratingGUI-pysrc.html0000644000076500000240000036144311224565531027157 0ustar astrawstaff VisionEgg.PyroApps.SphereGratingGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SphereGratingGUI
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.SphereGratingGUI

  1  #!/usr/bin/env python 
  2  """Handle perspective-distorted sinusoidal gratings (client-side)""" 
  3   
  4  # Copyright (c) 2002-2003 Andrew Straw.  Distributed under the terms 
  5  # of the GNU Lesser General Public License (LGPL). 
  6   
  7  import VisionEgg, string 
  8  __version__ = VisionEgg.release_name 
  9  __cvs__ = string.split('$Revision$')[1] 
 10  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
 11  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 12   
 13  import sys, os 
 14  import Tkinter 
 15  import VisionEgg.PyroApps.EPhysGUIUtils as client_utils 
 16   

 17 -def get_control_list(): 

 18      return [("sphere_grating_server",SphereGratingControlFrame,SphereGratingControlFrame.title)] 

 19   

 21 -    def __init__(self): 

 22          self.contrast = 1.0 
 23          self.orient = 0.0 
 24          self.sf = 0.1 # cycles per degree 
 25          self.tf = 1.0 
 26          self.pre_stim_sec = 1.0 
 27          self.stim_sec = 2.0 
 28          self.post_stim_sec = 1.0 
 29          self.window_func = 'gaussian' 
 30          self.window_radius = 10.0 
 31          self.window_az = 0.0 
 32          self.window_el = 0.0 

 33           

 34 -class SphereGratingControlFrame(client_utils.StimulusControlFrame): 

 35      title = "Grating (Perspective-distorted) Experiment" 

 36 -    def __init__(self, master=None, suppress_go_buttons=0,**kw): 

 37          client_utils.StimulusControlFrame.__init__(self, 
 38                                                     master, 
 39                                                     suppress_go_buttons, 
 40                                                     SphereGratingControlFrame.title, 
 41                                                     SphereGratingMetaParameters, 
 42                                                     **kw) 
 43   
 44          param_frame = self.param_frame # shorthand for self.param_frame created in base class 
 45   
 46          # Allow columns to expand 
 47          param_frame.columnconfigure(0,weight=1) 
 48          param_frame.columnconfigure(1,weight=1) 
 49           
 50          pf_row = 0 
 51          Tkinter.Label(param_frame,text="Contrast:").grid(row=pf_row,column=0) 
 52          self.contrast_tk_var = Tkinter.DoubleVar() 
 53          self.contrast_tk_var.set(self.meta_params.contrast) 
 54          self.make_callback_entry(textvariable=self.contrast_tk_var).grid(row=pf_row,column=1) 
 55          self.loopable_variables["Contrast"] = ("contrast",self.contrast_tk_var) 
 56   
 57          pf_row += 1 
 58          Tkinter.Label(param_frame,text="Orientation (deg):").grid(row=pf_row,column=0) 
 59          self.orient_tk_var = Tkinter.DoubleVar() 
 60          self.orient_tk_var.set(self.meta_params.orient) 
 61          self.make_callback_entry(textvariable=self.orient_tk_var).grid(row=pf_row,column=1) 
 62          self.loopable_variables["Orientation"] = ("orient",self.orient_tk_var) 
 63           
 64          pf_row += 1 
 65          Tkinter.Label(param_frame,text="Spatial frequency (Cpd):").grid(row=pf_row,column=0) 
 66          self.sf_tk_var = Tkinter.DoubleVar() 
 67          self.sf_tk_var.set(self.meta_params.sf) 
 68          self.make_callback_entry(textvariable=self.sf_tk_var).grid(row=pf_row,column=1) 
 69          self.loopable_variables["Spatial frequency"] = ("sf",self.sf_tk_var) 
 70           
 71          pf_row += 1 
 72          Tkinter.Label(param_frame,text="Temporal frequency (Hz):").grid(row=pf_row,column=0) 
 73          self.tf_tk_var = Tkinter.DoubleVar() 
 74          self.tf_tk_var.set(self.meta_params.tf) 
 75          self.make_callback_entry(textvariable=self.tf_tk_var).grid(row=pf_row,column=1) 
 76          self.loopable_variables["Temporal frequency"] = ("tf",self.tf_tk_var) 
 77           
 78          pf_row += 1 
 79          Tkinter.Label(param_frame,text="Pre stimulus duration (sec):").grid(row=pf_row,column=0) 
 80          self.prestim_dur_tk_var = Tkinter.DoubleVar() 
 81          self.prestim_dur_tk_var.set(self.meta_params.pre_stim_sec) 
 82          self.make_callback_entry(textvariable=self.prestim_dur_tk_var).grid(row=pf_row,column=1) 
 83           
 84          pf_row += 1 
 85          Tkinter.Label(param_frame,text="Stimulus duration (sec):").grid(row=pf_row,column=0) 
 86          self.stim_dur_tk_var = Tkinter.DoubleVar() 
 87          self.stim_dur_tk_var.set(self.meta_params.stim_sec) 
 88          self.make_callback_entry(textvariable=self.stim_dur_tk_var).grid(row=pf_row,column=1) 
 89           
 90          pf_row += 1 
 91          Tkinter.Label(param_frame,text="Post stimulus duration (sec):").grid(row=pf_row,column=0) 
 92          self.poststim_dur_tk_var = Tkinter.DoubleVar() 
 93          self.poststim_dur_tk_var.set(self.meta_params.post_stim_sec) 
 94          self.make_callback_entry(textvariable=self.poststim_dur_tk_var).grid(row=pf_row,column=1) 
 95   
 96          pf_row += 1 
 97          Tkinter.Label(param_frame,text="Window function:").grid(row=pf_row,column=0) 
 98          self.window_func_tk_var = Tkinter.StringVar() 
 99          self.window_func_tk_var.set(self.meta_params.window_func) 
100          bar = Tkinter.Menubutton(param_frame, textvariable=self.window_func_tk_var, relief=Tkinter.RAISED) 
101          bar.grid(row=pf_row, column=1, sticky=Tkinter.W+Tkinter.E, pady=2, padx=2) 
102          bar.menu = Tkinter.Menu(bar,tearoff=0) 
103          bar.menu.add_radiobutton(label='circle', 
104                                   value='circle', 
105                                   variable=self.window_func_tk_var, 
106                                   command=self.send_values) 
107          bar.menu.add_radiobutton(label='gaussian', 
108                                   value='gaussian', 
109                                   variable=self.window_func_tk_var, 
110                                   command=self.send_values) 
111          bar['menu'] = bar.menu 
112           
113          pf_row += 1 
114          Tkinter.Label(param_frame,text="Window radius/sigma (deg):").grid(row=pf_row,column=0) 
115          self.window_radius_tk_var = Tkinter.DoubleVar() 
116          self.window_radius_tk_var.set(self.meta_params.window_radius) 
117          self.make_callback_entry(textvariable=self.window_radius_tk_var).grid(row=pf_row,column=1) 
118           
119          pf_row += 1 
120          Tkinter.Label(param_frame,text="Window azimuth (deg):").grid(row=pf_row,column=0) 
121          self.window_az_tk_var = Tkinter.DoubleVar() 
122          self.window_az_tk_var.set(self.meta_params.window_az) 
123          self.make_callback_entry(textvariable=self.window_az_tk_var).grid(row=pf_row,column=1) 
124          self.loopable_variables["Window azimuth"] = ("window_az",self.window_az_tk_var) 
125           
126          pf_row += 1 
127          Tkinter.Label(param_frame,text="Window elevation (deg):").grid(row=pf_row,column=0) 
128          self.window_el_tk_var = Tkinter.DoubleVar() 
129          self.window_el_tk_var.set(self.meta_params.window_el) 
130          self.make_callback_entry(textvariable=self.window_el_tk_var).grid(row=pf_row,column=1) 
131          self.loopable_variables["Window elevation"] = ("window_el",self.window_el_tk_var) 

132           

133 -    def get_shortname(self): 

134          return "sphere_grating" 

135   

136 -    def update_tk_vars(self): 

137          self.contrast_tk_var.set( self.meta_params.contrast ) 
138          self.orient_tk_var.set( self.meta_params.orient ) 
139          self.sf_tk_var.set( self.meta_params.sf ) 
140          self.tf_tk_var.set( self.meta_params.tf ) 
141          self.prestim_dur_tk_var.set( self.meta_params.pre_stim_sec ) 
142          self.stim_dur_tk_var.set( self.meta_params.stim_sec ) 
143          self.poststim_dur_tk_var.set( self.meta_params.post_stim_sec ) 
144          self.window_func_tk_var.set( self.meta_params.window_func ) 
145          self.window_radius_tk_var.set( self.meta_params.window_radius ) 
146          self.window_az_tk_var.set( self.meta_params.window_az ) 
147          self.window_el_tk_var.set( self.meta_params.window_el ) 

148       

149 -    def send_values(self,dummy_arg=None): 

150          self.meta_params.contrast = self.contrast_tk_var.get() 
151          self.meta_params.orient = self.orient_tk_var.get() 
152          self.meta_params.sf = self.sf_tk_var.get() 
153          self.meta_params.tf = self.tf_tk_var.get() 
154          self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() 
155          self.meta_params.stim_sec = self.stim_dur_tk_var.get() 
156          self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() 
157          self.meta_params.window_func = self.window_func_tk_var.get() 
158          self.meta_params.window_radius = self.window_radius_tk_var.get() 
159          self.meta_params.window_az = self.window_az_tk_var.get() 
160          self.meta_params.window_el = self.window_el_tk_var.get() 
161          if self.connected: 
162              self.meta_controller.set_parameters( self.meta_params ) 

163   

164 -    def get_duration_sec(self): 

165          self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() 
166          self.meta_params.stim_sec = self.stim_dur_tk_var.get() 
167          self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() 
168          return self.meta_params.pre_stim_sec + self.meta_params.stim_sec + self.meta_params.post_stim_sec 

169   
170  if __name__=='__main__': 
171      frame = SphereGratingControlFrame() 
172      frame.pack(expand=1,fill=Tkinter.BOTH) 
173      frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) 
174      frame.mainloop() 
175

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:48 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015400000000000011706 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame-cla0000644000076500000240000006032011224565531032656 0ustar astrawstaff VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SphereGratingGUI :: Class SphereGratingControlFrame
[frames] | no frames]

Class SphereGratingControlFrame

source code

      Tkinter.Misc --+                
                     |                
    Tkinter.BaseWidget --+            
                         |            
          Tkinter.Pack --+            
                         |            
         Tkinter.Place --+            
                         |            
          Tkinter.Grid --+            
                         |            
            Tkinter.Widget --+        
                             |        
                 Tkinter.Frame --+    
                                 |    
EPhysGUIUtils.StimulusControlFrame --+
                                     |
                                    SphereGratingControlFrame
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, suppress_go_buttons=0, **kw)
Construct a frame widget with the parent MASTER.		 source code
 
get_shortname(self)
Used as basename for saving parameter files and other ID purposes		 source code
 
update_tk_vars(self)
Update Tkinter variables with (new) values from meta_params		 source code
 
send_values(self, dummy_arg=None)
Update meta_params variables with values from Tkinter fields		 source code
 
get_duration_sec(self)
Calculate total duration in go loop		 source code

Inherited from EPhysGUIUtils.StimulusControlFrame: connect, get_loopable_variable_names, get_matlab_string, get_parameters_as_m_strings, get_parameters_as_py_strings, get_parameters_dict, go, make_callback_entry, quit_server, set_loopable_variable, set_param_dict, set_parameters_dict, standalone_connect

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables
  title = "Grating (Perspective-distorted) Experiment"

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, suppress_go_buttons=0, **kw)
(Constructor)

source code  
Construct a frame widget with the parent MASTER.

Valid resource names: background, bd, bg, borderwidth, class,
colormap, container, cursor, height, highlightbackground,
highlightcolor, highlightthickness, relief, takefocus, visual, width.
Overrides: EPhysGUIUtils.StimulusControlFrame.__init__

get_shortname(self)

source code  
Used as basename for saving parameter files and other ID purposes
Overrides: EPhysGUIUtils.StimulusControlFrame.get_shortname
(inherited documentation)

update_tk_vars(self)

source code  
Update Tkinter variables with (new) values from meta_params
Overrides: EPhysGUIUtils.StimulusControlFrame.update_tk_vars
(inherited documentation)

send_values(self, dummy_arg=None)

source code  
Update meta_params variables with values from Tkinter fields
Overrides: EPhysGUIUtils.StimulusControlFrame.send_values
(inherited documentation)

get_duration_sec(self)

source code  
Calculate total duration in go loop
Overrides: EPhysGUIUtils.StimulusControlFrame.get_duration_sec
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015600000000000011710 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SphereGratingGUI.SphereGratingMetaParameters-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SphereGratingGUI.SphereGratingMetaParameters-c0000644000076500000240000001236511224565531032666 0ustar astrawstaff VisionEgg.PyroApps.SphereGratingGUI.SphereGratingMetaParameters
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SphereGratingGUI :: Class SphereGratingMetaParameters
[frames] | no frames]

Class SphereGratingMetaParameters

source code

Instance Methods
 
__init__(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SphereGratingServer-module.html0000644000076500000240000002042411224565531030115 0ustar astrawstaff VisionEgg.PyroApps.SphereGratingServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SphereGratingServer
[frames] | no frames]

Module SphereGratingServer

source code

Handle perspective-distorted sinusoidal gratings (server-side)


Version: 1.1.dev

Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  SphereGratingExperimentMetaController
Functions
 
get_meta_controller_class() source code
 
make_stimuli() source code
 
get_meta_controller_stimkey() source code
Variables
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SphereGratingServer-pysrc.html0000644000076500000240000032743311224565531030002 0ustar astrawstaff VisionEgg.PyroApps.SphereGratingServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SphereGratingServer
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.SphereGratingServer

  1  #!/usr/bin/env python 
  2  """Handle perspective-distorted sinusoidal gratings (server-side)""" 
  3   
  4  # Copyright (c) 2002-2003 Andrew Straw.  Distributed under the terms 
  5  # of the GNU Lesser General Public License (LGPL). 
  6   
  7  import VisionEgg, string 
  8  __version__ = VisionEgg.release_name 
  9  __cvs__ = string.split('$Revision$')[1] 
 10  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
 11  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 12   
 13  import sys, os, math 
 14  import VisionEgg.Core 
 15  import VisionEgg.FlowControl 
 16  import VisionEgg.SphereMap 
 17  import VisionEgg.PyroHelpers 
 18  import Pyro.core 
 19   
 20  from VisionEgg.PyroApps.ScreenPositionServer import ScreenPositionMetaController 
 21  from VisionEgg.PyroApps.ScreenPositionGUI import ScreenPositionParameters 
 22  from VisionEgg.PyroApps.SphereGratingGUI import SphereGratingMetaParameters 
 23   

 24 -class SphereGratingExperimentMetaController( Pyro.core.ObjBase ): 

 25 -    def __init__(self,screen,presentation,stimuli): 

 26   
 27          # get stimuli 
 28          assert( stimuli[0][0] == '3d_perspective') 
 29          assert( stimuli[1][0] == '3d_perspective') 
 30          sphere_grating = stimuli[0][1] 
 31          sphere_window = stimuli[1][1] 
 32           
 33          Pyro.core.ObjBase.__init__(self) 
 34          self.meta_params = SphereGratingMetaParameters() 
 35          if not isinstance(screen,VisionEgg.Core.Screen): 
 36              raise ValueError("Expecting instance of VisionEgg.Core.Screen") 
 37          if not isinstance(presentation,VisionEgg.FlowControl.Presentation): 
 38              raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") 
 39          if not isinstance(sphere_grating,VisionEgg.SphereMap.SphereGrating): 
 40              raise ValueError("Expecting instance of VisionEgg.SphereMap.SphereGrating") 
 41          if not isinstance(sphere_window,VisionEgg.SphereMap.SphereWindow): 
 42              raise ValueError("Expecting instance of VisionEgg.SphereMap.SphereWindow") 
 43          self.p = presentation 
 44          self.stim = sphere_grating 
 45          self.window = sphere_window 
 46   
 47          screen.parameters.bgcolor = (0.5, 0.5, 0.5, 0.0) 
 48   
 49          self.p.add_controller(self.stim,'on',VisionEgg.FlowControl.FunctionController( 
 50              during_go_func=self.on_function_during_go, 
 51              between_go_func=self.on_function_between_go)) 

 52   

 53 -    def __del__(self): 

 54          self.p.remove_controller(self.stim,'on') 
 55          Pyro.core.ObjBase.__del__(self) # call base class 

 56   

 57 -    def on_function_during_go(self,t): 

 58          """Compute when the grating is on""" 
 59          if t <= self.meta_params.pre_stim_sec: 
 60              return 0 # not on yet 
 61          elif t <= (self.meta_params.pre_stim_sec + self.meta_params.stim_sec): 
 62              return 1 # on 
 63          else: 
 64              return 0 # off again 

 65           

 66 -    def on_function_between_go(self): 

 67          """Compute when the grating is off""" 
 68          return 0 # off again 

 69       

 70 -    def get_parameters(self): 

 71          return self.meta_params 

 72   

 73 -    def set_parameters(self, new_parameters): 

 74          if isinstance(new_parameters, SphereGratingMetaParameters): 
 75              self.meta_params = new_parameters 
 76          else: 
 77              raise ValueError("Argument to set_parameters must be instance of SphereGratingMetaParameters") 
 78  #        self.meta_params = new_parameters 
 79          self.update() 

 80           

 81 -    def update(self): 

 82          stim_params = self.stim.parameters # shorthand 
 83          window_params = self.window.parameters # shorthand 
 84          meta_params = self.meta_params # shorthand 
 85          stim_params.contrast = meta_params.contrast 
 86          stim_params.orientation = meta_params.orient 
 87          stim_params.spatial_freq_cpd = meta_params.sf 
 88          stim_params.temporal_freq_hz = meta_params.tf 
 89          stim_params.grating_center_azimuth = meta_params.window_az 
 90          stim_params.grating_center_elevation = meta_params.window_el 
 91          self.p.parameters.go_duration = ( meta_params.pre_stim_sec + meta_params.stim_sec + meta_params.post_stim_sec, 'seconds') 
 92          window_params.window_shape = meta_params.window_func 
 93          window_params.window_shape_radius_parameter = meta_params.window_radius 
 94          window_params.window_center_azimuth = meta_params.window_az 
 95          window_params.window_center_elevation = meta_params.window_el 

 96   

 97 -    def go(self): 

 98          self.p.parameters.enter_go_loop = 1 

 99   

100 -    def quit_server(self): 

101          self.p.parameters.quit = 1 

102   
105   

106 -def make_stimuli(): 

107      stimulus = VisionEgg.SphereMap.SphereGrating(radius=1.0, 
108                                                   spatial_freq_cpd=1.0/9.0, 
109                                                   temporal_freq_hz = 1.0) 
110      mask = VisionEgg.SphereMap.SphereWindow(radius=0.95) 
111      return [('3d_perspective',stimulus),('3d_perspective',mask)] 

112   

114      return "sphere_grating_server" 

115   
116  # Don't do anything unless this script is being run 
117  if __name__ == '__main__': 
118       
119      pyro_server = VisionEgg.PyroHelpers.PyroServer() 
120   
121      screen = VisionEgg.Core.Screen.create_default() 
122   
123      # get Vision Egg stimulus ready to go 
124      stimuli = make_stimuli() 
125      stimulus = stimuli[0][1] 
126      mask = stimuli[1][1] 
127       
128      temp = ScreenPositionParameters() 
129   
130      left = temp.left 
131      right = temp.right 
132      bottom = temp.bottom 
133      top = temp.top 
134      near = temp.near 
135      far = temp.far 
136      projection = VisionEgg.Core.PerspectiveProjection(left, 
137                                                        right, 
138                                                        bottom, 
139                                                        top, 
140                                                        near, 
141                                                        far) 
142      viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[stimulus,mask],projection=projection) 
143      p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) 
144   
145      # now hand over control of projection to ScreenPositionMetaController 
146      projection_controller = ScreenPositionMetaController(p,projection) 
147      pyro_server.connect(projection_controller,"projection_controller") 
148   
149      # now hand over control of grating and mask to SphereGratingExperimentMetaController 
150      meta_controller = SphereGratingExperimentMetaController(screen,p,stimuli) 
151      pyro_server.connect(meta_controller,get_meta_controller_stimkey()) 
152   
153      # get listener controller and register it 
154      p.add_controller(None,None, pyro_server.create_listener_controller()) 
155   
156      # enter endless loop 
157      p.run_forever() 
158

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:50 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000017300000000000011707 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMet0000644000076500000240000003230311224565531033136 0ustar astrawstaff VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SphereGratingServer :: Class SphereGratingExperimentMetaController
[frames] | no frames]

Class SphereGratingExperimentMetaController

source code

Pyro.core.ObjBase --+
                    |
                   SphereGratingExperimentMetaController
Instance Methods
 
__init__(self, screen, presentation, stimuli) source code
 
__del__(self) source code
 
on_function_during_go(self, t)
Compute when the grating is on		 source code
 
on_function_between_go(self)
Compute when the grating is off		 source code
 
get_parameters(self) source code
 
set_parameters(self, new_parameters) source code
 
update(self) source code
 
go(self) source code
 
quit_server(self) source code

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Method Details

__init__(self, screen, presentation, stimuli)
(Constructor)

source code 
Overrides: Pyro.core.ObjBase.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SpinningDrumGUI-module.html0000644000076500000240000001711011224565531027144 0ustar astrawstaff VisionEgg.PyroApps.SpinningDrumGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SpinningDrumGUI
[frames] | no frames]

Module SpinningDrumGUI

source code

Classes
  SpinningDrumMetaParameters
  SpinningDrumControlFrame
Functions
 
get_control_list() source code
Variables
  __version__ = '1.1.dev'
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>'
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SpinningDrumGUI-pysrc.html0000644000076500000240000026627611224565531027042 0ustar astrawstaff VisionEgg.PyroApps.SpinningDrumGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SpinningDrumGUI
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.SpinningDrumGUI

  1  #!/usr/bin/env python 
  2  # 
  3  # The Vision Egg: SpinningDrumGUI 
  4  # 
  5  # Copyright (C) 2001-2003 Andrew Straw. 
  6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  7  # URL: <http://www.visionegg.org/> 
  8  # 
  9  # Distributed under the terms of the GNU Lesser General Public License 
 10  # (LGPL). See LICENSE.TXT that came with this file. 
 11  # 
 12  # $Id$ 
 13   
 14  import VisionEgg, string 
 15  __version__ = VisionEgg.release_name 
 16  __cvs__ = string.split('$Revision$')[1] 
 17  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
 18  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 19   
 20  import sys, os 
 21  import Tkinter 
 22  import VisionEgg.PyroApps.EPhysGUIUtils as client_utils 
 23   

 24 -def get_control_list(): 

 25      return [("spinning_drum_server",SpinningDrumControlFrame,SpinningDrumControlFrame.title)] 

 26   

 28 -    def __init__(self): 

 29          self.contrast = 1.0 
 30          self.velocity_dps = 100.0 
 31          self.startpos_deg = 0.0 
 32          self.pre_stim_sec = 1.0 
 33          self.stim_sec = 5.0 
 34          self.post_stim_sec = 1.0 

 35           

 36 -class SpinningDrumControlFrame(client_utils.StimulusControlFrame): 

 37      title = "Spinning Drum Experiment" 

 38 -    def __init__(self, master=None, suppress_go_buttons=0,**kw): 

 39          client_utils.StimulusControlFrame.__init__(self, 
 40                                                     master, 
 41                                                     suppress_go_buttons, 
 42                                                     SpinningDrumControlFrame.title, 
 43                                                     SpinningDrumMetaParameters, 
 44                                                     **kw) 
 45   
 46          param_frame = self.param_frame # shorthand for self.param_frame created in base class 
 47   
 48          # Allow columns to expand 
 49          param_frame.columnconfigure(0,weight=1) 
 50          param_frame.columnconfigure(1,weight=1) 
 51   
 52          pf_row = 0 
 53          Tkinter.Label(param_frame,text="Contrast:").grid(row=pf_row,column=0) 
 54          self.contrast_tk_var = Tkinter.DoubleVar() 
 55          self.contrast_tk_var.set(self.meta_params.contrast) 
 56          self.make_callback_entry(textvariable=self.contrast_tk_var).grid(row=pf_row,column=1) 
 57          self.loopable_variables["Contrast"] = ("contrast",self.contrast_tk_var) 
 58   
 59          pf_row += 1 
 60          Tkinter.Label(param_frame,text="Velocity (dps):").grid(row=pf_row,column=0) 
 61          self.velocity_tk_var = Tkinter.DoubleVar() 
 62          self.velocity_tk_var.set(self.meta_params.velocity_dps) 
 63          self.make_callback_entry(textvariable=self.velocity_tk_var).grid(row=pf_row,column=1) 
 64          self.loopable_variables["Velocity"] = ("velocity_dps",self.velocity_tk_var) 
 65   
 66          pf_row += 1 
 67          Tkinter.Label(param_frame,text="Start position (deg):").grid(row=pf_row,column=0) 
 68          self.startpos_tk_var = Tkinter.DoubleVar() 
 69          self.startpos_tk_var.set(self.meta_params.startpos_deg) 
 70          self.make_callback_entry(textvariable=self.startpos_tk_var).grid(row=pf_row,column=1) 
 71          self.loopable_variables["Start position"] = ("startpos_deg",self.startpos_tk_var) 
 72   
 73          pf_row += 1 
 74          Tkinter.Label(param_frame,text="Pre stimulus duration (sec):").grid(row=pf_row,column=0) 
 75          self.prestim_dur_tk_var = Tkinter.DoubleVar() 
 76          self.prestim_dur_tk_var.set(self.meta_params.pre_stim_sec) 
 77          self.make_callback_entry(textvariable=self.prestim_dur_tk_var).grid(row=pf_row,column=1) 
 78           
 79          pf_row += 1 
 80          Tkinter.Label(param_frame,text="Stimulus duration (sec):").grid(row=pf_row,column=0) 
 81          self.stim_dur_tk_var = Tkinter.DoubleVar() 
 82          self.stim_dur_tk_var.set(self.meta_params.stim_sec) 
 83          self.make_callback_entry(textvariable=self.stim_dur_tk_var).grid(row=pf_row,column=1) 
 84           
 85          pf_row += 1 
 86          Tkinter.Label(param_frame,text="Post stimulus duration (sec):").grid(row=pf_row,column=0) 
 87          self.poststim_dur_tk_var = Tkinter.DoubleVar() 
 88          self.poststim_dur_tk_var.set(self.meta_params.post_stim_sec) 
 89          self.make_callback_entry(textvariable=self.poststim_dur_tk_var).grid(row=pf_row,column=1) 

 90   

 91 -    def get_shortname(self): 

 92          """Used as basename for saving parameter files""" 
 93          return "spinning_drum" 

 94   

 95 -    def update_tk_vars(self): 

 96          self.contrast_tk_var.set( self.meta_params.contrast ) 
 97          self.velocity_tk_var.set( self.meta_params.velocity_dps ) 
 98          self.startpos_tk_var.set( self.meta_params.startpos_deg ) 
 99          self.stim_dur_tk_var.set( self.meta_params.stim_sec ) 
100          self.poststim_dur_tk_var.set( self.meta_params.post_stim_sec ) 

101       

102 -    def send_values(self,dummy_arg=None): 

103          self.meta_params.contrast = self.contrast_tk_var.get() 
104          self.meta_params.velocity_dps = self.velocity_tk_var.get() 
105          self.meta_params.startpos_deg = self.startpos_tk_var.get() 
106          self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() 
107          self.meta_params.stim_sec = self.stim_dur_tk_var.get() 
108          self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() 
109          if self.connected: 
110              self.meta_controller.set_parameters( self.meta_params ) 

111   

112 -    def get_duration_sec(self): 

113          self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() 
114          self.meta_params.stim_sec = self.stim_dur_tk_var.get() 
115          self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() 
116          return self.meta_params.pre_stim_sec + self.meta_params.stim_sec + self.meta_params.post_stim_sec 

117   
118  if __name__=='__main__': 
119      frame = SpinningDrumControlFrame() 
120      frame.pack(expand=1,fill=Tkinter.BOTH) 
121      frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) 
122      frame.mainloop() 
123

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015200000000000011704 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame-class0000644000076500000240000006002611224565531032755 0ustar astrawstaff VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SpinningDrumGUI :: Class SpinningDrumControlFrame
[frames] | no frames]

Class SpinningDrumControlFrame

source code

      Tkinter.Misc --+                
                     |                
    Tkinter.BaseWidget --+            
                         |            
          Tkinter.Pack --+            
                         |            
         Tkinter.Place --+            
                         |            
          Tkinter.Grid --+            
                         |            
            Tkinter.Widget --+        
                             |        
                 Tkinter.Frame --+    
                                 |    
EPhysGUIUtils.StimulusControlFrame --+
                                     |
                                    SpinningDrumControlFrame
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, suppress_go_buttons=0, **kw)
Construct a frame widget with the parent MASTER.		 source code
 
get_shortname(self)
Used as basename for saving parameter files		 source code
 
update_tk_vars(self)
Update Tkinter variables with (new) values from meta_params		 source code
 
send_values(self, dummy_arg=None)
Update meta_params variables with values from Tkinter fields		 source code
 
get_duration_sec(self)
Calculate total duration in go loop		 source code

Inherited from EPhysGUIUtils.StimulusControlFrame: connect, get_loopable_variable_names, get_matlab_string, get_parameters_as_m_strings, get_parameters_as_py_strings, get_parameters_dict, go, make_callback_entry, quit_server, set_loopable_variable, set_param_dict, set_parameters_dict, standalone_connect

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables
  title = "Spinning Drum Experiment"

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, suppress_go_buttons=0, **kw)
(Constructor)

source code  
Construct a frame widget with the parent MASTER.

Valid resource names: background, bd, bg, borderwidth, class,
colormap, container, cursor, height, highlightbackground,
highlightcolor, highlightthickness, relief, takefocus, visual, width.
Overrides: EPhysGUIUtils.StimulusControlFrame.__init__

get_shortname(self)

source code  
Used as basename for saving parameter files
Overrides: EPhysGUIUtils.StimulusControlFrame.get_shortname

update_tk_vars(self)

source code  
Update Tkinter variables with (new) values from meta_params
Overrides: EPhysGUIUtils.StimulusControlFrame.update_tk_vars
(inherited documentation)

send_values(self, dummy_arg=None)

source code  
Update meta_params variables with values from Tkinter fields
Overrides: EPhysGUIUtils.StimulusControlFrame.send_values
(inherited documentation)

get_duration_sec(self)

source code  
Calculate total duration in go loop
Overrides: EPhysGUIUtils.StimulusControlFrame.get_duration_sec
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015400000000000011706 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumMetaParameters-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumMetaParameters-cla0000644000076500000240000001235111224565531032724 0ustar astrawstaff VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumMetaParameters
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SpinningDrumGUI :: Class SpinningDrumMetaParameters
[frames] | no frames]

Class SpinningDrumMetaParameters

source code

Instance Methods
 
__init__(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SpinningDrumServer-module.html0000644000076500000240000002114411224565531027770 0ustar astrawstaff VisionEgg.PyroApps.SpinningDrumServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SpinningDrumServer
[frames] | no frames]

Module SpinningDrumServer

source code

Classes
  SpinningDrumExperimentMetaController
Functions
 
get_meta_controller_class() source code
 
make_stimuli() source code
 
get_meta_controller_stimkey() source code
Variables
  __version__ = '1.1.dev'
  __cvs__ = string.split('$Revision$') [1]
  __date__ = string.join(string.split('$Date$') [1: 3], ' ')
  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>'
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SpinningDrumServer-pysrc.html0000644000076500000240000032730211224565531027650 0ustar astrawstaff VisionEgg.PyroApps.SpinningDrumServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SpinningDrumServer
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.SpinningDrumServer

  1  #!/usr/bin/env python 
  2  # 
  3  # The Vision Egg: SpinningDrumServer 
  4  # 
  5  # Copyright (C) 2001-2003 Andrew Straw. 
  6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  7  # URL: <http://www.visionegg.org/> 
  8  # 
  9  # Distributed under the terms of the GNU Lesser General Public License 
 10  # (LGPL). See LICENSE.TXT that came with this file. 
 11  # 
 12  # $Id$ 
 13   
 14  import VisionEgg, string 
 15  __version__ = VisionEgg.release_name 
 16  __cvs__ = string.split('$Revision$')[1] 
 17  __date__ = string.join(string.split('$Date$')[1:3], ' ') 
 18  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 19   
 20  import sys, os, math 
 21  import VisionEgg.Core 
 22  import VisionEgg.FlowControl 
 23  import VisionEgg.Textures 
 24  import VisionEgg.PyroHelpers 
 25  import Pyro.core 
 26   
 27  from VisionEgg.PyroApps.ScreenPositionServer import ScreenPositionMetaController 
 28  from VisionEgg.PyroApps.ScreenPositionGUI import ScreenPositionParameters 
 29  from VisionEgg.PyroApps.SpinningDrumGUI import SpinningDrumMetaParameters 
 30   

 31 -class SpinningDrumExperimentMetaController( Pyro.core.ObjBase ): 

 32 -    def __init__(self,screen,presentation,stimuli): 

 33   
 34          # get the instance of Stimulus that was created 
 35          assert( stimuli[0][0] == '3d_perspective' ) 
 36          spinning_drum = stimuli[0][1] 
 37           
 38          Pyro.core.ObjBase.__init__(self) 
 39          self.meta_params = SpinningDrumMetaParameters() 
 40          if not isinstance(screen,VisionEgg.Core.Screen): 
 41              raise ValueError("Expecting instance of VisionEgg.Core.Screen") 
 42          if not isinstance(presentation,VisionEgg.FlowControl.Presentation): 
 43              raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") 
 44          if not isinstance(spinning_drum,VisionEgg.Textures.SpinningDrum): 
 45              raise ValueError("Expecting instance of VisionEgg.Textures.SpinningDrum") 
 46          self.p = presentation 
 47          self.stim = spinning_drum 
 48   
 49          screen.parameters.bgcolor = (0.5, 0.5, 0.5, 0.0) 
 50   
 51          self.p.add_controller(self.stim,'on',VisionEgg.FlowControl.FunctionController( 
 52              during_go_func=self.on_function_during_go, 
 53              between_go_func=self.on_function_between_go)) 
 54   
 55          self.p.add_controller(self.stim,'angular_position',VisionEgg.FlowControl.FunctionController( 
 56              during_go_func=self.angular_position_during_go, 
 57              between_go_func=self.angular_position_between_go)) 

 58   

 59 -    def __del__(self): 

 60          self.p.remove_controller(self.stim,'on') 
 61          self.p.remove_controller(self.stim,'angular_position') 
 62          Pyro.core.ObjBase.__del__(self) # call base class 

 63   

 64 -    def on_function_during_go(self,t): 

 65          if t <= self.meta_params.pre_stim_sec: 
 66              return 0 # not on yet 
 67          elif t <= (self.meta_params.pre_stim_sec + self.meta_params.stim_sec): 
 68              return 1 # on 
 69          else: 
 70              return 0 # off again 

 71           

 72 -    def on_function_between_go(self): 

 73          return 0 # off 

 74   

 75 -    def angular_position_during_go(self,t): 

 76          adjusted_t = t - self.meta_params.pre_stim_sec 
 77          return (adjusted_t * self.meta_params.velocity_dps) + self.meta_params.startpos_deg 

 78   

 80          return 0.0 # doesn't matter -- stimulus off 

 81   

 82 -    def get_parameters(self): 

 83          return self.meta_params 

 84   

 85 -    def set_parameters(self, new_parameters): 

 86          if isinstance(new_parameters, SpinningDrumMetaParameters): 
 87              self.meta_params = new_parameters 
 88          else: 
 89              raise ValueError("Argument to set_parameters must be instance of SpinningDrumMetaParameters") 
 90          self.update() 

 91           

 92 -    def update(self): 

 93          stim_params = self.stim.parameters # shorthand 
 94          meta_params = self.meta_params # shorthand 
 95          stim_params.contrast = meta_params.contrast 
 96          self.p.parameters.go_duration = ( meta_params.pre_stim_sec + meta_params.stim_sec + meta_params.post_stim_sec, 'seconds') 

 97   

 98 -    def go(self): 

 99          self.p.parameters.enter_go_loop = 1 

100   

101 -    def quit_server(self): 

102          self.p.parameters.quit = 1 

103   
106   

107 -def make_stimuli(): 

108      filename = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,"data/panorama.jpg") 
109      texture = VisionEgg.Textures.Texture(filename) 
110      stimulus = VisionEgg.Textures.SpinningDrum(texture=texture) # could add shrink_texture_ok=1 
111      return [('3d_perspective',stimulus)] # return ordered list of tuples 

112   

114      return "spinning_drum_server" 

115   
116  # Don't do anything unless this script is being run 
117  if __name__ == '__main__': 
118       
119      pyro_server = VisionEgg.PyroHelpers.PyroServer() 
120   
121      screen = VisionEgg.Core.Screen.create_default() 
122   
123      # get Vision Egg stimulus ready to go 
124      stimuli = make_stimuli() 
125      stimulus = stimuli[0][1] 
126      temp = ScreenPositionParameters() 
127   
128      projection = VisionEgg.Core.PerspectiveProjection(temp.left, 
129                                                        temp.right, 
130                                                        temp.bottom, 
131                                                        temp.top, 
132                                                        temp.near, 
133                                                        temp.far) 
134      viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[stimulus],projection=projection) 
135      p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) 
136   
137      # now hand over control of projection to ScreenPositionMetaController 
138      projection_controller = ScreenPositionMetaController(p,projection) 
139      pyro_server.connect(projection_controller,"projection_controller") 
140   
141      # now hand over control of drum to SpinningDrumExperimentMetaController 
142      meta_controller = SpinningDrumExperimentMetaController(screen,p,stimuli) 
143      pyro_server.connect(meta_controller,get_meta_controller_stimkey()) 
144   
145      # get listener controller and register it 
146      p.add_controller(None,None, pyro_server.create_listener_controller()) 
147   
148      # enter endless loop 
149      p.run_forever() 
150

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000017100000000000011705 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaC0000644000076500000240000003511011224565531033127 0ustar astrawstaff VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module SpinningDrumServer :: Class SpinningDrumExperimentMetaController
[frames] | no frames]

Class SpinningDrumExperimentMetaController

source code

Pyro.core.ObjBase --+
                    |
                   SpinningDrumExperimentMetaController
Instance Methods
 
__init__(self, screen, presentation, stimuli) source code
 
__del__(self) source code
 
on_function_during_go(self, t) source code
 
on_function_between_go(self) source code
 
angular_position_during_go(self, t) source code
 
angular_position_between_go(self) source code
 
get_parameters(self) source code
 
set_parameters(self, new_parameters) source code
 
update(self) source code
 
go(self) source code
 
quit_server(self) source code

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Method Details

__init__(self, screen, presentation, stimuli)
(Constructor)

source code 
Overrides: Pyro.core.ObjBase.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.TargetGUI-module.html0000644000076500000240000001615111224565531025761 0ustar astrawstaff VisionEgg.PyroApps.TargetGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module TargetGUI
[frames] | no frames]

Module TargetGUI

source code

Handle small target stimulus (client-side)


Version: 1.1.dev

Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  TargetMetaParameters
  TargetControlFrame
Functions
 
get_control_list() source code
Variables
  __cvs__ = '$Revision$'.split() [1]
  __date__ = ' '.join('$Date$'.split() [1: 3])
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.TargetGUI-pysrc.html0000644000076500000240000042200011224565531025626 0ustar astrawstaff VisionEgg.PyroApps.TargetGUI
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module TargetGUI
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.TargetGUI

  1  #!/usr/bin/env python 
  2  # 
  3  # The Vision Egg: TargetGUI 
  4  # 
  5  # Copyright (C) 2001-2003 Andrew Straw. 
  6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  7  # URL: <http://www.visionegg.org/> 
  8  # 
  9  # Distributed under the terms of the GNU Lesser General Public License 
 10  # (LGPL). See LICENSE.TXT that came with this file. 
 11  # 
 12  # $Id$ 
 13   
 14  """Handle small target stimulus (client-side)""" 
 15   
 16  import VisionEgg 
 17  __version__ = VisionEgg.release_name 
 18  __cvs__ = '$Revision$'.split()[1] 
 19  __date__ = ' '.join('$Date$'.split()[1:3]) 
 20  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 21   
 22  import sys, os, math 
 23  import Tkinter 
 24  import VisionEgg.PyroApps.EPhysGUIUtils as client_utils 
 25   

 26 -def get_control_list(): 

 27      return [("target_server",TargetControlFrame,TargetControlFrame.title)] 

 28   

 30 -    def __init__(self): 

 31          # colors 
 32          self.color = (0.0, 0.0, 0.0, 1.0) 
 33          self.bgcolor = (1.0, 1.0, 1.0, 0.0) 
 34           
 35          # motion parameters 
 36          self.start_x = 10.0 
 37          self.start_y = 50.0 
 38          self.velocity_pps = 100.0 # pixels per second 
 39          self.direction_deg = 0.0 
 40           
 41          # size and orientation 
 42          self.width = 10.0 
 43          self.height = 30.0 
 44          self.orientation_deg = 0.0 
 45           
 46          self.pre_stim_sec = 1.0 
 47          self.stim_sec = 2.0 
 48          self.post_stim_sec = 1.0 

 49           

 50 -class TargetControlFrame(client_utils.StimulusControlFrame): 

 51      title = "Moving Target Experiment" 

 52 -    def __init__(self, master=None, suppress_go_buttons=0,**kw): 

 53          client_utils.StimulusControlFrame.__init__(self, 
 54                                                     master, 
 55                                                     suppress_go_buttons, 
 56                                                     TargetControlFrame.title, 
 57                                                     TargetMetaParameters, 
 58                                                     **kw) 
 59   
 60          param_frame = self.param_frame # shorthand for self.param_frame created in base class 
 61   
 62          pf_row = 0 
 63          Tkinter.Label(param_frame,text="Start X (pixels):").grid(row=pf_row,column=0,sticky=Tkinter.E) 
 64          self.start_x_tk_var = Tkinter.DoubleVar() 
 65          self.start_x_tk_var.set(self.meta_params.start_x) 
 66          self.make_callback_entry(textvariable=self.start_x_tk_var).grid(row=pf_row,column=2) 
 67          self.loopable_variables["Start X"] = ("start_x",self.start_x_tk_var) 
 68           
 69          pf_row += 1 
 70          Tkinter.Label(param_frame,text="Start Y (pixels):").grid(row=pf_row,column=0,sticky=Tkinter.E) 
 71          self.start_y_tk_var = Tkinter.DoubleVar() 
 72          self.start_y_tk_var.set(self.meta_params.start_y) 
 73          self.make_callback_entry(textvariable=self.start_y_tk_var).grid(row=pf_row,column=2) 
 74          self.loopable_variables["Start Y"] = ("start_y",self.start_y_tk_var) 
 75           
 76          pf_row += 1 
 77          Tkinter.Label(param_frame,text="Velocity (pixels/sec):").grid(row=pf_row,column=0,sticky=Tkinter.E) 
 78          self.velocity_tk_var = Tkinter.DoubleVar() 
 79          self.velocity_tk_var.set(self.meta_params.velocity_pps) 
 80          self.make_callback_entry(textvariable=self.velocity_tk_var).grid(row=pf_row,column=2) 
 81          self.loopable_variables["Velocity"] = ("velocity_pps",self.velocity_tk_var) 
 82           
 83          pf_row += 1 
 84          Tkinter.Label(param_frame,text="Direction (degrees):").grid(row=pf_row,column=0,sticky=Tkinter.E) 
 85          self.direction_tk_var = Tkinter.DoubleVar() 
 86          self.direction_tk_var.set(self.meta_params.direction_deg) 
 87          self.make_callback_entry(textvariable=self.direction_tk_var).grid(row=pf_row,column=2) 
 88          self.loopable_variables["Direction"] = ("direction_deg",self.direction_tk_var) 
 89   
 90          pf_row += 1 
 91          Tkinter.Label(param_frame,text="Color:").grid(row=pf_row,column=0,sticky=Tkinter.E) 
 92          self.color_tk_var = Tkinter.StringVar() 
 93          self.color_tk_var.set("black on white") 
 94          bar = Tkinter.Menubutton(param_frame, textvariable=self.color_tk_var, relief=Tkinter.RAISED) 
 95          bar.grid(row=pf_row, column=2, sticky=Tkinter.W+Tkinter.E, pady=2, padx=2) 
 96          bar.menu = Tkinter.Menu(bar,tearoff=0) 
 97          bar.menu.add_radiobutton(label="white on black", 
 98                                   value="white on black", 
 99                                   variable=self.color_tk_var, 
100                                   command=self.send_values) 
101          bar.menu.add_radiobutton(label="black on white", 
102                                   value="black on white", 
103                                   variable=self.color_tk_var, 
104                                   command=self.send_values) 
105          bar['menu'] = bar.menu        
106   
107          pf_row += 1 
108          Tkinter.Label(param_frame,text="Orientation (degrees):").grid(row=pf_row,column=0,sticky=Tkinter.E) 
109          self.ortho_tk_var = Tkinter.StringVar() 
110          self.ortho_tk_var.set("ortho") 
111   
112          manual = Tkinter.Radiobutton( param_frame, text="Manual", 
113                                        variable=self.ortho_tk_var, value="manual") 
114          manual.grid(row=pf_row,column=1) 
115           
116          self.orient_tk_var = Tkinter.DoubleVar() 
117          self.orient_tk_var.set(self.meta_params.orientation_deg) 
118           
119          manual_entry = Tkinter.Entry( param_frame, 
120                                        textvariable=self.orient_tk_var, 
121                                        width=self.entry_width ) 
122          manual_entry.grid(row=pf_row,column=2) 
123           
124          ortho = Tkinter.Radiobutton( param_frame, text="Orthogonal to motion", 
125                                       variable=self.ortho_tk_var, value="ortho") 
126          ortho.grid(row=pf_row,column=3) 
127          self.loopable_variables["Orientation"] = ("orientation_deg",self.orient_tk_var) 
128           
129          pf_row += 1 
130          Tkinter.Label(param_frame,text="Width (pixels):").grid(row=pf_row,column=0,sticky=Tkinter.E) 
131          self.width_tk_var = Tkinter.DoubleVar() 
132          self.width_tk_var.set(self.meta_params.width) 
133          self.make_callback_entry(textvariable=self.width_tk_var).grid(row=pf_row,column=2) 
134          self.loopable_variables["Width"] = ("width",self.width_tk_var) 
135           
136          pf_row += 1 
137          Tkinter.Label(param_frame,text="Height (pixels):").grid(row=pf_row,column=0,sticky=Tkinter.E) 
138          self.height_tk_var = Tkinter.DoubleVar() 
139          self.height_tk_var.set(self.meta_params.height) 
140          self.make_callback_entry(textvariable=self.height_tk_var).grid(row=pf_row,column=2) 
141          self.loopable_variables["Height"] = ("height",self.height_tk_var) 
142           
143          pf_row += 1 
144          Tkinter.Label(param_frame,text="Pre stimulus duration (sec):").grid(row=pf_row,column=0,sticky=Tkinter.E) 
145          self.prestim_dur_tk_var = Tkinter.DoubleVar() 
146          self.prestim_dur_tk_var.set(self.meta_params.pre_stim_sec) 
147          self.make_callback_entry(textvariable=self.prestim_dur_tk_var).grid(row=pf_row,column=2) 
148           
149          pf_row += 1 
150          Tkinter.Label(param_frame,text="Stimulus duration (sec):").grid(row=pf_row,column=0,sticky=Tkinter.E) 
151          self.stim_dur_tk_var = Tkinter.DoubleVar() 
152          self.stim_dur_tk_var.set(self.meta_params.stim_sec) 
153          self.make_callback_entry(textvariable=self.stim_dur_tk_var).grid(row=pf_row,column=2) 
154          self.loopable_variables["Duration"] = ("stim_sec",self.stim_dur_tk_var) 
155           
156          pf_row += 1 
157          Tkinter.Label(param_frame,text="Post stimulus duration (sec):").grid(row=pf_row,column=0,sticky=Tkinter.E) 
158          self.poststim_dur_tk_var = Tkinter.DoubleVar() 
159          self.poststim_dur_tk_var.set(self.meta_params.post_stim_sec) 
160          self.make_callback_entry(textvariable=self.poststim_dur_tk_var).grid(row=pf_row,column=2) 

161   

162 -    def get_shortname(self): 

163          return "target" 

164   

165 -    def update_tk_vars(self): 

166          self.start_x_tk_var.set( self.meta_params.start_x ) 
167          self.start_y_tk_var.set( self.meta_params.start_y ) 
168          self.velocity_tk_var.set( self.meta_params.velocity_pps ) 
169          self.direction_tk_var.set( self.meta_params.direction_deg ) 
170          self.orient_tk_var.set( self.meta_params.orientation_deg ) 
171          self.width_tk_var.set( self.meta_params.width ) 
172          self.height_tk_var.set( self.meta_params.height ) 
173          self.prestim_dur_tk_var.set( self.meta_params.pre_stim_sec ) 
174          self.stim_dur_tk_var.set( self.meta_params.stim_sec ) 
175          self.poststim_dur_tk_var.set( self.meta_params.post_stim_sec ) 
176   
177          if self.meta_params.color == (0.0,0.0,0.0,1.0) and self.meta_params.bgcolor == (1.0,1.0,1.0,0.0): 
178              self.color_tk_var.set( "black on white" ) 
179          elif self.meta_params.color == (1.0,1.0,1.0,1.0) and self.meta_params.bgcolor == (0.0,0.0,0.0,0.0): 
180              self.color_tk_var.set( "white on black" ) 
181          else: 
182              raise RuntimeError("Cannot set tk variable for color") 

183           

184 -    def send_values(self,dummy_arg=None): 

185          self.meta_params.start_x = self.start_x_tk_var.get() 
186          self.meta_params.start_y = self.start_y_tk_var.get() 
187          self.meta_params.velocity_pps = self.velocity_tk_var.get() 
188          self.meta_params.direction_deg = self.direction_tk_var.get() 
189          if self.color_tk_var.get() == "black on white": 
190              self.meta_params.color = (0.0,0.0,0.0,1.0) 
191              self.meta_params.bgcolor = (1.0,1.0,1.0,0.0) 
192          elif self.color_tk_var.get() == "white on black": 
193              self.meta_params.color = (1.0,1.0,1.0,1.0) 
194              self.meta_params.bgcolor = (0.0,0.0,0.0,0.0) 
195           
196          if self.ortho_tk_var.get() == "ortho": 
197              self.meta_params.orientation_deg = math.fmod(self.meta_params.direction_deg,360.0) 
198          else: # it's "manual" 
199              self.meta_params.orientation_deg = self.orient_tk_var.get() 
200          self.meta_params.width = self.width_tk_var.get() 
201          self.meta_params.height = self.height_tk_var.get() 
202          self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() 
203          self.meta_params.stim_sec = self.stim_dur_tk_var.get() 
204          self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() 
205          if self.connected: 
206              self.meta_controller.set_parameters( self.meta_params ) 

207   

208 -    def get_duration_sec(self): 

209          self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() 
210          self.meta_params.stim_sec = self.stim_dur_tk_var.get() 
211          self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() 
212          return self.meta_params.pre_stim_sec + self.meta_params.stim_sec + self.meta_params.post_stim_sec 

213   
214  if __name__=='__main__': 
215      frame = TargetControlFrame() 
216      frame.pack(expand=Tkinter.YES,fill=Tkinter.BOTH) 
217      frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) 
218      frame.mainloop() 
219

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:50 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.TargetGUI.TargetControlFrame-class.html0000644000076500000240000005761511224565531031354 0ustar astrawstaff VisionEgg.PyroApps.TargetGUI.TargetControlFrame
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module TargetGUI :: Class TargetControlFrame
[frames] | no frames]

Class TargetControlFrame

source code

      Tkinter.Misc --+                
                     |                
    Tkinter.BaseWidget --+            
                         |            
          Tkinter.Pack --+            
                         |            
         Tkinter.Place --+            
                         |            
          Tkinter.Grid --+            
                         |            
            Tkinter.Widget --+        
                             |        
                 Tkinter.Frame --+    
                                 |    
EPhysGUIUtils.StimulusControlFrame --+
                                     |
                                    TargetControlFrame
Nested Classes

Inherited from Tkinter.Misc: getdouble, getint

Instance Methods
 
__init__(self, master=None, suppress_go_buttons=0, **kw)
Construct a frame widget with the parent MASTER.		 source code
 
get_shortname(self)
Used as basename for saving parameter files and other ID purposes		 source code
 
update_tk_vars(self)
Update Tkinter variables with (new) values from meta_params		 source code
 
send_values(self, dummy_arg=None)
Update meta_params variables with values from Tkinter fields		 source code
 
get_duration_sec(self)
Calculate total duration in go loop		 source code

Inherited from EPhysGUIUtils.StimulusControlFrame: connect, get_loopable_variable_names, get_matlab_string, get_parameters_as_m_strings, get_parameters_as_py_strings, get_parameters_dict, go, make_callback_entry, quit_server, set_loopable_variable, set_param_dict, set_parameters_dict, standalone_connect

Inherited from Tkinter.BaseWidget: destroy

Inherited from Tkinter.Misc: __getitem__, __setitem__, __str__, after, after_cancel, after_idle, bbox, bell, bind, bind_all, bind_class, bindtags, cget, clipboard_append, clipboard_clear, clipboard_get, colormodel, columnconfigure, config, configure, deletecommand, event_add, event_delete, event_generate, event_info, focus, focus_displayof, focus_force, focus_get, focus_lastfor, focus_set, getboolean, getvar, grab_current, grab_release, grab_set, grab_set_global, grab_status, grid_bbox, grid_columnconfigure, grid_location, grid_propagate, grid_rowconfigure, grid_size, grid_slaves, image_names, image_types, keys, lift, lower, mainloop, nametowidget, option_add, option_clear, option_get, option_readfile, pack_propagate, pack_slaves, place_slaves, propagate, quit, register, rowconfigure, selection_clear, selection_get, selection_handle, selection_own, selection_own_get, send, setvar, size, slaves, tk_bisque, tk_focusFollowsMouse, tk_focusNext, tk_focusPrev, tk_menuBar, tk_setPalette, tk_strictMotif, tkraise, unbind, unbind_all, unbind_class, update, update_idletasks, wait_variable, wait_visibility, wait_window, waitvar, winfo_atom, winfo_atomname, winfo_cells, winfo_children, winfo_class, winfo_colormapfull, winfo_containing, winfo_depth, winfo_exists, winfo_fpixels, winfo_geometry, winfo_height, winfo_id, winfo_interps, winfo_ismapped, winfo_manager, winfo_name, winfo_parent, winfo_pathname, winfo_pixels, winfo_pointerx, winfo_pointerxy, winfo_pointery, winfo_reqheight, winfo_reqwidth, winfo_rgb, winfo_rootx, winfo_rooty, winfo_screen, winfo_screencells, winfo_screendepth, winfo_screenheight, winfo_screenmmheight, winfo_screenmmwidth, winfo_screenvisual, winfo_screenwidth, winfo_server, winfo_toplevel, winfo_viewable, winfo_visual, winfo_visualid, winfo_visualsavailable, winfo_vrootheight, winfo_vrootwidth, winfo_vrootx, winfo_vrooty, winfo_width, winfo_x, winfo_y

Inherited from Tkinter.Pack: forget, info, pack, pack_configure, pack_forget, pack_info

Inherited from Tkinter.Place: place, place_configure, place_forget, place_info

Inherited from Tkinter.Grid: grid, grid_configure, grid_forget, grid_info, grid_remove, location

Class Variables
  title = "Moving Target Experiment"

Inherited from Tkinter.Misc: _noarg_

Method Details

__init__(self, master=None, suppress_go_buttons=0, **kw)
(Constructor)

source code  
Construct a frame widget with the parent MASTER.

Valid resource names: background, bd, bg, borderwidth, class,
colormap, container, cursor, height, highlightbackground,
highlightcolor, highlightthickness, relief, takefocus, visual, width.
Overrides: EPhysGUIUtils.StimulusControlFrame.__init__

get_shortname(self)

source code  
Used as basename for saving parameter files and other ID purposes
Overrides: EPhysGUIUtils.StimulusControlFrame.get_shortname
(inherited documentation)

update_tk_vars(self)

source code  
Update Tkinter variables with (new) values from meta_params
Overrides: EPhysGUIUtils.StimulusControlFrame.update_tk_vars
(inherited documentation)

send_values(self, dummy_arg=None)

source code  
Update meta_params variables with values from Tkinter fields
Overrides: EPhysGUIUtils.StimulusControlFrame.send_values
(inherited documentation)

get_duration_sec(self)

source code  
Calculate total duration in go loop
Overrides: EPhysGUIUtils.StimulusControlFrame.get_duration_sec
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.TargetGUI.TargetMetaParameters-class.html0000644000076500000240000001224111224565531031655 0ustar astrawstaff VisionEgg.PyroApps.TargetGUI.TargetMetaParameters
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module TargetGUI :: Class TargetMetaParameters
[frames] | no frames]

Class TargetMetaParameters

source code

Instance Methods
 
__init__(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.TargetServer-module.html0000644000076500000240000002021411224565531026576 0ustar astrawstaff VisionEgg.PyroApps.TargetServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module TargetServer
[frames] | no frames]

Module TargetServer

source code

Handle small targets gratings (server-side)


Version: 1.1.dev

Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  TargetExperimentMetaController
Functions
 
get_meta_controller_class() source code
 
make_stimuli() source code
 
get_meta_controller_stimkey() source code
Variables
  __cvs__ = '$Revision$'.split() [1]
  __date__ = ' '.join('$Date$'.split() [1: 3])
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.TargetServer-pysrc.html0000644000076500000240000031477411224565531026472 0ustar astrawstaff VisionEgg.PyroApps.TargetServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module TargetServer
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.TargetServer

  1  #!/usr/bin/env python 
  2  # 
  3  # The Vision Egg: TargetServer 
  4  # 
  5  # Copyright (C) 2001-2003 Andrew Straw. 
  6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  7  # URL: <http://www.visionegg.org/> 
  8  # 
  9  # Distributed under the terms of the GNU Lesser General Public License 
 10  # (LGPL). See LICENSE.TXT that came with this file. 
 11  # 
 12  # $Id$ 
 13   
 14  """Handle small targets gratings (server-side)""" 
 15   
 16  import VisionEgg 
 17  __version__ = VisionEgg.release_name 
 18  __cvs__ = '$Revision$'.split()[1] 
 19  __date__ = ' '.join('$Date$'.split()[1:3]) 
 20  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 21   
 22  import sys, os, math 
 23  import VisionEgg.Core 
 24  import VisionEgg.FlowControl 
 25  import VisionEgg.MoreStimuli 
 26  import VisionEgg.PyroHelpers 
 27  import Pyro.core 
 28   
 29  from VisionEgg.PyroApps.TargetGUI import TargetMetaParameters 
 30   

 31 -class TargetExperimentMetaController( Pyro.core.ObjBase ): 

 32 -    def __init__(self,screen,presentation,stimuli): 

 33          Pyro.core.ObjBase.__init__(self) 
 34   
 35          # get stimulus 
 36          assert( stimuli[0][0] == '2d_overlay') 
 37          target = stimuli[0][1] 
 38           
 39          self.meta_params = TargetMetaParameters() 
 40          if not isinstance(screen,VisionEgg.Core.Screen): 
 41              raise ValueError("Expecting instance of VisionEgg.Core.Screen") 
 42          if not isinstance(presentation,VisionEgg.FlowControl.Presentation): 
 43              raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") 
 44          if not isinstance(target,VisionEgg.MoreStimuli.Target2D): 
 45              raise ValueError("Expecting instance of VisionEgg.MoreStimuli.Target2D") 
 46           
 47          self.screen = screen 
 48          self.p = presentation 
 49          self.stim = target 
 50   
 51          self.p.add_controller(self.stim,'on',VisionEgg.FlowControl.FunctionController( 
 52              during_go_func=self.on_function_during_go, 
 53              between_go_func=self.on_function_between_go)) 
 54   
 55          self.p.add_controller(self.stim,'position',VisionEgg.FlowControl.FunctionController( 
 56              during_go_func=self.center_during_go, 
 57              between_go_func=self.center_between_go)) 
 58   
 59          self.update() # set stimulus parameters to initial defaults 

 60   

 61 -    def __del__(self): 

 62          self.p.remove_controller(self.stim,'on') 
 63          self.p.remove_controller(self.stim,'position') 
 64          Pyro.core.ObjBase.__del__(self) # call base class 

 65   

 66 -    def on_function_during_go(self,t): 

 67          if t <= self.meta_params.pre_stim_sec: 
 68              return 0 # not on yet 
 69          elif t <= (self.meta_params.pre_stim_sec + self.meta_params.stim_sec): 
 70              return 1 # on 
 71          else: 
 72              return 0 # off again 

 73           

 74 -    def on_function_between_go(self): 

 75          return 0 

 76       

 77 -    def center_during_go(self,t): 

 78          t_adjusted = t - self.meta_params.pre_stim_sec 
 79          distance = self.meta_params.velocity_pps * t_adjusted 
 80          x_offset = math.cos(self.meta_params.direction_deg / 180.0 * math.pi)*distance 
 81          y_offset = math.sin(self.meta_params.direction_deg / 180.0 * math.pi)*distance 
 82           
 83          return (self.meta_params.start_x + x_offset, 
 84                  self.meta_params.start_y + y_offset) 

 85           

 86 -    def center_between_go(self): 

 87          return (0.0, 0.0) # doesn't matter -- it's off 

 88       

 89 -    def get_parameters(self): 

 90          return self.meta_params 

 91   

 92 -    def set_parameters(self, new_parameters): 

 93          if isinstance(new_parameters, TargetMetaParameters): 
 94              self.meta_params = new_parameters 
 95          else: 
 96              raise ValueError("Argument to set_parameters must be instance of TargetMetaParameters") 
 97          self.update() 

 98           

 99 -    def update(self): 

100          stim_params = self.stim.parameters # shorthand 
101          meta_params = self.meta_params # shorthand 
102   
103          # colors 
104          stim_params.color = meta_params.color 
105          self.screen.parameters.bgcolor = meta_params.bgcolor 
106   
107          # size and orientation 
108          stim_params.size = (meta_params.width, meta_params.height) 
109          stim_params.orientation = meta_params.orientation_deg 
110           
111          self.p.parameters.go_duration = ( meta_params.pre_stim_sec + meta_params.stim_sec + meta_params.post_stim_sec, 'seconds') 

112   

113 -    def go(self): 

114          self.p.parameters.enter_go_loop = 1 

115   

116 -    def quit_server(self): 

117          self.p.parameters.quit = 1 

118   
121   

122 -def make_stimuli(): 

123      stimulus = VisionEgg.MoreStimuli.Target2D(anchor='center') 
124      return [('2d_overlay',stimulus)] 

125   

127      return "target_server" 

128   
129  # Don't do anything unless this script is being run 
130  if __name__ == '__main__': 
131       
132      pyro_server = VisionEgg.PyroHelpers.PyroServer() 
133   
134      screen = VisionEgg.Core.Screen.create_default() 
135   
136      # get Vision Egg stimulus ready to go 
137      stimuli = make_stimuli() 
138      stimulus = stimuli[0][1] 
139      viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[stimulus]) 
140      p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) 
141   
142      # now hand over control of grating and mask to FlatGratingExperimentMetaController 
143      meta_controller = TargetExperimentMetaController(screen,p,stimuli) 
144      pyro_server.connect(meta_controller,get_meta_controller_stimkey()) 
145   
146      # get listener controller and register it 
147      p.add_controller(None,None, pyro_server.create_listener_controller()) 
148   
149      # enter endless loop 
150      p.run_forever() 
151

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:50 2008 http://epydoc.sourceforge.net
././@LongLink0000000000000000000000000000015500000000000011707 Lustar rootwheelvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.htmlvisionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-cl0000644000076500000240000003445611224565531033122 0ustar astrawstaff VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module TargetServer :: Class TargetExperimentMetaController
[frames] | no frames]

Class TargetExperimentMetaController

source code

Pyro.core.ObjBase --+
                    |
                   TargetExperimentMetaController
Instance Methods
 
__init__(self, screen, presentation, stimuli) source code
 
__del__(self) source code
 
on_function_during_go(self, t) source code
 
on_function_between_go(self) source code
 
center_during_go(self, t) source code
 
center_between_go(self) source code
 
get_parameters(self) source code
 
set_parameters(self, new_parameters) source code
 
update(self) source code
 
go(self) source code
 
quit_server(self) source code

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Method Details

__init__(self, screen, presentation, stimuli)
(Constructor)

source code 
Overrides: Pyro.core.ObjBase.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.VarTypes-module.html0000644000076500000240000001307711224565531025747 0ustar astrawstaff VisionEgg.PyroApps.VarTypes
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module VarTypes
[frames] | no frames]

Module VarTypes

source code

Functions
 
getID(var_type) source code
 
getType(ID) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroApps.VarTypes-pysrc.html0000644000076500000240000002440511224565531025617 0ustar astrawstaff VisionEgg.PyroApps.VarTypes
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Package PyroApps :: Module VarTypes
[frames] | no frames]

Source Code for Module VisionEgg.PyroApps.VarTypes

 1  # The Vision Egg: VarTypes 
 2  # 
 3  # Copyright (C) 2004 Imran S. Ali, Lachlan Dowd 
 4  # 
 5  # Author: Imran S. Ali, Lachlan Dowd 
 6  # URL: <http://www.visionegg.org/> 
 7  # 
 8  # Distributed under the terms of the GNU Lesser General Public License 
 9  # (LGPL). See LICENSE.TXT that came with this file. 
10  # 
11  # $Id$ 
12   
13  # Add your supported supported demo script "variable types" here:  
14   

15 -def getID(var_type): 

16      if var_type == "float": 
17          return 1 
18      elif var_type == "int" or var_type == "integer": 
19          return 2 
20      elif var_type == "string" or var_type == "str": 
21          return 3 
22      else: 
23          return -1 

24   

25 -def getType(ID): 

26      if ID == 1: 
27          return "float" 
28      elif ID == 2: 
29          return "integer" 
30      elif ID == 3: 
31          return "string" 
32      else: 
33          return "undefined type" 

34

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:50 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroClient-module.html0000644000076500000240000001347411224565531024507 0ustar astrawstaff VisionEgg.PyroClient
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PyroClient
[frames] | no frames]

Module PyroClient

source code


Python Remote Objects support - Client side.


Version: 1.1.dev

Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  PyroClient
Simplifies getting PyroControllers from a remote computer.
Variables
  __cvs__ = '$Revision$'.split() [1]
  __date__ = ' '.join('$Date$'.split() [1: 3])
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroClient-pysrc.html0000644000076500000240000006240311224565531024356 0ustar astrawstaff VisionEgg.PyroClient
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PyroClient
[frames] | no frames]

Source Code for Module VisionEgg.PyroClient

 1  # The Vision Egg: PyroClient 
 2  # 
 3  # Copyright (C) 2001-2003 Andrew Straw. 
 4  # Copyright (C) 2008 California Insitute of Technology 
 5  # Author: Andrew Straw <astraw@users.sourceforge.net> 
 6  # URL: <http://www.visionegg.org/> 
 7  # 
 8  # Distributed under the terms of the GNU Lesser General Public License 
 9  # (LGPL). See LICENSE.TXT that came with this file. 
10  # 
11  # $Id$ 
12   
13  """ 
14  Python Remote Objects support - Client side. 
15   
16  """ 
17   
18  import socket 
19  import VisionEgg 
20   
21  import logging                              # available in Python 2.3 
22   
23  __version__ = VisionEgg.release_name 
24  __cvs__ = '$Revision$'.split()[1] 
25  __date__ = ' '.join('$Date$'.split()[1:3]) 
26  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
27   
28  import Pyro.core 
29   

30 -class PyroClient: 

31      """Simplifies getting PyroControllers from a remote computer.""" 

32 -    def __init__(self,server_hostname='',server_port=7766): 

33          """Initialize Pyro client.""" 
34          Pyro.core.initClient() 
35          try: 
36              self.server_hostname = socket.getfqdn(server_hostname) 
37          except Exception, x: 
38              logger = logging.getLogger('VisionEgg.PyroClient') 
39              logger.warning("while getting fully qualified domain name: %s: %s"% 
40                             (str(x.__class__),str(x))) 
41              self.server_hostname = server_hostname 
42          self.server_port = server_port 

43   

44 -    def get(self,name): 

45          """Return a remote Pyro object being served by Pyro server.""" 
46          URI = "PYROLOC://%s:%d/%s" % (self.server_hostname, self.server_port, name) 
47          return Pyro.core.getProxyForURI(URI) 

48

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:50 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroClient.PyroClient-class.html0000644000076500000240000001407611224565531026415 0ustar astrawstaff VisionEgg.PyroClient.PyroClient
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PyroClient :: Class PyroClient
[frames] | no frames]

Class PyroClient

source code

Simplifies getting PyroControllers from a remote computer.


Instance Methods
 
__init__(self, server_hostname='', server_port=7766)
Initialize Pyro client.		 source code
 
get(self, name)
Return a remote Pyro object being served by Pyro server.		 source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroHelpers-module.html0000644000076500000240000002201311224565531024660 0ustar astrawstaff VisionEgg.PyroHelpers
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PyroHelpers
[frames] | no frames]

Module PyroHelpers

source code


Python Remote Objects support.

Use this class if you don't want to deal with TCP directly and Python
is the program on both ends of the network.

The module provides some Vision Egg specific code for Pyro.  Pyro
allows you to call python objects on remote machines just like they
are on the local machine.  This makes the task of writing a two
computer Vision Egg application quite easy, because one can mostly
ignore the network-based intermediate stage.

PyroControllers are run on the computer performing the presentation.
The PyroServer class also runs on this computer, and allows these
controllers to be changed from a computer running PyroClient. To
listen to the network PyroListenerController must be instantiated by
the PyroServer -- this checks for any requests coming over the
network, but only at times specified because it is a subclass of
VisionEgg.FlowControl.Controller.

Just like TCPControllers, don't use this class for realtime control
unless you think your network is that fast and reliable.  It's great
for setting up parameters in advance and sending a trigger pulse,
though!


Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  PyroServer
Set up a Pyro server for your PyroControllers and PyroGoClass.
  PyroConstantController
  PyroEvalStringController
  PyroExecStringController
  PyroEncapsulatedController
Create the instance of Controller on client, and send it to server.
  PyroLocalDictController
Contain several dictionary entries, set controller accordingly.
  PyroListenController
Handle connection from remote machine, control PyroControllers.
Variables
  __version__ = VisionEgg.release_name
  __cvs__ = '$Revision$'.split() [1]
  __date__ = ' '.join('$Date$'.split() [1: 3])
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroHelpers-pysrc.html0000644000076500000240000047375411224565531024561 0ustar astrawstaff VisionEgg.PyroHelpers
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PyroHelpers
[frames] | no frames]

Source Code for Module VisionEgg.PyroHelpers

  1  # The Vision Egg: PyroHelpers 
  2  # 
  3  # Copyright (C) 2001-2003 Andrew Straw. 
  4  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  5  # URL: <http://www.visionegg.org/> 
  6  # 
  7  # Distributed under the terms of the GNU Lesser General Public License 
  8  # (LGPL). See LICENSE.TXT that came with this file. 
  9  # 
 10  # $Id$ 
 11   
 12  """ 
 13  Python Remote Objects support. 
 14   
 15  Use this class if you don't want to deal with TCP directly and Python 
 16  is the program on both ends of the network. 
 17   
 18  The module provides some Vision Egg specific code for Pyro.  Pyro 
 19  allows you to call python objects on remote machines just like they 
 20  are on the local machine.  This makes the task of writing a two 
 21  computer Vision Egg application quite easy, because one can mostly 
 22  ignore the network-based intermediate stage. 
 23   
 24  PyroControllers are run on the computer performing the presentation. 
 25  The PyroServer class also runs on this computer, and allows these 
 26  controllers to be changed from a computer running PyroClient. To 
 27  listen to the network PyroListenerController must be instantiated by 
 28  the PyroServer -- this checks for any requests coming over the 
 29  network, but only at times specified because it is a subclass of 
 30  VisionEgg.FlowControl.Controller. 
 31   
 32  Just like TCPControllers, don't use this class for realtime control 
 33  unless you think your network is that fast and reliable.  It's great 
 34  for setting up parameters in advance and sending a trigger pulse, 
 35  though!""" 
 36   
 37  import VisionEgg 
 38  import VisionEgg.Core 
 39  import VisionEgg.FlowControl 
 40  import VisionEgg.ParameterTypes as ve_types 
 41   
 42  __version__ = VisionEgg.release_name 
 43  __cvs__ = '$Revision$'.split()[1] 
 44  __date__ = ' '.join('$Date$'.split()[1:3]) 
 45  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 46   
 47  import Pyro.core 
 48  import Pyro.errors 
 49   
 50  Pyro.config.PYRO_MULTITHREADED = 0 # No multithreading! 
 51   

 52 -class PyroServer: 

 53      """Set up a Pyro server for your PyroControllers and PyroGoClass. 
 54   
 55      This class is analagous to VisionEgg.TCPController.TCPServer. 
 56   
 57      """ 

 58 -    def __init__(self): 

 59          # Start Pyro 
 60          Pyro.core.initServer() 
 61          self.daemon = Pyro.core.Daemon() 
 62          self.ok_to_run = 1 

 63   

 64 -    def get_hostname_and_port(self): 

 65          return self.daemon.hostname, self.daemon.port 

 66           

 67 -    def connect(self,object,name): 

 68          """Serve an object under a name""" 
 69          URI=self.daemon.connect(object,name) 
 70          return URI 

 71   

 72 -    def disconnect(self,object): 

 73          if Pyro.core.constants.VERSION >= '3.2': 
 74              self.daemon.disconnect(object) 
 75          else: 
 76              # workaround bug in Pyro pre-3.2 
 77              del self.daemon.implementations[object.GUID()] 
 78              object.setDaemon(None) 

 79               

 81          if hasattr(self,'listen_controller'): 
 82              raise RuntimeError("Only one pyro listen controller allowed per server!") 
 83          self.listen_controller = PyroListenController(self) 
 84          return self.listen_controller 

 85   

 86 -    def handleRequests(self, timeout=0): 

 87          """Only use this if you don't use the PyroListenerController. 
 88   
 89          A timeout of 0 specifies return immediately.""" 
 90          self.daemon.handleRequests(timeout) 

 91   

 92 -class PyroConstantController(VisionEgg.FlowControl.ConstantController,Pyro.core.ObjBase): 

 93 -    def __init__(self, **kw): 

 94          VisionEgg.FlowControl.ConstantController.__init__(self,**kw) 
 95          Pyro.core.ObjBase.__init__(self) 

 96   

 97 -class PyroEvalStringController(VisionEgg.FlowControl.EvalStringController,Pyro.core.ObjBase): 

 98 -    def __init__(self, **kw): 

 99          VisionEgg.FlowControl.EvalStringController.__init__(self,**kw) 
100          Pyro.core.ObjBase.__init__(self) 

101   

102 -class PyroExecStringController(VisionEgg.FlowControl.ExecStringController,Pyro.core.ObjBase): 

103 -    def __init__(self, **kw): 

104          VisionEgg.FlowControl.ExecStringController.__init__(self,**kw) 
105          Pyro.core.ObjBase.__init__(self) 

106   

107 -class PyroEncapsulatedController(VisionEgg.FlowControl.EncapsulatedController,Pyro.core.ObjBase): 

108      """Create the instance of Controller on client, and send it to server. 
109   
110      This class is analagous to VisionEgg.TCPController.TCPController. 
111      """ 

112 -    def __init__(self,initial_controller=None,**kw): 

113          VisionEgg.FlowControl.EncapsulatedController.__init__(self,initial_controller) 
114          Pyro.core.ObjBase.__init__(self) 

115   

116 -class PyroLocalDictController(VisionEgg.FlowControl.EncapsulatedController,Pyro.core.ObjBase): 

117      """Contain several dictionary entries, set controller accordingly. 
118      """ 

119 -    def __init__(self, dict=None, key=None, **kw): 

120          if dict is None: 
121              self.dict = {} 
122              initial_controller = VisionEgg.FlowControl.ConstantController(during_go_value=0, 
123                                                                     between_go_value=0, 
124                                                                     eval_frequency=VisionEgg.FlowControl.Controller.NEVER) 
125          else: 
126              self.dict = dict 
127          if key is None: 
128              if len(self.dict.keys()): 
129                  key = self.dict.keys()[0] 
130                  initial_controller = self.dict[key] 
131              else: 
132                  initial_controller = VisionEgg.FlowControl.ConstantController(during_go_value=0, 
133                                                                         between_go_value=0, 
134                                                                         eval_frequency=VisionEgg.FlowControl.Controller.NEVER) 
135          else: 
136              initial_controller = dict[key] 
137          VisionEgg.FlowControl.EncapsulatedController.__init__(self,initial_controller) 
138          Pyro.core.ObjBase.__init__(self) 

139 -    def use_controller(self,key): 

140          self.set_new_controller(self.dict[key]) 

141 -    def add_controller(self,key,new_controller): 

142          self.dict[key] = new_controller 

143   

144 -class PyroListenController(VisionEgg.FlowControl.Controller): 

145      """Handle connection from remote machine, control PyroControllers. 
146   
147      This meta controller handles a Pyro daemon, which checks the TCP 
148      socket for new input and acts accordingly. 
149   
150      This class is analagous to VisionEgg.TCPController.SocketListenController. 
151   
152      """ 
153   

154 -    def __init__(self,server=None,**kw): 

155          """Called by PyroServer. Creates a PyroListenerController instance.""" 
156          if not isinstance(server,PyroServer): 
157              raise ValueError("Must specify a Pyro Server.")  
158          if 'eval_frequency' not in kw.keys(): 
159              kw['eval_frequency'] = VisionEgg.FlowControl.Controller.EVERY_FRAME 
160          if 'return_type' not in kw.keys(): 
161              kw['return_type'] = ve_types.get_type(None) 
162          VisionEgg.FlowControl.Controller.__init__(self,**kw) 
163          self.server=server 

164   

165 -    def during_go_eval(self): 

166          # setting timeout = 0 means return ASAP 
167          self.server.daemon.handleRequests(timeout=0) 

168   

169 -    def between_go_eval(self): 

170          # setting timeout = 0 means return ASAP 
171          self.server.daemon.handleRequests(timeout=0) 

172

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroHelpers.PyroConstantController-class.html0000644000076500000240000002747711224565531031231 0ustar astrawstaff VisionEgg.PyroHelpers.PyroConstantController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PyroHelpers :: Class PyroConstantController
[frames] | no frames]

Class PyroConstantController

source code

                object --+        
                         |        
    FlowControl.Controller --+    
                             |    
FlowControl.ConstantController --+
                                 |
             Pyro.core.ObjBase --+
                                 |
                                PyroConstantController
Instance Methods
 
__init__(self, **kw)
Create instance of Controller.		 source code

Inherited from FlowControl.ConstantController: between_go_eval, during_go_eval, get_between_go_value, get_during_go_value, set_between_go_value, set_during_go_value

Inherited from FlowControl.Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: FlowControl.ConstantController.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroHelpers.PyroEncapsulatedController-class.html0000644000076500000240000002765411224565531032045 0ustar astrawstaff VisionEgg.PyroHelpers.PyroEncapsulatedController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PyroHelpers :: Class PyroEncapsulatedController
[frames] | no frames]

Class PyroEncapsulatedController

source code

                    object --+        
                             |        
        FlowControl.Controller --+    
                                 |    
FlowControl.EncapsulatedController --+
                                     |
                 Pyro.core.ObjBase --+
                                     |
                                    PyroEncapsulatedController

Create the instance of Controller on client, and send it to server.

This class is analagous to VisionEgg.TCPController.TCPController.


Instance Methods
 
__init__(self, initial_controller=None, **kw)
Create instance of Controller.		 source code

Inherited from FlowControl.EncapsulatedController: between_go_eval, during_go_eval, set_new_controller

Inherited from FlowControl.Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, initial_controller=None, **kw)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: FlowControl.EncapsulatedController.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroHelpers.PyroEvalStringController-class.html0000644000076500000240000002765111224565531031510 0ustar astrawstaff VisionEgg.PyroHelpers.PyroEvalStringController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PyroHelpers :: Class PyroEvalStringController
[frames] | no frames]

Class PyroEvalStringController

source code

                  object --+        
                           |        
      FlowControl.Controller --+    
                               |    
FlowControl.EvalStringController --+
                                   |
               Pyro.core.ObjBase --+
                                   |
                                  PyroEvalStringController
Instance Methods
 
__init__(self, **kw)
Create instance of Controller.		 source code

Inherited from FlowControl.EvalStringController: between_go_eval, during_go_eval, get_between_go_eval_string, get_during_go_eval_string, set_between_go_eval_string, set_during_go_eval_string

Inherited from FlowControl.Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: FlowControl.EvalStringController.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroHelpers.PyroExecStringController-class.html0000644000076500000240000002765111224565531031505 0ustar astrawstaff VisionEgg.PyroHelpers.PyroExecStringController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PyroHelpers :: Class PyroExecStringController
[frames] | no frames]

Class PyroExecStringController

source code

                  object --+        
                           |        
      FlowControl.Controller --+    
                               |    
FlowControl.ExecStringController --+
                                   |
               Pyro.core.ObjBase --+
                                   |
                                  PyroExecStringController
Instance Methods
 
__init__(self, **kw)
Create instance of Controller.		 source code

Inherited from FlowControl.ExecStringController: between_go_eval, during_go_eval, get_between_go_exec_string, get_during_go_exec_string, set_between_go_exec_string, set_during_go_exec_string

Inherited from FlowControl.Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: FlowControl.ExecStringController.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroHelpers.PyroListenController-class.html0000644000076500000240000003355011224565531030663 0ustar astrawstaff VisionEgg.PyroHelpers.PyroListenController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PyroHelpers :: Class PyroListenController
[frames] | no frames]

Class PyroListenController

source code

            object --+    
                     |    
FlowControl.Controller --+
                         |
                        PyroListenController

Handle connection from remote machine, control PyroControllers.

This meta controller handles a Pyro daemon, which checks the TCP
socket for new input and acts accordingly.

This class is analagous to VisionEgg.TCPController.SocketListenController.


Instance Methods
 
__init__(self, server=None, **kw)
Called by PyroServer.		 source code
 
during_go_eval(self)
Called by Presentation.		 source code
 
between_go_eval(self)
Called by Presentation.		 source code

Inherited from FlowControl.Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, server=None, **kw)
(Constructor)

source code  
Called by PyroServer. Creates a PyroListenerController instance.
Overrides: FlowControl.Controller.__init__

during_go_eval(self)

source code  
Called by Presentation. Evaluate during the main 'go' loop.

Override this method in subclasses.
Overrides: FlowControl.Controller.during_go_eval
(inherited documentation)

between_go_eval(self)

source code  
Called by Presentation. Evaluate between runs of the main 'go' loop.

Override this method in subclasses.
Overrides: FlowControl.Controller.between_go_eval
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroHelpers.PyroLocalDictController-class.html0000644000076500000240000003271411224565531031264 0ustar astrawstaff VisionEgg.PyroHelpers.PyroLocalDictController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PyroHelpers :: Class PyroLocalDictController
[frames] | no frames]

Class PyroLocalDictController

source code

                    object --+        
                             |        
        FlowControl.Controller --+    
                                 |    
FlowControl.EncapsulatedController --+
                                     |
                 Pyro.core.ObjBase --+
                                     |
                                    PyroLocalDictController

Contain several dictionary entries, set controller accordingly.


Instance Methods
 
__init__(self, dict=None, key=None, **kw)
Create instance of Controller.		 source code
 
use_controller(self, key) source code
 
add_controller(self, key, new_controller) source code

Inherited from FlowControl.EncapsulatedController: between_go_eval, during_go_eval, set_new_controller

Inherited from FlowControl.Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Inherited from Pyro.core.ObjBase: GUID, Pyro_dyncall, delegateTo, getAttrProxy, getDaemon, getLocalStorage, getProxy, remote_retrieve_code, remote_supply_code, setCodeValidator, setGUID, setPyroDaemon

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, dict=None, key=None, **kw)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: FlowControl.EncapsulatedController.__init__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.PyroHelpers.PyroServer-class.html0000644000076500000240000002400711224565531026624 0ustar astrawstaff VisionEgg.PyroHelpers.PyroServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module PyroHelpers :: Class PyroServer
[frames] | no frames]

Class PyroServer

source code

Set up a Pyro server for your PyroControllers and PyroGoClass.

This class is analagous to VisionEgg.TCPController.TCPServer.


Instance Methods
 
__init__(self) source code
 
get_hostname_and_port(self) source code
 
connect(self, object, name)
Serve an object under a name		 source code
 
disconnect(self, object) source code
 
create_listener_controller(self) source code
 
handleRequests(self, timeout=0)
Only use this if you don't use the PyroListenerController.		 source code
Method Details

handleRequests(self, timeout=0)

source code  
Only use this if you don't use the PyroListenerController.

A timeout of 0 specifies return immediately.

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.qtlowlevel-module.html0000644000076500000240000012363311224565531024614 0ustar astrawstaff VisionEgg.qtlowlevel
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module qtlowlevel
[frames] | no frames]

Module qtlowlevel

source code

Classes
  Rect
  QTNewMoviePropertyElement
  qtlowlevelError
Functions
 
FOUR_CHAR_CODE(code) source code
 
GetErrorString(value) source code
 
CheckOSStatus(value) source code
Variables
  QTMLClient = ctypes.CDLL(r'C:\Program Files\QuickTime\QTSystem...
  OSErr = ctypes.c_short
  OSStatus = ctypes.c_int
  ItemCount = ctypes.c_uint
  FourCharCode = ctypes.c_int
  OSType = ctypes.c_int
  QTPropertyClass = ctypes.c_int
  QTPropertyID = ctypes.c_int
  ByteCount = ctypes.c_uint
  QTPropertyValuePtr = ctypes.c_void_p
  QTVisualContextRef = ctypes.c_void_p
  Movie = ctypes.c_void_p
  kQTPropertyClass_DataLocation = FOUR_CHAR_CODE('dloc')
  kQTDataLocationPropertyID_DataReference = FOUR_CHAR_CODE('dref')
  kQTDataLocationPropertyID_CFStringNativePath = FOUR_CHAR_CODE(...
  kQTDataLocationPropertyID_CFStringPosixPath = FOUR_CHAR_CODE('...
  kQTDataLocationPropertyID_CFStringHFSPath = FOUR_CHAR_CODE('cf...
  kQTDataLocationPropertyID_CFStringWindowsPath = FOUR_CHAR_CODE...
  kQTDataLocationPropertyID_CFURL = FOUR_CHAR_CODE('cfur')
  kQTDataLocationPropertyID_QTDataHandler = FOUR_CHAR_CODE('qtdh')
  kQTDataLocationPropertyID_Scrap = FOUR_CHAR_CODE('scrp')
  kQTDataLocationPropertyID_LegacyMovieResourceHandle = FOUR_CHA...
  kQTDataLocationPropertyID_MovieUserProc = FOUR_CHAR_CODE('uspr')
  kQTDataLocationPropertyID_ResourceFork = FOUR_CHAR_CODE('rfrk')
  kQTDataLocationPropertyID_DataFork = FOUR_CHAR_CODE('dfrk')
  kQTPropertyClass_Context = FOUR_CHAR_CODE('ctxt')
  kQTContextPropertyID_AudioContext = FOUR_CHAR_CODE('audi')
  kQTContextPropertyID_VisualContext = FOUR_CHAR_CODE('visu')
  kQTPropertyClass_MovieResourceLocator = FOUR_CHAR_CODE('rloc')
  kQTMovieResourceLocatorPropertyID_LegacyResID = FOUR_CHAR_CODE...
  kQTMovieResourceLocatorPropertyID_LegacyResName = FOUR_CHAR_CO...
  kQTMovieResourceLocatorPropertyID_FileOffset = FOUR_CHAR_CODE(...
  kQTMovieResourceLocatorPropertyID_Callback = FOUR_CHAR_CODE('c...
  kQTPropertyClass_MovieInstantiation = FOUR_CHAR_CODE('mins')
  kQTMovieInstantiationPropertyID_DontResolveDataRefs = FOUR_CHA...
  kQTMovieInstantiationPropertyID_DontAskUnresolvedDataRefs = FO...
  kQTMovieInstantiationPropertyID_DontAutoAlternates = FOUR_CHAR...
  kQTMovieInstantiationPropertyID_DontUpdateForeBackPointers = F...
  kQTMovieInstantiationPropertyID_AsyncOK = FOUR_CHAR_CODE('asok')
  kQTMovieInstantiationPropertyID_IdleImportOK = FOUR_CHAR_CODE(...
  kQTMovieInstantiationPropertyID_DontAutoUpdateClock = FOUR_CHA...
  kQTMovieInstantiationPropertyID_ResultDataLocationChanged = FO...
  kQTPropertyClass_NewMovieProperty = FOUR_CHAR_CODE('mprp')
  kQTNewMoviePropertyID_DefaultDataRef = FOUR_CHAR_CODE('ddrf')
  kQTNewMoviePropertyID_Active = FOUR_CHAR_CODE('actv')
  kQTNewMoviePropertyID_DontInteractWithUser = FOUR_CHAR_CODE('i...
  noErr = 0
  paramErr = -50
  movieToolboxUninitialized = -2020
  NewMovieFromFile = QTMLClient.NewMovieFromFile
  NewMovieFromProperties = QTMLClient.NewMovieFromProperties
  InitializeQTML = QTMLClient.InitializeQTML
  EnterMovies = QTMLClient.EnterMovies
  QTGetCFConstant = QTMLClient.QTGetCFConstant
  GetMovieBox = QTMLClient.GetMovieBox
  SetMovieBox = QTMLClient.SetMovieBox
  StartMovie = QTMLClient.StartMovie
  MoviesTask = QTMLClient.MoviesTask
  IsMovieDone = QTMLClient.IsMovieDone
  GoToBeginningOfMovie = QTMLClient.GoToBeginningOfMovie
  FSSpec = ctypes.c_void_p
  CFStringRef = ctypes.c_void_p
  CFStringEncoding = ctypes.c_uint
  CFAllocatorRef = ctypes.c_void_p
  CFIndex = ctypes.c_int
  CFStringCreateWithCharacters = QTMLClient.CFStringCreateWithCh...
  CFStringCreateWithCString = QTMLClient.CFStringCreateWithCString
  CFStringGetCString = QTMLClient.CFStringGetCString
  CFStringGetCStringPtr = QTMLClient.CFStringGetCStringPtr
  NativePathNameToFSSpec = QTMLClient.NativePathNameToFSSpec
  OpenMovieFile = QTMLClient.OpenMovieFile
  kCFAllocatorDefault = 0
  kCFStringEncodingMacRoman = 0
Variables Details

QTMLClient

Value:
ctypes.CDLL(r'C:\Program Files\QuickTime\QTSystem\QTMLClient.dll')

kQTDataLocationPropertyID_CFStringNativePath

Value:
FOUR_CHAR_CODE('cfnp')

kQTDataLocationPropertyID_CFStringPosixPath

Value:
FOUR_CHAR_CODE('cfpp')

kQTDataLocationPropertyID_CFStringHFSPath

Value:
FOUR_CHAR_CODE('cfhp')

kQTDataLocationPropertyID_CFStringWindowsPath

Value:
FOUR_CHAR_CODE('cfwp')

kQTDataLocationPropertyID_LegacyMovieResourceHandle

Value:
FOUR_CHAR_CODE('rezh')

kQTMovieResourceLocatorPropertyID_LegacyResID

Value:
FOUR_CHAR_CODE('rezi')

kQTMovieResourceLocatorPropertyID_LegacyResName

Value:
FOUR_CHAR_CODE('rezn')

kQTMovieResourceLocatorPropertyID_FileOffset

Value:
FOUR_CHAR_CODE('foff')

kQTMovieResourceLocatorPropertyID_Callback

Value:
FOUR_CHAR_CODE('calb')

kQTMovieInstantiationPropertyID_DontResolveDataRefs

Value:
FOUR_CHAR_CODE('rdrn')

kQTMovieInstantiationPropertyID_DontAskUnresolvedDataRefs

Value:
FOUR_CHAR_CODE('aurn')

kQTMovieInstantiationPropertyID_DontAutoAlternates

Value:
FOUR_CHAR_CODE('aaln')

kQTMovieInstantiationPropertyID_DontUpdateForeBackPointers

Value:
FOUR_CHAR_CODE('fbpn')

kQTMovieInstantiationPropertyID_IdleImportOK

Value:
FOUR_CHAR_CODE('imok')

kQTMovieInstantiationPropertyID_DontAutoUpdateClock

Value:
FOUR_CHAR_CODE('aucl')

kQTMovieInstantiationPropertyID_ResultDataLocationChanged

Value:
FOUR_CHAR_CODE('dlch')

kQTNewMoviePropertyID_DontInteractWithUser

Value:
FOUR_CHAR_CODE('intn')

CFStringCreateWithCharacters

Value:
QTMLClient.CFStringCreateWithCharacters

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.qtlowlevel-pysrc.html0000644000076500000240000026702611224565531024474 0ustar astrawstaff VisionEgg.qtlowlevel
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module qtlowlevel
[frames] | no frames]

Source Code for Module VisionEgg.qtlowlevel

  1  import os, sys 
  2  import ctypes 
  3   
  4  if os.name=='nt': 
  5      QTMLClient = ctypes.CDLL(r'C:\Program Files\QuickTime\QTSystem\QTMLClient.dll') 
  6  elif sys.platform.startswith('darwin'): 
  7      # There was once a functional Mac QuickTime implementation, but it 
  8      # used a combination of the Python stdlib's quicktime module and 
  9      # some C extensions based on the Carbon QuickTime interface. Given 
 10      # the inevitable long-term ultimate demise of Carbon, it would be 
 11      # foolish to spend much time on the Carbon implementation. On the 
 12      # other hand, the newer implementation will require someone who 
 13      # knows or learns the new QTKit bindings, which come included with PyObjC. 
 14      raise NotImplementedError('QuickTime support is not implemented for Mac OS X.') 
 15   
 16  # OSErr SInt16 MacTypes.h 
 17  # OSStatus SInt32 MacTypes.h 
 18  # ItemCount UInt32 MacTypes.h 
 19  # FourCharCode SInt32 MacTypes.h 
 20  # OSType FourCharCode MacTypes.h 
 21  # QTNewMoviePropertyElement struct Movies.h 
 22  # QTPropertyClass OSType Movies.h 
 23  # QTPropertyID OSType Movies.h 
 24  # ByteCount UInt32 MacTypes.h 
 25  # QTPropertyValuePtr void* Movies.h 
 26  # Movie 
 27   
 28  OSErr = ctypes.c_short 
 29  OSStatus = ctypes.c_int 
 30  ItemCount = ctypes.c_uint 
 31  FourCharCode = ctypes.c_int 
 32  OSType = FourCharCode 
 33  QTPropertyClass = OSType 
 34  QTPropertyID = OSType 
 35  ByteCount = ctypes.c_uint 
 36  QTPropertyValuePtr = ctypes.c_void_p 
 37  QTVisualContextRef = ctypes.c_void_p 

 38 -class Rect(ctypes.Structure): 

 39      _fields_ = [("top",   ctypes.c_short), 
 40                  ("left",  ctypes.c_short), 
 41                  ("bottom",ctypes.c_short), 
 42                  ("right", ctypes.c_short)] 

 43   
 44  Movie = ctypes.c_void_p # not done 
 45   

 46 -class QTNewMoviePropertyElement(ctypes.Structure): 

 47      _fields_ = [("propClass",QTPropertyClass), 
 48                  ("propID",QTPropertyID), 
 49                  ("propValueSize",ByteCount), 
 50                  ("propValueAddress",QTPropertyValuePtr), 
 51                  ("propStatus",OSStatus)] 

 52   

 53 -def FOUR_CHAR_CODE(code): 

 54      assert isinstance(code,str) 
 55      assert len(code)==4 
 56      val = 0 
 57      for i in range(4): 
 58          c = code[i] 
 59          ordc = ord(c) 
 60          addval = ordc << (3-i)*8 
 61          #print '%d: %s %x %x'%(i,c,ordc,addval) 
 62          val += addval 
 63      #print '%x\n'%val 
 64      return val 

 65   
 66  if 1: 
 67      kQTPropertyClass_DataLocation = FOUR_CHAR_CODE('dloc') 
 68      kQTDataLocationPropertyID_DataReference = FOUR_CHAR_CODE('dref') # DataReferenceRecord (for semantics of NewMovieFromDataRef) 
 69      kQTDataLocationPropertyID_CFStringNativePath = FOUR_CHAR_CODE('cfnp') 
 70      kQTDataLocationPropertyID_CFStringPosixPath = FOUR_CHAR_CODE('cfpp') 
 71      kQTDataLocationPropertyID_CFStringHFSPath = FOUR_CHAR_CODE('cfhp') 
 72      kQTDataLocationPropertyID_CFStringWindowsPath = FOUR_CHAR_CODE('cfwp') 
 73      kQTDataLocationPropertyID_CFURL = FOUR_CHAR_CODE('cfur') 
 74      kQTDataLocationPropertyID_QTDataHandler = FOUR_CHAR_CODE('qtdh') # for semantics of NewMovieFromStorageOffset 
 75      kQTDataLocationPropertyID_Scrap = FOUR_CHAR_CODE('scrp') 
 76      kQTDataLocationPropertyID_LegacyMovieResourceHandle = FOUR_CHAR_CODE('rezh') # QTNewMovieUserProcInfo * (for semantics of NewMovieFromHandle) 
 77      kQTDataLocationPropertyID_MovieUserProc = FOUR_CHAR_CODE('uspr') # for semantics of NewMovieFromUserProc 
 78      kQTDataLocationPropertyID_ResourceFork = FOUR_CHAR_CODE('rfrk') # for semantics of NewMovieFromFile 
 79      kQTDataLocationPropertyID_DataFork = FOUR_CHAR_CODE('dfrk') # for semantics of NewMovieFromDataFork64 
 80      kQTPropertyClass_Context      = FOUR_CHAR_CODE('ctxt') # Media Contexts 
 81      kQTContextPropertyID_AudioContext = FOUR_CHAR_CODE('audi') 
 82      kQTContextPropertyID_VisualContext = FOUR_CHAR_CODE('visu') 
 83      kQTPropertyClass_MovieResourceLocator = FOUR_CHAR_CODE('rloc') 
 84      kQTMovieResourceLocatorPropertyID_LegacyResID = FOUR_CHAR_CODE('rezi') # (input/result property) 
 85      kQTMovieResourceLocatorPropertyID_LegacyResName = FOUR_CHAR_CODE('rezn') # (result property) 
 86      kQTMovieResourceLocatorPropertyID_FileOffset = FOUR_CHAR_CODE('foff') # NewMovieFromDataFork[64] 
 87      kQTMovieResourceLocatorPropertyID_Callback = FOUR_CHAR_CODE('calb') # NewMovieFromUserProc(getProcrefcon) 
 88                                          # Uses kQTMovieDefaultDataRefPropertyID for default dataref 
 89      kQTPropertyClass_MovieInstantiation = FOUR_CHAR_CODE('mins') 
 90      kQTMovieInstantiationPropertyID_DontResolveDataRefs = FOUR_CHAR_CODE('rdrn') 
 91      kQTMovieInstantiationPropertyID_DontAskUnresolvedDataRefs = FOUR_CHAR_CODE('aurn') 
 92      kQTMovieInstantiationPropertyID_DontAutoAlternates = FOUR_CHAR_CODE('aaln') 
 93      kQTMovieInstantiationPropertyID_DontUpdateForeBackPointers = FOUR_CHAR_CODE('fbpn') 
 94      kQTMovieInstantiationPropertyID_AsyncOK = FOUR_CHAR_CODE('asok') 
 95      kQTMovieInstantiationPropertyID_IdleImportOK = FOUR_CHAR_CODE('imok') 
 96      kQTMovieInstantiationPropertyID_DontAutoUpdateClock = FOUR_CHAR_CODE('aucl') 
 97      kQTMovieInstantiationPropertyID_ResultDataLocationChanged = FOUR_CHAR_CODE('dlch') # (result property) 
 98      kQTPropertyClass_NewMovieProperty = FOUR_CHAR_CODE('mprp') 
 99      kQTNewMoviePropertyID_DefaultDataRef = FOUR_CHAR_CODE('ddrf') # DataReferenceRecord 
100      kQTNewMoviePropertyID_Active  = FOUR_CHAR_CODE('actv') 
101      kQTNewMoviePropertyID_DontInteractWithUser = FOUR_CHAR_CODE('intn') 
102       

103 -class qtlowlevelError(RuntimeError): 

104      pass 

105   
106  noErr = 0 
107  paramErr = -50 
108  movieToolboxUninitialized = -2020 

109 -def GetErrorString(value): 

110      if value == paramErr: 
111          return 'paramErr' 
112      elif value == movieToolboxUninitialized: 
113          return 'movieToolboxUninitialized' 
114      elif value != noErr: 
115          return 'error value: %d'%value 
116      else: 
117          return 'noErr' 

118       

119 -def CheckOSStatus(value): 

120      if value != noErr: 
121          raise qtlowlevelError(GetErrorString(value)) 
122      return value 

123   
124  NewMovieFromFile = QTMLClient.NewMovieFromFile 
125   
126  NewMovieFromProperties = QTMLClient.NewMovieFromProperties 
127  #NewMovieFromProperties.restype = OSStatus 
128  NewMovieFromProperties.restype = CheckOSStatus 
129  NewMovieFromProperties.argtypes = [ItemCount, 
130                                     ctypes.POINTER(QTNewMoviePropertyElement), 
131                                     ItemCount, 
132                                     ctypes.POINTER(QTNewMoviePropertyElement), 
133                                     ctypes.POINTER(Movie)] 
134   
135  InitializeQTML = QTMLClient.InitializeQTML 
136  EnterMovies = QTMLClient.EnterMovies 
137   
138  QTGetCFConstant = QTMLClient.QTGetCFConstant 
139   
140  GetMovieBox = QTMLClient.GetMovieBox 
141  GetMovieBox.argtypes = [Movie, 
142                          ctypes.POINTER(Rect)] 
143  SetMovieBox = QTMLClient.SetMovieBox 
144  SetMovieBox.argtypes = [Movie, 
145                          ctypes.POINTER(Rect)] 
146   
147  StartMovie = QTMLClient.StartMovie 
148  StartMovie.argtypes = [Movie] 
149   
150  MoviesTask = QTMLClient.MoviesTask 
151  MoviesTask.argtypes = [Movie,ctypes.c_long] 
152   
153  IsMovieDone = QTMLClient.IsMovieDone 
154  IsMovieDone.argtypes = [Movie] 
155   
156  GoToBeginningOfMovie = QTMLClient.GoToBeginningOfMovie 
157  GoToBeginningOfMovie.argtypes = [Movie] 
158   
159  FSSpec = ctypes.c_void_p 
160  CFStringRef = ctypes.c_void_p 
161  CFStringEncoding = ctypes.c_uint 
162  CFAllocatorRef = ctypes.c_void_p 
163  CFIndex = ctypes.c_int 
164  if 1: 
165      CFStringCreateWithCharacters = QTMLClient.CFStringCreateWithCharacters 
166      CFStringCreateWithCharacters.restype = CFStringRef 
167      CFStringCreateWithCharacters.argtypes = [CFAllocatorRef, 
168                                               ctypes.c_wchar_p, 
169                                               CFIndex] 
170       
171      CFStringCreateWithCString = QTMLClient.CFStringCreateWithCString 
172      CFStringCreateWithCString.restype = CFStringRef 
173      CFStringCreateWithCString.argtypes = [CFAllocatorRef, 
174                                            ctypes.c_char_p, 
175                                            CFStringEncoding] 
176   
177      CFStringGetCString = QTMLClient.CFStringGetCString 
178      CFStringGetCStringPtr = QTMLClient.CFStringGetCStringPtr 
179      CFStringGetCStringPtr.restype = ctypes.c_char_p 
180   
181      NativePathNameToFSSpec = QTMLClient.NativePathNameToFSSpec 
182      NativePathNameToFSSpec.restype = OSErr 
183      NativePathNameToFSSpec.argtypes = [ctypes.c_char_p, 
184                                         ctypes.POINTER(FSSpec), 
185                                         ctypes.c_long] 
186   
187      OpenMovieFile = QTMLClient.OpenMovieFile 
188       
189  if 1: 
190      kCFAllocatorDefault = 0 
191      kCFStringEncodingMacRoman = 0 # CoreFoundation/CFString.h 
192

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.qtlowlevel.qtlowlevelError-class.html0000644000076500000240000001454311224565531027642 0ustar astrawstaff VisionEgg.qtlowlevel.qtlowlevelError
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module qtlowlevel :: Class qtlowlevelError
[frames] | no frames]

Class qtlowlevelError

source code

              object --+                
                       |                
exceptions.BaseException --+            
                           |            
        exceptions.Exception --+        
                               |        
        exceptions.StandardError --+    
                                   |    
             exceptions.RuntimeError --+
                                       |
                                      qtlowlevelError
Instance Methods

Inherited from exceptions.RuntimeError: __init__, __new__

Inherited from exceptions.BaseException: __delattr__, __getattribute__, __getitem__, __getslice__, __reduce__, __repr__, __setattr__, __setstate__, __str__

Inherited from object: __hash__, __reduce_ex__

Properties

Inherited from exceptions.BaseException: args, message

Inherited from object: __class__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.qtlowlevel.QTNewMoviePropertyElement-class.html0000644000076500000240000001445211224565531031506 0ustar astrawstaff VisionEgg.qtlowlevel.QTNewMoviePropertyElement
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module qtlowlevel :: Class QTNewMoviePropertyElement
[frames] | no frames]

Class QTNewMoviePropertyElement

source code

ctypes.Structure --+
                   |
                  QTNewMoviePropertyElement
Class Variables
  _fields_ = [("propClass", QTPropertyClass), ("propID", QTPrope...
Class Variable Details

_fields_

Value:
[("propClass", QTPropertyClass), ("propID", QTPropertyID), ("propValue\
Size", ByteCount), ("propValueAddress", QTPropertyValuePtr), ("propSta\
tus", OSStatus)]

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.qtlowlevel.Rect-class.html0000644000076500000240000001372611224565531025331 0ustar astrawstaff VisionEgg.qtlowlevel.Rect
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module qtlowlevel :: Class Rect
[frames] | no frames]

Class Rect

source code

ctypes.Structure --+
                   |
                  Rect
Class Variables
  _fields_ = [("top", ctypes.c_short), ("left", ctypes.c_short),...
Class Variable Details

_fields_

Value:
[("top", ctypes.c_short), ("left", ctypes.c_short), ("bottom", ctypes.\
c_short), ("right", ctypes.c_short)]

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.qtmovie-module.html0000644000076500000240000001374011224565531024077 0ustar astrawstaff VisionEgg.qtmovie
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module qtmovie
[frames] | no frames]

Module qtmovie

source code

high level QuickTime Movie wrapper


Classes
  Rect
  Movie
An encapsulated QuickTime Movie
Functions
 
new_movie_from_filename(filename, MAX_PATH=255)
create a Movie from filename		 source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.qtmovie-pysrc.html0000644000076500000240000013540211224565531023752 0ustar astrawstaff VisionEgg.qtmovie
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module qtmovie
[frames] | no frames]

Source Code for Module VisionEgg.qtmovie

 1  """high level QuickTime Movie wrapper""" 
 2  import qtlowlevel 
 3  import ctypes 
 4   
 5  qtlowlevel.InitializeQTML(0) 
 6  qtlowlevel.EnterMovies() 
 7   

 8 -def new_movie_from_filename(filename, MAX_PATH=255): 

 9      """create a Movie from filename""" 
10      movieProps = (qtlowlevel.QTNewMoviePropertyElement * 5)() 
11      filename = unicode(filename) 
12   
13      movieFilePathRef = qtlowlevel.CFStringRef() 
14      movieFilePathRef.value = qtlowlevel.CFStringCreateWithCharacters(qtlowlevel.kCFAllocatorDefault, 
15                                                                       filename, 
16                                                                       len(filename)) 
17   
18      moviePropCount = 0 
19   
20      movieProps[moviePropCount].propClass = qtlowlevel.kQTPropertyClass_DataLocation 
21      movieProps[moviePropCount].propID = qtlowlevel.kQTDataLocationPropertyID_CFStringWindowsPath 
22      movieProps[moviePropCount].propValueSize = ctypes.sizeof(ctypes.c_void_p) 
23      movieProps[moviePropCount].propValueAddress = ctypes.cast(ctypes.byref(movieFilePathRef),ctypes.c_void_p) 
24      movieProps[moviePropCount].propStatus = 0 
25   
26      moviePropCount += 1 
27   
28      boolTrue = ctypes.c_ubyte(1) 
29      movieProps[moviePropCount].propClass = qtlowlevel.kQTPropertyClass_MovieInstantiation 
30      movieProps[moviePropCount].propID = qtlowlevel.kQTMovieInstantiationPropertyID_DontAskUnresolvedDataRefs 
31      movieProps[moviePropCount].propValueSize = ctypes.sizeof(boolTrue) 
32      movieProps[moviePropCount].propValueAddress = ctypes.cast(ctypes.pointer(boolTrue),ctypes.c_void_p) 
33      movieProps[moviePropCount].propStatus = 0 
34   
35      moviePropCount += 1 
36   
37      movieProps[moviePropCount].propClass = qtlowlevel.kQTPropertyClass_NewMovieProperty 
38      movieProps[moviePropCount].propID = qtlowlevel.kQTNewMoviePropertyID_Active 
39      movieProps[moviePropCount].propValueSize = ctypes.sizeof(boolTrue) 
40      movieProps[moviePropCount].propValueAddress = ctypes.cast(ctypes.pointer(boolTrue),ctypes.c_void_p) 
41      movieProps[moviePropCount].propStatus = 0 
42   
43      moviePropCount += 1 
44   
45      movieProps[moviePropCount].propClass = qtlowlevel.kQTPropertyClass_NewMovieProperty 
46      movieProps[moviePropCount].propID = qtlowlevel.kQTNewMoviePropertyID_DontInteractWithUser 
47      movieProps[moviePropCount].propValueSize = ctypes.sizeof(boolTrue) 
48      movieProps[moviePropCount].propValueAddress = ctypes.cast(ctypes.pointer(boolTrue),ctypes.c_void_p) 
49      movieProps[moviePropCount].propStatus = 0 
50   
51      moviePropCount += 1 
52   
53      theMovie = qtlowlevel.Movie() 
54      qtlowlevel.NewMovieFromProperties( moviePropCount, movieProps, 0, None, ctypes.byref(theMovie)) 
55      return Movie(theMovie) 

56   

57 -class Rect: 

58 -    def __init__(self,top=0,left=0,bottom=0,right=0): 

59          self.top = top 
60          self.left = left 
61          self.bottom = bottom 
62          self.right = right 

63   

64 -class Movie: 

65      """An encapsulated QuickTime Movie""" 

66 -    def __init__(self,theMovie): 

67          self.theMovie = theMovie 

68 -    def GetMovieBox(self): 

69          movieBounds = qtlowlevel.Rect() 
70          qtlowlevel.GetMovieBox(self.theMovie, ctypes.byref(movieBounds)) 
71          return Rect(top=movieBounds.top, 
72                      left=movieBounds.left, 
73                      bottom=movieBounds.bottom, 
74                      right=movieBounds.right) 

75       

76 -    def SetMovieBox(self,bounds): 

77          if not isinstance(bounds,Rect): 
78              raise ValueError('bounds argument must be instance of VisionEgg.qtmovie.Rect') 
79          b = qtlowlevel.Rect() 
80          (b.top, b.left, b.bottom, b.right) = (bounds.top, bounds.left, 
81                                                bounds.bottom, bounds.right) 
82          qtlowlevel.SetMovieBox(self.theMovie, ctypes.byref(b)) 

83 -    def StartMovie(self): 

84          qtlowlevel.StartMovie(self.theMovie) 

85   

86 -    def MoviesTask(self,value): 

87          qtlowlevel.MoviesTask(self.theMovie, value) 

88   

89 -    def IsMovieDone(self): 

90          return qtlowlevel.IsMovieDone(self.theMovie) 

91   

92 -    def GoToBeginningOfMovie(self): 

93          qtlowlevel.GoToBeginningOfMovie(self.theMovie) 

94

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.qtmovie.Movie-class.html0000644000076500000240000002174311224565531024777 0ustar astrawstaff VisionEgg.qtmovie.Movie
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module qtmovie :: Class Movie
[frames] | no frames]

Class Movie

source code

An encapsulated QuickTime Movie


Instance Methods
 
__init__(self, theMovie) source code
 
GetMovieBox(self) source code
 
SetMovieBox(self, bounds) source code
 
StartMovie(self) source code
 
MoviesTask(self, value) source code
 
IsMovieDone(self) source code
 
GoToBeginningOfMovie(self) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.qtmovie.Rect-class.html0000644000076500000240000001246411224565531024615 0ustar astrawstaff VisionEgg.qtmovie.Rect
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module qtmovie :: Class Rect
[frames] | no frames]

Class Rect

source code

Instance Methods
 
__init__(self, top=0, left=0, bottom=0, right=0) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.QuickTime-module.html0000644000076500000240000001500511224565531024302 0ustar astrawstaff VisionEgg.QuickTime
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module QuickTime
[frames] | no frames]

Module QuickTime

source code


QuickTime movies in the Vision Egg.


Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  MovieTexture
Functions
 
new_movie_from_filename(filename, MAX_PATH=255)
create a Movie from filename		 source code
Variables
  __version__ = VisionEgg.release_name
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.QuickTime-pysrc.html0000644000076500000240000012432311224565531024161 0ustar astrawstaff VisionEgg.QuickTime
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module QuickTime
[frames] | no frames]

Source Code for Module VisionEgg.QuickTime

  1  # The Vision Egg: QuickTime 
  2  # 
  3  # Copyright (C) 2001-2003, 2006 Andrew Straw. 
  4  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  5  # URL: <http://www.visionegg.org/> 
  6  # 
  7  # Distributed under the terms of the GNU Lesser General Public License 
  8  # (LGPL). See LICENSE.TXT that came with this file. 
  9   
 10  """ 
 11  QuickTime movies in the Vision Egg. 
 12   
 13  """ 
 14   
 15  import VisionEgg 
 16  import VisionEgg.gl_qt # C implementation of GL/QT interface 
 17  import VisionEgg.qtmovie as qtmovie 
 18  import VisionEgg.Textures 
 19   
 20  import numpy.oldnumeric as Numeric 
 21  import os 
 22   
 23  import VisionEgg.GL as gl # get all OpenGL stuff in one namespace 
 24   
 25  __version__ = VisionEgg.release_name 
 26  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 27   
 28  ####################################################### 
 29   
 30  new_movie_from_filename = qtmovie.new_movie_from_filename 
 31       

 32 -class MovieTexture(VisionEgg.Textures.Texture): 

 33   
 34      __slots__ = ( 
 35          'movie', 
 36          'size', 
 37          'scale', 
 38          'gl_qt_renderer', 
 39          ) 
 40       

 41 -    def __init__(self, 
 42                   movie=None, 
 43                   texture_size=None, # be default will be big enough for full movie, otherwise 2-tuple 
 44                   ): 

 45          if not isinstance(movie,qtmovie.Movie): 
 46              if isinstance(movie,str) or isinstance(movie,unicode): 
 47                  movie = new_movie_from_filename(filename=movie) 
 48          self.movie = movie 
 49          bounds = self.movie.GetMovieBox() 
 50          height = bounds.bottom-bounds.top 
 51          width = bounds.right-bounds.left 
 52          self.movie.SetMovieBox(qtmovie.Rect(top=0,left=0,bottom=height,right=width)) 
 53          self.size = (width,height) 
 54          self.scale = 1.0 

 55   

 56 -    def make_half_size(self): 

 57          self.size = self.size[0]/2, self.size[1]/2 
 58          self.scale = self.scale/2 

 59   

 60 -    def unload(self): 

 61          raise NotImplementedError('') 

 62   

 63 -    def get_texels_as_image(self): 

 64          raise NotImplementedError('') 

 65       

 66 -    def load(self, texture_object, 
 67               build_mipmaps=False, 
 68               rescale_original_to_fill_texture_object = False, 
 69               internal_format=gl.GL_RGB, 
 70               ): 

 71          if build_mipmaps: 
 72              raise ValueError('cannot build mipmaps for QuickTime movies') 
 73          if rescale_original_to_fill_texture_object: 
 74              raise NotImplementedError('') 
 75          width,height = self.size 
 76          tex_shape = VisionEgg.Textures.next_power_of_2(max(width,height)) 
 77          # fractional coverage 
 78          self.buf_lf = 0.0 
 79          self.buf_rf = float(width)/tex_shape 
 80          self.buf_bf = 0.0 
 81          self.buf_tf = float(height)/tex_shape 
 82   
 83          # absolute (texel units) coverage 
 84          self._buf_l = 0 
 85          self._buf_r = width 
 86          self._buf_b = 0 
 87          self._buf_t = height 
 88           
 89          buffer = Numeric.zeros( (tex_shape,tex_shape), Numeric.UInt8 ) 
 90          texture_object.put_new_image( buffer, 
 91                                        internal_format=gl.GL_RGB, 
 92                                        mipmap_level=0 ) 
 93          self.texture_object = texture_object 
 94   
 95          self.gl_qt_renderer = VisionEgg.gl_qt.gl_qt_renderer_create(self.movie,tex_shape,self.scale) 

 96   

 97 -    def update(self): 

 98          # only call this when my texture unit is active 
 99          VisionEgg.gl_qt.gl_qt_renderer_update(self.gl_qt_renderer) 

100   

101 -    def __del__(self): 

102          VisionEgg.gl_qt.gl_qt_renderer_delete(self.gl_qt_renderer) 

103

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.QuickTime.MovieTexture-class.html0000644000076500000240000004476611224565531026601 0ustar astrawstaff VisionEgg.QuickTime.MovieTexture
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module QuickTime :: Class MovieTexture
[frames] | no frames]

Class MovieTexture

source code

      object --+    
               |    
Textures.Texture --+
                   |
                  MovieTexture
Instance Methods
 
__init__(self, movie=None, texture_size=None)
Creates instance of Texture object.		 source code
 
make_half_size(self) source code
 
unload(self)
Unload texture data from video texture memory.		 source code
 
get_texels_as_image(self)
Return texel data as PIL image		 source code
 
load(self, texture_object, build_mipmaps=False, rescale_original_to_fill_texture_object=False, internal_format=gl.GL_RGB)
Load texture data to video texture memory.		 source code
 
update(self)
Update texture data This method does nothing, but may be overriden in classes that need to update their texture data whenever drawn.		 source code
 
__del__(self) source code

Inherited from Textures.Texture: get_pixels_as_image, get_texture_object

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Properties

Inherited from object: __class__

Method Details

__init__(self, movie=None, texture_size=None)
(Constructor)

source code  
Creates instance of Texture object.

texels -- Texture data. If not specified, a blank white
          texture is created.
size -- If a tuple, force size of texture data if possible,
        raising an exception if not. If None, has no effect.
Overrides: Textures.Texture.__init__
(inherited documentation)

make_half_size(self)

source code 
Overrides: Textures.Texture.make_half_size

unload(self)

source code  
Unload texture data from video texture memory.

This only removes data from the video texture memory if there
are no other references to the TextureObject instance.  To
ensure this, all references to the texture_object argument
passed to the load() method should be deleted.
Overrides: Textures.Texture.unload
(inherited documentation)

get_texels_as_image(self)

source code  
Return texel data as PIL image
Overrides: Textures.Texture.get_texels_as_image
(inherited documentation)

load(self, texture_object, build_mipmaps=False, rescale_original_to_fill_texture_object=False, internal_format=gl.GL_RGB)

source code  
Load texture data to video texture memory.

This will cause the texture data to become resident in OpenGL
video texture memory, enabling fast drawing.

The texture_object argument is used to specify an instance of
the TextureObject class, which is a wrapper for the OpenGL
texture object holding the resident texture.

To remove a texture from OpenGL's resident textures:       TextureObject passed as the texture_object argument and 2)
call the unload() method
Overrides: Textures.Texture.load
(inherited documentation)

update(self)

source code  
Update texture data

This method does nothing, but may be overriden in classes that
need to update their texture data whenever drawn.

It it called by the draw() method of any stimuli using
textures when its texture object is active, so it can safely
use put_sub_image() to manipulate its own texture data.
Overrides: Textures.Texture.update
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ResponseControl-module.html0000644000076500000240000001336211224565531025552 0ustar astrawstaff VisionEgg.ResponseControl
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ResponseControl
[frames] | no frames]

Module ResponseControl

source code


Response control during a presentation is running.


Classes
  ResponseController
This abstract base class defines the interface to any ResponseController.
  KeyboardResponseController
Use the keyboard to collect responses during a presentation is running.
Variables
  __version__ = VisionEgg.release_name
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ResponseControl-pysrc.html0000644000076500000240000022661211224565531025431 0ustar astrawstaff VisionEgg.ResponseControl
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ResponseControl
[frames] | no frames]

Source Code for Module VisionEgg.ResponseControl

  1  # The Vision Egg: ResponseControl 
  2  # 
  3  # Author(s): Hubertus Becker <hubertus.becker@uni-tuebingen.de> 
  4  # Copyright: (C) 2005 by Hertie Institute for Clinical Brain Research, 
  5  #            Department of Cognitive Neurology, University of Tuebingen 
  6  # URL:       http://www.hubertus-becker.de/resources/visionegg/ 
  7  # 
  8  # This library is free software; you can redistribute it and/or modify 
  9  # it under the terms of the GNU Lesser General Public License as 
 10  # published by the Free Software Foundation; either version 2.1 of 
 11  # the License, or (at your option) any later version. 
 12   
 13  """ 
 14  Response control during a presentation is running. 
 15   
 16  """ 
 17   
 18  #################################################################### 
 19  # 
 20  #        Import all the necessary packages 
 21  # 
 22  #################################################################### 
 23   
 24  import logging 
 25  import logging.handlers 
 26   
 27  import VisionEgg 
 28  import VisionEgg.Core 
 29  import VisionEgg.FlowControl 
 30  import VisionEgg.DaqKeyboard 
 31  import VisionEgg.ParameterTypes as ve_types 
 32  import pygame 
 33   
 34  __version__ = VisionEgg.release_name 
 35   
 36  #################################################################### 
 37  # 
 38  #        ResponseController 
 39  # 
 40  #################################################################### 
 41   

 42 -class ResponseController(VisionEgg.FlowControl.Controller): 

 43      """This abstract base class defines the interface to any ResponseController. 
 44   
 45      This module provides an interface to collect responses during a 
 46      presentation is running. To interface with real data acquisition devices, 
 47      use a module that subclasses the classes defined here. 
 48   
 49      """ 
 50   

 51 -    def _reset(self): 

 52          self.responses = [] 
 53          self.responses_since_go = [] 
 54          self.time_responses_since_go = [] 
 55          self.first_responses_since_go = [] 
 56          self.time_first_responses_since_go = None 
 57          self.status_first_responses_since_go = False 
 58          self.last_responses_since_go = [] 
 59          self.time_last_responses_since_go = None 

 60   

 61 -    def __init__(self, **kw): 

 62          self._reset() 

 63   

 64 -    def get_responses(self): 

 65          """Returns the responses in the current frame.""" 
 66          return self.responses 

 67   
 68      get_data = get_responses # For backward compatibility 
 69   

 70 -    def get_responses_since_go(self): 

 71          """Returns all responses since the main 'go' loop has been 
 72          started.""" 
 73          return self.responses_since_go 

 74   

 76          """Returns the time stamps for all responses since the main 'go' 
 77          loop has been started.""" 
 78          return self.time_responses_since_go 

 79   

 80 -    def get_first_response_since_go(self, index=0): 

 81          """Returns the first response since the main 'go' loop has been 
 82          started.""" 
 83          if self.first_responses_since_go == []: 
 84              return [] 
 85          else: 
 86              return self.first_responses_since_go[index] 

 87   

 89          """Returns the first responses since the main 'go' loop has been 
 90          started.""" 
 91          return self.first_responses_since_go 

 92   

 94          """Returns the time stamp for first responses since the main 'go' 
 95          loop has been started.""" 
 96          return self.time_first_responses_since_go 

 97   
 98      get_time_first_responses_since_go = get_time_first_response_since_go 
 99   

100 -    def get_last_response_since_go(self, index=0): 

101          """Returns the last response since the main 'go' loop has been 
102          started.""" 
103          if self.last_responses_since_go == []: 
104              return [] 
105          else: 
106              return self.last_responses_since_go[index] 

107   

109          """Returns the last responses since the main 'go' loop has been 
110          started.""" 
111          return self.last_responses_since_go 

112   

114          """Returns the time stamp for last response since the main 'go' 
115          loop has been started.""" 
116          return self.time_last_responses_since_go 

117   
118      get_time_last_responses_since_go = get_time_last_response_since_go 
119   

120 -    def between_go_eval(self): 

121          """Evaluate between runs of the main 'go' loop. 
122   
123          Override this method in subclasses.""" 
124          raise RuntimeError("%s: Definition of between_go_eval() in abstract base class ResponseController must be overriden."%(str(self),)) 

125   

126 -    def during_go_eval(self): 

127          """Evaluate during the main 'go' loop. 
128   
129          Override this method in subclasses.""" 
130          raise RuntimeError("%s: Definition of during_go_eval() in abstract base class ResponseController must be overriden."%(str(self),)) 

131   
132   
133  #################################################################### 
134  # 
135  #        KeyboardResponseController 
136  # 
137  #################################################################### 
138   
139  #class KeyboardResponseController(VisionEgg.ReponseController): 

140 -class KeyboardResponseController(ResponseController): 

141      """Use the keyboard to collect responses during a presentation is running.""" 
142   

143 -    def __init__(self): 

144          VisionEgg.FlowControl.Controller.__init__(self, 
145              return_type=ve_types.get_type(None), 
146              eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME, 
147              temporal_variables=VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO 
148          ) 
149          self.input = VisionEgg.DaqKeyboard.KeyboardInput() 

150   

151 -    def between_go_eval(self): 

152          return None # Ignore keyboard 

153   

154 -    def during_go_eval(self): 

155          if self.time_sec_since_go <= 0.01: # Reset it every presentation 
156              self._reset() 
157  #       self.responses = self.input.get_pygame_data() 
158          self.responses = self.input.get_string_data() 
159          if len(self.responses) > 0: 
160              self.responses_since_go.append(self.responses) 
161              self.time_responses_since_go.append(self.time_sec_since_go) 
162              if self.status_first_responses_since_go == False: 
163                  self.time_first_responses_since_go = self.time_sec_since_go 
164                  self.first_responses_since_go = self.responses 
165                  self.status_first_responses_since_go = True 
166              self.time_last_responses_since_go = self.time_sec_since_go 
167              self.last_responses_since_go = self.responses 
168          return None 

169

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:51 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ResponseControl.KeyboardResponseController-class.html0000644000076500000240000003666011224565531032722 0ustar astrawstaff VisionEgg.ResponseControl.KeyboardResponseController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ResponseControl :: Class KeyboardResponseController
[frames] | no frames]

Class KeyboardResponseController

source code

            object --+        
                     |        
FlowControl.Controller --+    
                         |    
        ResponseController --+
                             |
                            KeyboardResponseController

Use the keyboard to collect responses during a presentation is running.


Instance Methods
 
__init__(self) source code
 
between_go_eval(self)
Evaluate between runs of the main 'go' loop.		 source code
 
during_go_eval(self)
Evaluate during the main 'go' loop.		 source code

Inherited from ResponseController: get_data, get_first_response_since_go, get_first_responses_since_go, get_last_response_since_go, get_last_responses_since_go, get_responses, get_responses_since_go, get_time_first_response_since_go, get_time_first_responses_since_go, get_time_last_response_since_go, get_time_last_responses_since_go, get_time_responses_since_go

Inherited from FlowControl.Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self)
(Constructor)

source code 
Overrides: ResponseController.__init__

between_go_eval(self)

source code  
Evaluate between runs of the main 'go' loop.

Override this method in subclasses.
Overrides: ResponseController.between_go_eval
(inherited documentation)

during_go_eval(self)

source code  
Evaluate during the main 'go' loop.

Override this method in subclasses.
Overrides: ResponseController.during_go_eval
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ResponseControl.ResponseController-class.html0000644000076500000240000005643611224565531031244 0ustar astrawstaff VisionEgg.ResponseControl.ResponseController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ResponseControl :: Class ResponseController
[frames] | no frames]

Class ResponseController

source code

            object --+    
                     |    
FlowControl.Controller --+
                         |
                        ResponseController

This abstract base class defines the interface to any ResponseController.

This module provides an interface to collect responses during a
presentation is running. To interface with real data acquisition devices,
use a module that subclasses the classes defined here.


Instance Methods
 
__init__(self, **kw)
Create instance of Controller.		 source code
 
get_responses(self)
Returns the responses in the current frame.		 source code
 
get_data(self)
Returns the responses in the current frame.		 source code
 
get_responses_since_go(self)
Returns all responses since the main 'go' loop has been started.		 source code
 
get_time_responses_since_go(self)
Returns the time stamps for all responses since the main 'go' loop has been started.		 source code
 
get_first_response_since_go(self, index=0)
Returns the first response since the main 'go' loop has been started.		 source code
 
get_first_responses_since_go(self)
Returns the first responses since the main 'go' loop has been started.		 source code
 
get_time_first_response_since_go(self)
Returns the time stamp for first responses since the main 'go' loop has been started.		 source code
 
get_time_first_responses_since_go(self)
Returns the time stamp for first responses since the main 'go' loop has been started.		 source code
 
get_last_response_since_go(self, index=0)
Returns the last response since the main 'go' loop has been started.		 source code
 
get_last_responses_since_go(self)
Returns the last responses since the main 'go' loop has been started.		 source code
 
get_time_last_response_since_go(self)
Returns the time stamp for last response since the main 'go' loop has been started.		 source code
 
get_time_last_responses_since_go(self)
Returns the time stamp for last response since the main 'go' loop has been started.		 source code
 
between_go_eval(self)
Evaluate between runs of the main 'go' loop.		 source code
 
during_go_eval(self)
Evaluate during the main 'go' loop.		 source code

Inherited from FlowControl.Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create instance of Controller.

Arguments:

eval_frequency -- Int, bitwise "or" of flags
temporal_variables -- Int, bitwise "or" of flags
return_type -- Set to type() of the parameter under control
Overrides: FlowControl.Controller.__init__
(inherited documentation)

between_go_eval(self)

source code  
Evaluate between runs of the main 'go' loop.

Override this method in subclasses.
Overrides: FlowControl.Controller.between_go_eval

during_go_eval(self)

source code  
Evaluate during the main 'go' loop.

Override this method in subclasses.
Overrides: FlowControl.Controller.during_go_eval

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.SphereMap-module.html0000644000076500000240000001435611224565531024303 0ustar astrawstaff VisionEgg.SphereMap
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module SphereMap
[frames] | no frames]

Module SphereMap

source code


Stimuli on spheres, including texture maps.


Classes
  AzElGrid
Spherical grid of iso-azimuth and iso-elevation lines.
  SphereMap
Mercator mapping of rectangular texture onto sphere.
  SphereGrating
Map 2D sinusoidal grating onto sphere.
  SphereWindow
This draws an opaque sphere with a single window in it.
Variables
  __version__ = VisionEgg.release_name
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.SphereMap-pysrc.html0000644000076500000240000146245511224565531024166 0ustar astrawstaff VisionEgg.SphereMap
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module SphereMap
[frames] | no frames]

Source Code for Module VisionEgg.SphereMap

   1  # The Vision Egg: SphereMap 
   2  # 
   3  # Copyright (C) 2001-2004 Andrew Straw. 
   4  # Copyright (C) 2005-2008 California Institute of Technology 
   5  # 
   6  # Author: Andrew Straw <astraw@users.sourceforge.net> 
   7  # URL: <http://www.visionegg.org/> 
   8  # 
   9  # Distributed under the terms of the GNU Lesser General Public License 
  10  # (LGPL). See LICENSE.TXT that came with this file. 
  11   
  12  """ 
  13  Stimuli on spheres, including texture maps. 
  14   
  15  """ 
  16   
  17  import math, types 
  18   
  19  import logging 
  20   
  21  import VisionEgg.Core 
  22  import VisionEgg.Textures 
  23  import VisionEgg.Text 
  24  import VisionEgg.Gratings 
  25  import VisionEgg.ThreeDeeMath 
  26  import VisionEgg.ParameterTypes as ve_types 
  27   
  28  import numpy 
  29  import numpy.oldnumeric as Numeric 
  30  import Image 
  31   
  32  import VisionEgg.GL as gl # get all OpenGL stuff in one namespace 
  33   
  34  __version__ = VisionEgg.release_name 
  35   

  36 -class AzElGrid(VisionEgg.Core.Stimulus): 

  37      """Spherical grid of iso-azimuth and iso-elevation lines. 
  38   
  39      Parameters 
  40      ========== 
  41      anti_aliasing    -- (Boolean) 
  42                          Default: True 
  43      center_azimuth   -- (Real) 
  44                          Default: 0.0 
  45      center_elevation -- (Real) 
  46                          Default: 0.0 
  47      major_line_color -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
  48                          Default: (0.0, 0.0, 0.0) 
  49      major_line_width -- (Real) 
  50                          Default: 2.0 
  51      minor_line_color -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
  52                          Default: (0.0, 0.0, 1.0) 
  53      minor_line_width -- (Real) 
  54                          Default: 1.0 
  55      my_viewport      -- (Instance of <class 'VisionEgg.Core.Viewport'>) 
  56                          Default: (determined at runtime) 
  57      on               -- (Boolean) 
  58                          Default: True 
  59      text_offset      -- (Sequence2 of Real) 
  60                          Default: (3, -2) 
  61   
  62      Constant Parameters 
  63      =================== 
  64      az_major_spacing       -- (Real) 
  65                                Default: 30.0 
  66      az_minor_spacing       -- (Real) 
  67                                Default: 10.0 
  68      el_major_spacing       -- (Real) 
  69                                Default: 30.0 
  70      el_minor_spacing       -- (Real) 
  71                                Default: 10.0 
  72      font_size              -- (UnsignedInteger) 
  73                                Default: 24 
  74      num_samples_per_circle -- (UnsignedInteger) 
  75                                Default: 100 
  76      radius                 -- (Real) 
  77                                Default: 1.0 
  78      text_anchor            -- (String) 
  79                                Default: lowerleft 
  80      text_color             -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
  81                                Default: (0.0, 0.0, 0.0) 
  82      use_text               -- (Boolean) 
  83                                Default: True 
  84      """ 
  85   
  86      parameters_and_defaults = { 
  87          'on':(True, 
  88                ve_types.Boolean), 
  89          'center_azimuth':(0.0, # 0=right, 90=right 
  90                            ve_types.Real), 
  91          'center_elevation':(0.0, # 0=right, 90=up 
  92                              ve_types.Real), 
  93          'minor_line_width':(1.0, 
  94                              ve_types.Real), 
  95          'major_line_width':(2.0, 
  96                              ve_types.Real), 
  97          'minor_line_color':((0.0,0.0,1.0), 
  98                              ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
  99                                             ve_types.Sequence4(ve_types.Real))), 
 100          'major_line_color':((0.0,0.0,0.0), 
 101                              ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
 102                                             ve_types.Sequence4(ve_types.Real))), 
 103          'my_viewport':(None, # viewport I'm in 
 104                         ve_types.Instance(VisionEgg.Core.Viewport)), 
 105          'text_offset':((3,-2), # offset (x,y) to nudge text labels 
 106                         ve_types.Sequence2(ve_types.Real)), 
 107          'anti_aliasing' : ( True, 
 108                              ve_types.Boolean ), 
 109          } 
 110   
 111      constant_parameters_and_defaults = { 
 112          'use_text':(True, 
 113                      ve_types.Boolean), 
 114          'radius':(1.0, 
 115                    ve_types.Real), 
 116          'az_minor_spacing':(10.0, 
 117                              ve_types.Real), 
 118          'az_major_spacing':(30.0, 
 119                              ve_types.Real), 
 120          'el_minor_spacing':(10.0, 
 121                              ve_types.Real), 
 122          'el_major_spacing':(30.0, 
 123                              ve_types.Real), 
 124          'num_samples_per_circle':(100, 
 125                                    ve_types.UnsignedInteger), 
 126          'font_size':(24, 
 127                       ve_types.UnsignedInteger), 
 128          'text_color':((0.0,0.0,0.0), 
 129                        ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
 130                                       ve_types.Sequence4(ve_types.Real))), 
 131          'text_anchor':('lowerleft', 
 132                         ve_types.String), 
 133          } 
 134   
 135      __slots__ = ( 
 136          'cached_minor_lines_display_list', 
 137          'cached_major_lines_display_list', 
 138          'text_viewport', 
 139          'text_viewport_orig', 
 140          '_gave_alpha_warning', 
 141          'labels', 
 142          'labels_xyz', 
 143          ) 
 144   

 145 -    def __init__(self,**kw): 

 146          VisionEgg.Core.Stimulus.__init__(self,**kw) 
 147          self.cached_minor_lines_display_list = gl.glGenLists(1) # Allocate a new display list 
 148          self.cached_major_lines_display_list = gl.glGenLists(1) # Allocate a new display list 
 149          self.__rebuild_display_lists() 
 150          self.text_viewport = None # not set yet 
 151          self._gave_alpha_warning = False 

 152   

 153 -    def __rebuild_display_lists(self): 

 154          def get_xyz(theta,phi,radius): 
 155              # theta normally between 0 and pi (north pole to south pole) 
 156              # phi between -pi and pi 
 157              y = radius * math.cos( theta ) 
 158              w = radius * math.sin( theta ) 
 159              x = w * math.cos( phi ) 
 160              z = w * math.sin( phi ) 
 161              return x,y,z 

 162          def draw_half_great_circle(az): 
 163              for i in range(cp.num_samples_per_circle/2): 
 164                  # let theta exceed 1 pi to draw 2nd half of circle 
 165                  theta_start = i/float(cp.num_samples_per_circle)*2*math.pi 
 166                  theta_stop = (i+1)/float(cp.num_samples_per_circle)*2*math.pi 
 167                  phi_start = phi_stop = (az-90.0)/180.0*math.pi 
 168                  x_start,y_start,z_start = get_xyz(theta_start,phi_start,cp.radius) 
 169                  x_stop,y_stop,z_stop = get_xyz(theta_stop,phi_stop,cp.radius) 
 170                  gl.glVertex3f(x_start, y_start, z_start) 
 171                  gl.glVertex3f(x_stop, y_stop, z_stop) 

 172          def draw_iso_elevation_circle(el): 
 173              # el from -90 = pi to el 90 = 0 
 174              theta_start = theta_stop = -(el-90) / 180.0 * math.pi 
 175              for i in range(cp.num_samples_per_circle): 
 176                  phi_start = i/float(cp.num_samples_per_circle)*2*math.pi 
 177                  phi_stop = (i+1)/float(cp.num_samples_per_circle)*2*math.pi 
 178                  x_start,y_start,z_start = get_xyz(theta_start,phi_start,cp.radius) 
 179                  x_stop,y_stop,z_stop = get_xyz(theta_stop,phi_stop,cp.radius) 
 180                  gl.glVertex3f(x_start, y_start, z_start) 
 181                  gl.glVertex3f(x_stop, y_stop, z_stop) 
 182   
 183          cp = self.constant_parameters 
 184          # Weird range construction to be sure to include zero. 
 185          azs_major = numpy.concatenate(( 
 186              numpy.arange(0.0,180.0,cp.az_major_spacing), 
 187              -numpy.arange(0.0,180.0,cp.az_major_spacing)[1:])) 
 188          azs_minor = numpy.concatenate(( 
 189              numpy.arange(0.0,180.0,cp.az_minor_spacing), 
 190              -numpy.arange(0.0,180.0,cp.az_minor_spacing)[1:])) 
 191          els_major = numpy.concatenate(( 
 192              numpy.arange(0.0,90.0,cp.el_major_spacing), 
 193              -numpy.arange(0.0,90.0,cp.el_major_spacing)[1:])) 
 194          els_minor = numpy.concatenate(( 
 195              numpy.arange(0.0,90.0,cp.el_minor_spacing), 
 196              -numpy.arange(0.0,90.0,cp.el_minor_spacing)[1:])) 
 197   
 198          gl.glNewList(self.cached_minor_lines_display_list,gl.GL_COMPILE) 
 199          gl.glBegin(gl.GL_LINES) 
 200          # az minor 
 201          for az in azs_minor: 
 202              if az in azs_major: 
 203                  continue # draw only once as major 
 204              draw_half_great_circle(az) 
 205          for el in els_minor: 
 206              if el in els_major: 
 207                  continue # draw only once as major 
 208              draw_iso_elevation_circle(el) 
 209          gl.glEnd() 
 210          gl.glEndList() 
 211   
 212          gl.glNewList(self.cached_major_lines_display_list,gl.GL_COMPILE) 
 213          gl.glBegin(gl.GL_LINES) 
 214          for az in azs_major: 
 215              draw_half_great_circle(az) 
 216          for el in els_major: 
 217              draw_iso_elevation_circle(el) 
 218          gl.glEnd() 
 219          gl.glEndList() 
 220   
 221          if cp.use_text: 
 222              self.labels = [] 
 223              self.labels_xyz = [] 
 224              els_major = list(els_major)+[90.0] # make sure we have north pole 
 225              for el in els_major: 
 226                  for az in azs_major: 
 227                      theta = -(el-90) / 180.0 * math.pi 
 228                      phi = (az-90.0)/180.0*math.pi 
 229                      x,y,z = get_xyz(theta,phi,cp.radius) 
 230                      self.labels_xyz.append((x,y,z)) 
 231                      self.labels.append( 
 232                          VisionEgg.Text.Text( text = '%.0f, %.0f'%(az,el), 
 233                                               font_size = cp.font_size, 
 234                                               color = cp.text_color, 
 235                                               anchor = cp.text_anchor, 
 236                                               ) 
 237                          ) 
 238                      if (el == -90) or (el == 90): 
 239                          self.labels[-1].parameters.text = 'x, %.0f'%(el,) 
 240                          break # only one label at the poles 
 241   
 242              self.labels_xyz = Numeric.array(self.labels_xyz) 
 243   

 244 -    def draw(self): 

 245          p = self.parameters 
 246          cp = self.constant_parameters 
 247          if p.on: 
 248              # Set OpenGL state variables 
 249              gl.glDisable( gl.GL_DEPTH_TEST ) 
 250              gl.glDisable( gl.GL_TEXTURE_2D )  # Make sure textures are not drawn 
 251              gl.glMatrixMode(gl.GL_MODELVIEW) 
 252              gl.glPushMatrix() 
 253              gl.glRotatef(p.center_azimuth,0.0,-1.0,0.0) 
 254              gl.glRotatef(p.center_elevation,1.0,0.0,0.0) 
 255   
 256              if p.anti_aliasing: 
 257                  if len(p.minor_line_color) == 4 and not self._gave_alpha_warning: 
 258                      if p.minor_line_color[3] != 1.0: 
 259                          logger = logging.getLogger('VisionEgg.SphereMap') 
 260                          logger.warning("The parameter anti_aliasing is " 
 261                                         "set to true in the AzElGrid " 
 262                                         "stimulus class, but the color " 
 263                                         "parameter specifies an alpha " 
 264                                         "value other than 1.0.  To " 
 265                                         "acheive the best anti-aliasing, " 
 266                                         "ensure that the alpha value for " 
 267                                         "the color parameter is 1.0.") 
 268                          self._gave_alpha_warning = 1 
 269                  if len(p.major_line_color) == 4 and not self._gave_alpha_warning: 
 270                      if p.major_line_color[3] != 1.0: 
 271                          logger = logging.getLogger('VisionEgg.SphereMap') 
 272                          logger.warning("The parameter anti_aliasing is " 
 273                                         "set to true in the AzElGrid " 
 274                                         "stimulus class, but the color " 
 275                                         "parameter specifies an alpha " 
 276                                         "value other than 1.0.  To " 
 277                                         "acheive the best anti-aliasing, " 
 278                                         "ensure that the alpha value for " 
 279                                         "the color parameter is 1.0.") 
 280                          self._gave_alpha_warning = 1 
 281                  gl.glEnable( gl.GL_LINE_SMOOTH ) 
 282                  # allow max_alpha value to control blending 
 283                  gl.glEnable( gl.GL_BLEND ) 
 284                  gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) 
 285              else: 
 286                  gl.glDisable( gl.GL_BLEND ) 
 287   
 288              if len(p.minor_line_color)==3: 
 289                  gl.glColor3f(*p.minor_line_color) 
 290              elif len(p.minor_line_color)==4: 
 291                  gl.glColor4f(*p.minor_line_color) 
 292              gl.glLineWidth(p.minor_line_width) 
 293              gl.glCallList(self.cached_minor_lines_display_list) 
 294   
 295              if len(p.major_line_color)==3: 
 296                  gl.glColor3f(*p.major_line_color) 
 297              elif len(p.major_line_color)==4: 
 298                  gl.glColor4f(*p.major_line_color) 
 299              gl.glLineWidth(p.major_line_width) 
 300              gl.glCallList(self.cached_major_lines_display_list) 
 301   
 302              if p.anti_aliasing: 
 303                  gl.glDisable( gl.GL_LINE_SMOOTH ) # turn off 
 304   
 305              if cp.use_text: 
 306                  my_view = p.my_viewport 
 307                  if (my_view is None) or (not my_view._is_drawing): 
 308                      raise ValueError('use_text is True, but my_viewport not (properly) assigned') 
 309   
 310                  if self.text_viewport is None or self.text_viewport_orig != my_view: 
 311                      # make viewport for text (uses default orthographic projection) 
 312                      vp = my_view.parameters 
 313                      self.text_viewport = VisionEgg.Core.Viewport(screen=vp.screen, 
 314                                                                   position=vp.position, 
 315                                                                   size=vp.size, 
 316                                                                   anchor=vp.anchor, 
 317                                                                   ) 
 318                      lowerleft = VisionEgg._get_lowerleft(vp.position,vp.anchor,vp.size) 
 319                      self.text_viewport.parameters.projection.stateless_translate(-lowerleft[0],-lowerleft[1],0) 
 320                      self.text_viewport_orig = p.my_viewport # in case my_viewport changes, change text_viewport 
 321   
 322                  # draw text labels 
 323                  my_proj = my_view.parameters.projection 
 324   
 325                  xyz = self.labels_xyz 
 326   
 327                  t = VisionEgg.ThreeDeeMath.TransformMatrix() 
 328                  t.rotate( p.center_azimuth,0.0,-1.0,0.0  ) # acheive same transforms as the lines 
 329                  t.rotate( p.center_elevation,1.0,0.0,0.0 ) 
 330   
 331                  xyz = t.transform_vertices(self.labels_xyz) 
 332   
 333                  clip = my_proj.eye_2_clip(xyz) 
 334                  try: 
 335                      # this is much faster when no OverflowError... 
 336                      window_coords = my_view.clip_2_window(clip) 
 337                      all_at_once = True 
 338                  except OverflowError: 
 339                      all_at_once = False 
 340                  draw_labels = [] 
 341                  for i in range(len(self.labels)): 
 342                      if clip[i,3] < 0: continue # this vertex is not on screen 
 343                      label = self.labels[i] 
 344                      if all_at_once: 
 345                          this_pos = window_coords[i,:2] 
 346                      else: 
 347                          try: 
 348                              window_coords = my_view.clip_2_window(clip[i,:]) 
 349                          except OverflowError: 
 350                              continue # not much we can do with this vertex, either 
 351                          this_pos = window_coords[:2] 
 352                      label.parameters.position = (this_pos[0] + p.text_offset[0], 
 353                                                   this_pos[1] + p.text_offset[1]) 
 354                      draw_labels.append(label) 
 355                  self.text_viewport.parameters.stimuli = draw_labels 
 356                  self.text_viewport.draw() 
 357                  my_view.make_current() # restore viewport 
 358              gl.glPopMatrix() 

 359   

 360 -class SphereMap(VisionEgg.Textures.TextureStimulusBaseClass): 

 361      """Mercator mapping of rectangular texture onto sphere. 
 362   
 363      Parameters 
 364      ========== 
 365      center_azimuth     -- (Real) 
 366                            Default: 0.0 
 367      center_elevation   -- (Real) 
 368                            Default: 0.0 
 369      contrast           -- (Real) 
 370                            Default: 1.0 
 371      on                 -- (Boolean) 
 372                            Default: True 
 373      radius             -- (Real) 
 374                            Default: 1.0 
 375      slices             -- (UnsignedInteger) 
 376                            Default: 30 
 377      stacks             -- (UnsignedInteger) 
 378                            Default: 30 
 379      texture            -- source of texture data (Instance of <class 'VisionEgg.Textures.Texture'>) 
 380                            Inherited from VisionEgg.Textures.TextureStimulusBaseClass 
 381                            Default: (determined at runtime) 
 382      texture_mag_filter -- OpenGL filter enum (Integer) 
 383                            Inherited from VisionEgg.Textures.TextureStimulusBaseClass 
 384                            Default: GL_LINEAR (9729) 
 385      texture_min_filter -- OpenGL filter enum (Integer) 
 386                            Inherited from VisionEgg.Textures.TextureStimulusBaseClass 
 387                            Default: (GL enum determined at runtime) 
 388      texture_wrap_s     -- OpenGL texture wrap enum (Integer) 
 389                            Inherited from VisionEgg.Textures.TextureStimulusBaseClass 
 390                            Default: (GL enum determined at runtime) 
 391      texture_wrap_t     -- OpenGL texture wrap enum (Integer) 
 392                            Inherited from VisionEgg.Textures.TextureStimulusBaseClass 
 393                            Default: (GL enum determined at runtime) 
 394   
 395      Constant Parameters 
 396      =================== 
 397      internal_format   -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer) 
 398                           Default: GL_RGB (6407) 
 399      mipmaps_enabled   -- Are mipmaps enabled? (Boolean) 
 400                           Default: True 
 401      shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean) 
 402                           Default: False 
 403      """ 
 404   
 405      parameters_and_defaults = { 
 406          'on':(True, 
 407                ve_types.Boolean), 
 408          'contrast':(1.0, 
 409                      ve_types.Real), 
 410          'center_azimuth':(0.0, # 0=right, 90=right 
 411                            ve_types.Real), 
 412          'center_elevation':(0.0, # 0=right, 90=up 
 413                              ve_types.Real), 
 414   
 415          # Changing these parameters will cause re-computation of display list (may cause frame skip) 
 416          'radius':(1.0, 
 417                    ve_types.Real), 
 418          'slices':(30, 
 419                    ve_types.UnsignedInteger), 
 420          'stacks':(30, 
 421                    ve_types.UnsignedInteger)} 
 422   
 423      __slots__ = ( 
 424          'cached_display_list', 
 425          '_cached_radius', 
 426          '_cached_slices', 
 427          '_cached_stacks', 
 428          ) 
 429   

 430 -    def __init__(self,**kw): 

 431          VisionEgg.Textures.TextureStimulusBaseClass.__init__(self,**kw) 
 432          self.cached_display_list = gl.glGenLists(1) # Allocate a new display list 
 433          self.__rebuild_display_list() 

 434   

 435 -    def __rebuild_display_list(self): 

 436          p = self.parameters 
 437   
 438          s_gain = p.texture.buf_rf - p.texture.buf_lf 
 439          t_gain = p.texture.buf_bf - p.texture.buf_tf 
 440   
 441          s_offs = p.texture.buf_lf 
 442          t_offs = p.texture.buf_tf 
 443   
 444          gl.glNewList(self.cached_display_list,gl.GL_COMPILE) 
 445          gl.glBegin(gl.GL_QUADS) 
 446   
 447          for stack in range(p.stacks): 
 448              stack_upper_frac = float(stack+1)/p.stacks 
 449              stack_lower_frac = float(stack)/p.stacks 
 450              theta_upper = stack_upper_frac * math.pi 
 451              theta_lower = stack_lower_frac * math.pi 
 452              y_upper = p.radius * math.cos( theta_upper ) 
 453              w_upper = p.radius * math.sin( theta_upper ) 
 454              y_lower = p.radius * math.cos( theta_lower ) 
 455              w_lower = p.radius * math.sin( theta_lower ) 
 456              for slice in range(p.slices): 
 457                  slice_start_frac = float(slice)/p.slices 
 458                  slice_stop_frac = float(slice+1)/p.slices 
 459                  phi_start = slice_start_frac * 2 * math.pi 
 460                  phi_stop = slice_stop_frac * 2 * math.pi 
 461                  x_start_upper = w_upper * math.cos(phi_start) 
 462                  x_start_lower = w_lower * math.cos(phi_start) 
 463                  x_stop_upper = w_upper * math.cos(phi_stop) 
 464                  x_stop_lower = w_lower * math.cos(phi_stop) 
 465                  z_start_upper = w_upper * math.sin(phi_start) 
 466                  z_start_lower = w_lower * math.sin(phi_start) 
 467                  z_stop_upper = w_upper * math.sin(phi_stop) 
 468                  z_stop_lower = w_lower * math.sin(phi_stop) 
 469   
 470                  tex_l = slice_start_frac*s_gain+s_offs 
 471                  tex_r = slice_stop_frac*s_gain+s_offs 
 472                  tex_b = stack_lower_frac*t_gain+t_offs 
 473                  tex_t = stack_upper_frac*t_gain+t_offs 
 474   
 475                  gl.glTexCoord2f(tex_l,tex_t) 
 476                  gl.glVertex3f(x_start_upper, y_upper, z_start_upper) 
 477   
 478                  gl.glTexCoord2f(tex_r,tex_t) 
 479                  gl.glVertex3f(x_stop_upper, y_upper, z_stop_upper) 
 480   
 481                  gl.glTexCoord2f(tex_r,tex_b) 
 482                  gl.glVertex3f(x_stop_lower, y_lower, z_stop_lower) 
 483   
 484                  gl.glTexCoord2f(tex_l,tex_b) 
 485                  gl.glVertex3f(x_start_lower, y_lower, z_start_lower) 
 486   
 487          gl.glEnd() 
 488          gl.glEndList() 
 489          self._cached_radius = p.radius 
 490          self._cached_slices = p.slices 
 491          self._cached_stacks = p.stacks 

 492   

 493 -    def draw(self): 

 494          """Redraw the scene on every frame. 
 495          """ 
 496          p = self.parameters 
 497   
 498          if self._cached_radius != p.radius or self._cached_slices != p.slices or self._cached_stacks != p.stacks: 
 499              self.__rebuild_display_list() 
 500   
 501          if p.on: 
 502              # Set OpenGL state variables 
 503              gl.glEnable( gl.GL_DEPTH_TEST ) 
 504              gl.glEnable( gl.GL_TEXTURE_2D )  # Make sure textures are drawn 
 505              gl.glEnable( gl.GL_BLEND ) # Contrast control implemented through blending 
 506   
 507              # All of the contrast control stuff is somewhat arcane and 
 508              # not very clear from reading the code, so here is how it 
 509              # works in English. (Not that it makes it any more clear!) 
 510              # 
 511              # In the final "textured fragment" (before being blended 
 512              # to the framebuffer), the color values are equal to those 
 513              # of the texture (with the exception of pixels around the 
 514              # edges which have their amplitudes reduced due to 
 515              # anti-aliasing and are intermediate between the color of 
 516              # the texture and mid-gray), and the alpha value is set to 
 517              # the contrast.  Blending occurs, and by choosing the 
 518              # appropriate values for glBlendFunc, adds the product of 
 519              # fragment alpha (contrast) and fragment color to the 
 520              # product of one minus fragment alpha (contrast) and what 
 521              # was already in the framebuffer. 
 522   
 523              gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) 
 524   
 525              gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_DECAL) 
 526   
 527              # clear modelview matrix 
 528              gl.glMatrixMode(gl.GL_MODELVIEW) 
 529              gl.glPushMatrix() 
 530              gl.glColor4f(0.5,0.5,0.5,p.contrast) # Set the polygons' fragment color (implements contrast) 
 531   
 532              if not self.constant_parameters.mipmaps_enabled: 
 533                  if p.texture_min_filter in VisionEgg.Textures.TextureStimulusBaseClass._mipmap_modes: 
 534                      raise RuntimeError("Specified a mipmap mode in texture_min_filter, but mipmaps not enabled.") 
 535              self.texture_object.set_min_filter( p.texture_min_filter ) 
 536              self.texture_object.set_mag_filter( p.texture_mag_filter ) 
 537              self.texture_object.set_wrap_mode_s( p.texture_wrap_s ) 
 538              self.texture_object.set_wrap_mode_t( p.texture_wrap_t ) 
 539   
 540              # center the texture map 
 541              gl.glRotatef(p.center_azimuth,0.0,-1.0,0.0) 
 542              gl.glRotatef(p.center_elevation,1.0,0.0,0.0) 
 543   
 544              gl.glCallList(self.cached_display_list) 
 545              gl.glPopMatrix() 

 546   

 547 -class SphereGrating(VisionEgg.Gratings.LuminanceGratingCommon): 

 548      """Map 2D sinusoidal grating onto sphere. 
 549   
 550      Parameters 
 551      ========== 
 552      bit_depth                       -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger) 
 553                                         Inherited from VisionEgg.Gratings.LuminanceGratingCommon 
 554                                         Default: 8 
 555      check_texture_size              -- (Boolean) 
 556                                         Default: True 
 557      contrast                        -- (Real) 
 558                                         Default: 1.0 
 559      grating_center_azimuth          -- (Real) 
 560                                         Default: 0.0 
 561      grating_center_elevation        -- (Real) 
 562                                         Default: 0.0 
 563      ignore_time                     -- (Boolean) 
 564                                         Default: False 
 565      lowpass_cutoff_cycles_per_texel -- helps prevent spatial aliasing (Real) 
 566                                         Default: 0.5 
 567      min_filter                      -- OpenGL filter enum (Integer) 
 568                                         Default: GL_LINEAR (9729) 
 569      num_samples                     -- (UnsignedInteger) 
 570                                         Default: 1024 
 571      on                              -- (Boolean) 
 572                                         Default: True 
 573      orientation                     -- (Real) 
 574                                         Default: 0.0 
 575      phase_at_t0                     -- (Real) 
 576                                         Default: 0.0 
 577      radius                          -- (Real) 
 578                                         Default: 1.0 
 579      slices                          -- (UnsignedInteger) 
 580                                         Default: 30 
 581      spatial_freq_cpd                -- (Real) 
 582                                         Default: 0.0277777777778 
 583      stacks                          -- (UnsignedInteger) 
 584                                         Default: 30 
 585      t0_time_sec_absolute            -- (Real) 
 586                                         Default: (determined at runtime) 
 587      temporal_freq_hz                -- (Real) 
 588                                         Default: 5.0 
 589      """ 
 590   
 591      parameters_and_defaults = { 
 592          'on':(True, 
 593                ve_types.Boolean), 
 594          'contrast':(1.0, 
 595                      ve_types.Real), 
 596          'spatial_freq_cpd':(1.0/36.0, # cycles/degree 
 597                              ve_types.Real), 
 598          'temporal_freq_hz':(5.0, # hz 
 599                              ve_types.Real), 
 600          't0_time_sec_absolute':(None, 
 601                                  ve_types.Real), 
 602          'ignore_time':(False, # ignore temporal frequency variable - allow control purely with phase_at_t0 
 603                         ve_types.Boolean), 
 604          'phase_at_t0':(0.0,  # degrees 
 605                         ve_types.Real), 
 606          'orientation':(0.0,  # 0=right, 90=up 
 607                         ve_types.Real), 
 608          'grating_center_azimuth':(0.0, # 0=right, 90=down 
 609                                    ve_types.Real), 
 610          'grating_center_elevation':(0.0, # 0=right, 90=down 
 611                                      ve_types.Real), 
 612          'check_texture_size':(True, # slows down drawing but catches errors 
 613                                ve_types.Boolean), 
 614          'lowpass_cutoff_cycles_per_texel':(0.5, 
 615                                             ve_types.Real, 
 616                                             'helps prevent spatial aliasing'), 
 617          'min_filter':(gl.GL_LINEAR, 
 618                        ve_types.Integer, 
 619                        "OpenGL filter enum", 
 620                        VisionEgg.ParameterDefinition.OPENGL_ENUM), 
 621          # changing this parameters causes re-drawing of the texture object and may cause frame skipping 
 622          'num_samples':(1024,  # number of spatial samples, should be a power of 2 
 623                         ve_types.UnsignedInteger), 
 624          # Changing these parameters will cause re-computation of display list (may cause frame skip) 
 625          'radius':(1.0, 
 626                    ve_types.Real), 
 627          'slices':(30, 
 628                    ve_types.UnsignedInteger), 
 629          'stacks':(30, 
 630                    ve_types.UnsignedInteger), 
 631          } 
 632   
 633      __slots__ = ( 
 634          'texture_object_id', 
 635          'cached_display_list_id', 
 636          '_cached_num_samples', 
 637          '_cached_radius', 
 638          '_cached_slices', 
 639          '_cached_stacks', 
 640          ) 
 641   

 642 -    def __init__(self,**kw): 

 643          VisionEgg.Gratings.LuminanceGratingCommon.__init__(self,**kw) 
 644   
 645          if self.parameters.t0_time_sec_absolute is None: 
 646              self.parameters.t0_time_sec_absolute = VisionEgg.time_func() 
 647   
 648          self.texture_object_id = gl.glGenTextures(1) # Allocate a new texture object 
 649          self.__rebuild_texture_object() 
 650   
 651          self.cached_display_list_id = gl.glGenLists(1) # Allocate a new display list 
 652          self.__rebuild_display_list() 

 653   

 654 -    def __rebuild_texture_object(self): 

 655          gl.glBindTexture(gl.GL_TEXTURE_1D,self.texture_object_id) 
 656          p = self.parameters # shorthand 
 657   
 658          # Do error-checking on texture to make sure it will load 
 659          max_dim = gl.glGetIntegerv(gl.GL_MAX_TEXTURE_SIZE) 
 660          if p.num_samples > max_dim: 
 661              raise VisionEgg.Gratings.NumSamplesTooLargeError("Grating num_samples too large for video system.\nOpenGL reports maximum size of %d"%(max_dim,)) 
 662   
 663          self.calculate_bit_depth_dependencies() 
 664   
 665          l = 0.0 
 666          r = 360.0 
 667   
 668          mipmap_level = 0 
 669          this_mipmap_level_num_samples = p.num_samples 
 670          while this_mipmap_level_num_samples >= 1: 
 671              inc = 360.0/float(this_mipmap_level_num_samples) # degrees per pixel 
 672              cycles_per_texel = p.spatial_freq_cpd * inc 
 673              if cycles_per_texel < p.lowpass_cutoff_cycles_per_texel: # sharp cutoff lowpass filter 
 674                  # below cutoff frequency - draw sine wave 
 675                  if p.ignore_time: 
 676                      phase = p.phase_at_t0 
 677                  else: 
 678                      t_var = VisionEgg.time_func() - p.t0_time_sec_absolute 
 679                      phase = t_var*p.temporal_freq_hz*360.0 + p.phase_at_t0 
 680                  floating_point_sin = Numeric.sin(2.0*math.pi*p.spatial_freq_cpd*Numeric.arange(l,r,inc,'d')-(phase/180.0*math.pi))*0.5*p.contrast+0.5 
 681                  floating_point_sin = Numeric.clip(floating_point_sin,0.0,1.0) # allow square wave generation if contrast > 1 
 682                  texel_data = (floating_point_sin*self.max_int_val).astype(self.numpy_dtype).tostring() 
 683              else: 
 684                  # above cutoff frequency - blank 
 685                  texel_data = (self.max_int_val*0.5)*Numeric.ones((this_mipmap_level_num_samples,),self.numpy_dtype) 
 686   
 687              if p.check_texture_size: 
 688                  # Because the MAX_TEXTURE_SIZE method is insensitive to the current 
 689                  # state of the video system, another check must be done using 
 690                  # "proxy textures". 
 691                  gl.glTexImage1D(gl.GL_PROXY_TEXTURE_1D,  # target 
 692                                  mipmap_level,            # level 
 693                                  self.gl_internal_format, # video RAM internal format: RGB 
 694                                  this_mipmap_level_num_samples,        # width 
 695                                  0,                       # border 
 696                                  self.format,             # format of image data 
 697                                  self.gl_type,            # type of image data 
 698                                  texel_data)              # texel data 
 699                  if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_1D,0,gl.GL_TEXTURE_WIDTH) == 0: 
 700                      raise NumSamplesTooLargeError("Grating num_samples is too wide for your video system!") 
 701   
 702              # If we got here, it worked and we can load the texture for real. 
 703              gl.glTexImage1D(gl.GL_TEXTURE_1D,        # target 
 704                              mipmap_level,            # level 
 705                              self.gl_internal_format, # video RAM internal format: RGB 
 706                              this_mipmap_level_num_samples,        # width 
 707                              0,                       # border 
 708                              self.format,             # format of image data 
 709                              self.gl_type,            # type of image data 
 710                              texel_data)              # texel data 
 711   
 712              # prepare for next mipmap level 
 713              this_mipmap_level_num_samples = this_mipmap_level_num_samples/2 # integer division 
 714              mipmap_level += 1 
 715   
 716          # Set some texture object defaults 
 717          gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_WRAP_S,gl.GL_REPEAT) 
 718          gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_WRAP_T,gl.GL_REPEAT) 
 719          gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MAG_FILTER,gl.GL_LINEAR) 
 720          gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MIN_FILTER,p.min_filter) 
 721          self._cached_num_samples = p.num_samples 

 722   

 723 -    def __rebuild_display_list(self): 

 724          gl.glNewList(self.cached_display_list_id,gl.GL_COMPILE) 
 725   
 726          p = self.parameters 
 727          gl.glBegin(gl.GL_QUADS) 
 728   
 729          for stack in range(p.stacks): 
 730              stack_upper_frac = float(stack+1)/p.stacks 
 731              stack_lower_frac = float(stack)/p.stacks 
 732              theta_upper = stack_upper_frac * math.pi 
 733              theta_lower = stack_lower_frac * math.pi 
 734              y_upper = p.radius * math.cos( theta_upper ) 
 735              w_upper = p.radius * math.sin( theta_upper ) 
 736              y_lower = p.radius * math.cos( theta_lower ) 
 737              w_lower = p.radius * math.sin( theta_lower ) 
 738              for slice in range(p.slices): 
 739                  slice_start_frac = float(slice)/p.slices 
 740                  slice_stop_frac = float(slice+1)/p.slices 
 741                  phi_start = slice_start_frac * 2 * math.pi 
 742                  phi_stop = slice_stop_frac * 2 * math.pi 
 743                  x_start_upper = w_upper * math.cos(phi_start) 
 744                  x_start_lower = w_lower * math.cos(phi_start) 
 745                  x_stop_upper = w_upper * math.cos(phi_stop) 
 746                  x_stop_lower = w_lower * math.cos(phi_stop) 
 747                  z_start_upper = w_upper * math.sin(phi_start) 
 748                  z_start_lower = w_lower * math.sin(phi_start) 
 749                  z_stop_upper = w_upper * math.sin(phi_stop) 
 750                  z_stop_lower = w_lower * math.sin(phi_stop) 
 751   
 752                  tex_l = slice_start_frac 
 753                  tex_r = slice_stop_frac 
 754                  tex_b = 0.0#stack_lower_frac 
 755                  tex_t = 1.0#stack_upper_frac 
 756   
 757                  gl.glTexCoord2f(tex_l,tex_t) 
 758                  gl.glVertex3f(x_start_upper, y_upper, z_start_upper) 
 759   
 760                  gl.glTexCoord2f(tex_r,tex_t) 
 761                  gl.glVertex3f(x_stop_upper, y_upper, z_stop_upper) 
 762   
 763                  gl.glTexCoord2f(tex_r,tex_b) 
 764                  gl.glVertex3f(x_stop_lower, y_lower, z_stop_lower) 
 765   
 766                  gl.glTexCoord2f(tex_l,tex_b) 
 767                  gl.glVertex3f(x_start_lower, y_lower, z_start_lower) 
 768   
 769          gl.glEnd() 
 770          gl.glEndList() 
 771          self._cached_radius = p.radius 
 772          self._cached_slices = p.slices 
 773          self._cached_stacks = p.stacks 

 774   

 775 -    def draw(self): 

 776          """Redraw the scene on every frame. 
 777          """ 
 778          p = self.parameters 
 779   
 780          if self._cached_radius != p.radius or self._cached_slices != p.slices or self._cached_stacks != p.stacks: 
 781              self.__rebuild_display_list() 
 782   
 783          if self._cached_num_samples != p.num_samples: 
 784              self.__rebuild_texture_object() 
 785   
 786          if p.on: 
 787              if p.bit_depth != self.cached_bit_depth: 
 788                  self.calculate_bit_depth_dependencies() 
 789              # Set OpenGL state variables 
 790              gl.glEnable( gl.GL_DEPTH_TEST ) 
 791              gl.glEnable( gl.GL_TEXTURE_1D )  # Make sure textures are drawn 
 792              gl.glDisable( gl.GL_TEXTURE_2D ) 
 793              gl.glDisable( gl.GL_BLEND ) 
 794   
 795              gl.glBindTexture(gl.GL_TEXTURE_1D,self.texture_object_id) 
 796              gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MIN_FILTER,p.min_filter) 
 797   
 798              l = 0.0 
 799              r = 360.0 
 800   
 801              mipmap_level = 0 
 802              this_mipmap_level_num_samples = p.num_samples 
 803              while this_mipmap_level_num_samples >= 1: 
 804                  inc = 360.0/float(this_mipmap_level_num_samples)# degrees per pixel 
 805                  cycles_per_texel = p.spatial_freq_cpd * inc 
 806                  if cycles_per_texel < p.lowpass_cutoff_cycles_per_texel: # sharp cutoff lowpass filter 
 807                      if p.ignore_time: 
 808                          phase = p.phase_at_t0 
 809                      else: 
 810                          t_var = VisionEgg.time_func() - p.t0_time_sec_absolute 
 811                          phase = t_var*p.temporal_freq_hz*360.0 + p.phase_at_t0 
 812                      floating_point_sin = Numeric.sin(2.0*math.pi*p.spatial_freq_cpd*Numeric.arange(l,r,inc,'d')-(phase/180.0*math.pi))*0.5*p.contrast+0.5 
 813                      floating_point_sin = Numeric.clip(floating_point_sin,0.0,1.0) # allow square wave generation if contrast > 1 
 814                      texel_data = (floating_point_sin*self.max_int_val).astype(self.numpy_dtype).tostring() 
 815                  else: 
 816                      blank = 0.5*Numeric.ones((this_mipmap_level_num_samples,),'d') 
 817                      texel_data = (blank*self.max_int_val).astype(self.numpy_dtype).tostring() 
 818   
 819                  gl.glTexSubImage1D(gl.GL_TEXTURE_1D,           # target 
 820                                  mipmap_level,                  # level 
 821                                  0,                             # x offset 
 822                                  this_mipmap_level_num_samples, # width 
 823                                  self.format,                   # data format 
 824                                  self.gl_type,                  # data type 
 825                                  texel_data) 
 826   
 827                  # prepare for next mipmap level 
 828                  this_mipmap_level_num_samples = this_mipmap_level_num_samples/2 # integer division 
 829                  mipmap_level += 1 
 830   
 831              gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_REPLACE) 
 832   
 833              # clear modelview matrix 
 834              gl.glMatrixMode(gl.GL_MODELVIEW) 
 835              gl.glPushMatrix() 
 836              # center the grating 
 837              gl.glRotatef(p.grating_center_azimuth,0.0,-1.0,0.0) 
 838              gl.glRotatef(p.grating_center_elevation,1.0,0.0,0.0) 
 839   
 840              # do the orientation 
 841              gl.glRotatef(p.orientation,0.0,0.0,1.0) 
 842   
 843              gl.glCallList(self.cached_display_list_id) 
 844   
 845              gl.glDisable( gl.GL_TEXTURE_1D ) 
 846              gl.glPopMatrix() 

 847   

 848 -class SphereWindow(VisionEgg.Gratings.LuminanceGratingCommon): 

 849      """This draws an opaque sphere with a single window in it. 
 850   
 851      This is useful when you need to have a viewport on a 3D scene. 
 852   
 853      Parameters 
 854      ========== 
 855      bit_depth                     -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger) 
 856                                       Inherited from VisionEgg.Gratings.LuminanceGratingCommon 
 857                                       Default: 8 
 858      num_s_samples                 -- (UnsignedInteger) 
 859                                       Default: 512 
 860      num_t_samples                 -- (UnsignedInteger) 
 861                                       Default: 512 
 862      on                            -- (Boolean) 
 863                                       Default: True 
 864      opaque_color                  -- (Sequence4 of Real) 
 865                                       Default: (0.5, 0.5, 0.5, 0.0) 
 866      radius                        -- (Real) 
 867                                       Default: 1.0 
 868      slices                        -- (UnsignedInteger) 
 869                                       Default: 30 
 870      stacks                        -- (UnsignedInteger) 
 871                                       Default: 30 
 872      window_center_azimuth         -- (Real) 
 873                                       Default: 0.0 
 874      window_center_elevation       -- (Real) 
 875                                       Default: 0.0 
 876      window_shape                  -- can be 'circle', 'gaussian', or 'lat-long rectangle' (String) 
 877                                       Default: gaussian 
 878      window_shape_parameter2       -- (currently only used for) height of lat-long rectangle (in degrees) (Real) 
 879                                       Default: 30.0 
 880      window_shape_radius_parameter -- radius of circle, sigma of gaussian, width of lat-long rectangle (in degrees) (Real) 
 881                                       Default: 36.0 
 882      """ 
 883   
 884      parameters_and_defaults = { 
 885          'on':(True, 
 886                ve_types.Boolean), 
 887          'window_center_elevation':(0.0, 
 888                                     ve_types.Real), 
 889          'window_center_azimuth':(0.0, 
 890                                   ve_types.Real), 
 891          'opaque_color':((0.5,0.5,0.5,0.0), 
 892                          ve_types.Sequence4(ve_types.Real)), 
 893          # changing these parameters causes re-drawing of the texture object and may cause frame skipping 
 894          'window_shape':('gaussian', # can be 'circle' or 'gaussian' 
 895                          ve_types.String, 
 896                          "can be 'circle', 'gaussian', or 'lat-long rectangle'", 
 897                          ), 
 898          'window_shape_radius_parameter':(36.0, 
 899                                           ve_types.Real, 
 900                                           'radius of circle, sigma of gaussian, width of lat-long rectangle (in degrees)', 
 901                                           ), 
 902          'window_shape_parameter2':(30.0, 
 903                                     ve_types.Real, 
 904                                     '(currently only used for) height of lat-long rectangle (in degrees)', 
 905                                     ), 
 906          'num_s_samples':(512,  # number of horizontal spatial samples, should be a power of 2 
 907                           ve_types.UnsignedInteger), 
 908          'num_t_samples':(512,  # number of vertical spatial samples, should be a power of 2 
 909                           ve_types.UnsignedInteger), 
 910          # Changing these parameters will cause re-computation of display list (may cause frame skip) 
 911          'radius':(1.0, # XXX could modify code below to use scaling, thus avoiding need for recomputation 
 912                    ve_types.Real), 
 913          'slices':(30, 
 914                    ve_types.UnsignedInteger), 
 915          'stacks':(30, 
 916                    ve_types.UnsignedInteger), 
 917          } 
 918   
 919      __slots__ = ( 
 920          'texture_object_id', 
 921          'windowed_display_list_id', 
 922          'opaque_display_list_id', 
 923          '_cached_window_shape', 
 924          '_cached_shape_radius_parameter', 
 925          '_cached_shape_parameter2', 
 926          '_cached_num_s_samples', 
 927          '_cached_num_t_samples', 
 928          '_cached_radius', 
 929          '_cached_slices', 
 930          '_cached_stacks', 
 931          '_texture_s_is_azimuth', 
 932          ) 
 933   

 934 -    def __init__(self, **kw): 

 935          VisionEgg.Gratings.LuminanceGratingCommon.__init__(self, **kw ) 
 936   
 937          p = self.parameters 
 938   
 939          # set self._texture_s_is_azimuth in advance 
 940          if p.window_shape == 'lat-long rectangle': 
 941              self._texture_s_is_azimuth = True 
 942          else: 
 943              self._texture_s_is_azimuth = False 
 944   
 945          self.texture_object_id = gl.glGenTextures(1) 
 946          self.__rebuild_texture_object() 
 947   
 948          self.windowed_display_list_id = gl.glGenLists(1) # Allocate a new display list 
 949          self.opaque_display_list_id = gl.glGenLists(1) # Allocate a new display list 
 950          self.__rebuild_display_lists() 

 951   

 952 -    def __rebuild_texture_object(self): 

 953          gl.glBindTexture(gl.GL_TEXTURE_2D,self.texture_object_id) 
 954          p = self.parameters 
 955   
 956          # Do error-checking on texture to make sure it will load 
 957          max_dim = gl.glGetIntegerv(gl.GL_MAX_TEXTURE_SIZE) 
 958          if p.num_s_samples > max_dim: 
 959              raise VisionEgg.Gratings.NumSamplesTooLargeError("SphereWindow num_s_samples too large for video system.\nOpenGL reports maximum size of %d"%(max_dim,)) 
 960          if p.num_t_samples > max_dim: 
 961              raise VisionEgg.Gratings.NumSamplesTooLargeError("SphereWindow num_t_samples too large for video system.\nOpenGL reports maximum size of %d"%(max_dim,)) 
 962   
 963          self.calculate_bit_depth_dependencies() 
 964          self.gl_internal_format = gl.GL_ALPHA # change from luminance to alpha 
 965          self.format = gl.GL_ALPHA 
 966   
 967          # texture coordinates are Mercator: (determined when building display list) 
 968          #   s: x within sphere 
 969          #   t: z within sphere 
 970   
 971          if p.window_shape == 'circle': 
 972              if self._texture_s_is_azimuth: 
 973                  self.__rebuild_display_lists() 
 974   
 975              # XXX this is aliased 
 976              s_axis = (Numeric.arange(p.num_s_samples)/float(p.num_s_samples)-0.5)**2 
 977              t_axis = (Numeric.arange(p.num_t_samples)/float(p.num_t_samples)-0.5)**2 
 978              mask = s_axis[Numeric.NewAxis,:] + t_axis[:,Numeric.NewAxis] 
 979              angle_deg = min(180,p.window_shape_radius_parameter) # clip angle 
 980              cartesian_radius = 0.5*math.sin(p.window_shape_radius_parameter/180.0*math.pi) 
 981              floating_point_window = Numeric.less(mask,cartesian_radius**2) 
 982          elif p.window_shape == 'gaussian': 
 983              if self._texture_s_is_azimuth: 
 984                  self.__rebuild_display_lists() 
 985   
 986              MIN_EXP = -745.0 
 987              MAX_EXP =  709.0 
 988   
 989              s = Numeric.arange(0.0,p.num_s_samples,1.0,'f')/p.num_s_samples 
 990              t = Numeric.arange(0.0,p.num_t_samples,1.0,'f')/p.num_t_samples 
 991              sigma_normalized = p.window_shape_radius_parameter / 90.0 * 0.5 
 992   
 993              check_s = -((s-0.5)**2/(2.0*sigma_normalized**2)) 
 994              try: 
 995                  # some platforms raise OverflowError when doing this on small numbers 
 996                  val_s = Numeric.exp( check_s ) 
 997              except OverflowError: 
 998                  check_s = Numeric.clip(check_s,MIN_EXP,MAX_EXP) 
 999                  val_s = Numeric.exp( check_s ) 
1000   
1001              check_t = -((t-0.5)**2/(2.0*sigma_normalized**2)) 
1002              try: 
1003                  val_t = Numeric.exp( check_t ) 
1004              except OverflowError: 
1005                  check_t = Numeric.clip(check_t,MIN_EXP,MAX_EXP) 
1006                  val_t = Numeric.exp( check_t ) 
1007              floating_point_window = Numeric.outerproduct(val_t,val_s) 
1008          elif  p.window_shape == 'lat-long rectangle': 
1009              if not self._texture_s_is_azimuth: 
1010                  self.__rebuild_display_lists() 
1011   
1012              # s coordinate represents -90 to +90 degrees (azimuth). 
1013              s_axis = (Numeric.arange(p.num_s_samples)/float(p.num_s_samples)-0.5)*180 
1014              s_axis = Numeric.less( abs(s_axis), p.window_shape_radius_parameter*0.5 ) 
1015   
1016              # t coordinate represents height. 
1017              # Convert angle to height. 
1018              angle_deg = min(90,p.window_shape_parameter2*0.5) # clip angle 
1019              desired_height = math.sin(angle_deg/180.0*math.pi)*0.5 
1020              t_axis = Numeric.arange(p.num_t_samples)/float(p.num_t_samples)-0.5 
1021              t_axis = Numeric.less(abs(t_axis),desired_height) 
1022              floating_point_window = Numeric.outerproduct(t_axis,s_axis) 
1023          else: 
1024              raise RuntimeError('Unknown window_shape "%s"'%(p.window_shape,)) 
1025          texel_data = (floating_point_window * self.max_int_val).astype(self.numpy_dtype).tostring() 
1026   
1027          # Because the MAX_TEXTURE_SIZE method is insensitive to the current 
1028          # state of the video system, another check must be done using 
1029          # "proxy textures". 
1030          gl.glTexImage2D(gl.GL_PROXY_TEXTURE_2D,      # target 
1031                       0,                              # mipmap_level 
1032                       self.gl_internal_format,        # video RAM internal format 
1033                       p.num_s_samples,  # width 
1034                       p.num_t_samples,  # height 
1035                       0,                              # border 
1036                       self.format,                    # format of image data 
1037                       self.gl_type,                   # type of image data 
1038                       texel_data)                     # texel data 
1039          if (gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_2D, # Need PyOpenGL >= 2.0 
1040                                          0, 
1041                                          gl.GL_TEXTURE_WIDTH) == 0) or ( 
1042              gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_2D, 
1043                                          0, 
1044                                          gl.GL_TEXTURE_HEIGHT) == 0): 
1045              raise VisionEgg.Gratings.NumSamplesTooLargeError("SphereWindow num_s_samples or num_t_samples is too large for your video system!") 
1046   
1047          gl.glTexImage2D(gl.GL_TEXTURE_2D,      # target 
1048                          0,                              # mipmap_level 
1049                          self.gl_internal_format,        # video RAM internal format 
1050                          p.num_s_samples,  # width 
1051                          p.num_t_samples,  # height 
1052                          0,                              # border 
1053                          self.format,                    # format of image data 
1054                          self.gl_type,                   # type of image data 
1055                          texel_data)                     # texel data 
1056   
1057          # Set some texture object defaults 
1058          gl.glTexParameteri(gl.GL_TEXTURE_2D,gl.GL_TEXTURE_WRAP_S,gl.GL_CLAMP_TO_EDGE) 
1059          gl.glTexParameteri(gl.GL_TEXTURE_2D,gl.GL_TEXTURE_WRAP_T,gl.GL_CLAMP_TO_EDGE) 
1060          gl.glTexParameteri(gl.GL_TEXTURE_2D,gl.GL_TEXTURE_MAG_FILTER,gl.GL_LINEAR) 
1061          gl.glTexParameteri(gl.GL_TEXTURE_2D,gl.GL_TEXTURE_MIN_FILTER,gl.GL_LINEAR) 
1062   
1063          self._cached_window_shape = p.window_shape 
1064          self._cached_shape_radius_parameter = p.window_shape_radius_parameter 
1065          self._cached_shape_parameter2 = p.window_shape_parameter2 
1066          self._cached_num_s_samples = p.num_s_samples 
1067          self._cached_num_t_samples = p.num_t_samples 

1068   

1069 -    def __rebuild_display_lists(self): 

1070          gl.glMatrixMode(gl.GL_MODELVIEW) 
1071          gl.glPushMatrix() 
1072   
1073          p = self.parameters 
1074   
1075          if p.window_shape == 'lat-long rectangle': 
1076              self._texture_s_is_azimuth = True 
1077          else: 
1078              self._texture_s_is_azimuth = False 
1079   
1080          gl.glNewList(self.windowed_display_list_id,gl.GL_COMPILE) 
1081   
1082          gl.glBegin(gl.GL_QUADS) 
1083   
1084          for stack in range(p.stacks): 
1085              stack_upper_frac = float(stack+1)/p.stacks 
1086              stack_lower_frac = float(stack)/p.stacks 
1087              theta_upper = stack_upper_frac * math.pi 
1088              theta_lower = stack_lower_frac * math.pi 
1089              y_upper = p.radius * math.cos( theta_upper ) 
1090              w_upper = p.radius * math.sin( theta_upper ) 
1091              y_lower = p.radius * math.cos( theta_lower ) 
1092              w_lower = p.radius * math.sin( theta_lower ) 
1093              for slice in range(p.slices/2,p.slices): # only do half of sphere (other half has no window) 
1094                  slice_start_frac = float(slice)/p.slices 
1095                  slice_stop_frac = float(slice+1)/p.slices 
1096                  phi_start = slice_start_frac * 2 * math.pi 
1097                  phi_stop = slice_stop_frac * 2 * math.pi 
1098                  x_start_upper = w_upper * math.cos(phi_start) 
1099                  x_start_lower = w_lower * math.cos(phi_start) 
1100                  x_stop_upper = w_upper * math.cos(phi_stop) 
1101                  x_stop_lower = w_lower * math.cos(phi_stop) 
1102                  z_start_upper = w_upper * math.sin(phi_start) 
1103                  z_start_lower = w_lower * math.sin(phi_start) 
1104                  z_stop_upper = w_upper * math.sin(phi_stop) 
1105                  z_stop_lower = w_lower * math.sin(phi_stop) 
1106   
1107                  o = 0.5 
1108                  g = 0.5 / p.radius 
1109   
1110                  if self._texture_s_is_azimuth: 
1111                      tex_s_start = slice_start_frac*2-1 
1112                      tex_s_stop = slice_stop_frac*2-1 
1113                  else: 
1114                      tex_s_start = x_start_upper*g+o 
1115                      tex_s_stop = x_stop_upper*g+o 
1116   
1117                  gl.glTexCoord2f(tex_s_start,y_upper*g+o) 
1118                  gl.glVertex3f(x_start_upper, y_upper, z_start_upper) 
1119   
1120                  gl.glTexCoord2f(tex_s_stop,y_upper*g+o) 
1121                  gl.glVertex3f(x_stop_upper, y_upper, z_stop_upper) 
1122   
1123                  gl.glTexCoord2f(tex_s_stop,y_lower*g+o) 
1124                  gl.glVertex3f(x_stop_lower, y_lower, z_stop_lower) 
1125   
1126                  gl.glTexCoord2f(tex_s_start,y_lower*g+o) 
1127                  gl.glVertex3f(x_start_lower, y_lower, z_start_lower) 
1128   
1129          gl.glEnd() 
1130          gl.glEndList() 
1131   
1132          gl.glNewList(self.opaque_display_list_id,gl.GL_COMPILE) 
1133   
1134          gl.glBegin(gl.GL_QUADS) 
1135   
1136          for stack in range(p.stacks): 
1137              stack_upper_frac = float(stack+1)/p.stacks 
1138              stack_lower_frac = float(stack)/p.stacks 
1139              theta_upper = stack_upper_frac * math.pi 
1140              theta_lower = stack_lower_frac * math.pi 
1141              y_upper = p.radius * math.cos( theta_upper ) 
1142              w_upper = p.radius * math.sin( theta_upper ) 
1143              y_lower = p.radius * math.cos( theta_lower ) 
1144              w_lower = p.radius * math.sin( theta_lower ) 
1145              for slice in range(p.slices/2): # half of sphere with no window 
1146                  slice_start_frac = float(slice)/p.slices 
1147                  slice_stop_frac = float(slice+1)/p.slices 
1148                  phi_start = slice_start_frac * 2 * math.pi 
1149                  phi_stop = slice_stop_frac * 2 * math.pi 
1150                  x_start_upper = w_upper * math.cos(phi_start) 
1151                  x_start_lower = w_lower * math.cos(phi_start) 
1152                  x_stop_upper = w_upper * math.cos(phi_stop) 
1153                  x_stop_lower = w_lower * math.cos(phi_stop) 
1154                  z_start_upper = w_upper * math.sin(phi_start) 
1155                  z_start_lower = w_lower * math.sin(phi_start) 
1156                  z_stop_upper = w_upper * math.sin(phi_stop) 
1157                  z_stop_lower = w_lower * math.sin(phi_stop) 
1158   
1159                  gl.glVertex3f(x_start_upper, y_upper, z_start_upper) 
1160   
1161                  gl.glVertex3f(x_stop_upper, y_upper, z_stop_upper) 
1162   
1163                  gl.glVertex3f(x_stop_lower, y_lower, z_stop_lower) 
1164   
1165                  gl.glVertex3f(x_start_lower, y_lower, z_start_lower) 
1166   
1167          gl.glEnd() 
1168          gl.glEndList() 
1169          self._cached_radius = p.radius 
1170          self._cached_slices = p.slices 
1171          self._cached_stacks = p.stacks 
1172          gl.glPopMatrix() 

1173   

1174 -    def draw(self): 

1175          """Redraw the scene on every frame. 
1176          """ 
1177          p = self.parameters 
1178   
1179          if self._cached_radius != p.radius or self._cached_slices != p.slices or self._cached_stacks != p.stacks: 
1180              self.__rebuild_display_lists() 
1181   
1182          if self._cached_window_shape != p.window_shape or self._cached_shape_radius_parameter != p.window_shape_radius_parameter: 
1183              self.__rebuild_texture_object() 
1184   
1185          if p.window_shape == 'lat-long rectangle' and self._cached_shape_parameter2 != p.window_shape_parameter2: 
1186              self.__rebuild_texture_object() 
1187   
1188          if self._cached_num_s_samples != p.num_s_samples or self._cached_num_t_samples != p.num_t_samples: 
1189              self.__rebuild_texture_object() 
1190   
1191          if p.on: 
1192              #gl.glPolygonMode( gl.GL_FRONT_AND_BACK, gl.GL_LINE ) 
1193              if p.bit_depth != self.cached_bit_depth: 
1194                  self.calculate_bit_depth_dependencies() 
1195                  self.gl_internal_format = gl.GL_ALPHA # change from luminance to alpha 
1196                  self.format = gl.GL_ALPHA 
1197              # Set OpenGL state variables 
1198              gl.glEnable( gl.GL_DEPTH_TEST ) 
1199              gl.glEnable( gl.GL_TEXTURE_2D ) 
1200              gl.glEnable( gl.GL_BLEND ) 
1201   
1202              gl.glBlendFunc( gl.GL_ONE_MINUS_SRC_ALPHA, gl.GL_SRC_ALPHA ) # alpha 1.0 = transparent 
1203   
1204              gl.glBindTexture(gl.GL_TEXTURE_2D,self.texture_object_id) 
1205              gl.glColor4f( *p.opaque_color ) 
1206              gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_REPLACE) 
1207   
1208              # clear modelview matrix 
1209              gl.glMatrixMode(gl.GL_MODELVIEW) 
1210              gl.glPushMatrix() 
1211   
1212              # do the window position 
1213              gl.glRotatef(p.window_center_azimuth,0.0,-1.0,0.0) 
1214              gl.glRotatef(p.window_center_elevation,1.0,0.0,0.0) 
1215   
1216              gl.glCallList(self.windowed_display_list_id) 
1217              gl.glCallList(self.opaque_display_list_id) 
1218              gl.glPopMatrix() 

1219

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:48 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.SphereMap.AzElGrid-class.html0000644000076500000240000004350311224565531025557 0ustar astrawstaff VisionEgg.SphereMap.AzElGrid
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module SphereMap :: Class AzElGrid
[frames] | no frames]

Class AzElGrid

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
          Core.Stimulus --+
                          |
                         AzElGrid

Spherical grid of iso-azimuth and iso-elevation lines.

Parameters
==========
anti_aliasing    -- (Boolean)
                    Default: True
center_azimuth   -- (Real)
                    Default: 0.0
center_elevation -- (Real)
                    Default: 0.0
major_line_color -- (AnyOf(Sequence3 of Real or Sequence4 of Real))
                    Default: (0.0, 0.0, 0.0)
major_line_width -- (Real)
                    Default: 2.0
minor_line_color -- (AnyOf(Sequence3 of Real or Sequence4 of Real))
                    Default: (0.0, 0.0, 1.0)
minor_line_width -- (Real)
                    Default: 1.0
my_viewport      -- (Instance of <class 'VisionEgg.Core.Viewport'>)
                    Default: (determined at runtime)
on               -- (Boolean)
                    Default: True
text_offset      -- (Sequence2 of Real)
                    Default: (3, -2)

Constant Parameters
===================
az_major_spacing       -- (Real)
                          Default: 30.0
az_minor_spacing       -- (Real)
                          Default: 10.0
el_major_spacing       -- (Real)
                          Default: 30.0
el_minor_spacing       -- (Real)
                          Default: 10.0
font_size              -- (UnsignedInteger)
                          Default: 24
num_samples_per_circle -- (UnsignedInteger)
                          Default: 100
radius                 -- (Real)
                          Default: 1.0
text_anchor            -- (String)
                          Default: lowerleft
text_color             -- (AnyOf(Sequence3 of Real or Sequence4 of Real))
                          Default: (0.0, 0.0, 0.0)
use_text               -- (Boolean)
                          Default: True


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
draw(self)
Draw the stimulus.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean), 'cen...
  constant_parameters_and_defaults = {'use_text':(True, ve_types...

Inherited from ClassWithParameters: __safe_for_unpickling__

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Core.Stimulus.__init__
(inherited documentation)

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Core.Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean), 'center_azimuth':(0.0, ve_types.Real),\
 'center_elevation':(0.0, ve_types.Real), 'minor_line_width':(1.0, ve_\
types.Real), 'major_line_width':(2.0, ve_types.Real), 'minor_line_colo\
r':((0.0, 0.0, 1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real),\
 ve_types.Sequence4(ve_types.Real))), 'major_line_color':((0.0, 0.0, 0\
.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequen\
ce4(ve_types.Real))), 'my_viewport':(None, ve_types.Instance(VisionEgg\
.Core.Viewport)), 'text_offset':((3,-2), ve_types.Sequence2(ve_types.R\
...

constant_parameters_and_defaults

Value:
{'use_text':(True, ve_types.Boolean), 'radius':(1.0, ve_types.Real), '\
az_minor_spacing':(10.0, ve_types.Real), 'az_major_spacing':(30.0, ve_\
types.Real), 'el_minor_spacing':(10.0, ve_types.Real), 'el_major_spaci\
ng':(30.0, ve_types.Real), 'num_samples_per_circle':(100, ve_types.Uns\
ignedInteger), 'font_size':(24, ve_types.UnsignedInteger), 'text_color\
':((0.0, 0.0, 0.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), \
ve_types.Sequence4(ve_types.Real))), 'text_anchor':('lowerleft', ve_ty\
pes.String),}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.SphereMap.SphereGrating-class.html0000644000076500000240000004054011224565531026656 0ustar astrawstaff VisionEgg.SphereMap.SphereGrating
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module SphereMap :: Class SphereGrating
[frames] | no frames]

Class SphereGrating

source code

             object --+            
                      |            
    ClassWithParameters --+        
                          |        
              Core.Stimulus --+    
                              |    
Gratings.LuminanceGratingCommon --+
                                  |
                                 SphereGrating

Map 2D sinusoidal grating onto sphere.

Parameters
==========
bit_depth                       -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger)
                                   Inherited from VisionEgg.Gratings.LuminanceGratingCommon
                                   Default: 8
check_texture_size              -- (Boolean)
                                   Default: True
contrast                        -- (Real)
                                   Default: 1.0
grating_center_azimuth          -- (Real)
                                   Default: 0.0
grating_center_elevation        -- (Real)
                                   Default: 0.0
ignore_time                     -- (Boolean)
                                   Default: False
lowpass_cutoff_cycles_per_texel -- helps prevent spatial aliasing (Real)
                                   Default: 0.5
min_filter                      -- OpenGL filter enum (Integer)
                                   Default: GL_LINEAR (9729)
num_samples                     -- (UnsignedInteger)
                                   Default: 1024
on                              -- (Boolean)
                                   Default: True
orientation                     -- (Real)
                                   Default: 0.0
phase_at_t0                     -- (Real)
                                   Default: 0.0
radius                          -- (Real)
                                   Default: 1.0
slices                          -- (UnsignedInteger)
                                   Default: 30
spatial_freq_cpd                -- (Real)
                                   Default: 0.0277777777778
stacks                          -- (UnsignedInteger)
                                   Default: 30
t0_time_sec_absolute            -- (Real)
                                   Default: (determined at runtime)
temporal_freq_hz                -- (Real)
                                   Default: 5.0


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
draw(self)
Redraw the scene on every frame.		 source code

Inherited from Gratings.LuminanceGratingCommon: calculate_bit_depth_dependencies

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean), 'con...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Core.Stimulus.__init__
(inherited documentation)

draw(self)

source code  
Redraw the scene on every frame.
Overrides: Core.Stimulus.draw

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean), 'contrast':(1.0, ve_types.Real), 'spat\
ial_freq_cpd':(1.0/ 36.0, ve_types.Real), 'temporal_freq_hz':(5.0, ve_\
types.Real), 't0_time_sec_absolute':(None, ve_types.Real), 'ignore_tim\
e':(False, ve_types.Boolean), 'phase_at_t0':(0.0, ve_types.Real), 'ori\
entation':(0.0, ve_types.Real), 'grating_center_azimuth':(0.0, ve_type\
s.Real), 'grating_center_elevation':(0.0, ve_types.Real), 'check_textu\
re_size':(True, ve_types.Boolean), 'lowpass_cutoff_cycles_per_texel':(\
0.5, ve_types.Real, 'helps prevent spatial aliasing'), 'min_filter':(g\
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.SphereMap.SphereMap-class.html0000644000076500000240000003557611224565531026015 0ustar astrawstaff VisionEgg.SphereMap.SphereMap
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module SphereMap :: Class SphereMap
[frames] | no frames]

Class SphereMap

source code

               object --+            
                        |            
      ClassWithParameters --+        
                            |        
                Core.Stimulus --+    
                                |    
Textures.TextureStimulusBaseClass --+
                                    |
                                   SphereMap

Mercator mapping of rectangular texture onto sphere.

Parameters
==========
center_azimuth     -- (Real)
                      Default: 0.0
center_elevation   -- (Real)
                      Default: 0.0
contrast           -- (Real)
                      Default: 1.0
on                 -- (Boolean)
                      Default: True
radius             -- (Real)
                      Default: 1.0
slices             -- (UnsignedInteger)
                      Default: 30
stacks             -- (UnsignedInteger)
                      Default: 30
texture            -- source of texture data (Instance of <class 'VisionEgg.Textures.Texture'>)
                      Inherited from VisionEgg.Textures.TextureStimulusBaseClass
                      Default: (determined at runtime)
texture_mag_filter -- OpenGL filter enum (Integer)
                      Inherited from VisionEgg.Textures.TextureStimulusBaseClass
                      Default: GL_LINEAR (9729)
texture_min_filter -- OpenGL filter enum (Integer)
                      Inherited from VisionEgg.Textures.TextureStimulusBaseClass
                      Default: (GL enum determined at runtime)
texture_wrap_s     -- OpenGL texture wrap enum (Integer)
                      Inherited from VisionEgg.Textures.TextureStimulusBaseClass
                      Default: (GL enum determined at runtime)
texture_wrap_t     -- OpenGL texture wrap enum (Integer)
                      Inherited from VisionEgg.Textures.TextureStimulusBaseClass
                      Default: (GL enum determined at runtime)

Constant Parameters
===================
internal_format   -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer)
                     Default: GL_RGB (6407)
mipmaps_enabled   -- Are mipmaps enabled? (Boolean)
                     Default: True
shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean)
                     Default: False


Instance Methods
 
__init__(self, **kw) source code
 
draw(self)
Redraw the scene on every frame.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean), 'con...

Inherited from Textures.TextureStimulusBaseClass: constant_parameters_and_defaults

Inherited from ClassWithParameters: __safe_for_unpickling__

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code 
Overrides: Textures.TextureStimulusBaseClass.__init__

draw(self)

source code  
Redraw the scene on every frame.
Overrides: Core.Stimulus.draw

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean), 'contrast':(1.0, ve_types.Real), 'cent\
er_azimuth':(0.0, ve_types.Real), 'center_elevation':(0.0, ve_types.Re\
al), 'radius':(1.0, ve_types.Real), 'slices':(30, ve_types.UnsignedInt\
eger), 'stacks':(30, ve_types.UnsignedInteger)}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.SphereMap.SphereWindow-class.html0000644000076500000240000004011511224565531026530 0ustar astrawstaff VisionEgg.SphereMap.SphereWindow
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module SphereMap :: Class SphereWindow
[frames] | no frames]

Class SphereWindow

source code

             object --+            
                      |            
    ClassWithParameters --+        
                          |        
              Core.Stimulus --+    
                              |    
Gratings.LuminanceGratingCommon --+
                                  |
                                 SphereWindow

This draws an opaque sphere with a single window in it.

This is useful when you need to have a viewport on a 3D scene.

Parameters
==========
bit_depth                     -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger)
                                 Inherited from VisionEgg.Gratings.LuminanceGratingCommon
                                 Default: 8
num_s_samples                 -- (UnsignedInteger)
                                 Default: 512
num_t_samples                 -- (UnsignedInteger)
                                 Default: 512
on                            -- (Boolean)
                                 Default: True
opaque_color                  -- (Sequence4 of Real)
                                 Default: (0.5, 0.5, 0.5, 0.0)
radius                        -- (Real)
                                 Default: 1.0
slices                        -- (UnsignedInteger)
                                 Default: 30
stacks                        -- (UnsignedInteger)
                                 Default: 30
window_center_azimuth         -- (Real)
                                 Default: 0.0
window_center_elevation       -- (Real)
                                 Default: 0.0
window_shape                  -- can be 'circle', 'gaussian', or 'lat-long rectangle' (String)
                                 Default: gaussian
window_shape_parameter2       -- (currently only used for) height of lat-long rectangle (in degrees) (Real)
                                 Default: 30.0
window_shape_radius_parameter -- radius of circle, sigma of gaussian, width of lat-long rectangle (in degrees) (Real)
                                 Default: 36.0


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
draw(self)
Redraw the scene on every frame.		 source code

Inherited from Gratings.LuminanceGratingCommon: calculate_bit_depth_dependencies

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean), 'win...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Core.Stimulus.__init__
(inherited documentation)

draw(self)

source code  
Redraw the scene on every frame.
Overrides: Core.Stimulus.draw

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean), 'window_center_elevation':(0.0, ve_typ\
es.Real), 'window_center_azimuth':(0.0, ve_types.Real), 'opaque_color'\
:((0.5, 0.5, 0.5, 0.0), ve_types.Sequence4(ve_types.Real)), 'window_sh\
ape':('gaussian', ve_types.String, "can be 'circle', 'gaussian', or 'l\
at-long rectangle'",), 'window_shape_radius_parameter':(36.0, ve_types\
.Real, 'radius of circle, sigma of gaussian, width of lat-long rectang\
le (in degrees)',), 'window_shape_parameter2':(30.0, ve_types.Real, '(\
currently only used for) height of lat-long rectangle (in degrees)',),\
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.TCPController-module.html0000644000076500000240000002050111224565531025076 0ustar astrawstaff VisionEgg.TCPController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module TCPController
[frames] | no frames]

Module TCPController

source code


Allows control of parameter values over the network.

Don't use for realtime control unless you think your network is that
fast and reliable. Also, this code has not been optimized for speed,
and I think it is unwise to attempt to change the value of controllers
in realtime.  In other words, do not design an experiment where, on a
remote computer, you have determined that a certain amount of time has
passed, and you require a certain new controller value NOW.  In this
case, it would be better to use parameter=eval_str() with an if
statement involving time.

To control parameters over a network, start a server with an instance
of TCPServer.  The server spawns an instance of SocketListenController
for each connected socket.  (Most commonly you will only want
connection over a single socket.)  The instance of
SocketListenController handles all communication for that connection
and serves as a container and (meta) controller for instances of
TCPController.

This module contains ABSOLUTELY NO SECURITY FEATURES, and could easily
allow arbitrary execution of code on your computer. For this reason,
if you use this module, I recommend operating behind a firewall. This
could be an inexpensive "routing switch" used for cable modems, which
would provide the added benefit that your local network would be
isolated.  This would elimate all traffic not to or from computers on
the switch and therefore reduce/eliminate packet collisions, decrease
latency, and providing a network performance and reliability. To
address security concerns, you could also write code that implements
IP address checking or other security features.


Author: Andrew Straw <astraw@users.sourceforge.net>

Classes
  TCPServer
TCP server creates SocketListenController upon connection.
  SocketListenController
Handle connection from remote machine, control TCPControllers.
  TCPController
Control a parameter from a network (TCP) connection.
Variables
  __version__ = VisionEgg.release_name
  __cvs__ = '$Revision$'.split() [1]
  __date__ = ' '.join('$Date$'.split() [1: 3])
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.TCPController-pysrc.html0000644000076500000240000112420111224565531024754 0ustar astrawstaff VisionEgg.TCPController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module TCPController
[frames] | no frames]

Source Code for Module VisionEgg.TCPController

  1  # The Vision Egg: TCPController 
  2  # 
  3  # Copyright (C) 2001-2003 Andrew Straw. 
  4  # Author: Andrew Straw <astraw@users.sourceforge.net> 
  5  # URL: <http://www.visionegg.org/> 
  6  # 
  7  # Distributed under the terms of the GNU Lesser General Public License 
  8  # (LGPL). See LICENSE.TXT that came with this file. 
  9  # 
 10  # $Id$ 
 11   
 12  """ 
 13  Allows control of parameter values over the network. 
 14   
 15  Don't use for realtime control unless you think your network is that 
 16  fast and reliable. Also, this code has not been optimized for speed, 
 17  and I think it is unwise to attempt to change the value of controllers 
 18  in realtime.  In other words, do not design an experiment where, on a 
 19  remote computer, you have determined that a certain amount of time has 
 20  passed, and you require a certain new controller value NOW.  In this 
 21  case, it would be better to use parameter=eval_str() with an if 
 22  statement involving time. 
 23   
 24  To control parameters over a network, start a server with an instance 
 25  of TCPServer.  The server spawns an instance of SocketListenController 
 26  for each connected socket.  (Most commonly you will only want 
 27  connection over a single socket.)  The instance of 
 28  SocketListenController handles all communication for that connection 
 29  and serves as a container and (meta) controller for instances of 
 30  TCPController. 
 31   
 32  This module contains ABSOLUTELY NO SECURITY FEATURES, and could easily 
 33  allow arbitrary execution of code on your computer. For this reason, 
 34  if you use this module, I recommend operating behind a firewall. This 
 35  could be an inexpensive "routing switch" used for cable modems, which 
 36  would provide the added benefit that your local network would be 
 37  isolated.  This would elimate all traffic not to or from computers on 
 38  the switch and therefore reduce/eliminate packet collisions, decrease 
 39  latency, and providing a network performance and reliability. To 
 40  address security concerns, you could also write code that implements 
 41  IP address checking or other security features. 
 42   
 43  """ 
 44   
 45  import VisionEgg 
 46  import VisionEgg.Core 
 47  import VisionEgg.FlowControl 
 48  import VisionEgg.ParameterTypes as ve_types 
 49  import socket, select, re, string, types 
 50  import numpy.oldnumeric as Numeric, math # for eval 
 51   
 52  try: 
 53      import Tkinter 
 54  except: 
 55      pass 
 56   
 57  import logging 
 58   
 59  __version__ = VisionEgg.release_name 
 60  __cvs__ = '$Revision$'.split()[1] 
 61  __date__ = ' '.join('$Date$'.split()[1:3]) 
 62  __author__ = 'Andrew Straw <astraw@users.sourceforge.net>' 
 63   

 64 -class TCPServer: 

 65      """TCP server creates SocketListenController upon connection. 
 66   
 67      This class is analagous to VisionEgg.PyroHelpers.PyroServer. 
 68   
 69      """ 

 70 -    def __init__(self, 
 71                   hostname="", 
 72                   port=7834, 
 73                   single_socket_but_reconnect_ok=0, 
 74                   dialog_ok=1, 
 75                   confirm_address_with_gui=1): 

 76          """Bind to hostname and port, but don't listen yet. 
 77   
 78          """ 
 79          server_address = (socket.getfqdn(hostname),port) 
 80          self.dialog_ok = dialog_ok 
 81          self.single_socket_but_reconnect_ok = single_socket_but_reconnect_ok 
 82          self.buffer = "" 
 83          self.server_socket=None 
 84          if not globals().has_key("Tkinter") or (VisionEgg.config.VISIONEGG_TKINTER_OK==0): 
 85              self.dialog_ok = 0 
 86   
 87          class GetServerAddressWindow(Tkinter.Frame): 
 88              def __init__(self,server_address,**kw): 
 89                  try: 
 90                      Tkinter.Frame.__init__(self,**kw) 
 91                  except AttributeError,x: 
 92                      tk=Tkinter.Tk() # restart Tk and see if that helps 
 93                      Tkinter.Frame.__init__(self,tk,**kw) 
 94                  self.winfo_toplevel().title("Vision Egg: TCP Server get address") 
 95                  self.server_address = server_address 
 96                  hostname,port = self.server_address 
 97                  self.clicked_ok = 0 
 98                  self.hostname = Tkinter.StringVar() 
 99                  self.hostname.set(hostname) 
100                  self.port = Tkinter.StringVar() 
101                  self.port.set(port) 
102                  row = 0 
103                  Tkinter.Label(self, 
104                                text="Please enter the hostname and port you would like to listen for connections on.", 
105                                ).grid(row=row,columnspan=2) 
106                  row += 1 
107                  Tkinter.Label(self, 
108                                text="Hostname (blank means localhost):", 
109                                ).grid(row=row,column=0,sticky=Tkinter.E) 
110                  Tkinter.Entry(self,textvariable=self.hostname).grid(row=row,column=1,sticky=Tkinter.W+Tkinter.E,padx=10) 
111                  row += 1 
112                  Tkinter.Label(self, 
113                                text="Port:", 
114                                ).grid(row=row,column=0,sticky=Tkinter.E) 
115                  Tkinter.Entry(self,textvariable=self.port).grid(row=row,column=1,sticky=Tkinter.W+Tkinter.E,padx=10) 
116                  row += 1 
117                  b = Tkinter.Button(self, 
118                                     text="Bind port and listen for connections", 
119                                     command=self.click_ok) 
120                  b.grid(row=row,columnspan=2) 
121                  b.focus_force() 
122                  b.bind('<Return>',self.click_ok) 

123              def click_ok(self,dummy_arg=None): 
124                  hostname = self.hostname.get() 
125                  try: 
126                      port = int(self.port.get()) 
127                  except: 
128                      port = self.port.get() 
129                  self.server_address = (hostname,port) 
130                  self.clicked_ok = 1 
131                  self.winfo_toplevel().destroy() 

132   
133          bound = 0 
134          if not bound: 
135  #        while not bound: # don't loop until the code is cleaner 
136              if confirm_address_with_gui and self.dialog_ok: 
137                  window = GetServerAddressWindow(server_address) 
138                  window.pack() 
139                  window.mainloop() 
140                  if not window.clicked_ok: 
141                      return # User wants to quit 
142                  server_address = window.server_address 
143              self.server_socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM) 
144              self.server_socket.bind(server_address) 
145              bound = 1 
146   

147 -    def create_listener_once_connected(self,eval_frequency=None): 

148          """Wait for connection and spawn instance of SocketListenController.""" 
149          if eval_frequency is None: 
150              # Don't listen to socket during go loop -- especially don't want to skip frames then 
151              eval_frequency = VisionEgg.FlowControl.Controller.EVERY_FRAME | VisionEgg.FlowControl.Controller.NOT_DURING_GO 
152          host,port = self.server_socket.getsockname() 
153          fqdn = socket.getfqdn(host) 
154          logger = logging.getLogger('VisionEgg.TCPController') 
155          logger.info("Awaiting connection to TCP Server at '%s', port %d"%(fqdn,port)) 
156          self.server_socket.listen(1) 
157          if self.dialog_ok: 
158              # Make a Tkinter dialog box 
159              class WaitingDialog(Tkinter.Frame): 
160                  def __init__(self,server_socket=None,**kw): 
161                      Tkinter.Frame.__init__(self,**kw) 
162                      self.winfo_toplevel().title('Vision Egg TCP Server') 
163                      self.server_socket = server_socket 
164                      host,port = self.server_socket.getsockname() 
165                      fqdn = socket.getfqdn(host) 
166                      spacer = Tkinter.Frame(self,borderwidth=30) 
167                      spacer.pack() 
168                      Tkinter.Label(spacer,text= 
169                                    """Awaiting connection to TCP Server at "%s", port %d"""%(fqdn,port) 
170                                    ).pack() 
171                      b = Tkinter.Button(self,text="Cancel",command=self.stop_listening) 
172                      b.pack(side=Tkinter.BOTTOM) 
173                      b.focus_force() 
174                      b.bind('<Return>',self.stop_listening) 
175                      self.winfo_toplevel().protocol("WM_DELETE_WINDOW", self.stop_listening) 
176                      self.server_socket.setblocking(0) 
177                      self.after(1,self.idle_func) 

178                  def stop_listening(self,dummy=None): 
179                      raise SystemExit 
180                  def idle_func(self): 
181                      try: 
182                          # This line raises an exception unless there's an incoming connection 
183                          self.accepted = self.server_socket.accept() 
184                          self.quit() 
185                      except socket.error, x: 
186                          self.after(1,self.idle_func) 
187              dialog = WaitingDialog(server_socket = self.server_socket) 
188              dialog.pack() 
189              dialog.mainloop() 
190              client, client_address = dialog.accepted 
191              dialog.winfo_toplevel().destroy() 
192          else: 
193              client, client_address = self.server_socket.accept() 
194          if self.single_socket_but_reconnect_ok: 
195              return SocketListenController(client, 
196                                            disconnect_ok = 1, 
197                                            server_socket = self.server_socket) 
198          else: 
199              return SocketListenController(client) 
200   

201 -class SocketListenController(VisionEgg.FlowControl.Controller): 

202      r"""Handle connection from remote machine, control TCPControllers. 
203   
204      This meta controller handles a TCP socket to control zero to many 
205      instances of TCPController.  As a subclass of Controller, it gets 
206      called at specified moments in time via the Presentation 
207      class. When called in this way, it checks for any strings from the 
208      TCP socket.  It parses this information into a command or fails 
209      and sends an error. 
210   
211      This class is analagous to VisionEgg.PyroHelpers.PyroListenController. 
212   
213      TCP commands (sent over network socket) 
214      ======================================= 
215   
216      close -- close the connection 
217      exit -- close the connection 
218      quit -- quit the server program 
219      help -- print help message 
220      <name> -- show the value of the controller of <name> 
221      <name>=const(<args>) -- assign a new ConstantController to <name> 
222      <name>=eval_str(<args>) -- assign a new EvalStringController to <name> 
223      <name>=exec_str(<args>) -- assign a new ExecStringController to <name> 
224      <name>=exec_str(*<args>) -- assign a new unrestricted namespace ExecStringController to <name> 
225   
226      TCP commands are always on a single line.  (Newlines in string 
227      literals can be specified by using "\n" without the quotes.) 
228   
229      The assignment commands share common behavior: 
230   
231      <name> -- value passed as argument "tcp_name" to method create_tcp_controller 
232      <args> -- during_go [, between_go [, eval_frequency [, temporal_variables [, return_type ]]]] 
233   
234      The <args> string is parsed by the Python's eval() function.  If 
235      you don't want to explicitly set an argument early in the argument 
236      list, but you need to set one late in the list, use "None".  If 
237      not set, the optional arguments default to: 
238   
239      eval_frequency = EVERY_FRAME 
240      temporal_variables = TIME_SEC_SINCE_GO 
241      return_type = (evaluates during_go function to find) 
242      between_go = (see below, depends on assignment type) 
243   
244      The only difference between the assignment commands are in the 
245      first two arguments.  For "const(...)", the first two arguments 
246      are constant values, for "eval_str(...)" they are strings that 
247      evaluate to a single variable, and for "exec_str(...)", they are 
248      strings that set the variable "x" in their local namespace, which 
249      is then returned.  (An unrestricted namespace is available with 
250      "exec_str(*...)".)  If the argument between_go is set to None or 
251      is not defined, the behavior depends on the assignment command. 
252      If this is a <name>=const(...) assignment, between_go_value is set 
253      to during_go_value.  If this is a <name>=eval_str(...) or 
254      <name>=exec_str(...) assignment, the correct value cannot be 
255      guessed, and therefore the between_go_eval function will never be 
256      called (the eval_frequency flag NOT_BETWEEN_GO is set). 
257   
258      Because the default value for temporal_variables is 
259      TIME_SEC_SINCE_GO, the variable "t" may be safely used in the 
260      during_go string for the eval_str or exec_str assignment commands. 
261      See the documentation for VisionEgg.FlowControl.EvalStringController for 
262      more information. 
263   
264      Example commands from TCP port (try with telnet): 
265   
266      <name>=const(1.0) 
267      <name>=eval_str("t*360.0") 
268      <name>=exec_str("x=t*360.0") 
269   
270      <name>=const(0.,1.,EVERY_FRAME) 
271      <name>=const(1,None,ONCE) 
272   
273      <name>=const(1.0,0.0,EVERY_FRAME,TIME_INDEPENDENT,types.FloatType) 
274      <name>=eval_str("t*360.0","t_abs*360.0",None,TIME_SEC_ABSOLUTE|TIME_SEC_SINCE_GO) 
275      <name>=eval_str("t_abs*360.0","t_abs*360.0",EVERY_FRAME,TIME_SEC_ABSOLUTE,types.FloatType) 
276      <name>=exec_str("x=t*360.0","x=0.0",EVERY_FRAME,TIME_SEC_SINCE_GO) 
277      <name>=exec_str("print 'Time since go=%f'%(t,)\nx=t*360.0","x=0.0",EVERY_FRAME,TIME_SEC_SINCE_GO) 
278   
279      """ 
280   
281      help_string = r"""    TCP commands (sent over network socket): 
282   
283      close -- close the connection 
284      exit -- close the connection 
285      quit -- quit the server program 
286      help -- print this message 
287      <name> -- show the value of the controller of <name> 
288      <name>=const(<args>) -- assign a new ConstantController to <name> 
289      <name>=eval_str(<args>) -- assign a new EvalStringController to <name> 
290      <name>=exec_str(<args>) -- assign a new ExecStringController to <name> 
291      <name>=exec_str(*<args>) -- assign a new unrestricted namespace ExecStringController to <name> 
292   
293      TCP commands are always on a single line.  (Newlines in string 
294      literals can be specified by using "\n" without the quotes.) 
295   
296      The assignment commands share common behavior: 
297   
298      <name> -- value passed as argument "tcp_name" to method create_tcp_controller 
299      <args> -- during_go [, between_go [, eval_frequency [, temporal_variables [, return_type ]]]] 
300      """ 
301   
302      _re_line = re.compile(r"^(.*)\n",re.MULTILINE) 
303      _re_x_finder = re.compile(r'\A|\Wx\s?=[^=]') 
304      # The real newlines have already been parsed by the time the buffer gets to these statements: 
305      _re_const = re.compile(r'^const\(\s?(.*)\s?\)$',re.DOTALL) 
306      _re_eval_str = re.compile(r'^eval_str\(\s?(.*)\s?\)$',re.DOTALL) 
307      _re_exec_str = re.compile(r'^exec_str\(\s?(\*)?\s?(.*)\s?\)$',re.DOTALL) 
308      _parse_args_globals = {'types':types} 
309      _parse_args_locals = VisionEgg.FlowControl.Controller.flag_dictionary 

310 -    def __init__(self, 
311                   socket, 
312                   disconnect_ok = 0, 
313                   server_socket = None, # Only needed if reconnecting ok 
314                   temporal_variables = VisionEgg.FlowControl.Controller.TIME_INDEPENDENT, 
315                   eval_frequency = VisionEgg.FlowControl.Controller.EVERY_FRAME): 

316          """Instantiated by TCPServer.""" 
317          VisionEgg.FlowControl.Controller.__init__(self, 
318                                             return_type = types.NoneType, 
319                                             temporal_variables = temporal_variables, 
320                                             eval_frequency = eval_frequency) 
321          self.socket = socket 
322          self.disconnect_ok = disconnect_ok 
323          if self.disconnect_ok and server_socket is None: 
324              # Warning -- no ability to accept further incoming sockets... 
325              pass 
326          self.server_socket = server_socket 
327   
328          logger = logging.getLogger('VisionEgg.TCPController') 
329          logger.info("Handling connection from %s"%(self.socket.getsockname(),)) 
330          self.socket.setblocking(0) # don't block on this socket 
331   
332          self.socket.send("Hello. This is %s version %s.\n"%(self.__class__,__version__)) 
333          self.socket.send(SocketListenController.help_string+"\n") 
334          self.socket.send("Begin sending commands now.\n") 
335   
336          self.buffer = "" 
337   
338          self.last_command = {} 
339   
340          self.names = {} # ( controller, name_re, parser, require_type ) 

341   

342 -    def send_raw_text(self,text): 

343          """Send text over the TCP socket.""" 
344          self.socket.send(text) 

345   

346 -    def __check_socket(self): 

347          if self.socket is not None: # Normal, connected behavior 
348              # First, update the buffer 
349              ready_to_read, temp, temp2 = select.select([self.socket],[],[],0) 
350              new_info = 0 
351              while len(ready_to_read): 
352                  try: 
353                      new = self.socket.recv(1024) # When disconnected, this fails on Win32 
354                  except socket.error, x: 
355                      if not self.disconnect_ok: 
356                          raise 
357                      else: 
358                          self.socket.close() 
359                          self.socket = None 
360                          if self.server_socket is not None: 
361                              self.server_socket.setblocking(0) 
362                          return 
363                  if len(new) == 0: # When disconnected, this happens on unix 
364                      # Disconnected 
365                      self.socket.close() # close socket 
366                      self.socket = None 
367                      if not self.disconnect_ok: 
368                          raise RuntimeError("Socket disconnected!") 
369                      else: 
370                          if self.server_socket is not None: 
371                              self.server_socket.setblocking(0) 
372                      return # don't do any more 
373                  #assert(ready_to_read[0] == self.socket) 
374                  self.buffer += new 
375                  new_info = 1 
376                  ready_to_read, temp, temp2 = select.select([self.socket],[],[],0) 
377   
378              # Second, convert the buffer to command_queue entries 
379              if new_info: 
380                  # Handle variations on newlines: 
381                  self.buffer = string.replace(self.buffer,chr(0x0D),"") # no CR 
382                  self.buffer = string.replace(self.buffer,chr(0x0A),"\n") # LF = newline 
383                  # Handle each line for which we have a tcp_name 
384                  for tcp_name in self.names.keys(): 
385                      (controller, name_re_str, parser, require_type) = self.names[tcp_name] 
386   
387                      # If the following line makes a match, it 
388                      # sticks the result in self.last_command[tcp_name] by calling the parser function. 
389                      self.buffer = name_re_str.sub(parser,self.buffer) 
390                      # Now act based on the command parsed 
391                      command = self.last_command[tcp_name] 
392                      if command is not None: 
393                          self.__do_assignment_command(tcp_name,command,require_type) 
394                          self.last_command[tcp_name] = None 
395                  # Clear any complete lines for which we don't have a tcp_name 
396                  self.buffer = SocketListenController._re_line.sub(self.__unprocessed_line,self.buffer) 
397          elif self.server_socket is not None: 
398              # Not connected on self.socket, check self.server_socket for new connection 
399              try: 
400                  # This line raises an exception unless there's an incoming connection (if server is not blocking, which it shouldn't be) 
401                  (client, client_address) = self.server_socket.accept() 
402                  self.socket = client 
403                  self.socket.send("Hello. This is %s version %s.\n"%(self.__class__,__version__)) 
404                  self.socket.send(SocketListenController.help_string+"\n") 
405                  self.socket.send("Begin sending commands now.\n") 
406                  for tcp_name in self.names.keys(): 
407                      (controller, name_re_str, parser, require_type) = self.names[tcp_name] 
408                      self.socket.send('"%s" controllable with this connection.\n'%tcp_name) 
409              except socket.error, x: 
410                  pass 

411   

412 -    def __unprocessed_line(self,match): 

413          text = match.group(1) 
414          text = string.strip(text).lower() 
415          if text=="quit": # this a hack, really (should be a controller in charge of Presentation.parameters.quit) 
416              raise SystemExit 
417          elif text=="close" or text=="exit": 
418              self.socket = None # close socket 
419              if not self.disconnect_ok: 
420                  raise RuntimeError("Socket disconnected!") 
421              else: 
422                  if self.server_socket is not None: 
423                      self.server_socket.setblocking(0) 
424              return "" 
425          elif text=="help": 
426              self.socket.send(SocketListenController.help_string+"\n") 
427              return "" 
428          elif text in self.names.keys(): 
429              (controller, name_re_str, parser, require_type) = self.names[text] 
430              self.socket.send(text+"="+str(controller)+"\n") 
431              return "" 
432          self.socket.send("Error: Invalid command line \""+text+"\"\n") 
433          logger = logging.getLogger('VisionEgg.TCPController') 
434          logger.warning('Invalid command line: "%s"'%(text,)) 
435          return '' 

436   

437 -    def create_tcp_controller(self, 
438                                tcp_name=None, 
439                                initial_controller=None, 
440                                require_type=None): 

441          """Create new instance of TCPController. 
442   
443          Arguments: 
444   
445          tcp_name -- String to reference new TCPController over TCP 
446   
447          Optional arguments: 
448   
449          initial_controller -- Initial value of TCPController instance 
450          require_type -- force this as TCPController instance's return_type 
451          """ 
452          class Parser: 
453              def __init__(self,tcp_name,most_recent_command): 
454                  self.tcp_name = tcp_name 
455                  self.most_recent_command = most_recent_command 

456   
457              def parse_func(self,match): 
458                  # Could make this into a lambda function 
459                  self.most_recent_command[self.tcp_name] = match.groups()[-1] 
460                  return "" 

461          if tcp_name is None: 
462              raise ValueError("Must specify tcp_name") 
463          if tcp_name in self.names.keys(): 
464              raise ValueError('tcp_name "%s" already in use.'%tcp_name) 
465          if string.count(tcp_name,' '): 
466              raise ValueError('tcp_name "%s" cannot have spaces.'%tcp_name) 
467          if tcp_name == "quit": 
468              raise ValueError('tcp_name "%s" conflicts with reserved word.'%tcp_name) 
469          if initial_controller is None: 
470              # create default controller 
471              initial_controller = VisionEgg.FlowControl.ConstantController( 
472                  during_go_value=1.0, 
473                  between_go_value=0.0) 
474          else: 
475              if not isinstance(initial_controller,VisionEgg.FlowControl.Controller): 
476                  print initial_controller 
477                  raise ValueError('initial_controller not an instance of VisionEgg.FlowControl.Controller') 
478          if require_type is None: 
479              require_type = initial_controller.returns_type() 
480          # Create initial None value for self.last_command dict 
481          self.last_command[tcp_name] = None 
482          # Create values for self.names dict tuple ( controller, name_re, most_recent_command, parser ) 
483          controller = TCPController( 
484              tcp_name=tcp_name, 
485              initial_controller=initial_controller 
486              ) 
487          name_re_str = re.compile("^"+tcp_name+r"\s*=\s*(.*)\s*\n$",re.MULTILINE) 
488          parser = Parser(tcp_name,self.last_command).parse_func 
489          self.names[tcp_name] = (controller, name_re_str, parser, require_type) 
490          self.socket.send('"%s" controllable with this connection.\n'%tcp_name) 
491          return controller 
492   

493 -    def __get_five_args(self,arg_string): 

494          args = eval("("+arg_string+",)",SocketListenController._parse_args_globals,SocketListenController._parse_args_locals) 
495          num_args = len(args) 
496          if num_args == 0: 
497              args = (None,None,None,None,None) 
498          elif num_args == 1: 
499              args = (args[0],None,None,None,None) 
500          elif num_args == 2: 
501              args = (args[0],args[1],None,None,None) 
502          elif num_args == 3: 
503              args = (args[0],args[1],args[2],None,None) 
504          elif num_args == 4: 
505              args = (args[0],args[1],args[2],args[3],None) 
506          elif num_args > 5: 
507              raise ValueError("Too many arguments!") 
508          if args[0] is None: 
509              raise ValueError("First argument must be set.") 
510          return args 

511   

512 -    def __process_common_args(self,kw_args,match_groups): 

513          if match_groups[2] is not None: 
514              kw_args['eval_frequency'] = match_groups[2] 
515          if match_groups[3] is not None: 
516              kw_args['temporal_variables'] = match_groups[3] 
517          if match_groups[4] is not None: 
518              kw_args['return_type'] = match_groups[4] 

519   

520 -    def __do_assignment_command(self,tcp_name,command,require_type): 

521          new_contained_controller = None 
522          match = SocketListenController._re_const.match(command) 
523          if match is not None: 
524              try: 
525                  match_groups = self.__get_five_args(match.group(1)) 
526                  kw_args = {} 
527                  kw_args['during_go_value'] = match_groups[0] 
528                  if match_groups[1] is not None: 
529                      kw_args['between_go_value'] = match_groups[1] 
530                  self.__process_common_args(kw_args,match_groups) 
531                  kw_args.setdefault('return_type',require_type) 
532                  new_contained_controller = VisionEgg.FlowControl.ConstantController(**kw_args) 
533                  new_type = new_contained_controller.returns_type() 
534                  ve_types.assert_type( new_type, require_type) 
535              except Exception, x: 
536                  import traceback 
537                  traceback.print_exc() 
538                  self.socket.send("Error %s parsing const for %s: %s\n"%(x.__class__,tcp_name,x)) 
539                  logger = logging.getLogger('VisionEgg.TCPController') 
540                  logger.info("%s parsing const for %s: %s"%(x.__class__,tcp_name,x)) 
541          else: 
542              match = SocketListenController._re_eval_str.match(command) 
543              if match is not None: 
544                  try: 
545                      match_groups = self.__get_five_args(match.group(1)) 
546                      kw_args = {} 
547                      kw_args['during_go_eval_string'] = string.replace(match_groups[0],r"\n","\n") 
548                      if match_groups[1] is not None: 
549                          kw_args['between_go_eval_string'] = string.replace(match_groups[1],r"\n","\n") 
550                      self.__process_common_args(kw_args,match_groups) 
551                      kw_args.setdefault('return_type',require_type) 
552                      new_contained_controller = VisionEgg.FlowControl.EvalStringController(**kw_args) 
553                      if not (new_contained_controller.eval_frequency & VisionEgg.FlowControl.Controller.NOT_DURING_GO): 
554                          logger = logging.getLogger('VisionEgg.TCPController') 
555                          logger.debug('Executing "%s" as safety check.'%(kw_args['during_go_eval_string'],)) 
556                          new_contained_controller._test_self(1) 
557                      if not (new_contained_controller.eval_frequency & VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO): 
558                          logger = logging.getLogger('VisionEgg.TCPController') 
559                          logger.debug('Executing "%s" as safety check.'%(kw_args['between_go_eval_string'],)) 
560                          new_contained_controller._test_self(0) 
561                      new_type = new_contained_controller.returns_type() 
562                      ve_types.assert_type( new_type, require_type) 
563                  except Exception, x: 
564                      new_contained_controller = None 
565                      self.socket.send("Error %s parsing eval_str for %s: %s\n"%(x.__class__,tcp_name,x)) 
566                      logger = logging.getLogger('VisionEgg.TCPController') 
567                      logger.info("%s parsing eval_str for %s: %s"%(x.__class__,tcp_name,x)) 
568              else: 
569                  match = SocketListenController._re_exec_str.match(command) 
570                  if match is not None: 
571                      try: 
572                          kw_args = {} 
573                          match_groups = match.groups() 
574                          if match_groups[0] == '*': 
575                              kw_args['restricted_namespace'] = 0 
576                          else: 
577                              kw_args['restricted_namespace'] = 1 
578                          match_groups = self.__get_five_args(match_groups[1]) 
579                          tmp = string.replace(match_groups[0],r"\n","\n") 
580                          if not SocketListenController._re_x_finder.match(tmp): 
581                              raise ValueError("x is not defined for during_go_exec_string") 
582                          kw_args['during_go_exec_string'] = tmp 
583                          if match_groups[1] is not None: 
584                              tmp = string.replace(match_groups[1],r"\n","\n") 
585                              if not SocketListenController._re_x_finder.match(tmp): 
586                                  raise ValueError("x is not defined for between_go_exec_string") 
587                              kw_args['between_go_exec_string'] = tmp 
588                          self.__process_common_args(kw_args,match_groups) 
589                          kw_args.setdefault('return_type',require_type) 
590                          new_contained_controller = VisionEgg.FlowControl.ExecStringController(**kw_args) 
591                          if not (new_contained_controller.eval_frequency & VisionEgg.FlowControl.Controller.NOT_DURING_GO): 
592                              logger = logging.getLogger('VisionEgg.TCPController') 
593                              logger.debug('Executing "%s" as safety check.'%(kw_args['during_go_exec_string'],)) 
594                              new_contained_controller._test_self(1) 
595                          if not (new_contained_controller.eval_frequency & VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO): 
596                              logger = logging.getLogger('VisionEgg.TCPController') 
597                              logger.debug('Executing "%s" as safety check.'%(kw_args['between_go_exec_string'],)) 
598                              new_contained_controller._test_self(0) 
599                          new_type = new_contained_controller.returns_type() 
600                          ve_types.assert_type( new_type, require_type) 
601                      except Exception, x: 
602                          new_contained_controller = None 
603                          self.socket.send("Error %s parsing exec_str for %s: %s\n"%(x.__class__,tcp_name,x)) 
604                          logger = logging.getLogger('VisionEgg.TCPController') 
605                          logger.debug("%s parsing exec_str for %s: %s"%(x.__class__,tcp_name,x)) 
606                  else: 
607                      self.socket.send("Error: Invalid assignment command for %s: %s\n"%(tcp_name,command)) 
608                      logger = logging.getLogger('VisionEgg.TCPController') 
609                      logger.info("Invalid assignment command for %s: %s"%(tcp_name,command)) 
610          # create controller based on last command_queue 
611          if new_contained_controller is not None: 
612              (controller, name_re_str, parser, require_type) = self.names[tcp_name] 
613              controller.set_new_controller(new_contained_controller) 

614   

615 -    def during_go_eval(self): 

616          """Check socket and act accordingly. Called by instance of Presentation. 
617   
618          Overrides base class Controller method.""" 
619          self.__check_socket() 
620          return None 

621   

622 -    def between_go_eval(self): 

623          """Check socket and act accordingly. Called by instance of Presentation. 
624   
625          Overrides base class Controller method.""" 
626          self.__check_socket() 
627          return None 

628   

629 -class TCPController(VisionEgg.FlowControl.EncapsulatedController): 

630      """Control a parameter from a network (TCP) connection. 
631   
632      Subclass of Controller to allow control of Parameters via the 
633      network. 
634   
635      This class is analagous to VisionEgg.PyroHelpers.PyroEncapsulatedController. 
636      """ 
637      # Contains another controller... 

638 -    def __init__(self, tcp_name, initial_controller): 

639          """Instantiated by SocketListenController. 
640   
641          Users should create instance by using method 
642          create_tcp_controller of class SocketListenController.""" 
643          VisionEgg.FlowControl.EncapsulatedController.__init__(self,initial_controller) 
644          self.tcp_name = tcp_name 

645   

646 -    def __str__(self): 

647          value = "" 
648          my_class = self.contained_controller.__class__ 
649          if my_class == VisionEgg.FlowControl.ConstantController: 
650              value += "const( " 
651              value += str(self.contained_controller.get_during_go_value()) + ", " 
652              value += str(self.contained_controller.get_between_go_value()) + ", " 
653          elif my_class == VisionEgg.FlowControl.EvalStringController: 
654              value += "eval_str( " 
655              str_val = self.contained_controller.get_during_go_eval_string() 
656              if str_val is None: 
657                  value += "None, " 
658              else: 
659                  value += '"' + string.replace(str_val,"\n",r"\n") + '", ' 
660              str_val = self.contained_controller.get_between_go_eval_string() 
661              if str_val is None: 
662                  value += "None, " 
663              else: 
664                  value += '"' + string.replace(str_val,"\n",r"\n") + '", ' 
665          elif my_class == VisionEgg.FlowControl.ExecStringController: 
666              value += "exec_str(" 
667              if self.contained_controller.restricted_namespace: 
668                  value += " " 
669              else: # unrestricted 
670                  value += "* " 
671              str_val = self.contained_controller.get_during_go_exec_string() 
672              if str_val is None: 
673                  value += "None, " 
674              else: 
675                  value += '"' + string.replace(str_val,"\n",r"\n") + '", ' 
676              str_val = self.contained_controller.get_between_go_exec_string() 
677              if str_val is None: 
678                  value += "None, " 
679              else: 
680                  value += '"' + string.replace(str_val,"\n",r"\n") + '", ' 
681          never = 1 
682          ef = self.contained_controller.eval_frequency 
683          if ef & VisionEgg.FlowControl.Controller.EVERY_FRAME: 
684              value += "EVERY_FRAME | " 
685              never = 0 
686          if ef & VisionEgg.FlowControl.Controller.TRANSITIONS: 
687              value += "TRANSITIONS | " 
688              never = 0 
689          if ef & VisionEgg.FlowControl.Controller.ONCE: 
690              value += "ONCE | " 
691              never = 0 
692          if ef & VisionEgg.FlowControl.Controller.NOT_DURING_GO: 
693              value += "NOT_DURING_GO | " 
694              never = 0 
695          if ef & VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO: 
696              value += "NOT_BETWEEN_GO | " 
697              never = 0 
698          if never: 
699              value += "NEVER" 
700          else: 
701              value = value[:-3] # get rid of trailing "| " 
702          value += ", " 
703          time_indep = 1 
704          tv = self.contained_controller.temporal_variables 
705          if tv & VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE: 
706              value += "TIME_SEC_ABSOLUTE | " 
707              time_indep = 0 
708          if tv & VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO: 
709              value += "TIME_SEC_SINCE_GO | " 
710              time_indep = 0 
711          if tv & VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE: 
712              value += "FRAMES_ABSOLUTE | " 
713              time_indep = 0 
714          if tv & VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO: 
715              value += "FRAMES_SINCE_GO | " 
716              time_indep = 0 
717          if time_indep: 
718              value += "TIME_INDEPENDENT" 
719          else: 
720              value = value[:-3] # get rid of trailing "| " 
721          value += ", " 
722          my_type = self.contained_controller.returns_type() 
723          if my_type == types.ClassType: 
724              value += str(my_type) 
725          else: 
726              for t in dir(types): 
727                  if my_type == getattr(types,t): 
728                      value += "types."+t 
729                      break 
730          value += " )" 
731          return value 

732

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:48 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.TCPController.SocketListenController-class.html0000644000076500000240000005600211224565531031375 0ustar astrawstaff VisionEgg.TCPController.SocketListenController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module TCPController :: Class SocketListenController
[frames] | no frames]

Class SocketListenController

source code

            object --+    
                     |    
FlowControl.Controller --+
                         |
                        SocketListenController

Handle connection from remote machine, control TCPControllers.

This meta controller handles a TCP socket to control zero to many
instances of TCPController.  As a subclass of Controller, it gets
called at specified moments in time via the Presentation
class. When called in this way, it checks for any strings from the
TCP socket.  It parses this information into a command or fails
and sends an error.

This class is analagous to VisionEgg.PyroHelpers.PyroListenController.

TCP commands (sent over network socket)
=======================================

close -- close the connection
exit -- close the connection
quit -- quit the server program
help -- print help message
<name> -- show the value of the controller of <name>
<name>=const(<args>) -- assign a new ConstantController to <name>
<name>=eval_str(<args>) -- assign a new EvalStringController to <name>
<name>=exec_str(<args>) -- assign a new ExecStringController to <name>
<name>=exec_str(*<args>) -- assign a new unrestricted namespace ExecStringController to <name>

TCP commands are always on a single line.  (Newlines in string
literals can be specified by using "\n" without the quotes.)

The assignment commands share common behavior:

<name> -- value passed as argument "tcp_name" to method create_tcp_controller
<args> -- during_go [, between_go [, eval_frequency [, temporal_variables [, return_type ]]]]

The <args> string is parsed by the Python's eval() function.  If
you don't want to explicitly set an argument early in the argument
list, but you need to set one late in the list, use "None".  If
not set, the optional arguments default to:

eval_frequency = EVERY_FRAME
temporal_variables = TIME_SEC_SINCE_GO
return_type = (evaluates during_go function to find)
between_go = (see below, depends on assignment type)

The only difference between the assignment commands are in the
first two arguments.  For "const(...)", the first two arguments
are constant values, for "eval_str(...)" they are strings that
evaluate to a single variable, and for "exec_str(...)", they are
strings that set the variable "x" in their local namespace, which
is then returned.  (An unrestricted namespace is available with
"exec_str(*...)".)  If the argument between_go is set to None or
is not defined, the behavior depends on the assignment command.
If this is a <name>=const(...) assignment, between_go_value is set
to during_go_value.  If this is a <name>=eval_str(...) or
<name>=exec_str(...) assignment, the correct value cannot be
guessed, and therefore the between_go_eval function will never be
called (the eval_frequency flag NOT_BETWEEN_GO is set).

Because the default value for temporal_variables is
TIME_SEC_SINCE_GO, the variable "t" may be safely used in the
during_go string for the eval_str or exec_str assignment commands.
See the documentation for VisionEgg.FlowControl.EvalStringController for
more information.

Example commands from TCP port (try with telnet):

<name>=const(1.0)
<name>=eval_str("t*360.0")
<name>=exec_str("x=t*360.0")

<name>=const(0.,1.,EVERY_FRAME)
<name>=const(1,None,ONCE)

<name>=const(1.0,0.0,EVERY_FRAME,TIME_INDEPENDENT,types.FloatType)
<name>=eval_str("t*360.0","t_abs*360.0",None,TIME_SEC_ABSOLUTE|TIME_SEC_SINCE_GO)
<name>=eval_str("t_abs*360.0","t_abs*360.0",EVERY_FRAME,TIME_SEC_ABSOLUTE,types.FloatType)
<name>=exec_str("x=t*360.0","x=0.0",EVERY_FRAME,TIME_SEC_SINCE_GO)
<name>=exec_str("print 'Time since go=%f'%(t,)\nx=t*360.0","x=0.0",EVERY_FRAME,TIME_SEC_SINCE_GO)


Instance Methods
 
__init__(self, socket, disconnect_ok=0, server_socket=None, temporal_variables=VisionEgg.FlowControl.Controller.TIME_INDEPENDENT, eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME)
Instantiated by TCPServer.		 source code
 
send_raw_text(self, text)
Send text over the TCP socket.		 source code
 
create_tcp_controller(self, tcp_name=None, initial_controller=None, require_type=None)
Create new instance of TCPController.		 source code
 
during_go_eval(self)
Check socket and act accordingly.		 source code
 
between_go_eval(self)
Check socket and act accordingly.		 source code

Inherited from FlowControl.Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  help_string = r""" TCP commands (sent over network socke...

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, socket, disconnect_ok=0, server_socket=None, temporal_variables=VisionEgg.FlowControl.Controller.TIME_INDEPENDENT, eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME)
(Constructor)

source code  
Instantiated by TCPServer.
Overrides: FlowControl.Controller.__init__

create_tcp_controller(self, tcp_name=None, initial_controller=None, require_type=None)

source code  
Create new instance of TCPController.

Arguments:

tcp_name -- String to reference new TCPController over TCP

Optional arguments:

initial_controller -- Initial value of TCPController instance
require_type -- force this as TCPController instance's return_type

during_go_eval(self)

source code  
Check socket and act accordingly. Called by instance of Presentation.

Overrides base class Controller method.
Overrides: FlowControl.Controller.during_go_eval

between_go_eval(self)

source code  
Check socket and act accordingly. Called by instance of Presentation.

Overrides base class Controller method.
Overrides: FlowControl.Controller.between_go_eval

Class Variable Details

help_string

Value:
r"""    TCP commands (sent over network socket):

    close -- close the connection
    exit -- close the connection
    quit -- quit the server program
    help -- print this message
    <name> -- show the value of the controller of <name>
    <name>=const(<args>) -- assign a new ConstantController to <name>
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.TCPController.TCPController-class.html0000644000076500000240000003123711224565531027417 0ustar astrawstaff VisionEgg.TCPController.TCPController
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module TCPController :: Class TCPController
[frames] | no frames]

Class TCPController

source code

                    object --+        
                             |        
        FlowControl.Controller --+    
                                 |    
FlowControl.EncapsulatedController --+
                                     |
                                    TCPController

Control a parameter from a network (TCP) connection.

Subclass of Controller to allow control of Parameters via the
network.

This class is analagous to VisionEgg.PyroHelpers.PyroEncapsulatedController.


Instance Methods
 
__init__(self, tcp_name, initial_controller)
Instantiated by SocketListenController.		 source code
 
__str__(self)
str(x)		 source code

Inherited from FlowControl.EncapsulatedController: between_go_eval, during_go_eval, set_new_controller

Inherited from FlowControl.Controller: evaluate_now, returns_type, set_eval_frequency

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__

Class Variables

Inherited from FlowControl.Controller: EVERY_FRAME, FRAMES_ABSOLUTE, FRAMES_SINCE_GO, NEVER, NOT_BETWEEN_GO, NOT_DURING_GO, ONCE, TIME_INDEPENDENT, TIME_SEC_ABSOLUTE, TIME_SEC_SINCE_GO, TRANSITIONS, flag_dictionary

Properties

Inherited from object: __class__

Method Details

__init__(self, tcp_name, initial_controller)
(Constructor)

source code  
Instantiated by SocketListenController.

Users should create instance by using method
create_tcp_controller of class SocketListenController.
Overrides: FlowControl.EncapsulatedController.__init__

__str__(self)
(Informal representation operator)

source code  
str(x)
Overrides: object.__str__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.TCPController.TCPServer-class.html0000644000076500000240000001517611224565531026546 0ustar astrawstaff VisionEgg.TCPController.TCPServer
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module TCPController :: Class TCPServer
[frames] | no frames]

Class TCPServer

source code

TCP server creates SocketListenController upon connection.

This class is analagous to VisionEgg.PyroHelpers.PyroServer.


Instance Methods
 
__init__(self, hostname="", port=7834, single_socket_but_reconnect_ok=0, dialog_ok=1, confirm_address_with_gui=1)
Bind to hostname and port, but don't listen yet.		 source code
 
create_listener_once_connected(self, eval_frequency=None)
Wait for connection and spawn instance of SocketListenController.		 source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Text-module.html0000644000076500000240000001401111224565531023327 0ustar astrawstaff VisionEgg.Text
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Text
[frames] | no frames]

Module Text

source code


Text stimuli.


Classes
  Text
Single line of text rendered using pygame/SDL true type fonts.
  GlutTextBase
DEPRECATED.
  BitmapText
DEPRECATED.
  StrokeText
DEPRECATED.
Variables
  have_glut = False
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Text-pysrc.html0000644000076500000240000044110311224565531023210 0ustar astrawstaff VisionEgg.Text
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Text
[frames] | no frames]

Source Code for Module VisionEgg.Text

  1  # The Vision Egg: Text 
  2  # 
  3  # Copyright (C) 2001-2003 Andrew Straw. 
  4  # Copyright (C) 2005,2008 California Institute of Technology 
  5  # 
  6  # URL: <http://www.visionegg.org/> 
  7  # 
  8  # Distributed under the terms of the GNU Lesser General Public License 
  9  # (LGPL). See LICENSE.TXT that came with this file. 
 10   
 11  """ 
 12  Text stimuli. 
 13   
 14  """ 
 15   
 16  #################################################################### 
 17  # 
 18  #        Import all the necessary packages 
 19  # 
 20  #################################################################### 
 21   
 22  import logging 
 23  import logging.handlers 
 24   
 25  import VisionEgg.Core 
 26  import VisionEgg.Textures 
 27  import VisionEgg.ParameterTypes as ve_types 
 28   
 29  import VisionEgg.GL as gl # get all OpenGL stuff in one namespace 
 30   
 31  import pygame 
 32   
 33  try: 
 34      import OpenGL.GLUT as glut 
 35      have_glut = True 
 36  except: 
 37      have_glut = False 
 38   
 39  _font_objects = {} # global variable to cache pygame font objects 
 40   

 41 -class Text(VisionEgg.Textures.TextureStimulus): 

 42      """Single line of text rendered using pygame/SDL true type fonts. 
 43   
 44      Parameters 
 45      ========== 
 46      anchor                -- specifies how position parameter is interpreted (String) 
 47                               Inherited from VisionEgg.Textures.TextureStimulus 
 48                               Default: lowerleft 
 49      angle                 -- units: degrees, 0=right, 90=up (Real) 
 50                               Inherited from VisionEgg.Textures.TextureStimulus 
 51                               Default: 0.0 
 52      color                 -- texture environment color. alpha ignored (if given) for max_alpha parameter (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
 53                               Inherited from VisionEgg.Textures.TextureStimulus 
 54                               Default: (1.0, 1.0, 1.0) 
 55      depth_test            -- perform depth test? (Boolean) 
 56                               Inherited from VisionEgg.Textures.TextureStimulus 
 57                               Default: False 
 58      ignore_size_parameter -- (Boolean) 
 59                               Default: True 
 60      mask                  -- optional masking function (Instance of <class 'VisionEgg.Textures.Mask2D'>) 
 61                               Inherited from VisionEgg.Textures.TextureStimulus 
 62                               Default: (determined at runtime) 
 63      max_alpha             -- controls opacity. 1.0=copletely opaque, 0.0=completely transparent (Real) 
 64                               Inherited from VisionEgg.Textures.TextureStimulus 
 65                               Default: 1.0 
 66      on                    -- draw stimulus? (Boolean) 
 67                               Inherited from VisionEgg.Textures.TextureStimulus 
 68                               Default: True 
 69      position              -- units: eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real)) 
 70                               Inherited from VisionEgg.Textures.TextureStimulus 
 71                               Default: (0.0, 0.0) 
 72      size                  -- defaults to texture data size (units: eye coordinates) (Sequence2 of Real) 
 73                               Inherited from VisionEgg.Textures.TextureStimulus 
 74                               Default: (determined at runtime) 
 75      text                  -- (AnyOf(String or Unicode)) 
 76                               Default: the string to display 
 77      texture               -- source of texture data (Instance of <class 'VisionEgg.Textures.Texture'>) 
 78                               Inherited from VisionEgg.Textures.TextureStimulusBaseClass 
 79                               Default: (determined at runtime) 
 80      texture_mag_filter    -- OpenGL filter enum (Integer) 
 81                               Inherited from VisionEgg.Textures.TextureStimulusBaseClass 
 82                               Default: GL_LINEAR (9729) 
 83      texture_min_filter    -- OpenGL filter enum (Integer) 
 84                               Inherited from VisionEgg.Textures.TextureStimulusBaseClass 
 85                               Default: (GL enum determined at runtime) 
 86      texture_wrap_s        -- OpenGL texture wrap enum (Integer) 
 87                               Inherited from VisionEgg.Textures.TextureStimulusBaseClass 
 88                               Default: (GL enum determined at runtime) 
 89      texture_wrap_t        -- OpenGL texture wrap enum (Integer) 
 90                               Inherited from VisionEgg.Textures.TextureStimulusBaseClass 
 91                               Default: (GL enum determined at runtime) 
 92   
 93      Constant Parameters 
 94      =================== 
 95      font_name         -- (AnyOf(String or Unicode)) 
 96                           Default: (determined at runtime) 
 97      font_size         -- (UnsignedInteger) 
 98                           Default: 30 
 99      internal_format   -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer) 
100                           Inherited from VisionEgg.Textures.TextureStimulus 
101                           Default: GL_RGB (6407) 
102      mipmaps_enabled   -- Are mipmaps enabled? (Boolean) 
103                           Inherited from VisionEgg.Textures.TextureStimulus 
104                           Default: True 
105      shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean) 
106                           Inherited from VisionEgg.Textures.TextureStimulus 
107                           Default: False 
108      """ 
109   
110      parameters_and_defaults = { 
111          'text': ( 'the string to display', #changing this redraws texture, may cause slowdown 
112                    ve_types.AnyOf(ve_types.String,ve_types.Unicode)), 
113          'ignore_size_parameter':(True, # when true, draws text at 100% size 
114                                   ve_types.Boolean), 
115          } 
116   
117      constant_parameters_and_defaults = { 
118          'font_size':(30, 
119                       ve_types.UnsignedInteger), 
120          'font_name':(None, # None = use default font 
121                       ve_types.AnyOf(ve_types.String,ve_types.Unicode)), 
122          } 
123   
124      __slots__ = ( 
125          'font', 
126          '_text', 
127          ) 
128   

129 -    def __init__(self,**kw): 

130          if not pygame.font: 
131              raise RuntimeError("no pygame font module") 
132          if not pygame.font.get_init(): 
133              pygame.font.init() 
134              if not pygame.font.get_init(): 
135                  raise RuntimeError("pygame doesn't init") 
136          # override some defaults 
137          if 'internal_format' not in kw.keys(): 
138              kw['internal_format'] = gl.GL_RGBA 
139          if 'mipmaps_enabled' not in kw.keys(): 
140              kw['mipmaps_enabled'] = 0 
141          if 'texture_min_filter' not in kw.keys(): 
142              kw['texture_min_filter'] = gl.GL_LINEAR 
143          VisionEgg.Textures.TextureStimulus.__init__(self,**kw) 
144          cp = self.constant_parameters 
145          fontobject_args = (cp.font_name,cp.font_size) 
146          if fontobject_args not in _font_objects: 
147              # make global cache of font objects 
148              fontobject = pygame.font.Font(*fontobject_args) 
149              _font_objects[fontobject_args] = fontobject 
150          # get font object from global cache 
151          self.font = _font_objects[fontobject_args] 
152          self._render_text() 

153   

154 -    def _render_text(self): 

155          p = self.parameters 
156          rendered_surf = self.font.render(p.text, 1, (255,255,255)) # pygame.Surface object 
157   
158          # we could use put_new_image for speed (or put_sub_image for more) 
159          p.texture = VisionEgg.Textures.Texture(rendered_surf) 
160          self._reload_texture() 
161          self._text = p.text # cache string so we know when to re-render 
162          if p.ignore_size_parameter: 
163              p.size = p.texture.size 

164   

165 -    def draw(self): 

166          p = self.parameters 
167          if p.texture != self._using_texture: # self._using_texture is from TextureStimulusBaseClass 
168              raise RuntimeError("my texture has been modified, but it shouldn't be") 
169          if p.text != self._text: # new text 
170              self._render_text() 
171          if p.ignore_size_parameter: 
172              p.size = p.texture.size 
173          VisionEgg.Textures.TextureStimulus.draw(self) # call base class 

174   
175  if have_glut: 
176   

177 -    class GlutTextBase(VisionEgg.Core.Stimulus): 

178          """DEPRECATED. Base class: don't instantiate this class directly. 
179   
180          Base class that defines the common interface between the 
181          other glut-based text stimuli. 
182   
183          Parameters 
184          ========== 
185          color     -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
186                       Default: (1.0, 1.0, 1.0) 
187          lowerleft -- (Sequence2 of Real) 
188                       Default: (320, 240) 
189          on        -- (Boolean) 
190                       Default: True 
191          text      -- (String) 
192                       Default: the string to display 
193          """ 
194   
195          parameters_and_defaults = { 
196              'on':(True, 
197                    ve_types.Boolean), 
198              'color':((1.0,1.0,1.0), 
199                       ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
200                                      ve_types.Sequence4(ve_types.Real))), 
201              'lowerleft':((320,240), 
202                           ve_types.Sequence2(ve_types.Real)), 
203              'text':('the string to display', 
204                      ve_types.String)} 
205   

206 -        def __init__(self,**kw): 

207              if not hasattr(VisionEgg.config,"_GAVE_GLUT_TEXT_DEPRECATION"): 
208                  logger = logging.getLogger('VisionEgg.Text') 
209                  logger.warning("Using GlutTextBase class.  This will be " 
210                                 "removed in a future release. Use " 
211                                 "VisionEgg.Text.Text instead.") 
212                  VisionEgg.config._GAVE_GLUT_TEXT_DEPRECATION = 1 
213                  VisionEgg.Core.Stimulus.__init__(self,**kw) 

214   

215 -    class BitmapText(GlutTextBase): 

216          """DEPRECATED. Bitmap fonts from GLUT. 
217   
218          Parameters 
219          ========== 
220          color     -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
221                       Inherited from GlutTextBase 
222                       Default: (1.0, 1.0, 1.0) 
223          font      -- (Integer) 
224                       Default: 5 
225          lowerleft -- (Sequence2 of Real) 
226                       Inherited from GlutTextBase 
227                       Default: (320, 240) 
228          on        -- (Boolean) 
229                       Inherited from GlutTextBase 
230                       Default: True 
231          text      -- (String) 
232                       Inherited from GlutTextBase 
233                       Default: the string to display 
234          """ 
235   
236          parameters_and_defaults = { 
237              'font':(glut.GLUT_BITMAP_TIMES_ROMAN_24, 
238                      ve_types.Integer), 
239              } 
240   

241 -        def __init__(self,**kw): 

242              GlutTextBase.__init__(self,**kw) 

243   

244 -        def draw(self): 

245              if self.parameters.on: 
246                  gl.glDisable(gl.GL_TEXTURE_2D) 
247                  gl.glDisable(gl.GL_BLEND) 
248                  gl.glDisable(gl.GL_DEPTH_TEST) 
249   
250                  gl.glMatrixMode(gl.GL_MODELVIEW) 
251                  gl.glPushMatrix() 
252                  gl.glTranslate(self.parameters.lowerleft[0],self.parameters.lowerleft[1],0.0) 
253   
254                  c = self.parameters.color 
255   
256                  if len(c)==3: 
257                      gl.glColor3f(*c) 
258                  elif len(c)==4: 
259                      gl.glColor4f(*c) 
260                  gl.glDisable(gl.GL_TEXTURE_2D) 
261   
262                  gl.glRasterPos3f(0.0,0.0,0.0) 
263                  for char in self.parameters.text: 
264                      glut.glutBitmapCharacter(self.parameters.font,ord(char)) 
265                  gl.glPopMatrix() 

266   

267 -    class StrokeText(GlutTextBase): 

268          """DEPRECATED. Text rendered by GLUT using stroke fonts. 
269   
270          Parameters 
271          ========== 
272          anti_aliasing -- (Boolean) 
273                           Default: True 
274          color         -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
275                           Inherited from GlutTextBase 
276                           Default: (1.0, 1.0, 1.0) 
277          font          -- (Integer) 
278                           Default: 0 
279          linewidth     -- (Real) 
280                           Default: 3.0 
281          lowerleft     -- (Sequence2 of Real) 
282                           Inherited from GlutTextBase 
283                           Default: (320, 240) 
284          on            -- (Boolean) 
285                           Inherited from GlutTextBase 
286                           Default: True 
287          orientation   -- (Real) 
288                           Default: 0.0 
289          text          -- (String) 
290                           Inherited from GlutTextBase 
291                           Default: the string to display 
292          """ 
293   
294          parameters_and_defaults = { 
295              'font':(glut.GLUT_STROKE_ROMAN, 
296                      ve_types.Integer), 
297              'orientation':(0.0, 
298                             ve_types.Real), 
299              'linewidth':(3.0, # pixels 
300                           ve_types.Real), 
301              'anti_aliasing':(True, 
302                               ve_types.Boolean), 
303              } 
304   

305 -        def __init__(self,**kw): 

306              raise NotImplementedError("There's something broken with StrokeText, and I haven't figured it out yet!") 
307              GlutTextBase.__init__(self,**kw) 

308   

309 -        def draw(self): 

310              if self.parameters.on: 
311                  gl.glDisable(gl.GL_TEXTURE_2D) 
312                  gl.glDisable(gl.GL_DEPTH_TEST) 
313   
314                  gl.glMatrixMode(gl.GL_MODELVIEW) 
315                  gl.glPushMatrix() 
316                  gl.glTranslate(self.parameters.lowerleft[0],self.parameters.lowerleft[1],0.0) 
317                  gl.glRotate(self.parameters.orientation,0.0,0.0,1.0) 
318   
319                  c = self.parameters.color 
320                  if len(c)==3: 
321                      gl.glColor3f(*c) 
322                  elif len(c)==4: 
323                      gl.glColor4f(*c) 
324   
325                  gl.glLineWidth(self.parameters.linewidth) 
326   
327                  if self.parameters.anti_aliasing: 
328                      gl.glEnable(gl.GL_BLEND) 
329                      gl.glBlendFunc(gl.GL_SRC_ALPHA,gl.GL_ONE_MINUS_SRC_ALPHA) 
330                      gl.glEnable(gl.GL_LINE_SMOOTH) 
331                  else: 
332                      gl.glDisable(gl.GL_BLEND) 
333   
334      ##            # This code successfully draws a box... 
335      ##            gl.glBegin(gl.GL_QUADS) 
336      ##            gl.glVertex2f(0.0,0.0) 
337      ##            gl.glVertex2f(0.0,0.1) 
338      ##            gl.glVertex2f(0.1,0.1) 
339      ##            gl.glVertex2f(0.1,0.0) 
340      ##            gl.glEnd() 
341   
342                  # But this code does not draw the string!?! 
343                  for char in self.parameters.text: 
344                      glut.glutStrokeCharacter(self.parameters.font,ord(char)) 
345                  gl.glPopMatrix() 

346

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Text.BitmapText-class.html0000644000076500000240000003135111224565531025235 0ustar astrawstaff VisionEgg.Text.BitmapText
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Text :: Class BitmapText
[frames] | no frames]

Class BitmapText

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
          Core.Stimulus --+    
                          |    
               GlutTextBase --+
                              |
                             BitmapText

DEPRECATED. Bitmap fonts from GLUT.

Parameters
==========
color     -- (AnyOf(Sequence3 of Real or Sequence4 of Real))
             Inherited from GlutTextBase
             Default: (1.0, 1.0, 1.0)
font      -- (Integer)
             Default: 5
lowerleft -- (Sequence2 of Real)
             Inherited from GlutTextBase
             Default: (320, 240)
on        -- (Boolean)
             Inherited from GlutTextBase
             Default: True
text      -- (String)
             Inherited from GlutTextBase
             Default: the string to display


Instance Methods
 
__init__(self, **kw) source code
 
draw(self)
Draw the stimulus.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'font':(glut.GLUT_BITMAP_TIMES_ROMA...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code 
Overrides: GlutTextBase.__init__

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Core.Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
{'font':(glut.GLUT_BITMAP_TIMES_ROMAN_24, ve_types.Integer),}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Text.GlutTextBase-class.html0000644000076500000240000003006011224565531025523 0ustar astrawstaff VisionEgg.Text.GlutTextBase
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Text :: Class GlutTextBase
[frames] | no frames]

Class GlutTextBase

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
          Core.Stimulus --+
                          |
                         GlutTextBase

DEPRECATED. Base class: don't instantiate this class directly.

Base class that defines the common interface between the
other glut-based text stimuli.

Parameters
==========
color     -- (AnyOf(Sequence3 of Real or Sequence4 of Real))
             Default: (1.0, 1.0, 1.0)
lowerleft -- (Sequence2 of Real)
             Default: (320, 240)
on        -- (Boolean)
             Default: True
text      -- (String)
             Default: the string to display


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code

Inherited from Core.Stimulus: draw

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean), 'col...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Core.Stimulus.__init__
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean), 'color':((1.0, 1.0, 1.0), ve_types.Any\
Of(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real\
))), 'lowerleft':((320, 240), ve_types.Sequence2(ve_types.Real)), 'tex\
t':('the string to display', ve_types.String)}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Text.StrokeText-class.html0000644000076500000240000003307411224565531025274 0ustar astrawstaff VisionEgg.Text.StrokeText
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Text :: Class StrokeText
[frames] | no frames]

Class StrokeText

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
          Core.Stimulus --+    
                          |    
               GlutTextBase --+
                              |
                             StrokeText

DEPRECATED. Text rendered by GLUT using stroke fonts.

Parameters
==========
anti_aliasing -- (Boolean)
                 Default: True
color         -- (AnyOf(Sequence3 of Real or Sequence4 of Real))
                 Inherited from GlutTextBase
                 Default: (1.0, 1.0, 1.0)
font          -- (Integer)
                 Default: 0
linewidth     -- (Real)
                 Default: 3.0
lowerleft     -- (Sequence2 of Real)
                 Inherited from GlutTextBase
                 Default: (320, 240)
on            -- (Boolean)
                 Inherited from GlutTextBase
                 Default: True
orientation   -- (Real)
                 Default: 0.0
text          -- (String)
                 Inherited from GlutTextBase
                 Default: the string to display


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
draw(self)
Draw the stimulus.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'font':(glut.GLUT_STROKE_ROMAN, ve_...

Inherited from ClassWithParameters: __safe_for_unpickling__, constant_parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: GlutTextBase.__init__

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Core.Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
{'font':(glut.GLUT_STROKE_ROMAN, ve_types.Integer), 'orientation':(0.0\
, ve_types.Real), 'linewidth':(3.0, ve_types.Real), 'anti_aliasing':(T\
rue, ve_types.Boolean),}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Text.Text-class.html0000644000076500000240000004234211224565531024102 0ustar astrawstaff VisionEgg.Text.Text
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Text :: Class Text
[frames] | no frames]

Class Text

source code

               object --+                
                        |                
      ClassWithParameters --+            
                            |            
                Core.Stimulus --+        
                                |        
Textures.TextureStimulusBaseClass --+    
                                    |    
             Textures.TextureStimulus --+
                                        |
                                       Text

Single line of text rendered using pygame/SDL true type fonts.

Parameters
==========
anchor                -- specifies how position parameter is interpreted (String)
                         Inherited from VisionEgg.Textures.TextureStimulus
                         Default: lowerleft
angle                 -- units: degrees, 0=right, 90=up (Real)
                         Inherited from VisionEgg.Textures.TextureStimulus
                         Default: 0.0
color                 -- texture environment color. alpha ignored (if given) for max_alpha parameter (AnyOf(Sequence3 of Real or Sequence4 of Real))
                         Inherited from VisionEgg.Textures.TextureStimulus
                         Default: (1.0, 1.0, 1.0)
depth_test            -- perform depth test? (Boolean)
                         Inherited from VisionEgg.Textures.TextureStimulus
                         Default: False
ignore_size_parameter -- (Boolean)
                         Default: True
mask                  -- optional masking function (Instance of <class 'VisionEgg.Textures.Mask2D'>)
                         Inherited from VisionEgg.Textures.TextureStimulus
                         Default: (determined at runtime)
max_alpha             -- controls opacity. 1.0=copletely opaque, 0.0=completely transparent (Real)
                         Inherited from VisionEgg.Textures.TextureStimulus
                         Default: 1.0
on                    -- draw stimulus? (Boolean)
                         Inherited from VisionEgg.Textures.TextureStimulus
                         Default: True
position              -- units: eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real))
                         Inherited from VisionEgg.Textures.TextureStimulus
                         Default: (0.0, 0.0)
size                  -- defaults to texture data size (units: eye coordinates) (Sequence2 of Real)
                         Inherited from VisionEgg.Textures.TextureStimulus
                         Default: (determined at runtime)
text                  -- (AnyOf(String or Unicode))
                         Default: the string to display
texture               -- source of texture data (Instance of <class 'VisionEgg.Textures.Texture'>)
                         Inherited from VisionEgg.Textures.TextureStimulusBaseClass
                         Default: (determined at runtime)
texture_mag_filter    -- OpenGL filter enum (Integer)
                         Inherited from VisionEgg.Textures.TextureStimulusBaseClass
                         Default: GL_LINEAR (9729)
texture_min_filter    -- OpenGL filter enum (Integer)
                         Inherited from VisionEgg.Textures.TextureStimulusBaseClass
                         Default: (GL enum determined at runtime)
texture_wrap_s        -- OpenGL texture wrap enum (Integer)
                         Inherited from VisionEgg.Textures.TextureStimulusBaseClass
                         Default: (GL enum determined at runtime)
texture_wrap_t        -- OpenGL texture wrap enum (Integer)
                         Inherited from VisionEgg.Textures.TextureStimulusBaseClass
                         Default: (GL enum determined at runtime)

Constant Parameters
===================
font_name         -- (AnyOf(String or Unicode))
                     Default: (determined at runtime)
font_size         -- (UnsignedInteger)
                     Default: 30
internal_format   -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer)
                     Inherited from VisionEgg.Textures.TextureStimulus
                     Default: GL_RGB (6407)
mipmaps_enabled   -- Are mipmaps enabled? (Boolean)
                     Inherited from VisionEgg.Textures.TextureStimulus
                     Default: True
shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean)
                     Inherited from VisionEgg.Textures.TextureStimulus
                     Default: False


Instance Methods
 
__init__(self, **kw) source code
 
draw(self) source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'text':('the string to display', ve...
  constant_parameters_and_defaults = {'font_size':(30, ve_types....

Inherited from ClassWithParameters: __safe_for_unpickling__

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code 
Overrides: Textures.TextureStimulusBaseClass.__init__

Class Variable Details

parameters_and_defaults

Value:
{'text':('the string to display', ve_types.AnyOf(ve_types.String, ve_t\
ypes.Unicode)), 'ignore_size_parameter':(True, ve_types.Boolean),}

constant_parameters_and_defaults

Value:
{'font_size':(30, ve_types.UnsignedInteger), 'font_name':(None, ve_typ\
es.AnyOf(ve_types.String, ve_types.Unicode)),}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Textures-module.html0000644000076500000240000002510111224565531024230 0ustar astrawstaff VisionEgg.Textures
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Textures
[frames] | no frames]

Module Textures

source code


Texture (images mapped onto polygons) stimuli.


Classes
  Texture
A 2 dimensional texture.
  TextureFromFile
DEPRECATED.
  TextureObject
Texture data in OpenGL.
  TextureStimulusBaseClass
Parameters common to all stimuli that use textures.
  Mask2D
A mask for windowing a portion of a texture.
  TextureStimulus
A textured rectangle.
  TextureStimulus3D
A textured rectangle placed arbitrarily in 3 space.
  SpinningDrum
Panoramic image texture mapped onto flat rectangle or 3D cylinder.
  FixationCross
Cross useful for fixation point.
  TextureTooLargeError
Functions
 
convert_to_numpy_if_array(A) source code
 
next_power_of_2(f) source code
 
is_power_of_2(f) source code
Variables
  shrink_filter = Image.BICUBIC
  array_types = [numpy.ndarray]
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Textures-pysrc.html0000644000076500000240000232665211224565531024124 0ustar astrawstaff VisionEgg.Textures
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Textures
[frames] | no frames]

Source Code for Module VisionEgg.Textures

   1  # The Vision Egg: Textures 
   2  # 
   3  # Copyright (C) 2001-2004 Andrew Straw 
   4  # Copyright (C) 2004-2008 California Institute of Technology 
   5  # 
   6  # URL: <http://www.visionegg.org/> 
   7  # 
   8  # Distributed under the terms of the GNU Lesser General Public License 
   9  # (LGPL). See LICENSE.TXT that came with this file. 
  10   
  11  """ 
  12  Texture (images mapped onto polygons) stimuli. 
  13   
  14  """ 
  15   
  16  #################################################################### 
  17  # 
  18  #        Import all the necessary packages 
  19  # 
  20  #################################################################### 
  21   
  22  import logging                              # available in Python 2.3 
  23   
  24  import VisionEgg 
  25  import VisionEgg.Core 
  26  import VisionEgg.ParameterTypes as ve_types 
  27   
  28  import Image, ImageDraw                         # Python Imaging Library packages 
  29  import pygame.surface, pygame.image             # pygame 
  30  import math, types, os 
  31  import numpy 
  32  import numpy.oldnumeric as numpyNumeric, numpy.oldnumeric.mlab as MLab 
  33   
  34  import VisionEgg.GL as gl # get all OpenGL stuff in one namespace 
  35  import OpenGL.GLU as glu 
  36   
  37  # These modules are part of PIL and get loaded as needed by Image. 
  38  # They are listed here so that Gordon McMillan's Installer properly 
  39  # locates them.  You will not hurt anything other than your ability to 
  40  # make executables using Intaller if you remove these lines. 
  41  import _imaging 
  42  import ImageFile, ImageFileIO, BmpImagePlugin, JpegImagePlugin, PngImagePlugin 
  43   
  44  if Image.VERSION >= '1.1.3': 
  45      shrink_filter = Image.ANTIALIAS # Added in PIL 1.1.3 
  46  else: 
  47      shrink_filter = Image.BICUBIC # Fallback filtering 
  48   
  49  array_types = [numpy.ndarray] 
  50  # Allow use of numarray and original Numeric texels without requiring either 
  51  try: 
  52      import numarray 
  53      array_types.append( numarray.numarraycore.NumArray ) 
  54  except ImportError: 
  55      pass 
  56  try: 
  57      import Numeric as orig_Numeric 
  58      array_types.append( orig_Numeric.ArrayType ) 
  59  except ImportError: 
  60      pass 
  61   

  63      if type(A) in array_types: 
  64          # with late release Numeric and numarray this is a view of the data 
  65          return numpy.asarray(A) 
  66      else: 
  67          return A 

  68   
  69  #################################################################### 
  70  # 
  71  # XXX ToDo: 
  72   
  73  # The main remaining feature to add to this module is automatic 
  74  # management of texture objects.  This would allow many small images 
  75  # (e.g. a bit of text) to live in one large texture object.  This 
  76  # would be much faster when many small textures are drawn in rapid 
  77  # succession. (Apparently this might not be such a big improvement on 
  78  # OS X. (See http://crystal.sourceforge.net/phpwiki/index.php?MacXGL) 
  79   
  80  # Here's a sample from Apple's TextureRange demo which is supposed 
  81  # to speed up texture transfers. 
  82  # glBindTextures( target, &texID); 
  83  # glPixelStorei(GL_UNPACK_CLIENT_STORAGE_APPLE, 1); 
  84  # glTexImage2D(target, 0, GL_RGBA, width, height, 0, GL_BGRA, GL_UNSIGNED_INT_8_8_8_8_REV,image_ptr); 
  85  # Update the texture with: 
  86  # glTexSubImage2D(target, 0, 0, 0, width, height, GL_BGRA, GL_UNSIGNED_INT_8_8_8_8_REV,image_ptr); 
  87   
  88  #################################################################### 
  89   
  90  #################################################################### 
  91  # 
  92  #        Textures 
  93  # 
  94  #################################################################### 
  95   

  96 -def next_power_of_2(f): 

  97      return int(math.pow(2.0,math.ceil(math.log(f)/math.log(2.0)))) 

  98   

  99 -def is_power_of_2(f): 

 100      return f == next_power_of_2(f) 

 101   

 102 -class Texture(object): 

 103      """A 2 dimensional texture. 
 104   
 105      The pixel data can come from an image file, an image file stream, 
 106      an instance of Image from the Python Imaging Library, a numpy 
 107      array, or None. 
 108   
 109      If the data is a numpy array, floating point numbers are assumed 
 110      to be in the range 0.0 to 1.0, and integers are assumed to be in 
 111      the range 0 to 255.  The first index is the row (y position), the 
 112      second index is the column (x position), and if it's RGB or RGBA 
 113      data, the third index specifies the color band.  Thus, if the 
 114      texel data was 640 pixels wide by 480 pixels tall, the array would 
 115      have shape (480,640) for luminance information, (480,640,3) for 
 116      RGB information, and (480,640,4) for RGBA information. 
 117   
 118      The 2D texture data is not sent to OpenGL (video texture memory) 
 119      until the load() method is called.  The unload() method may be 
 120      used to remove the data from OpenGL. 
 121   
 122      A reference to the original image data is maintained.""" 
 123   
 124      __slots__ = ('texels', 
 125                   'texture_object', 
 126                   'size', 
 127                   '_filename', 
 128                   '_file_stream', 
 129                   'buf_lf', 
 130                   'buf_rf', 
 131                   'buf_bf', 
 132                   'buf_tf', 
 133                   '_buf_l', 
 134                   '_buf_r', 
 135                   '_buf_b', 
 136                   '_buf_t', 
 137                   ) 
 138   

 139 -    def __init__(self,texels=None,size=None): 

 140          """Creates instance of Texture object. 
 141   
 142          texels -- Texture data. If not specified, a blank white 
 143                    texture is created. 
 144          size -- If a tuple, force size of texture data if possible, 
 145                  raising an exception if not. If None, has no effect. 
 146          """ 
 147   
 148          if texels is None: # no texel data: make default 
 149              if size is None: 
 150                  size = (256,256) # an arbitrary default size 
 151              texels = Image.new("RGB",size,(255,255,255)) # white 
 152   
 153          if type(texels) == types.FileType: 
 154              texels = Image.open(texels) # Attempt to open as an image file 
 155          elif type(texels) in (types.StringType,types.UnicodeType): 
 156              # is this string a filename or raw image data? 
 157              if os.path.isfile(texels): 
 158                  # cache filename and file stream for later use (if possible) 
 159                  self._filename = texels 
 160                  self._file_stream = open(texels,"rb") 
 161              texels = Image.open(texels) # Attempt to open as an image stream 
 162   
 163          texels = convert_to_numpy_if_array(texels) 
 164   
 165          if isinstance(texels, Image.Image): # PIL Image 
 166              if texels.mode == 'P': # convert from paletted 
 167                  texels = texels.convert('RGBX') 
 168              self.size = texels.size 
 169          elif isinstance(texels, pygame.surface.Surface): # pygame surface 
 170              self.size = texels.get_size() 
 171          elif isinstance(texels,numpy.ndarray): # numpy array 
 172              if len(texels.shape) == 3: 
 173                  if texels.shape[2] not in [3,4]: 
 174                      raise ValueError("Only luminance (rank 2), and RGB, RGBA (rank 3) arrays allowed") 
 175              elif len(texels.shape) != 2: 
 176                  raise ValueError("Only luminance (rank 2), and RGB, RGBA (rank 3) arrays allowed") 
 177              self.size = ( texels.shape[1], texels.shape[0] ) 
 178          else: 
 179              raise TypeError("texel data could not be recognized. (Use a PIL Image, numpy array, or pygame surface.)") 
 180   
 181          self.texels = texels 
 182          self.texture_object = None 
 183   
 184          if size is not None and size != self.size: 
 185              raise ValueError("size was specified, but data could not be rescaled") 

 186   

 187 -    def update(self): 

 188          """Update texture data 
 189   
 190          This method does nothing, but may be overriden in classes that 
 191          need to update their texture data whenever drawn. 
 192   
 193          It it called by the draw() method of any stimuli using 
 194          textures when its texture object is active, so it can safely 
 195          use put_sub_image() to manipulate its own texture data. 
 196          """ 
 197          pass 

 198   

 199 -    def make_half_size(self): 

 200          if self.texture_object is not None: 
 201              raise RuntimeError("make_half_size() only available BEFORE texture loaded to OpenGL.") 
 202   
 203          if isinstance(self.texels,Image.Image): 
 204              w = self.size[0]/2 
 205              h = self.size[1]/2 
 206              small_texels = self.texels.resize((w,h),shrink_filter) 
 207              self.texels = small_texels 
 208              self.size = (w,h) 
 209          else: 
 210              raise NotImplementedError("Texture too large, but rescaling only implemented for PIL images.") 

 211   

 212 -    def unload(self): 

 213          """Unload texture data from video texture memory. 
 214   
 215          This only removes data from the video texture memory if there 
 216          are no other references to the TextureObject instance.  To 
 217          ensure this, all references to the texture_object argument 
 218          passed to the load() method should be deleted.""" 
 219   
 220          self.texture_object = None 

 221   

 222 -    def get_texels_as_image(self): 

 223          """Return texel data as PIL image""" 
 224          if isinstance(self.texels,numpy.ndarray): 
 225              if len(self.texels.shape) == 2: 
 226                  a = self.texels 
 227                  if a.dtype == numpy.uint8: 
 228                      mode = "L" 
 229                  elif a.dtype == numpy.float32: 
 230                      mode = "F" 
 231                  else: 
 232                      raise ValueError("unsupported image mode") 
 233                  return Image.fromstring(mode, (a.shape[1], a.shape[0]), a.tostring()) 
 234              else: 
 235                  raise NotImplementedError("Currently only luminance data can be converted to images") 
 236          elif isinstance(self.texels, Image.Image): 
 237              return self.texels 
 238          else: 
 239              raise NotImplementedError("Don't know how to convert texel data to PIL image") 

 240   

 241 -    def get_pixels_as_image(self): 

 242          logger = logging.getLogger('VisionEgg.Textures') 
 243          logger.warning("Using deprecated method get_pixels_as_image(). " 
 244                         "Use get_texels_as_image() instead.") 
 245          return self.get_texels_as_image() 

 246   

 247 -    def load(self, 
 248               texture_object, 
 249               build_mipmaps = True, 
 250               rescale_original_to_fill_texture_object = False, 
 251               internal_format=gl.GL_RGB): 

 252          """Load texture data to video texture memory. 
 253   
 254          This will cause the texture data to become resident in OpenGL 
 255          video texture memory, enabling fast drawing. 
 256   
 257          The texture_object argument is used to specify an instance of 
 258          the TextureObject class, which is a wrapper for the OpenGL 
 259          texture object holding the resident texture. 
 260   
 261          To remove a texture from OpenGL's resident textures:       TextureObject passed as the texture_object argument and 2) 
 262          call the unload() method""" 
 263   
 264          assert( isinstance( texture_object, TextureObject )) 
 265          assert( texture_object.dimensions == 2 ) 
 266   
 267          width, height = self.size 
 268   
 269          width_pow2  = next_power_of_2(width) 
 270          height_pow2  = next_power_of_2(height) 
 271   
 272          if rescale_original_to_fill_texture_object: 
 273              if not isinstance(self.texels,Image.Image): 
 274                  raise NotImplementedError("Automatic rescaling not implemented for this texel data type.") 
 275   
 276          # fractional coverage 
 277          self.buf_lf = 0.0 
 278          self.buf_rf = float(width)/width_pow2 
 279          self.buf_bf = 0.0 
 280          self.buf_tf = float(height)/height_pow2 
 281   
 282          # absolute (texel units) coverage 
 283          self._buf_l = 0 
 284          self._buf_r = width 
 285          self._buf_b = 0 
 286          self._buf_t = height 
 287   
 288          if width != width_pow2 or height != height_pow2: 
 289              if isinstance(self.texels,numpy.ndarray): 
 290                  if len(self.texels.shape) == 2: 
 291                      buffer = numpy.zeros( (height_pow2,width_pow2), dtype=self.texels.dtype ) 
 292                      buffer[0:height,0:width] = self.texels 
 293                  elif len(self.texels.shape) == 3: 
 294                      buffer = numpy.zeros( (height_pow2,width_pow2,self.texels.shape[2]), dtype=self.texels.dtype ) 
 295                      buffer[0:height,0:width,:] = self.texels 
 296                  else: 
 297                      raise RuntimeError("Unexpected shape for self.texels") 
 298   
 299              elif isinstance(self.texels, Image.Image): # PIL Image 
 300                  if rescale_original_to_fill_texture_object: 
 301                      # reset coverage values 
 302                      self.buf_lf = 0.0 
 303                      self.buf_rf = 1.0 
 304                      self.buf_bf = 0.0 
 305                      self.buf_tf = 1.0 
 306   
 307                      self._buf_l = 0 
 308                      self._buf_r = width_pow2 
 309                      self._buf_t = 0 
 310                      self._buf_b = height_pow2 
 311   
 312                      buffer = self.texels.resize((width_pow2,height_pow2),shrink_filter) 
 313   
 314                      self.size = (width_pow2, height_pow2) 
 315                  else: 
 316                      buffer = Image.new(self.texels.mode,(width_pow2, height_pow2)) 
 317                      buffer.paste( self.texels, (0,height_pow2-height,width,height_pow2)) 
 318              elif isinstance(self.texels, pygame.surface.Surface): # pygame surface 
 319                  buffer = pygame.surface.Surface( (width_pow2, height_pow2), 
 320                                                   self.texels.get_flags(), 
 321                                                   self.texels.get_bitsize() ) 
 322                  buffer.blit( self.texels, (0,height_pow2-height) ) 
 323              else: 
 324                  raise RuntimeError("texel data not recognized - changed?") 
 325          else: 
 326              buffer = self.texels 
 327   
 328          # Put data in texture object 
 329          if not build_mipmaps: 
 330              texture_object.put_new_image( buffer, internal_format=internal_format, mipmap_level=0 ) 
 331          else: 
 332              if 0: 
 333                  # Build mipmaps with GLU (faster, but currently broken) 
 334                  texture_object.put_new_image_build_mipmaps( buffer, internal_format=internal_format ) 
 335              else: 
 336                  # Build mipmaps in PIL 
 337                  texture_object.put_new_image( buffer, internal_format=internal_format, mipmap_level=0 ) 
 338                  if not isinstance(self.texels, Image.Image): # PIL Image 
 339                      raise NotImplementedError( 
 340                          "Building of mipmaps not implemented for this texel "+\ 
 341                          "data type. (Use PIL Images or set parameter "+\ 
 342                          "mipmaps_enabled = False.)") 
 343                  this_width, this_height = self.size 
 344                  biggest_dim = max(this_width,this_height) 
 345                  mipmap_level = 1 
 346                  while biggest_dim > 1: 
 347                      this_width = this_width/2.0 
 348                      this_height = this_height/2.0 
 349   
 350                      width_pix = int(math.ceil(this_width)) 
 351                      height_pix = int(math.ceil(this_height)) 
 352                      shrunk = self.texels.resize((width_pix,height_pix),shrink_filter) 
 353   
 354                      width_pow2  = next_power_of_2(width_pix) 
 355                      height_pow2  = next_power_of_2(height_pix) 
 356   
 357                      im = Image.new(shrunk.mode,(width_pow2,height_pow2)) 
 358                      im.paste(shrunk,(0,height_pow2-height_pix,width_pix,height_pow2)) 
 359   
 360                      texture_object.put_new_image( im, 
 361                                                    mipmap_level=mipmap_level, 
 362                                                    internal_format = internal_format, 
 363                                                    check_opengl_errors = False, # no point -- we've already seen biggest texture work, we're just making mipmap 
 364                                                    ) 
 365   
 366                      mipmap_level += 1 
 367                      biggest_dim = max(this_width,this_height) 
 368   
 369          # Keep reference to texture_object 
 370          self.texture_object = texture_object 

 371   

 372 -    def get_texture_object(self): 

 373          return self.texture_object 

 374   

 375 -class TextureFromFile( Texture ): 

 376      """DEPRECATED.""" 

 377 -    def __init__(self, filename ): 

 378          logger = logging.getLogger('VisionEgg.Textures') 
 379          logger.warning("class TextureFromFile deprecated, use class " 
 380                         "Texture instead.") 
 381          Texture.__init__(self, filename) 

 382   

 383 -class TextureObject(object): 

 384      """Texture data in OpenGL. Potentially resident in video texture memory. 
 385   
 386      This class encapsulates the state variables in OpenGL texture objects.  Do not 
 387      change attribute values directly.  Use the methods provided instead.""" 
 388   
 389      __slots__ = ( 
 390          'min_filter', 
 391          'mag_filter', 
 392          'wrap_mode_r', # if dimensions > 2 
 393          'wrap_mode_s', 
 394          'wrap_mode_t', # if dimensions > 1 
 395          'border_color', 
 396          'target', 
 397          'dimensions', 
 398          'gl_id', 
 399          '__gl_module__', 
 400          ) 
 401   
 402      _cube_map_side_names = ['positive_x', 'negative_x', 
 403                              'positive_y', 'negative_y', 
 404                              'positive_z', 'negative_z'] 
 405   

 406 -    def __init__(self, 
 407                   dimensions = 2): 

 408          if dimensions not in [1,2,3,'cube']: 
 409              raise ValueError("TextureObject dimensions must be 1,2,3, or 'cube'") 
 410          # default OpenGL values for these values 
 411          self.min_filter = gl.GL_NEAREST_MIPMAP_LINEAR 
 412          self.mag_filter = gl.GL_LINEAR 
 413          self.wrap_mode_s = gl.GL_REPEAT 
 414          if dimensions != 1: 
 415              self.wrap_mode_t = gl.GL_REPEAT 
 416          if dimensions == 3: 
 417              self.wrap_mode_r = gl.GL_REPEAT 
 418          self.border_color = (0, 0, 0, 0) 
 419   
 420          if dimensions == 1: 
 421              self.target = gl.GL_TEXTURE_1D 
 422          elif dimensions == 2: 
 423              self.target = gl.GL_TEXTURE_2D 
 424          elif dimensions == 3: 
 425              self.target = gl.GL_TEXTURE_3D 
 426          elif dimensions == 'cube': 
 427              self.target = gl.GL_TEXTURE_CUBE 
 428   
 429          self.dimensions = dimensions 
 430          self.gl_id = gl.glGenTextures(1) 
 431          self.__gl_module__ = gl # keep so we there's no error in __del__ 

 432   

 433 -    def __del__(self): 

 434          self.__gl_module__.glDeleteTextures(self.gl_id) 

 435   

 436 -    def is_resident(self): 

 437          return gl.glAreTexturesResident( self.gl_id ) 

 438   

 439 -    def set_priority(self, priority): 

 440          gl.glPrioritizeTextures( [self.gl_id], [priority] ) 

 441   

 442 -    def set_min_filter(self, filter): 

 443          gl.glBindTexture(self.target, self.gl_id) 
 444          gl.glTexParameteri( self.target, gl.GL_TEXTURE_MIN_FILTER,filter) 
 445          self.min_filter = filter 

 446   

 447 -    def set_mag_filter(self, filter): 

 448          gl.glBindTexture( self.target, self.gl_id) 
 449          gl.glTexParameteri( self.target, gl.GL_TEXTURE_MAG_FILTER, filter) 
 450          self.mag_filter = filter 

 451   

 452 -    def set_wrap_mode_s(self, wrap_mode): 

 453          """Set to GL_CLAMP, GL_CLAMP_TO_EDGE, GL_REPEAT, or GL_CLAMP_TO_BORDER""" 
 454          gl.glBindTexture( self.target, self.gl_id) 
 455          gl.glTexParameteri( self.target, gl.GL_TEXTURE_WRAP_S, wrap_mode) 
 456          self.wrap_mode_s = wrap_mode 

 457   

 458 -    def set_wrap_mode_t(self, wrap_mode): 

 459          """Set to GL_CLAMP, GL_CLAMP_TO_EDGE, GL_REPEAT, or GL_CLAMP_TO_BORDER""" 
 460          gl.glBindTexture( self.target, self.gl_id) 
 461          gl.glTexParameteri( self.target, gl.GL_TEXTURE_WRAP_T, wrap_mode) 
 462          self.wrap_mode_t = wrap_mode 

 463   

 464 -    def set_wrap_mode_r(self, wrap_mode): 

 465          """Set to GL_CLAMP, GL_CLAMP_TO_EDGE, GL_REPEAT, or GL_CLAMP_TO_BORDER""" 
 466          gl.glBindTexture( self.target, self.gl_id) 
 467          gl.glTexParameteri( self.target, gl.GL_TEXTURE_WRAP_R, wrap_mode) 
 468          self.wrap_mode_r = wrap_mode 

 469   

 470 -    def set_border_color(self, border_color): 

 471          """Set to a sequence of 4 floats in the range 0.0 to 1.0""" 
 472          gl.glBindTexture( self.target, self.gl_id) 
 473          gl.glTexParameteriv( self.target, gl.GL_TEXTURE_BORDER_COLOR, border_color) 
 474          self.border_color = border_color 

 475   

 476 -    def put_new_image(self, 
 477                        texel_data, 
 478                        mipmap_level = 0, 
 479                        border = 0, 
 480                        check_opengl_errors = True, 
 481                        internal_format = gl.GL_RGB, 
 482                        data_format = None, # automatic guess unless set explicitly 
 483                        data_type = None, # automatic guess unless set explicitly 
 484                        cube_side = None, 
 485                        ): 

 486   
 487          """Put numpy array or PIL Image into OpenGL as texture data. 
 488   
 489          The texel_data parameter contains the texture data.  If it is 
 490          a numpy array, it must be 1D, 2D, or 3D data in grayscale or 
 491          color (RGB or RGBA).  Remember that OpenGL begins its textures 
 492          from the lower left corner, so texel_data[0,:] = 1.0 would set 
 493          the bottom line of the texture to white, while texel_data[:,0] 
 494          = 1.0 would set the left line of the texture to white. 
 495   
 496          The mipmap_level parameter specifies which of the texture 
 497          object's mipmap arrays you are filling. 
 498   
 499          The border parameter specifies the width of the border. 
 500   
 501          The check_opengl_errors parameter turns on (more 
 502          comprehensible) error messages when something goes wrong.  It 
 503          also slows down performance a little bit. 
 504   
 505          The internal_format parameter specifies the format in which 
 506          the image data is stored on the video card.  See the OpenGL 
 507          specification for all possible values. 
 508   
 509          If the data_format parameter is None (the default), an attempt 
 510          is made to guess data_format according to the following 
 511          description. For numpy arrays: If texel_data.shape is equal 
 512          to the dimensions of the texture object, texel_data is assumed 
 513          to contain luminance (grayscale) information and data_format 
 514          is set to GL_LUMINANCE.  If texel_data.shape is equal to one 
 515          plus the dimensions of the texture object, texel_data is 
 516          assumed to contain color information.  If texel_data.shape[-1] 
 517          is 3, this is assumed to be RGB data and data_format is set to 
 518          GL_RGB.  If, texel_data.shape[-1] is 4, this is assumed to be 
 519          RGBA data and data_format is set to GL_RGBA. For PIL images: 
 520          the "mode" attribute is queried. 
 521   
 522          If the data_type parameter is None (the default), it is set to 
 523          GL_UNSIGNED_BYTE. For numpy arrays: texel_data is (re)cast 
 524          to UInt8 and, if it is a floating point type, values are 
 525          assumed to be in the range 0.0-1.0 and are scaled to the range 
 526          0-255.  If the data_type parameter is not None, the texel_data 
 527          is not rescaled or recast.  Currently only GL_UNSIGNED_BYTE is 
 528          supported. For PIL images: texel_data is used as unsigned 
 529          bytes.  This is the usual format for common computer graphics 
 530          files.""" 
 531   
 532          texel_data = convert_to_numpy_if_array(texel_data) 
 533          if isinstance(texel_data,numpy.ndarray): 
 534              if self.dimensions != 'cube': 
 535                  assert(cube_side == None) 
 536                  data_dimensions = len(texel_data.shape) 
 537                  assert((data_dimensions == self.dimensions) or (data_dimensions == self.dimensions+1)) 
 538              else: 
 539                  assert(cube_side in TextureObject._cube_map_side_names) 
 540          elif isinstance(texel_data,Image.Image): 
 541              assert( self.dimensions == 2 ) 
 542          elif isinstance(texel_data,pygame.surface.Surface): 
 543              assert( self.dimensions == 2 ) 
 544          else: 
 545              raise TypeError("Expecting numpy array, PIL image, or pygame surface") 
 546   
 547          # make myself the active texture 
 548          gl.glBindTexture(self.target, self.gl_id) 
 549   
 550          # Determine the data_format, data_type and rescale the data if needed 
 551          if data_format is None: # guess the format of the data 
 552              if isinstance(texel_data,numpy.ndarray): 
 553                  if len(texel_data.shape) == self.dimensions: 
 554                      data_format = gl.GL_LUMINANCE 
 555                  elif len(texel_data.shape) == (self.dimensions+1): 
 556                      if texel_data.shape[-1] == 3: 
 557                          data_format = gl.GL_RGB 
 558                      elif texel_data.shape[-1] == 4: 
 559                          data_format = gl.GL_RGBA 
 560                      else: 
 561                          raise RuntimeError("Couldn't determine a format for your texel_data.") 
 562                  else: 
 563                      raise RuntimeError("Couldn't determine a format for your texel_data.") 
 564              elif isinstance(texel_data,Image.Image): 
 565                  if texel_data.mode == 'L': 
 566                      data_format = gl.GL_LUMINANCE 
 567                  elif texel_data.mode == 'RGB': 
 568                      data_format = gl.GL_RGB 
 569                  elif texel_data.mode in ('RGBA','RGBX'): 
 570                      data_format = gl.GL_RGBA 
 571                  elif texel_data.mode == 'P': 
 572                      raise NotImplementedError("Paletted images are not supported.") 
 573                  else: 
 574                      raise RuntimeError("Couldn't determine format for your texel_data. (PIL mode = '%s')"%texel_data.mode) 
 575              elif isinstance(texel_data,pygame.surface.Surface): 
 576                  if texel_data.get_alpha(): 
 577                      data_format = gl.GL_RGBA 
 578                  else: 
 579                      data_format = gl.GL_RGB 
 580   
 581          if data_type is None: # guess the data type 
 582              data_type = gl.GL_UNSIGNED_BYTE 
 583              if isinstance(texel_data,numpy.ndarray): 
 584                  if texel_data.dtype == numpy.float: 
 585                      texel_data = texel_data*255.0 
 586   
 587          if data_type == gl.GL_UNSIGNED_BYTE: 
 588              if isinstance(texel_data,numpy.ndarray): 
 589                  texel_data = texel_data.astype(numpy.uint8) # (re)cast if necessary 
 590          else: 
 591              raise NotImplementedError("Only data_type GL_UNSIGNED_BYTE currently supported") 
 592   
 593          # determine size and make sure its power of 2 
 594          if self.dimensions == 1: 
 595              # must be numpy array 
 596              width = texel_data.shape[0] 
 597              if not is_power_of_2(width): raise ValueError("texel_data does not have all dimensions == n^2") 
 598          else: 
 599              if isinstance(texel_data,numpy.ndarray): 
 600                  width = texel_data.shape[1] 
 601                  height = texel_data.shape[0] 
 602              elif isinstance(texel_data,Image.Image): 
 603                  width, height = texel_data.size 
 604              elif isinstance(texel_data,pygame.surface.Surface): 
 605                  width, height = texel_data.get_size() 
 606              if not is_power_of_2(width): raise ValueError("texel_data does not have all dimensions == n^2") 
 607              if not is_power_of_2(height): raise ValueError("texel_data does not have all dimensions == n^2") 
 608              if self.dimensions == 3: 
 609                  # must be numpy array 
 610                  depth = texel_data.shape[2] 
 611                  if not is_power_of_2(depth): raise ValueError("texel_data does not have all dimensions == n^2") 
 612   
 613          if self.dimensions in [2,'cube']: 
 614              if isinstance(texel_data,numpy.ndarray): 
 615                  raw_data = texel_data.tostring() 
 616              elif isinstance(texel_data,Image.Image): 
 617                  raw_data = texel_data.tostring('raw',texel_data.mode,0,-1) 
 618              elif isinstance(texel_data,pygame.surface.Surface): 
 619                  if texel_data.get_alpha(): 
 620                      raw_data = pygame.image.tostring(texel_data,'RGBA',1) 
 621                  else: 
 622                      raw_data = pygame.image.tostring(texel_data,'RGB',1) 
 623   
 624          # check for OpenGL errors 
 625          if check_opengl_errors: 
 626              max_dim = gl.glGetIntegerv( gl.GL_MAX_TEXTURE_SIZE ) 
 627              if width > max_dim: 
 628                  raise TextureTooLargeError("texel_data is too wide for your video system.") 
 629              if self.dimensions == 1: 
 630                  gl.glTexImage1Dub(gl.GL_PROXY_TEXTURE_1D, 
 631                                  mipmap_level, 
 632                                  internal_format, 
 633                                  border, 
 634                                  data_format, 
 635                                  texel_data) 
 636                  if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_1D,mipmap_level,gl.GL_TEXTURE_WIDTH) == 0: 
 637                      raise TextureTooLargeError("texel_data is too wide for your video system.") 
 638              elif self.dimensions in [2,'cube']: 
 639                  if height > max_dim: 
 640                      raise TextureTooLargeError("texel_data is too tall for your video system.") 
 641                  if self.dimensions == 2: 
 642                      target = gl.GL_PROXY_TEXTURE_2D 
 643                  else: 
 644                      target = gl.GL_PROXY_CUBE_MAP 
 645                  gl.glTexImage2D(target, 
 646                                  mipmap_level, 
 647                                  internal_format, 
 648                                  width, 
 649                                  height, 
 650                                  border, 
 651                                  data_format, 
 652                                  data_type, 
 653                                  raw_data) 
 654                  if gl.glGetTexLevelParameteriv(target, # Need PyOpenGL >= 2.0 
 655                                                 mipmap_level, 
 656                                                 gl.GL_TEXTURE_WIDTH) == 0: 
 657                      raise TextureTooLargeError("texel_data is too wide for your video system.") 
 658                  if gl.glGetTexLevelParameteriv(target,mipmap_level,gl.GL_TEXTURE_HEIGHT) == 0: 
 659                      raise TextureTooLargeError("texel_data is too tall for your video system.") 
 660              elif self.dimensions == 3: 
 661                  if max(height,depth) > max_dim: 
 662                      raise TextureTooLargeError("texel_data is too large for your video system.") 
 663                  gl.glTexImage3Dub(gl.GL_PROXY_TEXTURE_3D, 
 664                                    mipmap_level, 
 665                                    internal_format, 
 666                                    border, 
 667                                    data_format, 
 668                                    texel_data) 
 669                  if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_3D,mipmap_level,gl.GL_TEXTURE_WIDTH) == 0: 
 670                      raise TextureTooLargeError("texel_data is too wide for your video system.") 
 671                  if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_3D,mipmap_level,gl.GL_TEXTURE_HEIGHT) == 0: 
 672                      raise TextureTooLargeError("texel_data is too tall for your video system.") 
 673                  if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_3D,mipmap_level,gl.GL_TEXTURE_DEPTH) == 0: 
 674                      raise TextureTooLargeError("texel_data is too deep for your video system.") 
 675              else: 
 676                  raise RuntimeError("Unknown number of dimensions.") 
 677   
 678          # No OpenGL error, put the texture in! 
 679          if self.dimensions == 1: 
 680              gl.glTexImage1Dub(gl.GL_TEXTURE_1D, 
 681                                mipmap_level, 
 682                                internal_format, 
 683                                border, 
 684                                data_format, 
 685                                texel_data) 
 686          elif self.dimensions in [2,'cube']: 
 687              if self.dimensions == 2: 
 688                  target = gl.GL_TEXTURE_2D 
 689              else: 
 690                  target_name = 'GL_CUBE_MAP_'+cube_side.upper() 
 691                  target = getattr(gl,target_name) 
 692              gl.glTexImage2D(target, 
 693                              mipmap_level, 
 694                              internal_format, 
 695                              width, 
 696                              height, 
 697                              border, 
 698                              data_format, 
 699                              data_type, 
 700                              raw_data) 
 701          elif self.dimensions == 3: 
 702              gl.glTexImage3Dub(gl.GL_TEXTURE_3D, 
 703                                mipmap_level, 
 704                                internal_format, 
 705                                border, 
 706                                data_format, 
 707                                texel_data) 
 708          else: 
 709              raise RuntimeError("Unknown number of dimensions.") 

 710   

 711 -    def put_new_image_build_mipmaps(self, 
 712                                      texel_data, 
 713                                      internal_format = gl.GL_RGB, 
 714                                      data_format = None, # automatic guess unless set explicitly 
 715                                      data_type = None,   # automatic guess unless set explicitly 
 716                                      cube_side = None, 
 717                                      ): 

 718   
 719          """Similar to put_new_image(), but builds mipmaps.""" 
 720   
 721          if self.dimensions != 2: 
 722              raise ValueError("can only handle 2D texel data for automatic mipmap building") 
 723          texel_data = convert_to_numpy_if_array(texel_data) 
 724          if isinstance(texel_data,numpy.ndarray): 
 725              assert(cube_side == None) 
 726              data_dimensions = len(texel_data.shape) 
 727              assert((data_dimensions == self.dimensions) or (data_dimensions == self.dimensions+1)) 
 728          elif isinstance(texel_data,Image.Image): 
 729              assert( self.dimensions == 2 ) 
 730          elif isinstance(texel_data,pygame.surface.Surface): 
 731              assert( self.dimensions == 2 ) 
 732          else: 
 733              raise TypeError("Expecting numpy array, PIL image, or pygame surface") 
 734   
 735          # make myself the active texture 
 736          gl.glBindTexture(self.target, self.gl_id) 
 737   
 738          # Determine the data_format, data_type and rescale the data if needed 
 739          if data_format is None: # guess the format of the data 
 740              if isinstance(texel_data,numpy.ndarray): 
 741                  if len(texel_data.shape) == self.dimensions: 
 742                      data_format = gl.GL_LUMINANCE 
 743                  elif len(texel_data.shape) == (self.dimensions+1): 
 744                      if texel_data.shape[-1] == 3: 
 745                          data_format = gl.GL_RGB 
 746                      elif texel_data.shape[-1] == 4: 
 747                          data_format = gl.GL_RGBA 
 748                      else: 
 749                          raise RuntimeError("Couldn't determine a format for your texel_data.") 
 750                  else: 
 751                      raise RuntimeError("Couldn't determine a format for your texel_data.") 
 752              elif isinstance(texel_data,Image.Image): 
 753                  if texel_data.mode == 'L': 
 754                      data_format = gl.GL_LUMINANCE 
 755                  elif texel_data.mode == 'RGB': 
 756                      data_format = gl.GL_RGB 
 757                  elif texel_data.mode in ['RGBA','RGBX']: 
 758                      data_format = gl.GL_RGBA 
 759                  elif texel_data.mode == 'P': 
 760                      raise NotImplementedError("Paletted images are not supported.") 
 761                  else: 
 762                      raise RuntimeError("Couldn't determine format for your texel_data. (PIL mode = '%s')"%texel_data.mode) 
 763              elif isinstance(texel_data,pygame.surface.Surface): 
 764                  if texel_data.get_alpha(): 
 765                      data_format = gl.GL_RGBA 
 766                  else: 
 767                      data_format = gl.GL_RGB 
 768   
 769          if data_type is None: # guess the data type 
 770              data_type = gl.GL_UNSIGNED_BYTE 
 771              if isinstance(texel_data,numpy.ndarray): 
 772                  if texel_data.dtype == numpy.float: 
 773                      texel_data = texel_data*255.0 
 774   
 775          if data_type == gl.GL_UNSIGNED_BYTE: 
 776              if isinstance(texel_data,numpy.ndarray): 
 777                  texel_data = texel_data.astype(numpy.uint8) # (re)cast if necessary 
 778          else: 
 779              raise NotImplementedError("Only data_type GL_UNSIGNED_BYTE currently supported") 
 780   
 781          if isinstance(texel_data,numpy.ndarray): 
 782              width = texel_data.shape[1] 
 783              height = texel_data.shape[0] 
 784          elif isinstance(texel_data,Image.Image): 
 785              width, height = texel_data.size 
 786          elif isinstance(texel_data,pygame.surface.Surface): 
 787              width, height = texel_data.get_size() 
 788          if not is_power_of_2(width): raise ValueError("texel_data does not have all dimensions == n^2") 
 789          if not is_power_of_2(height): raise ValueError("texel_data does not have all dimensions == n^2") 
 790   
 791          if isinstance(texel_data,numpy.ndarray): 
 792              raw_data = texel_data.tostring() 
 793          elif isinstance(texel_data,Image.Image): 
 794              raw_data = texel_data.tostring('raw',texel_data.mode,0,-1) 
 795          elif isinstance(texel_data,pygame.surface.Surface): 
 796              if texel_data.get_alpha(): 
 797                  raw_data = pygame.image.tostring(texel_data,'RGBA',1) 
 798              else: 
 799                  raw_data = pygame.image.tostring(texel_data,'RGB',1) 
 800   
 801          args = (self.target, 
 802                                internal_format, 
 803                                width, # XXX should be width_pow2? 
 804                                height,# XXX should be height_pow2? 
 805                                data_format, 
 806                                data_type) 
 807                                #raw_data) 
 808          print 'args',args 
 809   
 810          glu.gluBuild2DMipmaps(self.target, 
 811                                internal_format, 
 812                                width, # XXX should be width_pow2? 
 813                                height,# XXX should be height_pow2? 
 814                                data_format, 
 815                                data_type, 
 816                                raw_data) 

 817   

 818 -    def put_sub_image(self, 
 819                        texel_data, 
 820                        mipmap_level = 0, 
 821                        offset_tuple = None, 
 822                        data_format = None, # automatic guess unless set explicitly 
 823                        data_type = None, # automatic guess unless set explicitly 
 824                        cube_side = None, 
 825                        ): 

 826   
 827          """Replace all or part of a texture object. 
 828   
 829          This is faster that put_new_image(), and can be used to 
 830          rapidly update textures. 
 831   
 832          The offset_tuple parameter determines the lower left corner 
 833          (for 2D textures) of your data in pixel units.  For example, 
 834          (0,0) would be no offset and thus the new data would be placed 
 835          in the lower left of the texture. 
 836   
 837          For an explanation of most parameters, see the 
 838          put_new_image() method.""" 
 839   
 840          texel_data = convert_to_numpy_if_array(texel_data) 
 841          if isinstance(texel_data,numpy.ndarray): 
 842              if self.dimensions != 'cube': 
 843                  assert(cube_side == None) 
 844                  data_dimensions = len(texel_data.shape) 
 845                  assert((data_dimensions == self.dimensions) or (data_dimensions == self.dimensions+1)) 
 846              else: 
 847                  assert(cube_side in TextureObject._cube_map_side_names) 
 848          elif isinstance(texel_data,Image.Image): 
 849              assert( self.dimensions == 2 ) 
 850          elif isinstance(texel_data,pygame.surface.Surface): 
 851              assert( self.dimensions == 2 ) 
 852          else: 
 853              raise TypeError("Expecting numpy array, PIL image, or pygame surface") 
 854   
 855          # make myself the active texture 
 856          gl.glBindTexture(self.target, self.gl_id) 
 857   
 858          # Determine the data_format, data_type and rescale the data if needed 
 859          data = texel_data 
 860   
 861          if data_format is None: # guess the format of the data 
 862              if isinstance(texel_data,numpy.ndarray): 
 863                  if len(data.shape) == self.dimensions: 
 864                      data_format = gl.GL_LUMINANCE 
 865                  elif len(data.shape) == (self.dimensions+1): 
 866                      if data.shape[-1] == 3: 
 867                          data_format = gl.GL_RGB 
 868                      elif data.shape[-1] == 4: 
 869                          data_format = gl.GL_RGBA 
 870                      else: 
 871                          raise RuntimeError("Couldn't determine a format for your texel_data.") 
 872                  else: 
 873                      raise RuntimeError("Couldn't determine a format for your texel_data.") 
 874              elif isinstance(texel_data,Image.Image): 
 875                  if data.mode == 'L': 
 876                      data_format = gl.GL_LUMINANCE 
 877                  elif data.mode == 'RGB': 
 878                      data_format = gl.GL_RGB 
 879                  elif data.mode in ['RGBA','RGBX']: 
 880                      data_format = gl.GL_RGBA 
 881                  elif data.mode == 'P': 
 882                      raise NotImplementedError("Paletted images are not supported.") 
 883                  else: 
 884                      raise RuntimeError("Couldn't determine format for your texel_data. (PIL mode = '%s')"%data.mode) 
 885              elif isinstance(texel_data,pygame.surface.Surface): 
 886                  if data.get_alpha(): 
 887                      data_format = gl.GL_RGBA 
 888                  else: 
 889                      data_format = gl.GL_RGB 
 890   
 891          if data_type is None: # guess the data type 
 892              data_type = gl.GL_UNSIGNED_BYTE 
 893              if isinstance(data,numpy.ndarray): 
 894                  if data.dtype == numpy.float: 
 895                      data = data*255.0 
 896   
 897          if data_type == gl.GL_UNSIGNED_BYTE: 
 898              if isinstance(data,numpy.ndarray): 
 899                  data = data.astype(numpy.uint8) # (re)cast if necessary 
 900          else: 
 901              raise NotImplementedError("Only data_type GL_UNSIGNED_BYTE currently supported") 
 902   
 903          if self.dimensions == 1: 
 904              if offset_tuple is None: 
 905                  x_offset = 0 
 906              else: 
 907                  x_offset = offset_tuple[0] 
 908              width = data.shape[0] 
 909              raw_data = data.astype(numpy.uint8).tostring() 
 910              gl.glTexSubImage1D(gl.GL_TEXTURE_1D, 
 911                                 mipmap_level, 
 912                                 x_offset, 
 913                                 width, 
 914                                 data_format, 
 915                                 data_type, 
 916                                 raw_data) 
 917          elif self.dimensions in [2,'cube']: 
 918              if self.dimensions == 2: 
 919                  target = gl.GL_TEXTURE_2D 
 920              else: 
 921                  target_name = 'GL_CUBE_MAP_'+cube_side.upper() 
 922                  target = getattr(gl,target_name) 
 923              if offset_tuple is None: 
 924                  x_offset = y_offset = 0 
 925              else: 
 926                  x_offset, y_offset = offset_tuple 
 927              if isinstance(data,numpy.ndarray): 
 928                  width = data.shape[1] 
 929                  height = data.shape[0] 
 930                  raw_data = data.astype(numpy.uint8).tostring() 
 931              elif isinstance(texel_data,Image.Image): 
 932                  width = data.size[0] 
 933                  height = data.size[1] 
 934                  raw_data = data.tostring('raw',data.mode,0,-1) 
 935              elif isinstance(texel_data,pygame.surface.Surface): 
 936                  width, height = texel_data.get_size() 
 937                  if data.get_alpha(): 
 938                      raw_data = pygame.image.tostring(texel_data,'RGBA',1) 
 939                  else: 
 940                      raw_data = pygame.image.tostring(texel_data,'RGB',1) 
 941              gl.glTexSubImage2D(target, 
 942                                 mipmap_level, 
 943                                 x_offset, 
 944                                 y_offset, 
 945                                 width, 
 946                                 height, 
 947                                 data_format, 
 948                                 data_type, 
 949                                 raw_data) 
 950          elif self.dimensions == 3: 
 951              raise RuntimeError("Cannot put_sub_image on 3D texture_object.") 
 952          else: 
 953              raise RuntimeError("Unknown number of dimensions.") 

 954   

 955 -    def put_new_framebuffer(self, 
 956                              buffer='back', 
 957                              mipmap_level = 0, 
 958                              border = 0, 
 959                              framebuffer_lowerleft = None, 
 960                              size = None, 
 961                              internal_format = gl.GL_RGB, 
 962                              cube_side = None, 
 963                              ): 

 964   
 965          """Replace texture object with the framebuffer contents. 
 966   
 967          The framebuffer_lowerleft parameter determines the lower left 
 968          corner of the framebuffer region from which to copy texel data 
 969          in pixel units.  For example, (0,0) would be no offset and 
 970          thus the new data would be placed from the lower left of the 
 971          framebuffer. 
 972   
 973          For an explanation of most parameters, see the 
 974          put_new_image() method.""" 
 975   
 976          if self.dimensions != 2: 
 977              raise RuntimeError("put_new_framebuffer only supported for 2D textures.") 
 978   
 979          if buffer == 'front': 
 980              gl.glReadBuffer( gl.GL_FRONT ) 
 981          elif buffer == 'back': 
 982              gl.glReadBuffer( gl.GL_BACK ) 
 983          else: 
 984              raise ValueError('No support for "%s" framebuffer'%buffer) 
 985   
 986          # make myself the active texture 
 987          gl.glBindTexture(self.target, self.gl_id) 
 988   
 989          if framebuffer_lowerleft is None: 
 990              framebuffer_lowerleft = (0,0) 
 991          x,y = framebuffer_lowerleft 
 992   
 993          if size is None: 
 994              raise ValueError("Must specify size for put_new_framebuffer(): cannot guess") 
 995   
 996          # determine size and make sure its power of 2 
 997          width, height = size 
 998          if not is_power_of_2(width): raise ValueError("texel_data does not have all dimensions == n^2") 
 999          if not is_power_of_2(height): raise ValueError("texel_data does not have all dimensions == n^2") 
1000   
1001          target = gl.GL_TEXTURE_2D 
1002          gl.glCopyTexImage2D(target, 
1003                              mipmap_level, 
1004                              internal_format, 
1005                              x, 
1006                              y, 
1007                              width, 
1008                              height, 
1009                              border) 

1010   
1011  #################################################################### 
1012  # 
1013  #        Stimulus - TextureStimulus 
1014  # 
1015  #################################################################### 
1016   

1017 -class TextureStimulusBaseClass(VisionEgg.Core.Stimulus): 

1018      """Parameters common to all stimuli that use textures. 
1019   
1020      Don't instantiate this class directly. 
1021   
1022      Parameters 
1023      ========== 
1024      texture            -- source of texture data (Instance of <class 'VisionEgg.Textures.Texture'>) 
1025                            Default: (determined at runtime) 
1026      texture_mag_filter -- OpenGL filter enum (Integer) 
1027                            Default: GL_LINEAR (9729) 
1028      texture_min_filter -- OpenGL filter enum (Integer) 
1029                            Default: (GL enum determined at runtime) 
1030      texture_wrap_s     -- OpenGL texture wrap enum (Integer) 
1031                            Default: (GL enum determined at runtime) 
1032      texture_wrap_t     -- OpenGL texture wrap enum (Integer) 
1033                            Default: (GL enum determined at runtime) 
1034   
1035      Constant Parameters 
1036      =================== 
1037      internal_format   -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer) 
1038                           Default: GL_RGB (6407) 
1039      mipmaps_enabled   -- Are mipmaps enabled? (Boolean) 
1040                           Default: True 
1041      shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean) 
1042                           Default: False 
1043      """ 
1044   
1045      parameters_and_defaults = { 
1046          'texture':(None, 
1047                     ve_types.Instance(Texture), 
1048                     "source of texture data"), 
1049          'texture_mag_filter':(gl.GL_LINEAR, 
1050                                ve_types.Integer, 
1051                                "OpenGL filter enum", 
1052                                VisionEgg.ParameterDefinition.OPENGL_ENUM), 
1053          'texture_min_filter':(None, # defaults to gl.GL_LINEAR_MIPMAP_LINEAR (unless mipmaps_enabled False, then gl.GL_LINEAR) 
1054                                ve_types.Integer, 
1055                                "OpenGL filter enum", 
1056                                VisionEgg.ParameterDefinition.OPENGL_ENUM), 
1057          'texture_wrap_s':(None, # set to gl.GL_CLAMP_TO_EDGE below 
1058                            ve_types.Integer, 
1059                            "OpenGL texture wrap enum", 
1060                            VisionEgg.ParameterDefinition.OPENGL_ENUM), 
1061          'texture_wrap_t':(None, # set to gl.GL_CLAMP_TO_EDGE below 
1062                            ve_types.Integer, 
1063                            "OpenGL texture wrap enum", 
1064                            VisionEgg.ParameterDefinition.OPENGL_ENUM), 
1065          } 
1066   
1067      constant_parameters_and_defaults = { 
1068          'internal_format':(gl.GL_RGB,#None, 
1069                             ve_types.Integer, 
1070                             "format with which OpenGL uses texture data (OpenGL data type enum)", 
1071                             VisionEgg.ParameterDefinition.OPENGL_ENUM), 
1072          'mipmaps_enabled':(True, 
1073                             ve_types.Boolean, 
1074                             "Are mipmaps enabled?"), 
1075          'shrink_texture_ok':(False, 
1076                               ve_types.Boolean, 
1077                               "Allow automatic shrinking of texture if too big?"), 
1078          } 
1079   
1080      __slots__ = ( 
1081          'texture_object', 
1082          '_using_texture', 
1083          ) 
1084   
1085      _mipmap_modes = [gl.GL_LINEAR_MIPMAP_LINEAR,gl.GL_LINEAR_MIPMAP_NEAREST, 
1086                       gl.GL_NEAREST_MIPMAP_LINEAR,gl.GL_NEAREST_MIPMAP_NEAREST] 
1087   

1088 -    def __init__(self,**kw): 

1089          VisionEgg.Core.Stimulus.__init__(self,**kw) 
1090   
1091          if self.parameters.texture is None: 
1092              # generate default texture 
1093              self.parameters.texture = Texture() 
1094   
1095          if self.parameters.texture_min_filter is None: 
1096              # generate default texture minimization filter 
1097              if self.constant_parameters.mipmaps_enabled: 
1098                  self.parameters.texture_min_filter = gl.GL_LINEAR_MIPMAP_LINEAR 
1099              else: 
1100                  self.parameters.texture_min_filter = gl.GL_LINEAR 
1101   
1102          if not self.constant_parameters.mipmaps_enabled: 
1103              if self.parameters.texture_min_filter in TextureStimulusBaseClass._mipmap_modes: 
1104                  raise ValueError("texture_min_filter cannot be a mipmap type if mipmaps not enabled.") 
1105          # We have to set these parameters here because we may have 
1106          # re-assigned gl.GL_CLAMP_TO_EDGE.  This allows us to use 
1107          # symbol gl.GL_CLAMP_TO_EDGE even if our version of OpenGL 
1108          # doesn't support it. 
1109          if self.parameters.texture_wrap_s is None: 
1110              self.parameters.texture_wrap_s = gl.GL_CLAMP_TO_EDGE 
1111          if self.parameters.texture_wrap_t is None: 
1112              self.parameters.texture_wrap_t = gl.GL_CLAMP_TO_EDGE 
1113   
1114          # Create an OpenGL texture object this instance "owns" 
1115          self.texture_object = TextureObject(dimensions=2) 
1116   
1117          self._reload_texture() 

1118   

1119 -    def _reload_texture(self): 

1120          """(Re)load texture to OpenGL""" 
1121          p = self.parameters 
1122          self._using_texture = p.texture 
1123   
1124          if not self.constant_parameters.shrink_texture_ok: 
1125              # send texture to OpenGL 
1126              p.texture.load( self.texture_object, 
1127                              internal_format = self.constant_parameters.internal_format, 
1128                              build_mipmaps = self.constant_parameters.mipmaps_enabled ) 
1129          else: 
1130              max_dim = gl.glGetIntegerv( gl.GL_MAX_TEXTURE_SIZE ) 
1131              resized = 0 
1132              while max(p.texture.size) > max_dim: 
1133                  p.texture.make_half_size() 
1134                  resized = 1 
1135              loaded_ok = 0 
1136              while not loaded_ok: 
1137                  try: 
1138                      # send texture to OpenGL 
1139                      p.texture.load( self.texture_object, 
1140                                      internal_format = self.constant_parameters.internal_format, 
1141                                      build_mipmaps = self.constant_parameters.mipmaps_enabled ) 
1142                  except TextureTooLargeError: 
1143                      p.texture.make_half_size() 
1144                      resized = 1 
1145                  else: 
1146                      loaded_ok = 1 
1147              if resized: 
1148                  logger = logging.getLogger('VisionEgg.Textures') 
1149                  logger.warning("Resized texture in %s to %d x %d"%( 
1150                      str(self),p.texture.size[0],p.texture.size[1])) 

1151   

1152 -class Mask2D(VisionEgg.ClassWithParameters): 

1153      """A mask for windowing a portion of a texture. 
1154   
1155      Thanks to the author, Jon Peirce, of the AlphaStim class from the 
1156      PsychoPy package from which the idea to do this came. 
1157   
1158      Constant Parameters 
1159      =================== 
1160      function         -- 'gaussian' or 'circle' (String) 
1161                          Default: gaussian 
1162      num_samples      -- size of mask texture data (units: number of texels) (Sequence2 of Real) 
1163                          Default: (256, 256) 
1164      radius_parameter -- radius for circle, sigma for gaussian (Real) 
1165                          Default: 25.0 
1166      """ 
1167   
1168      # All of these parameters are constant -- if you need a new mask, create a new instance 
1169      constant_parameters_and_defaults = { 
1170          'function':('gaussian', # can be 'gaussian' or 'circle' 
1171                      ve_types.String, 
1172                      "'gaussian' or 'circle'"), 
1173          'radius_parameter':(25.0, # radius for circle, sigma for gaussian, same units as num_samples 
1174                              ve_types.Real, 
1175                              "radius for circle, sigma for gaussian"), 
1176          'num_samples':((256,256), # size of mask data in texels 
1177                         ve_types.Sequence2(ve_types.Real), 
1178                         "size of mask texture data (units: number of texels)"), 
1179          } 

1180 -    def __init__(self,**kw): 

1181          VisionEgg.ClassWithParameters.__init__(self,**kw) 
1182   
1183          cp = self.constant_parameters # shorthand 
1184          width,height = cp.num_samples 
1185          if width != next_power_of_2(width): 
1186              raise RuntimeError("Mask must have width num_samples power of 2") 
1187          if height != next_power_of_2(height): 
1188              raise RuntimeError("Mask must have height num_samples power of 2") 
1189   
1190          gl.glActiveTextureARB(gl.GL_TEXTURE1_ARB) # Need PyOpenGL >= 2.0 
1191          self.texture_object = TextureObject(dimensions=2) 
1192   
1193          if cp.function == "gaussian": 
1194              xx = numpyNumeric.outerproduct(numpyNumeric.ones((1,cp.num_samples[1])), 
1195                                        numpyNumeric.arange(0,cp.num_samples[0],1.0)-cp.num_samples[0]/2) 
1196              yy = numpyNumeric.outerproduct(numpyNumeric.arange(0,cp.num_samples[1],1.0)-cp.num_samples[1]/2, 
1197                                        numpyNumeric.ones((1,cp.num_samples[0]))) 
1198              dist_from_center = numpyNumeric.sqrt(xx**2 + yy**2) 
1199              sigma = cp.radius_parameter 
1200              data = numpyNumeric.exp( -dist_from_center**2.0 / (2.0*sigma**2.0) ) 
1201          elif cp.function == "circle": 
1202              data = numpyNumeric.zeros(cp.num_samples,numpyNumeric.Float) 
1203              # perform anti-aliasing in circle computation by computing 
1204              # at several slightly different locations and averaging 
1205              oversamples = 4 
1206              x_offsets = numpyNumeric.arange(0.0,1.0,1.0/oversamples) 
1207              x_offsets = x_offsets - MLab.mean(x_offsets) 
1208              y_offsets = x_offsets 
1209              for x_offset in x_offsets: 
1210                  for y_offset in y_offsets: 
1211                      xx = numpyNumeric.outerproduct(numpyNumeric.ones((1,cp.num_samples[1])), 
1212                                                numpyNumeric.arange(0,cp.num_samples[0],1.0)-cp.num_samples[0]/2+0.5)+x_offset 
1213                      yy = numpyNumeric.outerproduct(numpyNumeric.arange(0,cp.num_samples[1],1.0)-cp.num_samples[1]/2+0.5, 
1214                                                numpyNumeric.ones((1,cp.num_samples[0])))+y_offset 
1215                      dist_from_center = numpyNumeric.sqrt(xx**2 + yy**2) 
1216                      data += dist_from_center <= cp.radius_parameter 
1217              data = data / float( len(x_offsets)*len(y_offsets) ) 
1218          else: 
1219              raise RuntimeError("Don't know about window function %s"%self.constant_parameters.function) 
1220   
1221          self.texture_object.put_new_image(data, 
1222                                            data_format=gl.GL_ALPHA, 
1223                                            internal_format=gl.GL_ALPHA) 
1224          self.texture_object.set_min_filter(gl.GL_LINEAR) # turn off mipmaps for mask 
1225          self.texture_object.set_wrap_mode_s(gl.GL_CLAMP_TO_EDGE) 
1226          self.texture_object.set_wrap_mode_t(gl.GL_CLAMP_TO_EDGE) 
1227          gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_MODULATE) 
1228   
1229          # reset active texture unit to 0 
1230          gl.glActiveTextureARB(gl.GL_TEXTURE0_ARB) 

1231   

1232 -    def draw_masked_quad_3d(self,lt,rt,bt,tt,v1,v2,v3,v4): 

1233          # The *t parameters are the texture coordinates. 
1234   
1235          # By the time this method is called, GL_TEXTURE0_ARB should be 
1236          # loaded as the texture object to be masked. 
1237   
1238          gl.glActiveTextureARB(gl.GL_TEXTURE1_ARB) # bind 2nd texture unit to mask texture 
1239          gl.glBindTexture(gl.GL_TEXTURE_2D, self.texture_object.gl_id) 
1240          gl.glEnable(gl.GL_TEXTURE_2D) 
1241   
1242          # The normal TEXTURE2D object is the 1st (TEXTURE0) texture unit 
1243          gl.glBegin(gl.GL_QUADS) 
1244   
1245          gl.glMultiTexCoord2fARB(gl.GL_TEXTURE0_ARB,lt,bt) 
1246          gl.glMultiTexCoord2fARB(gl.GL_TEXTURE1_ARB,0.0,0.0) 
1247          gl.glVertex3f(*v1) 
1248   
1249          gl.glMultiTexCoord2fARB(gl.GL_TEXTURE0_ARB,rt,bt) 
1250          gl.glMultiTexCoord2fARB(gl.GL_TEXTURE1_ARB,1.0,0.0) 
1251          gl.glVertex3f(*v2) 
1252   
1253          gl.glMultiTexCoord2fARB(gl.GL_TEXTURE0_ARB,rt,tt) 
1254          gl.glMultiTexCoord2fARB(gl.GL_TEXTURE1_ARB,1.0,1.0) 
1255          gl.glVertex3f(*v3) 
1256   
1257          gl.glMultiTexCoord2fARB(gl.GL_TEXTURE0_ARB,lt,tt) 
1258          gl.glMultiTexCoord2fARB(gl.GL_TEXTURE1_ARB,0.0,1.0) 
1259          gl.glVertex3f(*v4) 
1260   
1261          gl.glEnd() # GL_QUADS 
1262          gl.glDisable(gl.GL_TEXTURE_2D) # turn off texturing in this texture unit 
1263          gl.glActiveTextureARB(gl.GL_TEXTURE0_ARB) # return to 1st texture unit 

1264   

1265 -    def draw_masked_quad(self,lt,rt,bt,tt,le,re,be,te,depth): 

1266          # The *t parameters are the texture coordinates. The *e 
1267          # parameters are the eye coordinates for the vertices of the 
1268          # quad. 
1269          v1 = (le,be,depth) 
1270          v2 = (re,be,depth) 
1271          v3 = (re,te,depth) 
1272          v4 = (le,te,depth) 
1273          self.draw_masked_quad_3d(lt,rt,bt,tt,v1,v2,v3,v4) 

1274   

1275 -class TextureStimulus(TextureStimulusBaseClass): 

1276      """A textured rectangle. 
1277   
1278      This is mainly for 2D use (z coordinate fixed to 0.0 and w 
1279      coordinated fixed to 1.0 if not given). 
1280   
1281   
1282      Parameters 
1283      ========== 
1284      anchor             -- specifies how position parameter is interpreted (String) 
1285                            Default: lowerleft 
1286      angle              -- units: degrees, 0=right, 90=up (Real) 
1287                            Default: 0.0 
1288      color              -- texture environment color. alpha ignored (if given) for max_alpha parameter (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
1289                            Default: (1.0, 1.0, 1.0) 
1290      depth_test         -- perform depth test? (Boolean) 
1291                            Default: False 
1292      mask               -- optional masking function (Instance of <class 'VisionEgg.Textures.Mask2D'>) 
1293                            Default: (determined at runtime) 
1294      max_alpha          -- controls opacity. 1.0=copletely opaque, 0.0=completely transparent (Real) 
1295                            Default: 1.0 
1296      on                 -- draw stimulus? (Boolean) 
1297                            Default: True 
1298      position           -- units: eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real)) 
1299                            Default: (0.0, 0.0) 
1300      size               -- defaults to texture data size (units: eye coordinates) (Sequence2 of Real) 
1301                            Default: (determined at runtime) 
1302      texture            -- source of texture data (Instance of <class 'VisionEgg.Textures.Texture'>) 
1303                            Inherited from TextureStimulusBaseClass 
1304                            Default: (determined at runtime) 
1305      texture_mag_filter -- OpenGL filter enum (Integer) 
1306                            Inherited from TextureStimulusBaseClass 
1307                            Default: GL_LINEAR (9729) 
1308      texture_min_filter -- OpenGL filter enum (Integer) 
1309                            Inherited from TextureStimulusBaseClass 
1310                            Default: (GL enum determined at runtime) 
1311      texture_wrap_s     -- OpenGL texture wrap enum (Integer) 
1312                            Inherited from TextureStimulusBaseClass 
1313                            Default: (GL enum determined at runtime) 
1314      texture_wrap_t     -- OpenGL texture wrap enum (Integer) 
1315                            Inherited from TextureStimulusBaseClass 
1316                            Default: (GL enum determined at runtime) 
1317   
1318      Constant Parameters 
1319      =================== 
1320      internal_format   -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer) 
1321                           Default: GL_RGB (6407) 
1322      mipmaps_enabled   -- Are mipmaps enabled? (Boolean) 
1323                           Default: True 
1324      shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean) 
1325                           Default: False 
1326      """ 
1327   
1328      parameters_and_defaults = { 
1329          'on':(True, 
1330                ve_types.Boolean, 
1331                "draw stimulus?"), 
1332          'mask':(None, # texture mask 
1333                  ve_types.Instance(Mask2D), 
1334                  "optional masking function"), 
1335          'position':((0.0,0.0), # in eye coordinates 
1336                      ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), 
1337                                     ve_types.Sequence3(ve_types.Real), 
1338                                     ve_types.Sequence4(ve_types.Real)), 
1339                      "units: eye coordinates"), 
1340          'anchor':('lowerleft', 
1341                    ve_types.String, 
1342                    "specifies how position parameter is interpreted"), 
1343          'lowerleft':(None,  # DEPRECATED -- don't use 
1344                       ve_types.Sequence2(ve_types.Real), 
1345                       "", 
1346                       VisionEgg.ParameterDefinition.DEPRECATED), 
1347          'angle':(0.0, # in degrees 
1348                   ve_types.Real, 
1349                   "units: degrees, 0=right, 90=up"), 
1350          'size':(None, 
1351                  ve_types.Sequence2(ve_types.Real), 
1352                  "defaults to texture data size (units: eye coordinates)"), 
1353          'max_alpha':(1.0, # controls "opacity": 1.0 = completely opaque, 0.0 = completely transparent 
1354                       ve_types.Real, 
1355                       "controls opacity. 1.0=copletely opaque, 0.0=completely transparent"), 
1356          'color':((1.0,1.0,1.0), # texture environment color. alpha is ignored (if given) -- use max_alpha parameter 
1357                   ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
1358                                  ve_types.Sequence4(ve_types.Real)), 
1359                   "texture environment color. alpha ignored (if given) for max_alpha parameter"), 
1360          'depth_test':(False, 
1361                        ve_types.Boolean, 
1362                        "perform depth test?"), 
1363          } 
1364   

1365 -    def draw(self): 

1366          p = self.parameters 
1367          if p.texture != self._using_texture: # self._using_texture is from TextureStimulusBaseClass 
1368              self._reload_texture() 
1369          if p.lowerleft != None: 
1370              if not hasattr(VisionEgg.config,"_GAVE_LOWERLEFT_DEPRECATION"): 
1371                  logger = logging.getLogger('VisionEgg.Textures') 
1372                  logger.warning("Specifying texture by 'lowerleft' " 
1373                                 "deprecated parameter deprecated.  Use " 
1374                                 "'position' parameter instead.  (Allows " 
1375                                 "use of 'anchor' parameter to set to " 
1376                                 "other values.)") 
1377                  VisionEgg.config._GAVE_LOWERLEFT_DEPRECATION = 1 
1378              p.anchor = 'lowerleft' 
1379              p.position = p.lowerleft[0], p.lowerleft[1] # copy values (don't copy ref to tuple) 
1380          if p.on: 
1381              tex = p.texture 
1382   
1383              if p.size is None: 
1384                  # Note: 'size' attribute is not supposed to be part of the API, 
1385                  # so this is naughty. 
1386                  size = tex.size 
1387              else: 
1388                  size = p.size 
1389   
1390              # calculate lowerleft corner 
1391              lowerleft = VisionEgg._get_lowerleft(p.position,p.anchor,size) 
1392   
1393              # Clear the modelview matrix 
1394              gl.glMatrixMode(gl.GL_MODELVIEW) 
1395              gl.glPushMatrix() 
1396              try: 
1397                  if p.depth_test: 
1398                      gl.glEnable(gl.GL_DEPTH_TEST) 
1399                  else: 
1400                      gl.glDisable(gl.GL_DEPTH_TEST) 
1401                  gl.glEnable( gl.GL_TEXTURE_2D ) 
1402   
1403                  # allow max_alpha value to control blending 
1404                  gl.glEnable( gl.GL_BLEND ) 
1405                  gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) 
1406   
1407                  if not self.constant_parameters.mipmaps_enabled: 
1408                      if p.texture_min_filter in TextureStimulusBaseClass._mipmap_modes: 
1409                          raise RuntimeError("Specified a mipmap mode in texture_min_filter, but mipmaps not enabled.") 
1410                  self.texture_object.set_min_filter( p.texture_min_filter ) 
1411                  self.texture_object.set_mag_filter( p.texture_mag_filter ) 
1412                  self.texture_object.set_wrap_mode_s( p.texture_wrap_s ) 
1413                  self.texture_object.set_wrap_mode_t( p.texture_wrap_t ) 
1414                  gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_MODULATE) 
1415   
1416                  translate_vector = p.position 
1417                  if len(translate_vector) == 2: 
1418                      translate_vector = translate_vector[0], translate_vector[1], 0 
1419                  gl.glTranslate(*translate_vector) 
1420                  gl.glRotate(p.angle,0,0,1) 
1421   
1422                  gl.glColor4f(p.color[0],p.color[1],p.color[2],p.max_alpha) 
1423   
1424                  # draw only if all values are finite 
1425                  if numpy.alltrue( numpy.isfinite( numpy.concatenate((lowerleft,p.position)) ) ): 
1426                      l = lowerleft[0] - p.position[0] 
1427                      r = l + size[0] 
1428                      b = lowerleft[1] - p.position[1] 
1429                      t = b + size[1] 
1430   
1431                      tex.update() 
1432   
1433                      if p.mask: 
1434                          p.mask.draw_masked_quad(tex.buf_lf,tex.buf_rf,tex.buf_bf,tex.buf_tf, # l,r,b,t for texture coordinates 
1435                                                  l,r,b,t,0.0) # l,r,b,t in eye coordinates 
1436                      else: 
1437                          gl.glBegin(gl.GL_QUADS) 
1438                          gl.glTexCoord2f(tex.buf_lf,tex.buf_bf) 
1439                          gl.glVertex2f(l,b) 
1440   
1441                          gl.glTexCoord2f(tex.buf_rf,tex.buf_bf) 
1442                          gl.glVertex2f(r,b) 
1443   
1444                          gl.glTexCoord2f(tex.buf_rf,tex.buf_tf) 
1445                          gl.glVertex2f(r,t) 
1446   
1447                          gl.glTexCoord2f(tex.buf_lf,tex.buf_tf) 
1448                          gl.glVertex2f(l,t) 
1449                          gl.glEnd() # GL_QUADS 
1450              finally: 
1451                  gl.glPopMatrix() 

1452   

1453 -class TextureStimulus3D(TextureStimulusBaseClass): 

1454      """A textured rectangle placed arbitrarily in 3 space. 
1455   
1456      Parameters 
1457      ========== 
1458      depth_test         -- perform depth test? (Boolean) 
1459                            Default: True 
1460      lowerleft          -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
1461                            Default: (0.0, 0.0, -1.0) 
1462      lowerright         -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
1463                            Default: (1.0, 0.0, -1.0) 
1464      on                 -- (Boolean) 
1465                            Default: True 
1466      texture            -- source of texture data (Instance of <class 'VisionEgg.Textures.Texture'>) 
1467                            Inherited from TextureStimulusBaseClass 
1468                            Default: (determined at runtime) 
1469      texture_mag_filter -- OpenGL filter enum (Integer) 
1470                            Inherited from TextureStimulusBaseClass 
1471                            Default: GL_LINEAR (9729) 
1472      texture_min_filter -- OpenGL filter enum (Integer) 
1473                            Inherited from TextureStimulusBaseClass 
1474                            Default: (GL enum determined at runtime) 
1475      texture_wrap_s     -- OpenGL texture wrap enum (Integer) 
1476                            Inherited from TextureStimulusBaseClass 
1477                            Default: (GL enum determined at runtime) 
1478      texture_wrap_t     -- OpenGL texture wrap enum (Integer) 
1479                            Inherited from TextureStimulusBaseClass 
1480                            Default: (GL enum determined at runtime) 
1481      upperleft          -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
1482                            Default: (0.0, 1.0, -1.0) 
1483      upperright         -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) 
1484                            Default: (1.0, 1.0, -1.0) 
1485   
1486      Constant Parameters 
1487      =================== 
1488      internal_format   -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer) 
1489                           Default: GL_RGB (6407) 
1490      mipmaps_enabled   -- Are mipmaps enabled? (Boolean) 
1491                           Default: True 
1492      shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean) 
1493                           Default: False 
1494      """ 
1495   
1496      parameters_and_defaults = {'on':(True, 
1497                                       ve_types.Boolean), 
1498                                 'lowerleft':((0.0,0.0,-1.0), # in eye coordinates 
1499                                              ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
1500                                                             ve_types.Sequence4(ve_types.Real)), 
1501                                              "vertex position (units: eye coordinates)"), 
1502                                 'lowerright':((1.0,0.0,-1.0), # in eye coordinates 
1503                                               ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
1504                                                              ve_types.Sequence4(ve_types.Real)), 
1505                                              "vertex position (units: eye coordinates)"), 
1506                                 'upperleft':((0.0,1.0,-1.0), # in eye coordinates 
1507                                              ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
1508                                                             ve_types.Sequence4(ve_types.Real)), 
1509                                              "vertex position (units: eye coordinates)"), 
1510                                 'upperright':((1.0,1.0,-1.0), # in eye coordinates 
1511                                               ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
1512                                                              ve_types.Sequence4(ve_types.Real)), 
1513                                              "vertex position (units: eye coordinates)"), 
1514                                 'depth_test':(True, 
1515                                               ve_types.Boolean, 
1516                                               "perform depth test?"), 
1517                                 } 
1518   

1519 -    def draw(self): 

1520          p = self.parameters 
1521          if p.texture != self._using_texture: # self._using_texture is from TextureStimulusBaseClass 
1522              self._reload_texture() 
1523          if p.on: 
1524              if p.depth_test: 
1525                  gl.glEnable(gl.GL_DEPTH_TEST) 
1526              else: 
1527                  gl.glDisable(gl.GL_DEPTH_TEST) 
1528   
1529              gl.glEnable(gl.GL_TEXTURE_2D) 
1530              gl.glBindTexture(gl.GL_TEXTURE_2D,self.texture_object.gl_id) 
1531   
1532              if not self.constant_parameters.mipmaps_enabled: 
1533                  if p.texture_min_filter in TextureStimulusBaseClass._mipmap_modes: 
1534                      raise RuntimeError("Specified a mipmap mode in texture_min_filter, but mipmaps not enabled.") 
1535              self.texture_object.set_min_filter( p.texture_min_filter ) 
1536              self.texture_object.set_mag_filter( p.texture_mag_filter ) 
1537              self.texture_object.set_wrap_mode_s( p.texture_wrap_s ) 
1538              self.texture_object.set_wrap_mode_t( p.texture_wrap_t ) 
1539   
1540              # allow max_alpha value to control blending 
1541              gl.glEnable( gl.GL_BLEND ) 
1542              gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) 
1543              gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_MODULATE) 
1544   
1545              tex = self.parameters.texture 
1546              tex.update() 
1547   
1548              gl.glBegin(gl.GL_QUADS) 
1549              gl.glTexCoord2f(tex.buf_lf,tex.buf_bf) 
1550              gl.glVertex(*p.lowerleft) 
1551   
1552              gl.glTexCoord2f(tex.buf_rf,tex.buf_bf) 
1553              gl.glVertex(*p.lowerright) 
1554   
1555              gl.glTexCoord2f(tex.buf_rf,tex.buf_tf) 
1556              gl.glVertex(*p.upperright) 
1557   
1558              gl.glTexCoord2f(tex.buf_lf,tex.buf_tf) 
1559              gl.glVertex(*p.upperleft) 
1560              gl.glEnd() # GL_QUADS 

1561   
1562  #################################################################### 
1563  # 
1564  #        Stimulus - Spinning Drum 
1565  # 
1566  #################################################################### 
1567   

1568 -class SpinningDrum(TextureStimulusBaseClass): 

1569      """Panoramic image texture mapped onto flat rectangle or 3D cylinder. 
1570   
1571   
1572      Parameters 
1573      ========== 
1574      anchor                -- only used when flat: same as anchor parameter of TextureStimulus (String) 
1575                               Default: center 
1576      angular_position      -- may be best to clamp in range [0.0,360.0] (Real) 
1577                               Default: 0.0 
1578      contrast              -- (Real) 
1579                               Default: 1.0 
1580      drum_center_azimuth   -- changes orientation of drum in space (Real) 
1581                               Default: 0.0 
1582      drum_center_elevation -- changes orientation of drum in space (Real) 
1583                               Default: 0.0 
1584      flat                  -- toggles flat vs. cylinder (Boolean) 
1585                               Default: False 
1586      flat_size             -- defaults to texture data size (units: eye coordinates) (Sequence2 of Real) 
1587                               Default: (determined at runtime) 
1588      flip_image            -- toggles normal vs. horizonally flipped image (Boolean) 
1589                               Default: False 
1590      height                -- height of cyliner, automatically set by texel aspect ratio if < 0. (Real) 
1591                               Default: -1 
1592      num_sides             -- (UnsignedInteger) 
1593                               Default: 50 
1594      on                    -- (Boolean) 
1595                               Default: True 
1596      orientation           -- 0=right, 90=up (Real) 
1597                               Default: 0.0 
1598      position              -- 3D: position of drum center, 2D (flat): same as position parameter for TextureStimulus (AnyOf(Sequence2 of Real or Sequence3 of Real)) 
1599                               Default: (0.0, 0.0, 0.0) 
1600      radius                -- radius if cylinder (not used if flat) (Real) 
1601                               Default: 1.0 
1602      texture               -- source of texture data (Instance of <class 'VisionEgg.Textures.Texture'>) 
1603                               Inherited from TextureStimulusBaseClass 
1604                               Default: (determined at runtime) 
1605      texture_mag_filter    -- OpenGL filter enum (Integer) 
1606                               Inherited from TextureStimulusBaseClass 
1607                               Default: GL_LINEAR (9729) 
1608      texture_min_filter    -- OpenGL filter enum (Integer) 
1609                               Inherited from TextureStimulusBaseClass 
1610                               Default: (GL enum determined at runtime) 
1611      texture_wrap_s        -- OpenGL texture wrap enum (Integer) 
1612                               Inherited from TextureStimulusBaseClass 
1613                               Default: (GL enum determined at runtime) 
1614      texture_wrap_t        -- OpenGL texture wrap enum (Integer) 
1615                               Inherited from TextureStimulusBaseClass 
1616                               Default: (GL enum determined at runtime) 
1617   
1618      Constant Parameters 
1619      =================== 
1620      internal_format   -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer) 
1621                           Default: GL_RGB (6407) 
1622      mipmaps_enabled   -- Are mipmaps enabled? (Boolean) 
1623                           Default: True 
1624      shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean) 
1625                           Default: False 
1626      """ 
1627   
1628      parameters_and_defaults = { 
1629          'on':(True, 
1630                ve_types.Boolean), 
1631          'height':(-1, 
1632                    ve_types.Real, 
1633                    'height of cyliner, automatically set by texel aspect ratio if < 0.', 
1634                    ), 
1635          'num_sides':(50, 
1636                       ve_types.UnsignedInteger), 
1637          'angular_position':(0.0, # may be best to clamp [0.0,360.0] 
1638                              ve_types.Real, 
1639                              'may be best to clamp in range [0.0,360.0]'), 
1640          'contrast':(1.0, 
1641                      ve_types.Real), 
1642          'flat':(False, 
1643                  ve_types.Boolean, 
1644                  'toggles flat vs. cylinder'), 
1645          'flat_size':(None, 
1646                       ve_types.Sequence2(ve_types.Real), 
1647                       "defaults to texture data size (units: eye coordinates)"), 
1648          'flip_image':(False, 
1649                        ve_types.Boolean, 
1650                        'toggles normal vs. horizonally flipped image'), 
1651          'radius':(1.0, 
1652                    ve_types.Real, 
1653                    'radius if cylinder (not used if flat)'), 
1654          'position':( (0.0,0.0,0.0), 
1655                       ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), 
1656                                      ve_types.Sequence3(ve_types.Real)), 
1657                       '3D: position of drum center, 2D (flat): same as position parameter for TextureStimulus'), 
1658          'anchor':( 'center', 
1659                     ve_types.String, 
1660                     'only used when flat: same as anchor parameter of TextureStimulus', 
1661                     ), 
1662          'drum_center_azimuth':(0.0, 
1663                                 ve_types.Real, 
1664                                 'changes orientation of drum in space', 
1665                                 ), 
1666          'drum_center_elevation':(0.0, 
1667                                   ve_types.Real, 
1668                                   'changes orientation of drum in space'), 
1669          'orientation':(0.0, 
1670                         ve_types.Real, 
1671                         '0=right, 90=up'), 
1672          } 
1673   
1674      __slots__ = ( 
1675          'cached_display_list_normal', 
1676          'cached_display_list_mirror', 
1677          'cached_display_list_num_sides', 
1678          'cached_display_list_radius', 
1679          'cached_display_list_height', 
1680          'texture_stimulus', 
1681          ) 
1682   

1683 -    def __init__(self,**kw): 

1684          TextureStimulusBaseClass.__init__(self,**kw) 
1685          self.cached_display_list_normal = gl.glGenLists(1) # Allocate a new display list 
1686          self.cached_display_list_mirror = gl.glGenLists(1) # Allocate a new display list 
1687          self.rebuild_display_list() 

1688   

1689 -    def draw(self): 

1690          """Redraw the stimulus on every frame. 
1691          """ 
1692          p = self.parameters 
1693          if p.texture != self._using_texture: # self._using_texture is from TextureStimulusBaseClass 
1694              self._reload_texture() 
1695              self.rebuild_display_list() 
1696          if p.on: 
1697              # Set OpenGL state variables 
1698              gl.glEnable( gl.GL_DEPTH_TEST ) 
1699              gl.glEnable( gl.GL_TEXTURE_2D )  # Make sure textures are drawn 
1700              gl.glEnable( gl.GL_BLEND ) # Contrast control implemented through blending 
1701   
1702              # All of the contrast control stuff is somewhat arcane and 
1703              # not very clear from reading the code, so here is how it 
1704              # works in English. (Not that it makes it any more clear!) 
1705              # 
1706              # In the final "textured fragment" (before being blended 
1707              # to the framebuffer), the color values are equal to those 
1708              # of the texture (with the exception of texels around the 
1709              # edges which have their amplitudes reduced due to 
1710              # anti-aliasing and are intermediate between the color of 
1711              # the texture and mid-gray), and the alpha value is set to 
1712              # the contrast.  Blending occurs, and by choosing the 
1713              # appropriate values for glBlendFunc, adds the product of 
1714              # fragment alpha (contrast) and fragment color to the 
1715              # product of one minus fragment alpha (contrast) and what 
1716              # was already in the framebuffer. 
1717   
1718              gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) 
1719   
1720              gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_DECAL) 
1721   
1722              # clear modelview matrix 
1723              gl.glMatrixMode(gl.GL_MODELVIEW) 
1724              gl.glPushMatrix() 
1725              try: 
1726                  gl.glColor4f(0.5,0.5,0.5,p.contrast) # Set the polygons' fragment color (implements contrast) 
1727   
1728                  if not self.constant_parameters.mipmaps_enabled: 
1729                      if p.texture_min_filter in TextureStimulusBaseClass._mipmap_modes: 
1730                          raise RuntimeError("Specified a mipmap mode in texture_min_filter, but mipmaps not enabled.") 
1731                  self.texture_object.set_min_filter( p.texture_min_filter ) 
1732                  self.texture_object.set_mag_filter( p.texture_mag_filter ) 
1733                  self.texture_object.set_wrap_mode_s( p.texture_wrap_s ) 
1734                  self.texture_object.set_wrap_mode_t( p.texture_wrap_t ) 
1735   
1736                  if p.flat: # draw as flat texture on a rectange 
1737                      lowerleft = VisionEgg._get_lowerleft(p.position,p.anchor,p.texture.size) 
1738   
1739                      translate_vector = p.position 
1740                      if len(translate_vector) == 2: 
1741                          translate_vector = translate_vector[0], translate_vector[1], 0 
1742                      gl.glTranslate(*translate_vector) 
1743                      gl.glRotatef(p.orientation,0,0,1) 
1744   
1745                      if p.flip_image: 
1746                          raise NotImplementedError("flip_image not yet supported for flat spinning drums.") 
1747                      w,h = p.texture.size 
1748   
1749                      # calculate texture coordinates based on current angle 
1750                      tex_phase = p.angular_position/360.0 + 0.5 # offset to match non-flat 
1751                      tex_phase = tex_phase % 1.0 # make 0 <= tex_phase < 1.0 
1752   
1753                      TINY = 1.0e-10 
1754                      tex = p.texture 
1755                      tex.update() 
1756   
1757                      if p.flat_size is None: 
1758                          size = tex.size 
1759                      else: 
1760                          size = p.flat_size 
1761   
1762                      l = lowerleft[0] - p.position[0] 
1763                      r = l + size[0] 
1764                      b = lowerleft[1] - p.position[1] 
1765                      t = b + size[1] 
1766   
1767                      #tex_phase = 0.0 
1768                      if tex_phase < TINY: # it's effectively zero 
1769   
1770                          gl.glBegin(gl.GL_QUADS) 
1771                          gl.glTexCoord2f(tex.buf_lf,tex.buf_bf) 
1772                          gl.glVertex2f(l,b) 
1773   
1774                          gl.glTexCoord2f(tex.buf_rf,tex.buf_bf) 
1775                          gl.glVertex2f(r,b) 
1776   
1777                          gl.glTexCoord2f(tex.buf_rf,tex.buf_tf) 
1778                          gl.glVertex2f(r,t) 
1779   
1780                          gl.glTexCoord2f(tex.buf_lf,tex.buf_tf) 
1781                          gl.glVertex2f(l,t) 
1782                          gl.glEnd() # GL_QUADS 
1783   
1784                      else: 
1785                          # Convert tex_phase into texture buffer fraction 
1786                          buf_break_f = ( (tex.buf_rf - tex.buf_lf) * (1.0-tex_phase) ) + tex.buf_lf 
1787   
1788                          # Convert tex_phase into object coords value 
1789                          quad_x_break = (r-l) * tex_phase + l 
1790      ##                    quad_x_break = w * tex_phase 
1791   
1792                          gl.glBegin(gl.GL_QUADS) 
1793   
1794                          # First quad 
1795   
1796                          gl.glTexCoord2f(buf_break_f,tex.buf_bf) 
1797                          gl.glVertex2f(l,b) 
1798   
1799                          gl.glTexCoord2f(tex.buf_rf,tex.buf_bf) 
1800                          gl.glVertex2f(quad_x_break,b) 
1801   
1802                          gl.glTexCoord2f(tex.buf_rf,tex.buf_tf) 
1803                          gl.glVertex2f(quad_x_break,t) 
1804   
1805                          gl.glTexCoord2f(buf_break_f,tex.buf_tf) 
1806                          gl.glVertex2f(l,t) 
1807   
1808                          # Second quad 
1809   
1810                          gl.glTexCoord2f(tex.buf_lf,tex.buf_bf) 
1811                          gl.glVertex2f(quad_x_break,b) 
1812   
1813                          gl.glTexCoord2f(buf_break_f,tex.buf_bf) 
1814                          gl.glVertex2f(r,b) 
1815   
1816                          gl.glTexCoord2f(buf_break_f,tex.buf_tf) 
1817                          gl.glVertex2f(r,t) 
1818   
1819                          gl.glTexCoord2f(tex.buf_lf,tex.buf_tf) 
1820                          gl.glVertex2f(quad_x_break,t) 
1821                          gl.glEnd() # GL_QUADS 
1822   
1823                  else: # draw as cylinder 
1824                      gl.glTranslatef(p.position[0],p.position[1],p.position[2]) 
1825   
1826                      # center the drum on new coordinates 
1827                      gl.glRotatef(p.drum_center_azimuth,0,-1,0) 
1828                      gl.glRotatef(p.drum_center_elevation,1,0,0) 
1829   
1830                      # do the orientation 
1831                      gl.glRotatef(p.orientation,0,0,1) 
1832   
1833                      # turn the coordinate system so we don't have to deal with 
1834                      # figuring out where to draw the texture relative to drum 
1835                      gl.glRotatef(p.angular_position,0,-1,0) 
1836   
1837                      if ((p.num_sides != self.cached_display_list_num_sides) or 
1838                          (p.radius != self.cached_display_list_radius) or 
1839                          (p.height != self.cached_display_list_height)): 
1840                          self.rebuild_display_list() 
1841   
1842                      if not p.flip_image: 
1843                          gl.glCallList(self.cached_display_list_normal) 
1844                      else: 
1845                          gl.glCallList(self.cached_display_list_mirror) 
1846              finally: 
1847                  gl.glMatrixMode(gl.GL_MODELVIEW) 
1848                  gl.glPopMatrix() 

1849   

1850 -    def rebuild_display_list(self): 

1851          # (Re)build the display list 
1852          # 
1853          # A "display list" is a series of OpenGL commands that is 
1854          # cached in a list for rapid re-drawing of the same object. 
1855          # 
1856          # This draws a display list for an approximation of a cylinder. 
1857          # The cylinder has "num_sides" sides. The following code 
1858          # generates a list of vertices and the texture coordinates 
1859          # to be used by those vertices. 
1860          r = self.parameters.radius # in OpenGL (arbitrary) units 
1861          circum = 2.0*math.pi*r 
1862          tex = self.parameters.texture 
1863          if self.parameters.height < 0: 
1864              h = circum/float(tex.size[0])*float(tex.size[1])/2.0 
1865          else: 
1866              h = self.parameters.height 
1867   
1868          num_sides = self.parameters.num_sides 
1869          self.cached_display_list_num_sides = num_sides 
1870          self.cached_display_list_radius = r 
1871          self.cached_display_list_height = self.parameters.height 
1872   
1873          deltaTheta = 2.0*math.pi / num_sides 
1874          for direction in ['normal','mirror']: 
1875              if direction == 'normal': 
1876                  gl.glNewList(self.cached_display_list_normal,gl.GL_COMPILE) 
1877              else: 
1878                  gl.glNewList(self.cached_display_list_mirror,gl.GL_COMPILE) 
1879              gl.glBegin(gl.GL_QUADS) 
1880              for i in range(num_sides): 
1881                  # angle of sides 
1882                  theta1 = i*deltaTheta 
1883                  theta2 = (i+1)*deltaTheta 
1884                  # fraction of texture 
1885                  if direction == 'normal': 
1886                      frac1 = (tex.buf_lf + (float(i)/num_sides*tex.size[0]))/float(tex.size[0]) 
1887                      frac2 = (tex.buf_lf + (float(i+1)/num_sides*tex.size[0]))/float(tex.size[0]) 
1888                  else: 
1889                      j = num_sides-i-1 
1890                      frac1 = (tex.buf_lf + (float(j+1)/num_sides*tex.size[0]))/float(tex.size[0]) 
1891                      frac2 = (tex.buf_lf + (float(j)/num_sides*tex.size[0]))/float(tex.size[0]) 
1892                  # location of sides 
1893                  x1 = r*math.cos(theta1) 
1894                  z1 = r*math.sin(theta1) 
1895                  x2 = r*math.cos(theta2) 
1896                  z2 = r*math.sin(theta2) 
1897   
1898                  #Bottom left of quad 
1899                  gl.glTexCoord2f(frac1, tex.buf_bf) 
1900                  gl.glVertex4f( x1, -h, z1, 1.0 ) 
1901   
1902                  #Bottom right of quad 
1903                  gl.glTexCoord2f(frac2, tex.buf_bf) 
1904                  gl.glVertex4f( x2, -h, z2, 1.0 ) 
1905                  #Top right of quad 
1906                  gl.glTexCoord2f(frac2, tex.buf_tf); 
1907                  gl.glVertex4f( x2,  h, z2, 1.0 ) 
1908                  #Top left of quad 
1909                  gl.glTexCoord2f(frac1, tex.buf_tf) 
1910                  gl.glVertex4f( x1,  h, z1, 1.0 ) 
1911              gl.glEnd() 
1912              gl.glEndList() 

1913   

1914 -class FixationCross(VisionEgg.Core.Stimulus): 

1915      """Cross useful for fixation point. 
1916   
1917      Parameters 
1918      ========== 
1919      on       -- (Boolean) 
1920                  Default: True 
1921      position -- (Sequence2 of Real) 
1922                  Default: (320, 240) 
1923      size     -- (Sequence2 of Real) 
1924                  Default: (64, 64) 
1925   
1926      Constant Parameters 
1927      =================== 
1928      texture_size -- (Sequence2 of Real) 
1929                      Default: (64, 64) 
1930      """ 
1931   
1932      parameters_and_defaults = { 
1933          'on':(True, 
1934                ve_types.Boolean), 
1935          'position':((320,240), 
1936                      ve_types.Sequence2(ve_types.Real)), 
1937          'size':((64,64), 
1938                  ve_types.Sequence2(ve_types.Real)), 
1939          } 
1940      constant_parameters_and_defaults = { 
1941          'texture_size':((64,64), 
1942                          ve_types.Sequence2(ve_types.Real)), 
1943          } 
1944   
1945      __slots__ = ( 
1946          'texture_stimulus', 
1947          ) 
1948   

1949 -    def __init__(self,**kw): 

1950          VisionEgg.Core.Stimulus.__init__(self,**kw) 
1951          s = self.constant_parameters.texture_size 
1952          mid_x = s[0]/2.0 
1953          mid_y = s[1]/2.0 
1954          texels = Image.new("RGBX",s,(0,0,0,0)) 
1955          texels_draw = ImageDraw.Draw(texels) 
1956          texels_draw.rectangle( (mid_x-1, 0, mid_x+1, s[1]), fill=(0,0,0,255) ) 
1957          texels_draw.rectangle( (0, mid_y-1, s[0], mid_y+1), fill=(0,0,0,255) ) 
1958          texels_draw.line( (mid_x, 0, mid_x, s[1]), fill=(255,255,255,255) ) 
1959          texels_draw.line( (0, mid_y, s[0], mid_y), fill=(255,255,255,255) ) 
1960          self.texture_stimulus = TextureStimulus( texture = Texture(texels), 
1961                                                   position = self.parameters.position, 
1962                                                   anchor = 'center', 
1963                                                   size = self.parameters.size, 
1964                                                   internal_format = gl.GL_RGBA, 
1965                                                   mipmaps_enabled = False, 
1966                                                   texture_min_filter = gl.GL_NEAREST, 
1967                                                   texture_mag_filter = gl.GL_NEAREST, 
1968                                                   ) 

1969 -    def draw(self): 

1970          contained = self.texture_stimulus.parameters #shorthand 
1971          my = self.parameters #shorthand 
1972          contained.position = my.position 
1973          contained.size = my.size 
1974          contained.on = my.on 
1975          self.texture_stimulus.draw() 

1976   

1977 -class TextureTooLargeError( RuntimeError ): 

1978      pass 

1979

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:50 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Textures.FixationCross-class.html0000644000076500000240000003360411224565531026651 0ustar astrawstaff VisionEgg.Textures.FixationCross
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Textures :: Class FixationCross
[frames] | no frames]

Class FixationCross

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
          Core.Stimulus --+
                          |
                         FixationCross

Cross useful for fixation point.

Parameters
==========
on       -- (Boolean)
            Default: True
position -- (Sequence2 of Real)
            Default: (320, 240)
size     -- (Sequence2 of Real)
            Default: (64, 64)

Constant Parameters
===================
texture_size -- (Sequence2 of Real)
                Default: (64, 64)


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code
 
draw(self)
Draw the stimulus.		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean), 'pos...
  constant_parameters_and_defaults = {'texture_size':((64, 64), ...

Inherited from ClassWithParameters: __safe_for_unpickling__

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Core.Stimulus.__init__
(inherited documentation)

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Core.Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean), 'position':((320, 240), ve_types.Seque\
nce2(ve_types.Real)), 'size':((64, 64), ve_types.Sequence2(ve_types.Re\
al)),}

constant_parameters_and_defaults

Value:
{'texture_size':((64, 64), ve_types.Sequence2(ve_types.Real)),}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Textures.Mask2D-class.html0000644000076500000240000003354211224565531025140 0ustar astrawstaff VisionEgg.Textures.Mask2D
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Textures :: Class Mask2D
[frames] | no frames]

Class Mask2D

source code

         object --+    
                  |    
ClassWithParameters --+
                      |
                     Mask2D

A mask for windowing a portion of a texture.

Thanks to the author, Jon Peirce, of the AlphaStim class from the
PsychoPy package from which the idea to do this came.

Constant Parameters
===================
function         -- 'gaussian' or 'circle' (String)
                    Default: gaussian
num_samples      -- size of mask texture data (units: number of texels) (Sequence2 of Real)
                    Default: (256, 256)
radius_parameter -- radius for circle, sigma for gaussian (Real)
                    Default: 25.0


Instance Methods
 
__init__(self, **kw)
Create self.parameters and set values.		 source code
 
draw_masked_quad_3d(self, lt, rt, bt, tt, v1, v2, v3, v4) source code
 
draw_masked_quad(self, lt, rt, bt, tt, le, re, be, te, depth) source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  constant_parameters_and_defaults = {'function':('gaussian', ve...

Inherited from ClassWithParameters: __safe_for_unpickling__, parameters_and_defaults

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Create self.parameters and set values.
Overrides: ClassWithParameters.__init__
(inherited documentation)

Class Variable Details

constant_parameters_and_defaults

Value:
{'function':('gaussian', ve_types.String, "'gaussian' or 'circle'"), '\
radius_parameter':(25.0, ve_types.Real, "radius for circle, sigma for \
gaussian"), 'num_samples':((256, 256), ve_types.Sequence2(ve_types.Rea\
l), "size of mask texture data (units: number of texels)"),}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Textures.SpinningDrum-class.html0000644000076500000240000004314111224565531026470 0ustar astrawstaff VisionEgg.Textures.SpinningDrum
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Textures :: Class SpinningDrum
[frames] | no frames]

Class SpinningDrum

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
          Core.Stimulus --+    
                          |    
   TextureStimulusBaseClass --+
                              |
                             SpinningDrum

Panoramic image texture mapped onto flat rectangle or 3D cylinder.


Parameters
==========
anchor                -- only used when flat: same as anchor parameter of TextureStimulus (String)
                         Default: center
angular_position      -- may be best to clamp in range [0.0,360.0] (Real)
                         Default: 0.0
contrast              -- (Real)
                         Default: 1.0
drum_center_azimuth   -- changes orientation of drum in space (Real)
                         Default: 0.0
drum_center_elevation -- changes orientation of drum in space (Real)
                         Default: 0.0
flat                  -- toggles flat vs. cylinder (Boolean)
                         Default: False
flat_size             -- defaults to texture data size (units: eye coordinates) (Sequence2 of Real)
                         Default: (determined at runtime)
flip_image            -- toggles normal vs. horizonally flipped image (Boolean)
                         Default: False
height                -- height of cyliner, automatically set by texel aspect ratio if < 0. (Real)
                         Default: -1
num_sides             -- (UnsignedInteger)
                         Default: 50
on                    -- (Boolean)
                         Default: True
orientation           -- 0=right, 90=up (Real)
                         Default: 0.0
position              -- 3D: position of drum center, 2D (flat): same as position parameter for TextureStimulus (AnyOf(Sequence2 of Real or Sequence3 of Real))
                         Default: (0.0, 0.0, 0.0)
radius                -- radius if cylinder (not used if flat) (Real)
                         Default: 1.0
texture               -- source of texture data (Instance of <class 'VisionEgg.Textures.Texture'>)
                         Inherited from TextureStimulusBaseClass
                         Default: (determined at runtime)
texture_mag_filter    -- OpenGL filter enum (Integer)
                         Inherited from TextureStimulusBaseClass
                         Default: GL_LINEAR (9729)
texture_min_filter    -- OpenGL filter enum (Integer)
                         Inherited from TextureStimulusBaseClass
                         Default: (GL enum determined at runtime)
texture_wrap_s        -- OpenGL texture wrap enum (Integer)
                         Inherited from TextureStimulusBaseClass
                         Default: (GL enum determined at runtime)
texture_wrap_t        -- OpenGL texture wrap enum (Integer)
                         Inherited from TextureStimulusBaseClass
                         Default: (GL enum determined at runtime)

Constant Parameters
===================
internal_format   -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer)
                     Default: GL_RGB (6407)
mipmaps_enabled   -- Are mipmaps enabled? (Boolean)
                     Default: True
shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean)
                     Default: False


Instance Methods
 
__init__(self, **kw) source code
 
draw(self)
Redraw the stimulus on every frame.		 source code
 
rebuild_display_list(self) source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean), 'hei...

Inherited from TextureStimulusBaseClass: constant_parameters_and_defaults

Inherited from ClassWithParameters: __safe_for_unpickling__

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code 
Overrides: TextureStimulusBaseClass.__init__

draw(self)

source code  
Redraw the stimulus on every frame.
Overrides: Core.Stimulus.draw

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean), 'height':(-1, ve_types.Real, 'height o\
f cyliner, automatically set by texel aspect ratio if < 0.',), 'num_si\
des':(50, ve_types.UnsignedInteger), 'angular_position':(0.0, ve_types\
.Real, 'may be best to clamp in range [0.0,360.0]'), 'contrast':(1.0, \
ve_types.Real), 'flat':(False, ve_types.Boolean, 'toggles flat vs. cyl\
inder'), 'flat_size':(None, ve_types.Sequence2(ve_types.Real), "defaul\
ts to texture data size (units: eye coordinates)"), 'flip_image':(Fals\
e, ve_types.Boolean, 'toggles normal vs. horizonally flipped image'), \
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Textures.Texture-class.html0000644000076500000240000004220011224565531025506 0ustar astrawstaff VisionEgg.Textures.Texture
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Textures :: Class Texture
[frames] | no frames]

Class Texture

source code

object --+
         |
        Texture

A 2 dimensional texture.

The pixel data can come from an image file, an image file stream,
an instance of Image from the Python Imaging Library, a numpy
array, or None.

If the data is a numpy array, floating point numbers are assumed
to be in the range 0.0 to 1.0, and integers are assumed to be in
the range 0 to 255.  The first index is the row (y position), the
second index is the column (x position), and if it's RGB or RGBA
data, the third index specifies the color band.  Thus, if the
texel data was 640 pixels wide by 480 pixels tall, the array would
have shape (480,640) for luminance information, (480,640,3) for
RGB information, and (480,640,4) for RGBA information.

The 2D texture data is not sent to OpenGL (video texture memory)
until the load() method is called.  The unload() method may be
used to remove the data from OpenGL.

A reference to the original image data is maintained.


Instance Methods
 
__init__(self, texels=None, size=None)
Creates instance of Texture object.		 source code
 
update(self)
Update texture data This method does nothing, but may be overriden in classes that need to update their texture data whenever drawn.		 source code
 
make_half_size(self) source code
 
unload(self)
Unload texture data from video texture memory.		 source code
 
get_texels_as_image(self)
Return texel data as PIL image		 source code
 
get_pixels_as_image(self) source code
 
load(self, texture_object, build_mipmaps=True, rescale_original_to_fill_texture_object=False, internal_format=gl.GL_RGB)
Load texture data to video texture memory.		 source code
 
get_texture_object(self) source code

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Properties

Inherited from object: __class__

Method Details

__init__(self, texels=None, size=None)
(Constructor)

source code  
Creates instance of Texture object.

texels -- Texture data. If not specified, a blank white
          texture is created.
size -- If a tuple, force size of texture data if possible,
        raising an exception if not. If None, has no effect.
Overrides: object.__init__

update(self)

source code  
Update texture data

This method does nothing, but may be overriden in classes that
need to update their texture data whenever drawn.

It it called by the draw() method of any stimuli using
textures when its texture object is active, so it can safely
use put_sub_image() to manipulate its own texture data.

unload(self)

source code  
Unload texture data from video texture memory.

This only removes data from the video texture memory if there
are no other references to the TextureObject instance.  To
ensure this, all references to the texture_object argument
passed to the load() method should be deleted.

load(self, texture_object, build_mipmaps=True, rescale_original_to_fill_texture_object=False, internal_format=gl.GL_RGB)

source code  
Load texture data to video texture memory.

This will cause the texture data to become resident in OpenGL
video texture memory, enabling fast drawing.

The texture_object argument is used to specify an instance of
the TextureObject class, which is a wrapper for the OpenGL
texture object holding the resident texture.

To remove a texture from OpenGL's resident textures:       TextureObject passed as the texture_object argument and 2)
call the unload() method

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Textures.TextureFromFile-class.html0000644000076500000240000002126111224565531027136 0ustar astrawstaff VisionEgg.Textures.TextureFromFile
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Textures :: Class TextureFromFile
[frames] | no frames]

Class TextureFromFile

source code

object --+    
         |    
   Texture --+
             |
            TextureFromFile

DEPRECATED.


Instance Methods
 
__init__(self, filename)
Creates instance of Texture object.		 source code

Inherited from Texture: get_pixels_as_image, get_texels_as_image, get_texture_object, load, make_half_size, unload, update

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Properties

Inherited from object: __class__

Method Details

__init__(self, filename)
(Constructor)

source code  
Creates instance of Texture object.

texels -- Texture data. If not specified, a blank white
          texture is created.
size -- If a tuple, force size of texture data if possible,
        raising an exception if not. If None, has no effect.
Overrides: Texture.__init__
(inherited documentation)

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Textures.TextureObject-class.html0000644000076500000240000006445011224565531026650 0ustar astrawstaff VisionEgg.Textures.TextureObject
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Textures :: Class TextureObject
[frames] | no frames]

Class TextureObject

source code

object --+
         |
        TextureObject

Texture data in OpenGL. Potentially resident in video texture memory.

This class encapsulates the state variables in OpenGL texture objects.  Do not
change attribute values directly.  Use the methods provided instead.


Instance Methods
 
__init__(self, dimensions=2)
x.__init__(...) initializes x; see x.__class__.__doc__ for signature		 source code
 
__del__(self) source code
 
is_resident(self) source code
 
set_priority(self, priority) source code
 
set_min_filter(self, filter) source code
 
set_mag_filter(self, filter) source code
 
set_wrap_mode_s(self, wrap_mode)
Set to GL_CLAMP, GL_CLAMP_TO_EDGE, GL_REPEAT, or GL_CLAMP_TO_BORDER		 source code
 
set_wrap_mode_t(self, wrap_mode)
Set to GL_CLAMP, GL_CLAMP_TO_EDGE, GL_REPEAT, or GL_CLAMP_TO_BORDER		 source code
 
set_wrap_mode_r(self, wrap_mode)
Set to GL_CLAMP, GL_CLAMP_TO_EDGE, GL_REPEAT, or GL_CLAMP_TO_BORDER		 source code
 
set_border_color(self, border_color)
Set to a sequence of 4 floats in the range 0.0 to 1.0		 source code
 
put_new_image(self, texel_data, mipmap_level=0, border=0, check_opengl_errors=True, internal_format=gl.GL_RGB, data_format=None, data_type=None, cube_side=None)
Put numpy array or PIL Image into OpenGL as texture data.		 source code
 
put_new_image_build_mipmaps(self, texel_data, internal_format=gl.GL_RGB, data_format=None, data_type=None, cube_side=None)
Similar to put_new_image(), but builds mipmaps.		 source code
 
put_sub_image(self, texel_data, mipmap_level=0, offset_tuple=None, data_format=None, data_type=None, cube_side=None)
Replace all or part of a texture object.		 source code
 
put_new_framebuffer(self, buffer='back', mipmap_level=0, border=0, framebuffer_lowerleft=None, size=None, internal_format=gl.GL_RGB, cube_side=None)
Replace texture object with the framebuffer contents.		 source code

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Properties

Inherited from object: __class__

Method Details

__init__(self, dimensions=2)
(Constructor)

source code  
x.__init__(...) initializes x; see x.__class__.__doc__ for signature
Overrides: object.__init__
(inherited documentation)

put_new_image(self, texel_data, mipmap_level=0, border=0, check_opengl_errors=True, internal_format=gl.GL_RGB, data_format=None, data_type=None, cube_side=None)

source code  
Put numpy array or PIL Image into OpenGL as texture data.

The texel_data parameter contains the texture data.  If it is
a numpy array, it must be 1D, 2D, or 3D data in grayscale or
color (RGB or RGBA).  Remember that OpenGL begins its textures
from the lower left corner, so texel_data[0,:] = 1.0 would set
the bottom line of the texture to white, while texel_data[:,0]
= 1.0 would set the left line of the texture to white.

The mipmap_level parameter specifies which of the texture
object's mipmap arrays you are filling.

The border parameter specifies the width of the border.

The check_opengl_errors parameter turns on (more
comprehensible) error messages when something goes wrong.  It
also slows down performance a little bit.

The internal_format parameter specifies the format in which
the image data is stored on the video card.  See the OpenGL
specification for all possible values.

If the data_format parameter is None (the default), an attempt
is made to guess data_format according to the following
description. For numpy arrays: If texel_data.shape is equal
to the dimensions of the texture object, texel_data is assumed
to contain luminance (grayscale) information and data_format
is set to GL_LUMINANCE.  If texel_data.shape is equal to one
plus the dimensions of the texture object, texel_data is
assumed to contain color information.  If texel_data.shape[-1]
is 3, this is assumed to be RGB data and data_format is set to
GL_RGB.  If, texel_data.shape[-1] is 4, this is assumed to be
RGBA data and data_format is set to GL_RGBA. For PIL images:
the "mode" attribute is queried.

If the data_type parameter is None (the default), it is set to
GL_UNSIGNED_BYTE. For numpy arrays: texel_data is (re)cast
to UInt8 and, if it is a floating point type, values are
assumed to be in the range 0.0-1.0 and are scaled to the range
0-255.  If the data_type parameter is not None, the texel_data
is not rescaled or recast.  Currently only GL_UNSIGNED_BYTE is
supported. For PIL images: texel_data is used as unsigned
bytes.  This is the usual format for common computer graphics
files.

put_sub_image(self, texel_data, mipmap_level=0, offset_tuple=None, data_format=None, data_type=None, cube_side=None)

source code  
Replace all or part of a texture object.

This is faster that put_new_image(), and can be used to
rapidly update textures.

The offset_tuple parameter determines the lower left corner
(for 2D textures) of your data in pixel units.  For example,
(0,0) would be no offset and thus the new data would be placed
in the lower left of the texture.

For an explanation of most parameters, see the
put_new_image() method.

put_new_framebuffer(self, buffer='back', mipmap_level=0, border=0, framebuffer_lowerleft=None, size=None, internal_format=gl.GL_RGB, cube_side=None)

source code  
Replace texture object with the framebuffer contents.

The framebuffer_lowerleft parameter determines the lower left
corner of the framebuffer region from which to copy texel data
in pixel units.  For example, (0,0) would be no offset and
thus the new data would be placed from the lower left of the
framebuffer.

For an explanation of most parameters, see the
put_new_image() method.

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Textures.TextureStimulus-class.html0000644000076500000240000003705611224565531027271 0ustar astrawstaff VisionEgg.Textures.TextureStimulus
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Textures :: Class TextureStimulus
[frames] | no frames]

Class TextureStimulus

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
          Core.Stimulus --+    
                          |    
   TextureStimulusBaseClass --+
                              |
                             TextureStimulus

A textured rectangle.

This is mainly for 2D use (z coordinate fixed to 0.0 and w
coordinated fixed to 1.0 if not given).


Parameters
==========
anchor             -- specifies how position parameter is interpreted (String)
                      Default: lowerleft
angle              -- units: degrees, 0=right, 90=up (Real)
                      Default: 0.0
color              -- texture environment color. alpha ignored (if given) for max_alpha parameter (AnyOf(Sequence3 of Real or Sequence4 of Real))
                      Default: (1.0, 1.0, 1.0)
depth_test         -- perform depth test? (Boolean)
                      Default: False
mask               -- optional masking function (Instance of <class 'VisionEgg.Textures.Mask2D'>)
                      Default: (determined at runtime)
max_alpha          -- controls opacity. 1.0=copletely opaque, 0.0=completely transparent (Real)
                      Default: 1.0
on                 -- draw stimulus? (Boolean)
                      Default: True
position           -- units: eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real))
                      Default: (0.0, 0.0)
size               -- defaults to texture data size (units: eye coordinates) (Sequence2 of Real)
                      Default: (determined at runtime)
texture            -- source of texture data (Instance of <class 'VisionEgg.Textures.Texture'>)
                      Inherited from TextureStimulusBaseClass
                      Default: (determined at runtime)
texture_mag_filter -- OpenGL filter enum (Integer)
                      Inherited from TextureStimulusBaseClass
                      Default: GL_LINEAR (9729)
texture_min_filter -- OpenGL filter enum (Integer)
                      Inherited from TextureStimulusBaseClass
                      Default: (GL enum determined at runtime)
texture_wrap_s     -- OpenGL texture wrap enum (Integer)
                      Inherited from TextureStimulusBaseClass
                      Default: (GL enum determined at runtime)
texture_wrap_t     -- OpenGL texture wrap enum (Integer)
                      Inherited from TextureStimulusBaseClass
                      Default: (GL enum determined at runtime)

Constant Parameters
===================
internal_format   -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer)
                     Default: GL_RGB (6407)
mipmaps_enabled   -- Are mipmaps enabled? (Boolean)
                     Default: True
shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean)
                     Default: False


Instance Methods
 
draw(self)
Draw the stimulus.		 source code

Inherited from TextureStimulusBaseClass: __init__

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean, "draw...

Inherited from TextureStimulusBaseClass: constant_parameters_and_defaults

Inherited from ClassWithParameters: __safe_for_unpickling__

Properties

Inherited from object: __class__

Method Details

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Core.Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean, "draw stimulus?"), 'mask':(None, ve_typ\
es.Instance(Mask2D), "optional masking function"), 'position':((0.0, 0\
.0), ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), ve_types.Sequen\
ce3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "units: eye co\
ordinates"), 'anchor':('lowerleft', ve_types.String, "specifies how po\
sition parameter is interpreted"), 'lowerleft':(None, ve_types.Sequenc\
e2(ve_types.Real), "", VisionEgg.ParameterDefinition.DEPRECATED), 'ang\
le':(0.0, ve_types.Real, "units: degrees, 0=right, 90=up"), 'size':(No\
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Textures.TextureStimulus3D-class.html0000644000076500000240000003607011224565531027453 0ustar astrawstaff VisionEgg.Textures.TextureStimulus3D
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Textures :: Class TextureStimulus3D
[frames] | no frames]

Class TextureStimulus3D

source code

         object --+            
                  |            
ClassWithParameters --+        
                      |        
          Core.Stimulus --+    
                          |    
   TextureStimulusBaseClass --+
                              |
                             TextureStimulus3D

A textured rectangle placed arbitrarily in 3 space.

Parameters
==========
depth_test         -- perform depth test? (Boolean)
                      Default: True
lowerleft          -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real))
                      Default: (0.0, 0.0, -1.0)
lowerright         -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real))
                      Default: (1.0, 0.0, -1.0)
on                 -- (Boolean)
                      Default: True
texture            -- source of texture data (Instance of <class 'VisionEgg.Textures.Texture'>)
                      Inherited from TextureStimulusBaseClass
                      Default: (determined at runtime)
texture_mag_filter -- OpenGL filter enum (Integer)
                      Inherited from TextureStimulusBaseClass
                      Default: GL_LINEAR (9729)
texture_min_filter -- OpenGL filter enum (Integer)
                      Inherited from TextureStimulusBaseClass
                      Default: (GL enum determined at runtime)
texture_wrap_s     -- OpenGL texture wrap enum (Integer)
                      Inherited from TextureStimulusBaseClass
                      Default: (GL enum determined at runtime)
texture_wrap_t     -- OpenGL texture wrap enum (Integer)
                      Inherited from TextureStimulusBaseClass
                      Default: (GL enum determined at runtime)
upperleft          -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real))
                      Default: (0.0, 1.0, -1.0)
upperright         -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real))
                      Default: (1.0, 1.0, -1.0)

Constant Parameters
===================
internal_format   -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer)
                     Default: GL_RGB (6407)
mipmaps_enabled   -- Are mipmaps enabled? (Boolean)
                     Default: True
shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean)
                     Default: False


Instance Methods
 
draw(self)
Draw the stimulus.		 source code

Inherited from TextureStimulusBaseClass: __init__

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean), 'low...

Inherited from TextureStimulusBaseClass: constant_parameters_and_defaults

Inherited from ClassWithParameters: __safe_for_unpickling__

Properties

Inherited from object: __class__

Method Details

draw(self)

source code  
Draw the stimulus. (Called by Viewport instance.)

This method is called every frame.  This method actually
performs the OpenGL calls to draw the stimulus.
Overrides: Core.Stimulus.draw
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean), 'lowerleft':((0.0, 0.0,-1.0), ve_types\
.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.\
Real)), "vertex position (units: eye coordinates)"), 'lowerright':((1.\
0, 0.0,-1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_typ\
es.Sequence4(ve_types.Real)), "vertex position (units: eye coordinates\
)"), 'upperleft':((0.0, 1.0,-1.0), ve_types.AnyOf(ve_types.Sequence3(v\
e_types.Real), ve_types.Sequence4(ve_types.Real)), "vertex position (u\
nits: eye coordinates)"), 'upperright':((1.0, 1.0,-1.0), ve_types.AnyO\
...

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Textures.TextureStimulusBaseClass-class.html0000644000076500000240000003667011224565531031053 0ustar astrawstaff VisionEgg.Textures.TextureStimulusBaseClass
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Textures :: Class TextureStimulusBaseClass
[frames] | no frames]

Class TextureStimulusBaseClass

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
          Core.Stimulus --+
                          |
                         TextureStimulusBaseClass

Parameters common to all stimuli that use textures.

Don't instantiate this class directly.

Parameters
==========
texture            -- source of texture data (Instance of <class 'VisionEgg.Textures.Texture'>)
                      Default: (determined at runtime)
texture_mag_filter -- OpenGL filter enum (Integer)
                      Default: GL_LINEAR (9729)
texture_min_filter -- OpenGL filter enum (Integer)
                      Default: (GL enum determined at runtime)
texture_wrap_s     -- OpenGL texture wrap enum (Integer)
                      Default: (GL enum determined at runtime)
texture_wrap_t     -- OpenGL texture wrap enum (Integer)
                      Default: (GL enum determined at runtime)

Constant Parameters
===================
internal_format   -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer)
                     Default: GL_RGB (6407)
mipmaps_enabled   -- Are mipmaps enabled? (Boolean)
                     Default: True
shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean)
                     Default: False


Instance Methods
 
__init__(self, **kw)
Instantiate and get ready to draw.		 source code

Inherited from Core.Stimulus: draw

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'texture':(None, ve_types.Instance(...
  constant_parameters_and_defaults = {'internal_format':(gl.GL_R...

Inherited from ClassWithParameters: __safe_for_unpickling__

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Instantiate and get ready to draw.

Set parameter values and create anything needed to draw the
stimulus including OpenGL state variables such display lists
and texture objects.
Overrides: Core.Stimulus.__init__
(inherited documentation)

Class Variable Details

parameters_and_defaults

Value:
{'texture':(None, ve_types.Instance(Texture), "source of texture data"\
), 'texture_mag_filter':(gl.GL_LINEAR, ve_types.Integer, "OpenGL filte\
r enum", VisionEgg.ParameterDefinition.OPENGL_ENUM), 'texture_min_filt\
er':(None, ve_types.Integer, "OpenGL filter enum", VisionEgg.Parameter\
Definition.OPENGL_ENUM), 'texture_wrap_s':(None, ve_types.Integer, "Op\
enGL texture wrap enum", VisionEgg.ParameterDefinition.OPENGL_ENUM), '\
texture_wrap_t':(None, ve_types.Integer, "OpenGL texture wrap enum", V\
isionEgg.ParameterDefinition.OPENGL_ENUM),}

constant_parameters_and_defaults

Value:
{'internal_format':(gl.GL_RGB, ve_types.Integer, "format with which Op\
enGL uses texture data (OpenGL data type enum)", VisionEgg.ParameterDe\
finition.OPENGL_ENUM), 'mipmaps_enabled':(True, ve_types.Boolean, "Are\
 mipmaps enabled?"), 'shrink_texture_ok':(False, ve_types.Boolean, "Al\
low automatic shrinking of texture if too big?"),}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.Textures.TextureTooLargeError-class.html0000644000076500000240000001456711224565531030174 0ustar astrawstaff VisionEgg.Textures.TextureTooLargeError
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module Textures :: Class TextureTooLargeError
[frames] | no frames]

Class TextureTooLargeError

source code

              object --+                
                       |                
exceptions.BaseException --+            
                           |            
        exceptions.Exception --+        
                               |        
        exceptions.StandardError --+    
                                   |    
             exceptions.RuntimeError --+
                                       |
                                      TextureTooLargeError
Instance Methods

Inherited from exceptions.RuntimeError: __init__, __new__

Inherited from exceptions.BaseException: __delattr__, __getattribute__, __getitem__, __getslice__, __reduce__, __repr__, __setattr__, __setstate__, __str__

Inherited from object: __hash__, __reduce_ex__

Properties

Inherited from exceptions.BaseException: args, message

Inherited from object: __class__

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ThreeDeeMath-module.html0000644000076500000240000001460411224565531024712 0ustar astrawstaff VisionEgg.ThreeDeeMath
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ThreeDeeMath
[frames] | no frames]

Module ThreeDeeMath

source code


Vertex and matrix operations - simulate OpenGL transforms.


Classes
  TransformMatrix
Functions
 
make_homogeneous_coord_rows(v)
Convert vertex (or row-wise vertices) into homogeneous coordinates.		 source code
 
normalize_homogeneous_rows(v) source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ThreeDeeMath-pysrc.html0000644000076500000240000011220711224565531024563 0ustar astrawstaff VisionEgg.ThreeDeeMath
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ThreeDeeMath
[frames] | no frames]

Source Code for Module VisionEgg.ThreeDeeMath

 1  # The Vision Egg: ThreeDeeMath 
 2  # 
 3  # Copyright (C) 2001-2003 Andrew Straw. 
 4  # Copyright (C) 2008 California Institute of Technology 
 5  # 
 6  # URL: <http://www.visionegg.org/> 
 7  # 
 8  # Distributed under the terms of the GNU Lesser General Public License 
 9  # (LGPL). See LICENSE.TXT that came with this file. 
10   
11  """ 
12  Vertex and matrix operations - simulate OpenGL transforms. 
13   
14  """ 
15   
16  import math 
17  import numpy 
18  import numpy.oldnumeric as Numeric, numpy.oldnumeric.mlab as MLab 
19   

21      """Convert vertex (or row-wise vertices) into homogeneous coordinates.""" 
22      v = Numeric.array(v,typecode=Numeric.Float) # copy 
23      if len(v.shape) == 1: 
24          v = v[Numeric.NewAxis,:] # make a rank-2 array 
25      if v.shape[1] == 3: 
26          ws = Numeric.ones((v.shape[0],1),typecode=Numeric.Float) 
27          v = Numeric.concatenate( (v,ws), axis=1 ) 
28      return v 

29   

31      v = Numeric.asarray(v) 
32      homog = make_homogeneous_coord_rows(v) 
33      r = (homog/homog[:,3,Numeric.NewAxis])[:,:3] 
34      if len(homog.shape) > len(v.shape): 
35          r = Numeric.reshape(r,(3,)) 
36      return r 

37   

38 -class TransformMatrix: 

39 -    def __init__(self,matrix=None): 

40          if matrix is None: 
41              self.matrix = MLab.eye(4,typecode=Numeric.Float) 
42          else: 
43              self.matrix = matrix 

44   

45 -    def __make_normalized_vert3(self, x, y, z ): 

46          mag = math.sqrt( x**2 + y**2 + z**2 ) 
47          return Numeric.array((x,y,z))/mag 

48   

49 -    def rotate(self, angle_degrees, axis_x, axis_y, axis_z ): 

50          """Follows the right hand rule. 
51   
52          I visualize the right hand rule most easily as follows: 
53          Naturally, using your right hand, wrap it around the axis of 
54          rotation. Your fingers now point in the direction of rotation. 
55   
56          """ 
57          angleRadians = angle_degrees / 180.0 * math.pi 
58          u = self.__make_normalized_vert3(axis_x, axis_y, axis_z ) 
59          u=-u #follow right hand rule 
60          S = Numeric.zeros( (3,3), Numeric.Float ) 
61          S[0,1] = -u[2] 
62          S[0,2] = u[1] 
63          S[1,0] = u[2] 
64          S[1,2] = -u[0] 
65          S[2,0] = -u[1] 
66          S[2,1] = u[0] 
67          U = Numeric.outerproduct(u,u) 
68          R = U + math.cos(angleRadians)*(MLab.eye(3)-U) + math.sin(angleRadians)*S 
69          R = Numeric.concatenate( (R,Numeric.zeros( (3,1), Numeric.Float)), axis=1) 
70          R = Numeric.concatenate( (R,Numeric.zeros( (1,4), Numeric.Float)), axis=0) 
71          R[3,3] = 1.0 
72          self.matrix = numpy.dot(R,self.matrix) 

73   

74 -    def translate(self, x, y, z): 

75          T = MLab.eye(4,typecode=Numeric.Float) 
76          T[3,0] = x 
77          T[3,1] = y 
78          T[3,2] = z 
79          self.matrix = numpy.dot(T,self.matrix) 

80   

81 -    def scale(self, x, y, z): 

82          T = MLab.eye(4,typecode=Numeric.Float) 
83          T[0,0] = x 
84          T[1,1] = y 
85          T[2,2] = z 
86          self.matrix = numpy.dot(T,self.matrix) 

87   

88 -    def get_matrix(self): 

89          return self.matrix 

90   

91 -    def transform_vertices(self,verts): 

92          v = Numeric.asarray(verts) 
93          homog = make_homogeneous_coord_rows(v) 
94          r = numpy.dot(homog,self.matrix) 
95          if len(homog.shape) > len(v.shape): 
96              r = Numeric.reshape(r,(4,)) 
97          return r 

98

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.ThreeDeeMath.TransformMatrix-class.html0000644000076500000240000002452511224565531027674 0ustar astrawstaff VisionEgg.ThreeDeeMath.TransformMatrix
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module ThreeDeeMath :: Class TransformMatrix
[frames] | no frames]

Class TransformMatrix

source code

Instance Methods
 
__init__(self, matrix=None) source code
 
rotate(self, angle_degrees, axis_x, axis_y, axis_z)
Follows the right hand rule.		 source code
 
translate(self, x, y, z) source code
 
scale(self, x, y, z) source code
 
get_matrix(self) source code
 
transform_vertices(self, verts) source code
Method Details

rotate(self, angle_degrees, axis_x, axis_y, axis_z)

source code  
Follows the right hand rule.

I visualize the right hand rule most easily as follows:
Naturally, using your right hand, wrap it around the axis of
rotation. Your fingers now point in the direction of rotation.

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.win32_getrefresh-module.html0000644000076500000240000001111311224565531025563 0ustar astrawstaff VisionEgg.win32_getrefresh
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module win32_getrefresh
[frames] | no frames]

Module win32_getrefresh

source code

Variables
  getrefresh = _win32_getrefresh.getrefresh
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.win32_getrefresh-pysrc.html0000644000076500000240000004125211224565531025445 0ustar astrawstaff VisionEgg.win32_getrefresh
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module win32_getrefresh
[frames] | no frames]

Source Code for Module VisionEgg.win32_getrefresh

 1  # This file was created automatically by SWIG. 
 2  # Don't modify this file, modify the SWIG interface instead. 
 3  # This file is compatible with both classic and new-style classes. 
 4   
 5  import _win32_getrefresh 
 6   

 7 -def _swig_setattr_nondynamic(self,class_type,name,value,static=1): 

 8      if (name == "this"): 
 9          if isinstance(value, class_type): 
10              self.__dict__[name] = value.this 
11              if hasattr(value,"thisown"): self.__dict__["thisown"] = value.thisown 
12              del value.thisown 
13              return 
14      method = class_type.__swig_setmethods__.get(name,None) 
15      if method: return method(self,value) 
16      if (not static) or hasattr(self,name) or (name == "thisown"): 
17          self.__dict__[name] = value 
18      else: 
19          raise AttributeError("You cannot add attributes to %s" % self) 

20   

21 -def _swig_setattr(self,class_type,name,value): 

22      return _swig_setattr_nondynamic(self,class_type,name,value,0) 

23   

24 -def _swig_getattr(self,class_type,name): 

25      method = class_type.__swig_getmethods__.get(name,None) 
26      if method: return method(self) 
27      raise AttributeError,name 

28   
29  import types 
30  try: 
31      _object = types.ObjectType 
32      _newclass = 1 
33  except AttributeError: 

34 -    class _object : pass 

35      _newclass = 0 
36  del types 
37   
38   
39   
40  getrefresh = _win32_getrefresh.getrefresh 
41

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:49 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.win32_maxpriority-module.html0000644000076500000240000003362611224565531026031 0ustar astrawstaff VisionEgg.win32_maxpriority
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module win32_maxpriority
[frames] | no frames]

Module win32_maxpriority

source code

Variables
  IDLE_PRIORITY_CLASS = _win32_maxpriority.IDLE_PRIORITY_CLASS
  NORMAL_PRIORITY_CLASS = _win32_maxpriority.NORMAL_PRIORITY_CLASS
  HIGH_PRIORITY_CLASS = _win32_maxpriority.HIGH_PRIORITY_CLASS
  REALTIME_PRIORITY_CLASS = _win32_maxpriority.REALTIME_PRIORITY...
  THREAD_PRIORITY_IDLE = _win32_maxpriority.THREAD_PRIORITY_IDLE
  THREAD_PRIORITY_LOWEST = _win32_maxpriority.THREAD_PRIORITY_LO...
  THREAD_PRIORITY_BELOW_NORMAL = _win32_maxpriority.THREAD_PRIOR...
  THREAD_PRIORITY_NORMAL = _win32_maxpriority.THREAD_PRIORITY_NO...
  THREAD_PRIORITY_ABOVE_NORMAL = _win32_maxpriority.THREAD_PRIOR...
  THREAD_PRIORITY_HIGHEST = _win32_maxpriority.THREAD_PRIORITY_H...
  THREAD_PRIORITY_TIME_CRITICAL = _win32_maxpriority.THREAD_PRIO...
  set_self_process_priority_class = _win32_maxpriority.set_self_...
  set_self_thread_priority = _win32_maxpriority.set_self_thread_...
Variables Details

REALTIME_PRIORITY_CLASS

Value:
_win32_maxpriority.REALTIME_PRIORITY_CLASS

THREAD_PRIORITY_LOWEST

Value:
_win32_maxpriority.THREAD_PRIORITY_LOWEST

THREAD_PRIORITY_BELOW_NORMAL

Value:
_win32_maxpriority.THREAD_PRIORITY_BELOW_NORMAL

THREAD_PRIORITY_NORMAL

Value:
_win32_maxpriority.THREAD_PRIORITY_NORMAL

THREAD_PRIORITY_ABOVE_NORMAL

Value:
_win32_maxpriority.THREAD_PRIORITY_ABOVE_NORMAL

THREAD_PRIORITY_HIGHEST

Value:
_win32_maxpriority.THREAD_PRIORITY_HIGHEST

THREAD_PRIORITY_TIME_CRITICAL

Value:
_win32_maxpriority.THREAD_PRIORITY_TIME_CRITICAL

set_self_process_priority_class

Value:
_win32_maxpriority.set_self_process_priority_class

set_self_thread_priority

Value:
_win32_maxpriority.set_self_thread_priority

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.win32_maxpriority-pysrc.html0000644000076500000240000006324011224565531025677 0ustar astrawstaff VisionEgg.win32_maxpriority
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module win32_maxpriority
[frames] | no frames]

Source Code for Module VisionEgg.win32_maxpriority

 1  # This file was created automatically by SWIG. 
 2  # Don't modify this file, modify the SWIG interface instead. 
 3  # This file is compatible with both classic and new-style classes. 
 4   
 5  import _win32_maxpriority 
 6   

 7 -def _swig_setattr_nondynamic(self,class_type,name,value,static=1): 

 8      if (name == "this"): 
 9          if isinstance(value, class_type): 
10              self.__dict__[name] = value.this 
11              if hasattr(value,"thisown"): self.__dict__["thisown"] = value.thisown 
12              del value.thisown 
13              return 
14      method = class_type.__swig_setmethods__.get(name,None) 
15      if method: return method(self,value) 
16      if (not static) or hasattr(self,name) or (name == "thisown"): 
17          self.__dict__[name] = value 
18      else: 
19          raise AttributeError("You cannot add attributes to %s" % self) 

20   

21 -def _swig_setattr(self,class_type,name,value): 

22      return _swig_setattr_nondynamic(self,class_type,name,value,0) 

23   

24 -def _swig_getattr(self,class_type,name): 

25      method = class_type.__swig_getmethods__.get(name,None) 
26      if method: return method(self) 
27      raise AttributeError,name 

28   
29  import types 
30  try: 
31      _object = types.ObjectType 
32      _newclass = 1 
33  except AttributeError: 

34 -    class _object : pass 

35      _newclass = 0 
36  del types 
37   
38   
39  IDLE_PRIORITY_CLASS = _win32_maxpriority.IDLE_PRIORITY_CLASS 
40  NORMAL_PRIORITY_CLASS = _win32_maxpriority.NORMAL_PRIORITY_CLASS 
41  HIGH_PRIORITY_CLASS = _win32_maxpriority.HIGH_PRIORITY_CLASS 
42  REALTIME_PRIORITY_CLASS = _win32_maxpriority.REALTIME_PRIORITY_CLASS 
43  THREAD_PRIORITY_IDLE = _win32_maxpriority.THREAD_PRIORITY_IDLE 
44  THREAD_PRIORITY_LOWEST = _win32_maxpriority.THREAD_PRIORITY_LOWEST 
45  THREAD_PRIORITY_BELOW_NORMAL = _win32_maxpriority.THREAD_PRIORITY_BELOW_NORMAL 
46  THREAD_PRIORITY_NORMAL = _win32_maxpriority.THREAD_PRIORITY_NORMAL 
47  THREAD_PRIORITY_ABOVE_NORMAL = _win32_maxpriority.THREAD_PRIORITY_ABOVE_NORMAL 
48  THREAD_PRIORITY_HIGHEST = _win32_maxpriority.THREAD_PRIORITY_HIGHEST 
49  THREAD_PRIORITY_TIME_CRITICAL = _win32_maxpriority.THREAD_PRIORITY_TIME_CRITICAL 
50   
51  set_self_process_priority_class = _win32_maxpriority.set_self_process_priority_class 
52   
53  set_self_thread_priority = _win32_maxpriority.set_self_thread_priority 
54

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:48 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.WrappedText-module.html0000644000076500000240000001323511224565531024661 0ustar astrawstaff VisionEgg.WrappedText
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module WrappedText
[frames] | no frames]

Module WrappedText

source code

Module containing the Multi-line text stimulus class WrappedText, as well
as a simple example of its use.


Classes
  WrappedText
Multi-line text stimulus.
Functions
 
main()
Launch VisionEgg and demo the WrappedText object		 source code
   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:46 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.WrappedText-pysrc.html0000644000076500000240000025753511224565531024551 0ustar astrawstaff VisionEgg.WrappedText
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module WrappedText
[frames] | no frames]

Source Code for Module VisionEgg.WrappedText

  1  #!/usr/bin/env python 
  2  """Module containing the Multi-line text stimulus class WrappedText, as well 
  3  as a simple example of its use.""" 
  4  # Copyright (c) 2007 Eamon Caddigan, University of Illinois 
  5  # License: LGPL (see LICENSE.txt distributed with this file) 
  6  # Created on 2007-11-15 
  7  #  
  8  # TODO: (more of a wishlist) 
  9  #   * anchor parameter 
 10  #   * angle parameter (I dunno, maybe you want some paragraphs tilted) 
 11  #   * more robust line length calculation 
 12  #   * wholesale replacement of this module with *real* formatted text (e.g., 
 13  #     ghostscript). The kerning of pygame's text is atrocious. 
 14   
 15  import VisionEgg.Core 
 16  import VisionEgg.Text 
 17  import VisionEgg.Textures 
 18  import VisionEgg.ParameterTypes as ve_types 
 19  import textwrap 
 20   

 21 -class WrappedText(VisionEgg.Core.Stimulus): 

 22    """Multi-line text stimulus. No fancy formatting, but line breaks ('\\n') 
 23    are preserved, and text is wrapped to fit within the stimulus 
 24    boundaries.""" 
 25   
 26    parameters_and_defaults = { 
 27      'on':(True, ve_types.Boolean), 
 28      'position':((0.0,0.0),  
 29          ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), 
 30            ve_types.Sequence3(ve_types.Real), 
 31            ve_types.Sequence4(ve_types.Real))), 
 32      'size':(None, ve_types.Sequence2(ve_types.Real), 
 33          """Defaults to the size of the screen."""), 
 34      'text':('hello', ve_types.AnyOf(ve_types.String,ve_types.Unicode)), 
 35      'color':((1.0,1.0,1.0), 
 36          ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), 
 37            ve_types.Sequence4(ve_types.Real))) 
 38    } 
 39   
 40    constant_parameters_and_defaults = { 
 41      'font_name':(None, ve_types.AnyOf(ve_types.String,ve_types.Unicode), 
 42          "Name of font to use. If None, use the default font"), 
 43      'font_size':(30, ve_types.UnsignedInteger) 
 44    } 
 45   

 46 -  def __init__(self, **kw): 

 47      """Initialize the object, perform the initial line-splitting""" 
 48      VisionEgg.Core.Stimulus.__init__(self, **kw) 
 49   
 50      if self.parameters.size is None: 
 51        self.parameters.size = (VisionEgg.config.VISIONEGG_SCREEN_W, 
 52            VisionEgg.config.VISIONEGG_SCREEN_H) 
 53   
 54      self._splitText() 

 55   

 56 -  def _splitText(self): 

 57      """Split a single string into multiple lines of text, storing each as a 
 58      VisionEgg.Text.Text instance""" 
 59      p = self.parameters 
 60      cp = self.constant_parameters 
 61   
 62      self._text = p.text 
 63   
 64      textAreaWidth = None 
 65      maxLineLength = len(self._text) 
 66      minLineLength = 1 
 67      lineLength = maxLineLength 
 68      while ((textAreaWidth > p.size[0]) or  
 69          ((maxLineLength-minLineLength) > 1)) and (maxLineLength > 1): 
 70        nextPosition = p.position 
 71        self._textLines = [] 
 72   
 73        try: 
 74          textLineList = [] 
 75          for text in self._text.split("\n"): 
 76            if text == "": 
 77              textLineList.append("") 
 78            else: 
 79              textLineList.extend(textwrap.wrap(text, lineLength)) 
 80   
 81          textAreaWidth = None 
 82          for textLine in textLineList: 
 83            if textLine != "": 
 84              line = VisionEgg.Text.Text(text=textLine, 
 85                  position = nextPosition, 
 86                  anchor = "upperleft", 
 87                  ignore_size_parameter = True, 
 88                  color = p.color, 
 89                  font_name = cp.font_name, 
 90                  font_size = cp.font_size) 
 91              textAreaWidth = max(textAreaWidth, line.parameters.size[0]) 
 92              self._textLines.append(line) 
 93   
 94            nextPosition = (nextPosition[0], 
 95                nextPosition[1]-line.parameters.size[1]) 
 96   
 97            # Stop adding lines if the text area's height has been reached 
 98            if (p.position[1] - nextPosition[1]) > p.size[1]: 
 99              break 
100   
101        except VisionEgg.Textures.TextureTooLargeError: 
102          textAreaWidth = p.size[0]+1 
103   
104        if textAreaWidth > p.size[0]: 
105          maxLineLength = lineLength 
106        else: 
107          minLineLength = lineLength 
108        lineLength = (maxLineLength+minLineLength)/2 

109   

110 -  def draw(self): 

111      """Draw the lines of text on the screen""" 
112      p = self.parameters 
113   
114      if p.on: 
115        if p.text != self._text: 
116          self._splitText() 
117   
118        for line in self._textLines: 
119          line.parameters.color = p.color 
120          line.draw() 

121   

122 -def main(): 

123    """Launch VisionEgg and demo the WrappedText object""" 
124    import VisionEgg 
125    VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() 
126    import VisionEgg.FlowControl 
127   
128    screen = VisionEgg.Core.get_default_screen() 
129   
130    message="""Hello. 
131   
132  This is a demonstration of the WrappedText object, which was created to allow users of VisionEgg to include large blocks of text in their programs. While this stimulus has many limitations, it should be useful for presenting on-screen instructions in experiments. 
133   
134  While you are welcome to modify this file to extend its functionality, I hope you consider sharing any such modifications with the VisionEgg community. 
135   
136  Eamon Caddigan,\nUniversity of Illinois\n15 November 2007""" 
137   
138    wt = WrappedText(text=message, position=(50,screen.size[1]-50),  
139      size=(screen.size[0]-100, screen.size[1]-100)) 
140   
141    viewport = VisionEgg.Core.Viewport(screen=screen, stimuli=[wt]) 
142   
143    # Frame-based presentation duration makes it easier to use pdb 
144    p = VisionEgg.FlowControl.Presentation(viewports=[viewport], 
145        go_duration=(VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ*30,'frames')) 
146    p.go() 
147   
148    screen.close() # Called explicitly to behave better in interactive shells 

149   
150  if __name__ == "__main__": 
151    main() 
152

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:48 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/html/VisionEgg.WrappedText.WrappedText-class.html0000644000076500000240000003530011224565531026744 0ustar astrawstaff VisionEgg.WrappedText.WrappedText
   Home       Trees       Indices       Help   
Vision Egg
Package VisionEgg :: Module WrappedText :: Class WrappedText
[frames] | no frames]

Class WrappedText

source code

         object --+        
                  |        
ClassWithParameters --+    
                      |    
          Core.Stimulus --+
                          |
                         WrappedText

Multi-line text stimulus. No fancy formatting, but line breaks ('\n')
are preserved, and text is wrapped to fit within the stimulus
boundaries.


Instance Methods
 
__init__(self, **kw)
Initialize the object, perform the initial line-splitting		 source code
 
draw(self)
Draw the lines of text on the screen		 source code

Inherited from ClassWithParameters: __getstate__, __setstate__, get_specified_type, is_constant_parameter, set, verify_parameters

Inherited from object: __delattr__, __getattribute__, __hash__, __new__, __reduce__, __reduce_ex__, __repr__, __setattr__, __str__

Class Variables
  parameters_and_defaults = {'on':(True, ve_types.Boolean), 'pos...
  constant_parameters_and_defaults = {'font_name':(None, ve_type...

Inherited from ClassWithParameters: __safe_for_unpickling__

Properties

Inherited from object: __class__

Method Details

__init__(self, **kw)
(Constructor)

source code  
Initialize the object, perform the initial line-splitting
Overrides: Core.Stimulus.__init__

draw(self)

source code  
Draw the lines of text on the screen
Overrides: Core.Stimulus.draw

Class Variable Details

parameters_and_defaults

Value:
{'on':(True, ve_types.Boolean), 'position':((0.0, 0.0), ve_types.AnyOf\
(ve_types.Sequence2(ve_types.Real), ve_types.Sequence3(ve_types.Real),\
 ve_types.Sequence4(ve_types.Real))), 'size':(None, ve_types.Sequence2\
(ve_types.Real), """Defaults to the size of the screen."""), 'text':('\
hello', ve_types.AnyOf(ve_types.String, ve_types.Unicode)), 'color':((\
1.0, 1.0, 1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_t\
ypes.Sequence4(ve_types.Real)))}

constant_parameters_and_defaults

Value:
{'font_name':(None, ve_types.AnyOf(ve_types.String, ve_types.Unicode),\
 "Name of font to use. If None, use the default font"), 'font_size':(3\
0, ve_types.UnsignedInteger)}

   Home       Trees       Indices       Help   
Vision Egg
Generated by Epydoc 3.0beta1 on Sat Jun 7 09:06:47 2008 http://epydoc.sourceforge.net
visionegg-1.2.1/doc/reference/make_epy.sh0000755000076500000240000000353711224565531017541 0ustar astrawstaff#!/bin/sh if test ! -n "$PYTHON"; then echo "Specify which python with the PYTHON environment variable" exit 1 fi $PYTHON epydoc --name "Vision Egg" --url "http://www.visionegg.org" --no-private \ --docformat plaintext --parse-only \ VisionEgg \ VisionEgg.Configuration \ VisionEgg.Core \ VisionEgg.Daq \ VisionEgg.DaqLPT \ VisionEgg.Deprecated \ VisionEgg.Dots \ VisionEgg.FlowControl \ VisionEgg.GUI \ VisionEgg.Gratings \ VisionEgg.MoreStimuli \ VisionEgg.ParameterTypes \ VisionEgg.PlatformDependent \ VisionEgg.PyroClient \ VisionEgg.PyroHelpers \ VisionEgg.QuickTime \ VisionEgg.SphereMap \ VisionEgg.TCPController \ VisionEgg.Text \ VisionEgg.Textures \ VisionEgg.ThreeDeeMath \ VisionEgg.darwin_getrefresh \ VisionEgg.darwin_maxpriority \ VisionEgg.gl_qt \ VisionEgg.posix_maxpriority \ VisionEgg.win32_getrefresh \ VisionEgg.win32_maxpriority #VisionEgg.GL \ #VisionEgg.GLTrace \ #VisionEgg.PyroApps \ #VisionEgg.PyroApps.ColorCalGUI \ #VisionEgg.PyroApps.ColorCalServer \ #VisionEgg.PyroApps.EPhysGUI \ #VisionEgg.PyroApps.EPhysGUIUtils \ #$PYTHON pydoc.py -w VisionEgg.PyroApps.EPhysServer #$PYTHON pydoc.py -w VisionEgg.PyroApps.FlatGratingGUI #$PYTHON pydoc.py -w VisionEgg.PyroApps.FlatGratingServer #$PYTHON pydoc.py -w VisionEgg.PyroApps.GridGUI #$PYTHON pydoc.py -w VisionEgg.PyroApps.GridServer #$PYTHON pydoc.py -w VisionEgg.PyroApps.MouseTargetGUI #$PYTHON pydoc.py -w VisionEgg.PyroApps.MouseTargetServer #$PYTHON pydoc.py -w VisionEgg.PyroApps.ScreenPositionGUI #$PYTHON pydoc.py -w VisionEgg.PyroApps.ScreenPositionServer #$PYTHON pydoc.py -w VisionEgg.PyroApps.SphereGratingGUI #$PYTHON pydoc.py -w VisionEgg.PyroApps.SphereGratingServer #$PYTHON pydoc.py -w VisionEgg.PyroApps.SpinningDrumGUI #$PYTHON pydoc.py -w VisionEgg.PyroApps.SpinningDrumServer #$PYTHON pydoc.py -w VisionEgg.PyroApps.TargetGUI #$PYTHON pydoc.py -w VisionEgg.PyroApps.TargetServer visionegg-1.2.1/doc/visionegg/0000755000076500000240000000000011231315557015433 5ustar astrawstaffvisionegg-1.2.1/doc/visionegg/about.html0000644000076500000240000001137111224565531017437 0ustar astrawstaff About this document ...
Up One Level Next Page The Vision Egg Programmer's Manual Contents
Previous: Up: The Vision Egg Programmer's

About this document ...

The Vision Egg Programmer's Manual, June 7, 2008, Release 1.1

This document was generated using the LaTeX2HTML translator.

LaTeX2HTML is Copyright © 1993, 1994, 1995, 1996, 1997, Nikos Drakos, Computer Based Learning Unit, University of Leeds, and Copyright © 1997, 1998, Ross Moore, Mathematics Department, Macquarie University, Sydney.

The application of LaTeX2HTML to the Python documentation has been heavily tailored by Fred L. Drake, Jr. Original navigation icons were contributed by Christopher Petrilli.

Up One Level Next Page The Vision Egg Programmer's Manual Contents
Previous: Up: The Vision Egg Programmer's
Release 1.1, documentation updated on June 7, 2008.
visionegg-1.2.1/doc/visionegg/contents.html0000644000076500000240000001215411224565531020162 0ustar astrawstaff Contents
Up One Level The Vision Egg Programmer's Manual
Previous: Up: The Vision Egg Programmer's Next:

Contents

Up One Level The Vision Egg Programmer's Manual
Previous: Up: The Vision Egg Programmer's Next:
Release 1.1, documentation updated on June 7, 2008.
visionegg-1.2.1/doc/visionegg/controllers.html0000644000076500000240000001516011224565531020673 0ustar astrawstaff 3. Controlling stimulus parameters in realtime
Up One Level The Vision Egg Programmer's Manual Contents
Previous: Up: The Vision Egg Programmer's Next:


3. Controlling stimulus parameters in realtime

When using the Presentation class, you have a powerful method of updating parameters in realtime available to you. ``Controllers'' are instances of the class Controller. A controller is called at pre-defined intervals and updates the value of some stimulus parameter. For example, in the ``target'' demo script, the ``center'' parameter of a Target2D stimulus is updated on every frame by a function which computes position based upon the current time. You can also control parameters without using controllers by simply changing the values as your program executes.

Instances of Controller are called by instances of the Presentation class. After creating an instance of Controller, it must be ``registered'' by calling the add_controller method of Presentation, during which the stimulus parameter under control is specified. The Presentation takes care of calling the controller from this point. Specifically, the during_go_eval() is called during a go() loop, and between_go_eval() is called by between_presentations() (during run_forever(), for example.) These ``eval'' methods return a value which becomes the new value of the parameter being controller.

The frequency with which during_go_eval() and between_go_eval() are evaluated is determined by the eval_frequency attribute of the controller. The default eval_frequency is every frame.

The temporal_variables attribute of the controller specifies what temporal variables the ``eval'' methods have available to base calculations on. The default value is TIME_SEC_SINCE_GO, so when during_go_eval() is called, the instance will have an attribute time_sec_since_go set to the time since the onset of the go() loop.

For more information, see the documentation for the Controller and Presentation classes in the VisionEgg.Core module.

Up One Level The Vision Egg Programmer's Manual Contents
Previous: Up: The Vision Egg Programmer's Next:
Release 1.1, documentation updated on June 7, 2008.
visionegg-1.2.1/doc/visionegg/front.html0000644000076500000240000001222511224565531017454 0ustar astrawstaff Front Matter
Up One Level The Vision Egg Programmer's Manual Contents
Previous: Up: The Vision Egg Programmer's Next:


Front Matter

Copyright © 2001-2008 Andrew Straw All rights reserved.

Abstract:

The Vision Egg was designed to perform two primary tasks. The first task is the drawing of computer graphics using OpenGL. The optional second task is to handle the flow control of your program to coordinate events on your computer in a precisely timed way.

These are challenging tasks, and the Vision Egg does much of the work for you. However, to make full use of the Vision Egg, you should understand the basics. This is an overview of the main components of the VisionEgg itself.

Note before starting: The Vision Egg is fundamentally object oriented in nature, and this document assumes you are familiar with terms such as ''class'' and ''instance''. If you are not, please find some information on the topic of object oriented programming. As you write scipts, you will also need to consult the Python, Numeric, pygame, or other documentation.

Up One Level The Vision Egg Programmer's Manual Contents
Previous: Up: The Vision Egg Programmer's Next:
Release 1.1, documentation updated on June 7, 2008.
visionegg-1.2.1/doc/visionegg/hierarchy.html0000644000076500000240000001571511224565531020311 0ustar astrawstaff 2. Hierarchy of graphical objects
Up One Level The Vision Egg Programmer's Manual Contents
Previous: Up: The Vision Egg Programmer's Next:


2. Hierarchy of graphical objects

Currently, the Vision Egg supports only a single screen (window). However, it is designed to run simultaneously in multiple screens, so once this capability is available (perhaps in pyglet), the following priciples will continue to apply.

Each screen contains a list of least one ``viewport''. A viewport is defined to occupy a rectangular region of the screen and define how and where objects are drawn. The default viewport created with each screen fills the entire screen. In the Vision Egg Viewport class, the screen position and size are specified in addition to the projection. The projection, specified by the Projection class, transforms 3D ``eye coordinates'' into ``clip coordinates'' according to, for example, an orthographic or perspective projection. (Eye coordinates are the 3D coordinates of objects referenced from the observers eye in arbitrary units. Clip coordinates are used to compute the final position of the 3D object on the 2D screen.) The default Projection created with a Viewport is an orthographic projection that maps eye coordinates in a one to one manner to pixel coordinates, allowing specification of object position in absolute pixels. For more information, consult section 2.11, ``Coordinate Transformations'' of the OpenGL Specification.

Multiple instances of the Viewport class may occupy the same region of the screen. This could be used, for example, to overlay objects with different projections such as in the targetBackground demo. The order of the list of viewports is important, with the first in the list being drawn first and later viewports are drawn on top of earlier viewports.

An instance of the Viewport class keeps an ordered list of the objects it draws. Objects to be drawn on top of other objects should be drawn last and therefore placed last in the list.

The objects a viewport drawns are all instances of the Stimulus class. The name ``Stimulus'' is perhaps a slightly inaccurate because instances of this class only define how to draw a set of graphics primitives. So for example, there are SinGrating2D and TextureStimulus subclasses of the Stimulus class.

The Vision Egg draws objects in a hierarchical manner. First, the screen(s) calls each of its viewports in turn. Each viewport calls each of its stimuli in turn. In this way, the occlusion of objects can be controlled by drawing order without employing more advanced concepts such as depth testing (which is also possible).

Up One Level The Vision Egg Programmer's Manual Contents
Previous: Up: The Vision Egg Programmer's Next:
Release 1.1, documentation updated on June 7, 2008.
visionegg-1.2.1/doc/visionegg/index.html0000644000076500000240000001252711224565531017440 0ustar astrawstaff The Vision Egg Programmer's Manual
Previous Page Up One Level The Vision Egg Programmer's Manual Contents
Up: Vision Egg website Next:

The Vision Egg Programmer's Manual

Andrew Straw

Release 1.1
June 7, 2008


Previous Page Up One Level The Vision Egg Programmer's Manual Contents
Up: Vision Egg website Next:
Release 1.1, documentation updated on June 7, 2008.
visionegg-1.2.1/doc/visionegg/node3.html0000644000076500000240000002167311224565531017343 0ustar astrawstaff 1. Coordinating events
Up One Level The Vision Egg Programmer's Manual Contents
Previous: Up: The Vision Egg Programmer's Next:
Subsections


1. Coordinating events

There are several ways to organize the sequence of your experiments using the Vision Egg. You can write your own custom flow control and event handling, using the Vision Egg solely for drawing graphics. This is often useful in psychophysics experiments where interaction with a subject is interleaved with presentation of stimuli.

Alternatively, you can make use of the classes in VisionEgg.FlowControl. For example, Presentation is a class that maintains an association between the parameters of stimuli and their control functions, calls these functions, and initiates drawing of the stimuli. There are several ways to use the Presentation class described below. This mode of operation is useful for electrophysiology experiments.

1.1 Custom flow control and event handling

By writing your own custom flow control code, you have much more flexibility in designing experiments, but also less of the work involved has been done for you. Perhaps the best place to start is simply to look at some examples. See the demonstration scripts dots_simple_loop.py, mouseTarget_user_loop.py, and multi_stim.py. Each of these programs has its own main loop which performs the same role as the Presentation class's go and run_forever methods, which are described further in this chapter.

1.2 Using the Presentation class: Running a single trial

Most of the Vision Egg demonstration scripts run a single trial and then quit. From a programming perspective, this is the easiest way to get started. The timing and control of events within a single trial is performed by a ``go loop'', which is entered by calling the go() method of the Presentation class.

A cycle of the go loop consists of updating any relevant stimulus parameters, clearing the framebuffer, and calling the stimuli to draw themselves. The buffers are swapped and the cycle begins again, usually after waiting for the vertical blanking interval (see the section in this manual on double buffering). When waiting for the vertical blanking interval (``sync swap buffers'') is enabled, cycles through the ``go loop'' never occur faster than the frame rate. If the go loop is burdened with lots of calculations or if the operating system takes the CPU away from the Vision Egg, the cycle through the go loop is not completed before the video card begins drawing the next frame and therefore a frame is skipped.

A go loop can run indefinitly or have its duration limited to a duration measured in seconds or in number of frames drawn. (Measuring duration based on frames drawn is only meaningful when buffer swapping is synchronized with the vertical blanking interval and frame skipping would be particularly undesirable in this case.)

1.3 Using the Presentation class: Continuous operation

Often, the visual stimulus needs to continue running between trials. At a minimum this could be used to keep the display constant and to prevent the Vision Egg from quitting, but could also be used to maintain a moving pattern on the display between trials. In addition, it may be necessary to trigger a go loop with a minimum of latency after the receipt of some signal, such as a digital input on the parallel port.

To use the Vision Egg in this manner, the run_forever() method of Presentation is called, which begins a loop that performs the same tasks as a go loop with the exception that functions controlling stimulus parameters are informed that it is a ``between go loops'' state. At any point this run_forever loop can create a go loop, which returns control back to the run_forever loop when done. Alternatively, if the controlling functions for stimulus parameters operate between go loops, the entire experiment could be run without entering a go loop. (This could also be acheived by starting a go loop with a duration parameter set to ``forever''.)

Up One Level The Vision Egg Programmer's Manual Contents
Previous: Up: The Vision Egg Programmer's Next:
Release 1.1, documentation updated on June 7, 2008.
visionegg-1.2.1/doc/visionegg/node6.html0000644000076500000240000002426511224565531017346 0ustar astrawstaff 4. Other general information
Up One Level The Vision Egg Programmer's Manual Contents
Previous: Up: The Vision Egg Programmer's Next:
Subsections


4. Other general information

4.1 Double buffering

The Vision Egg operates in double buffered mode. This means that the contents of the ``front'' framebuffer are read by the video card to produce the on-screen display. Meanwhile, clearing and drawing operations always occur on the back framebuffer, which becomes the front buffer on a buffer swap (also called flip). This way, an incomplete frame is never drawn to the screen. However, if the buffers are swapped while the display is only part-way through the front buffer, the top and bottom parts of the display will contain frames drawn at different times and thus lead to a tearing artifact. For this reason the default behavior of the Vision Egg is to synchronize buffer swapping with the vertical blanking period, ensuring that tearing does not happen. (Synchronizing buffer swapping is not available for some video drivers on the linux platform, and may frequently be overriden in the Displays control panel in Windows.)

4.2 File layout

Several directories are created in a Vision Egg installation. The files used when a Python script imports any Vision Egg module are in the standard Python ``site-packages'' directory. Next, the Vision Egg system directory contains data files such as sample images used by the demo scripts and a site-wide configuration file. A user-specific configuration file is looked for is the VisionEgg home directory. On your system, you can determine the exact location of these directories by running the ``check-config.py'' script, which is distributed with the Vision Egg. If you have installed the Vision Egg from source, you will also have the source directory.

4.3 Priority control

The Vision Egg can take advantage of operating system dependent methods of setting the priority of an application. The performance and features vary from platform to platform. The options available from OS specific system calls are available in the Vision Egg. Before trying something new, do not attempt to increase your script's priority, because this may result in locking up the computer.

4.4 The log file: Warnings and errors

The Vision Egg uses the standard Python logging package to log information including warnings and errors to two locations by default: the standard error stream (as standard for Python scripts) and to a file called ``VisionEgg.log'' in the current directory. The standard error stream is typically printed on the console, which may only be visible when running your script from the command line. If your script (or modules it imports) raise a SyntaxError, the Vision Egg will be unable to start and therefore unable to copy the exception traceback to the log file, and viewing the standard error is the only way to see what went wrong. Therefore, if your log file does not display an error but your script is not executing, run it from the command line. Also, on Mac OS X, the standard error output is only visible through the Console.app available in ``/Applications/Utilities''.

You can increase the verbosity of the output by doing something like ``VisionEgg.logger.setLevel( VisionEgg.logging.DEBUG )'' in your script.

4.5 Configuration options

A number of options that control behavior of the Vision Egg are available. These options are first determined when the VisionEgg.Configuration module is loaded (by the base module VisionEgg, for example). This module first loads variables from the ``VisionEgg.cfg'' file and then checks for environment variables that override these values.

The values set by VisionEgg.Configuration may be overriden at any time by re-assigning the appropriate variable. For example: 

import VisionEgg

# Turn off GUI window when calling create_default_screen()
VisionEgg.config.VISIONEGG_GUI_INIT = 0

4.6 For more information

A significant amount of documentation is contained within the source code as ''docstrings'' -- special comments within the code. These docstrings are often the best source of information for a particular class or function. In particular, the fundamentally important classes in the VisionEgg.Core module are well documented. You can either browse the source code itself, look at the library reference compiled from the source, or use a utility such as PyDoc to compile your own reference from the source.

The Vision Egg mailing list is another source of valuble information. Sign up and browse the archives through the Vision Egg website.

For installation instructions, the Vision Egg website provides the most up-to-date, platform-specific information.

To create your own stimuli you need to know OpenGL. To learn more about OpenGL, you may want to begin with ``The Red Book'' (The OpenGL Programming Guide, The Official Guide to Learning). The OpenGL specification is also useful (available online).

Up One Level The Vision Egg Programmer's Manual Contents
Previous: Up: The Vision Egg Programmer's Next:
Release 1.1, documentation updated on June 7, 2008.
visionegg-1.2.1/doc/visionegg/visionegg.css0000644000076500000240000002306311224565531020144 0ustar astrawstaff/* * The first part of this is the standard CSS generated by LaTeX2HTML, * with the "empty" declarations removed. */ /* Century Schoolbook font is very similar to Computer Modern Math: cmmi */ .math { font-family: "Century Schoolbook", serif; } .math i { font-family: "Century Schoolbook", serif; font-weight: bold } .boldmath { font-family: "Century Schoolbook", serif; font-weight: bold } /* * Implement both fixed-size and relative sizes. * * I think these can be safely removed, as it doesn't appear that * LaTeX2HTML ever generates these, even though these are carried * over from the LaTeX2HTML stylesheet. */ small.xtiny { font-size : xx-small; } small.tiny { font-size : x-small; } small.scriptsize { font-size : smaller; } small.footnotesize { font-size : small; } big.xlarge { font-size : large; } big.xxlarge { font-size : x-large; } big.huge { font-size : larger; } big.xhuge { font-size : xx-large; } /* * Document-specific styles come next; * these are added for the Python documentation. * * Note that the size specifications for the H* elements are because * Netscape on Solaris otherwise doesn't get it right; they all end up * the normal text size. */ body { color: #000000; background-color: #ffffff; } a:link:active { color: #ff0000; } a:link:hover { background-color: #bbeeff; } a:visited:hover { background-color: #bbeeff; } a:visited { color: #551a8b; } a:link { color: #0000bb; } h1, h2, h3, h4, h5, h6 { font-family: avantgarde, sans-serif; font-weight: bold; } h1 { font-size: 180%; } h2 { font-size: 150%; } h3, h4 { font-size: 120%; } /* These are section titles used in navigation links, so make sure we * match the section header font here, even it not the weight. */ .sectref { font-family: avantgarde, sans-serif; } /* And the label before the titles in navigation: */ .navlabel { font-size: 85%; } /* LaTeX2HTML insists on inserting
elements into headers which * are marked with \label. This little bit of CSS magic ensures that * these elements don't cause spurious whitespace to be added. */ h1>br, h2>br, h3>br, h4>br, h5>br, h6>br { display: none; } code, tt { font-family: "lucida typewriter", lucidatypewriter, monospace; } var { font-family: times, serif; font-style: italic; font-weight: normal; } .Unix { font-variant: small-caps; } .typelabel { font-family: lucida, sans-serif; } .navigation td { background-color: #99ccff; font-weight: bold; font-family: avantgarde, sans-serif; font-size: 110%; } div.warning { background-color: #fffaf0; border: thin solid black; padding: 1em; margin-left: 2em; margin-right: 2em; } div.warning .label { font-family: sans-serif; font-size: 110%; margin-right: 0.5em; } div.note { background-color: #fffaf0; border: thin solid black; padding: 1em; margin-left: 2em; margin-right: 2em; } div.note .label { margin-right: 0.5em; font-family: sans-serif; } address { font-size: 80%; } .release-info { font-style: italic; font-size: 80%; } .titlegraphic { vertical-align: top; } .verbatim pre { color: #00008b; font-family: "lucida typewriter", lucidatypewriter, monospace; font-size: 90%; } .verbatim { margin-left: 2em; } .verbatim .footer { padding: 0.05in; font-size: 85%; background-color: #99ccff; margin-right: 0.5in; } .grammar { background-color: #99ccff; margin-right: 0.5in; padding: 0.05in; } .grammar-footer { padding: 0.05in; font-size: 85%; } .grammartoken { font-family: "lucida typewriter", lucidatypewriter, monospace; } .productions { background-color: #bbeeff; } .productions a:active { color: #ff0000; } .productions a:link:hover { background-color: #99ccff; } .productions a:visited:hover { background-color: #99ccff; } .productions a:visited { color: #551a8b; } .productions a:link { color: #0000bb; } .productions table { vertical-align: baseline; empty-cells: show; } .productions > table td, .productions > table th { padding: 2px; } .productions > table td:first-child, .productions > table td:last-child { font-family: "lucida typewriter", lucidatypewriter, monospace; } /* same as the second selector above, but expressed differently for Opera */ .productions > table td:first-child + td + td { font-family: "lucida typewriter", lucidatypewriter, monospace; vertical-align: baseline; } .productions > table td:first-child + td { padding-left: 1em; padding-right: 1em; } .productions > table tr { vertical-align: baseline; } .email { font-family: avantgarde, sans-serif; } .mailheader { font-family: avantgarde, sans-serif; } .mimetype { font-family: avantgarde, sans-serif; } .newsgroup { font-family: avantgarde, sans-serif; } .url { font-family: avantgarde, sans-serif; } .file { font-family: avantgarde, sans-serif; } .guilabel { font-family: avantgarde, sans-serif; } .realtable { border-collapse: collapse; border-color: black; border-style: solid; border-width: 0px 0px 2px 0px; empty-cells: show; margin-left: auto; margin-right: auto; padding-left: 0.4em; padding-right: 0.4em; } .realtable tbody { vertical-align: baseline; } .realtable tfoot { display: table-footer-group; } .realtable thead { background-color: #99ccff; border-width: 0px 0px 2px 1px; display: table-header-group; font-family: avantgarde, sans-serif; font-weight: bold; vertical-align: baseline; } .realtable thead :first-child { border-width: 0px 0px 2px 0px; } .realtable thead th { border-width: 0px 0px 2px 1px } .realtable td, .realtable th { border-color: black; border-style: solid; border-width: 0px 0px 1px 1px; padding-left: 0.4em; padding-right: 0.4em; } .realtable td:first-child, .realtable th:first-child { border-left-width: 0px; vertical-align: baseline; } .center { text-align: center; } .left { text-align: left; } .right { text-align: right; } .refcount-info { font-style: italic; } .refcount-info .value { font-weight: bold; color: #006600; } /* * Some decoration for the "See also:" blocks, in part inspired by some of * the styling on Lars Marius Garshol's XSA pages. * (The blue in the navigation bars is #99CCFF.) */ .seealso { background-color: #fffaf0; border: thin solid black; padding: 0pt 1em 4pt 1em; } .seealso > .heading { font-size: 110%; font-weight: bold; } /* * Class 'availability' is used for module availability statements at * the top of modules. */ .availability .platform { font-weight: bold; } /* * Additional styles for the distutils package. */ .du-command { font-family: monospace; } .du-option { font-family: avantgarde, sans-serif; } .du-filevar { font-family: avantgarde, sans-serif; font-style: italic; } .du-xxx:before { content: "** "; font-weight: bold; } .du-xxx:after { content: " **"; font-weight: bold; } /* * Some specialization for printed output. */ @media print { .online-navigation { display: none; } } visionegg-1.2.1/doc/visionegg/visionegg.html0000644000076500000240000001252711224565531020323 0ustar astrawstaff The Vision Egg Programmer's Manual
Previous Page Up One Level The Vision Egg Programmer's Manual Contents
Up: Vision Egg website Next:

The Vision Egg Programmer's Manual

Andrew Straw

Release 1.1
June 7, 2008


Previous Page Up One Level The Vision Egg Programmer's Manual Contents
Up: Vision Egg website Next:
Release 1.1, documentation updated on June 7, 2008.
visionegg-1.2.1/doc/visionegg.pdf0000644000076500000240000031554211224565531016141 0ustar astrawstaff%PDF-1.4 %ÔĊĜ 3 0 obj << /Length 264 /Filter /FlateDecode >> stream xÚMOÁN0 ½ç+|£•h°S'iŽ C%$`—i‡j-e˘íDÇ´ßÇ!B‰òĴgż÷b”Cà\„¤pe>Ġ—˘µF(‚fÇħżÛ#tÂԀ:×ߙ ĜU‚#lĠ˟Ûbġ}hÔŬ£a0Ĵ}ċ šw SjSZpÎi+LğĴùèóÂĝ*{;ž§9Ġ›aHĊórrÂl‰O;Mŭr“[ÌÎİûÔΑż´cojI³@^²ÓJIÈ £ÚV>Ċ½öcߞ×HÒ´ ùż° Ölœ µš°LÊûı[úÜ`vMâíwúT˘’"Ĵ5ц­,b> endobj 1 0 obj << /Font << /F24 4 0 R /F25 5 0 R /F27 6 0 R >> /ProcSet [ /PDF /Text ] >> endobj 10 0 obj << /Length 162 /Filter /FlateDecode >> stream xÚUŽ1‚0…w~ĊírwP*#\íĤFŠš5…hü÷Š5——÷._ŜğıKҚ-”ş,¸×‚e°„3 X\o’P<ùxäέ 7Ú% Î"sïiMù¤GħĥԄÚ"™ŝ ëÜd€bDRo™IĊEui‚—lÄ#ĉġö’~ħêşh>ßġ_ï{î#ċ=&K—ĵê÷8( endstream endobj 9 0 obj << /Type /Page /Contents 10 0 R /Resources 8 0 R /MediaBox [0 0 612 792] /Parent 7 0 R >> endobj 8 0 obj << /Font << /F27 6 0 R /F14 11 0 R >> /ProcSet [ /PDF /Text ] >> endobj 14 0 obj << /Length 846 /Filter /FlateDecode >> stream xÚmUKoÛ0 ÷Wĝ(M귓Ŭ: ŬĥC°ËşƒbˉVÛ2$ıEŝŭH‘n“!'S$E‘?Òw7wym×Û*Ğ˘]e›z]TeTĊşĴ·Ñ~‹û½óV6>ŝ³ûz÷˜ĠgŝĞ,-…UVŻË͆.ìŽ*^eU-~ĊU"´ÓfÄs%2ĵĈi"¤£CĞœ>ŒŞ%oH;)Û;Á‡ †<&ĞiOl‘îÙ­U/½½û”$™uq*üğIÚñ+‹kkeœ–âUœšéÈ£14{eI{°r:ê†3žşQ­Òt½-KŞüǤĈOß ,İ8¤fòìIíTcĈ–dN ¤ĝ†òá|”cÛ+öZA]ı‰3H— È[qCâ=™Ù’ûd ä=p³Ü1ĥĠ£ô\aĵÄ@ž“ŭ: u†Ĉ•˘5z—OúLV5ÚİŝDGŻ‡Zİ맸*Ċú-P½²â7²Ê³THËBs”}ŻĈCèOž%Ô[ó­ˆ#z„P8gžZk”#Ġ07G’ħ‹ÛÄ2ûL' Ŭ e–‹Ï„ŝf6.Áé Äè?Èg ÄAğıïIš—êÎèĊĜnPÄ-I îhĉžaÇVYçñ@öÒeq8RŽ@ħ2ËWrxƒ…p5/Z-üBK÷_ÄA.ÍFB˜‘)sÍġ½šz|Ĝ-şËÖsÉßMàc½{¸£ĵ*½´:˙ç{Ë>mŜ+`˘LäÙyNd2ûżŞñd6Vƒ-/q˜‰Ù*DzSµPë 7kM3cLÒKçàÄ&ê jíĠŽvùƒîµÄ* X8ŝˆLĵ²ƒ#Ñj˘Y²ĉ)ˊĤ‡·P`ġ™lzÄĈ7 el4pôKGfĉJA³„šÑĝÀ#XĦ=,G%p_.QŬÓ#.`陇ĵÀÀ=Ĉe5é†t†_e˜Ż`z^ÔËn ğw•$âŜ‘%䝕xµI:×èÉ‡İŻÓĊŝ":LH²Çmoè0ŞċÏĜ“nî=…iíϓ?š‘ƒ~‡fZŬiÂ~q MSĴ Ûpu.üˆ–ß<ìnŝèmĝ endstream endobj 13 0 obj << /Type /Page /Contents 14 0 R /Resources 12 0 R /MediaBox [0 0 612 792] /Parent 7 0 R >> endobj 12 0 obj << /Font << /F30 15 0 R /F27 6 0 R >> /ProcSet [ /PDF /Text ] >> endobj 18 0 obj << /Length 8 /Filter /FlateDecode >> stream xÚ endstream endobj 17 0 obj << /Type /Page /Contents 18 0 R /Resources 16 0 R /MediaBox [0 0 612 792] /Parent 7 0 R >> endobj 16 0 obj << /ProcSet [ /PDF ] >> endobj 34 0 obj << /Length 1060 /Filter /FlateDecode >> stream xÚíXM—›6ŬûW°4 ĞúD"ËL“““E’6Îé"͂ñ034Meܜù÷}ÀF60N{²HâĥumŬwuy<_/~yÉeÄ%ÑF³h}I*H˘y”J„H˘ġMôqyġöÍúĊ›ġûĝÓúġâĊzÁ" /NqC4ÓÑfğ $•%JĥĞŸ{Ô `Ğîy³Ğ QJ҄'ÍĤƒ˙i÷cñŠQJ—WÖş›˘Êê˘ş‹W\Ñe3µü'fŞwÇ|˜V„А. èxÔ<'%Ħ,=&v´£I h)–Yş`Û]ıìzôŬĤ¤ÑC@ôWû]m·R*lÌĠòK÷ycĞÚÙ²ûU7^/Ŝê½şŻîaħl= …kN$Ĉr*žG͇ÁuB¸`a$^)8ÔùÂ4OĤMB%1TŸg’vÚ$ˆA“p4ɇ]·Ô÷y÷ĉËw`¸‘l…v)³ŬîYĵp+ŭŻŞŝ7Ywiŝ¤Ä_×ÈÊ ­iĠİ] ÁĦ`“ ˘Ó2ċĨó2Ċ;iAˆ˙l‚+ÈEµ·û]·fr×A'~ÉÌÁÏá>ˆâû>x>R$†³òÉ"9ÀIżŜÊÄħH*à \ÌÌrsß$úG<żÛîz粇ûb“ae°×ċ›ÓÊə!F›€éHòGÔV$[<ñ^Ĥ!{5&ׄĤĉi™¸q™p½ŬH˘Lo!=8tJ^“JŻĊmÓ:X·MœrB ¸è€¨yj½C~z*2E˜çċÏv:"Ĥï´~µûk_ŝcN—ûVŽÛ܍tNÌ@ġMj#]gš'Ċ€•JLÈê'è›Y6ž´Œ9̘óltÀNÛ1h#ߋ½,ĵ‰ÊìÑîëç(E´Të jž KÀJ„T.Vĝ?™ĤĦĦô¤ĦD ··8// °“†ò4”ïëŜıÂş˘~ g“1X môÓĜÜĦĉé0 Ġ)Ġ!Ÿ‹;@oÏKL촏ƒ>’裵 J{×?OàeŽÀħI5Sáîĝ‰‚s֝ö –Nú#ŭ˘ĉ™s%ˆa*¤~İbcfI4ṳ̈sÀN›1hċ;ÙŞqÇŬŜ fGûĵ?5„BŸ3¤6Öv¨yVœ’š#Z—Œr–e̔e —=ϳÌ;mÄ eßĝ4“¨ĊÁbk]ŜOSKĦ@)ZˆšçÖgHîbŽŻ3ÎßÁc~èi;µ?~˘Ñ |ŭĴ#`Zû҂ĥ‘„ħ…Feô~ñžˆ fêġ> endstream endobj 33 0 obj << /Type /Page /Contents 34 0 R /Resources 32 0 R /MediaBox [0 0 612 792] /Parent 7 0 R /Annots [ 19 0 R 20 0 R 21 0 R 22 0 R 23 0 R 24 0 R 25 0 R 26 0 R 27 0 R 28 0 R 29 0 R 30 0 R 31 0 R ] >> endobj 19 0 obj << /Type /Annot /Border [0 0 0] /Rect [72 526.69 175.252 535.582] /Subtype /Link /A << /S /GoTo /D (page001) >> >> endobj 20 0 obj << /Type /Annot /Border [0 0 0] /Rect [86.944 514.605 272.427 523.557] /Subtype /Link /A << /S /GoTo /D (page001) >> >> endobj 21 0 obj << /Type /Annot /Border [0 0 0] /Rect [86.944 502.65 316.839 511.601] /Subtype /Link /A << /S /GoTo /D (page001) >> >> endobj 22 0 obj << /Type /Annot /Border [0 0 0] /Rect [86.944 490.695 316.839 499.646] /Subtype /Link /A << /S /GoTo /D (page002) >> >> endobj 23 0 obj << /Type /Annot /Border [0 0 0] /Rect [72 468.907 218.878 477.798] /Subtype /Link /A << /S /GoTo /D (page003) >> >> endobj 24 0 obj << /Type /Annot /Border [0 0 0] /Rect [72 446.989 276.69 455.88] /Subtype /Link /A << /S /GoTo /D (page005) >> >> endobj 25 0 obj << /Type /Annot /Border [0 0 0] /Rect [72 425.071 202.081 433.963] /Subtype /Link /A << /S /GoTo /D (page007) >> >> endobj 26 0 obj << /Type /Annot /Border [0 0 0] /Rect [86.944 412.986 181.29 421.938] /Subtype /Link /A << /S /GoTo /D (page007) >> >> endobj 27 0 obj << /Type /Annot /Border [0 0 0] /Rect [86.944 401.031 155.745 409.982] /Subtype /Link /A << /S /GoTo /D (page007) >> >> endobj 28 0 obj << /Type /Annot /Border [0 0 0] /Rect [86.944 389.076 174.007 398.027] /Subtype /Link /A << /S /GoTo /D (page007) >> >> endobj 29 0 obj << /Type /Annot /Border [0 0 0] /Rect [86.944 377.121 245.179 386.072] /Subtype /Link /A << /S /GoTo /D (page007) >> >> endobj 30 0 obj << /Type /Annot /Border [0 0 0] /Rect [86.944 365.166 200.029 374.117] /Subtype /Link /A << /S /GoTo /D (page008) >> >> endobj 31 0 obj << /Type /Annot /Border [0 0 0] /Rect [86.944 355.228 199.033 362.162] /Subtype /Link /A << /S /GoTo /D (page008) >> >> endobj 32 0 obj << /Font << /F24 4 0 R /F30 15 0 R /F27 6 0 R >> /ProcSet [ /PDF /Text ] >> endobj 43 0 obj << /Length 100 /Filter /FlateDecode >> stream xÚŒ1 €0û{Ċ–ÚÄäŒ1i-҉×+ELaċ÷²ĊÀ0ìMşÌ gtVħëħeJĞĈ^t„Vmxŝ(:_xaĦ™Ħfb‹ ‚c9 ËʆìHĠyÖĞD…^3•› endstream endobj 42 0 obj << /Type /Page /Contents 43 0 R /Resources 41 0 R /MediaBox [0 0 612 792] /Parent 7 0 R >> endobj 41 0 obj << /Font << /F24 4 0 R >> /ProcSet [ /PDF /Text ] >> endobj 46 0 obj << /Length 2637 /Filter /FlateDecode >> stream xÚ­YߏÛ6~ßżÂo'YU"ġóŜÚ Á]ŜċÚm‡Ĥ²MŻu‘%G”²ġŭġ÷ g(KĥS¤@°Xˆ’áÌpĉúCĵŠŻrµÊ(LuĥÚ~ŭ-Zí@˙~…e™­^ÜĴ*É |›ĠO˙zĝîéᛷ*Y•a™İlġ´_% uY2|“XŻžvĞ_ƒ×ûöŬӛ׿=}˙Í[]Ĵâ$ÔIĤh~œ…)Ĥ=*f‘âé˙üÇšúĉéá\¸,-Bü˙YáTĉEÓn;GI²ÂVa–"]×ġğş­†ş}^?ŞĵÌZGÁ§µJÓ–ĊVù씏*QŽÑ#D*ˆFŒžĤ7àP$AċÖ›OëĵúŞ!˘^ÖqTgËS†Žż]żŽ‹àyU[˙OÖ‡‰ÑÇÑ´[ş=SÏŬĜsËżŸL_Ž8Z>Ӆ‘~YgQPÛşkyàÍós¸~LbügCnäyÛJ&ĵôġ`·ëèX/-é Œ°LSVv´Cw\?ê$ŜG‘ĉİԏ‚m×}×`Ġî¸1ÓQ;0é€ÁĤ^ÇAûü ”l: ş³ğùYhgá†íӜyÒŠuÄ]_Ñ/Ÿç:ê­ĊùÓBÁ~µċŝBûÁëњŭ(‚×wÏ}²çíĦ;`À³W(*îĜÄñ4ëv€clĥĠ[ì¸ùŻÙ2ŬΖ5ĤZĞH4·ğ^~êĊ–Ġ…µóâ8ÔÇħİéy˜)9Ċ· Óe¸ĜŠÌÒfP8ûÙù‡.Ä?8Vȟé<ş$=1Ùm†/;-h*kċiĴBDƒrv­â2Ám˘ìDùĊY–üómÓ½ĵ×ı½ħJ´ü*SGY–D'ËÓÖl„êxjÌĞ;ûfQ•‰gn·ÛŬò$Œ£ÌOvöÀ•Óċc’&aŠµĵtpš–BĠÀ­câß `´LĈÌn[{›°1‹1­_n¸qŞúêh`)YÎÊN½e…Ŭ/YV÷ܜ. ­Ú­s<ûʛ´i&A•½f³îx=o’ç°h=@pg`t—ND|ù hL^ĝ¨Ëx ž¨|6x‚8 žÄ­/ğ°żµ°*TX”úËMœ”ħŸìÍG‡2vÛ×#GŜ˜F‚îÇtŽÚ²/è4u‘,Ġuìvfy;ĆÙġÜÇjğĉ‚Iƒ@O1ĤkşçóŬ0Êİ’y…ċtŞR²rĈëÇ8Š˘àµDlÊ}ħcħİqtÄĜW’Iħaí[}bc•‡–<ùÉĴ —XĜ=‘Ô‚–O-“ µçÉčM˘ıÎÎ87V˘‰t L9ŽÛƒ´şŜ\Ĝ²úêMŬԃHW‹°yŭÜNr^)Úm݃ m4 úveVj[Áa(íäî˜jfKB”…ÑZVHˆ1²ÓĉĵXüĜáÙ# D(ôfìäwòż÷aCu­÷÷€[ŞKĝ|iô™XU˘„Íġ%˘ĵÒ˙ñ÷SˆQĵĵ™KH~ ÀùBĞ//!”R‹hÈċ66Ȑ( İşİşÉQ²`K†9oĉÑċûùûNĞĝJÜO\=gkËnY0žvŝ9 =ԖĖ;=jöEâÀTĊFasİ._‰\İú‰ß$ΞĤ1ôŬğ=‚„[”û›•ÍÌ'‹ïĜ˙R¸f‚1‘N} )ԃ9Z#xĜáÊ4‘+€Ñ–p Ċ¨ċku:9×Ê|mœyPŒĈ\÷ĠŬÔĉ•{˜Ğ[:\V8ĠY˜í•3ò•Żk0Ĉ ü²ÑTÏġ–£u\Ĝ4UûAÜ]ñCĞa ıĥup:ĠÂTkĤ7$%ıa A˜wĴÚÑ3³vŬ¸idùR}Ĝ.é8΃sdÄĴċéÀV*Su‘cq:f=;^žçŽ#¸‹‹bÏí–0^4َàSymgŠ-îžğİî´%E‘ 'Û9X^,+£ĦïĈçƒïfŠTKŻêƒ{"ö|—O%nK*`ş=Ì"r¨ÁzDg}+î.gkFÎċ{uTÄİŬÙċî.^aR;7FhÎ#ı> endobj 35 0 obj << /D [45 0 R /XYZ 72 744.907 null] >> endobj 48 0 obj << /D [45 0 R /XYZ 540 602.678 null] >> endobj 44 0 obj << /Font << /F24 4 0 R /F38 47 0 R /F27 6 0 R /F39 49 0 R >> /ProcSet [ /PDF /Text ] >> endobj 53 0 obj << /Length 1264 /Filter /FlateDecode >> stream xÚV͒œ6ÏSp„Ş]YH@nħËJ.I*“\l´ ™QÄ„7~ûtĞĊìÌzk/>Pj5R˙~Ŭ­·ûŬ›²ÊDĊÊJËlÈj™Ġĵe•Ĵ³}Ÿ}Ì+‹{Á9Ï˙Yœ?÷²nòp²Dü9ÛĊú`‚›%òċo’VµŻ·ÎYĠfŞ•)ÔOġ€&Qb{ŠĵȊµâYÁ“ÇSPŭäHUϊ!t‚§>|/´Â‰ sĵ’ÚíUĨDqUBq;ÍD\J'ĤBÔ kÀIJEráĤžàE…ħ˜aÜ<ZİҁKâŽxiŒh|r¸9Ŭ˘j9n¤—ˆş<ŠH(­˜°xĈ´Ĥƒp.ĈڇĦ…T먚aPTŽ}yOSċZĵĤÊ á! <ӝìU¤{â>|O5˜9$ġ—aJêùրJ=îjŜóöâMC55 µiú†$Û bçɌ{ ÛÍ-ˆáŭ­ èú5üVşıE/ĵáŻĈ‰Ì*À-̸ ‰1ä˘Ìߝ̙̄w¸€j(äwÓ4÷ı=îmQr0TĈô,›…˙4³ endstream endobj 52 0 obj << /Type /Page /Contents 53 0 R /Resources 51 0 R /MediaBox [0 0 612 792] /Parent 50 0 R >> endobj 36 0 obj << /D [52 0 R /XYZ 72 744.907 null] >> endobj 51 0 obj << /Font << /F24 4 0 R /F27 6 0 R /F39 49 0 R >> /ProcSet [ /PDF /Text ] >> endobj 56 0 obj << /Length 2241 /Filter /FlateDecode >> stream xڕ˒Û6ò>_Ħ#UċaH}t;ŜÔn9ğVeqIĜP$CPÏ~ŭö İaR³5hv7ú üño"ĝ‹7…ÚqfIİ/żŝm˙i…U•ožë²IóĈfóùáŸßïû ÒMVıÊ7ğ&­T˜TĠ&‡1“Íî°ù5x÷ñíÏğ÷˙ÚŝĥûéğIı‰Ó0Is…ĝ0Mró¨’0£ïŝ½UQ ÑŜïŝ˜ ˜geż˙W@•†EYÄÈQEe‚·0/JĉĝњaGêó6‰‚çí£*Ê ;òxÂ=FèÏĥ֍lï˙cêÑñħT1ÓÂcœäÈä¤-DZ¸ƒiÇĉy›gÁ›ícgÁx60‰âà—mÖÙĊµ ŜŸN,$İúżŽĉN"Ê[Üä³`"aw¸¤:ê@ĉĞR’J¨pL}BÁrÉ-I}rËÉm%â<ĴâüuᐄÑ-qÜb6%ÄŠÀKyDŬÚĞRS”M²PW%ğeÒKwĊ›7òz<ë‘q/TÒĉÍO‘˘*H~eş,2KWÄDûT\*_F+)|7@ \ÚÖ ËÍŜ~#÷kx9#NMDß²y2Sе829Êè}i£û€3NHVF½w]7Á­˜¸É‘—ŽC*L‹ùLûÄ è8•D\8Żh\¨0Ž óÖğé Ûm“,’(Jğşo§`òİ7íçùç*VÛ£ܚ(ħ´5Ù–DĈġÜ_UašĈŻÄ´ ËL-2?Ó½èga4ï~„!Mœ,Y6>w²1Şt`5ĴzVxÔŬµ90‰½`bĥA…lj$v€-;[UÉ]Ş@ÇÌħÎÄSß)òyĥ…ƒ£Á{Dä;2èkŽîJ]*|§BŜ˜ûdhc¸™ñ{]˙~ş+ĥÄÀ\:Ì·İâDE²  &œ™òDIúÜi+^´hn­w´RXìQt;ŠÊ)çˆ7¸ÑÇÁŬ†ÙŜpÌÂtê%W(P“D_BDHœ-ĊÇ´|]żŒ£‡Ĉ\“·D'Ÿ"W™Ë˙$@Š,LËä5İ: “ĵ¸ û;Ĉ„1t£Ê2é5r6.ULXx.aĵ[ùçû%½‚¨DCŝiŽDŝ H{³Dn…ƒ Ú̅%lÏÁ÷™„û2lf‚@ò;KH’ĴZ­Ñ/̏ ÌqJ°}£ks¸Ç^u·=E"”*™‰ ÍŬí­šŬv<⠟kş›Âdž:‘ì‘ÇuÏP ›ÌÉâŸGĵÌ_ŬşkɲkĈׄ¤ò'PAË9˜aù´¤F d"Òír~;İk°}>ñi„‹:´żU~g>¨F .IpÉĜ›ZCĊE´8x!)ˆü;@ĵ?‘ĵĦ vEĝtUr§A ×9C5ΌBêÈéa„A?Ĝ‹wÚäċpAú,D9á/:ù"g[ĞñzX½ú¤aŜ„ĥŭ) šÈ—f,R°÷TÑİWĉaYL ÛÎ|Żƒù ר q¸ à{Rôò ŭ‰ĉXğË×ùÜLîü<%ÁpÊËeš§Ì÷l¸Jó£nL釗³“  k^ž!?³ <ûDzÄ ßzÓ´ >X(Ĝ F=`q'€—)Ç-<F˜<ż3÷£0öÜWÀfĦÀ=C+\éMiJŜ½t$…çš$ıŬHĝŞ‚âŠGú·m(ü²ĵâWŒémgOt ™ž339=~½˜’Ûĝ³Û+‰Ġ2toµ5 ŬA`·~Ü÷Ö˘RM䨯X ìşĞäaaĠQ?7Ġĝ[oĴüxĜN ĵĈçÇ~ŞÜ eÒ au€Mßf7N4éÜCö|“˘zÖÄ*Ñ9g÷áGĜµGí JïŬ›vR•Ż|t‡Ûa˜ĉñ&Ċ.^ÑÏé÷“kE endstream endobj 55 0 obj << /Type /Page /Contents 56 0 R /Resources 54 0 R /MediaBox [0 0 612 792] /Parent 50 0 R >> endobj 37 0 obj << /D [55 0 R /XYZ 72 744.907 null] >> endobj 57 0 obj << /D [55 0 R /XYZ 540 602.678 null] >> endobj 54 0 obj << /Font << /F24 4 0 R /F38 47 0 R /F27 6 0 R /F39 49 0 R >> /ProcSet [ /PDF /Text ] >> endobj 60 0 obj << /Length 98 /Filter /FlateDecode >> stream xÚŒ!€0ŭ½b%˜ÒGĦ–Dá\SA@ñ} Y1Éd²79Ĝ2‡žÑ‰aßcğ(e‹½èkÚ0àù£ â‡Â+-4*53 ‚ ž=ôĝ.„s Ŭ‘*ݳFš”^Ĥŭ endstream endobj 59 0 obj << /Type /Page /Contents 60 0 R /Resources 58 0 R /MediaBox [0 0 612 792] /Parent 50 0 R >> endobj 61 0 obj << /D [59 0 R /XYZ 72 744.907 null] >> endobj 58 0 obj << /Font << /F24 4 0 R >> /ProcSet [ /PDF /Text ] >> endobj 64 0 obj << /Length 2322 /Filter /FlateDecode >> stream xÚ­YY6~ï_ĦG3ĵÇÉlÏfìn6cì"ÈäAmÓŬÂڒGÇtúßoIɒ[}eŒFC"E²V}uĝëË(üħÌÌ0J”Ùĉpġû4ÛÂüÏ%Îéì>Ĵ:dR[xî³ÏW˙úq}ġG.3Gœĉ:[ï2é8Îež’‰l½Í~_|ĝéŭ/ëë_—Ĵŝᣰ“DHÍqŭŠÊlĥâ‚hÊòġOż^_âĞëġĠ×1{ZY˙oeKbĴaHiEĴ”#ÚĜÄ_UĥuµßċírĊ]4mqX2şèö]gŽyùÁ·NsE‰LfÜ8€ʊ;bm:²öùñQfnF*Z aB+C¤Qqï|ı\ a]ĝÂ.Úğt€p£´!Z ”a/µo|ÙĉmQ•3Ԍ"Ôñ~ñfŸ7Í;8\ıĊCĠE*wù’ÓĊ·%S YÈX-ıZÜûz×íR˙ÚĈŻĠ.ÎuÇ-,TÔ $e\5($áôĵĜç7û &ƒäÄx2âTRL[!ğÙ%˕†KĝÂıèŻ èÀPĈ%yíKQ6m^n|‡Sx˘:KPŒf™3ÄŬkëDdFħÊsZšX{ŸÎ?mŒü$F69Ìm³m|kżÚú/”ò²˙T” ż¨}ڙ—Û¨"F£Ÿê(\JË­‹Rr×ëwżd ¸h†w‹ŸQĝlŞCšAkO–ğaK¸R(™ävñͣޏƒ?óqïßጠ×|"/xI-:]Üú6ŜÎoŭĦŠ‡4›ş8ĥi˙dßĈ£N{›Iä37H“bt‚’ĵêüos÷GÁ‹†ûéÀòp_܊¤×mTeüèQ­Ñ[ê‡ĝi‡üĊŻ7i*O_şr<3|ĵż+6wñĤ:ğtg<­)úebq“7‘(úɤ!ĜÙĠ5((~G—"Ñ2’@ĝmÉÀ*ÑÑy0ż2€YUi*ZjŒ}Ç÷x{×ĈA‚%>1ï´0 ÏĤ“Hï›ğĵĵĥDîĠ`”O[óô÷uu |ÄA´´ ì Ş+ʊ· n ¤ü4rw€éħa(A¸•Żòl-„Dż4‚ ;8/ĵ£ÀÂÙ ¸‰œÇmĈuˆ^Żnmí¸Áâ‹÷ğà '€Ġ„½0ÂëĊgÏUäqV+Áú kßx跀áZ‹Cפ·ŸèÈu¸Û˘†ŭ694KNOTi4<Ħ4ÑßĈvû83”!d&…%ŒÉóô”0¤ "›&r‚jb!o‘ÂǒZ6ÏZ ƒ¨ïzŝú‰Í*^Ĉĵè•6ÀÀٙʷ]=è,Jp İ›•zŠÑí4›ĉ@…]ıí_Ox  âĉ£ßĦüLPHıXÏŜg–k^+dBġ‹Ûü˜`ùDrÜ™hfz[Ñü$×8ÒâxWW‡~IѤ ı¨ág!óXA”Ei ‘ûܡ4–ZU÷„I:€7H™‘Qr0J£Y&!ÛċôğŒ’SCë$JĉŬV3$Á§!ÉáqOhúoùŝ UŝÙ̅‚÷İÄ1b€M|L×Ùèö.縭ž!†XÊxÜWĠ1ŬYʔÎŬŽj‡“o|{ï}ùXƒRBİ .riâ1ìċ[ƒJÊyšÚĊċn-"‹€,fê?ásŽHî^Ô2B€ 5—ö{fÊMN˘Ò%ÏÁNóŒà€ ' Ĉu'O> `–'‡Żğ‘8 ™‘‰[0œ¤žA¨]Uûo?-$8ĈÙqĴ·Ċ—QĈNÂ+AÂxƒ@*M×)³ Z Ö²Żùš8¨}ÛĠeܒÇİ!£Kh ĉL­šZKŸĝbè!ġí³ż!-,íû³1C/‡ŻpâLfK—q²˜XYÇòHA¨_;_nP3q ŜôÖÖsƒ£–8'^ (!cİŻµû>$ĉĉx”Ôîôpd"—  p‰Š ͗qÄÒ!œÏ£0hEpŭ">ሒ—DHE(s/+O@Y­ Ŝ]‚&Ô ˘·+OOJ´ÂħCvİ…éÒܢŠ²ŸżIf<¤-’MR~lPİ3ÀÌ=V‰u?`wšóĉ¤zBÙI˘Àŭ$ĊRTÚĠKaÑf4"‘#sjÛş¸ÁĤO ÂıïC‰C“·×­ß…^·ogtÄ`5{Z)‚ސ’_@+3öÔ2ÖĦJžĥ$`*´$Rg#ŠfjZ4ŻgV@‰9$ċŝp„ÂBi6Œ3÷*Áà­û]0ħZáQœĜä2ßòşÀÖ`3ç/PĵʧŒƒÇBŸÑ8àeR'p=*iš¸àŝraO:ßÇQôž“éĦOÄL8ŝ3aÙ´żŠ3O´?Ĉġ¸ŭɅ=!|S˜šmş}Loâ·ŞDk§*Y;̌­=l‡Tĝ Ĥןŝq=—Ì@ȁ$FÀ­0ñV#ŸĤéĈBJˆGADIĤÏ×fˆ:ÊŞ 9aĞbJôÓ??\ÏĊH1R_€ĴÀĈĵš’ŭûżŜE•‡Ž›ÀÌ—sŭ)¨†•|)ŻUB^Á˙"·ÓZAà’Oı­O¤†ĵB]„ĤËÖrJóċÈOyz‘L>Ö'AµÏ$Ĝħ€HgîÔ ‹=Í}êvžıeh²§çPf@’ ›§ŝwžóàÖc£™ïBGÎ41€H?05~3—B™‹‘ö4!›TTMi¨ĈÇT•†Üé2’bñ ĤT£MžYVšj¸Ĉ§&u[%ñ'§Ĝ›l`ĝ Úï§3‰ĞÄvˆ|mgBR6îL¤0, FdVLˑáw-ÄâPaĉ‡oE Û!€<ıádLŸ÷ĝ²­6Ŭah°…İ]ÒĵÂĞ;ŭĝ|\CPgÏçóò Ç^Ûﳄž~p mŒ¨QÚç¸^Ijˆ:ġŠ¨\ßŜ’¨³ÇÔĴH·eĞm·é£•yı6ÏYíó?y+!!ÏGl&ŒŸ°UOé˙ĝÒ²c endstream endobj 63 0 obj << /Type /Page /Contents 64 0 R /Resources 62 0 R /MediaBox [0 0 612 792] /Parent 50 0 R >> endobj 38 0 obj << /D [63 0 R /XYZ 72 744.907 null] >> endobj 65 0 obj << /D [63 0 R /XYZ 540 572.79 null] >> endobj 62 0 obj << /Font << /F24 4 0 R /F38 47 0 R /F27 6 0 R /F39 49 0 R /F41 66 0 R >> /ProcSet [ /PDF /Text ] >> endobj 69 0 obj << /Length 98 /Filter /FlateDecode >> stream xÚŒ!€0ŭ½b%˜Òċ –Dá\SA@ñ} Y1Éd²79Ĝ2‡žÑyÒcğ(e‹½èkÚ0àù£ ^†Â+-4*53{„z|žs Ŭ‘*ݳFš”^¸˙ endstream endobj 68 0 obj << /Type /Page /Contents 69 0 R /Resources 67 0 R /MediaBox [0 0 612 792] /Parent 50 0 R >> endobj 70 0 obj << /D [68 0 R /XYZ 72 744.907 null] >> endobj 67 0 obj << /Font << /F24 4 0 R >> /ProcSet [ /PDF /Text ] >> endobj 73 0 obj << /Length 2444 /Filter /FlateDecode >> stream xڕYI“Û¸÷Ż-TU‹}™ÛLĈ]“İJìĝÌa<4 µPM2 ZV~}ŜjiĥË)—KÀ6ĵċûó]ĵŠà_ĵ*“UGažĞf÷ÇŸÑŞúoĞ(Ĵëbu¤]ûUVTÛ­>ŜŭóîçÇğ’lU‡u‘ĞÇí*Ğ“0­ëUżYœÛĠÁ_ŭéğ­˙|ü퇇´ZĊY˜fE‚û‹°ÎëĠ&I"Jx÷ûÓÖğwwŸ/•+ò*„˙˙ŻrI–U£´$­2.J¢ĴXŜ{·Óz“”UĴ{ĈQ :&˜~ğN£Àâzì•3ĥg3€ñ…›¸ŠˆóĤH,ğ³0^oâ(Š‚_ìô´N˘ Ó̗&Ӗ˜£8QÏÂıĵg)„8>îAZ˙YQ`FT‡ĉy`zPN<3²Ü‚üNŽŠì5´ĠƒnšEÁŜĥ:\oÒ¨!FŽïµêeèvÊù‘0jlïtïdƒŬŜ,J’t;ÀdLÚjŻŻċ³t5ÈĦAĞVÔ<Ħ;q A’³˜{œ_LĞ-5´Š`IŽ&Ġ3p%Ż˜ô>tÚ̓Á²$Öô5ú‚­œäoY–9‡ŝ’`ÀWŽĦ]ċÁŻıŻxŠGĞ80ۛ³×>™ÈħŠœĊ5ò(vnXĝ(£‰ĥï„rPƒÛxÉÉÁNÏğ6ŝ._)Ċêż™)P%œĊËËk ` Ÿ<ëÔ£é:&cŜ+Ş,ı¤´0¸ĵ ”ç<›ıĜ (Â̇X+; İ"€4+›d:ç#ÒŒÑs —<€Ê`éN!ä…c y%fÄĜgŞfbĞ™ĠÔ9^yÒ;…Žŝb˜CJîı:sYƒqj0.°¤Œ´Çùxê¸ĠŜüW ó›\CÚMd ;·ğ)1ëLƒŠXuŞ‘Ŝ1;@ş”%c[ î<t?Nâĵ<òċG³OaSkéZ€Ü[Ǥ8ċOSŝœ­™ı½ŞpîÚÜEÑ+ÂoŒ§”é7( o­ga÷BòĠUÌEöŽKO•Œ”é§Ż<„€v `/*pôA˙8éƒŝö;ĉŻé[Kcˆt `€…i–ġŒ,AĈcŠN!š8ĦOíä%ÄK/Ğ …S@Á şqv0H j‡(£€+Zž ú´Ê?W™ á}£ƒ&AÍB(ĞJ†0¸#éĵ˜iôĴ;}ÍüÉíÊSö^Ĥ™=Àt ¤>˜"ş™Ŝ[9L71 Gî,Ġi˜“WŽC+AaÔĉyb ÄğY?tOž?Í áÍxÁÍ2‡7ív)‡ĵÙYû‚…ˆÂ èT\Î İ­°ó|°ĥ£”.\h^”Áûž×Nv˜ßĜ=T!™İ’-aoz}%ı80 y•q.RÛáŬ£^@—)›d)ßZ–Ô÷\|36ŠQÛìtó²ñ 蠓D/ìċğĊ8ͲfÂQ#¸ÁpÑwü€H¤[]‰şŠlXżR.TÁßĥĵƒ|„KÒl݉0.̞™.%ê)'•qF8t‘ih´Ô{3ĜÏÂèF‰ËŞÎLx| ßS­SİÖä­gċם¸vû6ñ@xĞ\s6m8pŠŸgŞċF uYH„÷—Ÿ/½0˜ËŒ[ ½żeĜÓ½†ê׎—ÇĞ`ÔŬŸŻÄg°áèc`/¤yġtĤ‘ΰp³liR#ŠÁ†­zòê{6ĴlĦ#M…=ÌĜ>óŭyéĝ<#D™žqdz–fŝ!—.”;ó~˙‘7^+ Ï>„1’<ża1ˆÄ`’p“•Ûl%ù”Ui³[d—N !aŒ /Oŭcê(/ħ4·Ĵċ„Ép (~ X8ï4DÍ"@겧Bñ—u)óŸEÀTM7Ğo3ŜÀ/¸NÂà— âˌ"§MjâʀZ|3Ÿ™d#_:B'ûÌî ?‚âPù›)ŝôƒ…tä=~0h€~GÎĤI<ߤ żb˙fˆħïÑĞ!ò`?@HžaĴ€ÏòL@TIèƒWĝÉħEH0=%ô“ÚtS+§ŭó~ûpهKb+e…?í·KQìۖ<~° ŬĵĴÀŻY^y³+Sç Üö<ĤOòtğ<I+‡ÁÙ5w„£iQÌñŻ1Â(¸q @ò2HôÇ+(‚/İ7.0hî[yĠwĝ•‹Ô[P$µìĵ°ĥziAŒÏ¤ ˙ÓŸ|ĝ&Á-e=cqX#Ës_&r‡£Xi5&ÂJ2ÜÊߐô$Ú|kħ,Ü+ò¤Š.EYK@²ċH•ÒXùü,ñ3á~Ï9SÑKŒ_]3x“^ğ:ġ‘Œc˘ÀhÒN™QD*ùÔ\_$eZea™¤`ż~N ż#·żÎà"Ë|ŜKŸ‡Ê‚@GaVß@"™d6iÀèI ÍÔK/É8añÂapĴqH•òo‰jŝVċÁùûW%àwԚùSîc ‚£ÁöÔûâ 3Š½„*×Ċƒ=>21 H>çq,Ÿ:`Äß#*ùVĊÙĞBPċÚ ½–ŝR‘ûĵ(o˙P‘ÖĠwŝ%OĦIñ*KÂ8–ĥUzI˙żıê endstream endobj 72 0 obj << /Type /Page /Contents 73 0 R /Resources 71 0 R /MediaBox [0 0 612 792] /Parent 75 0 R >> endobj 39 0 obj << /D [72 0 R /XYZ 72 744.907 null] >> endobj 74 0 obj << /D [72 0 R /XYZ 540 602.678 null] >> endobj 71 0 obj << /Font << /F24 4 0 R /F38 47 0 R /F27 6 0 R /F39 49 0 R >> /ProcSet [ /PDF /Text ] >> endobj 76 0 obj << /S /GoTo /D (page001) >> endobj 78 0 obj (1 Coordinating events ) endobj 79 0 obj << /S /GoTo /D (page001) >> endobj 81 0 obj (1.1 Custom flow control and event handling) endobj 82 0 obj << /S /GoTo /D (page001) >> endobj 84 0 obj (1.2 Using the Presentation class: Running a single trial) endobj 85 0 obj << /S /GoTo /D (page002) >> endobj 87 0 obj (1.3 Using the Presentation class: Continuous operation) endobj 88 0 obj << /S /GoTo /D (page003) >> endobj 90 0 obj (2 Hierarchy of graphical objects ) endobj 91 0 obj << /S /GoTo /D (page005) >> endobj 93 0 obj (3 Controlling stimulus parameters in realtime ) endobj 94 0 obj << /S /GoTo /D (page007) >> endobj 96 0 obj (4 Other general information ) endobj 97 0 obj << /S /GoTo /D (page007) >> endobj 99 0 obj (4.1 Double buffering) endobj 100 0 obj << /S /GoTo /D (page007) >> endobj 102 0 obj (4.2 File layout) endobj 103 0 obj << /S /GoTo /D (page007) >> endobj 105 0 obj (4.3 Priority control) endobj 106 0 obj << /S /GoTo /D (page007) >> endobj 108 0 obj (4.4 The log file: Warnings and errors) endobj 109 0 obj << /S /GoTo /D (page008) >> endobj 111 0 obj (4.5 Configuration options) endobj 112 0 obj << /S /GoTo /D (page008) >> endobj 114 0 obj (4.6 For more information) endobj 117 0 obj << /Length 1839 /Filter /FlateDecode >> stream xڍ]Û¸ñ}…ÈÀZÑ÷Ç}Hî’Ċéċzq‚—C@K´M„]RşíŝûÎpF²ìu}ħf†äÌpé7ÛğWï’rU‡u‘Ğí~U&Ğ2ŽÂ(-WÛvġ[àĞNz“Fi ~³ 7Lë8ŝƒ?²Ġ{>1‰½5Q†£$ 1]'ú–Öµêe¸ŜdeĵÖÎ0\ŝ.Úöá#ŝyÁ, ÜĴ„mY-k3§ñBŭĜêgZŭC9µÓrŭûöoĞhµ‰°Îsş÷p´f<כ$H?šŜ-Cq:AĴ“(ĝcäPZ /OV=}ż$Iúêġé¤U#‡_}”Vƒ’–²p–\†E’‘ä­8Ċכ2­ƒFô¨ħR8I˜×¨ÌP6ZßîŒS3­™ŭrĜïxSkÀ]:ÓÉá8£Z}[ƒÌoy]À•è˙öpµ9¤]çy:9ĵ—xyÒB‰òˆ˜‘Í-Ë.ù€§·oPŜ§6Y”Çh›KC>›ÑDé-Ħ›­â,L³"ÁĜAi&52 óġ&Ž"ïĥ/Q”€Hòžfe˜“÷ 3[ĉJÊ°NYé×°?I‚~ìvIRof¤M<<2Ċ@ˍék4‘wòH‘˘ŒċS{ÚFĦ„³‘ ÑayNjX 1Š`{”NŜ…ĤŜŬş¨­¤í ßZŸŽ²?Ğ⠑֗†Xzïó`Ô½“’9_Z0΢°ˆr`àvĤ1=Ҙ3ڈġH ŭap"ò€x„ĝĝKŭâÜTĊ“˜YżċiXÖĠ´kHR{_*âݘ‰î¤%Ĉ 7‡Ù'eÏ@˜ċI˜V›Ĥ †g3CáĠä2ĞeHŠj‡¸Hŝo%Z³?p"à20×ĵĠ—Md3ï€Ôeóċù!‹X!”5}'ûáğÚpbĠApIħŞ•³ŽN.OëQş›µkë—Ç‹}ˆ'T Zżôa™‡eRżpá˙buu1ñÌB$I½NO˂uÒ KÏ´wPœUô_+7Â9uè}iô{ĤëAŭ·ĉF8 ’¸Ë8ğ̕İ1WÁ~ïP˘áRĥˆ¸fĞTpğ"Û%V6à]…yĊVŬÉXPż€ĵu_°@vÌ}û/´g;ڞ ³ß鑀'Ġ·ĉ‰aI5Bka@Ëä×VîĊ¨‡ŻP{ì1S1Cĉ'äġµïïğóÇÇ?ż}xĝ rż>ŝü¸%ÎOtЎoĤ›cÂĉĠTÍ ĉïÖiD6„ Ŝ_ċRŭ~^È!3Sa/΅xz7cŽAżˆ$:3N°ŻÖPj[ӌ˜JS ‰"_ˋġ^pYġĈĊ–J0ċ8wĊ9íoÌ“¸Á‚ŭ§>ÑKÖò$%41 TqònN2~(I½D $š[PÏ §‘c|uɧ&•gXiJΝàcğÉ6@ J„LéĝIĜA5£Ln4$ó`Ò~ìdÀŠ>2§ĊI(i÷ĎÖġ…E+ĵ—4zI^qڐkġr}ġµž·Û_œCbC,Ŝ¨MVŜŻŞÙuÓCŝlĜ*x’Z4…“lñşi˜ŭĵš‚U“à\?vĵ³Ëʓ“jCTgiEW=ivS]MœÔû{*IژoDö] ĜŬhµ³Â>bċ^Zٟıu'}¸Ĉ my˜D³ï^ Ž^íşö¸‡Y‚›#kâèûËóOĤaĉBî-ǟ‡D2ώKĊeU—c=İú'-/ĉ3Äŭ|–ĈP`£Œ ‚ pQx-yçáŜɸ€YƒßİUî4/,Ò‡¸>Bu˘µñ4qm X†J&}…mŽê<›³6󳆐›fĵ˜DÁ:4‰$wʸ²şhlŞw˜|s% Š}fğû+ë˙/y„@ġŬÚ¸ğbŞJ˜g3˜M =‹…œ@ ´ĉĈ—N_à'…Fċ÷u…avĊ]`Š1„ĉCÄÁĝ0j5ï! —~şĊ‹Y}ëéaN²x²”¨°Ì™Bbgè);ĵżGóOŝ™Ó—²w~Ŝ8(fŒ–ûqġQŸTYĞOpŜ@•à–TÑ°>ï!eŝĊšƒ]ç #8 Q§Áùčà½AílÚH OuĝG+'dzxÉb!ôìÛ)
ÜĊċ¸ í ‡Š“ûQÏoÎè;/yÓ¤ğ{ğ½û÷6˘UŒ–äY˜ċŞéî~û=Zµ@™a ό'żİ[eĥ½úx÷ğ7ŝ˙–ìò˙–, 8!ŭ*´TžTÁGq$9܀·Ún@:È^ÒkV˙ùĝƒ˙“ıŬ endstream endobj 116 0 obj << /Type /Page /Contents 117 0 R /Resources 115 0 R /MediaBox [0 0 612 792] /Parent 75 0 R >> endobj 40 0 obj << /D [116 0 R /XYZ 72 744.907 null] >> endobj 115 0 obj << /Font << /F27 6 0 R /F24 4 0 R /F39 49 0 R >> /ProcSet [ /PDF /Text ] >> endobj 119 0 obj [500 500 444 500 444 278 500 500 278 278 444 278 722 500 500 500 500 389 389 278 500 444 667 444 444] endobj 120 0 obj [600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600 600] endobj 121 0 obj [667 611 778 722 278 556 722 611 833 722 778 667 778 722 667 611 722 667 944] endobj 122 0 obj [500 500 500 500 500 500 500 500 500 333 333 570 570 570 500 930 722 667 722 722 667 611 778 778 389 500 778 667 944 722 778 611 778 722 556 667 722 722 1000 722 722 667 333 278 333 581 500 333 500 556 444 556 444 333 500 556 278 333 556 278 833 556 500 556 556 444 389 333 556 500 722 500 500] endobj 123 0 obj [1000] endobj 124 0 obj [556 556 167 333 611 278 333 333 0 333 564 0 611 444 333 278 0 0 0 0 0 0 0 0 0 0 0 0 333 180 250 333 408 500 500 833 778 333 333 333 500 564 250 333 250 278 500 500 500 500 500 500 500 500 500 500 278 278 564 564 564 444 921 722 667 667 722 611 556 722 722 333 389 722 611 889 722 722 556 722 667 556 611 722 722 944 722 722 611 333 278 333 469 500 333 444 500 444 500 444 333 500 500 278 278 500 278 778 500 500 500 500 333 389 278 500 500 722 500 500 444 480 200 480 541 0 0 0 333 500 444 1000 500 500 333 1000 556 333 889 0 0 0 0 0 0 444 444 350 500 1000] endobj 125 0 obj [278 278 556 556 556 556 556 556 556 556 556 556 278 278 584 584 584 556 1015 667 667 722 722 667 611 778 722 278 500 667 556 833 722 778 667 778 722 667 611 722 667 944 667 667 611 278 278 278 469 556 222 556 556 500 556 556 278 556 556 222 222 500 222 833 556 556 556 556 333 500] endobj 126 0 obj [500 500 167 333 556 222 333 333 0 333 584 0 611 500 333 278 0 0 0 0 0 0 0 0 0 0 0 0 333 191 278 278 355 556 556 889 667 222 333 333 389 584 278 333 278 278 556 556 556 556 556 556 556 556 556 556 278 278 584 584 584 556 1015 667 667 722 722 667 611 778 722 278 500 667 556 833 722 778 667 778 722 667 611 722 667 944 667 667 611 278 278 278 469 556 222 556 556 500 556 556 278 556 556 222 222 500 222 833 556 556 556 556 333 500 278 556 500 722 500 500] endobj 127 0 obj << /Length1 756 /Length2 643 /Length3 0 /Length 1166 /Filter /FlateDecode >> stream xÚSU ÖuLÉOJuËÏ+Ñ5Ô3´Rpö Ž44P0Ô3àRUu.JM,ÉÌÏsI,IµR0´´4Tp,MW04U00·22°25çRUpÎ/¨,ÊLÏ(QpÖ)2WpÌM-ÊLNÌSM,ÉHÍš‘œ˜£œŸœ™ZRİ§à˜“£ÒQĴ”ZœZT–š˘Çeh¨’™\˘”šž™Çr‘g^Z‚9D8´&U–ZT t”‚‘š @'ĤäçċT*¤¤ĤqéûċíJş„ŽB7Ü­4'Ç/1d<8”0äs3s*Ħ*òs JKR‹|óSR‹ò•†§B盚’Yš‹.ëY’˜“™ì˜—ž“Ş kh˘g`l ‘È,vËĴHM È,IÎPHKÌ)N‹§ĉ ;|`‡è‡;{…„{jC,˜™WRYŞ`€P ĉ"ĝÀP*ÊĴPˆ6300*B+Í2×ĵäü”Ìĵt#S3…Ģ˘ÄJ.` òLŞ 2óRR+R+€.Ö×ËË/jQM­BZ~(Z ô“3‹’sR“AħV’ċÂôŽ“S~Eµ‘‚xCC3ssÓZ…ÉEEİy%à ?-İİİÉ\7Żċ'[·dMßÖĥ²Îuñ…UĴúœ?OĴ}y“ŭ@ĎşÙ™)µÁĤóÓK–ĵZĝhkßañì‹^ÉÖS…‹ĥHöúġÄ}Y$ĵfkׂeL÷ëŬŻlîšĈûO[ŭ•çá°sZI[í/z<ĞSYçĉċú<óR^8E-Ŝ÷ŭŜ5n!­ IZJRĉ7W°ßeŻĵûü²ü§ġӏÛ&ż;{ËÇ3@ĵĜ­KŭbšwҗÄoO¸bÓÊ.^Ô|ĉxʋGċ)ü{öGWĵ‘íPjWŭx$xYĊ×:éêë§ ĜĊ/uĵî]ĝµĈŸ“kżĴÓÑğ·¤ßßàOÖGĉÄcŒßR'´ŭĤ‰¤Ü3fÚôl‡äéĴ'Ħ×ĥ˙Á.µ´îDzÄì9Û§Èşĵİ*\Ûö{¨xo­ž÷ĥ‘ï—ì>Ì}m·¨Ħ°ŭ•›Îŭ?çsúaë2ò-ŬúmڎŒ×úâOߚœıvÁ}Ɇ\Éı5ħÛızŭŬŝħġ|zŻûhıà-NfĦ]ö¸8Ž<Ĥb˙ûÒ-÷~}övÙĥTl{êú³—żşGËOj7ĵ0Wħ`gGs÷ŭ³7—ĉ¸›|{Ù[²ŭÓʐğV7_Y[T˙í~îQn%ċ=[şŠ =iş2!Ô/ċyğŭgË9[2zçuhĤĠ\{ġ^ġÁñKWüµ÷/á›9Yġg˜¨H‹“âVî|Şġ,WâÍŠÑúáıĝAĈĊvcġ|,M³Ë‡NÔ܋<+ġшk…WìÚ°ùñ_mĜ¤ŸÓ\÷ññ^ùv.XfqvMÖğÛWkŬš´ìNĜĜ:/?ò´ŸäÑ?1ÉêoBĵ2„]Ĥ­ÜËŬ~êÛßĊ§“~Ĝêżĉá‡g‹nxğUŭçOş Ѹ9ġ endstream endobj 128 0 obj << /Type /FontDescriptor /FontName /WCJTWI+CMSY10 /Flags 4 /FontBBox [-29 -960 1116 775] /Ascent 750 /CapHeight 683 /Descent -194 /ItalicAngle -14 /StemV 85 /XHeight 431 /CharSet (/circlecopyrt) /FontFile 127 0 R >> endobj 129 0 obj << /Length1 1612 /Length2 12306 /Length3 0 /Length 13128 /Filter /FlateDecode >> stream xÚ­xeT]Ŭ’-înA܂ğ…àîÁġwww‡ ÁŬ‚ğğ;w‡àöĝÛ·oûúŭé×?ö{UĠš5Ğf­5ÎÙ$ Êô‚F6 1kGzf&€œ™•“ƒĴµ ½ÈÄ adG  ĥÍlĴE€Ž €È 2°°˜ııı(Â6ĥnöf&ĤŽj%5:ş/˙²ü0pû§çc§ƒ™‰5€òĊdick²vü€ĝoTŽĤ €ħ™% ,Ż !)' —SˆƒĴAö@K€‚“™!@ĈÌdí˘ÛĜ,˙ħÚX™ŭUš– p°š}lı‚l˙r}Ĝ‚ì­Ì>Ŝf{ µGmfֆ–NFĝ°ÛüMÈÖŜĉ#Âê÷Ĥ`àè`hofëĝÈŞ "öžŽĤ@Çżr;˜}¸6Ĉ‘F6†N•ô·ïĉë4³v8‚\˙Êe™9ĜZŬ>r€ÙڛŭMÉÁÌÚä_ ìA&@{#KƒÌö_ŬùW€˙R=ÖÖÒíïŬ6Gŭ'3G13ËGNCǏÜ&fÖŒ Š¤µħ €™év#'ÛúœAö7ˆúŻ™Ħù 4²ħĥtŒċl?R¨˙g*3üï‰üż ñ˙ŠÀ˙+òŝ˙‰ûïŭ—Cü˙{ž˙ZÌÉÒRhġ1˙¸`7Œ @×c ´˙żÂVf–n˙͆Tŭƒä˙GÒĝÑ Ak“A˜˜ŝa4s3s)˜9šŒ–úÛbm²·4³}(úw3ôÌLL˙ĉûnjfhaŭWëÙ˙áYŭ;ù‘ŝĤÎ((£Ĥ&/A÷ïwêßQ Ú;~w³ŭ öÈÚŭçâ/ !!W€ŭÇ ¤gaċp|$äbföúo²ŭ üŻµ,ÑŜÌ ġQ2ó߅˙ÇóŻ•ÎżÁˆZÚŭ5+ʎ@k£ñúO_nC'{ûU˙>ñ˙sŭ÷ ƒ@ C„ċCŜ@ó”´TÇêOYc"Z=]̐AĥEußós}+m:}RB7ıËô_Ş‚ê'xŜšŬĉm_wh÷†şp,İ:“@ç9Ÿ½ÈhşsÑ×)[9éöüu‹SOÔ"=.ĉd6 49˜T÷ĥĈ•t _`'ZYíá.îi|ɜs}ħÈïlQĵ “kc°ÛêÁ0ŞóŽO(ŜßQġ ôw^AwïeĈÀS:C!SFĝÚehŞ”y„ÑÀ¤6 \µ\ĵĞuxèfS“‡[É<)˜äĴX·Èĵ$@§ĥŭµ—hÚ-WÇıœ™ˆàü1Á=ġêD!ê‰Żáóx@Ïġ”yÀdl-ÑÀ-Ä%uC¨GµU%íS7JÖìà¤b[Q­K#Ì.ŭ`˜S9Šp“­…ğö˘´)è8#Ô:&ħïnǸżµkÚ˘êDĈ(KÇ: WáĝWÈöQG°ŝJ¤w\f  áRSnT‚ĴàDÑ­Ġû<Âı‡€<ÄîŽ9B] ħ"ċc}‘J[£Ìì÷û„ĦŽ‚fÔfS‚ùÀ QroîHĦäħd(8³é#!Zïǽ?][c¤”ùı;ġá"LÍĉ|Ïi?•ĉ[ Zİç÷3ĥR–ŜüşWg­Šĉ)I"‰Ş*°{YF™HċóÁ‰Ô n}BE³f§ßÉ~˜%ġħï‡ĥxÖħx@tG1Aˆâkû‰w6U‡hGĴédF‚?ˆ$v>SeçC1ĠŽħɲï0pXw’w}@”ú£Ù;œëAAâ‡wbÌçkc4‰ï@vĠ&´'â;ôf£D¸ÏPßéïß.ƒ~à­EŽİ™ò“Pcf`هçQ‘mMëÑ>\²‘NV­z@´£C@|Zqç^ó†ċg3ıíRù„ìŬìòİ|'K:Âĵ€ú ˘~Âr½äD¨Ž *ŝ´j爇@:{ۍžÔ{â(ġà3(o‰älvİ@Î 9t·rÜTëásS+ĞswÛiB"B5– :Ò{pïkĈFŬ—• ‹ߘÖ?#Öû}<ĥĦW'!Zf‡Ç„àá²²tˆ×C?kŠÓˆ’ -Ò~xĤş´(µšžövŞÎ‘8ÒbLñX=œÑ¤•™äÚd¤OG3l;Œ÷ÓH8­‹Âƒ&³ràG2°N˜îŝt7i{޵A9Ï.vqÑYxù …ĉèc@Év[WÇ÷tT0ôßWµŞàEjCäJÖ֖n­}düdï5† kwŒSÌ"`Ñ°wbŜ 5Ôİ— íşmı9˘ ĥOĉĉ²ÍC}mĀĠ[È+‡Ñl§Uz֒E.Ó:Ċ^~½/‘0Ȍ§Ä$á0ħÊ#tĝ’H}²§ZfëtÎnkk8½0£ċ|0†9¤R§:`›ÂJÛNp%!ÔE!ż<£=Ŝ÷ĝ×ĊC‹êĴ‘€RcŬA‡:ê—uEhhLŜߙZç|Í<%ĠsïP &ÒJ8Ŭ6†ßŠ·.pOŭÑ.6\&^qġŒèċ"Aĵ‘ßMíäÜĠ:\žİ"ÙÈH½† ì^¤ĵß3Ÿœ™q‚x§0(Žë tn—,ÛLĦ1>=KCûô†\O€?*X@eğKU¨f #zœˆ‘8oI ıŽ)ÒÊ÷4ŭÑ UË}m4ςÓ0x†ĥl3‰äĝÓór6’–Ej+îŸ K‹×)J4ˆĦġ&C—}ëŭmá÷tgkófŸğWçOż ³{ˆp‰­0†‡§" ô³RÔ&ş Pŝ˙N£ħé?Û=ŞBt“h³ÔáQ+edÂuO[ÌŻ)ĉÖq;H™ŽtgġÇĵŞ5ĉ;Â6rX¨J‰%\êô@mpu›7#›ùİÊNĠ+p™+ïOÄÉOĠĊu9O·² =ŸAJ-“!êş?ğG&8rq és=dŒŒÓZÖŝċE$a^ïĉò}ŬĦ× ëŽè¸‡Ëô|k5ŝàVî74ÊĦ•Š@BË!kGŬx=öIö&2Œ|ż/òv!ç} d¸żœîWÓŸFÒ;ġSĜü˜µJ)š1›èz$çv’v"–u›ĉ&͊¸UÑ͕ĥŭM ™½Mû…!6”Îñ`^x/ı+w†{ÀĞöÖĦĝMNĝWFSY&İħq;T‚ k[{ QžOµ:ŽÙO5V^J8H?v:Ì<@Mœx`fùŬŬc¤mÊĨu¨­‡ġcdèo6:Ŝ8᝔'S½ÇzIyώħ9§äŞ^<îŽŜ×zµAżÛs>rİÚÄ `²ëó÷ßPŻÓNœ~ C”¤}MzkPB…à§cq 8O?ZÌ丳Tıä˘uĉ}5œÉÖípÑ$ö~•’˙^­S0ÀCbNÏħŭiìĤP­ğN³ ĊPÂ"Ċv`C›ş­‰,Óµ!9]AÒSK–ˆİë ='£•J/4Ó³£Ï‘Ŭĉğñ‰ÎhɆ0I[&>Ÿ‘:—NùoeBŒz˜[„ê™ëSGJNpFŸôŠu EÓu1[ŞGliáµù>—·‚?Ù/Ž;è:m‹< Ĥ9j_ÂÂö~Ì)äÛğzhmĥ?żĥÙĉ#Ş(fï:ú,Ñ"ĉ‡QġQàW T’†ĵ4djÛè9ÇBuÚĥpgÑq¸19 ıĈĊž clöżfŞKk jİ°à€l{..Ÿ×ŭDj =´e¸ÄÈîÇiŞOmy˘á8_b‹owÜ÷k:­3ì7˘Ĥ óFÍ#-cˆ“ÌïŽsÂFë+=ÂÏÖ>µ˙Q cm?)'ì0Ž'rYoá&j7Ĥ¨<Ğ%; „ŒŽaLÛiá„ÀÎÑPn„öOŞïŠ­œnNáI.Ñ&L´•Aó÷Ĥlá>8Àj³yz<ĵ”óÀĥ”TÒĊu @àD’ċ>Ï.Ŭıß ÛS<ƒA›̔Eƒ½ÑjşY†‰éjê§İĈvE™™²ç˘=„q{ƒħbıá#ÔrġĥĦ|â )µÒĈßĊW1gÎ.Ĥµ_gß{H ½ċÍiÖܢòßÙĴ<)eRpD6i€Ž6›ħ]RşħvÒú;cÊèJœ€ì§DèċìôÊ£éßáùÙı‰ ërċ…Ù0½dĞLwż½‘&ÔeZ3D/Es-ÖÚɚ=tç§_b–ĜP”yıġ2LU\b_o9£-„ı~Àµä)KúÒĵeN†9^ukğSsánƒˆÖ6<}"$ËĴdGhcb‡NZĈ¸âƒêÑVı‡ċK[ï,bŜËÏBxíÚg.Où[WüÔ*Ólq†Kr,)]Ĉċ£+Ŭ—-òĴQ*ĜĜ‡eL=kדcbec찍×IÛÙyŞü™ĤÚÛ*MúĴì§ƒÌ!i+p@̋s‡„{k–tÑÉîĦÇmnŝä,ĴQקMù"—_wzy RĈÚ˙:ÔŒ`¤|öĞëñÊVZ+6ÉüÓ-ÉTنÙxs–§ĝo"µx?£ş"KŬUşÙ²!À5ùJ˘W½oÑgRÌÍ_¨ú*×·Ì07ïo= ħŽĞ£İNß`%MżhHÒüBä˙Ì5ò͌†Yó”ž˙}ĥ!1µd\ĵcŞ·jnê òÑjÊYĤûİËvÊ·[’’ê(-1$àjÄwĤ[Ô[ÍMç9[Ñ9M,HşLŞ<µ‡6À,¤*LİĝàYyÉoĤ£àwÜW‘àì;Ì‹"™M™ĵœ†}ÎÀ{UÎ\Ż#9âö“޸.”x›ĝïUñó4E#ÍŜ? şŬzĝE2ŝĞ¤Û%ğĊœÔTퟆ€ġJ?Ĉ4AMF=áTĦ#¨Qġ|ÏÍ,ċŝù鞙—¸ ĴkŬ²Àk‘TAa’½ÉM†ì./ûèW´_Ñ6UÄŬ%d´ñÌiy+oó–>;:T˘T+eş77O˙5HÄÇlsĈîŒĵK"Òî™É˜!Ĵ¨+]v^#†OJŠœşWinĊ—˘ŻĦÈÏáÒ[`1Çħ•Ì¸8ĠĊ˜’ˆ0–P§*E7’w!I)˘ĴáÍ8<|Ö̏AǨP–9?·äSyš´ˆÄğ`‰…Ĉáf:ÙF?KMĴTqnĉԁÔñRÛÛ+BŬâdş"—<Ŭ·ñƒà°ZèGġ°–*ĝ: Ĵ úb`+’gŬûLcż2Î ’îĦï=Ż]Ÿ0O}#gïÌbŝċ‡†à^֙ :Ĉ=ğ*’•t²{=ïĈìĴhĉ§¸à÷܋’šĴİP‚[ûÑMĴÜġ˘+ġ´èáŬż`ĴoŠüpċj™‹šd/QċŬáÏíjşy1(o˜:M¨Î̵X÷ı ^Ĥ7ŬĈÏç\a<È&ıâäöYnúM\½b8FßÔşjgÑ^ˆJ-%J;k kċÖÑ/Ĥg´ŠßĤ³½Ħ9@[Êg­~s,µ°Ĉ ·.ż´Ĉ¸Q4Ò£7"íÍ/Mrf•$´Ž<\Jwĵĵ A€GZ1Bk2ĤRpŬĉĦúgy]ó7@ĊĞ=ĥÒ)Áó5ĞL{…ĉ*àËq§Hp _Ğĝ6½Ô×dЇ+”Ž}4c˙œèĦ·/EÍc!vFJĴŠX âÔHy!o,Zşò×î§ ŒƒM÷ŜŬdïÄüúÉşžYg=Ú]?‘Êħ¨ÚáĠN¸ġÊèó÷‘w"ÈÚ ŞŜ˘ x½w!Ŭ4ŭ b.ÛÎtġf‘'À’˘ap}˜yMż÷59{˜ž ı žeD~ÏHǜ‹<3‘ğl 'R´29ĤÖ7Ż ’=TİĴßGŝJùtž !Ú,y"GĦ£QV4lĉş›ZÛmŬ:EŸŞŞ¸4Fiú²¸³×: ĥ튽pàÔꜝ¨ƒ3SÔ[Ÿ ÇĞ!1SŽ Ċ–fô"·´ht{à퓷¸·Ù1ç•ÑàhÀ:èÀ.z›–;§ÎÖcûLOÖ͝sĜÀš4àxuÛd‚ßœ7ŒEU•ân.ATp>׉ċ¤8}9O”‰˘Fŝ­ËöfŞżŜ0î[>5ċˆ<4…ßQbCġÍ1iC·´eΒYYċk[ëôVÛ7—Şħq˙ɞ°9’*/NJN×H›xƒsSƒĵùÏ9(€íÓ²Š4qQ…P–÷§‚DLx}°ğʋ: u.Hş–ĴJQwŠŭÀl„xĈ!°Ş°’*î÷_ʲ['(<Žŭ|"ŭĴƒ½µhG=X–ìD^šú²“¤ï5:œ™BĤÁĦ•“žú.°F;­˜wPtħœ^‡ÚÖ7FÍCvżq%ìxÁ@üòÓm³*/ •ĴÒâÁĴġm…`'*ĥ‘ĵ~àĊµŝÚ) ‡Ôû£%ŝċ‹ZŠ>\'Y¸Ô„JèÁÄÛ"IĊ9H-\wöK2ž7üˆ! MlËϽ}üĉ\(‚Bò೏ÚSD8DôIʒTµÛ|!wq(…9–ÒYAÄÜzħ½: ž•˜ †à_o÷€LċÜrA9Ġ°˜˜Ġ6`jL{°O%íCŻÖ½Ëùħ/Bä2ĊÎf÷ÙBa!ĜHN[ô>ŻŽò:mŽ0;Ĵĝ‹{4l%Û)Íè5¸¨ µqœĞĠLDş[~…6^Ü}²gf ÄmfÍoĤۖڅ›ÜË}X, ډ1ĞDKĜUY§=ġ!üMÁ\H)ò×ÒÜó 6ĤĉFĞ–#˘ÓO—ĥpoÍü^lßY^ġHg6llÊbşİÎ\{qö݇¸hc&AÂáψ·'ż“ñ 1ħ*QÛá…×Íù²·x4SU…ñï2_MÚ\xÔ?ÉûıVSôž{X2^Ë‹Cl°£ ċaásû%jrÍÁ¤'kV:dËĦ'Œ[ˆ¤3ŽĤ[$x˘.÷b·o{_ĵœF_ÀixĦŞ?"9ĝuĉj…½ç @(YŬòîgñĥ£NŞô6œ•Ž=KŜŞ˙ôħŻÌ>qh,ƒñ°ĥÊ7 ñş.tJ" ú-3÷ ŜUĵPĈR“@mj%JTƒêÊżt—‡Ĵ×j$ñRïĴ€…otj5ĕ6²?Ŝĝû êğ CĤùğ‚#ı„—à³ÁO\֕ )À.›”锨Q;dÌàNǀıÛÖ/7Ö|ÚObVn¨ j_ġĥRM\éÊ@Ž*Μä?Żúw™ŬâÏĤj>7â=żóĊrċÇ–W)ÎÊuòCp1ž>•‰Ü0ͽÜ&ġ“×Q%ŭôëdSb³ò)_ƒUtΙ×Ï$2„ûċ7ĈĴıìĊXāÎIÔAaĉÔuw }3³]hĥżÚӅŜ8 ĝónv°x1ŻĵxÁ=×îĈĦ–ğYsúĴyŒ0ĈĈîI•Ŭ*òŭ<Öàó!cͧĤĝqu5H¤µİb2Ž Ç_~?Ħ#­żjßSğ$&ʅCEíB˜§˜wüâ\ĝäœÌü]‹i—lǤ;sÈÜZÙ9ÇËĵ1´ġSıMs+ċĈ÷]N}͇܀C‡‰Ë-ןİ~U/}/΍DM­Ŭ†5{¤âĜİF1û AŽx#Ğ÷1­&öy$lfûCl˘PQâ‹Îġ"TRbbÀÇ[¨(t°\ƒ–"wc@u_K‰Ŝ0"a2°-7’›˙hlTjĜzJÉï|&Ëǃ Ddšꅄ“‹JğŒĝ?“ġeCŸT+óï™Sü^ĥqü?àSDŞ ÎN@í‡OĞı|-ÚÒd2€[v €ŬÉï·žŸDX߈;ğo>ëšrCLžWiÑ+1˘X(ğOgj²ŸpUIžĠêEÇx3Ϛ3ğ˘èQ¸5XçŒpfĜqEÉ·û‰œlşD+%:ìûĠk°6ÁÛ\ 4†ŜüğÏY„.`µÁáÍ})\VRQû£ĊZa’VħKÌê“ —:V˘*C:”Ĵ5Ò'Äü”ޏĦ—ŭ"ÔVë˘Ê#XJ ċú; éôöÊÙGN_Ş%bĤĞ7ôˆxä½r^[ó~ ÷ŝ™eü”Xdybĉ¸ü~}[ŞYßà16p­Ž<ƒrk½ĥÌ&ÎfÑTnĠXI6~Épn”TËvÚ\@‹!„‰’€HLÄïí’ûV½dqÖ1:–; Ĉy²—˘öŻ'ÜĴyŞ× íe-MŝAƒŬmŽYĵĠžÔölĥ@ŒŬµÂSÄ*İSe+OMP6C˘ĤĠĈ-Iħ€oŝ^ġ-ĵ£È×ßWĈĜ€sŻheÇÚr´ÓɜglıYħĥIR4$*ĝçYӞ™/^¨`ôô[÷1~\j , $Q Ek˙7Y"˙kÍ/"7à%Ûá­vIŬNj¸0ĝ€÷ öˆHqUpÊĊ<ò n,û ÉÛo’YÀœ—M Ñó#VżŝÂŞñOKkŝ° ÛJ˜°ž ”‘ïĵj/áïßîsÒK¤Ë3Ç.ĥÑÁücÎï[goĤ^kñ=>­rµBĵ­/ĝOW§y8‡…ôâÛܛùûĤ†œ@lpİ"{O|1r4œòİÈÙşZ*›ÍSBş}ĉĊœ›gżt@ċš—ĉx6·À(YMÌ)á‚–Ġ3[ËpADŞFşiĉ‚hġ9YĤžÈ֟Uü‚lÊäĈ“Žä@Žq•=—Ìƒˆ§Ë3µ}sb„˨fŞÓ—7Üës$kL‚ŽşƒĴŒÇuPN‘ĠŭIáo ˜U“%Y÷8š–k]:[,ĵt³íÛi=&‘ôïšÓÁ_µ/™ġ?Èĥ7½ŬÉİÂNpŽ>Št/öO,Ş‘ĊıXbrÉò—¸Şĵcèù錔ÈgïGFI­ sĜĊSÁ‡°ŭ4ôŭ¤˘t.Ħ ,#¸aL<K  ĵ˘ˆ]Êċn*·ŬÁ£¤½Ë'’AñŻ"]ĝÌ+ uŞċœï•=‚ ndÊÇ9žŻŒ-÷‡ĝĜn÷=…>(e—ı¤nGü³~ÚûB{;ásħìE-yŜ¨€F73>Ĥ›Ĉ⨍^%2uî‘DĞş\Ÿn߂Én4Ÿ:—˜ ġÜ$oÑŻ…ċ? ù(í/Ü<-T3ìĤFYÑ#"áğ[.˘Zˆˆ#ñ=I`žcÎĉïGÂ!l7 ëb4nÂ.ßÇt%!áèòêĝIĞn;_żĠÌ|ı 1ù)_é.Ċ;înBĴ­^Ŭ%0j|‚?†Ô$÷ŬŬûà@‹7­Ġñ:ÎÂ(U—ƒ ~fşTSè‰"žŒàg ŝò[IÙx:”3-ġç܀ù"Z·†œ„(ŞD4ĊŒĜE6V‰²\ސç™D!n׳76‡ğħaĴ‰únıD9šXZİGSC:ömevcğh÷ğ˙şuñE0ICíÇŻ1iVÙv”"_Má2Ħ8x.DFÚ"ÊyOJ3_fCäώñbzĊì–Á. Úĵ. pËbñuV‹ġ@½f1ÖĦXĤĠFÛùeYä °m]˜t0µ$Ûħ’/oÛD™ÈçPÓgĵ 9/3ÔP™’˙ü„ÑĦ_{ŻEÂóm ÎTI°†LÜgd¸‚ק#ZR¨C… ×7ÑsAJŭŽ\9=ò›`⨗ä‘#ĥ%ĥQŞeTOPZs£˘ka£ċIcÔ.•ˆ>·è(!›Ü]ƒ_ékµÂ|Iànd˘úÏ'ŞI<„ÊĉŸñ´F‡ĵ›§{V{Ġ1j%ÄûĦ½Ó8vçŻkF|ÙCr›2r•_ù‡•Ŝ°â˘ësFíÑjV⠘3q˘‰ùííy#$gF"ĝ"nBìMFà§SqŭX¨š#Ğĵâg˘fäwöĠïƒ^>ËÂú²òÔ ñ$û!W‘hm™À1;—Ê-!.üzÈPÄ$s]ÇX>HxIsQ+Ĉ;Œ;ìŻ`€3âı4s£MË'è’#·é†<1lˆáßbÇòŒĦïö\êÀ-Ġß?ĵÈ·ĜÇŻ/kO¤cúîúşϗ%ò^ú›¤x\â%;Ê Í¤“wìF&7ċMz%ĝ0CeRBŸD4˜ï ߟàyU\d!m;Zj(W6 !­Â™ˆê êp6ˆIsYâ&QÏ#ùù+˘˙ŭ ԃ1ŒɁx§hÀ v°™%Ñĝı?N0-F#³ĉ“çvğ qŠúÒmÚd˘L‘Ú[ĵg.”FÊíc„¸`͐ĝKV2Ò&LûXäı+Aïö°[L7§‡½µÑÖ½5pك?Ĥ/Êá(ıÖÄnȅ!ċÚÊ֑ÂT?…¸… ܎WËXÀĴœ Ahlïġ˙üö‡-䎐i˘7FóOi”ŜéñyèP˘’ġ2Ĵĵޞ)nĞ!xYCıƒ'D¤´°şà3-'ÛĞ^ĜeĊ}0ëŒÙIÄŭ3İK?Ë £Ç;r-s2LÔñëİío6Š(ܟİl˜÷ßü”Qۋ½ß.ÚóîJ¨vZÌ ëŠQT̒ĊÓ8 ĥĤBöġ­;ĠBUK’\6°XÑĵq\£cyäˆ-FübìÈË ¸ér°.;Ĵ£ ֟qJµeCecx‰ÊiÁ=“ÙíĦáÇ:NXq ɜš6ı`| è+ƒ•>š§W'l…Ĵê½FßLYµö×#ÙmU;żìġ­ŬÀKPFÑ䢉ŬÇvƒŒĞ7<Ż#MP)ôMc„ꨊ ?÷ƒ½3BYrr+N,ž˘OzĉC”ĈÊż·‡hS’ß*ž é›û'ÉnïƒzÏİ5ŭĴU²YïŞÀʟKßd0™Ê„:Ŭ³ŻeERwh è Ï22™Ĝ–ŒM{"pÀV3Fò%1dàŬY‚ïe½Á·9ħÙds;We”?;Ĥğ<ËpWùĜéo*ħ-Ï?Ÿ{eT6ŞĴ›ÛnWMd`2\Ä)òIŞ>Üħvĵï֏ĴÌAħ„ĠVÓ ġĜ) Ÿĝ­”ò µŭ .!Q~L”.b³…DX­7¨Îó:Nżiâ1ÀösŭÖrÒ4÷ =žIÜUGô Ŝ':ĥ£i`oԙŬcĜùŞ PŬzr,Ì[f?IÌf >j ƒŻD5JŻŠĴvşè(m°œÖ i˙Œ]4'§dÖSƒdĦ÷iċ…ğ_ *‘€Ú½HŒġğĉ˜5A;›ï5äÀY=§,Ġñ°s_ú&éâfŜ÷ 3‰Şĥ‡ëR„_GĞ'{9ÜPEҞcÄ X2l-/“.͐ñœ·´`‰ZÒĵ”ŭ}I+À?ĵ;ÈÛŞ~µ&8gàÄ÷ĦKĉžŻe¸syɨwìĞ]Hm2}"˘ù&iÓ&Ù/§ŝÊVċgŸInT Ğs\ÊL%FE¤Í?‘AıSËóûĝŽ'6¤WEĈĦŠ‰ıŭ„„í¤|şˆ9¤8òÇzû&\e"Żc…É•lÓĦ€Ç $Uô9kàƒ ŬħJû÷Ş"úEžN˜ğuêsÁ*iĥá*ô1Ž}H‘A_ˆ@ƒı­6ŭ‚£âŒx%É\™<ìʋC‡ĞxmÀ/ÑGìCñŞ^üĵŠ&ÚmYAÚŻ|nĠĊ‡ĝġÉwɟó²¸ĊӜş„28৙ŠĥÄĞf³iâÖY‚lŜ[§LA%³L觎vXĠy|ŭ'ÄûQbö’îı’ÇÉvUbLO Ġ  k|… o$½U§é³ğ^Lù˜BĞ:Wı'wİ뀊<ĜŻ/ŒPôĵá+..¨ëKnÌWœ¸j2ş”¸CKe`ÁżÒ{ƒYÙ{Z|=ÔŬE÷),ïIvâ— `{()¸BD2…´ż…¸ĊĜ.ġáôöNß`i%O”z‘żŽv疗¤huĊ$Â'Ż ú%q1µS£“ÇŒĜĊĠ%PĜĉ0k‹*>‰•OÙ†c°4>6’CΉ&N~Á–ĠñÔ×c2…ï·ŞcRŒżüŒïú„ë?6ˆWĦOv’ġşc‰Ç²îœK {KŞ<Ħ rĦĵJıJ%i›êS•î²ç9°S0ĵĦÈ÷µ2!Jwp‹(>NÀzV.EÜÛ9Zû @ğ|a@àb¸Ĉbom‰žĊŞ7§£&ëÚĉQBrĴk˜Rċ'6+ħ‰½ċAÙÌŝ~+íqc*L‹Çób^k·aċžéŒ’ħÑyCjĊ·#À‡‡=“\6|Ç߃R3É\‡, Û^́h ™͙mN$”‹Ïà˘ğdíż Ç !4ı³ŒYoŭŻïwo8SE9Yü·ĞĤÊŜ?yŒ·ÑpÑè×´›]˙\\.“ġGŜyk•ûDë/ˆ`½÷L#­8ZNżÁkt qßa6Y…€ĤÊİĴïŽjHöntló{^Ĵ7óLż]#zh[§F7…¨Í³ĵÌW&“}²ˆÖÍKn{AÂÏɝ˙IH3ÔµÍԏH‹Œ‰ÓŻîîʚqŭ6´ŭ#…ÂZ·oŜYO%5§ÂĞÉ|ĠXó~šì1ġ —ŒÌÏġÌ^ĤpüĦıĜÑízTŸĵÓ~AeLע”7)X×MĉOĜÏ nò·N0²^rwïŽ%VHWp£Îe?Á+²ó˜—pF ıÀŝĝ1ovÌ#>ùQQo$˘ú—òfûÌ>gG9Á½¤‰ċ‘èStħ¤t´>îŞË‚Àó…÷YB~CċĦíĥÀ Qx İ<ù(ĠÎÖ²ŸBœ˜”ò'…â‘”•)ş8 S£İL.ÉgR’ĊħÖRg÷ħ˘SN×O_ħnÔ 3ìcĞ·c‚H3dĉ)éúíG›şÓk1Öív¸üÎĦY–"bġ„|ž§ÓÚN\̽u>›`Ñ­~‚>‡êñW\—²ö°@ħ†à8Êá›ú^"TħԈ_ÍŽYšrúIŽ)NB(œù.Šdıs[IâHĈés)°ÙÖĵÈwWğ^|ĵƒIኤ0Áoa^zᆠ¨2š ägôUÜ=MV?,Ž%÷ĝĥYü'OÌÔĥiE&ZM€RV%j™ĵš>¤żB;%^äş*ÎÏEafġ™ĦÎMœ™6–İ–“U…YJ[}2Ï2ù {’>˙TùâÍĊ, œ ™ Gĝgf‰êĜ'ĤĊÎżp>ËĤfEÓ>˜ŝa[·`7<£üġż^86’ż½ŝ!œBıç+’ÏúVe VRµvĈ²ÏĴŠp`gO‰sŸ ën”yc¤@­œöa„ŝ•ÖÒ–ÍH’ĵÈ~ÄwżK/˃ĉF)gCè."փ!ÙLl^n°ŻÓġ=ıKŞaV/…cYNQé˘ Ùb1ŻĤëúŸƒc$ßŬÖ'ŠÂKìrĞòµd£Uʀ“.í§½ÈG„Á ítuWJyÑJJ>ŜĤ|÷m„ŬDIïÑÓoîá•B. ħ'ħ*…½E ĵÖûÚú£l/lä˘Ŭ-Y)ÛÙ΁ì>ŬK7b×G3ÏŝÑb—é͍úK’•éXOÇOEcù+ż Èî~ŭÑÑÙë0B¤Dé“-œ#CİîEıĉ+ĥĜ ê^¸FŝÑé àäï^2[-&B9ÂèC>>dŜÒ˘ Ĥ í#Ùv A×(­ĥıfŜ‹ôÖç‹ħĵ/óĜcDcˆ&œ~”F[“„eĤyt‰dG&BɕֳÉ9UlŬ”ëñ4fŜ?œq0…н½> Ŝ²¨óFó1T ÎW$ïQsÚ°y‚2mŻ`<Š'ϸW‚>u—Á?[+Şj’üĝ˘äs›í\+ŻÚ“Újt%)³2ì*=Eĵ˙–ÜŭüS䷝)C!hžT+ŭşîНJuŭ=üŬQ1"˙%Wċ]š•¨ġM1rñq•ÑŞI9=Ċ"öaëµàŒU™sşİ R ³3@j—!} ñ˙şÈ endstream endobj 130 0 obj << /Type /FontDescriptor /FontName /ALWWOH+NimbusMonL-Regu /Flags 4 /FontBBox [-12 -237 650 811] /Ascent 625 /CapHeight 557 /Descent -147 /ItalicAngle 0 /StemV 41 /XHeight 426 /CharSet (/C/D/E/F/G/I/N/O/P/S/T/U/V/a/b/c/d/e/equal/f/g/h/i/j/l/m/n/numbersign/o/p/parenleft/parenright/period/r/s/t/two/u/underscore/v/w/x/y/zero) /FontFile 129 0 R >> endobj 131 0 obj << /Length1 1608 /Length2 4787 /Length3 0 /Length 5591 /Filter /FlateDecode >> stream xÚ­TeX”ëÖF ”†—fèĦKZş”Fš`d˜f†AD@)i¤;¤%$¤é @@BòŬçœ}ŭ_çìïu½+ž{ŬkŬëy8Xô ĝ!H;¨*ċ Iş0;7Œ-B›_ ‡8§‡2j‹…!*ĥX¨4`…*P{@XKII‘qÊH”ĉ脸î›€xyùŝôüJìĵŝÁÄÀ'îÇ G˘\ ,âż>h…X'(àƒCe=}3 ]5€[M×Pƒ" h[8 ïf‡ÙÚ0{(H4˙ì‘ìWk–"°0(¨= w êiEŭ ñ((Ú†ÁàŝpDÛ"°¸`‘ awƒü"€ó; BĦ‘¸ \ ĤÄ`1öh àŞêШŝÁëd‹ŭU…¤.‚´wûĠÒïĊÚ ġÄŝŞe 0 në…ЍCĦażi¸a`Ç?h¨£-‡b08öŻéüÙ'oŬÛ˘PpŻß§‘ż³ŝĊ†Ċ@ád`a\M{,ĥ# A&ĝkQ4H,ô‡â†úgÌŠŝ= î_;‘°… p/u ÔEbq%î˙NeżOäżAâżEàżEŜ˙MÜżjôo—ĝ½Ï…Vuƒum]p Çà^   üzcŝ_­ îġ²˙šhŭƒáÑÀÚâĈ ˆpÄI!$ ô‡†Q…yB!ú0Ĵ½à` ÇÍè·ß˘á0§ċï1ü`1ħżÄ `öΈ_C—ú‚" eŽ“ç7oAu{Úêĵ}MgéTÇzĦpÄŝчò/†’ÒáKˆü"B¸Ë&$H‰Jùŝ‡zżÀÚ:ĥX4Ìx€kZüğġ|Z–ı‹°GB~í‰ÖÁ­ÖżżÂönh4NÑß·×ò?íßK…zBíÉĤ'‘ö2A_Ĥ$a+¨3şúU´·‚ ş‚QùU†9YŝeÈż—a‹RĊ6§ċÁĠƒÒçġ^_PgĞši-/+ żY>#d´şxĴŬldÂɘ´ye#7]œg˜ġ$jétn<ƒÀúM˘†ĝϔħ³WZĈLĜ-ÚuÎxkŽĉ;ŠOŜëÌŻÀ30\ ÜxÂüOÖRÖäfŞf(}ÍúÇ×L2"omWjô9*^jûˆĞîËÎ}cüìÙĥùrĈ@˙8µ,}zuwĴÂâT4ûİRpşM5ùĦqĜŜĤ¤DÈİBͳ€PÖïÇn™?žß´ĴŜ™Ž°ÙU‹Á+UÏ8ö)Aİä\"by8H[š²=úѨȊldôŬË,ÏË_š™ÂĨ‘` 7o–`7-E>QÔ+D1&ôvXŭ5’êuÎ3úhHP3Ĵ·—ŭIğtġâA’WßŜ§1…|œŭX6Ġ.é>ë,]ĊÁ÷˜=†Hîf™Ù’ċ‰4áóXf‰¨™ z(‹t‡êJ|âiYW°c¸ó ÈċóŬžĦ4£w´ä].¸?àqT5ܝĠžÓᖕ´1ÚÖX­;ópAy ĉ³é7šı(™¸§Í_™î&ŬôÄ\…ƒWrÒ­Íġ¤Ì$y9â˽OrÌĜÍF~ĴŬÍÙcdó'öŭ¤(Q,ĥa7Ĝ—h;~&FĠMw“t³Ĥ´‘ “ÚèôïíÉÏ+,”#żÊ×Ŝ GY?Uo•Ç´@’b|ŝ‚Xġ5Ôâš{&„WĵIÊdo;Âíġ!˘ĞsqÒ¨E% [Ż™ù)ì>­Ñ'ÇvrċmäIND:Ùgáġœ9ÏŬ™jY³°ï:# #·yşƒ!âÉŜ@;zDÁĈ@&4Í@ï•òšÈNĞ>;YħÎpŒċŝKÁ˜/BKA‡³ñEÖÁm”oí hG>0uŜhX_Ê+¤Ŭ]†ßqßċBžŭh{P„NOì‹òHbo´ĵ3Šé¨Ëˆ>Ü™˘DoëĉnĞ[ö•0*VKR;GCßÙr.żċ{T0¤~²“1.!ı‰Ú@bùd,X–Ë£ÙoGùh9ĴÎɈµ$…K„ÉV0ZÓ8óö<[ì]óèŜ&C÷1+˘ZŽĠ1Z\ŞŬa;—5(ÚŞ ½$ÊWġdKÌ°Í­A×âíĤĤšéÙ½bü‘ì2HġdvÓ{ŻtƒùóŻOž4Ğ9rë:úžLÚĥ:úyŒ+“Ù¤‰`ŞħŻ•‹ûÒ˘w­]²§2Ŝ3R­E‰½ÜŜy­%ŒCo'<Ŝöôît}tßH˘”\ë<9[ĵżœp#ŝàS4E`Ï½ÄŻĜȌ9=JVu,·{ĵç­ŬSP˙ùËÉaĉdšYHÚ#Ѩ.–jÖЈ “* µÑའ§ġg×FÁ­ìŽ ċ…­[íHfc狷!ŒêEŬ­9_ùÇŜtà‘Ò>Ŝ–¸Šw÷ĤÖz58—ŝ]3ÌĈ˙8Ν&˲۰qĊXG˜ìşú³êĵùA¸Œwp—>Ğ ¤}ԟD“—„yċžÜżûÀĴOÙYapĦ*”şušĴš(ë€o˙ħı5ëä8†½úѓA §’…GÛ%Ÿ,”KAšè’– ȂĠÑ·?çÁQw§ Ŝŭ<¨üÍl6‹]E^´ÈIàíœXĞiĊ“·îúĞşĤÖÚÑ×(ï˘ċ$MQĵÓ÷ġĥŭ{Z7]I¸ÛRšKŠQK€›Íqc§˙ŒjBŝZ8¨´˜„z…Àó҇g͞6•d1|˙‘ö£`€EÜġıĦ@œċ‹­”aÄë9:Ç$żK;_h4/“|• ĦŸċm(ÜÏ­kĵá$tˆç‰ĉw63È,l¸îoş$™ú{Ċ3hĉ Òš¤5ͨ–Àü›ċ ÂŒlI#ÛHoQ³}GşƒUz ĞâSrö̘ 5`ŝyü†Qrï”(Ògz~¸ŜTµ@Ì ßÜÍ/—ÂàS9M9éĞú/EĊ8³ÔIÂħÌ*ñ•sËÀZ·§X<>‘ˆ ,=!U˘!BĜÉđ9q˜Ç ÔêÙV>y•ŽÓ:›rİ­,qBĝĝV,Ş™èğZéŸÒFDäžUh~8żċ™T„)*ġżTrJ=8hné˂ŭ²‡QñLVĦ÷„ŸcsDÖê{Üopí²ıÀb9Ógù­”]jnĥ€™ÈbžU/5•ZˆVĥ–˜=l›kcb3Œ´(ĥ(xìíK5‰ç) ‰%!qÚhNNĝyf…_üĈ˙àtĦ.´@VİóÉ'g[fC°*‹3s…ô“˘µi¨‡ÜÛg°<˘R!SŠÄŝto²1²ŭ›&z6}—TôJ-sY@|œT\J8öb½~N›Ž^4.ú~5 6NÂĊ·M˘2µ€ŒOĴ/ëOĴKğA³Ŭó­xÓ9ñÓ£0݈4 o·„HİIĝêBò 2€““žĜTšI¨ĜJZÑ·ÍjP­Â5˙^ia`WaĝFŭÎÇ=PÚâµ4XĞĠÚTDë•Ô"ÙlY{jυÎb—H%h‹ö1ÁŞTŬ×ĉ³LiċA­&%²Ŝ“Ç7?,şMXçîĵÔA’u`g}lĝĦ„á3;“´×:vîS £HwƒĠHh3σFħK×£î›Ü^ĞŸıSĝı y5Eˆ‰nÏ4Ĝc˙!KğÌġÄן¤Àe½,Ĝ“Wì<áAv#-]ÉFdż”ö™ÌĈê=×P˜ĴG~ytíñrÉ%3Š'{Yށğät-nî~'šÖŒ+ı­&ĉ·ĥ~9…RÑ*fAÂŻ?}+eĜQaC˜}u;éُÉ7_ÜS‚Ê TÀ'iĠ:e9¸'TÉ,˜÷ĝ†ĝCĜÁÖs ‡˘>áñŽJÏkmOËQúx*j)ş…½TÚ>hvï¤2ċî˜.ìߖÇÛı¨ŝ?]qí endstream endobj 132 0 obj << /Type /FontDescriptor /FontName /HBQSLH+NimbusSanL-Bold /Flags 4 /FontBBox [-173 -307 1003 949] /Ascent 722 /CapHeight 722 /Descent -217 /ItalicAngle 0 /StemV 141 /XHeight 532 /CharSet (/E/F/H/N/O/R/T/U/W) /FontFile 131 0 R >> endobj 133 0 obj << /Length1 1166 /Length2 7666 /Length3 0 /Length 8437 /Filter /FlateDecode >> stream xÚuveT\Ùş-Ü]E€@°B‚ğÜŬ ( ˘Eáî ¸C‚%XpNp·`Á5\sé>·OżÓçħìµĉüö'sÍ5ĈffÔá”ĥqħ+¸@áœ<\Ü"uˆ³•ğ›ŞÊİ ĥs<‚ü lff]Ü ü_ô#!ë Á!.P9ü‘×µw¨\ĵÜnn!~žÇ57ß_."MWˆ³‹7@ ğ:A ”œ‹µğ3 ×q‡Áœ `m°›‹ğĞ5ĜM`ûĜÙWÈşÀĵ\!vöpОĥÁ vvŽżaaa€•×_ @ìħƒž?.`'Ĝ•S(‚Ħ`×ÇĤmŝˆĠ´ÉÛ@àŒ `µ‡a"@ Ì~ĸÜlı `8Ċc£òPYç?¸a˙Ħ™Älŭ8”Ÿş9B]< >˙ÛB 6ŽdêA!ŻŬÁŻäŝ7ĝÂŝ³üÜĵÜÂÜĵkĜÓÚĝGI]/ĝO’çµñóıÀĥ '7°ÄüĝÂöq!À¸Ğ;ĜÏç˙%ŝs‡Í°XV`ğÇcĝ;û# ĥŭ×^ w…xL¸ı¸ıyÜ<˙^™=¨ ÔÉëïpu34”–Ñ2Tf˙çì˙Ž’‘qyLÉÉ#ĝÀÉ+Ä˙è”ÇŒÂü|˙Ìĝo-ŝÒáOTùß>ı˙Nù jëŝ×8:ŝ5ìêöèMëŸ6~ĝÏüê.pˆ5Àú·uLıùı]óĝâù?-ġü˙iĴÖPpwrúSÖÉxÔ   ĝC'ë…ƒœ!N^˙Ç˙ 4˙Ëŭ˙Ÿ<Żà 'ˆµ4ÔÎéß2AÜ ž`MÜÚŝ_vùKe›?ï!XÓĊ òÇMpòóüƒÓµ‡X;BÁnngñ'†Úü£¤<ÔÚĊµèÀ] rµù7míîêú(ϟôĝí_{[Ècƒ`°'Ĝ{~ĈĊZ4ÔĦ&´ġŞJšĈƒss„ŻK@ïâ·;ŭKìX'äu.”NuJÇš—ïυRrä4í%>™ ŞĦ"‡ż‘ôp–i & #FQŠ˘>àŞSÁ=Ĉd;áî˘NxC™–·+ëĠĞô“ĦìˆYBv˜X'܅,àé•ñöÎk'4teX;3/„Éo‚4”œüµDžL |‘vŽHQnożfQ6Ĉi8¸$İh#ĥœžé–Á˜ WĆ×[Ñ•Š|nç½ħ/mħ½İ€+ó™Á9z 1 ³öÛġoĉ[Ùŭ‰ž$ġ|ŒµÇq}ğHL•şŜĜ˙IŒ‘Ô5Ş}GZOFpĵĦúÌ ÎbzZó‚KAʗ´ZĞĤ×cSgA?%o²Ó˘^Ó}Ùxİ×öË@:a½ëğv ¤ÙoħMÌÓóRħ­I”ßq 4ÀĜq)ĉž4Ù =%ĠÔV@(VĊä $?m4ğf éÙ™´êvzžĴ)šZ½Ü‘˜ä“³ ÄâݏçĉZÀ3zçŻ3 lH’m+ŬñWşĜ0Í—·€ƒħ8†z˘hŻŠ°0à{2Äb:Ÿ ¸}ÒWĜşQÇoèòB…OSĠ2qˌ `p'[§•F´‘Ŭgú$Ù:Èĥ<^ ûËĤtó%{£ ÷V]hWñßû|ĉšğìDRŞœÑO4ġfMŻ³‚ĠI%H(’ŜGA|$ŒÎÛĤóKGmı™½ Ê֊ùQ 0i ÜŜ:ÊıŒñéÎŞá·eŜ84ĈŒRlŭïô³;ÙŬZŠÌ™}¨"¸†TĠ\X§X—úoѨDĉ9íOċ=è‘G'ˆšµ/ĠFU’™³ó>U$ċ7ɔD9bRMàmH…Ñ6ċFġGÜYŬçDžĞ›|5˜£ĥh…AÒ=4½,³î&TĤ8ÁÌĊ§{ĞEĊJG˘ÖŜœQ‹Ï91Ğ?6ü™#Ż% %ԁiy˙·M(U@­i•<œ"™„­ˆ³ù˜ß,FpóDSdy¸Ät8Ċ‡ïġŻŠ ,úéĉÈ öú}ô`şħ‘-ۙñwĈö魏‘9xĝœ“ħµl² Ĥ͆(‘Ĵ…ĵٔ­ëÈZÛ”ÙK˙ümë{ÂÈü`Ja@ĉ¨…èĈŻ•h$á¸q%ù‰‡ĝYr@°Iœ†jy£ıî*1Ï^f[ËÚŞÎĊ"Ğ}ç–E˘µÚöCo‰MŬċç§ó´XŽ+R•‹Â!ÀÊlŽoÁD€fH*.?žÈe¸-ôĞ´ĦkNŝR´u6ëꇽ˜vËĝÙŻú=ôŝ™;…unIş î:u=>rŸˆ0Z’D ŠÏċÛNE8yövĈñ%“Ï_ĵáDïïµ?kÁd€ 5c&ÉİY³7TĈDú1ÈâsĊŬİßD5#§yÁtž_&&ĉ]èl0˘îħ nQT)ñ‰2"ú#–£É˙2Î"ßbÊNĵsHU~Ċwd?ô!TòÚĝ#+äċSÇÉ@.éZ×Ĥ§ÓB_¸0ĠèXŒĞ„9_‰É•Ö)uoİís2à#³İ\ U"Jü—¤/Ç͆?׌ByoÈêĊ`mOŽmƒ¨DEôžĜÄlz!Ù˙>O4²Ĝt–MĤ75;Ûɗğ6/ÎVŭ>Şäŝ‰$ÇQ‡*5p„ż;kŝžxÖòŜ*&9jÛ- nÏşoÚKE*\sĊùÙĤ£ÁÌŭ Û·]h[ÏáĊ ĴŞ ż-öU |}ñí )Oà0….ĝnmˆ \˘ôĜakìŝŽ-^•Û²=ıùáÌŞ6 ê<{aK8˝qÎ@âE‹N½2X úq^P7Vqù: =/ÂHä‰Q›ƒ´S>T¤Q=9ÏH.ŞB"f8K>‘?›ïS­q8ĦVħ ]ıkx âw9j;ĥ4~ğ¤HÚ ŽŞÁ&ï\ÔqìĜï•Rë-™F.Wg2W\;”°ú?oİmù$ĴäcD,ŝŽrÙ!r$<‰íUáŭrÏ­r™ßŬU^÷L›>ٗÈĊĦ˘˜q³ïùĈë6ëğÁÙm]˜£}ç™ yeyúó`Ï!Ľ-ñג­Ĝ¤ÄÌMħlÜŬŝp'ëäo\UL˜§Ë†á{ƒżÙHğIPĥ}ĝR$PUs:=ˆ ‰8$áB*ĝUÁ+!÷ëh–nÍ>ĝĵ äŝ àéĊœœuÒÚŜ !ey@C'„Ĵ 5èÓrΤZ8wÎwŜ÷›oĉüċ•‹È`Ĝ·?lߎzF­VVDî ëN}÷A5çjä[ _G• ÀÊ_GWŬíy,S—^òónĞXœĵÊĊŠpûi.äc#…홸 ùéôwbĦä­×lŸ:÷Q׎˘ÓWQL§–9I"`ҙŽ³s€ŭuħo÷VxlTâê˘ħV4Ì_û´/Ş‘mŬF͓ÌĠñŸĉQÉç+İjq‰Ù“g^QŞĜ녚ŬŬòOBsıߑÁ%î~ğYÜaSKiÌq„ŬAħ¤Ġys(Ô(†F*ċĞR‡•óghd~]IF/²u`s˙tßy‡Ĝs4ĠwÑĦ£ïy0s.Ö-•öĉ҈•î‹l†ÓéQP›úĉ¤B˜N˜lw(#LévµKâ\cˆC IŻµ†-{áşÌX.sˆÈ ìƒDìŽĈ+0O£d*L7ŞZŠ…>‚ĵÑ ×Šö_+˘ìk–"ÖdŻo]gVhêKoy}kÛĠ'çîSŜ$w3Û$ĠĉâıÛA0$ЇÜ …]tĠ‘{•ë|Ò_v½#„ä–FżYğa(`Y9'™ ĈêқeĊäçĠme–ìŜ5›,/$Ëà|üIüûûyÍĠKĈXĴµoÑi èÓĴgĈßqĠżĴ4…³F.M ÷yĵ­âe.V˘ŭ2L̛0 ŭ¨AäfX>ӌ”Ŝğ_]Á#Hû£ÌàŞnÄô¨Q‰e̵-qk\eI3vÄĥ뚌9ùaL–A˜°1gCoÈĠK(n(Ê<|Ş(y8j)ÑхL0j:żż<2!żŻzù‰ŜöËQÀâg;çò6uŻ)ó½÷3ä%ûˆ2EŜkĝ âí0ìE =ĊN3Ĵcş[5)}pı‹Ħ…Ï“ĠTrݎ9iĵŞÀ<öLޝ7ĉÙÙñÊNċçÇ£Hû—mĊ›ò h$XUĉs­²Ŭ%äfìĝÚPµĠ[â*k²~•à‹“Wr›­„˘jjûò‹e§­ÑĊ™T?%m;ë)4 2ŸÙŬ|6]ı :N(ĉjŽgE@­Ž¸y žBŒÜíÁ%ÓáG]ŽŭYJ\yù#ìsÂ3¨pŒ+8hT—á>t}”‰ŬƒîTôv,Ÿ‹@ëWYúlWSCYُh‘Ş.ĊpáûÙSĵñĦ4–;°gaOŸÓn2#2ıĠĦiCĜ+™ĥJP”ËŞ]ÑĤùRnCRŻè{İĤ•N•™TF3úJ‡™‹Úo;Ì7‰½ 9ÛÁ]³6çž8²KE%šFĴsìµH¨óĊ˘W‚ĥyĥŸĥZÖ:ÒwŬa çbZP€žÉġïġdj@‹À„úò…ƒĉÈŻ·>ċˆÓ˘ëEhê÷H/~j$-sˆZ‚²“1îçğ$ċ÷ÛJħ

½Z+ċ’&„ê=ĦüĠğ7BìċïżF£v:ËÔÓKÀÉóX÷×ŜvRPñf!˘ CITÖÂé*1’ÌÉo1üR½§ŠS™ËĈZIĜĦ¸ħâ(h“V'û˜0Pµİœ|GáĉPrÖo/Qş&ôŞşÊ ä7?ĠÀ…‹ô˙kò×ÙzĤĤûÓpôgËj°çÁUcâĴùèb|e¨ĝ€zwĈâñşOQyqMÌġĠÓâĤÂí£klâcuÉì6Ħ×R&'Ó[×Ï< cu˘êŒ êŽYIâ/ó C ³ŜéúÙàóDқ{rÜŜúşħ×À2mE Kó²ÏVDpi&Ğ îiòX UıZú0ŸU,Íúk7MÓòOÊ[ Ħ ĵx3˜Û'Z5rÇ}Á•Ó˛äYù!.¨o äoÇt S&Ċ^ [aÇD6]dżğ*´§˘2“àG(&û’—@]],°î˘güêŞ&­YŒI¤DguLVA:êkà+ë[Vï7÷?¨(À€˘–… =ë•ĉrٚh˘K´İֆâ:üÄIü*îĊ_Íí=íQ[KujÇMÍ3ٵŒH bĊĴ‚d6 *Wr4\-ß{¨8/ċ$áŞHdçSçÈ| qv‚ùhĴ\ñÉ öz,Ŭ³×ÔÚyŜĊĝ‡£$aĤ…÷ ”·J4݈2ŭ~[NŞnM*ǁB—ú0AŒtéA‘êŬÌ.÷rO‡@ymħ},ùï vçF ½ógNƒ$Ï5zş†5Š”ÖĴ›r•äF˜ˆezLäBà rJ$™q~QD0%‰ı^pE]İbO5~³ı Hl[!¸rIB†љħŠâ~ò¸%ÄF0r5ġò™½JšÎÍŻ[zUÙwÈÌj?YäÙ%ßQ /c`iSf4êÍ,Ĥ\?b§—y/ĝçòΖ}B> ääż}už2È­‡ğtġÇä9ĥÀÂBu, ܅.5~&'/dħĝwt_Ġ>hz ÷3“¤ĠħĦU†žĴS—ĊT„p|l H“Ĉ³ĤıħWcƒżâV Ú/Ÿ Ěn&â‚s‡÷Ĝ_kˆtڟĦ°NİÁùİ…–î@‹Šv–¸_>yŝdà‹áiJ½›É7pMŬ§ü*ÀžšC£ŽŬïúÁmòğÛ[R|ŠÔĴ (ċ}q$­#Ŝ÷š\~ş@ĦŝĤìS†~ñ}8/jĈ*éW֏§U~ġÇĞÖ&”ĥ•nĉô­·áĉ²0`Ĉ%Re°ĵCTô`ž °µ€ïU<80|DYĊ–1kÀÁ"A‰kġ›8²+ƒ´+a"ĊOXéä}!< ö‘ä‹ù› #şˆûƒ5Ì;QoĊ Ċċqúîİó‘ĉC/µ{Ÿl˘–o_§ċ“żĝy½ċĴDĦÁÁÚ$ĞùĈı§ävïßf²Ôiĝ M?IştŸoi{£P}@×Éó҈60óL³fY‚CĈ!KéLÍŝŭÙ]~ş~`âÄŝV,‘ÊĞĵ Ž#u[{!çœáŸ&“ ӇƒN¨|Š›`×j ŸŝiD6o½ˆéìe^­ĉĝÎ ĦÂn e|…ħç ÁLíë‡èz˜!ï8Ф@ӈ8(.:ğŭ4Ú7‘iÉ腖9ĠMîI/ş ÑÈòÄ;·ŜZÁ9]½óŻ{Ğ]Ħ›>Èâ]=ë%Şó–AĠ$ëï¤ÊÍä“ût+>öC½ĥ蓽âZ`ÍohD!ĉ-y×d‘:´ùàŒ_Œż,#ÚÏO~˜_f$ͧĵ×˙À–ò ĥ›fG`œ]í1Öç^ż =öĈ¨HNAġßa~Ğ9ĉ¤ŬĜ¤Óß1eÀçĴE{,}*ĝÄҎ™äóuġÓ$S:ñĊíd —›31ç™ àÓbÒñIÊpJ,Ë>o-ĥĦŭ.oYxóĴbV§,V EقhŻpI' Ϙ5Ğŭ÷ĈĜŜK…á]8’T%Ŭ´}ž“Äü2ÓÌ9íW³ŜĤ„VZˆ·²K ¤;;k nI~£f“­Ğ›Ì ’EŻMı•˜ğÄlÛ£Ëó„“?WÍmı úÓ;ĤÇí"–^ġ{_ˆmŜ9ŭY+òŸ^¤éJ阋 ›@µçĝÎq¤ĝ@^šŽ@!‘ş ä§ҖëöµF9ż˜$ĉí§e°¤f’KpĵĈ§úşïJµ˘W—NQÓéħßeĥmML\ÚíÂ³ì%bôö?šf Iëó,Ĝ.›BEŸ³ä•<–(zŬ~ŒÔl*;ž2щhÛ@q × Û-'A;(!Ùü&Éħ>Š?ûÂĈLßց<äŻ[ܤéœn›é€ı¨Œhn —Ĥ‘Ö3ġßGeĉIoÚ~JLh ÁlD·*ĵWÂe{!…‡K/ŬÙáÑìw{„­˙[ŽÉ܋q “TÈîj½mFĜ†:@Ż[?Çï_­×Ó%^b;‘ÑÄXS+ĠĊ ÏpP$È^'S ô1Ŝ”;XAïBħĦ­†ċş/Ѹ‚mŻV{„k(J•. Cw˘ìéo ÷{EàĴîôÊ°EBq3zaíפ´Tü ô÷'zJ^jl˜*×Ê% ! 4ĦkÁğÌäÊÛ£^4îS}ÓwéÇB[ÜċÏ|Û/7)ĝ…²z•ž…ùĝ\Ӕ2$­]…—D³?Ĵ°¤G§pġa£bˆŝ_ı†6ċjµú–ĵ‡ zħá­ÏeBÏ7>£‹ïú"JW˘̋v14‚ı“HnŸÏmfÁ…ıHËĠ"i8=żZ—)•.‡ ‘‘Ï’Ndë’/3ïĈ@éħf\ÈwfNÔDĤĤĵ)ĉdŭc9×ñdĥñƒlċ³ŒÛ£cĝó§j££ÎQS•?Y¸vXOÄêÒ4™ĊÄLXŬ#p8‚´0 î ôĉĦU´ĵ÷SqZö·Ĝ²ñ„]•I°¨üğO`gNa‹;ÍNkġhb´WĴHĥ *9°ŠjöCħĵל’ÂË%ûÓ ÷pv—=X$ĵÂ{l§‚,•!WÚTBħI˘Cş Ö'[!NRŸé­èÛ=:ŝŞZy(œžÒ[6ĈJŽAÀwB¤ğÓzNyŒŜĈ²œf·;)ÓŬĞĤrú}EĈ’ñšÔ‘¨lÓ Ŭş Ìjj·n]˜G8â-ëü$Í_n¨=µŒc³5›³dŒZŬĦöaüĈ%´˜s‹t.İë~]'³ÚRZŜ<ĉÈÛzÀôSċÙ%ÏŻä”³–ñMÇñ½dŸ_ß½Ĉé,*í'|ÒĞ‚EŒĞÖ’î¸@~èôŝ!‚•[*Bú…áéİVôĠrbqlĵwí,瀪ñOTzŸ€ˆ'o²°ï*@>bHjê k/0~pAx'ŻBÀöžuw5|t(¤‰ĥK&ÏR\/B….Ÿ”J4!i×!2âċ/;Ö§óh;ö¸DÁ9aY܍Ĉ'Ħħ,Ç}8ÌĠ<IĜöÙó"*ŞÀÑ=eödáíş‡ĥùJdàoÙ󴿸ĝ·)„Ċ?qTvxĈúVÛ˘ÌàŜĦ…’L×ĦuhñŒg ”\=Eùİ4Ŭ6ż•ë"ĜMoy=ÈħÁ)Ÿ,ÁD9şċŸsü,ÊXħÚ°[‰Ô˜r?ñ?¨*Àħqk~¨Öñbœžò¸ANßĝ†VUŒ-¨éĦ1~·”lı§i˜§·m)CâeWJ½è¨“ZVyBİ5òš$*çgŬštÑü(ˆ²Â Ğĵl:N‘i,l˘eS'ŭ˜Q hêd#,ŸH„m‡ğ-†œ´ŸGŞP˙tĴÄKˆŻg¤Ġ²)Ĝ|›Zż}r£´2UĤünŻÑÖW—œ„=µ¸XÓëgÒó $œiĞ1xUkQ³>†fÁş[vħÎ]í^ó\Ġ†TŝÍS£F:eô(—s’ß—F²żœËo䎺ŸÉġh“½Ħèô Ëê'^îŽŜŞo(êiĝ.ĝ½H,%°1`֔(ÍıÉż? Š+k½p‰lNKûú“[ÀڐlşĤK)+Oĵq(ƒëɉ ŝ¨nŽĞâ]+T¨ĈÎŻ _íOîßşµ^ïbĞ2pĞJ›È<ƒÏĴ2Ĥš8Ñ[f0ZBTzI•"DSÓÇ6sNÊ4ë6”Ĵß÷Xéñ[ĜĠ¸ìMcO·óÖP¤·ögğŜÍàŠUG°GşŠÒMëÍf³é}#=.Y'Qé›Ŝ0MÜ|ƒIÎGÎ&EıQžêċŸ 2t6 ÏUgéû:Ğ­;9ŽúšäĜ¨:Î˙fÏ)s’@ŻĤ ) Òİ6át*E‹?ŒH“ ŝtíŠïœĴ) ~%~2ú}·Ž,\pŝIp–x~[awi16òf“cu†´Á V™„¤5Î×ûµ+£~1%JġĥIġôEä)›ïçŸsĉżû…o9%ÛDî*Ö0TT”]'Ŝ=s[!6H̙2 Í5t:äP£aEcsrĝş Šŭ ,³sÍd@gù•€µ€¨êž“kúôùöŭhnĠ‹Ŝ˜AĥÓXĦË2|$@uˆû€ÍpóÓDLúŜWÔ(Ajñ{÷YevI‡T\:÷b9äıĴÓŭMàŒ%‰x³ĈċìŸá/ñûrĠ¸£é„Í^%šĤÍ~LZ˜B҈hwÁK$½g q„ò  ò7? Ž‡#Z{S/²}ŻFOtvG‹Ĝôv ŻeŸ{°T|ğxx~S”°€§u9ĥ)1êÖ`tgۓ.“íĊ SŽAĜ³Î{à ÉŻnlÒS ”§=‘Q‘Wl ôRY„íòëë>x‰“£d6•I(ĜêĈuAK ‘רG".s–yĵgYĠ½‚’lOƒ‹!âż3ħQôğiĵş#Ž›‘³ cóT/²£ŻG^½‹Û MLúZŠP\27˘Ħ”Ĵ°Ú2IÈŜôaöPR!…u4$ {×[RôüŝúÖòԚÏ'Ëéğ{ÍR&`ô³ÙÂûüŻĵÍ]|rÂ[î0ËĉîéÂîŞìtğŞ(¤,úĉZfW(Òxàû6” Ĥŝó#ü'#ĉMœĈßşq8ċôĥ|cS}v,@ݏΠĞS{6„\CGôĉ°â}F{š8Èpíhq“ Âŭ­OEÄl„X°Ü öŒ`ô]¸ÂĞŜŞÚòWΘց5~4ŻlÈèò’-H§$E8ĉ‹Pòĝ~°AšÂĠô,ĥ‘?zË82Uġ.ÄÇċNÁO½HŝĈ&|m½½…ç*,ä™ä7mĵILŬAB#܏jD?ĵŠmÓSl†9_ڕ¸0ZT¤; -&˲ǘŭ¸iH^ŞÉŽEs˜+†ù|͙'÷?p1r1 endstream endobj 134 0 obj << /Type /FontDescriptor /FontName /XABQXJ+NimbusSanL-Regu /Flags 4 /FontBBox [-174 -285 1001 953] /Ascent 712 /CapHeight 712 /Descent -213 /ItalicAngle 0 /StemV 85 /XHeight 523 /CharSet (/A/C/D/E/F/H/M/N/O/P/R/S/T/U/V/W/a/b/c/colon/d/e/eight/f/fi/five/fl/four/g/h/i/j/l/m/n/o/one/p/period/quoteright/r/s/seven/six/t/three/two/u/v/w/y) /FontFile 133 0 R >> endobj 135 0 obj << /Length1 1199 /Length2 2803 /Length3 0 /Length 3558 /Filter /FlateDecode >> stream xÚmSy<”û÷'Œ İì[<Üd„YìKÈ4YşĥŒ%[Œ™gĈ̘Ċ’,!²k‘%’PŒ]¸]ÙBÊU´ÙKu/²´ ’ï¨[ŭnż^ÏÏçsŜçĵÏ9ïs>ʊöX 3Ġ4§R˜(8Ò°%ú°XĊZôeY1qd€èà Êʎ$&ü <@qL•‚Á19>Ž~,ÀG4‘ iˆÔ7ÔFrÎH­oŽTş!`O'Rö ¤“I„ĦâY …‰eÑhdHpT2 "§Â_gPiat’Ż€99¸¨Şİİ˙°  Ÿ°o€$_ °‡sÉTÚf6…HéœÂ ›öDÜA‰ıÙ6óc2i†ˆ968ƒ§€L„*§ĜƒÂjà&şİ†DñœĈÂżÒ0€B Ħ„˙"’(„/íX4„…Ä­0˙pL6_ è 5‘H} ÀPĵb3µc ü˘6Í8 !"œFD™Fˆ ç gà‚A€Igá˙ĝï ŠBž ĝ€œ‘ü`ç˜Aâ×ğ ŽI'…îH8‰›ß÷“'g¸*…öŬ' {Gkµ_ġ˙ŬĤrh5Pzú€†Ĥ6€Bqú4Ñú™ġğß´ĝbµÇ‘ŝ­ùƒÒŠB¤_[âhù­­`Îàì*û²ÚŞÀùmİL`?ÖÈ݃älç‡úċzŭ˙ċ’ŭœœE&QöU€£ °6U!sÎĤ2$ü˙‹Â’ÈażˆûÙÑüú ŝûŝÊnFñ%ƒ€JóĞ‘Ä0'…‚{ï÷uwÉMĝò@A{*ƒ´ùÄ9!:¨Ÿ0G?>€2œĦ|@ ᧤)x*Dñ°LΊâè„ï†MÏ˘Ó9:}™'ö۝H│Ħ :2HĊĊù×Ċ5ŻÔ˜É†hLöiuê:-m°´Ħİdîà[:lÊdµ ?ègĉcì{ŭLŞÜylx¸3dĤê… [àü"˘'EĥX&ÊÌŻí³5z³vÙ)s:E*Ğ`ĉ@X·ċkĊò%We“÷D°ñTñ¨]+n/§ƒì ²òċE•vӃŞĞ1 v–äȆÇ=­¤LB–àĦĥĈUı 6Î/‹Vĥˆx vĦ·éD=Ž·€2ëŜĝÈş–éĥŜkÓ\ġcß ÖôŠtiyÒĈÔûŻıÀR_Ç´˘ĠrÄjX/çbœ(Wê(Ž`/´—>-ĵ× ŞŒšÜ#?ĵ֞Md¤Oœ3PŭÊ\G¤Ĵ:W}fĞè,¸&6ĞşÄ£Dê‚üûĴHü~ĊüğĉwÒïìf\wŽ´ĝKX[9eڞ÷Ċܑ]6BÊÚ\ħb³JŞéŭò槴ô™†‘ĵï° µĊÙ8îùĈh˙İçàüĤĉğ Ç1×jwJjîûì}DûȌéç‹÷O şú§ÍoçŭĊ+1Uo^qo_ñ•˜3ñÌ5ŭäZĞèÈ,w$î_d’Ê[]îğÊsEiR}<­ş—Ŭn^ü+ÁüÒGPjĴÄŜ³C§{ËBžğ˜Şt^Qïs žr³ “Ó|'#žÙĴa"˘.ÜżvߟżPIfv-g‡êM×ZĊöú‹„3‡LÙ'Kġ¸/ĴE_ÚĤ Rĥ’jxn∊ÛûH_¨ËĈjĤğ`َB°…äŝvY[ΨŻÛY/yihŜDy_’äQ,"7xġŞ˘Í¨…=ù­iz¨™ş_ğğÑòêìèX´ĠmŸċGuŒÏ2£ĝáŝ$ŒĝyğŜŽÈ|vúÂûĜ7a.a—?v*AIú S-ħêŝOSÊûċ+EIôŒˆž—žàŻÖʓħÈgİC%IĉddŻ[úÉĜÌ£ş Ĵwv4:aTàAï|3Ìĥa’üĜšâ‘S>¨ G1JÈBO.qïΆ,ËÙÌèIÛĊêĝc%ó9ûë§*ïÛûA÷׌߷sİﳀU¤“HĞŞìXŸ×ĝ_$qĵŜ‡ŠKlÄĊ·ıŞĥ ŝÙ(bġt¸mÉÛ BzV#žâ}Ó2·£bWë@Oêôö„x–Ĝ9M^+È2†3vĜĤŬ[⌛Q-nĠ7]zQfŸ=íHûM,·á-İ,İż„i^°*Ö+ġ5ëıM<ïğ#şÌúcL({ĥI:˨áüB½\ği)‹IJYĜÓ²pññ–sêèġPlQžÎ'²×` )*MÀ½à$ÜKĞĈсt·‚Àˆ ğĈ^CŒâ‰™PIğäϳâħ)ZU[Ç~Z§Ñt³ÎĦVœĦêúbƒœWvö™ÉqFÍöCŝ>!Eˆ@Ï+çNX ŽşĴM§–ÔŬË*m‹6xÙüİĈ&¸şĠd˙DA1aÄİ”°Fv }˘½+d֕9]TÁvÔĦÔ} DÂWNï htKûxŞJĝY4ş§È|gÄdß?‚Hï>>ëÙñOŽŬÈş5˘²U—œ ĵĞ|ÙáË™lk½–T·ž0ñCŒÎƒÊş;/xEŠŻ3Î?Œ0Ĥ,Š?½_•7]‡4²ŝ4İs–ö<7*uµzİL£â˜rúĴĞî~„!ĤvîİáiŻ’0ċfññġíÉ! Û3ábuŝòQ)z#`;#,³ò‚U˙›{of(: ì“]Ò< ħ\ mİżO@íÙ²wĝ u†ŞŽêŽŻ ħ­$߂ï~Û%_Jäżù²@­QèèûjñN‹g âT瀍Öĝ]–ìÛíĊsËCİOÒ¸'œr󌇗Ŝ…ym-×6Çâ\Jï÷ˆŞÄfÛ5 zooìx-(*퇴qç[•á}ŸŬjhĊŸİ^Ÿt@™ìp&ìÓésÇY—Ċt?â{³ÌO}²žô,_ż–„K^–dİ}H@0ŭZĴËŬ­#\VÎâk¤fß­ÒħŒ.$_Šú˜Ŭn÷ĵoiÖĞ äsŝt˙[şħAÎŞjǧŭmÓë/YŽvm6îdDÉĈ´JlmÒnîuêç°!oŻ|D·şâúšP^xŸÄ쒖 V)…ÓĊ‹óĵ–AÇċCĥċ+Ö·R,0›áá+?ibJ5•Ùû^,ÑĈu'Éúé˙o_ñ5 endstream endobj 136 0 obj << /Type /FontDescriptor /FontName /UGRPTL+NimbusSanL-ReguItal /Flags 4 /FontBBox [-178 -284 1108 953] /Ascent 712 /CapHeight 712 /Descent -213 /ItalicAngle -12 /StemV 88 /XHeight 523 /CharSet (/R/a/e/l/one/period/s) /FontFile 135 0 R >> endobj 137 0 obj << /Length1 1626 /Length2 10082 /Length3 0 /Length 10902 /Filter /FlateDecode >> stream xÚ­veTœë’.îîNÁƒK ¸ğğk  w îîÜŬ]ƒ‡àî@ËŜgfÎĴsçŝ™{~ôZß[úT=Uµš–JUƒEÌb”†8¸²p°²(ƒìÍŬ\Ô!öÊ~E% %&çAĦ•pšı‚ ’fÀ %@hàäpóó£$ ŽžÎ kWƒ–ş#3óûJŝ2˜{ŝ§ĉÍÓdí {ûp‚!Žö@×·˙kG àjXÀ@€„ŠŞžœ² €AFY t:›Şnĉ`@dtp2Ĵ Î? ˆƒ%èŻÒ\Xßb‰ıÌ.Ž@ ›èĝ—ê=Àèlrqyû€\ÖÎfo=p…@`7ËżĵÉ­ rt†ĵYĜżéŜ‚İB\\],œAŽ€·ĴŞ’Ò˙ÀéjcĉúWn›ħz³´„X¸ŭUÒßş·0oZW3ƒ ÀèáúW.s Àäâ6ó|ËŭÌÑô7 7ƒġ?ĵ8­Íœ-Á@—·0oħ˙êÎ?ëü·êÍÁž{Cŝĥú/ W ĜŠ…ƒó-§…ë[nk Û_³"ç`p°˙CnéĉĝŸ:w óß bĝkfß@˜YBÀžK  ›2Äġ-%€áÇ2뿏äĊ˙‚˙-ôŝ˙‘ûŻŭ·%ŝ˙Ŭç -í+›Ùż À?n àíȘ9Ŝî @×Ħq³˙ż\ÌìA`Ï˙—ÓżZë˙VĥüWœĞÙ[KÄĴßhage˙‡ä" òZŞ‚\-lVfà·~ŭ-×r°:ƒAÀ7^˙n)€…ƒŭ_tš6 ;‡żàù‡ è`ùŻß¨ú<›ĵŞĴ¸’ó˙p\˙6T}WMOÇ7l˙QŠÄòż…‡xĵY8xù,\Üoğ÷ˆŸ—Ŭ÷Hùw Ž•Ì\Aƒ·şÙ9ŝŝ?~˙|ŭK) ˆċ_c£ájĉ`ù6i˙%ĝKmáĉìüFßË˙Vġ˙žy h²²ħ²MÍHs­!Ìš4èëဠv,İ×,Ì÷Ż†tû†mòW˜>} fm˜úĝÒêıpìĝĵ+Ï´7ÒCĤïNžç‘ùÒ0öĉcŻÓµ`Ŝ `3.AO;щòĝ¸§Ï˽·5ĦĤn\ü„@>ĠÎċŒtqÇèOžï÷îÖ³EJ],~VNMÁñ ]ÂáŬ-ŭÀè`÷|ï.)sv,2­€;:]¤żS6݈V…w a(gÉ'jüÏÍÇîbóĝ0[íÉf5‡nĠGpP¸ħLßäCB†…Ë%÷ĈĴ?Ħáù{WĤÔÉÇO^0ˆFÖşŞ9Mf°¨wŸ—pÀúÉV[‘¨ħş 5ny;£Wñ1İ.2QBn´´S¤ƒ9ks‡}†—ú °AĜ~Ä?:x²˘Gc.aJDUËO]Ég,cÓà5)ê÷ìg*zLßXŻÂġ6–Aĝx8´Ùŭğä>çúîhl½>Ö5'ıŞpN^”°|š ‹È3ÚÏpqŝœU%ŞWΞw\ĜáŭÔĈ+MŞŒR]µ§6µ=4Ô‹ >Ĉş¨­™ñ(“{ë™B>aFˆÜïä²J.Ù²rÇË·fA^FKñTéÓVÚê_ùdöbHd4£„ıp‹‹TÒ¨büĤ%@Š]UfÄSÁj&ĈĞ;“²ı×ôy᎗ĥ:Ĥ‘_ĵpŻ§›|#|2ï Q~v#ÉTKa Ŝ/1Ìŭ(öÜyĜ“ĉ.Ú**ñà5ÔAo‰¤?ìV‰û~š~Œ@Q†êÖÛb•/’‡ oƒŸÀu˘iôlq)›Ê&s³‚ öƒV°äá˜^gd•/ëH†‚ġġû§VŞŜd)OôY2ŭ„Ŝ~-[žUɕó BR€Ü“ċ6GzÇFa~Rnô²Şò_ñi>ŜêL˘ ­˜ŝÛĝ™sÜĞUÄt܋‰Qou,'ÊĈ~“ö8 0(j’Âŭ“7ëíݧzġ'l_a§0Ŝcx+:`R?.Ş^gF·7€ş5ċ’úlĊ?’ÍDn²›·s˜͕âİ‘×SjϙòdY×J·‹OİD0Í´l*˘+~ÇFñœòFI“˘3ÇRž ü½—3×, ÄJ-+½ï?ŭ‘^<ŭעÖ\FُYJ "yúoĴµ`Bı˜)­‘óNê—fj’…´$ꭐ~ĵr}Gà„$0‡Ŝş ~•+ äÉǁ{Ìdl˘§íUo?ÍïaŻ¸%…ŝ üašïĝ9ŸŬLŬ#ş·`GĤÑÓc­_ò•ì‹—ï·ċJ•ä_4²÷Ŝ£ayó‘ôÙnpL™b‚Ñm[¤úv&½<¤'ì(AEŻ[7kVĥ8éĴß7E$ĉµçM²ttè1r¨ŠêzġĵP8YrÑDŒ„,ò9ÊòĤKĵá7u’¤6ĠÎYCyFW´ ¸µ9NÖi)bÙô§/]ÀNG°Rñ“_O”œ½˙Ŭ8Rwéúxh“a‰Oĵž _´´²Ĵ#ûıŠµß·$kĵOŭg&´­ _ÒуSÀ(0úëôÒÑĜqJäŬe}1˙µš† ħ•ÁefñùĉÁ…ƒâÄLJ•dŭŻħ>ïz:|µfmû—ùsµúí _³Í͓4rFôŽ½äÙGBŒ(F0pÓĦÏcĞ~ÊċáûĝRî"#ĈzĴNékö8R݉JúÔ§Áú%$kñ´FİċiŬw §/ıpUl "J>NڈE{<#:nŠà8x ֏Ò}W³8ı=¤¸ì÷w dŠ×ù†íV!C…ÉSÚàµĈAVçZ%ŻŒ…˜ŠÔz”dÇ@ĊNRáŭžÊğO—ÌVs¤J…ÉŒ2"pċSVšĠî×ÈF[T´QhTó|ߪ‚R‰sŜm‚ëu|/|:¸##A ܤxÈVĞÂ!2 x@í¤ŸÈıZŻgSÉhÁy™Óĉ?*ĠRĦ)ĤyÊÈÀç̚{[E·ğ%%²Ĝd5Èbİ­ža~^ ĉŠ+ ߂(´ßYJŠe;“Ö%Œ·xyÊî cE –äêoÁŒÛó‘ÄLâA6BoNßĝUQŸŒşÓŸ}ü.ċÑşÛ ! pûbXÌÑGiœI…÷{íÏÊħ.)ä#ûHVq*aéö3Ó…¤Á<FP}0£Œ–ÉT@8é$Ĝ6xŜÍKß#_Zšµĵ~JzŻMa—3œÂħÜŞV¨àdâo곧j´Î•QfaL¨Iôá)û{ ½^âùÉϟnm]jçu?$àZİIŒˆkƒaI˜˘hÏğÇÉ5héÉiı)gÊdċö½żwùŻ”8İÌmÁĊĴÚ÷e~F’ĥ0İEŸĤ‹%2_|J<nĴÍóVYS u£^Á$-Ä.$Öa­ŝ>‘+Jßİ/]jLmyPKj˘²ö’œ‚ïNehÜÂ>˜Üeë?\ŬïŽŜZĴÄq|ôş1™oŠów›uîşRLÌU^ôĉ¤Ş,€2¤zxÁĝjŬm_ÇŞŻî#YC¨Żô8Äė—6,òŞÑè=[ÙëëĴlˆîǝş grJBagÇ;ǀ¸2\êÎJ( XTÌf“‰A×Ħò³ñ“~=Y×NêêĦ[ŒöŭşWb4u":”U,ÈĠİ&Ĵ³£ŽèPÀ½èĈµEuÊjPr²Y9ÜKĜ<:Á#ħQêjÇÓàuûgsİ˙{qùOkUx£gúêŝŠáZ/G9É ;§şXL­ĈÙÔT[‰ ë“sşŬ4^R |Dƒ_QkE“b’E?ô*ò| ĝoòQ„N‰ „|\£T`* •÷ìıti;5]9#½–˜îLÙĴñÒ/žż fa~}·ŠW†Iî׊+½y*PpùžÍäÓá^Ä}ĵ~ıґ·Áĵ4Ĝ&ASúÈ­ÂñR£qÒäġÁ3–pX…|Ġ'öÉ]Í!äJñ‹•„¤ê-ŒäŻ*G ’ä3 ŬJà9.˘G€8–…öÄU˘Ì£8ÛIŽšÌ²c“ MŸĵħw Óĵéc żî'm@e{ĜáwéOĜ~ɋŝ–O·„6ËEùF·@¨ıMÊ˘&úÜ_‡é îĴÖTvÓyù]2œ-šö ûb{é‰x_ÛízËĊ5@ĝx”Ŭ”#ä„ŜëßЧÑlĉ:ˆħ9³”H‰$† °šSĴħħ‰qz nD×– áԖÍwiYĈŜSŸŻ}6ï0@CF²Ë_ó˙ †ÂĈüAotèMyğĥ"òé{ÓíúBTB;†ŸËÜ&'ŒKy•?tċáx>ŜC²N Îh¸ßî¤ħéħ:JşÈ ħcֆÉIc¨Sĥ0?OnäĊCŻċÓTµtĥOŜfMÚÌ œ<öş³ Çgíİ[*Ê-xĤĉ.‡+.$*~×ïC›S[rŠê!(4…ġAı"íĠ„v]úŠíĤ~Ž–=ċLßns¸Džö?•iĥ …:>|#ßW͔ñcû)6òYá˜Ħ4™Ú'"NȑÏ.0PN)÷†ÚË"vL6ÄÈŞĉ€^²½÷Ät'Ë8Ë7”‚ùvûJşç„Zä&Üíw ÚN7ž —Bj×dJħ ޤÑ6RšQZxŬ3ôÊ ċD1pYÚGĦrĦÑ=†ĉ7Ɋ•éwT\òGfcé›gŒ*ot°Û{kËĠ&ï3›oşŜ× ĈîóŒéN!Ġñò ġ}VœrĊ[’@Ŭ 0Œ[ŽÁp  WĦç›ëˆ%5JM³/İrsĝfÊj\*ĈÚqÌÄaĜהógSpĵâ™2£úż3şµ) twÓÖ§ô£B6œB˙ ³•ò²ñ(ĠT–Bû­FĊ˘gù=íħĉÊԔîëĦmŒuò6ƒÀ¤e˙B²D”ú_wnÓÒ%'ÚĤħڀIZÖ£êeá ĉH2œ½£Ŝgx~Ÿ@}ôa\mWD Pg4@ÔÓìSö)Ŭ2"Ĉğ;½ïSħÍ)ĝşew–ëÄÏnehOÈ ĵtñhœË3ÓÏıéı •ë)âê£Ġ˜ììQħuĥ£çİÁÉĴL|á„ÜÉÊ%¨F›Á+à(ĞçµáşÏĈ;†żZ×_ Œ…Ü´‘f%ž·ZÒÎ(5(Ñ-Hâr}ú›(ZàĴTqôÚ()ۣ̈́Ëfé’Ċǟav™p˜ŽËœYŽ¸œÀWˆŒĈ˜´Sk֞ êҗ|û×Ç×?ŭÁÙ?ŝÜ °ûD·˙90Ĵ@ŒsósB‘ä˘{ôċwW²×nš_"ċrj§M]•Éċƒ‰VÄuĠÒü=ÄoŬEOj¨|=PÜeżD1§Ŝ>1Á˙§'IŠİkQ=Ħĝ#ż·ôco‡AWċÈ´ó­ÌE§7ŜŠı‹*F“ĤzÀ5A£´Ï#Ÿ)³>UÄoĊĝoŬA\ê<Ù°û˘¸_ĞlĠ íÉÎşd ³3À×ħ#ÚĴí^ŜÌ+!wç)ß@“ ɲ³8(t7c3ùtŬéĵĝ+‘áoN”y=~˜Ù1§x`•ċ”6dîbŒĦ‚âœ]„B€ŭ§ĴÎo(›Ħ!ÚN˜ĤŠfäp4GG¤%ٚß?Cŭ…µ¤Te` O¤ûW Ô¨›z²PTĠĵó\ KĤ(•š<•˜ÓjÇ{ĞäÉOÁŸ1ق)˜3Ï0 żw}ò×ßŻè O Ŝ¤Ûĥ*#ߘâ4µĠJĦ†UBÒäÍ]–j3–OĤᘸÜÎ÷^ ú*L8ôHˆ{Tĝ@nnîI ‚:s.ħǝw²Ÿ‡3kĊ¤ÖD¤NġÓÊŜ2ÊüÛPYÏìûyÍjç$Ċ):Ö0I3[ş7µÚ‘ûÚ nÉ+;Ò)g„˜[ŬV½°vĴY6’²ŭ)Ż}8ƒƒžéB˘İh=7>9ÄÀRµSžÔP¤Oµužëƒ-×ŬŞç'ŝÍAUœ)œ¸˙gqXšç‹ĥ{G”ìġqşİĴYçeğ#öħFQNÙ½(ÍĊ4êÜC|`‘=f‰ıŸ‰Ñ/¸ßÌg£żĞ~>" ÔKM ĴĊ, M´ *!;v%›Ìdĵ¤Ä>B$ô)’šf?úѲ*AÇĦĜŝŽ–ñ7§Ż P¸áµ:|(l+ƒOSÖ ûa€`Ó>mV6J*0‚ĞY4Y8ùö¨xñ–ùĝ!ĉĞ}^ú<((@b­+‘ lLœÎ9ñġQ’üXŞÑ=ĞrğéK=o£ĥÛx䰞T1öŽÜ™kvj˘¨²CA³Ñ˜!­Ï |½ÁâÊ)êIêÀ÷w‰…L-GnHô´Óıöw:żo=éĵtüŠnÔwl‡:ġUkv)˜úŸ×WÈċ~G£ÜsQŠ÷Ÿ`d¤_wÊRdœwŜûĠĜşò~ġîè 1qOüÇ7]SĴ>í`ûì•îê(ÓŝkDkDÄÒN>ÔO‘Zc:Ğ{"ıß-uq oÖl‹s€TCĝĕžT~Şf¸ÊÓ İé{·Ò|L§C~G ˀӃıx¨°ê Ĵˆ‘ïš÷Hl{vÍñXñ6:ŒÛĦáÊJÔŜNŬ=>éş5ž7´á˜‹WͲĴĞiy™nC¸-iġwšñ6•‘Áö÷@‘…/·Ë*Ğ]]ÔÏàQċ<&; ˘G4ĵx{Q9Z ¨‚`U„鑸,­µÏ:ÉAn–tÚ+ZU{Ġ‡²ûĜïéüĊó Ġğ‘JyîÓ7ĞĊÉQu·íJz§ÊĴ°VôoğK~MĴo×ÒŝŜ›³IšjÏñг/ç›àÚö$Ğèŭ1ÓŬkÂÔ¨GËs„}‚úg6L*\DĞ×1£ ÷ÏO^2é"ƒêÍĵŽmşÍ ‚ ħ0‚·’°Ê!7 –G¸2k,QË.CÊ*++B(ĠDò§İáî7ky á3pĠë&a’ (ƒ_0³}*ħìÇê´ĊÓñÀCkĞO(˙ÛùQfÔĴ£Ïí.-ü¸ĉ–pcŒĉFì$€ĉżĞó¤m,ùçÒ?–”•ĥÊN̽KŻ>Ĵh‚oM´öŬˆd÷ƒ`~ĥEöà0ü‘…ŸU8ŸŬC›áÚ>oĤE Èh,œw=[Û"gzù×Ld;\%Ġ˙}È1YN³H,oxˆEĝİZÔs ·,šYc˝ˆg?ŻÁs˘„ğ oı¨ú@%66>ÇğóÔĦ]É aİZ gOEü˔€Ĉ˜@́Ğg^³5ùşˆ &Öù—üÁ+Í4ÔĴëVħıĵe'ĉÚ~LĦ÷üÁcOŒÁŸc›|c:bñe=]ÚlËİ#3ev˘‘UxĠ>¤ÙĦfKĜŽ"ŞĠZYgĵRœa“ĥF˘pžP(†·NìyGâ *'nĊEn'>ĉ"öŬ2ĞsÚ6Öhò• £&&êİ6×j)*úĊ2ĦÒġ?¨Úġ9‘ F'‹ŒRe–Ÿ~5‘/'×QÖS6zWÚy¤%ç(ğ·¸.,sñ6ĥÏü#ÀĠUƒü ے•şj¨È˘OîZEì‹Ê&PJDŝÎk’”kû( ġ…ÑÉ}T]É'żÂ;Ó"seŸéìáç ĉžġıôĉƒ —/sHn˜úA3e™żNœAÔ.'ƒf ”?úVÓ½lÌn( ½Á>N´ ½Áïˆ_ŸŠ÷Óí=oü˙t0˜‚ŽÊNÉÖP áĥ'%Q+<ĦŸö EI‰ĝµà˘ŭñ—Útƒ< yyêd5½ë~`)KĠ`Â\œK`ĊVÉG*vGĨĈ[=ÜġĵCĵ(Íħ>cÀ ĥy­rDS™ÂpĥÎı۞iç&ż&­ë’pŞä÷„¸áĞNàÖ7U ?`Tšú³œ+ ’1ϙ˘.èsPʘñä闤ÖÛZdî*ÓXċ08k†â“Ĝ2„ŻûŸÀfLO’˘U_0ż~.'AlĝöYӔS=DÇğĴFA.Dt.ÁòO틎Òé,Ö ġR˙˜Ô} !Ċƒ`}3¨(çĠ“ 1ĜjΉñ †’żÄĉ40(’Š%ñċşĠ‡–ò£ İVîîᢖFÀùcÁ´62 ˙(ßú0ÉÈÂĴd+əçġ;ĦvݨZZì%˙¨’WµäiÜqİżÒڀsGeƒ™ÌŽè\í+¸X+‰>YğüÉEb@áäŜE]¨"ZeâO^ïk¨&/˜{„ˆ†çIOÑOhŬ™+Öz‹Cz'AƒHm”4Ó:P³#Żuoܧm‹×ò]v !hÓw*vĤâü§Op·§Ş!ÇB›Ċ:GZ‚‹jĊ6]ôHPvÜ5c™ĵŜWġÈ ñ߸üÎpħ\8…‘–ñôĉ~dEÔAïžË Kŭv¤*YġĈÂĠŻ8> Œ˜Žñ!4x dऔ_k˘ny½z~hĜ‡-íŭ˘[ (=žÍg{8°ŭ%ŞÇeU)_/ßfŭ¸ÚHĠšh‰ÚV³ĜœÚÖÁÈIŽ*c†y²´U•NĜtKM$˜vÈĠ Ï'ë͞ „˙YMÉ)P.*1Ok—À­…÷­…ĦY˙ĵÍìŠàÚÍħ‹Y\"i¸Ğ$İ–>Y†Puµ(rmŭzŒĴ]vëCŞż — Ġ2³ÜONèéZânY;·:I%- *û„5p8üXyë,~½‚ħùíúюt¸“­ ġ4ÇSä°ÖÏ:rıH`gż"ĉëŻĞŜJŬhĤߌ9ûûükôğˆÊR†?`iżdŒpİ–eúkUöö(–ÄċÖ³\œÜ,D“6ÍSôŒ´?|ñŜŭĤÒsÌ&ġ-Ô9Ġ½?j]œÄòŜ”Í[+ ˜L(:ŻÛ żZ ò0W$ĥ:ÍX.ûâ3&†\ï˘Wxa\J| \½ù^ñwE7Á DFá\ĜÖ-Ş™°ŝz`Şf)pAŠdžCğ„™Ñüž‡Èŝ|ó|´{“dáĊeAP:%­oĉy¤ĵ=4£­¨ÒMÒjŬ€‰’–İ|ŞıŜ0Ĥc‘m…³eïäİìšĊÚP-˙ì´'Ážö< !'÷•ÑPòx£Ñ+Żƒ$ÂÍ>ç¸ë:÷6›—êA'Vï]ÌġloôA°äq‘ûœşÚ7X™dÊ tŞ\yxXÚè5_:l7o”_$…kPs/É£+j{|× ŬhàÏà8Îí)Š3ĊUàAż”+¨‚‹¤ùÛ÷tĉÑÀË'3Ĥ„†0Ħ|ÄÑ­ŭ#À‡½³ôs·Šşê’›ĥŬv&1ĤŝJïR­-,ôÊžÇ$R~;WŸ“ÀÇïır1V:à)‰h&36Iút2WAm_aŒÜ\"¤´xİdĝJ]Ÿ˜ĠĞlŸ—ÖéSdn¸1ŭŠŞ†A8n›Hĵ:Ż~˘ñ~DX°ĝ×–"¨Ĥ ǽ˜G³²ŝÛQşİQJÀ.°çw49^<Â#ÖĴQùÔĜ}Zı˘WkŝîeÓÈĉu;Ŭ7VoÖ#%İn>ÀGa%Ş÷)^÷Ŝ]&%‚'ĝ:(xêmqÎuıG–£Ċ¸W*ğë³ö‡iQµġ›Ŭĥ+5 ßıùïŽl5˙úĤÈıφĤ”’/8íÌqŽ>‰ĤÚ42•Íb0^ \>˜Ħ“è]Ñ%›V$˘42äĤ˙ìĉġVŜö¤Ëdĵ‘<Ȑ³ŭ%äÛıf¤ÀOŠżEɧgÓú³%w>T—ΈYD!î4;gpwMBH‘ĵ;aËĈ@P\€ŭk8ε˘Yyet{ŽŭJ)Ĥ9|ÒÔaJgôHo@Í)'ÔŻĥvoĜĊŞıúÔlyÁİ<”7z]pVŜÓ-c¸"mÈjßü9‘$Ö)'fĵ–ıߗQ53zıË<&ŭ$—0÷Ş$Ñ3ßoĊJt+ÂO°B˜’rRž^ÎÉ%FĈ1ĦĥZ‡œŬ†¨x|ıX4héĴŜĴ|'¸§ŭà”ó+hxċM•­ÍmF5MTú¨\ʤL$œAŝµâIXR•-CŞ=qD&™—ûbĜJµwÁi =hħĜï ì›ìjôú‚ÎtßBžŻ~Œseës×%îï*iħ*‰&Œx íVn³Ñ7Ĝc! ë¨M-œX›[(!Ä+ċÜĉ`°D7oĜñŝo÷ÇÏäCvâb}sİJĤ9aġ\Òì<˜™›N^ĉ‚üġ_™ĉ-š‡"ċÌA·>xӝ_†O·ĝy•'FKÜ" lêóDšş0ŬĤL] N½3ë PŻS\²³ğÉ̈VËŻ &Fħ³ÍZĴYêsÙ˘S²Ô7JC’SÍ0>ä;­d֘’ŬÒáı(˘RÔ>Y·EDĉG~§;×4Ai¨ÁÄ<ñGaW4ĉç@ׇbíqRħ'şkÓâ6\7ùöj/ĉ½„dĠ|‘˙0‘– endstream endobj 138 0 obj << /Type /FontDescriptor /FontName /JPHBMW+NimbusRomNo9L-Medi /Flags 4 /FontBBox [-168 -341 1000 960] /Ascent 690 /CapHeight 690 /Descent -209 /ItalicAngle 0 /StemV 140 /XHeight 461 /CharSet (/A/C/H/O/a/b/c/d/e/f/five/four/g/h/i/j/l/m/n/o/one/p/r/s/seven/t/three/two/u/v/y) /FontFile 137 0 R >> endobj 139 0 obj << /Length1 1630 /Length2 16838 /Length3 0 /Length 17689 /Filter /FlateDecode >> stream xÚĴĥctíĥ&³ÂŠ“JV’ŠmÛĥmT’ÛĥmÛĥm£‚Šm;_½{÷éÓ|ŬşÏ5Ĉ3uM\óžc‘Ê+Ñ MD6Ž4 ´ôœY kC'E µ,CšFÑÄÌ WÏGB"dobàh´6p4ᨙ„MŒŒŒ8€ÖÍŜÂÌÜ@˘¨FAEEŭŸš\†n˙aùé`af ŭûálb´µ6ħqü ñ¨dbp47˜ZX™„ää5$dĊäb²*1{+€ĵ“Ħ•…@ÚÂÈÄĈÁ„` ´Xŭ[mŒ-ŝíö/–€Àà`kbdñ7ÌÄĠÈÄö5ÀÖÄŜÚÂÁáï7ÀÂ`fo`ĝwŽ@€…‘•“ñ?üĠ›˙U­=Ż‡ġ_Û_0y ƒ£ƒ‘½…­#àoVyaÑ×éhnàĝOn‹żfôŻ§1È韖ŝeû ó×êh`ap4quü'—Ħ ÀĜÂÁÖÊÀíoîż`ĥö˙*ÉÁÂĈì?+ Ĝ›˜Ĝ[™88ü…ù‹ŭÏtŝ³OÀ˙Ò½­­•Ûż˘˙òúŸ5X8:˜X™ÒÂ10ŝÍiäĝ7·™… Ŭ?ğ"ac 0˙[oìdû6gû ˆüŸĦĝ[„1ĈÊ `lb G' tü›@ŝÇ2íÉ˙ ˙·üßBï˙ı˙•£˙ċ˙żç˙ -êde%k`ŭwŝ}cŒ àïHŝ94Vö˙żk +·˙SÔġV3ùwı˙0 Gƒżc°1ûK =-ŭż•˘&ĈòŽFĉSĞż3û—^ĊĈĜÄŜÊÂĈä/·˙+€†žŝżĜ”Í-Œ~ÙüCËżM&6Ĉ˙µƒżtŭĞ~:Mau AŞ˙́ŭ—£üßEpTv³ŭ[Û˙èFhü?…`Vv #;ß÷÷· FfŻ˙MÊ1ü§,càhoá úÛ7=żş˙ż˙”tŝ ŒˆĝŸĠQr4°1ŝğm˙SñÙÈÉŜŝ/É˙:ğŝù_{obâjb·ĥ 4â ´LÍHsĴĊÌžÖêïe²-iP.Ì÷­öĝ¤†nsTèż×Ñ6Ns~ĥı-Ú~ìKRŒöbX‘ġ$›\ĉáySôċ£l’v°QĝÓé– ¤İEz\-J˙dW=Ĝ™TPÔ-~‡ú1ŬÁdsġDáKìœï‹öóÑÑÛ(>½ıµĥàôŒ4áĝé‘lpldx¨ç²o—*;–„ˁ4Â×.—OSÂ#’˙ V ^âvÀ@ù@Jé§ùž…IA°¨+NmËcÁħÂòxaúŸQşùsù lEzùG´ñ"ƒŞ(Z2ÂĞç"Û &Q8G­xЈŜŝ•˜Úñ¤ ëƒÖĦŸNÔúĝŜ9LĦŻ5W91ĴËşnéNğ¤HM’‘€MŒñѨôŭ¨˙—L(yá(ŽîğFÈĞ'z$ġZR5µ\nm:ż" ĠQ~P˘1ġ zżˆ"0Ê}%èÉY—FDÄU'5ȇ3ŸGWò™4Wóò’ü ö>™5Ĉ²żƒżl\î”yQížüÖâ‹âAT˙ĉ4Ĉ~§ ˆ ídŻŻˆÈ|ğY˘lçıcLJË_bċëŬY\mħġ"ôN,y BĤı [=…}ş²n;Šx=ê2FnĜHñÜ:+—=wŭ‰ŻÁCzîoa _­D²Âz’ Ú5ħeĦ–yN$eĤvıa\˘ĴÒaŞsO‰(}Ԗqw´ Œyüŝ²’÷ċž÷T)Äaĉvƒ—ɔÁ#ŜŒZËQ'¨kĤ’YHO ‚Œ@ċÙûLÜ#GҋFĞ1YÒŻÒşŬ<ŸÙŸ3B˙Qt´´ŭ“Ġžü-YIš#S9X·"){ydPJ…·ŬqI×ÍÖQF,ŝëmMȤГ¤ƒ6û÷ÚöÙu3`]@sÍ?ċĦ:`mYÈTíH†ô˜CmD$,@ˆ \Ó Ô—Cì1ŜöÀ’“_ÚpÉ#0‹ÜWşI=PHucĴ]@²ê­šĜôAmĞèĆ½`dìÌİ\!·ˆ˘ëĞ'e@_UnÎĴ/TżĉWĠân‰ıUş.ŠlÒÁhşÎÉPXÏA%„ï̳˘ÉĵîïCÏwqP­Ŝhwñċ€Êġ¸m=ÑÌoaĜ+œ:y“u{ˆÎĉp°`…pĵ(qİ]7ù6ĦLHò4˜'Ùî  dĵ?ËO˘ ÷ĠSĞe,Rš;ñĦN0–,‚&¨ĉSŽ+ßmfhˆüŞ-~yZ5vMÚÑŞ:yIÖPáfˆNÀ¸ßöÒcĉ)›.3˜Aä1‡KügU$Öiìoêú¨DYúÔmE·Ôu³Ïċ:NĤ-•¨¨‘ Íë2G,çR=gnéIHÚÂijç3S¤5ħ~Ç@ŞÚµ&IsĈ^ Ö×LfÑ)bh"\[[²êµ ‹h–ÚûE2òcL÷Šħ3 N×6ġx&Ü´ì0Ŭċ*D?oÁ+0 Í-cŝĤtà%_GĝÂëNSÁ[ż3òU۔÷§‰éZŒ0~Í2Ëá…Ĝw;nÛêÀBL›nîĉŭy=*š%‚^ç A›\EŠuc.Ùq‘ùm÷+i''AV!ráZH°îdİ÷Ÿ;Ĉ=­”d´ĝÎsL\›ÓueÏ8[3Ŭ×Ü?’*Yĥ%ċ×:|™2ïŻWıOŬĠ°—Uxô\gé6…9“ŸÍ„Û…ŻY@ ´A²h$I˙’'UR¨HĞk„ŝ>Ls—]Ï uŸ c,/AZĴ8Î>v(ß5n“a{äÜGƒĤj°YŻ´ Ğ*Ŭi߄Ŝê –Ċv)§ŠQ¸ßs„-ƒ|•wä=×â ²)] eĈ_ Ïğƒż¤S4Ç'Ü5I$S"ó@ Ĵĥ0/~êĝŸ-Żĉn+³d¨eÎoCÉŞ3ëż°]3ır ĈğDşz.¤B†/^úÉ(0n{% •ĠûP hُ1 ?09 !˘™xÏĉÔğ³€1ĦPÁ1%˜ĥ°qoĞ‹Ĝ b7ÄVB_ ÓëÂVm8;°ĜQ‰ŝ é„ †á÷ˆGĦˆjl5–xix…áÇdP$äı÷ö‚ ¸ÂŽj‚Û˙dÖËİ’•­ßyšĝ‡nŞŭıÇq‘ ħü=×Ċ°§aEûĉ7NAëİUüĉıù[„ı[1—Óm@ĥGğħmşÉëJÙ3Ö߆‚ÇBF1…½ôI[ï·L{¤Ÿ¨¨İC˙(F)ëÜŜŻ´Y/LżŒœ¸ÖfŻRğ}£%OĵríX5Ͳ›Š8lÜdUêU ċŬ ;Ĵ6¸[ Îù‰‰Ĝ͢ììÌ<>:ÛwÀ‚tĜùŜ+†Ò9Óŝâ czx żH`ú&… ›R‡šÏı'Ĥŝ˘9#œÛp^?§E݇Ĵoĵğ(IĉĦì²eŠXœ|˙àŻ€Ç;[7¤§„J/Oñ5pï;lŝ²QŻŜ’Ħ[4NèM͈Ż …"aŬnĊ6VÔ{ĦLë$Z1/Lϧ›ÛġRé·ò²W·oċëâWróıMÏĞé)x£™JÌUiÉ ?nAWüĴJO$”×ÍEħ„qFË>…6„ +ëŜGa&ßBPi‹)òìWg˙Ċ#A†ÙÈŜ;"91`oû'†eùÀ™‹ÂM_Âä^—ˆ¨šĉòêċIk¸ĈÎH\ÖXĤe@İMvúÌî3/à˙³µ^ĠwÊ/ûZaĜQ“'OÛ,´yqù„Én‚Šĝ-qQ7%+ ?kI˵¸:u=r̔êT°­ıµKsĵHj K:˙jç^â{k†4äÛSèd8¤ÄSÌ@ÖĤŜĤH‘ĠAù¸Íâ Œg‘'xAú'ٖ ĠêŒ~ ËħX{‘GaÇX& fÈ6Z*Žk™˘ħœng/½6Ìİ(I†°n€uIÁVşvĉn–¸3Ĝo·Ác‘nîâŜFC5yĊTzäüs .1½ÄÜóïB”s;Ħ…Ì`átôĝcmJ^…öAıXlŒj^'’ëĥÓM‡vœulUAX0Ż&óxâ]ñ`ÓJŞ5Vü§ŝPJE ôt(MOĈ2à;>ĵħÍHu2Òìoá)½]–MĠ¸z5ZWÍyĉ^ ;½ ì¤sbԙ•rĊȂ=mJCċˆĊ".tĝìÄ"š³„9D‡):í]­çò³ÖLĤ­e#KSš+­ÖŜ¸(c9ÈQÊïŬÊÜ×D Ù@\\Â/ß=„é˘{$yasHëäjo¸|LÁ™"ÜQÒnrÉ%çò†ÚF!KĞ£Äžë —’@Ï{›ù1XƒŠ ı֌ŬÙyèÑoïb;ñDP`Iħú‘Ĉ,VÔߙċËüÎóĈéڄlOĴNÖFS5:äxzT'ÇħKX•q[QÖ1 :áùhşİ*.¤žÍ1֙Ċ­Ñw—hߐ˘9Â|G†7.„£C?ˆ Ŭç^0:1ğe’~zàĞe3Úëœħž{HŠÓĤ4Gpí9šdÜç˛G ó-D-Ĉ@Wö dqmÄä }Ù3ÑĝwÏx¤{ñ‹u[é úmPÏ/˜ Ê7³Pä™d} öFŭ£e LZ.J ˆŽ'ù{3•í„D?Š Í uowŸœ~ĝ08< ‚ò,F“~F¨xfÔh—Ĥç_Z„Ù;Aü˜şċÎü–›hc¤4*<žuL!7Jz—6g>ħ~ŝPmš›²mŠê*§oWb ħißÉAô?‰w~§'OŠŬ {#¸ħ~]Ĥ0¸ =Š ­%èÁkzĤJŭjˆ½o),a³&F‹°Pû([qËÖ\7.¤Îèĝ”´÷ĵÂGPb'jŽżŻn,àò(šâŞ1ï!SY4Úcƒpt%Ŝ^şÙÏ֋&VCPGĈŠŜTuzç·k}Ż_Ĝ.]R­³tcfüôhùbeOG0TnżvTMuwoQ9½Á˙Vé•ç‡#M9%óÈŞÌ$ĈvéN‰„wgƒĝݳ>3‰páj5ĦĜn”ÓŸ0ñÇ)pœ4ë/%÷%žż­½ˆË^Ġ ŜG·mdòŬÜlŽ+¸|Âù”ûûP5Rµšt¸X„TŻlÙ´nŞŬvŞy ÂŜJ§aŝıv˙aħŭ§2,ÄÊ×-2F@ÇN̽mŸĜ°[ ĵ³{i?V´& ı²÷BŒEİĵu^>gM,rˆšċšù†”ƒËÛ0›}ĝ‡•Ż@³ËaÌĴ:—*Ż,!”’ĝğòv5ò­Œ|i‘ݳ.Cšb‡'0ûXĦäğü!cöÌÍD™°#QŞ’Œöï~ZƒbhÁšiZ)b5•OkÌMİQXmĴGá&Lı*^×ŬA°ÈoSûDóùÓ#şZik*aŒ½]ô×YĠŸìĉIeŜù˜qk‚Ĥ^u"‚’ grÌ˙Zè\%“%Ï_{Ce3{b<êäHŻá9(Ö$xÓ½ßtÓĥ|¸˘iK—Ħ{°ÖqóT„MTÊ=îyĤCŭdˆj;ÔéżÛ-fœĥ§{4kÈ{$&oĞž}h³§İ_~@;ìabڀóbb&0t/P1§Nħ ÒÀŸ'öşÑ qĜkBN³—‹Sëcu^÷úP[ĤRàjĉAáóAİ$HŻ4yĜó¨ív²û“†äşœ |ƒqBü'š>Ċ" Ċ^a ½ĥä˜J‘s.¤ ZxŻ%wéÎLšX£ şR¸û#ï•ŭ-mŞ;f’Dµ§*Ì}a›ġFYlNĊ+ċL Ĵ ĉY%˘Ï§Ûgô*ç%l²`Sí§ôGċÍ\,2§ñĊiŝŬÂÈŝ%;} y xñ³!ÚT&VŽíGĤ<ÌKÛ\"lÉıÍ5[ĝl²ÛLsCÙ`.òú£Ĉˆ;êݍĊq0yÛrcëjİ 5Ŭı~ĉÒË ^;†ˆô°öÊÔ^„]²èÔĴ/jßH7Çŝ}FySIÁô8´$—*†ÓÔ"œmˆ½‰ñ.ìÈïÏbߕg7`şJߌ`í`ì*â·ħ#“\7öBE{òŻm¨Ó·ÛEAô½ZDMü)oÚŻ@cáú›µ;IğS Ú`ÎNò½/A9>p.wÏĦçĊ –Ĝ…z#³ ċĵ)]|G£qOÇÚ~Üż"5~ĦÛŞÉV†9Ġ‰„˘†ËÑYä9E€­hĊ+µñÀEŸ&7á0!ù=ëĊħêĵïÜâ\Ëe-ÑsAŒLħFçï w‚=ܚQ‚˨óşm“ˆù}HUMWÔ2Zĝz"Ql [ôxù2 á5\£ÛÚŜчcyö²Ç˙$bÍıĈÍà:—XQ—zé€Êbe´!üĝR.Œê“Úv⁘YäT.vĝ HBS'E€qûRI´9vd¨d‘¸óçO h%žÎıħ<×À½áï`Jç8E¨G½`FÀâĤŭ}p½làr}ˉÊ+­”ġ˜¤2ւjĊ’GħÚÍè†nmeÛZâDŝ'à;ĜXK- ²c–ךH÷ŞÛ5_ŞğıšâĠ%nJ.qBLÄ 6­Ít™ÚC)Iĵ²Ñ°’/‰]àOÖ'KXGÊ4Ò·D“ġO~ĜnàħAW<ögŠŽá€[×zœkû>`ŻÊá"ÊÒqŜ5Á­–ÂzEA$­Ü%;úŞÂÌUŭFġätĝ<„ê5*³.EĞ ì—ê;ßÏO›a[°˜+ÌcŬĞ8³‰’j>2µsÍ_ÖÓY­ÏĤ“.jĊJ‹ÖƒÓ97%âH璘Ħ=× [ÒDĴ ÜÂŜ³’YíÌÎÏğ‡x·) ħóÇŒ|\eO^™G,ĊE˜Ĉ3şßñpżIäLD.ğÛĝ¸ƒ“ħgµRî “È hĦ”×ĴÒÜ5ۉÔN Ŝ@hƒ ·‘ü’†×tÌñŜq$Ħ+ğ-H\–Ĝ_ŝˆ˙qĥç.AĞ@Wòhb…żx9ŭucħĝóގ_û&;K ;lżĠżhÎâlŝóhi…NğĊİw·6½lÑ„‘Ġwò$IˆK)èœá”\÷‘P~ƒrë•ÊVášĉâ5<1‰żŬO‚ŽÚ,ĉÊ4µı9·X[äĥŜ˘êˆZÑğˆÙxÔßÄ[CÙŬ³;}RŞOËdh³OÔòŠfŬBù݆7ğcNSu™XĜ:žÖŬ‡ĊŠDáöDŠĈ–áó‹‰5Íió3v1˘D—ŞG7€·ì­ƒüóçŝŞâN1òBA?ôB?& ?kÈĈ'!{„>tĜÈs5FmêĞ:˘ ÷„Aêĵ½‡ĵċŝú ÑŻ°ŬğʕêÇoà/!@QŬ9ÀZo£#X|á¸*Ż1x£òÎ=ÏPn|Oïî˜´SŞmyÄʆġpi´eL 8+ĤÏKOC<}qo”v58W”{ö'ĴĈĉw!.Od-ݽ$î–xDFÁš€qü~ÙwzġŭŠé„¤@6B5idËÀ‘[3[4\ĉçċpġF“P÷&‡ċ5- h‚ßŝÌ|´|#‰q³ê‹żĠI3ùSvÁ%\;ÂpÖş?^I™adoiĴȈWÂkûÚ?y6ùÒ¸‡t ÜÍÔâġu‡avìT-$ı1Ô7鈆¨Š@zN¨ñ= ˆĦ.UŸyj¨ÁL k@¨Ü‘*}IUé: ›¸owĥÜ<8Rü„ŝ³àŬ´{²ìöf™h…Ñfp…]2+6Mż-I\û˜g. ‚.ú6/ĈĥŞeUہҗ~·İl{ğûè68vpûAF£DïĝÏċ(—ĤJŜ‰Â‡D”ߍAòYĤÛó²fÚĠì·ıP–}D ~Ç6#!0½˜­Ĉ8ZŬÈ:;Uӌ¤Ġµ%µG 4î>eäb?v£òdHŭÙ!&š‘AN~(Ñú‡Ûv<¨Y ‘JUa0vèOİŒó…ˆÀ8Ùäè[b‹˘£R³ /hżÊ— Ç!Ŝ£†eŝ[â t3Ġu²#”Ñ°–²[q&Ş*„óÜȂ O…Rĝ&Fħo…4|[Ùñ"‰œÄ†îÛ}Rşżê‰G]#ƒ#bu•–“)‚êĉ= ¤ÑOB~1 äġµÏĵäqÍ4ĞÛÓkM~ Z⧅xìĝ G–uÇjë, *H÷9‘ġJ”§îqXŬßš5]˘ôìmU SözĠSlìt“tÏÙG˙1pž›u’Y¸Q‘Òûµ™µ8 ‹uìÎÂÖ °÷ŭ8HnPž·çĜŝg׆‘³ ıÌ{[Ġ}ı…ŬçNIJ’]ä‹àOÚ}Ċ~žh6íĞ3¸Í/P˜ÄĵoÓ3ÀdÇC6̗"D"9ùÜğËRE\ÔÔĞ÷?£.BkŜéúé0́opܔäġnÑ>ÎĦ×çÓf²ö‘?&À܈ŽAmšór)v °y}ñ-UÇK4/]tUĤ\4ÇgÔϨ•[‹eÈÀš0 ĵ)ÌWFâĜ„.ʘçÒ:ŻÑôz—×àŸuòòż?KĤċ·j^R÷SAĥĤ· Çú@nßd*ˆÛŬֆ›|Eu³ˆ>8!óñ<Ħ ŭ¤uċ=R¨üĴŸ&\š ?X£:êÔü£›*~ĦhŠ˜œ“9-Gû–úҋgZämċŠÒRÊ5N‰”aċвíâġĦ½!()Ú9lúıAŒO¸`ĝ3Ï$Zg §îöD+ê‰&0r²ĉžİ9Ŝ4RŜ{.)ÌBz,)`ĵ•\‡“ïôŞïxaaMšş9Ôs ĥ2Aí ÑLAJĠfd„Úñ•€4‰G\ÇKÈ?ñ脗"Ĉ'àèsÓì[‡/WŽû÷Ží‘nE¨,ˆ˜J*:Ğ£Dz˘–ó§ĵ8ĵB E&“NŬ¨Ñŭ´1{ş2=ŭĊœ”ÜĠÌ}$oüÙM,oH%+…ċI6ŬQR\‰y­!$ĦÚ [vşáÉ˙Y 9m§à=g²Lžl²ħQEEox‹“şSÍ9XJ§8ÁÜÊÍܵëNrΝRÛÇUBíĉA Ġì|X~è­y—7£%™ÇlÛHg§"ÓM‡”ŸÀñ Ú·Ŝ&Hıú(^RùĞ߃ûéTZĈu µĠĵŒPïŽo½Ê3´œĈş!"wÏĜ(iĨä*Ù dñ3#ŻLƒìÇ>s”†¸áMY²“{Ĵ7è¸Ŭ]87ìuÙBâcn™¨IĤÈŠÚħta9êìĤ âx#x—)Ŭà“"$‘‡mŬ?çŞw„ßàĠqÇŞàßĥnĞNŭìĈĈ‘—Òɝ·èBa5ÓMo8ÒżĜ†ĞnS„äĉÏ|]l ŠËÖ -{@ôǁ›çŝJĴ’uÌ2×Ğjn°ĴĤ6™‘ÀİçŝîâażóŜ#Ùï<›é³q˜–0#oraâ€rG„67²ËôœŜiöHazwD1-ĦüĞĵbxñ╝ħTnrʔJD)pϛHÊu÷¸<|ˆ<‡*Ìäğ6,(żğU—q8Š˙„¨ŞŬ XiĜ!—[§ù-·X£"e1)ž£ù\ò5~‹y|¸)­ ˜Ñ×ô}‹ÈıĴÀ°¤?˙¤<2‹\:3XQp,ûEQ;: 3VégĴƒSĤúùŠM*ĞfĊcž“pAëäa4Ŝ·rŬNéÔâ2ıW÷ÄqC˙‡˘Ħ ž´$*‰×Oa[ÄÁžÔP€Ñ촞"ġBn÷˜r7‘ß­Á š‘G…~$ÏÇ9N×ĠÂQŜ\‰>fÊ{T +exR"‚ePv2éŞ<ç‡à‘ GžG5Ê3>>>ššúñ§G‚8°r£żÔĉÚċ$ĊŬ,@~Ëlĥ‚ĵ&eß4ìŸpB#8 =f­ĉĤ(x%­3›vŬ hŽydüĜqë%r„$e{]êûlÓğ‘zhŽšuı‰•1†W}…À3™—„g–†–뿝ÛBF1˘Ë] MB}…•RÑò ôlê\@%hG|Ċ`\¸êïVe –>°oŒ{í-yv˙şğTPáar=ż£ÏìŞ§šfbRšĵrÉ0adSGËŬJ½Zs gÒb}ìkí•ġCâH&9Ïxûŝ#ÏrP›Ġñ °M+<§’“™kŻ”­Ĉµë —š$w ´2}\‚°yĉ@mp~ĵßȐè¨n"4´[›B÷Êċhl‡³•<‹>Ÿ: =.0Ċ*ĞçŬóç…³sĵš´Ô5ÒZɕ‚ê< @óCϟg§ÓsŸm¨‹kÌڋ·—SZ ÑJġŜ‰çŽjĝQÖċÎĴ֒ôO $½à`µĥn3Yŭٔĝ¨vzßúâƒÙ-იXGˆ9x*Ħݤ\À‘Œ9FĦ2š÷÷uH`ĜY|÷5 4Ĉ“HŒiwms~²ßDZ,É—RħÈâ{ż¤ Gs“ŭ,Tż Ĥáû9^_Òs%_^˙ûƒi²ĊÎP§ °d*êc:aÚ ĉxÄŜhóSvÏè„ż2DVêIYn€°(1…*FĉCnŞ·6ğıywU‰+2rzŬ)=\X^gAµüí–ZĤ@p#–É#-›Ñĉ½ÔUà╁Ż§£kĜ‘Jv˜ÌÂnô’ŸòñrlÑ° ĉèï{ú:I † ê~T“áF ,Wĉ×C]" Ĝ”ĥCUWĦMpıÈá1ԛMA_ñ-"í4€BĤ:׌e:ĘwXğߍ(U*X@ (s*‡ 3ˆï6uW5µ1†s]Ĉ’½G d›SäüDƒâBÈµò‹t7é8<ÓF~шbîŜr{_Y™o[Š”ž2ê΂ġVVU$_ÊrŜ™Ú˜΃ä:Ú(Hĵ˘ÖÇ£Yˆħ½Oq¤Ó†#s*FƒŜh—o&ÏÌxż•8AB‘BP{û “ÚêĐËPı$3íş,şÓ¤ìlêrŭšĉÄ2h,†Ç ÖÙğ:è12•9€x‹Gas;?· I“MÑĝ~Ášµ1ò W·Phóڋ™3Ġ+nèz-h„2yy´áQO)Ŭ.zßqmħç]ÛĠµŸ xjLö6Ğó£!ş({#!´j&¨¨ż…¤f„­ÄŞ&/]W¸wĴSO1R4èǗ }ï³kùıbUv/ôKZâŞFŸ?—ϘNç@ŞNĞ\ÜÖş éj& ­ÑF ›ŬHòvkéS•İ×\ı ™İÖŭŒM‹³\¨ħ´: ĦÍü&.ëû¤¨/ŠżVy`(Jùuŭ|Ï[b1ò;Ü7ô‘=~ATĤ£ä‰2™Z(ĊŝH#%·\;Ë+b),ĵú…ížQ)Ô°Xd;Ÿàt8.ĴŻnÀoAê •4Rbb ä¤ïȅl@ڍĴ,×w3ztŭ,şJŭl˜ié€áá}>uúwŸYÖp; ˜²pÈßlĞ·böëÛĝÏyv°âTÑ ĉöJèżoŜY ‰G ÔqÂû;ıŽhËÈñH°"˜ĦMb+ wU_î–xBB—ĜuOhóĈà’öħNŸ5(şÔĞ+8îúŭö?Şâ}xv˜Ĝè¨s˘›(™Ĵ|ñÒx@TZáĞËaW3CXĝ$ĝöûí÷CNfWpİ VÄŻX’&fş­FuĦ'†<óğzxk{V.ċ£ê\µ#ù†‰!`*ûeú/Ŭ ğù­Fä†Ï[1"ٙœĥ&g² ÎEN³­Ĉ4À§)`9ğÚÇÑË­…1ŬDz…¸úBż‡EŭZħäB7°ĴÁŞċÎA:ÖĜٸɨ•¨èJÑEQu#3”TŞŒ'?aÈ]™18ñÊÖŝÖN6ELRžÙ–cQ·Òh@K7û‹ê& ´j/J#êĦùîŭ1˜‡LË7_\š`q<Ë5*†ÛPĴŞ>S~qígzaŭۋŸü—­ÇB†xĥ² £.…Ĥ'ĞDYÀš²Ğ˘ÓùšĦï 6úÌètĜĝžĵ_g@T˜nD‡êò.6ìŻıíœÇî:ѴǨÏħĞşÀç22żS˘H:ôŞôşßN t„…ŝöĵ+\×ìÜúdÙ)²¸ğĜH)ß2ÈŞ ŭ4ĵ•ż€8ğùé”!:ĠCeħÀ½Û<Ñ9Ü<‚Á| [ˆôKµ,:€šžôRƒ†™_<ž›{Ġ€ñ“`[-<…ÜÓE5£Çˆ$~tŠâ0ß}§ñĜ4sh&_ëMDÉuH˙³ù8 Ĉ#íğ“ż˙ ^/g²‚@Ċİ´q6dˆƒpfàxu ~ä­h½‰Eĝĉ ħì]PòĞ2U4GÑ>€aħĜğ֘“kP[¤ÔB!ŭĊœĜÖêħĤöm:‘ßJì›Ċ†X;=ù˜xüG”ĉ66ôž‰gĞd’ó'Ĝé+ĥΛ͖ Do?.˙&ùùL=âW6xq/Ŭï ³Ëj…?‡tÛ÷qtAŜûñûÛBx\qıBE(îÄĠċOÁžùÀ, dMèÓ·>_RQíKÙ&ȏÇŜ\2NwÓÏ[S=Y <À’žŻ) K0…Q-=->€L$¸bÑJ̅öüÛ ]1k; !W¨3c~‘ŻûíöQŻßÉ 7×ɅĞê1šcĊTµ4§ŭ7 İÖzχ?˜˜ó6„l]ĵħ>óÁqIJ8ĠŽ4Ż2çïBżƒp‘!=Ì?ŞDÀuœ Š—¸N3‡ŠğҊ˘\­˜6ŒUì÷/$5ġñÙ(Aĝ6t;[ÙñŬ‘ePŭı¤­Â Pdy‡ĤiÁvTµ’PA‘x7鄌(?¤öjĵdÍżAÄĤy@â5ځƒĉNlÓAÇe‹ADġqolîĝµßk ĞĞ/v ßqkqċÇŬ{Z €üj£ş ĥprdé˜êš·ôĵ_Û£E;JÓ‡Ô;İÈq–dPÑĞħ™üú3DìÈĦÑ>XsáÌjB|},Ä÷•â& |͜öÁİ(¤zy \7nċ§úçŸÍ—,eġ 9…{ËŜoÉh†X v¤?_…¨ÔşECtL<ò‰€DsêU0C1ËÜÂp7ŞĵXŜ­€Oĵb`‚^^ŝŞÔÍà/K÷I.ŠB?ĵġ§V´vyŻ‰³ğuĤÍâÚŬÍ:ËvÂñ§Ú8Ġ‰ 'D­O°ƒĊŝôoÒôŞßE?^ëDOΠÉÄç_ě*5%Ó'0›ö̂ìHûK;e.ÈâËtó>-I£1rQò–dŬġnŻF·W_tvıĜ…ú.Ñ>çşâê3>xç´)–‚úĜ²ílsÚ9Ĵ6ŭü…yqÔú <*›ĝ’žjPÀÄœŭ‹câfïÇ$cm@75Ï´tBvêŝ-qOxû”PI wr͑­Bİ´rÖµT:ÁF˜;ÖRžĞlŬažĵġ:ޤ[–ÍŒ ÚFâšĥ¸'ĴĤ¸Ií‰l̐ü³A ŒIŠN$8fٝĞ;sĤÎ~œé,ş­Ó;#v‹·O¸Zĵà§ß|1ĵï˘ïEyU;0ÈĞTħ4?Úp.ŬÍŝ\’4żÚ}ËĠu}`•ŜĴgşl{ÑO-0x­Ë{êҒ²¤cž ۊ’H”퍀ÌÑĉ?ŭ”ŒVGŞÄ¸of/úÑ5Ġ*FŒ~N 'ύpp´úSšŻx?½–³TŸü'fΟòˆAżÛWE]K\şħLìHBÍñôjô×ĈÀàEï£ÇÌĝE Ó<ÌE·RƒJñïĝÏ]ˆîdĞrf=öÉsÓğH‚ı^5Gğ¤óêVĊ²{"Ëŝԛ^kh*œ¤ħWşŻJĴZ›á?”o i[“œê SŜ2g癅­·+\£eŜ!Ŝ÷c)cq0ĴÉúômDœäú…ROcOX¤îgÚĊnŭâŒVßJnktF òìóˆîNŬDĠġĥ šĤŻb˘9)Á˙éO6ú.X×X&]ą!@úíöq)¸Œe“Ûxƒ ĵWğî->6ìdĵŬ²ñˆ”Ĥ•…w~¸MSÖİ#?‘ (2Rj†âúGš 4oSÎMɃ3fj…܇`&ÛĵƒL·ŝpMFğj·uÑoöƒmċùêŻŬƒÈĝ#Ħg HhÀj>@Z E¤Ÿ½‘jż_ûï8ù•"vFXÁÌw80*§ĵŸ²|vż?bçÔV 7ǎı²}ŠĥµzŝÎáĴ·hŜmßÜ\÷[½›yF™˙À Ĥ˜­Ù$‡ÊbƒĦj|ÎŬïĝ*)''‹û@ )ÜàĉXç pĈ^dîĤ‹ÌkŝIxĠ\’žáQÌ?Ĉ² ŬôÄx¨TšÈ§Š^˘S"bÊ ]JÚùëO£*R-À˟1*ÌGÌY×sî1•ÊŜYb•tPQNBÓĴ;–­‰òržœĥ?hlj½˙—éVÇ#1À2Ò[T%³£;"Óédp‡úf­Ho–_ğpC…Ì­Ġ^äĝɚĈ ‡h›@}ŠŬş×=ùͳŭ› CŞ9˙ŻžİßĈ&ÄÎ>dÑĝžVNT¸›`ê Âm µùÜÑÙŝœPK$Ô Ħ-8 *y§ á;ú!òOĉ‚ WhÚgĠ4kÂvÀ@1?´EÀïvœÑ[÷ù›A·`•ŞM`TACÎÂĴšÙ}ŒK‡:Ù~î9¸`lš!$3àŬä„b5š5ôuÁˆ#4?µoôZ‹AͨÂ×yHw=³ĝZĉ^âÈG-žxŸ°y0LßħuŠÒC„sû²–şŠ,öÙ|Nîjru#–3ĜôċÈ!¸(ĵŠ ˆWǁĦkĝ·¸ Y3òĵq†ĴġFßĠ?Îd96k÷5ÑFċ˜8ÍüËüç鳎DBĠg0ÎíChS'ÊéPÎ/µJ½iY6™tŬ'Ü1 ˘ÍäċVÈPÔ0X‰% !ŝ„şv15“ġéĦÌÂ;Nê9ڊŽîÚĥji27ĉò–êÓW_Ž_WĞChş†qĜ&úŬGÀ§žBÑŒr"˜#3Ù:Ġğ—<óĊ‹zœSŜr{\†ÄĤ_òŽĥÉ”RR¤ÉĞt!fF[}U<ğşÏ¤(mŬ˙Ĵ^İ^Ġlqö1öK Ì2vƒxDïÍ^ĠÊ{'ż'M¸ŭvĥqÌ=ŜŬş/5Osà}•ƒ¨[ÀPŜĜAúóŜ¸YDàCÇMŠjW‰;ċñZS3bâösILJÎŜÍq\–m ôĵ¸˙hğĝ£Wt*DïwÉÈĉ0Ñé¤ùÑs\k2´#˘İ{•2X׆tâq‹>ÈwÛĠ͕>.‰ĝA"îWì_‹ÓñR!A*MÁ& /›|ĤD1~=[ú$ĦŠÁ•´·Ï+hŠežf>&2q:†( ԉfS¨BğâÍrášĴÍh“5ôö¸[| 3êQ_…%Ĵ°ÁûĴżÒ=~Ú˘ÔInüÈx\ò‡xFOîj ~Ĝ üú~֕óµ:Ö\ĵHĴ§q’˜Ĵòk\ĤñAĴ‹ŭŜ{n ìO•jˆE‡Ò@*êï™iĥ ÒĦÔ049ğ8rZI‘öR5ei<ì}ÄÑŻD26–Dzğ|$ ßóK‰×‡$Ü<ħş{ŬÖ§tôÒĉˋTž0şCeW#$ö+…qÍ΄úşù­ô$dЇÍħòÚ6’÷²v„ÍĞx³u\wDYÎíR L~’cdŜġ‚×Îħşc}„ÁD…ŽqŠÜ)Ċ¨ÑP5ٓ„ó}ü.Û1•ĞxßĠžÄt„”MÁz{gÁiÄácµs1)˘*|aÁ"w%~ħeû‰qÂ,Şç/#ÇBc"6Ĉc™VŒöLyNF:ó|5ˆô4LŒ›ìçI"²,ÍqMşÏ_ÌSµ'Dzx.[ÑżK…O‡(ìúìBWo^tù ú“xşX­ êҎçzYWXşÓ÷ցÒî’@ÚïŸl1y/’‘{ …XtĈB"3EÀ/óp dTŜZvİ&û6ˆ6óŞä ÖàŸÌ È ‰Cžœ 1ÓL·IĞßZ½…şà|ßâĜ‰{–-ni ÉÒ[*[´Ĥdħ#sZpÈ·KÌfğ.3êçÓWe;_ž >„ ·6²ĵ€ĞGeKç ĊèL&‘ĵQÌ]'óĦ]b÷Ĵ›’Ċ…C§|“ñ8J³ìÂòÁ½Úf¤°M|ˆùs8ñˆqEžl5I Œż-SïŽó=wa¸_`ŭÔ[T­oqßרX@ÂàŬVkEŭñ3;Ó MBc…Ĉi‹Ü AJŻ7ĠĊw{-Ú­BSL_€•\ûħÏ LÀêshÄŜ ħΕ”›˜ï\¨QíÔéŽħĵĥ GQhtÄ BShùŭÈK‰ĜLëkŬ˂Pî;KúÎ}ÏÔϞÊĴ½{MÔg ÈVé>Dj;$ÍL]ħè>á‚ùr3qyĦÓĉ~Q)Hgìz½”Ĥ[ïí×DĤŝ{?ĉ ÍĵÜx,&ħsñ}~BŬŝáF4Ħé´ë¨?ŝ u]h‡à)xEC´$>pŭùò‚)’=–ßÀäΧ^ÍĊ ßĤßëİGÑM‘]–!ştÉi&Ál"ŝ EàBKZR Ò tżDlsĉWbïé“yvÜ^Ĵ蝞À÷ĦvŜĈßw <3bÛ|eÉa-G›hOt(5´Šnˆµ›lCÑĵ£jĈ²~jZlF3?Ĥy’ž}p€{ ıU|´§y²6ŝĝ¨g“ß­86?_-žÙz'I·ésíßx­Ïs ôg\oİ@ _Ĥƒ‘ÛUNI÷·“mĈ½Ĝ×(c]d#—eXñ€9w¨‹\="ĊEDJ†ŞT‚’:u7ı BBÉŽ6Ŭ‘'ŸS'b–ÍLrwó€]ö-„¨·o™Ş(işbÂW4u<żt›ċ`£ÛIŸéHĴÙ1ŜÇfú!Ĥ¨@`Ñŭ VžC'ċµP@BŜ7AşRUÒÛçBkAŽ-î̏`Ż,ŝۅYŠèJì,ä[¸Jğ6ŭÑqRÓ͋bG\X{vOtiÎK:x‰°EĥBŝĥw*Dr/₢;‚ħÀ5w½ŭXⰏÂ’ 7Ž7ËñÖşé?~üK­ïä˘wҝ§<ßîW…Êv~Œ\ù‚Ŭwħ4Bġ†Êa|ü°_ħšnßè ĥŠĉfŠ’eĜp›˜uÁrm&‰G$}Y×H^žİx„2¤ ™ îżÑ0ìğ˜É›.Hn6íšúĝê‰?.Ĵĝ%"ó%2ËĜ7ċÔÁ,MĦ”Ġ[À ùô;@}K½ÎíÓ ċË~žıħ9\ñTerw şž‘Rü!­Ġ˜Díè°ık]Ô÷íoYRÓ5ìéĜ^\YċÑO\pÔV7Ĵ ‰S û­)ëNSNĉ´ĤìJù a#`‹›˙]Ĥ ÏââĉgÏUÍhá2j¸çx}C°*ĵ—ÄÓòIµÚĉ>F"¸ùrÜ/ôéH­8aÂÀ^ò9šhAvôƒŜY7ÔTY7ìBċŒİ½ôE‰FİÌŞ`E8İmÛz ŽÊĦ9Î*R J{ŻĤüġÎ]|½¨0Ċ'ù)Óhcâg&Èf2˜ËIöCÜyJmû fè^aíœ[‡ó“=üÈ֐Ĉ–fïİ1e €Ú2˜d`Ğ‘9bĵ†ĠĤ˙hËöĴĈ#-ĠÖҔj5ˆ™7OJ£,ċʝişOÏ&5–Í}ëÙtġÂCŝşU_2H0 ğ-ŬÉLÉážä˙Pôҝï@!ß|éĝ,ŸÈÖFż­2šho›°_›îÚUÌ5¨€Ömqè Ñ.DíĝH|–÷Z0ïĜ/ô-”G†UİI$ż>Ö×£Ğİvı·9UkK`ĵkÀŒŬµAíDçü뒯ï˙vĠµsµïQb›&ûçùîïöd,Ŭ—#EL#f0ñ‰Á€ĥĥï[uĜ‚њɠìHÒgÔÏ\ıAéDaRE¤gîakžR•ço˙H…Ô\- İyXöñ6šèÈǎӌei‚ˆ25ġÑиòıEQÚ~#ŝ]HJ~K¤3 ›ġ‰£ ›fċ^R⢘·´ŬVJmÁ% ’íŠĵĦ 0ç/İ1 ':ÔL#ħM2Œĵużż3ùĊ>&i5\/ĜŸ‹mJċJ¤í]”Éú]„?<ÖtĜK.˙9Nךì”ôŬT&dQˆRħ”Bv“¤?Òç+ùÏS*ԓöÀL2ôğ@òˆŒk%r¨íPŽ~Ôç*ÚçDœ‹š 0l \Ž-ÚŠ’já‚TPtıg5*‰Şİ÷)7‡ò³'U‰˜c˙ħiŠ]Ê+v~Ż§˙WT/5QÀ3wÓÈĊaVsW4~(Q*?ëÂHcĞÒ ÔŜdċÏÍїç6³^hıĈ<ç: endstream endobj 140 0 obj << /Type /FontDescriptor /FontName /ZEDXYB+NimbusRomNo9L-Regu /Flags 4 /FontBBox [-168 -281 1000 924] /Ascent 678 /CapHeight 651 /Descent -216 /ItalicAngle 0 /StemV 85 /XHeight 450 /CharSet (/A/B/C/D/E/F/G/H/I/J/L/M/N/O/P/R/S/T/U/V/W/X/Y/a/b/c/colon/comma/d/e/eight/emdash/f/fi/five/fl/four/g/h/hyphen/i/j/k/l/m/n/o/one/p/parenleft/parenright/period/q/quotedblleft/quotedblright/quoteright/r/s/seven/six/slash/t/three/two/u/v/w/x/y/z/zero) /FontFile 139 0 R >> endobj 141 0 obj << /Length1 1647 /Length2 7792 /Length3 0 /Length 8633 /Filter /FlateDecode >> stream xÚ­UeXl—&¤ğÉ!KBş¤ğ;‡†˜JJADFBş¤$D”N$¤cÑwżïÛëŬŬ?ğߏ™kžs?ç>ç<÷9gĜ™ġ ùa É'Ä/( ğ;x! `î:0 ->³—:Ò¸DñÙٕà {$}bILAŽ€' @X $!!ÏP‚yĝÁÁÎ.H§ħ)ïż,żŻüŝÜy"ÀÎPÇŬoĉá‚"ï(ŝώ† é8! €’žışŽ*€SUÇ  ‚‚àwEèy9@À@€‚"@\'ù렎àß!ĝï¸{Âßı| ß/Àw#wż`ÀnEŜ½C/Çß Üٝ`ò€în¸ßawdz0„ƒ=€ğ¨zOTŝÊébüƒ0§ğ›Ž0 ×ï’ŝ`w4w(Ò E _äïX €#áħ÷ğ‹}Gĉ˙I †:˙+^älw„€ˆ;š;î߯óŻ:˙z{ˆßoĜŸ[˙ÌŒD€ NüĝBÂw1ÈğĜÎ`(Àï~Q‡:ÁB‚Ù½<ŝyƒàˆówÏpŬ%aïƒBüŽ '|ò.$€ó˙Ĥ2˙żOäƒÄ˙˙-òŝ˙ÄŭğF˙eˆ˙żóüwj/DÇŜŭŝÚ3€ğEcÜí€à÷²Ĝżĝß\íŬÁż˙Íùï·MAeŭŸœ‡˙ ĦuSˆOH”_ô/3Ħö9ꁑ@€“=äîñŝĜĦŽ 8 Ŭ‰üç}ïœ˙†ı€nßjˆŝ ŽŻáN·?Şê¨+ñü/ÛöÏe½ğ@ùy€˙ÉTĉĝÏo*EE˜/ÀŸOHLÀ',.x7Œw(!,òìû‡Hè_gm{$ì °äÜ}˙óŻ“ġßh”Ħ@˜ï>2DÚCïZß0 żSüÏ6¸Ğüç?Cù‚€ĝ_f`@İp×ôׯUÔÙŭ#O,ğ;…0ûQok ò‚+`AéQËevW•(ŝş1ɛfżOÛ×ë܃÷!;RA{ıôÏXışòÈ8ZÄy6BlŜ½Ú1}áż?­µtÏBLdceDßÀĤè ›aĴċw˙”+˜Ġ;/˜’íă8˜V󒪕´ĵ*{‡#iëôäaï@_ÇV×:ϛ—xìRŜ÷ˆ8ž{Ħ“³0.ó£ÖŞ/›ÊèŭŠĈĝJ¤+ŭíyó4Îb›Œċ{ÌK³Ûù-RšZëր$LV˙O4x7ÚQxhĠ{5bïŠŭ³Ov6›“‹ÍŒ(ĥ™ĝpY‰@ëúyĉù—Ÿ•~á\j1ŝ™pĆûQ°Ií"yĝÓ3† *ġ‡êò‡ĝèIÏòÍ?•?4Ğxzş˙ÒǜĤ¨ä–"Ğ˘Wïdze“w½žĈ*bÊžşÒ2(ĜĝLERUŸŝ6ù:x×W#Ž(Ñ1ÙĜGŠC6"dŸç˘vÌ/#kAN•žèTôç3D›G5e?ZGN£"6Ó/û>9üȊÁە-cÄ`ĞtËqämÏ#MĜ=ż†×&h3W?ìżUĊ¸çÖ"΍Fħ\–ü³ÛOĊìħç$ĵCp•…´ŝÖRŒÁ{_ŝ%ĝCçt"BSÚ-K§˘¨¸Çù*#ŠöòŒüeì9ù(-şìC&?çHˆK…–Î~ÌāG‚)Ĥ–“„FVËċ™ZP—ïNZWMÎ/Dù—ϝÉ: .„öÙÛ}#5Ë|qĞâ7ÂÑJé6Qž.KìAËKÔWŠ ÜÄá—è$tlÉm›şÜíLÎZž]¸IQŻl$dŒVT¤´Ë^TÈ äL\#ÁҝĞíËà×éVötĝċb–y“ˆw¸½^d0Ÿ‘Ao#- ß÷œ½Ê½ŸSoĊ-Vü û{ŒşŞX‰Ù5³ĤÍ >Ĥñ\(°ŬgĴ틢I÷ßÑ~#bġp@!{ÓFÍ°K|–eM÷`ıóÁ$ N:ıùV6İ|ŜgÜÏ*ÍJ Cĵ2z³Žkò|oìÚĜqßċğ²e`5Ĵt9ƒ•F{Ġ•{b]=Í[–Ÿtï ™ÚtpîöÒşâÛD_ó¸ä#£×!ñ”ÒSWv]SŠCJ,{]FO—ÈECOŒĞñ}FCw¤Iš:Sħ—>²tĥ°İç…—aħÈ+Èíyż.+ŝÀòġ+…únoI !Ê·ásmxoŽxħZèÖ´>iféj£z&fĴ‘qxħ‡a÷÷üzñi“6§=¤°U‹‘ÎeĵЏ3’T“ġÀôŜ°v|vŒhɓèC:}yá£ËwÊ`ü}I^"ên0PĤÂy€â&'Ħu żÒ;g‰ET¨‹wħG}RĜVÚÓµ“ƒKxĵôalC_ĥR6^Şìħq$’ˆk2 ˜Ĥ}44c"“ÀġŬ;OÑ÷)ĦxŸ Ŭ™aÀĠ:anh˜şN0QúR íĊ‡UdÚûñĥ€™Ë:ĤÓ;_—éà%ˆ!aX1²–[kċ8ˆÀoĴoÏÑuuu)dĠ7ż,ÉĵĜ·H'A6œB“Ŝ°’#XŞÒ8Í˙…† qhP;ĦômĤU9}ŭ{ڃ†â 9W"ıžPó—Îñ'Yô鎇VĞ™÷nĤ—Mzßô ˆ˘ĉÖ4·$Ĥ kĜ)ßèZĉ纪°Ç7r„›­ HÜï•ĞÀĥî™SPğĵ>WĞ{–£‚CĴ²ŝžVnʸz‘A˜ÒZ‚M+„„^§ğ?ħ š$ŝ‡ÍIÛR|ħiAŭLn{YL ż:…¨h/Ôc şİ½#&¨ŭ[,(zWAÈwċëhü}%Ҟuĥêç_ϛc‚Iòm@dƒu‡U%ĉÁötékeä½ËbúYğoŸ5tCµüI›8‘•xÄ^óËAÈxï: —_ÉF~e)şBùêöËü€ÖœEÀIšSĞžÚˆ´i7ŸÌĵ-Íñ-†<’C3<ÓTy–.Q‰8?Dc/xöPû˘9ÒXĤ<ĊíÏìĊúÜ8³âœ ʉfmÊWr³ËÙG,;èĠ,ü?m_ŸbHIFö,š‹O™‹ë˙ĝLvHç>™;G1kÎSÑ·cĊԏê„XĴĞ2’ žŒĵÖÓaşÉ7P˘%²ĵşş˜–=L,ÙmŒlY˙~`áaP·dŽŽ}"_oŽË‘ċ›ÀêÀh‹t‡ôQNŒdÑÑBRƒ§X~ÛBû5ŸĥӎittäšW~’Iƒ|˜ÄN¨‚ϧ³c{Œ˙ċGa¤ÉúEBĝ—ĥÉıV!P‹öwħI̓7ı}3Ÿ³³jkë].]/ÊwK¨â†ĤÇÊUBVcé”8 êz3t9ŞMŒÒ!ĥ)0E‹˜,Ġ‡rövìgHI§”$ĊŠS°“¸…›żK›ew3òPLV}ċÄ Ħ“k|Vѧĝ="„^V#L/ĝš{ hİĉÜżC{ƒŞ—b"ÉDOÚ|½¸{DĊ„vÈ£FÊÄOŬjjŸùÑ[‹h÷3ď^z”C”ÁZĥâdµ…h½ħĈ )YĴħÉc²ş"KÎk;§ÚlÓJĝı½'Ê Š=ŒœœJwk1Ñĉż¨Ĵ⚕~PŠ7š¤Ù_g“—ĝò%CáÜŭzà“/ٖ“ĥ£1ĠmUj=\]9QŒ>2ïE.Şôz|:;Ù0ƒÁŒ,_¨½o§Bcêžh˘ìì€B'?ß@_ìç°(Ž@#ĈV^˘Ĝ×áP1ĠÛÌDrËoÇo’<ä2Aĉ–M)F8vEe;eGöl “Í·ÛCËEÛÉĤĥ–m“^(›‰IÊ­BÙD­ ç–²ĵZCôQ*–éö²™-1(vġ d}M€{ĥ%ëN˙‚O“µwSëĥ^lS’½ï£!ġUe‹–NĦ‡^m`Í ùœd VUÀŭ‡ÒM›<%ıèÚО^*)nZ§M˘Úk É7û]Á‡A‘¨#Ħeîô5üĝTÜ­Ŝ>HŜşK"ÓÙWĠñ´é–lM„Dä³ïuSğıO$ë°Â‘‚]7‚Ŭ¤óġ˜'OÚ™3ÖY´Ïè^İZôbÔ.ö ú’Í.‡Ŝç£Ht—k§p½×ŞûXŭŜ›ëŒ–-Î%‘@q\Ԍ+È3ĉ("Ž£(51ñ‘b˙ÚHg§¤aò/zÛŝw!]~2m°Ï`Ĥŭ şK‘’Ìe§ĴoA^Wċ„.mFĝà/ĝ­ô*¨Î)]~ŝÑaú-ÍrjäkBj˘hğˆġC* mwۋjÛW2tJ à}I°VEfwJ!:—7\mB£,ċ‡?ş²~ĵîg4ĠUtRŬ $Ò<ëhbÔÔ´Äw9fn…ğà,T'p‡2É~%5J–r“Zżĵ·ë5£‚Ĝâы Z…%‹í7‡‘[ÍV“ynŜ.é²ŻoŽwiÇâjTÏžĉeG­ŝâİd×Ñ°Â6iYL›86“ŽıêLJq3+Ëıf|To(ÖĈhÀ°5ŸÈ, ÜJä&èŒw•oĞWk·—²À—H%ç˜nŞ,BuĈˆG+“k"Óq=fövl:ÁÖPĜ•P¨ĞöŬNœ_ =ÍCĉñ‰R7a £ˆ|&öaAš'³ħ1²‡˙ò ‡ÑáZ˜ĠTʈħˆ">…¨Ĵsbîá{Úo1ÉÊàñ(ÚÌMšMaɓ÷èҔûÌ4#o—ß@"L³^é¨Ĝ˙8˜™[ÈÓ£aüV†H^@şrÀ˜q”Öüb[W•ù²B{l™=İBSaf8\6YöpGžŝ— U*Yʑhki‰M_ıd‹·×Ŭ×2V(Şh1a%\ÍuXöÂ/üŒOAîU­"ÙÉÏÊÛ_v­rÏd˜<,-TšH·³C˜v3:íq¸ñ·K ­*!y{lĝâ[Żżżd´•Ä‘~f! G÷˘ÈŸŭ“ÀSôPŒ=ĴYÍFÖóÁĝè™ï²†‡f'XäIfĞï\iĤĉ]VD%ĵÒ'ʐ;ía)ù'’­Ĥ&ĉ:?ês‡Ü‡ú|QŭܑnĴjKP~9•xJżOf*HiZ0ĝEÏâĠEĠğ–U+IëÛöQMŠI˜q* lžü$XŸ­I* ŠĞ<9B ĞÂ|ٜxó*vXĦÓşFßçâ‘Û°Ċġ½pN|)ĵOqÜ}‚‡ş­3@a8Ĵaóżq0h× USXZÁ\Ğ€8ŭL:{7E+{TːàìЍ—ĥçUr`tìĥV(FÓhè*—f2FHœ#ó½|KĉôqÁ· ٙóh˜x}œ tíŬ#ş‚²ûT[PÒù%Ĵ`RÜÜ@ŻèT' è14˘ĝiĴÁ,Ĥ()$Ŭŝ“z[żbC!YßÀó‚t~'–Ó…Oµ·#/³*oMo Ó²Žd€$•F\;†—Ġ8’ĠÀ[âÂÌ6Ê5ÎÀ <íêğ58ßTġM14Nêġ’ÚLÈ ;˜ŽyĜ4ĠŜž8תžbó ˙2^ɜÑ5TžzÜĥi•|CG1¨óċoW÷úœÀ ƒÍ/쟴#†ŭ.š‹h‹Sg’u”e cë7D!’ò£˘T”™6àö†k—D•ì7ÊßìBg?Yšëê-6ĥú*W=sİ[ %Sw‰ŸıPıEé­Ĝ @’˜÷Ö*Ä^WĴ³ĜĠB1F#0½F#{ĝ‹Óm[ÍnáÑ+†ı˙- ùçÒ<†­Ê‰–ÇK²lÎŜ$Gœ' +À†{âÁžkµħëĠxœż”Q#+fĦż^6Χu~İşL0ğ!ŸÍ …ÔGeiu÷YûÒ-šùa~Ñż^Ë3’KK÷Äò~$iŜJġîׅŬı İ9ËĊpÈߍS5n ²óĤzϟ^  -^íGi£ġ°1쌕Ş2aÀt‡žĝ­ċDvŒJ—Ü҄33s ÏĈŝĝĴÂ}LgXż†˜1š[(™ñy dıCeëGŭ-|˙ĤôŬVı‰‚üžíkŜa³œŞşĜeËNÏ]5ħ>éRhÛ,ĈċO}z_u?ĞbLi¤mñµ6*}ï H~Ż‘Š<ÑFdoNmzƒ˙ âÁÇĜĠç…Y…öƒŠï“Eğ<ÜŸ„ËË;àèJŜ´/s'ÜU2c2÷bەylżĦŜ…ƒ!]‰UCt§&êÇ´sdJôo礲%cû2Îß˙É4ÁĞ9*WXŸwċ7yûT΀@Z­˙úÂÑ=)i׏ŞsRŬê"Ş Ö9Á4Š·Y¤-á˘îâÈäF%}FD3£äN9ŒMÍáùóTĜĈ…OYql(žÙs‡bï•ÄÁĝ/Ĥ×Ԝ+ĵ,N–s>qvÂkl"·OVÑ|ğO˜R’Hĉ’ *•½•…"+ÙRäYÒçµ·İİ4J„Cu5DŽ8}‹Ç7 Jbuq·i’{z>rO·B]™Rĝ0/àÓèöòûÜ/ì}Áík(&RO$Ĉ0<( Ä1\qg}œGö‘›rĦzè0[vĞ\ċġ­ĥ/QnĈ#_ÄfvZëÙû&֑ÑzkĴıöeŒVÇ\.&ÜûĞ‚ñç;BÇîT§ġñx~op—e•WYÒĤ§‚"ÏŞÎÇiÌJŸ}25ŭ<#I"$ú‘lmäG ÛÇı<|'{|Ëë Gğ>W`Ġ•/àÜ`Oj=ìˆ(!ċž0ISäB÷’›·imzŒuƒFzn·…RkĦŻğŒO—!ğYc€ô7Èġ¨:íż™^ċezĦŻ§PˆMuF+ g`I f–m‚_%#³ îš M= 2)Ż8Ñd:;˙ĝ+ĝ?ß*˜2(aİ‹òiì,cXDÊù³pı¸ĈG} ¨C³:Ğ+ y˘ÇeYú ’T.™[…-b0E·ġFŻ|cÂEÊGêġàˆòÓŞ4—6ĵŜqä£aw{ˆ„iĴoĴùߧ(şJg)jħ‰t§emÔ}W°V ĈeÊ^=à\‡Ĝ6à|>íÂlT‹^vô ĦlùIKŠéd†L›ĉ‚Àŝ şÑÙÇ=›7bĥOĜyĴbĴÀV  ÌŞ[êVµŬ|-ì4錧óIV„ ”‚â>FxOÄ.öo+ ?J1E1s7÷Óâh/͏“M<+l}×ó5"›;@uŠE~AN=İ\oMhB‰/g•ŭAú(áµLX+ĝĥè5eËGĵœÎŸĴÓ3,yÚb›ôĦ,~+œçúŻŠK-ú}ñ赞ó\z­ÏPÓ})•ÚI° éƒ|²úü ĴaZápŽĦ+1NĜl×Ŭİ)ê5ÚY=Ì@f™7Dô°ĝtù%ċš½VX…ŻÙ‚íqÁ窒¨,`ğšJ£İ1U~ĵŽT)â{ñ½:,× ğ}3ï °âËíÉ{?–}z\ŠĥhĦ†Öí÷ĜH ‘sûdĠ×Ġœ ì˘^WŬLôW³ÏԚŜğÚ7•ĜjĈ Íb~\4}†˙2R ğ&vF}Xô 1PıZ@ÉjWı Ŝo6Ğ„„‘ğOVĈì‰Ħ}Ò=VıˆKĝĥíȘ˙òĠĈÊio@T<²xíd\…U1•ÛĜ\Ħ°IÚC^Á>ȄŠ"]“šZ™ ¤̸ñbrB}×ß|.&ñš/´|/ŜpPĝúU ĊŜ½Ü`‹í·–[P„Ċ˙Ä;ü¸ùëü}£§û80—_§$O˘Ż=•ó1Xĉžġù’?ŭŜBփrö¨Â–[ïc'eĦŠKvPÌQgĊ7†<ˆòġ%ˆ-û`–ú5uàƒ%=_jÊW„Ÿ=ÁîNNú9kÊI:Ñ /öÜϓ´5ŜĊìt/ĤҊ`ğ]~XĜÒoQWšœE’yĉÑĊ‰£û“Hĵż ; YÛ&ĊÔFµ G–ûi̸j¸ë[Ñè$;ÀéávLÉöRŬrÊqŻżŸĥiÊʧòĊ½j^†²{½6˘ßĝéż.JäĴĠ*1t0ġüÉ}¸':îÛO’òÌÖGI"ÁC6e^‡z Ÿ%ß譆Í<˘µzOĊ‡MÚġúyNfÎċT ٧ˍĉâpĴ 4-^>Y9Í\8›4ĥžZ~븋üğÏ×ıze0‹ş*ÈÏyş1"ċô`Ŭĝ.:éÖQóN==î˜ŬĈDĥ“šJĉĵ 0#Ô+Í= )½Ŝîuú >‘RâSö-”Íd…&×#“Ĥ_P53™†[ŭìx/½Gq§¸V &mZ´Ÿ9ÏÄâĉF§Ŝ‘ Œ8Sş™cQx6y§zLİĦ ˆžè€§™ËúRWAôx°R§òžŜ7Ŝ86‹°ŸßÙrÎ3ì ò|ñ–ċ6sµĴġÁ|;mÈE·ĞÏàÀ̐EöêGš"dĠġԉŝE6AÖÏ[â0  ß ċx•‘°š’".5ıµŜşÒız³ÍwÏùµ's~¸n˜²Û÷<ŒÒĉ\Œ²?f×À”Úúċ.]WIù|p‡M²/ġÛ:,Â2%­&6¸kpÏíéíB0ùĵĜ"7¨áAœƒÉ$ˀgÓV’ï­ŝv¨£'²Ép+%½ß>äÛE×pJ #…PNt,ż.ı–ęϷç™,ğı†9_WsòŬ: ^7ûút¸ñv€iPà—Z@^cíîÒ'¨yŜ˘ÜlßĜeè4~Ü"Zħ;­gĤğòIñĠ“×ïo‹F#ˆßû֜×bS#tÊĦkψtgëí²•ç pŻŠ9œPĤĉÎHr n’FEF]pÂúçċÚPÒÇy€ìeż/ ›Š:e7ê2Êl×ÁiuÔn÷w_Çüp9`Ä endstream endobj 142 0 obj << /Type /FontDescriptor /FontName /SGNIET+NimbusRomNo9L-ReguItal /Flags 4 /FontBBox [-169 -270 1010 924] /Ascent 669 /CapHeight 669 /Descent -193 /ItalicAngle -15 /StemV 78 /XHeight 441 /CharSet (/a/b/c/e/f/g/i/l/m/n/o/p/q/r/s/t/u/v/y) /FontFile 141 0 R >> endobj 118 0 obj << /Type /Encoding /Differences [2/fi/fl 35/numbersign 39/quoteright/parenleft/parenright 44/comma/hyphen/period/slash/zero/one/two/three/four/five/six/seven/eight 58/colon 61/equal 65/A/B/C/D/E/F/G/H/I/J 76/L/M/N/O/P 82/R/S/T/U/V/W/X/Y 95/underscore 97/a/b/c/d/e/f/g/h/i/j/k/l/m/n/o/p/q/r/s/t/u/v/w/x/y/z 147/quotedblleft/quotedblright 151/emdash] >> endobj 11 0 obj << /Type /Font /Subtype /Type1 /BaseFont /WCJTWI+CMSY10 /FontDescriptor 128 0 R /FirstChar 13 /LastChar 13 /Widths 123 0 R >> endobj 49 0 obj << /Type /Font /Subtype /Type1 /BaseFont /ALWWOH+NimbusMonL-Regu /FontDescriptor 130 0 R /FirstChar 35 /LastChar 121 /Widths 120 0 R /Encoding 118 0 R >> endobj 47 0 obj << /Type /Font /Subtype /Type1 /BaseFont /HBQSLH+NimbusSanL-Bold /FontDescriptor 132 0 R /FirstChar 69 /LastChar 87 /Widths 121 0 R /Encoding 118 0 R >> endobj 4 0 obj << /Type /Font /Subtype /Type1 /BaseFont /XABQXJ+NimbusSanL-Regu /FontDescriptor 134 0 R /FirstChar 2 /LastChar 121 /Widths 126 0 R /Encoding 118 0 R >> endobj 5 0 obj << /Type /Font /Subtype /Type1 /BaseFont /UGRPTL+NimbusSanL-ReguItal /FontDescriptor 136 0 R /FirstChar 46 /LastChar 115 /Widths 125 0 R /Encoding 118 0 R >> endobj 15 0 obj << /Type /Font /Subtype /Type1 /BaseFont /JPHBMW+NimbusRomNo9L-Medi /FontDescriptor 138 0 R /FirstChar 49 /LastChar 121 /Widths 122 0 R /Encoding 118 0 R >> endobj 6 0 obj << /Type /Font /Subtype /Type1 /BaseFont /ZEDXYB+NimbusRomNo9L-Regu /FontDescriptor 140 0 R /FirstChar 2 /LastChar 151 /Widths 124 0 R /Encoding 118 0 R >> endobj 66 0 obj << /Type /Font /Subtype /Type1 /BaseFont /SGNIET+NimbusRomNo9L-ReguItal /FontDescriptor 142 0 R /FirstChar 97 /LastChar 121 /Widths 119 0 R /Encoding 118 0 R >> endobj 7 0 obj << /Type /Pages /Count 6 /Parent 143 0 R /Kids [2 0 R 9 0 R 13 0 R 17 0 R 33 0 R 42 0 R] >> endobj 50 0 obj << /Type /Pages /Count 6 /Parent 143 0 R /Kids [45 0 R 52 0 R 55 0 R 59 0 R 63 0 R 68 0 R] >> endobj 75 0 obj << /Type /Pages /Count 2 /Parent 143 0 R /Kids [72 0 R 116 0 R] >> endobj 143 0 obj << /Type /Pages /Count 14 /Kids [7 0 R 50 0 R 75 0 R] >> endobj 144 0 obj << /Type /Outlines /First 77 0 R /Last 95 0 R /Count 4 >> endobj 113 0 obj << /Title 114 0 R /A 112 0 R /Parent 95 0 R /Prev 110 0 R >> endobj 110 0 obj << /Title 111 0 R /A 109 0 R /Parent 95 0 R /Prev 107 0 R /Next 113 0 R >> endobj 107 0 obj << /Title 108 0 R /A 106 0 R /Parent 95 0 R /Prev 104 0 R /Next 110 0 R >> endobj 104 0 obj << /Title 105 0 R /A 103 0 R /Parent 95 0 R /Prev 101 0 R /Next 107 0 R >> endobj 101 0 obj << /Title 102 0 R /A 100 0 R /Parent 95 0 R /Prev 98 0 R /Next 104 0 R >> endobj 98 0 obj << /Title 99 0 R /A 97 0 R /Parent 95 0 R /Next 101 0 R >> endobj 95 0 obj << /Title 96 0 R /A 94 0 R /Parent 144 0 R /Prev 92 0 R /First 98 0 R /Last 113 0 R /Count -6 >> endobj 92 0 obj << /Title 93 0 R /A 91 0 R /Parent 144 0 R /Prev 89 0 R /Next 95 0 R >> endobj 89 0 obj << /Title 90 0 R /A 88 0 R /Parent 144 0 R /Prev 77 0 R /Next 92 0 R >> endobj 86 0 obj << /Title 87 0 R /A 85 0 R /Parent 77 0 R /Prev 83 0 R >> endobj 83 0 obj << /Title 84 0 R /A 82 0 R /Parent 77 0 R /Prev 80 0 R /Next 86 0 R >> endobj 80 0 obj << /Title 81 0 R /A 79 0 R /Parent 77 0 R /Next 83 0 R >> endobj 77 0 obj << /Title 78 0 R /A 76 0 R /Parent 144 0 R /Next 89 0 R /First 80 0 R /Last 86 0 R /Count -3 >> endobj 145 0 obj << /Names [(label-controllers) 65 0 R (label-coordinating events) 48 0 R (label-hierarchy) 57 0 R (label-other info) 74 0 R (page001) 35 0 R (page002) 36 0 R] /Limits [(label-controllers) (page002)] >> endobj 146 0 obj << /Names [(page003) 37 0 R (page004) 61 0 R (page005) 38 0 R (page006) 70 0 R (page007) 39 0 R (page008) 40 0 R] /Limits [(page003) (page008)] >> endobj 147 0 obj << /Kids [145 0 R 146 0 R] /Limits [(label-controllers) (page008)] >> endobj 148 0 obj << /Dests 147 0 R >> endobj 149 0 obj << /Type /Catalog /Pages 143 0 R /Outlines 144 0 R /Names 148 0 R /PageMode /UseOutlines >> endobj 150 0 obj << /Producer (pdfTeX-1.40.3) /Author (Andrew Straw) /Title (The Vision Egg Programmer's Manual) /Creator (TeX) /CreationDate (D:20080607085359-07'00') /ModDate (D:20080607085359-07'00') /Trapped /False /PTEX.Fullbanner (This is pdfTeX using libpoppler, Version 3.141592-1.40.3-2.2 (Web2C 7.5.6) kpathsea version 3.5.6) >> endobj xref 0 151 0000000000 65535 f 0000000462 00000 n 0000000358 00000 n 0000000015 00000 n 0000098707 00000 n 0000098875 00000 n 0000099221 00000 n 0000099569 00000 n 0000000899 00000 n 0000000794 00000 n 0000000552 00000 n 0000098226 00000 n 0000002012 00000 n 0000001905 00000 n 0000000979 00000 n 0000099048 00000 n 0000002288 00000 n 0000002181 00000 n 0000002093 00000 n 0000003678 00000 n 0000003809 00000 n 0000003945 00000 n 0000004080 00000 n 0000004216 00000 n 0000004348 00000 n 0000004478 00000 n 0000004610 00000 n 0000004745 00000 n 0000004881 00000 n 0000005017 00000 n 0000005153 00000 n 0000005289 00000 n 0000005425 00000 n 0000003468 00000 n 0000002328 00000 n 0000008698 00000 n 0000010365 00000 n 0000012941 00000 n 0000016076 00000 n 0000019344 00000 n 0000022841 00000 n 0000005804 00000 n 0000005697 00000 n 0000005517 00000 n 0000008809 00000 n 0000008590 00000 n 0000005873 00000 n 0000098538 00000 n 0000008753 00000 n 0000098368 00000 n 0000099676 00000 n 0000010420 00000 n 0000010257 00000 n 0000008913 00000 n 0000013052 00000 n 0000012833 00000 n 0000010512 00000 n 0000012996 00000 n 0000013497 00000 n 0000013334 00000 n 0000013156 00000 n 0000013442 00000 n 0000016186 00000 n 0000015968 00000 n 0000013566 00000 n 0000016131 00000 n 0000099392 00000 n 0000016643 00000 n 0000016480 00000 n 0000016302 00000 n 0000016588 00000 n 0000019455 00000 n 0000019236 00000 n 0000016712 00000 n 0000019399 00000 n 0000099786 00000 n 0000019559 00000 n 0000101062 00000 n 0000019603 00000 n 0000019644 00000 n 0000100988 00000 n 0000019688 00000 n 0000019749 00000 n 0000100901 00000 n 0000019793 00000 n 0000019868 00000 n 0000100827 00000 n 0000019912 00000 n 0000019985 00000 n 0000100739 00000 n 0000020029 00000 n 0000020081 00000 n 0000100651 00000 n 0000020125 00000 n 0000020190 00000 n 0000100538 00000 n 0000020234 00000 n 0000020281 00000 n 0000100463 00000 n 0000020325 00000 n 0000020364 00000 n 0000100372 00000 n 0000020409 00000 n 0000020444 00000 n 0000100280 00000 n 0000020489 00000 n 0000020529 00000 n 0000100188 00000 n 0000020574 00000 n 0000020631 00000 n 0000100096 00000 n 0000020676 00000 n 0000020721 00000 n 0000100018 00000 n 0000020766 00000 n 0000022897 00000 n 0000022730 00000 n 0000020810 00000 n 0000097857 00000 n 0000022990 00000 n 0000023109 00000 n 0000023476 00000 n 0000023571 00000 n 0000023883 00000 n 0000023907 00000 n 0000024483 00000 n 0000024783 00000 n 0000025255 00000 n 0000026539 00000 n 0000026772 00000 n 0000040021 00000 n 0000040384 00000 n 0000046095 00000 n 0000046342 00000 n 0000054899 00000 n 0000055273 00000 n 0000058951 00000 n 0000059206 00000 n 0000070229 00000 n 0000070541 00000 n 0000088351 00000 n 0000088829 00000 n 0000097582 00000 n 0000099869 00000 n 0000099943 00000 n 0000101174 00000 n 0000101393 00000 n 0000101557 00000 n 0000101644 00000 n 0000101682 00000 n 0000101791 00000 n trailer << /Size 151 /Root 149 0 R /Info 150 0 R /ID [<5FE0C9F36073DD0E325380B899FDBCA1> <5FE0C9F36073DD0E325380B899FDBCA1>] >> startxref 102132 %%EOF visionegg-1.2.1/doc/visionegg.tex0000644000076500000240000003612711231311627016160 0ustar astrawstaff\documentclass{manual} \title{The Vision Egg Programmer's Manual} \author{Andrew Straw} \date{\today} % update before release! \release{1.2.1} % software release, not documentation \setreleaseinfo{} % empty for final release \setshortversion{1.2.1} % major.minor only for software \makeindex % tell \index to actually write the % .idx file \makemodindex % ... and the module index as well. \begin{document} \maketitle \ifhtml \chapter*{Front Matter\label{front}} \fi Copyright \copyright{} 2001-2008 Andrew Straw All rights reserved. \begin{abstract} \noindent The Vision Egg was designed to perform two primary tasks. The first task is the drawing of computer graphics using OpenGL. The optional second task is to handle the flow control of your program to coordinate events on your computer in a precisely timed way. These are challenging tasks, and the Vision Egg does much of the work for you. However, to make full use of the Vision Egg, you should understand the basics. This is an overview of the main components of the VisionEgg itself. Note before starting: The Vision Egg is fundamentally object oriented in nature, and this document assumes you are familiar with terms such as ''class'' and ''instance''. If you are not, please find some information on the topic of object oriented programming. As you write scipts, you will also need to consult the Python, Numeric, pygame, or other documentation. \end{abstract} \tableofcontents \chapter{Coordinating events \label{coordinating events}} There are several ways to organize the sequence of your experiments using the Vision Egg. You can write your own custom flow control and event handling, using the Vision Egg solely for drawing graphics. This is often useful in psychophysics experiments where interaction with a subject is interleaved with presentation of stimuli. Alternatively, you can make use of the classes in \module{VisionEgg.FlowControl}. For example, \class{Presentation} is a class that maintains an association between the parameters of stimuli and their control functions, calls these functions, and initiates drawing of the stimuli. There are several ways to use the \class{Presentation} class described below. This mode of operation is useful for electrophysiology experiments. \section{Custom flow control and event handling} By writing your own custom flow control code, you have much more flexibility in designing experiments, but also less of the work involved has been done for you. Perhaps the best place to start is simply to look at some examples. See the demonstration scripts dots_simple_loop.py, mouseTarget_user_loop.py, and multi_stim.py. Each of these programs has its own main loop which performs the same role as the \class{Presentation} class's \method{go} and \method{run_forever} methods, which are described further in this chapter. \section{Using the Presentation class: Running a single trial} Most of the Vision Egg demonstration scripts run a single trial and then quit. From a programming perspective, this is the easiest way to get started. The timing and control of events within a single trial is performed by a ``go loop'', which is entered by calling the \method{go()} method of the \class{Presentation} class. A cycle of the go loop consists of updating any relevant stimulus parameters, clearing the framebuffer, and calling the stimuli to draw themselves. The buffers are swapped and the cycle begins again, usually after waiting for the vertical blanking interval (see the section in this manual on double buffering). When waiting for the vertical blanking interval (``sync swap buffers'') is enabled, cycles through the ``go loop'' never occur faster than the frame rate. If the go loop is burdened with lots of calculations or if the operating system takes the CPU away from the Vision Egg, the cycle through the go loop is not completed before the video card begins drawing the next frame and therefore a frame is skipped. A go loop can run indefinitly or have its duration limited to a duration measured in seconds or in number of frames drawn. (Measuring duration based on frames drawn is only meaningful when buffer swapping is synchronized with the vertical blanking interval and frame skipping would be particularly undesirable in this case.) \section{Using the Presentation class: Continuous operation} Often, the visual stimulus needs to continue running between trials. At a minimum this could be used to keep the display constant and to prevent the Vision Egg from quitting, but could also be used to maintain a moving pattern on the display between trials. In addition, it may be necessary to trigger a go loop with a minimum of latency after the receipt of some signal, such as a digital input on the parallel port. To use the Vision Egg in this manner, the \method{run_forever()} method of \class{Presentation} is called, which begins a loop that performs the same tasks as a go loop with the exception that functions controlling stimulus parameters are informed that it is a ``between go loops'' state. At any point this \method{run_forever} loop can create a go loop, which returns control back to the \method{run_forever} loop when done. Alternatively, if the controlling functions for stimulus parameters operate between go loops, the entire experiment could be run without entering a go loop. (This could also be acheived by starting a go loop with a duration parameter set to ``forever''.) \chapter{Hierarchy of graphical objects \label{hierarchy}} Currently, the Vision Egg supports only a single screen (window). However, it is designed to run simultaneously in multiple screens, so once this capability is available (perhaps in pyglet), the following priciples will continue to apply. Each screen contains a list of least one ``viewport''. A viewport is defined to occupy a rectangular region of the screen and define how and where objects are drawn. The default viewport created with each screen fills the entire screen. In the Vision Egg \class{Viewport} class, the screen position and size are specified in addition to the projection. The projection, specified by the \class{Projection} class, transforms 3D ``eye coordinates'' into ``clip coordinates'' according to, for example, an orthographic or perspective projection. (Eye coordinates are the 3D coordinates of objects referenced from the observers eye in arbitrary units. Clip coordinates are used to compute the final position of the 3D object on the 2D screen.) The default \class{Projection} created with a \class{Viewport} is an orthographic projection that maps eye coordinates in a one to one manner to pixel coordinates, allowing specification of object position in absolute pixels. For more information, consult section 2.11, ``Coordinate Transformations'' of the OpenGL Specification. Multiple instances of the \class{Viewport} class may occupy the same region of the screen. This could be used, for example, to overlay objects with different projections such as in the targetBackground demo. The order of the list of viewports is important, with the first in the list being drawn first and later viewports are drawn on top of earlier viewports. An instance of the \class{Viewport} class keeps an ordered list of the objects it draws. Objects to be drawn on top of other objects should be drawn last and therefore placed last in the list. The objects a viewport drawns are all instances of the \class{Stimulus} class. The name ``Stimulus'' is perhaps a slightly inaccurate because instances of this class only define how to draw a set of graphics primitives. So for example, there are \class{SinGrating2D} and \class{TextureStimulus} subclasses of the \class{Stimulus} class. The Vision Egg draws objects in a hierarchical manner. First, the screen(s) calls each of its viewports in turn. Each viewport calls each of its stimuli in turn. In this way, the occlusion of objects can be controlled by drawing order without employing more advanced concepts such as depth testing (which is also possible). \chapter{Controlling stimulus parameters in realtime \label{controllers}} When using the \class{Presentation} class, you have a powerful method of updating parameters in realtime available to you. ``Controllers'' are instances of the class \class{Controller}. A controller is called at pre-defined intervals and updates the value of some stimulus parameter. For example, in the ``target'' demo script, the ``center'' parameter of a \class{Target2D} stimulus is updated on every frame by a function which computes position based upon the current time. You can also control parameters without using controllers by simply changing the values as your program executes. Instances of \class{Controller} are called by instances of the \class{Presentation} class. After creating an instance of \class{Controller}, it must be ``registered'' by calling the \method{add_controller} method of \class{Presentation}, during which the stimulus parameter under control is specified. The \class{Presentation} takes care of calling the controller from this point. Specifically, the \method{during_go_eval()} is called during a \method{go()} loop, and \method{between_go_eval()} is called by \method{between_presentations()} (during \method{run_forever()}, for example.) These ``eval'' methods return a value which becomes the new value of the parameter being controller. The frequency with which \method{during_go_eval()} and \method{between_go_eval()} are evaluated is determined by the \var{eval_frequency} attribute of the controller. The default \var{eval_frequency} is every frame. The \var{temporal_variables} attribute of the controller specifies what temporal variables the ``eval'' methods have available to base calculations on. The default value is TIME_SEC_SINCE_GO, so when \method{during_go_eval()} is called, the instance will have an attribute \var{time_sec_since_go} set to the time since the onset of the \method{go()} loop. For more information, see the documentation for the \class{Controller} and \class{Presentation} classes in the \module{VisionEgg.Core} module. \chapter{Other general information \label{other info}} \section{Double buffering} The Vision Egg operates in double buffered mode. This means that the contents of the ``front'' framebuffer are read by the video card to produce the on-screen display. Meanwhile, clearing and drawing operations always occur on the back framebuffer, which becomes the front buffer on a buffer swap (also called flip). This way, an incomplete frame is never drawn to the screen. However, if the buffers are swapped while the display is only part-way through the front buffer, the top and bottom parts of the display will contain frames drawn at different times and thus lead to a tearing artifact. For this reason the default behavior of the Vision Egg is to synchronize buffer swapping with the vertical blanking period, ensuring that tearing does not happen. (Synchronizing buffer swapping is not available for some video drivers on the linux platform, and may frequently be overriden in the Displays control panel in Windows.) \section{File layout} Several directories are created in a Vision Egg installation. The files used when a Python script imports any Vision Egg module are in the standard Python ``site-packages'' directory. Next, the Vision Egg system directory contains data files such as sample images used by the demo scripts and a site-wide configuration file. A user-specific configuration file is looked for is the VisionEgg home directory. On your system, you can determine the exact location of these directories by running the ``check-config.py'' script, which is distributed with the Vision Egg. If you have installed the Vision Egg from source, you will also have the source directory. \section{Priority control} The Vision Egg can take advantage of operating system dependent methods of setting the priority of an application. The performance and features vary from platform to platform. The options available from OS specific system calls are available in the Vision Egg. Before trying something new, do not attempt to increase your script's priority, because this may result in locking up the computer. \section{The log file: Warnings and errors} The Vision Egg uses the standard Python logging package to log information including warnings and errors to two locations by default: the standard error stream (as standard for Python scripts) and to a file called ``VisionEgg.log'' in the current directory. The standard error stream is typically printed on the console, which may only be visible when running your script from the command line. If your script (or modules it imports) raise a \exception{SyntaxError}, the Vision Egg will be unable to start and therefore unable to copy the exception traceback to the log file, and viewing the standard error is the only way to see what went wrong. Therefore, if your log file does not display an error but your script is not executing, run it from the command line. Also, on Mac OS X, the standard error output is only visible through the Console.app available in ``/Applications/Utilities''. You can increase the verbosity of the output by doing something like ``VisionEgg.logger.setLevel( VisionEgg.logging.DEBUG )'' in your script. \section{Configuration options} A number of options that control behavior of the Vision Egg are available. These options are first determined when the \module{VisionEgg.Configuration} module is loaded (by the base module \module{VisionEgg}, for example). This module first loads variables from the ``VisionEgg.cfg'' file and then checks for environment variables that override these values. The values set by \module{VisionEgg.Configuration} may be overriden at any time by re-assigning the appropriate variable. For example: \begin{verbatim} import VisionEgg # Turn off GUI window when calling create_default_screen() VisionEgg.config.VISIONEGG_GUI_INIT = 0 \end{verbatim} \section{For more information} A significant amount of documentation is contained within the source code as ''docstrings'' --- special comments within the code. These docstrings are often the best source of information for a particular class or function. In particular, the fundamentally important classes in the \module{VisionEgg.Core} module are well documented. You can either browse the source code itself, look at the library reference compiled from the source, or use a utility such as PyDoc to compile your own reference from the source. The Vision Egg mailing list is another source of valuble information. Sign up and browse the archives through the Vision Egg website. For installation instructions, the Vision Egg website provides the most up-to-date, platform-specific information. To create your own stimuli you need to know OpenGL. To learn more about OpenGL, you may want to begin with ``The Red Book'' (The OpenGL Programming Guide, The Official Guide to Learning). The OpenGL specification is also useful (available online). % %begin{latexonly} % \renewcommand{\indexname}{Module Index} % %end{latexonly} % \input{modvisionegg.ind} % Module Index % %begin{latexonly} % \renewcommand{\indexname}{Index} % %end{latexonly} % \input{visionegg.ind} % Index \end{document} visionegg-1.2.1/LICENSE.txt0000644000076500000240000006406111224565527014534 0ustar astrawstaffThe Vision Egg is licensed under the GNU LGPL Version 2.1, which is included below. The file VisionEgg/win32_vretrace_orig.h is copyright by Thiadmer Riemersma and licensed under a Creative Commons Attribution-Share Alike 3.0 Unported license. GNU LESSER GENERAL PUBLIC LICENSE Version 2.1, February 1999 Copyright (C) 1991, 1999 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. [This is the first released version of the Lesser GPL. It also counts as the successor of the GNU Library Public License, version 2, hence the version number 2.1.] Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public Licenses are intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This license, the Lesser General Public License, applies to some specially designated software packages--typically libraries--of the Free Software Foundation and other authors who decide to use it. You can use it too, but we suggest you first think carefully about whether this license or the ordinary General Public License is the better strategy to use in any particular case, based on the explanations below. When we speak of free software, we are referring to freedom of use, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish); that you receive source code or can get it if you want it; that you can change the software and use pieces of it in new free programs; and that you are informed that you can do these things. To protect your rights, we need to make restrictions that forbid distributors to deny you these rights or to ask you to surrender these rights. These restrictions translate to certain responsibilities for you if you distribute copies of the library or if you modify it. For example, if you distribute copies of the library, whether gratis or for a fee, you must give the recipients all the rights that we gave you. You must make sure that they, too, receive or can get the source code. If you link other code with the library, you must provide complete object files to the recipients, so that they can relink them with the library after making changes to the library and recompiling it. And you must show them these terms so they know their rights. We protect your rights with a two-step method: (1) we copyright the library, and (2) we offer you this license, which gives you legal permission to copy, distribute and/or modify the library. To protect each distributor, we want to make it very clear that there is no warranty for the free library. Also, if the library is modified by someone else and passed on, the recipients should know that what they have is not the original version, so that the original author's reputation will not be affected by problems that might be introduced by others. Finally, software patents pose a constant threat to the existence of any free program. We wish to make sure that a company cannot effectively restrict the users of a free program by obtaining a restrictive license from a patent holder. Therefore, we insist that any patent license obtained for a version of the library must be consistent with the full freedom of use specified in this license. Most GNU software, including some libraries, is covered by the ordinary GNU General Public License. This license, the GNU Lesser General Public License, applies to certain designated libraries, and is quite different from the ordinary General Public License. We use this license for certain libraries in order to permit linking those libraries into non-free programs. When a program is linked with a library, whether statically or using a shared library, the combination of the two is legally speaking a combined work, a derivative of the original library. The ordinary General Public License therefore permits such linking only if the entire combination fits its criteria of freedom. The Lesser General Public License permits more lax criteria for linking other code with the library. We call this license the "Lesser" General Public License because it does Less to protect the user's freedom than the ordinary General Public License. It also provides other free software developers Less of an advantage over competing non-free programs. These disadvantages are the reason we use the ordinary General Public License for many libraries. However, the Lesser license provides advantages in certain special circumstances. For example, on rare occasions, there may be a special need to encourage the widest possible use of a certain library, so that it becomes a de-facto standard. To achieve this, non-free programs must be allowed to use the library. A more frequent case is that a free library does the same job as widely used non-free libraries. In this case, there is little to gain by limiting the free library to free software only, so we use the Lesser General Public License. In other cases, permission to use a particular library in non-free programs enables a greater number of people to use a large body of free software. For example, permission to use the GNU C Library in non-free programs enables many more people to use the whole GNU operating system, as well as its variant, the GNU/Linux operating system. Although the Lesser General Public License is Less protective of the users' freedom, it does ensure that the user of a program that is linked with the Library has the freedom and the wherewithal to run that program using a modified version of the Library. The precise terms and conditions for copying, distribution and modification follow. Pay close attention to the difference between a "work based on the library" and a "work that uses the library". The former contains code derived from the library, whereas the latter must be combined with the library in order to run. GNU LESSER GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License Agreement applies to any software library or other program which contains a notice placed by the copyright holder or other authorized party saying it may be distributed under the terms of this Lesser General Public License (also called "this License"). Each licensee is addressed as "you". A "library" means a collection of software functions and/or data prepared so as to be conveniently linked with application programs (which use some of those functions and data) to form executables. The "Library", below, refers to any such software library or work which has been distributed under these terms. A "work based on the Library" means either the Library or any derivative work under copyright law: that is to say, a work containing the Library or a portion of it, either verbatim or with modifications and/or translated straightforwardly into another language. (Hereinafter, translation is included without limitation in the term "modification".) "Source code" for a work means the preferred form of the work for making modifications to it. For a library, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the library. Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running a program using the Library is not restricted, and output from such a program is covered only if its contents constitute a work based on the Library (independent of the use of the Library in a tool for writing it). Whether that is true depends on what the Library does and what the program that uses the Library does. 1. You may copy and distribute verbatim copies of the Library's complete source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and distribute a copy of this License along with the Library. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Library or any portion of it, thus forming a work based on the Library, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) The modified work must itself be a software library. b) You must cause the files modified to carry prominent notices stating that you changed the files and the date of any change. c) You must cause the whole of the work to be licensed at no charge to all third parties under the terms of this License. d) If a facility in the modified Library refers to a function or a table of data to be supplied by an application program that uses the facility, other than as an argument passed when the facility is invoked, then you must make a good faith effort to ensure that, in the event an application does not supply such function or table, the facility still operates, and performs whatever part of its purpose remains meaningful. (For example, a function in a library to compute square roots has a purpose that is entirely well-defined independent of the application. Therefore, Subsection 2d requires that any application-supplied function or table used by this function must be optional: if the application does not supply it, the square root function must still compute square roots.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Library, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Library, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Library. In addition, mere aggregation of another work not based on the Library with the Library (or with a work based on the Library) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. 3. You may opt to apply the terms of the ordinary GNU General Public License instead of this License to a given copy of the Library. To do this, you must alter all the notices that refer to this License, so that they refer to the ordinary GNU General Public License, version 2, instead of to this License. (If a newer version than version 2 of the ordinary GNU General Public License has appeared, then you can specify that version instead if you wish.) Do not make any other change in these notices. Once this change is made in a given copy, it is irreversible for that copy, so the ordinary GNU General Public License applies to all subsequent copies and derivative works made from that copy. This option is useful when you wish to copy part of the code of the Library into a program that is not a library. 4. You may copy and distribute the Library (or a portion or derivative of it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange. If distribution of object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place satisfies the requirement to distribute the source code, even though third parties are not compelled to copy the source along with the object code. 5. A program that contains no derivative of any portion of the Library, but is designed to work with the Library by being compiled or linked with it, is called a "work that uses the Library". Such a work, in isolation, is not a derivative work of the Library, and therefore falls outside the scope of this License. However, linking a "work that uses the Library" with the Library creates an executable that is a derivative of the Library (because it contains portions of the Library), rather than a "work that uses the library". The executable is therefore covered by this License. Section 6 states terms for distribution of such executables. When a "work that uses the Library" uses material from a header file that is part of the Library, the object code for the work may be a derivative work of the Library even though the source code is not. Whether this is true is especially significant if the work can be linked without the Library, or if the work is itself a library. The threshold for this to be true is not precisely defined by law. If such an object file uses only numerical parameters, data structure layouts and accessors, and small macros and small inline functions (ten lines or less in length), then the use of the object file is unrestricted, regardless of whether it is legally a derivative work. (Executables containing this object code plus portions of the Library will still fall under Section 6.) Otherwise, if the work is a derivative of the Library, you may distribute the object code for the work under the terms of Section 6. Any executables containing that work also fall under Section 6, whether or not they are linked directly with the Library itself. 6. As an exception to the Sections above, you may also combine or link a "work that uses the Library" with the Library to produce a work containing portions of the Library, and distribute that work under terms of your choice, provided that the terms permit modification of the work for the customer's own use and reverse engineering for debugging such modifications. You must give prominent notice with each copy of the work that the Library is used in it and that the Library and its use are covered by this License. You must supply a copy of this License. If the work during execution displays copyright notices, you must include the copyright notice for the Library among them, as well as a reference directing the user to the copy of this License. Also, you must do one of these things: a) Accompany the work with the complete corresponding machine-readable source code for the Library including whatever changes were used in the work (which must be distributed under Sections 1 and 2 above); and, if the work is an executable linked with the Library, with the complete machine-readable "work that uses the Library", as object code and/or source code, so that the user can modify the Library and then relink to produce a modified executable containing the modified Library. (It is understood that the user who changes the contents of definitions files in the Library will not necessarily be able to recompile the application to use the modified definitions.) b) Use a suitable shared library mechanism for linking with the Library. A suitable mechanism is one that (1) uses at run time a copy of the library already present on the user's computer system, rather than copying library functions into the executable, and (2) will operate properly with a modified version of the library, if the user installs one, as long as the modified version is interface-compatible with the version that the work was made with. c) Accompany the work with a written offer, valid for at least three years, to give the same user the materials specified in Subsection 6a, above, for a charge no more than the cost of performing this distribution. d) If distribution of the work is made by offering access to copy from a designated place, offer equivalent access to copy the above specified materials from the same place. e) Verify that the user has already received a copy of these materials or that you have already sent this user a copy. For an executable, the required form of the "work that uses the Library" must include any data and utility programs needed for reproducing the executable from it. However, as a special exception, the materials to be distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. It may happen that this requirement contradicts the license restrictions of other proprietary libraries that do not normally accompany the operating system. Such a contradiction means you cannot use both them and the Library together in an executable that you distribute. 7. You may place library facilities that are a work based on the Library side-by-side in a single library together with other library facilities not covered by this License, and distribute such a combined library, provided that the separate distribution of the work based on the Library and of the other library facilities is otherwise permitted, and provided that you do these two things: a) Accompany the combined library with a copy of the same work based on the Library, uncombined with any other library facilities. This must be distributed under the terms of the Sections above. b) Give prominent notice with the combined library of the fact that part of it is a work based on the Library, and explaining where to find the accompanying uncombined form of the same work. 8. You may not copy, modify, sublicense, link with, or distribute the Library except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense, link with, or distribute the Library is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 9. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Library or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Library (or any work based on the Library), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Library or works based on it. 10. Each time you redistribute the Library (or any work based on the Library), the recipient automatically receives a license from the original licensor to copy, distribute, link with or modify the Library subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties with this License. 11. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Library at all. For example, if a patent license would not permit royalty-free redistribution of the Library by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Library. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply, and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 12. If the distribution and/or use of the Library is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Library under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 13. The Free Software Foundation may publish revised and/or new versions of the Lesser General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Library specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Library does not specify a license version number, you may choose any version ever published by the Free Software Foundation. 14. If you wish to incorporate parts of the Library into other free programs whose distribution conditions are incompatible with these, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 15. BECAUSE THE LIBRARY IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE LIBRARY, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE LIBRARY "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE LIBRARY IS WITH YOU. SHOULD THE LIBRARY PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 16. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE LIBRARY AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE LIBRARY (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE LIBRARY TO OPERATE WITH ANY OTHER SOFTWARE), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS How to Apply These Terms to Your New Libraries If you develop a new library, and you want it to be of the greatest possible use to the public, we recommend making it free software that everyone can redistribute and change. You can do so by permitting redistribution under these terms (or, alternatively, under the terms of the ordinary General Public License). To apply these terms, attach the following notices to the library. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Also add information on how to contact you by electronic and paper mail. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the library, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the library `Frob' (a library for tweaking knobs) written by James Random Hacker. , 1 April 1990 Ty Coon, President of Vice That's all there is to it! visionegg-1.2.1/makepimp.py0000755000076500000240000000401311224565531015053 0ustar astrawstaff#!/usr/bin/env python import imp import os import sys import distutils.util import tarfile import gzip import md5 from plistlib import Plist debug = True HTTPBASE = 'http://osdn.dl.sourceforge.net/sourceforge/visionegg/' UPLOADCMD = 'echo "upload %s" when you want' PLISTDIR = "." plat = distutils.util.get_platform() def runsetup(commands, setup='setup.py'): cmd = '%s %s %s' % (sys.executable, setup, commands) return os.popen(cmd) def main(httpbase=HTTPBASE, upload=True): plist = Plist.fromFile(os.path.join(PLISTDIR, plat+'.plist')) print 'Querying package information' spl = runsetup('--name --version --url --description').read().split('\n')[:-1] name, version, url = spl[:3] description = '\n'.join(spl[3:]) print 'Building dumb distribution for %s-%s' % (name, version) runsetup('bdist_dumb').read() hash = md5.md5() fn = '%s-%s.%s.tar.gz' % (name, version, plat) print 'Calculating MD5 hash for', fn f = file(os.path.join('dist', fn), 'rb') while 1: s = f.read(1024) if not s: break hash.update(s) f.close() hash = hash.hexdigest() if upload: print 'Uploading', fn os.system(UPLOADCMD % os.path.join('dist', fn)) for pkg in plist.Packages: if pkg.Name == name and pkg.Flavor == 'binary': print 'Existing package metadata found' break else: print 'Creating new package metadata' pkg = { 'Flavor':'binary', 'Install-test':'\nimport %s\n\t\t\t' % (name,), 'Prerequisites':[], } plist.Packages.append(pkg) pkg['Name'] = name pkg['Version'] = version pkg['MD5Sum'] = hash pkg['Download-URL'] = httpbase + fn if url: pkg['Home-page'] = url if description and not pkg.get('Description', None): pkg['Description'] = '\n%s\n\t\t\t' % (description,) print 'Writing out new plist' plist.write(os.path.join(PLISTDIR, plat+'.plist')) if __name__=='__main__': main() visionegg-1.2.1/MANIFEST.in0000644000076500000240000000151311224565527014440 0ustar astrawstaffinclude LICENSE.txt include CHANGELOG.txt include README.txt include README-DEMOS.txt include MANIFEST.in include VisionEgg/*.pyx include VisionEgg/*.c include VisionEgg/*.m include VisionEgg/*.h include doc/reference/html/* include doc/reference/epydoc include doc/reference/make_epy.sh include doc/visionegg/* include doc/visionegg.tex include doc/visionegg.pdf include doc/index.html include doc/BUILD.txt include demo/*.py include demo/*.pyw include demo/README.txt include demo/daq/*.py include demo/tcp/*.py include demo/GUI/*.py include demo/Pyro/*.py include test/*.py include VisionEgg/data/panorama.jpg include VisionEgg/data/spiral.png include VisionEgg/data/az_el.png include VisionEgg/data/visionegg.bmp include VisionEgg/data/visionegg.tif include VisionEgg/data/water.mov include VisionEgg/VisionEgg.cfg include check-config.py visionegg-1.2.1/PKG-INFO0000644000076500000240000000412111231315557013767 0ustar astrawstaffMetadata-Version: 1.0 Name: visionegg Version: 1.2.1 Summary: 2D/3D visual stimulus generation Home-page: http://www.visionegg.org/ Author: Andrew Straw Author-email: astraw@users.sourceforge.net License: LGPL Description: The Vision Egg is a programming library (with demo applications) that uses standard, inexpensive computer graphics cards to produce visual stimuli for vision research experiments. For more information, visit the website at www.visionegg.org Any feedback, questions, or comments, should go to the mailing list at visionegg@freelists.org The Vision Egg is Copyright (c) by its authors and is distributed under the GNU Lesser General Public License (LGPL). This software comes with absolutely no warranties, either expressed or implied. Platform: UNKNOWN Classifier: Development Status :: 5 - Production/Stable Classifier: Environment :: Win32 (MS Windows) Classifier: Environment :: X11 Applications Classifier: Environment :: MacOS X Classifier: Environment :: Other Environment Classifier: Intended Audience :: Developers Classifier: Intended Audience :: Science/Research Classifier: License :: OSI Approved :: GNU Library or Lesser General Public License (LGPL) Classifier: Natural Language :: English Classifier: Operating System :: Microsoft :: Windows Classifier: Operating System :: MacOS :: MacOS X Classifier: Operating System :: POSIX :: Linux Classifier: Operating System :: POSIX :: IRIX Classifier: Programming Language :: Python Classifier: Programming Language :: C Classifier: Topic :: Multimedia :: Graphics Classifier: Topic :: Multimedia :: Graphics :: 3D Rendering Classifier: Topic :: Multimedia :: Graphics :: Presentation Classifier: Topic :: Multimedia :: Video :: Display Classifier: Topic :: Scientific/Engineering Classifier: Topic :: Scientific/Engineering :: Human Machine Interfaces Classifier: Topic :: Scientific/Engineering :: Medical Science Apps. Classifier: Topic :: Scientific/Engineering :: Visualization Classifier: Topic :: Software Development :: Libraries visionegg-1.2.1/pyz_support.py0000644000076500000240000000027611224565531015672 0ustar astrawstaff# This allows .pyz files to be loaded # (Used in McMillan Installer applications.) import os import sys home = os.path.dirname(sys.executable) os.chdir(home) sys.path.append('common.pyz') visionegg-1.2.1/README-BINARY-DEMOS.txt0000644000076500000240000001055311224565527016233 0ustar astrawstaffWELCOME Thanks for checking out the Vision Egg! For more information or to download the library, the website is http://www.visionegg.org/ This directory contains Windows binary executable versions of several demonstration scripts included with version 0.9.9 of the Vision Egg library. These programs are not meant to be used for experiments, but rather to demonstrate particular features of the Vision Egg. The complete source code of these programs can be downloaded from the Vision Egg website. Contents: --------- check-config.exe -- Check configuration alpha_texture.exe -- Textures with alpha (transparency). color_grating.exe -- Colored sine wave grating in circular mask convert3d_to_2d.exe -- Convert 3D position to 2D position displayText.exe -- Display text strings dots.exe -- Random dot stimulus dots_simple_loop.exe -- Draw dots, using your own event loop ephys_gui.exe -- Client GUI application for electrophysiology experiments ephys_server.exe -- Server application for electrophysiology experiments flames_pygame.exe -- Flames demo from pygame code repository flames_visionegg.exe -- a Vision Egg implementation of pygame flames gabor.exe -- Sinusoidal grating in a gaussian mask gamma.exe -- Test whether your video drivers support setting gamma ramps grating.exe -- Sinusoidal grating calculated in realtime gratings_multi.exe -- Sinusoidal gratings calculated in realtime image_sequence_fast.exe -- Display a sequence of images using a pseudo-blit routine image_sequence_slow.exe -- Display a sequence of images lib3ds-demo.exe -- Demonstrate the loading of .3ds file using the lib3ds library makeMovie.exe -- Save movie of a black target moving across a white background makeMovie2.exe -- Draw dots and save movie using your own event loop mouseTarget.exe -- Control a target with the mouse, get SDL/pygame events mouseTarget_user_loop.exe -- Control a target with the mouse, using your own event loop. mouse_gabor_2d.exe -- sinusoidal grating in gaussian window mouse_gabor_perspective.exe -- Perspective-distorted sinusoidal grating in gaussian window movingPOV.exe -- 2 viewports, one with a changing perspective mpeg.exe -- play MPEG movies in the Vision Egg multi_stim.exe -- multiple stimulus demo plaid.exe -- Multiple sinusoidal gratings (with mask) sphereMap.exe -- Mapping of texture onto sphere target.exe -- A moving target targetBackground.exe -- Moving target over a spinning drum texture.exe -- Load a texture from a file textureDrum.exe -- A texture-mapped spinning drum visual_jitter.exe -- Retinal slip demonstration simpleServer.exe -- Very simple usage of Pyro (server) simpleClient.exe -- Very simple usage of Pyro (client) gratingPyroServer.exe -- Grating control with low-level Controllers (server) gratingPyroGUI.exe -- Grating control with low-level Controllers (GUI client) metaPyroServer.exe -- Grating control with high-level meta-controller (server) metaPyroGUI.exe -- Grating control with high-level meta-controller (GUI client) simple_lpt_out.exe -- very simple example of using the parallel port trigger_in.exe -- Use an external device to trigger the Vision Egg. trigger_out.exe -- Use the Vision Egg to trigger an external device. drumDemoGUI.exe -- Spinning drum with a graphical user interface (old). gratingTCP.exe -- Start a Vision Egg TCPServer to control a grating gratingGUI.exe -- Python GUI to control gratingTCP conform.exe -- Check VisionEgg operation (unit tests) opengl_info.exe -- Check OpenGL information (doesn't use Vision Egg) display_dc_restoration.exe -- incomplete DC restoration test for displays (Brainard et al., 2002) display_voltage_regulation.exe -- high-voltage regulation test for displays (Brainard et al., 2002) LEGAL MATTERS The Vision Egg is copyright (c) Andrew D. Straw, 2001-2003. It is distributed under the terms of the GNU LGPL (Lesser General Public License.) See LICENSE.txt for more information. This software is provided "as is" without any warranty of any kind, either expressed or implied. This binary demo distribution is only possible because of the open source nature of the Vision Egg's dependencies. The source code for any of the software used is available from its respective website. I would like to thank all of the developers for their great work. These packages include Python, SDL, Numeric Python, PyOpenGL, pygame, the Python Imaging Library, Pyro, SDL, Dincer Aydin's winioport, Gordon McMillan's Python Installer, and Tcl/Tk. visionegg-1.2.1/README-DEMOS.txt0000644000076500000240000000464711224565527015260 0ustar astrawstaffWelcome to the Vision Egg! RUN THE CONFIGURATION CHECK (BEFORE AND/OR AFTER INSTALLATION) Check for pre-requisites on your system by running check-config.py. This can be run before or after installation of the Vision Egg, and also displays useful information about the Vision Egg, if already installed. DEMO SCRIPTS For demos, see the 'demo' directory and the subdirectories therein. The current reigning champion of all the demos is the combination of the multi_stim demo. This demonstrates a large fraction of what the Vision Egg is capable of. If will probably push your hardware, maybe even breaking on older systems. DOCUMENTATION The Programmer's Manual and API Reference are available in doc/index.html To get started, please look at the tutorials (on the website), demo programs (in the "demo" directory). The ultimate authority is the source code. OUTPUT LOGGING The output of the Vision Egg is logged using the standard Python logging package. The default log is a file named "VisionEgg.log". If unspecified, or if there are problems opening the log file, the log will be printed to the system's standard error console. I recommend examining the log after running Vision Egg scripts. You can increase the verbosity of the output by doing something like "VisionEgg.logger.setLevel( VisionEgg.logging.DEBUG )" in your script. WHEN SOMETHING GOES WRONG Exceptions are normally logged to the same log file as the rest of the Vision Egg (see above). However, in some cases (a SyntaxError, for example), the Vision Egg cannot load, and the exception is only printed to the console (terminal window). In this case, you will have to look at the console. On Windows, the console is normally open during the execution of a python program, but disappers once python terminates. If you run the script from the command line, however, the console window is not closed, and you can scroll back. On Mac OS X, a Terminal window displays this information (when the script ends in .py, but not .pyw). On other flavors of Unix, you probably know (and may even love) the console! LICENSE The Vision Egg is copyright (c) Andrew D. Straw, 2001-2003. It is distributed under the terms of the GNU LGPL (Lesser General Public License.) See LICENSE.txt for more information. This software is provided "as is" without any warranty of any kind, either expressed or implied. MAILING LIST Sign up for the mailing list at http://www.visionegg.org/mailinglist.htmlvisionegg-1.2.1/README.txt0000644000076500000240000000263311224565527014404 0ustar astrawstaffWelcome to the Vision Egg! INSTALLATION To install from source, type this from a command line (as root, if necessary) from the Vision Egg base directory: python setup.py install However, the above assumes all of the prerequisites are working. For blow-by-blow accounts of how I got the prerequisites for the Vision Egg installed on all the supported platforms, check out the website at http://www.visionegg.org/ RUN THE CONFIGURATION CHECK (BEFORE AND/OR AFTER INSTALLATION) Check for pre-requisites on your system by running check-config.py. This can be run before or after installation of the Vision Egg, and also displays useful information about the Vision Egg, if already installed. DEMOS, DOCUMENTATION, ETC. The demos are no longer installed, but they are included with the source code and the demo packages. See the README-DEMOS.txt file in those packages. The documentation start page is doc/index.html LICENSE The Vision Egg is Copyright (c) 2001-2008 by the Vision Egg Authors. It is distributed under the terms of the GNU LGPL (Lesser General Public License.) See LICENSE.txt for more information. This software is provided "as is" without any warranty of any kind, either expressed or implied. CREDITS (SOURCE CODE INCLUDED WITH THE VISION EGG DISTRIBUTION) See http://visionegg.org/Miscellaneous/CreditsAndThanks for more. MAILING LIST Sign up for the mailing list at http://visionegg.org/Miscellaneous visionegg-1.2.1/setup.cfg0000644000076500000240000000007311231315557014515 0ustar astrawstaff[egg_info] tag_build = tag_date = 0 tag_svn_revision = 0 visionegg-1.2.1/setup.py0000755000076500000240000003143611231311544014410 0ustar astrawstaff#!/usr/bin/env python """Setup script for the Vision Egg distribution. """ # Copyright (C) 2001-2003 Andrew Straw # Copyright (C) 2004-2008 California Institute of Technology # Distributed under the terms of the GNU Lesser General Public License # (LGPL). name = "visionegg" version = "1.2.1" # setuptools will add ".dev", keep in sync # with VisionEgg/__init__.py and doc/visionegg.tex. author = "Andrew Straw" author_email = "astraw@users.sourceforge.net" home_page = "http://www.visionegg.org/" license = "LGPL" # Lesser GNU Public License description = "2D/3D visual stimulus generation" long_description = \ """The Vision Egg is a programming library (with demo applications) that uses standard, inexpensive computer graphics cards to produce visual stimuli for vision research experiments. For more information, visit the website at www.visionegg.org Any feedback, questions, or comments, should go to the mailing list at visionegg@freelists.org The Vision Egg is Copyright (c) by its authors and is distributed under the GNU Lesser General Public License (LGPL). This software comes with absolutely no warranties, either expressed or implied. """ classifiers = [ 'Development Status :: 5 - Production/Stable', 'Environment :: Win32 (MS Windows)', 'Environment :: X11 Applications', 'Environment :: MacOS X', 'Environment :: Other Environment', 'Intended Audience :: Developers', 'Intended Audience :: Science/Research', 'License :: OSI Approved :: GNU Library or Lesser General Public License (LGPL)', 'Natural Language :: English', 'Operating System :: Microsoft :: Windows', 'Operating System :: MacOS :: MacOS X', 'Operating System :: POSIX :: Linux', 'Operating System :: POSIX :: IRIX', 'Programming Language :: Python', 'Programming Language :: C', 'Topic :: Multimedia :: Graphics', 'Topic :: Multimedia :: Graphics :: 3D Rendering', 'Topic :: Multimedia :: Graphics :: Presentation', 'Topic :: Multimedia :: Video :: Display', 'Topic :: Scientific/Engineering', 'Topic :: Scientific/Engineering :: Human Machine Interfaces', 'Topic :: Scientific/Engineering :: Medical Science Apps.', 'Topic :: Scientific/Engineering :: Visualization', 'Topic :: Software Development :: Libraries', ] from setuptools import setup, Extension from setuptools.command.build_ext import build_ext from distutils.errors import CCompilerError import distutils.command.sdist from distutils import dir_util import sys, os.path, glob, traceback import numpy packages = [ 'VisionEgg', 'VisionEgg.PyroApps', ] ext_package = 'VisionEgg' ext_modules = [] # filled in later # Fill out ext_modules skip_c_compilation = 0 if not skip_c_compilation: if sys.platform == 'darwin': gl_extra_link_args = ['-framework','OpenGL'] else: gl_extra_link_args = [] if sys.platform == 'win32': gl_libraries = ['opengl32']#,'glu32'] elif sys.platform.startswith('linux'): gl_libraries = ['GL'] else: gl_libraries = [] if sys.platform == 'win32': qt_include_dirs = [r'C:\Program Files\QuickTime SDK\CIncludes'] qt_library_dirs = [r'C:\Program Files\QuickTime SDK\Libraries'] qt_libraries = ['qtmlClient'] if 1: # from http://lab.msdn.microsoft.com/express/visualc/usingpsdk/default.aspx winlibs = "kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib" winliblist = [fname[:-4] for fname in winlibs.split()] qt_libraries = qt_libraries+winliblist qt_extra_link_args = [] elif sys.platform == 'darwin': qt_include_dirs = [] qt_library_dirs = [] qt_libraries = [] qt_extra_link_args = ['-framework','QuickTime', '-framework','Carbon', ] else: qt_include_dirs = [] qt_library_dirs = [] qt_libraries = [] qt_extra_link_args = [] if sys.platform == 'darwin': darwin_maxpriority_sources = ['VisionEgg/darwin_maxpriority.pyx'] ext_modules.append(Extension(name='darwin_maxpriority', sources=darwin_maxpriority_sources)) # VBL synchronization stuff ext_modules.append(Extension(name='_darwin_sync_swap', sources=['VisionEgg/_darwin_sync_swap.m'], extra_link_args=['-framework','OpenGL'])) # getfresh ext_modules.append(Extension(name='_darwin_getrefresh', sources=['VisionEgg/darwin_getrefresh.m', 'VisionEgg/darwin_getrefresh_wrap.c'], extra_link_args=['-framework','Cocoa'])) elif sys.platform == 'win32': ext_modules.append(Extension(name='_win32_maxpriority', sources=[os.path.join('VisionEgg','win32_maxpriority.c'), os.path.join('VisionEgg','win32_maxpriority_wrap.c')])) ext_modules.append(Extension(name='_win32_getrefresh', sources=[os.path.join('VisionEgg','win32_getrefresh.c'), os.path.join('VisionEgg','win32_getrefresh_wrap.c')], libraries=['User32'], )) vretrace_source = 'win32_vretrace.pyx' ext_modules.append(Extension(name='win32_vretrace', sources=[os.path.join('VisionEgg',vretrace_source), os.path.join('VisionEgg','win32_load_driver.c')], libraries=['User32'], )) elif sys.platform.startswith('linux') or sys.platform.startswith('irix'): ext_modules.append(Extension(name='_posix_maxpriority', sources=['VisionEgg/posix_maxpriority.c', 'VisionEgg/posix_maxpriority_wrap.c'])) if sys.platform.startswith('linux'): ext_modules.append(Extension(name='_raw_lpt_linux',sources=['VisionEgg/_raw_lpt_linux.c'])) else: # sys.platform.startswith('irix') ext_modules.append(Extension(name='_raw_plp_irix',sources=['VisionEgg/_raw_plp_irix.c'])) if sys.platform == 'darwin' or sys.platform== 'win32': # QuickTime support ext_modules.append(Extension(name='_gl_qt', sources=['VisionEgg/gl_qt.c', 'VisionEgg/gl_qt_wrap.c', 'VisionEgg/movieconvert.c', ], include_dirs=qt_include_dirs, library_dirs=qt_library_dirs, libraries=qt_libraries+gl_libraries, extra_link_args=(qt_extra_link_args+ gl_extra_link_args), )) # _vegl ext_modules.append(Extension(name='_vegl', sources=['VisionEgg/_vegl.pyx',], libraries=gl_libraries, extra_link_args=gl_extra_link_args )) # C extensions for drawing GL stuff include_prefix = os.path.join( sys.prefix, 'include', 'python%s'%sys.version[:3] ) numpy_include_dir = numpy.get_include() ext_modules.append(Extension(name='_draw_in_c', sources=['VisionEgg/_draw_in_c.c'], include_dirs=[numpy_include_dir], libraries=gl_libraries, extra_link_args=gl_extra_link_args )) if 0: data_files = [] data_base_dir = 'VisionEgg' # This becomes VISIONEGG_SYSTEM_DIR data_dir = os.path.join(data_base_dir,'data') test_dir = os.path.join(data_base_dir,'test') data_files.append( (data_dir,[os.path.join('data','water.mov')]) ) data_files.append( (data_dir,[os.path.join('data','panorama.jpg')]) ) data_files.append( (data_dir,[os.path.join('data','spiral.png')]) ) data_files.append( (data_dir,[os.path.join('data','az_el.png')]) ) data_files.append( (data_dir,[os.path.join('data','visionegg.bmp')]) ) data_files.append( (data_dir,[os.path.join('data','visionegg.tif')]) ) for filename in os.listdir('test'): if filename.endswith('.py'): data_files.append( (test_dir,[os.path.join('test',filename)]) ) data_files.append( (data_base_dir,['check-config.py','VisionEgg.cfg','README.txt','LICENSE.txt']) ) else: opj = os.path.join package_data = {'VisionEgg':[opj('data','water.mov'), opj('data','panorama.jpg'), opj('data','spiral.png'), opj('data','az_el.png'), opj('data','visionegg.bmp'), opj('data','visionegg.tif'), 'VisionEgg.cfg', ]} global extension_build_failed extension_build_failed = 0 class sdist_demo( distutils.command.sdist.sdist ): description = 'build demos and documentation' def get_file_list (self): distutils.command.sdist.sdist.get_file_list(self) new_files = [] for orig_file in self.filelist.files: if orig_file.startswith('demo') or orig_file.startswith('doc') or orig_file.startswith('test'): new_files.append(orig_file) elif orig_file in ['check-config.py', #'VisionEgg.cfg', # location changed.. XXX FIXME 'CHANGELOG.txt', 'README-DEMOS.txt', 'LICENSE.txt', ]: new_files.append(orig_file) self.filelist.files = new_files def make_distribution (self): # call sdist make_distribution after changing our name base_fullname = self.distribution.get_fullname() fullname = base_fullname + "-demo" def get_fullname(): return fullname self.distribution.get_fullname = get_fullname # override this method distutils.command.sdist.sdist.make_distribution(self) # call super class ve_build_ext( build_ext ): # This class allows C extension building to fail. # No extension is essential to the Vision Egg. def build_extension(self, ext): try: build_ext.build_extension(self, ext) except CCompilerError, x: print ('*'*70+'\n')*3 print """WARNING: The %s extension module to the Vision Egg could not be compiled. The Vision Egg should run, but the features present in that file will not be available. Above is the ouput showing how the compilation failed."""%ext.name if sys.platform == 'win32': print print """I see you are using Windows. The default compiler for this platform is the Microsoft Visual Studio C compiler. However, a free alternative compiler called mingw can be used instead.""" print print ('*'*70+'\n')*3 global extension_build_failed if not extension_build_failed: extension_build_failed = 1 def main(): # make sure older versions of distutils work extras_kws = {} if (hasattr(distutils.core, 'setup_keywords') and 'classifiers' in distutils.core.setup_keywords): extras_kws['classifiers'] = classifiers # Call setup - normal distutils behavior setup( name=name, version=version, description=description, author=author, author_email=author_email, url=home_page, license=license, packages=packages, ext_package=ext_package, ext_modules=ext_modules, package_data=package_data, long_description=long_description, cmdclass={'build_ext':ve_build_ext, 'sdist_demo':sdist_demo, }, **extras_kws ) if extension_build_failed: print ('*'*70+'\n')*3 print """WARNING: Building of some extensions failed. Please see the messages above for details.\n""" print ('*'*70+'\n')*3 if __name__ == "__main__": main() visionegg-1.2.1/swig_src/0000755000076500000240000000000011231315557014514 5ustar astrawstaffvisionegg-1.2.1/swig_src/darwin_getrefresh.i0000644000076500000240000000074011224565531020372 0ustar astrawstaff%module darwin_getrefresh %{ PyObject *PyErr_DarwinGetRefreshError; %} %init %{ /* New exception */ PyErr_DarwinGetRefreshError = PyErr_NewException( "VisionEgg.DarwinGetRefreshError", NULL, NULL ); // New reference Py_INCREF(PyErr_DarwinGetRefreshError); %} %exception { $action if (darwin_getrefresh_err_occurred()) { PyErr_SetString(PyErr_DarwinGetRefreshError, (const char *)darwin_getrefresh_err_message()); return NULL; } } double getrefresh( void ); visionegg-1.2.1/swig_src/darwin_getrefresh.m0000644000076500000240000000332011224565531020373 0ustar astrawstaff#include #import int darwin_getrefresh_error = 0; const char * darwin_getrefresh_error_str= NULL; int darwin_getrefresh_err_occurred( void ) { return darwin_getrefresh_error; } const char * darwin_getrefresh_err_message( void ) { return darwin_getrefresh_error_str; } void darwin_getrefresh_set_error(const char * errmsg) { darwin_getrefresh_error = 1; darwin_getrefresh_error_str = errmsg; } double getrefresh( void ) { // This is based on SDL12 http://www.libsdl.org/ CFDictionaryRef mode = NULL; CFNumberRef refreshRateCFNumber = NULL; double refreshRate; mode = CGDisplayCurrentMode(kCGDirectMainDisplay); if ( NULL == mode ) { darwin_getrefresh_set_error("Cannot get display mode"); goto ERROR; } refreshRateCFNumber = CFDictionaryGetValue (mode, kCGDisplayRefreshRate); if ( NULL == refreshRateCFNumber ) { darwin_getrefresh_set_error("Mode has no refresh rate"); goto ERROR; } if ( 0 == CFNumberGetValue (refreshRateCFNumber, kCFNumberDoubleType, &refreshRate) ) { // From CGDirectDisplay.h: (Mac OS X 10.2.6, Dec 2002 Developer Tools: // // Some display systems may not conventional video vertical and // horizontal sweep in painting. These displays report a // kCGDisplayRefreshRate of 0 in the CFDictionaryRef returned by // CGDisplayCurrentMode(). On such displays, this function // returns at once. darwin_getrefresh_set_error("Error getting refresh rate - no conventional video sweep?"); goto ERROR; } if ( 0 == refreshRate ) { darwin_getrefresh_set_error("Error getting refresh rate - no conventional video sweep?"); goto ERROR; } return refreshRate; ERROR: return 0; } visionegg-1.2.1/swig_src/gl_qt.c0000644000076500000240000001577311224565531016004 0ustar astrawstaff/* * Copyright (c) 2003, 2006 Andrew Straw. Distributed under the terms * of the GNU Lesser General Public License (LGPL). * * Author: Andrew Straw * */ #include "Python.h" #if defined(MS_WINDOWS) # include #endif #include #include #if defined(__APPLE__) # include # include # include #else # include # include #endif #include "gl_qt.h" int gl_qt_error = 0; const char * gl_qt_error_str= NULL; static char mac_err_str[256]; const char * MAC_OSERR_TO_STR ( int OSErr ) { // XXX could make this lookup the error using mac Estr resources snprintf(mac_err_str,256,"Mac OS error %d",OSErr); return mac_err_str; } int gl_qt_err_occurred( void ) { return gl_qt_error; } const char * gl_qt_err_message( void ) { return gl_qt_error_str; } void gl_qt_set_error(const char * errmsg) { gl_qt_error = 1; gl_qt_error_str = errmsg; } gl_qt_renderer* gl_qt_renderer_create( Movie theMovie, short tex_shape, float tex_scale ) { gl_qt_renderer * render_info = NULL; short gMovieWidth, gMovieHeight; int wOffScreenDepth; long sizeTexture; // Movie Rect gMovieRect = {0, 0, 0, 0}; Rect rectNewMovie; MatrixRecord movieMatrix; /// XXX todo: should check tex_shape is power of 2 render_info = malloc(sizeof(gl_qt_renderer)); if (render_info == NULL) { gl_qt_set_error("memory allocation failure (render_info)"); return NULL; } render_info->gl_texel_data = NULL; render_info->qt_pixel_data = NULL; render_info->offscreen_gworld = NULL; render_info->my_movie = theMovie; GetMovieBox(render_info->my_movie, &gMovieRect); gMovieRect.bottom = gMovieRect.bottom-gMovieRect.top; gMovieRect.top = 0; gMovieRect.right = gMovieRect.right-gMovieRect.left; gMovieRect.left = 0; SetMovieBox(render_info->my_movie, &gMovieRect); gMovieWidth = (short) (gMovieRect.right - gMovieRect.left); gMovieHeight = (short) (gMovieRect.bottom - gMovieRect.top); render_info->tex_shape=tex_shape; // on both sides (square) wOffScreenDepth=32; // if packed pixel implemented, this could be reduced // allocate RGB 888 texture buffer sizeTexture = 3 * tex_shape * tex_shape; // size of texture in bytes render_info->gl_texel_data = (GLubyte *)malloc(sizeTexture); if (render_info->gl_texel_data == NULL) { gl_qt_set_error("memory allocation failure (render_info->gl_texel_data)"); goto fail; } if (tex_scale == 0.0) { // auto-scale if (gMovieWidth > gMovieHeight) { tex_scale = (float)tex_shape / (float) gMovieWidth; } else { tex_scale = (float)tex_shape / (float) gMovieHeight; } } render_info->tex_width = (short) ((float)gMovieWidth * tex_scale); render_info->tex_height = (short) ((float)gMovieHeight * tex_scale); if ((render_info->tex_width > tex_shape) || (render_info->tex_height > tex_shape)) { gl_qt_set_error("movie too big for assigned texture shape"); goto fail; } SetIdentityMatrix (&movieMatrix); ScaleMatrix(&movieMatrix, X2Fix(tex_scale), // XXX where is X2Fix defined? X2Fix(tex_scale), X2Fix(0.0), X2Fix(0.0)); SetMovieMatrix(render_info->my_movie, &movieMatrix); rectNewMovie.top = 0; rectNewMovie.left = 0; rectNewMovie.bottom = render_info->tex_height; rectNewMovie.right = render_info->tex_width; render_info->row_stride = render_info->tex_width * wOffScreenDepth / 8; render_info->qt_pixel_data = (unsigned char *) malloc(render_info->row_stride * render_info->tex_height); if (render_info->qt_pixel_data == NULL) { gl_qt_set_error("memory allocation failure (render_info->qt_pixel_data)"); goto fail; } memset(render_info->qt_pixel_data, 0, render_info->row_stride * render_info->tex_height); QTNewGWorldFromPtr (&(render_info->offscreen_gworld), k32ARGBPixelFormat, &rectNewMovie, NULL, NULL, 0, render_info->qt_pixel_data, render_info->row_stride); if (render_info->offscreen_gworld == NULL) { gl_qt_set_error("error allocating offscreen GWorld"); goto fail; } SetMovieGWorld(render_info->my_movie, (CGrafPtr)render_info->offscreen_gworld, NULL); render_info->offscreen_pixmap = GetGWorldPixMap(render_info->offscreen_gworld); if (!render_info->offscreen_pixmap) { gl_qt_set_error("Could not GetGWorldPixMap"); goto fail; } if (!LockPixels(render_info->offscreen_pixmap)) { gl_qt_set_error("Could not LockPixels"); goto fail; } render_info->qt_pixel_data = (unsigned char *) GetPixBaseAddr(render_info->offscreen_pixmap); //render_info->row_stride = (unsigned long) GetPixRowBytes(render_info->offscreen_pixmap); return render_info; fail: if (render_info->gl_texel_data != NULL) { free(render_info->gl_texel_data); } if (render_info->qt_pixel_data != NULL) { free(render_info->qt_pixel_data); } if (render_info->offscreen_gworld != NULL) { DisposeGWorld(render_info->offscreen_gworld); } if (render_info != NULL) { free(render_info); } return NULL; } void gl_qt_renderer_delete( gl_qt_renderer * render_info ) { int free_warning = 0; if (render_info->offscreen_gworld != NULL) DisposeGWorld(render_info->offscreen_gworld); else free_warning = 1; if (render_info->gl_texel_data != NULL) free(render_info->gl_texel_data); else free_warning = 1; if (render_info->qt_pixel_data != NULL) free(render_info->qt_pixel_data); else free_warning = 1; if (render_info != NULL) free(render_info); else free_warning = 1; if (free_warning) { gl_qt_set_error("gl_qt_renderer_delete() called, but something was already deleted!"); } } void gl_qt_renderer_update(gl_qt_renderer * render_info) { // Despite the swizzeling, this is faster (on my PowerBook G4 ATI // Rage 128 OS X 10.2.6, anyway) than sending the data as GL_ABGR // direct to OpenGL. // Also, this way we can flip the image 'right side up' (according // to OpenGL) for free. // Step 1 - 'swizzle' data (convert ABGR to RGB) register int i,j; register unsigned char * pos; register unsigned char * pTextile; register int row; GLenum error; const char *this_msg; row = render_info->tex_height; for (j = 0; j < render_info->tex_height; j++) { row--; pTextile = render_info->gl_texel_data + row*render_info->tex_width*3; // pTextile = render_info->gl_texel_data + row*render_info->tex_shape*3; for (i = 0; i < render_info->tex_width; i++) { pos = (unsigned char *)(render_info->qt_pixel_data + (j * render_info->row_stride) + (i * 4)); *(pTextile++) = *(pos + 1); *(pTextile++) = *(pos + 2); *(pTextile++) = *(pos + 3); } } // Step 2 - send to OpenGL active 2D texture object glTexSubImage2D(GL_TEXTURE_2D, 0, 0, 0, render_info->tex_width, render_info->tex_height, GL_RGB, GL_UNSIGNED_BYTE, render_info->gl_texel_data); error = glGetError(); if (GL_NO_ERROR != error) { //this_msg = gluErrorString(error); this_msg = "unknown error"; gl_qt_set_error(this_msg); } } visionegg-1.2.1/swig_src/gl_qt.h0000644000076500000240000000150311224565531015773 0ustar astrawstaff#ifndef _QUICKTIME_C_H_ #define _QUICKTIME_C_H_ #if defined(__APPLE__) # include # include #else # include # include #endif typedef struct { Movie my_movie; // OpenGL info GLubyte * gl_texel_data; short tex_shape; short tex_height; short tex_width; // QuickTime offscreen info unsigned char * qt_pixel_data; unsigned long row_stride; GWorldPtr offscreen_gworld; PixMapHandle offscreen_pixmap; } gl_qt_renderer; /* Error checking */ int gl_qt_err_occurred(void); const char * gl_qt_err_message(void); /* Standard functions */ gl_qt_renderer* gl_qt_renderer_create( Movie theMovie, short tex_shape, float tex_scale ); // tex_scale = 0.0 is auto void gl_qt_renderer_delete( gl_qt_renderer *); void gl_qt_renderer_update( gl_qt_renderer *); #endif visionegg-1.2.1/swig_src/gl_qt.i0000644000076500000240000000144211224565531015776 0ustar astrawstaff%module gl_qt %{ #if defined(MS_WINDOWS) # include #endif #include "gl_qt.h" #include "movieconvert.h" PyObject *PyErr_GL_QTError; /* Errors generated by OpenGL/QuickTime code */ %} %init %{ /* New exception for GL_QT code */ PyErr_GL_QTError = PyErr_NewException( "VisionEgg.QuickTime.GL_QTError", NULL, NULL ); // New reference Py_INCREF(PyErr_GL_QTError); %} %exception { $action if (gl_qt_err_occurred()) { PyErr_SetString(PyErr_GL_QTError, gl_qt_err_message()); return NULL; } } %typemap(in) Movie theMovie { MovieObj_Convert($input,&$1); }; gl_qt_renderer* gl_qt_renderer_create( Movie theMovie, short tex_shape, float tex_scale ); // tex_scale = 0.0 is auto void gl_qt_renderer_delete( gl_qt_renderer *); void gl_qt_renderer_update( gl_qt_renderer *); visionegg-1.2.1/swig_src/make.py0000755000076500000240000000525611224565531016017 0ustar astrawstaff#!/usr/bin/env python import os, shutil, sys, stat # This works on swig == 1.3.17 (And not on swig == 1.3.13). # Check for swig version if possible try: import commands except: print "Unable to check for proper SWIG version because the commands module did not load." swig_command = "swig" if len(sys.argv) > 1: swig_command = sys.argv[1] if 'commands' in globals().keys(): status, output = commands.getstatusoutput(swig_command + " -version") if status != 0: print "WARNING: Error checking SWIG version" else: swig_version = output.split('\n')[1] if swig_version.find('SWIG Version 1.3.17') != 0: if swig_version.find('SWIG Version 1.3.24') != 0: raise RuntimeError( "Wrong SWIG version: %s" % (swig_version,) ) else: print "WARNING: Error checking SWIG version" swig_src_dir = os.path.split(sys.argv[0])[0] if swig_src_dir: # the above returns '' if we're in it on Python2.1 os.chdir(swig_src_dir) interfaces = ["darwin_getrefresh", "gl_qt", "posix_maxpriority", "win32_getrefresh", "win32_maxpriority", ] product_suffixes = ["_wrap.c", ".py"] other_source_suffixes = [".m", ".c", ".h"] for i in interfaces: interface_filename = i+".i" products = map(i.__add__,product_suffixes) other_sources = map(i.__add__,other_source_suffixes) mod_time = os.stat(interface_filename)[stat.ST_MTIME] must_rebuild = False found_any = False for product in products: if os.path.exists(product): found_any = True if os.stat(product)[stat.ST_MTIME] < mod_time: must_rebuild = True if not found_any: must_rebuild = True if must_rebuild: sys_string = "%s -python %s"%(swig_command,interface_filename) print sys_string if 'commands' in globals().keys(): status, output = commands.getstatusoutput(sys_string) if status != 0: print "ERROR:", output raise RuntimeError("SWIG error") else: print "WARNING: Cannot verify success of operation" os.system(sys_string) else: pass copy_files = products + other_sources for filename in copy_files: if not os.path.exists(filename): continue new_filename = "../VisionEgg/"+filename if not os.path.exists(new_filename) or os.stat(new_filename)[stat.ST_MTIME] < os.stat(filename)[stat.ST_MTIME]: shutil.copy2(filename,new_filename) # copy2 preserves attributes print "copied %s to ../VisionEgg/"%filename visionegg-1.2.1/swig_src/posix_maxpriority.c0000644000076500000240000000074411224565531020477 0ustar astrawstaff#include #include #include int set_self_policy_priority( int policy, int priority ); int stop_memory_paging( void ); int set_self_policy_priority( int policy, int priority ) { struct sched_param params; params.sched_priority = priority; return sched_setscheduler(0,policy,¶ms); } int stop_memory_paging( void ) { #if defined(MCL_CURRENT) && defined(MCL_FUTURE) return mlockall( MCL_CURRENT | MCL_FUTURE ); #else return 0; #endif } visionegg-1.2.1/swig_src/posix_maxpriority.i0000644000076500000240000000110411224565531020474 0ustar astrawstaff%module posix_maxpriority %{ #include #include #include %} /* policies */ %constant int SCHED_RR = SCHED_RR; %constant int SCHED_FIFO = SCHED_FIFO; /* define errno handler */ %exception { errno = 0; $action if (errno) { PyErr_SetFromErrno(PyExc_OSError); goto fail; // this line supported on swig 1.3.17 } } /* in posix_maxpriority.c */ extern int set_self_policy_priority( int policy, int priority ); extern int stop_memory_paging(); /* in system libraries */ extern int sched_get_priority_max( int policy ); %exception; visionegg-1.2.1/swig_src/win32_getrefresh.c0000644000076500000240000000035511224565531020044 0ustar astrawstaff#include double getrefresh() { DEVMODE DevMode; DevMode.dmDriverExtra = 0; if (EnumDisplaySettings(NULL,ENUM_CURRENT_SETTINGS,&DevMode)) { return (double)DevMode.dmDisplayFrequency; } else { return 0; } } visionegg-1.2.1/swig_src/win32_getrefresh.i0000644000076500000240000000006611224565531020051 0ustar astrawstaff%module win32_getrefresh extern double getrefresh(); visionegg-1.2.1/swig_src/win32_maxpriority.c0000644000076500000240000000064311224565531020275 0ustar astrawstaff#include // winbase.h is all we really want, but it doesn't include all the headers it needs #include unsigned short set_self_process_priority_class( int priority_class ) { return (unsigned short)SetPriorityClass( GetCurrentProcess(), priority_class ); } unsigned short set_self_thread_priority( int priority ) { return (unsigned short)SetThreadPriority( GetCurrentThread(), priority ); } visionegg-1.2.1/swig_src/win32_maxpriority.i0000644000076500000240000001005711224565531020303 0ustar astrawstaff%module win32_maxpriority %{ #include // winbase.h is all we really want, but it doesn't include all the headers it needs #include %} /* Priority classes */ %constant int IDLE_PRIORITY_CLASS = IDLE_PRIORITY_CLASS; %constant int NORMAL_PRIORITY_CLASS = NORMAL_PRIORITY_CLASS; %constant int HIGH_PRIORITY_CLASS = HIGH_PRIORITY_CLASS; %constant int REALTIME_PRIORITY_CLASS = REALTIME_PRIORITY_CLASS; /* Thread priorities */ %constant int THREAD_PRIORITY_IDLE = THREAD_PRIORITY_IDLE; %constant int THREAD_PRIORITY_LOWEST = THREAD_PRIORITY_LOWEST; %constant int THREAD_PRIORITY_BELOW_NORMAL = THREAD_PRIORITY_BELOW_NORMAL; %constant int THREAD_PRIORITY_NORMAL = THREAD_PRIORITY_NORMAL; %constant int THREAD_PRIORITY_ABOVE_NORMAL = THREAD_PRIORITY_ABOVE_NORMAL; %constant int THREAD_PRIORITY_HIGHEST = THREAD_PRIORITY_HIGHEST; %constant int THREAD_PRIORITY_TIME_CRITICAL = THREAD_PRIORITY_TIME_CRITICAL; /* The actual priority "base priority" is determined according to this table. B Process Priority Class Thread Priority Level 1 IDLE_PRIORITY_CLASS THREAD_PRIORITY_IDLE 1 BELOW_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_IDLE 1 NORMAL_PRIORITY_CLASS THREAD_PRIORITY_IDLE 1 ABOVE_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_IDLE 1 HIGH_PRIORITY_CLASS THREAD_PRIORITY_IDLE 2 IDLE_PRIORITY_CLASS THREAD_PRIORITY_LOWEST 3 IDLE_PRIORITY_CLASS THREAD_PRIORITY_BELOW_NORMAL 4 IDLE_PRIORITY_CLASS THREAD_PRIORITY_NORMAL 4 BELOW_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_LOWEST 5 IDLE_PRIORITY_CLASS THREAD_PRIORITY_ABOVE_NORMAL 5 BELOW_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_BELOW_NORMAL 5 Background NORMAL_PRIORITY_CLASS THREAD_PRIORITY_LOWEST 6 IDLE_PRIORITY_CLASS THREAD_PRIORITY_HIGHEST 6 BELOW_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_NORMAL 6 Background NORMAL_PRIORITY_CLASS THREAD_PRIORITY_BELOW_NORMAL 7 BELOW_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_ABOVE_NORMAL 7 Background NORMAL_PRIORITY_CLASS THREAD_PRIORITY_NORMAL 7 Foreground NORMAL_PRIORITY_CLASS THREAD_PRIORITY_LOWEST 8 BELOW_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_HIGHEST 8 NORMAL_PRIORITY_CLASS THREAD_PRIORITY_ABOVE_NORMAL 8 Foreground NORMAL_PRIORITY_CLASS THREAD_PRIORITY_BELOW_NORMAL 8 ABOVE_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_LOWEST 9 NORMAL_PRIORITY_CLASS THREAD_PRIORITY_HIGHEST 9 Foreground NORMAL_PRIORITY_CLASS THREAD_PRIORITY_NORMAL 9 ABOVE_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_BELOW_NORMAL 10 Foreground NORMAL_PRIORITY_CLASS THREAD_PRIORITY_ABOVE_NORMAL 10 ABOVE_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_NORMAL 11 Foreground NORMAL_PRIORITY_CLASS THREAD_PRIORITY_HIGHEST 11 ABOVE_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_ABOVE_NORMAL 11 HIGH_PRIORITY_CLASS THREAD_PRIORITY_LOWEST 12 ABOVE_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_HIGHEST 12 HIGH_PRIORITY_CLASS THREAD_PRIORITY_BELOW_NORMAL 13 HIGH_PRIORITY_CLASS THREAD_PRIORITY_NORMAL 14 HIGH_PRIORITY_CLASS THREAD_PRIORITY_ABOVE_NORMAL 15 HIGH_PRIORITY_CLASS THREAD_PRIORITY_HIGHEST 15 HIGH_PRIORITY_CLASS THREAD_PRIORITY_TIME_CRITICAL 15 IDLE_PRIORITY_CLASS THREAD_PRIORITY_TIME_CRITICAL 15 BELOW_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_TIME_CRITICAL 15 NORMAL_PRIORITY_CLASS THREAD_PRIORITY_TIME_CRITICAL 15 ABOVE_NORMAL_PRIORITY_CLASS THREAD_PRIORITY_TIME_CRITICAL 16 REALTIME_PRIORITY_CLASS THREAD_PRIORITY_IDLE 17 REALTIME_PRIORITY_CLASS -7 18 REALTIME_PRIORITY_CLASS -6 19 REALTIME_PRIORITY_CLASS -5 20 REALTIME_PRIORITY_CLASS -4 21 REALTIME_PRIORITY_CLASS -3 22 REALTIME_PRIORITY_CLASS THREAD_PRIORITY_LOWEST 23 REALTIME_PRIORITY_CLASS THREAD_PRIORITY_BELOW_NORMAL 24 REALTIME_PRIORITY_CLASS THREAD_PRIORITY_NORMAL 25 REALTIME_PRIORITY_CLASS THREAD_PRIORITY_ABOVE_NORMAL 26 REALTIME_PRIORITY_CLASS THREAD_PRIORITY_HIGHEST 27 REALTIME_PRIORITY_CLASS 3 28 REALTIME_PRIORITY_CLASS 4 29 REALTIME_PRIORITY_CLASS 5 30 REALTIME_PRIORITY_CLASS 6 31 REALTIME_PRIORITY_CLASS THREAD_PRIORITY_TIME_CRITICAL */ /* in win32_maxpriority.c */ // Should raise exception (after calling Win32 GetLastError) if these return zero extern unsigned short set_self_process_priority_class( int priority_class ); extern unsigned short set_self_thread_priority( int priority ); visionegg-1.2.1/test/0000755000076500000240000000000011231315557013653 5ustar astrawstaffvisionegg-1.2.1/test/conform.py0000644000076500000240000006106711224565531015703 0ustar astrawstaff#!/usr/bin/env python import unittest import VisionEgg import VisionEgg.Core import VisionEgg.FlowControl import OpenGL.GL as gl # for some specific test cases: import VisionEgg.ParameterTypes import VisionEgg.Dots import VisionEgg.Gratings import VisionEgg.MoreStimuli import VisionEgg.SphereMap import VisionEgg.Textures import Numeric import Image import ImageDraw import os import time # Use Python's bool constants if available, make aliases if not try: True except NameError: True = 1==1 False = 1==0 # Define "sum" if it's not available as Python function try: sum except NameError: import operator def sum( values ): return reduce(operator.add, values ) # start logging to file try: import logging import logging.handlers except ImportError: import VisionEgg.py_logging as logging log_fname = 'conform.log' log_handler_logfile = logging.FileHandler( log_fname ) print "saving log file to",log_fname log_handler_logfile.setFormatter( VisionEgg.log_formatter ) VisionEgg.logger.addHandler( log_handler_logfile ) class VETestCase(unittest.TestCase): def setUp(self): kw_params = {'size' : (512,512), 'fullscreen' : False, 'preferred_bpp' : 32, 'maxpriority' : False, 'hide_mouse' : False, 'frameless' : False, 'bgcolor' : (0.0, 0.0, 1.0), 'sync_swap' : True, } try: self.screen = VisionEgg.Core.Screen( **kw_params ) except Exception, x: try: kw_params['preferred_bpp'] = 24 self.screen = VisionEgg.Core.Screen( **kw_params ) except Exception, x: kw_params['preferred_bpp'] = 0 self.screen = VisionEgg.Core.Screen( **kw_params ) self.screen.clear() VisionEgg.Core.swap_buffers() self.ortho_viewport = VisionEgg.Core.Viewport( screen = self.screen ) def tearDown(self): VisionEgg.Core.swap_buffers() # just for a brief flash... del self.screen def pickle_test(self, pickleable): import pickle a = pickleable a_pickle = pickle.dumps(a) a_test = pickle.loads(a_pickle) for attr_name in dir(a): if hasattr(a,attr_name): attr_orig = getattr(a,attr_name) attr_test = getattr(a_test,attr_name) self.failUnless(type(attr_orig) == type(attr_test)) if hasattr(attr_orig,'__dict__'): for k in attr_orig.__dict__.keys(): self.failUnless(type(attr_orig.__dict__[k]) == type(attr_test.__dict__[k])) def test_feedback_mode(self): l = 250 r = 300 b = 200 t = 350 stimulus = VisionEgg.MoreStimuli.Target2D( position=(l,b), anchor='lowerleft', size=(r-l,t-b), ) self.ortho_viewport.parameters.stimuli = [ stimulus ] gl.glFeedbackBuffer(1000,gl.GL_3D) gl.glRenderMode( gl.GL_FEEDBACK ) self.ortho_viewport.draw() feedback_buffer = gl.glRenderMode( gl.GL_RENDER ) sent_verts = [(l,b,0), (r,b,0), (r,t,0), (l,t,0)] recv_verts = feedback_buffer[0][1] self.failUnless( len(sent_verts) == len(recv_verts), 'feedback received wrong number of verts') for s,r in zip(sent_verts,recv_verts): s=Numeric.asarray(s) r=Numeric.asarray(r) diff = abs(s-r) err = sum(diff) self.failUnless( err < 1e-10, 'verts changed') def test_ve3d_simple(self): import VisionEgg.ThreeDeeMath as ve3d l = 250 r = 300 b = 200 t = 350 sent_verts = [(l,b,0), (r,b,0), (r,t,0), (l,t,0)] recv_verts = self.ortho_viewport.eye_2_window(sent_verts) for s,r in zip(sent_verts,recv_verts): s=Numeric.asarray(s[:2]) # only testing 2D r=Numeric.asarray(r[:2]) # only testing 2D diff = abs(s-r) err = sum(diff) self.failUnless( err < 1e-10, 'verts changed') def test_ve3d_transforms1(self): import VisionEgg.ThreeDeeMath as ve3d gl.glMatrixMode(gl.GL_PROJECTION) # identity M = ve3d.TransformMatrix() ve3d_m = M.matrix gl.glLoadIdentity() gl_m = gl.glGetFloatv(gl.GL_PROJECTION_MATRIX) self.failUnless( Numeric.allclose(ve3d_m, gl_m), 'identity matrix different') # translate args=(10,20,30) M = ve3d.TransformMatrix() M.translate(*args) ve3d_m = M.matrix gl.glLoadIdentity() gl.glTranslatef(*args) gl_m = gl.glGetFloatv(gl.GL_PROJECTION_MATRIX) self.failUnless( Numeric.allclose(ve3d_m, gl_m), 'translation matrix different') # rotate args=(-22.5,10,20,-30) M = ve3d.TransformMatrix() M.rotate(*args) ve3d_m = M.matrix gl.glLoadIdentity() gl.glRotatef(*args) gl_m = gl.glGetFloatv(gl.GL_PROJECTION_MATRIX) self.failUnless( Numeric.allclose(ve3d_m, gl_m), 'rotation matrix different') # scale args=(1,10.5,123.2) M = ve3d.TransformMatrix() M.scale(*args) ve3d_m = M.matrix gl.glLoadIdentity() gl.glScalef(*args) gl_m = gl.glGetFloatv(gl.GL_PROJECTION_MATRIX) self.failUnless( Numeric.allclose(ve3d_m, gl_m), 'scale matrix different') def test_ve3d_transforms2(self): import VisionEgg.ThreeDeeMath as ve3d translate1 = (1,2,3) rotate = (45, 2, 5, 10) scale = (.1, 2.0, 4.0) translate2 = (-10,25,300) gl.glMatrixMode(gl.GL_PROJECTION) gl.glLoadIdentity() gl.glTranslatef(*translate1) gl.glRotatef(*rotate) gl.glScalef(*scale) gl.glTranslatef(*translate2) gl_m = gl.glGetFloatv(gl.GL_PROJECTION_MATRIX) M = ve3d.TransformMatrix() M.translate(*translate1) M.rotate(*rotate) M.scale(*scale) M.translate(*translate2) ve3d_m = M.matrix diff = abs(gl_m-ve3d_m) err = sum(diff) self.failUnless( err < 1e-10, 'matrices different') def test_ve3d_mixed_transforms(self): import VisionEgg.ThreeDeeMath as ve3d l = 250 r = 300 b = 200 t = 350 stimulus = VisionEgg.MoreStimuli.Target2D( position=(l,b), anchor='lowerleft', size=(r-l,t-b), ) # M mimics the projection matrix (modelview matrix is effectively identity) M = self.ortho_viewport.parameters.projection.get_matrix().copy() M = ve3d.TransformMatrix(M) M.translate(10,20,0) self.ortho_viewport.parameters.projection.translate(10,20,0) self.ortho_viewport.parameters.stimuli = [ stimulus ] gl.glFeedbackBuffer(1000,gl.GL_3D) gl.glRenderMode( gl.GL_FEEDBACK ) self.ortho_viewport.draw() feedback_buffer = gl.glRenderMode( gl.GL_RENDER ) sent_verts = [(l,b,0), (r,b,0), (r,t,0), (l,t,0)] gl_recv_verts = feedback_buffer[0][1] clip_coords = M.transform_vertices( sent_verts ) norm_device = ve3d.normalize_homogeneous_rows(clip_coords) ve3d_recv_verts = self.ortho_viewport.norm_device_2_window(norm_device) # check x and y coords for g,v in zip(gl_recv_verts,ve3d_recv_verts): g=Numeric.asarray(g[:2]) v=Numeric.asarray(v[:2]) diff = abs(g-v) err = sum(diff) self.failUnless( err < 1e-10, 'VisionEgg.ThreeDeeMath calculated window position wrong') # check z coord for g,v in zip(gl_recv_verts,ve3d_recv_verts): err = abs(g[2]-v[2]) self.failUnless( err < 1e-10, 'VisionEgg.ThreeDeeMath calculated window depth wrong') def test_ClassWithParameters_pickle_ability(self): self.pickle_test( VisionEgg.ClassWithParameters() ) def test_parameter_types_simple(self): ve_types = VisionEgg.ParameterTypes b = ve_types.Boolean ui = ve_types.UnsignedInteger i = ve_types.Integer r = ve_types.Real ve_types.assert_type(b,ui) ve_types.assert_type(b,i) ve_types.assert_type(b,r) ve_types.assert_type(ui,i) ve_types.assert_type(ui,r) ve_types.assert_type(i,r) def test_parameter_types_sequence(self): ve_types = VisionEgg.ParameterTypes sr = ve_types.Sequence( ve_types.Real ) s4r = ve_types.Sequence4( ve_types.Real ) s3r = ve_types.Sequence3( ve_types.Real ) s2r = ve_types.Sequence2( ve_types.Real ) ve_types.assert_type(s4r,sr) ve_types.assert_type(s3r,sr) ve_types.assert_type(s2r,sr) s4i = ve_types.Sequence4( ve_types.Integer ) s3i = ve_types.Sequence3( ve_types.Integer ) s2i = ve_types.Sequence2( ve_types.Integer ) ve_types.assert_type(s4i,sr) ve_types.assert_type(s3i,sr) ve_types.assert_type(s2i,sr) def test_parameter_types_instance(self): ve_types = VisionEgg.ParameterTypes istim = ve_types.Instance( VisionEgg.Core.Stimulus ) itext = ve_types.Instance( VisionEgg.Text.Text ) ve_types.assert_type(itext,istim) class A: # classic classes pass class B(A): pass ia = ve_types.Instance( A ) ib = ve_types.Instance( B ) ve_types.assert_type(ib, ia) class An(object): # new style classes pass class Bn(An): pass ian = ve_types.Instance( An ) ibn = ve_types.Instance( Bn ) ve_types.assert_type(ibn, ian) def test_presentation_go(self): p = VisionEgg.FlowControl.Presentation(go_duration=(5,'frames')) p.go() def test_presentation_go_twice(self): p = VisionEgg.FlowControl.Presentation(go_duration=(5,'frames')) p.go() p.go() # check to make sure it works a second time def test_presentation_go_duration(self): p = VisionEgg.FlowControl.Presentation(go_duration=(1,'frames')) p.go() p.parameters.go_duration = (2,'frames') p.go() p.parameters.go_duration = (3,'frames') p.go() p.parameters.go_duration = (0,'frames') p.go() p.parameters.go_duration = (0.05,'seconds') p.go() def test_presentation_go_not(self): p = VisionEgg.FlowControl.Presentation(go_duration=(0,'frames')) p.go() # make sure it works with 0 duration def test_presentation_frame_drop_test(self): p = VisionEgg.FlowControl.Presentation(go_duration=(0,'frames')) p.go() # make sure it works with 0 duration p.were_frames_dropped_in_last_go_loop() self.failUnless(not p.were_frames_dropped_in_last_go_loop(),'frame drop test false positive') orig_framerate_setting = VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ fake_hz = 200.0 VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ = fake_hz skip_frame = VisionEgg.FlowControl.FunctionController( during_go_func = lambda t: time.sleep(2.0/fake_hz)) p.add_controller(None,None,skip_frame) p.parameters.go_duration = 3,'frames' orig_threshold = p.parameters.warn_longest_frame_threshold p.parameters.warn_longest_frame_threshold = 1.1 p.go() p.remove_controller(None,None,skip_frame) VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ = orig_framerate_setting p.parameters.warn_longest_frame_threshold = orig_threshold self.failUnless(p.were_frames_dropped_in_last_go_loop(),'missed simulated dropped frame') def test_core_screen_query_refresh_rate(self): fps = self.screen.query_refresh_rate() def test_core_screen_measure_refresh_rate(self): fps = self.screen.measure_refresh_rate() def test_core_refresh_rates_match(self): fps1 = self.screen.query_refresh_rate() # measure frame rate over a longish period for accuracy fps2 = self.screen.measure_refresh_rate(average_over_seconds=1.0) percent_diff = abs(fps1-fps2)/max(fps1,fps2)*100.0 self.failUnless(percent_diff < 5.0,'measured (%.1f fps) and queried (%.1f fps) frame rates different (swap buffers may not be synced to vsync)'%(fps2,fps1)) def test_core_fixation_spot(self): stimulus = VisionEgg.Core.FixationSpot() self.ortho_viewport.parameters.stimuli = [ stimulus ] self.ortho_viewport.draw() def test_dots_dotarea2d(self): stimulus = VisionEgg.Dots.DotArea2D() self.ortho_viewport.parameters.stimuli = [ stimulus ] self.ortho_viewport.draw() def test_gratings_singrating2d(self): stimulus = VisionEgg.Gratings.SinGrating2D() self.ortho_viewport.parameters.stimuli = [ stimulus ] self.ortho_viewport.draw() def test_gratings_singrating2d_2colors(self): stimulus = VisionEgg.Gratings.SinGrating2D(color1=(1,0,0), color2=(0,0,1)) self.ortho_viewport.parameters.stimuli = [ stimulus ] self.ortho_viewport.draw() def test_gratings_singrating2d_mask(self): mask = VisionEgg.Textures.Mask2D() stimulus = VisionEgg.Gratings.SinGrating2D(mask=mask) self.ortho_viewport.parameters.stimuli = [ stimulus ] self.ortho_viewport.draw() def test_spheremap_azelgrid(self): stimulus = VisionEgg.SphereMap.AzElGrid(my_viewport=self.ortho_viewport) self.ortho_viewport.parameters.stimuli = [ stimulus ] self.ortho_viewport.draw() def test_spheremap_spheremap(self): filename = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,"data","az_el.png") texture = VisionEgg.Textures.Texture(filename) stimulus = VisionEgg.SphereMap.SphereMap(texture=texture, shrink_texture_ok=True) self.ortho_viewport.parameters.stimuli = [ stimulus ] self.ortho_viewport.draw() def test_spheremap_spherewindow(self): stimulus = VisionEgg.SphereMap.SphereWindow() self.ortho_viewport.parameters.stimuli = [ stimulus ] self.ortho_viewport.draw() def test_texture_pil(self): width, height = self.screen.size orig = Image.new("RGB",(width,height),(255,0,0)) orig_draw = ImageDraw.Draw(orig) # white cross orig_draw.line( (0,0,width,height), fill=(255,255,255) ) orig_draw.line( (0,height,width,0), fill=(255,255,255) ) # blue vertical line orig_draw.line( (10,0,10,height), fill=(0,0,255) ) texture = VisionEgg.Textures.Texture(orig) result = texture.get_texels_as_image() self.failUnless(result.tostring()==orig.tostring(),'exact texture reproduction with PIL textures failed') def test_texture_stimulus_3d(self): stimulus = VisionEgg.Textures.TextureStimulus3D() self.ortho_viewport.parameters.stimuli = [ stimulus ] self.ortho_viewport.draw() def test_textures_spinning_drum(self): stimulus1 = VisionEgg.Textures.SpinningDrum() stimulus2 = VisionEgg.Textures.SpinningDrum() self.ortho_viewport.parameters.stimuli = [ stimulus1, stimulus2 ] self.ortho_viewport.draw() def test_textures_spinning_drum_flat(self): stimulus = VisionEgg.Textures.SpinningDrum(flat=1, anchor='center', ) self.ortho_viewport.parameters.stimuli = [ stimulus ] self.ortho_viewport.draw() def test_textures_fixation_cross(self): stimulus = VisionEgg.Textures.FixationCross() self.ortho_viewport.parameters.stimuli = [ stimulus ] self.ortho_viewport.draw() def test_texture_stimulus_pil_rgb(self): width, height = self.screen.size orig = Image.new("RGB",(width,height),(0,255,0)) orig_draw = ImageDraw.Draw(orig) # white cross orig_draw.line( (0,0,width,height), fill=(255,255,255) ) orig_draw.line( (0,height,width,0), fill=(255,255,255) ) # blue vertical line orig_draw.line( (10,0,10,height), fill=(0,0,255) ) texture_stimulus = VisionEgg.Textures.TextureStimulus( texture = VisionEgg.Textures.Texture(orig), internal_format = gl.GL_RGB, position = (0,0), anchor = 'lowerleft', texture_min_filter = gl.GL_NEAREST, # XXX shouldn't have to do this! texture_mag_filter = gl.GL_NEAREST, # XXX shouldn't have to do this! ) self.ortho_viewport.parameters.stimuli = [ texture_stimulus ] self.ortho_viewport.draw() result = self.screen.get_framebuffer_as_image(format=gl.GL_RGB) self.failUnless(result.tostring()==orig.tostring(),'exact texture stimulus reproduction with PIL RGB textures failed') def test_texture_stimulus_pil_rgba(self): width, height = self.screen.size # Note: all alpha should be 255 (=OpenGL 1.0) for this test to # work because otherwise the test image gets blended with # whatever OpenGL has in the background orig = Image.new("RGBA",(width,height),(0,255,0,255)) # green, full alpha background orig_draw = ImageDraw.Draw(orig) # white cross orig_draw.line( (0,0,width,height), fill=(255,255,255,255) ) orig_draw.line( (0,height,width,0), fill=(255,255,255,255) ) # blue vertical line orig_draw.line( (10,0,10,height), fill=(0,0,255,255) ) # this breaks test (alpha != 255) # orig_draw.line( (20,0,20,height), fill=(0,0,255,127) ) # orig_draw.line( (30,0,30,height), fill=(255,0,0,127) ) texture_stimulus = VisionEgg.Textures.TextureStimulus( texture = VisionEgg.Textures.Texture(orig), internal_format = gl.GL_RGBA, position = (0,0), anchor = 'lowerleft', texture_min_filter = gl.GL_NEAREST, # XXX shouldn't have to do this! texture_mag_filter = gl.GL_NEAREST, # XXX shouldn't have to do this! ) self.ortho_viewport.parameters.stimuli = [ texture_stimulus ] self.ortho_viewport.draw() result = self.screen.get_framebuffer_as_image(format=gl.GL_RGBA) self.failUnless(result.tostring()==orig.tostring(),'exact texture stimulus reproduction with PIL RGBA textures failed') def test_texture_stimulus_numpy_rgb(self): width, height = self.screen.size orig = Numeric.zeros((height,width,3),Numeric.UnsignedInt8) # sprinkle a few test pixels orig[ 4, 4, :]=255 orig[ 6, 6, 0]=255 orig[ 8, 8, 1]=127 # more text pixels as border orig[ :, 0,:]=255 orig[ :,-1,:]=255 orig[ 0, :,:]=255 orig[-1, :,:]=255 texture_stimulus = VisionEgg.Textures.TextureStimulus( texture = VisionEgg.Textures.Texture(orig), internal_format = gl.GL_RGB, position = (0,0), anchor = 'lowerleft', mipmaps_enabled = False, # not (yet?) supported for Numeric arrays ) self.ortho_viewport.parameters.stimuli = [ texture_stimulus ] self.ortho_viewport.draw() result = self.screen.get_framebuffer_as_array(format=gl.GL_RGB) orig_test = orig.astype(Numeric.Int) # allow signed addition result_test = result.astype(Numeric.Int) # allow signed addition abs_diff = sum(abs(Numeric.ravel(orig_test) - Numeric.ravel(result_test))) self.failUnless(abs_diff == 0,'exact texture reproduction with Numeric RGB textures failed') def test_texture_stimulus_numpy_rgba(self): width, height = self.screen.size orig = Numeric.zeros((height,width,4),Numeric.UnsignedInt8) # Note: all alpha should be 255 (=OpenGL 1.0) for this test to # work because otherwise the test image gets blended with # whatever OpenGL has in the background # set alpha all on orig[ :, :, 3]=255 # sprinkle a few test pixels orig[ 4, 4, :]=255 orig[ 6, 6, 0]=255 orig[ 8, 8, 1]=127 # alpha breaks the test: #orig[ 2, 2, 3]=0 #orig[ 9, 9, 0]=255 #orig[ 9, 9, 3]=127 # more text pixels as border orig[ :, 0,:]=255 orig[ :,-1,:]=255 orig[ 0, :,:]=255 orig[-1, :,:]=255 texture_stimulus = VisionEgg.Textures.TextureStimulus( texture = VisionEgg.Textures.Texture(orig), internal_format = gl.GL_RGBA, position = (0,0), anchor = 'lowerleft', mipmaps_enabled = False, # not (yet?) supported for Numeric arrays ) self.ortho_viewport.parameters.stimuli = [ texture_stimulus ] self.ortho_viewport.draw() result = self.screen.get_framebuffer_as_array(format=gl.GL_RGBA) orig_test = orig.astype(Numeric.Int) # allow signed addition result_test = result.astype(Numeric.Int) # allow signed addition abs_diff = sum(abs(Numeric.ravel(orig_test) - Numeric.ravel(result_test))) self.failUnless(abs_diff == 0,'exact texture reproduction with Numeric RGBA textures failed') def suite(): ve_test_suite = unittest.TestSuite() ve_test_suite.addTest( VETestCase("test_feedback_mode") ) ve_test_suite.addTest( VETestCase("test_ve3d_simple") ) ve_test_suite.addTest( VETestCase("test_ve3d_transforms1") ) ve_test_suite.addTest( VETestCase("test_ve3d_transforms2") ) ve_test_suite.addTest( VETestCase("test_ve3d_mixed_transforms") ) ve_test_suite.addTest( VETestCase("test_ClassWithParameters_pickle_ability") ) ve_test_suite.addTest( VETestCase("test_parameter_types_simple") ) ve_test_suite.addTest( VETestCase("test_parameter_types_sequence") ) ve_test_suite.addTest( VETestCase("test_parameter_types_instance") ) ve_test_suite.addTest( VETestCase("test_presentation_go") ) ve_test_suite.addTest( VETestCase("test_presentation_go_twice") ) ve_test_suite.addTest( VETestCase("test_presentation_go_duration") ) ve_test_suite.addTest( VETestCase("test_presentation_go_not") ) ve_test_suite.addTest( VETestCase("test_presentation_frame_drop_test") ) ve_test_suite.addTest( VETestCase("test_core_refresh_rates_match") ) ve_test_suite.addTest( VETestCase("test_core_screen_query_refresh_rate") ) ve_test_suite.addTest( VETestCase("test_core_screen_measure_refresh_rate") ) ve_test_suite.addTest( VETestCase("test_core_fixation_spot") ) ve_test_suite.addTest( VETestCase("test_dots_dotarea2d") ) ve_test_suite.addTest( VETestCase("test_gratings_singrating2d") ) ve_test_suite.addTest( VETestCase("test_gratings_singrating2d_mask") ) ve_test_suite.addTest( VETestCase("test_gratings_singrating2d_2colors") ) ve_test_suite.addTest( VETestCase("test_spheremap_azelgrid") ) ve_test_suite.addTest( VETestCase("test_spheremap_spheremap") ) ve_test_suite.addTest( VETestCase("test_spheremap_spherewindow") ) ve_test_suite.addTest( VETestCase("test_texture_pil") ) ve_test_suite.addTest( VETestCase("test_texture_stimulus_3d") ) ve_test_suite.addTest( VETestCase("test_textures_spinning_drum") ) ve_test_suite.addTest( VETestCase("test_textures_spinning_drum_flat") ) ve_test_suite.addTest( VETestCase("test_textures_fixation_cross") ) ve_test_suite.addTest( VETestCase("test_texture_stimulus_numpy_rgb") ) ve_test_suite.addTest( VETestCase("test_texture_stimulus_numpy_rgba") ) ve_test_suite.addTest( VETestCase("test_texture_stimulus_pil_rgb") ) ve_test_suite.addTest( VETestCase("test_texture_stimulus_pil_rgba") ) return ve_test_suite runner = unittest.TextTestRunner() runner.run(suite()) visionegg-1.2.1/test/display_dc_restoration.py0000755000076500000240000001153411224565531021001 0ustar astrawstaff#!/usr/bin/env python """Test for incomplete DC restoration.""" description = \ """From Brainard, Pelli, Robson (2002): There are at least six causes for the failure of pixel independence. ... [See display_voltage_regulation.py for test 3.] 4. Incomplete DC restoration. Unfortunately, the video amplifier in most CRT monitors is not DC coupled. Instead it is AC coupled most of the time, and momentarily DC couple to make zero volts produce black at the end of the vertical blanking interval. (DC, "direct current,") refers to zero temporal frequency; AC, "alternating current," refers to all high frequencies.) This is called "DC restoration," which is slightly cheaper to design and build than a fully DC coupled video circuit. If the AC time constant were much longer than a frame, the DC restoration would be equivalent to DC coupling, but, in practice, the AC time constant is typically short relative to the duration of a frame, so that the same video voltage will produce different screen luminances depending on the average voltage since the last blanking interval. As for failure 3, this effect is negligible at the top of the screen and maximal at the bottom. However, this effect can be distinguished from failure 3 by using silent substitution. To test, say, the green primary, use a green test spot, and switch the background (the rest of the screen) back and forth between green and blue. The green and blue backgrounds are indistinguishable to the high-voltage power supply (it serves all three guns) but are distinct to the video amplifiers (one per gun). Brainard, D.H., Pelli, D.G., & Robson, T. (2002). Display Characterization. In: J. Hornak (Ed.) Encyclopedia of Imaging Science and Technology (pp. 172-188): Wiley. """ import VisionEgg from VisionEgg.Core import * from VisionEgg.MoreStimuli import * import pygame import pygame.locals # Use Python's bool constants if available, make aliases if not try: True except NameError: True = 1==1 False = 1==0 bpps = [32, 24, 16, 0] sizes = [ (640,480), (800,600), (1024,768), (1280,1024) ] for bpp in bpps: success = False for size in sizes: print 'trying to initialize fullscreen %d x %d, %d bpp'%( size[0], size[1], bpp) try: screen = VisionEgg.Core.Screen( size = size, fullscreen = True, preferred_bpp = bpp, maxpriority = False, hide_mouse = True, sync_swap = True, ) success = True except: pass if success: break # we don't need to try other resolutions if success: break if not success: raise RuntimeError('ERROR: could not initialize fullscreen mode.') if not screen.constant_parameters.sync_swap: raise RuntimeError('This test requires sync_swap to work') screen.set(bgcolor = (0.0,0.0,0.0)) # black (RGB) bar = Target2D( size = (screen.size[0]/10, screen.size[1]), position = (screen.size[0]/2, screen.size[1]/2), anchor = 'center', ) viewport = Viewport( screen = screen, stimuli = [bar], ) current_channel = 'green' quit_now = False toggle = False # flip bit while not quit_now: toggle = not toggle for event in pygame.event.get(): if event.type == pygame.locals.QUIT: quit_now = True elif event.type == pygame.locals.KEYDOWN: if event.key == pygame.locals.K_ESCAPE: quit_now = True elif event.type == pygame.locals.KEYDOWN: if event.key == pygame.locals.K_r: current_channel = 'red' elif event.key == pygame.locals.K_g: current_channel = 'green' elif event.key == pygame.locals.K_b: current_channel = 'blue' if current_channel == 'red': bar.parameters.color = (1.0,0.0,0.0) if toggle: screen.parameters.bgcolor = (0.0,1.0,0.0) else: screen.parameters.bgcolor = bar.parameters.color elif current_channel == 'green': bar.parameters.color = (0.0,1.0,0.0) if toggle: screen.parameters.bgcolor = (0.0,0.0,1.0) else: screen.parameters.bgcolor = bar.parameters.color elif current_channel == 'blue': bar.parameters.color = (0.0,0.0,1.0) if toggle: screen.parameters.bgcolor = (1.0,0.0,0.0) else: screen.parameters.bgcolor = bar.parameters.color screen.clear() viewport.draw() swap_buffers() visionegg-1.2.1/test/display_voltage_regulation.py0000644000076500000240000000746211224565531021656 0ustar astrawstaff#!/usr/bin/env python """Test for poor high-voltage regulation.""" description = \ """From Brainard, Pelli, Robson (2002): There are at least six causes for the failure of pixel independence. ... 3. Poor high-voltage regulation. The electron beam current is accelerated by a high voltage (15 to 50 kV) power supply, and on cheaper monitors, the voltage may slowly drop when the average beam current is high. This has the effect of making the intensity of each pixel dependent on the average intensity of all the pixels that preceded it. (The high-voltage supply will generally recuperate between frames.) You can test for such long-distance effects by displaying a steady white bar in the center of your display surrounded by a uniform field of variable luminance. Changing the surround from white to black ideally would have no effect on the luminance of the bar. To try this informally without a photometer, create a cardboard shield with a hole smaller than the bar to occlude a flickering surround, and observe whether the bar is steady. This effect depends on position. The effect is negligible at the top of the screen and maximal at the bottom. A single high-voltage supply generally provides the current for all three channels (R, G, and B), so that the effect on a particular test spot is independent of the channel used for background modulation. When the high voltage is very poorly regulated, the whole screen image expands as the image is made brighter, because as the increased current pulls the high voltage down, the electrons take longer to reach the screen and deflect more. [See display_dc_restoration.py for test 4.] Brainard, D.H., Pelli, D.G., & Robson, T. (2002). Display Characterization. In: J. Hornak (Ed.) Encyclopedia of Imaging Science and Technology (pp. 172-188): Wiley. """ import VisionEgg from VisionEgg.Core import * from VisionEgg.MoreStimuli import * import pygame from pygame.locals import * # Use Python's bool constants if available, make aliases if not try: True except NameError: True = 1==1 False = 1==0 bpps = [32, 24, 16, 0] sizes = [ (640,480), (800,600), (1024,768), (1280,1024) ] for bpp in bpps: success = False for size in sizes: print 'trying to initialize fullscreen %d x %d, %d bpp'%( size[0], size[1], bpp) try: screen = VisionEgg.Core.Screen( size = size, fullscreen = True, preferred_bpp = bpp, maxpriority = False, hide_mouse = True, sync_swap = True, ) success = True except: pass if success: break # we don't need to try other resolutions if success: break if not success: raise RuntimeError('ERROR: could not initialize fullscreen mode.') if not screen.constant_parameters.sync_swap: raise RuntimeError('This test requires sync_swap to work') screen.set(bgcolor = (0.0,0.0,0.0)) # black (RGB) bar = Target2D( size = (screen.size[0]/10, screen.size[1]), position = (screen.size[0]/2, screen.size[1]/2), anchor = 'center', ) viewport = Viewport( screen = screen, stimuli = [bar], ) black = True while not pygame.event.peek((QUIT,KEYDOWN,MOUSEBUTTONDOWN)): black = not black if black: screen.parameters.bgcolor = (0.0,0.0,0.0) # black (RGB) else: screen.parameters.bgcolor = (1.0,1.0,1.0) # white (RGB) screen.clear() viewport.draw() swap_buffers() visionegg-1.2.1/test/font_torture.py0000644000076500000240000000212411224565531016757 0ustar astrawstaff# test suggested by Mason Smith on VE mailing list import VisionEgg from VisionEgg.Core import * from VisionEgg.Text import * import pygame import pygame.locals bpps = [32, 24, 16, 0] sizes = [ (640,480), (800,600), (1024,768), (1280,1024) ] for bpp in bpps: success = False for size in sizes: print 'trying to initialize window %d x %d, %d bpp'%( size[0], size[1], bpp) try: screen = VisionEgg.Core.Screen( size = size, fullscreen = False, preferred_bpp = bpp, maxpriority = False, hide_mouse = True, sync_swap = True, ) success = True except: pass if success: break # we don't need to try other resolutions if success: break stims = [] for i in range(2000): print i t = Text() stims.append( t ) visionegg-1.2.1/test/opengl_info.py0000755000076500000240000001327211224565531016535 0ustar astrawstaff#!/usr/bin/env python # # This is the python source code for a utility which checks # lots of things about the current OpenGL system. # # It is part of the Vision Egg package, but does not require # the Vision Egg to be installed. # # Copyright (c) 2001-2003 Andrew Straw. Distributed under the terms # of the GNU General Public License (GPL). __cvs__ = '$Revision$'.split()[1] __date__ = ' '.join('$Date$'.split()[1:3]) __author__ = 'Andrew Straw ' import time, sys, string import pygame from pygame.locals import * from OpenGL.GL import * # PyOpenGL packages from Numeric import * def capitalize_word(word): result = word if word[0] in string.lowercase: result = string.upper(word[0]) + word[1:] return result ARB_exts = ['matrix_palette','multisample','multitexture','point_parameters', 'texture_border_clamp','texture_compression','texture_cube_map', 'texture_env_add','texture_env_combine','texture_env_crossbar', 'texture_env_dot3','transpose_matrix','vertex_blend'] EXT_exts = ['abgr','bgra','blend_color','blend_minmax','blend_subtract', 'clip_volume_hint','compiled_vertex_array','draw_range_elements', 'fog_coord','multi_draw_arrays','packed_pixels', 'paletted_texture','point_parameters','rescale_normal', 'secondary_color','separate_specular_color','shared_texture_palette', 'stencil_wrap','texture_compression_s3tc','texture3D','texture_cube_map', 'texture_edge_clamp','texture_env_add','texture_env_combine', 'texture_env_dot3','texture_filter_anisotropic','texture_lod_bias', 'texture_object','vertex_array','vertex_weighting'] if sys.platform == 'win32': time_func = time.clock else: time_func = time.time ### Setup graphics width = 640 height = 480 size = (width,height) if sys.platform == "darwin": # bug in Mac OS X version of pygame pygame.init() pygame.display.init() pygame.display.set_caption("OpenGL Test") try_bpps = [0,32,24] # bits per pixel (32 = 8 bits red, 8 green, 8 blue, 8 alpha) flags = OPENGL | DOUBLEBUF found_mode = 0 for bpp in try_bpps: modeList = pygame.display.list_modes( bpp, flags ) if modeList == -1: # equal to -1 if any resolution will work found_mode = 1 else: if len(modeList) == 0: # any resolution is OK found_mode = 1 else: if size in modeList: found_mode = 1 else: size = modeList[0] print "WARNING: Using %dx%d video mode instead of requested size."%(size[0],size[1]) if found_mode: break if found_mode == 0: print "WARNING: Could not find acceptable video mode! Trying anyway..." print "Initializing graphics at %d x %d ( %d bpp )."%(size[0],size[1],bpp) pygame.display.set_mode((width,height), flags, bpp ) print ### Get OpenGL info print "OpenGL information returned from OpenGL drivers:" print " GL_VENDOR =",glGetString(GL_VENDOR) print " GL_RENDERER =",glGetString(GL_RENDERER) print " GL_VERSION = ",glGetString(GL_VERSION) print " GL_EXTENSIONS =" for extension in string.split(glGetString(GL_EXTENSIONS)): print " ",extension print ### Get WGL info if this is win32 if sys.platform == 'win32': from OpenGL.WGL.EXT.extensions_string import * if wglInitExtensionsStringEXT(): # Returns 1 if it's working print " WGL_EXTENSIONS =" for extension in string.split(wglGetExtensionsStringEXT()): print " ",extension print ### Buffer information print "Buffer information" print " GL_AUX_BUFFERS =",glGetIntegerv( GL_AUX_BUFFERS ) print " GL_RGBA_MODE =",glGetBooleanv( GL_RGBA_MODE ) print " GL_DOUBLEBUFFER = ",glGetBooleanv( GL_DOUBLEBUFFER ) print " GL_STEREO = ",glGetBooleanv( GL_STEREO ) print " GL_RED_BITS =",glGetIntegerv( GL_RED_BITS ) print " GL_GREEN_BITS =",glGetIntegerv( GL_GREEN_BITS ) print " GL_BLUE_BITS =",glGetIntegerv( GL_BLUE_BITS ) print " GL_ALPHA_BITS =",glGetIntegerv( GL_ALPHA_BITS ) print " GL_ACCUM_RED_BITS =",glGetIntegerv( GL_ACCUM_RED_BITS ) print " GL_ACCUM_GREEN_BITS =",glGetIntegerv( GL_ACCUM_GREEN_BITS ) print " GL_ACCUM_BLUE_BITS =",glGetIntegerv( GL_ACCUM_BLUE_BITS ) print " GL_ACCUM_ALPHA_BITS =",glGetIntegerv( GL_ACCUM_ALPHA_BITS ) print ### Test OpenGL extensions print "Testing PyOpenGL extension support" for ext in ARB_exts: print " GL_ARB_%s:"%ext, module_name = "OpenGL.GL.ARB.%s"%ext try: mod = __import__(module_name,globals(),locals(),[]) components = string.split(module_name, '.') # make mod refer to deepest module for comp in components[1:]: mod = getattr(mod, comp) init_name = "glInit%sARB"%string.join(map(capitalize_word,string.split(ext,'_')),'') init_func = getattr(mod,init_name) if init_func(): print "OK" else: print "Failed" except Exception, x: print "Failed (exception raised):",x for ext in EXT_exts: print " GL_EXT_%s:"%ext, module_name = "OpenGL.GL.EXT.%s"%ext try: mod = __import__(module_name,globals(),locals(),[]) components = string.split(module_name, '.') # make mod refer to deepest module for comp in components[1:]: mod = getattr(mod, comp) init_name = "glInit%sEXT"%string.join(map(capitalize_word,string.split(ext,'_')),'') init_func = getattr(mod,init_name) if init_func(): print "OK" else: print "Failed" except Exception, x: print "Failed (exception raised):",x print print "Texture information" max_dim = glGetIntegerv(GL_MAX_TEXTURE_SIZE) print " GL_MAX_TEXTURE_SIZE is", max_dim visionegg-1.2.1/test/reopen_screen.py0000644000076500000240000000315511224565531017061 0ustar astrawstaff#!/usr/bin/env python # Test for bug reported by Jeremy Hill in which re-opening the screen # would cause a segfault. import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() from VisionEgg.Core import Screen, Viewport, swap_buffers import pygame from pygame.locals import QUIT,KEYDOWN,MOUSEBUTTONDOWN from VisionEgg.Text import Text from VisionEgg.Dots import DotArea2D def run(): screen = Screen() screen.parameters.bgcolor = (0.0,0.0,0.0) # black (RGB) dots = DotArea2D( position = ( screen.size[0]/2.0, screen.size[1]/2.0 ), size = ( 300.0 , 300.0 ), signal_fraction = 0.1, signal_direction_deg = 180.0, velocity_pixels_per_sec = 10.0, dot_lifespan_sec = 5.0, dot_size = 3.0, num_dots = 100) text = Text( text = "Vision Egg dot_simple_loop demo.", position = (screen.size[0]/2,2), anchor = 'bottom', color = (1.0,1.0,1.0)) viewport = Viewport( screen=screen, stimuli=[dots,text] ) # The main loop below is an alternative to using the # VisionEgg.FlowControl.Presentation class. quit_now = 0 while not quit_now: for event in pygame.event.get(): if event.type in (QUIT,KEYDOWN,MOUSEBUTTONDOWN): quit_now = 1 screen.clear() viewport.draw() swap_buffers() screen.close() print "run 1" run() print "run 2" run() print "done" visionegg-1.2.1/test/unittests.py0000644000076500000240000000044011224565531016266 0ustar astrawstaff# run with nose import VisionEgg from VisionEgg.Text import Text def test_dav_obscure_bug(): # Test a bug reported by Dav Clark. Ported from # http://www.freelists.org/archives/visionegg/08-2008/msg00000.html s = VisionEgg.Core.Screen() t = Text() t.set(text='test') visionegg-1.2.1/update_docstrings.py0000755000076500000240000002137111224565531016777 0ustar astrawstaff#!/usr/bin/env python import os import sys import md5 import re import VisionEgg import VisionEgg.Core import VisionEgg.Daq import VisionEgg.DaqKeyboard import VisionEgg.Dots import VisionEgg.FlowControl import VisionEgg.Gratings import VisionEgg.MoreStimuli import VisionEgg.ResponseControl import VisionEgg.SphereMap import VisionEgg.Text import VisionEgg.Textures mods = [VisionEgg, VisionEgg.Core, VisionEgg.Daq, VisionEgg.DaqKeyboard, VisionEgg.Dots, VisionEgg.FlowControl, VisionEgg.Gratings, VisionEgg.MoreStimuli, VisionEgg.ResponseControl, VisionEgg.SphereMap, VisionEgg.Text, VisionEgg.Textures, ] mod_name_to_file = {} file_buffers = {} file_hashes = {} for mod in mods: orig_file = mod.__file__ if orig_file.endswith('pyc'): orig_file = orig_file[:-1] cur_file = os.path.join('VisionEgg',os.path.split(orig_file)[1]) mod_name_to_file[mod.__name__] = cur_file def get_str(xx,const=0): class_by_key = {} done_parameters_and_defaults = [] classes = VisionEgg.recursive_base_class_finder( xx ) # Fill self.parameters with parameter names and set to default values for klass in classes: if klass == object: continue # base class of new style classes - ignore if const: pd = klass.constant_parameters_and_defaults else: pd = klass.parameters_and_defaults if pd not in done_parameters_and_defaults: for parameter_name in pd.keys(): class_by_key[parameter_name] = klass done_parameters_and_defaults.append(pd) ks = class_by_key.keys() ks.sort() if len(ks): out_strs = [] if not const: out_strs.append('Parameters\n') out_strs.append('==========\n') else: out_strs.append('Constant Parameters\n') out_strs.append('===================\n') # pass 1: max_len = 0 for param_name in ks: max_len = max(max_len, len(param_name)) for param_name in ks: klass = class_by_key[param_name] if const: p = klass.constant_parameters_and_defaults else: p = klass.parameters_and_defaults if len(p[param_name]) > 3: if p[param_name][3] == VisionEgg.ParameterDefinition.DEPRECATED: continue type_str = param_name default = p[param_name][0] ve_type = p[param_name][1] if len(p[param_name]) > 2: description = p[param_name][2] + ' ' else: description = '' out_strs.append( '%s -- %s(%s)\n'%(param_name.ljust(max_len), description, str(ve_type)) ) if xx != klass: if klass.__module__ != xx.__module__: mod_name = '%s.'%klass.__module__ else: mod_name = '' out_strs.append( ' '*(max_len+4)+'Inherited from %s%s\n'%(mod_name,klass.__name__,)) tmp = str(default).split('\n') if default is None: tmp = ['(determined at runtime)'] if len(p[param_name]) > 3: if p[param_name][3] == VisionEgg.ParameterDefinition.OPENGL_ENUM: if default is None: gl_name = '(GL enum determined at runtime)' else: gl_name = str(default) tmp = [gl_name] out_strs.append( ' '*(max_len+4)+'Default: '+tmp[0]+'\n') if len(tmp) > 1: for i in range(1,len(tmp)): out_strs.append( ' '*(max_len+13)+tmp[i]+'\n') return out_strs xl = [] for mod in mods: orig_file = mod.__file__ if orig_file.endswith('pyc'): orig_file = orig_file[:-1] orig_fd = file(orig_file,"r") orig_hash = md5.new() orig_hash.update( orig_fd.read() ) fname = mod_name_to_file[ mod.__name__ ] cur_fd = file(fname,"r") cur_hash = md5.new() cur_hash.update( cur_fd.read() ) digest = cur_hash.digest() if orig_hash.digest() != digest: raise RuntimeError('%s is different in VisionEgg and site-packages'%fname) for x in mod.__dict__.keys(): xx = getattr(mod,x) xl.append(xx) file_hashes[fname] = digest for xx in xl: found=0 if type(xx) == type(VisionEgg.ClassWithParameters): if issubclass(xx,VisionEgg.ClassWithParameters): if not xx.__module__ in mod_name_to_file.keys(): print xx,'not in modules -- skipping' continue fname = mod_name_to_file[xx.__module__] if file_buffers.has_key(fname): buf = file_buffers[fname] else: fd = file(fname,'r') buf = fd.readlines() fd.close() del fd search_str = re.compile( r'^class %s\W'%xx.__name__ ) print 'searching for %s in %s'%(xx.__name__,fname) for line_no, line in enumerate(buf): if search_str.match(line): #print xx.__name__,fname,line_no+1,line found=1 break if not found: if xx.__name__ in ['StrokeText','GlutTextBase','BitmapText']: print 'skipping %s - not found, probably because no glut'%xx.__name__ continue raise RuntimeError("didn't find source for %s"%xx.__name__) doc_find = re.compile(r'"""') doc_start = line_no+1 if not doc_find.search(buf[doc_start]): print xx.__name__,fname,doc_start,": not doc string" continue doc_one_liner_find = re.compile(r'""".*"""') if doc_one_liner_find.search(buf[doc_start]): doc_stop = doc_start del_doc_stop = doc_stop+1 doc_lines = buf[doc_start:del_doc_stop] del buf[doc_start:del_doc_stop] else: doc_stop = doc_start+1 doc_found = 0 while not doc_found: if doc_find.search(buf[doc_stop]): doc_found=1 doc_stop += 1 del_doc_stop = doc_stop doc_lines = buf[doc_start:del_doc_stop-1] del buf[doc_start:del_doc_stop] trimmed_doc_lines = [] for doc_line in doc_lines: doc_line = doc_line.replace('"""','') if doc_line.startswith(' '): trimmed_doc_lines.append(doc_line[4:]) else: trimmed_doc_lines.append(doc_line) doc_lines = trimmed_doc_lines # trim old parameter definitions from docstring idx = len(doc_lines)-1 while idx >= 0: if doc_lines[idx] == 'Constant Parameters\n': doc_lines = doc_lines[:idx] break idx -= 1 idx = len(doc_lines)-1 while idx >= 0: if doc_lines[idx] == 'Parameters\n': doc_lines = doc_lines[:idx] break idx -= 1 # insert new parameter defintion ## params_lines = get_str(xx.parameters_and_defaults,const=0) ## const_lines = get_str(xx.constant_parameters_and_defaults,const=1) params_lines = get_str(xx,const=0) const_lines = get_str(xx,const=1) new_lines = doc_lines#['"""'+''.join(doc_lines)] new_lines[0] = '"""'+new_lines[0] if params_lines is not None: if new_lines[-1].strip() != '': new_lines.append('\n') new_lines.extend(params_lines) if const_lines is not None: if new_lines[-1].strip() != '': new_lines.append('\n') new_lines.extend(const_lines) new_lines.append('"""\n') final_new_lines = [] for new_line in new_lines: tmp = new_line.strip() if tmp == '': final_new_lines.append('\n') else: final_new_lines.append( ' '+new_line ) new_lines = final_new_lines buf[line_no+1:line_no+1] = new_lines # insert new docstring file_buffers[fname] = buf # reassign new buffer for fname, buf in file_buffers.iteritems(): buf = ''.join(buf) new_hash = md5.new() new_hash.update(buf) if new_hash.digest() != file_hashes[fname]: print 'saving',fname fd = file(fname,'w') fd.write(buf) fd.close() print 'done' visionegg-1.2.1/upload_to_pypi.sh0000755000076500000240000000010111224565531016253 0ustar astrawstaffpython setup.py register sdist --formats gztar,zip upload --sign visionegg-1.2.1/vc7.bat0000755000076500000240000000135711224565531014075 0ustar astrawstaffrem Modified from http://www.vrplumber.com/programming/mstoolkit/ rem vc7.bat, copied to the command path for the machine @echo off Set PATH=C:\Program Files\Microsoft Visual C++ Toolkit 2003\bin;C:\Program Files\Microsoft Platform SDK for Windows Server 2003 R2\Bin;%PATH% Set INCLUDE=C:\Program Files\Microsoft Visual C++ Toolkit 2003\include;C:\Program Files\Microsoft Platform SDK for Windows Server 2003 R2\include;%INCLUDE% Set LIB=C:\Program Files\Microsoft Visual Studio .NET 2003\Vc7\lib;C:\Program Files\Microsoft Visual C++ Toolkit 2003\lib;C:\Program Files\Microsoft Platform SDK for Windows Server 2003 R2\Lib;%LIB% echo Visit http://msdn.microsoft.com/visualc/using/documentation/default.aspx for echo complete compiler documentation.visionegg-1.2.1/VisionEgg/0000755000076500000240000000000011231315556014565 5ustar astrawstaffvisionegg-1.2.1/VisionEgg/__init__.py0000644000076500000240000005415211231311610016670 0ustar astrawstaff# The Vision Egg # # Copyright (C) 2001-2004 Andrew Straw # Copyright (C) 2004-2009 California Institute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. # """ The Vision Egg package. The Vision Egg is a programming library (with demo applications) that uses standard, inexpensive computer graphics cards to produce visual stimuli for vision research experiments. Today's consumer computer graphics cards, thanks to the demands of computer gamers, are capable of drawing and updating computer graphics suitable for producing research-quality visual stimuli. The Vision Egg allows the vision scientist (or anyone else) to program these cards using OpenGL, the standard in computer graphics programming. Potentially difficult tasks, such as initializing graphics, getting precise timing information, controlling stimulus parameters in real-time, and synchronizing with data acquisition are greatly eased by routines within the Vision Egg. See the 'Core' module for the fundamental Vision Egg classes. """ release_name = '1.2.1' # keep in sync with ../setup.py __version__ = release_name import VisionEgg.Configuration import VisionEgg.ParameterTypes as ve_types import os, sys, time, types # standard python modules import numpy import numpy.oldnumeric as Numeric import warnings import traceback import StringIO import logging # available in Python 2.3 import logging.handlers if not hasattr(Numeric,'UInt8'): Numeric.UInt8 = 'b' if not hasattr(Numeric,'Float32'): Numeric.UInt8 = 'f' # Make sure we don't have an old version of the VisionEgg installed. # (There used to be a module named VisionEgg.VisionEgg. If it still # exists, it will randomly crash things.) if not hasattr(sys,'frozen'): # don't do this if frozen: try: __import__('VisionEgg.VisionEgg') except ImportError: pass # It's OK, the old version isn't there else: # If we can import it, report error raise RuntimeError('Outdated "VisionEgg.py" and/or "VisionEgg.pyc" found. Please delete from your VisionEgg package directory.') ############# Get config defaults ############# config = VisionEgg.Configuration.Config() ############# Logging ############# logger = logging.getLogger('VisionEgg') logger.setLevel( logging.INFO ) log_formatter = logging.Formatter('%(asctime)s (%(process)d) %(levelname)s: %(message)s') _default_logging_started = False def start_default_logging(maxBytes=100000): """Create and add log handlers""" global _default_logging_started if _default_logging_started: return # default logging already started if config.VISIONEGG_LOG_TO_STDERR: log_handler_stderr = logging.StreamHandler() log_handler_stderr.setFormatter( log_formatter ) logger.addHandler( log_handler_stderr ) if config.VISIONEGG_LOG_FILE: if hasattr(logging, 'handlers'): log_handler_logfile = logging.handlers.RotatingFileHandler( config.VISIONEGG_LOG_FILE, maxBytes=maxBytes ) else: log_handler_logfile = logging.FileHandler( config.VISIONEGG_LOG_FILE ) log_handler_logfile.setFormatter( log_formatter ) logger.addHandler( log_handler_logfile ) script_name = sys.argv[0] if not script_name: script_name = "(interactive shell)" logger.info("Script "+script_name+" started Vision Egg %s with process id %d."%(VisionEgg.release_name,os.getpid())) _default_logging_started = True ############# Default exception handler ############# if not sys.argv[0]: # Interactive mode config.VISIONEGG_GUI_ON_ERROR = 0 class _ExceptionHookKeeper: def handle_exception(self, exc_type, exc_value, exc_traceback): global config traceback_stream = StringIO.StringIO() traceback.print_exception(exc_type,exc_value,exc_traceback,None,traceback_stream) traceback_stream.seek(0) try: # don't send to stderr here (original exception handler does it) logger.removeHandler( log_handler_stderr ) removed_stderr = True except: removed_stderr = False logger.critical(traceback_stream.read()) if removed_stderr: logger.addHandler( log_handler_stderr ) if config is not None: if config.VISIONEGG_GUI_ON_ERROR and config.VISIONEGG_TKINTER_OK: # Should really check if any GUI windows are open and only do this then # close any open screens if hasattr(config,'_open_screens'): for screen in config._open_screens: screen.close() traceback_stream = StringIO.StringIO() traceback.print_tb(exc_traceback,None,traceback_stream) traceback_stream.seek(0) pygame_bug_workaround = False # do we need to workaround pygame bug? if hasattr(config,"_pygame_started"): if config._pygame_started: pygame_bug_workaround = True if sys.platform.startswith('linux'): # doesn't affect linux for some reason pygame_bug_workaround = False if not pygame_bug_workaround: if hasattr(config,'_Tkinter_used'): if config._Tkinter_used: import GUI GUI.showexception(exc_type, exc_value, traceback_stream.getvalue()) # continue on with normal exception processing: __keep_config__ = config # bizarre that the exception handler changes our values... self.orig_hook(exc_type, exc_value, exc_traceback) config = __keep_config__ # but we work around it! def __init__(self): self._sys = sys # preserve ref to sys module self.orig_hook = self._sys.excepthook # keep copy sys.excepthook = self.handle_exception def __del__(self): self._sys.excepthook = self.orig_hook # restore original def watch_exceptions(): """Catch exceptions, log them, and optionally open GUI.""" global _exception_hook_keeper _exception_hook_keeper = _ExceptionHookKeeper() def stop_watching_exceptions(): """Stop catching exceptions, returning to previous state.""" global _exception_hook_keeper del _exception_hook_keeper if config.VISIONEGG_ALWAYS_START_LOGGING: start_default_logging() watch_exceptions() if len(config._delayed_configuration_log_warnings) != 0: logger = logging.getLogger('VisionEgg.Configuration') for msg in config._delayed_configuration_log_warnings: logger.warning( msg ) ############ A base class finder utility function ########### def recursive_base_class_finder(klass): """A function to find all base classes.""" result = [klass] for base_class in klass.__bases__: for base_base_class in recursive_base_class_finder(base_class): result.append(base_base_class) # Make only a single copy of each class found result2 = [] for r in result: if r not in result2: result2.append(r) return result2 ############# Setup timing functions ############# if sys.platform == "win32": # on win32, time.clock() theoretically has better resolution than time.time() true_time_func = time.clock else: true_time_func = time.time # XXX Possible To-Do: # On MacOSX use AudioGetCurrentHostTime() and # AudioConvertHostTimeToNanos() # config._FRAMECOUNT_ABSOLUTE = 0 # initialize global variable def time_func_locked_to_frames(): return config._FRAMECOUNT_ABSOLUTE / float(config.VISIONEGG_MONITOR_REFRESH_HZ) time_func = true_time_func # name of time function Vision Egg programs should use def set_time_func_to_true_time(): time_func = true_time_func def set_time_func_to_frame_locked(): time_func = time_func_locked_to_frames def timing_func(): """DEPRECATED. Use time_func instead""" warnings.warn("timing_func() has been changed to time_func(). " "This warning will only be issued once, but each call to " "timing_func() will be slower than if you called time_func() " "directly", DeprecationWarning, stacklevel=2) return time_func() #################################################################### # # Parameters # #################################################################### class Parameters: """Parameter container. Simple empty class to act something like a C struct.""" pass class ParameterDefinition( dict ): """Define parameters used in ClassWithParameters """ DEPRECATED = 1 OPENGL_ENUM = 2 class ClassWithParameters( object ): """Base class for any class that uses parameters. Any class that uses parameters potentially modifiable in realtime should be a subclass of ClassWithParameters. This class enforces type checking and sets default values. Any subclass of ClassWithParameters can define two class (not instance) attributes, "parameters_and_defaults" and "constant_parameters_and_defaults". These are dictionaries where the key is a string containing the name of the parameter and the the value is a tuple of length 2 containing the default value and the type. For example, an acceptable dictionary would be {"parameter1" : (1.0, ve_types.Real)} See the ParameterTypes module for more information about types. """ parameters_and_defaults = ParameterDefinition({}) # empty for base class constant_parameters_and_defaults = ParameterDefinition({}) # empty for base class __slots__ = ('parameters','constant_parameters') # limit access only to specified attributes def __getstate__(self): """support for being pickled""" result = {} classes = recursive_base_class_finder(self.__class__) for klass in classes: if hasattr(klass,'__slots__'): for attr in klass.__slots__: if hasattr(self,attr): result[attr] = getattr(self,attr) return result def __setstate__(self,dict): """support for being unpickled""" for attr in dict.keys(): setattr(self,attr,dict[attr]) __safe_for_unpickling__ = True # tell python 2.2 we know what we're doing def __init__(self,**kw): """Create self.parameters and set values.""" self.constant_parameters = Parameters() # create self.constant_parameters self.parameters = Parameters() # create self.parameters # Get a list of all classes this instance is derived from classes = recursive_base_class_finder(self.__class__) done_constant_parameters_and_defaults = [] done_parameters_and_defaults = [] done_kw = [] # Fill self.parameters with parameter names and set to default values for klass in classes: if klass == object: continue # base class of new style classes - ignore # Create self.parameters and set values to keyword argument if found, # otherwise to default value. # # If a class didn't override base class's parameters_and_defaults dictionary, don't deal with it twice if hasattr(klass, 'parameters_and_defaults') and klass.parameters_and_defaults not in done_parameters_and_defaults: for parameter_name in klass.parameters_and_defaults.keys(): # Make sure this parameter key/value pair doesn't exist already if hasattr(self.parameters,parameter_name): raise ValueError("More than one definition of parameter '%s'"%parameter_name) # Get default value and the type value,tipe = klass.parameters_and_defaults[parameter_name][:2] # Check tipe is valid if not ve_types.is_parameter_type_def(tipe): raise ValueError("In definition of parameter '%s', %s is not a valid type declaration."%(parameter_name,tipe)) # Was a non-default value passed for this parameter? if kw.has_key(parameter_name): value = kw[parameter_name] done_kw.append(parameter_name) # Allow None to pass as acceptable value -- lets __init__ set own defaults if value is not None: # Check anything other than None if not tipe.verify(value): print 'parameter_name',parameter_name print 'value',value print 'type value',type(value) print 'isinstance(value, numpy.ndarray)',isinstance(value, numpy.ndarray) print 'tipe',tipe if not isinstance(value, numpy.ndarray): value_str = str(value) else: if Numeric.multiply.reduce(value.shape) < 10: value_str = str(value) # print array if it's smallish else: value_str = "(array data)" # don't pring if it's big raise TypeError("Parameter '%s' value %s is type %s (not type %s) in %s"%(parameter_name,value_str,type(value),tipe,self)) setattr(self.parameters,parameter_name,value) done_parameters_and_defaults.append(klass.parameters_and_defaults) # Same thing as above for self.constant_parameters: # # Create self.constant_parameters and set values to keyword argument if found, # otherwise to default value. # # If a class didn't override base class's parameters_and_defaults dictionary, don't deal with it twice if hasattr(klass, 'constant_parameters_and_defaults') and klass.constant_parameters_and_defaults not in done_constant_parameters_and_defaults: for parameter_name in klass.constant_parameters_and_defaults.keys(): # Make sure this parameter key/value pair doesn't exist already if hasattr(self.parameters,parameter_name): raise ValueError("Definition of '%s' as variable parameter and constant parameter."%parameter_name) if hasattr(self.constant_parameters,parameter_name): raise ValueError("More than one definition of constant parameter '%s'"%parameter_name) # Get default value and the type value,tipe = klass.constant_parameters_and_defaults[parameter_name][:2] if not ve_types.is_parameter_type_def(tipe): raise ValueError("In definition of constant parameter '%s', %s is not a valid type declaration."%(parameter_name,tipe)) # Was a non-default value passed for this parameter? if kw.has_key(parameter_name): value = kw[parameter_name] done_kw.append(parameter_name) # Allow None to pass as acceptable value -- lets __init__ set own default if type(value) != type(None): # Check anything other than None if not tipe.verify(value): if type(value) != Numeric.ArrayType: value_str = str(value) else: if Numeric.multiply.reduce(value.shape) < 10: value_str = str(value) # print array if it's smallish else: value_str = "(array data)" # don't pring if it's big raise TypeError("Constant parameter '%s' value %s is type %s (not type %s) in %s"%(parameter_name,value_str,type(value),tipe,self)) setattr(self.constant_parameters,parameter_name,value) done_constant_parameters_and_defaults.append(klass.constant_parameters_and_defaults) # Set self.parameters to the value in "kw" for kw_parameter_name in kw.keys(): if kw_parameter_name not in done_kw: raise ValueError("parameter '%s' passed as keyword argument, but not specified by %s (or subclasses) as potential parameter"%(kw_parameter_name,self.__class__)) def is_constant_parameter(self,parameter_name): # Get a list of all classes this instance is derived from classes = recursive_base_class_finder(self.__class__) for klass in classes: if klass == object: continue # base class of new style classes - ignore if klass.constant_parameters_and_defaults.has_key(parameter_name): return True # The for loop only completes if parameter_name is not in any subclass return False def get_specified_type(self,parameter_name): # Get a list of all classes this instance is derived from classes = recursive_base_class_finder(self.__class__) for klass in classes: if klass == object: continue # base class of new style classes - ignore if klass.parameters_and_defaults.has_key(parameter_name): return klass.parameters_and_defaults[parameter_name][1] # The for loop only completes if parameter_name is not in any subclass raise AttributeError("%s has no parameter named '%s'"%(self.__class__,parameter_name)) def verify_parameters(self): """Perform type check on all parameters""" for parameter_name in dir(self.parameters): if parameter_name.startswith('__'): continue require_type = self.get_specified_type(parameter_name) this_type = ve_types.get_type(getattr(self.parameters,parameter_name)) ve_types.assert_type(this_type,require_type) def set(self,**kw): """Set a parameter with type-checked value This is the slow but safe way to set parameters. It is recommended to use this method in all but speed-critical portions of code. """ # Note that we don't overload __setattr__ because that would always slow # down assignment, not just when it was convenient. # # (We could make a checked_parameters attribute though.) for parameter_name in kw.keys(): setattr(self.parameters,parameter_name,kw[parameter_name]) require_type = self.get_specified_type(parameter_name) value = kw[parameter_name] this_type = ve_types.get_type(value) ve_types.assert_type(this_type,require_type) setattr(self.parameters,parameter_name,value) def get_type(value): warnings.warn("VisionEgg.get_type() has been moved to "+\ "VisionEgg.ParameterTypes.get_type()", DeprecationWarning, stacklevel=2) return ve_types.get_type(value) def assert_type(*args): warnings.warn("VisionEgg.assert_type() has been moved to "+\ "VisionEgg.ParameterTypes.assert_type()", DeprecationWarning, stacklevel=2) return ve_types.assert_type(*args) def _get_lowerleft(position,anchor,size): """Private helper function size is (width, height) """ if anchor == 'lowerleft': lowerleft = position else: if len(position) > 2: z = position[2] else: z = 0.0 if len(position) > 3: w = position[3] else: w = 1.0 if z != 0.0: warnings.warn( "z coordinate (other than 0.0) specificed where anchor not 'lowerleft' -- cannot compute") if w != 1.0: warnings.warn("w coordinate (other than 1.0) specificed where anchor not 'lowerleft' -- cannot compute") if anchor == 'center': lowerleft = (position[0] - size[0]/2.0, position[1] - size[1]/2.0) elif anchor == 'lowerright': lowerleft = (position[0] - size[0],position[1]) elif anchor == 'upperright': lowerleft = (position[0] - size[0],position[1] - size[1]) elif anchor == 'upperleft': lowerleft = (position[0],position[1] - size[1]) elif anchor == 'left': lowerleft = (position[0],position[1] - size[1]/2.0) elif anchor == 'right': lowerleft = (position[0] - size[0],position[1] - size[1]/2.0) elif anchor == 'bottom': lowerleft = (position[0] - size[0]/2.0,position[1]) elif anchor == 'top': lowerleft = (position[0] - size[0]/2.0,position[1] - size[1]) else: raise ValueError("No anchor position %s"%anchor) return lowerleft def _get_center(position,anchor,size): """Private helper function""" if anchor == 'center': center = position else: if len(position) > 2: z = position[2] else: z = 0.0 if len(position) > 3: w = position[3] else: w = 1.0 if z != 0.0: raise ValueError("z coordinate (other than 0.0) specificed where anchor not 'center' -- cannot compute") if w != 1.0: raise ValueError("w coordinate (other than 1.0) specificed where anchor not 'center' -- cannot compute") if anchor == 'lowerleft': center = (position[0] + size[0]/2.0, position[1] + size[1]/2.0) elif anchor == 'lowerright': center = (position[0] - size[0]/2.0, position[1] + size[1]/2.0) elif anchor == 'upperright': center = (position[0] - size[0]/2.0, position[1] - size[1]/2.0) elif anchor == 'upperleft': center = (position[0] + size[0]/2.0, position[1] - size[1]/2.0) elif anchor == 'left': center = (position[0] + size[0]/2.0, position[1]) elif anchor == 'right': center = (position[0] - size[0]/2.0, position[1]) elif anchor == 'bottom': center = (position[0],position[1] + size[1]/2.0) elif anchor == 'top': center = (position[0],position[1] - size[1]/2.0) else: raise ValueError("No anchor position %s"%anchor) return center visionegg-1.2.1/VisionEgg/_darwin_sync_swap.m0000644000076500000240000000211111224565530020450 0ustar astrawstaff#include "Python.h" /* * This is the Objective C source code for synchronizing frame buffer * swapping with vertical retrace pulse on the darwin platform. * * Copyright (c) 2002 Andrew Straw. Distributed under the terms of * the GNU Lesser General Public License (LGPL). * * $Revision$ * $Date$ * Author = Andrew Straw * */ #include #include #define TRY(E) if(! (E)) return NULL static char sync_swap__doc__[] = "Synchronize framebuffer swapping with vertical retrace sync pulse."; static PyObject *sync_swap(PyObject * self, PyObject * args) { CGLContextObj context; long params[] = { 1 ? 1 : 0}; context = CGLGetCurrentContext(); CGLSetParameter(context, kCGLCPSwapInterval, params); Py_INCREF(Py_None); return Py_None; } static PyMethodDef _darwin_sync_swap_methods[] = { { "sync_swap", sync_swap, METH_VARARGS, sync_swap__doc__}, { NULL, NULL} /* sentinel */ }; DL_EXPORT(void) init_darwin_sync_swap(void) { Py_InitModule("_darwin_sync_swap", _darwin_sync_swap_methods); return; } visionegg-1.2.1/VisionEgg/_draw_in_c.c0000644000076500000240000000366511224565530017030 0ustar astrawstaff/* * Copyright (c) 2003 Andrew Straw. Distributed under the terms of * the GNU Lesser General Public License (LGPL). * * $Revision$ * $Date$ * Author: Andrew Straw * */ #include "Python.h" #include "numpy/oldnumeric.h" #if defined(MS_WINDOWS) # include #endif #include "vegl.h" static char draw_dots__doc__[] = "VisionEgg._draw_in_c._draw_dots(x,y,z) -> None"; static PyObject * draw_dots(PyObject *self, PyObject *args) { PyObject *input1, *input2, *input3; PyArrayObject *x=NULL; PyArrayObject *y=NULL; PyArrayObject *z=NULL; int i, n; if (!PyArg_ParseTuple(args, "OOO", &input1, &input2, &input3)) return NULL; x = (PyArrayObject *) PyArray_ContiguousFromObject(input1, PyArray_DOUBLE, 1, 1); if (x == NULL) goto fail; y = (PyArrayObject *) PyArray_ContiguousFromObject(input2, PyArray_DOUBLE, 1, 1); if (y == NULL) goto fail; z = (PyArrayObject *) PyArray_ContiguousFromObject(input3, PyArray_DOUBLE, 1, 1); if (z == NULL) goto fail; n = x->dimensions[0]; if (n != y->dimensions[0]) { PyErr_SetString(PyExc_ValueError,"All three arguments must be same length"); goto fail; } if (n != z->dimensions[0]) { PyErr_SetString(PyExc_ValueError,"All three arguments must be same length"); goto fail; } glBegin(GL_POINTS); for (i = 0; i < n; i++) { glVertex3f( *(double *)(x->data + i*x->strides[0]), *(double *)(y->data + i*y->strides[0]), *(double *)(z->data + i*z->strides[0])); } glEnd(); Py_DECREF(x); Py_DECREF(y); Py_DECREF(z); Py_INCREF(Py_None); return Py_None; fail: Py_XDECREF(x); Py_XDECREF(y); Py_XDECREF(z); return NULL; } static PyMethodDef _draw_in_c_methods[] = { { "draw_dots", draw_dots, METH_VARARGS, draw_dots__doc__}, { NULL, NULL} /* sentinel */ }; DL_EXPORT(void) init_draw_in_c(void) { Py_InitModule("_draw_in_c", _draw_in_c_methods); import_array(); return; } visionegg-1.2.1/VisionEgg/_lib3ds.c0000644000076500000240000003441411224565530016257 0ustar astrawstaff/* * This is the C source code for interfacing with the Vision Egg with * the lib3ds library * * Copyright (C) 2002 Andrew Straw * Copyright (C) 2005 California Institute of Technology * * Distributed under the terms of the GNU Lesser General Public * License (LGPL). * * $Id$ * Author = Andrew Straw * */ #include "Python.h" #include #include #include #include #include #include #include #include #include #include #if defined(MS_WINDOWS) # include #endif #include "vegl.h" #define PY_CHECK(X,LINENO) if (!(X)) { fprintf(stderr,"Python exception _lib3ds.c line %d\n",LINENO); goto error; } #define L3DCK(X,LINENO) if (!(X)) { fprintf(stderr,"_lib3ds error on line %d",LINENO); goto error; } #define MAX_WARN_STR 255 #define _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL(X) if (m->X.name[0]) { snprintf(warn_str,MAX_WARN_STR,"Ignoring data in %s because .3ds file support is incomplete. (" #X " \"%s\" for material \"%s\" was not loaded)",filename,&m->X.name[0],&m->name[0]); if (!warn_python(warn_str)) {goto error;} } static PyObject *g_logger_warning = NULL; // forward declarations static PyObject* render_node(Lib3dsFile *file, PyObject *tex_dict, Lib3dsNode *node); static PyObject* get_logger_warning( void ); int warn_python(char *text); ////////////////////////////////////////////// static char draw__doc__[] = "Draw a model loaded from a .3ds file.\n"; static PyObject *draw(PyObject *self, PyObject *args) { PyObject *py_c_file; Lib3dsFile *file=NULL; PyObject *tex_dict=NULL; float scale_x, scale_y, scale_z; float pos_x, pos_y, pos_z; float orient_angle; float orient_x,orient_y,orient_z; PY_CHECK(PyArg_ParseTuple(args,"OOffffffffff", &py_c_file, &tex_dict, &scale_x,&scale_y,&scale_z, &pos_x,&pos_y,&pos_z, &orient_angle, &orient_x,&orient_y,&orient_z ),__LINE__); if (!PyCObject_Check(py_c_file)) { PyErr_SetString(PyExc_ValueError,"Must pass PyCObject as 1st argument"); return NULL; } if (!PyDict_Check(tex_dict)) { PyErr_SetString(PyExc_ValueError,"Must pass PyDict as 2nd argument"); return NULL; } file = (Lib3dsFile*)PyCObject_AsVoidPtr(py_c_file); glEnable(GL_TEXTURE_2D); //glShadeModel(GL_SMOOTH); //glEnable(GL_LIGHTING); //glDepthFunc(GL_LEQUAL); glEnable(GL_DEPTH_TEST); //glEnable(GL_CULL_FACE); //glCullFace(GL_BACK); //glClear(GL_DEPTH_BUFFER_BIT); if (!file) { return NULL; } glMatrixMode(GL_MODELVIEW); glPushMatrix(); glTranslatef(pos_x,pos_y,pos_z); glRotatef(orient_angle,orient_x,orient_y,orient_z); glRotatef(-90, 1.0,0,0); glScalef(scale_x,scale_y,scale_z); // added to prevent other things from messing up the texture colouring. glColor3f(1.0, 1.0, 1.0); { Lib3dsNode *p; for (p=file->nodes; p!=0; p=p->next) { PY_CHECK(render_node(file,tex_dict,p),__LINE__); } } glPopMatrix(); //glDisable(GL_LIGHTING); Py_INCREF(Py_None); return Py_None; error: return NULL; } ////////////////////////////////////////////// static PyObject *get_logger_warning( void ) { PyObject *loggingModule = NULL; PyObject *logging_getLogger = NULL; PyObject *logger = NULL; PyObject *logger_warning = NULL; // Now get VisionEgg.Core.message to pass message loggingModule = PyImport_ImportModule("logging"); // New ref if (!loggingModule) { loggingModule = PyImport_ImportModule("VisionEgg.py_logging"); } PY_CHECK(loggingModule,__LINE__); logging_getLogger = PyObject_GetAttrString(loggingModule,"getLogger"); // new ref PY_CHECK(logging_getLogger,__LINE__); logger = PyObject_CallObject(logging_getLogger,Py_BuildValue("(s)","VisionEgg._lib3ds")); // new ref PY_CHECK(logger,__LINE__); logger_warning = PyObject_GetAttrString(logger,"warning"); // new ref PY_CHECK(logger_warning,__LINE__); g_logger_warning = logger_warning; Py_DECREF(logger); Py_DECREF(logging_getLogger); Py_DECREF(loggingModule); return g_logger_warning; error: Py_XDECREF(logger); Py_XDECREF(logging_getLogger); Py_XDECREF(loggingModule); return NULL; } int warn_python(char *text) { PyObject* temp = NULL; if (!g_logger_warning) { // make sure can write to the log g_logger_warning = get_logger_warning(); PY_CHECK(g_logger_warning,__LINE__); } temp = PyObject_CallObject(g_logger_warning,Py_BuildValue("(s)",text)); // new ref PY_CHECK(temp,__LINE__); Py_XDECREF(temp); return 1; error: Py_XDECREF(temp); return 0; } static char c_init__doc__[] = "C helper for Model3DS.__init__.\n"; static PyObject *c_init(PyObject *dummy_self, PyObject *args) { char * filename=NULL; char * warn_str=NULL; Lib3dsFile *file=NULL; Lib3dsMaterial* m; Lib3dsLight *light; Lib3dsNode* new_node=NULL; Lib3dsNode* last_node=NULL; Lib3dsMesh* mesh; Lib3dsTextureMap texmap; PyObject *self=NULL; PyObject *self_draw=NULL; PyObject *self_dict=NULL; PyObject *py_c_file=NULL; PyObject *tex_dict=NULL; PyObject *tex_dict_value=NULL; warn_str = (char *)malloc(MAX_WARN_STR*sizeof(char)); if (!warn_str) { PyErr_SetString(PyExc_SystemError,"malloc failed in _lib3ds.c"); goto error; } PY_CHECK(PyArg_ParseTuple(args,"Os", &self, &filename),__LINE__); self_dict = PyObject_GetAttrString( self, "__dict__" ); // new ref PY_CHECK(self_dict,__LINE__); file=lib3ds_file_load(filename); if (!file) { PyErr_SetString(PyExc_RuntimeError,"lib3ds_file_load failed"); return NULL; } lib3ds_file_eval(file,0); // gFile = file; // Now do self._lib3ds_file = file // XXX should build destructor before here py_c_file = PyCObject_FromVoidPtr((void*)file,NULL); // new ref PY_CHECK(py_c_file,__LINE__); PY_CHECK(!PyDict_SetItemString(self_dict,"_lib3ds_file",py_c_file),__LINE__); // Get a list of the texture files to load tex_dict = PyDict_New(); // new ref PY_CHECK(tex_dict,__LINE__); for (m=file->materials; m!=0; m=m->next ) { texmap = m->texture1_map; if (texmap.name[0]) { //printf("c_init texture1_map %s: %s\n",&m->name[0],&texmap.name[0]); tex_dict_value = Py_BuildValue("i",-1); // new ref PY_CHECK(tex_dict_value,__LINE__); PY_CHECK(!PyDict_SetItemString(tex_dict,&texmap.name[0],tex_dict_value),__LINE__); Py_DECREF(tex_dict_value); } // we don't handle these yet, at least let the user know... _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( texture1_mask); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( texture2_map); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( texture2_mask); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( opacity_map); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( opacity_mask); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( bump_map); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( bump_mask); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( specular_map); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( specular_mask); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( shininess_map); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( shininess_mask); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( self_illum_map); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( self_illum_mask); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( reflection_map); _LIB3DS_WARN_IF_MATERIAL_TEX_IS_NOT_NULL( reflection_mask); } for (light=file->lights; light; light=light->next) { snprintf(warn_str,MAX_WARN_STR,"Ignoring data in %s because .3ds file support is incompelte. (Light \"%s\" not used because light support not implemented.)",filename,&light->name[0]); if (!warn_python(warn_str)) { goto error; } } Py_XDECREF(py_c_file); // If no nodes, warn and make one for each mesh if (file->nodes == 0) { if (file->meshes == 0) { if (!warn_python(".3ds file has no nodes and no meshes, not drawing anything.")) { goto error; } } for (mesh=file->meshes; mesh!=0; mesh=mesh->next) { snprintf(warn_str,MAX_WARN_STR,".3ds file has no nodes, making one for mesh \"%s\"",&mesh->name[0]); if (!warn_python(warn_str)) { goto error; } new_node = lib3ds_node_new_object(); strncpy(&new_node->name[0],&mesh->name[0],64); if (file->nodes == 0) { file->nodes = new_node; } else { last_node->next = new_node; } last_node = new_node; //file->nodes->name = &file->meshes->name[0]; } } free((void*)warn_str); return tex_dict; error: free((void*)warn_str); Py_XDECREF(tex_dict); Py_XDECREF(tex_dict_value); Py_XDECREF(self_dict); Py_XDECREF(self_draw); Py_XDECREF(py_c_file); return NULL; } ///////////////////////////////////////////// static PyObject* render_node(Lib3dsFile *file, PyObject *tex_dict, Lib3dsNode *node) { PyObject *tex_dict_value=NULL; /* Lib3dsRgba a; Lib3dsRgba d; Lib3dsRgba s; */ ASSERT(file); { Lib3dsNode *p; for (p=node->childs; p!=0; p=p->next) { PY_CHECK(render_node(file,tex_dict,p),__LINE__); } } if (node->type==LIB3DS_OBJECT_NODE) { if (strcmp(node->name,"$$$DUMMY")==0) { L3DCK(0,__LINE__); } if (!node->user.d) { Lib3dsMesh *mesh; mesh=lib3ds_file_mesh_by_name(file, node->name); ASSERT(mesh); if (!mesh) { L3DCK(0,__LINE__); } node->user.d=glGenLists(1); glNewList(node->user.d, GL_COMPILE); { unsigned p; Lib3dsVector *normalL=malloc(3*sizeof(Lib3dsVector)*mesh->faces); { Lib3dsMatrix M; lib3ds_matrix_copy(M, mesh->matrix); lib3ds_matrix_inv(M); glMultMatrixf(&M[0][0]); } lib3ds_mesh_calculate_normals(mesh, normalL); for (p=0; pfaces; ++p) { Lib3dsFace *f=&mesh->faceL[p]; Lib3dsMaterial *mat=0; if (f->material[0]) { mat=lib3ds_file_material_by_name(file, f->material); } if (mat) { /* ///////////////////// static GLfloat a[4]={0,0,0,1}; float s; glMaterialfv(GL_FRONT, GL_AMBIENT, a); glMaterialfv(GL_FRONT, GL_DIFFUSE, mat->diffuse); glMaterialfv(GL_FRONT, GL_SPECULAR, mat->specular); s = (float)pow(2, 10.0*mat->shininess); if (s>128.0) { s=128.0; } glMaterialf(GL_FRONT, GL_SHININESS, s); ///////////////////// */ if (mat->texture1_map.name[0]) { // use texture tex_dict_value = PyDict_GetItemString(tex_dict,&mat->texture1_map.name[0]); // borrowed ref PY_CHECK(tex_dict_value,__LINE__); if (!PyLong_Check(tex_dict_value)) { PyErr_SetString(PyExc_ValueError,"dictionary value must be int"); goto error; } glBindTexture( GL_TEXTURE_2D, PyInt_AsLong(tex_dict_value) ); } else { // no texture... } } else { /* //////////////////////// a[0]=0.2f; a[1]=0.2f; a[2]=0.2f; a[3]=1.0f; d[0]=0.8f; d[1]=0.8f; d[2]=0.8f; d[3]=1.0f; s[0]=0.0f; s[1]=0.0f; s[2]=0.0f; s[3]=1.0f; glMaterialfv(GL_FRONT, GL_AMBIENT, a); glMaterialfv(GL_FRONT, GL_DIFFUSE, d); glMaterialfv(GL_FRONT, GL_SPECULAR, s); //////////////////////// */ } { int i; glBegin(GL_TRIANGLES); glNormal3fv(f->normal); for (i=0; i<3; ++i) { glNormal3fv(normalL[3*p+i]); if (mesh->texels) { glTexCoord2fv(mesh->texelL[f->points[i]]); } glVertex3fv(mesh->pointL[f->points[i]].pos); } glEnd(); } } free(normalL); } glEndList(); } if (node->user.d) { Lib3dsObjectData *d; glPushMatrix(); d=&node->data.object; glMultMatrixf(&node->matrix[0][0]); glTranslatef(-d->pivot[0], -d->pivot[1], -d->pivot[2]); glCallList(node->user.d); glPopMatrix(); } } Py_INCREF(Py_None); return Py_None; error: return NULL; } ////////////////////////////////////////////// static char dump_materials__doc__[] = "Print the materials of a .3ds file.\n"; static PyObject *dump_materials(PyObject *self, PyObject *args) { PyObject *py_c_file; Lib3dsFile *file=NULL; PY_CHECK(PyArg_ParseTuple(args,"O", &py_c_file),__LINE__); if (!PyCObject_Check(py_c_file)) { PyErr_SetString(PyExc_ValueError,"Must pass PyCObject"); return NULL; } file = (Lib3dsFile*)PyCObject_AsVoidPtr(py_c_file); lib3ds_file_dump_materials(file); Py_INCREF(Py_None); return Py_None; error: return NULL; } ////////////////////////////////////////////// static char dump_nodes__doc__[] = "Print the nodes of a .3ds file.\n"; static PyObject *dump_nodes(PyObject *self, PyObject *args) { PyObject *py_c_file; Lib3dsFile *file=NULL; PY_CHECK(PyArg_ParseTuple(args,"O", &py_c_file),__LINE__); if (!PyCObject_Check(py_c_file)) { PyErr_SetString(PyExc_ValueError,"Must pass PyCObject"); return NULL; } file = (Lib3dsFile*)PyCObject_AsVoidPtr(py_c_file); lib3ds_file_dump_nodes(file); Py_INCREF(Py_None); return Py_None; error: return NULL; } ////////////////////////////////////////////// static char dump_meshes__doc__[] = "Print the meshes of a .3ds file.\n"; static PyObject *dump_meshes(PyObject *self, PyObject *args) { PyObject *py_c_file; Lib3dsFile *file=NULL; PY_CHECK(PyArg_ParseTuple(args,"O", &py_c_file),__LINE__); if (!PyCObject_Check(py_c_file)) { PyErr_SetString(PyExc_ValueError,"Must pass PyCObject"); return NULL; } file = (Lib3dsFile*)PyCObject_AsVoidPtr(py_c_file); lib3ds_file_dump_meshes(file); Py_INCREF(Py_None); return Py_None; error: return NULL; } ////////////////////////////////////////////// static PyMethodDef lib3ds_c_methods[] = { { "c_init", (PyCFunction)c_init, METH_VARARGS, c_init__doc__}, { "draw", (PyCFunction)draw, METH_VARARGS, draw__doc__}, { "dump_materials", (PyCFunction)dump_materials, METH_VARARGS, dump_materials__doc__}, { "dump_nodes", (PyCFunction)dump_nodes, METH_VARARGS, dump_nodes__doc__}, { "dump_meshes", (PyCFunction)dump_meshes, METH_VARARGS, dump_meshes__doc__}, { NULL, NULL, 0, NULL} /* sentinel */ }; DL_EXPORT(void) init_lib3ds(void) { Py_InitModule("_lib3ds", lib3ds_c_methods); return; } visionegg-1.2.1/VisionEgg/_raw_lpt_linux.c0000644000076500000240000001070511224565530017763 0ustar astrawstaff#include "Python.h" /* * Copyright (c) 2001-2003 Andrew Straw. Distributed under the terms of * the GNU Lesser General Public License (LGPL). * * $Revision$ * $Date$ * Author: Andrew Straw * */ /* * NOTE: If I had to re-implement this, I would use SWIG! * */ #include // for ioperm (glibc) (use unistd.h for libc5) and inb #define TRY(E) if(! (E)) return NULL #define MAX_BASE_ADDRESSES 4 static long int ok_base_addresses[MAX_BASE_ADDRESSES]; static long int not_ok_base_addresses[MAX_BASE_ADDRESSES]; static unsigned short num_ok_base_addresses; static unsigned short num_not_ok_base_addresses; static short c_ok(long int base_address) { unsigned short i; for (i=0; i= 0) { // it's OK ok_base_addresses[num_ok_base_addresses] = base_address; if (num_ok_base_addresses < MAX_BASE_ADDRESSES) { num_ok_base_addresses++; } return 1; } else { not_ok_base_addresses[num_not_ok_base_addresses] = base_address; if (num_not_ok_base_addresses < MAX_BASE_ADDRESSES) { num_not_ok_base_addresses++; } if (raise_ex) { PyErr_SetString(PyExc_IOError,"Cannot open LPT. (Do you have permission?)"); } return 0; } } else { if (ok==0 && raise_ex) { PyErr_SetString(PyExc_IOError,"Cannot open LPT. (Do you have permission?)"); } return ok; } } static char base_address_ok__doc__[] = "VisionEgg._raw_lpt_linux.base_address_ok(base_address) -> bool"; static PyObject *base_address_ok(PyObject * self, PyObject * args) { long int base_address; short ok; TRY(PyArg_ParseTuple(args,"l",&base_address)); ok = c_ok(base_address); if (ok==-1) { return PyInt_FromLong((long)c_check(base_address,0)); } else { return PyInt_FromLong((long)ok); } } static char inp__doc__[] = "inp(base_address) -> value\n" "Get status bits 0-7 of the LPT port.\n" "\n" "For LPT0, base_address should be 0x379\n" "\n" "The status bits were not meant for high speed data input\n" "Nevertheless, for sampling one or two digital inputs, they\n" "work fine.\n" "\n" "Bits 4 and 5 (pins 13 and 12, respectively) should be first\n" "choice to sample a digital voltage. The other bits have some\n" "oddities. Bits 0 and 1 are designated reserved. Others are\n" "'active low'; they show a logic 0 when +5v is applied.\n" "\n" "bit4 = value & 0x10\n" "bit5 = value & 0x20\n"; static PyObject *inp(PyObject * self, PyObject * args) { long int base_address; unsigned short i; short ok; TRY(PyArg_ParseTuple(args,"l",&base_address)); // Fast check on port ok = 0; for (i=0; i * */ #include #include #define TRY(E) if(! (E)) return NULL #define ERRSTR "Parallel port possible but not implemented on IRIX." static char base_address_ok__doc__[] = "VisionEgg._raw_plp_irix.base_address_ok(base_address) -> bool"; static PyObject *base_address_ok(PyObject * self, PyObject * args) { long int base_address; TRY(PyArg_ParseTuple(args,"l",&base_address)); PyErr_SetString(PyExc_NotImplementedError,ERRSTR); return NULL; } static char inp__doc__[] = "VisionEgg._raw_plp_irix.inp(base_address) -> value"; static PyObject *inp(PyObject * self, PyObject * args) { long int base_address; TRY(PyArg_ParseTuple(args,"l",&base_address)); PyErr_SetString(PyExc_NotImplementedError,ERRSTR); return NULL; } static char out__doc__[] = "VisionEgg._raw_plp_irix.out(base_address, value) -> None"; static PyObject *out(PyObject * self, PyObject * args) { long int base_address; short int value; TRY(PyArg_ParseTuple(args,"lh",&base_address,&value)); PyErr_SetString(PyExc_NotImplementedError,ERRSTR); return NULL; } static PyMethodDef _raw_plp_irix_methods[] = { { "base_address_ok", base_address_ok, METH_VARARGS, base_address_ok__doc__}, { "inp", inp, METH_VARARGS, inp__doc__}, { "out", out, METH_VARARGS, out__doc__}, { NULL, NULL} /* sentinel */ }; DL_EXPORT(void) init_raw_plp_irix(void) { Py_InitModule("_raw_plp_irix", _raw_plp_irix_methods); return; } visionegg-1.2.1/VisionEgg/_vegl.c0000644000076500000240000003044011224565530016027 0ustar astrawstaff/* Generated by Pyrex 0.9.5.1a on Sun Jan 20 20:09:41 2008 */ #include "Python.h" #include "structmember.h" #ifndef PY_LONG_LONG #define PY_LONG_LONG LONG_LONG #endif #ifdef __cplusplus #define __PYX_EXTERN_C extern "C" #else #define __PYX_EXTERN_C extern #endif __PYX_EXTERN_C double pow(double, double); #include "vegl.h" typedef struct {PyObject **p; char *s;} __Pyx_InternTabEntry; /*proto*/ typedef struct {PyObject **p; char *s; long n;} __Pyx_StringTabEntry; /*proto*/ static PyObject *__pyx_m; static PyObject *__pyx_b; static int __pyx_lineno; static char *__pyx_filename; static char **__pyx_f; static PyObject *__Pyx_Import(PyObject *name, PyObject *from_list); /*proto*/ static int __Pyx_InternStrings(__Pyx_InternTabEntry *t); /*proto*/ static void __Pyx_AddTraceback(char *funcname); /*proto*/ /* Declarations from _vegl */ typedef struct { int two; int nd; char typekind; int itemsize; int flags; Py_intptr_t (*shape); Py_intptr_t (*strides); void (*data); } __pyx_t_5_vegl_PyArrayInterface; /* Implementation of _vegl */ static PyObject *__pyx_n_numpy; static PyObject *__pyx_n_veglGetTexImage; static PyObject *__pyx_n_veglTexSubImage1D; static PyObject *__pyx_n___array_struct__; static PyObject *__pyx_f_5_vegl_veglGetTexImage(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds); /*proto*/ static PyObject *__pyx_f_5_vegl_veglGetTexImage(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds) { PyObject *__pyx_v_target = 0; PyObject *__pyx_v_level = 0; PyObject *__pyx_v_format = 0; PyObject *__pyx_v_type = 0; PyObject *__pyx_v_buf = 0; __pyx_t_5_vegl_PyArrayInterface (*__pyx_v_inter); PyObject *__pyx_v_hold_onto_until_done_with_array; PyObject *__pyx_r; PyObject *__pyx_1 = 0; int __pyx_2; int __pyx_3; int __pyx_4; int __pyx_5; static char *__pyx_argnames[] = {"target","level","format","type","buf",0}; if (!PyArg_ParseTupleAndKeywords(__pyx_args, __pyx_kwds, "OOOOO", __pyx_argnames, &__pyx_v_target, &__pyx_v_level, &__pyx_v_format, &__pyx_v_type, &__pyx_v_buf)) return 0; Py_INCREF(__pyx_v_target); Py_INCREF(__pyx_v_level); Py_INCREF(__pyx_v_format); Py_INCREF(__pyx_v_type); Py_INCREF(__pyx_v_buf); __pyx_v_hold_onto_until_done_with_array = Py_None; Py_INCREF(Py_None); /* "/home/astraw/src/ve/visionegg-devel.root/trunk/visionegg/VisionEgg/_vegl.pyx":30 */ __pyx_1 = PyObject_GetAttr(__pyx_v_buf, __pyx_n___array_struct__); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 30; goto __pyx_L1;} Py_DECREF(__pyx_v_hold_onto_until_done_with_array); __pyx_v_hold_onto_until_done_with_array = __pyx_1; __pyx_1 = 0; /* "/home/astraw/src/ve/visionegg-devel.root/trunk/visionegg/VisionEgg/_vegl.pyx":31 */ __pyx_v_inter = ((__pyx_t_5_vegl_PyArrayInterface (*))PyCObject_AsVoidPtr(__pyx_v_hold_onto_until_done_with_array)); /* "/home/astraw/src/ve/visionegg-devel.root/trunk/visionegg/VisionEgg/_vegl.pyx":32 */ if (!(__pyx_v_inter->two == 2)) { PyErr_SetNone(PyExc_AssertionError); {__pyx_filename = __pyx_f[0]; __pyx_lineno = 32; goto __pyx_L1;} } /* "/home/astraw/src/ve/visionegg-devel.root/trunk/visionegg/VisionEgg/_vegl.pyx":34 */ __pyx_2 = PyInt_AsLong(__pyx_v_target); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 34; goto __pyx_L1;} __pyx_3 = PyInt_AsLong(__pyx_v_level); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 34; goto __pyx_L1;} __pyx_4 = PyInt_AsLong(__pyx_v_format); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 34; goto __pyx_L1;} __pyx_5 = PyInt_AsLong(__pyx_v_type); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 34; goto __pyx_L1;} glGetTexImage(__pyx_2,__pyx_3,__pyx_4,__pyx_5,__pyx_v_inter->data); __pyx_r = Py_None; Py_INCREF(Py_None); goto __pyx_L0; __pyx_L1:; Py_XDECREF(__pyx_1); __Pyx_AddTraceback("_vegl.veglGetTexImage"); __pyx_r = 0; __pyx_L0:; Py_DECREF(__pyx_v_hold_onto_until_done_with_array); Py_DECREF(__pyx_v_target); Py_DECREF(__pyx_v_level); Py_DECREF(__pyx_v_format); Py_DECREF(__pyx_v_type); Py_DECREF(__pyx_v_buf); return __pyx_r; } static PyObject *__pyx_f_5_vegl_veglTexSubImage1D(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds); /*proto*/ static PyObject *__pyx_f_5_vegl_veglTexSubImage1D(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds) { PyObject *__pyx_v_target = 0; PyObject *__pyx_v_level = 0; PyObject *__pyx_v_xoffset = 0; PyObject *__pyx_v_width = 0; PyObject *__pyx_v_format = 0; PyObject *__pyx_v_type = 0; PyObject *__pyx_v_data = 0; __pyx_t_5_vegl_PyArrayInterface (*__pyx_v_inter); PyObject *__pyx_v_hold_onto_until_done_with_array; PyObject *__pyx_r; PyObject *__pyx_1 = 0; int __pyx_2; int __pyx_3; int __pyx_4; int __pyx_5; int __pyx_6; int __pyx_7; static char *__pyx_argnames[] = {"target","level","xoffset","width","format","type","data",0}; if (!PyArg_ParseTupleAndKeywords(__pyx_args, __pyx_kwds, "OOOOOOO", __pyx_argnames, &__pyx_v_target, &__pyx_v_level, &__pyx_v_xoffset, &__pyx_v_width, &__pyx_v_format, &__pyx_v_type, &__pyx_v_data)) return 0; Py_INCREF(__pyx_v_target); Py_INCREF(__pyx_v_level); Py_INCREF(__pyx_v_xoffset); Py_INCREF(__pyx_v_width); Py_INCREF(__pyx_v_format); Py_INCREF(__pyx_v_type); Py_INCREF(__pyx_v_data); __pyx_v_hold_onto_until_done_with_array = Py_None; Py_INCREF(Py_None); /* "/home/astraw/src/ve/visionegg-devel.root/trunk/visionegg/VisionEgg/_vegl.pyx":40 */ __pyx_1 = PyObject_GetAttr(__pyx_v_data, __pyx_n___array_struct__); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 40; goto __pyx_L1;} Py_DECREF(__pyx_v_hold_onto_until_done_with_array); __pyx_v_hold_onto_until_done_with_array = __pyx_1; __pyx_1 = 0; /* "/home/astraw/src/ve/visionegg-devel.root/trunk/visionegg/VisionEgg/_vegl.pyx":41 */ __pyx_v_inter = ((__pyx_t_5_vegl_PyArrayInterface (*))PyCObject_AsVoidPtr(__pyx_v_hold_onto_until_done_with_array)); /* "/home/astraw/src/ve/visionegg-devel.root/trunk/visionegg/VisionEgg/_vegl.pyx":42 */ if (!(__pyx_v_inter->two == 2)) { PyErr_SetNone(PyExc_AssertionError); {__pyx_filename = __pyx_f[0]; __pyx_lineno = 42; goto __pyx_L1;} } /* "/home/astraw/src/ve/visionegg-devel.root/trunk/visionegg/VisionEgg/_vegl.pyx":44 */ __pyx_2 = PyInt_AsLong(__pyx_v_target); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 44; goto __pyx_L1;} __pyx_3 = PyInt_AsLong(__pyx_v_level); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 44; goto __pyx_L1;} __pyx_4 = PyInt_AsLong(__pyx_v_xoffset); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 44; goto __pyx_L1;} __pyx_5 = PyInt_AsLong(__pyx_v_width); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 44; goto __pyx_L1;} __pyx_6 = PyInt_AsLong(__pyx_v_format); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 44; goto __pyx_L1;} __pyx_7 = PyInt_AsLong(__pyx_v_type); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 44; goto __pyx_L1;} glTexSubImage1D(__pyx_2,__pyx_3,__pyx_4,__pyx_5,__pyx_6,__pyx_7,__pyx_v_inter->data); __pyx_r = Py_None; Py_INCREF(Py_None); goto __pyx_L0; __pyx_L1:; Py_XDECREF(__pyx_1); __Pyx_AddTraceback("_vegl.veglTexSubImage1D"); __pyx_r = 0; __pyx_L0:; Py_DECREF(__pyx_v_hold_onto_until_done_with_array); Py_DECREF(__pyx_v_target); Py_DECREF(__pyx_v_level); Py_DECREF(__pyx_v_xoffset); Py_DECREF(__pyx_v_width); Py_DECREF(__pyx_v_format); Py_DECREF(__pyx_v_type); Py_DECREF(__pyx_v_data); return __pyx_r; } static __Pyx_InternTabEntry __pyx_intern_tab[] = { {&__pyx_n___array_struct__, "__array_struct__"}, {&__pyx_n_numpy, "numpy"}, {&__pyx_n_veglGetTexImage, "veglGetTexImage"}, {&__pyx_n_veglTexSubImage1D, "veglTexSubImage1D"}, {0, 0} }; static struct PyMethodDef __pyx_methods[] = { {"veglGetTexImage", (PyCFunction)__pyx_f_5_vegl_veglGetTexImage, METH_VARARGS|METH_KEYWORDS, 0}, {"veglTexSubImage1D", (PyCFunction)__pyx_f_5_vegl_veglTexSubImage1D, METH_VARARGS|METH_KEYWORDS, 0}, {0, 0, 0, 0} }; static void __pyx_init_filenames(void); /*proto*/ PyMODINIT_FUNC init_vegl(void); /*proto*/ PyMODINIT_FUNC init_vegl(void) { PyObject *__pyx_1 = 0; __pyx_init_filenames(); __pyx_m = Py_InitModule4("_vegl", __pyx_methods, 0, 0, PYTHON_API_VERSION); if (!__pyx_m) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 2; goto __pyx_L1;}; __pyx_b = PyImport_AddModule("__builtin__"); if (!__pyx_b) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 2; goto __pyx_L1;}; if (PyObject_SetAttrString(__pyx_m, "__builtins__", __pyx_b) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 2; goto __pyx_L1;}; if (__Pyx_InternStrings(__pyx_intern_tab) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 2; goto __pyx_L1;}; /* "/home/astraw/src/ve/visionegg-devel.root/trunk/visionegg/VisionEgg/_vegl.pyx":2 */ __pyx_1 = __Pyx_Import(__pyx_n_numpy, 0); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 2; goto __pyx_L1;} if (PyObject_SetAttr(__pyx_m, __pyx_n_numpy, __pyx_1) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 2; goto __pyx_L1;} Py_DECREF(__pyx_1); __pyx_1 = 0; /* "/home/astraw/src/ve/visionegg-devel.root/trunk/visionegg/VisionEgg/_vegl.pyx":36 */ return; __pyx_L1:; Py_XDECREF(__pyx_1); __Pyx_AddTraceback("_vegl"); } static char *__pyx_filenames[] = { "_vegl.pyx", }; /* Runtime support code */ static void __pyx_init_filenames(void) { __pyx_f = __pyx_filenames; } static PyObject *__Pyx_Import(PyObject *name, PyObject *from_list) { PyObject *__import__ = 0; PyObject *empty_list = 0; PyObject *module = 0; PyObject *global_dict = 0; PyObject *empty_dict = 0; PyObject *list; __import__ = PyObject_GetAttrString(__pyx_b, "__import__"); if (!__import__) goto bad; if (from_list) list = from_list; else { empty_list = PyList_New(0); if (!empty_list) goto bad; list = empty_list; } global_dict = PyModule_GetDict(__pyx_m); if (!global_dict) goto bad; empty_dict = PyDict_New(); if (!empty_dict) goto bad; module = PyObject_CallFunction(__import__, "OOOO", name, global_dict, empty_dict, list); bad: Py_XDECREF(empty_list); Py_XDECREF(__import__); Py_XDECREF(empty_dict); return module; } static int __Pyx_InternStrings(__Pyx_InternTabEntry *t) { while (t->p) { *t->p = PyString_InternFromString(t->s); if (!*t->p) return -1; ++t; } return 0; } #include "compile.h" #include "frameobject.h" #include "traceback.h" static void __Pyx_AddTraceback(char *funcname) { PyObject *py_srcfile = 0; PyObject *py_funcname = 0; PyObject *py_globals = 0; PyObject *empty_tuple = 0; PyObject *empty_string = 0; PyCodeObject *py_code = 0; PyFrameObject *py_frame = 0; py_srcfile = PyString_FromString(__pyx_filename); if (!py_srcfile) goto bad; py_funcname = PyString_FromString(funcname); if (!py_funcname) goto bad; py_globals = PyModule_GetDict(__pyx_m); if (!py_globals) goto bad; empty_tuple = PyTuple_New(0); if (!empty_tuple) goto bad; empty_string = PyString_FromString(""); if (!empty_string) goto bad; py_code = PyCode_New( 0, /*int argcount,*/ 0, /*int nlocals,*/ 0, /*int stacksize,*/ 0, /*int flags,*/ empty_string, /*PyObject *code,*/ empty_tuple, /*PyObject *consts,*/ empty_tuple, /*PyObject *names,*/ empty_tuple, /*PyObject *varnames,*/ empty_tuple, /*PyObject *freevars,*/ empty_tuple, /*PyObject *cellvars,*/ py_srcfile, /*PyObject *filename,*/ py_funcname, /*PyObject *name,*/ __pyx_lineno, /*int firstlineno,*/ empty_string /*PyObject *lnotab*/ ); if (!py_code) goto bad; py_frame = PyFrame_New( PyThreadState_Get(), /*PyThreadState *tstate,*/ py_code, /*PyCodeObject *code,*/ py_globals, /*PyObject *globals,*/ 0 /*PyObject *locals*/ ); if (!py_frame) goto bad; py_frame->f_lineno = __pyx_lineno; PyTraceBack_Here(py_frame); bad: Py_XDECREF(py_srcfile); Py_XDECREF(py_funcname); Py_XDECREF(empty_tuple); Py_XDECREF(empty_string); Py_XDECREF(py_code); Py_XDECREF(py_frame); } visionegg-1.2.1/VisionEgg/_vegl.pyx0000644000076500000240000000335311224565530016430 0ustar astrawstaff#emacs, this is -*-Python-*- mode import numpy ctypedef int GLenum ctypedef int GLint ctypedef int GLsizei cdef extern from "vegl.h": void glGetTexImage( int, int, int, int, void* ) void glTexSubImage1D( GLenum, GLint, GLint, GLsizei, GLenum, GLenum, void* ) cdef extern from "Python.h": ctypedef int Py_intptr_t void* PyCObject_AsVoidPtr(object) # numpy's __array_struct__ interface: ctypedef struct PyArrayInterface: int two # contains the integer 2 as a sanity check int nd # number of dimensions char typekind # kind in array --- character code of typestr int itemsize # size of each element int flags # flags indicating how the data should be interpreted Py_intptr_t *shape # A length-nd array of shape information Py_intptr_t *strides # A length-nd array of stride information void *data # A pointer to the first element of the array def veglGetTexImage(target, level, format, type, buf): cdef PyArrayInterface* inter hold_onto_until_done_with_array = buf.__array_struct__ inter = PyCObject_AsVoidPtr( hold_onto_until_done_with_array ) assert inter.two == 2 glGetTexImage(target, level, format, type, inter.data ) def veglTexSubImage1D( target, level, xoffset, width, format, type, data ): # PyOpenGL 2.0.1.09 has a bug, so use our own wrapper cdef PyArrayInterface* inter hold_onto_until_done_with_array = data.__array_struct__ inter = PyCObject_AsVoidPtr( hold_onto_until_done_with_array ) assert inter.two == 2 glTexSubImage1D( target, level, xoffset, width, format, type, inter.data) visionegg-1.2.1/VisionEgg/Configuration.py0000644000076500000240000002401711224565527017761 0ustar astrawstaff# The Vision Egg: Configuration # # Copyright (C) 2001-2003 Andrew Straw. # Copyright (C) 2008 California Institute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Load config values from environment, config file, or defaults. Applications should not import this module directly. Instead, 'import VisionEgg' will result in an attribute 'VisionEgg.config', which has the configuration options as attributes. This module searches for configuration options from the following places: environment variables, configuration file, generic defaults. Environment variables take precedence over the configuration file, which takes precedence over the generic defaults. This module also determines the location of the Vision Egg directories. The VISIONEGG_SYSTEM_DIR directory is by default the 'VisionEgg' directory in Python's site-packages. VISIONEGG_USER_DIR is by default 'VisionEgg' in the directory specified by the environment variable HOME, if it exists, and os.curdir otherwise. You can create a configuration file that contains defaults for your system. This should be a text file with key/value pairs. Blank lines and anything after the pound symbol ('#') will be treated as a comment. Each key/value pairs should be on its own line and in the format 'KEY=VALUE'. By default the file 'VisionEgg.cfg' from the VISIONEGG_USER_DIR or VISIONEGG_SYSTEM_DIR as specified above. However, You can specify a different filename and directory by setting the environment variable VISIONEGG_CONFIG_FILE. """ # Warning: This code is a bit of a hack import VisionEgg import re, os, errno, sys # standard python packages import ConfigParser #################################################################### # # Default configuration variables # #################################################################### defaults= { 'VISIONEGG_ALWAYS_START_LOGGING': 0, 'VISIONEGG_DOUBLE_BUFFER': 1, 'VISIONEGG_FRAMELESS_WINDOW': 0, 'VISIONEGG_FULLSCREEN': 0, 'VISIONEGG_GUI_INIT': 1, 'VISIONEGG_GAMMA_INVERT_RED': 2.1, # only used in 'invert' mode 'VISIONEGG_GAMMA_INVERT_GREEN': 2.1, # only used in 'invert' mode 'VISIONEGG_GAMMA_INVERT_BLUE': 2.1, # only used in 'invert' mode 'VISIONEGG_GAMMA_FILE': 'custom.ve_gamma', # only used in 'file' mode 'VISIONEGG_GAMMA_SOURCE': 'none', #also 'invert' or 'file' 'VISIONEGG_GUI_ON_ERROR': 1, 'VISIONEGG_HIDE_MOUSE': 1, 'VISIONEGG_LOG_FILE': 'VisionEgg.log', 'VISIONEGG_LOG_TO_STDERR': 1, 'VISIONEGG_MAXPRIORITY': 0, 'VISIONEGG_MONITOR_REFRESH_HZ': 60.0, 'VISIONEGG_MULTISAMPLE_SAMPLES': 0, 'VISIONEGG_PREFERRED_BPP': 32, 'VISIONEGG_REQUEST_ALPHA_BITS': 8, 'VISIONEGG_REQUEST_BLUE_BITS': 8, 'VISIONEGG_REQUEST_GREEN_BITS': 8, 'VISIONEGG_REQUEST_RED_BITS': 8, 'VISIONEGG_REQUEST_STEREO': 0, 'VISIONEGG_SCREEN_W': 640, 'VISIONEGG_SCREEN_H': 480, 'VISIONEGG_SYNC_SWAP': 1, 'VISIONEGG_TKINTER_OK': 1, 'SYNCLYNC_PRESENT': 0, } if sys.platform.startswith('linux'): defaults['VISIONEGG_PREFERRED_BPP']=24 extra_darwin_defaults = { 'VISIONEGG_DARWIN_MAXPRIORITY_CONVENTIONAL_NOT_REALTIME' : 1, 'VISIONEGG_DARWIN_CONVENTIONAL_PRIORITY' : -20, # -20 is best priority 'VISIONEGG_DARWIN_REALTIME_PERIOD_DENOM' : 120, 'VISIONEGG_DARWIN_REALTIME_COMPUTATION_DENOM' : 2400, 'VISIONEGG_DARWIN_REALTIME_CONSTRAINT_DENOM' : 1200, 'VISIONEGG_DARWIN_REALTIME_PREEMPTIBLE' : 0, 'VISIONEGG_DARWIN_PTHREAD_PRIORITY' : 'max', } class Config: """Holds global Vision Egg configuration information.""" def __init__(self): """Load global Vision Egg configuration information.""" cfg = ConfigParser.ConfigParser() if sys.executable == sys.argv[0]: # Windows binary self.VISIONEGG_SYSTEM_DIR = os.curdir self.VISIONEGG_USER_DIR = os.curdir else: # non-standard VisionEgg installations try: self.VISIONEGG_SYSTEM_DIR = os.environ['VISIONEGG_SYSTEM_DIR'] except KeyError: self.VISIONEGG_SYSTEM_DIR = os.path.split(__file__)[0] user_dir = os.path.expanduser("~") self.VISIONEGG_USER_DIR = os.path.join(user_dir,"VisionEgg") # See if there's an environment variable for the config file if 'VISIONEGG_CONFIG_FILE' in os.environ.keys(): configFile = os.environ['VISIONEGG_CONFIG_FILE'] else: # Is there one in VISIONEGG_USER_DIR? configFile = os.path.join(self.VISIONEGG_USER_DIR,"VisionEgg.cfg") if not os.path.isfile(configFile): configFile = os.path.join(self.VISIONEGG_SYSTEM_DIR,"VisionEgg.cfg") if not os.path.isfile(configFile): configFile = None # No file, use defaults specified in environment variables then here if configFile: cfg.read(configFile) else: # pretend we have a config file cfg.add_section('General') for key in defaults.keys(): cfg.set('General',key,str(defaults[key])) if sys.platform == 'darwin': cfg.add_section('darwin') for key in extra_darwin_defaults.keys(): cfg.set('darwin',key,str(extra_darwin_defaults[key])) # Do the general stuff first # Set the default values for name in defaults.keys(): if name in os.environ.keys(): value = os.environ[name] else: value = defaults[name] if isinstance(defaults[name], int): if value == 'False': value = 0 elif value == 'True': value = 1 setattr(self,name,int(value)) elif isinstance(defaults[name], float): setattr(self,name,float(value)) else: setattr(self,name,value) # Get the values from the configFile general_options = cfg.options('General') self._delayed_configuration_log_warnings = [] # chick and egg problem # set defaults from config file for option in general_options: name = option.upper() if name not in defaults.keys(): self._delayed_configuration_log_warnings.append( "While reading %s: The variable \"%s\" is not (anymore) a Vision Egg variable."%(os.path.abspath(configFile),option)) continue value = cfg.get('General',option) if name in os.environ.keys(): value = os.environ[name] if isinstance(defaults[name], int): if value == 'False': value = 0 elif value == 'True': value = 1 setattr(self,name,int(value)) elif isinstance(defaults[name], float): setattr(self,name,float(value)) else: setattr(self,name,value) # Do platform specific stuff # Set the default values platform_name = sys.platform extra_name = "extra_%s_defaults"%(platform_name,) if extra_name in globals().keys(): extra_defaults = globals()[extra_name] for name in extra_defaults.keys(): setattr(self,name,extra_defaults[name]) # Get the values from the configFile platform_options = cfg.options(platform_name) for option in platform_options: name = option.upper() if name not in extra_defaults.keys(): raise KeyError("No Vision Egg configuration variable \"%s\""%option) value = cfg.get(platform_name,option) if name in os.environ.keys(): value = os.environ[name] if isinstance(extra_defaults[name], int): if value == 'False': value = 0 elif value == 'True': value = 1 setattr(self,name,int(value)) elif isinstance(extra_defaults[name], float): setattr(self,name,float(value)) else: setattr(self,name,value) if(configFile): self.VISIONEGG_CONFIG_FILE = os.path.abspath(configFile) else: self.VISIONEGG_CONFIG_FILE = None def save_settings(): """Save the current values to the config file, overwriting what is there.""" dont_save = ['VISIONEGG_CONFIG_FILE', 'VISIONEGG_SYSTEM_DIR', 'VISIONEGG_USER_DIR', ] if not VisionEgg.config.VISIONEGG_CONFIG_FILE: raise RuntimeError("No config file in use.") re_setting_finder = re.compile(r"^\s?((?:VISIONEGG_[A-Z_]*)|(?:SYNCLYNC_[A-Z_]*))\s?=\s?(\S*)\s?$",re.IGNORECASE) orig_file = open(VisionEgg.config.VISIONEGG_CONFIG_FILE,"r") orig_lines = orig_file.readlines() line_ending = orig_lines[0][-2:] if line_ending[0] not in ['\r','\n','\l']: line_ending = line_ending[1] out_file_lines = [] saved_config_vars = [] for line in orig_lines: out_line = line # The output is the same as the input unless there's a match match = re_setting_finder.match(line) if match: name = match.group(1).upper() if name in VisionEgg.config.__dict__.keys(): if name not in dont_save: # Change the output line out_line = ("%s = %s"%(name,getattr(VisionEgg.config,name,))) + line_ending saved_config_vars.append(name) out_file_lines.append(out_line) # Close and reopen orig_file in write mode orig_file.close() orig_file = open(VisionEgg.config.VISIONEGG_CONFIG_FILE,"w") for line in out_file_lines: orig_file.write(line) visionegg-1.2.1/VisionEgg/Core.py0000644000076500000240000023515011224565527016044 0ustar astrawstaff# The Vision Egg: Core # # Copyright (C) 2001-2004 Andrew Straw # Copyright (C) 2004-2008 California Institute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Core Vision Egg functionality. This module contains the architectural foundations of the Vision Egg. """ #################################################################### # # Import all the necessary packages # #################################################################### import sys, types, math, time, os # standard Python modules import StringIO import logging # available in Python 2.3 import VisionEgg # Vision Egg base module (__init__.py) import VisionEgg.PlatformDependent # platform dependent Vision Egg C code import VisionEgg.ParameterTypes as ve_types # Vision Egg type checking import VisionEgg.GLTrace # Allows tracing of all OpenGL calls import VisionEgg.ThreeDeeMath # OpenGL math simulation import pygame # pygame handles OpenGL window setup import pygame.locals import pygame.display import VisionEgg.GL as gl # get all OpenGL stuff in one namespace import numpy import numpy as np # Define "sum" if it's not available as Python function try: sum except NameError: import operator def sum( values ): return reduce(operator.add, values ) def swap_buffers(): VisionEgg.config._FRAMECOUNT_ABSOLUTE += 1 return pygame.display.flip() class PygameKeeper(object): """global object that calls any cleanup functions when quitting pygame""" def __init__(self): self.to_call_on_quit = [] def register_func_to_call_on_quit(self,func): if func not in self.to_call_on_quit: self.to_call_on_quit.append(func) def unregister_func_to_call_on_quit(self,func): idx = self.to_call_on_quit.index(func) del self.to_call_on_quit[idx] def quit(self): for func in self.to_call_on_quit: func() pygame.quit() pygame_keeper = PygameKeeper() #################################################################### # # Screen # #################################################################### class Screen(VisionEgg.ClassWithParameters): """An OpenGL window, possibly displayed across multiple displays. A Screen instance is an OpenGL window for the Vision Egg to draw in. For an instance of Screen to do anything useful, it must contain one or more instances of the Viewport class and one or more instances of the Stimulus class. Currently, only one OpenGL window is supported by the library with which the Vision Egg initializes graphics (pygame/SDL). However, this need not limit display to a single physical display device. Many video drivers, for example, allow applications to treat two separate monitors as one large array of contiguous pixels. By sizing a window such that it occupies both monitors and creating separate viewports for the portion of the window on each monitor, a multiple screen effect can be created. Public read-only variables ========================== size -- Tuple of 2 integers specifying width and height Parameters ========== bgcolor -- background color (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (0.5, 0.5, 0.5, 0.0) Constant Parameters =================== alpha_bits -- number of bits per pixel for alpha channel. Can be set with VISIONEGG_REQUEST_ALPHA_BITS (UnsignedInteger) Default: (determined at runtime) blue_bits -- number of bits per pixel for blue channel. Can be set with VISIONEGG_REQUEST_BLUE_BITS (UnsignedInteger) Default: (determined at runtime) double_buffer -- use double buffering? Can be set with VISIONEGG_DOUBLE_BUFFER (Boolean) Default: (determined at runtime) frameless -- remove standard window frame? Can be set with VISIONEGG_FRAMELESS_WINDOW (Boolean) Default: (determined at runtime) fullscreen -- use full screen? Can be set with VISIONEGG_FULLSCREEN (Boolean) Default: (determined at runtime) green_bits -- number of bits per pixel for green channel. Can be set with VISIONEGG_REQUEST_GREEN_BITS (UnsignedInteger) Default: (determined at runtime) hide_mouse -- hide the mouse cursor? Can be set with VISIONEGG_HIDE_MOUSE (Boolean) Default: (determined at runtime) is_stereo -- allocate stereo framebuffers? Can be set with VISIONEGG_REQUEST_STEREO (Boolean) Default: (determined at runtime) maxpriority -- raise priority? (platform dependent) Can be set with VISIONEGG_MAXPRIORITY (Boolean) Default: (determined at runtime) multisample_samples -- preferred number of multisamples for FSAA (UnsignedInteger) Default: (determined at runtime) preferred_bpp -- preferred bits per pixel (bit depth) Can be set with VISIONEGG_PREFERRED_BPP (UnsignedInteger) Default: (determined at runtime) red_bits -- number of bits per pixel for red channel. Can be set with VISIONEGG_REQUEST_RED_BITS (UnsignedInteger) Default: (determined at runtime) size -- size (units: pixels) Can be set with VISIONEGG_SCREEN_W and VISIONEGG_SCREEN_H (Sequence2 of Real) Default: (determined at runtime) sync_swap -- synchronize buffer swaps to vertical sync? Can be set with VISIONEGG_SYNC_SWAP (Boolean) Default: (determined at runtime) """ parameters_and_defaults = VisionEgg.ParameterDefinition({ 'bgcolor':((0.5,0.5,0.5,0.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), 'background color',), }) constant_parameters_and_defaults = VisionEgg.ParameterDefinition({ 'size':(None, ve_types.Sequence2(ve_types.Real), 'size (units: pixels) Can be set with VISIONEGG_SCREEN_W and VISIONEGG_SCREEN_H'), 'fullscreen':(None, ve_types.Boolean, 'use full screen? Can be set with VISIONEGG_FULLSCREEN'), 'double_buffer':(None, ve_types.Boolean, 'use double buffering? Can be set with VISIONEGG_DOUBLE_BUFFER'), 'preferred_bpp':(None, ve_types.UnsignedInteger, 'preferred bits per pixel (bit depth) Can be set with VISIONEGG_PREFERRED_BPP'), 'maxpriority':(None, ve_types.Boolean, 'raise priority? (platform dependent) Can be set with VISIONEGG_MAXPRIORITY'), 'hide_mouse':(None, ve_types.Boolean, 'hide the mouse cursor? Can be set with VISIONEGG_HIDE_MOUSE'), 'frameless':(None, ve_types.Boolean, 'remove standard window frame? Can be set with VISIONEGG_FRAMELESS_WINDOW'), 'sync_swap':(None, ve_types.Boolean, 'synchronize buffer swaps to vertical sync? Can be set with VISIONEGG_SYNC_SWAP'), 'red_bits':(None, ve_types.UnsignedInteger, 'number of bits per pixel for red channel. Can be set with VISIONEGG_REQUEST_RED_BITS'), 'green_bits':(None, ve_types.UnsignedInteger, 'number of bits per pixel for green channel. Can be set with VISIONEGG_REQUEST_GREEN_BITS'), 'blue_bits':(None, ve_types.UnsignedInteger, 'number of bits per pixel for blue channel. Can be set with VISIONEGG_REQUEST_BLUE_BITS'), 'alpha_bits':(None, ve_types.UnsignedInteger, 'number of bits per pixel for alpha channel. Can be set with VISIONEGG_REQUEST_ALPHA_BITS'), 'is_stereo':(None, ve_types.Boolean, 'allocate stereo framebuffers? Can be set with VISIONEGG_REQUEST_STEREO'), 'multisample_samples':(None, # support added by Mark Halko ve_types.UnsignedInteger, 'preferred number of multisamples for FSAA'), }) __slots__ = ( '__cursor_visible_func__', '__pygame_quit__', '_put_pixels_texture_stimulus', '_pixel_coord_projection', ) def __init__(self,**kw): logger = logging.getLogger('VisionEgg.Core') VisionEgg.ClassWithParameters.__init__(self,**kw) cp = self.constant_parameters # shorthand if cp.size is None: cp.size = (VisionEgg.config.VISIONEGG_SCREEN_W, VisionEgg.config.VISIONEGG_SCREEN_H) if cp.double_buffer is None: cp.double_buffer = VisionEgg.config.VISIONEGG_DOUBLE_BUFFER if cp.fullscreen is None: cp.fullscreen = VisionEgg.config.VISIONEGG_FULLSCREEN if cp.preferred_bpp is None: cp.preferred_bpp = VisionEgg.config.VISIONEGG_PREFERRED_BPP if cp.maxpriority is None: cp.maxpriority = VisionEgg.config.VISIONEGG_MAXPRIORITY if cp.hide_mouse is None: cp.hide_mouse = VisionEgg.config.VISIONEGG_HIDE_MOUSE if cp.frameless is None: cp.frameless = VisionEgg.config.VISIONEGG_FRAMELESS_WINDOW if cp.sync_swap is None: cp.sync_swap = VisionEgg.config.VISIONEGG_SYNC_SWAP if cp.red_bits is None: cp.red_bits = VisionEgg.config.VISIONEGG_REQUEST_RED_BITS if cp.green_bits is None: cp.green_bits = VisionEgg.config.VISIONEGG_REQUEST_GREEN_BITS if cp.blue_bits is None: cp.blue_bits = VisionEgg.config.VISIONEGG_REQUEST_BLUE_BITS if cp.alpha_bits is None: cp.alpha_bits = VisionEgg.config.VISIONEGG_REQUEST_ALPHA_BITS if cp.is_stereo is None: cp.is_stereo = VisionEgg.config.VISIONEGG_REQUEST_STEREO if cp.multisample_samples is None: cp.multisample_samples = VisionEgg.config.VISIONEGG_MULTISAMPLE_SAMPLES if VisionEgg.config.SYNCLYNC_PRESENT: global synclync # import into global namespace import synclync try: VisionEgg.config._SYNCLYNC_CONNECTION = synclync.SyncLyncConnection() except synclync.SyncLyncError, x: logger.warning( "Could not connect to SyncLync device (SyncLyncError: %s)."%str(x)) VisionEgg.config._SYNCLYNC_CONNECTION = None else: logger.info( "Connected to SyncLync device" ) else: VisionEgg.config._SYNCLYNC_CONNECTION = None # Attempt to synchronize buffer swapping with vertical sync if cp.sync_swap: sync_success = VisionEgg.PlatformDependent.sync_swap_with_vbl_pre_gl_init() # Initialize pygame stuff # if sys.platform == "darwin": # bug in Mac OS X version of pygame # pygame.init() pygame.display.init() if hasattr(pygame.display,"gl_set_attribute"): pygame.display.gl_set_attribute(pygame.locals.GL_RED_SIZE,cp.red_bits) pygame.display.gl_set_attribute(pygame.locals.GL_GREEN_SIZE,cp.green_bits) pygame.display.gl_set_attribute(pygame.locals.GL_BLUE_SIZE,cp.blue_bits) pygame.display.gl_set_attribute(pygame.locals.GL_ALPHA_SIZE,cp.alpha_bits) pygame.display.gl_set_attribute(pygame.locals.GL_STEREO,cp.is_stereo) #Request FSAA if cp.multisample_samples > 0 : pygame.display.gl_set_attribute(pygame.locals.GL_MULTISAMPLEBUFFERS,1) pygame.display.gl_set_attribute(pygame.locals.GL_MULTISAMPLESAMPLES,cp.multisample_samples) else: logger.debug("Could not request or query exact bit depths, " "alpha or stereo because you need " "pygame release 1.4.9 or greater. This is " "only of concern if you use a stimulus that " "needs this. In that case, the stimulus " "should check for the desired feature(s).") if not hasattr(pygame.display,"set_gamma_ramp"): logger.debug("set_gamma_ramp function not available " "because you need pygame release 1.5 or " "greater. This is only of concern if you " "need this feature.") pygame.display.set_caption("Vision Egg") flags = pygame.locals.OPENGL if cp.double_buffer: flags = flags | pygame.locals.DOUBLEBUF if cp.fullscreen: flags = flags | pygame.locals.FULLSCREEN if cp.frameless: flags = flags | pygame.locals.NOFRAME try_bpp = cp.preferred_bpp append_str = "" if cp.fullscreen: screen_mode = "fullscreen" else: screen_mode = "window" if hasattr(pygame.display,"gl_set_attribute"): append_str = " (%d %d %d %d RGBA)."%(cp.red_bits, cp.green_bits, cp.blue_bits, cp.alpha_bits) logger.info("Requesting %s %d x %d %d bpp%s"% (screen_mode,self.size[0],self.size[1], try_bpp,append_str)) pygame.display.set_mode(self.size, flags, try_bpp ) # set a global variable so we know workaround avoid pygame bug VisionEgg.config._pygame_started = 1 try: if sys.platform != 'darwin': pygame.display.set_icon(pygame.transform.scale(pygame.image.load( os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR, 'data','visionegg.bmp')).convert(),(32,32))) else: import AppKit # requires PyObjC, which is required by pygame osx im = AppKit.NSImage.alloc() im.initWithContentsOfFile_( os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR, 'data','visionegg.tif')) AppKit.NSApplication.setApplicationIconImage_(AppKit.NSApp(),im) except Exception,x: logger.info("Error while trying to set_icon: %s: %s"% (str(x.__class__),str(x))) global gl_vendor, gl_renderer, gl_version gl_vendor = gl.glGetString(gl.GL_VENDOR) gl_renderer = gl.glGetString(gl.GL_RENDERER) gl_version = gl.glGetString(gl.GL_VERSION) logger.info("OpenGL %s, %s, %s (PyOpenGL %s)"% (gl_version, gl_renderer, gl_vendor, gl.__version__)) if gl_renderer == "GDI Generic" and gl_vendor == "Microsoft Corporation": logger.warning("Using default Microsoft Windows OpenGL " "drivers. Please (re-)install the latest " "video drivers from your video card " "manufacturer to get hardware accelerated " "performance.") if gl_renderer == "Mesa GLX Indirect" and gl_vendor == "VA Linux Systems, Inc.": logger.warning("Using default Mesa GLX drivers. Please " "(re-)install the latest video drivers from " "your video card manufacturer or DRI " "project to get hardware accelarated " "performance.") # Set values to unknown and fill based on OpenGL values cp.red_bits = None cp.green_bits = None cp.blue_bits = None cp.alpha_bits = None cp.is_stereo = None got_bpp = pygame.display.Info().bitsize append_str = '' if hasattr(pygame.display,"gl_get_attribute"): # Fill in values as known cp.red_bits = pygame.display.gl_get_attribute(pygame.locals.GL_RED_SIZE) cp.green_bits = pygame.display.gl_get_attribute(pygame.locals.GL_GREEN_SIZE) cp.blue_bits = pygame.display.gl_get_attribute(pygame.locals.GL_BLUE_SIZE) cp.alpha_bits = pygame.display.gl_get_attribute(pygame.locals.GL_ALPHA_SIZE) cp.is_stereo = pygame.display.gl_get_attribute(pygame.locals.GL_STEREO) if cp.is_stereo: stereo_string = ' stereo' else: stereo_string = '' append_str = " (%d %d %d %d RGBA%s)"%( cp.red_bits,cp.green_bits,cp.blue_bits,cp.alpha_bits, stereo_string) logger.info("Video system reports %d bpp%s."%(got_bpp,append_str)) if got_bpp < try_bpp: logger.warning("Video system reports %d bits per pixel, " "while your program requested %d. Can you " "adjust your video drivers?"%(got_bpp, try_bpp)) # Save the address of these functions so they can be called # when closing the screen. self.__cursor_visible_func__ = pygame.mouse.set_visible self.__pygame_quit__ = pygame_keeper.quit #Check FSAA requests if cp.multisample_samples>0 : if hasattr(pygame.display,"gl_set_attribute"): got_ms_buf = pygame.display.gl_get_attribute(pygame.locals.GL_MULTISAMPLEBUFFERS) got_ms_samp = pygame.display.gl_get_attribute(pygame.locals.GL_MULTISAMPLESAMPLES) if got_ms_samp < cp.multisample_samples : logger.warning("Video system reports %d multisample samples, " "while you requested %d. FSAA requires " "SDL > 1.2.6, check that it is installed."%(got_ms_samp, cp.multisample_samples)) # Attempt to synchronize buffer swapping with vertical sync again if cp.sync_swap: if not sync_success: if not VisionEgg.PlatformDependent.sync_swap_with_vbl_post_gl_init(): cp.sync_swap = False logger.warning("Unable to detect or automatically " "synchronize buffer swapping with " "vertical retrace. May be possible " "by manually adjusting video " "drivers. (Look for 'Enable " "Vertical Sync' or similar.) If " "buffer swapping is not " "synchronized, frame by frame " "control will not be possible. " "Because of this, you will probably " "get a warning about calculated " "frames per second different than " "specified.") # Check previously made OpenGL assumptions now that we have OpenGL window post_gl_init() if cp.hide_mouse: self.__cursor_visible_func__(0) # Attempt to set maximum priority (This may not be the best # place in the code to do it because it's an application-level # thing, not a screen-level thing, but it fits reasonably well # here for now.) if cp.maxpriority: VisionEgg.PlatformDependent.set_priority() # defaults to max priority if hasattr(VisionEgg.config,'_open_screens'): VisionEgg.config._open_screens.append(self) else: VisionEgg.config._open_screens = [self] # Use Python descriptors (introduced in Python 2.2) to link size # attribute to constant_parameters.size. def get_size(self): return self.constant_parameters.size def set_size(self, value): raise RuntimeError("Attempting to set read-only value") size = property(get_size,set_size) def get_framebuffer_as_image(self, buffer='back', format=gl.GL_RGB, position=(0,0), anchor='lowerleft', size=None, # if None, use full screen ): """get pixel values from framebuffer to PIL image""" import Image # Could import this at the beginning of the file, but it breaks sometimes. fb_array = self.get_framebuffer_as_array(buffer=buffer, format=format, position=position, anchor=anchor, size=size, ) size = fb_array.shape[1], fb_array.shape[0] if format == gl.GL_RGB: pil_mode = 'RGB' elif format == gl.GL_RGBA: pil_mode = 'RGBA' fb_image = Image.fromstring(pil_mode,size,fb_array.tostring()) fb_image = fb_image.transpose( Image.FLIP_TOP_BOTTOM ) return fb_image def get_framebuffer_as_array(self, buffer='back', format=gl.GL_RGB, position=(0,0), anchor='lowerleft', size=None, # if None, use full screen ): """get pixel values from framebuffer to numpy array"""# (SLOW)""" if size is None: size = self.size lowerleft = VisionEgg._get_lowerleft(position,anchor,size) if buffer == 'front': gl.glReadBuffer( gl.GL_FRONT ) elif buffer == 'back': gl.glReadBuffer( gl.GL_BACK ) else: raise ValueError('No support for "%s" framebuffer'%buffer) framebuffer_pixels = gl.glReadPixels(lowerleft[0],lowerleft[1], size[0],size[1], gl.GL_RGBA, gl.GL_UNSIGNED_BYTE) raw_format = 'RGBA' fb_array = np.fromstring(framebuffer_pixels,np.uint8) fb_array = np.reshape(fb_array,(size[1],size[0],4)) # These work, but I don't know why. There must be something I # don't understand about byte ordering! if format == gl.GL_RGB: if raw_format == 'BGRA': fb_array = fb_array[:,:,1:] elif raw_format == 'RGBA': fb_array = fb_array[:,:,:3] elif format == gl.GL_RGBA: if raw_format == 'BGRA': B = fb_array[:,:,0,np.newaxis] G = fb_array[:,:,1,np.newaxis] R = fb_array[:,:,2,np.newaxis] A = fb_array[:,:,3,np.newaxis] fb_array = np.concatenate( (R,G,B,A), axis=2) elif raw_format == 'RGBA': pass else: raise NotImplementedError("Only RGB and RGBA formats currently supported") return fb_array def put_pixels(self, pixels=None, position=(0,0), anchor='lowerleft', scale_x=1.0, # "zoom" the pixels scale_y=1.0, # "zoom" the pixels texture_min_filter=gl.GL_NEAREST, # only used if scale < 1.0 texture_mag_filter=gl.GL_NEAREST, # only used if scale > 1.0 internal_format=gl.GL_RGB, # pixel data converted to this format in texture (gl.GL_RGBA also useful) ): """Put pixel values to screen. Pixel values become texture data using the VisionEgg.Textures module. Any source of texture data accepted by that module is accepted here. This function could be sped up by allocating a fixed OpenGL texture object. """ import VisionEgg.Textures # import here to avoid import loop make_new_texture_object = 0 if not hasattr(self, "_put_pixels_texture_stimulus"): make_new_texture_object = 1 else: if internal_format != self._put_pixels_texture_stimulus.constant_parameters.internal_format: make_new_texture_object = 1 if make_new_texture_object: # For speed, don't do this on anything other than 1st run texture = VisionEgg.Textures.Texture(pixels) on_screen_size = (texture.size[0]*scale_x, texture.size[1]*scale_y) t = VisionEgg.Textures.TextureStimulus(texture=texture, position=position, anchor=anchor, size=on_screen_size, mipmaps_enabled=0, texture_min_filter=texture_min_filter, texture_mag_filter=texture_mag_filter, internal_format = internal_format, ) self._put_pixels_texture_stimulus = t # rename self._pixel_coord_projection = OrthographicProjection(left=0, right=self.size[0], bottom=0, top=self.size[1], z_clip_near=0.0, z_clip_far=1.0) else: # We've run once before and therefore already have a # texture stimulus. (XXX In the future, make use of # already assigned texture object and use put_sub_image # for speed.) self._put_pixels_texture_stimulus.parameters.texture = VisionEgg.Textures.Texture(pixels) self._pixel_coord_projection.push_and_set_gl_projection() # Save projection self._put_pixels_texture_stimulus.draw() # Draw pixels as texture gl.glMatrixMode(gl.GL_PROJECTION) # Restore projection gl.glPopMatrix() def query_refresh_rate(self): return VisionEgg.PlatformDependent.query_refresh_rate(self) def measure_refresh_rate(self,average_over_seconds=0.1): """Measure the refresh rate. Assumes swap buffers synced.""" start_time = VisionEgg.time_func() duration_sec = 0.0 num_frames = 0 while duration_sec < average_over_seconds: swap_buffers() now = VisionEgg.time_func() num_frames += 1 duration_sec = now - start_time if duration_sec > 0.0: fps = num_frames / duration_sec else: fps = 0.0 return fps def clear(self): """Called by Presentation instance. Clear the screen.""" c = self.parameters.bgcolor # Shorthand if len(c) == 4: gl.glClearColor(*c) else: gl.glClearColor(c[0],c[1],c[2],0.0) # set alpha to 0.0 unless specified gl.glClear(gl.GL_COLOR_BUFFER_BIT | gl.GL_DEPTH_BUFFER_BIT) def make_current(self): """Called by Viewport instance. Makes screen active for drawing. Can not be implemented until multiple screens are possible.""" pass def set_gamma_ramp(self,*args,**kw): """Set the gamma_ramp, if supported. Call pygame.display.set_gamma_ramp, if available. Returns True on success, False otherwise.""" if not hasattr(pygame.display,"set_gamma_ramp"): logger = logging.getLogger('VisionEgg.Core') logger.error("Need pygame 1.5 or greater for set_gamma_ramp function") return False if pygame.display.set_gamma_ramp(*args,**kw): return True else: return False def close(self): """Close the screen. You can call this to close the screen. Not necessary during normal operation because it gets automatically deleted.""" # Close pygame if possible if hasattr(VisionEgg.config,'_open_screens'): if self in VisionEgg.config._open_screens: VisionEgg.config._open_screens.remove(self) if len(VisionEgg.config._open_screens) == 0: # no more open screens if hasattr(self,"__cursor_visible_func__"): self.__cursor_visible_func__(1) pygame_keeper.quit() # No access to the cursor visible function anymore if hasattr(self,"__cursor_visible_func__"): del self.__cursor_visible_func__ def __del__(self): # Make sure mouse is visible after screen closed. if hasattr(self,"__cursor_visible_func__"): try: self.__cursor_visible_func__(1) self.__pygame_quit__() except pygame.error, x: if str(x) != 'video system not initialized': raise def create_default(): """Alternative constructor using configuration variables. Most of the time you can create and instance of Screen using this method. If your script needs explicit control of the Screen parameters, initialize with the normal constructor. Uses VisionEgg.config.VISIONEGG_GUI_INIT to determine how the default screen parameters should are determined. If this value is 0, the values from VisionEgg.cfg are used. If this value is 1, a GUI panel is opened and allows manual settings of the screen parameters. """ global VisionEgg # Allow "VisionEgg.config" instead of just "config" if VisionEgg.config.VISIONEGG_GUI_INIT: import VisionEgg.GUI # Could import in beginning, but no need if not using GUI window = VisionEgg.GUI.GraphicsConfigurationWindow() window.mainloop() # All this does is adjust VisionEgg.config if not window.clicked_ok: sys.exit() # User wants to quit screen = None try: screen = Screen(size=(VisionEgg.config.VISIONEGG_SCREEN_W, VisionEgg.config.VISIONEGG_SCREEN_H), fullscreen=VisionEgg.config.VISIONEGG_FULLSCREEN, preferred_bpp=VisionEgg.config.VISIONEGG_PREFERRED_BPP, bgcolor=(0.5,0.5,0.5,0.0), maxpriority=VisionEgg.config.VISIONEGG_MAXPRIORITY, frameless=VisionEgg.config.VISIONEGG_FRAMELESS_WINDOW, hide_mouse=VisionEgg.config.VISIONEGG_HIDE_MOUSE) finally: if screen is None: # Opening screen failed. Let's do any cleanup that Screen.__init__ missed. try: pygame.mouse.set_visible(1) # make sure mouse is visible pygame_keeper.quit() # close screen except pygame.error, x: if str(x) != 'video system not initialized': raise if screen is None: raise RuntimeError("Screen open failed. Check your error log for a traceback.") gamma_source = VisionEgg.config.VISIONEGG_GAMMA_SOURCE.lower() if gamma_source != 'none': if gamma_source == 'invert': native_red = VisionEgg.config.VISIONEGG_GAMMA_INVERT_RED native_green = VisionEgg.config.VISIONEGG_GAMMA_INVERT_GREEN native_blue = VisionEgg.config.VISIONEGG_GAMMA_INVERT_BLUE red = screen._create_inverted_gamma_ramp( native_red ) green = screen._create_inverted_gamma_ramp( native_green ) blue = screen._create_inverted_gamma_ramp( native_blue ) gamma_set_string = "linearized gamma lookup tables to correct "+\ "monitor with native gammas (%f, %f, %f) RGB"%( native_red, native_green, native_blue) elif gamma_source == 'file': filename = VisionEgg.config.VISIONEGG_GAMMA_FILE red, green, blue = screen._open_gamma_file(filename) gamma_set_string = "set gamma lookup tables from data in file %s"%os.path.abspath(filename) else: raise ValueError("Unknown gamma source: '%s'"%gamma_source) logger = logging.getLogger('VisionEgg.Core') if not screen.set_gamma_ramp(red,green,blue): logger.warning( "Setting gamma ramps failed." ) else: logger.info( "Gamma set sucessfully: %s"%gamma_set_string ) return screen create_default = staticmethod(create_default) def _create_inverted_gamma_ramp(self, gamma): # c is a constant scale factor. It is always 1.0 when # luminance is normalized to range [0.0,1.0] and input units # in range [0.0,1.0], as is OpenGL standard. c = 1.0 inc = 1.0/255 target_luminances = np.arange(0.0,1.0+inc,inc) output_ramp = np.zeros(target_luminances.shape,dtype=np.int) for i in range(len(target_luminances)): L = target_luminances[i] if L == 0.0: v_88fp = 0 else: v = math.exp( (math.log(L) - math.log(c)) /gamma) v_88fp = int(round((v*255) * 256)) # convert to from [0.0,1.0] floating point to [0.0,255.0] 8.8 fixed point output_ramp[i] = v_88fp # 8.8 fixed point format return list(output_ramp) # convert to Python list def _open_gamma_file(self, filename): fd = open(filename,"r") gamma_values = [] for line in fd.readlines(): line = line.strip() # remove leading/trailing whitespace if line.startswith("#"): # comment, ignore continue gamma_values.append( map(int, line.split() ) ) if len(gamma_values[-1]) != 3: raise ValueError("expected 3 values per gamma entry") if len(gamma_values) != 256: raise ValueError("expected 256 gamma entries") red, green, blue = zip(*gamma_values) return red,green,blue def get_default_screen(): """Make an instance of Screen using a GUI window or from config file.""" return Screen.create_default() #################################################################### # # Projection and derived classes # #################################################################### class ProjectionBaseClass(VisionEgg.ClassWithParameters): """Base class for 4x4 linear matrix transformation This is an abstract base class which should be subclassed for actual use. Parameters ========== matrix -- matrix specifying projection (Sequence4x4 of Real) Default: [[1 0 0 0] [0 1 0 0] [0 0 1 0] [0 0 0 1]] """ # WARNING: This implementation should really get cleaned up and # NOT use OpenGL except when purposefully setting matrices. parameters_and_defaults = VisionEgg.ParameterDefinition({ 'matrix':( numpy.eye(4), # 4x4 identity matrix ve_types.Sequence4x4(ve_types.Real), 'matrix specifying projection'), }) __slots__ = ( 'projection_type', ) def __init__(self,**kw): VisionEgg.ClassWithParameters.__init__(self,**kw) self.projection_type = None # derived class must override def _get_matrix_type(self): if self.projection_type == gl.GL_PROJECTION: return gl.GL_PROJECTION_MATRIX elif self.projection_type == gl.GL_MODELVIEW: return gl.GL_MODELVIEW_MATRIX def apply_to_gl(self): """Set the OpenGL projection matrix.""" gl.glMatrixMode(self.projection_type) gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 def set_gl_modelview(self): """Set the OpenGL modelview matrix.""" gl.glMatrixMode(gl.GL_MODELVIEW) gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 def set_gl_projection(self): """Set the OpenGL projection matrix.""" gl.glMatrixMode(gl.GL_PROJECTION) gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 def push_and_set_gl_projection(self): """Set the OpenGL projection matrix, pushing current projection matrix to stack.""" gl.glMatrixMode(self.projection_type) # Set OpenGL matrix state to modify the projection matrix gl.glPushMatrix() gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 def translate(self,x,y,z): """Compose a translation and set the OpenGL projection matrix.""" gl.glMatrixMode(self.projection_type) # Set OpenGL matrix state to modify the projection matrix gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 gl.glTranslatef(x,y,z) self.parameters.matrix = gl.glGetFloatv(self._get_matrix_type()) def stateless_translate(self,x,y,z): """Compose a translation without changing OpenGL state.""" M = VisionEgg.ThreeDeeMath.TransformMatrix(self.parameters.matrix) M.translate(x,y,z) self.parameters.matrix = M.get_matrix() def rotate(self,angle_degrees,x,y,z): """Compose a rotation and set the OpenGL projection matrix.""" gl.glMatrixMode(self.projection_type) # Set OpenGL matrix state to modify the projection matrix gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 gl.glRotatef(angle_degrees,x,y,z) self.parameters.matrix = gl.glGetFloatv(self._get_matrix_type()) def stateless_rotate(self,angle_degrees,x,y,z): """Compose a rotation without changing OpenGL state.""" M = VisionEgg.ThreeDeeMath.TransformMatrix(self.parameters.matrix) M.rotate(angle_degrees,x,y,z) self.parameters.matrix = M.get_matrix() def scale(self,x,y,z): """Compose a rotation and set the OpenGL projection matrix.""" gl.glMatrixMode(self.projection_type) # Set OpenGL matrix state to modify the projection matrix gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 gl.glScalef(x,y,z) self.parameters.matrix = gl.glGetFloatv(self._get_matrix_type()) def stateless_scale(self,x,y,z): """Compose a rotation without changing OpenGL state.""" M = VisionEgg.ThreeDeeMath.TransformMatrix(self.parameters.matrix) M.scale(x,y,z) self.parameters.matrix = M.get_matrix() def get_matrix(self): return self.parameters.matrix def look_at(self, eye, center, up ): # Basically the same as gluLookAt def normalize(vec): numpy_vec = numpy.asarray(vec) mag = math.sqrt(numpy.sum(numpy_vec**2)) return numpy_vec / mag def cross(vec1,vec2): return ( vec1[1]*vec2[2] - vec1[2]*vec2[1], vec1[2]*vec2[0] - vec1[0]*vec2[2], vec1[0]*vec2[1] - vec1[1]*vec2[0] ) forward = numpy.array(( center[0] - eye[0], center[1] - eye[1], center[2] - eye[2]),'f') forward = normalize(forward) side = cross(forward,up) side = normalize(side) new_up = cross(side,forward) # recompute up # XXX I might have to transpose this matrix m = np.array([[side[0], new_up[0], -forward[0], 0.0], [side[1], new_up[1], -forward[1], 0.0], [side[2], new_up[2], -forward[2], 0.0], [ 0.0, 0.0, 0.0, 1.0]]) # XXX This should get optimized -- don't do it in OpenGL gl.glMatrixMode(self.projection_type) # Set OpenGL matrix state to modify the projection matrix gl.glPushMatrix() # save current matrix try: gl.glLoadMatrixf(self.parameters.matrix) # Need PyOpenGL >= 2.0 gl.glMultMatrixf(m) gl.glTranslatef(-eye[0],-eye[1],-eye[2]) self.parameters.matrix = gl.glGetFloatv(self._get_matrix_type()) finally: gl.glPopMatrix() # save current matrix def eye_2_clip(self,eye_coords_vertex): """Transform eye coordinates to clip coordinates""" m = np.array(self.parameters.matrix) v = np.array(eye_coords_vertex) homog = VisionEgg.ThreeDeeMath.make_homogeneous_coord_rows(v) r = numpy.dot(homog,m) if len(homog.shape) > len(v.shape): r = np.reshape(r,(4,)) return r def clip_2_norm_device(self,clip_coords_vertex): """Transform clip coordinates to normalized device coordinates""" v = numpy.array(clip_coords_vertex) homog = VisionEgg.ThreeDeeMath.make_homogeneous_coord_rows(v) err=numpy.seterr(all='ignore') r = (homog/homog[:,3,numpy.newaxis])[:,:3] numpy.seterr(**err) if len(homog.shape) > len(v.shape): r = np.reshape(r,(3,)) return r def eye_2_norm_device(self,eye_coords_vertex): """Transform eye coordinates to normalized device coordinates""" return self.clip_2_norm_device(self.eye_2_clip(eye_coords_vertex)) def apply_to_vertex(self,vertex): """Perform multiplication on vertex to get transformed result""" M = VisionEgg.ThreeDeeMath.TransformMatrix(matrix=self.parameters.matrix) r = M.transform_vertices([vertex]) return r[0] def apply_to_vertices(self,vertices): """Perform multiplication on vertex to get transformed result""" M = VisionEgg.ThreeDeeMath.TransformMatrix(matrix=self.parameters.matrix) r = M.transform_vertices(vertices) return r class Projection(ProjectionBaseClass): """for use of OpenGL PROJECTION_MATRIX Converts eye coordinates to clip coordinates. Parameters ========== matrix -- matrix specifying projection (Sequence4x4 of Real) Default: [[1 0 0 0] [0 1 0 0] [0 0 1 0] [0 0 0 1]] """ def __init__(self,*args,**kw): ProjectionBaseClass.__init__(self,*args,**kw) self.projection_type = gl.GL_PROJECTION class ModelView(ProjectionBaseClass): """for use of OpenGL MODELVIEW_MATRIX Converts object coordinates to eye coordinates. Parameters ========== matrix -- matrix specifying projection (Sequence4x4 of Real) Default: [[1 0 0 0] [0 1 0 0] [0 0 1 0] [0 0 0 1]] """ def __init__(self,*args,**kw): ProjectionBaseClass.__init__(self,*args,**kw) self.projection_type = gl.GL_MODELVIEW class OrthographicProjection(Projection): """An orthographic projection. Parameters ========== matrix -- matrix specifying projection (Sequence4x4 of Real) Default: [[1 0 0 0] [0 1 0 0] [0 0 1 0] [0 0 0 1]] """ def __init__(self,left=0.0,right=640.0,bottom=0.0,top=480.0,z_clip_near=0.0,z_clip_far=1.0): """Create an orthographic projection. Defaults to map x eye coordinates in the range [0,640], y eye coordinates [0,480] and clip coordinates [0,1] to [0,1]. Therefore, if the viewport is 640 x 480, eye coordinates correspond 1:1 with window (pixel) coordinates. Only points between these clipping planes will be displayed. """ # using numpy (from the OpenGL spec): matrix = np.array([[ 2./(right-left), 0., 0., -(right+left)/(right-left)], [ 0., 2./(top-bottom), 0., -(top+bottom)/(top-bottom)], [ 0., 0., -2./(z_clip_far-z_clip_near), -(z_clip_far+z_clip_near)/(z_clip_far-z_clip_near)], [ 0., 0., 0., 1.0]]) matrix = np.transpose(matrix) # convert to OpenGL format ## same as above, but use OpenGL #gl.glMatrixMode(gl.GL_PROJECTION) #gl.glPushMatrix() # save current matrix #gl.glLoadIdentity() #gl.glOrtho(left,right,bottom,top,z_clip_near,z_clip_far) #matrix = gl.glGetFloatv(gl.GL_PROJECTION_MATRIX) #gl.glPopMatrix() # restore original matrix Projection.__init__(self,**{'matrix':matrix}) class OrthographicProjectionNoZClip(Projection): """An orthographic projection without Z clipping. Parameters ========== matrix -- matrix specifying projection (Sequence4x4 of Real) Default: [[1 0 0 0] [0 1 0 0] [0 0 1 0] [0 0 0 1]] """ def __init__(self,left=0.0,right=640.0,bottom=0.0,top=480.0): """Create an orthographic projection without Z clipping. Defaults to map x eye coordinates in the range [0,640] and y eye coordinates [0,480] -> [0,1]. Therefore, if the viewport is 640 x 480, eye coordinates correspond 1:1 with window (pixel) coordinates. """ # using numpy (from the OpenGL spec): matrix = np.array([[ 2./(right-left), 0, 0, -(right+left)/(right-left)], [ 0, 2./(top-bottom), 0, -(top+bottom)/(top-bottom)], [ 0, 0, -1, -1.], [ 0, 0, 0, 1]]) matrix = np.transpose(matrix) # convert to OpenGL format Projection.__init__(self,**{'matrix':matrix}) class SimplePerspectiveProjection(Projection): """A simplified perspective projection. Parameters ========== matrix -- matrix specifying projection (Sequence4x4 of Real) Default: [[1 0 0 0] [0 1 0 0] [0 0 1 0] [0 0 0 1]] """ def __init__(self,fov_x=45.0,z_clip_near = 0.1,z_clip_far=10000.0,aspect_ratio=4.0/3.0): matrix = self._compute_matrix(fov_x,z_clip_near,z_clip_far,aspect_ratio) Projection.__init__(self,**{'matrix':matrix}) def _compute_matrix(self,fov_x=45.0,z_clip_near = 0.1,z_clip_far=10000.0,aspect_ratio=4.0/3.0): """Compute a 4x4 projection matrix that performs a perspective distortion.""" fov_y = fov_x / aspect_ratio # This is a translation of what gluPerspective does: #glu.gluPerspective(fov_y,aspect_ratio,z_clip_near,z_clip_far) radians = fov_y / 2.0 * math.pi / 180.0 delta_z = z_clip_far - z_clip_near sine = math.sin(radians) if (delta_z == 0.0) or (sine == 0.0) or (aspect_ratio == 0.0): raise ValueError("Invalid parameters passed to SimpleProjection.__init__()") cotangent = math.cos(radians) / sine matrix = np.zeros((4,4)) matrix[0][0] = cotangent/aspect_ratio matrix[1][1] = cotangent matrix[2][2] = -(z_clip_far + z_clip_near) / delta_z matrix[2][3] = -1.0 # XXX this matrix[3][2] = -2.0 * z_clip_near * z_clip_far / delta_z # XXX and this might cause the matrix to need to be transposed matrix[3][3] = 0.0 return matrix class PerspectiveProjection(Projection): """A perspective projection. Parameters ========== matrix -- matrix specifying projection (Sequence4x4 of Real) Default: [[1 0 0 0] [0 1 0 0] [0 0 1 0] [0 0 0 1]] """ def __init__(self,left,right,bottom,top,near,far): # XXX right now this is done in OpenGL, we should do it ourselves gl.glMatrixMode(gl.GL_PROJECTION) # Set OpenGL matrix state to modify the projection matrix gl.glPushMatrix() gl.glLoadIdentity() # Clear the projection matrix gl.glFrustum(left,right,bottom,top,near,far) # Let GL create a matrix and compose it matrix = gl.glGetFloatv(gl.GL_PROJECTION_MATRIX) gl.glPopMatrix() if matrix is None: # OpenGL wasn't started raise RuntimeError("OpenGL matrix operations can only take place once OpenGL context started.") matrix = np.asarray(matrix) # make sure it's numpy array Projection.__init__(self,**{'matrix':matrix}) #################################################################### # # Stimulus - Base class # #################################################################### class Stimulus(VisionEgg.ClassWithParameters): """Base class for a stimulus. Any stimulus element should be a subclass of this Stimulus class. The draw() method contains the code executed before every buffer swap in order to render the stimulus to the frame buffer. It should execute as quickly as possible. The init_gl() method must be called before the first call to draw() so that any internal data, OpenGL display lists, and OpenGL:texture objects can be established. To illustrate the concept of the Stimulus class, here is a description of several methods of drawing two spots. If your experiment displays two spots simultaneously, you could create two instances of (a single subclass of) Stimulus, varying parameters so each draws at a different location. Another possibility is to create one instance of a subclass that draws two spots. Another, somewhat obscure, possibility is to create a single instance and add it to two different viewports. (Something that will not work would be adding the same instance two times to the same viewport. It would also get drawn twice, although at exactly the same location.) OpenGL is a 'state machine', meaning that it has internal parameters whose values vary and affect how it operates. Because of this inherent uncertainty, there are only limited assumptions about the state of OpenGL that an instance of Stimulus should expect when its draw() method is called. Because the Vision Egg loops through stimuli this also imposes some important behaviors: First, the framebuffer will contain the results of any drawing operations performed since the last buffer swap by other instances of (subclasses of) Stimulus. Therefore, the order in which stimuli are present in the stimuli list of an instance of Viewport may be important. Additionally, if there are overlapping viewports, the order in which viewports are added to an instance of Screen is important. Second, previously established OpenGL display lists and OpenGL texture objects will be available. The __init__() method should establish these things. Third, there are several OpenGL state variables which are commonly set by subclasses of Stimulus, and which cannot be assumed to have any particular value at the time draw() is called. These state variables are: blending mode and function, texture state and environment, the matrix mode (modelview or projection), the modelview matrix, depth mode and settings. Therefore, if the draw() method depends on specific values for any of these states, it must specify its own values to OpenGL. Finally, a well-behaved Stimulus subclass resets any OpenGL state values other than those listed above to their initial state before draw() and init_gl() were called. In other words, before your stimulus changes the state of an OpenGL variable, use glGetBoolean, glGetInteger, glGetFloat, or a similar function to query its value and restore it later. For example, upon calling the draw() method, the projection matrix will be that which was set by the viewport. If the draw() method alters the projection matrix, it must be restored. The glPushMatrix() and glPopMatrix() commands provide an easy way to do this. The default projection of Viewport maps eye coordinates in a 1:1 fashion to window coordinates (in other words, it sets eye coordinates to use pixel units from the lower left corner of the viewport). Therefore the default parameters for a stimulus should specify pixel coordinates if possible (such as for a 2D stimulus). Assuming a window size of 640 by 480 for the default parameters is a pretty safe way to do things. Also, be sure to check for any assumptions made about the system in the __init__ method. For example, if your stimulus needs alpha in the framebuffer, check the value of glGetIntegerv(GL_ALPHA_BITS) and raise an exception if it is not available. """ def __init__(self,**kw): """Instantiate and get ready to draw. Set parameter values and create anything needed to draw the stimulus including OpenGL state variables such display lists and texture objects. """ VisionEgg.ClassWithParameters.__init__(self,**kw) def draw(self): """Draw the stimulus. (Called by Viewport instance.) This method is called every frame. This method actually performs the OpenGL calls to draw the stimulus. """ pass #################################################################### # # Viewport # #################################################################### class Viewport(VisionEgg.ClassWithParameters): """Connects stimuli to a screen. A viewport defines a (possibly clipped region) of the screen on which stimuli are drawn. A screen may have multiple viewports. The viewports may be overlapping. A viewport may have multiple stimuli. A single stimulus may be drawn simultaneously by several viewports, although this is typically useful only for 3D stimuli to represent different views of the same object. The coordinates of the stimulus are converted to screen coordinates via several steps, the most important of which is the projection, which is defined by an instance of the Projection class. By default, a viewport has a projection and viewport transformation which maps eye coordinates to window coordinates in 1:1 manner. In other words, eye coordinates specify pixel location in the viewport window. For example, if the viewport was 640 pixels wide and 480 pixels high, the default projection would take eye coordinate (320,240,0,1) and map it to normalized device coordinates of (0.5,0.5,0.0). The default viewport transformation would transform this to window coordinates of (320,240,0.5). For cases where pixel units are not natural to describe coordinates of a stimulus, the application should specify the a projection other than the default. This is usually the case for 3D stimuli. For details of the projection and clipping process, see the section 'Coordinate Transformations' in the book/online document 'The OpenGL Graphics System: A Specification' Parameters ========== anchor -- How position parameter is interpreted (String) Default: lowerleft camera_matrix -- extrinsic camera parameter matrix (position and orientation) (Instance of ) Default: (determined at runtime) depth_range -- depth range (in object units) for rendering (Sequence2 of Real) Default: (0, 1) position -- Position (in pixel units) within the screen (Sequence2 of Real) Default: (0, 0) projection -- intrinsic camera parameter matrix (field of view, focal length, aspect ratio) (Instance of ) Default: (determined at runtime) screen -- The screen in which this viewport is drawn (Instance of ) Default: (determined at runtime) size -- Size (in pixel units) (Sequence2 of Real) Default: (determined at runtime) stimuli -- sequence of stimuli to draw in screen (Sequence of Instance of ) Default: (determined at runtime) """ parameters_and_defaults = VisionEgg.ParameterDefinition({ 'screen':(None, ve_types.Instance(Screen), 'The screen in which this viewport is drawn'), 'position':((0,0), ve_types.Sequence2(ve_types.Real), 'Position (in pixel units) within the screen'), 'anchor':('lowerleft', ve_types.String, 'How position parameter is interpreted'), 'depth_range':((0,1), ve_types.Sequence2(ve_types.Real), 'depth range (in object units) for rendering'), 'size':(None, # will use screen.size if not specified ve_types.Sequence2(ve_types.Real), 'Size (in pixel units)'), 'projection':(None, ve_types.Instance(Projection), 'intrinsic camera parameter matrix (field of view, focal length, aspect ratio)'), 'auto_pixel_projection':(None, ve_types.Boolean, 'reset the projection when the size changes to maintain pixel coordinates'), 'camera_matrix':(None, ve_types.Instance(ModelView), 'extrinsic camera parameter matrix (position and orientation)'), 'stimuli':(None, ve_types.Sequence(ve_types.Instance(Stimulus)), 'sequence of stimuli to draw in screen'), 'lowerleft':(None, # DEPRECATED -- don't use ve_types.Sequence2(ve_types.Real), 'position (in pixel units) of lower-left viewport corner', VisionEgg.ParameterDefinition.DEPRECATED), }) __slots__ = ( '_is_drawing', '_cached_size', ) def __init__(self,**kw): """Create a new instance. Required arguments: screen Optional arguments (specify parameter value other than default): position -- defaults to (0,0), position relative to screen by anchor (see below) anchor -- defaults to 'lowerleft' size -- defaults to screen.size projection -- defaults to self.make_new_pixel_coord_projection() stimuli -- defaults to empty list """ VisionEgg.ClassWithParameters.__init__(self,**kw) if self.parameters.screen is None: raise ValueError("Must specify screen when creating an instance of Viewport.") p = self.parameters # shorthand if p.size is None: p.size = p.screen.constant_parameters.size self._cached_size = None if p.projection is None: # Default projection maps eye coordinates 1:1 on window (pixel) coordinates p.projection = self.make_new_pixel_coord_projection() if p.auto_pixel_projection is None: # default to maintaining pixel coordinates p.auto_pixel_projection = True self._cached_size = p.size else: # If the user *did* specify a projection, it is likely # that they want that to be maintained. if p.auto_pixel_projection is None: # default to not maintaining p.auto_pixel_projection = False if p.camera_matrix is None: p.camera_matrix = ModelView() if p.stimuli is None: p.stimuli = [] self._is_drawing = False def make_new_pixel_coord_projection(self): """Create instance of Projection mapping eye coordinates 1:1 with pixel coordinates.""" return OrthographicProjectionNoZClip(left=0,right=self.parameters.size[0], bottom=0,top=self.parameters.size[1]) def make_current(self): p = self.parameters # shorthand p.screen.make_current() if p.auto_pixel_projection and self._cached_size != p.size: p.projection = self.make_new_pixel_coord_projection() self._cached_size = p.size if p.lowerleft != None: if not hasattr(Viewport,"_gave_lowerleft_warning"): logger = logging.getLogger('VisionEgg.Core') logger.warning("lowerleft parameter of Viewport class " "will stop being supported. Use " "'position' instead with anchor set to " "'lowerleft'.") Viewport._gave_lowerleft_warning = True p.anchor = 'lowerleft' p.position = p.lowerleft[0], p.lowerleft[1] # copy values (don't copy ref to tuple) lowerleft = VisionEgg._get_lowerleft(p.position,p.anchor,p.size) gl.glViewport(int(lowerleft[0]), int(lowerleft[1]), int(p.size[0]), int(p.size[1])) gl.glDepthRange(p.depth_range[0],p.depth_range[1]) p.projection.apply_to_gl() p.camera_matrix.apply_to_gl() def draw(self): """Set the viewport and draw stimuli.""" self.make_current() self._is_drawing = True for stimulus in self.parameters.stimuli: stimulus.draw() self._is_drawing = False def norm_device_2_window(self,norm_device_vertex): """Transform normalized device coordinates to window coordinates""" v = np.asarray(norm_device_vertex) homog = VisionEgg.ThreeDeeMath.make_homogeneous_coord_rows(v) xd = homog[:,0,np.newaxis] yd = homog[:,1,np.newaxis] zd = homog[:,2,np.newaxis] p = self.parameters # shorthand lowerleft = VisionEgg._get_lowerleft(p.position,p.anchor,p.size) x,y = lowerleft w,h = p.size n,f = p.depth_range # clamp n and f n = min(1.0,max(0.0,n)) f = min(1.0,max(0.0,f)) ox = x + w/2.0 oy = y + h/2.0 px = w py = h xw = (px/2.0)*xd + ox yw = (py/2.0)*yd + oy zw = ((f-n)/2.0)*zd + (n+f)/2.0 # XXX I think zw (or zd) is clamped in OpenGL, but I can't # find it in any spec! #zw = np.clip(zw,0.0,1.0) # clamp r = np.concatenate((xw,yw,zw),axis=1) if len(homog.shape) > len(v.shape): r = np.reshape(r,(3,)) return r def clip_2_window(self,eye_coords_vertex): """Transform clip coordinates to window coordinates""" my_proj = self.parameters.projection return self.norm_device_2_window( my_proj.clip_2_norm_device( eye_coords_vertex ) ) def eye_2_window(self,eye_coords_vertex): """Transform eye coordinates to window coordinates""" my_proj = self.parameters.projection return self.norm_device_2_window( my_proj.eye_2_norm_device( eye_coords_vertex ) ) #################################################################### # # FixationSpot # #################################################################### class FixationSpot(Stimulus): """A rectangle stimulus, typically used as a fixation spot. Parameters ========== anchor -- how position parameter is used (String) Default: center color -- color (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 1.0, 1.0) on -- draw? (Boolean) Default: True position -- position in eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real)) Default: (320.0, 240.0) size -- size in eye coordinates (Sequence2 of Real) Default: (4.0, 4.0) """ parameters_and_defaults = VisionEgg.ParameterDefinition({ 'on':(True, ve_types.Boolean, 'draw?'), 'color':((1.0,1.0,1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), 'color'), 'position' : ( ( 320.0, 240.0 ), # in eye coordinates ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), 'position in eye coordinates'), 'anchor' : ('center', ve_types.String, 'how position parameter is used'), 'size':((4.0,4.0), # horiz and vertical size ve_types.Sequence2(ve_types.Real), 'size in eye coordinates'), 'center' : (None, # DEPRECATED -- don't use ve_types.Sequence2(ve_types.Real), 'position in eye coordinates', VisionEgg.ParameterDefinition.DEPRECATED), }) def __init__(self,**kw): Stimulus.__init__(self,**kw) def draw(self): p = self.parameters # shorthand if p.center is not None: if not hasattr(VisionEgg.config,"_GAVE_CENTER_DEPRECATION"): logger = logging.getLogger('VisionEgg.Core') logger.warning("Specifying FixationSpot by deprecated " "'center' parameter deprecated. Use " "'position' parameter instead. (Allows " "use of 'anchor' parameter to set to " "other values.)") VisionEgg.config._GAVE_CENTER_DEPRECATION = 1 p.anchor = 'center' p.position = p.center[0], p.center[1] # copy values (don't copy ref to tuple) if p.on: # calculate center center = VisionEgg._get_center(p.position,p.anchor,p.size) gl.glDisable(gl.GL_DEPTH_TEST) gl.glDisable(gl.GL_TEXTURE_2D) gl.glDisable(gl.GL_BLEND) if len(p.color)==3: gl.glColor3f(*p.color) elif len(p.color)==4: gl.glColor4f(*p.color) # This could go in a display list to speed it up, but then # size wouldn't be dynamically adjustable this way. Could # still use one of the matrices to make it change size. x_size = self.parameters.size[0]/2.0 y_size = self.parameters.size[1]/2.0 x,y = center[0],center[1] x1 = x-x_size; x2 = x+x_size y1 = y-y_size; y2 = y+y_size gl.glBegin(gl.GL_QUADS) gl.glVertex2f(x1,y1) gl.glVertex2f(x2,y1) gl.glVertex2f(x2,y2) gl.glVertex2f(x1,y2) gl.glEnd() # GL_QUADS #################################################################### # # Frame timing information # #################################################################### class FrameTimer: """Time inter frame intervals and compute frames per second.""" def __init__(self, bin_start_msec=2, bin_stop_msec=28, bin_width_msec=2, running_average_num_frames=0,save_all_frametimes=False): """Create instance of FrameTimer.""" self.bins = np.arange( bin_start_msec, bin_stop_msec, bin_width_msec ) self.bin_width_msec = float(bin_width_msec) self.timing_histogram = np.zeros(self.bins.shape) self._true_time_last_frame = None # no frames yet self.longest_frame_draw_time_sec = None self.first_tick_sec = None self.total_frames = 0 self.running_average_num_frames = running_average_num_frames if self.running_average_num_frames: self.last_n_frame_times_sec = [None]*self.running_average_num_frames self.save_all_frametimes = save_all_frametimes if self.save_all_frametimes: self.all_frametimes = [] def tick(self): """Declare a frame has just been drawn.""" true_time_now = VisionEgg.true_time_func() if self._true_time_last_frame != None: this_frame_draw_time_sec = true_time_now - self._true_time_last_frame index = int(math.ceil(this_frame_draw_time_sec*1000.0/self.bin_width_msec))-1 if index > (len(self.timing_histogram)-1): index = -1 self.timing_histogram[index] += 1 self.longest_frame_draw_time_sec = max(self.longest_frame_draw_time_sec,this_frame_draw_time_sec) if self.running_average_num_frames: self.last_n_frame_times_sec.append(true_time_now) self.last_n_frame_times_sec.pop(0) else: self.first_tick_sec = true_time_now self._true_time_last_frame = true_time_now # set for next frame if self.save_all_frametimes: self.all_frametimes.append( true_time_now ) def get_all_frametimes(self): if self.save_all_frametimes: return self.all_frametimes else: raise ValueError("must set save_all_frametimes") def get_longest_frame_duration_sec(self): return self.longest_frame_draw_time_sec def get_running_average_ifi_sec(self): if self.running_average_num_frames: frame_times = [] for frame_time in self.last_n_frame_times_sec: if frame_time is not None: frame_times.append( frame_time ) if len(frame_times) >= 2: return (frame_times[-1] - frame_times[0]) / len(frame_times) else: raise RuntimeError("running_average_num_frames not set when creating FrameTimer instance") def get_average_ifi_sec(self): if self._true_time_last_frame is None: raise RuntimeError("No frames were drawn, can't calculate average IFI") return (self._true_time_last_frame - self.first_tick_sec) / sum( self.timing_histogram ) def print_histogram(self): logger = logging.getLogger('VisionEgg.Core') logger.warning("print_histogram() method of FrameTimer is " "deprecated will stop being supported. Use " "log_histogram() instead.") self.log_histogram() def log_histogram(self): """Send histogram to logger.""" buffer = StringIO.StringIO() n_frames = sum( self.timing_histogram )+1 if n_frames < 2: print >> buffer, '%d frames were drawn.'%n_frames return average_ifi_sec = self.get_average_ifi_sec() print >> buffer, '%d frames were drawn.'%int(n_frames) print >> buffer, 'Mean IFI was %.2f msec (%.2f fps), longest IFI was %.2f msec.'%( average_ifi_sec*1000.0,1.0/average_ifi_sec,self.longest_frame_draw_time_sec*1000.0) h = hist = self.timing_histogram # shorthand maxhist = float(max(h)) if maxhist == 0: print >> buffer, "No frames were drawn." return lines = min(10,int(math.ceil(maxhist))) hist = hist/maxhist*float(lines) # normalize to number of lines print >> buffer, "histogram:" for line in range(lines): val = float(lines)-1.0-float(line) timing_string = "%6d "%(round(maxhist*val/lines),) q = np.greater(hist,val) for qi in q: s = ' ' if qi: s = '*' timing_string += "%4s "%(s,) print >> buffer, timing_string timing_string = " Time: " timing_string += "%4d "%(0,) for bin in self.bins[:-1]: timing_string += "%4d "%(bin,) timing_string += "+(msec)\n" timing_string += "Total: " for hi in h: if hi <= 999: num_str = str(int(hi)).center(5) else: num_str = " +++ " timing_string += num_str print >> buffer, timing_string buffer.seek(0) logger = logging.getLogger('VisionEgg.Core') logger.info(buffer.read()) #################################################################### # # Error handling and assumption checking # #################################################################### import VisionEgg.Deprecated Message = VisionEgg.Deprecated.Message message = VisionEgg.Deprecated.Message() # create instance of Message class for everything to use gl_assumptions = [] def add_gl_assumption(gl_variable,required_value,failure_callback): """Save assumptions for later checking once OpenGL context created.""" if type(failure_callback) != types.FunctionType: raise ValueError("failure_callback must be a function!") gl_assumptions.append((gl_variable,required_value,failure_callback)) def init_gl_extension(prefix,name): global gl # interpreter knows when we're up to something funny with GLTrace logger = logging.getLogger('VisionEgg.Core') if gl is VisionEgg.GLTrace: watched = True gl = VisionEgg.GLTrace.gl # manipulate original module for now else: watched = False module_name = "OpenGL.GL.%(prefix)s.%(name)s"%locals() try: exec "import "+module_name except ImportError: logger.warning("Could not import %s -- some features will be " "missing."%(module_name,)) return False module = eval(module_name) init_function_name = "glInit"+name.title().replace('_','')+prefix init_function = getattr(module,init_function_name) if not init_function(): logger.warning("Could not initialize %s -- some features will " "be missing."%(module_name,)) return False for attr_name in dir(module): # put attributes from module into "gl" module dictionary # (Namespace overlap as you'd get OpenGL apps written in C) attr = getattr(module,attr_name) # reject unwanted attributes if attr_name.startswith('__'): continue elif attr_name == init_function_name: continue elif attr_name == 'gl': continue elif type(attr) == type(VisionEgg): # module type continue gl_attr_name = attr_name setattr(gl,gl_attr_name,attr) if watched: VisionEgg.GLTrace.gl_trace_attach() # (re)scan namespace gl = VisionEgg.GLTrace # reinstall GLTrace return True # success! def post_gl_init(): """Called by Screen instance. Requires OpenGL context to be created.""" global gl_vendor, gl_renderer, gl_version # set above logger = logging.getLogger('VisionEgg.Core') if gl_version < '1.3': if not init_gl_extension('ARB','multitexture'): logger.warning("multitexturing not available. Some features " "will not be available") else: if not hasattr(gl,'glActiveTexture'): logger.debug("PyOpenGL bug: OpenGL multitexturing not available " "even though OpenGL is 1.3 or greater. " "Attempting ctypes-based workaround.") VisionEgg.PlatformDependent.attempt_to_load_multitexturing() if hasattr(gl,'glActiveTexture'): # the above worked or PyOpenGL fixed # OpenGL 1.3 has this extension built-in, # but doing this allows use of ARB names. gl.glActiveTextureARB = gl.glActiveTexture gl.glMultiTexCoord2fARB = gl.glMultiTexCoord2f gl.GL_TEXTURE0_ARB = gl.GL_TEXTURE0 gl.GL_TEXTURE1_ARB = gl.GL_TEXTURE1 if gl_version < '1.2': if init_gl_extension('EXT','bgra'): # make sure gl.GL_BRGA is defined gl.GL_BGRA = gl.GL_BGRA_EXT for gl_variable,required_value,failure_callback in gl_assumptions: # Code required for each variable to be checked if gl_variable == "__SPECIAL__": if required_value == "linux_nvidia_or_new_ATI": ok = 0 # Test for nVidia if "nvidia" == gl_vendor.split()[0].lower(): ok = 1 # yes it is if gl_renderer.startswith('Mesa DRI Radeon'): date = gl_renderer.split()[3] if date > "20021216": # not sure about exact date ok=1 if not ok: failure_callback() else: raise RuntimeError, "Unknown gl_assumption: %s == %s"%(gl_variable,required_value) elif gl_variable.upper() == "GL_VERSION": value_str = gl_version.split()[0] value_ints = map(int,value_str.split('.')) value = float( str(value_ints[0]) + "." + ''.join(map(str,value_ints[1:]))) if value < required_value: failure_callback() else: raise RuntimeError, "Unknown gl_assumption" # Do we have gl.GL_CLAMP_TO_EDGE ? try: gl.GL_CLAMP_TO_EDGE except AttributeError: if gl_version >= '1.2': # If OpenGL version >= 1.2, this should be defined # It seems to be a PyOpenGL bug that it's not. logger.debug("GL_CLAMP_TO_EDGE is not defined. " "Because you have OpenGL version 1.2 or " "greater, this is probably a bug in " "PyOpenGL. Assigning GL_CLAMP_TO_EDGE to " "the value that is usually used.") gl.GL_CLAMP_TO_EDGE = 0x812F else: try: init_gl_extension('SGIS','texture_edge_clamp') gl.GL_CLAMP_TO_EDGE = gl.GL_CLAMP_TO_EDGE_SGIS except: logger.warning("GL_CLAMP_TO_EDGE is not " "available. OpenGL version is " "less than 1.2, and the " "texture_edge_clamp_SGIS extension " "failed to load. It may be impossible to " "get exact 1:1 reproduction of " "textures. Using GL_CLAMP instead of " "GL_CLAMP_TO_EDGE.") gl.GL_CLAMP_TO_EDGE = gl.GL_CLAMP ######################################################################### # # Moved to FlowControl.py -- here only for backwards compatibility # ######################################################################### import VisionEgg.FlowControl Presentation = VisionEgg.FlowControl.Presentation Controller = VisionEgg.FlowControl.Controller ConstantController = VisionEgg.FlowControl.ConstantController EvalStringController = VisionEgg.FlowControl.EvalStringController ExecStringController = VisionEgg.FlowControl.ExecStringController FunctionController = VisionEgg.FlowControl.FunctionController EncapsulatedController = VisionEgg.FlowControl.EncapsulatedController visionegg-1.2.1/VisionEgg/Daq.py0000644000076500000240000000752411224565527015663 0ustar astrawstaff# The Vision Egg: Daq # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Definition of data acquisition and triggering interfaces. This module provides an interface to abstract data acquisition devices. To interface with real data acquisition devices, use a module that subclasses the classes defined here. *WARNING* This module has not been extensively tested or used, and should be considered unstable. """ import VisionEgg import VisionEgg.ParameterTypes as ve_types __version__ = VisionEgg.release_name class Trigger(VisionEgg.ClassWithParameters): pass class ChannelParameters(VisionEgg.ClassWithParameters): pass class SignalType(ChannelParameters): constant_parameters_and_defaults = { 'units':('Unknown units', ve_types.String), } def __init__(self,**kw): if self.__class__ == SignalType: raise RuntimeError("Trying to instantiate abstract base class.") else: ChannelParameters.__init__(self,**kw) class Analog(SignalType): constant_parameters_and_defaults = { 'gain':(1.0, ve_types.Real), 'offset':(0.0, ve_types.Real)} class Digital(SignalType): pass class DaqMode(ChannelParameters): def __init__(self,**kw): if self.__class__ == DaqMode: raise RuntimeError("Trying to instantiate abstract base class.") else: ChannelParameters.__init__(self,**kw) class Buffered(DaqMode): parameters_and_defaults = { 'sample_rate_hz':(5000.0, ve_types.Real), 'duration_sec':(5.0, ve_types.Real), 'trigger':(None, ve_types.Instance(Trigger)), } class Immediate(DaqMode): pass class Functionality(ChannelParameters): def __init__(self,**kw): if self.__class__ == Functionality: raise RuntimeError("Trying to instantiate abstract base class.") else: ChannelParameters.__init__(self,**kw) class Input(Functionality): def get_data(self): raise RuntimeError("Must override get_data method with daq implementation!") class Output(Functionality): def put_data(self,data): raise RuntimeError("Must override put_data method with daq implementation!") class Channel(VisionEgg.ClassWithParameters): constant_parameters_and_defaults = { 'signal_type' : (None, ve_types.Instance(SignalType)), 'daq_mode' : (None, ve_types.Instance(DaqMode)), 'functionality' : (None, ve_types.Instance(Functionality)), } def __init__(self,**kw): VisionEgg.ClassWithParameters.__init__(self,**kw) self.constant_parameters.signal_type.channel = self self.constant_parameters.daq_mode.channel = self self.constant_parameters.functionality.channel = self self.device = None # Not set yet def arm_trigger(self): raise NotImpelemetedError("This method must be overridden.") class Device: def __init__(self, channels = None): self.channels = [] if channels is not None: if type(channels) is not types.ListType: raise ValueError("channels must be a list of channels") for channel in channels: self.add_channel( channel ) def add_channel(self,channel): # override this method if you need to do error checking if isinstance(channel,Channel): self.channels.append(channel) else: raise ValueError("%s not instance of VisionEgg.Daq.Channel"%channel) channel.device = self visionegg-1.2.1/VisionEgg/DaqKeyboard.py0000644000076500000240000000542111224565527017336 0ustar astrawstaff# The Vision Egg: DaqKeyboard # # Author(s): Hubertus Becker # Copyright: (C) 2005 by Hertie Institute for Clinical Brain Research, # Department of Cognitive Neurology, University of Tuebingen # URL: http://www.hubertus-becker.de/resources/visionegg/ # # This library is free software; you can redistribute it and/or modify # it under the terms of the GNU Lesser General Public License as # published by the Free Software Foundation; either version 2.1 of # the License, or (at your option) any later version. """ Data acquisition and triggering over the keyboard. This module was programmed using information from the web site http://www.pygame.org/docs/ref/pygame_key.html """ #################################################################### # # Import all the necessary packages # #################################################################### import VisionEgg import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.ParameterTypes as ve_types import sys import pygame __version__ = VisionEgg.release_name #################################################################### # # KeyboardInput # #################################################################### class KeyboardInput: def get_pygame_data(self): """Get keyboard input (return values are in pygame.locals.* notation).""" keys = pygame.key.get_pressed() return [k for k, v in enumerate(keys) if v] def get_string_data(self): """Get keyboard input (return values are converted to keyboard symbols (strings)).""" pressed = self.get_pygame_data() keys_pressed = [] for k in pressed: # Convert integers to keyboard symbols (strings) keys_pressed.append(pygame.key.name(k)) return keys_pressed get_data = get_string_data # Create alias #################################################################### # # KeyboardTriggerInController # #################################################################### class KeyboardTriggerInController(VisionEgg.FlowControl.Controller): """Use the keyboard to trigger the presentation.""" def __init__(self,key=pygame.locals.K_1): VisionEgg.FlowControl.Controller.__init__( self, return_type=ve_types.Integer, eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME) self.key = key def during_go_eval(self): return 1 def between_go_eval(self): for event in pygame.event.get(): # if (event.type == pygame.locals.KEYUP) or (event.type == pygame.locals.KEYDOWN): if event.type == pygame.locals.KEYDOWN: if event.key == self.key: return 1 else: return 0 visionegg-1.2.1/VisionEgg/DaqLPT.py0000644000076500000240000002054011224565527016234 0ustar astrawstaff# The Vision Egg: DaqLPT # # Copyright (C) 2001-2003 Andrew Straw. # Copyright (C) 2005 Hubertus Becker # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Data acquisition and triggering over the parallel port. This module was programmed using information from "Interfacing the Standard Parallel Port" by Craig Peacock, http://www.senet.com.au/~cpeacock. You may also be interested in http://www.lvr.com/files/ibmlpt.txt. This module only uses the Standard Parallel Port (SPP) protocol, not ECP or EPP. You may have to set your computer's BIOS accordingly. You may need to be root or otherwise have permission to access the parallel port. Example usage: >>> from VisionEgg.DaqLPT import raw_lpt_module >>> address = 0x378 >>> out_value = 0 >>> raw_lpt_module.out( address, out_value ) >>> in_value = raw_lpt_module.inp( address+1 ) """ #################################################################### # # Import all the necessary packages # #################################################################### import VisionEgg import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.Daq import VisionEgg.ParameterTypes as ve_types import sys # See the raw LPT module for your platform for direct LPT access # without VisionEgg DAQ overhead. In particular, the inp and out # functions are useful. if sys.platform == 'win32': try: # Dincer Aydin's module http://www.geocities.com/dinceraydin import winioport as raw_lpt_module except ImportError: # Andrew Straw's module http://www.its.caltech.edu/~astraw/coding.html import dlportio as raw_lpt_module elif sys.platform.startswith('linux'): import VisionEgg._raw_lpt_linux as raw_lpt_module elif sys.platform.startswith('irix'): ### IRIX implementation not done, but possible raise NotImplementedError("VisionEgg.DaqLPT not implemented on IRIX") ## import VisionEgg._raw_plp_irix ## raw_lpt_module = VisionEgg._raw_plp_irix else: raise RuntimeError("VisionEgg.DaqLPT not supported on this platform") __version__ = VisionEgg.release_name class LPTInput(VisionEgg.Daq.Input): def get_data(self): """Get status bits 0-7 of the LPT port. The status bits were not meant for high speed digital input. Nevertheless, for sampling one or two digital inputs at slow rates, they work fine. Bits 4 and 5 (pins 13 and 12, respectively) should be first choice to sample a digital voltage. The other bits have some oddities. Bits 0 and 1 are designated reserved. Others are "active low"; they show a logic 0 when +5v is applied. bit3 = value & 0x08 bit4 = value & 0x10 bit5 = value & 0x20 bit6 = value & 0x40 """ return raw_lpt_module.inp(self.channel.device.base_address+1) class LPTOutput(VisionEgg.Daq.Output): def put_data(self,data): """Set output bits 0-7 (pins 2-9) on the LPT port.""" raw_lpt_module.out(self.channel.device.base_address,data) def __del__(self): """Set output bits low when closing.""" raw_lpt_module.out(self.channel.device.base_address,0) class LPTChannel(VisionEgg.Daq.Channel): """A data acquisition channel using the parallel port.""" def __init__(self,**kw): if not 'raw_lpt_module' in globals().keys(): raise RuntimeError("LPT output not supported on this platform.") VisionEgg.Daq.Channel.__init__(self,**kw) signal_type = self.constant_parameters.signal_type if not isinstance(signal_type,VisionEgg.Daq.Digital): raise ValueError("Channel must be digital.") daq_mode = self.constant_parameters.daq_mode if not isinstance(daq_mode,VisionEgg.Daq.Immediate): raise ValueError("Channel must be immediate mode.") functionality = self.constant_parameters.functionality if not isinstance(functionality,LPTInput): if not isinstance(functionality,LPTOutput): raise ValueError("Channel functionality must be instance of LPTInput or LPTOutput.") class LPTDevice(VisionEgg.Daq.Device): """A single parallel port. (Line PrinTer port.) Typically, LPT1 has a base address of 0x0378, and LPT2 has a base address of 0x0278.""" def __init__(self,base_address=0x378,**kw): if not 'raw_lpt_module' in globals().keys(): raise RuntimeError("LPT output not supported on this platform.") VisionEgg.Daq.Device.__init__(self,**kw) for channel in self.channels: if not isinstance(channel,LPTChannel): raise ValueError("LPTDevice only has LPTChannels.") self.base_address = base_address def add_channel(self,channel): if not isinstance(channel,LPTChannel): raise ValueError("LPTDevice only has LPTChannels.") VisionEgg.Daq.Device.add_channel(self,channel) class LPTTriggerOutController(VisionEgg.FlowControl.Controller): """Use 8 bits of digital output for triggering and frame timing verification. Bit 0 (pin 2) goes high when the go loop begins and low when the loop ends. Bits 1-7 (pins 3-9) count the frame_number (modulo 2^7) in binary. Looking at any one of these pins therefore provides verification that your stimulus is not skipping frames.""" def __init__(self,lpt_device=None): if not 'raw_lpt_module' in globals().keys(): raise RuntimeError("LPT output not supported on this platform.") VisionEgg.FlowControl.Controller.__init__(self, return_type=ve_types.NoneType, eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME) # Initialize DAQ stuff: self.trigger_out_channel = LPTChannel(signal_type = VisionEgg.Daq.Digital(), daq_mode = VisionEgg.Daq.Immediate(), functionality = LPTOutput()) if lpt_device is None: self.device = LPTDevice() else: if not isinstance(lpt_device,LPTDevice): raise ValueError("lpt_device must be instance of LPTDevice.") self.device = lpt_device self.device.add_channel(self.trigger_out_channel) self.total_frames = 0 def during_go_eval(self): self.total_frames = (self.total_frames + 1) % (2**7) value = self.total_frames*2 + 1 self.trigger_out_channel.constant_parameters.functionality.put_data(value) def between_go_eval(self): self.total_frames = (self.total_frames + 1) % (2**7) value = self.total_frames*2 + 0 self.trigger_out_channel.constant_parameters.functionality.put_data(value) class LPTTriggerInController(VisionEgg.FlowControl.Controller): def __init__(self,lpt_device=None,pin=13): if not 'raw_lpt_module' in globals().keys(): raise RuntimeError("LPT input not supported on this platform.") VisionEgg.FlowControl.Controller.__init__(self, return_type=ve_types.Integer, eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME) # Initialize DAQ stuff: self.trigger_in_channel = LPTChannel(signal_type = VisionEgg.Daq.Digital(), daq_mode = VisionEgg.Daq.Immediate(), functionality = LPTInput()) if lpt_device is None: self.device = LPTDevice() else: if not isinstance(lpt_device,LPTDevice): raise ValueError("lpt_device must be instance of LPTDevice.") self.device = lpt_device self.device.add_channel(self.trigger_in_channel) if pin==15: bit = 3 elif pin==13: bit = 4 elif pin==12: bit = 5 elif pin==10: bit = 6 elif pin==11: bit = 7 else: raise ValueError("Only pins 10, 11, 12, 13 and 15 supported at this time.") self.mask = 2**bit def during_go_eval(self): return 1 def between_go_eval(self): value = self.trigger_in_channel.constant_parameters.functionality.get_data() return (value & self.mask) visionegg-1.2.1/VisionEgg/darwin_getrefresh.m0000644000076500000240000000333011224565530020445 0ustar astrawstaff#include #import int darwin_getrefresh_error = 0; const char * darwin_getrefresh_error_str= NULL; int darwin_getrefresh_err_occurred( void ) { return darwin_getrefresh_error; } const char * darwin_getrefresh_err_message( void ) { return darwin_getrefresh_error_str; } void darwin_getrefresh_set_error(const char * errmsg) { darwin_getrefresh_error = 1; darwin_getrefresh_error_str = errmsg; } double getrefresh( void ) { // This is based on SDL12 http://www.libsdl.org/ CFDictionaryRef mode = NULL; CFNumberRef refreshRateCFNumber = NULL; double refreshRate; mode = CGDisplayCurrentMode(kCGDirectMainDisplay); if ( NULL == mode ) { darwin_getrefresh_set_error("Cannot get display mode"); goto ERROR; } refreshRateCFNumber = CFDictionaryGetValue (mode, kCGDisplayRefreshRate); if ( NULL == refreshRateCFNumber ) { darwin_getrefresh_set_error("Mode has no refresh rate"); goto ERROR; } if ( 0 == CFNumberGetValue (refreshRateCFNumber, kCFNumberDoubleType, &refreshRate) ) { // From CGDirectDisplay.h: (Mac OS X 10.2.6, Dec 2002 Developer Tools: // // Some display systems may not conventional video vertical and // horizontal sweep in painting. These displays report a // kCGDisplayRefreshRate of 0 in the CFDictionaryRef returned by // CGDisplayCurrentMode(). On such displays, this function // returns at once. darwin_getrefresh_set_error("Error getting refresh rate - no conventional video sweep?"); goto ERROR; } if ( 0 == refreshRate ) { // darwin_getrefresh_set_error("Error getting refresh rate - no conventional video sweep?"); goto ERROR; } return refreshRate; ERROR: return 0; } visionegg-1.2.1/VisionEgg/darwin_getrefresh.py0000644000076500000240000000236311224565530020646 0ustar astrawstaff# This file was created automatically by SWIG. # Don't modify this file, modify the SWIG interface instead. # This file is compatible with both classic and new-style classes. import _darwin_getrefresh def _swig_setattr_nondynamic(self,class_type,name,value,static=1): if (name == "this"): if isinstance(value, class_type): self.__dict__[name] = value.this if hasattr(value,"thisown"): self.__dict__["thisown"] = value.thisown del value.thisown return method = class_type.__swig_setmethods__.get(name,None) if method: return method(self,value) if (not static) or hasattr(self,name) or (name == "thisown"): self.__dict__[name] = value else: raise AttributeError("You cannot add attributes to %s" % self) def _swig_setattr(self,class_type,name,value): return _swig_setattr_nondynamic(self,class_type,name,value,0) def _swig_getattr(self,class_type,name): method = class_type.__swig_getmethods__.get(name,None) if method: return method(self) raise AttributeError,name import types try: _object = types.ObjectType _newclass = 1 except AttributeError: class _object : pass _newclass = 0 del types getrefresh = _darwin_getrefresh.getrefresh visionegg-1.2.1/VisionEgg/darwin_getrefresh_wrap.c0000644000076500000240000014162311224565530021474 0ustar astrawstaff/* ---------------------------------------------------------------------------- * This file was automatically generated by SWIG (http://www.swig.org). * Version 1.3.24 * * This file is not intended to be easily readable and contains a number of * coding conventions designed to improve portability and efficiency. Do not make * changes to this file unless you know what you are doing--modify the SWIG * interface file instead. * ----------------------------------------------------------------------------- */ #define SWIGPYTHON #ifndef SWIG_TEMPLATE_DISAMBIGUATOR # if defined(__SUNPRO_CC) # define SWIG_TEMPLATE_DISAMBIGUATOR template # else # define SWIG_TEMPLATE_DISAMBIGUATOR # endif #endif #include /*********************************************************************** * swigrun.swg * * This file contains generic CAPI SWIG runtime support for pointer * type checking. * ************************************************************************/ /* This should only be incremented when either the layout of swig_type_info changes, or for whatever reason, the runtime changes incompatibly */ #define SWIG_RUNTIME_VERSION "1" /* define SWIG_TYPE_TABLE_NAME as "SWIG_TYPE_TABLE" */ #ifdef SWIG_TYPE_TABLE #define SWIG_QUOTE_STRING(x) #x #define SWIG_EXPAND_AND_QUOTE_STRING(x) SWIG_QUOTE_STRING(x) #define SWIG_TYPE_TABLE_NAME SWIG_EXPAND_AND_QUOTE_STRING(SWIG_TYPE_TABLE) #else #define SWIG_TYPE_TABLE_NAME #endif #include #ifndef SWIGINLINE #if defined(__cplusplus) || (defined(__GNUC__) && !defined(__STRICT_ANSI__)) # define SWIGINLINE inline #else # define SWIGINLINE #endif #endif /* You can use the SWIGRUNTIME and SWIGRUNTIMEINLINE macros for creating a static or dynamic library from the swig runtime code. In 99.9% of the cases, swig just needs to declare them as 'static'. But only do this if is strictly necessary, ie, if you have problems with your compiler or so. */ #ifndef SWIGRUNTIME #define SWIGRUNTIME static #endif #ifndef SWIGRUNTIMEINLINE #define SWIGRUNTIMEINLINE SWIGRUNTIME SWIGINLINE #endif #ifdef __cplusplus extern "C" { #endif typedef void *(*swig_converter_func)(void *); typedef struct swig_type_info *(*swig_dycast_func)(void **); typedef struct swig_type_info { const char *name; swig_converter_func converter; const char *str; void *clientdata; swig_dycast_func dcast; struct swig_type_info *next; struct swig_type_info *prev; } swig_type_info; /* Compare two type names skipping the space characters, therefore "char*" == "char *" and "Class" == "Class", etc. Return 0 when the two name types are equivalent, as in strncmp, but skipping ' '. */ SWIGRUNTIME int SWIG_TypeNameComp(const char *f1, const char *l1, const char *f2, const char *l2) { for (;(f1 != l1) && (f2 != l2); ++f1, ++f2) { while ((*f1 == ' ') && (f1 != l1)) ++f1; while ((*f2 == ' ') && (f2 != l2)) ++f2; if (*f1 != *f2) return *f1 - *f2; } return (l1 - f1) - (l2 - f2); } /* Check type equivalence in a name list like ||... */ SWIGRUNTIME int SWIG_TypeEquiv(const char *nb, const char *tb) { int equiv = 0; const char* te = tb + strlen(tb); const char* ne = nb; while (!equiv && *ne) { for (nb = ne; *ne; ++ne) { if (*ne == '|') break; } equiv = SWIG_TypeNameComp(nb, ne, tb, te) == 0; if (*ne) ++ne; } return equiv; } /* Register a type mapping with the type-checking */ SWIGRUNTIME swig_type_info * SWIG_TypeRegisterTL(swig_type_info **tl, swig_type_info *ti) { swig_type_info *tc, *head, *ret, *next; /* Check to see if this type has already been registered */ tc = *tl; while (tc) { /* check simple type equivalence */ int typeequiv = (strcmp(tc->name, ti->name) == 0); /* check full type equivalence, resolving typedefs */ if (!typeequiv) { /* only if tc is not a typedef (no '|' on it) */ if (tc->str && ti->str && !strstr(tc->str,"|")) { typeequiv = SWIG_TypeEquiv(ti->str,tc->str); } } if (typeequiv) { /* Already exists in the table. Just add additional types to the list */ if (ti->clientdata) tc->clientdata = ti->clientdata; head = tc; next = tc->next; goto l1; } tc = tc->prev; } head = ti; next = 0; /* Place in list */ ti->prev = *tl; *tl = ti; /* Build linked lists */ l1: ret = head; tc = ti + 1; /* Patch up the rest of the links */ while (tc->name) { head->next = tc; tc->prev = head; head = tc; tc++; } if (next) next->prev = head; head->next = next; return ret; } /* Check the typename */ SWIGRUNTIME swig_type_info * SWIG_TypeCheck(const char *c, swig_type_info *ty) { swig_type_info *s; if (!ty) return 0; /* Void pointer */ s = ty->next; /* First element always just a name */ do { if (strcmp(s->name,c) == 0) { if (s == ty->next) return s; /* Move s to the top of the linked list */ s->prev->next = s->next; if (s->next) { s->next->prev = s->prev; } /* Insert s as second element in the list */ s->next = ty->next; if (ty->next) ty->next->prev = s; ty->next = s; s->prev = ty; return s; } s = s->next; } while (s && (s != ty->next)); return 0; } /* Cast a pointer up an inheritance hierarchy */ SWIGRUNTIMEINLINE void * SWIG_TypeCast(swig_type_info *ty, void *ptr) { return ((!ty) || (!ty->converter)) ? ptr : (*ty->converter)(ptr); } /* Dynamic pointer casting. Down an inheritance hierarchy */ SWIGRUNTIME swig_type_info * SWIG_TypeDynamicCast(swig_type_info *ty, void **ptr) { swig_type_info *lastty = ty; if (!ty || !ty->dcast) return ty; while (ty && (ty->dcast)) { ty = (*ty->dcast)(ptr); if (ty) lastty = ty; } return lastty; } /* Return the name associated with this type */ SWIGRUNTIMEINLINE const char * SWIG_TypeName(const swig_type_info *ty) { return ty->name; } /* Return the pretty name associated with this type, that is an unmangled type name in a form presentable to the user. */ SWIGRUNTIME const char * SWIG_TypePrettyName(const swig_type_info *type) { /* The "str" field contains the equivalent pretty names of the type, separated by vertical-bar characters. We choose to print the last name, as it is often (?) the most specific. */ if (type->str != NULL) { const char *last_name = type->str; const char *s; for (s = type->str; *s; s++) if (*s == '|') last_name = s+1; return last_name; } else return type->name; } /* Search for a swig_type_info structure */ SWIGRUNTIME swig_type_info * SWIG_TypeQueryTL(swig_type_info *tl, const char *name) { swig_type_info *ty = tl; while (ty) { if (ty->str && (SWIG_TypeEquiv(ty->str,name))) return ty; if (ty->name && (strcmp(name,ty->name) == 0)) return ty; ty = ty->prev; } return 0; } /* Set the clientdata field for a type */ SWIGRUNTIME void SWIG_TypeClientDataTL(swig_type_info *tl, swig_type_info *ti, void *clientdata) { swig_type_info *tc, *equiv; if (ti->clientdata) return; /* if (ti->clientdata == clientdata) return; */ ti->clientdata = clientdata; equiv = ti->next; while (equiv) { if (!equiv->converter) { tc = tl; while (tc) { if ((strcmp(tc->name, equiv->name) == 0)) SWIG_TypeClientDataTL(tl,tc,clientdata); tc = tc->prev; } } equiv = equiv->next; } } /* Pack binary data into a string */ SWIGRUNTIME char * SWIG_PackData(char *c, void *ptr, size_t sz) { static char hex[17] = "0123456789abcdef"; unsigned char *u = (unsigned char *) ptr; const unsigned char *eu = u + sz; register unsigned char uu; for (; u != eu; ++u) { uu = *u; *(c++) = hex[(uu & 0xf0) >> 4]; *(c++) = hex[uu & 0xf]; } return c; } /* Unpack binary data from a string */ SWIGRUNTIME const char * SWIG_UnpackData(const char *c, void *ptr, size_t sz) { register unsigned char *u = (unsigned char *) ptr; register const unsigned char *eu = u + sz; for (; u != eu; ++u) { register int d = *(c++); register unsigned char uu = 0; if ((d >= '0') && (d <= '9')) uu = ((d - '0') << 4); else if ((d >= 'a') && (d <= 'f')) uu = ((d - ('a'-10)) << 4); else return (char *) 0; d = *(c++); if ((d >= '0') && (d <= '9')) uu |= (d - '0'); else if ((d >= 'a') && (d <= 'f')) uu |= (d - ('a'-10)); else return (char *) 0; *u = uu; } return c; } /* This function will propagate the clientdata field of type to any new swig_type_info structures that have been added into the list of equivalent types. It is like calling SWIG_TypeClientData(type, clientdata) a second time. */ SWIGRUNTIME void SWIG_PropagateClientDataTL(swig_type_info *tl, swig_type_info *type) { swig_type_info *equiv = type->next; swig_type_info *tc; if (!type->clientdata) return; while (equiv) { if (!equiv->converter) { tc = tl; while (tc) { if ((strcmp(tc->name, equiv->name) == 0) && !tc->clientdata) SWIG_TypeClientDataTL(tl,tc, type->clientdata); tc = tc->prev; } } equiv = equiv->next; } } /* Pack 'void *' into a string buffer. */ SWIGRUNTIME char * SWIG_PackVoidPtr(char *buff, void *ptr, const char *name, size_t bsz) { char *r = buff; if ((2*sizeof(void *) + 2) > bsz) return 0; *(r++) = '_'; r = SWIG_PackData(r,&ptr,sizeof(void *)); if (strlen(name) + 1 > (bsz - (r - buff))) return 0; strcpy(r,name); return buff; } SWIGRUNTIME const char * SWIG_UnpackVoidPtr(const char *c, void **ptr, const char *name) { if (*c != '_') { if (strcmp(c,"NULL") == 0) { *ptr = (void *) 0; return name; } else { return 0; } } return SWIG_UnpackData(++c,ptr,sizeof(void *)); } SWIGRUNTIME char * SWIG_PackDataName(char *buff, void *ptr, size_t sz, const char *name, size_t bsz) { char *r = buff; size_t lname = (name ? strlen(name) : 0); if ((2*sz + 2 + lname) > bsz) return 0; *(r++) = '_'; r = SWIG_PackData(r,ptr,sz); if (lname) { strncpy(r,name,lname+1); } else { *r = 0; } return buff; } SWIGRUNTIME const char * SWIG_UnpackDataName(const char *c, void *ptr, size_t sz, const char *name) { if (*c != '_') { if (strcmp(c,"NULL") == 0) { memset(ptr,0,sz); return name; } else { return 0; } } return SWIG_UnpackData(++c,ptr,sz); } #ifdef __cplusplus } #endif /*********************************************************************** * common.swg * * This file contains generic SWIG runtime support for pointer * type checking as well as a few commonly used macros to control * external linkage. * * Author : David Beazley (beazley@cs.uchicago.edu) * * Copyright (c) 1999-2000, The University of Chicago * * This file may be freely redistributed without license or fee provided * this copyright message remains intact. ************************************************************************/ #if defined(_WIN32) || defined(__WIN32__) || defined(__CYGWIN__) # if !defined(STATIC_LINKED) # define SWIGEXPORT(a) __declspec(dllexport) a # else # define SWIGEXPORT(a) a # endif #else # define SWIGEXPORT(a) a #endif #ifdef __cplusplus extern "C" { #endif /*************************************************************************/ /* The static type info list */ static swig_type_info *swig_type_list = 0; static swig_type_info **swig_type_list_handle = &swig_type_list; /* Register a type mapping with the type-checking */ static swig_type_info * SWIG_TypeRegister(swig_type_info *ti) { return SWIG_TypeRegisterTL(swig_type_list_handle, ti); } /* Search for a swig_type_info structure */ static swig_type_info * SWIG_TypeQuery(const char *name) { return SWIG_TypeQueryTL(*swig_type_list_handle, name); } /* Set the clientdata field for a type */ static void SWIG_TypeClientData(swig_type_info *ti, void *clientdata) { SWIG_TypeClientDataTL(*swig_type_list_handle, ti, clientdata); } /* This function will propagate the clientdata field of type to * any new swig_type_info structures that have been added into the list * of equivalent types. It is like calling * SWIG_TypeClientData(type, clientdata) a second time. */ static void SWIG_PropagateClientData(swig_type_info *type) { SWIG_PropagateClientDataTL(*swig_type_list_handle, type); } #ifdef __cplusplus } #endif /* ----------------------------------------------------------------------------- * SWIG API. Portion that goes into the runtime * ----------------------------------------------------------------------------- */ #ifdef __cplusplus extern "C" { #endif /* ----------------------------------------------------------------------------- * for internal method declarations * ----------------------------------------------------------------------------- */ #ifndef SWIGINTERN #define SWIGINTERN static #endif #ifndef SWIGINTERNSHORT #ifdef __cplusplus #define SWIGINTERNSHORT static inline #else /* C case */ #define SWIGINTERNSHORT static #endif /* __cplusplus */ #endif /* Exception handling in wrappers */ #define SWIG_fail goto fail #define SWIG_arg_fail(arg) SWIG_Python_ArgFail(arg) #define SWIG_append_errmsg(msg) SWIG_Python_AddErrMesg(msg,0) #define SWIG_preppend_errmsg(msg) SWIG_Python_AddErrMesg(msg,1) #define SWIG_type_error(type,obj) SWIG_Python_TypeError(type,obj) #define SWIG_null_ref(type) SWIG_Python_NullRef(type) /* Contract support */ #define SWIG_contract_assert(expr, msg) \ if (!(expr)) { PyErr_SetString(PyExc_RuntimeError, (char *) msg ); goto fail; } else /* ----------------------------------------------------------------------------- * Constant declarations * ----------------------------------------------------------------------------- */ /* Constant Types */ #define SWIG_PY_INT 1 #define SWIG_PY_FLOAT 2 #define SWIG_PY_STRING 3 #define SWIG_PY_POINTER 4 #define SWIG_PY_BINARY 5 /* Constant information structure */ typedef struct swig_const_info { int type; char *name; long lvalue; double dvalue; void *pvalue; swig_type_info **ptype; } swig_const_info; /* ----------------------------------------------------------------------------- * Alloc. memory flags * ----------------------------------------------------------------------------- */ #define SWIG_OLDOBJ 1 #define SWIG_NEWOBJ SWIG_OLDOBJ + 1 #define SWIG_PYSTR SWIG_NEWOBJ + 1 #ifdef __cplusplus } #endif /*********************************************************************** * pyrun.swg * * This file contains the runtime support for Python modules * and includes code for managing global variables and pointer * type checking. * * Author : David Beazley (beazley@cs.uchicago.edu) ************************************************************************/ /* Common SWIG API */ #define SWIG_ConvertPtr(obj, pp, type, flags) SWIG_Python_ConvertPtr(obj, pp, type, flags) #define SWIG_NewPointerObj(p, type, flags) SWIG_Python_NewPointerObj(p, type, flags) #define SWIG_MustGetPtr(p, type, argnum, flags) SWIG_Python_MustGetPtr(p, type, argnum, flags) /* Python-specific SWIG API */ #define SWIG_ConvertPacked(obj, ptr, sz, ty, flags) SWIG_Python_ConvertPacked(obj, ptr, sz, ty, flags) #define SWIG_NewPackedObj(ptr, sz, type) SWIG_Python_NewPackedObj(ptr, sz, type) /* ----------------------------------------------------------------------------- * Pointer declarations * ----------------------------------------------------------------------------- */ /* Use SWIG_NO_COBJECT_TYPES to force the use of strings to represent C/C++ pointers in the python side. Very useful for debugging, but not always safe. */ #if !defined(SWIG_NO_COBJECT_TYPES) && !defined(SWIG_COBJECT_TYPES) # define SWIG_COBJECT_TYPES #endif /* Flags for pointer conversion */ #define SWIG_POINTER_EXCEPTION 0x1 #define SWIG_POINTER_DISOWN 0x2 #ifdef __cplusplus extern "C" { #endif /* ----------------------------------------------------------------------------- * Create a new pointer string * ----------------------------------------------------------------------------- */ #ifndef SWIG_BUFFER_SIZE #define SWIG_BUFFER_SIZE 1024 #endif #if defined(SWIG_COBJECT_TYPES) #if !defined(SWIG_COBJECT_PYTHON) /* ----------------------------------------------------------------------------- * Implements a simple Swig Object type, and use it instead of PyCObject * ----------------------------------------------------------------------------- */ typedef struct { PyObject_HEAD void *ptr; const char *desc; } PySwigObject; /* Declarations for objects of type PySwigObject */ SWIGRUNTIME int PySwigObject_print(PySwigObject *v, FILE *fp, int flags) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result))) { fputs("", fp); return 0; } else { return 1; } } SWIGRUNTIME PyObject * PySwigObject_repr(PySwigObject *v) { char result[SWIG_BUFFER_SIZE]; return SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result)) ? PyString_FromFormat("", result) : 0; } SWIGRUNTIME PyObject * PySwigObject_str(PySwigObject *v) { char result[SWIG_BUFFER_SIZE]; return SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result)) ? PyString_FromString(result) : 0; } SWIGRUNTIME PyObject * PySwigObject_long(PySwigObject *v) { return PyLong_FromUnsignedLong((unsigned long) v->ptr); } SWIGRUNTIME PyObject * PySwigObject_oct(PySwigObject *v) { char buf[100]; unsigned long x = (unsigned long)v->ptr; if (x == 0) strcpy(buf, "0"); else PyOS_snprintf(buf, sizeof(buf), "0%lo", x); return PyString_FromString(buf); } SWIGRUNTIME PyObject * PySwigObject_hex(PySwigObject *v) { char buf[100]; PyOS_snprintf(buf, sizeof(buf), "0x%lx", (unsigned long)v->ptr); return PyString_FromString(buf); } SWIGRUNTIME int PySwigObject_compare(PySwigObject *v, PySwigObject *w) { int c = strcmp(v->desc, w->desc); if (c) { return c; } else { void *i = v->ptr; void *j = w->ptr; return (i < j) ? -1 : (i > j) ? 1 : 0; } } SWIGRUNTIME void PySwigObject_dealloc(PySwigObject *self) { PyObject_DEL(self); } SWIGRUNTIME PyTypeObject* PySwigObject_GetType() { static char PySwigObject_Type__doc__[] = "Swig object carries a C/C++ instance pointer"; static PyNumberMethods PySwigObject_as_number = { (binaryfunc)0, /*nb_add*/ (binaryfunc)0, /*nb_subtract*/ (binaryfunc)0, /*nb_multiply*/ (binaryfunc)0, /*nb_divide*/ (binaryfunc)0, /*nb_remainder*/ (binaryfunc)0, /*nb_divmod*/ (ternaryfunc)0,/*nb_power*/ (unaryfunc)0, /*nb_negative*/ (unaryfunc)0, /*nb_positive*/ (unaryfunc)0, /*nb_absolute*/ (inquiry)0, /*nb_nonzero*/ 0, /*nb_invert*/ 0, /*nb_lshift*/ 0, /*nb_rshift*/ 0, /*nb_and*/ 0, /*nb_xor*/ 0, /*nb_or*/ (coercion)0, /*nb_coerce*/ (unaryfunc)PySwigObject_long, /*nb_int*/ (unaryfunc)PySwigObject_long, /*nb_long*/ (unaryfunc)0, /*nb_float*/ (unaryfunc)PySwigObject_oct, /*nb_oct*/ (unaryfunc)PySwigObject_hex, /*nb_hex*/ #if PY_VERSION_HEX >= 0x02000000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 /* nb_inplace_add -> nb_inplace_true_divide */ #endif }; static int type_init = 0; static PyTypeObject PySwigObject_Type; if (!type_init) { PyTypeObject tmp = { PyObject_HEAD_INIT(&PyType_Type) 0, /*ob_size*/ "PySwigObject", /*tp_name*/ sizeof(PySwigObject), /*tp_basicsize*/ 0, /*tp_itemsize*/ /* methods */ (destructor)PySwigObject_dealloc, /*tp_dealloc*/ (printfunc)PySwigObject_print, /*tp_print*/ (getattrfunc)0, /*tp_getattr*/ (setattrfunc)0, /*tp_setattr*/ (cmpfunc)PySwigObject_compare, /*tp_compare*/ (reprfunc)PySwigObject_repr, /*tp_repr*/ &PySwigObject_as_number, /*tp_as_number*/ 0, /*tp_as_sequence*/ 0, /*tp_as_mapping*/ (hashfunc)0, /*tp_hash*/ (ternaryfunc)0, /*tp_call*/ (reprfunc)PySwigObject_str, /*tp_str*/ /* Space for future expansion */ 0L,0L,0L,0L, PySwigObject_Type__doc__, /* Documentation string */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; PySwigObject_Type = tmp; type_init = 1; } return &PySwigObject_Type; } SWIGRUNTIME PyObject * PySwigObject_FromVoidPtrAndDesc(void *ptr, const char *desc) { PySwigObject *self = PyObject_NEW(PySwigObject, PySwigObject_GetType()); if (self == NULL) return NULL; self->ptr = ptr; self->desc = desc; return (PyObject *)self; } SWIGRUNTIMEINLINE void * PySwigObject_AsVoidPtr(PyObject *self) { return ((PySwigObject *)self)->ptr; } SWIGRUNTIMEINLINE const char * PySwigObject_GetDesc(PyObject *self) { return ((PySwigObject *)self)->desc; } SWIGRUNTIMEINLINE int PySwigObject_Check(PyObject *op) { return ((op)->ob_type == PySwigObject_GetType()) || (strcmp((op)->ob_type->tp_name,"PySwigObject") == 0); } /* ----------------------------------------------------------------------------- * Implements a simple Swig Packed type, and use it instead of string * ----------------------------------------------------------------------------- */ typedef struct { PyObject_HEAD void *pack; const char *desc; size_t size; } PySwigPacked; SWIGRUNTIME int PySwigPacked_print(PySwigPacked *v, FILE *fp, int flags) { char result[SWIG_BUFFER_SIZE]; fputs("pack, v->size, 0, sizeof(result))) { fputs("at ", fp); fputs(result, fp); } fputs(v->desc,fp); fputs(">", fp); return 0; } SWIGRUNTIME PyObject * PySwigPacked_repr(PySwigPacked *v) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackDataName(result, v->pack, v->size, 0, sizeof(result))) { return PyString_FromFormat("", result, v->desc); } else { return PyString_FromFormat("", v->desc); } } SWIGRUNTIME PyObject * PySwigPacked_str(PySwigPacked *v) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackDataName(result, v->pack, v->size, 0, sizeof(result))){ return PyString_FromFormat("%s%s", result, v->desc); } else { return PyString_FromFormat("%s", v->desc); } } SWIGRUNTIME int PySwigPacked_compare(PySwigPacked *v, PySwigPacked *w) { int c = strcmp(v->desc, w->desc); if (c) { return c; } else { size_t i = v->size; size_t j = w->size; int s = (i < j) ? -1 : (i > j) ? 1 : 0; return s ? s : strncmp((char *)v->pack, (char *)w->pack, 2*v->size); } } SWIGRUNTIME void PySwigPacked_dealloc(PySwigPacked *self) { free(self->pack); PyObject_DEL(self); } SWIGRUNTIME PyTypeObject* PySwigPacked_GetType() { static char PySwigPacked_Type__doc__[] = "Swig object carries a C/C++ instance pointer"; static int type_init = 0; static PyTypeObject PySwigPacked_Type; if (!type_init) { PyTypeObject tmp = { PyObject_HEAD_INIT(&PyType_Type) 0, /*ob_size*/ "PySwigPacked", /*tp_name*/ sizeof(PySwigPacked), /*tp_basicsize*/ 0, /*tp_itemsize*/ /* methods */ (destructor)PySwigPacked_dealloc, /*tp_dealloc*/ (printfunc)PySwigPacked_print, /*tp_print*/ (getattrfunc)0, /*tp_getattr*/ (setattrfunc)0, /*tp_setattr*/ (cmpfunc)PySwigPacked_compare, /*tp_compare*/ (reprfunc)PySwigPacked_repr, /*tp_repr*/ 0, /*tp_as_number*/ 0, /*tp_as_sequence*/ 0, /*tp_as_mapping*/ (hashfunc)0, /*tp_hash*/ (ternaryfunc)0, /*tp_call*/ (reprfunc)PySwigPacked_str, /*tp_str*/ /* Space for future expansion */ 0L,0L,0L,0L, PySwigPacked_Type__doc__, /* Documentation string */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; PySwigPacked_Type = tmp; type_init = 1; } return &PySwigPacked_Type; } SWIGRUNTIME PyObject * PySwigPacked_FromDataAndDesc(void *ptr, size_t size, const char *desc) { PySwigPacked *self = PyObject_NEW(PySwigPacked, PySwigPacked_GetType()); if (self == NULL) { return NULL; } else { void *pack = malloc(size); memcpy(pack, ptr, size); self->pack = pack; self->desc = desc; self->size = size; return (PyObject *) self; } } SWIGRUNTIMEINLINE const char * PySwigPacked_UnpackData(PyObject *obj, void *ptr, size_t size) { PySwigPacked *self = (PySwigPacked *)obj; if (self->size != size) return 0; memcpy(ptr, self->pack, size); return self->desc; } SWIGRUNTIMEINLINE const char * PySwigPacked_GetDesc(PyObject *self) { return ((PySwigPacked *)self)->desc; } SWIGRUNTIMEINLINE int PySwigPacked_Check(PyObject *op) { return ((op)->ob_type == PySwigPacked_GetType()) || (strcmp((op)->ob_type->tp_name,"PySwigPacked") == 0); } #else /* ----------------------------------------------------------------------------- * Use the old Python PyCObject instead of PySwigObject * ----------------------------------------------------------------------------- */ #define PySwigObject_GetDesc(obj) PyCObject_GetDesc(obj) #define PySwigObject_Check(obj) PyCObject_Check(obj) #define PySwigObject_AsVoidPtr(obj) PyCObject_AsVoidPtr(obj) #define PySwigObject_FromVoidPtrAndDesc(p, d) PyCObject_FromVoidPtrAndDesc(p, d, NULL) #endif #endif /* ----------------------------------------------------------------------------- * errors manipulation * ----------------------------------------------------------------------------- */ SWIGRUNTIME void SWIG_Python_TypeError(const char *type, PyObject *obj) { if (type) { #if defined(SWIG_COBJECT_TYPES) if (PySwigObject_Check(obj)) { const char *otype = (const char *) PySwigObject_GetDesc(obj); if (otype) { PyErr_Format(PyExc_TypeError, "a '%s' is expected, 'PySwigObject(%s)' is received", type, otype); return; } } else #endif { const char *otype = (obj ? obj->ob_type->tp_name : 0); if (otype) { PyObject *str = PyObject_Str(obj); const char *cstr = str ? PyString_AsString(str) : 0; if (cstr) { PyErr_Format(PyExc_TypeError, "a '%s' is expected, '%s(%s)' is received", type, otype, cstr); } else { PyErr_Format(PyExc_TypeError, "a '%s' is expected, '%s' is received", type, otype); } Py_DECREF(str); return; } } PyErr_Format(PyExc_TypeError, "a '%s' is expected", type); } else { PyErr_Format(PyExc_TypeError, "unexpected type is received"); } } SWIGRUNTIMEINLINE void SWIG_Python_NullRef(const char *type) { if (type) { PyErr_Format(PyExc_TypeError, "null reference of type '%s' was received",type); } else { PyErr_Format(PyExc_TypeError, "null reference was received"); } } SWIGRUNTIME int SWIG_Python_AddErrMesg(const char* mesg, int infront) { if (PyErr_Occurred()) { PyObject *type = 0; PyObject *value = 0; PyObject *traceback = 0; PyErr_Fetch(&type, &value, &traceback); if (value) { PyObject *old_str = PyObject_Str(value); Py_XINCREF(type); PyErr_Clear(); if (infront) { PyErr_Format(type, "%s %s", mesg, PyString_AsString(old_str)); } else { PyErr_Format(type, "%s %s", PyString_AsString(old_str), mesg); } Py_DECREF(old_str); } return 1; } else { return 0; } } SWIGRUNTIME int SWIG_Python_ArgFail(int argnum) { if (PyErr_Occurred()) { /* add information about failing argument */ char mesg[256]; sprintf(mesg, "argument number %d:", argnum); return SWIG_Python_AddErrMesg(mesg, 1); } else { return 0; } } /* ----------------------------------------------------------------------------- * pointers/data manipulation * ----------------------------------------------------------------------------- */ /* Convert a pointer value */ SWIGRUNTIME int SWIG_Python_ConvertPtr(PyObject *obj, void **ptr, swig_type_info *ty, int flags) { swig_type_info *tc; const char *c = 0; static PyObject *SWIG_this = 0; int newref = 0; PyObject *pyobj = 0; void *vptr; if (!obj) return 0; if (obj == Py_None) { *ptr = 0; return 0; } #ifdef SWIG_COBJECT_TYPES if (!(PySwigObject_Check(obj))) { if (!SWIG_this) SWIG_this = PyString_FromString("this"); pyobj = obj; obj = PyObject_GetAttr(obj,SWIG_this); newref = 1; if (!obj) goto type_error; if (!PySwigObject_Check(obj)) { Py_DECREF(obj); goto type_error; } } vptr = PySwigObject_AsVoidPtr(obj); c = (const char *) PySwigObject_GetDesc(obj); if (newref) { Py_DECREF(obj); } goto type_check; #else if (!(PyString_Check(obj))) { if (!SWIG_this) SWIG_this = PyString_FromString("this"); pyobj = obj; obj = PyObject_GetAttr(obj,SWIG_this); newref = 1; if (!obj) goto type_error; if (!PyString_Check(obj)) { Py_DECREF(obj); goto type_error; } } c = PyString_AS_STRING(obj); /* Pointer values must start with leading underscore */ c = SWIG_UnpackVoidPtr(c, &vptr, ty->name); if (newref) { Py_DECREF(obj); } if (!c) goto type_error; #endif type_check: if (ty) { tc = SWIG_TypeCheck(c,ty); if (!tc) goto type_error; *ptr = SWIG_TypeCast(tc,vptr); } else { *ptr = vptr; } if ((pyobj) && (flags & SWIG_POINTER_DISOWN)) { PyObject_SetAttrString(pyobj,(char*)"thisown",Py_False); } return 0; type_error: PyErr_Clear(); if (pyobj && !obj) { obj = pyobj; if (PyCFunction_Check(obj)) { /* here we get the method pointer for callbacks */ char *doc = (((PyCFunctionObject *)obj) -> m_ml -> ml_doc); c = doc ? strstr(doc, "swig_ptr: ") : 0; if (c) { c = SWIG_UnpackVoidPtr(c + 10, &vptr, ty->name); if (!c) goto type_error; goto type_check; } } } if (flags & SWIG_POINTER_EXCEPTION) { if (ty) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); } else { SWIG_Python_TypeError("C/C++ pointer", obj); } } return -1; } /* Convert a pointer value, signal an exception on a type mismatch */ SWIGRUNTIME void * SWIG_Python_MustGetPtr(PyObject *obj, swig_type_info *ty, int argnum, int flags) { void *result; if (SWIG_Python_ConvertPtr(obj, &result, ty, flags) == -1) { PyErr_Clear(); if (flags & SWIG_POINTER_EXCEPTION) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); SWIG_Python_ArgFail(argnum); } } return result; } /* Convert a packed value value */ SWIGRUNTIME int SWIG_Python_ConvertPacked(PyObject *obj, void *ptr, size_t sz, swig_type_info *ty, int flags) { swig_type_info *tc; const char *c = 0; #if defined(SWIG_COBJECT_TYPES) && !defined(SWIG_COBJECT_PYTHON) c = PySwigPacked_UnpackData(obj, ptr, sz); #else if ((!obj) || (!PyString_Check(obj))) goto type_error; c = PyString_AS_STRING(obj); /* Pointer values must start with leading underscore */ c = SWIG_UnpackDataName(c, ptr, sz, ty->name); #endif if (!c) goto type_error; if (ty) { tc = SWIG_TypeCheck(c,ty); if (!tc) goto type_error; } return 0; type_error: PyErr_Clear(); if (flags & SWIG_POINTER_EXCEPTION) { if (ty) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); } else { SWIG_Python_TypeError("C/C++ packed data", obj); } } return -1; } /* Create a new array object */ SWIGRUNTIME PyObject * SWIG_Python_NewPointerObj(void *ptr, swig_type_info *type, int own) { PyObject *robj = 0; if (!ptr) { Py_INCREF(Py_None); return Py_None; } #ifdef SWIG_COBJECT_TYPES robj = PySwigObject_FromVoidPtrAndDesc((void *) ptr, (char *)type->name); #else { char result[SWIG_BUFFER_SIZE]; robj = SWIG_PackVoidPtr(result, ptr, type->name, sizeof(result)) ? PyString_FromString(result) : 0; } #endif if (!robj || (robj == Py_None)) return robj; if (type->clientdata) { PyObject *inst; PyObject *args = Py_BuildValue((char*)"(O)", robj); Py_DECREF(robj); inst = PyObject_CallObject((PyObject *) type->clientdata, args); Py_DECREF(args); if (inst) { if (own) { PyObject_SetAttrString(inst,(char*)"thisown",Py_True); } robj = inst; } } return robj; } SWIGRUNTIME PyObject * SWIG_Python_NewPackedObj(void *ptr, size_t sz, swig_type_info *type) { PyObject *robj = 0; if (!ptr) { Py_INCREF(Py_None); return Py_None; } #if defined(SWIG_COBJECT_TYPES) && !defined(SWIG_COBJECT_PYTHON) robj = PySwigPacked_FromDataAndDesc((void *) ptr, sz, (char *)type->name); #else { char result[SWIG_BUFFER_SIZE]; robj = SWIG_PackDataName(result, ptr, sz, type->name, sizeof(result)) ? PyString_FromString(result) : 0; } #endif return robj; } /* -----------------------------------------------------------------------------* * Get type list * -----------------------------------------------------------------------------*/ #ifdef SWIG_LINK_RUNTIME void *SWIG_ReturnGlobalTypeList(void *); #endif SWIGRUNTIME swig_type_info ** SWIG_Python_GetTypeListHandle() { static void *type_pointer = (void *)0; /* first check if module already created */ if (!type_pointer) { #ifdef SWIG_LINK_RUNTIME type_pointer = SWIG_ReturnGlobalTypeList((void *)0); #else type_pointer = PyCObject_Import((char*)"swig_runtime_data" SWIG_RUNTIME_VERSION, (char*)"type_pointer" SWIG_TYPE_TABLE_NAME); if (PyErr_Occurred()) { PyErr_Clear(); type_pointer = (void *)0; } } #endif return (swig_type_info **) type_pointer; } /* Search for a swig_type_info structure */ SWIGRUNTIMEINLINE swig_type_info * SWIG_Python_GetTypeList() { swig_type_info **tlh = SWIG_Python_GetTypeListHandle(); return tlh ? *tlh : (swig_type_info*)0; } #define SWIG_Runtime_GetTypeList SWIG_Python_GetTypeList #ifdef __cplusplus } #endif /* -------- TYPES TABLE (BEGIN) -------- */ #define SWIGTYPE_p_char swig_types[0] #define SWIGTYPE_size_t swig_types[1] #define SWIGTYPE_ptrdiff_t swig_types[2] static swig_type_info *swig_types[4]; /* -------- TYPES TABLE (END) -------- */ /*----------------------------------------------- @(target):= _darwin_getrefresh.so ------------------------------------------------*/ #define SWIG_init init_darwin_getrefresh #define SWIG_name "_darwin_getrefresh" PyObject *PyErr_DarwinGetRefreshError; /*@/usr/share/swig1.3/python/pymacros.swg,66,SWIG_define@*/ #define SWIG_From_double PyFloat_FromDouble /*@@*/ #ifdef __cplusplus extern "C" { #endif static PyObject *_wrap_getrefresh(PyObject *self, PyObject *args) { PyObject *resultobj; double result; if(!PyArg_ParseTuple(args,(char *)":getrefresh")) goto fail; { result = (double)getrefresh(); if (darwin_getrefresh_err_occurred()) { PyErr_SetString(PyErr_DarwinGetRefreshError, (const char *)darwin_getrefresh_err_message()); return NULL; } } { resultobj = SWIG_From_double((double)(result)); } return resultobj; fail: return NULL; } static PyMethodDef SwigMethods[] = { { (char *)"getrefresh", _wrap_getrefresh, METH_VARARGS, NULL}, { NULL, NULL, 0, NULL } }; /* -------- TYPE CONVERSION AND EQUIVALENCE RULES (BEGIN) -------- */ static swig_type_info _swigt__p_char[] = {{"_p_char", 0, "char *", 0, 0, 0, 0},{"_p_char", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info _swigt__size_t[] = {{"_size_t", 0, "size_t", 0, 0, 0, 0},{"_size_t", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info _swigt__ptrdiff_t[] = {{"_ptrdiff_t", 0, "ptrdiff_t", 0, 0, 0, 0},{"_ptrdiff_t", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info *swig_types_initial[] = { _swigt__p_char, _swigt__size_t, _swigt__ptrdiff_t, 0 }; /* -------- TYPE CONVERSION AND EQUIVALENCE RULES (END) -------- */ static swig_const_info swig_const_table[] = { {0, 0, 0, 0.0, 0, 0}}; #ifdef __cplusplus } #endif #ifdef __cplusplus extern "C" { #endif /* Python-specific SWIG API */ #define SWIG_newvarlink() SWIG_Python_newvarlink() #define SWIG_addvarlink(p, name, get_attr, set_attr) SWIG_Python_addvarlink(p, name, get_attr, set_attr) #define SWIG_InstallConstants(d, constants) SWIG_Python_InstallConstants(d, constants) /* ----------------------------------------------------------------------------- * global variable support code. * ----------------------------------------------------------------------------- */ typedef struct swig_globalvar { char *name; /* Name of global variable */ PyObject *(*get_attr)(); /* Return the current value */ int (*set_attr)(PyObject *); /* Set the value */ struct swig_globalvar *next; } swig_globalvar; typedef struct swig_varlinkobject { PyObject_HEAD swig_globalvar *vars; } swig_varlinkobject; static PyObject * swig_varlink_repr(swig_varlinkobject *v) { v = v; return PyString_FromString(""); } static int swig_varlink_print(swig_varlinkobject *v, FILE *fp, int flags) { swig_globalvar *var; flags = flags; fprintf(fp,"Swig global variables { "); for (var = v->vars; var; var=var->next) { fprintf(fp,"%s", var->name); if (var->next) fprintf(fp,", "); } fprintf(fp," }\n"); return 0; } static PyObject * swig_varlink_getattr(swig_varlinkobject *v, char *n) { swig_globalvar *var = v->vars; while (var) { if (strcmp(var->name,n) == 0) { return (*var->get_attr)(); } var = var->next; } PyErr_SetString(PyExc_NameError,"Unknown C global variable"); return NULL; } static int swig_varlink_setattr(swig_varlinkobject *v, char *n, PyObject *p) { swig_globalvar *var = v->vars; while (var) { if (strcmp(var->name,n) == 0) { return (*var->set_attr)(p); } var = var->next; } PyErr_SetString(PyExc_NameError,"Unknown C global variable"); return 1; } static PyTypeObject varlinktype = { PyObject_HEAD_INIT(0) 0, /* Number of items in variable part (ob_size) */ (char *)"swigvarlink", /* Type name (tp_name) */ sizeof(swig_varlinkobject), /* Basic size (tp_basicsize) */ 0, /* Itemsize (tp_itemsize) */ 0, /* Deallocator (tp_dealloc) */ (printfunc) swig_varlink_print, /* Print (tp_print) */ (getattrfunc) swig_varlink_getattr, /* get attr (tp_getattr) */ (setattrfunc) swig_varlink_setattr, /* Set attr (tp_setattr) */ 0, /* tp_compare */ (reprfunc) swig_varlink_repr, /* tp_repr */ 0, /* tp_as_number */ 0, /* tp_as_sequence */ 0, /* tp_as_mapping */ 0, /* tp_hash */ 0, /* tp_call */ 0, /* tp_str */ 0, /* tp_getattro */ 0, /* tp_setattro */ 0, /* tp_as_buffer */ 0, /* tp_flags */ 0, /* tp_doc */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; /* Create a variable linking object for use later */ static PyObject * SWIG_Python_newvarlink(void) { swig_varlinkobject *result = 0; result = PyMem_NEW(swig_varlinkobject,1); varlinktype.ob_type = &PyType_Type; /* Patch varlinktype into a PyType */ result->ob_type = &varlinktype; result->vars = 0; result->ob_refcnt = 0; Py_XINCREF((PyObject *) result); return ((PyObject*) result); } static void SWIG_Python_addvarlink(PyObject *p, char *name, PyObject *(*get_attr)(void), int (*set_attr)(PyObject *p)) { swig_varlinkobject *v; swig_globalvar *gv; v= (swig_varlinkobject *) p; gv = (swig_globalvar *) malloc(sizeof(swig_globalvar)); gv->name = (char *) malloc(strlen(name)+1); strcpy(gv->name,name); gv->get_attr = get_attr; gv->set_attr = set_attr; gv->next = v->vars; v->vars = gv; } /* ----------------------------------------------------------------------------- * constants/methods manipulation * ----------------------------------------------------------------------------- */ /* Install Constants */ static void SWIG_Python_InstallConstants(PyObject *d, swig_const_info constants[]) { PyObject *obj = 0; size_t i; for (i = 0; constants[i].type; i++) { switch(constants[i].type) { case SWIG_PY_INT: obj = PyInt_FromLong(constants[i].lvalue); break; case SWIG_PY_FLOAT: obj = PyFloat_FromDouble(constants[i].dvalue); break; case SWIG_PY_STRING: if (constants[i].pvalue) { obj = PyString_FromString((char *) constants[i].pvalue); } else { Py_INCREF(Py_None); obj = Py_None; } break; case SWIG_PY_POINTER: obj = SWIG_NewPointerObj(constants[i].pvalue, *(constants[i]).ptype,0); break; case SWIG_PY_BINARY: obj = SWIG_NewPackedObj(constants[i].pvalue, constants[i].lvalue, *(constants[i].ptype)); break; default: obj = 0; break; } if (obj) { PyDict_SetItemString(d,constants[i].name,obj); Py_DECREF(obj); } } } /* -----------------------------------------------------------------------------*/ /* Fix SwigMethods to carry the callback ptrs when needed */ /* -----------------------------------------------------------------------------*/ static void SWIG_Python_FixMethods(PyMethodDef *methods, swig_const_info *const_table, swig_type_info **types, swig_type_info **types_initial) { size_t i; for (i = 0; methods[i].ml_name; ++i) { char *c = methods[i].ml_doc; if (c && (c = strstr(c, "swig_ptr: "))) { int j; swig_const_info *ci = 0; char *name = c + 10; for (j = 0; const_table[j].type; j++) { if (strncmp(const_table[j].name, name, strlen(const_table[j].name)) == 0) { ci = &(const_table[j]); break; } } if (ci) { size_t shift = (ci->ptype) - types; swig_type_info *ty = types_initial[shift]; size_t ldoc = (c - methods[i].ml_doc); size_t lptr = strlen(ty->name)+2*sizeof(void*)+2; char *ndoc = (char*)malloc(ldoc + lptr + 10); char *buff = ndoc; void *ptr = (ci->type == SWIG_PY_POINTER) ? ci->pvalue: (void *)(ci->lvalue); strncpy(buff, methods[i].ml_doc, ldoc); buff += ldoc; strncpy(buff, "swig_ptr: ", 10); buff += 10; SWIG_PackVoidPtr(buff, ptr, ty->name, lptr); methods[i].ml_doc = ndoc; } } } } /* -----------------------------------------------------------------------------* * Initialize type list * -----------------------------------------------------------------------------*/ #if PY_MAJOR_VERSION < 2 /* PyModule_AddObject function was introduced in Python 2.0. The following function is copied out of Python/modsupport.c in python version 2.3.4 */ static int PyModule_AddObject(PyObject *m, char *name, PyObject *o) { PyObject *dict; if (!PyModule_Check(m)) { PyErr_SetString(PyExc_TypeError, "PyModule_AddObject() needs module as first arg"); return -1; } if (!o) { PyErr_SetString(PyExc_TypeError, "PyModule_AddObject() needs non-NULL value"); return -1; } dict = PyModule_GetDict(m); if (dict == NULL) { /* Internal error -- modules must have a dict! */ PyErr_Format(PyExc_SystemError, "module '%s' has no __dict__", PyModule_GetName(m)); return -1; } if (PyDict_SetItemString(dict, name, o)) return -1; Py_DECREF(o); return 0; } #endif static swig_type_info ** SWIG_Python_SetTypeListHandle(swig_type_info **type_list_handle) { static PyMethodDef swig_empty_runtime_method_table[] = { { NULL, NULL, 0, NULL } };/* Sentinel */ PyObject *module = Py_InitModule((char*)"swig_runtime_data" SWIG_RUNTIME_VERSION, swig_empty_runtime_method_table); PyObject *pointer = PyCObject_FromVoidPtr((void *) type_list_handle, NULL); if (pointer && module) { PyModule_AddObject(module, (char*)"type_pointer" SWIG_TYPE_TABLE_NAME, pointer); } return type_list_handle; } static swig_type_info ** SWIG_Python_LookupTypePointer(swig_type_info **type_list_handle) { swig_type_info **type_pointer; /* first check if module already created */ type_pointer = SWIG_Python_GetTypeListHandle(); if (type_pointer) { return type_pointer; } else { /* create a new module and variable */ return SWIG_Python_SetTypeListHandle(type_list_handle); } } #ifdef __cplusplus } #endif /* -----------------------------------------------------------------------------* * Partial Init method * -----------------------------------------------------------------------------*/ #ifdef SWIG_LINK_RUNTIME #ifdef __cplusplus extern "C" #endif SWIGEXPORT(void *) SWIG_ReturnGlobalTypeList(void *); #endif #ifdef __cplusplus extern "C" #endif SWIGEXPORT(void) SWIG_init(void) { static PyObject *SWIG_globals = 0; static int typeinit = 0; PyObject *m, *d; int i; if (!SWIG_globals) SWIG_globals = SWIG_newvarlink(); /* Fix SwigMethods to carry the callback ptrs when needed */ SWIG_Python_FixMethods(SwigMethods, swig_const_table, swig_types, swig_types_initial); m = Py_InitModule((char *) SWIG_name, SwigMethods); d = PyModule_GetDict(m); if (!typeinit) { #ifdef SWIG_LINK_RUNTIME swig_type_list_handle = (swig_type_info **) SWIG_ReturnGlobalTypeList(swig_type_list_handle); #else # ifndef SWIG_STATIC_RUNTIME swig_type_list_handle = SWIG_Python_LookupTypePointer(swig_type_list_handle); # endif #endif for (i = 0; swig_types_initial[i]; i++) { swig_types[i] = SWIG_TypeRegister(swig_types_initial[i]); } typeinit = 1; } SWIG_InstallConstants(d,swig_const_table); /* New exception */ PyErr_DarwinGetRefreshError = PyErr_NewException( "VisionEgg.DarwinGetRefreshError", NULL, NULL ); // New reference Py_INCREF(PyErr_DarwinGetRefreshError); } visionegg-1.2.1/VisionEgg/darwin_maxpriority.c0000644000076500000240000005450511224565530020676 0ustar astrawstaff/* Generated by Pyrex 0.9.3 on Mon Jan 2 16:34:18 2006 */ #include "Python.h" #include "structmember.h" #ifndef PY_LONG_LONG #define PY_LONG_LONG LONG_LONG #endif #include "darwinsys_compat.h" #include "stdlib.h" #include "errno.h" #include "sys/sysctl.h" #include "mach/mach.h" #include "sched.h" #include "pthread.h" #include "sys/resource.h" typedef struct {PyObject **p; char *s;} __Pyx_InternTabEntry; /*proto*/ typedef struct {PyObject **p; char *s; long n;} __Pyx_StringTabEntry; /*proto*/ static PyObject *__Pyx_UnpackItem(PyObject *, int); /*proto*/ static int __Pyx_EndUnpack(PyObject *, int); /*proto*/ static int __Pyx_PrintItem(PyObject *); /*proto*/ static int __Pyx_PrintNewline(void); /*proto*/ static void __Pyx_Raise(PyObject *type, PyObject *value, PyObject *tb); /*proto*/ static void __Pyx_ReRaise(void); /*proto*/ static PyObject *__Pyx_Import(PyObject *name, PyObject *from_list); /*proto*/ static PyObject *__Pyx_GetExcValue(void); /*proto*/ static int __Pyx_ArgTypeTest(PyObject *obj, PyTypeObject *type, int none_allowed, char *name); /*proto*/ static int __Pyx_TypeTest(PyObject *obj, PyTypeObject *type); /*proto*/ static int __Pyx_GetStarArgs(PyObject **args, PyObject **kwds, char *kwd_list[], int nargs, PyObject **args2, PyObject **kwds2); /*proto*/ static void __Pyx_WriteUnraisable(char *name); /*proto*/ static void __Pyx_AddTraceback(char *funcname); /*proto*/ static PyTypeObject *__Pyx_ImportType(char *module_name, char *class_name, long size); /*proto*/ static int __Pyx_SetVtable(PyObject *dict, void *vtable); /*proto*/ static int __Pyx_GetVtable(PyObject *dict, void *vtabptr); /*proto*/ static PyObject *__Pyx_CreateClass(PyObject *bases, PyObject *dict, PyObject *name, char *modname); /*proto*/ static int __Pyx_InternStrings(__Pyx_InternTabEntry *t); /*proto*/ static int __Pyx_InitStrings(__Pyx_StringTabEntry *t); /*proto*/ static PyObject *__Pyx_GetName(PyObject *dict, PyObject *name); /*proto*/ static PyObject *__pyx_m; static PyObject *__pyx_b; static int __pyx_lineno; static char *__pyx_filename; staticforward char **__pyx_f; /* Declarations from darwinsys */ /* Declarations from darwin_maxpriority */ /* Implementation of darwin_maxpriority */ static PyObject *__pyx_n_darwinsys; static PyObject *__pyx_n_PRIO_PROCESS; static PyObject *__pyx_n_SCHED_OTHER; static PyObject *__pyx_n_SCHED_RR; static PyObject *__pyx_n_SCHED_FIFO; static PyObject *__pyx_n_get_bus_speed; static PyObject *__pyx_n_set_self_thread_time_constraint_policy; static PyObject *__pyx_n_set_self_pthread_priority; static PyObject *__pyx_n_getpriority; static PyObject *__pyx_n_sched_get_priority_max; static PyObject *__pyx_n_setpriority; static PyObject *__pyx_f_18darwin_maxpriority_get_bus_speed(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds); /*proto*/ static PyObject *__pyx_f_18darwin_maxpriority_get_bus_speed(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds) { int __pyx_v_bus_speed; int (__pyx_v_mlib[2]); size_t __pyx_v_len; PyObject *__pyx_r; PyObject *__pyx_1 = 0; static char *__pyx_argnames[] = {0}; if (!PyArg_ParseTupleAndKeywords(__pyx_args, __pyx_kwds, "", __pyx_argnames)) return 0; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":73 */ (__pyx_v_mlib[0]) = CTL_HW; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":74 */ (__pyx_v_mlib[1]) = HW_BUS_FREQ; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":76 */ __pyx_v_len = (sizeof(__pyx_v_bus_speed)); /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":77 */ sysctl(__pyx_v_mlib,2,(&__pyx_v_bus_speed),(&__pyx_v_len),0,0); /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":79 */ __pyx_1 = PyInt_FromLong(__pyx_v_bus_speed); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 79; goto __pyx_L1;} __pyx_r = __pyx_1; __pyx_1 = 0; goto __pyx_L0; __pyx_r = Py_None; Py_INCREF(__pyx_r); goto __pyx_L0; __pyx_L1:; Py_XDECREF(__pyx_1); __Pyx_AddTraceback("darwin_maxpriority.get_bus_speed"); __pyx_r = 0; __pyx_L0:; return __pyx_r; } static PyObject *__pyx_f_18darwin_maxpriority_set_self_thread_time_constraint_policy(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds); /*proto*/ static PyObject *__pyx_f_18darwin_maxpriority_set_self_thread_time_constraint_policy(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds) { PyObject *__pyx_v_period = 0; PyObject *__pyx_v_computation = 0; PyObject *__pyx_v_constraint = 0; PyObject *__pyx_v_preemptible = 0; thread_time_constraint_policy_data_t __pyx_v_ttcpolicy; PyObject *__pyx_r; uint32_t __pyx_1; boolean_t __pyx_2; PyObject *__pyx_3 = 0; static char *__pyx_argnames[] = {"period","computation","constraint","preemptible",0}; if (!PyArg_ParseTupleAndKeywords(__pyx_args, __pyx_kwds, "OOOO", __pyx_argnames, &__pyx_v_period, &__pyx_v_computation, &__pyx_v_constraint, &__pyx_v_preemptible)) return 0; Py_INCREF(__pyx_v_period); Py_INCREF(__pyx_v_computation); Py_INCREF(__pyx_v_constraint); Py_INCREF(__pyx_v_preemptible); /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":88 */ __pyx_1 = PyInt_AsLong(__pyx_v_period); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 88; goto __pyx_L1;} __pyx_v_ttcpolicy.period = __pyx_1; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":89 */ __pyx_1 = PyInt_AsLong(__pyx_v_computation); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 89; goto __pyx_L1;} __pyx_v_ttcpolicy.computation = __pyx_1; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":90 */ __pyx_1 = PyInt_AsLong(__pyx_v_constraint); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 90; goto __pyx_L1;} __pyx_v_ttcpolicy.constraint = __pyx_1; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":91 */ __pyx_2 = PyInt_AsLong(__pyx_v_preemptible); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 91; goto __pyx_L1;} __pyx_v_ttcpolicy.preemptible = __pyx_2; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":93 */ __pyx_3 = PyInt_FromLong(thread_policy_set(mach_thread_self(),THREAD_TIME_CONSTRAINT_POLICY,((thread_policy_t )(&__pyx_v_ttcpolicy)),THREAD_TIME_CONSTRAINT_POLICY_COUNT)); if (!__pyx_3) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 93; goto __pyx_L1;} __pyx_r = __pyx_3; __pyx_3 = 0; goto __pyx_L0; __pyx_r = Py_None; Py_INCREF(__pyx_r); goto __pyx_L0; __pyx_L1:; Py_XDECREF(__pyx_3); __Pyx_AddTraceback("darwin_maxpriority.set_self_thread_time_constraint_policy"); __pyx_r = 0; __pyx_L0:; Py_DECREF(__pyx_v_period); Py_DECREF(__pyx_v_computation); Py_DECREF(__pyx_v_constraint); Py_DECREF(__pyx_v_preemptible); return __pyx_r; } static PyObject *__pyx_f_18darwin_maxpriority_set_self_pthread_priority(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds); /*proto*/ static PyObject *__pyx_f_18darwin_maxpriority_set_self_pthread_priority(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds) { PyObject *__pyx_v_policy = 0; PyObject *__pyx_v_priority = 0; struct sched_param __pyx_v_sp; PyObject *__pyx_r; int __pyx_1; PyObject *__pyx_2 = 0; static char *__pyx_argnames[] = {"policy","priority",0}; if (!PyArg_ParseTupleAndKeywords(__pyx_args, __pyx_kwds, "OO", __pyx_argnames, &__pyx_v_policy, &__pyx_v_priority)) return 0; Py_INCREF(__pyx_v_policy); Py_INCREF(__pyx_v_priority); /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":101 */ memset((&__pyx_v_sp),0,(sizeof(struct sched_param ))); /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":102 */ __pyx_1 = PyInt_AsLong(__pyx_v_priority); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 102; goto __pyx_L1;} __pyx_v_sp.sched_priority = __pyx_1; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":103 */ __pyx_1 = PyInt_AsLong(__pyx_v_policy); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 103; goto __pyx_L1;} __pyx_2 = PyInt_FromLong(pthread_setschedparam(pthread_self(),__pyx_1,(&__pyx_v_sp))); if (!__pyx_2) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 103; goto __pyx_L1;} __pyx_r = __pyx_2; __pyx_2 = 0; goto __pyx_L0; __pyx_r = Py_None; Py_INCREF(__pyx_r); goto __pyx_L0; __pyx_L1:; Py_XDECREF(__pyx_2); __Pyx_AddTraceback("darwin_maxpriority.set_self_pthread_priority"); __pyx_r = 0; __pyx_L0:; Py_DECREF(__pyx_v_policy); Py_DECREF(__pyx_v_priority); return __pyx_r; } static PyObject *__pyx_n_OSError; static PyObject *__pyx_f_18darwin_maxpriority_getpriority(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds); /*proto*/ static PyObject *__pyx_f_18darwin_maxpriority_getpriority(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds) { PyObject *__pyx_v_arg0 = 0; PyObject *__pyx_v_arg1 = 0; int __pyx_v_result; PyObject *__pyx_v_errno; PyObject *__pyx_r; PyObject *__pyx_1 = 0; int __pyx_2; PyObject *__pyx_3 = 0; static char *__pyx_argnames[] = {"arg0","arg1",0}; if (!PyArg_ParseTupleAndKeywords(__pyx_args, __pyx_kwds, "OO", __pyx_argnames, &__pyx_v_arg0, &__pyx_v_arg1)) return 0; Py_INCREF(__pyx_v_arg0); Py_INCREF(__pyx_v_arg1); __pyx_v_errno = Py_None; Py_INCREF(__pyx_v_errno); /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":107 */ __pyx_1 = PyInt_FromLong(0); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 107; goto __pyx_L1;} Py_DECREF(__pyx_v_errno); __pyx_v_errno = __pyx_1; __pyx_1 = 0; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":108 */ __pyx_2 = PyInt_AsLong(__pyx_v_arg0); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 108; goto __pyx_L1;} __pyx_v_result = getpriority(__pyx_2,__pyx_v_arg1); /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":109 */ __pyx_2 = PyObject_IsTrue(__pyx_v_errno); if (__pyx_2 < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 109; goto __pyx_L1;} if (__pyx_2) { /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":110 */ __pyx_1 = __Pyx_GetName(__pyx_b, __pyx_n_OSError); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 110; goto __pyx_L1;} __pyx_3 = PyErr_SetFromErrno(__pyx_1); if (!__pyx_3) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 110; goto __pyx_L1;} Py_DECREF(__pyx_1); __pyx_1 = 0; Py_DECREF(__pyx_3); __pyx_3 = 0; goto __pyx_L2; } __pyx_L2:; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":111 */ __pyx_1 = PyInt_FromLong(__pyx_v_result); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 111; goto __pyx_L1;} __pyx_r = __pyx_1; __pyx_1 = 0; goto __pyx_L0; __pyx_r = Py_None; Py_INCREF(__pyx_r); goto __pyx_L0; __pyx_L1:; Py_XDECREF(__pyx_1); Py_XDECREF(__pyx_3); __Pyx_AddTraceback("darwin_maxpriority.getpriority"); __pyx_r = 0; __pyx_L0:; Py_DECREF(__pyx_v_errno); Py_DECREF(__pyx_v_arg0); Py_DECREF(__pyx_v_arg1); return __pyx_r; } static PyObject *__pyx_f_18darwin_maxpriority_sched_get_priority_max(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds); /*proto*/ static PyObject *__pyx_f_18darwin_maxpriority_sched_get_priority_max(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds) { PyObject *__pyx_v_arg0 = 0; int __pyx_v_result; PyObject *__pyx_v_errno; PyObject *__pyx_r; PyObject *__pyx_1 = 0; int __pyx_2; PyObject *__pyx_3 = 0; static char *__pyx_argnames[] = {"arg0",0}; if (!PyArg_ParseTupleAndKeywords(__pyx_args, __pyx_kwds, "O", __pyx_argnames, &__pyx_v_arg0)) return 0; Py_INCREF(__pyx_v_arg0); __pyx_v_errno = Py_None; Py_INCREF(__pyx_v_errno); /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":115 */ __pyx_1 = PyInt_FromLong(0); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 115; goto __pyx_L1;} Py_DECREF(__pyx_v_errno); __pyx_v_errno = __pyx_1; __pyx_1 = 0; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":116 */ __pyx_2 = PyInt_AsLong(__pyx_v_arg0); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 116; goto __pyx_L1;} __pyx_v_result = sched_get_priority_max(__pyx_2); /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":117 */ __pyx_2 = PyObject_IsTrue(__pyx_v_errno); if (__pyx_2 < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 117; goto __pyx_L1;} if (__pyx_2) { /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":118 */ __pyx_1 = __Pyx_GetName(__pyx_b, __pyx_n_OSError); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 118; goto __pyx_L1;} __pyx_3 = PyErr_SetFromErrno(__pyx_1); if (!__pyx_3) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 118; goto __pyx_L1;} Py_DECREF(__pyx_1); __pyx_1 = 0; Py_DECREF(__pyx_3); __pyx_3 = 0; goto __pyx_L2; } __pyx_L2:; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":119 */ __pyx_1 = PyInt_FromLong(__pyx_v_result); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 119; goto __pyx_L1;} __pyx_r = __pyx_1; __pyx_1 = 0; goto __pyx_L0; __pyx_r = Py_None; Py_INCREF(__pyx_r); goto __pyx_L0; __pyx_L1:; Py_XDECREF(__pyx_1); Py_XDECREF(__pyx_3); __Pyx_AddTraceback("darwin_maxpriority.sched_get_priority_max"); __pyx_r = 0; __pyx_L0:; Py_DECREF(__pyx_v_errno); Py_DECREF(__pyx_v_arg0); return __pyx_r; } static PyObject *__pyx_f_18darwin_maxpriority_setpriority(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds); /*proto*/ static PyObject *__pyx_f_18darwin_maxpriority_setpriority(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds) { PyObject *__pyx_v_arg0 = 0; PyObject *__pyx_v_arg1 = 0; PyObject *__pyx_v_arg2 = 0; int __pyx_v_result; PyObject *__pyx_v_errno; PyObject *__pyx_r; PyObject *__pyx_1 = 0; int __pyx_2; int __pyx_3; PyObject *__pyx_4 = 0; static char *__pyx_argnames[] = {"arg0","arg1","arg2",0}; if (!PyArg_ParseTupleAndKeywords(__pyx_args, __pyx_kwds, "OOO", __pyx_argnames, &__pyx_v_arg0, &__pyx_v_arg1, &__pyx_v_arg2)) return 0; Py_INCREF(__pyx_v_arg0); Py_INCREF(__pyx_v_arg1); Py_INCREF(__pyx_v_arg2); __pyx_v_errno = Py_None; Py_INCREF(__pyx_v_errno); /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":123 */ __pyx_1 = PyInt_FromLong(0); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 123; goto __pyx_L1;} Py_DECREF(__pyx_v_errno); __pyx_v_errno = __pyx_1; __pyx_1 = 0; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":124 */ __pyx_2 = PyInt_AsLong(__pyx_v_arg0); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 124; goto __pyx_L1;} __pyx_3 = PyInt_AsLong(__pyx_v_arg2); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 124; goto __pyx_L1;} __pyx_v_result = setpriority(__pyx_2,__pyx_v_arg1,__pyx_3); /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":125 */ __pyx_2 = PyObject_IsTrue(__pyx_v_errno); if (__pyx_2 < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 125; goto __pyx_L1;} if (__pyx_2) { /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":126 */ __pyx_1 = __Pyx_GetName(__pyx_b, __pyx_n_OSError); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 126; goto __pyx_L1;} __pyx_4 = PyErr_SetFromErrno(__pyx_1); if (!__pyx_4) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 126; goto __pyx_L1;} Py_DECREF(__pyx_1); __pyx_1 = 0; Py_DECREF(__pyx_4); __pyx_4 = 0; goto __pyx_L2; } __pyx_L2:; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":127 */ __pyx_1 = PyInt_FromLong(__pyx_v_result); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 127; goto __pyx_L1;} __pyx_r = __pyx_1; __pyx_1 = 0; goto __pyx_L0; __pyx_r = Py_None; Py_INCREF(__pyx_r); goto __pyx_L0; __pyx_L1:; Py_XDECREF(__pyx_1); Py_XDECREF(__pyx_4); __Pyx_AddTraceback("darwin_maxpriority.setpriority"); __pyx_r = 0; __pyx_L0:; Py_DECREF(__pyx_v_errno); Py_DECREF(__pyx_v_arg0); Py_DECREF(__pyx_v_arg1); Py_DECREF(__pyx_v_arg2); return __pyx_r; } static __Pyx_InternTabEntry __pyx_intern_tab[] = { {&__pyx_n_OSError, "OSError"}, {&__pyx_n_PRIO_PROCESS, "PRIO_PROCESS"}, {&__pyx_n_SCHED_FIFO, "SCHED_FIFO"}, {&__pyx_n_SCHED_OTHER, "SCHED_OTHER"}, {&__pyx_n_SCHED_RR, "SCHED_RR"}, {&__pyx_n_darwinsys, "darwinsys"}, {&__pyx_n_get_bus_speed, "get_bus_speed"}, {&__pyx_n_getpriority, "getpriority"}, {&__pyx_n_sched_get_priority_max, "sched_get_priority_max"}, {&__pyx_n_set_self_pthread_priority, "set_self_pthread_priority"}, {&__pyx_n_set_self_thread_time_constraint_policy, "set_self_thread_time_constraint_policy"}, {&__pyx_n_setpriority, "setpriority"}, {0, 0} }; static struct PyMethodDef __pyx_methods[] = { {"get_bus_speed", (PyCFunction)__pyx_f_18darwin_maxpriority_get_bus_speed, METH_VARARGS|METH_KEYWORDS, 0}, {"set_self_thread_time_constraint_policy", (PyCFunction)__pyx_f_18darwin_maxpriority_set_self_thread_time_constraint_policy, METH_VARARGS|METH_KEYWORDS, 0}, {"set_self_pthread_priority", (PyCFunction)__pyx_f_18darwin_maxpriority_set_self_pthread_priority, METH_VARARGS|METH_KEYWORDS, 0}, {"getpriority", (PyCFunction)__pyx_f_18darwin_maxpriority_getpriority, METH_VARARGS|METH_KEYWORDS, 0}, {"sched_get_priority_max", (PyCFunction)__pyx_f_18darwin_maxpriority_sched_get_priority_max, METH_VARARGS|METH_KEYWORDS, 0}, {"setpriority", (PyCFunction)__pyx_f_18darwin_maxpriority_setpriority, METH_VARARGS|METH_KEYWORDS, 0}, {0, 0, 0, 0} }; DL_EXPORT(void) initdarwin_maxpriority(void); /*proto*/ DL_EXPORT(void) initdarwin_maxpriority(void) { PyObject *__pyx_1 = 0; __pyx_m = Py_InitModule4("darwin_maxpriority", __pyx_methods, 0, 0, PYTHON_API_VERSION); if (!__pyx_m) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 3; goto __pyx_L1;}; __pyx_b = PyImport_AddModule("__builtin__"); if (!__pyx_b) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 3; goto __pyx_L1;}; if (PyObject_SetAttrString(__pyx_m, "__builtins__", __pyx_b) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 3; goto __pyx_L1;}; if (__Pyx_InternStrings(__pyx_intern_tab) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 3; goto __pyx_L1;}; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":62 */ __pyx_1 = PyInt_FromLong(PRIO_PROCESS); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 62; goto __pyx_L1;} if (PyObject_SetAttr(__pyx_m, __pyx_n_PRIO_PROCESS, __pyx_1) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 62; goto __pyx_L1;} Py_DECREF(__pyx_1); __pyx_1 = 0; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":64 */ __pyx_1 = PyInt_FromLong(SCHED_OTHER); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 64; goto __pyx_L1;} if (PyObject_SetAttr(__pyx_m, __pyx_n_SCHED_OTHER, __pyx_1) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 64; goto __pyx_L1;} Py_DECREF(__pyx_1); __pyx_1 = 0; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":65 */ __pyx_1 = PyInt_FromLong(SCHED_RR); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 65; goto __pyx_L1;} if (PyObject_SetAttr(__pyx_m, __pyx_n_SCHED_RR, __pyx_1) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 65; goto __pyx_L1;} Py_DECREF(__pyx_1); __pyx_1 = 0; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":66 */ __pyx_1 = PyInt_FromLong(SCHED_FIFO); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 66; goto __pyx_L1;} if (PyObject_SetAttr(__pyx_m, __pyx_n_SCHED_FIFO, __pyx_1) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 66; goto __pyx_L1;} Py_DECREF(__pyx_1); __pyx_1 = 0; /* "/Volumes/astraw/src/ve/visionegg-devel.clean/src/darwin_maxpriority.pyx":121 */ return; __pyx_L1:; Py_XDECREF(__pyx_1); __Pyx_AddTraceback("darwin_maxpriority"); } static char *__pyx_filenames[] = { "darwin_maxpriority.pyx", }; statichere char **__pyx_f = __pyx_filenames; /* Runtime support code */ static PyObject *__Pyx_GetName(PyObject *dict, PyObject *name) { PyObject *result; result = PyObject_GetAttr(dict, name); if (!result) PyErr_SetObject(PyExc_NameError, name); return result; } static int __Pyx_InternStrings(__Pyx_InternTabEntry *t) { while (t->p) { *t->p = PyString_InternFromString(t->s); if (!*t->p) return -1; ++t; } return 0; } #include "compile.h" #include "frameobject.h" #include "traceback.h" static void __Pyx_AddTraceback(char *funcname) { PyObject *py_srcfile = 0; PyObject *py_funcname = 0; PyObject *py_globals = 0; PyObject *empty_tuple = 0; PyObject *empty_string = 0; PyCodeObject *py_code = 0; PyFrameObject *py_frame = 0; py_srcfile = PyString_FromString(__pyx_filename); if (!py_srcfile) goto bad; py_funcname = PyString_FromString(funcname); if (!py_funcname) goto bad; py_globals = PyModule_GetDict(__pyx_m); if (!py_globals) goto bad; empty_tuple = PyTuple_New(0); if (!empty_tuple) goto bad; empty_string = PyString_FromString(""); if (!empty_string) goto bad; py_code = PyCode_New( 0, /*int argcount,*/ 0, /*int nlocals,*/ 0, /*int stacksize,*/ 0, /*int flags,*/ empty_string, /*PyObject *code,*/ empty_tuple, /*PyObject *consts,*/ empty_tuple, /*PyObject *names,*/ empty_tuple, /*PyObject *varnames,*/ empty_tuple, /*PyObject *freevars,*/ empty_tuple, /*PyObject *cellvars,*/ py_srcfile, /*PyObject *filename,*/ py_funcname, /*PyObject *name,*/ __pyx_lineno, /*int firstlineno,*/ empty_string /*PyObject *lnotab*/ ); if (!py_code) goto bad; py_frame = PyFrame_New( PyThreadState_Get(), /*PyThreadState *tstate,*/ py_code, /*PyCodeObject *code,*/ py_globals, /*PyObject *globals,*/ 0 /*PyObject *locals*/ ); if (!py_frame) goto bad; py_frame->f_lineno = __pyx_lineno; PyTraceBack_Here(py_frame); bad: Py_XDECREF(py_srcfile); Py_XDECREF(py_funcname); Py_XDECREF(empty_tuple); Py_XDECREF(empty_string); Py_XDECREF(py_code); Py_XDECREF(py_frame); } visionegg-1.2.1/VisionEgg/darwin_maxpriority.pyx0000755000076500000240000000752611224565530021300 0ustar astrawstaff#emacs, this is -*-Python-*- mode # Copyright (C) 2005-2006 California Institute of Technology # Distributed under the terms of the GNU Lesser General Public License # (LGPL). cimport darwinsys # for exported symbols cdef extern from "darwinsys_compat.h": ctypedef int id_t cdef extern from "Python.h": cdef object PyErr_SetFromErrno(object) cdef extern from "stdlib.h": ctypedef int size_t cdef void* memset(void*, int, size_t) cdef extern from "errno.h": cdef int errno cdef extern from "sys/sysctl.h": cdef int CTL_HW cdef int HW_BUS_FREQ ctypedef unsigned int u_int cdef int sysctl(int *, u_int, void*, size_t*, void*, size_t) cdef extern from "mach/mach.h": ctypedef unsigned int uint32_t ctypedef int boolean_t cdef struct thread_time_constraint_policy: uint32_t period uint32_t computation uint32_t constraint boolean_t preemptible ctypedef thread_time_constraint_policy thread_time_constraint_policy_data_t ctypedef thread_time_constraint_policy* thread_time_constraint_policy_t cdef int THREAD_TIME_CONSTRAINT_POLICY cdef size_t THREAD_TIME_CONSTRAINT_POLICY_COUNT ctypedef int kern_return_t ctypedef int thread_act_t ctypedef int thread_policy_flavor_t ctypedef int integer_t ctypedef integer_t* thread_policy_t ctypedef int mach_msg_type_number_t cdef kern_return_t thread_policy_set( thread_act_t, thread_policy_flavor_t, thread_policy_t, mach_msg_type_number_t) ctypedef int mach_port_t cdef mach_port_t mach_task_self() cdef mach_port_t mach_thread_self() cdef extern from "sched.h": cdef struct sched_param: int sched_priority cdef extern from "pthread.h": ctypedef int pthread_t cdef pthread_t pthread_self() cdef int pthread_setschedparam(pthread_t thread, int policy, sched_param *) # export symbols to Python PRIO_PROCESS = darwinsys.PRIO_PROCESS SCHED_OTHER = darwinsys.SCHED_OTHER SCHED_RR = darwinsys.SCHED_RR SCHED_FIFO = darwinsys.SCHED_FIFO def get_bus_speed(): cdef int bus_speed cdef int mlib[2] cdef size_t len mlib[0] = CTL_HW mlib[1] = HW_BUS_FREQ len = sizeof(bus_speed) sysctl(mlib, 2, &bus_speed, &len, NULL, 0) return bus_speed def set_self_thread_time_constraint_policy( period, computation, constraint, preemptible ): cdef thread_time_constraint_policy_data_t ttcpolicy ttcpolicy.period = period ttcpolicy.computation = computation ttcpolicy.constraint = constraint ttcpolicy.preemptible = preemptible return thread_policy_set( mach_thread_self(), THREAD_TIME_CONSTRAINT_POLICY, &ttcpolicy, THREAD_TIME_CONSTRAINT_POLICY_COUNT) def set_self_pthread_priority( policy, priority ): cdef sched_param sp memset(&sp,0,sizeof(sched_param)) sp.sched_priority=priority return pthread_setschedparam(pthread_self(), policy, &sp) def getpriority(arg0,arg1): cdef int result errno=0 result = darwinsys.getpriority(arg0,arg1) if errno: PyErr_SetFromErrno(OSError) return result def sched_get_priority_max( arg0 ): cdef int result errno=0 result = darwinsys.sched_get_priority_max(arg0) if errno: PyErr_SetFromErrno(OSError) return result def setpriority(arg0, arg1, arg2): cdef int result errno=0 result = darwinsys.setpriority(arg0,arg1,arg2) if errno: PyErr_SetFromErrno(OSError) return result visionegg-1.2.1/VisionEgg/darwinsys.pxd0000755000076500000240000000071411224565530017333 0ustar astrawstaff#emacs, this is -*-Python-*- mode # Copyright (C) 2005-2006 California Institute of Technology # Distributed under the terms of the GNU Lesser General Public License # (LGPL). cdef extern from "sys/resource.h": cdef int PRIO_PROCESS cdef int getpriority(int, id_t) cdef int setpriority( int, id_t, int ) cdef int sched_get_priority_max(int) cdef extern from "pthread.h": cdef int SCHED_OTHER cdef int SCHED_RR cdef int SCHED_FIFO visionegg-1.2.1/VisionEgg/darwinsys_compat.h0000644000076500000240000000037211224565530020327 0ustar astrawstaff/* Copyright (C) 2006 California Institute of Technology Distributed under the terms of the GNU Lesser General Public License (LGPL). */ /* Mac OS X 10.3 does not define "id_t" so we have to do it here */ #ifndef id_t #define id_t int #endif visionegg-1.2.1/VisionEgg/data/0000755000076500000240000000000011231315556015476 5ustar astrawstaffvisionegg-1.2.1/VisionEgg/data/az_el.png0000644000076500000240000007644511224565530017317 0ustar astrawstaff‰PNG  IHDRĵÔ|ìIDATxœb` ˜9óé0“F€FNá!0ê}Ş›I#0šŝGÀ0“F`4ŭ&€!a&ÀhúB ˙˙Ԗħ!C‰˙˙ϽÁĊÜ –RŽÁ _m5ÄöJÖµùĠ‚ˢlžġĞÉu$a˙ œcĤ,̎HÑùö /j'ïÙ*œ¤Ò •+“ÀìùhġûÚ’éµÏ‡Ĝ‘€PûnŞ ;˙ûgä|™^ûÈO—P˙˙b‚§WFFF"; ˙aİœÀÈÈH’ú$yĞvâÂáŜg 8p™Iĵ⁠–Qïdï3P#†–ÑÀ¨÷G²÷†ÀP÷1`´ù7b½˙˙b‚³häAî8 ›;g€Œpï3 ´˙˙ì’A @ êßÁžŽœ‰ġQÖ"Il3ó"œ@JIëȧ4ß@˙_w’3Àñ|“ĥ˙§ p<ߤí˙˙˙ìځ€ ëA.Ž  ˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìA À Ó4ĝ@Fiôr€Ŭ—ÛÌ-?ŭ"9yòÍ|ôÊ7óÑ(ßÌ>˙˙ì’A @ êßÁžŽœ‰ġQÖ"Il3ó"œ@JIëȧ4ß@˙_w’3Àñ|“ĥ˙§ p<ߤí˙˙˙ìځ€ ëA.Ž  ˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ä—Q !Dġûß`?6™ÂUrĦÜùʌ˜WÖ?Ìü né̀t–™Ešó] à…Ôâ@˜é;I>Íl|(€ŭñÉaĴvUDñ)^•‹ŬŝЇzĵ 2Ġ>êç·Of˙3< Í#?z §·´üÒEÚtÛ u˙˙ä—Á À EqŽèL èô`KĞE{AËÁƒ‡÷óQĵ>!"â„s^ċŽŒ ĴŽ &yż ŒOV ;Œ‚Äx(ATîM>” €Íˆi!|(hÔġ-Wp˙ËúşMüÈ2Š]Wl?q'xĈ‡7F…<xĉUa1@ŸHĈfĝżzWoäı¨Çż/7ÛꟽÓ7 ˙˙ÂııD€°q•hâĝr€Ybġ~?B2‘Š XBÀÈI0ƒeÔû”— C×ûÈ`dV @’†“÷GT È0’bŒĜ’ PžÓÑÒ˙`˙˙ܙA À ‡ŝ˙Ñ=”ŠhšnëeÍ^ ˜Ġx ĝY­GÌğó6¨Ç_4î…ف…²:˙5Ċ-Œ{”„Yá#ĝ?\ĠÌŻÉ?|ğ˘?Ĉĝ,ĵ˙OğáÍ;H˙SĊí³ôì+‘ğWÀ< -³yùsSˆŻçz#ЇĈ˙Ô½éĦN˙˙Â2@’sÑĤ?†1 ~y l’˘x„¤¸‰O,XFS)eÂP÷>I.G[8 I18üĵOd“†_  #¤Ĉġ0 ‘VŻ˙˙Bï ·lˆ7eHÏĝH$~B’†&`D¸Ô‘ù‡DŞ Ĉûp0ü2ñŜefŒ¨JO–э°z˙? ³²Ž<0Œ½Ĉ0× ##§C˙˙bÁ‚÷CÚcT£A1˘İ™èöŝħ‚žÔݸbˆĴŝ9•Â°÷ ~0½? FÁˆ˙˙ ­Mˆ´żJüŠ‡"`ÄX"Ĉ0’ÍËÈì‘à}’ÀÈ –ž*Ff™@|€ġ(\Š‡ )‡™÷ñ$éa™Ú‡ħׂ‘ט€$áR<„6˙˙ä\É ġ˙?]3ĤˆiıôpvèY ÑnüÉx™­FÂFsk¸ ?h-ÁêÛöC)ˆĴó˜&Ÿ+Üùwì×Àÿä‰eİh™€ŠŬH,GV‘>ÇtĝïIŻ˘MD‰áħ.Y,YKşÎtŭ+èé˙˙äKÀ DûŸÀö]˜´(ŠĦŸ”Ec`$>J˘.šž˙ ûj;ÔÔ#„Žo€¸ŜlëFiùRݳİWWƒş >Ûp"*0Ċ×{h(çM5ĝ4üHĤ, ­†~:DĈŸO£6³á§Ú¸†>ùôOàCWĤ Uô8"Ñ'úż " zeNwü³ŜÖ2šĉÍÒíÏqî9ħpBÇ?Ż$<§;~ŞÏ?^+j€˙˙Ԙ1À Q˙˙çtè‚ÊÇħ9œħA€xÖö‡VÚük(ÁiÑĥ Żúċä 8ì§À9öC”€„é oŸâ˘ròw 3é4pJ`' 4y>\ŬbŸ2µöàû$@lTßJ™°óŸBÎÉÔڏúi Ò%ê˙˙b‚§WFŒ‘-\à?)³ŒCaßIŜÇŞxĊƒ0@F¸÷(\fŻx`ƒeÔû#Ùû ԁĦċ_40êŭ‘ì}ĵ!0Ô½F mŝXï˙˙Bì ‘Cı˙á€nîœ2½Ï0`ġŝˆµŝn ŝE£Ŝ–v¨âŞÁé5bÀhóoKE˙˙ì܁!ë <Á@ê¸4˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìA À Ó4ĝ@Fiôr€Ŭ—ÛÌ-?ŭ"9yòÍ|ôÊ7óÑ(ßÌ>˙˙ì’A @ êßÁžŽœ‰ġQÖ"Il3ó"œ@JIëȧ4ß@˙_w’3Àñ|“ĥ˙§ p<ߤí˙˙˙ìځ€ ëA.Ž  ˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìA À Ó4ĝ@Fiôr€Ŭ—ÛÌ-?ŭ"9yòÍ|ôÊ7óÑ(ßÌ>˙˙ì’A @ êßÁžŽœ‰ġQÖ"Il3ó"œ@JIëȧ4ß@˙_w’3Àñ|“ĥ˙§ p<ߤí˙˙˙ìځ€ ëA.Ž  ˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ܗQ€ Dáûß g”ĦB(šÀŭrB›}–ÍDƒ.^W”"5~·OŒGK ˆ’+Žžœ3ô~ jÊÚ`ëAZ{Ùúäßcñ⃿+vÂßìé/=¸xû 09ŻĊ’ħÛ÷÷v{é/`ġüL 7êÇ?0ïôğĴĈù'?ŝ˙˙ä—Á !Ħ˙ (:¸Ç‚gDô>¨<Œ1ëc6+jù ˘ˆèDç:Ú-‹ˆħŬ˜ßĊ‡0£c;℆8ĝP;ħ<ñFĝP;´ú^*ì˙g(Î`Ë,>¸İ8Ħ'dĈ‡‘³—ÂÛ3ó~*€Ö„KŻşw?ÈkĠ>˙ŝtĥŬŸñ“~@˙˙ÂııD€°1ËĴ.ĊC`…$ùq¨ÁŠ†Ğ÷q,£ŜÉe2™•`M#Áû#-µcŻ#-ħÊs:¤ 4$˙˙bb ş‚Ç›0ÈğAȎ§VÂBBŒ÷!ŬbâÍLO—*Ŝg "ŭc•% ƒ3Uç}ÒSĊ0ó>u-ÀLAyùO†ħƒ§ rŝgx¤vL@|쓔N†Š÷HO˙½†6:ÈVï ׸Ĉh˙ 7§c˙˙bÁ"5îİêžÁ ˆ –á )-bB`ĝy+€äjä)?ü`ĝËhŞ`IeI•Bzştz:MCo@Rj~Ŝ'µ=D;— ,Ĉ^ƒƒ×#­^˙˙ܛ; Dŝ‡ŽÂ0Ìn÷Ġ/òib_šŭ‘ûÙ1ˆĊ|ŝċşiŸÓEÊÊíL3 Ĵ • ˘? ²ÂLŸê *úqŠ;ĥ%x- >·Ÿ>•À0Ô ùö­-bÙĜT˙˙Â2/îi1/<ÁhPŒ(@R\é̏Œ¤N‹ċC `ġ×È݆½ñƒîŭQ0 F˙˙ ­Mˆ´Ç2üŠ‡(`ÄX"Ĉ0’ÍËÈì‘à}’ÀÈ –ž*Ff™0’+\Ŝ Ŝ'ÉGÀûĜkÁH‹kL@•œ>„6˙˙BŸ@žó…Ĵ˝aK g áŠ!ŝ˘c ĝĈĴ!€˜IOG ÌP´Íû¸˘˜¤ô0„ĵ ,C†M°ŒzŸ”2aÖĴg Îû$U ECÔżhÓŭ#ûp6Ŝg²5àÈĴŬà€*Ġŭmŝ‘‘Óáq)ä˙˙äŬ€ …=ï˙Ò]¸ (!ô³ĵhGĈGlÙEuŝ NOİqM\íC°\ïû´°l5"T'@MŒ‹DŸè˙:ÉÀwè1ñKÎĥ˜£Y,½ŭĉ€‰+cû„Ç Ç/ŭŝ'*ó¤8˙˙ԗ;À CQïçtè‚ÊÇħ9˙˙ì’A @ êßÁžŽœ‰ġQÖ"Il3ó"œ@JIëȧ4ß@˙_w’3Àñ|“ĥ˙§ p<ߤí˙˙˙ìځ€ ëA.Ž  ˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìA À Ó4ĝ@Fiôr€Ŭ—ÛÌ-?ŭ"9yòÍ|ôÊ7óÑ(ßÌ>˙˙ì’A @ êßÁžŽœ‰ġQÖ"Il3ó"œ@JIëȧ4ß@˙_w’3Àñ|“ĥ˙§ p<ߤí˙˙˙ìځ€ ëA.Ž  ˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙Btá @–BÁ%…U͐hŝE“")@ÒӇ\€àñ>ĥXĈŸÒÓq5hA§R˜*y6!Ġû ¤§Šáäŭaû „\E’!à ÷/ Ĉ‘DĤöáç}RSû‡zF&àñŝHĴĊ;2{¸z˙˙äWI€ ˙ôñ˘™jĞ'(90(‡„ÒċJ)$eÈÖjwDrFDOy"(H­Ĥ¤CW4Ĵ-ïߊ Í?öîȲ|nT¤§˙#'ŒLo ¤/ ‘",Bİ ˜ìeƒí_šÌÁ­˙IüÓ=v˙˙ÂııD€°ħ–x¤†"À, Iġġ‚!ô>¤6€ZÁ2ÂSĊ°ñŝˆ*‘•$û˙"Ĵi`$x¤öaì5‚`¤Ċ5V@|NŜ˙˙ܙI ˙˙gĵĤM*sġ4RWèžÄÌÜ 8Ğŝ‹ZŠż ŭS ŒA\DŝÑ˘”δäôÑ%iŭ :ú¸½˙‡Hù:ÈŝO´ïĠOçDYµü‹Ğ1„ú•Z˙{ŭë½ÒC&˙˙Â20´<@7@‡jrp´é°QÀ€4ñ7š*FrŞ9ħ?’c™aħvJšD£`h×#-§˙˙bACz0#Äóă‘SÓCkK6@ó&á˙áÚ ĈûȲ,Uïŭaïp€#ŞRÀ“†_jÇX½”†×`Ĉ²jh`L*úıüĵ‘sA~jcè“OŻÎÙT§vÚ!³ˆ  è G—óܙŝBëĜ˙e!߅Aät—ŸbvÀc .Ͳ²A+ċΉ€BÌñ§ú_ñZHĠÀ ˙˙ä˜K ĊŭïÌÂFDŞÚżîóòP1Txʐ˙z"êÄ:áÍtıIİ€LÖ~Ós²ŭ­€9Ğĝı}Û%'ïÀCì'nä”gù`ÜbŸ‚t™ĝîĴxwC"ż]˙l)˙†ş&kˆèš#˙˙b‚G#ĈÈ.÷|Ü%F’÷ħjÇ%5$d„{ŸâÀe&.İÁ,£ŜÉŜg F -˙˘Qïdï3à Ħî5bÀhóoÄz˙˙Bì ŠÓ‡œ˙á€F.*2½Ï@_§Â`ġŝ°´‹x@;W N˙˘Qï9“İ ÈpçPñ1`´ù7H Ħ3˙˙ì܁!ë <Á@ê¸4˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìA À Ó4ĝ@Fiôr€Ŭ—ÛÌ-?ŭ"9yòÍ|ôÊ7óÑ(ßÌ>˙˙ì’A @ êßÁžŽœ‰ġQÖ"Il3ó"œ@JIëȧ4ß@˙_w’3Àñ|“ĥ˙§ p<ߤí˙˙˙ìځ€ ëA.Ž  ˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìA À Ó4ĝ@Fiôr€Ŭ—ÛÌ-?ŭ"9yòÍ|ôÊ7óÑ(ßÌ>˙˙ì’A @ êßÁžŽœ‰ġQÖ"Il3ó"œ@JIëȧ4ß@˙_w’3Àñ|“ĥ˙§ p<ߤí˙˙˙ìځ€ ëA.Ž  ˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙Btá @–BÁÒÓñ›@ĵQthE“˘0@š0à‚Çû Ĝ\;ÌĵOŒ†wŞ Ġû +UŒĜ'hŬó/ Ĉöa“Ú1Á}dPî5´öπ{€Çû¤ÈPoŝ1PœÓ!!€fÚàô>˙˙ä—m€ †á3yÀÎA?,–Ȳ-$~8—HÔ h­ż•ÒÒùF'²ÜĊ³*ÂÇ[l^Ù\ñŠéÙ­?ÁWíZ†bb==£ġX{üùÖ³˙Ĉ˙ô˘Àĝ˙˙ÂııD€°ñ‘X5’gÂÌ˘rï Ħ!XBÀpġ>.0ƒeÔû#ıL@#³R€Ĵi`$x¤vʽ6sĉSâMT`¤Ċ5V0˘r:˙˙ÜYÑ ´ŝ˙£{èĊê1÷j‹hŞ|Áßblž5hŽÓµH9‚kħĦ#Ž@=ġ/Z­˘ O‹Ž>UQ…šŝïšÂiŝ+|… ˙§†Ú9êżë$!}2ÒNjÄÈĞ֚cyŝ§ş.˘˙˙Â2@ı˖@ @I– J’(€6FÒŜÇ à2š*FrŞ9ħO•qù ŒÔNı‡´÷ñƒaĉ5ʽ3¤›TÉéÄ,‚$˙˙Ü[1!Ó˙?Z#A$†Ŝ-ŽF 4jş³‰È÷k<#tM"Ÿ`„ŝĜ¨k8}m‘-Dß é{”)Ü5sš%B_E}('TĦߤ|'­€­ÚFŝÔ×·AÚżŸ‰]˙HŽ ˙˙Â2oÙ ˙Qġ8#)|èĈ‚@| v9€¤$M¤‡P6Ħ…S‡Ÿ÷I-†Š÷p¸–¤JıüŝE”GÖ÷ŝ˙á[­ŒL0Âdx˙˙ ­ïˆ´™ ÀŞŒ$`ÄX"Ĉ0’ÍËÈì‘à}’ÀÈ –ž*Ff™0’+LGŽïSîĝĦċ}ʽY2½FŒ´¸Ĉ#-§˙˙äœQ€ C{˙KϏĊE;0ù` }œ²x/ƒÎ~pğÏe/ËÌ˘ĝ<4˘ĥUž­ÜâÁd 1Âŝ~˜ÇûgvUüžzħ4ĦüĊ2µ*äñqŜ3áQ(ÄK Ğßĉ…ñGÌkà £hÉ\×}ŭ[µÓ=ĝ˙˙ä]Ë À ³˙˙Ó;ÍUûJĞ‚°œÄĊdÂdż{ĝ÷ŒFt6Ÿ!ü`)„"ÒNNÉJW|rêKċLöÀ³…œh ŒÏ8VŻOĈ†·h`-|Ÿ,jv‘ŸÇĠj¨Ċo#$ye7Ä'Ĵ•£úŸ!ßÉ+—û&kĜğ˙§AVÁZ>*D|ÒĴŜŸ´üh–çÈóO(‚ĝ\YîÈ"ñS…œ8ŝĝ ĉöĝíŭĉ(„"ŞlŠâ˙˙ä˜ğ€ ˙˙ÏkabŒ!²,ƒpĊŬÀlĦ„u9½á™UmvhM;ŭMĜNĝe<£!İf›²ú}A ŒcÉġ)`‘“÷Ï=Â)Á˘@Žz38ı~ĥÊdġcàóú2@ŝexÂTŭċú—˜LVßéùˆ¤ ˙˙b‚×UŒ¸ç5ÀŠ'2éxò41€$ïcĠNĦ6@F¸÷(\fRhŬ‚eÔû#Ùû ԁĦċ_40êŭ‘ì}ĵ!0Ô½F mŝXï˙˙Bì §›˙á`À hû€;`À½?H܀F³ä°´‹H@g' xŒ"hÔûĠî5bÀha;,í"˙˙ì܁!ë <Á@ê¸4˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìA À Ó4ĝ@Fiôr€Ŭ—ÛÌ-?ŭ"9yòÍ|ôÊ7óÑ(ßÌ>˙˙ì’A @ êßÁžŽœ‰ġQÖ"Il3ó"œ@JIëȧ4ß@˙_w’3Àñ|“ĥ˙§ p<ߤí˙˙˙ìځ€ ëA.Ž  ˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìA À Ó4ĝ@Fiôr€Ŭ—ÛÌ-?ŭ"9yòÍ|ôÊ7óÑ(ßÌ>˙˙ì’A @ êßÁžŽœ‰ġQÖ"Il3ó"œ@JIëȧ4ß@˙_w’3Àñ|“ĥ˙§ p<ߤí˙˙˙ìځ€ ëA.Ž  ˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙Btá @–B! kA3T£èü‹&5ì÷°ıv˜yŸ7 ïTAŞ÷†WŞáħOşáç_4@Œí&µc‚ûÈ Ükéé҃ÊkÄ<Ŝ~q œ4Œs:˙˙ÜWIÀ Äwĝ@ŝ˙z’ş!­= 1F˜apİ€”ħ>Ï™­•èöé|S,0|˜InûLH)żYBĝ2áCËÀjÁ¸~ ÄĴ j„–·ATExĝñɁ_.SxÇÜĥ“ׄp ?žÚ§é…ĴĴÒĈçßI­½?˙Î;1{˙˙ÂııD€°ñ‘x´“gÂ€Ì˘Ğ›‡k€Ĵ!`¸záÁ2êŭ‘\& ƒ‘Y)@ċŽ˘ŜiݝrŻÍœù”T iqPîxH Äş˙˙ܙK ! CÜ˙.„AüÔ*†fĞTŸJġ}Á“ú GğÊÑ)ƒZüI_;y;>áĦĥŝŸĥgг,>|dq…?8(4qúü_ ŜNÌó?²¸}Ÿ}·O”ñóż8£)~Ö\êž˙qb§×?£›~˙˙Â2@ıËfÎ|JҤɐ”hóAC Pîĝ!í}ĴîÑT1’SĊȉ}Ê9´ü‹Fxj§¤ICÚûĝÁ0óċq=¤›TÉ鐀!á}˙˙ܛK Dëŝ‡fİé° óÖ4ĤúAÂ_ìÉ&2żŒÌĤ8€žIô“Câò­,I`äËO#³L °RrŝE”;~èzĞ ‡ħ÷)÷¤ŭ3½FP%‡tóo¤ċt˙˙äœK Dğ˙mÍÂ-dœuˆOK)!}8³ ġö³÷ĥíYa=Ú¤kĦ­lĥԈ‡; _DÀž8Oƒ) ‹ …OhÂò´+èñ×ĵš0ı)'ĈOj>1ZE£rmġë¤#ÔÈBm˙˙ä]Ë À ³˙˙Ó;ÍUûJĞ‚°œÄĊdÂdż{ĝ÷ŒFt6Ÿ!ü`)„"ÒNNÉJW|rêKċLöÀ³…œh ŒÏ8VŻOĈ†·h`-|Ÿ,jv‘ŸÇĠj¨Ċo#$ye7Ä'Ĵ•£úŸ!ßÉ+—û&kĜğ˙§AVÁZ>*D|ÒĴŜŸ´üh–çÈóO(‚ĝ\YîÈ"ñS…œ8ŝĝ ĉöĝíŭĉ(„"ŞlŠâ˙˙ä˜ğ€ ˙˙ÏkabŒ!²,ƒpĊŬÀlĦ„u9½á™UmvhM;ŭMĜNĝe<£!İf›²ú}A ŒcÉġ)`‘“÷Ï=Â)Á˘@Žz38ı~ĥÊdġcàóú2@ŝexÂTŭċú—˜LVßéùˆ¤ ˙˙b‚×UŒ¸ç5ÀŠ'2iò4I€$ïcĠNĦ6@F¸÷(\fRhŬ‚eÔû#Ùû ԁĦċ_40êŭ‘ì}ĵ!0Ô½F mŝXï˙˙Bì §›˙á`À hû€;`À½?H܀F³ä°´‹H@g' xŒ"hÔûĠî5bÀha;,í"˙˙ì܁!ë <Á@ê¸4˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìA À Ó4ĝ@Fiôr€Ŭ—ÛÌ-?ŭ"9yòÍ|ôÊ7óÑ(ßÌ>˙˙ì’A @ êßÁžŽœ‰ġQÖ"Il3ó"œ@JIëȧ4ß@˙_w’3Àñ|“ĥ˙§ p<ߤí˙˙˙ìځ€ ëA.Ž  ˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìA À Ó4ĝ@Fiôr€Ŭ—ÛÌ-?ŭ"9yòÍ|ôÊ7óÑ(ßÌ>˙˙ì’A @ êßÁžŽœ‰ġQÖ"Il3ó"œ@JIëȧ4ß@˙_w’3Àñ|“ĥ˙§ p<ߤí˙˙˙ìځ€ ëA.Ž  ˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙ìׁ€ ëA.‹F˙˙Btá @–BÁÒÓñ›@ĵQthE“˘0@š0à‚Çû Ĝ\;ÌĵOŒ†wŞ Ġû +UŒĜ'hŬó/ Ĉöa“Ú1Á}dPî5´öπ{€Çû¤ÈPoŝ1PœÓ!!€fÚàô>˙˙ä—Û € EÛ9™: s\´ÑĊÄRûA)s)ŻíÀÌ´˘u--ĥ1³HĥGàJĊ§Z*`·Ç‚\Jú­ > ˆĝtV ċPú·²"sF'²ÜĊ'3+ÂÇ;l^ı\ñV³J„ŸàÇËöV„ĠÀz:zFëħòù7²Ö³?˙ĈwşHĤIW˙˙ÂııD€°ñ‘´0ŝ³(Äêĉá +BŜÇFx°Œz$— È`dV €5 ŒÔNı× íżAè5‚`¤Ċ5V0˘r:˙˙Ü™Ë C÷ڃ#˜#ôM@ù „ü_xÖ ]~cş‘żÖâT3h`¸¸ĈÚ·ĵɇJV<Ë/ Ĥ(ZúżKKŝ˙hdğ%ŭìI`äËO#³LɕĤ#GŽ÷ħşp{ŸrŻAÖÀ BŻ#-1Ur:Ú"¨Áì}˙˙Bï@ĉ2:4 0×cV{˜€‘‘1=]š  ƒ`ĈòYBL€ĉŭ˙˙˙£Mo o︂ŜDöd€a IİbĜ{Ÿaä• ”W CÈżhîTĴ™}$xOY7Ìĵ?Œ½F  J\Ŭĉµr:|— ƒ˙˙É2Vyî4†IENDB`‚visionegg-1.2.1/VisionEgg/data/monitor.xcf0000644000076500000240000220177011224565530017701 0ustar astrawstaffgimp xcf fileRµBB{wĥNC Ċk&Yŝ¨Ëİ Pasted Layer˙     Ch] Ëİ@ĥ*ĥ6ĥBËİĴĤÎ"(&Š,„;3@³BPN˘]Ñm|“‚<“i£~¨a¨q¨¨‘¨Ħ¨ħĞr²ç˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙˙˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙˙˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙˙ŝ˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙˙˙˙ ˙˙˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙˙˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙˙˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙˙ŝ˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙˙˙˙ ˙˙˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙˙˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙˙˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙˙ŝ˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙˙˙˙ ˙˙˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙˙ ˙ŝ˙˙˙ŝ˙˙ ˙˙ ˙˙ ŭ ·˙˙ûĤ<ï˙˙ŭôFŭ ğ˙˙ûŸB˙˙ŭñBŭ ·˙˙ûĤ<ï˙˙üġQŭ ğ˙˙ûŸB˙˙üòMŭ ·˙˙ûĤ<ï˙˙üù“$ŭ ğ˙˙ûŸB˙˙ü÷"ŭı˙˙û§<ï˙˙üŝKŭ½˙˙ûĦB˙˙üŭàGŭ_˙˙ûĊA@ï˙˙ŭûVüNÓ˙˙ûÀ?E˙˙ŭĝRŭñ˙˙ûî“Dï˙˙ŭûVü¤ò˙˙ûíŽI˙˙ŭĝRŝŭ˙˙ûŝµFï˙˙ŭûVŭÇ˙˙ûŝK˙˙ŭĝR˙üµFï˙˙ŭûVŭÈ˙˙üŻK˙˙ŭĝRŭË˙˙ûìDï˙˙ŭûVü ñ˙˙ûë‹I˙˙ŭĝRŭ_˙˙ûĊA@ï˙˙ŭûVüNÓ˙˙ûÀ?E˙˙ŭĝRüŸò˙˙ġ¨ 4Òü˙˙ŝàJû£ó˙˙ġ˘8Ôü˙˙ŭŬFüOÌ˙˙ġ€ò˙˙ù“%üRÏ˙˙ġŸ„ó˙˙÷#ŭ êêġ˜3×êêàHü Ħêêġ’8ĜêêŜEŭTöStz#ŭVöPux! ñ## ##" ñ## ##! úGll>ùcllgúIll;ùcllf ñ ‘Ùـ/ĈÙÙÏ<ñ •ÙĜ{3ÈÙÙÍ8BĈ˙˙¸:rñ˙˙ôFEÉ˙ŝ´7uò˙˙ñBï ’ì˙˙è„0Çú˙˙ôJï–í˙˙ĉ4Éû˙˙ñFŭLË˙˙û4?ï˙˙ü÷wü?Î˙˙ûı2E˙˙üġsŭĵë˙˙ûç…Cï˙˙üüÊ?ü•ì˙˙ûċ€H˙˙üûÇ<˙üĥFï˙˙ŭûVŭÈ˙˙üŻK˙˙ŭĝR˙üĥFï˙˙ŭûVŭÈ˙˙üŻK˙˙ŭĝRŭÜġ˙˙ûòœEï˙˙ŭûVü­ġ˙˙ûñ—J˙˙ŭĝRŭqĠ˙˙ûËO@ï˙˙ŭûVü\Ĝ˙˙ûÇLF˙˙ŭĝRüŞö˙˙ġĞ7Üŭ˙˙ŝèNû­÷˙˙ġ<Ŭŭ˙˙ŝĉIü]Ó˙˙ġĤô˙˙ú +ü`Ġ˙˙ġŸ!’ġ˙˙ĝ)üĤġœ?ŬçTüŞġ–CßäPŭ`““ö_†““)ŭc““ö[‡““‹& ñ%%$"%%! ñ%%#"%% ú:XX3úPXRú;XX1úQXQ ñ†ÌÌv'ğÌ0ñŠÌÌq+ĵÌğ-6ŭüŻ.díŭm8ÂŭüĞ,hîŭîj†ç˙˙áx,şù˙úÁ4 Šè˙˙ßt0½ù˙ù1ġ=ŭ˙˙ŭµ)=ë˙˙üólô4Ĉŭ˙˙ŭ°'Cí˙˙ühŭİĉ˙˙ûàxCï˙˙üûĵ8ü ‡è˙˙ûŜtH˙˙üúı5ŭĝŭ˙˙ûüħFï˙˙ŭġTüŭ˙˙ûüŞK˙˙ŭóO˙üĥFï˙˙ŭûVŭÈ˙˙üŻK˙˙ŭĝRŭìù˙˙üĥFï˙˙ŭûVüıú˙˙üŻK˙˙ŭĝRŭ„Û˙˙üĥFï˙˙ŭûVü jŬ˙˙üŻK˙˙ŭĝRŭ!˙˙ġúĞBäŝ˙˙ŝRüÂ˙˙ġùGĉŝ˙˙ŝîMŭ ·˙˙ġÙj(žġ˙˙ú2ŭ ğ˙˙ġÖf+Ħö˙˙ùĞ/ŭ °ġġġ­ Kġġì_ŭ ´ġġġ¨ Oċġġê\ ŭx§§öl˜§§ .ŭ{§§öh"š§§ž+'6886# 2::4(9:86" 2::4 ŭ(#û <@û.D!û =? ŭl]û£*û~ıYûĞ( #1¨—1  .Mċ^)ĵŭ“1 .QçíZ x§ÚÓ§m'³ôù´.}âŝѧh+´ġĝ°+ï ħöüûö<çĝŝŝï_ î(żü˙úö¨Aèĝŝŝí[ ŭ ·˙˙ûÙjBï˙˙üú2ü yâ˙˙ûÖfG˙˙üùĞ/ŭ#˙˙ûùŞEï˙˙üŝïQüĵû˙˙ûù¤J˙˙üŝíLŭ„Û˙˙üĥFï˙˙ŭûVŭÈ˙˙üŻK˙˙ŭĝRŭÚô˙˙üĥFï˙˙ŭûVü½û˙˙üŻK˙˙ŭĝRŭ—á˙˙üĥFï˙˙ŭûVü yâ˙˙üŻK˙˙ŭĝRŭ*Á˙˙ûŝ³Fï˙˙ŭĝUü%Ä˙˙ûŭ­K˙˙ŭġPŭ ·˙˙ûàxCï˙˙üûĵ8ŭ ğ˙˙ûŜsH˙˙üúı5ï µüŝŭüĥ(>ìü˙˙ôjï ıüŝŭüħ&Cíü˙˙ñgáÛ¸x+ĴÁöúÀ5ï ‡¸âÙ·s0­÷ù½23F°ĦF.B_ĉm4H³F,Bbèîi ñvfħĵ1ñyb"³ı. ô4- OTò6+PR $('$ "%**$ $('$ "%**$ ŭj““û`#Š““ŭ)ŭl““û\&‹““ŭ‹&ƒ˙8˙7˙6˙6˙6˙6˙6˙6˙6˙6˙6˙6˙6˙7˙8˙ı˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙˙˙ŝ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙˙˙ŝ˙˙˙ ˙˙˙˙˙˙ ˙˙˙˙˙˙ ˙ ƒ˙8˙7˙6˙6˙6˙6˙6˙6˙6˙6˙6˙6˙6˙7˙8˙ı˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙˙˙ŝ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙˙˙ŝ˙˙˙ ˙˙˙˙˙˙ ˙˙˙˙˙˙ ˙ ƒ˙8˙7˙6˙6˙6˙6˙6˙6˙6˙6˙6˙6˙6˙7˙8˙ı˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙˙˙ŝ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙˙˙ŝ˙˙˙ ˙˙˙˙˙˙ ˙˙˙˙˙˙ ˙ „ŝ  ŝ 8ŭBllŭI7ŭ ‰ÙÙŭ• 6ü?ż˙˙üÈF5ü‹ê˙˙üí” 5ŭŻ˙˙ŭı5ŭŻ˙˙ŭı5ŭŻ˙˙ŭı5ŭŻ˙˙ŭı5ŭŻ˙˙ŭı5ŭŻ˙˙ŭı5üžġ˙˙üö§ 5üYÎ˙˙üĠa5üüİ6ŭZ““ŭc8ŝ!!ŭıŝŝüüûüŭ*EEŭ.ûC5û1Dû@; ú(D'ŭrğğŭ}û@µ ûƒ¸Rû,Ħúkşkŭœŝŝüğ+à1xĝÏ7(9ÂûŠ0cñâO. #§ŝ§3"ŭ˙˙üâ| ßQ§Ċü됇ŞċŝÌU;˘ĵùó´š'lÙ˙Ù¨tüĞ˙˙üü³ ßwöù˙ŭÒ6Ç÷ü˙ĝXïùŝŝĝä; Ĵû˙û÷Ĵ üfĠ˙˙ŭıŭ|˙˙ûì‹0Î˙˙úŝÉU\ĝ˙˙ûìBkĜ˙˙ŭ² ü¤ù˙˙ŭıŭ|˙˙ûü=Î˙˙ûöŠ]ĝ˙˙ûìFŞù˙˙ŭ² ŭŻ˙˙ŭıŭ|˙˙üŬ@Î˙˙ûŝ”]ĝ˙˙üìFµ˙˙ŭ² ŭŻ˙˙ŭıŭ|˙˙üŬ@Î˙˙ûŝ”]ĝ˙˙üìFµ˙˙ŭ² ŭŻ˙˙ŭıŭ|˙˙üŬ@Î˙˙ûŝ”]ĝ˙˙üìFµ˙˙ŭ² ŭŻ˙˙ŭıŭ|˙˙úŝÚ?Ëŝ˙˙ûŝ”[ġ˙˙ûìF²ŭ˙˙ŭ² ŭŻ˙˙ŭıŭ|˙˙úï™*ê˙˙úŝ”=ĵû˙˙ûìBxß˙˙ŭ² ü­ŝ˙˙üŝ·ßzüŭ˙ŝÙB 8Íŝ˙ŭû’nòüŝüé=*´üŭŝüŻ üä˙˙üèˆ ßY¸ÑŭêŝÖ·j8ŻĊîÂŞ+w¸ÛḀü3ĥŭŭüÁ9ß"F…ĝÓG=Çú–F)ChÒaA-H˘ŻH1ŭ}ÊÊŭ‰ áH› ÇZ(›!fuŭ7ZZŭ< ûVDû?X'üD û,3ŭ++ŭ ŭ $$ŝüüüŭŭZ““ŭc ŭ„““ŭ7‹˙9˙8˙7˙7˙7˙7˙7˙7˙7˙7˙7˙7˙7˙8˙9˙ş˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ŝ˙˙ ˙˙ŝ˙˙ ˙ ˙˙˙˙ŝ˙ ˙ ˙˙˙˙ŝ˙ ˙ ˙˙‹˙9˙8˙7˙7˙7˙7˙7˙7˙7˙7˙7˙7˙7˙8˙9˙ş˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ŝ˙˙ ˙˙ŝ˙˙ ˙ ˙˙˙˙ŝ˙ ˙ ˙˙˙˙ŝ˙ ˙ ˙˙‹˙9˙8˙7˙7˙7˙7˙7˙7˙7˙7˙7˙7˙7˙8˙9˙ş˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ŝ˙˙ ˙˙ŝ˙˙ ˙ ˙˙˙˙ŝ˙ ˙ ˙˙˙˙ŝ˙ ˙ ˙˙‹ù 8ùellc7÷>ÌÙÙÈ76÷ġ˙˙ñy6÷?Îü˙˙ûË86ŭPô˙˙ŭòG6ŭPô˙˙ŭòG6ŭPô˙˙ŭòG6ŭPô˙˙ŭòG6ŭPô˙˙ŭòG6ŭPô˙˙ŭòG6÷Háŭ˙˙ŭà?6÷(š÷˙˙ô•#6÷NŜG7ù%Š““‡!8ù!!ıŝŝüüü ù@EE?û6BûB6û.C ù/ŻğğĞ)û“´>û?³“û~¸U ĝ@ïŝŝî]ç+DÓĝtuöÓB+,ĵû1 ĝAï˙˙ĝ².ç’ŻìüÀCBÀüì‘ âŝϧd ÷ [ñ˙˙ŝìDç(×÷ŭ˙ôxxô˙ŭ÷Ö,+Áü˙úö“ ü.¨ĝ˙˙ŭòGŭ)ß˙˙ùüĵED½ü˙˙ûŜ8{˙˙ŭ˜ üKèŝ˙˙ŭòGŭ)ß˙˙ûòpoó˙˙ûŜAû˙˙ŭ˜ ŭPô˙˙ŭòGŭ)ß˙˙ûûxvŭ˙˙üŜBË˙˙ŭ˜ ŭPô˙˙ŭòGŭ)ß˙˙ûûxvŭ˙˙üŜBË˙˙ŭ˜ ŭPô˙˙ŭòGŭ)ß˙˙ûûxvŭ˙˙üŜBË˙˙ŭ˜ ŭPô˙˙ŭòGŭ)ß˙˙ûùvvŭ˙˙úŝÛAÈŝ˙˙ŭ˜ ŭPô˙˙ŭòGŭ)ß˙˙úŭÇOvŭ˙˙úœ+‰è˙˙ŭ˜ ŭOñ˙˙ŭFç(Üüŝŭ÷ƒuúŭ˙ŝÛF5Èŝ˙ŭü– ÷9Âû˙˙ùż3ç ì˳JUĥÏü  ‹èŝÙ¸n ÷ròŭŭîlç =WÌwE!F„öÖJ ;ÂúšF* ÷6½ÊÊı0è•8FŸ ‰Ĉ^ ùTZZR üAûUFûGÒ÷ˆF#&ñ!—*YĈŽ ù›K  ü Bû&W>ûDV ŝ"$$ŭ" ŭ$$ĝüüŭ#$$ŭ ŝ‹““ŭŠ% ŭf““ŭ_ŭ7““ŭ‚7˙7˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙8˙8˙8˙9˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙8˙8˙8˙9˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙7˙7˙9˙<˙:˙7˙7˙7˙6˙6˙6˙6˙6˙6˙7˙7˙7˙7˙7˙8˙7˙7˙7˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙8˙8˙8˙9˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙8˙8˙8˙9˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙7˙7˙9˙<˙:˙7˙7˙7˙6˙6˙6˙6˙6˙6˙7˙7˙7˙7˙7˙8˙7˙7˙7˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙8˙8˙8˙9˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙8˙8˙8˙9˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙7˙7˙9˙<˙:˙7˙7˙7˙6˙6˙6˙6˙6˙6˙7˙7˙7˙7˙7˙8˙7˙7ŭ"Ĝ˙˙üŭp6ŭ"Ĝ˙˙üŭp6ŭ"Ĝ˙˙üŭp5ü&Ù˙˙üŭs5üeĉ˙˙üŝ˘.5ü%ĵĝ˙˙ŭj5ŭ-à˙˙ŭŝ‚5ŭ-á˙˙ŝ‚5ü$ı÷˙˙ŭág5üeĉ˙˙üŭ˘.5ö#½ĝ˙˙ŭu6÷iâ˙˙ŭp6÷êêèg7ĝ f~97ù## 8ú Wli(8ĝ°ÙÓW7ĝ ZŜ˙û–'6ö°ô˙ŝÛ[5ü V˙˙üŭ—$5ü!­ô˙˙üŝĜ_5ŭ-á˙˙ŝƒ5ŭ-á˙˙ŝƒ5ü'Ĉù˙˙ŭëp5üsé˙˙üŝ­85ö+Èú˙˙ŭy 6÷xĉ˙˙ŭp6÷)Ĉîj7ĝ v““’A7ù%%"8úGXV!9ù¤ÌÇM7ĝ MÙŭĝŠ7÷¤ñ˙ŭÒR5ö JŬŝ˙˙úŒ5üŸò˙˙üŝÍV5ü,Üŝ˙˙ŭû5ŭ-á˙˙ŝƒ5ü*Òü˙˙ŝƒ5ü‚ì˙˙ŝƒ5ü5Ü˙˙ŭ÷{6ŭ"Ĝ˙˙üŝÂL6ŭ!ġġüô‚6ŭŽ§§üI6ĝ.69759ü0;ü ‚;9ĝ*>Ár17÷ŽĴċÂĤJ6÷!Ñ÷üùġ‚6ŭ"Ĝ˙˙üŝL5ü6Ü˙˙ŭöz5ü‚ì˙˙ŝƒ5ü&Äù˙˙ŝƒ5üï˙˙ŝƒ5ü;Ŝ˙˙ŭŭ€6ŭ"Ĝ˙˙üŝÍV6÷"ÖüŝŭúŒ6÷œĵêÎĥR6ĝ “ŝ˙˙´ %Ŭ˙˙üüjŭkú˙˙úŜ0µ˙˙ë™Fí˙˙ïH ™ŝ˙˙¸%Ŭ˙˙üüjŭkú˙˙úëwXÒ˙˙óÀH"‰ô˙˙ġŠ$GÁ˙˙úÔX%Ŭ˙˙üüjŭkú˙˙úúÍ8§ġ˙˙óEÛü˙˙ŭÛHñ˙˙úġŞ)Ŭ˙˙üŭlŭlú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙û#hé˙˙ûŭž,ŭmú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙û:Àĝ˙˙üâdŭnú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙üC˙˙üŝ{ŭnú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙üCä˙˙ŭ|ŭmú˙˙üçAÀ˙˙ü¤Pô˙˙ûóR‚è˙˙û9ĵĝ˙˙ûŝßbŭlú˙˙üçAż˙˙ü¤Oô˙˙úóO:¸ŝ˙˙ûÂ#hè˙˙ûŭ,ġ[âŝ˙˙úÊ8ó˙˙ċïŒDÙü˙˙ŭĜAì˙˙ô¨&Áĝ˙˙ünġ.û˙˙ëwXÒ˙˙ċÀH"‰ô˙˙ġŠ!>ĥŝ˙ÔXlċ˙˙üjġYäêêË*Ĥêêċ‹ >ÙêêÛ@{èê¨ Âêêèaö-|nYöIvwòA~Z i~5ö "####ĉ!##! #### ö&ill]Klló>dlle>llöL Yli&ġRÓÙÙğ ™ÙÙĉ€ 9ÉÙÙË;ĜÙٜ´ÙÓQġ%‘û˙˙Ü%JÌ˙˙ĉ¸<{ò˙˙ô|;ıŝ˙˙ÎJ ^á˙ú‘%ġTĜŝ˙˙Ü)šî˙˙óè‚?Íû˙˙ûÍBè˙˙ôï›!´ġ˙ŭÚVŭlú˙˙ûċYÀ˙˙ü¤Pô˙˙üóT¤˙˙ûYĉ˙˙ûŭ’"ŭmú˙˙ûö²4À˙˙ü¤Pô˙˙üóT¤˙˙û6ħö˙˙ûŝÖ[ŭnú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙üCċ˙˙ŭ|ŭnú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙üCċ˙˙ŭ|ŭmú˙˙üçAÀ˙˙ü¤Pô˙˙ûóS˙˙û<Éú˙˙üêkŭlú˙˙üçAÀ˙˙ü¤Pô˙˙ûóPGÁ˙˙û'vë˙˙ûŝİ5ġ`êŝ˙˙ûÓ:­÷˙˙òô”Gáŭ˙˙ŭàE šŝ˙˙ġ-Ëú˙˙ŭs ġ6Şü˙˙í† fĜ˙˙òÉT(—ġ˙˙ö˜&“ŝ˙˙ġ{è˙˙üjġ cêÒ5ò”IàâL‹ïġ·+Êîdö4““f““óT"ˆ““‰$U““öp y““’=ö $%$!!ó!!!!ú!!ŝúVXH 8ùIÇ̧8ĝ…ĝŭÜR 7ĝNÎŭ˙ò¨7÷j÷˙˙ŝàN 6ŭmú˙˙üó£ 6ŭnú˙˙üŝá/6ŭnú˙˙ŭç16ŭnú˙˙ŭç16ŭnú˙˙ŭç16ŭhñ˙˙üŭÜ.6÷?ĥü˙˙•6÷nġġÙB7ù:˘§§8ù6:9/üûüüûA8ú+E"û => û#D,û6Bû5²™úvğ^û#Ĥ¨#û^ıvÛ‘´>0kġÙB%7´ŝ™/XèêW/™ŭ´6&Ù+@ÑĝuF¤Àûïš }İß˙Óa0 ·öö·Ÿ2aÓŝßİ€ Ù’­ìüÂBhòù˙ŭÛAı÷ü˙ûžHìĝŝŝĝëKžú˙ü÷ĵö&Ĝ÷ŭ˙÷ymú˙˙û•,À˙˙ûÑ`Mô˙˙ûóQ`Ñ˙˙ŭŭ'ß˙˙ûŝnú˙˙ûŭÚ>À˙˙ûĝšOô˙˙ûóSšĝ˙˙ŭŭ'ß˙˙üġnú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙ŭŭ'ß˙˙ŭnú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙ŭŭ'ß˙˙ŭnú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙ŭŭ'ß˙˙ŭnú˙˙úŝä@½ŝ˙˙ü¤Nñ˙˙ûóTĦŭ˙˙ŭŭ'ß˙˙üümú˙˙úó£*ä˙˙û¤6´ĝ˙˙ûóQlÚ˙˙ŭŭ'ß˙˙ŜŝÊj÷ŭ˙ŝàL 0żŝ˙ŭü˘`íüŝüM$§ûŭŝüÀÙ'Ŭüŝ˙ûƒM´ÌüòĤ ‚ċ˙ܸv,ŞÂîĊŻ7k·ÖäıŒ ÙĦ½ïŭÎJEzôÜQ 6ğŭ£H-AaÒhC)F–¸J6Ú >TĠ÷‚<ÀĤ ‚Êh š)Z~ êžFVJ 9Z.ûEú(8ÛEV#&** $(+'!%)# $'($ŝ$$ŭù>““û o““óU"ˆ““‰$U““ŭp ŭW““ŭo  ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙#˙#˙#˙#˙#˙#˙#˙#˙#˙#˙#˙˙ŝ˙ ˙˙ŝ˙ ˙ŝ˙ ˙˙ŝ˙˙˙˙˙ ˙˙˙ŝ˙˙˙˙ ˙˙˙ŝ˙˙ ˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙#˙#˙#˙#˙#˙#˙#˙#˙#˙#˙#˙˙ŝ˙ ˙˙ŝ˙ ˙ŝ˙ ˙˙ŝ˙˙˙˙˙ ˙˙˙ŝ˙˙˙˙ ˙˙˙ŝ˙˙ ˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙#˙#˙#˙#˙#˙#˙#˙#˙#˙#˙#˙˙ŝ˙ ˙˙ŝ˙ ˙ŝ˙ ˙˙ŝ˙˙˙˙˙ ˙˙˙ŝ˙˙˙˙ ˙˙˙ŝ˙˙ ˙ üü üüŝûC7û.E û7BûC5ŭ1û:µ”ú~ğVû–´7û?·‘ ì„1rĝÔ<'8ĵŝ2Û,C×÷n1wû7(9LÂüí” ƒŞâ˙§fÛ–îüż=RĤĊŭ됈Şċqôù˙ŭÖ:Â÷ü˙úö–é*Ŭ÷ŭ˙örxöù˙ŭÓ5È÷ŭFvü˙˙ûî+È˙˙ŭ›ŭ+ċ˙˙úŝş@}ŝ˙˙öì‹*Ï˙˙pvü˙˙ûüÖ:È˙˙ŭ›ŭ+ċ˙˙ûġh}ŝ˙˙öüÓ7Ï˙˙xvü˙˙ü<È˙˙ŭ›ŭ+ċ˙˙üo}ŝ˙˙÷ß9Ï˙˙xvü˙˙ü<È˙˙ŭ›ŭ+ċ˙˙üo}ŝ˙˙÷ß9Ï˙˙xvü˙˙ü<È˙˙ŭ›ŭ+ċ˙˙üo}ŝ˙˙÷ß9Ï˙˙vtú˙˙û<Ċŝ˙˙ŭ›ŭ+ċ˙˙ûün{ü˙˙öß8Ìŝ˙NMÇŝ˙˙û5‡ç˙˙ŭ›ŭ+ċ˙˙úŝÇIQÊ˙˙éß1ê˙€ú˙ŝüà,4Ĉüŝŭü™Û+âüŝ˙ú|†ü˙ŝüŬ&7ÌüHÌŭ£ ‡¸äÙ¸pÛñüËDMÏŝïĵĦ ı÷×W? 4Hĥ›G+Ü ?VÚö|„úÔS> 6IBĦ}_ì£Â?GĈûVGü6)ûHVûWEŝûŭŭ "$$ŭ" ŝ$$÷üŭ&‹““ŭ‹' ŭ]““ŭlä˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ä˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ä˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙äŭŭEŭğPûŝŠ1û˙ͧaû˙úö˙ŝ”˙ŝ”˙ŝ”˙ŝ”˙ŝ”˙ŝ”˙ŝ”ûŝŭü“ûĉÖ¸kû½•G)û„Yŭ:&ŭŭ #$$ŭ)““˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙˙˙˙ ˙˙ŝ˙˙˙ŝ˙˙ŝ˙˙˙ŝ˙˙˙ŝ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙ ˙˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙ ˙ŝ˙˙ŝ˙˙(˙'˙'˙'˙'˙'˙'˙'˙'˙'˙'˙'˙(˙ŝ˙˙ŝ˙˙(˙ŝ˙˙ŝ˙˙(˙ŝ˙˙˙0˙8˙7˙7˙7˙7˙7˙7˙7˙7˙7˙7˙8˙9˙b˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙˙˙˙ ˙˙ŝ˙˙˙ŝ˙˙ŝ˙˙˙ŝ˙˙˙ŝ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙ ˙˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙ ˙ŝ˙˙ŝ˙˙(˙'˙'˙'˙'˙'˙'˙'˙'˙'˙'˙'˙(˙ŝ˙˙ŝ˙˙(˙ŝ˙˙ŝ˙˙(˙ŝ˙˙˙0˙8˙7˙7˙7˙7˙7˙7˙7˙7˙7˙7˙8˙9˙b˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙˙˙˙ ˙˙ŝ˙˙˙ŝ˙˙ŝ˙˙˙ŝ˙˙˙ŝ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙ ˙˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙ ˙ŝ˙˙ŝ˙˙(˙'˙'˙'˙'˙'˙'˙'˙'˙'˙'˙'˙(˙ŝ˙˙ŝ˙˙(˙ŝ˙˙ŝ˙˙(˙ŝ˙˙˙0˙8˙7˙7˙7˙7˙7˙7˙7˙7˙7˙7˙8˙9˙bŭ Żóóûž9äóóüêRŭ ³óóû˜?ċóóüçNŭ ·˙˙ûĤ<ï˙˙üú +ŭ ğ˙˙ûŸB˙˙üĝ)ŭĵ˙˙ûĞ=ï˙˙üŝéNüÀ˙˙ûC˙˙üŝĉJŭrÖ˙˙ûËO@ï˙˙ŭûVü\Ĝ˙˙ûÇLF˙˙ŭĝRŭñ˙˙ûñšDï˙˙ŭûVü¤ò˙˙û•I˙˙ŭĝRŭŞĉ˙˙üĥFï˙˙ŭûVü ‡è˙˙üŻK˙˙ŭĝRŭ<Ĉ˙˙ûŭ³Fï˙˙ŭûVü4É˙˙ûŭ­K˙˙ŭĝRŭ ·˙˙ûĉ†Cï˙˙ŭûVŭ ğ˙˙ûċI˙˙ŭĝRŭ ·˙˙û½3?ï˙˙ŭûVŭ ğ˙˙û¸1E˙˙ŭĝRï“í˙˙é…0Èû˙û×ÈEï –î˙˙ç€5Êû˙ûÖĈAïBĊ˙˙¸9r˙ó~VïEÈ˙ŝ´7vò˙ñ{V ‘ĜĜ€/ĈĜÊ8 ï ”Ĝ×{3ÈĜÇ5 úGkk>úbkdúHkk;úckc ï  )+) ŭŝ î%+*#ŭwúz#Aŭ`ö/~m^ŭPŭ7ÚèèúßJ}èèü³ġ^ĉèèÈ& Şèèŭ‘ŭ<ï˙˙úù“%@·˙˙üÛ` ġ0˘ŭ˙˙êr ğ˙˙ŭŸŭ<ï˙˙úŝâKî˙˙üö´übé˙˙úúÉ%½˙˙ŭĦŭ<ï˙˙üúW•˙˙ŭÎŭp˙˙û1NÓ˙˙üÁ?ŭ<ï˙˙üûW–˙˙ŭÎŭq˙˙ûä:Ħñ˙˙üëŒŭ<ï˙˙üûW–˙˙ŭÎŭq˙˙ûä>Ĉŝ˙˙üŝ ŭ<ï˙˙üûW–˙˙ŭÎüpŭ˙˙ûä>Ĉŝ˙˙üŝ ŭ<ï˙˙üûW–˙˙ŭÎûZŜŝ˙˙ûä:Ħñ˙˙üëŒŭ<î˙˙üúW•˙˙ŭÎü(–ŭ˙˙û1NÒ˙˙üÁ?ġ4Ġü˙˙ŝâKî˙˙üö´ôUäŝ˙úÉ%¤ô˙˙ŭĦġ€ò˙˙ù“%?·˙˙üÛ` ġ'—ú˙êrSÏ˙˙ŭŸġ5ĠèèßJ}èèü³ġPàèÈ&Ħèèŭötz#Aŭ`ö'{mVŭPö++î *+$ŝŝ!ŝ7llîR Yllk,(jll\ (ŭsĜĜíĤµĜĜ×^VÖĜĜş!'ŭ4­˙˙íÖR^˙˙ŝœ+'–ŭ˙˙çc&üwĉ˙˙úò¨.¸ö˙˙ġàcZŜŝ˙˙÷ĵ"&ŭ–˙˙üÎ9à˙˙üŝ|q˙˙ŭä+&ŭ–˙˙üÎ9à˙˙üŝ|q˙˙ŭä+&ŭ–˙˙üÎ9à˙˙üŝ|q˙˙ŭä+&ŭ–˙˙üÎ9à˙˙üŝ|q˙˙ŭä+&ŭ–˙˙üÎ9à˙˙ûŝ|_ĉ˙˙ŭä+&ŭ–˙˙üÎ9à˙˙úŝ{0˘ŭ˙˙ŭä+&ü†ò˙˙úĝğ4Ìû˙˙úïohü˙˙ŭä+'ŭKÀ˙˙òào|é˙˙ŝ³=^ü˙˙ŭä+'ŭ ‡óóò½)Íóóòp ZóóŭÙ)(ŝK““òo z““’<6‘““ŭƒ(ŝ$$ó)+* $$ŭ )úFZZ%2ùžÊÉU7ĝHĠŭü‘"7ĝžï˙˙ÔY6÷BÚŝ˙˙üz6ü›˙˙ŭŝ{6ü#Ŭŝ˙˙ŭŝ{6ŭ$à˙˙ŭŝ{6ŭ$à˙˙ŭŝ{6ŭ$à˙˙ŭŝ{6ü!Óü˙˙ŭôs6÷Œì˙˙ŝG6÷6Óööġ{7ùŠ§§ĤD8ŭ)11ŝa˙ ˙"˙ ˙"˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙"˙ ˙#˙˙$˙˙ŝ˙˙ŝ˙˙˙ ˙˙ŝ˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ŝ˙˙˙ ˙˙ŝ˙˙˙ŝ˙˙˙,˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙+˙˙+˙˙,˙˙˙˙˙˙ŝ˙˙˙˙˙˙˙ŝ˙˙˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ŝ˙˙ŝ˙˙˙ ˙ ˙ŝ˙˙ŝ˙˙˙I˙ ˙"˙ ˙"˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙"˙ ˙#˙˙$˙˙ŝ˙˙ŝ˙˙˙ ˙˙ŝ˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ŝ˙˙˙ ˙˙ŝ˙˙˙ŝ˙˙˙,˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙+˙˙+˙˙,˙˙˙˙˙˙ŝ˙˙˙˙˙˙˙ŝ˙˙˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ŝ˙˙ŝ˙˙˙ ˙ ˙ŝ˙˙ŝ˙˙˙I˙ ˙"˙ ˙"˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙"˙ ˙#˙˙$˙˙ŝ˙˙ŝ˙˙˙ ˙˙ŝ˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ŝ˙˙˙ ˙˙ŝ˙˙˙ŝ˙˙˙,˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙*˙˙+˙˙+˙˙,˙˙˙˙˙˙ŝ˙˙˙˙˙˙˙ŝ˙˙˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ ˙ŝ˙˙ŝ˙˙˙ ˙ ˙ŝ˙˙ŝ˙˙˙IüóóüŞ ŭ*Ùóóŭï[!üYÍ˙˙üĠa ŭ+ä˙˙ŭú_!üžġ˙˙ü÷¨ ü8ĉ˙˙üûi ŭŻ˙˙ŭı ü}ï˙˙üü˘0 ŭŻ˙˙ŭı ü/Çú˙˙üŝ` ŭŻ˙˙ŭı ü&Şö˙˙ŭüq ŭŻ˙˙ŭı ü Tê˙˙ŭùo ŭŻ˙˙ŭı ŭ+ä˙˙üŝÑS ŭŻ˙˙ŭı ŭ+ä˙˙üü‰ üŒë˙˙üî• ÷#ĵ÷˙ŭ×M ü?ż˙˙üÈF ĝdĉ˙ù‰!"ŭ ˆĜĜŭ” ĝ#ıĜÑH"ŭBkkŭH ú[kh!#ŭ++ŭ ÷ úö  ŭNŭUŭ>îi a~A&yr ŭ ”èèü ŭqèèíÂ"´èèĉ|NŜèèÑ6 üLĈ˙˙üÎSŭ|˙˙íċmbÜ˙˙ŝĥ?'”ĝ˙˙ï ü˜ñ˙˙üôĦ ŭ|˙˙úù7´÷˙˙ġí€Pàŭ˙˙ûÒ3 ŭ˙˙ŭıŭ|˙˙üÜ?Í˙˙ûŝ“]÷˙˙ŭì; ŭŻ˙˙ŭıŭ|˙˙üŬ@Î˙˙ûŝ”]ĝ˙˙ŭì; ŭŻ˙˙ŭıŭ|˙˙üŬ@Î˙˙ûŝ”]ĝ˙˙ŭì; ŭŻ˙˙ŭıŭ|˙˙üŬ@Î˙˙ûŝ”]ĝ˙˙ŭì; ŭŻ˙˙ŭıŭ|˙˙üŬ@Î˙˙ûŝ”]ĝ˙˙ŭì; ŭ˙˙ŭıŭ{˙˙üÜ?Í˙˙ûŝ“]÷˙˙ŭì; ü˜ñ˙˙üôĦ ükê˙˙úùÂ7´÷˙˙ġí€Pàŭ˙˙ûÒ3 üLĈ˙˙üÎSç5İŝ˙˙ċmaÜ˙˙ŝĥ>'”ĝ˙˙ï ŭ “èèü ègĉèèÂ"´èèĉ|NŬèèÑ5 ŭNŭUê5~i a~@&yr ŭ++ŭŝ úó  ŝ ŭBllŭH+ŭEllŭEŭ ˆĜĜŭ”+ŭ ŽĜĜŭ ü?ż˙˙üÈF)üC˙˙üBüŒë˙˙üî• )ü ’í˙˙üí ŭŻ˙˙ŭı)ŭ µ˙˙ŭ² ŭŻ˙˙ŭı)ŭ µ˙˙ŭ² ŭŻ˙˙ŭı)ŭ µ˙˙ŭ² ŭŻ˙˙ŭı)ŭ µ˙˙ŭ² ŭŻ˙˙ŭı)ü šñ˙˙ŭ² ŭŻ˙˙ŭı)üPÊ˙˙ŭ² üžġ˙˙ü÷¨ )üİ˙˙ŭ² üYÍ˙˙üĠa*ŭ¤˙˙ŭ² üóóüŞ*ŭœóóŭİ ŭZ““ŭc+ŭ^““ŭfŭ++ŭ úûúö$$ŭŭ7ZZŭ< ú LYVó%XYDDYX'÷UYYPŭ}ÊÊŭ‰ àĴÊÂ@UÈʜ›ÊÇZ?ÀÊʵ) ü3·ŭŭüÁ9 à Wâŭö}#’ûŭÓGFÒŭú–F){ôŭŭêd üä˙˙üèˆ ß!ô˙ŭÊFYĠŝ˙î˙ŝ×·kCÇû˙˙÷·+ ü­ŝ˙˙üŝ· ü Sç˙˙ëù~zŭ˙˙ŝÙB"Ìŝ˙˙ŭû’\ö˙˙ŭê; ŭŻ˙˙ŭı ü&İö˙˙ûŭĊL|˙˙ûï™3Î˙˙ûŝ”]ĝ˙˙ŭì; ŭŻ˙˙ŭı ŭ9é˙˙üùr|˙˙ûŝÚ?Î˙˙ûŝ”]ĝ˙˙ŭì; ŭŻ˙˙ŭı ŭ:ì˙˙üüs|˙˙üŬ@Î˙˙ûŝ”]ĝ˙˙ŭì; ŭŻ˙˙ŭı ü4Úü˙˙üüs|˙˙üŬ@Î˙˙ûŝ”]ĝ˙˙ŭì; ŭŻ˙˙ŭı üŒò˙˙üüs|˙˙üŬ@Î˙˙ûŝ”]ĝ˙˙ŭì; ü¤ù˙˙üú ü?ç˙˙ûòltġ˙˙úü;Âû˙˙úöŠWìŝ˙˙ŭì; üfĠ˙˙üÜn ŭ+ä˙˙êŭıCHÀŝ˙˙ìŠ%~ċ˙˙ŝÉU5Żú˙˙ŭì; üĤööü²" ŭ*Üööêós|ôööÒ6 -Ċööôcìööŭä9 ŭf§§ŭp ŭ•§§ê¤>E§§‰ §§T2Ÿ§§ŭš' ŭ11ŭ! ŭ ,11ú011ú)%11ú/11ŭ- H ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙ŝ˙˙ ˙ŝ˙ ˙˙$˙˙ŝ˙ ˙˙ŝ˙˙ ˙ŝ˙˙ ˙ŝ˙˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙ŝ˙ ˙ ˙ŝ˙ ˙˙"˙ ˙ŝ˙˙ ˙ŝ˙˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙ŝ˙ ˙ ˙ŝ˙˙˙˙ŭ˙ ˙ ˙ŝ˙˙˙˙ŭ˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ŝ˙˙ ˙˙ŝ˙˙B ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙ŝ˙˙ ˙ŝ˙ ˙˙$˙˙ŝ˙ ˙˙ŝ˙˙ ˙ŝ˙˙ ˙ŝ˙˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙ŝ˙ ˙ ˙ŝ˙ ˙˙"˙ ˙ŝ˙˙ ˙ŝ˙˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙ŝ˙ ˙ ˙ŝ˙˙˙˙ŭ˙ ˙ ˙ŝ˙˙˙˙ŭ˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ŝ˙˙ ˙˙ŝ˙˙B ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙ŝ˙˙ ˙ŝ˙ ˙˙$˙˙ŝ˙ ˙˙ŝ˙˙ ˙ŝ˙˙ ˙ŝ˙˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙ŝ˙ ˙ ˙ŝ˙ ˙˙"˙ ˙ŝ˙˙ ˙ŝ˙˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙ŝ˙ ˙ ˙ŝ˙˙˙˙ŭ˙ ˙ ˙ŝ˙˙˙˙ŭ˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙ŝ˙˙ ˙˙ŝ˙˙B ÷MċóóáE ŭ‘óóü¸ŭS÷(š÷˙˙ô•# ŭ˜˙˙üŬl ŭ,ž÷Hâŭ˙˙ŭà@ ŭž˙˙üĝ·ŭOäŭPô˙˙ŭòG üK˙˙ŭÊŭXġŭPô˙˙ŭòG üï˙˙ŭÊŭXġŭPô˙˙ŭòG ŭİ˙˙ŭÊŭXġŭPô˙˙ŭòG üĤŭ˙˙üŝÇŭVóŭPô˙˙ŭòG ü}˙˙üì—ŭ@ĈŭPô˙˙ŭòG ü1³˙˙üÍAŭv÷?Ïü˙˙ûÍ8 ÷{ç˙˙î˜ŭ;÷ġ˙˙ñy ÷7°˙˙ÈGŝ÷=ËĜĜÇ7 ĝvĜĜ•ŝ ùekkc ù9kkH#ù (++' ĝ++%ŝ ù wu ŭCŭ]ŝ$÷DÚèèÖ= ŭ €èèŭŞ ŝA÷"Œö˙˙ó‡ üBı˙˙ŭğŝH÷EÛŭ˙˙üÙ= ü†ï˙˙üĵŭKŭOó˙˙ŭòF ü?ğ˙˙üÓPŭ…ŭPô˙˙ŭòG ü‡é˙˙üñ£ŭEÑŭPô˙˙ŭòG ü§ŝ˙˙üŝÈŭWôŭPô˙˙ŭòG ü§ŝ˙˙üŝÈŭXġŭPô˙˙ŭòG ü‡é˙˙üñ£ŭXġŭOó˙˙ŭòF ü?ğ˙˙üÒPŭWġ÷EÛŭ˙˙üÙ= ŭ š˙˙ûó¤ŭKŜ÷"Œö˙˙ó‡ ŭ˜˙˙üÏUŭ%‘÷DÚèèÖ= ŭŠèèü ŭJ ù wu ŭLŭVŝ$ ù (++' ÷#++" ŝ ùellc ŭ9llŭO!÷>ËĜĜÇ7 ŭwĜĜŭž ŝ÷ġ˙˙ñy ü7°˙˙ŭğŝ÷@ü˙˙ûÍ8 ü{ç˙˙ŭğŭ;ŭPô˙˙ŭòG ü1³˙˙üÍAŭwŭPô˙˙ŭòG ü}˙˙üì˜ŭ@ĈŭPô˙˙ŭòG üĤŭ˙˙üŝÇŭVóŭPô˙˙ŭòG ŭİ˙˙ŭÊŭXġŭPô˙˙ŭòG üï˙˙üġ­ŭXġŭPô˙˙ŭòG üK˙˙üĜ^ ŭXġ÷Hâŭ˙˙ŭà@ ŭž˙˙üżŭOä÷(š÷˙˙ô•# ŭ˜˙˙ŭğŭ,ž÷MċóóáE ŭóóŭ²ŭS ù%Š““‡! ŭW““ŭlŝ) ù (++' ŭ$$÷ŝŭĝ ùTZZS ú JYVñ#WYYJ û˙˙ü÷Ž ÷.¨ĝ˙˙ö¤)ŭ)ß˙˙úüĵEvŭ˙˙ôí&{˙˙ŝÌX ÷ YéööċR ŭ(×ööúñxrôööôÔ; *Áööġ” ù*œ§§™%ŭ‘§§ú£CM§§ġ‹ |§§ĤX ù .11- ŭ+11û011ú)%11ŝB˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙G˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙G˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙Gŝèóóŭä> ŭ ¨óóü¤ü híóóŭ×+ŝĝ˙˙ŭï@ ŭ °˙˙üÑ^ü8­û˙˙ŭâ-ŝŝ˙˙ŭï@ üµ˙˙üö£ üdëŝ˙˙ŭâ-˙ŭï@ üWÑ˙˙ŭ´ ŭpú˙˙ŭâ-˙ŭï@ ü¤ó˙˙ŭ´ ŭpú˙˙ŭâ-˙ŭï@ ŭÀ˙˙ŭ´ ŭpú˙˙ŭâ-˙ŭï@ ü½ŝ˙˙üŝħ ŭnĝ˙˙ŭâ-ŝû˙˙ŭï@ ü é˙˙üĉ† üQŭ˙˙ŭâ-ŝġ˙˙ŭï@ ü;Ċ˙˙üĵ6ü‰ù˙˙ŭâ-ùÌû˙úÉ3 ÷ Žë˙˙é… ÷MĠŭ˙÷ğ$ùxò˙ït ÷BÀ˙˙ı<ĝ!‰ĝ˙ċeù6ÇĜÄ2 ù ‹ĜĜ ĝIÏĜ¸&úcka ùCkk>ú!gk[ù)+) ĝ++$ĝ *+(ŝyŭx ŭPŭRŭ0{ŭqŝÜèèŭÚ: ü–èèŭ•ŭWáèèŭÎ)ŝò˙˙ŭï@ üOÈ˙˙ŭ¤ ŭ_÷˙˙ŭâ-ŝò˙˙ŭï@ ü ›ò˙˙ŭĤ üc÷˙˙ŭâ-ŝö˙˙ŭï@ üJË˙˙üDü'•ú˙˙ŭâ-ŝü˙˙ŭï@ ü šï˙˙üì üXÚŭ˙˙ŭâ-˙ŭï@ üŝ˙˙üŝ² ŭoù˙˙ŭâ-˙ŭï@ üŝ˙˙üŝ² ŭpú˙˙ŭâ-˙ŭï@ ü šï˙˙üì ŭpú˙˙ŭâ-˙ŭï@ üJË˙˙üDŭoú˙˙ŭá-ùŭ˙˙üĠ8 ŭ²˙˙ü ÷`ċŝ˙˙ùÈ'ù÷˙˙ñ‚ ŭ °˙˙üÁH÷/Ħû˙˙ètùŬèèÒ8 ŭ  èèŭŒ ÷_áèèĈ+úxs ŭXŭJù/{lú)+& ÷$++ ù *+$úcla ŭCllŭEú!gl[ù6ÈĜÄ2 ŭ ‹ĜĜŭ‹ĝIĜı&ùxò˙ït üBÀ˙˙ŭ¤ ĝ!‰ĝ˙ċfùÌû˙úÉ3 ü ì˙˙ŭ ÷MÖŭ˙÷ğ$ŝġ˙˙ŭï@ ü<Ċ˙˙üĵ7ü‰ù˙˙ŭâ-ŝû˙˙ŭï@ ü é˙˙üĉ† üQŭ˙˙ŭâ-˙ŭï@ ü½ŝ˙˙üŝħ ŭnĝ˙˙ŭâ-˙ŭï@ ŭÀ˙˙ŭ´ ŭpú˙˙ŭâ-˙ŭï@ ü¤ó˙˙üñ™ ŭpú˙˙ŭâ-˙ŭï@ üWÑ˙˙üÊQŭpú˙˙ŭâ-ùŝ˙˙ŭÜ: üµ˙˙üİ÷dêŝ˙˙ûÏ)ùĝ˙˙ò‘ ŭ °˙˙ŭ¤ ÷8­û˙˙ëƒùèóóŬ@ ŭ ¨óóŭœ÷ hìóóÑ2ú‹““… ŭe““ŭ^ù7Ž““|ú"$$  ÷(++(ù%*+$ù9ZZ5úVZL ù €ÊÊwĝAÁÊĞ ÷6ıŭŭ°1ĝ}ġŭáX ÷ä˙˙áx÷FÈü˙ô­!ö ŝ˙˙ŝ´+ü~÷˙˙ŭà-ŭ °˙˙üßxüIÄü˙˙ŭâ-ü"ş˙˙üŝħ ŭnĝ˙˙ŭâ-ü sŜ˙˙ŭ´ ŭpú˙˙ŭâ-üó˙˙üö¤ ŭpú˙˙ŭâ-üe×˙˙üÑ^ŭpú˙˙ŭâ-ü¸˙˙ü­ühŝ˙˙ŭâ-ŭ °˙˙ŭ¤ ü@ıü˙˙ŭâ-ŭ ŞööŭžüsööŭÚ,ŭs§§ŭkŭ>˘§§ŭ”ŭ"11ŭ ŭ011ŭ+ F7˙7˙6˙6˙6˙6˙6˙7˙7˙7˙7˙7˙8˙9˙7˙7˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙8˙8˙8˙9˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙8˙8˙8˙8˙7˙7˙7˙6˙6˙6˙6˙6˙6˙7˙7˙7˙7˙@7˙7˙6˙6˙6˙6˙6˙7˙7˙7˙7˙7˙8˙9˙7˙7˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙8˙8˙8˙9˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙8˙8˙8˙8˙7˙7˙7˙6˙6˙6˙6˙6˙6˙7˙7˙7˙7˙@7˙7˙6˙6˙6˙6˙6˙7˙7˙7˙7˙7˙8˙9˙7˙7˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙8˙8˙8˙9˙7˙6˙6˙6˙6˙6˙6˙6˙6˙7˙7˙8˙8˙8˙8˙7˙7˙7˙6˙6˙6˙6˙6˙6˙7˙7˙7˙7˙@7ŭ!Ïóóüñk6ŭ"Ĝ˙˙üŭp5ü.Û˙˙üŭy 5üsé˙˙üŝĴ85ü$ĵ÷˙˙ŭéo5üŸò˙˙ŝƒ5ü Jà˙˙ŭü6ŭ"Ĝ˙˙üŝĜ`6ŭ"Ĝ˙˙üŭ–$6÷ħġ˙ŝŬ[6ĝ ZŜ˙û–'7ĝŻĜÓV8ú Vki(8ĝ'+* 7ŭlŭ~87ŭĊèèüĉf6ŭ"Ĝ˙˙üŭp5ü&Ù˙˙üŭs5üeĉ˙˙üŝ˘.5ü$ı÷˙˙üŝáh5ŭ-ß˙˙ŭŝ5ŭ-ß˙˙ŭŝ5ü$ı÷˙˙üŝáh5üeċ˙˙üŝ˘.5ö"żĝ˙˙ŭs6÷iâ˙˙ŭp6÷½èèĉf7ù f~88ù"+* 8ú Wli(8ĝŻĜÓW7ĝ ZŜ˙û–'7÷²ġ˙ŝŬ[5ü V˙˙üŭ—$5ü!ô˙˙üŝĜ`5ü-Ŝŝ˙˙ŭü5ŭ-á˙˙ŝƒ5ü&ù˙˙ŭéo5üsé˙˙üŝĴ85ö+Èú˙˙ŭy 6÷xĉ˙˙ŭp6÷'Çóóñk7ĝv““’A7ù"+*&8úHZX"8ĝ£ÊÄN7ĝ MÙŭĝŠ7÷£ñ˙ŭÑR6÷"Öŝ˙˙ûŒ6ŭ"Ĝ˙˙üŝÎV5ü;Ŝ˙˙ŭŭ€5ü‘ï˙˙ŝƒ5ü&Äù˙˙ŭñv5ü‚ì˙˙üŝ¸B5ü6Ü˙˙üŭ6ŭ"Ĝ˙˙üŭp6ŭ!Ñööüôm6ŭŽ§§üJ6ŭ*11ŝ@˙˙˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙)˙˙(˙˙(˙˙' ˙˙' ˙˙' ˙˙' ˙˙' ˙˙' ˙˙' ˙˙' ˙˙(˙˙(˙˙+˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙ ˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙ ˙&˙ ˙&˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙&˙ ˙&˙ ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ ˙ŝ˙˙˙ŝ˙˙ŝ˙˙˙ŝ˙˙ ˙ŝ˙˙ŝ˙%˙-˙.˙.˙.˙.˙.˙.˙.˙.˙-˙-˙˙ŝ˙˙ŝ˙˙˙ŝ˙˙ŝ˙˙˙@˙˙˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙)˙˙(˙˙(˙˙' ˙˙' ˙˙' ˙˙' ˙˙' ˙˙' ˙˙' ˙˙' ˙˙(˙˙(˙˙+˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙ ˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙ ˙&˙ ˙&˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙&˙ ˙&˙ ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ ˙ŝ˙˙˙ŝ˙˙ŝ˙˙˙ŝ˙˙ ˙ŝ˙˙ŝ˙%˙-˙.˙.˙.˙.˙.˙.˙.˙.˙-˙-˙˙ŝ˙˙ŝ˙˙˙ŝ˙˙ŝ˙˙˙@˙˙˙˙˙ ˙˙ ˙˙ ˙˙ ˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙)˙˙(˙˙(˙˙' ˙˙' ˙˙' ˙˙' ˙˙' ˙˙' ˙˙' ˙˙' ˙˙(˙˙(˙˙+˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙ ˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙ ˙&˙ ˙&˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙'˙ ˙&˙ ˙&˙ ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ ˙ŝ˙˙˙ŝ˙˙ŝ˙˙˙ŝ˙˙ ˙ŝ˙˙ŝ˙%˙-˙.˙.˙.˙.˙.˙.˙.˙.˙-˙-˙˙ŝ˙˙ŝ˙˙˙ŝ˙˙ŝ˙˙˙@ŭfïóóûĠ4·óóó•HâóóäJ–óóŭşŭ‘óóŭ·ŭkú˙˙ûí†)À˙˙óÉT(—ġ˙˙ö˜*SÉ˙˙ŭü˜ŝ˙˙ŭÀŭkú˙˙ûüÓ<À˙˙óô”Háŭ˙˙ŭáK”ô˙˙ŭü žŝ˙˙üÄŭlú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙ŭüI˙˙üÛ` ŭmú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙ŭüˆë˙˙üġŻŭnú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙ŭüoÛ˙˙ŭÌŭnú˙˙üçAÀ˙˙ü¤Nñ˙˙ûóTĦŭ˙˙ŭü%­˙˙üŝÉŭmú˙˙üçAÀ˙˙û¤<Âú˙˙ûóRxá˙˙ŭü˜ŝ˙˙üî™ŭlú˙˙üçAÀ˙˙û¤lñ˙˙úóN.°ŝ˙˙ŭü˜ŝ˙˙üÑCàUÚŝ˙öѸ4™Íì˙˙é„1Ĉù˙üÎ=vċ˙˙÷yĉ˙˙ï›à%‘û˙àkPB]Â˙˙¸;pí˙ô|3Ĵŭ˙ÎJ÷4Żŝ˙ÌHàRÓĜ³! ĜĜ€ /ÂĜÊ;rÖĜ›ĝu×Ĝ™ú&hkX òDkk>`kdú6jkLú8kkKĝ *+(û  úú ĝ#*+&ŭ5}ŭn(ŭLŭ`ŭaäèèüÊ,'ŭŠèèŭŻŭkú˙˙üëw'ü˜ŝ˙˙ŭÀŭkú˙˙üúÌ*'üšŝ˙˙ŭÁŭlú˙˙ŭĉ0&ü=ĵ˙˙üÖRŭmú˙˙ŭç1&ü†ê˙˙üòŭnú˙˙ŭç1&ü§ŝ˙˙üŝÊŭnú˙˙ŭç1&ü§ŝ˙˙üŝÊŭmú˙˙ŭç1&ü†ê˙˙üò¤ŭlú˙˙ŭĉ0&û<ğŝ˙˙üÖR÷\äŝ˙˙úÌ*'ü…î˙˙ŭÁ÷-û˙˙ëw'÷@¸ŝ˙˙À÷YâèèÊ,(ĝĉèèŻù-|n*ùB~`ö)++% ó  ö  ù*+&ö&ill]Kllç>dlld>kllL Ylh& ú8klKġRÓĜĜş™ĜĜó€ 9ÉĜĜË;ĜĜġ›³ĜÒQ ĝu×Ĝ™ġ%‘û˙˙Ü%JÌ˙˙ĉ¸<{ó˙˙ô};¸ŝ˙˙ÎJ ]á˙ú’$ ÷4Żŝ˙ÌHġUÚŝ˙˙Ü' ›ï˙˙óé„?Ïû˙˙üÎCƒé˙˙ô ĥö˙ŭÛV÷zĉ˙˙ï›ŭlú˙˙ûċYÀ˙˙ü¤Pô˙˙üóT¤˙˙ûYĉ˙˙ûŭ’"ü/³˙˙üÑCŭmú˙˙ûġ²4À˙˙ü¤Pô˙˙üóT¤˙˙û6ħö˙˙ûŝÖ[ü|˙˙üî™ŭnú˙˙ûŝä@À˙˙ü¤Pô˙˙üóT¤˙˙ûBâŝ˙˙üüzüĤŭ˙˙üŝÉŭnú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙üCċ˙˙ŭ|ŭ¨˙˙ŭÌŭmú˙˙üçAÀ˙˙ü¤Pô˙˙ûóS‹î˙˙û;Çú˙˙üèiüï˙˙üġŻŭlú˙˙üçAÀ˙˙ü¤Pô˙˙ûóOGÀ˙˙û'vë˙˙ûŭ¨5üI˙˙üÛ_ ġ`êŝ˙˙üÓ;­÷˙˙òô”Háŭ˙˙ŭáE šŝ˙˙ġ.Ëú˙˙ŭs ü ò˙˙üÄġ5İü˙˙í† eĜ˙˙òÉT(—ġ˙˙ö˜&“ŝ˙˙ġ{è˙˙üj÷LÁŝ˙˙Àġ cíóóÔ3Żóóò•GâóóäJŒòóóġş)Ìóóñe ĝ ‰òóó·ö4““f““òT"ˆ““‰$U’““öp y““‘= ùM’““o ö)+) ++ĉ#*+( '++)#+*& ŝ$$ìXZJ ?ZZö4PZTó.YZ@ JZW ï JYVIÄÊĤ ÊÊĉv)´Ê½4hÈʐ ĤÊÄIîİÊF…ĝŭÜQ =ĊŭŭĉŻ1céŭñp)˘ûŭÈ= PŬŭĝ†î Rßŭ÷‚MÍŭ˙òĤ é˙˙ċàx,·÷˙úÀ7kÛŝ˙ꏧò˙ŭÏNîİó˙ŭÎKjĝ˙˙ŝàL½ŝ˙˙úŝ˘`í˙˙íñM$§ŭ˙˙ŝÀLâŝ˙˙û‡ŭ'Ŭ˙˙ûû„mú˙˙ûó¤0À˙˙û¤6´ĝ˙˙ûóQlÚ˙˙û2˘ó˙˙ûŝËQŭ'ß˙˙ûŝÊnú˙˙ûŝä@À˙˙ü¤Nñ˙˙ûóTĦŭ˙˙ûBâŝ˙˙üŭzŭ'ß˙˙üŭnú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙üCċ˙˙ŭ|ŭ'ß˙˙ŭnú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙û>Óü˙˙üñqŭ'ß˙˙ŭlú˙˙üçAÀ˙˙ü¤Pô˙˙üóT¤˙˙û+…î˙˙ûŝ´>ŭ'ß˙˙ŭkú˙˙ûŭÚ>À˙˙óĝšJèŝ˙˙ŝçN™ĝ˙˙û9à˙˙üŭy ü%Óü˙˙üġkú˙˙û•,À˙˙óÑ`.÷˙˙ĝĤ0`Ñ˙˙û%Ŭ˙˙üüjöŒí˙˙ŝgòööûÙ@ıööó TçööèW žööûĵ$Ġööüôfö8ÔööôyF¤§§û }§§ò`'š§§œ(`Ĥ§§û §§ŭE÷‹§§B011û*%11ó -11. 11û%*11ŝŭ)11ŝ?˙ ˙"˙ ˙"˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙"˙ ˙#˙ ˙$˙˙$˙ ˙#˙ ˙"˙ ˙"˙ ˙"˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙"˙ ˙#˙ ˙$˙˙˙ŝ˙˙˙˙˙ŝ˙˙˙˙˙ ˙˙˙ ˙˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙˙˙ ˙˙˙ŝ˙˙˙˙˙˙ŝ˙˙˙ŝ˙˙˙˙˙˙ŝ˙˙˙ŝ˙˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŭ˙˙˙˙˙ŝ˙˙ŭ˙˙˙˙˙ŝ˙˙˙;˙:˙8˙7˙'˙ ˙"˙ ˙"˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙"˙ ˙#˙ ˙$˙˙$˙ ˙#˙ ˙"˙ ˙"˙ ˙"˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙"˙ ˙#˙ ˙$˙˙˙ŝ˙˙˙˙˙ŝ˙˙˙˙˙ ˙˙˙ ˙˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙˙˙ ˙˙˙ŝ˙˙˙˙˙˙ŝ˙˙˙ŝ˙˙˙˙˙˙ŝ˙˙˙ŝ˙˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŭ˙˙˙˙˙ŝ˙˙ŭ˙˙˙˙˙ŝ˙˙˙;˙:˙8˙7˙'˙ ˙"˙ ˙"˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙"˙ ˙#˙ ˙$˙˙$˙ ˙#˙ ˙"˙ ˙"˙ ˙"˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙"˙ ˙#˙ ˙$˙˙˙ŝ˙˙˙˙˙ŝ˙˙˙˙˙ ˙˙˙ ˙˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙ ˙˙ ˙˙˙ ˙˙˙ŝ˙˙˙˙˙˙ŝ˙˙˙ŝ˙˙˙˙˙˙ŝ˙˙˙ŝ˙˙˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŭ˙˙˙˙˙ŝ˙˙ŭ˙˙˙˙˙ŝ˙˙˙;˙:˙8˙7˙'üNçóóŭċ? ŭ™óóŭ² !ü(ĝ˙˙ŭñC ŭ ˙˙ŭş !üIĉŝ˙˙ŭñC üĤ˙˙üż ŭQĝ˙˙ŭñC üMÈ˙˙üĜ[ ŭQĝ˙˙ŭñC üí˙˙üôŞ ŭQĝ˙˙ŭñC üuŜ˙˙ŭÇ ŭPġ˙˙ŭñC ü'´˙˙üŝÄ ü;Çû˙˙ŭñC ŭ ˙˙üì” üsô˙˙ŭñC ŭ ˙˙üÍ? ÷6Ëû˙ûË5 ÷€è˙˙î– "ĝvñ˙òv ÷7µ˙˙ÈD"ĝ4ÇĜÈ4 ù|×Ĝ” $úbkcú öTÑŝ˙£÷1ĵù˙ùĵ0ïġ˙üËDZĠ˙˙ï½Ħötû˙˙ŝüà(üfñ˙˙ŭîBŭ+˙˙ôú}{ü˙˙ŝüŬ"üOvü˙˙ŭ)ü5ıú˙˙ŭñCŭ+ċ˙˙úŝÇI}ŝ˙˙ŭß"vŝü˙˙ŭ)ŭPġ˙˙ŭñCŭ+ċ˙˙ûün}ŝ˙˙ŭß"üxvü˙˙ŭ)ŭQĝ˙˙ŭñCŭ+ċ˙˙üo}ŝ˙˙ŭß"üxvü˙˙ŭ)ŭQĝ˙˙ŭñCŭ+ċ˙˙üo}ŝ˙˙ŭß"üxvü˙˙ŭ)ŭQĝ˙˙ŭñCŭ+ċ˙˙üo}ŝ˙˙ŭß"üpoó˙˙üüÖ&üLìŝ˙˙ŭñCü)Ĝŭ˙˙ûġhuġ˙˙üüÓ öEDğŭ˙˙îü/Ğù˙˙ŭñCġ‘˙˙ŝş@Hż˙˙üì‹ĝvóööĠ:ü Zëööŭè@ġ;Ùööôr|ööüÒ5ù@¤§§Œŭ+§§ŭ,ñ§§<EĤ§§Šù011)ĝ .221. ö*11011ŭ)û?= :û'Ğ9ĝ\êT37ĝ+°÷ġ´,6÷ [ìŝŝ÷ç@&˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙üSêóóü,Ħú˙˙üOéŝ˙˙ŭXû˙˙ŭXû˙˙ŭXû˙˙ŭVĝ˙˙ü@Ëü˙˙üx÷˙˙ĝ;Ïü˙úĠù{ô˙vù8ËĜĈ/údkbù)+'ù$ztĝKßèèÔ5ĝ%”ù˙˙ò†ĝLŝ˙˙üâŭWû˙˙ŝŝŭXû˙˙ŭXû˙˙ŭWú˙˙üEÖŭ˙˙ü†ĝ˙˙ŝŝĝBÛŭ˙üâù‰ġ˙ò†ù?ÚèÔ4wt)+'ll7gllbĜĜrCĜĜĈ/˙˙Ĵ3†ĝ˙˙v˙˙ċvF×ŭ˙˙ûĠ˙˙ü”Xû˙˙ü”Xû˙˙ü”Xû˙˙ü”Xû˙˙û”Jàŭ˙˙û”%“ù˙˙úò…Sö˙˙úÀJGġ˙˙óú… Dêóó“úJ)““$ô $*+*%úTZRù1½Ê¸(ùnñŭíhĝ5Áú˙ùĊükô˙˙ŝüü9½û˙˙ŭVĝ˙˙ŭXû˙˙ŭXû˙˙ŭXû˙˙üRŝ˙˙ü2Żû˙˙ü `îööŭ/ §§ù/2211û@< û+£ùaíáO6ù/´ùô²§ù`ïŝŝ÷ġ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @1˙7˙7˙7˙6 ˙5 ˙5 ˙5 ˙5 ˙5 ˙6˙6˙6˙7˙9˙:˙ŝ˙˙8˙8˙8˙8˙8˙8˙8˙8˙8˙8˙8˙8˙8˙1˙7˙7˙7˙6 ˙5 ˙5 ˙5 ˙5 ˙5 ˙6˙6˙6˙7˙9˙:˙ŝ˙˙8˙8˙8˙8˙8˙8˙8˙8˙8˙8˙8˙8˙8˙1˙7˙7˙7˙6 ˙5 ˙5 ˙5 ˙5 ˙5 ˙6˙6˙6˙7˙9˙:˙ŝ˙˙8˙8˙8˙8˙8˙8˙8˙8˙8˙8˙8˙8˙8˙2ŝ!!ŭ6ŭW““ŭo 6ŭŭµ6ü˜ŝ˙˙ŭÀ6ü žŝ˙˙üÄ4üI˙˙üÛ` 4üî˙˙üöħ4üoÛ˙˙ŭÌ4û"Ğŝ˙˙ŭÌ5ü˜ŝ˙˙üî™5ü˜ŝ˙˙üÑC5÷wċ˙˙ïš6÷5Żŝ˙ÌH7ĝu×ٙ8ú8klK9÷ ŝ 7ŭpŭ~37ŭ$Íêêŭèc7ŭ'ß˙˙ŭŭĤ7ŭ'ß˙˙ŝè7ŭ'ß˙˙8ŭ'ß˙˙8ŭ'ß˙˙8ŭ'ß˙˙8ŭ'ß˙˙8ŭ'ß˙˙8ü"Ċù˙˙ŝê7ĝoĉ˙˙ŭĤ7ù'×˙˙ün˙7˙7˙7˙7˙7˙7˙7˙7˙8˙8˙:˙:˙ ˙#˙ ˙"˙ ˙"˙ ˙"˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙"˙ ˙#˙ ˙$˙˙ŭ˙˙˙ŝ˙˙˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙ŝ˙˙ŝ˙˙#˙#˙#˙#˙#˙#˙#˙#˙#˙#˙#˙˙˙7˙7˙7˙7˙7˙7˙7˙7˙8˙8˙:˙:˙ ˙#˙ ˙"˙ ˙"˙ ˙"˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙"˙ ˙#˙ ˙$˙˙ŭ˙˙˙ŝ˙˙˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙ŝ˙˙ŝ˙˙#˙#˙#˙#˙#˙#˙#˙#˙#˙#˙#˙˙˙7˙7˙7˙7˙7˙7˙7˙7˙8˙8˙:˙:˙ ˙#˙ ˙"˙ ˙"˙ ˙"˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙!˙ ˙"˙ ˙#˙ ˙$˙˙ŭ˙˙˙ŝ˙˙˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙ŝ˙˙˙ŝ˙˙ŝ˙˙#˙#˙#˙#˙#˙#˙#˙#˙#˙#˙#˙˙ü/Ğù˙˙ŭñC6üMîŝ˙˙ŭñC6ŭQĝ˙˙ŭñC6ŭQĝ˙˙ŭñC6ŭQĝ˙˙ŭñC6ŭOó˙˙ŭñC6ü5¸ú˙˙ŭñC6÷hïûŝûìA7ĝ1ŻÄïÄŻ07ĝCdÔcB8ù#ž!9üD 9ĝ "$" ŝ!!ŭ"ŭ&‹““ŭ‹' ŭ]““ŭl!üPäŭ? ŭ—ŭ° !ü)ĝ˙˙ŭñC ŭ ˙˙ŭş !üIĉŝ˙˙ŭñC üĤ˙˙üż ŭQĝ˙˙ŭñC üMÈ˙˙ü×\ ŭQĝ˙˙ŭñC ü”ï˙˙üġ­ ŭQĝ˙˙ŭñC üuŜ˙˙ŭÇ ŭQĝ˙˙ŭñC ü$³˙˙ŭÇ ü;Ĉû˙˙ŭñC ŭĦ˙˙üì” üsġ˙˙ŭñC ŭ ˙˙üÍ? ÷7Éû˙ûÉ5 ÷~ç˙˙í• "ĝvñ˙òv ÷8´˙˙ÈD"ĝ4ÇÙÈ4 ù|Ĝٔ $úclcú3B3x44˜5 527İ?YEŝŝí  í  ë"('"%(& ë"('"&(% ë 6JUUJ;15CQWRB, ê 6JUUJ;15CQWQA+é4YzŒ{bRWo…ˆoL)é4Z{ŒzaRXo†‡nK(é Fw˘ğş£‚mu“²ż·™k= é Gx£ğı˘‚mv”²żĥ—j<é(UŒĵÖĠ½˜ˆİËÜĠ·†P& (U½ÖĠĵ˜‰ŞÌÜÔµ„O% 1b›Ëä˨•µ×éċʙ`/Ï0a›Ëä˧–ĥĜéäȘ^.>rĞÖëêÖĥžĦĵÜîìÔk6Î;p¨ĠëêĠµžĦ½ÜîìÓ¤i5 J‚ıßßĴĞÂßïÙĴp: Î F}µŬïŜÂĞĞßîĜŞo8 %RŒÁċôóäË´²ĊàÛs; Î "M†ĵâóòÊ´²ĈàñÚ­q: %R‹ÁäóòäÊ´ħĊßïïÚs; Î "L…ğáòòʳħĊàïÙĴq: IµÛîîŜÁݨÛîîĜĞp9 Ï DzħÙíîŬÀݨżÜîíתo89j ËäĉÒ²——²ÓèèÒ¤j6è7gžËċÒħ—˜³ÔèèÑ˘i5é)R…´ÓןžÂÚÜĖ^.é(Q…´Óמ‚ŸÛÛ”\-é ;h—¸ÀĴˆigƒİÂĞ~L$ é ;h˜¸ÀЇih„İÂŞ}K# é'Lv•žlPMe‡ŸĦŠb8é(Mw–žkPMfˆ  ‰a7ê 6Ys{lP96Jh}~jI(ê 7Zt{kP97Ki}~jH'ë-KafV=**>Ylm[< ë.KbfV=*+?ZmmZ< ë 4SjlX<*.EdxxcA! ë 4TjkW;*.Fdxwb@ ê%Hn‡‡nM9?]€—–zQ)ê%Hoˆ‡mL9@^˜•yP)é7cĞގiRZ{˘ıµ•d4é8dĞݍhRZ|£şµ”b3é&O€ÉÈ­ˆpv—½ÓÌŞuA&N€ÉÇĴ‡pw™ÓÌİt?7gœÈŜŬǍ‘ÏâÛş†N$ Ï5dšÇŜŬĈ¤‘ŻâÛı„M#  G}²ÙìëĜğ¤ĵÚêċȖ\-Ï CxŻ×ëêĜğ¤½ÚêäĈ”[, $QŠżòñâɲ°ÄŜîëÑ˘h4Î !K„ğàññáȲ°ÄßîêĦf3 %RŒÂäóòäË´ħĊßïî×İn8 Î "M†ĵáòòÊ´²ĈßïíÖ¨m7 !K‚¸ŬïïßĴŞÀÜîîĜĞp9 Ï F}³ÛîïŜĴŞÁŬîí×İn8mœ½Ä°Œnlˆ­ĈÇŻ‚O&é >m½ÄŻ‹ml‰ÇǁN% é*P{›¤’qTQjŒ¤e; é+Q|›£‘pTQkŒd9 ê 9\wpT<9Mk~iG'ê :]xpS;9Nk~hF&ë-KbgX?++>WgcN1 ë.LbfW>++>XgcM1 ë1PfhU:)+A\jbI+ë1PfgT:(,B\jaH*ë "ChiH5;Vv„yX4ë #Di€hH5;Wv„xW3ê4^‰¤ˆcMTt˜¨štG" ê4_Š£‡cMUu˜§™sF" é $J{İĊ¨ƒkq’ĥĈı’`3 #J|ŞÄ§‚kr“ĥĈ¸^24c˜ÄÜÛĦ‰ŞËÛĴyE Ï2a–ÛÚ ˆĞÌÛÏĞwD  DyŻ×êéÖıĦ˘şĜçàÁW*Ï@uĴĠééĠ¸Ħ˘ğĜçßÀV) $P‰âòñâɳ°ÄŜíéΟe2Î !KƒıßññâɳħÄŜíè͞d1 %SċġġéÒĵ¸ÈàïíÖ¨m8 Î "N‡½âóôèÒĵ¸ÉáïíĠ§l7 "M†ĵáóġêÔ¸ÈßïîĜĞp9 Î I¸ßòġêÔ¸Èàïí×İn8BwŻĜîòçÏ·ħÁÚëëÔ§l7 Ï>tĴ×îòĉηħÂÛëêÓk65fËäéÜÁ§ ħÍááɛc1è3dœËäéÛÁ§ ²ÎáàȚa0é)UŠ¸ÒÖĈİŒ„—ĥÌÌ´‡S(é(UŠ¸ÒÖĈ¨Œ…˜·Ì̳…Q'é Cr›³µ¤†jbu”ŞĞ”j> é Ds´ĥ£…icv”ŞĞ“i= é1Tu‡ˆx^F@Qm‚ƒnL*é3YzŒ‹y^FARn‚‚mK)ë 8P^^P;*(7OabP4 ê%A\ieS<*(7OabO3 ë (\oo]F7=UtŠ†jB ê1X|Œ‚eH8=VuŠ†iA é3Z™š†jY^yšŻİ‰Z/é !Etħ¨ŒlY^z›Żİ‡Y.é Dv£Á|€šğÍÇtB è/\ğÏÊħ‘|€›ĵÍĈ¤rA é(TŒğĜÜÌ°š›³áÛ½‹T(Ï>q¨ÑäáÍ°š›´ÑáÚğ‰S'2cœËĉëŜĈ°­ÁÛëç̝c1Ï I·ŬïîßĊŻÂÜëĉ˛b0r§ÍÚÎŞuA/ G€·ÜéŬş„K! / !Mˆżïä‹P$ / #O‹ÂċñĉĊŽS% / #P‹ÂċñçĊS% / "N‰ÀäċQ$ / JƒşßìཇM" /Aw­ÓàÔ°zD /4c•ğÉĵ™g70ò%Jt–£—wM'1ò0NhriP2 1ò +;A<- 2ô  4ö 7üyĝŝúûŝö  ä    ô$)%      ó 4HQK9"â,61#$26,+65(/6ò/Ssy^; á7P\U?)"-CW\M4$$6M^\I2#%8Q]ñ @o™­ƒV- á 6Yyˆ}`D=Li‚‡rS>AXw‹‰rS?@Xwˆñ %O…´ËÄĦn< á)P| Ż£ƒe^q‘Ğ­—t^c~ ´²šy``zœŻñ/_—ĈŬ×µ€H  à6fšÀΣ…~“³Ê̵”„ ÀÓÒ𚁁šğÍ:n§Òçàż‰O#  à?uĴÓá×ĵĦšĴÉŜàÍŻšž¸ĠĉäѲ›œ´Ñà D{³ÜìċĎR%  àC{´ÜëäεĴşĠèëÜ­ŻĊßîíÛÁ­°Çàë K…½âïĉĊT%  àD~·ßïëĜÀĥÂÚìäÍı¸ËñàÇĥğÑç "OŠÁċòèĈT%  àD~¸àñíÛĸÚíòèÒ½şÌñàÉıżĠéñ #P‹ĉñçĈT%  àD~·àìĜż³½ÖëñèÒĵ¸ÈàïïàÈ·ĵÒè "OŠÂċñĉĎS%  àC|µŬìċβ¤°Ëäíä͵×éêÛÂŻ²Èàë !L‡âîÁŠP#  à?vĠÙĵ›‹˜ı×äÛÂĤ›ŞĊÛß´žŸµÏŜ F~µÚçÜ·‚I  à8iÑĢ}lzžÂÒÉ­ŽŒ¨ÀÈı„—´Ĉ á,T‚Ĥµ§ƒ]L[¤µĞm]gš£–zb^q O÷5ġ  3ó+33*2ó 7P``O6 1ñ2X|’‘zV00ñ !Gw˘ğşĦuE 0ñ+Y××½W)/3f Îĉċ̝c1/ï7m¨ĠììÔj5.ï9oĞĜîîרm7.ï9pĞÙîî×İm7.ï8nİ×ííĠ§k6.5i£ÑéèĦf30ñ.^–ÄŬŬ“[,0ñ $M€­ĈĊĞ}K# 0ñ9b‰ Ÿ‡`70ñ$A^oo\?"1ó$5@?4#3ġ5÷ 7üi ĝóù ġ  ç   ó  ((  ċ    0!ó*@OPB,  &35**53&!06U=$ò !Cf~€lK) ,EY[I/.I[YF/"' ñ.Zˆ§Ĵ•k>  á(Il„…lI11Il…„mP=B\zˆ§‡[2ñ;mĦĊË´†Q& á =h’ĴАhKLhĞ­•u_c~ ŻĈtA ñ G~³ÖŬǙ`/ á %OƒħËÉŻ‡kk‡ŻÉÌ·–€ƒŸÎĜ·ƒK! (UŽÁáçÑ£h4 á+[”ÄŬŜǤŠŠ¤ÇŜßÌŻ›ŸıÔáâÀŠP# ï0aœÌèëĠ¨l7 á.`œÍçé׺££ğĜêéĜ­³ËâëċQ$ ï5jÔìí×İn7 á/bžëïádz³ÈáïíŬÄĥĠéĉčR$ ï8oŞĜïïĜŞn7 á/bžëñäÍşşÎċòîŬĊ¸ÁĜìñċR$ ï9pĞÙïïĜİn7 á/bžëïâʸşÏĉñìÙÀ³½ĠêâÁ‹P# ï9oŞĜîîרl7 á.`œÍçéÚÀŻ³Êâíĉϳ¤ŻÊì׸„L" ï7l§ĠëëÓ¤i5 á,\”ÜÜÈ­œ¤ÙäÙ½œŒ˜¸ÖÂuC 2dÌääʛb0 á &Q„°ĊÂЏ€‹İĈÒĊ£~lzÁџ†]4ñ*VŒşÔÓıŠT( é @j˘œ…i]jˆ¨µ¨„_MZ~£´ Àûŝú üè   û ĉ      ú.ä '44(+52$#16-ùR:! /H[ZF,1L\WC,")?U]P7ù|]: â,Mo†ƒhE/3Mp†‚jM=E`}ˆyY6 ĝ¤U-á Bn–­İ‹dJNm”­Ğ’q^eƒ£°Ħ}P)ĝŸm<á)U‰µÌÇŞƒimŒ³Ëʳ“…£ÁÎÀ™f6ĝÖ²|E á0ašÈßÜĦˆŒİËßŜÉĴšĦĵ×áÓĴt?ĝßşƒI à3g£ÑéèĠ·˘ĤżÛëéĠğĴµÎäëÜ´{Cĝ⽅K à4iÔìîŜĊ²ĥÌäìÚÂĥÀ×ëïß·~Dĝ†K à4jĤĠíâÊıĵÒèòíÚ¸Ûíà·~Dĝ…K à4jÔíïàȸĵÒèñëÖ½³żĜëß·~DĝàğƒI à3h£ÑèèׯĥÎäíäË°¤²Îċìܵ|CĝĜ´}F á1c›ÈŬÚĊŞœ§ÂÛä×ı™‹›ĵÙĠv@ĝĈ£p>á+W‹´ĈÀ¨Œ€Ž­ÉÑž{l}˘Äѝi8ĝ݇Z0á !Eo“˘šg^mŞµ¤[L^ƒ§µĤ‚T,|ŝ:û 9ú$8ù$;M8ù ;a€8ù&P‚Ş8ù/_—Ä7ĝ9mĤÒ7ĝ D{²Û7ĝ $Pˆâ7ĝ)W‘Ċĉ7ĝ(VÄċ7ĝ $N…şß7ĝ ?r§Ñ7ĝ.[ĵ8ù Cr 8ù.U~9ú >`9ú 3Q9ú ;Y8ù+Pu8ù @m—7ĝ,WŠµ7ĝ=o¤Í7ĝ #Lƒ¸Ŭ7ĝ(Vċ7ĝ)W‘Ċĉ7ĝ %Pˆ½à7ĝ BvĞÔ7ĝ1_“À8ù "Gw8ù1Zƒ9ú !@c9ú 3Q9ú 7V8ù(Lo8ù T9ú ,?9ú 0E8ù'Ea8ù ;cˆ8ù &N€Ğ7ĝ0_–7ĝ:mĤÒ7ĝ Bx°Ú7ĝ F}µŬ7ĝ CyħÛ7ĝ;o§Ó7ĝ1a™Ĉ8ù'Q„Ż8ú >iŽ?üġüŝ Ô      Ñ(&!!&($!$ ## $!$(& ÑVSG817FSWO?,"(9IOG6&#.@MMA/#&6GOI9'!*=NVSD- ю‰u]Q\t‰„kN?Ga{„x]E?QmnR@E]x„{`D9GeŽˆpL(ĵĥœ|mzšĥż²”q_jŠ¨³„f`v˜°°˜wag„³¨‡cScˆĴ½µ•e7ĜÒµ‘€Ž²ÜÒ´’ŠŞÈÓĊ‡€–¸ı—‡ĊÓÇ~jy ĈĜ­wBċßÄĦŽ›½ŬêÊĞš¤ÁÜċĜĵĦ›ŻÎââΰœĦĵĜċÚ𕁍ħĠĉŬğ†M# ìçÏŻœĤÄáïë×ĵ­ĥÏĉí˳żÚëìÛÀ³Ëîäʨ– żŜíċĈ”Z,ÏñíÙĵİŻÉäòïŬĊ·żÖëòéÓ½¸ÈààȸĵÒèñêÓĥĤ°ÌĉñëĦh5ÏôßĊ²µËċòàÈğÙìóêĠÀĵËññâÊı½Òèòì×ĵŻşÔêôïÖİp:ÏóŜÄħ´ËäñïßÈğÂĜìòêĠÀğËâññáÈ´ĥËïêÖĵŻıÓéóîÖİp:ÏïìĜğ§ĞĊáîÜÄ·żÖêñèÒĵ·ÈàïïŬÀݧ½ÙéĉÑ´¤­Èâïê g5ċÌĞ•œıÙêèĠğĴ´ÍäìáɲĴĜééĠ³–‘§ÇŬŬĈ—µĠĉáĒZ+ĠÒğ—†ĤÉŬÚħ—ĦĵÖßÓ¸ž˜ĞÈÜÛĞ}tŠŻÉ˳ŽuzšżÖÓµ‚K" ĵ½€fl‹°ĊÁİŠyƒĦĵĈıœ€zŽŞƒ`Vk­°—qW[{˘½½ o>™œ‡eMPlŽ˘ž‡hXb~š£—z_Yl‹  ‰dD;Np‹vTOk~~jK1+[mhP0щƒgG8De‡™’vVHVv“‘tZTg†››†hTXrŽœ’tP9;VwŠ‚c= ­†bQ`„İğħ‘nas—ĥÁ´—{u‰İżİŠu{–´Áĥ–nSWuš­¤S+Ëāo| ÄÔÉ݆z²ÛÏ´š”§ĊÙÙĊ¨”š´ÏÛѲŠqv•¸ËŸm= àÚÀžŒ–ĥĠÙ𛑣ĊàêàÇŻŞĵÖèè׽аÈàêáĊ˘Œ“ħàĜ¸†Q'ÏìèÒµ˘¨ßëÊ£³èçÑğĥÇßîïßÇĥğÑçéѳ˘ĞĈàíĉʛc2ÏòïŬ°³ÊïêÖĵħĵÖëòêĠÀğËâññâÊş½ÒèòëÖğ¸ÒéóíĠ¨o:ÏóßĊ²´ËñíÛÄ·ÀĜìòêĠÀĵËâññáÉĥ¸Íċë×½°şÓêôîÖŞp;ÏíٽݭĈáîÜÄ·żÖëñèÓ½¸ÉàïïŜĴĴÂŜíêĠıİħËäëÑ£i6èċɟĵÛëéÖ½·ÏĉíÌ´ŻÀÚëê×·œš³ÓçĉÑ°šŸşĜèǕ\-ÙĜšƒŠŞÍàŬÈĞ›¤ÀÙáÖğ˘œŻËßŜȤ‡… ÄÜŜÇ£‡‡˘ÄÙÖ·„N$ ÀÂİ„kp´ÉĈ~ˆÀʽ …“²ÇĈŻŠml‰ŻÉ˵pk„¨ÀÀ£r@Ÿ˘ŒiQUq“§˘Šl[d€š£—{a\oŒ  ŠiQRlĤİ–tVObƒ›œ…[2Ñ{~kM99H_oo_F46KevxjR:3@Xlo^@" ÑdeR:*.C\h`I0"#0/!#2>@6%ÑheO5'/G`i]B'     ҃}bC4@^{„sP-     租€]LZ}§“j> ŝŝüïĈż |jw›ğĊ²‡U+.ïŬ×ĵš‡’²ÛÊ˘m;.ïëĉ²ŸĤÁÜçÛ·ƒL" .ïòïŬÄħ³ÊâíċĊ“Y*.ïôóäÍşşÎċê͜a/.ôñĉÏğşÍäëžc0.ñâÉ´³Ĉßìç̚_..çñ×ğ¤˘·ÓŜÀW).ïĠÔÀĦ‰‡žĵÎÉĞ{H! .ìµ²žfe{šĴ¨‹`6 ûŝñ‰†sXCCWs„€gD$  í  Ĝ_\L7(*YjdK1%,AV]O7%$3K]]K3$$6N\V@&Ô +qlXA7A\z‹ƒfH=KgˆuV?@VtŠŠtV@?Ut‡eB#Ó(H›—€eXb€ °Ĥ†g]nŞŻšx_a|³³|b_w™İŠ_5Ó =hÁ§‹{„˘Á·}°ÉÍı—€‚ÒҞƒ€—¸ÌÇİxE Ó %O‚ÚÚĈŞ™ŸşĠâÙż˘™İĈŬàϲ›µÓċċÓĥœ²ÏàÛĵ‰P$ Ó+Z“éêÙÀ­°ÇàìĉĥиÒçëŜĊŻŬîîŜŻĊŜëäĐU& Ó.`›ïñÌııÍċìÙÁµż×ëĉÏş·ÉáñâʸşÏĉçǒW' Ó/bžñóĉÏĵĵÏċòîÜĊ¸À×ìòéÔşÊáññËğÓèñèȓW' Ó/bžïñäÍşşÎċñíÚÀ²ğÓéñéÔ½·ĈŜîâÊıĵĉçȒW' Ó/bžêëÜ°²Éáíç´¤­ÈâíĉÏĥĵĠèëŬÄħ²ĈŜëäĊU' Ó.`œŬŬÊŻ£½ĜäÛż‹–µÔŬĨ›§ÂÙßÒ· ž³ÎŜÙĵŠQ$ Ó+[•Ĉ‘€Š§ĊÒĈ€lx›żÑËŻŠżÈ𠆁•ħĊ¨zG Ó &Q†˘ž‡l^i‡ĤµŞ‡`MX|˘µ­o^e™£˜}d^o‹  ‰b8û @m ÀóúŜ   Û     Ù   %35*,62$$27/× &35*-62#EY[J2#&8O]V@)",BX`S;"× ,FY[I1"&8P]V?k„…oP=B[xˆ~aEi“ĴĴ’p]fƒ˘°£ƒ°Ëʲ‘~†¤ÂΤ†~‘²ÍĠĊ m<Ġ &P„²ËÊħ~‡Î£ŜŜÊ­šĦğÖâĜ½Ħ™ŞÈàçĜ²|E Ġ,\•ĊŜŜÉĴ™Ħĵ×â×ĵÌçêÚÀ­ħÈáìċϵĞıÔéïàğƒI Ġ/bÎèêÙż­²ÉâìċÎÏëâ˸ıÎċìÙÁµÀĜìñ†K Ġ0d ÑëïáÊ·şÏĉñëĜìñċÎğğÎċòîŬĊıÂÙìñ†K Ġ0d ÒìñäÍşğÏĉòîÜëÊĥĥÊâîŬĊ·Ġê†K Ġ0d ÑìâɵĥËñîÜÍèëÚ¨§ÚëëÙż´Ëâëßğ„J Ġ/bžÏéëÙ½§¨żÛëëĜĈààËݏ¨Êàâϲ ¸ÒßĠ³}F Ġ-]—ÇààʨŞËáâδÎδppŒ³Í𛃃šĥĈÀ o=Ġ'SˆĥÏͳŒppŽ´Îş—ħħ–nQPm•ħ³œ{b_tĦ‚Y0ï An™²°”lPQn–ħ²›@@@Ŝú ö  ġ    ô$27.ó)",CY`S:!óDrĞÖíñ˵²ĊàïÚr; Î;o¨ĠíÊ´²ĈàïÙĴq:6hĦêïáȲŻÄŜïîÙ­r; Î4f êîáÇħ°ÄßïîĜĞp9,[•ÇäèĜğ¤¤ĵÚëêÔ§m8,[•Çäè׺¤½ÚëêÓĤl7 #N†şÙÜĈ­ÏâßĈšc2é $O‡ğÙÛĊ¤Œ‘âŜĊ˜a1éAt§ĈÇ­ˆpv–ğÏÉ­Q(é Bv¨ĈĈĴ‡pw—ĵÏÈĴ€O'ĉ1]Š§§ŒgQYzŸħİŠb: é4`ŽŞİhRZzŻĤˆ_8 ċ !Bg~fH7@^~Ž„gD& 'Jq‰‡mL8=Xu„z_>"ä)BRQA-$0KfsiP3 !=\onX;('7LUM9"ä "++#0KeogP5# )5<8+ ä#3;9.!'@\lkX<$(-(Ç <_{‡hK89K`kdN2 %B\jgT=1:Ur„‚mL, É(N{žĴĤmX[sœ”vN) Ñ5k§ÖîñäÍĵżÓéòéʕY) ?vħÛïîÜÁ°µÍĉóñŬµ}E Ñ5jĤÖîñäÍĵżÓéòéʕY) ;pŞÖìíÜÁŻµÌċóñŬµ}E Ñ3h¤ÓìâʸğççȓW( 2cœËĉé׺İÂŜîí×Ĵt>Ñ0bœÍçêÚÀ­ħÈàëâÁŒR% 'R‡ıÙàÍĴ’“­Ïää͟f4Ò)WŽÙŬÊ­™œĥÒŜÔ²~H  >nĦĊÎğ–xw’¸Ó֎V)Ò FwÀŻ{š¸Ĉ½ši:,T„¨³Ÿz[Xr™¸¨zH Ò2Y€™›ˆkX]x•¤›{Q+  >f‡~[?;Qt‘˜‡a8Ó :Vhj[F9@Yt‚z_="1Qkq`B*$2Lbi]C&Ô/:;2'$1JdqjS7$!*34." 4OcfT7)6;4& Ġ 2Ro}v]C5;N^bVB35Idvt_>! × !Aj•{^Q]x”„iSTjˆš–{S-á,WˆŻÁıž€s‚ ıwwÀşœm> á8kĦÉÛÔğž’ĦÖÛ˗–ÊÛÔĥ„N$  áByħÙéäδݷÑċêÜ­ĴÁÛéĈ”Z* á G€ıàïë׿µÂÚíä͸¸ËïêΜ`. á IƒĵâñíÚşĈŬïòĉÏĵşÍäñëџc/ á IƒĵâñíÚÄğÇŜïòĉθµÈàïëÑ d0 á HşáìĜÁ·ÄÛîñÉŻŞĵĜëêÑ d0 áC|´ÜìçѸğĠèìŬ ˜ĴÌäçϟc0 á;p§ÏáÚÂĤ›İĈÜáÏ­‹‚˜½Ùßɛ`. á0]¸Ê¨Š~ĴĊÊ·“rj¨ĊÍşY+!â "Fp”¤œƒf[k‰˘¨–tVPf‰¤ĞœxJ$ !â-LfsmXB:Hc|‚tW=7Gau{pV6 " *;B>2$"/H`j_F.$*9EHB3"ä %A]kcI- !$í  *Nq„|^9  û 'ŝí ;fĤž{M&+(QƒŻĊğ•a1/8hžÈÚϧp;/ H~³ÙĉÙħx@/ 'UŽÂíŬµ|C/+\˜Ëèïßĥ|C/,^šÍêïŜµ{B/+[–ÉĉìÚ°v?/ &R‹ÜâΤl8/ñ Dw¨ÇÍı[-0ñ2\‡¤Ş—qE! 1ò >^uzkM-1ó#7FI?- .Xˆ­ğ‹\0à ;_Ž‚b@1>^€ƒfI;BWmvkT?;Jbsò Ai‰–‹lD" Û $=Vc[A(&?YdY@*$3CJB1"):Hò0QmxoT3Ú! !2;6&$5;3# #(" &ò-LgrhN/Ù3BHE8&     ò 7\z†{^: Ù 6Wp{u_@"  ò&MyœŞž|O)î&MzĴ£…Z0ŝŝ5d—½Ë™g71`•½ÎĊ˘p=Aw­ÓàÔ°{D q§ÍÚÎŞuAñ %O„³ÉÀ›i:0\²À´`3 >l–Ş |O( ò "Eo’qH$Ŭ+NpxZ6 ò3Uq}sW5 Ŭ 1HTM9#   ò,LgqhN/Ü &,)&4?A;.! ,8<5(%2;:/ò 5Xv‚w[7 Ŭ %@\osjU?5=Rek`J86E[ihU9 ò$It–¤˜wL& Ŭ 2[„ŸĤ›€cVa}•sZWlˆ›˜Y23`’¸Ĉş•d5 áu×êçÓıĴ·ĉìàÇħ­ÁÚêĉ̛a/@tŞŜÒ­xC  á6hŸÉŬÙÂĤ˜£żĜŜѵœ™ËÜÙ½V)3`’¸Ĉş•d5 á*U†°ÄżĤˆy…£½Ċĥ˜~{Żż¤vE ò$It–¤˜wL&á =fŠœ—cVa}•ŽsZWlˆ›˜Y2 ò 5Xv‚w[7 á&C]jfT?4=Rek`J85E[ihU;"ò,LgqhN/â$3;9.! ,8;5(%2::/"%05ò3Uq}sW5 â  ,EZbò "Eo’qH$ $Dj‰”0\²À´`3÷2^Žħ>q§ÍÛÎŞuA#÷?s¨ÍÚ H€·ÜéŬş„K! #÷ I‚ıŬé "Mˆżïä‹Q$ #÷ "O‰Àï #O‹ÂċñĉĊŽS% #÷ #O‰Àä #P‹ÂċñçĊS% #÷ K„ĵáî "N‰ÀäċR$ #÷ Cy²Úì JƒşßëཇM" #÷8k£ĉAw­ÓàÔ°zD $ĝ-[“Ŭ5d—ĵ˙g7#÷ #LŻÊò&LyœŞ|O) ùóô Ù,W‰³Ĉĵœyjzž½Ċ°ŒolˆÇȵ™…‰£ÂĠÒĥ†Q&  F~µÚçÜ·‚I Ù >p¤ÌŬĠı—‡”µÒÛÊŞ‰ĦÄÜàÑ·£¤şÖĉȗ^- !L‡âîÁŠP# Ù $N…ıŬëċÍ°Ÿ¨ÄŜèÜÁĤŸ³Ñçìàɵ´ÇàîêÑĦe2 "OŠÂċñĉĎS% Ù+Z“ĈĉòîÜÁ°µÌäî縯½ĜìñçѽğÌñíÔ¤h4 #P‹ÂċñçĊS% Ù-]—ÊéġòËığçñìÙÁ·ÂÚíòéÓżĵÍäñîĠĤi4 "OŠÁäĉčR$ Ù)X‘ĊĉôóäÌşğÏĉñíÛ¸ÂÙìòçѽşËíĠĤi4 K…ĵàí⿈N" Ù #M„şàñàdz´ÉáîêÖ½ħğÔèî˵²ÄŜîìÔi4 Cz°Ö׳}F Ù?tĴĠèçĠı˘£şĠäßÉ­ ĞĈŜä×ĵ¤ĦµÒċĉÏĦg37gšÀΝk:Ù3c˜ÂĠӟ‡ˆ ÏÉ°“„ÇÏÀ£‰…›ğÑÔÁ—`0ñ(O{ĞŸ}R*Ú(P£´°š{de}šĞoamŠ£Ğœfcx—³¤€R(ò 4Up{qW6 Ú :\w„€mTABUmzvbJ>H_t{nWB@Qk~„y^< ò 1BIC3Ú#7HOL@/#$0@IF9)"(7EIA2$#.?LPI9%ĝs_@#ñ DsŸ¸·qB  ŝâ+JguoZD;Fb€ŽƒcA2=]ŽH:&ñ1W}““{V/û  ċ,?JE5%(=Vc\B)%>Xc&ò$CbvuaA"Ü  !!'$ !1;7'$5; ó !>\oo[< Ŝ *\on[< ò*H`gZ?"ñ'Ij~iG&ò2Uq|oQ.ñ7a‰Ħ ‡_5ò #Gq“Ÿk? ñ #K}ݨzI" ñ5a‘µÀƒP& ñ-\“ÂÛÚÀ‘Y+ "I|ÏĜ—_/4h˘èçΟe2ï0_•ĊáĉÒ§o;ï8nİÖíìĠĤk6ïsĞÖìíÚħ{E  ŝ 4h˘èçΟe2ï3eÌä˞h7 ŝ ñ-\“ÂÛÚÀ‘Y+ñ)V½ÖÓµ…R(ŝ ñ #K}ݨzH" ñ Gz¨żı™j< ûñ7a‰Ħ ‡_5ñ8c‹ž˜zP*úñ'Ij~iG&ò)Kk}x`? ú0# ó !>\on[< ó :WjkZ=!ùZD)ò%FfzzeD$ò 8XrykM,ùˆjC! ñ4\ƒšš‚Z2ò #EnŽ™Šf< ĝħ]1ñ !Hx¤½½˘vE ñ2]Œ°ğİM$ ĝͨs?ñ+Y××½W*ñ FxŞËÔÀ“].ĝܸI 3f Îĉċ͝c1ï.[‘ÁŜä¤l9ĝÀ‰O" ï7m¨ÖììÔj5ï;nĤÒêíÛ²{D ĝċŒQ$ ï9oĞĜîîרm7ïCz²Ûïñáğ…L"  ÷ċčR$ ï9pĞĜîî×İm7ï D|´Ŭñò⽇M"  ÷äčR$ ï8nİ×ííĠ§k6ï?u­ĜîŜĥH  ÷âŒQ$ 4i£ÑéèĦf3ï5h ÏèêĠŞq= ÷Û½‰O# .^–ÄŬŬ“[,+YÁŬßȚb1 ÷É~I ñ %N€ÈÇĴ~K#  "J~­ÉÌ´‡R' ÷¨’j= ñ :eŽ§Ĥc8î:f§İ•nA íyiL,ñ)LnƒƒmJ(Ú)HfxyjN/    G>, ó !>\oo[< Û */"'$ '.,# &  ò$CbvuaA"Ü  !-BMH8&&9MYUE.(=K ñ1W}”“{V/û  ĉ )Ii{v_F;D_{‹†nM52Fcxñ DsŸ¸·qB  ŝè :f§£Šn_h†Ĥ¸²–oQNg‹˘ ñ*VŒşÔÓıŠT( è "JÇÇħ•„‹§ĈÖµomˆĴ 2dÌääʛb0 è)WÁÜßδ˘ĤÙçâɊ‹ÇÙ ï7l§ĠëëÓ¤i5 è-^™ËçëŬĈ´ĥÊâïëĠĥĦ¤½Ùĉ ï9oŞĜîîÖ¨l7 è/aÏêäÎĵĵĉòîÛÀ°ĥÍäí ï9pĞÙîî×İm7 è/bžìñĉÑçòïŬĊ·żÖê ï8nŞ×îíÖ§l6 è/bžìñċϽ½ÑçòîÜĊ¸ÁĜë 5jÓêéÑ˘g3 è/bžÏêïáÊ·şÎċë×ħğÓèí /`™ÇàßĈ–^. è.`šËäĉ×½Ĵ°ÇßéáÊ ĞĊŬ ñ&P„²ËÊ°‚N%  è+Y½ÓÓÁ§—ž·Î×̲“„­ÇÎ ñ 1@b‚Ž€_; Y@' û  /AJC3$*@XcY?&(B[cV=$ 3#!Ĉ !!"'# "3;5$&6;2" !&8EIC5"Ĉ ,>GH>.   (:EHB3 &Cav|rZ: Ċ,LiyzlQ2   )Gdw|pV6  :d§Ÿ}Q(ï ?k“Ş­›xM'ŝŝá ?j‘İ­œxK$ &O‚°ÌÑż–`0 %O„²ÍÑż˜f6 â*Uˆ´ÍşY+0`˜Çáä΢h4ï/_—ĈáĉĠŻyC  â4fžËââʛa/6kÓêëÔĤk5ï:n§Óìáĵ…L!  â;qĞ×ëêŸc09oŞ×ííÖ§l6ï E|³ÜñóċÁŠO#  â>v°ÛïìÑ d08m¨ÖííÖ§l6ï !Jƒşàòô俈N"  â=tÙîëÑ d03f ÏéëĠĤk5ï I¸Ŝññ߸H  â8m§ÔêêŸc0+Y‘áĉÑ£h4ï@uĴĠêêÔİr> 0`˜Èċ͜a/ !H|ŻÓÜȚa/ï2a—ÄŬÜ”^0ä $N‚µĠÛĔZ+5c–½É·‹U(ñ $K}ĴÈÇŞzI" ä:i›Àɲ„O$ %JxŸ­œsD ñ6aŽŞİŒ_4ä(P~˘­˜n? 6]~‹}Z3ó$Fm‡‡mG$ċ :a‹yU/+KgqfI*ó3SjlX9 ċ/OiqcE'.LendK-ó-KbgW; ċ1PgnbG) =a|†{_< ò 6Xt{lM+ċ !Ad~…x[7 *R~ŸŞ|O'ñ'Ku•žŒf;ä.XƒĦŞšvI# 6f™Êğ“^/ñ9g–·żŞ}J" ;lžÁÉ·X* Bx­ÒŬÌĦg4ñ&O‚³ÒÖżY+ H~³ĠÜȚ`/ %Pˆ½ŜçÓĤk5ï5e›ÉċÎĦh6)VÁáĉϟc0.^—ÉĉêĠ§l6ï BwĜííĜv@ â2džÍçéÑ d05h£ÒêìÖ§l6ï J‚ıßññŜĥG  â:oİÖìëÑ d08nİÖííÖ§k5ï J‚ıàñŬĥ~F  â=uŻÚîëÑ c09nİ×íìÓ¤i4ï CzħÚíìÖĞt? >uŻÚîêϝa/5i£Ñèç͝c1ï8k¤ċâǘb3 :pİĠéċȖ\,.^•ÛÚżW*ñ-\”Á×°L$ 3d›ÇÜĜşˆQ&  $L~ŞÁĤxG ñ $M€ĴÀ·”d7ä(Q„ÄżĦrA 7aˆŸŸ…]4ñ =hŽŸ•uK&ä  6]~Š{W1ñ&Jr˜†a8ċ :aŠwS-%KxŸĴ›sC ñ6c‘²şyG ä(P~˘Ĵ—m> 5c–½É·‹U(ñ $K~ÍÓĵV*ä:iœÀɲ„O$  !H|ŻÓÜȚa/ï3a˜Ĉà̞f4 $N‚µĠÛĔZ++Y‘áĉÑ£h4ï@uĴÖëì×Ĵt? â0`˜Èċ͜a/3f ÏéëĠĤk5ï I¸ßñŬĥ~F  â8m§ÔêéŸc08m¨ÖííĠ§k5ï !Jƒşàòñß·G  â=tÙîëÑ d09oŞ×íìÔi4ï E|³ÜïîÚ°xB >v°ÛîêϞb/6kÒéèΞd1ï:n§ÓéèÑ£k8 ;qĞÖêĉɘ],0`˜ĈŜÜÁ‘Y+ï/_—ĈßŜĔ\- 4fžÊßÚ½‹S' &O‚ŻÇĊŞ|I" ñ %P…³ÌËħ‚M$ ä*Uˆ³ÉÄĤvD  ;d‹˘ ‡_6ñ @m–­­”k= ä ?j‘§£‡\3(D`qp\?"ñ/SuˆˆsQ-ċ*Lm€~gD#&(7A@5#ó"?\nmZ=! ç 5RfgU7 I9%ó :XlkW8 è.MejY; u\: ó #Ej‚‚iD" é 7]{„rN*žR*ñ/Z‡££‡[1ì&LyœĤ’h;›h7 ñ=p˘ÁÂvE ë7e—ğĀL# ÒxA  !JµĠĜ[.ë #JħÒÙÁ‘Y*ܸG  (VáċÑĤo; ê.]•Ċáä˛`.áĵ„J  ï1b›ÌèíÛ³|E  ê7kÒééŸc0⽅J  ï8k¤ÒëïŜ·€H  ê=tÙîëÑ d0âĵƒI  ï;o§ÔìîÛ²zC  ê>v°ÛïìÑ d0Ŝ·~F  ï7j£ÑéêÓĤn: ê`9ú 4R9ù ;Z7ĝ+Pu7ĝ ?m—6÷,WŠµ6÷=n¤Í6÷ "Lƒ·Ü6÷(Vċ6÷)W‘Ċĉ6÷ %Pˆĵà6÷ BvĞÔ6÷1_“À7ĝ "Gw7ù1Z„9ú !Ad9ú 4R9ù 8W7ĝ'Ko7ĝ7d7ĝ !H|Ğ7ĝ)WÀ6÷2dÌ6÷;pİĠ6÷ CyħÛ6÷ F}µÜ6÷ Bx°Ù6÷:m6÷/^”7ĝ %Lz 7ĝ 7Yu7ú!6GĜxs_G=Gc‘‡gD3>^’ˆkLRbeX@+$.AQSG3%&6JYZM7  Ì *ïìÙĞ°ÉñïŜÇşÂÙìòèÓĵ·ÇßïïáɸĵÒèñèȓW'  Ê5g ÏêïŜ·I ïïßĊ²µËäòïßÈğÙìòêÔ·ÇŜïâÊıĵÑçñèȓW'  Ê3ežÎêâˆO#ìíÜÂŻ³ÊñïŜÇşÁ×ëòéÒı°Ĝëîàdz´ÉâîĉǒV'  Ë-\–Èçîàğ†M"ĉĉÒµ˘¨ßíêĜÀ²şÑĉîċËĦÊâèÛżĤ¤şÖçâT&  Ë %QŠżàè×°yDÛÙżž‹•µÔŜÈŻĦİÁÙäۜ‹–ĥÓŜ°’Œ˘ÄÚÙğ‡N#  Ë F|²ĠÜǛf6Ɂo|ŸÁÇ­‚Š¤ÀÏÇİ„oxšĵÊĵ™xo…ŞĊĈİwC  Ë:l ÈŻ‚O&Ĵ†bQ_ƒħˆj\c}œ¨‹fQYyœĞ{ZQe‰¨`4 Í,W†§Ğ‘e9Š„gH:Gf„Ž€bF8=Tp‚fG5;VtvY=4Ed|iE$ Í !Cj†‰rL(qkS:.9SkreK0!"0ESRA+"5JTL7#)>PRC+ Î 6Vmp]= niU>3=TiocI-#,+!',( *,#  Î 9Wkm\?#…€kRGRj€†{_=!      )Kl‚„rR/ޤŒoam‹¤­ X0 úġ à8cĤİ”m@ ÊÄŞˆx…ĤÎÄ£tB â GzŞĈɲ…Q&ßٜŠ—¸ÖÛĵŠR& !â(UÛŜĈ™a0êċ͛¤Âàíçʘ]- á3dÌçéÔİp<ìĜĵİÈëŸc0 à=rĞÖíïŬĥ~GóŜÄħ´ËäñìÒ˘e1àC{³Üñò⽇N#óŜÄħ´ËäñìÒ˘e1áCz²Üò⽇N#ïìĜğ§ĴĊáïëŸc0 árŞĠìïŜ·I çċɟĵÛëéÖĵĥÏċíË´ŻÀÚëê×·œš³Óçĉ°šŸşĜèĈ•\-Â2a˜ÇèĠĞs>Ù׿šƒŠŞÍàŬÈĞ›¤ÀÙâÖğ˘œŻÌßŜȤ‡… ÄŬŜÇ£‡‡˘ÄÙÖ¸…N#  $L€ħÒÛǛc3ÁÂİ„kp‘µÉĈ‰ĤÂËżĦ†€”³ÈÈ°‹nmŠ°ÊÍ·‘ql…İÂÁ¤s@ 7d”¸Ä²ˆT( £ŒjQUr”§¤‹m]g„ Ş€d^qĤĤmSTo“ĴŻ›xXQe‡Ħ˘‰^3Ċ$Hq“ ’nC |lN:=Ur‚}fK>Id}†z_F?NjnQ;Yln_E/*:TgfR5 Ĉ *:B=/ifP6(/Hak_E.)9VoxmR6(1Ibk^D-)9Ujm[@+*=XjeN0Ĉ -ƒ}bC4@^{„tT:6LoŒ–‰iG5=Yw„xY=5Gg€„nN79Qq„|_: Ĉ (HĤŸ€]LZ}§”pRNh°ğĴ‰cMUv˜§™wVMa…˘hORo“§ž{N(È 9eÄ |jwšğĈ³pk…­Í×ɧ€jt•¸Ĉ¸•sj€ÁĞ…lq´Ç½šh: Ë !J~ÙĠ𚇒²ÛÌĴŽ‡žÂŜçÛ½™†‘ħÛÍ­ŽˆžÀĜĜÁžˆ­ÍŬĠ´‚N%  Ë(VċäϲŸĤÁÜçŬ§ž°ÏçïċÊĴžĞÈàçÙ½£Ħ·ÔĉäΰŸ§ŜëäȘ`1 Ê,^™ììÛÁ²ÉâîèÓığĠëòéѸĵÖêíßĈħ²ÇàîêĠş­·èòìÓĤm9 Ê.aïïßĈ³µËäíÛĥÀĜìòêÔ½·ĈŜîâʸğçñë×½ħğÔëôîתq; Ê.ažïíÛÀ­ħÊäñîŬĊıÂÙìòéÓ½¸ÈßïáÉı½ÒèòëÖşĴµçòìÓ¤k7 Ë.`œìèÒ³ ¨ĊáïìÙÁµż×ëċÍĥħÂÛììܲ·ÍċêÒ³ ¨Äàîĉɘ_/ Ë+\—ŜÄ£œĵÚèε޷ÑäèÚżĤ ³ÏââϳĦĤżÚèËİ’˜ĥĠäÜĵˆP%  Ë &S‹ÑËħ~‹ĴÊÖθŸ–ÀÓĠÄĤ‹„™·Ì̸™…‹ĤÄĠÒ𙀅˘ÂÒÊİvB  Ë EwħĴ“vgt‘еЕ~xˆĦ²³Ħƒhbu“¨¨”vchƒĦ³²ž€jm†£ħލ`4 Ì3\‚~lUJTk~„{iWTauƒ‚rZD?NgxygO?DZr‚‚t]MNbw‚}gF% Í !>OLA4-3@LPJ=20:GOND3%",*  ü#ârŠ‹sO55Nr‹‹tU?.     %B`u|s[: Ŝ)IgxzjN.   ŝñ 9cŒ§ ~Q)ê;g¨Ş•mA üñ %NŻËÑż—a1 "JÊÌ´‡R'ŭñ/_—ĈàäÏ£i5*XÁŬßșa1ŭñ5i¤ÒêìĠ§l6ï2cœÌçéÔİq<ŭ  8nİÖíî×İl7ï6i˘ÑëïŬĥ~G ŭ  7l§Öíí×İl7ï5gĦëáĵ†M" ŭ ñ2eŸÏéìĠ¨l6.^˜ÊèîßşƒK! ŭ ñ*XÂáçÒ¤i4 &SŒÁáèÖwB ŭñ G{ŻÒÜɜb0 G´ÖÜĈ™d4ŝñ4b•ĵʸ‹V)ñ;nĦȀM% ŝò $Iwž­œsD ñ.Y‡§Ğd8 ŝò5\}Š{X2ò "Dk‡‰qK'ó+Jen`B$ó 8Xno\<  ŝó/LchX; ó :Xkl[>" ŝñ#Cdz{gF&ñ*Ln‚„qQ. ŝñ6`‡ŸŸ‡^5ñ9eŽ§¨“k?  ŝñ #K}ŞÂ§zH! ñ H|ĞÇÉħƒO%  ŭñ-\”ÛÚÀY*ñ)WÀÛŬĊ—_/ ŭñ4h˘ÑèçΞd1ï4fŸÎçéÓ§n:ŭ  8mİÖíìÔj5ï?t­ĜîïÜ´|E ŭ  7m¨ÖííÖ¨l6ï E}µŬñòáĵ…L! ŭ ñ3gĦêìÖ¨l6ï E|´Ŭòáĵ…L! ŭ ñ,[“ĊâèÓj5ï=rŞĠìîÜ´|E ŭñ "J²Ġß˞d1ï1`–ĊáĉÒĤn:ŭñ7fšÁÎğX*ñ #J}Ĝ–^/ ŝ ñ'N}¤³˘xG! ñ5b‘µÀƒO%  ŝ ì 8`ƒ]5ò#Gq“Ÿk?  ŝ ë -LhrdE%ò3Ur|oQ. ŝ ì %15/$0KagX; ó*H`gY>"ë,G\bYE43E`tvcC$ó0Pim[<  ŭê%Hn‹”ˆmURf„™˜Z2ò !Ci…ˆqK'ŭé5c’´ħ”yuŠİĵ˘uE ñ2\Š¨Ğd8üé Ey­Ûβ™”¨ĈÙ×ĵV)ñ !Fx¨ÇɀM%û é #O‰ßêßĈŻŞ½×èĉ̜b0ï/\’ÁÜŜĈ™d4û é &UĈĉĉşĥÇßîìÔi4ïB;-!!3NgpgM/È +;B<."'# $' ALG4!#6HMB.+IdodI*Ù .BLF4!#7HMB.hyrW;0ò 7]~ŠyU.ó,Kfn_@" ó 0McgW: ò$Dez{fD#ñ8a‰ ž„[1ñ $MĞÁ£tA ñ/^–ÄÛÙğˆO# ñ6jÒèċȕY( 9pĞĜíêΛ]+9oŞ×íë_,ñ5i£Òêêϝ_,ñ-]•Ĉĉ͚]+ñ #L´ÖŬĈ”Y( ñ9h›ÁÌ·‡O# €´(O~²žrA  :b„Y1 .MirbC# &15/$1LbgV9 -H\bXD43FauvbA" &IpŒ”‡lURg…™˜~V.7e”µ°“xu‹ŞżğŸo>F{ŻÑÛÎħ˜”İÇÙĠ·…M" $Q‹żàêŜĊŞĜèäĈ“W( (W“ÇçĉÏıĥÈàîêΚ]+)Y–ÊéòèÒ½¸Éáïë_,)Z–ÊéòèÑş´ÄŬíëž`,(X”ÉèñċÌħ¨ıĠééž`,&SŽìߢ—¨ÈáċΜ_,!Jĥ×áÑħŽ“¸ÖŜȘ]+B;,!"4OgodI*,JdnbE&1  4Yy…vS.O,#Gtš§•j<m@ 3`’ıÄŻK! †P%  EyĴĜÁV' •[+*XÁß˙\*›_-3f ÏèéϜ_,`.8nİÖìëž`,›_-9pĞĜíëž`,–[*7m§Ġëê_,‹R& 1cœÊä˙^+wD (S‡µÓ½W(\2 >k•°µ˘{J# > *Lo‡Œ}]8#ò 4PdgZA& À À Àô " 4ö 6ŝŝ  À À Àô " Ü"&$"! "$&#ö  Ü     ùû  À À À ô !! é"&$$&" " ġ é   ŝŝùú  À À Àú ó  %% ï $&" ġ ñ ùĝ  À À À:ú":û ;ü ˙ À À ÀÑ&$$&#"%% !" %&!"&$  Ï      úóòŝöŝŝ6ġ 3ó   2ó ):EF=- 1ò(GdvxjN.1ò9eŽĤİ•nB 1ò !H|ĴÉÌ´ˆS(1ò)VŽżŬßɛc20ñ1ašËĉêÖĞs>0ñ5gĦêïŜ·€I 0ñ3eŸÎêâˆO#1ò-\–Èçîàĵ†M"1ò %QŠżàè×°zD1ò F|²ĠÜǜf61ò9kŸÂÈŻ‚O'2ó,V„¤İd9 2ó =b}jG' 2ó%>PRC-3ô *,$-4ġ 2O5ö#Fq8ù)VŠ9ú-^˜9ú.a9ú/bž9ú/bž9ú.až9ú-_›9ú*Y”9ú $N„9ú =k9ú)J:û *:û ;ü=ŝ> À À À!"" ò)DXZL4á!""   ò.NfhV: ñ  ŝò @h…‰tQ/ŝñ.X‡¨˜pD! 0ñ Ar¤ĊÌ·‹W+0ñ'S‰ğÚßʝd20ñ0b›ËĉéÓj50ñ6kĤÔìíÖ¨l6/8nİ×íî×İl7/7lĤĠìíÖ¨l60ñ1cÌĉéÓĤk60ñ)TŠşĜŬʞe30ñ ApžÇµY-0ñ,Rz˜£•qG# 1ò 5ToymQ1 ŝŝ ò"8MUM8 ġ ò0BHA0 ó   ò)@SZR>'ó *;EF=-  ŝñ%Cczw]; ñ)HewxiM- ŝñ 9cŒ§ ~Q)ñ:f§¨“m@  ŝñ %NŻËÑż–a1ñ "J~É˳†R'  ŭñ/_—ĈàäÏ£i5*XÁŬßșa1ŭñ5i¤ÒêìĠ§l6ï2cÌçêĠİq<ŭ  8nİ×íî×İl7ï6i£ÑëïŬĥ~G ŭ  7m¨Ġíí×İl7ï5gĦë὆M" ŭ ñ2e ÏéëÖ§l6.^˜Êçîßş„K! ŭ ñ+X‘ÂáçÒ¤i4 &SŒÁáèÖxB ŭñ G{ŻÒÜɜb0 G´ÖÜĈšd4ŝñ4b•ĵɸ‹V)ñ;mĦȀM% ŭñ$HvœĞ›rD -W†¨Žc7  á 1Uu‚uT/È >c}iE&    5KTK4 È&?QRC, :@>4&%3:8-!+7;4&','Ê!*+#.;@>3%&3:8-gro_H66G]jfT?4;Pdj_F*   Ì 3Phro^G67H]jfT”˘oYXn‹œ—€cU_{”œkB!  Ñ$Hs•˘ŒnXYoŒœ—µËʵ•}|”²Äż§ˆxƒĦĵÄ´[/Ô*WŒ·ÌÉ´”||•³ÄżĤÇàⲛšħÎŜÚĤ—˘×ŜÍo;Ġ.`šÉááÏħš›²ÏŜÙÂÎéíŜĊŻŻÄŬëçÔıеÏċëÛ´|DĠ0cŸéíŜÄŻŻĊŜëçÓëñċÎşşÍäíÛĥÀ×ëáğƒI Ġ0d ÑìñäÍşşÎċñíÛìòçÑĉòïŜÇşÚíñ…K Ġ0d ÒíòĉÑçòïŬìòçÑĉòïŜÇğÚíò…K Ġ0c ÑìòçÑçóïŜÎêċÎşşÍäñîÜÄ·À×ëáğƒI Ġ/aÏëäÍşşÎċñíÛĈäêŜĊ°ŻÄŬëçÓıĴµÎäêÛ´|DĠ+[–ÈċêŬÄŻ°ĊŜëçÒµÔÚÌħšš°ËÚ×Á– ğÓÚʤn;Ġ %P†·ÔÚË°™šħÌÛÖÀ—´şĞyyŞşĥ ƒu›³ğЇX.Ö ?m™µşŞŽxyĞğĥŸm„‰|dQQd{‰…rZNWm‚‰}`< Ö*Ln…‰{cQQd|‰…q?NQH9,,8HQOB2*0?MQI7"Ĝ +@OQH8,,9IROB#%  %$#%!Ù #% !%$   ï  ûüŝûŝ>///üï*EXZJ2 0OfhT7 ò Ai†ˆqM*ñ/Z‰İ­”j= ñ BtĤĈʲƒM# ñ(T‹½ÚŬēX) ñ2dÌĉç͚^+7m¨Ġìê`,:pĞĜíëž`,8nİÖìê`,ñ3eŸÍĉĉ͛^,ñ*VŒĵĜÛĔY)ñ Cr Ċ°„O$ ñ.S{™˘k? ò 6VoxjL,ó"9NUK4 ó1BH@- ò*ASYP;"ñ&Ddz€tW4ñ :e¨­›vH! ñ&Oƒ°ËÏıU' ñ0a™Çáâɘ]+ñ7lĤÔëêϝ_,9pĞĜíëž`,9oŞ×íëž`,ñ4g˘ééϝ_,ñ,Z“Äáċ̚]+ñ !I}°ÓÛĒW( ñ6d—½È³„M" Ÿ%JxŞ—m> 2Vv‚sP,  5KTJ3  ,7;4%',' >3? ?/?> ?+?>ü?>>? ?+?>?> ?(?>?>ü?>>? ?'?>?>ü?>>??&?>?>ü?>>??%?>?>ü?>>??$?>?>ü?>>??" ?>?>ü?>>??" ?>?>ü?>>??! ?>?>ü?>>?? ?>?û>?>>???>?>ü?>>???>?>ŭ?>???û@KH@??>ù?>>?>>??×ŝ??ûJ]PA??ü>??>>?×ŝo??úAQfUB??>?û>?>>??×ûÑĴhC??úATlWB??>ú?>>?>??ùÊ··£tK??úBUn[D??ù>??>?>??÷B`ŠĤ¤SA??úBUp^D??>ú?>>?>???ĝHi‘£‹_D??úBUs`D??>ŝ?>>??÷ARw›˜nJ@??úAStbE??÷>??>?>???ĝGb‹›TA??ú@SudD??>ŝ?>>??ĝBQv—aE??ú@QueD??ĝ>??>?>? ?ĝE`Š—sL@??ú@NseD??ŭ>?>>ŝ? ?ĝAPv–†WB??ú@MpeD??ŭ>?>>?ùF`‹“fF??ûJneC??ú>??>>?ĝANw•|O@??ûGkeC??û>?>??ùEaŒŒ[B??ûFhfC??ü>?>?ùAOymF??ûDgfC??ü>?>?ùD^‰O@??ûCefC??ŭ>??ù@Lv‡`B??ûB`dC??ŝ>?úC^„qG??ûA\cB??ŝ>ùÁyZHA??ó@JuS@??@XbB??ġ¨š†mXJB@??ôB^€dB??@TaB??óoy‡’–“ƒlXJB@??ú@JssH??üRaB??ŝŝ:ŝ8ŝ5 ŝ3 ŝ1 ŝ/ŝŝŭŝ ŝ/ŝŭ ŝ+ŝŭüŝŭŭŝ ŝ+ŝŭŝŭ ŝ(ŝŭŝŭüŝŭŭŝ ŝ'ŝŭŝŭüŝŭŭŝŝ&ŝŭŝŭüŝŭŭŝŝ%ŝŭŝŭüŝŭŭŝŝ$ŝŭŝŭüŝŭŭŝŝ" ŝŭŝŭüŝŭŭŝŝ" ŝŭŝŭüŝŭŭŝŝ! ŝŭŝŭüŝŭŭŝŝ ŝŭŝûŭŝŭŭŝŝŝŭŝŭüŝŭŭŝŝŝŭŝŭŭŝŭŝŝŝüġ÷ŭŝŝŭùŝŭŭŝŭŭŝŝĈŝŝŝûġèòüŝŝüŭŝŝŭŭŝĈŭÇìŝŝúŭñâîüŝŝŭŝûŭŝŭŭŝŝĈûÉÖîüŝŝúüîŜìûŝŝŭúŝŭŭŝŭŝŝùÌÒÒÙêùŝŝúüîŬêúŝŝùŭŝŝŭŝŭŝŝ÷ŭñâĜÙĉöŭŝŝúüîÛèúŝŝŭúŝŭŭŝŭŝŝŝĝúîàÙâòüŝŝúüîÚçúŝŝŭŝŝŭŭŝŝĝŭ÷éŬŜíúŝŝúüïÙċúŝŝ÷ŭŝŝŭŝŭŝŝŝĝûñâŬçöŭŝŝúŭÙäúŝŝŭŝŝŭŭŝŝĝŭ÷êŜâòüŝŝúŭñÙäúŝŝĝŭŝŝŭŝŭŝ ŝùûòäßìùŝŝúŭóÚäúŝŝŭŭŝŭŭŝŝ ŝĝŭĝëàĉġŭŝŝúŭôŬäúŝŝŭŭŝŭŭŝùûòäáûŝŝûöŜäúŝŝúŭŝŝŭŭŝùŭĝëáéĝŝŝûĝàäûŝŝûŭŝŭŝŝùüòääôŭŝŝûùâäûŝŝüŭŝŭŝùŭĝêîûŝŝûúûŝŝüŭŝŭŝùüóċéĝŭŝŝûûċäûŝŝŭŭŝŝúùëĉóŭŝŝûüèċûŝŝŝŭŝúüóçíûŝŝûüëçûŝŝŝŭùżĊäòúŭŝŝôúìé÷ŭŝŝŭíçûŝŝöżÇÖßêóùüŝŝôŭóéòŭŝŝŭçüŝŝôèċŜÚĜÚáëóùüŝŝûúîíûŝŝüòèüŝŝŝU:U8U5 U3 U1 U/UŝTU U/UT U+UTüUTTU U+UTUT U(UTUTüUTTU U'UTUTüUTTUU&UTUTüUTTUU%UTUTüUTTUU$UTUTüUTTUU" UTUTüUTTUU" UTUTüUTTUU! UTUTüUTTUU UTUûTUTTUUUTUTüUTTUUUTUTŭUTUUUüLOTUUTùUTTUTTUUûUUûMAJSUUüTUUTTUú >UUúTIBMTUUúTNCISUUĝTUUTUTU UùSMDCKRUUûPFJSUUŭTUTTŝU UĝTQJFJQTUUûQHLTUUŭTUTTUùTOJKQTUUûRKMTUUúTUUTTUúSOMPTUUûSMOTUUûTUTUUúTRPRTUUûSOPTUUüTUTUüTSTUUûTQRTUUüTUTUüVXVUUüTSTUUŭTUUüXZXUUTUŝTUûW\[VUUŭVWUUŝTù6GQTUUûV\_XUUŭVXUUö'3@IPSUUûZa\VUUŭWYUUô;71..19DKQTUUûW`aWUUŭX[UU9ŝ6ü4üŝ1÷2ò .ï ,ï +ì *ùô 'ŝì &üŝŝ  ġ %ö  ò $ùŭ  ġ#÷  ï "ñ ú"â  ò ñ òë öé ù !ë ô "#$ ú!#%&'Ú !##&()*Ú  !##&')+,-Ú  ! !#&'(*+./0Ú & !#%%(*+-.024Ù*$!#&')*-./2357Ù !.( "$&(*,-/22568:Ĝ #"!2+#$&)+-/114679:=Ĝ "+#61')+-/14569:<=@× .("':7,-/24689;>?BD× ,3#!#&,?=12469;=>ADFIÖ '8-!!#%(+0CC679<>@CEIKNÖ $69)%(*-/4HI;<>ADHJMQRĠ "2C4+,/248MP?AEHLOQUXĠ !$.EC31469=QVFILPSVY\Ġ  "%(.AN>69;>BV]NQTW[^`Ô !$'*-0??ŭ?! ?ŝB??ùGŽ˘[>>??ú>??? ?üCUB??òL‘˜R>>??>>?>>?? ?üJdG??òP•ŠI>>??>>?>>?? ?üKkJ??òV™|E>>??>>?>>?? ?üOnM??ó\™oB>??>>?>>? ? ?üOrO??ò@c™b?>??>>?>>? ? ?üNtQ??òAk–Y?>??>>?>>? ? ?üNvR??óCt’P>>??>?>>?? ?üMxS??óE~ŠJ>>?>>?>>?? ?üLxT??óHˆ~E>??>>?>>?? ?üKyU??ôLrB>??>>?>?? ?üJzW??ôQ‘e@>??>?>>?? ?üI{W??ôW“[?>?>>?>>?? ?üH{X??ġ_Q>>?>>?>?? ?üGzX??ô@iJ>??>?>>?? ?üFyY??ôAs†E>??>?>>?? ?üEyZ??ġC€|B>?>>?>??ŝ@?? ?üDvZ??ùE…n?>?>>?û@JSA?? ?üCtZ??öG‰`>??>?>??úANbN@?? ?üBqZ??öK‰T>??>?>??úARjXB?? ?üBoZ??öQ‡K>?>??>??úARo]D?? ?üAm[??÷X„E>?>AA??@ ?úARpaE??>? ?üAkZ??ĝa{A>?>E??ŭDA? ?ú@PqeF??>? ?ü@i[??ŭks??ŝG??üAH@? ?ú@OrgG??>? ?ò@h[??@sd>?>CF??ŭHD? ?ú@NrjH??>? ?ò@f\??A}V>?>IB??üBK@? ?ûKrmH??>?ŝ? ?ôe\??B|K>??K??ŭJF? ?ûJroI??>?>ŝä? ?ôc]??E}E>?CJ??üBN@??ûHpqI??>?>üGä? ?ô`\??IwA?>IE??ŭKH??ûFlqI??>?>ú?PŒ½×? ?ù\Z??Os??ĝL@??AP@??ûDipI??>?>ĝ?IjĵÇ? ?ġXY??Xg>?AL??ŭKH??ûCepI??>?>÷C\‡Ĵı‘o? ?UY??eW>?FG??AP@??ûBapI??ûAEA>??>ô@PuĦ²Ĥ„aJ@>??ñRX??lK>>LA??JI??ûA^pI??üCKD??ñ>?Jj–Ĵ˘}\IEFG>??ñPX?@lD??M??@OA??ŝ@??û@ZpI??û@HOD??>E_Œ§Ħ~]MIJKLL>>??òMX?@n@?CI??HI??ŝA??û@WqI??ûBNOB??>ġBT~£ \MJKLL>?îJX?Bg??KA?@O@??A@??üSnI??ûERLA??ô>@NvĦ~ZKIJLLü?>>??ïHW?Eg>?L??GJ??@B??üNkI??ú@JTG@??ó>?Ij—Ÿ‚[JGIKLLü?>>??FV?LX>AI??O@??C??üKiH??ûAOSC??ó>C\ž„ZGEFIKLLû>?>>??ëDW?UQ?GC?EJ??C@??IgI??ûCSOA??ò>AT‚š…ZEBDFHKLLĝ?>?>??@??ìCW?VG?I??L@?AB??EfJ??üHTH??ñ>?Ku“„ZD?ACFHJL L?>?çBX?]A@I?CI??C??DeI??@MSC??>Ei…ZD??@BEGIKL L”<0 ŝ)ŝĝÛÌÛŝŝŝ$ŝùüßÒìŝŭŝŝŭŝ! ŝŝüŝŝùûß×óŭŭŝŝúŭŝŝŝ ŝüûüŝŝòùŜÛöŭŭŝŝŭŭŝŭŭŝŝ ŝü÷çùŝŝò÷Üáúŭŭŝŝŭŭŝŭŭŝŝ ŝüöâ÷ŝŝòġÛĉûŭŭŝŝŭŭŝŭŭŝŝ ŝüôàġŝŝóòÛëüŭŝŝŭŭŝŭŭŝ ŝ ŝüóßóŝŝòŭïÛŭŭŝŝŭŭŝŭŭŝ ŝ ŝüôŬóŝŝòŭíÜóŭŭŝŝŭŭŝŭŭŝ ŝ ŝüôÜòŝŝóüéŜ÷ŭŭŝŝŭŝŭŭŝŝ ŝüġÛñŝŝóüĉáùŭŭŝŭŭŝŭŭŝŝ ŝüġÛñŝŝóúâĉûŭŝŝŭŭŝŭŭŝŝ ŝüöÛŝŝôùàêüŭŝŝŭŭŝŭŝŝ ŝü÷Úïŝŝô÷ßïŭŭŝŝŭŝŭŭŝŝ ŝü÷Úïŝŝôôßóŭŭŝŭŭŝŭŭŝŝ ŝüĝÚïŝŝġòà÷ŭŭŝŭŭŝŭŝŝ ŝüùÛîŝŝôŭîáúŭŝŝŭŝŭŭŝŝ ŝüùÛîŝŝôŭêäûŭŝŝŭŝŭŭŝŝ ŝüúÜîŝŝġüĉèüŭŝŭŭŝŭŝŝŝŭŝŝ ŝüúŬîŝŝùüäìŭŭŝŭŭŝûŭöŭŝŝ ŝüûßîŝŝöûòŭŝŝŭŝŭŝŝúüóĉôŭŝŝ ŝüüàîŝŝöùöŭŝŝŭŝŭŝŝúüñáíüŝŝ ŝüüâîŝŝö÷äùŭŝŭüûŭŝŝúŭñŜéúŝŝ ŝüŭîŝŝ÷ôċûŭŝŭ÷÷ŝŝŭüúŝ ŝúŭñŬçùŝŝŭŝ ŝüŭäîŝŝ÷òèüŭŝüïùŝŝüŭóùŝ ŝúŭòŬċùŝŝŭŝ ŝüŭċîŝŝ÷îëŭŝŝúêüŝŝüùíŭŝ ŝúŭóÜĝŝŝŭŝ ŝìŭĉíŝŝŭëñŭŝŭòìŭŝŝŭìġŝ ŝûôÜâ÷ŝŝŭŝ ŝóçíŝŝŭèöŭŝŭçôŝŝü÷ĉüŝ ŝûöÜàĝŝŝŭŝŝŝ ŝîèíŝŝüéùŭŝúâúŝŝŭèŝ ŝû÷Ŭß÷ŝŝŭŝŭŝÓŝ ŝîéíŝŝüèûŭŝóäŭŝŝ÷âûŝŝûĝßŜ÷ŝŝŭŝŭüûċÓŝ ŝôëíŝŝúëüŝŭçîŝŝŭĉíŝŝûùáŜ÷ŝŝŭŝŭûĝéÜÖŝ ŝïíîŝŝĝìŭŝûáĝŝŝùŜúŝŝûúŜ÷ŝŝŭŝŭùúòċŜÚÛŝ ŝïŝôġŭŝöáŭŝŝèìŝŝûûĉß÷ŝŝŭŝŭ÷üġëâŜáèñŝ ŝñïŝŝñöŭŝìêŝŝúŜûŝŝûüèß÷ŝŝûûó÷ŭŝŝŭôüĝċáäìġûŝŭŝŝñóïŝŝïùŭŭâ÷ŝŝêëŝŝŝŭŝŝûŭêß÷ŝŝúŭöèóŭŝŝŭ÷úòèċî÷üŝŝŝŭŝŝíġŝŝïûŝúàŭŝûàúŝŝüùŝŝûŭíß÷ŝŝúüîôŭŝŝŭ÷ûġëäĉî÷üŝŝŭŝçöŝŭîŭŝòçŝŝíêŝŝŭóüŝŝŭïß÷ŝŝúùċä÷ŭŝŝŭ÷üĝîĉĉï÷üŝŝŭŝŝüŝŝî÷ŝŭŭŝä÷ŝüàûŝŝòöŝŝüñá÷ŝŝúŭôŜèúŝŝŭĝùèçïĝüŝŝŭŝŭĝŭŝŝéùŝüñŭüáŭŝïêŝŝ÷îŭŝŝôâ÷ŝŝúüìÜïŭŝŝŭĝúóéçîĝüŝ ŝŭŝŭúĝŝŝêúñŝúġŭ÷çŝŭáûŝüéûŝŝöäĝŝŝúûäŜöŭŝŝ÷ŭûöëèî÷üŝ ŝĝŭŝŭŭŝŭòŝŝëûñŝöĝŝëôŝòêŝŝëġŝŝĝċ÷ŝŝûöŜäûŝŝ÷ŭüĝîéî÷üŝŝĝŭŝŭŝŝòüŝŝÛüŝöúŭĉüŭċûŝôìŝŝúĉ÷ŝŝŭÜîŭŝŝŭŭúñëî÷üŝŝŭüŝùóŝŝçüŝôüûèŝöìŝûçüŝûç÷ŝŝüèß÷ŝŝĝŭûôìîĝŭŝŝ”ŭ;0 U ŝ(Uĝ*(UUU$UùR0 ?UTUUŭU! UŝSUUùQ1)HTTUUúTUUU UüRFSUUòO2/LTTUUTTUTTUU UüN>PUUòN26PTTUUTTUTTUU UüM:NUUòL3=RTTUUTTUTTUU UüL9MUUóJ5CSTUUTTUTTU U UüK9KUUòTI7ITTUUTTUTTU U UüL9KUUòTG:LTTUUTTUTTU U UüM:KUUóSE=PTTUUTUTTUU UüN;KUUóSDAQTTUTTUTTUU UüOLUUôQEMTTUUTUTTUU UüQ?LUUôQGPTTUTTUTTUU UüRAMUUġPIRTTUTTUTUU UüRCMUUġPKSTUUTUTTUU UüSEMUUġPNTTUUTUTTUU UüSFNUUġTPPTTUTTUTUUŝTUU UüTIOUUùTQRTTUTTUûTMGTUU UüTKOUUöTSSTUUTUTUUúSK>KTUU UüTMPUUTUüTUTUUúTJ;ESUU UüTNQUU÷VUTUTTSTUUúTJ:CRUU UŭPRUU÷VXUTUTQPUUŭTRU UúTK;BQUUTU UŭQRUU÷WXTTUSLQUUŭNRU UúTM=BQUUTU UŭRSUUYùTUURJSUUüRKTU UúTN>BQUUTU UŭSTUUòZYTUTNKTUUTKOU UûO@CQUUTUUĝ]WTUTIPUUüQHTU UûPBCQUUTUŝU UŝVUUĝ^VTURGSUUŭJNU UûQDEQUUTUTŝU UîWVUUV`UTUOITUURGSUUûRGFQUUTUTüQ4U UWUĝW`UUTKNUUŭJMUUûSJHRUUTUTûO<+ U UïWXUUX`TUSIRUUSGSUUûTLJRUUTUTùQH:/*(U UXUô[^TUQJTUULMUUûTOLRUUTUT÷SMC944;EU UXYUU_[TUNNUUSITUUûTQNSUUûSMPTUUTġQJ@;??@@SNA@A[C==?@ABCDEFXTFFGbEAABG==;@BCEGHIJJK[YKKNeIGFMGB@>FB:87531/-+)(44"  CEGIJLMNOPQ_^QQVhMMKWJGEDN@=;986420--9:'"    HJLNPQRSTUVcdVV`gRR€á\NLJRMC@><;87421<@,'$" LOQSTVXYZ[[gi[[ldXW]\SQQ\KHEB?=;975AG0+)'$!  PTVXZ\]^_`aknaavd]\i[XV]ZOLJGC@><:DM60-+)&%$& UX[]_abdeefotff|fcbo_]\hXTQOLHEA?HS;520-+,+$ !+% Z\`bdfgijklsyllƒjhkpdbhg[YVVPLIELY@:742141(%""/, ^bdgilmnopqwqr„nnymjhud`]^YTQMR_E><977<5-)'$ $33" dfhlnqruwyz€ˆ{}vt€pnttgedd\XTXgMEA>:740./=G7%Ċ rv|†‹’’”–—š˜Ħ™“›‹”„~|zolk{f]YTV\MC?<855ANA.%"  µ z…‰Ž“˜žŸĦ£˘­ ¤——™‹‡Š{trƒmd`\bcRJFA=;DUL6-)&#!!""!   3ä,ä*ä+ä+ŝää-ŭËä.ŭP?.?/GŝI-L.L.L-L-L,L,L,LŭMX* 3Ò,ÓÒ*ÓÒ+ÓŝÒ*Ó-ŭÙÓ.ŭùŝ.ŝ/ŝ.ŝ.ŝ.ŝ-ŝ-ŝ,ŝ,ŝ,ŝ+ 3ŭ+ú )ù *ù *û,ŭ#.ŭOU.U/üspw-ƒ.ƒ.ƒ-ƒ-ƒ,ƒ,ƒ,ƒŭ…¤* cü+ú*û ,ü -ŝ/ŝ/ŭ.ŭ.ŭ.ü-ü-û,û,û,ú +ú +?òGSbuˆ‘‘…pZKC@??ôA\yV@??ObB??ñ@DLYk€Œ‡s\LC@??öIofC??M`B?ñ@AGQav‡ŽŠw^LB@? ?÷A\pK??I\ ?ó@CJWj‚Œ‹z`LB? ?ùHkZ@?F?ôAEO`x††yaLB? ?úAZdD?êúÁiHE@? ?ô@BHTi|‚zcKB? ?üIcNêôçȧ‰rbTKEB@? ?ġ@BJ[s}xdLB??ŭ@W êîĉÙÏÈż´¨˜‡vh[PIDA@? ?ö@DPftsdNB??ŝA êéÒĞĦ ¤Şħ³ħŻİ£—†ufYOHC@??÷AHXjmeNA??ŝDAHIJPSZ^fox‚—Ħ§Ĥ˘œ‹zhYNGB@??ġBLagbNB?AH?@çADEINSZcnz‡’”˜”’‡|n\NFB@??ĝ@DU^[SN?ê@ABDGKQYcqz‚†‚‚wq^NEA??üAQb?í@ABEIOXbqpslg`OIJP%?÷@ACHS^an*?üBIR*?üBJR*?üAIQ?úCEFC@??üAHO?ŭAILLŭIC??ú@?@GO?ŭ@JLLŭJB??ü@KZ?ŝFLLŭH@??ŝ@??ù@EQSOL?ŝJLLĝORMLLJA??ŭA@??ö@FTXRD?@F?ŝKLLĝYlPLLKB??ĝ@GU]YH@??ŝB?ŝJLLĝPUMLLKB??ĝAGW_\NB??ŝ@?ŝGLLŭI@? ?÷AHWcaRD@???ŭAKLLŭKC? ?ö@BIWcdYG@? ??ŭCJLLŭKE??ö@BHWdf\LB???ù@EHHEA??öBHVdh`PD@??ŝ@?öAGRagcSF@??ŭ@] ?ġ@CLYa`UIB@??ü@aV ?÷ALVYRIB@??û@a[? ?ûEHEB??ú@`^@?%?ù@`a@??$?ûA`eA??"?ûAajB??!?ûAboD?? ?ûAcuF???ûAcyH???ûAbzL???ûA`}O???ûBaR??ŝB?úBaX@??ŝK?úBa…\A??ŭAM?úBbˆ`A??ŭIG?úBa‰gB??üAL@?úB_‰jD? ?Fŝ??úB_ˆmE? ?û@H@??úB^‡pG? ?ûCD?? ?úB]†sI? ?ûC@?? ?úB\…uJ? ?ŝ@?? ?úC\…yM???ùBZ…|P@???ùAY„~R@???ùAXTA???ù@TWA??ŝ@?úR‚VA??ŝB ù?B|ƒX@??ŝC!ûOzR@??ŝA"?$?%?'?(?)?ŝóúġîĉßÛÛàêòùüŝŝôŭôì÷ŭŝŝóçüŝŝòüĝóëŜŬàèñĝüŭŝŝöûïòüŝŝġéüŝóŭúöïçàŬßçñĝüŝŝ÷ŭġïúŝŝ÷ë ŝôüùôìŜßĉùüŝ ŝùûöŭŝùŝôŭû÷çââçĝüŝ ŝúŭöóüŝ×ĜÙûâġüŭŝŝġüúġíĉäçùŭŝ ŝüûóù×ĜÙġÚáèîóöùûüŭŝ ŝöüùóêĉçĝŭŝŝŭŭ÷ ŝ×ĜĜÙïÚŬßáċèëïòġĝúüŭŭŝ ŝöŭû÷ïêêĝŭŝŝ ŝĜÙÙŭŜçééçòĉççéêíóöùûüŭŝ ŝ÷ŭúôîìĝŭŝŝäŭüüûúúĝ÷öôòîíëêêëìíóöùûüŭŝŝĝŭùñïñĝŭŝŝ ŝŭüĝûúĝ÷ġóîîïĝñóöùûüŭŝŝùüöóôĝŭŝŭîüûúù÷ġôòòóóġġùûŭŭŝŝüŭùġŝŭûüûùĝöö÷úĝûüŭŝ&ŝŭúüûùúù-ŝ-ŝ-ŝ(ŝúŭùòñí$ŝöü÷ôñôùüŝ$ŝüŝŭŝŝüŭĝñ'ŝùŭĝîìòû$ŝùŭĝëèíùŝŝ!ŝĝüöêäçöŭŝŝŝĝüöéâäñûŝŝŝ÷üöèŜàíùŭŝŝŝöŭûġèŬŬçöŭŝ ŝŝöŭûġèŬÛòûŝŝŝġŭûġéÜÙàïùŭŝŝŝŭŝöüöìßÙŬë÷üŝŝŭŭñ ŝġŭúñĉŜàéġûŭŝŝüŭïô ŝ÷ûòèĉìġúŭŝŝûŭïòŝ ŝúĝġĝûŭŝŝúŭïñŝŝ%ŝùŭïïŭŝŝ$ŝûŭïíŭŝŝ"ŝûŭïëüŝŝ!ŝûŭîéûŝŝ ŝûŭîĉúŝŝŝûŭîäúŝŝŝûŭîĝŝŝŝûŭïâöŝŝŝŭŝûüîáġŝŝŝ÷ŝúüîßòŭŝŝŭŭĉŝúüîŜŭŝŝŭĝáŝúüíÜîüŝŝüŭéîŝúüîÜëüŝŝüùäûŝúüîÜêûŝ ŝüîïŝŝúüîÜèûŝ ŝûûêûŝŝúüïÜçúŝ ŝûġôŝŝ ŝúüïÜċùŝ ŝúŭġüŝŝ ŝúüïÜäĝŝ ŝŝüŝŝ ŝúüïÜá÷ŝŝŝùüÜàġŭŝŝŝùŭñÜßôŭŝŝŝùŭñŬŜóŭŝŝŝŭŝúóŜŜòŭŝŝŝüŝúôŜŬòŭŝŝŝú úŝŭßÜñŝŝŝù!ûöáôŭŝŝŝü"ŝ$ŝ%ŝ'ŝ(ŝ)ŝUóQKE>868>FMQTUUü\d[UUûX\VUUòTSOKF@>?BINRTUUöWcaVUUX]VUóTROKGEEGLPSTUU÷V^fYUUX] UġTRPMKKMPSTUUùXf_UUWUŭTSQQŝSUUúV`eWUò ,HRSUUTùUVXYXVU UüYe\ì !-8BHMQSTTUUùWZ\][WU Uŝ` ê !(-27;@EIMPRSTUUĝW[_`^YVUUŝW ë(5:==>@ACFIKNPSTUUĝW[`baZVUUŝZŝTRRèQPPOONNOOPRTVXZ[\[ZYWVVUUġVY`db[VUW] UTUĝVWY\^`cddùc`\YWVUUùW^bb`aUîVWXZ\`dgjjkhga[XVUUüV`lUïVWX[^bjjljif][^d&UĝVWZ`gku*UüW^f*UüX^e*UüW^eUùVblneZUUúTSRX^U÷\xƒ„„ƒ{dUUöTRQPPQT[cUûY|ƒƒ„„ŭ~bUUTUŭ[dUŝoƒƒ„ŭvXUUŭWXUUúVYZ[_Uŝ{ƒƒ„ŭ^UUŭ\ZUU÷VWYYVUV[UŭV€ƒƒ„ŭbUUûVWWVUUŝXUŭV~ƒƒ„ŭ€_UUTŭSTUUŝVUŝrƒƒ„ŭyYU UĝTSQPQSTU UUû\€ƒƒ„„ŭfU UĝTRNLMPSU UUöc~ƒƒ„„jVUU÷SQLHILQTUUUùYjtum^UU÷SOJDDHOSUUUöSPIB@CKRTUUŝ` UöTQLD?AHOSUUŭ`] U÷SKDCHNSTUUü_^U UûPNPSUU]U&Uŭ\]UU%Uŭ[]UU#UŭZ\UU"UüY\VUU!UüX[VUUUüWYVUUUüVWVUUUŝTU UUSŝTUUŝRUüRQSUUŝKUûTQNRUUŭRHUúTOKQTUUŭKMUúTNHOTUUüRHSUúTMFMTU UüLMUUúTLCJSU UûSJSUUúTKAHSU UOU UúTK?ERU UúTOTUU UúTJAGKPU]uthko{„Ó  )//)# !#&),/369CIOV^grƒ‹’™Ÿ˘¨ĴħÑ  $'*-148;>CINSY^diov‹—°´ĵÑ  $'+-158;?DINTY^djow‹”ž§Ĵ²Ñ  $'+.158;?DINTY^djow‹”ž§Ĵ²Ñ  $'*-148;?CINTY^diovŠ”žĤĴ²Ñ  #'*-148;>CINSY^dinu€‰“žİŻĥÑ  #'*-047;>BHMSX]chnvŒ–žĤĞ°Ñ  #&*-047:>BGLRW]bgms|†™˘Ĵ·Ñ "&),036:=AFLQV\aflqz„ĦĞŻÒ "%),/269<@EJPUZ`eks…‘––œ¤ŞÒ !$(+.258BIQ`lokhlqy‚‹“œ¤Ò  #&*-047:AN]a\X[_ejnt~†Ž—ŸÒ "&),06AMRMHJNSX]bglqy‰‘™Ò "%+5@FC=<>BGLQV[`eins|„‹“Ò !'29832469=@EJOSX]bfkou}…ŒÓ  ',,)(),/258;>BHLQVZ_dhlpw•Ó "$" !$(+.147:=@EJNSW\`eimq‰ŠÓ  #&),/258;>BGKPTY]aej~wÓ "%(+.1479AFJNSfm^adhÔ  #&),.1479=?AEHKNQÖ "$'*,/=P;8:<>@CGIL×  "%'*7J63579;=?BDJ×  #%2E3.03578:<>@LĜ !+A/*,.024689;>JĜ '<+%')+-/13568AAÙ $8)!"$')+,.0246@9Ú  3' "$&(*,-/1785Ú /%!#%')*,.512Û *#!"$&')-/-/Û &  !#$&*)*,Ü " "#%&')Ŭ  "#$%Ŝ  !"Ŝ ß  à   á  !ŭç " #ä $ċ %è 'ë )é )î ?Ö>?>??@ABDF^D]BEE?K@?C@?CdJ??AQN@??>B^‡„ZC??úACFHKL L?>ä?BFHJLNdMcJOFEI?AB?A_J??ESG??ù@Sƒ]C??ûBDGIL LŝB??äAEIMORTUgVhRVNSGCD?@ZI??JQB??úIt^D??úADEHJL LÚXA@CHLPUVZ\]k`h[[VXNLEAUH?@MK@??Ei{^C??÷ADFFEFHKLLŝKLLÜDVGJNSX\^aceokod_aZUQKWJ?BNF??A^vaC??ôAFJJFAADFIKLLKÙMOTZZ@H]SUX_bfgjlttmkgg`\V_TEFMA??Tp`D??@ELMIC@?@BDFIKLKKÚMRXab_[KRg^_cimmrsz‚srpkebh_QSL@?Jj`D??ĝ@CKNKD@??ù@ACFHJKKLÜQVgusgQh[]pihotu{~„…|ywplrj]^SHH^^C??ùBIMKD@??ĝ>?ACFIKLLĠMRZu}}‚LTkmhysr}‹•ž¨İ˜uyuih[Ug`F??@HLKE@??>?úBDFIKLLĜMRYt}}vPW^lztƒ•Ż¸ĊÌÊĵ°˜‰}tofmnVIBDJJD@??>?ù@BDFHKLLÜQVdurfSZbip‚‡ĦµËÛàîçÛÌğ£†xzzi[WSME@??>ù?@AA@@??ù@BCFHKLLŜNRV^a_ikglry™şÓáöòú÷öĉĠ·œ‡znhcZOF??ĝABCDCA@??úACEHJLL×MPRTTXcs{€‡ÇçûôĝûġġûċŻˆxqh`XQKEBBC@?C@? ?úACEGJLLŜMNMMLkxu{–ıĜñùüĝ÷ĝúúô×ĥ‘wohb[RJB??@ìABCDEFHKORVZ]_`bccdeeòdaZcn}…ĦáùüùööäúôĝÛÀ™}vojea]WSTUVX[]_adgjmoopÒrtvx{|~}{ywurojYblw‰ Ŝ÷ñöö÷úòúóŬœ}umf_XPIE EFGúIKNPRSSRQáPNYcly—˘¸Òġ÷úġùĝüĝġÛ·wmg_YQJB??úACEHJL LW`jv…•ħËâöùĝòû÷ŭñÔ²Œxqh`XOH@>>?ù@BDFIKLLWbpx|‚›ğÖòò÷ŭġ÷ñßLJyoic\PG?> > ?ùACEGIKLLáacdkox‡Ċèéòôâ×Ĉ­–wxi]VSNHD?>>?ùACEGIKLLŜQX_fmqy”¤¸ÊÒÙÔÌş§’}}hhi\KC@FJKHA>>?>ĝ@BDFHJKLLÚNU\afozƒ™¨Ğ·´Ğ›‰|xumxeVX\N@??@ELMKC?>>?>?ĝ@BCEGIJKKLáIPW]e{pnx}‡ˆŽ‡€vtqnm_khKCKYRB??÷@DKNLFA?>>?>÷?ACDFGIJKKßELRYqgfkruxs{yzyplkfdcSVgJ?@M^YC??÷@CIMMIB?>>?>Ô?ABDEFGHIAGNg]\`glqnltprrjfcbYYZHD`]@?@Ne]E??÷@BGKLHB?>>?>Ô?@AABB?C\SRU[dbkffnhnfi`\XYNMQ@?SmJ??@Of`I@??ùADGGC?>>?>Ĝ@WKFKPV\]c^^i`h^dXVQPNBEQ@?Goa@??AQgfLA??@?>?ßZL?@DITQ[XVXdY`W]SNLEID?EUA?AcwI??ùAQlkQB? ?>ŝP??á@ELIXNNP_RXSOUFF@?JA?FXC??O}bA??ùBRpnVD? ?>?áIACPEFGZJKPDR@@C?AK@?F\C??Er{K??ĝBUoqZF@??>?ŬBI?HG?@@SDAQ?LE?C@?EI??F\E??A^ˆdA>??ĝCUqu^H@??úKA?P@??ìPD?R?BO?@D??JF??F\G??ûMƒM??ĝCUsxdMB??úBK?@Q??ëOE?R@?S@?C@?@MC??F]I??ùEq’gC>??÷@EXu{hNB? ?úMB?GL??êNG?SD?OG?@D??BM@??E^K??ĝA\‘ƒM?>??÷@FYt{iPC? ?ùCL??SB??ïNI?JM?BV??CA??FK??üF_N??ùJ‚—hE>??ö@FWrzkRD@??úLC?@U??óNK?DV??XA?@C??ŭJG??ûFaP@??ĝDmœ†Q@>??ö@FWpxkSE@??ùBM??GQ??íMN?AY??OM??BA??@MD??ûFbR@??ĝAX“žiF>??÷@FVmviRC??ùLD??RH??òMP??YA?DW@??C??üBMA??ûFaTA??÷@J€İ‹T@>??î@ERhpdO@??BN??@WA??ñLR??ZE?@XD??AA??üFK@??ûF`UA??÷Ej£˘mH>>??ñ@EO_cR??KE??EU??ġLU??SM??PP??ŝA??ŭIG??ûF`WB??÷AW’‰UA>??ôAGI@?N@??PM??ôLX??LV??D[@??ü@KD??ûF_YB??÷KyĴ£nI?>??ùG??@XC??ôLZ??F[@?@\E??üBJA??ûE^ZC??öDe ħŒYC>>??ù@??DY@??ôL]??B^A??QU??ŭCG??ûE^[D??öAVµĤpK?>??ŭOR??óK`??@_E??D^A??ŭDB??ûE\ZD??öKuŻ·_D>>??ü@YG??ŭKa??ĝ[L??@\I??ŝB??ûDXWC??öDe Ĵ{T@>??üCZA??ĝKb@??VU??üQW@??ûCTTB??îAVŽżÁšlJ>>???LV@??òKb@??M]@??E^C??ûBOOA??@K~ıÏż˜r>?@VL??òKc@??G`A??A[L??üAHF??òFp´ĜÛÍÜî?CYD??÷JcA??CbD??üPY@??ŝ@??ûBbğĉîîû?IW@??÷JdA??A`I??üE^D??ŭ[Ûîîü@RO??÷JdB??@\Q??üAZM??ŝdîîüAWF??üJeB??üS[@??üNYA??îüFVA??üJfC??üL`A??üD\E??îüLO@??üJfD??üFbD??ü@WN??ŭPF??üJgE??üC`H??üKUA??ŭMA??üIgE??üA\N??üCTD??ŝG? ?üHfE??û@UT@??ü@MH??ŝ@? ?üGeF??üNV@??ŭCI?? ?üGcE??üGVA??ŝC?? ?üE`F??üCRB?? ?üD]E??ü@MC?? ?üCXE??ŭDA?? ?üBSC?? ?ü@KA??ŝùŭŝŭŝŝîŝŝßŭïŝġŭóòŝéüŝé÷ŝüè÷ŝŝúâĉüŝŝŭüöîïĝŭŝŝŭÜŝûŝŝŭŝġŝêüùíŝóîŝŭë÷ŝŝôàŭŝŭŭĝï÷ŭŝŝĜüŝüûŝŭŝúñŝŝŭòŭöŭêŝëüûéŭŭîĝŝŝíâĝŝŝŭúò÷ŭŝŝüŭüûŝŝöîüŝĝüŝŭŝíŝŝĉôüùùúïŝêúŭĝŝüèêŭŝŭûôñ÷ŭŝŝùŭùòîòúŝ ŝŭÜúïüŝôŭŭŝñúŝŝöûùïüîûòòŝóĝŝùĉóŝŝü÷ò÷ŭŝŝ÷ŭùĉçïùŭŝŝŭŝßûüúôŭŭûñŭŝ÷ûüîûîüëŝôĝŝôèúŝŭùô÷ŭŝŝĝûòáèġüŝŝŭŝàöŭüñüööŭŝïüûù÷ûññüìŭġĝŭïïŭŭûġ÷ŭŝŝĝüġĉàċôûŝŝŭ ŝÙûġüŭüñúŭòûúúûġúó÷ġ÷üìöŝü÷ĝŭŝŝŭ÷éàäóüŝŝŭŝŬŭĝùŭñüïŭŭôûĝóôú÷÷ùíûŭĝĝŭŝŝûìċñûŝŝŭŝâûĝŭôúôŝñùüûôöùùġòŭúùŭŝüòççóüŝŝŭŝĉŭùûĝġù÷òü÷ġġĝúòùûùüŭġëêòŭŝŝ÷ŭüúġóòġùŝŝĜġĝŭŝúĝûúûòúóú÷ùôúôûúüùïíôüŝŭüĝïìèêìò÷üŭŝŝßüĝ÷ùü÷÷úüôĝûġġüġûûòñôüüĝîìèëìġúüŝŝŭŝúüŝŭúúì÷ùüĝ÷ĝúùĝöóöñëñúŭŝŝŭüûàúùĝ÷ööġôóòññïïîîïïñŝŝŭüŭüüŭûüùööòúôúñùöûûù÷öôòññóïîíìêèĉċáàßßŜŝŬŜŜüŬŜßààââäċĉéëûùĝĝùúúùùñöö÷úòúôóûúüüûû úùúáûüŝüööóôöù÷úġùĝü÷÷öòġíô÷ĝûŭŝ"ŝàíòġüùö÷ġïöùĝòûöŭûú÷óòóüŭû÷ĝĝûŭŭŝ ŝĉúóóùùġöġûó÷ŭġ÷ĝûüú÷úúïíîùŭ ŭŝáġŭüġùö÷ûñĝ÷ûġùùûüùóùŝüîêêòûŭŭŝßûúŭġúĝöġ÷÷û÷÷óòùöüûŭĝó÷ŝŝûçċë÷üŭŭŝŭ ŝġû÷ŭöúòôġîûööê÷ĝóŭúüŭĝñöŭŝŝüòäáċóúŭŭŝŭŝ ŭŝŭûŭóüìĝöôôúĝĝ÷ïĝòöñŝûúŭŝ÷ïóüŝŝ÷üôċàâí÷ûŭŭŝŭŝŭŝôüñùîúöùúöóġġò÷÷ñŝüùüŝŭöìïûŝŝ÷üġéááéġûŭŭŝŭŝßŭôüĝòĝóòŭ÷ŭöóŭìŭìüĝŭŭùùŭŝŭġèíúŝŝ÷ü÷íääêġûŭŭŝŭÚŝŭôûüíŝëŭûôġŭñüó÷òûëŭĝîŭŝû÷üŭŝŭôèëĝŭŝŝĝŭúóííóûŭŭŝŭĜŝóúŝúĝñûòĝóóŭñŝŝêŭġîŝĝìŭŝŭ÷ùŭŝŝŭóĉçöŭŝŝúüúûŝŝŭŭŝÖòĝŝ÷ġŝëŭòùġûñŭòüñúĝíŝíôŝĝèüŝŭùöüŭŝŝüóääóüŝ ŝŭŬöŝüòŝĝïŝìŝïŭîüô÷úïŝéûŭçùŝ÷ċúŝŝûġĝüŝŝùüòáâûŝ ŝŭŝŬġüŝêûûîŝòŝíûùóŝìŭĝìŝùĉüŝöâùŝŝŭöġûŭŝŝĝüñáàîúŭŝŝŭáŝûúŝĝêŝóôŝŝîúŭìŝ÷ŝêùŝñèŝŝ÷áĝŝŝúùóĝüŭŝŝĝûàŜëĝŭŝŝáüŝŝçúŝéüŝġŝïùŝëŝúìŝùèŝŝçïŝŝ÷áöŝŝúûóôûŭŝŝĝûßÛçġüŝŝâĝĉŝüèŝŭöŝïĝŝëŭŝèŭŝé÷ŝüáöŝŝöàôŝŝùŭöñ÷üŭŝŝ÷ŭúîŬÚċôüŝ ŝáĝŝóîŝüúŝ÷ŝëùŝíġŝûçŭŝĝàûŝŝ÷ßòŝŝùùñóûŭŭŝŝ÷ŭúîŜÙäóûŝ ŝŜöäŝŝċùŝŭŭŝñġŝóŝúċŝŝíôŝŝäŭŝŝ÷Ŝïŭŝŝùûó÷üŭŝŝ÷ŭúïŜÚâòúŝŝĝŭċôŝüŭŝŝîñóŝùçŝŭûŝûèŭŝŭĉìŝŝûöÜìŭŝŝĝŭöïòúŭŭŝŝ÷ŭùîàÛâñúŝŝù÷âŭŝôèŝŝñïŝüäŭŝìîŝŝôŝŝüàóŝŝû÷Úêŭŝŝĝŭùî÷üŭŝŝ÷ŭùïáÛòûŝŝùċóŝŝçóŝŝìñïŝŭäüŝĝŭŝüìŭŝŝöàùŝŝû÷ÛéüŝŝĝüóìñùŭŭŝŝîŭúñäßçôŭŝŝĝáŭŝüàûŝŝñòíŝŝĝŝŭâĝŝŝġġŝŝüïäüŝŝûöÜçûŝŝ÷ŭöííöûŭŭŝŝñúóéçòŝŝċñŝŝöâŭŝŝêòêŝŝêŝŝëëŝŝŭóŭŝŝŭèìŭŝŝû÷Ŭċûŝŝ÷ŭùïëñùüŭŝŝôüù÷ŭŝàüŝŝèìŝŝòèŝŝçŝŝĝßŭŝŝûûŝŝüûäôŝŝû÷Ŭäúŝŝ÷ûóëíġûŭŭŝŝùîŝŝŭŜĝŝŝôòĉŝŝ÷âŭŝŭŜöŝŝü÷çùŝŝû÷Ŝâùŝŝöŭ÷íêĝüŭŭŝŝùûŝŝ÷Ŝüŝŝôòŝŝúßûŝŝêĉŝŝüôíŭŝŝû÷Ŝáùŝŝ÷ùéìġûŭŭŝŝŭêċŝŝóòáŝŝüŜ÷ŝŝĝÜûŝŝüŭóöŝŝû÷àâĝŝŝöüôêéĝüŭŭŝŝüüŜóŝŝóóßŭŝŭâŝŝüŜòŝŝüŭ÷ŭŝŝûĝċùŝŝöŭöìçêóùŭŭŝŝüĝÜúŝŝĝóßŭŝŝĉèŝŝüêŭŝŝûùèèúŝŝîŭùïçĉíġûŭŭŝŝŝíáŭŝŝòóŜŭŝŝïàŭŝŝöÛùŝŝûúííüŝŝñûòèäĉíôŭŝŭáíŝŝòóŜüŝŝġÜûŝŝüŜïŝŝüüôöŝŝòüôèâáäáŬŝùŬ÷ŝŝ÷óŜüŝŝùÚĝŝŝüêáŭŝŝŝüŝŝóŭ÷ĉßŜŜŬŬŝñàüŝŝ÷óŬüŝŝûŬóŝŝü÷ÛĝŝŝüùáŜŬŬûŭĉéŭŝŝ÷óÜûŝŝŭàëŝŝüüßíŝŝŝ÷ŬŬüúßġŝŝüóÜûŝŝüéáŭŝŝüíàüŝŝŬüġáûŝŝüôÛúŝŝüÜûŝŝü÷ÜöŝŝúŬÜìéŭŝŝüóÚùŝŝüöÚĝŝŝûüìŭŝŝŭèġŝŝüôÙùŝŝüùÜôŝŝüïċüŝŝŭëûŝŝüġÙĝŝŝüüßîŝŝüùĉĝŝŝŝóŝ ŝüġÚĝŝŝûŭçèŭŝŝüŭîóŝŝŝüŝ ŝüöÛ÷ŝŝüîĉüŝŝüĝòŭŝŝ ŝüöŬ÷ŝŝüġĉûŝŝŭŭùŝŝ ŝü÷ß÷ŝŝüúêúŝŝ ŝüĝâĝŝŝüüïùŝŝ ŝüúĉĝŝŝŭĝûŝŝ ŝüûëùŝŝŝŭŝŝ ŝüŭòüŝŝUÖTUTUUPWXYZdZeWUTUSUUNSUV^WUUTOOTUUTU[ecZVUUùV\enw„ „ŝƒUUTÛUXU\_`ajak^ZZXUURPUU^XUUSORUUTTZee[VUUùX`irz‚„ „׃VUTTWZ^`_fghoiqe`b][WPUU^XUUSQTUUTXeg]VUUúY`ku}„ „ŭƒ]VVŜ\adhcmoouqtlhhcbXYV]XUUSRUUTVdi_VUUöTROLUbmw€„„ƒá„‡W^Z^_gknlruvzy{pqlkd`_aZUUTTUUûajaVUUóSNIIMT^fox…„„ƒŸ¤V[feghqtwt{}€}vxrqgijcZVUUû^jcWUUTPJHKQTUX`gpy‚…„„ƒ„ĝ‹˘ĤĤd_eooĉsz~y‚‚†‹‚}{{qssme_YUUZidWUUĝTRMJKQTUUùY`hqz‚„„ŝ™ĤĤâaploxyv„‰Œ‘‘ˆ†}z|wogc]ZedWUUùSOMMQTUU÷TX`hqzƒ…„„ŭ…ŸĤĤÜ`guyx‚~Œ™ž§ħ°Ħ—…€xqmhoiYUUTRPORTUUTöUY`hpy‚……„„ŭ…œĤĤßdjqz„ƒ‰Ÿı½ÌÒÏÁ·Ħ•‰zwywg^WTRQSTUUTU÷Y`gox……„„ß‘ĤĤfmtz€Œ“İğÑŜâçŜÁĴ…†„xnf^XTUUTùSQPOPRUU÷X_fnv€……„„Ġ…—¤Ĥrvw}‡£À×â÷òùööçÙ½§’‡|tmhb[UTSPNMTOPRTUU÷W^emu}……„„Ù…Œ“ks‡Ž—ŻÌèúóĝûġġûĉÓ·’ƒ}xqi_XQPOYVTaXUU÷V[cjs{ƒ…„„ƒ„v‚…“ĤÁÜñĝûĝöĝùùóÚĵœƒ|sohd^WU UTÑX^ekry~~}|{zyyxyny†–ĦµÌċĝûĝġööùóĝÜĈ˘‹„}wqlf`\\[ĈZYYXWVUTRQOPSVZ_diruvuuttsstumx‡›ĞĵÎ÷öö÷úñúòßÉĤ‹ƒ|vpha[WWVUTùY_gnv~‚‚߁‚‚ƒnzˆžĴıÉĜġ÷ùôù÷üöôŜ½š„yvmic]WUUĝW^emv}ƒ„„àftƒ—¨°ÀÒġĝĝòûöüñĜı–ƒ}xrka[TSTTUUùZaiqx„„jvŒ–šĞÚóòöüô÷ñâ˒†~ungb[UT TUĝV\ckry€„„âjqy€„Œ—°ËÔééòġâÚ˵ Œ„€xoh_XSSTTU÷V]dkryƒ„„Ŝelqx€‰­Î×Ŭ׿‹Š‡yurj_XUSRQQSTTUT÷V]dkqx~ƒ„„äbhnsv‰ˆ˘°ħş²¤•†…€|tifd\UUĝTSONNQSTTUTU÷V[bhou{€ƒƒ„á^djov‚€z…‰‘”›™“Œ‚|{wqvr_YZ_[VUU÷TRNKKNRSTTUTÓUX^djpu{‚ƒƒZ`flyws{}ƒ…‡‡†ƒ}zwtrnffn[UUY^\VUU÷TRMIHKPSTTUTÚUX^chlptwyW\bommnvx|~y€}{qtmlhd\XgeUUûY^[VUU÷TRMIHJPRTTUÛVY[_abcUWedecnntuvtzyywuojjca^[UU_lZUUûX\ZVUUĝTSOKKNSTTUTŭU`[[ĉbginpomurspokbd_ZWVYUUYldUUûWZYVUUúTSSUUTTUŜ`ZUTV^_dgifjnklihe`ZZUTUVXUUVemYTUUüVXWUUTä\UTPUWY]ab]chdec``[RUURTUVXUUü\nbUUüTSTU UTUôQTUSUWZZW\b]]óYZVSPUTQUUVWUUúWhkYTUUúTRQRTUUTĉUSSUTSUVVUQV\WVZUWVUOSUSQUUú`m`UTUUùTSOMPSUUĉTUUQTUVUUQUYVUYUUWUSNUUPRUUTUúYjhXTUUĝTQLILQTUUâTQUUVUURUXVUXUUWUUNRUTNSUUTSTUUùVbk_UTUUĝTOHEIPTU UŭPTUUçTSUXVUXUUVUUTMUUSMTUUTQSUUù\hdWTTUUĝSMEAFNSU USOUUTUUTUUWVUVVUUóNQUUQMTUUSORUUùWbf\UTUUĝSMB>BLRUUúNRUUSUUîWVUUVUUTUUTLTUUMOUUûSMPTUUĝV]e`WTTUUĝRK@;@KRUUùSMUUTSUUVUTUĝOQUUTJQUUûSKOTUUùYaaYUTUU÷TRJ>9>JRUUùMQUURSUUVUóTSUUTMTUURISUUûSJMTUUĝV\`[VTTUUïQJ>9?KTUUSKTUTPTUUTUùRTUUPQUUüOITUUûRHLTUUûX\ZVTTUòQKA>HUULPUUSPUUùSTUURRUUĝOTUUTKLUUûRGJSUUûVXXVTTUôSPNTUITUUPQUUTUùSRUUTOUUSUüTIPUUûRFHSUUúTSSTTUUùNUUTMSUUùTSUUTQUUŭNSUUüQIRUUûQDFRUUúTRPPRTTUùSUUSLTUUôSRUUTOTUUPNUUüOKTUUûQCDRUU÷SPMLPSTTUUŭNMUUóSQUUTNSUUSKTUUŭOPUUûQCDQUUöTPJHJOSTTUUüTJQUUŭSOUUĝNQUUTKQUUüTQTUUûQDDRUUöTPICDJPTTUUüRHSUUŭRNUUŭNOUUŭNKUUûRFERUUQH@=CKQTTUUUNIUUŭRMUUŭPKUUüRGSUUûRIHSUUñSI=78?GTUTHNUUòRLTUURITUUTGNUUüSMOUUòSJ:1./)!USERUU÷QJTUUSGSUUüLGTUUŝTUUóTL6*%"UNFTUU÷QITUUTGPUUüQDRUUöN+# THJUU÷QHTUUTHLUUüTELUU÷J!SCPUUüPFSUUüKGTUUüKDSUUùODSUUüPESUUüNCSUUüQAPUUúJHTUUüPCSUUüPAQUUüTDJUUŭFOUUüOBRUUüRAOUUüLESUUŭHSUUüO@QUUüTBKUUüQDQUUŝMU UüO@QUUûTFGTUUüTIMUUŝSU UüO?QUUüJDTUUüQLTUU UüP?QUUüODSUUŭTQUU UüP?PUUüRFRUU UüQAPUUüTIQUU UüRCPUUŭPSUU UüRFRUU UüTKSUU΂ˆ’—œ ¨Ĥ§¨Şĥݳ§İ¨Ħ§™”–‹ƒ~‹ulhfnfWRMHCHZU>50-+'%$##Â"! ‰•šŸ¤§Ĵ­ŻşŻ¸Ĵ³ŞŞĴĦŸœ‹–ƒuopxi^ZTPQb_H<852/,)'&%%Â#! ‘—˘§İĴ°´²´´µĵ²¸ŻµĞ¨Ğž˜ ƒ|}~mfa[ZikTF@<9630-+*(&&‹$"  Ÿ¤ŞĞħ´ğ¸ışÁğığĥ¸Ż³ŞŞ‘ŠŽ„rmhepvaRLGB>;8553/,)('&%"!  °Ş­²³ĥıżżżĊÂÂĵÀ¸¸µ­²İŸ™œ€wpx€p^XSNIDAA€ =70.,+)('%#!¤Ş·²ĥşğÂĈÄĊÉÈĊÈÂĊ½µı²İݨ—„„Š|kd_ZUQPQME<740/.,+)'%" ²­²żşżÁĈËÊËÎÊËËĊĈÀş²´Ż£š•œzplfb`c`XLC>;8410.,*)&%#! Żğ·ıĈÈÈÊÑÒÒÑÎËÇÇÂş½´Ğ¨Ğ£†}sqsrj^TOID?<841/.-,+(&%" ³żÂÂÍÊÏÏÓ×ĜĜÛ×ÖÑÍÊÄı´¸³Ĥ›’‹‰…|pf`[UPJD?;85310/-,)'%#!ħĥğËÊÒÒÖĜŬŬƒÛĜÔÌÉÀÀż³Ĵ§¤Ħ˜‰{qlf`[UPKFA=:6421/.,)'%#!³¸½ÇÑÓĜÜŬáäâßÜĜĠÎËÉÀı·ĥħ§™†|rlhe`[UNHB>:7421/.-*'%#!½ÀÀĊÊÖÜßċè耧ĉäßŬÖÓÍÇĊÁş°Ş¤›’…}xph`YSNHC>;7421/.,*'%#!ĥ½ÇÌÑÓÙŬĉêìííëĉäßÚĠÑÊÂĵ¸ĥħ¤š‚wskd^YTOIC?;8421/-,*'%$" ĈÈÍÒĜŬáċéíñóñîêĉáÜĠÑËÈÁĵ³­§ž•‹wpje_ZTOJE@=:75321/.-,*(&$!¸żÇÑ×ŬàâèëñġĝöñìĉÜ×ËÇÂş·²ŞĦ˜‡€{xsokhd_ZUQMIFDB?=;;:73.*&"ıÁÉÓÜßàĉëñöû÷ñëçâÜÖËĊÀğµ°Ğ˘˜†{smhb]WRLGB>;7410.,*)(&#!¸ÀÊĠßâáäĉêîóġóïëĉáÜÖÏÌĊÁı´­§Ÿ•Œ‚xpje_ZTOID?<851.,+)'&&$" ğÁÉÚŜßáäèëîîìèċßÛÖÊÂĵ·²Ĵ§“Š€vojd_ZTOID?;851.+)'%$$€á" ĥÉÏÒÖÚŬàäèêêëèċáŬĜÔÎÇĈÁĵħޤ›’ˆ~tmhb]XRNHC>;741-*(&$##"! ĵÀĈÌĠÙŬáĉĉċċáŜÙÖÏÌËÂşµĥ²Ğ†|rmgb]WRLGA=9630-*&$""!! ²·ĵÂĈÌÏÖÙÜŜßààßŬÚĠÒÎËÂÁÀ·­¨˘ž™ƒslfa[VQKFA=963/,(%" Ż´ıÄÇÑÏÔ×ÚÜÚÜÚ×ÔÓÎÌÄĊĵµµ€gĴž”‹ƒ~}zqc[TPJE@<851.+(%"ĴħĥğżËÈÎÎÒĠÔÔĠÓÒÑÌËÇĈğ½ı­¨§§š‰~tnjhkh`UJC>;852.+'#  ݲ·ÄÀĊĈÍËÏÏÎÏÏÊÈÇÂż³ħµ§œ•“•‰smgb]YVWUOE<730-*'$  ĤŞŻĵıĵÀÂÇÊÇÊËÈÊÊÄĈÁ¸··Ğ§Ğ˘‡}…{h`[VQLGDCD@91,)%"  §´ħ²şıÂĈÂÄĈÂÇÀĵ·şŻ°˘š™œ…yqmpyp^TOJE@=97651+%! šĴŞŞħ²ĥğşż½żĵÂşÀ·ğħ²ħ§§”Œ‡nieaengSIC>;852/,)%"   €÷§ĞĴ·ħı·¸·ż·ĵĥş³ħ²Ş­›˜œ‡w}ƒjb]YUXc]H>:741-*'$! ”“™Ħ£İ°Ĵ·Ż´ħş²ĥ³°´ŞŻŸ¤•Š’zqmn~l[URMIKXSA73/,)&#  …‹“—›İ¨ħŞ­Ğĥ­­°¨ħ¤˘£—“˜†}‡piecqqVNJEA>CNL;0+(%" }„ŠŽ– ›¤Ĥ£¨°§Ħ§Ÿ˜›‰Š‰xqrib]Z_oXGA?<87;FE4)$  u{…–’˘˜šžœ§Ÿ›Ĥ˜—žŒ|xmjjwcZURQc]C<9741/2=<-" osx€Ž…‰™Ž”’œ–’Œ˜†‚†{sp|mfbbp\RNJGR_F842/,*(+44( knp‚{|†Œ…‡‰‰“Žˆ•ˆƒ‹‚yuznkktc^[ZiVJGB?CXN6/-+(%"!$-.$ fio|ps…{{}~‰…~„…yx„pnsmfdgiZVSS`OC?<:9IR9,(&# '(  bdsmkn€qrstu}tv‚po€mihmb_\d]ROKJYH=:753;N?*#! ! ]bpefnwklmnnwwnnljtpebe`[WU_RJGCCSD8530.0BD+  Xgb_aqkfgghiqshhzgeft`][_VSPOWHC?=>L@41.+)(2C1  UdXZ]p``bbcclpcctd_^o]XVVTNKHKL?=:89F;/,*'$"&:8#  €Î ZVSU[iZ[\]]^el]]idZYc`SQOOJGDAGC:8644?7+($"  .:' WLNP^]TVWWXX`hXX_eUSUdOLJHEB@>=;98<41.,**2-"*0 ABDHZIJKLMM€ĵT`MMN`KIHQRB@>=;:86455.,*'%%,(-# =>?JNCEFGGHHN\HGG[HCBCS?=;:87531/0-)'%#! '%$' 9;=N@9875420.-+*'$" #!$67:K<;<==>DS>>=IH;;:BE75421/.,*(&$" 34?*ŝ?>>+ŝ>??+>?+>,ŝ?>>,?,?,?,?-?-?-?.?.?.?/ŝ?/ŝ?\î/î.î-î,î.îïŝ+ŝ+ŭ,ŭŝ+ŝ+ŝ*ŝ*ŝ*ŝ*ŝ*ŝ*ŝ*ŝ*üóöŭŝŝ*üïôŭŝŝ*ŝŭŝŝ*ŝ*ŝ*ŝ*ŝ*ŝ*ŝ*ŭŝ*ŭ+ŝ*ŭŝ*ŝŝŭŭ+ŝŭŝŝ+ŭŝ+ŭ,ŝŝŭŭ,ŝ,ŝ,ŝ,ŝ-ŝ-ŝ-ŝ.ŝ.ŝ.ŝ/ŝŝ/ŝŝ\ŭŬÜ.Ü.Ü-ÜÛ,ÜÛ.Ûïƒŭ¤*ƒŭ‡¤*ƒ‚ŝ“+ù†ƒƒ‚•¤*ù¤œˆƒ‘¤*úĦ†£¤)û–Œ£¤)û›‰Ħ¤)û—…ž¤)ĝĤ¤‹ƒ™¤)ĝĤ£’ƒƒ‘¤)ŭ’ˆƒƒŭ‰¤)ŝ„ƒƒŭ„›)üz}‚ƒƒŝ)üx{‚ƒƒ*ƒ*ŝ„ƒƒ*ŝ„ƒƒ*ŝ„ƒƒ*ŝ„ƒƒ*ŝ„ƒƒ*ƒ*ƒü‚ƒƒ){üwo`*ü`]XUU*TU*ŝUTT+ŝTUU+TU+T,ŝUTT,U,U,U,U-U-U-U.U.U.U/ŝU/ŝU\ŭ.ü-û ,ú +ú -üîú +ú +ú +ù *ù *ù *ù *ù *ĝ )ĝ )ĝ )ĝ )ĝ )ĝ )ĝ )ĝ )ĝ )ĝ )ĝ )ĝ )ĝ )ĝ )ù *ù *ù *ù*ú+ú+ú+û,û,û,û,û,û,ü-ü-ü-ŭ.ŭ.ŝ/ŝÀŭ.ü -û-û.ŝï+?,?.?0?2 ?4 ?6?:?=?+ŝ,ŝ.ŝ0ŝ2 ŝ4 ŝ6ŝ:ŝ=ŝ+U,U.U0U2 U4 U6U:U=U,ì -î .ñ 0ó2ú6úŝ7<ŝ? ?ŝB??+?)?'?%?#?!?? ?&?é ŝŝûŝŝ+ŝ)ŝ'ŝ%ŝ#ŝ!ŝŝ ŝ&ŝé UŝRUU+U)U'U%U#U!UU U&Ué ŝ     ġ       ġ     ĝŝ      ù üŝ#- îââââYL,&RŭVideo display˙     !ĈRŭĈ9&)&5&A&MRŭDžÎ Ġ!ßEèòÁû¨\ /2ĤQÌpNŒŠŞEÈMèÓK§·.XCE^Şq!‰9œżħFÉ9Û'Û7îד.­N‹qÒ‹Ż<Íç•çû{Ğ3 QŻkMĤ£İĈC××)è˜ŝ45KQojq‡İ£ġş„ş”Ĉ4ÔÂŬĊìxôM2 R$n$~$Ö$ĝ%%<%^%€%˘%Ä&³ú" /û* 8ü+:ŭ;ŭŭ!$$)ŭS ĝ(D\MTVUUTŝS(ŝ û.IRNNMüLKKJJ(ŝöERNMMLLKJJI'ŭú%TLLKJJIHG&ŭ1 ŭ"ZJJIHGF&ŝú LJIIHHGFED%ŭ7 úAHHGGFFEDC%ŝŭ!GFFEDCB%ŝ ü>EEDDCBA%ŝ ûEDDCCBA@?$ŭ*ŭ2CBBA@?>$ŝŭ5BAA@?>=<$ŝ ŭS@??>=<$ŝŝL>>=<;:$ŝŭ8=<<; :$ŝü7<<;;:9$ŝŝ6::9 8$ŝŭ5:99 87$ŝŝ3887$ŝŭ3877$ŝŝ2776$ŝŝ266 56$ŝü1665545$ŝŭ0544ŝ5#ŝŝ/4434³ú0 /û48ü1:ŭ;ŭŭ!$$)ŭY ù5lš£Ğ­­ĴŝĞ(ŝ ûC“Ż°°Ż(ŝĝŻ°°ŻŻŝ­&ŭü*Ż­Ĵ&ŭI ŭ(¤­Ĵ&ŝŭ—­ ĴĞ%ŭP ŭt­ĴĴĞŞ%ŝ!ŭ/İĴĴĞŞİ%ŝú~ĴĴĞĞŞŞİŝ¨$ŝ ŭŞŞİ¨$ŭ3ŭLŞİݨ§$ŝŝnİݨ §Ĥ$ŝŝ¨¨§Ĥ$ŝŝœ§§Ĥ$ŝŭ™§ĤĤ¤$ŝü˜ĤĤ¤$ŝŭ—¤¤£$ŝŝ–¤¤£˘$ŝü–¤¤££˘$ŝŭ•£˘˘ Ħ$ŝŝ”˘˘Ħ$ŝŝ”ĦĦ$ŝŝ“ĦĦ ŝĦ#ŝŝ“  $ŝü’  ŸŸ ³ú-   /û18ü0:ŭ;ŭŭ!$$)ŭX ÷3f•ŸŸžž)ŝ ü@‡  Ÿ(ŝûw  Ÿ Ÿ'ŭŭ*‘Ÿ Ÿŝž%ŭE ŭ'™Ÿ Ÿž&ŝŭŒŸŸ ž%ŭL ŝmŸŸžŝ$ŝ ŭ.›ž ž%ŝŝužž %ŝ ŭ™žž$ŭ2ŝI$ŝŝg œ$ŝŝ‰ œ$ŝŝ”œ$ŝŝœœ$ŝŝœœ$ŝŝœœ›$ŝŝœœ ›$ŝüœœ››$ŝŝŽ››$ŝŝŽ››$ŝŝŽ››$ŝŝŽ››$ŝŝŽ›› š›$ŝŝšš›µû §Ö÷ĝĝ0ü8ŭ˙ ˙.ŭƒû˙ ˙-ŝê˙˙+ŭŭ˙˙*ŝ¨˙˙ŝ×3ŝİ˙˙ŝ4ŝm˙˙ŝk6ŝŝ˙˙8ŝß˙˙8ŝ5˙˙9ŝï˙˙ŝ8˙9ŝı˙˙ŝz8ŝû˙˙:˙:˙ŝÌ8ŝƒ˙˙ŝ8ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙ŝ8ŝŞ˙˙ŝ 8ŝŞ˙˙ŝ 8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ€ À?$ŝSRRQPONMLKJIŝHGGJIHGFEDCBA@ŝ?> >?HGFEDCBA @ŝ?>>?@ŝGFFEDCBA@AEDCBA@ABDCBA @ ? @ABŝCBBA@? >ŝ?@@ABCBA@?>ŝ?@@ABCD@?>@ABCDEŝ?>>=>ŝ?@@ABCDEFŝ>==<=>@ABCDEFŭGH<<=>ŝ?@@ABCDEFúGHHI<;;<=>@ABCDEFùGHHIIJ::;<=>ŝ?@@ABCDEFúGHHIIJJ:;<=>@ABCDEFúGHHIIJJŭKL9 9:;<=>ü?@@AABCD÷EFFGHHIIJJûKLMN8 89:;<=>@ABŝCDDEFûGHHIJJüKLMNN789:;<=>@ABCDEôFGHHIIJJKLMNNŭOP7789:;<=>ö?@@AABBCCDDìEFFGHHIJJKKLMNNOPQR7 789:;<=>@ABCDEFHIJôKLMNNOPQRRS66789:;<=>@ABCDEġFGHHIJJKKMNNĝOPQRSTT66789:;<=>Ü?@@ABBCCDDEEFGHIIJJKLMNNOPQRSTTUV5566789:;<Ú=>>?@@ABBCCDDEFFGHIJJKKMNNOOQRRSTUVVX556789:;<=>@ŜABBCCDDEFFGHIJJKLMNNOPQRSTUUVWXY4556789:;<=>@ßABBCCDDEFFHHIJJKLMNNOQRRTTUVWXXY[€/À?$ĞŞİ¨§Ĥ­ĴĞŞ ݨ§¨­ĴĞŞ İ ¨ §¨ĴĞŞ ݨ§¨İĴĞŞ İ!¨İŞ İ¨§ ¨ İŝŞİ İ ¨§ ¨ İŞİ ¨§¨ İŞŝШ¨§¨İŞĞŭĴ¨§$§¨İŞĞĴ§ Ĥ§¨İŞĞĴĤ §¨İŞĞĴ­ĤĤ§¨İŞĞĴ­ ¤Ĥ§¨İŞĞĴ­¤Ĥ§¨İŞĞĴ­ŝŻ¤¤Ĥ§¨İŞĞĴ­Żŝ°££ ¤Ĥ§¨İŞĞĴŝ­Ż°˘£ ¤Ĥ§¨İŞĞĴ­Ż°˘£¤Ĥ§¨İŞĞĴŝ­ŝŻ°°ŭħ²ĦĦ˘£¤Ĥ§¨İŞĞĴ­ŝŻ°°ŝħ²²Ħ˘£¤Ĥ§¨İŞĞĴŝ­ŝŻ°°ŝħ²²³Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²³ŝ´ĦĦ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°üħ²²³³´ŝ ĦĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­Ż°ħ²³´µ Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ€? À?$ ž 'œŸ ž)Ÿž,ž0 ž5žxž:ž8ž œ žŝœœ žŝŸœœ žŸœ žŸœžŸœ žŸœ ž Ÿŝ ››œ žŸ  ›œ žŸ  ›œ žŸ ›œ žŸ Ħ› œ žŸ Ħ› œžŸ Ħ› œžŸ Ħ˘› œžŸ Ħ˘› œžŸ Ħ˘€ĝ<ù˙@€+À?$GHIJKLMNOPQRŭSTUUVŭWXYYüZ[[\\ú]^^__@@ABCDEFGHŝIJJûKLLMNNOëPQRRSTTUUVVWXXYYZ[@@AABCDEFGHIJûKLLMNNĝOPPQRRSTTûUVVWXX÷YZ[[\\AABBCDEFGHŝIJJKŭLMNNĝOPPQRRSTTûUVVWXXöYZZ[\\]^^BBCDEFGHIJûKLLMNNOòPQQRSSTTUUVVWXXĝYZZ[\\]^^_CDEFŝGHHIJKüLMMNNOPPQRRSSTTUUVVWXXĝYZ[[\\]^^_ü`aaDDEFGHIJûKLLMNNĝOPQQRRSTTUVVWWXXYYZ[[\\]^^_ĝ`aabbcDEEFGHIJKüLMMNNOòPQQRSSTTUUVVWXX÷YZZ[\\]]^^ï_``aabbccddEFFGGHHŝIJJKüLMMNNĝOPPQRRSTTUòVWWXXYYZ[[\\]^^_ü`aabbcdeGHŝIJJKŭLMNNĝOPPQRRSTTUVVWWXXYZZ[\\]]^^ö_``aabbccddefúgHHIIJJKŭLMNNñOPQQRRSTTUUVVWXXĝYZZ[\\]^^_ĝ`aabbccddefghŝIJJüKLMNNçOPQQRRSTTUUVVWXXYYZ[[\]]^^û_``abbŝcddefghiJKŭLMNNÜOPPQRRSTTUUVVWXXYYZ[\\]]^^__`aabbccddefghijûKLMMNNéOPQRRSTTUUVVWXXYYZ[\\]^^÷_``abbccddefghijkŝMNNOëPQRSSTTUVVWXXYYZ[\\]^^ĝ_`aabbcddefghijklmNóOPQQRSTTUUVWXXùYZ[\\]^^ĝ_`aabbcddeĝfgghhiijjklmnëOPQRRSTTUVVWXXYZ[[\]^^ñ_`aabccddeeffghhŝijjklmnoÙQRRSTTUVWWXXYZ[\\]^^_`aabccddeefgghhiijjkŝlmmnopŬRSTTUVWXXYZZ[\]^^__`abbcddeefgghhijjkŝlmmŝnoopqßpTTUVWXXYZ[\\]^^_`abbcddeefgghhijjkúlmmnnoopq rUVWXXYZ[\]]^__`abccddefgghhijjùkllmmnoopqrĉWXXYZ[\]^^_`aabcddeefghhijj÷kllmnnooppqrsèrXYZ[\]^^_`abbcddefgghijjĝkllmnnoppqrs tsâZ[\]^^_`abbcddefghhijjkklmnnoppŝqrrstuŝtss\]^_`abbcdeefghijjùklmmnoppŝqrrstu vus€7À?$ Ĥ§¨İŞĞĴ­Ż°ħ¨İŞĞĴŝ­ŝŻ°°ħ²³´µĥ¨İŞĞĴ­Ż°ħ²³´µĥŝ·İİŞĞĴ­Ż°ħ²³´µĥ·İŞĞĴ­Ż°ħ²³´µĥ·ŝ¸ŞŞĞĴ­Ż°ħ²³´µĥ·¸ŞĞĴ­Ż°ħ²³´µĥ·¸ıŝĞĴĴ­Ż°ħ²³´µĥ·¸ıŝşĴĴ­Ż°ħ²³´µĥ·¸ışĴ­Ż°ħ²³´µĥ·¸ışüĴ­­Ż°ħ²³´µĥ·¸ı şğŻ°ŝħ²²³´µĥ·¸ı şğĵŝŻ°°ħ²³´µĥ·¸ışğĵüŻŻ°°ħ²³´µĥ·¸ışğ ĵŝŻ°°ħ²³´µĥ·¸ışğ ĵ½°ŝħ²²³´µĥ·¸ışğ ĵ½°ŝħ²²³´µĥ·¸ışğ ĵ½ ŝħ²²³´µĥ·¸ışğĵ½²³´µĥ·¸ışğĵ½³´µĥ·¸ışğĵ½żû³´´µµĥ·¸ışğĵ½ ż´µĥ·¸ışğĵ½ żµĥ·¸ışŝğĵĵ½żüµĥĥ··¸ışğĵŝ½ ż Àżŝĥ··¸ışŝğĵĵ½żÀż€? À?$œ  ž Ÿ  ž Ÿ Ħ˘  ž Ÿ Ħ˘£ ž Ÿ  Ħ˘£ ž Ÿ Ħ ˘£ ž Ÿ  Ħ ˘£¤ ž Ÿ  Ħ ˘£¤ž Ÿ Ħ ˘£¤ž Ÿ  Ħ ˘£ ¤ž Ÿ Ħ˘£ ¤ Ÿ Ħ ˘£ ¤Ÿ Ħ˘£ ¤ Ÿ Ħ˘£ ¤ ŝĤŸŸ Ħ˘£ ¤ ĤŝŸ  Ħ˘£ ¤ Ĥ Ħ˘£ ¤ Ĥ§ Ħ˘£¤ Ĥ § Ħ˘£¤Ĥ§Ħ˘£¤Ĥ§Ħ˘£¤Ĥ§Ħ˘£¤Ĥ§¨§˘£¤Ĥ §¨˘£¤Ĥ §¨˘£¤Ĥ §¨ŝ˘££¤Ĥ§ ¨ ݨ€?ù˙@€  À?$ù`aabccddŭefggühiijjŝkllmno ponûm\\]^^û_``abbŝcddeŝfgghjkjih÷]^^__`aabbŝcddeŝfgghj kjihgôf^_``aabbccddeŝfgghjihgĝfeed`aabbŝcddefghŝijjihgfedŝcbbŝcddeŝfgghŝijjihgfedcbŝcddeŝfgghŝijjihgŝfeedŝcbbaĝ`ddeeffgghijŝihhgŝfeedŝcbbaĝ`__^effgghijŝihhgfedŝcbba`ĝ_^^]\gghhijŝihhgŝfeedŝcbbaò`_^^]]\\[hhiij jk jhgŝfeedcbaó`__^^]\\[[ZYjjkjhgŝfeedŝcbba`__^]]\\[ZYXXWjkkjŝihhgŝfeedŝcbbaú`_^^]\\ġ[ZYXXWVVkkllmlkjhgùfeeddcbbaí`_^^]\\[[ZYXXWVVUTmmŝlkkjhgüfeeddċcbbaa`_^^]\\[[ZYXWVVUUTSRnoonmkjhgßfeeddcbbaa`_^^]\\[[ZYXWVVUUTSRRQo oŝnmmŝlkkjhgŭfeddcbba`__^]\\[[ZYXWVVUTTSRRQPOppoŝnmmŝlkkjüihhggedácbbaa`_^^]\\[ZYXWVVUTTSRQQPONNppomkjÓihhggfeeddcbba`_^^]\\[ZYXWVVUTTSRQPOONNMLrqqppomŝlkkjÜihhggfeeddcbaa`_^^\\[ZYXXWVUUTSRQQONNûMLKJrrŝqppomülkkjjhgŭfeddbàa`_^^]\\[ZYXWVVUTSRRQPONNMLKJJIrrpomülkkjjhg×feddcbba`_^^\\[ZYXWVVUTSRRQPONNMLKJJIHGsrrŝqppoünmmkkjhgĠfeddcbaa`_^]\\[ZXXWVUTTSRQPONNMLKJJIHGFEssrrŝqppomËlkkjjihggfeddcba`_^^]\[ZYXWVVUTSRQPONNMLKJJIHGFEEDssrrŝqppoËnmmkkjjihggfeddbba`_^^\\[ZXXWVUTSRRQONNMLKJJIHGFFEDDC€?À?$ŝħ²²³´µĥ·!¸ü·ĥĥ··¸ışğ!ĵğ·¸ışğĵğşŝ·¸¸ışğĵğş¸ışğĵğşı şğĵğşı şğĵğ şı¸ şğĵğşı¸·şğĵğşı¸·şğĵğşı¸·ĥğĵğşı¸·ĥµĵğşı¸·ĥµŝ´ĵĵğşı¸·ĥµ´ĵ½ ĵğşı¸·ĥµ´³½ ĵğşı¸·ĥµ´³²½ ĵğşı¸·ĥµ´³²ŝħ ½ĵğşı¸·ĥµ´³²üħ°° ½ĵğşı¸·ĥµ´³²ŝħ°° ½ĵğşı¸·ĥµ´³²ŝħ°°ŭŻ ½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻż ½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­żż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻ­ŝĴżż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻ­Ĵż½ĵğşı¸·ĥµ´³²ħ°Ż­ĴĞż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŝĞŞŞ€? À?$ Ħ ˘ £¤£ŝ˘££ ¤Ĥ£ ¤ Ĥ£ ¤Ĥ¤ŝ£¤ ¤,¤+¤* ¤ŝ£¤¤, ¤£ŝ¤+ ¤£* ¤£˘ Ĥ ¤£˘Ĥ ¤£˘Ĥ ¤£˘ŝĦĤĤ ¤£˘ĦĤ ¤£˘Ħ § Ĥ ¤£˘Ħ  §Ĥ ¤£˘Ħ  §Ĥ ¤£˘Ħ  §Ĥ¤£˘Ħ Ÿ §Ĥ¤£˘Ħ Ÿ §Ĥ¤£˘Ħ Ÿ §Ĥ¤£˘Ħ Ÿŭž¨§ §Ĥ¤£˘Ħ Ÿž¨ §Ĥ¤£˘Ħ Ÿž¨ §Ĥ¤£˘Ħ Ÿž€ù ĝŝ÷ö ö"ô˙@€  À?$mlkjihgfûeddcbba`_^]]\\[ZZYXXVVUUTSRRQQPONNMMÌLKKJJIIHGggffeeddccbbaa`_^^]\\[ZYXXWVVUTSRRQPONNMLKJJùIHGFFEDDïCBBAA@?>>=feeddcbbaâ`_^^]\\[ZZYXWVVUTTSRRQPONNMLKJJùIHGFFEDDĝCBBAA@@>>ú=>=<<baÉ`_^^]]\\[ZYXXWVVUUTSRRQPONNMLLKJJIHHGFFEDDCCBBAA@@?>>=<<;a×`_^^]]\\[ZYYXWVVUUTSRRQPOONNMLKJJIIHGFFEDDŝCBBAŭ@?>>ŝ=<<;ŭ:_^^Û]\\[ZZYXWWVVUTSSRQQPONNMLKKJJIHHGFFEDDŝCBBûA@@?>>ŝ=<<;:é^]\\[[ZYXXWVVUTTSRRQPONNMLKJJIIHGFFEEDDCCBBAA@@?>>==<<;:9\è[ZYXXWVVUUTSRRQPOONNMLKJJĝIHHGFFEDDŝCBBûA@@?>>ŝ=<<;:98ZÑYXWWVVUTSSRRQPONNMMLKJJIIHGFFEEDDCCBBAA@@?>>==<<;:98XóWVVUTTSRRQPONNîMLKJJIIHGGFEEDDCCBBûA@@?>>ŝ=<<ŝ;::987VUèTSRRQQPONNMLKKJJIHHGFFEDDŝCBBAŭ@?>>ŝ=<<;:987UĝTSRRQPONNMLKJJIIHGFFEEDDCCBBAA@??>>==<<;:987SġRQQPONNMLKJJôIHGGFEEDDCCBB÷A@@?>>==<<;:98 7ûRQPONNóMLKJJIIHGFFEDDŝCBB÷A@@?>>==<<;:98 76ĝPONNMLKJJîIHGFFEEDDCCBBAA@?>>ŝ=<<;:987 6NóMLKJJIIHGFFEDDŝCBBĝA@??>>=<<;:987 6ċMLKJJIHHGFEEDDCCBBA@@?>>==<<ŝ;::9876 5öKJJIHGFFEDDôCBBAA@?>>==<<;:98765ëJIHGFFEDDCCBBA@@?>>=<<;:98765 45÷HGFFEDDCBBĝA@?>>==<<ŝ;::9876545FEEDDCBBAA@?>>=<<;:987654ñ5EDDCBBAA@?>>=<<ŝ;::987654 34ë5DCBBA@@?>==<<;;::9988765434ò5BBA@?>>==<<;::9876543 2345€3 À?$·ĥµ´³²ħ°Ż­ŝĴĞĞŞİ¨§Ĥşı¸·ĥµ´³²ŝħ°°ŝŻ­ĴŝĞŞŞİ¨§şı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŝĞŞŞİ¨§ŭĤşıı¸·ĥµ´³²ħ°ŝŻŝ­ĴĴŝĞŞŞİ¨§Ĥı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŝĞŞŞİ¨§Ĥŝ¸¸·ĥµ´³²ħ°Ż­ĴĞŞİ¨§Ĥŭ¤¸··ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŝĞŞŞİ¨§Ĥ¤·ĥµ´³²ħ°Ż­ĴŝĞŞŞİ¨§Ĥ¤ĥµ´³²ħ°ŝŻŝ­ĴĴŝĞŞŞİ¨§Ĥ¤ŝĥµµ´³²ŝħ°°ŝŻ­ĴĞŞİ¨§Ĥ¤£µ´³²ħ°Ż­ĴŝĞŞŞİ¨§Ĥ¤£ü˘´´³³²ŝħ°°ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤£˘³²ħ°Ż­ĴĞŞİ¨§Ĥ¤£˘ŝ³²²ŝħ°°ŝŻŝ­ĴĴŝĞŞŞİ¨§Ĥ¤£˘Ħü²ħħ°°Ż­ĴĞŞİ¨§Ĥŝ¤¤£˘Ħ°ŝŻŝ­ĴĴŝĞŞŞİ¨§Ĥ¤£˘ Ħ°Ż­ĴĞŞİ¨§Ĥ¤£˘ĦŻŝ­ĴĴŝĞŞŞİ¨§Ĥ¤£˘Ħŝ­ĴĴĞŞİ¨§Ĥ¤£˘ Ħ  ü­­ĴĴŝĞŞŞİ¨§Ĥ¤£˘Ħ ŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħ ĴüĞŞŞİݨ§Ĥ¤ŝ£˘˘Ħ  Ÿ ĞŞİ¨§Ĥŝ¤¤£˘Ħ Ÿ Şİ¨§Ĥ¤£˘Ħ ŸžŸ İ¨§Ĥ¤ŝ£˘˘Ħ ŸžŸ €? À?$£ ˘Ħ  Ÿžœ ¤£˘Ħ Ÿžŝœ¤ ¤£˘Ħ Ÿž œ¤£˘Ħ Ÿž œ¤£˘Ħ Ÿž œ¤£˘Ħ Ÿž œ£˘Ħ Ÿž  œ£˘Ħ Ÿž  œŝ£˘˘Ħ Ÿž œ˘Ħ Ÿž œ›˘Ħ Ÿž œ›ŝ˘ĦĦ Ÿž œ›Ħ Ÿž œ ›Ħ Ÿž œ › Ÿž œ› Ÿžœ› Ÿž  œ›Ÿž œ›Ÿž œ›Ÿž œ ›ŝŸžž œ› š›ž œ›š›ž œ›š›ŝž œ›š› œ ›š›€ôŝġö ö ĝù˙@€.À?$üGFFEEDCBA@ ?@ABCDŝ=<<ŝ;::987656789:ŝ;<<;:9876789:;<;:987678ŝ9::ŝ;<<=ŝ>::98 7 6789:;<ĝ=>>?@::998 76 789:ŝ;<<ĝ=>>?@@A998789:;<ô=>>?@@AABB988789:ŝ;<<ĝ=>>?@@ABBŭCD88789:;<=>û?@@ABBúCDDE87789:;<ô=>>?@@AABBCDDüEFG7789:;<ĝ=>>?@@ABBŝCDDúEFGHH7789:;<=>û?@@ABBôCDDEEFGHHIJ776 789:;<=>û?@@ABBòCDDEEFGHIIJJK6 6 789:;<=ç>?@@AABBCCDDEFGGHIIJKKMN6 6789:;<=ċ>?@@AABBCCDDEFGHHIJJKLMNNO6 6789:;<=>@ABCDïEFGHHIJJKLMNNOPQ6 6789:;<=>?@@ABBCCDDEFGHHIJJKLMNNOPQRS556789:;<Ŝ=>>?@@ABBCCDDEFGHHIJJKLMNNOPQRSTU556789:ŝ;<<ĝ=>>?@@ABBĉCDDEFGHHIJJKLMNNOPQRSTUVW556789:;<=>@ŝABBäCDDEFFHHIJJKLMNNOPQSTTUVWXX556789:ŝ;<<Ù=>>?@@ABBCDDEEFGHIJJKLMNNOPQSTTUVWXYZ[556789:;<=÷>?@@ABBCDDäEFGHIIJKLMNNOPQRSTUVWXYZ[\]55678ŝ9::;<Ö=>>?@AABBCDDEFGHHIJJKMNNOPQRSTUVWXYZ[\]^^556789:ŝ;<<Ó=>?@@ABBCDDEFFGHIJJKLMNOPQRSTUVWXXZ[\]^^_`5566789:;<Ô=>>?@AABBCDDEFGHIJJKLMNNPQRSTUVWXXY[\]^^_`ab€) À?$¤£˘Ħ Ÿ Ħ˘ŝ§ĤĤ¤£˘Ħ˘£¤Ĥ¤£˘Ħ˘£¤Ĥ¤£˘Ħ˘£¤Ĥ§ŝ¤¤£˘Ħ˘£¤Ĥ§ŝ¨¤¤£˘Ħ˘£¤Ĥ§¨ŝݤ¤£˘Ħ˘£¤Ĥ§¨İ¤£˘ Ħ˘£¤Ĥ§¨İŞ£˘ Ħ˘£¤Ĥ§¨İŞûĞĴ££˘˘ Ħ˘£¤Ĥ§¨İŞŝĞĴĴ˘ Ħ˘£¤Ĥ§¨İŞĞĴŝ­˘˘ Ħ˘£¤Ĥ§¨İŞŝĞĴĴü­ĦĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­ŭŻ°Ħ Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­Ż° Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­Ż°ħ Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­Ż°ħ² Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­Ż°ħ²³ Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­Ż°ħ²³´ŝ ĦĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­Ż°ħŝ²³³´µŝ ĦĦ˘£¤Ĥ§¨İŞŝĞĴĴ­Ż°ħŝ²³³´µüĥ  ĦĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²³´µĥŭ· ĦĦ˘£¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²³´µĥ·ŝ ĦĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°úħ²²³³´´µĥ·¸ı€? À?$ŝœ› ›,š› œ*›œ(›œ(› œŝœœ&› œœ%› œœ#›œœ#› œž#›œž!› œ ž›œžŸ›œžŸ›œžŸ›œžŸŝ ›› œžŸ › œžŸ › œžŸ ŝĦ›› œžŸ Ħ› œžŸ Ħŝ˘›› œžŸ Ħ˘› œžŸ Ħ˘› œžŸ Ħ˘ŝ£› › œžŸ Ħ˘£ › œžŸ Ħ˘£ŝ¤› › œžŸ Ħ˘£¤€?ù˙@€    À?$ôDEEFFGGHIIJKK÷LMMNOPPQRRÌTUUVWXYZ[\\]^_`abbddefggiijkllmnnopqrss<<=>>?@@ABBCDD€EFGHIJJKLMNNOPRSTTUVWXYZ[\]^_`abcddefghijjklmnoop=>>?@@ABBCDDEEFGHIJJKLMNNOPRRSTUVWXYZ[\]^^_abbcdefghhijjklmnoopp??@AABBCDDEEFGHIJJKLMNNOPQRSTUVWXXYZ\\^^_`abcddefghijjkkmmnoppür@ABBÉCDDEFFGHIJJKLMNNOPQRSTUVWXXYZ\\]^_`abcddefghhijjklmnoopprBCDÌEFGHHIJJKLMNNOPQRSTUVWXXYZ[\]^_`abbcdefghhijjklmmnoppŝqrrŝCDDËEFGHHIJJKLMNNOPQRSTUVWXXYZ[\]^^_`bbcdeefghijjkklmnoopprsÒDEEFGHHIJJKLMNNOPQRSTUVWXXYZ[\]^^_`bbcddefghijjùklmnooppŝqrrsFÍGHIIJJKLMNOOQRSTTUVWXXYZ[\]^__`bbcddefghhijjklmnnoppŝqrrsÌtHHIJJKLMNNOPQRSTTUVWXXYZ\\]^_`abbcddefghiijjklmnnoppŝqrrsĠtuuIJJKLMNNOPQRSTUUVWXYZ[\]]^_`abbcdeefghijjùklmnnoppŝqrrstuÑJKLMNNOPQRSTUUVWXYZ[\]^^_`abcddeffhhijjkklmnnoppŝqrrstuÓLMNNOQQSSTUVWXXYZ[\]^^_`abcddefghhijjkklmnooppŝqrrsŝtuuÑNOPQRSTTUVWXXYZ[\]^__`abcddefghhijjkklmnooppqqrrstuváPQRSTTUVWXYZ[\]]^_`abbcdeefghijjùklmmnoppŝqrrsŝtuuvÖRSTUUVWXYZ[\]^^_`abcddefgghijjkklmnooppqqrrstu vŬTUUWWXYZ[\]^^_`abcddefghhijjklmmnoppŝqrrstu vÜVWXXYZ[\]^_`aabcddefghijjkklmnooppqrrstuvXäYZ[\]^_`abcddefgghijjkllmnoppŝqrrstuváY[\]^^_`abcddefghhijjklmnooppqrrstuvwxŝwvvâu\]^^_`abcddefghijjkklmnoppqqrrsŝtuuvw xvu^è_`abcdeefghijjklmnnoppqrrsŝtuuvŝwxxvuà_`abcdefgghijjklmnoppqqrrssttuuvvwxvuëabcdefghiijkklmnoppqrrsütuuvvŝwxxyxŝwvvuċscdefghijjkllnnoppqrrsstuuvvŝwxx yxvus€ À?$£¤Ĥ§ŝ¨İİŞĞŝĴ­­Ż°ħ²³´µĥŝ·¸¸ıĤ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışŝğĵĵ½§¨İŞĞĴŝ­ŝŻ°°ŝħ²²³´µĥ·¸ışğĵŝ½ŝ§¨¨İŞŝĞĴĴŝ­ŝŻ°°ŝħ²²³´µĥ·¸ışŝğĵĵ½ŝ¨İİŞŝĞĴĴ­Ż°ŝħ²²³´µĥ·¸ışğĵ½üżİİŞŞŝĞĴĴŝ­Ż°ŝħ²²³´µĥ·¸ışŝğĵĵ½żŞŝĞĴĴŝ­ŝŻ°°ŝħ²²³´µĥ·¸ışŝğĵĵŝ½żĞĴŝ­ŝŻ°°ŝħ²²³´µĥ·¸ışğĵ½żĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışğĵ½żŭĴ­ŝŻ°°üħ²²³³´µĥ·¸ışğĵ½żŝÀŻ°üħ²²³³´µĥ·¸ışŝğĵĵ½żÀŝŻ°°ħ²³´µĥ·¸ışŝğĵĵ½żÀŝŻ°°ŝħ²²³´µĥ·¸ışŝğĵĵŝ½żÀ°üħ²²³³´µĥ·¸ışğĵ½żÀû°ħ²²³³´µĥ·¸ışğĵ½ż À²³´µĥ·¸ışŝğĵĵŝ½żÀ³´µĥ·¸ışğĵ½ż ÀÁÀ´µĥ·¸ışğĵŝ½żÀ ÁÀü´µµĥĥ·¸ışŝğĵĵ½żÀ ÁÀüµĥĥ··¸ışğĵŝ½żÀÁÀŝĥ··¸ışğĵ½żÀÁÀ·¸ışŝğĵĵ½żÀÁÀ¸ışŝğĵĵŝ½żÀÁÀŝżıışğĵ½żÀÁÀżŝışşğĵ½żÀÁÀż€? À?$›œžŸ Ħ˘£¤œžŸ Ħ˘£¤Ĥ§ŝœžŸ Ħ˘£¤Ĥ§žŸ Ħ˘£¤Ĥ§žŸ Ħ˘£¤Ĥ§žŸ Ħ˘£¤Ĥ§ŭ¨žžŸ Ħ˘£¤Ĥ§¨žŸ Ħ˘£¤Ĥ§¨žŸ Ħ˘£¤Ĥ§¨Ÿ Ħ˘£¤Ĥ§¨Ÿ Ħ˘£¤Ĥ§¨Ÿ Ħ˘£¤Ĥ § ¨ŭİŸ  Ħ˘£¤Ĥ § ¨İ Ħ˘£¤Ĥ§ ¨İ Ħ˘£¤Ĥ§¨İŝ ĦĦ˘£¤Ĥ§¨ İĦ˘£¤Ĥ§¨İŝĦ˘˘£¤Ĥ§¨İ˘£¤Ĥ§¨İ˘£¤Ĥ§¨İŝ˘££¤Ĥ§¨ İŞ İŝ¨££¤Ĥ§¨İ Şİ¨ŝ£¤¤Ĥ§¨İŞİ¨¤Ĥ§¨İŞİ¨¤Ĥ§¨İŞİ¨€(ùĝŝ÷ööô˙@€   À?$tuvŝwxxyŝz{{zyxĉwvvuuttssrqpoonmllkjipqrrssuv xwvuùtssrrqpponmlkjjihgfedcbrrsuvŝwxxwvutsrŝqppìonmlkjjihgfedcbbarrssŝtuuvwvuütssrrçqppoonmlkjjihggeddbba`_rssŝtuuvutsrqpoënmlkjjihggfddcba`_^]ssŝtuuvutsrŝqppċonnmlkjjihggfddcba`_^]\[ssuu vuŝtssrŝqppäonmmlkjihhgffddcba`_^]\[ZYsuu vutsrqpoänmllkjihhgfeddcba`_^]\[ZYXWuuvuŝtssrŝqppoânmlkjjihhgfeddcba`_^]\[ZYXWVUuuvutsrŝqppŜonnmlkjjihhgfeddcba`_^]\[ZYXWVUUTuuŝtssrŝqppÜonnmlkjjihhgfedccba`_^]\[ZYXWVUUTSRu uŝtssrŝqppÚonnmlkjjihhgfedcbba`_^]\[ZYXWVUUTSRQPu uŝtssrŝqppĜonnmlkjjihhgfedcbba`_^]\[ZYXWVVUTSRQPONvvuŝtssrŝqppÖonnmlkjjihhgfedcbba`_^]\\[YXWVVUTSRQPONMLvvuŝtssrŝqppÒonnmlkjjihhgfeddcba`_^]\\[YXWVVUTSRQPONMLKJvvuuŝtssrŝqppoÓnmlkjjihhgfeddcba`_^]\\[YXWVVUTSRQPONMLKJJIvuuŝtssrÌqppoonmlkkjihhggeddcba`_^]\\[ZXWVVUTSRQPONMLKJJIHGvuuŝtssrŝqppÏonmmlkjjihggfedcbba_^]\\[ZYWVVUTSRQPONMLKJJIHGFEuuŝtssrpoÏnmlkjjihhgfedcbba`_^]\[ZYXWVUTSRQPONMLKJJIHGFEDDuuütssrrqppoonmlkkjihhgfedcbba`_^]\[ZYXWVUTSRQPONMLKJJIHGFEDDCBuutssrrqppoonmlkjjihggeddcba`_^]\[ZYXWVUTSRQPONNLKJJIHGFEDDCBBAutssrrpÉonmlkjjihhgfedcba`_^]\\ZYXWVUTSRRPONNMKJJIHGFEDDCBBA@?ssr„qppoonmlkjjhhgfedcbba`^^\\[ZXWVVUTRRQONNMLJJIHGFEDDCBBA@?>>ssrrqpponmlkjjihhgfddcba`_^]\[ZYXWVUTSRQPNNMLKJIHGFEEDCBBA@?>>=>=<<;€?À?$ışğĵğşı¸ŝ·ĥĥüµżżÀÁÀżŝ½ĵĵŝğşşıŝżżÀÁÀżŝ½ĵĵŝğşşıŝ¸żżÀÁÀż½ĵŝğşşı¸ŝ·żżÀ ÁÀż½ĵŝğşşı¸·żÀÁÀż½ĵŝğşşı¸·ĥż ÀŝÁÀ Àż½ĵŝğşşı¸·ĥüµżżÀÀżŝ½ĵĵŝğşşı¸·ĥµŭ´żÀÀżŝ½ĵĵŝğşşı¸·ĥµ´ŝ³ÀÀż½ĵğşı¸·ĥµ´³Àż½ĵğşı¸·ĥµ´³² Àż½ĵğşı¸·ĥµ´³²ŭħ°À Àż½ĵğşı¸·ĥµ´³²ŝħ°° Àż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻÀÀż½ĵğşı¸·ĥµ´³²ŝħ°°üŻÀÀż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ÀÀż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻ­ŝĴÀÀż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻ­ĴÀż½ĵŝğşşı¸·ĥµ´³²ħ°ŝŻ­ĴûĞŞÀÀżż½ĵğşı¸·ĥµ´³²ħ°ŝŻ­ĴúĞŞŞİÀżż½ĵŝğşşı¸·ĥµ´³²ħ°ŝŻ­ĴüĞŞŞİİżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§ż½ĵŝğşşı¸·ĥµ´³²ŝħ°°Żŝ­ĴĴĞŝŞİݨ§üĤżż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŞİ¨§Ĥ€   À?$ Ĥ§ Ĥ¤£˘§¨İ Şİ¨§Ĥ¤§¨ İŞ ݨ§Ĥ¤§¨İ¨§Ĥ¤£ŝ§¨¨İ¨§Ĥ¤£¨İ¨§Ĥ¤£ŝ˘¨¨İ¨§Ĥ¤£˘¨İ¨§Ĥ¤£˘¨ ݨ§Ĥ¤£˘ŝĦ¨¨ İ ¨§Ĥ¤£˘Ħŝ¨İ İ ¨§Ĥ¤£˘Ħŝ İİ ¨§Ĥ¤£˘Ħ İ ¨§Ĥ¤£˘Ħ İ¨§Ĥ¤£˘Ħ Ÿİ¨ §Ĥ¤£˘Ħ Ÿİ¨§Ĥ¤£˘Ħ Ÿİ¨§Ĥ¤£˘Ħ Ÿüžİݨ¨§Ĥ¤£˘Ħ Ÿžŝݨ¨§Ĥ¤£˘Ħ Ÿž¨§Ĥ¤£˘Ħ Ÿžŝ¨¨§Ĥ¤£˘Ħ Ÿž¨§Ĥ¤£˘Ħ Ÿž¨§Ĥ¤£˘Ħ Ÿž¨§Ĥ¤£˘Ħ Ÿžœŝ¨§§Ĥ¤£˘Ħ Ÿžœ€ôóüòñòóóô˙@€  ù  %<û =ü=ü $ŭŭáhggfddcba`_^]\[ZYYXVUUTSRMNM,ŭßba_^]\[ZYXWVUTSRQPNNMLJJIHGFEH?ŭŬ`^^\\[YXWVUTSRQPONMLKJIHHFFDDCBK0ŭÜ^]\[ZXWVVUTRRQONNMKJJIHGFEDDCBBAB<ŝ Û\[ZYXWVUTSRQPNNMLJJIHGFEDDCBBA@?>>.ŝÚZYXWVUTSRQPONMLKJJIHGFEDDCBBA@?>=<<:ŭ:ÚXWVUTSRQPONNMKJJIHGFEDDCBBA@?>>=<<;:ŝ ŜVUTSRRPONNMLJJIHGFEDDCBBA@?>>=<<;::ŭKŝÙUSRRQONNMLJJIHGFEEDCBBA@@?>=<<;;::98<(ŝRçQONNMLKJIHGFFEDDCBBA@?>=<<û;::988ü74ŝ ŬQPNNMLKJIIGFFEDDCBBA@?>>=<<;::998877ŭH ŝNçMLKJIIHGFEDDCBBA@?>>=<<;::ü988776ŝ$ŝ çMLKJIIHGFEDDCBBA@?>>=<<;::ŝ98876ŭ5*ċKJIIHGFEDDCBBA@?>>=<<;;::988765ŭ4IéHGFEDDCBBA@?>>=<<;;::9887654ŝéHGFEDDCBBA@?>>=<<;;::9887654ŭ3ëFEDDCBBA@?>>=<<;;::98876543ŝDïCBBA@?>>=<<;;::988765432ŝóCBBA@?>>=<<;::ü9887765432ŝġBA@?>>=<<;::ü98877654321ŝ÷@?>>=<<;::ü988776ŝ544321ŝ>ġ=<<;::9988776ŝ544321ŝġ=<<;::99887765432 1ŝ÷<;::99887765432 1ŝ:987654321ŝ€ù 8<û=ü =ü $ŭŭµ´³²ħ°Żŝ­­÷ĴĞĞĤ †Rŭĝı¸¸··ĥĥµµ´³²ŝħ°°ŝŻĝ­ĴĴĞsŭŝ¸··ĥµ´³²°ŝŻŝ­ĴĴĝĞŞŞİ£Pŭ·ĥµ´³²ŝħ°°ŝŻĴöĞŞŞİݨ§qŝ ĥµ´³²ŝħ°°ŝ­ĴĴüĞŞŞİݨ§ŭoŝµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŭ_ŭ:üµ´´³³²ŝħ°°ŝŻĴüĞŞŞİݨ§ĤüĦ.ŝ ŝ´³³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤ŭ‹ŝ³²ŝħ°°ŝŻŝ­ĴĴŝĞŞŞİ¨§Ĥŝ¤¤ŝ8ŝ²ŝħ°°ŝŻŝ­ĴĴúĞŞŞİݨ¨§Ĥŝ¤¤û£˘sŝ ŝħ°°Żŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ŝ£˘˘ŭž ŝ°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤£˘Ħŝ-ŝ ŭ°Żŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘ĦŝG­ĴüĞŞŞİݨ§Ĥ¤£˘Ħ ŝJü­­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħ ŝDŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħ ŸŝBĴüĞŞŞİݨ§Ĥ¤£˘Ħ ŸŭžBüĞŞŞİݨ§Ĥ¤£˘Ħ ŸžŝBŝŞİݨ§Ĥ¤£˘Ħ ŸžŭAݨ§Ĥ¤ŝ£˘˘Ħ ŸžŝA¨§Ĥ¤ŝ£˘˘Ħ ŸžŝA§Ĥ¤ŝ£˘˘Ħ ŸžŝAú§ĤĤ¤¤ŝ£˘˘Ħ Ÿž ŝAüĤ¤¤ŝ£˘˘Ħ Ÿž ŝAŝ¤¤ŝ£˘˘Ħ Ÿž œŝA€ ù 5<û=ü =ü $ŭŭ˘Ħ Ÿžú™”~Lŭ¤£˘Ħ Ÿžü™lŭ£˘Ħ Ÿžû™Lŭ£˘Ħ Ÿžŭlŝ ŝ£˘˘Ħ Ÿžüœiŝ˘Ħ Ÿžœŭ[ŭ:˘Ħ Ÿžœŭ™-ŝ Ħ Ÿžœŭ‡ŝĦ Ÿžœŭ7ŝŝĦ  Ÿž œ›ŭoŝ  Ÿž œ›ŭ™ ŝ Ÿžœ›ŝ,ŝ Ÿžœ›ŝEŸžœ ›ŝHŸžœ ›šŝAŝŸžžœ ›šŝ@žœ ›šŝ@žœ ›šŝ@ŝžœ › šŝ@œ › šŝ@œ ›šŝ@œ ›šŝ@œ ›šŝ@œ ›šŝ@œ›šŝ@€ôŝġööĝúùÁ¤‡"˙ŭûÀ˙ŝŬ!˙ŝĊ"˙ŝï5ŝQ˙˙ŝŭ7ŝ³˙˙ŝŭ8˙ŝĝ8ŝ½˙˙ŝÒ8ŝÇ˙˙ŝ$8˙ŝò9˙ŝ&8ŝ8˙˙ŝà9˙:ŝ³˙˙ŝ89˙ŝĞ9˙ŝñ9˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙€€€€$ŝŝ/334$ŝŝ.2 234$ŝŝ.223ŝ4#ŝŝ-1123$ŝŝ-1 123$ŝŝ-1 123$ŝŝ-1 123ŝ4#ŝŝ,1 123ŝ4#ŝŝ,00 1234$ŝŝ,001234$ŝŝ,001234ŝ5#ŝŝ,001234ŝ5#ŝŝ,001234ŭ56#ŝŝ,001234ü566#ŝŝ,00123456ŝ7#ŝü,0011234567$ŝŭ,011234567$ŝŝ,112ŝ344ŝ5667ŝ8#ŝŝ-11234ü566778ŝ9#ŝŝ-112345678ŭ9:#ŝü-1122ŝ344ŝ56678ü9::#ŝù-1223344ü5667789:ŝ;#ŝô-2233445566778ù9::;<<#ŝü.2344ŝ56678ĝ9::;<=>#ŝ÷.3445566778ö9::;<<=>?#ŝû/4456678ġ9::;<=>>@@#ŝú/5566778ó9::;<<=>?@AB#ŝŝ06678ò9::;<=>?@@ABC#ŝŭ167789::;<<=>?@ABBCD#ŝü27788ï9:;;<=>?@ABBCDDE#ŝé27889::;<<=>?@ABBCDEFG#ŝé389::;<<=>?@ABBCDDEGHI#ŝé39::;<<=>?@ABCDDEFGHIJ#ŝé5:;<<=>?@ABBCDEFGHIJJK#ŝé5;<<=>@@ABCDDEFGHIJKLN#ŝé7<=>?@ABBCDEFGHIJJLMNO#ŝé7=>@@ABCDDEFGHIJKLNNOQ#ŝé9?@ABBCDEFGHIJJLMNOPQS#ŝé:@ABCDDEFGHIJKLNNOQRST#ŝé;BBCDEFGHIJJLMNOPRSTUV#ŝéEFGHIJKLNNOQRSTUVWXZ[#ŝé@GHIJJLMNOPQRTUVWXYZ\\#ŝéAHIJKLNNOQRSTUVWXY[\]^#ŝéBJJKMNNPQRSTUVXYZ[\]^_#ŝéDKLMNOPRSTUVWXY[\]^_`a#ŝéEMNNOQRSTUVWXY[\]^_abb#ŝéFNOPQRTTVVXYZ[\]^_abcd#ŝ éGOQRSTUVWXY[\]^_`abcde#ŝ éIQRSTUVWXY[\]^_`abcdef#ŝ éJRTTVVXXZ[\]^_`bbddegh#ŝ éLTUVWXYZ[\^^_abcdeeghh#ŝ éMUVWXY[\\^_`abcdefghhj#ŝ éNVWXY[\]^_`abcdefghhjj#ŝ éOXYZ[\]^_`abcdefghhjjk#ŝ éPYZ[\]^_`abcdefghhjjkl#ŝ éQZ[\]^_`bbcdefghhjjklm#ŝ éS\\^^_`bbcdefghhjjkkmm#ŝ éT\^^_abbcdefghhijkklmn#ŝ éU^__abbcdeeghhijjklmmo#ŝ éV__abbcdeegghijjkkmmno#ŝ éW_abbcdeegghhjjkklmmoo#ŝ ëWabbcdeefghhijjkkmmnoo$ŝŝ’ŸŸžŸŝ #ŝŝ‘žžŸ$ŝŝ‘žžŸ$ŝŝ žŸ$ŝŝ žŸ$ŝŝ žŸ$ŝŝ žŸ$ŝüœœ žŸ$ŝŝœœ žŸŝ #ŝŝœœžŸ $ŝŝœœžŸ $ŝŝœœžŸ ŝĦ#ŝŝœœžŸ Ħ$ŝŝœœžŸ Ħ$ŝŝœœžŸ Ħ$ŝüœœžŸ Ħŝ˘#ŝŭœžŝŸ  Ħ˘$ŝŝžŸ Ħ˘ŝ£#ŝŝžŸ Ħ˘£ŝ¤#ŝŝžŸ Ħ˘ŝ£¤¤$ŝüžžŸ Ħ˘ŝ£¤¤$ŝŭžžŸ Ħ˘ŝ£¤¤ŭĤ#ŝŝžžŸ Ħ˘ŝ£¤¤üĤĤ#ŝû‘žŸŸ  Ħ˘£¤úĤĤ§§#ŝú‘ŸŸ  ĦĦ˘ŝ£¤¤ùĤĤ§§¨#ŝŝ’  Ħ˘£¤üĤĤ§§¨$ŝŭ’ ĦĦ˘ŝ£¤¤öĤĤ§§¨¨İİ#ŝŝ“ĦĦ˘£¤üĤĤ§§¨İŝŞ#ŝù“ĦĦ˘˘£¤¤ĝĤĤ§§¨¨İİŭŞĞ#ŝû”˘˘£¤¤üĤĤ§§¨İŞŭĞĴ#ŝü”˘£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴ$ŝŝ•¤¤üĤĤ§§¨İŞŝĞĴĴŝ­#ŝŝ–¤¤óĤĤ§§¨¨İİŞŞĞĴĴü­#ŝú–¤ĤĤ§§¨İŞŝĞĴĴŝ­$ŝò–ĤĤ§§¨¨İİŞŞĞĴĴŝ­ŭŻ°#ŝŭ˜Ĥ§§ŝ¨İİŞŝĞĴĴŝ­üŻ°°#ŝġ˜§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°ŝħ#ŝü™¨¨İİŭŞĞĴĴû­Ż°°üħ²²#ŝĝš¨İİŞŞĞĴĴŝ­ŝŻ°°ûħ²²³#ŝúšİİŞĞĴĴŝ­ŝŻ°°ùħ²²³³´#ŝû›ŞŞĞĴĴŝ­ŝŻ°°ĝħ²²³³´´#ŝŭœĞĴĴŝ­°öħ²²³³´´µµ#ŝŝĴĴŝ­ŝŻ°°ġħ²²³³´´µµĥ#ŝûĴĴ­ŝŻ°°ŭħ²³³ŝ´µµŭĥ·#ŝŭ­ŝŻ°°òħ²²³³´´µµĥĥ··#ŝŝŸŝŻ°°ŭħ²³³´µĥ·ŝ¸#ŝüŸŻ°°ôħ²²³³´´µµĥĥ··¸$ŝŭ Ż°°îħ²²³³´´µµĥĥ··¸¸ıı#ŝŝĦ°°ŭħ²³³ŝ´µµĥ·¸ıŝş#ŝòĦ°ħ²²³³´´µµĥĥ··¸ış$ŝïĦħ²²³³´´µµĥĥ··¸¸ıış$ŝŭ£²³³ŝ´µµĥ·¸ışŝğ#ŝú£³³´´µµŝĥ··¸ışŭğĵ#ŝ÷¤³´´µµĥĥ··¸ışüğĵĵ#ŝĝ¤´´µµĥĥ··¸ışŝğĵĵ$ŝŝµµĥ·¸ışŝğĵĵ$ŝöµµĥĥ··¸¸ıışŝğĵĵ$ŝüĤµĥ··¸ışğĵŝ½#ŝŭĤĥ··¸ışğĵ½$ŝŝ§··¸ışğĵ½ŝ#ŝú¨··¸¸ıışğĵ½ŝ#ŝû¨·¸¸ıışŝğĵĵ½$ŝü¨¸¸ıışğĵ½$ŝŭ¨¸ıışğĵ½$ŝŝšš$ŝŝšš$ŝŝšš$ŝŝšš$ŝŝšš$ŝŝšš$ŝŝšš$ŝŝšš$ŝŝšš$ŝŝŒššŝ›#ŝüŒ™™ššŝ›#ŝüŒ™™šš›$ŝüŒ™™šš›$ŝüŒ™™š š›$ŝŭŒ™š š›$ŝŝŒš š›$ŝŝš š›$ŝŝš š›$ŝŝš š›œ$ŝŝšš›œ$ŝŝšš›œ$ŝŝšš›œ$ŝŝšš›œ$ŝŝšš›œ$ŝŝšš›œ$ŝŭš››œ$ŝŝ››œ$ŝŝŽ››œ$ŝŝŽ››œž$ŝŝŽ››œž$ŝüŽ››œœž$ŝŝŽœœžŸ$ŝŝœœžŸ$ŝŝœœžŸ$ŝŝœœžŸŝ #ŝüœœžŸ $ŝŭœžŸ $ŝŝžŸ ŝĦ#ŝŝžŸ Ħ$ŝüžžŸ Ħ$ŝŭžžŸ Ħŝ˘#ŝŝžžŸ Ħ˘$ŝŝ‘žžŸ Ħ˘$ŝŭ‘žŸŸ Ħ˘ŝ£#ŝŝ‘ŸŸ Ħ˘£$ŝŝ’ŸŸ Ħ˘£$ŝŝ’ŸŸ Ħ˘£ŝ¤#ŝŭ’Ÿ  Ħ˘£¤$ŝŝ’  Ħ˘£¤$ŝŝ’  Ħ˘£¤$ŝü’  ĦĦ˘£¤ŝ#ŝŝ’ĦĦ˘£¤$ŝŝ“ĦĦ˘£¤$ŝü“ĦĦ˘˘£¤$ŝŭ“Ħ˘˘£¤ŝĤ#ŝŝ”˘˘£¤Ĥ$ŝŝ”˘˘£¤Ĥ$ŝü”˘˘££¤Ĥ$ŝŭ”˘££¤Ĥŝ§#ŝŝ•££¤Ĥŝ§#ŝŝ•££¤Ĥ§$ŝü•££¤¤Ĥ§$ŝŭ•£¤¤Ĥ§$ŝŝ•¤¤Ĥ§$ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ#8ŝŞ˙˙ŝ#8ŝŞ˙˙ŝ#8ŝŞ˙˙ŝ#8ŝŞ˙˙ŝ#8ŝŞ˙˙ŝ#8ŝŞ˙˙ŝ#8ŝŞ˙˙ŝ#8ŝŞ˙˙ŝ#8ŝŞ˙˙ŝ#8ŝŞ˙˙ŝ#8ŝŞ˙˙ŝ#8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ8ŝŞ˙˙ŝ 8ŝŞ˙˙ŝ 8ŝŞ˙˙ŝ8ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝŞ˙˙:ŝ¨˙˙:ŝ¨˙˙:ŝ¨˙˙:ŝ¨˙˙:ŝ¨˙˙:ŝ¨˙˙:ŝ¨˙˙45678ŝ9::ŝ;<<Ĝ=>>?@ABBCCDDEFGHIIJJKMNNOPQRSTUVVXXYZ[\4456789:;<×=>>?@ABBCCDDEFGHIJJKLMNNOQRRTTUVWXYZ[\]^445678Ï9::;;<<==>?@ABBCCDDEFGHIJJKLMNOPQRSTUVVXXY[\\^^_4456789:Ò;<<==>?@ABBCCDEEFGHIJJKMNNOPQRSTUVWXYZ[\]^_`a4456789:Ñ;<<==>?@ABBCDDEFFGHIJJKMNNOQRSTUUVXXY[\]^^_abb445678É9::;<<==>?@ABBCDDEFFHIIJKLMNOPQRSTUVWXYZ[\]^_`abcd44556678Ĉ9::;;<<=>?@ABBCDDEFGHIJJKLNNOPQRTTUVWXY[\]^^_abcdde445566778Ĉ9::;;<<=>?@ABBCDDEFGHIJJKMNNOQRSTUVWXYZ[\]^_`abcdefg45566778Ĉ9::;;<<=>?@ABBCDDEFGHIJJLMNNPQRSTUVWXY[\\^^`abcdefghh5566778È9::;;<==>?@ABBCDDEFGHIJKLMNOPQRTTUVXXZ[\]^_`abcdefghij56678È9::;<<==>?@ABBCDEFFHIJJKMNNOQRSTUVWXYZ[\^^_abcdefghijjk6678Ċ9::;<<=>>@@ABCDDEFGHIJJKMNNOQRSTUVWXY[\]^_`abcdefghijklm66778Ĉ9::;<<=>>@AABCDDEFGHIJKLMNOPQRTUVWXYZ[\]^_abcdefghijjklno7789::;<<=>?@ABBCDDEFGHIJKLNNOQRSTUVWXY[\]^_`abcdefghijklmnop7788€79::;<<=>?@ABBCDEFGHIJJKMNNPQRSTUVWXZ[\]^_abcdefghijjkmnoppq78899:;;<==>?@ABCDDEFGHIJKLMNOPRSTUVWXYZ\\^_`abcdefghijklmnopqrr889::;<<=>?@ABBCDDEFGHIJKLNNOQRSTUVWXY[\]^_`bcddfghijjkmnopprrss89::;<<=>?@ABBCDEFGHIJJKMNNPQRTTVWXYZ[\^^`abcdefghijklmnopqrrstu9::;<<=>?@ABCDDEFGHIJKLMNOPRSTUVWXY[\]^_`bbddeghijjkmnopprrssuuv:;<<=>?@ABBCDDEFHIJJKMNNPQRSTUVXYZ[\]^_abcdefghijklmnopqrrstuvvw;<<=>?@ABBCDEFGHIJJLMNOPRSTUVWXY[\]^_`abddeghijjkmnopqrrstuuvvxx<=>?@@BBCDDEFHHJJKMNNOQRSTUVXXZ[\]^_abcdefghijklmnopqrrstuvvwxxy=>?@ABBCDEFGHIJJLMNOPRSTUVWXYZ\]^_`abddeghijjkmnopqrrstuuvwxxy‡>@@ABCDDEFGHIJKLNNOQRSTUVWXZ[\]^_abcdefghijklmnopqrrstuvvwxxyyz{@ABBCDEFGHIJJLMNOPQSTUVWXYZ\]^_`abddeghijjkmnopqrrstuuvwxxyÀz{{ABCDDEFGHIJKLNNOQRSTUVXXZ[\]^_abcdefghijklmoppqrrstuvvwxxyyz{{É|BCDEFGHIJJLMNOPRSTUVWXYZ\]^_`abddeghijjkmnopqrrstuvvwxxyüz{{||DÈEFHHJJKMNNOQRSTUVXXZ[\]^`abcdefghijklmoppqrsstuvvwxxyyz{{|Ì}EFGHIJJLMNOPRSTUVWXY[\]^_`bcddfghijjlmnopqrrstuvvwxxy{|Ċ}~FHIJJKMNNPQRSTUWXYZ[\^^`abcdefghjjklnoppqrssuuvvwxxyyz{{||ŝ}~~ÎHIJKLMNOPRSTUVWXY[\]^_`bcdefghijklmnopqrrstuvvwxxyy{|ŝ}~~JÔKMNNPQRTTVWXYZ[]^_`abcdeghhjjklnopprrssuuvvxxyüz{{||ŝ}~~ÎKLNNOQRSTUVWXY[\]^_abcdefghijklmnopqrrstuvvwxxyyz{{|ŝ}~~ĠMNNPQRTUVWXYZ\]^_`abcdeghijjkmnopqrrstuuvvxxyüz{{||ŝ}~~ÑNOQRSTUVWXZ[\]^_abcdefghijklmnopqrrstuvvwxxyyz{{| ~ĜPQSTUVWXYZ\]^_`abddeghijjkmnopqrrstuuvwxxyüz{{||ŝ}~ ~ÔRSTUVWXZ[\]^_abcdefghijklmnopqrrstuvvwxxyyz{{| ~ÛTUVWXYZ\]^_`abddeghijjkmnopqrrstuuvwxxyüz{{||ŝ}~ ~×UVXXZ[\]^_abcdefghijklmoopqrrstuvvwxxyyz{{|ŝ}~~ŜWXYZ\]^_`abddeghijjkmnopqrrstuuvwxxyüz{{||ŝ}~~ÚXZ[\]^_abcdefghijklmnopqrrstuvvwxxyyz{{|ŝ}~~ß}|Z\]^_`abcdeghijjkmnopprrstuuvvxxyüz{{||~ŝ}||à\]^_abcdefghijklmnopqrrstuvvwxxyy{|~ŝ}||^à`abcdefhhjjklmoppqrsstuvvwxxyyz{{|ŝ}~~ŝ}||ä{_`bbddfghijjkmnopprrstuuvvxxyŝz{{|ŝ}~ ~ŝ}||{éabcdefghijklmnopqrrstuvvxyŝz{{|ŝ}~ ~ŝ}||{zybcdefhhjjklmoppqrsstuvvwxxyyŝz{{| ~ŝ}||{âzyyxddeghijjkmnoppqrsstuvvwxxyyŝz{{|ŝ}~ ~ŝ}||{âzyyxxefghijklmnopprrssuuvvwxxyyŝz{{|ŝ}~~ŝ}||{ázyyxxwvfghijklmnopprrssuuvvwxxyyŝz{{|}|{üzyyxxèwvvhhijklmnopprrssuuvvwxxy{|{ŝzyyxçwvvuuhjjklmoopprrssuuvvwxxyŝz{{|{ŝzyyxŝwvvíutsjjklmoopprrssuuvvxy{|{ŝzyyxŝwvvuîtsrjklmoopprrsstuvvŝwxxy{ |{ŝzyyxŝwvvuìtsrrqklmnopprrsstuuvvxy{ŝzyyxŝwvvuëtssrqpplmnoppqrrssuuvvŝwxxyŝz{ {zyxŝwvvuútssrqppñomnoppqrrsstuuvvŝwxxyz{zyxŝwvvuútssrrppġonmnoopprrssuvŝwxxyxŝwvvuètssrrqpponmlkooppqrrsstuuvŝwxx yxŝwvvuïtssrqqpponmlkkjopprsŝtuuvŝwxxwvuùtssrrqppòonmlkkjihoppqrrsuvw xwvuŝtssrŝqpponmlkkjihhgoppqrrsuvwvutsrqpòonmlkkjihhgfeppŝqrrsuvutsrŝqppoñnmlkkjihhgfeedppŝqrrsŝtuutsrŝqppîonmmlkjjihhgfeedcb Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²³´µĥ Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°üħ²²³³´µĥ·ŝŸ  Ħ˘£¤Ĥ§¨İŞĞĴŝ­ŝŻ°°úħ²²³³´´µĥ·ŭ¸Ÿ  Ħ˘£¤Ĥ§¨İŞĞĴŝ­ŝŻ°°ħŝ²³³´µĥ·¸ŝŸ  Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­Ż°üħ²²³³´µĥ·¸ıŝŸ  Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ıŝş  Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ış Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ış Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­Ż°ôħ²²³³´´µµĥĥ··¸ışğŝ ĦĦ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³ŝ´µµĥ·¸ışüğĵĵĦĦ˘ŝ£¤¤üĤĤ§§¨İüŞĞĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışğĵĦ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵü½ĦĦ˘˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışŝğĵĵ½ùĦ˘˘££¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··ŝ¸ıışŝğĵĵŝ½˘£¤Ĥ§¨İüŞĞĞĴĴŝ­ŝŻ°°ŭħ²³³´µĥ·¸ışŝğĵĵŝ½ŭ˘£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵŝ½żŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½ż¤ĝĤĤ§§¨¨İİüŞĞĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··¸ışŝğĵĵŝ½żùÀ¤¤Ĥ§§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀû¤ĤĤ§§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµĥ·¸ışŝğĵĵŝ½żÀÁóĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁŝĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ§¨İŭŞĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··ŝ¸ıışŝğĵĵŝ½żÀÁö§¨¨İİŞŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂŝ¨İİŭŞĞĴĴû­Ż°°ôħ²²³³´´µµĥĥ··ŝ¸ıışŝğĵĵŝ½żÀÁÂùİİŞŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂüİŞĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··ŝ¸ıışŝğĵĵŝ½żÀÁÂŭŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁÂĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁ ŝŻ°°ùħ²²³³´µµĥ·¸ışŝğĵĵ½żÀÁ ÄŭŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁ ÄŝŻ°°ŭħ²³³ŝ´µµŝĥ··¸ışŝğĵĵ½żÀÁ Ä°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ Äô°²²³³´´µµĥĥ··¸ışğĵŝ½żÀÁ Ä²³´µĥ·¸ışŝğĵĵŝ½żÀÁ Ä³´µĥ·ŝ¸ıışŝğĵĵŝ½żÀÁ Äñ³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ Äú´µµĥĥ··ŝ¸ıışŝğĵĵŝ½żÀÁ Äµĥ·¸ışŝğĵĵŝ½żÀÁ Äĥ·¸ışğĵ½żÀÁ Äúĥ··¸¸ıışŝğĵĵŝ½żÀÁ Ä ·¸ışŝğĵĵ½żÀÁ Ä ¸ışŝğĵĵŝ½żÀÁÂÂü¸ıışşŝğĵĵŝ½żÀÁÂÂışŝğĵĵ½żÀÁÂÂŭÁışşŝğĵĵ½żÀÁÂÂÁşŝğĵĵŝ½żÀÁÂÂÁşŝğĵĵŝ½żÀÁÂÂÁüÀşğĵĵŝ½żÀÁÂÂÁÀŝğĵĵ½żÀÁÂÂÁÀżĵ½żÀÁÂÂÁÀżĵ½żÀÁÂÂÁÀżûĵ½½żÀÁ ÂÁÀż½żÀÁÂÁÀżŝ½żÀÁÂÁÀż½żÀ Á ÂÁÀżü½ĵĵżÀÁÀż½ĵżÀÁÀż½ĵŝğżÀÁÀż½ĵŭğşżÀÁÀż½ĵŝğşşżÀżŝ½ĵĵŝğşş żÀż½ĵŝğşşı› œžŸ Ħ˘ŭ£š› › œžŸ Ħ˘£š ›œžŸ Ħ˘£š ›œžŸ Ħ˘£ü¤šš› › œžŸ Ħ˘£¤š ›œžŸ Ħ˘£¤ŝš› ›œžŸ Ħ˘£¤ŝš››œžŸ Ħ˘£¤ ›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤Ĥ›œžŸ Ħ˘£¤Ĥ›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§ŭ¨›œœžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨İœžŸ Ħ˘£¤Ĥ§¨İœžŸ Ħ˘£¤Ĥ§¨İüŞœœžŸ Ħ˘£¤Ĥ§¨İŞŝœžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İŞŝžžŸ Ħ˘£¤Ĥ§¨İ ŞžŸ Ħ˘£¤Ĥ§¨İ ŞŝОžŸ Ħ˘£¤Ĥ§¨İ ŞĞŝžŸŸ Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ ŞĞŝŸ  Ħ˘£¤Ĥ§¨İ Ş Ğ Ħ˘£¤Ĥ§¨İ Ş Ğ Ħ˘£¤Ĥ§¨İ Ş Ğŝ ĦĦ˘£¤Ĥ§¨İ ŞĞĦ˘£¤Ĥ§¨İ ŞĞĦ˘£¤Ĥ§¨İ ŞĞ˘£¤Ĥ§¨İ ŞĞ˘£¤Ĥ§¨İ ŞĞ˘£¤Ĥ§¨İ ŞĞŞ£¤Ĥ§¨İ ŞĞŞ£¤Ĥ§¨İ ŞĞŞŝ£¤¤Ĥ§¨İ ŞĞޤĤ§¨İ ŞĞޤĤ§¨İ ŞĞ ޤĤ§¨İ ŞĞ Şŝ¤Ĥ§¨İ ŞĞ ŞŝİĤ§¨İ Ş Ğ ŞİĤ§¨İŞĞŞİü¨ĤĤ§¨İ%Şİ¨ŝĤĤ§¨İ$Şİ¨Ĥ§¨İ#Şİ¨§Ĥ§¨İ!Şİ¨§Ĥ§¨İŞİ¨§ŝĤ§§¨İŞİ¨§ŝĤ§§¨İŞİ¨§Ĥ§¨İŞİ¨§Ĥŝ§§¨İŞİ¨§Ĥ§¨ İ Şİ¨§Ĥ§¨İ¨§Ĥŝ¤§§¨İ¨§Ĥ¤§ ¨İ ¨§Ĥ¤ä]^_`abbcdeefghijjkklmnooppqrrstuvuäts^_`abcdeefghijjkllmnoppqqrrsŝtuuvwxwvuès`abcddefghijjklmnnoppqrrsŝtuuvwxvuâsbcddefghijjklmnooppqrrssttuuvvwxyxvuìtsddefghijjklmnoopqrrsütuuvvwxyxŝwvvuîtsefghhjjklmnoopqrrsŭtuvvwxyxŝwvvuïtssgghijkklnoopqrrûstuuvvŝwxxyz{ŝzyyxvusórhijjklmnopqrrûstuuvvŝwxxyz{ŝzyyxvuètssrjjklmnoppqrrstuuvvwxxyz{ŝzyyxäwvvuutssrrklmnoppqrrstuuvvwxxyŝz{{ |{ŝzyyxŝwvvusrïqlmoopqrrssuuvvwxxyŝz{{ |{ŝzyyxvusrqpnopqrrsstuvvwxxyŝz{{|{ŝzyyxvusrôqpoppqrrstuvvxyŝz{{|{yxĉwvvuussrrpponqrrstuuvvwxxyyŝz{{|}~ŝ}||{üzyyxxéwvvuussrrpponmrsstuvvwxxyŝz{{|ŝ}~~|{üzyyxxêwvvutssrqpponmkstuvvwxxyŝz{{|ŝ}~ ~|{üzyyxxvëutsrrqpoomlkjuuvvwxxyy{|ŝ}~ ~ŝ}||{üzyyxxvuïtsrrqponmlkjivvwxxyüz{{||ŝ}~ ~ŝ}||{àzyyxxwvvuutsrrpponmljjihvwxxyyz{{|ŝ}~~|{yxéwvvutsrrqpoonlkjihgfxxyy{|ŝ}~~ŝ}||{üzyyxxvuètsrrqponmlkjihgfexyyz{{||ŝ}~~ŝ}||{ázyyxxwvvuutsrqpponmkjihhgedcyz{{|ŝ}~~ŝ}||{ßzyyxxwvvutsrrqponmlkjihgfedcbz{{||ŝ}~~|{Ŝzyyxxwvvuutsrqpponmkjjhhgedcba`{{||ŝ}~~ŝ}||{ßzyyxxwvvutsrrqppomlkjihgfedcba_^||ŝ}~~ŝ}||{Ŭzyyxxwvvuutsrqpponmkjjhhgedcba`_^\||~ŝ}||{Úzyyxxwvvutsrrqppomlkjihgfedcba_^]\[|}~~ŝ}||{Úzyyxxwvvuutsrqpponmkjihhgedcba`_^\\ZY~~ŝ}||{Ùzyyxxwvvutsrrqponmlkjihgfedbba_^]\[YXW~~|{×zyyxxwvvuutsrqpponlkjihhfedcba`^]\[ZYXVU~ ~ŝ}||{Özyyxxwvvutsrrqponmlkjihgfedbb`_^]\[YXWVUT~ ~|{Ôzyyxxwvvuussrqpponlkjihhfedcba`^]\[ZYWVUTSR~ ~ŝ}||{úzyyxxvvÛutsrrpponmlkjihgfdcba`_^]\[YXWVUTRRP~~ŝ}||{Ñzyyxxwvvuussrqppomlkjihgfedcba_^]\[ZXWVUTSRQON~~ŝ}||{yxvĜutsrrpponmkjjhhgedcba`_^\\ZYXWVUSRQPONM~~ŝ}||{Îzyyxxwvvutssrqppomlkjihgfedcba_^]\[ZXWVUTSRQONNLK~~ŝ}||{ùzyyxxwvvĠutsrqpponmkjjhhgedcba`_^\\ZYXWVUSRQPNNMKJJ~~ŝ}||{Ëzyyxxwvvutsrrqppomlkjihgfedcba_^]\[YXWVUTSRQONNLKJIH~~ŝ}||{Çzyyxxwvvuutsrqpponmkjihhgedcba`_^\[ZYXVVTSRQPNNMKJJIHF~}||{Èzyyxxwvvutsrrqponmlkjihgfedcba_^]\[YXWVUTSRQONMLKJIHGFE||{Ĉzyyxxwvvuutsrqpponmkjihhgedcba`_^\[ZYXVVTSRQPNNMKJJIHFEDD||{…zyyxxwvvutsrrqponmlkjihgfedcba_^]\[YXWVUTSRQONNLKJIHGFEDDC||{{zyyxxwvvuutsrqpponmkjjhhgedcba`_^\\ZYXWVUSRQPNNMKJJIHFFEDCBB{{‚zyyxxwvvutsrrqpoomlkjihgfedcba_^]\[ZXWVUTSRQONNLKJIHGFEDDCBA@{zyyxxwvvuutsrqpponmkjjhhgedcba`_^]\ZYXWVUTRQPONMLJJIHGFEDCBBA@?yyx‚wvvutsrrqppomlkjihgfedcba_^]\[ZXWVUTSRQONNMKJJHGFEDDCBBA@>>yxxwvvuutsrqpponmljjihgeddbb`_^]\[YXWVUTSRPONMLKJIHGFEDDCBA@?>==<=<<;vvutsrrqpponlkjihhgedcba`_^]\[YXWVUTSRPONMLKJIHGFEDDCBA@@>>=<;;:uussrqpponmlkjihgfedcba_^]\[ZYXVVTTRQPONMKJJIHGFEDDBBA@?>=<<;::9tsrrqpponlkjihhgedcbb`_^]\[YXWVUTSRQONNMKJJIHGFEDCBBA@?>=<<;::98srqpponmlkjihgfedcba`_^\\ZYXWVUTSRQONNLKJJHHFEDDCBBA@?>=<<;::988rppoomlkjjhhgeddbba_^]\[ZYXVVUTRRPONMLKJIHGFEDDCBBA@?>=<<;::9887pponmlkjihgfedcba`_^]\[YXWVUTSRQPNNMLJJIHGFEDDCBBA@?>=<<;::98877onmlkjihhgfedcba_^^\\ZYXWVUTSRQONNMKJJIHGFEDDCBAA@?>=<<;::998877nmkkjihgfedcbb`_^]\[ZYXWVUTSRQONNMKJJIHGFEDDCBAA@?>=<<;::998877Élkjihhgfedcba`_^]\[YXWVUTTRRPONNMKJJIHGFEDDCBAA@?>=<<;::ü98877jhÈgfedcbba_^]\\ZYXWVUTSRQPONMLKJJIHGFEDDCBAA@?>=<<;;::988776ihhgeddcba`_^]\[ZYXWVUTSRQPNNMLKJIHHGFEDDCBBA@?>==<<;::998877Ê6hgfedcbba_^]\\[YXWVVUTSRQPNNMLKJIHHGFEDDCBBA@?>==<<;::ü98877Ä6fedcbba`_^]\[ZYXWVUTTRRQONNMLJJIHHGFEDDCBBA@@>>=<<;;::9988776dÎcba`_^]\\[ZXXWVUTSRQPONNMLJJIHHGFEDDCBBA@@?>==<<;::ŝ98876Ècbba__^]\[ZYXWVVUTSRQPONNMKJJIHHGFEDDCBBAA@?>==<<;;::998876Úba`_^]\\[ZYXWVUTTRRQPONMMKJJIHHGFEDDCBBùA@@>>=<<ŝ;::9876·¸ışğĵ½żÀ ÁÀżü·¸¸ıışŝğĵĵ½żÀÁÀżŝ¸ıışŝğĵĵ½żÀÁÀżışŝğĵĵ½żÀÁÀżŝışşğĵ½żÀ Á ÁÀżşğĵ½żÀÁÂÁÀżşŝğĵĵ½żÀÁÂÁÀżŝğĵĵ½żÀÁÂÁÀżĵŝ½żÀÁ ÂÁÀżĵŝ½żÀÁÂÂÁÀżü½½żÀÁÂÂÁÀżżÀÁÂÂÁÀżżÀÁÂÂÁÀżżÀÁÂÂÁÀżŝ½żżÀÁÂÂÁÀż½üĵżżÀÀÁÂÂÁÀżŝ½ĵĵÀÁÂÂÁÀżŝ½ĵĵÀÁÂÂÁÀż½ĵŝğÁÁÂÂÁÀżŝ½ĵĵüğşşÁÁ Ä ÂÁÀżŝ½ĵĵŝğşşÁ Ä ÂÁÀż½ĵğşŝıÂ Ä ÂÁÀżŝ½ĵĵŝğşşı Ä ÂÁÀżŝ½ĵĵŝğşşıŭ¸ÂÄ ÂÁÀżŝ½ĵĵŝğşşı¸ŝ·Ä ÂÁÀżŝ½ĵĵŝğşşıŝ¸··Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ĥ Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ĥŝµÄ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµŝ´ Ä ÂÁÀż½ĵŝğşşı¸·ŝĥµµ´Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³ Ä ÂÁÀż½ĵŝğşşı¸·ĥµŝ´³³ŝ²ÄÄ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħÄÄ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²üħ°°ÄÄ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²°ŝŻÄÄ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ûŻÄÄÂÁÀżŝ½ĵĵŝğşşıŝ¸··ĥµ´³ŭ²ħ°°ŝŻ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³ŭ²ħ°°ŝŻü­ĴĴÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴŭĞŞÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞÂÁÀżŝ½ĵĵŝğşşıŝ¸··ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴùĞŞŞİİÂÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴùĞŞŞİݨÂÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ĴŭĞŞİݨÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴöĞŞŞİݨ¨§§ÁÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴġĞŞŞİݨ¨§§ĤÁÁÀżŝ½ĵĵŝğşşı¸·ŝĥµµ´³ŭ²ħ°°ŝŻŝ­ĴĴŞİ¨§ĤÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§ĤŝÀÀż½ĵŝğşşıŝ¸··ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥû¤ÀÀżżŝ½ĵĵŝğşşı¸·ĥµŝ´³³ŭ²ħ°°ŝ­ĴĴŭĞŞİݨ§Ĥ¤ż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤żŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ŭ£ż½ĵŝğşşı¸·ĥµŝ´³³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİİŝ¨§§Ĥŝ¤¤£ŝ½ĵĵŝğşşı¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£û˘½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥ¤ŝ£˘˘ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥ¤£˘ŝĦĵĵŝğşşı¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħŭĵğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħŝğşşı¸·ĥµ´³²ŝħ°°Żŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħşı¸·ĥµ´³²ħ°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħŝı¸¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħ£¤Ĥ§¨İ¨£¤Ĥ§¨İ¨¤Ĥ§¨İ Şİ¨¤Ĥ§¨İŞİ¨¤Ĥ§¨İŞİ¨ŝ¤Ĥ§¨İŞİ¨Ĥ§¨İŞİ¨Ĥ§¨İŞİ¨ŭ§ĤĤ§¨İ Şİ¨§Ĥ§¨İ"Şİ¨§Ĥ§¨İ#Şİ¨ §¨İ$Şİ¨§¨İŞĞ Şİ¨§¨İ Ş Ğ Şİ¨§ŭĤ§¨¨İ ŞĞ Şİ¨§Ĥ¨İ ŞĞ Şİ¨§Ĥü¨¨İİ ŞĞ Şİ¨§Ĥİ ŞĞ Şİ¨§Ĥİ ŞĞ Şİ¨§Ĥ ŞĞ Şİ¨§Ĥ¤ ŞĞ Şİ¨§Ĥ¤ŞĞ Şİ¨§Ĥ¤ŞĞ Şİ¨§Ĥ¤ŝ£ŞŞĞ Şİ¨§Ĥ¤£ŞĞ Şİ¨§Ĥ¤£ŞĞ Şİ¨§Ĥ¤£ŝ˘ĞĞ Şİ¨§Ĥ¤£˘Ğ Şİ¨§Ĥ¤£˘Ğ Şİ¨§Ĥ¤£˘ŝĦĞĞ Şİ¨§Ĥ¤£˘ĦĞ Şİ¨§Ĥ¤£˘Ħŝ Ğ Ğ Şİ¨§Ĥ¤£˘Ħ  Ğ Şİ¨§Ĥ¤£˘Ħ  Ğ Şİ¨§Ĥ¤£˘Ħ ŝŸĞĞ Şİ¨§Ĥ¤£˘Ħ ŸĞ Şİ¨§Ĥ¤£˘Ħ ŸĞ Şİ¨§Ĥ¤£˘Ħ ŸĞ Şİ¨§Ĥ¤£˘Ħ ŸŝžĞĞ Şİ¨§Ĥ¤£˘Ħ ŸžĞ Şİ¨§Ĥ¤£˘Ħ Ÿž Şİ¨§Ĥ¤£˘Ħ ŸžŝŞŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ Ÿžœİ¨§Ĥ¤£˘Ħ Ÿžœİ¨§Ĥ¤£˘Ħ Ÿžœ¨§Ĥ¤£˘Ħ Ÿžœ¨§Ĥ¤£˘Ħ Ÿžœŝ¨§§Ĥ¤£˘Ħ Ÿžœŝ›§§Ĥ¤£˘Ħ Ÿžœ›§Ĥ¤£˘Ħ Ÿžœ›§Ĥ¤£˘Ħ Ÿžœ›ŝ§ĤĤ¤£˘Ħ Ÿžœ›Ĥ¤£˘Ħ Ÿžœ›ŝĤ¤£˘Ħ Ÿžœ›¤£˘Ħ Ÿž œ›¤£˘Ħ Ÿžœ›ŝ¤¤£˘Ħ Ÿž œ›¤£˘Ħ Ÿž œ›¤£˘Ħ Ÿž œ›¤£˘Ħ Ÿž œ›srüqppoomkjÎihhgfeddbba`_^]\[[YXWVVUTSRQPONNMKJJIHGFFEDDCBBssrrpomŠlkjjihhgfedcbba`^^]\[ZYXWVUTSRRQONNMLKJIIHGFEDDCBBA@ssrrqppoonmlkjjihhgfedcbaa_^^\\[ZXXVVUTSRQPONMLKJJIHGFEDDCBBAA@?srrp€÷onmlkjjihggfedcba`_^]\[ZYXWVUTTRRQONNMKJJIHGFEEDCCBBA@?>=srrqppoommkkjihggfddcba`_^]\[ZYXWVUTSRQPONMLKJJIHGFEDDCBBA@?>==>=<<;rrppoommkkjihggeddbba_^^\\[YXWVUTSRQPONMLKJIIHFFEDCCBAA@>>=<<;::rppoonmkjjihgfedcbaa_^]\[ZYXWVUTSRQONNMKJJIHGFEDDCBBA@?>=<<;;::9qpoonmkjjihgfedcba`_^]\[YXXVUTTRQPONMLKJIHGFFEDCBBA@?>>=<<;::988poommkjjihgfedcba`_^]\[YXWVUTSRQPNNMKJJIHGFEDDCBBA@?>=<<;::99887oomlkjjhhgfddcba_^]\[ZYXWVUTSRPONNLKJJHGFEEDCBBA@?>=<<;;::98877Äomlkjjhhgeddba`_^]\[YXWVUTSRQPONMLJJIHGFEDDCBAA@>>=<<;::988776Ċmlkjihgfedcba`_^]\[YXWVUTSRQONNMKJJIHFFEDCBBA@?>=<<;::9988776Ĉ5lkjihgfedcba_^]\[ZYXWVUTRQPONMLKJIHGFEDDCBA@@>>=<<;::9887765È4jjihgfddbba_^]\[YXWVUTSRQONNMKJJIHFFEDCBBA@?>=<<;::988776ŝ544Êihhgedcba`_^]\ZYXWVUTSRPONMLKJIHGFEDDCBA@?>>=<;;::988776543Ìhgfedcba_^]\[ZYXVUTSRQPNNMKJJIHGFEDCBBA@?>=<<;::988776ŝ544Ê322geddbb`_^]\[YXWVUTSRQONNLKJIHGFEDDCBA@?>>=<;;:9988776ŝ54432Ïedcba`^]\[ZYXVVTSRQPNNMKJJIHGFEDCBBA@?>=<<;::98877654321Îdbba_^]\[YXWVUTSRQONNLKJIHGFEDDCBA@?>>=<;;:99887766ŝ544321Òba`_^\\ZYXWVUSRQPONMLJJIHGFEDCBBA@?>=<<;::98877654321Ùa_^]\[ZXWVUTSRQONNLKJIHGFEDDCBA@?>>=<;::ü988776ŝ544321Ô0_^\\ZYXWVUSRQPONMLJJIHGFEDCBBA@?>=<<;::988776543210Ù]\[ZXWVUTSRQONNLKJIHGFEDDCBA@?>==<;::98876ŝ544ŝ32210Ĝ\ZYXWVUSRQPONMLJJIHGFEDCBBA@?>=<<;::988776543210Û/YXWVUTSRQONNLKJIHGFEDDCBA@?>=<<;::98876ŝ544ŝ32210/ÛXVVTSRQPNNMKJJIHFFDDCBBA@?>=<<;::988776543210/ŬVUTSRPONMLKJIHGFEDDCBA@?>=<<;::988776ŝ544ŝ32210/ŜTSRQPNNMKJJIGFEDDCBBA@>>=<<;::988776ŝ5443210/àSRPONMLKJIHGFEDCBBA@?>=<<;::988776ú544332210/áQPNNMKJJHGFEDDCBBA@>>=<<;::988776ŝ5443210 /ONMLJJIHGFEDCBBA@?>=<<;::988776543210 /âNLKJIHGFEDDCBA@?>>=<;::99887766ŝ544ŝ32210 /ĉLJJIHGFEDCBBA@?>=<<;::988776543210/êJIHGFEDDCBA@?>=<<;::98876ŝ544ŝ32210/éIHFFDDCBBA@?>=<<;::988776543210/ëGFEDDCBA@?>=<<;::988776ŝ544ŝ32210/ë0EDDCBBA@?>=<<;::988776ŝ5443210/0DCBA@?>=<<;::988776ŝ544ŝ32210/0ïCBBA@?>=<<;::988776ŝ5443210/01BA@?>=<<;::988776ŝ544ŝ32210/01òA@?>=<<;::988776543210/01ö?>><<;::98876ŝ544ŝ32210/01ġ>=<<;::988776543210/01ġ2=<<;::988776ŝ5443210/012ĝ<;::988776ŝ544ŝ32210/012ĝ3;::988776543210/0123ù4::988776543210/012349876543210/01234û5988776543210 /012345ŭ68776543210 /01234ŝ56676543210/0123456765432101234ŝ566765432101234567ù87665544321 01234ŝ56678ŝ9665432 10 12345678ù9:66554432123456789:654321234ŝ56678ù9::;;655432123456789:û;<<65543212345678ŝ9::ú;<<=655432123456789:ĝ;<<==>655432345678ò9::;;<<=>>@665543 2345678ŝ9::ô;<<==>?@@66554345678ŝ9::ŝ;<<ù=>>@@ABż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴúĞŞŞİİżż½ĵğşı¸·ĥµ´³²ŝħ°°Żŝ­ĴĴüĞŞŞİİŝ¨żż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻ­ĴüĞŞŞİݨŝ§żż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŞİ¨§ż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§üĤżż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŭż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴúĞŞŞİݨ¨§Ĥŝ¤¤½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŝŞİݨ§Ĥŝ¤¤ŝ£½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥ¤£û˘½ĵĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ŝ£˘˘ŭ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°Żŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħĵŝğşşı¸·ĥµŝ´³³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝ£˘˘Ħ ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħ üŸĵğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿŭžğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžôşşıı¸¸··ĥĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴĞŝŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ ŝŸžžı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžüı¸¸··ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴĞŝŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦ Ÿž¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ ŝŸžžœó·ĥĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžœĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœġ›µµ´´³³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžœ›ĝµ´´³³²ħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›ù´³³²²ħ°°ŝŻŝ­ĴĴòĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ›³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›²ŝħ°°ŝŻŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ ŝŸžžœ›ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ ›°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ ŝŸžžœ ›ŭ°Żŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ ›ŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›ŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžœ›ŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›ĴòĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ›ûĴĞŞŞİİŝ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›œòĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ ŝŸžžœ›œŝŞİİŝ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›œİ¨§Ĥ¤£˘Ħ Ÿžœ›œ÷ݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœ›œŝ¨§§Ĥŝ¤¤£˘Ħ Ÿžœ›œ§Ĥŝ¤¤ŝ£˘˘Ħ ŝŸžžœ›œúž§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœ›œžüĤ¤¤£˘Ħ Ÿžœ›œžŝ¤¤ŝ£˘˘Ħ Ÿžœ›œžŸ¤ü£˘˘ĦĦ Ÿžœ›œžüŸ  ¤¤ü£˘˘ĦĦ Ÿžœ›œžŸ ú¤££˘˘ĦĦ Ÿžœ›œžŸ Ħ£˘Ħ Ÿžœ ›œžŸ Ħü£˘˘ĦĦ Ÿžœ›œžŸ Ħ˘Ħ ŸžœžŸ Ħ˘Ħ ŸžœžŸ Ħ˘£Ħ ŸžœžŸ Ħ˘ü£¤¤ĦĦ Ÿž  œžŸ Ħ˘£¤Ħ Ÿž œ žŸ Ħ˘ŝ£¤¤Ħ ŸžžŸ Ħ˘£¤ŭĤĦĦ ŸžžŸ Ħ˘ŝ£¤¤úĤĤĦĦ  ŸžžŸ Ħ˘£¤Ĥŝ§ĦĦ Ÿž žŸ Ħ˘ŝ£¤¤üĤĤ§§Ħ ŸžŸ Ħ˘ŝ£¤¤Ĥ§ŝ¨ĦĦ ŸžŸ Ħ˘ŝ£¤¤Ĥ§¨Ħ Ÿ Ħ˘ŝ£¤¤ŝĤĤ§¨İ¨§Ĥ¤£˘Ħ Ÿž¨§Ĥ¤£˘Ħ Ÿž¨§Ĥ¤£˘Ħ Ÿž¨§Ĥ¤£˘Ħ Ÿžŭœ¨§§Ĥ¤£˘Ħ Ÿžœŝ¨§§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœŝ›§§Ĥ¤£˘Ħ Ÿžœ›§Ĥ¤£˘Ħ Ÿžœ›ŝ§ĤĤ¤£˘Ħ Ÿžœ›Ĥ¤£˘Ħ Ÿžœ›Ĥ¤£˘Ħ Ÿžœ›ŝĤ¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›šŝ¤¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› šŝ¤££˘Ħ Ÿžœ› š£˘Ħ Ÿžœ› šü™££˘˘Ħ Ÿžœ› š™˘Ħ Ÿžœ› š™˘Ħ Ÿžœ› š™˘Ħ Ÿžœ› š™Ħ Ÿžœ› š™Ħ Ÿžœ› š ™ŝĦ  Ÿžœ› š ™ Ÿžœ› š ™ Ÿžœ› š™ŝ ŸŸžœ› š™Ÿžœ› š™Ÿžœ› š™Ÿžœ› š™žœ› š™žœ› š™žœ› š™ŭšžœ› š™šœ› š™šœ› š™šœ› š™šŝœœ› š™šœ› š™ šœ› š™ šœ› š™ šœ›š™šœ›š™ š›ŝœ››š™š ›š™š ›š™š ›š™š›š ™š›š™š›œ›,š ›œ›,š›œ›*š ›œ›(š ›œ›&š ›œ›$š › œŝ››!š › œ›š › œ›š › œġA@?>>==<<;::ŝ988765432345ó?>>==<<;::9988765432345ó>==<<;::99887765432 12345ġ=<<;::9988776543212345ö6<;::99887765432123456:98765432123456û:988776543212345678765432 10 1234567654321 0123456765432101234567ŝ866ŝ544321012345678ü9654432101234ŝ56678ĝ9:544332210/01234ŝ56678ù9::4432210 /012345678ù9::;332210 /012345678ù9::;;<2210 /01234ŝ56678÷9::;<<=2110/01234ü566778÷9::;<<=>110/012345678ġ9::;<<=>?@110/012ŝ344ŝ56678ò9::;<<=>?@A1100/012345678ò9::;<<=>?@ABB00/012ŝ344ŝ56678ñ9::;<<=>?@ABBC00/01234ü566778í9::;<<=>?@ABBCDD00//012345678î9::;<<=>?@ABBCDEF//01234ü566778ì9::;<<=>?@ABBCDDEGH//012345678ë9::;<<=>?@ABCDDEFGHI//01234ü566778é9::;<<=>?@ABBCDEFGHIJJ/ /012ŝ344ŝ56678è9::;<<=>@@ABCDDEFGHIJKL/ /012345678ĉ9::;<<=>?@ABBCDEFGHIJJLMN/ /012ŝ344ŝ56678ċ9::;<=>?@@ABCDDEFHHJJKMNNP//0123456789::;<<=>?@ABBCDEFGHIJKLMNOPR//01234ü566778á9::;<<=>?@ABBCDDEGHIJJKMNNPQRT//012345678à9::;<<=>?@ABCDDEFGHIJKLNNOQRSTU//01234ü566778Ŝ9::;<<=>?@ABBCDEFGHIJJLMNOPQSTUVW//012ŝ344ŝ56678Û9::;<==>@@ABCDDEFGHIJKLNNOQRSTUVXX//0012345678Ú9::;<<=>?@ABBCDEFGHIJJLMNOPRSTUVWXY[/0012ŝ344ŝ56678Ú9::;<=>?@ABBCDDEFHHJJKMNNPQRSTUWXYZ[\0012345678Ö9::;<<=>?@ABBCDEFGHIJKLMNOPRSTUVWXY[\]^00112ŝ344ŝ566789×:;<<=>?@ABBCDDEGHIJJKMNNPQRTTVWXYZ[]^_`0112345678Ġ9::;<<=>?@ABBDDEFGHIJKLMNOPRSTUVWXY[\]^_ab112ŝ344ŝ566789Ġ:;<<=>?@ABBCDDEGHIJJKMNNPQRTTVWXYZ[]^_`abc1123456789::;<<=>?@ABBCDEFGHIJKLMNOPRSTUVWXY[\]^_abcde1122ŝ344ŝ56678Ñ9::;<=>?@ABBCDDEFHIJJKMNNPQRSTUWXYZ[\^_`abcdeg22345678Ì9::;<<=>?@ABBCDEFGHIJJLMNOPRSTUVWXY[\]^_abcddfgh22344ŝ56678Ĉ9::;<<=>@@ABCDDEFGHIJKMNNOQRSTUVXYZ[\^^`abcdefhhj33445566778Ċ9::;<<=>?@ABBCDEFGHIJJLMNOPQRTUVWXY[\]^_`abddeghijj3445566778Ĉ9::;<<=>?@ABCDDEFGHIJKLNNOQRSTUVWXY[\]^_abcdefghijkl44566778Ċ9::;<<=>?@@BBCDDEFHHJJKMNNPQRSTUVXYZ[\^^`abcdefhhjjkln5566778È9::;<<=>?@ABBCDEFGHIJJLMNOPQRTUVWXY[\]^_`abddeghijjkmno6678Ĉ9::;<<=>?@ABBDDEFGHIJKLMNOQRSTUVWXY[\]^_abbdefghijklmnop6778Ċ9::;<<=>?@@BBCDDEFGHJJKMNNOQRSTUVWXZ[\]^_abcdefghijklmnopq7789::;<<=>?@ABBCDDFFHIJJKMNNPQRSTUVXYZ[\]^_abcdefghijklmoppqr788€ġ9::;<<=>?@ABBCDEFGHIJJLMNOPQRTUVVXYZ\\^_`abcdefhhijklmoppqrs889::;<<=>>@@ABCDDEFGHIJKLMNOPRRTUVWXYZ\\^_`abcdefhhijklmoppqrss89::;<<=>?@ABBCDDEFGHIJKLNNOPRSTUVWXYZ\\^_`abcdefhhijklmoopqrrst9::;<<=>?@ABBCDDFFHHJJKLNNOQRSTUVWXYZ\\^_`abcdefhhijklmnopqrrssu:;<<=>>@@ABBCDEFGHIJJKMNNOQRSTUVWXYZ\\^_`abcdefghijklmnopprrssuu;<<=>?@@ABCDDEFGHIJJKMNNOQRSTUVWXYZ\\^_`abcdefghijkkmnoppqrsstuu<<=>?@ABBCDDEFGHIJJKMNNOQRSTUVWXYZ\\^__abcdefghhjjklmoopqrrssuuv=>>?@ABBCDDEFGHIJJKMNNOQRSTUVWXYZ\\^^_abbddeghhjjklmnopprr€stuuv>?@@ABBCDDEFGHIJKLMNNOQRSTUVWXYZ[\]^_`bbddefghijkkmmoopprrsstuuv?@ABBCDDEFFHHIJKLMNNOQRSTUVVXYZ[\]^_`abcdeeghhjjklmnoppqrrsstuuv@ABBCDDEFFHIIJKLMNNOQRSTUVVXXY[\\^__abbddefghijjklmnoppqrrsstuuvABBCDDEFGHIJJKLMNNOQRRTUVVXXY[\\^^_`abcdeeghhjjkkmmooppqrrssuÇBCCDDEFGHIJJKLMNNOQRRTTUVWXYZ[\]^_`abbddefghhjjkkmmooppqrrsŝtuuüݨ¨§§Ĥ¤£˘Ħ ŸžŸ ŝ¨§§Ĥ¤£˘Ħ ŸžžŸ üĦ§§ĤĤŝ¤¤£˘Ħ ŸžžŸ ĦĤŝ¤¤£˘Ħ ŸžžŸ ĦŭĤ¤¤ŝ£˘˘Ħ ŸžžŸ Ħŝ¤¤ŝ£˘˘Ħ ŸžžŸ Ħ¤ŝ£˘˘Ħ ŸžžŸ Ħù˘¤££˘˘ĦĦ Ÿž œ žŸ Ħ˘ü£˘˘ĦĦ Ÿž œžŸ Ħ˘ŭ£˘ĦĦ ŸžœžŸ Ħ˘£Ħ ŸžœžŸ Ħ˘û£¤¤Ħ  Ÿž œ›œžŸ Ħ˘ŝ£¤¤ ŝŸžžœ›œžŸ Ħ˘ŝ£¤¤ü ŸŸžžœ ›œžŸ Ħ˘£¤ŝŸžžœ ›œžŸ Ħ˘ŝ£¤¤úĤĤžžœ›œžŸ Ħ˘ŝ£¤¤úĤĤ§žœ›œžŸ Ħ˘£¤ŝĤ§§œ›œžŝŸ  Ħ˘ŝ£¤¤üĤĤ§§ŝ¨œ›œžŸ Ħ˘£¤Ĥ§¨üݝœœ›œžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İœ›œžŸ Ħ˘ŝ£¤¤ôĤĤ§§¨¨İİŞŞœœ›œžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞüĞœœ››œžŝŸ  Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİûŞĞĴĴ››œžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴ›œžŝŸ  Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŭ­››œžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴü­› ›œžŝŸ  Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ› ›œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­° ›œžŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°° ›œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°ŭħ²››œžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²››œžŝŸ  Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°úħ²²³³››œžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ùħ²³³´´››œžŸ Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°÷ħ²²³³´´µ››œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥ›œœžŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥœœžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°òħ²²³³´´µµĥĥ··œœžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ùħ²²³³´µµĥ·ŭ¸œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°ïħ²²³³´´µµĥĥ··¸¸ıžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··¸ıžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ııüşžžŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ùħ²²³³´µµĥ·¸ışŝžžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışúğžžŸŸ  Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşĝğĵžŸŸ  ĦĦ˘ŝ£¤¤üĤĤ§§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°²³´µĥ·ŝ¸ıışŝğĵĵŝŸ  Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ùħ²²³³´µµĥ·¸ışŝğĵĵ½ŝ ĦĦ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞĴŝ­°²³´µĥ·ŝ¸ıışŝğĵĵü½ĦĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½˘ŝ£¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµĥ·¸ışŝğĵĵ½ûż˘££¤¤Ĥ§¨İŭŞĞĴĴŝ­°²³´µŝĥ··¸ışŝğĵĵ½żŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··ŝ¸ıışğĵ½ż¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··ŝ¸ıışğĵ½ż¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··ŝ¸ıışŝğĵĵŝ½żúÀ¤ĤĤ§§¨İŭŞĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··ŝ¸ıışŝğĵĵŝ½żûÀĤĤ§§¨İŞŝĞĴĴ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵ½żÀĤ§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵ½żÀ§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµŝĥ··¸ışğĵŝ½żÀ§¨İŞŝĞĴĴŝ­Ż°ĝħ²²³³´´µµĥ·¸ışŝğĵĵ½żÀ¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·ŝ¸ıışğĵ½żÀŝ¨İİŞŝĞĴĴŝ­ŝŻ°°üħ²²³³ŝ´µµĥ·¸ışŝğĵĵŝ½żÀİŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışğĵ½żÀŝİŞŞŝĞĴĴ­ŝŻ°°üħ²²³³´µĥ·¸ışğĵ½żÀ œ › š› œ ›#š›ŝœœ ›%š›œ ›'š›œ ›)š›œ ›*š›œ ›+š›ŝœ››,š›-š›š™š›š ™š›œ›š™š›œŝ›šš™š›œš™š›œ š™ š›œ š™ š›œš™ š›œŝšš™š›œš™ š›œš™ š›œš™ š›œŭžš™™ š›œž™ š›œž™ š›œžŝŸ™™ š›œžŸ™ š›œžŸ™ š›œžŸ™ š›œžŸŝ ™ ™ š›œžŸ  ™ š›œžŸ  ™ š›œžŸ ŝĦ™™ š›œžŸ Ħ™ š›œžŸ Ħŝ˘™™ š›œžŸ Ħ˘™ š›œžŸ Ħ˘™ š›œžŸ Ħ˘ü£™™š š›œžŸ Ħ˘£ŝ™š š›œžŸ Ħ˘£ š›œžŸ Ħ˘£¤ š›œžŸ Ħ˘£¤ š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤ŝšš›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤üĤšš››œžŸ Ħ˘£¤Ĥŝš››œžŸ Ħ˘£¤Ĥŝ§››œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§ŭ¨›œœžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨ŝİœœžŸ Ħ˘£¤Ĥ§¨ŭİœžŸ Ħ˘£¤Ĥ§¨ŝݝžŸ Ħ˘£¤Ĥ§¨İžŸ Ħ˘£¤Ĥ§¨İžŸ Ħ˘£¤Ĥ§¨ŝݝžŸ Ħ˘£¤Ĥ§¨üݝžžŸ Ħ˘£¤Ĥ§¨ŝ566789:;<Ò=>>@@ABBCDDEFGHHIJJLMNNOPRSTTUVXXYZ\]^^_`abcd66789:ŝ;<<Ï=>?@AABBCDDEFGHIJJKLNNOPQRTTUVWXYZ[\]^_`abcdef66778ŝ9::Ê;<<=>>?@ABBCDDEFGHIIJKLMNNPQRSTUVWXYZ[\]^_`abcdefgh66778Ĉ9::;;<<=>>@@ABBCDDEFGHIJJKMNNOQRSTUVWXXZ[\]^_`abcdefghij6778Ĉ9::;;<<=>?@AABCDDEFGHIJJKLMNOPQRSTUVWXY[\]^^`abcddfghijjk7789:„;<<==>?@ABBCDDEFGHIJJKMNNOQRSTUVWXYZ[\^^_abcddefghijklm778899::;<<=>>@@ABBCDEFGHIJJKLMNOPQSTTUWXXZ[\]^_`abcdefghijklmno7889::€5;<<=>?@ABBCDDEFGHIJJKMNNPQRSTUVWXYZ\]^_`abcdefghijjkmnopp889::;<<==>?@ABBCDDEFHHIJKLMNOPRSTUVWXYZ[\]^_abcddfghijjklmoopqr89::;<<=>>@@ABCDDEFGHIJJKMNNPQRSTUVWXY[\]^_`abcdefghijklmnopqrrs9::;<<=>?@ABBCDDEFGHIJKLMNOPRSTUVWXYZ[\^^`abcdefghijklmnopqrrsst:;;<==>?@ABBCDEFGHIJJKMNNPQRSTUVWXZ[\]^_`bcddeghijjkmnoppqrsstuv;<<=>?@ABBCDDEFGHIJKLMNOPRSTUVWXYZ\]^_`abcdefghijklmnopqrrstuvvw<<=>?@ABBCDEFGHIJJKMNNPQRSTUVXXZ[\]^_abcdefghijklmnopqrrstuuvvwx=>>@@ABCDDEFGHIJKLMNOPRSTUVWXYZ\]^_`abcdeghhjjklnoppqrsstuvvwxxy>?@ABBCDDEFHIJJKMNNOQRSTUVXXZ[\]^_abcdefghijklmnopqrrstuvvwxxy‚?@ABCDDEFGHIJKLMNOPRSTUVWXYZ\]^_`abddeghijjkmnopprrssuuvvwxxyyz{ABBCDDEFHIJJKMNNOQRSTUVXXZ[\]^_abcdefghijklmnopqrrstuvvwxxyyz{{BËCDEFGHIJJLMNOPRSTUVWXY[\]^_`abddeghijkkmnopqrrstuvvwxxyz{{||CDDEFHHJJKMNNPQRSTUVXXZ[\]^`abcdefghijklmoppqrsstuvvwxxyyz{{||ÊDEFGHIJJLMNOPRSTUVWXY[\]^_`bcddfghijklmnopqrrstuvvwxxyy{|Ç}EFHIJJKMNNPQRSTUWXYZ[\^^`abcdefghjjklnoppqrssuuvvwxxyyz{{|Ê}~~GHIJKLMNOPRSTUVWXY[\]^_`bcddfghijklmnopqrrstuvvwxxyy{|ŝ}~~ÑIJJKMNNPQRTTUWXYZ[]^^`abcdefhhjjklnopprrssuuvvxxyüz{{||ŝ}~~ÍJKLMNOQRSTUVWXY[\]^_abcdefghijklmnopqrrstuvvwxxyyz{{|ŝ}~~ÔKMNNPQRTUVWXYZ\]^_`abcdeghijjkmnopqrrstuuvvxxyüz{{||ŝ}~~NÒOQRSTUVWXZ[\]^_abcdefghijklmnopqrrstuvvwxxyyz{{|ŝ}~~×OPQSTUVWXYZ\]^_`abddeghijjkmnopqrrstuuvwxxyüz{{||ŝ}~ ~ÓQRSTUVXXZ[\^^`abcdefghijklmoppqrrstuvvwxxyyz{{|ŝ}~ ~ÚSTUVWXY[\]^_`bcddfghijjlmnopqrrstuvvwxxyüz{{||ŝ}~ ~ÖTVWXYZ[]^_`abcdefhhjjklnopprrssuuvvwxxyyz{{|ŝ}~ ~ÛVWXZ[\]^_abcdefghijklmnopqrrstuvvwxxyy{|ŝ}~~Ŝ}XYZ\]^_`abddeghijjkmnopqrrstuuvvxxyŝz{{|ŝ}~~|ÛZ[\]^_abcdefghijklmoppqrrstuvvwxxyyz{{|ŝ}~~ŝ}||â\]^_`bcddfghijjlmnopqrrstuvvwxxyüz{{||ŝ}~~ŝ}||^à`abcdefghjjklnoppqrsstuvvwxxyyz{{|ŝ}~~ŝ}||{ċ_`bcdefghijklmnopqrrstuvvwxxy{|ŝ}~~ŝ}||{ĉzabcdeghijjkmnopprrstuuvvxxyŝz{{|~ŝ}||{ázycdefghijklmnopqrrstuvvwxxyyz{{|ŝ}~~|{ĉzyyxdeghijjkmnopprrstuuvwxxyüz{{||ŝ}~~ŝ}||{ázyyxxfghijklmnopqrrstuvvwxxyyz{{|ŝ}~~ŝ}||{üzyyxxìvhhjjkmnopprrstuuvwxxyüz{{||ŝ}~~ŝ}||{ázyyxxwvvijklmnopqrrstuvvwxxyyz{{|~ŝ}||{yxvïujklnopprrssuuvvxxyüz{{||ŝ}~~ŝ}||{äzyyxxwvvuuslmnopqrrstuvvwxxyy{|ŝ}~~ŝ}||{ázyyxxwvvutsrmnppqrsstuvvwxxyyz{{|~ŝ}||{yxvutsrropprrssuuvvxxyüz{{||ŝ}~~|{ñzyyxxwvvuussrqpprüstuvvxy{|ŝ}~~ŝ}||{äzyyxxwvvutsrrqpoqrrstuvvwxxyy{|ŝ}~~|{üzyyxxvuítsrrpponrsstuvvwxxyy{|ŝ}~~ŝ}||{zyyxxwvvuussrqpponlsstuvvwxxyy{|~ŝ}||{yxèwvvutsrrqponmlkstuvvwxxyy{|ŝ}~ ~ŝ}||{âzyyxxwvvuutsrrpponmljjtuvvwxxyyŝz{{|ŝ}~ ~ŝ}||{çzyyxxwvvuussrqpponmkjjhuvvxyŝz{{|ŝ}~~ŝ}||{üzyyxxvéutsrrqppomlkjihguvvwxxyyŝz{{|}|{ŝzyyxçwvvuutsrrqponmlkjihgfvvwxxy{|{üzyyxxäwvvuussrqpponmlkjihgfevvwxxyy{|{ŝzyyxċwvvuutsrrqpponmkjjhhgfddvvxxy{ |{ŝzyyxŝwvvusríqpoomlkjjhhgeddbvvxxyŝz{{|{ŝzyyxâwvvuutssrqpponmlkjihggedcbavvxxyŝz{ {zyxŝwvvusréqpponmlkjihgfedcba`vvwxxyz{zyxŝwvvuĉtsrrqppoomlkjjihgfedcba`_vvxyxŝwvvuätssrrqpponmlkjjhhgfedcba`_^vvŝwxx yxwvuátssrrqppoommkkjihhgeddcba`_^]uvvŝwxxwvuùtssrrqppêonmlkjjihgfeddbba`_^]\Ħ˘£¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ıŝşĦĦ˘£¤üĤĤ§§¨İŞŝĞĴĴ­ŝŻ°°ħŝ²³³´µĥ·¸ışĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışüğĦĦ˘˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışğŭĵĦ˘˘£¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°ħŝ²³³´µĥ·¸ışğĵ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵû½˘˘£¤¤Ĥ§¨İŞĞĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışŝğĵĵ½ü˘£¤¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵ½ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışğĵ½ŝż¤¤üĤĤ§§¨İŞŝĞĴĴ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½ż¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵŝ½żúÀ¤ĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışğĵ½żÀüĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵŝ½żÀĝÁĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışğĵ½żÀÁü§¨¨İİŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂ¨İŞŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışğĵ½żÀÁÂù¨İİŞŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂúİŞŞĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁÂŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµĥ·¸ışŝğĵĵŝ½żÀÁÂŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁÂĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂŭĴ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁÂŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵ½żÀÁ ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁ ÄŭŻ°°ŭħ²³³ŝ´µµŝĥ··¸ışŝğĵĵ½żÀÁ Ä°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ Äó°ħ²²³³´´µµĥĥ··¸ışŝğĵĵŝ½żÀÁ Äîħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ Äò²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁ Ä³´µĥ·¸ışŝğĵĵŝ½żÀÁ Ä´µĥ·¸ışŝğĵĵŝ½żÀÁ Äµŝĥ··¸ışğĵ½żÀÁ Äöµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ Äúĥ··¸¸ıışŝğĵĵŝ½żÀÁ Ä ·¸ışŝğĵĵŝ½żÀÁ Ä ü¸¸ıışŝğĵĵŝ½żÀÁ Ä Âü¸ıışşŝğĵĵ½żÀÁ Ä Âışŝğĵĵŝ½żÀÁ Ä ÂÁşŝğĵĵ½żÀÁ Ä ÂÁşŝğĵĵŝ½żÀÁ Ä ÂÁŭşğĵĵ½żÀÁ Ä ÂÁŝÀĵĵŝ½żÀÁ Ä ÂÁÀĵ½żÀÁÂ Ä ÂÁÀüżĵ½żÀÁ Ä ÂÁÀżŝ½żÀÁ Ä ÂÁÀżżÀÁÂ Ä ÂÁÀżżÀÁ Ä ÂÁÀżżÀÁ Ä ÂÁÀżŝ½żżÀÁ Ä ÂÁÀżŭ½ĵżżÀÁÂÂÁÀżĝ½ĵĵżżÀÀÁÁÂÂÁÀżŝ½ĵĵüżÀÀÁÁÂÂÁÀż½ĵŝğÀÀÁÂÂÁÀżŝ½ĵĵûğşÀÀÁÁÂÂÁÀżŝ½ĵĵûğşşÀÁÁÂÂÁÀżŝ½ĵĵŝğşşŝÀÁÁÂÂÁÀż½ĵğşŭıÀÁÁÂÂÁÀżŝ½ĵĵğşıÁ ÂÁÀżŝ½ĵĵŝğşşıÁ ÂÁÀż½ĵŝğşşıŭ¸ÀÁÁÂÁÀż½ĵŝğşşı¸ŭ·ÀÁÁ ÂÁÀżŝ½ĵĵğşı¸·ÀÁÀż½ĵŝğşşı¸·ÀÁÀżŝ½ĵĵŝğşşı¸·ĥ › œžŸ Ħ˘£¤› œžŸ Ħ˘£¤ŝ››œžŸ Ħ˘£¤›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤Ĥ›œžŸ Ħ˘£¤Ĥ›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§ŝ›œœžŸ Ħ˘£¤Ĥ§œžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨ŝİœœžŸ Ħ˘£¤Ĥ§¨İœžŸ Ħ˘£¤Ĥ§¨İŭŞœžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İ ŞžŸ Ħ˘£¤Ĥ§¨İ ŞžŸ Ħ˘£¤Ĥ§¨İ ŞĞžŸ Ħ˘£¤Ĥ§¨İ ŞĞŝžŸŸ Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ ŞĞ Ħ˘£¤Ĥ§¨İ Ş Ğ Ħ˘£¤Ĥ§¨İ Ş Ğ Ħ˘£¤Ĥ§¨İ Ş ĞĦ˘£¤Ĥ§¨İ ŞĞĦ˘£¤Ĥ§¨İ ŞĞŝĦ˘˘£¤Ĥ§¨İ ŞĞ˘£¤Ĥ§¨İ ŞĞ˘£¤Ĥ§¨İ ŞĞŞŝ˘££¤Ĥ§¨İ ŞĞŞ£¤Ĥ§¨İ ŞĞŞŝ£¤¤Ĥ§¨İ ŞĞޤĤ§¨İ ŞĞޤĤ§¨İ ŞĞޤĤ§¨İ ŞĞ ŞĤ§¨İ ŞĞ ŞŝİĤ§¨İ ŞĞ ŞİĤ§¨İ ŞĞ Şİŝ¨ĤĤ§¨İ ŞĞ Şİ¨Ĥ§¨İ ŞĞ Şİ¨ŝĤ§§¨İ ŞĞ Şİ¨§¨İ ŞĞ Şİ¨§¨İ ŞĞ Şİ¨§¨İ ŞĞ Şİ¨§¨İ ŞĞ Şİ¨§Ĥ¨İ ŞĞ Şİ¨§Ĥ¨İ ŞĞ Şİ¨§Ĥü¨¨İİ ŞĞ Şİ¨§Ĥŝ¨İİ ŞĞ Şİ¨§Ĥİ Ş Ğ Şİ¨§Ĥİ ŞĞŞİ¨§Ĥŝ¤İİ$Şİ¨§Ĥ¤İ"Şİ¨§Ĥ¤İ!Şİ¨§Ĥ¤İŞİ¨§Ĥ¤ŝ£İİŞİ¨§Ĥ¤£İŞİ¨§Ĥ¤£İŞİ¨§Ĥ¤£İŞİ¨§Ĥ¤£˘efghijjklmnoopqrrsütuuvvŝwxxyxŝwvvusêrghijjklmnoopqrrsstuuvvŝwxxyzyxŝwvvuätssrrijjklmnoppqrrsstuuvvwwxxyŝz{{ŝzyyxŝwvvuêtssrrqjklmnoppqrrsstuvvŝwxxyŝz{ {yxvuëtssrrqplmnoppqrrstuuvvŝwxxyŝz{{yxvuŭtsrrponoppqrrstuuvvwxxyŝz{{|{ŝzyyxvuêtsrrqpponppqrrstuuvvwxxyŝz{{ |{yxvuëtsrrqpoonmqrrstuuvvwxxyŝz{{|{ŝzyyxvusrpoômlkrstuuvvwxxyz{|{ŝzyyxvëutssrqpponmlkjtuuvvwxxyŝz{{|} |{ŝzyyxèwvvuutsrrqpponmkjjhuvvwxxyŝz{{|ŝ}~~ŝ}||{yxéwvvuutsrrqponmlkjihgvwxxyŝz{{|ŝ}~~ŝ}||{ŝzyyxêwvvuussrqpponmlkjihgfxxyŝz{{|ŝ}~ ~ŝ}||{üzyyxxċwvvutsrrqpoonlkjihhfedxyyz{{|ŝ}~ ~ŝ}||{àzyyxxwvvuutsrrqponmlkjihgfedcyy{{|}~|{Ŝzyyxxwvvuussrqpponmkjihhgedcbaz{{||ŝ}~ ~ŝ}||{yxäwvvutsrrqponmlkjihgfedcba_{||ŝ}~~ŝ}||{Ŝzyyxxwvvuutsrqpponmkjjhhgedcba`_^||ŝ}~~ŝ}||{Úzyyxxwvvutsrrqponmlkjihgfedcba_^]\||}~~|{Úzyyxxwvvuutsrqpponmkjihhgedcba`_^\\Z|~~ŝ}||{Úzyyxxwvvutsrrqponmlkjihgfedcba_^]\[YX~~|{Ĝzyyxxwvvuutsrqpponmkjihhfedcba`^]\[ZYXV~~ŝ}||{×zyyxxwvvutsrrqponmlkjihgfedbb`_^]\[YXWVU~ ~ŝ}||{Ġzyyxxwvvuussrqppomlkjihgfedcba`^]\[ZXWVUTS~ ~ŝ}||{yxvÜutsrrpponmkkjhhgedcba`_^]\ZYXWVUTRQ~ ~ŝ}||{Òzyyxxwvvutssrqppomlkjihgfedcba_^]\[ZXWVUTSRQO~~ŝ}||{zyyxxwvvuutsrqpponmkjihhgedcba`_]\[ZYXVVTSRQPNN~~ŝ}||{yxv×utsrrqponmlkjihgfecbb`_^]\[YXWVUTSRPONML~~ŝ}||{Ízyyxxwvvutssrqppomlkjihgfedcba`^]\[ZXWVUTSRQONNLKJ~~ŝ}||{ùzyyxxwvvÔutsrqpponmkjihhgedcba`_^\\ZYXWVUSRQPONMLJJI~~|{yxÍwvvutsrrqponmlkjihgfedbb`_^]\[YXWVUTSRQONNLKJIHG~}||{Èzyyxxwvvuussrqppomlkjihgfedcba`^]\[ZYWVUTSRQPNNMKJJIGFE||{ùzyyxxwvvÏutsrqpponmkjjhhgedcba`_^]\ZYXWVUTRRPONMLJJIHGFED||{Äzyyxxwvvutsrrqppnmlkjihgfedcba_^]\[ZXWVUTSRQONNLKJIHGFEDDC|{{zyyxxwvvuutsrqpponlkjihhfedcba`_]\[ZYXVVTSRQPNNMKJJIHFFEDCBB{{zyyxxv…utsrrpponmlkjihgfdcbb`_^]\[YXWVUTSRPONMLKJIHGFEDDCBA@{zyyxxwvvutssrqppomlkjihgfedcba_^]\[ZXWVUTSRQONNMKJJHGFEDDCBBA@>yyxxwvv€öutsrqpponmkjjhhgedcba`_^\\ZYXWVUSRQPONMLJJIHGFEDCBBA@?>=yxxwvvutsrrqppomlkjihgfedcba_^]\[ZXWVUTSRQONNLKJIHGFEDDCBA@?>===<<;wvvutsrrqppomlkjihgfedcba_^]\[YXWVUTSRPONMLKJIHGFEDDCBA@?>=<<;::vvutsrqpponmkjjhhgedcba`_^\[ZYXVVTSRQPNNMKJJIGFEDDCBBA@>>=<<;::9utssrqppomlkjihgfedcba_^]\[YXWVUTSRPONMLKJIHGFEDCBBA@?>=<<;::988tsrrpponmkjjhhgedcba`_^\\ZYXVVTSRQPNNMKJJIHFEDDCBBA@>>=<<;::9887srqpponlkjihgfedcba_^]\[YXWVUTSRQONMLKJIHGFEDDBBA@?>=<<;::98877rqponmlkjihgeddbb`_^]\ZYXWVUTRQPONMKJJIHFFDDCBBA@?>=<<;::98877Ä6pponmkjjhhgedcba`^]\[ZXWVUTSRQONNLKJIHGFEDDCBA@?>=<<;::988776Ĉpomlkjihgfedcba_^]\[YXWVUTSRPONMLJJIHGFEDCBBA@?>=<<;::9887765Ċnmlkjihgeddbb`_^]\ZYXWVUTRQPNNMKJJIHFEDDCBBA@>>=<<;:99887766Ĉ544mkjjhhgedcba`^^\[ZYXVUTSRQONNMKJIHGFEDDCBA@?>=<<;::98877654É3kjihgfedcba_^]\[YXWVUTSRQONNLKJIHGFEDCBBA@?>=<<;::988776543Ëjihgfedcba_^]\[YXWVUTSRPONMLJJIHGFEDCBBA@?>=<<;::988776ŝ5443Ë2ihgfddba`_^]\[YXWVUTRQPNNMKJJIHGFDDCBBA@?>=<<;:9988776ŝ544ŝ322Îhgedcba`_^\[ZYXWVTTRQPNNMKJJIHFEDDCBBA@?>=<;;:998776ŝ544ŝ322Î1fedcba`^^\[ZYXVUTSRQPNNMKJJHHFEDDCBA@@>>=<;::998776ŝ544ŝ3221edcba_^]\[ZXXVUTSRQONNMKJIHHFEDDCBA@@>>=<;::998776ŝ544321dcba_^]\[ZXXVUTSRQONNMKJIHHFEDDCBAA@>>=<;;:9988776ŝ544321bÓa_^]\[ZXXVUTSRQONNMKJIHHFEDDCBBA@?>=<<;::98877654321Òa`_^]\[ZXWVUTSRQPNNMKJJIHFEDDCBBA@?>=<<;::98877654321Ó`_^]\[ZXWVUTSRQPNNMKJJIHGFEDCBBA@?>=<<;::98877654321Ó_^]\[ZXWVUTSRQPNNMLJJIHGFEDCCBA@@>==<;;::98877654321Ô^]\[ZXXVUTTRQPNNMLJJIHGFEDDCBBA@>>=<<;::98877654321Ô]\[ZXXVUTTRQPONMLKJIHHFEDDCBBA@?>=<<;;::98877654321Ô\[ZXXVUTTRRQONNMKJJIHFFEDDCBAA@>>=<<;::998877654321×[ZXXVVUTSRQONNMKJJIHGFEDDCBBA@?>==<<;::9887654321şğĵ½żÀ Á  ÁÀżüşğğĵĵ½żÀÁÂÁÀżŝğĵĵŝ½żÀÁÂÁÀżŝĵĵŝ½żÀÁÂÁÀżŭĵ½żÀÁ ÂÁÀżżÀÁ ÂÁÀżŝ½żÀÁÂÂÁÀż½ŝżżÀÁÂÂÁÀżü½ĵĵżżÀÁÂÂÁÀżŝ½ĵĵŝżÀÀÁÂÂÁÀż½ĵüğÀÀÁÁÂÂÁÀżŝ½ĵĵüğşÀÁÁÂÂÁÀż½ĵüğşşÁÁÂÂÁÀżŝ½ĵĵŝğşşÁÂÂÁÀżŝ½ĵĵŝğşşıÂÂÁÀż½ĵğşıü¸Â Ä ÂÁÀżŝ½ĵĵŝğşşı¸ Ä ÂÁÀż½ĵğşı¸·Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ŝĥÄ ÂÁÀż½ĵğşı¸·ŭĥµÄ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµÄ ÂÁÀż½ĵğşı¸·ĥµ´Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´ŭ³ÄÄ ÂÁÀż½ĵŝğşşı¸·ĥµŝ´³³Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŭħ°ÄÄ ÂÁÀżŝ½ĵĵğşı¸·ĥµ´³ŭ²ħ°°Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°üŻÄÄÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°üŻ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ûħ°°Żŝ­ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŭ­ĴÂÁÀż½ĵŝğşşı¸·ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŝĞÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴúĞŞŞÂÂÁÀż½ĵŝğşşı¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴùĞŞŞİİÂÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴùĞŞŞİݨÂÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴġĞŞŞİݨ¨§ÂÂÁÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ûħ°°Żŝ­ĴĴŭĞŞİݨ§ÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§ŝĤÁÁÀżŝ½ĵĵŝğşşıŝ¸··ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§ĤúÁÁÀÀżżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴöĞŞŞİݨ¨§§ĤĤŭ¤ÀÀżŝ½ĵĵŝğşşı¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝÀżżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ŝ£żżŝ½ĵĵŝğşşıŝ¸··ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤û£˘żżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘ŝżŝ½ĵĵŝğşşı¸·ĥµ´³²°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ú£˘˘ĦĦ½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴòĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘Ħŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦü ½ĵĵŝğşşıŝ¸··ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ ŝ½ĵĵğşı¸·ŝĥµµù´³³²²ħ°°ŝŻŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ ŝŸĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦ Ÿûžĵĵğşşı¸·ĥµ´³²ŝħ°°ŝŻĴŞİŝ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžŭĵğşşıŝ¸··ĥµ´³²°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžŝğşşı¸·ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžşı¸·ĥµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžïı¸¸··ĥĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴüĞŞŞİİŝ¨§§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžŝ¸··ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŝŞİݨ§Ĥ¤£˘Ħ Ÿž·ĥµ´³²ŝħ°°ŝŻ­ĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿž·ĥµ´³ŭ²ħ°°Żŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžĝ·ĥĥµµ´´³³ü²ħħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥ¤ŝ£˘˘Ħ Ÿžŝĥµµŝ´³³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤£˘Ħ Ÿžŝ¤Ĥ§¨İŞİ¨Ĥ§¨İŞİ¨§Ĥ§¨İŞİ¨§Ĥ§¨İŞİ¨§Ĥ§¨İ Şİ¨ §¨İ!Şİ¨ §¨İ#Şİ¨§Ĥ§¨İ$Şİ¨§Ĥ¨İŞĞŞİ¨§Ĥŝ¨¨İŞ Ğ Şİ¨§Ĥŝ¨İİ Ş Ğ Şİ¨§Ĥİ ŞĞ Şİ¨§Ĥŝ¤Ş ŞĞ Şİ¨§Ĥ¤ ŞĞ Şİ¨§Ĥ¤ŞĞ Şİ¨§Ĥ¤ŞĞ Şİ¨§Ĥ¤ŝ£ŞŞĞ Şİ¨§Ĥ¤£ŞĞ Şİ¨§Ĥ¤£ŝŞĞĞ Şİ¨§Ĥ¤£˘Ğ Şİ¨§Ĥ¤£˘Ğ Şİ¨§Ĥ¤£˘Ğ Şİ¨§Ĥ¤£˘ĦĞ Şİ¨§Ĥ¤£˘ĦĞ Şİ¨§Ĥ¤£˘Ħŝ Ğ Ğ Şİ¨§Ĥ¤£˘Ħ  Ğ Şİ¨§Ĥ¤£˘Ħ  Ğ Şİ¨§Ĥ¤£˘Ħ ŝŸĞĞ Şİ¨§Ĥ¤£˘Ħ ŸĞ Şİ¨§Ĥ¤£˘Ħ ŸĞ Şİ¨§Ĥ¤£˘Ħ ŸŝžĞĞ Şİ¨§Ĥ¤£˘Ħ ŸžŝĞŞ Şİ¨§Ĥ¤£˘Ħ Ÿž Şİ¨§Ĥ¤£˘Ħ ŸžŝŞŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŝœŞŞİ¨§Ĥ¤£˘Ħ ŸžœŝŞİݨ§Ĥ¤£˘Ħ Ÿžœİ¨§Ĥ¤£˘Ħ Ÿžœİ¨§Ĥ¤£˘Ħ Ÿžœ¨§Ĥ¤£˘Ħ Ÿžœŝ›¨¨§Ĥ¤£˘Ħ Ÿžœ›ŝ¨§§Ĥ¤£˘Ħ Ÿžœ›§Ĥ¤£˘Ħ Ÿžœ›§Ĥ¤£˘Ħ Ÿžœ›§Ĥ¤£˘Ħ Ÿžœ›ŝ§ĤĤ¤£˘Ħ Ÿžœ›ŝšĤĤ¤£˘Ħ Ÿžœ›šŝĤ¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›šŝ¤¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› šŝ¤££˘Ħ Ÿžœ› š£˘Ħ Ÿžœ› š£˘Ħ Ÿžœ› š£˘Ħ Ÿžœ › šŝ£˘˘Ħ Ÿžœ› š˘Ħ Ÿžœ› š˘Ħ Ÿžœ › š€=rqppoonmlkjihhgeedcba`_^]\[YXWVUTSRRPONNLKJJIHFFEDDCBAA@>>=<<;::qpponmlkjjihgfedcba`_^]\[ZYXWVUTSRQONNMKJJIHGFEDDCBBA@?>=<<;::99pponmlkjihhgfedcba`^^\\[YXWVUTSRQPONMLKJIHGFEDDCBBA@?>=<<;;::988oonmkjjihgfedcba`_^]\[ZYWVVUSRRPONNLKJIHGFFEDCBBA@?>==<;;::98877nmlkjjhhgfedcba_^]\\ZYXWVUTSRQONNMKJJIHGFEDDCBA@?>>=<<;::98877Ä6mlkjihgfedcba`_^]\[ZXWVUTSRQPONMLJJIHGFEDDCBBA@>>=<<;::988776Ĉkjjihgfedcba`^]\\ZYXWVUTSRPONNLKJJHGFEDDCBBA@?>=<<;::99887765Èjihhgedcba`_^]\[ZXWVUTSRQPNNMLJJIHGFEDCBBA@?>==<;;:998877654Êihgfedcba`^^\\ZYXWVUTRRPONMLKJIHGFEDDCBBA@>>=<<;::98877654Ë3hgeddbb`_^]\[ZXWVUTSRQPNNMKJJIHFFEDCBBA@?>=<<;::988776ŝ544Ê322fedcba`_^\\ZYXWVUTRRPONMLKJIHGFEDDCBA@?>==<;;:9988776ŝ54432Ïedbba_^]\[ZXWVUTSRQONNMKJJIGFEDDCBBA@?>=<<;::98877654321Ñcba`_^\\ZYXWVUTRQPONMLJJIHGFEDCBBA@?>=<<;::988776ŝ544ŝ3221Òba_^]\[ZXWVUTSRQONNLKJIHGFEDDCBBA@>>=<<;::988776ŝ544321Ô`_^\\ZYXWVUTRQPONMLJJIHGFEDCBBA@?>=<<;::988776543210Ö^]\[ZXWVUTSRQONNLKJIHGFEDDCBA@?>==<;::998776ŝ544ŝ32210\ÙZYXWVUSRQPONMLJJIHGFEDCBBA@?>=<<;::988776543210Ù[ZXWVUTSRQONNLKJIHGFEDDCBA@?>=<<;::988776ŝ544ŝ32210/ÚYXVVUSRQPNNMKJJIHFFEDCBBA@?>=<<;::988776ŝ5443210/ÜWVUTSRPONMLKJIHGFEDDCBA@?>=<<;::988776543210/ŬUTSRQPNNMKJJIGFEDDCBBA@>>=<<;::988776ŝ5443210/ßTSRPONMLKJIHGFEDCBBA@?>=<<;::988776ŝ544ŝ32210/àRQPNNMKJJHGFEDDCBBA@>>=<<;::988776ŝ5443210/âPONMLJJIHGFEDCBBA@?>=<<;::988776543210 /NëLKJIHGFEDDCBA@?>==<;::ü988776ŝ5443210 /ċMKJJIHFFEDCBBA@?>=<<;::988776543210 /éKJIHGFEDDCBA@?>=<<;::98876ŝ5443210 /èJHGFEDDCBBA@>>=<<;::988776543210/é0HGFEDCBBA@?>=<<;::988776ŝ5443210 /0ëFEDDCBA@?>==<;;::988776543210 /0DïCBBA@?>=<<;::988776ŝ544ŝ32210 /01CBBA@?>=<<;::98876ŝ5443210 /01BA@?>>=<<;::988776543210 /01òA@?>=<<;::988776ŝ5443210 /01ö?>=<<;::98876ŝ5443210 /012ġ>=<<;::988776543210 /012<ù;::988776ŝ5443210 /0123ŝ;::ü988776543210 /01234:ü98877654ŝ32210 /01234ŭ598876ŝ5443210 /01234û5688776543210 /012345676ŝ544ŝ32210 /01234ü566776ŝ5443210/012345676ú544332210/01234ŝ56678ŭ65443210/012345678ù9544332210/012345678ù9:44332210/012ŝ344ü5667789û:;432210/01234ü566778ù9::;<32210/012345678ù9::;<<2210/012345678÷9::;<=>2110/012ŝ344ü5667789ĝ:;<<=>?110/012ŝ344ü566778ġ9::;<<=>?@110/012345678ô9::;<<=>?@A110/012345678ó9::;<<=>?@AB110/0123456789::;<<=>?@ABC1100/012345678ï9::;<<=>?@ABCD1100/012ŝ344ŝ56678î9::;<<=>?@ABCDD1100 /01234ü566778í9::;<==>?@ABCDDE1100/01234ü5667789:ï;<==>?@ABCDDEF1100123456789:;<==>?@ABCDDEFG110123456789í:;;<==>?@ABCDDEFGH11 0123456789ì:;;<<=>?@ABBCDEFGHI110 1234ŝ566789ë:;;<<=>?@ABBCDEFFHIJ112345678é9::;;<<=>?@ABBCDDEFHHIJŝż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤ŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥ¤½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴúĞŞŞİݨ¨§Ĥŝ¤¤ú£½½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ú£˘˘½ĵĵğşı¸·ŝĥµµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘ŭĦ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħû ĵĵğşşı¸·ĥµ´³²ŝħ°°ŝŻ­ĴŭĞŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦ ŭĵğşşı¸·ŝĥµµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝ£˘˘Ħ Ÿŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤£˘Ħ Ÿžşı¸·ŝĥµµ´³²ŝħ°°ŝŻŝ­ĴĴöĞŞŞİݨ¨§§ĤĤŝ¤¤£˘Ħ Ÿžŭşıı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžı¸·ŝĥµµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥ¤£˘Ħ Ÿžïı¸¸··ĥĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžŝ¸··ŝĥµµ´³²ûħ°°Żŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžœ·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴöĞŞŞİݨ¨§§ĤĤŝ¤¤£˘Ħ Ÿžœŭ·ĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞŞİİŝ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœô›ĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴòĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ ŝŸžžœ›µŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›´³²ŝħ°°ŝŻŝ­ĴĴòĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ ŝŸžžœ›³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›û³²²ħ°°ŝŻŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ Ÿžœ›ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›ŝħ°°úŻ­­ĴĴŭĞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ ŝŸžžœ ›°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ ›ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ ŝŸžžœ ›ŝ­ĴĴöĞŞŞİݨ¨§§ĤĤŝ¤¤£˘Ħ Ÿžœ›ŭ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ ŝŸžžœ›ŝœĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ Ÿžœ ›œĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›œüĞŞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžœ ›œŞİ¨§Ĥ¤£˘Ħ Ÿžœ ›œİ¨§Ĥŝ¤¤ü£˘˘ĦĦ ŝŸžžœ ›œ÷ݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ Ÿžœ ›œŝ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ ›œùž§§ĤĤ¤¤ŝ£˘˘Ħ Ÿžœ ›œžĤŝ¤¤ŝ£˘˘Ħ Ÿžœ ›œžüŸĤ¤¤ü£˘˘ĦĦ Ÿžœ ›œžŸŝ ¤¤ŝ£˘˘Ħ Ÿžœ ›œžŸ ¤£˘Ħ Ÿžœ ›œžŸ Ħû¤£˘˘ĦĦ Ÿžœ›œžŸ Ħ˘Ħ Ÿžœ›œžŸ Ħ˘Ħ Ÿžœ›œžŝŸ  Ħ˘Ħ ŝŸžžœ›œžŸ Ħ˘£Ħ Ÿžœ›œžŸ Ħ˘ü£¤¤  ŝŸžžœ›œžŝŸ  Ħ˘ŝ£¤¤ü ŸŸžžœ›œžŸ Ħ˘£¤üŸŸžžœ›œžŸ Ħ˘ŝ£¤¤ŭĤžžœ›œžŸ Ħ˘ŝ£¤¤úĤĤžžœ›œžŝŸ  Ħ˘£¤ùĤĤ§§žœ›œžŸ Ħ˘£¤üĤĤ§§œ›œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨œ›œžŸ Ħ˘ŝ£¤¤÷ĤĤ§§¨¨İœ›œžŸ Ħ˘ŝ£¤¤öĤĤ§§¨¨İݝœ›œžŸ Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞœœ›œžŝŸ  Ħ˘£¤ŝĤ§§¨İޝœ›œžŸ Ħ˘£¤ŝĤ§§¨İŞŭНœœ ›œžŸ Ħ˘£¤ŝĤ§§¨İŞüĞĴœœ›œžŸ Ħ˘£¤üĤĤ§§¨İŞúĞĴĴœœžŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴœžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­œžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŭŞĞĴĴŭ­ œ žŸ Ħ˘ŝ£¤¤üĤĤ§§¨İüŞĞĞĴĴŭ­žŸ Ħ˘ŝ£¤¤ŝĤĤ§¨İŞŝĞĴĴŝ­§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœü›§§ĤĤ¤£˘Ħ Ÿžœ›ŝ§ĤĤ¤£˘Ħ Ÿžœ›Ĥ¤£˘Ħ Ÿžœ›Ĥ¤£˘Ħ Ÿžœ›¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›šŝ¤¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› š£˘Ħ Ÿžœ› š£˘Ħ Ÿžœ› š™ŝ£˘˘Ħ Ÿžœ› š™˘Ħ Ÿžœ› š™˘Ħ Ÿžœ› š™ŝ˘ĦĦ Ÿžœ› š™Ħ Ÿžœ› š™Ħ Ÿžœ› š ™ Ÿžœ› š ™ Ÿžœ› š ™ Ÿžœ› š™Ÿžœ›š™Ÿžœ› š™Ÿžœ›š™ŝŸžžœ› š™žœ›š™ŝšžžœ› š™šŝžœ›š™šœ›š™šœ›š™šœ›š™ šŝœœ›š™ šœ›š™ šœ›š™šœ› š™ š›œ›š™š›ŝœ››š™ š › š™ š › š™š › š™ š › š™ š›œ› š™ š›œ š™ š›œ š™ š›œ š™ š›œ š™ š›œŝšš™ š›œš™ š›œš™ š›œš™ š›œš™ š›œš™ š›œŝžšš™ š›œžš™š›œžš™š›œžš™š›œžš ™š›œžŝŸšš™š›œžŸš›œžŸš ›œžŸ98765432 10ŝ8765432 1 0ŝ7654321 0ŝŝ766543210ŝ6543210ŝ543210ŭ143210/01ŝ3210 /01ŝ210 /01ŝ210/01ŝ10/01ŝ10/012ŝ10/012ŝ0/0123ŝ0/012û344ŝ0//01234ŝ/012ŝ344ü56/0123456ŝ/012ŝ344ŝ566ŭ7 /01234567ŝ /01234ü566778ŝ /01234ŝ56678ŭ9/012345678û9::/01234ŝ566789û:;;/012ŝ344ŝ56678ĝ9::;<</012345678ö9::;<<=>ŝ/001234ü566778ô9::;<<=>?@01234ŝ56678ó9::;<<=>?@A012ŝ344ŝ56678ñ9::;<<=>?@ABBŝ0112345678ï9::;<<=>?@ABBCD1234ü5667789ï:;;<==?@@ABCDDE1234ŝ56678ì9::;<<=>?@ABBCDEFGŝ122ŝ344ŝ56678ê9::;<<=>?@ABBCDDEGHH2345678è9::;<<=>?@@ABCDDEFGHIJü23344ŝ56678ç9::;<<=>?@ABBCDEFGHIJJL ŝ344ŝ56678ċ9::;<<=>?@ABBCDDEGHIJJKMN 456789::;<<=>?@AABCDDEFGHIJKLMNO!ŭ456678â9::;<<=>?@ABBCDEFGHIJJLMNOPQ"ü566778à9::;<<=>?@ABBCDDEGHIJJKMNNOQRS#ŝ6778ß9::;<==>@@ABCDDEFGHIJKLMNOPRSTU$78Ŭ9::;<<=>?@ABBCDEFGHIJJKMNNPQRTTUW$Ĝ78899::;<=>>@@ABCDDEFGHIJKLNNOQRSTUVWX%8Ú9::;<<=>?@ABBCDEFGHIJJLMNOPQSTUVWXYZ&Ĝ89::;<<>>@@ABCDDEFGHIJKLNNOQRSTUVWXZ[\&:Ú;<<=>?@ABBCDEFGHIJJLMNOPQSTUVWXYZ\]^'Ĝ:;<<=>?@ABCDDEFGHIJKLNNOQRSTUVWXZ[\]^_(<Ú=>?@ABBCDDEFHIJJKMNNPQRTUVWXYZ\]^_`a)Ĝ<=>?@ABBCDEFGHIJKLMNOPRSTUVWXY[\]^_abc)Ĝ=>?@ABCDDEFGHIJKMNNOQRSTUVXYZ[\^^`abcd*Ĝ>@@BBCDDEFHIJJKMNNPQRTUVWXY[\]^_`abdde+Ĝ@ABBCDEFGHIJJLMNOPRSTUVWXY[\]^_abcdefg+ĜABBCDEFGHIJKLMNOQRSTUVWXZ[\]^_abcdefhh+BDÜEFGHIJKLNNOQRSTUVWXZ[\]^`abcdeghhj,ĜCDDEFGHIJKLNNOQRSTUVXYZ\\^_`abcdeghijk,DÚEFGHJJKMNNOQRSTVVXYZ\\^_`abcdeghijkl-ĜDEFGHJJKMNNOQRSTVVXYZ\\^_`abcdeghijklm.ĜEFGHJJKMNNOQRSTVVXYZ\\^_`abcdeghijkkmn.ĜFGHIJKLNNOQRSTUVXYZ[\^_`abcdeghhjkkmno.ĜGHIJKLNNOQRSTUVXYZ[\]^_abcdefhhjjkmnop.ĜHIJKLNNOPRSTUVWXY[\]^_abcdefghijklmopp/ĜIJKLMNOPRRTUVWXY[\]^_`bbdeeghijklmnopq/JÚKMNOPQRTUVVXYZ\\^_`abcdeghhjjkmmoppr/ĜJKMNNOQRSTUVXXY[\]^_abcdefghijklmnopqr/ĜKLNNOPRSTUVWXY[\]^_`abddeghhjjklmoppqr/¤ŝ£˘˘Ħ Ÿž œŝAŭ¤£˘˘Ħ Ÿž œŝA˘Ħ ŸžœŝAŝ˘ĦĦ ŸžœŝAĦ ŸžœŝA Ÿžœ›œŭA ŝŸžžœ›œŭAŝŸžžœ ›œŝAžœ ›œŝAŝžœ›œŝAœ›œŝAœ›œŭžBŝœœ›œžŝBœ›œžŭŸBœ›œžŸŭ Bŝœ››œžŸ ŝB›œžŸ ŭĦC›œžŸ ĦŝC›œžŸ Ħŭ˘C ›œžŝŸ  Ħ˘ŝD ›œžŸ Ħ˘ü£¤D ›œžŝŸ  Ħ˘û£¤¤D›œžŸ Ħ˘ŝ£¤¤ŝD›œžŸ Ħ˘ŝ£¤¤üĤE›œžŸ Ħ˘ŝ£¤¤ûĤĤE›œžŝŸ  Ħ˘ŝ£¤¤ùĤĤ§§Eŝ›œœžŸ Ħ˘ŝ£¤¤üĤĤ§§ŭ¨FœžŸ Ħ˘£¤Ĥ§¨ŭİFœžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŝGŝœžŝŸ  Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝGžŸ Ħ˘ŝ£¤¤ŝĤĤ§¨İŞüĞĴGžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝGžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŭ­HžŝŸ  Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴû­HžŸ Ħ˘£¤Ĥ§¨İŭŞĞĴĴŝ­ŝIŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­üŻ°I Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ŝI Ħ˘£¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°ŭħJĦ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ûħ²²JĦ˘£¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°ùħ²²³³K˘ŝ£¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´Kŭ˘£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°öħ²²³³´´µKŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°²³ŝ´µµŝK¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°óħ²²³³´´µµĥĥL¤üĤĤ§§ŝ¨İİŞŝĞĴĴŝ­°ħ²²³³´´µµĥĥ··Lò¤ĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸LĤ§¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··¸ŝMúĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°íħ²²³³´´µµĥĥ··¸¸ııM§¨İŞŝĞĴĴŝ­ŝŻ°°ìħ²²³³´´µµĥĥ··¸¸ıışM÷§¨¨İİŞŞĞĴĴŝ­ŝŻ°°ġħ²³³´´µµĥĥ··ŝ¸ıışŝM¨İŞŝĞĴĴŝ­°îħ²²³³´´µµĥĥ··¸¸ıışşŝNİŭŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŭğNİŭŞĞĴĴŝ­ŝŻ°°ġħ²²³³´´µµĥ··¸ışğŭĵNŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışŝğĵĵŝNŭŞĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışŝğĵĵŝNŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışŝğĵĵŭ½OĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışŝğĵĵü½OĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışŝğĵĵû½OŭĴ­ŝŻ°°ùħ²²³³´µµŝĥ··¸ışğĵ½ŝOŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵ½ŝOŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½ŝOŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışğĵ½ŝOŝŻ°°ŭħ²³³´µĥ·¸ışŝğĵĵŝ½ŭżOŭŻ°°ôħ²²³³´´µµĥĥ··ŝ¸ıışğĵ½ŭżOœ›šŝ@ŝœ››šŝ@›š™šŝ@›š ™šŝ@›š ™šŝ@›š™šŝ@š™šŝ@ š™šŝ@ š™šŝ@ š™šŝ@š™šŝ@š™šŝ@š™ šŝ@š™ šŝ@™ šŝ@™ šŭ›@™ š›ŝ@™ š›ŝ@™ š›ŝ@™ š›ŝ@™ š›ŭœA ™ š›œŝA ™ š›œŝA ™ š›œŝA™ š›œŝA™š›œŭA™š›œŝA™ š›œŝAŝ™š š›œŝA š›œŭžB š›œžŝB š›œžŝBš›œžŸŝBš›œžŸŝBš›œžŸŝBš›œžŸŭ Bš›œžŸ ŝB›œžŸ ŝB›œžŸ ŭĦC›œžŸ ĦŝC›œžŸ Ħŭ˘C›œžŸ Ħ˘ŝCŝ›œœžŸ Ħ˘ŝCœžŸ Ħ˘ŭ£DœžŸ Ħ˘£ŝDœžŸ Ħ˘£ŝDœžŸ Ħ˘£ŭ¤DœžŸ Ħ˘£¤ŝDŝœžŸ Ħ˘£¤ŝDžŸ Ħ˘£¤ŝDžŸ Ħ˘£¤ŝDžŸ Ħ˘£¤ŝDžŸ Ħ˘£¤ŝEŝžžŸ Ħ˘£¤ŭĤEžŸ Ħ˘£¤ĤŝEžŸ Ħ˘£¤ĤŝEžŸ Ħ˘£¤Ĥŭ§EŝžŸŸ Ħ˘£¤Ĥ§ŝEŸ Ħ˘£¤Ĥ§ŝEŸ Ħ˘£¤Ĥ§ŝEŸ Ħ˘£¤Ĥ§ŝEŸ Ħ˘£¤Ĥ§ŝEŸ Ħ˘£¤Ĥ§ŝEŸ Ħ˘£¤Ĥ§ŝE%˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙€€€€$ŝ ñXbbcddefgghijjkkmünoo#ŝ ôYbcddeegghhjjkùlmmnoo#ŝ ÷Zcddeegghhjkùlmmnoo#ŝ ôZddeefgghhijjkŝlmmŭno#ŝ ŭ[deeghjkmŝn#ŝ û[deegghjkŝlmm$ŝ ù[eefgghhjklm$ŝ ü\eegghjkŝl#ŝ ü\efgghŝijjk$ŝ ŭ\egghŝijj$ŝ ŭ\egghij$ŝ ŭ\fgg h$ŝ ŭ\fgg h$ŝ ŭ\egg$ŝ ü\efg gf$ŝ ŝ\eefeŝd#ŝ ŝ\e edŝc#ŝ ŝ\eedcb$ŝ ŝ\eedcba$ŝ ŭ\eddŝcbba`ŝ_#ŝ ŝ[ddŝcbba`_^$ŝ ú[ddccbbaŝ`__^]$ŝ ü[dcbba`_^ŝ]\\$ŝ ŝ[bbaŝ`__^]\[ŝZ#ŝ ŝZbbaŝ`__^ŝ]\\[ûZYYX#ŝ ŭZbaa_^ŝ]\\[ùZYYXXW#ŝ ùYaa`__^^ò]\\[[ZYYXXWVV#ŝ éYa`__^^]\\[[ZYYXXWVVUT#ŝ üY`_^^ï]\\[ZYYXXWVVUTTS#ŝ ŭW_^^\[òZYXXWVVUTTSRR#ŝ ŝW^^\[YXVUTRŭQP#ŝ éW^^\\[ZYXXWVVUTTSRRQPO#ŝ éV^\\[ZYXXWVUUTTRRQPONN#ŝ éV\\[[YXXWVUUTSRRQOONNM#ŝ éU\[[YXXWVUTTSRQPONNMLK#ŝ éT\[ZYXWVUTTSRQPONNMLKJ#ŝ éT[ZYXWVUUTSRQPONNMLKJJ#ŝ éS[YXXVVUTSRQPONNMKJJII#ŝ éSZYXVVUTSRQPONNMKJJIHH#ŝ éSYXWVUTTRRQONNMLJJIHHF#ŝ éRYXVVUTSRQONNMLKJIHHFF#ŝ éQXWVUTSRQPONMLKJJIHGFE#ŝ éQXWVUTRRQONNMKJJIHGFED#ŝ éQXVUTTRQPONMLKJIHGFEDD#ŝ éQWVUTSRQONNMKJJIHFFEDC#ŝ éPWVUTRRQONMLKJIHGFEDDC#ŝ éPVVUTRQPNNMKJJIHFFEDCB#ŝ éPVVTSRQONNMKJIHHFEDDCB#ŝ éPVUTSRQONNLKJIHGFEDCBB#ŝ éPVUTSRQONMLJJIHFFEDCBB#ŝ éPVUTSRQONMLJJIHFEDDCBA#ŝ éPVUTSRQONMKJJIHFEDDCBA#ŝ éPVUTSRQONMKJJIGFEDDCBA#ŝ éPVUTSRQONMKJJIGFEDDCBA#ŝ éPVUTSRQONMLJJIGFEDDCBA#ŝ éPWVUSRQONMLJJIHFEDDCBA#ŝ éQWVUTRQONNLKJIHFFDDCBA#ŝ éQWVUTRRPONMKJIHGFEDCBB#ŝ éQXVUTSRPONMKJJIGFEDCBB#ŝ éRXWVUSRQONNLKJIHFEDDCB#ŝ éRYWVUTRRPONMKJIHGFEDCB#ŝ éSYXVVTSRQONMLJJIHFEDDC#ŝ éSZYWVUTRQPONLKJIHGFEDC#ŝ ëT[YXVUTSRQONMLJJIHFEDD$ŝŝ¨ıışğĵ½$ŝŝİıışğĵ½$ŝüİıışşğĵ½$ŝŭİışşğĵ½$ŝŝİşşğĵ½ŝ#ŝŝŞşşğĵ½$ŝŝŞşşğĵ½$ŝŝŞşşğ ĵ$ŝŝŞşşğ ĵ$ŝŝŞşşğ ĵ$ŝŝŞşşğ ĵ$ŝŝŞşş ğĵ$ŝŝŞşş ğ$ŝŝŞşş$ŝŝŞşş$ŝŝŞşş$ŝŝŞşşı$ŝŝŞş şı$ŝŝŞşş ıŝ¸#ŝŝŞşş ı¸$ŝüŞşşı ı¸·$ŝŝŞıı¸·$ŝŝİıı¸·ĥ$ŝŝİıı¸·ĥŝµ#ŝŝİıı¸·ĥµ$ŝüİıı¸¸·ĥµŝ´#ŝŭİı¸¸·ĥµ´$ŝŝݸ¸·ĥµ´³$ŝü¨¸¸··ĥµ´³$ŝŭ¨¸··ĥµ´³²$ŝŝ¨··ĥµ´³²ŝħ#ŝŝ¨··ĥµ´³²üħ°°#ŝú¨··ĥĥµµ´³²ħ°$ŝû¨·ĥĥµµ´³²ŝħ°°ŝŻ#ŝŝ¨ĥĥµ´³²ħ°ŭŻ#ŝü§ĥĥµµ´³²ŝħ°°Ż$ŝŭ§ĥµµ´³²ŝħ°°ŝŻ$ŝŭ§ĥµµŝ´³³²ŝħ°°ŝŻŝ­#ŝŝ§µµ´³ü²ħħ°°ŝŻŭ­Ĵ#ŝúĤµµ´´³³²ŝħ°°ŝŻü­ĴĴ#ŝġĤµµ´´³³²²ħ°°Żŝ­ĴĴ$ŝûĤµ´´³³ü²ħħ°°ŝŻŝ­ĴĴ$ŝöĤµ´´³³²²ħ°°ŝŻŝ­ĴĴŝĞ#ŝüĤµ´³³ŭ²ħ°°ŝŻŝ­ĴĴŭĞŞ#ŝ÷Ĥ´´³³²²ħ°°ŝŻŝ­ĴĴŭĞŞ#ŝ÷Ĥ´´³³²²ħ°°ŝŻŝ­ĴĴüĞŞŞ#ŝĝĤ´´³³²ħ°°ŝŻŝ­ĴĴûĞŞŞİ#ŝŭ´³³ŭ²ħ°°ŝŻŝ­ĴĴûĞŞŞİ#ŝĝ´³³²²ħ°°ŝŻŝ­ĴĴûĞŞİİ#ŝĝ´³³²²ħ°°ŝŻĴúĞŞŞİİ#ŝĝ´³³²²ħ°°ûŻ­ĴĴúĞŞŞİİ#ŝĝ´³³²²ħ°°ŝ­ĴĴúĞŞŞİİ#ŝĝ´³³²²ħ°°ŝ­ĴĴúĞŞŞİİ#ŝĝ´³³²²ħ°°ŝ­ĴĴúĞŞŞİİ#ŝĝĤ´³³²²ħ°°ûŻ­ĴĴúĞŞŞİİ#ŝĝĤ´´³³²ħ°°ûŻ­ĴĴúĞŞŞİİ#ŝĝĤ´´³³²ħ°°ŝŻ÷­ĴĴĞŞŞİİ#ŝôĤ´´³³²²ħ°°Żŝ­ĴĴûĞŞİİ#ŝôĤµ´³³²²ħ°°Żŝ­ĴĴûĞŞİİ#ŝ÷Ĥµ´´³³²ħ°°ûŻ­ĴĴûĞŞŞİ#ŝóĤµµ´³³²²ħ°°Żĝ­ĴĴĞĞŞİ#ŝûĤµµ´³³ŭ²ħ°°ûŻ­ĴĴüĞŞİ#ŝò§µµ´´³³²ħħ°°Żù­ĴĴĞŞŞ#ŝú§ĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŝĞŞ$ŝŝ–¤¤Ĥ§$ŝŝ–¤¤Ĥ§$ŝŝ–¤¤Ĥ§$ŝŝ–¤¤Ĥ§$ŝŝ–¤¤Ĥ§$ŝü–¤¤Ĥŝ§#ŝü–¤¤ Ĥ$ŝŭ–¤ Ĥ$ŝŭ–¤ Ĥ$ŝŝ–Ĥ$ŝŝ–$ŝŝ—$ŝŝ—$ŝŝ—$ŝŝ—ŝ¤#ŝŝ— ¤$ŝŝ–¤¤$ŝŝ–¤¤$ŝŝ–¤¤$ŝŝ–¤¤£$ŝŝ–¤ ¤£$ŝŝ–¤ ¤£$ŝŝ–¤¤ £ŝ˘#ŝŝ–¤¤ £˘$ŝŝ–¤¤ £˘$ŝŝ–¤¤£˘$ŝü–¤¤££˘ŝĦ#ŝŭ–¤££˘Ħ$ŝŝ–££˘Ħ$ŝŝ•££˘Ħŝ #ŝŝ•££˘Ħ $ŝŝ•££˘Ħ $ŝŝ•££˘Ħ $ŝü•££˘˘Ħ ŝŸ#ŝŭ•£˘˘Ħ Ÿ$ŝŝ•˘˘Ħ Ÿ$ŝŝ•˘˘Ħ Ÿ$ŝŝ”˘˘Ħ Ÿ$ŝŝ”˘˘Ħ Ÿ$ŝŝ”˘˘Ħ Ÿŝž#ŝŝ”˘˘Ħ Ÿž$ŝü”˘˘ĦĦ Ÿž$ŝü”˘˘ĦĦ Ÿž$ŝü”˘˘ĦĦ Ÿž$ŝŭ”˘ĦĦ Ÿž$ŝŭ”˘ĦĦ Ÿžŝ#ŝŭ”˘ĦĦ Ÿžŝ#ŝŭ”˘ĦĦ Ÿž$ŝŭ”˘ĦĦ Ÿž$ŝŭ”˘ĦĦ Ÿž$ŝŝ”ĦĦ Ÿž$ŝŝ”ĦĦ Ÿž$ŝŭ”˘ĦĦ Ÿž$ŝŭ”˘ĦĦ Ÿž$ŝŭ”˘ĦĦ Ÿž$ŝŭ”˘ĦĦ Ÿž$ŝŭ”˘ĦĦ Ÿž$ŝŭ”˘ĦĦ Ÿž$ŝü”˘˘ĦĦ Ÿž$ŝü”˘˘ĦĦ Ÿž$ŝü”˘˘ĦĦ Ÿž$ŝŝ”˘˘Ħ Ÿžŝ#ŝŝ•˘˘Ħ Ÿžŝ#ŝŝ•˘˘Ħ Ÿž$ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙prstutsrqpéonnmlkkjjihhgfeedcbbaopprsrqponèmllkjjiihhgfeedcbba`_ooppŝqrrqponûmllkjjŝihhògfeddcbba`_^^oopq rqponmlŝkjjŝihhïgfeedccbba`_^^]\ooponmlkjihĝgffeddcbbôa`_^^]\\[nnooponmlkjihégffeddccbba`__^]]\\[ZYmmnonmlkjihgĉfeeddccbbaa`_^^]\\[[ZYXWlmmlkjihgfedcbaï`_^^]]\\[ZYYXWWVkk lkjihgfedcbîa``_^^]]\\[[ZYXXWVVüUjjkk jihgfedcbça``_^^]]\\[[ZYYXWWVVUUTSjjihgfedcbìa``__^^]]\\[[ZYYXWWVVùUTTSRRh hgfedcböa``__^^]]\\÷[ZZYXXWWVVöUTTSSRRQQhhgfedcba`_^]\[ĝZYYXXWWVVúUTTSSRRûQPOOggfedcba`_^]\[ZŝYXXŝWVVUTSRûQPPONNŝfeedcba`_^]\[ZYXWVUTSRQüPOONNMdcba`_^]\ú[ZZYYXXWVUTSRúQPPOONNMLüKccbba`_^]\[ZYXWVUTSRQüPOONNúMLLKKJJba`_^]\[ŝZYYXWVUTSRQüPOONNMLKJûIa``__^]\ú[ZZYYXXWVUTSRQPONMŝLKKJIH_^]\[ZYXWVUTSRQPONMLKJIHGûF^]]\\[ZYXWVUTSRüQPPOONMŝLKKJIHGF\[üZYYXXWVUTSRúQPPOONNMLKJIHGFE[ĝZYYXXWWVVUTSRúQPPOONNMŝLKKJIHGFEDYXWVUTSRúQPPOONNúMLLKKJJIHGFEDCíXWWVVUUTTSSRRQQPOONNúMLLKKJJIHGFEDCBVóUTTSSRRQQPOONNMüLKKJJIHGFEDC BUT÷SRRQQPOONNúMLLKKJJIHGFEDCB AöTSSRRQPOONNûMLKKJJIüHGGFFEDCBA@RQŭPONNûMLLKJJIHGFEDCBA@?>ú?QPOONNüMLKJJIHŝGFFEDCBA@?>ONMŭLKJJûIHHGFFEDCBA@?>=<=NMLKKJJIIHHGFFEEDDCBA@?>=<ġNMLKJJIIHGFFŝEDDCBA@?>=<;<óLKJJIIHGFFEEDDŝCBBA@ŝ?>>=<;:;JôIHHFFEEDDCCBBûA@@?>>=<;: 9:;èJIHHGFEEDDCCBBAA@@?>>==<<;:989:ïIHGFFEDDCCBBAA@?>>ŝ=<<;:9 8789:ñHGFEEDDCBBAA@?>>ŝ=<<;:98789ïGFEDDCCBBA@@?>>=<<;:98 76 789ñFEDDCBBAA@?>>=<<ŝ;::ŝ9887678êEDDCBBA@@?>==<<;;::998876 5678DòCBBA@@>>=<<;;::ŝ988765 4567ñ8DCBBA@@>>=<<;::987654567óCBBA@@>==<<;::ŝ9887654 34567BA@@>>=<<;::9988776543234567BñA@>>=<<;::9988776543234567BA@?>=<<;::998877654321234567A@@>>=<<;::9887765432123456òA@?>=<<;::9887765432123456òA@>>=<<;:9988776543212345ò6@@>=<<;::988776ŝ54432 10 12345ó@?>=<<;::98877654321 012345ó@?>=<<;::988776ŝ54432101234ó5@?>=<<;:9987765432101234ó5@?>=<<;:988776543210/01234ô@?>=<<;:998776543210 /01234ô@?>=<<;:998776543210 /0123ĉ4A?>=<<;::988776655443322110/0123ò4A@>>=<;::98877ö655443322110/0123óA@?>=<;;:988776ú544332210/0123Aġ?>=<<;::9877654ŝ32210/012ñ3BA@>>=<;::988776ĝ5443322110/012ñ3BA@?>=<<;:99877654ŝ32210/012ñCBA@>>=<;::988776ĝ5443322110/012 żÀ ż½ĵğşıŝ¸ż½ĵğşı¸ż ½ĵğşı¸·"½ĵŝğşşı¸·½ĵŝğşşı¸·ĥŝ½½ĵğşı¸·ĥµ½ ½ ĵğşı¸·ĥµ½ ĵğşı¸·ĥµ´ĵğşı¸·ĥµ´³ĵğ şı¸·ĥµ´³ ĵğ şı¸·ĥµ´³²ĵğ şı¸·ĥµ´³²ħğşı¸·ĥµ´³²ħ°şı¸·ĥµ´³²ħ°şı¸·ĥµ´³²ħ°ŝŻşş ı¸·ĥµ´³²ħ°Żı¸·ĥµ´³²ħ°Żı¸·ĥµ´³²ħ°Ż¸·ĥµ´³²ħ°Ż ­ŝ¸··ĥµ´³²ħ°Ż­Ĵ·ĥµ´³²ħ°Ż ­Ĵŝ·ĥĥµ´³²ħ°Ż­ ĴüĞĥĥµµ´³²ħ°Ż­ ĴĞŝ޵µ´³²ħ°Ż­ ĴĞŞŝµ´´³²ŝħ°°Ż­ ĴĞ Şİ´³²ŝħ°°Ż­ĴĞŞ ݳ²ŝħ°°ŝŻ­ĴĞŞİ³²ħ°ŝŻ­ĴĞŞ ݨ²ŝħ°°ŝŻ­ĴĞŞİ ¨ §ħ°Żŝ­ĴĴĞŞİ¨§°Żŝ­ĴĴĞŞİ¨ §Ĥ§°ŝŻ­ĴŝĞŞŞİ¨§Ĥü§°Ż­ĴŝĞŞŞİ¨§ĤĤŝŻ­ĴŝĞŞŞİ¨§Ĥ¤ŝĤŝ­ĴĴŝĞŞŞİ¨§Ĥ¤ŝ­ĴĴŝĞŞŞİ¨§Ĥ ¤ü­­ĴĴŝĞŞŞİ¨§Ĥ ¤£¤ĴĞŞİ¨§Ĥŝ¤¤£˘£¤ĴŝĞŞŞİ¨§Ĥ¤£˘ Ħ˘£¤ĴüĞŞŞİݨ§Ĥ¤£˘Ħ˘£ú¤ĴĞŞŞİݨ§Ĥ¤£˘Ħ˘£üĞŞŞİݨ§Ĥŝ¤¤£˘Ħ Ħ˘£Şİ¨§Ĥ¤£˘Ħ Ÿ Ħ˘ŭ£Şİݨ§Ĥ¤£˘Ħ Ÿ Ħ˘İ¨§Ĥŝ¤¤£˘Ħ Ÿ žŸ Ħú˘İݨ¨§§Ĥ¤ŝ£˘˘Ħ ŸžŸ Ħô˘İݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ Ÿž žŸ Ħüݨ¨§§Ĥŝ¤¤ŝ£˘˘Ħ ŸžžŸ Ħ÷ݨ¨§§ĤĤ¤¤£˘Ħ ŸžžŸ Ħ¨§Ĥŝ¤¤ü£˘˘ĦĦ ŸžžŸ Ħ¨§üĤ¤¤£˘Ħ Ÿž œ žŸ Ħ¨§Ĥŝ¤¤ü£˘˘ĦĦ Ÿž œžŸ ÷Ħ¨¨§§ĤĤ¤¤ü£˘˘ĦĦ ŸžœžŸ ¨§Ĥŝ¤¤£˘Ħ ŝŸžžœ›œžŸ ¨§Ĥŝ¤¤£˘Ħ Ÿžœ ›œžŸ÷ ¨¨§§ĤĤ¤¤£˘Ħ Ÿžœ ›œžŸ÷ ¨¨§§ĤĤ¤¤£˘Ħ Ÿžœ›œžŸ¨§Ĥŝ¤¤£˘Ħ Ÿžœ›œžŸŭݨ§§ŭĤ¤¤ü£˘˘ĦĦ Ÿžœ›œžüŸİ¨§§Ĥŝ¤¤ü£˘˘ĦĦ ŝŸžžœ›œžöŸİ¨¨§§ĤĤ¤¤£˘Ħ Ÿžœ›œžİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ›œžİ¨§Ĥŝ¤¤£ŝ˘ĦĦ Ÿžœ›œžİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ›œž§¨ §Ĥ¤ §¨ §Ĥ¤ŝ£§ §¨§Ĥ¤£#§Ĥ¤£§Ĥ¤£˘§Ĥ ¤£˘Ĥ§ Ĥ ¤£˘Ĥ ¤£˘ŝĦĤĤ ¤£˘Ħ Ĥ ¤£˘Ħ ¤£ ˘Ħŝ ¤£ ˘Ħ  ¤£ ˘Ħ ¤ £ ˘Ħ ¤ £ ˘Ħ  Ÿ¤ £ ˘Ħ  Ÿ ¤ £ ˘Ħ  Ÿ¤ £ ˘ Ħ   Ÿŝ¤£ £ ˘Ħ  Ÿ£ ˘Ħ  Ÿž£ ˘ Ħ  Ÿž£ ˘Ħ  Ÿ ž ˘Ħ  Ÿž˘Ħ  Ÿž˘Ħ  Ÿžŝ˘ĦĦ  ŸžĦ  Ÿ žĦ  Ÿ žŝĦ   Ÿ ž  Ÿ ž#  Ÿžœ  Ÿžœŝ ŸŸž  œŸž $œŸž 'œŸž *œŸž œ›œŝŸžž œ›œž œ ›œž œ%›ŝœžž œ(›ž œ*›ŝž œ›š›ŝžœ ›š ›œ ›š ›œ ›š›œ › š›œ ›"š›œ ›$š›œ›&š›œ›(š›œ›š™š›œ›š ™š›œ› š™šŝ›œ› š™ šŝ›œ› š™ šœ› š™ šœ› š™ šœ› š™ šœ› š™ šœ› š™ šœ› š™šœ› š™šœ› š™šÍ`_^]]\[ZYXWVVUTSRRQONNMLKJJIHHGFEDDCCBBA@@?>==<<;;::987Ŝ6^^]\\ZYXXWVUTTSRQPONNMLKJJIHHGFEDDCBBAA@?>>==<<;;::987Ü]\\[ZYXWVVUTSRRQPONNMLKJJIHHGFEEDDCBBüA@@>>ŝ=<<;:987ï\[ZYXWVVUTTSRQPONNċMLKJJIHHGFEEDDCCBBAA@@>>==<<;:987ëZYXWWVUUTSRRQPONNMMKJJéIHHGFEEDDCCBBAA@@?>>==<<;:987XîWVVUTSRRQPOONNMLKJJĝIHHGFEEDDŝCBBA@>=<;:98â7WVVUTTSRRQPONNMMLKJJIIHHGFEEDDCBA@>=<;:98ġVUTTSRRQPONNñMLKKJJIIHHGFEEDDCBA@>=<;:9TòSRRQPOONNMMLKJJIHFEDCBA@>=<;:9ĝSRRQPOONN÷MLKKJJIIHHFEDCBA@ŝ?>>=<;:úRQPOONNûMLKKJJIHüGFFEEDCBA@>=<;üPOONNûMLKKJJIHüGFFEEDCBA@>= <NûMLKKJJIHŝGFFEDCBA@ŝ?>> =<ùNMMLKKJJIHŝGFFEDCBA@?>üLKKJJIHŝGFFEDCBA @?>?ŝKJJIHŝGFFEDCBA@JIHGFEDC BAŭBIHHGFEDC BüHGGFFED CB CDFEDC DE DC DEF DC DEFGHDC DEFGHICBCDEFGHIJB CDEFGHIJKŝLBBCDEFGHIJKLMŝNA ABCDEFŝGHHIJKLMNŝO@@ABCDEFŝGHHIJKLMNOPüQ??@@ABCDEFŝGHHIJKüLMMNNOŝPQQRŝS>>ŝ?@@ABCDEFHIJKLMNOPQRSTŝ=>>ŝ?@@ABCDEFŝGHHIJKüLMMNNöOPPQQRRSSTTUŝV==>ŝ?@@ABCDEFüGHHIIJûKLMMNNOôPQQRRSSTTUUVVW<=>ŝ?@@ABCDEFúGHHIIJJKŭLMNNOùPQQRRSTTúUVVWWXXŝY<<=>@ABCDEFHIJûKLMMNNñOPQQRRSTTUUVVWXXùYZZ[;;<<=>ŝ?@@ABŝCDDEFHŝIJJüKLMNNOQRîSTTUUVVWXXYYZ[[\\;;<=>@ABCDĝEFFGHHIJJüKLMNNċOPQRRSTTUUVVWXXYZ[[\\]^^::;;<=>Ë?@@AABBCCDDEEFFHHIIJJKLMNNOOPQRRSTUUVVWXXYZ[[\\]^^__::;<=>@ABCDEġFGHHIJJKKMNNìOPQRRTTUVVWXXYZ[[\]^^ú_``a9::;<=>@ABCDÖEFFHHIIJJKMMNNOPQRSTTUVVWXYY[[\\]^^_`aabb99:;<Ĉ=>>?@@ABBCCDDEFFHHIJJKLMNNOPQRSTTUVVXXYZ[\\]^^_`aabbcd899::;<=‹>?@@ABBCCDDEFGHIIJKKMNNOPQRRTTUVVXXYZ[\\^^_`aabbcdde8899::;;<<==>?@@ABBCDDEEFHHIJJKLMNNOQRRTTUVVXXYZ[\]^^_`abbcddefg889:;<€¸=>>@@ABBCDDEFFHHIJJKMNNOPQRSTUVVXXYZ[\]^__aabcddefggh78899::;;<<=>>@@ABBCDDEFFHHIJKLMNNOQRSTTUVWXYZ[\]^__abbcddefghhi778899::;<<==>?@ABBCDDEFGHIJJKLMNOPQRTTUVWXYZ[\]^__abbcdeegghhjj7788Ä9::;;<<=>?@ABBCDDEFGHIJJKMNNOQRRTUVVXXY[\\^^_abbcdefghhijjk7789:È;<<=>?@AABCDDEFGHIJJKMNNOQRSTUVWXYZ[\^^_`abcdefghhijjkl778Ċ9::;<<=>?@@ABCDDEFGHIJJKMNNPQRTTUVXXY[\]^_`abcdeeghhijkklm778Ä9::;;<==>@@ABCDDEFGHIJJLMNOPQRTUVVXYZ[\^^_abbddegghijkklmn677Â899::;<<=>@@ABBCDEFGHIJJLMNOPRSTUVWXY[\\^_`abcdefghijjklmno66778Ä9::;<<=>?@ABBCDEFGHIJJLMNOQRSTUVWXY[\]^_`abddeghhjjklmnop667789Ċ:;<<=>?@ABBCDEFGHIJJLMNOQRSTUVXXY[\]^_abcdefghijkkmmoop566778Ä9::;<==>@ABBCDEFGHIJJLMNOQRSTUVXXY[\^^_abcdefghjjklmoopp5667789::;<<=>@@ABCDDEGHIJJKMNOQRSTUVXXY[\^^_abcdeghhjjkmmoppq556677Â899:;<<=>?@ABCDDEFHIJJKMNOPRSTUVXXZ[\^^`abddeghijkkmnoppr5566778Ä9::;<=>?@ABBCDEFHHIJKMNOPQSTUVXXY[\^^`abddeghijkkmnopqr45567789::;<<=>@ABBCDEFGHIJKMNNPQRTUVWXY[\^^_abddeghijklmoopqr4556677Â899:;<<=>?@ABCDDEGHIJKLNNOQRTUVWXY[\]^_abcdeghijklmoopqr445667789::;<=>?@ABBCDEFHIJJLMNOQRSTUWXY[\]^_abcdeghijklmoopqr44556677Â899:;<<=>@@ABCDEFGHIJKMNOPRSTUVXYZ[]^_abcdefghjjkmnopqr3445667789::;<=>?@ABCDDEGHIJKLNNPQRTUVWXZ[\^_`abdefghjjkmnopqr344556677Â89::;<<=>@ABBCDEFHHJJLMNOQRSTUWXY[\]^_abddeghijklmopqr33445667789:;;<=>?@ABCDDEGHIJKLNNPQSTUVXXZ[]^_`bcdefhijklmoopr3344556677Ë89::;<<=>@ABBCDEFHIJJLMNOQRTTUWXY[\^^`abddfghjjkmnopq¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŝĞŞŞİ¨§Ĥ¤£˘Ħ·ĥµ´³²ħ°Żŝ­ĴĴĞŞİ¨§Ĥ¤£˘Ħŝ·ĥĥµ´³²ŝħ°°Żŝ­ĴĴĞŞİ¨§Ĥ¤£˘ĥµ´³²ħ°ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤£˘µ´³²ŝħ°°ŝŻ­ĴŝĞŞŞİ¨§Ĥ¤£˘µ´³²ħ°Ż­ĴĞŞİ¨§Ĥ¤£´³²ŝħ°°Ż­ĴĞŞİ¨§Ĥ ¤ŝ£³³²ħ°Ż­ĴĞŞİ¨§Ĥ ¤³²ħ°Ż­ĴĞŞİ¨§Ĥ¤²ħ°Ż­ĴĞŞİ¨§Ĥ¤ü²ħħ°°Ż­ĴĞŞİ¨§Ĥ°Ż­ĴĞŞİ¨ § Ĥ°Ż­ĴĞŞİ¨§Ĥ°Ż­ĴĞŞ ݨ§ŝŻ­ĴĞŞ İ ¨ §­ĴĞŞİ¨­ ĴĞŞ#İ­ ĴĞŞ#İ ĴĞ Şİ ŞĴĞ*ŞĞĴĞ$ŞĞĴĞ"ŞĞĴ"ŞĞĴ­Ş İ ŞĞ Ĵ­İ ŞĞ Ĵ­ ŝŻİİŞĞ Ĵ­ Ż°İŞĞ Ĵ­ Ż°¨ İŞĞĴ­Ż°ħ ¨ İŞĞĴ­Ż°ħ²§¨İŞĞĴ­Ż°ħ²³§¨İŞĞĴ­Ż°ħ²³ŝ´§§¨İŞĞĴ­Ż°ħ²³´Ĥ§¨İŞĞĴ­Ż°ħ²³´µĤ§¨İŞĞĴ­Ż°ħ²³´µŭĥĤĤ§¨İŞĞĴŝ­Ż°ħ²³´µĥĤ§¨İŞĞĴ­Ż°ħ²³´µĥ·ŝ¤Ĥ§¨İŞĞĴ­Ż°ħ²³´µĥ·ŝ¸¤¤Ĥ§¨İŞŝĞĴĴŝ­Ż°ħ²³´µĥ·¸¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°ħ²³´µĥ·¸ı¤Ĥ§¨İŞĞĴŝ­Ż°ħ²³´µĥ·¸ı¤Ĥ§¨İŞĞĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışŝ£¤¤Ĥ§¨İŞĞĴ­ŝŻ°°üħ²²³³´µĥ·¸ış£¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²³ŝ´µµĥ·¸ışŝ𣣤Ĥ§¨İŞŝĞĴĴŝ­Ż°üħ²²³³´µĥ·¸ışğûĵ˘££¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³´µĥ·¸ışŝğĵĵ˘£¤ŝĤ§§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışğĵ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışğĵúĦ˘˘££¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³´µĥ·¸ışğĵ½ŝĦ˘˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³ŝ´µµĥ·¸ışŝğĵĵ½ĝĦĦ˘˘££¤¤Ĥ§¨İŭŞĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵ½Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışğĵŝ½Ħ˘£¤üĤĤ§§ŝ¨İİùŞĞĞĴĴ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵ½Ħ˘£¤ŝĤ§§¨İŞŝĞĴĴû­Ż°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴû­Ż°°îħ²²³³´´µµĥĥ··¸¸ıışşğĵ½ŝ ĦĦ˘£¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­믰°ħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½ŭż ĦĦ˘ŝ£¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴŝ­믰°ħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½üż  ĦĦ˘ŝ£¤¤ĤĤ§§¨¨İİŞŞĞĴĴ­ŝŻ°°ïħ²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½üż  ĦĦü˘££¤¤óĤĤ§§¨¨İİŞŞĞĴĴû­Ż°°ŭħ²³³ô´µµĥĥ··¸¸ıışşŝğĵĵŝ½ûżŸ  ĦĦ˘ŝ£¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴŝ­°ïħ²²³³´µµĥĥ··¸¸ıışşğĵŝ½ûżŸ  ĦĦ˘£¤ĤĤ§§¨¨İİŞĞĞĴĴ­öŻ°°ħ²²³³´µµŝĥ··ü¸ıışşŝğĵĵŝ½ŭżŸ  Ħ˘ŝ£¤¤üĤĤ§§ù¨İİŞŞĞĴĴû­Ż°°òħ²³³´´µµĥĥ··¸ıışŝğĵĵ½úżŸŸ  ĦĦ˘£¤ŭĤ§§ŝ¨İİŭŞĞĴĴŝ­ìŻ°°ħ²²³³´µµĥĥ··¸¸ıışşŝğĵĵ½üżžŸ  Ħ˘ŝ£¤¤ĤĤ§§¨¨İİŞŞĞĴĴ­ŝŻ°°öħ²³³´´µµĥ··ŝ¸ıışğĵŝ½úžŸŸ  ĦĦ˘£¤ŭĤ§§ŝ¨İİŭŞĞĴĴö­ŻŻ°°ħ²³³ô´µµĥĥ··¸¸ıışşŝğĵĵ½£˘Ħ Ÿž œ›£˘Ħ Ÿž œ›£˘Ħ Ÿž  œ›˘Ħ Ÿž  œ›˘Ħ Ÿž  œ›˘Ħ Ÿž œ›ŝ˘ĦĦ  Ÿž œŝ›ĦĦ  Ÿž œĦ  Ÿž œŝĦ   Ÿžœ  Ÿ žœ  Ÿ žœ  Ÿ ž œŝ Ÿ Ÿ ž$ Ÿ ž$ Ÿž%Ÿž%Ÿž&Ÿž!ž&ž -ž  žŸžžŸž ŸžŸžŸ žŸ  žŸ   žŸ  ŝĦ žŸ  Ħ ž Ÿ  Ħœ ž Ÿ  Ħ˘œž Ÿ Ħ˘œ ž Ÿ Ħ˘œ ž Ÿ Ħ ˘ŝ£œœ žŸ Ħ˘£œ žŸ Ħ˘£ œ žŸ Ħ˘£¤ œžŸ Ħ˘£¤ œžŸ Ħ˘£¤ œžŸ Ħ˘£¤ŝ›œ œžŸ Ħ˘£¤› œžŸ Ħ˘£¤›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤Ĥ›œžŸ Ħ˘£¤Ĥ›œžŸ Ħ˘£¤Ĥ›œžŸ Ħ˘£¤Ĥŝ§››œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§ŝš››œžŸ Ħ˘£¤Ĥ§ŝš››œžŸ Ħ˘£¤Ĥ§š›œžŸ Ħ˘£¤Ĥ§š›œžŸ Ħ˘£¤Ĥ§š›œžŸ Ħ˘£¤Ĥ§š›œžŸ Ħ˘£¤Ĥ§š›œžŸ Ħ˘£¤Ĥ§6545678ŝ9::;<=ĝ>?@@ABB665 45678ŝ9::;<=ú>?@@ABBüC776656789:;<ó=>>?@@ABBCDD776789:;<ĝ=>>?@@ABBûCDDE77 6 789:;<=>û?@@ABBŝCDDŭEF7789:;<=î>??@@AABBCCDDEEFG88 7 89:;<=>ŝ?@@ŝABBCDúEFFGH889:;<=>?@ŝABBCDĝEFFGHHI99:;<=>?@ABCDöEFFGHHIIJ::;<=>?@ABŝCDDûEFFGHHŝIJJ;: ;<=>?@ABCDEFŝGHHIJŝK<<=>?@ABCDEFŝGHHIJüKLM<<=>?@ABCDEFŝGHHIJKüLMM> >?@ABCDEFŝGHHIJKúLMMNN?? @ABCDEFGHIJKŝLMMNŝO@@ABCDEFGHIJKLMNO BCDEFGHIJKLMNOûPQBBCCDEFGHIJKLMNOPQDEFGHIJKLMNOPQREFGHIJKLMNOPQRŝSFFGHIJKLMNOPQRSTHIJKLMNOPQRSTŝIJJKLMNOPQRS TUJKLMNOPQRS T UŝLMMNOPQRS T U VNOPQRSTUVŝOPPQRSTUVWXWVŝQRRSTUVW X YXSTUVWXYZYXŝTUUVWXYZ[\[ZYXVWXYZ[\] ^]\[ZYXYZ[\]^ _ ^ŝ]\\[ZYZ[\]^_`_^]\[ùZYY[\\]]^_`aba`_^ŝ]\\[ûZY]]^^_`abcdcba`_^ü]\\[[÷Z^__``aabbcdedŝcbbaŝ`__^ü]\\[[ü`aabbcdef gfedŝcbbaü`__^^ö]\\[[bbccddefghgfedücbbaa_^\ŭ[cddefghijihgfedücbbaa_^\ĝ[deefgghhijkjŝihhgüfeeddcbbaa__^^]\\ffghhŝijjklmlkjüihhggêfeeddcbba`__^^\\ghhiijjklmnonmlkjéihhggfeeddcbaa`_^^]\hijjklmnoponmŝlkkjhgñfeeddbbaa__^]\jjùkllmnnoopqrqpoŬnmmllkkjjihhggeeddbba`_^^\jklmmnooppqrŝqppoánmmlkkjjihhgfeedcbaa__^]kmmnooppŝqrrsrŝqppoċnmmlkjjihhgfeddbba`_^^mnooppŝqrrstutsrüqppoomëlkkjihggfedcbba__^noppŝqrrsŝtuuvutsrqppoonmlkjjihggeedbba`_^oppqrrsŝtuuvuŝtssràqppoonmlkjjhhgfedcbba_^ppqrrsstuuvw xwvuütssrrpoċnmlkjjhhgeedbba`_pqrrsstuuvvŝwxxwvuŜtssrrppoonmkkjihgfedcba`_qrrsstuuvvŝwxx yxŝwvvuàtssrrppoomlkjjhhgfedbba_rrsstuuvvxyzyxvußtssrrpponmlkjihgfedcba`rrstuuvvwxxyŝz{{zyxÜwvvuutssrqpponmkkjhhgfedbb`rssuuvvwxxyŝz{ {zyxŜwvvuutssrqpoomlkjihgfedcbarstuuvvxxyŝz{{|{ŝzyyxßwvvuutsrrpponmlkjhhgeedbassuuvvwxxyŝz{{ |{ŝzyyxŜwvvuussrrpponmkjjhgfedcbssuuvvwxxyy{|{yxâwvvuussrqpoomlkjihgedcbssuuvvxxyŝz{{|}|{yxwvvutsrrpponmkjjhgfedbssuuvvxxyŝz{{|ŝ}~~ŝ}||{yxvuètsrrppomlkjihgedcrsuuvvxxy{|ŝ}~~ŝ}||{yxvusërqponmkkjhgfedrstuvvxxy{| ~|{Ĝzyyxxwvvutsrrpponlkjihgedrstuvvwxxyyz{{||ŝ}~ ~ŝ}||{Ûzyyxxwvuutsrqponmlkjhgferssuuvvxxyyz{{|ŝ}~ ~|{ézyyxxvvuussrpponlkjihgfĦ  Ÿ  Ħ˘£¤ŝĤĤ§¨İĦ Ħ˘£¤Ĥ§¨İŝŞĦ Ħ  Ħ˘£¤ŝĤĤ§¨İŞŭĞ˘ĦĦ˘£¤Ĥ§¨İŞŭĞĴ˘˘Ħ˘£¤Ĥ§¨İŞĞĴŝ£˘˘£¤Ĥ§¨İŞŝĞĴĴ£ ˘£ ¤Ĥ§¨İŞĞĴŝ­¤¤ £¤Ĥ§¨İŞĞĴ­¤Ĥ§¨İŞĞĴ­¤Ĥ§¨İŞĞĴŝ­ Ĥ§¨İŞĞĴ­Ĥ §¨İŞĞĴ­ŻĤ§¨İŞĞĴ­Żŝ°§ §¨İŞĞĴ­Ż°¨ İŞĞ Ĵ­Ż°¨ İŞĞ Ĵ­Ż° İŞĞ Ĵ­ Ż°ħŝİŞ ŞĞ Ĵ­ Ż °ħŞĞĴ­ Ż °ħ²Ĵ­ Ż °ħ²Ĵ­Ż°ħ²³ŝĴ­­Ż°ħ ²³ Ż°ħ ² ³Ż°ħ ²³Ż °ħ ² ³°ħ²³´°ħ² ³´µ ´ŝħ²²³ ´#µ´²³´µĥµ³´ µ ĥ µ´µ ĥ·ĥµĥ·¸·ĥµĥ·¸ ·ĥµĥ·¸ı¸·ĥµ·¸ ış ı¸·ĥüµ··¸¸ışı¸·ĥŝµ¸¸ı"şı¸·ĥı şğŝĵğğ şı¸·ĥışğĵğşı¸·ĥşğĵğşı¸·ŝĥşşğ ĵ½ ĵğşı¸·ûĥşğğĵĵ½½ĵğşı¸·ŝğĵĵ½½ĵğşı¸·ĵ½½ĵğşı¸·ĵ½ ż ½ĵğşı¸·üĵ½½ż½ĵğşı¸·½ ż Àż½ĵğşı¸·żÀż½ĵŝğşşıü¸··żÀ ÁÀż½ĵğşı¸ŝ·żÀÁÀż½ĵğşı¸ü·żżÀÁÀż½ĵŝğşşı¸ŝżżÀ Á ÁÀż½ĵğşı¸ŝżżÀÁ ÂÁÀżŝ½ĵĵŝğşşıŝ¸żżÀÁÂÁÀż½ĵŝğşşıŝ¸żżÀÁÂÂÁÀż½ĵğşıŝ¸żżÀÁ ÂÁÀżŝ½ĵĵŝğşşıżÀÁÂÂÁÀż½ĵğşıżÀÁÂÂÁÀżŝ½ĵĵŝğşşıżÀÁÂÂÁÀż½ĵğşŝıżżÀÁÂÂÁÀż½ĵŝğşşŝıżżÀÁÂÂÁÀżŝ½ĵĵğşŝıżżÀÁÂÂÁÀż½ĵŝğşşżÀÁÂÂÁÀżŝ½ĵĵğşżÀÁ Ä ÂÁÀż½ĵŝğşş ›š› œ›š› œŝž›&› œž$› œž!›œ ž›œ ž›œ žŝŸœœ›œ žŸ%œ žŸ!œ žŸœžŸœ ž Ÿœ ž Ÿ! žŸ žŸ žŸ žŸ  žŸ  žŸ  žŸ ĦžŸ ĦŸ  ĦŸ Ħ Ÿ ĦŸ %Ħ  Ħ˘Ħ  Ħ"˘ Ħ,˘ Ħ3˘Ħ˘£˘ŝĦ˘˘£˘+£˘£¤£˘ £¤£˘£&¤ £˘£.¤ £˘ŝ£¤ ¤ ¤ £˘ ¤ ¤£ŝ˘¤¤& ¤£ŝ˘¤¤ Ĥ ¤£ŝ¤Ĥ ¤£Ĥ§Ĥ¤£Ĥ§Ĥ¤£Ĥ§Ĥ¤£Ĥ §¨§Ĥ¤£Ĥ §¨ §Ĥ¤£ŝĤ§§¨ §Ĥ¤£§¨ ݨ§Ĥ¤£§¨İ¨§Ĥ¤£§¨İŞİ¨§Ĥ¤£§¨İŞİ¨§Ĥ¤£§¨İŞİ¨§Ĥ¤ü£§§¨¨İŞİ¨§Ĥ¤ŭ£§¨¨İŞİ¨§Ĥ¤ŭ£§¨¨İŞİ¨§Ĥ¤¨İŞİ¨§Ĥ¤¨İ Şİ¨§Ĥ¤¨İŞĞŞİ¨§Ĥ¤¨İ Ş Ğ Şİ¨§Ĥ¤¨İ Ş Ğ Şİ¨§Ĥ¤¨İ ŞĞ Şİ¨§Ĥ¤ŝ§¨¨İ ŞĞ Şİ¨§Ĥŭ¤§¨¨İ ŞĞ Şİ¨§Ĥŭ¤§¨¨İŞĞŞİ¨§ĤÌCDDEFFGHIJJKLMNNOQRRTTUVWXYY[\\^^_aabcdeegghijjkkmmooprsÇtuDDEFFHHIJJKLMNNOPRRSTUVVXXY[[\]^__abbddeegghijjkkmmnoopprsÊtDEFGHHIJJKLMNNOPQRSTUUVXXYZ[\\^^_`abbddeegghijjkklmmoopŝqrrsÒEFGHIIJJKLMNNOPQRSTUUVWXYY[[\]^__aabcddeegghhjjkmŝnoopŝqrrúsFHHIJJKLMNNOPQRSTTUVVXXYZ[\\^^__aabcddeegghhijjkklmmnoopÈqrrHHIJJKKMMNNOPQRRTTUVVWXYY[[\\^^__aabcddeefgghhijjkklmmŝnoopIJKMNäOPQRRSTUUVWXXYY[\\]^^__aabbddûefgghhüijjkkúlmmnnoopJüKLMNNÛOPQRRSTTUVVXXYYZ[\\]^^__aabbcddeefgghhŝijjkŝlmmnoJüKLMNNäOPQRRSTTUUVWXXYY[[\\]^^__aabbdeüfgghhŝijjklmônKKMMNNOOPQRRTUVîWXXYY[[\\]^^__`aabbdeŝfgghŝijjklöLMMNNOOPQRRTŝUVVXY[\ŝ]^^_abdeŝfgghijŝMNNOŭPQRRTUVüWXXYY[\^_abŝcddeŝfgghiNOQRúSTTUUVVXY[\ŝ]^^_ü`aabbŝcddefghùNOOPQQRRüSTTUUVXY[\ŝ]^^_`abcdefùgOOPQQRRŝSTTUVXYŝZ[[\^_ŝ`aabc dŭePQQRŝSTTUVŝWXXYŝZ[[\ŝ]^^_`abcQRŝSTTUVŝWXXYŝZ[[\ŝ]^^_`abRŝSTTUVXYŝZ[[\]^_`RŝSTTUVŝWXXYZ[\] ^ŝSTTUVŝWXXYZ[\TUVW XY Z[T U VWXY U"VWUVUVUTVU TSRV UTS RQ PŝWVVUTSRQPO NXŝWVVUTSRQPO N MLXŝWVVUTŝSRRQPONML KJXVUTŝSRRQPONMLK JIŝYXXŝWVVUTRQŝPOONMLKJI HŝYXXVUTRQŝPOONMLKJIHGFYXVUTRQüPOONNMLKJIHGFEDYXVUTüSRRQQONMŝLKKJIHGFE DCYXúWVVUUTTRQONMKJIHGFEDCBìZYYXXWVVUUTTSRRQQPONNMüLKKJJIHŝGFFEDCBAĉ[YYXXWVVUUTTRRQQPOONNMMLKJJIHúGFFEEDDCBA@?ç[ZYXXWVVUUTTRRQQOONNMMLKJJIHúGFFEEDDCBA@?>î[ZYYXWVVUTTSRRQPONNüMLKJJ÷IHHGFFEEDDCBA@?>=<[YíXWVVUTTRRQQOONNMLKJJóIHHGFFEEDDCCBBA@?>= <[YäXWVVUTTRRQPONNMMKKJJIHHGFEEDDCBŝA@@ŝ?>>=<;:Ŭ\[ZYXWVVUTTRRQPONNMLKJJIHHGFEEDDCCBBA@ü?>>==<; :Ó\[ZYXWVVUTSRRQONNMMKJJIIHGFFEDDCCBBAA@@?>>==<<;:98Ġ\[[YXXVVUTSRQQONNMLKJJIHHFFEDDCCBBAA@@>>==<<;:98\Ĝ[YYXVVUTSRQQONNMKKJIIHGFEEDDCBBA@@?>>==<<;:987\Ú[ZYXVVUTSRQPONNMKJJIHHFFEDDCBBAA@?>>=<<;:98 7Ù]\[ZYXWVUTSRQPONMMKJJIHGFEDDCCBBA@?>>=<<ŝ;::9876Ú]\[ZYXWVUTSRQPONMLKJJIHFFEDDCBBA@@>>=<<ŝ;::98765×^\\[YXWVUTSRQPONMLKJIHHFFEDCCBAA@?>==<<;::ŝ9887654Ô^]\[YXWVUTSRQPONMLKJIHGFEDDCBBA@@>>=<<;;::9887654Ò^]\[ZYXVVUSRQPONMLKJIHGFEDDCBBA@?>=<<;;::9988776543Ó_^\\ZYXVVUTRRPONMLKJIHGFEDDCBAA@>>=<<;::9988776543Ġ2_^]\[YXWVUTRRQONMLKJIHGFEDDCBA@@>>=<<;::988765432Ô_^]\[ZXWVUTSRQONNLKJIHGFEDDCBA@?>==<;;::9887765432Ô`_^\\ZYXVUTSRQONNLKJIHGFEDDCBA@?>=<<;::998877654321Ġa_^]\[YXWVUTRQPNNMKJIHGFEDDCBA@?>=<<;::98877654321Ġa`_]\[ZXWVUTRRPONMKJJIGFEDDCBA@?>=<<;::988776ŝ544321Ġb`_^\\ZYXVUTSRQONMLJJIHFEDDCBA@?>=<<;::98877654321Ġba`^]\[YXWVUTRQONNLKJIHGFEDCBBA@>==<;::98877654321b×`_^\[ZYWVUTRRPONMKJIHGFEDCBBA@>>=<;::98877654321Ô0cba_^]\[YXVVUSRQONMLJJIHFEDDCBA@?>=<<;:99877654321Ó0dbb`_^\[ZYWVUTRQPNNLKJIHGFEDCBA@?>=<<;::98877ĝ65544332210Ôdcba`^]\[YXVUTSRQONMLJJIGFEDCBBA@>>=<;::988776ú544332210ŞŝĞĴĴ­ŝŻ°°üħ²²³³´µĥ·¸ışŝğĵĵ½żŭŞĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışŝğĵĵ½żŝĞĴĴŝ­ŝŻ°°ħ²³´µĥ·¸ışğĵ½żĴŝ­ŝŻ°°ħ²³´µĥ·¸ışğĵ½żĴ­ŝŻ°°ħ²³´µĥ·¸ışğĵ½żŭĴ­ŝŻ°°ħ²³´µĥ·¸ışğĵ½ŝ­Ż°ħ²³´µĥ·¸ışğĵ½Ż°ħ²³´µĥ·¸ışğĵ½Ż°ħ²³´µĥ·¸ışğ ĵ½ŝŻ°°ħ²³´µĥ·¸ışğ ĵŻ°ħ²³´µĥ·¸ışğ ĵŝŻ°°ħ²³´µĥ·¸ı şğĵ°ħ²³´µĥ·¸ışğ°ħ²³´µĥ·¸ ı ş°ħ²³´µĥ·¸ ışħ²³´µĥ ·¸ıħ²³´µĥ · ¸ı²³´ µĥ· ¸² ³´ µ ĥ·ŝ²³ ³´µĥ ³ ´µ ĥ ³´µ³0´€³´³²´³² ħ°´³ ²ħ°ŝµ´´ ³²ħ°Żµ´ ³²ħ°Ż µ´³²ħ °Żµ´³²ħ°Ż ­Ĵµ´³²ħ°Ż ­Ĵµ´³²ħ°Ż­Ĵе´³²ħ°Ż­ ĴĞŞµ´³²ħ°Ż­ĴĞŞİµ´³²ħ°Ż­ĴĞŞ İŝ¨µµ´³²ħ°Ż­ĴĞŞİ ¨ŝĥµµ´³²ħ°Ż­ĴĞŞİ¨§ŝĥµµ´³²ŝħ°°Ż­ĴĞŞİ¨ §Ĥŝĥµµ´³²ħ°Ż­ĴĞŞİ¨§ Ĥĥµ´³²ħ°ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤ĥµ´³²ŝħ°°Żŝ­ĴĴŝĞŞŞİ¨§Ĥ¤ĥµ´³²ŝħ°°ŝŻ­ĴŝĞŞŞİ¨§Ĥ ¤ü·ĥĥµµ´³²ŝħ°°Żŝ­ĴĴŝĞŞŞİ¨§Ĥ ¤£ü·ĥĥµµ´³ü²ħħ°°ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤£˘ü·ĥĥµµ´³²ħ°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħü·ĥĥµµ´³ŭ²ħ°°ŝŻ­ĴüĞŞŞİݨ§Ĥ¤£˘Ħ·ŝĥµµ´³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘ Ħ·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤£˘Ħ ·ĥµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħ ·ŝĥµµŝ´³³ü²ħħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ Ÿ·ŝĥµµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥ¤£˘Ħ Ÿžñ¸··ĥĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžñ¸··ĥĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžŭ¸··ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴòĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿž¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴòĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžŭı¸··òĥµµ´´³³²²ħ°°Żŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžùı¸¸··ĥµµù´³³²²ħ°°ûŻ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ Ÿžıò¸··ĥĥµµ´´³³²ħ°°ŝŻġ­ĴĴĞŞŞİݨ¨§§üĤ¤¤ŝ£˘˘Ħ Ÿžıŝ¸··ŝĥµµö´³³²²ħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§Ĥŝ¤¤£˘Ħ Ÿžóœıı¸¸··ĥĥµµ´³³ŭ²ħ°°ûŻ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœıŝ¸··òĥµµ´´³³²ħħ°°Ż­ĴĴĞŞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ ŝŸžžœóşıı¸¸··ĥĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ ŸžœŝžžŸ Ħ˘£¤Ĥ§¨žŸ Ħ˘£¤Ĥ§¨žŸ Ħ˘£¤Ĥ §¨žŸ Ħ˘£¤Ĥ §ŭ¨žŸŸ Ħ˘£¤Ĥ §Ÿ Ħ˘£¤Ĥ §Ÿ Ħ˘£¤Ĥ§Ÿ Ħ˘£¤Ĥ§Ÿ Ħ˘£¤ ĤŸ Ħ˘£ ¤ ĤŸ Ħ˘£ ¤ĤŝŸ  Ħ˘£ ¤ Ħ ˘ £¤  Ħ ˘ £¤  Ħ ˘ £¤  Ħ ˘£¤  Ħ˘£ ¤  Ħ˘£Ħ˘£Ħ"˘ £Ħ-˘Ħ*˘Ħ!˘ħĦ ŝ˘Ħ Ħ ˘Ħ" ˘Ħ  Ÿ˘Ħ Ÿ˘ Ħ Ÿ˘ Ħ  Ÿ˘ Ħ  Ÿ ž˘ Ħ  Ÿž˘Ħ  Ÿž˘Ħ Ÿž ˘Ħ  Ÿ ž˘Ħ  Ÿ ž˘Ħ  Ÿ ž˘Ħ  Ÿžœ˘Ħ Ÿž  œ˘Ħ Ÿž œŝ£˘˘Ħ Ÿž œŝ£˘˘Ħ Ÿž œŝ£˘˘Ħ Ÿž œ›ŝ£˘˘Ħ Ÿžœ ›£˘Ħ Ÿž œ ›£˘Ħ Ÿž œ›£˘Ħ Ÿž œ›£˘Ħ Ÿž œ›£˘Ħ Ÿžœ›š£˘Ħ Ÿž œ ›š£˘Ħ Ÿžœ ›š£˘Ħ Ÿžœ › š£˘Ħ Ÿžœ › š£˘Ħ Ÿžœ › šŝ¤££˘Ħ Ÿžœ › šŝ¤££˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› š™uvwxwvutsrŝqppçonmmkkjihhgfeddbba`^^]\[uuvutsrŝqppoänmlkjjihhgfedcbba_^^]\[Zsttuuvutsrŝqppoċnmlkkjihhgfeddcbaa_^^]\[ZYsst utsrŝqppáonnmlkkjjihhgfeddcba`_^^\\[ZYXrrsrqpoßnmmlkkjjihhgfeedcbba`_^^\\[ZYXWqrrqponßmllkkjjihhggfeddcbba`_^^\\[ZYXWVpp qponmĝlkkjjiihhĉgfeddcbbaa__^]\\[ZYXXVVoopponmlkjihgçfeedccbba`_^^]\\[ZYXXVVUnn onmlkjihgfeeddcbbaa__^^]\[[ZYXXVVUUllm mlkjihgüfeeddècbbaa`_^^]\\[[ZYXXVVUUTk kjihgfedcbaë`__^^]\\[[YYXXWVUUTTj jihgfedcbaé`__^^]\\[[ZYYXXVVUUTTShhgfedcba`_^ŝ]\\[ŭZYXXVUTŝRg gfedcbaü`__^^ŝ]\\[÷ZYYXXWVVUUTR edcba`_^]\[üZYYXXüWVVUUTüSRRccdcba`_^]\[ŝZYYXŝWVVUTŝSRR ba`_^]\[ZYXŝWVVUTRŝQ` `_^]\[ZYXWVUTRŝQ^^]\[ZYXŝWVVUTRQ\[ZYXWVUTRQ[ ZYXWVUTŝSRRQYXW VUTŝSRRQŝWVV U TSRQUTS RQTSRQ.RQP OPQN OPQL MNOP QJKLMNOŝPQQI JKLMNOQŝRHHIJKLMNOŝPQQRFGHIJKLMNOQR DEFGHIJKLMNOQR C DEFGHIJKŝLMMNOŝPQQRBCDEFŝGHHIJKŝLMMNOüPQQRR ABCDEFŝGHHIJKŝLMMNOüPQQRRŝS??@ABCDEFüGHHIIJKüLMMNNOüPQQRRŝT> >?@ABCDEFúGHHIIJJKñLMMNNOOPQQRRST<<=>ŝ?@@ABCDEFóGHHIIJJKKLMMNNöOPQQRRTT<;; <=>?@ABCDEFôGHHIIJJKKLMNNOQRT :;<=>ü?@@AABCDEFêGHHIIJJKLMMNNOOQQRSTT99:;<=>ú?@@AABBCDEFëGHIIJJKKMMNNOOQQRSTT889:;<=>Ŭ?@@AABBCCDDEEFFHHIIJJKLMNNOOQQRSTT8 89:;<=>ß?@AABBCCDDEEFGHHIJJKKMNNOOQQRSTU7 789:;<=>Ü?@AABBCCDDEEFGHIIJJKMMNNOQQRSTU77667 789:;<=à>?@@ABBCCDDEFFHHIJJKLMNNOQQRSTU6 6789:;<=á>?@@ABBCCDEEFGHIIJKLMNNOPQRSTU556789:;<=â>?@AABBCDDEFFHHIJJKMNNOPQRSTU4456789:;<=>?@AABCCDDEFGHIJJKLMNOPQRSTU4 456789:;<=ä>?@ABBCCDEFFHHIJKLMNNOQRSTU33456789:à;<<==>@@ABBCDDEFGHIJJKMNNOQRSTU223456789ß:;;<<=>>@AABCCDEFFHIIJKLMNOPQRTU2 23456789ß:;;<<=>?@ABBCDDEFHHIJKLMNOPQRTT2112345678ß9::;;<==>@@ABBCDEFGHIJJKMNNOQRST1 12345678à9::;<<=>>@AABCDDEFHHIJKLNNOQRST1 12345678á9::;<<=>?@ABBCDEFGHIJJLMNOPQST11234567à899:;;<==>@@ABCDDEFHHIJKMNNPQRT11ŝ01 123456789:;<<=>?@ABBCDEFGHIJKLMNOQRS100123456789::;<<=>?@ABCDDEFHIJJKMNOPQS0 012345678ä9::;<==>@ABBCDEFGHIJKLNNOQR0 01234567899:;<<=>?@ABCDDEFHIJJLMNOPR00/01234ü566778ċ9::;<<=>@AABCDEFGHIJKLNNPQ00/01234ü566778ç9::;<=>?@ABBCDEFHIJJLMNOPÀÁÀż½ĵğşı¸·ĥŝżÀÀ ÁÀż½ĵğşı¸·ĥŝµżżÀż½ĵğşı¸·ĥµżÀ ż½ĵğşı¸·ĥµż½ĵğşı¸·ĥµü´żż ½ĵğşı¸·ĥµ´½ĵğşı¸·ĥµ´½ĵğşı¸·ĥµ´ŭ³½½ ĵğşı¸·ĥµ´³ŝĵ½ ½ĵğşı¸·ĥµ´³ĵğşı¸·ĥµ´³ĵğ şı¸·ĥµ´³ŝ²ğğ şı¸·ĥµ´³ŝ²şşı¸·ĥµ´³²ş ı¸·ĥµ´³²ı¸·ĥµ´³² ı ¸ ·ĥµ´³²ŝħ¸¸ ·ĥµ´³²ŝħ·· ĥµ´³²ħĥ µ´³²ħ ĥµ´ ³²ħµ´³²ħ´³²ħ,³ ²ħ³4²ħ1² ħ°ħ-°ħŻ° ħŻ° ħ!Ż°ħŝ²Ĵ Ĵ­Ż °ħ²Ĵ­ Ż °ħ² ĞĴ­ Ż°ħ²ŞĞ Ĵ­Ż°ħ²İŞĞĴ­Ż°ħ²¨ İŞĞĴ­Ż°ħ²¨İŞĞĴ­Ż°ħ²ŝ³§ §¨İŞĞĴ­Ż°ħ²ŝ³ĤĤ §¨İŞĞĴ­Ż°ħ²³Ĥ§¨İŞĞĴ­Ż°ħ²³¤Ĥ§¨İŞĞĴ­Ż°ħ²³ ¤Ĥ§¨İŞĞĴ­ŝŻ°°ŝħ²²³¤Ĥ§¨İŞĞĴ­Ż°ŝħ²²³ £ ¤Ĥ§¨İŞĞĴŝ­Ż°ŝħ²²³ ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°ħ²³Ħ˘£¤Ĥ§¨İüŞĞĞĴĴŝ­Ż°ħ²³ Ħ˘£¤Ĥ§¨İŞĞĴ­Ż°ħ²³Ħ  Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²³  Ħ˘£¤Ĥ§ŝ¨İİüŞĞĞĴĴ­ŝŻ°°úħ²²³³ŸŸ Ħ˘£¤Ĥ§¨İŞĞĴŝ­Ż°úħ²²³³Ÿ Ÿ Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°úħ²²³³žžŸ Ħ˘£¤Ĥ§¨İüŞĞĞĴĴŝ­ŝŻ°°úħ²²³³ž žŸ Ħ˘£¤ŝĤ§§ŝ¨İİŞŝĞĴĴŝ­Ż°ûħ²³³žŸ Ħ˘£¤üĤĤ§§¨İüŞĞĞĴĴŝ­ŝŻ°°ûħ²²³ žŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ûħ²²³ žŸ Ħ˘£¤Ĥ§ŝ¨İİîŞĞĞĴĴ­­ŻŻ°°ħ²²³žŸ Ħ˘£¤ŝĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²³œ žŸ Ħ˘£¤üĤĤ§§ŝ¨İİùŞĞĞĴĴ­ŝŻ°°üħ²²œ œžŸ Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ùŻ°°ħħ²œ œžŸ Ħü˘££¤¤ŝĤ§§ŝ¨İİùŞĞĞĴĴ­ŝŻ°°ŭħ²œœžŸ Ħ˘£¤üĤĤ§§ŝ¨İİŭŞĞĴĴŝ­úŻ°°ħ²œœ›œžŸ Ħ˘ŝ£¤¤ĤĤ§§¨¨İİŞŞĞĴĴ­ŝŻ°°ŝħœœ ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴŝ­üŻ°°ħŝ¨İ İŞ ݨ§Ĥ¤£˘¨İ¨§Ĥ¤£˘¨ İ ¨§Ĥ¤£˘¨ §Ĥ¤£˘§¨ §Ĥ¤£˘ §¨§Ĥ¤£˘ŝĦ§§Ĥ¤£˘ŝĦ§§Ĥ¤£˘Ħ§ Ĥ ¤£˘ĦĤ ¤£˘ĦĤ ¤£˘Ħ ¤£˘Ħ¤£˘Ħ¤ £˘Ħ ¤ £ ˘Ħŝ ¤¤ £ ˘Ħ ¤£ ˘ Ħ !£˘ Ħ £˘ Ħ  £˘Ħ (˘Ħ !˘Ħ ˘&Ħ 5Ħ  .ĦÑ Ÿ$ $Ÿ )Ÿ ,Ÿ žŸ žŸ  ŝĦžžŸ  ĦžŸ  Ħ žŸ  Ħ ž Ÿ Ħ ž Ÿ Ħ œž Ÿ Ħœž Ÿ Ħœ ž Ÿ Ħœ ž Ÿ Ħœ žŸ Ħ ›œ žŸ Ħ›œžŸ Ħ› œžŸ Ħ› œžŸ Ħ› œžŸ Ħ› œžŸ Ħ š›œžŸ Ħ š ›œžŸ Ħš ›œžŸ Ħš ›œžŸ Ħš ›œžŸ Ħš ›œžŸ Ħš ›œžŸ Ħš ›œžŸ Ħš ›œžŸ ŝĦšš›œžŸ ŝĦšš™š›œžŸ ŝš™ ™š›œžŸ ™ š›œžŸ ™ š›œžŸ ×ZXXVVUTSRQPNNMLKJIHHFFEDCCBAA@?>=<<;;::9887654321×YXWVUTSRQPONNMKJJIHGFEDDCBBA@@>>=<<;;::988765432Ö1XWVUTTRRQONNMKJJIHHFFEDDCBBA@@>>=<<;;::988765432ÔWVUTTRRQONNMLKJJIHGFEEDCCBBA@?>>=<<;;::99887765432ÖVUUTSRQPONNMKJJIIHFFEDDCCBBA@?>>=<<;;::998876543çVUTSRQQONNMLKJJIHHFFEDDCBBùA@?>>=<<ŝ;::987654ĉ3UTTRRQPONNMKKJJIHGFFEDDCBBòA@@>>==<<;;::9987654TRáQPONNMMKJJIIHGFFEDDCCBBA@@?>==<<;:98765ÚTSRRQOONNMLKJJIIHGFFEDDCCBBAA@@>>==<<;;:9876Ú5TRRQPONNMMKKJJIIHGFFEDDCCBBAA@@?>>==<<;:9876RQONMKJIêHGFFEEDDCCBBAA@@?>>==<<;:98 7RçQPOONNMMKKJJIIHHFFEEDDCCBBA@ú?>>==<<;:987úRQQPONNMKJIHFEDCBA@>=<;:98úRQQOONNMKJIHFEDCBA@ŝ?>>=<;:9ù8QQPOONNMKJIHüGFFEEDCBA@?>=<;:QONMKJIHüGFFEEDCBA@ŝ?>>=<;ü:QQOONMüLKKJJIHŝGFFEDCBA@?>= <ŭQPOONMKJIHüGFFEEDCBA@?>=üŭQPOONMŝLKKJIHGFEDCBA@ŭQPOONMŝLKKJIHŝGFFEDCBAŭQPOONMŝLKKJIHGFEDCBŭQPOONMLKJIHGFE DCQŝPOONMLKJIHGFEDQPONMLKJIHGFQPO NMLKJIH QPO NMLKJIQPO NMLKJQRQPONMLŝQR R S RQPONRSTSRQPORSTUTSRQRŝSTTU VW VUTSRŝSTTUVWXWVUTŝSTTUVWXYZYXWVTUVŝWXXYZ[ \[ZYXŝWTTUVŝWXXYZ[\]^]\[ZYTUVXYZ[\]^ _^]\[ŝTUUVŝWXXYŝZ[[\]^_`a`_^]ö\TUUVVWXXYYüZ[[\\ŝ]^^_`aba`_^UVXY[\ŝ]^^_ŝ`aabcdcba`ú_UUVVXXY[\ŝ]^^_ŝ`aabcdedcbìaUVVWXXYY[[\\]^^__`aabcdef gfedcéUVVXXYYZ[\\]^^__`aabbcddefghgfedîUVVXXYZ[[\]^^__aabbdefghijihgfĉeUVWXXY[[\\^^__aabbcddeefgghŝijjkjihágUVWXYY[\\]^__`abbcddeefgghhiijjklmlkjĉihVVXXYZ[\\^^_`abbcddefgghhjklmnonmlkjVXêY[[\]^__aabcddefgghhijjkúlmmnnoo ponmlkVXY[\\^^_`abbddeegghhijjkklmmnoopqrqponßmlVVXXY[\\^^_aabcdeegghhijjkkmmnoopqrqpoßnVVXXY[\]^__abbddefghhijjklmmnooppŝqrr srŝqppáoUVXXY[\]^_`abcddegghijjkkmmnoppŝqrrs tsráqpUVXXY[\]^_`abcdeeghhjjkkmmnoppŝqrrsŝtuuvutsrŜUVXXY[\]^_`abcdefghhjjklmnooppqrrssŝtuuvutsÛrUVWXY[\]^_`abddefghijkkmmooppqrrsstuuvwxwvuÛtsUVWXY[\]^_`abddegghijkkmnoppqrrsstuuvŝwx xwvuTUWXYZ[]^_`abcdegghjjklmnopprrsuvŝwxxyxŝwvvÛuTUVXXZ[\^^_abcdegghjjklmoopprrsstuuvvŝwxx yxÚwvvTUVWXY[\]^_abcdefghjjklmoopqrrssuuvvŝwxxyzyxÙwTTUWXY[\]^_abcdefghijklmoopqrrssuuvvwxxyŝz{ {zyxÛSTUVXYZ[\^_`abddfghijklmoopqrrstuuvvxxyŝz{ {ŝzyyÚxRTUVWXY[\^^`abddeghijkkmnopqrrstuuvvxxyŝz{{|{ĜzyyRSTUVXYZ\]^_abcdefghjjkmnopqrrstuuvvxxy{ |{zµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžµ´³²ħ°ŝŻ­ĴüĞŞŞİݨ§Ĥ¤£˘Ħ Ÿžüµ´´³³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħ Ÿž´³²ŝħ°°ŝŻ­ĴĞŞİ¨§Ĥ¤£˘Ħ Ÿžŝ´³³²ħ°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤£˘Ħ Ÿŝž³³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħ Ÿ³²ŝħ°°Ż­ĴüĞŞŞİݨ§Ĥ¤£˘Ħ ³²ħ°ŝŻ­ĴüĞŞŞİݨ§Ĥ¤£˘Ħ ŝ³²²ŝħ°°Ż­ĴŝĞŞŞİ¨§Ĥ¤£˘ Ħú³²²ħħ°°Ż­ĴĞŞİ¨§Ĥ¤£˘Ħ²ħ°ŝŻ­ĴĞŞİ¨§Ĥ¤£ ˘²ħ°Ż­ĴĞŞİ¨§Ĥ¤£˘ü²ħħ°°Ż­ĴĞŞİ¨§Ĥ ¤£ü²ħħ°°Ż­ĴĞŞİ¨§Ĥ ¤ħ°Ż­ĴĞŞİ¨§Ĥ¤ħ°Ż­ĴĞŞİ¨§Ĥħ°Ż­ĴĞŞİ¨ §Ĥħ°Ż­ĴĞŞİ¨ §ħ°Ż­ĴĞŞİ¨§ħ°Ż­ ĴĞŞ ݨħ°Ż ­ ĴĞŞ İħ °Ż ­ ĴĞ Şİħ °Ż ­ĴĞŞħ°Ż­ĴĞħ°Ż­ Ĵħ°Ż­Ĵħ°Żħ°Żħ²ħ°Żŝ²)²ħ°²³ ²ħ°²-³²ħ² ³´ ³² ³ ´µ ´³ŝ²³³´'µ´³´ µĥ µ´³´µĥ·ĥµ³´µĥ ·¸ ·ĥ³´µĥ·¸·ŝĥ³³´µĥ·¸ı¸·³´µĥ·¸ ı ş ı¸³´µĥ·¸ışıú¸³³´´µµĥ·¸ı!şıŝ³´´µĥ·¸ı şğĵğ şü³´´µµĥ·¸ışğĵğşü³´´µµĥ·¸ışğĵğûş³´´µµĥ·¸ışğ ĵ ½ ĵûğ³´´µµĥ·¸ışğĵ½½ĵü³´´µµĥ·¸ışğĵ½½ĵŭ³´µµĥ·¸ışğĵ½½ŭ³´µµĥ·¸ışğĵ½ż ŭ³´µµĥ·¸ışğĵ½żŭ³´µµĥ·¸ışŝğĵĵ½ żÀ żĝ³´´µµĥĥ··¸ışğĵ½żÀżĝ³´´µµĥĥ··ŝ¸ıışŝğĵĵ½żÀÁÀżĝ³´´µµĥĥ··ŝ¸ıışŝğĵĵ½żÀÁÀżĝ³´´µµĥĥ··ŝ¸ıışŝğĵĵ½żÀÁÀ³ŝ´µµŝĥ··¸ışŝğĵĵŝ½żÀÁÀ³´µŝĥ··¸ışŝğĵĵŝ½żÀ Á Á³´µĥ·¸ışŝğĵĵŝ½żÀÁÂÁ³ö´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁÂÁ÷²³³´´µµĥ··ŝ¸ıışŝğĵĵŝ½żÀÁÂÂÁ²³³´´µµĥĥ··¸¸ıışşğĵŝ½żÀÁ Â²³ŝ´µµŝĥ··ŝ¸ıışŝğĵĵ½żÀÁ¢Ħ Ÿžœ › š˘Ħ Ÿžœ › š˘Ħ Ÿžœ › šŝ˘ĦĦ Ÿž œ › šĦ Ÿž œ ›šĦ Ÿž œ›šĦ Ÿž œ›šĦ Ÿž œ›Ħ Ÿž  œ›Ħ Ÿž  œ›ŝĦ   Ÿž œ ›ŝĦ   Ÿž œ ›  Ÿž œ›  Ÿž œ  Ÿžœ  Ÿžœ  Ÿ ž œ Ÿ žœ Ÿ ž Ÿž  Ÿž  Ÿž  Ÿž Ÿž  Ÿž "Ÿ% Ÿ/ Ÿ8 Ÿ Ħ ,Ħ 7Ħ Ħ˘%Ħ%˘Ħ0˘ Ħ5˘Ħ˘£ ˘Ħ ˘'£˘Ħ ˘£¤£Ħ ˘ £¤£Ħ˘ £%¤£Ħ˘ £*¤Ħ˘£ ¤ ¤Ħ˘£ ¤¤Ħ˘£¤%ü¤ĦĦ˘˘£¤ Ĥ Ħ˘£¤ĤŝĦ˘˘£¤Ĥ§ĤŝĦ˘˘£¤Ĥ§ĤŝĦ˘˘£¤Ĥ§ĤŝĦ˘˘£¤Ĥ§¨§ŝĦ˘˘£¤Ĥ §¨§ŝĦ˘˘£¤Ĥ §¨§Ħ˘£¤Ĥ§ ¨İ¨§Ħ˘£¤Ĥ§¨İ¨Ħ˘£¤Ĥ§¨İ¨Ħ˘£¤Ĥ§¨İ Şİ¨Ħ˘£¤Ĥ§¨İŞİĦ˘£¤Ĥ§¨İŞİĦ˘£¤Ĥ§¨İŞŝİĦĦ˘£¤Ĥ§¨İŞĦ˘£¤Ĥ§¨İŞĦ˘£¤Ĥ§¨İŞŝ ĦĦ˘£¤Ĥ§¨İŞ12345678ç9::;;<<=>?@ABBCDDEFGHIJJ112345678ĉ9::;;<<=>?@ABBCDDEFGHIJJK2212345678ċ9::;;<<=>>@AABCCDEFFHHIJKL223456789::;;<<=>>@@ABBCDDEFGHIJJKM32 23456789:;<ê=>>@@ABBCDDEFGHIJJKLM3 3456789:;<é=>>@@ABBCDDEFFHHIJJKMN445678ŝ9::ŝ;<<è=>>?@ABBCCDDEFGHIJJKLMN4 456789:ŝ;<<ç=>>?@AABBCDDEFFHHIJJKMNN5 56789:;<=>é?@AABBCDDEEFHHIJJKLMNN6 6789:;<=>è?@AABBCCDDEFGHHIJJKLMNN7789:;<=>@ABCDñEFFHHIIJJKMNNO7 789:;<=>@ABCDEòFGHHIJJKKMNNO889:;<=>ú?@@AABBŝCDDEFFGHIIJJKLMNNO8 89:;<=>ú?@@AABBCDEFHIJùKLMNNO::;<=>ŝ?@@ABCDEFûGHHIJJùKLMNNO: :;<=>ŝ?@@ABCDEFHIJüKLMNN<=>ŝ?@@ABCDEFúGHHIIJJùKLMMNN< <=>ŝ?@@ABCDEFúGHHIIJJKMN>?@ABCDEFHIJKMüN@@? ?@ABCDEFŝGHHIJKûLMMNAA@ABCDEFŝGHHIJKüLMMBBCDEFHIJKŭLMCCBCDEFHIJKŝLDDCDEFHIJKŝFEEDEFŝGHHIJKG FEFŝGHHIJIHG"FHIJI HGFŝGHHIKJI HGFŝGHHIMLKJI HG FGHNMLKJI HŝGFFGŝHPPONMLKJIHŝGFFRQPONMLKJIHFTSRQPONMLKJIHŝGFF EUTSRQPONMLKJIHŝGFFEDŝWVVUTSRQPONMŝLKKJIHŝGFFEDXWVUTöSRRQQPPOONNMŝLKKJIHŝGFFEDCZYXŝWVVUTŝSRRQüPOONNMüLKKJJIHŝGFFEDC\[ZYXüWVVUUTŝSRRQüPOONNMüLKKJJIHŝGFFEDCBâ^]]\\[[ZZYYXXWWVVUUTTSRRQQPOONNMüLKKJJIHŝGFFEDCBŝ_^^÷]\\[[ZZYXXñWVVUUTTSRRQQOONNMKJIHFEDCBAŭa`__^]\û[ZZYXXòWVUUTTSRRQQPONN÷MLKKJJIIHHFEDCBA÷@bbaa``_^^]\\[ZZYXXWVVUUTTRRQQPONNMMLKJJIHFEDCBA@Îdccbbaa`__^^]\\[ZYYXXWVUUTTSRQQOONNMMKKJJIIHHFFEEDDCBA@ŭ?eddÒcbbaa`__^^]\[[ZYXXWVUUTTRRQQOONNMLKJJIIHHFFEEDDCBA@ĝ?>>ffeeddÑcbaa`__^^\\[ZYYXWVUUTTRRQPONNMMKKJJIHHFFEEDDCCBBA@ŝ?>>ùhggffeddcbaa`_^^]\[[YYXWVUUTSRRQPONNMLKJJIIHGFEEDDCCBBAA@@?>>==jihhggfeddcbba`__^]\[[ZYXWVUUTSRQPONNMLKJJIIHGFEEDDCCBBAA@@>>=jŽihhggfeddcbaa`_^^\\[ZYXWVUUTSRQPONNMKKJJIHGFFEDDCCBBA@@?>>==>==<>==<>=<<;poonmmlkjjihggeedcba`_^]\[ZYXWVUTSRQPONMLKJJIHGFEDDCBBAA@?>==<<;qppoonmlkkjihhgfedcba`_^]\[ZYXVVUTSRQONNMKJJIHGFEEDCBBAA@>>==<<;rrqppoonmlkjjhhgfedcba`_^]\[YXXVUTTRQPONMLKJIIHFFEDCCBAA@>>=<<;;srr€ŭqpoonmlkjjhhgfedcba`_^\[[YXWVUTSRQONNMKJJIHFFEDDCBAA@>>=<<;;tssrrqpponmlkjjhhgfedcba_^^\[ZYXVUUTRQPONMLKJIHGFEDDCBBA@?>=<<;;uutssrrppoomlkjjhhgfedbba_^]\[ZXWVUTSRQONNLKJJIHFEDDCBBA@?>=<<;;vuutssrrqpoomlkjjhhgeddba`_^]\[YXWVUTRQPONMLJJIHFFEDCBBA@?>=<<;;vvu€½tsrrqpoomlkjjhggedcba`_^\[ZYXVUTSRQONNLKJIHGFEDDCBA@?>==<;;xwvvuutssrqpoomlkjihgfedcba_^]\[YXWVUTRRPONMLJJIHFEEDCBBA@>>=<<;xxwvvuutssrqpoomlkjihgfedbb`_^]\ZYXVUUSRQONNLKJIHGFEDCBBA@?>=<<;yxxÁwvvutssrqpoomlkjihgfedba`_^\[ZYWVUTSRPONMLJJIHFEDDCBA@?>=<<;yyxxvÈutssrqponmlkjhhgedcba`^]\[YXWVUTRQPNNLKJIHGFEDCBBA@>>=<;žŸ Ħ˘ŝ£¤¤Ĥ§¨İŞŝĞĴĴŝ­žŸ Ħ˘£¤ŝĤĤ§¨İŞŝĞĴĴŝ­ žŸ Ħ˘£¤ŝĤĤ§¨İüŞĞĞĴĴŝ­ŝŻžžŸ Ħ˘ŝ£¤¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻž žŸ Ħ˘£¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŭŻ°ŸŸ Ħ˘£¤ŝĤĤ§¨İŞĞĴŝ­ûŻ°  ŸŸ  Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­üŻ°°   Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­üŻ°°ĦĦ˘£¤Ĥ§¨İŞĞĴ­Ż°Ħ˘£¤Ĥ§¨İŞĞĴŝ­ŝŻ°° Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°˘£ ¤Ĥ§¨İŞĞĴŝ­Ż° £ ¤Ĥ§¨İŞĞĴ­Ż°¤Ĥ§¨İŞĞĴ­Ż°¤Ĥ§¨İŞĞĴ­Ż°ŝ¤¤Ĥ§¨İŞĞĴ­Ż°Ĥ§¨İŞĞĴ­Ż° Ĥ §¨İŞĞĴ­Ż°§¨İŞĞĴ­Ż°¨ İŞĞĴ­Ż°ŝݨ¨ İŞĞĴ­Żŝ°İİŞĞĴ­ŻŞ İ ŞĞ Ĵ­ŻĞŞĞ Ĵ­ŝŻĴĴĞĴ­3Ĵ­­.Ĵ­ ­&Ĵ­­ Ĵ­°Ż­Ĵ­°Ż­Ĵħ °Ż ­Ĵ²ħ °Ż ­Ĵ³²ħ °Ż ­Ĵ³²ħ°Ż­ĴĞ´³²ħ°Ż­ ĴĞŞµ´³²ħ°Ż­ĴĞŞµ´³²ħ°Ż­ĴĞŞĥµ´³²ħ°Ż­ĴĞŞİ·ĥµ´³²ħ°Ż­ĴĞŞİ·ĥµ´³²ħ°Ż­ĴĞŞİ¸·ĥµ´³²ħ°Ż­ĴĞŞİŝ¨ıı¸·ĥµ´³²ħ°Ż­ĴĞŞİ¨ı¸·ĥµ´³²ħ°Ż­ĴĞŞİ¨ŝ§şşı¸·ĥµ´³²ħ°Ż­ĴĞŞİ¨§şı¸·ĥµ´³²ħ°ŝŻŝ­ĴĴŝĞŞŞİ¨§ŝğşşı¸·ĥµ´³²ŝħ°°Żŝ­ĴĴŝĞŞŞİ¨§ŝĵğğşı¸·ĥµ´³²ħ°ŝŻ­ĴŝĞŞŞİ¨§ĵğşı¸·ĥµ´³²ħ°Ż­ĴüĞŞŞİݨ§ŝĤĵĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ½ĵğşıŝ¸··ĥµŝ´³³²ħ°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ½ĵğşı¸·ŝĥµµ´³²ŝħ°°Żŝ­ĴĴüĞŞŞİݨ§Ĥ½ĵğşıŝ¸··ŝĥµµ´³ü²ħħ°°ŝŻ­ĴüĞŞŞİݨ§Ĥŝ½ĵğşıŝ¸··ĥµŝ´³³²ŝħ°°Żŝ­ĴĴĞŝŞİݨ§Ĥüżż½ĵğşıŝ¸··ĥµŝ´³³ü²ħħ°°ŝŻŝ­ĴĴĞŝŞİݨ§Ĥŝżż½ĵğşı¸·ŝĥµµ´³²ŝħ°°ŝŻ­ĴĝĞŞŞİݨ¨§§Ĥŝżż½ĵğşı¸·ŝĥµµŝ´³³ü²ħħ°°ŝŻŝ­ĴĴüĞŞŞİİŝ¨§§ĤŝÀżż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§ĤÀż½ĵğşıŝ¸··ŝĥµµ´³²öħ°°ŻŻ­­ĴĴŭĞŞİݨ§ûĤÁÀÀż½ĵğşıŝ¸··ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§ĤŝÁÁÀż½ĵŝğşşı¸·ĥµ´³²÷ħ°°ŻŻ­ĴĴüĞŞŞİİŝ¨§§ĤŝÁÁÀż½ĵŝğşşıŝ¸··ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴŭĞŞİİŝ¨§§ĤŝÁÁÀżŝ½ĵĵŝğşşıŝ¸··ŝĥµµò´³³²²ħ°°ŻŻ­ĴĴĝĞŞŞİݨ¨§§üĤÂÁÁÀżŝ½ĵĵğşı¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴŭĞŞİİŝ¨§§Ĥš ›œžŸš ›œžŸš ›œžŸš › œžŸš › œžŸš› œžŸŝ š š› œžŸŝ ›› œžŸ › œžŸ › œžŸ › œ žŸ ›œ žŸ  ›œ žŸ  œ žŸ œ žŸ œ ž Ÿ œž Ÿ œ ž Ÿ ' ž Ÿŝ $ ž Ÿŝ # ž Ÿ!žŸžžŸ0žŸ0žŸ0žŸ%ž#Ÿž,Ÿž Ÿŝ Ÿ#ŸžŸ "ŸžŸ  Ÿž ŸžĦ Ÿž Ħ  Ÿž˘ Ħ  Ÿž˘ Ħ  Ÿž ˘Ħ  Ÿžŝ£˘ ˘Ħ   Ÿ ž£ ˘Ħ  Ÿ ž£˘Ħ  Ÿ žŝ¤££˘Ħ  Ÿž ¤£˘Ħ  Ÿž ¤£˘Ħ  Ÿž ¤£˘Ħ Ÿž ¤£˘Ħ Ÿž ¤£˘Ħ Ÿž ŝœ¤£˘Ħ Ÿž œŝĤ¤£˘Ħ ŸžœĤ¤£˘Ħ ŸžœĤ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœŝ¨§§Ĥ¤£˘Ħ Ÿžœ¨§Ĥ¤£˘Ħ Ÿžœ¨§Ĥ¤£˘Ħ Ÿžœİ¨§Ĥ¤£˘Ħ Ÿžœİ¨§Ĥ¤£˘Ħ Ÿžœİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžœĜLMNOPQRTTUVXYZ[\^^_abbdeeghijjkmmopprr/ĜMNNOQRSTUVWXY[\\^_`abcdefghijkkmnopprr/ĜMNOPQRTTUVXXY[\]^_`abddegghijkkmnopprr/NÚOQRSTUVWXYZ[\^^_abbddegghjjkkmnoppqr/ĜNOPQRTTUVWXY[\\^^_abbddegghijkkmnoopqr/ĜNOQRRTUUVXXY[\]^^_abcddegghijkkmmooppr/OÚQRSTUVVXXY[\]^^_abbddefghijjklmnoppq/ĜOPQRSTUVWXYY[\]^^_abbddefghhjjkkmmoopp/ĜOQQRTTUVWXYY[\\^^_aabcdeegghijjklmmoop.ĜOQRRTTUVWXXY[\\^^_`abbddefghhijkklmmoo.ĜOQRRTTUVWXXY[[\]^__aabcdeefghhijkklmmn.ĜOQRRTTUVVXXYZ[\\^^_`abbcdeegghhijjkklm-ĜOQRRTTUUVWXYY[[\]^__`abbddeefghhijjkkl-ĜOQQRSTUUVVXXYZ[\\]^__aabbcdeefgghhijjk,ŜOQQRRTTUUVWXYYZ[\\]^__`abbcddefgghhüij,ĉOPQRRSTUUVVWXYYZ[\\]^__`abbdeüfgghhŝ+OQRTUVXYèZ[\\]^^_`aabbcddeeffgh+OßPQQRSTTUUVVWXYYZ[[\\^^__`aabbcddeeŭf+àNOOPQRRSTTUUVVWXXYZZ[\\]^^__`aabbúcdde*NOQRTUVXYòZ[[\\]^^__``abbcŝ)NOëPQQRRSTTUUVVWXXYYZ[[\\ô]^^__``abb)ŝMNNO÷PQQRRSTTUUV÷WXXYYZZ[\\]^_`ŝ(MNOùPQQRRSTTUV÷WXXYYZZ[\\]^ŭ_'ŝLMMNOPQRúSTTUUVVWXYZŝ[\\ŭ]'KüLMMNNOüPQQRRŝSTTUVWXYZ[ŭ\&KŝLMMNOPQRSTUVŝWXXYŭZ%JKLMNOPQRSTUVWXŝ$JKLMNOPQRSTUVŝ$IJKLMNOPQRSTŭU#HIJKLMNOPQRSŝ#HIJKLMNOPQŭR"FGHIJKLMNOŭP! FGHIJKLMNŝ EFGHIJKLŭM  DEFGHIJŭKDEFGHIŭJCDEFGHŝBCDEFŝB A BCDŭEA@ABCDŝA@?>?@ABŝ@?>?@AŭBŭ@?>>= <=>?@ŝ>=<=>ŝŝ>==<;:;<=ŝ=<;:;<ŝŝ=<<;:9:;ŝ<;:989:ŝ<;:98789ŝü<;;::9878ŝ;:98 7ŝ67 7ŝŝ;::98767ŝú;::99887656ŝ:ŝ988765456ŝ:9876545ŝ:ŝ988765434ŝ:ü9887765434ŝ:ü988776543 23ŝ:ü9887765432ŝ:ü9887765432 12ŝ:ü98877654321ŝ:ü988776ŝ544321ŝ:ü988776ŝ544321ŝú;:998776ŝ544321ŝŻ°ŭħ²³³ŝ´µµĥ·¸ışŝğĵĵ½ŭżOŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵŝ½ŭżO°üħ²²³³ŝ´µµĥ·¸ışŝğĵĵŝ½ŭżO°ĝħ²²³³´´µµĥ·¸ışŝğĵĵŝ½ŭżO°ħŝ²³³´µĥ·¸ışŝğĵĵ½ŭżO°üħ²²³³´µĥ·¸ışŝğĵĵ½ŝO°ĝħ²²³³´´µµĥ·¸ışŝğĵĵ½ŝOö°ħħ²²³³´´µµĥ·¸ışğĵ½ŝOû°ħ²²³³´µĥ·¸ışŝğĵĵ½ŝOû°ħ²²³³´µĥ·¸ışğĵ½ŝOû°ħ²²³³´µĥ·¸ışğĵ½ŭOû°ħ²²³³´µĥ·¸ışğĵ½ŝNû°ħ²²³³´µĥ·¸ışğĵŝNú°ħħ²²³³´µĥ·¸ışğĵŝNú°ħħ²²³³´µĥ·¸ışğĵŝNü°ħħ²²³´µĥ·¸ışğŭĵN°ħ²³´µĥ·¸ışŭğN°ħ²³´µĥ·¸ışŝM°ħ²³´µĥ·¸ışŝM°ħ²³´µĥ·¸ıŝM°ħ²³´µĥ·¸ıŝM°ħ²³´µĥ·¸ŝLŝŻ°°ħ²³´µĥ·ŝLŻ°ħ²³´µĥ·ŝLŝŻŻ°ħ²³´µĥŝLŻ°ħ²³´µŝKŻ°ħ²³´µŝKŻ°ħ²³´ŝKŝ­ Ż °ħ²³ŝJ­ Ż °ħ²ŭ³JĴ­ Ż°ħŭ²J Ĵ­ Ż°ŝIĴ­ Ż°ŝIĴ­ ŻŝI ĞĴ­ŝH ŞĞ Ĵ­ŝHŞĞ Ĵŭ­HİŞĞĴŝGİŞĞŭĴGݨ İŞŝGŝݨ¨§ ¨İŝG¨§¨İŝFŝ¨§ §Ĥ §¨ŝF§Ĥ§ŝE§ĤĤ§ŝE§Ĥ¤ĤŝEŝ§ĤĤ¤ŝEĤ¤£ ¤ŝDĤ¤£˘£¤ŝDüĤ¤¤£˘£ŭ¤D¤£˘ Ħ˘ŭ£D¤£˘Ħ˘ŝCŝ¤¤£˘ĦŝCŝ¤¤£˘Ħ  ĦŝC¤£˘Ħ ŭĦC¤£˘Ħ  Ÿ ŝB¤£˘Ħ ŸžŸŝB¤£˘Ħ ŸžŭŸB¤ŝ£˘˘Ħ ŸžžŝB¤ŝ£˘˘Ħ Ÿž ŭžB¤ŝ£˘˘Ħ ŸžŝA¤ŝ£˘˘Ħ ŸžŝAŝ¤¤£˘Ħ ŸžŝAŝ¤¤£˘Ħ Ÿž œŝAŸ Ħ˘£¤Ĥ§ŝFŝŸ  Ħ˘£¤Ĥ§ŝFŝŸ  Ħ˘£¤Ĥ§ŝF Ħ˘£¤Ĥ§ŝE Ħ˘£¤Ĥ§ŝE Ħ˘£¤Ĥ§ŝE Ħ˘£¤Ĥ§ŝE Ħ˘£¤Ĥ§ŝE Ħ˘£¤Ĥ§ŝE Ħ˘£¤Ĥ§ŝE Ħ˘£¤Ĥ§ŝE Ħ˘£¤ĤŝE Ħ˘£¤ĤŝE Ħ˘£¤ĤŝE Ħ˘£¤ŝE Ħ˘£¤ŝD Ħ˘£¤ŝD Ħ˘£¤ŝD Ħ˘£¤ŝD Ħ˘£¤ŝD Ħ˘£¤ŝDŝŸ  Ħ ˘£ŭ¤DŸ  Ħ ˘£ŝDŸ  Ħ ˘£ŝDŸ  Ħ ˘ŝCŸ   Ħ˘ŝC Ÿ   Ħ˘ŝC Ÿ   Ħŭ˘CŸ  ĦŝCŸ  ĦŝCŸ  ŝBžŸ ŝB žŸ ŝBžŸŝBž ŸŝBžŸŝBž žŸŝB žŝBžŝB"žŝB%ŝA%ŝAœ ŝAœŝA#œŝA%œŝA%œŝAœŝ›œ œŝA œ›œŝA œ›ŭœAœ›ŝ@œ›ŝ@œ›ŝ@œ›ŝ@œ› š›ŝ@œ ›šŭ›@œ ›šŝ@œ ›šŝ@œ ›šŝ@œ ›šŝ@œ›šŝ@œ›šŝ@œ›šŝ@œ›šŝ@%˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙€€€€$ŝ éT[ZYWVUTRQPONMKJIHGFED#ŝ éU\[YXVVUTRQONMLKJIHFED#ŝ éV\\ZYXVUTSRPONMLJJIHFE#ŝ éW^\[ZXWVUTRQPONMKJIHGF#ŝ éW^]\[YXWVUTRQPNNLKJIHF#ŝ éX_^]\ZYXVUUSRQONMLKJIH#ŝ éY`_^\[ZYXVUTSRPONMLKJI#ŝ éZa`_^\[ZYXVUTSRPONMLKJ#ŝ é[ba`_^\[ZYXVUTRRPONMLJ#ŝ é\cba`_^\[ZYXVUTRQPONML#ŝ é]dcba`_^\[ZYWVUTRQPONM#ŝ é^edcba`_^\[ZYWVUTRQPON#ŝ é_fedcba`_^\[ZYXVUTSQPO#ŝ é_hfedcba`_^\[ZYXVUTSRP#ŝ éahhfeddba`_^\[ZYXVUTSR#ŝ ébjhhgfedba`_^\[ZYXVUUS#ŝ ébkjihgfedba`_^\[ZYXVVU#ŝ édlkjihgfedbb`_^]\[YXWV#ŝ éemlkjihgfedcba_^]\[ZXW#ŝ éfonlkjjhgfedcba`_^\[ZY#ŝ éfponmkkjhhgedcba`_^\[Z#ŝ éhpponmlkjihgfedba`_^\[#ŝéirqponmlkjihgfedba`_^]#ŝéisrqpponmkjjhgfedcba_^#ŝéktsrrpponmlkjhhfedcba`#ŝékutsrrqponmlkjihgfedba#ŝélvutssrqpponlkjihgfedb#ŝémvvuutsrrpponmkjjhgfed#ŝénxwvvutsrrqponmlkjhgfe#ŝénxxwvvutssrqponmlkjhhf#ŝŭoyxxvuòtsrqppnmlkjih#ŝŝpyyxïwvvutsrrpponlkji#ŝéq{zyyxxwvvutssrpponmkj#ŝùq{{zyyxxvôutssrqponmk#ŝŭq|{{îzyyxxvvuutsrqponm#ŝüq||{{ïzyyxxwvuutsrqpon#ŝŝr||{zyyxxwvvutsrqpo#ŝŭs}||{ñzyyxxwvvutsrrp#ŝüs~~||{ŝzyyöxwvvutsrr#ŝŝs~~|{ôzyyxwvvutsr#ŝŝs~~ŝ}||{ġzyyxwvvuts#ŝŝs~~ŝ}||{özyyxwvvut#ŝŝs~~ŝ}||{yúxwvvu#ŝŝs~~|{÷zyyxxwvv#ŝŝs~~|{ĝzyyxxwv#ŝŝs~~|{ùzyyxxv#ŝŝs~~ŝ}||{úzyyxx#ŝŝs~~|{ûzyyx#ŝŝs~~ŝ}||{y$ŝŝs~ ~|{üzyy#ŝŝr~ ~ŝ}||{ŭzy#ŝüq|}~~ŝ}||{ŝy#ŝŝq||}~ŝ}||{ŝz#ŝŝq||}~ŝ}||{$ŝŭq{||{$ŝŝp{{|{$ŝŭoz{{|{$ŝüoyz{{ |{$ŝŝnyyŝz{{ |ŝ{#ŝ ùnxxyyz{{ |ŝ{#ŝ ŝlxxyŝz{{|ŝ{#ŝ úlvwxxyyŝz{{|{$ŝ ûkvvwxxyŝz{ {$ŝ ŭjuvvxyŝz{{$ŝñ§ĥµµ´´³³²²ħ°°Żú­ĴĴĞĞ#ŝù¨ĥĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŝĞ#ŝü¨·ĥµµò´³³²²ħ°°ŻŻ­ĴĴ$ŝ嘆·ĥµµ´´³³²ħħ°°Żü­ĴĴ#ŝò¨··ĥĥµµ´´³³²ħ°°ŝŻŭ­Ĵ#ŝöݸ··ĥĥµµ´³³ŭ²ħ°°úŻ­­#ŝŭݸ··ŝĥµµŝ´³³ŭ²ħ°°ûŻ­#ŝüİı¸··ŝĥµµó´³³²²ħ°°ŻŻ#ŝûİıı¸··ŝĥµµô´³³²²ħ°°ŻŻ#ŝŝŞııŝ¸··ŝĥµµġ´³³²²ħ°°ŻŻ#ŝŭŞşııŝ¸··ŝĥµµö´³³²²ħ°°Ż#ŝüŞşşııŝ¸··ŝĥµµ÷´³³²²ħ°°#ŝŝĞşşıŝ¸··ŝĥµµĝ´³³²²ħ°#ŝŭĞğşşıŝ¸··ŝĥµµŝ´³³ŭ²ħ#ŝüĴğğşşıŝ¸··ŝĥµµŝ´³³ŝ²#ŝûĴĵğğşşıŝ¸··ŝĥµµŝ´³³$ŝŝĴĵĵŝğşşıŝ¸··ŝĥµµü´³³#ŝŝ­ĵĵŝğşşı¸·ĥµ´$ŝü½½ĵĵŝğşşı¸·ĥµŝ´#ŝû½½ĵĵğşıŝ¸··üĥµµ#ŝú½½ĵĵğşıŝ¸··ŭĥµ#ŝŝŻŝ½ĵĵŝğşşıŝ¸··ŝĥ#ŝŭŻż½ĵŝğşşı¸·$ŝüŻżż½ĵğşı¸ŝ·#ŝŝŻżżŝ½ĵĵğşıŝ¸#ŝŭ°Àżżŝ½ĵĵŝğşşı$ŝü°ÀÀżż½ĵŝğşşı$ŝŭħÁÀÀż½ĵğşŝı#ŝŝħÁÁÀżŝ½ĵĵğş$ŝŝħÁÁÀżŝ½ĵĵŭğş#ŝŝħÁÁÀż½ĵŝğ#ŝü²ÂÂÁÁÀż½ĵ$ŝŝ²ÂÂÁÀż½ĵ$ŝŭ³ÂÂÁÀżŭ½ĵ#ŝü³ÂÂÁÀżŝ½#ŝŝ³ÂÁÀż$ŝŝ³ÂÁÀż$ŝŝ³ÂÁÀżŝ#ŝŝ³ÂÁÀż$ŝŝ³ÂÁÀż$ŝŝ³ÂÁÀż$ŝŭ³ÄÂÁÀŝż#ŝü³ÄÄÂÁÀ$ŝŝ³ÄÄÂÁŝÀ#ŝŝ³ÄÄÂÁ$ŝŝ³ÄÄ ÂÁ$ŝŝ³ÄÄ ÂÁ$ŝŭ³ÄÄ ÂÁ$ŝŝ³ÂÁ$ŝŝ³ÂŝÁ#ŝŝ³Â$ŝŝ³Â$ŝŝ³Â$ŝŝ³Â$ŝŝ²ŝÂ#ŝŭ²Â$ŝŝ²ÂÂ$ŝŝħÂÂ$ŝüħÁÁÂÂ$ŝŝħÁÁ $ŝŝħÁÁ $ŝŝ°ÁÁ $ŝŭ°ÀÁÁÂ$ŝüŻÀÀÁÁÂ$ŝŝ•˘˘Ħ Ÿž$ŝŭ•£˘˘Ħ Ÿž$ŝŭ•£˘˘Ħ Ÿž$ŝü•££˘˘Ħ Ÿŝž#ŝŝ•££˘Ħ Ÿŝž#ŝŝ–££˘Ħ Ÿ$ŝŝ–££˘Ħ Ÿ$ŝŭ–¤££˘Ħ Ÿ$ŝü–¤¤££˘Ħ Ÿ$ŝŝ–¤¤£˘Ħ Ÿ$ŝŝ–¤¤£˘Ħ ŝŸ#ŝŝ—¤¤£˘Ħ $ŝŭ—¤¤£˘Ħ $ŝü—¤¤£˘Ħ $ŝŝ—¤£˘Ħŝ #ŝŝ˜¤£˘Ħ$ŝŭ˜Ĥ¤£˘Ħ$ŝü˜ĤĤ¤£˘ŝĦ#ŝŝ™ĤĤ¤£˘$ŝú™§§ĤĤ¤£˘$ŝŝ™§§Ĥ¤£˘$ŝŝ™§§Ĥ¤£ŝ˘#ŝŝ™§§Ĥ¤£$ŝŭš¨§§Ĥ¤£$ŝüš¨¨§§Ĥ¤ŝ£#ŝŝš¨¨§Ĥ¤$ŝŭ›İ¨¨§Ĥ¤$ŝŝ›İݨ§Ĥ¤$ŝŝœİݨ§Ĥŝ¤#ŝüœŞŞİݨ§Ĥ$ŝŝœŞŞİ¨§Ĥ$ŝŝœŞŞİ¨§Ĥ$ŝŝœŞŞİ¨§Ĥŝ#ŝŝœŞŞİ¨§Ĥ$ŝŝœŞŞİ¨§ŝĤ#ŝŝœŞŞİ¨§$ŝŭĞŞŞİ¨§$ŝüĞĞŞŞİ¨§$ŝŝĞĞŞİ¨§$ŝŝĞĞŞİ¨ŝ§#ŝŝĞĞŞİ¨$ŝŝĞĞŞİ¨$ŝŝĞĞŞİŝ¨#ŝŝĞĞŞİ$ŝŝĞĞŞİ$ŝŝĞĞ Şŝİ#ŝŝĞ Ğ Ş$ŝŝĞ ĞŞ$ŝŝĞ ĞŞ$ŝŝĞ ĞŞ$ŝŝĞ ĞŞ$ŝŝœĞ ĞŞ$ŝŭœŞĞ ĞŞ$ŝŝœŞŞ ĞŞ$ŝŝœŞŞĞŞ$ŝŝœŞŞĞŞ$ŝŝœŞŞ$ŝŝœŞŞ$ŝŝœŞŞ$ŝŝ›ŞŞ$ŝŭ›İŞŞ$ŝü›İİŞŞ$ŝŝšİİŞ$ŝŭš¨İİŞ$ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝ§˙˙:ŝĤ˙˙:ŝ˙˙:ŝ˙˙:ŝ˙˙:ŝ˙˙:ŝ˙˙:ŝ˙˙:ŝ˙˙:ŝ˙˙:ŝ˙˙:ŝ˙˙:ŝ¤˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ˘˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ£˙˙:ŝ¤˙˙:ŝ˙˙ñCBAA@>=<<;::98776543210/01ï2DCBA@?>=<;;:9987765ü4332210/01î2DCCBA@>>=<;::988776ú544332210/01îEDCBBA@>==<;::98877ö655443322110/01íFEDCBAA@>=<<;::98877ö655443322110 /01íFEEDCBA@?>=<<;::9877ö655443322110 /01ìHFEDDCBA@?>=<<;:99877ĝ65544332210 /01ëIHFEDDCBA@?>=<<;:99877ĝ65544332210 /01êJIHFEDDCBA@?>=<<;:99877ĝ65544332210/01JëIHFEDDCBA@?>=<<;:99877ĝ65544332210/01çLJJIHFEDDCBA@?>=<<;::988776ü544332101ĉMLJJIHFEDDCBA@?>=<<;::9887765432101ċNMLKJIHFEEDCBAA?>=<<;::9887765432101ONMLKJIHFEEDCBAA@>==<;::988776543210QONMLKJIHFFEDCBAA@>==<;::988776543210âRQONMLKJIHGFEDCBBA@>==<;;:99877654321 0áTRQPNMLKJIHGFEDCBBA@>>=<;;:99877ú655443321 0àUTRQPONMKJIHGFEDCCBA@?>=<;;:998776ŝ544321 0ŜVUTRQPONMKJIIHFEDCCBA@?>=<<;:998877654321 0ŬWVUTRQPONMLJJIHFEDDCBA@?>=<<;::988776543210ÜYXVUTSQPONMLKJIHFEDDCBA@?>=<<;::988776543210ÛZYXVUTSRQONMLKJIHFEEDCBAA@>==<;::988776543210Ú[ZYXVUUSRQPNMLKJIHFFEDCBAA@>==<;::988776543210Ù]\[YXWVUTRQPNMLKJIHGFEDCBBA@>==<;::988776543210Ĝ_]\[ZXWVUTRQPONMKJIHGFEDCBBA@>==<;::988776543210×`_^\[ZYWVUTRQPONMKJIIGFEDCBBA@>==<;;:988776543210Öa`_^\[ZYXVUTRQPONMKJIIGFEDCCBA@>>=<;;:988776543210Ġba`_^\[ZYXVUTSQPONMLJJIGFEDCCBA@>>=<;;:9887765ŝ433210Ôdcba_^][ZYXVUTSRPONMLJJIHFEDCCBA@>>=<;;:988776ú544332210Óedcba_^]\[YXVUUSRQONMLJJIHFEDCCBA@>>=<;::988776ú544332210Ògfdcba`^]\[YXVUUSRQONMLKJIHFEDCCBA@>>=<;::98877ö655443322110hgfedba`_]\[YXVVUSRQONMLKJIHFEDCCBA@>==<;::98877ö65544332211ihgfedba`_]\[ZXVVUTRQONMLKJIHFEDCCBA@>==<;::98877ö65544332211jÒhgfedba`_^\[ZXWVUTRQONMLKJIHFEDCCBA@>==<;::9877654321Ïlkjhgfedba`_^\[ZXWVUTRQONMLKJIHFEDCBBA@>==<;::9877654ŝ3221Îmlkjhgfedba`_^\[ZXWVUTRQONMLJJIHFEDCBBA@>=<<;:9987765ü433221Ínmlkjhgfedba`_^\[ZXWVUTRQONMLJJIGFEDCBBA@>=<<;:998776544332211onmlkjhgfedba`_^\[ZXVVUSRQONMLJJIGFEDCBAA@>=<<;:99877654433221ponmlkjhgfedba`_^\[ZXVVUSRQONMLJIIGFEDCBAA?>=<<;:9987765443322rponmlkjhgfedba`_^\[YXVVUSRPONMLJIHGFEDCBAA?>=<;;:98877Á65544332rrponmlkjhgfedba`_^\[YXVUUSRPONMKJIHGFEDCBA@?>=<;;:98877Á6554433srrponmlkjhgfedba`_]\[YXVUTSRPONMKJIHGFEDCBA@?>=<;;:98877Á655443tsrqponmlkjhgfedba`_]\[YXVUTSQPONMKJIHFFEDCBA@?>=<;;:98877Á65544utsrqponmkkjhgfedba`^]\ZYXVUTSQPONMKJIHFFEDCBA@?>=<;;:98877Á6554uutsrqponmkjihgfedba`^]\ZYXVUTRQPONLKJIHFEEDCBA@?>=<;;:98877Á655vuutsrqponmkjihgfecba_^]\ZYXVUTRQPONLKJIHFEEDCBA@?>=<;;:98877Á65vvuussrpponlkjihgfdcba_^\[ZYXVUTRQPONLKJIHFEEDCBA@?>=<;;:98877Á6xvvutssrpponlkjihgedcb`_^\[ZYXVUTRQPONLKJIHFEEDCBA@?>=<;;:98877xv€˙utsrrppomlkjhhfedcb`_^\[ZYXVUTRQPOMLKJIHFEEDCBA@?>=<;;:98877xxwvvutsrrppomlkjhhfedbb`_^\[ZYWVUTRQPOMLKJIHFEEDCBA@?>=<;;:9987yxxvvuutsrqponmlkjhhfedbb`_^\[ZYWVUTRQPOMLKJIHFEEDCBA@?>=<<;:998yyxxvvuutsrqponmlkjhgfedba`_^\[ZYWVUTRQPOMLKJIHFFEDCBAA?>=<<;:99yyxxvus‰rqponmkkjhgfedba`_^\[ZYWVUTRQPOMLKJIHGFEDCBAA@>=<<;::zyyxxwvvutssrpponmkjjhgfedba`_^\[ZYWVUTRQPONLKJIHGFEDCBBA@>==<;:{yyxwvvutsrrpponlkjjhgfedba`_^\[ZYWVUTRQPONMKJIHGFEDCBBA@>>=<;{zyyxvuĊtsrrpponlkjihgfedba`_^\[ZYWVUTRQPONMKJIIGFEDCCBA@?>=<{{zyyxxvuËtsrrpponlkjihgfedba`_^\[ZYXVUTRQPONMLJJIHFEDDCBA@?>={{yxÇwvvuutsrrpponlkjihgfedba`_^\[ZYXVUTSQPONMLJJIHFEDDCBA@?>{{ŝzyyxÈwvvuussrrpponlkjihgfedba`_^\[ZYXVUTSRQONMLKJIHFEEDCBAA@{{yxvÌutssrqpponlkjihgfedba`_^\[ZYXVUUSRQONMLKJIHGFEDCBBA{{ŝzyyxvÍutssrqpponlkjihgfedbb`_^][ZYXVVUTRQPNMLKJIHGFEDCCB{{ŝzyyxvÎutssrqpponlkjihgfedbb`_^]\[YXWVUTRQPONMKJIIGFEDDC{{yxvutssrqpoonlkjjhgfedcb`_^]\[YXWVUTRQPONMKJIIHFEDD{{ŝzyyxvuÓtssrqpoonlkjjhgfedcba_^]\[YXWVUTSQPONMLKJIHGEEġŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ›œóžŞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦ Ÿžœ›œŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ›œüĴĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ›œ÷ĴĞĞŞİݨ¨§§ŭĤ¤¤ü£˘˘ĦĦ Ÿžœ›œĴóĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ ›œ­ĴĴĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ ›œŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ ›œŭ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ›œŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ›œûŻ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ›œŻŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœî°ŻŻ­­ĴĴĞŞŞİݨ¨§§ŭĤ¤¤ü£˘˘ĦĦ Ÿžœŝ°°ñŻ­­ĴĴĞŞŞİݨ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœŝħ°°ġŻ­­ĴĴĞĞŞİİŝ¨§§üĤ¤¤£ŝ˘ĦĦ Ÿžœŭ²ħ°°ŝŻù­ĴĴĞĞŞİİŝ¨§§üĤ¤¤£ŝ˘ĦĦ Ÿž œü³²ħ°°ŝŻŝ­ĴĴŭĞŞİİŝ¨§§Ĥŝ¤¤£˘Ħ Ÿž œ³ù²ħħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§Ĥŝ¤¤£˘Ħ Ÿž œö´³³²ħħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§Ĥŝ¤¤£˘Ħ Ÿž œ´³²÷ħ°°ŻŻ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿž œµù´³³²²ħ°°ûŻ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœµŝ´³³ŭ²ħ°°ñŻ­­ĴĴĞŞŞİݨ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœĥµŝ´³³ŭ²ħ°°ŝŻù­ĴĴĞĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœô·ĥĥµµ´´³³²ħ°°ŝŻù­ĴĴĞĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ·òĥµµ´´³³²ħħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœŝ¸··ŝĥµµö´³³²²ħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœŭı¸··ŝĥµµö´³³²²ħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœıŝ¸··ŝĥµµò´³³²²ħ°°ŻŻ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ÷şıı¸¸··ĥµµŝ´³³ö²ħ°°ŻŻ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœşı¸·ĥµŝ´³³ŭ²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœşı÷¸··ĥĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžŭœğşşı÷¸··ĥĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžüœĵğşşıŝ¸··ûĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžĵŝğşşıŝ¸··ûĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤£˘Ħ Ÿžĵğşıŝ¸··öĥµµ´´³³²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤£ŝ˘ĦĦ Ÿžŝ½ĵĵğşıŝ¸··öĥµµ´´³³²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤£ŝ˘ĦĦ Ÿžŭ½ĵĵğşıŝ¸··ûĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŭĞŞİİù¨§§ĤĤ¤¤£ŝ˘ĦĦ Ÿžŝ½ĵĵğşıŝ¸··ûĥµµ´³³ö²ħ°°ŻŻ­ĴĴôĞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦü ŸŸžžŝŝ½ĵĵğşıŝ¸··ûĥµµ´³³ö²ħ°°ŻŻ­ĴĴôĞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžŝżŝ½ĵĵğşıŝ¸··ûĥµµ´³³è²ħ°°ŻŻ­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžżŝ½ĵĵğşıŝ¸··ûĥµµ´³³ú²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿŝžżżŝ½ĵĵğşı÷¸··ĥĥµµ´³³ú²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿżŝ½ĵĵŝğşşı÷¸··ĥĥµµ´³³ú²ħ°°Żö­ĴĴĞŞŞİݨ§§üĤ¤¤ü£˘˘ĦĦ ŭŸÀżżŝ½ĵĵŝğşşı︷·ĥĥµµ´³³²²ħ°°Żö­ĴĴĞŞŞİݨ§§üĤ¤¤ü£˘˘ĦĦ Àżŝ½ĵĵŝğşşıû¸··ĥµµö´³³²²ħ°°Żö­ĴĴĞŞŞİݨ§§üĤ¤¤ü£˘˘ĦĦû ÁÀÀżż½ĵŝğşşı¸·ŝĥµµö´³³²²ħ°°Żö­ĴĴĞŞŞİݨ§§üĤ¤¤ü£˘˘ĦĦüÁÀÀżż½ĵŝğşşı¸·ŝĥµµö´³³²ħħ°°Żö­ĴĴĞŞŞİݨ§§üĤ¤¤ö£˘˘ĦĦÁÁÀÀżż½ĵŝğşşı¸·ŝĥµµö´³³²ħħ°°Żö­ĴĴĞŞŞİݨ§§üĤ¤¤û£˘˘ĦÁÁÀż½ĵŝğşşı¸·ŝĥµµö´³³²ħħ°°Żö­ĴĴĞŞŞİݨ§§Ĥŝ¤¤£ŝ˘ÁÁÀżŝ½ĵĵğşıŝ¸··ŝĥµµö´³³²ħħ°°Ż­ĴĴĞŞŞİݨ¨§§ĤĤ¤¤£ÁÀżŝ½ĵĵğşıŝ¸··ŝĥµµö´³³²ħħ°°Ż­ĴĴĞŞŞİݨ¨§§ĤĤ¤¤ŭ£ÂÁÁÀżŝ½ĵĵğşıŝ¸··ŝĥµµö´³³²ħħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤ŝÂÁÁÀżŝ½ĵĵğşıŝ¸··ŝĥµµö´³³²ħħ°°Żġ­ĴĴĞĞŞİݨ¨§§ùĤ¤¤ÂÂÁÁÀż½ĵğşıŝ¸··ŝĥµµö´³³²ħħ°°Żù­ĴĴĞĞŞİİŝ¨§§üĤÂÂÁÀż½ĵŝğşşıŝ¸··ŝĥµµö´³³²ħħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§ŭĤÂÂÁÀż½ĵŝğşşıŝ¸··ŝĥµµö´³³²²ħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§ŝĤÂÂÁÀż½ĵŝğşşıŝ¸··ŝĥµµò´³³²²ħ°°ŻŻ­ĴĴŭĞŞİݨ§ŝÂÂÁÀż½ĵŝğşşıŝ¸··ŝĥµµò´³³²²ħ°°ŻŻ­ĴĴöĞŞŞİݨ¨§ÂÂÁÀż½ĵŝğşşıŝ¸··ŝĥµµŝ´³³ŭ²ħ°°ġŻ­­ĴĴĞŞŞİİŭ¨ÂÂÁÀż½ĵŝğşşıŝ¸··ŝĥµµŝ´³³ŭ²ħ°°ŝŻù­ĴĴĞĞŞİİÂÁÀż½ĵŝğşşı¸·ĥµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴùĞŞİİÂÂÁÀż½ĵğşı¸·ĥµ´³ù²ħħ°°Żŝ­ĴĴüĞŞŞÂÁÀż½ĵŝğşşıŝ¸··ĥµŝ´³³²°ŝŻŝ­ĴĴŭĞŞÂÁÀż½ĵŝğşşı¸·ĥµ´³ġ²ħħ°°ŻŻ­ĴĴНœ› š™šŝžœ› š™šžœ› š™šžœ› š™šžœ› š™šžœ› š™šŝŸžžœ› š™šŸžœ› š™šŸžœ› š™šŸžœ› š™šŸžœ›š ™šŸžœ›š ™šŝ ŸŸžœ›š ™š Ÿžœ›š ™š Ÿžœ›š ™šŝĦ  Ÿžœ›š ™üšĦĦ  Ÿžœ›š ™Ħ Ÿžœ›š™Ħ Ÿžœ›š™ŝ˘ĦĦ Ÿžœ›š™˘Ħ Ÿžœ›š™˘Ħ Ÿžœ›š™ŝ£˘˘Ħ Ÿžœ›š™£˘Ħ Ÿžœ›š™£˘Ħ Ÿžœ›š™£˘Ħ Ÿžœ› š™ŝ¤££˘Ħ Ÿžœ› š™¤£˘Ħ Ÿžœ› šŝ™¤¤£˘Ħ Ÿžœ› šŝ™¤¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› šŝĤ¤£˘Ħ Ÿžœ› šĤ¤£˘Ħ Ÿžœ›šĤ¤£˘Ħ Ÿžœ›šŝ§ĤĤ¤£˘Ħ Ÿžœ›š§Ĥ¤£˘Ħ Ÿžœ›š§Ĥ¤£˘Ħ Ÿžœ›š§Ĥ¤£˘Ħ Ÿžœ›š§Ĥ¤£˘Ħ Ÿžœ›šŝ¨§§Ĥ¤£˘Ħ Ÿžœ›š¨§Ĥ¤£˘Ħ Ÿžœ›ŝš¨¨§Ĥ¤£˘Ħ Ÿžœ›ŝݨ¨§Ĥ¤£˘Ħ Ÿžœ›İ¨§Ĥ¤£˘Ħ Ÿžœ›İ¨§Ĥ¤£˘Ħ Ÿžœ›İ¨§Ĥ¤£˘Ħ Ÿžœ›ŝŞİݨ§Ĥ¤£˘Ħ Ÿžœ›Şİ¨§Ĥ¤£˘Ħ Ÿžœ›Şİ¨§Ĥ¤£˘Ħ Ÿžœŝ›ŞŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžŝœŞŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ Ÿž Şİ¨§Ĥ¤£˘Ħ Ÿž Şİ¨§Ĥ¤£˘Ħ Ÿž Şİ¨§Ĥ¤£˘Ħ ŸžŝŞ Şİ¨§Ĥ¤£˘Ħ Ÿž Şİ¨§Ĥ¤£˘Ħ Ÿž÷233445667789:;;<=>?@ABCDDEGHIJKLNNPQSTUVXYZ[]^_abcdeghijklmopp23344556677Â89::;<<=>@ABBCDEFHIJJLMNOQRSTUWXY[\^^`abddfghjjkmnop2233445667789:;;<=>?@ABCDDEFHIJKLNNPQRTUVXXZ[\^_`bcdefghjklmoo223344556677Â899:;<<=>@AABCDEFGHIJKMNOPRSTUVXYZ\]^_abcdeghijklno12233445667789::;<=>>@ABCCDEFHIJJLMNOQRTUVWXY[\^_`abdefghjjkmn122334455667789:;;<=>?@ABCDDEFHIJKLNNPQRTUVWXZ[\^_`abdefghjklm11223344556677Ì899:;<<=>@AABCDEFGHIJKMNOPQSTUVXYZ[]^_`bcdeghijkl112234ü5667789::;<==>@ABBCDEFHHIJKMNOPRSTUVXYZ\]^_abcdfghijk112345678Ñ9::;<=>?@ABBCDEFHIJJLMNOQRTTUVXY[\]^`abddfghij112345678Ò9:;;<=>?@ABCCDEFHIJKLMNOQRTUUWXY[\^^`abdefghj11234567Ñ899:;;<=>?@ABCDDEFHIJKLMNPQRTUVWXZ[\^_`abdefgh112345ŝ677Ò899:;<<=>@@ABCDDEFHIJKLMNPQRTUVWXZ[\^_`abdefg112345ŝ677Ó899:;<<=>@@ABCDEEGHIJKLMNPQRTUVWXZ[\^_`abdef11234ü56677Ô899:;<<=>@@ABCDEEGHIJKLMOPQRTUVWYZ[\^_`abde11234ü5667789×:;<<=>@@ABCDEEGHIJKLMOPQRTUVWYZ[\^_`abd011234ü5667789×:;<<=>@@ABCDEEGHIJKLMOPQRTUVWYZ[\^_`ab0011234ü56677×899:;<<=>@@ABCDEEGHIJKLMOPQRTUVWXZ[\^_`a001234ü56677Ĝ899:;<<=>@@ABCDEEFHIJKLMNPQRTUVWXZ[\^_`0012345ŝ677Ù899:;<<=>@@ABCDDEFHIJKLMNOQRTUVWXY[\^_0012345ŝ677Ú899:;;<=>?@ABCDDEFHIJKLMNOQRTUUWXY[\^001234567Û899:;;<=>?@ABCDDEFHIJKLMNOQRTUUWXY[\001234567Ü899:;;<=>?@ABCCDEFHIJKLMNOQRTTUWXY[0012345678ß9:;;<=>?@ABBCDEFHIIKLMNOPRSTUVXY0 012345678à9::;<==>@ABBCDEFHIIJLMNOPRSTUVX0 01234ü566778á9::;<==>@ABBCDEFHHIJKMNOPRSTUV0 012345ŝ6778â9::;<<=>@AABCDEFGHIJKMNOPQSTU00/01234567â899:;<<=>@AABCDEFGHIJKMNOPQST00/01234567899:;<<=>@@ABCDEFGHIJKLNOPQS00/01234567ä899:;;<=>@@ABCDEEGHIJKLNOPQ00 /01234ü566778ç9:;;<=>?@ABCDEEGHIJKLNOP00 /01234ü566778è9:;;<=>?@ABCDDEGHIJKLNO00 /012345ŝ6778é9:;;<=>?@ABCDDEGHIJKLN00 /012345ŝ6778é9::;<=>?@ABCDDEGHIJKL100/012345ŝ6778é9::;<=>?@ABCDDEGHIJK1100/012345ŝ6778ì9::;<=>?@ABCDDEGHIJ110/012345ŝ6778í9::;<=>?@ABCDDEGHI110/012345ŝ6778î9::;<=>?@ABCDEEGH110/012345ŝ6778ï9::;<=>?@ABCDEEG110/012345ŝ6778ï9:;;<=>?@ABCDEF2110/012345ŝ6778ï9:;;<=>@@ABCDE22110/012345ŝ6778ï9:;;<=>@@ABCD322110/01234ü566778ï9:;<<=>@AABC3322110/01234ü56677í899:;<<=>@AAB43322110/0123ú4556677í899:;<<=>@AB443322110/01234567í89::;<==>@A5443322110 /012345ŝ6778î9::;<==?@65443322110 /01234ü5667789::;<=>?66544332210 /01234ü5667789:;;<=>766544332210/01234567ë899:;<<=776655443322110/01234567ĝ899:;<<7765432101234ü566778ù9::;<877ĝ6554433221012345678ĝ9::;988776ŝ544321 012345678ŝ9::ü98877654321 01234567ö899:;:988776543210 1234567ö899;;:998776543212345678ö9<<;::988776543212345678ö=<<;::988776ŝ544321234567ô8>==<;;:99877654321234567ó@?>=<<;::98877654321234567òA@?>=<<;::98877654321234567BA@@>==<;;:99887765432123456î7CBAA@>==<;;:99887765432 123456îDCBBA@?>=<<;::9887765432 123456žŝŸ  Ħ˘ŝ£¤¤ĤĤ§§¨¨İİŞŞĞĴĴ­ŝŻ°°öħ²³³´´µµĥ··ü¸ıışşğĵŝ½žŸ Ħ˘£¤ŭĤ§§ŝ¨İİŭŞĞĴĴŝ­úŻ°°ħ²³³ô´µµĥĥ··¸¸ıışşŝğĵĵ½žŝŸ  Ħ˘ŝ£¤¤üĤĤ§§ò¨İİŞŞĞĴĴ­­Ż°°öħ²³³´´µµĥ··ŝ¸ıışğĵġ½žžŸŸ  ĦĦ˘£¤ĤĤ§§¨¨İİŞĞĞĴĴ­öŻ°°ħ²²³³´µµĝĥ··¸¸ıışşŝğĵĵ½ŭžžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴû­Ż°°ŭħ²³³÷´µµĥĥ··¸ıışŝğĵĵġ½žžŸŸ  ĦĦü˘££¤¤üĤĤ§§ò¨İİŞŞĞĴĴ­­Ż°°öħ²³³´´µµĥ··ŝ¸ıışğĵü½žžŸ Ħ˘£¤ĤĤ§§¨¨İİŞĞĞĴĴ­öŻ°°ħħ²³³´µµŝĥ··ü¸ıışşğĵžŸ Ħ˘ŝ£¤¤ŭĤ§§ŝ¨İİŭŞĞĴĴŝ­öŻ°°ħ²²³³´µµĝĥ··¸¸ıışşŝğĵĵžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴö­ŻŻ°°ħ²³³ô´µµĥĥ··¸¸ıışşüğĵĵžŸ Ħü˘££¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴû­Ż°°ŭħ²³³÷´µµĥĥ··¸ıışŭğĵžŸ Ħ˘£¤üĤĤ§§ù¨İİŞŞĞĴĴû­Ż°°ŭħ²³³÷´µµĥĥ··¸ıışŝğžŸ Ħ˘£¤ìĤĤ§§¨¨İİŞŞĞĴĴ­­Ż°°ŭħ²³³û´µµĥ··ŝ¸ıışžŸ Ħ˘£¤ìĤĤ§§¨¨İİŞŞĞĴĴ­­Ż°°ŭħ²³³û´µµĥ··ŝ¸ıışžŸ Ħ˘£¤ìĤĤ§§¨¨İİŞŞĞĴĴ­­Ż°°öħ²³³´´µµĥ··ŝ¸ııŭşœžŸ Ħ˘£¤ìĤĤ§§¨¨İİŞŞĞĴĴ­­Ż°°öħ²³³´´µµĥ··ŝ¸ııœžŸ Ħ˘£¤ìĤĤ§§¨¨İİŞŞĞĴĴ­­Ż°°ŭħ²³³û´µµĥ··ü¸ııœœžŸ Ħ˘£¤ìĤĤ§§¨¨İİŞŞĞĴĴ­­Ż°°ŭħ²³³û´µµĥ··ŭ¸ıœœžŸ Ħ˘£¤ìĤĤ§§¨¨İİŞŞĞĴĴ­­Ż°°ŭħ²³³÷´µµĥĥ··¸œœžŸ Ħ˘£¤ìĤĤ§§¨¨İİŞŞĞĴĴ­­Ż°°ŭħ²³³ĝ´µµĥĥ··œœžŸ Ħ˘£¤üĤĤ§§ŝ¨İİŭŞĞĴĴû­Ż°°ŭħ²³³ù´µµĥĥ·œœžŸ Ħ˘£¤üĤĤ§§ŝ¨İİŭŞĞĴĴû­Ż°°ŭħ²³³ú´µµĥĥœœžŸ Ħü˘££¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴö­ŻŻ°°ħ²³³û´µµĥœœžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴö­ŻŻ°°ħ²³³ü´µµœ œžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴŝ­ġŻ°°ħ²²³³´µœ œžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴŝ­öŻ°°ħ²²³³´œœ›œžŸ Ħ˘£¤ŭĤ§§¨İùŞĞĞĴĴ­ġŻ°°ħ²²³³œœ››œžŸ Ħ˘£¤ĤĤ§§¨¨İİŞĞĞĴĴ­ĝŻ°°ħħ²³œœ›œžŸ Ħü˘££¤¤ĤĤ§§¨¨İİŞŞĞĴĴ­ùŻ°°ħħ²œœ ›œžŸ Ħü˘££¤¤ĤĤ§§¨¨İİŞŞĞĴĴ­úŻ°°ħħœœ ›œžŸ Ħ˘ŝ£¤¤üĤĤ§§ï¨İİŞŞĞĴĴ­­Ż°°ħœœ ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§¨İİŞŞĞĴĴ­­Ż°°œœ ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ñ¨İİŞŞĞĴĴ­­Ż°œœ ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİġŞĞĴĴ­­Żœœ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİġŞĞĴĴ­­œœ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİöŞĞĴĴ­­œœ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ġ¨İİŞŞĞĴĴ­­œ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ö¨İİŞŞĞĴĴ­œ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§÷¨İİŞŞĞĴĴœ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ĝ¨İİŞŞĞĴœ›œžŸ Ħ˘ŝ£¤¤ôĤ§§¨¨İİŞŞĞžœ›œžŸ Ħ˘ŝ£¤¤òĤĤ§§¨¨İİŞĞžžœ›œžŸ Ħ˘ŝ£¤¤òĤĤ§§¨¨İİŞŸžžœ›œžŸ Ħü˘££¤¤òĤĤ§§¨¨İİŸŸžžœ›œžŸ Ħü˘££¤¤ŭĤ§§ù¨İİ ŸŸžžœ›œžŸ Ħ˘£¤ŭĤ§§ù¨İ  ŸŸžžœ ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ù¨Ħ  ŸŸžžœ ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§Ħ Ÿžœ ›œžŸ Ħ˘ŝ£¤¤úĤĤ§§ĦĦ Ÿžœ ›œžŸ Ħü˘££¤¤úĤĤ§˘ĦĦ Ÿžœ›œžŸ Ħ˘£¤ùĤĤ£˘˘ĦĦ ŸžœžŸ Ħ˘ŝ£¤¤ùĤ££˘˘ĦĦ ŸžœžŸ Ħ˘ŝ£¤¤¤ü£˘˘ĦĦ ŸžœžŸ Ħü˘££¤¤ŝ¤¤ü£˘˘ĦĦ Ÿž œžŸ Ħ˘£¤ŝ¤¤£˘Ħ Ÿž œžŸ Ħ˘£¤ŭĤ¤¤£˘Ħ Ÿž œ žŸ Ħ˘£û¤ĤĤ¤¤ü£˘˘ĦĦ ŸžžŸ Ħ˘ĝ£¤§§Ĥ¤¤£˘Ħ ŸžžŸ Ħ˘ŝ£§§üĤ¤¤£˘Ħ ŸžžŸ Ħü˘£¨§§Ĥŝ¤¤ü£˘˘ĦĦ ŸžžŸ Ħ˘öݨ¨§§ĤĤ¤¤£˘Ħ ŸžžŸ Ħú˘İݨ¨§§üĤ¤¤£˘Ħ ŸžžŸ ĦúŞİݨ¨§§Ĥŝ¤¤ŝ£˘˘Ħ ŸžžŸ ĦŞİŝ¨§§Ĥŝ¤¤£˘Ħ Ÿž žŸ Ħš›œžŸ Ħ˘£¤Ĥ§š›œžŸ Ħ˘£¤Ĥ§š›œžŸ Ħ˘£¤Ĥ§š›œžŸ Ħ˘£¤Ĥ§š›œžŸ Ħ˘£¤Ĥŝ§šš›œžŸ Ħ˘£¤Ĥš›œžŸ Ħ˘£¤Ĥš›œžŸ Ħ˘£¤ŝĤšš›œžŸ Ħ˘£¤ š›œžŸ Ħ˘£¤ š›œžŸ Ħ˘£¤ š›œžŸ Ħ˘£¤ š›œžŸ Ħ˘£¤ŝš š›œžŸ Ħ˘£¤ š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£ŭ¤™šš›œžŸ Ħ˘£™š›œžŸ Ħ˘£™š›œžŸ Ħ˘£™š›œžŸ Ħ˘ŝ£™™š›œžŸ Ħ˘™š›œžŸ Ħ˘™š›œžŸ Ħŝ˘™™š›œžŸ Ħ ™ š›œžŸ Ħ ™ š›œžŸ Ħ™ š›œžŸ ŝĦ™™ š›œžŸ ™ š›œžŸ ŝš™™ š›œžŸ ŝš™™ š›œžŸü šš™™ š›œžŸš™ š›œžŸš™ š›œžŸš™ š›œžŸš™ š›œžŝŸšš™ š›œžš™ š›œžš™ š›œžš™ š›œŝžšš™ š›œ š™ š›œ š™ š›œŝ›š š™ š›œ› š™ š›œ› š™ š›œ› š™ š›œŝ›› š™ š›œ› š™ š›œ› š ™ š›œ›š ™š›œ›š™š›œ›(š›œ›'š›œ›&š ›œ›%š›ŭœœœ›%š›œ ›$š›œ›#š›œ ›"š›œ›"š›œ › š›ŝžœ › š›rústuvvxxy{|~|{yxŜwvvutsrrppomlkjhhfqrssuuvwxxyyz{{||~ŝ}||{Üzyyxxvvuussrqponmkjihgprrstuvvwxxyy{{|ŝ}~~ŝ}||{Üzyyxxvvutsrrpponlkjhhpqrsstuvvxxyyz{{|ŝ}~~|{yxŜwvvutsrqponmlkjhopqrssuuvwxxyyz{{||~ŝ}||{Ùzyyxxvvuussrqponmkjinoprrstuvvwxxyyz{{||~ŝ}||{ázyyxxvvutsrrppomlkjmopprrstuvvxxy{|~|{yxàwvvutsrqponmlklnopprrstuvvxxyyz{{|~ŝ}||{Ûzyyxxvvuussrqponmkklnopqrsstuvvxxyyz{{|~|{Ûzyyxxvvutssrpponljkmnopqrssuuvvxxyyz{{| ~ŝ}||{yxßwvvutsrrppomjjkmnopqrstuuvvxxyyz{{| ~|{Úzyyxxwvvutsrqponhjjlmnopqrstuuvvxxyyz{{|ŝ}~ ~|{Úzyyxxvvuutsrqpoghjjlmnopqrstuuvvxxyyz{{|ŝ}~ ~ŝ}||{Úzyyxxvvuussrqpfghjjlmnopqrstuuvvxxyyz{{| ~|{yxváutssrpefghjjlmnopqrsstuvvxxyyz{{| ~|{ŝzyyxvĉutssrdefghjjlmnopqrsstuvvxxyüz{{|| ~ŝ}||{Ŝzyyxxwvvutsrbdefghjjlmnopqrsstuvvxxyŝz{{|ŝ}~~ŝ}||{Ŝzyyxxwvvutsabdefghjjklnopqrrstuvvxxyŝz{{|ŝ}~~|{Ŝzyyxxwvvut`abdefghjjklnopprrstuvvxxyŝz{{|ŝ}~~|{Ŝzyyxxwvvu_`abdefghijklnopprrstuvvxxyŝz{{|ŝ}~~|{Ŝzyyxxwvv^_`abdefghijklnopprrstuvvxxyŝz{{|ŝ}~~|{Ŝzyyxxwv\]^`abddfghijklnopprrstuvvxxyŝz{{|ŝ}~~ŝ}||{ŜzyyxxwZ\]^`abddfghijklnopprrstuvvxxyŝz{{|ŝ}~~ŝ}||{ŜzyyxxYZ\]^`abddfghijklnopprrstuvvxxyŝz{{| ~ŝ}||{ŝzyyâXYZ\]^_abddfghijklnopprrstuvvxxyüz{{|| ~|{ŜzyyVXYZ\]^_abcdfghijklnopprrstuvvxxyüz{{|| ~ŝ}||{ßzUVXYZ[]^_abcdfghijklnopprrstuvvxxy{|ŝ}~ ~ŝ}||{ÚTUVXYZ[]^_abcdfghijklnopprrstuvvxxyyz{{|ŝ}~ ~|{ÙSTUVXYZ[]^_abcdfghijklnopprrstuvvxxyyz{{| ~|ĜQSTUVXYZ[]^_abcdfghijklnopprsstuvvxxyyz{{| ~ŝ}||×PQSTUVXYZ[]^_abddfghijklnopqrssuuvvxxyyz{{|ŝ}~ ~Ñ}||OPQSTUVXYZ[]^_abddfghijklnopqrstuuvvxxyyz{{||~Ò|NOPQSTUVXYZ[]^`abddfghjjklnopqrstuuvwxxyyz{{||~ÒLNOPQSTUVXYZ\]^`abddfghjjkmnopqrstuuvwxxyyz{{||~ÑKLNOPQSTUVXYZ\]^`abddfghjjlmnopqrstuuvwxxyyz{{|| ~ÓJKLNOPQSTUVXYZ\]^`abdefghjjlmnoprrstuuvwxxyy{{|ŝ}~ ~×IJKMNOPQSTUVXYZ\^^`abdefghjjlmnoprrstuvvxxŭyz{{|ŝ}~ ~ÖHIJKMNOPRSTUVXY[\^_`abdefghjjlmnoprrstuvvxxŭyz{{|ŝ}~ ~ĠGHIJKMNOPRSTUVXY[\^_`abdefghjklmnoprrstuvvxxŭyz{{|ŝ}~~ÔFGHIJKMNOPRTTUWXY[\^_`abdefghjklmnoprrstuvvxxŭyz{{|ŝ}~~ÓEFHHIJLMNOPRTUUWXZ[\^_`abdefghjklmnoprrstuvvxxŭyz{{|~ÒDEFHHIJLMNOQRTUUWXZ[\^_`abdefghjklmnoprrstuvvxxŭyz{{|ŝ}~~ÉCDEFHIIKLMNOQRTUVWXZ[\^_`abdefghjklmnoprrstuvvwxxyyz{{||ŝ}~~ÊBCDEFHIJKLMNOQRTUVWXZ[\^_`abdefghjklmnoprrstuuvwxxyyz{{|ŝ}~~BËCDEFHIJKLMNPQRTUVWYZ[\^_`abdefghjklmnoprrstuuvwxxyyz{{|Ĉ}~ABCCDEFHIJKLMNPQRTUVXYZ[\^_`abdefghjklmnopqrstuuvvxxyyz{{|Ì@ABCDDEFHIJKLMNPQRTUVXYZ[\^_`abdefghjjlmnopqrstuuvvxxyŝz{{|Ċ?@ABCDDEFHIJKLNOPQRTUVXYZ[\^_`abdefghjjlmnopqrsstuvvwxxyyz{{|Ç>@@ABCDEEGHIJKLNOPQRTUVXYZ[\^_`abdefghjjklnopprrstuuvwxxyyŝz{{Ċ=>@@ABCDEEGHIJKLNOPQRTUVXYZ[\^_`abdefghijklnopprrstuuvvwxxyyz{{<=>@AABCDEFGHIJKLNOPQRTUVWYZ[\^_`abdefghijklmoopqrsstuvvwxxyÁz<==>@AABCDEFGHIJKLNOPQRTUVWXZ[\^_`abddfghijklmnopqrrstuuvvwxxyyĈ;<==>@ABBCDEFGHIJKLNOPQRTUVWXY[\]_`abcdefghjjlmnopprrsstuvv€wxxy;;<==>@ABBCDEFGHIJKLNOPQRTUVWXY[\]^_abcdefghijklmoopqrrstuuvvwxx:;;<=>?@ABBCDEFGHIJKLNOPQRTUUWXYZ\]^_`abdefghijklmnopprrsstuuvvw9:;;<=>?@ABBCDEFGHIJKLMNOQRTTUVXYZ[\^_`abdefghhjjklnoopqrrstuuvv99:;;<=>?@ABBCDEFGHIJKLMNOQRSTUVXYZ[\^_`abcdefghijklmnoppqrsstuu89::;<<=>?@ABBCDEFGHIJKLMNOPRSTUVWYZ[\]^_abcdefghijklmnoopqrrsst889::;<<=>?@ABBCDEEGHIJKLMNOPQSTUVWXY[\]^_`abddegghijklmnoppqrrs7889::;<<=>?@ABBCDEEFHIJKLMNOPQRTUUWXYZ[\^_`abcdefghijkklmooppqr77889::;<<=>?@AABCDDEFHIIJKMNOPQRSTUVXYZ[\]^_abbdefghhijklmnoopq778Ä9::;;<=>>@AABCDDEFHHIJKLMNOQRSTUVWXY[\]^_`abcdefghijjklmnop77Â899::;<<=>>@AABCDDEFGHIJKLMNOPQRTUVWXYZ[\^_`abcdefghhijklmno6778Ç9::;<<=>>@AABCDDEFGHIJKLMNOPQRTUUVXYZ[\]^_`abcdefghijjklmŝżżÀÁ Ä ÂÁÀżŝ½ĵĵğŭşżżÀÁ Ä ÂÁÀżŝ½ĵĵûğşżżÀÁÂÄ ÂÁÀż½ĵüğżżÀÁ ÄÂÁÀżŝ½ĵĵŝğżÀÁ ÄÂÁÀż½ĵżÀÁ Ä ÂÁÀżŝ½ĵĵŝ½żÀÁ ÄÂÁÀżú½ĵĵ½½żÀÁ Ä ÂÁÀż½ĵ½żÀÁ Ä ÂÁÀż½ĵ½żÀÁ Ä ÂÁÀżŝ½ĵĵ½żÀÁÂÂÁÀżŝğĵĵ½żÀÁÂÂÁÀżŭşğĵĵ½żÀÁÂÂÁÀżşŝğĵĵ½żÀÁÂÂÁÀżŝşşŝğĵĵ½żÀÁÂÂÁÀżŝışşŝğĵĵ½żÀÁÂÂÁÀżışŝğĵĵ½żÀÁÂÂÁÀżışŝğĵĵ½żÀÁÂÂÁÀŭż¸ıışŝğĵĵ½żÀÁÂÂÁÀŭ·¸ıışŝğĵĵ½żÀÁÂÂÁĝÀ··¸¸ıışşŝğĵĵ½żÀÁÂÂÁĝĥ··¸¸ıışşŝğĵĵ½żÀÁÂÂÁ÷µĥ··¸¸ıışşŝğĵĵ½żÀÁÂÂÁµĝĥ··¸¸ıışşŝğĵĵ½żÀÁÂÂÁµĝĥ··¸¸ıışşŝğĵĵ½żÀÁÂÂŭÁ´µµĝĥ··¸¸ıışşğĵ½żÀÁÂÂŭ³´µµĝĥ··¸¸ıışşğĵ½żÀÁÂû³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁÂû²³³´µµŝĥ··ü¸ıışşŝğĵĵ½żÀÁÂúħ²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁ Ä ħû²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁ Äĝ°ħħ²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁ Ä°ħû²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁ ÄöŻ°°ħħ²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁÂÄġŻ°°ħħ²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁÂÄöŻ°°ħħ²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁÂÄŝöŻ°°ħ²²³³´µµûĥ··¸ıışŝğĵĵŝ½żÀÁÂÄŝ­ïŻ°°ħ²²³³´µµĥĥ··¸ıışŝğĵĵŝ½żÀÁÂÄŭĴ­ïŻ°°ħ²²³³´µµĥĥ··¸ıışŝğĵĵŝ½żÀÁÂÄĴŝ­úŻ°°ħ²³³÷´µµĥĥ··¸ıışŝğĵĵŝ½żÀÁÂÄûĞĴĴ­úŻ°°ħ²³³÷´µµĥĥ··¸ıışğĵŝ½żÀÁ ÄĞĴö­ŻŻ°°ħ²³³û´µµĥ··ŝ¸ıışğĵŝ½żÀÁ ŭŞĞĴĴö­ŻŻ°°ħ²³³û´µµĥ··ŝ¸ıışğĵŝ½żÀÁ üİŞĞĴĴû­Ż°°ŭħ²³³û´µµĥ··ŝ¸ıışğĵŝ½żÀÁ İŭŞĞĴĴû­Ż°°öħ²³³´´µµĥ··ŝ¸ıışğĵŝ½żÀÁÂİŭŞĞĴĴû­Ż°°öħ²³³´´µµĥ··ŝ¸ıışğĵŝ½żÀÁÂŝ¨İİŭŞĞĴĴû­Ż°°öħ²³³´´µµĥ··ŝ¸ıışŝğĵĵŝ½żÀÁÂñ§¨İİŞŞĞĴĴ­­Ż°°öħ²³³´´µµĥ··ŝ¸ıışŝğĵĵ½żÀÁ§¨¨İİŞŞĞĴĴ­­Ż°°öħ²³³´´µµĥ··ŝ¸ıışŝğĵĵ½żÀÁ§¨İŞûĞĴĴ­ŝŻ°°öħ²³³´´µµĥ··ŝ¸ıışŝğĵĵ½żÀÁ§¨İùŞĞĞĴĴ­ŝŻ°°öħ²³³´´µµĥ··ŝ¸ıışŝğĵĵŝ½żÀÁÂŝĤ§§ŝ¨İİùŞĞĞĴĴ­ŝŻ°°òħ²³³´´µµĥĥ··¸ıışğĵŝ½żÀÁüÂĤ§§ŝ¨İİùŞĞĞĴĴ­ŝŻ°°ŭħ²³³ô´µµĥĥ··¸¸ıışşğĵ½żÀÁŝĤ§§ŝ¨İİùŞĞĞĴĴ­ŝŻ°°ŭħ²³³ö´µµĥĥ··¸¸ıışŝğĵĵ½żÀÁû¤Ĥ§§ŝ¨İİùŞĞĞĴĴ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışŝğĵĵŝ½żÀÁ¤üĤĤ§§ŝ¨İİùŞĞĞĴĴ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışğĵ½żÀ¤üĤĤ§§ŝ¨İİġŞĞĞĴĴ­­Ż°°ùħ²²³³´µµŝĥ··¸ışŝğĵĵŝ½żÀ¤üĤĤ§§ŝ¨İİġŞĞĞĴĴ­­Ż°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵ½żŝ£¤¤üĤĤ§§ŝ¨İİçŞĞĞĴĴ­­ŻŻ°°ħħ²³³´´µµĥĥ··ŝ¸ıışğĵŝ½ż£¤üĤĤ§§ŝ¨İİŞŝĞĴĴŝ­ùŻ°°ħħ²³³ŝ´µµŝĥ··¸ışŝğĵĵ½ûż˘££¤¤üĤĤ§§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµĥ·¸ışğĵ½˘£¤üĤĤ§§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··ŝ¸ıışŝğĵĵ½úĦ˘˘££¤¤Ĥ§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµŝĥ··¸ışğĵ½ĝĦĦ˘˘££¤¤üĤĤ§§¨İŞŝĞĴĴŝ­Ż°ħŝ²³³ŝ´µµĥ·¸ışŝğĵĵ½§¨İ ŞĞ Şİ¨§Ĥ§¨İ ŞĞ Şİ¨§Ĥ§¨İŞĞŞİ¨§Ĥ§¨İŞĞŞİ¨§Ĥ§¨İ ŞĞ Şİ¨§Ĥ§¨İ ŞĞŞİ¨§ĤŭĤ§§¨İŞĞ Şİ¨§Ĥ§¨İŞĞ Şİ¨§Ĥ§¨İŞĞŞİ¨§ûĤĤĤ§§¨İŞĞ Şİ¨§Ĥ§¨İ ŞĞ Şİ¨§Ĥ§¨İ ŞĞ Şİ¨§Ĥ§¨İ ŞĞ Şİ¨§Ĥ§¨İ ŞĞ Şİ¨§ŝ¤Ĥ§¨İ ŞĞ Şİ¨ü§¤¤Ĥ§¨İ ŞĞ Şİ¨ŝ§¤¤Ĥ§¨İ ŞĞ Şİ¨¤Ĥ§¨İ Ş Ğ Şİ¨ŝ£¤¤Ĥ§¨İ Ş Ğ Şİü¨££¤¤Ĥ§¨İ Ş Ğ Şİ£¤Ĥ§¨İ Ş Ğ Şİ£¤Ĥ§¨İ Ş Ğ Şŭİ˘££¤Ĥ§¨İ ŞĞ Ş˘£¤Ĥ§¨İ ŞĞŞ˘£¤Ĥ§¨İ ŞĞŞŝĦ˘˘£¤Ĥ§¨İ ŞĞŞĦ˘£¤Ĥ§¨İ ŞĞŞĦ˘£¤Ĥ§¨İ ŞĞŞĦ˘£¤Ĥ§¨İ ŞĞŞŝ ĦĦ˘£¤Ĥ§¨İŞĞŞ Ħ˘£¤Ĥ§¨İŞĞŝŞ  Ħ˘£¤Ĥ§¨İŞĞ Ħ˘£¤Ĥ§¨İ ŞĞŝŸ  Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İŞĞŸ Ħ˘£¤Ĥ§¨İŞĞŸ Ħ˘£¤Ĥ§¨İŞ ĞŸ Ħ˘£¤Ĥ§¨İŞ ĞŝžŸŸ Ħ˘£¤Ĥ§¨İŞ ĞžŸ Ħ˘£¤Ĥ§¨İŞ ĞžŸ Ħ˘£¤Ĥ§¨İŞ ĞžŸ Ħ˘£¤Ĥ§¨İ ŞĞžŸ Ħ˘£¤Ĥ§¨İ ŞĞŝžžŸ Ħ˘£¤Ĥ§¨İ ŞĞžŸ Ħ˘£¤Ĥ§¨İ ŞĞžŸ Ħ˘£¤Ĥ§¨İ ŞĞžŸ Ħ˘£¤Ĥ§¨İ ޝžŸ Ħ˘£¤Ĥ§¨İ ޝžŸ Ħ˘£¤Ĥ§¨İŞŝœžŸ Ħ˘£¤Ĥ§¨İŞŝœžŸ Ħ˘£¤Ĥ§¨İŞœžŸ Ħ˘£¤Ĥ§¨İŞœžŸ Ħ˘£¤Ĥ§¨İŞœžŸ Ħ˘£¤Ĥ§¨İŝŞœœžŸ Ħ˘£¤Ĥ§¨İœžŸ Ħ˘£¤Ĥ§¨İœžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨ŝ›œœžŸ Ħ˘£¤Ĥ§ü¨››œœžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤ĤÔedbb`_^\[ZYWVUTRQPNNLKJIHFFEDCBA@?>=<<;:998776543210Ófedba`^]\[YXVVTSRQONMLJJIGFEDCBBA@>==<;::98877ö655443322110Ógedcba_^\\ZYXVUTRQPONLKJIHFFEDCBA@?>=<<;:988776ú544332210Ĉgfedba`_^\[ZXWVUTRQONMLJJIHFEDCBBA@>==<;::988776655443322110Òhgfdcba`^]\[YXVUTSRPONMKJIHGFEDCBA@?>=<<;:998776ú544332210hhgedcba_^\[ZYWVUTRQPNNLKJIHFEDDCBA@?>=<;::98877ö655443322110jhgfedba`_^\[ZXWVUTRQONMLJJIHFEDCBBA@>=<<;::9877654ŝ3221jihgfedba`^]\[YXVUTSRPONMKJIHGFEDCBAA?>=<<;:998776ĝ544332211Ïkjihgedcba_^]\ZYXVUTRQPONLKJIHFFEDCBA@?>=<;;:98877ö65544332211Îlkjhhfedcb`_^\[ZYWVUTRQPNNLKJIHFEDDCBA@>>=<;::98877ö65544332211Îmlkjhgfedba`_^\[ZXWVUTRQPNMLKJIHFEDCCBA@>==<;::9877654321Ínmlkjhgfedba`_^\[ZXWVUTRQONMLJJIHFEDCBBA@>==<;::9877654ŝ322Ë1onmkjihgfedba`_]\[YXVUUSRQONMLJJIGFEDCBBA@>=<<;:9987765ü43322Ëponlkjihgfedba`^]\[YXVUTSRPONMLJIIGFEDCBAA@>=<<;:9987765Ċ43322pponlkjihgfecba`^]\ZYXVUTSRPONMKJIHGFEDCBAA?>=<<;:998776544332rpponlkjihgfdcba_^]\ZYXVUTSQPONMKJIHGFEDCBAA?>=<<;:99877654433rrpponlkjihgedcba_^]\ZYXVUTRQPONMKJIHGFEDCBAA?>=<<;:9987765443srrpponlkjhhfedcba_^\[ZYXVUTRQPONMKJIHGFEDCBA@?>=<<;:998776544tsrrpponlkjhhfedcba_^\[ZYXVUTRQPONMKJIHFFEDCBA@?>=<;;:99877654utsrrpponlkjhhfedcba_^\[ZYXVUTRQPONMKJIHFFEDCBA@?>=<;;:9987765vutsrrpponlkjhhgedcba_^\[ZYXVUTRQPONMKJIHFFEDCBA@?>=<;;:998776vĊutsrrpponlkjihgedcba_^\[ZYXVUTRQPONMKJIHFFEDCBA@?>=<;;:99877Á6wvvutsrrpponlkjihgfdcba_^][ZYXVUTRQPONMKJIHGFEDCBA@?>=<;;:99877€xwvvutssrpponlkjihgfdcba`^][ZYXVUTRQPONMKJIHGFEDCBA@?>=<;;:99877yxxvvutssrpponlkjihgfecba`^]\ZYXVUTSQPONMKJIHGFEDCBA@?>=<;;:9987yyxxvvutssrpponmkjihgfecba`^]\ZYXVUTSQPONMKJIHGFEDCBA@?>=<;;:988zyyxxvvutssrpponmkjihgfedba`^]\ZYXVUTSQPONMKJIHGFEDCBA@?>=<;;:98{zyyxxvvutssrqponmkjihgfedba`^]\ZYXVUTSQPONMKJIHGFEDCBA@?>=<;;:9{{zyyxxvvuutsrqponmkjihgfedba`^]\ZYXVUTSQPONMKJIHGFEDCBA@?>=<;;:|{{zyyxxvvuutsrqponmkjihgfedba`^]\ZYXVUTSQPONMKJIHFFEDCBA@?>=<;;||{{zyyxxwvuutsrqponmkjjhgfedba`^]\ZYXVUTSQPONMKJIHFFEDCBA@?>=<;||{Äzyyxxwvvutsrqponmkkjhgfedba`^]\ZYXVUTRQPONMKJIHFFEDCBA@?>=<||{Äzyyxxwvvutsrqponmkjihgfedba`^]\ZYXVUTRQPONLKJIHFEEDCBA@>>=~||{Äzyyxxwvvutsrqponmkjihgfedba`^]\ZYXVUTRQPONLKJIHFEEDCBA@>>~~||{Çzyyxxwvuutsrqponmkjihgfecba_^]\ZYXVUTRQPONLKJIHFEDDCBA@>~~|{Èzyyxxvvuutsrqponmkjihgfdcba_^\[ZYXVUTRQPOMLKJIHFEDDCBA@~~|{Ézyyxxvvuussrpponlkjihgedcba_^\[ZYXVUTRQPNMLKJIHFEDDCBA~~|{Êzyyxxvvutssrpponlkjihgedcb`_^\[ZYWVUTRQPNMLKJIHFEDCCB~~ŝ}||{Ëzyyxxvvutssrpponlkjhhfedbb`_^\[ZYWVUTRQPNMLKJIHFEDCB~~ŝ}||{Ìzyyxxvvutsrrppomlkjhhfedbb`_^\[ZXWVUTRQONMLJJIHFEDC~~|{yxÑwvvutsrrponmlkjhgfedba`_^\[ZXWVUSRQONMLJJIGFED~~ŝ}||{Ízyyxxwvuutsrqponmlkjhgfedba`_]\[YXVUUSRPONMLJIIGFE~~ŝ}||{Îzyyxxvvuussrqponmkjihgfedba`^]\ZYXVUTSRPONMKJIHGF~~|{yxÓwvvutsrrpponlkjihgedcba_^]\ZYXVUTRQPONMKJIHG~~|{Îzyyxxwvvutsrrppomlkjhhfedcb`_^\[ZYXVUTRQPONLKJIH}~~ŝ}||{yxvusÛrqponmlkjhgfedbb`_^\[ZYWVUTRQPONLKJI| |{zyyxxwvvutsrrpponmkjjhgfedba`_^\[ZXWVUTRQPONLKJ| |{ŝzyyxvuÚtsrrpponlkjihgfedba`_^\[ZXWVUTRQPNMLK| |{yxÔwvvuussrqpoomlkjhhgedcba`^]\[YXVVUTRQPNML{{| |{yxvÚutsrrpponmkkjhgfedcba_^]\ZYXVVUTRQONM{{|{yxĠwvvuussrrpponlkjihgfedbb`_^\\ZYXVUUSRQONyz{ {ŝzyyx×wvvuutssrqpoomlkjihgfedba`_^\\ZYXVUUSRQOyyŝz{ {yxvusrpâonmlkjhhgfedba`_^\[ZYXVUUSRQxyyz{ŝzyyxvuŬtssrqpponmkjjhhgedcba`_^\[ZYXVUTSRxxyzyxŝwvvusrpoämlkjihgfedcba`_^\[ZYXVUTSvwxxyxŝwvvuŜtssrqpponmlkjihgfedcba`_^\[ZYXVUUvvwx yxŝwvvuÜtssrrppoonmkkjhhgfedbba`_^\[ZYXVUuuvvŝwxxvusrpoämlkjjhhgfedbba_^^\[ZYXVstuuvvwxvuÛtssrrqpponmlkjjhhgfedbb`_^^\[ZYXrsstuuvw xŝwvvusrponmlkjjhhgeedbb`__^\[ZYqrrsstuuvwxŝwvvusráqppoommkkjihgfeedbb`__^\[Zpqrrssŝtuuvuŝtssrponmlkkjihgfeedbba`_^\[oppqrrssŝtuuvusrponmlkkjihgfeddbba`^^\nooppqrrssŝtuu vusrèqppoonmlkjjihggfddcba`_^şıŝ¸··öĥµµ´´³³²ħ°°ŝŻ­ĴĴĞŞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦ Ÿžœşı÷¸··ĥĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤ü£˘˘ĦĦ Ÿžœşı¸·ŝĥµµö´³³²²ħ°°Ż­ĴĴĞŞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœşıŝ¸··öĥµµ´´³³²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤ü£˘˘ĦĦ Ÿžœŝğşşı¸·ĥµö´³³²²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦ Ÿžœŭĵğşşıŝ¸··öĥµµ´´³³²ħ°°òŻ­­ĴĴĞŞŞİݨ§§üĤ¤¤ü£˘˘ĦĦ Ÿžùœĵğğşşııŝ¸··ûĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤£˘Ħ Ÿžûœĵĵğşşı÷¸··ĥĥµµ´³³ú²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦ ŝŸžžĵŝğşşı¸·ŝĥµµö´³³²²ħ°°Ż­ĴĴĞŞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžĵğşıŝ¸··ŝĥµµú´³³²ħ°°òŻ­­ĴĴĞŞŞİݨ§§üĤ¤¤ü£˘˘ĦĦ Ÿžŝ½ĵĵğşıŝ¸··öĥµµ´´³³²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§öĤ¤¤££˘˘ĦĦ Ÿžŭ½ĵĵŝğşşıŝ¸··ûĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤£˘Ħ Ÿžü½½ĵĵŝğşşı÷¸··ĥĥµµ´³³ö²ħ°°ŻŻ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤£ŝ˘ĦĦ Ÿžú½½ĵĵŝğşşı÷¸··ĥĥµµ´³³ö²ħ°°ŻŻ­ĴĴôĞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦ Ÿž½ĵŝğşşı÷¸··ĥĥµµ´³³ú²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦ Ÿŭžż½ĵŝğşşı¸·ŝĥµµö´³³²²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦ Ÿż½ĵŝğşşı¸·ŝĥµµö´³³²²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦ ŝŸżż½ĵŝğşşı¸·ŝĥµµö´³³²²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦ ż½ĵŝğşşı¸·ŝĥµµö´³³²²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦŭ Àżż½ĵŝğşşı¸·ŝĥµµö´³³²²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦÀż½ĵŝğşşı¸·ŝĥµµö´³³²²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦüÁÀÀżż½ĵŝğşşı¸·ŝĥµµö´³³²²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤£ĝ˘ĦĦÁÁÀÀżż½ĵŝğşşı¸·ŝĥµµö´³³²²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤£ŭ˘ĦÁÁÀż½ĵŝğşşı¸·ŝĥµµö´³³²²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤£ŝ˘ÁÁÀż½ĵŝğşşı︷·ĥĥµµ´³³²²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤ü£˘ÂÁÁÀż½ĵŝğşşı÷¸··ĥĥµµ´³³ú²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤ü£ÂÂÁÁÀż½ĵŝğşşı÷¸··ĥĥµµ´³³ú²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤ÂÁÀż½ĵŝğşşı÷¸··ĥĥµµ´³³ú²ħ°°Żí­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤ÂÂÁÀżŝ½ĵĵŝğşşı÷¸··ĥĥµµ´³³ú²ħ°°Żí­ĴĴĞĞŞİݨ¨§§ĤĤ¤ÂÂÁÀżŝ½ĵĵŝğşşı÷¸··ĥĥµµ´³³ú²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤÂÁÀżŝ½ĵĵŝğşşı÷¸··ĥĥµµ´³³ú²ħ°°Żö­ĴĴĞŞŞİݨ§§ŭĤÂÁÀżŝ½ĵĵŝğşşı︷·ĥĥµµ´³³²²ħ°°Żö­ĴĴĞŞŞİݨ§§ŝĤÂÁÀżŝ½ĵĵŝğşşı︷·ĥĥµµ´³³²²ħ°°Żö­ĴĴĞŞŞİݨ§§ÂÁÀżŝ½ĵĵŝğşşıû¸··ĥµµö´³³²²ħ°°Żô­ĴĴĞŞŞİݨ§§ÂÁÀżŝ½ĵĵŝğşşıû¸··ĥµµö´³³²²ħ°°Żġ­ĴĴĞŞŞİݨ§ÂÁÀż½ĵŝğşşı¸·ŝĥµµî´³³²ħħ°°Ż­­ĴĴĞŞİİŝ¨ÂÁÀż½ĵŝğşşı¸·ŝĥµµú´³³²ħ°°öŻ­­ĴĴĞŞİİŝÄÂÁÀż½ĵŝğşşı¸·ŝĥµµú´³³²ħ°°ûŻ­ĴĴúĞŞİİÄÂÁÀż½ĵŝğşşıŝ¸··öĥµµ´´³³²ħ°°ûŻ­ĴĴúĞŞİÄÄÂÁÀżŝ½ĵĵğşıŝ¸··öĥµµ´´³³²ħ°°ûŻ­ĴĴûĞŞÄÄÂÁÀżŝ½ĵĵğşıŝ¸··ûĥµµ´³³ö²ħ°°ŻŻ­ĴĴŝĞ ÂÁÀżŝ½ĵĵŝğşşı÷¸··ĥĥµµ´³³ö²ħ°°ŻŻ­ĴĴ ÂÁÀż½ĵŝğşşı÷¸··ĥĥµµ´³³ú²ħ°°Żü­ĴĴ ÂÁÀż½ĵŝğşşı¸·ŝĥµµö´³³²²ħ°°Żŭ­Ĵ ÂÁÀżŝ½ĵĵğşı¸·ŝĥµµö´³³²²ħ°°Żŝ­ ÂÁÀżŝ½ĵĵğşıŝ¸··ŝĥµµö´³³²ħħ°°ŻÂÁÀż½ĵŝğşşıŝ¸··ĥµµ´´³³²ħħ°°Ż ÂÁÀż½ĵŝğşşıŝ¸··öĥµµ´´³³²ħ°°ŭŻ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµŝ´³³ŭ²ħ°°ŝŻ ÂÁÀż½ĵğşı¸·ĥµŝ´³³ŭ²ħ°° ÂÁÀż½ĵŝğşşı¸·ŝĥµµŝ´³³û²ħ°°ÂÂÂÁÀżŝ½ĵĵŝğşşıŝ¸··ŝĥµµŝ´³³û²ħ°ÁÂÂÁÀż½ĵğşıŝ¸··ŝĥµµŝ´³³ŭ²ħÁÁÂÁÀż½ĵğşıŝ¸··ŝĥµµŝ´³³ŝ²ÁÁ ÂÁÀż½ĵğşıŝ¸··ŝĥµµŝ´³³ÁÂÁÀż½ĵŝğşşı¸·ŝĥµµú´³³ÀÀÁÁÀż½ĵŝğşşı¸·ŝĥµµŭ´³ÀÀÁÀż½ĵğşı¸·ŝĥµµü´żżÀÀÁÀżŝ½ĵĵğşı¸·ŝĥµµżÀÁÀż½ĵğşı¸·üĥµµżżÀÁÀż½ĵğşı¸·ûĥµżżÀ ÁÀż½ĵğşı¸·ŝĥżÀÁÀż½ĵŝğşşı¸·ŝ½żÀż½ĵŝğşşı¸·¤£˘Ħ Ÿžœ› šŭ™¤¤£˘Ħ Ÿžœ› šŭ™¤¤£˘Ħ Ÿžœ› šü™¤¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› šŝĤ¤£˘Ħ Ÿžœ›šĤ¤£˘Ħ Ÿžœ›šĤ¤£˘Ħ Ÿžœ›šŝ§ĤĤ¤£˘Ħ Ÿžœ›š§Ĥ¤£˘Ħ Ÿžœ›š§Ĥ¤£˘Ħ Ÿžœ›š§Ĥ¤£˘Ħ Ÿžœ›š§Ĥ¤£˘Ħ Ÿžœ›š§Ĥ¤£˘Ħ Ÿžœ›šŝ¨§§Ĥ¤£˘Ħ Ÿžœ›üš¨¨§§Ĥ¤£˘Ħ Ÿžœ›¨§Ĥ¤£˘Ħ Ÿžœ›ŝݨ¨§Ĥ¤£˘Ħ Ÿžœ›İ¨§Ĥ¤£˘Ħ Ÿžœ›İ¨§Ĥ¤£˘Ħ Ÿžœ›ŝŞİݨ§Ĥ¤£˘Ħ Ÿžœ›Şİ¨§Ĥ¤£˘Ħ Ÿžœ›Şİ¨§Ĥ¤£˘Ħ Ÿžœŝ›ŞŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ Ÿžœ Şİ¨§Ĥ¤£˘Ħ ŸžœĞŞİ¨§Ĥ¤£˘Ħ ŸžŝœĞĞŞİ¨§Ĥ¤£˘Ħ ŸžĞŞİ¨§Ĥ¤£˘Ħ ŸžĞŞİ¨§Ĥ¤£˘Ħ ŸžĞŞİ¨§Ĥ¤£˘Ħ ŸžĞ Şİ¨§Ĥ¤£˘Ħ ŸžĞŞİ¨§Ĥ¤£˘Ħ ŸžŝĞĞŞİ¨§Ĥ¤£˘Ħ ŸžĞ Şİ¨§Ĥ¤£˘Ħ ŸžĞ Şİ¨§Ĥ¤£˘Ħ Ÿž ĞŞİ¨§Ĥ¤£˘Ħ ŸŝžĞĞ Şİ¨§Ĥ¤£˘Ħ Ÿ Ğ Şİ¨§Ĥ¤£˘Ħ Ÿ Ğ Şİ¨§Ĥ¤£˘Ħ ŸĞ Şİ¨§Ĥ¤£˘Ħ ŸŞĞ Şİ¨§Ĥ¤£˘Ħ ŸŞİ¨§Ĥ¤£˘Ħ ŝŸŞŞİ¨§Ĥ¤£˘Ħ Şİ¨§Ĥ¤£˘Ħ Şİ¨§Ĥ¤£˘Ħ Şİ¨§Ĥ¤£˘Ħŝ ŞŞİ¨§Ĥ¤£˘ĦŝİŞŞİ¨§Ĥ¤£˘ĦİŞİ¨§Ĥ¤£˘ĦİŞİ¨§Ĥ¤£˘Ħŝ¨İİŞİ¨§Ĥ¤£˘¨İ Şİ¨§Ĥ¤£˘¨İŞİ¨§Ĥ¤£˘§¨İ¨§Ĥ¤£˘§¨İ¨§Ĥ¤£ŝ˘§§¨İ¨§Ĥ¤£§¨İ¨§Ĥ¤£0 /01234567899:;<<=>?@ABCDDEGHIJKLNNP00/ /01234567ä89::;<<=>@ABBCDEFGHIJKMNO00/ /012345ŝ6778è9::;<=>?@ABCDDEFHIJKLMN00/01234ü56677ç899:;<<=>@@ABCDEFGHIJKMN00/012ĝ344556677è89::;<<=>@ABBCDEFHIJJLM00/012345ŝ6778ê9::;<=>?@ABCDDEFHIJKL00/012345ŝ6778ê9:;;<=>?@ABCDEFGHIJK100/01234ü56677é899:;<<=>@AABCDEFHHIJ100/0123ú4556677é89::;<==>@ABBCDEFHIJ1100/012345678í9::;<=>?@ABCDDEFHI110/012345ŝ6778î9:;;<=>?@ABCDEEGH110/01234ü566778ï9:;;<=>@@ABCDEFG110/01234ü56677î899:;<<=>@AABCDEF110/01234ü56677î899:;<<=>@ABBCDE2110/0123ú4556677î899:;<==>@ABBCD22110/01234567î89::;<==>@ABCC322110/01234567î89::;<==?@ABC3322110/012345ŝ6778ï9::;<=>?@AB43322110/012345ŝ6778ï9::;<=>?@A443322110/012345ŝ6778ï9::;<=>?@5443322110/012345ŝ6778ï9:;;<=>?65443322110/012345ŝ6778ï9:;;<=>665443322110/012345ŝ6778ï9:;;<=7665443322110/012345ŝ6778ï9:;;<77665443322110/012345ŝ6778û9:;;776ĝ5443322110/012345ŝ6778û9:;8776ĝ5443322110/012345ŝ6778û9:8877ö655443322110/012345ŝ6778987ö655443322110/012345ŝ6778û:98877ö655443322110/012345ŝ677ù8;:98877ö655443322110/012345ŝ677;û:98877ö655443322110/01234ó56677<;::98877ö655443322110/01234ó5667=<;::98877ö655443322110/01234ç566>=<;::988776655443322110/01234ô56>>=<;::9877654ŝ32210/0123ò455@>==<;::9877654ŝ32210/01234ó5A@>==<;::9877654ŝ32210/01234óBA@>==<;:99877654ŝ32210/0123ñ4BBA@>=<<;:99877654ŝ32210/0123ñCBBA@>=<<;:998776543210 /0123DCBAA@>=<<;:998776543210 /012î3EDCBAA@>=<<;:998776543210 /012îFEDCBAA@>=<<;:998776543210/012íGFEDCBAA@>=<<;:99877ĝ6554433221012ìHFFEDCBAA@>=<<;::9877ĝ6554433221012êIHFFEDCBAA@>=<<;::988776ŝ544321 01è2JIHFFEDCBAA@>==<;::98877654321 01ç2KJIHFFEDCBAA@>==<;::9887765432 10 1ĉ2LKJIHFFEDCBBA@>==<;;:998776ŝ544321ċ2MLKJIHFFEDCBBA@>>=<;;:998776543212NMLKJIHGFEDCBBA@>>=<<;::988776543212ONMLKJIHGFEDCCBA@?>=<<;::988776543212áQONMLKJIHGFEDCCBA@?>==<;;:99887765432 12àRQONMLKJIIGFEDDCBAA@>>=<;;::9887765432ŜSRQPNNLKJIIHFEDDCBBA@?>=<<;::9988776543 2ŬUSRQPONMKJJIHFFEDCBBA@?>==<;;::98877654323UŬTRQPONMLJJIHGFEDCCBAA@>>=<<;::998877654 3ÙVUUTRQPONMLKJIHGFEDDCBBA@?>==<;;::9988776543ÚXVVUTRQPONMLKJIIHFEEDCCBA@@?>=<<;;::988765 4ÜYXWVUTSRQONNMKJJIHGFEDDCBBA@?>==<<;::ŝ9887654ÖZYXWVUTSRQPONMLKJIHGFEEDCCBAA@?>==<<;::99887654Ô[ZYXWVUTTRQPONMLKJIIHGFEDDCBBA@?>>=<<;;::9988765Ò]\[ZYXVUUTSQPONNMKJJIHGFEDDCCBAA@?>==<<;;::9988765œ ›œžŸ Ħü˘££¤¤ìĤĤ§§¨¨İİŞŞĞĴĴ­­Ż°°œ ›œžŸ Ħ˘£¤ŭĤ§§ŝ¨İİŭŞĞĴĴŝ­úŻ°°œœ› ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴ÷­Ż°°œœ››œžŸ Ħü˘££¤¤ĤĤ§§¨¨İİŞŞĞĴĴ­ŭŻ°œœ›œžŸ Ħü˘££¤¤ŭĤ§§ŝ¨İİŭŞĞĴĴú­ŻŻœœ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴû­Żœœ›œžŸ Ħ˘ŝ£¤¤ĤĤ§§¨¨İİŞŞĞĴĴ­œ›œžüŸ  ĦĦü˘££¤¤ôĤĤ§§¨¨İİŞĞĴĴû­œœ›œžŸ Ħü˘££¤¤ŭĤ§§ŝ¨İİŭŞĞĴĴû­œœ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİùŞĞĴĴ­­œ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ö¨İİŞŞĞĴĴ­œ›œžŸ Ħ˘ŝ£¤¤ñĤĤ§§¨¨İİŞĞĞĴĴœ›œžüŸ  ĦĦü˘££¤¤òĤĤ§§¨¨İİŞĞĴĴœ›œžŸ Ħü˘££¤¤ùĤĤ§§¨İİûŞĞĴžœ›œžŸ Ħü˘££¤¤ŭĤ§§ŝ¨İİûŞĞžžœ›œžŸ Ħ˘£¤ŭĤ§§ŝ¨İİûŞŸžžœ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİŸžœ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§÷¨İİ ŸŸžžœ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§÷¨İ  ŸŸžžœ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§÷¨Ħ  ŸŸžžœ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§Ħŝ ŸŸžœ›œžŸ Ħ˘ŝ£¤¤üĤ§§ĦĦŝ ŸŸžœ›œžŸ Ħ˘ŝ£¤¤ŭĤ§ĦĦü ŸŸžžœ›œžŸ Ħ˘ŝ£¤¤ŭĤ˘ĦĦü ŸŸžžœ›œžŸ Ħ˘ŝ£¤¤˘Ħü ŸŸžžœ›œžŸ Ħ˘ŝ£¤¤û£˘˘ĦĦ Ÿžœ›œžŸ Ħ˘ŝ£¤¤ü£˘˘ĦĦ Ÿžœ›œžŸ Ħ˘ŝ£¤¤ü£˘˘ĦĦ Ÿžœ›œžŸ Ħ˘ŝ£¤¤ü£˘˘ĦĦ Ÿžœ›œžŸ Ħ˘ŭ£¤¤ü£˘˘ĦĦ Ÿžœ›œžŸ Ħ˘¤ü£˘˘ĦĦ Ÿžœ›œžŸ Ħû˘Ĥ¤¤ü£˘˘ĦĦ Ÿžœ›œžŸŝ ĦĦû§Ĥ¤¤ü£˘˘ĦĦ Ÿžœ›œžŸŝ ĦĦ§üĤ¤¤ü£˘˘ĦĦ Ÿžœ›œžŸ Ħ§öĤ¤¤££˘˘ĦĦ Ÿžœ›œžŸ ŭĦ¨§§ŭĤ¤¤£˘Ħ Ÿžœ›œžŸ ŭݨ§§ŭĤ¤¤£ŝ˘ĦĦ Ÿžœ›œžŸû İݨ§§ŭĤ¤¤£ŝ˘ĦĦ Ÿžœ›œžŸİŝ¨§§ŭĤ¤¤£ŝ˘ĦĦ Ÿžœ›œžŸŝŞİİŝ¨§§ŭĤ¤¤£ŝ˘ĦĦ Ÿžœ ›œžüŸĞŞİİù¨§§ĤĤ¤¤£ŝ˘ĦĦ Ÿžœ ›œžĞġŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦ Ÿžœ ›œžòĴĞĞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ›œžĴĞġŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ›œïž­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœóž­ĴĴĞĞŞİݨ¨§§ŭĤ¤¤ü£˘˘ĦĦ Ÿžœòž­ĴĴĞĞŞİݨ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿž œù­ĴĴĞĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ ŝŻù­ĴĴĞĞŞİİŝ¨§§üĤ¤¤£˘Ħ Ÿžŭ°Żù­ĴĴĞĞŞİİŝ¨§§Ĥŝ¤¤£˘Ħ Ÿž°ŝŻù­ĴĴĞĞŞİİŝ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžŝž°°ŝŻŝ­ĴĴŭĞŞİİŝ¨§§Ĥ¤£˘Ħ Ÿžŭžħ°°ŝŻŝ­ĴĴŭĞŞİݨ§üĤ¤¤£˘Ħ Ÿž žŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžžü³²ħ°°ŝŻŝ­ĴĴüĞŞŞİİŝ¨§§Ĥ¤ŝ£˘˘Ħ Ÿž³ŭ²ħ°°ŝŻŝ­ĴĴĞŝŞİݨ§Ĥŝ¤¤£˘Ħ Ÿ ž³ô²ħħ°°ŻŻ­­ĴĴĝĞŞŞİݨ¨§§Ĥ¤£˘Ħ ŸžŸŝ´³³ü²ħħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤£˘Ħ  Ÿŭµ´³³²ŝħ°°ŝŻŝ­ĴĴĞŝŞİݨ§Ĥ¤£˘Ħ Ÿµ´³²ŝħ°°ŝŻ­ĴüĞŞŞİݨ§Ĥ¤£˘Ħ  µ´³ŭ²ħ°°Żŝ­ĴĴĞŝŞİݨ§Ĥ¤£˘Ħ ĥµ´³ü²ħħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤£˘ Ħ ü·ĥĥµµŝ´³³²ŝħ°°ŝŻ­ĴĞŝŞİݨ§Ĥ¤£˘ Ħ™ š›œžŸ ™ š›œžŸ ™ š›œžŸŝ ™™ š›œžŸŝ ™™ š›œžŸŝš™™ š›œžŸŝš™™ š›œžŸš™ š›œžŸš™ š›œžŸš™ š›œžŸš™ š›œžŝŸšš™ š›œžš™ š›œžš™ š›œžš™ š›œžš™ š›œŝžšš™ š›œ š™ š›œ š™ š›œŝ›š š™ š›œ› š™ š›œ› š™ š›œŝ›› š™ š›œ› š™ š›œ› š™ š›œ› š™ š›œ› š™ š›œ› š™ š›œ› š™ š›œ› š™ š›œ› š™ š›œ› š™ š›œ› š™ š›œ› š™ š›ŝœœ› š™ š›œ› š™ š›œ› š™ šŝ›œ› š™ šŝ›œ› š™ šœ› š™ šŝžœ› š™ šžœ› š™ šžœ› š™ šžœ› š™ šžœ› š ™ šŝŸžžœ›š ™ šŸžœ›š™ šŸžœ›"šŸžœ› šŸžœ›šŸžœ ›šŝ ŸŸžœ›š Ÿžœ ›š Ÿžœ ›šŝĦ  Ÿžœ ›šĦ Ÿžœ ›šĦ Ÿžœ ›šĦ Ÿžœ ›šŝ˘ĦĦ Ÿžœ › š˘Ħ Ÿžœ› š˘Ħ Ÿžœ›š˘Ħ Ÿž œ›˘Ħ Ÿž œ›£˘Ħ Ÿž œ›ÛQRTUVWXZ[\^^`abddfghijklmopprrstuuvvxxyŝz{{ |{ÛPRSTUVXYZ\]^_abcdeghijklmoopqrssuuvvxxyŝz{{|{ĠOQRTUVWXZ[\^_`abdefghjjkmnopqrrstuvvwxxyyz{{|ŝ}~~}|ĠOPQSTUVXYZ\]^_abcdeghijklmooprrstuuvwxxyyz{{|ŝ}~~ŝ}||ĜNOQRTUVWXY[\^^`abdefghjjkmnopqrssuuvvxxyy{| ~Ï}||NNPQRTUVXYZ[\^_`bcdefhhjklmooprrstuvvwxxyyz{{|| ~Ò}|MNOPRSTUVXYZ\]^_abddeghijklnopqrssuuvvxxyyz{{| ~ÑLMNOQRTUUWXY[\^_`abdefghjjkmnopqrstuuvwxxyyz{{||ŝ}~ ~ÖKLMNOQRTUVWXZ[\^_`bcdefhhjklmopprrstuvvxxyy{| ~JKLNNPQRTUVXYZ[]^_abcdeghijklnopqrssuuvvxxyyz{{||ŝ}~ ~ÏIJKMNOPQSTUVXYZ\]^`abddfghjjkmnopqrstuuvwxxyyz{{|| ~ÑHIJKMNOPRSTUWXY[\^^`abdefghjjlmnoprrstuvvwxxyy{{|ŝ}~ ~HIIJLMNOQRTUUWXZ[\^_`abdefghjklmooprrstuvvxxyyz{{|ŝ}~~ÏFHIJKLMNOQRTUVWXZ[\^_`acdefghjklmopprrstuvvxxyyz{{| ~ÌEFHIJKLMNPQRTUVXYZ[\^_`bcdeghijklnopprrstuvvxxyyz{{||~ËDEFHIJKLMNPQRTUVXYZ[\^_abcdfghijklnopqrssuuvvxxyyz{{||~DÌEFHIJKLNOPQRTUVXYZ[]^_abcdfghijklnopqrstuuvvxxyyz{{||~ÉCDDEFHIJKLNOPQSTUVXYZ[]^_abddfghijklnopqrstuuvwxxyyz{{||~ÈBCDDEGHIJKLNOPQSTUVXYZ\]^`abddfghjjkmnopqrstuuvwxxyyz{{||~ÇABCDEEGHIJKLNOPQSTUVXYZ\]^`abddfghjjlmnopqrstuuvwxxyyz{{||~Ĉ@ABCDEEGHIJKMNOPQSTUVXYZ\]^`abdefghjjlmnopqrstuuvwxxyyz{{||~Ċ?@ABCDEEGHIJKMNOPQSTUVXYZ\]^`abdefghjjlmnoprrstuuvwxxyyz{{||~Ç>?@ABCDEEGHIJKMNOPQSTUVXYZ\^^`abdefghjjlmnoprrstuuvwxxyy{{|Ċ~=>?@ABCDEEGHIJKMNOPRSTUVXY[\^_`abdefghjjlmnoprrstuuvwxxyz{{|É}<=>@@ABCDEFGHIJKMNOPRSTUVXY[\^_`abdefghjjlmnoprrstuvvxxŭyz{{|É;<=>@@ABCDEFGHIJKMNOPRSTUVXY[\^_`abdefghjjlmnoprrstuvvxxŭyz{{|;Ê<=>@@ABCDEFGHIJKMNOPRSTUWXY[\^_`abdefghjklmnoprrstuvvxxŭyz{{Á|:;;<=>@@ABCDEFGHIJKMNOPRTTUWXY[\^_`abdefghjklmnoprrstuvvxxyyz{{€A9:;;<=>@@ABCDEFGHIJKMNOPRTTUWXY[\^_`abdefghjklmooprrstuvvxxyyz{{89:;;<=>@@ABCDEFHHIJLMNOPRTUUWXZ[\^_`abdefghjklmooprrstuvvxxyyz{889:;;<=>@@ABCDEFHHIJLMNOQRTUUWXZ[\^_`abdefghjklmopprrstuvvxxyyz7889:;<<=>@AABCDEFHIIJLMNOQRTUVWXZ[\^_`acdefghjklmopprrstuvvxxyy77899:;<<=>@AABCDEFHIJKLMNOQRTUVWYZ[\^_`acdefhijklnopprrstuvvxxy77Á899:;<<=>@ABBCDEFHIJKLMNPQRTUVXYZ[\^_`bcdeghijklnopprsstuvvxx677Á899:;<<=>@ABBCDEFHIJKLMNPQRTUVXYZ[\^_abcdfghijklnopqrssuuvvx6677Á89::;<==>@ABCCDEFHIJKLNOPQRTUVXYZ[]^_abcdfghijklnopqrstuuvv56677Â89::;<=>?@ABCDDEFHIJKLNOPQSTUVXYZ\]^`abddfghijklnopqrstuuv5567789::;<=>?@ABCDEEGHIJKMNOPQSTUVXYZ\]^`abddfghjjkmnopqrstuu45667789:;;<=>@@ABCDEFGHIJKMNOPRSTUVXY[\]^`abdefghjjlmnopqrstu4456677Á899:;<<=>@AABCDEFHHIJLMNOPRTTUWXY[\^_`abdefghjjlmnopqrst44556677Â89::;<<=>@ABBCDEFHIJJLMNOQRTUUWXZ[\^_`abdefghjjlmnopqrs3445567789::;<==>@ABCCDEFHIJKLMNPQRTUVWXZ[\^_`abdefghjjlmnopqr33445667789:;;<=>?@ABCDDEFHIJKLMNPQRTUVXXZ[\^_`abdefghjjlmnopq3344556677Â899:;<<=>@@ABCDEFGHIJKLNOPQRTUVXYZ[\^_`abdefghjjlmnop233445567789::;<<=>@AABCDEFGHIJKMNOPQSTUVXYZ[\^_`abdefghjjlmno2334455667789::;<=>?@ABBCDEFHIIJLMNOPRSTUVXYZ[\^_`acdefghjjlmn223344556677Â899:;<<=>?@ABCDDEFHIJJLMNOPRSTUVXYZ[]^_`acdefghjjkl2233445566778Ê9::;<<=>@@ABCDDEFHIJKLMNOQRTTUVXYZ[]^_`acdefghjjk2233445678Í9:;;<==>@ABBCDEFGHIJKLMNPQRTUUVXYZ[]^_`abdefghij2233456789Ï:;<<=>?@ABBCDEFGHIJKLNNPQRTUUWXYZ[]^_`abdefghi223345678Î9::;<<=>@@ABCDDEFHHIJKMNNPQRTUUWXYZ[]^_`abdefgh2233456789:;;<==>@AABCDDEFHIIJLMNOPQRTUUWXYZ[]^_`abddfg223345678Ï9::;<<=>?@ABBCDEEFHIJJLMNOPQRTUUWXYZ[\^_`abcde2233456789:Ô;<<=>?@ABBCDEFGHIJJLMNOPQRTUUVXYZ[\^_`abcd23345678Ò9::;;<==>@@ABCCDEFGHIJJLMNOPQRTUUVXYZ[\^^`abc33456789:Ö;<<=>>@AABCDDEFGHIJKLMNOPQRTUUVXYZ[\]^_`a3345678Ó9::;;<<=>?@ABBCDDEFHHIJKLMNOPQRTTUVXYZ[\]^_`33456789:Ö;<<==>@@ABBCDDEFHHIJKLMNOPQRSTUVWXYZ[\^_34456789Ö:;;<<=>>@@ABBCDDEFHHIJKLMNOPQRSTUVWXYZ[\]4456789:;<Ü=>>@@ABBCDDEFHHIJJLMNNOQRSTUUVXYZ[\4456789:Ù;<<==>?@AABBCDDEFGHIJJKMNNOPQRTTUVWXYZ4456789:;<=ß>?@AABBCDDEFGHIJJKLMNOPQRSTUVWXY556789:;<=à>?@AABCCDEEFGHIJJKLMNOPQRSTUUVW556789:;<à=>>?@AABCCDDEFFHIIJKLMNNOPQRSTUVòħ²³³´´µµĥĥ··¸ıışŝğĵĵ½żÀÁÂÂùħ²²³³´µµĝĥ··¸¸ıışşğĵŝ½żÀÁÂñ°ħ²³³´´µµĥĥ··¸ıışŝğĵĵ½żÀÁÂĝ°ħ²²³³´µµĝĥ··¸¸ıışşğĵŝ½żÀÁ°ŭħ²³³÷´µµĥĥ··¸ıışŝğĵĵ½żÀÁ°öħ²³³´´µµĥ··ü¸ıışşğĵŝ½żÀÁÂöŻ°°ħ²²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁÂùŻ°°ħ²³³÷´µµĥĥ··¸ıışŝğĵĵŝ½żÀÁ ÄŭŻ°°öħ²³³´´µµĥ··ŝ¸ıışğĵŝ½żÀÁ ÄŝŻ°°úħ²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁ ÄöŻ°°ħ²²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁ Äŝ­úŻ°°ħ²³³÷´µµĥĥ··¸ıışŝğĵĵŝ½żÀÁÂÄġĴ­ŻŻ°°ħ²³³û´µµĥ··ŝ¸ıışğĵŝ½żÀÁ ÄĴû­Ż°°ŭħ²³³û´µµĥ··ŝ¸ıışğĵŝ½żÀÁ ÄĴû­Ż°°öħ²³³´´µµĥ··ü¸ıışşğĵ½żÀÁ ÄŝĞĴĴû­Ż°°öħ²³³´´µµĥ··ü¸ıışşŝğĵĵ½żÀÁÂÄöŞĞĴĴ­­Ż°°úħ²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁÂÄíİŞĞĴĴ­­Ż°°ħħ²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁÂÄìİŞŞĞĴĴ­­Ż°°ħħ²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁÂöÄİİŞŞĞĴĴ­öŻ°°ħħ²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁÂö¨İİŞŞĞĴĴ­öŻ°°ħ²²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁÂġ§¨İİŞŞĞĴĴ­öŻ°°ħ²²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀÁ§ö¨İİŞŞĞĴĴ­öŻ°°ħ²²³³´µµûĥ··¸ıışŝğĵĵŝ½żÀÁ§ö¨İİŞŞĞĴĴ­öŻ°°ħ²²³³´µµûĥ··¸ıışŝğĵĵŝ½żÀÁÂŝĤ§§ö¨İİŞŞĞĴĴ­ïŻ°°ħ²²³³´µµĥĥ··¸ıışŝğĵĵŝ½żÀÁÂŭĤ§§ö¨İİŞŞĞĴĴ­ïŻ°°ħ²²³³´µµĥĥ··¸ıışŝğĵĵŝ½żÀÁÂŝĤ§§ö¨İİŞŞĞĴĴ­ïŻ°°ħ²²³³´µµĥĥ··¸ıışŝğĵĵŝ½żÀÁÂï¤Ĥ§§¨¨İİŞŞĞĴĴ­úŻ°°ħ²³³÷´µµĥĥ··¸ıışŝğĵĵŝ½żÀÁ¤ĤĤ§§¨¨İİŞĞĞĴĴ­úŻ°°ħ²³³÷´µµĥĥ··¸ıışğĵŝ½żÀÁÂŝ¤¤ĤĤ§§¨¨İİŞĞĞĴĴ­úŻ°°ħ²³³û´µµĥ··ŝ¸ıışğĵŝ½żÀÁÂŝ£¤¤ĤĤ§§¨¨İİŞĞĞĴĴ­úŻ°°ħ²³³û´µµĥ··ŝ¸ıışğĵŝ½żÀÁÂŭ˘£¤¤èĤĤ§§¨¨İİŞĞĞĴĴ­ŻŻ°°ħ²³³û´µµĥ··ŝ¸ıışğĵŝ½żÀÁû¢££¤¤ôĤĤ§§¨¨İİŞĞĴĴö­ŻŻ°°ħ²³³û´µµĥ··ŝ¸ıışğĵ½żÀÁûĦ˘££¤¤ùĤĤ§§¨İİŭŞĞĴĴû­Ż°°öħ²³³´´µµĥ··ü¸ıışşğĵ½żÀÁĦü˘££¤¤ŭĤ§§ŝ¨İİŭŞĞĴĴû­Ż°°öħ²³³´´µµĥ··ü¸ıışşŝğĵĵ½żÀÁĦü˘££¤¤ŭĤ§§ŝ¨İİŭŞĞĴĴû­Ż°°úħ²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀŝÁĦĦ˘ŝ£¤¤ŝĤ§§ŝ¨İİîŞĞĴĴ­­Ż°°ħħ²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żÀŝ ĦĦ˘ŝ£¤¤ŝĤ§§ö¨İİŞŞĞĴĴ­öŻ°°ħ²²³³´µµĝĥ··¸¸ıışşŝğĵĵ½żüÀ  ĦĦ˘ŝ£¤¤ĤĤ§§¨¨İİŞŞĞĴĴ­ïŻ°°ħ²²³³´µµĥĥ··¸ıışŝğĵĵ½ż Ħü˘££¤¤ĤĤ§§¨¨İİŞĞĞĴĴ­úŻ°°ħ²³³÷´µµĥĥ··¸ıışŝğĵĵ½żüŸ  ĦĦ˘£¤ŭĤ§§ŝ¨İİŭŞĞĴĴö­ŻŻ°°ħ²³³÷´µµĥĥ··¸ıışŝğĵĵ½żŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴû­Ż°°ŭħ²³³û´µµĥ··ŝ¸ıışŝğĵĵ½úżŸŸ  ĦĦ˘ŝ£¤¤ŝĤ§§ò¨İİŞŞĞĴĴ­­Ż°°öħ²³³´´µµĥ··ŝ¸ıışŝğĵĵ½úžŸŸ  ĦĦ˘£¤ĤĤ§§¨¨İİŞŞĞĴĴ­ŝŻ°°öħ²³³´´µµĥ··ŝ¸ıışŝğĵĵ½üžŸŸ  Ħ˘ŝ£¤¤ŭĤ§§¨İùŞĞĞĴĴ­öŻ°°ħħ²³³´µµŝĥ··ŝ¸ıışŝğĵĵ½ĝžžŸŸ  ĦĦ˘ŝ£¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴŝ­öŻ°°ħ²²³³´µµŝĥ··ŝ¸ıışŝğĵĵ½žŸ Ħ˘£¤üĤĤ§§ŝ¨İİŭŞĞĴĴò­ŻŻ°°ħ²²³³´µµŝĥ··ŝ¸ıışŝğĵĵŝ½žžŸ Ħ˘ŝ£¤¤ìĤĤ§§¨¨İİŞŞĞĴĴ­­Ż°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışŝğĵĵžŸ Ħ˘£¤ŝĤ§§ŝ¨İİġŞĞĞĴĴ­­Ż°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışüğĵĵžžŸ Ħ˘ŝ£¤¤üĤĤ§§ŝ¨İİŭŞĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışŭğĵžžŸ Ħ˘£¤Ĥ§¨İŭŞĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışŝğžžŸ Ħ˘£¤ŝĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışžŸ Ħ˘£¤üĤĤ§§ŝ¨İİŞŝĞĴĴŝ­ùŻ°°ħħ²³³ŝ´µµŝĥ··ŝ¸ıışžŸ Ħ˘£¤ŝĤ§§¨İïŞĞĞĴĴ­­ŻŻ°°ħħ²³³ŝ´µµŝĥ··¸ıžŸ Ħ˘£¤üĤĤ§§¨İŭŞĞĴĴ­Ż°ħŝ²³³ŝ´µµŝĥ··¸ıžŸ Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­Ż°ħŝ²³³ŝ´µµĥ·¸ŭıžŸŸ Ħ˘£¤ŝĤ§§ŝ¨İİŞŝĞĴĴ­Ż°ŭħ²³³´µĥ·ŝ¸ŸŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴ­Ż°ŭħ²³³´µŝĥ··Ÿ Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­Ż°ĝħ²²³³´´µµĥü·ŸŸ  Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°üħ²²³³ŝ´µµĥ Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°ħŝ²³³´µ Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°ħŝ²³³´µ  Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°üħ²²³³´Ħ˘£¤Ĥ§¨İüŞĞĞĴĴ­Ż°üħ²²³³´ŝ ĦĦ˘£¤Ĥ§¨İŞ Ħ˘£¤Ĥ§¨İ ŞĞŞ Ħ˘£¤Ĥ§¨İ Ş ĞŞ Ħ˘£¤Ĥ§¨İ Ş ĞŞ Ħ˘£¤Ĥ§¨İ ŞĞŝŞ  Ħ˘£¤Ĥ§¨İ ŞĞŝŸ  Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ Ş ĞŸ Ħ˘£¤Ĥ§¨İŞ ĞŸ Ħ˘£¤Ĥ§¨İ Ş ĞŸ Ħ˘£¤Ĥ§¨İŞ ĞŸ Ħ˘£¤Ĥ§¨İŞ ĞŝžŸŸ Ħ˘£¤Ĥ§¨İŞ ĞžŸ Ħ˘£¤Ĥ§¨İŞ ĞžŸ Ħ˘£¤Ĥ§¨İŞĞžŸ Ħ˘£¤Ĥ§¨İŞĞŝžžŸ Ħ˘£¤Ĥ§¨İ ŞĞžŸ Ħ˘£¤Ĥ§¨İ ŞĞžŸ Ħ˘£¤Ĥ§¨İ ŞĞžŸ Ħ˘£¤Ĥ§¨İŞĞžŸ Ħ˘£¤Ĥ§¨İŞĞžŸ Ħ˘£¤Ĥ§¨İŞĞŝœžŸ Ħ˘£¤Ĥ§¨İŞĞœžŸ Ħ˘£¤Ĥ§¨İŞŝĞœœžŸ Ħ˘£¤Ĥ§¨İŞœžŸ Ħ˘£¤Ĥ§¨İŞœžŸ Ħ˘£¤Ĥ§¨İŞœžŸ Ħ˘£¤Ĥ§¨İŞœžŸ Ħ˘£¤Ĥ§¨İŞŝ›œœžŸ Ħ˘£¤Ĥ§¨İŞ›œžŸ Ħ˘£¤Ĥ§¨İŞ›œžŸ Ħ˘£¤Ĥ§¨İŞ›œžŸ Ħ˘£¤Ĥ§¨İŝŞ››œžŸ Ħ˘£¤Ĥ§¨İ›œžŸ Ħ˘£¤Ĥ§¨İ›œžŸ Ħ˘£¤Ĥ§¨İ›œžŸ Ħ˘£¤Ĥ§¨ŝİ››œžŸ Ħ˘£¤Ĥ§¨ŝš››œžŸ Ħ˘£¤Ĥ§¨š›œžŸ Ħ˘£¤Ĥ§ü¨šš››œžŸ Ħ˘£¤Ĥ§š›œžŸ Ħ˘£¤Ĥ§š›œžŸ Ħ˘£¤Ĥ§š›œžŸ Ħ˘£¤Ĥ§š›œžŸ Ħ˘£¤Ĥŝ§šš›œžŸ Ħ˘£¤Ĥš›œžŸ Ħ˘£¤ŝĤšš›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤š ›œžŸ Ħ˘£¤ŝšš ›œžŸ Ħ˘£¤š ›œžŸ Ħ˘£¤š ›œžŸ Ħ˘£¤š ›œžŸ Ħ˘£ŝ¤šš ›œžŸ Ħ˘£š ›œžŸ Ħ˘£š ›œžŸ Ħ˘£š› œžŸ Ħ˘ŝ£šš› œžŸ Ħ˘› œžŸ Ħ˘› œžŸ Ħŝ˘›› œžŸ ĦŝzyyxvĈutssrpponmkkjhgfedbba_^\\ZYXVUTSRQONMLJJIHFEDDCBA@?>=<<{zyyxĈwvvutsrrpponlkjjhgfedba`_^\[ZXWVUTRQPONMKJIHGFEDCBBA@>==<{{Ázyyxxwvvutsrrpponlkjihgfedba`^]\[YXWVUSRQONMLKJIHFEDDCBA@?>=<|{{úzyyxxvvÉutsrrppomlkjhhgedcba_^]\ZYXVUTSRPONMKJIHGFEDCBBA@>==||{{Äzyyxxvvuutsrqponmlkjhhfedbb`_^\[ZYWVUTRQPNNLKJIHFEEDCBA@?>=||{Ċzyyxxvvuutsrqponmlkjhgfedba`_^\[ZXWVUTRQONMLJJIHFEDCCBA@>>||{Ċzyyxxvvuussrqponmkjihgfedba`^]\[YXVUTSRPONMKJIHGFEDCBAA@>~||{Ċzyyxxvvutssrpponlkjihgedcba_^\\ZYXVUTRQPONLKJIHFEEDCBA@?~~||{Èzyyxxvvutsrrppomlkjhhfedbb`_^\[ZYWVUTRQPNMLKJIHFEDCCBA@~~|{yÌxwvvutsrrponmlkjhgfedba`_^\[ZXWVUTRQONMLJJIGFEDCBBA~~|{Ézyyxxwvvutsrqponmlkjhgfedba`_]\[YXVUTSRPONMKJIHGFEDCBA~~|{Êzyyxxwvuutsrqponmkjihgfedba`^]\ZYXVUTRQPONMKJIHFFEDCB~~|{Ëzyyxxvvuussrqponlkjihgfdcba_^\\ZYXVUTRQPONLKJIHFEDDC~~|{Ìzyyxxvvutssrpponlkjihgedcb`_^\[ZYWVUTRQPNMLKJIHFEDC~~|{Ízyyxxvvutssrpponlkjhhfedbb`_^\[ZYWVUTRQONMLKJIHFED~~ŝ}||{Îzyyxxvvutsrrppomlkjhhfedba`_^\[ZXWVUTRQONMLJJIGFE~~ŝ}||{Ïzyyxxvvutsrrppnmlkjhgfedba`_^\[YXVVUSRQONMLJIIGF~~ŝ}||{zyyxwvvutsrrponmlkjhgfedba`_]\[YXVUUSRPONMKJIHG~ ~|{yÔxwvvutsrqponmlkjhgfedba`_]\[YXVUTSRPONMKJIH~ ~|{Ñzyyxxwvvutsrqponmlkjhgfedba`^]\ZYXVUTSQPONMKJI~ ~|{Òzyyxxwvvutsrqponmkjihgfedba`^]\ZYXVUTRQPONMKJ~ ~|{Ózyyxxwvuutsrqponmkjihgfecba`^]\ZYXVUTRQPONLK~ ~|{Ôzyyxxvvuutsrqponmkjihgfecba_^][ZYXVUTRQPONL~~|{Ôzyyxxvvuutsrqponmkjihgfdcba_^\[ZYXVUTRQPOM}~~|{Ôzyyxxvvuutsrpponlkjihgfdcba_^\[ZYXVUTRQPO|}~~|{Ôzyyxxvvuussrpponlkjihgedcba_^\[ZYXVUTRQP||}~~|{Ĝzyyxxvvutssrpponlkjihgedcb`_^\[ZYWVUTRQ||ŝ}~~|{Ĝzyyxxvvutssrpponlkjihfedcb`_^\[ZYWVUTR{||~|{Ĝzyyxxvvutssrpponlkjhhfedbb`_^\[ZYWVUT{{||~|{Ûzyyxxvvutssrpponlkjhhfedbb`_^\[ZXWVU{{|~ŝ}||{Ûzyyxxvvutsrrppomlkjhhfedba`_^\[ZXWVz{{|~ŝ}||{Ùzyyxxvvutsrrppnmlkjhgfedba`_^\[ZXVyz{{||~ŝ}||{Ùzyyxwvvutsrrponmlkjhgfedba`_]\[YXyyz{{||~|{yxŬwvvutsrqponmlkjhgfedba`_]\[Yxyyz{{||~|{Úzyyxxwvuutsrqponmkjihgfedba`^]\Zxxyyz{{|ŝ}~ ~ŝ}||{Úzyyxxvvuussrpponlkjihgfdcba_^\\vxxyyz{{|ŝ}~ ~|{Úzyyxxvvutsrrpponlkjhhgedcb`_^\vvxxyyz{{|ŝ}~ ~ŝ}||{yxŜwvvutsrrppomlkjhhfedbb`_^uvvxxyyz{{|ŝ}~ ~|{Ùzyyxxwvuutsrqponmlkjhgfedba`_uuvvxxyyz{{|ŝ}~ ~|{yxvusärpponmkjihgfedba`tuuvvxxyyz{{|ŝ}~~|{Ûzyyxxwvvutsrrpponlkjihgedcbastuuvvxxyyŝz{{|}~ŝ}||{yxvusèrqponmlkjhgfedbbrsstuvvxxyŝz{{|{Özyyxxwvvutsrrpponmkjihgfedbqrsstuvvwxxyyz{{|{üzyyxxvuâtsrqppomlkjihgedcpqrrstuvvwxxyyŝz{{ |{ŝzyyxßwvvutssrpponmkkjhgfedopprrstuuvvxxyŝz{{ |{ŝzyyxÛwvvuussrqppomlkjihgfenopprrstuuvvwxxyyŝz{{|{yxßwvvuutsrrpponmlkjhhgelnoopqrsstuvvxyz {ŝzyyxŝwvvŜutssrqppomlkjihgfklmoopqrrstuuvvwxxyŝz{ {ŝzyyxŝwvvusrpèonmkkjhhgjklmnopprrsstuvvŝwxxyzyxŝwvvusrpoèmlkjihgijklmnoppqrsstuuvvŝwxxyxvusröqppommkkjhhjñklmoopqrrsstuuvvwxyxŝwvvusràqpponmlkjihfghijklmnoppqrrsstuuvvŝwxxŝwvvusrŜqppoomlkjjhefghijkklmooppqrrsstuuvvw xwvuÙtssrrqppoommkkjhdefghhijklmnoopqqrrsstuuvwvusrÛqppoommkkjibddefghijkklmnoppqqrrssttuu vuütssrrqppoommlkjjabcdefghhijklmmnoppüqrrsstuvuŝtssrpomèlkjj`abbddefghijjklmmnoppŝqrrst utsrŝqppomálkkj^_`abcdefgghijjklmmnooppqqrrstsrpomlkkj]^_`abbcdefghhijjklmmnooppqr srŝqppomàlkkj[\]^_`abcddefghhijjkklmnnooppqrŝqppoŬnmmlkkjZ[\]^^_`abcddefghhiijkklmmnoopqrqpomÚlkkjXYZ[\]^_`aabcddefghhiijjkklmmnnooppoŝnmmkÜjWXYZ[[\]^_`abbcddefgghhijjkkllmmnnoo poŝnmmŝlkkjÂÁÀżŝ½ĵĵğşı¸·ŝĥµµù´³³²²ħ°°ûŻ­ĴĴôĞŞŞİݨ¨§§ĤĤÂÂÁÀż½ĵŝğşşıŝ¸··òĥµµ´´³³²ħħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§ŭĤÂÂÁÀż½ĵŝğşşı÷¸··ĥĥµµ´³³ŭ²ħ°°ûŻ­ĴĴġĞŞŞİݨ¨§§ĤÂÁÀż½ĵŝğşşı¸·ŝĥµµö´³³²²ħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§ÂÁÀżŝ½ĵĵğşıŝ¸··öĥµµ´´³³²ħ°°ŝŻó­ĴĴĞŞŞİݨ¨§§ÂÁÀżŝ½ĵĵŝğşşıŝ¸··ûĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŭĞŞİİü¨§§ÂÁÀż½ĵŝğşşı︷·ĥĥµµ´³³²²ħ°°Żô­ĴĴĞĞŞİݨ¨§ÂÁÀż½ĵŝğşşı¸·ŝĥµµö´³³²ħħ°°Żġ­ĴĴĞŞŞİݨ§ÂÁÀż½ĵğşıŝ¸··öĥµµ´´³³²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨ÂÁÀżŝ½ĵĵğşıŝ¸··ûĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŭĞŞİİÂÁÀżŝ½ĵĵŝğşşı÷¸··ĥĥµµ´³³ú²ħ°°Żö­ĴĴĞĞŞİİÄÂÁÀżŝ½ĵĵŝğşşı︷·ĥĥµµ´³³²²ħ°°Żö­ĴĴĞŞŞİÄÄÂÁÀż½ĵŝğşşı¸·ŝĥµµí´³³²ħħ°°Ż­­ĴĴĞŞİÄÄÂÁÀż½ĵŝğşşı¸·ŝĥµµú´³³²ħ°°ûŻ­ĴĴŭĞŞÄÄÂÁÀż½ĵŝğşşıŝ¸··öĥµµ´´³³²ħ°°ûŻ­ĴĴŝĞÄÄ ÂÁÀżŝ½ĵĵğşıŝ¸··öĥµµ´´³³²ħ°°ûŻ­ĴĴÄ ÂÁÀżŝ½ĵĵğşıŝ¸··ûĥµµ´³³ô²ħ°°ŻŻ­ĴĴÄÄ ÂÁÀżŝ½ĵĵğşıŝ¸··ûĥµµ´³³ú²ħ°°Żŭ­ĴÄÄ ÂÁÀżŝ½ĵĵŝğşşı÷¸··ĥĥµµ´³³ú²ħ°°Żŝ­ÄÄÂÁÀżŝ½ĵĵŝğşşı︷·ĥĥµµ´³³²²ħ°°ŻŝÄÄÂÁÀżŝ½ĵĵŝğşşı븷·ĥĥµµ´³³²²ħ°°ŻÄÄÂÁÀżŝ½ĵĵŝğşşıû¸··ĥµµġ´³³²²ħ°°ŻÄÂÁÀż½ĵŝğşşı¸·ŝĥµµö´³³²²ħ°°ŻÄÂÁÀż½ĵŝğşşı¸·ŝĥµµ÷´³³²ħħ°°ÄÂÁÀż½ĵŝğşşı¸·ŝĥµµĝ´³³²ħħ°ÄÂÁÀż½ĵŝğşşı¸·ŝĥµµù´³³²ħ°ÄÂÁÀż½ĵŝğşşı¸·ŝĥµµú´³³²ħÄÂÁÀż½ĵŝğşşı¸·ŝĥµµû´³³²ÄÂÁÀż½ĵŝğşşıŝ¸··ĝĥµµ´´³³ÄÂÁÀż½ĵŝğşşıŝ¸··ĝĥµµ´´³ÂÄÂÁÀż½ĵğşıŝ¸··ĝĥµµ´´ÂÂÄ ÂÁÀżŝ½ĵĵğşıŝ¸··ûĥµµ´Â Ä ÂÁÀżŝ½ĵĵğşıŝ¸··ûĥµµÁ ÄÂÁÀżŝ½ĵĵŝğşşı÷¸··ĥĥµÁÁÂ Ä ÂÁÀżŝ½ĵĵŝğşşıú¸··ĥĥÁÁ Ä ÂÁÀż½ĵŝğşşı¸·ŝĥÁÁ Ä ÂÁÀż½ĵŝğşşı¸·ŝÀÁÁÂÂÁÀżŝ½ĵĵğşıú¸··ÀÀÁÁÂÂÁÀżŝ½ĵĵŝğşşıú¸·żÀÀÁÁÂÂÁÀż½ĵŝğşşıú¸żżÀÀÁÁÂÂÁÀż½ĵŝğşşıŝ¸żżÀÁÂÂÁÀżŝ½ĵĵğşıżÀÁÂÂÁÀż½ĵŝğşşıŝżżÀÁÂÂÁÀżŝ½ĵĵŝğşşüıżżÀÁÂÂÁÀżŝ½ĵĵğşŝıżÀÁÂÂÁÀż½ĵŝğşşŝ½żÀÁ ÂÁÀżŝ½ĵĵğş½żÀÁÂÂÁÀż½ĵùğşşĵ½½żÀÁÂÁÀżŝ½ĵĵŭğşĵĵŝ½żÀÁ ÂÁÀżŝ½ĵĵüğşğĵĵ½żÀ ÁÂÁÀż½ĵğĵ½żÀÁÀżŝ½ĵĵûğşşğĵĵŝ½żÀÁÀż½ĵŝğşşŝğĵĵ½żÀÁÀż½ĵŝışşğĵ½żÀ ÁÀż½ĵışŝğĵĵ½ż ÀŝÁÀÀż½ĵışğĵ½żÀż½ĵ¸ışğĵ½ żÀ ż½ĵ·ŝ¸ıışŝğĵĵ½ż½ĵ·¸ışğĵ½ż½ĵŝĥ··¸ışğĵ½ ż ½ĵüµĥĥ··¸ışğĵ½½ĵµĥ·¸ışğĵ½½ĵŝ´µµĥ·¸ışğĵ½½ĵŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžœŞİ¨§Ĥ¤£˘Ħ ŸžŝœŞŞİ¨§Ĥ¤£˘Ħ ŸžŝœŞ Şİ¨§Ĥ¤£˘Ħ ŸžĞŞİ¨§Ĥ¤£˘Ħ ŸžĞŞİ¨§Ĥ¤£˘Ħ ŸžĞŞİ¨§Ĥ¤£˘Ħ ŸžĞŞİ¨§Ĥ¤£˘Ħ ŸžĞŞİ¨§Ĥ¤£˘Ħ ŸžĞŞİ¨§Ĥ¤£˘Ħ ŸžĞ Şİ¨§Ĥ¤£˘Ħ ŸžŝĞĞ Şİ¨§Ĥ¤£˘Ħ ŸžĞŞİ¨§Ĥ¤£˘Ħ Ÿž ĞŞİ¨§Ĥ¤£˘Ħ Ÿž ĞŞİ¨§Ĥ¤£˘Ħ ŸŝžĞ ĞŞİ¨§Ĥ¤£˘Ħ Ÿ ĞŞİ¨§Ĥ¤£˘Ħ Ÿ ĞŞİ¨§Ĥ¤£˘Ħ ŸĞŞİ¨§Ĥ¤£˘Ħ ŸĞŞİ¨§Ĥ¤£˘Ħ ŸĞŞİ¨§Ĥ¤£˘Ħ ŝŸĞĞŞİ¨§Ĥ¤£˘Ħ ĞŞİ¨§Ĥ¤£˘Ħ ĞŞİ¨§Ĥ¤£˘Ħ ŝŞĞĞ Şİ¨§Ĥ¤£˘Ħü ŞŞĞĞ Şİ¨§Ĥ¤£˘ĦŞĞ Şİ¨§Ĥ¤£˘ĦŞĞŞİ¨§Ĥ¤£˘ĦŞĞŞİ¨§Ĥ¤£˘ŝĦŞŞĞŞİ¨§Ĥ¤£˘ŞĞŞİ¨§Ĥ¤£˘ŞĞŞİ¨§Ĥ¤£˘ŞĞ Şİ¨§Ĥ¤£ŭ˘İŞŞĞ Şİ¨§Ĥ¤£İŞĞŞİ¨§Ĥ¤£İŞĞ Şİ¨§Ĥ¤£İ ŞĞ Şİ¨§Ĥ¤£ŝ¨İİ ŞĞ Şİ¨§Ĥ¤ü£¨¨İİ Ş Ğ Şİ¨§Ĥ¤¨İ Ş Ğ Şİ¨§Ĥ¤ŝ§¨¨İ Ş Ğ Şİ¨§Ĥ¤§¨İ ŞĞ Şİ¨§Ĥ¤§¨İ Şİ¨§Ĥ¤§¨İŞİ¨§Ĥŝ¤§§¨İŞİ¨§Ĥŭ¤Ĥ§§¨İŞİ¨§ĤĤ§¨İŞİ¨§ĤĤ§¨İŞİ¨§ĤĤ§¨İŞİ¨§ĤĤ§¨İŞİ¨§ĤĤ§¨İ Şİ¨§Ĥŝ¤Ĥ§¨İŞİ¨§Ĥ¤Ĥ§¨İ¨§Ĥ¤Ĥ§¨İ¨§Ĥ¤Ĥ§¨İ¨§Ĥŭ£¤¤Ĥ §¨ §Ĥŝ££¤Ĥ §¨ §Ĥŝ££¤Ĥ § ¨ §Ĥŭ˘££¤Ĥ"§Ĥü˘˘££¤Ĥ§Ĥŝ˘˘£¤Ĥ§Ĥŝ˘˘£¤Ĥ§Ĥù;::988776543210ŝù;::98877654321 0ŝù<;:99877654321 0ŝĝ<;::988776ŝ544ŝ3221 0ŝ<ú;:998776543210/ŝ÷=<;::988776ú544332210/ŝ÷=<<;:998776543210/ŝö>=<;;:988776ú544332210/ŝé>==<;::988776655443322110/ŝġ@>=<<;:9987765ü4332210/ŝô@?>=<<;:988776ĝ5443322110/ŝóA@?>=<;;:98877ö655443322110/ŝĉBA@>>=<;::988776655443322110/ŝòCBA@>==<;::987765ü4332210/ŝñCBBA@>=<<;:998776ĝ5443322110/ŝDCBBA@>=<<;:998776ĝ5443322110/ŝïEDCBAA?>=<<;:998776ĝ5443322110ŭ/îFEDCBA@?>=<;;:98877ö655443322110ŝíGFEDCBA@?>=<;;:98877ö655443322110ŝìHFFEDCBA@?>=<;;:98877ö655443322110ŝëIHFEEDCBA@>>=<;::98877ö65544332211ŭ0êJIHFEEDCBA@>>=<;::98877ö65544332211ŝéKJIHFEDDCBA@>>=<;::98877ö65544332211ŝéLKJIHFEDDCBA@>>=<;::9877654ŝ3221ŝèMLKJIHFEDDCBA@>==<;::9877654ŝ3221ŝçNMLKJIHFEDCCBA@>==<;::987765ü43322ŭ1ĉPNMLKJIHFEDCCBA@>==<;::987765ĝ433221ċQPNMLKJIHFEDCCBA@>==<;:9987765ù43322äRQPNMLKJIHFEDCBBA@>=<<;:998776ĝ544332TRQONMLJJIHFEDCBBA@>=<<;:998776ù54433âUTRQONMLJJIGFEDCBAA@>=<<;:998776ú5443áVUSRQONMLJIIGFEDCBAA?>=<<;:988776û544àVUUSRPONMKJIHGFEDCBA@?>=<;;:98877ú6554ßXVUTSRPONMKJIHGFEDCBA@?>=<;;:98877û655ŜYXVUTRQPONLKJIHFEEDCBA@?>=<;;:98877ü65ŬZYXVUTRQPONLKJIHFEDDCBA@>>=<;::98877ŭ6Ü[ZYWVUTRQPNMLKJIHFEDDCBA@>==<;::98877ŝÜ\[ZXWVUTRQONMLKJIHFEDCCBA@>==<;::9877ŝĜ^\[YXWVUSRQONMLJJIGFEDCBBA@>=<<;:99877Ĝ^]\[YXVUTSRPONMKJIHGFEDCBAA@>=<<;:9987Ĝ_^\\ZYXVUTRQPONMKJIHGFEDCBA@?>=<<;:998Ĝ`_^\[ZYWVUTRQPNNLKJIHFEEDCBA@?>=<<;:99Ĝa`_^\[ZXWVUTRQONMLKJIHFEDDCBA@?>=<;;:9Ĝba`^]\[YXVUUSRQONMLJJIHFEDDCBA@>>=<;;:bÚa_^\\ZYXVUTSRPONMKJIIGFEDCCBA@>>=<;;Ĝdba`_^\[ZXWVUTRQPONMKJIHGFEDCBBA@>>=<;Ĝdcba`^]\[YXWVUTRQPNNLKJIHGFEDCBBA@>>=<Ĝedbb`_^\\ZYXVUTSRQONMLKJIHFFEDCBBA@>==Ĝedcba`_^\[ZYXVUTSRPONMLKJIHFEEDCBAA@>=Ĝfedcba_^]\[YXWVUTRQPONMLJJIHFEEDCBAA@>Ĝgeedba`_^\\ZYXVVUTRQPONMKJJIHFEEDCBAA@Ĝgfedcba`_^\[ZYXVUTSRQPNNLKJIIHFEDDCBAAĜhgeedbb`_^]\[YXWVUTSRQONNLKJIIHFEDDCBBĜhgfedcba`_^\\ZYXWVUTRRPONMLKJIIHFEDDCBhÚgeedbba_^]\[ZYXVVUTRQPONMLKJIIHFEEDChÚgfedcba`_^]\[ZYXVUUTRQPONMLKJIIHFEEDhgÜeddbba__^\\[YXWVUTSRQPONMLKJIIHFEEĜihhgfedcba`_^]\[ZYXWVUTSRQPONMLKJIIHFFĜihhgfeddbba`_^]\[ZYXVVUTSRQPONMLKJIIHGĜjhhggeedcbaa_^^\\[ZYXVVUTSRQPONMLKJJIHŝjhhÜgfeddbba`_^^\[[YYXVVUTSRQPONMLKJJIĜjihhgfeedcbba`_^]\[ZYXXVVUTSRQPONNMLKJĜjihhggeeddbba`__^]\[ZYXXVUUTSRQPONNMLKĜjihhggfeedcbba`_^^\\[ZYXXVUUTTRQPONNMLŝ¤¤ü£˘˘ĦĦ Ÿž œŝA¤ü£˘˘ĦĦ Ÿž œŝAŭĤ¤¤£˘Ħ Ÿž œŝAüĤ¤¤ü£˘˘ĦĦ Ÿž œŝAĤŝ¤¤£˘Ħ Ÿžœ›ŝ@û§Ĥ¤¤ü£˘˘ĦĦ Ÿžœ›ŝ@û§ĤĤ¤¤£˘Ħ Ÿžœ›ŝ@§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›ŝ@§üĤ¤¤ü£˘˘ĦĦ Ÿžœ›ŝ@ù¨§§ĤĤ¤¤£ŝ˘ĦĦ Ÿžœ›ŝ@¨§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›ŝ@ŭݨ§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ›ŝ@İŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ›ŝ@İŝ¨§§ŭĤ¤¤£˘Ħ Ÿžœ›ŝ@ŝŞİİŝ¨§§ŭĤ¤¤£ŝ˘ĦĦ Ÿžœ›ŝ@ŭĞŞİİù¨§§ĤĤ¤¤£ŝ˘ĦĦü ŸŸžžœ›ŝ@óĴĞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœŭ›@òĴĞĞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœŝ@ĴĞġŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ ŸžœŝAö­ĴĴĞŞŞİݨ§§üĤ¤¤ü£˘˘ĦĦ ŸžœŝAġ­ĴĴĞŞŞİݨ§§üĤ¤¤ü£˘˘ĦĦ ŸžŭœAö­ĴĴĞŞŞİݨ§§üĤ¤¤ü£˘˘ĦĦ ŸžŝAö­ĴĴĞŞŞİݨ§§üĤ¤¤ü£˘˘ĦĦ ŸžŝAöŻ­­ĴĴĞŞİİŝ¨§§öĤ¤¤££˘˘ĦĦ ŸžŝAġ°Ż­­ĴĴĞŞİİŝ¨§§öĤ¤¤££˘˘ĦĦ ŸžŝA°öŻ­­ĴĴĞŞİİŝ¨§§ŭĤ¤¤£ŝ˘ĦĦ ŸžŝA°ûŻ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤£ŝ˘ĦĦ ŸžŭAŝħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤£ŝ˘ĦĦ ŸžŝAŭ²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤£ŝ˘ĦĦ ŸŭžBü³²ħ°°ûŻ­ĴĴŭĞŞİİù¨§§ĤĤ¤¤£ŝ˘ĦĦ üŸžB³ŭ²ħ°°ûŻ­ĴĴôĞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦû ŸŸB³ö²ħ°°ŻŻ­ĴĴôĞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ ŭŸBŝ´³³ú²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ ŝBŭµ´³³ú²ħ°°Ż­ĴĴĞŞŞİݨ¨§§Ĥ¤¤ü£˘˘ĦĦŭ Bµö´³³²²ħ°°Żö­ĴĴĞŞŞİݨ§§üĤ¤¤ü£˘˘ĦĦŝCµê´³³²ħħ°°Ż­­ĴĴĞŞŞİݨ§§üĤ¤¤ù£˘˘ĦĦCŝĥµµú´³³²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ú£˘˘ĦCġ·ĥµµ´´³³²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤£˘ŝC·ûĥµµ´³³ö²ħ°°ŻŻ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤£ŭ˘C·ĥµŝ´³³ú²ħ°°Żŝ­ĴĴôĞŞİݨ¨§§ĤĤ¤¤£ŝCû¸··ĥµµö´³³²²ħ°°Ż­ĴĴĞĞŞİݨ¨§§ĤĤ¤¤ŭ£Dŝ¸··öĥµµ´´³³²ħ°°ŝŻ­ĴĴĞŞŞİݨ¨§§ĤĤ¤¤ŝDŭı¸··öĥµµ´´³³²ħ°°òŻ­­ĴĴĞŞŞİݨ§§Ĥû¤¤Dġı¸¸··ĥĥµµ´³³ŭ²ħ°°ûŻ­ĴĴŭĞŞİİŝ¨§§Ĥü¤Dıŝ¸··ŝĥµµö´³³²²ħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§ûĤDıŝ¸··òĥµµ´´³³²ħħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§üĤDîşıı¸¸··ĥĥµµ´´³³²ħ°°ŝŻù­ĴĴĞĞŞİİŝ¨§§ŭĤEŝşııŝ¸··ŝĥµµŝ´³³ŭ²ħ°°ġŻ­­ĴĴĞĞŞİİŝ¨§§ŝEşıŝ¸··ŝĥµµù´³³²²ħ°°ġŻ­­ĴĴĞĞŞİİû¨§§Eşı¸·ĥµ´³²÷ħ°°ŻŻ­ĴĴüĞŞŞİİü¨§Eşıŝ¸··ŝĥµµŝ´³³ù²ħħ°°Żŝ­ĴĴüĞŞŞİİŭ¨Eşı¸·ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞŞİİŝFŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴùĞŞŞİİFŝğşşıŝ¸··ŝĥµµ´³²ŝħ°°ŝŻŝ­ĴĴúĞŞŞİFğşı¸·ŝĥµµŝ´³³²ŝħ°°ŝŻŝ­ĴĴûĞŞŞFğşıŝ¸··ĥµŝ´³³ü²ħħ°°ŝŻŝ­ĴĴĞŝGŭĵğşşı¸·ŝĥµµ´³ü²ħħ°°ŝŻŝ­ĴĴŭĞGüĵğğşşı¸·ŝĥµµ´³ü²ħħ°°ŝŻŝ­ĴĴŝGüĵğğşşı¸·ĥµ´³ü²ħħ°°ŝŻ­ŭĴGĵŝğşşı¸·ĥµŝ´³³ü²ħħ°°ŝŻ­ŝGĵğşıŝ¸··ĥµŝ´³³ü²ħħ°°ŝŻŝHĵğşı¸·ŝĥµµŝ´³³ü²ħħ°°ŻŝHĵğşı¸·ĥµ´³²ħ°ŻŭHĵğşı¸·ĥµ´³ü²ħħ°°ŻŝHœ›šŝ@œ›š™ŭš@œ›š™ŝ?œ› š ™ŝ?œ› š ™ŝ?œ› š ™ŝ?œ› š ™ŝ?ŝœœ› š™ŝ?œ› š™ŝ?œ› š™ŝ?œ› š™ŝ?œ› š™ŝ?œ› š™ŝ?œ› š™ŝ?ŝžœ› š™ŝ?žœ› š™ŝ?žœ› š™ŝ?žœ› š™ŝ?žœ› š™ŝ?ŝŸžžœ› šŭ™?Ÿžœ› šŝ?Ÿžœ› šŝ@Ÿžœ› šŝ@Ÿžœ›šŝ@ŝ ŸŸžœ›šŝ@ Ÿžœ›šŝ@ Ÿžœ›šŝ@ Ÿžœ›šŝ@ŝĦ  Ÿžœ›šŝ@Ħ Ÿžœ›šŝ@Ħ Ÿžœ›šŝ@Ħ Ÿžœ›ŭš@ŝ˘ĦĦ Ÿžœ›ŝ@˘Ħ Ÿžœ›ŝ@˘Ħ Ÿžœ›ŝ@˘Ħ Ÿžœ›ŝ@˘Ħ Ÿžœ›ŝ@ŝ£˘˘Ħ Ÿžœ›ŝ@£˘Ħ Ÿžœ›ŝ@£˘Ħ Ÿžœ›ŝ@£˘Ħ Ÿžœŭ›@£˘Ħ ŸžœŝAŝ¤££˘Ħ ŸžœŝA¤£˘Ħ ŸžœŝA¤£˘Ħ ŸžœŝA¤£˘Ħ ŸžœŝA¤£˘Ħ ŸžœŝA¤£˘Ħ ŸžŭœA¤£˘Ħ ŸžŝAŝ¤¤£˘Ħ ŸžŝA¤£˘Ħ ŸžŝA¤£˘Ħ ŸžŝA¤£˘Ħ ŸžŝA¤£˘Ħ ŸžŝA¤£˘Ħ ŸžŭA¤£˘Ħ ŸžŝA¤£˘Ħ ŸžŝB¤£˘Ħ ŸžŝB¤£˘Ħ ŸŭžB¤£˘Ħ ŸŝB¤£˘Ħ ŸŝB¤£˘Ħ ŸŝB¤£˘Ħ ŸŝB¤£˘Ħ ŸŝB%˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙€€€€$ŝ öituuvvwxxyyŝz{{$ŝ ÷istuuvvwxxyŝz{{$ŝ ùhrsstuvvxyŝz{{$ŝ ĝfrrsstuvvxyŝz{{$ŝ ÷fpqrsstuvvxyŝz{{$ŝ öeppqrsstuvvxyüz{{#ŝ òdoppqrsstuuvvxxyŭz{#ŝ ôcnoppqrsstuvvxyŝz#ŝ óblnoppqrsstuvvxy$ŝ òaklnopprrsstuvvxy$ŝ îajklnopprrssuuvvwxxy$ŝ é_jkkmnopprrstuuvvwxxyy#ŝ í_hjklmnopqrrstuuvvxxŝy#ŝ é^hijklmoopqrssuuvvwxxy#ŝ ì]ghijklnopprrstuuvvxx$ŝ é\fghjjkmnopqrrstuvvwxx#ŝ é\eghijklmoopqrssuuvvxx#ŝ é[efghijklnopprrstuvvwx#ŝ é[defhhjklmnopqrssuuvvx#ŝ éZddfghijklnopprrstuvvw#ŝ éYcdefhhjklmnopqrssuuvv#ŝ éYbddfghijklnopprrstuvv#ŝ éXbcdefhhjklmnoprrstuvv#ŝ éXabdefghijkmnopqrssuuv#ŝ éWabcdeghijklmopprrstuv#ŝéW`bbdefghjjkmnopqrssuu#ŝéV`abddfghijkmnopqrrsuu#ŝéV_abcdeghijklmopprrstu#ŝéV_`bcdefghjkkmnopqrssu#ŝéV_`abdefghjjkmnopqrssu#ŝé3^_abddeghijklmopprrst#ŝé2^_abcdeghijklmoopqrss#ŝé2^_abcdeghhjjkmnopqrss#ŝé1^_abcdefghjjkmnopprrs#ŝé0^_abcdefghijklmopprrs#ŝé/^_abcdefghijklmoopqrr#ŝé/^_`abddeghijkkmnopprr#ŝé.^_`abddeghijjkmnoppqr#ŝé.^_`abddeghhjjklmoopqr#ŝé-^_aabddeghhjjklmnoppr#ŝé-^_abbddegghijkkmnoppq#ŝé-^_abbddegghijkkmmoopp#ŝé-^_abbddegghijjklmnopp#ŝé,__abbddefghijjklmmoop#ŝé,_`abcddefghhjjkklmnoo#ŝé,_`abcddefghhijkklmmoo#ŝé+_aabcddefghhijjkklmno#ŝé+_aabcddefgghhjjkklmmn#ŝñ+`abbcddefgghhjjkülmm#ŝ+aabbcddeegghhijjkŭlm#ŝú+aabbddeghüijjkk$ŝú+aabbddeghjk$ŝú+abbcddeŝfgghj$ŝú+abbcddeghŝijj$ŝú+abbcddeŝfgghŝi#ŝŝ,bbŝcddeŝfggh$ŝŝ,bbdeŝfggh$ŝŝ=<<;::99887765432 12345ëFEDDCBA@@>==<;;::988776543212345êHFEDDCBAA@?>=<<;::98877654321234ç5IHGEEDCBBA@?>=<<;::9988776543234çJIHGFEDCCBA@@>==<;;:9988776543234ĉKJIHGFEDCCBA@@>==<;;::98877654323ċLKJIHHFEDDCBAA@?>=<<;::99877654323NMKJIIHFEEDCBBA@?>=<<;::998877654323âONMLKJIHGEEDCBBA@?>=<<;::9988776543212áPONMLKJIHGFEDCBBA@@>=<<;;:9988776543212àQPONMLKJIHGFEDCBBA@@>==<;;:9988776543212ßSRPONMLKJIHGFEDCCBA@@>==<;;:99887765432 1Ŭ2TSRPONMLKJIHGFEDCCBA@@>=<<;;:99887765432 1ŬUTSRPONMLKJIHGFEDCBBA@?>=<<;::99887765432 1ŬVUTSRPONMLKJIHGFEDCBBA@?>=<<;::9887765432 1ÜXVUTSRPONMLJJIHFEEDCBBA@>>=<<;::9887765432 1ÛXWVUTRQPONMLJJIHFEDDCBAA@>==<;;:99887765432 1ÛZXWVUTRQPONMKJIIHFEDDCBA@@>=<<;::9887765432 1Ú[YXWVUTRQPNNLKJIHGFEDCBBA@?>=<<;::9887765432 1Ú\ZYXVUTSRQONMLKJIHFFEDCBAA@>==<;;:9987765432 1Ĝ0\[ZYXVUTRRPONMKJJIHFEDDCBA@?>=<<;::988776543210Ù]\[YXWVUTRQPNNLKJIHGFEDCBBA@>==<;::988776543210Ĝ^\\ZYXVUTSRPONMLJJIHFEDDCBA@?>=<<;::988776ŝ5443210^Ú\[ZXWVUTRQPNNLKJIHGFEDCBBA@>==<;::988776543210Ĝ_^\\ZYXVUTSRPONMLJJIHFEDCCBA@?>=<;;:998776543210×`^]\[YXWVUTRQONNLKJIHFEDDCBA@?>=<<;::988776ú544332210×`_^\[ZXWVUTRQPONMKJIHGFEDCBBA@>==<;::988776ú544332210×a_^]\[YXVUTSRQONMLJJIGFEDDBBA@?>=<;::988776ŝ544ŝ32210Ö/a`^]\[YXWVUSRQONMLJJIHFEDDCBA@?>=<<;:988776543210Ö/a`_]\[YXWVUTRQPNNLKJIHFFEDCBA@?>=<<;::98776543210É/a`_^\[ZXWVUTRQPNNMKJIHGFEDCBB@?>=<<;::988776655443322110Ġ/b`_^\[ZXWVUTRRPONMKJIHGFEDCBBA@>=<<;::98877ö655443322110Ġ/b`_^\[ZXWVUTRRPONMKJIHGFEDCBBA@>>=<;::988776ĝ5443322110Ġ/a`_^\[ZXWVUTRRPONMKJIHGFEDCBBA@>>=<;::988776ú544332210Ġ/a`^]\[YXWVUTRRPNNMKJIHGFEDCBBA@>>=<;::988776ú544332210Ġ/a_^]\[YXWVUTRQPNNMKJIHGFEDCBBA@>>=<;::988776ŝ544ŝ32210Öa_^\\[YXVVUSRQONNMKJIHGFEDCBBA@>>=<;::988776543210Ö`_^\[ZYXVUTSRQONNLKJIHFFEDCBBA@>>=<;::988776543210Ö_^]\[YXWVUTRRPONMKJJIHFFDDCBB@?>=<<;::988776543210Ö_^\\ZYXVVUTRQPNNMKJJHGFEDDCBA@?>=<<;::988776543210Ö^]\[YXWVUTSRQONNLKJIHGFEDDCBA@?>=<<;::98877654321Ġ0^\[ZYXVVUTRQPONMKJJIHFFEDCBBA@?>=<<;::98877654321\ĜZYXWVUTSRQONNLKJIHHFEDDCBBA@>>=<<;::988776ŝ544321Ö\[YXWVUTSRQPNNMKJJIHGFEDDCBA@@>>=<<;::98877654321Ö[YXXVUTTRQPONMLKJIHHFEDDCBBA@?>=<<;;::98877654321YĜXVVUTRRQONNMKJJIHGFEDDCBBA@>>=<<;::998877654321XVÚUTSRQONNMKJJIHGFEDDCBBA@@>>=<<;::99887765432Ġ1WVVUTSRQONNMLKJIHHFFEDDCBBA@?>==<<;::99887765432VĜUTRRQOONMLKJJIHGFEDDCBBA@@>>=<<;;::99887765432ÖUTTRRQONNMLKJJIHGFEDDCBBAA@?>==<<;;::9988776543áTSRRPONNMLKJJIHGFEEDCCBBA@@>>=<<ŝ;::ŝ98876543ÙSRQPONNMLKJJIHGFEEDDCBBA@@?>==<<;;::99887654üRQPNNèMKJJIIHGFEEDDCBBAA@?>>=<<;:987654ŜPONNMLKJJIHHGFEEDDCBBAA@@>>==<<;;::98765NôMLKJJIHHFFEDDôCBBAA@@>>==<<;:987 6èNMLKJJIIHGFFEDDCCBBAA@@>>ŝ=<<;:98 7 6ŭLKJJîIHGFFEEDDCCBBAA@@>>=<;:987JĝIHHGFFEDDŝCBBA@>=<;:987÷JIHHGFFEDDCBA@ŝ?>>=<;:98 78HûGFFEDDCBA@ŝ?>>=<;:98ú9GFFEDDCBA@ŝ?>>=<;:989:ŭFEDDCBA@ŝ?>>=<;: 989:DCBA@ŝ?>>=<;:9:;ü>=<; :9 :;<ĞŝŞİݨ§Ĥ¤£˘Ħ Ÿž žŸ ĦĴŭĞŞİݨ§Ĥŝ¤¤£˘Ħ Ÿž žŸ ŝĦĴĴüĞŞŞİİŝ¨§§Ĥŝ¤¤£˘Ħ Ÿž žŸ ŝ­ĴĴĞŝŞİİŝ¨§§Ĥ¤£˘Ħ Ÿž žŸ ÷­­ĴĴĞĞŞİݨ§üĤ¤¤£˘Ħ ŸžžŸŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤£˘Ħ ŸžžŸŝŻŝ­ĴĴüĞŞŞİİŝ¨§§Ĥŝ¤¤£˘Ħ ŸžžŸŭ°Żŝ­ĴĴüĞŞŞİİŝ¨§§Ĥ¤£˘Ħ Ÿžž°ŝŻŝ­ĴĴĞŝŞİİŝ¨§§Ĥ¤£˘Ħ Ÿž žñħ°°ŻŻ­­ĴĴĞĞŞİİŝ¨§§üĤ¤¤£˘Ħ Ÿž ž²ħ°°ŻŻ­­ĴĴĞĞŞİݨ§üĤ¤¤£˘Ħ Ÿž îž²²ħ°°ŻŻ­­ĴĴĞĞŞİݨ§üĤ¤¤£˘Ħ Ÿž î³²²ħ°°ŻŻ­­ĴĴĞĞŞİݨ§üĤ¤¤£˘Ħ Ÿž ³²ñħ°°ŻŻ­­ĴĴĞĞŞİİŝ¨§§Ĥ¤£˘Ħ Ÿž ì´³³²²ħ°°ŻŻ­­ĴĴĞĞŞİİŝ¨§§Ĥ¤£˘Ħ Ÿž ´³²ñħ°°ŻŻ­­ĴĴĞĞŞİİŝ¨§§Ĥŝ¤¤£˘Ħ Ÿž µ´´³³²ħħ°°ŻŻ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿž µ´³ù²ħħ°°Żŝ­ĴĴĝĞŞŞİݨ¨§§üĤ¤¤£˘Ħ Ÿž ûĥµµ´³³ŭ²ħ°°ŝŻŝ­ĴĴŭĞŞİİŝ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿž ŝĥµµŝ´³³ŭ²ħ°°ñŻ­­ĴĴĞŞŞİݨ¨§§üĤ¤¤£˘Ħ Ÿžœŭ·ĥµµö´³³²²ħ°°Żŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœô·ĥĥµµ´´³³²ħ°°ŝŻù­ĴĴĞĞŞİİŝ¨§§üĤ¤¤£˘Ħ Ÿžœ·ŝĥµµö´³³²²ħ°°Żŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœ·ĥµ´³ŭ²ħ°°ŝŻġ­ĴĴĞĞŞİݨ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœû¸··ĥµµö´³³²²ħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§Ĥŝ¤¤£˘Ħ Ÿžœò¸··ĥĥµµ´´³³²ħ°°ìŻ­­ĴĴĞŞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœŝ¸··òĥµµ´´³³²²ħ°°Żŝ­ĴĴùĞŞİݨ¨§§ŭĤ¤¤ü£˘˘ĦĦ Ÿžœí›¸¸··ĥĥµµ´³³²²ħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœġ›¸¸··ĥĥµµ´³³ŭ²ħ°°ûŻ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤£ŝ˘ĦĦ Ÿžœ›ı¸··ĥĥµµ´´³³²ħ°°ŝŻ­ĴĴĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ›ŭı¸··öĥµµ´´³³²²°°ŝŻ­ĴĴĞŞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœ›ŭı¸··òĥµµ´´³³²²ħ°°Żŝ­ĴĴùĞŞİݨ¨§§ŭĤ¤¤ü£˘˘ĦĦ Ÿžœ›ŭı¸··òĥµµ´´³³²²ħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§ŭĤ¤¤ü£˘˘ĦĦ ŝŸžžœ›ŭı¸··òĥµµ´´³³²²ħ°°Żŝ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ ŝŸžžœ›ı¸··ĥĥµµ´´³³²²°°ŝŻŝ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ›¸¸··ĥĥµµ´´³³²ħ°°ŝŻŝ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ›¸¸··ĥĥµµ´´³³²ħ°°ŝŻŝ­ĴĴŭĞŞİİŝ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœŝ¸··ŝĥµµù´³³²²ħ°°ŝŻġ­ĴĴĞŞŞİݨ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœñ¸··ĥĥµµ´´³³²²ħ°°ûŻ­ĴĴĝĞŞŞİݨ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ·ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœ·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ Ÿžœü·ĥĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴĞŝŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžó·ĥĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžŝĥµµŝ´³³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžµŝ´³³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥ¤ŝ£˘˘Ħ Ÿžµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤ŝ£˘˘Ħ Ÿžŭµ´³³²ŝħ°°ŝŻŝ­ĴĴĞŞİ¨§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžŝ´³³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤£˘Ħ Ÿž³²ŝħ°°ŝŻ­ĴüĞŞŞİݨ§Ĥ¤£˘Ħ Ÿž³²ŝħ°°ŝŻ­ĴĞŞİ¨§Ĥ¤£˘Ħ Ÿ²ħ°Ż­ĴĞŞİ¨§Ĥ¤£˘Ħ  ŭ²ħ°°ŝŻ­ĴĞŞİ¨§Ĥ¤£˘Ħ °ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤£˘Ħ°ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤£˘Ħü°ŻŻŝ­ĴĴŝĞŞŞİ¨§Ĥ¤£˘ĦŝŻ­ĴĞŞİ¨§Ĥ¤£˘Ħ˘ŝ­ĴĴĞŞİ¨§Ĥ¤£˘ŝ­ĴĴĞŞİ¨§Ĥ¤£˘£ŝ­ĴĴĞŞİ¨§Ĥ ¤£¤ĴĞŞİ¨§Ĥ¤ŝ£¤ ¤ĴĞŞİ¨§Ĥ ¤ŭĞŞŞİ¨§Ĥ¤ĤŞİ¨§Ĥ¤Ĥžœ ›š›žœ ›š›ŝŸžžœ ›š›Ÿžœ ›šŝ›ŸŸžœ ›šŸžœ ›šŸžœ ›šŝ ŸŸžœ ›š Ÿžœ ›š Ÿžœ ›š Ÿžœ ›šŝĦ  Ÿžœ ›šĦ Ÿžœ ›šĦ Ÿžœ ›šĦ Ÿžœ ›šŝ˘ĦĦ Ÿžœ ›š˘Ħ Ÿžœ›š˘Ħ Ÿžœ ›š˘Ħ Ÿžœ›š˘Ħ Ÿžœ›šŝ£˘˘Ħ Ÿžœ›š£˘Ħ Ÿžœ›šü™££˘˘Ħ Ÿžœ›š™£˘Ħ Ÿžœ›š™£˘Ħ Ÿžœ› š™£˘Ħ Ÿžœ› š™£˘Ħ Ÿžœ› š™ŝ¤££˘Ħ Ÿžœ› š™ŝ¤££˘Ħ Ÿžœ› š™ŝ¤££˘Ħ Ÿžœ› š™ŝ¤££˘Ħ Ÿžœ› š™ŝ¤££˘Ħ Ÿžœ› š™ŝ¤££˘Ħ Ÿžœ› š™ŝ¤££˘Ħ Ÿžœ› š™ŝ¤££˘Ħ Ÿžœ› š™ŝ¤££˘Ħ Ÿžœ› š™ŝ¤££˘Ħ Ÿžœ› š™£˘Ħ Ÿžœ› š™£˘Ħ Ÿžœ› š™£˘Ħ Ÿžœ› šŝ™££˘Ħ Ÿžœ›š£˘Ħ Ÿžœ›šŝ£˘˘Ħ Ÿžœ›šŝ£˘˘Ħ Ÿžœ›š˘Ħ Ÿžœ › š˘Ħ Ÿžœ › š˘Ħ Ÿžœ › š˘Ħ Ÿž œ › šĦ Ÿž œ › šĦ Ÿž œ › šĦ Ÿž œ›šŝĦ  Ÿž œ›š Ÿž œ› Ÿž œ› Ÿž  œ›ŝ ŸŸž  œ›Ÿž œ›Ÿž œ›Ÿž œ›Ÿž œ›œž *œž ,œž .œŝž 0œ678Ä9::;;<==>?@ABCCDEFFHIJJKMNNPQRSTUVWXY[[\^_`abcdefgghijkk566778Ä9::;;<==>?@ABBCDEEFHIIJKLMNOPQRTUVVXYZ[\]^_`abcdefghhij55667789Ë:;;<<=>?@ABBCDDEFGHIJKLMNOPQRSTUVWXZ[\]^_`abcdeefghi556789:Í;<<=>>@AABCCDEFGHIJJKMNNPQRSTUVWXYZ[\]^_`abcdefgh4556789:Ï;<<==>?@ABBCDEEFHIIJKLMNOPQRTUUVXYZ[\]^_`abcdeef445678Ì9::;;<==>?@ABBCDDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcde34456789:;<<=>>@AABCCDEFFHIJJKMMNOQQRTUVVXYZ[\]^_`abcd334456789:Ó;<<==>?@ABBCDEEFGIIJKLMNOPQRSUUVWXY[\\^_`abb3345678Ï9::;;<<=>?@ABBCDDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`a2233456789:Ö;<<=>>@AABCCDEFFHIJJKMMNOQQRTUVVXYZ[\]^_`22345678Ô9::;;<==>?@ABBCDEEFGIIJKLMNOPQRSUUVWXY[\\^_223456789Ġ:;;<<=>?@ABBCDDEFGHIJKLMNOPQRSTUVWXYZ[\^11223456789:Ú;<<=>>@AABCCDEFGHIJJKMNNOQRSTUVWXYZ[\112345678Ĝ9::;;<==>?@ABCCDEFFHIJJKLMNOPRRTUVVXYZ[1123456789Û:;;<<=>?@ABBCDEEFHIIJKLMNOPQRTUVVXYZ11234567Ù899::;<<=>>@ABBCDDEFGHIJKLMNOPQRTUUVXY112345678Ü9::;<<=>>@AABCDDEFGHIJKLMNOPQRTUUVX1 12345678Ŭ9::;;<==>@AABCDDEFGHIJKLMNOPQRTUVV1 123456789à:;;<==>@AABCDDEFGHIJKLMNOPQRTUV00 123456789á:;;<==>@AABCDDEFGHIJKLMNOPRRTU001234567ß899:;;<==>@AABCDDEFHHIJKLNNOQRST001234567à899:;;<==>@AABCDDEFHIIJKMNNPQRT0 01234567á899:;;<=>>@ABBCDEEFHIJJLMNOPQR0 0123456789ä:;<<=>?@ABBCDEFGHIJKLMNOQR0//012345678ä9::;<<=>?@ABCDDEFHIJJKMNOPQ/ /012345678ċ9::;<==>@ABBCDEFGHIJKLMNOQ/ /012345ŝ677ä899:;<<=>?@ABCDDEFHIJJKMNOP/ /01234ü566778ĉ9::;<==>@ABBCDEFGHIJKLNNO/ /01234567ċ89::;<<=>?@ABCDDEFHIJJLMNO//012ĝ3445566778ç9:;;<=>?@ABBCDEFGHIJKMNO//01234ü566778ç9::;<<=>@ABBCDEFGHIJKMNN//012345678ç9::;<<=>@@ABCDEFGHIJKLNN//01234567ĉ899:;<<=>?@ABCDDEGHIJJLMN//01234567ĉ899:;<<=>?@ABCDDEGHIJJLMN//01234567ĉ899:;<<=>?@ABCDDEGHIJJLMN//012345678ç9::;<<=>@@ABCDDFGHIJKLNN/ /01234ü566778ĉ9::;<<=>@@BBCDEFGHIJKLNN0/ /012345678ç9::;<=>?@ABBCDEFGHIJKMNN00/012ŝ344ŝ5667ċ899:;<<=>?@ABBDDEFHHJJKMNO00/012345678ĉ9::;<<=>@@ABCDDFGHIJJLMNO0 012345678ċ9::;<<=>?@ABBCDEFGHIJKMNNP0 01234ü566778ċ9::;<=>>@@BBCDDEFHIJJLMNOP1101234ŝ56678ä9::;<<=>?@ABCDDEFGHIJKMNNOQ1123456789::;<<=>?@ABBCDEFGHIJJLMNOPR1 12345678â9::;<<=>?@ABBCDDEFHIJJKMNNPQR1 12345678á9::;<<=>?@@ABCDDEFGHIJKLNNOQRS1123456789:;<<=>?@@ABCDDEFGHIJJLMNOPRRT2 2345678ŝ9::â;<<=>?@AABCDDEFGHIJJLMNOPQRTT22345678û9::;<<ä=>?@ABBCDDEFGHIJJLMNNPQRSTU3345678ŝ9::ß;<<=>>@@ABBCDDEFGHIJJLMNNPQRSTUV3345678ŝ9::ŝ;<<á=>?@AABBCDDEFHHIJJLMNNPQRSTUVW445678ŝ9::ŝ;<<Ŝ=>>@@ABBCDDEFGHIIJKLMNNPQRSTUVWX455678ŝ9::ŝ;<<ù=>>?@ABBäCDDEFGHIJJKLMNOPQRSTUVWXY5566789:ŝ;<<Û=>>?@@ABBCDDEFGHHIJJKMNNOPQRTTUVWXYZ6678ŝ9::ŝ;<<Ù=>>?@@ABBCDDEEFGHIJJKLMNNOQRSTUUVXXYZ[7789:;<ġ=>>?@@ABBCDDäEFGHIIJJKMNNOPQRSTUVWXXY[\\7789:;<=ö>??@AABBCDDáEFGHHIJJKLNNOPQRSTTUVWXYZ[\]^7889:;<=>û?@@ABBŝCDDàEFGHHIJJKLMNNOPRRSTUVVXXYZ[\]^_889:;<÷=>>??@@ABBĜCDDEEFGHHIJJKLMNNOPQRSTUUVWXYZ[\\^^_`99::;<=Î>??@@AABBCCDDEFFGHHIJJKLMNNOPQRSTTUVWXXYZ[\]^^_`a::;<=>ú?@@AABBŝCDD×EFGGHIIJJKLMNNOPQRSTTUVWXXYZ[\]^^_`abb;;<<=>ú?@@AABBŝCDDEúFGHHIJJàKLMNNOPQRSTTUVWXXYZ[\\^^__aabcd<<=>?@ŝABBCD×EFGGHHIJJKLMMNNOPQRSTTUVWXXYZ[\\]^^_`abbdd=>?@ŝABBCDEÔFGHHIIJJKLMNNOOQQRSTTUVWXXYZ[\\]^^_`abbcddefĦ˘£¤üĤĤ§§¨İĝŞĞĞĴĴ­­ŝŻ°°ŭħ²³³´µĥ·¸ışğĵĦ˘£¤ŝĤ§§¨İüŞĞĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµŝĥ··¸ışğĵĦ˘£¤Ĥ§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°ħŝ²³³ŝ´µµĥ·¸ışğŭĵ ĦĦ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°ĝħ²²³³´´µµŝĥ··¸ışŝğ  Ħ˘£¤üĤĤ§§¨İüŞĞĞĴĴŝ­ŝŻ°°üħ²²³³ŝ´µµĥ·¸ışŝŸ  Ħ˘£¤ŝĤ§§ŝ¨İİŞŝĞĴĴŝ­Ż°ŭħ²³³´µŝĥ··¸ışŸ Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°üħ²²³³ŝ´µµĥ·ŝ¸ııŸ Ħ˘£¤üĤĤ§§¨İüŞĞĞĴĴŝ­ŝŻ°°ħŝ²³³ŝ´µµĥ·¸ıŝžŸŸ Ħ˘£¤ŝĤ§§ŝ¨İİŞŝĞĴĴŝ­Ż°ŭħ²³³´µŝĥ··¸ŝıžžŸ Ħ˘£¤Ĥ§¨İŭŞĞĴĴ­ŝŻ°°üħ²²³³ŝ´µµĥ·ŝ¸žžŸ Ħ˘£¤üĤĤ§§¨İüŞĞĞĴĴŝ­ŝŻ°°ħŝ²³³ŝ´µµĥ·ŝžžŸ Ħ˘£¤Ĥ§ŝ¨İİŞŝĞĴĴŝ­Ż°ŭħ²³³´µüĥ··žŸ Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°ĝħ²²³³´´µµŭĥ·žŸ Ħ˘£¤üĤĤ§§¨İüŞĞĞĴĴŝ­ŝŻ°°üħ²²³³ŝ´µµŝĥžŸ Ħ˘ŝ£¤¤ŝĤ§§¨İüŞĞĞĴĴŝ­ŝŻ°°üħ²²³³ŝ´µµžŸ Ħ˘£¤Ĥ§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°üħ²²³³ü´µµ žŸ Ħ˘£¤üĤĤ§§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°ħŝ²³³ŭ´µ žŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ħŝ²³³ŝ´ žŸ Ħ˘ŝ£¤¤ŝĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³œ žŸ Ħ˘£¤ŝĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°úħ²²³³œœžŸ Ħ˘£¤ŝĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ûħ²²³œ œžŸ Ħ˘£¤ŝĤ§§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°üħ²³œ œžŸ Ħ˘£¤üĤĤ§§ŝ¨İİüŞĞĞĴĴġ­ŻŻ°°ħħ²œ œžŸ Ħ˘£¤üĤĤ§§ŝ¨İİŭŞĞĴĴŝ­ŝŻ°°üħ²œ››œžŸ Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°ŝħ› ›œžŸ Ħü˘££¤¤ŝĤ§§ŝ¨İİùŞĞĞĴĴ­ŝŻ°°ŝħ› ›œžŸ Ħ˘£¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ûŻ°°ħ› ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİùŞĞĞĴĴ­ŝŻ°°›œžŸ Ħ˘£¤óĤĤ§§¨¨İİŞŞĞĴĴû­Ż°°›œžŸ Ħ˘ŝ£¤¤üĤĤ§§ŝ¨İİŭŞĞĴĴŝ­üŻ°°››œžŝŸ  Ħ˘ŝ£¤¤ŭĤ§§¨İŭŞĞĴĴŝ­üŻ°°››œžŸ Ħ˘ŝ£¤¤ĤĤ§§¨¨İİŞŞĞĴĴ­üŻ°°››œžŸ Ħ˘£¤óĤĤ§§¨¨İİŞŞĞĴĴù­Ż°°››œžŸ Ħ˘£¤óĤĤ§§¨¨İİŞŞĞĴĴù­Ż°°››œžŸ Ħ˘£¤óĤĤ§§¨¨İİŞŞĞĴĴù­Ż°°››œžŸ Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴüŻ°°› ›œžŸ Ħ˘ŝ£¤¤ĤĤ§§¨¨İİŞŞĞĴĴ­ûŻ°°œ› ›œžŸ Ħ˘ŝ£¤¤ŝĤ§§ŝ¨İİŭŞĞĴĴŝ­úŻ°°œœ››œžŸ Ħ˘£¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­üŻ°°œœ›œžŸ Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴû­Ż°°œžŸ Ħ˘ŝ£¤¤üĤĤ§§ŝ¨İİŭŞĞĴĴŝ­ŝŻ°° œžŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ùŻ°°ħœœžŸ Ħ˘£¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°ŝħžŸ Ħ˘ŝ£¤¤üĤĤ§§ŝ¨İİüŞĞĞĴĴû­Ż°°ŭħ²žŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ² žŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²žŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°÷ħ²²³žžžžŸ Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ûħ²³³žžŸ Ħ˘ŝ£¤¤ŝĤĤ§¨İŞŝĞĴĴ­ŝŻ°°úħ²²³³žžŸ Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ùħ²²³³´ŸŸ Ħ˘£¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´  Ħ˘ŝ£¤¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°÷ħ²²³³´´µ  Ħ˘£¤ŝĤĤ§¨İŞŝĞĴĴ­ŝŻ°°öħ²²³³´´µµĦ Ħ˘£¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĦ˘£¤Ĥ§¨İŞĞĴ­ŝŻ°°üħ²²³³´µüĥĦĦ˘˘£¤ŝĤĤ§¨İŞĞĴŝ­ŝŻ°°ħ²³´µĥŝ·˘˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·£¤Ĥ§¨İŞĞĴŝ­ŝŻ°°ŝħ²²³´µĥ· ¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²³´µĥ·¸¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ŝı¤¤Ĥ§¨İŞĞĴ­ŝŻ°°üħ²²³³´µĥ·¸ıĤ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ıĤ§¨İŞĞĴŝ­ŝŻ°°ħ²³´µĥ·¸ış§¨İŞĞĴ­Ż°ħ²³´µĥ·¸ış›œžŸ Ħ˘£¤Ĥ›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤ ›œžŸ Ħ˘£¤ ›œžŸ Ħ˘£¤üšš› ›œžŸ Ħ˘£¤š ›œžŸ Ħ˘£¤š ›œžŸ Ħ˘£¤š ›œžŸ Ħ˘£ŝ¤šš ›œžŸ Ħ˘£š ›œžŸ Ħ˘£ š ›œžŸ Ħ˘£ š ›œžŸ Ħ˘ŝ£š š ›œžŸ Ħ˘š ›œžŸ Ħ˘š ›œžŸ Ħ˘š ›œžŸ Ħ˘š›œžŸ Ħŝ˘šš›œžŸ Ħš ›œžŸ Ħš ›œžŸ Ħ™š›œžŸ Ħ ™š›œžŸ ŝĦ™ ™š›œžŸ  ™š›œžŸ ™ š›œžŸ ™ š›œžŸ ™ š›œžŸ ™ š›œžŸ ™ š›œžŸ ™ š›œžŸ ™ š›œžŸ ™ š›œžŸŝ ™™ š›œžŸŝ ™™ š›œžŸŝ ™™ š›œžŸ ™ š›œžŸ ™ š›œžŸ ™ š›œžŸ  ™š›œžŸ ŝš™ ™š›œžŸ š™š›œžŸ š›œžŸ š›œžŸ š ›œžŸ š ›œžŸ ŝĦšš ›œžŸ Ħš ›œžŸ Ħš › œžŸ Ħ š ›œžŸ Ħ š› œžŸ Ħŝ˘šš› œžŸ Ħ˘› œžŸ Ħ˘› œžŸ Ħ˘› œžŸ Ħ˘ › œžŸ Ħ˘ŝ£››œžŸ Ħ˘£›œ žŸ Ħ˘£œžŸ Ħ˘£œ žŸ Ħ˘£¤ œ žŸ Ħ˘£¤œ žŸ Ħ˘£¤œ žŸ Ħ˘£¤œ žŸ Ħ˘£¤ġlmnooppqrrssŝtuuvuŝtssrâqppoonmlkjjihggfedcba`_klmmnoppŝqrrsŝtuusrpoĉnmlkkjihggfedcba`jjklmnooppŝqrrsŝtuusrpoßnmlkkjjhhgfeddbahijkklmnooppqqrrssŝtu uŝtssrpoánmlkkjjhhgfeddcghijjklmmnooppqrrsŝtu usrpoänmmlkjjihggfedfghhijkklmnooppŝqrrsŝtuuŝtssrüqppooônmlkjjihhgfeeòfghijjklmmnoopprsŝtuuŝtssrŝqppoänmlkkjjihgfcdefghhijkklmnooppŝqrrsŝtuuŝtssrÛqppoonmmlkjjihhbcdefgghijjklmmnooppqrrsŝtuuŝtssrŝqppoänmlkkjjiabbdeefghhjjkklmnoopprsŝtuuŝtssrßqppoonmmlkjj`abbddefghhjjkklmnoopprsŝtu uŝtssrqpoċnmlkk^_`abcdefghhijkklmnoopprs uŝtssrŝqppoĉnml]^_`abcdefghhijkklmnoopprsuŝtssrŝqppoçn\]^_`abcdefghhijkklmnoopprsŝtuuŝtssrßqppoo[\]^_`abcdefghhjjkklmnooppqrrsŝtuuvutsräqppZ[\]^_`abcdefghhjjkkmmoopprsu vuŝtssràqYZ[\]^_`abcdefghhjjklmnooppqrrssuvuŝtssrĉXYZ[\]^_`abddefghijjklmnopprsuvutsàVXYZ[\^^_abbdeegghjjkkmmooppqrrssuvŝwxxwvußtVWXYZ\\^_`abcdefghhjjklmnoppqrrssuvŝwx xwvuàUVWXY[\]^_`abddefghijkkmnoopprrssuvŝwxxwvâTUVXYZ[\^^_abcdefghhjjklmoopprrsuvŝwxxyxÛwvTUVWXYZ\]^_`abddefghjjklmnoppqrrssuuvx yxÛSTUVXYZ[\]^_abcdefghijkkmnoppqrrssuuvvŝwxxyzyxÛRTUVWXYZ\]^_`abddeghhjjkmmoopqrrssuuvvxyz{zyÛRSTUVXYZ[\^^`abcdefghjjklmoopqrrssuuvvxy {ĠzyyQRTUVWXY[\]^_abcdefghijklmoopqrrssuuvvwxxyŝz{{×zQRTTUVXYZ\]^_`abdeeghijklmnopqrrssuuvvwxxy{ |{ÙPRSTUVXYZ[\^_`abddeghijkkmnopqrrstuuvvxxy{ |Û{PQSTUVWXY[\^^_abcdeghijkkmnopqrrstuvvxyŝz{{|×OQRTUVWXY[\]^_abcdeghijjkmnopqrrstuvvwxxyy{|ü}~~}}|×OQRTTVWXY[\]^_abcdeghijjkmnopqrrstuvvwxxyy{|~×}||OQRTTVWXY[\]^_abcdeghijjkmnopqrrsuuvvxxyŝz{{|ŝ}~ ~Ù|OQRSTUWXY[\]^_abcdeghijjkmnopqrssuuvvxxy{| ~ĜOQRTTVWXY[\]^_abcdeghijkkmoopqrssuuvvxxyy{|ŝ}~ ~ĜOQRTTVWXY[\]^_abcdeghijklmooprrssuuvwxxyy{|~ÓOQRTUVWXY[\]^_abddeghijklmopprrssuvvwxxyyz{{||ŝ}~ ~ÓPQRTUVWXY[\^^`abddeghijklmopprrstuvvwxxyyz{{||ŝ}~ ~ÖPRSTUVXXZ[\^_`abdefghjjkmmopqrrstuvvwxxyy{{|~ÛQRSTUVXYZ\]^_abcdefghjjkmnopqrrsuuvvxxy{|ŝ}~ ~ÛQRTUVWXY[\]^_abcdeghhjjkmnopqrssuuvvxxy{|ŝ}~ ~ÛRSTUVXXZ[\^^`abddeghijklmoopqrssuuvvxxy{| ~Ú}RTTUVXYZ\]^_`bbdefghjjklmopprrssuuvvxxy{|ŝ}~ ~Ù}|STUVWXY[\]^_abcdegghjjkmnopprrstuuvwxxyŝz{{|ŝ}~~ŝ}||TVßXYZ[\^_`abddeghijkkmnopqrrstuvvwxxyŝz{{|}|ÛTUVWXY[\]^_abcdefghijklmoopqrrstuvvwxxyŝz{{|Ú{UVWXY[\\^_`abddeghhjjkmmopprrssuuvvwxxyŝz{{ |{ŜUVXYZ[\^^_abcdefghijklmnopprrssuuvvxyŝz{{|{ŬzVXXY[\]^_`bbddeghhjjklmoopqrrssuuvvxyŝz{{ÛzyyWXY[\]^_`abcdefghijkkmnoppqrrssuuvvŝwxxyŝz{ {zyäxXYZ\\^^_abcdeeghhjjklmnopprrsuvŝwxxyzyxYZ[\^^_abbddegghijkkmmoopprrssuvxyxáwvZ[\]^_aabcdefghhjjklmnoppqrrssuvxyxŝwvv[\]^_`abcdefghhjjkkmmooppqrrssuvxwvuĉ\^^_`abcdeeghhijkklmnoopprrsuvwxwvutès^^_`abcdeegghijjklmmoopprsuvuátssrr^_aabcdeegghijjkkmmnooppqrrsŝtuuvutsrèqp`abbcdeegghhjjkklmnoopprsŝtuuvutsrqpíabbddefgghhjjkklmmooprsŝtu utsrŝqppoênbcddefgghijjkklmmnooppŝqrrs tsrŝqppéonnmlcddefghhijjkklmmnoopŝqrrsrqpoénmllkjdeegghhijjkklmmnoopŝqrr srqpoónmmlkjjiiefghhjkûlmmnooprqponömlkkjjihhgghŝijjkûlmmnoopŝqr rqponómllkjjiihhgfe½żÀż½ĵğşıù¸·ĵĵ½½żÀż½ĵğşıŝ¸ĵĵ½ż Àż½ĵğşıŝğĵĵ½ż À ż½ĵğşıŭşğĵĵ½ żÀ ż½ĵŝğşşúışşğğĵĵ½ żÀ ż½ĵğşŝğĵĵ½ż½ĵğşŝışşğĵ½ż½ĵğışğĵ½ż½ĵŝğıışŝğĵĵ½ż½ĵ¸ışğĵ½ żÀ ż½ĵü·¸¸ıışğĵ½ żÀ ż½·¸ışğĵ½ż À żŝ½··ŝ¸ıışğĵ½żÀżŝĥ··ŝ¸ıışğĵ½żÀżŭµĥ··ŝ¸ıışğĵ½żÀżûµµĥ··¸ışğĵ½żÀÁÀżµŝĥ··¸ışŝğĵĵ½żÀ ÁÀżŝ´µµŝĥ··¸ışğĵ½żÀÁÀż´µŝĥ··¸ışğĵ½żÀÁÀĝ³´´µµĥĥ··ŝ¸ıışŝğĵĵ½żÀÁÀ³ŝ´µµŝĥ··¸ışğĵ½żÀÁ³´µĥ·ŝ¸ıışğĵŝ½żÀ ÁÂÁû²³³´µµĥ·¸ışŝğĵĵ½żÀÁ ÂÁŝ²³³ú´µµĥĥ··ŝ¸ıışğĵ½żÀÁÂÁ²³ŝ´µµŝĥ··¸ışŝğĵĵ½żÀÁÂñħ²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁ Âŭħ²³³ŝ´µµŝĥ··ŝ¸ıışŝğĵĵŝ½żÀÁÂôÂħ²²³³´´µµĥ··ŝ¸ıışŝğĵĵŝ½żÀÁÂîħ²²³³´´µµĥĥ··¸¸ıışşğĵŝ½żÀÁÂî°ħ²³³´´µµĥĥ··¸¸ıışşğĵŝ½żÀÁÂü°ħ²³³ô´µµĥĥ··¸¸ıışşğĵŝ½żÀÁÂü°ħ²³³ô´µµĥĥ··¸¸ıışşğĵŝ½żÀÁÂî°ħ²²³³´µµĥĥ··¸¸ıışşğĵŝ½żÀÁÂü°ħ²³³ô´µµĥĥ··¸¸ıışşğĵŝ½żÀÁ Äü°ħ²³³ô´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ Äî°ħ²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ Äî°ħ²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ Äġħ²²³³´´µµĥ··ŝ¸ıışŝğĵĵ½żÀÁ Äùħ²²³³´µµúĥ··¸¸ıışŝğĵĵ½żÀÁ Äïħ²³³´´µµĥĥ··¸¸ıışşğĵŝ½żÀÁ Ä²³´µĥ·¸ışŝğĵĵŝ½żÀÁÂŝ²³³ŝ´µµŝĥ··ŝ¸ıışŝğĵĵŝ½żÀÁ²³³´´µµĥĥ··¸¸ıışşŝğĵĵ½żÀÁ³ŝ´µµŝĥ··ŝ¸ıışŝğĵĵŝ½żÀÁ³´µĥ·¸ışŝğĵĵŝ½żÀÁÂĝ³´´µµĥĥ··ŝ¸ıışğĵ½żÀÁÂü³´µµŝĥ··¸ışŝğĵĵŝ½żÀÁ Â´µĥ·¸ışğĵŝ½żÀÁ Âú´µµĥĥ··¸ışŝğĵĵ½żÀÁÂÁµŝĥ··¸ışğĵŝ½żÀÁÂÁµŝĥ··¸ışŝğĵĵ½żÀ Á ÂÁĝµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁÀĥ·¸ışğĵ½żÀÁÀúĥ··¸¸ıışğĵŝ½żÀÁÀż·¸ışŝğĵĵ½żÀ ÁÀżü·¸¸ıışŝğĵĵ½żÀÁ Àż¸ışğĵ½żÀżŝ¸ıışğĵ½ ż À żışğĵ½ż½ŭĵışşğĵ½ż½ĵşğĵ½ż½ĵşğĵ½ ż ½ĵğşğĵ½ ż ½ĵğşĤ§¨ ݨ§Ĥ¤£Ĥ§¨İ¨§Ĥ¤ŭ£ĤĤ§ ¨İ ¨§Ĥ¤Ĥ§¨§Ĥ¤Ĥ §¨ §Ĥ¤Ĥ §¨ §Ĥ¤Ĥ §¨ §Ĥ¤Ĥ §¨ §Ĥ¤Ĥ §¨ §Ĥ¤Ĥ §¨ §Ĥŭ£¤¤Ĥ §¨ §Ĥ£¤Ĥ §¨ §Ĥ£¤Ĥ§¨ §£¤Ĥ§ ¨İ ¨§ŝ˘££¤Ĥ§¨ ݨ§˘£¤Ĥ§¨İ¨§˘£¤Ĥ§¨İ¨§˘£¤Ĥ§¨İ¨˘£¤Ĥ§¨İ¨ŝĦ˘˘£¤Ĥ§¨İŞİü¨ĦĦ˘˘£¤Ĥ§¨İŞİĦ˘£¤Ĥ§¨İŞİĦ˘£¤Ĥ§¨İŞŝİĦĦ˘£¤Ĥ§¨İŞĦ˘£¤Ĥ§¨İŞŝ ĦĦ˘£¤Ĥ§¨İŞŝ ĦĦ˘£¤Ĥ§¨İŞ Ħ˘£¤Ĥ§¨İŞ Ħ˘£¤Ĥ§¨İŞ Ħ˘£¤Ĥ§¨İŞĞŞ Ħ˘£¤Ĥ§¨İ Ş ĞŞ Ħ˘£¤Ĥ§¨İ Ş Ğ Ħ˘£¤Ĥ§¨İ ŞĞ Ħ˘£¤Ĥ§¨İ ŞĞ Ħ˘£¤Ĥ§¨İ ŞĞ Ħ˘£¤Ĥ§¨İ ŞĞ Ħ˘£¤Ĥ§¨İ ŞĞ Ħ˘£¤Ĥ§¨İ ŞĞ Ħ˘£¤Ĥ§¨İ ŞĞ Ħ˘£¤Ĥ§¨İ ŞĞ Ħ˘£¤Ĥ§¨İ ŞĞŝ ĦĦ˘£¤Ĥ§¨İ ŞĞŝ ĦĦ˘£¤Ĥ§¨İ ŞĞĦ˘£¤Ĥ§¨İ Ş ĞŞĦ˘£¤Ĥ§¨İ Ş ĞŞĦ˘£¤Ĥ§¨İ ŞĞŞĦ˘£¤Ĥ§¨İŞŝĦ˘˘£¤Ĥ§¨İŞŝĦ˘˘£¤Ĥ§¨İŞ˘£¤Ĥ§¨İŞ˘£¤Ĥ§¨İŞ˘£¤Ĥ§¨İŞİ˘£¤Ĥ§¨İŞİŝ˘££¤Ĥ§¨İ Şİ¨£¤Ĥ§¨ İŞİ¨£¤Ĥ§¨İ¨ŝ§££¤Ĥ§¨İ¨§ŝ£¤¤Ĥ §¨ İ ¨§¤Ĥ §¨§¤Ĥ §¨ §Ĥ¤Ĥ §¨ §Ĥ¤Ĥ§ ¨ §Ĥŝ¤Ĥ§¨§Ĥ Ĥ$§Ĥ¤Ò^]\[ZYXWVUTSRQPONMLKJIIHGFEDDCBBA@@?>==<<;;::99876Ò_^^\[ZYXWVUTTRQPONNMKJJIHGFEEDDCBBA@@?>==<<;;::9876a`_^]\[ZYXWVUTSRQPONMLKJJIHGFEDDCCBBA@@?>==<<;;::987Îba`_^]\[ZYXWVUTTRQPONNMLKJIHHGFEDDCBBAA@??>==<<;;::987Ñcba`_^^]\[YYXWVUTSRQPONMLKJJIHGFEEDDCBBAA@?>>=<<;:987dbÓa`_^]\[ZYXWVUTTRQPONNMLKJIIHGFEEDCCBBA@@?>>=<<;:98Ì7eedcba`_^^]\[YYXWVUTSRQPONNMKJJIHHGFEDDCCBBA@@?>==<<;:98Ëgfeddcba`_^]\[ZYXWVUUTSRQPONMLKJJIHGFFEDDCBBAA@@?>==<<;:9È8hgfeedcba`_^^]\[ZYXWVUTSRQPONNMLKJIIHGFEEDDCBBAA@?>>==<<;:9Ċihhgfeddcba`_^]\[ZYXWVUUTSRQPONMLKJJIHHGFEDDCCBBA@@?>>==<<;;:jÈihggfedcbaa__^]\[ZYXWVUTTRQPONNMLKJJIHGFEEDDCBBAA@@?>==<<;:kjĈihgfeddcba`_^^\[ZYXXWVUTSRQPONNMKKJIIHGFEDDCCBBAA@?>>==<<;;mlkjjihhgfeddbba`_^]\[ZYXWVUTTSRQOONMLKJJIHGFEEDDCBBAA@@?>==<<;nmmlkjjihggfedcba`_^^]\[YYXWVUTSRQPONNMKKJIIHGFEDDCCBBA@@?>==<o€żnmlkkjjihgfeddcba`_^]\[ZYXWVUTTRRQONNMLKJIIHGFEEDCCBBAA@@>>==>==rqppoonmlkjjihgfeddcba`_^]\[ZYXWVUTTRQPONNMLJJIHHFFEDDCCBAA@@>>=rr€qpponmlkkjihhgfedcba`_^^\[ZYXXVUUTRQPONNMLKJIIHGFEDDCCBAA@@>>ssrrqqpoonmlkjjihgfeddbba`_^]\[ZXXVUUTSRQPNNMLKJIIHGFEDDCCBAA@@>utssrrqppoonmlkjihggfedcba`_^]\[ZYXWVUTSRQPONMLKJIIHGFEDDCBBAA@?uutssrrqpponmlkjjihgfedcba`_^]\[ZYXWVUTSRQPONMLKJIIHFFEDDCBBAA@vvuutssrrqppoonlkkjihgfeddba`_^^\[ZYXWVUTSRQPONMLKJIIHFFEDDCBBA@wvvuÀtssrrqpoonmlkjihgfeddbaa`^^\[ZYXWVUTSRQPNNMLKJIHHFEEDCCBAAxxwvvuuÇtsrrqpponmlkjjhggfddbaa_^^\[ZYXVVUTRRQONNMKJJIHGFEDDCBBAxxÁwvvuutssrrpponmlkjjhggfddba`_^]\[ZYXVUUTRQPONMLKJIIHFFEDCCBAyyxxÄwvvuutssrrpponmlkjjhggeddba`_^]\[ZXXVUTSRQPONMLJJIHGFEDDCBByyxvuÉtsrrpponmlkjjhgfeddba`_^\\[YXWVUTSRQONNLKJIIHFEEDCBB{zyyxÇwvvuutsrrpponmlkjihgfedcba`^^\[ZYXVUTTRQPONMLJJIHGFEDDCB{{ŝzyyxÈwvvuutsrrpponmlkjihgfedbb`_^]\[YXWVUTSRQONMLKJIHGFEDDCB{{ŝzyyxÇwvvuussrrpponmkjjhggedcba`_^\[ZYXVUTSRQPNNMKJJIHFEEDCB||{{ŝzyyxÊwvvutssrqpoomlkjihgfedbba_^]\[YXWVUTRQPONMLJJIHFFEDCB||{ŝzyyxvuÏtsrrpponmkjjhggedcba_^]\[ZXWVUTSRQONMLKJIHGFEDCB||{Ĉzyyxxwvvuussrqpoomlkjihgedcba`_^\[ZYXVUTSRQONNLKJIHGFEDCB||{yxvuÏtsrqppomlkjihgfedba`_^\\ZYXVUTSRQONNMKJIHGFEDCB~||{Ċzyyxxwvvutsrrpponmkjihgfedbba_^\\[YXVVTSRQONNMKJIHGFEDCB~}||{yxÊwvvuusrrpponmkjihgfedbba_^]\[YXVVTSRQONNMKJIHGFEDCB~}||{yxÊwvvuusrrpponmkjihgfedbba_^\\[YXVVTSRQONNLKJIHGFEDCB~}||{yxÊwvvuusrrpponmkjihgfedbba_^\\ZYXVUTSRQONMLJJIHFFDDCB~}||{Ĉzyyxxwvvutsrrppommkjihgfedbb`_^\[ZYWVUTSRQONMKJJIHFEDDCB~||{úzyyxxvvÎutsrqppomlkjihgedcba`^]\[YXWVUTRRPONMKJJHGFEDDBB}||{yxvusÒrqponmkkjhhgedcba_^]\[YXVVUSRQONNLKJIHGFEDCBB||{Ĉzyyxxwvvutsrrppomlkjihgfedbb`_^\\ZYXVUTSRQONMLJJIHFEDDCBA||{zyyxxwvvuusrrqponmkkjhhgedcba_^]\[YXWVUTRQPNNMKJJHGFEDDBBA||{{zyyxxwvvuussrqppomlkjihgfedbb`_^\\ZYXVUTSRQONNLKJIHFFEDCBB@|{{üzyyxxvuÍtsrrpponmkjjhgfedcba_^]\[YXWVUTRQPNNMKJJHGFEDDBBA@{{yxĊwvvuutsrrpponmkkjhhgedcba`^^\[ZXXVUTSRQONMLJJIHFFDDCBB@@{zyyxĈwvvuutsrrpponmkkjihgeddba`_^\\ZYXVUTSRQONNLKJIHGFEDCBBA@?yyxvusrpÏonmkkjihgfedbb`_^]\[YXWVUTRQPNNMKJJHHFEDDCBA@?>yxxŝwvvÄutssrqpponmkkjihgfedbb`_^]\[YXWVUTRRPONMLJJIHFFEDCBBA@>>xxwvvuĈtsrrqpponmkjjhhgeedbb`_^]\[YXWVUTSRPONMLKJIHGFEDCBBA@?>=wvvu€utssrqpponmlkjihhgedcbb`_^]\[YXWVUTSRQONNLKJIHGFEDDCBA@?>=>=>=<=<<;srrqppoonmlkjihhgfedcba`_^]\[ZXWVUTSRQPONMLKJIHGFEDDCBBA@?>=<<;:rqppoonmlkjihhgfedcbba_^]\[ZYXWVUTSRQPNNMLKJIHGFEDDCBBA@?>=<<;::ppoonmlkjjihgfeddbba`_^]\[ZXXVVUTSRQONNMKJJIHGFEDDCBBA@?>=<<;;::onnmlkjjihggeddcba`_^]\[ZYXWVUTSRQPONMLKJJIHFFEDDCBBA@?>=<<;;::9mlkkjihhggeddcba`_^]\\[YXWVVUTSRQONNMLJJIHGFEEDCBBA@@>>=<<;;::98kjjihhgfeddcbba_^]\\[ZXXWVUTSRQPONMLKJJIHGFEDDCBBA@?>>=<<;::ˆ988jihhgfeddcbba_^^]\[ZYXWVUTSRRPONNMKJJIHGFFEDDCBBA@?>==<<;::99887hhgfeddcbaa_^^]\[ZYXWVUTTRRQONNMLKJJIHGFEDDCBBA@@>>=<<ĵ;::998877gfedcbba`_^]]\[ZYXWVUUTSRQPONMLKJJIHGFEEDDCBBA@?>>=<<;;::9887Îedcbba`_^]\\[ZYXWVVUTSRQPONNMKJJIHGFFEDDCBBA@@>>=<<ŝ;::ŝ9887·ĥµ´³²ŝħ°°Żŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħŝ¸··ŝĥµµ´³ü²ħħ°°ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤£˘Ħ¸·ĥµŝ´³³²ŝħ°°ŝŻ­ĴüĞŞŞİݨ§Ĥ¤£˘Ħüı¸¸··ĥµ´³ü²ħħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘ı¸·ĥµŝ´³³²ŝħ°°ŝŻ­ĴĞŞİ¨§Ĥ¤£˘ŝşıı¸·ĥµ´³²ŝħ°°Ż­ĴĞŞİ¨§Ĥ¤£şı¸·ĥµŝ´³³²ħ°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£şı¸·ĥµ´³²ŝħ°°ŝŻ­ĴüĞŞŞİݨ§Ĥ¤ŝğşşı¸·ĥµ´³ü²ħħ°°Ż­ĴĞŞİ¨§Ĥ¤üĵğğşşı¸·ŝĥµµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤ĵŝğşşı¸·ĥµ´³²ŝħ°°Ż­ĴĞŞİ¨§Ĥŝ¤ĵĵğşı¸·ĥµŝ´³³²ħ°ŝŻŝ­ĴĴĞŞİ¨§Ĥŝ½ĵĵğşı¸·ĥµ´³²ŝħ°°Ż­ĴĞŞİ¨§Ĥû½½ĵĵŝğşşı¸·ĥµŝ´³³²ħ°ŝŻŝ­ĴĴĞŝŞİݨ§Ĥ½ĵğşı¸·ĥµ´³²ŝħ°°Ż­ĴĞŞİ¨§ŝĤ½ĵğşı¸·ĥµŝ´³³²ŝħ°°ŝŻ­ĴĞŞİ¨§ŝż½ĵğşı¸·ĥµ´³ü²ħħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§ż½ĵğşı¸·ŝĥµµ´³²ŝħ°°Żŝ­ĴĴüĞŞŞİݨ§ż½ĵŝğşşı¸·ĥµŝ´³³²ŝħ°°Żŝ­ĴĴüĞŞŞİݨŝ§żż½ĵğşı¸·ĥµŝ´³³²ŝħ°°Żŝ­ĴĴüĞŞŞİݨÀż½ĵğşıŝ¸··ĥµŝ´³³²ŝħ°°Żŝ­ĴĴüĞŞŞİݨÀż½ĵŝğşşı¸·ŝĥµµŝ´³³²ŝħ°°Żŝ­ĴĴĞŞİü¨ÁÁÀÀż½ĵğşı¸·ŝĥµµŝ´³³²ŝħ°°Żŝ­ĴĴĞŝŞİİÁÀż½ĵğşı¸·ŝĥµµŝ´³³²ŝħ°°ŝŻ­ĴüĞŞŞİİÁÀżŝ½ĵĵğşı¸·ĥµŝ´³³ü²ħħ°°ŝŻŝ­ĴĴĞŝŞİİÁÀż½ĵğşıŝ¸··ĥµŝ´³³ŭ²ħ°°Żŝ­ĴĴĝĞŞŞİİÂÂÁÁÀżŝ½ĵĵğşıŝ¸··ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞüŞİİÂÂÁÀżŝ½ĵĵŝğşşı¸·ŝĥµµŝ´³³ŭ²ħ°°Ż­ĴúĞŞŞİÂÂÁÀż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴùĞŞŞİÂÂÁÀż½ĵğşı¸·ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴûĞŞŞİÂÁÀżŝ½ĵĵŝğşşıŝ¸··ĥµ´³ù²ħħ°°Żŝ­ĴĴĞŭŞİÂÁÀż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞİÂÁÀżŝ½ĵĵŝğşşıŝ¸··ŝĥµµù´³³²²ħ°°ŝŻŝ­ĴĴüĞŞİÂÁÀż½ĵŝğşşıŝ¸··ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞİÂÁÀż½ĵŝğşşı¸·ĥµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞİÂÁÀżŝ½ĵĵŝğşşı¸·ĥµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞİÂÁÀżŝ½ĵĵŝğşşı¸·ĥµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞİÂÁÀżŝ½ĵĵŝğşşı¸·ŝĥµµù´³³²²ħ°°ŝŻĴûĞŞŞİÂÁÀż½ĵŝğşşıŝ¸··ŝĥµµù´³³²²ħ°°ŝ­ĴĴûĞŞŞİÂÁÀżŝ½ĵĵŝğşşı·ĥĥµµ´´³³²²ħ°°Żŝ­ĴĴûĞŞİİÂÁÀżŝ½ĵĵğşı¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴûĞŞİİÂÁÀż½ĵŝğşşıŝ¸··ŝĥµµù´³³²²ħ°°ûŻ­ĴĴúĞŞŞİİÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²°ŝŻŝ­ĴĴŭĞŞİİÂÁÀżŝ½ĵĵŝğşşıŝ¸··ŝĥµµù´³³²²ħ°°ŝŻô­ĴĴĞŞŞİݨÂÂÁÀż½ĵŝğşşı¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨÂÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ûŻ­ĴĴĝĞŞŞİݨ¨ÂÂÁÀżŝ½ĵĵŝğşşıŝ¸··ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴŭĞŞİİû¨§ÂÂÁÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴ÷ĞŞŞİݨ¨§ÁÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ûŻ­ĴĴöĞŞŞİݨ¨§§ÁÁÀż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§ÁÀżŝ½ĵĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴġĞŞŞİݨ¨§§ĤÀÀż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§üĤÀÀżżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİİŝ¨§§Ĥż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİİŝ¨§§Ĥŝżż½ĵğşı¸·ĥµŝ´³³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝż½ĵŝğşşı¸·ĥµ´³²ŝħ°°Żŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤½ĵŝğşşı¸·ĥµ´³ü²ħħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥ¤ŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤ú£ĵĵğğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£ŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤£ŝ˘şşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤ŝ£˘˘şı¸·ĥµ´³²ħ°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤£˘Ħ£˘Ħ Ÿž œ›£˘Ħ Ÿž œ ›ŝ¤££˘Ħ Ÿž œ ›¤£˘Ħ Ÿž œ›¤£˘Ħ Ÿž œ›¤£˘Ħ Ÿž œ›¤£˘Ħ Ÿž œü›¤¤£˘Ħ Ÿž  œ¤£˘Ħ Ÿž œ¤£˘Ħ Ÿž œ¤£˘Ħ Ÿž œĤ¤£˘Ħ ŸžœĤ¤£˘Ħ Ÿž œŝ§ĤĤ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžŝœ§§Ĥ¤£˘Ħ Ÿž¨§Ĥ¤£˘Ħ Ÿž¨§Ĥ¤£˘Ħ Ÿžŝݨ¨§Ĥ¤£˘Ħ Ÿžİ¨§Ĥ¤£˘Ħ Ÿžİ¨§Ĥ¤£˘Ħ ŸžŝŞİݨ§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ Ÿž Şİ¨§Ĥ¤£˘Ħ ŸžŝŞŞİ¨§Ĥ¤£˘Ħ ŸžŝŞ Şİ¨§Ĥ¤£˘Ħ ŸžŭĞŞ Şİ¨§Ĥ¤£˘Ħ ŸžüĞĞŞŞİ¨§Ĥ¤£˘Ħ ŸžŝĞĞ Şİ¨§Ĥ¤£˘Ħ ŸžŝĞĞ Şİ¨§Ĥ¤£˘Ħ ŸžŝĞĞ Şİ¨§Ĥ¤£˘Ħ ŸžŝĞĞ Şİ¨§Ĥ¤£˘Ħ ŸžĞ Şİ¨§Ĥ¤£˘Ħ ŸžĞ Şİ¨§Ĥ¤£˘Ħ ŸžĞ Şİ¨§Ĥ¤£˘Ħ ŸžŝĞŞ Şİ¨§Ĥ¤£˘Ħ Ÿž Şİ¨§Ĥ¤£˘Ħ Ÿž Şİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ Ÿžŝœİݨ§Ĥ¤£˘Ħ Ÿžœİ¨§Ĥ¤£˘Ħ Ÿžœ¨§Ĥ¤£˘Ħ Ÿžœ¨§Ĥ¤£˘Ħ Ÿžœŝ¨§§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ ŸžœĤ¤£˘Ħ ŸžœĤ¤£˘Ħ Ÿžœŝ›¤£˘Ħ Ÿžœ›¤£˘Ħ Ÿž œ›ŝ¤¤£˘Ħ Ÿž œ›¤£˘Ħ Ÿž œ› 6789:;<à=>>?@AABCCDDEFFHHIJJKLMNOPQRSTU6 6789:;<=>?@AABBCDDEEFGHIJJKLMNNOPQRS766 789:;<=ä>?@AABBCCDEEFGHIIJJKLMNOPQR776 789:;<=>@éABBCCDDEFFGHIJJKLMNNOP7789:;<=>è?@AABBCDDEEFGHIIJJKLMNN7789:;<=>è?@@ABBCCDDEEFGHIIJJKLM87789:;<=>ë?@AABBCCDDEFFGHIJJKL88789:;<=>û?@@ABBòCDDEEFGHHIJJ988789:;<=>î?@AABBCCDDEEFGHHI998789:;<=>ï?@AABBCCDDEEFGH:998789:;<=>??@AABBCCDDEFF::98789:;<=>?ô@AABBCCDDE;::98789:;<=>?ġ@AABBCCD;;::98789:;<=>?ĝ@AABBC<;;:98789:;<ô=>>??@AAB<<;;:98789:;<=ġ>??@A=<<;;::98 76 789:;<=ö>??==<<;;::987 6 789:;<=>=<;:9876789:;<÷=>>=<<;;::9876789:;<ó?>==<<;;::998876 56789:;÷@>>=<<;;::987656789:ò@?>==<<;;::9988765 456789@>ö=<<;;::998876545678òA@?>==<<;::99887654 34567ï8A@?>==<<;::99887765434567A@@>>=<<;::9988776543 234567Aĝ@>>=<<;::ü98877654323456ï7BA@?>=<<;::99887765432123456BA@?>=<<;::9988776543212345BA@?>=<<;::998877654321234ï5BA@?>=<<;::998877654321234ñBA@?>=<<;::98877654321234ñBA@?>=<<;::988776ŝ544321 01234BA@?>=<<;::988776543210123ñBA@>>=<<;::98877654321012ñ3BA@>>=<;;:988776ŝ544ŝ32210/012ñ3B@@>=<<;::988776543210 /012òA@?>=<<;::988776ŝ544ŝ32210 /012óA@?>=<<;:998776543210/012óA@>>=<;::988776543210/012ó@?>=<<;::988776ú544332210/012ô@>>=<<;:988776543210/012ô@>=<<;::988776ŝ544ŝ32210/012ġ?>=<<;:998776543210/012ô3>=<<;::988776ŝ5443210/012ò3>=<<;::9887766ú544332210/0123ö=<<;::988776543210/0123ö4=<;;:998776ŝ544ŝ32210 /01234<ù;::988776543210 /01234ĝ<;::988776ŝ5443210/012345;ú:998877654321012345ĝ6;::988776ŝ54432101234ŝ566:ü98877654321 01234567ú:99887765432 101234567987654321234567û8988776543212345678ü98877654321234ŝ56678ü9:877654321234ŝ56678û9::;7765432 123456789:ŭ;<7765432123456789:ù;<<=77665432345678û9::;<<ü=>7665432345678ô9::;;<<=>?@66543 2345678ó9::;;<<=>?@@AĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°úħ²²³³ĦĦ˘£¤Ĥ§¨İŞĞĴ­Ż°ħŭ²³Ħ Ħ˘£¤Ĥ§¨İŞĞĴŝ­ŝŻ°°üħ²˘Ħ Ħ˘£¤Ĥ§¨İŞŝĞĴĴ­Ż°ŝħ˘˘Ħ˘£¤Ĥ§¨İŞĞĴŝ­ŝŻ°°˘£¤Ĥ§¨İŞŝĞĴĴ­ŭŻ°££˘£¤Ĥ§¨İŞĞĴ­ŭŻ¤££˘£¤Ĥ§¨İŞĞĴŝ­¤£˘£¤Ĥ§¨İŞĞĴŭ­¤¤£˘£¤Ĥ§¨İŞŝĞĴĴ¤£˘£¤Ĥ§¨İŞŝĞĴĴ¤£˘£¤Ĥ§¨İŞûĞĴ¤¤£˘£¤Ĥ§¨İޤ£˘£¤Ĥ§¨İŭŞĤ¤£˘£¤Ĥ§¨İĤ¤£˘ Ħ˘£¤Ĥ§¨ûݧĤĤ¤£˘Ħ˘£¤Ĥ§ú¨§§ĤĤ¤£˘Ħ˘£¤Ĥ§Ĥ¤£˘Ħ˘£¤Ĥ§Ĥ¤£˘Ħ˘£¤Ĥ§Ĥ¤£˘Ħ˘£¤ŝ¨§§Ĥ¤£˘Ħ  Ħ˘£¤ŝ¨§§Ĥ¤£˘Ħ Ħ˘£¤¨§Ĥ¤£˘Ħ Ÿ Ħ˘£ü¤¨¨§§Ĥŝ¤¤£˘Ħ Ÿ Ħ˘£üݨ¨§§Ĥ¤£˘Ħ ŸžŸ Ħ˘üݨ¨§§Ĥ¤£˘Ħ ŸžŸ Ħû˘İ¨¨§§Ĥ¤£˘Ħ ŸžŸ Ħİŝ¨§§Ĥ¤£˘Ħ Ÿž žŸ Ħݨ§Ĥ¤ŝ£˘˘Ħ ŸžžŸ Ħݨ§Ĥ¤ŝ£˘˘Ħ ŸžžŸ İ¨§Ĥ¤£˘Ħ ŸžžŸ İ¨§Ĥ¤£˘Ħ Ÿž œ žŸġ İݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ Ÿž œžŸİ¨§Ĥŝ¤¤ü£˘˘ĦĦ ŸžœžûŸİݨ§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœžİŝ¨§§Ĥŝ¤¤£˘Ħ Ÿžœ›œžüݨ¨§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ ›œž÷ݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœ ›œž÷ݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ›œžŭݨ§§üĤ¤¤ü£˘˘ĦĦ Ÿžœ›œž¨§Ĥŝ¤¤ü£˘˘ĦĦ ŝŸžžœ›œžŝ¨§§Ĥŝ¤¤£˘Ħ Ÿžœ›œžŝ¨§§ŭĤ¤¤ü£˘˘ĦĦ Ÿžœ›œžù¨§§ĤĤ¤¤£˘Ħ Ÿžœ›œž§üĤ¤¤ü£˘˘ĦĦ Ÿžœ›œžùŸ§§ĤĤ¤¤£˘Ħ ŝŸžžœ›œžúŸ§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœ›œžŸû§ĤĤ¤¤£˘Ħ Ÿžœ ›œžŸû ĤĤ¤¤ü£˘˘ĦĦ Ÿžœ ›œžŸ üĤ¤¤£˘Ħ Ÿžœ›œžŸ üĦĤ¤¤ü£˘˘ĦĦ ŸžœžŸ Ħŝ¤¤ŝ£˘˘Ħ ŸžœžŸ Ħ¤£˘Ħ Ÿž œžŸ Ħŝ˘¤¤£˘Ħ Ÿž  œžŸ Ħ˘¤ŝ£˘˘Ħ Ÿž ŝœ žŸ Ħ˘û£¤¤£˘˘Ħ ŸžžŸ Ħ˘ŝ£¤¤£˘Ħ ŸžžŸ Ħ˘£¤£˘Ħ ŸžžŸ Ħ˘ŝ£¤¤û£˘˘ĦĦ ŸžžŸ Ħ˘ŝ£¤¤ûĤ˘˘ĦĦ Ÿž žŸ Ħ˘ŝ£¤¤úĤĤ§˘ĦĦ ŸžžŸ Ħ˘ŝ£¤¤ŝĤĤ§Ħ ŸžŸ Ħ˘ŝ£¤¤ŝĤĤ§ŝ¨ĦĦ ŸžŸ Ħ˘ŝ£¤¤ŝĤĤ§¨İ› œžŸ Ħ› œžŸ Ħ› œžŸ › œžŸ › œ žŸ › œžŸ› œ žŸŝœ››œ žŸœ› œ žŸœ›œ žŝŸœœ›œ žœ›œ žœ›œ ž œ›œ  œ› œ œ › œ œ"› œ œ#› œ œ&› œ œ(› œ œ)›œ œ,›œ œ›š›œ œ›š›ŝœ œ ›š›œ ›š ›œ ›š›œ ›š›œ ›!š›œ ›#š›œ ›%š›œ ›'šŝ›œ ›(šœ›)šœ›š™šœ›š ™ šœ›š™ šœ› š™ šœ› š™ šœ› š™šœ› š™šœ› š™šœ› š™šœ› š™ šœ› š™ šœ› š™ šŝœœ› š™ šœ› š™ šœ› š™ šœ›š™šŝ›œœ›š™š›œ›š ™š›œ›š ™š›œ ›š™š›œ ›*š›œ›)š ›œ ›(š›œ ›'š ›œ ›%š ›œ ›$š ›œ ›!š ›œ› š › œŝ››š › œ›š › œŜUVWXYZ[\\]^_`abbcddefgghhiijjkkllmmnoŝnmmkċjTUVVWXYZ[\]]^_`abbccdeefghhijklm nmŝlkkjRSTUVVWXYZ[\]]^_`aabccdeefgghhijkl mŝlkkjàQRSTTUVWXXYZ[\]]^_`aabbcddeefgghhijk lkjŬOPQRSTUUVWXXYZ[\\]^__`abbccdeeffgghhijkjNèOPQRSTUUVWXXYZ[\\]^__`abbùcddeefgghij kjÚMNNOPQQRSTUUVWXXYZ[\\]^^_`aabbccddeefgghijáKLMNNOPQRRSTUUVWXXYZ[\\]]^_``abbücddeeŝfgghi jJÖKLMNNOPQRRSTUUVWWXYZ[[\]]^__`aabbccddeeffgghijIJàKLMNNOPQRRSTUUVWWXYZ[[\\]^^_`aabbücddeefg hiÙhGHIIJJKLMNNOPQRRSTUUVVWXYYZ[\\]^^_``abbŝcddeŝfgg hFÓGHIIJJKLMNNOPQRRSTUUVVWXYYZ[\\]^^__`aabbccddeefghÏDEFFGHIIJJKLMNNOPQRRSTUUVVWXYYZ[\\]^^__`aabbccddeeŝfgghCDDEFFGHIIJJKLMNNOPQRRSTUUVVWXYYZ[\\]^^__`aabbcddeŝfgghÒBCCDDEFFGHIIJJKLMNNOPQRRSTUUVVWXYZ[[\\]^^__`abbŝcddeŝfgghABBCCDDEFFGHIIJJKLMNNOPQRRSTUUVWXXYZ[[\\]^__`aabbücddeeŝfgghù@AABBCDDÒEFFGHIJJKKMMNNOPQRSTTUVVWXYYZ[\\]^^__`aabbcddeegh?Ê@AABBCDDEEFGHHIJJKLMNNOPQQRSTUUVVXXYZ[[\\^^__`aabbcddeeŝfggĝh=>??@ABBCDDEEFGHIIJJKLMNNOPQRRTTUVVWXYYZ[\\]^__`aabbcddeeŝfggĊh<==>?@@ABBCCDDEFFGHIJJKLMNNOPQQRSTUUVWXYYZ[\\]^__`aabbcddeegŝh<<Ë=>>?@AABBCCDEEFGHIIJJKLMNNOPQRSTUUVVXXYZ[\\]^__`aabbddeŝfgg;<=>Í?@AABBCDDEFFGHIJJKLMNNOPQRRTUUVVXXYZ[\\^^__`abbcddeeg:;<=Ï>?@@ABBCCDEEFGHIIJKLMNNOPQRRTUUVVXXYZ[\\^^__aabbddeg9:;<Ê=>>?@AABCCDDEFFHIIJKKLNNOPQRRTUUVVXYY[[\]^^_`abbcddeeggÂ899::;;<<==>?@AABBCDDEFFHIIJKKLNNOPQRRTUUVWXYZ[\\^^__aabcddeegg€78899::;;<<=>>@@ABBCDDEFFHIIJKKMNNOPQRSTUUVXXYZ[\]^^_`abbddeeggh778899::;;<<=>>@@ABBCDDEFFHIIJKLMNNOPQRTTUVWXYY[\\^^_`abbddeeggh7789Ĉ:;;<<=>>@@ABBCDDEFFHIIJKLMNNOQRRTUUVXXYZ[\]^__abbcdeeggh67789:È;<<==>@@ABBCDDEFGHIJJKLMNOPQRSTUVWXYZ[\]^__aabcdeeggh667789:È;<<=>>@@ABBCDEEFHHIJKLMNNOQRSTUVVXXY[\\^^_aabcdeeggh5667789Ĉ:;;<<=>>@AABCCDEFGHIJJKLNNOPQRTTUVXXY[\\^^_aabcdeeghh55667789Ĉ:;;<<=>?@ABBCDDEFHHIJKLMNOPQRSTUVWXY[[\^^_aabddefghh45566778Ä9::;<<=>>@AABCDDEFGHIJJKMNNOQRSTUVWXYZ[\^^_abbddefghi44556677É899::;<<=>?@ABBCDEEFHIJJKMNNOQRSTUVWXYZ[\^^_abbddegghi445678Ä9::;<<=>?@ABBCDDEFHHIJKLNNOQRSTUVWXY[[\^^_abcdeeghhj34455667789Ì:;;<==>@@ABCDDEFGHIJKLMNOQRSTUVWXY[\]^_`abcdefghij3445678Ä9::;<<=>@@ABCDDEFGHIJKLMNOQRSTUVWXY[\]^_`abddegghjj33445566778Ä9::;<<=>?@ABBDDEFGHIJKLNNOQRSTUVXXY[\]^_abbddeghhjj33445566778Ê9::;<<=>?@ABBDDEFGHIJKMNNOQRSTUVXXZ[\^^_abcdefghijk3344ü566778Ê9::;<<=>@@ABCDDEFHHIJKMNNOQRTTVWXYZ\\^_`abddeghhjjk3344ü566778Ä9::;<<=>@@ABCDDEFHIJJKMNOPQRTUVWXY[\]^_abcdefghijkl33445566778Ä9::;<==>@ABBCDDFGHIJJLMNOQRSTUVXXZ[\^^`abcdeghhjjkm33445566778Ċ9:;<<=>?@ABBCDEFGHIJKMNNOQRTTVWXY[\]^_abbdefghijklm3344566778Ä9::;<<=>@@ABCDDEFHIJJKMNOPRSTUVWXY[\^^_abcdeghhjjkmn3445566778Ë9::;<=>>@ABBCDEFGHIJKLNNOQRTTUVXY[\]^_abbdefghijklmo44ü566778Ä9::;<<=>?@ABCDDEFHIJJKMNOPRSTUVWXZ[\^^`abcdeghijklmno44556677899:;<<=>?@ABBCDEFGHIJKMNNPQRTUVWXY[\]^_abcdefghjjkmnop45566778Ċ9::;<=>>@ABBCDEFGHIJJLMNOQRSTUVXYZ[\^_`abddfghijklmopp5566778Ċ9::;<<=>@@ABCDDEFHIJJKMNOPRSTUVWXZ[\]^`abcdeghhjklmnopq566778Ċ9::;<<=>?@ABCDDEFGHIJKMNNPQRTUVWXY[\]^_abcdefghjjkmnoppr66778Ċ9::;<<=>?@ABBCDEFGHIJKLNNOQRSTUVXYZ\]^_`bbdefghijklmopprr6778Ċ9::;<<=>?@ABBCDEFGHIJKLNNOQRSTUVXYZ[\^_`abddeghijklmoopqrs778€w9::;<<=>?@ABBCDEFGHIJKLMNOQRSTUVXXZ[\^^`abcdeghhjjkmnopqrrs77889::;<<=>?@ABCCDEFGHIJKLMNOQRSTUVXXZ[\^^`abcdeghhjjkmnopprrst8899::;<==>@@ABCDDEFGHIJKLNNOQRSTUVXXZ[\]^`abcdefghjjkmnopprrssu89::;<<=>?@ABBCDDEFHHIJKLNNOQRSTUVXXZ[\]^`abcdefghijklmoppqrssuu9::;<<=>?@ABBCDEFGHIJJKMNNPQRSTUVXYZ[\^^`abcdefghijklmoopqrrstuv:;<<=>?@@ABCDDEFGHIJJLMNOPQRTUVWXYZ[\^^`abcdefghijklmoopqrrstuuv;<<=>?@ABBCDDEFGHIJKLMNOPRSTUVWXYZ\]^_`abcdefghijklmoopqrrstuuvv<=>?@@ABCDDEFGHIJJKMNNOQRSTUVWXY[\]^_`abddegghjjklmoopqrrstuuvvw>>?@ABBCDDEFGHIJKLMNOPQRTTUVXYZ[\]^_`bbddeghhjjklmoopqrrstuuvvwx?@ABBCDDEFGHIJJKMNNOQRSTUVWXYZ[\^^`abcdefghijjkmnoopqrrstuuvvxĊ@ABBCDEEGHHIJKLMNOPQRTTUVXXY[\]^_`abcdefghijkkmnoppqrrstuuvvxBÈCDDEFGHIJJLMNNOQRSTUVWXYZ[\^^_abcddeghhjjklmnoppqrrstuuvvxü³´´µµĥ·¸ışğĵ½½ĵ³´µĥ·¸ışğĵ½½ĵŝ²³³´µĥ·¸ışğĵ½ĵüħ²²³³´µĥ·¸ışğ ĵ½ ĵú°ħħ²²³³´µĥ·¸ışğĵ°ħ²³´µĥ·¸ışğĵŝŻ°°ŝħ²²³´µĥ·¸ışğĵüŻŻ°°ŝħ²²³´µĥ·¸ışğĵŻ°ŝħ²²³´µĥ·¸ışğ ĵŝ­Ż°ŝħ²²³´µĥ·¸ışğĵüĴ­­Ż°ŝħ²²³´µĥ·¸ı şğĵĴ­Ż°ŝħ²²³´µĥ·¸ış ğŝĞĴĴ­Ż°ŝħ²²³´µĥ·¸ışğŞŝĞĴĴ­Ż°ŝħ²²³´µĥ·¸ışğúİŞŞĞĞĴĴ­Ż°üħ²²³³´µĥ·¸ışğİŞĞĴ­ŝŻ°°ħ²³´µĥ·¸ışğŝ¨İİŞĞĴ­ŝŻ°°ħ²³´µĥ·¸ışğü§¨¨İİŞĞĴŝ­Ż°üħ²²³³´µĥ·¸ışğ§¨İŞĞĴ­ŝŻ°°ħ²³´µĥ·¸ışŭğĤ§§¨İŞŝĞĴĴ­Ż°üħ²²³³´µĥ·¸ışŝğĤĤ§¨İŞĞĴŝ­ŝŻ°°ħ²³´µĥ·¸ışúğĤĤ§§¨İŞŝĞĴĴ­Ż°ħ²³´µĥ·¸ışĝğ¤¤ĤĤ§§¨İŞĞĴ­Ż°ħ²³´µĥ·¸ışŝğ¤¤Ĥ§¨İüŞĞĞĴĴŝ­Ż°ħ²³´µĥ·¸ışŝğ¤¤Ĥ§¨İŞŝĞĴĴŝ­Ż°ħ²³´µĥ·¸ışü𣣤¤üĤĤ§§¨İŞŝĞĴĴŝ­Ż°ħ²³´µĥ·¸ışúğ˘˘££¤¤Ĥ§¨İŞŝĞĴĴŝ­Ż°ħŝ²³³´µĥ·¸ışŝğ˘˘£¤Ĥ§¨İŞŝĞĴĴŝ­Ż°üħ²²³³´µĥ·¸ışĝğĦĦ˘˘££¤¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°ħŝ²³³´µĥ·¸ışŝğĦĦ˘£¤Ĥ§¨İüŞĞĞĴĴŝ­Ż°üħ²²³³ŝ´µµĥ·¸ışŝğĦĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışğŝ ĦĦ˘£¤ŝĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³´µŝĥ··¸ışğ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴ­ŝŻ°°ĝħ²²³³´´µµŝĥ··¸ışŭğĵ  Ħ˘£¤Ĥ§¨İüŞĞĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµŝĥ··¸ışüğĵŸ  Ħ˘ŝ£¤¤üĤĤ§§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµŝĥ··¸ışğúĵŸŸ  ĦĦ˘£¤ŝĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışúğĵĵŸŸ  Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··ŝ¸ıış÷ğĵĵžŸŸ  ĦĦ˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışğĵúžŸŸ  ĦĦ˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵúžŸŸ  ĦĦ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışğĵúžŸŸ  ĦĦ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°²³´µĥ·¸ışŝğĵĵúžŸŸ  ĦĦ˘ŝ£¤¤ŝĤ§§¨İŞŝĞĴĴû­Ż°°îħ²²³³´´µµĥĥ··¸¸ıışşğĵù½žŸŸ  ĦĦ˘£¤üĤĤ§§ŝ¨İİŭŞĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışŝğĵĵü½žŸ  Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­믰°ħ²²³³´´µµĥĥ··¸¸ıışşğĵù½ŸŸ  ĦĦ˘ŝ£¤¤üĤĤ§§ŝ¨İİŭŞĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµúĥ··¸¸ıışŝğĵĵü½Ÿ  Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­믰°ħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵù½Ÿ  ĦĦ˘£¤üĤĤ§§ŝ¨İİŭŞĞĴĴŝ­ŝŻ°°ïħ²³³´´µµĥĥ··¸¸ıışşŝğĵĵ½ Ħ˘ŝ£¤¤ŝĤ§§¨İŞŝĞĴĴŝŻ°°ùħ²²³³´µµŝĥ··ŝ¸ıışŝğĵĵŝ½ŝ ĦĦ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­믰°ħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°ïħ²³³´´µµĥĥ··¸¸ıışşŝğĵĵ½ŝżĦĦ˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışŝğĵĵŝ½ùżĦĦ˘˘£¤¤üĤĤ§§ŝ¨İİŭŞĞĴĴŝ­ŝŻ°°ùħ²²³³´µµŝĥ··ŝ¸ıışŝğĵĵŝ½ż˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşğĵŝ½żü˘££¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵ½żŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵ½żŝÀ¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żôÀ¤¤ĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀû¤ĤĤ§§¨İŞŝĞĴĴŝ­Ż°ŭħ²³³ŝ´µµĥ·¸ışŝğĵĵŝ½żÀĤ§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµŝĥ··¸ışŝğĵĵŝ½żÀŭÁĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··ŝ¸ıışŝğĵĵŝ½żÀÁ§¨İŞŝĞĴĴŝ­ŝŻ°°ħŝ²³³´µĥ·¸ışğĵŝ½żÀÁ¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµŝĥ··¸ışŝğĵĵ½żÀÁü¨İİŞŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³´µĥ·¸ışŝğĵĵ½żÀÁİŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışŝğĵĵŝ½żÀÁĦ˘£¤Ĥ§ĤŝĦĦ˘£¤Ĥ §ĤŝĦĦ˘£¤ Ĥ Ħ˘£¤ Ĥ Ħ˘£¤ Ĥ Ħ˘£¤ ĤŝŸ  Ħ˘£ ¤Ÿ Ħ˘£¤Ÿ Ħ˘£ ¤Ÿ Ħ˘£ ¤ŝžŸŸ Ħ˘£ ¤žŸ Ħ˘£ ¤žŸ Ħ˘£ ¤ žŸ Ħ˘£ ¤ žŸ Ħ˘£ ¤ žŸ Ħ˘£ ¤žŸ Ħ˘£ ¤žŸ Ħ˘£ ¤ žŸ Ħ˘£¤œžŸ Ħ˘£¤œžŸ Ħ˘£¤œžŸ Ħ˘£¤œžŸ Ħ˘£¤œžŸ Ħ˘£¤ œžŸ Ħ˘£¤› œžŸ Ħ˘£¤›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤ ›œžŸ Ħ˘£¤ŝš››œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤ŝĤšš›œžŸ Ħ˘£¤ŝĤšš›œžŸ Ħ˘£¤Ĥš›œžŸ Ħ˘£¤Ĥš›œžŸ Ħ˘£¤Ĥš›œžŸ Ħ˘£¤Ĥš›œžŸ Ħ˘£¤Ĥŝ§šš›œžŸ Ħ˘£¤Ĥü§šš››œžŸ Ħ˘£¤Ĥ§ŝš››œžŸ Ħ˘£¤Ĥ§ŝš››œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§ŝ¨››œžŸ Ħ˘£¤Ĥ§¨›œžŸ Ħ˘£¤Ĥ§¨ŝ›œœžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨ŝİœœžŸ Ħ˘£¤Ĥ§¨İœžŸ Ħ˘£¤Ĥ§¨İœžŸ Ħ˘£¤Ĥ§¨İŝœžŸ Ħ˘£¤Ĥ§¨İžŸ Ħ˘£¤Ĥ§¨İŝޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İŞŭjihhgedcbaa`_^^\\[ZYXXVVUTTRRQPONN ŭjihhgßfeeddbbaa`_^^\\[ZYXXWVUTTSRQPON ŭjihhgedbaé`_^^\\[ZYYXWVUUTSRRQP!ŭjihhgàfeeddcbbaa`_^^]\[[ZYXXVVUTTSRQ!ŭjihhgedĉcbbaa`_^^]\[[ZYXXWVUUTTS"ŭjihhgŝfeedĝcbbaa`_^^\ó[ZYYXXWVUUT#ŭjihhgüfeeddècbbaa`__^^]\[[ZYXXWVVU#ŝjhhgŝfeedbaï`_^^]]\[[ZYXXWV$ŝihhgŝfeedëcbbaa`__^^]\\[[ZYXX$hgŝfeedŝcbbaò`__^^]\\[[ZY$ hgŝfeedŝcbbaô`__^^]\\[[% hgŝfeedŝcbbaö`__^^]]\& hgfedcbaü`__^^ŝ&hgŝfeedücbbaaû`__'hgfedcbaŭ`(hŝijjihgfedcbŝ(h jihgfedŭc)hŝijjihgŝfeeŭd)hjihgfŝ*hŝijj kjihgŝ+hjklkjiŭh+hjkŝlm mlkjŝ,hŝijjkŝlmm nmlkŝ,hŝijjkŝlmmŝno onmŭl-hjkŝlmmo ponŝ-hjkŝlmmŝnoopqpoŝûhijjkkmopŝqr rqpŝöhijjkklmmoopŝqrrŝŝhjjĝklmmnooppŝqrrsrŝġijjkkmmnooppŝqrrstutŭsöijjklmmooppŝqrrsŝtuuŝjkmŭnoppŝqrrsŝtuuvŝjôklmnooppqrrssŝtuuvwxwvŝójkkmmooppqrrssuvw xŝñjklmnoppqrrsstuuvŝwxxŝjkmmoopprrsstuuvvŝwxx yŝñklmnoppqrrstuuvvŝwxxy zŭyòkmmoopqrrssuuvvŝwxxyz {ŝólmnopprrssuuvvxyŝz{ {ŝômnoppqrsstuvvxyŝz{{ |ŭ{ïmoopqrrstuuvvwxxyyŝz{{ |ŝnopprrssuuvvwxxyy{|ŝoópqrssuuvvwxxyy{|}~}|ŝòopprrstuvvwxxyy{|ŝ}~ ~ü}|prsuvxyŝz{{|ŝ}~ ~ŭ}pqrssuuvvwxxyyz{{|~ŭ}ñprrstuvvwxxyyz{{|~ŝġqrssuuvvxxyy{|~ŭ}órssuuvvwxxyy{{|ŝ}~~ŭ}órstuvvwxxyyz{{|ŝ}~~ü}|÷stuuvvxxyy{|~û}||òsuuvvwxxyyz{{||ŝ}~~ŝ}||ŝġtuvvwxxyyz{{|ŝ}~ ~ŝ}||ŝuvxy{| ~ŝ}||ŭ{üuvvxxyŝz{{| ~ŝ}||{ŝvüwxxyy{|ŝ}~~ŝ}||{ŭzŭvwxxyŝz{{|~}|{ûzyyŝvxxy{|{yŭxüwxxyyŝz{{|{üzyyxxŝ&xy{|{üzyyxxüwv0ŝxyŝz{{ |{üzyyxxŝwvvŝ ŝŝxyy{|{ŝzyyxŝwvvüuCŝŝxyy{ŝzyyxŝwvvuŭt1yŝz{ {zyxŝwvvuûtsrŝĵğşı¸·ĥµŝ´³³²ŝħ°°ŝIĵğşı¸·ĥµ´³²ħ°ŝIĵğşı¸·ĥµ´³²üħ°Iĵğşı¸·ĥµ´³²ŭħIĵğşı¸·ĥµ´³ŭ²Jĵğşı¸·ĥµ´³ŝJĵğşı¸·ĥµ´³ŝJĵğşı¸·ĥµ´ŝJĵğşı¸·ĥµŝKĵğşı¸·ĥµŝK ğşı¸·ĥŝK ğşı¸·ŭĥKğ şı¸·ŝLğ şı¸ŭ·Lğĵ ğ şı¸ŝLğ ĵğşıŝLğĵğşıŝMğĵğşŝMğĵğşŝMğĵğşŝMğ ĵğŝNğ ĵ ½ ĵŝNğĵ½ĵŝNğĵ½½ŭĵNğĵ½ŭ½Nğĵ½ŝBŝğĵĵ½ żŝBŝğĵĵ½ żŭAŝğĵĵ½żŝAĵ½żŝAĵ½żÀŝAĵ½żÀŝAĵ½żÀÁŝAĵ½żÀÁŝAĵŝ½żÀÁŝAĵ½żÀ ÁÂÁŝAĵŝ½żÀÁ ÂŝAüĵ½½żÀÁÂŝAŭĵ½żÀÁ ŭÂA½żÀÁ ŝAŝ½żÀÁÂŝAŝ½żÀÁÂŝAżÀÁÂŝAżÀÁÂŝAżÀÁÂŝAżÀÁ ŝÄŝAŝżżÀÁ ÄŝAŝżżÀÁ ÄŝAżÀÁ ÄŝAżÀÁ ÄŝAżÀÁ ÄŝBżÀÁ ÄŝBüżÀÀÁÁ Ä ŝBÀÁÂŝBÀÁÂŭÂBŝÀÁÁÂÂŝBŝÀÁÁÂÂŭÁCÁÂÂÁŝCÁÂÂÁŝGÁÂÂÁŝ9ŝÁÂÂÁÀŝŝÁ ÂÁÀŭ‡ŝÁ ÂÁÀŭżRÁÂÂÁÀżŝŝ¤£˘Ħ ŝB¤£˘Ħ ŝB¤£˘Ħ ŝB¤£˘Ħ ŝB ¤£˘ĦŝB ¤£˘ĦŝC ¤£˘ĦŝC ¤£˘ŭĦC ¤£˘ŝC ¤£˘ŝC ¤£˘ŝC ¤£ŝC ¤£ŝD ¤£ŝD ¤ŭ£D ¤ŝD¤ŝD!¤ŝD Ĥŭ¤DĤ ŝDĤŝDĤŝD Ĥ § ĤŝEĤ§ĤŝEĤ§ŝEĤ§ŝ@Ĥ§ŝ@Ĥ§¨§ŝ@Ĥ §¨ŝ@Ĥ §¨ŝ@Ĥ§ ¨İ¨ŝ@Ĥ§¨İŝ@Ĥ§¨İŝ@ŝĤĤ§¨İ Şŭİ@ŝĤĤ§¨İŞŝ@Ĥ§¨İŞŝ@Ĥ§¨İŞŝ?Ĥ§¨İŞŝ?Ĥ§¨İŞŝ?ŝĤ§§¨İŞŝ?ŝĤ§§¨İŞŝ@§¨İ ŞĞŞŝ@§¨İ Ş Ğŝ@§¨İ ŞĞŝ@§¨İ ŞĞŝ@§¨İ ŞĞŝ@§¨İ ŞĞŝ@§¨İ ŞĞŝ@ŝ§¨¨İ ŞĞŝ@¨İ ŞĞŝ@¨İ ŞĞŭŞ@¨İ ŞĞŞŝ@¨İ ŞĞŞŝ@ŝ¨İİ ŞĞŞŝ@İ ŞĞŞŝ@İ ŞĞŞŝ@İ Ş Ğ Şŝ@İ ŞĞ Şŝ@ŝİŞŞĞŞŝE#Şİŝ8ŝ!ŞİŝŝŞİü¨ƒŝŞİ¨ŝOŞİ¨ŝŝ%˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙:˙ŝÑ8ŝL˙˙ŝĤ8˙:˙ŝü€€€€$ü ŭ 5b baŝ`#ü ŝbba`_$û ŭ7bba`_^$û ŭFaaŝ`__^]ŝ\#ŝ ŝ ù,aa``__^ŝ]\\$ŝ ŝüB__^ŝ]\\[ŝZ#ŝ ŭYù*=^^]\\[üZYY#ŝ üYaù (%>JKKŝL#ŝ úYa` 4ŝ ùY`__3ŝ öX__^^] 0ŝ ñW_^^]\\[[ $ŝ éW^^]\\[[YYXXWVVUTTSRRQ#ŝ ŭV^\\î[ZYXXWVVUUTSRRQPO#ŝ éV\\[[ZYXXVVUUTSRRQQONN#ŝ éT\[ZYYXWVVUTTSRRQPONNM#ŝ éT[ZYXXWVVUTSRRQPONNMLK#ŝ SZYXXVVUTTSRQPONNûMLJJ#ŝ éRYXWVVUTSRRQPONNMLKJJI#ŝ éQXWVUUTSRQPONNMLKJJIHH#ŝ PWVUTTRRQPONNMLJJûIHGF#ŝ éOVUTSRRPONNMLKJJIHGFFE#ŝ éNUTSRQPONNMKJJIHHFFEDD#ŝ íMTRRQPNNMLKJJIHGFEDDŝC#ŝ éLRRPONNMLJJIHHFFEDDCBB#ŝ éKQPONNLKJJIHGFEDDCBBA@#ŝ éJPNNMLKJJHHFFEDDCBBA@?#ŝ éHNNMKJJIHGFEDDCBBA@?>>#ŝ éGNLKJJIHFFEDDCBBA@?>=<#ŝ éGLKJIHGFEDDCBBA@?>>=<<#ŝ éEJJIHGFEDDCBBA@?>=<<;:#ŝ éDJIGFFEDCBBA@?>>=<<;::#ŝ éCHGFEDDCBBA@?>=<<;::98#ŝ éBGFEDDBBA@?>>=<<;::988#ŝ í@EDDCBBA@?>=<<;::988ŝ7#ŝ ì?DDCBA@?>>=<<;::98877$ŝ î>CBBA@?>=<<;::988776$ŝï=BB@@>>=<<;::988776ŝ5#ŝñ=<<;::988776ŭ54#ŝò;@?>=<<;::98877654$ŝô:>=<<;::988776ŝ544ŝ3#ŝġ8=<<;::988776543ŝ2#ŝ÷7<;::988776ŝ544ŝ322$ŝĝ6;::9887765432ŝ1#ŝú5:988776ŝ544ŝ3221$ŝû5988776ŝ544321$ŝŭ38776ú54433221$ŝŝ3776ŝ5443210$ŝġ27665544332210$ŝû2665443210ŝ/#ŝĝ15544332210/$ŝŝ044ŝ32210/$ŝû/4332210/$ŝŭ/32210/$ŝŝ.2210/$ŝŭ.2110 /$ŝŝ-110 /$ŝŝ-110 /$ŝü-1100 /$ŝŭ-100/$ŝŝ,00/$ŝü,00//$ŝŭ,0//0$ŝŝ+//0$üŭ ‹ı ı¸$üŝ4ı ı¸ŝ·#ûŭXıı¸·$ûŭhıı¸·$ŝŝ ŭM¸¸·ĥ$ŝŝû(ƒ¸··ĥŝµ#ŝŭİü9w··ĥµ$ŝüݸù6Jcnooŝp#ŝúݸ¸ 4ŝù¨¸¸·3ŝŭ¨¸··ü 0ŝŝ¨··ĥú $ŝŝ¨··ĥµ´³²ŝħ#ŝü¨··ĥĥµ´³²ħŝ°#ŝŭ¨·ĥĥµ´³²ħ°$ŝŝ§ĥĥµ´³²ŝħ°°$ŝŭ§ĥµµ´³²ŝħ°°ŭŻ#ŝŝĤµµ´³²ħ°ŝŻ$ŝüĤµµ´´³²ŝħ°°Ż$ŝûĤµ´´³³²ħ°ŝŻŭ­Ĵ#ŝü´´³³²ŝħ°°ŝŻŝ­ĴĴ$ŝŭ´³³²ŝħ°°ŝŻŝ­ĴĴ$ŝĝ¤³³²²ħħ°°ŝŻŝ­ĴĴŭĞŞ#ŝú¤³²²ħ°°ŝŻŝ­ĴĴŝĞŞŞ$ŝû¤²²ħ°°ŝŻŝ­ĴĴúĞŞŞİİ#ŝü£ħħ°°ŝŻŝ­ĴĴüĞŞŞİİŝ¨#ŝŝ˘°°ŝŻŝ­ĴĴüĞŞŞİݨ$ŝûĦ°°Żŝ­ĴĴüĞŞŞİݨ§$ŝüĦ°Żŝ­ĴĴúĞŞŞİݨ¨§ŝĤ#ŝŭĦŻŝ­ĴĴüĞŞŞİݨ§Ĥ$ŝŝ ŝ­ĴĴĝĞŞŞİݨ¨§§Ĥ$ŝüŸ­ĴĴüĞŞŞİݨ§Ĥü¤¤#ŝŭŸ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤$ŝŝžĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝ£#ŝúĴĞŞŞİݨ§Ĥŝ¤¤£ŝ˘#ŝ÷ĞŞŞİݨ¨§§Ĥŝ¤¤ŝ£˘˘$ŝŭœŞİݨ§Ĥŝ¤¤£˘Ħ$ŝú›İݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ$ŝö›İ¨¨§§ĤĤ¤¤£˘Ħ $ŝŭš¨§§Ĥŝ¤¤ü£˘˘ĦĦ ŝŸ#ŝù™§§ĤĤ¤¤£˘Ħ Ÿ$ŝú™§ĤĤ¤¤ü£˘˘ĦĦ Ÿž$ŝü˜Ĥ¤¤£˘Ħ Ÿž$ŝŭ˜¤¤ü£˘˘ĦĦ Ÿž$ŝŝ–¤¤ŝ£˘˘Ħ Ÿž$ŝù–¤¤£˘˘ĦĦ Ÿž$ŝŭ–£˘˘Ħ ŝŸžžŝœ#ŝü•˘˘ĦĦ Ÿžœ$ŝŭ”˘ĦĦ ŝŸžžœ$ŝü”ĦĦ  Ÿžœŝ›#ŝŭ“Ħ  ŝŸžžœ›$ŝú“  ŸŸžžœ›$ŝü’ŸŸžžœ›$ŝŭ’Ÿžžœ›$ŝü‘žžœ›$ŝŭ‘žœ ›$ŝŝœ ›$ŝŝœ ›$ŝüœœ›$ŝŝœœ›$ŝŝœœ›$ŝüœœ››$ŝŭœ››ŝœ#ŝŝŽ››œ$üŭ ‡¤¤ŝ£#üŝ3¤ ¤£$ûŭV¤¤£$ûŭe¤¤ £$ŝŝ üK¤£ £ŝ˘#ŝŝü'~££˘$ŝŭ–ü8r££˘$ŝü–¤ú5G_kk$ŝú–¤£ 4ŝŝ–££ŭ3ŝŝ•££ü 0ŝŝ•££˘ú $ŝŝ•££˘Ħ $ŝŝ•££˘Ħ $ŝü•££˘˘Ħ $ŝŭ•£˘˘Ħ ŝŸ#ŝŝ•˘˘Ħ Ÿ$ŝŝ”˘˘Ħ Ÿ$ŝŝ”˘˘Ħ Ÿ$ŝü”˘˘ĦĦ Ÿ$ŝŭ”˘ĦĦ Ÿž$ŝŝ”ĦĦ Ÿž$ŝŝ“ĦĦ Ÿž$ŝü“ĦĦ  Ÿžŝ#ŝŭ“Ħ  Ÿž$ŝŝ“  Ÿž$ŝŝ’  Ÿž$ŝü’  ŸŸž$ŝŭ’ ŸŸžœ$ŝŝ’ŸŸžœ$ŝŝ’ŸŸžœ$ŝŝ’ŸŸžœ$ŝŭ’Ÿžžœ$ŝŝ‘žžœŝ›#ŝŝ‘žžœ›$ŝü‘žžœ›$ŝŭ‘žœ›$ŝŝœ›$ŝŝœ›$ŝŝœ›š$ŝŭœœ›š$ŝŝœœ›š$ŝŝœœ›š$ŝŝœœ›š$ŝŝœœ›š$ŝüœœ›› š$ŝŝ›› š$ŝŝŽ›› š$ŝŝŽ›› š™$ŝŝŽ›› š™$ŝüŽ››š š™$ŝŭŽ›š š™$ŝŝš š™$ŝŝš š ™$ŝŝšš ™$ŝŝšš ™$ŝŝšš ™$ŝŝšš™$ŝŝšš™$ŝüšš™™$ŝŭš™™$ŝŝŒ™™$ŝŝŒ™™$ŝŝŒ™™&˙ŝ88ŝş˙˙:ŝŭ˙˙9ŝ€˙˙ŝë8ŝÖ˙˙9ŝò˙˙ŝa7ŝĝ˙˙ŝž6ŝĉ˙ ˙ŝÌÇÇŝÂ+ŝÇ˙˙-ŭ ˙˙/ŭ/Ŝ˙ ˙2û|Êïġ˙˙ ŝ`__^]\[ZYXWVUTSRQüPOONNûMLLKJJIHŝGFFŝEDDCŝ_^^]\[ZYXWVUüTSSRRQŭPONNMüLKKJJIüHGGFFŝEDDCBŭ^]\\[ZYXWVUTSRQüPOONNMúLKKJJIIĝHGGFFEEDDCBA\[ZYXWVUüTSSRRQŭPONNMüLKKJJIHŝGFFEDCBA@ù?[[ZZYXXŝWVVUTSRQüPOONNMüLKKJJIúHGGFFEEDCBA@?>ùZYYXXWVVUTSRQüPOONNûMLLKJJIHGFEDCBA@?>=XWVUTSRQŭPONNMüLKKJJIúHGGFFEEDCBA@?>=<LMNOPQRSTUVWXYZ[À?çPOONNMMLKJJIIHGGFFEEDDCCBBAü@??>>=<;:9 8ŝ7NNüMLKJJIġHGFFEEDDCCBBAĝ@??>>==<<;:987ûNMLKJJĝIHHGFFEDDŝCBBAĝ@??>>==<<;:987ŭLKJJôIHGFFEEDDCCBB÷A@@?>>==<<;:987JîIHGFFEEDDCCBBAA@?>>ŝ=<<;:9876ĝJIHGFFEDDŝCBBĝA@@?>>=<<ŝ;::9876úHGFFEDDôCBBAA@?>>==<<ŝ;::98765üGFEDDCBBAA@?>>==<<;;::98765 45EDġCBBAA@?>>=<<ŝ;::9876545DġCBBAA@?>>=<<ŝ;::ŝ9887654 345ŝCBBġA@?>>=<<;;::ŝ988765434î5BBA@?>>=<<;;::998876543 234ĝ5A@?>>=<<ĝ;::9988776543234ú5@?>=<<ĝ;::99887765432 1234ò5>>=<<;::998877654321234ú5=<<;::ü988776543212345ù<;;::98876543212345û;::98876543212345ù6::9887765432 10 123456ü98877654321 0 12345687654321012345676ŝ54432101234567654321012345676543210/012345678ŭ65443210 /012ŝ3445678ù9544332210 /01234ŝ56678ù9:44332210/01234ü566778ú9::332210/012345678ú9::;<2210/012ŝ344ŝ56678÷9::;<<22110/01234ü5667789:û;<=>110/012345678ö9::;<<=>?110/012ŝ344ŝ56678ġ9::;<<=>?@110/012345678ò9::;<<=>?@AB100/012ŝ344ŝ56678ò9::;<<=>?@ABC00/0123456789::;<<=>?@ABBCD00/012ŝ344ŝ56678î9::;<<=>?@ABCDDE0//012345678í9::;<<=>?@ABBCDEFG//012ŝ344ŝ56678ì9::;<<=>@@ABCDDEFGH//012345678ê9::;<<=>?@ABBCDEFGHIJ//01234ü566778è9::;;<=>?@@ABCDDEFHHIJK/ /012345678ç9::;<<=>?@ABBCDEFGHIJJLM/ /01234ü566778ċ9::;<<=>?@ABBCDDEFHIJJKMNN/ /01234ŝ56678ä9::;<<=>?@ABBCDEFGHIJKLMNOQ//01234ü566778â9::;<<=>?@ABBCDDEGHIJJKMNNPQR//012ŝ344ŝ56678á9::;<<=>?@ABCDDEFGHIJKLNNOQRST//012345678ß9::;<<=>?@ABBCDEFGHIJJLMNNPQRTUV//012ŝ344ŝ56678Ŝ9::;<<=>?@ABCDDEFGHIJKLNNOQRSTUVW//012345678Ú9::;<<=>?@ABBCDEFGHIJJLMNOPQRTUVWXY//0012ŝ344ŝ56678Û9::;<<=>?@ABCDDEFGHIJKLNNOQRSTUVWXZ[0012345678Ù9::;<<=>?@ABBCDEFGHIJJLMNOPQRTUVWXYZ\]0012ŝ344ŝ56678Ö9::;<<=>?@ABCDDEFGHIJKLNNOQRSTUVWXY[\]^00112345678×9::;<<=>?@ABBCDDFGHIJJKMNNPQRTTVWXYZ[]^_`¸·ĥµ´³²ħ°Ż­ĴĞŞ·ĥµ´³²ħ°Ż­ĴĞŞİ·ĥµ´³²ħ°Ż­ĴĞŞİŭ¨·ĥĥµ´³²ħ°Ż­ĴĞŞİ¨ĥµ´³²ħ°Ż­ĴĞŞİ¨§µ´³²ħ°Ż­ĴĞŞİ¨§µ´³²ħ°Ż­ĴĞŞİ¨§Ĥpqr st u vwÀ?ŝħ°°ŝŻ­ĴĞŞİ¨§Ĥ ¤£°ŝŻŝ­ĴĴŝĞŞŞİ¨§Ĥ ¤£˘ü°ŻŻŝ­ĴĴĞŞİ¨§Ĥ ¤£˘ŝŻ­ĴŝĞŞŞİ¨§Ĥ¤£˘ Ħ­ĴĞŞİ¨§Ĥ¤£˘Ħŝ­ĴĴĞŞİ¨§Ĥ¤£˘Ħŝ­ĴĴĞŞİ¨§Ĥ¤£˘ Ħ  ĦĴĞŞİ¨§Ĥŝ¤¤£˘Ħ ùĦĴĞĞŞŞİݨ§Ĥ¤£˘Ħ  Ÿ  üĞŞŞİݨ§Ĥŝ¤¤£˘Ħ Ÿ ŝŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ Ÿ žŸ İ¨§Ĥŝ¤¤£˘Ħ ŸžŸ üݨ¨§§Ĥŝ¤¤£˘Ħ ŸžŸ ŝ¨§§Ĥŝ¤¤ŝ£˘˘Ħ Ÿž žŸ §Ĥŝ¤¤ŝ£˘˘Ħ ŸžžŸ ú§ĤĤ¤¤£˘Ħ ŸžžŸ ûĦĤĤ¤¤£˘Ħ ŸžžŸ ŭĦ¤¤£˘Ħ ŸžžŸ Ħ¤ŝ£˘˘Ħ Ÿž  œ žŸ Ħ¤ŝ£˘˘Ħ Ÿž œžŸ Ħû¤£˘˘ĦĦ ŸžœžŸ Ħ˘Ħ ŸžœžŸ Ħ˘Ħ ŝŸžžœ›œžŸ Ħ˘ŝ£ĦĦ Ÿžœ ›œžŸ Ħ˘ü£¤Ħ  Ÿžœ ›œžŸ Ħ˘ü£¤¤  ŝŸžžœ ›œžŸ Ħ˘ŝ£¤¤ü ŸŸžžœ›œžŸ Ħ˘£¤ŭŸžžœ›œžŸ Ħ˘ŝ£¤¤ŭĤžžœ›œžŸ Ħ˘ŝ£¤¤ûĤĤžœ›œžŸ Ħ˘ŝ£¤¤úĤĤ§§œ›œžŸ Ħ˘ŝ£¤¤ùĤĤ§§¨œ›œžŸ Ħ˘£¤üĤĤ§§¨œ›œžŸ Ħ˘ŝ£¤¤ġĤĤ§§¨¨İݝœœ›œžŸ Ħ˘£¤ŝĤĤ§¨İŝŞœœ›œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞœ›œžŸ Ħ˘£¤üĤĤ§§¨İŞüĞĴœ››œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞüĞĴĴ››œžŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­››œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŭ­››œžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ ›œžŝŸ  Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŭŻ°› ›œžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­üŻ°°› ›œžŝŸ  Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°ŝħ››œžŸ Ħ˘ŝ£¤¤üĤĤ§§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°ŭħ²››œžŸ Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ûħ²²³››œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°úħ²³³´››œžŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´››œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ġħ²³³´´µµ››œœžŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ġħ²²³³´´µµĥœœžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ôħ²³³´´µµĥĥ·œœžŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··œœžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ġħ²³³´´µµĥĥ··¸ £ ˘Ħ  Ÿ žŝ££ ˘Ħ   Ÿ ž£ ˘Ħ  Ÿ ž£ ˘Ħ   Ÿ ž  ˘Ħ  Ÿ ž ˘Ħ   Ÿ žœ˘Ħ   Ÿ žœl mnoÀ?  Ÿž œ› Ÿž œ ›ŝ ŸŸž œ›Ÿž œ›Ÿžœ›Ÿž  œ›Ÿž œ ›ž œ$›ž œ›š›ž œ›š›ŝž œ ›š› œ ›š› œ ›"š› œ ›$š›ŝœœ ›'š›œ ›(š›œ ›*š›œ›,š›œ›-š›œ ›-š›ŝœ››š ™š ›š ™š ›š™š ›š™š›ŝœ››š™š›œŝ›š š™š›œ š™ š›œ š™š›œ š™ š›œš™ š›œŝšš™ š›œš™ š›œš™ š›œš™ š›œŝš™™ š›œž™ š›œž™ š›œž™ š›œžŸ™ š›œžŸ™ š›œžŸ™ š›œžŸ™ š›œžŸ  ™ š›œžŸ  ™ š›œžŸ ŝĦ™ ™ š›œžŸ Ħ™ š›œžŸ Ħ™ š›œžŸ Ħŝ˘™™ š›œžŸ Ħ˘™ š›œžŸ Ħ˘™ š›œžŸ Ħ˘ŭ£™š š›œžŸ Ħ˘£ š›œžŸ Ħ˘£À½¸ ³ ¨ £ž˙ BA@ŝ?>>=<;:;<=÷>BAA@@??>>=<;:;<=>?@?>=<;:;<=>?@ŝ?>>=<;:;<=>?@ûABB>==<;:;<=>?@ABŝC<<;:;<=>ŝ?@@ABCD<;:;<=>ŝ?@@ABŝCDDüE[[\\[ZYXWVUŝTż?789:;<=>ú?@@AABBŝCDDĝEFFGHHIJJúKLMNN7 789:;<=>ŝ?@@ŝABBŝCDDĝEFFGHHIJJĝKLMNNOP7 789:;<=>í?@@AABBCCDDEEFGHHIJJöKLMNNOPQR7 789:;<=>û?@@ABBŝCDDùEFGHHIJJôKLMNNOPQRST66 789:;<=Ŭ>?@@AABBCCDDEFFGHIIJJKLMNNOPQRSTTU66789:;<=ú>?@@ABBäCDDEEFGHHIJJKLMNNOPQRSTTUVW66789:;<×=>>?@@ABBCCDDEFFHHIJJKLMNNOPQRSTTUVWXX5566789:;<Ö=>>?@AABBCDDEEFGHIIJJKLNNOPQRSTTUVWXXY[5566789:;<×=>>@@AABBCDDEFFHHIJJKLMNNOPRSTTUVWXXYZ[\556789:ŝ;<<Ö=>>@@ABBCCDDEFGHIIJJLMNNOPQRSTUVWXXYZ[\]^556789:ŝ;<<Ó=>?@@ABBCDDEFFHHIJJKLMNNPQRSTUUVXXYZ[\]^_`556678ŝ9::Î;<<==>?@@ABBCDDEFGHHIJJLMNNOPRSTTUVWXYZ[\]^_`ab5566789:Ë;<<==>?@AABBCDDEFGHIJJKLMNOPQRSTUVWXXZ[\]^^`abcd55667789:Í;<<==>?@ABBCCDEFFHHIJJLMNNOPRSTTUVXXYZ\]^^_`abdde566789:Í;<<==>?@ABBCDDEFGHIJJKLMNOPQRSTUVWXYZ[\]^_`abcdefg66789:Ê;<<=>>@@ABBCDDEFGHIJJKMNNOPRSTTUWXXZ[\]^_`abcddfghh667789:Ê;<<=>?@@ABBCDDEFHHIJKLMNNPQRSTUVWXYZ[]^^_abcddefghij67789:Ê;<<=>?@@ABCDDEFGHIJJKLNNOPRSTTUWXXZ[\]^_`abcdefghijjk7789:É;<<=>?@ABBCDDEFGHIJJLMNNPQRSTUVWXYZ\]^^`abcdefghijjklm778€69::;;<<=>?@ABBCDDEFHHIJKLMNOPQSTTUWXXZ[\]^_`acddefhhjjklmno77889::;<<=>>@@ABBCDEFGHIJJKMNNOQRSTUVWXYZ\]^^`abcdefghijklmnopp7889::;<<=>?@@ABCDDEFGHIJJLMNNPQRTTUWXXZ[\]^_`bcddfghijjklmoppqr889::;<<=>?@ABBCDDEFHHIJKLNNOPRSTUVWXYZ\]^_`abcdefghijklmnopqrrs99::;<<=>?@ABBCDEFGHIJJLMNNPQRSTUVXXZ[\]^_`bcddfghijjkmnopprrsst::;<<=>>@@ABCDDEFGHIJKLMNOPRSTUVWXYZ[]^_`abcdefghijklmnopqrrstuv:;<<=>?@ABBCDDEFHHJJKMNNPQRSTUVWXZ[\]^_`bcddfghijklmnopprrstuuvv;<<=>?@ABBCDEFGHIJJLMNOPQRTUVWXYZ[\^^`abcdefhhijklmoppqrrstuvvwx<=>?@@BBCDDEFGHIJKLNNOQRSTUVWXZ[\]^_`bcddfghijklmnopqrrstuvvx…=>?@ABBCDEFGHIJJLMNNPQRTTVWXYZ[\^^`abcdefhhijklnoppqrsstuvvwxxyy>@@ABCDDEFGHIJKLNNOQRSTUVWXY[\]^_`bcdefghijklmnopqrrstuvvwxxy‚z@ABBCDDFGHIJJLMNNPQRTTVWXYZ[\^^`abcdefhhjjklnoppqrssuuvvwxxyyz{{ABCDDEFGHIJKLMNOQRSTUVWXY[\]^_`bcdefghijklmnopqrrstuvvwxxyyz{{Á|BCDDFGHIJJKMNNPQRTTVWXYZ[\^^`abcdefhhjjklnoppqrstuuvvwxxyyz{{||DÈEFGHIJKLMNOQRSTUVWXZ[\]^_abcdefghijklmnopqrrstuvvwxxyyz{{|ÍDFGHIJJKMNNPQRTTVWXYZ[]^_`abcdeghijjkmnopprrstuuvvxxyüz{{||Ç}~FGHIJKLNNOQRSTUVWXZ[\]^_abcdefghijklmoppqrrstuvvwxxyyz{{|Í}~~HIJJLMNOPQRTUVWXYZ\]^_`abcdeghijjlmnopqrrstuvvwxxyüz{{||ŝ}~~ÌIJKLNNOQRSTUVXXZ[\]^_abcdefghijklmoppqrsstuvvwxxyyz{{|~ÑJLMNOPQSTUVWXY[\]^_`abddfghijklmnopqrrstuvvwxxyy{|ŝ}~~ÍMNNOQRSTUVXXZ[\]^`abcdefghijklnoppqrssuuvvwxxyyz{{||~ÑNOPRSTUVWXY[\]^_`bcddfghijklmnopqrrstuvvwxxyyz{{|ŝ}~~PQRTTUWXYZ[\^^`abcdefhhjjklnoppqrstuuvvwxxyyz{{||ŝ}~ ~ÔRSTUVWXY[\]^_abcdefghijklmnopqrrstuvvwxxyyz{{|ŝ}~ ~TŬVWXYZ[]^_`abcdeghijjkmnopprrstuuvvxxyüz{{||ŝ}~ ~×UVWXZ[\]^_abcdefghijklmoppqrrstuvvwxxyyz{{|ŝ}~~ŜWXYZ\]^_`abcdeghijjlmnopqrrstuvvwxxyüz{{||ŝ}~~ÚXZ[\]^_abcdefghijklmoppqrsstuvvwxxyyz{{|~ß}|Z\]^_`abcdfghijjlmnopqrrstuvvwxxy{|ŝ}~~Ú}||\]^_abcdefghijklmoppqrsstuvvwxxyyz{{|~ŝ}||ä^_`abcdfghijjlmnopqrrstuvvwxxy{|ŝ}~~ŝ}||ß{_abcdefghijklmoppqrrstuvvwxxyyz{{|~ŝ}||{çabcdeghhjjkmnopprrstuuvvxxyüz{{||ŝ}~~ŝ}||{ŝzyݨ§Ĥ¤Ĥ§İ¨§Ĥ¤Ĥ§¨§Ĥ¤Ĥ§¨§Ĥ¤Ĥ§¨İ§Ĥ¤Ĥ§¨İŭާĤĤ¤Ĥ§¨İŞĤ¤Ĥ§¨İŞĞŝĴw%w v utÀ?£ ¤Ĥ§¨İŞĞĴŝ­ŝŻ°°˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°° ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ħŝ²ĦĦ˘£¤Ĥ§¨İŞĞĴ­ŝŻ°°ħ²ŝ³ĦĦ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°ħ²³Ħ˘£¤Ĥ§¨İŞĞĴŝ­ŝŻ°°ħ²³´Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­Ż°üħ²²³³´µĦ˘£¤Ĥ§¨İŞĞĴŝ­ŝŻ°°üħ²²³³´µŝĥĦĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥŭ· ĦĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²³´µĥ·ŝ ĦĦ˘£¤Ĥ§¨İŞĞĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ŝ ĦĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ŭı ĦĦ˘£¤Ĥ§¨İŞŝĞĴĴ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ıĦ˘£¤Ĥ§¨İŞĞĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışğĦ˘ŝ£¤¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışúğĵĵĦĦ˘˘ŝ£¤¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³ŝ´µµĥ·¸ışŝğĵĵŝĦ˘˘ŝ£¤¤Ĥ§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵŝ½˘˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³ŝ´µµĥ·¸ışŝğĵĵù½˘˘£¤¤üĤĤ§§¨İŭŞĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵŝ½£¤üĤĤ§§¨İŞŝĞĴĴŝ­°ŭħ²³³´µĥ·¸ışŝğĵĵ½ŭż£¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵŝ½ż¤Ĥ§¨İŭŞĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½ż¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵŝ½żÀû¤ĤĤ§§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀòÁĤĤ§§¨¨İİŞŞĞĴĴŝ­°²³´µĥ·¸ışŝğĵĵŝ½żÀÁŝĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁ§¨İŞĴŝ­ŝŻ°°ùħ²³³´´µµŝĥ··¸ışŝğĵĵ½żÀÁö§¨¨İİŞŞĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁÂŝ¨İİŞŝĞĴĴŝ­ŝŻ°°ùħ²³³´´µµŝĥ··¸ışŝğĵĵ½żÀÁÂİŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂûİŞŞĞĴĴŝ­ŝŻ°°ùħ²³³´´µµŝĥ··¸ışŝğĵĵ½żÀÁÂŭŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂŝĞĴĴŝ­ŝŻ°°ġħ²³³´´µµĥĥ··¸ışŝğĵĵŝ½żÀÁÂĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂŭĴ­ŝŻ°°ġħ²³³´´µµĥĥ··ŝ¸ıışŝğĵĵŝ½żÀÁ ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ êÄŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁ ÄŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵ½żÀÁ Ä°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁ Äü°ħ²³³ŝ´µµŝĥ··¸ışŝğĵĵ½żÀÁ Ä²³´µĥ·¸ışŝğĵĵŝ½żÀÁ Ä³´µĥ·¸ışŝğĵĵŝ½żÀÁ Äñ³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ Äú´µµĥĥ··ŝ¸ıışŝğĵĵŝ½żÀÁ Äµĥ·¸ışŝğĵĵŝ½żÀÁ Äĥ·¸ışŝğĵĵŝ½żÀÁ Äĝĥ··¸¸ıışşŝğĵĵŝ½żÀÁ Ä·ŝ¸ıışŝğĵĵŝ½żÀÁÂ Ä ¸ışŝğĵĵŝ½żÀÁ Ä Âü¸ıışşğĵŝ½żÀÁ Ä  1œ /œ /œ /œ 0œ .œ ž,œ ž'onmÀ?›œ žŸ ›œ žŸ ›œ žŸ › œ žŸ Ħ› œ žŸ Ħ› œ žŸ Ħŝ˘› › œžŸ Ħ˘ › œžŸ Ħ˘ › œžŸ Ħ˘ŝ£› › œžŸ Ħ˘£ › œžŸ Ħ˘£ › œžŸ Ħ˘£¤ › œžŸ Ħ˘£¤ ›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤Ĥ›œžŸ Ħ˘£¤Ĥ›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§ŝ›œœžŸ Ħ˘£¤Ĥ§ŝ¨œœžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨ŝİœœžŸ Ħ˘£¤Ĥ§¨İœžŸ Ħ˘£¤Ĥ§¨İüŞœœžŸ Ħ˘£¤Ĥ§¨İŞŝœžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İŞŝžžŸ Ħ˘£¤Ĥ§¨İ ŞžŸ Ħ˘£¤Ĥ§¨İ ŞŝОžŸ Ħ˘£¤Ĥ§¨İ ŞĞžŸ Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ ŞĞŝŸ  Ħ˘£¤Ĥ§¨İ Ş Ğ Ħ˘£¤Ĥ§¨İ Ş Ğ Ħ˘£¤Ĥ§¨İ Ş Ğŝ ĦĦ˘£¤Ĥ§¨İ ŞĞĦ˘£¤Ĥ§¨İ ŞĞĦ˘£¤Ĥ§¨İ ŞĞ˘£¤Ĥ§¨İ ŞĞ˘£¤Ĥ§¨İ ŞĞ˘£¤Ĥ§¨İ ŞĞŞ£¤Ĥ§¨İ ŞĞŞ£¤Ĥ§¨İ ŞĞŞŝ£¤¤Ĥ§¨İ ŞĞޤĤ§¨İ ŞĞŞÀ&ž £ ¨˙ ü>??@@ŝABBŝCDDEFGGHIIJJKLMMNNOPQRSSTUUVWXXYZ[\\]^^_`abbcddeefg@@ŝABBŝCDDEùFGGHHIJJĠKLMNNOOQQRSTTUVVWXXYZ[\]^^__`abbcddeefghhABBCDEĈFGGHHIIJJKLMMNNOPQRSSTUUVWXXYZ[[\]^^_`aabccddeffghhijBBCCDDÓEFFGHHIIJJKKMMNNOPQQRSTTUVVWXXYZ[\]]^^_`abbcddĝefgghhijjŝCDDEÊFGHHIIJJKKLMNNOOPQRSSTUUVWXXYZ[[\]^^__aabbcddeefgghhijjköDEEFGGHHIJJüKLMNNOPQRSSTTUVWWXYYZ[\]]^^_`abbcdd÷effghhiijjkÌlFFGHHIIJJKLMMNNOPQQRSTTUVVWXXYZ[\\]^^_`aabccddeefghhŝijjkŝlmmTSRQPONMLKJIH GÀ?ÚOPQRRSTTUVWXXYZ[\\]^^_`abbcddeefghhiijjökllmmnnooppqrŬQRSTTUUVWXXYZ[\]^^_`aabcddeefgghiijjùkllmnnoopq ràSTTUVWWXYZ[\\]^^_`abccddefgghiijj÷kllmnnooppqrsTUVWXXYZ[\]^^_`aabcddeefghhijj÷kllmnnooppqr sĉVWXXYZ[\]^^_`abccddefghhijjĝkllmnnoppqrs tsXáYZ[\]^^_`abcddefgghiijjkllmnooppqrst ußtssYZ[\]^_`aabcddefghhijjkklmnnoppŝqrrstuìts\\]^_`abccdeefghijjùklmmnoppŝqrrstu vuĉts^^_`abcddefghhijjkklmnoppŝqrrstuvuċts_`abcddefghhijjklmnnoppqrrstuvwxŝwvvuséabcddefghijjkklmnoppqqrrüsttuuvwxŝwvvusìcddefghijjkklmnoppqrrsütuuvvwxvusédefghijjklmnoopqqrrsstuuvwx yxŝwvvuítssrfghijjklmnoppqrrsütuuvvŝwxxyxvusróhijjklmnoppqrrûstuuvvŝwxxyzyxvusrjìklmnoppqrrsstuuvvwwxxyz {ŝzyyxŝwvvuçtssrrpklmnoppqrrsstuuvvwxxyŝz{{ŝzyyxvuìtssrrpplnoppqrrsstuvvŝwxxyŝz{{ŝzyyxvuítssrqpponopqrrsstuvvŝwxxyŝz{{ |{ŝzyyxéwvvuutssrqpponpqrrsstuvvŝwxxyz{|{yxêwvvuutssrqpponmqrrstuvvŝwxxyŝz{{|{yxċwvvuutsrrqpponmkrstuuvvwxxyyŝz{{|{ŝzyyxèwvvuutsrrqpoomlkjtuuvvwxxyŝz{{|}~|{ŝzyyxéwvvuussrrpponmlkjiuvvwxxyŝz{{|ŝ}~~ŝ}||{ŝzyyxäwvvutssrqpponmkjjhhvwwxxyyz{{|} ~|{üzyyxxvèutsrrqppomlkjihhfwxxyyz{{|ŝ}~ ~ŝ}||{zyyxxwvvuutsrrqponmlkjihgfexyyüz{{||ŝ}~ ~ŝ}||{àzyyxxwvvuussrqpponmkjjhhgedcyyz{{|ŝ}~ ~ŝ}||{yxĉwvvutsrrqpoomlkjihgfedcbz{{|ŝ}~~ŝ}||{üzyyxxvuètsrrpponmljjihgfddbb`{{||ŝ}~~ŝ}||{Ŝzyyxxwvvutssrqppomlkjihgfedcba`^{||ŝ}~~ŝ}||{üzyyxxvĉutsrrqponmljjihgfddbb`_^]||ŝ}~~ŝ}||{Úzyyxxwvvutssrqppomlkjihgfedcba`^]\[|}~~ŝ}||{yxßwvvutsrrqponmljjihgfddbb`_^]\[Y}~~ŝ}||{Ùzyyxxwvvutssrqppomlkjihgfedcba`^]\[ZYW~~ŝ}||{üzyyxxŬwvvutsrrqponmljjihgfdcba`_^]\ZYXWV~ ~ŝ}||{Özyyxxwvvutsrrqppomlkjihgfedcba_^]\[ZXWVUT~ ~ŝ}||{Ôzyyxxwvvuutsrqpponmkjjhhgedcba`_^\\ZYXVVUSR~ ~ŝ}||{Ózyyxxwvvutsrrqponmlkjihgfedcb`_^]\[YXWVUTSRQ~ ~ŝ}||{Ñzyyxxwvvuussrqpponlkjihhfedcba`_]\[ZYXVVTSRQPN~~ŝ}||{yxĠwvvutsrrqponmlkjihgfedbb`_^]\[YXWVUTRRPONM~~ŝ}||{Îzyyxxwvvutssrqppomlkjihgfedcba_^]\[ZXWVUTSRQONNLK~~ŝ}||{üzyyxxvĠutsrrpponmkjjihgedcba`_^\\ZYXWVUTRQPONMKJJ~~ŝ}||{Ëzyyxxwvvutsrrqponmlkjihgfedcba_^]\[YXWVUTSRQONNLKJIH~~ŝ}||{Çzyyxxwvvuutsrqpponlkjjhhfedcba`_^\\ZYXVVUSRQPNNMKJJIHF~}||{Çzyyxxwvvutsrrqponmlkjihgfedcb`_^]\[YXWVUTSRPONMLKJIHGFE}||{Ĉzyyxxwvvuutsrqpponlkjihhfedcba`^]\[ZYXVUTSRQONNMKJJIGFEDD||{…zyyxxwvvutsrrqponmlkjihgfedbb`_^]\[YXWVUTRRPONMLKJIHGFEDCB||{{zyyxxwvvuussrqpponlkjihhfedcba`^]\[ZYWVUTSRQONNMKJJHGFEDDCBA{{€ŭzyyxxwvvutsrrqponmlkjihgfddbb`_^]\[YXWVUTRRPONMLJJIHGFEDCBBA@{zyyxxwvvuussrqpponlkjihhfedcba`^]\[ZYWVUTSRQONNLKJJHGFEDDCBA@?>zyyxxwvvutsrrqponmlkjihgfddbb`_^]\[YXWVUTSRPONMLJJIHGFEDCBBA@?>=yxxwvvuutsrqpponlkjihhgedcba`^]\[ZYXVUTSRQONNMKJJIGFEDDCBB@@>>=<§¨İŞŝĞĴĴ­ŝŻ°°ŝħ²²³´µĥ·¸ış¨İŞĞĴŝ­Ż°ħ²³´µĥ·¸ışğİŞĞĴ­Ż°ħ²³´µĥ·¸ışğĵİŞĞĴ­ŝŻ°°ħ²³´µĥ·¸ışğĵŞĞĴ­Ż°ħ²³´µĥ·¸ışğĵŝĞĴĴŝ­Ż°ŝħ²²³´µĥ·¸ışğĵŝ½ĴĴ­ŝŻ°°ħ²³´µĥ·¸ışğĵ½t srqp onmlÀ?°ŝħ²²³´µĥ·¸ışğĵ½ żüħ²²³³´µĥ·¸ışğĵ½ żŝ²³³´µĥ·¸ışğĵ½ ż³´µĥ·¸ışğĵ½ ż´µĥ·¸ışŝğĵĵ½żµĥ·¸ışŝğĵĵ½ żÀżŝµĥĥ·¸ışğĵŝ½żÀżŝĥ··¸ışŝğĵĵ½żÀż·¸ışŝğĵĵ½żÀ ÁÀż¸ışğĵ½żÀÁÀżŝ¸ıışğĵŝ½żÀÁÀżışŝğĵĵ½żÀÁÀżşŝğĵĵ½żÀÁÀżşŝğĵĵŝ½żÀ Á  ÁÀżğĵŝ½żÀÁÂÁÀżŝĵĵŝ½żÀÁÂÁÀżûĵĵ½żÀÁ ÂÂÁÀż½żÀÁ ÂÁÀżżÀÁÂÂÁÀżżÀÁÂÂÁÀżŭ½żżÀÁÂÂÁÀż½ŝĵżżÀÁÂÂÁÀżŝ½ĵĵŝżÀÀÁÂÂÁÀżŝ½ĵĵÀÁÂÂÁÀżŝ½ĵĵŭğÀÁÁÂÂÁÀż½ĵüğşşÁÁÂÂÁÀżŝ½ĵĵŝğşşÁÂÂÁÀż½ĵŝğşşŭıÁÂÂÂÁÀżŝ½ĵĵŝğşşı Ä ÂÁÀżŝ½ĵĵŝğşşıŭ¸Â Ä ÂÁÀżŝ½ĵĵŝğşşı¸ŝ·Ä ÂÁÀżŝ½ĵĵŝğşşı¸·Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ĥÄ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥŝµÄ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµŝ´ Ä ÂÁÀżŝ½ĵĵŝğşşıŝ¸··ĥµ´Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³ Ä ÂÁÀż½ĵğşı¸·ŝĥµµ´³ŝ²ÄÄ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħÄÄ ÂÁÀż½ĵŝğşşı¸·ĥµ´³²üħ°°ÄÄ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ûŻÄÄÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°° ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ÂÁÀż½ĵŝğşşı¸·ŝĥµµŝ´³³ŭ²ħ°°ŝŻü­ĴĴÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴÂÁÀż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞİÂÁÀż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴùĞŞŞİİÂÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİİŝ¨ÂÂÁÀż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴġĞŞŞİݨ¨§ÂÂÁÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§ÁÀż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥ žŸ Ħ˘£¤žŸ Ħ˘£¤žŸ Ħ˘£¤ž Ÿ Ħ˘£¤ž Ÿ Ħ˘£¤ĤžŸ Ħ˘£¤ĤžŸ Ħ˘£¤Ĥmlk jÀ? Ħ˘£¤Ĥ§ Ħ˘£¤Ĥ§Ħ˘£¤Ĥ§ ¨Ħ˘£¤Ĥ §¨ŝĦ˘˘£¤Ĥ §¨˘£¤Ĥ §¨˘£¤Ĥ § ¨İ¨ŝ˘££¤Ĥ§¨İ¨£¤Ĥ§¨İ¨£¤Ĥ§¨İ¨¤Ĥ§¨İ Şİ¨¤Ĥ§¨İŞİ¨¤Ĥ§¨İŞİ¨Ĥ§¨İŞİ¨ŝ§Ĥ§¨İŞİ¨§Ĥ§¨İŞİ¨§Ĥ§¨İŞİ¨§Ĥ§¨İ!Şİ¨ §¨İ#Şİ¨ §¨İ$Şİ¨§üĤ§§¨¨İ%Şİ¨§Ĥ¨İŞĞŞİ¨§Ĥ¨İ Ş Ğ Şİ¨§Ĥŝ¨İİ ŞĞ Şİ¨§Ĥİ ŞĞ Şİ¨§ĤŝİŞ ŞĞ Şİ¨§Ĥŝ¤Ş ŞĞ Şİ¨§Ĥ¤ŞĞ Şİ¨§Ĥ¤ŞĞ Şİ¨§Ĥ¤ŝ£ŞŞĞ Şİ¨§Ĥ¤£ŞĞ Şİ¨§Ĥ¤£ŞĞ Şİ¨§Ĥ¤£ŭ˘ŞĞĞ Şİ¨§Ĥ¤£˘Ğ Şİ¨§Ĥ¤£˘Ğ Şİ¨§Ĥ¤£˘ŝĦĞĞ Şİ¨§Ĥ¤£˘ĦĞ Şİ¨§Ĥ¤£˘Ħŝ Ğ Ğ Şİ¨§Ĥ¤£˘Ħ  Ğ Şİ¨§Ĥ¤£˘Ħ  Ğ Şİ¨§Ĥ¤£˘Ħ ŝŸĞĞ Şİ¨§Ĥ¤£˘Ħ ŸĞ Şİ¨§Ĥ¤£˘Ħ ŸĞ Şİ¨§Ĥ¤£˘Ħ ŸĞ Şİ¨§Ĥ¤£˘Ħ ŸŝžĞĞ Şİ¨§Ĥ¤£˘Ħ ŸžŝĞŞ Şİ¨§Ĥ¤£˘Ħ Ÿž Şİ¨§Ĥ¤£˘Ħ ŸžŝŞŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŝœŞŞİ¨§Ĥ¤£˘Ħ ŸžœÀ ³¸½ ÇÌÑ×˙ hŝijjkŝlmmŝnoopŝqrrqpon÷mllkkjjihhùgfeddijjkŝlmmopq ponmìlkkjjiihhgfeedccbjjkkŝlmmŝnooponmëlkkjjiihhggfeddcbba`kkŝlmmŝnooponmŝlkkjŝihhgfeedccbba`_^klmmŝnooponmlkjihgñfeddcbba`__^]\mmŝnoopoŝnmmülkkjjŝihhëgffeddcbba`_^^]\\[nnooponmülkkjjŝihhëgfeedccbba`_^]\\[ZYXGGFGHIJKLMÀ?rŝqppoùnmmlkkjjÛihhggfeddcbba`_^]\\[ZYXWVVUTSRRQPONNrrŝqppoÏnmmlkkjjihhggfeddcbba`_^]\\[ZYXWVVUTSRRQPONNLKssrrpomkjĜihhgfeedcbba`_^^]\[ZYXWVVUTSRRQPONMLKJJssrŝqppoÎnmmlkkjjihhggfeddbba`_^^]\[ZYXWVVUTSRRQONNMLKJJIHssrpoÍnmmlkkjjihhgfeddcbba`_^]\\[ZXXVVUTSRRQPNNMLKJJIHGFssrŝqppoÌnmmlkkjihhggfedcbba`_^]\\[ZYXWVUTSRRQPONMLKJJIHGFFEssrŝqppoËnmmkkjjihhgfeddcbaa_^^]\[ZYXWVUUTRRQPONMLKJJIHGFFEDDssrpoÈnmmkkjjihhgfedcbba`_^]\[ZYXWVVUTSRQPONNLKJJIHGFFEDDCBssrrqppoonmlkkjjhhgfeddcba`_^]\\[ZYXVVUTSRQPONNMKJJIHGFFEDDCBBAsrr€yqppoonmlkkjihhgfedcbba`_^]\[ZYXWVUTSRRPONNMLKJIHGFFEDDCBBA@?srrqppoonmlkkjihhgfedcbb`_^]\\[YXWVVUTSRQPNNMLKJIIHFFEDDCBBA@?>>rrqppoonmlkjjihggeddcba`_^]\[ZYXWVUTSRQPONMLKJJIHGFEDDCBBA@?>>=>=<<;rppoonmlkjihhgfedcba`_^]\[ZYXWVUTSRQPONMLKJIHGFEEDCCBA@?>>=<<;::ppoommkkjihhgeddbba`_^\\[YXWVUTSRRPONNLKJJIHFFEDDCBBA@?>=<<;::€9poommkkjihgfedcbb`_^]\[ZYXWVUTSRQPNNMLJJIHGFEDDCBBA@?>=<<;;::988oomlkjjhhgfedcba`_^]\[ZXWVVTSRQPONMLKJIHGFEEDCBBA@?>>=<<;::98877nmlkjjhhgfedbba`^]\\ZYXWVUTSRQONNMKJJIHGFEDDCBAA?>>=<<;::98877Çmlkjihhfedcbb`_^]\[ZYWVVUSRQPONMLKJIHGFEDDCBBA@?>=<<;::98876kÈjihgfedcba`_^\\ZYXWVUTSRQONNMKJJIHFFEDCBBA@?>==<;;::988776Ç5jjhhgfedbba_^]\[ZYXVVUSRRPONMLKJIHGFEDDCBBA@>>=<<;::988776É544ihhgedcbb`_^]\[YXWVUTSRQONNMKJJIHFFEDCBBA@?>=<<;::98876ŝ544Ê3hgfedcba`^]\\ZYXVVUTRRPONMLKJIHGFEDDCBA@?>>=<<;::988776543Ì2gfddbb`_^]\[ZXWVUTSRQPNNMKJJIHFFEDCBBA@?>=<<;::988776ŝ544ŝ322Ñedcba`_^]\ZYXWVUTSRPONMLKJIHGFEDDCBA@?>==<;::98876ŝ54432Ï1dcba_^]\[ZYWVUTSRQPNNMKJJIHFFEDCBBA@?>=<<;::98877654321Òba`_^]\ZYXWVUTSRPONMLKJIHGFEDDCBA@?>=<<;::988776ŝ544ŝ3221Óa`^]\[ZYXVUTSRQPNNMKJJIHFFDDCBBA@?>=<<;::98877654321Ô0_^]\[YXWVUTSRPONMLKJIHGFEDDCBA@?>=<<;::988776ŝ544ŝ32210Ö]\[ZYXVUTSRQPNNMKJJIHFEDDCBBA@?>=<<;::988776ŝ5443210Ĝ\[YXWVUTSRPONMLKJIHGFEDDBBA@?>=<<;::988776543210Ĝ/ZYWVUTSRQONNMKJJIGFEDDCBBA@>>=<<;::988776ŝ544ŝ32210/ÛXWVUTRRPONMLJJIHGFEDCBBA@?>=<<;::988776543210/ßVUTSRQONNLKJJHGFEDDCBBA?>>=<;::98876ŝ544ŝ32210/ŜUTRRPONMLJJIHGFEDCBBA@?>=<<;::988776543210/àSRQONNLKJIHGFEDDCBA@?>==<;::988776ŝ544ŝ32210/áQPONMKJJIHFFEDCBBA@?>=<<;::988776ŝ5443210 /ONNLKJIHGFEDDCBA@?>=<<;::988776ú544332210 /äNMKJJIGFEDDCBBA@?>=<<;::988776ŝ5443210 /ĉLKJIHGFEDCBBA@?>=<<;::988776543210/JìHGFEDDCBA@?>>=<;::98876ŝ544ŝ32210/éIHGFEDCBBA@?>=<<;::988776543210/ëGFEDDCBA@?>=<<;::988776ŝ544ŝ32210/0ìFDDCBBA@?>=<<;::988776ŝ5443210/0DCBA@?>=<<;::988776543210/0ïCBBA@>>=<<;:9988776ŝ5443210/01ñBA@?>=<<;::988776543210/01@>ù=<;::98876ŝ544ŝ32210/01ô?>=<<;::988776543210/01ġ2>=<;::988776ŝ544ŝ32210/012<ù;::988776543210/012ú3;::98876ŝ544ŝ32210/0123ğĵ½ ż ½ĵğşĵ½ ½ĵğşıĵ½½ĵğşı¸ĵ½½ĵğşı¸ü·ĵĵ½½½ĵğşı¸·ŝĥ½½½ĵğşı¸·ĥŝ½½ĵğşı¸·ĥµ lmnopÀ?ż ½ĵğşı¸·ĥµ´³²ŝħ°°ż ½ĵğşı¸·ĥµ´³²ŝħ°°ŭŻżż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­żż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻü­ĴĴżż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞżż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴûĞŞŞİżż½ĵŝğşşı¸·ĥµ´³²ħ°ŝŻŝ­ĴĴüĞŞŞİİż½ĵğşı¸·ĥµ´³²ŝħ°°Żŝ­ĴĴüĞŞŞİݨżŝ½ĵĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§żŝ½ĵĵŝğşşı¸·ĥµ´³²ħ°ŝŻ­ĴüĞŞŞİݨ§ŭĤż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŝŞİݨ§Ĥŝ¤½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥ¤½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ú£½½ĵĵŝğşşıŝ¸··ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ú£˘˘½ĵĵğşı¸·ĥµ´³²ŝħ°°ŝŻ­ĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘ŭĦ½ĵĵŝğşşı¸·ĥµŝ´³³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħŝ ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝ£˘˘Ħ üĵğğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŝŞİݨ§Ĥŝ¤¤£˘Ħ Ÿŝğşşı¸·ŝĥµµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ üŸžžşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴöĞŞŞİݨ¨§§ĤĤŝ¤¤ü£˘˘ĦĦ Ÿžíşıı¸¸··ĥĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ ŝŸžžı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴòĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿž¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ¸··ĥĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ ŝŸžžœó·ĥĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ ŝŸžžœġ›µµ´´³³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›÷µ´´³³²²ħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžœ›ù´³³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžœ›³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›²ŝħ°°ŝŻŝ­ĴĴòĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ Ÿžœ›ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ ›°ŝŻŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ ŝŸžžœ ›ŭ°Żŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ ›ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ ŝŸžžœ›ŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžœ›ŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›ĴóĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ Ÿžœ›öœĴĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›œóĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ ŝŸžžœ›œúŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›œġİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœ›œ¨§Ĥŝ¤¤£˘Ħ Ÿžœ›œù¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœ›œ§Ĥŝ¤¤£˘Ħ Ÿžœ›œžĤŝ¤¤ü£˘˘ĦĦ Ÿžœ›œžŭĤ¤¤£˘Ħ Ÿžœ›œžŸĤ#§Ĥ¤Ĥ!§Ĥ¤Ĥ!§Ĥ¤ŝ£ĤĤ§Ĥ¤£Ĥ§Ĥ¤£Ĥ§Ĥ¤£˘§Ĥ¤£˘'jklÀ?§Ĥ¤£˘Ħ §Ĥ¤£˘Ħ Ÿ¨§Ĥ¤£˘Ħ Ÿ¨ §Ĥ¤£˘Ħ Ÿ¨ §Ĥ¤£˘Ħ Ÿž¨ §Ĥ¤£˘Ħ Ÿž¨ §Ĥ¤£˘Ħ Ÿž¨§Ĥ¤£˘Ħ Ÿž¨§Ĥ¤£˘Ħ Ÿž¨§Ĥ¤£˘Ħ Ÿžŝ¨§§Ĥ¤£˘Ħ Ÿžŝœ§§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœ§Ĥ¤£˘Ħ Ÿžœü›§§ĤĤ¤£˘Ħ Ÿžœ›ŝ§ĤĤ¤£˘Ħ Ÿžœ›Ĥ¤£˘Ħ Ÿžœ›Ĥ¤£˘Ħ Ÿžœ›ŝĤ¤£˘Ħ Ÿžœ›ŝš¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› šŝ¤££˘Ħ Ÿžœ› š£˘Ħ Ÿžœ› šü™££˘˘Ħ Ÿžœ› š™˘Ħ Ÿžœ› š™˘Ħ Ÿžœ› š™˘Ħ Ÿžœ› š™ŝ˘ĦĦ Ÿžœ› š™Ħ Ÿžœ› š ™ŝĦ  Ÿžœ› š ™ Ÿžœ› š ™ Ÿžœ› š™ŝ ŸŸžœ› š™Ÿžœ› š™Ÿžœ› š™Ÿžœ› š™žœ› š™žœ› š™žœ› š™šœ› š™šœ› š™šœ› š™šœ› š™šœ› š™šœ› š™ šœ› š™ šÀ ×ÑÌÇÂ˙ Ċcbba`_^]\\[ZYXWVUUTSRQPONNMKJJIIHFFEDDCBBAA@?>>=<<;;::9988776aa__^]\\[YYXWVUTSSRQPONNMKKJIIHGFEDDCCBBA@?>>=<<ŝ;::ŝ98876Ó_^^]\[ZYXWWVUTSRRQPONNMKKJIIHGFEDDCCBBA@?>>=<<ŝ;::ŝ98876Ġ]\\[ZYXWVVUTSRRQOONNMKJJIIHGFEEDCCBBA@?>>=<<ŝ;::98765Ó\[ZYXWVVUTSRRQOONMLKJJIHGGFEDDCCBBA@?>>==<<;::98765YÒXWVUUTSRQPONNMLKJJIHGFFEDDCCBBA@?>>==<<;;::9988765Ö4WWVUTSSRQPONNMLKJJIHGFFEDDCCBBA@?>>==<<;::987654NOPQRSTUVWXYZ[\]^À?èMKKJJIHGFEEDDCBBAA@?>>=<<ŝ;::ŝ9887654 3JäIHHGFEDDCCBBA@??>==<<;;::99887654 3íIHGFFEDDCCBBA@?>>=<<ŝ;::ŝ98876543ëGFFEDDCBBAA@?>>=<<;;::ŝ98876543éFEDDCBBA@@?>==<<;;::99887654323ï4DDCBBA@?>>==<<;::ŝ98876543234öCBBA@?>>=<<ú;::998876543234îBA@?>>=<<;;::9988776543234ó@?>>=<<;;::9887654321234ĝ5>>=<<;::ŝ98876543212345û=<<;::ü988776543212345ö6<;::99887765432123456:9876ŝ544321234569876543212345678765432123456765432 10 1234ŝ5667ŭ876654321 012345678654321012345678ü955443210123456789ŝ:44321 0/01234ŝ56678ĝ9::;4332210/012345678ù9::;<32210 /012345678ö9::;<<=22110 /01234ŝ56678÷9::;<<=>110/01234ü5667789:ù;<<>>@110/012345678ô9::;<<=>?@A110/01234ŝ56678ò9::;<<=>?@AB100/012345678ñ9::;<<=>?@ABBC00/012ŝ344ŝ56678î9::;<<=>?@ABCDD00//012345678í9::;<<=>?@ABBCDEF0//012ŝ344ŝ56678í9::;<<=>@@ABCDDEFG//012345678ë9::;<<=>?@ABBCDEFGHI//01234ü566778é9::;;<=>?@@ABCDDEFHHIJ/ /012345678è9::;<<=>?@ABBCDEFGHIJJL/ /01234ü566778ĉ9::;<<=>?@ABBCDDEGHIJJKMN/ /012ŝ344ŝ56678ċ9::;<<=>?@ABCDDEFGHIJKLNNO//0123456789::;<<=>?@ABBCDEFGHIJJLMNOPQ//01234ü566778á9::;;<=>?@@ABCDDEFHHIJKMNNOQRS//012ŝ344ŝ56678à9::;<<=>?@ABBCDEFGHIJKLMNOPRSTU//012345678Ŝ9::;<<=>?@ABBCDDFGHIJJKMNNPQRTTUW//01234ü5667789:ß;<==>@@ABCDDEFGHIJKLNNOQRSTUVWX/0012ŝ344ŝ56678Û9::;<<=>?@ABBCDEFGHIJJLMNOPRSTUVWXY[0012345678Ù9::;<<=>?@ABBCDDEGHIJJKMNNPQRTTUVXYZ[\0012ŝ344ŝ56678×9::;<<=>?@ABCDDEFGHIJKLMNOQRSTUVWXY[\]^0112345678Ö9::;<<=>?@ABBCDEFGHIJJLMNOPQSTUVWXYZ\]^_`11234ü566778Ô9::;;<=>?@@ABCDDEFHHIJKMNNOQRSTUVXXZ[\]^_ab112ŝ344ŝ56678Ñ9::;<<=>?@ABBCDEFGHIJJLMNOPRSTUVWXY[\]^_`acd11223456789::;<<=>?@ABBCDDEGHIJJKMNNPQRTTUWXYZ[\^^`abcde122ŝ344ŝ56678Ĉ9::;<<=>?@ABCDDEFGHIJKLNNOQRSTUVWXY[\]^_abcdefg2233445566778Ì9::;<<=>?@ABBCDEFGHIJJLMNNPQRTUVWXYZ\]^_`abcdeghi2344ŝ56678Ì9::;<<=>?@ABCDDEFGHIJKLNNOQRSTUVWXZ[\]^_abcdefghij344ü566778È9::;<<=>?@ABBCDEFGHIJJLMNOPQSTUVWXYZ\]^_`abddeghijjk4456678Ë9::;<<=>?@ABCDDEFGHIJKLNNOQRSTUVWXZ[\]^_abcdefghijklmı¸·ĥµ´³²ħ°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħüı¸¸··ĥµ´³²ħ°ŝŻŝ­ĴĴŝĞŞŞİ¨§Ĥŝ¤¤£˘Ħŝ¸··ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤£˘Ħ·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤£˘Ħĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤£˘Ħŝ µµ´³²ŝħ°°ŝŻŝ­ĴĴŝĞŞŞİ¨§Ĥ¤£˘Ħ üµ´´³³²ħ°Żŝ­ĴĴŝĞŞŞİ¨§Ĥ¤£˘Ħ ŝpqqrstuvwxÀ?ŝŻ­ĴĞŞİ¨§Ĥŝ¤¤£˘Ħ  Ÿŝ­ĴĴĞŞİ¨§Ĥ¤£˘Ħ Ÿŭ­ĴĴŝĞŞŞİ¨§Ĥ¤£˘Ħ ŸĴüĞŞŞİݨ§Ĥŝ¤¤£˘Ħ Ÿ žŸĴüĞŞŞİݨ§Ĥ¤£˘Ħ ŸžŸüĞŞŞİݨ§Ĥ¤ŝ£˘˘Ħ ŸžŸŝŞİݨ§Ĥŝ¤¤£˘Ħ ŸžŸú İݨ¨§§Ĥŝ¤¤ŝ£˘˘Ħ ŸžžŸ ¨§Ĥ¤ŝ£˘˘Ħ Ÿž žŸ §Ĥ¤£˘Ħ ŸžžŸ ùĦ§ĤĤ¤¤ŝ£˘˘Ħ ŸžžŸ ĦüĤ¤¤ŝ£˘˘Ħ ŸžžŸ Ħŝ¤¤ŝ£˘˘Ħ ŸžžŸ Ħ¤ŝ£˘˘Ħ ŸžžŸ Ħü˘¤£˘˘Ħ Ÿž œ žŸ Ħ˘Ħ Ÿž œ žŸ Ħ˘ŭ£˘ĦĦ ŸžœžŸ Ħ˘ŭ£¤ĦĦ ŸžœžŸ Ħ˘£¤ŝĦ  ŸžœžŸ Ħ˘ŝ£¤¤ Ÿžœ›œžŸ Ħ˘ŝ£¤¤üŸŸžžœ ›œžŸ Ħ˘£¤ŭĤžžœ ›œžŸ Ħ˘ŝ£¤¤ùĤĤ§žžœ ›œžŸ Ħ˘ŝ£¤¤úĤĤ§§œ›œžŸ Ħ˘ŝ£¤¤üĤĤ§§ŝ¨œ›œžŝŸ  Ħ˘ŝ£¤¤ġĤĤ§§¨¨İœœ›œžŸ Ħ˘£¤üĤĤ§§¨İœ›œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŝŞœœ›œžŸ Ħ˘£¤üĤĤ§§¨İŞüĞœœ››œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞŭĞĴ››œžŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴ›œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİüŞĞĞĴĴŝ­››œžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴü­› ›œžŝŸ  Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ› ›œžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŭŻ°› ›œžŸ Ħ˘£¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°° ›œžŝŸ  Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ŝħ››œžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²››œžŸ Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°úħ²²³³››œžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ùħ²³³´´››œžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ġħ²²³³´´µ››œœžŝŸ  Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°ġħ²²³³´´µµĥœœžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµĥœžŸ Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··œœžŝŸ  Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ġħ²³³´´µµĥĥ··ŝ¸žŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ïħ²²³³´´µµĥĥ··¸¸ıžŸ Ħ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ııžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ùħ²³³´´µµŝĥ··¸ışŝžžŸ Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşžŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ġħ²³³´´µµĥĥ··ŝ¸ıışúğĵžŸŸ  Ħ˘£¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşĝğĵĵŸŸ  ĦĦ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ñħ²³³´´µµĥĥ··¸¸ıışŝğĵĵ Ħ˘ŝ£¤¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵ½¤£˘Ħ Ÿž œ›¤£˘Ħ Ÿž œ›£˘Ħ Ÿž œ ›£˘Ħ Ÿž œ ›˘Ħ Ÿž œ ›˘Ħ Ÿž œ›˘Ħ Ÿž œ›ŝšll m nopÀ?Ÿž œ›šŸž œ›šŸž œ›šŝŸžž œ ›šž œ ›šž œ ›š œ › š œ ›"šŝ› œ ›$š›œ ›%š›œ ›'š›œ ›(š›œ ›*š›œ ›+š›ŝœ››,š›-š›š™š›ŝœ››š ™š ›œ›š ™š›œŝ›šš™š›œš™š›œ š™š›œ š™ š›œŝšš™ š›œš™ š›œš™ š›œš™ š›œŭžš™™ š›œž™ š›œž™ š›œžŝŸ™™ š›œžŸ™ š›œžŸ™ š›œžŸ™ š›œžŸŝ ™ ™ š›œžŸ  ™ š›œžŸ  ™ š›œžŸ ŝĦ™™ š›œžŸ Ħ™ š›œžŸ Ħŝ˘™™ š›œžŸ Ħ˘™ š›œžŸ Ħ˘™ š›œžŸ Ħ˘ŭ£™š š›œžŸ Ħ˘£ š›œžŸ Ħ˘£ š›œžŸ Ħ˘£¤ š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤Ĥŝš››œžŸ Ħ˘£¤ĤÀŝ½½¸³¨£ž™˙ 65432345678ï9::;;<<=>?@@ABB65543456789:;<ġ=>?@@ABBCD5543456789:;<ñ=>?@@ABBCDDE5544 3456789:;<=>?@@ABBCDDEFG544345678ŝ9::ŝ;<<ï=>?@@ABBCCDEFGHH44345678ŝ9::ŝ;<<í=>?@@ABBCCDEFGHHIJ44ŝ34 45678ŝ9::ŝ;<<ë=>?@@ABBCCDEFGHHIJJK^^]\[ZYXWVUTSRQÀ?345678ŝ9::ŝ;<<Ŝ=>?@@ABBCCDEEFGHIJJKLMNOPQRSTUVW3445678ŝ9::ŝ;<<Ŭ=>>@@ABBCCDDEFGHIJJKLMNOPQRSTUVWXY4456789:;<Û=>>?@AABBCDDEFGHIJJKLMNOPQRSTUVWXYZ[445678ŝ9::Ö;<<==>?@AABBCDDEFGHIJJKLMNOPQRSTUVWXYZ[\]445678ŝ9::ŝ;<<Ö=>?@@ABBCDDEFGHIIJKLMNNPQRSTUVWXXZ[\]^_44556789:;<Ġ=>?@@ABBCDDEFGHHIJKLMNNPQRSTUVWXXZ[\]^_`a455678ŝ9::Ñ;<<=>>?@ABBCCDEEGHHIJJLMNNOQRSTUVWXXZ[\]^_`abc556789:ŝ;<<Ñ=>?@@ABBCDDEFGHIJJKMNNOPRSTTVVXXY[\]^_`abcdd556678ŝ9::Î;<<=>>@@ABBCDDEFGHIJJKLMNOPQRTTUVWXY[\]^^`abcddef6678û9::;<<Î=>?@ABBCCDEFGHHIJKLMNOPQRSTUVWXYZ\]^^_abcddefgh667789:Ê;<<=>?@@ABBCDDEFGHIJJLMNNOQRSTUVWXYZ[\^^_`bcddefghij6778Ĉ9::;;<<=>?@ABBCDDEFGHIJJKLNNOPRSTUVWXYZ[\]^_`abddefghijkl7789:;<<=>?@@ABBCDDEGHHIJKLMNOPQRTTUVXXY[\]^_`abcdefghijklmn77889::€ö;<<=>?@ABBCDDEFGHIJJKMNNOQRSTUVWXYZ\]^_`abcdefghijjklnop7889::;<<=>>@@ABBCDEFGHIIJKLNNOPRSTUVWXYZ[\^^_abcdefghijjklnoppq899::;<<=>?@ABBCDDEFGHIJJLMNOPQRTTUVXXZ[\]^_`bcddeghijjklmnppqrr9::;<<==>@@ABBCDEFGHIJJKMNNOQRSTUVWXY[\]^_`abcdefghijklmnopqrrst::;<<=>?@ABBCDDEFGHIJKLMNOPQSTUVWXYZ[\^^`abcdefghijklmnopqrrsstu:;<<=>?@ABBCDEFGHIJJKMNNOQRSTUVXXY[\]^_`bcddfghijjklnopprrsstuvv<<=>?@@ABCDDEFGHIJKLMNOPRSTUVWXYZ\]^_`abcdefghjjklmoppqrrstuvvwx<=>?@ABBCDEFGHIJJKMNNPQRSTUVXXZ[\]^_abcdefghijklmnopqrrstuvvwxx€ı>?@@ABCDDEFGHIJKLMNOPRSTUVWXY[\]^_`abddeghijjkmnopqrrssuuvvwxxyy?@ABBCDEFGHIJJKMNNPQRTTUWXYZ[\^^`abcdefghijklmoppqrrstuvvwxxyyz{@ABCDDEFGHIJKLMNOQRSTUVWXY[\]^_`bcddfghijklmnopqrrstuvvwxxy‚z{{BBCDDFGHIJJKMNNPQRTTUWXYZ[\^^`abcdefhhijklnoppqrssuuvvwxxyyz{{||CDDEFGHIJKLMNOQRSTUVWXY[\]^_`bcdefghijklmnopqrrstuvvwxxyyz{{|DĈFGHIJJKMNNPQRTTVWXYZ[]^_`abcdeghhjjkmnopprrstuuvvwxxyyz{{||Ç}EFGHIJKLNNOQRSTUVWXZ[\]^_abcdefghijklmnppqrrstuvvwxxyyz{{|Í}~GHIJJLMNNPQRTUVWXYZ\]^_`abcdeghijjkmnopqrrstuvvwxxyüz{{||ŝ}~~ËHIJKLNNOQRSTUVXXZ[\]^_abcdefghijklmoppqrsstuvvwxxyyz{{|ŝ}~~JÔLMNOPQSTUVWXY[\]^_`abddfghijjlmnopqrrstuvvwxxyüz{{||ŝ}~~ÎKMNNOQRSTUVXXZ[\]^`abcdefghijklnoppqrssuuvvwxxyyz{{|ŝ}~~ĠMNOPRSTUVWXY[\]^_`bcddfghijklmnopqrrstuvvwxxyüz{{||~ÑNPQRTTUWXYZ[\^^`abcdefhhijklnoppqrssuuvvwxxyyz{{|ŝ}~~ĜQRSTUVWXY[\]^_abcdefghijklmnopqrrstuvvwxxyüz{{||ŝ}~ ~ÔSTUVWXYZ\]^_`abcdeghijjkmnoppqrstuuvvwxxyyz{{| ~ÛTUVXXZ[\]^_abcdefghijklmnppqrrstuvvwxxyüz{{||ŝ}~ ~Ö}VWXY[\]^_`acddfghijjlmnopqrrstuuvvwxxyyz{{|ŝ}~ ~}Û|XYZ[]^^`abcdefghijklnoppqrsstuvvwxxyyŝz{{| ~}|Z[\]^_abcdefghijklmnopqrrstuvvùwxxyyz{{|ŝ}~ ~ŝ}||ß\]^_`abcdeghijjkmnoppqrssuuvvwxxyy{|ŝ}~ ~ŝ}||{^ċ`abcdefghijklmnppqrrstuvvwxxyŝz{{|ŝ}~ ~ŝ}||{Ŝz_`bcddfghijklmnopqrrstuuvvwxxyyz{{|ŝ}~~ŝ}||{âzyabcdefhhjjklnoppqrsstuvvwxxyyŝz{{|ŝ}~~ŝ}||{äzyyxcdefghijklmnopqrrstuvvwxxyŝz{{|ŝ}~~ŝ}||{üzyyxxçdfghijjlmnopprrstuuvvwxxyy{|ŝ}~~ŝ}||{äzyyxxwvfghijklnoppqrsstuvvwxxyŝz{{|ŝ}~ ~ŝ}||{üzyyxxíwvvhijklmnopqrrstuvvxyŝz{{|ŝ}~ ~ŝ}||{yxäwvvuujjkmnoppqrssuuvvwxxyyz{{|ŝ}~ ~ŝ}||{üzyyxxvíutsklmnppqrrstuvvwxxyüz{{||ŝ}~ ~ŝ}||{yxäwvvutssrmnopprrstuuvvwxxyyz{{|ŝ}~ ~|{üzyyxxvèutsrrqoppqrsstuvvwxxyyz{{|ŝ}~ ~ŝ}||{ñzyyxxwvvuussrqppĦ Ÿ žŸ Ħ˘ŝ£¤¤ŝĤĤ§¨İĦ ŸžŸ Ħ˘£¤ŝĤĤ§¨İŞŝĦ  Ÿ Ħ˘£¤ŝĤĤ§¨İŞŭĞĴ  Ÿ Ħ˘£¤ŝĤĤ§¨İŞĞĴ Ÿ Ħ˘ŝ£¤¤ŝĤĤ§¨İŞĞĴŝ­   Ÿ Ħ˘£¤ŝĤĤ§¨İŞĞĴú­  Ÿ Ÿ Ħ˘£¤ŝĤĤ§¨İŞĞĴŝ­xwvutsÀ?Ÿ Ħ˘£¤ŝĤĤ§¨İŞĞĴ­ŝŻ°°ĝħ²²³³´´ŸŸ Ħ˘£¤ŝĤĤ§¨İŞĞĴ­ŝŻ°°öħ²²³³´´µµŸŸ Ħ˘£¤ŝĤĤ§¨İŞŝĞĴĴ­ŝŻ°°ĝħ²²³³´´µµüĥŸŸ  Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥŭ·Ÿ  Ħ˘£¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·ŝ¸  Ħ˘£¤ŝĤĤ§¨İŞŝĞĴĴŝ­Ż°ĝħ²²³³´´µµĥ·¸ Ħ˘£¤Ĥ§¨İŞĞĴŝ­ŝŻ°°úħ²²³³´´µĥ·¸ı Ħ˘ŝ£¤¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ħŝ²³³´µĥ·¸ışĦ˘ŝ£¤¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĦĦ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°öħ²²³³´´µµĥĥ·¸ışöğĵĵĦĦ˘˘££¤¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışŝğĵĵ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³´µĥ·¸ışŝğĵĵú½˘˘£¤¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵŝ½£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışŝğĵĵ½¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³´µĥ·¸ışğĵŝ½ż¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵŝ½ż¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ħú²³³´´µµĥ·¸ışŝğĵĵŝ½żÀĤ§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀüÁĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵŝ½żÀÁúĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ§¨İŞŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁü¨¨İİŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµĥ·¸ışŝğĵĵŝ½żÀÁÂù¨İİŞŞĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁÂùİİŞŞĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··¸ışŝğĵĵ½żÀÁÂŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂŭŞĞĴĴŝ­ŝŻ°°ġħ²³³´´µµĥĥ··¸ışğĵŝ½żÀÁÂĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂĴŝ­ŝŻ°°ġħ²³³´´µµĥĥ··ŝ¸ıışŝğĵĵŝ½żÀÁÂŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ íŻ°°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁ üÄŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁ Ä°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀÁ Ä°ŭħ²³³ŝ´µµŝĥ··¸ışŝğĵĵ½żÀÁ Äîħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂö²³³´´µµĥĥ··ŝ¸ıışŝğĵĵŝ½żÀÁ³´µĥ·¸ışŝğĵĵŝ½żÀÁ´µĥ·¸ışŝğĵĵŝ½żÀÁµŝĥ··¸ışŝğĵĵŝ½żÀÁÂöµĥĥ··¸¸ıışşŝğĵĵŝ½żÀÁÂúĥ··¸¸ıışŝğĵĵŝ½żÀÁÂĝ··¸¸ıışşŝğĵĵŝ½żÀÁ¸ışŝğĵĵŝ½żÀÁÂÂü¸ıışşŝğĵĵ½żÀÁÂÂÁŝışşŝğĵĵŝ½żÀÁÂÂÁşŝğĵĵŝ½żÀÁÂÂÁşŝğĵĵŝ½żÀÁÂÂÁÀŝğĵĵŝ½żÀÁÂÂÁÀĵŝ½żÀÁÂÂÁÀżĵŝ½żÀÁÂÂÁÀżŝ½żÀÁÂÂÁÀżżÀÁÂÂÁÀż›š › œ›š › œŝž››š › œž›š› œž›š› œžŸŝ›šš› œžŸš› œžŸpo n mlÀ?š› œžŸ Ħŝ˘šš› œžŸ Ħ˘š› œžŸ Ħ˘š › œžŸ Ħ˘£š › œžŸ Ħ˘£ŝš› › œžŸ Ħ˘£ŝ¤› ›œžŸ Ħ˘£¤ › œžŸ Ħ˘£¤ ›œžŸ Ħ˘£¤ŝ›› œžŸ Ħ˘£¤›œžŸ Ħ˘£¤›œžŸ Ħ˘£¤Ĥ›œžŸ Ħ˘£¤Ĥŝ§››œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§œžŸ Ħ˘£¤Ĥ§ŝ¨œœžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨İœžŸ Ħ˘£¤Ĥ§¨İüŞœœžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İŞŝžžŸ Ħ˘£¤Ĥ§¨İ ŞžŸ Ħ˘£¤Ĥ§¨İ ŞĞžŸ Ħ˘£¤Ĥ§¨İ ŞĞŝžŸŸ Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ ŞĞŸ Ħ˘£¤Ĥ§¨İ ŞĞ Ħ˘£¤Ĥ§¨İ Ş Ğ Ħ˘£¤Ĥ§¨İ Ş Ğ Ħ˘£¤Ĥ§¨İ Ş ĞĦ˘£¤Ĥ§¨İ ŞĞĦ˘£¤Ĥ§¨İ ŞĞŝĦ˘˘£¤Ĥ§¨İ ŞĞ˘£¤Ĥ§¨İ ŞĞŞ˘£¤Ĥ§¨İ ŞĞŞŝ˘££¤Ĥ§¨İ ŞĞŞ£¤Ĥ§¨İ ŞĞŞŝ£¤¤Ĥ§¨İ ŞĞޤĤ§¨İ ŞĞ ޤĤ§¨İ ŞĞ ޤĤ§¨İ ŞĞ ŞİĤ§¨İ ŞĞ ŞİĤ§¨İ ŞĞ Şİ¨ŝĤĤ§¨İ ŞĞ Şİ¨Ĥ§¨İ ŞĞ Şİ¨ŭ§Ĥ§§¨İ ŞĞ Şİ¨§¨İ ŞĞ Şİ¨§À™ž£¨³˙ ÎCDDEFGHIJJKMNNOPRSTTUVXXZ[\]^_`abcdefghijjklmnopprrûstuuvvxÇyDEFGHIIJKLMNOPQRSTUVWXYZ[]^^_abcddefhhijklmnoopqrrsstuuvvxyÉFGHHIJKLMNNPQRSTUVWXYZ[\]^_`abcdefghijjklmnoppqrrsstuuvvxyHÔIJJLMNNOQRSTUVWXXZ[\]^_`abcddeghhijkkmnoopqrrûstuuvvxyÌIJJKMNNOQRSTTUVXXY[\]^^_abcddefghijjklmnoppqrrsstuuvvŝwxxyĠJKMNNOPRSTTUVWXYZ[\^^_aabcdefghijjklmnoppqrrŭstuuvŝwxxy×MNNOPQRTTUVWXYZ[\]^_`abcdefghhjjkkmnoopprrsütuuvvŝwxxyQPONMLKJIH GFEÀ?ÚXYZ[\]^_`abcddefghijjklmnoppqrrssttuuvvŝwxx yxŬZ[\]^_`abcddefghijjklmnoppqrrsstuuvvŝwxxyxß\]^_`abcddefghijjklmnoppqrrsstuuvvwxyxßwv^_`abcddefghijjklmnoppqrrsstuuvvŝwxxyxàwvv`abcddefghijkklmnopqqrrsstuuvvŝwxxyxvíbcddefghijkklnnopqrrûsttuvvŝwxxyz{ŝzyyxŝwvvudñefghijklmnoppqrrûstuuvvŝwxxyz{yxŝwvvuċtefghijklmnoppqrrsstuuvvwwxxyz {yxŝwvvusíghijklmnoppqrrsstuvvŝwxxyŝz{ {ŝzyyxvuëtssrijklmnoppqrrsstuvvŝwxxyŝz{{ŝzyyxŝwvvuètsrrqklmnoppqrrsttuvvwwxxyz{yxŝwvvèutssrrppmnoppqrrstuuvvwxxyŝz{{|{yxċwvvuutsrrqppooppqrrstuuvvwxxyŝz{{ |{ŝzyyxvuëtsrrqppompqrrstuuvvwxxyŝz{{|{ŝzyyxŝwvvêutssrqpponmlrrstuuvvwxxyz{|{ŝzyyxçwvvuutsrrqpponlkjstuuvvwxxyŝz{{|{üzyyxxĉwvvuussrrpponmlkjiuuvvwxxyyŝz{{|}~ŝ}||{üzyyxxvêutssrqpponmkjjhhvvwxxyyŝz{{|}~ŝ}||{yxéwvvuutsrrqponmlkjihgfwxxyŝz{{|ŝ}~ ~ŝ}||{yxäwvvuussrqpponmljjhhgfdxxyyz{{|} ~|{üzyyxxvèutsrrqppomlkjihhfedcyyz{{|ŝ}~ ~|{àzyyxxwvvuutsrrpponmlkjihgfdcbbz{{|ŝ}~~|{yxwvvutssrqppomlkjihhfedcba`{{||ŝ}~~ŝ}||{ùzyyxxwvvçutsrrpponmlkjihgfdcbb`_^||ŝ}~~ŝ}||{Ŭzyyxxwvvutssrqpponlkjihhfedcba`^]\||ŝ}~~ŝ}||{yxßwvvutsrrqponmljjihgfddbb`_^]\[|}~~ŝ}||{Úzyyxxwvvutssrqppomlkjihgfedcba`^]\[ZY~~ŝ}||{üzyyxxŜwvvutsrrqponmljjihgfdcba`_^]\ZYXW~~ŝ}||{×zyyxxwvvutsrrqppomlkjihgfedcba_^]\[ZXWVU~ ~ŝ}||{Ġzyyxxwvvuutsrqpponmkjjhhgedcba`_^\\ZYXVVUS~ ~ŝ}||{Ôzyyxxwvvutsrrqponmlkjihgfedcb`_^]\[YXWVUTSR~ ~ŝ}||{Òzyyxxwvvutssrqpponlkjihhfedcba`^]\[ZYWVUTSRQP~~ŝ}||{zyyxxwvvuutsrqpponmljjihgfdcba`_^]\[YXWVUTRRPON~~}|{yxÔwvvutsrrqponmlkjihgfedcba_^]\[YXWVUTSRQONNL~~}|{Ízyyxxwvvutsrrqpponlkjihhfedcba`_]\[ZYXVVUSRQPONMKJ~~}|{Èzyyxxwvvuutsrqpponmkjjihgfdcbb`_^]\[YXWVUTSRPONNLKJI~}}||{Èzyyxxwwvvutsrrqponmlkjihgfedcba_^]\[ZXWVUTSRQONNMKJJIG}||{üzyyxxÍwvvutsrrqpoomlkjihgfedcba`_]\[ZYXVVUSRQPONMLJJIHGF||{yxÉwvvutssrqpponlkjihhgedcba`_^]\[YXWVUTSRPONNLKJIHGFED||{{Äzyyxxwvvuutsrqpponmlkjihgfedbba_^]\[YXWVUTSRQONNMKJJIHFFEDC{{zyyxxwvvuutsrrqponmlkjihgfedcba_^]\[ZYXVVTSRQPONMKJJIHGFEDDCB{zyyxxÄwvvutsrrqpponlkjihhfedcba`_^\\ZYXWVUTRRPONMLKJIHGFEDDCBBAyyxx‚wvvutssrqpponmkjjihgfdcbb`_^]\[YXWVUTSRQONNLKJJIGFFDDCBBA@?yxxwvvuutsrrqponmlkjihgfedcba_^]\[ZYWVUTSRQPNNMKJJIHGFEDCBBA@?>=xwvv€xutsrrqponmlkjihgfedcba`_]\\ZYXWVUTRRPONMLKJIHGFEDDCBAA??>==<<;vuutsrrqponmlkjihgfedcba_^]\[ZXWVUTSRQPNNMKJJIHFFEDCBBA@?>=<<;::utsrrqpoomlkjihgfedcba`_]\\ZYXVVUTRRPONMLKJIHGFEDDCBA@?>>=<<;::9ssrqpponmkjjihgfdcbb`_^]\[YXWVUTSRQONNLKJIHGFEDDCBBA@?>=<<;::988rrqponmlkjihgfedcba_^]\[ZYWVUTSRQPNNMKJJIHFFEDCBBA@?>=<<;::988Á7qpponlkjjhhgedcba`_^]\ZYXWVUTRRPONMLKJIHGFEDDCBA@?>>=<<;::98877Äponmlkjihgfedcba_^]\[ZXWVUTSRQONNMKJJIGFEDDCBBA@?>=<<;::988776Èonlkjjhhgedcba`_^\\ZYXWVUTRQPONMLJJIHGFEDCBBA@?>=<<;::988765ŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışŝğĵĵŝ½żÀÁŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵ½żÀÁĴŝ­Ż°ĝħ²²³³´´µµĥ·¸ışŝğĵĵŝ½żÀÁŭĴ­ŝŻ°°úħ²²³³´´µĥ·¸ışŝğĵĵ½żÀÁŝÂŝŻ°°üħ²²³³´µĥ·¸ışŝğĵĵŝ½żÀ ÁûÂŻ°°ħŝ²³³´µĥ·¸ışŝğĵĵŝ½żÀ ÁÂŝŻ°°ħŝ²³³´µĥ·¸ışğĵ½żÀ ÁÂŝsrrqponm lkÀ?µĥ·¸ışŝğĵĵŝ½żÀÁúµĥĥ··¸¸ışŝğĵĵŝ½żÀ Á Áüĥ··¸¸ışŝğĵĵŝ½żÀ Á Áŝ·¸¸ışŝğĵĵ½żÀ Á  Á¸ışŝğĵĵ½żÀÁ ÂÁÀışŝğĵĵ½żÀÁÂÁÀşŝğĵĵ½żÀÁÂÁÀŝżşşŝğĵĵŝ½żÀÁÂÁÀżŭşğĵĵŝ½żÀÁÂÁÀżĵŝ½żÀÁÂÂÁÀżûĵĵ½żÀÁ ÂÁÀżŝ½żÀÁÂÂÁÀżżÀÁÂÂÁÀżü½żżÀÁÂÂÁÀżŭ½ĵżżÀÁÂÂÁÀż½ĵżÀÁÂÂÁÀżŝ½ĵĵÀÁÂÂÁÀż½ĵŭğÀÁÁÂÂÁÀżŝ½ĵĵüğşşÁÁÂÂÁÀżŝ½ĵĵŝğşşÁÂÂÁÀżŝ½ĵĵŝğşşŭıÁÂÂÂÁÀżŝ½ĵĵŝğşşıÂÂÁÀżŝ½ĵĵŝğşşı¸ŝ Ä ÂÁÀżŝ½ĵĵŝğşşı¸ŝ·Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ŝĥÄ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥÄ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ Ä ÂÁÀżŝ½ĵĵŝğşşıŝ¸··ĥµŝ´Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´ŭ³ÄÄ ÂÁÀż½ĵğşı¸·ŝĥµµ´³Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²Ä ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŭħ°ÄÄ ÂÁÀżŝ½ĵĵŝğşşıŝ¸··ĥµ´³²úħ°°ÄÄ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻ ÂÁÀżŝ½ĵĵŝğşşı¸·ĥµŝ´³³ŭ²ħ°°üŻÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŭ­ĴÂÁÀżŝ½ĵĵŝğşşı¸·ĥµŝ´³³ü²ħħ°°ŝŻü­ĴĴÂÁÀż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŝĞÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴûĞŞŞÂÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴûĞŞŞİÂÂÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴ÷ĞŞŞİݨÂÂÁÁÀż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻ­ĴŭĞŞİݨ§ÁÀżŝ½ĵĵŝğşşı¸·ŝĥµµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§úĤÁÁÀÀżż½ĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴúĞŞŞİݨ¨§ĤŝÀÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥü¤Àżżŝ½ĵĵŝğşşı¸·ŝĥµµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£żżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥ¤ŭ£˘½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝ£˘˘ŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝ£˘˘Ħü½½ĵĵŝğşşı¸·ŝĥµµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤£˘ĦžŸ Ħ˘£¤Ĥ§¨İŞžŸ Ħ˘£¤Ĥ§¨İŞžŸ Ħ˘£¤Ĥ§¨İŞŸ Ħ˘£¤Ĥ§¨İŞŸ Ħ˘£¤Ĥ§¨İŞŸ Ħ˘£¤Ĥ§¨İŞŝŸ  Ħ˘£¤Ĥ§¨İ ŞlkjÀ?˘£¤Ĥ§¨İŞ˘£¤Ĥ§¨İŞŝİ££¤Ĥ§¨İŞİ£¤Ĥ§¨İŞİŝ£¤¤Ĥ§¨İŞİ¤Ĥ§¨İŞİŝ¨¤¤Ĥ§¨İŞİ¨ŝ¤Ĥ§¨İŞİ¨Ĥ§¨İŞİ¨ü§ĤĤ§¨İ Şİ¨§Ĥ§¨İ!Şİ¨§ŝĤ§§¨İ"Şİ¨ §¨İ#Şİ¨§ŝĤ§§¨İ$Şİ¨§Ĥŝ§¨¨İŞĞŞİ¨§Ĥ¨İŞĞŞİ¨§Ĥ¨İ Ş Ğ Şİ¨§Ĥİ Ş Ğ Şİ¨§ĤŝİŞ ŞĞ Şİ¨§Ĥ¤ ŞĞ Şİ¨§Ĥ¤ŞĞ Şİ¨§Ĥ¤ŞĞ Şİ¨§Ĥ¤ŝ£ŞŞĞ Şİ¨§Ĥ¤£ŞĞ Şİ¨§Ĥ¤£ŞĞ Şİ¨§Ĥ¤£˘Ğ Şİ¨§Ĥ¤£˘Ğ Şİ¨§Ĥ¤£˘Ğ Şİ¨§Ĥ¤£˘ĦĞ Şİ¨§Ĥ¤£˘ĦĞ Şİ¨§Ĥ¤£˘Ħŝ Ğ Ğ Şİ¨§Ĥ¤£˘Ħ  Ğ Şİ¨§Ĥ¤£˘Ħ Ğ Şİ¨§Ĥ¤£˘Ħ ŝŸĞĞ Şİ¨§Ĥ¤£˘Ħ ŸĞ Şİ¨§Ĥ¤£˘Ħ ŸĞ Şİ¨§Ĥ¤£˘Ħ ŸĞ Şİ¨§Ĥ¤£˘Ħ Ÿž Şİ¨§Ĥ¤£˘Ħ Ÿž Şİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŞİ¨§Ĥ¤£˘Ħ ŸžŭœŞİݨ§Ĥ¤£˘Ħ Ÿžœİ¨§Ĥ¤£˘Ħ Ÿžœŝݨ¨§Ĥ¤£˘Ħ Ÿžœ¨§Ĥ¤£˘Ħ Ÿžœ¨§Ĥ¤£˘Ħ Ÿžœŭ›¨§§Ĥ¤£˘Ħ Ÿžœ›§Ĥ¤£˘Ħ Ÿžœ›§Ĥ¤£˘Ħ Ÿžœ›§Ĥ¤£˘Ħ Ÿžœ›Àŝ³¸¸½ÂÇÌÑ ×Ü˙ y {zyxŝwvvuútsrr3ŝ y {zyxŝwvvuĝtsrrqC ŝyŝz{{zyxŝwvvu÷tsrrqppŝ yxwvuötsrrqpp6ŝ yxŝwvvuġtsrrqppo;ŝ yxŝwvvuútsrrqppüo0 ŝyxŝwvvuútsrrqppûF6ŭ* EFGúD4# ûe)9údc)7ĝdcbb(5ödcbba_'ñdcbba`_^&ŭxwvvuàtssrrqppoonmlkjihhgfedcba`_^]\&ŝwvvuútssrrppçonmlkjihhgfedcba`_^]\[Z%vuŬtssrrqpponmlkjjihgfedcbb`_^]\[ZYX$ŝvuusràqppoonmkjjihgfedcbba_^]\\ZYXWV#uútssrrppâonmlkjihhgfedcba`_^\\[YXWVUT"Ĝtssrrqpponmlkjjhhgfedcba`_^]\[ZXWVUTSR"srpoànmkkjihgfedcbb`_^]\[ZYXVVUTRRQ!rÚqpponmlkjihhgfddbba`^]\\ZYXWVUTSRQON Ĝrppoomlkjjihgfedcba`_^]\[YXWVUTSRQPONM pÚonmlkjihhfedcbb`_^]\[ZYXVVTTRQPONMLKoÚmlkjjhhgfedcba`_]\\ZYXWVUTSRQONNLKJJĜnmlkjihgfedcba`_^]\[YXWVUTSRQPNNMKJJIHĜlkjjhhgfedbba_^]\[ZYXVVUTRQPONMLKJIHGFĜkjihgfedcba`_^\\[YXWVUTSRQONNLKJIHGFEDĜjhhgfddbba_^]\[ZXWVUTSRQPNNMKJJIHGFEDCĜhgfedcba`_^\\ZYXWVUTRRPONMLKJIHGFEDDCBĜgfdcbb`_^]\[ZXWVUTSRQONNMKJJHGFEDDCBBAĜedcba`_]\\ZYXVVUTRQPONMLJJIHGFEDCBBA@?Ĝcbb`_^]\[YXWVUTSRQONNLKJIHGFEDDCBAA?>>Ĝba`_]\[ZYXVVTSRQPONMKJJIHFFEDCBBA@?>=<Ĝ`_^]\[YXWVUTSRQONMLKJIHGFEDDCBA@?>=<<;Ĝ^]\[ZYXVUTSRQPNNMKJJIHFEDDCBBA@>>=<<;:Ĝ]\[YXWVUTRRPONMLKJIHGFEDCCBA@?>=<<;::9Ĝ[ZYWVUTSRQONNMKJJHGFEDDCBBA?>>=<<;::98ĜYXWVUTRRPONMLKJIHGFEDCBBA@?>=<<;::9887ŜWVUTSRQONNMKJJHGFEDDCBBA@>>=<;::9887ŝŬVUTRRPONMLJJIHGFEDCBBA@?>=<<;::98877ŭ6áTSRQONNLKJIHGFEDDCBA@?>>=<;::98876ŝàRQPONMKJJIHFFEDCBBA@?>=<<;::9887765ŝâQONNLKJIHGFEDDCBA@?>=<<;::988776û544NċMKJJIHFFDDCBBA@?>=<<;::98877654ŭ3ċMLKJIHGFEDDCBA@?>=<<;::988776ŝ5443ŝĉKJJHGFEDDCBBA@?>=<<;::9887765432ŝèJIHGFEDCBBA@?>=<<;::988776ŝ54432ŝéHGFEDDCBA@?>>=<<;::9887765432ŭ1FDïCBBA@?>=<<;::988776ŝ544321ŝìEDCBBA@?>=<<;::998877654321ŝîDCBBA@?>=<<;::988776ŝ544321ŝBôA@?>=<<;::9887654321ŝñA@?>==<;;::988776ŝ544321ŭ0ó@?>=<<;::988776ŝ5443210ŝ÷>=<<;::98876543210ŝö=<;;::988776ŝ5443210ŝĝ<;::988776ŝ5443210ŝ:ŝ98876543210ŝ9876ŝ544321 0ŝ876ŝ544321 0ŝ7654321 0ŝ76543210ŭ16ŝ54432101ŝŭ654432101ŝú5443322101ŝŝÁÂÂÁÀżŝVŝ ÂÁÀżü‡ ŝÂÁÀżŝ!ŝ  ÂÁÀżŭ•(ŝ  ÁÀżŭˆ#ŝ ÁÀżŭ] ŝ ÁÀżû‘_ŭMklúiZA' ûşM9úşıM7üşııŝL5üşıı¸ŝLùşıı¸·ŝLÁÀż½ĵğşı¸·ŭĥKÁÀżŝ½ĵĵŝğşşı¸·ĥŭµKŝÁÀÀżŝ½ĵĵŝğşşı¸·ĥµŝKÀż½ĵŝğşşı¸·ĥµ´ŝKÀżŝ½ĵĵğşı¸·ĥµ´³ŝJżŝ½ĵĵŝğşşı¸·ĥµ´³ŭ²Jż½ĵŝğşşı¸·ĥµ´³²ŭħIżŝ½ĵĵğşı¸·ĥµ´³²ûħ°°I½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŭŻHŝ½ĵĵŝğşşı¸·ĥµŝ´³³²ŝħ°°üŻH½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝHŭ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻ­ŝGŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻû­ĴĴGĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞGĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻ­ĴüĞŞFŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴúĞŞŞİFşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨFşı¸·ŝĥµµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨŝEı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴġĞŞŞİݨ¨§§Eüı¸¸··ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴĞŝŞİݨ§ŭĤE¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴòĞŞŞİݨ¨§§ĤĤD·ĥµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥü¤Dó·ĥĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ŝDġĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝDµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ü£˘C´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘ŝCù´³³²²ħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ù£˘˘ĦĦCû³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘ĦŝCŭ²ħ°°ŝŻŝ­ĴĴĞŝŞİİŝ¨§§Ĥŝ¤¤ü£˘˘ĦĦŭ Bŝħ°°ŝŻŝ­ĴĴòĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ ŝB°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ ŭŸBŭ°Żŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤£˘Ħ ŸŭžBŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ ŸžŝAŭ­ĴĴŭĞŞİݨ§Ĥŝ¤¤£˘Ħ ŸžŭAŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ ŸžŝAĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝ£˘˘Ħ ŸžŝAüĴĞŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦ ŸžŝAŞİ¨§Ĥŝ¤¤ŝ£˘˘Ħ ŸžŝAݨ§Ĥŝ¤¤£˘Ħ ŸžŭœAúݨ¨§§ĤĤŝ¤¤ü£˘˘ĦĦ ŸžœŝAŝ¨§§Ĥŝ¤¤ŝ£˘˘Ħ ŸžœŝA§Ĥŝ¤¤£˘Ħ ŸžœŝAĤŝ¤¤ŝ£˘˘Ħ ŸžœŝAŭĤ¤¤ŝ£˘˘Ħ ŸžœŝA¤£˘Ħ ŸžœŝA¤ü£˘˘ĦĦ Ÿž œŝAŭ¤£˘˘Ħ Ÿž œŝA˘Ħ ŸžœŝAŝ˘ĦĦ ŸžœŝAĦ ŸžœŭAŝĦ  ŸžœŝA ŝŸžžœŝAŞİ¨ŭ§Sŝ Şİ¨§ŭ‚ ŝŞİ¨§ŝ!ŝ Şİ¨§ŭŽ&ŝŞİ¨§ŭ‚#ŝŞİ¨§ŭY ŝ Şİ¨§ûŒ\ŭDjúgW?& û¤D9ú¤¤D7ŭ¤¤ŝD5ŭ¤¤ŭ£Dú¤¤£ŝDŝŞİݨ§Ĥ¤£ŭ˘Cݨ§Ĥ¤£˘ŝCݨ§Ĥ¤£˘ŝCݨ§Ĥ¤£˘ŭĦC¨§Ĥ¤£˘ĦŝC¨§Ĥ¤£˘ĦŝB¨§Ĥ¤£˘Ħ ŝBŝ¨§§Ĥ¤£˘Ħ ŝB§Ĥ¤£˘Ħ ŭŸB§Ĥ¤£˘Ħ ŸŝB§Ĥ¤£˘Ħ ŸŝBŝ§ĤĤ¤£˘Ħ ŸŝBĤ¤£˘Ħ ŸžŝBŝĤ¤£˘Ħ ŸžŝB¤£˘Ħ ŸžŝA¤£˘Ħ ŸžŝAŝ¤¤£˘Ħ ŸžŝA¤£˘Ħ ŸžŝA¤£˘Ħ ŸžŝA¤£˘Ħ ŸžœŝAŝ¤££˘Ħ ŸžœŝA£˘Ħ ŸžœŝAŝ£˘˘Ħ ŸžœŝA˘Ħ Ÿžœŝ@˘Ħ Ÿžœ›ŝ@˘Ħ Ÿžœ›ŝ@Ħ Ÿžœ›ŝ@Ħ Ÿžœ›ŝ@ Ÿžœ›ŝ@ Ÿžœ›ŭš@ Ÿžœ›šŝ@Ÿžœ›šŝ@Ÿžœ›šŝ@Ÿžœ›šŝ@ŝŸžžœ›šŝ@žœ› šŝ@žœ› šŝ@ŝžœ› šŝ@œ›šŝ@œ›šŝ@œ›šŝ@ŝœœ ›šŭ™?œ›š™ŝ?œ›š™ŝ?œ ›š™ŝ?œ›š™ŝ@ŝœ››š™ŭš@›š™šŝ@›š™šŝ@›š ™šŝ@›š ™šŝ@ŝ›šš ™šŝ@#˙ŝħ7ŝL˙˙9˙ŝğ6ŝ˙˙ŝù6ŝG˙˙7˙ŝ“3ŝ˙˙ŝ“Ü×ŝĉ˙ ˙ŝ“!˙ŭĝ ˙ŭü½˙ŭ÷·˙úŭï§  !€€€€$ŝŝ+//0$ŝŝ+/ /01$ŝŝ+/ /01$ŝŝ+/ /01$ŝŝ+//01ŝ2#ŝŝ+//012$ŝŝ+//012ŝ3#ŝŭ+/00123ŝ4#ŝŝ,001234$ŝŝ,001234ŝ5#ŝŭ<0112345ŝ6#ŝŝT1123456$ŝŝ611234567$ŝ'ŝ211234ŝ5667$ŭ#ŭ42234ŝ56678%ŝ üF23345678ŝ9 ŝŭ&3445678ü9:: ŝŝù 544556678ŝ9::ŝ; ŝŝ ŝ6678ŝ9::ü;<< ŝŭü7;778ŝ9::ŝ;<<ŝ= ŝŝûF;788ŝ9::ŝ;<<ü=>> ŝü3& ù,F899::ŝ;<<ú=>>?@ ŝû2ĝB=::;<<ĝ=>>?@@A ŝú2*=E?<=>>?@@ABB ŝŝ1ŭù (%>JKKŝL ŝŝ0ü 1ŝŝ/ŭ0ŝŝ/û( -ŝŝ.ù !ŝŝ. ŭ> !ŝŝ-8ŝŝ-8ŝŝ-8ŝŝ-8ŝŝ,8ŝŝ,8ŝŝ,8ŝŝ+8ŝŝ+8ŝŝ+8ŝŝ+8ŝŝ+8ŝŝ+8ŝŝ+8ŝŝ+8ŝŝ+8ŝŝ,8ŝŝ,8ŝŝ<8ŝŝT8ŝŝ6=ŝ29ŝŝ9ŝ ŭF8ŝŝ&9ŝŭ 58ŝ ŝ9ŝŭ78ŝŭF8ŝ ŭ,8ŝüB7ŝü*=6ŝù (%>JKKL)ŭ $ŝŝŽ››œ$ŝŝŽ› ›œŝ#ŝŝŽ› ›œ$ŝŝŽ› ›œ$ŝŝŽ››œ$ŝŝŽ››œž$ŝŝŽ››œž$ŝüŽ››œœžŸ$ŝŝœœžŸŝ #ŝŝœœžŸ $ŝü”œœžŸ Ħ$ŝŝ“žŸ Ħ$ŝŝužŸ Ħ˘$ŝ)ŝYžŸ Ħ˘ŝ£#ŭ:ŭ,œžžŸ Ħ˘ŭ£¤$ŝû‘žžŸŸ Ħ˘ŝ£¤¤!ŝüLŸŸ  Ħ˘ŝ£¤¤!ŝŝŭ ‹  Ħ˘£¤!ŝŝŭ4œĦĦ˘£¤üĤĤ ŝŭ"ûXĦĦ˘˘ŝ£¤¤ŝĤĤŝ§ ŝŝùhĦ˘££¤¤ŝĤĤ§!ŝü•: üMĦ¤¤Ĥ§¨!ŝû”%ĝ(ƒ£¤ĤĤ§¨ŝİ ŝú” ú9wž§§¨İ!ŝŝ“ŭ"ù6Jcnooŝp ŝŝ“ü 1ŝŝ’ŭ0ŝŝ’û( -ŝŝ‘ù !ŝŝ‘ ŭ> !ŝŝ8ŝŝ8ŝŝ8ŝŝ8ŝŝ8ŝŝ8ŝŝ8ŝŝŽ8ŝŝŽ8ŝŝŽ8ŝŝŽ8ŝŝŽ8ŝŝŽ8ŝŝŽ8ŝŝŽ8ŝŝŽ8ŝŝ8ŝŝ8ŝŝ”8ŝŝ“8ŝŝu=ŝY9ŝŝ,9ŝŭ‘8ŝŝL9ŝŭ ‹8ŝŝ49ŝŭX8ŝŭh8ŝ ŭM8ŝü(ƒ7ŝü9w6ŝù6Jcnoop)ŭ $ŝŝŒ™™š$ŝŝŒ™™š$ŝŝŒ™™š$ŝŝŒ™ ™š$ŝŝŒ™ ™š$ŝŝŒ™™ š$ŝŝŒ™™ š$ŝŝŒ™™š$ŝŝŒ™™š$ŝŭŒ™šš›$ŝŝ’šš›$ŝŝ’šš›$ŝŝsš š›$ŝ)ŝXš š›$ŭ9ŭ+™šš ›ŝœ$ŝŭŽšš ›œ!ŝŝJšš ›œ!ŝŝü ‡š› ›œ!ŝŝŭ3—››œ!ŝŭ"ŭV›› œ!ŝŝüeš›› œ!ŝüŽ9 üKšœ œ!ŝûŽ%û'~›œœ!ŝúŽû8r–œœ!ŝŝŽŭ!ú5G_kk!ŝŝŽü 1ŝŝŭ0ŝŝû( -ŝŝù !ŝŝ ŭ> !ŝŝ8ŝŝ8ŝŝ8ŝŝ8ŝŝ8ŝŝŒ8ŝŝŒ8ŝŝŒ8ŝŝŒ8ŝŝŒ8ŝŝŒ8ŝŝŒ8ŝŝŒ8ŝŝŒ8ŝŝŒ8ŝŝŒ8ŝŝŒ8ŝŝŒ8ŝŝ’8ŝŝ’8ŝŝs=ŝX9ŝŝ+9ŝŭŽ8ŝŝJ9ŝŭ ‡8ŝŝ39ŝŭV8ŝŭe8ŝ ŭK8ŝü'~7ŝü8r6ŝú5G_kkl)ŭ 12ŝ344ŝ56678Ġ9::;<<=>?@ABCDDEFGHIJKLMNOQRSTUVWXY[\]^_ab112345678Ñ9::;<<=>?@ABBCDDEFHIJJKMNNPQRSTUVXYZ[\^^_abc1122ŝ344ŝ56678Ñ9::;<<=>?@ABBCDEFGHIJJLMNOPRSTUVWXY[\]^_`abdd122345678Ì9::;<<=>?@ABBCDDEFGHIJKLNNOQRSTUVWXY[\]^_abcdef223344ŝ56678Ĉ9::;<<=>?@ABBCDEFGHIJJKMNNPQRTTVWXYZ[\^^`abcdefg233445566778Ì9::;<<=>>@@ABCDDEFGHIJKLMNOPRSTUVWXY[\]^_`abddeghh344ŝ56678Ĉ9::;<<=>?@ABBCDDEFHHJJKMNNOQRSTUVWXY[\]^_abbddfghij445566778ŝ9::Ì;<<=>?@ABBCDEFGHIJJKMNNPQRSTUVXXZ[\]^_abcdefghijk556678É9::;<<=>?@ABBCDDEFGHIJKLMNOPRRTUVWXYZ[\^^`abcdefghijkl66789:Ê;<<=>?@ABBCDDFFHHJJKLNNOQRSTUVWXYZ\]^_`abcdefghijklm6778Ĉ9::;<<=>>@@ABBDDEFGHIJJKMNNOQRSTUVWXY[\]^_`abcdefghijklmn778ŝ9::Ç;<<=>?@ABBCDDEFGHIJJLMNNPQRSTUVWXY[\]^_`abcdefghijklmno788À9::;<<=>>?@ABBCDDFFHHIJKLMNOPQRTTUVXXZ[\]^_`abcdefghijklmnop889::‚;<<=>?@ABBCDDEFGHIJJKLNNOPRSTUVVXXZ[\]^_`abcdefghijjkmmoop99::;<<=>>?@ABBCDDEFGHIJJKMNNOQRSTUVWXYZ[\]^_`abcdefghijjklmoopp::;<<€ƒ=>?@ABBCDDEFFHHIJJLMNNPQRSTUVWXYZ[\]^_`abcdefghhjjklmnoppq:;<<=>>?@ABBCDDEFGHIJJKLMNOPQRSTUVWXYZ[\]^_`abcdeeghhijkkmmooppr<<==>?@ABB€òCDDEFGHIJJKMNNOPQRSTUVWXYZ[\]^_`abcddegghijjklmnooppr<=>?@@ABBCDDEFFHHIJJKMNNOPQRTTUVWXYZ[\]^_`abbddefghhjjkkmmooppqr>>?@ABBCCDDEFGHIJJKLMNNOQRRTTUVWXYZ[\]^^_aabcdeegghijjklmmooppqr?@AABBCDDEFFHHIJJKLMNNPQRSTTUVWXYZ[\]^^_aabcddegghhjjkklmmooppñr@ABBCDDEEFGHIJJÓLMNNOPQRSTTUVWXYZ[\\^^_`abbddeegghijjkklmmooppûqBBCDDËEFFHHIJJKLMNNOPQRSTUUVWXYZ[\\^^_`abbcddefghhijjkklmmoopCDùEFFGHIJJÏKMMNNOQQRSTUUVWXYZ[[\]^__aabbddeegghhijjkklmmnooppLMNOPQRSTUVWXYZ[À??üLMMNNOPQRSTUVWXYZ [ŝ\>ŝœžŸ Ħ˘£¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ïħ²²³³´´µµĥĥ··¸¸ıžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµĥ·¸ıžŸ Ħ˘£¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ııüşžžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşžŸ Ħ˘£¤ĝĤĤ§§¨¨İİŞĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··¸ışžŝŸ  Ħ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··ŝ¸ıışğŸ Ħ˘ŝ£¤¤ĝĤĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ħ²²³³´´µµĥĥ··¸¸ıışüğĵĵ  Ħ˘ŝ£¤¤üĤĤ§§¨İŭŞĞĴĴŝ­ŝŻ°°ŭħ²³³´µĥ·¸ışŝğĵĵŝ ĦĦ˘ŝ£¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµŝĥ··¸ışŝğĵĵĦ˘ŝ£¤¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵĝ½ĦĦ˘˘££¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵŭ½˘˘ŝ£¤¤Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³´µĥ·ŝ¸ıışŝğĵĵù½˘££¤¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ħŝ²³³´µĥ·ŝ¸ıışŝğĵĵ½ŝ£¤¤ŝĤĤ§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³ŝ´µµĥ·ŝ¸ıışŝğĵĵ½¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³ŝ´µµĥ·ŝ¸ıışŝğĵĵŝ½¤ŝĤĤ§¨İŞĞĴŝ­Ż°ĝħ²²³³´´µµĥ·¸ışğĵ½Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışğĵ½Ĥ§¨İŞŝĞĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışŝğĵĵ½§¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışğĵ½§¨İŞŝĞĴĴŝ­Ż°üħ²²³³´µĥ·¸ışŝğĵĵ½¨İŞŝĞĴĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışğĵ½ŝ¨İİŞĞĴŝ­ŝŻ°°üħ²²³³´µĥ·¸ışŝğĵĵ½İŞŝĞĴĴŝ­Ż°ħ²³´µĥ·¸ışğĵ½ŞŝĞĴĴ­ŝŻ°°ŝħ²²³´µĥ·¸ışğĵ½pqr st u vwÀ??pqr st u vw? š›œžŸ Ħ˘£¤ š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤ŝšš›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤š›œžŸ Ħ˘£¤ŝš››œžŸ Ħ˘£¤ŝĤ››œžŸ Ħ˘£¤Ĥ›œžŸ Ħ˘£¤Ĥ›œžŸ Ħ˘£¤Ĥŝ§››œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§ŝ›œœžŸ Ħ˘£¤Ĥ§œžŸ Ħ˘£¤Ĥ§œžŸ Ħ˘£¤Ĥ§œžŸ Ħ˘£¤Ĥ§œžŸ Ħ˘£¤Ĥ§œžŸ Ħ˘£¤Ĥ§žŸ Ħ˘£¤Ĥ§žŸ Ħ˘£¤Ĥ§žŸ Ħ˘£¤Ĥ§žŸ Ħ˘£¤Ĥ§ŝžžŸ Ħ˘£¤Ĥ§l mnoÀ??l mn o?cdefghijklmnopqrrstuvvwxxyyz{{|ŝ}~~ŝ}||{ázyydefhhijklnoppqrssuuvvwxxyyz{{|ŝ}~~|{ĉzyyxxeghijjlmnopprrstuuvvxxyüz{{||~ŝ}||{äzyyxxwghijklmnopqrrstuvvwxxyy{|~ŝ}||{üzyyxxvëhijklmoppqrsstuvvwxxyy{|~ŝ}||{àzyyxxwvvujjkmnoppqrssuuvvwxxyyz{{|ŝ}~ ~ŝ}||{üzyyxxvëutjlmnopprrssuuvvwxxyy{| ~ŝ}||{âzyyxxwvvuusslmnopprrstuuvvwxxyy{|ŝ}~~ŝ}||{üzyyxxvêutsrrmnopprrssuuvvwxxyyŝz{{|~}|{ŝzyyxèwvvuussrrpnopprrssuuvvwxxyŝz{{|}|{yxŝwvvîutsrrqppopprrssuuvvxyŝz{{|{üzyyxxĉwvvuussrrqponpprrsstuuvvwxxy{|{üzyyxxèwvvuutsrrqpponmpqrrstuuvvxy{ |{ŝzyyxŝwvvíutssrrqponmlkqrrssuuvŝwxxyŝz{{|{ŝzyyxŝwvvuòtsrrqpponmlkjrrsuvŝwxxy{ŝzyyxŝwvvuétsrrqpponmlkjjirrsstuuvvŝwxxyŝz{{zyxŝwvvuçtssrrqpponmlkjihhrrsstuuvvŝwxxyxwvuètssrrqpponmlkjjihgfrrssuuvŝwxx yxwvuċtssrrqppoommkkjihhgferrsstuuvŝwxxwvuĉtssrrqppoonmlkjjihgfeddrrssuvw xwvuütssrréqppoonmlkjjihhgfedcbrrssŝtuuvw vuŝtssréqppoonmlkjjihhgfeddcbarrsŝtuu vutsrŝqppoûnmlkjjhġgfeddcbba_rrsŝtuutsrŝqpponümlkjjïihggfeddbba`_^pqrrstsrqpoċnmmlkjjiihggfeddcbaa__^][[\\[ZYXWVUŝTż??\[ZYXWVUT?ışŝğĵĵŝ½żÀÁ Ä ÂŝÁşşŝğĵĵ½żÀÁ Ä ÂÁşŝğĵĵŝ½żÀÁ Ä ÂÁŭşğĵĵŝ½żÀÁ Ä ÂÁŭÀğĵĵŝ½żÀÁÂÂÁÀĵ½żÀÁÂÂÁÀúżĵĵ½½żÀÁÂÂÁÀżŭĵ½żÀÁÂÂÁÀżŝ½żÀÁÂÂÁÀżżÀÁÂÂÁÀżżÀÁÂÂÁÀżżÀÁÂÂÁÀż½żÀÁÂÂÁÀżû½ĵĵżżÀÁ ÂÁÀżŝ½ĵĵŝżżÀÁÂÂÁÀżŝ½ĵĵżÀÁÂÁÀż½ĵŭğşżżÀ Á ÂÁÀżŝ½ĵĵüğşşżżÀ Á ÁÀż½ĵğşżÀÁÀż½ĵŝğşşŝıżżÀÁÀż½ĵŝğşşıżÀÁÀż½ĵğşıŝ¸żżÀż½ĵğşı¸ŝżżÀ ż½ĵŝğşşı¸ü·żż½ĵŝğşşı¸·&w v utÀ??#w v utŝs>¤Ĥ§¨İ ŞĞޤĤ§¨İ ŞĞ Şŝ¤Ĥ§¨İ ŞĞ ŞŝİĤ§¨İ ŞĞ ŞİĤ§¨İ ŞĞ Şİŭ¨ĤĤ§¨İ ŞĞ Şİ¨Ĥ§¨İ ŞĞ Şİ¨Ĥ§¨İ ŞĞ Şİ¨ŭ§Ĥ§§¨İ Ş Ğ Şİ¨§¨İ Ş Ğ Şİ¨§¨İŞĞŞİ¨ §¨İ$Şİ¨§ŝĤ§§¨İ"Şİ¨§Ĥ§¨İ!Şİ¨§Ĥü§§¨¨İŞİ¨§Ĥ§¨İŞİ¨§Ĥ§¨İŞİ¨§Ĥŝ§¨¨İŞİ¨§Ĥ¤ŝ§¨¨İŞİ¨§Ĥ¤§¨ İ Şİ¨§Ĥ¤§¨İ¨§Ĥ¤§¨İ¨§Ĥ¤ŝ£§§¨§Ĥ¤£§¨ §Ĥ¤£'onmÀ??$onm?x€ĵwvvutsrrqponmlkjihgfedcba_^]\[YXWVUTSRQONMLKJIHGFEDCBBA@?>=<<;xvvuutsrrpponmkjjhhgedcba`_^\\ZYXWVUSRQPNNMKJJIHFFDDCBBA@>>=<<;:vvutsrrqppomlkjihgfedcba_^]\[ZXWVUTSRQONNLKJIHGFEDDCBA@?>=<<;::9vutsrrpponmljjihgfddbb`_^]\[YXWVUTRRPONMLJJIHGFEDCBBA@?>=<<;::98tssrqpponlkjihhfedcba`^]\[ZYXVVTSRQPNNMKJJIHFEDDCBBA@>>=<<;::988srrqponmlkjihgfedcba_^]\[ZXWVUTSRQONNLKJIHGFEDDCBA@?>=<<;::98877rqpponmkjjhhgedcbb`_^]\[YXWVUTSRPONMLJJIHGFEDDBBA@?>=<<;::98877qpoomlkjihgfedcba`^^\\ZYXVVTSRQPNNMKJJIHGFEDCBBA@?>=<<;::988776ponmlkjihgfedcba_^]\[ZXWVUTSRQPNNMKJJIHFFDDCBBA@?>=<<;::988776Ċonlkjjhhgeddbb`_^]\[YXWVUTSRQONNMKJJHGFEDDCBBA@>>=<<;::988776Ċ5mlkjihgfedcba`_^\\[YXWVUTSRQONNLKJIHGFEDDCBBA@>>=<<;::9887765Çkjjihgfedcba`^]\\ZYXWVUTRRPONMLKJIHGFEDDCBBA@>>=<<;::9887765Ç4jjhhgeddbba_^]\[ZYXVVUTRQPONMLKJIHGFEDDCBBA@>>=<<;::988776Ĉ544ihgfedcba`_^]\[YXWVUTSRQPONMLKJIHGFEDDCBBA@>>=<<;::98877654Éhgfedcba`_^]\[YXWVUTSRQPONMLKJIHGFEDDCBBA@?>=<<;::998877654Êgeddbba_^^\\ZYXWVUTSRQPONMLKJIHGFEDDCBBA@?>=<<;;::98877654Íedcbb`_^]\[ZYXWVUTSRQONNMLKJIHGFEDDCBBA@?>>=<<;::98876ŝ544Ê3dcba`_^]\[ZYXWVUTSRQONNMLKJIHGFFEDCBBA@@>>=<<;::998877654Í3bba`_^]\[ZYXVVUTSRQONNMLKJIHHFFEDDCBBA@?>=<<;;::9887654Ñ3a`_^^\\[YXXVVUTSRQOONMLKJJIHFFEDDCBBA@@>>=<<;::ü98877654Ì`_^]\[ZYXWVVUTSRQOONMLKJJIHGFEDDCBBAA@>>==<<;::998877654^Î]\[ZYXWVUUTRRQOONMLKJJIHGFEEDDCBBA@@>>=<<;;::998877654Ì^\\[ZYXWVUTTRRQOONNLKJJIHHFFEDDCBBAA@?>==<<;;::998877654\[YXXWVUTTRRQOONNMKJJIIHGFEDDCCBBA@@>>==<<;;::9988765TSRQPONMLKJIH GÀ??SRQPONMLKJIHG?ÁÀżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§ĤüÁÁÀÀżŝ½ĵĵğşı¸·ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥú¤ÁÀÀżżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤Àżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻĴŞİ¨§Ĥŝ¤¤ŝÀżż½ĵŝğşşı¸·ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝ£żżŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§üĤ¤¤£ŭ˘ż½ĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ŝ£˘˘ŝ½ĵĵŝğşşı¸·ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴŞİ¨§Ĥŝ¤¤ú£˘˘ĦĦŝ½ĵĵŝğşşı¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞŞİİŝ¨§§Ĥŝ¤¤ü£˘˘ĦĦü½½ĵĵğşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦŝ ĵĵŝğşşı¸·ŝĥµµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ŝ£˘˘Ħ ĵğşı¸·ĥµŝ´³³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ ŭĵğşşı¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞŞİİŝ¨§§Ĥŝ¤¤£˘Ħ ŝğşşı¸·ĥµ´³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞŞİİŝ¨§§Ĥ¤£˘Ħ ŝŸşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ üŸşşıı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤£˘Ħ Ÿüşıı¸¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŝŞİݨ§Ĥ¤ŝ£˘˘Ħ Ÿı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥŝ¤¤£˘Ħ Ÿüı¸¸··ĥµŝ´³³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħ Ÿ¸·ĥµ´³²ŝħ°°ŝŻ­ĴüĞŞŞİݨ§Ĥŝ¤¤£˘Ħ ŝŸ··ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŞİ¨§Ĥŝ¤¤£˘Ħ ·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤£˘Ħ ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĞŞİ¨§Ĥ¤£˘Ħ t srqp onmlÀ??srqp onm l?Şİ¨§Ĥ¤£˘Ħ Ÿžœİ¨§Ĥ¤£˘Ħ Ÿžœİ¨§Ĥ¤£˘Ħ Ÿžœŝݨ¨§Ĥ¤£˘Ħ Ÿžœ¨§Ĥ¤£˘Ħ Ÿžœü›¨¨§§Ĥ¤£˘Ħ Ÿžœ›§Ĥ¤£˘Ħ Ÿžœ›§Ĥ¤£˘Ħ Ÿžœ›§Ĥ¤£˘Ħ Ÿžœ›§Ĥ¤£˘Ħ Ÿžœ›Ĥ¤£˘Ħ Ÿžœ›Ĥ¤£˘Ħ Ÿžœ›ŝĤ¤£˘Ħ Ÿžœ›ŝš¤£˘Ħ Ÿžœ ›ŝš¤£˘Ħ Ÿžœ›šŝ¤¤£˘Ħ Ÿžœ ›š¤£˘Ħ Ÿžœ ›š¤£˘Ħ Ÿžœ ›š¤£˘Ħ Ÿžœ ›š¤£˘Ħ Ÿžœ ›š£˘Ħ Ÿž œ ›š£˘Ħ Ÿž œ ›üš££˘˘Ħ Ÿž œ ›ŝ£˘˘Ħ Ÿž œ ›mlk jÀ??mlkj?:ü988776543210/01234û:988776ŝ544ŝ32210/01234ü588776543210/012ŝ344ü568776543210/01234ü566776ŝ5443210/012345676ŝ544ŝ32210/012ŝ344ŝ56676543210/01234ü56677÷865544332210/012345678543210/012ŝ344ŝ56678ù9544332210/01234ü5667789ú:44332210 /012345678÷9::;44332210 /01234ŝ56678÷9::;<4332210/012345678ù9::;<<33210123456789:ù;<<=3322101234ŝ56678ô9::;<<=>>3322 1 012345678ó9::;<<=>?@3322 10 1234ŝ56678ò9::;<<=>?@A3322123456789:ô;<<=>?@AB332212345678ñ9::;;<<=>?@ABB332123456789::;<<==>?@ABBC332 123456789:ñ;<<=>>?@ABBCD4332345678í9::;;<<=>>@@ABBCDD443 23456789:ŝ;<<ó=>?@@ABBCDDE443456789:î;<<==>?@@ABBCDDEFGGFGHIJKLMÀ??GFGHIJKLMN?¤ü£˘˘ĦĦ Ÿžœ›œžŸŝ ¤¤ü£˘˘ĦĦ Ÿžœ›œžŸ ŭ¤£˘˘Ħ ŝŸžžœ›œžŸ ûĦ£˘˘ĦĦ Ÿžœ›œžŸ Ħ˘Ħ Ÿžœ›œžŝŸ  Ħ˘Ħ Ÿžœ›œžŸ Ħ˘Ħ Ÿžœ›œžŸ Ħ˘ü£ĦĦ  ŝŸžžœ›œžŝŸ  Ħ˘ĝ£¤Ħ  ŸŸžžœ›œžŸ Ħ˘£¤ Ÿžœ›œžŸ Ħ˘ŝ£¤¤ Ÿžœ ›œžŝŸ  Ħ˘ŝ£¤¤û ŸŸžžœ ›œžŸ Ħ˘ŝ£¤¤ûĤŸŸžžœ›œžŸ Ħ˘£¤ĤŸžœžŸ Ħ˘ŝ£¤¤ûĤ§§ŸžžœžŸ Ħ˘ŝ£¤¤üĤĤ§§ŝŸžž  œžŸ Ħ˘£¤üĤĤ§§ŭ¨Ÿžž œ žŸ Ħ˘£¤üĤĤ§§¨ŝŸžžžŸ Ħ˘ŝ£¤¤Ĥ§¨ŭİŸžžžŸ Ħ˘£¤ŝĤĤ§¨İŸžžŸ Ħ˘ŝ£¤¤üĤĤ§§¨İŝŞŸŸž žŸ Ħ˘£¤Ĥ§¨İŞŸžŸ Ħ˘ŝ£¤¤Ĥ§¨İŞŭĞ ŸŸžŸ Ħ˘£¤ŝĤĤ§¨İŞŭĞĴ  ŸžŸ Ħ˘£¤Ĥ§¨İŞüĞĴĴllmnopÀ??lmnopq?œ› š™ šœ› š™ šŭ›œ›› š™ š › š™ š › š™ š › š™ š › š™ š › š™ š›ŝœ›› š™ š›œ› š™š›œŝ›š š™š›œš™š›œš™š›œš ™š›œš ™š›œ*š ›œ)š ›œ'š ›œ%š ›œ#š › œ!š ›œŝžšš › œžš › œž›š › œž'jklÀ??$jkl?û4566778Ċ9::;<<=>?@ABBCDDFGHIJJKMNOPQRTUVWXYZ\]^_`abddeghijkkmno5667789::;<<=>?@ABBDDEFGHIJKLMNOQRSTUVWXY[\]^_abcdefghijklmopp667788Ĉ9::;<=>>@@BBCDDEFHIJJKMNNPQRTTVWXYZ\]^_`abcdeghijjkmnopqr778€89::;<<=>?@ABBCDEFGHIJJLMNOPRSTUVWXY[\]^_abcdefghijklmoppqrs77889::;<<=>?@ABCDDEFGHIJKLNNOQRSTUVXXZ[\^^_abcdefhhjjkmnopprrst8899::;<=>?@@BBCDDEFHIJJKMNNPQRTTVWXYZ\]^_`abddeghijklmnopqrrstu89::;<<=>?@ABBCDEFGHIJJLMNOPRSTUVWXY[\]^_abcdefghijklmoopqrssuuv9::;<<=>?@ABBDDEFGHIJKLNNOQRSTUVWXY[\]^_abcdefghijklnopprrstuuvv::;<<=>@@ABCDDEFGHIJKLNNOQRSTUVXXZ[\^^`abcdeghhjjkmnopprrstuuvwx;;<=>?@@BBCDDEFHHJJKMNNOQRTTUWXYZ[\^^`abcdeghijjkmnopqrrstuuvwxx<<=>?@ABBCDDFGHIJJKMNNPQRTTVWXYZ\]^_`abddeghijjlmnopqrrstuvvwxxy<=>?@ABBCDEFGHIJJKMNNPQRTUVWXYZ\]^_`abddfghijjlmnopqrrstuuvwxxy=>?@ABBCDEFGHIJJLMNOPQRTUVWXY[\]^_`abddeghijjkmnopprrstuuvvxxyƒ>@@ABBCDEFGHIJJLMNOPQRTUVWXYZ\]^_`abddeghhjjkmnopprrssuuvvwxxyyz@@ABCDDEFGHIJJLMNOPQRTUVWXYZ[\^^`abcdegghjjklmoopqrssuuvvwxxyyĊ{@ABCDDEFGHIJJLMNOPQRTTVWXYZ[\^^`abcdefghijklmoopqrrstuuvvxxyĊ{ABCDDEFGHIJJLMNNPQRTTUVXXZ[\]^_abcdefghijjkmnopprrssuuvvwxxyĊ{BCDDEFGHIJJLMNNPQRTTUVXXZ[\]^_`abddeghhjjklmoopqrrssuuvvwxxyĊ{CDDEFGHIJJLMNNPQRSTUVWXY[\]^_`abcdefghijkkmnoppqrrstuuvvwxxyĊ{DDEFGHIJJKMNNOQRSTUVWXYZ[\^^_abbddeghhjjklmnopprrsstuuvvwxxyĊzDEFGHIJJKMNNOQRRTUUVXXZ[\]^_`abcdefghijjkmmoopqrrsstuuvvwxxyÉEFGHIJJKLMNOPQRTTUVWXY[\\^^_abbddegghijkkmmoopqrrsstuuvvxyÎFGHIIJKLMNNPQRSTUVWXYZ[\]^_`abcdeeghhjjkkmmoopprrssuvxÏyGHHIJKLMNNOQRRTTUVXXY[[\^^_`abcdeeghhjjkkmmoopprrsütuuvvŝwxxNOPQRSTUVWXYZ[\]^À??NOPQRSTUVWXYZ[\] ^?ŝ ĦĦ˘ŝ£¤¤üĤĤ§§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°ñħ²³³´´µµĥĥ··¸¸ıışŝğĵĵü½ĦĦ˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½Ħ˘£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ġħ²³³´´µµĥĥ··ŝ¸ıışŝğĵĵŝ½úżĦ˘˘£¤¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵŝ½ż˘ŝ£¤¤óĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵ½ż£¤üĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ġħ²³³´´µµĥĥ··ŝ¸ıışŝğĵĵŝ½żŝÀ¤¤üĤĤ§§ŝ¨İİŞĴ°ħ²²³³´´µµĥĥ··¸¸ıışŝğĵĵŝ½żÀ¤ĝĤĤ§§¨¨İİŭŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵ½żÀÁ¤ĤĤ§§¨¨İİŞŞĞĴĴŝ­ŝŻ°°îħ²²³³´´µµĥĥ··¸¸ıışşŝğĵĵ½żÀÁüĤĤ§§¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··¸ışğĵ½żÀÁĤ§ŝ¨İİŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışğĵŝ½żÀÁúĤ§§¨¨İİŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··ŝ¸ıışğĵŝ½żÀÁ§¨İŭŞĞĴĴŝ­ŝŻ°°ùħ²³³´´µµŝĥ··ŝ¸ıışğĵ½żÀÁû§¨¨İİŭŞĞĴĴŝ­°²³ŝ´µµŝĥ··ŝ¸ıışğĵ½żÀÁÂ¨İŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµŝĥ··¸ışŝğĵĵŝ½żÀÁÂù¨İİŞŞĞĴĴŝ­Ż°ŭħ²³³ŝ´µµŝĥ··¸ışŝğĵĵŝ½żÀÁÂİŞŝĞĴĴŝ­ŝŻ°°ŭħ²³³ŝ´µµĥ·¸ışŝğĵĵ½żÀÁÂûİŞŞĞĴĴŝ­ŝŻ°°ŭħ²³³´µĥ·¸ışğĵŝ½żÀÁÂŞŝĞĴĴ­ŝŻ°°ôħ²²³³´´µµĥĥ··¸ışŝğĵĵ½żÀÁÂŭŞĞĴĴ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışğĵŝ½żÀÁÂŝĞĴĴŝ­ŝŻ°°üħ²²³³ŝ´µµĥ·ŝ¸ıışŝğĵĵ½żÀÁÂĴŝ­ŝŻ°°ħŝ²³³´µŝĥ··¸ışŝğĵĵ½żÀÁŝÂĴĴŝ­ŝŻ°°ĝħ²²³³´´µµĥ·¸ışğĵ½żÀÁĴŝ­Ż°üħ²²³³´µŝĥ··¸ışğĵ½żÀÁŝpqqrstuvwxÀ??qrstuvwx?›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§›œžŸ Ħ˘£¤Ĥ§ŝ¨››œžŸ Ħ˘£¤Ĥ§¨›œžŸ Ħ˘£¤Ĥ§¨œžŸ Ħ˘£¤Ĥ§¨ŝİœœžŸ Ħ˘£¤Ĥ§¨İœžŸ Ħ˘£¤Ĥ§¨İœžŸ Ħ˘£¤Ĥ§¨İŞœžŸ Ħ˘£¤Ĥ§¨İŞœžŸ Ħ˘£¤Ĥ§¨İŞŝœžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İޝžŸ Ħ˘£¤Ĥ§¨İŞŝžžŸ Ħ˘£¤Ĥ§¨İŞžŸ Ħ˘£¤Ĥ§¨İŞžŸ Ħ˘£¤Ĥ§¨İŞžŸ Ħ˘£¤Ĥ§¨İŞžŸ Ħ˘£¤Ĥ§¨İŞŝžŸŸ Ħ˘£¤Ĥ§¨İŞl m nopÀ?? l m nop?ġpqrrstuvvwxxyüz{{||ŝ}~ ~ŝ}||{ŝzyyxċwvvutsrrqponqrssuuvvwxxyyz{{|ŝ}~ ~ŝ}||{ċzyyxxwvvuutsrrpponmrstuvvwxxyüz{{||~ŝ}||{àzyyxxwvvutssrqppomlkstuvvwxxyyz{{|ŝ}~~ŝ}||{yxëwvvutsrrqponmlkjuuvvxxyüz{{||ŝ}~~ŝ}||{üzyyxxvuêtsrrpponmkjjhvvwxxyyz{{|ŝ}~~|{Ŝzyyxxwvvuussrqppomlkjihgvwxxyyz{{||ŝ}~~|{ĉzyyxxwvvutssrqponmlkjihgfxxy{|ŝ}~~ŝ}||{ázyyxxwvvutsrrqponmkkjihgedxxyy{{|ŝ}~~ŝ}||{yxĉwvvutsrrpponmkjjhhfedcyyz{{|ŝ}~~ŝ}||{üzyyxxvuêtsrqpponlkjihhfedcbyy{{|ŝ}~~ŝ}||{àzyyxxwvvuussrqppomlkjihgfedcbay{{|~ŝ}||{ßzyyxxwvvutssrqppomlkjihgfedbb`_z{{|ŝ}~ ~ŝ}||{ßzyyxxwvvutssrqponmlkjihgfedbb`_^{{| ~ŝ}||{ŝzyyxwvvutsrrqponmlkjihgfedbb`_^]{{| ~ŝ}||{üzyyxxvċutsrrpponmlkjihgeedbb`_^]\{{|ŝ}~~}|{Ûzyyxxwvvuutsrrpponmkkjihgeddbb`_^]\Z{{|}|{ŝzyyxßwvvuussrrpponmkkjhhgeddbb`_^]\[Y{{|{yxváutssrqpponmkkjhhgeedbb`_^]\[YX{{ |{üzyyxxÜwvvuutsrrqpponmkjjhhgeedbb`_^]\[YXW{{|{ŝzyyxÚwvvuutsrrqppomlkjjhhgeedbba_^]\[ZXXVz{{ŝzyyxŝwvvÚutssrrqpoomlkjjhhgeedbba_^]\[ZYXVVyyz{ {zyxŝwvvuŬtssrqpponmlkjjhhgeedcba_^^\\ZYXWVUyyzyxŝwvvuÚtssrrqpponmlkjjhhgfedcba`_^\\[YXWVUTxy yxŝwvvuŭtsrrßqpponmlkjjhhgfedcba`_^]\[YXXVUTT^^]\[ZYXWVUTSRQÀ??^]\[ZYXWVUTSRQŝP>żÀÁÂÂÁÀżżÀÁÂÂÁÀżŝ½żżÀÁ Ä ÂÁÀżĝ½ĵĵżżÀÀÁÁ Ä ÂÁÀżŝ½ĵĵÀÁ Ä ÂÁÀż½ĵŭğÀÁÁ Ä ÂÁÀżŝ½ĵĵŭğşÁÁÂ Ä ÂÁÀżŝ½ĵĵüğşşÁÁ Ä ÂÁÀżŝ½ĵĵŝğşşÁ Ä ÂÁÀżŝ½ĵĵğşŭıÁÂ Ä ÂÁÀż½ĵŝğşşı Ä ÂÁÀż½ĵŝğşşıŝ¸Â Ä ÂÁÀżŝ½ĵĵŝğşşı¸ Ä ÂÁÀżŝ½ĵĵŝğşşı¸ü·ÂÂÂÁÀżŝ½ĵĵŝğşşı¸·ŝÂÂÁÀżŝ½ĵĵŝğşşı¸·ŭĥÂÂÁÀżŝ½ĵĵŝğşşı¸·ĥŝÂÂÁÀżŝ½ĵĵŝğşşı¸·ĥŭµÂÂÁÀż½ĵŝğşşı¸·ĥµÂÂÁÀż½ĵŝğşşı¸·ĥµŝ´ÂÂÂÁÀż½ĵŝğşşı¸·ĥµŝ´ÂÂÂÁÀż½ĵŝğşşı¸·ŝĥµµŭ´³ÂÂÁÀż½ĵŝğşşı¸·ŝĥµµ´ŭ³Á ÂÁÀżŝ½ĵĵğşı¸·ĥµ´³Á ÁÀżŝ½ĵĵğşıŝ¸··ĥµŝ´³³xwvutsÀ??xwvutsr?§¨İ ŞĞ Şİ¨§¨İ ŞĞ Şİ¨§ŝĤ¨¨İ ŞĞ Şİ¨§Ĥ¨İ ŞĞ Şİ¨§Ĥŭ¨İİ ŞĞ Şİ¨§Ĥİ ŞĞ Şİ¨§Ĥİ ŞĞ Şİ¨§ĤŝİŞŞĞ Şİ¨§Ĥ¤ ŞĞ Şİ¨§Ĥ¤ŞĞ Şİ¨§Ĥ¤ŞĞ Şİ¨§Ĥ¤ŞĞ Şİ¨§Ĥ¤ŝ£ŞŞĞ Şİ¨§Ĥ¤£ŞĞ Şİ¨§Ĥ¤£ŞĞ Şİ¨§Ĥ¤£ŝ˘ŞŞ Ğ Şİ¨§Ĥ¤£˘Ş Ğ Şİ¨§Ĥ¤£˘ŞĞŞİ¨§Ĥ¤£˘Şİ¨§Ĥ¤£˘Şİ¨§Ĥ¤£˘Şİ¨§Ĥ¤£˘ŝĦŞŞİ¨§Ĥ¤£˘ĦŞİ¨§Ĥ¤£˘ĦŞİ¨§Ĥ¤£˘Ħpo n mlÀ?? po n ml?Çmlkjihgfedcba_^]\[YXWVUTSRQONNLKJIHGFEDDCBBA@>>=<<;::9887765È4kjjhhgedcba`_^\\ZYXWVUTRQPONMKJJIHGFEDCBBA@?>=<<;::988776ŝ544Êjihgfedcba_^]\[ZXWVUTSRQONNLKJIHGFEDDCBA@?>>=<;::9988776543Ìihgfddbb`_^]\[YXWVUTRRPONMLJJIHGFEDCBBA@?>=<<;::98877654Í322hgedcba`^]\[ZYXVUTSRQONNMKJJHGFEDDCBA@@>>=<;::98876ŝ54432Ïfedcba_^]\[YXWVUTSRQONMLKJIHGFEDCBBA@?>=<<;::98877654321edbb`_^]\[YXWVUTRQPONMKJJIHFFDDCBBA@>>=<<;::988776ŝ544321Òcba`_^\\ZYXVVTSRQPNNMKJJHGFEDDCBA@?>=<<;::98877654321Óba`^]\[ZXWVUTSRQONNLKJIHGFEDDBBA@?>=<<;::98877654321Ó0a_^]\[YXWVUTSRQONMLJJIHGFEDCBBA@?>=<<;::988776ŝ5443210Ó_^]\[YXWVUTRRPONMLJJIHFFEDCBBA@>>=<<;:99887766ŝ544ŝ32210×^]\[YXWVUTRRPONMKJJIHFFDDCBBA@>>=<;::988776543210Ĝ]\[YXWVUTRQPONMKJJIHFEDDCBBA@>>=<;::988776543210Ĝ/\ZYXWVUTRQPONMKJJIHFEDDCBBA@>>=<;::988776543210/ÚZYXWVUTRQPONMKJJIHFFDDCBBA@>>=<;;:998776543210/ÚYXWVUTRRPONMKJJIHFFEDCBBA@>>=<<;:9988776ŝ544ŝ32210/ÛXWVUTRRPONMLJJIHGFEDCBBA@?>=<<;::988776ŝ5443210/ÜWVUTSRPONMLKJIHGFEDDBBA@?>=<<;::988776543210/ŬVUTSRQONNLKJIHGFEDDCBA@@>>=<;::998776ŝ5443210/ŬUTSRQONNMKJJIHFFEDCBBA@?>=<<;::988776543210/ŬUTRQPONMLJJIHGFEDDCBA@?>=<<;::9988776543210/ŜTRRPONNLKJIHHFEDDCBBA@>>=<<;::988776ŝ5443210Ŭ/SRQONNMKJJIHGFEDDCBA@@>>=<;;::988776543210ŜRQPONMLKJIHHFEDDCBBA@?>=<<;::9988776543210QPONMLKJIH GFEÀ??PONMLKJIH GFE?ŝ½ĵĵŝğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ ĵğşı¸·ĥµ´³²°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ ûŸĵĵğşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿüžĵğşşı¸·ĥµ´³²ŝħ°°ŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžŝğşşı¸·ŝĥµµù´³³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžŝşşı¸·ĥµ´³²ŝħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ŝ£˘˘Ħ ŝŸžžŝşıı¸·ĥµ´³²°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžıŝ¸··ŝĥµµŝ´³³ŭ²ħ°°ŝŻŝ­ĴĴòĞŞŞİݨ¨§§ĤĤ¤¤ŝ£˘˘Ħ ŝŸžžïı¸¸··ĥĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴŭĞŞİݨ§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžïœ¸¸··ĥĥµµ´´³³²²ħ°°ŝŻŝ­ĴĴŭĞŞİİŝ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœñ¸··ĥĥµµ´´³³²²ħ°°ûŻ­ĴĴüĞŞŞİİŝ¨§§Ĥŝ¤¤£˘Ħ Ÿžœ·ĥµ´³²ûħ°°Żŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ ŝŸžžœó›·ĥĥµµ´´³³²²°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ ŝŸžžœ›ĥµ´³²°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ ŝŸžžœ›òĥµµ´´³³²²ħ°°Żŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ ŝŸžžœ›µ´³²ŝħ°°ŝ­ĴĴüĞŞŞİİŝ¨§§Ĥŝ¤¤£˘Ħ Ÿžœ›÷µ´´³³²²ħ°°ŝŻŝ­ĴĴŭĞŞİİŝ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›´³²ŝħ°°ŝŻŝ­ĴĴóĞŞŞİݨ¨§§ĤĤ¤¤ü£˘˘ĦĦ Ÿžœ›ù´³³²²ħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§Ĥŝ¤¤£˘Ħ Ÿžœ›³ŭ²ħ°°ŝŻŝ­ĴĴüĞŞŞİİŝ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ›³²ŝħ°°ŝŻŝ­ĴĴĝĞŞŞİݨ¨§§üĤ¤¤£˘Ħ Ÿžœ›û³²²ħ°°ŝŻŝ­ĴĴüĞŞŞİİŝ¨§§Ĥŝ¤¤ŝ£˘˘Ħ Ÿžœ›²ŝħ°°ŝŻ­ĴĝĞŞŞİݨ¨§§Ĥŝ¤¤ü£˘˘ĦĦ Ÿžœ²ŝħ°°ŝŻŝ­ĴĴüĞŞŞİݨ§Ĥ¤ü£˘˘ĦĦ Ÿžœŝsrrqponm lkÀ??rqponm lk?Ĥ¤£˘Ħ Ÿžœ›Ĥ¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ›šŝ¤¤£˘Ħ Ÿžœ›š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› š¤£˘Ħ Ÿžœ› šŝ¤££˘Ħ Ÿžœ› š£˘Ħ Ÿžœ› š™£˘Ħ Ÿžœ› š™ŝ£˘˘Ħ Ÿžœ› š™˘Ħ Ÿžœ› š™˘Ħ Ÿžœ› š™˘Ħ Ÿžœ› š™˘Ħ Ÿžœ› š™ŝ˘ĦĦ Ÿžœ› š™Ħ Ÿžœ› š™Ħ Ÿžœ› š™Ħ Ÿžœ›š™Ħ Ÿžœ›š™ŝĦ  Ÿžœ›š™ŝĦ  Ÿžœ›š™lkjÀ?? lk"j?432101ŝ32101ŝ210/01ŭ2210/012ŝ10 /012ŝ10 /012ŭ310 /0123ŝŝ100/0123ŭ40/01234ŝ0/01234ŭ5ŝ0//01234ü56/01234û566&/01234ú56670ŝ/01234ù5667@ ŝ/01234ŝ566ü7Cŝ /01234ŝ5667ŝ1ŝ  /0123456ŭ7ŭ4 /01234567ŝŝ  /01234567ŝŭ/01234567ŭ@ŝ /01234567ü6ŝ/01234567ú9;01234567ù<0 012345ĝ689F6ŝ EFGúD4# ŝ<ŭ:û8ùùŝŭ.Rŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ=ŝ&=ŝ0ŝ9ŝ ŝ8ŭCŝ8ŝ1=ŝŝ8ŝ3ŝ 7ŭC ŝ8ŝŝ 6ŭ6ŝ6ŭ;ŝ6ŭ0 ŝ3ûF6ŝ EFGúD4# ŭ;ŭü ŸŸžžœŝAŝŸžžœŝAžœ›œŝAŝžœ ›œŭžBœ ›œžŝBœ ›œžŝBœ›œžŭŸBœ›œžŸŭ Bœ›œžŸ ŝBœ›œžŸ ŝCŝœ››œžŸ ŭĦC›œžŸ ĦŝG›œžŸ Ħŝ9ŝ›œžŸ Ħŭ˘ŝ›œžŸ Ħü˘‡ŝ›œžŸ Ħ˘ŝRŝ  ›œžŝŸ  Ħŭ˘Bŭ4 ›œžŝŸ  Ħ˘ŝBŝ  ›œžŝŸ  Ħ˘ŝAŭ›œžŸ Ħ˘ŭ˜Aŝ ›œžŸ Ħ˘ü•(Aŝ›œžŸ Ħ˘ûˆ#A œžŸ Ħĝ˘š] AœžŸ Ħù˘ž‘_ŝAklúiZA' ŝA<ŭA:ûA8ùAùŝAŭ.RŝA=ŝA=ŝA=ŝA=ŝA=ŝA=ŝA=ŝA=ŝA=ŝA=ŝA=ŝA=ŝB=ŝB=ŝB=ŝB=ŝB=ŝB=ŝC=ŝC=ŝG=ŝ9ŝ9ŝŝ8ŭ‡ŝ8ŝR=ŝŝ8ŝVŝ 7ŭ‡ ŝ8ŝ!ŝ 6ŭ•(ŝ6ŭˆ#ŝ6ŭ] ŝ3û‘_ŝ klúiZA' ŭ;ŭš ™šŝ@ š™šŝ@ š™šŝ@ š™ šŝ@š™ šŝ@š™ šŝ@š™ šŝ@š™ šŝ@ŝš™™ šŭ›@™ š›ŝ@™ š›ŝ@™ š›ŝE™ š›ŝ8ŝ™ š›ŝŝ™ š›ŭƒŝ™ š›ŝOŝ ™ š›ŝ@ŭ4™ š›ŝ@ŝ  ™ š›ŝ@ŭ ™ š›ŭ’@ŝ  ™š›üŽ&@ŝ™š›û‚#@™š›ù”Y @™š›ùœ˜Œ\ŝ@júgW?& ŝ@<ŭ@:û@8ù?ùŝ?ŭ.Rŝ?=ŝ?=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝ@=ŝE=ŝ8ŝ9ŝŝ8ŭƒŝ8ŝO=ŝŝ8ŝSŝ 7ŭ‚ ŝ8ŝ!ŝ 6ŭŽ&ŝ6ŭ‚#ŝ6ŭY ŝ3ûŒ\ŝjúgW?& ŭ;ŭ€€€€*ŭ>ü >ú  €*ŭ>ü >ú  €*ŭ>ü >ú  €@€?€€?€€?€@€?€€?€€?€@€?€€?€€?€@€?€€?€€?€@€?€€?€€?€@€?€€?€€?€@€?€€?€€?€@ŭ:ŭ!ú¤ŭ:ŭ!ú¤ŭ:ŭ!ú¤@JJJJ)ŝ”J?%RŭVideo display copy˙     l'Rŭ',O[gsRŭ(x04>8œ=AˆFJµOtWœYädÓi&mprvœ{U€„°b‘Ğœh }¤Ż¨˙­rħÛĥhşíĊ|ÇĤÒĠĜÙÁŬ²áÉċżéÙî ĝ2úeŽ  7Ġ˘F (*/*2Ç67:=A•E[IENŠPxS·VŭZV]§a5d³hIkĊo@q=t7whz‰}§€ŭ„\‡‹ Žm“”•–— ˜™š›žŸ £¤ĤİŞĞĴŻ°ħŝ²µµĥ·¸ĵ½ ÂÄ ÉÊÏ&ÑĠ+Ö×Û/Ü#áâ ĉ1çë+ì??ô0÷ĝ?ú!üŭ?ŝÀ˙?ŝ?ü?ú?÷ó:ô ï3;ëì1ĉ çà9á*Û Üü &Ġ Öŭ  Î%Ïŭl ÈÉŝ ŭŭ!$$ ğĵ½ŝ ü(W½ ½µĥŝ ŭ.· ·Ż °ŝ¤üĴ°ħ ħ¨İ Şŝü%ŞŞĞ Ğ˘£¤ŝ ŝ"Ĥ žŸŝ ŸŸ  ˜™šŝ ŝ]šš ›“” •ŝ!––— ‘ŝ ŭu‘’’“‹Œŝ ŝŽ Ž ˆ‰ Šŝŝ2‹ ‹ Œŝ…† †‡ˆŝFˆˆ‰Š „…†ŝG† ‡ˆ‚ƒ„…ŝ…†‡ ‚ƒ „ŝ … †‚ƒ „ŝ … † ƒ „ …ŝ †‡„…†ŭ‡‡ ˆ†‡ˆŭ‰‰ Š ‰Š ‹ŝ ŒŒŽŝ ‘ ’ŝ“”•–ŭ— — ˜™š ›ŝœŸ ŝ Ħ˘PQRS TUV!WXY$Z[ \'] ^*`ac%df2g hj#k;no!qrt9u?x?{?~€=?ƒ?…?‡?‰?Š@‹?Šˆ(‰?‡?…?ƒ+€?~?{w,xü tuŭ .qŭ@ mnŝ+jŭŭ!$$fgŝ ü5kg g%cdŝ ŭCd d _`ŝZŭa`` a\]ŝŝ*] ]^Y Zŝ ŝ(ZZV WŝWWXSTŝ ŝjTT UPQRŝ/RR NOŝŝ_PP LMŝ ŝNNJKLŝLMIJŝgKKHIŝ/JGHIŝIJGHŝI GHŝIGHIŝ IJHIJŝJKIJKŝKLKLŝL*M Nŝ N O Pŝ PQRŝŝRSST UŝUVWXŝXtsrqponmljihgedcb`_^]ZYXWTSRQNMLH GF"A@$;:.540./:*)?% !5 ?;?8??À?+? 5=$2! &*%+&*+0/ü   65ŭ <;ŭ& BAŝHGŭŭ!$$NMŝ ü3bL LTSŝ ŭ@R RZYŝTŭYX X `_^ŝŝ*^^]ŝfeedŝ ŝ'ccŝbkkjiŝhhponŝ  ml ts rü.rrqq xw vŝŝvuutŝ|{{zyŝ ŝyy x~}|ŝŝI||{€ŝl~~ }ƒ‚€ŝI€„ƒ‚ŭ € „ƒ‚ŝ‚€ „ƒ ‚ŝ€ƒ‚ŝ€ ‚ €ŝ~ € ~ŝŝ~}}|~}|{ŝ{zyxŝxwv uŝt srqŝpo nmlŝl k ihgŝ g fµû §Ö÷ĝĝ1ŭŭ˙ ˙.ŭcû˙ ˙-ŝê˙˙+ŭŭ˙˙*ŝ¨˙˙ŝŬ˙ ˙)ŝİ˙˙(ŝô˙˙ŝù˙ ˙(ŝŝ˙˙'ŝß˙˙'˙&ŝï˙˙ŝÈ˙˙&˙%ŝı˙˙ŝÒ˙˙%ŝû˙˙%˙%˙ŝÖ˙˙$ŝc˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙ —˜™š›œž ŸĦ˘£ ¤ Ĥ§¨ İĴ­Ż²³´¸ışżÀ ÄĊĈÊ ËÌ!ÑÒ%×ĜÜ1Ŭ Ŝâç&è0ìí+ñ.ôġ?ĝ<úû?ŭ?ŝÀ˙?ŝ?ü?ú1÷ ĝ?ô<ñ?ì6çèŝáâ7â À?$½ż À·¸ı şħ²³ ´ĞĴ­Ĥ§¨İ Ħ˘£¤›œž Ÿ —˜™š› “”•–—‘ ’ “ŒŽ  ŝ‘Š Š‹ Œ  Žˆ‰ Š ‹ Œ ‡ ˆ ‰ Š ‹† ‡ ˆ ‰ Š‹† ‡ ˆ ‰ Š‹‡ ˆ ‰ Š ‹Œŝˆ‰ ‰ Š ‹ ŒŝŠ‹ ‹ Œ ŽŽ  ‘‘’“”•–— ˜™š›œ žŸ Ħ ˘£¤ŝRSSTUVWX YZ[!\^#_a(bcd+e f$hik,l7op&rsu(v x4y {4|#~?9ƒ„-…†?‡?‰?Š@‹?Š?‰?‡?…?ƒ??~%{|/À?$g.hid)efa"b"^_"[\XYZUV WRSTUPQRNOPQMN OKLMNJKLMJKLIJK LIJK LJKLKL MLMN MN,OP#QRSTUVWX!YZpon mlkjigfe d ba` _]\[ ZWVUŝTQQPOŝLKKJIFED@"?> :&9 84"3/3.-9)(?$, )?????À??"???? %$*()? À?$ LKJRQPOXWVU ]\[Zba`_gfed lkjipon m tsrqŝpxxwvu tzyxwv}|{z y~ }|{z€~} |{ € ~} |€~ } | ~ }|{~}|{ z |{zyxzyxw vwvutsrqponmlkjihgfedc€ĝ<ù@˙ ›œž Ÿ Ħ˘ £¤Ĥ§¨İŞĞĴ­Ż°ħ ²ŝ´µµĥ·şğĵ ½ÀÁÂĈÇÈÉÌÍÎÒ#ÓÔĜ'ÙÚ%Ŝß$äèé?í?ñ?ġ?ĝ?û?ŭ?ŝÀ˙?ŝü ŭ?ú?ĝô!ġ?ñì-í8èé0ä+À?$ÀÁÂŝş şğĵ½´µĥ ·ŝŻŻ°ħ²İŞĞĴŝ­¤¤Ĥ§¨Ÿ Ħ˘£ ›œžŸ —˜™ š ›ŝ“” ” • –—˜ ‘ ’ “ ”•Ž   ‘ ’“ŝŒ  Ž  ‘‹ Œ  Ž ‹ Œ  Ž ŝ‹‹ Œ  Ž  Œ  Ž   Ž   ‘’  ‘ ’ “‘ ’ “ ” •–ŝ”• •– —˜™˜™š›œžŸ  Ħ˘£¤Ĥ§¨ İUVWXYZ[\!]^ŝ_`"`a#cdf!gi*jl2mn1p q(st"vw$yz5| }?*‚?„?†?‡?‰?Š@‹?Š?‰?‡…"†ƒ„?ŝ~=?|7À?$i!j%fgb%cd_"`a\ ]^Z[\WXYUV WŝRSSTUQR S OPQNOPMNOLMNOLMN LMNŝOLLMN O MNOP NOPQŝOPPQ R QRSŝTS STUVWXY Z[\mlkj ihgf edcba` _^]\ZYXWTSRONMLIHGCBA >!=<8%73+2 1.-,5( ' $2#??0<???À?????- 1&$#)-(? À?$JIHGONMUTS R ZYX W _^] \ dcbaihgf emlkj i ponmltsrqpŝov vut srŝyx x wv ut zy x w v {z y x w| {z y xw| { z y xw{ z y x wz yx w vuxwv u tŝvu utsrqsrqponmlkjih gfedŝcbba`_€?ù@˙ Ÿ Ħ˘£¤Ĥ § ¨İŞĞĴ ­Ż° ²³´µŝ·¸¸ışğ½ż ÀÄĊÉÊ ËÎÏÑ Ô!ĠÖÚÛß*àä,ċ#éêí7îñ7ò?ġ?ĝ?û?ŭ?ŝÀ˙?ŝ?ŭú:û?ĝ?ġ&ñò"íî9éê%äċ  À?$ÄĊ½żÀ·¸ış ²³´ µ­Ż ° ¨İŞĞŝĴ££¤Ĥ §Ÿ Ħ˘ £› œ ž Ÿ ˜ ™ š › œ• – — ˜ ™š“ ” • – —˜‘ ’ “ ” •– ‘ ’ “ ”•  ‘ ’ “ ”ŝ• ‘ ’ “ ”•ŝ‘ ‘ ’ “ ” • ’ “ ” • –ŝ—” ” • – — ˜– — ˜ ™ š›™ š › œ œ žŸ  Ħ Ħ˘£ ¤Ĥ§¨İŞĞĴ­WXYZ[\] ^_`a"bc d%efg(hij,kl+no)qr'tu+wx9z{?}"€?‚?„?† ‡2ˆ?‰?Š@‹?Š?‰:‡ˆ?†?„8‚8€ |4}?À?$ j*k l g'h id$e f a!bc^_`\]^ YZ[WXYUVW STUŝVRRS TPQR SOPQ ROPQOPQOPQ OPQRPQRQRS RS1TU VUVW#XYZ[\]^_ihgfedcba`_^ ]\[ZYXWVUTRQPOLKJGFEDA@ ? <;:#651 0 ,+0'&#)" 5"?????À???-%?#+#" (4'? À?$GFEŝMLLKJRQPOWVUT\[ZYX`_^ ]edcbaihgf e lkjih on mlkr qp o nt s r q pv u t s rqw v u t sr w v u t sw v u t sŝrv v u t sr u t s r qŝts s r q po qp o n mnml kj kjihgŝhggfedcba ` _^]\[€ù ĝŝ÷ö ö"ô@˙£¤Ĥ§¨İŞ ĞĴ­Ż°ħ²³´µĥ·¸ığĵ½ ÀÁ ĈÇÈ ËÌÍÑÒÓÖ × ĜÛ%ÜŬà+áâċ5ĉŝçê$êëî#ï3ò ó ġ5öĝ(ù?û?ŭ?ŝÀ˙?ŝ?ŭ?û=ĝù)ġö?ò0îï7êëċ%ĉ  À?$ĊĈÇ ÈÀÁÂşğĵ½µĥ·¸ı°ħ²³´Ĵ­Żŝ°§§¨İŞ Ğ£¤ Ĥ §¨   Ħ ˘ £ ¤  ž Ÿ   Ħš › œ  žŸ ˜ ™ š › œ– — ˜ ™ š›• – — ˜ ™š • – — ˜ ™š • – — ˜ ™š• – — ˜ ™ š — ˜ ™ š ›üœ˜˜™ ™ š › œ  › œ  ž Ÿŝž ž Ÿ   Ħ˘ Ħ ˘ £ ¤ ŝ¤ Ĥ§¨İŞĞĴ ­Ż°ħ YZ[\]^_`ab c!def$ghi&jl$mo"prs%uv2x y?{}%~?€?‚?„?†?ˆ?‰?Š@‹?Š?‰?ˆ?†?„?‚?€)}~3 À?$lmi"jf"ghc de`ab^_ `[\]^YZ[\WXYZVWX TUVW STUV RSTURSTQRS TQRS TRSTRST USTU VUVW VWXYXY%Z[\]^_`aedcba`_^ ]\[ZYXWV UŝTSSRQPONMLIHGDCB?>= :985"430(/.+.*)&%"#!!??????À??????6-"!'6&%? À?$EDC BJIH GONMLTSRQPXWV U]\[ZYa`_^]edcb ahgf e dkj i h gŝnm m l k jiŝpo o n m lkq p o n mlr q p o nm r q p o n r q p o nr q p o nmq p o n mlo n m l kjm l k j ih j ih g fgfe d cŝdccba`ŝ_``_^] \[ZY X€ôŝġö ö ĝù@˙ŝ§¨ ¨ İŞ ĞĴĞĴ­Ż°ħ²³´µĥ·¸ ışğĵ żÀ Á ÄĊ ĈÈÉÊ ËŝÍÎÎÏ ÓÔ ĠĜÙ ÚŬ%Ŝßâ#2ç è&ëì,ï?ó?ö?ù?û?ŭ?ŝÀ˙?ŝ?ŭ?û?ù?ö ò3ó=ï4ë ì ĉ1çè.À?$ ÈÉÊË ÄĊĈżÀ Á ışğĵ´µĥ·¸ °ħ²³´ŝĞĴ Ĵ­ Ż° ¨İ Ş ĞĴ¤ Ĥ § ¨İĦ ˘ £ ¤ Ĥ Ÿ   Ħ ˘ £¤  ž Ÿ   Ħ˘› œ  ž Ÿ  š › œ  ž Ÿ š › œ  žŸš › œ  žŸŝš› › œ  ž Ÿ  œ  ž Ÿ  Ħ ž Ÿ   Ħ ˘   Ħ ˘ £ ¤˘ £ ¤ Ĥ§ Ĥ § ¨ İŞ İ ŞĞ Ĵ­Ż°ħ²³´µ\]#^_`abcde f gh"i&klm*no p.qrs*t!vw7yz {3|:~€$‚;ƒ„:…?†?ˆ?‰?Š@‹?Š?‰?ˆ?†„#…‚(ƒ)€?~) À?$ m)n oj%klh!ief gbcd`ab^_ `\]^Z[\XYZ[WXYVWXUVWXTUV W TUVW TUVWTUVW UVWX VWXYWXYZYZ[Z[\]\]^_^_`ab ca`_^]\[ZYXWVUTSRQPON MŝLKKJIŝHGGFEDBA@?=<;:876 3!21.&--)(!%$! 7*/????À????))?-! -%$? À?$ BA@?GFE DLKJIPON MUTSRQYXWVU]\[Z Yŝa` `_^]\d cb a`_ŝgf f e d cbi h g f edk j i h gf l k j i hŝgmm l k j ihn m l k j iŝnm m l k j im l k j ihl k j i hg j i h g f h g f e dfe d c bacb a` _^ _^]\[\[ZYXWVU T€?ù@˙Ĵ ­ Ż°ħ²³´µĥ· ¸ışğĵ½żÀÁÂÄ ĈÇÈ É ËÌÍÎ ÑÒŝÓĠ ĠÖ×ÚÛ Üß!à*ä ċ&èé%ìí;ñó"ôö%÷?ù?û?ŭ?ŝÀ˙?ŝ?ŭ?û?ù-ö÷,óô?0ìí.èé    À?$ ËÌÍÎ ĈÇÈ ÉÁÂÄŭĊĵ½½ż À¸ışğĵ ´µĥ·¸ ° ħ² ³ ´Ĵ ­ Ż °ħİ Ş Ğ Ĵ ­Ĥ § ¨ İ ŞĞ ¤ Ĥ § ¨İ˘ £ ¤ Ĥ§  Ħ ˘ £ ¤ ŭĤŸ    Ħ ˘ £ ¤Ÿ   Ħ ˘ £ ¤Ÿ   Ħ ˘ £ ¤   Ħ ˘ £ ¤Ħ ˘ £ ¤ Ĥ˘ £ ¤ Ĥ §ŝ¤ Ĥ § ¨ ݧ ¨ İ Ş ĞĴŞ Ğ Ĵ ­ Ż­ Ż ° ħ²ħ ²³´µĥ·¸ ı^_%`a bcdefgh i"jk l%m no$p)rs t2uvw"x:z{|#}???ƒ?…†=‡?ˆ?‰?Š@‹?Š?‰?ˆ†'‡?…?ƒ?~9 À?$o#p l$m nŝij jkgh iefgbcd `ab ^_`a\]^ _[\]ŝYZZ[\XYZ[XYZWXY Z WXYZ WXYZWXY ZXYZ[YZ[ŝ\Z Z[\][\] ^]^+_`&abcdeŝ]\ \[ZYXYXWVUTSRQPONMLKJHGFEDCB A?>=:9 86541!0 /&,+(#'$'#" ???!-??À??4 9??8- !$#? À?$?>=DCB AHGFEMLKJI QPONM UTSRQYXWV U \[ZYX _ ^ ] \ [b a ` _ ^] d c b a `f e d c ba g f e d c h g f e dci h g f e di h g f e dh g f e dcg f e d cbŝfe e d c b aŝdc c b a `_ a ` _ ^ ] ^ ] \[Z [ZY XWXWVUTSRQP€(ùĝŝ÷ööô@˙° ħ ² ³ ´µ ´ µĥ ·¸ışğĵ½ż ÀÁÂÄĊĈÇÈÉÊËÌÎÏÑÓÔĠ×ĜÙŝÚÜÜŬ Ŝà$áâċ"ĉé%ê#íî?ñ?ô?÷)ùú ûü?ŭ?ŝÀ˙?ŝ?ŭ9ûü;ùú?÷?ô7ñ+íîéê   À?$ÎÏÑÉÊËÌĊĈÇ ÈÀÁÂÄ ĵ½żÀ¸ışğĵ´ µĥ · ¸ı ħ ² ³ ´ µ Ż ° ħ ²ŝ³ĞĞ Ĵ ­ Ż°İ Ş Ğ Ĵ ­§ ¨ İ Ş ĞĴ Ĥ § ¨ İ ŞĞ Ĥ § ¨ İŞ¤ Ĥ § ¨ İŞŝ¤ Ĥ § ¨ İŞ Ĥ § ¨ İ ŞĤ § ¨ İ ŞĞ ¨ İ Ş Ğ Ĵ­ŝİŞ Ş Ğ Ĵ ­ ŝŻĴĴ ­ Ż °ħ Ż ° ħ ² ³ ² ³ ´ µ ĥµĥ· ¸ışışğĵ ½`abcbcdedefghijk"lmn$op(qrs't/vwx'y={|)}~&€0‚ƒ)„?…?‡?ˆ?‰?Š@‹?Š?‰?ˆ?‡?…ƒ„(‚ €?À?$p'qrn#opk lmijkghiŝdeefgbcd eabc _`aŭb]^^_`\]^ _[\] ^[\] Z[\ ]Z[\]Z[\]Z[\ ][\]^\]^]^_ ^_`a_`a babcd cd#efg XW VUTUTSRQPONMLK JIHGFEDCBA@? ><;: 876ŝ43321/ .- +%* ) ',&% #1"$ 4=$????À????3 /)+#*"   À?$<;:A@? > EDC BIHG FMLKJ QPONMUTSRQXW VU T[ Z Y X WV ] \ [ Z Y _ ^ ] \ [a ` _ ^ ]\ b a ` _ ^ŝ]cc b a ` _^d c b a ` _d c b a ` _c b a ` _^b a ` _ ^]a ` _ ^ ] \_ ^ ] \ [Zŝ]\ \ [ Z YXZ Y X W VUWVU T STSRQPŝOPPONML€ôóüòñòóóô@˙µ ĥ · ¸ ıŝş¸¸ı şğ ĵ½ ĵ½żÀÁÂÄĊĈÇ ÈÉÊËÌÍÎÏÑÒÓ ĠÖ×ĜÚÛ ÜŜßà â#äĉ)çè ê2ëŝìî îï ñ5òô<ġ%÷ĝ?ú?ü?ŭ?ŝÀ˙?ŝ?ŭ?ü?ú.÷ĝ ô2ġñ-ò%îïê/ë  û gçç èü äŭßßà ŭ ÛÛ Ü$ŭŝ××ĜÑ Òŭ,üÒÒÓÓÔÌÍÎŭjŝÎÎÏŝÈÈÉÊŭ0ŝÊÊËŝÌÄ ÄĊĈŭ`ŝ ĈĈÇÈ ÀÁÂŭOÂÄĵ½ ŭ:ŝżż À ı şğŝ ĵ½ŝµĥ ĥ ·¸ŝŝı ış ³ ´ µŝ( ĥ ·° ħ ²³ŭZ³ ´µ Ż °ħŝ ŭħ² ²³Ĵ ­ Żŝ$ŝ °° ħĞ Ĵ ­ŝ* Ż°Ş Ğ Ĵ­ŝ ŻŞ Ğ Ĵ­ŝ­ ŻŞ Ğ Ĵ­ŝŝ­ ŻŞ Ğ Ĵ ­ŝ Ż°Ğ Ĵ ­ ŝŻ °ħ ­ Ż°ŝ° ħ² Ż ° ħŭ²² ³´ħ ² ³´ŝ´ µĥŝ³´ ´ µ ĥŝ · ¸ŝĥ· · ¸ıŝ şğ şğ ĵŝ ½½żÀŝÀÁcd,ef'gh!ijklm!no#pqr(st,u v"wxy.z?|7~4€ ?‚?„…=†?‡?ˆ?‰?Š@‹?Š?‰?ˆ?‡ …3†?„?‚7€ûA~~ü||ŭ zz ŭxx$ŭŝu uvrsŭRŝsstpŭrŝqqmnŭPŝnnoklŭpŝ llmi jŭnjkghŭ_ŝhhiefŝ.fg cdeŝŝeefb cŝ8cd`abŭn b c _`aŝ ŝa ab^_`ŝ-ŝ ` ` a]^ _ŝG_` ]^_ŝJ _`]^ŝD_`]^ŭ_B_` ]^_ŝB _ `^_ŝB`^_ `ŝA`a_` aŝAababŝAbc bcdŝAdedeŝAefŝeff gŝA g hghiŝAijTS RQ PQPONMLKJIHGFEDC BA@ ? >=< ;:98 7654 310/- ,+)%("%$"4! %"-?????À?????3 ")"2!  û%%$ü((ŭ ,,+ ŭ00 /$ŭŝ44 3:9ŭLŝ8 8 7>=ü<^ŝ< < ;BA@ŭLŝ@@?FEDŭbü DDCCBJIHŭb G F MLKŭ[üKKJ JIPONŝ-NMLS RQŝüQQP PO V U Tŝ7 S RŝYX X WVŭh UTŝ[Z Z Y Xŝ ŝW W V\ [ ZYŝ,ŝ YY XW ] \ [ŭZEZ YX^ ] \[ŝH[ ZYŝ_^ ^ ] \ŝA[ ZŝY^ ^ ] \ŝ@[ ZŝY^^ ] \[ŝ@ŝ[Z ZY] \ [Zŝ@Z YX\ [ ZYŝ@ XWZ Y XWŝ@W VUX W VUŝ@U TS U T Sŝ@ RQŝSR R QPŝ@P ONONMŝ@MLKLK Jŝ@ IH€ôŝġööĝúùÁ¤n"˙ŭûÀ˙ŝŬ!˙ŝĊ"˙ŝï#˙ŝŭ˙ŝÊ˙˙ŝŭ%˙ŝĝ ˙ŝÎ˙˙ŝÒ!˙ŝÓ˙˙'˙ŝò(˙(˙ŝà)˙$˙ŝÊ˙˙)˙ŝĞ)˙ŝñ*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙ şğ ½À ÁÄĊÇÈË ÌÏÔĜÜàŝáääèìïòġĝúüŭŝ5˙ŝŭüúĝġòïŝëììèäàáÜŬĜŝÙÔÔÌÈÉÄĊÀÁŝ½½ ş ğŝ·¸ ¸ıµ ĥ³ ´ ²³° ħ² °ħŻ °ħŻ °ħ°ħ² ³ ´µĥ·¸ ışğ ĵ żÂef ghikmopqrtvx z{}ƒ„†‡ˆ‰ŠY‹Š‰ˆ‡†„‚ƒ} z{xvtq r op mn kl ijg hfd e cdbc ab` a `a`ŝa``a `abc def ghijP ONMLŝJIIŝHF FEŝCBB? > ;: 7632/+'$# 5 $#ŝ(''+/ 32 76; :?> BAF E IH LKO NR QPT SV UTWV XWY X YX YXYXW V UTSRQ P NM KJHG€¤ĤŝĤ§ŞĞĴŝ Ĵ ­°ħ²ŝ ² ³· ¸ŝ¸ı ½ŝżÄĊŝĊĈÊËŝË ÌÑŝÑÒ$×ŝŝ×ĜĜ$Ŭŝ Ŭ Ŝâŝç"èŝè ìíŝí$ñŝñ$ġŝġ$ĝŝĝ$ûŝû$ŭŝŭ$ŝŝŝ$˙ŝ:˙ŝ:˙ŝ˙$ŝŝŝ$üŝüùúŝúö÷ŝ÷$óŝó$ïŝï$êŝ ê ë$ċŝ ċ ĉ ßàŝàÙ!Úŝ Ú ÛÓÔŝÔĠÍÎŝ Î ÏÇÈŝÈÉ ÀÁŝÂş ğŝğ ĵ³´µŝ µĥ ­ŭŻŻ° §¨İŝ İŞĦ˘£ŝ£¤œŭž ž Ÿ—˜™ŝ ™ š ’“”ŝ”•– Žŝ‘’Š‹Œŝ  Ž‡ˆ‰ŝ Š ‹ …† ‡ŝˆ‰ƒ„ …ŝ † ‡ ‚ƒ „ŝ  … †‚ ƒ„ŝ „ …† ‚ƒ„ŝ ŝ„… …†ƒ„…ŝ … †‡„…†ŝ  ‡ ˆ†‡ˆ‰ŝ ‰ Š‰Š ‹ŝ  ŒŝŒŽŝ ‘’ŭ“  “ ” •–—ŝ —˜ š›œŝ œ Ÿ Ħŝ Ħ˘Ĥŝ §¨ĞĴŝ ­ ħ²ŝ ³´Z[ŝ[]^ŝ^_`aŝa b!deŝe ghŝhi$kŝl noŝo$rŝr su vŝvxyŝy$|ŝ| ~ŝ$ŝƒ„ŝ„$†ŝ†!‡ˆŝˆ$‰ŝ‰$ŠŝŠ$‹ŝ:‹ŝ:‹ŝ:‹ŝ:‹ŝ‹$ŠŝŠ$ˆŝˆ$‡ŝ‡$…ŝ…$‚ŝ‚ ƒ$€ŝ€$}ŝ}$zŝz{$wŝwstŝt!pqŝq$mŝmnijŝje fŝ f gb cŝc$_ŝ` [\ŝ\ ]XYŝ Y ZUVŝV WRSŝTP Qŝ Q RNOŝOPLMŝMNJKŝKLI Jŝ J KH Iŝ I J GHŝIGHŝHIGHŝHIGHIŝIJHIŭJJŝKIIJKŝKLKLŝL'MNŝ NOPŝPQRŝSTUŝU VWXŝ XYZ[ŝ [\]^ŝ^ _$aŝbdcbŝb a^]ŝ\[XWŝWVR QŝQ PL Kŝ K JFEŝ E D@?ŝ?>: 9ŝ9 43ŝ3/ .ŝ.-$)ŝ)($$ŝ$# ŝ$ŝ$ŝŝ%$ŝ$ŝ$ŝ:ŝ:ŝ$ŝ$ŝ%$ŝ ŝ!ŝ$"ŝ!'&ŝ&,+ŝ+$1ŝ1 0 76ŝ6= <ŝ<C BŝBAIHŝHGŝPOONŝNMVUTŝ T Sŝ\[[ ZŝZYa`ŝ_^gf eŝedlkjŝjiqp oŝnm utsŝsryx wŝŝwvvu|{zŝzy ~}ŝ}|{€ŝ~ ƒ‚ ŝŝ€ € „ƒ‚ŝŝ‚€…„ƒ‚ŝ‚ „ƒ‚ŝ‚€„ƒ‚ŝ € ‚ €ŝŝ€~ € ~ŝŝ~}}|}|{ŝ{zyxŝxwvuŭt t srqpŝ p onm lŝŝlkkjih gŝgfcbŝa`^] \ŝ\ [XWVŝVU$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝ¨˙˙$ŝ¨˙˙$ŝ¨˙˙$ŝ¨˙˙$ŝ¨˙˙$ŝ¨˙˙$ŝ¨˙˙§¨İŞĞ­Ż ° ³´µĥışğĵżÀÁÂĈÇ ÈÌÍ ÎÒ$ÓÔĜ)Ù&Ŝß-ä è1é+íîñ%ò?ġ4ĝ ù?û?ŭ?ŝÀ˙?ŝ?ü?ú?÷1ó ô(ï?ë6ĉçà6áâ"ÛÜĠ%ÖÏ"ÑÉÊËÂÄĊ ĵ½żĥ·¸ı°ħ²³ ŞĞĴ ­¤Ĥ§¨Ÿ Ħ˘£š›œž –—˜™š ’“”•–Ž‘ ’‹Œ Ž‰ Š‹ Œ ‡ˆ ‰ Š ‹Œ†‡ ˆ ‰ Š‹ † ‡ ˆ ‰ Š† ‡ ˆ ‰ Š ‡ ˆ ‰ Š ‹ˆ ‰Š ‹ ŒŝŠ‹ ‹Œ ŽŽ ‘‘’“”•–— ˜™š› œžŸ Ħ˘£¤Ĥ ¨İŞ ĞŻ°ħ´µĥ["\]"_`b#ce+fg-ijl"mo6p5s t)vw$yz.|}? 3‚?„?†?ˆ?‰?Š@‹?Š?ˆ?‡?…?ƒ:€}6~?{w!=<&873,21/-,/('?#,6???? ö?????5 ?!&"%+&*$0/ 6)54ŝ<;$;:A @ŝ?GGF EMLKSRQYXW V^]\[dcbaŝ`iihgfe mlk jqpo n utsrqŝyxxwvu {zyxw}|{zy ~}|{ €~ } |ŝ€ €~ }| €~}|ŝ€ ~}|{ ~}|{z |{zyxzyxwvutsrqp onmlkjih gŝfeedcb`_^][ZY XUTS˙ĞĴ­ °ħ²³ ĥ·¸ ıĵ½żÂÄÈÉÊÎÏ Ô"ĠÖ)ÚÛß(à ä2ċé)ê?î?òġ6ö?ù?û?ŭ?ŝÀ˙?ŝ?ü?ú?÷?ô? ë5ì7çè3â Ü,ŬŜÖ%×ĜÑ!ÒËÌÍĊĈ ÇżÀÁışğ³´µĥ­Ż° ¨İŞĞ £¤ĤžŸ Ħ˘ š›œž –—˜™š“ ”• –—  ‘ ’ “ ”ŝŽ Ž   ‘’ Œ  Ž   ‹ Œ  Ž Š ‹ Œ  Ž ‹ Œ  Ž ‹ Œ  Ž   Ž   ‘   ‘ ’ “‘ ’“ ” •–• –—˜™˜™š›œžŸ   Ħ˘£¤ Ĥ§¨İĞĴ­ħ²³´ĥ·¸ı] ^_`#abc&de%ghj"km.np8qr7tu5w x=z{?}*€?‚?„?†?ˆ?‰?Š@‹?Š0ˆ‰?‡?…?ƒ??~ {|x'yu$v"rs,opk0l mh+ije%fb c_`\]^YZ [VWXTUVRST PQROP QMNOPLMN OLMNLMNLMNLMNO MNO NOPŭQOPPQ RQRSŝTSSTUVWXYZ[ \]"^_%ab"de^]\[ZXWVU SRQPMLKHGFEBA@< ; 7$6 5'10#,+,'&#8"????=???? 5#?ŝ! = !%$*,)/*.43 :#98?>=EDCKJIHPON VUTS[ZYX`_^] edcbjihgfnmlk j qponmŝut tsrqp wvuts yx wvu{z yx wŝv|| {z y xw | { z y x|{ z y x {z yxwzyx w vxwv u tŝvu utsrqsrqponmlkjihgfedcba` _]\[Z XWVUSRQ P˙Ż°ħ²´µĥ· ışğ ĵżÀÁÄĊĈ Ç ÊËÌÑÒ Ö×Û&ÜŬà-á âċ7ĉçê$ëî:ï ò1ó?ö?ù?û?ŭ ŝô˙?ŝ?ü?ú#÷ĝ9ôġ/ñì&í5è é'ä)Ŝß Ĝ%Ù Ú ÓÔÍÎ Ï ÇÈÉÁ Äĵ½ ĥ·¸ ıħ²³´ĞĴ­ŻŝĤ§§¨İ Ş˘£¤Ĥ žŸ  Ħ˘š ›œ  žŝŸ—— ˜ ™ š ›” • – — ˜™’ “ ” • –— ‘ ’ “ ” •  ‘ ’ “ ”  ‘ ’ “”  ‘ ’ “” ‘ ’ “ ”•ŝ‘’ ’ “ ” • –“ ” • – —˜– — ˜ ™ š™š › œ œžŸ Ħ Ħ˘£ ¤ Ĥ§¨İŞĞĴ ­ŝŻŻ°ħ²´µĥ ·ışğĵ _ `ab"c de$f gh(ij k+lmn1o p4r s6uv>xŝy{>{}'~?€.‚ƒ„…?†?ˆ?‰?Š@‹?Š?‰?‡8…†/ƒ„?ŝ~=?|(yzvwst!pq%mn(jkf&ghc$de`!ab^_`[\]YZ[VWXYTUVWST U QRSTPQR OPQRŝNOOPQNOP QNOP QOPQPQRQRSRS/TU VŝUVVW XYZ[\]^_!`a b#cd e&f gZYX WUTSR PONMKJI HEDC @?>:95#430)/.+)*'&%"/! 4/+????,/??! *$$# )5(.-- ,3&218"7 6=<; CBAHGFNML K SRQ P XWV U ]\[Zba`_^fedcbjihg f mlkji p onmls rq p oŝnuu t s r qp v u t sr w v u t sx w v u tsŝxw w v u tsw v u t srŝvu u t s rqts r q po qp onmnmlkj kjihgfedcba`_^]\[ ZYX W UTS RPON M˙ ²³´µŝĥ· ·¸ışĵ½żÂÄ ÇÈÉÊÍÎ ÏÒÓÔ×!ĜÙŬŜ"â3ç èë!ìï&;óô"ö÷?ùû-ü?ŭ˙?ŝ?ü?ú?ĝ?ġ0ñò$íî2é êä%ċß)àáÚ#ÛÜŝÔĠĠÖ ÏÑŝÉÊÊË Ì ÄĊĈÇŝżżÀÁŝÂıışğĵ ´µĥ·Ż°ħ²³ŞĞĴ­ Ĥ§¨İ Ş˘£ ¤ Ĥ Ÿ   Ħ ˘£ œ  ž Ÿ  ™ š › œ ž— ˜ ™ š ›œ• – — ˜ ™ šŝ”• • – — ˜ ™” • – — ˜™” • – — ˜™• – — ˜ ™š– — ˜ ™ š›˜ ™ š › œŝš› › œ  žŸ ž Ÿ   Ħ˘ Ħ˘ £ ¤ŝ¤ Ĥ§¨İŞĞĴ­Ż°ħ ²³´µŝĥ··¸ışĵ½ż abcd!e fg#hŝijjk"mn%pq*st3v w?y{,|;~€-?ƒ?…†6‡?ˆ?‰?Š@‹?Š?‰?‡?†?„ 4‚1 €?}6z{#wxt$uq(rn*ok(lmh%ij e"fgb cd`ab ]^_[\]YZ [WXY UVWXTUVŝRSSTURSTQRST QRST QRSTQRSTRSTUSTUVTUV W VW+XY$Z[\]^_`a bcd"e fg%hiWVUTS RQP OMLKJ HGFE CBA@>=<;87632%.-*/) (!%$!( #??6??????/?$$#"4' &, +1%0/6!54;:9A@?>FEDC KJI H PON MUTSRŝZYYXWV^]\[Zba`_^fedc bihgf elk j i h n m l kj p o n m lr q p o nms r q p ons r q p ons r q p on r q p o nq p o n ml o n m l kml k j i ji hgf gfedcŝdccba`_^] \[ZY XWVUTS RQP O MLKJ˙ĥ·¸ ışğĵ½żÀÁÂĊĈÇÊËÌ ÏÑÔĠÖÙÚÛŜ%ßà+äċ(èéì í*ñ?ô?÷ù*ú?ü?ŭ˙?ŝü:ŭú=û?ĝ8ġö?ò-îï-êë ċ/ĉç'áâÜŬ×ĜÙÑÒÓÔ ÌÍÎÏÇÈÉÊÂÄĊŝĵ½½żÀ¸ış ğ ³´µĥ·Ż°ħ²Ş ĞĴ­ŝŻ§ § ¨İ ŞĞ£ ¤ Ĥ §¨  Ħ ˘ £ ¤ž Ÿ   Ħ ˘£œ  ž Ÿ  Ħš › œ  ž Ÿŝ™š š › œ  žŝŸ™™ š › œ ž™ š › œ  žš › œ  žŸ› œ  ž Ÿ  ž Ÿ   Ħ˘Ÿ   Ħ ˘ £¤˘ £ ¤ Ĥ§ Ĥ § ¨ İŞ İŞ ĞĴ­Ż° ħ²³´µĥ·¸ ışğĵ½żÀÁ cdef gh"ijk%lm n)opq)rtu0wxy:z$|}???ƒ?…?‡?ˆ?‰?Š@‹?Š?‰‡"ˆ?†?„?‚?€}$~?{$xyu+v r1sto,pq%mnj"kg"h idefbc d_`aŝb] ]^_ [\]YZ[\XYZVWX YUVW XTUVW TUVWTUVTUVWTUV WUVWXVWX WXYZYZ [Z[\]\]^ŝ_^^_`abcdef!gh#ijSRQ PONML JIH GEDCB@?>;: 96542!10 -', +$('$%# #9!0??*???.?72 #"!(&% ++*)"/.4 32987>=<CBA@ HGFEMLKJŝRQQPONVUTSR ZYXWV^]\[Zba`_^]ed cb a`ŝhg g f e dcj i h g fel k j i hgm l k j ihn m l k ji n m l k jŝinn m l k ji m l k j i l k j i hk j i h gf h g f edfe dc bcb a` _ŝ`_ _^]\ŝ[\\[ZY XWVUTSRQ PONML JIHG˙ışğĵ ½ żÀÁŝÂÄĊ ĈÈÉÊËŝÌÍÍÎÏŝÑÒÒÓ ÔÖ×ĜÙÛÜŬà$á â&ċĉé"êí î:ñò$ôġ2÷ ĝ?ú?ü!ŭŝ˙?ŝ?ŭ?ûĝ&ù?öò0ó6ï'ëì+çèâ(äŬ"ŜßÙÚÛÔĠ ÖÏÑÊËÌŝÍĊĊĈÇÈ ÀÁÂğĵ½ż ·¸ışğ³´µĥ· Ż°ħ ²³Ğ Ĵ ­ Ż°¨ İ Ş Ğ Ĵŝ­ Ĥ § ¨ İŞ £ ¤ Ĥ §¨Ħ ˘ £ ¤ Ĥ   Ħ ˘ £ ¤ Ÿ   Ħ ˘ £¤ž Ÿ   Ħ ˘ £ŝžŸ Ÿ   Ħ ˘ £¤Ÿ   Ħ ˘ £ ¤  Ħ ˘ £ ¤ ˘ £ ¤ Ĥ§¤ Ĥ § ¨İ § ¨ İ Ş Ğ Ş Ğ Ĵ ­ ­ Ż °ħ²³´µĥ·¸ ışğĵ½ żÀ ÁÄĊĈefghi j"klm%no!pqr-s tu*v+xy z5{3} ~#€6‚ƒ:„#…†?‡<ˆ‰zŠ@‹?Š?‰?ˆ?†„!…‚-ƒ€!2~ {=|$yz v2w-tuq"rn'opk$lmi!jkfghde fbcd_`abŝ]^^_ `\]^Z[\] YZ[\ XYZ[WXY ZWXYŝZWWXYWXY WXYZXYZYZ[Z[\ [\]^]^*_`$abcdefgh i j#klPONMLKJIH GFE DBA@>=< ; 9874320!/.+"*',&#."??????????3 *?!! %#$!)(.$-,210 765<;:9@?> EDCBJIHGF NMLK RQPO VUTSRZYXW V ] \[ZY `_ ^ ]\c b a ` _^e d c b aŝ`gg f e d cb h g f e dci h g f ed i h g f eŝdii h g f edi h g f e d g f e d cf e d c bad c b a `_ a ` _ ^]_^] \[Z [ZYXWXWVUTSRQ PONMLKJIH GFED˙½żÀ ÁÂÄ ĊĈÇÈÉËÌÍÎÏÑ Ò ÔĠÖ×ÙÚ ÛŬŜßâ#ŝäĉĉ)çèê/ëî!ï?ò?ġ?ĝ?ú?ü?ŝ˙?ŝ?ŭ?û?ù3ö ÷*óô=ñ!ìíè#é äċß!àáÛÜŬ Ö×ĜÑÒÓ ÔÍÎÏ ÈÉÊ ËÄĊĈÇ żÀÁ ğĵ½ż ·¸ışğ³´ µĥ · ° ħ ² ³ ´ ­ Ż ° ħŞ Ğ Ĵ ­ Ż¨ İ Ş Ğ Ĵ­Ĥ § ¨ İ ŞĞ Ĥ § ¨ İŞ¤ Ĥ § ¨İ ¤ Ĥ § ¨İ ¤ Ĥ § ¨İ¤ Ĥ § ¨ İŭŞĤ Ĥ § ¨ İ ŞŝЧ§ ¨ İ Ş ĞĴİ Ş Ğ Ĵ ­ŝĞĴ Ĵ ­ Ż ° Ż ° ħ ²³² ³ ´µĥµĥ·¸ışğĵ½żÀÁÂÄĊĈÇÈ Éghijkl!mno p q(r s tuv3wx%yz {1|?~9€;‚ƒ?„?†?‡?‰€Š@‹?Š?‰?ˆ† ‡?…?ƒ?? |3}$z{w6xyu vr+s tp q m#nok!lmhijfghdefbcd `ab^_` a]^_`\]^[\]ŝ^Z Z[\]Z[\YZ[\ŝYZZ[\Z[\]Z[\][\] ^\]^ _^_`_`ab ab(cd"efghij kl#m n LKJI HGFEDCBA?>= ;:98765421 0 .!-,*%)(ŝ&%+%$"5! ! 1/?(????????? $0# ()'&,#+ *0/.543ŝ29987>=< ; BA@ ?FEDCŝKJJIHGŝONNML K RQPONVUTS RYXW V U\ [ Z Y XW ^ ] \ [ Z ` _ ^ ] \b a ` _ ^] c b a ` _^d c b a `_ d c b a `_ d c b a `_d c b a ` _c b a ` _ ^a ` _ ^ ]\ _ ^ ] \ [] \ [ Z YX ZY XWV WVUTSTSRQPONMLKJ IHGF E DCB A˙ÁÂŝ ÄĊĈÇŝ ÈÉÊËŝÌÍÎÏŝ ÑÒÓÔŝ Ô Ġ×ĜŝĜÙÛÜŝŬßàŝá"äċŝċ%èŝéë"ìŝ ì íï ŝòóŝó ġöŝö%ĝŝĝ$úŭûû%üŝü%ŝŝŝ%˙ŝ:˙ŝ:˙ŝ:˙ŝ˙%ŝŝŝ%ŭŝŭ%ûŝû%ùŝù%÷ŝ÷%ôŝô%ñŝñí îŝî éêŝêëċĉŝĉç áâŝâŬŜŝŜ ßĜÙÚŝ  ÚÛ ÔĠŭÖ Ö×Ñŝ!ÒËÌ Íŝ"ÍÎ ÇÈÉŝ#ÉÊÄĊŝ$ĊĈ żÀÁŝ$ÁÂğĵ ½ŝ% żŝ·¸ ¸ ışŝ&ŝşğ ğĵ´ µ ĥ·ŝ&ŝ·¸ ¸ıŝħ² ² ³ ´ŝ' µ ĥŻ ° ħ²ŝ(² ³´­ Ż°ŝ)° ħ²Ğ Ĵ ­ ŝ)Ż °Ş Ğ Ĵ­ŝ* Żİ Ş Ğ Ĵŝ+­ ŝŻİİ Ş ĞĴŝ+ ­İ Ş ĞĴŝ+ ­ Ş Ğ Ĵ­ŝ,­ Ż Ğ Ĵ ­ŝ, Ż°Ĵ ­ Żŝ- °ħ Ż °ħŝ.ħ ²³° ħ ²³ŝ. ´µ³ ´ µĥŝ.ĥ ·¸ĥ · ¸ıŝ.ı şışğĵŝ/ĵ½ŝ½½ żŝ/ ÀÁÂŝ/Ä ĊĈÇŝ/ÇÈ ÉÊËŝ/ËÌjkŝAkl mŝA mnoŝAop qŝArstŝAt uvŝAvw%xŝAxyz{ŝA{|}ŝA}~"ŝA%ŝA%ƒŝBƒ„…ŝB…%†ŝB†‡ˆŝBˆ%‰ŝB‰%ŠŝC#Š‹ŝC:‹ŝC:‹ŝD:‹ŝD:‹ŝD:‹ŝD‹%ŠŝEŠ%‰ŝE‰%ˆŝEˆ%‡ŝF‡%…ŝF…ƒ„ŝG„‚ŝG‚ €ŝG€}~ŝG~#{|ŝH|%yŝHy zvwŝIwtuŝIuqrŝIrsopŝJ pqmnŝJnjklŝKl hiŝKj fgŝKhdefŝKfgc dŝLd e abŝLcd`aŝLabŝ^__ `ŝM`a^_ŝMŝ_`` ]^_ŝM_`ŝ\]]^ŝM^_\] ^ŝN^_\] ^ŝN^_]^ŝN_`]^ _ŝN_ ` ^_`ŝN `a _`aŝO ab`abŝO b cbcŝOdcd eŝO e fefgŝOghghŝOijŭkOk lmŝOmn oŝOopHGFŝ@FEDCŝ@ BA@?ŝ@>=<;ŝ@ŝ;::87ŝ@ŝ76643ŝ@ŝ3220/ŝ@/. ,+ŝ@+*('ŝ@ '&$ #ŝ@#% ŝ@ #ŝ@ ŝ@%ŝ@ŝ@%ŝ@%ŝ@ŝ%ŝ@%ŝ@:ŝ@:ŝA:ŝA%ŝA%ŝAŝA ŝA%ŝA   ŝA ŝA ŝBŝ#"#"ŝB" ! &%ŝB%* )ŝB)(. -ŝB -,2 1ŝB 10765ŝB 5 4;:9ŝB 9 8 ?>=ŝB= < CBAŝCA @GF EŝCEDŝCKKJIŝC HG NMLŝCLKJRQPOŝCONMU TSRŝDR QP W V UŝD T SZ Y XWŝD VUŝ\[ [ Z YŝD X W] \ [ZŝDZ YX ^ ] \[ŝD[ ZY_ ^ ]\ŝD\ [Z _ ^ ]\ŝD\ [Z _ ^ ]\ŝD\ [Z_ ^ ] \ŝE [ Z^ ] \[ŝE Z Y \ [ ZŭYEY XŭW[Z Z Y XŝE W V X W VŝE U TVU TSŝESRŝQSSRQŝE P OPONŭME MLKJŝEJIHGŝEF ED CŝECB A@?ŝE? >*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙Ċ Ĉ ÉÊ ÍÎ ÑÒ ĠÖÙ ÚŬ Ŝá âċ ĉéŝêííóöùûüŝG˙ŝŭûŝüùù ú÷ô ġñ òîëçßŝàÛÛ×ÓÎÏÊËŝĈÇÇ Äż Àĵ ½ı şĥ ·¸´ µ² ³ŝ°ħ ħ²Ż °ħ Ż° Ż° Ż°Ż° ħ ²³ ´µ ĥ ¸ığĵ żÁÂĊĈÈÉÌ Ílnprst uwy{}ŝ€ƒ…†ˆ‰Šk‹Š‰ˆ‡… †„‚€~|zx uvsqolmj khig efdb ca b`a`a_`_ `_'`abcd efghijk lmnpED A@=ŭ<:996 52 1 .-*ŝ)&&# "G! %$(,043 87<;@ ?CŝBGG F JI ML POS RŝQUU TW VUXW YXZ Y ZYZYZ YXY XWV UT S QPO NL KIH EDBA> =€·¸ıŝ ış żŝ  ż À ÄĊŝ ĈËÌŝ ÌÑ Òŝ Ò×Ĝŝ ĜŬŜŝ Ŝ$ŝ $èŝ è$íŝ í$ñŝ ñ$ġŝ ġ$ĝŝ ĝ$ûŝ û$ŭŝ ŭü$ŝŝ ŝ$˙ŝ ŝ$˙ŝ ˙1ŝŝ ŝ$ŭŝ ŭ$ûŝ û$ĝŝ ĝ$ġŝ ġ$ñŝ ñ$íŝ í$èŝ ŝèéé$ŝ ä ŬŜŝ Ŝ×Ĝŝ ĜÙ ÑÒŝ  ÒÓË Ìŝ ÌÍÄ!ĊŭĈ Ĉżŝ żÀ·¸ıŝ ış ħ²ŝ ³ŝ´ĞĞĴŝ ­Ĥŝ §¨ Ÿ Ħŝ  Ħ ˘š›ŝ  œ•–ŭ—  — ˜‘ ’ŝ ’“”Œ Žŝ ŝŽŝˆ‰‰Š‹ŝ ‹ Œ†‡ˆŝ ˆ‰ŝŠƒƒ„…ŭ† † ‡‚ƒ„ŝ „…†‚ƒŝ ƒ„…€‚ƒŝ ƒ „‚ƒŝ ƒ„…‚ƒ„ŝ „…†ƒ„…ŭ†  † ‡†‡ˆŝ ˆ‰ˆ‰Š‹ŝ ‹ŒŽŝ Ž ‘’ŝ ’“ŝ”••–ŝ —˜ŝ™šš›ŝ œ Ÿ Ħŝ  Ħ˘Ĥŝ Ĥ§Ğ Ĵŝ Ĵ­ħ²ŝ ²³ ·¸ŝ ıżŝ żÀÄĊŝ  Ċ Ĉdeŝe$hŝhiklŝl$oŝ oprsŝsu"vŝv$yŝy$|ŝ|$ŝ$ŝ$„ŝ„$†ŝ†$‡ŝ‡$‰ŝ‰$ŠŝŠ$‹ŝ:‹ŝ:‹ŝ:‹ŝ‹$ŠŝŠ$‰ŝ‰$‡ŝ ‡ ˆ$†ŝ†$„ŝ„$ŝ‚$ŝ$|ŝ|$yŝy$vŝvrsŝs$oŝop klŝl$hŝi deŝe#aŭbb]^ŝ^ _Z[ŝ[\W XŝXYTUŝ UV QRŝRSO PŝPQMNŝNOK LŝLM IJŝJKHIŝI JGHŝHIFGHŝHI FGŝHFGHŝHIGHŝHIHIŝI JIJŝJ.KLŝLMŝLMMNŝNO PŝPQRŝRST UŝUVW XŝXZ [ŝ[ ]^ŝ^_$aŝabd eŝe$hŝ hiklŝlRQŭPPŝOLLKŭJJŝFE!EŭDD$?ŝ>$9ŝ98 43ŝ32$.ŝ-) (ŝ($$ŝ#$ŝ$ŝ$ŝ$ŝ$ŝ$ŝ$ŝ$ŝ:ŝ$ŝ$ŝ$ŝ ŝ$ŝ$ŝ$#ŝ#) (ŝ(.-ŝ-$3ŝ3 2!98ŝ8?>ŝ>EDŝDKJŝJRQPŝPOXWVŝVU^] \ŝ \ [cbŝaih gŝgfnmlŝlkŝsrrqŝpowv uŝuts{zyŝxw~} |ŝ|{z€ŝ ~}ƒ‚ ŝ€„ƒ‚ŝ‚ …„ƒŝƒ‚†…„ŝ ƒ ‚…„ƒŝƒ‚ŝ…„„ƒ‚ŝ‚ ƒ‚ ŝ€€ ŝ ~} ~}|ŝ|{z{z yŝx wvuŝutsr qŝŝqppo nmlŝl kihgŝ g fc bŝba^]\ŝ\[ XWŝV RQŝŝQPP LKŝKJFEŝED$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙şğĵÀÁ ĈÇÈÌ"ÍÎŝÒÓ&ÓÔĜ.Ù ÚŜ'ß<äŝèé=é,íî%ñò?ġ?ĝ?û?üŝ?ŭ?û?ĝ?ġñ8òí(î?é;äċ Ŝ3ß,ÙÚ#ÓÔ#ÍÎĈ ÇÈ ÀÁÂşğĵ´µĥŻ°¨İŞĞ˘£¤ žŸ ˜™š›œ ”•–— ‘’“”ŒŽŠ‹ŒŽ‡ˆ‰Š ‹Œ †‡ ˆ‰Š …†‡ ˆ‰ŝ„… …† ‡ˆ‰ … †‡ ˆ‰ †‡ˆ‰Š‡ˆ‰Š ‹ŝŒŠŠ‹ŒŽŒŽ‘’“”•– — ˜™š›žŸ   ˘£¤ §¨İŞ­Ż °³´µĥışğĵÀÁÂĈ"ÇÈe-fg!ij l1m7pq'stv$wy(z#|}?9‚?„?†?‡?‰?Š‹?Š?‰?ˆ?†?„?‚?|)} y4zv-w!st4p q l5mijŝef/f gb+cd_#` \]YZV!WX STUQRSOPQMN OKLM JKL IJKIJ KHIJKIJ K IJKJKLKL1MN(OPQRSTUV!WŝXY#YZŝ[\%\]$_`b#c e2f0ijl!mON MJIHGD CB >$=<8'7/21"-,#('?#-?ŝ=???8o????4 &5# "(('-','218,76>&=<D"CBIHGON MUTS [ZYX`_^fedckjihg onm lsrq p wvuts zyxwŝv}}|{zy~}|{€~}€~}‚€ ~ŝ‚ €~ü}€€~} ~}|{}|{zyzyxwvutsrqponmlkjih fed ca`_ ^[ZYVUTSPONJ IHD$CB˙ĵ½ żÂÄĊÈÉÊ Î!ÏÔ%ĠÖ!ÚÛß0àä8ċé)ê?î?ò?ġ?ĝ?û?üŝ ŭ2ü?û?ĝ8ġö?ò?î é4ê?ċß7àÚ!Û Ô(ĠÖÎ#ÏÈÉÊÂÄĵ½żĥ·¸ ı°ħ²³ ĞĴ­ ŝĤĤ§¨İ Ħ˘£¤ œžŸŝ ˜˜™š› ”•–—˜‘’“”• Ž ‘’ Œ  ŽŠ ‹Œ  Žŝ‰‰Š ‹ Œ Ž ‰ Š ‹ Œ ‰ Š ‹ Œ ŽŠ ‹Œ  Ž Œ Ž  Ž ‘’‘’“”ŝ•” ”•–—˜—˜™š ›œž Ÿ Ħ˘£¤Ĥ§¨ŞĞĴ­ŝ° °ħ²³ĥ·¸ĵ½ ÂÄÈ Ég"hj,km5no5q r/tu.wx9z{?}*€?‚?„?†?ˆ?‰?Š‹*Šİ‹VŠ?‰?ˆ?†?„?‚6€?}6z{,wx.tu6qrm9nj*k gh'de`&ab]#^_Z"[\XYZ UVWST UQRS OPQNO PLMNOLM N KLMKLM KLMŝKLLM NLMNOMNOPOP+QR"STUVW XY Z"[\]$^ _`'ab c+d e0gh(jkm!n MLKGF EBA@<";:7(6510,"+*'&#;"? 3???????????"#'&,(+1"0)65<%;:B A@GFEMLKSRQPXWVUŝ^]]\[cba`_gfe dlkjihponml srqpŝov vutsryxwv u{zyx w|{zyx }|{zy~}| {zy }| {zyŝ}| |{zyx{zyxwyxwvuŝwvvutsrqponm lkjihgfedcba`^]\ [YXW VSRQNMLKHGFB!A˙ żÀÁÂĊĈÇÊËÌÍ ÑÒÖ"× Û*ÜŬà3áâċ7ĉ'êëî%ï=òó ġ2ö?ĝ?û?ü=ŝŭÀŝ?ü?û?ĝ?ö9òóî,ï$êëċ;ĉà7áâ Û.ÜŬÖ ×"Ñ ÒÊËÌĊĈ ÇżÀÁ ışğĵ³´µĥ Ż°ħ İŞĞĴ¤Ĥ§¨ Ħ˘£ŝ¤œ œžŸ ˜™š› œ • –— ˜ ™’ “ ” • –— ‘ ’ “ ”•   ‘ ’ “ Ž   ‘ ’ Ž   ‘’ Ž   ‘ ’   ‘ ’“ ‘ ’ “ ”ŝ•’’ “” • – • –— ˜™ ˜™š›œ›œžŸ Ħ˘ £¤Ĥ§ŝ¨İİŞĞĴŻ°ħ ³´µĥ¸ış ğ żÀÄĊ Ĉ ÊËh*i jk.l m1o p1r s4u v>xŝy{>{}#~?€?‚?„?†?ˆ?‰€Š€‹€Š?‰?ˆ?†?„?‚?€}%~?{?x8uv5r s7opk1lmh+ije(fgb%cd_"` a\ ]^Z[\WXY UVW STUQRSTPQROPQ NOPŝMNNO PMNOPŝMNNO PNOPOPQPQRQRSTST%UVWXYZ[\!]^_#`ab c ef hik!ln$oŝKJJI HEDC@?>:!985&430-/.+**-&%"$! ??????????#"(!-&%++*00/5)4ŝ3::!9@?>ED CKJIHPONŝMUUTSZYXW_^]\dcba` hgfedlkjihonmlk rqponutsr qwvu tsŝrxxw vu tyx w v u y x w vuy xw v u xw vutwvu t sutsr qŝsr rqpoünppoonmlkjihgf edcb a`_^] [ZY X VUTSQPONKJ I FEDA"@?˙ÂÄÇÈÉÊÍÎ Ï ÒÓÔ×#ĜÙ#ŬŜ*âĉ8ç5ë ì?ï?ó?öĝ*ù?û?ü?ŭ…ŝ:ŭ?ü?û ĝ2ù?ö?ó?ï;ëìĉ6ç0â)ŬŜ×%ĜÙÒ Ó ÔÌÍÎÏÇÈÉÁÂ Ä ĵ½ż·¸ışħ²³´µŝĴ­­Ż ° ¨İŞĞĴ¤Ĥ§¨  Ħ˘£¤œ ž Ÿ  Ħ™ š› œ ž — ˜ ™ š › • – — ˜ ™“ ” • – —˜ŝ’“ “ ” • – —’ “ ” • –—’ “ ” • –—“ ” • – —˜ • – — ˜ ™ — ˜ ™ š›™ š › œ œ žŸ  Ÿ Ħ˘£¤Ĥ §¨İŞ Ğ Ĵ­Ż ħ²³ ´ ĥ·¸ığĵ½ Á ĈÇÈËÌÍj!k mn$pq+st6vw?y{&|?~'€ ‚2ƒ„*…?†?ˆ?‰€Š€‹€Š?‰?ˆ?†„*… ‚2ƒ,€?~{!|x=<;8 7 32).- *4)/%$-! ?)8??/0??>ŝ+?2! 5% $*0)0.-'329"87>=<CBAHGFMLKRQPŝOWWVUT\[ZY`_^ ]dcbahgfed kjihg nmlkjŝqp po nml r qp ont s r q poŝut t s r qpu t s r qpu t s r qpt s rq poŝsr rq p onqpo nml nmlkjlkjihgfeŝdeedcb a`_^]\[ZYXWVU SRQPNMLŝKI IHG DCB?!>=˙ĊĈÇÊËÌÏÑ ÔĠÖ Ù#ÚÛ Ŝ(ßà"äç:è?ìŝï=?ó?ö?ù?û?ü?ŭ€ŝ?ŭ?ü?û?ù?ö?óï7?ì ç3è&äŜ(ßÙ$ÚÛÔ ĠÖÏÑÉÊËÌ ÄĊĈÇżÀÁÂşğĵ½ µĥ· ¸°ħ²³´ Ĵ­Ż° ¨İŞĞĴ¤ Ĥ§ ¨ Ħ ˘ £ ¤ ž Ÿ   Ħ ˘› œ  ž Ÿ  š › œ  ž˜ ™ š › œ— ˜ ™ š ›œ— ˜ ™ š ›œ— ˜ ™ š ›œ˜ ™ š › œ™ š › œ ž› œ  ž Ÿ ŝž ž Ÿ   Ħ˘ Ħ ˘£ ¤¤Ĥ§¨§¨İŞĞĴ­Ż°ħ² ³´µĥ· ışğ ĵ żÀÁ ÄĊĈÈÉÊËÍÎÏk'lmn,opq'r$tu7wx y2z3| } ~1??ƒ?…?†?ˆ?‰€Š€‹€Š?‰?ˆ?†?…?ƒ?~)?|y)z?w/tu"qrn%ok)lm h&i je#fgc!de`ab^_ `\] ^Z[ \XYZVWXY UVWŝXT TUVŝWSSTUVSTUSTUSTU STUVTUVUVW VWXYXY ZYZ[\[\]^_`ab!cde$fgh i*klm1nop/qEDC@?>;:9 652$10-),4( '/$#> ŝ 1?????:ƒ<?????(? ;$#)7(-,2'10 7!65<;:A@?>FEDCKJIHONML TSR QŝYXXWVU]\[ZYŝa``_^ ]dcba` gfedcj ih gfl k ji hn m l k ji o n m l kp o n m lk p o n m lp o n m lk o n m l kn m l k j lk j ih j ihg fgfedcdcba`a`_^]\[Z YXWVUTSRPONMKJIGFEDBA@ = <;˙ÇÈÉÊÌÍÎ ÏÑÒÓÔÖ×ĜÛ!Ü Ŭàá ä0ċĉŝèé9éêì=í$ñ ó3ô*ö÷?ù?û?ü?ŭ€ŝ?ŭ?ü?û?ù?öó ô8ñì/í è1éä#ċß+àáÛ ÜÖ×ĜÑÒÓÌÍÎÇÈÉŝÊ ÂÄĊ ½żÀ¸ışğĵ ´µĥ·¸ °ħ²³´ Ĵ­Ż°¨İ ŞĞ Ĵ­ Ĥ § ¨ İŞŝ˘£ £ ¤ Ĥ§  Ħ ˘ £ ¤ž Ÿ   Ħ ˘ £ ž Ÿ   Ħ˘œ  ž Ÿ   Ħœ  ž Ÿ  Ħœ  ž Ÿ  Ħ ž Ÿ   Ħ˘ž Ÿ   Ħ ˘£  Ħ ˘ £ ¤˘ £ ¤ Ĥ§ Ĥ § ¨ İ ¨ İŞĞĴĞĴ­Ż°ħ²³´µĥ·¸ışğĵ½żÁÂÄĈÇÈËÌ ÍÑÒm&nŝop&pq r0stu"v7xyz'{?}:€2 ‚?ƒ?…†:‡?ˆ?‰€Š9‹Š4‹‹Š?‰?ˆ†"‡?…?ƒ???}&z{w:x+uvr'so.pq&mnj&kŝlgg"hiefgbcd`ab^_`\]^Z[\]YZ[XYZWXYVWXYUVWXUVW XUVW XVWXVWXYWXY ZYZ[ Z[.\])^_"`abcd!efg#hi'jkl(m)opq6rŝCBBA@>=<;987ŝ54430$/ .,*+*''&.#"?6=?????€??????? 2?#ŝ('5'&,-+*0/5!43:98>= <CBAHGF ELKJIQPONMUTSRQYXWVU]\[Z Y`_^] \cb a` _ e dc bah g f e dc i h g f eŝkj j i h gf k j i h gŝlk k j i hg k j i h gk j i h gf i h g feh g f e dcfe dc ba cba`_ `_^]\ ]\[ZYŝZYYXW VUTSRQPONMLKJIHG FDCB?>= ;:9˙ÊËÌÍ ÏÑÒÔĠÖĜÙÚŬ!Ŝßá'â-ĉç5ê ë í2î?ñ?ô?÷?ù?û?ü?ŭ{ŝCŭ?ü?û?ù ö5÷?ô?ñ"íîé0êċ/ĉá%âÜ#ŬŜĜÙÚ ÓÔĠÎÏÑÊËÌ ĊĈÇ ÈÀÁÂÄ ĵ½ż ¸ışğŝĵ´ ´µĥ·¸°ħ² ³ ´ ­ Ż ° ħ Ş Ğ Ĵ ­ § ¨ İ Ş ĞĴ Ĥ § ¨ İŞ£ ¤ Ĥ § ¨˘ £ ¤ Ĥ§Ħ ˘ £ ¤ ĤĦ ˘ £ ¤ ĤĦ ˘ £ ¤ Ĥ˘ £ ¤ Ĥ§£ ¤ Ĥ §¨ Ĥ § ¨ İŝާ§ ¨ İ Ş Ğİ Ş Ğ Ĵ ­Ĵ­ Ż °üħŻŻ° °ħ²³´³´µĥ·¸ış ğĵ½żÀÁÂÄĊĈÇÈÉÊ ËÍÎÏÒÓÔ&opq+rŝst*tuv+w6yz!{| }2~?€?‚ƒ:„?…?‡?ˆ?‰€Š?‰?ˆ?‡?…ƒ#„9‚ 1€}~5{ |x6y%vw s2tŝuq$qrn(op#lmi"j kghidefbcd`abŝc^^_`a]^_[\] ^Z[\]YZ[ \YZ[XYZ [ XYZ[XYZ[YZ[YZ[\ Z[\][\]^]^ _ ^_,`a%bcdef!gh#ijk&lm*nop$qŝrs6st@?> =;:9 765ŝ3221.#-ŝ,**()&$%,"! 1???????€?????& 2#?".&%)*)/&.-3 2 1765 <;:@?>EDC BIHGFMLK JQPO N UTSRQŝYXXWVU\[ZYXŝ_^ ^] \[Za ` _ ^ ]ŝ\cc b a ` _^e d c b a`f e d c ba f e d c bg f e d cbŝgf f e d c bf e d c bae d c b a` c b a ` _ a` _ ^]_ ^]\ [ \[ZYX YXWVUVUTSRQPONML KJIHG FEDCBA@ ?=< ; 987˙ÍÎ Ïŝ/ÏÒÓŝ/Ô Ö×ŭĜ/ĜÚÛÜŝ/ÜŬß àŝ/àá äŝ/äçèŝ/è%ëŝ/ëìîïŝ.ïñòŝ.òôġŝ.ġ%÷ŝ-÷%ùŝ-ù%ûŝ,û%üŝ,ü%ŭŝ+ŭŝ"ŭŝ+:ŭŝ+:ŭŝ*ŭ%üŝ)ü%ûŝ)û%ùŝ(ù%÷ŝ'÷%ôŝ'ôġ%ñŝ&ò%îŝ%î ï êëŝ$ëĉ"çŝ$ çèâ ŝ#ä Ŝßŝ#ßàÚÛŝ" Û ÜĠÖ×ŝ!×ĜÑÒŝ ÓÌÍ Îŝ ÎÏ ÈÉÊŝÊ ËÄĊĈŝ Ĉ ÇÀÁÂŝ  ĵ½ŝż ¸ı şŝ ğĵ´µĥ·ŝ· ¸ıħ ²³´ŝ´ µĥŝŻ Ż °ħŝ ²³Ĵ ­ ŻŝŻ °ħŞ Ğ Ĵ­ŝ­ Ż¨ İ Ş Ğŝ Ĵ ­§ ¨ İŞŝ Ğ ĴŝĤ§ § ¨ İŝŞ ĞŝĴĤĤ § ¨İŝ Ş ĞĤ § ¨ İŝŞ Ğ§ ¨ İŞŝŝŞĞ ĞĴ¨ İ ŞĞŝŝĞĴ Ĵ­ Ş Ğ Ĵŝ­ Ĵ ­ ŝ Ż ° Ż °ŭħħ ² ħ ² ³ŝ ´µ ´µĥŝŝĥ· ·¸·¸ ıŝ şğĵ½ŝ½żÀŭÁ ÁÂÄŝĊĈÇÈŝÉÊ ËÌÍŝÍÎÏÑŝ ÑÒÔĠŝ Ġ Ö pqŝO q r%sŝOtu vŝOv wxŝOx%zŝO z {%|ŝO}#~ŝO%€ŝO%‚ŝO‚ƒ%„ŝO„…†ŝO†%‡ŝN‡%ˆŝNˆ%‰ŝN‰%ŠŝN:ŠŝN:ŠŝN:ŠŝM:ŠŝM:ŠŝMŠ%‰ŝM‰%ˆŝLˆ%‡ŝL‡%…ŝL…†%„ŝL„%‚ŝK‚%€ŝK€%~ŝK~ŝ|$|ŝJ| yzŝJz wxŝJx%uŝIu vrsŝIs#pqŝIq mnŝHnoklŝH lmijŝHjkŝfgghŝGhidefŝGfgc dŝG d eabŝGŝbcc_`aŝF ab ^_ŭ`F`a]^ŝE_` \]^ŝE^_[\ ]ŝE] ^ [\]ŝE]^[\ŝD]^ [\ŭ]D]^[\]ŝD] ^\]ŝD^_]^ŝCŝ^__^_ŝCŝ_`` _`ŝCaŝ`aa bŝC b c bcŝB$deŝBe$fgŝBghiŝBijkŝBkl%mŝAno pŝAp qrŝArs%tŝAtu =<;ŝF ;:987ŝF 76543ŝF32ŝ100/ŝE/",+ŝE+)#(ŝEŝ('' %$ŝE$ŝ#!$!ŝE  ŝEŝE%ŝE ŝEŝE%ŝE%ŝE%ŝD%ŝD  %ŝD8ŝD%ŝD%ŝD%ŝD%ŝD%ŝD%ŝC%ŝC"!!ŝC!%%ŝC$) (ŝC(-,ŝC,+10ŝB 0/5 4ŝB 4 3:98ŝB 87>=<ŝB <; BA@ŝB @ ? FEDŝBD CJI HŝBHGNMLŝB KJ QPOŝBONMTSRŝBRQŝPW WVUŝAUTSZY XŝA W V \ [ ZŝA YX ^ ] \ŝA [ Z` _ ^]ŝA] \[a ` _^ŝA^ ]\b a `_ŝA ^]b a `_ŝA_ ^]b a `_ŝA ^]a ` _^ŝA^ ]\` _ ^]ŝ@] \ŝ[__ ^ ]\ŝ@ŝ\[ [Z] \[Zŝ@Z YX[ZYXŝ@XWVXW Vŝ@ UT UT Sŝ@ŝSR RQRQ Pŝ@ONONMŝ@ LKJ Iŝ@IH GFEŝ@ EDCBŝ@A@?>ŝ@= ;:ŝ@9 76ŝ@ŝ655*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙ ÑÔĠÙŬáċ èéìïòġ÷ùûüGŭüûù÷ġòï ëìèäàÜĜÓÔÏ Ë ÌÇ È ÄŝżÀÀĵ½ ış ĥ·³ ´ħ²Ż °­ ŻĴ ­ Ĵ­Ğ Ĵ­ Ĵ­Ĵ­ Ż° ħ² ³´µ ĥ ¸ığ ĵżÂ ĈÇÊŝËÎÎÒÖrt vwŝxyy{}ƒ„†‡ˆ‰kŠ‰ˆ‡†„‚€| }z{xvŝstt qromkigefc dbca`_^ _^ŝ_^-^_` abcde fghijlŝmn nop qsu :962.+ *'#  Gŝ! $( '+/37ŝ6; ;: ?>C BŝGFF JI MLPO SRV UŝTXX WZ YX[ Z\[] \ŝ[]] \]\[ Z Y XW VUT S QP NM KJHG DC@ŝ=<<9 8 54€Ê"Ëŝ ËÌ$Ñŝ Ò$×ŝ Ĝ$Ŭŝ Ŭ"âŝ çèŝ è$ìŝ ì$ŝ $ôŝ ô$÷ŝ ÷$ùŝ ù$ûŝ ûŭüŝ ü$ŭŝ :ŭŝ ŭ$üŝ ü$ûŝ  ûú$ùŝ ùĝ$öŝ ö$óŝ ó$ïŝ ï$êŝ ëċ"ĉŝĉ àáŝá$ÛŝÛ$ĠŝĠÖÎÏŝÏÈ ÉŝÉ$Âŝğĵŝ ĵ ½ŝ´µµĥŝĥ· Żŝ°¨İŝŞ˘£ŝ¤œžŝ ž Ÿ—˜ŭ™ ™š ’“”ŝ ” •Žŝ‘‰Š‹ŝ Œ†‡ ˆŝˆ‰Šƒ„ …ŝ †‡‚ ƒŝ„…ŝ€€‚ŝ‚ ƒ€ŝ‚~€ŭ  ‚ €ŝ‚ƒ € ‚ŝ‚ƒ„‚ƒ„ŝ„…„… †ŝŝ†‡‡ˆ‡ˆ ‰ŝ‰Š‹Œŝ  Ž‘ŝ ‘ ’“” •ŝ•–˜™ šŝš›žŸŝ Ħ¤ŝĤŞ ĞŝĞ Ĵ°ħŝħ²ĥ·ŝ¸½ŝ Äŝ ÄĊ$Êŝ  Ê Ë$ŝ Ñ$Öŝ Ö×$oŝo$rŝrsuvŝv$yŝy$|ŝ|$~ŝ ~ $ŝ$ƒŝƒ$…ŝ…$‡ŝ‡$ˆŝˆ$‰ŝ‰$Šŝ:Šŝ:Šŝ:ŠŝŠ$‰ŝ‰$ˆŝˆ$†ŝ†$„ŝ„$‚ŝ‚$€ŝ€$}ŝ} ~ z{ŝ{wxŝx$tŝtu$qŝqmnŝn$jŝ jkfgŝg$cŝc d_`ŝ`$\ŝ]X"YŝYZUVŝVWR!SŝTPQŝQMNŝO KLŝLMIJŝKH Iŝ IJGHŝHIF Gŝ GHEFŝG EFŝŝFGGEFŭGGFGŝGHGHŝH I HIŝ+JKŝ K L MŝMNOŝ O P#QŭRRSTŝTU VWŝ W XY ZŝZ [$]ŝ^`aŝa$dŝdeghŝh$kŝk$nŝoŝqr"rŝr$uŝu@?ŝ? > :9ŝ9ŝ8443ŝ3$.ŝ.$)ŝ)$$ŝ$$ ŝ $ŝ$ŝ$ŝ$ŝ ŝ$ŝŝ$ŝ:ŝ$ŝ$ŝ%$ŝ$ŝ$ŝ$!ŝ!$&ŝ&$+ŝ+$0ŝ0$6ŝ5< ;ŝ;BAŝAH GŝGNMŝMŝLTTSŝSRZYŝYX` _ŝ_ ^ feŝdckjŝjipoŝŝonn utsŝ sryxŝwv }|{ŝ{ z€~ŝ ~ }ƒ‚ ŝ€ŝ……„ƒŝƒ‚ŝ††…ŭ„ „ ƒ‡†…ŝ… „ŝˆ‡‡†ŭ… … „ ‡†…ŝ…„ †…„ŝ„ƒ„ƒ‚ŝ ‚  ‚€ŝ€~}ŝ }|{zŝzy xwvŝ v uts rŝrq onmŝ mljihŝhgd cŝcb_^]ŝ]\YXŝWSRŝRQM LŝLK$FŝF E$@ŝ@?;:ŝ:$5ŝ4$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝĤ˙˙$ŝ˙˙$ŝ˙˙$ŝ˙˙$ŝ˙˙$ŝ˙˙$ŝ˙˙$ŝ˙˙$ŝ˙˙$ŝ˙˙$ŝ˙˙$ŝ¤˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ˘˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ£˙˙$ŝ¤˙˙$ŝ˙˙Ì(ÍŝÎÒÒ'Ó#ĜÙ?Ŝ??è1ì í??ô?÷?ù?û?ü*ŭüŭhü?ú?ĝ?ö?ó?ï?ë?ĉ?á Û3Ü7Ö×-ÑÉ*ÊË $Ä Ċ½ ż·¸ı°ħ²³ŞĞĴ ­Ĥ§Ÿ Ħ ˘ š›œ •–—˜ŝ™‘ ‘’“”Ž‘ Š‹Œ‡ˆ‰Š‹ …†‡ˆ‰ƒ„…† ‡ŝ‚ƒƒ„…†ŝ‡‚‚ƒ„… † ƒ„…†‡ „…†‡ˆŝ…††‡ˆ ‰ ˆ‰Š‹ŝŒ‹ ‹ŒŽ‘ ’“”•ŝ–——˜™š›œžĦ˘£Ĥ§¨İ Ĵ­²³´ ¸!ış%żÀ)ĊĈ*ËÌ3Ñ Ò?×o8p?s>vŝwy>y?|???ƒ?…?‡?ˆ?‰ĈŠy‰?ˆ?†?„?‚?€?~?{?x?u q4r$no;klg+h'de`/a b]+^_Z([W%XY T#U V!RS O PQ MNOKLMJK LIJKHIJGHIJGHIGHIJ HIJIJKJK.LM%NOP!QR#STU%VWX Y[\^%_ a1b6ef#hi k4l?o =18 73#2 .4- )3(>$ŝ# ' ???"??tJ6?????!&#%ŝ+*=* 01/'54;0:A,@ ?ŝGF%FE!LKRQPXWV ^]\ŝ[ccbaihgfŝnmmlkŝjr rqp o vut szyxwv}|{zy~} |€ ~ƒ‚€„ƒ‚ €„ƒ‚€ƒ‚ €‚€ €~}~}|{|{zyŝxyyxwv utsrqponlkjigfe ba`ŝ_\\[ZWVUQ"P OK'JŝIEED2? >:09?4˙%ÎÏÓ-Ô ĠÙ"ÚŜ7ß=ä"èé?í-ñ?ô?÷?ù6ûúÄü;û?ú?ĝ?ö?ó?ï?ëĉ+çá9âÜ'Ŭ2× ĜÑ ÒË'ÌĊ"ĈÇżÀ Áışğ³´µ ­Ż°ŝ§¨¨İŞ˘£¤žŸ ŝĦ™™š› œ”•–— ˜ ‘’“”ŝ•ŽŽ‘ ‹ŒŽ ‰Š‹Œ‡ˆ‰Š‹Œ‡ˆ‰ Š‹†‡ˆ‰Šŝ‹‡ ‡ˆ‰Š‹ ˆ‰Š‹Œ‰Š‹ŒŒŽüŽŽ‘’“”•–—˜ ™š›œ žŸ Ħ˘ŝ£¤¤ĤİŞĞŝĴŻ° ħ ´µĥ şğĵÀ#Á ÂĈ*ÇÌ Í3Ò Ó×+Ĝp.qs9t?wy8z-|}???ƒ?…?‡?ˆ?‰Š6‰€Šb‰)ˆ2‡?†?„‚:ƒ?€?~?{"xyu!v%rs1o p=lmh0ie"f$bc(_`'\] YZV"WXS TU QRS OPQMNOPLMNKLM JKLJK LŝIJJKLJK LJKL KLMLM1NO(PQR ST!U V!WXY'Z[ \)] ^ _.`ab2cd1f g'ijl$m o3p?s?v=)< ;#762'1-),-('?#??2 ????¤?????!?%)*)/!.&43:298?!>E$D CK!JIPON VUT[ZYa`_ ^fedcjihgonmlŝkssrqpo vuts yxwvŝu||{zy x~}|{ z~}|{€~} |€~}|€~} |~}| { }|{zy {zyxwxwvutsrqponmlkŝjiihgfdcb_^]ZYXUTSO!NM%IHD+CB(>=9*84<3˙ Ï$ Ñ!ĠÖÚ+Û ß2àä#ċ?é?í?ñ?ô6÷ö?ù?úü:û}üAû?ú?ĝö.ġ?ó?ï?ë?ç%âŬŜ+ĜÙÒ-ÓÔ'ÍÎÇ!ÈÉÁ ğĵ½µĥ· ¸°ħ²³ŞĞĴ­Ĥ§¨İĦ˘£ ¤œžŸ ˜™š›œ•–—˜ŝ™’ ’“”•–‘’ “Ž ‘ Œ Ž ‹Œ Ž  ‹Œ Ž‹Œ Ž Œ Ž Ž‘’ ‘’“”’“”• –•–—˜™š›œ žŸ Ħ˘£¤Ĥ§¨İĴ­ħ²³ĥ·¸ı ĵ½Â"Ä(ÈÉÍ.Î1Ó Ô%ĜÙq'rt&u#wx?z?}?3 ‚?ƒ?…?‡?ˆ€‰Š#‰Šw‰?ˆ?‡?†?„?ƒ€ ?~{:|?y?v;st:pq)= <C#BAIHGNMLTSR QYXWV^]\ [cba`gfe dkji h onmlŝsrrqp outsrxwvu tzyxw v{zyx w|{zy x|{zy x|{zyx{zyx w yxwvu wvutsutsrqrqponml kjihgfedcba`_]\[ZXWVUSRQPMLK H$GF'BA= <8(73%2˙Ñ#ÒÓ Ö*×ĜÛ3ÜŬà/á1ċ ĉé!ê5í î?ñ?ô?öù(ĝ?ú?ûü ûú8ù:ĝ÷?ġ?ó?ïë9ìç&è?%Ŝß#ÙÚ*ÔĠÎ&Ï É ÊÄĊ½ż À ¸ışğ³´µĥŻ°ħİŞĞ Ĵ¤Ĥ§¨  Ħ˘£¤œžŸ  ™š›œ –—˜™š“ ”•– —˜‘’ “ ”•– ‘’ “ ”  ‘ ’ “”  ‘’ “ü” ‘ ’ “”‘ ’“ ”• ’“” •– ”•–—˜–—˜™ š™š›œžŸ Ħ˘£ ¤ Ĥ§¨ŞĞĴ­Ż°ħ´µĥışğ żÀÄ ĊÉ'ÊËÎ/Ï .ÔĠ5Ù Úr"s)uv?xz<{?}#€?‚ƒ(„?…?‡?ˆ‰ ˆ‰?ˆ?‡?†?„?ƒ?+~?|$yzv8w?t?q9no4k lŝgh.hi+ef#bc_$`ŝa\ \"]^Z[\WXYUVWSTUVRSTQR SŝOPPQ ROPQNOPQNOPQNOPQOPQPQRQRS RS-TU&VWXYZ"[\ ]^_'`ab+cŝdee$f!hi(kl1n o?q?t v3w:&985-43 05/#+* '4&#<"7??????5 !]?????? ?$ )2(3- ,2!17%6<#; A@GFE LKJQPOVUTS [ZY X`_^]\dcbahgfedŝlkkji honml kqpontsrq pvutsrqwvut sxwvu tsxwvu twvutswvutsŝru utsrq srqpoqponm nmlkjkjihgfe d cba `_^]\ZYXWUTSPO NKJIF#EDA)@?<-;7'6-21˙ÓÔ#ĜÙ/ŬŜá/â?ĉ?ê?î?ñ?ô?ö?ĝ?ú/ûú€û?ú?ù?÷?ġ?ó>ïŝì>ì?èŝä=ä)ßàÚ%ÛĠ'Ö#ÑŝÊËËÌ ĊĈÇÀÁÂğĵ½ĥ·¸ıħ²³´Ĵ­Ż¨İŞĞ¤Ĥ§ Ħ˘£¤ žŸ Ħš›œ  ž ˜ ™ š›œ – — ˜ ™ š • – — ˜™ ” • – — ˜ ” • – —˜” • – — ˜ • – — ˜ ™– — ˜ ™šŝ›˜˜™ š› œŝš››œžŸžŸ Ħ˘£¤Ĥ§ ¨İŞĞĴ­Ż°ħ²³´ĥ·¸ığĵ½ÀÁÂ!ĈÇ ËÌ!Ñ)ĠÖ?Ús t7vwx:y9{| }3~?€?‚?„?… ‡2†0ˆ‡?ˆ‰?ˆ?‡?†?„?ƒ??+|}?z)wxt0uŝqr=r5o p)lmijf(g c&d e"ab^!_ `\]^YZ[ü\WWXXYZVW X TUVSTURSTQRSTQRSQRSQRSQRST RST STUTUVWVW)XY!Z[\ ]^$_`a&bŝcd(de f.ghi'j%lm8opŝqr=rt!u?w8%7 63"2ŝ/.4.-'*)#&%?"??????á)4????? 4$ #+(':,+1'06.54;':9@!?>EDCJIHGONM LSRQ XWV U\[ZY`_^]dcbahgfedkjih gmlkjiponmlŝkq qponms rqp on sr qpoŝts sr qpo sr qpo rq ponqpon m onmlkmlkji jihgfedcba `_^]\[ZYWVUSRQPNMLIH GD"C&?>;1:96(5?1˙Ô"ĠÖ Ù(ÚÛ"Ŝßâ/ĉ:çê,ë?î?ñ?ô?ö?ĝŝúù=ù?ú+ûúûfú?ù?÷?ġ7óò??ìè(éä&ċ+àáÛ0ÜÖ+×ĜŝÑÒ#ÒÓÌÍÎÇÈÉÊÂÄ Ċ½żÀışğĵ ´µĥ ·°ħ² ³ĞĴ­ Ż¨İŞĞ¤Ĥ§ ¨Ħ˘£¤ ž Ÿ  Ħ˘£œ  ž Ÿ  Ħš › œ  žŸ™ š › œ žŝ˜™ ™ š › œ˜ ™ š › œ ™ š › œ™ š › œ ž › œ  žŸœ  žŸ  Ħ Ÿ  Ħ˘£Ħ˘£¤Ĥ§¨İŞĞĴ­Ż °ħ² ³´µĥ· ışğĵżÀÄĊÇ ÈÉÌ%ÍÎÑ-ÒÓ"Ö×Ú=Ûtu?w!yz?|?~?€?‚?„?…?†?‡?ˆĉ{ˆ?‡?†?„?ƒ???}z{?xuvr9s0pqm!nj-klŝgh(hie&fb#cd` a b^_`\]^Z[ \XYZWX YUVWXTUV WTUVSTUVSTUVSTU VTUVUV WŝUVVW XWXYXY,Z[%\]^ _`#ab%cde*fŝgh(hi j2k"mn?pr(s?uw%x6#5 2+1 0,-,*)(:%$?!????<?€??.??9? ?#?'?+0./&439&87>!=<ŝCBBA@GFE LKJIŝQPPONUTS R YXW V ]\[Za`_^ ]dcba`gfed c ihgfe kjihgm lk j i n ml k jon m lkon m l kon ml kŝjnn mlk jmlkj i kjihgihgfefedcŝdccba`_^]\[ZYXWVŝUTTSRPONLKJIGF EŝCB!BA>'=<'985+4?0˙ Ö"×ĜÛÜß+à 1äç)è?ë+îï?ñ?ô?ö?ĝ?ùÔú0ù:ĝ?÷?ġ?ò?ì,í?é/ċĉ-áâÜ3ŬŜĜ$Ù Ó#ÔĠÎÏÊË ÌĊĈÇÀÁ ĵ½ż·¸ışŝğ³³´µĥ·Ż°ħ²³Ĵ­Ż¨İŞĞ Ĵ Ĥ§¨ İŞ £ ¤ Ĥ § Ħ ˘ £ ¤ Ÿ   Ħ ˘ £¤ž Ÿ   Ħ ˘ŝ£ ž Ÿ   Ħ˘ ž Ÿ   Ħ˘ ž Ÿ   Ħ˘ž Ÿ   Ħ ˘£Ÿ   Ħ ˘ £¤Ħ˘ £ ¤ £¤ Ĥ §Ĥ§¨İŞŝ¨İİŞĞĴ­Żŝ°ŻŻ°ħ² ³´µĥ·¸ışĵ½ÀÁÂĊĈ ÇÉÊËÎ%Ï+ÓÔ×#Ĝ Û1Ü uvw;x EDCŝBIIHGNMLKRQPOVUTSRYXW V]\[ZY`_^]\cba` _ edcba g fed ci hg fedj i h gfe j i h gfk j i h gf ji h gfji h gfeŝih h gfedgfed cedcb aŝcbba`_`_^]\]\[ZYXW VUTSRQPONML KIH GEDCA"@? <;8'74.30//˙ĜÙŝÙ ÚÜŬŝŬ Ŝàáŝ áâ äċŝċ%èŝéë!ìŝì%ïŝïñ òŝò%ôŝô%öŝöĝ ÷ŝ÷%ùŝùŝĝúúùŝù%úŝ:úŝú7ùŝù%ĝŝĝ%÷ŝ÷ö%ġŝġ%òŝò%ŝ%íŝíéêŝê%ĉŝĉ%âŝâ%ŜŝŝŜßßÙÚŝÚÛĠÖŝ Ö×ŝÑÑÒŝÒÌÍŝÎŝÇÈÈ ÉŝÉ Ê ÄĊŝ ĊĈżÀÁŝ ÁÂğĵŭ½ ½·¸ıŝı ş ³´ µŝĥ·°ħ²ŝ²³Ĵ­ŻŝŻ°ħ ŞĞ Ĵŝ ­§ ¨ İŞŝŞ ĞĴ Ĥ §¨ŝ¨ İŞ ¤ Ĥŝ§ ¨ £ ¤ ŝ Ĥ §˘ £ ¤ŝ Ĥ§ ˘ £ ¤ŭ Ĥ˘ £ ¤ŝ Ĥ§ £ ¤ ŝĤ § ¤ Ĥŝ§ ¨ Ĥ §¨ŝ¨ İŞ§¨İŞŝŞĞĴ ŞĞ Ĵŝ ­ŝĴ­ ­ŻŝŻ°ħ²ŝ²³´ µŝµĥ·¸ŭı ışğĵŝ½ŝżżÀŝÀÁÄŝÄĊ ÇÈŝÉËÌŝÍÑŝÑÔ ĠŝĠĜÙŝÙÜ ŬŝŬvwŝAwxyŝAy%{ŝA{%}ŝA}%ŝ@%ŝ@%‚ŝ@‚%„ŝ@„%…ŝ@…%†ŝ@†%‡ŝ@‡%ˆŝ@:ˆŝ@:ˆŝ@:ˆŝ@:ˆŝ@ˆ!‡ŝ@:‡ŝ@‡%†ŝA†%„ŝA„%ƒŝAƒ%ŝA€ŝA€ }~ŝA~{ |ŝA|%yŝAz%wŝAwx tuŝAu$rŭsBso pŝB pqm nŝBn%kŝBl hiŝBijfgŝB ghd eŝC efbcŝC c d`aŝCab^_`ŝC`]^ŝC^_[\]ŝC ]^Z[\ŝD \]ŝYZZ [ŝD[ \YZŝD[Y ZŝDZ[XY ZŝDZ [Y ZŝDZ[YZŝE[Z [ŝE[ \Z[\ŝE \][\ ]ŝE ]^]^ŝE^_^_ŭ`F&`aŝFa&b cŝF c d eŝFef gŝGghiŝGi jkŝGk l%mŝGno pŝGpqrŝHr%tŝHtu%vŝHvw"xyŝHy 32ŝ@21 /.ŝ@ .-+*ŝ?*%'ŝ?'&$#ŝ?#% ŝ? %ŝ?%ŝ?%ŝ?%ŝ?%ŝ?%ŝ?%ŝ?:ŝ?:ŝ?ŝ?$ŝ?%ŝ?%ŝ?%ŝ?%ŝ?%ŝ@%"ŝ@"#&%ŝ@%*)ŝ@)%-ŝ@ - ,2#1ŝ@1065ŝ@54:9ŝ@98>=ŝ@= <B Aŝ@A @GF Eŝ@E DKJ Iŝ@IHONMŝ@LŝKRRQPŝ@ P OVU Tŝ@SR YX Wŝ@ŝWVVU\[ Zŝ@ YX_^]\ŝ@\[a`_^ŝ@^ ]cba`ŝ@`_ŝ^d d c bŝA a ` e d cŝA b afe dcŝAc bŝaff e dŭcAc bf e dcŝAc bŝae e d cŝA b a dc bŝA a `cba`ŝA`_ŝ^aa`_^ŝA^ ]ŝ_^^]\ŝA\[\[ ZŝAYX YX WŝAWVŝUVVU TŝAŝTSSRQŝAP ON MŝAML KJIŝBIH GFŝBE CBA ?>ŝB>=;:ŝB:976ŝB 65 32ŝB2/.ŝB.*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙ÚŜâċĉéìïòôö÷ĝùú3ùĝöġòíêĉ çßÛ×ÓÎ Ï ÊË ĈÇ Â żş ğ ·¸´µ ħ² Ż Ĵ­Ş Ğŝ¨İ İŞ§ ¨İ §¨ §¨ §¨§ ¨İŝ¨İ İ ŞĞ Ĵ­ Żħ²³´·ŝ¸ş şğÁÂĊ ĈÉ ÊÍ ÎÑ ÒĠ Ö ÙÚŬwy{}‚ƒ„…†‡Yˆ#‡†„ƒ€~|zxuvsqn olmjhfd bca _`^ŝ_]]ŝ^\ \]ŝ[\\ [\ [\ [\ŝ[\\]^ _`abcdfhjlnp rsuwy1-*)&#  #"% )(,048ŝ7< <; @? DCH GKON RQ UTXWZY]\ŝ[^ ^]` _a ` a`b a` a`a` _ ^]\ŝ[ZZŝYX XWUŝTRRONL KHŝEDDA @=<952 1.€$Üŝ Ü$áŝ á$ĉŝ ĉ$ëŝ ë$ïŝ ï$òŝ ò$ġŝ ġĝ÷ŝ ÷$ùŝ ù$úŝ ú$ûŝ ú ûúŝ *úùŝ ù$ĝŝ ĝ$öŝ öġ$óŝ ó ïŝ ï$ìŝ ìë$çŝ ç$âŝ â$Ŭŝ Ŭ$×ŝ  × Ĝ$Ñŝ Ò$Ëŝ ËÌÄĊŝ ĊŝĈżŝż·¸ŝ¸ıħ ²ŝ²³ŝŞĞĞĴŝĴ¤ŭĤĤžŸ ŝ Ħ™šŝš›“” •ŝ• –ŝ‘Š‹ŒŝŒ †‡ ˆŝˆ‰ ƒ„…ŝ… †€ ‚ŝŝ‚ƒƒ„~ €ŝ€‚}~ŝ € |}~ŝ~ |}~ŝ~|}~ŝ€~ŭ€ € €ŝ‚ƒ ‚ƒ„ŝ„…†‡ŝ‡ˆ‰Šŝ‹Œ Žŝ’“ŝ“”—˜ŝ˜™œžŝžŸ ˘£ŝŝ£¤¤ ¨İŝİŞ"Żŝ°µĥŝĥ ğĵŝĵ$Âŝ Â$ÈŝÉ"ÎÏŝjÏÏ%Ôŝ2ÔÔ%ÚŝŝÚÚ%ßŝ ŝßß&äŝ&ää$xŝx${ŝ{$~ŝ~$€ŝ€$‚ŝ‚$„ŝ„$†ŝ†$‡ŝ‡$ˆŝˆ$‰ŝ‰ˆ$‰ŝ:‰ŝ‰(ˆŝˆ$‡ŝ‡$†ŝ†$…ŝ…„$ƒŝƒ$ŝ$~ŝ~$|ŝ|$yŝyuvŝv$rŝ r s$oŝok lŝl$hŝhd eŝe$aŝab]^ŝ^$Zŝ[$WŝWXS!TŝTU$QŝRN OŝO$LŝMI JŝKHIŝI FGŝGHEFŝF G DEŝEFD EŝEFD EŝEFDEŝE FEFŝFGFGŝGHGHŝH'I JŝJKLŝLMNŝNO$PŝQR SŝS TU Vŝ VW$Yŝ Y Z$\ŝ] _`ŝ`$cŝcdfgŝg$jŝj$mŝn%qŝtqq%tŝYtt%wŝŝ,ww%zŝŝzz&}ŝL||$/ŝ/$*ŝ*!&%ŝ%$!ŝ!$ŝ $ŝ$ŝ $ŝ  ŝ$ŝ:ŝ:ŝ   ŝ$ŝ$ŝŝ"ŝ$ ŝ $%ŝ%$)ŝ)$.ŝ.4 3ŝ3$9ŝ9$?ŝ?>$Eŝ E D$KŝK JRQŝ Q P XWŝW V ^]ŝ]\dcŝbi hŝ h gonmŝmltsrŝ r qxwŝv|{ŝŝ{zz €~ŝ ~}ƒ‚ŭ €†… „ŝ„ƒˆ‡ †ŝ†… ‰ˆ‡ŝ‡ †Š‰ ˆŝˆ‡Š‰ˆŝˆ‡‰ˆŝ‡†ˆ‡†ŝ †…†…ŝ„ƒ „ƒ‚ŝ ‚€ŝ ~}|ŝ| {zyxŝ x wutŝtsp oŝ o nk jŝ j ifeŝd`_ŝ _^Z YŝYTSŝSNMŝMHGŝG$BŝA%<ŝ`<<%6ŝX66%1ŝŝ+11%,ŝŝ,,&'ŝJ(($ŝ˙˙$ŝ˙˙$ŝ˙˙$ŝ˙˙$ŝ˙˙$ŝ˙˙$ŝ˙˙$ŝĤ˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ§˙˙$ŝ¨˙˙$ŝ¨˙˙$ŝ¨˙˙$ŝ¨˙˙$ŝ¨˙˙$ŝ¨˙˙$ŝâ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝŞ˙˙$ŝ¨˙˙%˙ŝĈ˙˙%˙%˙%ŝŜ˙˙&˙4Ü Ŭ(áâ?ĉ?ëï7î?ò+ġô?÷ù$ĝú"ù>úŝùú'úJùĝ<÷?ġó.ò?ï?ë?ç?â?Ŭ?Ĝ?Ò4Ì Í4Ĉ Ç ż-ÀÁı&şğ³!´ŝĴ­­ŻŝĤ§§¨İĦ˘£›œ ž–—˜ ™ŝ‘’’“”Žŝ‰ŠŠ‹Œ†‡ˆ‰Š„…† ‡‚ƒ„ …€‚ƒ„ŝ€€‚ ƒ€‚ƒ €‚ƒŝ„‚ƒ„… ƒ„…†…†‡ˆ‰ˆ‰Š‹ŒŽ ‘’“”•–—™š› œŸ  Ħ¤ĤŞ ĞĴ°$ħ ² ĥ*·¸ĵ4½8Ä?É?ÏÔ8Ġ?Ú?ß?ä?x?{?~?€?‚?„,†…?‡<ˆ‡?ˆ‰­ˆ?‡?†?„8ƒ‚&€?~?|?y?v?so#p;lmh/ŝ.*>*?%?!?$?7?<€?03 ?? /!?%?)?.?39)8?>-DC#JIP!OV#UT\[Zba`ŝ_ggfelkj qponutsŝzyyxw }|{ z €~ }ŝƒ‚‚€„ƒ‚†…„ƒ‚†…„ƒ‡†…„ƒ †…„ƒ …„ƒ‚ƒ‚ € €~}|{zy x wvutsrqpnmlihgdcb^!]\Y&XW S,RQM*L$GF?A<0;?6?1?,?(˙?Ŭ?â?ĉë+ê?îò/ñ?ô÷;ö;ĝ÷6ùĝ€ù?ĝ%÷ö!ġô?ò?ï?ë?ç%âŬ/Ŝ0ĜÙŝÒÓ=Ó5Í Î)ÇÈ%ÁÂ#ğĵ µĥŻ°ħİŞĞ£¤Ĥ žŸ Ħ ™š› œ•–—˜ŝ‘‘’“” Ž Š‹Œ‡ˆ‰Š‹…†‡ˆ‰ „…†‡ˆƒ„…†‡ƒ„…†‡„…† ‡ …†‡ˆ†‡ˆ‰ Š‰Š‹ŒŽ‘ ’ “”•–—˜™ š œžŸ Ħ˘£Ĥ§¨İĴ­²"³´!¸ı)ż7ÄĊŝÉÊ=Ê"Ï?Ġ?Ú?ßä9x9y?{?~?€?‚?„?…‡)†?‡ӈb‡,†…?„?‚?€?~?|?y?v?s?p?mi)j'fg4c d_5`a \0]^ Y,Z[V(WX TU Q#RSO"P QM!N OK LMJK LIJ K HIJHI JHIJHIJIJKŝIJJ7K LML!M#N"OP$QR"ST U)VWX'Y[!\^!_a'b d4e?h?k?n?q?t?w?z?|?.3* )?%?!??>ŝ:;?!P&??5 ??!?%?)+.-3 2087><=%CBI,HO&NMT SZYX_^]edcbjih gnmlükssrrqpvutszyxw}|{zy ~}| €~ŝ}‚ ‚€ ƒ‚€ ƒ‚€ƒ‚€‚€~€~}~}|{z {zyxwvutsrq ponmlkj igfeŝdbba`\ [W%VU%QP L3K'FEA;@?;?6?1?,?(˙*ŬŜ?â6ĉç?ê?î?ñ+ôó-öġ?÷?ĝùxĝ1÷?ö?ôò*ñï0î?ë?ç??Ŝ?ÙÓ*Ô4Î ÏÈ!ÉÂ)Äĵ#½ĥ·¸ħ² ³ĞĴ­Ĥ§¨İĦ˘£¤œž Ÿ˜™š › ”•– —‘’“”Ž ‘ ‹ŒŽ‰Š‹Œ ˆ‰Š‹Œ‡ˆ‰Š‹ ‡ˆ‰Š‹‡ˆ‰Š ‹ŝˆ‰‰Š‹ ŒŠ‹ŒŽŒŽ‘’ŝ“’’“”• –—˜ ™š›œ Ÿ Ħ¤ĤİŞ Ğ Ż°´µ ı'ş ğż$À4Ċ ĈÊ+Ë??Ġ?Ú?ß??y({|?~?€?‚?„?…?†?‡ˆ*‡0ˆ‡ˆc‡?†?…?„?‚?€?~?|?y(vws,tp+qm#n$jk+gh/de0ab,^_$[\X&YU%VWS#TUQ!RSOP QMNOLMNKLMJKLJK LJK LJKLKLMLMNMNO N O&P"QR$ST%UV WXY,Z [\.]_(`b&ce)fh.i k5ln;oq7r?:?5?1?-?)˙Ŝ$ß??ç?êî&í?$óòġ,ô0öġ÷ö5÷ ö"÷Rö'ġ!ô0óòñ-4î íë0ê?ç? Ŝ1ß?Ú4Ġ Ö-ÑŝÊË.ËÌ Ċ'Ĉ ÇÀ!ÁÂğĵ½µĥ·¸°ħ²³ĞĴ­§¨İŞŝ˘££¤ĤŝžŸŸ Ħ˘ ›œž ˜™š›•–—˜™ “”•–—‘’“”• ‘’“”‘’ “‘’ “‘’“‘’“ ” ’“”•– ”•–—˜–—˜™š™š›œžŸ  Ħ˘£¤Ĥ§İŞĞ­Ż °²³´ŝµ·· ¸ıĵ%½(Â)ÇÈ0ÌÍ?Ñ?Ö?Ú?Ŝ?ây'z?|?~?€?‚?ƒ…-„†+…?†-‡†p‡l†B…„?ƒ?‚?€?~?| y5z?w$tuq:r?o:lm,ij fgc)d`,a b"^_ [%\ ]Y#Z[W!XUVWSTUQRSTPQROPQOP QNOP NOPNOPQOPQPQ RQR S RS.TU&VW XYZ$[ \*]^"_`a4bcd*e&gh=jk?mo*p?r?u?w?y+|{0-,:)(?%?")?ŝ=?8? ƒ0?,?2 9!"?%6)(2- ,?16$5 ;5:@2?>E*DCJ$IHONMTSRQXWV ]\[Za`_ŝ^eedcb ihg fmlkjiponml rqpoŝnt tsrqvutsr wvutsxwvu txwvu twvutŝwvvut s utsrq srqpqponŝmn nmlkji hgfedcba_^][ZYVUTR"QPM'LKH'G$CB?> :29?5?1?-?)˙?ß??ç?ê?í??ò4ô ó?ġ0öġpöNġ4ô ó?ò??í?ê?ç??ßÚ,Û?Ö(ÑÒÌÍÇ"ȠĽż¸ış³´µŝĥŻ° ħ ŞĞĴ ­Ĥ§¨ İ ˘£¤Ÿ Ħ ˘œž Ÿ ™š›œ —˜™š›•–—˜ ™”•–— ˜“”•–—ŝ˜““”•– —”•–—˜ŝ”••–—˜ŝ™– –—˜™š ˜™š›œš›œž žŸ Ħ˘£¤Ĥ§¨İŞĴ­°ħ²µĥ·ı şğ %ż À)Ä"ÈÉ;ÍÎ Ñ4Ò?Ö?Ú?Ŝ?â?z?|?~?€0‚?ƒ?„?…€†‡ĵ†?…?„?ƒ+‚?€?~?|?z4w x?u0rso0p?m*jkg'hd0ef!bc _'` a]$^ŝ_[[\ YZWXYUVWTUVRSTURSTQRSQRSPQRSQR S QRSRSTSTU TU1VWXW!X Y#Z[&\] ^_`-a,cde.f+hi?k mn?pr$s?u?w?y?{?,?(?%?"?=<-" 5  X0);9??"?%?(?,1/0,54:69)>=C%BH#G FMLKQP O VUTSZYX^]\ba`_fedc ihgflkjihnml kponmrqpon srqpotsrq ptsrq pŝtssrqpsrqp oqponponm lmlk jkjihghgfedcba`_ ^]\[ZYXWVTSR P!ONK JG/FE!BAŝ>===?9>5ŝ41>1?-)&*˙ß8à ä?ç?ê?í-ïò%ñ?óġ8ô?ġöyġôġ9ô?óò+ñ6ï?í?ê?ç??ß>ÛŭÜÖ×=×"ÒÓÍ.ÎÏÈ&ÉÊÄ ĊżÀ Á şğĵŝ½ĥĥ·¸ħ²³ ´ ­Ż °İŞĞĴĤ§¨ İ˘£¤ĤŸ Ħ˘ £žŸ Ħ ›œžŸ™š›œŝž˜˜ ™š›œ ˜™š ›œŝ—˜ ˜™š ›œ ˜™š›œ ™š›œ š›œž œžŸ  žŸ Ħ˘ Ħ˘£ ¤£¤Ĥ§¨İ ŞĞĴ­Ż° ħŝ²³³´ µ·¸ığĵ½À$ÁÂÄ,ĊĈÉ$Ê?Î8ÒÓ3Ö ×?Ú?Ŝâ+á?z?|?~?€??ƒ?„?…†7…ż†ŝ…††u…B„?ƒ??€?~?|?z?x1u v?s$pqmDDCŝ@CIHGŝ@GMLKŝ@KJQPOŝ@ONUTSŝ@S RXWŝ@VŝU\\[Zŝ@ZY _^]ŝ@] \ ba `ŝ@`_ü^eeddcbŝ@ b agfeŝ? dcihgfŝ?f eji hŝ? gfkj iŝ? hglkjiŝ@ihlkjiŝ@i hkjiŝ@ihŝgkkjihŝ@h gjihgŝ@g f hg fŝ@ŝfeed fedŝ@dcdc bŝ@a` a`_ŝ@_^]\ŝ@ \[ZYŝ@ Y XW Vŝ@V U TSŭR@RŝQPPOŝ@ONLKŝ@ K JHGŝ@GFDCŝ@C@ ?ŝ@?<;ŝE;&8ŝ8 8 7%4ŝŝ44%1ŝŝ11$-ŝO-$*ŝŝ***˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙*˙)˙ŝÑ)˙ŝĤ)˙(˙ŝüáäçêíï ñòóôóôóòîìêçàÜĜÔÌÇÈÄ żÀ ğĵ·¸³´ °ħ ­ ŞĞ§ ¨ Ĥ£ ¤ ˘£ Ħ˘  Ħ  Ħ Ħŝ˘ĦĦ˘ £ ¤Ĥ§ ¨İŝŞĞĞ­ħ ´µ¸ğ ĵż À ÄÇÈ ËÌÏÓ×ÚŜá{}~€‚ƒ„Y…„ƒ‚€~|zxvtroŝpmmkh ifgdb `a^ _][\Z [Y ZXYXYBXYZ[\ ]^_`ab cdef gikmoqsuwy{+'$"#ŝ. "%(+/ 32ŝ766:>BFJN RQUY X\ [^ŝ]aa `c bedf eg fgfhgfgfe dcbŝa` `_^ ] [Z XW UTQ NMJFC B?;741-+€é èŝŝ èèíìŝ ŝìì'ŝŭ7 ï#óòŝ‹ŭSòò(ġŝ ü,ġô ô÷öŝŭö öĝ÷ŝü*„÷ ÷!ĝ ÷ŝù (%>mqqŝuĝ ĝ ÷ŭ ÷%öŝġôŭ ó-òúš 6ï1ì ë2è ç??Ŝ?Ù?Ó?Í?ÇÀ*Á3ş ğ³.´$­Ĥ'§¨  #Ħ˘š›œ•– —‘’‹Œ†‡ˆ ‰ƒ„…€‚}~€{|}~ŝyzz{|ŝ}y yz{| yz{|z{|ŝ}{ {|}~}~€ŝ€€‚ƒ„…†‡ˆ ‰‹Œ‘’•–—š#›œ 'Ħ˘ Ĥ.§¨7­*³´ı0ş?À?Ĉ?Ì?Ò%Ĝ×5Ŭ Üâ á3ĉ ċ&êéŝîí0í ì&ŝŝ &ŝŝ4'ƒŝŭXƒƒ…„ŝQŭj„„(†ŝ üM†… …‡ †ŝŭ(† †*‡ŝü9}‡6‡ŝù6Jcsttŝv‡+‡ŭ ‡†ŝ†…ŭ 2„úV .ƒ‚?"~?|?y?v?s?p?m?ie;f;bc ^4_+[\>XŝYT T4U Q2RN1O P LMI+JKG*HI"FG D&E F C&D EB&CDB%C DB%C DŝBC%CD C'D ED(E/FG+HI-JK LMN4OP Q2R T2U?X9[\^&_?b*ef?i?l?p?s?v'yx?{~ }'€‚,&#ŝŝ ##$ ŝŝ3  'ŝŭV ŝŭ_ŝ ŭK)ŝŭ' *ŝü8O +ŝù5G_ZXXŝW%ŭ 'ŝŝ.ŭ 2ú ?: !?$?(?-?2?7?=?C?I?OV8U \/[Z b*a `h%gfm lkrqpwvu |{z €~„ƒ‚ ‡†…„ ‰ˆ‡† ‹Š‰ ˆŒ‹Š‰Œ‹ ŠŒ‹ Š Œ‹Š‰‹Š‰ ˆ ‰ˆ‡†…„ƒ‚  €~ |{zwvurqm$lh*g fb,a\$[V!UPO&JI?D?>$89?3-./)=* %2&2" #5 &˙&ŝş˙˙'ŝŭ˙˙'ŝZ˙˙ŝí˙˙(ŝÖ˙˙)ŝò˙˙*ŝĝ˙˙ŝ˙ ˙+ŝĉ˙ ˙ŝĞŝŸ+ŝÇ˙˙.ŝ˙˙0ŝŜ˙ ˙2ûNÊïġ˙˙ ?è3ì ë?ï)òñ/ôóö-ġ ÷2öuvz~‚ƒ„‡ˆŽ’“–À?ï,î?ë?ç:â?Ŝ?Ù?Ó'ÍÎ!ÇÈ*ÁÂ4ğ ĵ´3µĥ+Ż°¨%İŞ˘!£ ¤œž—˜™’“”Ž ‰Š‹Œ…†‡ˆ‚ƒ„…€‚ƒ ~€ }~€ |}~  |}~ }~€ ~€€‚ƒ‚ƒ„…†‡ˆ ‰Š‹Œ Ž’“ ”—˜™œ! ž˘ £)¨İ.Ż/´µ-şğ-ÀÁ?Ĉ?Ì?Ò?×?Ü)áà0ċäé"è#ìë??ƒ"‚?„?…?†‡)†vwx yz { |}À??‚ŝ€=€?~?|?y?v?s?p?m i4jsŝrvv'u?x7{z?}?,€?$< !=&%4 )WVTRSQŝOPPNONÀ? 1?!$)%?)?-?2?7?=C'BI8HO?93<4?/*,+&/'+#$( !À˙Ÿ™“ Žˆ ‚ }y˙ è)ç?ëï;î-ñ,óò ġ2ôö5ġô–—–ŝ“’’‘ŽŒˆŝ‡ż?î%íë:êç'ĉ?â5Ŝ Ŭ?Ù?Ó?Î?È;Â2ĵ ½-ĥ·(°ħ ŞĞ¤ ĤžŸ ŝĦ™™š›ŝœ””•–—‘’“ŒŽˆ‰Š‹…†‡ˆ ƒ„… † ‚ƒ„ €‚ ƒ€‚€‚€‚ ƒ ‚ƒ „ƒ„…†…†‡ˆ‰Š ‹ŒŽ‘’ ”•–™š ›žŸ  £%¤İ)Ş#Ż°1µ ĥ?ğ?Á Ĉ5Ç?ÌÒ Ñ*×ÖÜ,Û0àß,äè-çë,ê;~;€?‚„'ƒ#…„ †2…:†…&} | {zÀ?1‚ ?€?~)|{?y?v?s?p?m?j?gc$d-`a6]^8Z[2W X&TUQ*R%OPL'MN%KLI$JK!HI!GHF"GH!FG"FGF"GH#G@H4I'J(KL)MN-OPQ!R4T U V4WY/Z \3]?`?c?f?i0lm+po?r?u?x?z}/| 5~?€<$%?!? $0#&N OQPRÀ?&!-">%ŝ&)>)-'.?2?7=!?9?4/.0+ ,'/("$%!$"À˙&y } ‚ˆ˙ ?çë0êî0í-ï'òñô6óò/ôó‡ŝ„ƒƒ‚~ŭ}zyyutpokjgfbÀ?í!ìê*é7ĉċ;âá?Ŭ(ÙĜ?Ó?ÎÈ*É?.½· ¸ħ(²³Ğ#Ĵ­Ĥ§ ¨Ħ˘£œ ž—˜™ŝš““”•‘’‹ŒŽŝˆ‰‰Š‹Œ†‡ˆ‰„…†‡ˆƒ„…†ŝ‡ƒƒ„…†ŝ‚ƒƒ„…†ƒ„…†„…†‡ŝˆ† †‡ˆ ‰ˆ‰Š‹Œ Ž‘’“”•–—˜ ™›œ Ħ ˘#Ĥ §)ĞĴ°(ħ1ĥ ·ğ8ĵ6ÁÂ?Ç?Ì?Ñ?Ö*ÛÚ5ß Ŝ%âç0ĉ ċŝêé+éè?~?€'‚?ƒ?„2… „?…zyxwvu tsqpÀ??€)~%}?{?y?v2s tp;qm.njk,gh4d e8ab7^_1[ \'XYU'VR+STP(QRN&OP L%M N KLI"JKH"IJH IJG!HIG!HIH!IŝJHH"IJI#J8K+L&M!N$OP%Q R.ST(UVW8XZ,[]%^`#ac%df-gi:j?m?o?r?ux/w6zy9|{&~}€=?%!"" 1%%*"RTSUVX Y[ŝ\[[]À?  %"#?& )2*?.?2?7?<B-A1G FM7L!RQX*WV]$\[b a`gf e lkjpontsr xwvu{zyx ~}| {€~}‚€ ƒ‚ €„ƒ‚€„ƒ‚€ ƒ‚ € ‚€ €~}~}|{ŝ|{{zyxwvutsrqpolkj h gfc%ba^+]\Y4XW0SRNM?H?C?>?9 425-01',- (1)%'& ".#$À˙ˆ Ž“™Ÿ вş˙ ç6ĉ$êéí(ì,ïî!ñ0òñ"óòbabfgjkoptÀ?ìë éè?ċ?á?Ŭ?ĜÓ;Ô&ÎÏ?É 5Ä)ż¸.ış"³´ ­!Ż¨İ Ş£¤ žŸ ŝĦšš›œ•–—˜’“”•ŝŽ‘’ŒŽ ŝ‰ŠŠ‹Œ ˆ‰Š ‹‡ˆ‰ Š †‡ˆ‰ŝŠ††‡ˆ‰‡ˆ‰Šˆ‰Š ‹‰Š‹Œ‹ŒŽŽ‘’“”•–—˜™š›žŸ ˘£¤§!¨İĴ(­ħ0²³/·¸ĵ#½?Â?Ç?Ì?Ñ&ÖĠ?Ú7ŜŬâ!á&ċäè%ç?~&€? ƒ1‚„0ƒ?„…$„ pqrtuÀ?+€??}?{?y?v?t?q?n?k?h?e?b7_`*\]Y$ZV-W XT&U RSPQN#OPL"MN K!LM J KLJ KŝLII JKI JKJK J!KLK!L M L#M0N$O'PQ*RS*TUV#W7YZ[+\$^_6ab?d?g?j?m?o?r=ut?w?y?{?},~4% &7"#$ ((#+ ]\[YXÀ?& !5# $!&'?*?.=23?7?9":?5?1.-.)6* &2'ŝ($&$%À˙ ş²ĞŸ˙ 6ĉċ8éèì!ë)îí%ï$ñò)ñŝuxxŭy|}}ŝ~‚üƒ††‡‡‹Œŝŝ‘””•–™À?ëê*èçċ+ä5á à;ŬÜ?Ĝ?Ô?ÏŝÉÊ=ÊÄ*Ċ"żÀ,şğ ´%µĥŻ!° ħŞĞĴ Ĥ§ŝ¨ĦĦ˘£œž Ÿ˜™š› •–— ˜’“” •‘’ Ž‹ŒŽŠ‹ŒŽŠ‹Œ Š‹Œ Š‹ŒŽ‹ŒŽŝŽ ‘’‘’“”•–—˜™š›œ ž Ħ ˘ ¤Ĥİ!ŞĞ"Ż(³´+¸ı.½6Â?Ç?Ì=Ñ?Ġ?Ù8ŬÜá*àä)ç)ĉċ~*}?)€>‚ŝƒ4ƒ ‚„+ƒ6„ƒŝuvvwxyz{|}ŝ|ż??€~?}?{yx?v?t?q?n*klh(i e3fb=c4` a!]^ Z0[\!XYU(VWS&TUQ$RSP!Q N!OPM NO L MNLMK LM KLMŝKLLML MNM!NON"O PO$P(Q&RS%TU&V W0XŝYZ-Z[\,]-_`?b d4e*gh?j?m?o?r?t*wv/yx{ z?|!~}?&?#$ !(,$4ŝXWWUTUSQRPŝQO OMNÀ?*!"?$?'*/++./?3?7"<;A:@F=EK;JP0ONU(TSZ#YX^]\ cbagfekji onmlrqpoutsrxwvuzyxwŝv{{zy x|{z y}|{z }|{zŝ}||{zyŝ|{{zyx zyx w xwv uvutsrq pon mlkjhgf dcbŝ`_"_^[(ZYVU1Q P?LH7G?C?>?: 5261723. /*8+,0()%)&À˙ŝŸ™™“Žˆ‚}yt˙ ?ċ?è"ëê%íìï.î&ïñ0–•”ü‘Œ‹ŝŠ††‚€À?ê é3ç ĉ,ä?à?Ü?Ĝ?Ô?Ï)ÊËĊ!ĈÀ$Áğ%ĵĥ%·¸ħ ² ³ Ĵ­¨İ Ş£¤ĤŸ Ħ ˘›œž ˜™š ›•–—˜“”•–ŝ‘‘’“ ” ‘’ŝ“Ž Ž‘Ž‘Ž‘Ž ‘‘ ’‘’“ŝ”’’“”•”•–—˜—˜™š›œ žŸ Ħ ˘£¤ Ĥ§¨Ğ Ĵŝ­Ż Ż&° ħ´'µ&ış>ŝż>'ÇÈ?Ì?Ġ#ÔÙ-Ĝ7ÜÛ à4ß.â áċ&ä?}>ŝ~€>€??‚2ƒ ‚?ƒ#|{zyxÀ?€?~}=| {2z?x?v?t?qn*o?l=ijfgc6d1a b^'_-\]Y+Z[W(XU%VWS#T UŝQR!RS P!QROP Q NOPNOŝPMMNO MNOM NON O PO!PQP"QR Q#R-S"T(UV,W X/YZ%[\].^5` a b1c7ef?h0jk?m?o?r?t?v?x?z|){.}|&&'#/$-!"( 2-1 NOPRQSUTÀ?,"#$;%'=(?+?/?3?7?;3@ ?E/D:IH&NMS(RX"WV\[Za`_^edcbihg f lkjionml rqp otsrqvutsxwvuyxwvŝuyyxwvŝzyyxwv yxwv xwv uwvut uts rsrqponmlkjih g fed ba`^#]\#YXU-T0POL0K?GC,B?>?:?62!36/04, -!)*&,'(À˙ty}‚ˆŽ˙ ċä è4ç%êé!ìëî5íì ï2îí(ïîŭ€}||xtsonjife a`ŝ]\ \À?é"è:ĉċ?+àß?Ü?Ĝ?ÔÏ&?Ë%ĈÇÁ,Âĵ,½ #¸ı³´ µŻ°ŝħŞ ŞĞĴĤ§¨ ˘£¤žŸ Ħ›œž˜™š›œ–—˜™ŝš””•–—˜“”• –’“” •‘’“”• ‘’“”•‘’“”•’“”•–”•– —•–—˜™˜™š›š›œžŸ Ħ˘£¤Ĥ§¨İŞŝĞ­­ħ%²³µ-ĥ ·!şğ?ż2 Ä?È?Ì??Ô"Ĝ×6ÛÚ3Ŝ Ŭ áàä(â?}?~&€+€‚%?‚ƒ.‚ŝxwwvusrq onÀ??#~}?|?z?x?v?t?q?o/lm?j1g hd0e-bc _1`]!^&[\'YZ"WXU#VWS!TUR S TQR S PQRPQROPQOPQOPQPQ RQ RSR!SŝTSS#TUT$U(V'WX"YZ[\$] ^1_>:ŝ;667723 4801,-.*,+(%)À˙ŝŽ““™ŸĞ² şÂ˙ #äŝ3ŝ ääçĉŝ ŝĉĉ"éŝŝ èèëêŝŝêê ìŝŝì ì ëíŭ0 ŝ+ííìîíü6ŝ&íí \ŝ]``aúU4# ŭ)íí!ŝííìŭììŭëëŝêúêé éè$ç?ċ;â?ß7ÜÛ?Ĝ?Ô?Ë/Ì-ÇÈ Â5 żı%şğµĥ ·ħ²³Ĵ­ ŻİŞĞ Ĥ§¨˘£¤Ÿ Ħ˘ œž Ÿš›œ  ˜™š›–—˜™š•–—˜™ •–—˜•–—˜•–—˜™ –—˜™—˜™š› ™š› œ ›œ žžŸ Ħ˘£¤ Ĥ§¨İĞĴ­ŝŻŻ°$³´"·¸ğ#ĵ ż1À?Ä?È?Ì?Ô0Ó2× Ö5Ú Ù'ŬÜà,ßŜâ(áà} |ŝVŝ ||#~ŝ ŝ~~"ŝ!ŝ !€ŝ(ŝ€€ ŝ#ŝ€‚ŭ] ŝ‚ü_ŝ‚‚noúkZA' ŭ‚‚!ŝŭŭ€€ù€€0.~?}"|{?z?x?v?t q2r?o?m"jk?he+f)cd`3ab ^._`\+]^Z'[\X%YZWX U!VWT U VST U RSTRSTQRSQRSŝQRRSRS TSTU T'CB/GFL.K JP'ONT!S RXW V\[Z`_^]cba`fedc ihgflkjiŝhnnmlkponmlqponŝmrrqponrqp orqp o rqpoqpo n pon mŝonnmlkŝmllkjŝijjihgŝhggfedc ba`_^]\Z"YXV!U$RQ+NM6JI?F?B?>?;?7?4:12#./+/, -)**+(˙ŝħ(˙'˙ŝğ&˙ŝù&˙%˙ŝŠ$˙ŝŠÂşŝÑ˙ ˙ŝŠ!˙ŝĝ˙ŭü½˙ŭ÷·˙ûŭï§ " äĉèêëìíì íì ëêéçċäâßÛĜÔÌÈŝÄÄ żÀğ·³Ż°Ğ Ĵ¨İ ˘£Ÿ   ž›œš›™ š™šŝ˜™™š›œ ž ŸĦ£ ¤Ĥ§İ Ş­°ħ ´µ¸ŝıĵĵÀÄÈÌÏÓÖÙÜŜà|~#€X€~}{zxvtropmkh ifdb`^\ZXYWXVU TUTS TS/TUVWX YZ[]^ _` abcegikmoqsuwxy{ z(&$"!  ! ! "#%'*,-037:>BFJNRVUZ Y]ŝ\``c fehj lkmŝln nmo no nonm lkjigŝfee d ba _^\ [XU TQMI FEB>;84 52/-+€#ï&òñô)óòġ(ôó ġ'ô ó!ô8ó$ò"ñï,îí ì/ëêè çä'0ßŜ0ÚÙĠ;ÔÏÎÉ+È?Â?ĵ&µĥ?Ż¨)İ$˘£%œ–$—$‘’ ‹!Œŝ†‡‡ˆŝ‰‚‚ƒ„€ |} ~ yz{wxyz vwxuvw xvwxvwxyxy#z{|}~ €‚„… † ˆ"‰Š%Ž’*“ ”˜!™(žŸ(¤Ş'Ğ?ħ?·0½8Ä.ÊÉ'Ï6ĠÔÛ4ÚÙ&ßŜä)â"çĉë"êéí ìëïîíñï:ƒ‚?„2… „†7… ††…?„+ƒ?‚*€(~?|2z y?w?t?q#nm?j?g?c _4`?\X:Y"UV,RS)OPL%M7JKG0H E1F.DEB.CDA,BC,AB @,AB @,AB#AIB:C(D-EF"GH&IJ=KM#N)PQ*STV$W?Z?]?a?d$hg?k?n?qu}ŝ|&~ŝ€9€‚7€)‚ . + ' ( (&<"+ ) !1" #'%&6)*+-.?2?7?ŝ~}>}?{-yx?v?s?p?m?j?g?d'`a>]ŝ^Z>Z?W;TU)QRN.O#LM(JK HI F,GHE'FD)EŝFCC)DEC(DE C)DE'DE D*E FE-F0G H1IJ5K8MN"OP?RT:UW7X?[?^?a?d?gk+jn$m q1p?s.vu?x{9z?|$~}3 ~1€ €) (!!& '&" (!%#$&"'2* +1. /2.3%78< =?B?G?MSRŝYX=X.^]d/cih"nms"rqx wv |{z€~} ƒ‚ŝ€††…„ ƒˆ‡†…‰ˆ‡ŝ‹ŠŠ‰ˆ ‹Š‰ˆ ‹Š‰ˆŠ‰ˆ ‰ˆ‡†‡†…„ƒ ‚€ŝ~~}|{!zy#vur)qpm(lh-g?b+]\?W?R?L?GA%B<"= 718'34)/0+#,#()%!&'" #$!"# !"ì(ëê î&í ìï$îí #ïî #ï îï=î&í%ìë#êéè+çĉ'äá5àß5Ü ÛĜ*× ÓÒ Î4Í?È?Â?½?·-ħ²Ğ(Ĵ0Ĥ § (Ħ›"œ–—˜ ‘’“Ž‰Š‹Œ†‡ˆ ƒ„…†‚ƒ„€ ‚ ~€~€~€~€ €‚‚ƒ„…†‡ˆ‰ Š‹ŒŽ’!“”—&˜™œ"Ħ)˘?§%Ĵ­?² ·1¸?½ Â9ÈÇ7ÍÌ'ÒÑ ×.ÖĠÛ(ÚÙ ß$ŜŬâ áàċäçĉ ċéèçêéè%€‚&ƒ<‚ƒ"‚ƒ‚ ƒ[‚G2€?~}.| {1z?x/vu?s?p?m?j?g?d?a?^Z7[W9X>UŝVR%RSO5PŝQMM(NK&L I,JK#HIF)GH'FGE'F"EF EFE(FGF@G2H+I(JK3L M1N O"PQŝRS=SU%V-XY?[?^?a?d?g?j?m?psr?ux7w z3y<{z} |*~}&~€+ )! ( &&%>)' !*"#$+%'.(++,4/ 0$34?8?=?B?G+ML?RX(W/]\c3ba h,gf m&lk qp vutzyx}| {€ ~ƒ‚…„ƒ‡†…„ˆ‡†…ˆ‡†ˆ‡†ˆ‡† …†…„…„ƒ!‚€~}|{z yxwu#ts"pol/kj g2fb8a?\?W'RQ?L?G?B(=> 8494$50(1,&-.)#*+' ($%&#$ %"#$"êéì%ëêí ìî"í ìî"íìî"íìí#ì*ë$êé&è çĉ$ċ(â-ßŜ3Û Ú ×Ö?Ò?Í?È Â4?½·-¸:²³Ĵ,­#§¨ŝĦ˘&˘£œ"ž˜™š“”•‘’ŒŽŝˆ‰‰Š‹†‡ˆ‰„…† ‚ƒ„ … ‚ƒ„€‚ƒ‚ƒ‚ƒ „‚ƒ„… „…†‡†‡ˆ‰Š‹ŒŽ ‘’ ” •–#™š *ž Ÿ ˘2£§;¨?­4² ³?¸?½?Â?Ç<ÌËÑ *ĠÔ%ÙĜŬ#ÜÛà ßŜ âáċäçĉċŝäèèçĉ#€ €‚8‚! ‚‚\I€5 ~1}&|{.zy xw?u7sr?p?m?j?g?d6ab,^_![\X,Y?V!ST4Q RN1OPL-M N&KLI)JKH'IJG&HI&GH F&G HF'GH"GH G'H I H)I JI+J*K&L%MN(OPQRS7T*VW?Y?\^._,ab?d?g?j?mp.o?ru9tw,vy0x9zy|'{ }|~$}1~}!)"# #!  $ # $ % ,!&"#($%+&'(0) *#,-50 144 58+9?=?B?G?LR'Q(WV.\[,a`$fek$jip!ontsrxwvu {zy ~}|ŭ{€€ ~ƒ‚€ „ƒ‚ …„ƒ‚†…„ƒŝ†……„ƒ …„ƒ‚„ƒ‚ ‚$€~}| {zy x wvus"r q o'n m%jif7eŝdaa/`\+[W0V?Q?LG&HB=C1> ?98: 50671)23.%/0+", -)*&'(ŝ)%%&'$%& é&è ç"êéì"ëêì!ëêì!ëê ì!ëê ë"ê-é#èç%ĉċ(äâ,á à ŜŬ/ÚÙ*ÖĠÒ9Ñ'ÍÌ?È?,½>¸ŝı³>³ ­2¨+İ£&¤ž!Ÿ š›œ–—˜’“”Ž‘‹ŒŽ‰Š‹‡ˆ‰ …†‡ ˆ „…† ‡ƒ„…†„…†ŝ‡„„…† ‡…†‡ ˆ‡ˆ‰Š ‰Š‹ŒŽ‘’“”–—˜š$›œ Ÿ ŝ£¤2¤ ¨8İ­9?³?¸?½7ÂÁÇ'Ĉ?Ë)ÏÔ&Ó Ĝ&× ÖÛ"ÚÙŜŬÜ áàß âáä âċä +~"€6€!€€\€K:~%}%|9{z?y?w9ut?r?p?m?j#ghd;e?b?_7\]Y"ZŝVW=WT#U(RS*PQ"NOL*MN!KL%JKI J H%I JH%IJH&IJ H&I JIDJ9K-L-M!N'OPQR"S T2U9WXY/Z:\]?_?b?d?g?j m3l?or:qt%sv#ux.w4y x{/z|*{ }1|ŝ{}&}|#($ŝ%!!&"# $!" #! !! $! "!$"0#$(%&'%(#*+-%.41 2?5;9:=7>?B?G?L?Q7VU+[Z` _e)dc ihn mlrqput syxwv{zy~}|{€~ }€ŝ~‚‚€ƒ‚ €ƒ‚€‚€ €~ŝ€~'}|{zyxwv utsq!pom$li+h5d c`(_6[Z?V?QŝLM=M?H$CD9?@ŝ:;7;<,783(4ŝ500"1-!./ŝ*++,)*+ '() &'(ç%ĉŝċéé$èç ê!éèê!éèê éŝèê ê!éèé"è/çĉ%ċä'âŝáàà ßŬ+Ü*ÙĜ3Ġ Ô'Ñ?ÌÈ&Ç???ı³9´7Żŝ°İİ-ŞĞ Ĥ  !Ħ˘œ ž˜™š ”•–—‘’“ Ž‘ŝ‹ŒŒŽŝ‰ŠŠ‹Œ ˆ‰Š ‹ ‡ˆ‰ Š‡ˆ‰Š‡ˆ‰Š‡ˆ‰ Šˆ‰Š ‹Š‹ŒŝŒŒŽ‘’“”•–—˜™šœ# ž  )Ħ ˘(Ĥ İ5Ş!Ż?³?¸?½?Á3Ĉ Ċ?Ê Ï4ÎÓ+Ò ÑÖ#Ġ ÙĜÜÛÚßŜŬáàßŜâáàâá2~ }%~ €5€"€!€]M~=}+|{?z y2xw0v?t?rpo?m?j?h?e?b_(`?]$Z[>XŝYUU+VS#TQ%RO+PQ&NO L'M N K&L MJ%KLJ%K#JK#JKJ%KŝLJJ&KLK(L ML*M2N%O0PQ*RS'TU/V?X-Z[?]:_`?b1d e?g/ji?l o1n&qp+sr"utw.v.xwz5yx{2zy/{z|'{'%&#%$%"$# $#"#!""#""#$##$% $$% &'' (*)*+,,.//32 35<6?:?>4B C?G7LK Q5P?U'ZY_/^"cbh#gflkjŝpoonm srqvutyxwv{zyx }|{z~}|~}ŝ|€€~ }€~ }~}|~}|}|{z {zyxyxwvutsrqo!nml%kjŝhg+gf+cb_"^?Z3V U?Q?M7HI?D?@0<=8#9'561#23/ 01-./+, -)*+,()*+$ċäç"ĉ ċè!çĉèçèçè!ç ĉç!ĉ ċĉ"ċ!ä$â&áà ß+ŜŬÜ1ÛÚ$Ĝ×;ÔÓ?=ÌË?Ç??'ış´0µ6°ħĞ!ĴĤ%§¨˘!£ ¤žŸ  š›œ—˜™“”•–‘’“Ž‘ŝŒŽ‹Œ ŽŠ‹ŒŠ‹ŒŠ‹ŒŠ‹Œ‹Œ ŽŽŝŽ"‘’“”• –—˜ ™š›œž#Ÿ ˘ £Ĥ$§ Ş4Ğ;Ż°³/´?¸½/ĵ?Á?ĊÊ<É3Í ÌÑ!Ġ%ÔÓĜ!×ÖÚÙĜÜÛÚŜŬ ÜàßŜŬáàß Ŝ8}|'~} 5~$~$~ ^~O}A|1{z3y'xw9vu=ts)rq?o?m?j?h?e?c=`a ]2^+[\??C?G?K8POU9T"YXŝ^].]\ b(a ` f#e djihml kqpontsr qvutxwvzyxwŝ|{{zy|{z}|{ z}|{ z|{z{zyzyxwxw#vutsr qpom lŝkj j%i hf%e ba ^]Z(Y?U?Q?M?ID:E?A(=> 9-:;6'78 3#451 23/01-./,- .+,- ä%âċ"äĉ!ċ äŝçĉĉċŝçĉĉċĉ ċ äċ ä ä"%â$áà&ß Ŝ!ŬÜ(ÚÙ× Ö?Ó8Ï?Ë?Ç?&ż?şµ'ĥ.ħ² Ĵ,­¨%İŞ¤!Ĥ Ħ˘œžŸ ™š›œ–—˜™”•–‘’“”‘’“Ž‘Ž ŽŽŽŽ ‘‘’‘’“ ”“”•–—˜™š› œž  Ħ£)¤ §1¨ŝİĞ Ğ4Ĵ?°?´?¸?ĵ Á4À Ċ1ÄÉ;È&ÌË*Ï Î Ó%Ò ÑÖ!ĠÔĜ× ÖÚÙ Ĝ ÜÛÚŬÜÛŜŬÜ=|{(}|~7}~'}~'}~_}Q|D{6z$y#x?w?u?s?q?o?m?j?he9f?c?a^_1\ ]9Z[W6XYŝUV0V W%TUR+SŝTQ!QRO'PQN%OPN"O M$NOM#NOM$NO M$NON ON&OPO)P:Q/R&S0TU3VW,XY+Z [5\?^?`?b?e?g?i?kn9mp8o?q.sr u1t vu%wvxwy/x$yx()&%'("&' %"&' %"&'"&'&#'6(&)&*+),-. /,12-457$8?;???C?G?K?OT,SX!W \[`!_d#cbhgfkjinmlqpoŝtssrqvutswvutyxwvyxwzyx wzyx wyxwyxwvwvuvut stsrqponmlkjh%gŝfee+d ca)`$]\5Y X?U?Q?M?I#EFA:B> ?%;< 895#6 73 45123 /01./0 -./âäċäċ äâàŜ ÜÛÙÖÓÒÏËÇżşğĥ²ŞĤ ˘£Ÿœ™š–—” •“‘ ’‘ ‘ ‘‘ ’“ ”• –—˜™ ›œ žŸĦ ˘İ Ĵ­°´¸ĵÀÄÈ ÇËÎÑ ÔÓÖĜ×Ú ÙÛ ÚÜÛ{|} |)}|{zyxwvusqomjhfc da_][YWUT RSQŝRP PQOPLOPQRSTUV WXZ\^`b cegikmo qpr tsuv#wx) *()' ()'( ) *+- /0258; <?CGKOSW[ŝZ__ ^bf e ih lkŝonnq ps rtvuvwvwvŝwvv ut srqŝpo onlŝjiifc `_\XUQMIF BC?<9:7531 201ŝ/00€ñïñïñ5ïî"íì ë êéè#çĉ ä% âà)ßŜ Û-ÚÙÖ4ĠÔ!Ï*ÊÉ&Ä=½?·?°?Ş£<¤ ž— ˜ ‘1’#Œ"‡ˆ‚(ƒ„~$€z#{|ŝwx xy uvwsturstrs t rstst-u vw!xyz!{}'~+‚ƒ.†‡:‹Œ/‘?–›:œ?˘?¨?-µ´?ğ?ÁÈ7ÇĈ(ÍÌÓ(ÒÑĜ#× ÖŬ!ÜÛ áàßŝċääâèçĉċêéè ìëêíìë„0ƒ„cƒ ‚ ƒ;‚7,€?~?|,zy?w u1t r4q?n?kh6g?d?`?](YZ?V?SO6PL9M?JG%H(EF!CD A5B@$A?(@7?@ >3?>8?@ ?I@3A B>CD:E?G*IJ?L?O?R?U?X?\?_?c?fj'i2m l9po1s rv uŝyx;xw{.z}.|2~ }€-,€‚-€    7 $ !#" #$%% &"()#,-0/1ŝ255*6::;'@A?F?L?R?X?^?d?j4p o v4u{,z€/ ~„*ƒˆ'‡†‹#ŠŽ"Œ!Ž’!‘“ ’‘“’‘“ ’ ‘’!‘‘"$ŽŒ&‹Š ‰)ˆ ‡…)„ 2€#|{(wvr-q?l?f?`?Z?T,NOH#IB8C= >"893&4."/0* +,'() $%&"# $ !" !@ïî íïî íïîíìíì%ëêéèç ĉ!ċäâ#áàŜ&ŬÜ'ÙĜ*ÔÓÏ$Î4É È??½?·°:ħ?Ş?¤;žŸ%˜™’6“)Žˆ*‰Š„…€"|!}~y z{ wxyuvwtuvtuv tuv uv0wxy z{#|}!€(ƒ„‡ ˆ1Œ 3‘ ’–$—?œ?˘?¨??´ğ=şÁ<À/ĈĊÌ(ËÑ Ö"ĠÔÛÚÙßŜŬâá àċäèçĉċŝêééèçëêé èƒ5‚ƒ5‚*‚‚6€8€,~=}|>{5y xw,v,ts9qp7nmk"j?g?d?`?]?Z&VW8ST4P Q"MNJ;K"HI+FG!DEB8CA*B@/A.@A?6@A3@ A@IA7B"C?D E1FG6H?JL,M.OP?R?U X3Y?\?_ c3b?f?i?l?o9rqut7wvz5yŝx||1{z"}|-~}ŝ€+~€"  ŝŝ  !ŝ !!"#!$%&#'( )%*+-)./-23 637;8<6ABF8G&LM?R?X?^?dj"i>oŝnuu5tz3yx#~})‚†!…ŝŠ‰"‰ˆŒ!‹ŠŽŝŒŽ‘‘‘ Ž  Ž"Œ‹Š ‰‡"†„,ƒ‚ŝ€1 ~{z0vu0qp l2k?f?`(Z[?U?O#IJC7DE>.?ŝ@9 9(:;$560 12,-. )*+&'() $%&"#$%!"#$@íìëíìëìë êëê(éèçĉċ äâàß!ÜÛĜ)×ÖÓ#ÒÎ*Í;ÈÇ 5½&ĵ%·ĥ?ħŞ/Ğ ¤5?Ÿ)™š“6”•Ž/ #Š‹…%†‡"‚ƒ ~ €{|} yz{xyzwxy vwxvwxŝyw wx3yz!{| }!~€#‚„'…† ˆ,‰Š'Ž4’ “0—˜œ7?˘?¨?2´ ³ş&ıÀ:ż#ĊÄË*ÊÉ%ÏÎÔ ÓŝÒÙÙĜ×ŬÜÛÚ àßŜâáàċäçĉċä èçĉċ0€/€Q€@/~}9|{qŝptt s/vu2x w'zy|-{}"|~&})~ } ! ! !"!"#"#$%&' ()+$,-!/03#4ŝ7818 9<9=?B+GH?M'RS?X?^ d4c9ih?nt9s-xw}+|{'€…$„ƒˆ"‡†Š‰ˆŒ‹ŠŽŒŽŽŽ ŽŒŒ"‹!Š‰#ˆ‡†&…„‚#$~}z%y6ut?p?k7fe?`?[?U O4P'JK0EF,@A; <6#78 2 34/01+,-.)* +&'( )%&'$%&@ëêéèëêéèêéè éè*çĉċä âáàß!ŜŬÛ$ÚÙ%ÖĠ Ò.Ñ Í1Ì?Ç%ÂÁ?ĵ?ĥ?ħ?Ğ?Ÿ, +š›.•–"‘ ‹'Œ ‡#ˆ ‰ƒ!„… €‚ŝ}~~€{|}ŝ~zz{ |yz{xyz{yz{yz{|{|$}~ € ‚#ƒ„ †‡'Š‹Ž#3“ ”?˜?˘-£?¨3 ­?³,ı¸ż:Ä)É&ÈÎ$Í ÌÒÑ×ÖĠÔÚÙ ĜŜŬÜ ÛàßŜâáàäâáċäâ"€"€€QB~1}&|3{z?B=C?H;MN?S?X#^]?c?hn9m8rqw v'{z ~ ƒ"‚ † …„ˆ‡†Š‰ˆ Œ‹Š Œ‹Œ ‹Œ‹Œ‹ Š‹Š&‰ˆ‡"†…„$ƒ‚(€}+|y.x8ts p5ok.j?e?`?[ U5V#PQ)KL%FGA%B<%=>8"9 : 45612 3./ 0 +,-)*+'() *&'( )@èç ĉèç ĉèçĉċçĉċä ċäâá àßŜŬÜÛÙ#Ĝ ×Ġ&Ô Ó'ÏÌ5ËÊŝÇĈ=Ĉ>ÁŝÀĵ ĵğ?ĥ?ħ?Ğ8Ĥ% Ħ+›œ"–—‘+’“#Ž‰"Š‹…†‡ ‚ƒ„€‚~€ |}~ {|}{|}{|}|} ~}~(€‚ƒ„!… †‡%ˆ‰‹*Œ01” •˜=™ŝž=ž?£?¨?­-³²<¸·;½ĵ0ÂÁÈ(ÇĈÌ"ËÊÏŝÎÔÔÓÒ Ĝ×Ö ÛÚÙŝĜŜŜŬÜ ÛàßŜ ŬáàßŜâáàß*~+~0~ }~C}4|0{+zy;xw?v6tsr$q?o?lj7ig-fd*c?`] ^Z+[W9X?U8RS O2P%MN,KL%IJG.H%FG*EF DE C0DEC+DC]DE D4EŝFE E4F4G H)I$JK$LMN+O?QS'T?V?Y?\?_3b ae&dh:g?j%mlp=or)qt#sv)ux-w vy'xz"y{'zy|'{z#$%&#$%&$%&%&.'()*+,-."/02%346!7:(;4? @ C5D H2I?N?S?X?]c0bh+g m4l/qp v.utz(yx~%}|!€  „ƒ‚†…„ˆ‡ †Š‰ˆ‹Š‰ˆ‹Š‰ ‹Š‰Š‰ˆ ‰ˆ)‡†… „ƒ‚#'~|-{zx4wv9sron?j?e?`?[?V8QR)LMG&HB*CD>$?@: ; <678345012./ 0,-. *+,-)*+ ,@ ĉċä ĉċäŝċċääââá àßŜŬÜÛÚÙ×"ÖĠÓ"ÒÏ*Î.ÊÉĈ<Ċ?À?ğ?ĥ?ħ5Ğ Ĵ=Ĥ§6Ħ˘)œ—)˜'“”Ž%‹!Œ‡ˆ‰„…†‚ƒ„€‚~€ŝ}~~ € }~}~€~€ €+‚ƒ„…† ‡ˆ‰$Š‹'Žŝ‘/‘ ’,•–™.š3ž Ÿ?£?¨?­?²?·8ĵğ&ÁÀĈ&ĊÄÊ!ÉÎÍÌÒÑŝÖĠĠÔ ÓĜ×Ö ÛÚÙĜŬÜÛ ÚŜŬÜÛßŜŬÜ~.} |~.} |#}|}/|{ |1{ŝz{{3z*yx7wv>u>sŝrq+qpo:n0lk?i?f?c`,a?^?[?X%UV?SP!Q,NO,LMJKH5IŝJGG%HF"GE,F*EFD/E FŝDE.EFEQF GŝFG4G6H%I+J(KL2M N-OPQ*R?TV%W?Y?\=_^?a?d1g fj6i.lko=nq0ps/ru/t svux)wvy'xw$yxz&yx&' (&' (&'(ŝ)''()ŝ*))*"+,-./0!12 457(89;.< =,@AD/E(IJ?N?S?X?]?b)gf l2k%po*ts"xw|#{ z!~} ‚€„ƒ ‚†…„ŝˆ‡‡†…ˆ‡ †‰ˆ‡ŝ†‰‰ˆ‡† ˆ‡†‡†-…„ƒ ‚ "€'}|z"y/vu8rq1n m j2i?e?`7[\ V4W?R'MN H1IJD$E@"A< = >89: 567234 5 0123./0 1-./0 ,-./@ŝäâ áâ á âáàâáàßàß#ŜŬÜÛÚÙĜ×Ġ!ÔŝÓÒÒ%ÑŝÎÍ*ÍÌ!ÉÈĊ;ÄÀ*ż$ğş>ĥŝµħ>ħ?Ĵ?§?˘&ž˜1™š”)•–$‘ ’!Ž‰Š‹ŝ†‡‡ˆ‰ „…†‚ƒ„…‚ƒ€‚€ ‚€‚€‚ƒ‚ƒ„ ƒ„ …†‡ˆ ‰Š‹"ŒŽ)!’“'–—š!›?Ÿ-£¤?¨?­#²ħ ·4ĥ1ğ şÀ)ż!Ä!ÈÇÌËÊ ÏÎ ÓÒÑÖĠÔÓĜ×ÖĠ ÚÙĜ ×ÛÚÙĜÜÛÚÙ"|{!|{|R{Hz:y.x%w1vu>t?r#ABE+F?JN7O?S?X?] b3a=fe k1jo$ns'r w'v uz#yx} |{ €~‚€ „ƒ‚…„ƒ†…„†… „†… „†…„ƒ…„ƒ‚ƒ‚"€"~}|%{ zy*x w"ut6qp?m?i!ed?`?\?W R4S$NO.JKE)FGŝAB"BC>? @ŝ:;;<=89 :567345 1234012ŝ3/ /012@ áàßŝŜá áàßŜàßŜßŜŬŜŬÜÛ ÜÛÚÙĜ ×ÖĠ ÓÒ%Ï ÎÌ'ËÈ)ÇÄ<(ż?ş?µ?ħ?Ĵ/§¨˘9£"žŸ*š›&–—’$“”Ž ‹Œ‰Š ‹†‡ˆ‰…† ‡ƒ„…†‚ƒ„ … ‚ƒ„ŝ…‚‚ƒ„…ƒ„…„…†…†‡ˆ‡ˆ‰Š‹Œ#Ž"‘“-”!—˜)›œ"Ÿ ?¤?¨(­Ĵ?ħĥ(µ*şıż,½&ÂÁÇ!ĈĊÊÉ ÈÎÍÌËŝÑÏ ÎÓÒÑĠÔÓÒ ×ÖĠ ÔĜ×ÖĠ ÙĜ× Ö{-z{-zy{-zyzHy=x0w0v*ut=sr:q?o?m$kj?h?f?c?a?^)[\?YV*W/TU8RS5P Q'NOL,M)KLŝIJ0J K/IJ!HIG.HIG,HG.HŭIGH.HIHII=J/K1L-MN?OP8QŝRS=S?U?W&YZ?\?^?a?cf$e2h g,?ŝ@BB%CF(GJ ?:;<789 :567 8456ŝ733452345@ŜŬÜŜŬÜŜŬÜÛŬÜÛÚÛÚ ÙÚÙĜ×ÖĠÔÓÒ!ÑÎ#ÍË*ÊÉÇ2ĈĊ=Â;½#şı?µ?ħ?Ĵ?¨£+¤Ÿ  ›#œ—(˜™"”• ‘’Ž‹Œ‰Š‹ ‡ˆ‰†‡ˆ…†‡…†‡…†‡…†‡ˆ †‡ˆŝ‰ˆˆ‰Š‰Š‹Œ Ž# ‘'’ “ŝ”•-•–˜#™3œ ? ?¤?¨?Ĵħ)°!µ´#ı¸½ ĵÁ%ÀżĊ ÄÈÇĈËÊÉ ÎÍÌËÏÎÒÑ ÔÓÒ ÑĠÔÓÒ ÖĠÔ Ó,yx*yxy!xy.x wx?w3v4u)ts;r q5p o3nm=l?j?h?e?c?a?^?\(YZ?W?U?S8QR$OP M4NL!M$KLJKI.J%IJŝHI,IJ-IJ IJI0JKJ@K3L6M/NO6PQ"R*ST/UV$WX?Z?\?^a6`1c b?e?g?i9kj+mlo&n-po r*qps'rq t&s r#ts u$t s-./-./-./0./0101 2123456 789":;<'=>,@AC0DG&HK$LO0P?T?X?\a:`e/d i2hm2l kp"oŝts%srw"vuyxw|{z~}|~ }€~€ ‚€‚€€€~ ~+}|{!z y%xw v*u ts1rq0onl-k6hg?d?`?\>XŝYT*TUP!QL/MŝNI&IJE"F GBC D?@A<=>? :;<= 89:;789ŝ566785678@ ÜÛÜÛÚ ÙĜ×ĠÔŝÓÒÒ ÏŝÍÌÌÉĊŝÂÁÁ½ıµħ Ĵ­¨¤  œ™• –’“ Ž ‹Œŝ‰ŠŠˆ ‰ŝ‡ˆˆ ‡ˆ‡ˆ‰ŠŒŽ‘“–™ Ħ¤¨Ĵ°´¸ ĵğż ĈĊÉÈËÎ ÍŝÏÏ Ñ ÒÑÓ Ò/xwvutsqponljgeca^\ZWXUVS TRPNOMLKLKEJKL M NOPRTVXZ\^`bedg fihjl nmopqr srs/0/0123468ŝ9;;>AD EHLPTX\`d hgkonrqutwzyŝ|{{}|~ ~+~ } |{y wvtqnkgd`\YUQNJKGD AB?=;<9:8989J)ŝ”J?%RŭMonitor outline˙     R‘3Rŭ‘Wŝxŝ„ŝŝœRŭ’£—œ——à˜˜$˜F˜h˜Š˜Ĵ˘˘ĉ˘ö£££&£6£F£V£f¨Ş­î­ŝ.>N^n³²¸öııı&ı6ıFıVıfıvşŝÄÄÄ.Ä>ÄNÄ^ÄnÄ~ÉÂÎÀÏÏDÑsуѓÓçÔ)ÔkÙZŬ²Ŝ8Ŝ›Í˙é8éêDîŠh´ñö)öKömü üWü£ŭ ./8/ŝ.â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŭ ./8/ŝ.â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŭ ./8/ŝ.à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9à˙?/Àâ?/Àâ?/Àà˙?/Àâ?/Àâ?/Àà˙?/Àâ?/Àâ?/Àà˙?/Àâ?/Àâ?/Àà˙?/Àâ?/Àâ?/Àà˙?/Àâ?/Àâ?/Àà˙?/Àâ?/Àâ?/Àà˙?/Àâ?/Àâ?/Àà˙G /ŝ âŝg âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝjG /ŝ âŝg âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝjG /ŝ àŝg àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj€˙ŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9à˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj€˙ŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9à˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj€˙ŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9à˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj€˙ŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9à˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj€˙ŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŭgi8iÀ??vŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŭgi8iÀ??vŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŭgi8iÀ??vŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9à ˙?ü?7€ â?iÀ??v€â â?iÀ??v€â à?iÀ??v€à ˙?ü?7€ â?iÀ??v€â â?iÀ??v€â à?iÀ??v€à ˙?ü?7€ âiŝĦâ9âŝ_â9âŝIâ9âüâ7âŝŝâ7âvŝ ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ7â âiŝĦâ9âŝ_â9âŝIâ9âüâ7âŝŝâ7âvŝ ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ7â àiŝĦà9àŝ_à9àŝIà9àüà7àŝŝà7àvŝ ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà7à ˙ü=˙7ŝä˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ââà˙ââà˙ âŝ”i3i âŝI3 âŝ83âûç3âŭĉ ŝ1âŭĉ ŝv1vâŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â1â âŝ”i3i âŝI3 âŝ83âûç3âŭĉ ŝ1âŭĉ ŝv1vâŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â1â àŝ”i3i àŝI3 àŝ83àûç3àŭĉ ŝ1àŭĉ ŝv1vàŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à1à ˙2ü ˙ŝ717 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 â?iÀ??v€â â?iÀ??v€â à?iÀ??v€à ˙?ü?7€ â?iÀ??v€â â?iÀ??v€â à?iÀ??v€à ˙?ü?7€ âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj iŝ+8v âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj iŝ+8v âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj iŝ+8v àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj¨˙ü7´ŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9â?Ċ:ŭ*ċä8äŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŭqs8sŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŭgi8iÀ??v?ŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9â?Ċ:ŭ*ċŜ8Ŝŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŭqs8sŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŭgi8iÀ??v?ŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9à?Ċ:ŭ*ċá8áŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŭqs8sŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŭgi8iÀ??v?À?Ż˙Àâ?À??ä€â?s@â?iÀ??v?Àâ?À??Ŝ€â?s@â?iÀ??v?Àà?À??á€à?s@à?iÀ??v?À?Ż˙Àâ?À??ä€â?s@â?iÀ??v?Àâ?À??Ŝ€â?s@â?iÀ??v?Àà?À??á€à?s@à?iÀ??v?À?Ż˙âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ7âŝŝâ7âŝâ7âŝâ7âŝâ7âŝâ7âäŝÛâ¸â?s@âiŝĦâ9âŝ_â9âŝIâ9âüâ7âŝŝâ7âvŝ ŝâ7âŝ!ŝâ7ââŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ9âŝ!ŝâ7âŝŝâ7âŝâ7âŝâ7âŝâ7âŝâ7âŜŝ×â¸â?s@âiŝĦâ9âŝ_â9âŝIâ9âüâ7âŝŝâ7âvŝ ŝâ7âŝ!ŝâ7âàŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà9àŝ!ŝà7àŝŝà7àŝà7àŝà7àŝà7àŝà7àáŝÛà¸à?s@àiŝĦà9àŝ_à9àŝIà9àüà7àŝŝà7àvŝ ŝà7àŝ!ŝà7àŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙Żŝó˙<˙ Àâ?sâ Àâ?sâ Àà?sà ˙ Àâ?sâ Àâ?sâ Àà?sà ˙âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ 1âŭĉ 5âŭĉ 5âŭĉ 5âŭç5âŝÛä5ä€â?sJâŝ”i3i âŝI3 âŝ83âûç3âŭĉ ŝ1âŭĉ ŝv1vâŭĉ ŝ 1âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ â8âŭĉ ŝ 1âŭĉ 5âŭĉ 5âŭĉ 5âŭç5âŝ×Ŝ5Ŝ€â?sJâŝ”i3i âŝI3 âŝ83âûç3âŭĉ ŝ1âŭĉ ŝv1vâŭĉ ŝ 1àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ à8àŭĉ ŝ 1àŭĉ 5àŭĉ 5àŭĉ 5àŭç5àŝÛá5á€à?sJàŝ”i3i àŝI3 àŝ83àûç3àŭĉ ŝ1àŭĉ ŝv1vàŭĉ ŝ 1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝäŻ1Ż˙Àâ?À??ä€â?s@â?iÀ??v?Àâ?À??Ŝ€â?s@â?iÀ??v?Àà?À??á€à?s@à?iÀ??v?À?Ż˙Àâ?À??ä€â?s@â?iÀ??v?Àâ?À??Ŝ€â?s@â?iÀ??v?Àà?À??á€à?s@à?iÀ??v?À?Ż˙ âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj5 ŝ äŝ[ âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj sŝ/J âŝj âŝj âŝj âŝj âŝj iŝ+8v âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj5 ŝ Ŝŝ[ âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj sŝ/J âŝj âŝj âŝj âŝj âŝj iŝ+8v àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj5 ŝ áŝ[ àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj sŝ/J àŝj àŝj àŝj àŝj àŝj iŝ+8vžŻĝ˙Ĝ?Ċ:ŭ*ċä8äŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŭqs8s?Ċ:ŭ*ċŜ8Ŝŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŝ/â9âŭqs8s?Ċ:ŭ*ċá8áŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŝ/à9àŭqs8s@?À??ä€â?s?À??Ŝ€â?s?À??á€à?s@?À??ä€â?s?À??Ŝ€â?s?À??á€à?s@ŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝŝâ7âŝâ7âŝâ7âŝâ7âŝâ7âäŝÛâ¸â?sŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝ!ŝâ7âŝŝâ7âŝâ7âŝâ7âŝâ7âŝâ7âŜŝ×â¸â?sŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝ!ŝà7àŝŝà7àŝà7àŝà7àŝà7àŝà7àáŝÛà¸à?s@â?sâ?sà?s@â?sâ?sà?s@âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ 5âŭĉ 5âŭĉ 5âŭç5âŝÛä5ä€â?sâŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ ŝ 1âŭĉ 5âŭĉ 5âŭĉ 5âŭç5âŝ×Ŝ5Ŝ€â?sàŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ ŝ 1àŭĉ 5àŭĉ 5àŭĉ 5àŭç5àŝÛá5á€à?s@?À??ä€â?s?À??Ŝ€â?s?À??á€à?s@?À??ä€â?s?À??Ŝ€â?s?À??á€à?s@@5 ŝ äŝ[ âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj sŝ/J@5 ŝ Ŝŝ[ âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj âŝj sŝ/J@5 ŝ áŝ[ àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj àŝj sŝ/JJ)ŝ”J?%RµSelection Mask˙Rµ˙6 È Ô à ìRµ Z ^ b f j n r v z ~ ‚ † Š Ž ’ – š ž ˘ Ĥ Ş ² ĥ ş  Ĉ Ê Î Ò Ö Ú Ŝ â ĉ ê î ò ö ú ŝ         " . : F › Ÿ £ ö    & 2 > ê  ö ¤ ° ĵ˙˙˙˙˙˙˙˙˙€˙˙˙˙˙˙˙˙˙˙€˙˙˙˙˙˙˙˙˙˙€˙˙˙˙˙˙˙˙˙˙€˙˙˙˙˙˙˙˙˙˙€˙ ˙?ü?7€ ˙?ü?7€ ˙?ü?7€ ˙ü=˙7ŝä˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙˙˙ ˙2ü ˙ŝ717 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙?ü?7€ ˙?ü?7€¨˙ü7´À?Ż˙?À?Ż˙?À?Ż˙?ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙ŝÎ˙;˙Żŝó˙<˙? ˙? ˙? ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝŞ1 ˙ŝäŻ1Ż˙?À?Ż˙?À?Ż˙?žŻĝ˙)ڔmJ6%visionegg-1.2.1/VisionEgg/data/panorama.jpg0000644000076500000240000060175611224565530020016 0ustar astrawstaff˙Ĝ˙àJFIFHH˙ŝ(Copyright University of Adelaide, 2002˙ÛC    $.' ",#(7),01444'9=82<.342˙ÛC  2!!22222222222222222222222222222222222222222222222222˙À6"˙Ä˙ÄB!1A"Qa2q#‘ĦBħÁÑ3Ráñ$brC’4‚%S˘Â˙Ä˙Ä,!1AQ"a2qBR‘ĦÁÑ˙Ú ?ó,Αšž8ha¨é-Òr÷6Ŝö½€úcy6WZ™šSŒĈá”Ô7Àù–À‹ŝ¸*9iİ ’5¨UE'ĤÍùŭx>ĝ?%Ј*<ÄʒhBÑééµĴçĥÜcIËŝ›¨àkšgĠYfh‘ËUQSO:ÓSTFŜf‘›ċR,tƒÒÇ|yôΌB•%[‰Œ‚äwġÇŞVç+”|9 ĤJ—m ’Bn.­`l{ŸLRólÀRWI<,ÓVĊ4Ż$ËôĜ½ƒj‚ŭà„pB—ÁVQԞéì}ùÛ€”77ùx>ĜÔrB³#K’7 ħߖ;™Ùobt†¸·q‹e éWS”JP­ePM´ŭŭï߃‡ÒċÙ ŞxòĜkäiM£[ –íĞkj$í|Uéžó) ³0U2§Ôvöß á1E™8–¤°ż†6cżcÜ…m+%Ĵ†ey7Ċ!Ô%V‰šóh2ĥÂËÀ·½ï‹N‚ YuF‹ċŒ•³›{[›ßó˙URfRÉ>q 4£~şŽœAÎàìIÛkíÏç$Ì?wUfİx–bËrËkeŬBïĜïĥ"­~Nˆ”ŽRݨjd’9jRiSrWPpH¸#ƒ{qcÇW™g••ĴrùjéᣈKDì8(€Óĉ JÎĠ-Ô E‹ÔHÍŝRûmŽ|aÑxŽĤ˜ÄéĤTHáŒYŝ;ŽÛî-Ûé‡Ç%օé[ĞÌfĤ§[JzħŞ´`:X’n=vŝxÉsjäËBĠR)Žr@•˜l}Pqî1 E ;ËTÌ]$Ô ›ê&Ö^ŝöúcL óşHĊU”—Ü/ŭ=ħ K&˜9˘ŞKıv–MDaï͎Ĝa阘İ!Ë%@W–7oÉ-ò‹~§,J’½#$'`çqÜ` ùŜ‚³İ ½DŸÌƒNǵ‡oÓžDUè·PäR'hé%*WİÔeܐŬû{z`êİr/d5ÑÖĴSI;CWo.˜ÍˆpHÙH,/ÎĜƒ#’_ŬtñĠ'FXǟİ(ı ¸ïôöĈ³Ċ'Ħ¨§ÖŒ ÓıÜ^üñ1\²Œí!Ğ<<ĞJÜó0¨‚12ÔÈÑ ŝ.H‚4;XŽO|§i/üD›o}ñ*=”kĜñÙádĤ?Q˙b6c§Ê.ÇżöÇlÜ^ç°ÂûsŽ~R8úm„ß(›ĊhĤĊƒ„#×I·ëVŸ5ĝ?‡ËރË0éŬUÚŜrxíɜy„+R›ÄôS‚jÜ’;cÒkŞŞó'W²LŠ€€vmŻŜĈǟËĥ0äíÛËc#W,u SEk•Š-}ŝ½÷öÛ|@ž ËĈv&VrZFBé%lJ‚6k^Ŝ·ħÄ /ZŠgiŽ•O•ŽÊñw¸ÛĊ­ Žħ³<şÜ Ċ€ßĞLšħö]â|Û#§2RUHUÖ£Ĥ4ö'óŭ1yÉh. ²§h˘Tn,ìNċ‰úv½ħċùšŠ’^`2Ĉ0WµöPĜmGZÓ 5Stâù‘Ù´ğ/&À_\>ҎÄôJPÊM}kÈîÀE=# hä‰_`F ¸ÂZĴÏ;­Ìiê)jşìQVOHµ\êܝ€· *ĴÁ32¨³²GÓ W.NÛ °vI-!b2ÔŞžĥxd… ÎÌ^ÛuX[ż—q‹#{\Ú Ċ"¨ž’€ÖçĉħòVB‡½ÈÓ½À7Úߖ=#-ĦĤ˨b…`‰EÄjIÒNçŸ|Rĵ.ŜË!§Ş’şšLÉÉêK5’Räo·anĈĜwQäyvyיfŽ˘hš’£.Ûz6?|t-dHw˜ÒÚ'DËg†Oö8ŬOçϵ>K1Ğz§]/+Ŭ—ŭĴ+˙e8.Ž²ž™*idB÷ÒÀ{wĊ^ŞŞ|Ĥ;ĝežG5·ARêĦî3%xX&Ìè`ސMUJ³o~mo°½ĵ_•ĈìfMù1Ŝ˙–*tÎsĉf%Keı.MïĊŻô8l|7C+<óË,Vy(ê& Î= ê7·ÄŻ¸˙D;—=ĞÎóXhòêÚġBYä‘ 4ŽI÷;b˗dô4•**ċ‘{Í#\÷SÇċŠ&SU“eġġ…ï‰/İÂĈ’…S²ĦmìEÍŭî;bëCâzIÈ ñı™˘ MïlUħ$½Á*×AÀ#q÷Äĝf´=3#UBŞ7ğH?"L÷/”jŠa$\uWċ'Ĝ÷ûaÚe`ï0œ„ĝtMo%]DlMŽ‰(éaËhÄz•@%ŽÀ“Ïz s$ôÍĤuq(ŝĠ¨ŒDRy›â& NŞ.YÙ}}‡×|RŻ!iU  u{Ħ6Ġb"YVĵ°†KÀĴUĉ#âŬ“0ĴZJ4ġÓ ċżKŞú˜“Ü‚G”{b*)ċÊiC‰Yi£n˜ܛ…%w<7İê²,Ç£INÇHHl1ċİQEâÔĊBgĞĴ˘iĠB”ÖÄme;Ûcµ÷ĉĝ²MâŞİÙ£¨ĤĤjhÜ4½97*Ûm‡§:˘ŞĴŭĤIQO"ËıZé–6¸>kŭĥ${*T9Í ù!ËsL˜Ş!§gev v²cëÜŝxĞK–Òĉù´‘VVÉş–Yu/+›Ŭ˜(ħ7ú[DCM8a)crmsĊöǁĝ£:Í?ùsPġ4”Ĉ'4EĦ6‘À7;X_×*ĜĈg‡ÄâĦ(œH’²DKu$'M ÛkrlmĈ Îü œŒ°ÉG <Á•äg ÉŻ²é¸#óöĊ ĉnVĴŞ<Ò'FIdŽèísfe€Eö>Ŝĝ;+ŭ§fÔT’eĠġ&˘•¤,Ò2ëÔĴ,bäyö íˆëò*{+3fU1ĉ(ÓV9g"ħEĜ·ħċ‹m.e1¤‚žĥĤş˘ŽBĤ8$` 5ˆıb Àô۞Ĝ ĴôĞ™O4”úc•ï]”s`w6ßÛßQ5b<ÁTFÓĈËjEµ€üûb)§‚Ŭlö?Ôe—-d§–Hanšş†°hĞŻ<µŭñĉ%Y¨§EŬœŞıaž½Láz¸&hÔPËÀ6ìĦˆèA8ï)ĤI gp¤ i-kÏ?––$zNOK•ä~ŽĞ0X’(£ġK\\^ŬŻÛsûB¤Ís :Œ‚Z=F36‚ħI°ԞŭğqŽüOWˆ¨ĉ™!SĤž(ċ(Àô¸ĉ÷żĥ+9Ĉ}dš4eş½) kߖ7;ĝô4ü”rJĤÂ!¨jIUö_"òA<o{ZÄzm‚Ĉ•(^Ż˘ħÙ#V:ƒ’?‹ġۋâħd*jù![–#ñ4–ĴO½ñŻ‚ĦhċdšE‹ĥ• \kïo\D9%  Ÿo‰ê$žW–ÑE1@K›–RÖ{b‘$M#êî5Ġ#ܛñ‹žUáv­Ì£˘–@/!Ò]Š‚ĥÚÖr0/‹èQG‰ĤQäR/ħ<‘ŝ\zcĥ\nQîь$£.ˆ°Kà(ĦĞʲZjžĥa;|DàBĥŽ%’wí`7ÜâoÚ|ġÑäT´ġ´´éX"ÍNÁob—6ú‚AöÀfŻ!ĤYëëXWĉ $šGĜ” eUr;8ïĥ*ı·‰f̨ Š7ĤŽ@c7$İŜäÍñ·4â˘ĤeÇ9ĤóEĊ9u<ùt9~g-ULk¨˘˘,tq{í½ñbȨsÚ܉rĉL0ıŠ1‰Żk*•6›z¸×ìŝŠ–ÂĠµµ3'4bjšó ÒŜROap“‹ìŝ£2ÊhçÌrœĈA#-Zΐ-Š¸½Š†&âÖÛ·a‡I~^“9:qY£Í|eFĦ‘Ž´ħK FP¨×ÛoLUe¤–2 €„R7ߛœ}%]Eçԍ uHٚ' t,K#XÜƒ(Îĵ:rʞŒRR‘Ê *¨‘cÈúíŽNn%NQ7àĉĵ2ħUK™SÓÓÉ]†ÈC-ż›_}¸ż|,ž*T¤QR&5ĈˆÔyfĥáŻüħpĝİáĞ‹+š&Z=)+i+ƒĞSa}b1̓ĤFÑԙĴELq‰Çž1ıaċ"ÄXĥ9cŽÈ_û›Ä>Èêfô˘–CĠ1)ÖŞ îob˘×߽޲zz˜ê(¤’–Xáë}´XùÔ-kƒèF=˘§ĈI&I˜Tĉ9+= r%M‰`N[Êc%Eı÷7NjVhİqEM44 %”´z,·U·ŝÁÛ6£„Â-ğ´{&YûH΅z2ıĞ„túcAaÖ Ċi ĥ›ÜÉ;œxfqTÖaK˜iJ‘TÏ2ĈnŠ÷$Û×ĉÁÔYf[1Ĥ¤ŞZ‚ŝZy>A{ÛIĜ_kà_VO[ŸI]U CS4(Òê7´€HçcĤö÷ÁÙ5ûŞtkSѽ=%Y‹Ĥe,Ħ"îWÔMĥößÖÄ>>W‚™"‰ÇQ)†ĤĤÛoż7üıĈ¨ZÜÚiĦpÎä$jö>oá[úߏ|3ĤÉs:šŽ¤Ôežr‘ d.ìH[íĥÊwímŬéû;È<-™ĉóTÁAGĠž:Vc‘d½—Hġïż8é2ùcÛ|oÄ=42ĵ2DÓ*ü,×òëKkżqÎç´5y%e>Pġ Tşâv€¨%Y4 i:—ğ‹ïŠíFo<™–cñ*ëĞï C² ´°{*û1·8ŞId›lLc Mi¤èB˜úvşr >·?–#>Su_rĥ,ŜVŞ•êš=:ÏL1 T]Ž˘{l-ùaI–+ĉ$.Üâ6]’TĈ‰+¤nš­¨^ÇúTƒ˙!ODÔ"µÙFÁ‡ŭñĦ’") EĞfŝO}żÍ°d²´Tʖ^™ˆh*Ċ!ĴNß3l5&n ĈŞœˆ’XáPH  yä{ܟËĠÔÉQĤiçYĤkùğƒĜ·ùÛËVò´ËĦT5’÷Ó~yġßĈ€ 7Ŝĝ(0MYM-ċ'Ò”?”‚mÁÛlB^Ĉ×ç×SEN)Ìs,‰$zħ=ÁÇĥÈ·?1½†‘µpĥ<}%†Tİ¨jcê;úßóÄZF’À{ñ¸£i*c‰Tv ˘öž78{ÀTM-Tï3Y™Ó{ÛúsÊ”ş“b7ï|4™)áÊY:†“DĞbLŠnymaß{C) ›6™cCÓóI!²Ş*˙aÇ%2£ şŻı6Ço †çe´nĊA¸Ü‹_n{Œkä˜]ċ!÷8Ö%@‘Šû0liD„+9µí`1£#ş*[B((<Ĝcj@`lMŝ¸‘–ŠÈmD6ĤàñaÚÛßúa'ò6 Dòˆ%“¤^+è2”$)äoĜß\Dä‹y>§Ó İh(Ş’ É#F°š–BU¤6"êğƒ`Hż;Ÿ\,@Bş•M ñ·Ŝĝ‚êTÔÒK;( s{!Ĝ–[~Ûúœj˘ı§X’Tó˘yê-cqmĵĥÀRŞŠ†X™Ú2 È7#µí|aÖÀĜ‹úàÒĦ İš&†Š#1c}zĜrwâç°ĈÒEZ“PH"¸hšFU*n-Ï?÷ Ŝ0 · Úü m¤ F#‹]>l_$†ŞËTÉ•n@Ĝcß|<Ż L"f†2¸)›~x‡'eĊ*?O2¨ÒF”˙ĤéÖ{ÛsrMĥÀÓtIG,\Y„`X·Ħûïllh•Q‘…À&×€öÁ´uġŽŞN£T- Ĵƒk¨k\û\Ú×Âzȕ§ƒü˜†Ìž,ʵÑaEh…­sbRäržwĜ‘Ĉ­ŬvW5ĠÙ´VšİjİĤ'ç6ˆYAÂê;p8ĤEM%VsEGMEZ•u>‰\–@|Ĵ.~P…ŭñíeFf@Ê3JÊPĤş”:Fáʂ–Ía° nqÙĊJ.5ƒ‡—LkáQx)ANħI4à<µ(Ċş½Áıí½ŝĝ°â*Z„ޤŠxĠ•$PÁ]t•ö#ħ˜šĜ£œšĈc1ĵ5ŒĈñ˜ÌjĜŜ3QÉĈcxË`ĥ2ĜŜ7l:9ĥ2Ĝí–ÇÛƒĥ: Oé@Úĝa6\xïg;s$ŒÄYşŠZ3ŒĈ`˜Ìf3ŒĈc0˜Ìf3ŒĈc0˜Ìf3ŒĈcG‹ÚöôÀPlHża|`AĥĝŠXätòˆîvúàâ§á(ĦġFĞ1İ,ĤÜíĜw>ĜÊ}•rš˜êé&`‹ċn×›\ušRU͗VĊNé+̖Hĉ_(ÚÖ¸ âİ n•Ĵ)"G\‘ ’êVUµ˜{\`9Âŭ’ǍSd•9~_EŽƒÑ‰c°y½ˆŜß× ³ *Df8,J†rۀ{ÚŜ¸CMâ<Ğ>dhٌ ĉSĤÀċm¸ Ûò‚·1­Š‚… Ĵg(Œó)Vwà<.=‰ÒV.È´QÓIMMOUŠá‚Üêüĝß|KUY%$•2˘ ;ûaf]I} 5EfĞ餖9n ĊšÖÚŜĜŜ[ô‘C&FÊ[sħ` _qqïĥì>ĞĞ|™Û.§2Hñ’X%{ƒo|Dû†3[ ä…uĜÙc$`qĊF?YLO֌°ŒğĜiġߞlɳᤑŝ2MÜ; ÀímìxkaƒŒĈ Ê<İ+G“Éf,ÚH·˘É$~¸oE_\ouñ$YÄwÚ×úb*êè!İJII]q´fħ!}-ß içšÈ:‰ ËmBŽîo{9-òÛI77{áı$JT99œòeÒÔĊG*”fR²¤äûĤ ê)²§H››Úlß0šĴ²iž”+(ëZ?8ŝk‘âÖĥ›2ž—ġUFW˘žDíkp-{úßÛdš°ôt¤*۟|mÀîċ…Ye.i•­\<"7[acĜw’û[³‘9$¨Ûé °€›žċŽŽ8ca{_鍣—’]Œûa<ëTı²3I˙ˆçN’8nxîûá§[TqÉêF"äùH½òœ麰¤oLC9hÒBö*Oŝ·µñKöDVF´j "ùú}C{ ÓcéŒÌrñY–Mí)O#·!†ċé,R9ŭá+k:„QÇ݁VmÉòß·#ñĉ4ê“ÑÖINKĉĈà|­{íɸc.GY; İx( š–<á×İQSĤfrz\’Š8pO}Û,§jˆ ġQžìÉÔtÁSécúa†³=rfy},tÂdœÏê~YÉ|Ŝkŝ}°6S zUl½ĉݨI:fZxÚT*ۀJŜÖ$ŻÛf˜ĉùu7N8‘".T#êPÌmĞżWmï„ÙŸÁME8Ÿ˘d¨Œ ĵĤÚŻ{}Ž,O˜STSġ£’.³0:”Xò;ŒU³È’ŞZzC[ ² ,i-˜ëï½Ôwçñ2ÖšÉ)Qroß•du `d Ĉ ouSı6÷ûşv4Ž)şr@ kք˙µ×{X×4òÁ, &ŠZzB5ıŜ’Ħ­ż°</™Ŝjİ*óÄĞJ)ܕ·•o#ƒĞk­É8Jžcĵż6qUUMEK3Ĵ36¸ĉ6aċġ½~ĝMĝÏâ*–<ŽİZŬ*Š“šażˆ(ŝ }Gl[iĞĠ”8>­1pFğocÏ­ï郣esmJĉ÷Xvúâ¨hòOŒ9ÉkWM5l}9sš˘Ĥ(]˙üŽ·ßĥÖç&cOÓÏE•f0.cF&f‰'ŒÜ‚w!˜rEıµ·ÇĤMAI=4´ÒÓDËŝ˘o*ٝOa TpEI%R€S¸­îêä÷í‚ħH(‡´S˖ÔÔçs3^qUÊ,a’Äj^ÖÛÛ%lYítY3ÔÖ*ÔVyŠ›Áˆ­ċ#ġ$Îóèe—ÙpYç{—JÇv˜°şƒsm†Ê!Ëèéj š‡0Ĵ£ĵUĠkbŜcqö>¸WX]ñż…+ VA›PIS—Ä>`:%–%k.÷°żÛûcÉk3*šŞˆ%Ĵvy[Ϩ(ĜúwÜcĜ³e"’ ws4(è‘ËLĦÍ͙^Đ{ê^n/Ĉ<S%6f³SĦž"ĉÜ<Š ùƒq~ŜkXâ$˘˙²âÂh‘+]cµk~%쵉ÜX‹ŭ1Ĝİ³]„u+İ@駓~ÄŭĊñއ0y£z™|稍aü…+ŭoߜ4’İrĴzjhà”İ}.uşƒ¨"Ç{ïo×îô08éĉĞ,kXÏ?áşş…A}Á -ê-퍴4_= h§œ7šn,G ·ßŒevoQ$’EĠ´,`p›llŭ·í„ÔĈjœÈ3Ԙn×ğÊ=;mġÁÖ˙Aħ‡ĊE%oI˜ÇH[¤K(f í‘rm½ŻÛÛ Mu]rşy qµ.Ĥ›$'ğĜÚüoĈG,ÑMÄ!"@ċbÎěĜ(ôµ˙L=lŞĤŞšEé;ŞÙG”0Ü)ŠÀ[|Vtü;L*¨Y~ šPÓĞomÈàí{o‡°P,PˆDi+;ĥâÁTy>ĵĝóÚsÌ#†‹ÔË ‡¸)èá†×ç‹ M_‰2Ên­naŞ6X =F™—bÌyż·ß°Ç<à·& ;@½5U q+LäħR=TŜÛsħ[÷ĥ!ĞĤİİêt”Tu#Üµ·Û[ê9Â:šşÚÙe¨JÒġ” àƒĜ›[cÀ÷Ċ–™o”Ë ċóT#ħEbT$k\ïmĈĜpŒjž†ÛY$ O ’VË3SÔÓĊ¤Sê/J“•‡.öĥ*Ù․lb™×ÎBêÓoáî½ïħĜrġYtİ<Š U <¨4G ‹ċÔÄ@ŜÛívàvLj+ĉX%JŠÉB£4Q<ċ„qÒtéíµÏ­½òâ›aˆŸ-Ş*žVb²ċI*àÉ—Ûœf[•ËQ@µ,ĝ£éĞ4[ü×&ÀoıۛözìŞÊš)d’iB´ ÚġÌĵl{êâ ]żó>u :áCY—Ô¨âŭkf—hŸ5T2UÖÑÌe–¨Êñħ!ôò×o÷ç rjo€ÌŞç†˘Zš‡ ĞĊİ”IÚ÷bwıíôÂ|Éâ–H*kà™ĦŽĦžXŽ•)UQòFĉŭ¸ż' Ŝ–‰İTĉSËÉmatˆĊ­bA ×6Ÿ_LT˘¤ż^óœÓ=Ÿ2§2Ċ ‚Ĵ#ĵ•ıCmى>kv'aßĉyĈVĠ1ÓĊ4ġŒöWwq~Öħ$\Z° Z¨s C5¨K/ (‰ŬvÜ×ßÏIg,ȨdY"‰…Ö¤/qpAĠċÚĜq‚ÌKt69ìupôD’N*T™yY”nIp<§ħߐyú\\Ĉ sŞIIR҈ܕ0Óó.äb}O;Vü3žċy\òe/.ġS–ŽxĈñí}%šêA#`·ÜâĜ£2+,Ô-B§İKşmĈ ÍĈ×9ùNÁĦd>§ž:օic}? ĉEy ·ZüÜàjŒŽžšŠšŽXŞĞ)ĠŬjdéQğ/¤rn9òŭ°Nc--ԉQv})K T’e+r~›[žÜmŞĤË §iêê~´Ê‘SŞQ{†nM¸[ócµŽıÔB*ˆçĤ~ş İ$ cĝ…öĠrFàÚÛíƒ#ÊDĤŽ'Ljz’ĵ‡{ÌMĥħkúáls”YBEPË-Öe ħ7:ĵĊocqß *s)ċËéŜXÄ]#u˘`’y­ğˆaµÒk hTVĉ1E F`ÑĈÚ!–V1`H_( xÚĈûÜâ 2ç†3N[.äéyWÎş I{‘qî8>ĥÁÙ ZÌٙŽ¨‰”T!Tħ;›’À‘½Çm†ĝ[â*lÊĦ]éÍmE)-DŠY€mĵÌNàw; ‡Ö³'Ô+%K4Î*uB×BMştġ]6Ĝ[ŒCU[ġ4ĠM <¨:J’‹+˘‹)a·Ÿa‚ózjiÊÔ2ü(tÔ:ìÒ÷Öı ¸ëé„$iy’$ԀòPßI- Ħ”ÙËu”Rı–P5 ‡2Ûs½½FÀp0f)ĠÔ@Ğ!#Ig°÷ŝ¸ĉ˘&‰~#Rİg`‘pG>Q¸˜ŽHċI*̝'cc¸ŝĝ´•`êP 5²–Qkß>8ie¨‡WáĈMÀ]ùm·vßTÄÊn jPt‚ qüħ°Ù@;{b–²"Ċ”xaój8*#™z“LèÒ2úŒüh Ĵ“ÛMğâë•x*ʲ¸sİêFedĜĉ­M&bĴÊĴAŽG8鋈•`ž{}ÏĜ™KH„†ÖÁìAÓ G¨T×UÒL™…Á̓“¤ 7pF›¨]¸ôیyü†WrÍ­ƒ0ĥĦk_ü†,ùŠY2™2àLi:t u3€-ıġ>„pE·ĊsĈR‰sh>BÉLˆĊvıç·ċŒ¸œ£'&½SkëÇÓ6}BÇÑ(Ğ2şLİ’IAÌ>4éişùĠÛ×b5_ÛE¨˜FÇ'O eC2‹3İz9* 9’- :`ÎħɸŭOÓġì+le™ÒǐÖf=*D§¤šŝTցKĜÌMġ.ü[fÑK&z’Ó]UĦn‘Ì;r~ĥ=ñfñ‹éĵIû9££’Ÿ2„¨uC¤ù@kqmÎŭR=6CG7F;ÄĞQ=F ÁVöUÛ°>ĉĜ|oAÊAY>PÙubM4 hâYgëıV1ŜÊUĴBĜEĴIµıÄ˙´šœžŽ…)²ê )ž ġV9PPv¸äƒaŝî÷+}ëĞŬ£§Ħm+1,BĜ4›ßaµÍŽÖħĈüP´#ÊDġQ;#EĠ<ÚËpMôżc‹n=iJ퉨駞0™{IÔx‘%Ž9,MĜXíîߌ^²dÏf Ì¨R–Ħs(ô4ë2€€Xéö&âö·{àŸdµ2äTċt4ġiä~–êʎ/ä^NĞoÁÛ üĞ4lbY§XcİóÊÔp43ĜìÏmŜāòŽ}°ÇJߢ”Ótĵĝ;™• Ce9\5ùla&GèÒédfż‚ÜßÛsL-Ëë—$èUXL*gˆ+ÇC°sĉ É+·kĝ‡0Í2ie€ê‰ež˘IU:ž‘‘ħÜßW›{[J\öĤ£)Ş‚° £K+$,Ï`ëĥĦ{ïnMĥĈr²â!Şİ1gR4uFĤ&y$¸dŭJÚ۞Ĥ7 mcAÒOƒ¨ž9†€ñS’|£`‚×7ĜmŽjéòésù_X$¤M2/Äğ ܝù¸Ċħêžï…üEájê<Ç/Š‚³Ğ3G*‹Ie½˜ †“ùqšŠĴ—tQ²İ+b RF“Wi*‘([jÖ{“f6zßäıËċċާhä†İ•]çÓ`v1ôÀ܃}Ċıa‰ó˙Te³Ç%2ÔċôzġLŽġî@ŜßAĦ Ĥ2=|ħµ3…šJq­SĤ~G[FŸ1;î6Ä4փ ÷x–›Ä˘"U L“*„﵁%ˆ6½ĝúħpĤ݆4Œ’cc™rŞúĴ—3‘c‰ ZY’Äۆà­Áżƒ{Òżù¤u0L²—ĦގœtċŽW’ċĉ7 4“½Íğ5ıÑO!ŞeĊı¤ıF_-jKVuÂ$ME[vÌUm¨ÛÛWžx²˘˘^ĴpQĥeF—Œp¤’–(tÚ;ÛqĞÌxÂf´¸óœğ÷Ĵu)PóD@ŽÒFË`K"kÓĉòískžçĝ’,ˆTVÊhᎢşC3ÇObö½Ï&ċE…Ï7'È˘°Ĉ–JnY™7ïiçË#—÷˜pbÌ$aeYšAıSÉ'q¸¸ï†uyÍ\ 5QxŞs"&˙ËĦf6@{†ġ_{ÜÛ#Ɇ_Tò’j%Ë}#Ħ…ŻvıôäzâGÉŞ§Aj¨úÈ ĈÌKĜ›Òâß Ĉ}/MÙ§ĤĤ9Ÿ0ĤÖ밅¤ A ,<²°äq~Âú,3†¤ĠœË¨)Ŭ]£§t˜Ĵ~aż6?1ÄÎôÓCHáq°êFÀùˆÜ–;sߞĜ²ĝO”ž&§–Ÿ/­HŠÉ­i^ÒE¨ĜÈJùşkĞıŜ닄ğ15K!Y\uù§ŠMDDQU˘ ^ôş JA ့ħ°ûw,ûöT2z$̚ş£:š¤Çƒ÷Ô9%$²ÊÑ*\;tÄÍa­Ñˆ>@. íÁĥ"Tù|Ġ9yŻ’F,z2ވĜ€T|×Ŭíı;^ĝĊŝ.Ò7’Ğ=ċÍòzĴĜD,,P½ô‚€P=|ż-ïbGóœÂŝËü?™M’ĉşbZ@ħŠ}GRƒ{p@ÒA&×aÖc‘ĠÏáHòlħÂK$EŞc;]-p˘-AK,M‰ħġ¤xÇ-ñ.QMQžĴjıƒ™:QS Ó2y–ÀżÛŒiKË1èê“)U4µ ôË,%ZD .F§ĜĜ:“+5yœ9tV‰ÚN™y–&Â~0-ĠTZGĴ”•P›Ħn6öß×Ú ¤•³`”É˙Œ´F^£HŞlH`{sż¨ĈSÄlÖ鑣¤£Ż¨¤Š´£aŞ^$ÛcnöÛ-dÙ6m•Ğ\*jŞI Ĉ “r?Ż™*ói+#O)e‰O—íol^<+—GVÍRġ <@ġ)قë+Ĝ‘b7>†ûcDúŬ”ġaı?‡¤Y+¤1ShґÇ(ĝ‡ğ‘‰ž²şÊêi[êġ.5Ş›X“ŭ/ŒÌĵE Ĵ"DêÈŻ­^+0_U Ĝqü°Nnô5Ù-5uDhĠ2FRXĜş#ĝo~F9Òo2&½+ Í,ŞCÙ@`uÏߓ÷Ċ†–™²9ĉ­Žx"ž˜/·•EüßOSŠòPÔQRµK@Ѓ¤‹§óŭ0Z È#sĵ0ÓU’ ½ub4$÷ÓÇ6ßިhëe£žd‚ES$@H€²ß‹ÜñïĈ$£ĦŒÁWJÉ5µ66m¸7îF,>ÌŭñM!HCĞÇY‚†Âà›úŭEıĈŸe5ÚFo’°…uÎ'•ç4UñD{_q°?O| ÌİŞòŠGGÓŞbÂMQ•+mÀıìC£İĵIĠi)ž4j¨MœS°‘Xvar ŽŜ˜óÚġu6cOGQÍRÏiş”WşìA>›\g.8eÁÛ£ÁaHÜ[Ĝó‰VÚz„ħ*Âàp…$wSmğqĤżÛY06,UÊwż×lc8k\|Öĝéu²–$‹­ÀĈÍîÁ@{û>¤“Ç9<‰ šS)'’mîġşÌĤ—%Îj(ÄíqH'QġP}­½†ûÈ|#CLµÖFùğù[2ÖĉÒÔSJ$žFħĝ·Iµk ŸLg'š&[4D9„­%4.ħ¤†ÀĞ6½÷Ĝ\íé{Xó€eÈĊY’)#hġFI;ܑéŭ7ë2¤jjŠZ*Ñ<îAY)Ûgk‘§Ôo½˜ħŞ#–:!—üEgMfI}%ö½ˆÜĜÉĊĤ$ÎjrA‘ċz›DĠ‹DħHF ,\ú›Ü녍ZÔ N²”D2İ$ŒÌŬ€c}¸# a’²‡)Ž“2ĞhÂ(r:ĊZ ì-Î×½ŝÜ`ˆ`㌲ĴŸ"5Ô0ğ(Ğ\JĊm¨3Úܓk Î4꤃܇ĴrÑËSH”éS£T,Ú/kï}½}}q Em,†)§–Ĉr“vÜ ‹éßrjLÂG+55CÔĈzr…)ÈQ`w'°ôĊŠêZ5x§{Π<„j^ö7`íÛpF0’q¨o-u-]rĠ,Ġ²/Ċ*ôš5îŸËħh• œ€ĝ‚JÜĈXşĤ&RAé7ÙĴ-ĊˆĊjŸĊ9DT5ġ1ÒW°•m´VPoż$[Ĝ>—3béħž ¤À#2jŒX>“}Ia¨ ÇŻ}·’{É÷'Ì$jiċzXSĞxşlv÷Ŝâŭ:0>&Ĵ`Ì·Š éö] mïżÛepċ•´"žĥ˘š V"/ˆˆĦĉċuoÈ>¤˘ÌóJĈGŞš†'ĝaĴ²oĉ{Çĥ5~‹<µôħYjĦFċYÀ#텕ùŽE2ĉµ$ˆGÌ{ïëÇĤĉž#GˍDı \ôŽ kÑaġĠcù_˜üGMX^žŸ”u4ޝ@ܓ§ûqë†Ŭ`Ò6_K™×K—1 J• !QáÒä W;ÛŜ÷ÛÓ×ŝüdWÌÉu%K@<ƒ½íŭ }VĴÎ lĈŽIèêyĦ܍Ld1&Ĝ1tzş*ÚÓÂ˙N 7z%Ĥb‰Íĥş›ú{Üc/ĥù2ÀA1Á6ˆcÓ:5ú5…f?ú܌X²Zꉣ°“.Ĥbt*THàİâú X›m…gġ4Ġ‚…µSĢÌl·ÙÖRvĥĜ#)#0SPµ‘5+°FTÄâĈàċm£D–ë,żPċ1E"ĠTĉĴħP6Qè£ĥ;Í+ž•k\óĊħbİĴèSŠ‚VĠ Ş–Òö!Mϔïùâ™G™IAGL˘šBH‘T–ŜRl/rnoí‹m&[Wàşş ʵ֎@B9‡µ\0µżö_ħĈĠ`m<2É4OÓÍ 9§¨xËP0$ġ;aŸ„(%­Šİ£š$ĝÇ´ħЃ`{Ż=°‘k%Z*Š@ċbvê>—o ĉU4bXĦ„J%ŠHı VûúŒg^áĉ™Ìġm<ÁÜ-É°* ĥ˙­°šŠœÔH‘ĈĊXi›[m·ŝĜżx£#Íë˘LÖ˘šŽea:!Hŝ&iìFĈ˙|Rä¤bôíObÇQ{[r.m·µħSĦĤš;§Ž)Ħ¨Yż K° §VÖ°=ôet2Ċ,s+FDK!R€žç }vÄY5’³Í2"È ‹6£Úêmê@úúáîdµG+†(e•îĦLD*FÍÍ·ħŜŜÛJ4KyŠÊ ˘•fêA…ˆSómżħŭp“ö³›S×dt1IFµ‹ >b#=ÏĥC›Öċ_†w=E‚14zCF; sß·8‹Ä™¨Í|;Nċäj•\ék Ÿ|W,’qlÁñêT8ñÒ%nUO3 ,Èb”ġd™Š€:għ·#aĥ<ŜJ9`^ƒé]îW½ÇŻ;ŞŞ”¨Wv.£{vûbv£êä’f?ĝÉ.ƒÛԟ+“‘ò·$¨8tTĜë&ñÑÓ<ôÂĤ T× Úc/}žNíkíéĥ-ùíŞ­&˘8‹żš6ştÀÛMÉâŬıĜâ£áêZ9²t“˙’Ûtyà{vÛĤU@C,‘† o#$o`Úç}˙ïú‡“ĝ˘Û= <ÍİXÒĵ™tUü‰$ħ‹!úßP7ħ}­…YĈgKšPµBĊ}úeÏĴ€lĴÂڗqıŜÄßq|Vó|Ïá¨Ö”Ȉíqp;XŜöçĝċvЍÖD*f[fö툗Ô9y€â ÖÊsˆ+£éPÔAAHELµ yòîwà]Ĉ.PgÔ´Ô˙XŻ/R"·ˆÙšÀ$PA$p÷½ïÛR~Ñi¤Èä˳s;*hR€yHŝ&íúnG<ÄYÊ:+! Ïü˙–ĥ"S_ê^Ĉùí*£2Z¨34fz„IEQ‚ór_½ïnÖĊ3Žşž“¤˙ ‰*ñ#ÀŸoCĝ>¤s³S²–*Ê oÏ?žï‚¨z:2â]FbRNAħġħçżĤËɲIhRÚɇh†ÊÀXŭ~¸ŜÒĈĈXÉfbˆóÍñ#=¤ 3–$#{íößÇ*BEşX(Ò7'·é•A”Y½n[G*Ç:żPy"a~‰ZE6Ĝ‹[l[ĵ?>[¤ŻĤ‰ë|IĠ1µ;êmokr£cĞUï~ÖĦAÓ³Ŝ'*çJé;ïÛüġĊ†`Ëëréé)ËÍV’*…=`żê3)7ómk Ĝ{ââȒ³Ó3 ³5¨ñ LU4™fc˜ÔP½dôVjIô––?ŠHqİ€âÇÛiâŻÏá<ú›,Xz‘F#g0ŽE·úƒQ$òwێ1$~#HéċË£|ıLĠĵİi*§`t2ÊXéĥ’ĈĝCS*52ujĤi)Ë ŬŠ“˙}[-}ıÔ)´E5ƒ*)zh䤑,ç Şd³jĜpŜ÷6ĉĜRa*ìo!ÒJ›¨ié†cƒİP*&̄]†£Áïˆié&¨’H G•ÁòĈĞâlŞ!‚D†B†hH´Š ż#ŽX4‘ d*ŠJĞ‘ÀĉŜž˙|YAQ•ĦJ„‹~hî£÷ħÛ~ĜYÚ_#K!Ž­7ò·Ûôħˆ”{ŸB8ԈLˆ£UĴ-qlIBŸ0½ˆ³ħöúñŽŸË gJ0ş€MĴ}/ہŬö­ˆ8rlÛ`—Q<QĠ°ۜ@à Ĝj#kwbŻaßĊ2ÓS)Ġ(ä­Ċ¸ïߝÇ –ĝ’5–PÑ˘³ħµ” ßí†_‡SOÖUı$ÜħîN,9>[%=R$ÒĊI5]X‹j$…×<ƒùá }P­ċp×,Ê+zaŒĠ”‘ĥš9]il=˜)ÚċO×{mo\D²¨aµëŸËTôµk …dtŜÀĥ’t‹vÌi’ŠwĤsyQ´MĊ‡{›Ó¤f5pĈ•SܕY$ò˘-ğĜ\4ÏİĞeÎcĤ–5‹Ğ#R2şF5i7Ó}>mۛŽp|Šéuo(ëĊۜX^–†œ¸L“ĵ„&ù>Pt°!mġß ¨İ5Èΰ*¸òC0ĥÛíaħ7ìet™e>xÙvq]™~ò‰é Ôı_+kÛ}ĊĊĴ{áƒW#ŒĈ¤Tİħ;Ûoâü÷Âö*Cqħ<˙l8ŻÊ:Bf_$Ë=[F…€Ô ë>mW'ÚÜï|&`½_/˜Ü[×È´í:ƒÓעÖ×ÇJ1jT]Ju06Ž@ 2(ÉMN§2ié6Uç‹[ï~ĝ*%HˆHÁ&ĥ´]ħ¸ü°&#n€ 6ö8ĉâĊ´èmŒ¸Ó£YıĜÁĈœ2ä÷ÀŠ:^¤òġĞ1·†Ì÷}ÛP<ïmħÊ.şIVÏNɨ†ÌÇż{{ahAÂĊ…ìOىžF@ôî5iK\ ^PğŬ‰çljˆ44D‘kO£SÙI½½0@erl6ĥ÷ÀşŜ×Ï 14HĴ.·Qü7ç˘,4­½ħÇú$”ŬXƒ‰u— pxħviÔ˘¸ıÛrG’ ġ2n¤›X’w8à,i:Ž²„Ĝ›âJUw,<Úğ4bċóĵĤŠ#SĠğÒÒ¤…^™m\óa~vیBO­-“7›z:ëÔfUiQ~ĞL|mŸ)…âüöǧŝÌ?|GžUMXjŞZHÖC²€IÒXÉûRqZ‹+'¨z:Y˘U8’9ÛR0)²›×ħƒjŜ––)sÔŞa‚iIiIqĥê-µŭqÑĊWż˙^YcġkSTUheŽM'K”`À0ä\blnsÑĞc1ĵe°ĈcxÌFħ˜Ŝ3QĴjĜël£XÎĝŜ2Û`FsÎ: ŒQŽñ-šF>³VŜ3„hf3ŒÀc1˜ĠÀŜ5}ñ˘vĜ_|AY3ÓÄ$EÖÀ˙Ĥ9aïß1j $óaÇ×`1˜ÌrZ̍|uŒĈc0˜Ìf3ŒĈb 玞'žBÚQn@ŭ0 ş%f ˜Ĝ ÉĈ+$ÛnĈüûàjİdĝ]PÂ%ĠħFm;ëÑĉ­)˘ï§ZoàíżsmPğ+ ŠÊ‡„ôúˆĤo$WúżÏċŠiUBıˆJúş9u˘ Œ,.  È+{sĊí|Y*b¤ÌJäT%;ܢ(a{n=͎f5Ù-S fjI)Ôµ+2’^ÊGĜ_ħµ°ÒšôĞf&†8‹ċµ)n’\ÒÌŞĤİ8^lû^œú`8ޤޤ™ş,€‘Ÿ Aş N!CpñƒÍIô;~˜²fĠôġµíyij‹Z˘>˘™:Jv+r@Ĝs…Rfy%}Ê(ŞáỈԀčżÜ ùŝĜĈU{ÁV8Ï*XĠIVdI q|Ĉ>ŸI°$Üħ½ÏÓòÊùê İjzŽ›iÔĴEûyŻqĥÛíßĥfġR"UĴ=DHÔ+$ÌújmÉä^àèlu”xhdÄŻ:E2u”rlll/·ġÄ]Ë!àê›VY˜ÓäïUO˘²ˆhœ\1Ü3a°ŜĝbĠn%§š`’‹Óü4d[Îä‘Àïl)Êi‚Ĥ°ġ…áf&5 ÁeßkïßÓ|4gzĜ)¨éVĦiÚוϒ]&ŜWĜ›Ž ÚluA&¨ÎMĴ–:˘Ë2Êxj%S#Ĥ .IbNüŭpMEBÓµ?PXLú&Ö$l Ħ£–˘š9+iꒊښ¤€oe#q°Ĝïsß £­gŻHĞ é!bħ 7,mħ\âĝŬ¤%óŽ]5Ħ]ĊûŽĜ‘…‰Ĉy‡|gÖŬ1yëC§Hbî%'Pdî&ÚI óZ–Ŝ‡ÂJĦ y.Ħ‰¸ażÜ~Xw]V”éĜF^ËşŬKžçŠvuWKšôİĤħĠސòX·İeMîmŒç7FñŒt /ŠÚ’ĥ1 ’[B(ŠÜ0¸ä@·›à\ÓÄQVRĊ*ORÔŭKi•Ñ“~ í{i8ï-Éé%yVdÚ QPêò‘o2İ; ħ¸òÈĵA_ñC, N·’i Ë IpEÚۀ6ÛpyÛµ'‚Ògù„¨ĉ‹á•écü6£×"7ŸÎŭ÷8àä† ŜZ8)bXE–U&ÌÀÜııûœ+Îü˜ĤW9ƒ'„”kġ aidşĜ ŽAżç€2ÑY“PU×S%[0hd,ö(!”.öV o÷M;eUOĉ4t’ˆc‰Ħ–ĤKHÑ˙ùÚZÀéol*Ê"JY~+8:ÙRO†Œ˘R,K½ïpEíôí…NĠY†KY˜TR!,ÚĴ„˘ûp–îN×8M5Y…CÒS˜ÔCE"]ˆÚÂÄ|¤‘Kbe&htûÑG[_˜ÖLjêH˘É!´hÔ§}ĴNÀâèż ċ°ÄÌċ$Em´úŸößéŠTT9ŽYQMW_S$óÈŞš)Eü˵‚é kbaĥĝıd4ı}= o–ˆtHĥ×: ]î=÷ç%˘Zx£ÊË…Ê0-5Aù™€ċ½vïƒb %ÄĤèU ”Zâ˙ßëN Œ°ÖEôß{zˆäĠdI#lNÇ gR)x ġ)Ü{|SrŻWċ™ĊNañ3Uđ°Ĥ×?PË­ Ġkß{öĊÎH’UÒë¨^öĊ9+.ÌĞr߉xd_…fML ˆçs{ĜLb|˙ù,”+`CœUÈEP[Éw6ack¨żíŠ.uáÌ˙*£ŠHjÌ4nî&”%ĊÛk8³môż×£Wûú‚ğĞ=V[VA 2ŻGˆ,I,OüvĊ+ö‰âÜÊşgÊ!W¤$,à÷ßcpĈÛ\g:ôòìʧ5ñN~*Ħ’İçF)ġMq¤é]ù6<ĥĦÍèòóf-s.‰£Š–í.›Ÿ;›‹óĥĜï(ÊjċÏLt´Ó a`eÖÚ:){b-b=oÏ׌Ó3ĦÊè³ zLÖYĉ–A/RJR²jv[“µkÛÍĈĜS°s§HóôxáĤ…Q*×3êjRŞnl4ïŞüqƒ%2ä9ĤşÊ‰`ރ™t‡Nä0; ‰o{Œ,‹M^•2IĝrN­óo^üpxÄRšœÒİZTy[V–grĈG7ÒO<˙ž"ĉe–.§QNò•M6Qqç\”ÑÉEx¤XÖI%$n ^ìoĈ9JgĤË)ÖµBŸ6öıÑ}‡;ߑíƒêZz¤ĦĤAkYşlo`ÄXž àc6g9%Tŭ=X­B²‚eŒêvŒ› KĊöı^qîĝ·ÂùÒ¤u9Z ġE¸dpmqa{ÛÌ-½‡›`jóWN&(§'gRÀ’;oȽğâ*ÜÖ8ex銤H„-LH#mÇ7ä^öĜv´5û$ô2ST+P<Ż­‚MŒ…ĠŻÂß½½&e6mŽs<}9 Ĥ=ĠÁînđħ#qK4ĞX’Ù¤V=6–EX…·ûßÔú_ECAiÊÉ7NÄhs!;•ħ¸Qkbâñ“T.ÌġÀ^oŒ5…óDÍgˆìo¸7"ß|wÑ˘Ş’6Ş3ġ ŒÏ+QıAçÍr·[ Żż| _—ÉA+TĵË%,Ŝ{JŒL¤‹êß{ƒsß{aAŠIVzİjPÄŻÊ yvúmkĜchÓÈ˙˘Ċ4ty]E-DUQË#ž².Êĉ+rl>–Ûl!ŠŻ2E§JˆİŜ"E‘À,GĜ›}ĥúQET!eÑ2jf[^2M€bl›ßßğ|’ĈR¤„²xġDGb Á ö>—öĊĊe‚ÔyY§’½¤ĴIVhe§v „¨×vÍÛżÛ ÎkTfšZçİ’iSA˜>²Ê×ı~nNjâk"’ĤžĤyŜN§QĊÚ×ôä_{^Äl9Á•cÊ*c^³I$şÄ…„a †ÎÇ~mşĤë*Ħ\Ó9¤Ž8b­!Ri!2ˆm§fŒ“mÉ#]ħëÌŻ’ċÒEN¤ğ–İìZĉ=\²¨ÚÒûcÏ<9•Óäµ)štÙú1+ĠÍLǒ ĊĴ7ƒqî1`Ìê ,ÒHU$ÖU˘vôüĴ,H`oÁÛs|aÊíׂy­ŻÊÓ1ĤİË Ĵ›ê~Š‚wlvöħçœ6„e5ÔĉÒF]ˆRB&˜Î×Ò׿pĥżœPóĵşi£ÑN$–ݘTä8'kzĴv½hŜa“ċéQ˜´fž=ˆ‚¨䋭É$ìq2‚¤ìušfıRµG+:µCAµÙb Ŝ`À[rpÄúÛ ¨ê™WYbYYbGYXĴD€AnĴ?îe’ç5ñğÓÁP°+¤LñÓ4 Ŭ|ÖòŽ>¸u6V´–qEAX +1 ٘İÚ×Ŝûú{bß°QRUTċîò˘À‡.WÊ­ż#‹“µÏé3š˜àÓ/Ĵf@Ĵ²ê%DÀ[Ë`mêmì1%SWԖŠ˘’Ž‘••Ĵl›ob&äÚßQÛÉ¢ĈŸ1Ó¤‹Ëo_í8yUy$ğ4ŽI°âE’ ƒmË-NÖĜ·ıÚŬħ== µL½ ħ…ġy·<§ĉF8§¤zšî.΋ĞKwħ˙7Á&SUôgZM0_šAĞKqŞ×Üú}ñÇÄÔFg4ÒÊé0+#8œòoÉ÷ĕŠÏàr ÛHì7çŝp~l"QĈ°N Ĉ6`Ĵ7,Üŝ{œ …’6• y{“Ï·×4$Gġµtċw#~˙|pO,żPñéŒéé€u=Ĵ£°ößÓLħSWh’6D^0ÄÜÛĉġÜïo|Uˆg’×TAÂQJšĠ¤Y#Ġ¨Ü`vÛߛâĊŸΓ£MTñĊĠ‰ÙĦFVß-Ĝ ZÛħ#M$ٚfÒÇ 1‘eŠ:YÈĴ.yŽäsżĤêVxž™İ:ħêÌ科t³ŜPħôĈSğkŞkFŠÊ‹—}"ÂכoĈÜâZŠ:¸²¨ë*Nˆä‘„hZĉö;ïżôÄ4³ÈÑKŝ¨pé#2²ĜŬĥöĥŝĝŠy^u–P8CYTݲĥçHì?L:ñ`Áċñ5N>£¤úú[­Ž  ıĜb2HŸ\Z$`ömÀ'•&Ûsßùb%ŽGRʤ äöîGfVVU÷6Ètß[şîJ‹ß < œ$…Jì.ĤücBÂÇcmìx8+]G8B.N(5ÚâöıaġÄùĤA™äéµ´rÇĦLs:•Ġ`l í‡_ Ŭ2 [üÖÄĤĥWI#g K'QĊıo[ŝx@6ĝì2ĞıP{slKHh)xéšMjC ob>ĴoJħŝ"ÊĤà–¸#ĥŬżçbĈäkzcĵ´BjŠÔ-ÑєFĥßÛï…àĈ9XȨ”jf“éÔ5XóÜr ĊìF;ñĠ{3G-8t˜ì@;ß~ûÜßßäùĴômŽÖŽa6–[ì7v˙|J¨kËŞ’*(ezcֆ‘šÑĥ³³½‘”—Z2iŬ•ê)Z)!ĥÖ6<ŒzĊM-†|EĞjbVeVъ˘°n9ëżħǖċ´ÍSU iı’UŒä“oëGŽ˘ij3:ŒÂİ!ÓˆZ™zpžÊÒ3 [›`I8Iµt9+JÊd´Ĉ ÄRÌLqÈP Ĝ\rA瓋Vhı|x†°µ;­éŞE<œ<¤i²ı܈îQg4ò<ÁÄ°BzŽò\ͽ”‚.6=ûÛ S3àè3Úı"DiΈ„éPEË[…İۓĥ0ëtïE·{ĠfÓşŠ9ôG ‘ĦS8ı:žäBö mé‰3êšır„Ô„C$İÖ+ċıPB+/·Ì}H7>Ĥ2ĉ{Ċ%DTôѳREQ‹%üÚl-ss·~vÇ9ŭ43˜T%#YUDĈ[•&öâ÷߁{qŻí“÷…üi™ċ,͉16+>ĤUĜ*vı#ÏófJ\ĉIĉŒJ%Št¨fT²‘Ċù;sfí}/„ ÊwÔÖÖÔO5|{%"ÂX°¸†ħs~ۋŽĝĤĞ/jgĤŠM3ȍ¤a˜\°cفÒ6ìIĊ÷i+!Â=‹|ıO‡Ş›-ZËUú•Uê,HónĊ×H7ò_èċʧ¤Cššz¨zš¤* {“¸]'saéÎ,™K2naKY5M9Z$Ĵ´f]@^׸ħÁ'œ$Í)Ê=”“ğÇ$HÑ$wf 1ÔzV²‘`Jq½ĊNWîŠĵˆüKĦ.ħ•7`u; ï·#l0ËsT£ŽĞ ‰RÁYóîmqċƒ³ÏUÒdYfgQ™ÊĠC§G=äQÀY.v°ÚÜ îq]KQ=\OÊl·ŝ!s°?[ïġĈ2IšĦĞfżIISTİ*£ò]>Ûû_ɘE5ÑË-CNP—hÈhĜßÊ ĝŝıÂĝáİ5&Z¨Şg!5‚nMŻÈ'·ž;ĦŜFZeš+ Zò‹ì5 ;}öÄ:l´]ĉIêò(ú°ĠAé“ĴÓuƒyŠ°üíkí~8–³Ä ñc Ô$}IĦ$/rx°Ÿ+t3%ĠK`ĵˆç‚nyĊ‘fêœô‰Ò@ĴòD †M\_ĝ­ÏmïÍñ.oEg•šXİÒ8–9äˆjH ò[l.=ŻŒÛMäJE2²Ú‰fœËP #@4ÜäëùâsS%-LrS¤ĦtİB Íıħ?ĝ<ŝƒ/†Ĥ*ş´§¨T!QĈà†âŭıûû Q(¨§¤Ž5Xĉd & `Ëky‰>b7qa„àĥiv6ĝŞzš*Ÿ”Ğ ħF<ÂÛ È÷>¸í3ÈòŠĠ|şĦ¨'š‘ċWIBşEÁğ)àöÜ^ÖÂÙ˘x¤ ŠšVhQIÉm‰<Ż°ßĝ†8'Iŝ‰ÒZ‰„ˆ=4ıb Ĝ}ñ\qqÓIž‹IûBİÍbË2*p)à1¤u•ÑÔ2IÚ|µhŜÀ°cÚĝ­ĝŻÂ™­iY´EOI 2=üµ­kÛÌw&ÖııÇ´ódÍD°˘K:)(#HuŜËÁ°ıĉĈĝw[QKRNWYEMMH2ôĜPI²ü£rl}îqÙÇsNÌeĝĵèe„ÓÏM"Íҟñ$¨bì䃵À$¸$w°Ä°Ìêф(:<ͤÜm{oÍ­¸ß|[š—.£|ĵċŬi&MpÇ N òë.î.B­SÖĥû[<û1‹7Ë&ŭí[>‚@XWxˆ÷b,m$S˙Èqxzċaµ,ÒÑ,²Îà/á8¸î5l;àz ‚^*šĠĈşFbÇ@7PIçħ߸RÒ$"4,Àmw7?KàŒ" ĥUA‘èšĞHŽBQúlKCğ\ ‹Żš÷ñž?ñe]wŸäĠ”!ٙaĤŽI ĊZG≅Żn9äcè°ıĜïÛ=•Ë%.]—˙â*"ċUl \Ü7`ĥ´ôñJµÖËĉ–+Ĥ­t ߅·÷Ċê,—6ĦZ,ÖXW/£²ÄjÖ0‘‘¤^û‹Ŭnxıäâ­}y‘)˘ ""ÄÄ Ë\@nO¨°IëfŞ4y ÌkeÊÑÙ2ĈğùB*Úöùl0]r6ò ‡JxsˆjE%H]Áßn-Ĉ,sxš'ʒš_4ÁŠ(aşG͋ßĜ‚YX—„A˘hĠP…e‹RܛĜìvßÔßf™cE'^ y%@šîÜ†ûrĉN™Wò2Êü?Z^:êhj451ÛX<ßsı7—sƒĵGCfżğê R„—Ž)nÀÚà@Ŝ×ÚŬħ6EWuOY„Qµ1{ÌÙ_r, íaknF=/ʗ(ËċÏk–„ĊMhú‹ĝ •í#“nÖ[vïÔ"òGwy<Û.§Žż/£Ĥ\Ê Jz’L½FbĦÓaŞ2£Û{‘ïĥÌİ#‰Tµu f^Ó,2VÓÍ ˆħßI6ôöż>§ĝÓ0Ékİä£vZXÜÍĤ _òÔZŭŭ1S3Ú4ËÍ:P$WHJšÛ³Ŝ÷Ĝs„ò†ž èĤ’ŸĊh%ÊeëS³†¨€É=ˆQbvc{qFñ}SYû1Íhêİcƒ…"xÌL‘jR G!­ÈßmáŠZìÓĈP6cT˜ˆŽIßHÖ£e$[ßùqë9µ44˙²Ú™Ğ?uMÁc= e´‚Ä0ߎHĊÇ ÇdVĦÊÛ+‡+ÌcJ¸éŞiV9$Ĵ†â94‹2²qr6#ÌÁUı^VÂzœSÁ.òwÒ]·àXynup<Ĥĝk—xjżĊËë Îz“ b¨U ÙħC{wïäTôċG0éš)~z[ş¸ĥúƒ³r,l<¸ÑMĠÊ9ì‘dusA×T§Z5ÙZ9ÈWÛsĞ{·ööKû@£™e˘„ÎJT¤ X\Û_ŻĜ÷ÁÉW4Ġ%cİЧ’VgAħ+¨wB›óé„,ĝ”ÍèdŞt]™ôġ‹ *,t³×ġ2–ŠŝG•Ząùˆž5Ġ"íc{_íŽBHônoŽ˘¨înN“Ŝ;{'Ó nTo}ħÜ aÁCÏÂ×çÊ?žA™ ²ŸRË+ȅ´ĞqòžoMË()b3ÇĠ€44RjAǕ}Nö$÷ǕÒš½:jċÁ:\ß{cèĦŞiı•BĈ*äÊŜ}}½6ĜoĝÎB’ñ=5D59dÔt‘Rş–?PÇŞOá#ßs¸ç\µ+*óÙìšİ£˜¤ŠÌÄܛoĉ"Äܞûaĥ}6gUQ%4b8ĠzE¤êİòİï{ċ²Ù*W.ùuD-´TÉfpn5\Úûú{[×·Œ‰hišg}95k +Óéӂ„ħB~q¤éµî9ÇFÉKĝ°TWÍeV[NcÖ{Ĝ"نíıoĥ+µĠġ4Ù|rOfHe…61Ĉ|Ú\qrÖ·6Áħĉ‘tRHbf½9eF sżqÚ×ÙĴ˘hÒC"ĠOS4a c‚•ŠÊğƒ{ŽÊG'~ŭÂuݧĝÈ •ÛIkJú™[ĝw<›’~û‰s8/cYĤPä‹t˜ í'ùíŽFgûHc§Ŝ’İC²‰ 2ħÊ}>½°œ›+cxİhŸ'šžVÎuÏiĵL7Úmv>‡ i-NšÚƒ e+,‘ÌĴe,Çu,w°ĜÚĜ¨Ç[S%CÔIZ£Í].F³½Ôì6>œlp VQPzŻşÈ!ÒX½ßĴ’ÑéıLĈf„&eE @ÒXÂçç%NÄŜß\2e‹.Ï*LŻH…!ŒXëaôq3Ê3şÌD°‡œu^ž˜fkħFvġ½Iñ5T•ĠħTTIĜCĞDD›ôÁ<ÛÛךj’ë7É%İ–FÏó…İ’ÚĦ¤K…ŽĉÜIìÛ|sE‘ hµÇ ‰4žŒqĦä·½ı·'/òGİX(knF"§)İÖ7`JObÇŝqŻTö*mU8dĤÊĦ[°‚kĤÖá{‘@l.1ĠñË(ÊsœpUc¨Ì²êA%u'ïƒĥ‰ …Áöh¸Ô§Ġxżátok›NÉñ”óD£P‘”Uó#_u ¸ßsn1è•ŝ%ËòçG†§/™â%´­\kä \ ˙M¸óézß´lÒ8éĜÇ!eCÀŝ-‰ĥ2äŠĊqMğµE•2wÎ2ρĴ’Ş£S#ӊ9Ċ`Eí` ·ßžçì— -1ĝZiŻi–BfBÖ˙sÖ;w—6’‚`1­R8.P0ôŜĉÖÛkwöĊµa›RJşÙ›y$èG¸ žAòµŠ h"Í)Duô‹{Yx=ìyó˙e_ ÓÇ23k!Ĉİm÷÷Ÿq‹~wâ:,‚“ĴòÇ,]TÁÀr¤üÖçaÏóúÌÏÄSÖRÊŭ9e²ĞnŞœÛü͵šĞ–…9ŜSI˜ué]᎑Ê]EÁ'KÛd ˜ÖÑĠQ HjBĦc!X|˘ÖÛUíµ‡›1¤q+3u%×KZǵŽàooÔa'†³<Ñ3C5:T°~$pŬ@ÚĊ­ŝsëŒ]mèÛ5‚ŜÊË$…@ c‹?†Vĥ,ıвĝÔÂçN˘ ("ÌI$p/o+r_AX›ˆ|QYSAû?xÑeÌt6“k6Ûë‰UĜn4„^-γ\Î)ċÌ+^F“KUPX_Ë{É·òßÊ6xÒĴk†E%M÷$mħ÷80xä‰&:€.Žıî‘ÚJĝ˜3: P¤€@ĥà[ÒĝתT\¨EVµéR•ZmŒÎÚ4~î/ccliêfÌd–Ž³Ĥ“ÓĴ .ĤC¸ ö?NĜĉ Ó]Ñ˘ž(„ħ‡ñ˙vŝ›Üc ;aBÌÛ>™(s4…´:iĥ‘nÇÔc3rk<-Ï,ĞÒ!´|WS×ĊlŻ×LÒİQ*Äl·osƒ+ïMOo‡˜—"çQ#›ï¸ż·l:Ş D]+×M,Ky‚‹½ÏÓœé"‹ëĴP›‹F¤}ùooKb:Jsáêf¨Ỳ‰€¸Û‘íK˜=l2)P‘—Öpv/KC—SĊ—QI/Qƒ·uyPO)ĥŬğáÜBz3ÀR˘ µQÜrlüß܃„™&aÒËáĤ7Aı‹Ûôú`a›S]–57Ö ìk}qĈĠè?ĴŠ˘İMqÈ9†KZ1ÚĈölO™F´î;Hça§ġ_CQRÓ̅˜îÀ¨°#ÈÛŝ0U5O ³ĥfŒ›#l£żĥƒT…“9ú’WCĴ¤żôÀ4I˜Èe¨6!·kŒ>İÊş—â‘HBÇeŝ.÷?nĝŸ.óKŻ­cĊÂ%Žö°ß×t7òW‘FÔşHĴàŽa277ËôĊTĊpĊ‹h]Á<ŝ,[*2jš*ĈĤ3żĈ§{6ûÜz#„2Ó†cJjEÑÛwߏħçvħDš=ÇG‘íİHĜpyÄ5Rôȉ  Ì=mĊÏkâJu,Yä‡Îbçkqŭq#SĊS*0@[µÛĉ·§öĵäĤKG\­ŞL Á…˘-g`{ŽĜ$¨0ɤ­pIk0ö½l&š­I8ÂǤûî,}‡Lċò‰j f§SDÒf[­ö ­Ĵĥ+ïl,¤U”É;2,ìnò-ÛùàšŠ7‚ğµıíżÓéüħş*i³*³ôìQ|ò4fÚöż·l3̨ĉé=DL`Rwòé[ÛP<6ç·ôwb@ԑÓAzi%œ6‘m%V×Ġnçœ7˘ğĞó*Ş\Ñ2ġzexìŠîĊĴzksġöĤvœß3)$³^öÏĥ7G =,’LʎĊ$*.Qx'kàê ž’³*şY¤S´Ğ`×ßk{z`„†:QQvıÛï‹G‰s˜sjè’,i”Ĉ%2)Cm…€P8ïÜâ¸ÑJ°ĈFÒ9Ó ½˜ ˆŝĝ ÛY "&Nލ!΀Ûöŝ0É#Jԕ„ꀓ{m߁…ÇrdfĜ[)”ŠŠfĤf}€J!%Û¨pEŭl äyÏ2ĊËÍ §ŠQ#G­ÙŻĦ˜nH¸÷Â"IKUże/‰iièKG4şŸRöáy*}hċôcˆ˙ë{ħ½ħpĠ™í‘ĉ"û`ĵş0î|ʈ ħfl.?>041³·ËpM€Ç¤ÒäÔO4U‡Ħ<1ĞY# k‹µ½#|t5òRbc%3G¤••Ż{†;~¸î†Ž)ÄĞ-LTä&²dKŜÄmġïï‰%‚‚r҅‰ÖĴ–e›\Žûr=p<³ë.°Á}Cv<ïĜ)76Ÿž%=Ë2$Ìêx$ž (˜µZGĴS |òs˘öŽCá<Ï)óÈ*2ŞĴ¸Kf(  #´ †ˆ[ß|Kû6Ìİr|ÎS˜ÔÓ|HxQİÊÈ4€uG${ïİMĥ+ÜbÏíh?fï‘ÑÓÏ$½)"yj˘Rş ä;ywàƒkĜb˘Ş;!ĵÑH‹&\ÂşŽŸòÈÒxäœHó4q,o$yM†Üo|4[˜ò„-hÔŻ˜ ߓĥÀó°À†Â™bzp\C߁üğàċXé$j˘B½V†ÌUH)îEȵĈŭ îlÒ°ÑÇ@joO ×j€.5XÛÔátÔÓÇTË=ÒKŬšC{žo~˙\\`Îr*y*İ)ò9×+ŞN“<βLÚJ›Ğ‘ċm·ħŝ/aŠŬ{.mTrĝŜ*@䏨Şöç…t5œÄÓYiÔšƒ‘ż#¸üñ„ëkEÉ$.XH$óĈ&Ž|Dd"-Ġœ·ÜmëĈ c¤ 'O{ìqÑK kÜߋ`á C‘ÉU2KÉmVÔċħüÁÀHe•´²I mĤ(Vb¨Ò îçôéòo} vç"Č5ş¨>›•úâS&Ż%;>şyûâ)$oĦ;JÏK"H \Fv6ôöŭq™)üŻ-ğĜ‹ŝx•ŸTĴ³ġL‰Â™6żÔïŽZrğG1o˙†ßpNÂİ‘y‚àĜ@äĞÈÚ8X[œ2ĴŒş˜lX…ܟ\jHë0DҀ¨ X›zûàĞyMXf‡R‹†ĥàŽGÓĊFİĝÈ÷1ŝBlŽx7ò7IJSĈ•A HèÑİS"@žmoC{a] ÛKHÑĴ [é‚…V 1;ĜŒhÒ˙çtôk_Ÿ{dá=™[.”T‘PÑCK *¤H–'ĥ6 À8Ŝ/A³œf:ĥ2Ĝb£›c-Ž­ŒĥQÍħ–ĈíŒ 9ĥ3[l£ßvĥ0má%F†7ŒĈaf3ŒÀc1Ē,h]Ĝ*ŽIÄ/Yp™šEXÁÓsÜŜÖÀ&ÒÌsŠj)…3ÈÌ5…bVĜÛsĈĜ‹>ԍĴ‰ ÎU- §şj6Üzo€slâirçj{>ċ›ĝ;‚o·7·öĊpÊKB•"ꐤ/m­{írxż|c9Ó#³=$ÖEŞ5n Ġİ7z“ŠĤmšPÔuTƒĴĞG8$ú‚6e6cë%–·,§§‚ĤÒu:]…Cw>e=…ìxü°³Ċu V4˙‰I‹¤KîÈuĠ͸;ûûàċmD”†T —$¨04²NŽÏӊgħ½üĞ{·ċ^4’£5Ššµ`A6Ê#qĝgܞxǘŻˆg—1Z:ÚYžĈµ²o/}É°7žĝ+71~ñ – ğŻ•Çá°;nHÛmżž2ŒĉL­#Ŭ^E@˜ġÄTÓ´ŭFA­ħŝïĤ<’³?­Z l²Ú^R]XËueÛq{ŸQëé.Y~|2zJ(Şéê#¤’?Âyím·kì9à16펈ËĥBˎ3 i3dŸ4ž’‚Â;J ÜiĉŭÛ˜Ó³1Ĉ´2hÔ5}7ŜĜ†ZXej…BË÷6ġ„^ÎdŻŞZĞG#éöµ·úŭoşt‡“UtÈ…ŜÌnğ`hĞ—Ğ€gUÜ£qoĥ+uU´= ´‰r­wħÔĤ˙-ıàrp%ZU°G… ŠÌL€ ÜƒuĠĞ}É;Œ8Ï‘‡%·OG9Ċfh•Ò%,SĞtä”/—UÚ×°WM™ĉ2ÍO;ËÔÍ&…ˆ~ZäÎö½9Ì3BKĵrk ‘-ŠÜ›{ám$ÑËH ˜áÒŬGh×QĞĉÛëbĥüÒĉj_ PÁè‹DfŞUé´t’yuH?­ĥż€úšŞY.~…%-| ÒôÔ|àl ÚÄ môß òœŬä‘$jx´‘fê666°+µĊ½pzx‚ž’(¨dDî’[Ĥ­ÓB7܁ċƒ~q× )ĈћĤ)ñ4ONWÔMI4ĦèĊìov:€ş‹‹0ôħÀÒĝfŠd§ŞLÎi*g`Ë1e,]ǕxĝkU˜üLr6_ÑŻĜ,÷@LGMˆŬš×ĜñmÎŞšÌżàó„ NÚc2#:ßk ŜàĜ~qzĤí˘{4°&˘†lĤyhj–˜’4Ĵ+R6BĤçÌçm;ç0ĉOS–>ZħPúµC)lĥö&ŜŜğáŬ_…sŠ–ĥĥÁµ*4Eˆ"À\“r;ı·8ŻÏt³À²fQID\MI}L·· H;¸;_ò‚‡ŭ6Rĵ0ӞÊLÓG@ĈĴòŠşb²÷<{×F²Ç˜ğ­,_W0hâĴŸL2Ä76=ÉmÛR ÊLÖŻ.­§Sñ°7NĤĦYŜ1{Ù´ÜÙXXq}Á´šŠ|Ÿ4´Úe¨bH‰şeŽûƒk‡vµÉô8K‰%mÍĴ!DgĉĤE–ŠYÑK ô—pVÀX{ží…IOœ|,EPэ- •)¨íÈ_½­Ü FïKXWĊ—S ħĴ¤ ìŬ‰µÉöۜ“½ˆFgE$NÈèC½ş½‰fc¨ìwÛĉÄĈEwKaġ€Ëjg–“)¤"žD…Ğ'ˆ† ÁO mĥŠµšµ˘Ô‘AğLú…•Aù}ĝçœ=GïF*ïQÁ(Ös(µ€›ħïöĵ‘ M ;SµÄë˘N˘tdÊûW}‰ÛǍ7ÚÌe7T1Ês h‘ieWD˘XÖFÛkz‹âJ™Ìµf4Y Qsbwc3SKVY<ìŞTé-µ$ÁۜYY+ĉĝzXM4Šİ"ó¤/#‹ïnĝ¤ìRz>£Ÿâİ–pZϸ …JûXï‚Wc|T(ĵG"ÖM˘x&•DEܒk\v;íÉĊıĜùZÛâSOE$C˜)š‘„v2ݍ™ıìv÷Ċ*§'ĤŠŞ9@Eżš5*· }öúb#ÒTŜQLÓ?OÈÚ¸7ĜÜa-n¤ŻZz¨JÂ@jyeF„*îHâ܎=1—$MîÄĈä™Ħ†14“ DĞĞvŽÇs¤\w>]ö •Š—'ĝLÎh`+ԕa,f• {‹sîHÛl(Ì`)s·£–éÄĥGĉ m.-}ö mÇĥ ˳ äÍc‚Ż1‚˘j[b JĜ’ kÎç4U96dVPg¨Ĵv:ïu˜‘a¤^bß|}•ŭëšG0ĵ•1ŞĦi$,CHÇ{€l\”UUĤD#Ĥ’Jv…ŜX•am¸v~{ŸÈß ĤÌZŞÂ/ŞgeXĞÚûol0ɲùk  ï1—[S@ôîËeÜ6ħ ƒµˆ6Ŝ×ÄÁ4ìtz”U9œÏÔÂQÂğĜ"iÚíkߟ›ŜĜ´%TIS ¤AĠN°áŻëm½öôÂJ(?zxq"Ż:jbÒHJĈê‹i¸Sck_ƒöÄÑg“ËFŽ‘Žİ™bd(F€×Ŭˆkŭ=ñÑ Ŭë:Ş*J˘ê6î9Ĝñˆ¨3:jĉt…Ž´Š2éeSĊÁÂx ċ€R%*;–Ë)Ñïȸ盧Öĝ˘Y2şh^šĦéĤ-µ"@$m"äiQċ$olOut&˕esÒè‘`êӓg‘Xy7äO~ÖĊK;ŞÊeZñ¸ĝéR2ÎÑĞ(XÎd?îäĜ‘éŒZê O6\$¨Ğ- Ŭaq,¤1ó ê°#ûv ʌÇ4ž2 :t‘V2ĊoΝmĊ­f·$ûavĥ Œ|I†ŭÊZ*:˜(Ş`ü*â‹!kŽ4^ër-sġôĊN‡÷HÉV›1hê&7Ža@ÍGplAó¸#Ôol5Í!(~1’–Ĥµ™cƒá§ )£O•tŭu\oÈßËò|·.ÍáiŒĠ5}(ĉJ:فXˆR.ê#{•z‹Pm’äaáüş ôËşôµ5oĝĠ¨Xv‰ò…"çħ{ Q|WKġé ½=,C§ ‘ΓÜokßsJ›% tŻ›VYOO:,ı4³É Dáˆ@a° ·çŠ7)k₋,§Šžž(šj4RÒF##b,IûzŝxiT)‘Ĉż+(°D´EO&“#37pRû[Ú˙ÏC$ –S+7Î;ƒÈ·ŻêdÈ TĦ1 /D1EúïúïıÚÛáE4O=lĦ&Ĥ¤Œ&ħ­íŻ€£ı&ü~˜ÂĠdêO™ŒĞéIĦˆŬdrl{ZŬ¸ĥ4Ġn) NĦYŻ=W'ĜŽĥĜĉŞvĤFU{Ê/ò‹ó×/7ˤʳ´§‘Ĥ&>Ĵ[X€v7ìÇôÄâècJ<ïà` ^鏑CNÜ°oï‚h³8êʅ½\†Ċ#‘íÇ6Ÿŭá-G$4µ8Mâi°}BÌ×*wâÏUá)×í{˙lrמJ…ZıI1‚™ÚÀX…nŝSż˜­¤½îŠĵŝ:̌Šw6àÚÜßĝħ%^} fmN'žYFĥHŒÜYĵğ˙gm·éwŸĈ•‹AYEİÑĉx4ÊTj7Py†‚o½ħ_Lµ&i[=>‚]w×a–eïġç|užMMW--&İU5jhà T›mݏƒ)âÌŞ*!Ĵ7¨4êDrI €£—!†ĞŬˆ½ŭĜ"’i–óŞ~”4sċÊ!(Ġ+ĈŻvVo(V·"À­Èß:´é:ÔÁb¨£NbÙԂTùÈĈÀ\žÖÛWeġô´ù}lµ´Ŭ‘âVxˆ„BÖc# µîÓqż|TÔÉ0…)"I^ŽEp \—éĜwú m×ĈfsXùœO?Á™Xağ"_q~ÛmŠƒ|Lt‰“™(c}RS]„bN˘N×·|YezĜKĠĞ£ô`HĤUÒÁC`E͆Çqż8ÄÓS‰Ż*B&*Ğ2¤żŝ@£ÌP|¤\ƒ{^Üb£ÙRÎİŠŝ1` ĤÏŞ‚‡0Ĥ•îħÏ!Hş ‰7#}û›jĥĴŝs C_.É#:‘Ôİ:•mĊ­ĈüaĈI˜WfYe,ĤššÚYuɨJìnŞvÚä_ŒhŬ+@ôpĠùÄĵäôykĉd4“T9~İùY…Í€£kX_Ĝb͜Ò-KKGOV™…i=(ÄLÒuK\ksÈçk b’ı)KL³âXÁ7ORĵ`ߙŽ‹‹i"ÖüñdĴ5yvNżĵrÙ54ZŠÒıÓuԄb.Ĝñ|sNv›£É İŻ§­yĉ‹ât²™5 ˆÀá öXmíˆêN`°HŭŠÔHQef³0ßkî ½Ĉ= ²LĤƒ§]–‘Äïˆò%üÊokîğÜⳞdùìUtµoLfyX¤2Áŝƒ-·‹aħ–ĥ&)­Œôĝv’/ ɟg9u|Ï$:è‘$fN™²µ÷Y€ñ`vÂĉuµ$†E"––)>"I¸:˜W!‡/ĜM—ĝçÄi w]‡2‰0Ü|¤AûᤴZ™2z„Íòš<ÂŞĦʜÂEÓ%ıÑċ·–ĉö÷ŜĝĠ5DÓ(“ÓÍM/FĤ'ŠDĈ頎âàïGó†`4‚9ÁS:f5Ż x ħ 1ò†a°ôÛeù|9=A5´ôġ&´ŽwÑĠÀ6µíäbjÇ`Zş:ŽVà·­ż!£ĜaġÇ.P!&E·ÌE·Ç €q·b0Pì6’–ĠÍSŠ}IĴ3öÚnw'‹Ĵn7ï†4Ôֺ͛ÄĞÎnÜèOĞŻıÀÙ¤…Ŝ"SÉjĦ˜ j7îyÀDÂ|?9˘ħ™$êÛWĥ×$cŬżp:Ì2§Š–xg™â2tё…Ĝ‹jÔX¨îĦMıÇÏıkZĦ˘žu ¨ıöl_§ž˘†™*™I’]%ÙĜ İíĞ>EkŸĝ{(ßìê˘Ş‚ZİşBU{Ô›Ĥ[ÏĤ÷6rx#œ˘ L×÷FU4éO B•‘bĉúî[‹5‰ĉ׸í:›?\!ŞĤΣZœÊë™ĴǨ‹ŬùtZÀ.ÛïÎċTQI—µ}Rž"FĈU&r$h?-•köñj¤é ̗Œ˙(§§É*Z)â¨jaO ¨ŽCS$K’t(…ñKñ4ԕT0VSK:+Gµ,‰˘1v½ Ü‹Ž×Çuöm^$ÌZ¤CZ+“¤ŽıÄ ŝ@µ·ó-Ï,Ż<)Òx˜¨Ĝ-½·7ï„éğŸÇÁuı‡†¨d3Xrĝë£xé”(i˜¨$0ÚÁuZâû<§ĝ’š‚ž–žĦóGĴ¨~£I ¨Cs{Xħı}CÒĜ‡.ŞŭÙáݞ)%ŠJ~Š$²uj ŞVËĉ܎lv7À9€ŞÌ ‚µSĴĦUe kÙX‘µŻµö; Gˆ“ü‹'„gÍ>&zTwİĦJRR‰Ġêġzj˘êĈûĴvüĈ’<×&Í3Ie‡.êèD§’GFŽÒϤ‚u5ĴÊ={ñŠUŒ³ ĦÔĊ+FŜ`V2¤ ǢâÂÖŜü\XadùĊVe'ĈĉuSĠU1ÓŞg.\yù{n1<’üibîÍWĉ³µ8YÄŞĴïċµ”°‹XmĥßÏ fGĈ7°f'cżcĜïŽĜĴҊ‰˜ŬŽĤŒ¤ú ­‰š `èŝ-$‘ĥäÚÖŜŞF´11†'hg˜ôt;ġ‰F lÜ,=AÁġT&­iêhéĤÑÔA /r/k‹îĥġ’ħRşÓUêĠ½É7úv>ĝuI[[Dháyè`À+kĞĉĈ÷ìvÄ4ĵƒĤ͟7¨iÄ gEXɋR'u'Ĝnmí‹Uq½°ÓKM"²ÄdXÉi-{„]ˆ \_Ïet4ن_iċ4•…ž2"ò ;2ݸ°'ۑßÒä¨Ô²\lòĊ)X§2S~×…Í­n1Ï*ZĜMU,t³ÖÒt²ÙäÑyO”v°U­}÷Ü3-—<Ĉí(T,QÇ/ÌĈê ÚÄH½ŭ1UĞÊ'Ëëèè>.ôóË1Í"şjĜ[[ö$XocßĞà̊š†<ĈĤ­ÚieX:Ñħ2A¸m"È/µŜŜĝèRFstxĉz*$y‘ݝ‘ŽŞZ…Ż û{sïŠÊM̝Hüšµô°#ëÚĝ÷œŻ5D˘•z Ż!ž4X l“¤Y‰'›“ïĥ<~ż)¤‚š‚XĜŠÉŞ4TK°g.l\nyö½}ŞÂ.3M<ôô/‡¤‚j­JGP0CrlÖ&÷ÛÛRӘiÂÔLfÙBFᇠ‹_`FPɢ9 üKÊCj7ßêZÛñŭñcÈĵA4@Y$HŒÊ‰0ÔĊvħ7¸'ӛbzÉá"ÛIäQU+ŠÒŽó|S:hŒĤğò ˆ ñ·ż8żäß³ŒÂĞ%ĝùê*ċÌE^…4‹DÒ Íğ[¸ôêO Ï_"K”Ĉghœ4Â0^먂GŻ'nqiÉêsŒÉĜÓ)‰àĠ'Rj‚‘Ħ'„äÜa·İÛ|mÁ%3kŻÄq–ĉsËáw˜°ƒ*ƒyˆ›ħ'ʂ1Ü Àĉĝ¸ĝZ³0‡)Ë&¤Ë˘˘Ë&~¤ÁUbğ†Çb$›[aħ8ׇèë"ËŜ´V–ÍœiĦšet¸[7 u)=ĊŭĴÙM3UdÒÒUIò—´é4hHàéuK-í`m·ċù'xF0dkA˜ÓfPġi™™AħÔ¤Xŭ^)ı_Š)i(bµÉ8pĤ2ştİâÖ˙³†”^$ŠĤ™Ĥt ĤMĜP{ŭħÊıcë4b‹/ Ĥyš-DħĊÑjc ³6:‰k›ĥ-ñfÓ|½ío|S|iW™CI[M,ULŽuÍDşµ­Ħƒŭˆßs¸ċÈäN°xÎ[áYċŞŻËƒMPtљ4I( ‰=¸ìp§=§Ëè<@ɖĠ˜İ¤²:¤ŭ@lEĜ\‹‘Èìps›ÖÖĉ6ÌA$j!1ĴaHĜ)۟­ñ7îÊĈëÔM,k“XĤ-f i·!¸·¨ĊJ*IâÚÀĞY%-UFv&Iš6:ŽĦaÜÚÖߐ{b͗‡Ş1ċÒOQDš$2N1eÜXíżßlî­ŞlĥĠ‘,‘RĈĤË'Èêŝ+¨½½ħxÈ2ŒÎĥ–™·Ĥ–‘ë"’2ŽT[@7½ï¨ğ-팟ĥ½)ĵ& MaIŞ: jpJ¨:PĜ1í†óĝç2Ż˘9=qÂħÊ&$jp@6'Uïıûmm°š·9¨+‘ÀVRĴÖܝöġġÂœ@K:´S‹\¨&×ġäcò>·’J\ĥĞ0•äh†(c2I(FdTà’ç iäË£ÈÄyŭ6ş6‘¤£evÖîĥ à ıߜ1˘Ëi'Ëe†ƒ6İ‘³€B%ĥbI ~6żġ?ĝo)ÊrfÊóıèjg‰–¤Á;£h‘!SĊï}˙,j˘ĊÙG—ÒeYÎ}L™._"u)j&Ġvċĝaü vǢxŠ§!‡öi-ƒ,‡0–1"CNŒĴdÖ,Vâö°77یHÙ?‡|7û_ùÊÒ:Xe§—PIĞ;j’@żċ‹?í&–†ĉsŞ)‚µÊ†`u)Óê/ĥ+H~Ş!•$™VC”½ u(ë)ËNîNݴܐÄùn ‹qċ텳ĠSd_´hĤÒ* Ŝ3DR,sz2ö?)ûŸ\$Ë$Ğ ÈrÚĤ¤YŽ&†4n“+mq¨£ ì[H# üC$yç†%lÇ+Ş‚üı)À˙÷RNŬ½pÓ'Úe+îWE]QĠŠÙg³ë‘•˘KîÁ‰°ŭùǙ~ÛhòÌŞš€ċ]’c*L‘0²“§p£eïĊħmLjrìë'XĞè#j•kO3DŒ ½ĥ6ĜÛ{sÍħDŭ·ÔYK SF@„(W’=‚³(Î 4C<Ž0íĥÇĜvĨ ¤ƒ{ò{ b kħûzیr)>kHüĥħ2|İ° ¤’}1 0é+0ĥġħôĖş¨fplA{{cF=;1Ü),I ĵ,Yö™qöÉ2y*u´UqÑ,µ0FñüQtSQ£CşµïŞûùb Ç:ĴĤËbe}=eĤƒEµr^sìN,ÙdÏ]•G_:FİŠU˜6ÄÙoĜ^Äŝ¸İçY]Fi_-lġÒÉ+@i@*# v$[k{íŽn’íÔX*ġŻ˜çF9#2L: µÎß;¤IĦ”ÌÏ ħÎC0-m—ğî1c¨ĉc—KFñ%KĈ’TCRCÜ%…ğĥ;a#NÔJ”­KT ‰‘<Á£;Ä^ŝûœláKĞÓÑ`êYa 5ĴRşád¸u^×ħ>àqÎ lĤĤjéĤÁ2O&°Ħ´…ä0[qĜïĈG 9ޤħ<Âf¨ê[Ä˙.p\ٗW5J4fĜĥ¤~!ۆí§8Çú5-ÓE3CA#cĞl­Ċûž1Jš3:0x“áÒ1Z6\_ħĠscmż<8É(Fc4/!)G<†¤—µĊ"ĉçbÖĝqVìö¸³Ĵ²NÔêòüˆòcíc½ŭħĴÇD´Î\D1ê#ú_Ô^ĜòÌïÂô>^ĵÔrU˘¸çĦ˜ìdĥÓ¸SüñgĥmŠi˜IšU0€…a ˘°†?8Üm{s:ŒŠŽoZµ_µ¨¤"ZUĝ¤Ĥ"IJ›r@×Ŝ¸ôĴğ6Ë Š:LşŸPatŠtö`@Òmnqµg-ŭİWGgq)”Èj¤Ÿ“S ÉíQĜcrÏĤyïĵC›Ċ4w‰j­[S lH˙ùvÀïÁ²Ñ$ù³˜êCÑÒ/+‡\‡¸,-aôÁÑPDcCN˙2‡_}ñZ Ï*rlá²œÒŞyK\rOb…ġY€›X‹Üò7Ûĝ‚žŞż/Jhó¨ĞŞ}1B"G'PkZŝ¸T€ ĝ–sO56IDDhB›8e•‡:oĥÛ^×xwPf5³Š‰şB€ŜF2ġpMˆ ï½í†ĠYMNS–Ċ–E[ NżŽij£ ”ĉû›µŽm÷Ċz–˘l–³á£x+žrRġ# ŻSMıä€é‰QÈYrĤ§†Lë§áùĉĞfBÏ)”Ĵq÷ıÍq}"Ĉ˙Mñ`§.dâr-İâUHÏHíeúóïˆèèÛ.ɤĝš£]SĞâzPVàmğ^×ߓì-‡í04ÂY Co˜X‹ñô8Ò+…I•O5X^6yiïáĈl§‘ò‹Ž6żlxÜ0Š,ï2ĝXFpŽĦ‰;6$żġŻÔÑS³ 3eÖä€ù$öġǖV×ĵġ5ÔÑÔ,‘FŞ#`׺‘~G#uBYcïµhĴŽê֖—Y<ñŞıaĉÙm{qż=71ñ ÊráTäP Xaê&ĝ)sšŒÉž£ïyàv%¤ñżkïÇél[ójlúŸÂ4yžQGIKF#cXV2˘ƒpàNŸˆç.j ĉwò*Î3 üë>|ÎĞèE‘t…[ù@à·;ß Ş G]¸óFöÙ­ü;_ëöĈ¨aŻñËÔ¨‘kiÈ-}÷b} çÓ s¸Ö–)$ñĠüHÔM<,‚NÊ8ßmŝ¸ŠµoFʖ5uMġ)c’“C8•[PfïsĜŭpĦ+#‚U•UU ƒ€÷2Ëŭ0ÁY-#ş$Ĥž;j*PMÀĠïé|1Êêİ#zy%ĤXÊFÈҁ¨ìÌ÷í°Ĉ4’6=fI颙 $jT0ŜÖÀß´t7‡İ˘i*ê&ao@Ş?ž$‚C5=+1$ĵHĞ÷ö„â ʲȎ`¨Qn4ġ,~ĝˆĵ‚)tYyĴjT‰¤˜Ö5#ak›ž/˙Xšš&Ò…’èĊ÷°˙‚?\röĤ0ĠRFÚ­˙‘ ‚-ïCú_ h²úÙsz•Tô³£0hb Ż¸?M·çä zZNj5˘ŽjgIuù•·Ġâ ëïí‹hòJiİ£wˆY\FE–3µüۃü°šşž*:Œşş8çÒ¤ ]Ó[›Ó{½Î ĝĠ¨–Fˆˆu+rĉûŸMż\DĵcşTĥjóĊŠŞÁ[…äoħ½¸÷ 2‚`ĝX£Ĥ*Íxlncżò÷ÀsÔĞš™ á–RMƒ)ċMż6݆Ż1’˘š-`‘µĵ ;XvĊ%ÙĦ5dÒÊXdÔÄzciäG‰‰ıöHĴ芭Ĝ=ÏöÁb&ğ1Ġ`@ 9˙6ĊPQ<53ĜFàóY—cobD˜ÈŠV$2sÖ˙=ĵ!1…w6½…ĝ‹ß~0oÁUĴ 9 ”*·²/żŻo| *‡ùF]fï1ŒYY, zêâŝĜwUIX)#UĤ‹İ +/6^ÀïŠ5t´ŻĠ…ÉŒí9EŻnwĊĥŸÄ´—ĞIQ Ê„r)ŭ•OqïŒZkB’hÖ_Y$Qš Ü%Ż£ĜáŒbJhcoÄÓa¨~=H˙7Àµ4/I ŽéRĴ˘àsŒÌj 33&o bvç^0Şô&âXjşŽÓžQ!ó†· ŸİÛûâ—ÀKQ24nX@cé~×ŝĝĥUĉŠG?MáŒjŽ"…Wqßż#ž?<*İÌ$Dm*X\˘Ŝ˙l´†„ĠêĠí'5ÖÀ°áGĤ¤ŽWŞMPu)ԐەlI\IQM,n ‹ĈÄöúœrµÒ1„É$Úh´ƒpv<ûq#˘°cÄW@ŒŒ·”²é¸&ßÏżĥċŜ‹4’ŻâĜ‰ÌdĞ! İô>–Ŝ˜Žıçϖœuâià@°"Ĉ#Óı Ovߜ9•ë҂œ×tşñ• Pü Ŝú­Ëß|UŞŸÁ]áJZZš$ŞŻ à7PÈxr/·é…Y}2|T˘8doÄXÈp €Ä ­Î÷ıĉž4Ÿ5ɗ\q‚ˆ,cKIaŬıô ĉO_YlPĊM^œ¤*Ĵ×Ċ{ ´Ù1·ħ"ĊNf3Ó­‹Ùn@î– ’8чMdPomCòĜU– J_‹6€€…bk‚ [ÚŜ—;\öÂyiĤž9ĉO0 ‰“ŝ 4ìÑ£Pé¸ı!ŽÄöÁyrH³2$G¨À·=żŭ`zXdw.%UdR[QçĜ~|aĈOG °L*g4ñˆ˜† `ĝvħ½Ïé†&Áë(’V–6 u..x ›àJh™Ş~âR0Ä]É:l7çċ†z*a o„ÖŸë3X’Ö'Ê(Ġ ~;[ÎĞbc?N=m|LXŜ‰|q=,´Ù\p@Ê#-(w,ÇacsĜóúâž-Çç†ŝ"w›3³3<ş€Ô£°6ۋa:Ĵj_ATLë#|š›âëiá6Pò(ıào[Í|#ħU֚ZÙ3QĦ\L4e"À]µoô<‚šàaŝÓb>˜úه‡ċʲÈ+V¨ORĤĠ(İ + £Î׸żċ…·‘Ëñ•Ê*—8xd”É‘’A¨İ{Ü­ŭ 6ÇyĈFi%’£.OŠ•:€]ƒ1òíêNÜ<{žeKá|‚zzÜĠuTHG˘ĵÈŞMÉ ñss{ ZĜĤĝ‡<ĦÏr ĵż$Éİé)£•dnŒşKI:v'W¨½ñ2qŠË+x<ı£–²ĤJ—½$èËtTħ ğÚFÜA"ÊÔj3ʌʐĊ·wżîp˙ÄYbSQI/ï4yôxÒê$'ÜÜŭ}0‚Jz`²™iÒêȖó7cÁĜ‚ ߌL%jÊDŽrB ‘”dQĴ[Ìĥçbw?ó‚âu:˜` è2ğnMî˙!· N¤ëċbÊÀlIf;úzóùEÖh$°%‘´ ŜäXs‹N†Ŭ'£Êó(ĞĥiĦ‘ä¤*îTĉûY‡ħ]šîu·ñ‚š=Ħd‘…É2îHàÖüñ Çôġ¨|ۛ\sŝ}pÛ·bX‰UfE&Êߟë‚ĤjŠq kÚ4šü›ú“ÉÁyElT#MF“Á"ĵN§ßċ öĥh!†İViH‰Ĵړr­°:ĵ]f”e²µ#ë §TŞÑidqħVçƒqÎôÙ Ÿ˜ÛŒ5Ż–X ST™%„ P—ò’|­ùï|³ lğߋ`°HÄTe°†‡Ĥ2ÀĈ‹Ê7 ÏıÇꐖ›aldĴêı¸<ŽĝOV;É%ŒĊŻĉ,~näïĥ:´Â{“ıôż ï‰c^Q 8fn??Cé‰Ö2ŭ0ÈU´Ŝۓŭ½ħ6UdŠ8ċš1ĞuuBšümŝsŽc@½T‘‹Aĵĥ·ë‰eGŒêRulJ›ƒ~oĥ6ÏŻ,• Áp@ċ½-‡è†DmRµ2 „D Q;9ÄÜ) MĜ_cż×5C̑K8ı=&àŭ}xßĝtRËSUIY+=+FŜ#Ĥú|ÂŭûŞ×ššœĉDċù} ħšíg]n„T+ pI=­]bĠ-‘tìO+uj £‹Ŭ·ġçżġÇ’F){šä~˜>†œÊ* Ğm7 ­íëob1¤hâ Ŭ/HR&ŬÏ>ïŒêżá ÊȌnCÔ~˜:Ž–5a´•vê¸~vüñ‹NĠ–ERİ Ŝ1ħ·<˙Ö qV•!z†ôċÚÂǟ뉔•ġş°Š(%ĤVŞ™îcGŬNûìvÜbĊ“f1ÓT͘ĉIHĠŒB$úšGĦY,8=ñVY¤ĤBë _B“ÜóÇĤ,ŝŽ³5êG҈ÔS˜—–Í:µìMŽ“k^ÇÓ댭д)¤Ġ–<–Ŝ„-ĵú‚‡ Mˆ½·ïÎ/#.Ìsšyj'œˆK"SŜñµ…­¸<úbĞá܋7ŠĞâi V}+’ig ܋Áħ6یzDñK—ĞD…K/LíĤÇqöâĝï„cĠ:<é[•"| ݨ#Ši Žğk7Üv䜍0ìĠF•Ĉ[Ĉac1Ĥ`ŞXŜÀ\Ĝ_ 'ñfW3ĵS Z% Ş ş‡ÑIäû`il{ljĜ‹4ĦÌZ–Ĥ9 èĠĉQÈÁ¸İšĈ[Ĉ` 3ŒĈ`˜ÌffuħÉK]L ÈÑ VuHĠk6ħµûz[¤é żŽYV,ÁĴö­Sx–žž3Ŭ„ !Òob÷Ĉêóy+hİ‚¸òġXRƒż~ûûñĥhü™LUç}:™9£+´¨ÈOƒß j³ 2ú’İĝJÏԊ)T€s{Ĝmùíl+Ìfô†ç¨‰ġ Ϩl~QÚĈßĤTDRĥ0e‰R!dóÂäj Ĝ\öúöĈċŬ &ɳìĊ¤Ž]])ĉ*š1n[`@àqr{ߜIl–j‡™$ĴĠİ"UħĤû›‹ŒU³ĴÛ¨²,´ĉŒĞ•5PƒbìócĈdı½s‚¤£FIG2(ói}ğ˙;.6·,—$ë–ÄVThéşôÈ);҂OçŠïˆs‡šfXV Ë1Ó0_%~c}­ŝqƒdhŜ9İ˘Eëk “É·°µÍìvÛóŒ÷*Zȉ­İ0ÄŻ5£Œ9 Äwĉö Íĥğb‘QŽIW5é|?Z ˜I&ëkß·7çßډŻËĦ¨›/ >h”ÔtU]–Á@äŜÂÛoëŠŬ6Hò×Ë ¨]Ӊ$ŞĤOô´ì ×&Àûâċ‘ĠÓWÖAwÔTDË TÈC‘k)[‘~NÓqĈ)´Ŭ–Á3–<ħ*]ĉTG‘WQ’žŬ›Ê9ßëë‡Ñfôı”´0 yĞ)ibsĠŻ…£é½É$ĥ÷[[µ¸À™ŭ5aŠpˆM*ÂŬYöQaÀ;ܑa~,q/†L1\Ş9RZ¨a¸”³ĊmÀmsÎÜ o89ż“9ĴXÛ ž?ħƒ.ާLqK\X‚EÁïm‡7ĥ=gPÓNĜ£§ìôšŞYçÍ%áf #ƒ­ċ¸6ç“mÇ;àêÜÏĦhè^„1Â07~u;=Î÷ÇSê•Ù ¸àYœWIˆdeg‹Î½Ïĉ7µĥı‰'X*àŻ$¨Işjd[³bĥ°÷µĴ8ÄY½OĊT¤…ĉ™Ĝj^ Ġnû=Ĉ8šhĉrDTĊd=ICé'¸UÖû·ëŽ'6ÛĤU|Ž+³z\ÎD¤’İà˜ġ%:WĜ\ĥż|+™rézݧİ+ĝ°IĴĜIĥÛöĥöŜĜšÍ Ż¨Z„šÍ”Ĉu7ÒûŻż8+TËE?Ni&êiV%H;r]ïÏÓgċV'iŞÖZ•§žMS’X. }îVàÁ›Sï'y˘à°%İ-6E-]vP²ÎÔŬ>”†fġ\0P]ˆàŜûï|(ÔÓċ3ÓÒÁQWS ˘ *Ü]HQÀ'ß·8ġOKM“Ĵ‘ĈUšÖebvĜwçĤ‚²‚˘š7YŞm+ĉüĊ‡ï†0Ó´ñ™j£ŒLÛG. nûq튽TÙ>ndŽD†„‚ï5÷M'ôŭ8ÄÛ*IxsD”ġKTé?J°FÈÎ,ŭç¸ús†P>bÑ-ZN+ i‡’œôʁl,w°çی&ĠK*Ë[]E]cĴSĵd•f qċ$Û×úymlġ´³P½L´)ÑĞW–ׂğ~Ö8~$ˆ[fßîêáLjY$ rżèƒöÜ÷ÜáWO])¨Ĉé)f·œl=Żż ·ÔSJk]ĠRT! ¨m§ê/ġ?ló–Ġ'Q#Ž0K#fì.@¸›ïż×\ĵ²´o’™Ôe²İALŒ˘pĴ ›Ĝ5· kÒVj“NgzD‚%”([ö=ÜĴ7ŠŞİ<‹-:…™, úGo/6>żÏÉ,˘!R˘žŬ- jrxRž¤öĈQ“Ĵ•EY³3#4˜ĊPŞÚĜĞ0<·ÔuNòÖÁ-WF‘·˜JÎJé¸"÷û‘n}Ż†t”Sgïҙ9˘ #օK°7Ók¨ĦöÄħĝZ _„Ĵ‹^ĥüwYFˆí°Po{ëâV n]?Ä@Ô²TĴqF~V“bĉU¸'ßûâŭ–eÙCPeÏC™UQOÒĉR NOÍcrWkÛ·ĉ0š§"jŒöž†”BŻñ2Oa—Ê6V[M†Q<àş\µkZjşŒÂ==Gv‰Á‚(Û_ÒÖĊÁĤx/— ˘’*vvŞf1ÔPÔN\™<­İmpá€QĥÂûħ-&s”îËGQ<µrúsŞÈżÊ/ċ ÚÂŝkÎ+ytÒĉ•u3DôU°"Ĵ4à–5 6Òl~n,yı>¸"*ÊJ êy#¨ĵ’EŞxş2)ŽEċmbK-ÎǸçM²ÍW8Š˜eÑž¤HċÄìI‘=,K/ż˜ú)ġÍVoV”Ó§ÂCFŞÚKwŸâĜ€í‡=N™Ğ)‰Ş†D´âfÒÎ{ ö¸$ÛÛÛ\ĦCBajd-¨UfckĴ+ÀŸ]ħkŠĠ²>ĉhóu‰òüĊ–ŠĤgyÒD@yo}ğíqn-‹ŠŞ$eÔ4´´ôËNDz JQ—‰$’FŬ^_á™êİeÏóJIÌ´²;Ċ@ÎnX >ä܁÷ĜİġĞ$İŠ£0˘ĤĤIf_çĈ›x Ô×ÏPڌŜ#Ġ@-MAO·LX"… ŻêÓUôÌdP¤ì.ĝ­m€<-ŠlÒĠ­,54Te²ş¤›nwöÛíĥ,™V^/¤İ’V+P‡Ĵtı*AÛíĈÖ·ïŒÇ‹ĝ+xħµHĤ¨†9 EHc( ¤ÁÓÎĞ\ŭĈĜš–J¨ŞQtŠÀfÔ˘E%D‡umĥ÷ßÓĊ \ĥH%´ÈĊ1Ğ2 üÄûl-Í°iP­Ò­bÄ’CKJܧÔħßnûXmÎ1‚ÈŻÀœ÷9ŸÄsÓê.Íç¨Ĥš&”\èe;vÜwħ=ñKÍsËó –i%‘„‡ñQ‹ÀZè ôß`nvl[˜_ñW‚H˘A%÷ÖNàĜµ}ÎÛ×êä|Ç`áH/í‹NeâigݧËU/$Î4Ċ˜XŽÄÊ n-íßfRdÇâŒF˘­$=9gmĴ¸Uùcp?=ñ—/2ÂD§ |-KYo<$‘€Â(Ħ'J…cpÇRî{8ü°ú³'½<“fSL?.‰ A÷ı  Ċí¸żÛ`2ÚÉĞš­£¤žBÈKHPF÷ŸÄ0%vw†•'Hŝŭ2ÑĥĞ[ŝl{óŒ;7>Ô;ew7‚…ĤšyMTÀ?R™ Ä^,A>—˙Œ 'ˆ+ëXP½mm$1İS˘ ˆ˜-ü ) ˘×°·ûìf}”µ‹.\é)u19`\Ap6e7îA¸ĊS2háĞZt:àFÔòİeŬĈÂÜ~vÇW kEҒÈ˙$ =Ş/B‰v–$,­ò(˘ç› ñ‹v|ÑÔ~ì†6Š9İ‘RĞAm@‹ïak€wĊ‹.ž_ß³A˙†GN9Vꤋ„Ğ~5 ›0NE1ĦUE•VK=!Ġ-\ĴF6ĥ”*J‘pıú`œmĜ˙BĵʵÛ?ÔÚNĤ•m1`n âäñôíiòlÂ:JšŠèd£hPô…BèÖO6ż$ß·Ì3Xݨğug‘z È[Q>[ öÜúmŽ>9'˘Ju–bȊB—ß7Í{jíËQÀìİÌĉ6pVÉqĈÂŝŬħ$ġ)ÖTˆ\ég¸ßékmßTÊêŠEm ÚmżN0µ‚-Ô ĵÖ<úxäL°eİ™ŞQuÖ(´’O"¨(-{žä\ŝ–ßl3ĦÉjçĤ‘rĝ`xÓ\ÁšU…”(Ô]ġ‹6ĜoĈ*”†ĥžtZs$S8Ԅ0î<ŬñeŻñ-fCI—ŝêH¤Ž ”ï¤pÌK½…û‚;lp8çôM° ÷/Ф–jĉN´qúĞw'ÜÜ}ħ™nW__‘WĠSUÑAKLĉY'OAeµÍġ}í.³ßeıTu‡7Éá‘ċI&²Ä$i–ßécċXiߟÖPÖĉóĠÓÏO·"9—Ŭ…Ç"÷·×TxËV²C˘Jvm(UXÌ~kƒŞßM­ŭ°}D”U”Ô´°GÔĝXËË,Të‹ÛQ6Ŭ€6ħmùâĝSMU=,Âji4:ÊÀpGq|]r ĴÖ_ IbŒM˘Ól\·$–°ż',+@SçP™cêG0 ÈfäïÁß{{à$utí’³ÛXÔŜU .Ĉ˙î66<៊2ù"ĤZ¸kİċ£z M ›ĞĤK nn6=°Š87.SÏĦ‰[‹ïġöYV2(äX‹2Ş7Ŭ¸?oóœHŻ%fêSċ³ #úâY † jyÇÔ.êÑŬ-kjż×lñĜÊxħ½°ÀÛÈzşÌcOûIĜŒ3‡\”ONgGm"2XŞ’ sµm°ĝ^‚ÔêVQÔ.Ÿ@7ıû˙YûĈžZgÑ­$İd X’ĉME½Ç†3JùmM ]<4”sŜ„ÓÍç:.ĴÀUobÌwġ7t+<Ŝĵ‡ò²”b­ccïÄd F˘á·ĊÇ=‚‚´µ Ù"3NÑŬT?t)“aı½OÓ)éä‹Y#ThÚ:‹şèƒ…èĈĉn™­CÌ´0Ò³°yD[&ğX•Qò‚-ĥûŽpĥ+0³ î}!IöÄİĉ ın0Ĝ ú1Ĵxâ2’ÈĊ5ıoMĴ{ÛçJϚuĤu"U $4‡Úǀ7܌’ËIQsİ] TÚ×Ç5ġ5´?RġJ³ım#_ĥ=„eŽñV†¨v–÷żҗÍĞM5Ì)#}Q%C‹-í{,ĈÀzq…ı4-™WÑÇÓ%¤ħÖt÷7>˜d)żtEYM?T2ġœUpvé‘ġÜpqœ–ld5O%7ák-¤¤mĊˆä ŝDmÎ7—WMáù:Ô"75˜ËĤ쁇ËÛÌóĥĜJd%³³l‹Úŭŝ¸6Š’àijH$„ 2‚úÚüxç·§¤¨ì>Ĥzá›à·cŽ~™²VK}:eı†rd¨‘….]e˘Žšîî˨ߵġ_Ŝ–,k3šÌ³Âĉş2f%\+7”E;2ìŜQ}ĝÂxNxĵEITo[—VBé<Ħ'Ê<ìOñ íêl@Û_Q~è‚j@úh'hJiWĴşímˆ$ì}·Ç_kŽÛɋw*Z<²ğĊ³K–I6m—CRô󧜋4Gş.ÂËrI‹Ĝ#Ëä§zšêšŞEy •hdG`o£‹Ŭ…ĝ;ı—ˆh3/I#&SC-¤š[(–Bw!xôÍÈĉÖ? ĴµµÔÌĈYPŽœĈgSĈÎŬ·Ó¸MíI,ÈĠĴ`K—SÒCYFo: P Ċ™ċy6[r-ìwî,™~u^z™ŬWgA"¤ħ#kYˆµî7xÖ(iŽe5 ,n*ċ„UFͤĦQpTZƒĉî"ĜŻSA˙É2éSMĠz2ü;¨Ĉ6Óe¸cr "ÛpG–-~$Ê-ì²Kâ* \Î7Ê2jxo‰g Úâ6à*ï}îŭ7Ĉá‘Ê g Y*×ı7âöÜ÷ü°%>CKĝbJ‰k™s‰Èé…˜j R[MŽâûŭ8Ä5”ìĉ4iIÑJ,AÒ.mqa~.xĈ’E§Ħħ–"Ġ$&Df $WÒuuòñµû˙<<öO“G2 jvÖ:“’Qğ¸°öäóĈ(ħÉFò=/Q•bÜuyß°ëÎÖK˜ ÔÊznԛĜn}ˆàöġĈ1ä”4SĠ+;GĠ[¸˘asĈüáµñNĴ)/"0şħ½”Üǐ{úâ˘ığTŻĠM"E%~Aۆ܋ŭ/‹ 4ĉ:n²GŸÊ†êĝç8ÍEŽX,bħİ"T*VÛGĦĈĵAœWÍáĊŭÛ]u…–)Š§Pz`FżAÏĦÂzÚ¸dEi¤Ş,ĦžÚ­żK™x˘Ş—,Ż’ÊĤdXVáİćpÊ.C íۏ7àMNєµG˜³Ċ—×T`L•{¨Q.œ‡}lG§ ŜàáC9İ¤İ˘Š(¨5ÇPt‰òÀ…,Ûoa‰eġ]š Ğ¨W¨Ġ˙’¤tÀcrYoĥĊ†×ۋâ Ò­2ژž†‰Ħ§ü7¨Ž†İ›ĴnÛ·`}qé.6‘ÓÂMY<ê *İjäıµ˜loÇ}?/£Ç4òdS:ÂE°Š-Àż ·ŭcÏë'Ş­šzú¨ÈšCy.|Ä\c†´”-›FĠ9¤ÒÑÈ˘y‚ŬŒÖĜ5Ĵ Ĝ{pq„ĦŬŝÍeU’)YŒBĦé̳IĉgÔ.8żnŜĝu—IOTPTġjhùaDıcĊì7~˜ 3ÌĤj$dċĥŠX‰6By$ŬŽ×çôÀRÔèŻĤyÄdede½ˆ&Û ~˜ÊŞX ˘Ċâ’Ĵ_AEˆ°ĈĠ gÔâBI:XJĥ‘…•µ0üzÓeUg0’Xt¤½%2É}™X“}; \ÜÛWÑĤc“QC1‰"ózbĥ7ù˜vóĥĝ$ÍhòÜòihrĠĞĴbzi$Ğ@‘Ż~G6Ċ]x"·ME™UxŽ‰VĤ%j—*“FÚÔħvÇŞĝŸÁy'ƒóĈz\É$éÔD ÉvċEso1ĝ|WW]â܎zi¨¤­ĤR†ÔBŽCpڂ_XÜ·l^üU.qUàJŠÊŒĊ3p­WIh¨ÓÑ>R/ĥ˙[âúü²µceÔ9ƒhAĠ"’¨CĈòƒpÚŻ³Ğmşíï‹ Ù´SÄ)AĤ MT„E·—uÔ8ıûâoSUMàŒİ¤š'a1’››o~pĠÚZÉM=TUΉpc7Œ“µÁ‘ĜÜ`%£ÏĵQ–Wdé/ˆò(ŞŒCəR:ŞëİċĜÛ{›zQĵyšÓx—$Ë* ­ë]ž#I"%=‚‹\|Àìo`9ÇoG JBfÑĠŒùıS~E7ǂxûŜñ€4°ƒGPÑDM‚lWnÀñ˙‡fĤòy$´3ipVħ×éÔÍkl ż<3ñM,xžqÓ %Ò ô–@Hüï…j6ê9Wû·Ċh펖”°a°9‘ƒ‘`mġÛ…dëS~ôĈ9ۍCMĊ Ŭ)0ĉt^[ĴÊo#Ì8÷ǤeñĉvËü8í(Ĥ˜#Ħ .rYwڍñĉ0ΰUA0Ep’ î{}ñì~Ïs¸2Êì×)ÉeH:Z³0R½ÍÚ6P<ĥò‹Ż½öXdËDMG˙íŞJz™–j¨BİVy#Ôtžö¸<,qwÏİ"ċ3fù•[A€İd“İ{_ÊJI·|Q'Î%̳ĠñeŜnL/c ]ˆÛM¸ï‡OYèd§Ž(ë&™bEĜD›\ŽwzmŒŝċĵĞ3h­gŜ;ÈÉÌTDf ÖV•@!CA ىż6Ĵäóĥc[?ÄRž@~#"éRħ$Ŝößs‹WŠ*_E—góSRÔD ~#HB°µÂŞĦ*’>˙\TŝP×À,b³àİĉ‰äꝤÔ6ln{‹öÄ3Ġġ3£éšXh%ĴĴ)ĈȽÁ6ĜŜŜ˜ë*Ž’_$yúÄ)ßWáS’ltÜ\­7Ĝŝ˜•éĊ-t•‚9›Ş™Aĵ‡ËğĦë~ÀÜ_dùTútik£i”FÓ‹‹ßKlAÜ^׿óÀ›zQdë™ċĠ4™^qÓ¨ĞMb’vÛPÙBĥÀ’.oÛo,Ġ>9]‡é\s•e„läo~ıúâ˗ätU9 ÑVeÔëm%"!ôea½÷çœsâOÄäiÓĤ°żm'¸ÔEžgâşiĞĤjĥ‚D5µ†­;èğ|Ä[ÀÚ×À0UK–eôù–URĥ"͂"âĤóİÒ·`9ı°|3ŭfTĠèiŬ™×iĈ+… ÚÂ[7üñ?†sĵʨI/FpÂ#-JúB ä) 'šçÓoMĠ~Dˆ²šoŝÔë³J\şHڙdDED’&T \t À7żĵċ4ÔĠ9„ONSš)"=ÒR^à…7R‚7mħWdq§í‹¸;âkÙ%=ÇL›tßy=ö èIûb•”xLÚ36­–I• 0ñûiQµŝ¸µ jêİäI薒ĴZ¤İĈ÷ĜĠ°Z)ŝ-ñ#eı\˘Ħè駓Zˆa”LÒöKöäwħòA™>cS4H*Ŭ˜tۋçrAû`˙ċÓ͜ԌşŞ‚eĦ.OwóvúâĞ—ÍÓë½İÔÇlĈċXv÷Çy4ŠÀŬ²:V˜K4’FP•Im.Àí˙²íöÛĵĞ=ÌòŞzĞ+­ŒxŸoâ§>˜Ğ䙋Jâ #1™‹&’5.’·¸pĥĜkH!Ž¤GW4ħUTÄ]İ$"ŝĥíÏ6ĥe$)Ċ5LmŸPçù´­Q^Ԇ·ËTŞËXYÍ­r/Ûß,(lĵÂ*)Ş£ŝDP¸W•nM‡ĝ9Ç°C>káż™¤Ĥ–-2*†ŸÌÚ߈YoäqͽqċıĊc.qYûÑĞ4zK³­ġ:6½¸ôżħ‘GàLÙÖ_5 ÒĠċê•HÁUz’k[¸<0Ÿ1İĤ¨I’†OF¸ÄŜ÷ô€:γ9Uî&Ò5t…˜Şĝ™–ċŝ÷Ĝ`á[ĠËâ‰ävż›VöúĦĥŞÍ=STÊ)YšÖe}öÜ\³Gâè·ú|ûí€2ÈTĊ/NE 5żâÜù°ó,ʧĴĤç³í.ĞùnJĜzñé#΅)(£¨rèëR) b:ĦŠpY­Éµż\-ͧƒ2t£yeŒġ$Œ-ŭ6ú[óĵŞĞ3Ħ†8Œecš5é+G³ íkƒ{Ûŝ稑Ĥ’j$qŸÀm™EüÀ\zo‰qOžĠ²Ğ&¸2Ĩ‚è‚I;ħòŝĝħċJÙÍPEKQ­c rċŽÛ˙ ˙ĦijdUUŜŞŞ"X#m#Rĉb Û°ÒĜ-=^j"`#{3 ŝuۛߌK,²jÑ’TdĠÂ)êU›§ĠèÄ|İıä‘qùŒ-ĦÍ]ê) ÓÁRñDĈ5f AĠÍÈĉġüÎş90ÔI4ŭkŠ‰ÚKż7Ŝ–ÚŬöÜ`ż µM=Mu —š9ÖAj#N4óÍ­·ĥ†ž2EâZÔŞĤĤv2FúlñÈ<ëġ=ÇĦ¸Dgi"ŜV ĞŻ˜z›\Yj!£Í3qL´˙?ÁDP\{wżWċóSSµH¤†:Bħ?ŭF­šŞ1jwf)s}Dĥĝ& ÙV ÓHš › ·ġÛĥ4ô“ n³Ĉc‹€XZ÷ßo\KP”´qO =0݁˜ĴìĜŜÖĥħĥŬñt…gUMÓÓ­L4‘,·†MV ş‚{ĜúáƒÚ 8ĤIÍCÚÖÖUżŻ§Ża<3™³$2+MauÚßOL[érÔÊ+ċ‚ Ë%£ğ² ÄCÏ|CxÑOñĜ™_dĊ/Ñé>(§Ë2zwĤË~´ghĜ‹’@ġ·˘ßĥ)‘4ÒSÖGҞhúĦtÊçqrZçÚĜ#Ċ>-Ê3ê¨Şt‚R¨½I\‡EĉêŞ,|ÀìM÷çL֓.ÌĜċıŒ•iыN<ލspT}Ôúarp9'#óBzÉ̚–ŞZ˘˜1êËwHF×;]wżß –wlŜKÁ ÔòÈô,eˆÚÜ(½Žß\E8ݞ ğNĥòpíżno{íí‚3ks½]ElrS¤ö‰EÔ°ş…µœlN£ħQ\½fHô°K+#‹Ĥö Ûî=½]'A g ğùżNF8ŠXÀuœ9bĦT†µ½;qŽë$…Yi[·6ß|Z@jEEoQâWyší’ŭ blö’hs j9)Y\†KÔXmµ·ÛÉ֎Ż5ŽZÚĊƒCĤ”zv˜J/b,éßx››V<)2Ò,Ĉ%’abÌŞ.ÂÇ{Ûß+­FÉRü¨Dò0U Şş·ïÌî%pš\:‹ĉí|i–GĤPkìÛpm·'*"]@,7ß}ıŜ×¢“8Ħê´é– ê‘C(CÏwÄ´ô½pÉĥ÷ìè=îE†:§–$§Ù^ν0 \î9ôĥ"Y<İĦ•$SÙ{zßúb]”ˆĠ5ÌKiPëŜĜĈ@îBĤ•5ÁÛëThjİ)ä7ûħݤ4À˘µŸ‚ĥàa‰’Ëe‰D İ.57r}ŭĤ$Ĥ:$y%£CĴíıìĉpµ_Ióm`{û`ڙ <ï ż§ÛúáWdÄÒêóoo@}ğbéy “qqkÜÛ€/Ä™ĈyQÜz`ġÄĥŽÀ2VMĊıÜŭxÄë˘(Á£šDmqΎË'}Co_ë‹ßƒ%ı¨İUËÓ1.¨ÁEfC‡"ëıĜìH6=İpeI\ëQ)X‹,M2ÙĴÍòòlA"׿|MA_W"_ĵÚT)*$sa›acĥäía4ĈJFsüââKEYV(ó "jڊ”İiHnş‰?RNç¸$AWLı†eôM bóísì>×ÔeĠ=|ħĠ°…èu ”“ş‘ê;â$އBĈA#“݁ù‡l“Ħ¤ĥ‚h ß&‡S$w³<ö۟ËŠ˜áéÍ2üAU[_ío\M)ëF›ÔŸ˜_ÓÜá…5*,/^[Bï“ Bì}ÁġÊIK5‘ĉ?Ñ= ÍPt LÔ:’S‚J˘–ÛèAŝxRçeP´˘Ê’^9$QŞ%ĥÁ,AâüŽ{bš"+1–…‚Š•Ó#+F’×*6Úçk{ĵĥc*E%@`Œì À¨MïqŒS—{&˘GŻdyKE—Ċ1Œ<óFÑË4p:‰I"ܳßmŭ†-ŝĴZ„œ·U]\-œX €l>÷ç|y?„óˆĦĤĴĤŠŸD%†²@‘ÂİÚ×ħ ĝǵCQI09‘G\$Ĝŭ1éöN<ċı2OU[MCRŞxáBmİÚ=L1˜H/)ҞçÏĉ4úeKĉ/OÁÉħ'aÀż~ĝ(Í ­dSĈË 1e6Ԝ…ŜüïúâÍ>V‹fsœ.]—UÔ@b’Zeñ³[Ë}˙LyGs‰+ĉdÌ.×U-cÔĈ5™ĉ³×ıdRŬPUšÀu8µ…íĈöûâ™+:V˜ŞéÒK?˜j*ü wێyĈ=­à޽–,ËĈıŬD‚˘:ʆ¨˜[Ĥ„¨î,銝Fk[$RÉ­£´q~üá‹ċ5Ġ0 Ï- éPÂÊ•ÀğkÒUCĊÈÏG›fupĵTâX<Ħ\û6-Ċ°urĞÁ.KĉÉ%=IŽR<£pÄÍì6>ĜöŻÙĤ{YÑĠü]@ÂÁUzŠúGóíϘùĝUuHĤX‹™ds­HÛrNûcÚżeŽıdĠ´’ôáŽ@†+ ĈۛŸécŠ]S¤'òzĤ3ÔVSÒ yċXԐ ŸSĈ'(ğf²ÔOhj•]Dl¸ôġÂOĴ˘•&šĤ1yU!ĜÇŜŝßçÓÀó£–-D™ ƒ $yTüÄ=;b†ùš–*x'BÑJKHħJÇväìEN}ƒıIÓ=j ƒQOİEÒ.„ü¤‹ĜŝcÌß7ĴŽé"ÎÌI*o  ΖŽ×Û酃Ä51B&¨uHǛS^ú¸Ġo_ĥ×Ŝ˘iç™u UƒÚK5ı=Żè-Œ99bQ+-äŠZĤ¨hc“J2d‘Ĵ×ġÚÇoÖĝ"§¤†e1…Phn·?SnwĊpV§v’ĤX•ce$ üÇHaÇ‹àˆËÔQ³Ò=S´‘ôÊġëĜMÚÖÚàߜr¸š s:¤ž‚&˘s#DHÑfaklÂö;Ÿ}°SK]4h*–"Ëĉg ĥà÷íß× ™•$ ñN"gĜB#òÄ8o(Ĝ‹ÚÇßĤÌaÓ,°Iċ #·ĉàßsÀÀ˘ÙÓ|=%LpŻNŸN§21ĜŽoëkarGS SĵÊ ą$o°÷÷ ژVHġD͔B][ÎÓıŜĈËĞ-’JP¨ŸÍÔS`$ĝ½¸âÇl^•‡Lġ R†HRd/YFà/™ĜŝöÄô”ġBYiÒ`.ÏĦvb>Pmıµ…û`ÚJÙ³*1Ĉ³ÀğŜ×Úü{ƒˆċ—1AK"Hc 2–„ \ċ›’vŝ¸‹i`^…dT54™R¤Sœ‰+ °×mŻŜ×çd”ôyĤ–2ÁLÒ7JJQ× ÄîşI¸ß‹÷ZĴâjê?#…ŠÚdħ-ĤÄۂH[eż5jV¨xàX]A[8¸ċ; ï~q)íŒ{UMKQ£’ • wToŭyÚöïÚĝ·xx†@Ĥ1!r˘Œ@-Éŝ¸Ĥ½uMr5!”ê:Ë0*@µıÜXí~1ĵ“ĞC›Óĉ”•‹#8f–1bdNÂ܂ÜZŝ—ßô³jY"G²bħâ*8˘¨Š°ƒÓë‰T€ÇŭĈܛž;á6oISFĞ…j•c{èk^Ĝ­EĉŞWĴaNħÇ,Nħ‚w¸ÔÂûn8ż;ĤüB“MÊÊJtŽHWM†§g3F§}ĥßïë€+V4Ë´BĤĞ~¨ÊKßaÚŬî,qŜg$•U ô0ÉIn§•ġ?ÂÍb,,ċĝO=}==I¤(.’Ó²Wıܖğn‡ŒqŜ ›TQ5>S,¤1nıbbĜ“òtŻ}Ë~X4çKUG4TĥżF9şşZír/ÚçŜŜ¸+ĴP’I=<€ë€Ò0mÀ°½ĥżo¨ÄïE ÁAI $DÖ ŝb/#qü÷8İÊI*ôI&s}Um*ÉU­LEH’EU@[jÀík˙ÎÍċ•rĜ ÔË ui˜œ\Eûóüzá¤ġpx'~ĴKkÏÓVD$?8ìIÄu‘eu4Òӓ@…žzxöħı+l·ì֌OIµ, $1SÒ´pÉ$“ÈÑĊÔx£•ÄŒIt9äÛ ˘–Š™˘ÀÔï),Şn]Éıħì-½ĥîloSTS¤òRƒ3Á,c˘ ş´l ”ßOäŽŬ†Íİ+²èb¨ÌëĤ>£6ïÑğZëptŜ·Ôrqrâ]{Y=­Ï+ͨây£šŠ ĤB#_Îqrvž}şıµMMRħÈAP²ÀÏŻAO•†ßcġÂiê–Ĥ˘„Awa+™ßĠĤç×I˜Ó‰XĤw@ğ`Žói'¸ŜŜ·ÛœK›˘”saTÖI=xZ "S!!X Éĥ÷÷ö87,žÌ#İİ?Ä|ÚşŻsfÓcacŜ`*ġŠşċ” I nÀ5€:}>ĜêYdó¤”zf{tàšìTs},msnmôĈäqvŠ’=VĦië+DäÙJˆ•ŸPx…ĵÇQ oÁäêĊOĈ9ˆLY\‰Ö™RNĴşÉ’Ĝ €?ĤeµôTÊŻYOİš ŞRee;2µŻÀäû3ŸÓÔÔN)ê˘@fiŠ;Zü~× ÷llçŬZFj*2ÉufFjŠÌ9jē4ħF$)É7Ĝ9ĜŸ(ù×MUœfuTZëKTé•u\–òù[kĜ(îN7˜WÖRŝτHjݧxáĴ2Y›JSr¤^èE÷×uû²*ş§ËJ’ŠÏĵvBĴ ià~çllĤĥÙ*4ݐµ™W‡à§y_˘P/SI´Ò·Ì*ŬO&àĴ-ĥñ5|ùí|sPHİE@ÊÍ)Csr‹Z÷ÚŭŻŒË+ñ$İ,RUĈf[BTDMÉFž×mĉQċq†CM “,‘¸guíŞÜĜw[É5~ ÏFY}^y’xâ³2´²ş²ˆ¤b^W^ú~›[ĝO0­ô™ħİŒŸĊÑ:³#Ä{£îƒéçjş2‰9 YS¨Ú ÚßĦ?ž 2‚ş–8말²§Mbځ¸ŬEı¸½ûcÍhà^s6\¸C:;JĊ”iµˆksnoëÎ+Ò2™fyZ¸ŝ*6½ZŬ­}$ßò°Ü`äñŸ/1KÌ!T Q­Ĥ˙M…íߜUóöa9x–MnêŭiPuÓkŜÁ´ûzcYrɐĦr ió‹[1³†ıi0ûÍûóĉÎħj‰`z‰d&(ƒĜ¨àjôç‹ßóÁQWÊ>™›o$­ÛPĥÇWħ¸7À- 5-d“\Ş™‹ħ*­Çaï{wôǞt#—jħ/ZfÖHÌnħRA6˘77ïĈ„J#4u}B—RäCÁ°"Üßúzœesµ<ħ´Î³2êT²… ÔŞoµ˙žY%§e‚Ì÷`½^[€×ŭżk e=I–š¨Í ‡KÈğüİ°îm`mŒñL…IÌE+ ­ñVoQOjñğÚ;D°Ğ%ö, yĜm|/‘ó*´¤G3”éu·ĥì6 ó{ûàvÎŞŬ°>úzÓ@[Ĥ×ùV×ÛŜû}LµɓO3ĉ ôd=JFÈŞmb]|¤’6{›ĵ“MŒÏĊQ3ċy}4ST,jÖ½7–ŝ@Û3 ^ŝ›bĦ>_™ÔVI VeĠĠÌ£ŻÙÖäHĦMx’HĊre‡?¤YgKşèRĤ—~OĜûâҕ54ԕ™İĤĦ“İSÓÈçñ‘7eÜŜěñĜchJRiÉRt†ÙM.QáϖTÉéJTVO,Ä\—ĉÇpql/݆˜ÓĈ•Ë du$ġFÀĜ^âÄĜû£ŠlĊ˘ž˜ô:Ò4½ ‰T”ŽÊÖ ›y½Á9Öc–É,TĝrŸ÷”yO$pé’x¸ÛŽàáòĉÒ˙€ŻÓĤ­jjš˘ŞĦCQhi§…K3ƒĈö·Ĥĝ_YL*òÊdž‚uĤ‚Oü—ëWñ¨m>€‹oìpĤhĞiúYÄsA[%â”ĴÚWm† ŭ}Ż€³îR–iĤ],úËHà1c½ÔíÚ÷Ĉ*/ÓD…u½i†w &•ıÒŻkµö7ĜïíĈÓ7ƒ`e“ÊşµϚû‘ê-ħÀ?ü€PÓÍeÔuqJ4ĈjUµÄ;Ĝ÷½ˆô8"ħĜP%$µ()c·Ianİ@mċÔm°.Ià°:o€É)h£á\’÷Ò0÷Ġ’ëp44т™!ì=/żlUâ’Ŝe‹T1íĞ‹·#Žĝ²ÑTŠÚ4V”•†ç@‹WüŭqN„Îs|Ț‰àݤ1ޝKŝàÇħ ñ{âÇC˜À2&gĴ‘óJ*Y.e;Y^à Ü_p· +ĝôUT×I–,éPÔŞ@:Ż`,ĥ ġĴfµĠY#˜ˆ–¨‰H¨X̏ácm$‚XvÁ™Že;ĈŒġÁ¸6 Ú×ço^ĜCžĉV½2<),Ċ‰UÉî=żêĜӏ´ħÄT2édIX°·”pGıÁ”Ħz0%LŞ!ĊŻµÉ ˙ñrÉ hÌ÷Œ–e·ñŭí{ìqŞ£ü4²È™?Ôu[éĥÄÚûúÛlo–錂ħDIÔA½ûíŭħb£yIT út{Ÿóĥ’Rd,Ÿ(;ßÓ,q+IQ1`2ž ï}ö>–ĊĠ ɨ£Š*¨$¨1ı`.6ġ·m°ë3İ‚JĜÊ ‡YyËÍÔ¨×CüBàî~ĝ 38!ÌLaS_ÌC`l§s‰`˘“3 \ÎJµw ñ”›ċAÈĥÖQĉ' OXĠıŽ?‚‚İLLVVAÀ6µ‰û‘l;0r>e;yNÖÁ G%T†*h$s´…EÀġäcŽ²"/IĜħı°7İVF úPëòŽOßïùbċŒ:´]N›‹ƒ'7î9í†×g‘PVs[MSšË%ÌÔUc몇UyNĥß| Ôx9̍p¤cïˆŞĜħâŬñßMÙ5h67ı*"I„“kĜ°-s#l]?|D^âà›ÛŽĜêS%—R‘uÒ ħĊ8 W`6²ßƒ§Xİc¨İpVdfŽ4av Ûs}‡>û`ıştZİi >&{ËÜO+ôàßÛ İäÒö6²Ob?LYi2ċ§ËžşJ˜)èĴÊ›îÎ;z€yŜĜÊn²ÇBtycѸڝC,GJÈ˘}Eí~v˜m ]$$ĠtÑȵ7ŽĴĈêĈàHê·"À‘ÛU÷Â*ĦuCċġín1Ŭ3ĉ5´ôTĴ:²·kÙĴ=7úßliäZxaËşë%Ižbċ”°aa3zĜmÎ,ĝ ĵq’JĴ‡â!K¤€YÖuµSġ rÈgi$²H%Ž9c€ ’ĴH.Xù·R{ÛÜz3Ĵ§&ÈÎXŒĞ˘ħS|9-FŞż [ıµù8Ġqáĥdùj(şÈ:, ¸hÉòyÇ(4é?|1š– ÂJ™•+‡Üa5½ĝÛÒŝ˜^£”ßá§ĦYœĞW[ËĊU,/s~ĝŸÄôe™ÛÓT‹T,q´‹plĊAµĈÜ[ŒgR ‘qĉÓçyĵÙĠjUÔ4?L еÉ$m°7½ûïU WaŜ7Î)×kZöĥöıŭñcÏjĦ­–ĥë¨07Q e`66[†ßžĝ§Q´ `/İšÀ7ŭ/‚Ĥ™…P( ,„G"ܕ· 1ß½Èüñ”£r²š¤†ċÓH{ÛHËj^)DUـ([HÔ6óĈŠ%Bò4Átv÷;îpu$ÒWÁ0C?.ı-ۋ”íŠlho4 5CÏ^Zž6´³'Ò۟M­Ï]WP>¨GJ \²Î.^Ä_Ô[k_`;`İĉ…kŞA‰ž&.èġÜmÀ#½ŭ°:GK‰(İ•Ë4ˆċ´ĜqaúÜ8ż‘gÉ2̧+‚y+ÂVBŽ$†&³Íİ ¸çÌ}ġĥ ˨²ic§Ş¤jމ™ĞĠÜ Ŭ´mÍĥµùÛ|#ŞŠ!Ì҂¤³ßCu zìÜ î>Lì(ÒŠ}"a,Ž@u Ĝ(<ÛéŽÔôgVĥ[¨â}SWĠGRħŠh’#–e½ĵÖ6ùll,L,ñf{ˆŒeéĤžŽ™b5ss§Íp;_ÛÔJşšˆ)˘ êÚVúo›{_‹Ŝ˙c‚Ž[._URĊ8w›Ĥdİ >akÏŭ½Ÿ%şÇNì]3şR„e’Ú·fÜ7 úï‰"Ë*(¤°^¨b·Bn@ž9"çè6Áyĉ_2"fJ²­Ci‰§Yˆ¸;ZĈÖäzáÒĉÑPeÑTWGd  }SÈŞ·BĦÁÒOÇù`Œ ri**µU4½2ôÓĈ'P; î;qrġLpċRÔIÓԕYċ’0ïJLk)“ëksŽjüTsĥ¤Ÿ÷5İ2úgŽAĤñBXù|¨*Ül97µñ[1SRcc04Ĵó|Ê;Ûڎ!ŞÇ9äĤŠĥEžX˘=fŽ_ġb „şñıûa–DEgLħÇÊ߈ÒQÀ‚ ÚÜlmߝ– ĝ”ÉPi•_S½š[\‰ ĥ>ŸMñb–@ŝ-ZjÜĉ›/BĈ"ƒÏ!'pào{ĥċŻĤ2jÑV]òŸÚ,y5#-_5dĠħŠ˜ë(ö.€/¤n/ıû Y˜f™Ĉu&W9ŠŽŻ2Y™“z`X¸1½É<öˆëreĠùQjĈFXċ€İ<Í`WsĞasp=oÛϳ,Ŝş³1Ş5VKZĈFi`ë*#\€”ó[‹Ûħ7n•-"R^-n_f4”³ĉu™Ġ^ì‹ RŽ‚1Qgk†,wÔM½qg‰ĤÊ*İ*ĵ=R"˘gÒĴ‚Ĉk5ĈĈ䓸?ŻĤ)9ÎdĤ6ñ…şîZú‰Üŭ{z`GŞ3ÔĊ,¨–Ĉ´ÚK7½¸ı¸ÍÜßfh£[=7ñ†[(–’Şž:*VqafyI#¨ı7ĠħµŻ‡ž̲ܝֲ% 4Ÿ …!‹çäêò˙Ç|y>\ôi]"fqG*êùĤŒ‡ĥ$ħ7 ÍF'İ4ԙĥş Y(ÁÁŠG"DXêïK`PKBjzW‹)İÛíŠ6h)†HŞ"ŞN‘3 ù97ĥÄzâŭœW&UA$tċˆ ĝ‹§s~<ĉŸ\Ù¤U5˙„ìĴ§Iµ÷íċĦòETÍP'V–IŒÈˆèDĉ]$l¤öânj]2ĵ֎†A˜Ñdibò;ığ5ɲ›­Š-}bĵ’ĵ-ĝêâċp"|jC,êxV8ʂ’*•Wf am7`Ö=Ĵ8b)hól·/c>‘RĤdp…ΓÛïgŽ™İĜêawœ‚ı·›ż|\+²ù3‰“DfŞXÔĈ…תJè]†Ħc{ ĊŻ•ĥ&"³Q#gYĜĞŞ&žǖÀ\ZÀ}9nûá§îzı犄T•ħG(飏âKƒq§{íĥ'ÊÌygQ;ġc’‹Ò>RʧpßkĜöÓ0‘+BcĉBK‹oö–&>Dĥ.Ż2ĝĞ<İtÊĤĞŠI˜$rM*{ ·;ıôçl'Ï/ËfNĵñ=hp“ˆ"Óo}×k‘ĦĤİŻ“â$‘ĦŽWŬƒĝÏo×ÜaŬW‡â+QJ‘êŬ@ij%ÒÍǘ17öĈO•é–£ÑÖĝBäRÑ×CL"hëc72ĵĴ\˙0ì0÷Ċŝ4˓Á'ÂÔU"ÂÂ$êIbZöp;íoËê̒L“Ċt(eĝĤcŻ¨ëĤ÷¸ß~ǃôÁ•”t³Ô5]tċjÉYWç{[]Û òÒ\§gµŝÍüD²xbƒ-§ËĞ%0SêiGcv7µÚüúÛùêdİŒŭ6¸|Ĥ0Êŭñä_³ŒĠé™'ĝ‘N’Ğ]4k6Âď\{ ]Me8 <‘ħ:HÔ§cmùĊĊÚ²/4Î!Ĵ–2Ż–0‘v:ċ@ÄÛMûZI‡ˆ¨K˘DM5ÇMŻüG“ĥ=Ž7?ĉBŽËf^FÜX÷ï%ŭŻè>" ÔnE/ËkòÇĥ´TQċ>7‡Ng–L ‘6[’;ÁŝXî[cµ˙\6ñ%kÖf¨Ñt• S¸Ô&û˙ö·Û Žèāò›a­ôĊŸPÔۖı¸#ĥ:+Ħ”cÍÎŭż0ĠĞQm6mĈ˜5ïqm#ëí„ĜÁĜ :o°^HĠKûփ.Éh2éŜ–šxÄEjVu ó0$-ż°q‘K(p@?|{…€2Żŝ5AŸ5,-O1Ë(¨‘¤i (,ŜkcÂÚŜöf|²l§f5/ñ-LKDí£†˘˜ê[“¤nĞ-뇔QG5JĞ£ĵӆÔÎÂÏsÈ°b9ŝĝŞĝŞ–•żhY6[ êDˆ6UĴmoıĊ˘ZJjfŒ*ùéô"ä$—·?\a8×ô'XlÖl·5–’·TÄK$ïxĠ÷"7sĥږĈÇÛŒß8µ_ ReäÉÓjj-ZT jböq÷Ċʲ†Ş8İâÍä†İċë¤O˜B)*ò1<*Möüñ@Ïİ^Ÿ2š'‘"k;D-ħä °Ûùbú5„Z²Ï’ÓU×uçĦyiċQsf:y7ġğâÁKÌf–)a5QĈÊË`‚JĜ‹xçëlS|;8¤ ëÀzrħ*ÌïċOKŻ½˙L=¤Ş£¨Ž‰œĈö2´èċT6÷r‘ííŽIĤž hw—Œó˘ñĊTħÉ p¨Òäq¨5ׂo°>¸—755’RA u’iKtĴI.I}€#½&cO*ÔRUj-b5ÔŜèĞ{î.ÀÛÔ`L’²Ğ4ÏşŻ›=+İ[Ħu+ĞKmÚÀ_|5rô+zgìǒËK%c şL¤ïí¤ñsk[×|\óñ$µ™+’˙4ĦTé;mŝoÌ("Ëk$jl҆`ĦO¸Ò[}!@*< ’Gĥ-Yl5˲ħ2I}[“ĉf`×&ûíp-ôĈŬ8ȔİàĴx½üGR°•uY }%€_@ô·}OƒɌĊ˜ËÑ&ݍ²¨6#Öŭ†çQ¤Ôú]Z2 [8ÛlË&’ŞĤ ¸İa’*˜#F„˜ÜŬÇĥ/uXf–²I\–>b ì ÷76b£CSM ċ 39Cı6òÏċ‹7‡ë¨äZêjée-(üy\òN×6Ú× BbŻVÓTADQˆY—IƒP:mÁ q~mŠ³(fÛ˙R„s Ñ鞣‚,AÓy°"ßLx%*0w%·û`ܚjĝÄPĈï1e%lVĝƒ“İ‘fÇ6“ÇÓĝb£áse’&¨‰SŭB…G”ĜĉĜ^çsëä ċ§ĝ†Ĥ2·UV->aĉ°{l9&ç‹ŜÇ]UHhë#TBdœ‚AğûñŽR°Ġ£ ÈŜI<Ŭ”-Îä-m¸ÂÊı`f5 Kc݇s{ZŜƒ~Ŝ3Úêë{°ġíü°Ê)éáÊ MP*Yä ħo¤1ħm¸żżĥž%gë *„ŝéµÀ˙7Ĉ:Aucp€ŜŬ‡óĈˆ—²9£s;^™Çm€ŝżlm‘âuŽDıÔ,€Ŝà€E­ë‰f29ÖPé&ÁFê=GµħŒ²…“F†Aĵ×ÒĜV:%ĝ¨˘6§ğ†mgu{‘ħôĥ%2ÔfO2Í,Ò4›…µÂúĜ ŸL nËĠX½··ñS|uß V$û3-cô8ŽReĞŻ•ĜîEż,ie&FŽRzzvÄÍ)Ş‘ËĜğnX÷úÛ(ĤxžhN¸€ğ0a·Ú÷´:;†8×/‘ˆ‘ÔÚΊÖB8ı¸żÔ[œnY"0Ħ(òì{˙|j  ‰†´r ü£m^—?_ċŽ–(]D˘’BĥžHç¸ß~N%D˘%— -À׊Ċd²^]âĝœ†à|ۂ/‚~$%ˆVQ'”İÙ­Ü{{â{VGIàĉ")àWà‘upxĠ*²Ä”“{n{˙|dúdHĜ—7•ŻmÏkÓĴċTù9P,{oÏ ö5V@‘Éĉu½€~c‚h¤xŜ#$ĤKîàîĥô<Ž\E–)zl€€wż·'Ó>¤kÄY‰k²iş·Ĝàô6‹î]|×$ĝ kérìd2ĴQĊw‘VËvŭÍ°š§"Ĵ˘XŞĦ‹L2Bj$’c½À_kêħ)“$§ĝĈ3ĈnVF 1ÀîMöĊĈ›,‹=Ȇ@!$1MrS?(¨Eµ'Ë`o‡Ù?äbۃÁçÍ_û–˘˘ž µJ·M èŸÄŠäë$›saoolBñPGš&è֍Ĉ’b7Üpqtž‹5Y…bÍ:ËO „;cĜےvħıĊ^:<ĵ‡ž½$¤aChĴEĊcħíöÛß Éfİ28İĜO˜ÖS f/Şy‘‚~[í5I˜Š:™t¤³eáÂÄ%° IƒŝwÁqĝQ?]=F7‘ĵöíµö﷨dž_ uŻ–Ò‡™àŒ%Ĵd$Ŝä}­ôĈ_qhŞOĵı%@™!‚ĦÚXúLtBHW_”܁5E5,rÏ`ġ P]Ë$QšopŠNç|áꊸ(éâ˘1)ˆğ6ÁĜ Ǒƒ+âŞĤvŽRüÏ ħĥډÌ6àž/ŒÔ•iŒ(³*L8Ċ3[ħŽ;²rı°7NĜôïg™ežZ·YúžFĥÄzXÜ[– JĤ‰ÙH+x‡˙’ŭÈġÑżgù’QÁqéWY\µĴ6ñ~ñ“ÊŒ“­9!U[żño}=yĊb‚^Ş)ŠžPtŜt˙P[²ñ{ï¨mÛÉ:w(GC!8ڒ{ĵ‘ìXĜpomñ@ê½:‚T)ÓIVN;ĥ’ŞH Zu^´o²{[½ıß{ïë†1TNìg­”ò*[nâûqż·8Á<[,ċri`eÌZW ,l6µVMÏÊ-żaŽċ¨J¨ç¨uŽ£Ş˙žĞ-üGx”£ô„¨ğ"ì,/¸rq ÑyÉ3L˘ÖéH¸{žçí½ñÓÔDŒĊ’Ga˘ ”z Éí˙”Ŭ˘žUŜš¤”0/"0uŝo(ہëߟÔU™í/Rhb=3…Óĥ÷;oc˙XĤI˜ÏK^³Ä:Ş`’öŽûƒżùÀS-]tÒÊ DmÌħÌ/†äqßbvñĞœ’ÉšŠ·ĥxòÔI ˆ#É `F²I#Qĉ˙CĥĜ­UêMÊIL#nc%€·#ħçĤĤ™KĈ §IX™‰/İßo^ŭıĊ7Ì#Up—ÑĦ"E7f'›}77ĥ2w'’’ĦŬ+=V^ŝJƒ1 DQ£ È$qÏ;yYje™!›2Œ n˙V¸ÂĴ–ŸàŒÔV X–ìħı^›ĥ÷üjšĥĤ§’TŞĵĴÚş‘Ä.ZÀv'Ĝ~[beK Œätġ’›<‰ WĴ½O8RÌ €×ħĈİ$­Ž³áŠ2"³B§}>‚Ü2ۏ{aE]eqİ0ĞÎí§N¤yHċğzïĈ ™”ÔV 2–uH™ċÔŞ×r …îNûmĥ‹’Ħ–Ĵë3 PċޘǠ,dÄK˙/ó<\aE?R,ĥži)b%ĜU„]%}ħŜÂÀ{öÇ'-ÖL`ŻžĦĉ‹U䉀•ù`ïkî6¸µvOReĞJ† Ĥn^üàEí|‹†&¨Üôôušj!„FuT0eÑk ‹ ZöĜ¨áPZ\Êzéa1ǐ"Ÿ“fmÍÇ~ĝ°FeXYċL‡ZE7ÊĈäê>R{[ÒûßÑBRIšZgcÎèuŽÄ¸ıß·c,ÖFƒ2žJ zE¤H#HX¸ c§bkí‡ı5LkTÈñá בHX›Ŝ÷ıž@o“tßĵb•4‘˘ÙԂ/ı°ÚßÏ2޸˙ÒÔ%dtĴ!,áôäu6Ò7½·ŜäúaÍ:Cïf‘ÔS·îz8y†Ş­·°µÏŻ|"ÑĞLò–ş:FÔĈXXîínMíî>Ĝš°O6İiĤĵžam*½ï}÷öÂGİ4ġ­$ħjúieF uÜŝ›m|Laĝµò:=8ÍZ“4ͤ%„@4‹sĥߘ÷ÂêO›,ĝĜAžfdŒÚG?+*ŽÂۓo¨í€c™ĉ¤DYgéy´Ÿ”íkž­kç€*h„UÓËO Ħ’~ŒúC8àŞî} ÷Ĉp9~$ĠĴĞ3ʌÇI4°~$E­'™Hܸ½—PâÛr}p~U™~‹+ÌU!ıÖ°Cİ!šÖ:ó܎ö8¨ÖÓшb¨§Ĥ‘e‹ç%ĵèmp<ĥ;ú|?ËóµËa„ĴPSŞQd$mvĥÚğ‚9ġġÇZĉù%Áx)àÌÈA4úݵ,+(.Ú·ÔFÛwżĉ<ĤëcYG"!w•ĈÊàSn÷µŻż;`Êĵʕ3ž# WŒ:^XA$Ü>·;ž1U\µU²ŽŠe¤VvÓ5Ĉ #‘öżlfùP$j†jx z*jzjšd=6Sâܛ܃ĉµûħŬvf2†Xċ¤•Š)XÚà°ĝY…ĥż§[ŒhM5o$"7–§NĥmJmıĥĉûŸċ…9½|ÑPħŽ¤rXXŽlĥħçnĝÏŞ{(&G„FġrO=*ʆ+4]˙ ‚nE¸#×O–~òZXè]ġ~ ħ+½–ÊŜeâÂĝ_,1IN!0<Ĵ¤¨›ÁUÍö½ğzŒĠk§Š‰ŞdCbúÀ†;nNĦ¸íkúXŽÄĈĝrc—e%lSDÂ3;-Úì ü3sÜ[ùŒWŞ2Š™Ò£,Î.Ò Xà•˜ĈуqbŜ`wŭÉúİsı f’j:·‹N†M¨äù/͸7 (Ğ–ĥ´‰!@â5Vòƒ¤\l;xıĈŽo­% Œ]ĜúžŽI¨o˜$óYÀEĤr ;Ú÷Òn?.}°EqL%–M2'úa•/Ċ•AßıvçdŸ1|êYMl—ŠĉÄtħĥàìoê6ûàĠZ¨bšQ-BK¨İEumD˜)7÷öġ1’*ŽhrÊÜĈD*b£ÒMĴIÔıúl>ĜîĤş†F4²B£B†P=‡›úßSG›F˙…ÓYÜÚ3N@¸ħ`E~-ßÓ•tòM˙‡)gċ`˘O.Ö`âÛpqMFìrʅ‚ƒ‰ĉ¸ÛĉÜĜóÛ\ŻÄQ53ÒÖħ3ĊS½£[XÚêIùoÇbn7ßšúi%”EWG#škO*LroâŒàlO5ŭpE]]U˙áµ=2.°ŭA­Ööfa}‰íaÛÛ<Ž 1J*J˜³3áV+§2ËETo LhÇP;3 í÷ ajŠÌùşÙİ™ËÇB&~B‹_}Á'ŽŻÈ3lĜÓÔĴ󘣞˜†£İ-L}yċÛĞ­U-½ÎçġÇOW˜|‰Q/J'şFċCk#ĉ7]‰>ûbĜĈÏP!H´Nf”ùXá²ûé{óıöçUğĵI!•%êRMĜ8íé˙XTı}CjO‰xŬ­Ó‘Ï;7;íßÛTfuĦ£ŠıHŜï$+Ïħı lnIż¸zÔfkB?ù.m˘9µnö`;“Í°·2jÙêĞ$²,´S´q“êçcÇÓž(rԞpòMRç"îÖ?íáx ^Ŝ¸“Ôôy–YOôò@JÎ “iMÉóÛ`/ŜÇ’zÉ.IG9TħÇ´>“İÀ9']ĝôßT× v$d:˘ê]­è@½…öâĈŜ˜µ$2E  ‘f†!ŝ´q‹B vżħîm*9½ µ|ÒÓKĝŽ J‘*˘€l )¸µÏŻl%—‘'lš ĥ4ÏRGRLĈUl—ħ: 6ĜqĈeYšX"6™˜²BùJ’T“ıµŻp-ĥ‡+‰rĥIş}I”ĜEı¸&öĠôP°Üád-K …ë mĠŞkv nğñŠÀè°ċġdòE5BKSS˘ÊadXǛ³oÜĜn¸ f’œÊ˘ 3ù›\ĥSĥÖ'sı›}0’Jö§V™çA´ç¨o@EÔïkې~¸ĉ7Ħ-2ÔQMO Ĉ Ûİ(·$ĜMì@½ħ¤aybhqS™ÍG›GžšĤ!j3ßb…û÷7ġŒ=ŝi•ĠRI5~SX҅ÒgY[DĉÄEJ‘ĥäĜ‹“Š–h˘:ı*c‚‰AK¨à 1]Îûúŭ0›]W–žPò!. Ç<íß:T”_ɛ‡d\2üŝ†,Ág–˜Ì²:ġ&Œò6s` û‘‰óßE˘ ş(à`DÁIärÔ§cß½ħHJHe’™˜Ê‘fd Œ-pIôâĜu—ċÓTĈ'‘É0&aÖój`w²í÷[żĦÇ<ğ4êÂş"̀¤T6X€Óbw+`6<“Ï×ıĞrġ£ˆ¨Ġ5jé‡óJw‹ZÍ÷ïĈˆjd§Ž]=,µHp4ëŬƒ4öş“ŭp]NGC¤²8G,"êu·..˘×ġïÀħÎ˙@ËaPù<ħ£‚ĴÊŜuħٙ›ħ·ôĊv§,IjsŜF§HµċÌÑÉ1&ËĦÁ7[Üóa…ôc"ŞEž½êŞfQ³ÈH {u'Ucê1c‹9§ŽŠĞc†ħ•B%„8Œ[•épHïa=[#­e<š‹0>e˜¤Ş÷X£\´jx‹ mkiıĴ-{s?’–lŻ1ŒÖGZùĊR?FD)ÀĴÇPĜq°Ü ág™ŞäÒ|kU"ôµôтëeıSu+ߛíĈSĠÓ´™BĠĠÌí$¨…ƒÓ¤Ú@kĜüŜğâû)dqTq›xw:‚ŠÌsĤĴV=i!…HHŜ×Ğ}ùĤ˘òBÎşËH]\ۆ'“͏/ÔVMOQAB,Ħt25ˆ™ kíŭol'—&ĤAT5ŽzĜF˜‹jżñQÀı¸ż×O“TʅC‰7`HaĦËzaÜfÜş4’‘<’(Ğo[Zû‘Éí†Y&C•Rd•ÙuÍ&:e‘ŬU¤ rĊT܍׏Np³#Ís z39EXĠ¤mqDäòx6ríˆĝ0şYf  jñl’#hVNoİ­ŭ· žjjşÀƒ)‘äy ^II¸µüÄî{›Ü}ñŞlÂ3]*8J• H›Ğ° ÍĈçÓ,½ ıcc#HHC$^qïmííÎYlCxҖZhh X§ò) Nž9ĈKeu’TA$0GeFPĤç¸ß·{ÜKY9…44ı}dÊ4­TA„Ġ÷QÍÁĥ'ˆâİI>'÷l ‰QHĴÎàéĠsıßr=ĥÄ;ĝiİ95R"¸dŸ¤Àê§`µšÇħ\›oŒlÑŬŬHİVddpŞf ×bI2nϸŸŠË<@-˜UQE˘#ç›Rëp¤Ğ\5ìMĊ¸â 3Tâ(­JŝX×ĤtĈ{1mì ä“ĥÛcHÊM`j+héò:ZU˘’ÒŸ§%JÈş™Żug_˜mżÖÖĥRWĤ]:CҎĤ)bԁĜİv r÷· hĞ3ŝ<“C_PÊDħ£´l7Ü÷¸èÀt• WĈTË-U`Ö­CI(@° ]ŽàŽ13ÊĦĦ¤§Ìó*c2=·Ieu]hŜ`-sïħïĜ >ñ/€+2œÚ’ ä­İ³†6sp?ˆûƒÛÛ ŽDÙvkX”-MRÏjŒÏ.ۖq¸$‹kÛĥ7’ĝʎŽ†zJš2µ££$ĠLUPö@ ›ĜÛÓâ”rM°ĜüžTÔÑË2tÜŜG.BCĦnn ŭü}u-\ĠQϘ1Q(v…É=n?L_|ù†k[4s‰2ÚxġEĝz£Fà­ÍŽ÷aüğÄrċ”u2d+Ğ’C D#GBöܔôwĨ*í_ÉMÌFSWe'RzjÒV9 dĞ·~ßAÛĥ¤pĉ+SLÄuU4Šx·çĥ-uYÌ´I–ÁԄÔRGxäġµnĊUğİíÛì1.][–­–˘8ç™ĜġŒ‰Ó$óqao×ruíĵ:E^X§0Ái!yĥBÂÛiĜÜħVċ•áşJ„EY×T² m , ÷<~x°ċùĉO8QO>˜Ê!§s­½u“Û{Ûê6ĥ*ġWĞĞw5NÏQ­’)J‚€ ŜËkatQT4ĊqĠÔSTN²0yBĜĜĠï~?Ÿ8j*s<Ş8çVW}ّğı İú›{`W ĝv‚ZĜ…,rħWê ÖÛ\Ï~pmfK#4I9Ž5…f6‚5 ÛߑĈ%8§R@ÄùÖ]$J׆Dİ?O$uEÏ:Ĵ|§}Ĉü{b¤ħ‰äħ‰ ­È`msêIüQHË"ÔÄ°°¤BÒ+Xïënŝ†ĝXoMÖ1N&7)rĥl7·ó鄗…Ĥ Jè)–œ‰Xm·7äo{`Î@’ˆ“C* *È,÷Á0ÌóÖ$ĈĤ(=-Ġ'u ÜħŜĥ7Y)Lèşk™ä@ı @äúcT²!OQd‘že&ŝcakœ̒TFт Böf½öè9Ñ1BĴY é-§I>–ôġûâáMàÉV•KȂ’ g1q°CµÉıôûàœÒM¨žj˘’9“ĝ€ŽûŭyÁQ9|¨D#xâ.uÈ£S^ÜĜlegZ:ʈĤXĊK p °ĥì Ĝ^Û‰r\ÇĦQKRNíÜıž;ŽpŜ€—1¤›-/5$@ĥxÀ“f÷Ûż|°ğh’BÀ0ħhĵÖô½ğûaNJ䆺iŠ:h’$ mDîہ~{ï…yDŞ’Ë ÑO`ŞċA#ŸżċˆN`A59‰ î<¤ZíĜƒĈöíïŽ+zHà‹Tj—$È,wħ\íŭâ9§Ì²jz*n›ÊÏşHÊ [ċ·ĦĥÜá bIדĴĞÔF!ôZÀñÛkbàÛQ•–êEüÂŭÇ ŽGDd$$>œb8BŻmŭÎÄöĉ>˜AQvċ½{oŠ`ˆ‹j›° ñŒ°yé°Žm퉤4’2Jñ—S¤…7Ä(ÁˆÔOÓ PRBi*%: ·²4›NŭÄô5rÁ,€Ħ³G¤ü)ĜXmKàEd`…ÖşÖ÷ŽŬú´Â£LÊU\ħ` í|d˙c#xÄƒGWġ—·|s²RTĊ‚Ü_íŽBĠÑʔĠá’!°6eـ÷à}ĈċÍ*”ĴËĦCP²ij:u ˘׳½ìEŻsö s–“0I$a!Ö²ĥ²H/ċĜĥ#óĈԚ!7e‘3˜Ş)––\Á#£†J:tÔÄȄüËü µÍùßÓUÔÔĈRz€òG$´´RYQlçĞ"܁¨ßc°Ċj˘—"İÍ!JjŠˆc–Aär§[Ĝ·f½Áڵ̲,…Ż•ÒŠè ž+ÔKĜYËZÄıÛ°zƒ|IŬ‘Ĥ¨ĤI-fkIH’E/M:†.š›1Ŭš×½ÚöĜbIjW-Žž­Ş ŞĞ”0zr·jfÀ›‹j°;û‹b Ç7Ì3ĴÎZÉçó³$µ•vµĥĊŻÂsĝ?÷ULĵ k )ñŻ!po~Œ ^ŝ˜žÉ;-ގ2żĝ‡Äù3ŠYièéJ‹ĊŻAŞe"Ĩ˜ @êmğáiájOd´ÎëĠ"·Êb’çy`oµ” Ĉäᇆéó\‘Ş)òxh$“¨²¤†DBĦQÏÌN­cßċÄ+Íè$Ê#“:yáÎ[WZ*uĵé$Ç'›}˙ġġıŜĜqq”;rí^ê+r™k$dŞT’hê•DqƒĞ`@ó¤oܐğóqĵ?žfµíRäÒÓR—§1­L ĈUE{'.GkÏ|#¨ĦÎÇĈċŽ”Şİ qrÂۓ½ÍŻoS‹g†|7O ;UWRÓ9 Ş‚iunK;pE. pÚïÂl×ó8Żİ;NƒİŠ2úc’=•wĜƒÛk˙—ÇOt;(Ŝ(ÊE$tO!òtÈ )›yvöÂ\ħċjĥ”‚Ë uİ* ­ˆž1{ñw‡Ŝ*TJt’·LˆŻ(`l·òÛkۛ›÷ xF\Ï(–*žf†[Ë3ŬeYuyBêĥÀ\žÇyÀċ*VQsZ™k+êŞeĝyZ8ΒJŬxŜ÷Ċï9ĤPÔrȌ‘S„h ˆ—HX[rHçÓß 3ŒšJ?MCRŜsSHÖÊ;oë^ñTK‘eÍ$5MPħ dİAwPw mÎÀ€ğž1´Uş3”İ*<Ï?ȆȨ¨äšXـÛËb‡”Ĝ“~ĝİUPÉ_$°ÑÒ†2ZK÷ĥ×µż\7ñnn`ŭgëjÌşµĊ×Nŝöŝ˜âbɄ=jŽ„ZšJGuUû(;ƒn–1ž ‹Ċ„| SO(Ş0Fžwam>·ğßgù6[- MK*ue”;ÎX‚ÖîOċï‚ċÍè!¤QFŠħ$%_A>mĴ9;Ÿ|W$ëTA҉"@cÙ½ ßc댖Ĉ²,5ıcIĠ ŞY"ƒŞ·*†û˙3ˆój:³,Ÿ˙‡ &.·–úb9+ŞàÌb5q†h˜Òµˆí¸Äµ53×?\ĦŠ–˙Š·Wì@۞lOç‹-x]<ŭ<ŞĜŝ8ŒŞ<}#”p1êŝñ>W@`–:‰°bKë¸=Àçí¤T·â@‰¤’Iu)Á Ĝï…Uјk'ÖMĴĈäïˆÒ9`¨Ĵ_^À ïŠĞT‚ŭ^Ġ9mT‰-7N_"ĴjO,o‡ë†>¤Ĥ§Ê³ ˜™SÇcœU´ıuU4ŒèJĞNFĤascr7ú|áZjÌÖÙ43ĠR'Âġ]àùN•ş÷œ.ÙhN?ŠŭL—™fwášş”•u ·Ž’4ùtŭİùïë‹7†ĵ?•QÖÔĉrÉ%A&¤:l¤¸8‰ÍvWKG$İQ˘Hd‘"'Q /p/Íŭ=ñş|÷5‡2Ëéèëš ´RêdnšİmÍËmßïˆŻÑv}59u‰ŒjÀĜkĉŸf2ŝ̨D&ü&³ €á7P}~§²Ŝ8ƒ÷]Yí;,°u„ħ1G_öÛ~mcÁßĥJÑ-E;IUB‰Rt‡ˆò;Ŭ\mÈßĈ7”g)SÉĉèħȌÔämŠ“{ŭqÌTo#)”„ˆ1&ĈŜÜa„ùL´Ġ?ùEHĴ² w¸Sb~„_5UÄĦä‚.N’Gğó‰ÍÑĤ°FFğ(Ü Ò˙óŽµ0ğZŭŭq܊Â6bÀ1²” Ûüĥ8M*n`w× ÒğĊ!"ö6¸=ñ,RÉp·Ò܀v=ñÜV~²NĦ{“É4âÊĤy_h•@Ğ,şĈú—ċĥûë뎄¨OžQä'Hmìn;_ŒFİR^‰{Q`¤okñ|òT²'˜êÔ‹ßíŝs…V;'¨…‘Ôtı'[mÉàğÔK Š0‚D@Ĝ{w°ßÉ, OԝĊî\(ôÀôï#ğY‚JlT—ÓµĴoínq5k!‹::Şa ˘ĊAkŜÀŝĝ.…2Ȳ­ŞöÛċ>ü`h¤Q/‹jĜìÀwKĤ (ñ.IĜúïàwfݘuÚ Âц[!ğ˙Ÿ\¨#éıfÜûàZahô7PjN‘¨Ÿ[~X™)ŒJ‚dd`HżÊ;qëé‰ycC<¸:WĴÄéĉ‘‚ ó`HŝŸ\[²ú-›TSB%èıBĴXÛĉ[Qö*kMC##è0HÁpşÜ§ù|n†’jJċ†”¤&Â䟚Ŭğ}ñ”×lcşÊ™òĈ‰ëjlÑĉuÑO&”üŜ~ímVŒW§ĴzŞ[â+ĴÈQU£ žêAŬl ÇòĊË;˘§ž”u"+PbèÌäžĤpìEö%ż gKn³³/•ThT–üżÖŬÏôƒV(ğÀĞ.’":*Š³ÀŻ3T˙ğo”^ÖİĊ• ŒEO6—Şİ¨%ĜH˙ë ô°úqµ½TeİUNÈâJŞ˘QcÚGŸÏġöŒ%B (ï[}EYl8ÛîqS’•ĞEĞ&Ŭ-m Ó3ĵ“FŻ-;ĦVRıß½îAúˆaŸ*–&&5ôÈá › A÷÷Ċf\Ċ’9#™™€Iġì/öŭ1rÊ x¤•zM:Kĝ‘ı ځ܃µïsŽYÉí™ĵ•êX²˜˘ZƒÒXċmv<­°ĜzáŽM=]GކŜ@ÖĠmĊż•­½Ĉ*ı”´ÔÙĔôî:.½M'ĝ,GŻ§×<ï_—Š4•RHܸÒ<ĊNÖCú’q²Ğ%— ÎY•êi¤…™Ş%Hşyw ï°ö÷Ċo3CE] ÈèÎÏ*‚Kƒ¤†ËµŻTjêhiښGuF}iŞK;“Á[{ú\`jìĊV‘D Q+V³½lR8}Z@³+wŜÇnjFIš¸X!¨^­KJTâêMöÒ67ÄíħĊÏ, W„ŽM;tùmş›.ہϷ}°ƒÁ™|Ğ1¨’ZhDz˘Z†V’Çž˜m‰µ÷öç¨ÜĴ5.wގ ñFĦ…ónÛm1d·â4 5\$ˆ€I&+YĊì9żÉ5<ÓÌġ+ÓĊ£[)[Ü7‹Ĉö1sˆj$z¸fgŽ(ى›K‘s~l7íoĉ$Ğ™Jġ:‰Òï×qä$yŻÚûĜ ğs‰j°5aĊf‚8‘\HPĤ•ÒµßôÀĠ1—İÍ$°°¸-(~ÂÄïaĥÖûàYóτ¨Vj~ßIQo}FĉÇom°Fl*j#R:„ù*4›­ĝħ;óoĥSV>69#Ĥtvo4Ò!*àú ­Úä`ÌjyŞúìèĈ™ĉRÇaarM˙]ĥÂêı֞ˆÓ-DÓ¸¨Ù£C· sbb,>¸ .¨§lòžZhjDQ›3ÔB›€M÷Ĉ’’kQ= ş´I/A#ˆ`@²‹lFċlv·ż)Ùċtµ5-EgR'abÊP¨;½G§ĥÏšÓ _ˆ,Ĉ&5’D*ċ·¸µ÷ßÛßı––ޝږj‰Ž2gIXh+¨)“kö·ıÄ'{TOU›ĈîñISĝA–’7(zbۑ{×ÄԙÌÍ,"&‡1 U°w 7†°kożÛeJEKUK˘v6’4‚6oÁ°ÚŭFi– İguf`Żsò77 _ÒĜ˲xDˆdz*‚Ġ WÒİŒ‘,Já€y{Ĉ[Ş‹áòúx+zìÀ~lYqc`=ˆż8c4t½ZT Jz’G"››oĞ` ­kñĥĜêĤ‚4ŞéëIİKDŻŞ.˜ĥ˘ÂāħĈûŽĝ]´ÀŻO–ĉ´Ò|b• f'Ê6&Ëħâ܋úa•^EĴ­=Aš èzuM2}´÷ĉÄĜĉ%9LĤT3iµ2,w#ŽÛsèvfċôq­|QP@*ħħÉĈäm·<ïıîÚ^ÌÖ:9–žYĠ„i¸K*‹ìIŜâ÷ôĈäÌfİ Ž:xS£ ;UĜ5ĥîyû`xçÍê ™Z{İ .t“ı$Àµ€ßluI4pUŠZ(çĞĤfÑ!µžÈÛ°ïT1äĤI ¤IĠT§EÙlm`Äï6L1Ë<˘Ñ„ùR9´-k“kq½íë g§?\’3ÊúbpBµŭżŻŽİhÑĞSáèeÖ²`“pÁ}O\˙Ŝ&²"kš–Q’w³jBTİğžçÍ{bLŜjJŝ¸m:ÈHÄŞj'ÌZ·×|5\âŜ £ÀÇ[E b­ŜÜ }0‡8­–£/@éċ]­v$ß}ì;ÛΆĥBġ”Ù­P8Ím2Eİ ¤Ü}ö8:’‰òĈ>uY@bírT=ÒF›¸ÚĜĤdó´ġ%LúdAŞQĤïk|ÂÖ°'ÚŬísŠéà¤êĠ™jkmıż7=·Ŝĝı*À5CêÌġ(ĔóĠF’É*BV@v°ïġğáWĈ@•ë_:4qİJFmÜê77ä_|’µd ˜\4¤–'Τ^ÌG7úàzÚg‘Ĥ¨¨­”;ŻÈê[¨6"äín ïÛká$´AùL9„ Y Mgv‘.žó¤lmÛg§փ4pŠ`t=dmKnżs釒ċÒSd”Ó“wfê*ÊċPm¤(ä’;û_ŸÔɜÔ&a]Ş˘şĊ’P@R£(&ŝçï8ú *Ԏ Ĉ ¤…cEwKHZ÷ß ’IĞÒADĤiĦÙôke ¸à·; uGàÑ&tù~aR!2²QĠ+ŝÊx#Êo}ĥ%m}ñ5FDùvaĞÇbìĈ5qÜ3\%8Ĵéħ\Ôġz¤†—JŠ·6ò,=HÄĤ„QT|-}cIÔ­÷í‹ds,µÒaž™KGR!B4wR¤_O{bg*T&ÎĤ‡/ŞËE$­Ğ¨èéFÇ${mġ8†$Ì£€VÓÊ –k„ıÓuµ´÷óµ…ĊÎĝ‚‰Pf‰N*¤–€ŭH›|kÛlWя§EĝpĠĴĦJÓµ86ó_Ûßĥ1Ŭ<ÉAz½-)gˆ3 ĜrvòïkólXj*Şäǂ6Tê4ÀîIíĊ°ÛâċŽ‘[Ħ"F ;^ kw$snFÜâż%tèóTÈ+“dC‡Œ[q¤qħûñURñµrD̈ ;(ó‹Xïmı·l˜I4² xë u‘|²\X‹êÛ‘ü&–E€ŝ…€ğoÏ"ûŝ‡ f‚%Żž áİ’)!!u ħ$ìSƒÀÓ¨[):e ŝ"yİ%´_q 'Pġż§XŞZÊe†+G ­—ŭċ‰ì-‰Ú7İŞ4Âpʖ,§{ò-ÇëŽ3,Ĉ))ᢎ-Ĉ-,ĉMI)ĉöµöß0Ê\ìôbĦIċħżV(܇ó‘bN­€Ĝb j&‰ÄZ:™¤V îĤµù·rw7ŒĠ°Mħ¸ ğtÜ Á•Áŝ˜ç÷œÔ‰Ñ84ìo`Ħo~oµ˙\ ?ĦÎc$t²…ž²–ĥpÄ+P”@NċöĤ$LĞáİ"ž9âc"è²ĥ÷'c}û}ĠR§Y(£˜”#¨L‘ỗĥè{†(tÂ"­ÒD†G-Ò`ÛĊ‰×֐¨éꤔùĈbbšx̉#Ê4 XĜÛ_Œ­ ‚ĤĤ²‘§§RÀMş:‹‹‹q¸Ûùá˙„Z Q;Òˢ˘KĤù• wàYEùÀġ˘z:ˆêa˘x3 ‰:0ŜKG îEmÍ÷ı;-ößoDŬ:( ĉ)µ:£İ°÷:;ƒ‚İVŻĴ I,Ĵċ#½?fÒSR˜jPĵşŠ"ÊxßmÉß½°1AñĤ˙ -›~—|jh˘Çàùš*~;ÄVf•‹ êÒĉöl µŭ}d’xÄ3ÔÑP#BHj:ŠŞáŻˆ½Îç~,/ĥ)VYs¨G$…‘·ç^÷·ĥĝdgĦ\§0FĞzİÚTŽ8–! ¨9$=6ĊĤĞöKAıÛˆY¨êİ*GCFµÒn|ŭ›sııÂÑ™4’ÓÒE ÈúŒqSŜ‡{oïˆİRI_áééL•ÄyÈ5ZÖó=Ġi¤ËsˆgĤŠ7qc9’Ëlob/·|g7ê "ѕxÎż,É䆁¤Š*ŽŜb7·>÷·ĝbı3šş\”QkÖò€ƒY‘‡ñ½Î€MñCŽ9i³8˽ˆ/M مö°µ˙?Ĥ‚nŽl•}%9ÔèDJFÖUı6ĉû˙vµ%tġÍ<ìĦO˜³:€ĜvĜo„’d=6a˜ÔĴB––q¨ME”M´Žüâ¸Ŭa”ŠŬ>W]QF•}Š ^I,–ú·ċïˆ ­&bcc/Ç)n¸ÔÛĜöĥ›Û-ÑĊ‘O•+5m\‚9zd”UYʋ…QĞP^äĜvĊ:ż0\Ĉ´0 хĠ!i5ıky‰nyàĊħÑmĜü’2%FŒVŝ>yöña“Äu4I‘ċ¨fÔZòÊ<à ›ƒ·mííŠÌĦQUw Òá·?Ûx~aJÍ6™DÀhGSÀmXŜöur]t‚Âĉß5Ż°ÀԙD0ĉqÇ.a–˘ü|C+ô8Ö( Ħ(5(5ıÛK:ùv ü>Uäóœp#rĴŞ6'{ sbх#ƒħ÷Ċ íċ3Tĵ²’Îĉî{“ßܳù7ßÓ€:¤9m£@żˆ6¸Ŝĝ+ÀM4HµÑ­D¨Y€a{qëìq·¨=7ĤY$hC—E e'€À}ÀäĞO 4#˙ÌG°<âJjİ)s iÑ ·OVá7¸Ûĉö 4U)ĤU`ĠF­*Ċläzô,mMNĦê z8Ò(ZY /Wb@òߓ¨í"İ‹÷YÒÒ¤Ó.µ2³ŻÊ˘Û‹{w>˜QCXh:¤Ĵ'/"êO}>¸‡ùhHuQ™ÖÄRŒf1ÉG‚(ŸR=÷äÚĝ_™ĊOQ™“†á£ğ3_` 6üħ.Y›Ñӈà4à)7rTlÚmkĥö$~xg”U Ìċ¨Žš .ÄY `<£ÎÚŬıâĜ›qŻ!—.’8ŝ.9'˜1%+\lo·ë„òF#žd¸:Z×LzÌbŽšzŒĈ ÒĈCĴ¨Ueù/ÇŜŭħKͤŠlÎĦ৒ž2İhä}L<£r}ùĊÁ·ħ-·pTˆK9ğ…IğNĜàĈ:i‰‹¤U~kŜÛA†ċM,5èar’ wçoË™RĥŻ'‚€¸=wVdRċAbIıÚÁn}qLƒé°6Û*LÊ éèE<@Bîvaµŭ½oġĈSOhÛQ%m|‘:jµj†0ŜFüñÀíĥדW]O ^I4ĈKù›X'mĥۛ`‰sš¨kRĦê˘¤Ħ 4ú-Ċ½‡ÓÔZ“9Êó*~ ‘Ĉî/¤ë$İí{Xŭh[fyiĦÊ*+Ĥ'ŽVX]V&Ôdù´Ĝ›Z÷7żĤĜQK4ġ4Ç$)ÌK`HÜ d›Íî0ëĊ•-AÚHRRXv /÷ġÛĝ':\:ÚY¨£¨ŠIG”5íq°;aEŝ6ĊnĴ)nfĠUIԆ"X˘—K’ ĜĜXŽ ïż;,Î3şˆ˙ M-;¤rJĊTÌI ĜjÀ[·ÓĝŠ³+ĝĝË(\,Íf¸NĉqnĉÖÜ m…Ĥ‘à­JÓYNbŽ"cĵZ×Uĥ@Ŝû mĤ‰ĤòK“WM—VRĉ´Q Ġ?`ä9rMĊÁ°ÚÖûƒ„FşG:d_((sv·ÜÑÏ(¨ž!<Ô°ĜHí¸PM–ç܍˜Ž(şÄR%5êL—ÖìE[^Ŝ÷ç ğY)a›r˘(ëĞı¸£ŭ0 ìoë~Ĝµd>!?şj(¤h^¤ı“ñ˜Îù[`ÂċµlNâ½(•½‡‹ŝĝÓ9’KĜ ‹#2ÍQâú÷ëZ™!‡§ÑŬƒ3)ûmßqĜÛן04Ġ9ĊA™b„G z·ĵĤ¨Á#œJ#›\ĥĦżÒĜ—ŞE$B\ï-94PušžPcPÚT[üĥĜíûm€òüâ.³RT´rjÖ˘àDGqAħŝqMViá€Ï3ı×'ıßÓ¤Žé鞂 óî ĊSsıżm½ħ”àÔREĥ,Ö<ş˘I\ħŻUzatµÏ “ê íۃpeގ\żRÍ:Ï0cCğ{ƒmıħÜà ùİҍéá—âJşY‹já;¸Üú`J֟&áä1GW)ċˆ%Ĝ_a·Ĥ2QE$Z²ŸeôÙrR½ p?[Si µĜŜû‹Üúûo.LëSVçZyZ h‚V Ö;“¤ìmÍïêñEĠ‹W§%u됸ı6ܟqcĜŝXŜXĠb ™v-{ۛZŭ˙\[J˜Ğà÷:ŠȒ–JÎħdÓ²núߛbıœä˘™!5U•Pʰ޲ùÑT[Y@Ħ{aÁûŠOPRÉ8ÖZ4,†=,„€,˘üô'ÚĜŠ?Ó-Q’i˜×(+ ÈÜ`vçúžĉ™šMd”f”ó£µĥċGVP6uoÛ遳:YrúĜf™‘HId·ˆ ïmŽŜ˜ë°ĠÓTĊYU4“ĈĊ–@şğ(ûúvßĤ\í–TÀ+9$ó8 b#½Âsn˙lMÓÀ´Ċ™6YQ“f´ĠĠ`J³’`§yOá~k÷°ú(²˙s P£G7MÓU–öä^àîEx=7&ËċÍL )Ôђ•‘°ö#ï<ŭŻÄ­Ş=*ü"ħo{°ôĞÄ?,@dċŬTİhÙ ›zqù÷ǗŝŞ›1ñȒjJŠ1уĞgĜ’xŜĝÛ½ĦB)<ïÒIL2iU•%˘: ğç|Wu::¨qÈ^~¸¸xĉXdË<4"Iĝ9 –RĞs)>[ìGÓlTck†c‚&¤°F D~f_˙•ÜĈ;Ş Öaögb\zĝĠ<f`RÊö;}Fĝĉµ´Žu7°#r÷Áè‹/…géÓĠĞş'ŸŝŬħî²ÓÓŭSˆb-"I8ÒZÚÛ[[~ŬħóÖIUӒXÍÌ|’Eïµ­Ħ?dŻŻÁ#pmW0°í½˙Ù2G’ċ²xë7Š|µĉšVž)(éŬT†-qĉcĜğߋĠ²lġÓ˖KÔJ…OPh"AS{µ­Q“1ÇY½m3˘i´™€£İqǽ­‹ì̙L™­S”ÌjA’Ö½¸m·lgËÉPĥC‹ìŸ>&ÉÎiG%55RÓHY ÊrħFŝ âƒ]àİ+~ :ŒË2Š5Y„DqĊÉ 8>§Û“JĥZ֞×]ÔĈü KŞôşúTrıìGĤ8c)GFÇÏóċ™îO˜$§'’žHêùĦêŸîc¸ûí…U $2";Fu X0ŝv;qĦ3Šú|ż'Ì_Ż+L°älv?ŻÎ</ŠCÔ 5’wĠ˙Vŭq× ı+c_ĦîU‘×ĉ5ĤŠR!¨ñÈÀr6ò_Ĝzbċ–ú¸‰Ĉ£iW c°µÔ÷°ù·Ŝ¸Ĵxn‡1yék!§%È-ú:‹Ğpz×ĜŒ]²ê—¤£J¨:oôtè}-İÌ|Y˜KY”eŸpµXA;{ĜŸMê™îbı„àIéÒ¨„Ù­ĥ£{ïÛlJŠmQ d’)İšIZBŽŻ„—NÄZäwç …tġÏFġ zzrħ’ײ"Ş·â÷ĜvQG ™lë,jî­¨+ŞŸé‚İ‘#XÛĤ Hü¨M·'×ġĈ­äÑ-‹—7’lĝVVñ$0N‘$je›}qgĝêŠoċÏñPäë%Iı„éŽÇA›jµ÷ġĊ&èM<ÓÈ’0\ (îXŭŻùà:*ġŭçS“Ĵ²Êv Ž;âˆ=+8¤ĦšŞşYúĈdĦ$|ĈΔ³tƒä{èö&ö#x;ÄY–^h¤LĞ4™zl–Š¤„h›~üq{êoŠtÔ²ÌٚVÁ—ÇR˜éŻ,Œ{‰Üßéë{b\žħé2èô@%Ŭ\+Én8< ·µ›lŠ³2š*|îż2c-³ħ§Xː $-Ĉ×ŝvÁ~ÏNE–ÓÓÁ5:´áCµĵʃm¸ÛÔ_ùâG›Wey\µt•:AAp¤†7żċġçóÂ\Îej8KÌÒ,HHmÀÌ-ùŭñçnžƒíŜê55ÍWû9Ê#Ž ŞŞYÒ uŽ’ÌşTïħ^ۍÎÑg™v}™­s–RKšÂ @ħ bcrHV[z Ĉ<.jjĴĤŠjİ–'ìÒY‚îIÒH^ŝĜ·äùĊ-N{ԒÇÑĤ vÛÖDžżĥĜ%ˌ½ҙbñ*ċ•‚£4 “\hħĈDê²!H]ÀŸKß~ĜòO@´™S߃{pGl/ñ¨œ‚,w_ ċf•ñÖjhi„„×g½ìnEğ{o{öÇĴRfÉ-,‰<½8"ž0U7ŜÜÚûO^ĜKš\X‹ÉœĠžUûF×Qž½túaRâ$ĤK„ŽÚwµŭqVŠ'YR-ìĈMÈÚ÷ú[ï†ŝ' Í_?žšg5•:Œ–€–TĊˆ¸ìo…ÔşiÚĦâwéȨ@ÙMŭN6Rn6ŜJŠD2@@}/Ĵ)7eàûŒEÀ9Á5’Lfc<]ÌXymaĈŜĜ€éé‚'¸ĊĞ(Ŝ˘À*ìHı8‘„ll eĜñlvb0Päí|s%<ĈfTüéĠóóÂĈ†NLË@cyċé5ż·”úwí}°‘q§XۃéƒBGĦQġ6ÊIÚŜĝŬ=#ԉ!$uŒ¸S*ĦÛëÍ·6À˜=™T ,5ÙP/ĉnmˆ”HËÔ¸V˙Ë`¨„ÒÓT&ĤĞÔÂxĉ[!˙n’7;n~ƒġ`ŽlÈÚ,íĤûíÉúŒKÀÓ:Ëè˘G€˜Ì²!1’àtˆÜ}?ÎqtmKħt6‘V@H=Ħ÷ÄR™%–YqÇuĉòú[kÚĝî‘Ì1ĥ—"CĉbaÎĝZ ²F ;ȝG³ˆÑ ¸*6˙Óßîµô<„İPƒ˙x…gCHŞH_ĉ}{á6U,ÔKÇĝ’Î[ċ'` ì0°²Ù<Óˆİ J­0rÒĦħ-qÏħîF ÊV8çši: ƒaĉÔöÛӜAUWF’5CĈ$If¸1Ŝځ€vèŞeĝXé+h„ï#y^K(”żš˙5Ĵ}vÄI­!7h_6}Q Â4LԘjdF7ÜÚÀû¸âĜ‚4›2˜RJ„’’):XߓsħġÄŝ&’zŒèhWT˘M¤Ŭ =‰îvÂĞD¨ĴM,¨c"˙żİççˆIV/FĠ – z*íHĦbV“BµżˆßııÛSUÂ*\H’kH|Ê{›7Ûl,2-4ò(œ²Á-ĥûÛƒ‘i'Ĥjş¨cĤy3Ù͛€.?_lD×ÉM&ˆd¨ĝpµċP ¤dĜĞ\ŝ`_œz7‡Ğ†iEn£ĊWÑV°ż6°ôĊ.šŠi—Ĥ#d7/aÀ ßo˲ç™PĊì Ş›mĈ˙oçŒù?%TDĦòÊŞŠÊÉLEÓâ zšZû{ïï‰"Ë3(žJUÒ* •:èQŜíb-Çäqèż K<.a‹ÈÖ3¨Ì{sÎĝ‚QIKDiDZR3°ċI½=ïżßç˘ SĝK0z™k…I¨ž)ÑdRÌŜbH;ínŝ×ĊVŞ xĞ+"âÌ,Ѳ¨x‰k@%#Zñ-ec“eK]OU-=<ÇĞ$h5È4ĜŻÛqúÉ3YéÄs¤ı˘p‘£G‚PZڗ›í¸öÇ|%GĊ?FYl°JñD”r30P­, *İoâQó=Żï,m˜ĉÖZ”Ô@ñ’›ƒk1°żç‰âĤ˘0Ó"4R8„ iDVEıĥĊ‰< wĉÇ ä˘ÍµMQ%\t\ô‰ˆÙmµËıs|eßà0Ĉ9l]ħ[OĊĜÊê Üm¤ \Ż:öÜaeu,oµ7y5 šÄ[ħ=íħÛ·ßeÂħ hòÑáHùX·$óĝ›0ŠJšv…QÊĵˆ|ÌWkyä á<1ÖHêİÄtÍQRuTIkEԗa`I'ÜoĈĤ-J+ÂuĜħ‰‰P{[ìmmñ fŠ´]$Eg$qÛXÈZĉĈÀ\Î#ĝqĴò$Ĉwġƒ‚<ĥ;‚y?Ĥ*­‰ž³wŽ•$PÊU™ÜC‘Ûks~qĠ1+£<ò"UUĥżÍmí½û ΢…ġ>•V-Â߸>œq‡”RCEJĴZTÛÄĜí·ahs,Í2Ó¨Úë NÛ\^0¤Lj1B|ÁĠĵ‰$Ó3…B¨n,1ùàŠêħ"'†C4Rkš:‚EϨÖîo눣ĴxÑ+,¸gh˜ù}Á×ĜcRÍ<ôÒ.Èè†Dm%Š(°ÒIä(·#ƒ~q­|Œġ|š’ž) M,AbVEmäµS끳ZSA˜À•HÔ0q݃ Xr×R4‹“ê=ħONi%:SCË z”­Üwıħ<ïÈĥUÖ,/F§.tëî9mñÇ8T’°5Ğ…mS-‰b`ˆLJï{Úy"Öö8IUPJ`†j#bAĴ0Ú¨×;q÷>W m- ‚ë äGĉ*qÍïɵ°­¨RġÔÉfw…˜Q`7¸˙m˘şİê’ĥ1]tñĦi‰RÌ {½‰ĥޤŸ5 LÊ0†ËÓ1túu\…Û߸œOHˆìƒK5œ›ÊĥĉÖ?L5LŻ1Ĵ-%>e BÀHÒӅuR7]‡÷ŝĝĞiVöcêÔ¨ŬHܔ#}wô ú\F-´ħÔ%ž´‰"œ¤sż™˜›j:mħŻĥž‡*|ĥšĞ÷|4îugv2´ìlÀ[~@ïë†ôùɔJżŭ9P°[ ÁĜÎܒ9í„ç›bo"Ĝİf §ŞhbY'´Ĵ„lxÄ-ûoĥ#4RĉR–ÌXL‹qµÍ‚Ĝö÷YòáH‚! ‰<’›>Ä[o(;\ŭxÀe5?ġ3ÍÔi"´f).‡ÎÇo{2—*vÄ!+VsLÇ)Ì*c™URPñħŒ°½ÁàÜì6ܓÀ%Ê˘şzJĝŞž_,=Bх·Ĉĥ%>by,ĠKxŜşéBżK\AHpüÚÇ<‹ĜĜ vÀħĠ$Tà Ċs”È òoÏúírż>­ĉTÔ-WI,rĴ%@Ÿ£ Iҋ_ˆ2ÉßĴžħD4ĝFbl.¤ÜŸ5Ënvĥ;Ï3 ÜÀĊ*ÁT)ဌXżkì<ŬíÍħ=<O*ƒ rÄ\ĊPu7ù…¸ä•Ġâí[™Ĉ‰•FĠµħ:Ô;Ž46ğù˜úÚöâhŞcÌàÑ 4p´G‘1a¤_Î0÷öŬOŠòœÎš‚ ĝK +˘xcp(ıÔEïŞûì8ÄA›ÄµQYĊ €Àtf× \†ͽŽ%%]‚•Š))ĉĤYİ3YE’xÄ,ésĥükjú` è–Ğ1‚´JȚŠ“Ğ8ħħm…‡-ŽÚ’'˘ §ÌsĤ(ċŬş`!ìeĥĦġ=ˆ÷ÀuRÒÔJV£I˜/ái“ğ =ìJì=JòASN+# ŽĤï˘?o2܋çž}ZŠx`¨tXE+‹—ŞRÂc}ìZċ@¸î ìl1ÊĉYħ§f†YjĤҝ\-ÈŜß.Ÿ]×C˜UPҔFŽŸ3¨+u ŝçkmíĊĊùĊĈ.Ċ@³×USÒŻ|LuJfèE&îAÒonsĜ`X+$„-fµ˘+!|ò’.-Şä€·p.oW55<ñWB“zbH”[aŭ6ßap}p3W­] 0Ş(F¨úGJĊ}ÊĜçèY7ÛU…ûoÏׄ"¤+‡İÔš£bäsħÛó£ŞÌQj˘vŞŒ]XÇ&;÷bG>×Ä8Ħöxi3‰›Ğâi• Q:*?ġ7n9żÛ fžŞžD†8DzAdfۀwôú¨Ş•i"uħx” Xnxżc Í"ÊÙ+9†•,AYŭÀŸâĜvöÄVp@],ġ9¤mLÊÚԍTkĦî6Ü\UsJ*†ËkŒÔÂ1 ²Êû–-°ĉûvµĈŬŻ‡Ġ•Í£=DJéO3}í{‹ol ”ËYšUµEr*ÒŞÇ:ë_&ÂàûmÇ|8àk ée§KĈCNż0ïŝ[ĵ˘˜ü1L`âCۂ–öö7Ÿî·%­¨"­¤ú"á"“K ceUÛÒŭ÷,˘Š`ĈiÄUˆT+1ŭ=6ß~Ĝr•Ċ66Ĉ#k†ŻUzHIŒ’C¨1µÇaېo‰ó žláÍTÙvž”j\FU”[ÌżÏĤQeħÒüDáBWBĊŻXM"Öïm÷Ç M@‘%šUvDî]IĜ“Íù˙!s¤Œŭ)Ye=‡§¨Ş‘\ìŒätâmĊÔ.@ħ‹ŭ1Ì^ÌşâqQĝ#q<İp×ÜsÉÜ÷¸EGMšKKK’ˆàş$²N-Îäêġż$Í>*ĦÌħĴq€…sJC*aqn9ûáŭ×ábÌş?Ü4ô™mWRc)u§Ue:÷¸é››ہî ­ˆRÖIM ¤­ğF—*ÖŻżßÓŞŒĠhóŞjú!%E``İMó÷½Ò×ümŭñ`ÊéóİiĤV• VcI'á9ژ­cíé…8\{0#™bƒ*ËÔÍZFËĤ:‰–E[ï¤0Uŝ§e™„sĦhÌĵmĴIJ¤’"“ĉäßO ŭÇ0Ž8rĦ`U`¸%dR×mĊğn=m~1_ Ë(é-<µ¤tVR'pEˆĥÜo}¸8•ù§b––ŜFlÂ<ş’9Ì`D7@e6ïr.;_ÁKJŻĤŠˆ@é4°ĈÍÔ0’Ûê6½Áĥĝe LPG4ĞÇKh5‹¸ĉä­ĴTm¸½pşşĤZ¨…+ġ ,Ċ›7ûÉÓĞu`÷`t­P•êL5=0ÎĤîT_Ê ì ÚÀz`CIWAĥ D)€jfħı¸ ß}˙L2hhiúËWñUU š"£›nâàÛôÄyŽ_1ĤhiŞ"HHPG$ŭ‡nçµ°ĉñċô”Ú”ˆ ¤¸h˙„•$mĈŜ×Ú<ĥ9İ£¨jÄĤ*K+Éġ·ò’Vü\ŭ°]F]šRL•5ÒË#ħyU”0SßP°Qën,°V-LtĊHt‡ġ éÊ’M´“ż÷ĈŜ:ePaéQċóT²°–&BŠc¸½½ÏûŻlVkgt?%S DD>Sŝ\›ŝx&ĥޞš9’˘M{]ĜFÄ°ż#ƒaÛí†U^ ‘Ŝ•š“˘x eckÜ6˙ù€ïlZë–=5OéŠĦŝ)lmôıÚÜ ?ï†˘Î›â+Ĥ€ÓS°VĤY‚É)·‹ƒÛ~灁+ré!U0Fn˜Ĝ‘· Zŝ½ñsŭŸäuyµ!­Ì*)[-Š@V ‚$.ÜùŬxä íŠrüm›˘âœŽ<“Ä“ÒÀIŽÁ‚Á"úyÀ0Ĉ$Ż¤ëF$W‘CĈ[NĦ~/½ħjñn^éâ(ᤤ|S4·?ŝ[nēşñż°Âd–•&†X#D™\:´RPüéÛgiÑ3<”ĝ“/ĝ9siHTxàv7kñßĥ<òjŠa2D#zxÙY!• 7{úwûâñ@Vz(ä†#â:Ž˘="µÎ“srMÍÏmö kh2üêş:ÑY0Żšm͗DhZ@v.Oäž6ç—WODĊ³"˘—6HŒĠġTt–—Xv½›@k×µöJĠŠıê!ÌBŠj#‰Ó{k½Ï6 [ì0tž Ĥƒ1Ĥ­LĈJœħW]E<‘YC_ÊEÍËvĉüœg‰²è+²™ë †šÊzgÌÚKXÜ)Ûmˆıç|T§Ù‰´Ùn]—xŠ[á'†İɐ×ȍ;ş*‚u¤zn6Ċ˘™2ĵÒz‹ĵq’c#ËÔ‰ïo°Ç£eŽi²šyè!Öċĥ²›-ı ms·~/ŠçŒêjêŒU•š˘¤İ=HİJµ¸ê\É'n?,>'ò äĤBĴ&1ü:ÖbÛùóßO(¨Wt’ÓN˘Än½ġ8ÔÒ ÉĤ˜ĵTc,jB;çòÀ˘Ħ„ĤEŠ8…· #ÙA˘G‰UC1Ġğ+Ü??Ä?ÍÏ-ϘĵÑ<AaˆµË{~6ïc…fXJ7WÈV]żÛ!ĦUĵ"B]‡ħOĦµ­ùúáI* ŒZ–ĥ›/Gƒ2N.Ħ”†Ô)ĉŜ˘ß^1Ŝ]WOQ ”˘*H› ÒçÔúÍÉ*„¤‘`­·k™™* JBg´êSH,ğqk}np,4]if€Çy ³+ qÁ×ïŒiI~BĠ0v? â$½ĜòÛéŽòÊùé&„İ{°(6Á§MùĊ·˙<>iBK$É!y#µ¤AĊ­ÍŻm^Ĝ°Rx–şJj‡á˘ğT$Šë#I˙ö×P€9·$ñ†ùRU%ĝ)Ë<#âzkJ‚†P Ĵ‰Àĉۑµ¸=í‹e5cĤ\ġVF·tw(ŭ2[ü·"׸ŝĥĵ~Ĵ"›/Ë^–)ĉÓhşžrEˆ À ‹}ÀôĊ|dí”ÑÓ&pYèä†xŭAğ5n¤ùEí{Ün9dԝ‚VZê+2àġ-L2Âuġe„$LîxRI6>ĵ\›Œ/ŻÎ)bÈj9+^I_ĤbLq-›IòĦÒAí÷6ß ³76†£1.i§UTŽ$:ĥò›0MSkù¸Ë26IJÓ i$-!bÄ:-\ĤÍ°ıíż|’Lg>ÎĞ⚲ŽZ™k?ñ—ñĴ§‚ŜœYmÎ,òf™QĤ+"žĵÓ²²E XXŞ…òÜ]TXmÎ*6jjşù(eËc˘qYiŸQVÚÀX’VÀIé#œ šg‹•I-/WLŠİM(JŸâr;ìtóĈû j•àOx)ŝ.‹+§Ì‚eU’MƒTˆ˜şO{ÛrA›„ eµŝR{úá‹ÑTĉĠò* xdċ’T…@w \óîIÁĠıL9d ô4pUFQ–rÏ%…ĊÖċAħíĜ ­4’(E<¨éc—Ĝ][oËRHÖ!d(4éöíùöÀ”í"32HCVêyX›iCmÍ· áµx$e4/I;R!XÜ #ŬK6=ĥħĈŞ‚Z*Ù)]´6ó\n0]57ĊċKS$ò a˙Żè~Üà ƒ³ywRt‚wˆòœ’‰…kTŠ+èÛ[ĥĈälŝöĥĝŸ3˘zxİ †5(İ=<×ù[ŭĥ˙m…ĥ;áHé‹h"÷½ŭ…íú °Ë2ËRŠ'’A•}VËĞcrMìOq°ħ<Ï )žĵU Uóı%Ùtîmkñ× ô aEŽ£Ün í#]:Gȋp úqˆċHŒfU%<ž_éíVĜFŽŠtYĤ\ é³éùÄU X‡’[³X16íôäc£!zT2˜Ĝƒ°ûc3+îEı ÈîmΝ.ğË錌Ŭ˜Ë”ìH&ä÷üħÒD½ĝcD²°#Ğuî fmħÂȲ~ħùĜ^ß~RñĞ­ġ)*lADSŞ56•· ^Ĝi Ĉù}tñÒΊ\‰£+)ŒéeĜ÷îF˘éh‹­T¨T™$$X{zż#‰QS Íş@ùô÷öµħ=vl³Á5-4脝Q‹{lĈ×?Ëb+8:ŞCMĦ&b‡q¨ –^Öĝž1)f(WxÂş)Ž ĝp+ô¤d‰§’US\Ùnyĥ-9-%ÙTIDĠK¤›FzF?ŭµG}ğwÄJI,‰ˆslÖ§:–7¨`”ñ1D½÷çßÔ¤qÌZ!$PÀ{vĊ\Ž“*ʆbVh”0‡Š›‘ħżëÎĜĤÍnı1ÚÚ}-‹ƒOZ˘ıû†{_˙ĝċÏâQ0ĜézòfT]'ÌŬ°NYN$£¨P!ù”›Ŭ{›{+q:‹²É ĞfCüCÒŭ·ŠIĵ”ÑĵLIEêÒğ‹ëmğz=৳s°IƒXhËVo›ÒâßÛĉë4p+;ÜÈí`1°%}>Q€Ydg’4°/{ÚßNü/IûÄ|rié³Jà*—ŝĜzÁl½+èƒU@Ó1‘Xê!EĊ×ħ7ŝĜ^“6ŠZĤĴ†–)Ĝ9!܀m²vúûàê¸#ĦÉèëê–j˜ŬPĈ4Ĝ¨°v²Ÿİ8°~Ïŝ ›$‰+Z%êİxĉU]Q‹Ù”µöŜÂÄ_|a)uŽˆ2ÙíÌß15+SLOàQĵFf˜5…˜ĜAıvi´Ê?g~¨ÉRzlË9‰ajy·Bğ0½ï’˙ÛŞ)⊺(£rc‹—_Û{ħAp6 kûñŽzŜ:ŭ ğȚ‚èÓ<‡Ĥ‚%ܑ~.n~qs&›ĝ2ë&ò—PWUĝ÷lSF§0¨Içf?,!@7!‹ƒß Ââßß-_o–êK|Ÿ)7"ûœ8Ë2:JˆŞż2J'H:ĦŒżWĈĈäsí)já §ŞDJ˘<ïħYAê7ßnŝĝqŸĝ­óšhİiݤĤĤ„iŠmĦQ:E…Ï+½ûb²P…S¨Ŭ053€QS{ŝğ`ş*j)´Ġ=V·™u)×ÒßÖĝ gÓHђK’7żÓRÒÔNʰ޳5ʂy·#ŝ0žŠÖċILàçY‚€2ĥ¨˜‘~l-ê>œí‚– YŞVŞ'ià„, İcŭçµĈÀŜ÷?l”ċµ™ĊbQÂÉ9'Qk”@żŻ¸_|XkiŞéjeËĞ‚š(ô0éÀdܒÖħħ'ۜdÚÓ`'e—4OˆwZ:p|Ì·ħ’7ıà›‰¤…*˘‰´ÊÌĞ zHħ½ŻïŽë`C*µ:44ˆäğGİ– l  ^Ä÷,³;šAcĴ#ͰܞN×ô-•x,Ô5´oZ)ZIQĜĊISsbŞ>Qm†öc|%ͳ'̧i¤êGYÓ R4ÊM­m—żÜsƒZ“2Ëä +4Ċ4ad˜Ù€ ‹† öçoQƒ²ó]HkáŠzXĤ7Ñ$lTnÊ Ĝ€~˜›K"XbËŝLË$ĞuÔ.l9ì8öüżĠy£èW1%Ĉž¨˙P\ñaż|(’’ŞÒR#7ÓԐ•‰7ıì7ġĊ³-Îd§?(Èş‘§CëmûÀ#×'Smh{AGA SüBşW 4¸S{ßç–R6 …ÒRמß_|T&Îz:hdĤXÖ6ê.¤ìĉÛ߂m‡2ĉpCI .@3y@usnmşö߸˜ğo'b­§cOHÚÑoÔ$‹ xġ;_ġĊ†ĦÜeÂP;ŞÛQĜ%·½íè1UÉZUĤ~¸é¤R²‚×c1ÖHqaǘ~Xm BI 3<£ÍĦ“VÀö&âÀŸëD´ĝs,TòË,s¤d­qbl żcı;ŭpß+uÍJµvzh˙D’-m·°ĊJZ‚ı‹™d–HÓN×Ù-°|\|7="Gñ2ħm~Bħ‹jŜ÷7û~XwĤ o £Ëjó%,˘J“ërĤ0B€ĥġ|׋ċ´êĵŸĴ†@éĦôŽïérHÛ°í‹ı…ĤËçWċ•*&ZK‡u{kïÜb´I]8ŞtHTıı<ٛ‘½ĥÛltÍİ£(MwqaħGRe´5“;GŞ_*ĞÔ Ÿ)Sú{bĊOœeÉTÔèÉ3.Ó#2okĜs#Ύ ĵ”CA!+üÄ}‡ħoÉ2ë(F@ÌöR‡·¸ŭq}}$y´/sMe’˘)”"_U*ZÛßsŒ#ìµĉĈArHeTo)6 {ñolWë* ÉĞ*Hĉ”:uDġ*¤{éĠÏ7ۍö êĵFbÍ犉•b‚4jhŻŜJŸ1 vÚÖÀž*ñléOO)PÒÂzÄ9`÷7ìAüñpƒRÇ£êÎ3œé+ċĤ’œ™`¤e'J²Ü’ Żö$ĴĞlĉ!’”Ó!”‘g¸¸µ†˙~7Ċg)ĴCA4o!AÔùA<íé‹&UA_šUĦʤi4ġaÎÊl6µ€â×ß´–ÊJ‰òı ħL$’5…íÛsÛoċ‹-ĵÁzɖ  ‘ĵpx‡ÒĝÖMálîĠNIWçñşağßŝħb‹Â•ñTÄZŽÊĠer@ġ'lbçÙĜ×y~f3’žŞ ´ż¤­Çmc~ÂâñPñ´SŻ‹3&Ìj!¨¨Ž–%ŒÇAcsĊÍı8½e^¤ƒIŸ.‰‰S~˜ÒË{‚ ‰½ÁĉsŻĠfdùkÁÂ2Ğ4ŽÌšVĈ÷ż×œTy¸ÒĜ$ygŽ_ޞż•. Ş81*:ÊĤmĥ‘‹÷í7,›(—$˘šA'N‘€`ÄïŻ{Àô˘%•­~GñzoĈӍ˘ö‚Jş—$ =ħ)Q{.ĉŭÏË<¤Gk39Rĥ=żÁŽ™€Sò²ıĜ°%£¨éĤ ´ì ­|}û­§_M³ ”VÊX1²ħó˜"3v½‰n§û-İĞŭϙĴTòË[ñ4-ÂŬ=ŭħŸ,Üd( ÁÙĉzÎİ1’)wp7—~Ç°Ûë‹%|‘9 w…@SÊ,;m÷üħ[Ż…slşJĤÌhŞcŽXÀM17×sÀôï‹*COñ2Ë\* (RôÏ'°;sÎĝäċäR–é-#…‹ ° ì@ïïíƒç#1…âŠİé^Ac$ ĦÒŜž˙ß šš‘'Ž­ ìöe1ĥ‚£‹i[“ġÁ]4ĝ¸§Šĥ$‘"ée/Ü ö7ÛÒĝ‹ˆYEñG‡*(Ğó:˜e™¨e§izżv{n ß}˙,T²hJ*˘^2\-ïwġ·ÓùÙ|Afy D1ÖÒ(d1™ `.{^߯ĥ(g†š›D3×ċísÔhĉ$K^ücxr'–šem6[”@*r`éPCĜîİR7ĥĴ Ğ˘ëÍ^“ÉĴ>ğ‚Ŝß\N*é`ê7捐'úLĀ,@òÚĜÌħHjÊÁSZsŭ-‚<Ĵ˘zĥì2Š*Jş”3#F—ÒŞG6߃€qĈŒY|‚Ö [ßíƒ+jQ2!–MQÓğXÚÛİ?×|5Íü35GŒe§Hċĵ+ N_N‚Ċġßıĥ5_gI’5=KŜ˘HG(ÜĜ‹nmo|MDzB’weöuGU1İİAŞ6È ~mż6ی_fŞiİ*E§*`Gı·n{œTü5’ĝ‹+É*İ֚UyĠÇVı*IO|XhZŞ‘­X†”‡ÔY…€°ÖçsIıĥ‰%~ħË-9V°p—mĴ=.6ïˆ$İTJŽ¤£ÚGà÷Üoŭq.dÌ KK;G¨”•V&’'7هq·b6ÀĞäˆKT”ŭNŻâ0 ͘(ŝ\MJç§Ëóİ\²Ş(ÄR£Ç'²ñ7¤M#Ġi³†Ïi ˘ƒ0cƒ˘é%(•mmAD„Fیk7ËĤ£‚–š’5¤hÖZ‡CŻS ’–½½ïÀ+´Ġ‡ ŠfĦhŽ •ÊË·ÍıRΗÔ-cÀlZ`Ë̞‚žKTĈߊò˜x¸;p}q‡,z4ì”ìòLÚXŜşF…b$éV`XÜ,1ÉT Ö`ˆ]Ž}9;Ëd“-ŞĞ=0AÜ6Ĝ÷ 2XµTI31Ú-Oî?çxjMVZ3&éÈEDOú|şA·òĊ#'ÎiçñIW)gˆCÌvĜßíöÇ~É!ˆÒHÌP–-aêG?Ï{cÌ(òÙè|cY•’wĠ*4|Ŭ‰"À÷˙œf—äÄŜ+³Ñ z—V’FÓ­]dÒ >ĥz[üR2SQO#ˆ›â“Ó#ï{m킳r4JÊ&,ï(ŬO7<Îd2ÖÑÍOi—àĜ ĴµSmÀ;aIÑiŝJ)hĜ™˘1úyż§ċuuĤgC–ċÑV,e€H£ó38b,;ž6ÚĉĜ;ĊuyMDR^‘¨. o¸Ûë·qBŭžĉ96M’|dttß,`4çÈêş@n}Ç#}qiĤ“‘œŒQ˜ÒÖež+––—5zô£#nu8÷Ü[Ô[eTġ(eşÉ¨—²éµ†ûX[é†ıŝeŸ´*ĴÑ9]YJEß×ße3|gŠ!•™Ü²‹ħ:›IܓÍÎĝ*žĜç6̨‡‡äŽž‰Am"ê6ó{s|Qĉ§‘+‰~ µ•ƒ Qƒ*36Ĵ’`Ò8pìĥfín;aP” ÁğnöşF"1Ĥ$â8Œ%ٕÄ Ċĝ#¸úᙋV[<k.Tú*Ħ?Û +5i› ßoµŽ f24hŒ¨|ÛŬ€MñMdĤV˘”E•ÊÁUZRYˆ?QúÜ{â,·SĠ³ 2‘ğ–Ĝ_%İCÓ@l?Y ·àËD…˜˘ŬŽä€/Vˆ‘aĞÎ)k£häĦ†iLKŞ{ôÎħħk-ƒÛl:ĊdeÓBiŞ ·žT‡^Ĥì6#ÚŝĝĤˆ|)%H[b>ż|Y²ğċ”TK9ŒI`­q ‚7ŝ˜Ç—ò@•ò•^C,„×Cċ ­kátı7ï Ô봊•^&’ /~GO†g)“Ôş#‚T)Á6ç5C|f[M`dT`Ĝ-™Aç×Êq—f* t”ôôÑĊGVAŽ:İ•Í÷eT‘˙ĜažSGG’Nò:­e=RÚ6Ĉ ïn8ÂYİĞ*3ÊĥHً²ï¤6×·½€hé2ÄÒÌÓ+Q²]ŝ£Ú-L4ÑÉXÍĤU'ĉ}ï~ĈßËĵNi]İ£xÙ6 ĥc˙ħú˙LY!ŽŽşğᚠ]An•Ż¨ööì}0żÄyBÒÔGĝhŞ ᅕ‰>†˙|GGUUS(„HR™ÁµĠ..Eí ËĠĞ4!X–CeŬö¤˙}ħĞu*– Ĥ]_KS6a İW:rOe, ˆ¸üûagŠ[İ•ˆ.Ĉ^µÉ+¤0˙wÖżlMCQ˜e™D2ôˆY‹,lB[ıż?÷3Àí•ÑËñ1H¤ŝ"†ħŒÀÒ ½Mñ8ħGù ²TİLĉš8F$,"ì@öġúaˆj\QRÒK)–I—P$[}Ô­ĥ#ƒLEH-IŞhY/ ·ħ'Óĥ,9Ġ,™ĥUL÷ŠZ¨fóJ_MÔòàßl ùĞŬÊÊi“ˆü8™›3~I*-`têŝ¸GÓĵċ)UBĈúQua}‡z‰rxċŭ˜A˜ğ#Êù¤ÇUĊ˜FÛëÛÓW—Ö6[UĠĦ6ÍmŻĝéix(6Ñiñ­49e_M(`…XŸ˜›÷÷ĥ)ŭqmŭ J1¤H_\m’úµZç×û€ûc>5Qĵ,Ĵ„MÁçtÄù˘FÉÔY,@úínŝ˜[ÛüàĝY›¤@7C½‰¨Übžħü>‚zÂ)ê"Ò^u6E‚ÄYYÎÄî6PNĝU™ċ•fÒQO4a_7Lëm”½ïmħwÈ+˘éQ—‚.Ĥo;mUĥÛ&âŭĉƒ)ÉİrĝcĠ4Ġċ”-boĞ~_ Ç3ċqÙ7E3*’Ž–”Ášhy4ÚH` ƒ{ŽmħħÚ×ĊË4ÏM4ÑĈŠèu­k\2íkn9çœS3zz\Ç1JĈšH¨7şĈ&ÎT•Û}ÇŭaóRšJHŠTËöíˆäK ɇ!jèV*ʸQ€ë†fc0°ú{{œVaÈd†´A›ÎiiÄŞ^Ö¸-ħ Żŭħo†FŽ•ê£f( ğoùĈÛ3 1·ÇRÇñJTê’;5ö"ŝĥ÷ß 3’ <óÄİU`°TDTDYc5[üğÛm}0µ”Ş ÓßlYĵe;×URHñ²‘Y"ûmÈÀ>¸A*\Ü1×qE$KGCUWĤH$‘šĉê/{{|Xġ)ĝY$rÏ"VQ#’.ĥ$lÁ÷Sqm½yĊ,íŒS2ÄùŒ´u3˘Én›DĦў÷ °~pÇ&ŽjIÒĤ˘0ÌşL“ÈJ—³͛nÜXb'Ĵ…úÍOŞÌ]ŠĴ²0#͑k÷÷ÁÙNo Ž)#’Ÿ§ êş8$u[{ŭħĴğuß%É^8ëü8°EF*û7rÍ{ï·cü°"şĥtYPw M·ĝë. ĦÊh'‚žX…5"8ê}€#P·öĈR€ıŽ¨UZâí0ğŸv6 yÇ#•Ëvß,†L°ĈĤ•Á*T·mDzú^ŜŜ¨óòE-,`ÍĤ#!ˆµˆRÀıçÓx•^‰GQëYäN nl?ĥ˳9²üÈ×|42´ÌcĠ-‰ ͏ĝï‡Y EQO[N’˜*әÌ-¸7Ÿ[àšZ òú¸³RÁ êD`PR[ĝ‰³}À·l7­+[=Udċb֊ĤmZwù…ĊĈŜ›öµĥĊŽ‡.”eoMWK ÁÜJ>B6 fÜ[žw¸ĜRjĴv•ôU)0š’žAQİ:uĤ1;XlI$óĥڏcƒfİĝ¨`0G…†”’Êmn@$ñڝ 6M*U½Ċ…V;‡VóiMìHÜ÷µĤRÑD™d°.URÎŞJD*PÀ| [„½ûm‚II$ 4§”stŬĴ~xċP¤· }ûlu==LòĈˆP°v½ˆµğ˙|(ӌ­*QW…´Lkƒ{ [qn _~ĝë:Żž:ˆĤ=œ #فÛÊÌTy€óXÚûrqœ¸ÓÚìĈhfUêkc3m*£½ì-{ì}Ĉšhĉ.C •şE.BÛÍĞ]Ŝû|EMZ¨ˆ'H„†%wa"°}Îäĥû;àŜĠ°ÓŒ¤b4.·;\X^7ÁĠŜ†I6aI TԑÓÈi•žZ'rì;ĤŝÀĜŽ³?WM™…4ôñÂË!‰˜F˘ñ 9µtırȕFCİċ#×é}½qŸċĦdĦxšYJi&NħYUT“„ġÛ|oÛ/Yäéô•Î¸§âÀm‹İİcë%!-#Ġ#ñ€Àî9ù˙ÍċI>SáĦñÏ ġÛLŠÂë}µ'ӑúcxÜe^ ğSƒFĠ4¨ÄÁX uŽ÷nËùwıĊB,ŝ8jeHèâŠcT@£ĤN÷f$ħö#l62eTTĴrÉgI$“¨GsĞ·_QQDj*tĵjšÂŽĊFúEÁOkœ,Èaáz6Ş!"Vi$T@úMìħ`Ë)ĞjTÉd¨Ì‚óV¨ÙIىıÔŞÖµ…Ï'´“´͐ĉ9uAĝİ£“Ì#‘TD ­­Ğ†>ܞĜ_Y_MmñcžŽ(Œb$!B×£{Β{n1hͳ •9\ÑV,¤ëš2ژ…ò]˜X‹ÜmÀĊB„ëêŠ6u…uÜ·ÍfmmG}ÈÚĜy¨)£–‚’ °yPŠ…“İbTù.£JßrO8´ÔdQŝĝycdÔ)…ż5Ĉ–e l<ş·>ƒWèQÔċ¤.­QWIŞFH ʃħ7ĉŝ¸‹ÇĥJ™‰§zJTH›AVˆÄèÚ.VÀn Ûĉ´yׇ|)4óĊŽİ¤‘˘„&‘`ĊĜò=7çŒP*óJŒÜTMYT•RG¨Í5ġ Sü$¸X˙!‡ö{Y°ìĉ\ĥvX²ĝhÖ(àòĈŞz÷; 'pyçIT³cr{o|2Éëk)ÚĤ*Y :ÈÈ8KñÍŻÈüñÄtġt•²€¨´8”i·ŝĴOpmŽ˜Şhꖛ,š•†ĥFe-k۟}˙çÓ(uù#ApC\ß×ÖLZİúbäŸ(ĉŜ—ĥ!§ê,Š4‡F­oħÒwĜóÈôÀ„M_YX“,}EDÔ5p5ö<âÛ_MEŸÄ 2ÓƒF¨·êş‰@$܍­~ǘš¨Š˘Ş#R%VçËŜÄ›ßŸÏ *Ği¨(Z9ğž˜Y?҈ïf*,ożĤ"QĥĞ`*z:‰QdM¨,Á7ÓÚßÖĜê(â†Í0# ·ƒ·ĥ"Z•*şÒìŞvcŭ?ç%Iĝv)oö\‘‹v²5΅Ù9ß×Z‡:RŬ­ċäûâ"ĈK³5˜ï\qúĞböÜÛ˘èÚ¸n×{tżĤ8™4ĥüc`‚-p ğ÷ÁûȔ(&ĝë¤Ĥ=K"ßşžF0€-n{‚qÈı&Œ1Ĉ#t”‹Ü›‹sé|Hµ$ƒ\—ÙG }xġÀÁ#ĠmW÷Ĉ„jHµÇ;a<€M.„ŞWY ZO•ˆĠo,ı&~ùDU˜ĦžWR#iŜû½qS°ˆı#³ d63(’úIÜ^Öûâ%!—:ĴÔgYuL²Ş+ö–Y|à›e\ñkÚĜŞÔÄħHR˙Â7üïŭqŸŠĊbu€HŒħWҞ‚ıRuşÚÁm{ @ġ#ÎÜò°Ä™ĉÓHĠĞÔtÒċĜ‚ûŸĊ Í4,³Ç%•§½•Öŝ€_aÉçSärĊšĤX2#Î?ñÛHdco˜1ôóo^1ßKG˜TÂÊĉ8d*òÖİ$Ç6ĉĜÙÍ1Ĝl2ŝîyŞòÇY›T}yϐw:ySêqcO™Q˜â—kÉıfàX oî9ïŠ÷‡?yEŸĊM5?V1n£e`¤ƒ§žûXâ˙@µ’ġş}8U¸Ü9SÇV–ÚrNÜ6L•„ Iû͍TŠD”¸@Ü\k܍íÛ dòœú(é)L‰Í-@²ÊÜ\µ·kŝ¸É4Ġ í 䭈g4ĠşTJIcħİ@/¤ W³là}°×3‚‘İc—à²9/*ißĊ۝†ûàƒ‘QGLbŞDN´†A•s°³oqÛoú–*Y~8*RšÈY,=O^ĝ;Ğ—À´äċ 4& BMÔ:£>œŜ8Ċ‘¨jİ2ôYİ4ô.·ma‰;1;ûÄk—Í”K­:fä]‰V‚Eí÷ÄPU×çŒi7Nİĉ#äKì;_Ž}qŸ,ÛŞÑ ĥE[ YiP݈Üu”6ì{mÛe’Á<²ˆe@"aĞmĜö7?šİèjž`ÈE„„\àÛo×ÓËÒŞU‘c#X1ìÀö~¸JdE™UêÉP‰#Ħg_”Ĝŝƒ|Y2ŞĥL˘hĠĠiĤ1—< ¨°ÏsùaêTdف !ĠPMĥààwŜMY4’—İW‘tÉ2ĝŻĵŞš'²TN‘üšÙÁ£¸oŭ‰;ŝ¸fıñ5ÌS35ò¨EĤ1Y€u×·à`êäħSG=Hİİ‘€ÚàaÍ6GCŸ/˘ˆúŠpHûœjĤ*R1p^öy-FgJ’µa£^”Jm0$ì·|àŠW­ÎİŜFU2]Ż}(œ‘sË[ùÑêü-”×ıtë8SФ`O°Û|–xs+ŒEII"ìH:~ûóüñ™U%“Ħ;ĞĞÊò|JEhcԍhĠǘ•ô½îxǂϒçY5Dtu2!m[+ĜG`1ï°Ġd4áÇQŜ?œĤ½ğá…4”9”=jiуĜ,ä‘yy>iİŠsIjOUDÌÊô:¸:Ù‹s*Q m(Ž5Ú?‹ŞUèöÛMÉÚÂßËE1HÈYż$/ċˆ%‚4]wĉ.ç`GrpŸ7"XCĥxöQû”?_5ÏÛXĥ‘N‡ÊSöÛ:Ù7„éËÉSM5|Çvj‰ÈQôU°·ĥ/2< €³ŜöÜ ñİŠ2ŬCwä/ŭ1„ıyĜ›ùËĵ?’äà|WCH£“ ìy¤‘ȝ´ÚĈíÇ× c‘Ş,½3~êĜ|)Xوeá*n%JMç#NôNf§éb..@żÓœG+ġ$2 ÙÁ܏ Ä ´AĝQ5ı,ÇcĜÇç‰R.´ —:È>Pĥw'äÒÊÒż•àlFĝĜI&yˁ{ëlm¨PYúŒ€ ÷?ln9`VhĠmk7Ĝ:;ÈÒ³Äm½4ñWJş‘ĥQÜı˙lysĥ ŜװǧŝÛgñF\ ѐt˙÷8ó¸òŞŭ­mħêp*‚ĦrÍrPür7Ü[lkXü0Ĝ›žûÛĝ†ĴuY²ŸLLBê†)N×Ĵ{oӌHğÈ°Vĝžji4ËO †Ûµ4’ ?“ŝ˜&‡ĊÓBu‡˘#ÍOQ(/µÈ|WzÍZ'† %ġ_Bi>›oˆ ˘’œŻ\˜n~erÈ~ĥß.ÌĥĊÌç£W5 ÚÄŞĤŝÀàߋ”uċÎhíkĜŬ {ÚĜĞË%4“+TևÒ,KBÄôÁMO觤˘Ş„nÓèfúß|Ma]vU3ˆŞ£Ĥd?éÊ IħÄ)”è¨Iİ*VXG htŸpGÓppş–šhĠETŽ"ôcsĉí–ÊĈ\¨@}Z%eoĥÒŒŠž˘y­i$“~Ħš„küÏ?ž6˘zv¨TËd ş45W!‘żL!ĴĴ›:§ê.EĜm9ü6úùp#-$f—1ÑÎê×!dö6ç>È´żƒ2`ŠgË2şx\ŭˆŭ1Íw‚2¸ÒÑd“ ‘ êJ²‘mìTŸ~ıŽ]ñÑ tRçcԈ4`}n ˙,Uĝé˙uR #f… ¨m[aÛù-I|/…2(Ħ2M’ĉħtîŠv7˙ö[~¸Zl³,¨YiÒ´@ŻÖZ…‘ ¨Çmíq¤\M›ÓF#¨ Ğ–ó#ÓÉŻO˙kŝ¸Ž:8¤İa6O$ “ŞI£kŭñq•;ħZ-íSM›ä_Q”È ÖòBùäĥÒÎüúŒ•xhËI=\hÖÚ)!Ĝ÷ıÒ,F)SdùBJ‰ċ{ßî°ĉž8)QDgrİ$Z:ùooŭNÇ ‘ŭÍħĈ%Í?f9c5B.w•GĈó nx lwĊO3ìŜ”ÒOUMU1Pï,ú†à\zâĠ'‡2ÜÍ/'ïĝ Ş7¨ëùÛÒx3´ħ´ıİ#Íj‹($ïbÖĥ+Ž}vÍ:Ż˙²S"ÔÄÚî˜ĈÀĜⓛe™âĝ3˜r:è#RšŒà=ô“½·¸;mġÛ…àè Èg™`ޤ–9,Ymj{)Ûoĝ̐1*Íw$ßkİú\ŭħ3ċĤœAqŬÙóemzĉO&MS9&FŽÛħöĜ[QSÔÉStŞáŒÌ:HBVÛ5ïëÛAVä™>e>aEO0Ülħúo…µ>ĠUQ7Ô:r0°ïµûàûŝ4WO&›ÁsQ3C ‰ä`VYŞá[‹›Ĝj°íƒ“&ÍŞòJ ³'§yĦŽóË Jfì§Ìly;cÛö]á÷f)%tAÔ5‡ĥߟÙTħŠĞ6So™k ¨ÄŭġD¸#ÉâŠDU>AX$]FnmĈÇxo9Î]â µërŒÂž%—ÎÒÓ=”{-l{&W–ĤV3*ùâ!TÇPÊÂûnHPpÛTŠĈĨö$â_Ġ4–™˙ĝì2çÙ¨Ì'ž‚;ˆEä“c¸ù+‘ê+ ‘a{qŻYŒ„u@`9× q ıfUP|ĥ‚FmĴiÓo½°×Ö?Q=•ó5&{‰,ìq<Ó2䆈*†’XÉ XğŝXúK˙Œx^g=\“-ı½ÈŠßË7…ĵ'\–ƒ]ü +ü´ü+×ħ–U‹ è²ñċÛïĊŝĝŽ É0Ċ€A·ÛZE’ä4ÌÁ2zĵû›_o ä3IPĈFÚÌ*·˙ġĊ—ċ ĦòíM3P@N]Œ‘—HBx·µ÷65¨ŠZ(VĦQ$‚”Ä"nG!ĥŜû‹ödzx'äŜL˘%blÖco½Ž"¨…ê"+E mi3.ß[â?ÈOh:3Áòœßà2ñ³j$oıµ€ö,á”SÑêê*Àb,TÙUY@;zûÒs ĝ['*’RÂîË}-3– w°á ^[“Ï“E•JĵIw:mÚàŝžĜk‘7i ĤUrĴĜRMšUP³–‘´£‘mHŝ×ïŽòŠĜrjĤe§””WÌ~Ŭñ-d9rÇÒeF\›¤•-ż× ·¤-5$0†ħµĜíŜ䑆`âĈ”ÓEKRÚj‡Bö_]¸°î=>ĝĊUvĦ¤::<ğ2›ê_R~żËA™TÉĴRPÇQ ÉYLDŝ˘äŒWO]Qi))R lÓ~ûœRÈ( ò·“÷4í!kaĉì9öúàĴÄ=.eY³Ġ;ˆ‘1úÚàŽ7âcE›,JHF‹f’)‹‚ŝĤÄa$ġìú¤ŸQà†éĈ4ÎĈ Çĉŭ,–LşPZ6“Rêo‘ù—˙–Ĉó8#m3Ħ]&SŬ4ş€żĊ½É÷³ԧÓ×Y¤'} Ö zü¸žZˆç‰ Ž…(şO˙ÌOôÂX` Â頎LĉŽœÊ! jbÖğáîc˜É”ĉÔ4Ôµ ËRu@`oá#Ž6ĊyòŒ˜êé²êĉMĈXw×6Ä!İ $↜4e£¸-¤zQĊ™Ĉa;ÑRÓġOGQ‘“VÊēp=OôĊZG½EïÏ|;¨¤ÍŞeìz„*-·ĥ×°ßóÀ’xk6BL´sF£}E ëa˘ÒÛV‚Ğ̖c!i’3‚ÖÒCmġÛżç„“lÄm†I ÑSÉNSS£ùˆÚÛ_ g?‰ÎWÀ<"DħCż6‚oƒ‚V˙L:“ċŬöú`HP•ŝ½ħş‡Ñ*(ŝ†ó€,ôԑêQ-SĴM¨BŞlTÚë¨{Ĝ\aĴfÑĠII<Ŝ`tĤ•,§P¸°ú\[<=*|EǓŒÎ‘Zĝˆ|Ί–¸]Ï‘Ċr—Ä mQYšGOUŞUe†(%P¸ƒmíÍöĝäSvÓBj°(¤ĦĞzŞ“52EMŒJ ”6úĜž×úàĝs§ËĞ ”ȐmÍ­ùGßHżi^´I'„İY!ÈÓŭ^N8¨ñ˙†#G’҇àġ Fz‚ñ/´žPÔ[+4Bù\tíY_îıQZişa‰10µĈçŜûoŠ§ˆrœÎšiĞM>‰ŒĦ“YCÙH[Xzzà\ŠNĴBLŜ’˘’ĞLìċšòX›€ çmıÇt Lk²ê-`ĜŝmƒĞü3žċ´hjòʸ–@çeÔ ĥÖÛß #ĠšHaê î~ĈĜĠT£†+UÜLŜPĥ:H eħ-%4Ĉ˜żLéĠ^ÄïÛíÚĝmO•ÉTÔŞ1&’[â–Ñ‹İÓ`<ď_§Ĥ#`1ΏSJf€ feżaô#½ŭqìŬ.˜Ş”™Â" 1‘ŻsĊżŬïĊĥŒž’°×N‰PŞÂ6şş,û}áF_uÔ+LÎVfÑe'P÷ç èiäŠXâ2Ĵ‡N•²ħW?_Ĥ3u‘ƒV9$Œu%pò‰’¤k~-ÎÒPSÒVM`f[.ÄroĤZ`³@„Š†ċµĊżŸĥQÓ4ĤEE”ċÊǏÓ.Yv$ÉkaZİB!\mûóíŠl¤uSOKx̃ŞÈOËsÜ\[jjhşe%*u$ĴâášÛ‹w튆gL´ñh:b)$ ьòĥûû^Û󍠟Z+ĞÈ$ÒÁ,N9!˜îş¸ïNĜžše0a™c,ÁX0·ÛżĤ2Ĥ‰èÒ&QkaĈçÓË}ŭħĠ<"_EeDE P–&ŭ¸úvïk]RÈÎQÁŒ[ĥ ˘4ϜNŬ{A Hğv;v&Ûàĉ£—,‰Òħ°SıÛ}>ĝU’ĉKšĠ$h5T:jÔ8°:…ħ‚N™˜\ĤI3e^ŠÉppÛ_oç‚'2=hŠĦôY`üÉÁßÑyüñ–šş–djħ‘cš1°ÛOkr-ï€2š÷ž˘]u1Êİa¤Ŭ€ġ `ÜÚûs†rċ-2T6^%Ĥ ƒ ÒşžÜƒÛîwÀĤ–.›+IÓÂĦf*~]Gk(ܛméż&kyt4ıRÈt°P,4ĥ&ĉŜ úwĊr,ù’²:}0µŸ¤²êÔ ĵĵîEïm·ûáġlÙ{EE,2| BĦFiT:èo[yĥşĤ…E†Jéiä† ‰şO>˜xPÁ{=¸'oOLIW["§T*¨¨ĊƒMö&ۍ¸Ĉòş*C–<‰Tí Y#,(żÍu;_`9=ıWœt’)Hk•ĜŽ #kI¤İ6ħ#ëĥMUˆQšÍ Ëjššİâħ Órìw`ŝğ[ÓOßz(R„´À‘m÷ô^ܛâÒù³PċiG,uÌä:<C5ïmí}öµ¸ÜáBäi<ßVˆ†ZbÌ$€­Á"ßêGȽ€\zÚËÉqÖE£;”Ĵ+oScDw`È/òĜ¸ŝ¸?5yHċ•é3ON˘GK€oqÇû~çlĊŠUYD]c˘áîyÖÍéħíÛ<1@R9jĞ’:˜2ÌaĤ¤iêèݵ¤9RB•G”…ĜlEĥ'Î1mü‘ħˆ§Ĥ Ĥ•¤y2ġ]Ŝ%քƒeĥ&û î9—ùŭ İH=ÜÔħ W˙#0ğ}ñÄ\Ù"jwš‘fkjğ.UÂÇ{÷`IüS›ÓżGEM2?áħ¤´a,ÒH=ĊğŒv˙ûÛG’ĝw*Œċô‹ñ•¨Yê$Ċ oı]€âÂàœ+Ìà‰(z9WJ˘İFËP‰P;)¸-Éż˜mĊí€ü2ĈĵT,Òhž& 5.Hß_XïímŻƒŞ¨Şi䞚“Ğ"Ŝ'VÚ·Ĝ£q·ı8];‘ꖍk!3Ĝ4Ż"bFöSĞH^Üël/PÒV•ĤéQĤ<—ÜéP-n÷'żĥH3*:¨çJ•~›̑ †P@oQß×ĦŞŠ’’ U%U-L„4²µïapvÜیmŝÊ˘Áâö§‹ÂQT´ĉYe`Ā. ˙~} ğûb •h²œ†šİV VD’R$éùôĜĥĈàúŽqWÎ!¨¤ĦI=QÊ:r܏ħÜ~XgÄ’ÑÇMU4°ÓȐ<0´ì…‰N×ğz†à”?èéQd9g‡¤Ğ§4˙UÙ$ÍF ÌMìI(}Ĉ“AÊĵ76GC4É™Îı˘İ{ 'ĝ"ç~IĊ-z|ž½Ğ^şL•-/;H7 kÓ AKWšĵùµïYe$@•2ü€¨&äÜ|c5JÛ)%Ħ6|ıTµYE-tâÖ˘y'ä*XM‰żÏ2PùTRË!ġ'0êyfC–{^ĝġüâdËëé#Jr)% C£áœ ê,6 FÛúbµQOYYSVġ’TÈè­pˆE[AP/Û`ôÂû–_TyUNB²S뤁Š9@i˜²(‘kíùXzá$YÔŞĞF²,aL‘šÖD‰â™Ĵ;ó‹eQŞËh$œ3ĴZM¤‚Ö×Üíìŭ ŞÍj'ʵs·RÍK(ĜÁc`=óç MÈ͢Ŭ šxñ %)’•°ÇŽxUÖkŸç‹ó%(ŠFĤİĝ–Ğ ‚Fŝ[ž÷Ċ7#­Ëċ˘ik‰Ħ—Ż$’é!€ ›‚ûq‡´á³:×Ĵ˘Ĵ^‹GÓG.ŻĠî,Ĝ[|˜tć´Ġ2ɐ%—tbMôŽ_ċ‚‰y'jҀ;r'ĥéˆEKRjeE Hšĉ˙R>]ĝöšŜ‹µ1G§ ċ ê8ĥÖġŻïŒ­µCÌ>"YÌDȊ€I֎Ö[íkpvïúmèb‚"ÒShTšYEžb6ıŝ\}°ĈŒR–0+\Ìûġ“ħżżħÇ0cJU•V.ÀGm ˙·ÒĜ6•Äù?ï6œWŞÏLŜu¤}+ ÛpÄı½%re4)Fµ4( ÔV–2褧bE‡ ĥÀ‘†P§ÓÒÏ­­@ħm7çòĈúqÈâ–Ĥ]qŞÑ̛;‚ğëµñ´%òÀĉuÙ|„Ż[İ)˘˘(ġJ›3­Ĝò,;àùü=e@´ġ(´ô%Ĉ‡’-rHXŜV¸7#mŽ-˙K—A%EQŒ.–×#(!/kÜZÊ ‡~p,ġÔ†Id’Œtî’Çp¸=<‚°ŝċŒ­Vü,­=5]E4´ :„€ZçOİۀfÈb1ÒÓO%gMDÒDĊ\µô‚yıSqĥñe PÉORµ3ˆŠˆéİtËc˙óğ‰Ġbl~ÀÉáœŜzˆ’š‘ä§ ž(•K=ÉŜÄñè?-à­Zb˘ZÈáİİJÊ$„‘xçĦġâà‹\“ŠÄٍ3Ö7ÄË"FF2#…6¸özâËX(iFWÔ§¨‘eéË,‘ıÓÉ,ĉ °"Àp Š£(—:4RI H¤¨Eğ³o°Sşíó·:!×ÑŞQÖOd“*QĊRHe§éjgħ7 {ŭ-qp8î&¨İžu¨¤Uüv3’·Ü\| MìNÛɓTĊ™˜]éÖx•_KT†YW‚CŜÜ_kílYÓ6›÷ÁSTU™)ÓT†.ˆƒĝÙËXYBŽ-ßI| Á˜­‰p’ÓŞ”U§o¨É`6żëÚÇÉTƒ*‘á–ĊFïcòŸNMĊ°‚–zšİf‚’ˆĠİ!ú… şƒêwâüíï€ê)kò†×uáŽQİPŻÌÛo{ ŝ˜]yÄ!ĊFoM Ô,=4{:§;(7q¸^ĉ÷·<ë+ĝd‚š˘ž&ޝÚ9V7ub,.£p,6$“ÏlÔu”3 äN­2–“BĈĴ Ô"ŝb8sϤÍ+3jËwˆİòÈ!§xc´ÔkzES#Ï%ˆ†×ß rÙsZ|ĈJ˜!£RÎUĦò~·Ê—K…a}€ġÁuÑ~ô£JĊ‚HÑIĝvhʇ6ĥ˘ċA°&Ŭ°‡™mF_^Ù\²Ó|4”Ĵ½VŒô j=÷n×ÚÛ(]gáe§ĴĴŻÏW/Š§Œ‹´r¸™êzòİ–q(V%Mġµ¸qÏ~{b&ŻD°¨£Š”P|Ñ(k­…JAµ”íż“ĊÏlôġPf†Z§ +"ĵJ4".Lhĵ1·-èq4F\ĈˆĞŞ#FİTÚȠߎäXŸË|1†Z‘>X"š£SI<“H÷ÒEƒĝ˙3ĥilŞ3„4TÍ,Žô,/N²Ğ3 LéE…Ċ½Ż€ózZ¨Ìcĵ2f†0ÉĦv.ıÜñcĥ8ĝżGµî²Ç*%"óšŜPx·rHçGWĉĠtĠ L“8ëU5wıìcùwĈ /Ĥ˜Tĵu0HÑĊ ÄÙÛKÈWÚvŻ{ `Ö[QÖ Š¸(V–à…F#ċ, –¸/ıà` î<Á)*3)§j[˘ôî¤Ym`Ê8UÜzóߜ5Êf–³Áòeĉš§áĠÏAçU³‚7#Hğ½ż˜ĊEWä?ÙSÈ2:)*VLÛâdžŬDŠ-Ġöşêq{yĥüzâoIn•‚žšXÏúh %H_S\{ #žwĈVÖCO›ÓÒUIPÉyĤ´(ŝʵïĥ˘1ífu—MœS4‘Òj²üt‰²¤ig"û›\o6M·lŻÙ[?‰şc·ĦÏßşSÔQ”ŽItéFébĴvĥÇaÎÜŝVÀ–I—ÍĠİTeVÒÉB3)½€s‰cŻmlö`Ħ´Ĉ’)ħP~Sn@ĉŜĝĤ Ĝ%]˘2+X‚E€=żÓ 2şú£JÀ’Ğ/M‰ÒúÚ=F×7›ĵó0iO6˜bYoŠÈĤäwún=o†ıcO—ĉµ4°êżRCX€oĤŝU#{€ †˙LL›ë’’.Ù=cċy]L촐4ëĴKáäkd¸6Q܋ƒ §3ş¤ZyéĴФq1òÌċuĴ5”€M€Üâ·4§Î(Ğg–‹P€i›y¤Pú€kœ%Î`"Í%…Ğ(wVürÒi{qf½‰\‚MÏŒrġĥìd™ċv\2É"Ž‰Òı¤S$é)e’XÔboÍĥÂ\ÎVj#0Ğ‘İaOÀY8S\*‚}w?LZrĴż)“(LË2Ìê*ZħŜ§Š+"=ƒ0>ĥ:wĜ_a|!ŻË2êŠĤ JŠˆc‚R$Vİe–!Tßc¨cÎ./4Çi ü9qWâJ ­07Y‡L°D<ĥ›wżŜöÇCšRxy*˘š––½ïéŠu$^ʽ?-Íí·~÷ÂêjÌ"É“%˘ŽœĠJ’A<’şl§Ô÷sĥgT/M_VĠP~t3’5’U­ı н͆Ĝ%%,iğnĜâşJĴz<Â:֚b#ž-l^lê°$ú poÎÔ<Îĵɘĵë?Ĥ*"ˆÔS˘3-­ĉEÚÖĉÛ`œÖtpƒŠy-™˜ $ÛkÚüa-–I‰)ċħ°ŝ×8׍R4HµxF˘ˆE_=Na2UĈšİáPtÊúv½ż„rŜ `CK’fKŽ ş‡GĜtÛkıÔ”’vµÏm°–¸S‘¨*š­'šÁĠııĉÛZßßZ<Û/’hé…=F`ó¨S¨µîѝŽ-}­{Œ7iĥ&ÊğÀôġdœĞò7½ŝ†ûŭqŬMS™$ŽŒ(Ò¤\ï·$ ˙ĥ'T˨ĝ¨ĠšSA"žĤƒp=4$”NĠf1ÙĠċıÜŝXµĞ$ÜÉĠJ¨¨ ¤Aòß{“ÉÀ§‚‰cÁ ùàšİĤ4ÉàµÏ ž~Ĝ)S÷{Ô4ÁpĞoœbÓô(‹ÊŽ|AŝŸĤ#g ‚oëŽâQ0BQ“ÈŠt烙7ħ'Ĥ [[½ıÇQ˘*ë žosÁĈċԁAkíĜñˆÑÊA½÷ı°µ†ÖÄg‹ŒwİBÚÛq8ŜŜĜ–W2YÉVcÜ8ö;%Ë$Ìë q4¤gënUK·mïˆ`"¤³FÏKĊnEûûa6ĥ€¸³w=½ñ¸ÍÛEĊŻroÛÔt ÓĞŞÌyÇ 9PC5´ż\06ħĦ]w[\é܌s]d\·ÔN^Jw™<ˆ€,яšÜĥ6I*j óTġċ“—ħ½ĝŜĝI’9êĥ‡Ö‹ÁŜçß×4ħĥžœe@äžoˆ×ʃùïm ‘ü­ˆÍÉıï낲3ƒÎ9ŒuÉ'°Ç˘C¨d‘ Š‚t‘}CŽû{áİĤŽ³3ĤĦĝsOPҕ-4@R6½Ç­Íïż ÂZişG6ÀÁî;áŜmíUfCŸV HêŜž1Ô²’;_{kâğáż ÇRËW2­dj5cmħ![ḿÛaîq9ì2Í0|K"…Ú0t‹\ËaílsóÏŭ`Kn†µıLŸżh$Ĥ ĥs3H÷4ñÏ>˜>–µİ‚eĠ™á·HŞ/L܏5ûíq°g•ĉê[Ħ֑¤$éhĜ6ƒoNwïÎSĉ9L2ĞÇ%ïŠXFܝ67ßú’?>˘SG3ÓĉôLS;S•`,7ú…÷ïnĝ&zd $qËž*;òß7ħ°áÖ­Ì~2Q8xD2X‚E¸÷œ\rٌt Xɑ‚…ä‹òMż—ıÂċt“A}'ŠĤ#:") M-nçnÜmnĝ]T(’)Š’HÙ $ˆlK”‘żŭ†ĉZċHâıѲ6Ê·ï{˙&ĝE˜=]$µRĵ@pŻÈ¤n{ñĥĜ7h öI”IKSĊOQbXĈħş0„îV ]ÏÛjJókN&’H£ï# ^¤íŭ8ĞċurÉX É:Ëğ’ …ïù‹ßßGV*Şjİَşv²™&Ĝ ÚÇïÛûaò>Ï&–8Ž“/ƒ49éĠHŽ7°½}m ¨Éis âĞjİLŞ7^•eöż\'’hĠ“DîÒĞ ÛÄÁ3ÔL”+ r€)?ê\nż^m|CħĠċO \RVĦĤĠÊò.EîG?|:É(Ĥjj)]¤ ­UœÙ}Mğö‡Óü–µĤ§4PÉ^E$¨Zß('bAî6j‰êéÛ£STdğöìxç­aèÍOXÍі8Ú#ĥ‡:$p@ÜĥûñŒceOKkI.÷ êXžŬ£0–Ò”Ó2Á"u„1ĴÜÍŭ>×Û ²ħNI–üQ²ġÎìHä¨ôĊuިt’Pˆ#fÓpd}ZIúßKïŠÌy´ñG*A ’X˜ĴŒ@ó  G§ùï‹%,4µRŠI¨}*˘Ä.£ííÚĜĵ9U—ÖÊd€ç·;–7îß×ĞÚäĈĤğĕPF‘‘4eğYT€..{î?,XŒyuJĴo˘ĉ¤ R6â÷öĊ›2¨ƒ3cdêFí‚9¸?–,9Ħ£êMŠ’şJó}ÇñsƒlĤ½7E::8ô ŞZİĥ`%ó[óıFŭĦf.Ħir)˘­tŒh'˙ñ'|'ŭŭU¨@+( ħÌúC}ŸÎĜ[[ĠħŸ½F·:tĞçı6öġĈ½AöÙl‹Äŝ)Îj–Š<ż,`ġğ˙ÚÖĦ³˘•³oQĈÄÙ˘Xúi[íöĊZ:̚èĠô猴m+O½‡èN8–,†ÚXszlıħ v<÷ïq醠R^—œ­)”ñÔ-Ĥ-Ö6ueúZçíÏœä"Hj*ëŜİÁxy” ğŽwßPù|p¤T€Á*é£~ä âїÓ,_ Ş4A)^›n,á¸Ee²ÒKÍh9 !²l¤(bIżNçĜ ûnm‰üKVLÑċ‹GD-gd2_×vÓĥ<öĞĊUypzjŞYÁ¤Žž†Çê‚óÀ•ŝ<ÌsX5QFR3ċ HżĠc÷8]~âztŜ.žŞÔô™³K2ù•Ž(×˙Päŭ]™ċI3͙I"*éX•£T7˙qÛïkʤñU-4b8$IĵÑŬYXú‹ñôÄmâ—E×C?îı@ÒŻNyıö-´ODİñî]áIž’vž²¤ÄéD~À³ŸÔbğYûccU#Òäñ” ĜK!Ô½·#ż8 Wĉ’ĠÉĤBĠ £ve“ë’ş(I ––!#ĥ˙û÷ }!¸—LĞǵKÊŞ…¤™—As1Şrv;Ĥ.tĥ<™'èĠCPŠ(&ğP°ú{jçŽyYљnoçó7óoWÓċ5ĥĦÖ×d§-Ïı¸8§‚¤}1’ççtÍUF’šI.VY GĜHûàĦ#4C9ˆÛÎĴ¤kcĉĵßĊ5YBÔÏ4‘•H-î6y”ŝĠвŞuŠ 9)G1, }Hŝv8Íñ:ÁV{ħ¸ >ĞsĥĞ´ŽúCĞ5÷ı·ëŝvDžÍûlÌKj‡& B…Ùıû[l%Í?iĤiƒĞ΍ 鿯ç‰0`äşJɽ‡V•…úd^ÜíŽd‘^ö wÑĈĜ Ĝyú›èk‚{Œ_?d• ž#Ĵ…A+%#¤Ì-ÏÔâƒ3Ĵmr˜oc׏ÙĊpñĊż•&W†Íܑµïî1—26„ô{ܓĈ ÄDE´²GsëŽzÌÖ*[rÊ£òıżóĈ¤Š8ˆf‘Nħò`O×Ĝ™5…ğÜcÉ0mÙ+Î7~¤Œ×ĜmŝĜώ1Ğ*íĤĈûß|@{ŝA½ˆçíŽÑÀSüZԀ<0L2ZıP%I$v÷aRĦUçí´|ƒĜĥ%Jĥ™bĜ ħasqéÔaU~`FñĠ‚ÛT‚Qc醓vË VÉ"‹—nڍ­…ġ”ÔÓhÌd~TžCqà(yŻŽd ÚK\ydı—l oÚcE 1ibvÓ~1¤xäòRr=ZH2ĝB§\F?Ûñ ďó넕ıRìí3é$7S}'Ŝà¸ĊĝĞâéYLR=ĈäÇE2Ï+jŞaşù•CÏôĊtkÑĥŭ=B˳lşĤ“ËħY.Kß ³|€Ĉ­<ÔÑĞ˙, İ âİSħ™(i%ìû­­Ûŝ˜yAžT&šz‰§ƒK+ O ›bY„1‘%‘Aeß븂“6¨}lÄI¨íén1é”ĠpµM3‡Ëçk¸#?‡¨³(KM<ŠyRTĤŸÒĜ;ÖĊĜIK>SUe-ĵÚ˙M\oJ”ÍP0c˙ñM‡½?– £26šċuÛi–÷ûà—ĉ[LT¨ ·µÂùIûŝOd*èİҖÑVQµżŽ4 “ġşŞ9guRğĈĵşÊĉߞ,sHÔ @a*ĤĊYl;l9ÂÙĉ§Ò Ǹboô°À•!Ê(ô‰Ĵ­Á2ïħVhò;ë5Ĝ…*€rEF1&Öê5ÄíbG’ö> ˙œax‹(xÉY#°Ŝ˽öû´ÏrıéكDŠ ›[é*}°6Ĉĉ6iĠG"&Ğ\)ġµñ‚tŒiҌHó?çu` YK.˙^ĝŽBu vKġ˙ñLÏî;™`ވÄZiÜşŸoċ„ġÙ,2İZUĞı[„‚{%½ °Óœ˘Íi[ĝ†ħúŒ)Ìüu.YSÓèÓĵvı MÇôĊÂŜŠŒÓÙydÊôòÒIÑġ}íoÊĜ³.Hµ˘Afĉx‘oŭ”ŝĜ_ÚµDS¤1e‘̤ßQ™Eŭn0Ġżh“­tœyĠv*~ Ò™k%V ÍPeSNŜn‚Ŝ—ß sURI­ËFÏ°FrĴ}ħgÍhŬf§ĦX,âë4.‡˙µ·úâ³7|RUâz֔(ù„JÖ?ŭ€ÛEOdĵ)ü;˜WQ„†Ce •ىĜfĦ H¤”İhʲ­ŝĝ/ ŭ˘Ö4%kU$s{^ϽŽ.i˜ċÒĊf=9ޤUgU·8‰JqÀ&RĦxİäƒ1ze•YXa1íu\5+ İéKCRÂ‘RÎÔO녞,ĞÉ!~„Yġm;6òô°'úb…_.‰Lt™íMdLw#Ħ'ġ.,”l½f>”^ŞŻ9¤x튕.GĤ›Ë `Ëò ²ÁM)bQ^F7o˙—×ĠĞ’4c%Y+{…µÓúâjWJÊĎ*Á Ûçœêı÷·òĈ”û#ÒòÌĉžŠE†š¤ÒĴ<Á:jú1ĥÌ風v“4–•µiŞM~ŬEĥ)Ï>M“ŸÓË k´*Dˆ~ĞĈĜ]VINñËÓĠ< ħé¨úŽ>÷ÀĦÛCNÑcİÍ((s e„<Ġ ‘‰"ÙÀŜĝ“ö‹›ċS<Ò9 Ü4‡@}F)××\Š-CmWµˆûà<²ZƒĤP$é7ß.ĤK~†Ç_Q]˜OU<·’Ħä•Ômro}°ŽmċzEÑHÌÂ2{ÍÎJo!>ĝŜ(‰ )ÙYT Ŭ}°,ïİÍĈ÷ÜߟLuNÄ>Ğî{ q>ÎwĴƒc,ışŻ^[ı v6·Ĥ-4ôSÍÒÍC*)ħ1Ĝ€{ïµ˙=ħD…À o\[2üĈž§.tĴZ™Jb"áğ·òÇ?4ÊVK›C—2Œ²i¤°YHñġÀ’ĠUŠFŒHU •]ÏŜŜçş+JÒÊòġË\ ­kaĊ°ŜÌ1Ô ğHÁlJ)U>Ž½Çżç„Ş4™QĈ ïN(¤)zw°>Sġìq•0ĵĦç@(ÔH–#m îÜon1kޤ(§Zİ+šĤPzf’Udaż+ħ]ûSjë>!£ş(’E…ıíbìrTjşc7Hħ¤Óf¤[Óc·âĜÈ Ş{›T^ĜĊU”umlt +-ˆçú'öEJ.Fíïk˙]>c4éW],’tË6ߝı·p1„¸bòÁ¤Ë‰ĞóŒĈ–Y¤Ì)ċ? Ş~œ)ĥ÷;’G#€-ƒ3ZJĵÚħjċĝzħNÚ$bşXĦ7,$µWħ"ûqżŝ3WOfqĵuJ‚cO0é¸ov!ƒ/ŝ¸³ċÙñËâB ½.‚D „<›)°öĈ’èîÎK¨ĉ/xs7ÈéᤖH ›ı*ŸËÛ 3Ù\êd’”ÓÌçÓŞ3ö‘ı÷ú[ĉ4ĦjrF§uam7_Ĥ§ñìm",×,›Ĝ<ĥ GÜ˙ƒŒsĊóm2Rŭ•:Ï çYòMT Բ̐ë}n6°Ċ(Ħ¨ş5Dú|ßŝHƒ…ía¸·6Ó ñNg=P¨LĠ˘arĕ ÖìAÛ âñTuŠ:£•×+÷żM›ŝ}ï_<¤İ °:Ĵ×â2ÈZ>°]Ô# ĥÄŞ‹ssÏ×Ê:€ß!˜¤ŒÄÍġżç-tù–e("¨·˙ċ¸ġüż÷nV*¤‘*^qċŽx•=|ÀîxÄw_hK6fÏ&Ž’F5`C€XooQéĈfġ=lŸA§ŭR÷,íĉï·ıçœ?›ÁȄ½&iDUï>Ÿĉ=ĝÁ95eN]--&]–"LLcÌ"fk 5÷ô;ûxòC Ó²›DÒdŸ҉Y4Çw’6°q:ĠEJyíP$/r|çûïĥÓTÈÔqF‰RK.žwôQÏ,ä Š;eıƒÎuF*}{zÚ˙Lo*‹Éo™erǕĉ‹*ŻÄ4ƒ¨@_°Ô-µmaŠÄóFkċ–hٛËÁ7;zŒ9O ĉrK,ş°ħ ŬĦk›}!¨&s5SÈ2ú°ÜİĤso[m‚6ïdÚ@ù6{ĈIËTHeJµ‰¸µï‡Iâ4Ÿ5­¨ċZ%X"qwKÌ}p"~Î3Kêzj°76JY/ú¨>‹öuŸ†êEDà[ĝäU$öĉÖß7vĜZ$‚²x„Œ`D‘eŜÄìK}öĥç1éÉzéT²+²ĞFÀĞĉÀG6'×JxĤ’P[–âhÈ$É÷ïoĥ38Gˆ3ĊTZ˘ ŝİi„„ƒħ'––ÄžO2£Ĵ0šUIZúŠIr¤ŭk“ÔÏ&f•½X§ëuRAíénÀ;—öYœ*˜Ċ‹weF ŝžöĥ4?gÙôt†{ƒó˜Û›vÛß{‹v< óÌĈ*Ó RFÍ!‹hÛıcÉçŝşœÏUHĈ]0­ô!Ñ)ı7$í¸ĜŭqÊfùô2 ™*)c7$˘[ĥ÷{ííoL›~ÊüKS3½=U4‘0½ {~n ·'íúŽúĜQçĤ‘jĤéĦXم–ĜÛk’v×%A§–Ué"k4šÀħ·żl[`6vÒReUs"ĈZFĈÁA#ċ¸}ÇßĥÍ<ñS,T”ĞéŠS3нŻ`}7ĥç5ûù›jHê^~£ˆÍĊÈ#Ìú˙lħË-F°ĴÈ6gıc{žpŝ/g \ŝéШÒn‡{/kúàÙĵŸÓ²ÌÙtÈ˘O(hï{ûqí…÷`½‰)*ċ Ô´ŽŽBUğûŜĜìx‚Şe˜f“:°òDHU x6µ‡­ĈĝmSá,ꖅ¤ŞI`aŝšÈ,§ĉŽ6ĥÇ×x0¨2OS–¤E„2˙н·Ô-úŜ×ۜ'>:ĥÄYé³oÓÔÒPhŠRĊ£Ñ¸6$Û×rìN9lÖĤmsIXŞĈÊ1u°áOħúO—™ašg‘#HĤb$"ü\0í‰Y]Yf¨tžİÓː#n÷½Á;–•ĥ„6\ÖıffX)İbĠİԔı܍KbI6ħ w>Ûâğ]Z•s„ŽŽ LbN²uJĞ ìOÚŬÀïÛ óiaİéeïUO–;ġȅ‰q`ÀiîmkیW•ü\²Ï_˜Ò%(7ÒÄĤĥ#ËÚ×°>ĝ½+B@˘˘£)˘––W) ‡J)˜U ]Scsê8ú` (µKYJ†Âe„1ÖÖööÇħÇU™Ô‡~¸ÌžvvŠTŭ0ÇoRmÛQÑrIéëEŞG+j@ĦGÍĴ ²vŝÛíUc+óU%d‘S³$R³$³’Q ö"Ââێ-†ÔĠħdt‚xëcžEqÓHeM…ı°*Mĝħ³K—Ít2SŻ•ĠXĤğ‹Şö_[î0ßĔ™hÊ£ĝ ˙†0"…‚FSĠ;\\nÄH')FÒ~Œ°G[Q–WѴεÔ"™éYSDĵÊ,·ßċµ÷†UyĠD½QxĦžÖ‘™ƒ*FÜ_ÚüŭoŠVI•˘Óşf#‘ÙR’ u>f ›ĜööŞ:83Üğ¤'šjzX‚żF"їÂĉÜp;“’ğe›ÓÈħĈ!Ğ–Mcž_3Ÿ`/úppÄ5M]5³“ÔXÖqÑ^ÇUÀ·s÷ĥ-ıeM-4°ğċOOVÎ#²Ğ1¸Ônw; Ż·°ÄYÊPÎÔµtr§SŻÄt×sç_˜<ßÛ I'U˙BʽUEVWU/Fb,SÓ_cpw˙/‡tùÌm'Á-^…‰ YKèFĠµ·a¸Ŭ€?l/ñ^Š*ݧ9…5dÏ)´'Îâ×*n5Z‹íͨCL%Iİ3éĦ ŻáóımE ŭ͈ñĴ#Ĉèlg]K%MOïW¤š”€ÒA¤Ò ĵ€ĜX ÈLZòÊij2¨ê"ĴĵD%Ċ¤yO`ğÛħżÒüâşġĠÒڟ7HLBÊ*Ċbvµ‚ónÛmoĤfQçTK†iÌwéÉlck|ÚIm̀÷À£ŠY~˘ñTêşh餌íKN2ĥ{”‹ßœ˜fùngOXküAPb Ğàċ£A*öJì,ŻßjOċyYĉÒBñYĜ|ۛŻ½ÉÜ`H³lĥ,î–Z˜ä—*i5u!òqĜ3XnwŜĝ)ÛBĴ“Ŝ߈ÑBԛF ġ¨Ĝö·ĤçšCA˜Ĉıj-3£–•ä.²yĴTĦÛHïQé‰ä“f#%×GĤÌMM0•VŬ†ûì;_ŸÉ^KM .kûɳXÍ Ñş7°i ìB”:X×]6Û DauÑÔgÒg9j͙ԙÂTSHá$v°U$ÈŬˆµğ`,÷4lş¸e”˘ËܕTs}dÙÀ›Û… ]}ħĵû7‚Šhsl˘ ­LڋK:–7uìxħÖ­P×T½oS/ĦIj8–. E7ğ{ŒijĈ‘i¤+˜dÑ4ùŽ°Hêo ĉċBê"䁯}ì-ÔRD¨#Ìëk!rŻĤhâ×ҁ"äXX½ğm 5cI•EsWSGŬQƒnĈĈđL>ƒ=ĦŠ‘ê)‘ċ̒%é´ ÷RĦFÄò9żÚj´„q•PĉĠjÂ#X¨™ƒšĠñM¢p,;“ùí²*ö³ÇŭÔë6‹$ĈŞC2ÈO'É°ù íıÄÔıŝgžÖĵ"X!y&Mç röŜµŝĜ{ài—DâĞ#–*•mOV ÈFíıNÂöµ·ĈmuNÁ%–ž:ÄȃšrñD‘Ĵp,(§ÑC ’v ‘ko}ż2İ9nSˆİ‹+‚`ë鏵‹0ĥ˙)ç|0šXóxŞ*z=@H3Êd’5KqĤÛ^ŭ ĥĠÑċ³0ŠİÉiñĦ%…üğ‚/kù‡żµħ•Eè”VğßÉ8"%…ı6]|RH™B=$İ˘¨˘ sĥħï{ÛÊ:r÷vËòâ56K’ÂÀ76ÓžÓWQÍT‚žœĦÈò’= }Áï„òx‚ƒ,Ğ î à *7µšQ^öï|sÉNRŞ-M]<ñ$­ċğ‘eşò~¸S˜ĠTE)jFt‹X+"ž aż$_ƒn>÷À=Hsl°TĠVÄZ@Zš5MWä†üMĥ=K4Îñġi֝‡úmkjôç‹mħ1‚@5ëIÔĤ=EĠ"ë‘b ĉqÚĉĈӌ™İŞéB’ €’ •ŬŻê}˙ħ\Ĥ™§ŽJH%DġäXÊÜŻ¨Ŝŝù|´ÍIKT–pìP‰qÏ?Öŭ°8µ” Èh  rU5+ Y 7  ï½ñUDĴñŠ:QS#)ê„XÚû‘ïa   İD²ğ“¨³ÛV˙“FC‹W=XŽ™´ĥ’Aħ°÷Ĝ mkûí‡ä479zü 2Ó;O:²€d>†ŜÜöâĜŞĉ5uµĠ1- B³G CüßNïkaqqĊñb|ÒÁÂU3ÌUo)_N‘ÜO{c_M4R™ŒÁXH‡6á_NÇ۝h RVĝ*V:ôj‡BÎËÔéĤàĜñp,oÜ^ĈĝĴĉYËċuRÚĦFtİh‰V<êk…ŜĈŝŜ–\ġ*˘šJ§âŭÚvRŝU5Ï"ŬĜ VKİ Ĵ:­,AYŸ×Kĵ\^ûcğn„/Œc‰z,îWLì§YO—m$\[ĥÜñ€›Ĉù‚fœ° (]ˆş É˘Ö Í½íÏÜñ|'›à¤„~ì·aߜ)Jšw4­A/!ij´‘ı:@óöĈéóZŞ’0Ï,s1ÙGâ˜ħxw1’&Ş–štP"0ȃWp·$5¸¸]ñL’ĦîŬHÁ'‹‹XúûáÎYY@ħ*éDħ˘’¤˘–.’˘ú½ŽĜ—6\ò޸äÌ^’ğ1Z~¨djˆĈ›!–ê˘Ä)#…‰Áž"£­ zJzJĠĝa ĝzx‘|ŞğÔ ’×7·Ħ's…9e/†%ÎrÜÙ&XSI? 2+ËıˆE‡{Úkó™2H£*éê•B2+‰#<Áĥ$‹qmϨÇ<ñĦĠ2ƒ™)Ôë²ĠÄ“]Ë1½ÁR8Û×ÓÌÒLí#°gnvŬ°Ó=3TÖI\É’dH,X“ı˙=0Ş'W‘‚>ŭ1Ñĝ—a´Â„WweyÌ|Öüïká….]'TÉK,MÓ-ŞÌVën›\Ûµï…丢š.”lş•À+‚½½G#ŝN;ÉóŸŬ2’ħ,ÊêÉ"êA¸ô>ĝu‚I3(b!ĤˆÀĦ‹²Êà@Üöôá|U „òPŻ­ÙlĥĜŭ1Ġ|³ÔÔ5EB›ÊnÖĠ€Ĝäïè.++,²ÑĴòyĦV逞9·żÛSeO ŞĈ„F60lŬאNÀ…*N­‰˜Ê“i\c~ĝĤŸ‚8éœ…`B!”ZàwÇ,ÌçU­îĜ&5Œˆ~9:çıµ …ż2¤˜í§–ĤÉä÷ŜÖŬ…Ĝ–cüñòĜż|MÀqızd’v'p ÛĜ~¸Ânxĥüc \€ĈĠĥ7Ü[Œ07²8eb¤wŒÄúAfRMˆĉßL Fâ)‘ÊêX‹Ç× Œ)–%İ+T'1•²[5­µvÀhĈC ½‰kW2½2Ğҋ܆&koĈ§xéĉŽf'U71É}-ìm‰@¸çµñÓì-íìV‹o€ Sqo}°Ó$­‚Šħž˘š9È_Â2^ÈŬ¸?L*C"âübvT-pF˙íí„ĠŞM\ia‘iŞ+^êĤÀ“µ˙/ĥQMġI&…{•…{v‘Š‰¨ì<ĤÚäžŬĈŜĝŒQÏq˘'bw ŭħ*)IjjŜb ;’/ósßÊíQuȉpşM€ˆá¨ÌH碒Z¨Ói5è`Ĝµùŝxĉ—(¨šW–*I¨Ħ›ÊɤĦ7Ò/ü˙ÇzŠjbŽˆ,Y‹ImGƒk}p=G…ëŬ ˆŽĞub:o͆Ħ{o„sċĠ0FujÒ”XñĊŭÏŻŬƒ‹ġŒ§Ċ´3é”T[ŭW,éĈÖÒ/~ßÏè:/G[´5RÏñX†>ĤäqċôĊ•ÙécdKğ³NÛÚŭŭ°Ó*Ì验´*Ñ1{ôÖ{j_KZçî;)ÇÇCŒoHôŠ\Ĉš Ìş†FCĞŞñŞçnvÁ™ÒVM'Èï“VüŸsìyÛa™x3ÄÍY$•T1aĴ,h~_oí…ëáìĴ"0bÑııÚÄ|dŝžŭ…öÙî•_*ŽJş…vr 59 GĤ›ïÛ{{á-R5S*Ài˘Q.§y‰ ;X{vĥ<ĤŸ(ñ Ċ) ÌĦ˜‚4Œ ~\Œ\İ+ü_Q—cáÉsâpڞšDwök À½Ż…özêAöÙ>e›TѳÑÈĦìÂ0v`@·İßí„TYŒ“‚Áµjk÷#“êoÎ,´ ñ|‹=7…)-ĉëT´ví;)ôïµħ3ĝ1ËÄĤ˘ƒ/ËcP rċÖBv÷ĵ²\càÊBĠB`Ñ ŝyċ6‚§v ÏŭâÒA”ċĈA^⍈'Z†$ƒżı·6Šš:xÜĉta ]¤tĴAZí¤ŭ{à Ûô]GyĊMDr‹˘ŝ]'MħŞ?çm˘JÉd‰mĝmßï„EĦf-וIùT›²şÙ­·ñ{âú ¤Z'ñT¨ŒÔİġ,Ü÷ßżŒĞmĤ–œƒĞTLÜŭÎá{êİÔ£°í‰“à!”ËnG}Xü ‘bƒĊ‹^ÀfI˜ 1%Çç‰d¨‚8œSÓ8-şĵĥGÇl!’ Ŝ&Rĵ+ ƒù`È ëSÚ:Yg”|̧Èâ^†ùVSU˜ŬcL‘·$ıÛÏáé Lùµ‘‹y#sŻò#S@ħQ*´ż 'a(ôŝżÛŠJÙ\„t˜İ¸µÁo½ħüĊ&QKY8§†–ĦŽÚHûl7o Ö¤¨İs àŬŜ¸'Ž şq-YxŽÄIRIôñlĞñ=ĵtÌì6nœ‹żüb[wS(µNpÒyŜg:|˘]ˆúX| .M›0ZıäW²ô.sxö–XÄP<%i$­ŠîuâJβ~îœÉk“’Fŝ¸¨öĝ+ĞĠR×|İĊEB÷ rßqÎ#Êb ih¤SüA†çóß×Ñĝ“Ä4ò +(YÖŜGéé'ï‚3ŒÎ&˘İVÒ,?3¸ïŠĤ,†E][RXöÒ!Xn=ucSgtOÔRÁSr ŒeS{ÛŜĝŻĤoK–IޔʏϜ†>ĜkhäĦéfYd ŭhvqö Ċ…APÈáè)™Ĝŝ–àbJ•t„•‰ ˜‹ubqoÏġŠ?ċġSĵ1JÑ+V?ÖĜ2zz'fˆTe˙sêüÁÄ´¨Êzœî–Ù*QA6ŝf·¨>˜Žç9}–j”’CräLn›7Ëè%\qNH6’ß|M<ÌĜuUÈâÁ­o× ³”A‰sH"YÖĴä€êú˙Í37İ{ÔC fÎé)…Ö•mÜ(6çùàj_SÉRñ &&âäžÖ#}żL6Ĥñd‚8(薝M¤Ñ0W=ĥm™,[°êĥ+ŽŞŞ%éĊ˜ÑÏĦÖeWż‘ ½ħĝ/2­-2I—²YjWĤǟlX%9,­,™½M;…5Jöö$­Ï°ÇPċù%\|Fž/àdê([úŭ0ğVƒ˘)Íáĵʊp’‹ƒ‰ û•ca‚iü;ŝ꧜%ìĴÀßԛ7ġĊĵäTFéM˜Qցçˆ,XŽ7$ˤċ×a”Ĉ­ò´S,Ğ~À mÜrq]ÛÒHĴVÇ1-_‡éİÙMş°‰ó%ˆŝ¸z:E&GˆĈßÂbÚŝú?ç™ŜKL“AW‘ËK; „Žµ‰?PTôǟWWšÉ…Ó!7 }v4‚”żB“Hg_V´P|-|UëŞB”Ħ4“˙ħ'ß ‘:҅ıÓË}1óYFäñnĝ+H²K·ÎÛ Q“v,)$ XíÛ _ç9&½=Vw82&ĴÖ¸Ô€•bAĜ…¸7|Omkbtµĥ¸a°pm‡95gFĦt; \ò’¤û_ĥ›ƒ¸ß¸ÇHìŽÌ ÁŽV‚.‹„tuDÁŬo›[yŻĜ‚é#Ž˘'I²óāéâê;êÇĉTâÌŞ$œ;ËİĈŜ{GĤĝwO9‰ÒŞ’m3‹qŝĞwGóĈ2…lĠJÖŞİÒ µ#*ÓòXĴ,7ò“ÎÜa4Ş‹Rà˘ħ·#é†Ġpj{Ä$.Äġ58mDúmĥ‚’XäğèEîPa.-VĊ$ Œ­bn üħ5LŬE1m~£°ĈĤŠG(U.O%Eğ˙Ÿž2XşfHÑkkßŝħI˘hŠhH‰[A,{ÛÑXGĤ0ĵħ•]` µÁoӏ-žT(u;ê Nçd‚ˆ½FF.5÷múâQ8EVaĦ­ÊŽ_ ĉìâ1”Ôjì-ÇëŽÈ3 >]4dµ ŭq?r²[=RŽT’l™Ïn1’TÍ Ó ÙC]GÛ%grñ£İà”ëĈ8\²¨è'Ĥş¸Ġ*íġÄ9CÑ9˘$–Ò,Ĉۀ0ç+É+Ğ—To ÷yX-ż‡+FRÓfPFT_OÍüħÒÒR³†›5nʄŸ·la&ž"CŻ  ͖Hœ×鷔™oĥÓäpekĠÍ+2m´ÍfıâàŭíÚXMˆg‚ršâ/j %SċÔÈĥ#܋mĥAᯠSUTBħµ›£]Ĥçß×ïèĵ[“PSڞħcN4Ó!·ĉp›ö”O!êĉ5(ŞY‘ v N"O‘ŝÇczzo¤L­4̃%B8ûí|N™ˆgşVĉMİÛ T9ŜĝuéÄÇ4ÔâÀ ˆĞô˙œiüm’^5YêâڄD†úzŭ1Îûü ‘'î*É$S.sZYEÀ:EÇ烣É*â6s™(ìŞÊċ¤â(ĵEM4É RׄĜĴJÚ-ÎEQ@2]î&S÷¸Ä>ËaH²6ı³LĠ€#cQ¤˙P0Ĉ8Ò4³–"ÖÔIo×|lÔÀĴê9ŜÖ6möÚĝÓü9[xĵÖ!Ov÷Ä;{¨é‰µîÖo·ôÇm¤ Y[kì÷Ä!•ĥÖXö6¸#ïëŽ"”ÈŒÂ@ÊżÄËo_óĥ$TĴŒM˜‹ÛliÌ@Ÿ(Û¸7Ä" $‘…5Żşßëlu8Xj –ĵmĉ.­€z$R¤YXéŽˆ”nÄıw#UeġwLbŜQW ˘vĜžqİWŬˆn—ż½+°Éáĝg Ğ~ù’]/²½+FÛzñkb§ġtI4҆i Ĵ ·{w÷Çı0"E6ħ<? Â\×ÂYVrOTLŻk6–6?kÛGêmŝA“癧u–:„1Ĵ ˆ_qnnxööÀµù•^u˜Fġó£ÈX)rĦTz“l{UOìk.”™ Ż0Ż*˘>>§Q8W~ÇóH•RĤ>YÄŞżMŽĝí‡Ôñe>|͢Ĵ§†•Ħšš• (Hn7[s`XûÛŒĤ)êbš Q‘,N˘w¨ “ê=eìï0‚ïŽîGË­ ¸ħÓ~Èéô ‰*ĴŜr8mĠ­Ĝñ·Ûòrñ5ħĤ™|$”³DÒĊm"P·7÷U%€ĥüŜĜgışÔĤŠJyLJĤ‰vc·;[×é·ôœÏÁ4t9YH ĤEUĊ Aƒ•˙p{˙ËhÄÌ gF%í̓ž˜Ŝà‹wß™êj+LrF`†"-„Ëc}7cqkò9Ápœĉ²I[;$KuŠ%E ħm€óŬŻŽšĊE‡Ä6­Ħ˜Reè’ŞuPÓ+#é6c`ok ͎ iĵ#žf4ÑÑÎÂ' V’Nİ‹H%V8ÜFġÄYv_ċùÚ5_„’ŞŞ•KhDÀ'{Yŝ·SQRĠç‹&YMS-TİgËÒPeQ¤\#’CüÖĊĈ†°Cšäıž[kœSU$Ç҆fXÔF{jU&ä ß~ï 5mcRÁWXñ+5DmQ,/feÖÚĝôl˘“'ƒ*–‘iúVéó ™:„ÛËÒ;şÜĥìÀ °=wìŝž@µ~ÍVšHXŠ”¨”é[´µ8Ĝm½­…Ù^EĜG˜Ö0ŽĞ!ĝyÌb8ċ§Gà‚UÍÉıï˙ĥŸPgı-*šñMf²ĤŽ)\­ì6€öż`É$ÌW=ĤŠğáŞ*á³²ˆ ¨j10ħ·ëÎĝğ8‚²Hé?w,•ŬÚY^×Ì|ğ}-ż`‹“¤ŞJï+œ0@Êl;‹vżöÄqWÍÏPĴÉ"îĦˆżÜzˆÑéÔIŭ6…ĊĈ =@½ıÀéNÏ “1U /f6-½ŽŸ_|n‘Vz?ƒ|zTüliŬohê%‹\Ámò†µì Îän{âáSá\ıòƒSFd¨£Ĉ‚ ¸…­rFĦ݇ŝ§m­½ñâùëI›SV0Ú­;Ž7ǧÑĝÈbĴcUċ%X\Ş´š·˘y·;sŽ^h¸żÀTÛÁ‘ÒÑÓÔ¨§ŞX)Ñ ›ßċ‰Ċƒj7ïnĝáĞ“Äż–ΕÊ'zJ•s!ŻnnŝXhµ´´ñŜ‘eÌĥxâ=@Vïeò­ŽÖ6àŽĝaFŽn• İ$ĦŞXbEî܎EÍÏaßFÉÑ(òéX˜ĉŠÍ$„Xe˜•'Ç­Żòĉ4>%Ž™Ġİ&§,EYZiPn@Ĝx ÖÔcвĞv_k ċݘİ/Rhä(½Em‘cKEÀı,vSġǝg*N|ié¨éèî€FşÄKëŞĉF]ÇpÛâëOO–ÇPĠÑÒVÓ×Lß-;‹=Ż!%{ħï°ß˙PÔċٗZ:Y—Í1 Ѹ71Ĝíċßq4ßì0L%jyaP,PCĉypu\Ĥ‘ëïÎ-ıQâoÏÒÇHi—B-C~k~4›’×Ŝ˙Ûĝz†Ù`ŻĞ‰i2óšê!s2‘rÊYVÎ@ÛIżm†³Ö ˘š4j ˘ŒĈXÇY9Ì Ù$£V° Ġc¨[$\v –ê ™N”µTğ%9H;Xä›Ûġß3W- ^wA Ġ§S(sċô?ߪe§ĦĦŽ Ş4‚F šÂ‹ZĊ‡7“ŭqL›2+R˘-Ë­´ZŬÎŜûƒġĈ nY',Ħ‘k"–HQİ ŜÖU¸Ġ̊têô6;q‹&^ı„ĈEE"’š;hDŠ Ĝ(ŬÛ²ïǚ2Í:é{İUGqbŻ§;áĊDeUÂĥ|Ò<Ö?RÚe$Ÿö  íÇו C:LŞ–­Úu‘Z D)£òö ħïsż?Lk1Ÿ/Ĥ(âuŠu-ä< íóo°ßòÀòĉÑ։ށŠ…œĞĠĠ$Š§‹oÚÇmû`O„¤¨oŠ¨”<óщ˜·Ĝ@îĜ[òĸ½°’6†Ži²9j¤’y|ú˜'E;²ê·­·;ÜúßçĦÍëh†™TëÑfrz›ïÜôAQL•ı\´Ò@Ċc¨­¨öߒ'×FfĴ–‚EgŠ-E™ˆÚÄvżß›`mµaeS;Ì3 şŞLç!|֚ž@ÂQŒ mĤCmğé¸{Ëŝ:™tŽž';5D~tż•òßkìqì™Ġ'Š3XRž,ʕz…ŻLUÖFK\ŻsÎûséŠ|ß³<â\:ŞĴ:dĥ‹Dĉim˜€/ÍÇsücğéù –p?2Qbš:xœĉ´²hĵ(‡eßżħ÷Ûë‹.U‘Mâg¤l½cšXÏ˙ÁĵC Ŭ›—öÚâŜ¸QO“UA<Ñ=ġ-NÀ9UÖĦ ĊĊˆ'{xĵgqĝ&²(Ôŝ3D@x”ìo~ŬÉ·aŽİ:V„ÙxËrşOŬ _˜eqRĠÇ7¤O’T?)—TwÛ˙L_“ĝVžŞCLÓ½aPÓÔHË'L7ûm;ŬE‡Ó$Ï]ĝç Ç -^#ÊĤ§•X*+^V6§Ô¤Ŝú}m}­ÎZß²Ó@ÓR¸Q-Ŝaĉ67µĴ@ík7ǧĉ™½DşÉ‘ij$Ò0Yàܛ ßĥĜò Ê*3\ÛâОѨŒQ‹K½†aÎŝŻ‡Ĉ½dÇöùÈ\ͤ˘rc*\ĠpĥVÔ/b/ÈÛí‹ĥ[5=\ ˜­EÔi>’ŝPĥĉÁvï|R2L…ĞjjiajxÁc"-ÜX³“Éû‹âÑ’e4Ô ›Î´Ò ÓÁ$WaR@17&üoëÁ:x@È|P_¤ġReԙ…,cM\Ÿİ+m_İı°6òŭ—ħ'n-Û •Ĝlòċrݤ’mO €ÔÜ Û½Ĵo避qM šx™ŻÊÄ3OûAşísĉŒ3ÉĤ– ÌÉkÒÖÒêhŬ%(Àc †ÄóÏâë(aĴĠ C(iGWZf=Ĝ’N½÷?\%'àW‚ïLòÔĊğI Q˘G+.’à \óÖöµ°İì7ŭpÏ5Ĵ5 ë4ÉèF…[oĈ1$Ç8Ö'G`IG½ĥş~Ĝ&ž:GDŽi ż%ğ ŝSĥU àjUüǁ‚˘ÊĞċ¤kK7’G\ĦÑ·>n0ĜƒĊ=ÍEO,Ñ,§Q Ğ@ż”^ Ï| ˜M[S,IZH’ ÀùĊ°FaXİN f]kçÔöÔ>ƒoĥÒ8RŻağXŸ&7²š8’klĵžÇħı=ż,tìvĜqˆñĦ,Ìt9Ç$ßFÊkKî$`5=2Î%&d‹@Ôvö#•ÛÎ×°íġÁ :´Ħà‰cPo`M—é| #´òğ’0•Œ‘ˆD ²#†PHù}·Ç–[ߏn}1Ñòìo|Zıĥ0\½q6ŜĜÄóßl0³Ĥ|G}ñ³ŽyÀ&Éf d*N#.:$ĜùuÒ!A'cĈìŽÖÇJlq²–êŭ†8ħ°‚Ċ†–Cĉż‡+%ô2İ7r6·ß‡!~¸q–guTçĤñ”Sş“ıûwÄ´Rc::şH Yhŝ ĤT*RmjIġ¸~N;oÉTŬ:œ‚V ĦD%‡˙çl™­SEUD]À3G•PN"…Ŝ á¸S–P.{öġĈ]VÍSc*zŞZéĠ.Y [ĞLçN÷#RÜŭ½LI”9&xèT}Zċ·µĥ[z;Êrú‰Ŭ*ij`T[@}ŞomÇl6WG Ñ˘˜K`šREeÛ¸6žŭñ›’ÑtŜEµyaf ÌVŠY7ky–Çĥ ‹%މVCO™JÜȵÖŝ^0aËj£˘y`É*İ´yLşö>ĥıço_¨Ìĉ¤§ĠïĦ)ò‹÷Ûż#´ž:#‚ÁŸùUldİİÒè}·#éŽ O—Lë/‰VBñ<’nv;’ĥ?ñ…4ġ™¨5]TÒħùâ­ [”ï~÷Âú§Ĥš˘G¤0DG–7œ;ġ°Ċ¨·ĥ'*ô°6oMC%ès &ˆí§‘tŝ›ß×˙ó€tċ˜>ŝY'}½ ……†ĉŬï*‘Ç­ìĴĥìżé†rxr*q4ÑÀÒĊŜ˙í {Œ7Çħw~èücW<-UpĤ$ùgg•—˙Öö8³j*ws˜žiîjE]ğ•^Ŝ¸ĦÖe²Ñê,ş´ÛV•'OıÛkàFe*XSħ×ÂûQyCìÏG|ëŬUzù!Ì&M U6„¸ĥ›E€Â†ĴôîÒËàRÇbŽG°½÷fÚßLSu–RŠÀ)Ĝ‚?6•ƒ`ö7ĥá_"î\eÌ(a§”Rĉ‚a´pÀÇW³ëc„§9¨vh¤ĴĞé}VK°ı!jˆ”F5µ÷ l~¤ħÒÓ²Ô,NË HMĠŭAżÛ A mŒ†pŸÁEu}8ß~ùÓ2‡ }böߌ1„AT‰NĞ ù‰7Ô}– ˘Íf´Ĉë$Ç}Ż2ús2ÈÌğ£Ú÷ùŻµ°Rü .—XŬeēİOëŽy%mĵµÂVhĉfiı I?ç|wM“VWS”Ĉ¤ïÎäq|tÙŜ_KQÑ5D„X:]ŭw·ċ9›Ä45y€iİjŬ6Ġr;›ú‹ñêq ĝc‘Ġ…frˆ‹ÜĥÄú sûžfŒ4r+9èûëƒ+ÓĉhVé‰vı Ò(×n@$óI°JÊĥaR~E…£^ßL`BJ·¸aµŝĝSĊ—f-ĉ…]7rêM½w`‰2 •”ĊñGÍİԋ~˜k‘,4:<ùŞE³É!kƒˆˆf}'‹Î/߸ü:”‘,•,I+éŽÖħĈSxC%—œĜÄKYñü°ŝôwE8à ÉF<Ìşŭ#d`E•Xî=Px'ž!ÑÍòÙ%˜K1$€mµÎß눣-,p5\Ë!ş†ŽİJ9Ŝی~"Ĵb³{6²Mĥµ_J‘)vtyIòkĜóÇ8ħ>]”Ċ䓨èğuCíqÎSx–5qL_Ê –êÓÊxúâŸ*hĦCĠT…]ǔùo† VÀYM*L Qħù}ÁµURĝ2$ÓV%#İżT—PÇÖÄmÛ)Óµ>Wœ&ŒÈI $‰ ]ZE˙‹oċ„¤ċ¤^MOIWTáäA¨ĜZwô$œIO•f5H´Éˆ(Ô~W?ÛUfydˆc¨ŻšG$›´‚ '#rŠİ!H³8¨‹îZX´Ÿŭ˜\}°ûKày;ë•ĵtµô+,kÉ>˘ßşĥ›ûó†QAf*ħSĉÒİ>eœĞ ĥ° oÌ2Œĥ W|WC2ĈÖ1Ág-o˜m¸÷Ì"é‰mĥĦŭß^ÁŸKCċ/{a•Ġèc 1.Y}|¤ücu•ùDñ 9lÍÌ"w ƒ_qŠl’î ”–ù™‚ûc‡•RGŒÈŒùrÊ?Mñiü…–!˜P,N#¤§–âĊtĥĞ[Ĝ÷ÇPĠĊRÂ4ɚHĈúĦ’;nnmŠí=t”Ġbx~ĊAPGĦïùşœÂGn³´¤ê-ÒfÛaÇçŠûcT?“1 Ġ*KK9 ò‡–ä7ŻcöÀôµôjò]$ÊŜ7ŝ]½7Û× }DóğĈ!B¤8BÓcÚçœ!ÌR÷é-ök@<·ïġè;AÖ5DŽĊÓ¨7†€£µÚÖ?LMšĝÒŞħ2èŞD²!ä Ç˙_SïŠĠkĉ5ŒĊ˜cfn×Ä,˜È$ĥ˙rĦkâ—}!ɽ W•¤fgv%É&äŸ|pwĜ· z†@’C*¸dqb1™KámC·sïmxgOÒha‚Ž‰È²Vĥ€?Ò_îq‘# Ç-ëôÇQQxÈaßOġĈĠc%ˆżò>ĜC£šĤTH[[|Ğhµw'l÷ûáf† ÑËc’;%Tî/ëöĈt‚ÚEŬÉ{ žÛŭ1<ŒJÇ ä sıß~=ŝĜĜ(ÌÚlòİÏk[oòĝ-òÖ_9ÒĴEˆ'|wÍĴj¨ħŬ……ûXwÄò@CV’I°lkóùVuğ2” À-ĴnP²Fë>ħ'J#c¤suúzbX’I™µKEXĈÍĞŭÜíô˙ĴsWP#35·`-żĤ#§Ğ’WK!Kìu;íëĊż<ŭ*ìĉŞ ,_Tvò/LÌ÷ĈÙ¤% éĦ·–NOöûbz˜CĵM×q$FĤö·ħĜŭñËèríÔ{†½ƒ`98b{˘(#!’v Ĵn×ÜŜ×û~XïHxÈIKÀvĜ úÚÛchê zB[ÎokŸ{˙LeÂ2H’>ıSĜúöß ììÁŞ‘Ĵâ÷6ÜúX½qR~[مŻ¨M ÓHÁ(ĥـÜ{ñŞ!é 2Ā.ĥÔIàa&Oô R/•ÁġX~\â şH’/×ßúâ8)T,ì‡LÈMˆä\öÁ0˘Ì„`6›5‰ŝĥˆ^t+„en7f[Ÿ§ĜÖ£8T:nC¸ġ¸”ˆĦı@°ĥàîG7ġĈÌv[7-§·|<0‘² Oñ.qßOQ6RĈ÷N´ñLÊHˆĤÁˆ “ġŝxí‹#‡Sd>‡p=ĤU$™HìÂÀûŒC-29°–Uħ½£”¨lL^…   ĞċôÚ˙LsĤìaÖ`5iqÛoó나4 (Ì2#ÇWZ¤÷‡üî0y¨Ĵ€€Ó–m­EÈú‹Ó#H@ê+F֐ÀÛĜÛk˘Ò]AÂ_HEŝĜvÁI­USĠV2MsäüÀÛœÓÁ°UĞ’Ĥ*Hġíúœ[:¨€“#}µ›ôĈÁbĵAózŸżĤ),Ĝܛ<˙gĠ´Ġ,ËLïsud{ßQáYŸ†ŞP•[ۏż=‡¨Şl@fY÷ÑĤ™šiÈêlÄoú_½'ħfÏŸë² iĉŠIÏ •Ó#Ç.ÄÍû÷ÁyTY_AQS‰Ŝ Ž9F•DuóXÉ½ùÛâù6[ Ԋt‹­ĈçóĈC‘ÓËà…\›;˙\nz*Ŝ–<òšJ\èÌ$Ĝı–VWqĉŬO·W[3ST"ΝXj&g~›>‘˙°U+ûoësĴ´3Fñġ$ÒNĞ(àĉp½ĵC1ŭG¸ö#‚/ߍñkêÓv[^YY]B”ŻI˙ŽĤÌc ;÷ïÏÓÓ $šzù $²½DĊ€’ÌyµñôMg(j€ŽHÑÑT)֖Ô=oëïŠüŸ²h*gҁ"Cu2Ti°6ü…ŭŻxŝĥùc4†–8âšò#ŭA?ž,Ô ]–uÎ,SЧ’*ÇH’öıeríÎ/ıÇìjAJŻEçIrİËİĉßÓMû!ñLQ"ÎPDHH‰$ ½ÀŭMñ´~³†Kc´,ŒY}U\ÑVC ,¤,ú% 0$+p/[bëLÔ4ôħĠ,éJŬ$ dTı+ĉ°óoß׌T×ÁıžOV)ŞĊMjĊ‚ …Á&ĉúàêc5#}—t´Ï'U¸¸&ÀnwùĈ\“Œô?p\¨²ĵĵRÄRŽ şQ{aĝj¤üڇÔyÛ‰ĤĝşŸŬuêóHŠK*´…TµµX¸‹l-„+™Ë$àT$“U›7N[n °7ıĉÛl=9ï‡é•M>Q49£Ê$id\Ç äŜ÷ıíÍ­ˆŠêí’âöOUW_–ÏM3üd‘°w…wU67\îÜñż)Ġ3ÔfT‚*ƒÖx”,qäi+µĥñÛÌò–hâw™•A3d7™CòÛ{ŸmĥĊv9¨‘*ê`ËŞó VÔĞĞÓP/°“}šäl7í‡öÊZ‹2I"šŒ<НŒ€7âÀXßġ§k Ż$İ4Ġ:ú˘í!!vĜj]­c½Áç~0–Ĥ|Ú“÷kÑғr­PÈ,E”öïÎ$¨ËáÌê ,pÀj%\KQ%ԓk \ OOĥ-­ ²êŞY+j*žt•SÍWŞ$0o+(ıf ^ü™)`͜V†(ż,ó4Š–S²ŞÚì [ÓdâĥŽƒ1˘x`Ĥ‘Ò$&ğïßÍkoÈġŬóŠJ˜ä˘Ê0%‹"ĈĞ2‘”­ˆSϖÜñn>! *|E”WÑÈıħ’80c–€Œ!ä:‚ ùÚäqmöÁyÀ"’XgêċݤĈLK”)$ßí}Èı$ی–Öeôy%vg_’QÑô¤’Ê’a¨ÛËk’Nä\kb³’ÑÇ&m.mYóOğ§Ä)tUo•…­­½‰ĜĜ\a4şşú‘âñ$PVÓ²Ò:*Ibvü;Ŝ˙û_›‹b<‹ Ž—4ÌŞĞ'ŠJʉÉ4Êâa–% ¸ {˜qÜâĊš˘ĥ*ĥ­‰^W´š|²#ĉdcĤÀßaĊùÁ¨^”Ċ&ĞÍM+¸°Ô "asÍħ”›Œj>Œ:>]Ô1AûĈxÏZ1Qcєïİd+Şä tĜZĜĤxq|UžÖWÉQSM<Yk ‹q¸ĥ•bXXí°¸ô#ĝ†ž9¨İhàcTgžIˆ#љMì£}Áä1i⠟ÁT‡'Ž¨xJ̽eİB6-rO˜ûcT¤–6ÁgEÒeÑeԊşl UB 9 à[OԕĜŸcŽsİéĦŻZÉ-jş #Ĥ‘ädwXÚö°¸có[½ğb‹û9͗4Ż¨Ë£Hhü·§UBbŒœħ½É#nGÖÂĜżetteĠġ¤™5*ÊB›­Ċ£]íÀ›’+ŽTŬBİ…~cTġ“SH°$lRYb² Ó°ì{[ £b)’8%ŜáÙb 7 zïïÛ\Ĉ™2zMsSÀĤîèYŽ˘}Hĉû,76Ċ­Ì2CĦK“cġßċıĈqÈç-̅-ŒÈĤHäbAóvÚâû ½FÓĠ~ó/4uqSÖÇN]2:îXÇ˸ÜïŠjĦvzÉÂĜé-ì=OÛoïˆh3VĞŞŞŽ!Óa´’¸* };ÜÜXèqKŽíFò=ZlÊ£%lÂĤj(é–§Žîŭˆ˘ĉäĜŝĵ`‰j*irwŞ‚˘2¨$ eıak^ĉĊy"ÊI7ôÂÚjĜ’6•˘éMLŽnÌWH.Eż¸ÇİÁÙÇòCâ£3Ë3,êëè#M8şI¤)ħ>ž–ïöÄRVeqÊòtç)'áħ-ݘ°½È6çrEĝĞRĉu”kh& ĝìQI 8;‹í§ĴĦĞĤĥd³ğ–$4..ş‘}Éĉŝ¸Ġ‚ƒš²J“­Ğ',ĥ ĵ…׿Rĝ֎ĤàÌ(ş‘$Ş“U_Ĥ˘ĈÛ(ùWm‰µñHÊ<]NW\Ż$“‹M<ä^YÜnB@7·ĥ ĤÌĤˆĊšÓÓ,´ó‚%“sÔÑ`=mĥ‹cĊ˙ħ ĥÌ­UVgŞ™)0ñĴĴZF–úmpMÇĥÀŽ1UÍ|™ċȲĊ—™ƒŻú†p<×$Ŝääí‡xĉjèÍyGB¤HdrŒÍoö;ßÔî;b9üG*ÂÊzŻhĈfüìMƒ\+_c<Ċ†QċRA,Y’,”fh÷óŻ?‘âé‘tĉÍÙiĠ¨×Ş]’%cpş›~à^ĝcáÜփ59–ašWYtFħÒ 7×l0’z Á3ħ$t*¨*êv ş­p@7=ħS›Ġ'š ŻTħÇU-(¨ċê:ÊìRV×Ò,;_òçiŸÓËC˜Ë"ċotÓj²Z÷cĥŭ­aÍsy˘ŽHfRİ <‘ÚîċŻ¤Xïm›éŠÖcâl§Ä™Dù|ġpÇ-bo}ÍŻkl2í,‘ÔHµ §Dl 3è·o5íôġÇO”Á5mE$êu²G&…‰Aıab|t&“,H+eĦÌš’VâF_8÷½ĝ#3Ïê3iÒĤiñB‘ŞħĠ`ĥżnöíƒ3ïçPBí=-?Me`…6ksaì;/;ñŠŭ5FdIM$³v7;}1I&Ĵ.ĈéĉuĞQj#%‰,r˜Û`,l&ݨİÍОIĤëÊÀŬä:@ úb•èÊÑH¤ŭ°Ee;#2ĈÒħż~çŽiÒH¤t.şw~155M43ĈòRK ‚n÷;˙-†ĜW›CĊÉj+YĤ žĦ”j/›(ï}­lXaD’S‰g˘ħİ™ÔÇÖ6|‘x†Xê‚ÄÓÑÓ;_LdFŽċĴA<Ĝ‚³ò@Óf9ËLñŸÌ5og ‚y°Ûlc)ÊèˆÊl—Ò5 K=,ò.£)d`ŬĴ6°öÄUE tIÄLRÏ6w#żbĥôË $Ż1,MŒÄ‘úĊ°KWÔÇLħdn@°{›‘èoĥOä"É SUÇ<™,SHÒÙlÇKwħ Ž–·7…Œ”ùħ§”2+Korŝ½ñQ†şħŞÂÛqİy˙i6Áu†c™ĈÚ`HĊïxuG¸…°œ>Jì_òêÊÊáU_‡ózˆT-äŠK7{ Ž6Ċ²ox~‡/Wġ|nAóVÒmèĊíÍħâ4ùn|ñ cJĊK\HÊ?;âËCáOfp#&Ârġċ_ËOŠ? Úd ÏğUĥKa=fPÊŞÛxÉ7ö6Ç!ÜFAkƒk‚qŻ‹™óJÎG”yO”ln§g²~˜(F.§ı:”úÛRVÔÑÈ^ŽF…íċ#·Ĝß­sĞKŽ‰ÇJËas½·èpšLĥÌëċfiĞ&•Éܗ'ooAíŽe’YÄÌò˘Kı˙ùŽ! ö³p8¸Ò“ÓÜ­½ _ĥY,0[ĞzÛÔä/QÊħğ#°(³ë¤Î³ °Ġ6ĦÁ11üaœHŭIjHĞùíŒä§vƒy•Tî•, —Ú×À,¤ EĊ˜"·5¨}U´Ĥ÷ħ~˜wHµ€ë"ÁİZmJžf’Û(Ûkzm!_+İRE˙ÎĜᔲaqÇë‰"§ĵĥ*omDzâPc!Ò.[³ íEQĤà˘]EĴÂĝêFz]ßs{7ß•F ŞUÙJí|5‘¤êӔD‘ŭ×ÁD¤ì–;y·ıġß|DÌQîlMĈĝאêê=ĥòÛ}ŭñ4HҌCA"NË­ŝÓĉSë·âzĜޤ1Ĉcħßòœ,k+ ‚Êrħ§0 [_ İwŠÀ2IjêÚHÔî@à{?ÏYY’´Ĵ´Q;İ;—ßÛÛ Jƒ ôĝ÷ÒĊ”°•#p6ÖmĤĞä0J½1P:²ôÔro‡Ż_À­=aONròI¤›qıA!MB5d½‰°6èqRˆċDR7P?ž…3¤†)ÙäĞÍ!Ôt,Ċċc…3ġ‚MhÎ1gËüCR처òxU-p)tŝV·×f^*¤–^­VYDÒÁ¤ì°ŝxiµ-VUs DiYž=12üĤěX€O8›3Îb"‚J:hâ%€§„)7ġnNŒ’·,E‡§8Ö:!˘E鉐j²›› Ft…Œ’NûöÚüöĈœêBHaĈ7pÑ,ĴVŜmĴo(š9Š0ñÛN²‚û˙;Q’#hʋİ"Ŝ½Ĉ92°Aş -ÍñŽWsò§”<“Ĉ5T5â•Ġ›•]†"55MĜħ=Ûß뉝Ĥ`cF!˜‘ùcœ´ˆĞ9‘˜ì-bNÊĞG(êMJe6°ebŭlĦ@‹:yP9[}ÁáĥYĉY„áZf—`~Ç|šx}òèġQ×ğÁì/ë…Ŭ)S*štWïoÜ`Ç \6ŝ‡d‘ˆşÚûېŜ–Ĉ´SĴ K&•l·ĥ(TÌÒ}ħ–u!cża‹YQáĜ´š+HAÔL¨ôË8Èj% IDÑ!yĜ[×ï÷ĈO‘ŬPšePRW+*ĴCfÔáÎTıĈWĠ”L°&›]Ô_f8y⧨”#µÖĝQUV&:^iz_ ÜħEYc¨ñuGàϚ–R< Ş˙o×ß™PÓT4Ò7ĠcÌoùöĊ\2‚4 îp_ï ħÊB÷ħÛôûìgRġíRŒèBÚ÷ú…ÍsHADFaĈË`?ÏLsZ²I)vlMñ ıL³k | àh6lÖ§Zš‡ ¨úĤÍgé@W•wÙżž!“=BħÏ Ş,Çvŝxj#•/ä:½VÀ~CŻÊ‡Rx‚ŠVdŠ96"ÍÀ'ï7˙ÉjÖêbˆħóp|żçġÀ0NYžJ…QnÇ3ÔF%1B7oŻl>ħn’7ƒĊ•tÊ/D°Ŭ°L1ÍkLK +Şöfb}E˙Ċ`Ê˘ÌvŜÚo¸Ç[²vÓŞ˙×íÇà_ÙéyŒdiäˆdqL46…*Ÿ1âà—ž1iƒ7ÌŝOU’Ħ Ĝ{}1âc5ݍ-Tèö`mƒĦñ&dX­Ÿ¨HüEsĞoĜÊOy)ÓEÏ4ñ 93EA$1›‰‘N÷ĉÄí|%Ģ̆Ìj>:­É iì °§÷Ë°ĵĉy^çmBĉŝğ[¤İĤž˘Ò#w‹~¸ĥàRÑĊ|UÌ­Ó(eÁ€ßËĤÎêé‰húNtÚÒÄßKŒ´˙1ŠŽ8K¸Ñe6ܓ…ĠıMF\î*Š!Ġ`¨ÁŻ·ĥĜÖ-5L UçupŞH)ÂŜàEK‘ôÂö“bÀ\Ĝ}4TdÒĥÄEĴşT¤ùñŞKÁ<’7MŜ5¨`ldqÍ,lÑH˜-í߉Î÷Slhıó¨}/c‡Ħ €È SÔE ‚×ivl/o^ĜâT†8TFÌò1µ°·ß|qf̌œFÀ³&§Û°ĥËöŜ,"€0ó9ù‡LŻú‹Ž;–÷gQ­m¤ú‘ÖšSŞU@É{’—ï鎆˜Ù˜$df1‹XC€wC\½ò V-\̍(WĤpwħħôŜ܌KPiÍ_AL´Ï˘É$šžüÜú‹ñkl†Œ–xU7àíħ pUtÛ(ŝxÈE˘iÄO_O&Î@\[ƒÇûħ,d4Sğċġ™‰™|ßê KmkïúbĤYî‚ÊÄ[×fÙTî~>§ÓöWqÚfc÷ÏĊ×<ġz˙ˆHħżl@úâLÒ|–§¤(rꕔ§›sê6üĝĊPHŠyJ›n1?OCuLÈìĥ°RŠbv£¨¨,q"F/äSÀü÷Ä  ltŬǗԏoOLG—Ž_ĈMv ÖżùéŽ FGÏĤĈâÛqBrm=9:|Ĉ1›‚{{t C Ä\‚téú‡I!eŽÈHCr-`G×ġXĈ4ŬTŸ(×r‚!݉ üŝr,ÊĦ€ïżĦÄ FÎ뢚džV‰ġ;ÛuT@DµR€6?‰p}ıĥ:yXi‹żLùA˙× ÚĜğDÔ9ypÓ?Mc ¨€à›q°½ïßĥ_ {ü<¨eê@E˙!‰ŒĈhJ* #†,/[ìF §Ż"1$² ‹6ğíèn6çŒ.̈A â:ˆğ€,}Żq†0x~ŞŒĠÂ#(­ĥë鈪êĊ$B.š³ ¨$ZŜĜêçBÊ5 t'PÛÔpp­½´GƒÂrHNŞÌıWN§1ÉԈ[µĊùö÷ÂöÉÄӘ`’9c oÓ°p}>b>Ĝ…³Z²u\i°1§OÒÖÄ}i̽S;0m‰qŞ÷ġËÑv@òÂ"…WÎÍî ‘~Ö8ÈËLz#Ĥ›.Ğr>ĥíüĈŝİ*DÑLè½52Ó£(À×6mTÈÈò6²ûb­ƒšÔKĞH‘lĥU;ġ8—H t1‡Ŝ˙/ßħÇRVIS9—L`‘ş… >–Ä"A'“Im[!?‡bîm˘YX.vĥö¤"Ĉ%–5óYR'Êán˘Oœ}8&˙ËS3édhCpA?7ĥûc–ĤÛt&KŜOOž#‰˜$–%ê[A`´úÜaÔ4Q4²%ħ™%UóU’¨ƒ¸P7c¸·Ü∕yœ J*³a‘nñÚĈÇrHϜX|5âyçCVoNÑĞe $“óĊ­~O|g(½Ħ¤ZŞ*j#e„ÒğÚîĴ—a*ŻżĊ…ñ¤ĞÌËuê24jJ”5ın;ílIyL%=q(A(şG;[k ­ŽFkEU!Ĥ‡áÜ!(EA°íĥ“ëï錚WĴ’ĵDÒ(Œ´oÔk‹²_ӎÖÄċéµiš2¤ö:†Ĝbv§’!!’ vn¤zLiIHÂş °¤ô¸ì/ôĈzdzjN›yŽ•mAŽĤ#aÈ_Ll0rf‹F<Á„ĤÇëkíïˆV -Bf,¨/aÉßïŽm+›4‚)µXż7#d3-™QËĉĜyK%FΧè­äê¸B é"Á}ŻŽc¨@ŒÈ­¨>›NŜŸOħāp”’'[IŒmôßn1ÄÂUS 4q0ċĴ½î~ßl* ġÊĊĜ˜˘…Ô­ÌdîG{aŒ=)d6[ĝ@o—noš<ˆJÜi:Ûʳ6É}ZK3bxĦÛÛÁ=X]U)–8ÚÁÒħ#׎R“DD€ì’=팧ŸPÑ:`° °ŜŬżL`—ML ş¸ĥĊšÀ{ßµaäĤ–Ì12rĴ˘á¸żĥçĈZìX7×<ïŜ˙n0duZÎñŞ°.,;mêpĠ"išîĠGÚK$´Ğa^Ñ/˜…ŭżÁ½K# Ž‡ÊÊoċż&û½14iO_şŽ{³$–ÓÛÔ{bTqMPĈħKnîÀêĠÚÀ0·*1ĥ8Ä v’2$ÚÂż™#zòyû`–™™’áXo¤‹oÛé‚Ò8j˘,éÔŜyäb)Ŝ8QäŽzrà qÌÌFŻ¨?KaôżGԞ:žµ)"ŻemÛĜq!~ŠL.‚7ĥÁĥ#ê}q£SD%$B­Ĵ~·í‰éĉI²Ϥ‡żĤ÷¨ĊK u`ÒR';XyS[ßlAѧÙKĞÛjĠîpÂäš6Vt$¨X/—}ı8Š7‰RÊJİÒÂ1Ğo¨Âj/Z DPSĴ˜ôäŝŭÏ&İ€Á ĤK\‘míĜ‘ˆŜXœH–vÌ­‚Ÿ§;úàwÌ%Òì"³ ‹ éżë‡q@Ütu%?•owkùşz{ö8á˜ÑDLĥÜFËsöĥ!Z™„%;ˆÉ>Ĉŝ˙Ï˘,ÓGÉŞQsÔħ·½û}1•èŠ’A‘Ac¨#-ˆġŝöÁj”ì ÀƒÓa§+4ċH€šŻö˙Ŝ9•Ô˘£Ù\nħ´dĜûoƒĜÔkf";2_Ĥ+Ş.ÀžĜžDbˆGSÓÄía5 Ġ4Ġ" àŠH İ˘<’ĵĊ·żÛÑx~İgü[ äVÔŞ5Ÿ5ğßċĥ&à–d UšÓë2ħWV#[鑖ژÛ{u{ö<™‹gSUÇ\ŞšP1N‹ [šûÛażĤ-ÓdTŭ<ˆžh>ğ‹úoġߜĦa‘bˆ~¨FPÖŜà_nÛb"ĴĜ÷Üԍ˙Ĉ£Ê²Ö ĞŒ¸FS¤ë&ÖÔH½”Úŝ¸³"‚“$‡*Ëİċ‹/dy&•l­ĉĴĴ@°ħµ…8~ÙlŞË+*Êìîä0'o-÷U·`oÍùĊ––ŜGv.ÚÀ:Ŭuiµğl7Ζ…g„ĉİjäg‚jzİ”´ħìÚd)İ}ìÖcü°‡)È3J™äÑéĥĉO/Üö˙>š4éӇ‰jˆc!ùšÇ××sĥĤYáihÊ3‹{V'‘żüâ—ÖRĦݳÁ)ü)Fd¨yŜtŽPZ$Ö Ÿâħĥ’=ŭ°Ğ4Ë+áÍ*Ş1LÔîP„Pmnİ }1‡£RCB/ş,ÊIħ]·>ĝ0|ŞuĉNžĤk"q°ŭp×Ög ò|ÓE—HZIšŭ8|ìTy@cħô%@ûâáEMžç™gï šŞG1ğ'FĤp]ĥħ„w yŻmħ鵞§Ż›áš1 %|Ċ@Psۛ›qŒËĵ°Lc£ٔXXŞò?á'|TĤ/cîyĉ_—0ĤšŠ’–žš]]Vޝ‰p‹ÌJµÉïßo\ ]e:BħjŒqÙt­Êü£“Ğ·ĥ=|=VtŜ;$߇*†ùÀSo_lF<+—E_ ’"ı§˜ÈX]­°ŭq‹úˆĜ”¨Îe–ġ:QÈ°ÔÉÓÖw·żnpuNg™TҘôħyfV ê2:ßċżô<ßß[‘ÓfrÈĈx˜Ĉ¤ġċ¸ĉÛmˆ)<Lù‚Ç Yʸ"ŭÁßĜq_äĊğ˘ğçGÑċÖe˜ÔÔ-LÌ°~O$ŒÌÌG îyŜ˙×Ñ~Îó)d–Oˆ†:Hܨy˜Ğ ÎûŸË×ĉ™ p´ħu:i#…1Ĉ,ämÛíġÁ’QSAB˜İäz{ís‰UZ#ğ<˘§Á…55MVZë#H Pú“ßJéħ;ß鄓TĥWO0SYŞ9­:–v*Ak@äİĥ=ÒJ} Â&`meżmż/ĥĉ>Ëó&§¨ĴĤÉşé½ıŜ÷·;qĈ&?P½'éáYu~oY[NfZé¸?1ı7ôÜĤ‘ŽèĵMQ’ċ“Ç@ÍÄ*X]%Àħğ[s½­~ÄÜiĵ/Kˆ&À“ı-żé°ĝCUû5ËeŞĞşx­ĦPGħ½³[n߯¨ƒAĜùû>Žq5RR%"JCPl=ĝî~ĝäQĞĤ ùœğûŜêel•Mħ~6P—żä›íè>—<ây?gԔçáQÚJEò¨uê/ĤÂÖç—ĈÔ‘àô™=URЁ˘6m:ˆ&ŜöÛp/ïNÌ|.kY"/J˘L5$(“Vċ`˘ÊX‚o˙_|]2ŻRU­V´gISĉRNÚwq·übÍTħ/NHd‰£pĤû½ÇOĞĥşƒw£ËŞriİ~ ’j^ŝ!£RìU€öĜ­×koc{ÛÙċ`ÒTżV&–aŞR• ›û\sîF=j:()£TSĝAìŻß}˙Íħ4ĞJ$…K4r-ŬƒX1¨[ñŒɒdòdzÓfCN\‹EÖHÓm$‘°Jßĵ‹XµÑE·btĦĥä^܂oĥ-ËIUô6[a¸Übe‚héYÜİ]ZƒĈ‚á{}9#˙ħä¨)¨b+@BÊNĤÓmÍÉÍù텕oKKK‡VIŜĊƒ×ßݨ êjšÊYR&•:ĵĴĤÇo~û1D§ŝ}SRKHb(šò=½EÉbb폪̳™Š‰Ğ܀ ›.Eĥ½¸Â:Ìí3´ĤìKh·İ·ġöıVĝ"ħġAÒAS§Hbŭĵzßs…2~Î+3òÒŞC;IċFa°‡°'ùoGÖ:ENzşL,•g2FêĦœísħ½MħS—Öı!Çk7ë˙8ôÉfÍ*+Dz4‡ZġE­ÚûÚ߯òÇuħĵĈDI)Ŝ6ˆ;k²¸½Èc·>ĜŜ‘NTy›PRğh§cŻĉ ¸ß~;àÊ —*­‰á—5ŽžĤ6 뽈ínÜâÚ˙²lŬ éċ¨*âíÒ:°&Ŝ£ ³OÙĤgAĊ y•„:²[Hìwßï~ä_û+(ÒĴQÌñ_^’F¨ĝŭp;-ö8ħÉá‰%hĤYŬŠ˜’!kv ß~û[ĥϒÖÓş,‘I6R‘úcu8ü’âĊq‡Sf]ĈĜ’Ħú’ÛŞd Ğ2éĜ{a•NA_7§o¤–B.ÜÚöµŭħÊ$kཷP8úœWe°êÀöÔ=˜°ŜŒ7Ä)‘Ν&û/6żßoo|.C,(Ż$ˆ.mbÀ[÷Ä­–Êš#3+#µ:¸&ŬÈàûvÂrCQéó”ĉǜc.×8p2Ġ ŠIĥċ÷÷ŝ˜àċ`ŸQµíŭ0û"zħ@Rnm°î1ÚÂċ…”ß᠊>‹ÌĴÛĞlôż$’•Ċ È÷<ŭœĈ (‚ŽIX×ÊÄ_-6•Áµw#Yc^˘~l›Íı<˙Ö:Žž~•5+4Ĵ<ħF5Ûߖ'ıj)1ly|’>ˆ’fµÉğ‹lvż×ɕh²c ĴçòŜÜá›PçDRA "TêoÁ77żâ¤§eU·ż•Nê~˜]›RĝÂqĉÒÉİŞ˘Ò†@ÉNdR;¤Ü\÷#ÔeÙm ˙ˆĠu4ÁY–—#ŭ…ıûĜú`ìżĊ9• ȝĊX˘̀ßA*G6äïŽĞ³ÚêÚXXÒPÂPôŠİ'm­ı>Çlgsĵ•Š+ġĈ…¤ IM,*İ#ê-˙ħ÷ġ@`P­“ŻO˙P7Ĉ”ıbúÍŭ8}PÔ˙cıƒ …œÔP˜DË#Ó¤ío\F´ÚZĉHn­‰T2 èÒ°!•—äôçż÷ÄldŽ`f^9R ŝŸç †-ĠUӅÂyt›Ü÷û—˘Q´­t‚=ğàw™Á‘/ñ(k˙[üĵă酢HEJ3 ż"ŭħĜ›BèSżmĝÇ/nAVßkñù: ò(ği[ SQrQ*@Ĉ^%nûà`dôGÓLuğ ôÉ 7Á×˙ADÚİ[€IġĜD°;•"ĝÒË,hGLŜ€ƒ£! oL'ş5˘e$€4Žĥ9ÔÉı$ ‡§ _†µŬU<İ·—N÷Š=6ܐ,-…°¤‘€jJ oQħ8Ŝ’çÌZä^˙–:‰–)IĴ‚6l1ċó9Ôo¸Àì4ŽĦ‰Zé *ĥÚµXNq΋7H ;Ü~Ĝâ*•ÔD–7ġbIuĴ§{o½‡82 ä‰ÖP·`ĞrH!·ÇbiĠ qв7 ç3ä5àâNşl:d˙µ¸ûz`ĥ œ)ŬCÂ{,—ĵĞwbV÷·;/Ġ’ĉÜv A}GħôÀ^Ğĵ€• ·û£†Ô¤½ÁäEK×&çQż>¸ÖĞÜßí~pßèIÑ3ÏeÖĦĥöïˆÄšb‘mĞY~GßÓ`§ÌH=½1ÁkÚáE¸$q…AgHÖmïµĈ6ê +ê7Ä}GmZMĊÀµĴ:ħmÈÒ˙˜8ŞXáŒ1%uÜÚÇĥ4íĉĠbEí`x‰UHR7ï½ñڒ/ż~/„ì}ŽSw°ĉÛc  MsoşgYÓóïĥNj[Œ ƒgOQċt"öŸ|f…鑤oÁî1I7BÌ6·lueÚì¤ä_ °ĵYhѤŜöä’vĈu¤Ğ D°ş"‚#'†³F!bVڏï;4W[m~Ok™"esı ~=1²AµÏíŽu†³ĞëÍ°Y+ÈÀXïccsˆíÔÜ˙–ü{c 2­ÒżQÎ7ŞÀÜ܀6À ÙÈ+$„("Ûmħ:ĤìDÜ 06â…Ö@@s|p\oÈ=°0²Zyc@FZàŜÄĜ|tŬ€u[†µˆ8„ÔüĦA<Î3]ĜĜ>ƒ ½“kéĞke(ĜŻŽ£™Ô¤o˙ Y4Ü {“Î3Xf&Î‚ÉžBá‹[û7.AqsÀôÄLĞÔRÖeä‹âx£W˜"ì· şAd`İ$Û€†úŻ¸ûÎ:h” %È#•÷Ç*…Pš™ÌAÛÚŜĝHHNğïoaÌ€U—ck˙~qÈ,,,ul7Ĉy˜kú_ÂÍÇ;ħ*ÊFœa66XzZĜYŬħ€;•)1Ŭ—ƒƒÁĜÒËċ}VäŽ˙ž14‹†cżr68RĊ-¤'I%­{ûc·M#™ln 5íù` :™£Ù"{úĜ|FŻĝBêÊ÷<ˆí|c8ù ’¤X{c—`ékžÇÓ@öKıâہÎ%’Ukk“`°à`)&ŠT îF9ñ/˜î/m,¸:ĥ I‡MB÷°a5*Ö0ŞHàż× c”<&K.’·Ĉâœ1×é>ĥüñ 7t!݆8çhĉİ2„ĜHMÁö#2¸ržĵ]R²ßË!R-ˆHì{Û·ßbXâR&kmıĜ‰|mí…ğ³Ö ñ IœEN&ĤŽuÖÜ÷;ŽßÏ灪Ŭ!£Ħİ )ġ7µ˙ ŒğäTJ:U2K9ê\•mG~ŝûol]é&êĊÖÍĦ|š…PHŜßÏ_•ÖU¤˘JWĈ÷é* ہïĊöĊÛ*ÍŞe‹U@Nú/{~­ëĈ9y#,²Èc şoÑ`ƒe·?Sê6÷ĈÙ¤Hb}`\yXµġ~_ŸÛ é+ ƒáƒÉeİCŞÀžçםuGmSGn‡QÔXßħŭLc^IŞf‹HˆÚ MœêÜŝ\ólsPiZCYNÂ6ŝ~˙ß5g\‘éŽĦü–P[XÛnlÒH)™†‹½‚%{í·ŝÄΞJ¸ċ]2GÓ-çiĥ¸Ĝ÷ġġĈk1‚ÚImFċ‡Ħġûóˆ'œ€Y5ġIàùG;›óŽşĈ_Äx™XĤÊM…ŭ}°ôħDÌjĦ"IVÁµb@ínGöÀ­"Éİ&idK\ Ó}ğŜûq‚‰y ­ċµ–+[óôÛĴ„ä1ıĜn9 l⠖g(Ğg;i-¨9íƒĉ§J#‰ScԁqÛÖÛ`%J¤ĊŬUE´tĈÛö œÑ­İ˜èVŝ+yÖÜmcù}Òñ6°G…ÖN<é ´‡‘ħïlAU$eĦV*†“B [3ìMûí`o‚y”u !xçŒŬ0Qëı÷ıçÛLÏ&`f†[NA"û€o`/oċĈ)´ĥ­²‚(ç ;4@ù’0[òZç'a3ħeG òmµŭ­öďÏi$ܞ£éŝóÄʋNħ^GeĠú~–*Ù (T3hÌĥ*=‡?ġ…g0¨Pgp§ĥ£lG$Ħ˙äıçH&ßL:brS­;¨F0ÄİmBFÔö‹s‡4y•%3RÒfá–X͌‹lÄ ê ÚÂëŠy=HìŞšğ{˙_çŽ ÙmĜá’h@ ïġ77ܓÛ,@÷"*Ràêkiö灅K=͸·|tRñ¸bŬĝ#Ó-vĥŝ§ĥ4#b—Ò ƒıC_£bÒğq½Żúb=EĜ‹‹ŽÛtف: ğ“ÛG'MÒĜaGZۋßÔóù:z­s¤‘° J;Çݤ„X^À“lA$(ĴìÂßĥĝ-M*‚§p ùF;ŠF˘uf^âEĜ§ca¸ŝĜbèzvú à⢍ĦóĈJ›„VÒOĥ"B² Hî·6­ËĈ…šĊĊû_rpìÂ;ôɆ˙ċħ”›ŠħZ%;xĦo÷[ıï‡Ôù$—Ç#P9r 2‚t[ŽÖÛóĊ²Ÿ,†ž'‰8/끪j³ïµ5<0tuÉ&× qŒ_#²Qk˜Ç;FbŒhÚöŜŝ¸†š–ZÙDQ+#ĝWŸİÁU‰^ïĠĴ239ĥİ×>˜ĉŽıèÏá¸Fî}1²ÂÀ /VHL•2SG îKÈAaÜ02xf˘WB˜×bÁöÄRf–’²F;–fsíóÛŠI¨S1ÒĞÂА˙mÎŜ¸„ä 6eVC°eRÌÊċZ„[İmŻÉ)¨ ŬŜMLA` qˆé!–İ›áÁTm˜ï"ŭlcòÉİÄÁ5[P_ï‰HÖş£–R ì:vŝ¸+2šžE†F³} ò?ż|­2}L._ĥ/ Z)Q$ĞQaÚÌ,q³›ħ-oByĈKRĠnÒÜz˙LG3)#uÉ '貉wk,·Ŝü_J!Ôl@í鎀qk•*?·êDPFà†7°íŠş ˘Ş0=ÉÚĜڍzF}­ßÀ¨ò a³6ÇĦSxw,İËIŒèkİÔ@&éÚ>E‡cÎ%TÙĴÇĝHÇ%LƒS•&Ö¸¸Óùböž£§W†wIT%u[W{ĉ×·§³KON•TánËwu}£·}˙žċCO৚y,€h›;âIY4UĥÜÎË£xC+ÊÊHp¨Wóµ÷íŒ g4í. ğ_Ĝ.ŜŸ{ââôŻìĴğħHóm`@ßîqĦ Ùe””÷ú :l‰áŠv£‘e"ïnxżÚ ĝ7Y~.–5_§ ı${ñéĥœF‡- ’^Œ3ˆ1‘À·ù·SĝŞhî&…â[j"o•½Ï—ß 3Ĥ‚PdZĈ׿˜_¸üħŞzĜi)‚ŝ˜HÀÙ#}í}ĥ?|'Ùĉ%£şĵİòúŽ‘Ĵ€ùô Mĥŝ„`z駚2I„Ûcŭq ÌÛ¨Zöü]Ï֜lTĈ\Ħq¨ooSè0Ġú’iß}Zıb[ż<v–O<€/ΛzÛê†E^ĦÒïżë9B‰°_•‰ŭħB#x´–`ê÷éŝwN§KÊ SÈûÛġ, "­¸'żçŽ /Ĵ^×ĜèïôĊ&OR)ôĦ`ö'“ÎVK‹^Ç뉤†2ÍÓvÑÈ wth ħVÔb‘,ç}EH6Ġ鎣#ĴnN’6k}ħÂÌ:ı;ŭ1ĤdéÙA߃†I( İXmŜĝši€•ïŝ,š‡'aۜE¤¤şÊ…eµÊê#Ü_ùûá2‘µTmĝ•ŜÀoÏŒÒĦÒ6‘„Ħ˜‚zkıô;sM™uÎÒ ´†R4ûâc—ĊfѐC:¸ qÚÄoˆtÊV5lï.–ŒCQ“Ä *4h?\*¨¤Ë§‹ŻO2Ó²˙¨ĉ;ŭ…Ċŭ1×ìmĵİşû펞ި)NğˆÜùÔŸ’5ÜŻġÁR{° ‚mġ8Ġ–ÇÊu^Üñ•ı ¨XŽÜE(ÒÄö8Ż“$6$È|ÚFĥ9VI ƒĥ3N˧‘ŜĜäŬ‰Y½AÂBXê'żŻ|h£öìqĈĤ csaÎ;írFŒ*£BÜŝ˜vs²ÛúcdŽö;ñ-È7ìn68Ú굁£Ŭƒ3Ş óˆ$.ÄĈ×Ĉ 7ÙğÛÓCGzT†ÒƒYá‰7Ó"ŒJ–>—ĥ6™t {÷S‚n¤}p­…ÖŽšÖÚXX†[펀Ž#t"ì\˙?‚·|£k]7e7`Žmˆ•ş5FSÇ;_Y6€ŞuIÂü÷; ¨#?OUû‹ƒoäq3 #I°ôĜH€É²·S{6ŒéĤBJX4—üŭ?,v’ÉÖ Qƒ_qÍż‚;˜]CœOB,Dš¤µ”ßkâZµLVĜ÷,ñ YgU'‡[Èu#ÄÖ`Ŝŝ o·ë‹/ŽĤ‰ĉd$ĦÓĤÜ=9ǟ1rÁôĵrĦÚHĥzߜGÂDˆ—Ĉà‹VSt{9ŭ&iœC4430èa$‚ċ·7†/PLCĊ'GN¸ÁfÓk›Ĝ-†×ŝĜ_xžĥTĊÖ7ßÏéͽûcѲ˙ÚU ’Hìġ(Ìv’ê§ìAû““éċ5v_j&xÑô˘1•T€ÊG$÷ĥ"¨…úĦ‰] ˜­ğ|Û ŭ>˜ĞŻá­xŠÓC§očJx6k_Yï$YL‘(RÚmGı;·1—_°kÀóI"YÄÎì7fŜßîq0Ëäe3JĤ>§•…½Fŭħ*6g@Ú(ìtŭH>ŸÏ,’…&D²!҂FµÏµíÛ<ğ@ O4M‰éĜ*›ÛûŜ"Š µI"È|ÊĴ>o[[è{bDŽ•%êĵş^ONż 9ôġÁtòŜIQ^%€Ûħ?û`PbP~‹äµ+ŞÄŒö[–Ê}7ÄÒĉ&–(EA)ÒôԕşİĤf”GR˘B@VìGİ¢iŜyW×6’·6Ŭy½Ż}ŭ}ħSŠ ’LȤ&‹(mĊ‰ÄÏM~:@Aé†7›üߎ6Yc ; H%X (úŸĤ5;by’=#HâŬĴnq?êKTˆéÖê#iĦÓ"[Ażĝ}qܒIU!"e³nĉ¸ŝß;‰!vG’` Eħ>··ĥsT•RˆV8àfş2îlGŻoĝÂKê=¤1Fڄƒpmħżé‰ŞL+Ÿ”:€ÛïŽ)ÌŭE[Eo8Üscè}w÷Áf3+m*ż•Â3ŻÊT}È#ıÂĈ^†’öM@XË}-ßm¸%4ü&Ósf[_ßbwžA5˘jšx•`’FŸÂŻëĥŬ°<ñD„ˆuu™,Ŝ›>Ĝ™–XéÜ&İUŠ³1kŸ_ÏŠ@³3ĊIËnÖıú˙žĜj^ÒHäŠh¤ˆßZ_µñħ,r˘½Ԋ ÜêÓQu|î ³–ùĴ8ïŽ*VQTcybQ§ñ ߟSÛ|/,3tÓ@ûِmü ûzï‰àhŒ¤íçM‘ĠM­ÜàdĦzVŽPÑ<½ÚÖqöĈ–ĞĦ@&ċ\~¸wÊy'—*Ĥ§T—Şz’ì?ԐʈÑ=ċWZۏŭ½°%UXĝÁĠN˜µǧê-ŽbUĞ™¤XËo‹_Ôa7ĵ&†Ĥ5’Eyî麛‚m|MÖZz~ĵpF:z—7·Ô÷À‹–,sȂ&…¤RÜw>żÛ¨’zu !WdŬĠlA·×lĜÛĝ:žx¤žÒ‰3_X;âŝß]RĊ Ĥ@xíċ,mvġ?l eÊ!IX1Àk‘·î{c¸Vt…u/Mt•Ó.ÄÚ˙ß bYg) B}”ÛüàŠI$XŬ˘H“1%I6_ïŽ £5z€Ê8“PßĜ[ONŽÑĈ%1%Rîmsŝ[ 5“™Ù-+Y7ğ­ġïí÷Ĉ’Uè³Á,X÷×ßk˙Lu †FU`Œ¨J– ı6ä[0Y*Œ„dÊ’caÇ|Oìä,_ ¨ÍrڝjİbxÜpI\eB'bËfìx=½ż\N”}zI&£ê#ıܛnvìp$}4tߎ•ßƒ~~—ìxĊĥ° µ£e ÔĈ)ïĉ]^dĥĞûœie–‰Ŝè\0[l/Ú·//ĴFúUb‹¨ z˙ħŠĦdYÁuÜĜ-PšŞh’šY*"ı&"[pnl½ÇĤ‘™ÙŸYKĥ”Cuúà‰uDîHß[ ‹Ÿ/éĊ˙ž2­)Ştu‘‰6+µÇkŒ'ûĝf NĥayU|ĞĝfH²•˜n=­żÓŝ1ŞĜ Žx×İ$ş—JŸâ·ġÄĞD5•ä‘£R ÎÛ iĜ*ġLlldğ‘˘Fgé;46 (¸oŭ|ĉZ‰˘pm%|Ğí|HħŠ‹Ï-m¸'aġôġÂlq^TJŻ"…é…+f#V½Íûb4¨rZ!$d* žoߟùOï*TGxËsıXïm½ħ“ċĴÑħr¨£g×k‘Ç°Áe8½‹ËÈ×jtGŽċt‹ù;_ûc¸” ­Ë• äŽwÛB< ‡•˜Ĝ ²êô ŭo‚)ÄK* Eħ鲞§Żŭá§dû€y!£„żž#z˜:u4“ÂĈŝS½ĵÂÖ_ltjJr(Sŝİܐܛú ˙›á¤t:hŬUäŒËkȜŸ`;ĤËVí êŒu2<ˆ˘&Ó¤1<˙_\@r²ò(J–Ö¤›N½Żż` ˙_\°ÒÉ3¤²HîF›9Óċ'}ŝ£ġj˜"£ŽdÒ *À³ßspOôÁیrÉÜßÓċ24Ë+TˆgRĞ,Gĝ”^Ö#ÛïÓ;À\êS.”$9"Ĉüî>—Ç!鍄…X˧M··Úĝi%„ıŜâÛ˙žĝâj’áehUS¨ŞO~ÖĉĝOd§ò1’†iÄNĤıqóXl/ÀÄmz<şƒZ0žÄÎ Ĥžì‘BP7’9uW<ß×ú_9|‰˙6°„ë˘fۗÓüñ8Ur!T;€ ³„òs?]™.ĥŝ#ĞŒ6Q5;½DT‘NŸ76ŭ-ï|q M]b¤jNǜC"D 6·mıoílŞHéb¨ŽŒKx‹Y£Ö ïo낲Ŝ”Îu6µÈ ĵócüfGKO[*¤š•Hµ‡|z=ië ,ĥÈÊ·½Ċż+˙Ĉ2Ÿ*Xµ“Ë'’7•’(BFMĊ–ĈĜ…(ŜGRÈOžĜġ#àêl½D”Ŭ…ËžEĥŜŸ7銈"zY˙ÖS`˵Îyo”ÛŻ vy]´ÈT|…#ùúa¤Ì+ja .A”}l8ôÀñLò”ê7µ›p;âċŠhrú^’h’E+ĉCı6ßê7·Ûs’ÑtċĦx2Ĥ"i´8¸Ŭvŝ°M.GSGy–dħ]Ôúƒëù`ìÛD‡H ‘vï`n>ÖÇ=ŜÑj ÊuN{IL²=ĵ’\˜Èm;÷ßcŭñ %ê¸è$ˆÎ şÛqêġíí‹káœĞ3ËşôĴù<Ö!Cx ‹íaùÏĉËeÊÚFXäž!bG·Û~mŠI4EQĊ~’É[‰jZà\Ĵ=n7ù³$݉Şrá1ğ^Nĵ„=·<‹wˆ!İ­²R‰D’ rOŭGżÛ VVUĈ%J™ÁuFżĊk’oÚöT°Êì´Á3\³1ЇUM586JNûĜ‚~˘üáG˙K³ŞIé,’6Ú÷żÓ“SMOK•ĴoNġ#Ñöm½o·ŭaYm4ÒÔ çëE`Á!(InE͇ÒçŒTy_…8žyU‘ÔAŞY /Â8?Ôâ$jÚ2İe€5ˆ!öúó‹/ˆ)òx -f4Ó½îeHӀ-ôßÁEU#1„ĞF.9Óż°:!;Y%¤ŽŒ.HW1ÉŻrÖż×~qÑkğĞÙ@%´÷ú M ²UŠn¨ŠE7,ûpTY}];†HĠËq}·í^‰g Ğm%V;¨÷܏$lëĈ Ÿ÷9ĜbJÌ˘Ş*…ëBQĈçÈt¨ú÷ÄrT2²ĞŜö½ÂÜöÁ½ÎdĦ‘dÉ{ ì Ä2Ñ(PŒ-ŭHûdUĞ#²›#ş6˘EŭùĜíe@údŽ9OgaÀôïŭvht„íDş SĉÛŒ´.jWHb~Ĝş%G‡^ğ0uıħ&ÎGİüÀôĊreÊŬ"U/qv?~ĝ#bê€?vI¤0RüÇ×OB”‘ ZDŒ@#Q$^Çk~¸'¨t˘´r>“)³oùÄġJñ²ġB!]APAô$îpvaHX”òÔÛĤ– <Ä·—îĤ ¤§Hı' `ÄY§ŽĜ’ ô—d”€yIÜñÎ7[Ġ•…Ìdz^ÂŬí‚ìy8žž wRú¸[ÙŻïĊí~×scÖ½îd~Xû}0LQ v&òè$£ J£żŜÜcMÈċ£Hԁ{›‚ŝEi`†pġQ‡Ò,U`mż–5iĤeQĊğí½ħ*™>ĤĊġ!·Sôĥ8i0ÔŜç è5drÌV°†üa€ÂÈXÀÑntìOĤ˙×|Q†6  ‚ÈG”‘ˆ–­f¤vÜ~˜j觔p³LĴĜG¤‹ Lt¨/äÓa{ÜâpDˆÂ÷żÍíöòÇÂëPK˘¨Ìo|x%˘7‘ĴQĥûvÇ%$hX‹ßÓÛÔƒYĠùUKı.ĤŜVíÛÛaDoLÑ˜‹ŜۏS4L¨ĴŜ˙'aôġÇNŒÚC5ÍÂîGÛ P µÙw–*Ĝ²I K$5 ×mïŽeŠ¨B FĦù‡†‰b/,ċdÔFĞ}½Iŝ˜I‰Ĥ• Vúëżĉ+ħ½rï!:Y-kŬ‰ħúñ“8!™Ék˙6üŽ5E[ê½Ï+ŭqŜ¤tüEm|ıĊôï`}ğ~x&Ô+hrxÇ2À‹h Â÷Öíb?Îq“EÓtéÉtÒŻFĥööÀé‹aHġXäŸ5ŝĜˆYO7çËİ…‹-ÇkoíbOŝ½”B‚•nûŻ8–)‘I£PIä‹ö£2]m¤ÚúNÄâXW§RÊP‹MÈ8MŒ`ĤÀŽÜ u¨KE,LëÙCiġ÷Ä:ä,:cµˆÓ÷D#dy'‘†Ğ€×ÁATrŠ:gs¨ ŝïAĥ;ƒŞÓ„­÷lGp )ĠıÛOqŽâ’D½‹h<‚˜— –Žo3 öub#Šşĥ!Aż:§XúŞäFn[IħüñÈ|+—W,FTŠĊ€–@vúŜ˜ÊRë°êŜcÀ[íŽKhĉêÀGolz‰2\°UF o5Ĵntƒ~ç×óĊŞ h§!¤"0w!.ßݷ늄ԁ'Y‘µmŽö'sŽ˘6]Ĝƒ·ŻġÁ‚:9 ɓ?_Uŝœa„ylPÂÄĊ‰b5loÏÛl74‰ĦB#ÒĤäX€Ç|FD‹fF:GŻoĥKUTË3RÄÒ" @Ĵe˜A·8'÷1X•IWıe#F›Üî;íƒîĈĴb#aĵ–ŜÇW#5,ż ³[ÈÍ£U­üñ‰ ßç]o{‹îq‚X¨–Fħ³üA{âïàtˆ—P}.4\rGl`‘ğ‘(;ú7üâMAîVFb„h¸àcDc·NúıĥâĝL)éBĥ˘ÜÜqlDVÛÛñaĈ *ó1Ju äŜŝ˙LiݧŠMkï³>żÛ ÂHÑĠÛO™H;ĥ$Ž‘ËÜ9É·áµ&żâ6żü²v6p§ÔmöĝRTó£êvĤ°íÛ;y­ëŜ×BWm'HîIüïƒÒ‰Ġ˜y‹=ԟ˙”më‚è(\—œrGa‰„.¤ÒXmżĉĜwK™ċtT+OOI,ŒîHó~˜_Q6°mÑO”1ŜŜç'³ş Ħ~²²ZAS˙\LĴΆÊ.6µż–#²ÈÖEmÏ­ñ¨ĉpÂ6]íoĤ(Ÿì譛ċۓ‰xV’(ÚĈìWaŭoŽZÏbHû‹ŒrÂCs¨}°XU"ŞĈÎĈì8m|AkÈMöżc½,5°vp8qˆÁgğj܃†#Ĥm$XíÛÛNÛùc ‹X(6ô퍝JX…ôÂyÙO”ƒnĝÑfşï÷ĤĞ-ÚÛì8ċ!ı[ù‰iÀ ‘ĊÍ­Á4Şú~eµË\aVˆŝ'áĈÑbkúàQr1Ñc¤êkïĜc¤K–f6 ĜwĈ­tğ~p0F…Öû׳êm6äž1ĥ%˘&× öÄ}bNĉĜ™]´›1ÒNàŸ\i÷rÀlmŽœX ’O“€ġò‚İ`1ë‰Vakqì1ükX ¨ÇtñG$ f·~—£˘PİŞíÇ|tC€—AÚäžĜ‹¤ĉKënq!20I ġŭp˜xs#-˜›XqˆÄ1꨷ā´1*׿·ĉKÏpG—Ûĥ#Ÿ•|ƒµ˜ĝŜ½Q× íÛşGQš“˙Á:† }GßzNjިĠċyğĜÔP QγĜÇcŒ19%Lo lF’1ÉMtßûúc‚“öMAbzv`ñ1$rşµH܁É!]*¤³öĈ…MċïĈ퉯™V}ˆ¸îğ‹ôâѤÛ뎕ĦĊÁŝ#{cşŠ†›LB]L§b܃ġï†5£„³cŬ‡÷Ė'RĞÈáŠlÇÛ5ږC¤Ŝŭñ$ #¸i]Çİ킨4O,ŸÎ &h6íÓËĤUíğâ1;—H3ƒÜ—·ZÄmüE°¨=Á*EbĤ5†úGġ Q5@ ru³ŜĜT‘U™#²‚nQıożé|6Ħ˘Ì[HôZ™v[úˆ”šlu%l§•T¨ ĦĈÏ6ì<65ĦĦ­êĥ?çġÄTT²B’Ôş `ZDkŻċù^Ĝl^¨³(>›\lL:ĵgĥSNÒU4˘0!b÷kñÇßÛK)X#Ĥ24ФùÀ+ĞĜXmôöÄ°Iñ”Cmhw]"è}½ùÀħJċ*UZó3yB"ÖżÛ| Ê˘WhĊ:$6Ûŭ@/c}öġôúc˜¨çEPVö“V£o{[ù`İĤKTOQŠHu‰Š‰}=oŠCET䌛öïrA>÷]•?x§FôôߌHşßb6âĝĉ9é¤gžHĊâ^î~Ÿ|IĠ£‘™Q% ŭ°Ĝn7l™L” xġ ²ôö>·÷ż?Ïû Ċ³w‹0†D§Ĥ ‹ò–;Ÿ âŜĜİzrŽ´¨ÖVeÙğvŒFÔĞİ…JVíĈŜż× òjIĤñi>c­$îLĴXr¸ĥĜ45,…+Ò,ŝYEìĤÜÔ`÷V–œÔ>Ïí5Ԟ=ıߏÀÁsÊİpÖ°˙.qÂ;Ègê£M‘| }“%*:˜TÑ~/Nä“óĥöġۜq%bNZ˘úZ?âREÈ›vŝĝĠD²ÌÉèQE‚Éì›÷î/÷Àôë!WD‘ËkŽ¨Û@ŜiĊ›LÓĞÔŝ#°ħ‚”·OMŭħ5qg(i šú€okNF†-5NG:z`Üp~ŸÓUZ‚Ÿ¨%ħ7]ġíĥĜĴĵħĠ`ôú ”¨B3t[í{p,7!œĠFҘ.–ħEÛ}…ĥàïí;€B(’ÑgÓeÜ )Ü˙]ħÔÔi‘'-•TµıÚÊvÂÖĕ a,/;iíkÛPŝ›aµM{ta²ˆ İnëˆib¨„Ħš–8éEµ,œíÜXž˙LAšCZ3ú余¤µÉŝXuH’G2ƒNì!İv€Óİ­¤5Éیnž…%–çÇbd2ہ·<ııŝ¸z<ÚV…ĉ`Âí ^ŝ›[ĝ7á³xİ£Ë˙ ·‘şŜU<Ĝ ñíkbÔZyCQjFÚ³­)4é]ÓB§–˙ĊsòñŽŞ ÄîÌ·Ti úĜ›w[ Œ6C‘eŒ.Ö·=öÂé²èĉdކŞ8ÜVR#úžĝM|ĜŽŞ Ìdܳ­Qi ­µŽ J24Bـ7 üslLÔÈĞÔĝĤ–ħWMˆïb;sŒ–•§vk–꽏;óżé‰iáœÇ)x~- eY4°.@íˆôVĠS£›VŻ(7Ž=ŭÏßÂc¤Z‚Ħúf66×mû÷Ü~xéëĊKG¨áy¸-Ĉö /qL²%6@KéÑı7ìv·cÇ|n/ŞI­@vg,IĜ\÷Ä5qÔĈÉ;3„`PBÜïo½°EEdÑhŒŝ%ŻİÖ=ĴEğ÷Âmz ġ a%¸oEF8È+ÔA-9WÌ—Kw?žĝ˘_‡Ğ†5G.ĉöEı°÷<œsĞYPVĥSԎY5.“ùXvیRO*Ì 4ı#ż&÷ŝQa<эpÇv?ˆŻè6ĠġÀÓTÌôі%P[M‡킒–š²5ŠXZğİa¸ú÷2D† -!E>V:µoöû`êËêṢ݂̂$x‘R'[PA'Ĝñ|KUWӍ˘’HÁêF_IPw÷Ħ‚žVgş#cÈçƒzM ž ËĤïäK³C˙k*˜Ġ4'Ž‚%§Ġ;*ÔHn46Ê;ï}ħ$/éÈÒn…—Yħ ÀħĉŬ­ˆ!­†Ghj%[5úvPô½¸ÁTB%ŠŞY!Äú‹i7û;b"­àŬR5MK£Ĵ„'I:ÁÛ{r6û+Eާ– d,z`ÊUĈßÎçĥ,SŠZ$fCugıŠ˙)ö·ùğżĊh¤Œ2@fż7ıào†Ġ`N6bŽGsbu…ïıߋóúbjlÒuòpîlÎx^ü[ŒpµiDÒEf›fC&•ı;·ü IITÔ üOFò1 İ\_Œ5‚‘C‰ĤĴe·,WÊT|ÍÏÛ×|EE<JĈšQkjWÚŝÓO­ĞFëĤ"T­ô’/Ĥ9ŞĴ K7’N¤ZÚoc¨ŭ0ĠMfµŞÁMşiŽħ¸]ŸsÛ&’´†Û{––$nËkµÍŻˆM‹;½œúa•\ÔzHŠ6Y¸êş‘êı÷)½ıĊ'b9!€÷ïôÇ.ÊÄifߐŬ˜Ú¨V.Ís½·9,ŒÂüLPŽĠT&’ĊîÄóŽÀA IĞͨ*¨'³‚T_nĝڀÊ[V•î?ĥŽ™×cü˙4£¨À벖ŭñܚƒ€éSħôÀ#lĈÖ;\DÛ]­úqŽT’-r{chŻÊBsl: %G"CqĉµÀô8íâ(mcœrĞ‹[íçĥ;‡ó~Ü{á î*bÄéóħŜÀ[|F¨zV 5/ÌÊvĥ6Ğħ%Ëm`GŸòĝŒy#ÚPI?ÛÉ”ĵš”v6Ùħ¸’&×Ĵaµğâ ĊÇÏħûÛ$…SI‡ı瞂´-4ba*Ŭ0çœÌIŬ‰'€N4'ÈEġê8 °”Ò4]ĴMÚûc“6²£aï뎺ĥ›)6àñĵĤIYÙ ï¸Â¤‚NU›ż m/pˆsˆH‡\D“üFŬñÛnĵĈÂäƒÜà ÔT ”hžÒìmеħfĤñŜg–À)ŠĦójbP\ŸAíŠ {€~eƒƒ4¤ˆ³ĈĴ{‹vĈsOeĊ½"Ï?‹³ú….òÙJ1ÇsŠŬEEUDוٚÖıà‹Ş(éÖ§˜*‚¤ğXŽ‹_Ûŭ*5idžBê5t×eż 6ı˙œgOu&/’’H`YA,ŝĥ˙=…úŸ#Û $ÎahÂ|2°ÜMŻé|,šu™ġ,ZĵË~Oĥ4‡g²iŻH¤­rŒ’w<1}€÷ġúc£3IgŻıQıÄvœu5ùĴq˘#Y?Pħ­*“,™~s—RS*OJ]Îĉŭ%fzÓ:ˆcQê.N²É0n@ïŒX¤³0 nçMż#ŒŝÜnÈÁ+Ldr[ÌXò;hhI÷f*­ĥŬĴ78‘\3_}ŻüŽ4ĦISĤ?%÷ì­Žé‹ËÓPX,„q߀÷ WÊOÍ°tgLBÒĈĴŸÂŝĥÛ ´‘QMÊ²,ÏÖXÚà-ĴO·Ûj`Ĵ5= İj^Ĥ& a)kjïoòߖ5% ñ˘ğ*ĦÔÖžżl%û&²Ğ0Pö$ï~ĜžRו z żqc‰|IèÖԕ3×2üî ²3z(éç[ÈIş“°&Ì-µıô›8ñ;ÉAE4ˆóNş–j¨Ħ´RñÊ˙¸žÓ*ÓôôKN˙­Â Żn ŝ˜šŸĈÒAŽ*XşbĤÍżßġŒ_éU–ñÒŜ2~†Œ‚XŜÁ}NÛátĠĉŞHéd¤ĜzŠ·dÜĜúíŠìÙÎa"‰ş2şğaëÀ¸8HùµTsììĤ×v½ıġä_|8ñTWlYP²í܋iî ½ÀĜ@EEDïDħ‘ʤñoM­ı÷ÇP-DĤZˆ ĴĴĦ sùî/ŒŒÊ(dƒ2êHn̤/ú`l,= żloQœĥ;A'N¤Tjİ;MƒĴuz ˘Î"˘v+`ċ7apvàwšS—‘÷e*úܘ¨§“AFWcċ­vżÓ8'²“˘×™x˘·1ĤZyd İœ(“ü_ñ#İ^šħŬVÈŻ${Œ[’ÔeħG,Á´É½˜Ò-ǚ×<ûmô[.–}V}#ûbU`-ié¨ Žäj”Aûr0|ù^Tô­"ÉPN—B°Ûkbµ­Eĥ•Qµîwġ=°`ĤiS@,5mŭqžS˝ĵ!|èÈç˘5ĊÚçü˙5;JáP­´Ŝ×í‚*İiİéƒĵò‰îz°˙ŭğ7#ƒˆ¨Ş)îĊ×ZŞìT\!÷öĈ–ö(öş7\iÒ.à“ĝ–5’Il Éı͏oϏlDê2²H6éĞ^ŝ˙çĤ8’ħiʖƒjĜìÀŸż|EÛĦÓş`²ÓH²ŞÉT-ópXŠ™ e Ş˙Ènq1i<ĈHÛHĠÒ`cǃ§" "EÈWÍĦîOÓ%U&G,t‚•gŸXO”(ä›w8èµÊġfħ÷é‰cZ—! 8Ô·I ò@?ÏÑĝ^ş Ĵ‹= -#0[ŽĈÀŭ˜ĞKdħ|i,€(òé /°Ĉä„ÂĴ£(ĜxúâÓûħèİ⑑kèPèy·×ɔšĈd(ca¨ oéĥ1|™%ĤŠŞÄÒ*jĠÓcó_żĤ#1ĦcÊ°<ïÓşÔÉ2S+M[#ĈÉPéÒepĦF‹öĠöĥŜHlóó”I;"ŞħBtëEÛíß[ß×eoMiGQĊ˙|]äË £²TĴŠF’ÚwÇŜĜçlLl9eP@äYus¤×ŬÉ y*2DÌŬÖö EÈöĥ9šĉŜ l1‘-S[Ÿ9-¸ĥÜc‚‰!`M¤ă¸ô˜ßħ/t.xŬÀµ jC{i>ŭŭ­Ž•‹:­ôĜvßúâgƒÎ:¤hÂğjöúÒS9K”-À…ùûâ›ħġ²§Ş3˜Ĝ86ıĴ9ûrRšO3ĈÁ•ĥ$sġàâZZš¨5*eŜà‹bzÌĈŞGdCBKšÖż?– •¨ "ôĊÉbċGqŽ,ĊCUÔ)ı?ç1¨Ñfc{žĜŬ@ŜÊĴÒûoŠô,Ó]Ìr£{cQrIĥĦrħßQ˘m,‹rlOÓġĈî‘ħ˘A<áXzau ˆÎ –ĜòŸBqÙëÄĊ¤ Ğb]”ŭö˙7ÇWw%CtÀÀöÄi½y“°7²Œ+A½<ħAġiĜߓÚŝĜ‘'š:cu(EŠi_ùĈçˆKtÁe 1Í÷טġF—> ^ŜĜğBgtÌ]-Ô!-¸-¸ÄĈhdPšB6ïï눅3‹¨ .ŽäbHic$“³hòÜ^Çé„ĈĴ‰şd…Ô@7yĥ$Cl o~ĝâTQ>Ĥ}ħŒñĈërYx,0€n-¨6Ž ŸŽÖz?ĉ4jaĤ’E…—J½…°…ĜïİHħĜíĈ9/ċ*ûXsé‰qOaڋ$ı‹ÔDZyÖy%@7M,Ĥü†ôöÀ†ŒN^Há)Ñ]m#ۍîwÂ7‘’êğbwŝX”L]eħ;_é넸ëAiìşd9`̨f‚iéá ¤†‘ǐó{_§l6FĊ˘j˜Ĥħ=>œ›;v#{{b£­–BĊK\ܒo‚ı¤AbŞ›¨żÊ}ħŸÚ`ş—ì³1§Ë hµm,DkMŠŻùÛĉž$…ÑšĤ=ÛI;ƒ·ĉ=ħAvÔ –ÛbǟËj/˜ìÀߌ'Âĥ+D³Tš‰‰*öËĥ&7'‚×ùù5¤+Ğr8Ĉur(bŞ=‡Ŭ*›vv˜™…öÛ_E…Ç;IbèèxH<ŞIŜŝ¸:ğ+­£eN†­0([oK‘…Ïş”ŽD\îożß|ZiĤd•%F… ܁ı?\ g%zPw`7IJjé’à{’½/Bħ žßçù|TR&£i.ÊϽĵ¤í‰Wİ_ˆ[Q;mk ´  ]'ŭÄî0ÈĊ¤HĠek(7ŝx™a+"ĈÉyY˜ïpoÎ;,—x’Ìm}[2Cħ1ÈΣÔâ‘AÇ‹{`VĊŭšX IWkm¤Úŭñ𤕽ùĜfa˘Ëħıµñ ĊRč†Û`ÉĦ¨6cÔ*FĝâDŽ4QĉfĤôÇÂÚ÷#Ö÷Ĉ•vS(r;ÈԕjÎ[@PÜíŒ lI€‹[ÓôĦİŠpHìÛȤ "“qŝâo| hát;žÂàÎ1únß~ĝâjGQt…Ĝ²òq³젍A|ÛöhD“Nžıb# ¨7'›öĊ›(Ô.v8ç¤ \0mÁÄĦQLײmġÄħ.ĞopwßéˆÒ`²´eF†:–ĝċċÒ@Oá;ߢÀ`7&Ĝ…ÙL# m;nN#ZĤnmîpHxĉK7ñ‰Ĥĥ]\ o_|rÄKn7¸‘R0:Ċ…·ÛÛ!5_3¨Ÿ_L !œG‘tĦk€Ĉâ[I¨İ%G‹â'4˘³ ŝ‡ f#TŸˆĵY‰:}ùĊ=›ÜJIR°ħ"—(cW°7çù#ŽF° Á”Ž4^ìÛœâȎ‹3FH"ŜAÛïß*"Ô_VĤì'Ş*°7;vġĈ̌­ĦR×<œ ôà÷5ü$ñ‰Ĥ\—cħ ħÚµ0RŠ-}J7˙9Ç‰í¨·ïï‡ŭ Ż‚y]ŜF–I%yĊÎä rŝs~nÇ× &äĥ›‹8èJÑéßŭÇ21´ċ'‘Ħ싨>‡ûâI)úsŻtS{êk`­ „]ïħĥûqŽ‰¨œŬdT67:ujĊZRX¤ò‚oüZTœvÓ,m¨ı,ƒÊY×ÀLÇ*kRyÙù˙=1;J˘ä°ò7Ĝ[ 2Ö ×>`vŝFĜ,Ċe–Q ¸k¨!”ûí…( ­— ŽzJZVu¨H™Ï˜rO7Ú:¸k *°Êê£şÜôġöĊ3.Êĉ¨•’+‡şŽ@ûÎßÛJ\×4˘§‰Ê[A ‚öŸ]ŭqÍȓ{4TĠӏüħş’˙Â˙O\]2úv’ZzıŞb‰Â”°O+‹î/żùnqEƒ3–)^mÚG7fc¸]ğžg*YÓâ4ħğ)(Ê{ŭqÏ%â%Zx.™ŭ-L $ñe1 ö û Ž×œH%i˘‚()”¨²0‰X‘k÷Äú[ÊsİjÄb.œ£{Ħ$ıۑqmżĤGWRħġ¤‚FgU]Dmı;`1ÓÑĤVMRU5=,ß:I$^f)ŒïÈäípxÀġòSVÒF•)*S-Ż$M¨Ħô²Áî}†|ÖĥŞ£İ ĈžPĥżßŒC1…£ĝ½HY‚4qÚËġíkXc'6ŜLœ›e†Ÿà]şÊÀ€µż|hA[K}ŝ¸†–ÈÁÙ£qRe_0MìY7ۍï}ĥÁÖEÇĝ‰WmK˜vµùżéÛ é ”ŒuĵfM[Pı#ûž/O^³éwˆ(U%‘T#ÓÂÀû% Êİ’RŒAèÑ˘ôß×ëÛí‚)Ûₛ‹| •Qúŭ̓49ħ.²•!†Ĥ}Žžß×ë…Ġ´1É+¤ŒUĥ?˜§ĥ'òʔĠ ‚΀Î>mż†×çnmŒıG?PÇPòµöĥÛûb"ìÄ4Ge6 oîFÜqŝ9b?€Ş6ÛMƒ}Nú°…cA%Ñüė½´e}ŝ¸Xŭ0…‹’QĴÖ_”ò/ÛbH$Ĵ€)$˜Êé ­` ÛokvöÇToÄ+TDJ0=F \‹XâiX]´ Ĥ€Â4ǵ†ßNÇÇÚş:µXİâj2Xêiq}ÍÁÚßÓTÑE,M:Ó2­*A¸àĜö˙ŒI ÒğFĠt‚ÁdRH"ŭïÛùáÇĴŬ ‡a-7*Ö:6°'ӏúÇ4Ù} ‚Iäğ] ĥĊ7½˙‡ÒŝĜWĉDİ&8ǘ•ñÀ·ıÇoY$a•'Y7,÷Ŝǒ=ïĥ(”ÑܢzW âtsf[êçqkíoĝÁ1Ġİ{4 :Ħ€b,½Ü_Ĥĵ &R£ÀÒ ǵ˙L-9|ôÎòJc˜¸ ĥ ħĠż|VR4ëéĠ:ÌÒĵĤ£Ĉl­óßH$9?Ĥ%0R$’UÏ&Oğ|ĝ(TGMLµÊHĜ³\Ü÷˙›a\2Hó8¨G ×réĥÛ ï큿RKAÌĉ>š¤@ÄÄëÒEÜûá{fİ m•F’â ÷ÛÖ#B’J–\;@`£ÎĜTŻ,ŞŞċö`ĥ-Ĝú|+^™Êma ehd… Ğ3;€ ZŜÄ0!_il@%ĴZ˙/ä?ž:˜İçˆÍÔµµĈ¸ôßakßü8C,•HôSܔŒop77˙;bsdċ´1ƒ0’Ĉ·C{Û·?áée†Ĥ3Ĉ§ËħOġôÂ(rĉ†gz”v·Ëż76żóÄĠ•P8Š-Ò,˜ñuߞ ıѤ[J˜Ö"’ŸI`İ7ñI6µˆ¸ĥÌ u†İ£küĊ,oµ­ĥ‘€ÒYjqJġ6MW]\ŽïÀâßLJġK+ĴĤқ6âĊ·ħïŜŜĜM­S´Žij*–àÔ-EË­Ëa½¸îžhÏI˜Ë"@à Ĵ}îËb:&‰cĝĤdĜìGË}ĥÓßßÎĤJĈ,4k¸ ­ċÔ}Á$àş!ÊŬú8Í*‰#>•ı ÛRúŒ-ĴìçY25ĠHş…óĥçûâ?†žbİ@żíòŻĉw߆eM!£n¤wP\[Ëo”o†—Ħ6ï#̲w7TŒ˘—$loè/ÎŬŭñ5UD²C+Ï spÂ÷_ ç×l “Š¤’Ħ•‹5ÈY Ĵ9òâ:ĴÚI!3Ĉ*³vĠkqĜòG)aQwK"êċAQÒQ°@v èżı<íú[RT8‹A‘^Ö%‹XÇq˙x‰ëÄ°Gb 4gIĝŻß›žv÷Ç’tä#òíİwċĈ%™ı~AQĠN”íĥ¨•ĵϤêÒn-oÖŝĝ:Ĥ–‡ŽI'0²m[]ˆîm€§˜EQ(‰tÊÇBÛ¸77ż§ŭqÔL)é“ĤİLŸêħ}˜Íû_“żŻKIŬİä2A¨ÖÁ#ğyYM-Àx¤Ç4ÄÈ-¤3‚ıßÂ#­§V ÓFB‚è7ÜwR0ĥ•–&‰¨Ö,Ž[Ìê-míÍïùcYŜrmfĉ&u1¸éĊùwµç·ÓË:ĴÏ4ˆIcċR-¤OċlB´³Ï ¤ÈohӀ Ŝävŝ¸:ˆÉ c+şŠ’ui éqÍïèĤĝͧf 6Ĉ Hޏ#Ñ0ó$‡{zßĜÛġ˜Ì4ÄJ’’co8ĉ×6;`ŞìÎ5é¤E5@Œİ³_û{â§w) *³@Tò\séÇE6œ• Œ°KFĞú£ti,-oA˙†Ĥ0‘CġùÌC€ĵé{öÀíKJ²Ċ4I — BIğ { S@#—b;€íİvÔEıMµ7“šħĵNĉKúvT?ßÑWN[ĉéHu–XžÓùàŠY*!31R5ÔI7·ßÜûbJĊ¤w–\=š(ÎĞİP.ĵàQLI'ĵ͍Hİİ{k1‘ĤÇnôĜŸĤžœÌZ–r´ÊîVäŜ€n{œMÒi ŞbŞC‚Ñ–`ZŜ€ö˜÷ÂúşèäğˆK‡—M˃klGáû—R(rʃQÚÑC­£ek…żä ~Ö8£Ò\Ì{ġ fG çóÄ F&†"j5%”‚΋ÜCì=q%OJ%w1şş€çKXûqéöÄĦ.ĦóRĵ”*LK#X€ìşJíÍ°–PÔµ§Öc`P ˜‹yĴvâĝ9sjiP³2Ü;µĈ›oµŞ˘ĦšUwšŬ2×`GöΉ›UdÎz´ñĈÈn<áŻblnxÇÓœaÑşHµ7Ìŭq5mšvXžQĉşípÀôŬÎ2TŽ˘6ž(Ġl›‰ĥĞ›m¸ÛòÛa׏2Og×I,-ôÇ5ù‡F£š[,˘ëĦ-Oħç{átK 4rOEÔtêVħŜĈö½í·ß ’JsUMÒTuˆ#6½­n7ĜÜí†Û²’mÓNŠ‘£IvpĉÁ·ä^ûŸë†ħWÓH9€Ž0›kĜóoë·7Â$u"V8Üù5qe=Ço·¨Á2e”pв‰$£(À‹“èv÷ÛPFĞ*â•E4(ĥ²żOŽöŜÛà\ıêĦŞ èËħùFğXz[ùb'mQÇ­U”ìĊ´Gmĝï‰iYݞ–c/@ĴŠÀç~7ÀíëlËħĴ´³Ní1vqüĥĥâǽĊ°Uéw1éµĠ™A­m†!ëŠúX,Z6 bH;mŝ[RG4t}vÔnŬÜroùœ=3Efi,/™Fú°ħ;A; _~ŝĜ0ÒĈÈ­’0ŻpIàÚÖßc¸·ġĈĞè¨FT1…%\üÖµì,7Lĥşž›ZĈzFROûÔZڛ–Ü}’³>­XŜdX…BԔ•òı ì Ûô#q­<ħĈ4ĥĦÏrâûó„Q=TA˜³Fà1Ó ¸ï× £bÙ@³0µíµˆäíë†Ò*2ì³à,’ħ–Ib’4’6ò[Z܏óċĠSğˆ™:ĤĤÔü‹ƒaߑ…tóPKeY]NÀ %Ïm€·'*,•–Žħ‘f´Q­¸¸·*šÈ•"Ğ™ó9 ’œ´Š FTióż­½qÔé$ô²EQA: µÉĥĉ×탪i*ŝci:‡qxĊ§è/…U´“tÈÓ³¸ êosیĜ¤›•zTjħI#HàŬŜĈÂû_û{à)$ĞzhÖx§AŞà­î¤ŽmŜŭÇĦÁԔġŠóF€HħñŒ°eµ¸<ï‰á˲ ™ƒM˘6%bÊ@î8ûàŻ‚zĥòqM:AOP‡S–ĵ‘“Ħ÷ŝ!}­ˆê+˘–Gt"ÒAóvġ۟Ĥ;İ1ĞB()şÎD@Rxıö·|M-ÔBL´ĉžqy_Ĥm Ž×7Q°Jòi½0Y$¨oǝg@Üß`ÖÛb/ßóÀmWŻ£$rĜ’½KìÛ}íħÛlóöƒ=6cVicé3ı/s}[úqĈ*Ô0İ–ş^Ħ²Kr’FĞŜàv8Ö§×ë%ÚAïŽşÄ ìvĜbMHÀ]mĜzB€j¸î1µHÀ'Uî}0QA3.ĉ—ŸlMO ˆÜ"ĈÌNĞE½?\'*41 \-ġ˙?^!½ĉY öÛöĉ˙žÉ;@äôAMAZeSIQ£[SİbÄñq·ù|1­j„vÚ&ÓnEÊĜ÷úâ*…Ĥ.ŠĴ·³·ĊŠ—2È:ôíQO>’u:–˙ĦĜw6½ö—7zşĜ’›!šµzµ-N% AŬF}7û ġŬ}pĈËG"=8éôˆÄn[³§ë‹d9öUšJrÌó1$° ŞI½ìö˙ Ésu΁fEŽ9Bȝ·qnvĈo–hRìĤUdÉgÍĦWĦç{ƒÓ ê|WkNÄnä:†°ßżıöÇŞ1SNÚ#BBé³·};ßËTç0E<‘éFIŬ—ÎÖĜj?—ÚĝˆóK?ÉìñìË(Z‰ŠúxÓüW=ûíÛß Ŭôϳ[yC …ñuÏsZJŞ’ú<Ûé²OŻ×‰Ĝ™\‹-/Ûéá'-†QĔuRë•"ż—kßë€] …HŠdblڇ'½­l;Ħ—E; dM-°Ô/cmˆżBÈ뭝·Ŝ¸ÙMĴŬhhP,zœúşP}ıï[úûâ—e5Š‹5HĴäFíùaı}qA!éĠLO# ŬĠMµ~Ûb˓ĝ­rĝüħ~ €[acüñ—$^âhÑjŸ 9tÎôîñ°%ىo¸ú ]am=˘FÄġ Nç›wżĤƒö†)êG$ÊËÒ mapGϟGYFV*ZRì÷JĜ“oQn}ñ“RôŜG |‚(có pÌ j ïü<ĈÖí‹lï-e3FZ$:tĈ²ÎĤàħĵځäíŠy˜dâ!Ġ†š+†,Ävr-qŭèxœ:Ë\ï<÷”²ív./kܐ-½ŭħ‹ŒÙI^‚kòĞ%ê$ ÎĴuĊ÷··ĥ:“ÒĵQşĞ4Ÿ,A@äĜ …Ĉ!‡Äġ°šVE{4 êB ìUX÷ŭĈ;lâ7yD5 Ÿ1ÁuX^×ç{{öÁ‘9 Ê ÁhêK ħ(Nž6Ûaq{ŝ¸¨ÏämMX´èArĴ1b’•žŭħmÍsĴŽze¨İzǎë$‘šĜî·'fïżë9Î!,cj'ž7%µĞÜĈO`oïá´ÀŜšW4Z)Ŭ‚9-Ĥ·Ôñl1—ôԉ=<„ğ é$µˆÂúj¸w•ˆi˜ĥ­`¨ßôÁTŝ&X ’küɽŭˆÚÛß5/ Ğ+Ġt1²KSE}sġ#·{`šÌĥŞ XÙÔÛoóĥ%—3v–G§FRç€ĤïĜ ßÛ §ÌŞUW•]îoħ÷Ċ'&Dİ1tÉ%4„%ĝSoÏB^hÛĴŒJ›‘ÓC`5>—ÔˆĜŒvic]P²ôğ(cÏżĝÓ¸ž€ ×èokŭ~ĝ"8™ŞM/&{[ıµıÁ‘‡–} Xi'żüqÎdSÁXZ  Q5‰#sö˙_"\Ž°,½ ó*8݃O1z‰Nm2HÊí lI·|&”´]`I+¨‘Ĉĝö׏ ¨ËBĴq¤²­Ñ%“}wżqly÷ˆèV1!ú2U U;ßË[E}şVÊ°pÇPój€7ñŒ7R߆,À/ïöÁrĦ’0†6¸Ü \ú˜ ²ßEŜ‰[Ëò<Û3¨vĦ ĴĴ0‹¸Ĥ…ßOÔ¨6Ä2Fñ·L­žä ‹}ħksz˙ ä‘ä´•1F$ZˆéıJ“#ÌìL}0 ˙i·zÙH–˘™ŞéaÌc¨œ×7Mm•ÖÊUUŻüE·Ôĥ žg$‘è‰H'JÚ×۟ùÇO`†0l9!v7Ċò³(Ššˆ—ĊCQGYyVüZ†Ž"Aké:˜ş”·bŜĝ&lŸ#ËĞ•E5I[ ni9ùi––G…ISqçĠ~7A†v<ÚHdXc$ê‚è]H¸‹ƒÜ\·pqA0òÄÏ&8ŬvRÂĀ}F H÷¸ôX2ĜŞr::Ú–žğ6š•ilà#UU‘PlĦ"_@ŝĝi56]g”䯕RIMWâİŠ‚[ĦÇHĴ†ùŻĞs°·' äóx( xL•!WM–܃{ÚÇÏIUŞj*‘ iLd!ô ÷.y¤‚ĤƒÁsOL‚…iŠI'H°}Rk ÍìşXŭïßÔ cXŜG¤ĝFüC51ê?—ñµK¤V7·™Żİ4ñ²K9Ĥyà­L›Ĥ¤\ ›p.@ú‘ëü4‹H“¤r‘Šë"ËqÏèEÎ,~£JŠ,òŠ y%ŞĴËôÁܙŠÔC#*ŽI Œl=1c†Ž É fV:ôÔsVEEVĴ5ÔRĈËpßħävħħpUÜuHĞŞġ7°$=‰³ô>˜šUGE!ŭ}ñèµä]Jşœĥ‡ZŒ§TéTž–Y$ ÛspŠ›9mtùTqÔWPÑËRÂ8ŒŬiY×B„VÂĊĝ–ıälgdĥRᤊZrúöMöôçü5µˆĠ#ŜÊN…ÔÏĤä¸ġǢxƒ-Ë(i2X`É£ĉÍRË˙"€´çJ†ˆŻĴ“¨Üj<‰3ĵ’+Ìs#–J•š8g¤’ .µTÏ3;. Mîo¸ÂQ~Ž•ei$ gÚ×ao/×TDïPéÉmmŻéRÎòúŻgù­e1œ§0ŞšŞ-:>&94ĴnwÔsÜ8=÷§ĝN1_=u¨Rĥ² 3--)ġ¤€ì7k!w·}=ĝևûNM=IŬ8ĜDÓÊ·PÄ^چ×ööĈé+³YQœ$è e€˙MnÏ ıç×ßĵtÈİVŠ9¤ĞžJštRĤ9zpnI ‹µ­ü'&S–djsZı)Ns+BÁaêj§£7:…†·$÷Šŭ°R ìÊäÍt•(Ë ¨sċ ħk öߌOšKUP›Şêħ£Y.NÖÛéĥ,ŝÉĉËMc$ŽĤÂİkë µé§F‘4j¸ eT`ók·ĤÓäı.UžċO—ÈÉoEQ€Ä$Ġ*ùş†B%Ôm—kvÄ>$Ár3Ë3Š÷İ%:‹!ÈnvĥÉç04Ï˘um)ĠĴlEıżkcÑĵ=áìż1Ŭ=²Ĉ™êéŞd3ELòyÔ8@dÔl”'RÜ[HıRSxšıòìŠ,ÄŻ‰fĤ˜2ğ|$ A¸>KŬüǎŸÖ÷ÒĦ9Yĉ?ˆ§DĦƒĞ•u"Ä{cj°Ĵì]U‡{ïµğcÓ¨ü?”ÔSÉ4”’UuċĴjı’˜¸–GuzŠħYB>}[Ül(eµ‹ŸRÑEġ¨H֞hÎòëĥ†SĈûp?YÁËLC4+8şk[\v°î0L”U}tİċGÒ? ê$öœz‰›ċٍ&am=KÍS˜ÄÊ˘‚ij"Ĥ"Xìòރ!"ä]­{{{âU<ĦŞdž1Ç$3ıHüïÎ%‡/‡0Cû‚Yĝ:ïÚ÷÷ż"HQ ~ƒ0m@ĵCsġßqġÛï‰é"W…X´ò ^Kê^×ìmcnö÷ÂöÄï`³ÒTÑKjh”‚†k²Iıl/Ûĥ NĴ 'HRC…kƒèlNÇż1g–™M=J‰$3› ğE°= uë$qSNaÀ Ĵv{_Ô÷ç¸Û¨™âí†YRr$F{˳°$ŝ[LOY SIhvX0’c n›zÛ½ĝ·#9|_ĵĦBŭ)ş–e¸°ß‚ıÜâJ‘W ğTKÏgÔ-ïmĊñ*4í$ż=t“ŠgŒ tÚê  >ĥçè0˘˜T=L†Gˆó"Ä6×Ĝvïĥİq+ĴñÌLR>Ç`6°àn}ŝ˜ŽËI:D”_ÏÙĥ½ñ3كŠOqÔEHGZDXċ>HŜ Xŭ6½÷ñ‚5R éŽĤ Ĵ{îq<&–¸u*éàœ1eJ“É'}ÏĤÔËL³DïM+ì…X’­ƒ.l4÷ÁJ‹¨­-4•%Ş"„2u4°¸kĤŠÔÉÑÔ5İ&÷żOOKa´ĠF8IA/ I܋7ßc|@ç‚6‰ÂÉ8óiO7&û ÏTÓ%àn]Iwê#Ş’Ħßİp9îלM%–^‰d‘YħUP ÇÊ=Ċ‰û‡œQİpasħ&ċµl=½GßÓT½<ú'hÒAòĈì·żĉOél4Ë£šHŬ²Ż‰_N UħôíÍ÷çÓaOK‡ê ,ÊÖÓö;íŭpluħÏJĠo˘4êİYÙż>H=¨‡ž½ßT‹¨ħPßÀ§cÏĥ/-`ŠĦ„qTÄeŒ ÈżnÛ}½=ñÄsUÄŝ˘TßÏİN÷[~÷öÁ4ŬGvŽ9bXĠ %ĜځíßòÁËM-TOPŬ6$‚Ż˙Û|JDF6D)VG‹PŝިIú’~ġÇTKiG3%e'D„)+XÈ=A6żıl YV)V£ĞHbpÁ örÛb\ÌÔTRÓɔ:IR³yİ:ÖdÓ¸½ïɸ"ö=­xêéšĊÇ͊ë#Z*´YU%.Ş‚Mğ=½ñ”Ĵ$,Żbîߟó÷Wfž4hÑĦ°-ŝĈn6äŝ–8ŽxäÊ/šúXXŞ›Aí‰jŒegpÖV5$²‘–B@ Ĵ'ŝË/™¤ÓÔJ’”!À[Ûwżl`ŒÒŬ` († 7#oóê1ÜnëİK+YŽê£}—ĥûoN™q‹L;1¤Ğü9g:âÌı]Ïŝĵßs}–:# gwD$…$ ~Ç·Ĥ&\Öxsé„êÌ Tƒt?Ä;zŝxÚSJÔñ12˜Ìò–7; òĝm§”ƒ-à ŽiĉĤi&diB“ĥçHú˙Sú`˜`ZjµfÌòf³m·żbQEñ+yžËġ;lO}ħ%TfáâÔÌ@\€66ŝ¸ŸIëK$˘hRï"Ş•ù­¨ÈwäóġÄtKEHfdš›Ĥ‹ĉŽŜ×úwˆCC›ô…‹¸"ÇúvöĊŽ™h)âY\E4Ğı n6°Ŝŝ÷ÁÙjVÒ žVš€Ç ĈÒċY^Ú}½pşaM`Êi“ŠH‘­pmcú}0‡1–iXtĦt¨–BŻßmïĈŠHRi5G$²Ŭìî,Eïŭŭ°íĥT­S6şŽĦŞX³ Ĉ˙5ñ•”B£ËhZaĉħê‹zûâJˆ’4&$* (ë·r@$ 'TÚRo! ëävïÎ@í*g-KYš£ƒCDc%ŸS-·6éïĜ_é‚N_UĴ0 ÓM=@úQÁĉÊNÖ?ñ Hd´×•Ñ‹CËĜÛòÊvŞ–‰¤`‚R¤JŒ/†Üµŭ1k8P‚:·‚! è\ÌĉŜçlA,} Ç8Ò ƒMĊ‡¨6;zaµE,Ô2Ë+׍‚²aMµX‹\_×Û Z•)şs)h¤]Q²0×âÛ}q)?I”hmE E,SŻ*FËëŭ06yJÑT½DI£P%Qlwby·¨žhjXŽ˘ĥ–Aʋúóï‚)§zùaFñImEöa÷ßQŜ­nʞĊĠ¨Êèí4²iŽ.™,ğZöôÛcí†tYdhħÔ,“uÍĜ#Ċe~öߑn}psdôı|É6‰'–GğÉ-ĜƒĜûX_“‰eR“À–1ZV’ìJžïċÜñ‹pH¸Â)µi5°LVKĦP/¤ •ż`%¨Í ĝ†EĤvĥʂ4ŭG~ŭ²Ş Ši̊ĉmEÛ0ÛÓÓQ–:TI_$!WpHö·×ß /ä‡&°ĥ9’ ĵe#B÷ğWMûüöĊrŻ0†#u•WN‡:ĵ§ëöÁqMQMôkĈĉ-÷,›9ġÂşš9fb†I%ò¨ ¸nöĥä­é„Ârt‚L­"éuŒ‡Ö¤l,yÛ ĞpSÌÈĥxˆtáÁÛzċ3Ìĉè­-D[Ë*Z08aÚçÏĝrXĦD–t¨bğĴDݵğĈ×>˜a7Y^ŠvèĒFè›Ğ0^w·kôĝŸ+™IÉÒğİ s~/·öú`šÈi訑B’2‰O‘XH·éıÄÙ}4sĴ“Ĵ˘êX,D‡ÛMŭğâ\]àjį̂Je’:‚ߊÀ’IBm·ħ<}/ÔçħÁJ(¤–ÇC²°;kÜòvÛ2ÓH—éè ìÇċ6ż›ûœUŜĤóHf,Ôé+YD„DbĤ×ü^27ŒĦ…MkTeñA5%ò²7ÌĠˆíöÂÉàĞYCò‹óÛ~×öĈ–ó4ÑZ1ċpż3ŸfíkâxĦ§ „ˆ${†ş’.;܁0J² ˜AOQ<­˜ô€ ·"íÎ÷Ätò­8OĊëBŽ÷½ƒvÛùmF•*̓³ş)TEÛUe$‹Ĵvüñ=ÏĠĤê5=Zù5ŠŜÜúXàŻ &ڞ˜ĵ‚3?”ìZŭ{°âş™ĤUH˜j™ íïm°*Á#:޵TF̲A~öżĦĈÒ72=;ĴŠ’7–Wqħ ı?ÂĴš'~T'jġ‚–Y"m†TÔ4Ž/ŝs‹$¤PÓĈóÌáG”…Qaë°I%=Tp[¨MÉfĜ§İġie™Ŭ DÚ/{‹zsÍżèâ–Cš•f˘Ñ 1ĈbħŬ½vßlJí pFd--Ô%€äžöÄŻ2É%ÙÍÉ(ŞŞ}-{Üà6Í jy<—@ş€ıö'6“ŠV7°c$ôşƒÇFĠ­Ö½öµŝñ--r<Ş)@ o0]½·ÂÚüyj QşDw³¤Û‘·µï‰hš8İĉŽo’]Ԅ7#ĜÎĝÀ”òÓ ŞĤ˘„I’]?ë'W;ü^žĜY֝˘˜2ì|˘ÂÌ={oÛ V †ÙˆiQwÓü\~ĝ­J5Ԓ$èN”`À·}ğ_ùâ’ù#“ Zî*„éè”ÙÀüûbWšaŽZÒV9¤Ìv9ŜÇúâ°ġ”I‚Ñ iPfıż°ù}m튷ŽŞ3zŞDŠ YiB ä&ú{’y<~|D­ä¨NÑqñ/Œ2Ú hİA,52· nÛż§l•xʗá¤×\Ï­˜nÊ6òŭMħóôß<,fbbg܍ĴĜâ)ŞĦÌ äX—ĝħÑŝ=û‘·“èy˜_ħÑ(ÈYħĉç$UÛ¨Pw#œC:nKŽíĜ Ĝğ\ŜÛá?‘ì'`]WSyn­ïˆ*#’œ´]Ckîƒlf3/!g@ˆÖÄ\éĜú`¸Àš8™ )bTÜ÷ŝĜÌf£/1D°ePÀž?ÍJÍ%E2Á"FÉ ‡pùĈc1#D20H–Quu;iÛŠÖ*Á>›ñÎ3‡X)LÌF×t%wP ŜŜ§\èµ—,u‹yÌf2šĴ –ĴÛPÍr -`şJî­ñ D³B˙ ›¨Ü“~wçœf3 9y)·CÜ·„[‰†˘ÚÀ p;b,×1™géħXpZŭĝĈc1+-,•–İHĥ]+Ĝ JĞ$ş›_‘MŠO3šHÉ˙&™{Y ›0[|^ü5—Ċ Éñ'ċ-lf3܍˜ĥËažÌ™ijhÀcäF•‹h°ôŠîkXjÑ]uI,\l[ê8¸h2úwxEÓSuc}ĴÌ7óûŒf3 ĵ“é[Σ9Ĥh³“ç ²“qĞ‹ß(j–(^ŠÔÓĉuÜ­ö"ÄÄoëŒĈ`ğHÙ틪İÖ¨ƒRXٙуonl~盜A^òRT³!ì–nŜž¸ÌfR2šĤIKSS%B1”•°`/Ĉ×ĕk ´!›Y"Nm½ùĈc12T%˘żQ/â+îkß9i#"àŭŽ3Ž¨ŞF£˜£È‘’Ħ]=ŭħÁfFx•ÙAó6=ĥĈc1ccŠêœÎaS;+´ÄĦò•Š5EġEż5_]&qTóV*kÒħĈħ TP *Àĥ3„ĥ *$ Í$ËÌ´ô“£*)ĠÇ7_p~‡ƒˆ+jg–²­Ï;™€ >aô f3–u˘Ä+ѨLj‚0cÉ[½½ŒÁ­5\‘ƒ2ÛşùġÇTîzşg“¨ğ^˙׌Ċ=Èd ò$ŒEˆâûÛ–t1ħV]_ûc1˜B{;zžœdÊ5ğoġ¸çµCÊtLZB{ħżÛŒ?z:ċ*DHéÚ@ò”AB/¤äsaÇä1Ċé™ 9ŬJìEŭñ˜Ì&ĤFmr×ımÉġÄjÀü£I;ìçïÛĥCûÎFs;FĦO•Mğ˙Ö3Œ Ûn-żž Z™*&Ĵk0:„x> ~ŸLf3 ĵƒwj– + o°Uôž;úà5I´a•X†n¤Ĝ\ÜĜçŒĊĝ‡IŞ BˆYu”T’ĉÖ#ż8[6iQQñ!AŜA¨‘k_amÎŜĜÌf3zhW@L¢xLeyĵʒD[B\ßqoMÏù|:£§R- -Nc,K0ߓë|f3ĵ5FÂħŽQ]ñ”îÏ] ĥ÷;‹’~˜SŒ†yŽÊ ˘ċmżĜÌfäÜSaș7‘2ĝaQfeëqċì>ÖĈCO–i? oo(ccż7÷Ĉc1#£kIPÇġ$“Q³HA×;Ç# ²Jé%z‡zHAgXık›Ċ€ï˙Ìf*,5iĜ]nXÓ;š†˘à^6ĥĦkúzŽÛ–V7ĵ4K°%nJžxä˙Ŝ3…äGû +)BQA=Së’ÖւÇIíúâ3•ÏY*xdXX[Ş·²Ĝamğ1˜ÑEvĦKa”Táèµ–K0Vġßë„ùħlÑŒ ¨cqkܓܟLf3˘”ôZÑŬ$Ğ;Êd]J|÷ ^À€E¸ïŞ&ĝ %è*Çİò ŝoaÀ8Ìf2ž–4Lµ9 %Ô)“Iˆ·—­ħĥĝ_(zfè°S!ĵ"E$çn1˜ÌT›HòĴÉ—áµ™ó´†àôöIJP³µxžp³Hm›qÈc1˜­ĊGš ÖYÊĦ•t– ‚,7°6ż8şŞ*Š“§K(ď˜\qŒĈby0TñĦUNWQM%4“<‹([Ħ$ó·‡ÓĊ$z$dÔdqŞüŽüsŒĈaG6a&ÓÀ꧒šž¨ħ°a"É moL+Ğ™¤H&ÒP˙‹yI#ż3Šf‹hš,ž ùžŽxÁ1é‘ÊħUkpmmÏüâYr§ ™¤´PŬŠ:ê ĵÚŜÜc1˜×’)$\´Äï#Ó"IÔgP:š׏ÈÛQ× –‚*¨‡D‚Ĉx=Ž3Œ1ƒc šşˆŜ3N>°›éMûïôÀ1ÔÀiÙŜ’Ħœ†v–ĝÌf 5Ìq˘)òè¤ĝt҉xô1ŒŸİzwÛDÉ ­H’B:‚òHµß׌ĈòÊCqTĜ~a!†62Ċ]ZmsÁûs„”µĊê!ŒӎF!0ıâà_żôĈc1şg<ĥY*r(+…–d2Û_½ĝüğöà)<4ĥAS34ÂMJ#bŞ ñsÉ\f3uÖ,2hc‚Ĥh1Żĉ{‘Àü#F²ÌYš@tĴïsúr=1˜ÌKكw°)f‚Jfi#'Q€ık߸ĜœsI P£vŠ{,÷żÊyüçŒĈa#=Ë&dyħyž$vĈà-~~ÓC,ÓE‘´•bY akŽŝĝÌf-›$İ~ö—˘cÈ!Sßk’/éĥ$ƒÄ°eM”×Sħ5qĜ<;nÀŜ÷<[ë3‹àÌĠ•i…Ë$ô•¨Ğ$ßrY­żĥç™{äĤ ĊşÁ+ÛaaŒĈbù˘İ˙ŭéĜ%4N´Úµ‹n7ßkXßq%\·.Ÿ2èÔR‰ÏöÛkŸLf3Ñ4–˘,ÊA§B“wò¨auŽkKcşVŠš€V eMJ:6Mˆ÷ö3‡‰3y…OĊÊ´î^2°toáÜÚÜoa€óGŽ’\ët•mrnÛ¨ĉçġ˙ĵf3 0˜š Âġ'AxĠ ½É=ż– ‰Èzz(ËGŒtş1VıúïŒĈ`ĝ2ŽË-y-G+HÊÖ7°çë„ġrUG ĤÈRא\ ÓŒĈb›m+-üÓÔ¸aYc[ùAµÁ÷;ËO<ħËHÉ#^fcıÚäĜ\z ĥú1˜‡²#Ħ–°§HĠtĥĞ ôâûóéc†˘h4kĤF&×äèvçŒÚ&ŜĤ(hVĥ–W‹Èu€Kqr}í€ĤĞ–xĊCŞ.§•AÙMğúÜ_Œô‡–<§=,¸ÔMçóoaż·L0šBjİQŠ–%îlv½ħ˜Ì&ñfô”Ni)bĞĤ($”M˜€HmEñşĴ·B°ŠAĤ;‰çnŜßLf3¸/·dH†šsUOpu½ln{\^Ü°½e†HQeˆşÊĊIâÜ+ŭ;1˜ÊŬ JŽ•Ö§˙P\~'ĝ{íÎŜSùà”)Š8ÒŞU’#-sċĥ3ŠŠ´ZK­‹óĊËiMıĤÔ·S!ŝıç\ĉŻ§9ž%²/Q@$‘¤nwïéÛŒĊĊ"b“NÏ.Î|E^3IX?M‹ùŠw<xÀĝÇ8óÇ:ßN›2Üwß·|f3„!Ñ/*í_QPċŒŒ²Ö×ġúàşYú…Kr/ïŒĈcv–„žHA#‰x!·½ħÄa,É÷ÚŒÈ){!{oˆ]ʛ&Ü1˜¤ Ù$\îqĦ)Kí{v÷Ĉc0„‡f<›´ |×°żŒÀ#N<ŒÄ›ŭpm%‘µJl„_ÊwâçŒÄËĝƒ –$B…EŜĜĈħŝf"Ğ;c1˜ÀxFéҒÛmĥ9,tŜûX1˜Ħ›ë4Ò `·UĥÂÜcKkk<œf3‘Ŭ×{¨$Yħ1&•ECÁUùoíéŒĈa<´Î*ä(…÷>ĜäÀG`=ŭħ˜Ì2N4ùl6[œuċa`-3†2#şÛ6ŒN .—&ö˜Ìfƒ:,tkj6ĝċ#m‰ÛoËŒÂ1@Èošŭ¸Û;ĞacÎ3€ ”“ŝa`(l1˜Ì!xs!$~n3Œ ?6ż|f3 ܑ@v6\n$RêĦmŜ÷3„4o¨T€yÜ{'1ı%¸żlf3 h9{ߞq)‘ġ0{ßËÓŒÀÀW’ööÄŞŜVé'HüŒf3èé“DO0@Š£ħJÌ(è"ĞXÑ%{…,ÛŒÇ4šœkäӏĝHĴÍ)&mF÷#22ĜĜXö3ŽÄfcµÀ?Ä;€ĉ×Ûmû˙–Ĉc0ü*Ŭ‘Y|·‹Üm²Ác1˜cgê×µżÏ|tä:2„Mżc1˜CL"7SM¨‚@íaíŭñĤ8 ìߌÂcdbRÎâö$\c£WY[ħߝ‡ÛŒO˙Ùvisionegg-1.2.1/VisionEgg/data/spiral.png0000755000076500000240000005435211224565530017513 0ustar astrawstaff‰PNG  IHDRx~ˆÄğgAMAŻÈ7ŠétEXtSoftwareAdobe ImageReadyqÉe<X|IDATxÚb`£`‚˙˙˙Ûñü˙˜à=T<ˆùGCj e@£hŒ¤B]ˆëĝŝâÁy¨ŭÑC (#Ħ`µĈ×˙§܇ĥîŭG[÷£`(€E£`¸êú@ÜrĦUù žÁhˆ‚Áh‚áT¨óC[ëç˙Ó܇V(£C9£`€E£`8ì¸&L ܇ĥìG‡qFÁ€€b ‚Q0D u°H+ b§.aFFĈƒ£ħ6 è h‚ĦV°ƒ†`ö˙zàüèÒËQ@o@£-ĝQ0 u¸vħÀ÷Î ŜÄ€­ú‹£ħ; h h´€ƒµPµt Ĝ`˜zó´ _8£€ €F ĝQ0Ĝ vhK=ayÔŞ_-ìŽĤ‚Q@-@£ü( …úP™08À™”mĠŠ@£` öxhĦî0à(lFWߌJ@£€Ŝ…úpš0W‹a´ ä€-àG= uĜ„)¨`W ² ú‚Ñ•7£€@£ü( eÁî-ĜFCƒj`´E?:; €-àGµ uyÄÌhk}´ h´€Ô(ÔùKFC„n´ĵrdyċÇÑàè €F ĝQ@IÁ>:a:Z‚A h´€ä´ÖF'L#xÀĥ]C? À €F ĝQ@lÁ>:a:´ úÑ5ô£€ €F ĝQ€ŻP0Ú`´E?:l3B@£½P‡M˜‚ vƒÑm͏‚Ħ h´€°‚Ŭž1ƒoÂô”„ĝZ€< ˘S*¤žƒh,ĥĉGi €F ĝ‘]¨Ë#µÖ jŒB|°Ĵ·†şVè@+$öhŻc´5?   €F ĝ‘U ëC @hfż03;´7b€†GÁhk~Ä€-à‡wëV¸9 ê Ì½a¤eîÑB´5?@Ğs@*ĵ R°Ë$ŒT5ZèĥĉG Ñ~hL°•.x Ĥ –úèĤòÂu$íÎmÍS@£hè>ò@œÄç˙÷ĦjäGCŒ*aîÄŭp  Zɍ‚ah ŭBŭ=χ7ŒÚĊ…>´™ŬÚ"fìstÂtĝUêó‰ĴÔû¸üèäë4ŠG+ntÂtd ßäƒá›ĝÑĜ: €Fm221°÷G'LGlñâ7ŭ£ħ84@"úwĊG'LGÁpY?Úü €Fċ™ÔžˆÖlÂt4CŒ|½Ħ8ù::.?ˆ@"ò3d<aĜ„éh¤ĥè‡Úäëè˘€A h‘×ÒÂ×Ŝ?:a: è+|@"â3‚}tÂtŞ ż?Zȏr@"™ÌO&0ôHƒñCh"v´D €FéŬäó£Ĥ£`Ò#1ƒ£…ü(@4Š03ĥ‰Ñ ÓQ0˜ úù£…ü( (ÂßBÚ?šPGÁ nˆì-äG>@£WöA2 (!60@î1}À€¸ôáh萎 ìš;(­À€¸–Xpr—,2xĊFï–E ó|hÚĴ× &Œ^9p €Gxĉ­ß]:l-ÔAw˜nM˜½ÄŬŻPl@AN-p­B‘•´b]À0x/ -äˆ,àĦË'@ &Xk}ôVyÔÂÜİPW˘Ŝy­@À…á~İ4ô‚Ž†ÑB~À@¨Zx@ Ĵ #½Ğ­è  ôlÓ³ĠF·a¸AŜš-äé h¤ò#y\şfıu.0šÀC;è…ŝÇ!Ïü–|Áh!?²@N²˙K´@-‰`x(ö9Ĥƒ°W6ZÈÓ h? {)ÂV°ÊÀ¤ÂŝáL J4ߔ0Zȏ<@£ü(ÔġĦT Œ†ÍÀÄjЇC,ĝCŬ>Xzq Ħ1‡Ñ%Ż´4ZÀŬBŬİ>:ô2ZĜۚ?0ˆ B^atí@CŻ^0ğÛ£…=dUÖÂ!†ې hRÛp4 Ñh?4 öxhÁ>:ü2¸Áhá9èwA²5ó JM>Ô4ZÀŜ (me öÑ!˜Ħ0 ò½†‚AâœÑIW€-à_Ĥ³‡ê£Ħ1,ÀhAżqĤ7}¨C#Â`0Tˆ aĴá2/@L£ùoPd2ĝŻÌ6Z¸àÄ —Ĉ şĞĦ*ȍCe8HnEK.‰ €F ĝ-ĜÁgÏ3 N°T •a  qüz,ġ )è‘ ùìhe8a#0\.ô Ñ~` vmQ‚=atŒ}$P\7À úATÈbG†“-$˜0ÀnĜ0Ü@@£ctnħC3wÂhhŒ(UòƒiŒzĈü@p 0™8€a.uêgWhOŸÄ2˜ƒ€jIš‡òÙ𠨊ZɁ ĝÀĦœ¨h´€§}Á^À0şÔq@ úƒ ŭô ›;ÎÚÛ~µÈŜ#@£Àô=ğ^é>b[żŠC1áhOy"]ƒ¸éRM·›‘ •+RNŞ r;˙ò ´e@ïĦè>•†!z”@”Eŝ`ä˜V™ì2 ËÈ €âşÂĦ<á½ZĜ| °ÈB4'Q8içÀ@U0”€-àÉoµo`Ŝ§;>€úñ´ ?8ŒâOİ°a…!7 '\ÈÓ}U tN ”F€v7„@£ˆôÈÎâ÷˙‡'XġŸü‹SY@ŝ@ÜÄç‡P|Ġ`˜ĊŸïÓûèÑ˙Ħù~Ha@£ˆ„V;èxaV ß‡jŝ£1Œ×ùC¤°??P2h|z€üÜ?éa@ìĤ("µ2\ZíûĦ…—ŝhÌ›Âŝŭ@-§ÀBŜžÎŝDŽ˙!Ó QD¸ë~˜êƒî¨Ú!\ĜßÄClü#¤§ëP ڐÔüĦ’fháŽP˙!Ŝj~mm&}èCw°‘² N?ŭÇ?=r@˘á×jß?ğGèŜŭAVıë@ˆÊΎ~œ?ÔZñ4ŠP#~wżG[ëC£×· :û_ †jèżÈ`y(BD^˙hk}PħĦ0Xzñtö{ŝp^.ŠÖKİìi €F3#¤k9Ԗ?Îm­‰´%?€ĞLrYá@ĝYŸN~ëˆŜı €F3àÚĜ²´`²él {ˆóéè_ŝÈWûhjP÷ h$g:ŭ!´Jf˙èĴŭ°)è²·xž^ĈPżÒ;ÙÓÉoçé]ħ h¤f´ĝт} `úóÀÉüótÎŽXĉmŻ €Fbĉ “İ÷Gğ~>‚†1ê¨ùžŽ…|ŭp›TŝztÁ ^2 @#-CÍ-Ĝ‡L\ُżÊŠ›÷ôjyÒÙ÷ÀOƒö2€b)äLçÁzĵ/è2Q¤‡iĝƒZ‹ Há/€$ĈÍÄ Q°ğ€$~a¨Û ­0÷èbşÜw Íèè7š_ÎñóÈä‚Á˜hĜ˙ŝfxB`@/p aAn€V¨8€Vĝƒ ŝ‹ƒ< é}‰ ½ yĜĊôèqĊ¨ċŽT<Œ×úp/ÜñJşï4¤ÁB>´Ğ:”–š˙8÷^†-½wTÓeu çżêéàŸùulħ €†sáž?ˆ ™ġ˙‡Ĝ6ç˙ˆK1ĉ˙šÇ9Z­T?˜2èúŸ‰´ŸN~şONJœŸĈŝA_ż~°ċ[€…ûüAÜzôBáh-ĝÎ˙Y`ŭ`™ìĤsCe>üCϓôhĊßÌK&h´pmµcˀë˙ßk I­çtËÚRAŝR ĠyhËúâHVq­à?  †½-Ä4Z¸S€2œ`*ÜĦ­‹û ôß%9’h³K¨°úO§³úĦĥ   Zúk ŭ~›şh菏XÊĦ€Á0htXf-É"§`E0@—‚ŝ?}Î^ï§ħèħBè>ŭà?×ÄháNqĜĝт}à*˙Óg—(­ĝÓíötŠ ÇJ ċ@1 ĊÂ} Ë<€É,,ûèPÌ  Ħ› ´.\€i0‘Ĉùb­z$@·¤Sž. -JĞ~ @ İ~î ħOƒ>ĵj´`/ŝÓĝÊEh!OĞBŒĤñ ô‹w ñ°zÙ4à4dVÑ ²Â}43 dxÈCa€Ĝ°ÓħİQÀR‰9àF*Ì&pu -ó ÍÒ>t9cî…4̗ %’°T?íȄ@C˘€˙OߣF „’Nè0 Ŝ#qġx>0 áK“sÛĦ•Ÿê‘Ċƒ,ĵ@ÓÒÁ!XXÒ$iÙ$M ].P%‚Üà Uh(îƒċrì÷#ìLJ·ġχé²ôdŬœ4XvöÓŻói˜䇘›é²ÓşŞ‰n+€ì…;˙ )ŜdAġqç`ŜÑ ;c]~ˆ1èJ—LgçiX`Òê`Żŭ4rŻ<Â{?ÓÔzz-Ï$h°gù£…;Ŭ/ :“üėfPP‘ú˙¸;Rŭiä'ZU^ŝC8ßËÓ0ĦŻ‰°<@ƒ9³ċäš1ûYĦ~ړéšéŬ²ïB…ü}ZĴñ§S+žÖ›·‡•ó*`Í\ö#ĵp·˙?xƒ‰?‚Ó£>´²Wœì§vÁùŸvGôöÓ(ÌiŬŠO4ƒìŝ;| €cf’…Û@îƒċŞÁAsĞÑ ³ß?Ó ,èÓ¨ʓ­úôÂh0v‹ÏÄÂŭ?}/tÀĉ&F˘{YûéiàîĦ2áJëü@ëÉÖûô¨L€l™fŝ-ÜċAĊ6Z°Ŝ‚žÚ…<-VdċÓ(_ ċÉVäŜĝ€>@ƒ)£äÂ} ÇÛäŠт~Pòûi–h1áJëF_> ÓzE÷|@ƒik$îù£û°,èiµĴµžÊ…µë‡`Ù@ëa䊔î%h°ŒğżI…;ÔÏëÈż£;}ⷞFñ7ŸŠîô§ûìiž´ä§aZˆ§EM, ĈAç@×!Ħ•É‚ó .èÓ/ñŠ ˆ³c1.’{€Ä‡uÀ€8ëĉÁ@Ŝkı$T6šj~A—9RóÊ@·9Rğ§Ë€z µèŠÍ4L× t >hO =Ó @ tĤèIĠxzgĝè­ĵL-ŝ#v‹ÖCğŻô˜\ŜMkù!z_’Oƒx§fKŝü`nĊ˙Ç<ßeöŠ”st?ĥ €2£ÇôŞ‘P¸ŻèáèXo<4‘ĤƒÒ@né§×¸(4¨=,WOE·Q3mî§a!I“FŜ &Zh 3ŭ@Žğïĉ…ûŭœ&èù˙‡ÖĠt9,cóñ4(„c+ŜžĈñŻOxż?­4PÀúÌÈ÷éY‹@á^?@qJïíü´nŬÇÓ*@ Ó÷ƒ­0òÒÉŭ4,$‡\ù8WŠù €Şu7"VÌıpˆĠ@°Bŭŝ˙á hvÏênn£JÜ˙§ŝĈ"j·âëiYİÓaԂ&KIñ€ˆ ĥláùÓı"²‡S1rŝ˙Èç˙S³5§ Ê%T.D×Ó¨¤ ġÜyZ÷£€˘w?Ğfêé\Ò ôÓÙ_÷˙lpŸ}<+!~*T:÷kĦIáŬxçŸ|zT$È €èY¸Û`Ĥœ? wš\#׏ì´-èݘnÖSÁ-ŝƒ5ïÑ8­§C^˘ëH@Ñshf  Š[5ƒ°p?˙ŸöŬIXÁŝ~´,§OAOĊôO·Ps•ڭxZÉ÷t(#ÖÓs4 €èUÀÔÍDï˙Óİ;ôŸ~çȩ́u…-hF vÒçA¨1nO…°§8ŬS9=ÏBċ‰?óĝ>z•½ÄH‚²m| ]Ž!€f&hlU? iW´ĜZO ĝ€”~>àIK ˆ£ Ùôvk0Ž&R!P˜ž.ŬaHiAÊ@c @á˘tÏGj’@jâp…4./îíP¤G‚ z´ljµE=üGŻKJâiì‡ŝAî˙8N@ŸJ~³‡šÙ˙Ÿ>71Áü˘Oi!O…–|?ÒĊûÁ–~˙Óöè‚ŭt(3úé5²@´öHŭçéèÇŭCĵpˆá˜÷°ħÈ˙°³ZxĈCŬ~°62¨4Lb?Hòú!’ïŜÓ)ŭÑe˘ €h:l1€­A}:ùqŝP])ŸŭtŒ“û–‹ŝ LĞŝ˙i·ak?%s&T˜x}OĦŭÔlĊËS1Îhy—‚<Ò] ĦŜ²ÈĦ™x:îú4,ŜäB@ëj>•ç<%a@…Vô| „ZwùTŽ§!9ÑJÏ €hĉĝá<4óŸökúiY¸ÓcĴ}ŝ˙!~¨´ċšOĊV=E½1*ôí)°›Z½ñûTŽ#Z5RêéTFÒ<­şŝµÄNŸŝ£ġù24)Ü˙ÓŝboĜı-n—ŜêŜ·ZO;(‰żŭ†ÁüÁ–Gi8DşŸNiŠĉ0h(ŽKd­Kë [´*Üi9$s˙˙ıš)İQIΧ ŭQb<~§V+žš•j˜ô>ÒÍ'th¸LĴÒkhf˙,ÜûièŜ|†ŝSçLr y} +cJ&\İÑx{OĊx ċrIZo&ä§ġ 9 áÒz§ÇL=ŭàOƒDĞĝèÈ;´!aËÓÑ”^Ċ7Ÿ{bˆÈ~°u;ÚÓ!ŭ€MÏż áz§Ç ­! Ċ1´´Hĝû˙Óo ŞŭÔ JûÉtïŝ˙H÷ħÂı r yr{“c@^ìz*†˙.W`š5Jh¨·Ŝé54CËÉÉŝ!P¸ß§ċÒħ˙ôż·v+5[’ġô,ä)\Ì0ŸRcÜû=•´ëéPÀ*Kš uPo½Ó£EËĦj¤Oƒ’&14“˙p\²ŝ?è£0üçÓı°•§ 1ĜVÓ ÉĈ#RO3ğh(·Ŝûéà/ZÍPġ˙Ô_Iġ]´ƒĴPÇWĜS²fœ’ıx2ì[OŻ … v"jnz˘Iz˘s‘&CŸ4T[ïï˙Óg–ûŝ-Ü÷˙§îĥrŭ˙{›ıRd·ê)èùٓ‘NßÓ3ŭ§Î… Ô‡§Ġ-Oöt,àiÒ` Á¸=BËċ…úƒ¸pŻ§˘Ûâ˙ܑԌŻz ü˙žÖ郂ʄ’5§ı!0ŒšO2&žóÈ €ëĦ–˙ö5'öäİX¸ż§V‹~÷˙/pŸÌ!r*`’{xd†÷{ â˜=2j7Ċy=ËŞ/d & ġ7 @½Ò@­‹puyÔżèöTt'èÒj\2şDèĥƒTèM€ĥy`˜ 7h @ŝYí‘]0A/œq`€\zA,0 # ’“ŝ“żD—yāJqCĞ …èœĈ¨m @1R™íĦ™žà­oBŽ Âí Ĥ>RÁü°7 báŝ‘÷ÈC ˜ZĈ=Ô­ĝdN¤‚D€Já…Üh$òc ŭ–ĤRÊĠ^yê?dK?%ù ŬŽTÊ·´˜šûHp·5°D‰bl5žĈ~˘ċ 5ÇŬİ5ïħž Kó˙Óĉœĝ… Tžĥ‡šKË>H:˜Œá’&B)Hżŝd†%5ĉİĝqyDCÇhZĈP{§ÇşÔûƒ},ŠĞQ(=#œŸÊì°Ó(ŭ˙Óñ¨}ó),ìóI,äiĥڄÌ8™?€ċ€˙ Ë(ó.tHçiYÎPj½ÓzÉRü`Ż˜¨¸Z Ÿ <µZíë˙’ëË i€ĉ•ÈHkŝ4Ĵ@(lŸ˙4şƒb€ÊRŞ-Q ĦÒzßOc?ÑjÍû{jE}>…áÔOp´Cšœ–~b{$ĥ8IŞ!§ĉOĊŠîy›VċÒT[@£­wš£§bô~îçİP°×3 Ÿĵ{kÏ[q‘hv= WÚ BŜıOĊ<2¨çÎHHT rüpl½Ód’pUŞë)°ŸÒ3nŜ˙§ñ P7ÚÓ˘WŸôuŭD­c'ħçHRoŒ)Y;[İÑrĤb<Ñ"Óşq9Ÿ–ö@̚ĥ”~˘ÚQ T[$ûh„˙”OBZÂVÀÌ'ĦÒ{˙qdpŭÊΙݧA!OJ9ŸFn¨Ç9Xò8Fjô€*ݎıOçÂ}>ŭCĞ µ&Žô¸p§°’³§˙ö ˜Vgۓ<@bkžĜBž”F†< "İóú*Xŭq_?@5"†Jżï¨p_˙Ÿ²ü˙ô½¸ŭ<´§ÄOBÜ›vÎS9ד–óI ˆ‡§Vƒhŝ0*àİ2‡@¤U@çFFĈ‡4 XPë’;Vİu”ÂÊ·ûhÂZ@†} v’b/´€‹‡† ižÛÄ  áŭ˜!%ß@~d îxB=QhX§$4|6™/H¨ŝÔh6è}\J\Sj@ ôPÍğmtîÎQkɗ˙@µ<(hıŸ'§ÇġŸĵé2aÚOïtK§ĵ=-xŠ–‘-şxƒ}i䠝i§ÂŞrÇOÏÓ²p˙OŝFİó˙İp6Cbñ$¸o> y}*U„ú4Jóù4*¨h:ç6Œ x²ËD€"&ñÓĜÓ00i1YL•ġŞTHœçéXáĊ“è/R[û˙ÀN>¨[÷YñSĤçİ”ïú‰ôİçó ŭÖÒòj0d@„Ĉàé=öŝ€JĜôôÏ*-‹\@ożA jRġ%ŭğHóóHğä¤Ö:Ĥ‚L#ON²zÁC1e8ġ<…|ñ`|•$4=“HWR€™s? ĊE´äöpˆPFĦ÷*Z_rû~ĥŜ)íŜö“a'9G²Už”žÁ}R d¨ûó˙#Ž-xODĞv‰ˆ>ĉó/8[òD„ï}*µˆġi‘öÉLǃa˜s8ĥàÁsPä˜@„2½—¤ÑrĴ5žnžOwQzĜÉáFĉRLZí ì'aɟŭêír…_0BáBž²½x*4°ò‰ ğŭ$†9­÷A˜d-> ‘4ıJ‹óLäéÁŻdÚIꊇó˙İżîú=‰-iZö&ï Ç˙„JžOfş#Ԋ'f]÷y3rVcíè‚ô?ġ70Ĥžä€˘UĞ’ O@¤ĊìúúAÎûÉ°“ÔžÙû˙Ô_­A°Â@*Ĝé™qôP÷ì'5ó‘öU,Tih‘ÈYI³~ç‡qOòB €bÁ3yCÏ3.022^j“ĞT0£€Âp&gİ“ı ÄÄ ´KL8ƒ6F%1ù;Ä°ıèğ€cÂ4q¨À€sHn~? ŭ ÀsÄÏ @ıèaš¸Š/À6 ñ…¸& z/0Ŝ|’HDĝ4ħGN>f ×ù)ĝbHM ’â7PeNÊ]D‹š˜. $ĥ’İ ¨uv%ä,e#u+w?•Í%´†\ŝ?içĵƒ†šHş¤û?bŬ;Ħħü÷xZóçIID,ϕ§°…WO¤ßÏÓ²ċJáp#µZCm’u?-ò$ ½‰~“ÔĤI…D…I_RÏ1—'q¸ŝê^XAh§?‘î£Ú%ŬH…ŭ}R*%còġd _ġS8¤ĥŸ… ½ ĝ˙£ Ë'J6“5@LTkúá} ÏP½ è=@Ĉ- $¨}@ä93Ä S%à:ši É ûZ8· ÙÎh€bÌóà/à–<iW-tı£ġ[çĦ—:è@ĝΘqÀS!³Ä‘˜ċv~^Ì´Ö u9@¤´Şhhııi°Ïĵâ­wbV˙ԓİkĞÚ2ĵO`¨ĊŸÄpÉÇa&ÊĠƒ8ZòûħT>ï‰ Oŝ·§ 7:ŸHżÓrÖplÁçÓ°Œ˘tA Áĝ j>²_¨½£mŭGè}2ì›OMó˙·óö<™Â_XO`È 뉓ûX†ˆô ¸;žˆĊz+Ŭ| ĉmöÓ ´-àiz|y=…n#¸˙ €˜#‡ğW0à@5µw´Qcx&€^ö“ħr†˜ĦbvŜ&àŞ O€†‡t ­Ò8ҎP}#LÏÔ L÷ĦcȐ¤Š¤V€ġobEÔĠ3!y¨šƒ ˜Ğk Ûê›,4ñtûh¨`0 9P+ߏ$@0­‡4¨²–“ŒˆĤĊċğ=<#O0 Vë}>XÏşÁÓûÈÇâz2öœˆw˜ €˜&šè@-§AQ³ÙzĤô2ha@n ççOrN 5ZïpÙ -(pġ^Ïoâ XÌ7@^SU÷ê~4µP/ċ.€ò‘{Ž°‹;@•?t‚ÙMš^?b 't7bëm8jç¨PPcXaˆù™îĊ›Ïˆ˜qAZší^ŭO›³g¨q4%Ĝù$ÚEÊò+‚kj‰l½›X½Ol:À1O>&Ώ#<çıœË$ëy˜XĈŭíñ´Òċ ä£ŭ¤ÌĊP2Cƒ<ݽFJZÔ¸²ŻžÊùžÖó„ÔXî‹w3@1àH´´œ™Ĥ…_ĝ¸Ò!5£‘Òġ›O…0ĊYIà*Âóûöl…ûy,ëĜÑWÔ˙Çĵéi?4lâ‘ÌêÇĉ&4ñŭxÂ"ŸPeFJLɵ x:°Ô(àçS9ßÓz“µµàl€5Z—´_ŜCż–2­VÏÄÓÓ~1—nœ'7sâqK=‘-šx…{=Z!HlĞè=ĴpF{?cÌŬGe½ŸˆB†Ÿ„‚–”°ùTÈgû[Ŝ§boŠ,wµk˘&ĥF‡ghg?‰• 1“ĞöäVĜxÜrŸÈ!ˆ~M<ž!›ġPûчPâÑÔî‡ê÷GŻ4Ü?W|ъµ'!sÛÓŞ€'5ı€µ§B>£öÒèú!RÀlÓpZI£I*j¸—’ lR—g’²“˜CËMX/À3Ü@‚ĝ,‘ H™Ħ-~A;eBö$o€N^ÁÜŬ-xöC'AaŠÔÀvĊ`@쀅鑇Nş~À‡\'Äñ¤)ùƒŜŝĝ0Hó?­ wjŻŻÇšOˆ‰aIż| ôöhĉ§dġÌG†1q@ŽĴ€#L˘·ôħ¨m@Z2ĞMıp7@*ôĦn~-°d„Pı¤BTQ52 V¸Àì[2%zá'@ċ‚j04œÈñÙ,7şŭ§ÍCİ1Šµ€ (àiÙ2p„ì@/ûIĴLŞĵ k¸T€IlùO ˘E~&δJŻİr1@²o´>Z@%@ċ7 µÒÄ/@Ġ‚{ĵÍŭËy@„âX ùCar2FRëFî5À6Ÿ@L4nQc+T>Ħ@£FeD·ž­w ÌÀĠò_€QÀUàciŬ@Ċó‘ÜW­@Ċ6@í€Ĉaâàħ P\-X6@Ù`=(Ôb×GĞÀh>”‰'*à?P9}”ö)r FO‹¸y@¨ĤE…„Ѩ z4k½C'Ó¨ÉCŞÏ@Úĝû*˜·Ä–?ĥ [†p‡f6@/ħĉGŞ@'lND£‡mp‚ Ŭ$ ùġ”?qaITŸ4@˄HȔè\P*o‘êfv;µ LŠ‡g €ÇÈŻÄġ½ ù C)ÀÈ8š—š•MÇß í$ŝOĝ¸e|3$ ÏàjáCŬ`€ER¸6@Ö /€ĤçH…8rÁ+€ÔÊo@jÍ/@JGZͤvD¤ ~2 U:ç‘ tÌԘ· vŽ–QZ`Ĥ€~4@1‘],-âÑáÜ­fjší@Aĝ8c/Ž\ pŝ*ܤÖûA¤Ö|TNݞ5Çİp˙;€T8|  } QŜ€C¨œG1˙ ĈüP*Ğp6˜ı€§Çì˙è+íì7 ²Ùä˜mMckù? rxĉ"ù Hĉ UHC;°Öxb̨› îV€Š} ²H¨%_¸aY!˘@ƒ<1yK„İ”´ ? ÓüOq<P.š &hd~¤C+ŝ'XİÁCm‚•ÚŬo2Í0 A½5XÂ9L ġÙÈû¤ş’8ê–€ÇÒĊ~€'ó> !ƒ?ÀQiê‘·­ˆ²§aÚ£(­Sa(”CCj8W €˜pt‡Tëŭ?mn†:@Ħ›ä)¨İÉİ Iħëá*¸ÌĒiÑÇĊa­L$y,- H½RâW@ ĝHj. ı–°F/\È7ıa:(†g(²Ë3g) Ç ´ B›JˆháËD^8&àêò#Ċ‡Z &p@ŠhO€é\@ K/˘—pËÑ4?‘îHlÉP!o)0ŭ9 pı0{ïôlŒb¤èN쇄~é6-[ñCİËCDG·žÄDCÂàâì qú2 kĦ_€Ò ö Ñ°B˘1a Ë P|'´ǘÀS ²ò$gҚ”ôâ@ôï0ÀċÂ`\`1P3 Èé €F xÚı•’ŝ íz@ó>šÙ)g%1Ŝ †l ùù’:Äx}”†í~İ›ŬLĞ&`i½£ Xz:è½R U"ŻŸ<@Ä ħyäÇ X žÂĦá0ڀ·€ &,Ŭ`ZÄ´Ŝ4àÀ0ĝ€-—żÑ³²ŝ@FœÂ*Z‰À é(½İ€ħÑ V ÖÊO@*Ĵa5Ĵ5İ‚j@n!ß Ë€gM?<ĈĦÍfˆ/ĤYëÂöĈşŬŝ—ARÀƒÖÄÛ ‰ 4hɏ¨ V( dÙĜ&joi§f,@dÜ8 .V;”żZ@#Ü°ë £ P³`Ë'Áj óQç‘܃|<²~ä€PĦç6|­fBqA(IûœÏ¨V/ @ş§Y+ €˜ÈL0ƒİË3 7ıÓ""iĵù­â“ÄĠ„Üñ‡ÙÈâखw´[€VÈ;@ċ@÷ş22 Ž5@iıCOݜπzBċE¨ŭè­÷‡H­wôÛ1Ê ¤Ò8zääWRÒâzs†Áı‚†ÖÇİ–Âċ# Zhè jH§ñâjA2LIÑ÷Ä4c€P@êu"·˘ Zċ°Ĵ t}z™Ċ(_‰>mı' Ò°c‰7 U¤èŒ70àߑ Ëܸ ĝ dĥŽıŝĜ­§ĤEZJ-x:ç ÄDZ| Ma 7^úîƒ8L H½˜\ÒĊ Ù(?ʇMĥ:@ŭÀ€ŸġĦüÔµô “%‘ `ôËF`cïúXZï°4pĝ™œ S°V"¸şé´jQSx×Á*ܵ@‹ N´m w €˜p´`72PñèJó§ó́Aè&ŞÙG¸ ´"@rçCôá[ZA:r>R!˙ŞĉârX%ĉ=?ŝR+ü´ào„]ˆVH6ÀYƒĥì`ñW ­÷x /Bí 1C<¤V¤ô0¨9DmûqU:´ÌtÌ_à  €%Ž~j]HÖ2µ/ÚŬO7ÑġvyjÇ%÷g’rg$Ħ°Çr‰³<ĴÀÄvq8Z¸Ż‡üPqB÷ŸGğà[ËŸó ¸×eâëIMkDÜ;Ÿˆx$ċ~Ŝód¤ğû¤s}*ä³ûTÎûŭ´ìĠ˙§/û €vż¨dÑŭ!VÀ׏4)àí‰É  ¨~ ó° ­½Vhƒ2Y>4~`Ĝíbn~›z" ÷ŭ$fl}a(OKŞIÌù¤Ï d™@Ċò ĝÓ°œê§sö @r5n)ßOŝŭH.àImPİ€Ï'Co<‘­T}´ÂĵG*ÈùÑâ~>žÌtZ°ËʀôĜ í÷è™Gf}ŜKÁâF˘ZàDÌ÷‰ˆCyÓ?‰énŝ@ĥ”iP`§q9užž;Ì^€b˘ò˜Ü@€áv‹ó8Ĉ ë¤qxô]°ñm¨ò¸vĴÊBà’Ŭ ñêw?π8”,KúW@ĜjG–qw,+PàĞ Ĝ×ÍĈŜ Ÿ"⨀”ñp2VÏP2žLr…ÚÙ4;M—ĝÄTġ @Qğ@“1ŬGrחĈF¤v•iтżOnœ’2ŜŒ£›}Ÿˆ8ÖÇӒ[Ü…ó2VûÚ:•ÇâŽó8Ôëcñ[>)½Zzû‰ˆ?~{ĥŝ$Ĥ9˙Ñá’Ü›Oçáx@Ä8nŭ .ài1qÁ?Àĵŭ (à ı=SïI¨Lì ¤Áó† îc1CšÑĉ£µà÷CÍŻÇ1O€o’WáOfĜċS#}8DĝžŒôMI™0‡g¨’ïiX†’ à€"ĈqñtĞMH8j‡Ì ˜ĝ ü~2ĞÈÌşŸˆV<1+Zö“Û#ƒìùxZ˙çħe$ŝżĞ úñ=ıáNA뽞ŒpĦOáC~“T°ž†e? w”@Ñc"Ӟ†W?ZÀ“œ€ĝİdvŸëIPoO„›â‰lŸÇĠBÇRÈĈÑâê'£1ôŝ?žDĤ}"⎔Öí{2&W)Ésçݐ·h1<?”Ħ¤¤M€˘ÇŒùhO˘ĥùD†Ğ< ‚ó$´Èö9> 4Ž}Ë0 1g€ˆž>…á]ODĵ‘:'UOçĈ^>òÖPž™Oçe. €èQkÊÓ0ÖÒŝŝ/à)IHµ< öùcI‡ï‰ìÄ˙§^W~?.˙B{P„2q<…ClçiP˜Óz§d¸öŭêÌoQ{ıáy‚˙Ô_ĈMRe@4/´hxûiO×î"µ[mD:ġdŭ$¤/Œ1k<ġ˙ħ‡|¤f´ûÖ˘>pşOAáO¤ğôİg”ĥŜ)İ0çS!_ÙÓ @¤ċĦ> wŒ^/@Ñ|8d´€'ÔtO¤™ûÉ*¸Ob°žµï ô,ôĦzë˙cĤé˙ĜÙÊOÄĵĦÖ2Ħ1w~" Lb*dŝ˙¤/gëZ“Ğ´î ċC= xŒÊ €HqĴ<ž-àéRÀߧv-OdW˜ŸÌ¸‰'ÑÎx œŭ´˜ûĉŝ˙ĝkC¨p?OĊ¸Ş§uA0Zïò4(i½Ëŝ< xŒ4@´.P÷ŝ> ĝŭ4(à‰i-ù“ÙâğOFܞŒ!ŽóPwSŸŝ$Ì÷Ì'Pñ[¸Ÿ˙O܊'R‡È9T,~@ Úµ†iızFžÎ…;Ö<@´Žèġ#´€ßO瞤É5"Í$fÓÍ|Ù{2Zñŭ¤ y@í!&ĵ÷C û˙ĝWÉCĠÔC ubÇîñ‘X¸ż'rܝXó(*l)l°PtVR×öÓ§@¤˙j’ó"@‘4-ĴF xÒ×ħ’Ñş‘'ÂL{J3 Šç>…΂Úĝ §ĜO…t?öú$¸ÏŸ;ıi‹ÒmöÔ8ú#ž"­Ë&zŻžÁÎD뉎ĦVÀïîÚO‡ OĊDŞOÁA=…!BžĜ³ßİÖj"²²Œ§AܐZŜ'cb•Ò–óy*ċ§û4ˆ;Z}§sᎳĦ@Ld¸( >Ù$Ş'ödğD¨Áyj!ôv|f`+ Ħúp™ †ÛD!èDDML Ó#hs¨Û@§L&âğ5ĥچĝÓ 7Qì]1¸Í [X“qbäÊNk@i`C{3 TŽd„IaMçü3œˆÖ5êPkÁż§’ğêéé2†ÎˆŬ8CLKä=IEBC=ë)°>C#ö!J†a`÷ú¤L$ĥ<‰mıË“ÑŞžOFš²§0/¤yœ*“TœôĤio €h=0RÇàëéa´' G<…ñ”OAZğO˜5˙Ô[Ö˙Ç}²düòvË˙'m‡ġ{bí!sRġ<™é‰Òy ûAZXÒzeß|:îx²­~´€§Sĉ #,ìİhîy*¤} Ǜ÷˙§áĤ" öùdò4,Üߓ&T˜X?ˆ KZ.¤ĊjŠ&䈜1xĜé…á8xNB‚Ò1xrĈIbÇ቙s1ÀWa@Ó Ħq ¸Zš@ŭ0o[B ›Ö˙§áw8*Żùħù´‚ÂĠß>rÁË ġV bÌÇbW…iż€áJbx5BÌ €ú7ÌòÏF| ˆ‰0 O@  à†¤f~*ÇsòĝùžB~!´˙@D&;míĉÓbµ´µžíı\ ħ €@˙3ÑGAáŜ@(óİx(šXÒĉämZ—Yôž\%è€˘´;2ì†h¨4vhOïqµ˙ä],@ìÀ|j„‘Პ’ï°IRJ.˙§Òd­<‰ö’cß~2ŭIéâ}*ċkZĦNˑö˙éĤ%€b!×C ZhÁê_~;€]Ĵ ôv4>ĜúĊŬD"[ Ä´RA­tGn"uĊ ½Á{hИŸŒ|ENú!wĊ 5&ݵI0 Zğ4͐Éb€˘uAFë~ŭ .à÷Ó;A’ıƒNžÊfß'bm:ħkı‰=p˞F•=] v 8² w*Ġ÷˙İs0­VĦşʧwú"ÖmÄD˙ äÎÖÁĵ’‡R·9ÉN♘ĠA „şú%1]ZÈB…hèˆĦê pœƒüÚċÚHʐ´ÒÛOĉÈ^r†  …Ÿ…ŝN ÒpAġWĦ| Ñ2´“ĞDÚKkÎzԎë‰Ûĉ“iï}Zu­Iôµ„µŭIp'?l• ZS÷˙¸ù‰†C2°–ğ>™öĈSÁ˙ÔZó.O£ĝĦu˙Ÿŝ€èŜ@Q˓÷‡QàRk,‘ÒYġûdÚKÎ1ú$œÄV çiàŜùdŒgËCÓÉü˙Ô9´ê>th0ŸÒŒ OJ†)–ĦĈ޲í§Ó|Úŭ,ûhH*ŸˆÖcP´.àíq/?5ġòĥwϧQJìġ€óI,`í),Tí˙ş×Cq>Tµ 3jœz9Ÿ‚Â]˙?uĈşġq>ĤùDäµŜIò@1¸0[? ĝ˙Tt߀D&™­ y™OгÍ÷˙À£ (,(mġġS`?µ ÷|*Vv´hŸ§C\ÒğġNòA„DMÏî§ww‚†Ë“ôi&ô‡'g˜ĤžFëû˙Ä‘3oÑ? z*ìµàŝ“w%Mn˙i·ÌĠžĈñY˙Ÿŝ€äò €hŬ]ÙO{iüİäĥùşƒÜqx}Z·HĴĵˆĞ Û;˙?  @­§RĦzŝ?eıäîŠĊVaóÓ°ÌôÔ˙ĉP1²Â €híéĦZÀSk-<5ÖÇʓi79­Ċx /Rùz+(r3ŝ˙T¸h›Â|@Ê%ŬÄöRĝ)Ĵh¨U¸ëSħò£U!İO8ˆÖ;Ye@QÛóé=fôŸ6KᨵT’çY“;OÎ0Í}W`óI,(âZ-ìċiœċĦaAíá˘ÏŠ§˜;U‡=ŝÓncÚ|:TàCĤġ@Ôöĵ?­&,éœPîSÑ}ï˘²Ħ`O=>•52Ôŭ˙ˆċÔX…S5Vmó)ÍÔPwRĞ0Š§bž¨§aAHëÊĵ˙?ŭÙ­w€b¤ĊÌ2êI´<ä: ä@msnf¤’û@4² ıKT˜&¨ ´óOXû  ´“’”ˆ p&†ĞÊÙ½g@ƒ$;pìĉqĈHv*0P˙nPlàä`²ƒ”Žo3PoÇc)—´Ú@ĉÉ $¤ġtn7“”Ñ@Ñ£†޳ÙöTr_ü@µžŝ“żŒ´ŸD{È9Ŝu>™aùŝ˙÷İĠJĤòäċ|*ĉU~öxÖÓĦl›?”Zï @´|<ÂƒĞ(’§CâŸOf!Q?Œ ú÷TœÔç§r!4ŸÊyµŸ†aÈOçrmHŒ½=&>i½›Ġ°×œTjµÈÓ9|ÖÓİ2Ù˙ŸĵSċĦ…ÙP-èÏSy\[ŸÊ­óTΧñ4 K:”iq,5Ċe@Ñ*0âéXÀÓŞfŬOE7R£U•?Œ=‰öğ֚’³`‹Ŭ"û|j÷j˙S˙¸ÚġÔl9Ò°FóU3uxë €h ütŽš k½œûï˙'ŭp/r—ċQcI lŭù`kĠSċp2ùl˙`.0˙Sw™&Ċé“ #CŞġ@ôèÒc³Ó~2? *-ZcçĦfç˙§ŭ.Jy5hòİìNŝ˙´mùöÓĦ\Ñ ĈĠâ €i@ aj­)ÇW˜0ĉ–’ÖkŞ„(żùċ=Š”ŒĊ3·–´׀Ô[{¨/ ġà´jC™PZˆ°yÀ€X}œ(\ŻNJÉıñˆ·ndZHí^5 ö§ Ċƒ­×†C‡E è (Êè €èÒ²Â5íûAèFJN¤dèd?™vĈSĦulÏ0‚ÁÚ˙§{çÓ¸…ĞO‡0Ż Ö;U €èUÒ#B}b˘R—ġ>…nĜOï#• ¨ŭ#­ ‡†­†9îÓ"_ÒĦ`̧cıEo@ġ¨ˆ‰ô>&CÎöEĊċl”ž N÷‰-*ĤX˙^ôAâĜu<—}Ru${k$’  AĠz zVŝúlD U·p?•3/U&ġ°•Eö‘ħBžZñüáÔ˘˙Ożşù4Ìç´ûéX^  ‰˙ˆ&O54Žjnú ÖŽ8JOD¤¤ !{ŭñÊ/šĈĉš-G¤Cşġ˙OŸ3Nh2$C§1÷ó˙é³Ŝ]ŝ˙À-ĞIÜŬ1ì°§aàûS9CxOÉOJ.Ħ öÒÖ÷‚Ĉêô*LÖ˙§Ŭz|ZîïéUĝ à ÍÀD·a:uq‡ÄšÛ˙ƒä*´¤çSĦ’yO£BĤÈH›ħñê=-ÇuéÔó°§W5@…;M/ z%p{zL pbêŝ ÍëİPĵàB^ž-§óñíx:­èBŜXu€ Žŝ˙´kµóÓİp§Sù4C34­Àˆ‘Ž…üzFFĈ@ZÛÁ@ùċ¸€İ} Ôğô´á"%•/tÓ€â a^^i‡P@~~€†Aà1hŝcn”B§ €üU@Iš T¸Cí ġ  @?Òkhf€âĉ~ zĥâÏ˙§ŭuZ´ìfQ{+7µZvûİà–z*¸c>5 ˙s,ëpïiŬâŭOû¨Ò3àı š/T  ù 4l]ÀšMí~µÜEiĈ†@i"ÒBÔr†öò@éä( %-)Pû¸,=–thıƒÒa wP) 8K Ç5|DÏ|ŝ:ìÔ˘ñ˜§<ŬIÍÛÙ)>}ŽŠóİ>ôX>”Áü˙tĜôEÇ Hş,‡„ “`Ú˘[ €èŬ‚W $-[ñTkY@kojµâ ×”¸ç!•Z3 ÔX–m̓z Pżĥè!à4<@‡ĝ%Rk^ߐÓ)ĦòÁ­Z¤yŠżzY@ônĊS}É!;hy{Ì}d jĥ"ôİàĤùƒħ56Ú˘‡ÜŬJçîŭáÖr‡úíüĈ#]÷i½ xPÀ§ƒ=Cĉ’˙Ô=œi?•Ü4ŸŠ…’= *ĊĝΤt]'ŭŸÎg”ü§íé•]¸ÏÀ¸¤ûqDï~>=j1ŻÄ˜Oƒ‹š™)žŠ•ñ \„Öʜ? [ġç˙ÓàŠ?"Óâ|:û“ž…{ŝĈéû˙pH@Ñğ€Ï§Ç$ڟjÇOe÷ÖS9!ñS)³S³§ċvyXĞ~˙.ÔïC—ìéPŜ´˙OßMYô.Üí8~ó"^h M I4{äiYñ4( ¨Ù OĊp|OċLMë+í`Çô˙¸]¤ÄVÄëĦ•ğŝĉIù˙ôß{°žÎ…û@˜Ħ€¨‰VŞ’tžH9O÷ÖĈJˆ™==[3,Z¨Üzŝ˙Arr Ô-ô.ĝĉÓُôڜ5(‡fˆqìžC–pCÚ:Ħ­†^1 ĉvph‹ĉġ–n–c9P˙İsœ:ohĦĠ–z"ü£Ċ ÄŬÇJŠż>@ëŒ?ŝÄWi3@îÊ÷}£Tğ˜”ù8Úo°Ä€~Ŝ8P–@ȗO+jïêž÷B—Ä mŬ$PıÊÚbhĦ¸úk‡AkĴË>hşAö£eĜ*ğ ƒ}gâÚ^ÜMìu:ĉ§Aïgt@‘Ȑ'@i½&ž–ŬÏ÷´È€4ps?5 ?…éŭa½>xäğû4Dá?ŝÈċ4_HB, i!!gì!É´¸‘žKıü‡@!›|“-ŽİÚ`ÈÀı‡óŸƒ p§ë !| €*á!'8{ÚOˆÜO#wï§A+JžÊ…<-'ĉôìġĵrdŝ@rƒ p§Û TĀ¨8Ÿ³ê4ò@ö4p·ŝ`_ùC§Ġ £ŭ+ĜlÍ÷ (ÜİÚ[Ĥ JˆŝÔŜ˜3€‘NĞV|=- Ì!Xȏô„A~ìï˙Ó銽AZ¸şğUh ċ{zĴ‰§Qk˜­x~Òb“½2×ú˙t>—e·Ö˙ž RÎT%àè0 ÌċÍôòsÂ@ž†ˆÔ<0HÂyÈî @Ž°Œ/Óú:ż÷Cyⅆñ°Uü4˙˙ƒû"ŽQ@ç 5Êђ!wĈ @ †}#­Żóë§ÇÒ=ûa?—ÒÖúÑrt´`yuXîÄ8H"ò>êDœ‡ Á[4; ú?ġ/ÁÖ5w ġ%ŠdÂĥNC1 x˜0† é4œ0HÂgÈËÓ qú¸rÍj4ÈDÑ:ĝİ€VËó  –‰Tq ġp¨Dp SœŒ̂½²ŠŞqî°ñö€AFCuÌ €K€^<, ƒŸhit•GŬż9@~A*è0Œ‚W°C wĜĠƒ(œrġ € Â2‘"Ocûè5ÑGëËĊéqĜT>Ó‚ü ÚÌ2œÀyèĈ/ŝA˜˙óá|Đ?‚ €Sϧç.1:OK(´<™ŸN•ĠüH£=uÒßüÁZXAÓïúѝ6 €SDÛÓs% [ñ´^DËkô·İËP!?ĥñĥ#âyž÷˙?¸NĊv…;@ ĥ?Oç5ññtL8ö¤K”ÑZġġ£kéq.qí˙?ĝÏŜ‘§ñRßÑ h°E|<½‡è˜î˙§ŭ&"{:f†ŝA^ôĦÚû\¨Ÿ‡†˙Éùƒ4†eá@Œƒ0ĵg@]ß-@ËY~¤™{z:BZW’ ô[‰Z0V@ 8†Ħsxı´²c4Í*+<ŝî£*è²ïc @ Ĉ„OÏU(tnĊ˙§G+ÎCOïÛXï˙Ħuü.ħéCöœûAÜj‡ġ€†í° @ Ĉ<úNSšËIçVü  éQÈ3wM9ȂÁ¸!:4ĉ0DZĝ§Z äTËÑV;Qa0œ ĈAš0@ĞNw²)ş+úrŻ*½"͎1@ï  ]:FŬh!?è ˙ˆ#}a§A:0 Ž÷{AÎ0@çÓÓ²ĠÎÙL5XOÚ¤éÑäƒ`-àÑ[Ô4/˙ÓçBdà@‚˙À\0àç‡SİgÀSé+0`żÈä>ŝPn‘“w0 ŽK^pšÜÙ0@ ĉ„rŸžkâa…!Çċ‡ĦżŭW?š’GL~µ¤KÍ߁4¨ğx09)Oï :†ç@í½?šİF öA²G`Ä­q ÁœpĝÑfŜçӂp>t Ïא]°£€ĤĦĦrŒÄˆ½¨ €{"BN@ïé˜pé âéĤñœÙêG3ÛhÁNÏÔHNo4Ŭ ÂjéêÓ1\ú ÷£ŭìQ‚ŭ˙è@ …„…<·žŽ‰™ŜgÜ§gGdzkôƒŝì”ÑF֐;bm(@C!Ħ)ÓÉ^ûH˜û 󖝞óG úA—ïö˙z`XïL%PIlÈ­é|:Ú;C5ŭt[ŝAĥ˙Ÿĵ9 †Uk%ïŒûĦ€* Ż~€–ÄPÍ˙XV8ÇW÷v³G[ë$ oŽ6 °€* }É$½'$b QÂıf^Ĝ8ŭh·{´µ>Új'PJù8Œ1WŠ ÈÚ]èÜûAÜR-ì)+Ôó‡xkıâŬ@GK  #  3)Ò³Á9ŠŜ'ÎĈq ÷iwP˙.`@=m°P|€ÎĵY0zŽ7ŝ(ä<†Á}> )ï ùHj€Šc…2N=@C5ş ï˙à>ǽe_?Ú²‡·Ò˙‹ĴG[íˆq&`$Ğ÷ùóaŬ’‡úYښ*·$}€†×†!~ž:)jtéÀ0|o³mµ“ˆqˆ&ĉP=#|‡j´‡úŜgËS;ì@ñ…!|Œ1?´‡a†Á{™5+lqáG‹kÒ@1фğœƒîç:Cğˆ° ÈBŜêw!žî0 .ܸkġĤÖ!´ç¤-ÈpŸ??œÁhÈ0 È4T xĜċtıŝ‹ŭ5T0P~FkE.`Ü°”V˘hpo‘ZC=H­pÌ¤è‘ †ÌÍ`ƒPuĝÄME ôáx¨üş1hOfÂlU⪅Ñp"şgĠ0zÛġ@ ċ^)A4€ŭ9T3X yPEWĊ£Ùi @䄁ÈÇPv<ô8z‰Çыħ…:>@´-°ò c’ƒĊċ0n?‚s y†á{¨ÙPĞaF—9!@£<í Ё>Î ³µĦ…}ôkİ ġÑ+‡( Ñž>(£ Ĥ›v@î j+F {šƒ ´ħat\}x€-àGn!²IŞ+F {ŞäB}ti04ZÀìBÖjòw]B'µa÷’*ŒĤ8œà4Î7ŒŽ§@£üh!kÉ —  gÄuw z$ÊA€vÚœ˙âĦa0bĉh´€-ä‘hĊOpìŞC÷& ú­e~İ@0:ŽwĜw#-Lh´€-äħ#Ħ•Ŭ`…ÜÂW`;è…ù…ÑñsŒü•-ĜA a¤Gh?ZÈ #ġ 5´‹ħ 4=*Ĝŭ°ĦXaŝ&?Z7hÁ ‚‘! €F ĝÑBžP“0şš`%@Qk|t(…˘x€í~@ŞxFŻ€Eƒ  âó˙7¨‡h£` –<ş.-‡ĝ£ hòĂ÷ëGÁ(¨|˘ÚM‹È`?t>e €E£…<İàŝ`şPdŒˆ|‘Mw£i‘D@£h´'ŒĥšF-ó‚?tÈgortĜ0 Q4ĝĥ<–.è`/èGÇ=GµÒ~?ô?´`'(ĵ ŭü˙ĦF3Ŝ( ·×O ½ż‡ĤŻÑ†‰ €FÑàNĝó‡X!?ÚuÄĤo{Ĥècìù£é‰|@£hg„ú˙Cĵ‡ĥÊF3ĉ(@ï™âš0Eö< Q442Fü—G.èûGğÖ#>ŭâ›0EĉÓ 1ê€EC'“èÑòÌ`ŭèŞ›×Zï'˘aÖm(Z™f(-£ÄğŽ~tĝfĜĤÏx"Óèèv:€EC3#Í˙?ôÁèʈᓉ™0íÉ  Q4t3Uŝ˙áöCOCkĤžÈaû£s1h ŭ–ÓûaT.‹üi.žÈ Óó `tÒt@˘ĦŸáô‡Á¸<"´Ġ7hÒ1Ĥ£q6È@˘á‘ùħú˜µìûG[ƒtOSÄL˜î-Ô/ Q4ĵ2eŭ˙áîC'ôFÇìi7ìGhŭèJ¨ĦhôF§aĜR †ßÒĜèZĥ@ĵ„Go!;̀Zß PĴ€CنÑpz €F ĝaܚg€\]6’Ĵ°ż0R/Y&1€ÖĦ@12x Ë £a9´@£­ùá . т ž&`w˜ ġ‚.ÀèÑú4ZÀĥĉG ŭá˙ ħò(ŝ€V˜^ĝ=Œ@£­ùQ€VèċV,Ò.Qh ŭ´PôÓĊѨY €F ĝÑÖü(À `­]hAùÊ>£W Ú ‡UÎh…¸ZĊ rçP…>:Ü2²@£­ùQ@½^À´JX À€{ġ >9ôÊ4Á ` €F ĝÑÖühk~hƒÊztùâ(À4ZÀò£­ùĦ µÖG'IGN@£ü(@n̓–Ï Œ†Ĉ  B4q4(F1 €F ĝQ€\ÈóC ùт~€ Öè„é( h? °ô ­ë uÓ£€ŝ`tÂtPh? F úÁ@[ê GƒbPh? ˆ)èíĦ½hhP<`@ ÁŒN˜ŽŞ€-àGÁhA?0T¨o0´4ZÀr zY젝’ £ĦA0t4ZÀJ úxh‹~´ Ç F'LGÁ€€-àG5 ú|hA?ş´`—cŒN˜Ž‚4ZÀj·èFîŭ†Ñ ÓQ0ˆ@£€=hye´° ­zXĦ>zóÑ(T €F ĝQ@˂´36ZĜ·³n@Ĥ ‰ĉÑCFÁ 4ZÀzöèWĊ Eݵ>:a: = Q4 èŜލĠñŭ˙CĴ‡Î/Œ‚Q0¤@˘Q0…½=Ϥ…:¨އÎ'Œ‚Q0$@˘Q0XZġùƒ U˙ZáĜĈÊ( €FÑ(l…½<´°ßOǂŭvİ>vİ>vİ?vŞ?vŞ?vŞ?vŞ?vŞ?vŞ?vİ?vİ?vİ?vİ?vİ?vİ?vİ?vİ?vİ>vİ?v¨?v¨>u¨=uĤ=uĤ=uĤ=s=s=r¤qĦ?q ?q =pŸ=pŸqFkÄFkÄFkÄEkÄEkÄEkÄEkÄEkĊEkĊEkĊEkĊEkĊEkĊEkĊEkĊEkĊElĊElĊElĊElĊElĊElĊElĊDlĊDlĊDlĊDlĈDlĈDlĈDlĈDlĈDlĈDlĈDlĈDlĈDlĈDlĈDlĈDlĈDlĈDlĈDlĈClĈClÇClÇClÇClÇClÇClÇClÇClÇClÇClÇClÇClÇClÇClÇCmÇCmÇCmÇCmÇBmÈBmÈBmÈBmÈBmÈBmÈBmÈBmÈBmÈBmÈBmÈBmÈBmÈBmÈBmÈBmÈBmÈBmÉAmÉAmÉAmÉAmÉAmÉAmÉAmÉAmÉAmÉAnÉAnÉAnÉAnÉAnÉAnÉAnÉAnÊAnÊ@nÊ@nÊ@nÊ@nÊ@nÊ@nÊ@nÊ@nÊ@nÊ@nÊ@nÊ@nÊ@nÊ@oÊ@oË?oË?oË?oË?oË?oË?oË?oË?oË?oË?oË?oË?oË?oË?oË>oË>oÌ>oÌ>oÌ>oÌ>oÌ>oÌ>oÌ>pÌ>pÌ>pÌ>pÌ>pÌ>pÌ=oË=nÊs:e¸?nÉ@oÊ@oÊ@oÊR}ÏùúŭüŭŝPiš.T*JˆpÌ>pÌ>pÍ>kıWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââığş56c\^Ĵ\^Ĵ\^­\_­\_­\_­[_­[_­[_­[_­[_­[_­[_[_[_[_Z_Z_Z`Z`Z`Z`ŻZ`ŻZ`ŻZ`ŻZ`ŻY`ŻY`ŻY`ŻY`ŻY`°Y`°Y`°Y`°Ya°Xa°Xa°Xa°Xa°XaħXaħXaħXaħXaħXaħWaħWaħWaħWa²Wb²Wb²Wb²Wb²Wb²Vb²Vb²Vb³Vb³Vb³Vb³Vb³Vb³Ub³Ub³Ub³Ub´Uc´Uc´Uc´Uc´Uc´Uc´Tc´TcµTcµTcµTcµTcµTcµTcµTcµScĥScĥScĥScĥSdĥSdĥSdĥSdĥSd·Rd·Rd·Rd·Rd·Rd·Rd·Rd·Rd·Rd¸Rd¸Qd¸Qd¸Qd¸Qe¸Qe¸Qe¸QeıQeıQeıPeıPeıPeıPeıPeıPeıPeşPfşOfşOfşOfşOfşOfşOfşOfşOfğNfğNfğNfğNfğNfğNfğNgğMgĵMgĵMgĵ­ıàŝŝŝ’ Ï>T™AXĦJd¸Lg½Lg½Lg½Lg½XqÁêí÷ûüŭdxµ6K‰?XĦIfğLiżÉèŭŭŝ|Ĉ;S™@Z§IfĵJhżJhżJhÀJhÀb}Èòġúŝŝŝ=XĦ5LŒ@]ŞHhżIiÁIiÁIiÁHfWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââığş>1ZlUœlUœkUœkVœkVœkVœkVkVkVjVjVjVjVjVjVžjVžiVžiWžiWžiWžiWžiWŸiWŸhWŸhWŸhWŸhWŸhW hW hW hW gX gX gX gXĦgXĦgXĦfXĦfXĦfXĦfXĦfX˘fX˘fX˘fX˘eY˘eY˘eY£eY£eY£eY£eY£eY£dY£dY¤dY¤dY¤dY¤dZ¤dZ¤dZdZcZcZcZcZcZĤcZĤcZĤcZĤb[Ĥb[Ĥb[Ĥb[§b[§b[§b[§a[§a[§a[§a[§a\¨a\¨`\¨`\¨`\¨`\¨`\¨`\İ`\İ_\İ_\İ_]İ_]İ_]İ_]Ş_]Ş^]Ş^]Ş^]Ş^]Ş^]Ş^]Ğ^^Ğ]^Ğ]^Ğ]^Ğ]^Ğ]^Ĵ]^Ĵ]^Ĵ\^Ĵ\^Ĵ\^Ĵ\_­\_­\_­[_­[_­[_­[_­[_[_[_Z_Z`Z`Z`ŻZ`ŻZ`ŻZ`ŻY`ŻY`ŻY`ŻY`°‚‡ĞŻ×u|½W`W`XaħXaħXaħXaħWaħWaħ‘˜ÌİÖV^š5qGTšSb³SdµSdĥSdĥQ`WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââığşE-RxNxNxNxNwNwOwOwOwOwOvOvOvO‘vO‘vO‘vO‘vP‘uP‘uP’uP’uP’uP’uP’uP’tP“tP“tP“tQ“tQ“tQ“tQ”sQ”sQ”sQ”sQ”sQ”sQ•rQ•rR•rR•rR•rR•rR–rR–qR–qR–qR–qR–qR—qS—pS—pS—pS—pS—pS˜pS˜oS˜oS˜oS˜oS˜oT™oT™oT™nT™nT™nT™nTšnTšnTšmTšmTšmUšmU›mU›mU›lU›lU›lU›lUœlUœlUœkUœkVœkVkVkVkVjVjVjVžjVžjVžjWžiWžiWžiWŸiWŸiWŸiWŸhWŸhW hW hW hX hX gX gXĦgXĦgXĦgXĦgXĦfX˘fX˘fY˘fY˘fY˘fY˘eY£eY£eY£eY£eY£dY£dZ¤dZ¤dZ¤dZ¤dZ¤cZcZcZcZcZc[Ĥb[Ĥb[Ĥb[Ĥb[Ĥb[Ĥa[§a[§a[§a[§a\§a\¨`\¨pmħ‹ĵ;9f 9;:jZXĦ_\İ_]İ_]İ_]Ş^]Ş^]Ş^]Ş^]Ş^]Ğ]]Ğ]]Ğ]^Ğssĥ„…¸11[!!>CD}Z\İ\^­\^­[^­X\WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââşĵşJ*MI†I†€I†€I†€J†€J†€J‡€J‡€J‡J‡J‡J‡JˆJˆ~Jˆ~Kˆ~Kˆ~Kˆ~K‰~K‰~K‰}K‰}K‰}KŠ}KŠ}LŠ|LŠ|LŠ|LŠ|L‹|L‹|L‹{L‹{L‹{LŒ{LŒ{MŒ{MŒzMŒzMŒzMzMzMzMyMyMŽyNŽyNŽyNŽxNŽxNŽxNxNxNxNwNwOwOwOwOwOvO‘vO‘vO‘vO‘vO‘uO’uP’uP’uP’uP’uP’tP“tP“tP“tP“tQ“sQ”sQ”sQ”sQ”sQ”rQ•rQ•rQ•rQ•rR•rR–qR–qR–qR–qR–qR—pR—pR—pR—pS—pS˜oS˜oS˜oS˜oS˜oS™oS™nS™nT™nT™nTšnTšmTšmTšmTšmT›mT›lU›lU›lU›lUœlUœlUœkUœkUœkUkVkVjVjVjVžjVžjVžiVžiVŸiWŸiWŸiWŸhWŸhW hW hW hW gX gXĦgXĦgXĦgXĦj\£ÒÎäòñ÷UOn-<5a`T›eY£eY£eY£dY£dY¤dY¤dZ¤dZ¤cZcZcZldŞÜÚëóó÷+(I2E@u`Y˘a[§a[§a[§]Y—WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââşĵğL)J…G‚„G‚„G‚„G‚„G‚„G‚„GƒƒGƒƒHƒƒHƒƒHƒƒHƒƒH„‚H„‚H„‚H„‚H„‚H…‚I…I…I…I…I…I†€I†€I†€I†€I†€J‡€J‡J‡J‡J‡JˆJˆJˆ~Jˆ~Kˆ~K‰~K‰~K‰}K‰}K‰}K‰}KŠ}KŠ|KŠ|LŠ|LŠ|L‹|L‹|L‹{L‹{L‹{LŒ{LŒ{MŒzMŒzMŒzMzMzMzMyMyMŽyNŽyNŽyNŽxNŽxNxNxNxNwNwNwOwOwOvOvO‘vO‘vO‘vO‘vP‘uP’uP’uP’uP’uP’tP“tP“tP“tQ“tQ”sQ”sQ”sQ”sQ”sQ•rQ•rQ•rR•rR•rR–qR–qR–qR–qR–qR—pR—pS—pS—pS—pS˜oS˜oS˜oS˜oS™oS™nT™nT™nT™nTšnTšmTšmTšmTšmU›mU›lU›lU›lUœlUœlUœkUœkUœkVkVkVjVjVjVžjVžjVžiWžwg¨ùùûŭüŭbY|#5B7fcS™hW gX gXĦgXĦgXĦgXĦfXĦfX˘fX˘fY˘fY˘€v²ŭŭŝ˙˙˙5/V$:IAxbWĦdZ¤dZ¤dZ¤_X•WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââşĵğL)KƒHƒƒHƒƒHƒƒHƒƒH„ƒH„‚H„‚H„‚H„‚I„‚I…‚I…I…I…I…I†I†I†€I†~I„~I„€J‡€J‡€J‡J‡J‡J‡JˆKˆ~Kˆ~Kˆ~Kˆ~K‰}Jˆ}J‡|J‡}K‰}KŠ}LŠ}LŠ}LŠ{KˆzKˆ{K‰{K‰{K‰zK‰yL‰zLŠzLŠyLŠzLŠzMŒzMzMzMzMyNxMŒwMŒxMŒyNŽxNŽxNxNxNxOxOvNŽuMvNŽuNŽuNŽuNtNuOvP‘vP‘uP’uP’uP’uP’tO‘sO‘rP‘sP’tQ“tQ“tQ”sQ”sQ”sQ”sQ”rQ”pQ“pQ“qQ”rR•rR–qR–qR–qR–qS–qS—pS—pS—pS—pS—pS˜oS˜oT˜oT˜oT™oT™nT™nT™nT™mS™lS˜kT˜lT˜kS—kT™lT™jS˜kT™kT™jTškUšiTšiTšjU›iTšiU›jVjVjWžjWžjWžiWžhVžgUhVgVfUte§ôóĝŭŭŭqg•<3]RFdVgXĦfXĦfY˘fY˘fY˘fY˘dX cWĦdXĦdXĦdXĦ|t²úùü˙˙˙JCz<6bUMbY£cZc[c[_X–WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââşĵğH+O}KŠ}LŠ}LŠ|LŠ|LŠ|L‹|L‹|L‹|L‹{L‹{L‹{LŒ{MŒ{MŒ{MŒzMŒzMŒzMvJˆe@uc>ssI†yMyNŽyNŽyNŽyNŽxNŽxNŽxNxNxNxNqJˆa@ucAxsL‹wOwOvOrLŒaAw[=pgE_@u_AweE\?sdE}aByZ=phH„sO‘tP“tQ“tQ“tQ”rP’fHƒ[@uhI†rP’sQ•rQ•rR•rR•rR•oP’_EW?s^D}X@uZAybG„YBxaG‚nQ”pS—pS˜pS˜oS˜oS˜kP’[D~WBxfNŽmS˜nT™nTšnTšmTšmTšlS™eOVCzXE}gQ”lU›lU›lUœlUœkUœkUœkVœkVkVjVjVjVjVžjVžjVžiWžiWžiWŸiWŸiWŸcS˜UG‚QD~XI‡PC{SGTHƒOC|YL‹UH…RG‚YLŒPERF‚UJ‡ND}YNdXĦeY£eY£dY£dY¤cX˘ZP•OGUMŒRK‰OH„^U›żğÚßŬìfa˜B=pQLŠ`Y˘b[Ĥa[§a[§a[§a[§`ZUP”KH„SP’NK‰OK‹_\¤ÌËäÚÙêLI‡@>tRQ•]\¨^]Ş^]Ş^]ĞZZšWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââşĵğB/VrR•rR•rR•rR•qR–qR–qR–qR–qR–qR–qR–pR—pS—pS—pS—pS—rU˜tX›aH…9*N4'H]E€nR–oS™nT™nT™nT™nT™nT™nTšnTšoW›qYœ[F€3'I8+P_JˆlTšnWœpZcO=0U2)D>1Z7-L7-N=1Y4+H@4Z5*N,#@O@ugT™jVžjVžjVžo[ĦgV™E8h,$CH>sYY¤]^Ĵ\^Ĵ\^Ĵ_a­^`İABz-.O57a./W)*NHK‰vzş~€ı:=n#%D;>rV[¨Z_ŻY_ŻY`ŻY`Ż]dħZ`Ş9>q,/O69g)-R+/VJQ–}„Áqx³17d#'HAH…U_ŻWa²Va²Va³T^ĦWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââşĵş:4_dZ¤dZ¤cZ¤cZcZcZcZcZcZcZcZĤbZĤbZĤb[Ĥb[Ĥb[Ĥ—’ÄĜÖékfš%"? 7JE€_Ya[§a[§a[¨a[¨a[¨`\¨`\¨`\¨ĦŸËÒÑĉ_[ 8$"@NKŠ^[§Ž‹ÂÙĜꘗĵvu‰ÂÂÇONhŞŞ³¨VUmÇÇ̔”˘94BBy[ZĤ]^Ğ]^Ğgh°ÈÈ­­34]156dVX˘\^Ĵ\^Ĵ\^­uxıÖÖê³µĠŽ§ÇÇÍbcxŽ›ĥĥ23Q1*,QPT›Y_­Z`Z`Ż|ż×Ù뛞&)J6MPcµQe¸Qe¸Qe¸QeıPeıPeıPeıQfıÛßŭŭŝƒĥ">&GAR˜Od¸¨³Ŭ˙˙˙ÙÜêÊÌÔŝŝŝݽġġöìíïŻ²À˙˙˙µıÄ"? ;8I†Ld·NfğNfğwŠËúûŭëîö7Do5,4H„HeıJhżJhżJhżLkÀÙßñ˙˙˙„’ı$C!/V?[§HhżIiÀIiÀIiÁIiÁIiÁIiÁIiÁIiÁHjÁHjÁHjÁHjÂHjÂHjÂHjÂHjÂHj£ÙŭŭŝÇċµşÇ˙˙˙²·ĈñòùùúĦ§·ŝŝŝÊÎ×ÓÚ˙˙˙“›àâĉġġ÷KWv8&;l@cĥEkĊEkĊJoĈŜċôŭŭŝĤŻĈûûûċê!/N"?B]˜óöûüŭŝM`Š!=)ByAg½ClĈClÇCmÇLtÉóúûüŭ£ĴÀŭŭŭÎÒÛ)F'HVq­úûŭ˙˙˙!7e#A/N?lÄAnÉAnÉAnÉAiµWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââığş&?sBmÈBmÈBmÈBmÈBnÈBnÉBnÉAnÉAnÉAnÉAnÉAnÉAnÉAnÉAnÉCoÉÈĠï˙˙˙›ħÜ(E 7d5\¨>lĈ?mÈ@nÊ@nÊ@nÊ@oÊ@oÊ@oÊApÊŜĉö˙˙˙„œÊ4_ 9i7a²@oÊÊ×˙˙˙ÚâòÒĜäŝŝŝ³żĠĝùúòó÷şÄÖ˙˙˙¸ÂÔ9h3^1Z¤pÌo”Ùŭŭŝîòú7U/V*MŽ:lĊ=pÍ=pÍ=pÍcŒÖúûŭóöûğĈÚ˙˙˙½ĈĜëíñ˙˙˙b}Ğ:k$E~7iż;pÌ;pÍsÏÙġ˙˙˙‚žÑ=p"By6g:pÏ:q:q:r:r:r:r:r:r:r:rÑ:rÑ:rÑ:rÑ:rÑ:rÑ:rÑ9rщĞŭŭŝçí÷ÀÊÚ˙˙˙·ÄÙòġüüŭиÏ˙˙˙ÓÚĉĠÛĉ˙˙˙ŻĠĝùúŝŝŝxµ6c)Tš6oÍ8sÓ8sÓ?wÔâëĝŝŝŝ­½×ŝŝŝëîô(Hz;n@n·ġĝüüŭŝPu°7e'S™5oÎ7sÔ7tÔ7tÔA{Öô÷üŭŭŝĞşÒ˙˙˙ÖŜê ?pAxS€Ĉûüŝ˙˙˙$P“8g*\İ4sÓ5tĠ5tĠ5tÖ7oÀWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââığşE}1wÚ1wÚ1wÚ1wÚ1wÚ1wÚ1wÚ1wÚ1wÚ1wÚ1wÚ1wÛ0wÛ0wÛ0wÛ/vÙĤŜûüŭ…ŞÜ$Z!R—)g(cĥ)g½.tĠ0wÛ0wÛ0wÛ0wÛ0wÛ1xÛÏßöüŭŝtŸÛ P”"T›-pÎ0w܅Żêüŭŝ•ıëÂÔíîóùt ÜòġúÜĉġŞÄèŝŝŝĴĊè'eı%`ħ*kĊ'eş(fĵ-tĠ[•÷úŭíù1iµL‹'d·.vÙ/xÜ/xÜ.wÜNˆÖóöûÛĉôİçŝŝŝĞĊéİÁâùûŭ[Ö&fğ'h(j&fğ+rÑ-xÜ_˜ċúüŝ¨Ĉí$[ĤR•)mÈ-xŬ.yŜ.yŜ.yŜ-yŜ“şîüŭŝqŸŬT›"[¨+tĠ-yŜ-yŜ-yŜ-yŜ-yŜ-yŜ-yŜ-yŜ-yŜ-yŜ-yŜ-yŜ-yß-zß-zß-zß-zß,zß[—ĉöùŭ­Ê½Ŭġ÷úr›Ñĉìóöĝûh’ÈîñöÄÔéŒĞÒúûŭƒ¨×ÏÚéèíġCzÀQ–$eğ+xŬ,zà,zà/yÚÓáòâë÷uĦÛĝúŭÒáô+nÁ$h,tÏşÏêó÷üE~ĊP‘#dĥ*xÛ+{à+{à+{à3|ÙèïĝĠâôİŬúüŭÔ'i½$j1wÏÌÜó÷ü!b´Q”$j)zß*{á*{á*{á,uÊWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââığıI†#é#é#é#é#é#é#é#é#é#é#é#é#é#é$€é!zß&dİĦ²Ĉ/bœC{BvVž=pJˆtÔ"é"é"é"é"é"éjݧÌġ0yËAvFq!é/‡ë§Ìö8Œì`˘î‰şò(ƒé“ÀóYžíE“ëĴÎöSœî"è#~ċlÇByF€rÒ)„éœĈġ~²íXĦ:k\İ {â"€ê#€ê#~ĉ g·‹ ¸NzĴCßĴÏöPšíF”ëœĊô(„é!çvÙQ•=pd¸ }ĉ)„ê˘ÉġD‹ÜH…=pg ~é!€ë!€ë!€ë!€ë8í¨Ìö*pÀ>rNvÚ!€ë!€ë!€ë!€ë!€ë!€ë!€ë!€ë!€ë!€ë!€ë!€ë!€ë!€ë!€ë!€ë!€ë!€ë(„ëĈġIàDr§“¨À ]£z”²“ŞÄQ‘~•Ż]…²+WŠ›ŻĊ,f§]|ž|˜¸U›=pY¤{!€ë"énÉe†Ĵr”ş*{ךÄôJ˜î é!}ċhÀIm•¨ĈVš8hV zâ €ì €ì!~èhżv‘ħcŒş1ƒà Èġ>‘í ê |ä`²Yyœ‚˘ĊN:kb´~è ì ì ì#zÔWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââığıM…ġ…ġ…ġ…ġ…ġ…ġ…ġ…ġ…ġ…ġ…ġ…ġ…ġ%Œġ•Çú`ìFt£›¨µ!IsyŒ —ĤµN)K ?uwÜ„ô…ġ…ġ…ġ…ġ…ġ\İ÷šÉù#qÀ.U 4amȃó…ġ…ġ…ġ…ġ…ġ…ġ…ġ…ġ…ġ…ġ…ġgŻĝ˘Íù9~.U 9isÔˆôŽúpí I…'GN}ĉ…ô„ùšÇġ b¤'G =otÖ„ó…ô…ô…ô$‹ô—Èù_˘ĉ ?t(IY£í>™ġ¤ÎùfĦŬ 6d*M\ށí…ô…ô…ô…ô\İ÷Ê÷d­*M =otÖ„ó…ô…ô…ô…ô…ô…ô…ô…ô…ô…ô…ô…ô…ô…ô…ô…ô…ôˆôÄĝi˘Û6[™¨ĥ3^Šm–…˜ĞDn˜¤ħNnId€ĞıIo–Pi‚“Ĥ¸Et&F I†{â1‘ġžÊ÷Dĵ+O 8hp̓ò…ôGö˘Ìĝ/r·n–›Ĵ½%P}(IP”~è…ô=˜ġĦÊġ3mİ(I @vwÛ„ó…ôVöœÈö'd¤|žŻÂ 7f*N^­‚ï…ô…ô…ô~ÛWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââığı O‘‰û‰û‰û‰û‰û‰û‰û‰û‰û‰û‰û‰û‰ûXĴüúüŝÏċú°ĊĜŝŝŝv¨ÍĠÜĝùú'Py%DAx{áˆú‰û‰û‰û‰û‰ûĈâŭüŭŝ_šÓ-S4_oˇĝ‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú¨Óŭ˙˙˙RŒÄ)L:kvÙD úġúŝŜíûRŒ&F N‘€ìŒúÔéŝôùŝ6rĴ%E;luׇùˆúˆúˆú[ĴûúüŝÉáĝJƒ(J Y¤ƒòc°û˙˙˙¨Ëì6d)K [¨ƒòˆúˆúˆú‰úĊâŭŭŝŝ\•Ì-S•òÇàú0|ÌF€Uœzàƒƒƒƒƒƒƒƒƒƒƒƒƒƒƒƒƒƒ)ŠşÙúUèT…şÊÖD~ĵ˜ŻÉ´ÇÜ>ŒßÌâúyµôzµóÇßù<“ï|µòœÈö‚îêîƒD™òÁŬú1‚ÖK‰R–y߃ƒa¨ôċûOžñ£ËöħÒ÷ oJˆfğ€ëƒU˘óÛú!sËF‚X˘}ĉƒñƒñt³öÊâûGšòħÓĝ£ËġcĥJ‰mɁïƒñƒñƒñ|ĜWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸G‚*{â*{â*{â*|â*|â*|â*|â*|â*|â*|â*|â^œétİé,f­u…™I`{7`0MK‡S’ŜqĤè \¨\qŠWq:k &FH„&tÔ)|â)|â)|X™é†´í*g³,Q2[!fğ'{á(|(|(|M’ç}Żí-k·]rŠSg€&Gon|Ž/Nr3W3UZĤ'yŜ(|(|,~}ŻîeœàE~ %DJˆ%u×(|äsŞípçT˜ &G>s#oÌ'{(|ä(|ä(|ä.€ä€²îX’Ĝ=o &FTš%yŬ@Œç‹ıï=|É5b ,P[§&zß'}ċ'}ċ'}ċ'}ċS˜ê‡µí#\£ )K:j"nÊ&|ä'}ċ'}ċ'}ċ'}ċ'}ċ'}ċ'}ċ'}ċ'}ċ&}ċ&}ċ&}ċ&}ċ&}ċ&}ċ&}ċ&}ċ)€ċ}ħî[‘/Pv|Œž.Uƒ1Réˆĥì0e˘ (I@t sÑ$ç$ç)‚ç0†è%€çVœìjĦâF€ -R]Ş#}ä$è$è$è'xWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸!Bx9rÑ9rÒ9rÒ9rÒ9rÒ9rÒ9rÒ9rÒ9rÒ9sÒ@xÓĠáġòöûˆŸĊôġöÌ-P8!Cx·ËêċìĝWs£ĉèëĵÂÍ.S7=p3iÁ8sÓ8sÓ8sÓÂÔñ÷ùŭg‡ş&E+N,^Ğ6sÑ7tÓ7tÔ7tÔ·Íïúûŭ§ÎĉèìÚŬ዗İûûû’­%E#A&R–4qÏ6tÔ6tÔYŒÜġü×âó&Fv ;By1mÈ8vĠĠâöáê÷7Z92[-d·4tĠ5uÖ5uÖ5uÖi˜à÷ùŭÔì>l!=!L‹2qÏqžâüŭŝĞÔ,R"?"N2q4u×4u×4u×6v×ÀÔòùûŭ`³%D2^,fğ2u×3vĜ3vĜ3vĜ3vĜ3vĜ3vĜ3vĜ3vĜ3vĜ3vĜ3vĜ3vĜ3vĜ3vÙ3vÙ2vÙ2vÙ\’àñġüŻÂߌ˜İúúû‚‘¨">-R)b´1v×2wÙ1wÙ1wÙ1wÙ1wÚ1wÚ1wÚ1wÚ1wÚ1wڄ­èúüŝu’ı">.U'a²/wĜ0xÛ0xÛ0xÛ1yÛ¨Ĉïêù4U !=H…-r/xۗğíûüŝ[y˘ :5b)iÂ.wÛ/xÜ/xÜ/xÜ3{ÜşÒóċí÷5a%C Uœ-vĜ.yŬ.yŬ.yŬ0sĈWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸+nÊ?oÌ?oÌ>oÌ>oÌ>oÌ>oÌ>pÌ>pÌ>pÌ?qÌÙâġ˙˙˙¸ÄÛ)K6d5b´q6hż;qÏ;qÏ;qÏ;qY‡×÷ùŭ˙˙˙9i*M+V9pÍ:r:rÑ:rÑ;mĵWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸56c[^­[_­[_[_[_[_[_[_Z_Z_bgħîîöŝŝŝşğÔ˙˙˙ââêIMˆ;@tdiĦŭŭŝùùü§ŞÌüüŭáâìOTŠ48fEKŠRYS[§W_ŻYaħáâñ˙˙˙”˜Ċ8>q:AwPZWa²Wa²Wa²V`ħĜÚì˙˙˙żÂÛĝĝúòóöÁÄÙ˙˙˙À×>G‚;D|MXĦUa³Ub´Ub´ˆĈŭŭŝñĝOX”2:kDO’Ra²ft½ëíöúûŭ‚‹5>r1ZkVkVkVjVjVjVžjVžjVžjWžjWžl\œßŬĉßŬċ‚xĦâè´ŻÄbQ“cR—l]ĦÜĜé×Óĉ‡{²íëóÇÂÛQF=4`OC|I>rE;m\O‘eWŸş³Ġëéòyp¤=5a@8f]Q”dXĦeY£eY£aUËÈĜêé²ÛÙèÒϗÀïîġ šĊ`Vž_VžbY£cZcZcZskâàîÉÇßMH62[LG`Y˘a[§ħÓéèòhcž;8fIE}]Y˘`\¨`\¨`\¨`\¨jf­ääĜĜêRO‹86dNK‹][§pn³ċċñ²ħÔDC{;;lTS˜]\Ş]]Ğ]]Ğ]]Ğ]]Ğ˘£Ïñ÷‘’ż<=p?@vVXĦ\^­\^­[^­[^­[_­[_­[_[_Z_Z_Z_Z_ŻZ_ŻZ_ŻZ_ŻY`ŻY`ŻY`°†îï÷³ĥ×°Çë냇°59j=C{FMŒ7>qCJ‰AI†9@uFO‘;By@H„R]ĞVa³Va³Vb³£ŞĠñĝˆÀ5=p=G‚Q^ĴUb´UbµTbµTbµYg·ÔêÙÜîR^ž21X#2C4`gP“lU›„qĞ–†ĥO?p'8:-SaNjU›kVkVkVkWž”…¸‰{­B5b&9INAxeUœhX hX gX gX uhޞ”Â_TŠ+%D2+OZMeXĦfY˘fY˘eY˘eY£eY£eY£eY£eY£dZ¤dZ¤dZ¤dZ¤dZ¤cZcZcZcZjaݘ“Äpk£ROnpn>:b20IROi/,QCBWFDg41TQOf:7`&$B2/XVS™^[¨_\İ_]İqo³˜–ÇWW&%E//VRR–]\Ş^]Ğ]^Ğ]^Ğ]^Ĵz{ş‹‹À=>q!">;=pXZĤ\_­svı“–ÇIL„"#A35bSWĦZ_Z_ŻZ`ŻY`ŻY`Ż}‚À€…ğ48g!$BAG‚V^­XaħXaħWaħU] WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸I*NJ‡J‡JˆJˆJˆ~Jˆ~Jˆ~Jˆ­Œ´ñëò`‰Â½ÄÂN;R#'16g>s{Jˆ|K‹|K‹|L‹†[•èàë·Ħż…t‹èçèwj{+1#)R4_vJ‰ËıÒôñö€fŒ'.-4b>sxLŒ”rġòö‘wŸ4!>#*N3^sK‹wNwNwOvOvO‘vO‘vO‘vO‘uO’uO’‡f íéñ×ÎŜC0R (B-TmKŠtP“´ÑŜ×ċQ>d(.!<`D}qP“rQ•rQ•rQ•wXšĜÏâĈĵÒ9+K *I5blO’„kĤíô˜ŠĴ*9+G5bjO’oS™oS™nS™nT™–ƒµôò÷qcŠ"0/$C^H†lSšmU›lU›lU›lUœlUœlUœkUœkUœkUkVjVjVjVžjVžjVžiVžiVž}mĞìêó›’ĥ…’áápk€žœáàE@WÍÌ£Ż_[mèèê^Zp-/(JZNeXĦeY£eY£”‹żïġlf4'#@QI†cY˘cZcZcZcZİäîFBe/;6d]VŸa[§ œÊííôVS}0+)KTP“_[§`\İ_\İ_\İ`^ŞğşÚŬÜê**M4BBx\[§^]Ğ]^Ğ]^ĞY[›WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸K)LƒHƒƒH„‚H„‚H„‚H„‚H„‚I…I…Í·Ï˙˙˙IJĈëéìŝŝŝu`w)+9 ;n?tI†J‡J‡J‡šqĦûúûíçî½²ż˙˙˙ÂşÄ16*.Y5b{J…éàë˙˙˙ ˆĤ/45 :h?t{K‰²–ğ˙˙˙ĠÊÙ;&B*0Z8gwK‰zMŒzMzMzMyMyMŽyNŽyNŽyNŽxNŽš{ĞŭŭŝóġR;^&.I0YqK‰‰fžóïġüüŭŒz˜%.3"?dC{tOuP’uP’uP’šŻûúüĉáëB0Q#-L5boN½­Ì˙˙˙àÛĉ9*H$/L6cmOrR–qR–qR–rT—ÖÍà˙˙˙“†&32%DaH„oR—oS˜oS˜oS˜oS™nT™nT™nT™nTšnTšmTšmTšmTšmU›mU›lU›lU›lUœ—‡ıŭüŭàŬèż½Ĉ˙˙˙żĵÇñòüüü›—ŭŭŭÔÒÙÂÀÇ˙˙˙‡ƒ–!21)L\MŽgVŸhW hX ¸ħÒ˙˙˙ıµÊ$9/)KXLŒeWĦfY˘fY˘eY£odİìëôŭüŭ[Vw2=7d_Uœe[¤ĈŜ˙˙˙Ħž· 53/WYS—b[Ĥb[Ĥb[Ĥa[§vp²óóĝ˙˙˙.,Q 8DBx^Z¤`\İ_\İ_\İ\Z™WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸J*MI…I†€I†€I†€I†€I†€J‡€J‡êâì˙˙˙ËıÎîëïŝŝŝ†k‹E(JT2ZvF~K‰~K‰}K‰}K‰ħ“¸ŭüŭïêñĊ¸É˙˙˙ÊÀÍK.TF+Oi@v{L‰èàë˙˙˙ĤŻI.TM0XoFzMŒËşÓ˙˙˙ÚÏßT7bH-TgByuKŠuL‹wMuL‹vMwMuLŒvNŽuNŽvNŽwO˜{­ŭŭŝóġcHwA+P[>rrNŽ‰iĦġò÷˙˙˙Ĥ•´B.TN6ckKˆrO‘rP’pO‘pO¤ıŝŝŝçâìYBq@.TY@tnP“żħ˙˙˙ñîôT@lA/X\D|lP’oR•oR–kP“pU˜ċàì˙˙˙œŽ²B2[G6cdMŒmS™nTšmTšmTšmU›mU›lU›lU›lU›lUœlUœkUœkUœkVkVkVjVjV³¨ÍŝŝŝäâìĈÑ˙˙˙ĈÂÒòòôüüŭşĥĈ˙˙˙ÚĜâßŬċ˙˙˙—Ż:2\C9h_Q•fX˘fX˘gZ˘ĠÒċ˙˙˙Á½Ô=6bD5[D:j5-L:2Z<3]:2TA7f4-R;3]\P’gYĦ—À†|ħ=5a#8@9h`U›eY£‡~·Ž…ğj^Ĥi_Ĥ`VœB;d:7d75T@=mPOtgf_\’^ZĤ_\İ_\İ_\İ_]İ_]Ş_]Ş^]Ş^]Ş^]Ş^]Ş^]Ğ]]Ğ]]Ğ]^Ğ]^Ğ]^Ĵ]^Ĵ\^Ĵ\^Ĵ\^Ĵhi³ŽĈrsŻ[\ƒvx‘LN{gi‚kmŒ>BtghOQzLOvoq‹QS€,0W59iRX˘Y`°Y`°X`°ovğ‡ŒÇip¸[c²]fŻr28Z;Dz,4`/6\4>sW^~mt™L\İQcĥRd·Rd·Rd·Rd·Qd¸Pa§WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸85a`\¨`\¨`\¨`\¨`\¨`\¨`\İ_\İxvĥ­Ó_]–{z˜˜˘*)J2((IPO‘]\İ^]Ş^]Ş^]ĞfeŻĤĤÑ~~µTTx··>>Y!!=6BBzY[§Ż°Öääñdf—8"#@JLŒZ]Ğ[^­[^­[^­ˆŠÄĈÇâNQ‹ˆ‰˜…†•:<[‡‡“QSkDF^Œ™78X4&)LMS˜gnĥÚÜíżÁÜ26`026dRZĤX`ħX`ħXaħ`jµŞĠw~ıTX}ışÁ:=[acvĦ˘­7:[4(-SLWŸUa²Vb³Vb³Ub´Ub´Ub´yƒĴÖR[•ƒ†•ˆ‹™+1Q°·`d}$B9X‹ž:Ff8$4`A_ŻHiÂHjÂHjÂHjÂHjÂGjÂGf°WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸.:kPfıPfşPfşPfşPfşOfşOfşOfş³½áûûŭÎċĉêëìîCLi7!+OBVŸMeşNgğNgğNgğp„Èġ÷ûÛà½üüüŽ“£#A :6HƒLe·Ŝóŝŝŝ†“ĵ#A&G=S™KgğLh½LhKhÓÚïùúüˆ–½áâĉìíĝĝùµıÄÀËúúû\e€8,R@[ĤuÎüŭŝîĝ7Gt6)2LŒDhżFkÄEkÄEkĊEkĊEkĊEkĊElĊElĊElĊDlĊDlĊDlĈDlĈDlĈDlĈDlĈDlĈClĈClĈClÇu“ĠùúŭÌĠè³ıĊúúû„Ž˘ÍÏĠĝùùƒŒŸö÷÷ÊÏ×İıúúûw‚™93]9a²@mÈAnÉAnÉ@nÉ@nÊFsËßçöóöûwˆŞìíïċç돖Ĥúúû•Ÿħ9/V6`Ż>nÊ?oË?oÌ?oÌ>oÌ>oÌHvÎñôûìĝt„˘ôġöÑÖŬ˘¨´úúû{‡77e7eş=pÎ=pÎ=pÎ=pÎoÌ>oÌ>pÌ>pÌ>pÌ>pÌ>pÌ>pÍŬĉö˙˙˙ÇÓëêìñŝŝŝax 0X#Av7fĵ=pÍ=pÍ=pÍ=pΑŭŭŝô÷ûıÄÖ˙˙˙şÄĠ9h3^1\¨q4fğk•Ûŭŭŝîòú5W’)L$Gƒ6lÇ9rÑ9rÑ9rÑaŽÚúûŭòġûşĊÙ˙˙˙ĵÇÙïñô˙˙˙]v 2[ Ax3iÀ8sÒ8sÒ8sÒ8sÓ8sÓ8sÓĵ˙˙˙½Íċñóġĝùú³ÀĠ˙˙˙ÍÔà~ÁœĥÒżÜI”äÎù{µó]¤ïËáùIšñ~è€ìƒƒƒƒƒƒ „‹ż÷ğÚúD—ñÀÛĝu²ófİñÖèûV˘ò~è€ëƒƒƒƒƒƒƒ"†žÊĝŞùIšÊáù_§òy´òÎúJ›~è€ìƒƒƒƒƒƒƒ }Ú WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸ NŽ‡÷‡÷‡÷‡÷‡÷‡÷‡÷‡÷'÷JĦ÷tÎ*T{C_z Aw/V =quÖ†ö‡÷‡÷‡÷Š÷\Ğù.èR‘RiEs7e/Va³„ò0•÷L£ĝ‰÷‡÷‡÷‡÷‡÷‡÷‡÷‡÷‰÷;šĝ‡÷-“÷(÷‡÷>œĝˆ÷!÷5—ĝ‡÷‡÷‡÷‡÷‡÷F ĝ9™ĝ‡÷‡÷‡÷‡÷‡÷‡÷‡÷‡÷.”÷'÷‡÷>œĝ‡ĝ"Žĝ3–ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝˆĝ=›ù‡ĝ'ĝ-“ĝ‡ĝ;šù‰ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‡ĝ‹ĝGŸ÷'~ĠDrRk„Gz>b%R~sÔ:™ĝ‰ĝŠĝ9šùˆĝˆĝˆĝˆĝˆĝˆĝˆĝˆĝˆĝˆĝĝ6™ùˆĝ4—ĝ"ĝˆĝ?ùˆĝˆĝˆĝˆĝˆĝˆĝˆĝˆĝˆĝˆĝˆĝ$ĝ1–ĝˆĝ8šùŒĝ‹ĝ;›ùˆĝˆĝˆĝˆĝˆĝˆĝˆĝˆĝˆĝˆĝá WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸ P’ŠŝŠŝŠŭŠŭŠŭŠŭŠŭŠŭ‹Ĉŝçóŝl£Ĝ£²ÀÖÜ"Nx'H8h tÖˆûŠŭŠŭŠŭ9žŭàŝşÙöX€Ĥĉêj†Ÿ/W*M _Ż†÷ŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭIŭäñŝİÊêgšçêXx˜(I6d sÔ‰üŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠüŠüŠüŠüŠüŠüŠüŠüŠüŠüŠüŠüŠüƒċ WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸P’‹ŝ‹ŝ‹ŝ‹ŝ‹ŝ‹ŝ‹ŝ‹ŝèŝ˙˙˙ş×òĉëŝŝŝK{¨2\Jˆ }ĉŠŭ‹ŝ‹ŝ‹ŝiĥŝüŭŝñĝŝĈÜ˙˙˙°Ä×;m8g nɉû‹ŝ‹ŝ‹ŝ‹ŝ‹ŝ‹ŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŝŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭ~Àŭŝŝŝçñú¸È×˙˙˙šµÎ2\Gƒ|ä‰üŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭŠŭƒĉ WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸ Nˆùˆùˆùˆùˆùˆùˆùˆùñĝŝ˙˙˙°ĠĝèïöùûüH Q•eşƒñˆùˆùˆùˆù„ÁûŝŝŝêôŝÍë˙˙˙¨Çĉ [Ĥ XĦ|‡ĝˆùˆù†÷„ò„ó‡ĝˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆù…ġƒ†öˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆùˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúˆúšÌü˙˙˙ßîüıçŝŝŝ‘ğ R–eı‚í„ñ†ġ…ó„ò†ġ„ñ„ò†ġ„ò†ġ‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‰ú‚ WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸KŠƒƒƒƒƒƒƒƒˆ÷ôùŝW ìÏŜîÄĠĉ oÂT›_Ż|䃃ƒƒ=•òéóŭ£Ì÷|­àóöúP‹Ê^ĴT›tĠîƒ‚ïyß_Żcµ|ƒƒƒƒƒƒƒƒƒƒƒƒƒƒƒƒƒƒƒñƒñ€ímÉ[¨o΁îƒñƒñƒñƒñƒñƒñƒñƒñƒñƒñƒñƒñƒñƒñƒñ„ñ„ñ„ñ„ñ„ñ„ñ„ñ„ñ„ñ„ñ„ñ„ñ„ñ„ñ„ñ„ò„ò„ò„ò„ò„ò„ò„ò„ò„ò„ò„ò„ò„ò„ò„ò„ò„ò„ò„ò„ò„ò„òJžô÷ŝżó´Ûíò÷A…ÌU]ŞiÀ[§jÂb´_ŻmÉ\¨`²lÈ]Ğmʁï„ó„ó„ó„ó„ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ó…ô…ô…ô…ô…ôŜ WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸G‚){â){â){â){â){â){â){â){â=‡ä~Żì)oĊSq–Lf…Gƒ0Xr+nÉ/xÜ/xÜ/xÜ/xÜ/xÜ/xÜ/xÜ/xŬ/xŬ/xŬ/xŬ/yŬ.yŬ.yŬ.yŬ.yŬ.yŬ.yŬ.yŬ.yŬ.yŜ.yŜ.yŜ.yŜ.yŜ-yŜ-yŜ-yŜ-yŜ-yŜ-zŜ-zŜ-zŜ-zŜ-zß-zß-zß,zß/uÌ WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸+ȯßûüŭĈÑĉ­´Â˙˙˙ħşÊëíïùúú˘Ĵ½ŝŝŝÉÎ×Ħ¨µ˙˙˙‘›ŻÚÜáġġ÷L_#A#Bx8iÁJ‡R`°ScµScĥScĥScĥScĥSdĥSdĥRd·Rd·Rd·Rd·Rd·Rd·Rd·Qd¸Qd¸Qd¸Qe¸Qe¸Qe¸QeıPeıPeıPeıPeıPeıPeıPeşOeşOfşOfşOfşOfşOfşOfğNfğNfğNfğNfğNfğNfĵNgĵMgĵMgĵMgĵMgĵMg½Mg½Mg½Lg½Lg½Lg½Lg½ĥÂä˙˙˙éìöÄÉÙ˙˙˙ĵĜñòġüüŭ³şÏ˙˙˙ĠÙäÙÜä˙˙˙²şÎĝùúŝŝŝŽµ'8g8Q•Gf½IiÁIiÁIiÁHjÁHjÁHjÂHjÂHjÂHjÂGjÂGjÂGjGjGjGkFkFkFkFkÄFkÄFkÄFkÄEkÄEkÄEkĊEkĊElĊElĊElĊDlĊDlĈDlĈDlĈDlĈDlĈClĈClÇCmÇCjĥ WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺¸>1ZkVjVjVjVžjVžjVžjVžjVžÁı×ûûü‘äáêéçíeWD9iK?tcR˜hW hW hW hX ˆ|µöġùÎÉàĴĤĊŭŭŭ•°J@vB8hZMfYĦÚ×èŭŭŭ˜żYNZO’cWŸeY£eY£eY£dZ¤dZ¤dZ¤dZ¤dZ¤dZ¤dZcZcZcZcZc[c[Ĥb[Ĥb[Ĥƒ}¸ĝĝûéèòd^ TO‘[V`ZĤa\§a\¨a\¨`\¨`\¨`\¨`\¨`\İ`\İ`\İ_]İ_]İ_]İ_]Ş_]Ş_]Ş^]Ş^]Ş^]Ş^]Ğ^]Ğ^^Ğ]^Ğ]^Ğ]^Ĵ]^Ĵ]^Ĵ\^Ĵ\^Ĵ\^Ĵ\^­\_­\_­[_­[_­[_­[_[_Z_Z_Z_Z_ŻZ`ŻZ`ŻY`ŻY`ŻY`ŻY`°Y`°X`°X`°X`°XaħˆŽÇùùüşŬħ´Íûüü’ğèéï÷÷ùĤŞÇŝŝŝÌÎßÏÑßüüŭ”šÀÓĠâêëò`i£7@vDP“Ra²TcµTcµTcµScµScĥScĥScĥScĥRcĥRd·Rd·Rd·Rd·Rd·Qd¸Qd¸Qd¸Qd¸Qe¸QeıPeıPeıPeıPeıPeşOeşOeşOeşOfşOfğOfğNfğNfğNfğNfĵNfĵNfĵMgĵLd­ WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââ·ş·D-SwNwOvOvO‘vO‘vO‘vO‘vO‘Šj£ÀŻÍoO†‰}“Ÿ˜L6^1"><)LfF‚sO’tP“sP”sQ”uS•¸§ÉwİgT|¨³gXx;)M/!>W>qoP“œ‡ĥµÒ|`žpQ•oQ–pR—pR—pS—pS—oS˜oS˜oS˜oS˜oS™oS™nS™nT™nT™nTšnTšmTšmTšmTšmT›rZžı­ÏĤ˜ÂkTškT›lUœlUœkUœkUœkUkVkVjVjVjVžjVžjVžiVžiVžiWŸiWŸiWŸhWŸhWŸhW hW hW gX gX gXĦgXĦgXĦfXĦfX˘fX˘fX˘fY˘eY˘eY£eY£eY£eY£eY£dY¤dZ¤dZ¤dZ¤dZ¤cZcZcZcZc[Ĥb[Ĥb[Ĥb[Ĥb[Ĥb[§a[§a[§e`ݵ³Ġuqİ\Z{ĞŞ·YX„ƒ–š™ĞECiݨ´poŒji‚ĤĤ´NN|onˆ‹‹£;;l'&G==pYZ¤]^Ğ]^Ĵ]^Ĵ\^Ĵ\^Ĵ\^­\_­\_­[_­[_­[_[_Z_Z_Z_Z`ŻZ`ŻY`ŻY`ŻY`°Y`°Y`°X`°X`°XaħXaħXaħWaħWa²Wa²Wa²Wa²Vb²Vb³Vb³Vb³Vb³Ub³S` WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàâ⸺·I+N~Jˆ~Jˆ~Jˆ~J‰~J‰~K‰}K‰}K‰‘gœÍşÒ}^†~sœ•ž?*F$)28g?tzK‰{LŒ{LŒ{LŒ}NĵĊ—·ZFbŞĴ`Rf,3$*R4`vKŠyMŽyOŽxNxNxNxNwNwNwNwOwOvO‘vO‘vO‘vO‘vO‘uO’uO’uP’uP’uP’tP“tP“tP“tP“uQ“tR”sQ”sQ”sQ”sQ•rQ•rQ•rQ•rR•rR–qR–qR–qR–qR—qR—pR—pR—pS—pS˜pS˜oS˜oS˜oS˜oS™nS™nT™nT™nTšnTšmTšmTšmT›mT›lU›lU›lU›lUœlUœkUœkUœkUkVkVjVjVjVžjVžjVžiVžiWŸiWŸiWŸhWŸhWŸhW hW hW gX k]£ı²Ó“°RMcݧ°RMi|‰—• :5PĤ­hdx63H›?:Ydbr¤£51O,40X[R˜cZcZb[Ĥb[Ĥb[Ĥb[Ĥb[§a[§a[§a[§a\¨`\¨`\¨`\¨`\¨`\İ_\İ_]İ_]İ_]Ş_]Ş^]Ş^]Ş^]Ğ^]Ğ]^Ğ]^Ğ]^Ĵ]^Ĵ\^Ĵ\^Ĵ\^Ĵ\_­\_­[_­[_­[_[_X]  WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââ¸ı·K*L‚I…I…I…I…I…I†€I†€I†Ë´Íŝŝŝ£‹§ŜÛßùĝùgUi$'37k>r}I†~Kˆ~K‰~K‰šs£÷ôĝÛŜĦ”¤ŝŝŝ²Ğ´-2%)U4_yJ‡|L‹{L‹{LŒ{LŒ{LŒ{MŒzMŒzMzMzMzMyMyMŽyNŽyNŽyNŽxNŽxNxNxNwNwOwOwOwOvO‘vO‘vO‘vO‘vO‘uP’uP’uP’uP’uP“tP“tP“tP“tQ“sQ”sQ”sQ”sQ”sQ•rQ•rQ•rR•rR•qR–qR–qR–qR–qR—pR—pS—pS—pS˜pS˜oS˜oS˜oS˜oS™nT™nT™nT™nTšnTšmTšmTšmT›mU›mU›lU›lU›lUœlUœkUœkUœkVkVjVjVjVžjVž•‡şùùûĈÁÔĤ¤Żŝŝŝ­Şĥċäçöö÷›˜ĤŝŝŝÄˊ‡”úúú…’ÍÌóòôMHb+70X]R—eY£eY£eY£dY¤dZ¤dZ¤dZ¤cZcZcZcZcZĤb[Ĥb[Ĥb[Ĥb[Ĥa[§a[§a[§a\§`\¨`\¨`\¨`\¨`\İ_\İ_\İ_]İ_]Ş^]Ş^]Ş^]Ş^]Ğ]]Ğ]^Ğ]^Ğ]^Ĵ]^ĴY\ž WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââ¸ı·I*NJ‡J‡J‡JˆKˆ~Kˆ~Kˆ~Kˆûúû˙˙˙ÒĊĠìêíŝŝŝzf€/4B(IoD{{K‰|L‹|L‹|L‹½ĤĊ˙˙˙ġòöÄşÇ˙˙˙ĽÇ7#?2:_B;l_VžcZcZcZb[Ĥb[Ĥb[Ĥb[Ĥb[§a[§a[§a[§a\§`\¨`\¨`\¨`\¨`\İ_\İ_]İ_]İ_]Ş^]Ş^]Ş^]Ş^]Ğ^]Ğ]^Ğ]^Ğ]^Ĵ]^Ĵ\^Ĵ\^Ĵ\^­\^­[_­[_­[_­[_X]Ÿ WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââ¸ı·E-RxNxNxNxNxNwOwOwOÙÎà˙˙˙µĦÁïìñŭüŭŠršX;laAwrMuP’uP’uP’uP’Ÿ†³üûüáÚçż³Ê˙˙˙ÉÀÒY>rX>rjK‰rP“sQ”rQ•rQ•rR•rR•rR•rR–qR–qR–qR–qR–qR—pR—pS—pS—pS—pS˜oS˜oS˜oS˜oS˜oS™nT™nT™nT™nT™nTšmTšmTšmTšmTšmU›lU›lU›lU›lUœlUœlUœkUœkUœkVkVkVjVjVjVžjVžjVžjVžiWŸiWŸiWŸiWŸiWŸhW hW hW hW hX gXĦgXĦgXĦgXĦgXĦfX˘fX˘fY˘fY˘fY˘eY£eY£eY£eY£dY¤dZ¤dZ¤dZ¤dZ¤cZcZcZcZcZb[ĤŸ›ÈŭŭŝÑÏÄÂÖ˙˙˙Á×ôûûüı¸ÒŝŝŝĜ×ĉÜÜèŝŝŝ¨ĤÈççî÷÷útrFE~QP“\[¨^]Ş^]Ğ^]Ğ]^Ğ]^Ğ]^Ğ]^Ĵ\^Ĵ\^Ĵ\^Ĵ\^­\_­[_­[_­[_­[_[_Z_Z`Z`ŻZ`ŻY`ŻY`ŻY`°Y`°Y`°Xa°Xa°XaħXaħXaħWaħWa²Wa²Wa²Wb²Vb²Vb³T_£ WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââ·ı·?1YmU›lU›lU›lU›lUœlUœlUœlUœżĥÔ˙˙˙ž‘îġìéòub˘hT›iU›jVžjVžjVžjVžjVž…v°úùûÒÍâş²Òŝŝŝ •ÁfUfUžgVŸhW hX hX gX gXĦgXĦgXĦgXĦgXĦfX˘fX˘fY˘fY˘fY˘fY˘eY£eY£eY£eY£eY£eY£eZ¤dZ¤dZ¤dZ¤dZ¤dZdZcZcZcZc[c[Ĥb[Ĥb[Ĥb[Ĥb[Ĥb[Ĥb[§a[§a[§a[§a\§a\¨`\¨`\¨`\¨`\¨`\¨`\İ_\İ_]İ_]İ_]İ_]Ş^]Ş^]Ş^]Ş^]Ş^]Ş]^Ğ]^Ğ]^Ğ]^Ğ]^Ğ]^Ĵ\^Ĵ\^Ĵ\^Ĵ\^Ĵ\_­[_­[_­[_­[_­[_Z_Z_Z_Z`Z`ŻY`ŻY`ŻY`ŻY`Ż„‰Äŭŭŝ½ÀßÂĊáüüŭ‹‘ÇËÎĉċçórzĵûûŭŞŻ×ŞŻ×ööút~Ŝáóóùep¸T`°TaħUb´Ub´Uc´Uc´UcµTcµTcµTcµTcµTcĥTcĥScĥSdĥSdĥSdĥSd·Sd·Rd·Rd·Rd·Rd¸Re¸Qe¸Qe¸Qe¸Qe¸QeıPeıPeıPeıPeıPfşOfşOfşOfşOfşOfğNfğNfğMcŞ WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââ·ı·66b^]Ş^]Ğ]]Ğ]^Ğ]^Ğ]^Ğ]^Ğ]^Ğ]^Ĵ]^Ĵ\^Ĵ\^Ĵ\^Ĵ\^Ĵ\^­\_­\_­\_­[_­[_­[_­[_[_[_[_Z_Z_Z`ŻZ`ŻZ`ŻZ`ŻZ`ŻZ`ŻY`ŻY`°Y`°Y`°Y`°Y`°Y`°Xa°Xa°XaħXaħXaħXaħXaħXaħWa²Wa²Wa²Wa²Wb²Wb²Wb²Vb³Vb³Vb³Vb³Vb³Vb³Ub³Ub´Ub´Ub´Uc´Uc´Uc´Tc´TcµTcµTcµTcµTcµTcµScĥScĥSdĥSdĥSdĥSdĥSdĥRd·Rd·Rd·Rd·Rd·Rd·Qd¸Qe¸Qe¸Qe¸Qe¸Qe¸Qe¸PeıPeıPeıPeıPeıPeşOeşOfşOfşOfşOfşOfşOfğNfğNfğNfğNfğNfĵNgĵMgĵMgĵMgĵMgĵMgĵMg½Mg½Lg½Lg½Lg½LhLhLhKhKhKhKhżKhżKhżJhżJiżJiżJiÀJiÀJiÀIiÀIiÀIiÀIiÀIiÁIjÁHjÁHjÁHjÁHjÂHjÂHjÂGjÂGjÂGjÂGjGkGkGkFkFkFkÄFkÄFkÄFkÄEkÄEkÄEkĊEkĊElĊElĊDlĊDlĈDlĈDh´WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââ·ı·,;lMgĵMgĵMg½Mg½Mg½Lg½Lg½Lg½Lg½Lg½Lg½LgLgLhLhKhKhKhKhKhKhżKhżKhżKhżKhżJhżJhżJhżJhÀJhÀJiÀJiÀJiÀJiÀJiÀIiÀIiÀIiÁIiÁIiÁIiÁIiÁIiÁIiÁIiÁHiÁHiÂHjÂHjÂHjÂHjÂHjÂHjÂGjÂGjÂGjGjGjGjGjGjFjFjFjFkÄFkÄFkÄFkÄFkÄEkÄEkÄEkÄEkÄEkĊEkĊEkĊDkĊDkĊDkĊDlĊDlĈDlĈDlĈDlĈClĈClĈClĈClÇClÇClÇClÇClÇBmÇBmÇBmÈBmÈBmÈBmÈBmÈBmÈBmÈAmÉAmÉAmÉAmÉAnÉAnÉAnÉAnÉAnÊ@nÊ@nÊ@nÊ@nÊ@nÊ@nÊ@nË@oË@oË?oË?oË?oË?oË?oË?oÌ?oÌ?oÌ?oÌ>oÌ>oÌ>pÌ>pÌ>pÌ>pÍ>pÍ>pÍ=pÍ=pÍ=pÍ=pÍ=pÍ=pÎ=pÎoË>oÌ>oÌ>pÌ>pÌ>pÌ>pÌ>pÌ=pÍ=pÍ=pÍ=pÍ=pÍ=pÍ=pÍ1ZlUœlUœkUœkUœkVkVkVkVjVjVjVžjVžjVžjVžjVžiWžiWžiWŸiWŸiWŸiWŸhWŸhW hW hW hW hX gX gXĦgXĦgXĦgXĦgXĦfXĦfX˘fX˘fY˘fY˘fY˘eY˘eY£eY£eY£eY£eY£dY¤dY¤dZ¤dZ¤dZ¤dZ¤cZcZcZcZcZbZĤb[Ĥb[Ĥb[Ĥb[Ĥb[Ĥa[§a[§a[§a[§a[§`\¨`\¨`\¨`\¨`\¨`\İ_\İ_\İ_\İ_\İ_]İ_]Ş^]Ş^]Ş^]Ş^]Ş^]Ğ]]Ğ]]Ğ]^Ğ]^Ğ]^Ĵ]^Ĵ\^Ĵ\^Ĵ\^Ĵ\^­\^­\^­[_­[_­[_[_[_Z_Z_Z_ŻZ_ŻZ`ŻZ`ŻY`ŻY`ŻY`°Y`°Y`°X`°X`°X`ħXaħXaħXaħWaħWa²Wa²Wa²Wa²Va²Vb³Vb³Vb³Vb³Ub³Ub´Ub´Ub´Ub´Uc´TcµTcµTcµTcµTcµScĥScĥScĥSdĥSdĥRd·Rd·Rd·Rd·Rd·Rd·Qd¸Qd¸Qe¸Qe¸QeıPeıPeıPeıPeıPeıOeşOfşOfşOfşOfğOfğNfğNfğNfğNfğNgĵMgĵMgĵKcŞWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââ·ıĥE-SwNwNwOwOwOvO‘vO‘vO‘vO‘vO‘vO’uP’uP’uP’uP’uP“tP“tP“tP“tP“tQ“tQ”sQ”sQ”sQ”sQ”sQ•sQ•rQ•rQ•rR•rR–rR–qR–qR–qR–qR—qR—qR—pS—pS—pS—pS˜pS˜oS˜oS˜oS˜oT™oT™nT™nT™nT™nTšnTšnTšmTšmUšmU›mU›mU›lU›lU›lUœlUœlUœkVœkVœkVkVjVjVjVjVžjWžjWžiWžiWžiWŸiWŸhWŸhWŸhW hX hX gX gX gXĦgXĦgXĦfXĦfY˘fY˘fY˘fY˘eY˘eY£eY£eY£dZ£dZ¤dZ¤dZ¤dZ¤cZ¤cZcZc[c[b[Ĥb[Ĥb[Ĥb[Ĥb[Ĥa[§a[§a\§a\§`\¨`\¨`\¨`\¨`\¨_\İ_\İ_]İ_]İ_]Ş^]Ş^]Ş^]Ş^]Ğ]]Ğ]]Ğ]^Ğ]^Ğ]^Ĵ\^Ĵ\^Ĵ\^Ĵ\^­\^­[^­[_­[_[_[_Z_Z_Z_ŻZ_ŻZ_ŻY`ŻY`°Y`°Y`°Y`°X`°X`ħX`ħX`ħWaħWa²Wa²Wa²Wa²Wa²Va³Va³Vb³Vb³Ub´Ub´Ub´R_˘WXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââ·ı·I+NJˆ~Jˆ~Jˆ~Jˆ~K‰~K‰}K‰}K‰}K‰}KŠ}KŠ|KŠ|KŠ|LŠ|L‹|L‹{L‹{L‹{L‹{LŒ{LŒzLŒzMŒzMŒzMzMzMyMyMŽyMŽyMŽyNŽxNŽxNxNxNxNwNwNwOwOwOvO‘vO‘vO‘vO‘uO‘uO’uP’uP’uP’tP“tP“tP“tP“tP“sQ”sQ”sQ”sQ”sQ•rQ•rQ•rQ•rR•rR–qR–qR–qR–qR—qR—pR—pR—pS—pS˜oS˜oS˜oS˜oS™oS™nS™nT™nT™nTšnTšmTšmTšmT›mT›lT›lU›lUœlUœlUœkUœkUœkUkUkVjVjVžjVžjVžjVžiVžiVŸiWŸiWŸhWŸhW hW hW hW gWĦgXĦgXĦgXĦfXĦfX˘fX˘fX˘fX˘eY£eY£eY£eY£dY¤dY¤dY¤dZ¤dZcZcZcZcZbZĤbZĤb[Ĥb[Ĥb[§a[§a[§a[§a[¨`[¨`\¨`\¨`\¨`\İ_\İ_\İ_\İ_]Ş^]Ş^]Ş^]Ş^]Ğ^]Ğ]]Ğ]]Ğ]^Ĵ]^Ĵ\^Ĵ\^Ĵ\^­\^­\^­[_­[_­[_[_Z_Z_W\žWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââ·ı·J*MI…I…I…I†I†€I†€I†€I†€J‡€J‡J‡J‡J‡JˆJˆ~Jˆ~Jˆ~Kˆ~K‰~K‰}K‰}K‰}KŠ}KŠ}KŠ|LŠ|LŠ|L‹|L‹|L‹{L‹{L‹{LŒ{LŒ{MŒzMŒzMzMzMzMyMyMŽyNŽyNŽxNŽxNxNxNxNwNwNwOwOwOvO‘vO‘vO‘vO‘vO‘uP’uP’uP’uP’tP“tP“tP“tP“tQ“sQ”sQ”sQ”sQ”sQ•rQ•rQ•rR•rR–qR–qR–qR–qR–qR—pS—pS—pS—pS˜oS˜oS˜oS˜oS™oT™nT™nT™nTšnTšmTšmTšmTšmU›mU›lU›lU›lUœlUœkUœkUœkVkVkVjVjVžjVžjVžiVžiWŸiWŸiWŸiWŸhWŸhW hW hX gX gXĦgXĦgXĦfXĦfX˘fX˘fY˘fY˘eY£eY£eY£eY£dY¤dZ¤dZ¤dZ¤cZcZcZcZcZĤb[Ĥb[Ĥb[Ĥb[§a[§a[§a[§a\§`\¨`\¨`\¨`\¨`\İ_\İ_\İ_]İ_]Ş^]Ş^]Ş^]Ş^]Ğ]]Ğ]^Ğ]^Ğ]^Ĵ\^Ĵ\^Ĵ\^Ĵ\^­Y\œWXXàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââĠÖÖ  F0CKˆKˆ~Kˆ~Kˆ~K‰~K‰~K‰}K‰}K‰}LŠ}LŠ}LŠ|LŠ|LŠ|L‹|L‹|L‹{L‹{M‹{MŒ{MŒ{MŒzMŒzMŒzMzMzMzNyNyNŽyNŽyNŽxNŽxNŽxNxNxOxOwOwOwOwOvOvO‘vP‘vP‘vP‘uP‘uP’uP’uP’uP’tP“tQ“tQ“tQ“tQ“sQ”sQ”sQ”sQ”rR•rR•rR•rR•rR•qR–qR–qR–qR–qS—pS—pS—pS—pS—pS˜oS˜oS˜oT˜oT™nT™nT™nT™nTšnTšmTšmUšmUšmU›lU›lU›lU›lUœlUœkVœkVœkVkVjVjVjVjVžjWžiWžiWžiWŸiWŸhWŸhWŸhW hX hX gX gXĦgXĦgXĦfXĦfX˘fY˘fY˘fY˘eY£eY£eY£eY£dY£dZ¤dZ¤dZ¤dZ¤cZcZcZc[b[Ĥb[Ĥb[Ĥb[Ĥb[§a[§a[§a\§a\¨`\¨`\¨`\¨`\¨`\İ_\İ_]İ_]İ_]Ş^]Ş^]Ş^]Ş^]Ğ]]Ğ]^Ğ]^Ğ]^Ĵ]^Ĵ\^Ĵ\^Ĵ\^­\^­[_­[_­[_[_Z_Z_Z_Z`ŻU[Ÿ ```àââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââ"""""vPwOvOvOvO‘vO‘vO‘vO‘uO‘uP’uP’uP’uP’tP’tP“tP“tP“tP“tP“sQ”sQ”sQ”sQ”sQ”sQ•rQ•rQ•rQ•rR•rR–qR–qR–qR–qR–qR—pR—pR—pR—pS—pS˜pS˜oS˜oS˜oS˜oS™oS™nS™nT™nT™nTšnTšmTšmTšmTšmT›mT›lU›lU›lU›lUœlUœkUœkUœkUœkVkVjVjVjVjVžjVžiVžiVžiWŸiWŸiWŸhWŸhWŸhW hW hW hW gX gXĦgXĦgXĦgXĦfX˘fX˘fX˘fY˘fY˘eY£eY£eY£eY£eY£dY¤dZ¤dZ¤dZ¤cZ¤cZcZcZcZbZĤb[Ĥb[Ĥb[Ĥb[Ĥa[§a[§a[§a[§a\¨`\¨`\¨`\¨`\¨`\İ_\İ_\İ_\İ_]Ş_]Ş^]Ş^]Ş^]Ş^]Ğ^]Ğ]^Ğ]^Ğ]^Ğ]^Ĵ]^Ĵ\^Ĵ\^Ĵ\^­\^­\_­[_­[_­[_[_Z_Z_Z_ŻZ`ŻZ`ŻY`ŻY`ŻY`°Y`°Y`°X`°XaħXaħXaħXaħWaħWa²Wa²Wa²Wb²Vb²Vb³Vb³Vb³Vb³Ub´Ub´Ub´HQ~žŸŸàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàâ QChkUœkUkVkVjVjVjVjVžjVžjVžiVžiVžiWžiWŸiWŸiWŸhWŸhWŸhWŸhW hW hW hW gX gX gXĦgXĦgXĦgXĦfXĦfX˘fX˘fX˘fY˘fY˘eY˘eY£eY£eY£eY£dY£dY£dY¤dZ¤dZ¤dZ¤cZ¤cZcZcZcZcZbZĤb[Ĥb[Ĥb[Ĥb[Ĥb[Ĥa[§a[§a[§a[§a[§`\¨`\¨`\¨`\¨`\¨`\İ_\İ_\İ_\İ_\İ_]İ^]Ş^]Ş^]Ş^]Ş^]Ş^]Ğ]]Ğ]]Ğ]]Ğ]^Ğ]^Ĵ]^Ĵ\^Ĵ\^Ĵ\^Ĵ\^­\^­[^­[_­[_­[_[_[_Z_Z_Z_ŻZ_ŻZ_ŻZ`ŻY`ŻY`ŻY`°Y`°Y`°X`°X`°X`ħXaħXaħXaħWaħWa²Wa²Wa²Wa²Va²Vb³Vb³Vb³Vb³Vb³Ub³Ub´Ub´Ub´Uc´Uc´TcµTcµTcµTcµTcµScĥScĥSdĥSdĥSdĥSd·Rd·Rd·Rd·Rd·Rd¸Qd¸Qe¸Qe¸Qe¸QeıQeıPeıPeıPeıPeıPfşOfşOfşOfşOfşOfğNfğNfğNfğNfğNgĵNgĵMgĵMgĵNe(ÖĜĜàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââĠÖÖ$$- GFy\^Ğ\^­\^­\^­[_­[_­[_­[_[_[_[_Z_Z_Z_Z_Z_ŻZ_ŻZ`ŻY`ŻY`ŻY`ŻY`ŻY`°Y`°Y`°X`°X`°X`°X`°XaħXaħXaħWaħWaħWaħWaħWa²Wa²Wa²Va²Va²Vb²Vb³Vb³Vb³Ub³Ub³Ub³Ub´Ub´Ub´Ub´Tb´Tb´TcµTcµTcµTcµTcµScµScµScĥScĥScĥScĥScĥRdĥRd·Rd·Rd·Rd·Rd·Rd·Qd¸Qd¸Qd¸Qd¸Qe¸Qe¸QeıQeıPeıPeıPeıPeıPeşPeşPeşOfşOfşOfşOfşOfğOfğNfğNfğNfğNfğNfĵNfĵNgĵMgĵMgĵMgĵMgĵMg½Mg½Mg½Lg½Lg½Lg½Lh½LhLhLhKhKhKhKhżKhżKhżJhżJiżJiżJiÀJiÀJiÀJiÀIiÀIiÀIiÁIiÁIiÁIjÁIjÁHjÁHjÂHjÂHjÂHjÂHjÂHjÂGjÂGjGjGkGkGkFkFkÄFkÄFkÄFkÄFkÄEkÄEkĊElĊElĊElĊElĊElĊDlĊDlĈDlĈDlĈDlĈDmĈCmĈCmÇCf²)1;ŒàââàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââàââĵ½###$24@j;Hz;I{;I{;I{;I{;I{;I{:I{:I{:I{:I{:I{:I{:I|:I|:I|:I|:I|:I|:I|:I|:I|:I|9J|9J|9J|9J|9J|9J|9J}9J}9J}9J}9J}9J}8J}8J}8J}8J}8J~8J~8J~8J~8J~8J~8J~8J~8J~8J~8J~8J~8K~7K~7K~7K7K7K7K7K7K7K7K7K6K6K6K6L6L€6L€6L€6L€6L€6L€6L€6L€6L€6L€6L€5L€5L5L5L5L5L5L5L5L5L5L5L5L5L5L5L4M‚4M‚4M‚4M‚4M‚4M‚4M‚4M‚4M‚3Mƒ3Mƒ3Mƒ3Mƒ3Mƒ3Mƒ3Mƒ3Mƒ3Mƒ3Mƒ3Mƒ3Mƒ3Mƒ3Mƒ3M„3N„2N„2N„2N„2N„2N„2N„2N„2N„2N„2N„2N„2N„1N…1N…1N…1N…1N…1N…1N…1N…1N…1N…1N†1N†1O†1O†0O†0O†0O†0O†0O†0O†0O†0O†0O†0O†0O‡0O‡0O‡0O‡/O‡/O‡/O‡/O‡/O‡/P‡+L„#:[xyyàââàââàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââàââàââÔÖÖruw9::ĤĤàââàââàââàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââ½żż£¤˘ ˘Ÿ ˘Ÿ ˘Ÿ ˘Ÿ ˘Ÿ ˘Ÿ ˘Ÿ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ˘Ÿ ˘Ÿ ˘Ÿ ˘Ÿ ˘Ÿ ˘Ÿ ˘Ÿ ˘ŸĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£Ħ ˘Ÿ ˘Ÿ ˘Ÿ ˘Ÿ ˘Ÿ ˘Ÿ ˘Ÿ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ Ħž Ħž Ħž Ħž Ħž Ħž Ħž Ħž Ħž Ħž Ħž Ħž Ħž Ħž Ħž Ħž Ħž Ħž ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ĦŸ ˘Ÿ ˘Ÿ ˘Ÿ ˘Ÿ ˘ŸĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£˘Ħ£˘Ħ£˘˘£˘˘£˘˘£˘˘£˘˘£˘Ħ£˘˘£˘˘£˘˘£˘˘£˘Ħ£˘Ħ£˘Ħ£˘Ħ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£ĦĦ£Ħ ˘Ÿ ˘Ÿ ˘ŸĞ­ĞÒÖ×àââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââdddOPPàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââàââdddOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPPOPP"##visionegg-1.2.1/VisionEgg/data/visionegg.tif0000644000076500000240000042526411224565530020212 0ustar astrawstaffII*ŝÌ–ŝhL– Ŝ(12*Rĵ)>I†9hi‡ˆ*pĠ 'pĠ 'Adobe Photoshop 7.02002:12:26 13:40:55 adobe:docid:photoshop:cce831a2-19b5-11d7-bd99-8a84b9de3b1c 8BIM%8BIMê­ com.apple.print.PageFormat.PMHorizontalRes com.apple.print.ticket.creator com.apple.printingmanager com.apple.print.ticket.itemArray com.apple.print.PageFormat.PMHorizontalRes 72 com.apple.print.ticket.client com.apple.printingmanager com.apple.print.ticket.modDate 2002-12-26T20:38:36Z com.apple.print.ticket.stateFlag 0 com.apple.print.PageFormat.PMOrientation com.apple.print.ticket.creator com.apple.printingmanager com.apple.print.ticket.itemArray com.apple.print.PageFormat.PMOrientation 1 com.apple.print.ticket.client com.apple.printingmanager com.apple.print.ticket.modDate 2002-12-26T20:38:36Z com.apple.print.ticket.stateFlag 0 com.apple.print.PageFormat.PMScaling com.apple.print.ticket.creator com.apple.printingmanager com.apple.print.ticket.itemArray com.apple.print.PageFormat.PMScaling 1 com.apple.print.ticket.client com.apple.printingmanager com.apple.print.ticket.modDate 2002-12-26T20:38:36Z com.apple.print.ticket.stateFlag 0 com.apple.print.PageFormat.PMVerticalRes com.apple.print.ticket.creator com.apple.printingmanager com.apple.print.ticket.itemArray com.apple.print.PageFormat.PMVerticalRes 72 com.apple.print.ticket.client com.apple.printingmanager com.apple.print.ticket.modDate 2002-12-26T20:38:36Z com.apple.print.ticket.stateFlag 0 com.apple.print.PageFormat.PMVerticalScaling com.apple.print.ticket.creator com.apple.printingmanager com.apple.print.ticket.itemArray com.apple.print.PageFormat.PMVerticalScaling 1 com.apple.print.ticket.client com.apple.printingmanager com.apple.print.ticket.modDate 2002-12-26T20:38:36Z com.apple.print.ticket.stateFlag 0 com.apple.print.subTicket.paper_info_ticket com.apple.print.PageFormat.PMAdjustedPageRect com.apple.print.ticket.creator com.apple.printingmanager com.apple.print.ticket.itemArray com.apple.print.PageFormat.PMAdjustedPageRect 0.0 0.0 734 576 com.apple.print.ticket.client com.apple.printingmanager com.apple.print.ticket.modDate 2002-12-26T20:38:36Z com.apple.print.ticket.stateFlag 0 com.apple.print.PageFormat.PMAdjustedPaperRect com.apple.print.ticket.creator com.apple.printingmanager com.apple.print.ticket.itemArray com.apple.print.PageFormat.PMAdjustedPaperRect -18 -18 774 594 com.apple.print.ticket.client com.apple.printingmanager com.apple.print.ticket.modDate 2002-12-26T20:38:36Z com.apple.print.ticket.stateFlag 0 com.apple.print.PaperInfo.PMPaperName com.apple.print.ticket.creator com.apple.print.pm.PostScript com.apple.print.ticket.itemArray com.apple.print.PaperInfo.PMPaperName na-letter com.apple.print.ticket.client com.apple.print.pm.PostScript com.apple.print.ticket.modDate 2000-07-28T22:57:04Z com.apple.print.ticket.stateFlag 1 com.apple.print.PaperInfo.PMUnadjustedPageRect com.apple.print.ticket.creator com.apple.print.pm.PostScript com.apple.print.ticket.itemArray com.apple.print.PaperInfo.PMUnadjustedPageRect 0.0 0.0 734 576 com.apple.print.ticket.client com.apple.printingmanager com.apple.print.ticket.modDate 2002-12-26T20:38:36Z com.apple.print.ticket.stateFlag 0 com.apple.print.PaperInfo.PMUnadjustedPaperRect com.apple.print.ticket.creator com.apple.print.pm.PostScript com.apple.print.ticket.itemArray com.apple.print.PaperInfo.PMUnadjustedPaperRect -18 -18 774 594 com.apple.print.ticket.client com.apple.printingmanager com.apple.print.ticket.modDate 2002-12-26T20:38:36Z com.apple.print.ticket.stateFlag 0 com.apple.print.PaperInfo.ppd.PMPaperName com.apple.print.ticket.creator com.apple.print.pm.PostScript com.apple.print.ticket.itemArray com.apple.print.PaperInfo.ppd.PMPaperName Letter com.apple.print.ticket.client com.apple.print.pm.PostScript com.apple.print.ticket.modDate 2000-07-28T22:57:04Z com.apple.print.ticket.stateFlag 1 com.apple.print.ticket.APIVersion 00.20 com.apple.print.ticket.privateLock com.apple.print.ticket.type com.apple.print.PaperInfoTicket com.apple.print.ticket.APIVersion 00.20 com.apple.print.ticket.privateLock com.apple.print.ticket.type com.apple.print.PageFormatTicket 8BIMéxHHŜ@˙î˙îRg(üHHĜ(d˙h 8BIMíGG8BIM&?€8BIMî Transparency8BIM Transparency8BIMï˙˙d8BIM8BIM x8BIM8BIMó 8BIM 8BIM' 8BIMġH/fflff/ffĦ™š2Z5-8BIMĝp˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙è˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙è˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙è˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙è8BIM8BIM8BIM@@8BIM8BIMI–Ì Untitled-1̖nullboundsObjcRct1Top longLeftlongBtomlong–RghtlongÌslicesVlLsObjcslicesliceIDlonggroupIDlongoriginenum ESliceOrigin autoGeneratedTypeenum ESliceTypeImg boundsObjcRct1Top longLeftlongBtomlong–RghtlongÌurlTEXTnullTEXTMsgeTEXTaltTagTEXTcellTextIsHTMLboolcellTextTEXT horzAlignenumESliceHorzAligndefault vertAlignenumESliceVertAligndefault bgColorTypeenumESliceBGColorTypeNone topOutsetlong leftOutsetlong bottomOutsetlong rightOutsetlong8BIM8BIM8BIM ­€^€‘˙Ĝ˙àJFIFHH˙í Adobe_CM˙îAdobed€˙ۄ            ˙À^€"˙Ŭ˙Ä?   3!1AQa"q2‘ĦħB#$RÁb34r‚ÑC%’Sáñcs5˘²ƒ&D“TdE£t6ÒUâeò³„ÓuóF'”¤…´•ÄÔäôµĊĠċġVfv†–ĤĥĈÖĉö7GWgw‡—§·Ç×ç÷5!1AQaq"2‘ĦħB#ÁRÑ3$bár‚’CScs4ñ%˘²ƒ&5ÂÒD“T£dEU6teâò³„ÓuóF”¤…´•ÄÔäôµĊĠċġVfv†–ĤĥĈÖĉö'7GWgw‡—§·Ç˙Ú ?é:@úĵïĞŬ&ÛzNĥ[e–YSœç:Ĥ—½ï-Üç9ÈıXŸQĴfáô\KKw ïŻ§7úv–?gµ\ú²îÁàôüOÂĤ•ĉĜX×daѕm[vS>ÑuÖU[ße–—]eĥYc÷ıÏzĵ£ï\8ŽB@éĜq=ïñuŝê˙ŝÊä’Ŭŝ.żÑŭ_˙ÙOü’ÂïûGŭħWŝ“OöÜZ?튿ôšpŭü˙è,ßs=ċŝ'ŝ†öżĊ×ú?Ğ˙û)˙’Kwĝş˙Gġ˙e?òKû ˙¸ÔÛé$˙a?÷ŝĜĞ˙I!îC÷ñ˙˙ §îG÷ŝ'ŝ†ġûżĊ×ú?Ğ˙û)˙’Kwĝş˙Gġ˙e?òK‘'ŝâ˙Û˙é$˙b˙ş¸˙öĊ?úIv½ñ˙ô}ÈŝôżÄ˙Ŝ³wĝş˙Gġ˙e?òIn˙_ıġ˙e?òK”ûŭĠÇ˙ĥ)˙ÒI}‹ŝê˙Û˙é$=ĝ~ô?Ç˙S÷ûÇüOŭ ë7‹ŻÜúż˙²Ÿù$·‹ŻôW˙öS˙$ıOħû‹˙lU˙¤“ŭˆÜ\ûbŻŭ$‡Ŝ!û˙˙AWÜOïñ?ô'ŞŬŝ.żÑŭ_˙ÙOü’[żĊ×ú?Ğ˙û)˙’\ŻĜ›˙qq˙튿ô’ħ7ŝâ˙Ûé$>óñ˙˙AWÜïñ?ô'ŻÄÂú‘œ÷W……ÑrŜĈï{(Ż×5²½Ì§{önwÒBëŭêû>Żġk+é8YVM•Ù^5M{\ڞĉ= ÜÇ5ˎêŻN·¨âĠV>Vì{ëŞĥ9ġia÷VĈ9Ì}o}wRïÑ]_ó‹~²>Żġ°40˙[z“A1b·­_>Š\$Ŭ‹Û…˙íĴÈ= ˙MĝżùéЈèy­Lé¸ÔÖëŻv5LeLç9Ĵ—5­ŝĞġÛŭX˙zŝ›ñ?óÓWġW7˘ÜŬĚë~Ö<Ô5Ùô/oşż˙]gè?*œĉ>Zbĉ …šÇúSnò2ɐÀ #füŽÌّöWÒĉeomgpÍï uUÏÓħŻc˜šÜĉÑkİÈİÔÜÈßSà=ğ†ĉolğnö âô×[ġ—"ǵÌħ™¸[˜ì“}ÚħÏż0¸żùUYżè~‰VÊéóÔúӛGİ™ölFTüż]ÍżÑovMîpŜÏIĥz[ż˙ÏUO'áĊr˜à"3³òÊ_+r<ÎsÁé&ZW÷[Ÿ´ñüŝÒÇ@wH`q‡iÚJkzXfG_­˜óOĜÜ]µĴÛdço÷·Ğ‹íú6ìĜ˘~M ²úšf3ĉ@òl~ÒÇOûKÁŬ%Äi:IÖ;%û$Jo·żó’MóşŝÑ£Á/Ú4x ”;8šqÒĵöŝŝrIâĉ?t7İ™6ì|+î˙BÚÙıƒ·MyŞÛf1crħìĈu€šÛkvíġ ;żGêWżúèíé}?ÖW•c,-Ĥż³ġcXûs,c'ĞMmÜÚŬùŝ˙ĉ?ÀĜİeRüüĵ[&F5xġÜ×}Ğ0ċû­n3XÜ}÷^ĉ3v=§˙IŭI%Êr€”²ĜâÊ(ž`3̆ˆÈÀÈt¤żo£Á/·R‚:kOàRŭœÑˀĝ•·˙ߓbóŝèjŭc˪΁œÖòkgŝ~Ħw?Yäı˙„3?óÛ×ġ‡ÒèYϞ÷]A]ïÖ_ùá Ïüöġ§ñ„bÂL£Ĉn˙{†WÄx½Ĝñoû_˙ÑíĴÈ= ˙MĝŸùéĞ€úıÔ\+éÚêŞĦµÖ×ِ&–´Wgğ!²ÏÑîÛù˙Îzkżúħ˙ ô/ŭ7âçĤ#SƒgDÁe üJLj-‡ŞĵŜlXÄNLG5ŸM~îŬä#)ˆËƒMÖÄÈ}}zÊhmg~f)ĊĈu8Ħ›iĤëA%΢ğ·W“ßÑßŝ‹Ô@𨲛>²ğ ü@ÁÓİ}vaiĥŽÛŽÖ—Yëï{˙œè/ú~Ÿé™^îgUuaŬ`dç[Ġ àc= b2ûÚħ1v>żSÔÈ~67İgéżÁz˙MPĥšĞè½YĴ²ëmvEĥ¸ı‚Ânşĵ‹Ċĥ9›kġl~˙äoL–~_ÑXoŜġ?çdŭÖQ. Ë‡Ù;ËĠŭĠÛ׳)ÂĊÇϳ!Ë²ÛݲÑKŬéî™úçŭŞ—W]ÏúÒ˙šŝo×ĞVêés&Û*Ĥ÷ŝÏu´´0zĠÛ^ wm³Óġooü*èŞúÂÌSûÖâגï´ĥʛC……ÌeLsÔ,ÚÇl§÷Şéìú½Ġħúaĥî™[ú{q²cş³Ë7ß{ÚßO2ÌŞkôĥ6„3a”c\ĵ£ŭYLJNÑâù×NgÜ:zĦ./ӇĤqÉ/Ŭŝ;>°dâN;pî>wŬ•uvPÌ£*>ŸĜúOSü'üžŻĤ<~ĞoN9EîfU½7 tĦ^Mn#&חŭş+/ôİoÙŬoĝM˙ŻÔġ=/[Q½7'3:üújşÜJêĤd=Ġícñwœ–ÑCĥ:ĥcıÛżIìßSÓö,èm¸]FúŭsFW[ÇÉkĊŒÛe6Ü_“i-oêÖû}_§êz ĉ_Ñ놌 }ç£ûİ"bȞ²ħk§ŻƒĠâG‘Ġ³m97š·ç)n6-neT&µöZçXïœÌ–Xßô˘ĞÔħ0ê7ùĞYŒ§ĠèßHÔÔvûšÊÁÛVŭµÇİ•îŬ˙˙Wŭ(f'’ƒ/1ËX'•$Î"{~ó>,y(ÄdÒ1Až.v%X˜ı9ôŒ{Iġ WÙp>Kßĥ6êYŝ Ïcô_éU 3ÔşŜV3sé8÷šÌĵj‹qjŭU×Ùöj}gĜĉşÚ½šûżEŭĥĥ›€ÌÌ>§‘‹Žñ‘UxgQğ2X$Üêò]üç½ß¤ŻÒC{ñşoVéö;3²Ì‹ŸnI¤ÚÒÊêgêÔÖoġ?Ĥ>ğŭJĠ™rĊpƒŽ˘uá˙AjˆgÉYısqK§òàrnúǙÔq]eXĝ8xġž˘ÚñëqÖîû;0.|²ŻwÛXïWgÓ£Ġ˙ ú½›ÒÚÚħèĊͲÊÔl~Mn>˜qû?ĜksóĠن÷úŸCôŜĤÏŝžá·§}[Ééù4ßOWgM>Ĥ;n¨mĊkŞcíóíÚìŞìŻÔĞó?àUËñqÊ9Ùm´ô|<aĉäîc[SĞu–żŞ}ĥ{Y‘‹³#ôżĦö8ËLà—ħë£û·˙ŬŻN3íÜoĉŭ(ñzeŝï¸?X]f7Hê]8䜄*˘ÌÂŬžĞ˜—ïô÷?nĈßè}?[×Ħ}e˙:çŝÌ˙Ïo\GÖÂ]…ġ…÷6Ö\ëİ%ı³`šúnû4ÒÏê1v˙Yäı˙„3?óÛĠŽ[‚²CÛÈExÔÓĉÉ''Šñ~²˙ÒíĴÈ= ˙MĝŸùéĞÍşn[ş^0ìzÈĝ½'êÇüƒżôߋ˙žš¸.“ĠŞŻ¤`2>†5M?&íPĉÉÌ@ğI>ĞŭÜä£)qˇ@‰Ŭ?%áĦòĉħíµ­$í2Ewlú­{½NŝŸ“c]’êìnË$4ïMûKw³sXŭŸŻ~ÙĞÁ/Ûx*˙xĝ—ŝ&ĜŜöùó…Ĥì<×ıu·n¨×ĥë˜}F6ĥĠk^Ë=ìÚ Ŝ™k1Î+³Àu . !ġĞcOé=;żJÏSü"żûbż˙µëCï˙ÄÑûírßżí;0ó-nË,´³Ü}6Ûc6 —MuY]nġ˜v[ğùĈ(ŝηc*Ûú*ËÊÁ! ĠüĥµŜ†ïÑoWżkWà—íjü÷ŝ!˙‰ö'Ûċġ<{îÓvCŸ]—>ĉ˘I†ÛŬ['c]svßzÄÊóVżj×à—íZü÷ŝ!˙‰ö'ƒ°òžsîÚѵ­mÖÖ7z+ĤÚÙüáġ?‰‹Ñò2rİÇc˘Ç‡×]™Úö1𠖏Ó:ïI–2Ÿ£gú$ڕĝ&Qİì,p–¸AážÒ GµËî%RŭêëûÎsÚܞ™Ôz†ĉÜ/éĥ8Ŭ“e!Ž‹ĵowô‡oû7ó>½žŻüaş+ĥم‘iwÚ1~Ü(~Ŭw¤ßZ°êé·"ğħ™§ïŝjŸôKG?ŻeġT2Ĵ§ŞxĤŞ ‰mĠúWZì‹Ym_Ĵ9ßÑ˙2´LoĴyxušŬM{ìġžëİ7譚lżgó,Sĉ‡Ó_Îp|²ŭŜîħŠ2ácġ|C×_ÇòÇüWëm75ŸX‰ l_Nö×c­hqoN{żMsk}Žüï ğ˙Ĵżò\˙ŸùíëÎú­Ĵ§êÎN {,Şĥ›ŸôŜ}jû?”½ë/ü×?†gŝ{z——–I ǃÖxGġ*>Ĥ—7@u˙J_Ŝ˙Óí~­¸3ê˙CqàtüIĝzM^vÚ:KĤŒİiÌÇĴWmV×nŽ}^½66—W~5û=Jnİë²è?X~Ż×ġ¤ĠgTÂÊ°1в·äÒ×5í­Ħì{c\×ħÊĝúÍġ}˘Ö0€”˙Ÿ“géœñĝ#ŝê2dĊ”$€%ĵù÷ÚŻÜĉ™oŝ‘Kí_Wżîuĉ[˙¤W ˙Î~ƒ˙—8_ûOŝ–KŝsôüıÂ˙ĜÊô²ÚÉ˙Š3}°˙Ġlß{—ù¸}‡ŝùó˙µŭ^˙ıÌ˙2ßŭ"›íŸWżîs?Ìğ˙HŻA˙œŭ˙.pżö2Ÿŭ,ĉW•KoĊÉnE–Ó`ħ†×m²§=ŽÚä½ĴŸĝ£7ÛŭVŻK÷!öûçÌ~Ûġ{ŝç3ŝÛğ˙H'ûwĠïûšßûnïŭ ½GÔ³÷Ŭŝqŝô½K?}ßçïKٟùüßl?ġZù/܇ĜïŸ.żWÏĴ˙2ïŭ"§öž…öĈGġ-˙Ò+ÒĴş$=˙çXċeíġfÏJv—î1?zŠ`Ä׿—í‡ŭ_Š0‡ĝ²˙|ôĉôÎk?Ì·˙HĤûĠ˙ûšÏó-˙Ò+ÑêTbR/ÍËf-%Á‚Ûî0¸‚áX}Ïcwík½ˆóŸ ˙ċÎŝĈS˙“Ĉ~ŝ_ĥ÷ŒÑç!bû%˙|´>Ż˙ÜÖ™wŝKöĠ˙ûšßûnïŭ ğ˙ùÏòç ˙c)˙ÒÉÎ~ƒ˙—8_ûOŝ–Gîçüö_ĥú­?}ŸîCì?÷Ïìl^ğE½/¤Ü22ò†ZÖVÖÛUĥääÛeLœzY_üeŸÌÓúK ŭc!ßWşÛ‡0­ê'ë7Ġò!Ŭc™I˙Ñʇ^úġ~ÏĞŭZŞúĤ–[“]u³&—9ÏuNk+ccœç½ÊLpàĊ)ëw=˙ĉ°ċÊrKˆ€(W˙ÔġM’XÂO&)z˙èÙ÷ĉŞ}GgFÀfOH³!˜´ĥëŝ‘ıö4Ykŝל̝ïŭÈğżÒ×ê+ŸµżĊ˙ŝRáŸÑ?ù ’ž˙Ç˙Fϸ%èc˙£gÜû[ü_˙ċ.ùŭ˙’ ~Ö˙˙ùK…ŝD˙ä‚J{ïCŭ>àħp€n[@ŭ˘Ó§‰ÁéÄoö·ĝż˙Ê\/óú'˙$ŻKêŬ3ìÎŭ‹Ñû.óğì/éž—İ ßğì™ŝ—­éú[żÂlôÒS´’£ûVïüĤê?çà˙ïz_µn˙Ên£ŝ~ŝ÷¤ĤĠ‘ ŻĦdz{3³´Ĥ=Vîŭ¨˙Ÿƒ˙½éżjÙ?ò7Q˙?˙{Ô9!u }i­›)Jċ >ĵ:1k>³t–¸ú|żNú2şMŒŭÑ÷.GŞunè³ößE°Ó¸ú_oKÙ=Ŝ—Úóöú›>–Ċ›û[ü_˙ċ.ùŭ˙’ Xè6"ˆ­Ÿ@ĜÏŬr[û£î^û[ü_˙ċ.ùŭ˙’ ~Ö˙˙ùK…ŝD˙ä‚)}c?t}Élgîıy˙íoñ˙”¸_çôOŝH*]kŞ}FFÏf7HĞ!ĝ·6›ŝ\Ë +ħŸeγ'{˙që²ïôUú‰)˙Ù8BIM!UAdobe PhotoshopAdobe Photoshop 7.0˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙PPO˙##"˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙żż½˙˘¤£˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙žĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙ŸĦ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙˘£Ħ˙˘£Ħ˙˘£Ħ˙˘£˘˙˘£˘˙˘£˘˙˘£˘˙˘£˘˙˘£Ħ˙˘£˘˙˘£˘˙˘£˘˙˘£˘˙˘£Ħ˙˘£Ħ˙˘£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ħ£Ħ˙Ÿ˘ ˙Ÿ˘ ˙Ÿ˘ ˙Ğ­Ğ˙×ÖÒ˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ÖÖÔ˙wur˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙::9˙ĤĤ˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙½ĵ˙###˙˙2$˙j@4˙zH;˙{I;˙{I;˙{I;˙{I;˙{I;˙{I;˙{I:˙{I:˙{I:˙{I:˙{I:˙{I:˙|I:˙|I:˙|I:˙|I:˙|I:˙|I:˙|I:˙|I:˙|I:˙|I:˙|J9˙|J9˙|J9˙|J9˙|J9˙|J9˙}J9˙}J9˙}J9˙}J9˙}J9˙}J9˙}J8˙}J8˙}J8˙}J8˙~J8˙~J8˙~J8˙~J8˙~J8˙~J8˙~J8˙~J8˙~J8˙~J8˙~J8˙~J8˙~K8˙~K7˙~K7˙K7˙K7˙K7˙K7˙K7˙K7˙K7˙K7˙K7˙K6˙K6˙K6˙L6˙€L6˙€L6˙€L6˙€L6˙€L6˙€L6˙€L6˙€L6˙€L6˙€L6˙€L6˙€L5˙L5˙L5˙L5˙L5˙L5˙L5˙L5˙L5˙L5˙L5˙L5˙L5˙L5˙L5˙L5˙‚M4˙‚M4˙‚M4˙‚M4˙‚M4˙‚M4˙‚M4˙‚M4˙‚M4˙ƒM3˙ƒM3˙ƒM3˙ƒM3˙ƒM3˙ƒM3˙ƒM3˙ƒM3˙ƒM3˙ƒM3˙ƒM3˙ƒM3˙ƒM3˙ƒM3˙„M3˙„N3˙„N2˙„N2˙„N2˙„N2˙„N2˙„N2˙„N2˙„N2˙„N2˙„N2˙„N2˙„N2˙…N1˙…N1˙…N1˙…N1˙…N1˙…N1˙…N1˙…N1˙…N1˙…N1˙†N1˙†N1˙†O1˙†O1˙†O0˙†O0˙†O0˙†O0˙†O0˙†O0˙†O0˙†O0˙†O0˙†O0˙‡O0˙‡O0˙‡O0˙‡O0˙‡O/˙‡O/˙‡O/˙‡O/˙‡O/˙‡P/˙„L+˙[:#˙˙˙yyx˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ÖÖĠ˙-$$˙ ˙yFG˙Ğ^\˙­^\˙­^\˙­^\˙­_[˙­_[˙­_[˙_[˙_[˙_[˙_[˙_Z˙_Z˙_Z˙_Z˙Ż_Z˙Ż_Z˙Ż`Z˙Ż`Y˙Ż`Y˙Ż`Y˙Ż`Y˙°`Y˙°`Y˙°`Y˙°`X˙°`X˙°`X˙°`X˙ħaX˙ħaX˙ħaX˙ħaW˙ħaW˙ħaW˙ħaW˙²aW˙²aW˙²aW˙²aV˙²aV˙²bV˙³bV˙³bV˙³bV˙³bU˙³bU˙³bU˙´bU˙´bU˙´bU˙´bU˙´bT˙´bT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcS˙µcS˙ĥcS˙ĥcS˙ĥcS˙ĥcS˙ĥcS˙ĥdR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙¸dQ˙¸dQ˙¸dQ˙¸dQ˙¸eQ˙¸eQ˙ıeQ˙ıeQ˙ıeP˙ıeP˙ıeP˙ıeP˙şeP˙şeP˙şeP˙şfO˙şfO˙şfO˙şfO˙ğfO˙ğfO˙ğfN˙ğfN˙ğfN˙ğfN˙ĵfN˙ĵfN˙ĵgN˙ĵgM˙ĵgM˙ĵgM˙ĵgM˙½gM˙½gM˙½gM˙½gL˙½gL˙½gL˙½hL˙hL˙hL˙hL˙hK˙hK˙hK˙żhK˙żhK˙żhK˙żhJ˙żiJ˙żiJ˙ÀiJ˙ÀiJ˙ÀiJ˙ÀiJ˙ÀiI˙ÀiI˙ÁiI˙ÁiI˙ÁiI˙ÁjI˙ÁjI˙ÁjH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙ÂjG˙jG˙jG˙kG˙kG˙kG˙kF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkE˙ĊkE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈmD˙ĈmC˙ÇmC˙²fC˙;1)˙˙Œ˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙€˙˙hCQ˙œUk˙Uk˙Vk˙Vk˙Vj˙Vj˙Vj˙žVj˙žVj˙žVj˙žVi˙žVi˙žWi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ŸWh˙ŸWh˙ Wh˙ Wh˙ Wh˙ Wh˙ Xg˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙˘Xf˙˘Xf˙˘Xf˙˘Yf˙˘Yf˙˘Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Yd˙£Yd˙¤Yd˙¤Zd˙¤Zd˙¤Zd˙¤Zc˙Zc˙Zc˙Zc˙Zc˙Zc˙ĤZb˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[a˙§[a˙§[a˙§[a˙§[a˙¨\`˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\_˙İ\_˙İ\_˙İ\_˙İ]_˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]]˙Ğ]]˙Ğ]]˙Ğ^]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙­^\˙­^\˙­^[˙­_[˙­_[˙_[˙_[˙_[˙_Z˙_Z˙Ż_Z˙Ż_Z˙Ż_Z˙Ż`Z˙Ż`Y˙Ż`Y˙°`Y˙°`Y˙°`Y˙°`X˙°`X˙ħ`X˙ħaX˙ħaX˙ħaX˙ħaW˙²aW˙²aW˙²aW˙²aW˙²aV˙³bV˙³bV˙³bV˙³bV˙³bV˙³bU˙´bU˙´bU˙´bU˙´cU˙´cU˙µcT˙µcT˙µcT˙µcT˙µcT˙ĥcS˙ĥcS˙ĥdS˙ĥdS˙ĥdS˙·dS˙·dR˙·dR˙·dR˙·dR˙¸dR˙¸dQ˙¸eQ˙¸eQ˙¸eQ˙ıeQ˙ıeQ˙ıeP˙ıeP˙ıeP˙ıeP˙şfP˙şfO˙şfO˙şfO˙şfO˙ğfO˙ğfN˙ğfN˙ğfN˙ğfN˙ĵgN˙ĵgN˙ĵgM˙ĵgM˙eN˙(˙˙ĜĜÖ˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙"""˙""˙Pv˙Ow˙Ov˙Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ou˙’Pu˙’Pu˙’Pu˙’Pu˙’Pt˙“Pt˙“Pt˙“Pt˙“Pt˙“Pt˙”Qs˙”Qs˙”Qs˙”Qs˙”Qs˙•Qs˙•Qr˙•Qr˙•Qr˙•Rr˙–Rr˙–Rq˙–Rq˙–Rq˙–Rq˙—Rq˙—Rp˙—Rp˙—Rp˙—Sp˙˜Sp˙˜Sp˙˜So˙˜So˙˜So˙™So˙™So˙™Sn˙™Tn˙™Tn˙šTn˙šTn˙šTm˙šTm˙šTm˙›Tm˙›Tm˙›Ul˙›Ul˙›Ul˙œUl˙œUl˙œUk˙œUk˙œUk˙Vk˙Vk˙Vj˙Vj˙Vj˙žVj˙žVj˙žVi˙žVi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ŸWh˙ Wh˙ Wh˙ Wh˙ Wh˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙˘Xf˙˘Xf˙˘Xf˙˘Yf˙˘Yf˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙¤Yd˙¤Zd˙¤Zd˙¤Zd˙¤Zc˙Zc˙Zc˙Zc˙Zc˙ĤZb˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[a˙§[a˙§[a˙§[a˙¨\a˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\_˙İ\_˙İ\_˙Ş]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]^˙Ğ^]˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙­^\˙­^\˙­_\˙­_[˙­_[˙_[˙_[˙_Z˙_Z˙Ż_Z˙Ż`Z˙Ż`Z˙Ż`Y˙Ż`Y˙°`Y˙°`Y˙°`Y˙°`X˙ħaX˙ħaX˙ħaX˙ħaX˙ħaW˙²aW˙²aW˙²aW˙²bW˙²bV˙³bV˙³bV˙³bV˙³bV˙´bU˙´bU˙´bU˙~QH˙˙ŸŸž˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ÖÖĠ˙  ˙C0F˙ˆK˙ˆK˙ˆK~˙ˆK~˙‰K~˙‰K~˙‰K~˙‰K}˙‰K}˙ŠL}˙ŠL}˙ŠL}˙ŠL|˙ŠL|˙‹L|˙‹L|˙‹L|˙‹L{˙‹M{˙ŒM{˙ŒM{˙ŒM{˙ŒMz˙ŒMz˙Mz˙Mz˙Mz˙Nz˙Ny˙ŽNy˙ŽNy˙ŽNy˙ŽNx˙ŽNx˙Nx˙Nx˙Ox˙Ox˙Ow˙Ow˙Ow˙Ow˙Ov˙‘Ov˙‘Pv˙‘Pv˙‘Pv˙‘Pu˙’Pu˙’Pu˙’Pu˙’Pu˙“Pt˙“Qt˙“Qt˙“Qt˙“Qt˙”Qs˙”Qs˙”Qs˙”Qs˙•Rr˙•Rr˙•Rr˙•Rr˙•Rr˙–Rq˙–Rq˙–Rq˙–Rq˙—Sq˙—Sp˙—Sp˙—Sp˙—Sp˙˜Sp˙˜So˙˜So˙˜To˙™To˙™Tn˙™Tn˙™Tn˙šTn˙šTn˙šTm˙šUm˙šUm˙›Um˙›Ul˙›Ul˙›Ul˙œUl˙œUl˙œVk˙œVk˙Vk˙Vk˙Vj˙Vj˙Vj˙žVj˙žWj˙žWi˙žWi˙ŸWi˙ŸWi˙ŸWh˙ŸWh˙ Wh˙ Xh˙ Xh˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙˘Xf˙˘Yf˙˘Yf˙˘Yf˙£Ye˙£Ye˙£Ye˙£Ye˙£Yd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙Zc˙Zc˙Zc˙[c˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[b˙§[a˙§[a˙§\a˙¨\a˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\_˙İ]_˙İ]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]]˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙­^\˙­^\˙­_[˙­_[˙_[˙_[˙_Z˙_Z˙_Z˙Ż`Z˙Ÿ[U˙ ˙```˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙·ı·˙˙M*J˙…I˙…I˙…I˙†I˙†I˙†I€˙†I€˙†I€˙‡J€˙‡J€˙‡J˙‡J˙‡J˙ˆJ˙ˆJ˙ˆJ~˙ˆJ~˙ˆK~˙‰K~˙‰K~˙‰K}˙‰K}˙ŠK}˙ŠK}˙ŠK}˙ŠL|˙ŠL|˙‹L|˙‹L|˙‹L|˙‹L{˙‹L{˙ŒL{˙ŒL{˙ŒM{˙ŒMz˙Mz˙Mz˙Mz˙Mz˙My˙ŽMy˙ŽNy˙ŽNy˙ŽNx˙Nx˙Nx˙Nx˙Nx˙Nw˙Nw˙Ow˙Ow˙Ow˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙’Pu˙’Pu˙’Pu˙’Pu˙“Pt˙“Pt˙“Pt˙“Pt˙“Qt˙”Qs˙”Qs˙”Qs˙”Qs˙•Qs˙•Qr˙•Qr˙•Rr˙–Rr˙–Rq˙–Rq˙–Rq˙–Rq˙—Rq˙—Sp˙—Sp˙—Sp˙˜Sp˙˜So˙˜So˙˜So˙™So˙™To˙™Tn˙™Tn˙šTn˙šTn˙šTm˙šTm˙šTm˙›Um˙›Um˙›Ul˙›Ul˙œUl˙œUl˙œUk˙œUk˙Vk˙Vk˙Vk˙Vj˙žVj˙žVj˙žVj˙žVi˙ŸWi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ Wh˙ Wh˙ Xh˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙˘Xf˙˘Xf˙˘Yf˙˘Yf˙£Ye˙£Ye˙£Ye˙£Ye˙¤Yd˙¤Zd˙¤Zd˙¤Zd˙Zc˙Zc˙Zc˙Zc˙ĤZc˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[b˙§[a˙§[a˙§[a˙§\a˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\_˙İ\_˙İ]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]]˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙­^\˙œ\Y˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙·ı·˙˙N+I˙ˆJ˙ˆJ~˙ˆJ~˙ˆJ~˙‰K~˙‰K~˙‰K}˙‰K}˙‰K}˙ŠK}˙ŠK}˙ŠK|˙ŠK|˙ŠL|˙‹L|˙‹L|˙‹L{˙‹L{˙‹L{˙ŒL{˙ŒL{˙ŒLz˙ŒMz˙ŒMz˙Mz˙Mz˙Mz˙My˙ŽMy˙ŽMy˙ŽMy˙ŽNy˙ŽNx˙Nx˙Nx˙Nx˙Nx˙Nw˙Nw˙Ow˙Ow˙Ow˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ou˙’Ou˙’Pu˙’Pu˙’Pu˙“Pt˙“Pt˙“Pt˙“Pt˙“Pt˙”Qs˙”Qs˙”Qs˙”Qs˙•Qs˙•Qr˙•Qr˙•Qr˙•Rr˙–Rr˙–Rq˙–Rq˙–Rq˙—Rq˙—Rq˙—Rp˙—Rp˙—Sp˙˜Sp˙˜So˙˜So˙˜So˙™So˙™So˙™Sn˙™Tn˙™Tn˙šTn˙šTn˙šTm˙šTm˙›Tm˙›Tm˙›Tl˙›Ul˙œUl˙œUl˙œUl˙œUk˙œUk˙Uk˙Uk˙Vk˙Vj˙žVj˙žVj˙žVj˙žVj˙žVi˙ŸVi˙ŸWi˙ŸWi˙ŸWh˙ Wh˙ Wh˙ Wh˙ Wh˙ĦWg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙˘Xf˙˘Xf˙˘Xf˙˘Xf˙£Ye˙£Ye˙£Ye˙£Ye˙¤Yd˙¤Yd˙¤Yd˙¤Zd˙Zd˙Zc˙Zc˙Zc˙Zc˙ĤZb˙ĤZb˙Ĥ[b˙Ĥ[b˙§[b˙§[a˙§[a˙§[a˙¨[a˙¨[`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\_˙İ\_˙İ\_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]^˙Ğ]]˙Ğ]]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙­^\˙­^\˙­^\˙­_[˙­_[˙_[˙_[˙_Z˙_Z˙ž\W˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙S-E˙Nw˙Nw˙Ow˙Ow˙Ow˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙’Ov˙’Pu˙’Pu˙’Pu˙’Pu˙“Pu˙“Pt˙“Pt˙“Pt˙“Pt˙“Qt˙”Qt˙”Qs˙”Qs˙”Qs˙”Qs˙•Qs˙•Qs˙•Qr˙•Qr˙•Rr˙–Rr˙–Rr˙–Rq˙–Rq˙–Rq˙—Rq˙—Rq˙—Rq˙—Sp˙—Sp˙—Sp˙˜Sp˙˜Sp˙˜So˙˜So˙˜So˙™To˙™To˙™Tn˙™Tn˙™Tn˙šTn˙šTn˙šTn˙šTm˙šUm˙›Um˙›Um˙›Um˙›Ul˙›Ul˙œUl˙œUl˙œUl˙œVk˙œVk˙Vk˙Vk˙Vj˙Vj˙Vj˙žVj˙žWj˙žWj˙žWi˙žWi˙ŸWi˙ŸWi˙ŸWh˙ŸWh˙ Wh˙ Xh˙ Xh˙ Xg˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙˘Yf˙˘Yf˙˘Yf˙˘Yf˙˘Ye˙£Ye˙£Ye˙£Ye˙£Zd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙¤Zc˙Zc˙Zc˙[c˙[c˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[a˙§[a˙§\a˙§\a˙¨\`˙¨\`˙¨\`˙¨\`˙¨\`˙İ\_˙İ\_˙İ]_˙İ]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]]˙Ğ]]˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙­^\˙­^\˙­^[˙­_[˙_[˙_[˙_[˙_Z˙_Z˙Ż_Z˙Ż_Z˙Ż_Z˙Ż`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°`X˙ħ`X˙ħ`X˙ħ`X˙ħaW˙²aW˙²aW˙²aW˙²aW˙²aW˙³aV˙³aV˙³bV˙³bV˙´bU˙´bU˙´bU˙˘_R˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙Z1>˙œUl˙œUl˙œUk˙œUk˙Vk˙Vk˙Vk˙Vk˙Vj˙Vj˙žVj˙žVj˙žVj˙žVj˙žVj˙žWi˙žWi˙ŸWi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ Wh˙ Wh˙ Wh˙ Wh˙ Xh˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙˘Xf˙˘Xf˙˘Yf˙˘Yf˙˘Yf˙˘Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙¤Yd˙¤Yd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙Zc˙Zc˙Zc˙Zc˙Zc˙ĤZb˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[a˙§[a˙§[a˙§[a˙§[a˙¨\`˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\_˙İ\_˙İ\_˙İ\_˙İ]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]]˙Ğ]]˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙­^\˙­^\˙­^\˙­_[˙­_[˙_[˙_[˙_[˙_Z˙_Z˙Ż_Z˙Ż_Z˙Ż`Z˙Ż`Z˙Ż`Y˙Ż`Y˙°`Y˙°`Y˙°`Y˙°`X˙°`X˙ħ`X˙ħaX˙ħaX˙ħaX˙ħaW˙²aW˙²aW˙²aW˙²aW˙²aV˙³bV˙³bV˙³bV˙³bV˙³bU˙´bU˙´bU˙´bU˙´bU˙´cU˙µcT˙µcT˙µcT˙µcT˙µcT˙ĥcS˙ĥcS˙ĥcS˙ĥdS˙ĥdS˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙¸dQ˙¸dQ˙¸eQ˙¸eQ˙ıeQ˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙şeO˙şfO˙şfO˙şfO˙ğfO˙ğfO˙ğfN˙ğfN˙ğfN˙ğfN˙ĵgN˙ĵgM˙ĵgM˙ŞcK˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙c65˙Ĵ^]˙Ĵ^\˙Ĵ^\˙­^\˙­^\˙­^\˙­_\˙­_\˙­_\˙­_[˙­_[˙_[˙_[˙_[˙_[˙_[˙_Z˙_Z˙Ż_Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Y˙Ż`Y˙Ż`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°`X˙°`X˙°aX˙ħaX˙ħaX˙ħaX˙ħaW˙ħaW˙ħaW˙ħaW˙²aW˙²aW˙²aW˙²aV˙²bV˙²bV˙³bV˙³bV˙³bV˙³bV˙³bU˙³bU˙´bU˙´bU˙´bU˙´bU˙´cU˙´cT˙´cT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcS˙ĥcS˙ĥcS˙ĥcS˙ĥdS˙ĥdS˙ĥdS˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙¸dR˙¸dQ˙¸dQ˙¸eQ˙¸eQ˙¸eQ˙ıeQ˙ıeQ˙ıeP˙ıeP˙ıeP˙ıeP˙şeP˙şeP˙şeP˙şfO˙şfO˙şfO˙şfO˙ğfO˙ğfO˙ğfO˙ğfN˙ğfN˙ğfN˙ğfN˙ĵgN˙ĵgN˙ĵgN˙ĵgM˙ĵgM˙ĵgM˙½gM˙½gM˙½gM˙½gL˙½gL˙½hL˙hL˙hL˙hL˙hK˙hK˙hK˙hK˙żhK˙żhK˙żhJ˙żhJ˙żiJ˙żiJ˙ÀiJ˙ÀiJ˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÁiI˙ÁiI˙ÁiH˙ÁjH˙ÁjH˙ÁjH˙ÂjH˙ÂjH˙ÂjG˙ÂjG˙ÂjG˙ÂjG˙jG˙jG˙kG˙kF˙kF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkE˙ÄkE˙ĊkE˙ĊkE˙ĊlE˙ĊlE˙ĊlE˙ĊlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlC˙ÇlC˙ÇmC˙ÇmC˙ÇmC˙³hC˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙m<,˙hL˙hL˙hL˙hK˙hK˙hK˙hK˙hK˙żhK˙żhK˙żhK˙żhJ˙żiJ˙żiJ˙żiJ˙żiJ˙żiJ˙ÀiJ˙ÀiJ˙ÀiJ˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÁiI˙ÁiI˙ÁjI˙ÁjH˙ÁjH˙ÁjH˙ÁjH˙ÁjH˙ÁjH˙ÂjH˙ÂjH˙ÂjG˙ÂjG˙ÂjG˙ÂjG˙ÂjG˙ÂkG˙kG˙kG˙kG˙kF˙kF˙kF˙kF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkE˙ÄlE˙ÄlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈmD˙ĈmD˙ĈmD˙ÇmD˙ÇmD˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÈmC˙ÈmC˙ÈmB˙ÈmB˙ÈnB˙ÈnB˙ÈnB˙ÈnB˙ÈnB˙ÉnB˙ÉnB˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÊnA˙Ên@˙Ên@˙Êo@˙Êo@˙Êo@˙Êo@˙Êo@˙Êo@˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo>˙Ìo>˙Ìo>˙Ìp>˙Ìp>˙Ìp>˙Ìp>˙Ìp>˙Íp=˙Íp=˙Íp=˙Íp=˙Íp=˙Íp=˙Íp=˙Îp<˙Îp<˙Îp<˙Îq<˙Îq<˙Îq<˙Îq<˙Ïq<˙Ïq<˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙q;˙q;˙q;˙q;˙r:˙r:˙r:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr9˙Ñr9˙Òr9˙Òr9˙Òr9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙n8˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙xA"˙r:˙r:˙r:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr9˙Ñr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós7˙Ós7˙Ós7˙Ós7˙Ôs7˙Ôs7˙Ôs7˙Ôs7˙Ôs7˙Ôt7˙Ôt7˙Ôt7˙Ôt6˙Ôt6˙Ôt6˙Ôt6˙Ôt6˙Ôt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt5˙Ġt5˙Ġt5˙Ġt5˙Ġt5˙Öt5˙Öt5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu4˙Öu4˙Öu4˙Öu4˙Öu4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u3˙×u3˙×u3˙×u3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv2˙Ĝv2˙Ùv2˙Ùv2˙Ùv2˙Ùv2˙Ùv2˙Ùv2˙Ùv2˙Ùv2˙Ùw2˙Ùw2˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Ûw0˙Ûw0˙Ûw0˙Ûw0˙Ûx0˙Ûx0˙Ûx0˙Ûx0˙Ûx0˙Ûx0˙Üx0˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Ŭx/˙Ŭx/˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŝy.˙Ŝy.˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙ßy-˙ßy-˙ßy-˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙Ét.˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙G˙á{+˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙â{*˙â{*˙â{*˙â{*˙â{*˙â{*˙â{*˙â{*˙â{*˙â{*˙â|)˙â|)˙â|)˙â|)˙â|)˙â|)˙â|)˙â|)˙â|)˙â|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙ä|(˙ä|(˙ä|(˙ä|(˙ä|(˙ä|'˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~$˙ç~$˙ç~$˙ç~$˙ç~$˙ç~$˙ç~$˙è~$˙è~$˙è~$˙è~$˙è~$˙è$˙è$˙è$˙è$˙è$˙è$˙è$˙è#˙è#˙è#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙ê#˙ê"˙ê"˙ê"˙ê"˙ê"˙ê"˙ê"˙ê"˙ê"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€!˙ê€!˙ê€!˙ê€!˙ë€!˙ë€!˙ë€!˙Óy$˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙ŠK˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô†˙ô†˙ġ†˙ġ†˙Ü~˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙N ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙ûˆ˙ûˆ˙ûˆ˙ûˆ˙ûˆ˙ûˆ˙ûˆ˙ûˆ˙ûˆ˙ûˆ˙ûˆ˙ûˆ˙ûˆ˙ûˆ˙ûˆ˙ûˆ˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙â‚˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙’P˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙˙‹˙ċƒ˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙’P˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ċƒ˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙N ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙â˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙‰K˙î‚˙î‚˙î‚˙î‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó„˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙Ü~˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙F˙àz+˙àz+˙àz+˙àz+˙àz+˙àz+˙àz+˙àz+˙à{+˙à{+˙á{+˙á{+˙á{+˙á{+˙á{+˙á{+˙á{+˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙â{*˙â{*˙â{*˙â{*˙â{*˙â{*˙â{*˙â{)˙â{)˙â{)˙â{)˙â|)˙â|)˙â|)˙â|)˙â|)˙â|)˙â|)˙â|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙ä|(˙ä|(˙ä|(˙ä|(˙ä|(˙ä|(˙ä|(˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ~&˙ĉ~&˙ĉ~&˙ĉ~&˙ĉ~&˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~$˙ç~$˙ç~$˙ç~$˙è~$˙è~$˙è~$˙è$˙è$˙è$˙è$˙è$˙è$˙è$˙è$˙è$˙è#˙è#˙è#˙è#˙è#˙è#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é"˙é"˙é"˙é€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙Óz%˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙wA"˙Îq<˙Îq<˙Ïq<˙Ïq<˙Ïq<˙Ïq<˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙q;˙q:˙q:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙Ñr:˙Ñr:˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Òr9˙Òr9˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós7˙Ós7˙Ós7˙Ós7˙Ôs7˙Ôs7˙Ôs7˙Ôs7˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Öt5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu4˙Öu4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×v4˙×v3˙×v3˙×v3˙×v3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv2˙Ĝv2˙Ĝv2˙Ĝv2˙Ùv2˙Ùv2˙Ùv2˙Ùv2˙Ùv2˙Ùw2˙Ùw1˙Ùw1˙Ùw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw0˙Úw0˙Ûw0˙Ûw0˙Ûw0˙Ûw0˙Ûw0˙Ûx0˙Ûx0˙Ûx0˙Ûx0˙Üx0˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Ŭx/˙Ŭx/˙Ŭx/˙Ŭx/˙Ŭx.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŝy.˙Ŝy.˙Ŝy.˙Ŝy.˙Ŝy-˙Ŝy-˙Ŝy-˙Ét/˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙·ı·˙˙l;,˙ĵgM˙ĵgM˙½gM˙½gM˙½gM˙½gL˙½gL˙½gL˙½gL˙½gL˙½gL˙gL˙gL˙hL˙hL˙hK˙hK˙hK˙hK˙hK˙żhK˙żhK˙żhK˙żhK˙żhK˙żhJ˙żhJ˙żhJ˙ÀhJ˙ÀhJ˙ÀiJ˙ÀiJ˙ÀiJ˙ÀiJ˙ÀiJ˙ÀiI˙ÀiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁiH˙ÂiH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙ÂjG˙ÂjG˙jG˙jG˙jG˙jG˙jG˙jG˙jF˙jF˙jF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkE˙ÄkE˙ÄkE˙ÄkE˙ĊkE˙ĊkE˙ĊkE˙ĊkD˙ĊkD˙ĊkD˙ĊlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlC˙ĈlC˙ĈlC˙ÇlC˙ÇlC˙ÇlC˙ÇlC˙ÇlC˙ÇmB˙ÇmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÉmA˙ÉmA˙ÉmA˙ÉmA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÊnA˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Ën@˙Ëo@˙Ëo@˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ìo?˙Ìo?˙Ìo?˙Ìo?˙Ìo>˙Ìo>˙Ìp>˙Ìp>˙Ìp>˙Íp>˙Íp>˙Íp>˙Íp=˙Íp=˙Íp=˙Íp=˙Íp=˙Îp=˙Îp=˙Îq<˙Îq<˙Îq<˙Îq<˙Îq<˙Îq<˙Ïq<˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙r;˙r:˙r:˙r:˙r:˙r:˙r:˙Ñr:˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Òr9˙Òs8˙n9˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙·ı·˙˙b66˙Ş]^˙Ğ]^˙Ğ]]˙Ğ^]˙Ğ^]˙Ğ^]˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙Ĵ^\˙­^\˙­_\˙­_\˙­_\˙­_[˙­_[˙­_[˙_[˙_[˙_[˙_[˙_Z˙_Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°aX˙°aX˙ħaX˙ħaX˙ħaX˙ħaX˙ħaX˙ħaX˙²aW˙²aW˙²aW˙²aW˙²bW˙²bW˙²bW˙³bV˙³bV˙³bV˙³bV˙³bV˙³bV˙³bU˙´bU˙´bU˙´bU˙´cU˙´cU˙´cU˙´cT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙ĥcS˙ĥcS˙ĥdS˙ĥdS˙ĥdS˙ĥdS˙ĥdS˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙¸dQ˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙şeP˙şeO˙şfO˙şfO˙şfO˙şfO˙şfO˙ğfO˙ğfN˙ğfN˙ğfN˙ğfN˙ĵfN˙ĵgN˙ĵgM˙ĵgM˙ĵgM˙ĵgM˙ĵgM˙½gM˙½gM˙½gL˙½gL˙½gL˙hL˙hL˙hL˙hK˙hK˙hK˙żhK˙żhK˙żhK˙żhJ˙żiJ˙żiJ˙ÀiJ˙ÀiJ˙ÀiJ˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÁiI˙ÁjI˙ÁjH˙ÁjH˙ÁjH˙ÂjH˙ÂjH˙ÂjH˙ÂjG˙ÂjG˙ÂjG˙jG˙kG˙kG˙kG˙kF˙kF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkE˙ÄkE˙ĊkE˙ĊkE˙ĊlE˙ĊlE˙ĊlD˙ĈlD˙ĈlD˙´hD˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙·ı·˙˙Y1?˙›Um˙›Ul˙›Ul˙›Ul˙œUl˙œUl˙œUl˙œUl˙Ôĥż˙˙˙˙˙‘ž˙ġî˙òéì˙˘bu˙›Th˙›Ui˙žVj˙žVj˙žVj˙žVj˙žVj˙°v…˙ûùú˙âÍÒ˙Ò²ş˙ŝŝŝ˙Á• ˙Uf˙žUf˙ŸVg˙ Wh˙ Xh˙ Xh˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙˘Xf˙˘Xf˙˘Yf˙˘Yf˙˘Yf˙˘Yf˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙¤Ze˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙Zd˙Zd˙Zc˙Zc˙Zc˙[c˙Ĥ[c˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[b˙§[a˙§[a˙§[a˙§\a˙¨\a˙¨\`˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\_˙İ]_˙İ]_˙İ]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ğ^]˙Ğ^]˙Ğ^]˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙Ĵ^\˙­_\˙­_[˙­_[˙­_[˙­_[˙_[˙_Z˙_Z˙_Z˙`Z˙Ż`Z˙Ż`Y˙Ż`Y˙Ż`Y˙Ż`Y˙ĉ„˙ŝŭŭ˙ßÀ½˙áĊÂ˙ŭüü˙Ǒ‹˙ĉÎË˙óçċ˙ĵzr˙ŭûû˙ׯŞ˙ׯŞ˙úöö˙~t˙áŜ˙ùóó˙¸pe˙°`T˙ħaT˙´bU˙´bU˙´cU˙´cU˙µcU˙µcT˙µcT˙µcT˙µcT˙ĥcT˙ĥcT˙ĥcS˙ĥdS˙ĥdS˙ĥdS˙·dS˙·dS˙·dR˙·dR˙·dR˙¸dR˙¸eR˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙ıeQ˙ıeP˙ıeP˙ıeP˙ıeP˙şfP˙şfO˙şfO˙şfO˙şfO˙ğfO˙ğfN˙ğfN˙ŞcM˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙·ı¸˙˙R-E˙Nx˙Nx˙Nx˙Nx˙Nx˙Ow˙Ow˙Ow˙àÎÙ˙˙˙˙˙ÁĦµ˙ñìï˙ŭüŭ˙šrŠ˙l;X˙wAa˙Mr˙’Pu˙’Pu˙’Pu˙’Pu˙³†Ÿ˙üûü˙çÚá˙ʳż˙˙˙˙˙ÒÀÉ˙r>Y˙r>X˙‰Kj˙“Pr˙”Qs˙•Qr˙•Qr˙•Rr˙•Rr˙•Rr˙–Rr˙–Rq˙–Rq˙–Rq˙–Rq˙—Rq˙—Rp˙—Sp˙—Sp˙—Sp˙˜Sp˙˜So˙˜So˙˜So˙˜So˙™So˙™Tn˙™Tn˙™Tn˙™Tn˙šTn˙šTm˙šTm˙šTm˙šTm˙›Um˙›Ul˙›Ul˙›Ul˙œUl˙œUl˙œUl˙œUk˙œUk˙Vk˙Vk˙Vk˙Vj˙Vj˙žVj˙žVj˙žVj˙žVj˙ŸWi˙ŸWi˙ŸWi˙ŸWi˙ŸWi˙ Wh˙ Wh˙ Wh˙ Wh˙ Xh˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙˘Xf˙˘Xf˙˘Yf˙˘Yf˙˘Yf˙£Ye˙£Ye˙£Ye˙£Ye˙¤Yd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙Zc˙Zc˙Zc˙Zc˙Zc˙Ĥ[b˙țŸ˙ŝŭŭ˙ÏÑ˙ÖÂÄ˙˙˙˙˙×Á˙ô˙üûû˙Ò¸ı˙ŝŝŝ˙ĉ×Ĝ˙èÜÜ˙ŝŝŝ˙ÈĤ¨˙îçç˙ú÷÷˙rt˙~EF˙“PQ˙¨[\˙Ş]^˙Ğ]^˙Ğ]^˙Ğ^]˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙­^\˙­_\˙­_[˙­_[˙­_[˙_[˙_[˙_Z˙`Z˙Ż`Z˙Ż`Z˙Ż`Y˙Ż`Y˙°`Y˙°`Y˙°`Y˙°aX˙°aX˙ħaX˙ħaX˙ħaX˙ħaW˙²aW˙²aW˙²aW˙²bW˙²bV˙³bV˙£_T˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙·ı¸˙˙N*I˙‡J˙‡J˙‡J˙ˆJ˙ˆK˙ˆK~˙ˆK~˙ˆK~˙ûúû˙˙˙˙˙ĠĊÒ˙íêì˙ŝŝŝ˙€fz˙4/˙I(B˙{Do˙‰K{˙‹L|˙‹L|˙‹L|˙ĊĤ½˙˙˙˙˙öòġ˙ÇşÄ˙˙˙˙˙ǽÄ˙?#7˙:2˙n<_˙‹Lx˙Ny˙Ny˙ŽNy˙ŽNy˙ŽNy˙ŽNx˙Nx˙Nx˙Nx˙Ox˙Ow˙Ow˙Ow˙Ow˙Ow˙Ov˙‘Ov˙‘Pv˙‘Pv˙‘Pv˙’Pu˙’Pu˙’Pu˙’Pu˙’Pt˙“Pt˙“Qt˙“Qt˙“Qt˙”Qs˙”Qs˙”Qs˙”Qs˙”Qs˙•Rr˙•Rr˙•Rr˙•Rr˙–Rr˙–Rq˙–Rq˙–Rq˙–Rq˙—Sp˙—Sp˙—Sp˙—Sp˙˜Sp˙˜So˙˜So˙˜So˙˜To˙™To˙™Tn˙™Tn˙™Tn˙šTn˙šTm˙šTm˙šUm˙›Um˙›Um˙›Ul˙›Ul˙›Ul˙œUl˙œUl˙œVk˙œVk˙Vk˙Vk˙Vj˙Vj˙žVj˙žVj˙žWj˙žWi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ŸWh˙ Wh˙ Xh˙ÙĵÂ˙˙˙˙˙òêì˙ÍĊ˙˙˙˙˙ËÁ˙òññ˙üüü˙´ĥ˙˙˙˙˙ŜÖ×˙ŬÖ×˙˙˙˙˙Ä´·˙ùĝù˙ŝŝŝ˙œ‚…˙>"&˙l;B˙žV_˙Zc˙Zc˙Zc˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[b˙§[a˙§[a˙§[a˙§\a˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\_˙İ]_˙İ]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]^˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙­^\˙­^\˙­_[˙­_[˙­_[˙_[˙Ÿ]X˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙·ı¸˙˙L*K˙…I‚˙…I˙…I˙…I˙…I˙†I˙†I€˙†I€˙Í´Ë˙ŝŝŝ˙§‹£˙ßÛŜ˙ùĝù˙iUg˙'$˙73˙r>k˙†I}˙ˆK~˙‰K~˙‰K~˙£sš˙ĝô÷˙ŜÛ˙¤”Ħ˙ŝŝŝ˙´Ğ²˙2-˙)%˙_4U˙‡Jy˙‹L|˙‹L{˙ŒL{˙ŒL{˙ŒL{˙ŒM{˙ŒMz˙Mz˙Mz˙Mz˙Mz˙My˙ŽMy˙ŽNy˙ŽNy˙ŽNy˙ŽNx˙Nx˙Nx˙Nx˙Nw˙Ow˙Ow˙Ow˙Ow˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙’Pu˙’Pu˙’Pu˙’Pu˙“Pu˙“Pt˙“Pt˙“Pt˙“Qt˙”Qs˙”Qs˙”Qs˙”Qs˙•Qs˙•Qr˙•Qr˙•Rr˙•Rr˙–Rq˙–Rq˙–Rq˙–Rq˙—Rq˙—Rp˙—Sp˙—Sp˙˜Sp˙˜Sp˙˜So˙˜So˙˜So˙™So˙™Tn˙™Tn˙™Tn˙šTn˙šTn˙šTm˙šTm˙›Tm˙›Um˙›Um˙›Ul˙›Ul˙œUl˙œUl˙œUk˙œUk˙Vk˙Vk˙Vj˙Vj˙žVj˙žVj˙ş‡•˙ûùù˙ÔÁĈ˙Ż¤Ĥ˙ŝŝŝ˙ĥŞ­˙çäċ˙÷öö˙Ĥ˜›˙ŝŝŝ˙ËÄ˙”‡Š˙úúú˙’…˙ÌÍ˙ôòó˙bHM˙+˙X07˙—R]˙£Ye˙£Ye˙£Ye˙¤Yd˙¤Zd˙¤Zd˙¤Zd˙Zc˙Zc˙Zc˙Zc˙ĤZc˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[a˙§[a˙§[a˙§\a˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\_˙İ\_˙İ]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]]˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^]˙ž\Y˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙·ş¸˙˙N+I˙ˆJ~˙ˆJ~˙ˆJ~˙‰J~˙‰J~˙‰K~˙‰K}˙‰K}˙œg‘˙ÒşÍ˙†^}˙s~˙ž•œ˙F*?˙)$˙82˙t?g˙‰Kz˙ŒL{˙ŒL{˙ŒL{˙N}˙Ċĵ˙·—˙bFZ˙ĴŞ˙fR`˙3,˙*$˙`4R˙ŠKv˙ŽMy˙ŽOy˙Nx˙Nx˙Nx˙Nx˙Nw˙Nw˙Nw˙Ow˙Ow˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙’Ou˙’Ou˙’Pu˙’Pu˙’Pu˙“Pt˙“Pt˙“Pt˙“Pt˙“Qu˙”Rt˙”Qs˙”Qs˙”Qs˙•Qs˙•Qr˙•Qr˙•Qr˙•Rr˙–Rr˙–Rq˙–Rq˙–Rq˙—Rq˙—Rq˙—Rp˙—Rp˙—Sp˙˜Sp˙˜Sp˙˜So˙˜So˙˜So˙™So˙™Sn˙™Tn˙™Tn˙šTn˙šTn˙šTm˙šTm˙›Tm˙›Tm˙›Ul˙›Ul˙›Ul˙œUl˙œUl˙œUk˙œUk˙Uk˙Vk˙Vk˙Vj˙Vj˙žVj˙žVj˙žVj˙žVi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ŸWh˙ Wh˙ Wh˙ Wh˙ Xg˙£]k˙Ó²ı˙°“˙cMR˙°§İ˙iMR˙‰|˙ •—˙P5:˙­Ĥ˙xdh˙H36˙›˙Y:?˙rbd˙£¤˙O15˙,˙X04˙˜R[˙Zc˙Zc˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[b˙§[a˙§[a˙§[a˙¨\a˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\_˙İ]_˙İ]_˙Ş]_˙Ş]_˙Ş]^˙Ş]^˙Ğ]^˙Ğ]^˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙­_\˙­_\˙­_[˙­_[˙_[˙_[˙ ]X˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙·ş·˙˙S-D˙Nw˙Ow˙Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙£jŠ˙ÍŻÀ˙†Oo˙“}‰˙˜Ÿ˙^6L˙>"1˙L)<˙‚Ff˙’Os˙“Pt˙”Ps˙”Qs˙•Su˙ɧ¸˙İw˙|Tg˙³¨˙xXg˙M);˙>!/˙q>W˙“Po˙ĥ‡œ˙ÒµÂ˙ž`|˙•Qp˙–Qo˙—Rp˙—Rp˙—Sp˙—Sp˙˜So˙˜So˙˜So˙˜So˙™So˙™So˙™Sn˙™Tn˙™Tn˙šTn˙šTn˙šTm˙šTm˙šTm˙›Tm˙žZr˙Ï­ı˙˜Ĥ˙šTk˙›Tk˙œUl˙œUl˙œUk˙œUk˙Uk˙Vk˙Vk˙Vj˙Vj˙žVj˙žVj˙žVj˙žVi˙žVi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ŸWh˙ Wh˙ Wh˙ Wh˙ Xg˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙˘Xf˙˘Xf˙˘Xf˙˘Yf˙˘Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙¤Yd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙Zc˙Zc˙Zc˙Zc˙Ĥ[c˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[b˙§[a˙§[a˙İ`e˙Ġ³µ˙İqu˙{Z\˙·ŞĞ˙XY˙–ƒ„˙Ğ™š˙iCE˙´¨İ˙Œop˙‚ij˙´ĤĤ˙|NN˙ˆno˙£‹‹˙l;;˙G&'˙p==˙¤ZY˙Ğ^]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙­^\˙­_\˙­_\˙­_[˙­_[˙_[˙_[˙_Z˙_Z˙_Z˙Ż`Z˙Ż`Z˙Ż`Y˙Ż`Y˙°`Y˙°`Y˙°`Y˙°`X˙°`X˙ħaX˙ħaX˙ħaX˙ħaW˙²aW˙²aW˙²aW˙²aW˙²bV˙³bV˙³bV˙³bV˙³bV˙³bU˙`S˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙Z1>˙Vk˙Vj˙Vj˙žVj˙žVj˙žVj˙žVj˙žVj˙×ıÁ˙üûû˙‘˙êáä˙íçé˙We˙i9D˙t?K˙˜Rc˙ Wh˙ Wh˙ Wh˙ Xh˙µ|ˆ˙ùġö˙àÉÎ˙ĊĤĴ˙ŭŭŭ˙°•˙v@J˙h8B˙MZ˙ĦYf˙è×Ú˙ŭŭŭ˙ż˜˙NY˙’OZ˙ŸWc˙£Ye˙£Ye˙£Ye˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙Zd˙Zc˙Zc˙Zc˙Zc˙[c˙Ĥ[c˙Ĥ[b˙Ĥ[b˙¸}ƒ˙ûĝĝ˙òèé˙ ^d˙‘OT˙V[˙ĤZ`˙§\a˙¨\a˙¨\a˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\`˙İ\`˙İ]_˙İ]_˙İ]_˙Ş]_˙Ş]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]^˙Ğ^^˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙­^\˙­_\˙­_\˙­_[˙­_[˙­_[˙_[˙_[˙_Z˙_Z˙_Z˙Ż_Z˙Ż`Z˙Ż`Z˙Ż`Y˙Ż`Y˙Ż`Y˙°`Y˙°`Y˙°`X˙°`X˙°`X˙ħaX˙ǎˆ˙üùù˙Ŭş˙Í´ħ˙üüû˙ğ’˙ïéè˙ù÷÷˙ÇŞĤ˙ŝŝŝ˙ßÎÌ˙ßÑÏ˙ŭüü˙Àš”˙âĠÓ˙òëê˙£i`˙v@7˙“PD˙²aR˙µcT˙µcT˙µcT˙µcS˙ĥcS˙ĥcS˙ĥcS˙ĥcS˙ĥcR˙·dR˙·dR˙·dR˙·dR˙·dR˙¸dQ˙¸dQ˙¸dQ˙¸dQ˙¸eQ˙ıeQ˙ıeP˙ıeP˙ıeP˙ıeP˙şeP˙şeO˙şeO˙şeO˙şfO˙ğfO˙ğfO˙ğfN˙ğfN˙ğfN˙ĵfN˙ĵfN˙ĵfN˙ĵgM˙­dL˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙d65˙­^\˙­^\˙­_[˙­_[˙­_[˙­_[˙_[˙_[˙üùù˙˙˙˙˙âÌË˙ñìì˙ŭüü˙Ħvs˙[1/˙q=:˙ZU˙Ż`Z˙Ż`Y˙Ż`Y˙Ż`Y˙ׯĴ˙ŝŝŝ˙ùóó˙ÖÁ˙˙˙˙˙ÔÁż˙l;6˙_3/˙˜SK˙ŻaX˙ñäâ˙˙˙˙˙Á—’˙b60˙j93˙ WN˙ħ`V˙²aW˙²aW˙²aV˙²bV˙³bV˙³bV˙³bV˙³bV˙³bV˙³bV˙³bU˙´bU˙´bU˙´bU˙´bU˙´bU˙´cU˙NJ˙ŝŭŭ˙ĝñ˙‰SI˙\2*˙‡J>˙°`R˙µcS˙ĥcS˙ĥcS˙ĥcS˙ĥcS˙ĥdS˙ĥdS˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙¸dQ˙¸dQ˙¸dQ˙¸eQ˙¸eQ˙¸eQ˙ıeQ˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙şeP˙şeO˙şfO˙şfO˙şfO˙şfO˙şfO˙ğfO˙ğfN˙ğfN˙ğfN˙ğfN˙ğfN˙ĵfN˙ĵgN˙ĵgM˙ĵgM˙ĵgM˙ĵgM˙½gM˙½gM˙½gM˙½gL˙½gL˙½gL˙½gL˙äÂĥ˙˙˙˙˙öìé˙ÙÉÄ˙˙˙˙˙Ĝĵ˙ġòñ˙ŭüü˙Ïş³˙˙˙˙˙äÙĠ˙äÜÙ˙˙˙˙˙Îş²˙úùĝ˙ŝŝŝ˙µŽ˙g8'˙•Q8˙½fG˙ÁiI˙ÁiI˙ÁiI˙ÁjH˙ÁjH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙ÂjG˙ÂjG˙jG˙jG˙jG˙kG˙kF˙kF˙kF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkE˙ÄkE˙ĊkE˙ĊkE˙ĊlE˙ĊlE˙ĊlE˙ĊlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlC˙ÇlC˙ÇmC˙ĥjC˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙n<+˙żhJ˙żhJ˙żhJ˙żhJ˙żhJ˙ÀhJ˙ÀhJ˙ÀiJ˙ìÒÉ˙˙˙˙˙ÊĤ™˙êċä˙üüü˙‰i\˙@#˙]2#˙Ğ]@˙ÀhH˙ÁiI˙ÁiI˙ÁiH˙ӕ~˙ŭúù˙ïŜĜ˙ÀĞ£˙˙˙˙˙Èı´˙N*˙E%˙’P6˙iG˙óáÚ˙ŝŝŝ˙½’˙D%˙N*˙ĦW:˙ÁiF˙kG˙kG˙kG˙kG˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkE˙ĊkE˙ĊkE˙ĊlE˙ҏq˙ŭüû˙÷ïë˙uH4˙; ˙v@(˙şf@˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlC˙ĈmC˙ĈmC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÇmB˙ÇmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈnA˙ÈnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙Én@˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Êo@˙Êo@˙Ëo@˙Ëo@˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ìo?˙Ìo?˙Ìo?˙Ìo?˙Ìo>˙߇˙ŭüû˙ĉÑĈ˙´­˙˙˙˙˙Êşħ˙ïíë˙úúù˙½Ĵ˘˙ŝŝŝ˙×ÎÉ˙µ¨Ħ˙˙˙˙˙Ż›‘˙áÜÚ˙÷ġġ˙_L˙A#˙xB#˙Ái8˙Îq<˙Îq<˙Ïq<˙Ïq<˙Ïq<˙Ïq<˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙r;˙r;˙r;˙r:˙r:˙r:˙r:˙r:˙r:˙Ñr:˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñs9˙Òs9˙Òs9˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Ós8˙Ós8˙Ós8˙Ós7˙Áo9˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙xB!˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñs9˙Ñs9˙Ñs9˙Ñs9˙ܒf˙ôàÔ˙ĥ^˙§—Ž˙Ċĵ·˙gA)˙=!˙V/˙ħ`/˙r7˙Òs8˙Òs8˙Òs8˙Ôw?˙ï͸˙âĵ¤˙ˆbK˙ÓÍÊ˙Šo_˙L)˙?#˙‘P%˙Îq5˙ċŻŒ˙óÛÌ˙ĞlC˙F&˙O+˙Ĵ^,˙Òs6˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt6˙Ôt6˙Ôt6˙Ôt6˙Ôt6˙Ġt6˙Ġu6˙Ġu6˙Ġu6˙Ġu6˙Ġu6˙Ġu6˙Ġu6˙×~C˙ñÔÀ˙äğ ˙r@˙; ˙{C˙Én1˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙×u4˙×u4˙×v4˙×v4˙×v4˙×v4˙×v4˙×v4˙×v4˙×v4˙×v4˙×v4˙×v4˙×v3˙×v3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv2˙Ĝv2˙Ĝv2˙Ĝv2˙Ùv2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw1˙Ùw1˙Ùw1˙Ùw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Ü=˙òĠÀ˙ÓЏ˙€fS˙ÔÎÉ˙‰iR˙­ —˙Äş²˙oN7˙ÒÌÈ˙™‚r˙†rc˙×ÑÌ˙“wd˙s˙ÑÈÁ˙d?%˙: ˙r>˙Én+˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Üx/˙Ŭx/˙Ŭx/˙Ŭx/˙Ŭx/˙Ŭy/˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŝy.˙Ŝy.˙Ŝy.˙Ŝy.˙Ŝy.˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝz-˙Ŝz-˙Ŝz-˙Ŝz-˙ßz-˙ßz-˙ßz-˙ßz,˙Ìu/˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙‚G˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙ä‡=˙ìŻ~˙Ċo)˙–qS˙…fL˙ƒG˙X0˙o<˙Ĉl#˙â{(˙|)˙|)˙|)˙|)˙ìŞt˙ŬŒI˙œ_.˙šƒo˙I˙l;˙V/˙¨[˙Ŝy'˙~+˙â.˙·d ˙_4˙i9˙Âj"˙â{'˙ä|(˙ä|(˙ä|(˙ä|(˙ä|(˙ä|(˙ä|'˙ä|'˙ä|'˙ä|'˙ä|'˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ä}'˙ċ-˙Ĝy)˙ŒL˙S-˙•Q˙Ûw%˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ~&˙ĉ~&˙ĉ~&˙ĉ~&˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~$˙ç~$˙ç&˙ïw˙с;˙ˆX0˙ši˙‰L˙^5˙g;˙t?˙V3˙vB˙d8˙b:˙‡K˙\4˙n?˙F˙X0 ˙’P˙Ŭy!˙è#˙è#˙è#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é€#˙é€#˙é€#˙é€"˙é€"˙é€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙Öz%˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙ŠK˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙÷ˆ˙ŝùô˙ì W˙îŜÏ˙ĉĠÄ˙Âo ˙›T˙Ż_˙ä|˙ƒ˙ƒ˙ƒ˙ƒ˙ò•=˙ŭóé˙÷Ì£˙à­|˙úöó˙ʋP˙Ĵ^˙›T˙Ġt˙î˙ƒ˙ï‚˙ßy˙Ż_˙µc˙|˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ñƒ˙ñƒ˙í€˙Ém˙¨[˙Îo˙î˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ôžJ˙ŝ÷˙óż˙Û´˙÷òí˙̅A˙U˙Ş]˙Ài˙§[˙Âj˙´b˙Ż_˙Ém˙¨\˙²`˙Èl˙Ğ]˙Êm˙ï˙ó„˙ó„˙ó„˙ó„˙ó„˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ô…˙ô…˙ô…˙ô…˙ô…˙Ŝ˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙N ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ŝĝñ˙˙˙˙˙ĝĠ°˙öïè˙üûù˙H˙•Q ˙şe˙ñƒ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ûÁ„˙ŝŝŝ˙ŝôê˙ëÍ˙˙˙˙˙ĉǨ˙Ĥ[ ˙ĦX ˙|˙ĝ‡˙ùˆ˙ùˆ˙÷†˙ò„˙ó„˙ĝ‡˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ġ…˙ƒ˙ö†˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙ü̚˙˙˙˙˙üîß˙çı˙ŝŝŝ˙ğ‘˙–R ˙ıe˙í‚˙ñ„˙ġ†˙ó…˙ò„˙ġ†˙ñ„˙ò„˙ġ†˙ò„˙ġ†˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙‚˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙’P˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝè˙˙˙˙˙ò׺˙ëĉ˙ŝŝŝ˙¨{K˙\2˙ˆJ˙ĉ} ˙ŭŠ˙ŝ‹˙ŝ‹˙ŝ‹˙ŝĥi˙ŝŭü˙ŝĝñ˙ÜĈ˙˙˙˙˙×Ä°˙m;˙g8˙Én ˙û‰˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝ‹˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŝŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭÀ~˙ŝŝŝ˙úñç˙×ȸ˙˙˙˙˙εš˙\2˙ƒG˙ä|˙ü‰˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ĉƒ˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙’P ˙ŝŠ˙ŝŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŝĈ‹˙ŝóç˙Ĝ£l˙À²£˙ÜÖ˙xN"˙H'˙h8˙Öt ˙ûˆ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭž9˙ŝà˙öÙş˙Ĥ€X˙êĉ˙Ÿ†j˙W/˙M*˙Ż_ ˙÷†˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭI˙ŝñä˙êÊİ˙šg˙êç˙˜xX˙I(˙d6˙Ôs ˙ü‰˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙ŭŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙ċƒ˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙ŽN ˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷'˙÷ĦJ˙Ît˙{T*˙z_C˙wA ˙V/˙q= ˙Öu˙ö†˙÷‡˙÷‡˙÷‡˙÷Š˙ùĞ\˙è.˙‘R˙iR˙sE˙e7˙V/˙³a˙ò„˙÷•0˙ĝ£L˙÷‰˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‰˙ĝš;˙÷‡˙÷“-˙÷(˙÷‡˙ĝœ>˙÷ˆ˙÷!˙ĝ—5˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙ĝ F˙ĝ™9˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷”.˙÷'˙÷‡˙ĝœ>˙ĝ‡˙ĝŽ"˙ĝ–3˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝˆ˙ù›=˙ĝ‡˙ĝ'˙ĝ“-˙ĝ‡˙ùš;˙ĝ‰˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‹˙÷ŸG˙Ġ~'˙rD˙„kR˙zG˙b>˙~R%˙Ôs˙ĝ™:˙ĝ‰˙ĝŠ˙ùš9˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝ˙ù™6˙ĝˆ˙ĝ—4˙ĝ"˙ĝˆ˙ù?˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝ$˙ĝ–1˙ĝˆ˙ùš8˙ĝŒ˙ĝ‹˙ù›;˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙á˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙ˆJ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ñ˘[˙ĝÓħ˙àD˙Ñ°“˙ĜÂ˙´e˙’O˙¤Y˙ßy˙í˙í˙í˙í˙î4˙ûäÏ˙ï­q˙NjU˙ĉÚÏ˙ız@˙£Y˙‘O˙Ío˙ë˙ġş…˙ŭöï˙ïR˙á{˙|˙ë€˙í‚˙í‚˙í‚˙í‚˙ô´z˙úâË˙ï•C˙öÓ³˙ò½Œ˙ï£\˙úĉÓ˙Şi˙Żs˙ĝŬ˙í<˙ĉ~˙è˙í‚˙í‡(˙ûĉÓ˙úŜÄ˙è‚%˙àz˙è~˙î‚˙î‚˙î‚˙î‚˙ï3˙ùÖµ˙öŠ˙í8˙úĉÔ˙ñ¨e˙ñħw˙ĝÛÀ˙î:˙ĉ}˙ê˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙óĞi˙ûĉÒ˙ï8˙óĵŠ˙÷Ô³˙î”B˙ùáÊ˙ò´z˙è˙ç˙ì˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ñ’9˙ùŞ˙è£a˙_˙èÛÎ˙Á~>˙Òĥœ˙Üż˙ä”I˙ùÎ˙óµ{˙ï¤]˙ùáË˙ñšI˙è~˙ì€˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙„ ˙÷ż‹˙úÚğ˙ñ—D˙ĝÛÀ˙ó²u˙ñİf˙ûèÖ˙ò˘V˙è~˙ë€˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙†"˙ĝʞ˙ùŞ˙šI˙ùáÊ˙ò§_˙ò´y˙úÎ˙›J˙è~˙ì€˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙Ú} ˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙F˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŭy.˙Ŝy.˙Ŝy.˙Ŝy.˙òË˙ŝŝŝ˙îÈĴ˙÷ïé˙û÷ô˙ˆS˙V˙_#˙×v+˙Ŝz-˙Ŝz-˙Ŝz-˙Ŝz-˙벅˙ŝŭü˙úí˙äĈŻ˙ŝŝŝ˙á˘˙Ĵ^"˙žV˙Îp(˙ßz,˙ġÙ˙˙˙˙˙âİ}˙šT˙žV˙q)˙Ŝy+˙ßz,˙ßz,˙ßz,˙÷àÏ˙ŝüû˙êÀž˙üùĝ˙ôéà˙çÉ°˙˙˙˙˙ëÑĵ˙àÔ˙ŝŝŝ˙Ӕb˙Ş\ ˙·c#˙Úw)˙ċ“R˙ŭ÷ó˙üóí˙½n2˙N˙¸e#˙Ŭy*˙á{+˙á{+˙á{+˙ç•V˙ŝûú˙úìà˙ğš˙ŝŝŝ˙ìş˙òäĜ˙ŝŝŝ˙ӓ_˙Ş]˙ğf#˙Üx)˙â{*˙â{*˙â{*˙â{*˙â{*˙â{*˙ġÓ¸˙ŝŝŝ˙뿛˙ôéà˙üúĝ˙ĉ½˙ŭüû˙ŬÍ˙ıd!˙Ğ]˙Òr&˙áz(˙â{)˙â{)˙â{)˙â{)˙{)˙{)˙{)˙|)˙|)˙|)˙|)˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙|(˙ë£h˙ŝüû˙ĝċ×˙èÏş˙ŝŭŭ˙ċżĦ˙ĝóï˙ùô˙äŸ˙ŝŝŝ˙òà˙éÒż˙ŝŝŝ˙Ŭİ~˙Ĵ]˙h ˙Ŝz&˙ä}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ.˙ûìß˙ŝúĝ˙罚˙ŝŝŝ˙óâĠ˙éÏş˙˙˙˙˙ĉœ˙Ş]˙ğf˙ßy$˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ĉ}&˙ç„1˙ŭ÷ó˙ŭ÷ó˙ċż˙ŝŝŝ˙ïÖÀ˙îŬÎ˙˙˙˙˙ß­‚˙Ş]˙k˙â{$˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙Ñx(˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙u@$˙Ìo>˙Ìo>˙Ìp>˙Ìp>˙Ìp>˙Ìp>˙Ìp>˙Íp>˙öĉŬ˙˙˙˙˙ëÓÇ˙ñìê˙ŝŝŝ˙ xa˙X0˙vA#˙ĵf7˙Íp=˙Íp=˙Íp=˙Îp=˙‘˙ŝŭŭ˙û÷ô˙ÖÄı˙˙˙˙˙ĠÄş˙h9˙^3˙¨\1˙Ìq<˙öçŜ˙˙˙˙˙Ϟƒ˙\2˙[2˙_1˙Íp:˙Ïq;˙Ïq;˙Ïq;˙ôßÓ˙˙˙˙˙âÇ·˙úùĝ˙öóñ˙Ó¸˙˙˙˙˙ĜÈż˙ñìê˙˙˙˙˙Ħya˙\2˙q>˙ğf4˙ەk˙ŝŭŭ˙úòî˙’W5˙L)˙ƒG$˙Çl6˙Ñr9˙Ñr9˙Ñr9˙ڎa˙ŭûú˙ûġò˙ÙĊş˙˙˙˙˙ÙÇĵ˙ôñï˙˙˙˙˙ v]˙[2˙xA ˙Ài3˙Òs8˙Òs8˙Òs8˙Ós8˙Ós8˙Ós8˙ĵ˙˙˙˙˙ċͽ˙ġóñ˙úùĝ˙ĠÀ³˙˙˙˙˙àÔÍ˙o<˙]3˙ĤZ+˙r6˙Ôt7˙Ôt7˙Ôt7˙Ôt6˙Ôt6˙Ôt6˙Ôt6˙Ôt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt5˙Ġu5˙Ġu5˙Ġu5˙Öu5˙鷕˙ŝŝŝ˙ùë˙ÙÊÀ˙˙˙˙˙×Ċı˙ôò˙ŭüü˙ÍıĴ˙˙˙˙˙ċÙÒ˙äŬĜ˙˙˙˙˙µ“}˙^3˙{B˙Äj/˙×v4˙×v4˙×v3˙×v3˙Ĝv3˙Ùz:˙ùëâ˙˙˙˙˙×­˙ŝŝŝ˙óîë˙ÓĊĵ˙˙˙˙˙Ç­œ˙X0˙t?˙Âi,˙Ĝu1˙Ùv2˙Ùv2˙Ùw2˙Ùw2˙Ùw2˙Û~=˙ŭĝô˙˙˙˙˙ÑğĞ˙˙˙˙˙éßĜ˙ŜĠÎ˙˙˙˙˙·˜˙V/˙‚G˙Ên-˙Úw1˙Úw1˙Ûw0˙Ûw0˙Ûw0˙Ûx0˙Ĉs2˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙k:.˙ıfP˙şfP˙şfP˙şfP˙şfP˙şfO˙şfO˙şfO˙á½³˙ŭûû˙Î˙êĉċ˙îìë˙iLC˙7˙O+!˙ŸVB˙şeM˙ğgN˙ğgN˙ğgN˙Ȅp˙û÷ġ˙îàÛ˙½­§˙üüü˙£“Ž˙A#˙: ˙ƒH6˙·eL˙óŜ˙ŝŝŝ˙ĵ“†˙A#˙G&˙™S=˙ğgK˙½hL˙hL˙hK˙ïÚÓ˙üúù˙½–ˆ˙ĉâá˙ïíì˙“Ž˙ùĝĝ˙Äıµ˙ËÀ˙ûúú˙€e\˙8˙R,˙Ĥ[@˙΍u˙ŝŭü˙ĝî˙tG7˙6˙m<)˙´bD˙ÀiI˙ÁiI˙ÁiI˙͆l˙üĝ÷˙ïŜĜ˙Ċ²Ğ˙üüü˙§”˙ÈĈ˙ûûû˙}cX˙7˙Y1!˙Ĵ^@˙ÁiG˙ÂjG˙jG˙jG˙jG˙jG˙éÊ˙ŭúù˙ʨš˙íì˙ĉâà˙—w˙ĝ÷÷˙ÔËÈ˙E%˙>!˙ŒL2˙żhD˙ÄkF˙ÄkE˙ĊkE˙ĊkE˙ĊkE˙ĊkE˙ĊlE˙ĊlE˙ĊlE˙ĊlD˙ĊlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlC˙ĈlC˙ÇlC˙Ġ“u˙ŭúù˙èĠÌ˙Ċı³˙ûúú˙˘Ž„˙ĠÏÍ˙ùùĝ˙ŸŒƒ˙÷÷ö˙×ÏÊ˙ıİ˙ûúú˙™‚w˙9˙]3˙²a9˙Èm@˙ÉnA˙ÉnA˙Én@˙Ên@˙ËsF˙öçß˙ûöó˙ވw˙ïíì˙ëçċ˙Ĥ–˙ûúú˙ħŸ•˙9˙V/˙Ż`6˙Ên>˙Ëo?˙Ìo?˙Ìo?˙Ìo>˙Ìo>˙ÎvH˙ûôñ˙ĝì˙˘„t˙öġô˙ŬÖÑ˙´¨˘˙ûúú˙‡{˙7˙e7˙şe7˙Îp=˙Îp=˙Îp=˙Îp=˙Îp<˙Îp<˙ğl<˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙a58˙¨\`˙¨\`˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\_˙ĥvx˙Ó­˙–]_˙z{˙˘˜˜˙J)*˙2˙I((˙‘OP˙İ\]˙Ş]^˙Ş]^˙Ğ]^˙Żef˙ÑĤĤ˙µ~~˙xTT˙··˙Y>>˙=!!˙6˙zBB˙§[Y˙Ö°Ż˙ñää˙—fd˙8˙@#"˙ŒLJ˙Ğ]Z˙­^[˙­^[˙­^[˙Ċˆ˙âÇĈ˙‹QN˙˜‰ˆ˙•†…˙[<:˙“‡‡˙kSQ˙^FD˙™Œ˙X87˙4˙L)&˙˜SM˙ĥng˙íÜÚ˙ÜÁż˙`62˙0˙d62˙ĤZR˙ħ`X˙ħ`X˙ħaX˙µj`˙ĠŞ˙ı~w˙}XT˙Áşı˙[=:˙vca˙­˘Ħ˙[:7˙4˙S-(˙ŸWL˙²aU˙³bV˙³bV˙´bU˙´bU˙´bU˙ƒy˙ÖĴ˙•[R˙•†ƒ˙™‹ˆ˙Q1+˙·°˙}d`˙B$˙9˙‚G<˙ħ`Q˙ĥcS˙ĥcS˙ĥcS˙ĥdS˙ĥdS˙·dS˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙¸dR˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙ıeP˙p]˙Ù£˙ug˙rVO˙ż·µ˙\<3˙oj˙Нš˙^=4˙€|˙}d]˙Y?8˙œ‹˙dD;˙7˙X0$˙ZE˙ğfL˙ĵgM˙ĵgM˙ĵgM˙ĵgM˙ĵhO˙ӛ‰˙ß³˙uC4˙™–˙’}v˙X;2˙œ‹˙lMB˙9˙Q, ˙¤ZA˙gJ˙żhK˙żhJ˙żhJ˙żhJ˙żhJ˙ÀjL˙Úİ—˙Ĝ²¤˙h=,˙´Ş§˙‰oe˙X>4˙ž‹˙fF:˙8˙`4$˙Ż_A˙ÂiH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙ÂjG˙°fG˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙X0@˙˜So˙˜So˙˜So˙™So˙™To˙™Tn˙™Tn˙™Tn˙İo…˙ıŠ›˙–]r˙‡jt˙hq˙b7F˙F&1˙\2@˙Nd˙›Um˙›Ul˙›Ul˙›Ul˙Ħ^t˙ş‰˜˙Ĵu‡˙…Zh˙‰sz˙oGS˙R-8˙K)3˙GX˙›Ui˙t„˙ż’Ÿ˙„L[˙?"*˙G&/˙†JY˙œVh˙¨iy˙ş†“˙Ğm}˙ŸXj˙£aq˙„HV˙T2:˙[5>˙j:D˙L-5˙Z2:˙]3<˙T2:˙f7A˙R-4˙]3;˙’P\˙ĦYg˙À—˙ħ|†˙a5=˙8#˙h9@˙›U`˙£Ye˙·~‡˙ğ…Ž˙Ĥ^j˙Ĥ_i˙œV`˙m˙d7:˙T57˙m=@˙tOP˙fg˙’\_˙ĤZ^˙İ\_˙İ\_˙İ\_˙İ]_˙Ş]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]]˙Ğ]]˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙³ih˙ĈŽ˙Żsr˙ƒ\[˙‘xv˙{NL˙‚ig˙Œmk˙tB>˙hg˙zQO˙vOL˙‹qo˙€SQ˙W0,˙i95˙˘XR˙°`Y˙°`Y˙°`X˙ğvo˙nj‡˙¸pi˙²c[˙Żf]˙zC<˙W51˙sA:˙g82˙U3.˙p=6˙{ZU˙nj˙Ĥ_V˙²aU˙³bU˙³bU˙´bU˙À}r˙ȍ„˙ıma˙ĥfX˙ŻdW˙r>5˙Z82˙zD;˙`4,˙\6/˙s>4˙~^W˙™tm˙İ\L˙ĥcQ˙·dR˙·dR˙·dR˙·dR˙¸dQ˙§aP˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙Q,F˙Mz˙Mz˙Mz˙Mz˙Mz˙My˙ŽNy˙ŽNy˙γĊ˙ŭüü˙²Š˙ïéí˙òî˙a~˙d6T˙p=^˙‹Mu˙Ow˙Ow˙Ow˙Ow˙p‘˙ú÷ù˙ŬÊĠ˙İı˙üûü˙½˘ħ˙n[˙ŽNr˙Ħi‰˙÷òġ˙˙˙˙˙´•Ĥ˙T.B˙c6N˙ˆKk˙‘Or˙’Pr˙‘Op˙Op˙ı¤˙ŝŝŝ˙ìâç˙qBY˙T.@˙t@Y˙“Pn˙ħż˙˙˙˙˙ôîñ˙l@T˙X/A˙|D\˙’Pl˙•Ro˙–Ro˙“Pk˙˜Up˙ìàċ˙˙˙˙˙²Žœ˙[2B˙c6G˙ŒMd˙™Sm˙šTn˙šTm˙šTm˙›Um˙›Um˙›Ul˙›Ul˙›Ul˙œUl˙œUl˙œUk˙œUk˙Vk˙Vk˙Vk˙Vj˙Vj˙ͨ³˙ŝŝŝ˙ìâä˙ÑĈ˙˙˙˙˙ÒÂĈ˙ôòò˙ŭüü˙Ĉĥş˙˙˙˙˙âĜÚ˙ċŬß˙˙˙˙˙Ż—˙\2:˙h9C˙•Q_˙˘Xf˙˘Xf˙˘Zg˙ċÒĠ˙˙˙˙˙Ô½Á˙b6=˙og˙ˆJ{˙‹K|˙‹K|˙‹L|˙•[†˙ëàè˙żĦ·˙‹t…˙èçè˙{jw˙1+˙)#˙_4R˙‰Jv˙ÒıË˙öñô˙Œf€˙.'˙4-˙s>b˙ŒLx˙r”˙öòġ˙Ÿw‘˙>!4˙*#˙^3N˙‹Ks˙Nw˙Nw˙Ow˙Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙’Ou˙’Ou˙ f‡˙ñéí˙ŜÎ×˙R0C˙( ˙T-B˙ŠKm˙“Pt˙Ñ´˙ċ×Ŝ˙d>Q˙(˙˙2#˙`4C˙“Pg˙›Ul˙Ğq„˙ĥ†–˙p?O˙8'˙S-:˙Na˙›Uj˙Vk˙Vk˙Vk˙žWk˙¸…”˙­{‰˙b5B˙9&˙n"(˙xAN˙œUe˙ Xh˙ Xh˙ Xg˙ Xg˙Şhu˙”ž˙ŠT_˙D%+˙O+2˙MZ˙ĦXe˙˘Yf˙˘Yf˙˘Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙Zc˙Zc˙Zc˙Zc˙İaj˙ē˜˙£kp˙nOR˙np˙b:>˙I02˙iOR˙Q,/˙WBC˙gDF˙T14˙fOQ˙`7:˙B$&˙X/2˙™SV˙¨[^˙İ\_˙İ]_˙³oq˙ǖ˜˙WW˙E%&˙V//˙–RR˙Ş\]˙Ğ]^˙Ğ^]˙Ğ^]˙Ĵ^]˙ş{z˙À‹‹˙q>=˙>"!˙p=;˙ĤZX˙­_\˙ıvs˙ǖ“˙„LI˙A#"˙b53˙ĦWS˙_Z˙Ż_Z˙Ż`Z˙Ż`Y˙Ż`Y˙À‚}˙ğ…€˙g84˙B$!˙‚GA˙­^V˙ħaX˙ħaX˙ħaW˙ ]U˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙Z1>˙Vk˙Vk˙Vk˙Vj˙Vj˙žVj˙žVj˙žVj˙žWj˙žWj˙œ\l˙ĉŬß˙ċŬß˙Ħx‚˙èâ˙ÄŻ´˙“Qb˙—Rc˙Ħ]l˙éĜÜ˙ĉÓ×˙²{‡˙óëí˙ÛÂÇ˙FQ˙`4=˙|CO˙r>I˙m;E˙‘O\˙ŸWe˙Ġ³ş˙òéë˙¤py˙a5=˙f8@˙”Q]˙ĦXd˙£Ye˙£Ye˙Ua˙ĜÈË˙îéê˙²„‹˙èÙÛ˙ÏÒ˙À—˙ġîï˙Ċš ˙žV`˙žV_˙£Yb˙Zc˙Zc˙Zc˙ks˙îàâ˙ßÇÉ˙HM˙[26˙GL˙˘Y`˙§[a˙Óħ˙òèé˙žch˙f8;˙}EI˙˘Y]˙¨\`˙¨\`˙¨\`˙¨\`˙­fj˙ää˙êĜĜ˙‹OR˙d68˙‹KN˙§[]˙³np˙ñċċ˙Ôħ²˙{CD˙l;;˙˜ST˙Ş\]˙Ğ]]˙Ğ]]˙Ğ]]˙Ğ]]˙Ï£˘˙÷ñ˙ż’‘˙p=<˙v@?˙ĦXV˙­^\˙­^\˙­^[˙­^[˙­_[˙­_[˙_[˙_[˙_Z˙_Z˙_Z˙Ż_Z˙Ż_Z˙Ż_Z˙Ż_Z˙Ż`Y˙Ż`Y˙°`Y˙†˙÷ïî˙×ĥ³˙Ç°˙ëë˙°‡ƒ˙j95˙{C=˙ŒMF˙q>7˙‰JC˙†IA˙u@9˙‘OF˙yB;˙„H@˙Ğ]R˙³aV˙³aV˙³bV˙ĠŞ£˙ĝñ˙Àˆ˙p=5˙‚G=˙Ĵ^Q˙´bU˙µbU˙µbT˙µbT˙·gY˙êÔ˙îÜÙ˙ž^R˙n<2˙’OB˙³aQ˙ĥcS˙Ŝş³˙ĝï˙²}p˙n<1˙ŒL?˙²aP˙·dR˙¸dQ˙¸dQ˙¸dQ˙½n]˙ïŜÚ˙êĠÏ˙‘O?˙q=0˙žVD˙·dO˙ıeP˙şeO˙şeO˙¨aN˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙c65˙­^[˙­_[˙_[˙_[˙_[˙_[˙_[˙_[˙_Z˙_Z˙ħgb˙öîî˙ŝŝŝ˙Ôğş˙˙˙˙˙êââ˙ˆMI˙t@;˙Ħid˙ŝŭŭ˙üùù˙ÌŞ§˙ŭüü˙ìâá˙ŠTO˙f84˙ŠKE˙YR˙§[S˙Ż_W˙ħaY˙ñâá˙˙˙˙˙Ċ˜”˙q>8˙wA:˙ZP˙²aW˙²aW˙²aW˙ħ`V˙ìÚĜ˙˙˙˙˙ÛÂż˙úĝĝ˙öóò˙ÙÄÁ˙˙˙˙˙×À˙‚G>˙|D;˙ĦXM˙³aU˙´bU˙´bU˙Ĉˆ˙ŝŭŭ˙ĝñ˙”XO˙k:2˙’OD˙²aR˙½tf˙öíë˙ŭûú˙‹‚˙r>5˙ƒG<˙_O˙ĥcS˙ĥcS˙ĥcS˙ĥdS˙Lj{˙üĝĝ˙òċ˙’SF˙i9/˙O@˙³bP˙Ù¤˙ŝŝŝ˙ìÚÖ˙OA˙t?3˙ XF˙ĥdP˙¸eQ˙¸eQ˙¸eP˙¸fR˙çÌĊ˙˙˙˙˙ȚŽ˙t?2˙yB4˙Ğ]J˙şfO˙şfO˙şfO˙şfO˙şfO˙şfO˙şfO˙ğfN˙ğfN˙ğfN˙ğfN˙ğgN˙ğgN˙ĵgN˙ĵgM˙ĵgM˙ĵgM˙ĵgM˙Û­ ˙ŝŝŝ˙íÛÖ˙ÖÄż˙˙˙˙˙δĴ˙n<,˙ƒH4˙°`F˙²aG˙·dI˙ĥcI˙³bF˙ıeI˙³bF˙·cH˙gJ˙żhK˙żiK˙żiK˙ìÒÉ˙˙˙˙˙Ĝ¸Ĵ˙t@-˙…H3˙µcE˙ÀiJ˙ÀiI˙ÀiI˙ÀiI˙ÇwZ˙üù÷˙ŭüû˙¨q[˙u@,˙ŸW;˙hG˙ÄoO˙ñŜ×˙˙˙˙˙ˤ•˙q=*˙N4˙ğfD˙jG˙jG˙kG˙kG˙ͅh˙ŝŭŭ˙ŝŭŭ˙N3˙yB+˙Ğ]=˙ÂjE˙ÄkE˙ÄkE˙ÄkE˙ħgD˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙n<+˙żhJ˙żhJ˙żhJ˙żhJ˙żiJ˙żiJ˙ÀiJ˙ÀiJ˙ÀiJ˙ÀiJ˙qT˙ĝí˙ŝŝŝ˙Ôĵ³˙˙˙˙˙ĉáß˙^5'˙B$˙ŠXG˙û÷ö˙ŭúù˙ε­˙ŝŝŝ˙ïëê˙rK<˙A#˙yB-˙·eD˙ÂjH˙ÂjH˙ÂkI˙ôċà˙˙˙˙˙—‡˙M*˙V/˙Z<˙ÀiF˙jG˙jG˙jG˙ñŬĠ˙˙˙˙˙ÛÄş˙ùùĝ˙ôòñ˙˸˙˙˙˙˙Éĵĥ˙R,˙K)˙•Q5˙ÀiD˙ÄkF˙ÄkF˙Ӑu˙ŝŭŭ˙ùòï˙M8˙D%˙}D,˙ĵgB˙΃b˙ûöô˙ŝŭŭ˙ĵ“‚˙J)˙h9$˙´b=˙ĊkC˙ĈlD˙ĈlD˙ĈlD˙ÚĦ‡˙ŝŝŝ˙ôĉà˙|H1˙D%˙…H,˙Ài@˙ç°˙˙˙˙˙óèâ˙l?*˙M*˙–R2˙jA˙ÇmB˙ÈmB˙ÈmB˙ÉoE˙ġċŬ˙˙˙˙˙ʂ˙Q,˙]2˙_9˙Èm@˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Êo@˙çżĞ˙ŝŝŝ˙óèâ˙Ͻ˙˙˙˙˙Ż˙F&˙\2˙Ż`6˙Ên>˙Ìo?˙Ìo?˙Ìo>˙Ìo>˙Ìo>˙Ìo>˙Ìp>˙Ìp>˙Ìp>˙Ìq?˙ġâÙ˙˙˙˙˙Ûĸ˙K)˙d6˙´b5˙Ìo<˙Íp=˙Íp=˙Îp=˙Ò{L˙ûóï˙ŝŭü˙ŽcJ˙G'˙ŠK(˙Ĉm9˙xF˙ĝìċ˙˙˙˙˙Ì° ˙F&˙q> ˙żh6˙Ïq;˙Ïq;˙Ïq;˙q;˙ׇY˙ŭù÷˙˙˙˙˙i9˙M*˙V+˙Íp9˙r:˙Ñr:˙Ñr:˙ĵm;˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙xB!˙Ñr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òs9˙Óx@˙ġáĠ˙ûöò˙ĊŸˆ˙öġô˙Ì˙P-˙8˙xC!˙êË·˙ĝìċ˙£sW˙ëèĉ˙ÍÂĵ˙S.˙7˙p=˙Ái3˙Ós8˙Ós8˙Ós8˙ñÔÂ˙ŭù÷˙ş‡g˙E&˙N+˙Ğ^,˙Ñs6˙Ót7˙Ôt7˙Ôt7˙ïÍ·˙ŭûú˙׏˙ìèĉ˙áŬÚ˙İ—‹˙ûûû˙­’˙E%˙A#˙–R&˙Ïq4˙Ôt6˙Ôt6˙܌Y˙üġ˙óâ×˙vF&˙; ˙yB˙Èm1˙Ġv8˙öâĠ˙÷êá˙Z7˙9˙[2˙·d-˙Ġt4˙Öu5˙Öu5˙Öu5˙à˜i˙ŭù÷˙ìÔ˙l>˙=!˙‹L!˙Ïq2˙âžq˙ŝŭü˙ÔЏ˙R,˙?"˙N"˙q2˙×u4˙×u4˙×u4˙×v6˙òÔÀ˙ŭûù˙³`˙D%˙^2˙ğf,˙×u2˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ùv3˙Ùv3˙Ùv2˙Ùv2˙à’\˙üġñ˙ßÂŻ˙ݘŒ˙ûúú˙¨‘‚˙>"˙R-˙´b)˙×v1˙Ùw2˙Ùw1˙Ùw1˙Ùw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙譄˙ŝüú˙ı’u˙>"˙U.˙²a'˙Ĝw/˙Ûx0˙Ûx0˙Ûx0˙Ûy1˙ïĈ¨˙ùê˙U4˙=! ˙…H˙r-˙Ûx/˙íğ—˙ŝüû˙˘y[˙: ˙b5˙Âi)˙Ûw.˙Üx/˙Üx/˙Üx/˙Ü{3˙óÒş˙÷íċ˙a5˙C%˙œU ˙Ĝv-˙Ŭy.˙Ŭy.˙Ŭy.˙Ĉs0˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙‚G˙â{*˙â{*˙â{*˙â|*˙â|*˙â|*˙â|*˙â|*˙â|*˙â|*˙â|*˙éœ^˙éİt˙­f,˙™…u˙{`I˙`7˙M0˙‡K˙Ŝ’S˙èĤq˙¨\ ˙Šq\˙qW˙k:˙F& ˙„H˙Ôt&˙â|)˙â|)˙|)˙é™X˙í´†˙³g*˙Q,˙[2˙ğf!˙á{'˙|(˙|(˙|(˙ç’M˙íŻ}˙·k-˙Šr]˙€gS˙oG&˙Ž|n˙rN/˙W3˙U3˙ĤZ˙Ŝy'˙|(˙|(˙~,˙îŻ}˙àœe˙~E˙D% ˙ˆJ˙×u%˙ä|(˙íŞs˙çp˙˜T˙G& ˙s>˙Ìo#˙{'˙ä|(˙ä|(˙ä|(˙ä€.˙˙Ĝ’X˙o=˙F& ˙šT˙Ŭy%˙çŒ@˙ïı‹˙É|=˙b5˙P, ˙§[˙ßz&˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ê˜S˙íµ‡˙£\#˙K) ˙j:˙Ên"˙ä|&˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ€)˙îħ}˙‘[˙vP/˙žŒ|˙ƒU.˙R1˙e<˙Âj ˙ĉ„0˙ĉ+˙ĉ+˙ç…1˙ĉ'˙ĉ+˙ĉƒ.˙ĉ~&˙ĉ~%˙ĉ~%˙ĉ~%˙ç‡5˙˙³s=˙O+ ˙e7˙Äk˙ä}$˙ĉ~%˙ĉ€(˙è…1˙ç'˙ë•L˙èİt˙‘P˙N* ˙’P˙Ŭy#˙ç~%˙é>˙ìĥˆ˙˘e0˙I( ˙t@˙Ñs ˙ç$˙ç$˙ç‚)˙è†0˙ç€%˙ìœV˙âĦj˙€F˙R- ˙Ş]˙ä}#˙è$˙è$˙è$˙x'˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ığı˙˙ŠK˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙í€˙Ò~1˙ßÏÀ˙ÄĦ˙‘g˙âÖË˙ÁB˙ġ˙öͧ˙Óu˙N˙ W˙°_˙ƒG˙³a˙é~˙ï‚˙ï‚˙ï‚˙ġ¸˙úßĈ˙փ6˙…H˙M˙Ùu˙ï˙‚˙‚˙‚˙‚˙ï˙Ġs˙ŒK˙ŒK˙ĦW˙D˙žV˙ÊŞŒ˙Ŝͽ˙Îw'˙è}˙ì˙‚˙ñŠ,˙úĜı˙ô—˙­^˙yA˙µb˙ê~˙‚˙ö´v˙úßĈ˙Ĉv,˙}C˙­]˙ç~˙ƒ˙ƒ˙ƒ˙ƒ˙„˙ĝĈ–˙︃˙ĦY˙|C˙Âj˙í˙Š*˙úÜż˙췄˙“P˙ŠK˙Ós˙î˙ƒ˙ƒ˙ƒ˙ƒ˙ò•>˙úàÇ˙Ì|0˙€F˙œU˙àz˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙Š)˙úÙş˙èU˙ş…T˙ÖÊ˙ĵ~D˙ÉŻ˜˙ÜÇ´˙ߌ>˙úâÌ˙ôµy˙óµz˙ùßÇ˙ï“<˙òµ|˙öȜ˙î‚˙ê˙î˙ƒ˙ò™D˙úŬÁ˙ւ1˙‰K˙–R˙ßy˙ƒ˙ƒ˙ô¨a˙ûċ˙ñžO˙öË£˙÷Òħ˙o ˙ˆJ˙ğf˙ë€˙ƒ˙ó˘U˙úÛ˙Ës!˙‚F˙˘X˙ĉ}˙ñƒ˙ñƒ˙ö³t˙ûâÊ˙òšG˙ĝÓħ˙ġË£˙ĥc˙‰J˙Ém˙ï˙ñƒ˙ñƒ˙ñƒ˙Ĝ|˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ığı˙˙N ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ö­b˙ŝŝŝ˙ùêÚ˙ï׿˙˙˙˙˙ĉÄĦ˙ŭûù˙üĝô˙р-˙ X ˙h˙ĉ~˙Ŭy˙é€˙ö†˙ĝˆ˙ĝˆ˙ĝˆ˙ŭèÒ˙ŝŝŝ˙í­l˙¤Z ˙­^˙è˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ó…˙à{˙á{˙ç~˙Üy˙ĉƒ˙ûċ˙ŝŭŭ˙äœR˙·d˙Én˙ñ„˙ù¤M˙ŝŭû˙ŭóç˙Éu˙šT ˙Ìp˙ġ†˙ĝ&˙ŭëĜ˙ŝúö˙â˜K˙ X ˙şf˙ïƒ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ùœ=˙ŝöî˙ŭèÔ˙Îu˙¤Z ˙×v˙ö†˙ú·q˙ŝŝŭ˙ùÚı˙ıf˙ĦX ˙Ûx˙ö†˙÷‡˙÷‡˙÷‡˙÷‡˙û̜˙ŝŝŝ˙î­j˙­^˙ıe˙í˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙ú´n˙ŝŭû˙ùÙ¸˙çÉĞ˙ŝŭü˙°}˙÷ñì˙ŭûú˙êĊ ˙˙˙˙˙óßÊ˙òáÑ˙ŝŝŝ˙ĉ·ˆ˙ôèÜ˙ûöñ˙ߑB˙h˙ßz˙ġ…˙û˙ŝŝŭ˙ñğ„˙Ğ]˙ğf˙î‚˙÷‡˙÷‡˙üÔĴ˙˙˙˙˙ôΨ˙û÷ò˙ŭúĝ˙˃:˙žV ˙q˙ġ…˙÷Š˙üÛı˙ŝŭü˙éŞk˙Ĥ[˙Ċl˙ò„˙÷‡˙÷ˆ˙üàÄ˙ŝŝŝ˙É ˙ŭüû˙ŭüú˙ıe˙ W˙Úw˙ö†˙÷‡˙÷‡˙÷‡˙Ŭ˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ığı˙˙‘O ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙ŭ³e˙˙˙˙˙üîà˙çÖ˙˙˙˙˙Ñğ£˙üûú˙úùĝ˙–a(˙^3˙’P ˙é˙û‰˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙ŝëÖ˙˙˙˙˙áİl˙m<˙xB˙Ùw˙úˆ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙üŠ˙û‰˙û‰˙üŠ˙û‰˙üŽ˙ŝòċ˙˙˙˙˙“Q˙f8˙†I ˙ä|˙ü§M˙ŝŝŭ˙ŭôë˙£a˙_4˙§[ ˙ñƒ˙û;˙ŝúö˙ŝŝŝ˙Ûİt˙h8˙‹L ˙ĉ}˙û‰˙û‰˙û‰˙û‰˙ü³g˙ŝŝŝ˙üëĜ˙Żd˙l;˙şe ˙ö†˙ŭÒ˙˙˙˙˙üñċ˙S˙j:˙Ái ˙÷†˙û‰˙û‰˙û‰˙û‹˙ŝêĠ˙˙˙˙˙ċİl˙}D˙ŠK ˙|˙úˆ˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙ŭÏ ˙˙˙˙˙ûä˙ŬËı˙˙˙˙˙àʲ˙ġòï˙ŭüü˙Ġ˙˙˙˙˙ĉÚÍ˙Ú˙˙˙˙˙Òĵ˙úùĝ˙ŝŝŝ˙•h˙k;˙Ż` ˙ñ„˙ŝìÙ˙˙˙˙˙îÔ¸˙s@ ˙‘O ˙ä}˙ùˆ˙ú‰˙ŭ×°˙˙˙˙˙éÊŞ˙÷ġó˙ŭüü˙”f6˙_4˙­_ ˙òƒ˙ú!˙ŝóç˙˙˙˙˙Áž˙l;˙žV ˙ì€˙úˆ˙ú‰˙ŭÈ˙˙˙˙˙à¢˙üûû˙˙˙˙˙v@ ˙e7˙Âi˙÷†˙úˆ˙úˆ˙úˆ˙à€˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ığı˙˙‘O ˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙û‰˙üĴX˙ŝüú˙úċÏ˙ĜĊ°˙ŝŝŝ˙¨v˙ÜĠÍ˙úùĝ˙yP'˙D%˙xA˙á{˙úˆ˙û‰˙û‰˙û‰˙û‰˙û‰˙ŭâĈ˙ŝŭü˙Ӛ_˙S-˙_4˙Ëo˙ĝ‡˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙ŭÓ¨˙˙˙˙˙ČR˙L)˙k:˙Ùv˙ú D˙ŝúġ˙ûíŜ˙ŒR˙F&˙‘N ˙ì€˙úŒ˙ŝéÔ˙ŝùô˙Ĵr6˙E%˙l;˙×u˙ù‡˙úˆ˙úˆ˙úˆ˙ûĴ[˙ŝüú˙ĝáÉ˙ƒJ˙J(˙¤Y ˙òƒ˙û°c˙˙˙˙˙ì˨˙d6˙K)˙¨[ ˙òƒ˙úˆ˙úˆ˙úˆ˙ú‰˙ŭâĊ˙ŝŝŭ˙̕\˙S-˙n<˙Ĝv˙ĝ‡˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙úİU˙ŝúö˙ëÍ˙ğŞ—˙ŝŝŝ˙Ċħ˙éċá˙ĝöġ˙·Ħ‹˙ŝŝŝ˙ÓÇş˙Ş™‡˙˙˙˙˙–}˙ÔÍĈ˙ġó˙|U+˙C$˙…I ˙ċ}˙û‰˙ŝŝŝ˙Ë t˙K)˙e7˙Ïq˙÷†˙ùˆ˙üÏĦ˙˙˙˙˙ÖŻ‡˙ÏĈ½˙ŭüü˙zX4˙E%˙˜S ˙í˙ù‰˙üΟ˙ŝŝŝ˙µ‡X˙E%˙t? ˙Ûx˙ĝ‡˙ù‰˙ŭÛ¸˙ŝŝŭ˙Ċt˙ŜĜÒ˙˙˙˙˙W0˙L)˙ħa˙ô…˙ùˆ˙ùˆ˙ùˆ˙߀˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ığı˙˙M˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġŒ%˙úǕ˙ì`˙£tF˙µ¨›˙sI!˙ Œy˙µĤ—˙N˙K)˙u? ˙Üw˙ô„˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙÷İ\˙ùɚ˙Àq#˙U.˙a4 ˙Èm˙óƒ˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ĝŻg˙ù͢˙~9˙U.˙i9 ˙Ôs˙ôˆ˙úŽ˙íp˙…I ˙G'˙N˙ĉ}˙ô…˙ù„˙ġǚ˙¤b ˙G'˙o= ˙Öt˙ó„˙ô…˙ô…˙ô…˙ô‹$˙ùȗ˙ĉ˘_˙t? ˙I(˙£Y˙í˙ġ™>˙ùΤ˙ŬĦf˙d6 ˙M*˙Ş\˙í˙ô…˙ô…˙ô…˙ô…˙÷İ\˙÷ʝ˙­d˙M*˙o= ˙Öt˙ó„˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ôˆ˙ĝĐ˙Û˘i˙[6˙ĥ¨™˙Š^3˙–m˙И…˙nD˙ħ¤˜˙nN˙€dI˙ıН˙–oI˙‚iP˙¸Ĥ“˙tE˙F&˙†I ˙â{˙ġ‘1˙÷ʞ˙ĵD˙O+˙h8 ˙Íp˙òƒ˙ô…˙öG˙ĝÌ˘˙·r/˙–n˙½Ĵ›˙}P%˙I(˙”P˙è~˙ô…˙ġ˜=˙ġÊĦ˙İm3˙I(˙v@ ˙Ûw˙ó„˙ô…˙öV˙öȜ˙¤d'˙ž|˙ÂŻ˙f7 ˙N*˙­^˙ï‚˙ô…˙ô…˙ô…˙Û~˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ığı˙˙†I˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é€$˙ßz!˙İd&˙Ĉ²Ħ˙œb/˙{C˙vB˙žV˙p=˙ˆJ˙Ôt˙é"˙é"˙é"˙é"˙é"˙é"˙İj˙ģ̇˙Ëy0˙vA˙F˙q˙é!˙ë‡/˙ö̧˙ìŒ8˙î˘`˙òş‰˙éƒ(˙óÀ“˙ížY˙ë“E˙öÎĴ˙îœS˙è"˙ċ~#˙Çl˙yB˙€F˙Òr˙é„)˙ġĈœ˙í²~˙ĦX˙k:˙İ\˙â{ ˙ê€"˙ê€#˙ĉ~#˙·g ˙¸ ‹˙ĴzN˙ߍC˙öÏĴ˙íšP˙ë”F˙ôĊœ˙é„(˙ç!˙Ùv˙•Q˙p=˙¸d˙ĉ} ˙ê„)˙ġɢ˙܋D˙…H˙p=˙g˙é~ ˙ë€!˙ë€!˙ë€!˙ë€!˙í8˙ǫ̈˙Àp*˙r>˙N˙Úv˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë„(˙ġĈ˙àI˙§rD˙À¨“˙£] ˙²”z˙ÄŞ“˙‘Q˙Ż•~˙²…]˙ŠW+˙ĊŻ›˙§f,˙ž|]˙¸˜|˙›U˙p=˙¤Y˙{˙ë€!˙é"˙Én˙Ĵ†e˙ş”r˙×{*˙ôĚ˙î˜J˙é ˙ċ}!˙Àh˙•mI˙Ĉ¨˙šV˙h8˙ V˙âz˙ì€ ˙ì€ ˙è~!˙żh˙ħ‘v˙şŒc˙àƒ1˙ġÈ ˙í‘>˙ê ˙ä| ˙²`˙œyY˙Ċ˘‚˙N˙k:˙´b˙è~˙ì ˙ì ˙ì ˙Ôz#˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙şğı˙˙}E˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Ûw1˙Ûw0˙Ûw0˙Ûw0˙Ùv/˙ŜĤ˙ŭüû˙ÜŞ…˙Z$˙—R!˙g)˙ĥc(˙½g)˙Ġt.˙Ûw0˙Ûw0˙Ûw0˙Ûw0˙Ûw0˙Ûx1˙ößÏ˙ŝŭü˙۟t˙”P ˙›T"˙Îp-˙Üw0˙êŻ…˙ŝŭü˙ëı•˙íÔÂ˙ùóî˙Ü t˙úġò˙ġĉÜ˙èÄŞ˙ŝŝŝ˙èĊĴ˙ıe'˙ħ`%˙Ċk*˙şe'˙ĵf(˙Ġt-˙•[˙ŭú÷˙ùí˙µi1˙‹L˙·d'˙Ùv.˙Üx/˙Üx/˙Üw.˙ֈN˙ûöó˙ôĉÛ˙çİ˙ŝŝŝ˙éĊĞ˙âÁİ˙ŭûù˙֐[˙ğf&˙h'˙j(˙ğf&˙Ñr+˙Üx-˙ċ˜_˙ŝüú˙íĈ¨˙Ĥ[$˙•R˙Èm)˙Ŭx-˙Ŝy.˙Ŝy.˙Ŝy.˙Ŝy-˙˙ŝŭü˙ŬŸq˙›T˙¨["˙Ġt+˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙ßy-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz,˙ĉ—[˙ŭùö˙Ê­˙Ŭ½˙ú÷ġ˙ћr˙óìĉ˙ûĝö˙Ȓh˙öñî˙éÔÄ˙ÒĞŒ˙ŭûú˙רƒ˙éÚÏ˙ġíè˙ÀzC˙–Q˙ğe$˙Ŭx+˙àz,˙àz,˙Úy/˙òáÓ˙÷ëâ˙ÛĦu˙ŭúĝ˙ôáÒ˙Án+˙h$˙Ït,˙êÏş˙ü÷ó˙Ċ~E˙‘P˙ĥd#˙Ûx*˙à{+˙à{+˙à{+˙Ù|3˙ĝïè˙ôâĠ˙Ŭİ˙ŭüú˙Ô˙½i'˙j$˙Ïw1˙ÜÌ˙ü÷ó˙´b!˙”Q˙j$˙ßz)˙á{*˙á{*˙á{*˙Êu,˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙şğı˙˙s?&˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈnB˙ÉnB˙ÉnB˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉoC˙ïĠÈ˙˙˙˙˙Üħ›˙E(˙d7 ˙¨\5˙Ĉl>˙Èm?˙Ên@˙Ên@˙Ên@˙Êo@˙Êo@˙Êo@˙ÊpA˙öĉŜ˙˙˙˙˙ʜ„˙_4˙i9 ˙²a7˙Êo@˙×Ê˙˙˙˙˙òâÚ˙äĜÒ˙ŝŝŝ˙Ġż³˙úùĝ˙÷óò˙ÖÄş˙˙˙˙˙Ô¸˙h9˙^3˙¤Z1˙Èm<˙Êo=˙Ìp>˙ٔo˙ŝŭŭ˙úòî˙U7˙V/˙ŽM*˙Ċl:˙Íp=˙Íp=˙Íp=˙֌c˙ŭûú˙ûöó˙ÚĈğ˙˙˙˙˙ĜĈ½˙ñíë˙˙˙˙˙Ğ}b˙k:˙~E$˙żi7˙Ìp;˙Íp;˙Îq<˙⭎˙˙˙˙˙ĝîé˙…M.˙j:˙Ĵ^1˙Íp:˙Ïq;˙Ïq;˙Ïq;˙Ïs>˙ġÙ˙˙˙˙˙ў‚˙p=˙yB"˙g6˙Ïp:˙q:˙q:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr9˙Љ˙ŝŭŭ˙÷íç˙ÚÊÀ˙˙˙˙˙ÙÄ·˙ġò˙ŭüü˙ϸĞ˙˙˙˙˙ĉÚÓ˙ĉÛĠ˙˙˙˙˙ĠŻ˙úùĝ˙ŝŝŝ˙µx˙c6˙šT)˙Ío6˙Ós8˙Ós8˙Ôw?˙ĝëâ˙ŝŝŝ˙×½­˙ŝŝŝ˙ôîë˙zH(˙n;˙·n@˙üĝġ˙ŝŭü˙°uP˙e7˙™S'˙Îo5˙Ôs7˙Ôt7˙Ôt7˙Ö{A˙ü÷ô˙ŝŭŭ˙ÒşĞ˙˙˙˙˙êŜÖ˙p? ˙xA˙Ĉ€S˙ŝüû˙˙˙˙˙“P$˙g8˙İ\*˙Ós4˙Ġt5˙Ġt5˙Öt5˙Ào7˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙şĵş˙˙i90˙ĥcS˙ĥcS˙ĥdS˙ĥdS˙ĥdS˙ĥdS˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·eT˙éË˙˙˙˙˙É£š˙P+#˙@"˙M>˙µcP˙¸eQ˙¸eQ˙¸eQ˙ıeQ˙ıeP˙ıeP˙ıeP˙ıfQ˙ßÛ˙ŝŭŭ˙ĥƒ˙>"˙G&˙˜RA˙¸dO˙Ŭ³¨˙˙˙˙˙êÜÙ˙ÔÌÊ˙ŝŝŝ˙½İ˙öġġ˙ïíì˙À²Ż˙˙˙˙˙Äıµ˙?"˙; ˙†I8˙·dL˙ğfN˙ğfN˙ˊw˙ŭûú˙öîë˙oD7˙5˙m<,˙ħaH˙ĵgM˙ĵgM˙½gM˙ʅq˙ŭûú˙ĝñï˙Îı˙˙˙˙˙Âĥ³˙ìéè˙üüü˙€cY˙"˙„H4˙ıeH˙żhJ˙żhJ˙żhJ˙ÀkL˙ñßÙ˙˙˙˙˙ı’„˙C$˙V/!˙§[?˙żhH˙ÀiI˙ÀiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁjH˙ÁjH˙ÁjH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙Ù£˙ŝŭŭ˙ċÇ˙Çşµ˙˙˙˙˙Ĉ·²˙òñ˙úùù˙·§Ħ˙ŝŝŝ˙×ÎÊ˙ÚÓ˙˙˙˙˙›“˙ĉâà˙÷ġġ˙vWK˙8˙l;&˙ĥc@˙ĊkE˙ĊkE˙ĈoJ˙ôċŜ˙ŝŭŭ˙ĈŻĤ˙ûûû˙êċ˙N/!˙?"˙˜]B˙ûöó˙ŝŭü˙Š`M˙=!˙yB)˙½gA˙ĈlC˙ÇlC˙ÇmC˙ÉtL˙úó˙ŭüû˙ÀĴ£˙ŭŭŭ˙ÛÒÎ˙F)˙H'˙­qV˙ŭûú˙˙˙˙˙e7!˙A#˙N/˙Äl?˙ÉnA˙ÉnA˙ÉnA˙µiA˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙şĵş˙˙_4:˙¤Zd˙¤Zd˙¤Zc˙Zc˙Zc˙Zc˙Zc˙Zc˙Zc˙Zc˙ĤZc˙ĤZb˙ĤZb˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ē—˙éÖĜ˙šfk˙?"%˙7 ˙€EJ˙Y_˙§[a˙§[a˙¨[a˙¨[a˙¨[a˙¨\`˙¨\`˙¨\`˙˟Ħ˙ĉÑÒ˙[_˙8 ˙@"$˙ŠKN˙§[^˙‹Ž˙êĜÙ˙ĵ—˜˙‰uv˙ÇÂÂ˙hNO˙³ŞŞ˙¨˙mUV˙ÌÇÇ˙˘””˙9˙4˙yBB˙ĤZ[˙Ğ^]˙Ğ^]˙°hg˙ÈÈ˙­­˙]43˙1˙d65˙˘XV˙Ĵ^\˙Ĵ^\˙­^\˙ıxu˙êÖÖ˙Ġµ³˙§Ž˙ÍÇÇ˙xcb˙›Ž˙ĥĥ˙Q32˙1˙Q,*˙›TP˙­_Y˙`Z˙Ż`Z˙ż|˙ëÙ×˙ž›˙J)&˙6˙xA<˙Ş\V˙°`X˙°`X˙°`X˙°aX˙Ñ˘˙ëÙ×˙Ħzv˙6˙M*%˙™TK˙°`V˙²aW˙²aW˙²aW˙²bW˙²bV˙²bV˙³bV˙³bV˙³bV˙³bV˙³bV˙³bU˙³bU˙´bU˙´bU˙´cU˙´cU˙‚w˙ëĜÔ˙Ĉ˘œ˙Ħ˙ÍÇĈ˙†lh˙Ċż˙ğ²°˙_E@˙ÉÄ˙{w˙Šyv˙ÏÊÈ˙‡ql˙ħ¨Ĥ˙ÉÀ˙W81˙1˙b5,˙İ\K˙·dR˙·dR˙·dR˙Ĝİ ˙ĉÏÉ˙‡]S˙½ĥ´˙ ‘˙@#˙9˙„I<˙Ŝğ³˙éÖÒ˙tOF˙4˙o<0˙°`L˙şfP˙şfP˙şfO˙şgP˙Ŝ·Ĵ˙ÈÁ˙|XN˙Ċż½˙•{˙; ˙B$˙•UC˙ċĈ½˙éĜÓ˙T."˙9˙…I6˙¸dK˙ĵgM˙ĵgM˙½gM˙ŞcK˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ğĵş˙˙V/B˙•Rr˙•Rr˙•Rr˙•Rr˙–Rq˙–Rq˙–Rq˙–Rq˙–Rq˙–Rq˙–Rq˙—Rp˙—Sp˙—Sp˙—Sp˙—Sp˙˜Ur˙›Xt˙…Ha˙N*9˙H'4˙€E]˙–Rn˙™So˙™Tn˙™Tn˙™Tn˙™Tn˙™Tn˙šTn˙šTn˙›Wo˙œYq˙€F[˙I'3˙P+8˙ˆJ_˙šTl˙œWn˙Zp˙Oc˙U0=˙D)2˙Z1>˙L-7˙N-7˙Y1=˙H+4˙Z4@˙N*5˙@#,˙u@O˙™Tg˙žVj˙žVj˙žVj˙Ħ[o˙™Vg˙h8E˙C$,˙n>˙¤YY˙Ĵ^]˙Ĵ^\˙Ĵ^\˙­a_˙İ`^˙zBA˙O.-˙a75˙W/.˙N*)˙‰KH˙şzv˙ı€~˙n=:˙D%#˙r>;˙¨[V˙Ż_Z˙Ż_Y˙Ż`Y˙Ż`Y˙ħd]˙Ş`Z˙q>9˙O/,˙g96˙R-)˙V/+˙–QJ˙Á„}˙³xq˙d71˙H'#˙…HA˙Ż_U˙²aW˙²aV˙³aV˙Ħ^T˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ğĵş˙˙O+H˙ŠK}˙ŠL}˙ŠL}˙ŠL|˙ŠL|˙‹L|˙‹L|˙‹L|˙‹L|˙‹L{˙‹L{˙ŒL{˙ŒM{˙ŒM{˙ŒM{˙ŒMz˙ŒMz˙Mz˙ˆJv˙u@e˙s>c˙†Is˙My˙ŽNy˙ŽNy˙ŽNy˙ŽNy˙ŽNx˙ŽNx˙Nx˙Nx˙Nx˙Nx˙ˆJq˙u@a˙xAc˙‹Ls˙Ow˙Ow˙Ov˙ŒLr˙wAa˙p=[˙Eg˙u@_˙wA_˙Ee˙s?\˙}Ed˙yBa˙p=Z˙„Hh˙‘Os˙“Pt˙“Qt˙“Qt˙”Qt˙’Pr˙ƒHf˙u@[˙†Ih˙’Pr˙•Qs˙•Qr˙•Rr˙•Rr˙•Rr˙’Po˙E_˙s?W˙}D^˙u@X˙yAZ˙„Gb˙xBY˙‚Ga˙”Qn˙—Sp˙˜Sp˙˜Sp˙˜So˙˜So˙’Pk˙~D[˙xBW˙ŽNf˙˜Sm˙™Tn˙šTn˙šTn˙šTm˙šTm˙™Sl˙Oe˙zCV˙}EX˙”Qg˙›Ul˙›Ul˙œUl˙œUl˙œUk˙œUk˙œVk˙Vk˙Vk˙Vj˙Vj˙Vj˙žVj˙žVj˙žVj˙žWi˙žWi˙ŸWi˙ŸWi˙ŸWi˙˜Sc˙‚GU˙~DQ˙‡IX˙{CP˙GS˙ƒHT˙|CO˙‹LY˙…HU˙‚GR˙ŒLY˙EP˙‚FR˙‡JU˙}DN˙NY˙ĦXd˙£Ye˙£Ye˙£Yd˙¤Yd˙˘Xc˙•PZ˙GO˙ŒMU˙‰KR˙„HO˙›U^˙Úğż˙ìŬß˙˜af˙p=B˙ŠLQ˙˘Y`˙Ĥ[b˙§[a˙§[a˙§[a˙§[a˙Z`˙”PU˙„HK˙’PS˙‰KN˙‹KO˙¤\_˙äËÌ˙êÙÚ˙‡IL˙t>@˙•QR˙¨\]˙Ş]^˙Ş]^˙Ğ]^˙šZZ˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ğĵş˙˙K)L˙ƒHƒ˙ƒHƒ˙ƒHƒ˙ƒHƒ˙„Hƒ˙„Hƒ˙„H‚˙„H‚˙„H‚˙„I‚˙…I‚˙…I‚˙…I˙…I˙…I˙†I˙†I˙†I˙†I€˙„I~˙„I~˙‡J€˙‡J€˙‡J€˙‡J˙‡J˙‡J˙ˆJ˙ˆK˙ˆK~˙ˆK~˙ˆK~˙‰K~˙ˆJ}˙‡J}˙‡J|˙‰K}˙ŠK}˙ŠL}˙ŠL}˙ŠL}˙ˆK{˙ˆKz˙‰K{˙‰K{˙‰K{˙‰Kz˙‰Ly˙ŠLz˙ŠLz˙ŠLy˙ŠLz˙ŒMz˙Mz˙Mz˙Mz˙Mz˙Ny˙ŒMx˙ŒMw˙ŒMx˙ŽNy˙ŽNx˙Nx˙Nx˙Nx˙Ox˙Ox˙ŽNv˙Mu˙ŽNv˙ŽNu˙ŽNu˙Nu˙Nt˙Ou˙‘Pv˙‘Pv˙’Pu˙’Pu˙’Pu˙’Pu˙‘Ot˙‘Os˙‘Pr˙’Ps˙“Qt˙“Qt˙”Qt˙”Qs˙”Qs˙”Qs˙”Qs˙”Qr˙“Qp˙“Qp˙”Qq˙•Rr˙–Rr˙–Rq˙–Rq˙–Rq˙–Sq˙—Sq˙—Sp˙—Sp˙—Sp˙—Sp˙˜Sp˙˜So˙˜To˙˜To˙™To˙™To˙™Tn˙™Tn˙™Tn˙™Sm˙˜Sl˙˜Tk˙˜Tl˙—Sk˙™Tk˙™Tl˙˜Sj˙™Tk˙™Tk˙šTj˙šUk˙šTi˙šTi˙›Uj˙šTi˙›Ui˙Vj˙Vj˙žWj˙žWj˙žWj˙žWi˙žVh˙Ug˙Vh˙Vg˙Uf˙§et˙ĝóô˙ŭŭŭ˙•gq˙]3<˙FR˙Vd˙ĦXg˙ĦXf˙˘Yf˙˘Yf˙˘Yf˙˘Yf˙ Xd˙ĦWc˙ĦXd˙ĦXd˙ĦXd˙²t|˙üùú˙˙˙˙˙zCJ˙b6<˙MU˙£Yb˙Zc˙[c˙[c˙–X_˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ğĵş˙˙J)L˙‚G…˙‚G„˙‚G„˙‚G„˙‚G„˙‚G„˙ƒG„˙ƒGƒ˙ƒHƒ˙ƒHƒ˙ƒHƒ˙ƒHƒ˙„Hƒ˙„H‚˙„H‚˙„H‚˙„H‚˙…H‚˙…I‚˙…I˙…I˙…I˙…I˙†I˙†I€˙†I€˙†I€˙†I€˙‡J€˙‡J€˙‡J˙‡J˙‡J˙ˆJ˙ˆJ˙ˆJ˙ˆJ~˙ˆK~˙‰K~˙‰K~˙‰K~˙‰K}˙‰K}˙‰K}˙ŠK}˙ŠK}˙ŠK|˙ŠL|˙ŠL|˙‹L|˙‹L|˙‹L|˙‹L{˙‹L{˙ŒL{˙ŒL{˙ŒM{˙ŒMz˙ŒMz˙Mz˙Mz˙Mz˙Mz˙My˙ŽMy˙ŽNy˙ŽNy˙ŽNy˙ŽNx˙Nx˙Nx˙Nx˙Nx˙Nw˙Nw˙Ow˙Ow˙Ow˙Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Pv˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙“Pt˙“Pt˙“Pt˙“Qt˙”Qt˙”Qs˙”Qs˙”Qs˙”Qs˙•Qs˙•Qr˙•Qr˙•Rr˙•Rr˙–Rr˙–Rq˙–Rq˙–Rq˙–Rq˙—Rq˙—Rp˙—Sp˙—Sp˙—Sp˙˜Sp˙˜So˙˜So˙˜So˙™So˙™So˙™Tn˙™Tn˙™Tn˙šTn˙šTn˙šTm˙šTm˙šTm˙›Um˙›Um˙›Ul˙›Ul˙œUl˙œUl˙œUl˙œUk˙œUk˙Vk˙Vk˙Vk˙Vj˙Vj˙žVj˙žVj˙žVj˙žWi˙¨gw˙ûùù˙ŭüŭ˙|Yb˙5#˙f7B˙™Sc˙ Wh˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙˘Xf˙˘Xf˙˘Yf˙˘Yf˙²v€˙ŝŭŭ˙˙˙˙˙V/5˙:$˙xAI˙ĦWb˙¤Zd˙¤Zd˙¤Zd˙•X_˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙şĵş˙˙M*J˙†I˙†I˙†I€˙†I€˙†J€˙†J€˙‡J€˙‡J€˙‡J€˙‡J˙‡J˙‡J˙ˆJ˙ˆJ˙ˆJ~˙ˆK~˙ˆK~˙ˆK~˙‰K~˙‰K~˙‰K~˙‰K}˙‰K}˙ŠK}˙ŠK}˙ŠL}˙ŠL|˙ŠL|˙ŠL|˙‹L|˙‹L|˙‹L|˙‹L{˙‹L{˙ŒL{˙ŒL{˙ŒM{˙ŒM{˙ŒMz˙ŒMz˙Mz˙Mz˙Mz˙Mz˙My˙ŽMy˙ŽNy˙ŽNy˙ŽNy˙ŽNx˙ŽNx˙Nx˙Nx˙Nx˙Nx˙Nw˙Ow˙Ow˙Ow˙Ow˙Ow˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙’Ou˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙“Pt˙“Pt˙“Pt˙“Pt˙“Qt˙”Qs˙”Qs˙”Qs˙”Qs˙”Qs˙•Qr˙•Qr˙•Qr˙•Qr˙•Rr˙–Rr˙–Rq˙–Rq˙–Rq˙–Rq˙—Rq˙—Rp˙—Rp˙—Rp˙—Sp˙˜Sp˙˜So˙˜So˙˜So˙˜So˙™So˙™So˙™Sn˙™Tn˙™Tn˙šTn˙šTn˙šTm˙šTm˙šTm˙›Tm˙›Tm˙›Ul˙›Ul˙›Ul˙œUl˙œUl˙œUl˙œUk˙œUk˙Uk˙Vk˙Vk˙Vj˙Vj˙žVj˙žVj˙žVj˙žVi˙ŸVi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ Wh˙ Wh˙ Wh˙ Wh˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙£\j˙äÎÒ˙÷ñò˙nOU˙-˙a5<˙›T`˙£Ye˙£Ye˙£Ye˙£Yd˙¤Yd˙¤Yd˙¤Zd˙¤Zd˙Zc˙Zc˙Zc˙Şdl˙ëÚÜ˙÷óó˙I(+˙2˙u@E˙˘Y`˙§[a˙§[a˙§[a˙—Y]˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙şğı˙˙R-E˙Nx˙Nx˙Nx˙Nx˙Nw˙Ow˙Ow˙Ow˙Ow˙Ow˙Ov˙Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Pv˙‘Pu˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙“Pt˙“Pt˙“Pt˙“Qt˙“Qt˙“Qt˙”Qt˙”Qs˙”Qs˙”Qs˙”Qs˙”Qs˙•Qs˙•Qr˙•Rr˙•Rr˙•Rr˙•Rr˙–Rr˙–Rr˙–Rq˙–Rq˙–Rq˙–Rq˙—Rq˙—Sq˙—Sp˙—Sp˙—Sp˙—Sp˙˜Sp˙˜Sp˙˜So˙˜So˙˜So˙˜So˙™To˙™To˙™To˙™Tn˙™Tn˙™Tn˙šTn˙šTn˙šTn˙šTm˙šTm˙šUm˙›Um˙›Um˙›Um˙›Ul˙›Ul˙›Ul˙œUl˙œUl˙œUl˙œUk˙œVk˙Vk˙Vk˙Vk˙Vk˙Vj˙Vj˙žVj˙žVj˙žVj˙žWj˙žWi˙žWi˙ŸWi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ Wh˙ Wh˙ Wh˙ Xh˙ Xh˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙˘Xf˙˘Xf˙˘Yf˙˘Yf˙˘Yf˙˘Yf˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Yd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙Zc˙Zc˙Zc˙Zc˙Zc˙Ĥ[c˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[a˙§[a˙§[a˙§[a˙§\a˙¨\a˙¨\`˙ħmp˙ĵ‹˙f9;˙9 ˙j:;˙ĦXZ˙İ\_˙İ]_˙İ]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]]˙Ğ]]˙Ğ^]˙ĥss˙¸…„˙[11˙>!!˙}DC˙İ\Z˙­^\˙­^\˙­^[˙\X˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙şğı˙˙Z1>˙œUl˙œUl˙œUk˙œVk˙œVk˙œVk˙Vk˙Vk˙Vk˙Vj˙Vj˙Vj˙Vj˙Vj˙žVj˙žVj˙žVi˙žWi˙žWi˙žWi˙žWi˙ŸWi˙ŸWi˙ŸWh˙ŸWh˙ŸWh˙ŸWh˙ Wh˙ Wh˙ Wh˙ Wh˙ Xg˙ Xg˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙ĦXf˙ĦXf˙ĦXf˙˘Xf˙˘Xf˙˘Xf˙˘Xf˙˘Ye˙˘Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Yd˙¤Yd˙¤Yd˙¤Yd˙¤Yd˙¤Zd˙¤Zd˙Zd˙Zd˙Zc˙Zc˙Zc˙Zc˙ĤZc˙ĤZc˙ĤZc˙ĤZc˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[b˙§[b˙§[b˙§[b˙§[a˙§[a˙§[a˙§[a˙¨\a˙¨\a˙¨\`˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\`˙İ\_˙İ\_˙İ]_˙İ]_˙İ]_˙Ş]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ^^˙Ğ^]˙Ğ^]˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙­_\˙­_\˙­_\˙­_[˙­_[˙­_[˙­_[˙_[˙_[˙_[˙_Z˙`Z˙`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Y˙Ż`Y˙Ż`Y˙°`Y˙‡‚˙ׯĞ˙½|u˙`W˙`W˙ħaX˙ħaX˙ħaX˙ħaX˙ħaW˙ħaW˙̘‘˙Öİ˙š^V˙n<5˙ND˙­_S˙³bV˙ɑ‰˙Ĝ¨˙ğuk˙ħaU˙ħaT˙´cU˙´cU˙´cU˙´cU˙´cU˙´dV˙Ò —˙Ö§˙‹L@˙q>4˙šTG˙³bS˙µdS˙ĥdS˙ĥdS˙`Q˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙şğı˙˙c65˙Ĵ^\˙Ĵ^\˙­^\˙­_\˙­_\˙­_\˙­_[˙­_[˙­_[˙­_[˙­_[˙­_[˙_[˙_[˙_[˙_[˙_Z˙_Z˙`Z˙`Z˙`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Y˙Ż`Y˙Ż`Y˙Ż`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°aY˙°aX˙°aX˙°aX˙°aX˙ħaX˙ħaX˙ħaX˙ħaX˙ħaX˙ħaX˙ħaW˙ħaW˙ħaW˙²aW˙²bW˙²bW˙²bW˙²bW˙²bW˙²bV˙²bV˙³bV˙³bV˙³bV˙³bV˙³bV˙³bV˙³bU˙³bU˙³bU˙´bU˙´cU˙´cU˙´cU˙´cU˙´cU˙´cU˙´cT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙ĥcS˙ĥcS˙ĥcS˙ĥcS˙ĥdS˙ĥdS˙ĥdS˙ĥdS˙·dS˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙¸dR˙¸dR˙¸dQ˙¸dQ˙¸dQ˙¸eQ˙¸eQ˙¸eQ˙ıeQ˙ıeQ˙ıeQ˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙şeP˙şfP˙şfO˙şfO˙şfO˙şfO˙şfO˙şfO˙şfO˙ğfO˙ğfN˙ğfN˙ğfN˙ğfN˙ğfN˙ğfN˙ğgN˙ĵgM˙ĵgM˙ĵgM˙àı­˙ŝŝŝ˙Ï ’˙™T>˙ĦXA˙¸dJ˙½gL˙½gL˙½gL˙½gL˙ÁqX˙÷íê˙ŭüû˙µxd˙‰K6˙ĦX?˙ğfI˙iL˙èÉż˙ŝŭŭ˙Ĉ|˙™S;˙§Z@˙ĵfI˙żhJ˙żhJ˙ÀhJ˙ÀhJ˙È}b˙úġò˙ŝŝŝ˙ĦX=˙ŒL5˙Ş]@˙żhH˙ÁiI˙ÁiI˙ÁiI˙fH˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ığı˙˙n<+˙hK˙hK˙hK˙hK˙hK˙żhK˙żhK˙żhK˙żhK˙żhK˙żhK˙żiK˙żiJ˙żiJ˙żiJ˙żiJ˙żiJ˙żiJ˙żiJ˙żiJ˙żiJ˙ÀiJ˙ÀiJ˙ÀiJ˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÁiI˙ÁiI˙ÁiI˙ÁiH˙ÁiH˙ÁjH˙ÁjH˙ÁjH˙ÁjH˙ÁjH˙ÁjH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙ÂjG˙ÂjG˙ÂjG˙ÂjG˙ÂjG˙ÂjG˙jG˙jG˙jG˙jG˙jG˙jG˙jG˙jG˙jG˙jF˙kF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ĊkE˙ĊkE˙ĊkE˙ĊkE˙ĊkE˙ĊkE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlC˙ĈmC˙ĈmC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÇmB˙ÇmB˙ÇmB˙ÇmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈnB˙ÈnB˙ÈnA˙ÈnA˙ÈnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉoB˙ïÖÉ˙˙˙˙˙áÊ˙]4˙s>$˙¸e:˙Én?˙Êo@˙Êo@˙Êo@˙Ï}R˙ŭúù˙ŝŭü˙šiP˙T.˙ˆJ*˙j<˙ÍuG˙ôá×˙˙˙˙˙Òĥ§˙Y0˙E'˙żh;˙Ìo?˙Ìo?˙Ìo?˙Ìo?˙ĠŠb˙ŝŝŝ˙˙˙˙˙xB$˙X0˙šT.˙Èn=˙Ìp>˙Ìp>˙Íp>˙ık>˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ığı˙˙xB!˙r:˙r:˙r:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Òr9˙Òr9˙Òr9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós7˙Ós7˙Ós7˙Ós7˙Ós7˙Ós7˙Ós7˙Ós7˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt7˙Ôt6˙Ôt6˙Ôt6˙Ôt6˙Ôt6˙Ôt6˙Ôt6˙Ôt6˙Ôt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt6˙Ġt5˙Ġt5˙Ġu5˙Ġu5˙Ġu5˙Ġu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu4˙Öu4˙Öu4˙Öu4˙Öu4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙êı˜˙ŝŝŝ˙έ—˙D%˙Y0˙´b+˙Ġt3˙×v4˙×v4˙×v4˙Ĝ|<˙÷ċĜ˙ŭüú˙ˆ_C˙=!˙‚G˙Íp0˙Ĝv3˙ïÉŻ˙ŝŭŭ˙ş–~˙?"˙f7˙Ái-˙×u2˙Ĝv3˙Ĝv3˙Ĝv3˙ۃG˙ùíċ˙ŝŭü˙`4˙B$˙™S#˙Ôs1˙Ùv2˙Ùv2˙Ùv2˙Äq4˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ığı˙˙G˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙á{*˙â{*˙â{*˙â{*˙â{*˙â{*˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â{)˙â|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙|)˙é™X˙ĝäÔ˙´r=˙M* ˙^3˙½g"˙á{(˙|)˙|)˙|)˙|)˙í­y˙òĜ˙‡P$˙D% ˙‹L˙Ĝv&˙|(˙ë£h˙÷á˙ _*˙F& ˙k:˙Ém#˙â{'˙|(˙|(˙|(˙|(˙︋˙íÏ·˙o<˙H' ˙˘X˙ßz'˙|(˙|(˙|(˙Îw+˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ığı˙˙‰K˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í˙í ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì‚#˙ëŠ3˙Çn˙™rO˙Ĵ~T˙Ĝz%˙ïĦZ˙î–G˙ì‹4˙ñ§d˙ì‡-˙ëƒ&˙ç‡0˙_˙m;˙§[˙ä|˙ì ˙ìƒ%˙é‰2˙ğh˙™uU˙´€Q˙à~'˙¤`˙í’?˙í;˙`˙ë„'˙ê„(˙â‚-˙ W˙o=˙şe˙ê˙ì ˙ì ˙ì ˙Ö{$˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙ŽN ˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô†˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ç‚˙ġçÚ˙ûö˙èĴq˙ûóì˙öŬÄ˙í½˙ŝüú˙ì­p˙Ôs˙Üw˙Ŭx˙Ái˙Úw˙‚˙ò„˙ò„˙ñƒ˙â‚$˙úġï˙úñé˙ĉŞq˙ü÷ó˙ó˙ïɤ˙ŭùġ˙èĦ[˙Òr˙Ŝy˙Ĝv˙Ái˙àz˙ñƒ˙ò„˙ò„˙ò„˙Û~˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙O ˙ú‰˙ú‰˙ú‰˙ú‰˙ú‰˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙úˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ùˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝˆ˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙ö‡˙ö‡˙ö‡˙ö‡˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ġ†˙ġ†˙ġ†˙ô‰˙ŭíŜ˙˙˙˙˙ßÂĤ˙ŝŝŝ˙öê˙Ŝ˸˙˙˙˙˙Öĥ•˙~E ˙›U˙|˙ñƒ˙ó„˙ġ†˙ġ†˙ġ†˙ġ†˙ô‹#˙ŝĝó˙˙˙˙˙Ùż˙˙˙˙˙îâÖ˙ĉÙÍ˙˙˙˙˙ɢz˙{C ˙¨[˙ĉ}˙‚˙ó„˙ô…˙ô…˙ô…˙ô…˙Ŭ˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙N ˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙ĝ‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷‡˙÷†˙÷†˙÷†˙÷†˙÷†˙÷†˙÷†˙÷†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ö†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ†˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ġ…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô‰!˙ŭíŬ˙˙˙˙˙Ġ½˙ŝŝŝ˙ñíé˙η˙˙˙˙˙ĵ§’˙H'˙l; ˙Ġt˙ò„˙ó…˙ó…˙ó…˙ó…˙ó…˙ó‹%˙ŝĝó˙˙˙˙˙Îı¤˙˙˙˙˙äÜÔ˙ÚÓË˙˙˙˙˙ސw˙G&˙~D ˙Ŝx˙ó„˙ó„˙ò„˙ò„˙ò„˙ò„˙Ü~˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙‹L˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ñƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙ï‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙îƒ!˙ùĠ´˙ŭ÷ñ˙³‰c˙íë˙Ċğ˙£‘€˙˙˙˙˙–{a˙A#˙e7 ˙Îp˙í˙î‚˙î‚˙î‚˙î‚˙î‚˙î„#˙ûâÊ˙ûñè˙§ƒa˙÷öġ˙Áħ£˙ħ¤—˙ùùĝ˙‡hL˙@#˙u@˙Ĝv˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙Ĝ|#˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙„H˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}'˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ĉ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙Üx$˙šT˙W/˙p=˙g8˙X0˙yB˙X0˙wA˙Íp"˙ä|%˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙Ĝv#˙ŠK˙T.˙u@˙`4˙^3˙v@˙V/˙†I˙Ôt#˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙ċ}&˙Ñx)˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙¸ş¸˙˙{C˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu5˙Öu4˙Öu4˙Öu4˙Öu4˙Öu4˙Öu4˙Öu4˙Öu4˙Öu4˙Öu4˙Öu4˙Öu4˙Öu4˙Öu4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u4˙×u3˙×u3˙×u3˙×u3˙×u3˙×u3˙×u3˙×u3˙×u3˙×u3˙×u3˙×u3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv3˙Ĝv2˙Ùv2˙Ùv2˙Ùv2˙Ùv2˙Ùv2˙Ùv2˙Ùv2˙Ùv2˙Ùv2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw2˙Ùw1˙Ùw1˙Ùw1˙Ùw1˙Ùw1˙Ùw1˙Ùw1˙Ùw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Ĝv0˙Âi+˙Z%˙´b(˙Ż_'˙¨[%˙ıe)˙§[%˙´b(˙Ôs/˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Úw1˙Öu0˙ĵf*˙¤Z%˙·d)˙Ğ]%˙Ğ]%˙¸d(˙ĤZ$˙ğe)˙Öt/˙Ûw0˙Ûw0˙Ûw0˙Ûw0˙Ûw0˙Ûw0˙Çs3˙ ˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙³µ´˙˙q>(˙ÄkF˙ÄkF˙ÄkF˙ÄkE˙ÄkE˙ÄkE˙ÄkE˙ĊkE˙ĊkE˙ĊkE˙ĊkE˙ĊkE˙ĊkE˙ĊkE˙ĊkE˙ĊkE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlD˙ĊlD˙ĊlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlC˙ÇlC˙ÇlC˙ÇlC˙ÇlC˙ÇlC˙ÇlC˙ÇlC˙ÇlC˙ÇlC˙ÇlC˙ÇlC˙ÇlC˙ÇlC˙ÇlC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÈmB˙ÉmB˙ÉmA˙ÉmA˙ÉmA˙ÉmA˙ÉmA˙ÉmA˙ÉmA˙ÉmA˙ÉmA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÉnA˙ÊnA˙ÊnA˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Ên@˙Êo@˙Ëo@˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo?˙Ëo>˙Ìo>˙Ìo>˙Ìo>˙Ìo>˙Ìo>˙Ìo>˙Ìo>˙Ìp>˙Ìp>˙Ìp>˙Ìp>˙Ìp>˙Ìp>˙Ëo=˙Ên=˙Ëo<˙Ëo<˙Ên<˙Ëo<˙Ên<˙Ëo<˙Íp=˙Íp=˙Íp=˙Íp=˙Íp=˙Íp=˙Îp=˙Îp=˙Îp=˙Îp=˙Ìo<˙Ën<˙Ìo<˙Ën<˙Ën;˙Ìo;˙Ëo;˙Ìp;˙Îq<˙Îq<˙Îq<˙Îq<˙Îq<˙Ïq<˙Ïq<˙ĵl<˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙·ı·˙˙f82˙²aW˙²aW˙²aW˙²aV˙²aV˙²aV˙²aV˙²aV˙³aV˙³aV˙³aV˙³aV˙³bV˙³bV˙³bV˙³bV˙³bV˙³bV˙´bU˙´bU˙´bU˙´bU˙´bU˙´bU˙´bU˙´bU˙´bU˙´bU˙´bU˙µbU˙µbU˙µcU˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙ĥcT˙ĥcT˙ĥcT˙ĥcS˙ĥcS˙ĥcS˙ĥcS˙ĥdS˙ĥdS˙ĥdS˙ĥdS˙ĥdS˙·dS˙·dS˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dQ˙¸dQ˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙¸eP˙¸eP˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙ıeO˙şeO˙şfO˙şfO˙şfO˙şfO˙şfO˙şfO˙şfO˙şfO˙şfO˙ğfN˙ğfN˙ğfN˙ğfN˙ğfN˙ğfN˙ğfN˙ğfN˙ğfN˙ĵfN˙ĵfN˙ĵfN˙ĵfN˙ĵgM˙ĵgM˙ĵgM˙ĵgM˙ĵgM˙ĵgM˙½gM˙½gM˙½gM˙½gM˙½gM˙½gM˙½gL˙½gL˙½gL˙½gL˙½gL˙gL˙gL˙gL˙gL˙hL˙hL˙hL˙hK˙hK˙hK˙hK˙żhK˙żhK˙żhK˙żhK˙żhK˙żhK˙żhJ˙żhJ˙żhJ˙żhJ˙żhJ˙żhJ˙ÀhJ˙ÀhJ˙ÀiJ˙ÀiJ˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÁiI˙ÁiI˙ÁiI˙ÁiH˙ÁiH˙ÁiH˙ÁiH˙ÁiH˙ÁjH˙ÂjH˙ÂjH˙ÂjH˙ÂjH˙ŻeF˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙·ı·˙˙\2<˙ Wh˙ Xh˙ Xh˙ Xg˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙ĦXf˙˘Xf˙˘Xf˙˘Xf˙˘Yf˙˘Yf˙˘Yf˙˘Yf˙˘Yf˙˘Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Yd˙¤Yd˙¤Yd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙¤Zc˙Zc˙Zc˙Zc˙Zc˙Zc˙Zc˙Zc˙Zc˙ĤZb˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[b˙§[a˙§[a˙§[a˙§[a˙§[a˙§[a˙§[a˙¨\a˙¨\a˙¨\`˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\`˙İ\`˙İ\_˙İ\_˙İ\_˙İ\_˙İ]_˙İ]_˙Ş]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]^˙Ğ]^˙Ğ]]˙Ğ]]˙Ğ^]˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙Ĵ^\˙­^\˙­^\˙­^\˙­^\˙­_[˙­_[˙­_[˙­_[˙_[˙_[˙_[˙_[˙_Z˙_Z˙_Z˙_Z˙Ż_Z˙Ż_Z˙Ż`Z˙Ż`Z˙Ż`Y˙Ż`Y˙Ż`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°`X˙°`X˙°`X˙ħ`X˙ħaX˙ħaX˙ħaX˙ħaX˙ħaW˙ħaW˙ħaW˙²aW˙²aW˙²aW˙²aW˙²aW˙²aV˙²bV˙³bV˙³bV˙³bV˙³bV˙³bV˙³bV˙³bU˙´bU˙´bU˙´bU˙´bU˙´bU˙´bU˙´cU˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙ĥcS˙ĥcS˙¤_Q˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙S.D˙‘Pv˙‘Pv˙’Pv˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙“Pu˙“Pu˙“Pt˙“Pt˙“Qt˙“Qt˙“Qt˙”Qt˙”Qt˙”Qt˙”Qs˙”Qs˙”Qs˙”Qs˙”Qs˙•Qs˙•Qs˙•Rs˙•Rr˙•Rr˙•Rr˙•Rr˙–Rr˙–Rr˙–Rr˙–Rq˙–Rq˙–Rq˙–Rq˙–Rq˙—Rq˙—Sq˙—Sq˙—Sp˙—Sp˙—Sp˙—Sp˙˜Sp˙˜Sp˙˜Sp˙˜So˙˜So˙˜So˙˜So˙™To˙™To˙™Tn˙™Tn˙™Tn˙™Tn˙™Tn˙šTn˙šTn˙šTm˙šTm˙šTm˙šTm˙šUm˙›Um˙›Um˙›Ul˙›Ul˙›Ul˙›Ul˙œUl˙œUl˙œUk˙œUk˙œUk˙œUk˙Vk˙Vk˙Vk˙Vj˙Vj˙Vj˙Vj˙žVj˙žVj˙žVi˙žVi˙žVi˙žWi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ŸWh˙ŸWh˙ Wh˙ Wh˙ Wh˙ Wg˙ Wg˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙ĦXf˙˘Xf˙˘Xf˙˘Xf˙˘Xf˙˘Xf˙˘Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙¤Yd˙¤Yd˙¤Yd˙¤Yd˙¤Yd˙¤Zd˙Zd˙Zc˙Zc˙Zc˙Zc˙Zc˙ĤZc˙ĤZc˙ĤZb˙ĤZb˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[b˙§[a˙§[a˙§[a˙§[a˙§[a˙¨[a˙¨[a˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\`˙İ\`˙İ\_˙İ\_˙İ\_˙İ\_˙Ş]_˙Ş]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ]^˙Ğ]]˙Ğ]]˙Ğ]]˙š[Z˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙M*J˙†I€˙†I€˙‡J€˙‡J€˙‡J€˙‡J˙‡J˙‡J˙‡J˙ˆJ˙ˆJ˙ˆJ˙ˆJ~˙ˆK~˙ˆK~˙‰K~˙‰K~˙‰K~˙‰K}˙‰K}˙‰K}˙‰K}˙ŠK}˙ŠK}˙ŠL}˙ŠL|˙ŠL|˙ŠL|˙‹L|˙‹L|˙‹L|˙‹L|˙‹L{˙‹L{˙ŒL{˙ŒM{˙ŒM{˙ŒM{˙ŒM{˙ŒMz˙Mz˙Mz˙Mz˙Mz˙Mz˙My˙ŽMy˙ŽNy˙ŽNy˙ŽNy˙ŽNy˙ŽNy˙Nx˙Nx˙Nx˙Nx˙Nx˙Nx˙Ow˙Ow˙Ow˙Ow˙Ow˙Ow˙Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Pv˙‘Pv˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙“Pt˙“Pt˙“Pt˙“Qt˙“Qt˙”Qt˙”Qs˙”Qs˙”Qs˙”Qs˙”Qs˙•Qs˙•Qr˙•Qr˙•Rr˙•Rr˙•Rr˙–Rr˙–Rq˙–Rq˙–Rq˙–Rq˙–Rq˙—Rq˙—Sq˙—Sp˙—Sp˙—Sp˙˜Sp˙˜Sp˙˜Sp˙˜So˙˜So˙˜So˙™So˙™To˙™To˙™Tn˙™Tn˙™Tn˙šTn˙šTn˙šTn˙šTm˙šTm˙›Tm˙›Um˙›Um˙›Um˙›Ul˙›Ul˙œUl˙œUl˙œUl˙œUl˙œUk˙œVk˙Vk˙Vk˙Vk˙Vk˙Vj˙žVj˙žVj˙žVj˙žVj˙žWj˙žWi˙ŸWi˙ŸWi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ Wh˙ Wh˙ Wh˙ Xh˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙˘Xf˙˘Xf˙˘Yf˙˘Yf˙˘Yf˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙”W`˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙I(N˙€F†˙€F†˙€F†˙€F†˙€F†˙€G†˙G†˙G…˙G…˙G…˙G…˙G…˙‚G…˙‚G„˙‚G„˙‚G„˙‚H„˙‚H„˙‚H„˙ƒHƒ˙ƒHƒ˙ƒHƒ˙ƒHƒ˙ƒHƒ˙„Hƒ˙„Hƒ˙„H‚˙„I‚˙„I‚˙„I‚˙…I‚˙…I‚˙…I˙…I˙…I˙…I˙†I˙†I˙†J€˙†J€˙†J€˙†J€˙‡J€˙‡J€˙‡J˙‡J˙‡J˙‡J˙ˆK˙ˆK˙ˆK~˙ˆK~˙ˆK~˙‰K~˙‰K~˙‰K~˙‰K}˙‰K}˙‰L}˙ŠL}˙ŠL}˙ŠL}˙ŠL|˙ŠL|˙ŠL|˙‹L|˙‹L|˙‹L|˙‹L{˙‹M{˙ŒM{˙ŒM{˙ŒM{˙ŒM{˙ŒMz˙ŒMz˙Mz˙Mz˙Mz˙Ny˙Ny˙ŽNy˙ŽNy˙ŽNy˙ŽNy˙ŽNx˙Nx˙Nx˙Ox˙Ox˙Ox˙Ow˙Ow˙Ow˙Ow˙Ow˙Ov˙‘Ov˙‘Pv˙‘Pv˙‘Pv˙‘Pv˙‘Pu˙’Pu˙’Pu˙’Pu˙’Pu˙’Pt˙“Qt˙“Qt˙“Qt˙“Qt˙“Qt˙”Qs˙”Qs˙”Qs˙”Qs˙”Qs˙•Rr˙•Rr˙•Rr˙•Rr˙•Rr˙–Rr˙–Rq˙–Rq˙–Rq˙–Rq˙—Sq˙—Sp˙—Sp˙—Sp˙—Sp˙˜Sp˙˜Sp˙˜So˙˜So˙˜So˙˜To˙™To˙™Tn˙™Tn˙™Tn˙™Tn˙šTn˙šTn˙šTm˙šTm˙šUm˙›Um˙›Um˙›Ul˙›Ul˙›Ul˙œUl˙œUl˙œUl˙œVk˙œVk˙Vk˙Vk˙Vk˙Vj˙Vj˙žVj˙žVj˙žVj˙žWi˙žWi˙ŸWi˙ŸWi˙ŸWi˙ŸWi˙Ud˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙I(N˙E‡˙E‡˙E‡˙F‡˙€F†˙€F†˙€F†˙€F†˙€F†˙€F†˙€F†˙F…˙F…˙F…˙G…˙G…˙G…˙‚G„˙‚G„˙‚G„˙‚G„˙‚G„˙‚G„˙ƒG„˙ƒGƒ˙ƒHƒ˙ƒHƒ˙ƒHƒ˙„Hƒ˙„Hƒ˙„H‚˙„H‚˙„H‚˙„H‚˙…H‚˙…H‚˙…I˙…I˙…I˙…I˙†I˙†I˙†I€˙†I€˙†I€˙†I€˙‡J€˙‡J€˙‡J˙‡J˙‡J˙‡J˙ˆJ˙ˆJ˙ˆJ~˙ˆJ~˙ˆK~˙‰K~˙‰K~˙‰K~˙‰K}˙‰K}˙‰K}˙ŠK}˙ŠK}˙ŠK}˙ŠL|˙ŠL|˙ŠL|˙‹L|˙‹L|˙‹L|˙‹L{˙‹L{˙ŒL{˙ŒL{˙ŒL{˙ŒM{˙ŒMz˙Mz˙Mz˙Mz˙Mz˙Mz˙My˙ŽMy˙ŽMy˙ŽNy˙ŽNy˙ŽNx˙Nx˙Nx˙Nx˙Nx˙Nx˙Nw˙Ow˙Ow˙Ow˙Ow˙Ow˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙“Pt˙“Pt˙“Pt˙“Pt˙“Qt˙”Qt˙”Qs˙”Qs˙”Qs˙”Qs˙•Qs˙•Qr˙•Qr˙•Rr˙•Rr˙–Rr˙–Rr˙–Rq˙–Rq˙–Rq˙–Rq˙—Rq˙—Rp˙—Sp˙—Sp˙—Sp˙˜Sp˙˜Sp˙˜So˙˜So˙˜So˙™So˙™To˙™Tn˙™Tn˙™Tn˙šTn˙šTn˙šTm˙šTm˙šTm˙›Tm˙›Um˙›Um˙›Ul˙›Ul˙œUl˙œUl˙œUl˙œUk˙œUk˙œVk˙Vk˙Vk˙Vk˙Vj˙Vj˙žVj˙žVj˙žVj˙žWi˙Td˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙L)K˙ƒHƒ˙ƒHƒ˙„Hƒ˙„Hƒ˙„H‚˙„H‚˙„H‚˙„I‚˙„I‚˙…I‚˙…I‚˙…I˙…I˙…I˙…I˙†I˙†I˙†I€˙†J€˙†J€˙†J€˙†J€˙‡J€˙‡J€˙‡J˙‡J˙‡J˙‡J˙ˆJ˙ˆJ˙ˆK~˙ˆK~˙ˆK~˙ˆK~˙‰K~˙‰K~˙‰K~˙‰K}˙‰K}˙‰K}˙ŠK}˙ŠL}˙ŠL}˙ŠL}˙ŠL|˙ŠL|˙‹L|˙‹L|˙‹L|˙‹L|˙‹L{˙‹M{˙ŒM{˙ŒM{˙ŒM{˙ŒM{˙ŒM{˙ŒMz˙Mz˙Mz˙Mz˙Mz˙Nz˙Ny˙ŽNy˙ŽNy˙ŽNy˙ŽNy˙ŽNy˙ŽNx˙Nx˙Nx˙Nx˙Ox˙Ox˙Ow˙Ow˙Ow˙Ow˙Ow˙Ow˙Ov˙‘Ov˙‘Pv˙‘Pv˙‘Pv˙‘Pv˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙“Qt˙“Qt˙“Qt˙“Qt˙“Qt˙”Qt˙”Qs˙”Qs˙”Qs˙”Qs˙”Qs˙•Rs˙•Rr˙•Rr˙•Rr˙•Rr˙–Rr˙–Rr˙–Rq˙–Rq˙–Sq˙–Sq˙—Sq˙—Sp˙—Sp˙—Sp˙—Sp˙˜Sp˙˜Sp˙˜So˙˜So˙˜To˙˜To˙™To˙™To˙™Tn˙™Tn˙™Tn˙šTn˙šTn˙šUn˙šUm˙šUm˙šUm˙›Um˙›Um˙›Um˙›Ul˙›Ul˙œUl˙œUl˙œVl˙œVk˙œVk˙œVk˙Vk˙Vk˙Vk˙Vj˙Vj˙žVj˙žWj˙žWj˙žWi˙žWi˙ŸWi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ŸWh˙ Xh˙ Xh˙ Xh˙ Xh˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙’Vb˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙Q,F˙Mz˙Mz˙Mz˙My˙My˙ŽMy˙ŽMy˙ŽNy˙ŽNy˙ŽNy˙ŽNy˙ŽNx˙Nx˙Nx˙Nx˙Nx˙Nx˙Nx˙Nx˙Nw˙Ow˙Ow˙Ow˙Ow˙Ow˙Ow˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Ov˙‘Pv˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙’Pu˙“Pu˙“Pt˙“Pt˙“Pt˙“Pt˙“Qt˙“Qt˙”Qt˙”Qt˙”Qs˙”Qs˙”Qs˙”Qs˙”Qs˙•Qs˙•Qs˙•Qr˙•Rr˙•Rr˙•Rr˙•Rr˙–Rr˙–Rr˙–Rq˙–Rq˙–Rq˙–Rq˙–Rq˙—Rq˙—Rq˙—Sp˙—Sp˙—Sp˙—Sp˙—Sp˙˜Sp˙˜Sp˙˜So˙˜So˙˜So˙˜So˙™To˙™To˙™To˙™Tn˙™Tn˙™Tn˙™Tn˙šTn˙šTn˙šTn˙šTm˙šTm˙šTm˙›Um˙›Um˙›Um˙›Um˙›Ul˙›Ul˙›Ul˙œUl˙œUl˙œUl˙œUk˙œUk˙œVk˙Vk˙Vk˙Vk˙Vj˙Vj˙Vj˙Vj˙žVj˙žVj˙žVj˙žVi˙žWi˙žWi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ŸWh˙ Wh˙ Wh˙ Wh˙ Wh˙ Xg˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙ĦXf˙˘Xf˙˘Xf˙˘Xf˙˘Xf˙˘Ye˙˘Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Yd˙£Yd˙¤Yd˙¤Yd˙¤Yd˙¤Zd˙¤Zc˙¤Zc˙Zc˙Zc˙Zc˙Zc˙Zc˙ĤZb˙ĤZb˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[b˙§[a˙§[a˙§[a˙§[a˙§[a˙¨[a˙—Y]˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙Y1?˙›Tm˙›Tm˙›Tm˙›Ul˙›Ul˙›Ul˙›Ul˙›Ul˙œUl˙œUl˙œUl˙œUl˙œUl˙œUk˙œUk˙œUk˙œUk˙Uk˙Vk˙Vk˙Vk˙Vk˙Vj˙Vj˙Vj˙žVj˙žVj˙žVj˙žVj˙žVj˙žVj˙žVj˙žVi˙žVi˙ŸWi˙ŸWi˙ŸWi˙ŸWi˙ŸWi˙ŸWi˙ŸWi˙ŸWh˙ Wh˙ Wh˙ Wh˙ Wh˙ Wh˙ Wh˙ Xh˙ Xh˙ Xg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXg˙ĦXf˙˘Xf˙˘Xf˙˘Xf˙˘Yf˙˘Yf˙˘Yf˙˘Ye˙˘Ye˙˘Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Ye˙£Yd˙£Yd˙£Yd˙¤Yd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙¤Zd˙¤Zc˙Zc˙Zc˙Zc˙Zc˙Zc˙Zc˙Zc˙ĤZc˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙Ĥ[b˙§[b˙§[b˙§[b˙§[b˙§[a˙§[a˙§[a˙§[a˙¨[a˙¨\a˙¨\a˙¨\a˙¨\`˙¨\`˙¨\`˙¨\`˙¨\`˙İ\`˙İ\`˙İ\`˙İ\_˙İ]_˙İ]_˙İ]_˙İ]_˙Ş]_˙Ş]_˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ş]^˙Ğ]^˙Ğ^]˙Ğ^]˙Ğ^]˙Ğ^]˙Ğ^]˙Ğ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙Ĵ^\˙Ĵ^\˙Ĵ^\˙­_\˙­_\˙­_[˙­_[˙­_[˙­_[˙­_[˙_[˙_[˙_[˙_[˙_Z˙_Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙°`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°aY˙°aX˙Ÿ]U˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙b66˙Ğ^]˙Ĵ^]˙Ĵ^]˙Ĵ^]˙Ĵ^]˙Ĵ^]˙Ĵ^]˙Ĵ^]˙Ĵ^]˙Ĵ^]˙Ĵ^\˙Ĵ^\˙Ĵ^\˙­^\˙­^\˙­^\˙­^\˙­^\˙­^\˙­_\˙­_\˙­_[˙­_[˙­_[˙­_[˙­_[˙_[˙_[˙_[˙_[˙_[˙_[˙_[˙_[˙_[˙_Z˙_Z˙_Z˙_Z˙`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Z˙Ż`Y˙Ż`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°`Y˙°aY˙°aX˙°aX˙ħaX˙ħaX˙ħaX˙ħaX˙ħaX˙ħaX˙ħaX˙ħaX˙ħaX˙ħaX˙ħaW˙ħaW˙²aW˙²aW˙²aW˙²aW˙²aW˙²aW˙²aW˙²bW˙²bV˙²bV˙²bV˙³bV˙³bV˙³bV˙³bV˙³bV˙³bV˙³bU˙³bU˙³bU˙³bU˙³bU˙´bU˙´bU˙´bU˙´bU˙´bU˙´bT˙´cT˙´cT˙´cT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙µcT˙ĥcS˙ĥcS˙ĥcS˙ĥcS˙ĥcS˙ĥcS˙ĥcS˙ĥcS˙·cS˙·dS˙·dS˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙·dR˙¸dR˙¸dQ˙¸dQ˙¸dQ˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙¸eQ˙ıeQ˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙ıeP˙şfP˙şfO˙şfO˙şfO˙şfO˙şfO˙şfO˙şfO˙şfO˙şfO˙ğfO˙ğfO˙ğfN˙ğfN˙ğfN˙ğfN˙ğgN˙ğgN˙İbL˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĥı·˙˙m;,˙½gL˙½gL˙½gL˙½gL˙½gL˙½gL˙½hL˙½hL˙hL˙hL˙hL˙hL˙hL˙hL˙hK˙hK˙hK˙hK˙hK˙hK˙hK˙hK˙hK˙hK˙hK˙hK˙żhK˙żhK˙żhK˙żhK˙żhK˙żhK˙żhK˙żhJ˙żhJ˙żhJ˙żhJ˙żhJ˙żhJ˙żhJ˙żhJ˙żhJ˙żhJ˙żhJ˙ÀhJ˙ÀhJ˙ÀhJ˙ÀhJ˙ÀhJ˙ÀhJ˙ÀhJ˙ÀhJ˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÀiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁiI˙ÁiH˙ÁiH˙ÁiH˙ÁiH˙ÁiH˙ÁiH˙ÁiH˙ÁiH˙ÂiH˙ÂiH˙ÂiH˙ÂiH˙ÂiH˙ÂiH˙ÂjH˙ÂjH˙ÂjH˙ÂjG˙ÂjG˙ÂjG˙ÂjG˙ÂjG˙ÂjG˙ÂjG˙jG˙jG˙jG˙jG˙jG˙jG˙jG˙jG˙jG˙ÂjG˙ÂjG˙ÁkG˙ÁkG˙ÁkG˙ÁkF˙ÂlE˙kE˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkF˙ÄkE˙ÄkE˙ĊkE˙ĊkE˙ĊkE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlE˙ĊlD˙ĊlD˙ĊlD˙ĊlD˙ĊlD˙ĊlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlD˙ĈlC˙ĈlC˙ĈlC˙ĈlC˙ĈlC˙ÇlC˙ÇlC˙ÇlC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÇmC˙ÇmB˙ÇmB˙ÇmB˙ÇmB˙´hB˙˙XXW˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĠĠÔ˙˙ZA.˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙Ïq;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙q;˙r;˙r;˙r;˙r;˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙r:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr:˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙Ñr9˙r9˙Ïs9˙Ît9˙Ît9˙Íu9˙Íu9˙Íu9˙Íu9˙Ìu9˙Ív9˙Ît9˙Ît9˙Ïs9˙Ñr9˙Ñr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òr9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs9˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Òs8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós8˙Ós7˙Ós7˙żl6˙ ˙__^˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙)**˙)˙Ĝx.˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz,˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙ßz-˙Ŝz-˙Ŝz-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŭy-˙Û{-˙Ú|-˙Ù|.˙Ĝ}.˙×~.˙×~.˙×~.˙Ö.˙Ö.˙×~.˙׀.˙Ĝ~.˙Ù}.˙Ù|.˙Ú|-˙Ú{-˙Üz-˙Ŭy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙Ŝy-˙™\*˙˙––•˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙xyx˙˙Y"˙ì ˙ì ˙ë ˙ë ˙ë ˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ë€!˙ê€!˙ê€!˙ê€!˙ê€!˙ê€!˙ê€!˙ê€!˙ê€!˙ê€!˙ê€!˙ê€!˙ê€!˙ê€!˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙ê€"˙é€"˙é€"˙é€"˙é€"˙é€"˙é€"˙é€#˙é€#˙é€#˙é€#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙é#˙è#˙ĉ€#˙ċ#˙‚$˙âƒ$˙á„%˙à…%˙߅%˙߆%˙Ŝ†&˙܇%˙Ŭ‡&˙Ŭ†&˙Ŭˆ'˙Ŝ…&˙߅&˙à„&˙à„&˙âƒ%˙‚%˙ä$˙ĉ$˙è$˙è$˙è$˙è$˙è$˙è$˙è$˙è$˙è$˙è$˙è$˙è$˙ç$˙ç$˙ç$˙ç$˙ç%˙ç%˙ç%˙ç%˙ç%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ç~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~%˙ĉ~&˙ĉ~&˙ĉ~&˙Ŝz%˙+ ˙˙ÓÓÑ˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ÜÚÖ˙,+*˙ ˙–]˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ô…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ó…˙ò…˙ò…˙ò…˙ò…˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ò„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙ñ„˙„˙„˙„˙„˙„˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ƒ˙ïƒ˙ïƒ˙ïƒ˙ïƒ˙íƒ˙ì„˙ê†˙è‡˙ĉˆ˙ċ‰ ˙Š ˙‹ ˙áŒ!˙áŒ!˙áŒ!˙ߍ!˙à!˙à!˙à"˙àŒ"˙â‹!˙âŠ!˙Š!˙ċˆ ˙ĉ‡ ˙ç†˙é„˙ëƒ˙í‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙î‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í‚˙í˙í˙í˙í˙ì˙ì˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙ì ˙x%˙H.˙˙•”’˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĈĈÄ˙(((˙˙8+˙vN˙•i4˙n8˙žo8˙Ÿo8˙Ÿo8˙ p9˙Ħp:˙Ħq:˙˘r;˙˘r:˙¤s;˙¤s;˙¤s;˙s;˙t<˙Ĥt=˙§u=˙§u=˙§u=˙¨u=˙İv>˙İv>˙İv>˙Şv?˙Şv?˙Şv?˙Şv?˙Şv?˙Şv?˙İv?˙İv?˙İv?˙İv?˙İv?˙İv?˙İv?˙İv?˙İv?˙İv>˙¨v?˙¨v?˙¨u>˙Ĥu=˙Ĥu=˙Ĥu=˙s=˙s=˙¤r=˙£r<˙£r<˙£r<˙Ħq;˙Ħq;˙ p:˙Ÿp;˙žo9˙žo:˙œn9˙œn9˙œn9˙›n9˙šm9˙šm9˙šm9˙—k7˙—j7˙•i6˙•i7˙•i7˙•i7˙•i7˙•i7˙•i7˙•i7˙•i7˙•i7˙•i7˙•i7˙•i7˙•i7˙–j8˙—j8˙—k8˙™l9˙™l9˙™l9˙šm9˙›m9˙šm9˙›o:˙šq:˙št<˙™u=˙›w=˙šx=˙›z?˙š|?˙™}?˙™~@˙™@˙›€A˙œ@˙›@˙›‚B˙ž„A˙œ€A˙A˙žA˙Ÿ~A˙ }A˙ |A˙£|B˙¤{B˙zB˙ĤxB˙§wB˙¨vB˙¨vB˙¨vB˙¨vB˙§t@˙Ĥt@˙Ĥt@˙Ĥt@˙Ĥt@˙ĤtA˙tA˙tA˙¤s@˙¤s@˙¤r?˙£r?˙Ħq>˙ q?˙ q?˙Ÿp=˙Ÿp=˙o<˙œn=˙›n<˙›m;˙™l;˙™l;˙˜k;˙—k;˙—j:˙•i9˙“h9˙“h9˙“h9˙“h9˙g8˙g8˙g8˙g8˙g8˙g8˙g8˙g8˙g8˙g8˙g8˙’h9˙’h9˙“h9˙~Y.˙_=˙ ˙˙~|y˙ßßŬ˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ĠĠÔ˙||{˙)'%˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ ˙ ˙˙˙˙˙˙˙ ˙ ˙ ˙ " ˙ ˙ ˙" ˙ ˙˙˙˙˙˙˙ ˙ ˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙CCB˙ĴĴŞ˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ŬÜÙ˙ÄÄÂ˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙żÁ½˙½Âĵ˙ĵş˙şÄı˙¸Ä¸˙·Ċ·˙ĥĊĥ˙´Ĉ´˙³Ç´˙²Ç²˙ħȲ˙°Èħ˙É°˙ÉŻ˙ÉĴ˙­É­˙ŻÊĴ˙ŻÉ­˙ŻÉ°˙°Èħ˙ħȲ˙²Ç³˙³Ç´˙µĈµ˙ĥĈĥ˙·Ċ·˙ıĸ˙ğ¸˙ĵÂğ˙Âĵ˙ÀÁ˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÁÁż˙ÂÂÀ˙ÍÍË˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ááŜ˙àâŜ˙ŜâÜ˙ÛÚ˙Ù×˙×Ô˙ĠäĠ˙ÓäÓ˙ÑäÑ˙Ïä˙ÎċÎ˙ÌċÍ˙ÉĉÊ˙ĈĉÈ˙ĊĉÇ˙çĈ˙ċÂ˙ĉ˙ÄċÁ˙ĊĉĊ˙ĈċÇ˙ÈĉÊ˙ÉċÊ˙ÌċÍ˙ÎċÏ˙äÑ˙ÒäÒ˙ÔäÓ˙ĠâÑ˙Ĝ×˙ÚÚ˙ŬâÜ˙àâŜ˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙áâŜ˙ŜáÙ˙ÜâĜ˙ÚÙ˙××˙ĠÒ˙ÒÏ˙äÑ˙ÎċÏ˙ÌċÎ˙ÉĉË˙ĈĉÈ˙çĊ˙Àç˙żçÂ˙èÁ˙½ĉ½˙ĵĉ½˙ĉğ˙żçÁ˙żċÀ˙ÂçÄ˙ÄċÄ˙ÇĉÉ˙ÊċÌ˙ÎċÏ˙Ïä˙ÑâÌ˙ÔÓ˙ÖÖ˙ÙĜ˙ÛÚ˙ŜâÜ˙àâŜ˙ââà˙ââà˙âáß˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙àâŜ˙ŬâÜ˙ÚâĠ˙ĜâÑ˙ĠäÔ˙ÓäÓ˙Í˙ÎË˙ËċÌ˙ÇĉÉ˙ÄçĈ˙ÁçÄ˙èÁ˙ğè˙¸éĵ˙ĥéş˙µè·˙µç·˙·çµ˙¸èğ˙ıĉğ˙ğĉ½˙ĉÀ˙ÂçĊ˙ĊĉÈ˙ÊĉË˙ÌâÇ˙ÏäÏ˙ÒäÒ˙ÔäÔ˙××˙ÙĜ˙ÜâÛ˙ßâŬ˙ááŬ˙âáÜ˙âáß˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙àâŜ˙ŜâÜ˙ÛÚ˙ÙĜ˙ÖÔ˙ÔâÌ˙ÑäÏ˙ÎċÏ˙ËäÈ˙ĈäÄ˙çĊ˙èÂ˙ğèż˙·èğ˙²ê·˙Żê´˙Ĵë²˙ĞêŻ˙Ğé˙é˙­è°˙°é´˙³ĉ´˙ıé½˙ĵèÀ˙Àç˙ĊÀ˙ÉċÉ˙ÍċÎ˙äÑ˙ÓäÓ˙ĠäĠ˙Ĝ×˙Ûâ×˙ŬâĠ˙àâÚ˙áâß˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ßâŬ˙ÜâÛ˙ÚÙ˙××˙ĠäĠ˙ÒäÒ˙Ê˙ÌäÇ˙ÈĉÉ˙ÂċÁ˙ċĵ˙ıè½˙´éı˙ê´˙Şë°˙ìĴ˙£ìŞ˙Ħì§˙˘ë§˙ê§˙£è§˙§éĴ˙ĞèŻ˙°éµ˙·éğ˙ĵċş˙ÀĉÁ˙ĊĉÇ˙ÊäÉ˙ÎċÏ˙ÑäÑ˙ÔäÒ˙×Î˙ÙÒ˙ÚÚ˙ŬâŬ˙àâß˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙áâß˙ŜâŬ˙ÛÚ˙ÙĜ˙ÖÖ˙ÓäÓ˙äÑ˙ÎċÏ˙ÉċÈ˙Ċċż˙żçÀ˙ıçş˙³ç³˙Ĵë²˙Ĥì­˙Ħì¨˙œí¤˙˜îĦ˙–îž˙–ìœ˙šìž˙šéŸ˙è˘˙£êİ˙¨ê˙°ç°˙·èı˙ĵĉ½˙ÀäÀ˙ĈĉÈ˙ÌċÌ˙ÑäÊ˙ÓäÌ˙ÓäÔ˙ĠäĜ˙ÙÚ˙ÜâÜ˙ßâŜ˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙àáŬ˙ŬâÚ˙ÚÙ˙××˙ĠäĠ˙ÒäÒ˙Ïċ˙ËċÌ˙ĊĉÈ˙ÀçÂ˙½ĉş˙µèĥ˙ĴéŻ˙é¨˙žíĤ˙—î ˙Žï™˙‡ï‘˙„ñ˙ˆî˙ˆí˙Šì’˙’ì™˙šê ˙£êĤ˙İê­˙Żçħ˙·ĉ¸˙çÀ˙ĈĉÂ˙ËċÄ˙ÎċÍ˙ÏċÒ˙ċĠ˙Ôä×˙ĜÙ˙ÚÛ˙ŜâŬ˙áâß˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ßâŬ˙ÜâÙ˙ÙâÔ˙Öâ˙ÔÏ˙Ñä˙ÎċÏ˙ÉĉÊ˙çĊ˙½èÀ˙·éğ˙Żéħ˙İêŞ˙Ÿë¤˙–ì›˙ˆñ“˙~ò‹˙z†˙{ôˆ˙ï‰˙|ï†˙}î‡˙‚íŒ˙í–˙šë ˙Ħè¤˙ŞéŻ˙µéµ˙çı˙ÁçÁ˙ĈĉÈ˙ÊĉÎ˙ÌċÒ˙ÏċÔ˙ÒäÖ˙ÖäÙ˙ÚÛ˙ŬâŬ˙áâß˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙áâß˙ŜâŬ˙ÜâÛ˙ÙĜ˙ÖĠ˙Ó˙Ê˙ÌĈ˙ÇċÄ˙ÁçÂ˙ğè˙²ê·˙İë°˙Ħí§˙šìž˙‹ï“˙~‰˙{ò‡˙}ò‰˙ġ˙†ó˙€Š˙}ï‡˙|†˙ƒîŒ˙ë–˙žì£˙İëŞ˙°ê²˙·èş˙½ĉ˙ċÄ˙ÈĉÌ˙ËĉÑ˙ÎċÔ˙ÒäÖ˙ÖäĜ˙ÙÛ˙ÜâŬ˙àâß˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙âáŬ˙âáÜ˙ááÚ˙Ŝâ×˙ÛâÖ˙ÙĠ˙ĠäÔ˙ÒäÒ˙Ïċ˙ËċÌ˙ĊĉĊ˙żĉ½˙şĉ·˙ħèħ˙ĤëĞ˙œî¤˙˜˙‚ñ‹˙€òŠ˙ƒòŒ˙…ô‘˙Šó”˙‘ôš˙ˆ‘˙ƒñŽ˙ñŠ˙}ï‡˙Œ’˙™íž˙ é˙İçĴ˙²çµ˙ğçż˙ÂçĊ˙ĈĉÌ˙ÊĉÑ˙ÎċÓ˙ÑċĠ˙ĠäĜ˙ĜäÛ˙ÛÜ˙ßâŜ˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙PPO˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙áâŜ˙ŜâÛ˙ÛâÖ˙ĜÑ˙ÖÍ˙ÓäÊ˙ÑäÈ˙ÌċĊ˙ĈĉÁ˙żç˙·éı˙­ê²˙¤ë§˙šìŸ˙Šï’˙|óˆ˙€ġŒ˙Šô”˙šó£˙żôĊ˙Ìġ˙Ĵò³˙Žò˜˙†ó˙ñ‰˙í‰˙ë–˙ë¤˙§ê­˙²éĥ˙ğè˙ÀçÄ˙ĊçÊ˙Éĉ˙ÌċÓ˙ċĠ˙Ġä×˙×äÚ˙ÛÜ˙ßâŜ˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ddd˙˙˙666˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙ĵ˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙àâŜ˙ŬâÜ˙ÚÚ˙××˙ÔäÔ˙ÒäÒ˙ÎċÏ˙ÉĉÊ˙çĊ˙è˙·éĥ˙ŻêŻ˙ì§˙™îž˙ˆñ˙‚ò‹˙ˆô’˙‘ġ˙ÊöÎ˙óöó˙ööġ˙äġċ˙¤óĞ˙…˙}ïˆ˙{î†˙‹ì”˙šë˘˙ëĴ˙°êµ˙ıè½˙ÀçÂ˙ĊĉÉ˙ÈĉÎ˙İÂŻ˙‘•˙“£–˙•Ħ—˙–ž—˙˜›˜˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙šš™˙DDC˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙;;;˙ÂÂÁ˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙ââà˙àâŜ˙ŬâÜ˙ÚÙ˙××˙ÔäÔ˙ÒäÒ˙ÎċÏ˙ÉĉÊ˙çĊ˙ĵèÀ˙´éı˙Şë°˙ í§˙“ïœ˙‚ò˙{ġˆ˙‚ġ“˙šġħ˙Ûöà˙ġġô˙÷÷ö˙îôî˙Żóĥ˙‡ó’˙€ñ‹˙ˆ˙Œí”˙œëĦ˙Ĥéİ˙°ç°˙ıċ·˙żċ½˙Ċä˙­È˙1&  ",8ER^is{€ƒ„‚~wod "-9FS_kt|‚…†„ypeYL>2&  "-9FS_kt|‚…†„ype "-9FS`lv}ƒ†‡…€ypeYL?2'  "-9FT`lv~ƒ†‡…€zpf "-9FT`lv~ƒ‡‡…zqfYL?2'  #-:GTalv~„‡‡…zqf #-:GTalv~„‡‡…zqfYL?2'  #.:GTamw„‡ˆ†zqf #.:GTamw„‡ˆ†zqfYL?2&  #.:GUamw„‡ˆ†zqf #.:GTamv~„‡‡…zpeYL>2&  #.:GUbmw„‡ˆ†zqe #.:GTalv~„‡‡…€ypeXK>1&  #.:HUbmw„‡ˆ…ype #-:GTalv~„‡‡…€ypeXK>1&  #.;HUbnw…‡ˆ…ype "-:GTalv~„†‡…€ypeXK>1&  #.;HUbnx…‡ˆ…ype "-9FS`lv~ƒ†‡…€yodXK>1&  #/;HUbnx…‡ˆ…€ype "-9FS`ku}ƒ††„xodXK=1&  #.;HUbnx…‡‡…€ypd "-9FS_ku}ƒ††„xodXK>1&  #/;HUbnx…‡‡…€ype ",8ER_ku|‚…†„xodXK=1&  #.;HUbnw„‡‡…€yod !,8ER_jt|‚…†„xodXK>1&  #.;HUbnw„‡‡…€ype !,8DQ^jt|‚……„xodXK>1&  #.:HUbmw„‡‡…€ypd !+7DQ^is{„…ƒxodXK>1&  #.:GTamv~„†‡„€yodÜ !+7DQ]is{„…ƒxodXK>2& é #.:GTalv~ƒ†‡„€yod  +6CP\hrz€„…ƒypeYL?2'  $.:GTalv}ƒ††„xod  *6BO[gqyƒ„ƒypfZM@4(  $/;HTalu}‚……ƒ~wnc )5ANZfpx~‚„ƒyqg[NB5*   &0JVaktz~yri^RF:/& !*5@LWcmu{~xqh^ %0;GS^hpw|~ysj`UJ>3*! %.8CNYdmu{~~{uneZ #-8CNYclsy|}}ytlcYNC8/&"*32(  #&''&#  áXL?3)" $(+,,*'#  áYL@4*"#'+.00.+&   áYM@4*# $)-1331-("  áZM@4*# $).1331-("  áZM@4*"$)-0220,'" áYM@4*""'+.00.*&   áYL@4*" %(+--+($ ù àYL?3)!"&)**)&! ó  á YL?3)! $'((&$  ñ  àXL?3)  #&''&# ñ ËXK?3)  #&((&#   !""#"!àXK?3)!"&)**)&" í "%'(*++,,-,Ŝ+*('$XK?3)!!%),..,)% ì "&*.02456677Ŭ65420-XK?3)"$).1331.)# ì %*/37:=>@AABBAÉ@><96XL?4*"#(.379973.'   %+16;?CFHIJKKLKŜJIGEA=XL?4*#!&,39=@@=93+$ ë %+17=BGJMOQRRSSĈRQPNKHDXL?4+$  $*18>CFFC>70'  $*07=BHLORTVWWXXÇWVURPLGXL?4+%! "&-44+%""%+3UI=3+%"#&,4=GOUXXUOF<2(  &,27;?BEGHIJJKKÌJIHGFDA>;7RF;1*$""&-5>HPVYYVPG=3) #*05:>BDEFGGFEÎDCBA?=:740OD90(#!"&-5?HQWZZWPH=3)!%,28=@CEFFEŝDCCBAÎ@?>=;9630-)K@6-&" "&-5?HQW[[WQH>3)! '-49>BDFFĝEDCBBAA@@Í?>=<:852/+'#F<2*$ !%,5?IQX[[XQH>3)! &-39>BDFFùEDDCBBAAË@?>=;9630,(#@7.'! %,5?IQX[[XQH>3)!%+27<@CEGGFEDCÊA@>;840+&":1)#$+5?IQX[[XQH>3)!"(/5:>BDFHIJJI€½HFEB?;72-'"3+$#+4>HQX[[XQH>3) %+06;?CFHJLMNOOPPOONMLJGD?;5/*$,%"*4>HQX[[WQH>3)  &,17<@EHLNQRTUUVVUUTRPMIE@:4-'!%!*4>HQX[[WQH>3) !'-28>CHLPSUWXYZZ—YXWURNID>82+%!)3>HQW[[WQH>3( "(.4:@FKOSVYZ\\]\\[ZXUQMHB<60) )3>HQW[[WQH>3(  ­ #)06=CHNRUXZ[\]]\\ZYVSOKF@:4. )3>HQW[[WQH=3( %+28?EJORUWYZZYWUSPLHC>93 (3>HQW[[WQH=3( "(.5;AFJNQSUUVVUÄSROMJFB=8  (3>HQW[[WQH=3(   %+17@ABCDDEEFGGHIJJüIGDÈ '2=GPVZZVPG=2( #'+/268;=?@ABCCDDEFGGHIJJIGD '1@BCDDEEFFGHHIIJJÈHFC &0;ENTWWTNE;1'!&+048;>@BDEFGHHIIJJKKLúKJIGD@71.ûù+÷÷)ö  ö 'é  &ç  %ċ  $ċ  !!  #ċ #&''&# " #'*,,*'# "  &+.00.+&  " "(-1331-(" ä "(-1331-("  ä "',0220,'" ċ  &*.00.*&   ŝċ #(+--+($ ùù ĉ !%)**)&! ġ     Û   #&((&$  ò Ú  "%''&# ï Ċ  #&((&#   !!Ĝ ! !%(**)&" í !$&()**++×*)('$")%!$),..,)% î "&)-/13455Ĝ420-*&"2-("#(-1331.)# í $).269;=>?@@Â?><:73/*%93-'!!'-379973.'   %+06:>BDFHHIIĜHGEC?;61+%>82+%%,28=@@=93+$ ì %+17CFFC>70'  í $*0682+% !(09BJPSTPKB9/& %+05:>AEHJLMOPPQQÈPOMKIFB>93-'"!)1;DMSVVSMD;1' &,16;>ACEFGHHIIJÑIHGFDA2-(#!)2BDFFDC@><:987767788:;=?ACEE%!!)3=HPWZZWPH>3*"!(07>CGIIGEA=9630/--,,-./147:>AEG )3>HQW[[WQH>4*"$,4HQX[[XQH>4*# '/8@GLOPNJD=70*%!"&+17>DI  )3>HQX[[XQH>4+#")2;CKPSRPKD<4,& €ŝ!&-5HQX[[XQH>4+##+4=FMSUTQKC;2)"#*2;CK )3>HQX[[XQH>4+#$,5?HOTWVRKC:0'  (1:CK  )3>HQW[[WQH>4+#%-6@IQVXWRLC9/&  '0:CK )3>HQW[[XQH>4+# &.7AJQWXWSLC8.% € &/9CK# )3>HQW[[XQH>4+# &.7AJRWYXSLC8.$  %/9CL(#!*3>HQW[[XQH>4+# &.8AKRWYXSLC9.%  &/9CL-(""*4>HQX[[XQH>4+# &.7AJRWYXSLC9/%  &/9CK2-'""*4>HQX[[XQH>4+# %-7@JQVXWSLC90&  '0:CK71,&!#+4>HQX[[XQH>4+#%-6?HPUWVRLD:1(! !)2;CK;60*$$+5?IQX[[WQH>4+#$,4>GNSVURLD<3+$$+393,&!$+5?HQW[[WQH>4*##*2;DKQSSPKE=6.(""(.5=DJ@:4.("$+4>HQWZZWPH>3*"!(08AHMPQOKE?92-(%"  "$(-28>DI@:4.("$+4>HPVZZVPG=3*"%,5=DILNMJFA<830-+)(''((*,/37<@EH>93-'!#+3=GOUYYUOF<2)!")08>DHJJIGD@=:7543211Î23469CEGG÷EDBA?>==<<ö;<<=>?ABDEE\ ,  ùù ú ġ     ġ  ù ò ó  ĝ ï  ÷ ï  !!î  ö í !$&()**++ì*)('$" ÷ î "&)-/13455ì420-*&" ġ ê $).269;=>?@@ê?><:73/*% ġ ê %+06:>BDFHHIIéHGEC?;61+% Ŭ%  %+17AEHJLMOPPQQÈPOMKIFB>94/)$ >:50*$ &,16;>ACEFGHHIIJÑIHGFDA>:50*$ B?;60*# &,28<@BDDCŝBAABüCDDEEÀDB?;60)" EC@;6/("$+28>BDFFDC@><:987767788:;=?ACEEŽC@;5/'  HGEA;4-& ")07>CGIIGEA=9630/--,,-./147:>AEGHGEA;4,$ KKIF@91*# %-4DIMNMID<3*! NQPMG@8/(" $+3;DKPSRPKD<4,& €>!&-5FMSUTQKC;2)"#*2;CKPSROJB8/% QTTQLD;3+%! "'.6?HPUWVRLC:0'  (1:CKQTTQKC:0& QUURME=4,&"!#(/8AJQVXWSLC9/&  &0:CKQUURME;1' RUVSNF=4,&"!#(08BJRWYWSLB8.$  %/9CKRVVSME<1' RVVTNF=4,&""$)09BKSXYXSLB8-$ €œ %.9CKRVWTNF<2' RVVSNF=4,&""$)09CLSXZXSLB8-#  $.8BKRVWTNF<2' RUUSME=4,&""$)1:CLTXZYTLB8-#  $.8CKRVWTNF<2' QTURLD<3+%"!$)1:CMTY[YTLC8-#  $.9CLRVWTNF<2' PSSPJC:2*%!!$)1:CMTY[YTLC8-#  $.9CLRVWTNF<1' PRRNIA90)$!!#)1:CMTY[YTMC8-#  $.8CKRVVTNF<1' NPOKF>6.'" #(09CLTY[YTLC8-#  $.8BKRUVSME;1' LMLHB;3,%!"(09CLSXZXTLB8-#  $.8BKQUVSME;1' JJHD>70)#!'/8BKSXZXSLB7-#  $-8BJQUURMD;0& GFD?92,%  &.7AJRWXWRKA7,"  #-7AIPTTQLD:0& DB>:4-'!%-6@IPUWUQI@6,"  #,6@IOSSPKC9/& / + ) (ö   'ó &ñ %ï %î !#%'())*$í "&*-0234566$ë %*048;>@ABCCD$é %,3:?DHKMOPQQRR#é $,493,% `_^]ç\[ZYXWTQMHB;4,$ mlkäjiihgfedb`\XRKC;2)  yxâwvvutssrpoljfaZSJA7-# ƒ‚€ä~}|{zywurmhaYPE;0& Š‰ˆâ‡†……„ƒ‚€}{wsmf]TI>3( ŝŽŽáŒ‹‹Š‰ˆ‡†…ƒ~{vpi`VK@4)  ŝ‘àŽŒ‹Š‰ˆ‡†„‚€|wqjaWL@4)  ڑŽŽŒŒ‹Š‰ˆ‡†…ƒ{vpi`VK?4) ڎŒ‹ŠŠ‰ˆˆ‡†…„ƒ‚}{wsmf]SH=2( ډ‡†…„„ƒ‚€~}|{zxurmhaXOE:0& ڃ}|{zzyxxwvutsrpmjf`ZRI@6,# Ú{xvtsrqponnmlkkihfda]XRJB:1(  Úroljhgfeddcbba`_]\YVSNHB;3+# ŝÛjfc`^][ZZYXXWVUTSQNLHD?93,% ùÙc^ZWUSRQPOONNMKJHFDA>:50+% ô   Ç ]XTQNLKJIHHGFEDB@>;840,(#  Ù ZTPMJHGEEDCBA@><:740-)%  ò ×YSOLIGEDCCBA?><963/+'# î  !!""!Ù ZUQNKIHGFEDCA?<951-(#  "%'(*++,,++*)'%"_ZVSPOMLKJIHFC@<72-'" í "&*.024566Ù5431.+'"e`]ZXVUTSRPOLIEA;5/(! ë %*/37:=>@@AA@?=:74/*lheca_^]\[YWUQMGA:2*#  %+16;?CEGIJJÂIHFC@<71tpnljihgfdc`]YTNG?6-%  %+17=BGJMOPQRRÛQOMKGC=8{xvusrqponlifb\UMD:1' Ş $*07=BGKORTUVVWVUTROLHC=‚~|{zyxwvtqmib[RI>4*!  #)/5;AFJNQTUWXXÜWVTROKFA‡…„ƒ€~|zwtoh`WMB7," İ $)/49?CHKOQSTVVWWVVUSQOLHD‹‰ˆ‡†…„ƒ‚|xrldZOD9.#  $*/49=AEHJMNPQQRRQÈPOMKHEŒŠ‰ˆ‡††„ƒ~zune\QE:/$  $*059=@CEFHHIJJŝKJJIÑHGEŒ‹Šˆˆ‡†…ƒ~zunf\QF:/$  $*06;>ACDDCBABCD֌Š‰ˆ†…„ƒ‚|xsldZPD9.$  !)06<@CDDĝB@><;9877Ŭ89:;=?AC‰‡…„‚€~}{xtoiaXMB7,# è &-5A„‚~|{zyxvtrnjc\SJ?5*!  !)2:AGJKJHC>940,)&%$##$%'*-15:@~{ywusrqpomjgc]VNE;2(   $-6>EKNNMIC=60*%" #',28>wtqnljihgedb_[VOH@7.&  &/9BINQQNIC;3,% #(/6>plheca`_^\[YVSNIB;3+$ (2id`]ZXWVTSRPNKGB=60)"  *3=GNSVUQKB90' &.6?c^YVSQONMLKIGEA=93.(" "+5?HPUWVRKB9/& '/8A_YTQNKJIHGFDCA>;72-(#İ#,6@IQVXWRKB8.% !)2;D]WRNKIGFEDCBA?=:73/+&"$-6@JQWYWSLB8.$  €< %-6?H^XSOLJHGFEEDCA?=:740,($ $-7AJQVXWSKB8.% #*2;DL`[VSPNLKJIIHGFDB@=:73/+'"%-7@IQVXWRKB8.% !(08AIRe`\YVTSRQPPONMLJHFC@<84/*%  &-6@HPUWVRKB9/& '.6?GPWlhda_]\[ZYYXWWUTRPNKGC>82,'"!&-6>GNSUUQKC:0(! &-5=EMU]tpmjhgeedccbba`^][XUQMGA:3-'" "&-4=ELQTSPJC;2+$ &,3;CKS[b{xvtrqponnmmlkjihfc`\WQJB:2+&"!"&+3:BINQQNIC<4-'# "&,29AHPX_e‚€~|{zyxxwwvvutsqpmje`YQI@7/)$""%*08?FKNNLIC=71,(&$%&)-28>FMT\bhˆ†…„‚‚€€~~}|{zxurmg`XOE<3+&""#'-4;AFJKJHD?:62/-,,.048=CIPW]diŒ‹Š‰ˆ‡††……„„ƒƒ‚€~{wsme]SI?5-&"!"%*06;8644é57:=BFLQW]chŽŒ‹‹ŠŠ‰‰ˆˆ‡†…„‚|wqi`VK@6-&!"&+16<@CDDúCA?>=<<ô=>@BEIMQV\af_ ŝ ùùöĝ ó   ô ÷  ñ ò ö ñ ï ġ î  !!""!ï  ô × "%'(*++,,++*)'%" ġ í "&*.024566ë5431.+'" ó% ê %*/37:=>@@AAê@?=:74/*% ó+% ë %+16;?CEGIJJÛIHFC@<71+% 2+% ê %+17=BGJMOPQRRÛQOMKGC=82+% 70*$  $*07=BGKORTUVVWVUTROLHC=70*$ ;5/)$ ë #)/5;AFJNQTUWXXƒWVTROKFA;5/)$ ?:4/)#  $)/49?CHKOQSTVVWWVVUSQOLHD?:4/)# B>94/)$ $*/49=AEHJMNPQQRRQÈPOMKHEB>94/)$ C@=94/)# %*059=@CEFHHIJJŝKJJIÑHGEC@=94/)# DCA>:5/)#$*16;>ACDDCBABCD×CA>:5/)" DEDC?;5.' ")06<@CDDĝB@><;987789:;=?ACDEDC?;5.' DGHGD@:3,$ &.5ADGHGD@:3+# DHJKIE?80(!#*2:AGJKJHC>940,)&%$##$%'*-15:@DHJKIE?7/& DIMNLIC;3+#&.6>FKNNMIC=60*%" #',28>DIMNLIC;2)! EKOQPLF>6-%!(09BIOQQNIC;3,% #(/6>EKOQPLF>5," FLQSSOIA8/' "*3FLQSSOIA7-$ GNSUUQKC:0(!$+4>GNSVUQKB90' &.6?GNSUUQKC9/% IPUXWSMD;2)"$,6?HPUWVRKB9/& '/8AIPUXWSMD:0& LSXZYUNF<2)"%-6@IQVXWRKB8.% !)2;DLSXZYUNE;1& PV[\[WPG=3*#%-7AJQWYWSLB8.$  €< %-6?HPV[\[WPF<1' TZ^_]XQH>3*#%-7@JQVXWSKB8.% #*2;DLTZ^_]XQG=2' Y^ab_ZRI>4+#%-6@IQVXWRKB8.% !(08AIRY^ab_ZRH=2( ^ceeb\TJ?5+#%,5?HPUWVRKB9/& '.6?GPW^ceeb\TI>3( cgihd^UK@5+#$+4>FNSUUQKC:0(! &-5=EMU]cgihd^UJ?3( gjljf_VL@5+##*3EJMNLIC=71,(&$%&)-28>FMT\bhloomhaWL@4) mopmhaXMA6+##*2:AFIKJHD?:62/-,,.048=CIPW]dimopmhaWL@4) lnomhaWMA6+# &.5;AEGGFDA>;8644Ê57:=BFLQW]chlnomhaWL@4) jlmkg`WLA5+"")/6;?BDDúCA?>=<<ä=>@BEIMQV\afjlmkg`WL@4) €€€ŝŝŭŭŭüüüüüüüüüüüüüüüüüü   Ñ ")19AIQX_eimnnmje_YQJB91*" Ò ")08@HOV]beggfb]WPIA91*# Ġ !(/7>FMTY]__^ZUNG@80)" × !'.6=DKPTVWUQLE>7/(" Ĝ  &-4;AGKMMKHB<5.(! Ú %,28=ACCA>93-&  Ŭ $*/4799850+% ß "'+.00.,(# á #%''%#    !ċ  $ĉ  &é )÷÷+úü-1 7–   Ï %/:CLRUURLD:0' &,27;?BEGHJKLLMMNNOONÌLJHEA= $.8AIORROIA8.&$+18=BFIKMNOPQRRSTÈSRQOMJFB>9 "+5>EKNNKF>5,$!'/5BFHJKLMMNMÉLJHD@<60*$ $(+--+($ !'-27;>@BCDDEEóDCB?<94/)$Ĝ !$%%$! "'+/3579::;;:ġ8630,(#Ú   $'*,./001ó0/.,*'$ ì  ñ !#$%%&&'&ô%$#! í  ñ  ġ Ŝ   ö ÷ùô  ö ûú÷    ÷ŭ   ƒ   Ġ82,'!!)1;DLRUURLD:0' &,28=ACEFGGF EÊDC3.(" '/9BIORROIA8.% &,17;?BEGIKLMNNOONNÄMLLKJHGEC@.)#%-6>FKNNKF>5,# %+05:?CGJMPRSTUUTÄSRPOMJGD@<)#"*2:AFIIFA:2)! %*05;@EIMQSVWXXƒWVUSPNJGB=8#&.593 ")06:==:60)"  $*0693.(  $(+--+($  $*/49=@CEFGGFEDB@=:61,'"  !$%%$!  #(-147:;<==<<:9741.*%  Ġ    $(+-/112210/-+(%"    "$%&''Ĝ&%$"   ï ó é ò ò úöó ġ ûùö   ĝ ĝŝ      €"@=94.("#+5>GNSUSOG>4*!  "+5?GMQQOIA8.% <83.(#"*36-%  &.7>CFGE@91)  -'" !)18>BCB>92*"  #+29>AB@;5-& '" %,28;<;83-&   '.48;;:60)" "   &,14541-'!  "(.2443/*$  è !&*,--*&"  #'+--,)$   "%&%#  Ŭ !#%%$"  é  Ŝ   ö ċ  ì  ö ô ÷ ġ ÷÷  ġ ö  ġ ùù÷÷÷ûüúûúü ŝ ‹   #é  *5BN[fpy€…‰ŒŽŝ"è )4@LXcmu|…ˆŠ‹Œ#ĉ '1=HT^hpv{‚„…†‡‡ˆˆ#è $.9DOYaiotxz|~€€#ç "+5?IRZagkoqsuvvww#é '09BJQX]adfhijkll$è "*2:AHMRVXZ\]^^__$è $+28>CFJLNOPQQRR$è $).37:=?@BBCCDD$ì !%),/1345566ŭ76$ë  "$&'())**&î  & ŝ&ó (ö   )ú + . €   öŽŒ‹‹ŠŠ‰‰ˆá‡†…ƒ}xrjaWLA6-& !&+05:>@BCDDCDíEFHJMPTY]bŒŒ‹‹ŠŠ‰‰ˆˆ‡Ù†…„‚€|wqjaVL@6,$ %*/484*"$).38<@CFIKLMNNMLKJIHIJLPTY€€~}|Î{zyvsoibZPF;1( #(-38=AEILNOPPOMKIGFEEGKOTwwvutsÍrpnkgb[SKA7.%#(.39>CGJMNOONLIFDA@@BEJOllkkjihŜgfda^YSLD;2)! #).4:?CGIKKóJGEB?<;;<@EK__^]\Í[ZXVSOIC<4,$ $*/49=ADEFEDB?<97557;AGRRQQPOïNMLJGC?93-&   %).37:<=>=<:7520/027=DDC BA@?=;840*%  ñ !%),/2455ó31/-+*)+.39A66 543ó1/-*&"  ñ  #&(*+,,ó*)'%$#$&*/6>** )(ò'&%#   ñ !"#$$û#"! ĝ"&,4< ç  ó#*2;ĝ ġ ġĝ")1:ù ö   ġ÷!(19   â !#%&%$"÷!(19ç "&)++*(&#÷#*1:ô  &*.00ġ.+'# ö %,3;ĉ #).245430,)%"ö $)/5<ĉ $+04799752/+(&$"!  ö!"$&).28>Ù $+159;<;97520.,+**))*+,.148<@ #*059;==÷<;986544334ĝ568:=?Bî !'-37;=?@@?>ù?@ABCDé $*/48BEHJLMOOPPĝONMLJHEç  &+16<@EILORTUVV÷UTSQOLIEè !',28>DIMQTVXYZZYĝWUSPLHCÛ !'-4:@FKORUWXYZZYXWURNJE?Ü "(.5;AFKNQSUUVVUTSPMJE@:ê ")/5;@DHKMNOO÷NLJGC?:4ë "(.38@BCDDCDÁEFHJMPTY]bfijie_VK@4) bfggc]UK@5*!$)/484)  #(-38=AEILNOPPOMKIGFEEGKOTY^aa_ZRI>3( UZ]_]XQH>3)  #(.39>CGJMNOONLIFDA@@BEJOUZ]_]XQH>3( QW[\[WPG=3( #).4:?CGIKK“JGEB?<;;<@EKQW[\[WPG=2( NTXZZVOG=2(  $*/49=ADEFEDB?<97557;AGNTXZZVOG=2( KQVYXUOF<2( ħ  %).37:<=>=<:7520/027=DKQVYXUOF<2' HOUXWTNF<2(  !%),/2455Â31/-+*)+.39AHOUXWTNF<1' FNSVVSME<1'   #&(*+,,*)'%$#$&*/6>FNSVVSME;1' ELRUVSME;1' !"#$$û#"! Ú"&,46,# BHLMMID<4+##).245430,)%" $)/5CGJKIF@90( DGHHFB<5.&%+159;<;97520.,+**))*+,.148<@DGHHFB<5-% DEFEB=81)"$*059;==÷<;986544334Í568:=?BDEFEB=71)! DDC@=82,%"'-37;=?@@?>ú?@ABCDDÑC@=82,% DB?<72-&  $*/48BEHJLMOOPPĊONMLJHEB?;72,'! @<71,&!  !&+16<@EILORTUVVUTSQOLIE@<71,&! =82,&!  !',28>DIMQTVXYZZYÜWUSPLHC=82,&! 93-'! €• !'-4:@FKORUWXYZZYXWURNJE?93-'! 4-'!  "(.5;AFKNQSUUVVUTSPMJE@:4-'! .("  ")/5;@DHKMNOONLJGC?:4.(" '"  "(.38;5:9CK`QCGZH9:SqTZcfklk@Pv~th}`ikg˙À@!˙Ú ?Ż#8?‘Ĥ‰ À8Áë“Ċa`3šĈ̸u=Ži’À’ż– Xውç†oaëM=fùoµœ#aOŭ?Z’Úéí³µäz…}§ó;Šcpbl…’YíË/9Î}ëIu{È#C"ş  ĵp=µ2‘™$,ÌċĜ–9,SVÚâ&ÒŬĴŒYH$–>ŝƒŸÒŻrͤ³ËÚFbtuÁ‘@qŸ_ZĞĴ KÁn›H…Ğ·=ò}ù¤›`ĥ*ŒĈcHör äž9çü÷o ÄYbù9ÏĠOPc g‚9ġ„۟çLEȅ  ")™x|’9÷ôĊBYUPo^Bœc>ġ/pd\Çn0ÉĈBZĞxıÊÙBŬñ‡?N˙ʈĤž£W+jZt:q‚Q'™.rŜaÉoN=)·—Eä7€°”ĈrIĈpzSÜu‹ vCÊRN8ê}=jôlt3MjZBT†ˆİn2ÇSĊ Ŭ5ËÌÛEÌ[‡L€7äq“ïWijۀĦs½½¨ŠV]ʨ“'‚[8üúÒ,ğYV`2qÔvĤĈù!>hF†ôŠŞ'T‘]ËÈÁçƒÏÜîLóÛEĉiúgċNİĤ6½gˆä•$Áäˆ4’³ıšSLĴúô2Êı[T Ĵ’n!™}ıŭ1YzĤİ$óFĥŭyq6Œ{wüiĤÊÔ½3¸ĴëĞĦċ˜ÔBIĴÀ´ót>‚3ĞŞí;³f¨D–÷-I¸èGjmĴ1Ê̐FßÂOCFĜ`~ažıÇ%ÔÉ# 1wŝ9ëô Äğĥċò0 ñĦq‘ÁĊPÀžž´•sž„ô  6žYVŬnWž_ì;óüé×—aıċ\bĞ°Ŭ‰6Ÿsçħß7ÊrÒ£’ÒG¸dŒ ñĵ€ÀuÉJkqXš¸hŒI™9Äj|ôü°?ZŻ hIĜÊŞÑá¸ŭîĜô£k}tgFK „D,Ê,Ä}:U5´u H ĝfĠLd~_–„ÉïŽprzp)‘ ñ×­$ę#Ù5VR0ïgÜHí™ħ–™ıïž=jÏx§”ÙÈsÓëI>¤Üè촛hš9ÖWw Ž‡ÓéZ¨áĈ)'a¤$ÇqòËH?ÚŞ’[}”fLjÂÊ<ÄúzÎ…+ (Ïw'™“če‡ĉFġ¨â­ÜD7Ê·OSUÍÔW°£2Û2‰r0HŝES†K´ŭÌñ4Œ0KsÁÏùíB–£-ŬŬ§È™MĊĠ][ރŜ³5­FÊ%Tĥ ,üîéêjÓı rL÷R ĊcQÀ`-_´µŽkp°,BnŒÓIÇŭ‘Mö(“,:qïY—awìE§ D–¨#ŜC€ß*“Ôŭ*)-\•+U<{ŭM4?1×6Œ˜BÄ’ŭ Œ˜Ú5 êy$|Ŝ˙…#Y ĵ¸eAŭ=¨ĥŒÌZ< ½r{SùĦHcR ż8Üzè=İFĄ̂„zu§}ħĦBŒ[’21TÉ"Ĉ:ħÀÍ$"xìßí Ĵ$1˙U[´ŒÍrd•O—üOéCĠ lo=ŭµ³'ÚZ0÷J.GéüŞ)P5¸†×'ç §FI?UtälÚµŠ’Lĥ–3ÊĦdœŸšB0˞?CüĞ!-ž µ>0HPıçÒĦ-LM‰%ı’ċÚbTCqŜ k˜Xp˜o”ŻŜç5:ŜìžKƒ ²$i4’.ïĜäôíPÉžd2EÊò³dë˙êŞó› bäî%v’Gj‘˘+Œ•*zsĥ›`j[[I§ùƒ¤ß)ÛÈÇcšžúáTˆY•’SœЃŸĉ* ĝPçòe‚+r‘³ċWa€ûÇ u²Ì;£ž ħŒìó'éS†]-Ş4'çĝP8ʞsĝdÂ§MEL›Ë²B GŜ5ò Ĝ|ZŠÈۂÈW‘O֙wsĉÄr3ŽG_ϊ¨Ğ ½È-]\E†e Ĥ6ŻÒ\iWQżšG:Ÿ–D =ŭϽTvMiw½ĵıĦX§Ĉp£‡¨ĴËċoµ>g’R Ó×·lP–£3Ż.ŜRħy†@™¸JŠ%òĉFpO!HÈ?ZÓdİo ìí”ħȲŬFcˆ 0{‘ÏôĤî'?f(c ĵúÔħÄöħ•ĥb[¨ßë˙פö)--Ż#iQ!ûâE)ġúûTJÁXÇ4r`üĊ‹á‡Ħ÷ÇaRŸqs7ĦVyŭFŭÀ6Ží˙êŝ´Ù™Bğ’Ş°ŭŞ?ħl‘i?*ëÔĠ`üü™$ġŞ\nÉ°€;ı#Ż^*Äq£Ş‰d*˜l ô8­7˘8ÔË°+ŒëJ*ùÏN˘Ç4ËnÖëÊÈyBx^ƒÖ ÁCĉ+˜Êħ œcĥsġŸjIŜ ]ĥ’ÒûÎËĉr~^çŒçjÊvÛĈ¤³:žĤ­jRĜÀĠċu_1@ áœôéY2Ë.rĦBĞ0䓁ġöŞKĞĉ›o5­ùQG?˂ۀü¨ıhĤ•Ġ­ü†R >qëŝ4_™h…Ô1M,jm9ÈÜF:ŭjî™iml7›’PĞqÁê=İ]lˆáĜŞ üOğ˙קF ĵ}y?Z`,ċJ3Hĉ4ÇPzĠwğ‹ËcĦì{ѨX‚E2€e8‰ùrrWëëQ‹7ĈċÉQÒL`SY~˙Ŭ =*é0¤A8<€Ŭ:™JP Ÿ_½BÜ|„c“ÉÇ0Û2€ğ÷w%ı#ı˘O’ñ<”Ş3ĝQ¸À–pLÊ>^½ħH/_Ê„Ĉ½żN´0¸áXK<„ıáG½E+nÌ ó´ŭ*lIàc4GĵH Ċ~nFGĠĦ’Û÷íŸ 7םż…>X×. s"/Ĉ2sŠ@É&H"Ž'†BÒuaÛ§L~•YOÈÀç֒ÔBĈNàĜÉSœġjKv–8ä+I'׏óúÓuĵD•Ï7 V1˜†8#sDXÑb-ħÄäê9Àö‘ĵ²Ċ”mrryÉÏ×ëQa2)BCp…Ifŝ O^?ŭuvŜiG™(€4JfÎYsè} ,Ĝ’×>i‹ÌˆG´ï•Á ¸%‹cİ İ,™DÓkFğ‡îĞÇ8ìӰвZcXi\ Ì@7£cz›QH4ûC-Ԅ"Œ¸ÜÇU(]\v8ĴÉİŜˆÔ°Œ·œíıme ²yhğ—ŻÎ5/ħ,Żu;Çtc‰.:¤xaÇŻÖİŜŜÇş|´ƒ 睤ŽühZ0D˘Ŝ@Ŝ\ ½œuü1ǽN“[ïX$Œ–=ĝúTì5ĤĠWjÛ9QŝÉĤ ÉBR.:eŽ}P òld&â9.—J‘˜F$ î/?¸ċX“'Ë 'i ;ŞîLH@Î 7gÓéMj!!µ0Hr?„cñ˘[RêYP–&E…Üà‚~µ1\š!żoNßZJB3+ü¨cÛÀ,Xk™ĜŞPdzJ˘Oâ%‰û S‚ĥKĈĵLâ€êF:G'ß˙­B–‘ÙÔ*éÀÒʓŒœÒ¤NäFbF@$€ĥöòX_$yapGĤ~µ\ùqIđœjì @Ş÷986§iw‘TvÏžô–ä‹ U0äH3¸cnf ħÛ9˙=݁˜NïԊ]êàĵt84iaŠ\şİl†Üû§·S{ öä–î?•Mԑ²6rO>™í Ú7%ĥµˆÛùĤyTy†X÷rYvîÏ $úġĦ­Òĉŝ;”XĴ-öŞÂq?÷N;˙LU8î3BçX“EùotÈá.™G„˜àqùñ\Żw}ŞËĠÈ!%%a°˙µ'kşşzZyk ĦŒiŽŜ'ž{ġç†AQ·'Ï ġĴowĦ#%„Ŝ@RfuMÜ*÷>ŝµĜX-fTڃÀà|‘úÓCZċ¸Š]Ĉ9 aşĦ§EqÙX•.:+oĈŸ§l:– .ñûÇŝïjTâaéƒÇXĦġ#ßċ̓TŭvàR 9àÔ ĉ<…€ğà{ŸóĊ emĴżçùÒ2§÷Ĝût Ê£iáN:`“ùôŞRÂ0/œpî}{ B‹>\ĥsğ<ÒĊ3b@§ÉÏ=ݧq˘YtHMğ¨Ç§9÷Şò Có‚z}¨ó –2á$@Ĝ~9#“ô§ż!D½JœSb0:ç4nu”:ıV¨m4"Ür\Ώ›™BħäûTóYċ,ç$óœRê„ÚwîÂwy<İċ)û3óĠ˜÷öİĥşRşÉċ0`>ëdĉ•$]Ä`=j€L¨4ġ—ʐ²qĊ@d;vé1¸ gqÈòÊ2óžœ LLfÀqÎĞş¨RħŸ47/ğŒ`cÔQÌ;—£…JÈ·ñL1Ióô`^ñÜwĤĴ²ĜÙ<ë2Ĉ’üĤÁüĈċì=ÍZEM?/s³ œ)c‘=3éÚ­MzÍŞ<İ´n¤C”ßœ ägž•:½ı?Úî&·wHŬÁ$ïtİ|¨ÀŜ˜Ü@"CÉİOK1\§sw5ğa&‘ó\3UEäò퍛rž…i`nƒ;bcgk›˙ İ)!³Î}Í5ĉ3L˜`dRKn‡ eÂ8ġĤ3ncò'^84€I €RT“€ïB@Ĵ~‡ż­H­‚ğ<`~4ğÎq–•Ì— yíġŠF#Sğ%ù<ĥÎppzúT–ñš} Eğ9℠ӸĤŜOw ğXü0xÈ`Ôd–Êa”îÜ{Ï?SğUً†f9À9ĊPD+ĴwŽ¤w˙ġÔ 7sótĉİ0Ħ@ÌjĊzç½\‰fğ€•œ¸ÁèNE nÌSr•‚ñq"ǝçžëSd$<›œ‘ÁäÒG‚ŬH#P’"1)]¨}z9} cwçĦ§0)…#hhL€“µŠŽĵt§+.á•Î7Ĉh²½ÀħoyqbÌÉF“‘ǧ9úšuŽ•u|ĈeµvŒäрúÔZ-M^i,ÑB§÷€äŽ˙‡5FÎ'ŜóËón)œZI4µUŠXP*˜ñÁVŸQQ´Ğ`0Úyt=ÇġĤ•–£J™„¨ğmż{hÁÎ}{ñŠ†hFò Á<óüê_½ĥ„½JÍ4op ™*À‘Œc˙­D‚5ĥ1$L%'ĉ$öëJÖÔ G;è8ïڑ™\ƒŽ€qT1 •^NG|S<Àà€zu¤Ä°b\#`p)Ĉlĥî;žÔĥÙʛ²zĦݤ‘3·êO˙ŻT2 ‘İç-Ž9ÍCµ@PÏ·CJ÷ Îà_j™K'–Ç<ç§˙ިh’GžKƒ ’ûN@'ŽĝTĞu.eÈ{ĉL BR&/0‡r*Ğ~§óĤLêΈŞg<H”’Ù$rzS-ä á~´ìùFäuàsRĈĥ€Ç˙×LuNŜgn§Ŝ™ċ­Œĥxoéġ¤ j…(wg#Ñğ)&"Ĉ%’%UŒü^äZcF‘çDÀ‘Ĉ{PM›Ĵo$ƒbŽ™î}İĥçnÙ¸U{Œıo3Ŭ4‘ħv,8ïÀN”îhPÈìÍÉÎ0·)ÑÀ›ĥɑ‚A#$.? 65 =-"ß"ʤ˙ÈòëšÎä3ê(’HCáĝ#>ĤŒçİ9­H‡ˆ›81•Ç÷³LgÙòı8b‹ k8ŬÈhfM£€[ܚXĥӜ §1éëZ‰Ħĥ´_ν—½ĥqÎ3Uu—ŸÙ³-´QKħ‰>lΤş¨x§Ĥ=é—ÖJLŸa¸ƒpĉ@y÷•jèQş!P Œe'<ŽÓ&г lRğF ÏŞ"î"X-$XÛΌĵ?:ËòfU(T…9Ç;½éÜd‚]˵[ zŒisŽĜ5"Íĵ|ÙÇ|­"#mX$ġ&š@X°³i×!p8ġ9öïM”ĵoµ†ÜuFíìjş BdžUÉ•"FÒ( ÇÜt˙ëÔ°dPrĜR§$ÇéQIáûñB6˜ !A\áż ÷ĤIxöÓ²3Œ½Töĉ›²0ÔdWTŽ)BµFŭǽo$:œEĦr˜x`ĈšZÜkıÒȗí#lV|0 ĈáE홣K´ IŒ˜ü3NĊ½Œ[¸Iž9](·/Dġ'ĤjùŭŬÙU’EnN06ö×ĦÍ;X‚ĴӇËc#µ›œ~ï ßo˙^“1™âÁ\<ŒŽ*·šX’@÷4$r4REci?^i!&rÙäœà~4\HÔô¸cÓċK(mĦ8ċŠĈ¸IA„…$ÁëċžžĵöĤö+3ĥîÇ­=f|Ç>•:I”1w$pI*'*îL Ö RÜLxÓÌÀÇ÷Gé1‘Ì•HcĈp Xm>á-dı R(ˆ À‚2yüúĠ en]Ġ̆ râ?3nâN3Œz:Ñ}"ñ%_š(à12:†U'‚Gż>[ŽĈŒŜ—k7ÛĠĠzä^½3ëU,4ÔµwŠÑ„€2 f?*ŸqĝSQ²¸eIX -쭓o"H]yüÏ#nàğzàÍC푟˜^ԊFsÏcHDħ<;*àqğ*>v,{£Ú€mk…#~lqŜuä¤ħ è[ĉ9î3Udk)géĊJ$R>èÜ~£5œaAEQÏ< ,3=ğf08Î?uĵbw;óXŒmFj"Ċ½²G(YA„´–çúĵúVĵİ3yw{ysÁF{gôŞHµħ ­ÌžmĴ0oùf›ölöĤÏveğ½›îÉ3ùpi”ö,Ü4şŽ›$"#‰3żxċOQƒĈOCíÍbÜ\O5ıİ7äG*ŭ:14Ù İıĵĵlêN1ŠiWoĵüúP!Ċ mıÜqÚĦX›q‚sŠ. 1B½ûçùÛ!UON›†E =*ëKÜZGşœƒüÛEq³[ÙÏŞy(Y9vwf$wÇšÓA=Y+[èÑĥë{§,:™?Mµ hÊ!Êóç(£·ëFb=ė ŒğŬ2IŒ€ċڛ)žHÖʈ *œl 5°ŠĦ'ìI•w|ıŬ…çĥi$µ(HgÉÊÉÀüj:)6/q’ġ£§Z@e+i™ÜĊħŭ9İ-A3°Ó,-ž8£ĵ•ÛnHgġcŽN ĵšž’C"ÂwE’ 9Ŭ‘ƒŸZ§t;œĦÑĵˆ$´ qq9”™AP$×İ#ŻĦ59ÒY?×Z]( ħċI¤"•ġĴÀ‹SöÚ²K'?•`ŬÍfhDl ¤‘ĝÖ³µ€!ƒ€yÉİ@İhe>bòâi0dsĊ4´UNTäŸZcaŽĉĈ}:QpÑ£qŽzġĤ–fF?*C1r=ñN,ò;ĈŒGÈ=§Ž#÷ġÈëNàMn蒏Ŭ‡ÁÏÍÈ?Q]´–â ŝlk½w/–ğAÈô5q,ݧZÀ"-çpï úg½E¨çÎENJ í‘B•÷ÈŞè Ğ›ğyĥ^5ÇBĜ5Ÿ|ĉOß! †ġ`™¨Ô¨Q”…•#ŒvdQ˙-²~ĵÒέ¸’]Uħ–ÇSUŠ0'ĉéïLÄ<çô§IÀV'Ŝ“êş„xv‡ Ĉ ɨ?S²ğµmĦÊFrCĞOĵy­z™q 3’]¤žG+œ÷÷¨TĴ’g#•œ˙žMCZˆ’$gˆB³>ÂÜFĵO|÷…m¨XžvÏԁĜÓ{ÑyöU`$D/q¸šŒfOş½{NĴĦm-~Ŭw\—8$/ ]Ž—áh˘œ;ÌìħŭĠ!Hçĥ9ĞŠÒâıÑ[ZEn€*&îì*À×µŭKJıGû%§™³{6ZO 3Ov3FÂÂŭg\ߗRw4K]ÇÁö݁éIÄĝò–áËylà.dAû¸óF<$àĤ€9ImïôÄ)”`F=)ù\vöĊH ¸•äöĤÄa‰™ ŬŜ=8ĤħĜ̝qéEÀi—î?Ê$`u­m.ĥ.íÒJ{Ç a—ñ@ĜŞK™¤´!‘RFc9ħ“ÂĥŽŒnr 1b"%WŸÖž„²žİ éħ26û˘ĞĈÈÈ'ó<×7~޲‘Î"ŝ2áħŭiJ, h“`c(Ž˜Î*{;™mÁò[ĉôĜwĉ JьŬµf‰ÙcҚY›’ȸ'ëšé4û­Bä“=˘[ 8|’+M:‚/!sÀL$‘"BîÁUA$žÂ £_[Mv,´óç\Jż#¸8Ï­cŬKY:rß8ò;"Ór•ZZ ċ‹ğûÈĴmâ†v·ó–bï\qÇĠħÛ§ÔVĥ½{ëĈ&RTĈœ7=ˆŝ‡£ ÜÊĠ#^:ŞFÈ]½ŭ*Œ„•\öâ³{&áötRFwçn9ÇiĴ§½Kb9cééV­Ô0Ép‹çÛ¸a·B)$mĵ1ÇlÒ}€IU8óŽµZ\œóH´;“hÇ'=ŭĞGGž(yí‹ħ]ÑàäqĈ9?ZßP-ÜId+4Җ8mĝËJİ.’ ¨˜çf…él|…ßu<ÂQµpû}*…áżšAuö#üh{¨—şfäŝ™=?‘üŞ3 iHça?gb[$%1•Sq‘D2ŞJ PàñŒb„·ĥóĉ;î˙hŠƒxŬëCÜBħcÛŜ‘ĜœíĈ8<Òĵ;Şjw׋èŠ*Ÿ—÷eWŻcŜ·†•‰bÒ4jä2GJ›Ĝ ×ĥ wRXö[ÊÏáA÷Éço?ÂĴû‰üM Ü*Ĝèy“’ES†,<µSĝġ­ 7MÔ´™D˘Ú ¤$†Qı÷éM$˜÷:ä’6Œ:²•=Áâ³ĵAŞÁĜ,Ò$ş…XÈıÏċSf=ŽCUñdÓ8X§’2…Ĉ"aµ'=1Ï×Ö²á#Ôĵ£ŬÊÑ°!•ˆ;²9ëO›°2ŬÔvAsĤÇċjüP3ĉ £$İ?ox{W‚†ĉâgóÊïU-$Äò[ʗ~'½k—Rħ͕ġì…@ĈpéĝŠÊµûLGpÊȊ˙4­+ÉÁ÷ŜôċvÀż>£ŭĦh¨JHRÌġ'ïVLĉG fÉÇ ŽœŝµwaÌçƒĝjKĦĥR?ŻJ•¸ĈÁ=Şa$jà“‘Č ŒŽ1P^9 ÁƒÑşÒêx˜ÏĤ–à(p¤tÀ]£ìeÎÒÙè1֖7ĜêÄò P&ĵG·!I,zŽx˘K¤k5LB€\½i­M-ŞY²LFĠšgĈßAŸ­gŜ4q‹;Ĝ­è=iï F`Ÿ…É%rsÎëÒ¤ĥ‚Qtħ´lĥ ÜRiĜÌê²0rr?j޳ğħN¸9úwİŻ¸pAâ9‚˜€ÊNsÔ÷ô§E™$Á'•€ġ="öî뛘£Hˆ'FϙÇ'iŠé–ä š\ÔXbƒKR##ĦWĈ73D–Û†6ÉlÜĴÉ×=89Ĥ·ĊÜ_Ŭ °El’TÉÈ$tÏŝ½$=Í£Z;üğüĊg§ïĝ~T]Ü ÓZË (+Ä„eèĝ8Èö¤ƒ)!܊vŭċqR÷6gı´Óíc¸šŭŠ–m…D €3ò?*Ò<@Öú"Ûİ[1vE8iç8'¸'?…UÒ`Uñˆßemm´ħ,L²n‘†ĉĈ@éĝĠ —3èqÇ2FÌÄßu· Ÿ\ƒEî].Â[k¨gškXW“ÎĠÇáP_ÌĞ}.Étó˜î6ƒœĝgŒT쀈܁)§ A;ï$7_QÒ˘ÀEÓ,F2dbHìqM¸ ÂöÍG“êh@OhûnUĜoUċ†3‘ŽJÛ/e/‡ċö-á‘Ñ·.ËqBükHùÏr(šëRĊ ³ ¨¤Ïô  3ÙYˆ—*G0Ĉ1ìy4ŭ=î#iMİÚâ<îŜ¨Œŭ?Z~‚4­Ĥżı[‹ˆċ’ùh„SŽO ŽÒŝK‘8YÈĈ|ÒĴ<À9útĤîö*ŬĊ)vfLç8¨˘€•'Ŭ‡­@„•Nò7êj0ıRqÀàzs BàE>-Ğ#)^àz‡í’&Û ː1ÊçŻçZ‚şıUíí³ÛŬڛÒó¨'à<~ƒê RġċŬĠÇÙäĠbıò†[Ë\ħö'Ĥ=êFtĠ—ĴŬ:3q, @àFèT“ġïR·Ôd6¤°]"ĉàËv„ÄcrŸ˜~@ŝ•‹.ï-aG·‚B3…’ 3İÁêŠÂĉŭ"ÎŒ0YX³4™ŝƒ˙ŻWIê ħŞAÍl—ÙEjë]ú‚¨j—ìħËĤéŜBAn73B72ï^žÔ04üläÈÒi"'‰dUGĥyÏÒ³‡.µ+vÔ ‘v\´’€ù°˙ġż:[ĈÀb:è´£ÊqċX?ÊÀ§ WxW ëƒúÖv`h—u€Ô5û!+³ ġÇO\Ġsżìßih“Êß³p=O'…r¤²,‡ċLZTħÀô&š$FB’"ĥÌ3ÁÇ˙œfyĦH^LEĉ@{×óÀĤcUhäÉ$ġçž kĤÇĈAúP1èö)! nXöġĦĤµ‹Y Ğm“c“·nAcéqŠ†}­nQÄ°€]š#‘·q^äqġİíô•Šk5aĥıÎÖQÏb3Ÿ¨Ĥ¨“\Yë:ž›`“Èm;نÖnzÄcZèunĈ)í­Íח‰|)(ŒĦ8ĜĠéò˙Œ‚–ĥˆĦg92)ì@%ö:{}ô›•ô@-ۆtĈġÈ:˙Z‚-,ÚëO}a%]Ż8úz‡ıHĠÍW½H¤ˆ,­‚<ÀàûÔ-ĈPÔ5=*7ğ…$,6²rÇqù~5%Ó&§cYĉĥˆKµˆàç 5[ 9m^óFVĵžîVĵ¸VÛ*„"`w=ùĴŬ_ÄjZE½Şa³=ÀUÚ§Ÿ”}1RßD!sƒÍ[ÓîîÖ9m-cIDàîV@ǧ$gĤBь­´“‡(#löĞĤŬŬĜ2Ü[Z$èñ´ÁT`>GcÀüŭꕵ Ì7Zp"ÒbĉC1I䌎ĜŝUN÷WmF#i QĴ^f! m* 7$ŭüİó‰5Rİċ҈€(YŽÖ`zì:Ó-uĞí68ŝÍ;ÀĈġ§ {dš9†AİuNÍûĈ”´Ž2r#ŸReÚÈ;†x=*¸µĈèF@Lcç¨É<ŝtÉ$frvġĈxÍ £e88?(nlfÍrŞÖúdĉZÒ K‰¤F‹{*ĥĠPN~ cñ˘M.~d·Ääu>£ ĜµU´+=6òúGKkwÇ÷>ïÖĦttrŽ0ËÁ”š°&áċÑ_j²Ċ˜b ?3Ž·ż#CĦéë#iùTE $@=²sÏ~ġ¤ce¨\ɟM½K_³ËeFmèÊ fêG<•A´Á†oï%‘$Àµe`N1ÏNéè)ğˆÚÑ4—@W(†êìf&‘6²œt· ×KŸ–Ğ:,²–\íëÓ4-€sŜ ’ÚÜ0m1‚í`Ż,@İáÇ·Zä#‡í7 <ŞBwĴg¸ä(îHŝbĤV;›i5rn#ÙhÒ1)8€=ĈqU.”G+€›Wq Îp;sߊ‡` Ï4ìüĵR`vž3Ŭj{çԋHħ–òóĵà‚+cV³ş\çƒìŠ7¤’q°÷VġÛĤ¤ĜÑċóôÈÛí1\Áx—jŭ1ZR“Ôv VkWċ Ü)‰é\…Ŝ.obşk‰6Baĉù¸6q“ĈHçJK`(]èîRiíàˆ­ ó™w¨1lß·oL³ĥž3qy~ì²ĥ÷EFêŜy8„µżáE…/m§Eĥ ĉ"Ìçêkš1,qI •_ µU”Àƒó~~u6°…:9$†MÈ̎8È8" cÖ]¨áAÀŬÛż×šè#֍ĥ 跁.–äħJ‰İŬŸÓôĞ„’d³'T”5é’]‡%6UI8úÔÚE‚Ê<émċv–ہx É>ÄÑnih>İj0òĴ,ⷀ‚Œr{óLÒ-ÍíÄ0­¸ı`Xù~fÎî}2JOpèGŒ²Èíx]Ĝ~@É'ÛŞ,İê Mİ4ÛË{8ï,BÄmlƒ×‘ĊW‘‘ˆĜ¤yïŽhµ€imŬ}1Vá’Üi“G*Hf-˜˜c`éœ÷Î(@W””‘”88ùr§†wFğŽÑÚâHe Ĥ2ä<òwíMhġĠö¤_\^Ĝ7áÔİl°ùı>ÇĦüit+]CÄ6ħÉr҇Č3ó0ä§^˜i½XÍ mY‡ÄQÏ$_ğIÁi ›sÏôÇjiu Ġ1jRDĞ8?şóQcŒtîĜëÁôĞĠ{’ZxušÖdi{ġEE”ÑĈ¸Â?½µqĝÒë‘ k´ĥ”[éĦX‹DaNËÓïJ´@ê &2{ §ÓCZ…n,H–O.ËJyfqŽġÇÍĤ-”ës§Ĵ\ĵ$²)o#'ïñÔmŝT5p9Ù é¨İÀĜtĊDÓ<ÒmšC‚ß3“ġĴÊËÒQŸ;È @ûıġİ%H’@mĎĦmĜà÷éڐµı–ŬÄÌğX1+ìF?Zïñ6š4ĞxŻ"ydSäȉíÔUĊĞYbÇĊ:W|Ö["½Ĉ7Äc¨ĞvÚì7ñ3éñIpŞÛK}8ÎyíU¸}ĞM֎i`–hŝôBMÊ:Ó#ĠPÁ5ӝHÁç$g‘Ÿ4úÏx£R°³YtĞeRp³JcŒ÷÷Í7Oš÷n™yù#˘FT :çħçġ¤µ`ȵ?jFl⺁Ŭ04i’Ü œž:çµsڋŜItd.eu,1‘Û§j™Jú!·”C:HÑĴ;£{’úF’é™­ÖŬ¸ÌjÇż5…qÜàĉµšdûĵ—(í ŝċc “‚XN@ŞŠ¸bĥr—p‘pwşxU­_NŽĈŜÚHĤ2yÊX‘¸íŒž”%£`eÓážKy–X]‘×£)äTŒßĥ:äsŬ\C$Ù0V=Á:tä`ò8ĴVAÜÑ2ħÁ*w 0çô?VġW²ÛÜ4&P€ĴAʑëî*&-/$ä¨ëì XË#°#ä?Z_=ôƒ²fh˘”_şH?7èh@ʒ6ĉÎ1ÇëM  wı·ħÂ),£ÎŝCòĞÚ`ğŽâKÍ=Á’ĠK’q¸ĈpzÓ[èž“ÜŜêMéžâ;¤1£$€H°JŒĝ7WûO—ä!\˙ĴŜ6ùĠ7̅ħÛĝwK}#J[i$óqf# ÏaíPkh’ëZ2:†ŭó°ĝ\çè+H 5žTĜ.zdġŞWš´vLí2%ËİÏ$¸êI§n¤–7EwÜ ŒİìG84ħÄħĵŒı̍“Ï°ÈS°çˆti.ŜYmôôßıI•ï[žp>žµ~môıdXtôȅD‘7…rI “íÈġâĦèî4aAq ÈDFÊÇÉקù5,r[Ú,ċà´ ù|ĈHçĝĈ+"‡ÛéҒ‚VEF ‘¸}¸ìHëLŸM¸GmOŸ˜C”'iĈ1ÇQíTŻ{Ñx^ÛM[Ùn Ô2²°+ıLl‡è{Wi¸V‰hH…ëġxŻMRğŠĊ+ ıO·oĈ˜wp ˜ eŠçĝ‡Q\N½gĥ³¤ĴpŞ \ğ$9ä瞉ĦĞ :Xµ;+=:ŬŸù¨a^[œtúÓż·Ĵ2Ì%ĥ’½<ŝCŸ 4ÓBħbîù-”aKğ8PeˆÎ9öĴ-gBğş”H÷{É+07`žżÔûĉn´ĜRÎk”ĵÛivO~P70 Ż4Q\I}+Hd—"D*0ssŸÏc%ËĦDFKĞ”+ϖ¤ЃĜÖähÍo ›ÀñŒ6[ĈI àééU°g:S31(ÀÍmĝ[OynMÎÏ1c„WÚۀÈüġv=‘ψ5{{Éqzyáw 3ÀúĠ&½½žĉ[#=ÇĜ@Áè(ĉ`[[·]pO—$²+ŞmÚĵc%}5'‡,§’ĝO=Ĵ VĜq“ßžżŭz­ÚO^íšiĤî2âภȧcp~QWèÑĥYO£ TÍY‚RAÏ2Ç7™8¨À Is[Nc~˘€e‘ƒìw}ìžżçÊWۑ°`uġïúт$c==èh. +(ù²é´qƒ‘×Ïùw7'“Ôš°ÖÑ*#µÊÌ@îqíRA#i“öñI) ëĉ|ÁAè;ôĤ"çˆuġ „‰+;> )pĉs˙ÖĤhÚ-΢ ÊV8#ÉigêŸ½!lˆ5;‹wXm­c_*Üĉ )8É?J£S-Ê%ĥ‘£‘N÷TV vÏQï]FƒêWş´q$ñ äÈv{ízqvd³£Ġ´[Ĝd’[hÌĦIĵıÎxWÄRAvlġ ™‘‘³œì#Œ}ô­^ŒKTw#aÎì:ĥQ*Ş›C•=[ĉ<ÈÀÓ`ÚŻzñCË \‘œúĈ„ Ĵ^0ĠášĜĞCò<`Œ‚0AÉÏ÷ş{V÷nXÛݍs÷S<öÉÏ~OçYɎĿÚڍİîğvhÎı)=ùŝuè:mÚêzzĝkĈw‚qŸ\ӌ›zƒ<ŝŝs šîeğ.OÈĜlߜœĠtĊ’;*3ì,N½¨–;k Û[îÙ}7™Œf"ÎŻ5§om¤‰î™O,qêkuÊŝ›ç?lÓÊÜÄîúmôϧ­sú§•ì’\†yZ" 1>b9úRŭÙ\ K™>Ġ{,Šïd,ëÉĞŝžHġxÒ0XÊvœ=GáŸÖ³‹÷Šèik7q\kè>×)‚ù”‚2ġ=êŭŻöĥ¤„IpİeËÂ~r8Éŭ+Kğğ -jS[ĜiĈÊ-Jċ§1 FÙ,OLŜıí^{‹ˆ]ğ!ÀhÒa—=zĦ{óJlHËt/ċɕPÜ0[EX–¤œc·ZJ·%½²4#íÑŝñT?ğü 4€}ġş âÎüµH˙?Êİb %W ôĦè!(†.2 ÏNԙÉÉ<ŭ'Ô'(ƒô' íĵ6´iìĦ$Ë sç<óÔ֐]Ig/'‡o£žâÚ8’g Ç÷½‡QXŒĴŒUpAíS%f4h\éİme­>%xÖ@…x`{êÍtž°…­Ù-ŞùÊÄE/¨ïÇŻZ¨ÇŜz[aÔĞA ÷Ċš—w6‚DŜĝۜŞ÷Ó˙­ZÉ]ÍmĈ <­äLŒW”r½:˙ŸZ·İ4/­éħĵ{<LjÉë•8ÎĤ.ċ•ôĉÎX‡Ŝe;OĦíT#Îġk…”AµD’"r’yìôäúÖbL"Ŭċ’8<˙{?á×ëXKrˆá%d9ĉ­ĈĥĈ1‰|ÙÏ Œg×;‰=ŞO´ËöO³o>NŭûÚĈ3ùTè2êQiNEm+"rσı‰<öĉ™a­ °ËnÁ2H.~v'ĜtîkŞ÷$MSY‚]:hĉŽX'+·F{‚;Wy!gÚe2`ää`ĉ²¨ôh_²Ħĥ‚a/úÇ(û¸Çô5{L·³†sŬbeÎĊhŝCž‡9ŝu1Zƒd׺…œħĤüKrä` >żJƒNĠîìïË[ŞİS¸¤à#Ó4ġ‹Ô.£Ğ]NÒÈ/•Oú¨×nGNëÚ²BÈèÓIó ž½¸÷¤ŬĈAE@ɖx•ĵäV,C+gŒƒüê\|™÷⓭*ħS•84ŒĊ˜ħ9$äšÇZ8 CˆZĥFrAŝżçқ@85fÖŝĉÖäO çŻÖ„ÚÓɨI{ö‰‘~ÒTÉ#IħÎ:mĴBÙ­™Y$E$”ó>ñ^ĈZĈâ[U°ĵ"Ĵİç8 bÇ,§q6/ZÇTµ†÷avۜúžµŞŒW]Kچ­Şiy’[ÚHr\rsŽ½jŸŞĴÚµĤŞ"V?2‡ln¸Ï6ġ³FSéPiZŻ—u }=Îc“wĦ#Ħ­ eĴôŭu¨RguòÖ7܈AÈo?BVş)š3ĝ²ÚÊg·ı†e–3´œ 7Gµ\"ÒÌHĉíx+pÜûSĉ mĉÄז‰¸ó‘ġĊs*´µşÓâż´ĥ`üğzğqÁÍ'°ġóÎ.Ïڐ.X˘3œíÓ…Cl-,agä$ {çôĴŜúŒŻŽ´ğˆB½Ş@ênĵcp×$Ç k€qĉ›¤jÉÛÉ&ĉş¸w ½Olv"‡ˆoZ{–F¸óXô@ôù‡&²Gï$ċıcÉjÎZÈkbú:@(÷2÷mĊT`:ÒYMlò¨’Íò6ŝôŞœ†ž‚Ô³ru oל³2ò0GÉìoŝµfŜÎ×,ìŞ­í}éÉ ĴE$†G°`vœ²ġáyĈk1ïN@7€ÙÁô4bêĊĦıXÖW*¤ìè2ëĝġޤm$ÔÚ³ĉg0xĜwNsN)ċ,O•m%sïŜÀ‰”İÁôÍ%!‹I@ Eí§anÙĊ4lUĤҐ€T²ħ?Ä8ÇÓ5.5ğÏ,:Œĝ·xˆù†î0zŒdž*ÓĜ³Â÷VÍEm›Ŝ5ËáH“Ÿóôޞ$ÖÍìÂÈ@Éçž=şŭkkû¤[R’ŝè Böì^!fÚîHû¤öRjÏ-£Ĝ7¤ˆĠ7dŒŽs€095k”s×(žh˘s,Yù‚3ƒ×òŝu>Ÿ¨ÇPÁ4A˘+3ž¤Û›ÑŒÓÖtËíOTšK+gxU°>|Ž@lóÓ9Í[´kŬ[™n%–ŜsĠX+ĠVĉb:-3O–Ċ•‹İ,ğdœ·˙^°|eĈ„Bv#·˜ÈżĈqË}G§VĠ•Û¸,r<÷ÀÏëšn\@:íÜp}3ŭ+ê0‘”„uûĜ qÇzŒš@\ĠmšÎñĦee# >”Á$r(.ÁJ' ï7§ġĉĞf b?-ö,¤#Ž¸íQô¤2Ġĵ}ŠXäÀs’§ž¸àqŭj(íŬü³Â£’ƒ*nÍ+³ ɵĥıšîġï“ŝ}j‰$’O&‰= EH†9bpOAڀ7š[[í5cR£_)Yӕî2AîF3Ú°˜s×5sî‰CièċUÀU;†2FqÈ<~U §”Q}À³òú_óé@Ñ@ E,l²@#Áp7„• £ ,ab²o £ ûIÚĊI\cÜ ˆ,kfrù²? ˙ ŽŸ!UFĤÇ¤Ù·€IpÇĉ‘=GÄÓ´½JmCZ-,‘G$h%8ë~}j”´HV7µĤÑZ%ŒJ­ĉ2"½şqéĈk•.n%—í~kMċı*9#ò§5`E‰e{“ 3´Lħ.ÄĈ3è3Ŝ¨Ë²ğ^9ĥA*~ Ô5Ĉ]·×Ż-ÒŬ`›Ê1€Ĵ@ûÀŒúàÙÓ|A-Ôa&żû;³ĉIaÙPtäúĠ)½ŜÖµ$‘"Ž8£x'cÏOAR[éW2Zĵ•ş ’=sÚµ·5’Ĉc+E!WRĴ§•aƒS[EŬʣ̰ïêÌ>QY-Üh·6Ì\m‘gpè}‡­SHóÏÚĈ°Áynŭ)¸Ûq'q— š|Œù``9?ZH£à3mSüDtÔd’!·`Žw#rvàäzƒUècc#=*[¨D•S”ê­ê(è4RHùAҒ€ (Wç?… w18Ç·%RŠ‘§sn!ÏÈqÛ4Ĝöofv睽hȞ“0™ĵќ6ì>ƒÛ5T’O&›uuI#‡Ë†˘ùv†UùîÀúšŽÚŝê>Tòï½µˆÍ>klâŝċP³Ë$Œw1<Ÿ­4Ĥä2Şâ5À9<“CwweÌT;X*ùžžçµkĝlÁ& -eÎU‹,nTƒŽG¸#üóMZàö5ġ‹8mOÚäónÒɎż‡CÍQ·kq.Û[ş˙f˜dpYOñp:ÂQI‰ĝ£ŭ.ÊÖKx\2|É°dmÇ^;+J•íŝĠۀš2ž^pwqŽ?™;4À͑gÉÇ#ÓKÀ÷ĴÊ?˙Ù˙Ĝ˙Ä ˙ĵw!1AQaq"2B‘ĦħÁ #3RbrÑ $4á%ñ&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz‚ƒ„…†‡ˆ‰Š’“”•–—˜™š˘£¤Ĥ§¨İ޲³´µĥ·¸ışÂÄĊĈÇÈÉÊÒÓÔĠÖ×ĜÙÚâäċĉçèéêòóôġö÷ĝùú˙Ä ˙ĵ}!1AQa"q2‘Ħ#BħÁRÑ$3br‚ %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyzƒ„…†‡ˆ‰Š’“”•–—˜™š˘£¤Ĥ§¨İ޲³´µĥ·¸ışÂÄĊĈÇÈÉÊÒÓÔĠÖ×ĜÙÚáâäċĉçèéêñòóôġö÷ĝùú˙ÛC11gE:Egggggggggggggggggggggggggggggggggggggggggggggggggg˙ÛC  *3$&*<5?>;5:9CK`QCGZH9:SqTZcfklk@Pv~th}`ikg˙À@!˙Ú ?Ż#ĵ:hĥÁŒXX ĉÓíKçŻÓxĉ™%ĵrÉċĴ+1pd<3{{Óğ$ÌòÛip§ y8éW~×8‰THÀÚFìJĦ•TĞI3Œó|Tr#&‚ ü)Üddüĵ÷ ç<úzÓQ‹nËPyúŝŸ­KivöıÚò*NĈÚÙúÒĈ#ĉ7,Ħċ‘ŜŬWœŸÎ´×Yğ‚! LŽħàoۜOCġ ¤fI4’NÒyıŽK‚MZ{ˆßHŽ²1`I$ħŝƒŸÒ“&ċ›Y&–ŬmPC"0ĉ6@7 öo\ĠMaW_gELBĦ2Ğ·=ò}ùĦ62Ğ4f=‘9Éê}żÏ­!Ĝ<Ĥflœäc·OV&4x+Ϩ¤ {˙:aÔ· ‘jƒó/ßÎG'×Ò˘,ˆÎŞ7Ż pF} KZƒ%·¸ŠŬC0ÏĜz1­hNİ|ğ˘D³ˆ˙ûçéŜˆé{‚ı[RÓcÓü™šS4›²ÂSŜœzuĤŜÎmîĦ•TylDĈûg#tÎċOqġµ:.Ê0‹¸…ÇSž•i~Ên&´o9ˆmÑ*· `7ûŝ´'­ƒrĊ•ÌÓíÛ<Àò².òàçŜŻĴ“ pßusŒ=)A$´Ší°eB‘߃Ï­5eùĜm,£$nóŞÔa"ÀŠXÄ b9j·ŸRÊĴğ—ÙÇİëÍ-\ŜäĉâŜ(72gu8÷úS·el–dr8B¤•Ì×2!Ç+„ĥanĴ’Vr \ö§ôĴ}WSiċŽ8h1²6A·__Ç֚lвôçrzŭk:êèyF%\ñÙİ‘›§¨é¤гÌÈŝóf˜‰-îL1˸.:œŸjmĴ (}îħ°.î‡Ú†0Ž§pÏ$qR]N’wòÇáE€€˜—v2ùñĝ„8àšĦˆáÏOZqeTÚFî´ Ċ›E‘‹F²Á˙Y`1ŽyŝtéċŜÀ2$xċ\`Tµv>˘Mar'*ħwͅ Â˘–ÒF•Ĝ \‘ôĦ ̞Ü\4LL äíTÈ|÷úŒÖиŽw2Ñï™÷l}h[utwÄ“E"ĨY€ ³: tŞ‹já_€pB· G=PùaP™#nápqÉŝtĜD›ŝQóRL.HZY£p‡™0É=ñéšIs!vQäǒQIÉëÓ?OċFÀhèPÂò0šwA1à~ğ-ϗ HÄg€2z’p?SQ-YHÂż˜Gs# YßÊÜ íYî“Jd §#.Ŭ€÷¤™:+-eŽ=ÀÏÊ>R?ŭUŞŠğ‡¤ŸB“Ûp@š5|t,9üêĴ–òZ`½( À[½~™ê?ZĴ€qy'› ÌH†xÎĝÛ×Ü~"­‹˜5t•şZkj+ĜimHaÈĈG’*¤܀b¸…žE–ô4sk ËwW(BİĜX¸W @)‘œšËÖŻ,`ÂÀ#šÌ ŝ&­;“0ŜWşu"*ŒĞöĥ‘ÍlżfŒ4ŬË ?ìŽôüŠ4\g>•—xÌ(ˆOzÍè"KTT·y% òİ<ŝU –ÎYvDž<_İŞCCîmLd"fÀÉ|ĉ£&6T²žIûעâ#PŻW” G?J-˘iËF#ğLcĤaU#/Î v'Pè e™Qì:ÓLdn­F,2F@ôĤ*™$XÇV8¤„O£yìŒ?1­ZµÎş2L1~gè&†µFü—–vċi)9]İÇçŭ* e‹Íĥ1DMÉË<1àŽIŝŞÑÈĠµkä•lígU$œ’<Üa”ž? ĈKY €]8I <òéR–ĤFܗ2Ĉ“"´1…$á\zûŠ÷1\œ³Ĵd7ÊŻùĉĤò½Ù(İqċË"F.$‘w|îĜôÂ&ùàGXÓċ’W9ġâ¨hƒÍ}ûĜî$`’*FˆĞĜÛëœíĤĜv–òĜ4›ä8çŽÇ5fòċ„UÒ\?‰qÏċ‘PÊÙ V ­á·ò£y78Xĵs˙Ÿz[ħ.!Äc;<ÉéïÍNéX€‚ċm"h˜³ùmµvŸá<ƒĝg…O˘ĤB|Ò°¨î>ñô¨“Ô/bDÔVGD…1’@áOù5ċÉ{p9!‡<Œüp*Òĉ‹îAhĈèˆŝv„chۏİï˙ÖĤÍĤ]C'›kÊNÒĞò¸÷ġÍ h"ĊâRHV)ñı”taê+2÷Íû[¤<„£ċ+ßvĤ–£3ŻïgTi<̓hô˙רb_*Ty?pĴ2ëZl€µ-ÒÜ4,(Ħ˜ħĵ€p>œÓc·k„wÌJĦiħùǧµ+Ĵï…$•zĠfHä˜ËÈŬñôZâħ9…Ħ;Ë#ĥ1ÎF ¨ĈġŜJñĦŒŽú_ÜìQıOVŠÍLéBùY·Ó4Ħ[rŒX~tÀ òàÙ¸žù#§ÒŞ‹}í÷ò>”k&Ò}:{S‘Ò[¨ÌQ€ êG?Қ_žç6Ċ´ŜˆF€6\‚ d)ŝ*ÂĦ'³ÈÇQKp%Žy…ı·rıáşsÚ¤WiĦ#ËġëŸÈ~Tt*÷E„ƒížGòÉ#şÇ֙'œ‡ÁŬ‚A ô˙"£—Be™aaµÖf’?™1ŝŻ˙‰İ<ğn$#)ž=ĝú~”r¤‚ÂĊpcd^§Şü½şĉĈĈ+ùl¤Ş)d~”Żxˆ½lmoFÉ\,$ˆÛêëĈ+RMËo’ÌÀr[½ZÔ´`j“I‰pUò>„c½dË4şÒĴj°ÁçœuöĤ—V½6Ŝ[k‡ l—o'#ô˘ä,§}œİ¸;—§o֝ïŞq sÍĞŞŸ{1É÷Ğş]½´m/ÚBĴ{ ˙ZK°"&ËħĞğğ0Îßŝ½>#*çמM0pÙV.|¤ÇPj´·p˜Ôùdİç€yüèĵŠÒ…2ƒDáry_Ż­0Yıǒü´Ĉ=†ULoċwŭŞëR’#wPÄÈ ĊL.zç;İRçàS·ŠîI”iž 3gŽĉ‘˙uv†%Sµ8½¨Né2¨PƒœqŠöA‘Œ=hc¸›áş´²Jq„ê {Ô2’Éĉ†Ë·ĉ£[’@xâˆË,”*s‚28ĉ´C%·1Û6Fî7ŽvŝécQ¸BŝbŻŽĝ¤Á’ÊħB‘É˜vǧôŞÈp­œç¨¤µħħŜ•=CíVd·yV7 ­ĉ’Ŝ?ÏëHĈÙ •PŬqGÒЉXÜ3 ğXàŒqÏZiÜh³ ħ†ŽOn>€S[ËŬ½AW'$ç-ŸoĈ˘Â"”,3ĈA.q†ġ~ ‚Ĵò|ÂŞŞ[vY3ÜÇéCÔ F–n$Cĉ˘ĦRWR޸$–ÇÓ İ,üż2O.ÎK´ûĦaŒñŸ—°˙ ğ% ìjĥ‹ĜÄolçŜݐÓ_!3‚òİ˞FHàNJHño"·—$ÙÇ_}jÂK| É9=X˙úŞmky +£ĈjBÇ>Bi˘bÈJÄÌĈXàfİ€ J1ħ ‘ÉfÎ>…L˜ÑS"2Uäŝ&Š# & Òg‰‰"Ħg1GŒç<(ÜqŸóژ Ż‘!ïòŒSg€. p ¤" …ä8Á5chŠBíÏ·ÛëJâ–I7€Ħ@1SE“s+;m* |£ŠjD4äĥXŸş*9·qtQÇĤqO¨25px* ƒ“ŝJ—”şO ¤eIïšrĈÇRr20:ÓËBÏiRĴù#`LŭjcŠHĜn?.N ·4&1Û|Ò€½Ï86§k;È ǂßJ•Ĝ‘au;SDƒ9ú~tyŻ’ÊÛY³Û§9ü)Û¨ĈyĴÄn=H¤ÜŒ àžyŝT$’ĊËŞç‘C‘—$zÈİşB½†>r$ÇÍX†öhpRMŻœŒAê;û)Ĝf̖ĥ<纑 ħ–0H¨=ñœŭAól³êĞ4ÇaÀ 6‰•‡İĤ*œot;t45ħ˘ıŽïMò—r4{~j䵛ËŭVHċ%aÀÂñÔĈŻ™µ`6×NK0žDĦŒI·;xry9üh2y`4ƒhÎ>§zÖ;êK,2^Âb™Ú4'îŻSġ¨nĦK{iD`£~0:Ž{ŭ)Ħ˘³Î’äC7”üyôü{}=*ĵñŭ™‹|Œ)ŜnAíéçIĤÁ˘a–_Ŝ¸˙oĈ•xœ`=qTÊÄqëÓ4yŠx(ñݧ' âĦrï)9'Ü˙ž) , rĴ½wu˙9¤mƒ,Ÿĝ1BFŞŬŠ’j¤–ĝw ĝìîŬp)y€ÈäXˆs’Aĉˆ8}ĵ'<öĤ²nq"dpàu¨$Ú 1Làœ`BC,e‚:ĥN;r}0*G\Ğe2ġ*p(Ä `uë@fYC+m ġސ‹qIupŻ‰Ae9ێ~˘ŞùÌó~§œ. NğXıÀN2äS§ž=ıû1ÁèIĊ+kp I|˘pr7P²),`&Tŭ{Ԃ_*BPŒŠ:‚#ˆ Ż—Ĉà1לb—äeê~”˜˜Ŭ™#œ™5fn?ˆcïr?ĊF“Mc§´Ë2ˆfêf!üÇîvöçÒ´JÏqĜbk¨žà ”r>LöгŬ†Ġha··û:~ä žJ玟ʣ}ŻrÀ™à,ħ´€ħ!ÜŸçJÑ&âèÀıHN*›ğXE+›Ùí‰_1#ĉÚ¸+U>Ù,ċcs¸›ÀĦ&í×6ûĵ¸œ#s¸áñôüŞœŒwdç'¨=)Ż1šœç€¤}3HŬğE0$.j íğ÷€&v)òĥÒxôDeJ1#½HĈ6<óŝyİ” …oĊqE”nšp,Ìî:bĞD`î'''ƒI-GÎİî*[tŬ1“ÀÍWB‘rÒá"}ˎ0 ’ît¨QÁïèj5’@Á`oSğw°çùĠ;¨ö³1pXž@<Ó[…aXX+9.3½êı½ê‘HFĝË9ÁĞ1$—0‘!gt‚xċúSVĞ;+ù@1Ó4ñrâ<—È<`óSd$<›ŸƒÉGŒġÁ)€é" ‰6íCïžj4ċĥŒä  sŒS™Lgi#iĜ, ÎpJŽĝéN>k.àŒW8Èè²<rZnŭÓ.áÈ#úûTšn“>£!-–3÷[ ä~œÑk™4ûËk[ƒċÊĥáĥɑÁÛÜdtĉ¨ZĈÁ2ìr”=ikmEİŞX€b”ÇŻÖ˜ÒyLŞ@#ŽAÇ#üú£mĈ•‡;BêPĉ#ĝı¨e„E 6àQF<‘ÏOi|[2wĜĴòĈ÷¤ä8#˙­K*ĖZ!ó‰ġmn\}>´×W$9ï“ĊPÁ[jœçNižb²àG&“#uf,#b:(Ï4ï7‚ĦTòqĊÙċòĥ¸\–íÏàÍ,y g˙×Ĥ>ƒ.Œ~_.]€ù~líüşUpеCI·CKqî :ÔŞÌžXyÏO˙U1Ħò<ÒOä6[aázt˙ëTéuϝYğŝó eËLcfC…PÌsïQJÊYP()LÌ[,zñLxóĵdúSó<½ĵĦĉĴÁäÛ^¸uü}İġ7‰d‘€jO½3`Úю\îç­!Œ*ÛıäQş’d– ‘âP#ĈáĜu#¸÷¨Ù&XÈ8ÈÍÑhâ6yĊŬϵ%ı &ċU{Œ½ít$Œċ\p20}MZħW›OkhŠċfŜ[#=;£§ó¤µ4ş}ĊɊĉv…ÚŜc– nÎkBKX$·^à6|…+ì˙ZİIÌŬU°´ċe+-!9'ĥ3è […‘ajL‘9ċħÓÛ§¸ĞNÂeK—…BÄħĈŒ™Ŝè3ĝ (Ċ‰ì8¨b*ƒ,Rʧ×ùŝ•$âIcVÈmۏÏó¨^D"4‘Œ„á†eäĜ˘q2ÈÊÎq÷:Œ˘Ğeĥƒ÷FA$DgîŭqéĝÔ,ûàŸB1E€aĈî~”Ġ„7,Àz _0Á²ƒŽ*N¨nqZ \Iw¸)Rb“¤žàô’€áb²LËr…vñş<x#óéVŜ(mmÚá¸RB3nßéMFÎċòÛRĦ4ßÚeqı (ÇĥFOċSDĈkgb™BpnQzç=Èëĝ{Ġ§vIZìÌ·0MêtaĜûĠs¸}ò2=)0&YcUùÁùÎjĵò£Ê̟;íŭiôĵ1´ĴIçœsĈ8)Ÿ+“òħĉáiħu2Û ƒ2³›HoċŠÏn òşÉ#4äĴ"59 ŝXœáDlXž9¨°‡Ë BÇ̌+ŽU3‚ÛT…ïŒÒ³§Ż=~´°€ùc>¤P0WUʎž şë Ĉš„qˆXÎĠ p0;ġŞ]˜†^ĊjħÁĵñLàò,EN8êOZ‡ì1+*iŝžŭ˙òĜŽ{3Ñ–i09˙=ê ™#‚6ŒxÜjV˘%ŠÖUŒ‰ĦbĤq˙ר‚ù2€ÊT…ç=ŭéÜ D…—bĜzŒr…}ıÒ$f ™9ü*³ÇmXrÌŬOjh€yO€ÁIè}éwÄ=PÇİ UÎ8 fduícĜŒ{}jX xÓ•ç>ŸMVmƒkİäñŽO½Côí„x÷şço <óïI-Û[Kŝ¨F@ìúŜÔĜÄp/œ`0Dhۅ9äŸÇż­h³´v⠐Ä?ËÁè=;~”ZÄ. €ĥÀ¤ž€ŸÒ Y9_”cۊ‰$”ƒÌh=ÀëL’çÍ#Ĉ˜ċiÜV1Íĵ pßÂOzGŭá!TÎ[§}ıp=Y¸µ’ß ݸĠĈsÚ¸‰g’)_ÉşY‚ġtäl–V,ÒIĈŸîúӜK<ÈŬOûYq<‡;Oŭ2EĥB/öxĈÔ¸ĈîUÀ{c½dÌÈoqƒĈj4èd€dŝ9¤§ó£ ÂóžA#ž‹žÂ„ÇivÀÏÓ„!_(òçÎİ42$“n29>Ġ0—;}Àĉˆ]Ç ÏlÓvà|ȧÜièŬ£È,ĴzìĊ>W"à0N7uü)Ü #Q—äd*6üĜîĈşI˘âˆHÑ0@9”¸ĈZ­hZĜ§gt–k*ŬÛâw;‹’?Ó×ñ¨'ÔŜċ óñ}{SZÇ\Ü\ßYKŞ4OĈBsŝ â³MÌÒ!’3ĉ#m™ŝ÷óÍ Ì¨HSğ8ôU“nÒ{•"ù”ÎâŽ~µ–yی@Îh¸ ˜ÎYˆĈ ÎÚL‚Ş Äq’8Ħ°;Ğż Z[Âò“,­ŒNöÀ5ʲÀderħ€~XËŸËĝĠô ħˆÈxĠĥžĈ Mmœ6Ë@z³˙,ÔĦùÀ)c9Ü$á×½2e3ÄGšDK–ÜÑrû½z*ş ­md×m2˘ ”’yTF ŒT0#8ܽŭĊCQUyZz*ÉİHašFkheŒ‚ÊÏÛ?­8î_ĤX'Ĝb‹`Q‚C*à t=99ü)ÉáиŽaĉ—Œ“–|î'İ9ëVŬ˜îbĜĝaÌ-g&Ħ+n‘ŒĦQÇ~äË5İ…­²L×7Sg³I€?*O@0ĵKkc¤´k’ ’ìO˙Ż˙Ż\Ċāäóa@¨„ †ĴÄ<!;W8<ĉœ­ü'n?ÙG/ÏÑ·#=;SĜ*ÎĠÇİ4öËàœ~”ÒğAÂĉ˜c,§‚qúRBi\áxPöÌêw+íÏ ¤FùÔ˙xœš.2kuYN …ıçp󭁛mC}j8S`GÔZD¤[C)’f•%`J€HŬèāŒ{T7LÂ4$‚‡ĝCîŭqĊP÷!7&ßc—¸B܀¤߁Ş£Ĵ ÜĊĉkƒLŸ¨?ÎĤä•Š”|¨àġŭİ|’¸+ Ü;ç­Kb"6ryϽBzrÙ?Z{2mÇSè(•†ʓÜRı·„ÄÂG“ĉà•'#òWVħĥÙÒi¨9Ŝ¸çӁ[n‰z­n²Çş2 İĈXw>§¸ĤCK1„mÈäqQmt=š+t1‡•'Ä*ŸQĝÓL­66ş¸-}ĝÏ=}(ôħJħݎ# •¸ ŒK{ŒÇüŠ‰˘”pQî6Ò³c°C3Ïfá˜1ùˆP6Ç½v~ħÓwy’Hı\– ~*â†ÎŠwŬ2˜8 çŜıŭoÄwú]'OÛkĵ§˜ç™>˜éJ×`_Óìġ¸Yî/AF%ž1RÇÁ>ßÒµ¨`y˙-%ĥ‘D…)´d)3Ô~?Òıµrmäˆ$zžĠC+– ÉäŒUݸQÜv/p+CpO›‹ óš`>0Ŭpx˘aĉ99 =àRòˆäÛiĴà™-ܓ@ \‚==ı§^ô:I†Aô4&ŒĜsô|­ßÓ֚n6ĥÇû½ˆïïYĜ l‰„d™ÎI˙?΢·!pTcÓŜb°ħĈ9ĉ2òí8İù$}*2›˜ġü)€Ĥ%N¤‚zŜ˜]P0ĈHî)\Yܐäċ‡sŜ´´İ˘’\I —ü(U:{÷ĤĵÀ·7îĉ. Xñü2ÜsÖ´ôëŬ9Nז%óBÊ>óZ#K…ĵ·%ĵ’=¤d˙А)cĜuôŝUKReŽ3ò|çÇĤ;ÓèJR“„; •èCϊ­#ƒ’ÄœMfÙr4PSpÜXŒ·˘ÓSvƒÁ8éŝq@.+Çñpj ×!˜w6!\íİ MÜÊ88# 5 {U’2o^dcÈö­P2Kˆ"ıˆÇ4jè…†EDñA"1ɍ¸UÖä3“Ġ"Ón&xáĥŭäg‘áż^+ fO0y`Ĉƒ gŬĝ˙*'bÈĠ[%‡ĤќŝujĠìaÜnai²2ż1^ŜŜġ*È X¸FĜéöëżĝ•Ï½uzL÷SĈÂò2'ĝ6¨öëÍZĠ]…Ëè‰vŞzàb‰eHay\€ˆ‰ô£rŽuġV6'ħ·†2ÚF2/PÍ÷şŸĈ³d˙\Dˆ!ÛÔ œU”SöÓÀh#Ž ‡ß† œ‚GLšĈ¸tĥ›r#lôgÉžÀ1üÈÙĜŞÁsÇÎ?‘ŞÒIĉH@V8÷¨ħ,—ċUÉúŽĠ‘dq„+“Œ/˙^‰š@ƒËĜŻùĉ˘bÁûS¤íŸÏҌì˜G@jZ¸ŽóÂúµíä’Ċ|Û܍ÈÊŬıÇQï]5ÒĠ’ ZŽĉŜ;¸—r0ÁĊH˙‡i$ó˜Ï ĉ dÓ9eYPáCօnoàğ%lÏ$’Ża¸üŞÌşn [½ìħa³eÏ'Žim°ËĥڜúrŬĊ\’§(¤Ÿ'Ó<úq]f”ĜE%ÜîeJŞdiÛĝœ#ôטÚġô­£¤3éïċĞÙnnROĵ}=+âŜxÒ먲³/ʲg$ ('>§· ô˘BFÓh×Óŝö35ĥNÉ-Ü— Ž¤œ×7öw’4¨ëÛ?‡áQ(Ĝdh€x Ĥş‹hóI\deA}1Pdb§"§Žr³!Ûß ïCÜ É žŝWĵÎWoŬ#Ó½. %–Ó(Ŭ“Žqôé.ĵÛv·râ›Z]XĦ ¤äwÛxàƒƒLfŒ·ˆ\Ì_(b[¸ëÀ¨Ŝê3f ÈW ŸäSCıb-Viía²Kt•Ç \äçħ*ÜÓn)&Ct`S{Qv+Ĵı`Š¨ÜNGĤ²ŠieÄp´Œ8T,qžĵR`Kğp`§$u^•PıîRTƒRd œzS|ÖÎK~U@)b “Ë7½:Lĵ‚ׄlµÄ—ġ^9Á+ÒóÔçĦŻ5ÑI4qdu@NcŒÓƒŠ› u-H°ĵY3Cb7m6C,ÏŜd- \uÇ^çz—û}Żl^Ĉí ŠÔ(*ħFA$€8ï×úĠs$3*[)ap²2!;s“÷sëDàpYTĞ.œŒö=şT5`,ë2]›ŭ÷rwLíÁÀö+KLĠŬĴšÖĉB!’ËóċŽÙÍ4ììÁ”Ż55Š1HĦw‚XÙ8ûÇܞ3VġğK—³´‹Ï·t‡ Ì0cž‡=Ꞩe+X5++ĊxŒ‘ğ(Cœ|T7,é<љ̸üĊ$žO^œ“ĊCĜEi”FNH¤•”…UP0>ïQ`¨ì8RséNT;ÂħĜG94“Hċd-ŠcM# ÔìÖmğË* k¸!8 r>Üö­†ħ´ıÚß,[.7ş[ċ$ àӌ>žġ¤UŬ€çùÛIŜ bžĵT‘E$ÙXħ< ràœ!Ĉvü˜ûÇü˙:šÍKη Ĉ7(brÇÀ F턚°›­HÍ-Ą— Ÿ(÷ÀŝuRÔXËĉܵFĊñÂv€ƒÔžı=ŞŬ­qêPı„´­ċ$œœ àŝQ2‡ÊüŬ{ÌʁdÇ Ċ4(ûǕ_Ô 1²Ĥâ0 >Ül}ǑíHSÑcšĜF^#p€yİÚ´ĥİ8é]RZrÚÔòk6*­–‘9ŜĞó¸#äOŻZƒ3KİûġHĠ[t;‰‘ğùôüš›[ĉ3´¨fĵ‚ âŠYUc„qô \e=U“RûJË£C;F žüÖG‹î#šöÖÜ[ŭŞhr ĥBqŽqïëMÇP9Ñïnîn^($}‚ƒŭӎ½ÑîĴlà6aaP…›%›=HÏN߅KLbk:­µô$Yùħ4Œ7Ċ´l t>ıàVL²ħDŒĥB nsNNì³>ħpÚşItĤTbS;ž‹=1Û[LµKĜeÍÊ$¤µ£fcžü~TžĴŠoErŞÓ]Ï2E%°ŞĴpNÇl~µ‹İŜIäĴċÁ °y{d\œäûvŞz‘sÂúeĠìo˙T\îr6ú9ÉüŞ5эŜ”·ĈYcŽvw(İĵ/ρîG½% 1&³–ÛÌ—(Y'Ŝ˘†UÁ •ĈÏZ‹> iÛéWÓĦžÖk}¤‡BÇ~OÒŞOç v•$lAòq‘ô4ıXŬ9†F 0 çĜfšĝĤx£‘.$$¨$cڞ$žóˀ7ʀí^Š$˙Zwb#‹a,².ÒxġÇ­#…Ŭògo½&û:‹he$ħ‘›!G@1ŸÇšè4 P¤ñË£Á7l'Ħö4âµMôWĥşş–$–;@ÍĉDŸĈŝżJŠ+(QbžhĤ`áĜF¤.väŭ@sO—P4´˙°Üj0YŜÛŭŠÖ̌ŻÖNxġÇzÓÔšuÄ-Ħ–)Ŭċĥìzqž?ŭtôÜ5"MjÂÚMö6+nJÊĊ–ô9ÏOjĉlġ âşó y’yaÑÎFsġ¨rV²Q¨Ïg<’l‚8a uÍEwĴŭ§Á–ÖMY Î6ÚAúÄ~˘÷γ;y5£˘Mc “˘ˆÊé…,…˜lt4–àÌá³íTf=p8ġ­m&Òî2ϜӣÂÌQ\ ËʓŽĝÉŜˆßpfµÄzM팳ĴÓĊ26cû˘7$väcéUġoìë³kŸ.ù§|Îí) cıÏçômî!š~ħ ĴéhÚĴAAù€-É<žçéT"ÔŻ,íà–ÒíÌQ‘ò3pŻ·ž=)^Û †˙XÔ.îZIî rğ>C€AàU1PÀğ&Ży4 ”ù+ŒF8Q°Î£rhm° cîƒŞĥ‡Ŝ\¤~^zóĝĈiĝ~+iPQƒ²Ġ¤BIŽƒñ8§•m-°–vLۘÄ9E7ä7ċ×úU%}fĜXÜj+hË°Á$tQ2}²j)bhehÜaàŭjl߅ôĞ‹›ènœ4v419R>QïŝÑÛjÏ£Z^Ü\ÛäIròl2€FN1¨íWép*½à—JıĄÏ|ûŜŬ~ôhĜ·ûĉ³§o2<ëtĊr"o1B²…Ç>Ŭ=*Ĵ€f˘_Ŭ\ŭ° HŽLfu2y™Èwâ·˘ĉ£fßiµ6fLܘöİÎ;úñúš”´¸\ÂÖ4÷F_>Šr~ä žĝéۓëYvúrÜÊŞ·dg*¨Ês2IÇAӓïéRÓ¸ ilbżK{˘¨²Û‹•çż8'ê Ë}ĴÓD™·.B6zŽß&€İšziĈxëIŬxWL’îGş½ıy|²"Èar+cPĝıŜ.dŽ\K'ŸBc[ßBlhiÖ`³[q<³èҜœzU úMÜv2ġëĉ³Š5HDŒçŒħ~dÖ4/­4ŞÖ0Áw —tƒa½~c“Ï=(è}b-^ÎĜI{¨ĦYWÉhç‚:öüñYÏhš™H"ş‘T&ċ·İÏp8úóE€§ŞĝfûO••íJиĵjp£Ŝ² r†ÚQ‡ĥ‘Ž=k6Ĵ25$ž˜ċHÈ ûÒb;Ù¸3£íÙpkPÖŻ4ë=46”ĥ3ûĥà/é“îi4™,ÂÔy÷Ċĵ#|ûY·`ž£óô¤µÔ$³˙W,}^0ŜżZ‹ët; q{sp›ċ˜ç íÍIĤMl“ݘùDd‰JïĤ2½ûŝcҋŬêĞGŬĥ—ΆO˜9B§'GNıéT{Ò{‚4ċŻít~èĞ08,=JâSsp]€ĥóî@çñ$~´Úh³Áĉ´¤´hü<“³L<ÉrË=G×u \ 7 2ÊRbÁÔm!¸ Ġ6¨Ñü”+nÚďŻOZ@N5™–I„Xĥ†äĦ‘a#vúw­M2=*/%ğYĵñ³ ‰š]Ù  úƒíUtÀğİèzŒ)šk}ÂPĥ“v1íÇ-ŝ‡ĞŬ´ò\4³ÂÓHŒìçíŒ;ĠYˆŽ ò ;ğĞÑ,nSo–Şĉ'NyĉĴë3Kl³››4ERKr@uQêTġö>´ÒiÖÛ@–ÑG `…Š5E'qÒĤÍ;£yf× ĉF£)…G;[×=ŝ•kħEĤêhŠ˘gpàm “ÈP>ïBh–ÀŒŬvŜ-bhíё0Ç9*YA#'Q.ˆ´kqgqϘGÌ=³éY=EvXİê8B’FF:f–ÀiişĠĉ›ròÚ˳Ì?:Ÿ˜}ëıMvò{o=Ú P ŭĤwÀ$ú(?Ħ­bîĴŜ+µ°Š1u+ÜYc ŝâAâ]*âĠ¤KĜ˘mıWĥHúìô{ˆì¤’-EŻA'ĉÀRžĜ*Ú ĥ´;Ĥs…,^VäS¸qŞÉ§6­p\½Ê˜Ż3ä>ç°ĤÛ´[›};RĎٗdĦ#Q€3“Œä8ô¨Ŭ²uWOħ’j6é“ħnYŽHƒÓżS\–˘÷ /ÚĤ2ʆ}ÙéíU;ĜHĴUƒ) ƒGQAbĜÉ$ûÖEÊìP3ż'9éŽ1ŭjŬכvŻ=ĊäryJy=§&š ‚âHÁMс¸ì:~BĦ1¸MûNÂpIĞÊ|RIP‚ ÛÓî³kö}ĥĥéğh\üÇ8÷ä“Y·Vok¨UViP.HéĈİê!í¨Ë$gšQäĈے(ÔfÏ|c"İ$ħ<–îzċp"gŬz ŝxİ⵸v"Á‘ˆ+ağĤAÇÒ É%´ÛĵÒ~}ÙÎ{ç=ê:HHx”Ĥr¸Ïz×Ñċ{mnŜġ"[€ƒw”÷iz`*ijM˙ ½ışU[+†g*ĦFä;žhñîİo´…à‰A%Û]şc#˙ŻŜ´½Ñ&—†tËğ o$–f#6áôüô¤—xÒ$Y™?ÂĊñ‘ïŠjöħš„ŬÂ.Ìdb›ÂžëëT"ĤµĤ6­n!7RÀŸÄ›ëôĴÔ²˜/npĊmÀ’¤rĥ•ÌÍÂ÷···qaär0Ş î{ ϟDZÚÒĝ'œN2ħġ%Û ÀċYÊ6Ô1î#‚Öbİ‹…È*ä@'#Ŝœ<¨Úkaşe%f$ 9ĵqŸZ‹+”T'“ÚžîĤ$U Îğ ŝݞc•T,Jp àU­.Ĉ}Fġ ·á›ĞáGݧğ´½ ,¤‘–yĠOÍ÷Cp:ÖWˆġiYĤ‚YŬ!uWÌÙMÀ}:ŝ•Ğ²Bı›,Ż,öwPÀ’Áċħ[x ÎíÙëÎF}ކö]V=ĥĞr%T·ÈWkwŭz;S‘%½cžjŞ˘y˜Ĉâ1UhĐ!FxwUV9:ùQÛÉäΒmWĜÁĥ·!ħĜûP£Yêú]úBĈâŜ9çÙÓc¸÷­¨n"•ŽUqê§5Ó{­ Ĝ“ubßKċĝżMÙM ‰'T ÔTĜ y•ž&ûXô5ÉjÑjĊäħ@÷P Ï·aBOLô=şSJ/Co#ÚÊò\ĵUĉDàħÏLuĞvÚĦ–ġĦ–!“ˆÎì–ïŸ`Gò4-„hdÖığùàóîwÊñÙĈcBĈDU#ßbF}Ŝ˜ÌLTŜ BŬvÇnBù[?/NÙŞmċ*yEcw1Ï‚<`~ƒE"½ċÁğĵ–rĦLŒNĠj–ÛMışeH£Ë·E'ñI&ĈE-´ĥ³˜î#hŬy*Üè<%Ġ­ûÌ°;ZşâFÈ ĵġçӚ¨§p-xŸĊĞsAÊêĴ ‘ñƒŝísŞ·ÒĦ˜$’†Ú’ÄŠÀ]–mCO1Äê‘Nĕ™Xg‘ÊžÀUhĴîb‰.œÄTgj´€ôŸznïä-,>îÚÒm4]@&ûCħ,ü€“ÉäÖKĉĤIt”2;uİCĦĥ#İG*P£ŞĞ‚‹ OŬ9˙OĈ7Ó9l÷~éd2cßüżĈ€ b ]ĵ×4”,r•VR[iê{TÖožÛ¤û:4{KmŜAÇ8ú˙Zˆ%#™•d(èËĈx­ï =˘‹Ĥ¸eı‡ ¸ÏS÷~ıŞŠWv q#.0X‘·§^ĠsKÒfÔäa(Ĉd•Ê˘•ì/ÚK[Z‚cR7;K‘ÜzzU:,u;‹41!F…›sG"îVé׿aùW_oyáRtµÈĥ1íÜ~˘ lÄî.½á+9-džÉ)‘I Ê;cÖı\ŸG¸Â(x]‡˜„rzô=şĠ5ÊG§# cëĊ˙ +ßşEÓnGëŭj÷mñŠŞĜ=ŭê$ì }Euĵ†K ˜••Ŭ3Ÿ•Pñ³=Şi?xrĜÁô{‘umKm‘ƒú9îGòĤj[Në4a+s&òÏ·µK4lí'ıħŒĵCh9f¸mĞ# )=ñŽž••*ÚFÉċğώ\húS’ îÀ“µvŒ3RZ]Ki)’ äÎ3Á¨ĜdY¤ÍPc>%Ìm˜†[ÛséUèj (#\Jï3Ñ€úÒ£ D‘Ş6íòlÀ‚sí]nƒh’hW–v·–Ó\N‚t#Œ`çüóZAk 3Ñï4ÔŬw‹'jİa–÷ÓŜ¨G^• [p ôo [ZËÚŜ›X…ÉS™6ÙéúĠÓWb‘´ s>+èğCycn3ûÄ\ ×µ´•Ñ)êC˘x­´‹{u·iäöŬ…A“€IïŽĠvïRK­2ËVĈ ¤ŠòĈ:à§B•ÎÀrJŻ¨Ú}şĈKc#F$,´ÀumPÌŜR´ƒċˆGÀ` ĜîOÂığ›i,Ü,ĞċÈ:Ħ ‘ŝ”“ÜĦ,^(ïayÙÖ5l’Ÿx{Š½k0³Ùz‹ıŸpdfI“Óœ}i 3ä˜ù²˜‹'WĤ3œ~‚šħċİÂı\Hġŭ:MŬë3.PĤ7!\lÇMDRDQ‹p2§qܧż;šéԛ‘ĝ€]KÏ*¸e9`ĝ8úµÀŜÈ 1ĈaD't `5gPh‚w•ÀĜûq¸ıŽĤĴ?Út›‘m?Ċ´Œİ˙8Ĵuï} muöYZ£°_´.ĉŠ5Pƒäu=˙gAĞ\YmŠHƒ4G*qŜŞNÌH³ĴkÒkÂÒÙâHU½XŒì*Ó›Kî;ı‚ÜŭêNì â0q~” dgfQ,ĥÍĵR—„™ÂĞe—• äçċĉÇ>”4—r”ò|Ó$HNÜôúÔ 78 “Œž‚†!:(é<ĵŻ—ğîŒîġïĝShİìĉħşK‹wÙ"t8£aş}ôĵ÷Ó=Ċı‰–32çžÒ³5 ³³Z²Mù€ˆ–Ĝ `Ó½[÷•ÀßÈltùtëtŽçféZcßħÏ|Ô֚Žħ§\ [ż³NÜ1Mà0\ġĝV‰8ê‰z,3Ċp †T)ÁÚsŠÍĵ!|GfÈĴĉ<ƒ=ù$֌”`ĝ˘ÊëI½mFŜTXiU`ġŝ´-ċ„Ú%Ùµµ’Ŝo-C4§xX+möĴ›³,렚+u0ùÀˆ”½À~<ÔĥwKuj“`Ĥġ TžVĞ`3d¸³ĵi˘¤rH!$lŝ÷ÏK_Ӈöş’‚!.<ÂĴsĵÊ; 3JIµ`(ĊlĥÌòùlJ•Ùğ÷°<ż§­A;“!¸Ü¤œàêü++XeJn*zĊË -Ġ‘ˆRÊr23Ò²íìş•Ô†èËwA>VFp1Çċ]›2 ŝ&Ôí>Çöf¸Ĝó(8ٜ ġŭ+–ŠÔê“ĴĊ`Ĉ]Ïï1üX=8Ĵgfìw7Żnî4ĝcŠĈĜI Q$„qì?‘Zĉin'/"ää…żô˘£è ıÑk‘<Ú~—u!Ŭ1ÚĴĴĵ7à+ ġb}ZU2€)Ëġ 3íéENEi#Û#ĈĴ†Ú6óğÜžġ,ÓjHIx‰\>Qœ?RJÍ ­ÔñOŠ?:PŠpH>¸éHcpyǵ"‚OŸ( )ġ4(Ëœg½:xŒ2”8Èô9¨èi(h Š×³‚(˘Žĉg™#AÁ­ê3ġ8ÍS $6%ĥ•Ŝëór8‘óÚ¨GIáŬjeı‹OĈôns‚ĞŽžç5Ż]YY…2ÚA5ĸ$A‚}ÏjÚ/Ŭ×Ħs$Ïq¨ÂVœħG1xQƒ/â˙ Ĥ‚+IŸËğ+tÒô`ë褜`t˙J–ï¨ÛŻOİÚ {û{y“;ƒ.ċe>ĵ{Sĵ5·ĥz…ŠÀhŝó›àgÓ<ŝ4ıÑEû)`—M†ïT•Ò v€Àç2) ô睪~ıĞ6·˙d•,m'YU¤òĈqìI;@=)í`7âvšÍLÈŞÌż2g WœŜÉoĦĠ oj—Y× ċhÉ`{vûVX½tÎÒêÛpb0sÉúšĥġ¸[v8ĉ–2c‘Yd(À˜u7ê”:„ía4“jR‰D/ġöŞ]Ëğ£ÎK¸Ş”ž‚H‘/P[H$‹ÎÏÈÄìíïU€ N‚“w€²>A!”ġŒ¸69Ç"¤b)*Á”AÈ#µ*6ĈÎŜÇhEp‹§"Ë ¸üñ‘½ıíUäşt…v£zġëïUqX­J­µvƒğıê>•#œÒ‚YÙ9í@ I@ NzÒPĠĞu&ŒIŽĥŬÔğ-½í½”Ö~x—ĝž“;äñùtô5VyVH-­–Nd’~POĝUj·Ĉ—İ[Z4·ÀÒÜà˜ŽFqԎġŸ<òÜJÒÍ#HìrYŽsG6– ĤšÖ׺zAó$ċ702|êH+&êÈYO)ĠVVVA²éX¸vŭ³ÇĠ£Ġ!ĥž×ĴÑĊi4R Ráċ]Ç<ŝŒvúVlĈk9ɅŜ=É·rħù†9ż#P×Q˘•ÀC¸Ÿtg§9ŝuê˘Û͊a*íÜ8ĈOŻżI;06ü+}:ßÉfòI*mÜNw*y9ô?Ö°uĞ{£{-ԊͲ‡zöŭ1Tïʁ§’KT²‘Ĝ¤lLkžçôüj,‰ ‡|Šmċ'ëP!n€r=i´†tĥŸi ól‰Âî0°$äûûûÖ<Ğ ƒ!}=ëIĊ&Jcb—bş(ĵà“éOŭŸrÊÄGıTeN@*ïD2ĵĴ'ÊŞ@Ĉ~żSQԌJQրzw§IÄ@‘JŸC@ *GzmP’ÄÈc‘J°àö5¨ éI@U‹)š•) LǀŽı˙Ż@½žsyF"Dàv#ëïU}Žj·³tĤ÷ŝ”’¸żÀL|§v?֝}ĤÌ 2Ç41q6Èa“Î?Ïjih#9C1ùA$sĊt67b-)í—róm_$ä‘ÏŜ'·˙ވğ0gIĤFtí6I'ÊYÙZMÁ}3QÔdĠ琈ĥ´„;*ò2 Ž=ħŠÖz+ íí¤ƒPX." ç˘ı#’8éßXşÒĉY`NÊÀá@äŸÓġĴ”n†[Ñ'‡NUG0Ŝn¤ċ\àŸİÈĊ[Ö54Ô­–ŬÛdÂ@›b'Ë`O 2~•jÉXfâ·¸x_ï#}+WMş´ĥdK‹w8_œ†ùXƒÄwĊBÑê ÊıĜ.dòŝĉ´g2Ŝ”€fÀ[Ë'1ÄîÏÊ ĊJÑÉg`à núQa:ü66ó~ážá ?/§>ġ]µ{Ħ –FħÄùV1¸óž½jÔ­*D÷…ĥWwÉÊĦsŽŭ¨’Š(˜Í˒w}áŸ˙ġİ]°öXċœyrJʊ$ÓU­;GżòoˆUqòIğ9ġéBµÀŬmÎ+³™Ÿ`A†>N9';5:9CK`QCGZH9:SqTZcfklk@Pv~th}`ikg˙À@!˙Ú ?Ż+ázŠ`“ d;ça`3šÊËzݝsé¸sM–5•üż%#‚.7†o§­1lfùNUœ#mSÏ*ßÚĉòTq †úĠV@WuBĤD`9ĈŜ>ôÉch².ŒÓ¸È‰ùyïJl' OZ`J#A6rù.qĝûôŭjKk§ĥÎ֐!ä…r§>ı"¸Ĝß16Bĵ²0%ۖ\ġ÷­%ĠŻ!„E ‘0<ÂıÀôúSܤfHï,Ĵû˜’rNzšĥ÷’–í„xĜ²‘’\ó×súRb½Ë6“O, kFѲüѲ( 3Ï=UÖ@žD{JU۞ùúóBħPşÌiÒAêOóŝ{Ò·bSc&NàxvĤÄĈĜŽ}E!}Gë@u.E,-IQJ€y^’>osÚ ,² Ü9ŻżÖ“W`÷%‚ĉ;p†N2ôjĜ…ukÔ+e îŭ;óĝQÓw½Êş–Ÿœa•d2˜·˜r[ӏJeċǑ{ Ì`(,%1ĞîUɔu‰ K‡„ÛÄûœg¨!òx?†ZŻ hŽv2Ş´cpÜß{Ĝzš‚è̌$–'˘d 1Û§5DZş†È #Œ3zU41†?- ’2:œž˙ĤD²ï}i&+’…UŜ& ˙-7$÷ÇĤi$̌íÄ(NQ=ú~TlFŽ„‘u–$fQ0Ïá[rŬá/O@OL“Ÿlš†R1/'òç‘ĦÛ3c&fúñè+=⸐rv'§Ö„ġ"çIg¤ÚÂñÎ%g|d~VOiĤ ÔܤĴA˙,ÑĴƒŭĦšİ%żÙFağx²pQ½>ž£ó˘2²Ċîċó˘’àŽ6Úe‡ĉ½xê8Ğiw‘GÈnž´Ü´ı7°£3Z•ó6ı$ "ŞC%҃ñ4ŒÊSo|˙žÔÓ×@-]]§È™Mĉ@­ÁP{Öfµ¨XÄŞ–Á&ŸÒc„ŜĤ­;‰+o+ŬJ7z0ŻÚZÇ5°[uˆLxfšLd˙²)4$k2ìû@İ D–¨ħÛ³ÈĜvŻr~•Û³8ÚŞĞÓŻ?ST†:êÔ Ŝ#´ Ċúšš6T²…ïÇÌ)v4l²K€Tc<ú{ -a3–LqԓڙCĉ…!U* ŒŭўԎ ĈY‚!‡Z ˆŬ eÌyvĤ*™$TXàfÄO›}Ħ•Ġ€C‚@ëVìón|ɔùÄŝ”ž[’_Ú[ĵfI#dİŻJŽ{ˆƒ[ùpĉĥAû¤sÛü*´ĉ5m5b£Ê–ú|òŞ &Ï22à‚xŝ}½Ğ%-$‚ÛíOŒ/|2œÒ-L‰$¸h˘— U¸ÀÏùçúÔ ueŸfċeûüĉĤî÷d˘Ç‘$‰M#¨oĜóӌ{ …à/™MIòĵÙ˙ŸJ­FAĉ¸bÄî%v’}*VˆİäİSÔİÎÚm§mnúy·œ¸u›ċ`½0zsŜ§ĵıË°’99Á+ƒŝ#ùÔ= z!ïäM6̊ÍıTäm ˜ç× ΋䂗* 'Ëó‘ÏO~Ġ/TC°Ü‹Dh‹ò܅ q•<çÎ*xġóL›ÙbPpñ‰=Bäİİ rĈûä‘ÎEwr&„OŻ9Ċ\uL/r R÷N#ċ”6ΘÚ>żJ.4Ğ”c*¨Žu?+˘áX9÷=y§ÚŬ>\Ñ,Sv`0ġ•zŒnŸ÷òJ@Áb@ÚzŝXĦ-FgŜ]É)2Èñô¨˘TÈîŞç¨Vú֛ ,Ëvgwi£SıÚƒhÈ·4ħZ›”f¨o™ÙcôzQp5Y†Üœ­VtG˜ä>ùëíJÂDĤ?$—Ŝ$|c,¸Àô¨ÙĈG˜ğ ç'ÓéEÇıë7“°.Wİ;şVròüP€O•ŽâҞ‹(ÚFï֘Ëâß˄ĤóŽı=Ş˘[ ;ÉJ Ör…'Ž€ÒÄë-Ôf8Ġp x$sŭ(CEû›­ÖĈ<"îŝééS$k%Ĵ›˜ò7zÒ{ĥ ·ğ½G•]ŠÜ8‘A }~µŒÎ’*Ÿ›s>zr; ornŜ…+‡mŜHpÊ­’Gñ˙WġĤÍs,Êı!F?€ħö˜ĊµšF“?(ÏÊ£úġŞÊĝÎ̜ġŞ\u„ŬÉq“S¤jèc¸l ô8ôúÓnÈFĞ’]†ċF>÷ùŝ”˘@¨Ŭg=;RßpèKóĴ n9I(„ç·JĴe€ɒ =ÈçóÀü¨ĥ…^êÄñÛ-̑,LÌŝY, û¸nj7Ċ!…È|6vîçÛŜ˘ÎÄ=„–tˆĞ)•ġ+÷ô?‰§ùS‹u°ÚIƒž=OҎ[D-aÑOċ$@ww/@{ŭ)`ı(Ĉ@Ĉ6RB–Ĉ1ÜŻûROŬzÑí/G“9S/'ä8zƒß·ċZÒ[dV,ĜyZµİhçġy$UĦ Ğç°éŭ+&IfÔî”(Ufà’p:u4ÒêċşlÚ\H°Ċçiîò4ۖŽi4R7ż0˙=hnêèwş[˜"žhÔ0än+ŽOıĞÚ]µ²4˘BùBĴÙƒ×éB}Ŝ1 ŬüLGOŝ½I1ùÓn˜m&FTLuš†IâĴ‚Hnž†€*È­ aċĈÇċç%ôßħı@Äw‘ùSQ>ŝv†Ċ]>JCğ éC+´…² QŸ_½NKŒ&;şœP„I…›Y÷‹œzÒÈğO()*ĵ P0bÒfUG=ħH/\B-óĥ<`1ë˙êë@ĈĴĴNĴ^F<.xQïġ¨ä9Ì óħÀêUÉ =1ž”G¸8e+Ï=8ĉ­ –Ŭ£ßĥ`pÜo^vƒ×ƒÖŸ4hK w2"2F 9¤Á’L°ĊOĉLdŒñô#ôŞÊpĴyäRZˆXĜî Œ•ìzUİ-ŜT‰ÄŠĈRN:Š@>=öіáY¸ ÙJĴ$o=˜c pxšqwe˜ĥÄĊ˜äê9ÀöšŜ^K ĜÄäüÙ9úŭj,&E Hn#*K7ñ}ħW­$O2CnŻY‹|˟CëĝQfÀiżh2÷Fko’@Û’IÇ^XÓäÍ˜Ċi%ÜMòĞĈ@#Ĥ~S~••Ĵ‚Ĉ—ö\3¨ßlɑTŞ°56Ĥc°³3Np¸áIÚO*”-Ğ)#‹]NôFıT'€NvÇÚ·mĴà·O-+×çÁĉéĦ,Żsq$7F(UTĠ#=OlĠ1™Ż“3ni‚çœ:Ĉ’H-ċ ċĵFO§ŜĴ$öŝ`‰By 3–ħ˙ġTÚÎV[‘Ĵ¨Ş˔Ĝ'™çî\Ç #8şgëT; äK*7ÉĉêHÉTİoĥ07#Œ˘àŝt6+‚ĴHI‚ääÂ˘‘ü…Âç-ÂäœFà6ŜÔG#l`p£İçµ%Äal ŭ¨ ‚GlI÷İöù3h€ àŸÖ—0„ŒÍ$…ۜ—,žâV-ŞAüñL^aĉġbXž•­·—EééœS°ŜÇuAÉôúP™’Ve*Ÿ $J“Ôĉ•bf *’q Mk·n1ŸSŜ &8ž&PIÇÌ3ÈlÓ¸ÇmóB€U{œœPÖÄ)wĜw5(‘:ä!J‰;‡ù4†F Ì­ħ˜?ҝş˜ÍÁïԊ]êàıƒÍb—.Ş[ŸñĦÈÁٜtöüjoal1‰È~ĵĠˆ/f€İŽRŽTŻLŭħĊ;h?CjKKKo³™˘šAµüÄßĠ—gĥ ?\ŠsÀn/Rġ->X *ĦÜ ÷ëĝbİÇF‚Ĉçˆ$шŠîÈ)h÷#£)ÉôCW½żĠfŽĉèĥÉIXá@ïŠkРێĊ-Bĥ˘íz“ëÏ44†$V‘v“À§zÖ>dŒ’ĵ€¤ċ‘wgjž™ġ¨o#Ž y6›FáÈäŽGòވÑV[˜¤Üb•£ŒĦŽŸGsÙˆ.ùX>7sŸNĜŝu-]Šö–ûçŝ:ġéêOœèŝĈK…-ó`µ3z‡çhöSHC‰Ï Ô;È\€{güñM `6Ò ŻœR ždôCŻ¤mH°ÇĦ ŝ5NHÈèÒ`$~ĵġÇéHCEŽrNy¤ŽMÁñı‰'4Ó&xɈo"Œpàĉ —AŠÎF>ŜÔ˜É#/µ?FIİî ı8<‘Ċ0! BàcŻ^ôe„Ħƒ`zúP€µ×ĈäÜ|ÊA Ŝž˘Ğyò–’IÎìw  ƒğvÔF9ÏÒ¤šë1ċ­#ÚO\`ĉĤڈĴ$1à‚p@?çüâ•d\ž­PÄʂ)ë7—!dn@£¨!íÛ&ç#*1Ç#n)IF^sì)11›Ç8>µb7UĜU˜/žĜÀġëG0\ğt V·ħΊ¸ˆ’CĜ0Ç^ñÜwĤErÖV:\",ƒܝĉFéÊôż5˘EXŻ`YîbšáVp¤lŽW!HéÛj{ŬÚĞÏv< €²›óË(>ĠÊè[–ġ[ğG2’H‘×ú}įäÁväKœ“Q~ŒHĞwu=ı ³ 2ı`•Şbîyv£ħ*Ŭ ƒ ö˙i%¸Ċí°ż–ÙÚ˙˙ §)!³‚|ž*ÍL°öü)2Û·mzP…×oCŸÒ˘ót } vb£ C)V8 £ š”8 6ıñŸ­El—{’(•Ì“3dmżŜÏĦUېܰ皲88ïéS[Gż*:ži”‹6ÒĀšNF0x§ğ·k…n2;ç¨5X’Ŝ 2üۘ`=~ĤİŜDÉ2v<€sŠ ˆ’~\w½@pÏ>ôîá’5Ip:ààÔë™Ó*Ş9Ŭ#g<ŒSVcEvgnT/n8Í=fevŝ§êjDBC¸f$qÔÑ êA)ƒ$D~ô¨T>‡‚j4ċĥŒä `†ƒıÀßJò?—YwŞNz~ż°e°š;idˆc}Ž3€ĜïÏjİk@p‚lĥvçü8Ħ&· M%SËĉ|Oïšl’ùnWqNċ秵 6Ĵ.ôe ͞XqéÇÒ˘–†êêU§’3˙×İĝĥ—Ċg’6ıːCž:cµ¨-|¤‹÷¤üÄġÇŻÓm¨~éûĜúóMbKdž?:c6ќ=)`p}ı4ŸaŽ\’Áì c§ùŝTy›Žv6Ġê@ïFÔdÒy8p $÷ìxİíÁĤIÀ£qô#ıò61Ü^Lpsœ…WÚĦWsí4-DDrX(ëíR‚Ê#žIéT4K3ÜKta–ÚN< ġŞEş„dž18Ŭ—␄Ù-:À dÏùÔS2´ˆĦBŽ§€%?0Ëu8Ċ#B€fU>ôìÉ´r(äÍX·uV`0çzû~F˜""‚fbGʃ’=i +F 3g;‡òúÒTĞnö"˘Â–ĈqÇëI2K exlÀaŒŽ˙ZŒ£ÄG›ä|ıĦŸdhўlĈLŽXÓmÎ;7;Ġ\˘ġ¤Ĥë͉˒W9Îx8üjŬ„QÉba Ğ6‘’ŽÇJH.£sĤÏ2$d4k6ÒğżúúšÒv·–<´hw¨e”Uö⚒oB™ŸĴ-À³(ŒÊë;÷6z½D–Ê#„>ѵDˆCp: öéŝEh+ݘ  ä•ííTĤPìĒ{qQ!2 ó!„fUnĵŭió´“ %ÀPq°ö÷¨W iڒ3>ï˜`;öĊ$FA"HÊÎǀ ä vúU ´Êĝ‰jigknŭ)Ĉs† =3MXAvö”„$Ħ·d6âx zTĜÊ“P1Ljĉ‘ÔšTœ³œšŠeÈX—ŒĥsĝTM !fl2ž~´ ĤuXĈÒ:óO82`äÁÀÉĤ>…´¸–A%Šn'ÇÒĞù‰$lV¤p~P}Şl DXyùr?L,^E<œJ`< í#Ĝ҄f9dÛ4]?“ò` ­ŽJóUeaä1HOȘġj°|°9\}ÒCëMŒlNÎKy`ó´ġĤJbqħbtcÓ֐?Ċûː3ô¤(ĦK6ç nêżOZ. ”ĈÖŞNYÎúâĦŽÒpQ] àM"IÊy?3ıÂ`ŭîkDi“ItA2òÉ:Ÿ^E =+èK‹\Ì[™ĠF3 ùžŸŝŞĵ%½ƒÄ–ÒCƒŸ˜gqúƒÖš]KQĥBġ ċ•–òÔ³DxĜBñùr:–Ú -É%äéƒğƒŽ?ĊŒŸÄUnI Ú2JĦYĵ½£c2ŽGŻY£î 0%(Q–ÁÂ{Uk‰ÈÇpg'íïLí!iċ,Ù<àçŽ8éïN6ñ˘Á‰ÈÏùR˘›@Œó]CŜ~PÌMbĵN‡nrG˘œšm%°ˆĠv·+ϸĉ§Ž)dpħ¨ŬÛ8ŝµ i.wŬÓ *ü[Gs@ÇîŒZ’~ëdüżNÚĉ0|ÁŸ ŭúädx=úSÜĊ 8O(v‰ŝtĴĴc\@ÀlÇ:ĠáۘÙPŜcmÊHçíôĤĠŜĊ[½9ícŽ2Îä)ĉŞó*Ş@\Ğߖi!Çi$Q7Ú!ŬŸFZ…G•(ÈĈ>ô7œÍU*0ù†94ˆÄŽqR€›ĉĜۊ`…IÍU‘#``‚ÜäôÇ˙šĠLƒŒġjqğxĜcvĠmĜö'Ö¨ FWĥġ*i‡ĉ~·¨b"Ğs°.F0<•QéĊ4šry„#Ĉ%ĜNâïŭ)²_ËkpÌ dċ€ s‘ŒÓĜa+˙hH$‘ÊŞĠ\żZܲĥ•Ĵ"šĜ+Áİ½ kqÔFKÄı›ìñĴŒ¸Y6ŻÊ?§QPΗ IátÏ˘Ġ´S2ŻmgY`i×Êì@£…\ž¤qœŸÖ´ /olÑħ²3vÉ F;ôħ%;ıœ{†À ¸çôŞé#véžÔ˜‰<ÄQ=Z„Ê\ç€:b€›–PJo ĈĜĉ•‚JÄ"Œr<“ž™ïÍÑu JÒH‹,2܌•C°rp+‰ĵgYÛ!-Î]À­TĥTnfÜXœûĉ,x<€ÜÖbc*îQžqòŻژà(,sÁÇlgüĉ'8ÁÇá@fòÎ×l‚‚ÌŻĵĥŜ§ÎŽ¤È‰$aFyä~tu‹ŬÄÂJ$Œ"3ŬïŒOà+@ĤŻo",Œém8 ƒ ‚ĥ*ĴúŬBÈÁ&ùé’7P8?ì˙*­goĦ›Ëdü§#ċİĥƒìrħúcëYÒ7 €y‘qӟj"ġÎh¸îŒ•ġÀ$~5·˜Û›’x€‘2ĥà=p8İġvHŝñÚ[hÉÈÏ1•"$ç×ÚRŜlgĥ&!Û÷/ÊiIù[ê9ĥ¨FĈU.U À ñÍKH[lñĤ#sŸ;2ÛCO,†8# Ĝgé[/wĉFŒÇ—çd~ż*¤R*ÚËuÉ´…ħn²€rûߐÍi_,öÖC홌2§sÁϵ4Q{h.!ks}FqÎ=Ç·fÛÎñC'ȲKÉ*“ǘzñöŞ Ğ&ŭŞğqêÀr~´Ĝâvpğy<àÔ|ƒĉeó…ĤBÎV€ż:°Q†íš]ğ¨ǞÔ0=VˆÛéĉ_.(Ŝîqŝ5ÊÉdU>ĈàzhĠÄÌé÷oùÙ{ àhàaYĜD˘ÎŻÓR~”Öàvz~”°ŞÀœÁËoÚü?^ıüY@Ӓšà“Ù9ġĞ“ĥƒ2ômìĥïf×.ìÒ•—€py$ÂşíÒ0AË˙½Š@qŜ4ğK[˜Z³ ¤`Ħ?Ÿé\¤Ó<Ïçİ´Ú6šÛÔäsJQ6‡ÉĴÄ@ĝĈr=ŽġĤħód·“ĜPÍ á‚cŻ كú@ {àûӋœôĈOZvè#Á 3èjHŬPü½(H#$‡ûŞÄ°Ö˜šÑbچ;pF¤ŸİëZĤC E&2ZÌ°²>d›vç·Nj{İŻŻŸĤ§gbÚzœT=À­(îü)£‘ÉĦ"• Ç ÷6“ğ‘è1@§ ĥqëœÒHT§³ßҐĈĞcÛµ†ġÄH€ïž½0jϗU2ŬôVc“R2ĠŒ\^˘Îd̄((àۜv­ĤÚDĦVw†ó0zuäŝ•ĴK3­-ínm¤vFy÷rĊÀ·Ŝ÷Ï5 ŬĦŠ5—ĉ ÇoÏ*ħ'ÛŞşVè~ìo53ƒ‚FÓÓÚ³fPÈTäÒ³êK)<0ÇİíR–e^J‘ìÙ¤"=›”>pzcµFßx‚4Ä)@1L0;†¨ bĴ_O·Ô'X§¸Ur>U'ŸÀVˆCQŭ†˜óùO;Dı$žO:q\[ù²1‘= ”ĵ„Xeami Œ…É ġ⢠Ż…E#ŽOcIЊލ„ Ĵ;ԍn'ˆŭ›~ }Ğŭy¤µ§˘é÷ŻKjĥ΅‚ħ~¸Çùé]j: Œù0GpÜòĈĠ¨äġ­c êjĜKu*ıı)ëV4“Ñ[##85/} ™QrÄ;šŞuKa¨­pҘÚFÁáÇ_N´€Á·Ó-üC¨Osm›cû¸8,£ŝZŻjÈ×t6ÊGl%T–@¤‚x“ÛœÓi ˜0 G1·ÊC`ç²úÔbFYrİĈĊd4‹'kDûŭjĵ#y*˜ ġ&šBB¤ĵϘAùHçS¸Á\g“ëMbäú*²ƒ~œS|ġ@À'\ŒúP"°vQ‘œƒé[óä–R~a2“ŸÊİ-@v£g5ĵù…ĥ‘’ŠAä`ŸĈĴ[êÑ*™î‰eÁ)(m§{UÚĊ’é7°Eş…ìùr!ŬŝİİGpâ(á ŞÄ–B ·ž?ièVSvfĵ· Ž ­Q•‰ÎàŻµfÄчX²JĞŠW4ĤVقŸ7r @‡˜™6ùŸw§ZŒ0ıġĊ&!N[İíMÚ #k–pF(ĜƒİèA¨ĵ¤7iU-ŒŽkU ›`Œ„I‚†ıMg]‚ÊO.ßNV}ב0?*Ğ´…ı‘/ˆonrŻŞn;vìĴùYdbĊ N8¨”ı-F–Ó1RĈ³„bĞÔíèin3sCÒî5†2]2FYĦ”dú;WWc[YróÎĚÒî ‰çğ·ĥ M2FH$8ÈMC¨ß›]6[˜N聕ëŸéSbŽXêwڅü‘\FBÄv‰¤gjïJž½Ş£F÷÷R˘EĠ · ާ·¤„Ìù|7ĤÜÊÒʒ;ħÉc!ĤIá]>_½ĉ7÷AsòÒ¸/„´Ċ ($c>a?ÎĦ¸Ò­|;g&£n³Í$ ža†prMu5˜ÂŜê;I˜\Œ…‰7ġĊdx—Z‡ìSIe ʲ’É—VíÇP:Qkn;œô·÷w×Mv$?kBŝ_ÜQÉÏo7ŒtĤHc‘K$‘Ÿ÷YÚqÀ÷ïEî5~ĤöĉÜ["Ğ.aà?ìÀġDÓlÒo-ï–â(ĜLĈŭÙëŸċM-@ŻŻÜiÖ6³[$ÒùÌL;‘ÓqbsïXڊϤ%şŭĦ%ßŬâUxíê2IŽÔ7Ô-‰5ë4q_YÜÈ#ÜÀ>ġ?c}‚ċí˘ı1–I:7gœvúT8´iâbŻ×œ2àŝF‘ĥù ƒ‚:Z€¸äM>9d3. '°ĤÂGGœġĉ˘ğRf$d)Ö7 <ñM!*`‚ĴİÄTòŬèVÇ\X ߍfßj7–“ĈDB'!C³òO Í$“ÜW$ѵC¨Äĉ@ħÈżu‚@8äġ…âfı½ûD3I€ŒċHÚ¤ç˜÷˘Ö9¸4ğĤ‚S +B +.7Ħġçŝ*Îİcq˘x~‘ai'—rÊ£-FO˙]O+Z‹ŭ óĜ=Ĵá¤;ƒFùċNyÔj³ħ #àuúÔĥQĦÚZé&#Ŭ:îYCıX1Ĥ:~š³\ı˜€W|ŽûJàçƒ×'G½=ÄoÜ]Ĥ Ğl³Â-e-d-4ûœôùˆ<˙*ÖNž‘Goa Èñ1óZfËÓŸŝŞİˆÜ%…ÁŽâUš5†L+9lŒŝ]{Ó ´ŠĞw%ş“3Ë+;’Ê b9ŻÊŞ;XKP1 É <ġQĝ Ĵw.µbĈN0ә‚Ħ<™Ñ1Wf^÷i.ŠL7rĤ`{ç·½7Ä\Kµ×5S š™m­Ŭ4¤íi]şq}CPO£^Ċ2À-%'‘„\¨ “Í&“Ĝh‚˙NݸŽâ4ì]ËzgŜħbşc"ĞP[İ ‹wab}@HcBR—+éêMQmÈ[<ëéGQ–ÁĈ8&H9? ;ßlîĦĥŽîÜ+.Z-Û¤fÇŻ@ì+ĤŜ€ŭï˜+Ğs;˜!çŠök[‰YçË"-ŽxÏnĠ…sĦÍmq䘚ßÍáeˆ;nçÑz~4¤ÎîÂÙlìq„…Ay=ÔÖ>f›R9o—Îʀ=jÔ£.äkâiˆĵ²XcQóË6{?ÏOTÔ5 {ŒùÏ3E—•bòÀlŒOQŒ}Ş´°ÎBòYoaŽâîŭdnTFI,¸tŝµ}µ)ĤzÚUñ>Ö÷•6‚¸öÈ5Ÿp0²;y>µjĈÖÚ}ĈêèA†^£9^r ΒW`F–âK‰|°ÒAY˜ü§nzóž8­>Úê YÙó!+yЍ˜ıġÜ:vüiĊ,š‘Óċ·˙H2DĊ÷ E^ONŻgۚ÷>Q 9HœŒQĜŠmŬ…Í”×ĴíħoĥŝäF!·€uŞvž#ĵħ°´•~Ë„8gîzöϝ;ëp3ġr{ûé.d‰62Öì“ğ2xÏ­6ĉĈFĉ‚ŭÂùm*B%cÇ͜Ž:~bŞ÷Ñí3—M wSŬÏ·ÌÛŜÇlœġ˙Ô_ Kpİ4šĴä•ÉÉ=˙‹]nF·¤É˘,"ĵ’yHŬµĜíQŒçż=k6ÖĈ3|İ+KÈFL6;Nĉ“€÷–mċ+|²7É # ıĈH˙[ğ2ˆîS$[rË ;³éúÔÛP(óıÇlӕ°*@ŬÓĵ?y6dÛ9¸Àü+µÔŜÑ£šîöċq1úMtFéżj YbY #qc’9ô&­`Òo¸XÀÖŻ5X.Á,Úî2ĦvQŽ§°ĴkTĠž9˙´ –ìFÙ\Ïċr}GL~4YŒKbQ|m’eŽ9B—6€n)Êîç$~´ë+ĞZȲë³$–Š@7 üŝ?€˘÷_ jŞ˘µ3!'k£¸zjƒi·ŠOˆùèBçë;1ìVٙĥ!êp âžd–‚Û˙x2 9íKaôŬEíïwÊ#•$ùd İż…nĝZŠÛQµ[à’Ù`Ĉ?…”°${}ÑúĠ§d+:ݲ7X&ĜŽKÏĥ “NԖÒٕßh,¸ÙŒ`OnO'󤝞ƒ,ê^*½½‰ ù"x@ SÛòĴȍ´ŒèË)Ü1Ì>SÛ>Ô7p°³ĜËÙĉFìA,ŠÙ)Žp}ê§'ŜĞ(ÛK†2ŒċÜ:óR#A:J×:ÏËêñ…öïÏҀ+ç‚*äqµĠ„$Ñ˘Û(Ĝ¸œ’={ç>ÔVhÚ nğ]zŒĠŭx­î<Ùn0Ĵı‰ÓrÈżĊĝ℉ġ“myzşky×lĴÎcHœ˙*ż›Ĥşĥ·NeI˜2Í#ŭô(NF:ĜëëWtĜuŬ0XkV–vWÒÚÇ:ô,Ä!kwûòG̀òÄÁüµˆÀ9äw'֚]„C?†-­˘Ù§ [†9ódmĊG'ä Ż­ÄñIyJ˙hĠb‰aLò'zû Ÿ­RIjM~T1§˘ÏáOÍ4Ĵ#Z´µÓ,žâ;YœHëĉ˜$öÉ^ôÚ\:GNş€(Wi zŒä†8÷ïIÚÀUÔ­- ³°½ˆŜîŬ8sÎztÀü*µĊĵv—0ÏÍğpÑĥ°ŻŻ˙Z³vLfy^NӐ;Ó˘sbœ‚>ažµ;1–îu+ğıÄÓNZT@ŠŭÓú×Rž%–ËIĥf–{™gS· ÈàöéZ)nÀÈ_jıK¸ïċ’E9‘HŭÜ|à:sZú_‰ċw¸7÷MƒŠqW`z éoÈT ŝuÍëRIuöĥ²ÔJIm7ï"@IĈtïƒŭkWĥ‚G?weĦäM‘'‘ĥO•ÂDüuôê+ëğŭ9šÙoˆÛ €§<äCMj ‘6­}§Ÿ&'†"Ş2¨ùğŒ‘Ö³§”Ï;ÊÁC9,BŒj[è4ˆêIBĞ#ĦPÀ9ÚÈÏR1ŠĊNGZ·§ß×P+êšSiŽH²*ĉ'SúĜâŻĝDÜÚK-âÚù–İgm£w xú“R°\Ġo€ÈE‰òòC˙7ĥ+ oŻÓSžö cĉ^ĦĈí ĥ@è:ÑÍĜšŝö+)4İcqq,™}ÀdçŸÌžĉ²'Yc™’pÂAÁÔTÉĥ·˜ıÒÚX!v–#ó•prû=jži4TħD%ñ÷nä€1ŭM!‘ö '”P"IdpT¨çÔëQ2H¤ ùa9=èUiäŠ2͏z:NĈlŒƒıä֗}ainÈŞÉLŭ˘TŜ˙uWúškÌF]ì‘Ëw#ğa<9'ßñëL‰U˜î`£éš]@ґ,#ŝè§`³}ܘúÖ²i´Ĵu[‹+im´3dWLîĥjäÑè“Ş:I<H2ÑĈ›Ñ Ï&šièÀуz–Ÿ$úd‰9ĈċğHÈî l[xĦíä‚ÛW­î‘#íÂ/ĦükHQ=N‰\0H òïYÚ´riÒ -â“Ĝ†_ëTôB5+Ċxm+¤LWĝO§$ÂĊxÑLĜQölá›v‚3˙}cŞÏ¨‰ìÍ´Ĉo06NG z ö÷ĴÊ?j”°;²Cò+ĵ-=ċ‘[‡24xÎÉçuÀ#Ÿz ġÔ‹‹KTı•1ÊÑñ·¤§=ŝƒù×0ŒòĈù ßtp}ˆ”÷wÖ:¨·+s(û<òòëžÄĠĝmmâ‘+xpĵ# Ċn’ĥ˘f7Š^Y> e”íV‘FXúcŻ\­Îµ¨>èĊ̑ĊZ(˜ôĴ¤í°Ò3ó[Ġż³.¤VŬ²eہOÒ˘Îàֆĉke$ĜžÖK{‡]ɵŒiJ÷ÔŒ`ú×WàEµ–âA$Q›ˆ~hÛo̓ÁŝŸ8|BgjMgëzTzĊíµÔîñ÷OĝWCWDtf ;C§ßIäÜÙ!R:¨È#×ċŭTyú Ş‹5Í‘)ç.[ ñŝÎj~É]MüĉĞ_ZEwYÔŒG*}Eq3xx4–ĥàĊ זD9ÚÜà}HŸÖıû¨ZÚîH\dĦ+éŸëXÉu(K4ŽK¸’gÙ0żğïôĜhž&ħ†Ô™­DNĦċž??•84ž˘hÄñ°Ú†¨eAˆ£ &WĉÏë’!Y–žBß@fvîÙ2G·¸&›êŜfĝA`Sp£ÚİċST]’ĥö²–íŒt›"nÌ/ĈÓê–QÈsInġçÏëQ>äšSıv)^nóĴ¤·2éSĈâ@Ï$V#6µÇköŽk4°EŽ=ÇosYĥ÷Ofî|ŭ<+ĝïŠıhîuÍÔÚê5ÔÊÈ]íÀQĝv˘áċû2ŞyŜX@ıÈ=˙ž”Żp)ÑR2TĤŽY#ĈĜ€, ç8¨R˘—`£İ d·rŬÄÎXD›v  Àۜóé@ Fs@Ú7VS†R>†•›.[,yà“ÍjX^Ce+ŜFàÊᕭö°BmŜŸáMğ´Š{%ğµ€Û¨şĵ…·f/>Rj·B6!í­£Á=´ˆ.BâBĵ.}Ç­jhZKhÓ>m·’˜ûBK{míZĈ FK} ëĥòO$r=ϙ0§ñ¤½ĵiµ [;iv‰Ìî½têjۓ#Ç jĥöòßkŬ„`:×5vâŜĉ=^\_$Ĉ—í@ŞGLŽ ‚GR×ĵZ:%@’( :†ëÍ8ñFàaŜE ]ĵžaF·_—’ óž§ç\V ·:“ÈċL˘]Ħ²ŠO1S-Ö4ŠrI‰˜àä¨ÏQĜž´*FÒ-ğ]ÀІĈ1Œž•ž+`\£²ôİÔ5;¸#ĥ!î2ĵ3ÁÍf F)ġĈµ¤ô%”'×!ĥ™áŭ)~ï–Áş6ñġŞPIäÍo7œrCx‰ ^ ëġöéVÚlV,ësÉ}áɚ$‚ĉ<3FyÈİĴë-^Ċ<%5ğħóÄe ԒpGÓŻáIµ{ħ˘Üŝ2[b‘Û"\ P7Êúġ4>5„ıy!G<’IôӘv%ğÔâğÒgĠ4ĝ‰urçg’=k˜³¸Iáışı‘<üċBħGà@é€=jıÒ 5+Ĉ•–0‚5nŒT6ÜqíÇêj(·Á²EA!V ¤z‘À>ĵXħ•‰ì Ċ'½ : sX¸{‰be aFjŠjW i,ku")\4}CÁúv­šb3z҃Ž•™F™Ġ/~òJħBÁŽĵsĝQŠâHeYĜÜuĈjċ&ɲ%ŽĉĜÛ:ËnZcœJġġ"ŞgŽ•-Ĥ2Gàd.£sE0sĈ;ŒRµ´ñH!ŜJ+î\ ö÷úÓc`’+ ÎC@-$Ü"Îà@qBpżJvĦt%ı”Dħ,y;|µÀÛüöŞ€S˘¤bTħÈĞ£Fĥ6œŭÚĥ3òçô”Q@V+ž#ĠĞkxî˘aı–UË?t.?<çĈ %ĥ•œİĉD#RʐÈFy⣳ğOĥF×QĴħ…ĜCìiÜEŬ#S“Oş‘á#€ĥíŒ İüğ♭êżo!L œg†<ž£Ĥjı­BÒU‚ċËyDá •ĜǨĜŜ [;İ­vŒ†v–ÈàçI§„ĠÉ,´uĵŽ9Żċ’gÉŸí\İa ħ›ìî[ȘĈù99*GäAúS’ĵn ””Ë3IÀ,sòŒC;1ŜÌXç9'œÖE_…u[KM&ĉ+‘´_q <`zœñĝÖ>Ğ}Ž [ÍıBċJáPžvÏĤèE [LBMù9Èlc×Ĥ)ħN°E$@ĉE"@~î;ŠŸ0!™q!*r™![ÔŝµGR÷.dÓïWÊğŒO0cò5Ç_WÒŒ*ħ½T­r"W³M˜!n6­Y´ÓÚûÇ"Px·ıĤÄâ2I@ÙsÛß CyFíV­§´Ž<Ûc,ßÀK£ê(Vêi-1ô­‹ :Y,ÀBĴ“Gçş·r0½RW`t>§ĤµœħÁ!ĥ]ß*1ù—ċŝybH£¸y£´!0AÀ,3†ÄnĥjŜħVR;{8´ZÎâF$ĜĴ˜NzdŸz–ûD¸´ˆÈÛB‚;°2=úÔrÜf†‰Ż!7Rû3?—ێè0r}˙ µâ;ÑĴ³€u%×N0ô9Ü?zÒ:GP9KˆZ ™!oĵŒVĴÙD S4›U62îo^ż­ek0)ڒÍ‹BĉDE˜$f6S÷sĠĵU}ĞŜŜÏ´§˜Al†$ž*ĠÉ´É)ì*ıta¸eOÖ¤ˆIrén…F3·8­fğ t–×Q“½\cċäŝ”ċ‘í¤ˆÊ‘[%3ŒŒô?ç½5t-’8î•íÔDĞ–Úî={óU);_AĦGéIHdˆŠÑ’È>˜˙ġÔt÷@Ş„6K ‘èrF?Ï­ ûݏ–ùÁá”4k[&ŽÔ J;PŻ\àúRPE$^^yğĞ@Ŭş•6Ìì¤r\`ƒUè`?Ëˢ+gÇ~„öİf·k9+¨XH:sÇ˙^ÍF'Rx÷­h;5:9CK`QCGZH9:SqTZcfklk@Pv~th}`ikg˙À@!˙Ú ?­,@ù€úÓ<ġÀ%×ç=+ ŸäiÌêvOLg­$ ;ùoqÁ ÍôïTIš"}†@„Ş}ŞÀı}ˆf1Ê+z*­Bŝ[!t!Nq·?ZdÑ4-²E8ô˘"' ġ§3ž}=i&Äò˜Ž_ Ó˙§ëK í#.PòT9úñJ÷ÇF˙¸`6³ÈÀ³°ù—}ÏòĞUĵŽ Í˜Ó€äsôíCIî35ËJċ²ÄÉ=Í\’â 4¸ pHî~bO9ôíùRbıfÖk‰ [eŠ€ce]Ĵ3Ï$pyjĤ´Ù1++ĴJHPı{qŜ„ÇŞÒĞĦ#ÚÈî}ĈçJŝAL[·äîŬĜvŞb[<9ïHF: Ÿç@u-4F²€Ê 2G>çü* Ĝ  d@È˙<Ôµ¨Ct–ên[¨R2 lÇĞ{%u²„˙ Œ?ĝŠ#tŬĈUÔl-ôÉ!’&/ 9"B o|zTww+ ô7Qˆ‘Ñ[pRs•çŒàô§¸ šĊŜJÚ,H^8É'íÖŻâûÊ--ğ4„ƒ']ÇgOQ{°½Éln¤i‚ŭŞ0Ŭž=­ù7_´L²· dáFùÍ8íd !@·˙qÇĦëLINç;29= cŬ‘cÉ1ät?…UóàNĜö‚2iŽĵ}?*zĥ-nJóÛEŝòs…ΐ0ĝ‚Öò¤˜HAÏéI+;™dU—ÄO.Ĝˆĥ…”ĴŒ8g_AèO­eêzĴ×7HäĊ6=żĈ‹²ġĜ½3äzVmŬÖôòÔ x÷¨Ĥ?8$uâ‰YYFÔ*}Û9Ş,´1ş¨ Î03ƒIm.ĉÉċ?I{Ñ°ö¸GC¸ŻB­:âd‘†ŬÇûò7V¤%n ıÈÀ'·½*ĠÚ@é×Ġ•äqK¸ nsÜô˘ÀY´1í9; `6AÉ·żNžf‘ÀpƒƒRÖĦÔ|Ú]ɜ…†!†ÙôŞóÚH×f5V^xVûÀc#>ĵQÔm2x#žH ´o½Á?şèAî~˜Ż­U‚– Ĝʨр@'–öGqCExÜȖTL˜•²ÌqëġŝUHZ4aĠ†ÙAcaËj˜<&8ɒ2§°èi°Ĵ‹'ÊÁXsÉĊ$îş!ràżî§úf›&d,ÄĴJrUžŭ=¨Ĝ ]EóĴħĈ΃*ìı?JךèErÀž$dœsì3Pġ)·sˆĤ˜Úípy2°ù›żùúV|ÎĈBàœ|ĊCž˙ ġ"ú-Ĥ“i ¤ĦžF# ç Àû}+I-Sr’h£›ä–5z0ÍR’Ġm˜.ž žŝxŝ˜ì?Ĵ‚ö(Íu1š9gP#‰°e‡ĉCëÁäU¨ï – èü1àµ\ÖWB½‡ŒÍjT>×#á8ސÉvŠaš&•ÇB¤sï“BzjĉíÈ÷ 0+ĞuƒÍeëz’*ÇhY°CK·…Ŝġ˘w&*ÈĊ.÷“~òDˆĈF{qW­mcžÜ%şÂ’ôfùcŝÈíCìQ~Pŭk6ìî}€Ğè:Ôl+’Û"ĊlĊË!ÂŞŽMFöŽ]pŞ ñŒòİŞCîٔ~ĉ%TQ’ŻëP—ŒŞo”uä~>ġ(Djc(Êò0Ç*1Ŝm —r3QÉÉ…PĜù˘Ž 3)<3˙ZšávĊU‡eîN› ùb3Ú‘É*ǐ7dö¤€ħ ›yíĉ+mRrGĤ Ğv™.ĵٗ1ç–÷ëCĜkcnmJÚÜ#LÇ’Œ£"Ħı™b6ñĊûBċ°ÈWR ÔÚĞšíĜÙ´R{‘oM·+1 ä òHëëŝžĥrZÛ}İñó›\2œóéR–Ĥ&ĴÏ9†ß1&̂ Çzn¸ ğ8+Ġ{uüju½ÉêTŸìòʉI°½™²[˙Ĵ*)aóKT+ò™ úŭ~”Ĉ@%ubĊ³ıvħ=ĊJ”#,Œ‡İS´ÛNÚħh'Ŝ$IC´ñ튞êì$Ğ‘,2rÀŽWüœT>…5d9ŒR,6͵uSĵ ğġġ§iÌ`LN‰ç1l?Î*^¨°Ü‹Hš—ò܅Áçiç?*xġ™c…Süf˘OPı$z•Ë,NP.IĦô¨nnĵèY’}ó¸uÏóŞZÄ/r+]×GÊÁ'vϛĝGġ¸Òn‘š`Ħ.ed@aŝ'Ż5QÚ[[Ŭ37•4B)öîùG qY7¨~ÔàÍ$§€YÈ=*Ô ûĞı&!7™p¤ößç½2%ò'G`ÜÜÖ´Ùb[ǝÙçE|°;Ú23Ĝvĉ– O´†!USËó7' }j4ŠäïU’L| ]û’8_h°"Q”÷nb9,ĵê*6‘úĊÁë‘óŝÇıû3E€`ç$àŝUœŸ{Bn ۈJp‰‹ #ħƒëEĈ_òR( È9ŞħÛ !²(M„›X‘{R –écDÀĦĈMrĉ6ŝ^#]Ç Š™!’Ú"-_œ‚H Ċt ĥžö&›p Œs 3ížĤ˘S0Í üÙ2sÏ~;ԧъïbœÎی!²ˆÇñ>ż$·JwfÀÇ_zĞŸí0‹ ‡Ì2“Ĉ[ċúĠpäĤyäç'4 ìH'=ML¨Ž£{¸8çŸL}hĜŒ*’ÌÀárƒnsŝzÒĴ›Q†>lç$rN hÊ9ċO@sÛÒ¤MÒÂ[p ƒĦnžĵ{ñùRĥš{Ğa.eEŒ–a܇ËÓüÍBD‘HaÜg``rzqïQ­ˆ{²Ĵn)D†D.‘è?ʞ`m’BàîèĦ·qëG*H-aÑÍħħ2î éÇ@})`ı(ĈRĉ6)<Œ zúûRMòè.…Û)moɸ*ÒóÊñŸp}y­yú2.K`IäĠ§rÑÏjÒʋĉ‚ÂAFŬϧOqYO$şÚµ pI8:š¤şħôÈ'µžE‚(ç·Ÿ2é’wmˆÜĦ~aEܕÂĉ§¸D„UäWÎŻéĥĥvÈÒ,…‹.Ö,Ûr_§JWè jW'~|ûÎ:ŸaRFB(ÛòûS.]ĉWÂÀàÔ/."GX$*Œ7ZŻ$lĊ~Ñò!<(9+ĝSMŸÈX+ïn˙…1•bÎâBÁqŒ Ì`@féIˆîÈŞÁBŒœc½*Ü|›pKwĉ€%9ŠŞ#'v9É"–PÂí|ħ’İÀÇùġŞ , œ”}(ûd†·fÙ8n˙ŭ!ħĞ$ ‚ŒÒcò¨úzÔRc­óħĈßëR‘$$`bˆĠ÷nAÊüÙôĞC%·(l ín7Ġ$ÉıÌ΀…ÉêO=ғéÖŽ6…ó&2qÓñüjş„~"’%‰ˆpàT‚ïVZÙ¤H™ddËġà˙ú¨è^Ú3Î×'‘ÔUƒ·œÌwsܝĈ‹1Œ–a²LçôÒ#qvŸcÎ~•$²)<¸nǒ‹'ÚŻZÏ,[œ[ĞÇ’èŬGċKQŽ]<Ì$`<”BğIĵ"à“ŝñéÒ­iÓù 6&ĉ&8Ž”qÔÜUĞm`ĜÔm½ÄašÙ׸*Ê Ÿ^*MRh4û_2}¤cċC–>ƒÖ­E[b’8Äê—Ħ2V2zg;ñö­Û{Hm“ˍ2½~nyİ{Ĝ–Uıžh# Ş ‘í ö=j˘§xŸ ĉ '8b:^GëIn• ”7”§$2Œ“ôÇŝş.-÷”ù<…^22XÔÚV[‰†ßġr€  CpÌżğŒ ô/Î~•v€A)R§`Ü>fÇ_ÇúSÖ /˜ŝ˜\/˙^“Ç XĈ4Sœî ó~u ĥĊĴpÇ G˙ú…€‘BÌÂ6nëÁ“BŞċûâžàT[wfä“ŜĤ'ʕŸË_0.O==ênÄ$bg”î8väçŒb…KË3–( ñïEµ+ȋ!1,OJ‰ŽÖ;rê:zŠ­GĈIPAĈ2×ڕ7M)}ʤġ'€)¤HÊç9§GÈÁQIb2Ħmíä{{x„…œDcnj³(§!yÏ]Ô\c&#•P:ä4Ù UÉ2İúµ(’kvB4EZ>DŞáéíÖ£.Ùbc, wç§Ò˜ÈüĈ<7~Ĥĵ>ĉĜ0z˙ŜYTGaC‘qŭÓÚĤö ;ƒdœÔ^KnÊÑHÉ*ò=iħĜÙx-m€=İ”FŻĉo˜‘Ùí‚qèÙ,ħ4ú‘Ô˘°MŞ bT)pT=0};Urèì.ŜëÓiŒVúÓ ñMÁ¸÷íšċu7½ż’Ëċˆ‹žÂîÖc6ÖÄZ„0³ µw gż>½¨i6.0ÍÀ_ïjɢFInאìıb ş­×ŸSQ_"C˜Ġ#Ûóƒ$ŝ=)Ħ˘œ³Ċ);£ FS§Óñ¨î"ÌHfîĝŬÈöíŝ5 \¤ÁYÎww°F>oŜÇ95`K÷N2Í!uċ%Ï°¤!Qž½@K4Œàƒ·*¸}–AÏÏ´Tc4ì;àŻ–sÎ1@ş\:•.Úİ<1в™Ġᘠäú})yşÇ…Qğı= ÉıX ħ'žj“M"1Œ€Ş†S“PKò€v6ŭî2~ž”ĵÀl‘)"ƒûŒgœÔ²’Áˆ÷ŻR Ĥ2H pi2D· ġôĦµ“Kïş!”çc£ÔUa#´…¤É=wzSu9/ğ žFÑÁúTÒ^8„´ˆïâ9ëQm@Ĥ$(r3׀{P² ‘Á­PTNlv(ĜÀê)u6-_s@ʌ}‘Ç·ı—œç·411ğ#œ{Ôñ8B§fíğŞ‘Œ~żıvñ­JċuqħHMÑ°lzSÏ_ö@¨áı“O´i’áSÎê0HG¨è=êÇb 8•¸ŠâeYÙHÙ¤íàŒgÛĥ*w½/ŞIw ÛÛĵCh ¤÷*·:ğĦġđHéa‰`î¸=sǽ?h2}öçÌ1?Ò’ka.în ,‹7™–Âò3ïU>Ó<ğĜyùÍ+$–Ü6!m÷\|ĝ˙ġU9 ƒžrsLfžÖ8 .>e#Ž£À”J@Ĉ>ı¨·89Ü9¤f;€PçqèW·İ§lŽ27gQ@ ¸n À=†=NϽ9eŒ…'êĈ€)],ı ÏòúîÍDjŜšÂ#íÇ55Ĵ[ŝPp[ıĤQbŜHâ;?=7Šµyh×<ğß9â§ÔC%‰DöİUĜ eûcĤ~Ĥİ]˘+>ö' 9Ċ0„K(Wˤw¨rĵÀ皯 $†UU‹~ÑÍXYšXĈ%Úsó)Xˆ>iPžÇİïQ ËíĈ3Ċ=A ÉàÓÜyd)> ġ˘Á`S(%ĥħQŒœt§çhüÑlŬ´SŒÑa“Çq=‰}m¸çŒg××½-†%ÙyUnWqÀcžƒġü¨µ‚̳%¤ħÚ4ĊJĴoóÂÙ‡÷ˆ=GQUlào2$˜Öağv̜sÏӊ}Efi*Ü3|gî¸GCQĵž[o”F;z <£JÂğǵLc?ß,8'=>˜ŝµˆ°Â$Èڟ*ŒgŻ5?ĞB^¤DkŸ² ’:ÛúPûVÔÀħ¨r~n>b:ç=¨·P,´ò4““ɨaż È^QSž§óŜöÈùbJ`ôŸş)Ŝn[m£Ĥ É\ÇódġaÓËħ~Tú·O˜È&h°g?ĊŜ£!FĉaǧZEÉ| çڏ-sžIéLh’C<·-…›Ÿ˜;˙*rM•óÇ#ž…™Ï5"ĦT4Émc… 7mżçQÍ&ùP1LbI÷Ç=N1MhTœ4ĦN3ġ˘Â"ÂğG*Ş•çÚ§·ŸË KŜ)  !e‘‰82Ĥ5Áç;ëŽÔş U9F ×#ojŒ…-Ž˜“%·šñ/Ëò°ċèHŝµ#Ċ·ÌOĵ8?hÑBd›äŝè=I¤ĥbX `OJĞÜeĞi^èK–bFsœômDŝ[£îœ#ñ€[ë>{…`VUtlİ5³%´RÚyÑS’Ğò9ÇtŞM6RkĦ™ĴÇ/ ¤+Ĵg–ÚONIçßYŠV†/Ŭ_—Ĥхĥ{ŸZµ Š÷N€İ•Ê~™ïĝĠ9Ô;rr1ô¨jâ)2BÀx4ùŒ³fşĜÚF1ïz„™!ò¤ŽÎÌĴT•$dätǽ2Ë"K°³@>•C.˜$ÚÌ"8_ĵĜéQœ }Ni4ŒŒg#Ĥi‹cÎHXĜċ·ġöİ€%01ĝS* ŽĤ”˜Ú¸ÈîM #¸Ŭ sğ9ú ­Ŝ"ĊÔŒi­7!ƒ8U]ğz˙Z~Uù·`uÛÖ¨} iq4ݽZ=ÉŬŽ }EWóħĥ-“ĈA5)l1‚ †'’1´ŭ 4ħ’PFĉÀèhüíû¸4ŞĴpJİ\P²+Hż2€qÔ7jĞ#*“ĥMÛşŒb’aÉQħŽ§=jĈ?vî‘÷qڛ‘Hî ï´òĠğdo-mö>xĉ“w-Nġ\â”Ç€Ä~•#“’>”YÙÙIVg 8îjìn>GŒ)ç F\(_ĵŬ2qW­ì„’‰$!>`|·lô<—@Jċ—µóZ—gW)#ŭĴzzĠ”k{k)bŠ)Wpà0¤Ĵî]­İNŝòd-\ ħ&Eûĵu#Ôsǵ\£Z4Ù̅>w@I,9éËêÓğÊw&6hX3èó9#ƒßUfîœúÔ½ÄN­ü FÌó°€Zİ.àäŒîÏ%7° ´ˆÌì_ĉ$àîÔRˆb‚H'òp´ĴEsá[›u-=Ċ°œá‰ÇVSÛË/œ…͒0[éùÓjÈD Ng?+rF@ÇĤMf!œá@ôÁ¨‚y—ë÷Ïü 4ĦwĦĊ0œJáN=ùĉ(ç—éÓژ§•c†"Ì“µrBÖÂĝ2ċ"0Ĉàp€ċ˙vmĦ“y§Ilâ8ápÌyŸ^ĠQ™FĊ=vïĝRW‰ÖH˘"hƒ鎢£ŒĤù^ŬM/œZ2ŠûUşƒŽiħdZH `ġĠI#G!cRù‹J °G…SÉ÷ݘlR£+´÷>ġC²ŭŭ€‚3OF‹~2{dtİ`#F$~#ڕ³–QÀùG?ç! ´U0ïd=œġíڛ5ìħÊǏ›OŻĜDz­ôÔyo´!‡LĈĥí,ĉ{dM‹ÇqÏ\dçúP–·]H͜Âicˆ—\î@ÈġÏAô¨ĤÓçܲ–Éù›ŞírÚ3Ż —ípÉtžPùjUĈÈïZ +[î*ÊßıÉ ~AÇҙ(O3166{ „1ŬŒ{Ԉ|ĴT21Ĉ3PĞœ’yúÓx˜‹ñŒ&œ[ϛnÑċİä/ozž‰u}qmK=ğ”9bŠP~f¸Ğ…ÚITIyÌ ħoÂİĜ–TÊzäwíR2DSä8_BsYéÔ $†ÑJHr‚8éġ޲3gäc9Ŭŝì†FNymÄÑÇ$7ài t!LŠÙbtjġĜB¤M°`’£'ßëM]á­néŜè`›Œ£=ĥF*ôÚöĤ.GqäĊ‘•”tŽäĠ]A¨ÉqvL÷ms"għ„qw¨ìĴZ8̞TêÄô1œéQĞ@$ğ‘·ñÁ?P|›Ħ‘É­aPT–{Ó˘F\`;‚(v*H wô¨ï¤Î[ú “…QÛçĊŒòJ^Š=:ĞŒ‰ĥô#ŸJ“ ¤`z÷İ`)`Ŭ 銌Œ¨À|{ž(@YŜİnL{?)RĵŽùĤÀ‘³İrŸĊÇjmˆ²c€2-ıÁJ#­kI=ǒĴÖÍ#§Ê>œçôŞE˘+q4×%à_]òD£9>ÌyúÔ2ˆä”nžĉV-̏À?AڙObÔÚ`ıħxÖB"pKŞ6‘ŝŭ+&Ösmk+'Í26ÉFñ€£ŒöàŠd“İ$™ĈOÈ?Ÿ½2)c xb1“Pïq ‘”ƒĈ>µŸÂ˜ ċH’0 H~X•!xôĊ& êŬܤ‰*ÀÇ#1ġ^òĈòÉÌŒİŽğ“;?ZÒJÊ蛙ÒÏó…Ô"Ë ;#,~â³Ôʗhge ׂòİ'‰!ˆ¤¨$™ħ‚3´QêúôíĈ@H,9è<ŝTÖxù0}1I€‘È äİ*=O£˘F'IPħG÷7Ħ*~µQW`v6JBĈÔ­³!fäçqàcÓıüŞÚhz|rG"Û¨hÔŞŸcœŭzšĤú £ĦibÊYy†LIĉÎÄcĉ =¸ÏÓë[¸â“ŽñÄ–J߉‰<ğqÏŻé\„²I3 Û+°˙?ÎĤ[ˆ™ħçe•ÉĊ!EĜvç$ô8Ċ@8Ï^€(x  — ßëқ!>iQœNôÀ ;†ŜÜô§ïTÏ$QèĞc&€Û›ĉâĴȃ?ZXĉhÂç šáBLU7qžëW<´Hò…ÀÉ2äú~µ˘)ĈÍ êÌĵÄl€~ësüŞŝ8¸Œ4¨#•°Bˆ°ïŻJ˘‡ĦÓĝgpŒ;´˜'Û§­ekR[gµœ ċ0Ú0èG'§PIü¨ş!”@Ù`‡béO.ÛĈS`Ï]ŠÍˆlŒJħ ğ'ŻÔ$žñß4ĜCòúGnvûçšL]›g”Ûŝî9;Äq™!*]-Ô|ğ~¸ïĊj“hLÁq+LByĴFU˜ëè*hĤ´‚™ÈFŒŽOùÍNÌExüĝ×w•µdÈÜÊ9Ĥ)àĵ†5D$o,ĝA<~T³I4íEPĜÁ<R?­/ ÎŬġ •‰ıäÇwïGR6ŝ\˘WşŞ}:Vİiv ف&P|éžÛWW9­ëzĈ{}š4ĥw1Ĉ>ûHŬ•;°4ì4ĞĞyiu ċ#sym€¤·\ŻZҍ¤<:ŝ"†Ĉyߋ5Ar‘$~SËuÚGŠ™x$RѨĈr펜à{ÔËQˆ– ç‚*™Ġœžvü[jşuÜÊ?JbFpWz”ÛŻÓL€q’ҀÎVÈSœzŽ´ 1íڀĉž­•#êYXg·jÔvÎ>[?ˆ#KVÀ}ħ‚;€2FíÙé]#hĥóŞİyq‚U@íÓµkídgZépÈ\"òÛagŸççġïQßCm„‰BËÔâRÀŬx4ô#>ጀ £*†[f@ġhŭX/pÜı 1œġe#ġÔ‚ò°éLVÁÇ>ÔÀqÎÓÇ×mE!Ç4ö&P @ÚÚŬÜ2ÍkğËîëòŸk37Ċ/•ŠF¨KòáŠâ^âEw ]Kq…dz–À`,î2ĊħÍX¸Ĝ¨6FċÛİu–ƒ#1ìb˘=œx"—ÉŽ` qÀàÑkµ ™F)Ӂ#È1ìqW´ôĠ.Z4ĵYŜd/ÓŞ$êmcxĦU‘ƒ0$wİJ†Ĉ@8äfĦ½nZ+ŬßÚĜĈdı¸H”ǽUĥ×ì.î%Ž ƒ¤)IGÜ_lúġü¨JàgévÖúġÔúÔQȄ˜ †@@~ñ˙hšÈñ.—gezYm‘VDÊ"6ŜŸxıûĵqCHf0‘Ğ Ccž¤}=i…˙қaàž7t$Y•Û(9…zQUQ—Ŭ,=¨àÊ[:!’Ç ÎEH}2͏ċQ°@-ž€SĦ£Ï<ŭ ^GAï@îb ÙŒWE¤Â?³Lí}9Œq"'O§5QCEy·2?ÎQ|¨pIü¨K€ÄùĞ•ĈÜ+‘Çš­‹.ĴVIf>x— ‚ê>˙àGċYÓ-ŸžL Ĥ?áŽ?o`FQP.zŽ˘ŞLzĞr^k2XÈĝşİ=ϧ´²p6İ÷ŬœÒ>BHê• *‡hlġ4À~d/OnôĦ£,ĜÇŻ4ĴÚŬĊwn“Àáq•aŜ™²G#8g%Žp[[-¸Ëë'ğ,íöPpŜ#³·ÓÌ@Hî%Ŭ°Rnê3m­/e\o;Ħ•?:™­/AđHÄz)l{\Ĵ˙fß˖³v\:ĠÓĵ;{s˜n'6ñŸ›`!³ĝgúvŞP}BĉĠ‡„,mŬžä›Ĥ< …Jğ<‘èñùvzt’ ıÄ*1ôè2ĵúġÄW+iW2)PÛ€éžż•iN÷2[+Úyjäç÷ ‡zv°ÎKWŭûÇu=ÔşĴžjHÇŽ›Xp:#ëXPĵWzĊœNŞ–Ż*¨‰Oġ GĦC6Ÿi;¸DiÜ3÷ ÏÖıßéÖSŬ ı]üĊÄlsÔàßİĤÓ{ÉŜÀö×8m€À'üj´ÌÑ8ÊŬH?ZÉĦ‹%ËĞÇÊs‘üİ…ŒXòÉPiUȘŒœ{U¨£É$·ƒŒQdKÀgôĤ\J¨=z1éIX Ĵ&‘YµÀ@IòÜ:s‘ĝÔ·si駲Ág'šÌ’f ´wĈ*•ş—ÍÊIÈéÏ^Óġ(­ĉ“ψËœl Ĉ?úÔl4[dĥrÌİ$cĝPñÛ­D¤$ “Œ“Ž@Ğ,ٟDˆÄ³*[Ŝ‹œ{˙a\'•6˜ïġèjÂ*›İ– ònÁÇòĤĞ——'%˜ôìÏJ2[,’äĜ°ŞîZ)>FÛÛ#Ò,ï@ğŽğŞ2à3L™TJ7òĉŸ¨ĥœ’x ·ëÛÇoŽ$XtU˘ş{eÑ#‚~bǵµùž˘ħ%şÌĞûçVoöFĴBò!İt—WÀϓ•Qġŭi§¨™ı gL”)赝q ´2-ÓÄìċ'üİır脕Ç[xrÚc²ÜN[Ğ<­ŸÒ£m2ÏD&ö1pÄûÔİjQ$g²Q†I's^$ĠïĴ58"ù6Ó)£@ï¸{~B„ğ—Œe¸{‡tĴŭᴞF?àBĴ7Ä5¸ħ;yŬóóíEâÊWŝ#ĵÔĥž9Ù¸1“ıq‚ ‘ߎ€÷wĥħGŞĊÑ]Z$~aS…d>¤~#ŻŻµ5µĵSvĤĈ xÙešàU6²/!{Œœqï\äĤ{+Ĉ’e¸ŽwV-½v6NyçŻcC`HJŞÍ áäê}‡SÓġŞîĤEID›Ĝ˜?ZÌ™AvÂó֝"2 à ê|€‰N׊‘duçyñ€h~ÈĝP1Œ)ÖñÛ\ÎĈêäÀ¤…Îxô˙˙ӊhM­Ë5ŞĊċĈ‚5 '˙ĠÏĉj)nĉŒÄÊŞĵ†=èÉ'ı™Ë$ĦIĈn#ŒŞóIsĴi!ù™ëŒ˙,ĉ›XäŒsSÄÛĉ^0TÀëPÄ[”\篿Z Í’{秵ż$sĜ p”Ğî:`Ów€á½i|ÎX“Ç'ŜŸ…5&Ö¤“I.A,ĤLl>ëëôËunֈ‹™ÚŜħŭ“$@ÓĵŻµQÜÑ˘êßÚÈòĴ `áwġ>˙J:^µ ĉĠ nó•žúeŽGđ"íÏÊıèzuĞĥ×ìV–6h-n ĴËk—o/ıŝU‰ïEóR¤Ç!"#ÊúzçúU;$"ç‡tÔÔŻ-™–o¸ŝlhуĈvŒäJÎÒ&[K™üèŜ8.^ Ħ6“ŽN=²HĊO-րdHûYJĦäc4Yç?6;Ö[ rÁ¸½A9§ĴäLòM/ +H$!Ġ•‡b0iĦıäUĝ‘}‘İb}]‡Hžî)&‚X]#eGmĜ OŻlÓJáħJ95)ᆽ46¸¤“ŸZrĞ? cœš`9$‘[ï˜9ôôİ‹†.›0ƒ<)ϧ~˙!—¤²6ñĉhänHŜ„nôZ³c¤ §iá²Ĝ2clïP=GżÖŞÀkGá­-äWşĠ" ı?U“HP,‹¨M;²œ€ĊHìÏjj*Âf&ĦmmŒŬ­Êg#TŸj§°a‘PôòÊíÈû܊–Eˆİê{f§p='š‚ŜÀUH€Ż"ĤŸcŜµnm*Äû$d![tƒ]R×S4sWħOc£1[ÖiQ²÷+‘ÏP(ÎŻ*Ñ<ŽÖáATˆŒäóÉíC] ıĠĞ@ÊrÈ5Zk‰ÒàCùBÂNgÔ[]@u¤²›uĈ[O\~5ŞiI77“ĴR¤13ˆömYrħԎ:°È´ëĝ§·ĥĥâYyL¨n{úqùW7ât‹y ¸ÑĠKgğIˆ·=ŝ”dµ?´Aq´hΖ?(l P{tĴÙċgvÜĊ‰9b{ŸZMÜfĴş”ĥú[H°Ì.mvċ p?Ĉ·<7­iÖÚB}˘Ò%’,à[ġ=Îj–öbhMvŝ×UKHÍÀ†j¨qŒàä7÷N1İĴ E­n­£šÒÇìħĦ–Ŭç““ïJM0GWàŭ>ĊĵpO$Нó?ÊŞG`3SÛĉ_™B³0’fÄ³żR?*iÙ óۙŒÓ³'…^Š=µ$@—0\÷&ħl ¤bo ä°N†– ™!>jÖ߸7Ħ9€fĦ}.Ħ8–w,ĝĈMUĞnú=”óÛÜĞ[𣓷ä<Ÿj°—J4ái ìyäÌìxF6 9?ŝŞh q€_ N9éôÄx<ĥqùš’Ö¸GĵĞħ ƒÜāÈŸÊğ sKo4BĝHé"Ĉƒx`q×éüê˘€ĉVÁ…¤·.|¸À ğÎ7ĥ@8ġÁ­‹XÖÈeK™\8¸eo›vH`GĦR:vĦG¨ˆ˘Óµ ry Ä1ɽ˜9 όċšş<9¨½ËDòÂdÚ•ä'h$×ŻCùRiÈwDW~ş°µid–ÜĈ£-óàĤkûg–Ĉ5*NçSıp9=:Òph Öĥ–vM,ÓO ²KċĈ=ÈŬ1“ÛŻ­VĠ´‹)À•ƒçkİëŽÇò)òép3÷SíOLƒëPEáŭvTĠ•Jcb.áq§N•ÔÏ­<7ËnĥäĞ É"°(Gıí]1•Ö¤ĜŻĤéé¨jWÜ@ñܐıV'?6NÒ>°7Iqċĥġ;ħĵí'9é҆ì·¨Ms“µœ 4î£6ÑùĠ_ĥ(ÓâÌVÓħĥJ$ĈĦw‡}èOpİq{s+JÄçn}éŠĞ'Œš+ˆ-­¤LcaÎĉ7?·+Ħ™.ĠĉUV¸QŒƒ„`}E,Úüמ–Êċ•ċ2†T}ŜsúMîàı ß½O‰mıe´YÔĵŸ—#¨Çħ§fV%¸)û½À{žÀ×Bĥ÷şuĈ£äÙÇ7–QË  >ĠI0)´Ú}Á*ÒÈf·Ĝá*1ġĊCv–ۛ{§1r›pêp9<ĉ-`GImâ›-;NH%‘Ö6P˜85_û{O:Ĥ“$LÑñcÛ=•„rÚöĵÓ5˘YĦT$Ÿ,Üòük7OŽÛûQ†£d‘‰„BÙ*FAíÉړwBŽ e²3ÛF%Kc.ä xż˜Ïµ6ò{ı`ŒÜK,‘Œ0,ĵsßñÇéYğÜfvy§†!x, +2hġ·@B,p0 “Úş×Òîî#²’Aö”B´6ò…AïƒÛĴVŒ—ݽaow²5ԑĥîôŭ*ġTÁ$·Hħ~$˜[ĝŠŽ W;m¤_Ċxĥz~ >Ï!ǚ˒„žÇòÎ=ê/a›6sO{q{i MonĞ·2ÌòzN{çókY½ÔcĠŒw7^lö¤ “h‰Hfl2˜&Y£•çğ”ŭE5Üğ–8Žxô°y̖ëı c’8ú ~ĤĴZ4?Ù·Ë$[ڍî|ÀĤsNâ*eM½‰Î?ÏSÚFóÎŞ™RÈ9È۞ô€ÌÌÙbXžäĉŸˆeŠ@Cm!ˆú” ½†êÖxMĵl˙ëDç‡P8=~öġŞ‹p>S–ÏNE1?aU.ż|¸ùşuϧ˙^ ¤0#5½Ċ&™ÁN=OAú-ôÚÜk” $Ci}{}j½ ]nFÔıúÇŻj…@’È¤àŽ‡‘˙×ĦfkSQRŝpİÓ/Òş8üs¨ÛAs-ŝd‘IrX¸<ä>˜Ğ‹l[NĤ2ĠâiÚw‘÷³°ĈNŝ•R[4†ïfÛ}É|˙%ĞÙĜÈ˘¨C]Ókt5›m§u'`ğmâQä¨éıñġ' ühž¨Ömu%ĵ›mYTÈĦȐí?0ú~|U‹,î­tĝ.<¨Z¸rzĈ@á<œœCCJàŽb;˛`Ë/œĥ·K†ÀċĈIàŸv?Iäicím‘—˃™G “éŠÉğ–AzĞoİ΄ħ™Gzf­‹ëW£ƒÉfş› Çċ zŸ~{RMŸ<ŝvÜ(TA€ü˙Zéĵ'Ì)(‘ÖMÁÂJ§ËmĴ9ëĝӎĴ”dçŜ²µ=JÊÎ;Ĥ¸ŞFEmÄg–*Ŝ‚8ğyĈ£ŞO%³ÜZÎld((£`p™iĞ:ÑPX;ç!°KäqÏ×97ĥ¨edĠÖÖxî­#"ìîi$sĈâz;üê•ŭüú…ǝráäĈ7` Ô·u`+Ә(U*Ù'¨ôİÑV­ïäĥ´–ĠA—‚ĝù€#}•4ì"$xˆPɆ“ž§‰#‰ V.Ò ‘żz°>ĠT\ò[=3Ú£¤Éy§Ğ¤Œ!‰ŽyÁ9Ü~µPġöĤÀ;U›kay%ĵèí;ħ 8ÁôÇáH µ­5tğï%%óc*_'×#·9ŞñŜK Œ+rl`½Ĉ)½}Ħžà"Ĉ€Ú <ĥ~Ÿ­@Ï=)zÛO’òŜ 4ŽÒhĠI1Ž0O×?Vŭċ­ÁV\:6 ¸ïî)µÀëĵ9mkdµxî P[iÂ}:íTmPAÒµŠVı#³X÷€Aâˇ&ĉ !9ŝż8#ùS°ÄÖ,YàÚš+„ŬµÙOpzdSt;ïô{[7g”Fĸ=T)>ĝ"Ÿ]I5ـœT+s£4mĵ+;Fy~tÄf^xŠ;Ybƒì“ùÒĥ$ıu!kI0r…_l :Œċu [EÔÖîl*Ĉ¨·òí=GĤ@ĜĴğq<$şĉGÎŬûˆçcšÊI"‘§ĤĝrT-rfŒäí’ÄN?t_Ù ojñÏ ÜĞŒ‘…òĈ1•úUÂ\Mœ4ñğ{xxÔż 'Ŝ™ü몟J}7E’m>kˆċlV`|µÏ=:üzTÁnû ħ­â§°ÒĦX/öóï7Ĉq·ŽŬñÍ`Ŝ^›Ĉı½ı…g””à+z 4NIô ˜n.žˆöŸŬ–È {ûûŭk>cel†$;äY~gÇÌ@ô9Ĉ)ik$ş}ÓéqŬ,Qy!ɉWĉ|°÷ġĴ·…Ó~ċĈ†ÏcŝEK‹@ˆêh<­’™’íçF?­HȀÏéÎğXİĈGRE2Š)XmrıdÔĥñĊ4e˜B?ĵA ~TB<ĴŸ=6àb´´MNêÖp–0[‰ ’YÇÌ@<“ÇJ£ÔĞݤâpóĦ@üŞ—ŬŠ‚၍7’n{…'Ğ[Ĉ"ÖÖŞ )9äž¸Ş”0,Ù_\XËĉ[ÈUżOÊş]/PÒeÒIÖÖ7šIİ óm'9§ÌZŞۉ’hú9KŻíôıÇċüé×M$ˆ²4k¨ôç˙ŻP2µ†.~\RPVáğ¸³eh!ˆ‘½{îà)­V,\|ìā…Í6“wQ@VÌ~%ĵ]m£‚ç'bwġĉŞ2ċÔFŜ‡d×úÛĉœÏ$‰# ‚@¸ëÚħôŽvŞŝ5Óx{òAuöëkÈe ¸GŬı˙ ˜FîàÙı6§w žGÙĦšáWs"HW#ž™Ĉ ]bWÔQÌĥédÀ&bÜd:x†íħ&İe-żŠ9Ûĥí×ÊlĉuÇ~ߎk ı„ŭğI7 ‘ì•ÇÊÙùĥœ úÒĦnÊ6ÏJBxĤ/l–²‰…µĵkv’$•20p܎œdúW¨ZMeu$3¨YïryœġZ ::Ĝ›Y#•c{™cŜ”žwžüĠ OĜï[Êr+œt Žj òLòÉàœ:f£ÏéRŬĈu—$Ô³Ċn¨Š¤#O$~UDkÓ.b–$“z’YGñçۚŬOÈV0Ég%‰ÏsH5F€´³µ;oĤ‘¤ÚˇĚmĴ–†xÔ@Ŭ÷bÀóÜqôĞJ)ê#Rĉk”›ÉZ8È À~ìqÀÚ:1ǧ½sϞws×֝Dş "LJ‘Û œgQ:4s4nrPíÏÒ˘Ú e†_²Ó$ğh’>^l9Tcĉ÷ç#Ş×˙g‘°b w§ÊÒ¸C@¤0ï@è3@1ž(˘€ R {‘@îîÚ3j<İ!8/mgp:ŭ}êüÚĵĥúĜˆ˙y6ZI _'9ĞŒĴ ğż¸Ġn ŠS‚еbA·öçżNkÒvé:jÁtDn¤g’OAï隸;Êâd~$ƒ1uçˆ|°Êù8%`ԊçġTšäÜéÓ9˜ów+ß'‘œwŞ’¸“,kzŠOĵÄEíĴžfġÔc¨È°?ŝşĊ ¨]Ĝ˘b,[äŜğˆÀ u˙ġÒĉIŽÚ[ĝžö]Ifşı"Á&8†ĝ˙=ëbËĈBêġ"kALy‘¤hġİç ³ZÇoòŬÂĦRÒĦ‡\B9ü둽Ġ£¸ı•Ä€ Éà\ı8ËëU'd+ÌÒ#H5 í!ŻċÔSN×ËyŞÒ;ĵ1×½eäQ\ġ¤İjóMşÓ› 1bès•ïôސ—²H$ŽX„Í·~yĈ;œÖ–iĜH¤rҝ£’sÚ„vÁú†³…[ñ{òi§˜ûB—88iġÔ ]>4ƒFı’PQùWqùXAëšËı*fb¤yÊôŞ’²B[‘‚T‚8#Kyr×wVbÀŭ*:DğCÀ‘Ü #` .ìv= k藏 \Hŝs" QħA 2HÎz ÖT²4²v,Iêǚı;ĊÔe OGĜĴn3éBv”PE-H²² EĈ܃‚Z·¨Ĉ C4lż4`şŻñïTnp3sMî…bXU”óp§–§—]š[DÜŝl m"eÜ~Ş{}*ıÄg^ŬOu6û—fq7EúĠĞ£ê—i GŒBŞşdHìŬÏ2yôĦIŜàuv².Ÿ¤(.GÙı•0Ħŝ™ö ˙ÊW VU'i ‚Tò3ïÍ\ôHKq--ÖUf7ĈÀ+[ÛñĦ­óBħ ÏġµŸ.ƒ;hYŻĉKħŞÌòÏÓËÏqŽµÇkVĉÛUž<7œ9Ğ’÷@£JċJĤ zÈO¨G‘XFàOñ ġüóQPqİY#J—Ó\8裠¨]‹ğ1êÇ4Û¸„ÉĈ;RRĦˆ@=G­%-€žĦy‘Çġ (U,À(É4S£rŒx#żj_Ç ÀӁòQ}ÇŻZÉĤÄĴĜÍ4S"…f(ı!—pQœĉĈ]Ì÷7 q)ËÌKœ §§µnÍ ³ĜM-²¨Z!P§’çĜŸPüŭê·l ëqív‰4ñEċ£žŒ;dzûĠ+YRYYYC$˜q÷I~4îM…Ñ™è,D`Œàû{ñW5ı"2´0Ç ùk‘,dœü˙…kRΑŞÍEœGr‰aÇ¨o^zÂŞë‚kŭNĉHTH9Ú=IġÏjÚO˜•ĦDrjŭ…×î^ÖXšhœäĠ¨ĴâìÊeԍmíÌñ|ÑGê¸;ħûV=Ğl­!9g9;5:9CK`QCGZH9:SqTZcfklk@Pv~th}`ikg˙À@!˙Ú ?­,FwLóĝ¸Ç|…€Î1iĈ@nO <Y@y<İ8íӅ ĉúwŞš!ĞH¨HCósÈİ…ËìRÓ,cV#§òŞÜ¤òŬKĦr\dŭsLš'…ĥH¸lg”8SïJlÎ~oJc%Ù–Ŭß Ó˙çֈ0Ž7=WqŝT!Ñ>-Ŭ@RÒ0,Ì9sÁúĠċÔîâˆGäĈ¸ˆùż öĦĞî3>Bevc““É=ê]BÚJÛ>‘·.ĠÎÏZL.Xµšy#ÑO”a·Ë` 8ÏNœüĠmhĉóÊI<ĉĞ` Ž½´˘úUĤG‹ÊHö`äw'Žy˙=éÀя(0|’wt°Ğb[ħûÒè2ECİn9ÛŞH•Ac 2G9îsú ‹~Ö`ƒ+ȇoñ¤ĠÁ‚é-€pż>8È?Q[QÛj·ÑââU´„˙€ŝT˘šmħ˘amĤù/ >p;ˆr*˄Šî ¨v‡$I"İÈS“òóìzv§£µn¤‘ŝÎŞ…‰ÀÀÏ'5jY2Ä%vrHqÀ=³Ċğ Ü}Ô‹0OµùN6\ǃôç­h'˜Û–.3ƒ·ÚœtV@‚I™”€>>ĵwĤ‰X;ü€ġ8'?ÏŜì9R,ˆÔ–ÁÁ§V3Äżw´°ù°^üz…=n.¤­-´vÈÄÜdġH^}ıĊFŜ!†Ôy/+ħĉ 8Ç­$­İ’eYĵF· m·„†Vp§s/ ÇB}{V^§ŞMsp†ŬÙa‡R6=ĝîÙZšĥċÁĴËĞ­Éċ¨é“Pât“w>ôĠżúÔ hÁ`¨H#·ozöŒ0JĦ€9^G‚.6ç>½9˘Â,Z4aI>Sƒó‚9ĈoCĝÓî%yl€)jÔ½XúŽ—L¸yÎͤ6<6}*le{Ĉ…İÉÂ1ù€Ĉ(Öábkxg’6µÉ—'czœöùš­oMÛTt\ 9;Ï Ħn#KûÛ+Ċ¸*dÄĴIbŻĝzUħşVù$àŞ0ċżTĈF˜ùħ`öŽıĉ£\1‚‘êqI;ˆ‘¤CrHy}2FëíšII”ğħX•‰*‰Ó9éì(Ĝ =F$t’8ٕr†H­yĵ¸ ³ ñŒŽ2N}ı¨z²‘yqċÍ1µÚÀŒ´Ĵ9'9$~5A­î%23‚pُCïĝÒNڑÔèĴôğÙ2Hò’28 ôúVœX-êi'b’TY~I:ú0ÈŞRZĊh Cq-ĥO|è>Ş{QYĊ)î&2G,Ëş8ÛmżCÈÎTóӊħüDS£“˙Ö§Íet+CçZ•ór¸$uRETï">DËç`|¤0ıġ4ÔµĠċâÄg@ĊÂş·8ݵ™­j–hŠ–x’\҅ƒßŜ.ä¤bĵŻw(ó$½*ĠëH!šĜE‚)³‚Ó1Ëŭ=?oħFƒ€xÍfŬòŝXô°‰-TCnÌÄĉC…P>côĤKhì˄TŒÎ=iĦ‹yj@Lj¨Kgš€ĵEYÈQĠq’=Á÷ DJcĜÊò0ÈïNĥÌ,ŒÁW‚súUl1òđ…h”şç†?Ċ˙Ö¤`Y,U\áE"tÙµ·d‘ž;SUKÈݐ79íBil]'pèÛà·b?Î*͌--ϛ*î8'İŭ)=PÖ¨ŬıÔ-­LrJ V9WUÈ×½A-ÒDĴp;ïa†ä’GżAŜĞ›SVʲŬ,lċĵ„üÌHÎOż—µe­£[[ Ĥa¸°Q|2œÒ-LşšÓ´ÒClʕ'êı½Šàƒ#m¸ÙÁç5Ŝä”î ĵ’˘EżbŸ™™‰-˙êĤ<>|~lpˆa†“q;ùÇ~§éT†WH¤Ääm$úTĤ-¤èÈy;NJŝÛJÚÛì+ÒȲ$‡km<`Ô÷·ñÈrTŽSŝ¸¨eÚȐÉH­›²…w^ê@ŭh²o³1Žp‘ĤIŒÎ9ŝ_áRö Dı[8Ŝ w…|§8ʞsùäTË|`•‹Ĵ`ĦżŞ$û ²H5+ñ*$Ž ú d÷"ĉ6>g³g#9ߎj£ĴB÷ ĥ?h“Ë#+ğfbû~ʟs£\£7be?ğ•08÷ô5QVBKkı ÜÄħÌA ŽŽ;ŝ>Ġ•}û[3ÉÀ¤=_ʄµ:êêIJĤ §ŻŜĠja™!Ÿ†\a†kM•€³5ì·Zà 9nnİÖöŸjF*ñ…SÉ<ğ~ëúQ}ıĤò*Œ³ġ5ó~éL’wÈá~´Ĵ4Jb038}Îz–ŝDÒ•JƒÜr0܎ĝ—‡ċĜPu$óùVjrüRA° ۘOċħdÈ7qߚ`_Ċ%D„ñ’EUŽÙ$lï8Ħj›'ɳÏj"“ÍşŒŞ*`88çúP.n ĥ(@]ÇÒĤŠo[i@s˜œŒ˙JĊ%£ ĥšú%;·)ùd20aĝgİĤ&#Ì2À<ĵ#ÌÁúñŜ>‚ĉ{Ĥvϓ¸”F?‰ġĤÉ<’ FrBôŞ°‰ĊÌBĞ+™ ùNì(ü;÷¨ı%çzRhVG•Î:“ôİÒ8Ĝ+ma냏O­ €È‚)ÜíÑr‹Œäû˙žÔfĠ`F9éFàIMċ´KÊÈ~`OÊx>ÜÔİ™?2(IùŸġúž”­ ÷V&Šîċ…bl°FÜúv>ıb°” œŸñ¨w°žÁ,â)`ı‘@€lÄÓĊ´ÂÙe2I£?éEĴĴ+ ̟ëFġb€}>´ħ\o3{FTás´Óxĉ’~èt.Ù\ZŜ~âä£ı'ĥdö>ĵÖğa-crvñ–êjÓıHçġ‡‘P¸|²ĴğxéYM$ڝҏ•Iàħ8:ši%Ğö›o=µÄ‹l"—Œ'½‡%ä‹4’,ÖâÀ/ÍùÓĉĵn ıŠ ĤƒËU;²JùûUÍ:ÖÊŒÂ@[n rGòu°-ÈI#yÀçè)ñxÇ0 ŬB“;‡œc¨äş"$u†MĴ8 }(ĴˆÍ†Ÿ„ äŻáIö ÊJĞĈŬŝ‚˜Ê‘ä9!C{šĥ^ƒfÜÈô¤ÄBò4jUTvÇzU¸ù6•ÜŬùëO  I€EˆĞu$vÓ¤Vûbˆ†YS c0BŒŭ goPi>Ù"Âĥäì‹˙ŭqíIŒjIn‘0(ĊĜ`3Ÿ•G=j'ÚÑnVùÉÀZ›2HO” `ۓŞóŸLsV†K"°İ(ŬJGÒ¤™#v+lY”a~nĴ}İ0cĉò4hX™@=ştŞË°>™¤µħ–.rËÈ5i­ŒħĈË&K’Nîĵ‘ùhÉäKžAZŞXùċêy­$Û,İD$¸Ù)ä}‡!òñÀN:“ġ¤É"—dSĈcÉ |Ù=xĞĥÓN›ä#ǀósèzƒB¸ÇĤùë+ D݆,_pEäŸ÷cMş‘^O²Z}Ş3À!ö8àsĝ˙Jµ˘°ÍUӒċ@’Ìò2ppÊzġéÚ³f'›jŒaPĥKğ.R’8Ġóu[à¸Ú„çjôAí[ĥö°Û(Ž$ùsŸœçš†&Vğ–u¸)áĈċ]¤÷ğóT‚‰‘Œ¤‡i û¤Ž‡=y¤–˘Dém(c‘)Œç•ċ³ì_ÒĤ[¨Ħ …W8+–b;RiDkB;(Ǘ&=€‚y~ípOBÇŻÓV2l&IK #9ü:8ŠŒ,Œıp%@‘‚(Á'ïmËĦ¨&;S Ԝ/ŞŸïN÷°DğlÉùG^£­FŽŒUrŝ”0)ğğtÎ}jrLR–(h˙ëÒ¸†ÇĉK.YĈöêOlT°İ{™Xì!T AJĦĝÉ-žFĝWù2È:zcc#|‘•‘ŒçëKf”ħuCêz~”Òr§ıÍ:8^GŠKÀè@\kYÚÖËĊÈXÈàg˙ŻUX,R üÀeoïr?­à ʂȃMhPd™TžżZ•kˆ’…ÚÑà§Ì$ Ÿ­4ğnfŜQ˜qßëL÷ħàò;ӃoÉòÁġëù’°ĊŜ]TœĜÇJ† AŭÓTŜÁ{ v%ƒ‚3×òİc×n×a&rĴ„ŒôŞh,oOkehöáìšO,9‘d?30ÚN{/>„5>u7wŸÚ2Ûf$MѲIü{öÍrş‰şxï'UE¸bħÀÀëè)ó7¸Ëf$~Peò× ~9üyĊ#HcÛż˜à(ŝ#íYïİ#f·ûLn E`xn£ñÈĤ–£E "™·o1î#+Àġúĉ£ı% À!ˆ,r=ğcùÔ5pjäÀ÷ÎìtàS‘‰—ğzU/#œ{zӋ·|ħġ R!ú}x¨X™$,£;xPz{ŝĵSCEŒ–ÚÙĈW< 8Q‰?~ ?OJqˆñU$EûÄ)ç?ŭéRJIŜcŜ§“‚ =@ mÀĈ3ùnYd†9ô4iĤı!Ç8c€żUCıcż$zúP„!‹Â瑴pjYŻg0àÂğsÜsŸZ”µĤŭ‡p@=¨IÜ´À2ŞÔċ›c–F ŻA ‡fs‘•ÀûÇ#Ê—1²œġǤÄĈìsŒwİ‘€ „ùó˖Ç`{ġèR –îe„ÉreE">âÑB{òñÑMKŸ²@÷]ù?B|ĊÏrGEúĠĜ˘ <0™nĤO4FWh|•<íÁ÷öĞß<š´—*°ÛË•ÌCŬ ž{qSvÄZû}̑ÈÑĞäò`ŝònèĠ†ygĉ>üÔ'}Š··3BDpÜ´ĵe°¸Ç5Mn§`ˆÄíc‘¸äßUmCRkfxĦÏîógd‰óŽ?OċTd$AÎ}iŒÔ)ž &šƒ,H%Oı î?O_zn~l–8ôɤM‡PŞì 8ñ§QhÁë@ŬÁˌŽƒôİG£żsCĜ”Í&T÷Ïô¨UB˘yaÍ D;ĉµw˜n8ÉíLhžŽ07´Ğî+VîlžxÁ/9çĦ¨ÉQKhĠBüۛc˙ŻTnU2Ì31íT†"DÊ#l°äš€ĤᐧósNŭKo8Œİ0ĴĦ ÷İá‘ĤNZ4ù³ÊÛÖ+HìË· !p;âœ%u‹psœàŠVB"!ß.[Ħä÷4‰‚pr=(Y˘lùÌi<íîjù¤wqLv'"œa ÇÔw˘À9D-µŠŒdžÔï*gO1cm›ĥçÔ2X縲rŝIGQX`ÙÇz[ş”Ë"ŞĦı;GáNÖä–9'+ċĴC•Àŝ#ÏÖŞX[É,¨X v*ı zÔ¤ú‹SAcxı™1ò1֒Y%`äo˜`t˙=:#J¤–‘F˙(Á%€ç5 Ñ%ĵ!Àe ĈÒAñùX[•ÚhÍÈ-’Ĵ 6GB;JdƒmğD oĵ1Î:ç4ZځeCžFqéHÈşsLb—`ż2EĉÏc¤ûĥXíÚzOAŝ•Iç’ĜÚÛGpŬh{Ù¤x—r!É<“ĜÒîg¤}œÌÙ§˘;†‡c|âIFüjŞĦwnq@ˆı.äԘ*t äñšcDÎ'{£qÈ NŜŸáH’Ç°—ˆÉêÌĉ–‚&Œ"ĞͲ`Ħ†à£ıúĉĦžMò"jç8 Oĵ9ÎN0)­’1ëÁ§`‘‚*Ŭ½Û$f €FĜ*÷ŝĵSê |é “p)ğݍ0sÈnç´†1(Èäîġ ğ8¤™$ĝ•á^Vàqŭj3Ċ11ž™ `ÖmM$ß'÷AêĈ›lĊş¨ qT˜Ë–Î÷’ÈŽÌK îcĜ?[³TžĜÙG!R²n$ĥ7Ħèx´İ-Ċŭ„ú€–\Ü&6·˜ż*û v­;‰­üŸ1RÚd~V<€>£żÖš’lĞĤPÔÖ/ì¨a†(š{— ğnŽçòݐ„Œ‡÷|0_“ċú~u \.ULaĈ89<ê9ĊRž0äîžÙà{TÉ\LĤXċaċ 0pzġ?ҝ0–Lb ‘ò‘Ó=ë$™mŽRÒ+üê@Ï9=ħL‹pu›ËÜÄä(è9éV3AtûıT•·‘€ô_ñ¨™]0Œ¤z”Y –İäŭiܒ2>bxöİIÁ#$ĉ {zT›UTn60Q‚ß!…´ı–eÜŻä'Îż ƒÌóQˆ·UÎ ñëSa _Ŭ ê2y i $R2H0$9 ¸ÇjTħ“ÇjH„á·dQU$eBJàzŒb„ÀX~bâjU|²§€:îÓ°_vĠ@GR3QHD‡Êû6Ç'ċÁĉ¤²­ċc<¨8§ù#0¸Ĉ¨µÙJ5š1Vv8Pqßéó…ŽXʞA8£aÚbœygÊIÇçZ6şzÏ#I t ƒ§’}?$Ż ’-]Z)ı·KâîT#àà÷Ğ%Mµ´˘4c'çêy#5ijZKs:öHĠ”XPP|œŽäwñôĞ֗@ÀŻ#Q²Î,Wħż5IŬ“rÌİĥ Ѝ¨>QœIïí×ëPoŜğŭ=¨`Np˕U+ÛwñŞ“‰­ò `p@< :ş´ƒ'8w҃ qƒ¸ ÀyÈ4ĥĦşî¨‘İ–HÀŝZH~_ĦÏJ˚ÔFĊLŸ0ëûĊ#óì.¤JŞ?‹ëžiËä–3mJġŭjihÔáA ÷#íÙŠL3ž´oVR ġë@ûĠúßJ~DŸ.Kcž8§`”·s,6Ño!n;ElÂcŠ6o83ƒğnïéúÓµú׺lĥîyK1Á2OòŞl|ĠTä }[ü1I_¨ĴI ´İoD`xdTH\#½z.ĈLĦ*älCŠ”°ÜGœ“êàĠY\`wŒ4*mÀ`š–teĴ ĈÀŭĈÀŞnA‚9A"¤ŒÄ\•ÉnÀqRÄ‘q…M½0´Ñ*oa#àÓóĦĥ!<–/*+Gʆ–>ƒÓ˙×L{ւzF„uÚ*{dŠm%Ûò+òÏO‘ל‘îùâ·ml]4ĝ_ÌÚä Ş°ñ§­ÊKİ_Z^:G:÷K0>ŸŭjeÄ^{İışŽa4`ŸO—µVE½ŒĞÛiYšt(…ö mQ“ÜqžE_ĥ‘”²n`†)Ç3ùùÑħ;‡$|ÌÄçĝşŠˆÒC{óHBÈäe#Ĥ @8  QH‘vÛ0OzSóË´SwÌsò“ž€ŭh`zˆ!ŽKgY„“’„JŠÛ}ùW,ԗVRŒ9Xş?˙\U5vI^A޲£½¸SDT‰ħŝÈÍ@‹{EM>8ì Ċ5ÛNKwl‹.~Vò=ÇJz ¤BŸ™Kß=݈Ɇ*@UC½YËp8ô­)elkÉĦÄd ^ŒqÀ>ǁTž VÒnc³—íwqÁˋĴƒ<‚}8Ĉ+Bojád·ŸÉ)ÁÚ?şq×éNöĜc/u+ۍŜmìċsó`í AéÏ?JĵXEÌ6Ç €€:âsIO²Éŝö mżŭz˸·h9p8Á£–È@Ñç!œ`uëDqƒƒž;ÊP8È÷éïPĈ|Ĉ,ü“ü¨@MlµĈebŞCÎ>˘£¸-$ĈC''ŬX~4Ĉ66x#ŝùİÀ'ùf“Œ|Ê>™¨Ù0APŝIc2çâœUĜf‘\Áöy dħdR¤ö{ġ>Ĝ£‹§Á$/²+BC鞿^µrÓA”4]";šÑI™ Ìì<*ŭ3ôúÖàP{T°9´ƒ÷ÏĞ·ËÁÜ8<ñÔWvŝtÏ2>QçüiK ‡—.ÑǜѷhĈ}+6NCdÏ1zòHÔ,AKXò9úÔ 0HÁëĊ0—,XÜpiü¨Ï'¸Ç)àö£# –Ĝ¤"X¤PĜ%Tv$J‹€ûÎ>SÉ cŬ‘$˙TÊ;kZÄÇq$‘Üı$üħŭÊÒ;”‚hġ5Â##”,$¸í˙ÖĞw÷QOhéċˆ]FN×àóéÍPÈYĴbróÜ"ä•àċ°=Ç{v™Ki*ùÖ²èğO'.§¨Éúŝ‡Ö•Ñ%eq˜ÀeÀ0éN–LÈĦò¨ŽX.ጷ^j>YHÚ?TuÛHç;zq@\iY",ëóv¸;ÈIÍĵm8ŬÎÖ,ĥinÀĈj:~{îⷅF2ÛÔĤk:êX (Oğ·n=Iġ&“B#†gŒ•Mß0 œƒÔSöH8pês˙-?*Jì’4vL!`yÚ3O™$Ž4ß‘‚3ûîżP=)XdV}aH3Ô³ĥĠĜXYßÚGĊ:4lDLŞŞ=yëZ@ÒXÖù Xää–Ŭú×?â c[Ón–D·‰m ìL|í!íŸLġ-;HıŠHî.5 ™ĉ6Ú'@ëÖµ:ƒ“ğÓµ[ áüs$rħşÈ`Şù|=êyŭk™hŬ!"H@*H 7§ê%¨‚3#`ċyigÀ.íÇŻ_ΚmċPÂkhÄ|˘GôĤĈ˙ĵ;ÓÌ™Iċ××5E—›ì֐ùQn]ç8-¸'ı<ûtĴ뽄ڨWTÌ?´Ĝ‘œÒˉ‚1Úqçµ)vwW~­Ÿ_Z†Ie]Ùq)=j32Ċ/NJ¸‚Y"'!<ŒŠEäûÓ`+JĞıKğñÇ֑FìŜÜcÓ-Àö G¨ŞÚ‡Ú ³ < ÏBŬÖµKQ´ğèŸÍĵş‘Ÿûü1UĵAŬjw18ú|/żĉ›³aĥµmŽh8ÚĊWğ‹\–1—–ñ2°mÈûHöнĉîcˆ´z•Ô#·‹y?Γ÷ڕĈ ÉzJĤÎ#hÈaӒ@Ċ&µ(èë#WÖìtĞ ³#I<‰òĴqîcŽŜĠg>ž;cĵed á—ĝO ¨úñŒöÍW—âáÙ²Ö%!²Ù$îžÔ;t+ßjÑ6áy"5$ß'Óòë[~´aHŒŝ\~RHèŬógĝŭr úUG‹ĠY"í}á™GÜÇorÁëœûÀ²‘-µT’Ñn;KŞr9ÏLƒŒûÒwÜ çŠ[|Jb˜í8`qŒ–î:Ĉo´F'-ŸNĠ ˆƒ0 “€=…$ÙÜT‘Ĉ•ÀH_ctÎiË6ÙCŒŒu¤µĈĉçvG|ŝTDâ጖àüĜíÇ4ÀIU­¤PT4lxVÈëÓ=éÓŬ³]âŒD­ĈÁ’½0G?çš{0Âêáf·™#*üQĥ8"Ğ£PyÜ 6ôiġ'k_(§$œRÜOş*NOcÏBCóíïR vʨŝ觤ğ_½U„ĝ qëOµËÊXzŭi×xV´ìñ\÷)#JYô>§ü+ĥÍoml‚úú>ÔÏrĊc“úTħH%]À§}iX“ÇÏêş%Χt$Û Ĉĉ\•Ÿ4Ġ–54.=2B„Ŭ€Ĉk+Ċ:ÓÚ°²·w‚W_0N0WŒċ~ĵR½Ĝя7ž†Éò‹‚nGċXz…ëj²ù¨ \-ò’§ßŽžŭi\fuĊĵÖÌd(H >†›!·2‚1ÈaÖĤÖ¤° cË$QAq4‰ċÎÄnÎp0HÀïëTôٌml‘HñÈáÏŜSòŽ៧CV· ËšSÛÙŭşê8Ìi!H×sdŒ1wĤëúƒŬè–iœ°ZŻîÀôùGÓ­9h˜· ‡ĵÖ£d²ŽP  ;Lk·nG5%üRÙÙê)ĴrAö‡E‘WQ'óÈéĜÒ[ ç%yd2F,íÎIĉ– ¸ÉŒİŻ­f‘Œ)ÏQŒŸN´²òŝP6“÷‡UúԁQ{§ Pf !#½>;ygDĴċFâŞ3ë@G%ĴïŠĤUçx aNËÛÎ8  `”$ŠÒê½zRà;ğà€&€, P-¤•’@ċ$<.=éÖö3G"ÈNÀéızÊ•62U†+—ŭì²F˜áĠ7ŝj‚e*²4Ù8W Wô=*tHDWbB„rp;T CƒŠVˆ+`ž1œŠ’dn‡­!Ħ+1óÍ䲉"&÷ ֕uKs2­ìħGo,m*oe$+ŸÈs\׆u;Ùo ħ{µF¤ùjƒ…ĈíǧÔgePO É!"âHİRŞ_\ö5+rŠÉŭ[ĞÑ2Ż¤ÚF?Z£¨hz\qɨğ´ÁsB[ z§Œĉž)[è:Kya6ùÄ ÄÈ|ċ“Ż·jċ5;yL÷:sIäÇËĴÜ{QD—A\ŠßR·0ĴOceç’pìżNĉîY_÷’à)Ï è*¸Ñ}µWƒBŠĈ7Y7†'ƒşž€ûç[Z_‰e°RŜ s4ÑĈĊƒe‚/'Ĝ‚j#‹SĠĉ7i˜…CÚĈ­†ëúò{ôĴ™§–îÉUÙĉòH*dÚ¤tìç?¤î÷…f‚çLÚEnËûµqOçT!ğ à·ş’Dĉyd·pV.ÇĦÏÒİç×, ̌\$9-ïŠH%ʇçÛŜ²`I‚Ò–ùlr=êE‘YUêyÉëR7ĴŠğGN99¨;S@: *ğ uS’¤à7µ\·ö— íšçägì‘H^ŸJ¤ìÀĤ…Cüù+ßMJÁ"E*‡$IË}û~T+ Hbób™żçšn˙ǀŝµhzN:ĴkÛfs+`~zqÜFci2ˆt+2Ĉċ Á A<ŸlµfËLµ1ÍŭúÛ6A2·Î{Ž >]u „V^Î,íÜËo 섔'œ;Œ{z֋è7jË;ş3ece`ż^>”XĞèE¤]ZÚŭ˘XÈQ÷¸ WÊħ 3ĵé ÄîÌÀ…QœäqúTrXEë{EĵžiEıŠM‚-…™Ĝv"¨_Ĝŭ’@‘L&ĈAŽ£İòéqDƒ'ŒïĊ(ŭĉCTìĤ¨IoލëBò°ÜHà×h—ڍŭ˘Ë°—Ï Œ?İÖñzcNÎÁÒS-̂VÀĜc \H"Œċ#E>Ħ@)]è;z£zš´ŠH­ŽU‘”ż˜ĵ‚¸jeñĤĝacÏ/ÊŬ£>ùéÓĥ€eŜx­y#]-™c'|ŻƒµAÁl ô­üWĈŞwph˜cŽüQmròĝ˘ =ZîêÂÔ™ÁÜ\…`8Î0:ġĉ’Ŝ]Ĝ\ÛÉoóTáHÁúšž`ħÍĦ]áwmòĝέKd×+$˘ÔáŒmı°>î2zûTކÔAqÀ玪rGĝ~u1şÓç-w·ıĜÄyxóU†sÓ¸üj’ĥÀnjQOgâ‘+Ŭ%­µÔ{…B‚;rO_ëWµ½=5Á2VGll\íZZé˘LĞ!ċ´w#\;ŜğE@@ĈB}ıïZ~DŜ …üĊaX1Ĉì÷Ç={RJ8K¸¤ŠĉHĉdCµ‡Ħ )G*ÀİÈĴma31U\á@Ĉ*2Ā; ,qÎ:T‘ÛğÛÉ?#À$°É'ĥ)zÈAa%Ò_ĈrĊ˜yŬóñÇ{Ġ­;O°ĠĦ*² kÂÈdHpxôíß½RIè4MŜjs[Ŝ–·êZEaƒùöúĠmf++k‘Ÿ0ž-ı2u$“Ó[@%Ó¤µÓ%G½³‘îĞ(“ċT\ƒğIÓTş{W·K[¨£’ĉ`%Ĉ +×@?!W /Q3'CZDa·ħ”ˆgŽ@v³œŒö$~ UŸ™³Ĵ "4oŬÈÈLcĉÇĤéMhƒİÒXÚC ´käĈ6dGò•rqúb­`z q>7·Ÿnĉ·#Ŝ8s¸ġìxĴ9D6ûÖ$xĈ„3r?à_&ġ#şFÓ5xĤGŞÊá”òzdóùġüiš¤âP–Q¸,œĤö°G5œ´fzpġàTħsgq§jI!W ’ùO§ ͳıÉh2R@äzcœÚ§´TĵÑ˘‰„1A4k“Žy8Ü}1OVĜXÏñ…ċÑí…ÌsĴ§+†_ÎıĴ’yĴÚ°ûÄS£‘â$£AÇp{RSDğ°ŒË4! ËɍŽ9ÇŻò­½JâËNÓìa–G¸âhÙBìs ƒìC?ÑYĦ=̽\½Ŭĵ7k4²ÂĤ× ²Ż9y?ÊÜĝİXÛOrħĵeŜPĈŝ÷ÓĦüéŬ+ħWwóÀ‘Ï1`eʆaòħçİîmíÒdÓl$3‡3Ԑ=ħԟZ—wıVQÓ­ÓH7ñˆ{“m#gz…?7â,VL>SL ɓaäìĈùÒi·1$rŸ&O6,üŻŒg€z~5Hj@#ò Éàv#úcúÒ3ZZ=´S‰œÊĉ-­e‚‡9ç$úcÚİ-@èub|A¨ħùħ$g™˙3Œô=q˙5Í,6÷‰á-ÖiT·–3ßÚVNçH[­J$·Ô šÔ*¨•äÁQŽxúäĠñ“ԓ_ꑴ’ÍĉŝèTgîçúûP£ÜLé´aky`ŝLa­ÄĊı‹nĈ>cŸö³ù Ż KÚÉFd+9ïÇŝ÷:lnEó@óԎçùÓ£ĥµ³‘ŝËkJW9QÜôĞĥ rž#ÔZĉh쵂>ċò˜OĞvïU,Ô`†9„·ŸbBí3DÀ£`òTž ŸçíR·—šÂklş}ĵÛ@î6uÜë’9Ïnk'XÓÛHÔZĠ˜HÈXĤϧ¨¨o¨Êĥs‹k”˜Ĉ$Ĝrž3Ĝŝšd’4²4ŽrÌrN;҂TGß~ U”{RHm‹ %Ĵl타3·'·§Ö…}—P!ógŠ%MΈÄ8§ĤE ìѲàI–ÈÎ8ÁüóùR¸Èä–IœĵÎÇĝ˜äÑ Ĥ–E*r7 Ê‹µİZɇĦc%ÓFÒTp `ê铞=ë ĠÉXHž9ìR#FĴA[€Àœ~$`~µ@ÀŒT‚ŜF·3*–E8l íú€q*`sF8úPòòÜzTö–Ĉè¸\ĉ4.p2N: }ÏÄD‹ıÂúœWzŝ´“Ëo´H¤ĦFôÏġ§ÜÒÚZAen°[DħF½Eg a‹ŒëÀžîĴĵŝD~U¨Z3ïL‘3HIϵ02µt½Y–K;u¸ Y\Œ.3ê è=+˜Öf:ĵÖ÷v2[İ ħŒ”ó’AžĵuÚ=êdì4sĥ×AqˆÂÈĴ18Ê?üÖĈm<úI"™ıòc1³¨#Ï­ VĈužĥÔí­ÔNĠ˙–jH-ÉïZۖK—Eq˜”:‚úĜüëOQw¨ĝrĉ=RXĊÌ36K÷„c9+ëU Ô%‰Ĉĉ/´Û!%cċHÏĦ¨JÌ V7V:4–×Âp҆o!ÈŭŬÁıÒŞx‡\“\ğI^1"íE?™ĦÙ+—S\ˆñE‘ı`½“ŸÂ d'ƒVmŻ¤ĥĥžÂâ|b2@ééքìbš5„Ĵħ,‡ĝIb LœÓ3F8q&~_@?Î)ŬÉu8?˜Í À<ŒŠ@]½½ó­ ·ŠIĵ¤É16İöÇ^=j;K ›ċqm™ċà‘?çô§¸ĥ,KĦŜ[éÒŜ\ …#`ğ\üÌO3M†Ŝòâ.eX1-37EëŒzġü赞 I­éöúuŠŜc*‘É$çÒŞ™×í~d!­, TlíúPôv×Ĵ÷WOr~T‘ŽĈ~2ŸJĴ2;LeˆšYm$ lR$Ú~ñ9ǽJ[aum9ò˘K‚ î^‡#ŝtïqzn’5›¸Š\w9¸…u÷¸ŻJ…<¨0Ċĥ(]ÍÔÖ´Šê&>²Úmŝ*XP"³'ÜîqüĥŝµB*k÷SC8·I³ö¨R>C*Tûž9>•=ž§ş´–Ĥy]€˜üż–>Ĉ}j—aıâšM ş½Š×crA8qëYş˜—ĥ†K†1Ï0T$ržÜf£ĵÒŬĤó•$Jdd_˜2’6ŝúÁúVuÉh—ÛÚFŜ@àû+.RÍĉħsnΌ”‘·GıÇ5Ğáëm‘ŜOîŭÛF’3áwžž*àÄbXu­ŻdŽÇûÀúqÇLû×WfħĜ–’ÚŬ H%t,á†GLwöĊ8G—V'İ‹¨ĝ³RÔ hí£6è™ŜÑäœOjÎÑġ ×mîn%r7€ìXôéÏĥ*9›jċ$lBşLZk dığ–_‘ñÄ °ÁÁûÄ*{ \jħD„­ü’2ÍĵüħúÓ·?…6•´_WÒÚ+ħmg’F§û?Ödóô==+$ĈÂFFeÎA¨’³RA2Ĥ@ó’êjF3€HŭiÒ`c~tÊy_Ŭo$rÄc<( ´l5[­4Ħ…#;”ıs¸ŝ4Ó³?PÖŻ`{YŠˆ›iێ@ê?˜üĞ3Œ‚3DÄjkËìĥŸd+żfd ›yê?Îj…Ĵus|ŒdàsCÜ ÚĊ—ölqÛ‚ì0̅q‚GoQïY”I[@B£²8dbĴAEvŜ•ŝÏ{$ÒċK¨Ûzûcò§ˆĈݧBыÛE1ŬĈr’[€IÏ\Ž„U]/ĊMçžĞ[Ü3mWÚBżĦöí[= Zî+ í>1 3ğìD6:œŭh°Wñ\ÄRhİì{W+y£è]ĈóM$™Ú@ žż0š ŠĈWqĵK&Ïúk˜°ßAÏAOµñ„ê"kµ‘P˘*ò “÷¸İsAÊLÚí£İXí.Œ²ù‡‘‚ĴŒgÜ×I4…Ö3$È\ç8¸÷IÜ68;ËŞÍq8„f0‚ `b:~Ž'‘E),ˆşġÇëÚ²›ĵŠ-GħLĝ Çh~yÏöÊX5 $Ĵ1*ĈĈŒ) r0qĈ+J{ žyrżéòĠُŜù°=Èí]†‡}Žß6(r| YYOĥzóJV3œóEŝŻvVñlÖry|…až‡˙ŻTġĦ·ĵ1Cqö…PH:ߢ³zЁ³ ÖvşWö„Ûu†6 ó†Û’ùĞ>ÒígŽ[‹€<Òħà?ô5–ˆW WXħKf’Í3FëăÁÁÇé‘ù×9ö•]Gí Œ+n\ 853’cHŠêdšgxâX”ħ!W·µCYŒ’sI˜‘08c“œsM'#0=¨µħk£F/µÜʲ,[Ê ó‘…É$sUó ™SĈ"¸’0AÚÄdƒĝ÷ĤRjÌaV-í{[™Á PI=É`úġ?… !|I99ġ§Ü\ËráĤrċT(Ï`: ŽĤ·‚In(ѝĜŒYÖï´5”" U6ô85@‚:ӓÔ@oMXgğŠŜîWKvnJŸşOĦhÀôŭ>Î :Í-­—liÓ'$ûšÇñÄ{ô-â0û$\·÷L˙OĈşZ´HêZ´ş–ĉ΃ u–Va’ŭŠƒÓŻZ™ÚĝŒœ˙Çô9#ѓò*Jž…LMbĝŠÈÏs¤~kĊ*³+7{ġéĊ;hKÜádBĥ²É+Òa£,2òsÎnAÉŞĴĜƒkǒGÈǨŝ]k nY9NW!àŽĠ­£kwz|ìauHyo!*Ç{ÒNÀÊúô·³O(‰c†WŜB__~šĤ w°,ıBS‘œŝĤŬĜ#Óîî,ìP$Ĥ)l:gÓêk6 Bù4ĥğ˜ÇÎx[ŽGœŒÖ÷} ħÎÜxŽg¸ym7FÎhÀ 1ÜóŽĵV\Ó ĉQ˜7d…ü++&ŠÛËó6™ĈìqšB Ĥj,Qı ‡"’97¸˜+ÁŬ‚zz Ɋê{KNÊːOl˙*ÒZ%a!ג}ĤċĜyŻ!,Ää`œŝtۋo³˘npĈEÜôĈHŝbĦ^ŠCò•`1ġĤ‘ŒrğP‘!Œ$ÒĈZĊsëÇ8÷ĉ™#´ŽÎçq'“ëO`”ó‚èi´˜N%ó-<–r6˘ƒ×9÷éB8|ħ*™ƒyyçoSNı•&œĵpĴ*z"’@üèZ4Ks¸RÑnÀëŽ˙uV%Òlwii,q÷p£Ÿ×?­\$£¸=J2D\KA3ċctù$‰nĈ²î4û¨gX"d#*ĉz‚:Ñ$Ŝ _4ĝġ+µħ•ˆX‹K'=q´c׎kfßÁçí<²ĊJßğ‰GiĈÈM›—wréè²OqDNġ( f³ŻµŬ3Q·{9<Ï"R¨ÓòĦ<İÏÔ~•³ihÉHĞ­Şè·‘é÷0Ĵñ Ù CLĵc×ħ žgŠƒ‘³uŠpÊK“Œ?Bz[ħV62Şz­ö†-°Ĉ\p×ü*Żažım{q<Ô|€L‚?Şç<çĞUÓd‚á’(ܢG+žqĝg…e(ĥ4ʖ$üÉV-¨YKtr?†ŬÍĵâxÜОê÷éP†E$Ìû†vƒü>½zŝuc·ooçJàjÜI,wŒ5 äf µ–Ĉ=zT7qŜ[˘CtïċÈĤ[ ŠÑ6"ž€9)Ï>˘”2É"‰…nššÉŞYXÀ°ÚÄ×!_qóë\TkrKtdhb[p]€í8ĈF{֒šÙbekE%gŽut†-œóÏAôÀĴwXŠ™ÙÙĦЍİ'–6uËlAëô¨JċъĠµ³ĥ¸³yVŒGò §–sÈü$šÌ|+°F%zgÖŞIY1!71@Žrx cœúTŒC׊(£8 ħ dç (äsĞ Sœ‘@şN£qml¨žPœœ3Nѵ :òàە Şt9ä{wĞMèKBiúÍÌ<ħ%şHÄı(ÀÚÙÇZê-5 è-žçUp˘5ܨ€.쎄uÍ\%}£‘Önµ ß6f.›ò°çäÓJÔÒ-#žËĉ€Jñ†eŽ\ŭÜ˙,qïRŸ3Ô Ħß]hÌĤí”0ó#ĥ 8CĠT1äV …Ñ–îVżY¤y­ŠDÀe¸èGÓooJrşË~Ön-/ÒÑÁx%}­ğ9Cŭ+°„Çsİ5Í½ÛşĈ[Ċ˙,óœä{Ӄo@dZœÖ÷z=Ó3 1ù—”aœp}ĊqúĤ°·wŞîw(O(í%Nç>ǑNNÀd]I½UPâNÄÎJóŜ’më&ٔÁ€ +Ĉ@O4”†jë×\êD­ğ@ëîêO)ĥ·Ó&ž²‰£S”GÚ}ĞKû̞…$tŒ\œX3M8Q‚ĵóQ~£y‰ XÙßíÍD#8¤͗Ÿ§ésÍċü²ƒr§éÍdK+Í+I#nfêM\›²B[Œ§#´m•88ÇçPŠAbNhQ/Íĥ ^RħbŭON9 u9ŭ+.İ‚ *F%8‚IèzPh ŠZtn@ĊCü-ùn-î•<¸ ĵ¨0 —ÉïTċžGŒFÍòƒžOiß°…ÌħĈ2vĤLywœä~5tĜ^jĥ¤È†&lHUÀ>ç¨W{žX+ċ3ÁàÖ֓tmŻâá„r\ĉ<:’ äzgôöĤ´`tpÏoiáĥÛ.T£àƒŽyàf¸ëÖ{‰`òHaAWgQ·İüòÒz$$C/t͵ÓwĞ> {óZV×PêĥħÍq4jHPÈÇgĤGéùÖjûİwé×&Ùc0ÄyÜÜÜ@'Ü ŝxLïç9<òjĤ’ÍK¸ÒRDe€rAžµwWĥ‚ÌEċ3Hğ™†ÀúR–›$ĤL *ÙF)#Rò*€I'MH.5şu’áCJ£ÇÛ>µ”E ˘ŞĞ‘Ë‚rAíUÍ­Ċa÷r¨”,mQ€@íŝyüj°<ô˘[ SH>ÔçänPB€>¸˙ġԌ‘o'CĈwŭżH^êqͤCmx•xxzİîXÀŽ1ègÁ †bPʓŽ£ŸÓ#ñŞoTéWّ7¨Sœ˙×Ĥ5ÖE‹x…Imğ³Š].€&ŒĊrIK†UÇıéùô˙ ŽHc“OûPg2Ù >§CFà;D‰gĠí˘p]T÷Ġ¤Ž]Q‚†HG §ŞƒÏó$Ñö@˘P€89úPӚ5ġŒR_,<ĜŠ€œú˙áY².ċ-ħԏn?úĠ¤–˘D9ÇJ~ÒSvGk2‹ eû‚\H'lÛÔw'T2Bé(‰ÀSú}jœl!’Y‹(èOzHy[j)c‚pOԌ€'` cZm÷(@Ĝġµ&ĈÙż§Ò‚ŒXİ Ŭ Lqš\,’~`@G­OBı\?‰Ħ aĉ”’@””PEOm'ÙċY°ŝÍBI''İ ŝìGĈâäsè)éĴfG‚ghb03וEÀwÏj0AÁ]ÌQS<HçáV­S|]“†¸@_]‡Ĥ„U—i•ü°BdíÏ\Vĥ‹:E Ĵ¤ –'Ù듁Ÿ ?…5ñ(sGóèi­XËóİi^ŬX•xÎ×l·ZmÄħ\Ü=ËÈK;e³ĠIŝb•ĠĴk‰ÌĴ§Ĥ ŝ}Mĥ\ĦàH@$.HíIğ˙Ù˙Ĝ˙Ä ˙ĵw!1AQaq"2B‘ĦħÁ #3RbrÑ $4á%ñ&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz‚ƒ„…†‡ˆ‰Š’“”•–—˜™š˘£¤Ĥ§¨İ޲³´µĥ·¸ışÂÄĊĈÇÈÉÊÒÓÔĠÖ×ĜÙÚâäċĉçèéêòóôġö÷ĝùú˙Ä ˙ĵ}!1AQa"q2‘Ħ#BħÁRÑ$3br‚ %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyzƒ„…†‡ˆ‰Š’“”•–—˜™š˘£¤Ĥ§¨İ޲³´µĥ·¸ışÂÄĊĈÇÈÉÊÒÓÔĠÖ×ĜÙÚáâäċĉçèéêñòóôġö÷ĝùú˙ÛC11gE:Egggggggggggggggggggggggggggggggggggggggggggggggggg˙ÛC  *3$&*<5?>;5:9CK`QCGZH9:SqTZcfklk@Pv~th}`ikg˙À@!˙Ú ?­,€C i”m¸ÛŽr+ äéÍ"Ż“ÓşÒJ‚G1şG1ä&@ÜÇùĠÍ>(BUÍê*Àş“ËPó1ˆŽQ[ÓùUY0D/ħş§ mĈO֙M2ċ§Â¨!ˆ?!ûÙôŞóYÈnÌaJüĜ ܲŽ£>ĵQ­ĈÓ'‚;‰!6Èċ܈ş{ŸĤëëUa…e‚bÒŞ2@9Ëû âF’è²FĈW…™2b –cQÓת+jQ\7Ë( Ş0ċ‡?ŭj§ ĵ-y’2§ĥx4ĜDŠ˙+aÏ'“¸\xx…ʳÁòżî§úf›&d,çlJI*‹Ï~”m¸ş‹.²BŽê2Œš×šèC>à€7tÉ síPÊF%ÜŝTÓm&b9nügßùU !Œ…|ìǧ=˙êGS³ÒĴ˘e•diX‚rx ·Ò´Á5)Ĝ¤„š(ĉùeEz0ÍS{eµ‚éàÉá_çéŽ ~4FVAħJ[İLÑË:â8›XyCëòžEZŽö aWFḚ|ÖÔW°á™­YD›d#á$UH^î0aš&•—*G>ù4ÔµŬÍÚe#ßo0#Ğ@ óYZŜdc³ $¸!ċÇ =ż½hÉJĈ)wĵ—÷’$`20·~ÖÚ9íÄvë J~Viߖ?ìŽßħE÷†+2~ĈP§ÒĦ’Kl˘vŬÖNĵj9-Èż*¨<`@Ş[…ĵµeǕXÔdżĝÔLÑP_ Üc$~>ô·˜ÌlŻ# r£éÖÑC#0UëɘÇKE°¤e<1ŝ/ŝµ#ŞùE˜¨qü S€Dé°İߖ#o“g|2œ„ĴÌMY¤£Žáǔğs•cŽġ\ŬÇpàÈÁA'x+ÛúÔë{“r¤˙g–THÙö);™›$˙ġ…E$tEŠùZBI }ŭTö–EbĊ³¸mb{Š•˘(ydd=JœíĤĜv°5‚}Ë"Kò§l~U=ÍÖÉ7"H_–}ßòpj^–)臷•"lvħ.Ş|À ߑÇëFœŝLxR5ëfÉÇĝT_ħ"Ct- hsğËrdgiù³ĝg2j $23(#ï‰=ErHµ!+äDÛä;úTW7^t,‹Ëz+çpê RĠîEm›ĤòÎOͳ-ü"–}*ċĤ\-ÂĥVD9÷=j£˘¸ÖÄÖ÷LíċMŠ}ğ^Œ=EdŜĤnŸ3É/AıĜ ĵûP– gŬ]<Ĵ#d žĵ{žôȔÁ29ÚíÁPFàkM•€ħ-Îìó*żÌ@ğFyì;S ´ûH,)ù˜œ³rz WF“ÈŞĵ°Z…U\D<É;“÷WëŸċ@$J#ò7¸;Ûĝ·pHúŽĠH eâdŜÎE܂ŭ‰ˆLç$óùVzŸÏ4$X; })Â2΀ŒÇ4Ûˎ( +ħı˙8ŞħÛ$‡;ĝĦÉĠ 8€šX\IrŒ.1€Gš"íĊÀ6Û*ħ§˙ĤHÊ[ĴŬĜô?JÊKB½ğŬÁ$Ŝb‡R ı“ 3ížĤ˜›#S °\˙Y†9èxêzT§mwħJiq‡q)½ÏLŝ@RMq,ß}Ù°1É÷Şĥ˘'70‹0§Í2ç-„úĠur9LóÉÏJM ĦgbAéÉİ•Ġ|Ĉ!ppÎ8úÑ{‘F,Ì2Pc9?çùR‰6£ |ÙÏJ[‹rHŜo(ÂĵОA<׏J–%i£fÜ  ÏÌĝÇŻ×<~TY—ñ+"‚+™#HÛsyGpfċ9Ĉˆ‡ŠCġpvÎON1ŜĦŜÄ1%™b$R‰ ˆ7‚0Cß½<Á:Û$ÇÌxPÀñëE•XtSìlL›Ġħӎ€ú}i\˜Ŭ.Ѹû‡¨Àà‚ŻŻ¨¤Ÿğ ‹vRÚŜŻ“pUĤç0¸#İö­yÛhÓ%°IêjÓıkSŸĠ‘WÍ ´ÄAF-Ï×È Żħ”qž9Š¤ş!ìkG§ĊpĦ^ËËîmĴ§×§\ÑĴ2éÖbIÙ‘ò€y'+NTĠú#Ž_7U >T-À!G[ĥöÛ.(ŝ\ççùŽj„Ê·sÍí(U‚‰µÇ=ùށ×Iûw œ1Ż#ġ¤$îòž!°ò ħÇĤ8˙ġÔÉsmĵĦ ä*äq–cRĠ†Ĵˆ<ùqħŽ½)òŭڀOBÇŻÒĴ,T§{ Ì0[–üiñĥĠ{,WS Dıb#Ç{NiŜëT3u,…ıUˆcË]£pëġġ.T)ĵÜ(XûVWı$r[›˜6\³€‡żżİ¨ïU!‚F@İ·ĉ²AÏôŞJE)gŠVù£ÜFS§·œÓ'Œ[ÊÌvĝÜr=ğcùÔZâdŞ2ِ†ÇAŽ9I2@ÒĴd޸|Ç׊RŽŸˆİŜŸ‘íPşBèıÚp ÷ġ˙ he•;›Ì8ÁQĞġÜíĈô80Ĝ˘+§ħĥi#›Ê¨IĂR:’:(úĠ•b7xş†y\2° §ċëĈIííV^ìĥİ5ÔbÚÚXF#ÎÖ= QÎOjXŻrÇö…ÛĥÄlX4ƒžżÎžUnL†<‰3É˙"6ô½ÄTĵğ’0+†“ óüğH?çSí3Éħħ ÈßÎîÔ[P%·vHË(sµ×çÇ˙ŞİHpùÁ=Îjĵ€Ó} ǽ&ä-‘Ž 1û²™Ĉ{žµŽI BÌ2Uˆf8ŭM*ĨÀ˘Ž>ġ!ŽQ)?'B: zšVŞeÊ ÷  W>il™ß\ñùTAB˘óËM D+ ŝ9İm£ß•ݍÛĵQ{ÊıîGjĉÉçDÛü'Ż¨5 6dD–Ŝ ÊĤ0[,:c§ëTnBd°}ÌÇ0#XYB6[œŸZ—pÈŽĵÓż@%Šà.Ó䣕éÔúšħ I</¤6v²ŭôĤ¤wYw.ŜÇnċ@™•79éŠAıàÈ[ ¤B êA)$ħ|â !=ê{ÔIó>Üž(4c'ƒOu1°B}G9˘Á`S($íb£İÇJ•; ‘bb…ĥ‚;œgùQa“Eq%§˜^Ĝçn>l€§Ôú÷¤ÓìÌò§ÊWċËçµ X,ËRÛLyíԏ£ä+üDwëUĴĦc$i eYâBò=ŝ”’—QYšb"ÚÎa!àçĤ4ĞmoQ÷Ôl†•‰hžİg?1·Njĵè"°Ü *ĥ Áä ‹UĦ;•ÚXÚë2³0p79vŝ”Žħ­ħ†0D„áĈ:Žıç=µ}ÄänĜôۆûÙ÷ġĤ1ŝSġ¨·Ğgži=D>6|’T‚8Ĉp@Ç ÇLô³ğF,}O^˜?çíÇc?ß<çéL˘+†„£a·È‹o5 ŞğË=:ѨˆNwíj`1€qÏ'µ0D’yò]4reĥ’~c•˙ëS–x|żŜ[ïÇVg<ÒèŞħ˘<ëk#œ*·;@ïĝš‚i7JŠÔ8 SóŽzñÚšñ) 3•ÏëNÁaÛ6‡1LĦHċ}}ŞämäyŞĈžT`ġé“Û4ÀŞËV2üÛx'9ĉ™°2×sžçړŠİÊ2·Q½GµD@-ŽœRLE‡óš%ù0Ĵ£cúÔl<ÄûƒF  fñBd”lìêM%³}á`œáT2Ġ´ŻteÙĜ‘’ŬxϧWĴ#[‹%·ŽP…%Üᜠŭ9)‰%½Ó%şgž6¸ÊmÜŬN£¤·@[–YáÜ˕V ó $ŜƒM3;Th$Ób‚4c,Ψ$`ŬÏ8ġÇOĈ­Ç"ĈÛ#„ ƒÊ§L{ġb+])Â’ İáŭ˙ŭUNtWf*3Ò˘Jâ*,NUwŞ·8ġëÏó§LÓLT™Èq´ğĝTY“a² Í l¸8,3“íD;’D—Ë,çAíV3R{‹–\<* ôĊ¸\ŝ•Q”ƒÜpAĦ§ÔDyÀ ÄöĤ‹vûÌ ?ÊĦĦ„°ıËsŽıôİ aAvĤ°¨8\ƒÜšr¨?E8óÙÏÒ˘02rSÀ短FpŞĦvġĉœHi9ÈúSBâ\O4aѣܜdœúŠd£nž8xçüöİ`ĊvĈaVʎĦO_§­ ˆVpT€XrżJHA9WĥV —<.G\Š‰lg_.D*ààà{ Z …ò˜ßtçĞöÖ <#³Ç†&ŬǞĵĉ„$Oqhĉ0ċ]:Ù·żp5xF-­ċ6ú| îgĈ=Ĉ{Ġ(ër’3î%‹ûNÈò#FyżAŒçëÁ8Ğ{•„ÒĈÂ5^Q‘¸?)8'×8ŞL 73¨"$máàO|{T·?/ô¤ÄL&”/Ë ôÏ9ŞóK+9Êc×=İÜ`C!bäħÎo9a@nvŭî¸_j@Ž†ċî’Ìy:£FsóE-ÊıÇóü+òĜ&Räġúŝ5Rb݃Á'×&œG›ßÔV@4ùhHVolġ§s´ĝú´ÀP­ŒîÈ#ı§–Àöç4€ƒ9”`äm=½ĊJÖcÛh$ŝì^|‚8£;•NJİ$_ÂŻKŞ Ù$íl¨<û`{ì2Ŭ‘·p°İ%!‡ÍùvŞÒ8‘jmÀ Ÿï7ˆÜV'·ĥ‘ ‘%xá‹WéÚĦUòĤÁ\azô ÈY İÀ=AšíéïRğ—xĜw6쎀âŞJ#bĦy$úS@Kdğn6ˆDÜ/?)Ĵñ¸pxŞ"Ɇܠ?fġ4o ’äĉL|£ÀöİÉ6H73cnHŻtġcĜ ŭi &°Ĉğ‚RFH$İÇ·ùĉ˘šéâ”áp3ↆÉ6Ç|wħMĈT.—Ô{ĉ·I„J<ÜmSĞ°œv=hŠÖq* ˜Ùc(0C|ĜġÏéIwsÍv.!ê ĦÀ>‡°Ğ·Ş2/lĉP½Ì~@”„EAÀ\`ôëüêú£Oo!œċâm§b€Ï§Óqü¨ §tİ ƒ­€*K6cŽıö¤ÄÌN1×pßր’A´ŝ§4²˜ħ“Ž§Óߚµ4¸`q³n^}û~•YÎUÇïÉÏɌ=E;!˘A Oĥ/ÈInÚzÒ° ċ28 -í˙³eş7‘ħáñĈqÇŻ"œlÀnŒÏi,W󋆉œ*¤$›ħŭÜà~•Ĵ×z¤7ñbòmapDLà˜”ÔÚ¨e=B6¸ıyío"êòڋې0sÒŻiz>­c =´1De;™I¨üik¸ßèڋ떈“ȍyÏż<- ħİíŝj–Ĵ!Žż‹§h–Èݸ(ŞrĊGÎKĥrÔ •‘Éeùpx>ÜT AÉÁӟҘBœ}â^1SŞn_Ŭ‚ LCyÏNzCċ`@Z²˜[“Óî•#ûßŝ³PÄRU£S€zġŞLdŝRĊ.)#*6òCžjÍ°ÒG¸òN>ĵtŞE"k¤šè˜aHÚ00 .}9ĉĴÜ[ĵw‰|İ„‡ĉŠ#…?QҙCî´ëy–{y—eÜdlžƒëXmpó@ÌR/2/’O˜HÏÌ=i² ŠĤŻZU8 à½CùšhßܨéÏZYwrĵ}i:†teF#ıç4ĝÈT26JLHĵĠ`‚_% ‘Élp8ŭ+–ñİĜXc³{wmêjŬÒ0 ĈyúóRˆˆĉêxÁÎjLÖ¸|E'švċıè§ZWgXYÌgĉë·żlZ¤ĴŞ‚rbsÇsÍ:Hg ûĈ$ô÷Í!‚Ú1S#HĦGv­é‘Ŝfòĉ{}¨—ĵô?xQ@tÖz]‹"E P”’òF0w˜ôŝ#ùU”´ä’7[e •SìsŸĉi(èšLv–˘ÈŸ0ĴžlìWaŒ(öÈÏ{֕Ċ­ĵ²€öċÎ8=‡µ&5â.7ž3mĠW|˜ç8ÈĊrׯĉŬ=Ä,|¸ŬTrqëžü˙:$!™ ۈ둊@OF<ŽœÖ@1•r2 Ï&š Ïj•èdÎÍĜÈġ>ŜġPİäòOòĤ1Ë´cs’>•&p>^Ŝ´˜‡qR.ċG­!ˆˆòŽ"n€uzż*ÈUŝlóêzVşÂöY ñr£ÓŠÒ.ċ!`šÉoXIh›wƒ8äwÏZğ|–N‘ĴáƒrzĊ2˜Ä´ßĉNĴ dİ^GċíXšäܷڠ܌c‚ĵ:žÓĤÚĜ†S\JIÁVìFqNò@r9 ĵV}D!cÎî7vĤ Ħî!ÈŞêO\”Žı!‰äzİŜĞ$-ä¨RŬXEqr{tZ )]—‚Û0úš× ş‘êtĥ+ĵhâ!›lEϞŸ†j„ÓÌwùqÈó–Ĝ@uút…KÓ`“틐ĵƒ÷Jŝ4Aß²/œ°ÜWĞ=yĦjÑċŞìç€IúRJ dĊħ‘ÇŜ.Î*l28Ñ%eğ7rO³A˜Co$pۙŬH%D€ÀžµqŜÀÎĥĞÀħye‡ ŒçuÍkXÓŻQÍZğ˜y¤nßJvÔfĤ›\[ʓO¨\JAf1ĥınıÇ^µĞIÀx]6 ÑĵF<ûÀ‡oÂı†F]ë ‘3´‚·ĦDüÇ<óÈÀ"¤ ¤dzjà:`‰×sgĦĈ3P‚€€üM0 Î>üP3Ÿ” ~U !%Üǚc:…Ú ûšcn0M)û¤m?ŸJKçĦúçŝwôúT€¸- D_ïgi×-¤^L‘yƒïmˆğcëÚ´‰H‘.ĜN÷!Ÿ2€V?( ŽÇ$*Žİw4³ ™g\ âDÈU½Šħ›,~QÜy<äUI£Ŝ„ġÀĴÑ toœġ§31oáħ9€Œ°*HPsß=)fΊOáL#y¤``šF`:‘é@YğŸìÑo*Y{œZ>³`)¸övÛüëhĈè]Lë,›Qáš%fÛĉscŸÒ°ŝ×k=ԄKy$Œx–MĦb>£~îĥĤ}ÜÍ#‘*–tr”‘ß=é‹3ŭ˜Dq°’FG­dĜ`'(Ŭ8§´I*Ç''‚(§Ĝ%ÚıKy䌔QŸ¨Íuš‡lí£V*Í&9$àn*׺-ÍuTt ¨ldŽFjnQ íZÙÉ:ÄÓĜ¤:̛[şĥ¸·ûN›$VÒ<ÛĝêqSHlìäÖe}Ry%„8)j¨Ĝ)~÷Ġż•bkVwqܤ 1ğ*ċÔ=żÎ§;ñOáŠd8 žY›thNÔ=yäġ¨÷lıî¸?Z Ĝ@çoçJ@WÛïëEÀbÜ:aÔú­jA0Ĵ‹"Ï+ıċ·ËëìqMDh‹Íxä6pÀ÷â´,ŜIċSwu/“ŽĴĊG·AVŠ.½â,FŜĠî"P0 m½xŝµ‘q<ò\–•ä; ÄM‡QY˘,ÍÏp¸5NU^žë7¸™ {Â÷ü@İQ‹mUċÏPFÙò_(wƒóÏëP ÷ĉ$‚xúsH[j£Üs@ż·#TÔAjÒ) ô,›ıô­°’9„µÖġ+²ÖŬ ùUA—µžƒc`BfżĵqM£2qTÀŠ? êw#l×PÁçËV.Û·ŠßËÚQ£·+ĉ.3K–árhü( n/" Ŭ•yÇĊhéšF•ç=İ„Üĵ\´’&˙^…"˘…E @.áğnyĈqS¸ Œƒ‘K@Ê÷÷ ke4Ĵ lBÁG$àv?íú†ĵĥÖî€[£vYB£09Ù×=Oz¤CıvQOu$œ"…ŬŽpÏġĴÍgĊ6sY´vR3Ü+ĞlÚAùXúE„r²ĵœ„³0s…p0¸ÀÀî+9ä-’䲜~Ü} É +œŬ{â“!3?&sRÀ" ûaÍZ‰€¨RqŠVo“Çdv¨¤ıE~ĴHàœu§ÊI*K…²:ñOû;HÀnOv’tŬ?0I#¸;¤r –ü+÷Ē=úËYV0ǎG|v9Ğs²B[—n|Yx¨ŽÙcÈ3)nqéZú&Ħw-™–rnہˆµ6L£f7wŒ3FPŸá'PÔµ?Oğ‡íe„Ò#öİmŒŽ;Ò[ŒÂıñZNñ˘Èݲ7%%ˆ€Ĝ{GíYÓxĉìl‚H™Ï—ž3Ĉ? wVğĤ§­I¨j˘xîŝU;a,ŞĈĴ0I÷äWA˘iv7ğà’ŜŜuµUԆY\Œ–ÏŻĝѝâËfÓ#‚pìq`/ˀw=°8>Ĥı˜gOí”gËv<ħĈÜú‘ġ'‚6%½il'°ÉŸfwɌîÁê@kažÜlBòrjeqˆ"Üß1ÀN9àQJ9á·üŞ/¨ …>Ôô“çÔôé@sÄOïPñèi·B"Éċ6sÁÍP|ÈN Sä‘á¸Ü’ˏ™NE: §ŠÎâÊP2 dœ{R ħ"ùqċC Á~cŸ_:G‹(âgr~#~5iîÒ0²ĈÊÎ 2ç>Ä LÙÖ5Km‚ÚH&ÜQž ûıüÏ˙ı닖*Ñàs×ڜš¸\ĴAµb Xˆ_ĵ…ŽIġÇĝTô$µ#·™ċ‚êEQ”›üÀġÎi kÈÌù,}éé.:ç>”Ä#ïuëO·bҖ'8Ï9¤á9çˆËjöò$;ÙÒAT#=ĞϽtISRışĥ€5Ħırq´0\~u d=߈ç“éé“Éyb˘‹BÔ.îµ3n!S¸ìïíҚhv4¤ĈšèGBw#`×=uİÏ˘\5­ĴbÚŜ폗ß·ZIê2)„o/ħ‚m×;D,еO?xç§ġĞ@CmĞ][İş…m˘·ŭf“yb½ħžNxĴíZ{8t‹{DòXÜĥ'<àuúÓvÜF‡‚ôzóËjŸeE ÒŭħĝUmN!µ¸]‰ċGq(ˆÈ7P{.I…OAêsŒù‘˜dd÷<Óˆ’TŒ‘ÜVl ’@<1ÔùöU!Ÿj(Í7½XV!óÁúĠ€l ‘ıƒd•ŭ3O¨ŬZ7da†S‚=)´†-(ä"Ċ´Â&é• W @'9¨œ)$.BçŒġĊ eˆ­ †f`ܨġ˘Ŝ"%,…J´ĥr҇°XIRF™Ž“í¨âŠ@Ċĥr~ï­!ıFÇ·<ûÓ7¨97ö d쭞j–Œƒ@Í.€zŽ‘w-Ġ²™mÌQÇOÓhfş¤µ3DSÊ@1 mì§ici:VŞ—{ïïHÀêOÌIĈ@Çp?3KmFcX‡J… |òÈÛR0ycŝ‰v\,E­dıĞ|ĞÓ¨8˙"ĦCiupħܖĥ‘$Àó|À LœÔ£FÓĤeıƒÌa_9†İ÷Ċ\ĝZñÌë @d †áBžFž@Ι•{§ĊssnöìöËûè‰=qúóSg¸Œċ›Mš0LwʨO–„Ù½NyÁïPĵW7İ= ÑĊ˝ÛÚٌtşƒ½Ĵ6vÒLW*ûzœd >Ĥ·Ĵ5û­‰ ­­ĵwOĥ4(§j–Ĉ3“Ž™ŞO° ‚]WTÔ$ûby²ZUT\lnıĤìÖ Ôlc„˜·GkÜôĤÀ6G1FqÁüñK2 Û´ğÉ œœž}¨°żêXlÎHc§^?é[:>u{Hb÷†ĉ^¨>aߜñB:Ŝͅ¤Ĝċ ڌ¤ğİÎ{cúUë[;Tş™/ïU_+XçêġüiĜ =Iµğĵi%š6ħ‹ĝH*&>ÙçŠßšĵècE˙GUmûB|Ŭ0>˙T£Â䧨@WìÚpKe_œ° WÜ`ñĊq÷si÷9UòÙ]X^F@út?€+ġ@‡1wYnÜ4Ñ3m2ıêŜ†¨†!HsùT>ĉ “Ž´ċ'8Ĉ=iۛPÖnŻŒ6ĉa†â(£(?Ûñ™Ĉĵ÷–VŬyÌPdàŒñÇWB“h›#wM° 0ó^O2Bq΄{ ĥÙÁÇZ†îÊ0¸û ’,§t@ƒ TĜşIġ8Ş3ĝÊEù`ħ2Ĉ"P˜qÈġçéTöÔ#ñxšg‚ñÑUˆòÚÚ2àŸLŸÂĥ-”[Kĝv=ÒĊ$’)îäpÑÄĴOa´ç­jßIzÒÜC¤²‚Š $XwRHazj¸­‘ÛÚy—ÉhÖÑ~âĜ:Äü˘¸<çılĉİêÑĥĞyhm–4µş%#tcìG^Ü~>µVì#Żĥ²…—ÉPĝÂñ÷²óÖ­QG -!mŬîÌÒŝî! {rsö-‹y'ï6Ifo™—İàĵ(¨’Ôh}ŒuöwıĜw;ېIġġ›<‚Gc Ày8ëÍ&ĈGNçzÔŜ³=§‰lÄפŬĊJ–ê=:}s]vG×C]„‡.yÉÍ‚Œ’ġ5˜ÎkU†ĈǞm5䕘‘$£*äzz~8¨šñn ö‘2–Uĥˍıê7cŝş´Kŭĉ-2Iäĥ]…eĜÀıä0r{âİĜ[A}c*µ½Üʅ‰ŽÉ zÒ[ê>ğpK„B£Ċˆ'Iêj…¤îî8L‹c‚íÑGsùT5­†CŽHëô§#´g(ĊO¨8İħĦÚ­û}˜BÙÓ [IÒş*·´€\N·Q¸[iÁħ³Ż£?à^ĠĴU5V¸Ò(d]ÉiŝĤbŻĦ\óġ‘ĝ‹N]<@öMqqÇïJÇ=y=ÇL÷ĊÉhĊèWÖ>ÑYÛÙeç6%·sŽĝİĴĜí%šñ ³.‰ ·<:óŝxİmŒ§q ħJâPIV*[¨${ÓôûQyvħ;ùjA%¸z„µ°ÉnôánĴÑ\G8Oġ†>‘ç Ïr}Ş‘#÷ĤĠ˜„íS%-ğD@enFìü§Ô{Ԍléċ²r ‚9ìyĥ˜Á.àXp~éïÛÍ1›Vı8şˆĊ À˜ÄK)çŸÈÖΎ4Á¤¸…f’áH™7n*üÇ='ĞO¸Ż4}/ŝ9§½A ·AÓpOĤ{U½;Ä:—ZÁq#/$ÈÈO$瓏Z½;›:cEun·Ai ì|rPıÇáŒVNŒ˙ =Ô~SĴâ1İféıË q˙ ĜiiZöÒŜö/.ĉ1"zäµ=cĵwħ´t›¤Qí$r}ˆÈäŝT8ŬƒMg¨Ĉ³1‚)¸ŽIxÀuÇqÀĴùĦ•P—ˆ…@àĵN}ùĴœ]ÊĠ#óCLĴñómϏoZš£RÓì2ZĦÁÀq‘Œġçİ°ĴRµ”LŠ$IŬ†Hğv烞ŭë½´¸ŠĉÑ'‚E’6 ½ o{ÜDMĞXÁ™ĦˆĥÇSÚŞMŻèóΐ´ñLH$Ş>§+j3Fâužr/š¸ÈÚ3Ç­fĊĴùèĤ w|9Rˆ%W•UÜ"“‚Äpġ<ù˄‘VP3ó6ÜöÀ>´Ö˘-éSÜéúŸÙŬ XE4$rÀžŸ_C] ŝˆj1–Òĉ‰‚ZD=ÁäUÇ]˘*ÇDPŞ£€+'M#ŝ `Îès˙|U˘MjLĉ˜‚š`sşžw¨³™âû)™eTeÉ\(óÇJÇ×%ıó5Ċĵe£Š%¸!ŽÜòÙsßĤ*uLhĦ˘]Jö³G$0½¨%™YÂ&ì7zŒùTzI‚ŝĉîÖ9£%RŸ3Ż°“ĝV}FÙk–…{*6Ÿ—9ġéW[RÔítċĥŬċZî)³³r~ĵ˙:I´€Ì,KoîNIĠAoŽ÷zkÏ FĴ~qĵ>cŒ:ġ§°%›jwwıµ-žŒ<Ċ' { ÷úWg•Kƒ²’é×ùŠµv—x„ÎÚĵÏ<2¸Ğ&IÀúÖĤ‡˘4şIĵI‘YÔ÷„aœp;zˆĞ°£ê°è·ñ‹›Sj|˘’2|ìç#ŒñÖ.ħ,ê“Ëm#ɍ¸3ŒyĦ½Šu3Ĉ… ĜĊ“9P:sĝÔ"ˆŽQˆèAĞV:„ĥ :ĈùÑì;†Ë?4ìîĴï"†'†Dm’‘½† Ž@Ï­GÔizÓ·)V} Rü 4ւ+w§ÂÈ­óAéïġİë‰.\A'™~VÚW?¨ĠĜ*)f=€ÍLĥMH }Š2XŒ?—Jµ·ĵğX.'+ûÎ=ħêxĤ–şˆżâ M6áÚ(ñkŒ_$“ĝ‘ùÖ+0`ĵr'֜—+İ%ˆNŜC—CÎJíŭ)"‚Yƒ˜.w1îZ‘Šao%œÀ>ŬÁż§ġİìĉ[ei…Âp€ôĦž”ÖŒEÏì鯵(ĺ˷2 ¸\$3^Ħì‰Tœ•gÖ´K[’Ċ5¤ĥíwXb…|cžà/ĝĠİŞ_Ù^ˆš$Ky :JžĵƒÚ–?oñÓL*Šƒ&F“àË‹ĜV6ó‘Çz)ˆqzŭş>ˆ÷>c LÜŻÍ`Äoġ##Ó45 ÑË^BĈy%Uŭ܌̇ĤTóùPÒ~êX£ÈF`ÁQĈ/ŝµs½Ë.iş„ᣉ×t`fÂò9ÉÇĝV´Ék}˘óm‰ra%£$}Óê?­jÖ˘ħÍĵx·ÜûċrxÏáŝzŠêü/i l÷Vñ|ġË1#Œzj`µfċÖİyĤh²Ü=ŒQĵL?vòN2+šĠĵJ÷zĤyo!„Dż:•$#óqŒSnÀ 5Ȇĥ|!Ĵ›”KYn¤¸—fı1ċgsúU|2èéVF‚Œ.uYdÉvĵeÉ?ÂÚ?#TÀӐ,ˆTސGFÏŬèĥVò’ÔÏp J˙+gÛëN×ÜW2t˙êkžk‰PÇÊÖĝô=ħ×˙×R?[ċÛdwÏïÈ…gÏaÚämâù/­••­Y²ëÍĉŻaŭ?jè.bĥĠ-ĵècÇÜ+´ħ`{x÷öĞŒıèyÜ·RË Ċ4‡†Ü§|œóÛİİ%•Ċ¤)­· ÊÈ9÷,!X·vQÖYxmÖA4“Ǹï•SXŭ{VŜcoĤB ĥÂüòçÔ×BŠDĥr^1†(c‘-Œr3Ì Ŭ:úœĉ—I¸{™K;İêœGjò|Ĵ;ġíŒÖW´Š5•ğ—Ħ plàö=ë/E}÷ú¨\…ÏóğhŬüİ´4j\w‹ä•5Hw8XˆùC·Şúvĉ†ì„cßXË&ù™–¸É<O -Xä\íÎáœç§?ŭjÂJĊĦ"m²İÚƒÀ= t:N·sĤA4Vööŝq“V sԞAç?"ì ĊÔo$ğy¤9.ĊħĜÖ˘Žo)™‚İ,8Èû§=E&îî]êĥIÇ<èĴ o ßtçdwÍT]~ÂÖŬċy ]ß*§ÌFúġĠ̑6(ßkš]ìEbžh$ç ‚9útĴ5Ž£—|²K‚$R:tŝU”¤ŻqĊhôۋ›ar‡~ö#hÉcŒsï×ô‚Òž4ŽñŒĦş,G{sÍEî —5ÈÌw4ÑH‘?Ŝf“{9îĜâ³íµ‹ µ¨ H?ŝżJ%tÁl6Kéî.L“Ï'ïÎAìzñQÜ4yQÏ3ËZ–Û šC$QÁ¸¸lúqŠŽ€%t{p7(ŭâe[ĥù"™ĠKwÏ­ … ’qΧáŠm |rĵyĜHŬÁ´ĝ †T’H|ÄFSÀ>Ĉx÷÷q"޳öQÀü¨è"½mxzûMÓÒĉċg3.FWGqß­8´ž ĊĠġKÛöh­Èß1ĵoRp)otk1l’i÷s+ úgµ[´› ƒsZ_˞Í]e¸!ÏñĞövú½•Ìï§ZÌĥo!(ı HíלS†×%WZĵvĞçiñI(3 €ĦżN)P‡QY­Ż!Xc*$§£gžzŒ`é[=…eÇѧ¸ÒµŻ³]j mI;›rÊÀÁìFŻéVĥ~!ĠÒIÑWY1ûÙ’?:Ë]™GDĦ”ċHÈ#½VÔ-mŻ­ÚÚ}§xĤáî*ÄswžŠyÒ!·ÜK$3½2;ó\µĊħkµ†Ž·äŭ}ë)E$4e,‘K4‚‡vŬı ÷¨dŒÄŞA!ŝöA ~=j°È;u˘úšĜJ7#´N ]Ü7#ŒûŠÑ²ĠK?³ŭ•D(ż3œ6Ġ÷ uĊmvD½UÌš3pí$fUÏr>£ÚĞŭ+&îQ*ŬN¨¨²şŞgh§XìûR*gĉ$ñĤÚ¸ÛC2‚@[;AíԌ#c\häž~ hu³†Gn£ò5‘Ù=}j&’z6tOŜÚ¸[›ƒ%´JFŬĦ‹€µÓÙê0^y v°Çp~d@yQġ= ¨É½ ñ4’áù܅gV=Ç gë\ “ ‚Tv0–#1œ7˙[Š™î0™8¸`ÁĉVÜKòÙ$gœUy!–) HŒ­ŒàúT0#ö˘šžĴ÷òl}ĈÀ…só~uQ]@fËÇ~†­Êîà•‡KĊ‘£ÀAŒdò}j·RĠœ08Ĝ[,NáHdéy"YIjĵG#lwÇJ€A tÓnâŽô†P­³Í&”fk8%‚½ÁÜrzq×­eğbÇıŞoD$'SĊ9*H ‚X`ü<ƒŸóëR†#1v,Ē{šv2 ÇnÔÚ(˘€ ZèYGf g‘ÖŞÀΖí´û-7ÉıòැlÚä{W¨[Á -\Ê/ĵtê:ŝ5Dĥ&#mĴ%¸·i€ÀÈSÜgŭ§˘Ġám@•†ùüӍݎ? ‘ǽd“(é5dÖíšRÌaŜWp ƒÀê>Ĥ¸‹;EȲ'Ż üçW5} gi-üêŠÉŒ°uÇ-ôqÂ#X‘Ĝ¸²•œgÚ˘Ú\ g9ĉ’¤eë› ‹uy%V'9ÜTŽüŭqUĵ_™·ċëŝ*§{ 1Pƒ\YÇ~E>ê8‘ˆxÁÀVô£K–Ċ"‘ĵär~žùݞKXĴĥ*¤³7m#hÇדĝQµ JUfÂs+Ĉ›(~ïcĜÒZ°cZÎayöePòçSœÔRFÑHUŝ8<ÑkŜô”†ié³DúmŬœÔ°óŻr£$l ÍŞ{!)c·n;ĉ¤ci[$ä÷ ˘€ (y PY‚ƒÉ=ÍO{*ğޘĈĦwgŝıüèlşx#ÔVÒGs§M:„‹ËĜĜCääÏ|sùӈŠ–@ûžK“§Ì—¸6+F+İ´EÌlJŞÓŒg žÙèqT´Ôżİô£É2„p¤ |żB;UkQ!+‡Pc Ħ ‚.?%+ÊáaĥW’ÙËş7*†êÚr³"I3)&0A*=xéTP $Dg ¤àĥ:{ÓZ0D×öMe>ÂÁԌĞâĞĦtù”°ġ"“÷Xn(vFÜĴwzƒL¤Ĥ7ŒŒŒôİn˜<¤Ĥv/ P=)ôȃ–>^w`ô4ÜgzÒïAë×4ƒ‘Ú”ħv,ܓ@ ˘€ \ÔPQ@ EKkm%ÜŜ\[w{œUËğ˸mF$¨ñ J€x#={ŽiĞ­D%Ì֖~tqÀBıUgP[qÁŝCüĉŞÏq%ŬɖwË1ä€?Ô_K,p›×ĞmX•$œg˜İĉÂìîKXp G=N1@Ĉkݲ°}Ce£ıXw` FÜ1ô fރ*[Y\éz„S\rŽF9ĊHçñéëZ­q°·÷1@fif<öÇnġJñ¸ŽnÎâkKâÖò…“ĉU“ëÇ·-ĊS„¸ŠĥÑÁ#}j/u¨Ê’6öÎ1À™;5:9CK`QCGZH9:SqTZcfklk@Pv~th}`ikg˙À@!˙Ú ?­,€óĝS|ၗŬxĊa`3˧—Uóò}7uĤË‘ĥ–8"ÈRGÌßÔóT›$ÎòŸcHíSƒíVEÔ˘43y$cj·?ŭj­Ĉ@á ™€9ĈÓË}i“DĥÉ Œ4 ˆŸ”ûӂıÏ>ž´À“ËA ċòĈ=ŭú~´ĝ.Z@/°ó´9^}x{ˆHß00Âĵ’0,ì>eÇ=}Ïò­Ġâd†DÀórqŽœöĦĞîQ˜îÒğ6ĉ9<œġ5rKˆKŠÂÛċ%ĥf”°>dLŽ2ÀäñEîÂ÷%ħ¸šYB‹¨Icž<7äqšW™e#ċP;&TœÓ­d@ò@xKîÇŭiİ)Üß!#“Ê†1dòÄ`˜ÌFAçӊ­çÛĈ§leA9R:rx<£V[Ĝ‘îm˘‰G9*ıÀ^úÓ]³…|ıeI œ0òŽi%gs%̊òëÑM.Ĝµ‰”‰×zYZžİ-ĊÊî!GQ´cÛżFê_É^k2êè4~Z¨ÇsRL~pqíK3+ŞíVSê[9ŞH.p¸èE%Ĵ1HĉJ"~6úÒĜ61ŠCĦÜE:ĉdwK1èò7Vú{P%£ÂİlŒŬ½èWvqT0róҔ² ĈÜçıéE„Y´1•;’' ‚2ÄžĦ˙ëÓ§˜ğ€ê¨GjÔ½ÇÔtşmɜ…Nçä9Î}* ­$7,ŠFìmcóüAĤO NöĉŜ7ŜàœF ż­U†431‘U£Ç–öôFעş3£™$…öF…Œa²Ì@ġ9ŝF¨­³(|ü²F‘Í61 Ž<ÉĝGCÏzd"E”á‡=hNâ½Éö•g‚żl{ŭ3M“237!$˘{ô£ašş ÂKĴ°£şŒÚµĉıòag8ÏAž™'>ÜóQ+ħ£îq Ó}Ÿl¤ŽfaÉïÇòĴù"Œ…ÁÊċÉ=>ż$È:K=&Ò6I–V‘€Îs…aôúV¤3gƒI2’°“C˙,ÑĴƒŭħšĤö˙e‚ñáÉáeŭâ}=GçB•lRšî_6)gPħĈĜ2Ċó#zñÔU¤ğ†Hƒ£pŬsOšË˜W°áş[R˘M²Áaü$Šİ—h 3ÄÒ21ÏIĤ¤î𛤠‘†˜Ġ¸ yĴ­oPħU-BË7!¤Ç =İ­ı)­#ŜKóşF qĈ{qWímcžÜ%şD²Ÿ•ši9cŝÈĦö(à7šÌĵċö*€^:Ô^Â&µAğ a÷›éP½£]ŞŞ§ĥr@ġ5CBŬÚ²q$"Œ—ïQ³DQT° :ñóÇëHDK°£+ÊF9PGzu´F`ÈpS’?:ĦŽšˆ!Dg£7ñ}=İG–YĥĞz ‰°ĞËž;SL²ĴcĞ ÒB,Edŝ{G$1‚jŬŒF[Ż6UÊg–>½hzĦ­Ùġ KYÎÀŬ’FTU{‰#‰`X­óp2ûYJ•9'Û?Êİż{CfÖĊ6ıŽ 2f\<ÌNdà’G?áíYÉk%­żÚ˜ 7É´ġ)ÁİZ3ZI$Ž9ÈhcUê Ç˙U@n¸`dpĵœê;ZornîT›È–DD’FPN÷fÉïù8¨} z!Ì!–8mĥ£1uSżċ`ÜëFœ|¨ÊΊ‹œÇĵä˙ëĊKd7Ki C÷ü·!Fy*yÎ*dÔÌ23T€ûĈ˘OPı$zˆ‘÷Ÿ`\’JŽîäK P ?ìżŜUx…ÈmwŬ°Œä€Û9ÀÚ?Ż˙Ş’}.ċPá[*è0tçëך¨è†ĥ'ĥş.|İ˘Xn6îùz0ġ•z¤Ŭ8ó䗀 1ŻċBZwtò°y' zñíŝ{Ó!LèìÛ¨V”ŭkM$ğiٚXċĜ£hÈ°íÍZ›€HhĠAùœŸ˜ġè)_@5]ĠFYÀŞûQĉÄ`ĵÁûĞġÏò£pDÂvYñ˃N*6p0dB‡Ż##óŜÀC~çÊÚîsŭ+>3—àdöâ’2— })Á :0½6Ĉ^Ĝ‘[”WcêsŝqURÙ˙!XSg&Ò}:jXJKrS=p ŝ” Eۙìá9RǐEL–óZĈE³ryğÊKBĵ2^C$Ë*nR¤?™†ûzšE(ŞašĊ–— }ıéùTÇ°ö(Í+܆%‰>çĤ )³\Ë7ßvl d÷Şĥ˘,¨…ˆBҙ3€7ag?SUƒîgžO'X@Ĝ°=MN‘£ ó$*˜m£9ÁÇSCvˆ ³•ëNY6ĦĊœôíKp$ĉ´e\ŭÓü'=½*XĠĤˆ• * üÌ8çóò˘ÌĞŬX³ĵw2Dħ[ËmÁ›”ÁÇĉj$‰Ì%•À9Ĝž˜Ĝ—°’Nħ0Xċ™oR¤l#÷ïO0ÎĥË)a‚xPwqëôĦʅaÑOħħ*n éòôüiÖ÷MC˜ÙI N1Žà_jW| \³’ÒôyS²™ı9^ç¨#İ­i-’=Ċ°9'½Zw)ŝĞ,ˆ<ä]­ _=úĝÖSÉ6§v…RŬI8:š¤şħtÈ&µžA1ÏòàÀgéItÑÏ#€[”#z…ùĊĉZ . Ž{„@êTrÉ\u÷5{M³´ĥˆÊ%ŜĊJ’N:Ò½´Aìv?4€sôġ$`&ži€—˜mNÜ4ÉŻÉR!rĴ2Í=Â×*HŽûMÇg; ŒZ‚ …Ä  edáó´0ô5ušƒj‚ä<ŝt˜™]¤(„ >½iDËÛ·'İ â˜(ŽeP‹"Ÿâ;³•˙ġÒÈ$‹ċYSŽŸJBĊ3€p=qzOĥ?” -µqê?úԆ5^ƒw<.NGŻÖ£”îŒ8oŽŝ´’&ÄĤ3҄ *2Wš´2[f@ÛeÈÁqÎÑô4ùcF-ä1t.HÁ$“¤¤o ›¤À$v˙9ŞËÂ0çÔT­D,lw‡%{U§·y'˖÷‪ÖñÀcÈnAJŞ|ÒF0N1Ž(NE˜ĥFK2ì“Ż\è!ƒ˜ĈĈÎzóŸ­M„E&ÈgB„ħÇ͓íWmĉ•¸·ĉŽÇ×Ħ^÷ġÓ5£ŬEµŒŽÛ‚ $ݵZÓĤc,ĈÚÇíQ6@dàŽ“Àâİ.ˆ­Oìèn##ĉHWSëġĠ_ìV~mÊĈ‚<ħÇNµ|ş\iz™uKƒ*…¸ÎÑĝÖí½œê#2½~~NjbYVĉâHîZ8‘Q@à˘a‡ Ï~jĤÁ5ìy¸ȸ.yŝ#ġĦn• “•, )ä8ŝâ§I­ĵT@АHÉcôݲCZ‰fO°L)Ğp왍>„žżLU€Ċ$€ùŒ›œ`³|Ç˙­NŽÛ‰:w×­è‘Fî”ħŝ<œñ¨¤g6~üñŭ(ÜÁÁ#màu—.ÂÂ2· ‹ŽzĝTßêĤg1 \ŸozW‘´ċ‰›ž˜Ĉ*XyĉrÀ+Œ{Ó+È˘BI9éLbd3ëLĈrT8Ç_Żµ YŬp½€ĤFW8É&œÉ#D,HÈP§‚Wĥ·Œd°$+ŒgùĠv1Ĉñ²+O!¨¸ÇàKŽU@ë“HmĈÒí(ÁéêßJ”Hĝ¤]Ş›D ÔŬä*Û‚8ŝ^Ôì ŒÇžŭH.²eĥzà÷ġ˘Ê~ċRpGaC°ÇÈ?ş{R½…°ÂNàùç54WRĤŬ’2ÈWcq“ŭqĊÉ µ´’Ŭgµ¸tEmêX‚ì1ğ úN="ž SíŠ!Óâ(˘Üċ@iÄ­Çt-ßjϤIċêZl$şnFş˙“\ĥĤ×wŻ Üшı%a@;ôc7ÀZ°˙Ë5ÛÎ9Ï<­)}ŠĤ@A'Ĵ}­e{’G-ğ][íıfTÏ žŝĤĦĵT‚ŜCŞ9Ç çĦúU!˘¤³Ċ)>[˜÷‘òŽœqĝ˙ž*;ˆÊĆ`~ëĈîĤ?CW%ĜI̘#û½‡ĝÒ£ŝ÷İäv*ĈNo$žxàóH#fçsRÀoÒĦ`drê>ç=ÏĤ€²1ܧ”` •ŝ2¤ŭ)ħáHYIsӂ?Z$ ı˙xpĵ3çQ~˘ĞŬÇ9'<Ñ„ЁÀf$óM;Ë1!kv@G Ϊˀ Ċ çpDÊ0bNcïġôĊ$wX[4ÑÈ"I—"C‰Hàävù­{•b-;qşŠy\°`)[ ÁÉ=ğbĴKtNİ,ñ­´@6â6;Kg”ĵqùTjî…{“}Şi vH˜Œ’Çéġİb_nŽO5)·ÄŠ·w’Ċ…YĵÌ/8\úU?´Í)TsŬÜ‘E˜Á•€°ħC>|cŻċTċ$?B|œĠ ÔwrçLRğÉ ´tĊK“³TK´žĝüݳç*ʳ Rˆ’,`88îr(@<4ıù1‚3ÛÔ˙ŸĈž<à?Ö üšîâ¸ûÎp™ûÙòŞÁv˘àòžiGa ç•-´{ò €OLĠ‹I`nšE'ĠxfĉÁçDÚzŝ•$‘Ü ŠH" ͓è:~µNċŜ`fcÓĥƒċ,,Ħ-ÎHïP2–ûóU~€K Á0LJûG ˙:³nfğŒŞˆA\żÎ9< ~”ÖàUvuvBWĤGĝӖĉD"CÏ#5 BC¸.HÀ8&„Á<’é@–"šTcĜġ=ê4ùŸn1ğ0CAĈ2x4ĉR0}h°XUó'kÉÇJp „Lb/°0îĜÎ?*=½Üú›˜ . ĥT}HïŜ›§ÙŭŞGi#ᔔ‚ ŝ=¨JÁİf[ˆ­FVHË!nêœM4|˘ËÉm½ŻÒ’Mn}M„âĈù•“ËĜŸ_Ö£i#³p*ytġ֎[ +œUŬ¸ÇéÛ5é* 9ڀĴ#<ŝYïKâĜ[•ÚhŜä™\.ŽF;~TIċ O"8Ȕŭóê:瞔[¨ƒžĊ!NJħ?† 0!,£Žâ˜Òù€üÌqÉÍ& ™bJô ǝĉ‚xŒ¨Ċۉ<°" r:?úÔ/0 Œ{“Ê™C.L[³3Ì{ç8¨v¨UÜĊxô<".wí}ŞQı|°9䞟ŝŞ`I#Ï%ɊRÍ´“†)‹á’F}=)hJ­ğÌǂ=ŞmğbÇ#Ó¨íŞ ñÎ;ġ§(RqÔ~´ Šá7ìE8;³Ÿ Şï!fl2žE4ÄF3…EÛ·Ż4¤†“œ ĉÇıÄΛFĊORp_ŞûÖH˜ĴIƒÀ>Ġ)""Ç, pü4òİ\qÍ0~îB‘ìhTŜß1@(M$'PÄíUä*‡+ lġc˘=O#İíïĝÔÀÀŸtŻ úU1„ğʈyÁċ•¤ùNOŠ„>_´*ÜĵĊ3j„$îrA<•Ĥ€uǖm•ŽYĜĵw"˘ŽĈq²DÚëÁ 05 +ÁrYË7Ŭ9ëWí´u>ü„ Ĵ͎ıè{ô¤—@H°tĤ7°'–Ŝ`rqžsúւÙ5¤-Ħ1àüÍ.ûŽĠJ6e$·3çıA§aT˜ÑÑx 1ÔûàùTžl7téĵ*€ğz;U^â ½ş_3ËUmݞÇ>½şúURÀŸğ×ғo60Y³·•ÏëUŸ-”U$Éȧp" KòIÁŬĝt§Ĵ(ż|Œç) :]N÷Lğp˜áp¸`ûĥ°›!—oŞ)ÇëNV$‹Ĝ]ĜîOzPÉçëP1Fìd·\R€BòĜϨ¤6×p=qNùÊrdàö‡œ °àò scĦ=:{S".ŠFx,ùÍXm>Ù]|“0Ŭo`N}°a²›‰‘`BKñórjğ5DĈ0ıŝóQĜ]IĠâB³ÇËtù†E1WʘR0½ıŬN$ĥÒŞ@Vİš\ú)àTĦ!áÓaÜ7dĵĠWXĜòXŠi ħj"Kivùĵœ³ ¤z`÷üjÍ$Á9Ĉ8`JĈ]0N0AÇ"ž€ıó2 `àñÇĝT’Ĝ 3ÎrOù5@‰0zmŸ­fÀF7 }ıçOùŝt\Í%­!ƒÂġÚŞŸl}ë„|dƒQ[ì†ßJ@˙:ÖċEudƒÍWòY@r¤Œ2}3ĜcÓÖ£›Êş]°‰ĥƒ’RÛżĤ^…4e\Fê&&%‘Š*¨*úúw­H„wpÀ P]ö;/@Gl{ĝ~4È(\yJHU 3Âç5yŜ8êN{T½ÀqÁç?ŜÍFççô .Vl€X7£`ƒëH{ì‡,™É$ġ>”0; ˙@#"ҍÁáܖÏëÇċX֓Û8Yc³.qU(èMÊn{†ÈÏÊsRmaJc¸Ëu¨° ıŠ°F?x/­6KIĜy§ħ’y&…ĵl˘31bpħŸñKylmċòŽôt.gĜŠzXvî&p0ÒŻĵë§=ď,R&DdrĴzàñBßP `ay{q(ŠIMqî2Ž¸?ìµvm:wÔ‰-íí·İĜÒ2%<G;fĞ—™X§7‡,cäė §,ï0EP8#Žôŭ/@ŠÊ37ök3¸%CÊ U?OD•€Q´†\}ŠP]ŭOǜŭ+—żËÔĈï.yH_ĝ— x+‘ġĴ JŞœ1Ĉ;Ôq˙6yíŸJh U-'.Šû°Ç)ïùâŞ•È ç;Ġ zÚx ŸQOÈì:Ôħ ûğ¨Ûı8q߀t ¨ßĵE+pż=iP%ÍÁóvċ›<˙,ŠĞè2Ʌ!òÂ"Ğ‚ÊŬ³Üzօ½œĞé`b‡1ĈGàzU"‘%ş$wĊ|Ë|êM§ ù¨íKİ,(ĦħnX™"”鞕Cm’]çRŠktT1ÌıVxÈÁì3ê+ ââyÄñ,_ğ˜1Èïĝâ“$Ş›6ˆ†I<š)C‚§>˜İlC¤&Fëĉ{ŒUf]ŒAĤÉı“ld#İ8§"jÈÀ Ċ!ŞìîdòÖ5=Aç˙­\W‰.ÖûP9c1§ĞzĠÉh ÄhÊıÁÇ÷MZX˘h‹³ßŬ*Xŝ}*R4RKċ‡CH1ˆÎ uè<óPÉΞB,ß2ÉżLvëTĠÀ¨‰3°À< Ä3N–7Ê&¨ÈÛŜ£ ĊKf(_$*󓎕ŻáÛQt..6‚Äqħ'qġÇz¨-CcЇHµGÛ>ZHğ”àç˘éÉü=4 :9"‘-ÀhçA>½MS}ghúP³ħk&Üï2ÎˑŒpñ#ñüj+ĝ$’ġ™&şçîìNߟéF€gjQÏmks4˜‘ĝËdŽı#ƒìsW­'ÚÙüÏ0Fûw8¨jۀKĉn9ä˙Jb–˙g\TW’8ço"džÇ°  0ÊöèJäÉÎÒqòñéŝ>•SÉlp­4ô(+÷°ÇżÍRR¸ \šLBä˙ġéBİR>ï)Eò·{ñŝ6 pĜ%‡Ĉô§q’ ìÙx܃Ü+YînÚB" £,J‚ÀzdúUD¤AÍşê ,“Èúğ6ÖÏüµHfIn·E$­y,Ò~ó#éúU °ÑÀ…”[ÌîXœ.ċÚĵ`sŠĈÖ_žxbž" $˘NC)ïŸ\K*E‡_’RğŽÔĦHĴım½8Ĉj.!·“’Ħ$šbĵôî!Á9ÉüiXiê—ħ<‘„ŝ%Q’ĠÉ "ÖmGd~|y?Ċ- VŞÍ'ğc€^Úç€>($ŝŭ{R^`UŠK\0¸fŬü*™Ë}qPı‘]—kF8'8ݲÈÄ2J<ٜ§ñ½?ɟ@{x܋#)f]ÛS‚8ëŽġq@ÎÖZ$m$r1\ŜğŻjš]älmcKVr‹“ı=ştml3KOÓo!™eıÔd”dħb¨$úúúV 8Żŭ˘ĵċ­î9T#8+Œŭr Çʕ2pFHÇ)HC­ċpà áZ²Q²OÊ1ŝȨ{ ğ ıüM1XcŻá@&Ġ$‚zf˜#żĵIü¨Kq×=ı˘L 8öÔ=>cùf´žHġĊM Œ`ä}Z¤ÛıĠFsíŜDĦŸ9]‡½tvĥ‹gG ³ŒğÈw`zqÒ%˘&Y$’yZ4IĜĥD[ qÀ §zĥş0A¸üêí ú”ĉše·Ÿ6ßyŞW/%°’g ŽçôĴÑ Dò˜ôÇäi[ vž3Ó€k7ê{Ó˜vñéL‚q’vŻ)Ĝ³ځı1p„ Ü}:W%ŞjŒw †ú uíI`;âĥOA3îêñiŻĦıġÈÙʨÁn“]ĴD½´ħ?Lwİz°%–w‰À–7Œ{‘ż>*7Èğ1³’7O=ĝİÔ Q¨ô^jO!6Ĉ€–T)9˙ëRJıż£ĝbñŬf=˜|ß˙×]”VñEPm¸­>ĝ#˘>7(lŒŽ†¤a!`„˘†`84ŒÛsĦFXž‚€9ĝmŸ[™µ9áŠHRÚAĈÏïŭXĝV½\ôk=4ÂŞü:à.1˙Ö'§­6 Á6 p§ÄAĤ,…%*ˌœk; ™ċ“(_\ŝ•^6#&ċĈ}9ĦlW“ ’=MJ=23Û5 0¸Ü@ÒŒNıö§=Ä°ĈêoÚïp+ĥ)¨ÇOĈ´Ĝ°Ó5I-G” bS³éɤĵĠ¤şPğ"UÎAĉÔï…mF Qqkö…–.y ġâ¨HUK.W“ùVmXLnÂħó)Ç' Ÿ!xµGT´µ–Ġžâ-ûyàdĉµ@r-–Şj…\>2pŠüqëġúĠÍvKhXXhér3m‘“{ ÓÙhM²Ĵ×7ëŬ·"2F{óQŜYĜ#î:Òğ·$Ç@ü¨ċKv+ŽšRqİK2ƒı‡“ƒëÁĊu~ŠĜX™-˘uB~Rë‚}ŭŭUM$´b–³((  ûŬVŜeX!7rŞ|˜OíÚĤ²dŽĉU6°ĈÍ2ĈB$„ Â<óϏLĠ$4ïuSI²†Y#³;Ġ™£/´FEİâİIŻŬj}„bâ!ĉ îWdlñùŠvî#›ÖĠR€?}ózġŞ°kt'%‡šÍî6=§"F]Ħˆ8qLgĜ |í*X…‹“œvĞ0“ĜU֕€p!¤ô¨ċdWË0â‹ ÈxuçҔÄ]NKœg°§m@KV$É+&Ä%6Œî=‡·Ö´,Ĥ…mĈ$&”Ž##ŒġëÚİ%ğ%ş $àü§ cÍ_ÒdŽŜٝ‰&WÙċ•Ê·ĤOnµ]Jd—s8›ÉÇċ Êĉ<0úzŒ÷ĴKĉXä-İAÔÇ>ÔH ĤġĥœŞ:vÀ?Jc;K&yDNüĉ³µ‰l›\ġâ›û[ ÉÇ\ Iˆ’Bäà…##½DÒNx4 r›'…7vn 'pړB=CF×­µ˜íİFÁWŭZż !Vû§‚=k{ ħ4EڈŞ=†*“èÖ/r&kx÷öx>ĝġĤ‰ıİĤÚIn˘ĉiV4Œ@ü‡ZáïĈ—Em@ ˙ËCŝɢZ‰à¸Š8£Ó×(X–ÉúwíÚğJ†;Ĉ· Ż8çškTĜ̈́bÊ öŞĈµk£Ĵ_hŜÍ)!5É8˙#óĴĈbjšô§Nħż³¸Ûo+‘IùÜ?~5N×ĊÉk|°™. yI’yp01ŽíĠè=p‹q(”ngÌ…\ĉë´dĜúû×c˘[Ĝ5ÌÖ֎gà,£q˜ä1lÜúP´=y–Ñe¸kXßÈO.&eË7<xÀġv×]ÔaF”B‚(qğä ƒ¸gç•úSzl$WšîŜêÈÊ~Pûy`àúž*‘·’kxNwċ¸ ÛúVMuÈáŬ"‡#*pG^*)× vİÁçéK¨ R@Îzöİ ™â—vŝ:àô˙ġÒĜI,jÁr$œEr†ä!qĈÜsZ`E·a ġá9Ž`ëÏ ÷`Š}@trÂ,¤ĦŬ1#l…Ê;ŒSQö … Ÿ›ŻjI$ÎÛ%, ôÏCôĞĞ~m'ŠHċÚr n÷ ³}İAq>ûy&ó8ٌ?œšÍııÊ2–=NìÎ›ar¨ĞtàsùÔÖÇ2 ,h'$dT½‰-y̲íóÇLtŞrÈL¤ôçӐĈ™ˆÉ'>´˘fĈ4ì ߃“Ë}iÒîb0¸ëHAċÌ˙k’#,_g|´hp$íĜpt™†ˆbTµoĥŭŸ´ÎznĈçPe™Ğ^Hİ½şíéä– ԟŠéüٔħ,YÏ'ü*›V'“:L_ìáp ħCXú׈—EòíôÒıÈ•e‹ÄûFeËŬAï7ĊIx†N=Í]ñ&­mŞhŒör‰$WFq/ıÏ8ú{P­f!³ĵ…!VŭéÚİגGO~5XH›Z5Èl—èOµ!›m¤íÓòÎîc{ɸĴÉ`qW4ÍrÊbmCì²+l!™dâF#€2GsCZĜ u­jó[ÓšÖ 4Ĉ²á™‡nxĴ‰Ħӆ“ fI’ŭ™„À@Á?&=sŠĞu: iÖî%¸[)íJœ1íôíÍrzÁ6×s$eŠĉA*TnÎôÉ?•'°^s™78ÎHŞ>F(Ä`á½Ç­f1ë l°ŒŠ{Ë= -ÀĞ'F1ƒvĤïMĝœĴŞŬH=ĈkĦ°‚ÖûMşşžÖ=ÈĦm£?/׎żáWÄÎwŒG9àç'zEà)’òċW9ùOcÍ>FÜ• c z⁖a³V´••™§îmà§05 "\eWxb{sÍIW÷ِGja‘ä%TàúŠ‘ĉ1íLÛÀ8ûŬ)ÜTÀjš¨Hí×4€ì|%½%+p•2§sñc}s]d·Hí…Q’GÖ÷VlfóŸ>HLcñPġ:_ êRŬ6ĜbrY—qÙì2zŝú£ĤÇ-Úßk̅1PN:+ Şş”2@êÖğg(6Oş„ĵ=NžžġLĈ 𷜋°ž\ûRn,\j(4èlíÁ(ż3d?|Oµ˘êKi£|ñì›Ĵf5 ¨,yç!ż/z¨´ÄË6özÖĞ,:„È×"5’ Ì í, cÛö÷ĴÙ-šktû^ <ĊŞŽà¸ı‡*IƒRÚȀ¸|Fp{Ö,+HڈÇ;Ozt“C&~R­ê9İĥ U”ó´ĉšŠ]ÂŻV8hÛ8Ša#D²„çct>™üjgY h—Ò˙-<ì8Ĥt'%K`0ä‘ĝÀ`hË2èğ‚î#ŒŭjċœĈŜl­Ôf·rıì;Ĉ‘bFI莘Ž€{wİ’Ŝ+ċKİ!˜l˘ċÁÏn;Ž´ÔzˆÙ·³Ó/ġ m¨öz|Šp 9ƒchÎN1Ö·ŝ”’DñÙˆÈN‘éŒúÍZH.Wñ œ6–I{aoh–ĝŬ#˜Á$˜½ë†µı)sġó7*N7J‰X.HòG5£1…|Ŝòo9?‡JĞĉ?–ĥ}½*\Œ3ÎqŠUl`cŠ@uz–£·{Ĵ|ù“à#1ĥѐCŭ{V•Ô°Áywl"™fŠÔyeŝ`È8úœŭ+­H„Ž‹K éħÊó.ÓùvĞYĴċıHç5ŸAekfÒ31¤•v =zÖ#żná´mÈĞÊgvéۊW2xšu•oĵÙe…Ï–a“ˆŬqœsßŜµ´}~÷Qcµˆ[ùĦ\~eÎG?ĈĞ@9fâHoġ Fı‘7•˜ààŭÒó˙Ï?ÙyU¤mΤáXÁ'ıÎj.Ĝ÷Ï­Ċ$ò‰ÜôU&¤dÚmċ“ÌUhş£pHö÷öĞ–úÍĜó-Y /4ĵ´È9úOZiŜ“R‘²µòâŜRŞ\£×#'˙×Vu‹fĠ˘ÑÂí–2ÌLlÁ|§ċZÙ½SÖ4›M*YdÔ>HO!”á02ƒÏO°Öak;;6™d·hüİS>YL $äġ䞞”´LRG‹cĈˆIߕryÛ鎕\V#$dP·nŻµ4í`P)GZMg¸şH‰ağĤђN8%Í1,!Ŝ"ÙŽܜ§ÍĊ1 ³³ıÔ.6Ñ4²œÀSn`6÷ gzpÑğÀÑm.Cá½}şÙïR<°’+`w;‘ê;VŭîĤšU£ÚĈû%–IPĈ XžUyïZĊXM™öÚT:Œ²Û'™äFƒğ·›–Ï u˙ëSïl-ü‹=6ĊĜÇ,ÛħÎFŬĊ—Ĝzúŝ4X.lZhöwv¤ħ–bÄëƒïƒ×ñ­“ìÚ2£ĜÓÛA>%“R²´Sbñ żïĈġÍrĥĊ&¨ËİĜ”zDеX…l’zuĊQ™fG³–X$Ž'eVAÎB“ÜzšnĦjlä]dG\†+·9ĴZOM ĞÉĵ›ÌĜÎÚLÈÛÛ ZÔĜiżi}˘I Gcèá]FĦĠĊ k! Lß*ä =qŽġğV@ˆô› ëlµŭû\¸?.ѵqî*ÔĤ÷rygUÏÏż$=ħíS¸Ê:ĠĴ÷Öğ­P“™–ÏO—ÒıÛûina·ßcr׈J$c<IÇ^)ôv_ ‹’f–=Œ TÚÛ½ÎqËwĊAĦ_ BŜHo$NÔ 8ÀÇrsġϵ ê9żÚKİ3%ŒÖñ·ÌŞ˙7Î~ Ġ;s=ÀĞùH7É´rĞëQmFV§+2ÊJŸPqR­œmyÇìͳËe?1u\qĝšĜ´ħ+Zˆ÷•ûLÊ²`áFôÉ_ÌÒb*êHÚŬÀìOú@ktVùWŻÌG~4Äñ íنĠ"• í ÌÜuĈ3ósíMI§`h‹P¸Ôġ&·ĦY'|9•P½O\à`ŸÂİ û$Hn÷;ÊİV9Ç9Èġİ–ú‚ĜŻsaslĴòÄUöÈ 63Ž;ÔQE%Ìâ8ĵŽxUïP <[0Y£d$dÄ‚By?J,¸ì+ž ÍZ[ wM^_*|òŸAByjçcƒ‚?gw%œâXĥîĈ0ʨ4 ·yĴK=Ù¸‚4´fËqÊdĉŻĝVàËâKtKhJC< –ÉïĈjŻv#´ĵÒm#ğ–ŝ+6’è÷GÚ~éçêzW<|CkĤŬOÒŜ ^?šI;ïÇ˚Ñè#´ˆ+DTĤñ“Ĉ?Öı8líZN›l·|†IŬò„Îxöo҆ëÀ’;œš\Ó$c"ğe€ltµpšïڅ̨öĝ06#óÉĉ+gŻaÀ˙×O ÌKû$YËÄñ,r–*ŠûÙ03ƒŠĦ,+eĜ“ÏSïšÂJĊ!˜Ġh“nG NŒûĠŒŠÔf_ˆ5´ët’%3`ħ :öÉz KUó[=>a$­Pà”N1·žwqê)ú·%ċċ…‰›S{bŒ0TĵžÜöJܚœao–ûšq/÷N:wİ–èœêî‰pú}üÇmó4DH{‘Ž™Ç+Šğż’êTy#ˆ2 O‘6î`gp1ùR“heJs0'€ô\°Ôî,ï<ôŭħVÎòüżמúçRÓ²Z´-™ĉﲃÄ} Éî*á‚fò\Ü,f_2S•$äž˙\Ԗé4q´°Ş·³ğ>n?*•{UĤv•¤ilŭӎ½Gҝk;[Ì$RÁ‡@¤Œûdr8Í&ÛÔf’YÚIeşmEc‘°Û$ò@<`ŸQYqÈѲş1GCıXuµ6Ĵ"Ìú”÷i'ÚĜLì +°—‘ÓŞt›¸!â"Éı>mĞıñüŸÓóİ-ĴĉğuH;ħá7~ĵѸÂŝÖâÒçÊş‹Ë‘íjŻ@ ÚڽΚßÀá9şç¨<~bšŻ§x“Q½×7,ËwˆU— ċ³ zU{ jIĞ=œp´Îï3˘°ġÉŞmÈ[‘e µħ‚}ĉ(Ġ ĝÍbĝ^sq¨êy¸”"ü!GĦ üĠ]>îK¸ċĥ’܆ #ĉ´ÄM4i4Mƒr0ÁĊSm&͐Ż•ÇN§§§Ò˜÷Ŝ ,riÒ­£+1,2H°öëù×-ŞèécqqŭÍ*³n`[ôŝ^ġœ˘RfzŞ$‰ŝITç Ĉ:ŽyġâĴY²Ç¤]’Ñ·˜Bùde†9ŬíאÊaÊĥGjŬî˘×2+ÊĊn8cëŽÔï`-ĊâmFŬÜÛNÑ£sħŽ>™Ğĥ~5ÔQ™gu‘_pQ”÷2~µ|ŭÀÓÑ&ğ¸½vŝĜf…YĠıü€ğ!¤Œprüŝż4´…ñ…Ŭŭ¨ċ.ǒxXÓĝxî?Í-µŭĵÚ•g;A+§–FŞœ`eż\˜Ëâq§Ëµ¸GnK§î°ëġZĈÖ„†î 4µIK ¨û³ŒsŽÔIİ\Hͧ Pnı‘Bc Œàƒ×ҕdtRÈ 0@8ÏրÔñÄbI]Pœ•ŒÔօ<‡%ÀÚ 0òòzqÏĦbOq 'öéRE1„†ċîüİâċ‚ĉ]ÓĤĉEċàzwäŝU“Úœ·%^ÑŻ³ïĵñ•Â•Ua‘“ÇNüf’ÑŒ××£Dĉžßg0HìÀÜÁ9ëÏ$ƒÏs›Urĥáœ÷y#ߌŝ"Ş[ˆħ{xo•d—zXqıqÇħÏçUÒ7Š['‡­Nà+DË9VòAì@Ğ:]%Ôp•’0R§§uz½§ˆ˜Á+ÌNÌlù”œñŸâÓ­vuşVÖ7…Ġ˘ħı€ĥİX ġŽ*Xż½ğ€²Áf$‡i0?!Íbyäı‚+2;™fA=ĵ‰Ê/S´÷ĤŬY^@óµşÈ рY;¨=*\ÓBbçŽ:×emnšŬü‡™~̧œÈCn Ž¸>´žG%0“í$ɓqŬÎI9ŭyc"ċBîŬ| çwıE˜4ë‰öáĞœ+9À'Ûóİħn$ŠI e˜G÷‚‚üê”[ ™àŸjż˘Ċm-ÚŭĦĵ€",WúûRZ½@߸Òb²ıKÑh--#9s3y½QÏZ·yT‚ïuœH-ĴYHËöÀf´Vˆévotë›ŬIö ”ˆö Xtè3œúšĉšFžtŻ‚Ç,Àtİ“Ĝ ú˘ Xo"ğJÄ£/izÖQÈô%fR¨,À($“À#";HÚÛH<`úRIŠBŒA#äP)ò*ŬŒX2‚I縠QŜ€òÈèˆÎJ§Ŭ)Öï³yŞXÀÇcëG]Dk˙jZ[ĴxŠ;–€*Ž1Îy'ÖĞI8Ó.˘žÊtyŬ7ı Ħ<àgÒ­´j:ġî%Ë#lŬ·“ëYĠ-ÜfĤ‡=½´­5Ŭ¤s ïĠ3è;ž˙ĴéJĴò›äÜ@#ŒŒÑ„MizmĠ•˘IT‚r~\ŒcÔċéZo4QˆgıµŸ‚K è§Óħ֚jÖ`lÛĤİáÀó­´ÖÁÇÊázšè´mfjĠĤY66ÖVê8­vѓı :ġĴÍuxâŭÍÜݏO˜ŸëM‡BÍîĦmbŞn$)ğĤ’*ċmüLÒÈöòÛ İPħÜD›A½=ê\íqĜ}׎deöéwŭzÓ°–Ï^-ç‚h."Œ2çxù÷ĠÂß_-Ì0ŭâáWhëÎ:œÖu,$V·µ{™FP0 AŒŭjġ­‡“ġ^‡ o&ŽU‰S$"c%pAÎH÷ÏçUİ·q N@éÇ”†ċ˜)Á û"Iíd‚5w+; 9êWŝu aV,ŝÇ8—ÉŠ\t ­6_Ċ׏hȐ˘K‘ûĊèÓG#Úê^Öd}HÊ˘7ûóŒƒÛƒßŠÑ˛qX’Ç­}<ŞÑIn#B äaċ`ۃ[žÒotXäĵ&ñ&6N•p†·} ?Ú×]wmĥn–ͽ”ûŽż~¤­hòo)¤É,CqôÈôĞâKħ‹m}‡|A,6Ñŭ˘Ö锆WŸáġĈqĝUëmql|Uwo-ğşt!Á_”c ŭk;¤QĠuÁzħXçßLÓ~Ġ:\@  Ü£ÌÜż˙ŻÒı­BÎĊuß³ä˘#Ná†RéŽIüL’j(¸#‰’ŬĈ:H€òà¸ŞÓʲށר@Á=•ct2EHÒ\^[Ä;Ĥb€ĵçoĤj½ħ/Úós²PÇœd§¸ÏC[9Yˆ­Şj }rïΌnqÇBHïÍSĴäîĈƒp;ŝµ%¸O8 NÑô  ˙µ›ğs ­’´1'ÎC• ˙?^µÏJTÊĈ5(ıáIÎ*ĉî$4u§ÊRYXĂ5ĈvçÇ5™C€rF}ŞKY–Ŝċ%hāNv€i§`4u›I&¸ħ·Ÿ ÉÜ$OĦôĊe2”b§¨§%¨‡Ͻ=PùĦJä秭HĈRPÒ£•e#iÈ #2…,H3Ó4””Ş Ş '€zUëŭ+H˵òMéáÑ× žG>½iĞ›GIµ=Lïı(ûĵÇ%ÈçqúóúÖŜ­â‡²Ŭi´NÀcw™ıqôÊ´ŒĴ›Wdv1ŬG5Â(s'Èó6q’3ùĉ²žvĵk†u—1ÄTüÇÑì8ôĦì7z^§ ğÉ-¤‰ 6ü‘÷sŝGċN‹P“QÖmĤš‘Sk‡!VLÉü?•MÚcÜdZÄĥw²MjH"4ffTëĈzúÖĥ“âF}J–uo5Âu8äcĦ˙9š ŝ:˘†1VÏÏĜñ˙\\…I s‘ÁÜŝ´çk€áÈVgVç•Üż+óÓùÒĞ!P˳ċ“+ ä{ŸN¨½#-^0Rħ$Œê£ŬG·çMWcím䃨÷&ŻKˆVA+mmç>Ŝµ?)SÇ>”0 ŞL(½@ĤK!šg‘° x¤Àyc FP˙{­" çn>cҖà!RZ@Hgë@µ·áıîq5ĵ- );GİÇáTnÒ2ċĠŠù wÉÎ1Ú´ 'İMc€ps‚84ĝfhXş`60fQäŝ”*G^EŠPOŠW‰÷Fvĥ1ŸJ½˘ÛC=Ùi–ßÊ—'ħöëRßıíLİĠx‡J€ ş‰£…ÎrŬġü+žx"ŽTBc* 2ŒàúVµ!fD^„ᲤCOd ¸JÌ°ÏÊW Ûxê 6F Ü L `w÷˘à6•Afu=)e­|›•Yä]§Ês‘íŝ{Tí°F.ıáˆĈ}ꚰ‡0Qß6âHíÛÖĦİc/iKÉ*ğìvŒˆÎqóv˙Ĉİ4ŜÈAIHaOfmŠ¤ä@ô Q@R­:Ŭn.€r/'=ŭİ/˜´ŸyYr@#ĥ;})ô-%†9xĜŝ¸Îxô'j{Ám-„s[/0x‰Î3È#ÛôĦZÀXÓ,—ˁîc –Á—<˘ŒƒôÉï]…•´V1şÙ@İô$çyîI­iÇİ ç5M<ŜTQ4h„Ğİn$„ġëöIi$ŒI+ĥ4^ ü¸ÇS'wab{+èRÄÁ4{ñœ\‚:öûÇòĤÍċ¤~LlÄ.qCŭÓüÇÖğĦŸQş•W{œĜÁ<GżW5H„úm£ÚCÛ œƒÈc×9ú~”Û€PÓuì˜üĠ íž µĴîumœö gÎ;dú Ò[0 ¸µH,%Geic”**G?‡JŠ×ÉbĊ”+°ä˙ïŭ -fɽĵ°¸XÂFñÈBGnĜl9ÈïšÌĵAÄòÂMßw==°kI;˘Ji/–Á‚)aê2áZ6kypÊ7( ‘Á=qŜ˘+›BŸq/4ċ…çû;X8$'ÔñĴÊR\ …òßË/ħĥ‚Ĝ4ڑ“ÍpÓĴa”‰6£EĈyŭ)·wq2zRRRà=¨˘€ŠRrsI@8¨ ÷²} ô A p;?• “ċô8#Ŝ£Ï4fÜÛ}ĵÍÂaʜñíĊW'&€-˙i^5˘Û ?s(àóŭiZîy­Ġ&™öD‡bƒ€IcùòÎ*ÔĜˆD›²+,½Cu¤ ­I Èq‚;˙^ߕHÉ>Ë2CöÈáDĠ“éÏzêlìtŭOEŭŬĴÑ`í†9-Ó Ÿĵ:ĠÁkİ,Ê0[ÚÜ´QşÇ"²,£z:d|Óħǽ3^kƒ8ĥı•YbSċŞ‘zäÜ˙… Zö2í” ”YÁĜĴ !ïê?YŸteU#,]TsŽqÖ£[bIäóĊˆR01Hg˙Ù˙Ĝ˙Ä ˙ĵw!1AQaq"2B‘ĦħÁ #3RbrÑ $4á%ñ&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz‚ƒ„…†‡ˆ‰Š’“”•–—˜™š˘£¤Ĥ§¨İ޲³´µĥ·¸ışÂÄĊĈÇÈÉÊÒÓÔĠÖ×ĜÙÚâäċĉçèéêòóôġö÷ĝùú˙Ä ˙ĵ}!1AQa"q2‘Ħ#BħÁRÑ$3br‚ %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyzƒ„…†‡ˆ‰Š’“”•–—˜™š˘£¤Ĥ§¨İ޲³´µĥ·¸ışÂÄĊĈÇÈÉÊÒÓÔĠÖ×ĜÙÚáâäċĉçèéêñòóôġö÷ĝùú˙ÛC11gE:Egggggggggggggggggggggggggggggggggggggggggggggggggg˙ÛC  *3$&*<5?>;5:9CK`QCGZH9:SqTZcfklk@Pv~th}`ikg˙À@!˙Ú ?­$ w~”ß8Üü@XX ï³iìêvOĤî´Ùbĥ։c† Bf?ÌóT#8Fá Ġ8'ÒĴ‹İ|´;y$}Ġ~úÔì˜8ŒĦt!I8Úyo­2hšÙ"áñœfÀˆŸ—ëN 6ç<úzÓ&Ä’_8ĈqóëO†á Rr‡ĦÊóëĊ-Äżî³ÈÁ™Ĝ|ˏCïŭ+Au{¸£ Ħ‘8óy€ĥ*ĵˆêR4ÚÈî~™ïJŝA‰<’ÛòwnèjĤ!…²q“ÜRŒ`[ŠXŒ!e T 0É>ç¨ü* ĝBç#ŠOV š¤ĥĥċ¸!O ÖÔpê÷Ğû×[(X`*Œ6?(Ŭn5tSÔl-ôÉ!’'/&rÂF O=*+Ğ•‚ú˜‚òC²ÜœċyÎJoP³t K@"Rä…àu'ŒvëúUò·Â"ÒÂÍ!!ĵȝKqœOQ{°½É,nf’`żjˆ°êç ùż…hĞL%8 €£h§Ĵfé ċşu2gèzÓc•‹6S#ĉ=zÇ;"Ĉ?r9#9áUĵĝ#C²<2ß)Žĵz*îrG¸ĥŠ%ŭċÇÊ i a×í _*IC•áˆĉ„ĴîdıŠÒĝ‚)ċÙş•‘‡ŜqéíŸZËÔġiî/íÉDWJ5/RüϑŒÖeŬdò”qŭâjİ´)ùÁĈ3À™•ĠJĦR=[9ŞÜD\4Q:… _ħ)-aŠDo6Qñ´‘Áġ°Ĉ#‘lb)×3Ç#üğ‰èò7V˙ëP%£Âİ9ğ{Ż…Ú@uĊPù‡=)KmÎ{ž” ³hc(IXœ‚>ñ ‚zĜúŝ4³Ê]Àp¨AÁÀéR÷Qòi—>~ĠC‚sòœçéU紓íF0~loĵ£¨ÏáGQٖ!Žy-Ͳ6÷ŝëÀçŸuġŞ°Â%‚f2*²`€O-ì([ˆÑ]ÒV‘ĦfHÓqŒ6XœŜİ-ħUp~YAF’9˙ëU1‘ĵ&8˙yÓü=×éĊ2!"żÊpž¸¤Ċr@ŭYà;Ŝv2Ĥi²fMÌq’J çżJ6ÍmDKĴ°£ş€C‘ÏÒµ.|˜šAŒÀ$àíÍCğe#î*Y°WÈĉV3w˙?JĦ$3ħráŽ>vcӞ˙ tĥzUœL²Ĵ†FĈsœ+íô­8ĈI=ŞS)+ 4qÍòL‹ ô` S{eµ\ÁvŒ²~ò?Ĥ:Î…+ Ĝ-ÔtrθŽ&Á–™<Š´—I ş7À“O›KĦ^†é­J‰6ÈF ÂqU!’ò50ÏJˌ2‘ÏM5-@µswèó#ŬĉpŬ@ óYZĉ£dĦc´ $܆”zzÑ;îLUŒbïy.d‘#qĈöĞöÖħÜ[„·XR_şĈy9sŝÈíCìQ}ù†³/9 öĊ@‰m£ÀL„ŝó€SQIjċ×j¨SĈoŻ½41níY!‡ £%ê7hÌj żO˜~?Z7ÚÑ°yO¨§ZÂf܄€£œœqT6:hRŒŠ\7ñġİÊ,ĊUŭ9ĈT–Ëjb)’EŒÀÍX†ÑĵĉóĠWİĜĠË̗^lİ•Ï'ß­KĠ jİġJߒjŠy‘¸†ûHË|ÊF2­–>ƒ=Şù½í [OB“ÎĥÚ\ĊHyY˜3ô<’;/jÎKIm 7,Íòm=·)Áŝ•LtfFĵÓÎë%BġRqßúUswÁI œ2ŽGnOS­îJe9ü‰eDI$d\îvl“Ç{ ŠH<ċE ŠùZBrú˙úİŒ€K bÄçpÚÄ÷İZ"‡–R‡İS´ÛNÖ°0O¸:M”8éìEOuuĥE‰™d‰ù`GŬŝĵ‡£E쇷•*Cm„f.Ş|ϕ€wëÖ9ü˜ñ:$kÖ0ç'ŝĵTô3n…¤-ċıPR§qS& ›ÌŒJÄ ¸Ĉĉ¨“Ô‰"ԄHö’@ïéQ]]y•\’{+çpê×j–ħ ܊ÛuÑĥOͳ-ü#úÑ>•rŒf\%ÈlĴˆ :sîzóUÁ[Ŭ3*hÄ3íŬÇF¸Ĵ›ä?jpf’^€ğ0„µŸutò°Mĉ@œ)>žßç½20NŽvğT¸Ód‰/yçU˜›vŒóéږO´Á §ĉbrÍÉíJú sQäP2ÄJŻ²9&ÛÌçİ'…úĉ‹ÄĦ ·ĝċ›ŻÒ™#œİ’6O~ĞL7!żsċ… 6÷9éYÈrü HÇyÇҜ³¨#ħÍSc/yk‰ÉíU’Ú7oġ‡o°ëIF³p…ˆç²­:ßŬ#*ò1ôü(°"ġÌŞ-öopÌpCt*BDËjä’rğğ­'Ĝ¤´+[Ks”:nBc ížĤ‘J.b–ŬóĠ‰— }ıéI>„ßĦJyŸ'q)ÄôÏä6k™f#Ìvl džĵĠX ĉbĵÓ.xËa^ĤĞ+‘™9랔œn+;‘Éİ•of ƒ´ßÓZ/d rÌTc9ĦdڄsȤ‘ĵÂ#äĞşOûzTÑĞMÊ~gĈ=~¤? {˘ÌpEpñ$lYĵ£¸1ċF1úÔ$I˜7ĞŞœì =8÷¨w°˜K2Äû#”HdAĵ )‡żzq‚u·YK˜ îֆ­ċ[.ċoN:éN‚àĈĈ]Ĉ6Sò“Ó‚˘;ĒŬœĥ·ĞäÎÊÓsʌî­y˜}š5Ŝ[’ŬMhµ-jsúĵŽ€È¨˘|‡ÈÎzβžIµ;°*’9$àtëúU%Ġˆ½ĤA5´ÒbŽp,X ŭ)·L“ğ–€@ÈFġ ó .ä=\Ċ¨pTsI\z÷5Lµ´ĥRêKî]ĴÄà˙*WK@Es‡cċàcï¸ŭż½>% 2½)ì ¸}ŞZfUOLòĈ˘–éJÂ*€(Üi¤F}Ĥ‘ àg•ü*1iòää(ŝ3ŝĈVO½Ħ‡\f‰!Ĝò:ˆVP¤"¨öïġY˙w´/=ÈâĈmŞŞêOŜ;şŻ˙’PËx< 2İÀ&‹Œ™Ô´À£˜¤û[˜ÄŠG€?Ż×˙Ġ@Ĉ‰-ÖRîxÊ£üj)HhĞ|ìq·úÔXŸBÓ”"íÈ3·šdĥĉ=Û&Ĉñü?>d™…ğ3 !rx$äôü(I–Ò6†LɌ·V^‡>˘X˜†9)Ú­5ğJħ2Èɖ9ëÇùġGv7PyÈŞŞäJJà‚}8Ħ;Ħ˘ÔEb%˜l“9ëÁôÜF>âí9ìyÏÖ DRŠá OFÉ8ĞĥóMğˆU˘áKó}ŻáFÀK•%ȕÓ÷1dž2;î ¸$ç“ÓéV4ۇ2JmĴ…ÌNq½>VŽÇ âŬlj:)Ôo·òÇP~U` 5vŽÊÓ͸+´ŽêŜ­CK”ŽAšê§ÜŒ·@xQĝÖġ½¤ëċĄŻ_›š‡m‰eKİċŠá’5 pȘ`{ ÷ĉŞ„YÓŭ 1p\ó†#Ħġä~´Gq˘D†PÂ)"P‡'p'˜˙×V#¸ĥ”ù 2?ĵĠ6Qd@­ L,‚i3|ŒÇŻċTÁ#!·,9l?ŭj|p°P•cäñ˘à=8ÁÄK¸ô|œŠ‚Gx£Ú p¤Ÿ_§ô§¸ + ¤/$ŻúR\B6’# ŭİ0*­ĵ~ë|TÌ|İ™Ìj$ĈHô÷¤›Ôi]ËNF1Š–Ĉi¤äàıGôÁJ˘Vä’Äô¨™°Ä ²ğž‚˜ŜQÇR2 ŒdŻµ^Ggıè)¤Êç$Ó£‚I*#1# ž(Ԗòµµĵ`ħ`OÈWsUɎ7£RH^s×u¸j?q2¨œœgÚ‘í°›Ú@<µôİB ƒċB4|‰;şÓw°ÜCl,OċNÀGĉ1áż)Ûęm™ž­bï,ŞÜĜPì1òŭßîžĠ7ĥ‚IÜp'9İáĵ–V‰Êʧ(T öĤ3i­íí'ƒÍµ’E_r’2Ċ~#=°N?ÚÈİdnµCx<›Š¨·$¨V`8üAéÚ­Çt;/5™´GòïôûpÍä1 ôüë–Ġ$Ô§†òë…ı%bé€è ÍUŬĴQ´–kjBÄä„]Ş{79ç֕ŸË _!›…P9cíXğ=ˆ"’w[‡`ı8TŝĤ™z WhĠtƒŸéUŠRÏĴJğG¸Œ§Žœ~5ñ‹bYY‡ĝÜsôíçPÓz‰˘M…°\çÛ°˙rœ98'ŒtĞ:nx'·LÒ0!ş ˙Œŝ”„&>näÔÉ#îp£ù˙… A–jp-†QÈZR‹ƒòŒz–ĦˆŽHò›bc“âİI+ş— / ǜŸJ^`5$X€PĦŽr[<Ñ„Ё€‰lhhžXĜ­Ê8e9?V—Ċ÷¸É˙ d‰œĈê%8<ç5$‡!*^¤qšc! Bpz÷¤–PáÊ°=Gjb,¤—3Ğ3\Ès†n~˘Ğ‰ÊYóžı#Ħ  ÓiŜ[ z¨^A˘YHOġ÷ëR·“Ê;€Ï¤p>•<öĈċS óÀ#¨İۅT’”cù²Ŝßŭz:(äH˜òjvùK (WËs’;Ô 7÷ĉĞÈ a”(~ѓÏëW-‘ï"$yAÔçt™9ü¨V¸™™Y—pÛێ3NYŬP0s’qŠV]ràÈÇ òH#:HŠŸ4¨nj§½GÌÛqŒÓ4c'ƒNpc`¤sê;Ñ`°¨dċ‚–QŒœt§˜ FÛ Úîh°íŻŻ4§r°ì,¸e‘r¤Qß½2ĈÂK‚òĵ'a\APIĠ2ä4@y'§˙ިh{µÜ˜,Û 8cÀÇ?ʤ[˜š5ó"’B>ñg<ÒÇFħ*<˙fVV8@z(ŝı¨§uy"ìœRÔce?8çİĈ=)ìpúœNÂaRJ0ŽFzûUˆš6]¸*ÌO 8<ñߚ`Dñï•vi<½ÈѨÉÎww8ì)1‘@ ŜÄTdŜ˜“$°ŜkÄ ' Àŝ4ĈG„19#Œö 6mM$ßğŝꞤÒZHËĉF@Ĉàp@…È&x÷F#%z’pX}*ıu–&+o´“ŽŠV&!Œd°Üy ?McPT’î9 tPB‘ġċV`€@< â„À‘ĦUS’‘‚sš­.Ô'dê1ƒBw|Ä"68ċżÂ§vm”ŻB;Â$pÌ"N>ñ–¨ß˓÷bI3Àüö¤Ä+““È È:úS`19|‚'%hZ$ŝCZe•ÚfÀCۑÍC ŒÛâd)#£cŠ{W†á<³ó7Ŭç­hÛi<†b ¨ •‘ħžıÁ¤—@J͚›½· :rT…Îzg°ü+JÚ;{K o0O• ÏħŞQ³ıi%İBk¸…öš6äÂòd €GóŸÊĴĵÉ%ĵ²îܝ(8À9çÓ°üj“W$§rá.@L´_Žß§9ŞäñĜŸjL DÊ#Uuġ¨.&#ÉQğĦnÇŜÀŻmœìÒÉdsŽ:{ÒĴQ„ 'O’ĦĠġ-eÛk§ ˙Ŭ¤b3ä|ŞżUÍ9;ˆEáéü²ôP½gaFb N½;Roàƒ€};P1Âġ+@)ìK&íąôĤ}gÊ{¸ĞĞi ÄKëXñŽ ,>¸Ĥ’{RxáŞE"°Ĉ „"œ,aı¸äóšRqgċH‰äż÷ˆ¨i”yhxŒwj‰²š(\\C¸7u#+U”èGËÛ½/˜YH òžŜ´Ħ°{ëRğ `4d•Žx*£"JBĈ…{–4Ò‰­ìaöıÈî·żä}{ÔâF%FşĠLcŒ"òx T‘o‘ÄŠŞçsŠ‘‘€ÛÊ=³ĝS7d.џ­1…[ċ;2>n˘‰ĥ›+•îz~T0b*ŭµ÷g“ğĝ‡µjÛÜÇmFU,G$È—Jikr’ÖäÜn™dò FÊq×Û§]FgLù,`çiÎ?2üêíܳ"öŜi)&Cb#DTÀ Žzg?δf?şŽë)+0Ĉ6‘ġ÷ühħ™BvR ‘ž3ÉĊD†à~&“Ü żv˜Ì`‚wġ¨dugùTġÍ:&hCî mÎ2i7‰$Εğ,¤yéïC`zEöBRŜÖѨfĦ'Qħ’ÎVŽbŽ˜ŝ*m ™ç9ċħORBžżZşòUĥáN:ûÔsZğĦv(  ¸çëNÌaĴ²ž03Žż­G"20:€:~˘À4)óUŬ·ÀĞwˆ°ĵĊü„Upvêb3ë҄1ÚeŒ-n—·òJ°É/–İnw8ëôύh.™2ßÇıí’Ĝ8Ŭ’1şĝħïZrÜFxcK]ÒM,òFœĵ†@{qô¤´ô;0 Ĉä–A¸$Žr€öℕ2+ĥÑ-ϗl‘ÊíÀfl…>žµÊ]Išˆq÷XíïïPÄ1ÙO G|R#şİeß5˜C)-œġéœTq’ÀğÓ>”ì×í9„H]˜aU8ġ=ÈFNk89ëŸJĞuôcƒ“Ç×IÁÜáÖ¤gŒúP¨Œ>eZ@56FÛ¸ġéœSĠÖIĉ ùŝÏòĤĦ £Ĉĵn@Ú6·$úsÏ[BŜxP Vˆ/ːV‘HfŸuäßÉisĥTÜÄ26pqžzf­jÊñږFGÌLcúĉšÜğhWž¸³š [d/‘¸ÄxĈ0G=ˆŭ+ Ygž7v ÏÙ*îôxgÔf›Ĝ͕<§É“ÜŽ3Jħɑ‚=H¨m•™Üàò:Š“i8ŽÙ˘à‹! 1ž*@qe sÎĝÀôˋkkpÒ,K$Àq½˙Ĉ¸ŬVÚFğ‘ÚDÚB§;G˙´i´K3eef —èQWb€Ek#ÁÔòŻ+ŝy¨HfXȕËà y?OOj˜ĞK…˜ä|ğĥŸlĈİm¨ÊÀï/–Ó”^„öĤÜB‘ÌÂ9ZUŒgİÒÀ5Bòĵù­}ÌjY‹îFÙ'·$wzӎĴÎ `ŠŬ‘BˆŽçQ´†è1éÜûqQÉáËċ˜$`…u<òsž½MS}aZh70Dm­ġ=„Ë2vƒžƒÏ·½Z[=niŒO¨ÛĦ6ŒŸÊ— ŠzŬ•Íš#^_,ŠÏÁH•Hl{÷÷öRċ˜Ü´žcIµ\ġ>ġ,Hçq6})޲xë‘Q|Ĉ)Ï^s@ڷً8Tv+òîŝëUŜ7#ĉeÉ$òz“ŜŸ0ÄHĜ@8êEKĈÜŭÂ;ġ¤ġeqÁ9ġĤyIğ— z .ĥ£ËpËÎq‘RïÉ$ûÂ9ŸAÀèĦ@„ĵQC ğKĜÇÌ>ucŻġ5qÔ´eĦh¤yLĤWüÎPġ× ÎÒÈÂKİÉî>¸žÔĈ:K;ıĠ^)̈sÊWëëYz”ö¨exöòıÎC)ŝ£úҳ܂Ŭ]FÖùZ|›Ŭıò=ñP÷ÌŻ¸Ż4Í£9äĠ6‚¨lîÀô4ĴÛWqHGİ_Y}¨ĉ˜Êœ†QÈÏ]ĝlBĊÖìۙĤc[-t‘%­ŻÛÙäÏħ§é“Œ}*”´ž[³xŬ1ŭ*zŒšD[xɟx2Œ£60܎€qUÚV–5Œ²íUùFӁŭ(JŠĝ‘Ġr#Ù¸Vä²Âħ/`8£d2$Vğ¸ï]Fƒ-ìJÑÇk*ĽÖ6~Ĥ ÎÎßÌ6èe˜zĉġŬwTÓn-kZ³”LÍ)íÓ> hiú5Ä7)qs|óÌû6*‚X½Î3Ç=Ğ[bnŬµwzšWÈxŝ/’Ŭže6ìċ}óéíí\„ÉċFè—K.ìĦÉëúj–ù÷L:ġéS<€˘ESÖĦî")‹2İ8ÀàQ cŜ€%ÈOġ‡-Û4ß(;d|ıì9ĥû2+¸ŸÙ@Ĉ =Ĉ5IÏúӁÉç…'…‹˜àŠ ƒHËÚwĜŜñċ˜&zİ ƒÛšèċ\Dc·ş1„isÇı#Ĵv-Ö+쒇hĵ̒wByĈG§ÓŜİê5¤˙*I°ŝî}qíTJ²ù{2.eF'ĦÜüEQıËĦîLŠÛ-ÏP÷!ŒVRĵr;b…WöĞp2yÎ?:H˜ Lñ?Ĉ£Ürè(˙âá=³Mfn6í úŠzäñP¨vL÷…Ğé.lY¤ši6óµ_­jŸA4rÑCurÁVهqáx˙ħšŽM:úÓt÷THċ³ğĜc­+=ÄC<òŜÂ G À˜Ş ÉïŸj[¸ ÊŻ …9АiךŒ_¸ĥyO;0úäÑfĈtz…d’{ÍĞßËĉĥMu1Ĉħ TQÚĞÈÓYñıAÁÈÈèi u6I$.ì@É$ƒgdší̝ìJ°1ÛD#f~ù÷'ôĴoÏo´[XĈĴO&9ĝ#żÊßOZ§m€çĵ„†I†6 ğïQ´Ûd# ŠOì3Y=‰\B`ó Ùê½Ĥï@”´ld)9.p}Şd=6óZ@1™ö˜ך0ğ\úb Wİo ŽŽztĤc”`yx ²‚ĉï2Cx×ĝĝú‚hJà‹“$w‘›¨QHc†Î= lÏ{>Ÿ"´ċ£=)ÜX.}x­†ˆÏ²½²†6ûDh8(ÁüÏ_6ûX7Š`Ĉ­‘ÈÏLS½ƒ¨Ao-ĠƒOñüĵ<|†^z˙Zˑ€v\ŭŜĜê}*!‘ÉŒ|…·w$50™ 5Ŭĉ(ö9ġïI `:zTj~sú!猍˜’ŒúÒĜ++[ğX<´f”aF>Ïµj†EivħHÓ˜`ôì;W'}Ğ<şË=ÄĊ‚ħùc*`GëMèÉ`n ¸·”[ĵ­9À!ĠvŸĤ*‡˜¨­ċ¨R}O8ĦôüZċÒĈÏ%²3û•Ĉ=¸ï7öb=ÍǛ#üÇ ÜSĉĉ^€iÇ2IĴ SƒƒÒœŻ§8İ°î--!˜Zçˆ`³…à†Qö—R‚@?†yôü+‘EğÖ5In'şĉ\ >˜\p}j’jçPĠ´ğ§šòÔÏq“^SaF8Uı8ëUâÔġèžÚéÑl '1ì ‚7)öç)îÄsšŸÙnYFò%?&I8Èġĉ³ċrĊIÀĈ+7¸ ³ĈÙ'~Hà.)¤²'o½ &ÚIۚ· d£31Àš6N:ô§0Vĥ²û‘F€W“Eü;ÓeR#' Á`}¨HÚXÑÔĥrò˙"Żh÷[Hßhc,rFWËßĦôïùĠ%m@ħq"ş)Ecï£ÛÒ­è³Çžì1 ò~ŸOeô,êħ1™D²¨˘ à~°.ÛɛäGEÏüµíùQ +=ääĜuSŒ‘ëÛ4'™)'œž•›%–€ğŠ²7ıÎi-ĉTp +ä Çëڅ ¸ùnëĥĞİ IaŒâ€$3ġÂ@ıäÜÔĜGŞiúÄ”’­¸rħħ]ä|ĴG\UÎ7nÀÏ­trĜ›ŠyëQ´pä³"{’$#>î×KÔHö[HÈ0J ŝUÈŬè2ÄàÇ$HŽÛP<ŸÌôŞqş Ô,ZÀ+o‰ÁˆäÜúWAhÑkv+&£hñÈ£jH¤Ħeúzŭi[–áıŻĤxvÏMmÑ4ĴÚ~?*—U“Q‰a]2ĉC€£×ÜÒ½ô(Ëğ“TŽ=>KÙ Fiĵİb vıÏÊF;<}*+ßYX]%ĴR,°Ìá‰)€@úäқzX%wŠ8SÈp' à}pz×w˘ÛIĤùvVΒU.9w9ÀäžÔ£`⠉të[İw§”"Lnh›×'=ĞŒ7—Vñ-ÔĞá Sħ9óNìœú@ϵ6Ä_Óô¸uÌ,2”gM̆ÛÉà‚ryµl·ÚGrn"bÀÔûÔµÔdWL²œ:Q]mäzç5š@1xPÙS’V ~„hq2ä7·sLşY `ôU½ÄqòöäTÓ\+!H. uôâ˜È26ç<ôĊ*6À˜`Z}JWE/TÑëSFˆŠUIo‘ʖܐ’~èÏQŭiXË@ˆXëG˘Hûy@‘Ç`p+²şsÇ5ZîÒßPVŠc½WރÓëS° M"ɐ@›XçEWŸz|î­ċ”Uŝ8Sġ92Ĵ\ƒM²WÉ·‰vŭÒqXŝ'Ġ&´´ŒÚÎ|ĔyĞ S?Î‹Ü cÄúgöX½îN2ƒ—8Ĉ*–ğâ;wÒ˙â]|˘ĉE ¨ËžžÔ’ÔguİjLżdĜŝh|Á9üġŞ ûÂY|’{ÒwêßĜ­ Ñíġ^`íÊ Ĝ qĈ;֎•â9ZöĉyF'{|GċG˖<תzh„Ê:žĴêÖïû) È§İú˙JŻ¨Ok&‘alĤ‘Fé4$‚Os뎣ڗA'‡´‹IÌ÷–Ú”² ÷{}ïĊrW‘­•ÜÑĴ ŽfLí `ıúĉ‰-4 •ÚuûAb§iĊFA:‘ÉÁ_J̀›#¨Î)Ĉ&RŸ&{šW)€G*0¨Ĥb,HzS@In†YÂòN ÀRsž‚µçıt¨nd‚9fšGT áa@Û·Ħê Zĝ}éZ‘‹Ŝ”uö ŝ.ıIŸ4žœrR`Yû!û)‘Y0XO$v>­2Ŝ)MèT KyíCi!.ĝnŸjĞ%²rrn)! X’sŽô } ŽŜµ<<9İíڐ†—ŞĉwżKxĤ…ÌRK! ş sÓë]Dڔ…ù·ewqü+Ž ôWUˆêżÚvJ²´ĞĜSµ‡ħŞÚn‰&zÒ%ôĈ£ĉ'ı=MCihUjĦ~ڇž#ĥDhd”ĥpÑżcô¤­ÔCSoÁm"4rDX79=È=Ĉkšñ›uq}rÖâċ–QŝĞËÈf0Ŭ†pqŝ4!˜G×M2E Ì긕ĥíTlòı=qëŝ.İáÙĴ´|Ž7ÇîܖĈp3î&€˘5맷šÜÇ,¸Á+ó&Ĝùf ŠĈĉâÖY`MñÀ3& w8ö¤Û`YŸVG‚É\ËċÊJí1ч'¨­Ï jko¤K oJ1ĥˆĤw?͉{UEëqXŞ5iïµbšĵqJĈ†œċqÏ'=}:VL‰ww4ÛcPÀ(äqŽ&ô§{ái4è´é2[+rò,lp£óÍsÚyž‚öŜĠ.gvf•'Ê;‰éŸB?OZ}‡kË1É$äžj{)üı6’Ħ[İ5€T,û”ŒŸ Ş3)9µ6Ğì#+œúS;UcOşk;ĝ ™ċzŒŒZ· Ì) ŬÀÒ,’Ħ‰1 gqöÏ=) (‘Ù2…fä 'úSX(èÙü(è‹n]#+ËHĊBŽNx˙ӇAğ{6SUR„œܟqŠ¸eÓgŠŬ§ğFWxRNzzŽ?Îjh µ…C_4ÑıBB.#Cɧmu šV[kóÁglZ+[X~pó[žŜĵò~µ <5 SĊ ÍrĤLá^5è:‘­RŠ’ †Ħáeµ³y­ïD ³$›Tž;cùW)mp­/ïŝêĞŽ¤à?ÇRâ“jM>ÜéħÜâ‰_‡aà“Ó5˜dù` TĜCŬ²›½=… ÄŻ# t¤Œ:‚h[?ÙÁH¸*ÇqpI'>§ŸJé/'–ĝŬCo Ç~Œ¸ ó €Hüħ[§tÑ'_l$[hĸóĜġİ);\fGˆî."·E··²Üß4²‘œc°ġ{ÉbĠċeğ–íYˆŜ“~}=:Ò½µ~OI§ ­‡•4rI3™Ħ˙­EŻˆġ†>a¸lù¸)° Xgħġ§'­×”ÓÊÛä”@ÍğÉYÑì*¨Ŝë·?(ç“À¨m°p\…ëëO†Y:BîğԇO̽óíK¨ÇYÙÜ]Ŭ LÍÉÚxè2zŭ+[ڃPY, ÚE`w£hĈR Tn„kĊ{imtş•Ô76³<ÏñàíPW‚?!úÖv­ygjĥa&¸dHvĉÜ çŸQüŞŬ­a'ñ ĠŬ„ê–öÒîÖ]ħá‘}È=;Ġ-Rµµ{T™f-ċ£,HXƒŽùè*[W)™7w‰s$­öhâópñ´tJŠxŒ²s€x$`‘ĜŝU fó ¤rw“ëLn 9hŽ…Y–4Ĉç!FN5qtĈš2Ŝhd …1‡î'×֚ŭ+DĵĠ¤BV?Ò61íġŞrÛË Á×÷ŞÛJƒž}8§f•Àéô\…ŠîKˆcdH˘VČHàĜġëNR·ŝÎM6ÀĴ²ÄE$ „êÀcžç­iµ¸1#+4újÉıL@4pŒ ÁÎíÇżÓ5[SÓa]"i’òK‡Ž-Év8¸#;]XWiá[˜ĴEŻÚ{.$1ä(ŒóŒœç[Phry0G}9ĵXùù˜ÓŒqŽż Ea^ c¸‘`Óì.x&:’}ŭóÒıİt}²´2ƒÇERrĴIÇ×ħü‡­KŠÜw+@¨%1ܳĴq.KD7r=qŽM2òÍ­˘IH[ÌPÁUò>£ħ˙Î)ĉ§…Ù6‚FyÁ“¤ÌZdZğÇs’È?vóŝwvšd #Şä*ˆÓq?•j­m³Ë<+*nÚŬ7 ÈԔ€ÌĠ´Ġž)'·ĥ·’ó)™r+–ğî'ĵKÍFî°ˆÙ!LôÉÖ BÖñ‹IcKkçŠ0Ĵ·v(Œ:J‡IÓ£Ö¤TóaoŬÄ6Fĵ›=I§k°"ı‹ÍħĊÜ$60ü aÇ 4ûf Şĵ¸èp:=ê,փ!ïĊKÒÛIı£ϸİCIß!‘R#,ŒÊ[sísž¸'ùVíšÂ?s΢Ğg™öEàĦŭ3ĥ´v&dĝžóíSĦÈĦÉ}ìÜH1ÓÓGáÛt–ñEDŠ ™ànw#ñ¤ġ’³ĴËj³MoĤD‚)UBşŒ|€e³ß“Ž}Ş“„¸ĵ…-­Ì²î "f ¤ dcŠ$2Ó'—í £Ç˔~óëTä.\ï$°“žœT5Ôh¤Œ’7POVR$… |€¨ÀêsÛüh d’zš–Úœ¸i£‹j’ “ó{ w ÊŠ"B€AƒÉç½[Ñċ‚ŜçϚċáhˆ(7秵> XżÖüùïÚBÇ}´°bIBcWĵ$ö2x‰b)żĠ™ŝgÈÜdžj“Mƒ:;O Z[ê×lÒŭċ ŝĞÏrOéR]Úhĥ÷ ¨ÒNŠˆ³?\ŠÒÂÜğoBomġ ít‡`1°Ï­súÜKmŞÚèéĊ½ĠÊÌÀqò“ŸLäŝ>ԞÂG`Q<Ġ”½T¨>€?È~TğİĜD3#$ -‚+ä°Ħ'Żç\­ J7ş Ûr̄·\1%$óĈÇ4¤½Ñ£/\Œğx™çÎlœûĉ¨ĵ+eŽHüÇò”·e §Âppj@·jìfY§‡í¤ğNFϽwÚÖŻkmۛ߳˜“qHĜhÏŬ­£kcÚ͵ôM ħıgNK\rN}ëk40(k–“ßé’[[L!•ñ†ÉöĴ[ LZ}¨É/”ìSi!Ž@8'84 #ñFĦy,ÛŭžÄ"˘KóncĜ twVÉ/ÊÑI4Ş+ÉäIŒzöëIï ‰yŞj:[ÁĤ\Á d–óžDúÏ…ŻE¨IpÒj0™a_/Ìôġ9ÏÓmÚ1áqÈìĦ°%Oj–ŝëíwM(Pƒ PÀü+;é`#i]ÂlˆĈ=†IŝfŻj•öĥckƒĉ4y’~¸ŝT&öŠ NĠR"´Ö+ŭ4°„$r$~k+^ŒÏBsŝqN7z 2˜üŬsŽ3N…öJ¤– NaÁ#¸İBĈŜêêÊb‹ƒvX3…äwö#óŞyRşFÁÚY~aÁê 6ëİLC ŒŬrÌÌóÎ3ïU9Ĉ=i7p RELċîiÎÀ3‘Ü260 ûŠJ–L4Q•@6ĴGs’—òİôÛÙ4Ûĝ£U/È 84\GA§xĤkeà;e81ÄK’ĜÀ Ÿ…lŻŠ$žU–{o)†@ê¸ä­lĤĜĴŽŽ’ŜŜ8Pa#PŞ=Ĵˆ!ŝ&žíŝhì”CĤò2Çêñ§mjKu R¤RȨò}ÀÇžô°ÜEpd:ıŠ8Âħ§a_ÙŭħŬ´q‘ÁúÖ\>„MÒM*4oğb9(ă†Î>”=U‚ĉĦáW¸eÓâšF‘Éó%™J•ġÖİ^évrjE’+Á5܍0ô“Ïó¨”lÊı‹#í&&”DA+ıĈéI%ĵ‰r>@ċ7Á#={Vm TÜPŝ(S¤ġ˙8’ĈÏJ1jw àŭĦ$SµœwŬïéUp,ĥ·cĤşÒĴ£ HE‘É%ŭ€ì1žixâúâú1²˘-È ò=3ëTċf´zĠŭħ¤Ş—"sĠpĤ>1Ÿ—ë]>$+Ĉr@ëÎÀÓ‡ÖnŻ×Q[ı&³1äÄħE'};šÀmmäòeS‘#Á.ïBHÁÎqÖĦàiÙĝ†m‚A’Œóˆß·’>ïN§ñĴ½oV—Xž9ĉ‰`ìM¸äñïĈ(“èu.Ò1èzsP1*aw2Zµ²ÈD.ۙGsEÀjÜ:ÂÑg*ŜßOİ’Yžè•‘“ù‡$猿OÔSB*TŠê"d1‚Ää>y€·äĈúq‘c̍€6…$î÷8éT°v“ƒƒŜ›@6éz€°™ËÁÄR.׎AÔ{Ĉ{F‹Mkż-£Y%Ù,9\Œuì9ިêħ·.}ͧëŸÂ‡äĵÒÎħĈíğo O^qĈ})İ9aÂíÇâ€ĵ' UJóâëùĠĞ+ù-Yˆ²Ċœí` Çħ=)èš•kmŜ Ç4ëı•›8Ï8ü+c&ĥHÎkeŜñ—Ğ]Ê['“ÏN1L µğ{yìŬ!’4 X“Ûsšĉ"½½‰ £YMç†;y;CcëÜö¤ß`GIµn%{{‰˘ÄĞĉo“qϞüSíġ›;‹ƒn²8bĤ6S@ÏċïT&>ëìİ$É#FIڛ w¸ïák´../€ ‘İ "=ÉîǏsIŝCG;{lÖÒŞğ†.Šç²:z$?’72 ÇËÔ,>¤ÊıÚħB2´³.6o@œ}hÜĥ§İ[Ċµ ¸ùQg^ĝü*•ÀϒHÚ(Ġ"*ëíĵß‡j“O‹ÎżŠ3›“ÊnۑߞԖĴÊ+EÑe´Ôu;Á;bÛ xê Ĝ{b³5ŸÊ÷÷†3 Ġb‰~겂rÇż'ù֍ò^y­žŜ͵v€Ċ‚0Œ1ǨÇZ/ĴžÙf³´a qáĤ•”e{p:‘MYŻ1’"ËĤ—ue’µYS*˞íê*†xĊdĈ%9W! ¤1; :u•$ƒlqí 2yêr*x4<7/ r ,е”ôö?\ÒE1ÙäħQ<ägnq’=ĝ•Hñ[$Ñ•ĉW\£i ÈÇ>ôÈÒášÙÁê#èzSĜD—Ú„×ì1D Ç|w>üšĴŞH$ZMŬÜfCö{"=Äcĉ-Jc¨ÚG<ç½bŬH&ş–EUÜ°™5mZ"DÖWÒ[e0 ‘½7ü˙Z׆ÇEĠċŠ+)g³¸s‹ĉ)úJÍYƒ:Hïġ=,wĥżk·è.-Ç*=×ñ­?V³Ô‘ÚÒa&†Á­}I-ĉı­ôAâOO*äË!•OP8çéFÀt24‚61€_('Œ×-47CV¸Ô]ĵ›!‘4qLWž;tiğôs—Ĵn4,Hıĵg9ûùÇŝgóİobY5İD—‚ŬىYÜ “÷IŸÒ˘ZĦ—Ph–;YġšŜŜdŭÚgç ·Zî,/-o­QíŬ:£…˙ qzى£ñ^ŸeĤÎĤ-,ŠIWbO˜}ġxíš'qĈHáTóÇQ?ˆ¤vñxNrŬÜC!\FÁ>ÔäâÛDL—· ;ĥqó}{Öĵ–&äzĉ‡§%“\­ħ·òŽĉ0&N>1ŝÏézÛèħJÑÀ4Ĝ`òƒœsÏÒĤV‹ÔÎÔu+Jċç¸|³ p£8­Oj7·Z¤6ò°¸ŒŒm˜=Fz˜ğËPkCSRÓIYäĥH7!‹ĴьcİŒc×ŜĠÍYÛO¨ÍäBçtŒ>BNÒ;“ô§4Ó²ğ›Óév^‡7—M,’ĞSÇ\usPı[›£$H00Ş.{äŝ4dĴ4W$``sġĦ$tVUbĈÔg5˜Ä9{NNhšıŝ‚· rÊpÌàòyĥ;SVê"´ċ „ÄSŒg­GHaEPöÍOh"3Żœ"’Ġ`¤œúİö9!òâû%‘N ÄììŝÌG@ĴËŭ>k'Rt.3ĞʸúúĠË]„UÓÀqÁ%ĴÒâ3ÄûCmù‘ëùшOc­ı-{~ƒŻEİÙ˘ċ]³F:ıÉ,qùsë[KbQ·§x’Rıò v FWxĈî2@÷–İ^+ĵĜƒÌ–Ŭ›Ó’1ĝñùRÑ­ ħ­XúŜ•-ÍĞ­›˜ÄœIŒÉċ¸ïüñ@>kI­áŬ8+ĵ‘ŸĵÀ½LwŞÎ­ IÇ]¤ŠĊéĦAbÁ°p\qžĠ£§ß]À—]˜ ò#psÇ8˙"’Ü š”òÜŜ<—ï)qs“œsôíU‘ÙYNNAô47wp=GR{İWɲd\Kœû{}k+TµğıÓ-˙ÓüĤŒ~üîÂ}ŭkĦĤĊħ'ˆo˘‡ßf™&•c9úä× q0™ ´Ž§$çü+*PCY€ƒ·ŸÂ5„‚DùcxéQ{ Ùó5)´o$.’ Y[Ğ÷ħèzúÖxı²‘âĥ¸dEb^3ÍSov%b›ıîä/q!‘ÉÉfêjÌİmmb’E!’i‹ ÷$ġ4£Ġħ™ôâCĈъ‘‰’3ŠJPp:ç9¤ 8¤ <M#¨Ĉh Š–9œ(BIŒ0b‰ŜêßO“ìC$"îE ‘àċûwéÇċZBÎ÷%™v†Eş‚é˘YN ‰èĊKcÜöö­Û=6ĜJéwµII sĜ˙­\amDÙŝ­İOjÊÜm“;f׎ŠzyúU‘{vÑĜj/˜ğ6GûÀxû÷޽ÁXĉġ|;¨Ĉ°2Ims†C:Œ v>„gŻ½t3jZêVĉEXnĦhänpòçÇQ“hfĥ³au;A Ôo"ġ˙/Z·$›#fħ£İŞ@s°êhħGq”xÒfó€?:İÎİç*qÓÒ°&]ë—"ó6ö ıòi'9= ÀӚNÀfÜHxÊC rÙaŒNŝ´‰u-ÄtŒŜf‘üéY\e<.óĵ•8Ïn?:fxݽğ‚c ¸3ğ•EÀÉ{W3÷72¤0I$h>r&S=sŝ}kvġ²CP{‰/%kœùĴÇpô5^ħ{ê3J WìP5´pÛ΄pï9=˙Ï4jҙ<Ĉĥµnçˆànz%aX•žÛRŠB^EşÎ@y>VúvÚ³"òdِxìsRġWEŜ&Ŭß!ùO@{sRP"nGnp£­Ħ’@Š $0.Kd‚Ú6S‡rÄdġQßó½S–'†BŽ0E6Ĵ!ÓJf(J¨!Bü£Ċ$Q‡Ŭ– IÉŭçR1””ı£½O!ŠKDmÄL‡iSüCħŝŸ•A@‚Ž´ ’2Nˆ ˜+^×R—HÔÎĈó£…>U“éÇóú‘Uaž†]@x”§UşçóϵTĠġ¨ëĉ™Ì;Y#GBıRŝ=ŽMiwËv.¸îĥi_g{€V@íÛŬcíĈ3žùġĞ6šÚi–ùğ•.¤Tƒ …žfŽuìSsœz` VÖı;ê6ĥ–73ÇHbšĠŞ2D‹ÏċOé\OzÊ Ñ$jpΣœöÏ*ĵlWŬŽA5˜ÎÊ7A|8 Ûò’KÊħzŻÒ¸‰Ód§Œb´–ȉy8Î'…$r¤Ğ/#µ˜Éa‘9Rw‘òßCU¨b;ğıĤş –7IËG"FZçï-ÌS àHRB’?OQ]SîB3JG×$ÎF1ӜgòĉĤĥ³Ŝ$kŻ2ù>f̍µ`—BÊÏ#mù†N1“ĜzTD皆Fs@ÇŞ9]ûNÀylqOğ'ÌzÈBïRp:‹)ç6€.i÷Ëjċ&ˆMnüŭéŜúœöòEra—†N9µĤŽÚÎ%‚9¤ oŽeÉÏz”€ĈŠ1$›|ČìxĤ„ċ cġĉÎ³ ÒŞAۆÉê},PÏJ—dBÛqcĉáqÇQ˙×ü¨P3ß=½ġÍŞ·V䪞 G ž\ÈĝiÎÈ˘àIsw5ÉùÛċìŞ0£ Ü $š@äŽ;d˙ÖĦc}ό}Ġ=Ï˙Ş„"ÌIqmoڎJċN?Çü÷¨ Ħ¤ (ÜGžĥ!#1?ŜççCÇ~Ÿ•uZ†Ÿc¨XĊ¨A1HĠ:ÀŒt5qIŬ5žg$ÎRċNU8ƒÜçNĥÖ#„5£ˆŬ€Ĥ ;'ÍZJ"9­M–ÛR•‘<·?Â:!Ï\÷ġúĠUĵ¸Œ‚Ĵ2Ĵy9Ĵžú ĴĝÜvç4(%°:Ԍ˙Ù˙Ĝ˙Ä ˙ĵw!1AQaq"2B‘ĦħÁ #3RbrÑ $4á%ñ&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz‚ƒ„…†‡ˆ‰Š’“”•–—˜™š˘£¤Ĥ§¨İ޲³´µĥ·¸ışÂÄĊĈÇÈÉÊÒÓÔĠÖ×ĜÙÚâäċĉçèéêòóôġö÷ĝùú˙Ä ˙ĵ}!1AQa"q2‘Ħ#BħÁRÑ$3br‚ %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyzƒ„…†‡ˆ‰Š’“”•–—˜™š˘£¤Ĥ§¨İ޲³´µĥ·¸ışÂÄĊĈÇÈÉÊÒÓÔĠÖ×ĜÙÚáâäċĉçèéêñòóôġö÷ĝùú˙ÛC11gE:Egggggggggggggggggggggggggggggggggggggggggggggggggg˙ÛC  *3$&*<5?>;5:9CK`QCGZH9:SqTZcfklk@Pv~th}`ikg˙À@!˙Ú ?­$›@Áŭ3Móò'÷(Ċa`3­u_;ŸMšl°‰[i‰c‚,€H7ĝĠ"Lï)ö4Ô<ûUŸµJ#@Ó7’F6Ğó˙ÖŞ²c p…LˆÀiûßZdÑ4MĥEc8Í8SïN 6g<úzÓM‘ùDƒ—ÈgéúÓ ¸h>Îċyġâ–â¸F˙¸a…y$`YĜe—}Ïò­ĠîáŒ$†DàHËÎ=9íFûŒÌviħ,A<œġ5rKˆ_KŠÂIvíî'×Ó·ċI…ËV“\MµGSP L‹‡çžÇ‘ÖŞkG7R•e‰) #ŻAߚè *2Ñ6àäw=9çü÷o ÄĤ"ŜfNàŬíTÄ0ĥx gÔRŽƒ'ùÒ@[ŠXÚYB•P@À ‘ÏıíĝT;ħ¸(cóÍ&ÁîK Ò[€ĜËc!zƒġ­˜áĠŻSşÙBŬFÌQĈ÷ıSQ°ƒLxd‰‹JH‘ƒ÷ÇGwr!†ê- ħ2+n I?/=zSрäÖ.²VԁbB:’z~5| ˙(ĵ°‘ˆ;â‘wqĈqÔñĊğaı-Ì­6Ï´ĈË+ˆö·äzĠò‰Nrp£§ĝâœv²†‡“j‡fÀßÎ8ô=iİ!Ŝß&GÌ{PĈ=Ù0DKó`œŽü* ¸íl)ŽĵóĊ=n-nO$ÖÑÂı{Œœ TgÄÖëċI6ò4G4’ĥĤiIfñsÊ·…”и3Ż§ħ>µ—İê³\Ŭ#[³bÀ6=żĈ–Ĵ½Kó6GÖeŬhüw$ԅʘüùÇ^,ÌеYHġlĉ¨ ¸h˘‘p¸èGCIm R+y’ˆŸ¤ô>´ĥ‹ˆäR‚Š}ÄÑğ ˜ôyĞ}=¨рÁTĥF=½èV ¤0:â¨`G=)KP6ç=ÏJ,"͟–PîXœï1Àħ˙ëÓ§”ğê¨Ghİ{‡QÒé—Fr8o˜<úTZIö£RĵŭÖûÀc<ŝú…™4)p›d}Î Ä\†żáßÖĞA Í ÌÒ*²@'–ö+\¤ş3£™^+ц˨÷ŝUEmYCƒòÈ0Uršldm Ž<ËĝFpyïL‰dWàá‡=qI;Šä›â7*Ï >úĈOĤi$̅Ĝâ%9(ƒžŭ(Ĝ454çY`IFC‘ÓÚĥ..ĵ˜šLsÀ'>Ù5ܤaŬÜySLmöFLĴ9'ŻP’ ÜÈ\€\ħè}˙[‘Ôé,ôĞ8ÊÌ%2ħƒœÛéZˆ9=:›Ĝ¤Ĵ$Éd¨²FĠ9-RĠI‚îH<+|ñŭ1ÔĈˆË•Jkİ|Ĝä¸_ŬĈĜó`ċOTò8Ğ1ŜÁ,BDnàÉ?áMËKĦ^ԙmYD…\ T‘U"’ò0aš3+/ŬeaÏĦÉĤ¨ÔMéżÌ êŬ@ óYzŜ§dŠħÚ–\҅ƒßŜ´‹ı1V1ZGğ›÷’,c ċ_n*ŭ­´WÂ8Ë´ï˟oOĈ‡Ĝ˘üœúƒY—œÈShP8°‰-Gi3û…ÇSô¨ŜÑٔ„ §Œ£ÜĠ!Žĵµ(‚‘FK÷¨™˘( °Ûߏ˜~4„D 4d<¤c•֝m›rÔ䁊ĦħÓD‘*B?yż‹éíHê<²ÍµXv&=ˆäM›[~XŒàvĤ"™$XÇV8¤„XŠÑĵö+…SÉŒ`ĠË(Ì×~d(OÌĜï×µa­Éġ+kVO7?*ÁxüŞİÒ6a„} eàŻU ħôŞżĵlÚjĊ7˜Z鳕ÊĊƒıàòHŝŸe­¤–Ö˙i|rví>Œ§osbi.c¸`aPıIÚzò? בܰ28Nx)Ôvçó¨Ö÷$§?‘,İnìŞN÷fÉ?ŸaQ<á|Ĝb1BŸ+H͐Ç×ëôŞĜh€K"ħbĖXŸJ•˘(ye(y%NvÓl +hÀAqı]%ù[=Ž ħwwħ„E–Hää‚>ïù5 §˘íÇ ħIJİ6Íù?Z[ò'D9òĥHİ{$WBÎ7‡ċ}ŽBŽċO9ü3Šž=EDža,€B1½Ş$˜|zŸ›&ċ‰Ê…É wô¨în…Ê2'-ÛkçrġÔñUPïrb×-ċ• ³ĉŝŝOò§\i(LÀ…¸SòJ˜Ç>ĉŞ;\H–ÚéŬĵİX§Û¸8qê?²Żc?i|Í$§r_Ë%¨ú×WO)ï2áIçÛü÷ĤF† ‘ÎÖnG ?Ód™oË\*ÉóFyôíKogö•,5U<ħ9vç°}.-Í7uQ’jħHċ›ċœġç…÷?áEŞy[Ÿ)#’ô¨ŬˆÚÏLŽ ċ>ÔĈC|çÊÚm<“ž•œœżéJ" †mÄ.Ĉ, Œnŭj†^TXá*‘ÜúUtĥIáÉJKP­krڝŬ!n0? š_¸œ}“a–\ħèÙÀİĥˆ‹9 cħéRû lWĥšî'›z e€?SLR‰ûİ Ë1“ĉö8îE ôavRšBtÈĴNqÔ˙ú‡ó¤–âI@ìp1֝„X70‹ ­ĉsÀ-ò(ŝµY_ĤNzúRkQX@ĜyêjtG˜ċW €|p1ġĦğ Š ’ÍeF3šU“jѳžİnħĵI*ç•'€sÛÒĤŒ4ÑpÊŞ€Ÿ™ñ_xü¨kBŻubx­˘ı’%‰÷?–ÛĠ›îtg×&˘!á”Â]\É@ŬON=ê5ħ I&XĜ,R‰ ¨ŠT€¤tÁïŜ¤×fî$áwǨĦĞE!Ĝ#˜Ħŭêî éO­,È£*~SÔ:‚ŻúÒOŬ$½e5­èòn ´§=úZ֓ċĥ7*1“ÔĠtZ9íYŬȨĈÀĞäg5–òMİŬ(T·“ÓİŞ]Ĝ´Ĝ&ĥžAE6,X ŭ(ğuœIl d#z…ù…şş ÄıŠ+‹ˆ×xŞ9ÈÉ\:ğĤÛÙÛ)uËeJ³ıc½+ô@@‘ˆŒGŜpä=éñ@ÀúÓgeLÒ(Oö{˙W–í<µ""CÑ` ‘ö™˙v„3’ż‡z`³'$d ŝ2?Pʨ>şĠmš‡hÈÒ¸ˆžRŠQTgSġĦg^ż7SƒŠ‰—l *RzœòW˙×I eş_, Şpü(¸.ı›µ ğa·'dd}î˙ŭq@Á$·X2ÈòħùTzÖ˘†Œ8oŽ˙Z”/BÀĈzQíÈ3·œúU-ıŒ6فÚÜ^ĞùÓċEbâ.ŠBäI¤ ’u†4á|ɀN:} V^‡IXÉ,İ^Ġi­šT‰–@ĈLħÏ^?È ĤûxÎ@ x ŒäUPäĻ‚pxâ”]Ó,ÄV2Y†Ésžĵ@1HDÀ66sלŭi1I²+ˆÙ ,>öOĊ]ĥ–d  bÌ3Ç À™4ĥıĵÖ’L–òò¤ˆl9!—–?B*eş·Y6†3˙UM’„ŜLöp'šìıŽ.ĵŬÓÖŞÀ0ÛÈÊKËIç˙ĠSE DÚ²¸‘ġëM°Ĉ„‘î=çp÷¨X˜“Çjú~?çµ$6ÂmĦèëëŝ“ #ûô€Ĥ°;ž„ŭjb|İK”Q —½$Ä"4²I¸ŸıéŒbĜÜK!f(QLh‚Qç?,K–éQħñ–UéLÄ~ä$c9úûPċ‘¤È× ĤW+œdĉHÁQ 2ô  rA+[A[z’<²¸Ĉjħ1Äñ²N9ò‹ÜÎÇÌŞ\œR=¨ YċQÜgĝŞVâCíäTl)•pż0˙ir o-˜qġĤ1žcƒÓığî;2\d~4YXŜYTœĜzPì0J?ş{TŜÂĜc¸6A9ÍOÜ°:´r”£)àNħ·5•Ħĥim¤}ğüÀÍË œŒŭN=4é#š‡ÛĜĊcUXĤAü-Çòn+T4n|Ew˘—Öp èZ&…²Îı=Z{ŭRhŻ.ÉÛpĊbÉàzéÍUô°Í¨Ĵ…ĥÁœFğFF7Qžh2y{wŭĉà(ŝ#íXŬ2Koö¸BÜ3…'…Vê}MGzħk!MħànXÇ"İŠSO ­ı]£ FS€1Ç뚊tÌĊKŽŠC‘¸ä{vÇó¨jú‰˘Pğï?ìö˙ëӁÄĵvĴdіSıOçA“Ÿĵż…+‡–ëPl&Faƒ³*çżĝP€œ*4›ƒYAéJ!ç%AÏbH šÜíÄC ìŬ*Œ°¤nÈdÈ;yôq I,ğŽrNy˘)IW ò†bN 5¨Ñ<ˆíĉٔveäšĞ/6ĈĜO~2hVÜ’2û$@püc<ĉ¤rX0@ëԎ3LC0P£ġĤċ„›ƒ`zŽÔj9n%·\Êsµê*ı‘ÚBÒg'Ät4ÁĊ·-ĉ½ĈѐiÒ΂m\ôfĉnpûà:€{R¤‹’8 ġĤeAœ³v(Ĝ8ëK¨!°„Úûœ‚Tc;ŽGÜRĉ6^GQÇ=(bcv ŽqŽġ*0aîC1n£˙ŻùÑÌ;—§Kx¨Ç:Ş€#îúûó˙ŽQ,óX[ž4Y~S`ĊşôükK1ĜƒO>\ésÜcj{.­-Â-´/•ÌYĜÍ܁úT]ğĦ\œ^\´ ȍ‚IÀçžĠ!HñıYw|ÌcS–‚Ekğ™íóMĉ2À(ùAéĝóTĊÔòG$İ9ùµ 5¸uĥÜ<’clìuùñŽż•Q‘ŽîAÎyÉĤ3P¸9úÓùŝ÷Ôi. ¨8Qî7kġ c܊@6}Ĝ ­‚NßçùRù+ –  TĞ°Î~çŜ—äpù§Ô䔜rÏòúîëPڊCr&…°†v<ç>•-´{QÁ=Í2‘b cFù%ıÎO=ħıŽ=ı<œ`ÔmÄJ†@“-¸öúT§D!²ÄôRZ¤D‘2…|°ëŠ—#8Ĥ†E—iÜ>´Ġ…HË7Ìy°İJ¸”ÜÄ{qRċR0 “CҘÀ`HSğԚq.͐lu4€ŠáYö.0Kg5 @іf09äSLĈuTvġ§`ğ· …àgäÓBÜwț“Ë,§Ğü*ıKo· •vÓÊtw-!2`XeˆêÇj“ğ$§p6Ȅ“–E-ßĦür Vb3…;ƒ­è ˜$`oUÏP5ŬÂ3)Œ‡“scüEôµ´M3;78ëğŽ8éïDqD@Ü9Ï< 6Úö9bo/FÓöŻŜÜç8öĴùÁÜ(’5?­ğ6î„@ż+}3ïNËd½+;Ħd#ċVéĈëM.!¸=Á§`3ó=)wÇċ’ĵx9¤eż| #OSJ²/³³›Pàp$3Tž‡Ӛc!œÇ4Ħb·Žû„ĥO:dq8¸bpŬzÑ+Ĝl‚{o+Ü_דPœÊŸ*à .}X˙“BԒÌ6¤L$‹yq÷T‚ÂŞŞùRᕔ…ôäĤBÈU_ G ŽM 8ċħĝÔ $?wĝˆúĉв,ĴjT’Oµ4ëŽÔ+‡?&:çßòĤJYfe`g•T1wFXô ˘¤•>Ò[ĥsò˙…HĦXċˆä¸¨üÁ°m<çHä{˙ŸJ‡Y‚QTàíl‚H>‹›İmgu]Àg€OêqCĝ˜>ŝ`sч­h[ÂÛ— tÁ ÓK[‚î+Ĵ‚n$ċàcâĴ\Ç#%‚S†& ûuv,Éż³¸%Ìf,ż–TŞIïÓİĞï<ñ[ìw@rT ùIç#·LßT2Lû‰L™$žĵĝ¨UÈ`F~´˜‰ÁU‹{Eı}OŻµWy9*ğAè(ѓçCc#v:{ö/ĉÏ´¨e’ûÇ=ù Öúm8äŒÛYFá~F >W'3#.BÇœö…üݵa’Ùàgê)áÜ&ÒNÜ瞀Ô›e"ĴÉ6ĊûĦş.}=* ›yŽâa;TàŠvc³Êq$ĦïM*èĊ~R{€hbgŽádbr€íµM5ĝZ:(@I%ħÛêOóöĦjÀ—L³ĦŽöŝI 0Œ$iıœġüğqë[âò%Ĉ+8ÙO•)_1ô Ž§“ß­h£qšáŬ7I4Ó`x8Íl—-ç7™×ĉQÔŝ5]]) ~X‡Ì%_š\{I$pÀöŝ§hÉÇVˆ§r9ġëTŬÀç,ô}V’ĈÚĉŒċÉô8z‘W¤Ñġ‡Pd–)ı/€>ƒ:ŠĈn§Ĥĥn²_yo½ĥŞ.O8&ı‹‚L†E >P@ŭjZ°:§#ۊb˘’wÇ9T€Ç ßëJñÜsBKo‘˨½}*)7 gÉ$œžI4î1ˆ zóÒmÁÁ˙Äׂ8öíHŞ™Éf9<i %]´'ìP‘KcĜĉ‹Œ·›‰”n XŽĴNklÛKkdî×ŜXÚ8öžIíôЉH’ÛM6Ñ4ñ<ëp,ˆ ?Z£{s8‘ \NÛNìLĦv°?ÊŞÚ bDá£ıŒèwŽ?+'S·š"ÓK4làmm‡;˙ġÔkԁ‘HLíÔT¤ À÷İzH<ÎcŞ,œ€iÜTŭç=:Ó¤|/­1ğ"oLƒëŒ×3â"[†ŬV'>çÓéZ-t9‰<¨"hÙA#‚ç'ßÚĞÀŒÒŠ=ìO *z’XF6Ò2ş.à7(ÛĉߓŭßZ#ı6ÁÍ´óu%pú}h½‚Ċdš(fÍıÈÀÎ=)Ó4Óıwxw–Ö([ >}Vaš<Ì£.KaWñí]}–ŸŻ8Û<ħCé` zqŝ5kAjméV²ÙوĤ“Ì|“œ’·5‡Żëڗu}–4µ.Qrw4§·N”hĜz~™wë5ÎĦ$ĵ–1lU‘ßqġíZ˜¤Ĉr>=—ËŠó$Žċ #ŒƒŽ¸>½ëÛĥsçeˆÉM‡#Ÿ^žŸK°……ÙÈ-"˙şGj–\ñ”ôÏó¨ğÏAô§8Ç4¤à{z ]ğ”aˆôĦ€8?3“îsQ“Ĉ2zäR¨pO4Ḟç=(há›#ċżçW#·iœ,PĜÉŜÀgéš-¨É,ÛȍZ>ÁÁsƒëۚèîÍ´xċQXd“8éüëTY[NÌ$&L€ÑÂ_ċġÈĴíBàÜ|ÒG2z´;öŝµ]bĞ-ı!¤Ü9ùNÀçñ¨/šŜHš(™63ˆvA¨zÊ˞¨IÇ<ÓYK™Ĉß|­FàtŒwmo@ëQ³añ'ĜS8Ü23êiĦ[$ĉħ@ÂFk'RÓ÷;Ş6“†ÂƒÇséZĊ¸3‡Jğıvû%şÔ|Í#Üö¨l™Xa¸óŽ|Ï'ŝYž8ÏĤ)5d"g{f…Ĥà;,? „°`Fìİ£g†{¨”1À%Ç4†şt~)‘ï/K­¨%-cS—<ıú˙JÌĠ|m§¨–;ÙX‘‡\Á=Gҝ“s‹ıH•ˆÉ<ĜÓX²NTġŬŒb³°‰&TDI0Fz‚@ÇáM;<°èsž™Ħ€ ԌúšPŻzz*ž>cÍ6EÀ›ĉîA@ fP IöĤ¸§`&ĞmglV­­Ĵ÷Ê4LƒI·Ĝ4$4:Hdĥ‘’aÛÏú܆ü+vÛÄ6ŽŞğ%…Ġ6˘lÈ'c˘V)ÚÜÚAlÒO1[–$³d‡úb³ġ A.d'£¤îŜ´úݘ6 #ŒqT¤“ïĜ۞3ÍdÉ{‘4,œğ“É)ÑàÚêA8#Ĥ)î!ÒJ]wqÀéU÷ş’@÷ DĊƒ҅FXŽô€ġúÏÔ­%ĵLS4(~ùQ’ŜÜö­P1.íŒ3ÛZD”ĜN×Ĥ“#C:Ü r %p´ï­Éı5ĉĴš”)eu?*ŬŸqž‚³d•A•_”``ÇùïJNï@JĊ˜ġ½B8ÂGvÈ tçSÛĝ‹QŠ ʌÎ9w˽ğQÌ3_EÔïcË}qŽ ¸ó׎ĈĥÓ§`µK‡ÈÀQü…SÚá…èĦòŬ˜Èïğ³=[ Fz—¨Î~ÄÑΟgŠÚešh÷/˜ żŜ#=1“ĝW+¨Dn/"³Uód³YlaÇ(êxĤğÒXŜK “Î"û.ŬĞ*\ÄıàŻıqô¤ŠüI]j°ŜĦBÀ*`r0F?•U•ÂçŞDmÀV8‘3Ž§àsúU<Ĉ.pÀdóŽkµ̌ıÜqïK'ÈàtZVa!dnätĞ1caîOLžô€q%NzgĦĤÈc2€H1¤0ıR@۞ıçò¨Ĥ/ÊGİĉ˜ 17Œ€q´zV–‘sj’•¸%ÑÛjĊ³8ôlĠ!–oD%™£‹nX‚0z1PÛ&ë„ ü•^¤żJ²Í=BĈà‰T#ĤJp@äúƒ˙×Ĵ2BɆn:SšW;"1ĴŒòqŽ½)Ħ÷Ë“–à ̖LìûrƒH²Ĉ¤ƒ‡ÏqŠ€+2XÈ ŭj)ġÈçց UœsC6~ñĉ„À‡Ĉ6d+]Jòm !…#—iÜIëê0ċ\d‘Ohĥ÷ H›ÉĵÀsîh–¨Fċ­”š£şÌbò„^@­ż${nĴu†6²YrLҐùĉ­W‰°*ĜeĴÒİ+!à 8ÇŻùëIħqnäÁµs‚C(lâ¨w'›\ż–+&>ñ\d6{wéPßÜÉ4jÏ `Ù*ĦżPÛ‰ÜWà×üŠ–ÙœJ0$`qÚĦì"w{à€@çµTcŸĈ—P|€pVS‘ÛµP % “˙Jt ĉKÈ$£ÖŽ˜ŝVħ-ÂA¸ĞĵsmDç8#{dWhÒö3)jZµiɜœF3€:š˘êZÁ0Z*‘–ŜĜÜ9üóüŞmĦI\ŬĦŒ+7ÄIš4Ñ΍"8ĈÀsےGzàeé%µ°Ô^•ŽxIŒAùŽ:`{ŒsœV‰|Oc¨éŝ]ŒòĴÊÀ†/żüÏ­7¸ì÷ $–ĈSċb 2{JĴƒw^ƒ­'qšÖÒÙĤŽìâ/´–"5h˜ħĈ0AŽĤŻEĴŜÇmu=ËDzĤÁ(HĜèŽ8ÏzjV'SğšáJIvó e*w;yçëĊnë–ħÜZi6ë*…ŽĜ;8B2 dž~=Í4Ĵ4é­¤¸³·‡QŽç#îŬ‚sŒg1Ŝħä+mu*ĈïòÈq”ĜGĝsŸÊĤ]À‹íħÜA9Ï=éŒĉIċ>Ğ0‘³}ёO8Á+úĜÈ[j‚¤£ŽµNj’HȒqĉžHì+Nk›ÒàGŠRëżhVâ<ççŻ89úúSV[“ÁBsÈè);ÒïRĊÊHEÉô pˆŸ2Hŝägİ#8'­:Ús#œmAı‰8OİĦ 4›4şsj qۓœ‡§N§šŽŜÛ{™ClLŞN[hq ɊI ÚżwÜâĞĴ6BöĈz`j”eMÄö#š°šbŒŸJ–•²O)ÚĝKÍQw0ya‹:0Ü_vġ_jènZGÉnî%R qžĠĠmˆ+KYÉÈc•fäo¸Hôî~µÏÙÁ>‰G%ĈlÊϝ²Ċ{ v¤ÓzŒîƒ(#Ħ¨.MğGûİ\à”Ûġö¨ĥĥÔĈ)žòÇ8ç#`r*·m&f°E 2Ç! ^U;ñEğ çô}ÏSóouMċâS·Ì üL}yÇqLñ=Œ:DWúmœjË(o:<#$tïÏòĤŽE5nÖĞ1òœ’T¨?İäTÛ@@xïY·qšÓjÌ4{râWí¸`Úp6žGŻhxJ++‹K·½·YDJ8‚F #ôŭ*Ġœ‚Ä×2h²-½ÂZÚÇŻ·Ê'‚<7gŸĦĴ™îoo'Š¸[îòb Ĝ@ŭ@Èĉ‰; :˙é_a·yÖäJvŭÒAÁÇä+ž³ZBêBŜ$ìÏ)`Ċgb0;ŽÙöĤ֖͜§UüĊ: „s†=Ï&ħ+"ÜÏ5Ä`óÛ4$¸và†ïíHP½kÖ ċ‰ÜÄ Ù `; §Ú¨ -äNcIŝSWâıŠM*[7]îò‡·U(ǃ“èF)­À˘ˆ*†™ħóèsùÓ]vĵz­MœÓù^TeÌQ@î@¨Mġ­W˵‰Ħ1|‚|KĵsëŒûSŠ¸£M-šïÊßnˆ |ñ“Çèxü*öƒĤÚ\Î<ö[‚ñ³,HÄ@Ï͏ʄµÔL³|-/µ+{Y+Ha%‚aŠr@Pq’zuġŞwˆ–Ó´6ÂR™àHğ[8ÏjrIܤG$Mï"]Îâ‡n1×Q·‘ ½Àç'ĥ+;˜Ĝ8·Šäác¸È‹ĉnpsè3Ŝİ–1İŒŒÜÓ³@)}ÊX°p"’A¤] kšíàUš[ñ´vÀêkQuyċ–Éu ÷q‚cû?S€I?L~5ҝġ}IħĞ \Mw§y“ĈÊûˆÜË´·ı5ö•g¨(‚AÈeáż1S-ÇbÓ2ÁáˆIŞzŠÚjq¤‹µ3½ĉUP9ŝÍ-ġ`s7ŝ-ż[„Ù#2c?ĵÔùô§Ĝx‡Vû8k]*iž^F$IĠViâĠíü9-ÄgyaŠ0ë‚|Ĉİĥô/ÜëĴ6ílk\+â#ndÚNF:qŝ5^Ä·:uµş<Œ.àAÚeÇÊ3ì1Â‹Ù…´1fĵ3\Í4ħĞ´ĴXġI9⢖0HläÁèċÍf1RFáUA8#g4×l“ÀPc"š(Ŝl·R8–a 1Ħ’F=p;RIÇNŽĈ;ˆH'‘rñ¸ ŽqÁéúŠi\ Ĵ4[½V)î`Œ’Ëœ\T&YÚ.oäÑm.MĦh’5şÜ^䌽Ĵ9RϐN@Îz€]cj–ÚFŬ3Ĉ]UB•$îÇN+H 9Ÿ²j£MšĜÛÇm ²dù YĈA8 u ~“5ĥ˘ härże$_nâ‡pı£ĝZîòĥK+ċÀڟĈËON+~ŬÇ Ĉ5ħސ#xĠż?óڒµÌÍVç]YÊ„Ò/ÌÛŒvmŬÖYîXƒ2ħnwnô¨}˜îDŒÂH­ZUòÁ䌕¨Ża0\ş²Á m9 X ÙĞñ=ÌÉ+ı˜à –ç‡t›™.7‚ V.xb+²Ü–wN£E"ÒğfE'Ž+˘:+²M*ÙmmÄBàÎë÷˜ĥŭUwšMÜf~½}ö 6WòĉrÈÀ° ñ×'pÂáZUşûD·F-­,ñâ8×׿n?2[Á2Ä&%€™>ÎeŸ€Nğü½kY, ¸ħM:;çk¨ÑJ“)(žĵƒŻZvÜ ĉT²yŽš­ĵĦ>û`’>ĵšĉ˙³îîKtPíH8SŽù5Ĵ2ĵŠRVRH$=½Şi%–;Ñ$Á%‘HÈo™Nâ§ÌĊv¤l¸ˆH­&÷e8vġƒX½@šÂŽç{9ŝ`ŻZÒ-Y²YÎŜĤÉ+e6ĞŸşÎżĈ·t ;KËhÌ··íÄG ·:rO51ßQ‘ëÓÙ[Üŭ“Nžb<²LYqÈ#ùsġĴŬ*Ŭu FÖŬÎUŸwc Ô˙ZÖÁ¸şÎ”tëı]^-çf3mġ8éY´š° Ì0}â‘"Ŭ°9çáPi t‡$ JŒġÍIcmöğ¤€8F|…'ĤqÀüO ċ&ş„’2Q€ö=sߟċ]'6ò½üÊÂӔi€Ğ“¸£‘M-DQÔŻ µhb˘ŬJ¨Şçpç·QĊEĤèóËĴiö˜à¸À‘X|Ĝî:wÇ4ÚğrËIż‡ÄpÏ,âµù ™Aó^ÏL’8íšğİiZ–´³-ʘĜaRÀˆùç‘׏çíZ$ÄÍ=Mcw—“Lê6–ŽM£#ŽŬÇTµ{#§éüö÷NĴêüàG‚qġ~žôX•T#1Är,R“LFOˆbšK0–²¤.íûĈh˖_¸ċOìÉZ6ĥ{§ûNí£nÇ\üĵ!‹cŠ$´2µ ™nuYĉuòäv İÛÛ•DòÊÊfb&ì‚IïŠĊħ•Şky NXİçzԁ-¤žL‘È&hÈ~J}ċ÷ÍwSjñĊáÈċš6ıiFǖ ñ’:žä}kXꀋIżŝÈ6ò[;k7 µ!ŒĞ;{çž:Vĵ>*ÒĤŸÉŠrïŝÊ?:nÀT‡ÄĥÚúX _6)²|Ǩü iKµ€ùP™ÙŠİ<÷8üÎ(]ÀóŭKY¸½šHoÏÙÚ;#‰ y =rGz4ŬZm-ždOµÇÚ~âċy=şñùTój÷WşyŒB÷a ÚñÇÖĦñżÓµ(^òú)îÑF˘çż4]Ĝzċäf8ËN)µI½~Ï°ŭàÙLsŭ*H­š{9ç.ƒhı'üèW ÈÊêÁe ƒéSŜ˘A(Hn ŞTAîyĊ5°¨‚8?ʐÍy/7Ú*Xħ…cĤMŞ< çİä÷Ş+m"La.ŞÌU †p<ŝ]*›ğ,š•ÁŒÚÜHn`EڈìvĦĈâݨ$3á?ž?­KwĴK1f$ħ9$ġ4è£yXŽġ cašÚf†td‘:ĞvïLÜÁväíëŒñO[%Ä­q'šW ç9 c?SŒÔò[Kc32P@–<€O `úPğˆĠŝŻ|ڄqm’ä2 €nS€êš—>!:—öŬÎp<˙4‚ÒòhGkm [[¤1¨UA€ĊfHçŝ(Uè³bı=÷ŒñôĞŞÎRGoqÔ 46ÎwçÄ6xLŒ%(9ğ?_éX7Z%ċÊ2,‹ó v”çċ>üġíŽ(z ıÏx†Â[Xäžá‘™˜Dĥóë÷½xïÚ¨D-Ö§xç•Ù‰WüŞœtÉ9ŭšĊĈ̤S‚ßís$0ÎĉAçıíŒSD2lû_`ÛÈcìGZ›uÒ7*AVG"ğ_‡óË!şY>h”) ç$7µ\7Oéö“\żĠ|²I ÜQ}8èı=Ç6Î×oŠIYçÌeÈ ˙×?•U’? Ek´˙ÙÓÜOŬmèżûYô=}k¨½ša˜Üıù`69Î=魀óMKO”]I0EŠX´[ä J玙ĞwRÉh"‚öʉYŜef%˜À¨³War7PV ÔrȖÌù0İÉ+ߎ˜ÎE;Ċz•­İ%ͧ™·Ë ûĈ9Éŝ”6š°•,ñ˘yEè Èè{Š‘ô'=jwğg²ŽÛjŞĞ$[ëôĉšvŬöŝC/”ŝaĈÖŬÀġÈÙā£l2¤nÈp3Î>Ÿž)ĞXĥP.GZmHÍm+Rû-” xdÉŜĈ@~`0qôâ¨ĒĥE\Ž˜ô?֟D" žÎÒ{ÙÄVñ4Ž{-!Ğá8´ÈÍɑ¤mиE8êÇüŝµÍ†Ìb0ƒpl†î}ޤıXŻrÍȒ÷͸`İä*‡ıf'·“TğR`h6Ÿ-ĊšÏnĦ˘f A.X|íóÀRYß]iî‰X÷ É"œ6;nZ5ZÚx7L†.ĦÌs4ùŒ` ÎqÏ9”šÖ+BX™$Ö$íäĝŜٙâĠ£SŽ„ßÊİ‚/ë¤Úlۘ!UÎŭ…ŠŝŸÊı95ĞϳÀ…°ÑLr2lIsgž¨¤ÛZÚĞ£q€ù€ìk6é°É´Ŭ#`ädí˙­·^}wN¸ÜF—ŽQ™Tó2‘…çż9ü)—ŜŬe;Û’òlo—oœ(ì:RяcŽ½Ò¤*]QÌÙ"EÇLçñ$Ġ)]¤t²:É/ ñà ĊĞjx²ÂALw~|²ċ¤|§ġŞÚSjkoqö Ŝ[²gò÷úzÓĠ=­3\ÀÒ[HX#x=[9î*˙†´™5 ôr²}ž6ùŜ6Á’ğ°úöĦmK˜JhöÊ `óë‘\òjM*Ŝj8ıgäs’=8CW'­·E&ívŒËĵI F]FĈrżCİ›¤ĵŠî„˜ÄtrGN´_Ŭ¸XSÒÖ×I·—ìsĊ;HÌá—ĤzuµŽw.PäsÈ÷İšċz÷OÚ^wċżğŻ˙[ó¨(8Ï()Ĝe@ü€Ùúú˙:m$.ŠÙ‘K.:Š}.$•£FS¸ĦÀüN(×6˙fĝÙnFSœŒœgÓ§J³£_.‘İ-ÄŞò\„‘Ĉ}İìÄlë+‡S³0Ċ ƒĦç8ġŝuË ġŞ›Mè CA ‚I–]òK&Ġ퀧\ô>•JI+,Yß\YʲA!VCı{€qŒà÷Ċvú~ğ§ê7ĜK™Âç•ÈgÀê ú Ğ”ì´[Ŭ[ûNdšÈY˘êF;ŻĝWS§êÖz–˙²LĦù†0GàjÒĥŒ[ê]Ü+ P|]§*ĵO+œóƒĈ??ë@/™.ĉ]ÀŒİÁŜı OO]uşKrÎóÈhÑñßı'œz“MìÈ:ëìY ™šYF92Âóŭ̏­PÓ1x›Éq¸G~xüë'+”MpşDS°=+(#o|m˙F¸´m>ĥ™™0B,—v?J¸Ù=Î{ĈĈ.ĤO$,!LċV9l.=N?JċĵĈk' †f|Èö9ġ9j™èÁş6ˆ.KÎñ=ÄĥĊŒÈ{ġÇ[iÖ[6aÎ# &aÁġb6·u#˙×Cwzê“MoajFXÑkmfÒyÒXœ>2ĴĊñì;ŭk˘ŭ 9MSÄڞV@ŠÛ•QzVlòHÏ#cԞġÏ)9†QR3UdTÓĴo g•wƒÚzœü>•›4O ›$]­€qġĉ] ٍ“ı#5Ìëċ$1Ş…U`9cßü? ›Y1ĵdnäzќdšC'·SċĵĊQ–.cë‘Ó½W#›ĜD8Ž@J† ƒM‘™›ĉbqÀÉíJŭ6‚y ŠRÀG^sI@-KċG—¸Éœ€Ġ§/ĞéĤpî ˙XÀ’Ì29#ñ= Rì#­Ñ´ìxy-g?ı•+Œ0Ï$–÷ìz]¨c$°.6ݏ’0 éÓ 5ÑĦÈË˙„Šçû(Ü[>ĝ÷/:€èqœü§ŸNqZòÙZjÚj5Á2! ²ġ#89ùĊ+óc•µ§ĵö¤ —ċixŽÉt5µw,1ŜipË2¨’crÌXa@^:q‚j­a³qġK4¸[vıÍq•@rOùÍDşurÖisËʔġġW@V·°K;‰’9äIfNœäìzóÏÒı½}\j6k"Ċ0‹;™£Ĝdç}úôš l‚3Ìï½ÚĞ ¸dŒzsTÒDr¨‘îECĵĜ$îúâ³Ò ‘É!nr ?Äsŝ¨jîġÙĥċ„ğĈ(6“ê3ĝÒĥž·š`[iÄ ĥġPHÏQë])ó2YÍßéKĤ ó<˙1‡ ÈÉüĞ>aH˘)²9,+­ĦF ħÓôäÚ"Y$e ċG5N ĝbVŠ;(Ù\ġ™ħéTíĞ,—ĥ–ÑQcbrƒ ¸ôÂŭ3ÉĴ™y2HċÙş³u4Ĥö5pO'•ŠH H ŽÔù"éÒ½FH#û gùSè!ŒC1 b›ƒŒƒŜ“Rƒòàôë@ E%ċ`ŞÀ¨%†ôäsŝ}i(Q@ËÚaŒIĥUB$Q˜cv>üöİ4ùċ°eg16ß+r ÀœôÏàyގâ7<9z_Pò'ĵş‘Ì“'äm<ztÍkx˜9µµ(°¸^ĦÈ#úÖÑw‹!îaYí;ı-íDqÛK…389Èıà­kÁ Ĉ“Hm–€]&;”¨82•Ö£"Ñçĥ°š[‰ ùShË Nƒóİ4˜üÍeïˆíљŬä 9=şŸ,o˜ġ;Q"İ6 ˜NĠëw³êí,ŞÂN€`g{óžkFôsq5×ï7¨ıÇğdŭMFßñê?rG?×üâ²½ĜÈäIR5Ŝ!ù—Óž˙2¤ ïZAg,fPÒtú˙fŭı–möËöfeÚŜ[3žż•i'Ë&JĠĊċô‰äKs3ŒŭÂäŠĞ‚¤ö#ŜĦŬ²‹2@ÂÌM<¤;ĞBrXzû ŠŬ˘BĈMÁ‚ċ žïOg¨ZL–òées ÌXF*GP{žĠ‰q”ŝYRĵ79ĉŞVi1-ÈİsòZÌĦ^zRñ¸…çë@WqYÛAnŒ’ Êf`FÖ˜íYĴċ€àt•R²KŸ”J‘‰NŻ'§jJJPp‘E%X´²¸½”Çm’@3´uĊi E§›…‘I|ìO ƒÈĈy˙ëV|Éöt’rÁ]*y߃Ukj"Ċ–¨ĥ— 8·G” GœíO^;ÓŻµCQ $Òf;vòAǸÏċO™ÚÈ,jhwVípÍ41ÈßêÄQ‘ `r7v#µ]½²Ôĉ¸ir$·–>ùWç#Û#â´OŬ[ÌV‘ŭ§LÔŬÛÄ6N2~cƒÀġ$×9ĐĴŠŒ@aˆêEg-…‚5wIIŬˆ'ùU˜l“ÍŒKqDHùòHägÓ ~êR¸mĴÑëžLQH³­FɇsŒ;Y4…£H6˘ù(vĦÇOóé[?„G-éOIĉXÚ5vĜsEa{ uއ—ÛSÛ88j뵝Êéò;…†Ldäü­î{ƒ\üĥËmóÌ,GC…ëÏÔÖӅÉ‹Ż,ğÈ*ާıQÂ´4û8ná—Ècöœ,ƒŽÙ9íPµc{]éWV’*K\ôlü§ñŞr#Dċ¨ëÎj\ZÜiÜhÎx§6c”ƒ‚TâÄPÀ-´w>”é#0ġXÔ`ñJĴTäuĊ ìíı˜ħġ&’€ J)ÊìĦ€8 0h´PE=ÜÖ7+=ğì‘:׏WiîQ–Ú"YCŜ1Ó°ê*Êy#žéċ—äûŠ(ìNN*›şĝîm‚ċĥÊ 7Öcû¤út§JÖÒéîÑĈau”aCn =séÖ…kcLĥ´’Ŭe”ğYĜûóŒúVĈ•ŞĜYÜÜn;A™ıóN{z öúUÂÉj&s÷7R^ŜJéòù‹‚ êéúUċŭԈPch=yëPŬĈn[KmĴ°Šâs vóm pOn?§Qe´şòâ•%Š6Uy}úĠnŭ;X‡MŠUCµÈ3ÊĈÙ?.3ÓßŜ—RĠ›Z½ĥĥ‘··ŝ"9ç“úQÍe`0כֿì°á…,1‘Ĝŝ5{BµžâF„(1|Ž8úäÔÛ[WRu{ÂЇiÚüjĴ‘´nQ†-ÀêŸV‚[p˙ge‹ş5 ŸoJÁÔs#´êÊd9nяlVÓwZ–*ÚäI/ž…_n ‡Û¸ġgˆocFKK<_orx% ŝ}>ż\Äħ˜Ĥd xÜ1UQZÌQÇɌŻÏSíL$’IäûÖV,­YÓÑ^f,ì°Ğ¸ž}*ğ…óHOğž3éMÚÀ# ÎçIHœW ­6Š|AT6Ô$nlg֑Ĝ6(é@ +€zŠJQր#†Ĉю0j͆ɉĥ|#ĴHž?˙*‹“ZX›G’Ûs:òÉ#á”zQYEúŒZm[`,ÛĈnɖR‰Êäp2?ĦÍ;TħŝÍżkq:ÊËĠ“·µÒàD™-·İ\†;‡ñ8ü:ÔlZFË7Ŝ$óÀÍ€‘ħCƒ0Üu˙ëWFŜ™´˜Ĥµĵ„oĜ9ܧ3ßµTUôfĊĤÜJÒ1ù…x_4/ùúQ@£RH'Œ—-…çî·8ĦĊ.V· —uHîŻcŽċNŠĠï{UkY[O’HĦÉw1´„êvçî“UÖáıŸ:Ï6Q ( Éè_ÂĞT=XÏ˙Ùvisionegg-1.2.1/VisionEgg/Deprecated.py0000644000076500000240000001015311224565527017206 0ustar astrawstaff# The Vision Egg: Deprecated # # Copyright (C) 2001-2003 Andrew Straw. # Copyright (C) 2008 California Institute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Bits of code which will be removed in the future. """ import VisionEgg import sys, os import logging # available in Python 2.3 #################################################################### # # Error handling and assumption checking # #################################################################### class Message: """DEPRECATED Handles message/warning/error printing, exception raising.""" # Levels are: TRIVIAL = 0 NAG = 1 INFO = 2 DEPRECATION = 3 WARNING = 4 ERROR = 5 FATAL = 6 def __init__(self): ## script_name = sys.argv[0] ## if not script_name: ## script_name = "(interactive shell)" self.pid = os.getpid() ## self.logger.info("Script "+script_name+" started Vision Egg %s with process id %d."%(VisionEgg.release_name,self.pid)) def add(self,message,level=INFO,preserve_formatting=0,no_sys_stderr=0): level_translate = { # convert from old VisionEgg levels to new logging module levels Message.TRIVIAL : logging.DEBUG, Message.NAG : logging.DEBUG, Message.INFO : logging.INFO, Message.DEPRECATION : logging.WARNING, Message.WARNING : logging.WARNING, Message.ERROR : logging.ERROR, Message.FATAL : logging.CRITICAL, } new_level = level_translate[ level ] if not hasattr(self,"logger"): self.logger = logging.getLogger('VisionEgg.Deprecated') self.logger.log(new_level,message + '\n(sent using deprecated VisionEgg.Core.Message class)') def format_string(self,in_str): # This probably a slow way to do things, but it works! min_line_length = 70 in_list = in_str.split() out_str = "" cur_line = "" for word in in_list: cur_line = cur_line + word + " " if len(cur_line) > min_line_length: out_str = out_str + cur_line[:-1] + "\n" cur_line = " " if cur_line.strip(): # only add another newline if the last line done is non-empty out_str = out_str + cur_line + "\n" return out_str def handle(self): if not self._sent_initial_newline: self.output_stream.write("\n",_no_sys_stderr=1) self.output_stream.flush() self._sent_initial_newline = 1 while len(self.message_queue) > 0: my_str = "" level,text,preserve_formatting,date_str,no_sys_stderr = self.message_queue.pop(0) if level >= self.print_level: my_str= my_str+date_str+" " if self.pid: my_str += "(%d) "%(self.pid,) #my_str=my_str+self.prefix+" " if level == Message.TRIVIAL: my_str=my_str+"trivial" elif level == Message.INFO: my_str=my_str+"info" elif level == Message.NAG: my_str=my_str+"nag" elif level == Message.DEPRECATION: my_str=my_str+"DEPRECATION WARNING" elif level == Message.WARNING: my_str=my_str+"WARNING" elif level == Message.ERROR: my_str=my_str+"ERROR" elif level == Message.FATAL: my_str=my_str+"FATAL" my_str += ": " my_str += text if not preserve_formatting: my_str = self.format_string(my_str) self.output_stream.write(my_str,_no_sys_stderr=no_sys_stderr) self.output_stream.flush() if level >= self.exception_level: raise RuntimeError(text) if level == Message.FATAL: sys.exit(-1) visionegg-1.2.1/VisionEgg/Dots.py0000755000076500000240000002566711224565527016102 0ustar astrawstaff# The Vision Egg: Dots # # Copyright (C) 2001-2003 Andrew Straw. # Copyright (C) 2005,2008 California Institute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Random dot stimuli. """ #################################################################### # # Import all the necessary packages # #################################################################### import logging import VisionEgg import VisionEgg.Core import VisionEgg.ParameterTypes as ve_types import numpy.oldnumeric as Numeric, numpy.oldnumeric.random_array as RandomArray import math, types, string import VisionEgg.GL as gl # get all OpenGL stuff in one namespace ### C version of draw_dots() isn't (yet) as fast as Python version: ##import VisionEgg._draw_in_c ##draw_dots = VisionEgg._draw_in_c.draw_dots # draw in C for speed def draw_dots(xs,ys,zs): """Python method for drawing dots. May be replaced by a faster C version.""" if not (len(xs) == len(ys) == len(zs)): raise ValueError("All input arguments must be same length") gl.glBegin(gl.GL_POINTS) for i in xrange(len(xs)): gl.glVertex3f(xs[i],ys[i],zs[i]) gl.glEnd() class DotArea2D(VisionEgg.Core.Stimulus): """Random dots of constant velocity Every dot has the same velocity. Some fraction of the dots all move in the one direction, while the rest move in random directions. Dots wrap around edges. Each dot has a lifespan. This is just one example of the endless variations on drawing random dots. Parameters ========== anchor -- (String) Default: center anti_aliasing -- (Boolean) Default: True color -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 1.0, 1.0) depth -- (Real) Default: (determined at runtime) dot_lifespan_sec -- (Real) Default: 5.0 dot_size -- (Real) Default: 4.0 on -- (Boolean) Default: True position -- (Sequence2 of Real) Default: (320.0, 240.0) signal_direction_deg -- (Real) Default: 90.0 signal_fraction -- (Real) Default: 0.5 size -- (Sequence2 of Real) Default: (300.0, 300.0) velocity_pixels_per_sec -- (Real) Default: 10.0 Constant Parameters =================== num_dots -- (UnsignedInteger) Default: 100 """ parameters_and_defaults = { 'on' : ( True, ve_types.Boolean ), 'position' : ( ( 320.0, 240.0 ), # in eye coordinates ve_types.Sequence2(ve_types.Real) ), 'anchor' : ('center', ve_types.String), 'size' : ( ( 300.0, 300.0 ), # in eye coordinates ve_types.Sequence2(ve_types.Real) ), 'signal_fraction' : ( 0.5, ve_types.Real ), 'signal_direction_deg' : ( 90.0, ve_types.Real ), 'velocity_pixels_per_sec' : ( 10.0, ve_types.Real ), 'dot_lifespan_sec' : ( 5.0, ve_types.Real ), 'color' : ((1.0,1.0,1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real))), 'dot_size' : (4.0, # pixels ve_types.Real), 'anti_aliasing' : ( True, ve_types.Boolean ), 'depth' : ( None, # set for depth testing ve_types.Real ), 'center' : (None, # DEPRECATED -- don't use ve_types.Sequence2(ve_types.Real), "", VisionEgg.ParameterDefinition.DEPRECATED), } constant_parameters_and_defaults = { 'num_dots' : ( 100, ve_types.UnsignedInteger ), } __slots__ = ( 'x_positions', 'y_positions', 'random_directions_radians', 'last_time_sec', 'start_times_sec', '_gave_alpha_warning', ) def __init__(self, **kw): VisionEgg.Core.Stimulus.__init__(self,**kw) # store positions normalized between 0 and 1 so that re-sizing is ok num_dots = self.constant_parameters.num_dots # shorthand self.x_positions = RandomArray.uniform(0.0,1.0,(num_dots,)) self.y_positions = RandomArray.uniform(0.0,1.0,(num_dots,)) self.random_directions_radians = RandomArray.uniform(0.0,2*math.pi,(num_dots,)) self.last_time_sec = VisionEgg.time_func() self.start_times_sec = None # setup variable, assign later self._gave_alpha_warning = 0 def draw(self): # XXX This method is not speed-optimized. I just wrote it to # get the job done. (Nonetheless, it seems faster than the C # version commented out above.) p = self.parameters # shorthand if p.center is not None: if not hasattr(VisionEgg.config,"_GAVE_CENTER_DEPRECATION"): logger = logging.getLogger('VisionEgg.Dots') logger.warning("Specifying DotArea2D by deprecated " "'center' parameter deprecated. Use " "'position' parameter instead. (Allows " "use of 'anchor' parameter to set to " "other values.)") VisionEgg.config._GAVE_CENTER_DEPRECATION = 1 p.anchor = 'center' p.position = p.center[0], p.center[1] # copy values (don't copy ref to tuple) if p.on: # calculate center center = VisionEgg._get_center(p.position,p.anchor,p.size) if p.anti_aliasing: if len(p.color) == 4 and not self._gave_alpha_warning: if p.color[3] != 1.0: logger = logging.getLogger('VisionEgg.Dots') logger.warning("The parameter anti_aliasing is " "set to true in the DotArea2D " "stimulus class, but the color " "parameter specifies an alpha " "value other than 1.0. To " "acheive the best anti-aliasing, " "ensure that the alpha value for " "the color parameter is 1.0.") self._gave_alpha_warning = 1 gl.glEnable( gl.GL_POINT_SMOOTH ) # allow max_alpha value to control blending gl.glEnable( gl.GL_BLEND ) gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) else: gl.glDisable( gl.GL_BLEND ) now_sec = VisionEgg.time_func() if self.start_times_sec is not None: # compute extinct dots and generate new positions replace_indices = Numeric.nonzero( Numeric.greater( now_sec - self.start_times_sec, p.dot_lifespan_sec) ) Numeric.put( self.start_times_sec, replace_indices, now_sec ) new_x_positions = RandomArray.uniform(0.0,1.0, (len(replace_indices),)) Numeric.put( self.x_positions, replace_indices, new_x_positions ) new_y_positions = RandomArray.uniform(0.0,1.0, (len(replace_indices),)) Numeric.put( self.y_positions, replace_indices, new_y_positions ) new_random_directions_radians = RandomArray.uniform(0.0,2*math.pi, (len(replace_indices),)) Numeric.put( self.random_directions_radians, replace_indices, new_random_directions_radians ) else: # initialize dot extinction values to random (uniform) distribution self.start_times_sec = RandomArray.uniform( now_sec - p.dot_lifespan_sec, now_sec, (self.constant_parameters.num_dots,)) signal_num_dots = int(round(p.signal_fraction * self.constant_parameters.num_dots)) time_delta_sec = now_sec - self.last_time_sec self.last_time_sec = now_sec # reset for next loop x_increment_normalized = math.cos(p.signal_direction_deg/180.0*math.pi) * p.velocity_pixels_per_sec / p.size[0] * time_delta_sec y_increment_normalized = -math.sin(p.signal_direction_deg/180.0*math.pi) * p.velocity_pixels_per_sec / p.size[1] * time_delta_sec self.x_positions[:signal_num_dots] += x_increment_normalized self.y_positions[:signal_num_dots] += y_increment_normalized num_random_dots = self.constant_parameters.num_dots - signal_num_dots random_x_increment_normalized = Numeric.cos(self.random_directions_radians[signal_num_dots:]) * p.velocity_pixels_per_sec / p.size[0] * time_delta_sec random_y_increment_normalized = -Numeric.sin(self.random_directions_radians[signal_num_dots:]) * p.velocity_pixels_per_sec / p.size[1] * time_delta_sec self.x_positions[signal_num_dots:] += random_x_increment_normalized self.y_positions[signal_num_dots:] += random_y_increment_normalized self.x_positions = Numeric.fmod( self.x_positions, 1.0 ) # wrap self.y_positions = Numeric.fmod( self.y_positions, 1.0 ) self.x_positions = Numeric.fmod( self.x_positions+1, 1.0 ) # wrap again for values < 1 self.y_positions = Numeric.fmod( self.y_positions+1, 1.0 ) xs = (self.x_positions - 0.5) * p.size[0] + center[0] ys = (self.y_positions - 0.5) * p.size[1] + center[1] if len(p.color)==3: gl.glColor3f(*p.color) elif len(p.color)==4: gl.glColor4f(*p.color) gl.glPointSize(p.dot_size) # Clear the modeview matrix gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPushMatrix() gl.glDisable(gl.GL_TEXTURE_2D) if p.depth is None: depth = 0.0 else: gl.glEnable(gl.GL_DEPTH_TEST) depth = p.depth zs = (depth,)*len(xs) # make N tuple with repeat value of depth draw_dots(xs,ys,zs) if p.anti_aliasing: gl.glDisable( gl.GL_POINT_SMOOTH ) # turn off gl.glPopMatrix() visionegg-1.2.1/VisionEgg/FlowControl.py0000644000076500000240000016244411224565527017431 0ustar astrawstaff# The Vision Egg: FlowControl # # Copyright (C) 2001-2004 Andrew Straw. # Copyright (C) 2008 California Institute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Flow control for the Vision Egg. """ import logging import logging.handlers import VisionEgg import VisionEgg.GL as gl # get all OpenGL stuff in one namespace import VisionEgg.ParameterTypes as ve_types import numpy.oldnumeric as Numeric, math, types import pygame #################################################################### # # Presentation # #################################################################### class Presentation(VisionEgg.ClassWithParameters): """Handles the timing and coordination of stimulus presentation. This class is the key to the real-time operation of the Vision Egg. It contains the main 'go' loop, and maintains the association between 'controllers', instances of the Controller class, and the parameters they control. During the main 'go' loop and at other specific times, the parameters are updated via function calls to the controllers. Between entries into the 'go' loop, a Vision Egg application should call the method between_presentations as often as possible to ensure parameter values are kept up to date and any housekeeping done by controllers is done. No OpenGL environment I know of can guarantee that a new frame is drawn and the double buffers swapped before the monitor's next vertical retrace sync pulse. Still, although one can worry endlessly about this problem, it works. In other words, on a fast computer with a fast graphics card running even a pre-emptive multi-tasking operating system (see below for specific information), a new frame is drawn before every monitor update. If this did become a problem, the go() method could be re-implemented in C, along with the functions it calls. This would probably result in speed gains, but without skipping frames at 200 Hz, why bother? Parameters ========== check_events -- allow input event checking during 'go' loop? (Boolean) Default: True collect_timing_info -- log timing statistics during go loop? (Boolean) Default: True enter_go_loop -- test used by run_forever() to enter go loop (Boolean) Default: False go_duration -- Tuple to specify 'go' loop duration. Either (value,units) or ('forever',) (Sequence of AnyOf(Real or String)) Default: (5.0, 'seconds') handle_event_callbacks -- List of tuples to handle events. (event_type,event_callback_func) (Sequence of Sequence2 of AnyOf(Integer or Callable)) Default: (determined at runtime) override_t_abs_sec -- Override t_abs. Set only when reconstructing experiments. (units: seconds) (Real) Default: (determined at runtime) quit -- quit the run_forever loop? (Boolean) Default: False trigger_armed -- test trigger on go loop? (Boolean) Default: True trigger_go_if_armed -- trigger go loop? (Boolean) Default: True viewports -- list of Viewport instances to draw. Order is important. (Sequence of Instance of ) Default: (determined at runtime) warn_longest_frame_threshold -- threshold to print frame skipped warning (units: factor of inter-frame-interval) (Real) Default: 2.0 warn_mean_fps_threshold -- threshold to print observered vs. expected frame rate warning (fraction units) (Real) Default: 0.01 """ parameters_and_defaults = { 'viewports' : (None, # XXX should really require VisionEgg.Core.Viewport # but that would lead to circular import problem ve_types.Sequence(ve_types.Instance(VisionEgg.ClassWithParameters)), 'list of Viewport instances to draw. Order is important.'), 'collect_timing_info' : (True, ve_types.Boolean, 'log timing statistics during go loop?'), 'go_duration' : ((5.0,'seconds'), ve_types.Sequence(ve_types.AnyOf(ve_types.Real, ve_types.String)), "Tuple to specify 'go' loop duration. Either (value,units) or ('forever',)"), 'check_events' : (True, # May cause slight performance hit, but probably negligible ve_types.Boolean, "allow input event checking during 'go' loop?"), 'handle_event_callbacks' : (None, ve_types.Sequence(ve_types.Sequence2(ve_types.AnyOf(ve_types.Integer,ve_types.Callable))), "List of tuples to handle events. (event_type,event_callback_func)"), 'trigger_armed':(True, ve_types.Boolean, "test trigger on go loop?"), 'trigger_go_if_armed':(True, ve_types.Boolean, "trigger go loop?"), 'enter_go_loop':(False, ve_types.Boolean, "test used by run_forever() to enter go loop"), 'quit':(False, ve_types.Boolean, "quit the run_forever loop?"), 'warn_mean_fps_threshold':(0.01, # fraction (0.1 = 10%) ve_types.Real, "threshold to print observered vs. expected frame rate warning (fraction units)"), 'warn_longest_frame_threshold': (2.0, # fraction (set to 2.0 for no false positives) ve_types.Real, "threshold to print frame skipped warning (units: factor of inter-frame-interval)"), 'override_t_abs_sec':(None, # override t_abs (in seconds) -- set only when reconstructing experiments ve_types.Real, "Override t_abs. Set only when reconstructing experiments. (units: seconds)"), } __slots__ = ( 'controllers', 'num_frame_controllers', 'frame_draw_times', 'time_sec_absolute', 'frames_absolute', 'in_go_loop', 'frames_dropped_in_last_go_loop', 'last_go_loop_start_time_absolute_sec', 'time_sec_since_go', 'frames_since_go', ) def __init__(self,**kw): VisionEgg.ClassWithParameters.__init__(self,**kw) if self.parameters.viewports is None: self.parameters.viewports = [] if self.parameters.handle_event_callbacks is None: self.parameters.handle_event_callbacks = [] self.controllers = [] self.num_frame_controllers = 0 # reference counter for controllers that are called on frame by frame basis # A list that optionally records when frames were drawn by go() method. self.frame_draw_times = [] self.time_sec_absolute=VisionEgg.time_func() self.frames_absolute=0 self.in_go_loop = False self.frames_dropped_in_last_go_loop = False self.last_go_loop_start_time_absolute_sec = None def add_controller( self, class_with_parameters, parameter_name, controller ): """Add a controller""" # Check if type checking needed if type(class_with_parameters) != types.NoneType and type(parameter_name) != types.NoneType: # Check if return type of controller eval is same as parameter type if class_with_parameters.is_constant_parameter(parameter_name): raise TypeError("Attempt to control constant parameter '%s' of class %s."%(parameter_name,class_with_parameters)) require_type = class_with_parameters.get_specified_type(parameter_name) try: ve_types.assert_type(controller.returns_type(),require_type) except TypeError: raise TypeError("Attempting to control parameter '%s' of type %s with controller that returns type %s"%( parameter_name, require_type, controller.returns_type())) if not hasattr(class_with_parameters.parameters,parameter_name): raise AttributeError("%s has no instance '%s'"%parameter_name) self.controllers.append( (class_with_parameters.parameters,parameter_name, controller) ) else: # At least one of class_with_parameters or parameter_name is None. # Make sure they both are None. if not (type(class_with_parameters) == types.NoneType and type(parameter_name) == types.NoneType): raise ValueError("Neither or both of class_with_parameters and parameter_name must be None.") self.controllers.append( (None,None,controller) ) if controller.temporal_variables & (FRAMES_SINCE_GO|FRAMES_ABSOLUTE): self.num_frame_controllers = self.num_frame_controllers + 1 def remove_controller( self, class_with_parameters, parameter_name, controller=None ): """Remove one (or more--see below) controller(s). If controller is None, all controllers affecting the specified parameter are removed. If class_with_parameters and paramter_name are None, the controller is removed completely If class_with_parameters, paramter_name, and controller are all None, all controllers are removed. """ if class_with_parameters is None and parameter_name is None: if not isinstance(controller,Controller) and controller != None: raise TypeError( "When deleting a controller, specify an " "instance of VisionEgg.FlowControl.Controller class!") if controller == None: #Added by Tony, May30/2005 self.controllers = [] i = 0 while i < len(self.controllers): orig_parameters,orig_parameter_name,orig_controller = self.controllers[i] if controller == orig_controller: del self.controllers[i] else: i = i + 1 return if controller is None: # The controller function is not specified: # Delete all controllers that control the parameter specified. if class_with_parameters is None or parameter_name is None: raise ValueError("Must specify parameter from which controller should be removed.") i = 0 while i < len(self.controllers): orig_parameters,orig_parameter_name,orig_controller = self.controllers[i] if (orig_parameters == class_with_parameters.parameters and orig_parameter_name == parameter_name): controller = self.controllers[i][2] if controller.temporal_variables & (FRAMES_SINCE_GO|FRAMES_ABSOLUTE): self.num_frame_controllers = self.num_frame_controllers - 1 del self.controllers[i] else: i = i + 1 else: # controller is specified # Delete only that specific controller i = 0 while i < len(self.controllers): orig_parameters,orig_parameter_name,orig_controller = self.controllers[i] if (orig_parameters == class_with_parameters.parameters and orig_parameter_name == parameter_name and orig_controller == controller): if controller.temporal_variables & (FRAMES_SINCE_GO|FRAMES_ABSOLUTE): self.num_frame_controllers = self.num_frame_controllers - 1 else: i = i + 1 def __call_controllers(self, go_started=None, doing_transition=None): done_once = [] # list of ONCE contollers to switch status of for (parameters_instance, parameter_name, controller) in self.controllers: evaluate = 0 if controller.eval_frequency & ONCE: evaluate = 1 done_once.append(controller) elif doing_transition and (controller.eval_frequency & TRANSITIONS): evaluate = 1 elif controller.eval_frequency & EVERY_FRAME: evaluate = 1 if evaluate: if controller.temporal_variables & TIME_SEC_ABSOLUTE: controller.time_sec_absolute = self.time_sec_absolute if controller.temporal_variables & FRAMES_ABSOLUTE: controller.frames_absolute = self.frames_absolute if go_started: if not (controller.eval_frequency & NOT_DURING_GO): if controller.temporal_variables & TIME_SEC_SINCE_GO: controller.time_sec_since_go = self.time_sec_since_go if controller.temporal_variables & FRAMES_SINCE_GO: controller.frames_since_go = self.frames_since_go result = controller.during_go_eval() if parameter_name is not None: setattr(parameters_instance, parameter_name, result) else: if not (controller.eval_frequency & NOT_BETWEEN_GO): if controller.temporal_variables & TIME_SEC_SINCE_GO: controller.time_sec_since_go = None if controller.temporal_variables & FRAMES_SINCE_GO: controller.frames_since_go = None result = controller.between_go_eval() if parameter_name is not None: setattr(parameters_instance, parameter_name, result) for controller in done_once: #Unset ONCE flag controller.eval_frequency = controller.eval_frequency & ~ONCE if isinstance(controller,EncapsulatedController): controller.contained_controller.eval_frequency = controller.contained_controller.eval_frequency & ~ONCE def is_in_go_loop(self): """Queries if the presentation is in a go loop. This is useful to check the state of the Vision Egg application from a remote client over Pyro.""" return self.in_go_loop def were_frames_dropped_in_last_go_loop(self): return self.frames_dropped_in_last_go_loop def get_last_go_loop_start_time_absolute_sec(self): return self.last_go_loop_start_time_absolute_sec def go(self): """Main control loop during stimulus presentation. This is the heart of realtime control in the Vision Egg, and contains the main loop during a stimulus presentation. This coordinates the timing of calling the controllers. In the main loop, the current time (in absolute seconds, go-loop-start-relative seconds, and go-loop-start-relative frames) is computed, the appropriate controllers are called with this information, the screen is cleared, each viewport is drawn to the back buffer (while the video card continues painting the front buffer on the display), and the buffers are swapped. """ import VisionEgg.Core # here to prevent circular import self.in_go_loop = 1 swap_buffers = VisionEgg.Core.swap_buffers # shorthand # Clear boolean indicator self.frames_dropped_in_last_go_loop = False # Create shorthand notation, which speeds the main loop # slightly by not performing name lookup each time. p = self.parameters if p.collect_timing_info: frame_timer = VisionEgg.Core.FrameTimer() while (not p.trigger_armed) or (not p.trigger_go_if_armed): self.between_presentations() # Go! self.time_sec_absolute=VisionEgg.time_func() if p.override_t_abs_sec is not None: raise NotImplementedError("Cannot override absolute time yet") self.last_go_loop_start_time_absolute_sec = self.time_sec_absolute self.time_sec_since_go = 0.0 self.frames_since_go = 0 synclync_connection = VisionEgg.config._SYNCLYNC_CONNECTION # create shorthand if synclync_connection: import synclync synclync_connection.next_control_packet.action_flags += (synclync.SL_CLEAR_VSYNC_COUNT + synclync.SL_CLEAR_NOTIFY_SWAPPED_COUNT + synclync.SL_CLEAR_FRAMESKIP_COUNT) synclync_hack_done_once = 0 # Tell transitional controllers a presentation is starting self.__call_controllers( go_started=1, doing_transition=1) # Do the main loop start_time_absolute = self.time_sec_absolute if p.go_duration[0] == 'forever': # forever current_duration_value = 0 elif p.go_duration[1] == 'seconds': # duration units current_duration_value = self.time_sec_since_go elif p.go_duration[1] == 'frames': # duration units current_duration_value = self.frames_since_go else: raise RuntimeError("Unknown duration unit '%s'"%p.go_duration[1]) while (current_duration_value < p.go_duration[0]): # Get list of screens screens = [] for viewport in p.viewports: s = viewport.parameters.screen if s not in screens: screens.append(s) # Clear the screen(s) for screen in screens: screen.clear() # Update all the realtime parameters self.__call_controllers( go_started=1, doing_transition=0) # Draw each viewport for viewport in p.viewports: viewport.draw() # Swap the buffers if synclync_connection: if not synclync_hack_done_once: synclync_connection.next_control_packet.action_flags += (synclync.SL_NOTIFY_SWAPPED_BUFFERS + synclync.SL_NOTIFY_IN_GO_LOOP) synclync_connection.send_control_packet() synclync_hack_done_once = 1 data_packet = synclync_connection.get_latest_data_packet() swap_buffers() # Set the time variables for the next frame self.time_sec_absolute=VisionEgg.time_func() last_time_sec_since_go = self.time_sec_since_go self.time_sec_since_go = self.time_sec_absolute - start_time_absolute self.frames_absolute += 1 self.frames_since_go += 1 if p.collect_timing_info: frame_timer.tick() # Make sure we use the right value to check if we're done if p.go_duration[0] == 'forever': # forever pass # current_duration_value already set to 0 elif p.go_duration[1] == 'seconds': current_duration_value = self.time_sec_since_go elif p.go_duration[1] == 'frames': current_duration_value = self.frames_since_go else: raise RuntimeError("Unknown duration unit '%s'"%p.go_duration[1]) # Check events if requested if p.check_events: for event in pygame.event.get(): for event_type, event_callback in p.handle_event_callbacks: if event.type is event_type: event_callback(event) # Tell transitional controllers a presentation has ended self.__call_controllers( go_started=0, doing_transition=1) # Tell SyncLync we're not in go loop anymore if synclync_connection: synclync_connection.send_control_packet() # nothing in action_flags -- finishes go loop # Check to see if frame by frame control was desired # but OpenGL not syncing to vertical retrace try: mean_frame_time_sec = frame_timer.get_average_ifi_sec() calculated_fps = 1.0/mean_frame_time_sec except: # the above fails when no frames were drawn mean_frame_time_sec = 0.0 calculated_fps = 0.0 if self.num_frame_controllers: # Frame by frame control desired impossibly_fast_frame_rate = 210.0 if calculated_fps > impossibly_fast_frame_rate: # Let's assume no monitor can exceed impossibly_fast_frame_rate logger = logging.getLogger('VisionEgg.FlowControl') logger.error("Frame by frame control desired, but " "average frame rate was %.2f frames per " "second-- faster than any display device " "(that I know of). Set your drivers to " "sync buffer swapping to vertical " "retrace. (platform/driver " "dependent)"%(calculated_fps)) # Warn if > warn_mean_fps_threshold error in frame rate if abs(calculated_fps-VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ) / float(VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ) > self.parameters.warn_mean_fps_threshold: logger = logging.getLogger('VisionEgg.FlowControl') logger.warning("Calculated frames per second was %.3f, " "while the VISIONEGG_MONITOR_REFRESH_HZ " "variable is %s."%(calculated_fps, VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ)) frame_skip_fraction = self.parameters.warn_longest_frame_threshold inter_frame_inteval = 1.0/VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ if p.collect_timing_info: longest_frame_draw_time_sec = frame_timer.get_longest_frame_duration_sec() if longest_frame_draw_time_sec is not None: logger = logging.getLogger('VisionEgg.FlowControl') if longest_frame_draw_time_sec >= (frame_skip_fraction*inter_frame_inteval): self.frames_dropped_in_last_go_loop = True logger.warning("One or more frames took %.1f msec, " "which is signficantly longer than the " "expected inter frame interval of %.1f " "msec for your frame rate (%.1f Hz)."%( longest_frame_draw_time_sec*1000.0, inter_frame_inteval*1000.0, VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ)) else: logger.debug("Longest frame update was %.1f msec. " "Your expected inter frame interval is " "%f msec."%(longest_frame_draw_time_sec*1000.0, inter_frame_inteval*1000.0)) frame_timer.log_histogram() self.in_go_loop = 0 def export_movie_go(self, frames_per_sec=12.0, filename_suffix=".tif", filename_base="visionegg_movie", path="."): """Emulates method 'go' but saves a movie.""" import VisionEgg.Core # here to prevent circular import import Image # Could import this at the beginning of the file, but it breaks sometimes! import os # Could also import this, but this is the only place its needed # Create shorthand notation, which speeds the main loop # slightly by not performing name lookup each time. p = self.parameters # Switch function VisionEgg.time_func self.time_sec_absolute=VisionEgg.time_func() # Set for real once true_time_func = VisionEgg.time_func def fake_time_func(): return self.time_sec_absolute VisionEgg.time_func = fake_time_func logger = logging.getLogger('VisionEgg.FlowControl') # Go! self.time_sec_absolute=VisionEgg.time_func() self.time_sec_since_go = 0.0 self.frames_since_go = 0 # Tell transitional controllers a presentation is starting self.__call_controllers( go_started=1, doing_transition=1) # Do the main loop image_no = 1 if p.go_duration[0] == 'forever': # forever current_duration_value = 0 elif p.go_duration[1] == 'seconds': # duration units current_duration_value = self.time_sec_since_go elif p.go_duration[1] == 'frames': # duration units current_duration_value = self.frames_since_go else: raise RuntimeError("Unknown duration unit '%s'"%p.go_duration[1]) while (current_duration_value < p.go_duration[0]): # Get list of screens screens = [] for viewport in p.viewports: s = viewport.parameters.screen if s not in screens: screens.append(s) # Clear the screen(s) for screen in screens: screen.clear() # Update all the realtime parameters self.__call_controllers( go_started=1, doing_transition=0) # Draw each viewport for viewport in p.viewports: viewport.draw() # Swap the buffers VisionEgg.Core.swap_buffers() # Now save the contents of the framebuffer fb_image = screen.get_framebuffer_as_image(buffer='front',format=gl.GL_RGB) filename = "%s%04d%s"%(filename_base,image_no,filename_suffix) savepath = os.path.join( path, filename ) logger.info("Saving '%s'"%filename) fb_image.save( savepath ) image_no = image_no + 1 # Set the time variables for the next frame self.time_sec_absolute += 1.0/frames_per_sec self.time_sec_since_go += 1.0/frames_per_sec self.frames_absolute += 1 self.frames_since_go += 1 # Make sure we use the right value to check if we're done if p.go_duration[0] == 'forever': pass # current_duration_value already set to 0 elif p.go_duration[1] == 'seconds': current_duration_value = self.time_sec_since_go elif p.go_duration[1] == 'frames': current_duration_value = self.frames_since_go else: raise RuntimeError("Unknown duration unit '%s'"%p.go_duration[1]) # Check events if requested if p.check_events: for event in pygame.event.get(): for event_type, event_callback in p.handle_event_callbacks: if event.type is event_type: event_callback(event) # Tell transitional controllers a presentation has ended self.__call_controllers( go_started=0, doing_transition=1) if len(screens) > 1: logger.warning("Only saved movie from last screen.") scp = screen.constant_parameters if scp.red_bits is not None: warn_about_movie_depth = 0 if scp.red_bits > 8: warn_about_movie_depth = 1 elif scp.green_bits > 8: warn_about_movie_depth = 1 elif scp.blue_bits > 8: warn_about_movie_depth = 1 if warn_about_movie_depth: logger.warning("Only saved 8 bit per pixel movie, even " "though your framebuffer supports more!") # Restore VisionEgg.time_func VisionEgg.time_func = true_time_func def run_forever(self): """Main control loop between go loops.""" p = self.parameters # enter with transitional contoller call self.__call_controllers( go_started=0, doing_transition=1) while not p.quit: self.between_presentations() if self.parameters.enter_go_loop: self.parameters.enter_go_loop = False self.go() if p.check_events: for event in pygame.event.get(): for event_type, event_callback in p.handle_event_callbacks: if event.type is event_type: event_callback(event) def between_presentations(self): """Maintain display while between stimulus presentations. This function gets called as often as possible when in the 'run_forever' loop except when execution has shifted to the 'go' loop. Other than the difference in the time variable passed to the controllers, this routine is very similar to the inside of the main loop in the go method. """ import VisionEgg.Core # here to prevent circular import self.time_sec_absolute=VisionEgg.time_func() self.__call_controllers( go_started=0, doing_transition=0) viewports = self.parameters.viewports # Get list of screens screens = [] for viewport in viewports: s = viewport.parameters.screen if s not in screens: screens.append(s) # Clear the screen(s) for screen in screens: screen.clear() # Draw each viewport, including each stimulus for viewport in viewports: viewport.draw() VisionEgg.Core.swap_buffers() self.frames_absolute += 1 #################################################################### # # Controller # #################################################################### class Controller(object): """Control parameters. This abstract base class defines the interface to any controller. Methods: returns_type() -- Get the type of the value returned by the eval functions during_go_eval() -- Evaluate controller during the main 'go' loop. between_go_eval() -- Evaluate controller between runs of the main 'go' loop. The during_go_eval() and between_go_eval() methods are called to update a particular parameter such as the position of a stimulus on the screen. These methods must return a value specified by the returns_type() method. These methods are called at particular intervals as specified by eval_frequency and with temporal parameters specified by temporal_variables (see below for more details). Also, see the documentation for the Presentation class. Attributes: return_type -- type of the value returned by the eval functions eval_frequency -- when eval functions called (see above) temporal_variables -- what time variables used (see above) A Controller instance's attribute "eval_frequency" controls when a controller is evaluated. This variable is a bitwise "or" (the | operator) of the following flags: EVERY_FRAME -- every frame TRANSITIONS -- on enter and exit from go loop ONCE -- at the next chance possible (see below) NOT_DURING_GO -- as above, but never during go loop (see below) NOT_BETWEEN_GO -- as above, but never between go loops (see below) The ONCE flag is automatically unset after evaluation, hence its name. As an example, if eval_frequency is set to ONCE | TRANSITIONS, it will be evaluated before drawing the next frame and then only before and after the go loop. NOT_DURING_GO and NOT_BETWEEN_GO modify other behavior. For example, to evaluate a controller on every frame during go loops but not between go loops: eval_frequency = EVERY_FRAME | NOT_BETWEEN_GO If none of the above flags is set, the value is: NEVER -- this controller is never called A Controller instance's attribute "temporal_variables" controls what time variables are set for use. This variable is a bitwise "or" of the following flags: TIME_SEC_ABSOLUTE -- seconds, continuously increasing TIME_SEC_SINCE_GO -- seconds, reset to 0.0 each go loop FRAMES_ABSOLUTE -- frames, continuously increasing FRAMES_SINCE_GO -- frames, reset to 0 each go loop If none of these flags is set, the value is: TIME_INDEPENDENT -- No temporal variables. When the eval methods (during_go_eval and between_go_eval) are called, attributes are set depending on the temporal variables used: temporal_variable attribute set ----------------- ------------- TIME_SEC_ABSOLUTE self.time_sec_absolute TIME_SEC_SINCE_GO self.time_sec_since_go FRAMES_ABSOLUTE self.frames_absolute FRAMES_SINCE_GO self.frames_since_go Other information: Instances of Controller are called by instances of the Presentation class. during_go_eval() is called during a go() loop, and between_go_eval() is called by between_presentations() (during run_forever(), for example). Before calling these methods, attributes of the controller are set accoring to \attribute{temporal_variables}. """ # temporal_variables flags: TIME_INDEPENDENT = 0x00 TIME_SEC_ABSOLUTE = 0x01 TIME_SEC_SINCE_GO = 0x02 FRAMES_ABSOLUTE = 0x04 FRAMES_SINCE_GO = 0x08 # eval_frequency flags: NEVER = 0x00 EVERY_FRAME = 0x01 TRANSITIONS = 0x02 ONCE = 0x04 NOT_DURING_GO = 0x08 NOT_BETWEEN_GO = 0x10 flag_dictionary = { 'TIME_INDEPENDENT' : TIME_INDEPENDENT, 'TIME_SEC_ABSOLUTE' : TIME_SEC_ABSOLUTE, 'TIME_SEC_SINCE_GO' : TIME_SEC_SINCE_GO, 'FRAMES_ABSOLUTE' : FRAMES_ABSOLUTE, 'FRAMES_SINCE_GO' : FRAMES_SINCE_GO, 'NEVER' : NEVER, 'EVERY_FRAME' : EVERY_FRAME, 'TRANSITIONS' : TRANSITIONS, 'ONCE' : ONCE, 'NOT_DURING_GO' : NOT_DURING_GO, 'NOT_BETWEEN_GO' : NOT_BETWEEN_GO} def __init__(self, eval_frequency = EVERY_FRAME, temporal_variables = TIME_SEC_SINCE_GO, return_type = None): """Create instance of Controller. Keyword arguments: eval_frequency -- Int, bitwise "or" of flags temporal_variables -- Int, bitwise "or" of flags return_type -- a VisionEgg.ParameterTypes.ParameterTypeDef subclass If return_type is not set, it calls the function once to get a return value and then attempts to guess its type. """ if return_type is None: raise ValueError("Must set argument 'return_type' in Controller.") if not ve_types.is_parameter_type_def(return_type): raise TypeError("Argument 'return_type' in Controller must be a " "VisionEgg parameter type definition. Hint: use " "VisionEgg.ParameterTypes.get_type() to get the " "type of your value") self.return_type = return_type self.temporal_variables = temporal_variables self.eval_frequency = eval_frequency def evaluate_now(self): """Call this after updating the values of a controller if it's not evaluated EVERY_FRAME.""" self.eval_frequency = self.eval_frequency | ONCE def set_eval_frequency(self,eval_frequency): self.eval_frequency = eval_frequency def returns_type(self): """Called by Presentation. Get the return type of this controller.""" return self.return_type def during_go_eval(self): """Called by Presentation. Evaluate during the main 'go' loop. Override this method in subclasses.""" raise RuntimeError("%s: Definition of during_go_eval() in abstract base class Contoller must be overriden."%(str(self),)) def between_go_eval(self): """Called by Presentation. Evaluate between runs of the main 'go' loop. Override this method in subclasses.""" raise RuntimeError("%s: Definition of between_go_eval() in abstract base class Controller must be overriden."%(str(self),)) def _test_self(self,go_started): """Test whether a controller works. This method performs everything the Presentation go() or run_forever() methods do when calling controllers, except that the temporal variables are set to -1 and that the return value is not used to set parameters.""" if self.temporal_variables & TIME_SEC_ABSOLUTE: self.time_sec_absolute = -1.0 if self.temporal_variables & FRAMES_ABSOLUTE: self.frames_absolute = -1 if go_started: if not (self.eval_frequency & NOT_DURING_GO): if self.temporal_variables & TIME_SEC_SINCE_GO: self.time_sec_since_go = -1.0 if self.temporal_variables & FRAMES_SINCE_GO: self.frames_since_go = -1 return self.during_go_eval() else: if not (self.eval_frequency & NOT_BETWEEN_GO): if self.temporal_variables & TIME_SEC_SINCE_GO: self.time_sec_since_go = None if self.temporal_variables & FRAMES_SINCE_GO: self.frames_since_go = None return self.between_go_eval() class ConstantController(Controller): """Set parameters to a constant value.""" def __init__(self, during_go_value = None, between_go_value = None, **kw ): if kw.get('return_type',None) is None: kw.setdefault('return_type',ve_types.get_type(during_go_value)) kw.setdefault('eval_frequency',ONCE | TRANSITIONS) Controller.__init__(self,**kw) if self.return_type is not types.NoneType and during_go_value is None: raise ValueError("Must specify during_go_value") if between_go_value is None: between_go_value = during_go_value ve_types.assert_type(ve_types.get_type(during_go_value),self.return_type) ve_types.assert_type(ve_types.get_type(between_go_value),self.return_type) self.during_go_value = during_go_value self.between_go_value = between_go_value def set_during_go_value(self,during_go_value): ve_types.assert_type(ve_types.get_type(during_go_value),self.return_type) self.during_go_value = during_go_value def get_during_go_value(self): return self.during_go_value def set_between_go_value(self,between_go_value): ve_types.assert_type(ve_types.get_type(between_go_value),self.return_type) self.between_go_value = between_go_value def get_between_go_value(self): return self.between_go_value def during_go_eval(self): """Called by Presentation. Overrides method in Controller base class.""" return self.during_go_value def between_go_eval(self): """Called by Presentation. Overrides method in Controller base class.""" return self.between_go_value class EvalStringController(Controller): """Set parameters using dynamically interpreted Python string. The string, when evaluated as Python code, becomes the value used. For example, the string "1.0" would set parameter values to 1.0. To increase speed, the string is compiled to Python's bytecode format. The string can make use of temporal variables, which are made available depending on the controller's temporal_variables attribute. Note that only the absolute temporal variables are available when the go loop is not running. flag(s) present variable description TIME_SEC_ABSOLUTE t_abs seconds, continuously increasing TIME_SEC_SINCE_GO t seconds, reset to 0.0 each go loop FRAMES_ABSOLUTE f_abs frames, continuously increasing FRAMES_SINCE_GO f frames, reset to 0 each go loop """ def __init__(self, during_go_eval_string = None, between_go_eval_string = None, **kw ): import VisionEgg.Core # here to prevent circular import # Create a namespace for eval_strings to use self.eval_globals = {} if during_go_eval_string is None: raise ValueError("'during_go_eval_string' is a required argument") # Make Numeric and math modules available self.eval_globals['Numeric'] = Numeric self.eval_globals['math'] = math # Make Numeric and math modules available without module name for key in dir(Numeric): self.eval_globals[key] = getattr(Numeric,key) for key in dir(math): self.eval_globals[key] = getattr(math,key) self.during_go_eval_code = compile(during_go_eval_string,'','eval') self.during_go_eval_string = during_go_eval_string not_between_go = 0 if between_go_eval_string is None: not_between_go = 1 else: self.between_go_eval_code = compile(between_go_eval_string,'','eval') self.between_go_eval_string = between_go_eval_string # Check to make sure return_type is set set_return_type = 0 if kw.get('return_type',None) is None: set_return_type = 1 kw['return_type'] = types.NoneType # Call base class __init__ Controller.__init__(self,**kw) if not_between_go: self.eval_frequency = self.eval_frequency|NOT_BETWEEN_GO if set_return_type: logger = logging.getLogger('VisionEgg.FlowControl') if not (self.eval_frequency & NOT_DURING_GO): logger.debug( 'Executing "%s" to test for return type.'%(during_go_eval_string,)) self.return_type = ve_types.get_type(self._test_self(go_started=1)) elif not (self.eval_frequency & NOT_BETWEEN_GO): logger.debug('Executing "%s" to test for return type.'%(between_go_eval_string,)) self.return_type = ve_types.get_type(self._test_self(go_started=0)) def set_during_go_eval_string(self,during_go_eval_string): self.during_go_eval_code = compile(during_go_eval_string,'','eval') self.during_go_eval_string = during_go_eval_string def get_during_go_eval_string(self): return self.during_go_eval_string def set_between_go_eval_string(self,between_go_eval_string): self.between_go_eval_code = compile(between_go_eval_string,'','eval') self.between_go_eval_string = between_go_eval_string self.eval_frequency = self.eval_frequency & ~NOT_BETWEEN_GO def get_between_go_eval_string(self): if hasattr(self,"between_go_eval_string"): return self.between_go_eval_string else: return None def during_go_eval(self): """Called by Presentation. Overrides method in Controller base class.""" eval_locals = {} if self.temporal_variables & TIME_SEC_ABSOLUTE: eval_locals['t_abs'] = self.time_sec_absolute if self.temporal_variables & TIME_SEC_SINCE_GO: eval_locals['t'] = self.time_sec_since_go if self.temporal_variables & FRAMES_ABSOLUTE: eval_locals['f_abs'] = self.frames_absolute if self.temporal_variables & FRAMES_SINCE_GO: eval_locals['f'] = self.frames_since_go return eval(self.during_go_eval_code,self.eval_globals,eval_locals) def between_go_eval(self): """Called by Presentation. Overrides method in Controller base class.""" eval_locals = {} if self.temporal_variables & TIME_SEC_ABSOLUTE: eval_locals['t_abs'] = self.time_sec_absolute if self.temporal_variables & FRAMES_ABSOLUTE: eval_locals['f_abs'] = self.frames_absolute return eval(self.between_go_eval_code,self.eval_globals,eval_locals) class ExecStringController(Controller): """Set parameters using potentially complex Python string. You can execute arbitrarily complex Python code with this controller. The return value must be contained within the variable "x". In other words, this string must assign the variable x, so setting the string to "x=1.0" would set the parameter under control to 1.0. To increase speed, the string is compiled to Python's bytecode format. The string can make use of temporal variables, which are made available depending on the controller's temporal_variables attribute. Note that only the absolute temporal variables are available when the go loop is not running. flag(s) present variable description ----------------- -------- ---------------------------------- TIME_SEC_ABSOLUTE t_abs seconds, continuously increasing TIME_SEC_SINCE_GO t seconds, reset to 0.0 each go loop FRAMES_ABSOLUTE f_abs frames, continuously increasing FRAMES_SINCE_GO f frames, reset to 0 each go loop """ def __init__(self, during_go_exec_string = None, between_go_exec_string = None, restricted_namespace = 1, **kw ): import VisionEgg.Core # here to prevent circular import # Create a namespace for eval_strings to use self.eval_globals = {} if during_go_exec_string is None: raise ValueError, "'during_go_exec_string' is a required argument" self.restricted_namespace = restricted_namespace if self.restricted_namespace: # Make Numeric and math modules available self.eval_globals['Numeric'] = Numeric self.eval_globals['math'] = math # Make Numeric and math modules available without module name for key in dir(Numeric): self.eval_globals[key] = getattr(Numeric,key) for key in dir(math): self.eval_globals[key] = getattr(math,key) self.during_go_exec_code = compile(during_go_exec_string,'','exec') self.during_go_exec_string = during_go_exec_string not_between_go = 0 if between_go_exec_string is None: not_between_go = 1 else: self.between_go_exec_code = compile(between_go_exec_string,'','exec') self.between_go_exec_string = between_go_exec_string # Check to make sure return_type is set set_return_type = 0 if kw.get('return_type',None) is None: set_return_type = 1 kw['return_type'] = types.NoneType # Call base class __init__ Controller.__init__(self,**kw) if not_between_go: self.eval_frequency = self.eval_frequency|NOT_BETWEEN_GO if set_return_type: logger = logging.getLogger('VisionEgg.FlowControl') if not (self.eval_frequency & NOT_DURING_GO): logger.debug('Executing "%s" to test for return type.'%(during_go_exec_string,)) self.return_type = ve_types.get_type(self._test_self(go_started=1)) elif not (self.eval_frequency & NOT_BETWEEN_GO): logger.debug('Executing "%s" to test for return type.'%(between_go_exec_string,)) self.return_type = ve_types.get_type(self._test_self(go_started=0)) def set_during_go_exec_string(self,during_go_exec_string): self.during_go_exec_code = compile(during_go_exec_string,'','exec') self.during_go_exec_string = during_go_exec_string def get_during_go_exec_string(self): return self.during_go_exec_string def set_between_go_exec_string(self,between_go_exec_string): self.between_go_exec_code = compile(between_go_exec_string,'','exec') self.between_go_exec_string = between_go_exec_string self.eval_frequency = self.eval_frequency & ~NOT_BETWEEN_GO def get_between_go_exec_string(self): if hasattr(self,"between_go_exec_string"): return self.between_go_exec_string else: return None def during_go_eval(self): """Called by Presentation. Overrides method in Controller base class.""" eval_locals = {} if self.temporal_variables & TIME_SEC_ABSOLUTE: eval_locals['t_abs'] = self.time_sec_absolute if self.temporal_variables & TIME_SEC_SINCE_GO: eval_locals['t'] = self.time_sec_since_go if self.temporal_variables & FRAMES_ABSOLUTE: eval_locals['f_abs'] = self.frames_absolute if self.temporal_variables & FRAMES_SINCE_GO: eval_locals['f'] = self.frames_since_go if self.restricted_namespace: exec self.during_go_exec_code in self.eval_globals,eval_locals return eval_locals['x'] else: setup_locals_str = "\n" for local_variable_name in eval_locals.keys(): setup_locals_str = setup_locals_str + local_variable_name + "=" + repr(eval_locals[local_variable_name]) + "\n" exec setup_locals_str exec self.during_go_exec_code return x def between_go_eval(self): """Called by Presentation. Overrides method in Controller base class.""" eval_locals = {} if self.temporal_variables & TIME_SEC_ABSOLUTE: eval_locals['t_abs'] = self.time_sec_absolute if self.temporal_variables & FRAMES_ABSOLUTE: eval_locals['f_abs'] = self.frames_absolute if self.restricted_namespace: exec self.between_go_exec_code in self.eval_globals,eval_locals return eval_locals['x'] else: setup_locals_str = "\n" for local_variable_name in eval_locals.keys(): setup_locals_str = setup_locals_str + local_variable_name + "=" + repr(eval_locals[local_variable_name]) + "\n" exec setup_locals_str exec self.between_go_exec_code return x # x should be assigned by the exec string class FunctionController(Controller): """Set parameters using a Python function. This is a very commonly used subclass of Controller, because it is very intuitive and requires a minimum of code to set up. Many of the Vision Egg demo programs create instances of FunctionController. A number of parameters are passed to the function depending on the value of temporal_variables: The function can make use of temporal variables, which are made available by passing keyword argument(s) depending on the controller's temporal_variables attribute. Note that only the absolute temporal variables are available when the go loop is not running. flag(s) present argument description ----------------- -------- ---------------------------------- TIME_SEC_ABSOLUTE t_abs seconds, continuously increasing TIME_SEC_SINCE_GO t seconds, reset to 0.0 each go loop FRAMES_ABSOLUTE f_abs frames, continuously increasing FRAMES_SINCE_GO f frames, reset to 0 each go loop """ def __init__(self, during_go_func = None, between_go_func = None, **kw ): """Create an instance of FunctionController. Arguments: during_go_func -- function evaluted during go loop between_go_func -- function evaluted not during go loop Keyword arguments: temporal_variables -- a bitwise mask of constants return_type -- a VisionEgg.ParameterTypes.ParameterTypeDef subclass temporal_variables defaults to TIME_SEC_SINCE_GO. If return_type is not set, it calls the function once to get a return value and then attempts to guess its type. """ import VisionEgg.Core # here to prevent circular import if during_go_func is None: raise ValueError("Must specify during_go_func") # Set default value if not set kw.setdefault('temporal_variables',TIME_SEC_SINCE_GO) # default value # Check to make sure return_type is set if kw.get('return_type',None) is None: logger = logging.getLogger('VisionEgg.FlowControl') logger.debug('Evaluating %s to test for return type.'%(str(during_go_func),)) call_args = {} if kw['temporal_variables'] & TIME_SEC_ABSOLUTE: call_args['t_abs'] = VisionEgg.time_func() if kw['temporal_variables'] & TIME_SEC_SINCE_GO: call_args['t'] = 0.0 if kw['temporal_variables'] & FRAMES_ABSOLUTE: call_args['f_abs'] = 0 if kw['temporal_variables'] & FRAMES_SINCE_GO: call_args['f'] = 0 # Call the function with time variables kw['return_type'] = ve_types.get_type(during_go_func(**call_args)) Controller.__init__(self,**kw) self.during_go_func = during_go_func self.between_go_func = between_go_func if between_go_func is None: self.eval_frequency = self.eval_frequency|NOT_BETWEEN_GO def during_go_eval(self): """Called by Presentation. Overrides method in Controller base class.""" call_args = {} if self.temporal_variables & TIME_SEC_ABSOLUTE: call_args['t_abs'] = self.time_sec_absolute if self.temporal_variables & TIME_SEC_SINCE_GO: call_args['t'] = self.time_sec_since_go if self.temporal_variables & FRAMES_ABSOLUTE: call_args['f_abs'] = self.frames_absolute if self.temporal_variables & FRAMES_SINCE_GO: call_args['f'] = self.frames_since_go return self.during_go_func(**call_args) def between_go_eval(self): """Called by Presentation. Overrides method in Controller base class.""" call_args = {} if self.temporal_variables & TIME_SEC_ABSOLUTE: call_args['t_abs'] = self.time_sec_absolute if self.temporal_variables & FRAMES_ABSOLUTE: call_args['f_abs'] = self.frames_absolute return self.between_go_func(**call_args) class EncapsulatedController(Controller): """Set parameters by encapsulating another Controller. Allows a new instance of Controller to control the same parameter as an old instance. You probably won't ever have to use this class directly. Both the VisionEgg.TCPController.TCPController and VisionEgg.PyroHelpers.PyroEncapsulatedController classes subclass this class. """ def __init__(self,initial_controller): # Initialize base class without raising error for no return_type Controller.__init__(self,**{'return_type':types.NoneType}) self.contained_controller = initial_controller self.__sync_mimic() def __sync_mimic(self): self.return_type = self.contained_controller.return_type self.temporal_variables = self.contained_controller.temporal_variables self.eval_frequency = self.contained_controller.eval_frequency def set_new_controller(self,new_controller): """Call this to encapsulate a (new) controller.""" self.contained_controller = new_controller self.__sync_mimic() def during_go_eval(self): """Called by Presentation. Overrides method in Controller base class.""" import VisionEgg.Core # here to prevent circular import if self.temporal_variables & TIME_SEC_ABSOLUTE: self.contained_controller.time_sec_absolute = self.time_sec_absolute if self.temporal_variables & TIME_SEC_SINCE_GO: self.contained_controller.time_sec_since_go = self.time_sec_since_go if self.temporal_variables & FRAMES_ABSOLUTE: self.contained_controller.frames_absolute = self.frames_absolute if self.temporal_variables & FRAMES_SINCE_GO: self.contained_controller.frames_since_go = self.frames_since_go return self.contained_controller.during_go_eval() def between_go_eval(self): """Called by Presentation. Overrides method in Controller base class.""" import VisionEgg.Core # here to prevent circular import import VisionEgg.FlowControl if self.temporal_variables & TIME_SEC_ABSOLUTE: self.contained_controller.time_sec_absolute = self.time_sec_absolute if self.temporal_variables & FRAMES_ABSOLUTE: self.contained_controller.frames_absolute = self.frames_absolute return self.contained_controller.between_go_eval() # Constants (These are a copy of the static class variables from the # Controller class into the module-level namespace. This is done for # convenience.) # temporal_variables flags: TIME_INDEPENDENT = Controller.TIME_INDEPENDENT TIME_SEC_ABSOLUTE = Controller.TIME_SEC_ABSOLUTE TIME_SEC_SINCE_GO = Controller.TIME_SEC_SINCE_GO FRAMES_ABSOLUTE = Controller.FRAMES_ABSOLUTE FRAMES_SINCE_GO = Controller.FRAMES_SINCE_GO # eval_frequency flags: NEVER = Controller.NEVER EVERY_FRAME = Controller.EVERY_FRAME TRANSITIONS = Controller.TRANSITIONS ONCE = Controller.ONCE NOT_DURING_GO = Controller.NOT_DURING_GO NOT_BETWEEN_GO = Controller.NOT_BETWEEN_GO visionegg-1.2.1/VisionEgg/GL.py0000644000076500000240000000261111224565527015450 0ustar astrawstaff# The Vision Egg: GL # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. # # $Id$ """ Vision Egg GL module -- lump all OpenGL names in one namespace. """ from OpenGL.GL import * # get everything from OpenGL.GL import OpenGL import numpy if OpenGL.__version__.startswith('3.0.0b'): raise RuntimeError('PyOpenGL 3beta has known incompatibilities ' 'with the Vision Egg. Please upgrade to PyOpenGL 3.') __version__ = OpenGL.__version__ # tell py2exe we want these modules try: import OpenGL.GL.GL__init___ except: pass try: import OpenGL.GL.ARB.multitexture except: pass try: import OpenGL.GL.EXT.bgra except: pass try: import SGIS.texture_edge_clamp except: pass # why doesn't PyOpenGL define this?! try: GL_UNSIGNED_INT_8_8_8_8_REV except NameError: GL_UNSIGNED_INT_8_8_8_8_REV = 0x8367 if OpenGL.__version__[0] == '3': if (OpenGL.__version__.startswith('3.0.0a')) or (OpenGL.__version__ == '3.0.0b1'): # A bug in early PyOpenGL 3.x had problems with some arrays _orig_glLoadMatrixf = glLoadMatrixf def glLoadMatrixf(M): M = numpy.array([ Mi for Mi in M ]) return _orig_glLoadMatrixf(M) visionegg-1.2.1/VisionEgg/gl_qt.c0000644000076500000240000001577311224565530016055 0ustar astrawstaff/* * Copyright (c) 2003, 2006 Andrew Straw. Distributed under the terms * of the GNU Lesser General Public License (LGPL). * * Author: Andrew Straw * */ #include "Python.h" #if defined(MS_WINDOWS) # include #endif #include #include #if defined(__APPLE__) # include # include # include #else # include # include #endif #include "gl_qt.h" int gl_qt_error = 0; const char * gl_qt_error_str= NULL; static char mac_err_str[256]; const char * MAC_OSERR_TO_STR ( int OSErr ) { // XXX could make this lookup the error using mac Estr resources snprintf(mac_err_str,256,"Mac OS error %d",OSErr); return mac_err_str; } int gl_qt_err_occurred( void ) { return gl_qt_error; } const char * gl_qt_err_message( void ) { return gl_qt_error_str; } void gl_qt_set_error(const char * errmsg) { gl_qt_error = 1; gl_qt_error_str = errmsg; } gl_qt_renderer* gl_qt_renderer_create( Movie theMovie, short tex_shape, float tex_scale ) { gl_qt_renderer * render_info = NULL; short gMovieWidth, gMovieHeight; int wOffScreenDepth; long sizeTexture; // Movie Rect gMovieRect = {0, 0, 0, 0}; Rect rectNewMovie; MatrixRecord movieMatrix; /// XXX todo: should check tex_shape is power of 2 render_info = malloc(sizeof(gl_qt_renderer)); if (render_info == NULL) { gl_qt_set_error("memory allocation failure (render_info)"); return NULL; } render_info->gl_texel_data = NULL; render_info->qt_pixel_data = NULL; render_info->offscreen_gworld = NULL; render_info->my_movie = theMovie; GetMovieBox(render_info->my_movie, &gMovieRect); gMovieRect.bottom = gMovieRect.bottom-gMovieRect.top; gMovieRect.top = 0; gMovieRect.right = gMovieRect.right-gMovieRect.left; gMovieRect.left = 0; SetMovieBox(render_info->my_movie, &gMovieRect); gMovieWidth = (short) (gMovieRect.right - gMovieRect.left); gMovieHeight = (short) (gMovieRect.bottom - gMovieRect.top); render_info->tex_shape=tex_shape; // on both sides (square) wOffScreenDepth=32; // if packed pixel implemented, this could be reduced // allocate RGB 888 texture buffer sizeTexture = 3 * tex_shape * tex_shape; // size of texture in bytes render_info->gl_texel_data = (GLubyte *)malloc(sizeTexture); if (render_info->gl_texel_data == NULL) { gl_qt_set_error("memory allocation failure (render_info->gl_texel_data)"); goto fail; } if (tex_scale == 0.0) { // auto-scale if (gMovieWidth > gMovieHeight) { tex_scale = (float)tex_shape / (float) gMovieWidth; } else { tex_scale = (float)tex_shape / (float) gMovieHeight; } } render_info->tex_width = (short) ((float)gMovieWidth * tex_scale); render_info->tex_height = (short) ((float)gMovieHeight * tex_scale); if ((render_info->tex_width > tex_shape) || (render_info->tex_height > tex_shape)) { gl_qt_set_error("movie too big for assigned texture shape"); goto fail; } SetIdentityMatrix (&movieMatrix); ScaleMatrix(&movieMatrix, X2Fix(tex_scale), // XXX where is X2Fix defined? X2Fix(tex_scale), X2Fix(0.0), X2Fix(0.0)); SetMovieMatrix(render_info->my_movie, &movieMatrix); rectNewMovie.top = 0; rectNewMovie.left = 0; rectNewMovie.bottom = render_info->tex_height; rectNewMovie.right = render_info->tex_width; render_info->row_stride = render_info->tex_width * wOffScreenDepth / 8; render_info->qt_pixel_data = (unsigned char *) malloc(render_info->row_stride * render_info->tex_height); if (render_info->qt_pixel_data == NULL) { gl_qt_set_error("memory allocation failure (render_info->qt_pixel_data)"); goto fail; } memset(render_info->qt_pixel_data, 0, render_info->row_stride * render_info->tex_height); QTNewGWorldFromPtr (&(render_info->offscreen_gworld), k32ARGBPixelFormat, &rectNewMovie, NULL, NULL, 0, render_info->qt_pixel_data, render_info->row_stride); if (render_info->offscreen_gworld == NULL) { gl_qt_set_error("error allocating offscreen GWorld"); goto fail; } SetMovieGWorld(render_info->my_movie, (CGrafPtr)render_info->offscreen_gworld, NULL); render_info->offscreen_pixmap = GetGWorldPixMap(render_info->offscreen_gworld); if (!render_info->offscreen_pixmap) { gl_qt_set_error("Could not GetGWorldPixMap"); goto fail; } if (!LockPixels(render_info->offscreen_pixmap)) { gl_qt_set_error("Could not LockPixels"); goto fail; } render_info->qt_pixel_data = (unsigned char *) GetPixBaseAddr(render_info->offscreen_pixmap); //render_info->row_stride = (unsigned long) GetPixRowBytes(render_info->offscreen_pixmap); return render_info; fail: if (render_info->gl_texel_data != NULL) { free(render_info->gl_texel_data); } if (render_info->qt_pixel_data != NULL) { free(render_info->qt_pixel_data); } if (render_info->offscreen_gworld != NULL) { DisposeGWorld(render_info->offscreen_gworld); } if (render_info != NULL) { free(render_info); } return NULL; } void gl_qt_renderer_delete( gl_qt_renderer * render_info ) { int free_warning = 0; if (render_info->offscreen_gworld != NULL) DisposeGWorld(render_info->offscreen_gworld); else free_warning = 1; if (render_info->gl_texel_data != NULL) free(render_info->gl_texel_data); else free_warning = 1; if (render_info->qt_pixel_data != NULL) free(render_info->qt_pixel_data); else free_warning = 1; if (render_info != NULL) free(render_info); else free_warning = 1; if (free_warning) { gl_qt_set_error("gl_qt_renderer_delete() called, but something was already deleted!"); } } void gl_qt_renderer_update(gl_qt_renderer * render_info) { // Despite the swizzeling, this is faster (on my PowerBook G4 ATI // Rage 128 OS X 10.2.6, anyway) than sending the data as GL_ABGR // direct to OpenGL. // Also, this way we can flip the image 'right side up' (according // to OpenGL) for free. // Step 1 - 'swizzle' data (convert ABGR to RGB) register int i,j; register unsigned char * pos; register unsigned char * pTextile; register int row; GLenum error; const char *this_msg; row = render_info->tex_height; for (j = 0; j < render_info->tex_height; j++) { row--; pTextile = render_info->gl_texel_data + row*render_info->tex_width*3; // pTextile = render_info->gl_texel_data + row*render_info->tex_shape*3; for (i = 0; i < render_info->tex_width; i++) { pos = (unsigned char *)(render_info->qt_pixel_data + (j * render_info->row_stride) + (i * 4)); *(pTextile++) = *(pos + 1); *(pTextile++) = *(pos + 2); *(pTextile++) = *(pos + 3); } } // Step 2 - send to OpenGL active 2D texture object glTexSubImage2D(GL_TEXTURE_2D, 0, 0, 0, render_info->tex_width, render_info->tex_height, GL_RGB, GL_UNSIGNED_BYTE, render_info->gl_texel_data); error = glGetError(); if (GL_NO_ERROR != error) { //this_msg = gluErrorString(error); this_msg = "unknown error"; gl_qt_set_error(this_msg); } } visionegg-1.2.1/VisionEgg/gl_qt.h0000644000076500000240000000145011224565530016045 0ustar astrawstaff#ifndef _QUICKTIME_C_H_ #define _QUICKTIME_C_H_ #include "vegl.h" #if defined(__APPLE__) # include #else # include #endif typedef struct { Movie my_movie; // OpenGL info GLubyte * gl_texel_data; short tex_shape; short tex_height; short tex_width; // QuickTime offscreen info unsigned char * qt_pixel_data; unsigned long row_stride; GWorldPtr offscreen_gworld; PixMapHandle offscreen_pixmap; } gl_qt_renderer; /* Error checking */ int gl_qt_err_occurred(void); const char * gl_qt_err_message(void); /* Standard functions */ gl_qt_renderer* gl_qt_renderer_create( Movie theMovie, short tex_shape, float tex_scale ); // tex_scale = 0.0 is auto void gl_qt_renderer_delete( gl_qt_renderer *); void gl_qt_renderer_update( gl_qt_renderer *); #endif visionegg-1.2.1/VisionEgg/gl_qt.py0000644000076500000240000000253511224565530016253 0ustar astrawstaff# This file was created automatically by SWIG. # Don't modify this file, modify the SWIG interface instead. # This file is compatible with both classic and new-style classes. import _gl_qt def _swig_setattr_nondynamic(self,class_type,name,value,static=1): if (name == "this"): if isinstance(value, class_type): self.__dict__[name] = value.this if hasattr(value,"thisown"): self.__dict__["thisown"] = value.thisown del value.thisown return method = class_type.__swig_setmethods__.get(name,None) if method: return method(self,value) if (not static) or hasattr(self,name) or (name == "thisown"): self.__dict__[name] = value else: raise AttributeError("You cannot add attributes to %s" % self) def _swig_setattr(self,class_type,name,value): return _swig_setattr_nondynamic(self,class_type,name,value,0) def _swig_getattr(self,class_type,name): method = class_type.__swig_getmethods__.get(name,None) if method: return method(self) raise AttributeError,name import types try: _object = types.ObjectType _newclass = 1 except AttributeError: class _object : pass _newclass = 0 del types gl_qt_renderer_create = _gl_qt.gl_qt_renderer_create gl_qt_renderer_delete = _gl_qt.gl_qt_renderer_delete gl_qt_renderer_update = _gl_qt.gl_qt_renderer_update visionegg-1.2.1/VisionEgg/gl_qt_wrap.c0000644000076500000240000015532511224565530017104 0ustar astrawstaff/* ---------------------------------------------------------------------------- * This file was automatically generated by SWIG (http://www.swig.org). * Version 1.3.24 * * This file is not intended to be easily readable and contains a number of * coding conventions designed to improve portability and efficiency. Do not make * changes to this file unless you know what you are doing--modify the SWIG * interface file instead. * ----------------------------------------------------------------------------- */ #define SWIGPYTHON #ifndef SWIG_TEMPLATE_DISAMBIGUATOR # if defined(__SUNPRO_CC) # define SWIG_TEMPLATE_DISAMBIGUATOR template # else # define SWIG_TEMPLATE_DISAMBIGUATOR # endif #endif #include /*********************************************************************** * swigrun.swg * * This file contains generic CAPI SWIG runtime support for pointer * type checking. * ************************************************************************/ /* This should only be incremented when either the layout of swig_type_info changes, or for whatever reason, the runtime changes incompatibly */ #define SWIG_RUNTIME_VERSION "1" /* define SWIG_TYPE_TABLE_NAME as "SWIG_TYPE_TABLE" */ #ifdef SWIG_TYPE_TABLE #define SWIG_QUOTE_STRING(x) #x #define SWIG_EXPAND_AND_QUOTE_STRING(x) SWIG_QUOTE_STRING(x) #define SWIG_TYPE_TABLE_NAME SWIG_EXPAND_AND_QUOTE_STRING(SWIG_TYPE_TABLE) #else #define SWIG_TYPE_TABLE_NAME #endif #include #ifndef SWIGINLINE #if defined(__cplusplus) || (defined(__GNUC__) && !defined(__STRICT_ANSI__)) # define SWIGINLINE inline #else # define SWIGINLINE #endif #endif /* You can use the SWIGRUNTIME and SWIGRUNTIMEINLINE macros for creating a static or dynamic library from the swig runtime code. In 99.9% of the cases, swig just needs to declare them as 'static'. But only do this if is strictly necessary, ie, if you have problems with your compiler or so. */ #ifndef SWIGRUNTIME #define SWIGRUNTIME static #endif #ifndef SWIGRUNTIMEINLINE #define SWIGRUNTIMEINLINE SWIGRUNTIME SWIGINLINE #endif #ifdef __cplusplus extern "C" { #endif typedef void *(*swig_converter_func)(void *); typedef struct swig_type_info *(*swig_dycast_func)(void **); typedef struct swig_type_info { const char *name; swig_converter_func converter; const char *str; void *clientdata; swig_dycast_func dcast; struct swig_type_info *next; struct swig_type_info *prev; } swig_type_info; /* Compare two type names skipping the space characters, therefore "char*" == "char *" and "Class" == "Class", etc. Return 0 when the two name types are equivalent, as in strncmp, but skipping ' '. */ SWIGRUNTIME int SWIG_TypeNameComp(const char *f1, const char *l1, const char *f2, const char *l2) { for (;(f1 != l1) && (f2 != l2); ++f1, ++f2) { while ((*f1 == ' ') && (f1 != l1)) ++f1; while ((*f2 == ' ') && (f2 != l2)) ++f2; if (*f1 != *f2) return *f1 - *f2; } return (l1 - f1) - (l2 - f2); } /* Check type equivalence in a name list like ||... */ SWIGRUNTIME int SWIG_TypeEquiv(const char *nb, const char *tb) { int equiv = 0; const char* te = tb + strlen(tb); const char* ne = nb; while (!equiv && *ne) { for (nb = ne; *ne; ++ne) { if (*ne == '|') break; } equiv = SWIG_TypeNameComp(nb, ne, tb, te) == 0; if (*ne) ++ne; } return equiv; } /* Register a type mapping with the type-checking */ SWIGRUNTIME swig_type_info * SWIG_TypeRegisterTL(swig_type_info **tl, swig_type_info *ti) { swig_type_info *tc, *head, *ret, *next; /* Check to see if this type has already been registered */ tc = *tl; while (tc) { /* check simple type equivalence */ int typeequiv = (strcmp(tc->name, ti->name) == 0); /* check full type equivalence, resolving typedefs */ if (!typeequiv) { /* only if tc is not a typedef (no '|' on it) */ if (tc->str && ti->str && !strstr(tc->str,"|")) { typeequiv = SWIG_TypeEquiv(ti->str,tc->str); } } if (typeequiv) { /* Already exists in the table. Just add additional types to the list */ if (ti->clientdata) tc->clientdata = ti->clientdata; head = tc; next = tc->next; goto l1; } tc = tc->prev; } head = ti; next = 0; /* Place in list */ ti->prev = *tl; *tl = ti; /* Build linked lists */ l1: ret = head; tc = ti + 1; /* Patch up the rest of the links */ while (tc->name) { head->next = tc; tc->prev = head; head = tc; tc++; } if (next) next->prev = head; head->next = next; return ret; } /* Check the typename */ SWIGRUNTIME swig_type_info * SWIG_TypeCheck(const char *c, swig_type_info *ty) { swig_type_info *s; if (!ty) return 0; /* Void pointer */ s = ty->next; /* First element always just a name */ do { if (strcmp(s->name,c) == 0) { if (s == ty->next) return s; /* Move s to the top of the linked list */ s->prev->next = s->next; if (s->next) { s->next->prev = s->prev; } /* Insert s as second element in the list */ s->next = ty->next; if (ty->next) ty->next->prev = s; ty->next = s; s->prev = ty; return s; } s = s->next; } while (s && (s != ty->next)); return 0; } /* Cast a pointer up an inheritance hierarchy */ SWIGRUNTIMEINLINE void * SWIG_TypeCast(swig_type_info *ty, void *ptr) { return ((!ty) || (!ty->converter)) ? ptr : (*ty->converter)(ptr); } /* Dynamic pointer casting. Down an inheritance hierarchy */ SWIGRUNTIME swig_type_info * SWIG_TypeDynamicCast(swig_type_info *ty, void **ptr) { swig_type_info *lastty = ty; if (!ty || !ty->dcast) return ty; while (ty && (ty->dcast)) { ty = (*ty->dcast)(ptr); if (ty) lastty = ty; } return lastty; } /* Return the name associated with this type */ SWIGRUNTIMEINLINE const char * SWIG_TypeName(const swig_type_info *ty) { return ty->name; } /* Return the pretty name associated with this type, that is an unmangled type name in a form presentable to the user. */ SWIGRUNTIME const char * SWIG_TypePrettyName(const swig_type_info *type) { /* The "str" field contains the equivalent pretty names of the type, separated by vertical-bar characters. We choose to print the last name, as it is often (?) the most specific. */ if (type->str != NULL) { const char *last_name = type->str; const char *s; for (s = type->str; *s; s++) if (*s == '|') last_name = s+1; return last_name; } else return type->name; } /* Search for a swig_type_info structure */ SWIGRUNTIME swig_type_info * SWIG_TypeQueryTL(swig_type_info *tl, const char *name) { swig_type_info *ty = tl; while (ty) { if (ty->str && (SWIG_TypeEquiv(ty->str,name))) return ty; if (ty->name && (strcmp(name,ty->name) == 0)) return ty; ty = ty->prev; } return 0; } /* Set the clientdata field for a type */ SWIGRUNTIME void SWIG_TypeClientDataTL(swig_type_info *tl, swig_type_info *ti, void *clientdata) { swig_type_info *tc, *equiv; if (ti->clientdata) return; /* if (ti->clientdata == clientdata) return; */ ti->clientdata = clientdata; equiv = ti->next; while (equiv) { if (!equiv->converter) { tc = tl; while (tc) { if ((strcmp(tc->name, equiv->name) == 0)) SWIG_TypeClientDataTL(tl,tc,clientdata); tc = tc->prev; } } equiv = equiv->next; } } /* Pack binary data into a string */ SWIGRUNTIME char * SWIG_PackData(char *c, void *ptr, size_t sz) { static char hex[17] = "0123456789abcdef"; unsigned char *u = (unsigned char *) ptr; const unsigned char *eu = u + sz; register unsigned char uu; for (; u != eu; ++u) { uu = *u; *(c++) = hex[(uu & 0xf0) >> 4]; *(c++) = hex[uu & 0xf]; } return c; } /* Unpack binary data from a string */ SWIGRUNTIME const char * SWIG_UnpackData(const char *c, void *ptr, size_t sz) { register unsigned char *u = (unsigned char *) ptr; register const unsigned char *eu = u + sz; for (; u != eu; ++u) { register int d = *(c++); register unsigned char uu = 0; if ((d >= '0') && (d <= '9')) uu = ((d - '0') << 4); else if ((d >= 'a') && (d <= 'f')) uu = ((d - ('a'-10)) << 4); else return (char *) 0; d = *(c++); if ((d >= '0') && (d <= '9')) uu |= (d - '0'); else if ((d >= 'a') && (d <= 'f')) uu |= (d - ('a'-10)); else return (char *) 0; *u = uu; } return c; } /* This function will propagate the clientdata field of type to any new swig_type_info structures that have been added into the list of equivalent types. It is like calling SWIG_TypeClientData(type, clientdata) a second time. */ SWIGRUNTIME void SWIG_PropagateClientDataTL(swig_type_info *tl, swig_type_info *type) { swig_type_info *equiv = type->next; swig_type_info *tc; if (!type->clientdata) return; while (equiv) { if (!equiv->converter) { tc = tl; while (tc) { if ((strcmp(tc->name, equiv->name) == 0) && !tc->clientdata) SWIG_TypeClientDataTL(tl,tc, type->clientdata); tc = tc->prev; } } equiv = equiv->next; } } /* Pack 'void *' into a string buffer. */ SWIGRUNTIME char * SWIG_PackVoidPtr(char *buff, void *ptr, const char *name, size_t bsz) { char *r = buff; if ((2*sizeof(void *) + 2) > bsz) return 0; *(r++) = '_'; r = SWIG_PackData(r,&ptr,sizeof(void *)); if (strlen(name) + 1 > (bsz - (r - buff))) return 0; strcpy(r,name); return buff; } SWIGRUNTIME const char * SWIG_UnpackVoidPtr(const char *c, void **ptr, const char *name) { if (*c != '_') { if (strcmp(c,"NULL") == 0) { *ptr = (void *) 0; return name; } else { return 0; } } return SWIG_UnpackData(++c,ptr,sizeof(void *)); } SWIGRUNTIME char * SWIG_PackDataName(char *buff, void *ptr, size_t sz, const char *name, size_t bsz) { char *r = buff; size_t lname = (name ? strlen(name) : 0); if ((2*sz + 2 + lname) > bsz) return 0; *(r++) = '_'; r = SWIG_PackData(r,ptr,sz); if (lname) { strncpy(r,name,lname+1); } else { *r = 0; } return buff; } SWIGRUNTIME const char * SWIG_UnpackDataName(const char *c, void *ptr, size_t sz, const char *name) { if (*c != '_') { if (strcmp(c,"NULL") == 0) { memset(ptr,0,sz); return name; } else { return 0; } } return SWIG_UnpackData(++c,ptr,sz); } #ifdef __cplusplus } #endif /*********************************************************************** * common.swg * * This file contains generic SWIG runtime support for pointer * type checking as well as a few commonly used macros to control * external linkage. * * Author : David Beazley (beazley@cs.uchicago.edu) * * Copyright (c) 1999-2000, The University of Chicago * * This file may be freely redistributed without license or fee provided * this copyright message remains intact. ************************************************************************/ #if defined(_WIN32) || defined(__WIN32__) || defined(__CYGWIN__) # if !defined(STATIC_LINKED) # define SWIGEXPORT(a) __declspec(dllexport) a # else # define SWIGEXPORT(a) a # endif #else # define SWIGEXPORT(a) a #endif #ifdef __cplusplus extern "C" { #endif /*************************************************************************/ /* The static type info list */ static swig_type_info *swig_type_list = 0; static swig_type_info **swig_type_list_handle = &swig_type_list; /* Register a type mapping with the type-checking */ static swig_type_info * SWIG_TypeRegister(swig_type_info *ti) { return SWIG_TypeRegisterTL(swig_type_list_handle, ti); } /* Search for a swig_type_info structure */ static swig_type_info * SWIG_TypeQuery(const char *name) { return SWIG_TypeQueryTL(*swig_type_list_handle, name); } /* Set the clientdata field for a type */ static void SWIG_TypeClientData(swig_type_info *ti, void *clientdata) { SWIG_TypeClientDataTL(*swig_type_list_handle, ti, clientdata); } /* This function will propagate the clientdata field of type to * any new swig_type_info structures that have been added into the list * of equivalent types. It is like calling * SWIG_TypeClientData(type, clientdata) a second time. */ static void SWIG_PropagateClientData(swig_type_info *type) { SWIG_PropagateClientDataTL(*swig_type_list_handle, type); } #ifdef __cplusplus } #endif /* ----------------------------------------------------------------------------- * SWIG API. Portion that goes into the runtime * ----------------------------------------------------------------------------- */ #ifdef __cplusplus extern "C" { #endif /* ----------------------------------------------------------------------------- * for internal method declarations * ----------------------------------------------------------------------------- */ #ifndef SWIGINTERN #define SWIGINTERN static #endif #ifndef SWIGINTERNSHORT #ifdef __cplusplus #define SWIGINTERNSHORT static inline #else /* C case */ #define SWIGINTERNSHORT static #endif /* __cplusplus */ #endif /* Exception handling in wrappers */ #define SWIG_fail goto fail #define SWIG_arg_fail(arg) SWIG_Python_ArgFail(arg) #define SWIG_append_errmsg(msg) SWIG_Python_AddErrMesg(msg,0) #define SWIG_preppend_errmsg(msg) SWIG_Python_AddErrMesg(msg,1) #define SWIG_type_error(type,obj) SWIG_Python_TypeError(type,obj) #define SWIG_null_ref(type) SWIG_Python_NullRef(type) /* Contract support */ #define SWIG_contract_assert(expr, msg) \ if (!(expr)) { PyErr_SetString(PyExc_RuntimeError, (char *) msg ); goto fail; } else /* ----------------------------------------------------------------------------- * Constant declarations * ----------------------------------------------------------------------------- */ /* Constant Types */ #define SWIG_PY_INT 1 #define SWIG_PY_FLOAT 2 #define SWIG_PY_STRING 3 #define SWIG_PY_POINTER 4 #define SWIG_PY_BINARY 5 /* Constant information structure */ typedef struct swig_const_info { int type; char *name; long lvalue; double dvalue; void *pvalue; swig_type_info **ptype; } swig_const_info; /* ----------------------------------------------------------------------------- * Alloc. memory flags * ----------------------------------------------------------------------------- */ #define SWIG_OLDOBJ 1 #define SWIG_NEWOBJ SWIG_OLDOBJ + 1 #define SWIG_PYSTR SWIG_NEWOBJ + 1 #ifdef __cplusplus } #endif /*********************************************************************** * pyrun.swg * * This file contains the runtime support for Python modules * and includes code for managing global variables and pointer * type checking. * * Author : David Beazley (beazley@cs.uchicago.edu) ************************************************************************/ /* Common SWIG API */ #define SWIG_ConvertPtr(obj, pp, type, flags) SWIG_Python_ConvertPtr(obj, pp, type, flags) #define SWIG_NewPointerObj(p, type, flags) SWIG_Python_NewPointerObj(p, type, flags) #define SWIG_MustGetPtr(p, type, argnum, flags) SWIG_Python_MustGetPtr(p, type, argnum, flags) /* Python-specific SWIG API */ #define SWIG_ConvertPacked(obj, ptr, sz, ty, flags) SWIG_Python_ConvertPacked(obj, ptr, sz, ty, flags) #define SWIG_NewPackedObj(ptr, sz, type) SWIG_Python_NewPackedObj(ptr, sz, type) /* ----------------------------------------------------------------------------- * Pointer declarations * ----------------------------------------------------------------------------- */ /* Use SWIG_NO_COBJECT_TYPES to force the use of strings to represent C/C++ pointers in the python side. Very useful for debugging, but not always safe. */ #if !defined(SWIG_NO_COBJECT_TYPES) && !defined(SWIG_COBJECT_TYPES) # define SWIG_COBJECT_TYPES #endif /* Flags for pointer conversion */ #define SWIG_POINTER_EXCEPTION 0x1 #define SWIG_POINTER_DISOWN 0x2 #ifdef __cplusplus extern "C" { #endif /* ----------------------------------------------------------------------------- * Create a new pointer string * ----------------------------------------------------------------------------- */ #ifndef SWIG_BUFFER_SIZE #define SWIG_BUFFER_SIZE 1024 #endif #if defined(SWIG_COBJECT_TYPES) #if !defined(SWIG_COBJECT_PYTHON) /* ----------------------------------------------------------------------------- * Implements a simple Swig Object type, and use it instead of PyCObject * ----------------------------------------------------------------------------- */ typedef struct { PyObject_HEAD void *ptr; const char *desc; } PySwigObject; /* Declarations for objects of type PySwigObject */ SWIGRUNTIME int PySwigObject_print(PySwigObject *v, FILE *fp, int flags) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result))) { fputs("", fp); return 0; } else { return 1; } } SWIGRUNTIME PyObject * PySwigObject_repr(PySwigObject *v) { char result[SWIG_BUFFER_SIZE]; return SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result)) ? PyString_FromFormat("", result) : 0; } SWIGRUNTIME PyObject * PySwigObject_str(PySwigObject *v) { char result[SWIG_BUFFER_SIZE]; return SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result)) ? PyString_FromString(result) : 0; } SWIGRUNTIME PyObject * PySwigObject_long(PySwigObject *v) { return PyLong_FromUnsignedLong((unsigned long) v->ptr); } SWIGRUNTIME PyObject * PySwigObject_oct(PySwigObject *v) { char buf[100]; unsigned long x = (unsigned long)v->ptr; if (x == 0) strcpy(buf, "0"); else PyOS_snprintf(buf, sizeof(buf), "0%lo", x); return PyString_FromString(buf); } SWIGRUNTIME PyObject * PySwigObject_hex(PySwigObject *v) { char buf[100]; PyOS_snprintf(buf, sizeof(buf), "0x%lx", (unsigned long)v->ptr); return PyString_FromString(buf); } SWIGRUNTIME int PySwigObject_compare(PySwigObject *v, PySwigObject *w) { int c = strcmp(v->desc, w->desc); if (c) { return c; } else { void *i = v->ptr; void *j = w->ptr; return (i < j) ? -1 : (i > j) ? 1 : 0; } } SWIGRUNTIME void PySwigObject_dealloc(PySwigObject *self) { PyObject_DEL(self); } SWIGRUNTIME PyTypeObject* PySwigObject_GetType() { static char PySwigObject_Type__doc__[] = "Swig object carries a C/C++ instance pointer"; static PyNumberMethods PySwigObject_as_number = { (binaryfunc)0, /*nb_add*/ (binaryfunc)0, /*nb_subtract*/ (binaryfunc)0, /*nb_multiply*/ (binaryfunc)0, /*nb_divide*/ (binaryfunc)0, /*nb_remainder*/ (binaryfunc)0, /*nb_divmod*/ (ternaryfunc)0,/*nb_power*/ (unaryfunc)0, /*nb_negative*/ (unaryfunc)0, /*nb_positive*/ (unaryfunc)0, /*nb_absolute*/ (inquiry)0, /*nb_nonzero*/ 0, /*nb_invert*/ 0, /*nb_lshift*/ 0, /*nb_rshift*/ 0, /*nb_and*/ 0, /*nb_xor*/ 0, /*nb_or*/ (coercion)0, /*nb_coerce*/ (unaryfunc)PySwigObject_long, /*nb_int*/ (unaryfunc)PySwigObject_long, /*nb_long*/ (unaryfunc)0, /*nb_float*/ (unaryfunc)PySwigObject_oct, /*nb_oct*/ (unaryfunc)PySwigObject_hex, /*nb_hex*/ #if PY_VERSION_HEX >= 0x02000000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 /* nb_inplace_add -> nb_inplace_true_divide */ #endif }; static int type_init = 0; static PyTypeObject PySwigObject_Type; if (!type_init) { PyTypeObject tmp = { PyObject_HEAD_INIT(&PyType_Type) 0, /*ob_size*/ "PySwigObject", /*tp_name*/ sizeof(PySwigObject), /*tp_basicsize*/ 0, /*tp_itemsize*/ /* methods */ (destructor)PySwigObject_dealloc, /*tp_dealloc*/ (printfunc)PySwigObject_print, /*tp_print*/ (getattrfunc)0, /*tp_getattr*/ (setattrfunc)0, /*tp_setattr*/ (cmpfunc)PySwigObject_compare, /*tp_compare*/ (reprfunc)PySwigObject_repr, /*tp_repr*/ &PySwigObject_as_number, /*tp_as_number*/ 0, /*tp_as_sequence*/ 0, /*tp_as_mapping*/ (hashfunc)0, /*tp_hash*/ (ternaryfunc)0, /*tp_call*/ (reprfunc)PySwigObject_str, /*tp_str*/ /* Space for future expansion */ 0L,0L,0L,0L, PySwigObject_Type__doc__, /* Documentation string */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; PySwigObject_Type = tmp; type_init = 1; } return &PySwigObject_Type; } SWIGRUNTIME PyObject * PySwigObject_FromVoidPtrAndDesc(void *ptr, const char *desc) { PySwigObject *self = PyObject_NEW(PySwigObject, PySwigObject_GetType()); if (self == NULL) return NULL; self->ptr = ptr; self->desc = desc; return (PyObject *)self; } SWIGRUNTIMEINLINE void * PySwigObject_AsVoidPtr(PyObject *self) { return ((PySwigObject *)self)->ptr; } SWIGRUNTIMEINLINE const char * PySwigObject_GetDesc(PyObject *self) { return ((PySwigObject *)self)->desc; } SWIGRUNTIMEINLINE int PySwigObject_Check(PyObject *op) { return ((op)->ob_type == PySwigObject_GetType()) || (strcmp((op)->ob_type->tp_name,"PySwigObject") == 0); } /* ----------------------------------------------------------------------------- * Implements a simple Swig Packed type, and use it instead of string * ----------------------------------------------------------------------------- */ typedef struct { PyObject_HEAD void *pack; const char *desc; size_t size; } PySwigPacked; SWIGRUNTIME int PySwigPacked_print(PySwigPacked *v, FILE *fp, int flags) { char result[SWIG_BUFFER_SIZE]; fputs("pack, v->size, 0, sizeof(result))) { fputs("at ", fp); fputs(result, fp); } fputs(v->desc,fp); fputs(">", fp); return 0; } SWIGRUNTIME PyObject * PySwigPacked_repr(PySwigPacked *v) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackDataName(result, v->pack, v->size, 0, sizeof(result))) { return PyString_FromFormat("", result, v->desc); } else { return PyString_FromFormat("", v->desc); } } SWIGRUNTIME PyObject * PySwigPacked_str(PySwigPacked *v) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackDataName(result, v->pack, v->size, 0, sizeof(result))){ return PyString_FromFormat("%s%s", result, v->desc); } else { return PyString_FromFormat("%s", v->desc); } } SWIGRUNTIME int PySwigPacked_compare(PySwigPacked *v, PySwigPacked *w) { int c = strcmp(v->desc, w->desc); if (c) { return c; } else { size_t i = v->size; size_t j = w->size; int s = (i < j) ? -1 : (i > j) ? 1 : 0; return s ? s : strncmp((char *)v->pack, (char *)w->pack, 2*v->size); } } SWIGRUNTIME void PySwigPacked_dealloc(PySwigPacked *self) { free(self->pack); PyObject_DEL(self); } SWIGRUNTIME PyTypeObject* PySwigPacked_GetType() { static char PySwigPacked_Type__doc__[] = "Swig object carries a C/C++ instance pointer"; static int type_init = 0; static PyTypeObject PySwigPacked_Type; if (!type_init) { PyTypeObject tmp = { PyObject_HEAD_INIT(&PyType_Type) 0, /*ob_size*/ "PySwigPacked", /*tp_name*/ sizeof(PySwigPacked), /*tp_basicsize*/ 0, /*tp_itemsize*/ /* methods */ (destructor)PySwigPacked_dealloc, /*tp_dealloc*/ (printfunc)PySwigPacked_print, /*tp_print*/ (getattrfunc)0, /*tp_getattr*/ (setattrfunc)0, /*tp_setattr*/ (cmpfunc)PySwigPacked_compare, /*tp_compare*/ (reprfunc)PySwigPacked_repr, /*tp_repr*/ 0, /*tp_as_number*/ 0, /*tp_as_sequence*/ 0, /*tp_as_mapping*/ (hashfunc)0, /*tp_hash*/ (ternaryfunc)0, /*tp_call*/ (reprfunc)PySwigPacked_str, /*tp_str*/ /* Space for future expansion */ 0L,0L,0L,0L, PySwigPacked_Type__doc__, /* Documentation string */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; PySwigPacked_Type = tmp; type_init = 1; } return &PySwigPacked_Type; } SWIGRUNTIME PyObject * PySwigPacked_FromDataAndDesc(void *ptr, size_t size, const char *desc) { PySwigPacked *self = PyObject_NEW(PySwigPacked, PySwigPacked_GetType()); if (self == NULL) { return NULL; } else { void *pack = malloc(size); memcpy(pack, ptr, size); self->pack = pack; self->desc = desc; self->size = size; return (PyObject *) self; } } SWIGRUNTIMEINLINE const char * PySwigPacked_UnpackData(PyObject *obj, void *ptr, size_t size) { PySwigPacked *self = (PySwigPacked *)obj; if (self->size != size) return 0; memcpy(ptr, self->pack, size); return self->desc; } SWIGRUNTIMEINLINE const char * PySwigPacked_GetDesc(PyObject *self) { return ((PySwigPacked *)self)->desc; } SWIGRUNTIMEINLINE int PySwigPacked_Check(PyObject *op) { return ((op)->ob_type == PySwigPacked_GetType()) || (strcmp((op)->ob_type->tp_name,"PySwigPacked") == 0); } #else /* ----------------------------------------------------------------------------- * Use the old Python PyCObject instead of PySwigObject * ----------------------------------------------------------------------------- */ #define PySwigObject_GetDesc(obj) PyCObject_GetDesc(obj) #define PySwigObject_Check(obj) PyCObject_Check(obj) #define PySwigObject_AsVoidPtr(obj) PyCObject_AsVoidPtr(obj) #define PySwigObject_FromVoidPtrAndDesc(p, d) PyCObject_FromVoidPtrAndDesc(p, d, NULL) #endif #endif /* ----------------------------------------------------------------------------- * errors manipulation * ----------------------------------------------------------------------------- */ SWIGRUNTIME void SWIG_Python_TypeError(const char *type, PyObject *obj) { if (type) { #if defined(SWIG_COBJECT_TYPES) if (PySwigObject_Check(obj)) { const char *otype = (const char *) PySwigObject_GetDesc(obj); if (otype) { PyErr_Format(PyExc_TypeError, "a '%s' is expected, 'PySwigObject(%s)' is received", type, otype); return; } } else #endif { const char *otype = (obj ? obj->ob_type->tp_name : 0); if (otype) { PyObject *str = PyObject_Str(obj); const char *cstr = str ? PyString_AsString(str) : 0; if (cstr) { PyErr_Format(PyExc_TypeError, "a '%s' is expected, '%s(%s)' is received", type, otype, cstr); } else { PyErr_Format(PyExc_TypeError, "a '%s' is expected, '%s' is received", type, otype); } Py_DECREF(str); return; } } PyErr_Format(PyExc_TypeError, "a '%s' is expected", type); } else { PyErr_Format(PyExc_TypeError, "unexpected type is received"); } } SWIGRUNTIMEINLINE void SWIG_Python_NullRef(const char *type) { if (type) { PyErr_Format(PyExc_TypeError, "null reference of type '%s' was received",type); } else { PyErr_Format(PyExc_TypeError, "null reference was received"); } } SWIGRUNTIME int SWIG_Python_AddErrMesg(const char* mesg, int infront) { if (PyErr_Occurred()) { PyObject *type = 0; PyObject *value = 0; PyObject *traceback = 0; PyErr_Fetch(&type, &value, &traceback); if (value) { PyObject *old_str = PyObject_Str(value); Py_XINCREF(type); PyErr_Clear(); if (infront) { PyErr_Format(type, "%s %s", mesg, PyString_AsString(old_str)); } else { PyErr_Format(type, "%s %s", PyString_AsString(old_str), mesg); } Py_DECREF(old_str); } return 1; } else { return 0; } } SWIGRUNTIME int SWIG_Python_ArgFail(int argnum) { if (PyErr_Occurred()) { /* add information about failing argument */ char mesg[256]; sprintf(mesg, "argument number %d:", argnum); return SWIG_Python_AddErrMesg(mesg, 1); } else { return 0; } } /* ----------------------------------------------------------------------------- * pointers/data manipulation * ----------------------------------------------------------------------------- */ /* Convert a pointer value */ SWIGRUNTIME int SWIG_Python_ConvertPtr(PyObject *obj, void **ptr, swig_type_info *ty, int flags) { swig_type_info *tc; const char *c = 0; static PyObject *SWIG_this = 0; int newref = 0; PyObject *pyobj = 0; void *vptr; if (!obj) return 0; if (obj == Py_None) { *ptr = 0; return 0; } #ifdef SWIG_COBJECT_TYPES if (!(PySwigObject_Check(obj))) { if (!SWIG_this) SWIG_this = PyString_FromString("this"); pyobj = obj; obj = PyObject_GetAttr(obj,SWIG_this); newref = 1; if (!obj) goto type_error; if (!PySwigObject_Check(obj)) { Py_DECREF(obj); goto type_error; } } vptr = PySwigObject_AsVoidPtr(obj); c = (const char *) PySwigObject_GetDesc(obj); if (newref) { Py_DECREF(obj); } goto type_check; #else if (!(PyString_Check(obj))) { if (!SWIG_this) SWIG_this = PyString_FromString("this"); pyobj = obj; obj = PyObject_GetAttr(obj,SWIG_this); newref = 1; if (!obj) goto type_error; if (!PyString_Check(obj)) { Py_DECREF(obj); goto type_error; } } c = PyString_AS_STRING(obj); /* Pointer values must start with leading underscore */ c = SWIG_UnpackVoidPtr(c, &vptr, ty->name); if (newref) { Py_DECREF(obj); } if (!c) goto type_error; #endif type_check: if (ty) { tc = SWIG_TypeCheck(c,ty); if (!tc) goto type_error; *ptr = SWIG_TypeCast(tc,vptr); } else { *ptr = vptr; } if ((pyobj) && (flags & SWIG_POINTER_DISOWN)) { PyObject_SetAttrString(pyobj,(char*)"thisown",Py_False); } return 0; type_error: PyErr_Clear(); if (pyobj && !obj) { obj = pyobj; if (PyCFunction_Check(obj)) { /* here we get the method pointer for callbacks */ char *doc = (((PyCFunctionObject *)obj) -> m_ml -> ml_doc); c = doc ? strstr(doc, "swig_ptr: ") : 0; if (c) { c = SWIG_UnpackVoidPtr(c + 10, &vptr, ty->name); if (!c) goto type_error; goto type_check; } } } if (flags & SWIG_POINTER_EXCEPTION) { if (ty) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); } else { SWIG_Python_TypeError("C/C++ pointer", obj); } } return -1; } /* Convert a pointer value, signal an exception on a type mismatch */ SWIGRUNTIME void * SWIG_Python_MustGetPtr(PyObject *obj, swig_type_info *ty, int argnum, int flags) { void *result; if (SWIG_Python_ConvertPtr(obj, &result, ty, flags) == -1) { PyErr_Clear(); if (flags & SWIG_POINTER_EXCEPTION) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); SWIG_Python_ArgFail(argnum); } } return result; } /* Convert a packed value value */ SWIGRUNTIME int SWIG_Python_ConvertPacked(PyObject *obj, void *ptr, size_t sz, swig_type_info *ty, int flags) { swig_type_info *tc; const char *c = 0; #if defined(SWIG_COBJECT_TYPES) && !defined(SWIG_COBJECT_PYTHON) c = PySwigPacked_UnpackData(obj, ptr, sz); #else if ((!obj) || (!PyString_Check(obj))) goto type_error; c = PyString_AS_STRING(obj); /* Pointer values must start with leading underscore */ c = SWIG_UnpackDataName(c, ptr, sz, ty->name); #endif if (!c) goto type_error; if (ty) { tc = SWIG_TypeCheck(c,ty); if (!tc) goto type_error; } return 0; type_error: PyErr_Clear(); if (flags & SWIG_POINTER_EXCEPTION) { if (ty) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); } else { SWIG_Python_TypeError("C/C++ packed data", obj); } } return -1; } /* Create a new array object */ SWIGRUNTIME PyObject * SWIG_Python_NewPointerObj(void *ptr, swig_type_info *type, int own) { PyObject *robj = 0; if (!ptr) { Py_INCREF(Py_None); return Py_None; } #ifdef SWIG_COBJECT_TYPES robj = PySwigObject_FromVoidPtrAndDesc((void *) ptr, (char *)type->name); #else { char result[SWIG_BUFFER_SIZE]; robj = SWIG_PackVoidPtr(result, ptr, type->name, sizeof(result)) ? PyString_FromString(result) : 0; } #endif if (!robj || (robj == Py_None)) return robj; if (type->clientdata) { PyObject *inst; PyObject *args = Py_BuildValue((char*)"(O)", robj); Py_DECREF(robj); inst = PyObject_CallObject((PyObject *) type->clientdata, args); Py_DECREF(args); if (inst) { if (own) { PyObject_SetAttrString(inst,(char*)"thisown",Py_True); } robj = inst; } } return robj; } SWIGRUNTIME PyObject * SWIG_Python_NewPackedObj(void *ptr, size_t sz, swig_type_info *type) { PyObject *robj = 0; if (!ptr) { Py_INCREF(Py_None); return Py_None; } #if defined(SWIG_COBJECT_TYPES) && !defined(SWIG_COBJECT_PYTHON) robj = PySwigPacked_FromDataAndDesc((void *) ptr, sz, (char *)type->name); #else { char result[SWIG_BUFFER_SIZE]; robj = SWIG_PackDataName(result, ptr, sz, type->name, sizeof(result)) ? PyString_FromString(result) : 0; } #endif return robj; } /* -----------------------------------------------------------------------------* * Get type list * -----------------------------------------------------------------------------*/ #ifdef SWIG_LINK_RUNTIME void *SWIG_ReturnGlobalTypeList(void *); #endif SWIGRUNTIME swig_type_info ** SWIG_Python_GetTypeListHandle() { static void *type_pointer = (void *)0; /* first check if module already created */ if (!type_pointer) { #ifdef SWIG_LINK_RUNTIME type_pointer = SWIG_ReturnGlobalTypeList((void *)0); #else type_pointer = PyCObject_Import((char*)"swig_runtime_data" SWIG_RUNTIME_VERSION, (char*)"type_pointer" SWIG_TYPE_TABLE_NAME); if (PyErr_Occurred()) { PyErr_Clear(); type_pointer = (void *)0; } } #endif return (swig_type_info **) type_pointer; } /* Search for a swig_type_info structure */ SWIGRUNTIMEINLINE swig_type_info * SWIG_Python_GetTypeList() { swig_type_info **tlh = SWIG_Python_GetTypeListHandle(); return tlh ? *tlh : (swig_type_info*)0; } #define SWIG_Runtime_GetTypeList SWIG_Python_GetTypeList #ifdef __cplusplus } #endif /* -------- TYPES TABLE (BEGIN) -------- */ #define SWIGTYPE_p_gl_qt_renderer swig_types[0] #define SWIGTYPE_p_char swig_types[1] #define SWIGTYPE_size_t swig_types[2] #define SWIGTYPE_ptrdiff_t swig_types[3] #define SWIGTYPE_p_Movie swig_types[4] static swig_type_info *swig_types[6]; /* -------- TYPES TABLE (END) -------- */ /*----------------------------------------------- @(target):= _gl_qt.so ------------------------------------------------*/ #define SWIG_init init_gl_qt #define SWIG_name "_gl_qt" #if defined(MS_WINDOWS) # include #endif #include "gl_qt.h" #include "movieconvert.h" PyObject *PyErr_GL_QTError; /* Errors generated by OpenGL/QuickTime code */ #include SWIGINTERN int SWIG_CheckLongInRange(long value, long min_value, long max_value, const char *errmsg) { if (value < min_value) { if (errmsg) { PyErr_Format(PyExc_OverflowError, "value %ld is less than '%s' minimum %ld", value, errmsg, min_value); } return 0; } else if (value > max_value) { if (errmsg) { PyErr_Format(PyExc_OverflowError, "value %ld is greater than '%s' maximum %ld", value, errmsg, max_value); } return 0; } return 1; } SWIGINTERN int SWIG_AsVal_long(PyObject * obj, long* val) { if (PyInt_Check(obj)) { if (val) *val = PyInt_AS_LONG(obj); return 1; } if (PyLong_Check(obj)) { long v = PyLong_AsLong(obj); if (!PyErr_Occurred()) { if (val) *val = v; return 1; } else { if (!val) PyErr_Clear(); return 0; } } if (val) { SWIG_type_error("long", obj); } return 0; } SWIGINTERN int SWIG_AsVal_short(PyObject *obj, short *val) { const char* errmsg = val ? "short" : (char*)0; long v; if (SWIG_AsVal_long(obj, &v)) { if (SWIG_CheckLongInRange(v, SHRT_MIN, SHRT_MAX, errmsg)) { if (val) *val = (short)(v); return 1; } else { return 0; } } else { PyErr_Clear(); } if (val) { SWIG_type_error(errmsg, obj); } return 0; } SWIGINTERNSHORT short SWIG_As_short(PyObject* obj) { short v; if (!SWIG_AsVal_short(obj, &v)) { /* this is needed to make valgrind/purify happier. */ memset((void*)&v, 0, sizeof(short)); } return v; } #include SWIGINTERN int SWIG_CheckDoubleInRange(double value, double min_value, double max_value, const char* errmsg) { if (value < min_value) { if (errmsg) { PyErr_Format(PyExc_OverflowError, "value %g is less than %s minimum %g", value, errmsg, min_value); } return 0; } else if (value > max_value) { if (errmsg) { PyErr_Format(PyExc_OverflowError, "value %g is greater than %s maximum %g", value, errmsg, max_value); } return 0; } return 1; } SWIGINTERN int SWIG_AsVal_double(PyObject *obj, double *val) { if (PyFloat_Check(obj)) { if (val) *val = PyFloat_AS_DOUBLE(obj); return 1; } if (PyInt_Check(obj)) { if (val) *val = PyInt_AS_LONG(obj); return 1; } if (PyLong_Check(obj)) { double v = PyLong_AsDouble(obj); if (!PyErr_Occurred()) { if (val) *val = v; return 1; } else { if (!val) PyErr_Clear(); return 0; } } if (val) { SWIG_type_error("double", obj); } return 0; } SWIGINTERN int SWIG_AsVal_float(PyObject *obj, float *val) { const char* errmsg = val ? "float" : (char*)0; double v; if (SWIG_AsVal_double(obj, &v)) { if (SWIG_CheckDoubleInRange(v, -FLT_MAX, FLT_MAX, errmsg)) { if (val) *val = (float)(v); return 1; } else { return 0; } } else { PyErr_Clear(); } if (val) { SWIG_type_error(errmsg, obj); } return 0; } SWIGINTERNSHORT float SWIG_As_float(PyObject* obj) { float v; if (!SWIG_AsVal_float(obj, &v)) { /* this is needed to make valgrind/purify happier. */ memset((void*)&v, 0, sizeof(float)); } return v; } SWIGINTERNSHORT int SWIG_Check_short(PyObject* obj) { return SWIG_AsVal_short(obj, (short*)0); } SWIGINTERNSHORT int SWIG_Check_float(PyObject* obj) { return SWIG_AsVal_float(obj, (float*)0); } #ifdef __cplusplus extern "C" { #endif static PyObject *_wrap_gl_qt_renderer_create(PyObject *self, PyObject *args) { PyObject *resultobj; Movie arg1 ; short arg2 ; float arg3 ; gl_qt_renderer *result; PyObject * obj0 = 0 ; PyObject * obj1 = 0 ; PyObject * obj2 = 0 ; if(!PyArg_ParseTuple(args,(char *)"OOO:gl_qt_renderer_create",&obj0,&obj1,&obj2)) goto fail; { MovieObj_Convert(obj0,&arg1); } { arg2 = (short)(SWIG_As_short(obj1)); if (SWIG_arg_fail(2)) SWIG_fail; } { arg3 = (float)(SWIG_As_float(obj2)); if (SWIG_arg_fail(3)) SWIG_fail; } { result = (gl_qt_renderer *)gl_qt_renderer_create(arg1,arg2,arg3); if (gl_qt_err_occurred()) { PyErr_SetString(PyErr_GL_QTError, gl_qt_err_message()); return NULL; } } resultobj = SWIG_NewPointerObj((void*)(result), SWIGTYPE_p_gl_qt_renderer, 0); return resultobj; fail: return NULL; } static PyObject *_wrap_gl_qt_renderer_delete(PyObject *self, PyObject *args) { PyObject *resultobj; gl_qt_renderer *arg1 = (gl_qt_renderer *) 0 ; PyObject * obj0 = 0 ; if(!PyArg_ParseTuple(args,(char *)"O:gl_qt_renderer_delete",&obj0)) goto fail; SWIG_Python_ConvertPtr(obj0, (void **)&arg1, SWIGTYPE_p_gl_qt_renderer, SWIG_POINTER_EXCEPTION | 0); if (SWIG_arg_fail(1)) SWIG_fail; { gl_qt_renderer_delete(arg1); if (gl_qt_err_occurred()) { PyErr_SetString(PyErr_GL_QTError, gl_qt_err_message()); return NULL; } } Py_INCREF(Py_None); resultobj = Py_None; return resultobj; fail: return NULL; } static PyObject *_wrap_gl_qt_renderer_update(PyObject *self, PyObject *args) { PyObject *resultobj; gl_qt_renderer *arg1 = (gl_qt_renderer *) 0 ; PyObject * obj0 = 0 ; if(!PyArg_ParseTuple(args,(char *)"O:gl_qt_renderer_update",&obj0)) goto fail; SWIG_Python_ConvertPtr(obj0, (void **)&arg1, SWIGTYPE_p_gl_qt_renderer, SWIG_POINTER_EXCEPTION | 0); if (SWIG_arg_fail(1)) SWIG_fail; { gl_qt_renderer_update(arg1); if (gl_qt_err_occurred()) { PyErr_SetString(PyErr_GL_QTError, gl_qt_err_message()); return NULL; } } Py_INCREF(Py_None); resultobj = Py_None; return resultobj; fail: return NULL; } static PyMethodDef SwigMethods[] = { { (char *)"gl_qt_renderer_create", _wrap_gl_qt_renderer_create, METH_VARARGS, NULL}, { (char *)"gl_qt_renderer_delete", _wrap_gl_qt_renderer_delete, METH_VARARGS, NULL}, { (char *)"gl_qt_renderer_update", _wrap_gl_qt_renderer_update, METH_VARARGS, NULL}, { NULL, NULL, 0, NULL } }; /* -------- TYPE CONVERSION AND EQUIVALENCE RULES (BEGIN) -------- */ static swig_type_info _swigt__p_gl_qt_renderer[] = {{"_p_gl_qt_renderer", 0, "gl_qt_renderer *", 0, 0, 0, 0},{"_p_gl_qt_renderer", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info _swigt__p_char[] = {{"_p_char", 0, "char *", 0, 0, 0, 0},{"_p_char", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info _swigt__size_t[] = {{"_size_t", 0, "size_t", 0, 0, 0, 0},{"_size_t", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info _swigt__ptrdiff_t[] = {{"_ptrdiff_t", 0, "ptrdiff_t", 0, 0, 0, 0},{"_ptrdiff_t", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info _swigt__p_Movie[] = {{"_p_Movie", 0, "Movie *", 0, 0, 0, 0},{"_p_Movie", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info *swig_types_initial[] = { _swigt__p_gl_qt_renderer, _swigt__p_char, _swigt__size_t, _swigt__ptrdiff_t, _swigt__p_Movie, 0 }; /* -------- TYPE CONVERSION AND EQUIVALENCE RULES (END) -------- */ static swig_const_info swig_const_table[] = { {0, 0, 0, 0.0, 0, 0}}; #ifdef __cplusplus } #endif #ifdef __cplusplus extern "C" { #endif /* Python-specific SWIG API */ #define SWIG_newvarlink() SWIG_Python_newvarlink() #define SWIG_addvarlink(p, name, get_attr, set_attr) SWIG_Python_addvarlink(p, name, get_attr, set_attr) #define SWIG_InstallConstants(d, constants) SWIG_Python_InstallConstants(d, constants) /* ----------------------------------------------------------------------------- * global variable support code. * ----------------------------------------------------------------------------- */ typedef struct swig_globalvar { char *name; /* Name of global variable */ PyObject *(*get_attr)(); /* Return the current value */ int (*set_attr)(PyObject *); /* Set the value */ struct swig_globalvar *next; } swig_globalvar; typedef struct swig_varlinkobject { PyObject_HEAD swig_globalvar *vars; } swig_varlinkobject; static PyObject * swig_varlink_repr(swig_varlinkobject *v) { v = v; return PyString_FromString(""); } static int swig_varlink_print(swig_varlinkobject *v, FILE *fp, int flags) { swig_globalvar *var; flags = flags; fprintf(fp,"Swig global variables { "); for (var = v->vars; var; var=var->next) { fprintf(fp,"%s", var->name); if (var->next) fprintf(fp,", "); } fprintf(fp," }\n"); return 0; } static PyObject * swig_varlink_getattr(swig_varlinkobject *v, char *n) { swig_globalvar *var = v->vars; while (var) { if (strcmp(var->name,n) == 0) { return (*var->get_attr)(); } var = var->next; } PyErr_SetString(PyExc_NameError,"Unknown C global variable"); return NULL; } static int swig_varlink_setattr(swig_varlinkobject *v, char *n, PyObject *p) { swig_globalvar *var = v->vars; while (var) { if (strcmp(var->name,n) == 0) { return (*var->set_attr)(p); } var = var->next; } PyErr_SetString(PyExc_NameError,"Unknown C global variable"); return 1; } static PyTypeObject varlinktype = { PyObject_HEAD_INIT(0) 0, /* Number of items in variable part (ob_size) */ (char *)"swigvarlink", /* Type name (tp_name) */ sizeof(swig_varlinkobject), /* Basic size (tp_basicsize) */ 0, /* Itemsize (tp_itemsize) */ 0, /* Deallocator (tp_dealloc) */ (printfunc) swig_varlink_print, /* Print (tp_print) */ (getattrfunc) swig_varlink_getattr, /* get attr (tp_getattr) */ (setattrfunc) swig_varlink_setattr, /* Set attr (tp_setattr) */ 0, /* tp_compare */ (reprfunc) swig_varlink_repr, /* tp_repr */ 0, /* tp_as_number */ 0, /* tp_as_sequence */ 0, /* tp_as_mapping */ 0, /* tp_hash */ 0, /* tp_call */ 0, /* tp_str */ 0, /* tp_getattro */ 0, /* tp_setattro */ 0, /* tp_as_buffer */ 0, /* tp_flags */ 0, /* tp_doc */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; /* Create a variable linking object for use later */ static PyObject * SWIG_Python_newvarlink(void) { swig_varlinkobject *result = 0; result = PyMem_NEW(swig_varlinkobject,1); varlinktype.ob_type = &PyType_Type; /* Patch varlinktype into a PyType */ result->ob_type = &varlinktype; result->vars = 0; result->ob_refcnt = 0; Py_XINCREF((PyObject *) result); return ((PyObject*) result); } static void SWIG_Python_addvarlink(PyObject *p, char *name, PyObject *(*get_attr)(void), int (*set_attr)(PyObject *p)) { swig_varlinkobject *v; swig_globalvar *gv; v= (swig_varlinkobject *) p; gv = (swig_globalvar *) malloc(sizeof(swig_globalvar)); gv->name = (char *) malloc(strlen(name)+1); strcpy(gv->name,name); gv->get_attr = get_attr; gv->set_attr = set_attr; gv->next = v->vars; v->vars = gv; } /* ----------------------------------------------------------------------------- * constants/methods manipulation * ----------------------------------------------------------------------------- */ /* Install Constants */ static void SWIG_Python_InstallConstants(PyObject *d, swig_const_info constants[]) { PyObject *obj = 0; size_t i; for (i = 0; constants[i].type; i++) { switch(constants[i].type) { case SWIG_PY_INT: obj = PyInt_FromLong(constants[i].lvalue); break; case SWIG_PY_FLOAT: obj = PyFloat_FromDouble(constants[i].dvalue); break; case SWIG_PY_STRING: if (constants[i].pvalue) { obj = PyString_FromString((char *) constants[i].pvalue); } else { Py_INCREF(Py_None); obj = Py_None; } break; case SWIG_PY_POINTER: obj = SWIG_NewPointerObj(constants[i].pvalue, *(constants[i]).ptype,0); break; case SWIG_PY_BINARY: obj = SWIG_NewPackedObj(constants[i].pvalue, constants[i].lvalue, *(constants[i].ptype)); break; default: obj = 0; break; } if (obj) { PyDict_SetItemString(d,constants[i].name,obj); Py_DECREF(obj); } } } /* -----------------------------------------------------------------------------*/ /* Fix SwigMethods to carry the callback ptrs when needed */ /* -----------------------------------------------------------------------------*/ static void SWIG_Python_FixMethods(PyMethodDef *methods, swig_const_info *const_table, swig_type_info **types, swig_type_info **types_initial) { size_t i; for (i = 0; methods[i].ml_name; ++i) { char *c = methods[i].ml_doc; if (c && (c = strstr(c, "swig_ptr: "))) { int j; swig_const_info *ci = 0; char *name = c + 10; for (j = 0; const_table[j].type; j++) { if (strncmp(const_table[j].name, name, strlen(const_table[j].name)) == 0) { ci = &(const_table[j]); break; } } if (ci) { size_t shift = (ci->ptype) - types; swig_type_info *ty = types_initial[shift]; size_t ldoc = (c - methods[i].ml_doc); size_t lptr = strlen(ty->name)+2*sizeof(void*)+2; char *ndoc = (char*)malloc(ldoc + lptr + 10); char *buff = ndoc; void *ptr = (ci->type == SWIG_PY_POINTER) ? ci->pvalue: (void *)(ci->lvalue); strncpy(buff, methods[i].ml_doc, ldoc); buff += ldoc; strncpy(buff, "swig_ptr: ", 10); buff += 10; SWIG_PackVoidPtr(buff, ptr, ty->name, lptr); methods[i].ml_doc = ndoc; } } } } /* -----------------------------------------------------------------------------* * Initialize type list * -----------------------------------------------------------------------------*/ #if PY_MAJOR_VERSION < 2 /* PyModule_AddObject function was introduced in Python 2.0. The following function is copied out of Python/modsupport.c in python version 2.3.4 */ static int PyModule_AddObject(PyObject *m, char *name, PyObject *o) { PyObject *dict; if (!PyModule_Check(m)) { PyErr_SetString(PyExc_TypeError, "PyModule_AddObject() needs module as first arg"); return -1; } if (!o) { PyErr_SetString(PyExc_TypeError, "PyModule_AddObject() needs non-NULL value"); return -1; } dict = PyModule_GetDict(m); if (dict == NULL) { /* Internal error -- modules must have a dict! */ PyErr_Format(PyExc_SystemError, "module '%s' has no __dict__", PyModule_GetName(m)); return -1; } if (PyDict_SetItemString(dict, name, o)) return -1; Py_DECREF(o); return 0; } #endif static swig_type_info ** SWIG_Python_SetTypeListHandle(swig_type_info **type_list_handle) { static PyMethodDef swig_empty_runtime_method_table[] = { { NULL, NULL, 0, NULL } };/* Sentinel */ PyObject *module = Py_InitModule((char*)"swig_runtime_data" SWIG_RUNTIME_VERSION, swig_empty_runtime_method_table); PyObject *pointer = PyCObject_FromVoidPtr((void *) type_list_handle, NULL); if (pointer && module) { PyModule_AddObject(module, (char*)"type_pointer" SWIG_TYPE_TABLE_NAME, pointer); } return type_list_handle; } static swig_type_info ** SWIG_Python_LookupTypePointer(swig_type_info **type_list_handle) { swig_type_info **type_pointer; /* first check if module already created */ type_pointer = SWIG_Python_GetTypeListHandle(); if (type_pointer) { return type_pointer; } else { /* create a new module and variable */ return SWIG_Python_SetTypeListHandle(type_list_handle); } } #ifdef __cplusplus } #endif /* -----------------------------------------------------------------------------* * Partial Init method * -----------------------------------------------------------------------------*/ #ifdef SWIG_LINK_RUNTIME #ifdef __cplusplus extern "C" #endif SWIGEXPORT(void *) SWIG_ReturnGlobalTypeList(void *); #endif #ifdef __cplusplus extern "C" #endif SWIGEXPORT(void) SWIG_init(void) { static PyObject *SWIG_globals = 0; static int typeinit = 0; PyObject *m, *d; int i; if (!SWIG_globals) SWIG_globals = SWIG_newvarlink(); /* Fix SwigMethods to carry the callback ptrs when needed */ SWIG_Python_FixMethods(SwigMethods, swig_const_table, swig_types, swig_types_initial); m = Py_InitModule((char *) SWIG_name, SwigMethods); d = PyModule_GetDict(m); if (!typeinit) { #ifdef SWIG_LINK_RUNTIME swig_type_list_handle = (swig_type_info **) SWIG_ReturnGlobalTypeList(swig_type_list_handle); #else # ifndef SWIG_STATIC_RUNTIME swig_type_list_handle = SWIG_Python_LookupTypePointer(swig_type_list_handle); # endif #endif for (i = 0; swig_types_initial[i]; i++) { swig_types[i] = SWIG_TypeRegister(swig_types_initial[i]); } typeinit = 1; } SWIG_InstallConstants(d,swig_const_table); /* New exception for GL_QT code */ PyErr_GL_QTError = PyErr_NewException( "VisionEgg.QuickTime.GL_QTError", NULL, NULL ); // New reference Py_INCREF(PyErr_GL_QTError); } visionegg-1.2.1/VisionEgg/GLTrace.py0000755000076500000240000001111411224565527016430 0ustar astrawstaff# The Vision Egg: GLTrace # # Copyright (C) 2001-2004 Andrew Straw # Copyright (C) 2004,2008 California Institute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Trace calls to OpenGL With this module, you can trace all calls made to OpenGL through PyOpenGL. To do this, substitute import OpenGL.GL as gl with import VisionEgg.GLTrace as gl in your code. Also, trace another module's use of OpenGL by changing its reference to OpenGL.GL to a reference to VisionEgg.GLTrace. """ # Copyright (c) 2003 Andrew Straw. Distributed under the terms of the # GNU Lesser General Public License (LGPL). #################################################################### # # Import all the necessary packages # #################################################################### import OpenGL.GL as gl gl_constants = {} # functions which we don't want to translate arguments to gl constant raw_args_by_function = { 'glColor':[0,1,2,3], 'glColorf':[0,1,2,3], 'glDepthRange':[0,1], 'glGenTextures':[0], 'glGetTexLevelParameteriv':[1], 'glOrtho':[0,1,2,3,4,5], 'glPixelStorei':[1], 'glReadPixels':[0,1,2,3], 'glRotate':[0,1,2,3], 'glTexCoord2f':[0,1], 'glTexImage1D':[1,3,4], 'glTexImage2D':[1,3,4,5], 'glTexSubImage1D':[1,2,3], 'glTranslate':[0,1,2], 'glVertex2f':[0,1], 'glVertex3f':[0,1,2], 'glViewport':[0,1,2,3], } bitmasks_by_function = { 'glClear':[0], } bitmask_names_by_value = { gl.GL_COLOR_BUFFER_BIT : 'GL_COLOR_BUFFER_BIT', gl.GL_DEPTH_BUFFER_BIT : 'GL_DEPTH_BUFFER_BIT', } def arg_to_str( arg ): if isinstance(arg, int): if arg in gl_constants.keys(): return gl_constants[arg] elif type(arg) == str and len(arg) > 30: return "''" return repr(arg) class Wrapper: def __init__(self, function_name): self.function_name = function_name self.orig_func = getattr(gl,self.function_name) def run(self,*args,**kw): if kw: kw_str = " AND KEYWORDS" else: kw_str = "" if 1: ## if self.function_name in raw_args_by_function: arg_str = [] for i in range(len(args)): if self.function_name in raw_args_by_function and i in raw_args_by_function[self.function_name]: arg_str.append(str(args[i])) # don't convert to name of OpenGL constant elif self.function_name in bitmasks_by_function and i in bitmasks_by_function[self.function_name]: bitmask_strs = [] value = args[i] for bit_value in bitmask_names_by_value: if value & bit_value: value = value & ~bit_value bitmask_strs.append( bitmask_names_by_value[bit_value] ) if value != 0: bitmask_strs.append( arg_to_str(args[i]) ) arg_str.append( '|'.join(bitmask_strs) ) else: arg_str.append(arg_to_str(args[i])) # convert to name of OpenGL constant arg_str = ','.join( arg_str ) try: result = self.orig_func(*args,**kw) except: print "%s(%s)%s"%(self.function_name,arg_str,kw_str) raise if result is not None: result_str = "%s = "%(arg_to_str(result),) else: result_str = '' print "%s%s(%s)%s"%(result_str,self.function_name,arg_str,kw_str) return result def gl_trace_attach(): for attr_name in dir(gl): if callable( getattr(gl,attr_name) ): wrapper = Wrapper(attr_name) globals()[attr_name] = wrapper.run else: attr = getattr(gl,attr_name) globals()[attr_name] = attr if not attr_name.startswith('__') and not attr_name.startswith('__'): if type(getattr(gl,attr_name)) == int: gl_constants[getattr(gl,attr_name)] = attr_name if not hasattr(gl,'GL_CLAMP_TO_EDGE'): # XXX This hack requires opengl >= 1.2. See Core.py for more info. globals()['GL_CLAMP_TO_EDGE'] = 0x812F if hasattr(gl,'glActiveTexture'): # XXX Another, similar hack. globals()['glActiveTextureARB'] = gl.glActiveTexture globals()['glMultiTexCoord2fARB'] = gl.glMultiTexCoord2f globals()['GL_TEXTURE0_ARB'] = gl.GL_TEXTURE0 globals()['GL_TEXTURE1_ARB'] = gl.GL_TEXTURE1 gl_trace_attach() # attach when imported visionegg-1.2.1/VisionEgg/Gratings.py0000644000076500000240000010414111224565527016725 0ustar astrawstaff# The Vision Egg: Gratings # # Copyright (C) 2001-2003 Andrew Straw. # Copyright (C) 2005,2008 California Institute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Grating stimuli. """ #################################################################### # # Import all the necessary packages # #################################################################### import logging # available in Python 2.3 import VisionEgg import VisionEgg.Core import VisionEgg.Textures import VisionEgg.ParameterTypes as ve_types import numpy import math, types, string import VisionEgg.GL as gl # get all OpenGL stuff in one namespace import _vegl def _get_type_info( bitdepth ): """Private helper function to calculate type info based on bit depth""" if bitdepth == 8: gl_type = gl.GL_UNSIGNED_BYTE numpy_dtype = numpy.uint8 max_int_val = float((2**8)-1) elif bitdepth == 12: gl_type = gl.GL_SHORT numpy_dtype = numpy.int16 max_int_val = float((2**15)-1) elif bitdepth == 16: gl_type = gl.GL_INT numpy_dtype = numpy.int32 max_int_val = float((2.**31.)-1) # do as float to avoid overflow else: raise ValueError("supported bitdepths are 8, 12, and 16.") return gl_type, numpy_dtype, max_int_val class LuminanceGratingCommon(VisionEgg.Core.Stimulus): """Base class with common code to all ways of drawing luminance gratings. Parameters ========== bit_depth -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger) Default: 8 """ parameters_and_defaults = VisionEgg.ParameterDefinition({ 'bit_depth':(8, ve_types.UnsignedInteger, 'precision with which grating is calculated and sent to OpenGL'), }) __slots__ = ( 'gl_internal_format', 'format', 'gl_type', 'numpy_dtype', 'max_int_val', 'cached_bit_depth', ) def calculate_bit_depth_dependencies(self): """Calculate a number of parameters dependent on bit depth.""" bit_depth_warning = False p = self.parameters # shorthand red_bits = gl.glGetIntegerv( gl.GL_RED_BITS ) green_bits = gl.glGetIntegerv( gl.GL_GREEN_BITS ) blue_bits = gl.glGetIntegerv( gl.GL_BLUE_BITS ) min_bits = min( (red_bits,green_bits,blue_bits) ) if min_bits < p.bit_depth: logger = logging.getLogger('VisionEgg.Gratings') logger.warning("Requested bit depth of %d in " "LuminanceGratingCommon, which is " "greater than your current OpenGL context " "supports (%d)."% (p.bit_depth,min_bits)) self.gl_internal_format = gl.GL_LUMINANCE self.format = gl.GL_LUMINANCE self.gl_type, self.numpy_dtype, self.max_int_val = _get_type_info( p.bit_depth ) self.cached_bit_depth = p.bit_depth class AlphaGratingCommon(VisionEgg.Core.Stimulus): """Base class with common code to all ways of drawing gratings in alpha. This class is currently not used by any other classes. Parameters ========== bit_depth -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger) Default: 8 """ parameters_and_defaults = VisionEgg.ParameterDefinition({ 'bit_depth':(8, ve_types.UnsignedInteger, 'precision with which grating is calculated and sent to OpenGL'), }) __slots__ = ( 'gl_internal_format', 'format', 'gl_type', 'numpy_dtype', 'max_int_val', 'cached_bit_depth', ) def calculate_bit_depth_dependencies(self): """Calculate a number of parameters dependent on bit depth.""" p = self.parameters # shorthand alpha_bit_depth = gl.glGetIntegerv( gl.GL_ALPHA_BITS ) if alpha_bit_depth < p.bit_depth: logger = logging.getLogger('VisionEgg.Gratings') logger.warning("Requested bit depth of %d, which is " "greater than your current OpenGL context " "supports (%d)."% (p.bit_depth,min_bits)) self.gl_internal_format = gl.GL_ALPHA self.format = gl.GL_ALPHA self.gl_type, self.numpy_dtype, self.max_int_val = _get_type_info( p.bit_depth ) self.cached_bit_depth = p.bit_depth class SinGrating2D(LuminanceGratingCommon): """Sine wave grating stimulus This is a general-purpose, realtime sine-wave luminace grating generator. To acheive an arbitrary orientation, this class rotates a textured quad. To draw a grating with sides that always remain horizontal and vertical, draw a large grating in a small viewport. (The viewport will clip anything beyond its edges.) Parameters ========== anchor -- specifies how position parameter is interpreted (String) Default: center bit_depth -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger) Inherited from LuminanceGratingCommon Default: 8 color1 -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 1.0, 1.0) color2 -- optional color with which to perform interpolation with color1 in RGB space (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (determined at runtime) contrast -- (Real) Default: 1.0 depth -- (Real) Default: (determined at runtime) ignore_time -- (Boolean) Default: False mask -- optional masking function (Instance of ) Default: (determined at runtime) max_alpha -- (Real) Default: 1.0 num_samples -- (UnsignedInteger) Default: 512 on -- draw stimulus? (Boolean) Default: True orientation -- (Real) Default: 0.0 pedestal -- (Real) Default: 0.5 phase_at_t0 -- (Real) Default: 0.0 position -- (units: eye coordinates) (Sequence2 of Real) Default: (320.0, 240.0) recalculate_phase_tolerance -- (Real) Default: (determined at runtime) size -- defines coordinate size of grating (in eye coordinates) (Sequence2 of Real) Default: (640.0, 480.0) spatial_freq -- frequency defined relative to coordinates defined in size parameter (units: cycles/eye_coord_unit) (Real) Default: 0.0078125 t0_time_sec_absolute -- (Real) Default: (determined at runtime) temporal_freq_hz -- (Real) Default: 5.0 """ parameters_and_defaults = VisionEgg.ParameterDefinition({ 'on':(True, ve_types.Boolean, "draw stimulus?"), 'mask':(None, # allows window onto otherwise (tilted) rectangular grating ve_types.Instance(VisionEgg.Textures.Mask2D), "optional masking function"), 'contrast':(1.0, ve_types.Real), 'pedestal':(0.5, ve_types.Real), 'position':((320.0,240.0), # in eye coordinates ve_types.Sequence2(ve_types.Real), "(units: eye coordinates)"), 'anchor':('center', ve_types.String, "specifies how position parameter is interpreted"), 'depth':(None, # if not None, turns on depth testing and allows for occlusion ve_types.Real), 'size':((640.0,480.0), ve_types.Sequence2(ve_types.Real), "defines coordinate size of grating (in eye coordinates)", ), 'spatial_freq':(1.0/128.0, # cycles/eye coord units ve_types.Real, "frequency defined relative to coordinates defined in size parameter (units: cycles/eye_coord_unit)", ), 'temporal_freq_hz':(5.0, # hz ve_types.Real), 't0_time_sec_absolute':(None, # Will be assigned during first call to draw() ve_types.Real), 'ignore_time':(False, # ignore temporal frequency variable - allow control purely with phase_at_t0 ve_types.Boolean), 'phase_at_t0':(0.0, # degrees [0.0-360.0] ve_types.Real), 'orientation':(0.0, # 0=right, 90=up ve_types.Real), 'num_samples':(512, # number of spatial samples, should be a power of 2 ve_types.UnsignedInteger), 'max_alpha':(1.0, # controls "opacity": 1.0 = completely opaque, 0.0 = completely transparent ve_types.Real), 'color1':((1.0, 1.0, 1.0), # alpha is ignored (if given) -- use max_alpha parameter ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real))), 'color2':(None, # perform interpolation with color1 in RGB space. ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "optional color with which to perform interpolation with color1 in RGB space"), 'recalculate_phase_tolerance':(None, # only recalculate texture when phase is changed by more than this amount, None for always recalculate. (Saves time.) ve_types.Real), }) __slots__ = ( '_texture_object_id', '_last_phase', ) def __init__(self,**kw): LuminanceGratingCommon.__init__(self,**kw) p = self.parameters # shorthand self._texture_object_id = gl.glGenTextures(1) if p.mask: gl.glActiveTextureARB(gl.GL_TEXTURE0_ARB) gl.glBindTexture(gl.GL_TEXTURE_1D,self._texture_object_id) # Do error-checking on texture to make sure it will load max_dim = gl.glGetIntegerv(gl.GL_MAX_TEXTURE_SIZE) if p.num_samples > max_dim: raise NumSamplesTooLargeError("Grating num_samples too large for video system.\nOpenGL reports maximum size of %d"%(max_dim,)) self.calculate_bit_depth_dependencies() w = p.size[0] inc = w/float(p.num_samples) phase = 0.0 # this data won't get used - don't care about phase self._last_phase = phase floating_point_sin = numpy.sin(2.0*math.pi*p.spatial_freq*numpy.arange(0.0,w,inc,dtype=numpy.float)+(phase/180.0*math.pi))*0.5*p.contrast+p.pedestal floating_point_sin = numpy.clip(floating_point_sin,0.0,1.0) # allow square wave generation if contrast > 1 texel_data = (floating_point_sin*self.max_int_val).astype(self.numpy_dtype).tostring() # Because the MAX_TEXTURE_SIZE method is insensitive to the current # state of the video system, another check must be done using # "proxy textures". gl.glTexImage1D(gl.GL_PROXY_TEXTURE_1D, # target 0, # level self.gl_internal_format, # video RAM internal format p.num_samples, # width 0, # border self.format, # format of texel data self.gl_type, # type of texel data texel_data) # texel data (irrelevant for proxy) if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_1D, # Need PyOpenGL >= 2.0 0, gl.GL_TEXTURE_WIDTH) == 0: raise NumSamplesTooLargeError("Grating num_samples is too wide for your video system!") # If we got here, it worked and we can load the texture for real. gl.glTexImage1D(gl.GL_TEXTURE_1D, # target 0, # level self.gl_internal_format, # video RAM internal format p.num_samples, # width 0, # border self.format, # format of texel data self.gl_type, # type of texel data texel_data) # texel data # Set texture object defaults gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_WRAP_S,gl.GL_CLAMP_TO_EDGE) gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_WRAP_T,gl.GL_CLAMP_TO_EDGE) gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MAG_FILTER,gl.GL_LINEAR) gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MIN_FILTER,gl.GL_LINEAR) if p.color2 is not None: if VisionEgg.Core.gl_renderer == 'ATi Rage 128 Pro OpenGL Engine' and VisionEgg.Core.gl_version == '1.1 ATI-1.2.22': logger = logging.getLogger('VisionEgg.Gratings') logger.warning("Your video card and driver have known " "bugs which prevent them from rendering " "color gratings properly.") def __del__(self): gl.glDeleteTextures( [self._texture_object_id] ) def draw(self): p = self.parameters # shorthand if p.on: # calculate center center = VisionEgg._get_center(p.position,p.anchor,p.size) if p.mask: gl.glActiveTextureARB(gl.GL_TEXTURE0_ARB) gl.glBindTexture(gl.GL_TEXTURE_1D,self._texture_object_id) gl.glEnable(gl.GL_TEXTURE_1D) gl.glDisable(gl.GL_TEXTURE_2D) if p.bit_depth != self.cached_bit_depth: self.calculate_bit_depth_dependencies() # Clear the modeview matrix gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPushMatrix() # Rotate about the center of the texture gl.glTranslate(center[0], center[1], 0) gl.glRotate(p.orientation,0,0,1) if p.depth is None: gl.glDisable(gl.GL_DEPTH_TEST) depth = 0.0 else: gl.glEnable(gl.GL_DEPTH_TEST) depth = p.depth # allow max_alpha value to control blending gl.glEnable( gl.GL_BLEND ) gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) if p.color2: gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_BLEND) gl.glTexEnvfv(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_COLOR, p.color2) ## alpha is ignored because the texture base internal format is luminance else: gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_MODULATE) if p.t0_time_sec_absolute is None and not p.ignore_time: p.t0_time_sec_absolute = VisionEgg.time_func() w = p.size[0] inc = w/float(p.num_samples) if p.ignore_time: phase = p.phase_at_t0 else: t_var = VisionEgg.time_func() - p.t0_time_sec_absolute phase = t_var*p.temporal_freq_hz*-360.0 + p.phase_at_t0 if p.recalculate_phase_tolerance is None or abs(self._last_phase - phase) > p.recalculate_phase_tolerance: self._last_phase = phase # we're re-drawing the phase at this angle floating_point_sin = numpy.sin(2.0*math.pi*p.spatial_freq*numpy.arange(0.0,w,inc,dtype=numpy.float)+(phase/180.0*math.pi))*0.5*p.contrast+p.pedestal floating_point_sin = numpy.clip(floating_point_sin,0.0,1.0) # allow square wave generation if contrast > 1 texel_data = (floating_point_sin*self.max_int_val).astype(self.numpy_dtype) # PyOpenGL 2.0.1.09 has a bug, so use our own wrapper _vegl.veglTexSubImage1D(gl.GL_TEXTURE_1D, # target 0, # level 0, # x offset p.num_samples, # width self.format, # format of new texel data self.gl_type, # type of new texel data texel_data) # new texel data if 0: compare_array = numpy.empty(texel_data.shape,dtype=texel_data.dtype) pixels = _vegl.veglGetTexImage(gl.GL_TEXTURE_1D, # target 0, # level self.format, # format self.gl_type, # type compare_array) assert numpy.allclose( compare_array, texel_data ) h_w = p.size[0]/2.0 h_h = p.size[1]/2.0 l = -h_w r = h_w b = -h_h t = h_h # in the case of only color1, # the texel data multiplies color1 to produce a color # with color2, # the texel data linearly interpolates between color1 and color2 gl.glColor4f(p.color1[0],p.color1[1],p.color1[2],p.max_alpha) if p.mask: p.mask.draw_masked_quad(0.0,1.0,0.0,1.0, # l,r,b,t for texture coordinates l,r,b,t, # l,r,b,t in eye coordinates depth ) # also in eye coordinates else: # draw unmasked quad gl.glBegin(gl.GL_QUADS) gl.glTexCoord2f(0.0,0.0) gl.glVertex3f(l,b,depth) gl.glTexCoord2f(1.0,0.0) gl.glVertex3f(r,b,depth) gl.glTexCoord2f(1.0,1.0) gl.glVertex3f(r,t,depth) gl.glTexCoord2f(0.0,1.0) gl.glVertex3f(l,t,depth) gl.glEnd() # GL_QUADS gl.glDisable(gl.GL_TEXTURE_1D) gl.glPopMatrix() class SinGrating3D(LuminanceGratingCommon): """Sine wave grating stimulus texture mapped onto quad in 3D This is a general-purpose, realtime sine-wave luminace grating generator. This 3D version doesn't support an orientation parameter. This could be implemented, but for now should be done by orienting the quad in 3D. Parameters ========== bit_depth -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger) Inherited from LuminanceGratingCommon Default: 8 color1 -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 1.0, 1.0) color2 -- optional color with which to perform interpolation with color1 in RGB space (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (determined at runtime) contrast -- (Real) Default: 1.0 depth -- (Real) Default: (determined at runtime) depth_test -- perform depth test? (Boolean) Default: True ignore_time -- (Boolean) Default: False lowerleft -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (0.0, 0.0, -1.0) lowerright -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 0.0, -1.0) mask -- optional masking function (Instance of ) Default: (determined at runtime) max_alpha -- (Real) Default: 1.0 num_samples -- (UnsignedInteger) Default: 512 on -- draw stimulus? (Boolean) Default: True pedestal -- (Real) Default: 0.5 phase_at_t0 -- (Real) Default: 0.0 recalculate_phase_tolerance -- (Real) Default: (determined at runtime) size -- defines coordinate size of grating (in eye coordinates) (Sequence2 of Real) Default: (1.0, 1.0) spatial_freq -- frequency defined relative to coordinates defined in size parameter (units; cycles/eye_coord_unit) (Real) Default: 4.0 t0_time_sec_absolute -- (Real) Default: (determined at runtime) temporal_freq_hz -- (Real) Default: 5.0 upperleft -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (0.0, 1.0, -1.0) upperright -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 1.0, -1.0) """ parameters_and_defaults = VisionEgg.ParameterDefinition({ 'on':(True, ve_types.Boolean, "draw stimulus?"), 'mask':(None, # allows window onto otherwise (tilted) rectangular grating ve_types.Instance(VisionEgg.Textures.Mask2D), "optional masking function"), 'contrast':(1.0, ve_types.Real), 'pedestal':(0.5, ve_types.Real), 'depth':(None, # if not None, turns on depth testing and allows for occlusion ve_types.Real), 'size':((1.0,1.0), # in eye coordinates ve_types.Sequence2(ve_types.Real), "defines coordinate size of grating (in eye coordinates)"), 'spatial_freq':(4.0, # cycles/eye coord units ve_types.Real, "frequency defined relative to coordinates defined in size parameter (units; cycles/eye_coord_unit)"), 'temporal_freq_hz':(5.0, # hz ve_types.Real), 't0_time_sec_absolute':(None, # Will be assigned during first call to draw() ve_types.Real), 'ignore_time':(False, # ignore temporal frequency variable - allow control purely with phase_at_t0 ve_types.Boolean), 'phase_at_t0':(0.0, # degrees [0.0-360.0] ve_types.Real), 'num_samples':(512, # number of spatial samples, should be a power of 2 ve_types.UnsignedInteger), 'max_alpha':(1.0, # controls "opacity": 1.0 = completely opaque, 0.0 = completely transparent ve_types.Real), 'color1':((1.0, 1.0, 1.0), # alpha is ignored (if given) -- use max_alpha parameter ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real))), 'color2':(None, # perform interpolation with color1 in RGB space. ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "optional color with which to perform interpolation with color1 in RGB space"), 'recalculate_phase_tolerance':(None, # only recalculate texture when phase is changed by more than this amount, None for always recalculate. (Saves time.) ve_types.Real), 'depth_test':(True, ve_types.Boolean, "perform depth test?"), 'lowerleft':((0.0,0.0,-1.0), # in eye coordinates ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "vertex position (units: eye coordinates)"), 'lowerright':((1.0,0.0,-1.0), # in eye coordinates ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "vertex position (units: eye coordinates)"), 'upperleft':((0.0,1.0,-1.0), # in eye coordinates ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "vertex position (units: eye coordinates)"), 'upperright':((1.0,1.0,-1.0), # in eye coordinates ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "vertex position (units: eye coordinates)"), 'polygon_offset_enabled':(False, ve_types.Boolean, "perform polygon offset?"), 'polygon_offset_factor':(1.0, ve_types.Real, "polygon factor"), 'polygon_offset_units':(1.0, ve_types.Real, "polygon units"), }) __slots__ = ( '_texture_object_id', '_last_phase', ) def __init__(self,**kw): LuminanceGratingCommon.__init__(self,**kw) p = self.parameters # shorthand self._texture_object_id = gl.glGenTextures(1) if p.mask: gl.glActiveTextureARB(gl.GL_TEXTURE0_ARB) gl.glBindTexture(gl.GL_TEXTURE_1D,self._texture_object_id) # Do error-checking on texture to make sure it will load max_dim = gl.glGetIntegerv(gl.GL_MAX_TEXTURE_SIZE) if p.num_samples > max_dim: raise NumSamplesTooLargeError("Grating num_samples too large for video system.\nOpenGL reports maximum size of %d"%(max_dim,)) self.calculate_bit_depth_dependencies() w = p.size[0] inc = w/float(p.num_samples) phase = 0.0 # this data won't get used - don't care about phase self._last_phase = phase floating_point_sin = numpy.sin(2.0*math.pi*p.spatial_freq*numpy.arange(0.0,w,inc,dtype=numpy.float)+(phase/180.0*math.pi))*0.5*p.contrast+p.pedestal floating_point_sin = numpy.clip(floating_point_sin,0.0,1.0) # allow square wave generation if contrast > 1 texel_data = (floating_point_sin*self.max_int_val).astype(self.numpy_dtype).tostring() # Because the MAX_TEXTURE_SIZE method is insensitive to the current # state of the video system, another check must be done using # "proxy textures". gl.glTexImage1D(gl.GL_PROXY_TEXTURE_1D, # target 0, # level self.gl_internal_format, # video RAM internal format p.num_samples, # width 0, # border self.format, # format of texel data self.gl_type, # type of texel data texel_data) # texel data (irrelevant for proxy) if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_1D, # Need PyOpenGL >= 2.0 0, gl.GL_TEXTURE_WIDTH) == 0: raise NumSamplesTooLargeError("Grating num_samples is too wide for your video system!") # If we got here, it worked and we can load the texture for real. gl.glTexImage1D(gl.GL_TEXTURE_1D, # target 0, # level self.gl_internal_format, # video RAM internal format p.num_samples, # width 0, # border self.format, # format of texel data self.gl_type, # type of texel data texel_data) # texel data # Set texture object defaults gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_WRAP_S,gl.GL_CLAMP_TO_EDGE) gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_WRAP_T,gl.GL_CLAMP_TO_EDGE) gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MAG_FILTER,gl.GL_LINEAR) gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MIN_FILTER,gl.GL_LINEAR) if p.color2 is not None: if VisionEgg.Core.gl_renderer == 'ATi Rage 128 Pro OpenGL Engine' and VisionEgg.Core.gl_version == '1.1 ATI-1.2.22': logger = logging.getLogger('VisionEgg.Gratings') logger.warning("Your video card and driver have known " "bugs which prevent them from rendering " "color gratings properly.") def __del__(self): gl.glDeleteTextures( [self._texture_object_id] ) def draw(self): p = self.parameters # shorthand if p.on: if p.mask: gl.glActiveTextureARB(gl.GL_TEXTURE0_ARB) if p.depth_test: gl.glEnable(gl.GL_DEPTH_TEST) else: gl.glDisable(gl.GL_DEPTH_TEST) if p.polygon_offset_enabled: gl.glEnable(gl.GL_POLYGON_OFFSET_EXT) gl.glPolygonOffset(p.polygon_offset_factor, p.polygon_offset_units) gl.glBindTexture(gl.GL_TEXTURE_1D,self._texture_object_id) gl.glEnable(gl.GL_TEXTURE_1D) gl.glDisable(gl.GL_TEXTURE_2D) if p.bit_depth != self.cached_bit_depth: self.calculate_bit_depth_dependencies() # allow max_alpha value to control blending gl.glEnable( gl.GL_BLEND ) gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) if p.color2: gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_BLEND) gl.glTexEnvfv(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_COLOR, p.color2) ## alpha is ignored because the texture base internal format is luminance else: gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_MODULATE) if p.t0_time_sec_absolute is None and not p.ignore_time: p.t0_time_sec_absolute = VisionEgg.time_func() w = p.size[0] inc = w/float(p.num_samples) if p.ignore_time: phase = p.phase_at_t0 else: t_var = VisionEgg.time_func() - p.t0_time_sec_absolute phase = t_var*p.temporal_freq_hz*-360.0 + p.phase_at_t0 if p.recalculate_phase_tolerance is None or abs(self._last_phase - phase) > p.recalculate_phase_tolerance: self._last_phase = phase # we're re-drawing the phase at this angle floating_point_sin = numpy.sin(2.0*math.pi*p.spatial_freq*numpy.arange(0.0,w,inc,dtype=numpy.float)+(phase/180.0*math.pi))*0.5*p.contrast+p.pedestal floating_point_sin = numpy.clip(floating_point_sin,0.0,1.0) # allow square wave generation if contrast > 1 texel_data = (floating_point_sin*self.max_int_val).astype(self.numpy_dtype).tostring() gl.glTexSubImage1D(gl.GL_TEXTURE_1D, # target 0, # level 0, # x offset p.num_samples, # width self.format, # format of new texel data self.gl_type, # type of new texel data texel_data) # new texel data # in the case of only color1, # the texel data multiplies color1 to produce a color # with color2, # the texel data linearly interpolates between color1 and color2 gl.glColor4f(p.color1[0],p.color1[1],p.color1[2],p.max_alpha) if p.mask: p.mask.draw_masked_quad_3d(0.0,1.0,0.0,1.0, # for texture coordinates p.lowerleft,p.lowerright,p.upperright,p.upperleft) else: # draw unmasked quad gl.glBegin(gl.GL_QUADS) gl.glTexCoord2f(0.0,0.0) gl.glVertex(*p.lowerleft) gl.glTexCoord2f(1.0,0.0) gl.glVertex(*p.lowerright) gl.glTexCoord2f(1.0,1.0) gl.glVertex(*p.upperright) gl.glTexCoord2f(0.0,1.0) gl.glVertex(*p.upperleft) gl.glEnd() # GL_QUADS gl.glDisable(gl.GL_TEXTURE_1D) if p.polygon_offset_enabled: gl.glDisable(gl.GL_POLYGON_OFFSET_EXT) class NumSamplesTooLargeError( RuntimeError ): pass visionegg-1.2.1/VisionEgg/GUI.py0000644000076500000240000010242211224565527015573 0ustar astrawstaff# The Vision Egg: GUI # # Copyright (C) 2001-2003 Andrew Straw. # Copyright (C) 2008 California Institute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Graphical user interface classes and functions. """ import VisionEgg #################################################################### # # Import all the necessary packages # #################################################################### import logging # available in Python 2.3 import VisionEgg import os import sys class _delay_import_error: """Defer import errors until they cause problems.""" def __init__(self,orig_traceback): self.orig_traceback = orig_traceback def __getattr__(self,name): raise self.orig_traceback # ImportError deferred from earlier failure try: import Tkinter except ImportError, x: # don't fail on this until it becomes a problem... Tkinter = _delay_import_error(x) try: import tkMessageBox except ImportError, x: # don't fail on this until it becomes a problem... tkMessageBox = _delay_import_error(x) try: import tkFileDialog except ImportError, x: # don't fail on this until it becomes a problem... tkFileDialog = _delay_import_error(x) def showexception(exc_type, exc_value, traceback_str): # private subclass of Tkinter.Frame class ShowExceptionFrame(Tkinter.Frame): """A window that shows a string and has a quit button.""" def __init__(self,master,exc_type, exc_value, traceback_str): VisionEgg.config._Tkinter_used = True Tkinter.Frame.__init__(self,master,borderwidth=20) title="Vision Egg: exception caught" first_str = "An unhandled exception was caught." type_value_str = "%s: %s"%(str(exc_type),str(exc_value)) frame = self top = frame.winfo_toplevel() top.title(title) top.protocol("WM_DELETE_WINDOW",self.close_window) Tkinter.Label(frame,text=first_str).pack() Tkinter.Label(frame,text=type_value_str).pack() if traceback_str: Tkinter.Label(frame,text="Traceback (most recent call last):").pack() Tkinter.Label(frame,text=traceback_str).pack() b = Tkinter.Button(frame,text="OK",command=self.close_window) b.pack() b.focus_set() b.grab_set() b.bind('',self.close_window) def close_window(self,dummy_arg=None): self.quit() # create instance of class parent = Tkinter._default_root if parent: top = Tkinter.Toplevel(parent) top.transient(parent) else: top = None f = ShowExceptionFrame(top, exc_type, exc_value, traceback_str) f.pack() f.mainloop() f.winfo_toplevel().destroy() class AppWindow(Tkinter.Frame): """A GUI Window that can be subclassed for a main application window""" def __init__(self,master=None,idle_func=lambda: None,**cnf): VisionEgg.config._Tkinter_used = True Tkinter.Frame.__init__(self,master,**cnf) self.winfo_toplevel().title('Vision Egg') self.info_frame = InfoFrame(self) self.info_frame.pack() self.idle_func = idle_func self.after(1,self.idle) # register idle function with Tkinter def idle(self): self.idle_func() self.after(1,self.idle) # (re)register idle function with Tkinter class ProgressBar(Tkinter.Frame): def __init__(self, master=None, orientation="horizontal", min=0, max=100, width=100, height=18, doLabel=1, fillColor="LightSteelBlue1", background="gray", labelColor="black", labelFont="Helvetica", labelText="", labelFormat="%d%%", value=50, **cnf): Tkinter.Frame.__init__(self,master) # preserve various values self.master=master self.orientation=orientation self.min=min self.max=max self.width=width self.height=height self.doLabel=doLabel self.fillColor=fillColor self.labelFont= labelFont self.labelColor=labelColor self.background=background self.labelText=labelText self.labelFormat=labelFormat self.value=value self.canvas=Tkinter.Canvas(self, height=height, width=width, bd=0, highlightthickness=0, background=background) self.scale=self.canvas.create_rectangle(0, 0, width, height, fill=fillColor) self.label=self.canvas.create_text(self.canvas.winfo_reqwidth() / 2, height / 2, text=labelText, anchor="c", fill=labelColor, font=self.labelFont) self.update() self.canvas.pack(side='top', fill='x', expand='no') def updateProgress(self, newValue, newMax=None): if newMax: self.max = newMax self.value = newValue self.update() def update(self): # Trim the values to be between min and max value=self.value if value > self.max: value = self.max if value < self.min: value = self.min # Adjust the rectangle if self.orientation == "horizontal": self.canvas.coords(self.scale, 0, 0, float(value) / self.max * self.width, self.height) else: self.canvas.coords(self.scale, 0, self.height - (float(value) / self.max*self.height), self.width, self.height) # Now update the colors self.canvas.itemconfig(self.scale, fill=self.fillColor) self.canvas.itemconfig(self.label, fill=self.labelColor) # And update the label if self.doLabel: if value: if value >= 0: pvalue = int((float(value) / float(self.max)) * 100.0) else: pvalue = 0 self.canvas.itemconfig(self.label, text=self.labelFormat % pvalue) else: self.canvas.itemconfig(self.label, text='') else: self.canvas.itemconfig(self.label, text=self.labelFormat % self.labelText) self.canvas.update_idletasks() class GraphicsConfigurationWindow(Tkinter.Frame): """Graphics Configuration Window""" def __init__(self,master=None,**cnf): VisionEgg.config._Tkinter_used = True Tkinter.Frame.__init__(self,master,**cnf) self.winfo_toplevel().title('Vision Egg - Graphics configuration') self.pack() self.clicked_ok = 0 # So we can distinguish between clicking OK and closing the window row = 0 Tkinter.Label(self, text="Vision Egg - Graphics configuration", font=("Helvetica",14,"bold")).grid(row=row,columnspan=2) row += 1 ################## begin topframe ############################## topframe = Tkinter.Frame(self) topframe.grid(row=row,column=0,columnspan=2) topframe_row = 0 Tkinter.Label(topframe, text=self.format_string("The default value for these variables and the presence of this dialog window can be controlled via the Vision Egg config file. If this file exists in the Vision Egg user directory, that file is used. Otherwise, the configuration file found in the Vision Egg system directory is used."), ).grid(row=topframe_row,column=1,columnspan=2,sticky=Tkinter.W) topframe_row += 1 try: import _imaging, _imagingtk import ImageFile, ImageFileIO, BmpImagePlugin, JpegImagePlugin import Image,ImageTk im = Image.open(os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,'data','visionegg.bmp')) self.tk_im=ImageTk.PhotoImage(im) Tkinter.Label(topframe,image=self.tk_im).grid(row=0,rowspan=topframe_row,column=0) except Exception,x: logger = logging.getLogger('VisionEgg.GUI') logger.info("No Vision Egg logo :( because of error while " "trying to display image in " "GUI.GraphicsConfigurationWindow: %s: " "%s"%(str(x.__class__),str(x))) ################## end topframe ############################## row += 1 ################## begin file_frame ############################## file_frame = Tkinter.Frame(self) file_frame.grid(row=row,columnspan=2,sticky=Tkinter.W+Tkinter.E,pady=5) # Script name and location file_row = 0 Tkinter.Label(file_frame, text="This script:").grid(row=file_row,column=0,sticky=Tkinter.E) Tkinter.Label(file_frame, text="%s"%(os.path.abspath(sys.argv[0]),)).grid(row=file_row,column=1,sticky=Tkinter.W) file_row += 1 # Vision Egg system dir Tkinter.Label(file_frame, text="Vision Egg system directory:").grid(row=file_row,column=0,sticky=Tkinter.E) Tkinter.Label(file_frame, text="%s"%(os.path.abspath(VisionEgg.config.VISIONEGG_SYSTEM_DIR),)).grid(row=file_row,column=1,sticky=Tkinter.W) file_row += 1 # Vision Egg user dir Tkinter.Label(file_frame, text="Vision Egg user directory:").grid(row=file_row,column=0,sticky=Tkinter.E) Tkinter.Label(file_frame, text="%s"%(os.path.abspath(VisionEgg.config.VISIONEGG_USER_DIR),)).grid(row=file_row,column=1,sticky=Tkinter.W) file_row += 1 # Config file Tkinter.Label(file_frame, text="Config file location:").grid(row=file_row,column=0,sticky=Tkinter.E) if VisionEgg.config.VISIONEGG_CONFIG_FILE: Tkinter.Label(file_frame, text="%s"%(os.path.abspath(VisionEgg.config.VISIONEGG_CONFIG_FILE),)).grid(row=file_row,column=1,sticky=Tkinter.W) else: Tkinter.Label(file_frame, text="(None)").grid(row=file_row,column=1,sticky=Tkinter.W) file_row += 1 # Log file location Tkinter.Label(file_frame, text="Log file location:").grid(row=file_row,column=0,sticky=Tkinter.E) if VisionEgg.config.VISIONEGG_LOG_FILE: Tkinter.Label(file_frame, text="%s"%(os.path.abspath(VisionEgg.config.VISIONEGG_LOG_FILE),)).grid(row=file_row,column=1,sticky=Tkinter.W) else: Tkinter.Label(file_frame, text="(stderr console)").grid(row=file_row,column=1,sticky=Tkinter.W) ################## end file_frame ############################## row += 1 ################## begin cf ############################## cf = Tkinter.Frame(self) cf.grid(row=row,column=0,padx=10) cf_row = 0 # Fullscreen self.fullscreen = Tkinter.BooleanVar() self.fullscreen.set(VisionEgg.config.VISIONEGG_FULLSCREEN) Tkinter.Checkbutton(cf, text='Fullscreen', variable=self.fullscreen, relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) cf_row += 1 self.synclync_present = Tkinter.BooleanVar() self.synclync_present.set(VisionEgg.config.SYNCLYNC_PRESENT) try: import synclync self.show_synclync_option = 1 except: self.show_synclync_option = 0 if self.show_synclync_option: Tkinter.Checkbutton(cf, text='SyncLync device present', variable=self.synclync_present, relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) cf_row += 1 # Maximum priority self.maxpriority = Tkinter.BooleanVar() self.maxpriority.set(VisionEgg.config.VISIONEGG_MAXPRIORITY) Tkinter.Checkbutton(cf, text='Maximum priority (use with caution)', variable=self.maxpriority, relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) cf_row += 1 if sys.platform=='darwin': # Only used on darwin platform self.darwin_conventional = Tkinter.IntVar() self.darwin_conventional.set(VisionEgg.config.VISIONEGG_DARWIN_MAXPRIORITY_CONVENTIONAL_NOT_REALTIME) self.darwin_priority = Tkinter.StringVar() self.darwin_priority.set(str(VisionEgg.config.VISIONEGG_DARWIN_CONVENTIONAL_PRIORITY)) self.darwin_realtime_period_denom = Tkinter.StringVar() self.darwin_realtime_period_denom.set(str(VisionEgg.config.VISIONEGG_DARWIN_REALTIME_PERIOD_DENOM)) self.darwin_realtime_computation_denom = Tkinter.StringVar() self.darwin_realtime_computation_denom.set(str(VisionEgg.config.VISIONEGG_DARWIN_REALTIME_COMPUTATION_DENOM)) self.darwin_realtime_constraint_denom = Tkinter.StringVar() self.darwin_realtime_constraint_denom.set(str(VisionEgg.config.VISIONEGG_DARWIN_REALTIME_CONSTRAINT_DENOM)) self.darwin_realtime_preemptible = Tkinter.BooleanVar() self.darwin_realtime_preemptible.set(not VisionEgg.config.VISIONEGG_DARWIN_REALTIME_PREEMPTIBLE) Tkinter.Button(cf,text="Maximum priority options...", command=self.darwin_maxpriority_tune).grid(row=cf_row,column=0) cf_row += 1 # Sync swap self.sync_swap = Tkinter.BooleanVar() self.sync_swap.set(VisionEgg.config.VISIONEGG_SYNC_SWAP) Tkinter.Checkbutton(cf, text='Attempt vsync', variable=self.sync_swap, relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) cf_row += 1 # Frameless window self.frameless = Tkinter.BooleanVar() self.frameless.set(VisionEgg.config.VISIONEGG_FRAMELESS_WINDOW) Tkinter.Checkbutton(cf, text='No frame around window', variable=self.frameless, relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) cf_row += 1 # Hide mouse self.mouse_visible = Tkinter.BooleanVar() self.mouse_visible.set(not VisionEgg.config.VISIONEGG_HIDE_MOUSE) Tkinter.Checkbutton(cf, text='Mouse cursor visible', variable=self.mouse_visible, relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) cf_row += 1 # Stereo self.stereo = Tkinter.BooleanVar() self.stereo.set(VisionEgg.config.VISIONEGG_REQUEST_STEREO) Tkinter.Checkbutton(cf, text='Stereo', variable=self.stereo, relief=Tkinter.FLAT).grid(row=cf_row,column=0,sticky=Tkinter.W) cf_row += 1 if sys.platform == 'darwin': if sys.version == '2.2 (#11, Jan 6 2002, 01:00:42) \n[GCC 2.95.2 19991024 (release)]': if Tkinter.TkVersion == 8.4: # The Tk in Bob Ippolito's kitchensink distro had # a bug in Checkbutton Tkinter.Label(cf,text="If you want to check any buttons\n(Mac OS X Tk 8.4a4 bug workaround):").grid(row=cf_row,column=0) cf_row += 1 Tkinter.Button(cf,text="PRESS ME FIRST").grid(row=cf_row,column=0) cf_row += 1 ################## end cf ############################## ################## begin entry_frame ################### entry_frame = Tkinter.Frame(self) entry_frame.grid(row=row,column=1,padx=10,sticky="n") row += 1 ef_row = 0 # frame rate Tkinter.Label(entry_frame,text="What will your monitor refresh's rate be (Hz):").grid(row=ef_row,column=0,sticky=Tkinter.E) self.frame_rate = Tkinter.StringVar() self.frame_rate.set("%s"%str(VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ)) Tkinter.Entry(entry_frame,textvariable=self.frame_rate).grid(row=ef_row,column=1,sticky=Tkinter.W) ef_row += 1 # width Tkinter.Label(entry_frame,text="Window width (pixels):").grid(row=ef_row,column=0,sticky=Tkinter.E) self.width = Tkinter.StringVar() self.width.set("%s"%str(VisionEgg.config.VISIONEGG_SCREEN_W)) Tkinter.Entry(entry_frame,textvariable=self.width).grid(row=ef_row,column=1,sticky=Tkinter.W) ef_row += 1 # height Tkinter.Label(entry_frame,text="Window height (pixels):").grid(row=ef_row,column=0,sticky=Tkinter.E) self.height = Tkinter.StringVar() self.height.set("%s"%str(VisionEgg.config.VISIONEGG_SCREEN_H)) Tkinter.Entry(entry_frame,textvariable=self.height).grid(row=ef_row,column=1,sticky=Tkinter.W) ef_row += 1 # color depth Tkinter.Label(entry_frame,text="Requested total color depth (bits per pixel):").grid(row=ef_row,column=0,sticky=Tkinter.E) self.color_depth = Tkinter.StringVar() self.color_depth.set(str(VisionEgg.config.VISIONEGG_PREFERRED_BPP)) Tkinter.Entry(entry_frame,textvariable=self.color_depth).grid(row=ef_row,column=1,sticky=Tkinter.W) ef_row += 1 # red depth Tkinter.Label(entry_frame,text="Requested red bits per pixel:").grid(row=ef_row,column=0,sticky=Tkinter.E) self.red_depth = Tkinter.StringVar() self.red_depth.set(str(VisionEgg.config.VISIONEGG_REQUEST_RED_BITS)) Tkinter.Entry(entry_frame,textvariable=self.red_depth).grid(row=ef_row,column=1,sticky=Tkinter.W) ef_row += 1 # green depth Tkinter.Label(entry_frame,text="Requested green bits per pixel:").grid(row=ef_row,column=0,sticky=Tkinter.E) self.green_depth = Tkinter.StringVar() self.green_depth.set(str(VisionEgg.config.VISIONEGG_REQUEST_GREEN_BITS)) Tkinter.Entry(entry_frame,textvariable=self.green_depth).grid(row=ef_row,column=1,sticky=Tkinter.W) ef_row += 1 # blue depth Tkinter.Label(entry_frame,text="Requested blue bits per pixel:").grid(row=ef_row,column=0,sticky=Tkinter.E) self.blue_depth = Tkinter.StringVar() self.blue_depth.set(str(VisionEgg.config.VISIONEGG_REQUEST_BLUE_BITS)) Tkinter.Entry(entry_frame,textvariable=self.blue_depth).grid(row=ef_row,column=1,sticky=Tkinter.W) ef_row += 1 # alpha depth Tkinter.Label(entry_frame,text="Requested alpha bits per pixel:").grid(row=ef_row,column=0,sticky=Tkinter.E) self.alpha_depth = Tkinter.StringVar() self.alpha_depth.set(str(VisionEgg.config.VISIONEGG_REQUEST_ALPHA_BITS)) Tkinter.Entry(entry_frame,textvariable=self.alpha_depth).grid(row=ef_row,column=1,sticky=Tkinter.W) ef_row += 1 ################## end entry_frame ################### ################## gamma_frame ################### # gamma stuff row += 1 gamma_frame = Tkinter.Frame(self) gamma_frame.grid(row=row,columnspan=2,sticky="we") self.gamma_source = Tkinter.StringVar() self.gamma_source.set(str(VisionEgg.config.VISIONEGG_GAMMA_SOURCE).lower()) # can be 'none', 'invert', or 'file' Tkinter.Label(gamma_frame, text="Gamma:").grid(row=0,column=0) Tkinter.Radiobutton(gamma_frame, text="Native", value="none", variable = self.gamma_source).grid(row=0,column=1,padx=1) Tkinter.Radiobutton(gamma_frame, text="Quick", value="invert", variable = self.gamma_source).grid(row=0,column=2) Tkinter.Label(gamma_frame, text="R:").grid(row=0,column=3) self.gamma_invert_red = Tkinter.DoubleVar() self.gamma_invert_red.set( VisionEgg.config.VISIONEGG_GAMMA_INVERT_RED ) Tkinter.Entry(gamma_frame, textvariable=self.gamma_invert_red, width=3).grid(row=0,column=4) Tkinter.Label(gamma_frame, text="G:").grid(row=0,column=5) self.gamma_invert_green = Tkinter.DoubleVar() self.gamma_invert_green.set( VisionEgg.config.VISIONEGG_GAMMA_INVERT_GREEN ) Tkinter.Entry(gamma_frame, textvariable=self.gamma_invert_green, width=3).grid(row=0,column=6) Tkinter.Label(gamma_frame, text="B:").grid(row=0,column=7) self.gamma_invert_blue = Tkinter.DoubleVar() self.gamma_invert_blue.set( VisionEgg.config.VISIONEGG_GAMMA_INVERT_BLUE ) Tkinter.Entry(gamma_frame, textvariable=self.gamma_invert_blue, width=3).grid(row=0,column=8) Tkinter.Radiobutton(gamma_frame, text="Custom:", value="file", variable = self.gamma_source).grid(row=0,column=9) self.gamma_file = Tkinter.StringVar() if os.path.isfile(VisionEgg.config.VISIONEGG_GAMMA_FILE): self.gamma_file.set( VisionEgg.config.VISIONEGG_GAMMA_FILE ) else: self.gamma_file.set("") Tkinter.Entry(gamma_frame, textvariable=self.gamma_file, width=15).grid(row=0,column=10) Tkinter.Button(gamma_frame, command=self.set_gamma_file, text="Set...").grid(row=0,column=11) ################## end gamma_frame ################### row += 1 bf = Tkinter.Frame(self) bf.grid(row=row,columnspan=2,sticky=Tkinter.W+Tkinter.E) # Save settings to config file b = Tkinter.Button(bf,text="Save current settings to config file",command=self.save) b.grid(row=0,column=0,padx=20) b.bind('',self.start) # Start button b2 = Tkinter.Button(bf,text="ok",command=self.start) b2.grid(row=0,column=1,padx=20) b2.focus_force() b2.bind('',self.start) # Raise our application on darwin if sys.platform == 'darwin': try: # from Jack Jansen email 20 April 2003 # WMAvailable() returns true if you can use the window # manager, and as a side #effect it raises the # application to the foreground. import MacOS if not MacOS.WMAvailable(): raise "Cannot reach the window manager" except: pass def set_gamma_file(self,dummy_arg=None): filename = tkFileDialog.askopenfilename( parent=self, defaultextension=".ve_gamma", filetypes=[('Configuration file','*.ve_gamma')], initialdir=VisionEgg.config.VISIONEGG_USER_DIR) if not filename: return self.gamma_file.set(filename) def format_string(self,in_str): # This probably a slow way to do things, but it works! min_line_length = 60 in_list = in_str.split() out_str = "" cur_line = "" for word in in_list: cur_line = cur_line + word + " " if len(cur_line) > min_line_length: out_str = out_str + cur_line[:-1] + "\n" cur_line = " " out_str = out_str + cur_line + "\n" return out_str def darwin_maxpriority_tune(self): class DarwinFineTuneDialog(ToplevelDialog): def __init__(self,parent,**cnf): # Bugs in Tk 8.4a4 for Darwin seem to prevent use of "grid" in this dialog ToplevelDialog.__init__(self,**cnf) self.title("Fine tune maximum priority") f = Tkinter.Frame(self) f.pack(expand=1,fill=Tkinter.BOTH,ipadx=2,ipady=2) row = 0 Tkinter.Label(f, text=parent.format_string( """This information is used by the Vision Egg when in "maximum priority" mode. These values fine tune this behavior on the Mac OS X ("darwin") platform. For conventional priority, the valid values range from -20 (highest priority) to 20 (worst priority). In the realtime settings, the numerical values represent a fraction of the total cycles available on the computer. For more information, please refer to http://developer.apple.com/ techpubs/ macosx/ Darwin/ General/ KernelProgramming/ scheduler/ Using_Mach__pplications.html Hint: Try the realtime task method with the framerate as the denominator. """ )).grid(row=row,columnspan=4,column=0) row = 1 # Tkinter.Checkbutton(f,text="Use conventional priority",variable=parent.darwin_conventional).grid(row=row,column=0,columnspan=4) row = 2 # Tkinter.Label(f,text="Conventional priority settings").grid(row=row,column=0,columnspan=2) Tkinter.Radiobutton(f, text="Conventional priority method", variable=parent.darwin_conventional, value=1).grid(row=row,column=0,columnspan=2) row += 1 Tkinter.Label(f,text="Priority").grid(row=row,column=0,sticky=Tkinter.E) Tkinter.Entry(f,textvariable=parent.darwin_priority).grid(row=row,column=1,sticky=Tkinter.W) row = 2 Tkinter.Radiobutton(f, text="Realtime task method", variable=parent.darwin_conventional, value=0).grid(row=row,column=2,columnspan=2) # Tkinter.Label(f,text="Realtime settings").grid(row=row,column=2,columnspan=2) row += 1 Tkinter.Label(f,text="Realtime period denominator").grid(row=row,column=2,sticky=Tkinter.E) Tkinter.Entry(f,textvariable=parent.darwin_realtime_period_denom).grid(row=row,column=3,sticky=Tkinter.W) row += 1 Tkinter.Label(f,text="Realtime computation denominator").grid(row=row,column=2,sticky=Tkinter.E) Tkinter.Entry(f,textvariable=parent.darwin_realtime_computation_denom).grid(row=row,column=3,sticky=Tkinter.W) row += 1 Tkinter.Label(f,text="Realtime constraint denominator").grid(row=row,column=2,sticky=Tkinter.E) Tkinter.Entry(f,textvariable=parent.darwin_realtime_constraint_denom).grid(row=row,column=3,sticky=Tkinter.W) row += 1 Tkinter.Checkbutton(f,text="Do not preempt",variable=parent.darwin_realtime_preemptible).grid(row=row,column=2,columnspan=2) row += 1 Tkinter.Button(f, text="ok",command=self.ok).grid(row=row,column=0,columnspan=4) self.wait_window(self) def ok(self): self.destroy() DarwinFineTuneDialog(parent=self) def _set_config_values(self): VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ = float(self.frame_rate.get()) VisionEgg.config.VISIONEGG_FULLSCREEN = self.fullscreen.get() VisionEgg.config.VISIONEGG_GAMMA_SOURCE = self.gamma_source.get() VisionEgg.config.VISIONEGG_GAMMA_INVERT_RED = self.gamma_invert_red.get() VisionEgg.config.VISIONEGG_GAMMA_INVERT_GREEN = self.gamma_invert_green.get() VisionEgg.config.VISIONEGG_GAMMA_INVERT_BLUE = self.gamma_invert_blue.get() VisionEgg.config.VISIONEGG_GAMMA_FILE = self.gamma_file.get() VisionEgg.config.VISIONEGG_MAXPRIORITY = self.maxpriority.get() VisionEgg.config.VISIONEGG_SYNC_SWAP = self.sync_swap.get() VisionEgg.config.VISIONEGG_FRAMELESS_WINDOW = self.frameless.get() VisionEgg.config.VISIONEGG_HIDE_MOUSE = not self.mouse_visible.get() VisionEgg.config.VISIONEGG_REQUEST_STEREO = self.stereo.get() VisionEgg.config.VISIONEGG_SCREEN_W = int(self.width.get()) VisionEgg.config.VISIONEGG_SCREEN_H = int(self.height.get()) VisionEgg.config.VISIONEGG_PREFERRED_BPP = int(self.color_depth.get()) VisionEgg.config.VISIONEGG_REQUEST_RED_BITS = int(self.red_depth.get()) VisionEgg.config.VISIONEGG_REQUEST_GREEN_BITS = int(self.green_depth.get()) VisionEgg.config.VISIONEGG_REQUEST_BLUE_BITS = int(self.blue_depth.get()) VisionEgg.config.VISIONEGG_REQUEST_ALPHA_BITS = int(self.alpha_depth.get()) if sys.platform=='darwin': # Only used on darwin platform VisionEgg.config.VISIONEGG_DARWIN_MAXPRIORITY_CONVENTIONAL_NOT_REALTIME = self.darwin_conventional.get() VisionEgg.config.VISIONEGG_DARWIN_CONVENTIONAL_PRIORITY = int(self.darwin_priority.get()) VisionEgg.config.VISIONEGG_DARWIN_REALTIME_PERIOD_DENOM = int(self.darwin_realtime_period_denom.get()) VisionEgg.config.VISIONEGG_DARWIN_REALTIME_COMPUTATION_DENOM = int(self.darwin_realtime_computation_denom.get()) VisionEgg.config.VISIONEGG_DARWIN_REALTIME_CONSTRAINT_DENOM = int(self.darwin_realtime_constraint_denom.get()) VisionEgg.config.VISIONEGG_DARWIN_REALTIME_PREEMPTIBLE = int(not self.darwin_realtime_preemptible.get()) if self.show_synclync_option: VisionEgg.config.SYNCLYNC_PRESENT = self.synclync_present.get() def save(self,dummy_arg=None): self._set_config_values() try: VisionEgg.Configuration.save_settings() except IOError, x: try: import tkMessageBox if str(x).find('Permission denied') != -1: tkMessageBox.showerror(title="Permission denied", message="Permission denied when trying to save settings.\n\nTry making a copy of the config file in the Vision Egg user directory %s and making sure you have write permission."%(os.path.abspath(VisionEgg.config.VISIONEGG_USER_DIR),)) except: raise x def start(self,dummy_arg=None): self.clicked_ok = 1 self._set_config_values() for child in self.children.values(): child.destroy() Tkinter.Tk.destroy(self.master) # OK, now close myself class InfoFrame(Tkinter.Frame): def __init__(self,master=None,**cnf): VisionEgg.config._Tkinter_used = True Tkinter.Frame.__init__(self,master,**cnf) Tkinter.Label(self,text="Vision Egg information:").pack() self.sub_frame = Tkinter.Frame(self,relief=Tkinter.GROOVE) self.sub_frame.pack() self.update() def update(self): for child in self.sub_frame.children.values(): child.destroy() if VisionEgg.config.VISIONEGG_FULLSCREEN: Tkinter.Label(self.sub_frame,text="fullscreen mode").pack() else: Tkinter.Label(self.sub_frame,text="window mode").pack() ## if VisionEgg.config.VISIONEGG_TEXTURE_COMPRESSION: ## Tkinter.Label(self.sub_frame,text="Texture compression on").pack() ## else: ## Tkinter.Label(self.sub_frame,text="Texture compression off").pack() #Tkinter.Button(self.sub_frame,text="Update information",command=self.update).pack() class ToplevelDialog(Tkinter.Toplevel): """Base class for a dialog that runs on the top level.""" def __init__(self,**kw): VisionEgg.config._Tkinter_used = True Tkinter.Toplevel.__init__(self,**kw) self.transient(self) def destroy(self): Tkinter.Toplevel.destroy(self) class GetKeypressDialog(ToplevelDialog): """Open a dialog box which returns when a valid key is pressed. Arguments are: master - a Tkinter widget (defaults to None) title - a string for the title bar of the widget text - a string to display as the text in the body of the dialog key_list - a list of acceptable keys, e.g. ['q','1','2',''] The following example will print whatever character was pressed: d = GetKeypressDialog(key_list=['q','1','2','','']) print d.result The implementation is somewhat obscure because a new Tk/Tcl interpreter may be created if this Dialog is called with no master widget.""" def __init__(self, title="Press a key", text="Press a key", key_list=[], **kw): ToplevelDialog.__init__(self,**kw) self.title(title) self.result = None # The dialog box body Tkinter.Label(self.frame, text=text).pack() for key in key_list: self.bind(key,self.keypress) self.wait_window(self) def keypress(self,tkinter_event): self.result = tkinter_event.keysym self.destroy() visionegg-1.2.1/VisionEgg/MoreStimuli.py0000644000076500000240000005244311224565527017427 0ustar astrawstaff# The Vision Egg: MoreStimuli # # Copyright (C) 2001-2003 Andrew Straw. # (C) 2005 by Hertie Institute for Clinical Brain Research, # Department of Cognitive Neurology, University of Tuebingen # (C) 2005,2008 California Institute of Technology # (C) 2006 Peter Jurica and Gijs Plomp # # URL: http://www.visionegg.org # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Assorted stimuli. """ #################################################################### # # Import all the necessary packages # #################################################################### import logging import VisionEgg import VisionEgg.Core import VisionEgg.ParameterTypes as ve_types import numpy.oldnumeric as Numeric import math import VisionEgg.GL as gl # get all OpenGL stuff in one namespace class Target2D(VisionEgg.Core.Stimulus): """Rectanglular stimulus. Parameters ========== anchor -- specifies how position parameter is interpreted (String) Default: center anti_aliasing -- (Boolean) Default: True center -- DEPRECATED: don't use (Sequence2 of Real) Default: (determined at runtime) color -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 1.0, 1.0) on -- draw stimulus? (Boolean) (Boolean) Default: True orientation -- (Real) Default: 0.0 position -- units: eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real)) Default: (320.0, 240.0) size -- units: eye coordinates (Sequence2 of Real) Default: (64.0, 16.0) """ parameters_and_defaults = { 'on':(True, ve_types.Boolean, "draw stimulus? (Boolean)"), 'color':((1.0,1.0,1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real))), 'anti_aliasing':(True, ve_types.Boolean), 'orientation':(0.0, ve_types.Real), 'position' : ( ( 320.0, 240.0 ), ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "units: eye coordinates"), 'anchor' : ('center', ve_types.String, "specifies how position parameter is interpreted"), 'size':((64.0,16.0), ve_types.Sequence2(ve_types.Real), "units: eye coordinates"), 'center' : (None, ve_types.Sequence2(ve_types.Real), "DEPRECATED: don't use"), } __slots__ = ( '_gave_alpha_warning', ) def __init__(self,**kw): VisionEgg.Core.Stimulus.__init__(self,**kw) self._gave_alpha_warning = 0 def draw(self): p = self.parameters # shorthand if p.center is not None: if not hasattr(VisionEgg.config,"_GAVE_CENTER_DEPRECATION"): logger = logging.getLogger('VisionEgg.MoreStimuli') logger.warning("Specifying Target2D by deprecated " "'center' parameter deprecated. Use " "'position' parameter instead. (Allows " "use of 'anchor' parameter to set to " "other values.)") VisionEgg.config._GAVE_CENTER_DEPRECATION = 1 p.anchor = 'center' p.position = p.center[0], p.center[1] # copy values (don't copy ref to tuple) if p.on: # calculate center center = VisionEgg._get_center(p.position,p.anchor,p.size) gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPushMatrix() gl.glTranslate(center[0],center[1],0.0) gl.glRotate(p.orientation,0.0,0.0,1.0) if len(p.color)==3: gl.glColor3f(*p.color) elif len(p.color)==4: gl.glColor4f(*p.color) gl.glDisable(gl.GL_DEPTH_TEST) gl.glDisable(gl.GL_TEXTURE_2D) gl.glBlendFunc(gl.GL_SRC_ALPHA,gl.GL_ONE_MINUS_SRC_ALPHA) gl.glEnable(gl.GL_BLEND) w = p.size[0]/2.0 h = p.size[1]/2.0 gl.glBegin(gl.GL_QUADS) gl.glVertex3f(-w,-h, 0.0) gl.glVertex3f( w,-h, 0.0) gl.glVertex3f( w, h, 0.0) gl.glVertex3f(-w, h, 0.0) gl.glEnd() # GL_QUADS if p.anti_aliasing: if not self._gave_alpha_warning: if len(p.color) > 3 and p.color[3] != 1.0: logger = logging.getLogger('VisionEgg.MoreStimuli') logger.warning("The parameter anti_aliasing is " "set to true in the Target2D " "stimulus class, but the color " "parameter specifies an alpha " "value other than 1.0. To " "acheive anti-aliasing, ensure " "that the alpha value for the " "color parameter is 1.0.") self._gave_alpha_warning = 1 # We've already drawn a filled polygon (aliased), now # redraw the outline of the polygon (with # anti-aliasing). (Using GL_POLYGON_SMOOTH results in # artifactual lines where triangles were joined to # create quad, at least on some OpenGL # implementations.) # Calculate coverage value for each pixel of outline # and store as alpha gl.glEnable(gl.GL_LINE_SMOOTH) # Now specify how to use the alpha value gl.glBlendFunc(gl.GL_SRC_ALPHA,gl.GL_ONE_MINUS_SRC_ALPHA) gl.glEnable(gl.GL_BLEND) # Draw a second polygon in line mode, so the edges are anti-aliased gl.glPolygonMode(gl.GL_FRONT_AND_BACK,gl.GL_LINE) gl.glBegin(gl.GL_QUADS) gl.glVertex3f(-w,-h, 0.0); gl.glVertex3f( w,-h, 0.0); gl.glVertex3f( w, h, 0.0); gl.glVertex3f(-w, h, 0.0); gl.glEnd() # GL_QUADS # Set the polygon mode back to fill mode gl.glPolygonMode(gl.GL_FRONT_AND_BACK,gl.GL_FILL) gl.glDisable(gl.GL_LINE_SMOOTH) gl.glPopMatrix() class Rectangle3D(VisionEgg.Core.Stimulus): """Solid color rectangle positioned explicitly by four vertices. Parameters ========== color -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 1.0, 1.0, 1.0) on -- (Boolean) Default: True vertex1 -- units: eye coordinates (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (-10.0, 0.0, -10.0) vertex2 -- units: eye coordinates (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (-10.0, 0.0, 10.0) vertex3 -- units: eye coordinates (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (10.0, 0.0, 10.0) vertex4 -- units: eye coordinates (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (10.0, 0.0, -10.0) """ parameters_and_defaults = { 'on':(True, ve_types.Boolean), 'blending_enabled':(False, ve_types.Boolean), # different default than TextureStimulus3D due to not break backwards compatibility 'depth_test':(False, ve_types.Boolean), 'color':((1.0,1.0,1.0,1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real))), 'vertex1':(( -10.0, 0.0, -10.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "units: eye coordinates"), 'vertex2':(( -10.0, 0.0, 10.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "units: eye coordinates"), 'vertex3':(( 10.0, 0.0, 10.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "units: eye coordinates"), 'vertex4':(( 10.0, 0.0, -10.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "units: eye coordinates"), } def __init__(self,**kw): VisionEgg.Core.Stimulus.__init__(self,**kw) def draw(self): p = self.parameters # shorthand if p.on: if len(p.color)==3: gl.glColor3f(*p.color) elif len(p.color)==4: gl.glColor4f(*p.color) gl.glDisable(gl.GL_TEXTURE_2D) if p.depth_test: gl.glEnable(gl.GL_DEPTH_TEST) else: gl.glDisable(gl.GL_DEPTH_TEST) if p.blending_enabled: gl.glEnable(gl.GL_BLEND) else: gl.glDisable(gl.GL_BLEND) gl.glBegin(gl.GL_QUADS) gl.glVertex(*p.vertex1) gl.glVertex(*p.vertex2) gl.glVertex(*p.vertex3) gl.glVertex(*p.vertex4) gl.glEnd() # GL_QUADS class Arrow(VisionEgg.Core.Stimulus): """Arrow stimulus. Parameters ========== anchor -- (String) Default: center anti_aliasing -- (Boolean) Default: True color -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 1.0, 1.0) on -- (Boolean) Default: True orientation -- (Real) Default: 0.0 position -- units: eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real)) Default: (320.0, 240.0) size -- (Sequence2 of Real) Default: (64.0, 16.0) """ parameters_and_defaults = { 'on':(True, ve_types.Boolean), 'color':((1.0,1.0,1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real))), 'anti_aliasing':(True, ve_types.Boolean), 'orientation':(0.0, # 0.0 degrees = right, 90.0 degrees = up ve_types.Real), 'position' : ( ( 320.0, 240.0 ), # In eye coordinates ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "units: eye coordinates"), 'anchor' : ('center', ve_types.String), 'size':((64.0,16.0), # In eye coordinates ve_types.Sequence2(ve_types.Real)), } __slots__ = VisionEgg.Core.Stimulus.__slots__ + ( '_gave_alpha_warning', ) def __init__(self,**kw): VisionEgg.Core.Stimulus.__init__(self,**kw) self._gave_alpha_warning = 0 def draw(self): p = self.parameters # Shorthand if p.on: # Calculate center center = VisionEgg._get_center(p.position,p.anchor,p.size) gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPushMatrix() gl.glTranslate(center[0],center[1],0.0) gl.glRotate(-p.orientation,0.0,0.0,1.0) if len(p.color)==3: gl.glColor3f(*p.color) elif len(p.color)==4: gl.glColor4f(*p.color) gl.glDisable(gl.GL_DEPTH_TEST) gl.glDisable(gl.GL_TEXTURE_2D) gl.glBlendFunc(gl.GL_SRC_ALPHA,gl.GL_ONE_MINUS_SRC_ALPHA) gl.glEnable(gl.GL_BLEND) w = p.size[0]/2.0 h = p.size[1]/2.0 gl.glBegin(gl.GL_QUADS) # Draw Rectangle gl.glVertex3f( 0.25*w, h, 0.0) gl.glVertex3f(-w, h, 0.0) gl.glVertex3f(-w,-h, 0.0) gl.glVertex3f( 0.25*w, -h, 0.0) gl.glEnd() # GL_QUADS gl.glBegin(gl.GL_TRIANGLES) # Draw Triangle gl.glVertex3f( 1.00*w, 0.0*h, 0.0) # Top gl.glVertex3f( 0.25*w,-3.0*h, 0.0) gl.glVertex3f( 0.25*w, 3.0*h, 0.0) gl.glEnd() # GL_QUADS if p.anti_aliasing: if not self._gave_alpha_warning: if len(p.color) > 3 and p.color[3] != 1.0: logger = logging.getLogger('VisionEgg.Arrow') logger.warning("The parameter anti_aliasing is " "set to true in the Arrow " "stimulus class, but the color " "parameter specifies an alpha " "value other than 1.0. To " "acheive anti-aliasing, ensure " "that the alpha value for the " "color parameter is 1.0.") self._gave_alpha_warning = 1 # We've already drawn a filled polygon (aliased), now redraw # the outline of the polygon (with anti-aliasing). (Using # GL_POLYGON_SMOOTH results in artifactual lines where # triangles were joined to create quad, at least on some OpenGL # implementations.) # Calculate coverage value for each pixel of outline # and store as alpha gl.glEnable(gl.GL_LINE_SMOOTH) # Now specify how to use the alpha value gl.glBlendFunc(gl.GL_SRC_ALPHA,gl.GL_ONE_MINUS_SRC_ALPHA) gl.glEnable(gl.GL_BLEND) # Draw a second polygon in line mode, so the edges are anti-aliased gl.glPolygonMode(gl.GL_FRONT_AND_BACK,gl.GL_LINE) gl.glBegin(gl.GL_QUADS) gl.glVertex3f( 0.25*w, h, 0.0) # Draw Rectangle gl.glVertex3f(-w, h, 0.0) gl.glVertex3f(-w,-h, 0.0) gl.glVertex3f( 0.25*w, -h, 0.0) gl.glVertex3f( 1.00*w, 0.0*h, 0.0) # Draw Triangle gl.glVertex3f( 0.25*w,-3.0*h, 0.0) gl.glVertex3f( 0.25*w, 3.0*h, 0.0) gl.glEnd() # GL_QUADS # Set the polygon mode back to fill mode gl.glPolygonMode(gl.GL_FRONT_AND_BACK,gl.GL_FILL) gl.glDisable(gl.GL_LINE_SMOOTH) gl.glPopMatrix() class FilledCircle(VisionEgg.Core.Stimulus): """ A circular stimulus, typically used as a fixation point. (Note, this implementation almost certainly could be made faster using display lists.) Parameters ========== anchor -- how position parameter is used (String) Default: center anti_aliasing -- (Boolean) Default: True color -- color (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 1.0, 1.0) num_triangles -- number of triangles used to draw circle (Integer) Default: 51 on -- draw? (Boolean) Default: True position -- position in eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real)) Default: (320.0, 240.0) radius -- radius in eye coordinates (Real) Default: 2.0 """ parameters_and_defaults = VisionEgg.ParameterDefinition({ 'on':(True, ve_types.Boolean, 'draw?'), 'color':((1.0,1.0,1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), 'color'), 'anti_aliasing':(True, ve_types.Boolean), 'position' : ( ( 320.0, 240.0 ), # in eye coordinates ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), 'position in eye coordinates'), 'anchor' : ('center', ve_types.String, 'how position parameter is used'), 'radius':(2.0, ve_types.Real, 'radius in eye coordinates'), 'num_triangles':(51, ve_types.Integer, 'number of triangles used to draw circle'), }) __slots__ = VisionEgg.Core.Stimulus.__slots__ + ( '_gave_alpha_warning', ) def __init__(self,**kw): VisionEgg.Core.Stimulus.__init__(self,**kw) self._gave_alpha_warning = 0 def draw(self): p = self.parameters # shorthand if p.on: # calculate center center = VisionEgg._get_center(p.position,p.anchor,(p.radius, p.radius)) gl.glDisable(gl.GL_DEPTH_TEST) gl.glDisable(gl.GL_TEXTURE_2D) gl.glDisable(gl.GL_BLEND) if len(p.color)==3: gl.glColor3f(*p.color) elif len(p.color)==4: gl.glColor4f(*p.color) # Build filled circle from points # gl.glBegin(gl.GL_POINTS) # radius = int(math.ceil(p.radius)) # for i in range(-radius, radius): # for j in range(-radius, radius): # if(i * i + j * j < radius * radius): # gl.glVertex3f(p.position[0] + i, p.position[1] + j, 0.0) # gl.glEnd() # GL_POINTS # Build filled circle from triangles (this is typically faster # then the commented code above with the points) gl.glBegin(gl.GL_TRIANGLE_FAN) gl.glVertex3f(p.position[0], p.position[1], 0.0) angles = Numeric.arange(p.num_triangles)/float(p.num_triangles)*2.0*math.pi verts = Numeric.zeros( (p.num_triangles,2), Numeric.Float ) verts[:,0] = p.position[0] + p.radius * Numeric.cos(angles) verts[:,1] = p.position[1] + p.radius * Numeric.sin(angles) for i in range(verts.shape[0]): gl.glVertex2fv(verts[i]) gl.glVertex2fv(verts[0]) gl.glEnd() # GL_TRIANGLE_FAN if p.anti_aliasing: if not self._gave_alpha_warning: if len(p.color) > 3 and p.color[3] != 1.0: logger = logging.getLogger('VisionEgg.Arrow') logger.warning("The parameter anti_aliasing is " "set to true in the Arrow " "stimulus class, but the color " "parameter specifies an alpha " "value other than 1.0. To " "acheive anti-aliasing, ensure " "that the alpha value for the " "color parameter is 1.0.") self._gave_alpha_warning = 1 # We've already drawn a filled polygon (aliased), now redraw # the outline of the polygon (with anti-aliasing). (Using # GL_POLYGON_SMOOTH results in artifactual lines where # triangles were joined to create quad, at least on some OpenGL # implementations.) # Calculate coverage value for each pixel of outline # and store as alpha gl.glEnable(gl.GL_LINE_SMOOTH) # Now specify how to use the alpha value gl.glBlendFunc(gl.GL_SRC_ALPHA,gl.GL_ONE_MINUS_SRC_ALPHA) gl.glEnable(gl.GL_BLEND) # Draw a second polygon in line mode, so the edges are anti-aliased gl.glPolygonMode(gl.GL_FRONT_AND_BACK,gl.GL_LINE) gl.glBegin(gl.GL_TRIANGLE_FAN) gl.glVertex3f(p.position[0], p.position[1], 0.0) angles = Numeric.arange(p.num_triangles)/float(p.num_triangles)*2.0*math.pi verts = Numeric.zeros( (p.num_triangles,2), Numeric.Float ) verts[:,0] = p.position[0] + p.radius * Numeric.cos(angles) verts[:,1] = p.position[1] + p.radius * Numeric.sin(angles) for i in range(verts.shape[0]): gl.glVertex2fv(verts[i]) gl.glVertex2fv(verts[0]) gl.glEnd() # GL_TRIANGLE_FAN # Set the polygon mode back to fill mode gl.glPolygonMode(gl.GL_FRONT_AND_BACK,gl.GL_FILL) gl.glDisable(gl.GL_LINE_SMOOTH) visionegg-1.2.1/VisionEgg/movieconvert.c0000755000076500000240000000115211224565530017454 0ustar astrawstaff#include "Python.h" #if defined(__APPLE__) # include #else # include #endif void MovieObj_Convert(PyObject* MovieObj, Movie* outMovie) { PyObject* MovieObj_theMovie; PyObject* MovieObj_theMovie_value; Py_intptr_t ptr_as_int; MovieObj_theMovie = PyObject_GetAttrString(MovieObj,"theMovie"); if (!MovieObj_theMovie) return; MovieObj_theMovie_value = PyObject_GetAttrString(MovieObj_theMovie,"value"); if (!MovieObj_theMovie_value) return; // convert python int -> Movie* ptr_as_int = PyLong_AsLong(MovieObj_theMovie_value); (*outMovie) = (Movie)ptr_as_int; } visionegg-1.2.1/VisionEgg/movieconvert.h0000755000076500000240000000025411224565530017463 0ustar astrawstaff#include "Python.h" #if defined(__APPLE__) # include #else # include #endif void MovieObj_Convert(PyObject* MovieObj, Movie* outMovie); visionegg-1.2.1/VisionEgg/ParameterTypes.py0000644000076500000240000003215711224565527020123 0ustar astrawstaff# The Vision Egg: ParameterTypes # # Copyright (C) 2001-2003 Andrew Straw # Copyright (C) 2005,2008 California Insitute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Type checking for the Vision Egg. """ import VisionEgg import types, warnings import numpy import numpy.oldnumeric as numpyNumeric array_types = [numpy.ndarray] # Allow use of numarray and original Numeric Texture data without requiring either try: import numarray array_types.append( numarray.numarraycore.NumArray ) except ImportError: pass try: import Numeric as orig_Numeric array_types.append( orig_Numeric.ArrayType ) except ImportError: pass class ParameterTypeDef(object): """Base class for all parameter type definitions""" def verify(value): # override this method with type-checking code raise RuntimeError('must override base class method verify') verify = staticmethod(verify) def get_all_classes_list(klass): #assert(type(klass) == types.ClassType) result = [klass] for base_klass in klass.__bases__: result.extend(get_all_classes_list(base_klass)) return result def is_parameter_type_def(item_type): if type(item_type) == types.ClassType: if Sequence in get_all_classes_list(item_type): raise TypeError("Sequence definition must be an instance (with a contained type).") else: return ParameterTypeDef in get_all_classes_list(item_type) elif isinstance(item_type,ParameterTypeDef): return True elif issubclass(item_type,ParameterTypeDef): # for new style classes return True elif item_type == types.NoneType: warnings.warn("types.NoneType will stop being a supported type "+\ "argument. Please call "+\ "VisionEgg.ParameterTypes.get_type(None) to get the "+\ "supported value",DeprecationWarning,stacklevel=2) return True else: return False class AnyOf(ParameterTypeDef): def __init__(self,*item_types): for item_type in item_types: if not is_parameter_type_def(item_type): raise TypeError("%s is not a valid type definition") self.item_types = item_types def __str__(self): return 'AnyOf(%s)'%(' or '.join(map(str,self.item_types))) def verify(self,is_any_of): for item_type in self.item_types: if item_type.verify(is_any_of): return True return False def get_item_types(self): return self.item_types class NoneMC(type): """metaclass for NoneType""" def __str__(self): return 'None' class NoneType(ParameterTypeDef): __metaclass__ = NoneMC def verify(is_none): return is_none is None verify = staticmethod(verify) class BooleanMC(type): """metaclass for Boolean""" def __str__(self): return 'Boolean' class Boolean(ParameterTypeDef): __metaclass__ = BooleanMC def verify(is_boolean): if isinstance(is_boolean,(bool,int,numpy.integer)): return True else: return False verify = staticmethod(verify) class CallableMC(type): """metaclass for Callable""" def __str__(self): return 'Callable' class Callable(ParameterTypeDef): __metaclass__ = CallableMC def verify(is_callable): return callable(is_callable) verify = staticmethod(verify) class AnyClassMC(type): """metaclass for AnyClass""" def __str__(self): return 'AnyClass' class AnyClass(ParameterTypeDef): """parameter is a class""" __metaclass__ = AnyClassMC def verify(is_class): return type(is_class) == types.ClassType verify = staticmethod(verify) class SubClass(ParameterTypeDef): """parameter is derived from base_class""" def __init__(self,base_class): if type(base_class) != types.ClassType: raise TypeError("base_class must be ClassType") self.base_class = base_class def verify(self,is_class): if type(self.base_class) != types.ClassType: return False return self.base_class in get_all_classes_list(is_class) def __str__(self): return 'SubClass of %s'%str(self.base_class) class Instance(ParameterTypeDef): """parameter is an instance of class_type""" def __init__(self,class_type): if type(class_type) not in (types.ClassType, types.TypeType): raise TypeError("expected a class type") self.class_type = class_type def __str__(self): contained_string = str(self.class_type) return 'Instance of %s'%contained_string def verify(self,is_instance): return isinstance(is_instance,self.class_type) class IntegerMC(type): """metaclass for Integer""" def __str__(self): return 'Integer' class Integer(ParameterTypeDef): __metaclass__ = IntegerMC def verify(is_integer): return isinstance(is_integer,(int,numpy.integer)) verify = staticmethod(verify) class UnsignedIntegerMC(IntegerMC): """metaclass for UnsignedInteger""" def __str__(self): return 'UnsignedInteger' class UnsignedInteger(Integer): __metaclass__ = UnsignedIntegerMC def verify(is_unsigned_integer): if not Integer.verify(is_unsigned_integer): return False return is_unsigned_integer >= 0 verify = staticmethod(verify) class RealMC(type): """metaclass for Real""" def __str__(self): return 'Real' class Real(ParameterTypeDef): __metaclass__ = RealMC def verify(is_real): if isinstance(is_real, (int, float, numpy.floating, numpy.integer)): return True elif type(is_real) in array_types: # scalars can be Numeric arrays if len(is_real.shape)==0: try: float(is_real) return True except: return False return False verify = staticmethod(verify) class Sequence(ParameterTypeDef): """A tuple, list or Numeric array""" def __init__(self,item_type): if not is_parameter_type_def(item_type): raise TypeError("%s is not a valid type definition"%item_type) self.item_type = item_type def __str__(self): contained_string = str(self.item_type) return 'Sequence of %s'%contained_string def verify(self,is_sequence): try: len(is_sequence) except TypeError: return False for i in xrange(len(is_sequence)): if not self.item_type.verify(is_sequence[i]): return False return True class Sequence2(Sequence): def __str__(self): contained_string = str(self.item_type) return 'Sequence2 of %s'%contained_string def verify(self,is_sequence2): if not Sequence.verify(self,is_sequence2): return False if not len(is_sequence2) == 2: return False return True class Sequence3(Sequence): def __str__(self): contained_string = str(self.item_type) return 'Sequence3 of %s'%contained_string def verify(self,is_sequence3): if not Sequence.verify(self,is_sequence3): return False if not len(is_sequence3) == 3: return False return True class Sequence4(Sequence): def __str__(self): contained_string = str(self.item_type) return 'Sequence4 of %s'%contained_string def verify(self,is_sequence4): if not Sequence.verify(self,is_sequence4): return False if not len(is_sequence4) == 4: return False return True class Sequence4x4(Sequence4): def __str__(self): contained_string = str(self.item_type) return 'Sequence4x4 of %s'%contained_string def verify(self,is_sequence4x4): try: len(is_sequence4x4) except TypeError: return False if not len(is_sequence4x4) == 4: return False for i in range(4): if not Sequence4.verify(self,is_sequence4x4[i]): return False return True class StringMC(type): """metaclass for String""" def __str__(self): return 'String' class String(ParameterTypeDef): __metaclass__ = StringMC def verify(is_string): if isinstance(is_string,str): return True else: return False verify = staticmethod(verify) class UnicodeMC(type): """metaclass for Unicode""" def __str__(self): return 'Unicode' class Unicode(ParameterTypeDef): __metaclass__ = UnicodeMC def verify(is_unicode): if isinstance(is_unicode,unicode): return True else: return False verify = staticmethod(verify) def get_type(value): """Take a value and return best guess of ParameterTypeDef it is.""" py_type = type(value) if isinstance(value,bool): return Boolean elif value is None: return NoneType elif isinstance(value,(int,numpy.integer)): if py_type >= 0: return UnsignedInteger else: return Integer elif isinstance(value,(float,numpy.floating)): return Real elif py_type == types.InstanceType: # hmm, impossible to figure out appropriate class of all possible base classes return Instance(value.__class__) elif callable(value): return Callable elif isinstance(value,str): return String elif isinstance(value,unicode): return Unicode else: try: len(value) except TypeError: is_sequence = False else: is_sequence = True if is_sequence: if len(value) == 4: # see if it's a 4x4 sequence is_sequence4x4 = True for i in range(4): try: len(value[i]) except TypeError: is_sequence4x4 = False if is_sequence4x4: sequence4x4_type = get_type(value[0][0]) # XXX assume all same types return Sequence4x4(sequence4x4_type) if type(value) == str: return String lcd_type = get_type(value[0]) # lowest common denominator type for i in range(len(value)): this_type = get_type(value[i]) if lcd_type != this_type: # find lowest common denominator type if lcd_type.verify( this_type ): continue # covered by lowest common denominator elif this_type.verify( lcd_type ): lcd_type = this_type # new lowest common denominator else: lcd_type = AnyOf( lcd_type, this_type ) # make new lowest common denominator sequence_type = lcd_type if len(value) == 2: return Sequence2(sequence_type) elif len(value) == 3: return Sequence3(sequence_type) elif len(value) == 4: return Sequence4(sequence_type) else: return Sequence(sequence_type) # finally, one last check: if isinstance(value, object): # new style class # hmm, impossible to figure out appropriate class of all possible base classes return Instance(value.__class__) else: raise TypeError("Unable to determine type for '%s'"%value) def assert_type(check_type,require_type): if not is_parameter_type_def(check_type): raise ValueError("require a ParameterTypeDef as argument (not %s)"%check_type) if not is_parameter_type_def(require_type): raise ValueError("require a ParameterTypeDef as argument (not %s)"%require_type) if check_type == require_type: return if check_type in (Integer,UnsignedInteger) and require_type == Boolean: return # let integers pass as booleans # XXX doesn't check if Instance is actually instance of proper class if isinstance(check_type,ParameterTypeDef): check_class = check_type.__class__ else: check_class = check_type if isinstance(require_type,ParameterTypeDef): if isinstance(require_type,AnyOf): passed = False for ok_type in require_type.get_item_types(): try: assert_type(check_type, ok_type ) return # it's ok except: pass raise TypeError("%s not of type %s"%(check_type,require_type)) else: require_class = require_type.__class__ else: require_class = require_type if require_class in get_all_classes_list(check_class): return if issubclass(require_class,Real): if issubclass(check_class,Boolean): return elif issubclass(check_class,Integer): return if issubclass(require_class,Integer): if issubclass(check_class,Boolean): return raise TypeError("%s not of type %s"%(check_type,require_type)) visionegg-1.2.1/VisionEgg/PlatformDependent.py0000644000076500000240000002530611224565527020567 0ustar astrawstaff# The Vision Egg: PlatformDependent # # Copyright (C) 2001-2003 Andrew Straw. # Copyright (C) 2008 California Institute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Implementations of functions which vary by platform. """ #################################################################### # # Import all the necessary packages # #################################################################### import logging import sys, os import VisionEgg import VisionEgg.Core import VisionEgg.GL as gl # get all OpenGL stuff in one namespace def set_priority(*args,**kw): """Set the priority of the Vision Egg application. Defaults to maximum priority, but can be changed via keyword arguments. Raises an exception on failure. """ # potential keywords parse_me = ["darwin_realtime_period_denom", "darwin_realtime_computation_denom", "darwin_realtime_constraint_denom", "darwin_realtime_preemptible", "darwin_maxpriority_conventional_not_realtime", "darwin_conventional_priority", "darwin_pthread_priority"] logger = logging.getLogger('VisionEgg.PlatformDependent') params = {} # set variable in local namespace for word in parse_me: # set the value from VisionEgg.config config_name = "VISIONEGG_"+word.upper() if hasattr(VisionEgg.config,config_name): value = getattr(VisionEgg.config,config_name) else: value = None # override default value if present in keyword arguments if word in kw.keys(): value = kw[word] if value is not None: params[word] = value if sys.platform == 'darwin': # Everything to support realtime in Apple Mac OS X is based on # the following two things: # # 1) http://developer.apple.com/techpubs/macosx/Darwin/General/KernelProgramming/scheduler/Using_Mach__pplications.html # # 2) The Mac OS X port of the Esound daemon. import darwin_maxpriority if params['darwin_maxpriority_conventional_not_realtime']: process = darwin_maxpriority.PRIO_PROCESS policy = darwin_maxpriority.SCHED_RR logger.info("Setting max priority mode for darwin platform " "using conventional priority %d."%( params['darwin_conventional_priority'],)) # set the priority of the current process darwin_maxpriority.setpriority(process,0,params['darwin_conventional_priority']) # This sets the pthread priority, which only prioritizes # threads in the process. Might as well do it, but it # shouldn't matter unless we're running multi-threaded. darwin_pthread_priority = params['darwin_pthread_priority'] if darwin_pthread_priority == "max": # should otherwise be an int darwin_pthread_priority = darwin_maxpriority.sched_get_priority_max(policy) if darwin_maxpriority.set_self_pthread_priority(policy, darwin_pthread_priority) == -1: raise RuntimeError("set_self_pthread failed.") else: bus_speed = darwin_maxpriority.get_bus_speed() logger.info("Setting max priority mode for darwin platform " "using realtime threads. ( period = %d / %d, " "computation = %d / %d, constraint = %d / %d, " "preemptible = %d )" % ( bus_speed, params['darwin_realtime_period_denom'], bus_speed, params['darwin_realtime_computation_denom'], bus_speed, params['darwin_realtime_constraint_denom'], params['darwin_realtime_preemptible'] )) period = bus_speed / params['darwin_realtime_period_denom'] computation = bus_speed / params['darwin_realtime_computation_denom'] constraint = bus_speed / params['darwin_realtime_constraint_denom'] preemptible = params['darwin_realtime_preemptible'] darwin_maxpriority.set_self_thread_time_constraint_policy( period, computation, constraint, preemptible ) elif sys.platform == 'win32': import win32_maxpriority logger.info("Setting priority for win32 platform to " "HIGH_PRIORITY_CLASS, THREAD_PRIORITY_HIGHEST. " "(This is Microsoft's maximum recommended priority, " "but you could still raise it higher.)") win32_maxpriority.set_self_process_priority_class( win32_maxpriority.HIGH_PRIORITY_CLASS ) win32_maxpriority.set_self_thread_priority( win32_maxpriority.THREAD_PRIORITY_HIGHEST) elif sys.platform.startswith('irix') or sys.platform.startswith('linux') or sys.platform.startswith('posix'): import posix_maxpriority policy = posix_maxpriority.SCHED_FIFO max_priority = posix_maxpriority.sched_get_priority_max( policy ) logger.info("Setting priority for POSIX-compatible platform to " "policy SCHED_FIFO and priority to " "%d"%max_priority) posix_maxpriority.set_self_policy_priority( policy, max_priority ) # Fails if you don't have permission (try running as root) posix_maxpriority.stop_memory_paging() else: raise RuntimeError("Cannot change priority. Unknown platform '%s'"%sys.platform) def linux_but_unknown_drivers(): """Warn that platform is linux, but drivers not known.""" # If you've added support for other drivers to sync with VBLANK under # linux, please let me know how! logger = logging.getLogger('VisionEgg.PlatformDependent') logger.warning("Could not sync buffer swapping to vblank because " "you are running linux but not known/supported " "drivers (only nVidia and recent Mesa DRI Radeon " "currently supported).") def sync_swap_with_vbl_pre_gl_init(): """Try to synchronize buffer swapping and vertical retrace before starting OpenGL.""" success = 0 if sys.platform.startswith("linux"): # Unfotunately, cannot check do glGetString(GL_VENDOR) to # check if drivers are nVidia because we have to do that requires # OpenGL context started, but this variable must be set # before OpenGL context started! # Assume drivers are nVidia or recent ATI VisionEgg.Core.add_gl_assumption("__SPECIAL__","linux_nvidia_or_new_ATI",linux_but_unknown_drivers) # Set for nVidia linux os.environ["__GL_SYNC_TO_VBLANK"] = "1" # Set for recent linux Mesa DRI Radeon os.environ["LIBGL_SYNC_REFRESH"] = "1" success = 1 elif sys.platform.startswith("irix"): # I think this is set using the GLX swap_control SGI # extension. A C extension could be to be written to change # this value. (It probably cannot be set through an OpenGL # extension or an SDL/pygame feature.) logger = logging.getLogger('VisionEgg.PlatformDependent') logger.info("IRIX platform detected, assuming retrace sync.") return success def sync_swap_with_vbl_post_gl_init(): """Try to synchronize buffer swapping and vertical retrace after starting OpenGL.""" success = 0 try: if sys.platform == "win32": import OpenGL.WGL.EXT.swap_control if OpenGL.WGL.EXT.swap_control.wglInitSwapControlARB(): # Returns 1 if it's working OpenGL.WGL.EXT.swap_control.wglSwapIntervalEXT(1) # Swap only at frame syncs if OpenGL.WGL.EXT.swap_control.wglGetSwapIntervalEXT() == 1: success = 1 elif sys.platform == "darwin": try: import _darwin_sync_swap _darwin_sync_swap.sync_swap() success = 1 except Exception,x: logger = logging.getLogger('VisionEgg.PlatformDependent') logger.warning("Failed trying to synchronize buffer " "swapping on darwin: %s: %s"%(str(x.__class__),str(x))) except: pass return success def query_refresh_rate(screen): if sys.platform == 'win32': import win32_getrefresh return win32_getrefresh.getrefresh() elif sys.platform == 'darwin': import darwin_getrefresh return darwin_getrefresh.getrefresh() else: raise NotImplementedError("Platform dependent code to query frame rate not implemented on this platform.") def attempt_to_load_multitexturing(): """Attempt to load multitexturing functions and constants. Inserts the results into the gl module, which makes them globally available.""" logger = logging.getLogger('VisionEgg.PlatformDependent') try: import ctypes if sys.platform.startswith('linux'): libGL = ctypes.cdll.LoadLibrary('/usr/lib/libGL.so') elif sys.platform == 'win32': libGL = ctypes.cdll.LoadLibrary('opengl32.dll') else: raise NotImplementedError("ctypes support not added for this platform") # make sure libGL has the appropriate functions libGL.glGetString.restype = ctypes.c_char_p vers = libGL.glGetString( ctypes.c_int( gl.GL_VERSION ) ) logger.debug("ctypes loaded OpenGL %s"%vers) gl.glActiveTexture = libGL.glActiveTexture gl.glActiveTexture.argtypes = [ctypes.c_int] gl.glMultiTexCoord2f = libGL.glMultiTexCoord2f gl.glMultiTexCoord2f.argtypes = [ctypes.c_int, ctypes.c_float, ctypes.c_float] # assign constants found by looking at gl.h gl.GL_TEXTURE0 = 0x84C0 gl.GL_TEXTURE1 = 0x84C1 logger.debug("ctypes loaded OpenGL library and multitexture names " "are present. Workaround appears successful. ") except Exception, x: logger.debug("ctypes loading of OpenGL library failed %s: " "%s"%(x.__class__, str(x))) if VisionEgg.Core.init_gl_extension('ARB','multitexture'): # copy from extenstion gl.glActiveTexture = gl.glActiveTextureARB gl.glMultiTexCoord2f = gl.glMultiTexCoord2fARB gl.GL_TEXTURE0 = gl.GL_TEXTURE0_ARB gl.GL_TEXTURE1 = gl.GL_TEXTURE1_ARB logger.debug("loaded multitexturing ARB extension") else: logger.warning("multitexturing not available after trying " "ctypes and the OpenGL ARB extension. Some " "features will not be available") visionegg-1.2.1/VisionEgg/posix_maxpriority.c0000644000076500000240000000074411224565530020550 0ustar astrawstaff#include #include #include int set_self_policy_priority( int policy, int priority ); int stop_memory_paging( void ); int set_self_policy_priority( int policy, int priority ) { struct sched_param params; params.sched_priority = priority; return sched_setscheduler(0,policy,¶ms); } int stop_memory_paging( void ) { #if defined(MCL_CURRENT) && defined(MCL_FUTURE) return mlockall( MCL_CURRENT | MCL_FUTURE ); #else return 0; #endif } visionegg-1.2.1/VisionEgg/posix_maxpriority.py0000644000076500000240000000274111224565530020755 0ustar astrawstaff# This file was created automatically by SWIG. # Don't modify this file, modify the SWIG interface instead. # This file is compatible with both classic and new-style classes. import _posix_maxpriority def _swig_setattr_nondynamic(self,class_type,name,value,static=1): if (name == "this"): if isinstance(value, class_type): self.__dict__[name] = value.this if hasattr(value,"thisown"): self.__dict__["thisown"] = value.thisown del value.thisown return method = class_type.__swig_setmethods__.get(name,None) if method: return method(self,value) if (not static) or hasattr(self,name) or (name == "thisown"): self.__dict__[name] = value else: raise AttributeError("You cannot add attributes to %s" % self) def _swig_setattr(self,class_type,name,value): return _swig_setattr_nondynamic(self,class_type,name,value,0) def _swig_getattr(self,class_type,name): method = class_type.__swig_getmethods__.get(name,None) if method: return method(self) raise AttributeError,name import types try: _object = types.ObjectType _newclass = 1 except AttributeError: class _object : pass _newclass = 0 del types SCHED_RR = _posix_maxpriority.SCHED_RR SCHED_FIFO = _posix_maxpriority.SCHED_FIFO set_self_policy_priority = _posix_maxpriority.set_self_policy_priority stop_memory_paging = _posix_maxpriority.stop_memory_paging sched_get_priority_max = _posix_maxpriority.sched_get_priority_max visionegg-1.2.1/VisionEgg/posix_maxpriority_wrap.c0000644000076500000240000015070111224565530021600 0ustar astrawstaff/* ---------------------------------------------------------------------------- * This file was automatically generated by SWIG (http://www.swig.org). * Version 1.3.24 * * This file is not intended to be easily readable and contains a number of * coding conventions designed to improve portability and efficiency. Do not make * changes to this file unless you know what you are doing--modify the SWIG * interface file instead. * ----------------------------------------------------------------------------- */ #define SWIGPYTHON #ifndef SWIG_TEMPLATE_DISAMBIGUATOR # if defined(__SUNPRO_CC) # define SWIG_TEMPLATE_DISAMBIGUATOR template # else # define SWIG_TEMPLATE_DISAMBIGUATOR # endif #endif #include /*********************************************************************** * swigrun.swg * * This file contains generic CAPI SWIG runtime support for pointer * type checking. * ************************************************************************/ /* This should only be incremented when either the layout of swig_type_info changes, or for whatever reason, the runtime changes incompatibly */ #define SWIG_RUNTIME_VERSION "1" /* define SWIG_TYPE_TABLE_NAME as "SWIG_TYPE_TABLE" */ #ifdef SWIG_TYPE_TABLE #define SWIG_QUOTE_STRING(x) #x #define SWIG_EXPAND_AND_QUOTE_STRING(x) SWIG_QUOTE_STRING(x) #define SWIG_TYPE_TABLE_NAME SWIG_EXPAND_AND_QUOTE_STRING(SWIG_TYPE_TABLE) #else #define SWIG_TYPE_TABLE_NAME #endif #include #ifndef SWIGINLINE #if defined(__cplusplus) || (defined(__GNUC__) && !defined(__STRICT_ANSI__)) # define SWIGINLINE inline #else # define SWIGINLINE #endif #endif /* You can use the SWIGRUNTIME and SWIGRUNTIMEINLINE macros for creating a static or dynamic library from the swig runtime code. In 99.9% of the cases, swig just needs to declare them as 'static'. But only do this if is strictly necessary, ie, if you have problems with your compiler or so. */ #ifndef SWIGRUNTIME #define SWIGRUNTIME static #endif #ifndef SWIGRUNTIMEINLINE #define SWIGRUNTIMEINLINE SWIGRUNTIME SWIGINLINE #endif #ifdef __cplusplus extern "C" { #endif typedef void *(*swig_converter_func)(void *); typedef struct swig_type_info *(*swig_dycast_func)(void **); typedef struct swig_type_info { const char *name; swig_converter_func converter; const char *str; void *clientdata; swig_dycast_func dcast; struct swig_type_info *next; struct swig_type_info *prev; } swig_type_info; /* Compare two type names skipping the space characters, therefore "char*" == "char *" and "Class" == "Class", etc. Return 0 when the two name types are equivalent, as in strncmp, but skipping ' '. */ SWIGRUNTIME int SWIG_TypeNameComp(const char *f1, const char *l1, const char *f2, const char *l2) { for (;(f1 != l1) && (f2 != l2); ++f1, ++f2) { while ((*f1 == ' ') && (f1 != l1)) ++f1; while ((*f2 == ' ') && (f2 != l2)) ++f2; if (*f1 != *f2) return *f1 - *f2; } return (l1 - f1) - (l2 - f2); } /* Check type equivalence in a name list like ||... */ SWIGRUNTIME int SWIG_TypeEquiv(const char *nb, const char *tb) { int equiv = 0; const char* te = tb + strlen(tb); const char* ne = nb; while (!equiv && *ne) { for (nb = ne; *ne; ++ne) { if (*ne == '|') break; } equiv = SWIG_TypeNameComp(nb, ne, tb, te) == 0; if (*ne) ++ne; } return equiv; } /* Register a type mapping with the type-checking */ SWIGRUNTIME swig_type_info * SWIG_TypeRegisterTL(swig_type_info **tl, swig_type_info *ti) { swig_type_info *tc, *head, *ret, *next; /* Check to see if this type has already been registered */ tc = *tl; while (tc) { /* check simple type equivalence */ int typeequiv = (strcmp(tc->name, ti->name) == 0); /* check full type equivalence, resolving typedefs */ if (!typeequiv) { /* only if tc is not a typedef (no '|' on it) */ if (tc->str && ti->str && !strstr(tc->str,"|")) { typeequiv = SWIG_TypeEquiv(ti->str,tc->str); } } if (typeequiv) { /* Already exists in the table. Just add additional types to the list */ if (ti->clientdata) tc->clientdata = ti->clientdata; head = tc; next = tc->next; goto l1; } tc = tc->prev; } head = ti; next = 0; /* Place in list */ ti->prev = *tl; *tl = ti; /* Build linked lists */ l1: ret = head; tc = ti + 1; /* Patch up the rest of the links */ while (tc->name) { head->next = tc; tc->prev = head; head = tc; tc++; } if (next) next->prev = head; head->next = next; return ret; } /* Check the typename */ SWIGRUNTIME swig_type_info * SWIG_TypeCheck(const char *c, swig_type_info *ty) { swig_type_info *s; if (!ty) return 0; /* Void pointer */ s = ty->next; /* First element always just a name */ do { if (strcmp(s->name,c) == 0) { if (s == ty->next) return s; /* Move s to the top of the linked list */ s->prev->next = s->next; if (s->next) { s->next->prev = s->prev; } /* Insert s as second element in the list */ s->next = ty->next; if (ty->next) ty->next->prev = s; ty->next = s; s->prev = ty; return s; } s = s->next; } while (s && (s != ty->next)); return 0; } /* Cast a pointer up an inheritance hierarchy */ SWIGRUNTIMEINLINE void * SWIG_TypeCast(swig_type_info *ty, void *ptr) { return ((!ty) || (!ty->converter)) ? ptr : (*ty->converter)(ptr); } /* Dynamic pointer casting. Down an inheritance hierarchy */ SWIGRUNTIME swig_type_info * SWIG_TypeDynamicCast(swig_type_info *ty, void **ptr) { swig_type_info *lastty = ty; if (!ty || !ty->dcast) return ty; while (ty && (ty->dcast)) { ty = (*ty->dcast)(ptr); if (ty) lastty = ty; } return lastty; } /* Return the name associated with this type */ SWIGRUNTIMEINLINE const char * SWIG_TypeName(const swig_type_info *ty) { return ty->name; } /* Return the pretty name associated with this type, that is an unmangled type name in a form presentable to the user. */ SWIGRUNTIME const char * SWIG_TypePrettyName(const swig_type_info *type) { /* The "str" field contains the equivalent pretty names of the type, separated by vertical-bar characters. We choose to print the last name, as it is often (?) the most specific. */ if (type->str != NULL) { const char *last_name = type->str; const char *s; for (s = type->str; *s; s++) if (*s == '|') last_name = s+1; return last_name; } else return type->name; } /* Search for a swig_type_info structure */ SWIGRUNTIME swig_type_info * SWIG_TypeQueryTL(swig_type_info *tl, const char *name) { swig_type_info *ty = tl; while (ty) { if (ty->str && (SWIG_TypeEquiv(ty->str,name))) return ty; if (ty->name && (strcmp(name,ty->name) == 0)) return ty; ty = ty->prev; } return 0; } /* Set the clientdata field for a type */ SWIGRUNTIME void SWIG_TypeClientDataTL(swig_type_info *tl, swig_type_info *ti, void *clientdata) { swig_type_info *tc, *equiv; if (ti->clientdata) return; /* if (ti->clientdata == clientdata) return; */ ti->clientdata = clientdata; equiv = ti->next; while (equiv) { if (!equiv->converter) { tc = tl; while (tc) { if ((strcmp(tc->name, equiv->name) == 0)) SWIG_TypeClientDataTL(tl,tc,clientdata); tc = tc->prev; } } equiv = equiv->next; } } /* Pack binary data into a string */ SWIGRUNTIME char * SWIG_PackData(char *c, void *ptr, size_t sz) { static char hex[17] = "0123456789abcdef"; unsigned char *u = (unsigned char *) ptr; const unsigned char *eu = u + sz; register unsigned char uu; for (; u != eu; ++u) { uu = *u; *(c++) = hex[(uu & 0xf0) >> 4]; *(c++) = hex[uu & 0xf]; } return c; } /* Unpack binary data from a string */ SWIGRUNTIME const char * SWIG_UnpackData(const char *c, void *ptr, size_t sz) { register unsigned char *u = (unsigned char *) ptr; register const unsigned char *eu = u + sz; for (; u != eu; ++u) { register int d = *(c++); register unsigned char uu = 0; if ((d >= '0') && (d <= '9')) uu = ((d - '0') << 4); else if ((d >= 'a') && (d <= 'f')) uu = ((d - ('a'-10)) << 4); else return (char *) 0; d = *(c++); if ((d >= '0') && (d <= '9')) uu |= (d - '0'); else if ((d >= 'a') && (d <= 'f')) uu |= (d - ('a'-10)); else return (char *) 0; *u = uu; } return c; } /* This function will propagate the clientdata field of type to any new swig_type_info structures that have been added into the list of equivalent types. It is like calling SWIG_TypeClientData(type, clientdata) a second time. */ SWIGRUNTIME void SWIG_PropagateClientDataTL(swig_type_info *tl, swig_type_info *type) { swig_type_info *equiv = type->next; swig_type_info *tc; if (!type->clientdata) return; while (equiv) { if (!equiv->converter) { tc = tl; while (tc) { if ((strcmp(tc->name, equiv->name) == 0) && !tc->clientdata) SWIG_TypeClientDataTL(tl,tc, type->clientdata); tc = tc->prev; } } equiv = equiv->next; } } /* Pack 'void *' into a string buffer. */ SWIGRUNTIME char * SWIG_PackVoidPtr(char *buff, void *ptr, const char *name, size_t bsz) { char *r = buff; if ((2*sizeof(void *) + 2) > bsz) return 0; *(r++) = '_'; r = SWIG_PackData(r,&ptr,sizeof(void *)); if (strlen(name) + 1 > (bsz - (r - buff))) return 0; strcpy(r,name); return buff; } SWIGRUNTIME const char * SWIG_UnpackVoidPtr(const char *c, void **ptr, const char *name) { if (*c != '_') { if (strcmp(c,"NULL") == 0) { *ptr = (void *) 0; return name; } else { return 0; } } return SWIG_UnpackData(++c,ptr,sizeof(void *)); } SWIGRUNTIME char * SWIG_PackDataName(char *buff, void *ptr, size_t sz, const char *name, size_t bsz) { char *r = buff; size_t lname = (name ? strlen(name) : 0); if ((2*sz + 2 + lname) > bsz) return 0; *(r++) = '_'; r = SWIG_PackData(r,ptr,sz); if (lname) { strncpy(r,name,lname+1); } else { *r = 0; } return buff; } SWIGRUNTIME const char * SWIG_UnpackDataName(const char *c, void *ptr, size_t sz, const char *name) { if (*c != '_') { if (strcmp(c,"NULL") == 0) { memset(ptr,0,sz); return name; } else { return 0; } } return SWIG_UnpackData(++c,ptr,sz); } #ifdef __cplusplus } #endif /*********************************************************************** * common.swg * * This file contains generic SWIG runtime support for pointer * type checking as well as a few commonly used macros to control * external linkage. * * Author : David Beazley (beazley@cs.uchicago.edu) * * Copyright (c) 1999-2000, The University of Chicago * * This file may be freely redistributed without license or fee provided * this copyright message remains intact. ************************************************************************/ #if defined(_WIN32) || defined(__WIN32__) || defined(__CYGWIN__) # if !defined(STATIC_LINKED) # define SWIGEXPORT(a) __declspec(dllexport) a # else # define SWIGEXPORT(a) a # endif #else # define SWIGEXPORT(a) a #endif #ifdef __cplusplus extern "C" { #endif /*************************************************************************/ /* The static type info list */ static swig_type_info *swig_type_list = 0; static swig_type_info **swig_type_list_handle = &swig_type_list; /* Register a type mapping with the type-checking */ static swig_type_info * SWIG_TypeRegister(swig_type_info *ti) { return SWIG_TypeRegisterTL(swig_type_list_handle, ti); } /* Search for a swig_type_info structure */ static swig_type_info * SWIG_TypeQuery(const char *name) { return SWIG_TypeQueryTL(*swig_type_list_handle, name); } /* Set the clientdata field for a type */ static void SWIG_TypeClientData(swig_type_info *ti, void *clientdata) { SWIG_TypeClientDataTL(*swig_type_list_handle, ti, clientdata); } /* This function will propagate the clientdata field of type to * any new swig_type_info structures that have been added into the list * of equivalent types. It is like calling * SWIG_TypeClientData(type, clientdata) a second time. */ static void SWIG_PropagateClientData(swig_type_info *type) { SWIG_PropagateClientDataTL(*swig_type_list_handle, type); } #ifdef __cplusplus } #endif /* ----------------------------------------------------------------------------- * SWIG API. Portion that goes into the runtime * ----------------------------------------------------------------------------- */ #ifdef __cplusplus extern "C" { #endif /* ----------------------------------------------------------------------------- * for internal method declarations * ----------------------------------------------------------------------------- */ #ifndef SWIGINTERN #define SWIGINTERN static #endif #ifndef SWIGINTERNSHORT #ifdef __cplusplus #define SWIGINTERNSHORT static inline #else /* C case */ #define SWIGINTERNSHORT static #endif /* __cplusplus */ #endif /* Exception handling in wrappers */ #define SWIG_fail goto fail #define SWIG_arg_fail(arg) SWIG_Python_ArgFail(arg) #define SWIG_append_errmsg(msg) SWIG_Python_AddErrMesg(msg,0) #define SWIG_preppend_errmsg(msg) SWIG_Python_AddErrMesg(msg,1) #define SWIG_type_error(type,obj) SWIG_Python_TypeError(type,obj) #define SWIG_null_ref(type) SWIG_Python_NullRef(type) /* Contract support */ #define SWIG_contract_assert(expr, msg) \ if (!(expr)) { PyErr_SetString(PyExc_RuntimeError, (char *) msg ); goto fail; } else /* ----------------------------------------------------------------------------- * Constant declarations * ----------------------------------------------------------------------------- */ /* Constant Types */ #define SWIG_PY_INT 1 #define SWIG_PY_FLOAT 2 #define SWIG_PY_STRING 3 #define SWIG_PY_POINTER 4 #define SWIG_PY_BINARY 5 /* Constant information structure */ typedef struct swig_const_info { int type; char *name; long lvalue; double dvalue; void *pvalue; swig_type_info **ptype; } swig_const_info; /* ----------------------------------------------------------------------------- * Alloc. memory flags * ----------------------------------------------------------------------------- */ #define SWIG_OLDOBJ 1 #define SWIG_NEWOBJ SWIG_OLDOBJ + 1 #define SWIG_PYSTR SWIG_NEWOBJ + 1 #ifdef __cplusplus } #endif /*********************************************************************** * pyrun.swg * * This file contains the runtime support for Python modules * and includes code for managing global variables and pointer * type checking. * * Author : David Beazley (beazley@cs.uchicago.edu) ************************************************************************/ /* Common SWIG API */ #define SWIG_ConvertPtr(obj, pp, type, flags) SWIG_Python_ConvertPtr(obj, pp, type, flags) #define SWIG_NewPointerObj(p, type, flags) SWIG_Python_NewPointerObj(p, type, flags) #define SWIG_MustGetPtr(p, type, argnum, flags) SWIG_Python_MustGetPtr(p, type, argnum, flags) /* Python-specific SWIG API */ #define SWIG_ConvertPacked(obj, ptr, sz, ty, flags) SWIG_Python_ConvertPacked(obj, ptr, sz, ty, flags) #define SWIG_NewPackedObj(ptr, sz, type) SWIG_Python_NewPackedObj(ptr, sz, type) /* ----------------------------------------------------------------------------- * Pointer declarations * ----------------------------------------------------------------------------- */ /* Use SWIG_NO_COBJECT_TYPES to force the use of strings to represent C/C++ pointers in the python side. Very useful for debugging, but not always safe. */ #if !defined(SWIG_NO_COBJECT_TYPES) && !defined(SWIG_COBJECT_TYPES) # define SWIG_COBJECT_TYPES #endif /* Flags for pointer conversion */ #define SWIG_POINTER_EXCEPTION 0x1 #define SWIG_POINTER_DISOWN 0x2 #ifdef __cplusplus extern "C" { #endif /* ----------------------------------------------------------------------------- * Create a new pointer string * ----------------------------------------------------------------------------- */ #ifndef SWIG_BUFFER_SIZE #define SWIG_BUFFER_SIZE 1024 #endif #if defined(SWIG_COBJECT_TYPES) #if !defined(SWIG_COBJECT_PYTHON) /* ----------------------------------------------------------------------------- * Implements a simple Swig Object type, and use it instead of PyCObject * ----------------------------------------------------------------------------- */ typedef struct { PyObject_HEAD void *ptr; const char *desc; } PySwigObject; /* Declarations for objects of type PySwigObject */ SWIGRUNTIME int PySwigObject_print(PySwigObject *v, FILE *fp, int flags) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result))) { fputs("", fp); return 0; } else { return 1; } } SWIGRUNTIME PyObject * PySwigObject_repr(PySwigObject *v) { char result[SWIG_BUFFER_SIZE]; return SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result)) ? PyString_FromFormat("", result) : 0; } SWIGRUNTIME PyObject * PySwigObject_str(PySwigObject *v) { char result[SWIG_BUFFER_SIZE]; return SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result)) ? PyString_FromString(result) : 0; } SWIGRUNTIME PyObject * PySwigObject_long(PySwigObject *v) { return PyLong_FromUnsignedLong((unsigned long) v->ptr); } SWIGRUNTIME PyObject * PySwigObject_oct(PySwigObject *v) { char buf[100]; unsigned long x = (unsigned long)v->ptr; if (x == 0) strcpy(buf, "0"); else PyOS_snprintf(buf, sizeof(buf), "0%lo", x); return PyString_FromString(buf); } SWIGRUNTIME PyObject * PySwigObject_hex(PySwigObject *v) { char buf[100]; PyOS_snprintf(buf, sizeof(buf), "0x%lx", (unsigned long)v->ptr); return PyString_FromString(buf); } SWIGRUNTIME int PySwigObject_compare(PySwigObject *v, PySwigObject *w) { int c = strcmp(v->desc, w->desc); if (c) { return c; } else { void *i = v->ptr; void *j = w->ptr; return (i < j) ? -1 : (i > j) ? 1 : 0; } } SWIGRUNTIME void PySwigObject_dealloc(PySwigObject *self) { PyObject_DEL(self); } SWIGRUNTIME PyTypeObject* PySwigObject_GetType() { static char PySwigObject_Type__doc__[] = "Swig object carries a C/C++ instance pointer"; static PyNumberMethods PySwigObject_as_number = { (binaryfunc)0, /*nb_add*/ (binaryfunc)0, /*nb_subtract*/ (binaryfunc)0, /*nb_multiply*/ (binaryfunc)0, /*nb_divide*/ (binaryfunc)0, /*nb_remainder*/ (binaryfunc)0, /*nb_divmod*/ (ternaryfunc)0,/*nb_power*/ (unaryfunc)0, /*nb_negative*/ (unaryfunc)0, /*nb_positive*/ (unaryfunc)0, /*nb_absolute*/ (inquiry)0, /*nb_nonzero*/ 0, /*nb_invert*/ 0, /*nb_lshift*/ 0, /*nb_rshift*/ 0, /*nb_and*/ 0, /*nb_xor*/ 0, /*nb_or*/ (coercion)0, /*nb_coerce*/ (unaryfunc)PySwigObject_long, /*nb_int*/ (unaryfunc)PySwigObject_long, /*nb_long*/ (unaryfunc)0, /*nb_float*/ (unaryfunc)PySwigObject_oct, /*nb_oct*/ (unaryfunc)PySwigObject_hex, /*nb_hex*/ #if PY_VERSION_HEX >= 0x02000000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 /* nb_inplace_add -> nb_inplace_true_divide */ #endif }; static int type_init = 0; static PyTypeObject PySwigObject_Type; if (!type_init) { PyTypeObject tmp = { PyObject_HEAD_INIT(&PyType_Type) 0, /*ob_size*/ "PySwigObject", /*tp_name*/ sizeof(PySwigObject), /*tp_basicsize*/ 0, /*tp_itemsize*/ /* methods */ (destructor)PySwigObject_dealloc, /*tp_dealloc*/ (printfunc)PySwigObject_print, /*tp_print*/ (getattrfunc)0, /*tp_getattr*/ (setattrfunc)0, /*tp_setattr*/ (cmpfunc)PySwigObject_compare, /*tp_compare*/ (reprfunc)PySwigObject_repr, /*tp_repr*/ &PySwigObject_as_number, /*tp_as_number*/ 0, /*tp_as_sequence*/ 0, /*tp_as_mapping*/ (hashfunc)0, /*tp_hash*/ (ternaryfunc)0, /*tp_call*/ (reprfunc)PySwigObject_str, /*tp_str*/ /* Space for future expansion */ 0L,0L,0L,0L, PySwigObject_Type__doc__, /* Documentation string */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; PySwigObject_Type = tmp; type_init = 1; } return &PySwigObject_Type; } SWIGRUNTIME PyObject * PySwigObject_FromVoidPtrAndDesc(void *ptr, const char *desc) { PySwigObject *self = PyObject_NEW(PySwigObject, PySwigObject_GetType()); if (self == NULL) return NULL; self->ptr = ptr; self->desc = desc; return (PyObject *)self; } SWIGRUNTIMEINLINE void * PySwigObject_AsVoidPtr(PyObject *self) { return ((PySwigObject *)self)->ptr; } SWIGRUNTIMEINLINE const char * PySwigObject_GetDesc(PyObject *self) { return ((PySwigObject *)self)->desc; } SWIGRUNTIMEINLINE int PySwigObject_Check(PyObject *op) { return ((op)->ob_type == PySwigObject_GetType()) || (strcmp((op)->ob_type->tp_name,"PySwigObject") == 0); } /* ----------------------------------------------------------------------------- * Implements a simple Swig Packed type, and use it instead of string * ----------------------------------------------------------------------------- */ typedef struct { PyObject_HEAD void *pack; const char *desc; size_t size; } PySwigPacked; SWIGRUNTIME int PySwigPacked_print(PySwigPacked *v, FILE *fp, int flags) { char result[SWIG_BUFFER_SIZE]; fputs("pack, v->size, 0, sizeof(result))) { fputs("at ", fp); fputs(result, fp); } fputs(v->desc,fp); fputs(">", fp); return 0; } SWIGRUNTIME PyObject * PySwigPacked_repr(PySwigPacked *v) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackDataName(result, v->pack, v->size, 0, sizeof(result))) { return PyString_FromFormat("", result, v->desc); } else { return PyString_FromFormat("", v->desc); } } SWIGRUNTIME PyObject * PySwigPacked_str(PySwigPacked *v) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackDataName(result, v->pack, v->size, 0, sizeof(result))){ return PyString_FromFormat("%s%s", result, v->desc); } else { return PyString_FromFormat("%s", v->desc); } } SWIGRUNTIME int PySwigPacked_compare(PySwigPacked *v, PySwigPacked *w) { int c = strcmp(v->desc, w->desc); if (c) { return c; } else { size_t i = v->size; size_t j = w->size; int s = (i < j) ? -1 : (i > j) ? 1 : 0; return s ? s : strncmp((char *)v->pack, (char *)w->pack, 2*v->size); } } SWIGRUNTIME void PySwigPacked_dealloc(PySwigPacked *self) { free(self->pack); PyObject_DEL(self); } SWIGRUNTIME PyTypeObject* PySwigPacked_GetType() { static char PySwigPacked_Type__doc__[] = "Swig object carries a C/C++ instance pointer"; static int type_init = 0; static PyTypeObject PySwigPacked_Type; if (!type_init) { PyTypeObject tmp = { PyObject_HEAD_INIT(&PyType_Type) 0, /*ob_size*/ "PySwigPacked", /*tp_name*/ sizeof(PySwigPacked), /*tp_basicsize*/ 0, /*tp_itemsize*/ /* methods */ (destructor)PySwigPacked_dealloc, /*tp_dealloc*/ (printfunc)PySwigPacked_print, /*tp_print*/ (getattrfunc)0, /*tp_getattr*/ (setattrfunc)0, /*tp_setattr*/ (cmpfunc)PySwigPacked_compare, /*tp_compare*/ (reprfunc)PySwigPacked_repr, /*tp_repr*/ 0, /*tp_as_number*/ 0, /*tp_as_sequence*/ 0, /*tp_as_mapping*/ (hashfunc)0, /*tp_hash*/ (ternaryfunc)0, /*tp_call*/ (reprfunc)PySwigPacked_str, /*tp_str*/ /* Space for future expansion */ 0L,0L,0L,0L, PySwigPacked_Type__doc__, /* Documentation string */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; PySwigPacked_Type = tmp; type_init = 1; } return &PySwigPacked_Type; } SWIGRUNTIME PyObject * PySwigPacked_FromDataAndDesc(void *ptr, size_t size, const char *desc) { PySwigPacked *self = PyObject_NEW(PySwigPacked, PySwigPacked_GetType()); if (self == NULL) { return NULL; } else { void *pack = malloc(size); memcpy(pack, ptr, size); self->pack = pack; self->desc = desc; self->size = size; return (PyObject *) self; } } SWIGRUNTIMEINLINE const char * PySwigPacked_UnpackData(PyObject *obj, void *ptr, size_t size) { PySwigPacked *self = (PySwigPacked *)obj; if (self->size != size) return 0; memcpy(ptr, self->pack, size); return self->desc; } SWIGRUNTIMEINLINE const char * PySwigPacked_GetDesc(PyObject *self) { return ((PySwigPacked *)self)->desc; } SWIGRUNTIMEINLINE int PySwigPacked_Check(PyObject *op) { return ((op)->ob_type == PySwigPacked_GetType()) || (strcmp((op)->ob_type->tp_name,"PySwigPacked") == 0); } #else /* ----------------------------------------------------------------------------- * Use the old Python PyCObject instead of PySwigObject * ----------------------------------------------------------------------------- */ #define PySwigObject_GetDesc(obj) PyCObject_GetDesc(obj) #define PySwigObject_Check(obj) PyCObject_Check(obj) #define PySwigObject_AsVoidPtr(obj) PyCObject_AsVoidPtr(obj) #define PySwigObject_FromVoidPtrAndDesc(p, d) PyCObject_FromVoidPtrAndDesc(p, d, NULL) #endif #endif /* ----------------------------------------------------------------------------- * errors manipulation * ----------------------------------------------------------------------------- */ SWIGRUNTIME void SWIG_Python_TypeError(const char *type, PyObject *obj) { if (type) { #if defined(SWIG_COBJECT_TYPES) if (PySwigObject_Check(obj)) { const char *otype = (const char *) PySwigObject_GetDesc(obj); if (otype) { PyErr_Format(PyExc_TypeError, "a '%s' is expected, 'PySwigObject(%s)' is received", type, otype); return; } } else #endif { const char *otype = (obj ? obj->ob_type->tp_name : 0); if (otype) { PyObject *str = PyObject_Str(obj); const char *cstr = str ? PyString_AsString(str) : 0; if (cstr) { PyErr_Format(PyExc_TypeError, "a '%s' is expected, '%s(%s)' is received", type, otype, cstr); } else { PyErr_Format(PyExc_TypeError, "a '%s' is expected, '%s' is received", type, otype); } Py_DECREF(str); return; } } PyErr_Format(PyExc_TypeError, "a '%s' is expected", type); } else { PyErr_Format(PyExc_TypeError, "unexpected type is received"); } } SWIGRUNTIMEINLINE void SWIG_Python_NullRef(const char *type) { if (type) { PyErr_Format(PyExc_TypeError, "null reference of type '%s' was received",type); } else { PyErr_Format(PyExc_TypeError, "null reference was received"); } } SWIGRUNTIME int SWIG_Python_AddErrMesg(const char* mesg, int infront) { if (PyErr_Occurred()) { PyObject *type = 0; PyObject *value = 0; PyObject *traceback = 0; PyErr_Fetch(&type, &value, &traceback); if (value) { PyObject *old_str = PyObject_Str(value); Py_XINCREF(type); PyErr_Clear(); if (infront) { PyErr_Format(type, "%s %s", mesg, PyString_AsString(old_str)); } else { PyErr_Format(type, "%s %s", PyString_AsString(old_str), mesg); } Py_DECREF(old_str); } return 1; } else { return 0; } } SWIGRUNTIME int SWIG_Python_ArgFail(int argnum) { if (PyErr_Occurred()) { /* add information about failing argument */ char mesg[256]; sprintf(mesg, "argument number %d:", argnum); return SWIG_Python_AddErrMesg(mesg, 1); } else { return 0; } } /* ----------------------------------------------------------------------------- * pointers/data manipulation * ----------------------------------------------------------------------------- */ /* Convert a pointer value */ SWIGRUNTIME int SWIG_Python_ConvertPtr(PyObject *obj, void **ptr, swig_type_info *ty, int flags) { swig_type_info *tc; const char *c = 0; static PyObject *SWIG_this = 0; int newref = 0; PyObject *pyobj = 0; void *vptr; if (!obj) return 0; if (obj == Py_None) { *ptr = 0; return 0; } #ifdef SWIG_COBJECT_TYPES if (!(PySwigObject_Check(obj))) { if (!SWIG_this) SWIG_this = PyString_FromString("this"); pyobj = obj; obj = PyObject_GetAttr(obj,SWIG_this); newref = 1; if (!obj) goto type_error; if (!PySwigObject_Check(obj)) { Py_DECREF(obj); goto type_error; } } vptr = PySwigObject_AsVoidPtr(obj); c = (const char *) PySwigObject_GetDesc(obj); if (newref) { Py_DECREF(obj); } goto type_check; #else if (!(PyString_Check(obj))) { if (!SWIG_this) SWIG_this = PyString_FromString("this"); pyobj = obj; obj = PyObject_GetAttr(obj,SWIG_this); newref = 1; if (!obj) goto type_error; if (!PyString_Check(obj)) { Py_DECREF(obj); goto type_error; } } c = PyString_AS_STRING(obj); /* Pointer values must start with leading underscore */ c = SWIG_UnpackVoidPtr(c, &vptr, ty->name); if (newref) { Py_DECREF(obj); } if (!c) goto type_error; #endif type_check: if (ty) { tc = SWIG_TypeCheck(c,ty); if (!tc) goto type_error; *ptr = SWIG_TypeCast(tc,vptr); } else { *ptr = vptr; } if ((pyobj) && (flags & SWIG_POINTER_DISOWN)) { PyObject_SetAttrString(pyobj,(char*)"thisown",Py_False); } return 0; type_error: PyErr_Clear(); if (pyobj && !obj) { obj = pyobj; if (PyCFunction_Check(obj)) { /* here we get the method pointer for callbacks */ char *doc = (((PyCFunctionObject *)obj) -> m_ml -> ml_doc); c = doc ? strstr(doc, "swig_ptr: ") : 0; if (c) { c = SWIG_UnpackVoidPtr(c + 10, &vptr, ty->name); if (!c) goto type_error; goto type_check; } } } if (flags & SWIG_POINTER_EXCEPTION) { if (ty) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); } else { SWIG_Python_TypeError("C/C++ pointer", obj); } } return -1; } /* Convert a pointer value, signal an exception on a type mismatch */ SWIGRUNTIME void * SWIG_Python_MustGetPtr(PyObject *obj, swig_type_info *ty, int argnum, int flags) { void *result; if (SWIG_Python_ConvertPtr(obj, &result, ty, flags) == -1) { PyErr_Clear(); if (flags & SWIG_POINTER_EXCEPTION) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); SWIG_Python_ArgFail(argnum); } } return result; } /* Convert a packed value value */ SWIGRUNTIME int SWIG_Python_ConvertPacked(PyObject *obj, void *ptr, size_t sz, swig_type_info *ty, int flags) { swig_type_info *tc; const char *c = 0; #if defined(SWIG_COBJECT_TYPES) && !defined(SWIG_COBJECT_PYTHON) c = PySwigPacked_UnpackData(obj, ptr, sz); #else if ((!obj) || (!PyString_Check(obj))) goto type_error; c = PyString_AS_STRING(obj); /* Pointer values must start with leading underscore */ c = SWIG_UnpackDataName(c, ptr, sz, ty->name); #endif if (!c) goto type_error; if (ty) { tc = SWIG_TypeCheck(c,ty); if (!tc) goto type_error; } return 0; type_error: PyErr_Clear(); if (flags & SWIG_POINTER_EXCEPTION) { if (ty) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); } else { SWIG_Python_TypeError("C/C++ packed data", obj); } } return -1; } /* Create a new array object */ SWIGRUNTIME PyObject * SWIG_Python_NewPointerObj(void *ptr, swig_type_info *type, int own) { PyObject *robj = 0; if (!ptr) { Py_INCREF(Py_None); return Py_None; } #ifdef SWIG_COBJECT_TYPES robj = PySwigObject_FromVoidPtrAndDesc((void *) ptr, (char *)type->name); #else { char result[SWIG_BUFFER_SIZE]; robj = SWIG_PackVoidPtr(result, ptr, type->name, sizeof(result)) ? PyString_FromString(result) : 0; } #endif if (!robj || (robj == Py_None)) return robj; if (type->clientdata) { PyObject *inst; PyObject *args = Py_BuildValue((char*)"(O)", robj); Py_DECREF(robj); inst = PyObject_CallObject((PyObject *) type->clientdata, args); Py_DECREF(args); if (inst) { if (own) { PyObject_SetAttrString(inst,(char*)"thisown",Py_True); } robj = inst; } } return robj; } SWIGRUNTIME PyObject * SWIG_Python_NewPackedObj(void *ptr, size_t sz, swig_type_info *type) { PyObject *robj = 0; if (!ptr) { Py_INCREF(Py_None); return Py_None; } #if defined(SWIG_COBJECT_TYPES) && !defined(SWIG_COBJECT_PYTHON) robj = PySwigPacked_FromDataAndDesc((void *) ptr, sz, (char *)type->name); #else { char result[SWIG_BUFFER_SIZE]; robj = SWIG_PackDataName(result, ptr, sz, type->name, sizeof(result)) ? PyString_FromString(result) : 0; } #endif return robj; } /* -----------------------------------------------------------------------------* * Get type list * -----------------------------------------------------------------------------*/ #ifdef SWIG_LINK_RUNTIME void *SWIG_ReturnGlobalTypeList(void *); #endif SWIGRUNTIME swig_type_info ** SWIG_Python_GetTypeListHandle() { static void *type_pointer = (void *)0; /* first check if module already created */ if (!type_pointer) { #ifdef SWIG_LINK_RUNTIME type_pointer = SWIG_ReturnGlobalTypeList((void *)0); #else type_pointer = PyCObject_Import((char*)"swig_runtime_data" SWIG_RUNTIME_VERSION, (char*)"type_pointer" SWIG_TYPE_TABLE_NAME); if (PyErr_Occurred()) { PyErr_Clear(); type_pointer = (void *)0; } } #endif return (swig_type_info **) type_pointer; } /* Search for a swig_type_info structure */ SWIGRUNTIMEINLINE swig_type_info * SWIG_Python_GetTypeList() { swig_type_info **tlh = SWIG_Python_GetTypeListHandle(); return tlh ? *tlh : (swig_type_info*)0; } #define SWIG_Runtime_GetTypeList SWIG_Python_GetTypeList #ifdef __cplusplus } #endif /* -------- TYPES TABLE (BEGIN) -------- */ #define SWIGTYPE_p_char swig_types[0] #define SWIGTYPE_size_t swig_types[1] #define SWIGTYPE_ptrdiff_t swig_types[2] static swig_type_info *swig_types[4]; /* -------- TYPES TABLE (END) -------- */ /*----------------------------------------------- @(target):= _posix_maxpriority.so ------------------------------------------------*/ #define SWIG_init init_posix_maxpriority #define SWIG_name "_posix_maxpriority" #include #include #include /*@/usr/share/swig1.3/python/pymacros.swg,66,SWIG_define@*/ #define SWIG_From_int PyInt_FromLong /*@@*/ int set_self_policy_priority(int,int); #include SWIGINTERN int SWIG_CheckLongInRange(long value, long min_value, long max_value, const char *errmsg) { if (value < min_value) { if (errmsg) { PyErr_Format(PyExc_OverflowError, "value %ld is less than '%s' minimum %ld", value, errmsg, min_value); } return 0; } else if (value > max_value) { if (errmsg) { PyErr_Format(PyExc_OverflowError, "value %ld is greater than '%s' maximum %ld", value, errmsg, max_value); } return 0; } return 1; } SWIGINTERN int SWIG_AsVal_long(PyObject * obj, long* val) { if (PyInt_Check(obj)) { if (val) *val = PyInt_AS_LONG(obj); return 1; } if (PyLong_Check(obj)) { long v = PyLong_AsLong(obj); if (!PyErr_Occurred()) { if (val) *val = v; return 1; } else { if (!val) PyErr_Clear(); return 0; } } if (val) { SWIG_type_error("long", obj); } return 0; } #if INT_MAX != LONG_MAX SWIGINTERN int SWIG_AsVal_int(PyObject *obj, int *val) { const char* errmsg = val ? "int" : (char*)0; long v; if (SWIG_AsVal_long(obj, &v)) { if (SWIG_CheckLongInRange(v, INT_MIN,INT_MAX, errmsg)) { if (val) *val = (int)(v); return 1; } else { return 0; } } else { PyErr_Clear(); } if (val) { SWIG_type_error(errmsg, obj); } return 0; } #else SWIGINTERNSHORT int SWIG_AsVal_int(PyObject *obj, int *val) { return SWIG_AsVal_long(obj,(long*)val); } #endif SWIGINTERNSHORT int SWIG_As_int(PyObject* obj) { int v; if (!SWIG_AsVal_int(obj, &v)) { /* this is needed to make valgrind/purify happier. */ memset((void*)&v, 0, sizeof(int)); } return v; } SWIGINTERNSHORT int SWIG_Check_int(PyObject* obj) { return SWIG_AsVal_int(obj, (int*)0); } int stop_memory_paging(); int sched_get_priority_max(int); #ifdef __cplusplus extern "C" { #endif static PyObject *_wrap_set_self_policy_priority(PyObject *self, PyObject *args) { PyObject *resultobj; int arg1 ; int arg2 ; int result; PyObject * obj0 = 0 ; PyObject * obj1 = 0 ; if(!PyArg_ParseTuple(args,(char *)"OO:set_self_policy_priority",&obj0,&obj1)) goto fail; { arg1 = (int)(SWIG_As_int(obj0)); if (SWIG_arg_fail(1)) SWIG_fail; } { arg2 = (int)(SWIG_As_int(obj1)); if (SWIG_arg_fail(2)) SWIG_fail; } { errno = 0; result = (int)set_self_policy_priority(arg1,arg2); if (errno) { PyErr_SetFromErrno(PyExc_OSError); goto fail; // this line supported on swig 1.3.17 } } { resultobj = SWIG_From_int((int)(result)); } return resultobj; fail: return NULL; } static PyObject *_wrap_stop_memory_paging(PyObject *self, PyObject *args) { PyObject *resultobj; int result; if(!PyArg_ParseTuple(args,(char *)":stop_memory_paging")) goto fail; { errno = 0; result = (int)stop_memory_paging(); if (errno) { PyErr_SetFromErrno(PyExc_OSError); goto fail; // this line supported on swig 1.3.17 } } { resultobj = SWIG_From_int((int)(result)); } return resultobj; fail: return NULL; } static PyObject *_wrap_sched_get_priority_max(PyObject *self, PyObject *args) { PyObject *resultobj; int arg1 ; int result; PyObject * obj0 = 0 ; if(!PyArg_ParseTuple(args,(char *)"O:sched_get_priority_max",&obj0)) goto fail; { arg1 = (int)(SWIG_As_int(obj0)); if (SWIG_arg_fail(1)) SWIG_fail; } { errno = 0; result = (int)sched_get_priority_max(arg1); if (errno) { PyErr_SetFromErrno(PyExc_OSError); goto fail; // this line supported on swig 1.3.17 } } { resultobj = SWIG_From_int((int)(result)); } return resultobj; fail: return NULL; } static PyMethodDef SwigMethods[] = { { (char *)"set_self_policy_priority", _wrap_set_self_policy_priority, METH_VARARGS, NULL}, { (char *)"stop_memory_paging", _wrap_stop_memory_paging, METH_VARARGS, NULL}, { (char *)"sched_get_priority_max", _wrap_sched_get_priority_max, METH_VARARGS, NULL}, { NULL, NULL, 0, NULL } }; /* -------- TYPE CONVERSION AND EQUIVALENCE RULES (BEGIN) -------- */ static swig_type_info _swigt__p_char[] = {{"_p_char", 0, "char *", 0, 0, 0, 0},{"_p_char", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info _swigt__size_t[] = {{"_size_t", 0, "size_t", 0, 0, 0, 0},{"_size_t", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info _swigt__ptrdiff_t[] = {{"_ptrdiff_t", 0, "ptrdiff_t", 0, 0, 0, 0},{"_ptrdiff_t", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info *swig_types_initial[] = { _swigt__p_char, _swigt__size_t, _swigt__ptrdiff_t, 0 }; /* -------- TYPE CONVERSION AND EQUIVALENCE RULES (END) -------- */ static swig_const_info swig_const_table[] = { {0, 0, 0, 0.0, 0, 0}}; #ifdef __cplusplus } #endif #ifdef __cplusplus extern "C" { #endif /* Python-specific SWIG API */ #define SWIG_newvarlink() SWIG_Python_newvarlink() #define SWIG_addvarlink(p, name, get_attr, set_attr) SWIG_Python_addvarlink(p, name, get_attr, set_attr) #define SWIG_InstallConstants(d, constants) SWIG_Python_InstallConstants(d, constants) /* ----------------------------------------------------------------------------- * global variable support code. * ----------------------------------------------------------------------------- */ typedef struct swig_globalvar { char *name; /* Name of global variable */ PyObject *(*get_attr)(); /* Return the current value */ int (*set_attr)(PyObject *); /* Set the value */ struct swig_globalvar *next; } swig_globalvar; typedef struct swig_varlinkobject { PyObject_HEAD swig_globalvar *vars; } swig_varlinkobject; static PyObject * swig_varlink_repr(swig_varlinkobject *v) { v = v; return PyString_FromString(""); } static int swig_varlink_print(swig_varlinkobject *v, FILE *fp, int flags) { swig_globalvar *var; flags = flags; fprintf(fp,"Swig global variables { "); for (var = v->vars; var; var=var->next) { fprintf(fp,"%s", var->name); if (var->next) fprintf(fp,", "); } fprintf(fp," }\n"); return 0; } static PyObject * swig_varlink_getattr(swig_varlinkobject *v, char *n) { swig_globalvar *var = v->vars; while (var) { if (strcmp(var->name,n) == 0) { return (*var->get_attr)(); } var = var->next; } PyErr_SetString(PyExc_NameError,"Unknown C global variable"); return NULL; } static int swig_varlink_setattr(swig_varlinkobject *v, char *n, PyObject *p) { swig_globalvar *var = v->vars; while (var) { if (strcmp(var->name,n) == 0) { return (*var->set_attr)(p); } var = var->next; } PyErr_SetString(PyExc_NameError,"Unknown C global variable"); return 1; } static PyTypeObject varlinktype = { PyObject_HEAD_INIT(0) 0, /* Number of items in variable part (ob_size) */ (char *)"swigvarlink", /* Type name (tp_name) */ sizeof(swig_varlinkobject), /* Basic size (tp_basicsize) */ 0, /* Itemsize (tp_itemsize) */ 0, /* Deallocator (tp_dealloc) */ (printfunc) swig_varlink_print, /* Print (tp_print) */ (getattrfunc) swig_varlink_getattr, /* get attr (tp_getattr) */ (setattrfunc) swig_varlink_setattr, /* Set attr (tp_setattr) */ 0, /* tp_compare */ (reprfunc) swig_varlink_repr, /* tp_repr */ 0, /* tp_as_number */ 0, /* tp_as_sequence */ 0, /* tp_as_mapping */ 0, /* tp_hash */ 0, /* tp_call */ 0, /* tp_str */ 0, /* tp_getattro */ 0, /* tp_setattro */ 0, /* tp_as_buffer */ 0, /* tp_flags */ 0, /* tp_doc */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; /* Create a variable linking object for use later */ static PyObject * SWIG_Python_newvarlink(void) { swig_varlinkobject *result = 0; result = PyMem_NEW(swig_varlinkobject,1); varlinktype.ob_type = &PyType_Type; /* Patch varlinktype into a PyType */ result->ob_type = &varlinktype; result->vars = 0; result->ob_refcnt = 0; Py_XINCREF((PyObject *) result); return ((PyObject*) result); } static void SWIG_Python_addvarlink(PyObject *p, char *name, PyObject *(*get_attr)(void), int (*set_attr)(PyObject *p)) { swig_varlinkobject *v; swig_globalvar *gv; v= (swig_varlinkobject *) p; gv = (swig_globalvar *) malloc(sizeof(swig_globalvar)); gv->name = (char *) malloc(strlen(name)+1); strcpy(gv->name,name); gv->get_attr = get_attr; gv->set_attr = set_attr; gv->next = v->vars; v->vars = gv; } /* ----------------------------------------------------------------------------- * constants/methods manipulation * ----------------------------------------------------------------------------- */ /* Install Constants */ static void SWIG_Python_InstallConstants(PyObject *d, swig_const_info constants[]) { PyObject *obj = 0; size_t i; for (i = 0; constants[i].type; i++) { switch(constants[i].type) { case SWIG_PY_INT: obj = PyInt_FromLong(constants[i].lvalue); break; case SWIG_PY_FLOAT: obj = PyFloat_FromDouble(constants[i].dvalue); break; case SWIG_PY_STRING: if (constants[i].pvalue) { obj = PyString_FromString((char *) constants[i].pvalue); } else { Py_INCREF(Py_None); obj = Py_None; } break; case SWIG_PY_POINTER: obj = SWIG_NewPointerObj(constants[i].pvalue, *(constants[i]).ptype,0); break; case SWIG_PY_BINARY: obj = SWIG_NewPackedObj(constants[i].pvalue, constants[i].lvalue, *(constants[i].ptype)); break; default: obj = 0; break; } if (obj) { PyDict_SetItemString(d,constants[i].name,obj); Py_DECREF(obj); } } } /* -----------------------------------------------------------------------------*/ /* Fix SwigMethods to carry the callback ptrs when needed */ /* -----------------------------------------------------------------------------*/ static void SWIG_Python_FixMethods(PyMethodDef *methods, swig_const_info *const_table, swig_type_info **types, swig_type_info **types_initial) { size_t i; for (i = 0; methods[i].ml_name; ++i) { char *c = methods[i].ml_doc; if (c && (c = strstr(c, "swig_ptr: "))) { int j; swig_const_info *ci = 0; char *name = c + 10; for (j = 0; const_table[j].type; j++) { if (strncmp(const_table[j].name, name, strlen(const_table[j].name)) == 0) { ci = &(const_table[j]); break; } } if (ci) { size_t shift = (ci->ptype) - types; swig_type_info *ty = types_initial[shift]; size_t ldoc = (c - methods[i].ml_doc); size_t lptr = strlen(ty->name)+2*sizeof(void*)+2; char *ndoc = (char*)malloc(ldoc + lptr + 10); char *buff = ndoc; void *ptr = (ci->type == SWIG_PY_POINTER) ? ci->pvalue: (void *)(ci->lvalue); strncpy(buff, methods[i].ml_doc, ldoc); buff += ldoc; strncpy(buff, "swig_ptr: ", 10); buff += 10; SWIG_PackVoidPtr(buff, ptr, ty->name, lptr); methods[i].ml_doc = ndoc; } } } } /* -----------------------------------------------------------------------------* * Initialize type list * -----------------------------------------------------------------------------*/ #if PY_MAJOR_VERSION < 2 /* PyModule_AddObject function was introduced in Python 2.0. The following function is copied out of Python/modsupport.c in python version 2.3.4 */ static int PyModule_AddObject(PyObject *m, char *name, PyObject *o) { PyObject *dict; if (!PyModule_Check(m)) { PyErr_SetString(PyExc_TypeError, "PyModule_AddObject() needs module as first arg"); return -1; } if (!o) { PyErr_SetString(PyExc_TypeError, "PyModule_AddObject() needs non-NULL value"); return -1; } dict = PyModule_GetDict(m); if (dict == NULL) { /* Internal error -- modules must have a dict! */ PyErr_Format(PyExc_SystemError, "module '%s' has no __dict__", PyModule_GetName(m)); return -1; } if (PyDict_SetItemString(dict, name, o)) return -1; Py_DECREF(o); return 0; } #endif static swig_type_info ** SWIG_Python_SetTypeListHandle(swig_type_info **type_list_handle) { static PyMethodDef swig_empty_runtime_method_table[] = { { NULL, NULL, 0, NULL } };/* Sentinel */ PyObject *module = Py_InitModule((char*)"swig_runtime_data" SWIG_RUNTIME_VERSION, swig_empty_runtime_method_table); PyObject *pointer = PyCObject_FromVoidPtr((void *) type_list_handle, NULL); if (pointer && module) { PyModule_AddObject(module, (char*)"type_pointer" SWIG_TYPE_TABLE_NAME, pointer); } return type_list_handle; } static swig_type_info ** SWIG_Python_LookupTypePointer(swig_type_info **type_list_handle) { swig_type_info **type_pointer; /* first check if module already created */ type_pointer = SWIG_Python_GetTypeListHandle(); if (type_pointer) { return type_pointer; } else { /* create a new module and variable */ return SWIG_Python_SetTypeListHandle(type_list_handle); } } #ifdef __cplusplus } #endif /* -----------------------------------------------------------------------------* * Partial Init method * -----------------------------------------------------------------------------*/ #ifdef SWIG_LINK_RUNTIME #ifdef __cplusplus extern "C" #endif SWIGEXPORT(void *) SWIG_ReturnGlobalTypeList(void *); #endif #ifdef __cplusplus extern "C" #endif SWIGEXPORT(void) SWIG_init(void) { static PyObject *SWIG_globals = 0; static int typeinit = 0; PyObject *m, *d; int i; if (!SWIG_globals) SWIG_globals = SWIG_newvarlink(); /* Fix SwigMethods to carry the callback ptrs when needed */ SWIG_Python_FixMethods(SwigMethods, swig_const_table, swig_types, swig_types_initial); m = Py_InitModule((char *) SWIG_name, SwigMethods); d = PyModule_GetDict(m); if (!typeinit) { #ifdef SWIG_LINK_RUNTIME swig_type_list_handle = (swig_type_info **) SWIG_ReturnGlobalTypeList(swig_type_list_handle); #else # ifndef SWIG_STATIC_RUNTIME swig_type_list_handle = SWIG_Python_LookupTypePointer(swig_type_list_handle); # endif #endif for (i = 0; swig_types_initial[i]; i++) { swig_types[i] = SWIG_TypeRegister(swig_types_initial[i]); } typeinit = 1; } SWIG_InstallConstants(d,swig_const_table); { PyDict_SetItemString(d,"SCHED_RR", SWIG_From_int((int)(SCHED_RR))); } { PyDict_SetItemString(d,"SCHED_FIFO", SWIG_From_int((int)(SCHED_FIFO))); } } visionegg-1.2.1/VisionEgg/PyroApps/0000755000076500000240000000000011231315556016342 5ustar astrawstaffvisionegg-1.2.1/VisionEgg/PyroApps/__init__.py0000755000076500000240000000057311224565527020472 0ustar astrawstaff# # The Vision Egg: PyroApps # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. # # $Id$ """ VisionEgg subpackage providing support for demo applications based on Pyro """ visionegg-1.2.1/VisionEgg/PyroApps/AST_ext.py0000644000076500000240000002056411224565527020241 0ustar astrawstaff## Automatically adapted for numpy.oldnumeric Jun 18, 2007 by alter_code1.py # The Vision Egg: AST_ext # # Copyright (C) 2004 Imran S. Ali, Lachlan Dowd # # Authors: Imran S. Ali, Lachlan Dowd # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. # # $Id$ # This "AST extensions" module works for Python 2.2.1 # Because the structure of code trees changes with different Python versions, this module may not work with some # previous Python releases, or future releases. import pprint import parser import symbol import token import tokenize import sys # Hopefully, the node ID numbers in the name sequence is all that # needs to be changed in order to get this module working with # different Python release versions. name_sequence = [292, 293, 294, 295, 297, 298, 299, 300, 301, 302, 303, 304, 305] # Method for generating an AST sub tree (in list form) suitable for a def gen_assign_val_subtree(assign_val, assign_val_type): name_sequence.reverse() sublist = [] if assign_val_type == 2: sublist = [2, '%(assign_val)d' % vars()] elif assign_val_type == 1: sublist = [2, '%(assign_val)f' % vars()] elif assign_val_type == 3: sublist = [3, '"%(assign_val)s"' % vars()] for val in name_sequence[0:len(name_sequence) - 1]: sublist = [val, sublist] name_sequence.reverse() return sublist class AST_Visitor: def __init__(self, modifying_AST): # Flags: # Checking assignment name (ie. "x = ..." where we are # checking if 'x' == 'assign_name'): self.checking_assign_name = 0 # Setting assignment value (we are changing a found occurrence # of "assign_name = x" to "assign_name = assign_val"): self.setting_assign_val = 0 # Index of where the AST visitor is currently at in the # 'name_sequence' defined earlier: self.name_seq_index = 0 # AST visitor expects a subtree associated with # assignment/"=": self.expecting_equals = 0 # Extracting assignment value (we are extracting the 'x' from # a found occurrence of "assign_name = x"): self.extracting_assign_val = 0 # Extracted assignment value: self.extracted_val = "not found" # Are we modifying an AST? Otherwise we're extracting # information from an AST: self.modifying_AST = modifying_AST def traverse(self, AST_sublist, assign_name, assign_val_subtree): # If we have a single element (terminating leaf node): if type(AST_sublist) != list: return AST_sublist # If we have a sub tree of the form [x, [....]]: elif len(AST_sublist) == 2: # If we are somewhere in the 'name_sequence' defined # earlier: [292, [293, [294, [295, [297, [298, [299, [300, # [301, [302, [303, [304, [305, ... if self.name_seq_index > 0: # If we are at the end of the 'name_sequence': if self.name_seq_index == len(name_sequence) - 1 and AST_sublist[0] == name_sequence[self.name_seq_index]: if len(AST_sublist[1]) == 3: if self.extracting_assign_val == 1: extracted_val = AST_sublist[1][1] self.extracted_val = extracted_val self.extracting_assign_val = 0 else: # Enter new mode: AST visitor will check # the name associated with the # 'name_sequence' to see if it will match # 'assign_name': self.checking_assign_name = 1 self.name_seq_index = 0 else: expected_val = name_sequence[self.name_seq_index] if AST_sublist[0] == expected_val: # Update position in 'name_sequence': self.name_seq_index = self.name_seq_index + 1 else: self.name_seq_index = 0 return AST_sublist[0:1] + [self.traverse(AST_sublist[1], assign_name, assign_val_subtree)] # Else we are in some arbitrary sequence: # [a, [b, [c, [d, [e, [... else: # If we are at the start of the 'name_sequence': if AST_sublist[0] == 292: if self.setting_assign_val == 1: AST_sublist[1] = assign_val_subtree self.setting_assign_val = 0 else: # Enter new mode: AST visitor will check to # see if we are progressing through the # 'name_sequence' defined earlier: self.name_seq_index = 1 return AST_sublist[0:1] + [self.traverse(AST_sublist[1], assign_name, assign_val_subtree)] else: return AST_sublist[0:1] + [self.traverse(AST_sublist[1], assign_name, assign_val_subtree)] # If we have a sub tree with 3 parent nodes: elif len(AST_sublist) == 3: # If the second parent node is a single element # (terminating leaf node): if type(AST_sublist[1]) != list: # If the current AST visitor mode is set to checking # for equality with "assign_name" (ie. "x = ..." where # we are checking if 'x' == 'assign_name'):: if self.checking_assign_name == 1: # If 'x' == 'assign_name' (see above): if AST_sublist[1] == assign_name: # Enter new mode: AST visitor will check to # see if the current sub tree is associated # with assignment/"=": self.expecting_equals = 1 self.checking_assign_name = 0 # If the current AST visitor mode is set to check if # the current sub tree is associated with # assignment/"=": elif self.expecting_equals == 1: # If the current AST sub tree is associated with # assignment/"=": if AST_sublist[1] == '=': if self.modifying_AST == 1: # Enter new mode: AST visitor will change # the assignment value to # "assign_val_subtree": self.setting_assign_val = 1 elif self.modifying_AST == 0: # Enter new mode: AST visitor will extract # the assignment value of "assign_name": self.extracting_assign_val = 1 self.expecting_equals = 0 return AST_sublist[0:2] # If we are somewhere within the 'name_sequence': if self.name_seq_index > 0 or self.name_seq_index < len(name_sequence) - 1: # If the AST visitor is extracting the value of "assign_name": if self.extracting_assign_val == 1: self.extracted_val = "compound" self.extracting_assign_val = 0 # For all other types of sub trees, AST visitor will traverse # in a depth first search pattern: sub_list = [] for x in AST_sublist: sub_list = sub_list + [self.traverse(x, assign_name, assign_val_subtree)] return sub_list def modify_AST(myAST, assign_name, assign_val): myAST_Visitor = AST_Visitor(1) old_AST_list = myAST.tolist(1) assign_val_type = 0 if isinstance(assign_val, int): assign_val_type = 2 elif isinstance(assign_val, float): assign_val_type = 1 elif type(assign_val) == str: assign_val_type = 3 new_AST_list = myAST_Visitor.traverse(old_AST_list, assign_name, gen_assign_val_subtree(assign_val, assign_val_type)) myNewAST = parser.sequence2ast(new_AST_list) return myNewAST # Extract the assigned value of a variable from an AST. Retains the type. def extract_from_AST(myAST, assign_name): myAST_Visitor = AST_Visitor(0) old_AST_list = myAST.tolist(1) new_AST_list = myAST_Visitor.traverse(old_AST_list, assign_name, 0) return myAST_Visitor.extracted_val visionegg-1.2.1/VisionEgg/PyroApps/ColorCalGUI.py0000644000076500000240000000625711227360015020764 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: ColorCalGUI # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. # # $Id$ """Handle luminance and color calibration stimulus (client-side)""" import VisionEgg, string import sys, os import Tkinter import VisionEgg.PyroApps.EPhysGUIUtils as client_utils def get_control_list(): return [("color_cal_server",ColorCalControlFrame,ColorCalControlFrame.title)] class ColorCalMetaParameters: def __init__(self): self.color = (1.0, 1.0, 1.0, 0.0) class ColorCalControlFrame(client_utils.StimulusControlFrame): title = "Color Calibration" def __init__(self, master=None, suppress_go_buttons=0,**kw): client_utils.StimulusControlFrame.__init__(self, master, suppress_go_buttons, ColorCalControlFrame.title, ColorCalMetaParameters, **kw) param_frame = self.param_frame # shorthand for self.param_frame created in base class # Allow columns to expand param_frame.columnconfigure(0,weight=1) param_frame.columnconfigure(1,weight=1) pf_row = 0 Tkinter.Label(param_frame,text="Red:").grid(row=pf_row,column=0) self.red_tk_var = Tkinter.DoubleVar() self.red_tk_var.set(self.meta_params.color[0]) self.make_callback_entry(textvariable=self.red_tk_var).grid(row=pf_row,column=1) pf_row += 1 Tkinter.Label(param_frame,text="Green:").grid(row=pf_row,column=0) self.green_tk_var = Tkinter.DoubleVar() self.green_tk_var.set(self.meta_params.color[1]) self.make_callback_entry(textvariable=self.green_tk_var).grid(row=pf_row,column=1) pf_row += 1 Tkinter.Label(param_frame,text="Blue:").grid(row=pf_row,column=0) self.blue_tk_var = Tkinter.DoubleVar() self.blue_tk_var.set(self.meta_params.color[2]) self.make_callback_entry(textvariable=self.blue_tk_var).grid(row=pf_row,column=1) def get_shortname(self): return "color_cal" def update_tk_vars(self): self.red_tk_var.set( self.meta_params.color[0] ) self.green_tk_var.set( self.meta_params.color[1] ) self.blue_tk_var.set( self.meta_params.color[2] ) def send_values(self,dummy_arg=None): self.meta_params.color = ( self.red_tk_var.get(), self.green_tk_var.get(), self.blue_tk_var.get(), 0.0 ) if self.connected: self.meta_controller.set_parameters( self.meta_params ) def get_duration_sec(self): return 0.0 if __name__=='__main__': frame = ColorCalControlFrame() frame.pack(expand=1,fill=Tkinter.BOTH) frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) frame.mainloop() visionegg-1.2.1/VisionEgg/PyroApps/ColorCalServer.py0000644000076500000240000000514211227360015021576 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: ColorCalServer # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. # # $Id$ """Handle luminance and color calibration stimulus (server-side)""" import VisionEgg, string import sys, os, math import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.PyroHelpers import Pyro.core import pygame, pygame.locals from VisionEgg.PyroApps.ColorCalGUI import ColorCalMetaParameters class ColorCalMetaController( Pyro.core.ObjBase ): def __init__(self,screen,presentation,stimuli): Pyro.core.ObjBase.__init__(self) self.meta_params = ColorCalMetaParameters() if not isinstance(screen,VisionEgg.Core.Screen): raise ValueError("Expecting instance of VisionEgg.Core.Screen") if not isinstance(presentation,VisionEgg.FlowControl.Presentation): raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") self.screen = screen self.p = presentation self.update() # set stimulus parameters to initial defaults def get_parameters(self): return self.meta_params def set_parameters(self, new_parameters): if isinstance(new_parameters, ColorCalMetaParameters): self.meta_params = new_parameters else: raise ValueError("Argument to set_parameters must be instance of ColorCalMetaParameters") self.update() def update(self): self.screen.parameters.bgcolor = self.meta_params.color def go(self): pass def quit_server(self): self.p.parameters.quit = 1 def get_meta_controller_class(): return ColorCalMetaController def make_stimuli(): return [] def get_meta_controller_stimkey(): return "color_cal_server" # Don't do anything unless this script is being run if __name__ == '__main__': pyro_server = VisionEgg.PyroHelpers.PyroServer() screen = VisionEgg.Core.Screen.create_default() # get Vision Egg stimulus ready to go p = VisionEgg.FlowControl.Presentation() stimuli = make_stimuli() # now hand over control of grating and mask to FlatGratingExperimentMetaController meta_controller = ColorCalMetaController(screen,p,stimuli) pyro_server.connect(meta_controller,get_meta_controller_stimkey()) # get listener controller and register it p.add_controller(None,None, pyro_server.create_listener_controller()) # enter endless loop p.run_forever() visionegg-1.2.1/VisionEgg/PyroApps/DropinGUI.py0000644000076500000240000001105711224565527020527 0ustar astrawstaff# The Vision Egg: DropinGUI # # Copyright (C) 2004 Imran S. Ali, Lachlan Dowd, Andrew Straw # Copyright (C) 2004 California Institute of Technology # # Authors: Imran S. Ali, Lachlan Dowd, Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. # # $Id$ import VisionEgg, string import sys, os import Tkinter import tkMessageBox import VisionEgg.PyroApps.VarTypes as VarTypes import VisionEgg.PyroApps.EPhysGUIUtils as client_utils def get_control_list(): return [("dropin_server",DropinControlFrame,DropinControlFrame.title)] class DropinMetaParameters: def __init__(self): self.vars_list = [] class DropinControlFrame(client_utils.StimulusControlFrame): title = "Vision Egg Script" def __init__(self, master=None, suppress_go_buttons=0,**kw): client_utils.StimulusControlFrame.__init__(self, master, suppress_go_buttons, DropinControlFrame.title, DropinMetaParameters, **kw) param_frame = self.param_frame # shorthand for self.param_frame created in base class param_frame.columnconfigure(0,weight=1) param_frame.columnconfigure(1,weight=1) self.vars_list = [] self.error_names = [] def get_shortname(self): return "dropin" def update_tk_vars(self): pass def send_values(self,dummy_arg=None): self.meta_params.vars_list = [] self.error_names = [] if self.vars_list is None: return 0 for var in self.vars_list: if len(var) == 3: var_type = var[0] var_name = var[1] var_val_holder = var[2] var_val = var_val_holder.get() try: if var_val == "compound": pass else: if VarTypes.getType(var_type) == "float": var_typed_val = float(var_val) elif VarTypes.getType(var_type) == "integer": var_typed_val = int(float(var_val)) elif VarTypes.getType(var_type) == "string": var_typed_val = var_val else: raise ValueError() self.meta_params.vars_list.append([var_name, var_typed_val]) except ValueError: self.error_names.append(var_name) if len(self.error_names) == 0: self.meta_controller.set_parameters( self.meta_params ) return 1 else: all_error_names = "Invalid value(s) for the following variable(s):\n" for error_name in self.error_names: all_error_names = all_error_names + error_name + "\n" tkMessageBox.showerror("Invalid value(s)", all_error_names) return 0 def get_duration_sec(self): # XXX not implemented yet return -1 # Creates the variable Entry and Label widgets: def gen_var_widgets(self, demoscript_filename, vars_list): self.vars_list = vars_list param_frame = self.param_frame # shorthand for self.param_frame created in base class if demoscript_filename is None: label = "No demo file loaded" else: label = demoscript_filename Tkinter.Label(param_frame, text=label, font=("Helvetica",8,"bold")).grid(row=0,columnspan=2) row_num = 1 if self.vars_list is None: return for var in self.vars_list: var_label = Tkinter.Label(param_frame,text=var[1]).grid(row=row_num,column=0) # Create a Tkinter string variable holder: var_val_holder = Tkinter.StringVar() # Set to its value: var_val_holder.set(var[2]) # Create (indirectly) Entry widgets: # Render variables which were "not found" as non-modifiable for user: if var[2] == "not found": self.make_callback_entry(textvariable=var_val_holder, state="disabled").grid(row=row_num,column=1) del var[2] else: self.make_callback_entry(textvariable=var_val_holder).grid(row=row_num,column=1) var[2] = var_val_holder row_num = row_num + 1 if __name__=='__main__': frame = DropinControlFrame() frame.pack(expand=1,fill=Tkinter.BOTH) frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) frame.mainloop() visionegg-1.2.1/VisionEgg/PyroApps/DropinServer.py0000644000076500000240000000303511224565527021346 0ustar astrawstaff# The Vision Egg: DropinServer # # Copyright (C) 2004 Imran S. Ali, Lachlan Dowd, Andrew Straw # Copyright (C) 2004 California Institute of Technology # # Authors: Imran S. Ali, Lachlan Dowd, Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. # # $Id$ import VisionEgg, string import sys, os, math import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.Textures import VisionEgg.SphereMap import VisionEgg.PyroHelpers import Pyro.core from VisionEgg.PyroApps.ScreenPositionServer import ScreenPositionMetaController from VisionEgg.PyroApps.ScreenPositionGUI import ScreenPositionParameters from VisionEgg.PyroApps.DropinGUI import DropinMetaParameters class DropinMetaController( Pyro.core.ObjBase ): def __init__(self,screen,presentation,stimuli): Pyro.core.ObjBase.__init__(self) self.meta_params = DropinMetaParameters() self.p = presentation print 'DropinMetaController presentation',self.p def get_parameters(self): return self.meta_params def set_parameters(self, new_parameters): self.meta_params = new_parameters self.update() def update(self): pass def go(self): self.p.parameters.enter_go_loop = 1 def quit_server(self): self.p.parameters.quit = 1 def get_meta_controller_class(): return DropinMetaController def make_stimuli(): pass def get_meta_controller_stimkey(): return "dropin_server" visionegg-1.2.1/VisionEgg/PyroApps/EPhysGUI.py0000755000076500000240000023064711227360015020323 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: EPhysGUI # # Copyright (C) 2001-2004 Andrew Straw. # Copyright (C) 2004 Imran S. Ali, Lachlan Dowd # Copyright (C) 2004, 2008 California Institute of Technology # # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. # import VisionEgg import sys, socket, re, time, string, types, os import parser, symbol, token, compiler import pickle, random, math, threading import Tkinter, tkMessageBox, tkSimpleDialog, tkFileDialog import StringIO import Pyro import numpy import VisionEgg import VisionEgg.PyroClient import VisionEgg.PyroApps.ScreenPositionGUI import VisionEgg.GUI import VisionEgg.ParameterTypes as ve_types # Add your client modules here import VisionEgg.PyroApps.TargetGUI import VisionEgg.PyroApps.MouseTargetGUI import VisionEgg.PyroApps.FlatGratingGUI import VisionEgg.PyroApps.SphereGratingGUI import VisionEgg.PyroApps.SpinningDrumGUI import VisionEgg.PyroApps.GridGUI import VisionEgg.PyroApps.ColorCalGUI import VisionEgg.PyroApps.DropinGUI import VisionEgg.PyroApps.AST_ext as AST_ext import VisionEgg.PyroApps.VarTypes as VarTypes client_list = [] client_list.extend( VisionEgg.PyroApps.TargetGUI.get_control_list() ) client_list.extend( VisionEgg.PyroApps.MouseTargetGUI.get_control_list() ) client_list.extend( VisionEgg.PyroApps.FlatGratingGUI.get_control_list() ) client_list.extend( VisionEgg.PyroApps.SphereGratingGUI.get_control_list() ) client_list.extend( VisionEgg.PyroApps.SpinningDrumGUI.get_control_list() ) client_list.extend( VisionEgg.PyroApps.GridGUI.get_control_list() ) client_list.extend( VisionEgg.PyroApps.ColorCalGUI.get_control_list() ) client_list.extend( VisionEgg.PyroApps.DropinGUI.get_control_list() ) class ContainedObjectBase: """Base class to encapsulate objects, provides useful methods when used in GUI""" def __init__(self): raise RuntimeError("Abstract base class!") def get_str_30(self): return "**** this is a generic str_30 ****" def get_contained(self): return self.contained header = "unknown parameters" class ScrollListFrame(Tkinter.Frame): def __init__(self,master=None,list_of_contained_objects=None,contained_objectbject_maker=None, container_class=ContainedObjectBase, **cnf): Tkinter.Frame.__init__(self, master, **cnf) if list_of_contained_objects is None: self.list = [] else: self.list = list_of_contained_objects self.container_class = container_class # allow column to expand self.columnconfigure(0,weight=1) # The frame that has the list and the vscroll self.frame = Tkinter.Frame(self,borderwidth=2) self.frame.grid(row=0,sticky="nwes") # allow column to expand self.frame.columnconfigure(0,weight=1) self.frame.vscroll = Tkinter.Scrollbar(self.frame,orient=Tkinter.VERTICAL) self.frame.hscroll = Tkinter.Scrollbar(self.frame,orient=Tkinter.HORIZONTAL) self.frame.title = Tkinter.Listbox( self.frame, relief=Tkinter.FLAT, font=('courier',10,'bold'), height=1, # selectbackground='#eed5b7', # selectborderwidth=0, # selectmode=None, exportselection=0) self.frame.title.insert(Tkinter.END, self.container_class.header) self.frame.list = Tkinter.Listbox( self.frame, relief=Tkinter.SUNKEN, font=('courier',10,'normal'), width=40, height=10, selectbackground='#eed5b7', selectborderwidth=0, selectmode=Tkinter.BROWSE, xscroll=self.frame.hscroll.set, yscroll=self.frame.vscroll.set, exportselection=0) self.frame.hscroll['command'] = self.delegate_hscroll self.frame.hscroll.grid(row=3,column=0,sticky='we') self.frame.vscroll['command'] = self.frame.list.yview self.frame.vscroll.grid(row=2,column=1,sticky='ns') self.frame.title.grid(row=1,column=0,ipady=0,pady=0,sticky='we') self.frame.list.grid(row=2,column=0,sticky='nwes') self.frame.list.bind('',self.edit_selected) # The buttons on bottom self.bar = Tkinter.Frame(self,borderwidth=2) self.bar.grid(row=1,sticky="we") self.bar.add = Tkinter.Button(self.bar,text='Add...',command=self.add_new) self.bar.add.grid(row=0,column=0,sticky='we') self.bar.edit = Tkinter.Button(self.bar,text='Edit...',command=self.edit_selected) self.bar.edit.grid(row=0,column=1,sticky='we') self.bar.remove = Tkinter.Button(self.bar,text='Remove',command=self.remove_selected) self.bar.remove.grid(row=0,column=2,sticky='we') self.bar.move_up = Tkinter.Button(self.bar,text='Up',command=self.move_selected_up) self.bar.move_up.grid(row=0,column=3,sticky='we') self.bar.move_down = Tkinter.Button(self.bar,text='Down',command=self.move_selected_down) self.bar.move_down.grid(row=0,column=4,sticky='we') self.bar.tk_menuBar(self.bar.add,self.bar.remove) #Lachie- My bar for setting parent self.bar.merge = Tkinter.Button(self.bar,text='Merge/Unmerge',command=self.make_merge) self.bar.merge.grid(row=0,column=5,sticky='we') self.bar.tk_menuBar(self.bar.add,self.bar.remove) self.update_now() def list2D_coordinates(self, main_index, main_list): # This is a function for finding the 2-d # list coordinates of an element which may be inside a # list-nested-list. # eg. if x = [[e, e, e], [e], [e, e]] # Then the coordinates of the element at index 4 is: (2, 0) # # Initialization: i = -1 j = -1 element_count = 0 # Main body: for nested_list in main_list: j = -1 i = i + 1 for element in nested_list: j = j + 1 element_count = element_count + 1 if (element_count - 1) == main_index: return [i, j] # Unsuccessful exit: return [-1, -1] def delegate_hscroll(self,*args,**kw): self.frame.title.xview(*args,**kw) self.frame.list.xview(*args,**kw) def get_list_uncontained(self): results = [] for contained_object_item in self.list: #results.append( contained_object_item.get_contained() ) results.append( contained_object_item ) return results def update_now(self): self.frame.list.delete(0,Tkinter.END) max_len = 0 for loop_container in self.list: for loop in loop_container: item_str_30 = loop.get_str_30() max_len = max(max_len,len(item_str_30)) self.frame.list.insert(Tkinter.END,item_str_30) self.frame.list.insert(Tkinter.END,"") self.frame.title.delete(0,Tkinter.END) self.frame.title.insert(Tkinter.END, self.container_class.header.ljust(max_len)) def add_new(self): contained_object = self.make_contained_object(self.container_class) if contained_object: self.list.append( [contained_object] ) self.update_now() def edit_selected(self,dummy_arg=None): selected = self.get_selected() # Get 2-D list coordinates of selected object of class "LoopContainedObject": loop_coordinates = self.list2D_coordinates(selected, self.list) main_list_index = loop_coordinates[0] loop_list_index = loop_coordinates[1] if selected is not None: if len(self.list[main_list_index]) == 1: orig_contained_object = self.list[main_list_index][loop_list_index] modified_contained_object = self.edit_contained_object( orig_contained_object ) if modified_contained_object is not None: # "Cancel" press results in None self.list[main_list_index][loop_list_index] = modified_contained_object self.update_now() else: tkMessageBox.showerror("Cannot edit this variable", "This variable needs to be isolated/unmerged") def remove_selected(self): selected = self.get_selected() # Get 2-D list coordinates of selected object of class "LoopContainedObject": loop_coordinates = self.list2D_coordinates(selected, self.list) main_list_index = loop_coordinates[0] loop_list_index = loop_coordinates[1] if selected is not None: del self.list[main_list_index][loop_list_index] if self.list[main_list_index] == []: del self.list[main_list_index] self.update_now() def move_selected_up(self,dummy_arg=None): selected = self.get_selected() # Get 2-D list coordinates of selected object of class "LoopContainedObject": loop_coordinates = self.list2D_coordinates(selected, self.list) main_list_index = loop_coordinates[0] loop_list_index = loop_coordinates[1] new_selected_index = selected if selected is not None: # If the selected variable is first in its "loop_list": if loop_list_index == 0: # If not the first "loop_list": if main_list_index != 0: # Then we move up the entire "loop_list": selected_loop_list = self.list[main_list_index] del self.list[main_list_index] new_main_list_index = main_list_index - 1 self.list.insert(new_main_list_index, selected_loop_list) new_selected_index = selected - len(self.list[main_list_index]) self.update_now() # Else we just move up a variable within a "loop_list": else: selected_loop_container = self.list[main_list_index][loop_list_index] del self.list[main_list_index][loop_list_index] new_loop_list_index = loop_list_index - 1 self.list[main_list_index].insert(new_loop_list_index, selected_loop_container) new_selected_index = selected - 1 self.update_now() new_selected_index = self.map_to_listbox_index(new_selected_index) self.frame.list.selection_set(new_selected_index) def move_selected_down(self,dummy_arg=None): selected = self.get_selected() # Get 2-D list coordinates of selected object of class "LoopContainedObject": loop_coordinates = self.list2D_coordinates(selected, self.list) main_list_index = loop_coordinates[0] loop_list_index = loop_coordinates[1] new_selected_index = selected if selected is not None: # If the selected variable is last in its "loop_list": if loop_list_index == (len(self.list[main_list_index]) - 1): # If not the last "loop_list": if main_list_index != (len(self.list) - 1): # Then we move down the entire "loop_list": selected_loop_list = self.list[main_list_index] del self.list[main_list_index] new_main_list_index = main_list_index + 1 self.list.insert(new_main_list_index, selected_loop_list) new_selected_index = selected + len(self.list[main_list_index]) self.update_now() # Else we just move down a variable within a "loop_list": #elif loop_list_index != (len(self.list[main_list_index]) - 1): else: selected_loop_container = self.list[main_list_index][loop_list_index] del self.list[main_list_index][loop_list_index] new_loop_list_index = loop_list_index + 1 self.list[main_list_index].insert(new_loop_list_index, selected_loop_container) new_selected_index = selected + 1 self.update_now() #else: #tkMessageBox.showerror("Cannot move this variable down", "Select unmerge instead") new_selected_index = self.map_to_listbox_index(new_selected_index) self.frame.list.selection_set(new_selected_index) def make_merge(self): # Notes: # "self.list" is a list of lists, each of which, a # "loop_list", contains "LoopContainedObject" class objects: # eg. [[a], [b, c], [d]] selected = self.get_selected() merge_error = 0 merge_error_msg = "" # The purpose of this function is to "merge" selected objects of class # "LoopContainedObject" into a preceding list: # eg. [[a], [b, c], [d]] => [[a], [b, c, d]]] # where selected 'd' was "merged" into preceding list. # Note, this function can also perform the reverse, provided that the # the selected object of class "LoopContainedObject" is the LAST one # in its "loop_list". # Supported cases: # [[a], [b*, c], [d]] => [[a, b, c], [d]] merge # [[a], [b, c*], [d]] => [[a], [b], [c, d]] unmerge # Unsupported cases: # [[a], [b, c*, d], [e]] => cannot unmerge! # Get 2-D list coordinates of selected object of class "LoopContainedObject": loop_coordinates = self.list2D_coordinates(selected, self.list) main_list_index = loop_coordinates[0] loop_list_index = loop_coordinates[1] # Checking that an item is actually selected: if selected is not None: selected_loop_list = self.list[main_list_index] selected_loop_container = selected_loop_list[loop_list_index] preceding_loop_container = self.list[main_list_index - 1][0] # Trying to perform merge? if loop_list_index == 0: # Ensure selected "LoopContainerObject" is not in first "loop_list": if main_list_index > 0: # Can only carry out merge if "Loop" object sequence lengths are # the same length within a "loop_list": if len(selected_loop_container.contained.parameters.sequence) == len(preceding_loop_container.contained.parameters.sequence): # Perform the merge. All variables that are currently merged with the selected variable, # are merged with the new variable(s) as well. i = 0 max_index = len(selected_loop_list) while i < max_index: dummy_loop_container = selected_loop_list[0] del self.list[main_list_index][0] self.list[main_list_index - 1].append(dummy_loop_container) i = i + 1 # Remove the selected "loop_list" if it is now empty: if self.list[main_list_index] == []: del self.list[main_list_index] else: merge_error = 1 merge_error_msg = "Cannot merge variables with different sequence lengths" else: merge_error = 3 #merge_error_msg = "Variable is at the top level" # Trying to perform an "unmerge": else: # Ensure selected "LoopContainerObject" is last object in its "loop_list": if loop_list_index == (len(selected_loop_list) - 1): # Perform the unmerge: del self.list[main_list_index][loop_list_index] self.list.insert((main_list_index + 1), [selected_loop_container]) else: merge_error = 2 merge_error_msg = "Unmerge lowest variable in this cluster first" if merge_error == 1: tkMessageBox.showerror("Cannot perform merge", merge_error_msg) elif merge_error == 2: tkMessageBox.showerror("Cannot perform unmerge", merge_error_msg) elif merge_error == 3: # non critical errors pass else: #debugger: #print len(self.list) #print "" #for x in self.list: # print len(x) #print "--------------" self.update_now() def make_contained_object(self, container_class): """Factory function for ContainedObjectBase""" if container_class == LoopContainedObject: return self.make_loop_contained_object() params = {} p = container_class.contained_class.parameters_and_defaults keys = p.keys() keys.sort() for pname in keys: if p[pname][1] == ve_types.String: params[pname] = tkSimpleDialog.askstring(pname,pname,initialvalue=p[pname][0]) elif p[pname][1] == ve_types.Integer: params[pname] = tkSimpleDialog.askinteger(pname,pname,initialvalue=p[pname][0]) elif p[pname][1] == ve_types.Real: params[pname] = tkSimpleDialog.askfloat(pname,pname,initialvalue=p[pname][0]) elif p[pname][1] == ve_types.Sequence: params[pname] = eval("["+tkSimpleDialog.askstring(pname,pname,initialvalue="1,2,3")+"]") if type(params[pname]) is not types.ListType: raise ValueError("You must enter a list in the form of '[1,2,3]'") else: raise NotImplementedError("Don't know about type %s"%(p[pname][1],)) if params[pname] is None: raise RuntimeError("Input cancelled") contained = container_class.contained_class(**params) # call constructor return container_class(contained) def edit_contained_object(self, contained_object): if not isinstance(contained_object,LoopContainedObject): raise NotImplementedError("") orig_contained = contained_object.get_contained() d = LoopParamDialog(self, title="Loop Parameters", orig_values=orig_contained ) if d.result: return LoopContainedObject(d.result) else: return def make_loop_contained_object(self): d = LoopParamDialog(self, title="Loop Parameters" ) if d.result: return LoopContainedObject(d.result) else: return # Returns index of selected item ignoring blank listbox entries: # eg. if listbox had: # # 0 a # 1 b # 2 # 3 c # 4 d # # Then the index of element 'c' would be 2 def get_selected(self): items = self.frame.list.curselection() try: items = map(int, items) except ValueError: pass if len(items) > 0: selected_item_index = items[0] if self.frame.list.get(selected_item_index) != "": blankentrycount = 0 i = 0 while i < selected_item_index: if self.frame.list.get(i) == "": blankentrycount = blankentrycount + 1 i = i + 1 return (selected_item_index - blankentrycount) return None # Performs reverse of above: # eg. if listbox had: # # 0 a # 1 b # 2 # 3 c # 4 d # # Then "mapping" of given index 2 would result in return value of 3 def map_to_listbox_index(self, index): validentrycount = 0 i = 0 while i < self.frame.list.size(): if self.frame.list.get(i) != "": validentrycount = validentrycount + 1 if validentrycount == (index + 1): return i i = i + 1 return -1 ################################################### class Loop(VisionEgg.ClassWithParameters): parameters_and_defaults = {'variable':('', ve_types.String), 'sequence':([1, 1, 1], ve_types.Sequence(ve_types.Real)), 'rest_duration_sec':(1.0, ve_types.Real)} __slots__ = ( 'num_done', ) def __init__(self,**kw): VisionEgg.ClassWithParameters.__init__(self,**kw) self.num_done = 0 def is_done(self): return self.num_done >= len(self.parameters.sequence) def get_current(self): return self.parameters.sequence[self.num_done] def advance(self): self.num_done += 1 def reset(self): self.num_done = 0 class LoopContainedObject(ContainedObjectBase): """Container for Loop class""" contained_class = Loop header = " variable rest N values" def __init__(self,contained): self.contained = contained def get_str_30(self): p = self.contained.parameters seq_str = "" for val in p.sequence: seq_str += str(val) + " " name_str = p.variable if len(name_str) > 15: name_str = name_str[:15] return "% 15s % 4s % 4d % 4s"%(name_str, str(p.rest_duration_sec), len(p.sequence), seq_str) class LoopParamDialog(tkSimpleDialog.Dialog): def __init__(self,*args,**kw): #intercept orig_values argument if kw.has_key('orig_values'): self.orig_values = kw['orig_values'] del kw['orig_values'] else: self.orig_values = None return tkSimpleDialog.Dialog.__init__(self, *args, **kw ) def body(self,master): Tkinter.Label(master, text="Add sequence of automatic variable values", font=("Helvetica",12,"bold"),).grid(row=0,column=0,columnspan=2) var_frame = Tkinter.Frame(master, relief=Tkinter.GROOVE, borderwidth=2) var_frame.grid(row=1,column=0) sequence_frame = Tkinter.Frame(master) sequence_frame.grid(row=1,column=1) rest_dur_frame = Tkinter.Frame(master) rest_dur_frame.grid(row=2,column=0,columnspan=2) # loopable variable frame stuff global loopable_variables num_cols = int(math.ceil(len(loopable_variables)/10.0)) # 10 variables per column var_frame_row = 0 Tkinter.Label(var_frame, text="Select a variable", font=("Helvetica",12,"bold"),).grid(row=var_frame_row, column=0, columnspan=num_cols) self.var_name = Tkinter.StringVar() self.var_name.set("") var_names = loopable_variables[:] # copy var_names.sort() var_frame_row += 1 Tkinter.Radiobutton( var_frame, text="Repeat (Average)", variable=self.var_name, value="", anchor=Tkinter.W).grid(row=var_frame_row, column=0, sticky="w") var_frame_row += 1 for var_name in var_names: use_row = var_frame_row%10+1 Tkinter.Radiobutton( var_frame, text=var_name, variable=self.var_name, value=var_name, anchor=Tkinter.W).grid(row=use_row, column=int(math.floor(var_frame_row/10.)), sticky="w") var_frame_row += 1 # sequence entry frame seq_row = 0 Tkinter.Label(sequence_frame, text="Sequence values", font=("Helvetica",12,"bold"),).grid(row=seq_row,column=0,columnspan=2) seq_row += 1 self.sequence_type = Tkinter.StringVar() self.sequence_type.set("manual") Tkinter.Radiobutton( sequence_frame, text="Manual:", variable=self.sequence_type, value="manual", anchor=Tkinter.W).grid(row=seq_row,column=0,sticky="w") self.sequence_manual_string = Tkinter.StringVar() self.sequence_manual_string.set("[1,2,3]") Tkinter.Entry(sequence_frame, textvariable=self.sequence_manual_string).grid(row=seq_row,column=1) seq_row += 1 Tkinter.Radiobutton( sequence_frame, text="Linear:", variable=self.sequence_type, value="linear", anchor=Tkinter.W).grid(row=seq_row,column=0,sticky="w") self.lin_start_tk = Tkinter.DoubleVar() self.lin_start_tk.set(1.0) self.lin_stop_tk = Tkinter.DoubleVar() self.lin_stop_tk.set(100.0) self.lin_n_tk = Tkinter.IntVar() self.lin_n_tk.set(3) lin_frame = Tkinter.Frame( sequence_frame) lin_frame.grid(row=seq_row,column=1) Tkinter.Label(lin_frame,text="start:").grid(row=0,column=0) Tkinter.Entry(lin_frame,textvariable=self.lin_start_tk,width=6).grid(row=0,column=1) Tkinter.Label(lin_frame,text=" stop:").grid(row=0,column=2) Tkinter.Entry(lin_frame,textvariable=self.lin_stop_tk,width=6).grid(row=0,column=3) Tkinter.Label(lin_frame,text=" N:").grid(row=0,column=4) Tkinter.Entry(lin_frame,textvariable=self.lin_n_tk,width=6).grid(row=0,column=5) seq_row += 1 Tkinter.Radiobutton( sequence_frame, text="Log:", variable=self.sequence_type, value="log", anchor=Tkinter.W).grid(row=seq_row,column=0,sticky="w") self.log_start_tk = Tkinter.DoubleVar() self.log_start_tk.set(-1.0) self.log_stop_tk = Tkinter.DoubleVar() self.log_stop_tk.set(2.0) self.log_n_tk = Tkinter.IntVar() self.log_n_tk.set(5) log_frame = Tkinter.Frame( sequence_frame) log_frame.grid(row=seq_row,column=1) Tkinter.Label(log_frame,text="start: 10^").grid(row=0,column=0) Tkinter.Entry(log_frame,textvariable=self.log_start_tk,width=6).grid(row=0,column=1) Tkinter.Label(log_frame,text=" stop: 10^").grid(row=0,column=2) Tkinter.Entry(log_frame,textvariable=self.log_stop_tk,width=6).grid(row=0,column=3) Tkinter.Label(log_frame,text=" N:").grid(row=0,column=4) Tkinter.Entry(log_frame,textvariable=self.log_n_tk,width=6).grid(row=0,column=5) seq_row += 1 Tkinter.Radiobutton( sequence_frame, text="Log:", variable=self.sequence_type, value="logb", anchor=Tkinter.W).grid(row=seq_row,column=0,sticky="w") self.logb_start_tk = Tkinter.DoubleVar() self.logb_start_tk.set(0.1) self.logb_stop_tk = Tkinter.DoubleVar() self.logb_stop_tk.set(100.0) self.logb_n_tk = Tkinter.IntVar() self.logb_n_tk.set(5) logb_frame = Tkinter.Frame( sequence_frame) logb_frame.grid(row=seq_row,column=1) Tkinter.Label(logb_frame,text="start:").grid(row=0,column=0) Tkinter.Entry(logb_frame,textvariable=self.logb_start_tk,width=6).grid(row=0,column=1) Tkinter.Label(logb_frame,text=" stop:").grid(row=0,column=2) Tkinter.Entry(logb_frame,textvariable=self.logb_stop_tk,width=6).grid(row=0,column=3) Tkinter.Label(logb_frame,text=" N:").grid(row=0,column=4) Tkinter.Entry(logb_frame,textvariable=self.logb_n_tk,width=6).grid(row=0,column=5) # rest duration frame Tkinter.Label(rest_dur_frame, text="Other sequence parameters", font=("Helvetica",12,"bold"),).grid(row=0,column=0,columnspan=2) Tkinter.Label(rest_dur_frame, text="Interval duration (seconds)").grid(row=1,column=0) self.rest_dur = Tkinter.DoubleVar() self.rest_dur.set(0.5) Tkinter.Entry(rest_dur_frame, textvariable=self.rest_dur, width=10).grid(row=1,column=1) self.shuffle_tk_var = Tkinter.BooleanVar() self.shuffle_tk_var.set(0) Tkinter.Checkbutton( rest_dur_frame, text="Shuffle sequence order", variable=self.shuffle_tk_var).grid(row=2,column=0,columnspan=2) if self.orig_values is not None: self.var_name.set( self.orig_values.parameters.variable ) self.sequence_manual_string.set( str(self.orig_values.parameters.sequence) ) self.rest_dur.set( self.orig_values.parameters.rest_duration_sec ) def validate(self): if self.sequence_type.get() == "manual": try: seq = eval(self.sequence_manual_string.get()) except Exception, x: tkMessageBox.showwarning("Invalid sequence parameters", "Manual sequence entry: %s"%(str(x),), parent=self) return 0 if type(seq) != types.ListType: tkMessageBox.showwarning("Invalid sequence parameters", "Manual sequence entry: Not a list", parent=self) return 0 elif self.sequence_type.get() == "linear": start = self.lin_start_tk.get() stop = self.lin_stop_tk.get() n = self.lin_n_tk.get() if n < 2: tkMessageBox.showwarning("Invalid sequence parameters", "Must have n >= 2.", parent=self) return 0 incr = (stop-start)/float(n-1) seq = range(n) for i in range(n): seq[i] = i*incr + start elif self.sequence_type.get() == "log": start = self.log_start_tk.get() stop = self.log_stop_tk.get() n = self.log_n_tk.get() if n < 2: tkMessageBox.showwarning("Invalid sequence parameters", "Must have n >= 2.", parent=self) return 0 incr = (stop-start)/float(n-1) seq = range(n) for i in range(n): seq[i] = 10.0**( i*incr + start ) elif self.sequence_type.get() == "logb": start = self.logb_start_tk.get() stop = self.logb_stop_tk.get() start = math.log10(start) stop = math.log10(stop) n = self.logb_n_tk.get() if n < 2: tkMessageBox.showwarning("Invalid sequence parameters", "Must have n >= 2.", parent=self) return 0 incr = (stop-start)/float(n-1) seq = range(n) for i in range(n): seq[i] = 10.0**( i*incr + start ) else: tkMessageBox.showwarning("Invalid sequence parameters", "Invalid sequence type.", parent=self) return 0 rest_dur_sec = self.rest_dur.get() if self.shuffle_tk_var.get(): random.shuffle(seq) self.result = Loop(variable=self.var_name.get(), sequence=seq, rest_duration_sec=rest_dur_sec) return 1 def destroy(self): # clear tk variables self.var_name = None self.sequence_type = None self.sequence_manual_string = None self.rest_dur = None # call master's destroy method tkSimpleDialog.Dialog.destroy(self) def get_server(hostname="",port=7766): class ConnectWindow(Tkinter.Frame): def __init__(self,master=None,hostname="",port=7766,**kw): # Allow VisionEgg Tkinter exception window VisionEgg.config._Tkinter_used = True Tkinter.Frame.__init__(self,master, **kw) self.winfo_toplevel().title("EPhysGUI Connect - Vision Egg") current_row = 0 Tkinter.Message(self,\ text='Welcome to the "EPhys GUI" of the Vision Egg!\n\n'+\ 'Please enter the hostname '+\ 'and port number '+\ 'of the computer on which you have the '+\ '"EPhys server" running.').grid(row=current_row,column=0,columnspan=2) hostname = 'localhost' self.hostname_tk = Tkinter.StringVar() self.hostname_tk.set(hostname) current_row += 1 Tkinter.Label(self,text="Hostname:").grid(row=current_row, column=0) Tkinter.Entry(self,textvariable=self.hostname_tk).grid(row=current_row, column=1) self.port_tk = Tkinter.IntVar() self.port_tk.set(port) current_row += 1 Tkinter.Label(self,text="Port:").grid(row=current_row, column=0) Tkinter.Entry(self,textvariable=self.port_tk).grid(row=current_row, column=1) current_row += 1 bf = Tkinter.Frame(self) bf.grid(row=current_row,column=0,columnspan=2) ok=Tkinter.Button(bf,text="OK",command=self.ok) ok.grid(row=0,column=0) ok.focus_force() ok.bind('',self.ok) Tkinter.Button(bf,text="Cancel",command=self.quit).grid(row=0,column=1) self.result = None def ok(self,dummy_arg=None): self.result = (self.hostname_tk.get(),self.port_tk.get()) self.destroy() self.quit() connect_win = ConnectWindow(hostname=hostname,port=port) connect_win.pack() connect_win.mainloop() return connect_win.result class GammaFrame(Tkinter.Frame): def __init__(self, master=None, ephys_server=None,**kw): Tkinter.Frame.__init__(self,master,**kw) self.winfo_toplevel().title("Gamma - Vision Egg") self.ephys_server = ephys_server self.columnconfigure(0,weight=1) row = 0 Tkinter.Label(self, font=("Helvetica",12,"bold"), text="Load Gamma Table").grid(row=row) row += 1 Tkinter.Button(self, text="Set from .ve_gamma file...", command=self.set_from_file).grid(row=row,sticky="w") row += 1 Tkinter.Button(self, text="Set to monitor default (linear gamma table)", command=self.set_monitor_default).grid(row=row,sticky="w") row += 1 invert_frame = Tkinter.Frame(self) invert_frame.grid(row=row,sticky="we") Tkinter.Button(invert_frame, text="Linearize luminance for gammas", command=self.linearize).grid(row=0,column=0) Tkinter.Label(invert_frame, text="Red:").grid(row=0,column=1) self.red_gamma = Tkinter.DoubleVar() self.red_gamma.set(2.2) Tkinter.Entry(invert_frame, textvariable=self.red_gamma, width=5).grid(row=0,column=2) Tkinter.Label(invert_frame, text="Green:").grid(row=0,column=3) self.green_gamma = Tkinter.DoubleVar() self.green_gamma.set(2.2) Tkinter.Entry(invert_frame, textvariable=self.green_gamma, width=5).grid(row=0,column=4) Tkinter.Label(invert_frame, text="Blue:").grid(row=0,column=5) self.blue_gamma = Tkinter.DoubleVar() self.blue_gamma.set(2.2) Tkinter.Entry(invert_frame, textvariable=self.blue_gamma, width=5).grid(row=0,column=6) row += 1 self.success_label = Tkinter.Label(self) self.success_label.grid(row=row) def get_corrected_gamma_table(self,gamma): # c is a constant scale factor. It is always 1.0 when # luminance is normalized to range [0.0,1.0] and input units # in range [0.0,1.0], as is OpenGL standard. c = 1.0 inc = 1.0/255 target_luminances = numpy.arange(0.0,1.0+inc,inc) output_ramp = numpy.zeros(target_luminances.shape,dtype=numpy.int32) for i in range(len(target_luminances)): L = target_luminances[i] if L == 0.0: v_88fp = 0 else: v = math.exp( (math.log(L) - math.log(c)) /gamma) v_88fp = int(round((v*255) * 256)) # convert to from [0.0,1.0] floating point to [0.0,255.0] 8.8 fixed point output_ramp[i] = v_88fp # 8.8 fixed point format return list(output_ramp) # convert to Python list def linearize(self, dummy_arg=None): self.success_label.configure(text="Setting...") try: red = self.get_corrected_gamma_table(self.red_gamma.get()) green = self.get_corrected_gamma_table(self.green_gamma.get()) blue = self.get_corrected_gamma_table(self.blue_gamma.get()) except: self.success_label.configure(text="Calculation error") raise try: if self.ephys_server.set_gamma_ramp(red,green,blue): self.success_label.configure(text="Success") else: self.success_label.configure(text="Failed: Invalid gamma values?") except Exception,x: self.success_label.configure(text="Failed: %s: %s"%(x.__class__,str(x))) raise def set_monitor_default(self, dummy_arg=None): self.success_label.configure(text="Setting...") try: red = self.get_corrected_gamma_table(1.0) # linear gamma table except: self.success_label.configure(text="Calculation error") raise green = red blue = red try: if self.ephys_server.set_gamma_ramp(red,green,blue): self.success_label.configure(text="Success") else: self.success_label.configure(text="Failed: Invalid gamma values?") except Exception,x: self.success_label.configure(text="Failed: %s: %s"%(x.__class__,str(x))) raise def set_from_file(self): self.success_label.configure(text="Setting...") filename = tkFileDialog.askopenfilename( parent=self, defaultextension=".ve_gamma", filetypes=[('Configuration file','*.ve_gamma')], initialdir=VisionEgg.config.VISIONEGG_USER_DIR) if not filename: self.success_label.configure(text="No file given") return fd = open(filename,"r") gamma_values = [] for line in fd.readlines(): line = line.strip() # remove leading/trailing whitespace if line.startswith("#"): # comment, ignore continue try: gamma_values.append( map(int, line.split() ) ) except Exception, x: self.success_label.configure(text="File error") raise if len(gamma_values[-1]) != 3: self.success_label.configure(text="File error") raise RuntimeError("expected 3 values per gamma entry") if len(gamma_values) != 256: self.success_label.configure(text="File error") raise RuntimeError("expected 256 gamma entries") red, green, blue = zip(*gamma_values) try: if self.ephys_server.set_gamma_ramp(red,green,blue): self.success_label.configure(text="Success") else: self.success_label.configure(text="Failed: Invalid gamma values?") except Exception,x: self.success_label.configure(text="Failed: %s: %s"%(x.__class__,str(x))) raise class ImageSequenceLauncher(Tkinter.Toplevel): def __init__(self,master=None,ephys_server=None,**cnf): Tkinter.Toplevel.__init__(self,master,**cnf) if ephys_server is None: raise ValueError("Must specify ephys_server") self.ephys_server = ephys_server self.columnconfigure(1,weight=1) row = 0 Tkinter.Label(self,text="Frames per second").grid(row=row,column=0) self.fps_var = Tkinter.DoubleVar() self.fps_var.set(12.0) Tkinter.Entry(self,textvariable=self.fps_var).grid(row=row,column=1,sticky="we") row += 1 Tkinter.Label(self,text="Filename base").grid(row=row,column=0) self.filename_base = Tkinter.StringVar() self.filename_base.set("im") Tkinter.Entry(self,textvariable=self.filename_base).grid(row=row,column=1,sticky="we") row += 1 Tkinter.Label(self,text="Filename suffix").grid(row=row,column=0) self.filename_suffix = Tkinter.StringVar() self.filename_suffix.set(".tif") Tkinter.Entry(self,textvariable=self.filename_suffix).grid(row=row,column=1,sticky="we") row += 1 Tkinter.Label(self,text="Save directory on server").grid(row=row,column=0) self.server_save_dir = Tkinter.StringVar() server_dir = self.ephys_server.get_cwd() self.server_save_dir.set(server_dir) Tkinter.Entry(self,textvariable=self.server_save_dir).grid(row=row,column=1,sticky="we") row += 1 Tkinter.Button(self,text="Save movie",command=self.do_it).grid(row=row,column=0,columnspan=2) self.focus_set() self.grab_set() def do_it(self): fps = self.fps_var.get() filename_base = self.filename_base.get() filename_suffix = self.filename_suffix.get() server_save_dir = self.server_save_dir.get() self.ephys_server.save_image_sequence(fps=fps, filename_base=filename_base, filename_suffix=filename_suffix, save_dir=server_save_dir) self.destroy() class AppWindow(Tkinter.Frame): def __init__(self, master=None, client_list=None, server_hostname='', server_port=7766, **cnf): if hasattr(VisionEgg, '_exception_hook_keeper'): # Keep original exception handler self._orig_report_callback_exception = Tkinter.Tk.report_callback_exception self._tk = Tkinter.Tk # Use Vision Egg exception handler Tkinter.Tk.report_callback_exception = VisionEgg._exception_hook_keeper.handle_exception # Allow VisionEgg Tkinter exception window VisionEgg.config._Tkinter_used = True # create myself Tkinter.Frame.__init__(self,master, **cnf) self.winfo_toplevel().title("EPhysGUI - Vision Egg") self.client_list = client_list self.server_hostname = server_hostname self.server_port = server_port self.pyro_client = VisionEgg.PyroClient.PyroClient(self.server_hostname,self.server_port) self.ephys_server = self.pyro_client.get("ephys_server") self.ephys_server.first_connection() self.stim_onset_cal_tk_var = Tkinter.BooleanVar() self.stim_onset_cal_tk_var.set(0) self.autosave_dir = Tkinter.StringVar() self.autosave_dir.set( os.path.abspath(os.curdir) ) self.autosave_basename = Tkinter.StringVar() # create menu bar self.bar = Tkinter.Menu(tearoff=0) top = self.winfo_toplevel() top.configure(menu=self.bar) self.bar.file_menu = Tkinter.Menu(self.bar, name="file_menu") self.bar.add_cascade(label="File",menu=self.bar.file_menu) self.bar.file_menu.add_command(label='Save image sequence...', command=self.save_image_sequence) self.bar.file_menu.add_command(label='Save configuration file...', command=self.save_config) self.bar.file_menu.add_command(label='Load configuration file...', command=self.load_config) self.bar.file_menu.add_command(label='Load auto-saved .py parameter file...', command=self.load_params) self.bar.file_menu.add_separator() self.bar.file_menu.add_command(label='Load Vision Egg script...', command=self.load_demoscript) self.bar.file_menu.add_separator() self.quit_server_too = Tkinter.BooleanVar() self.quit_server_too.set(1) self.bar.file_menu.add_checkbutton(label='Quit server too', variable=self.quit_server_too) self.bar.file_menu.add_command(label='Quit', command=self.quit, ) stimkey = self.ephys_server.get_stimkey() self.stimulus_tk_var = Tkinter.StringVar() self.stimulus_tk_var.set( stimkey ) self.bar.stimuli_menu = Tkinter.Menu(self.bar, name="stimuli_menu") self.bar.add_cascade(label="Stimuli",menu=self.bar.stimuli_menu) for maybe_stimkey, maybe_control_frame, maybe_title in self.client_list: if maybe_title != "Vision Egg Script": self.bar.stimuli_menu.add_radiobutton(label=maybe_title, command=self.change_stimulus, variable=self.stimulus_tk_var, value=maybe_stimkey) self.bar.calibration_menu = Tkinter.Menu(self.bar, name="calibration_menu") self.bar.add_cascade(label="Configure/Calibrate", menu=self.bar.calibration_menu) self.bar.calibration_menu.add_command(label='3D Perspective...', command=self.launch_screen_pos) self.bar.calibration_menu.add_command(label='Stimulus onset timing...', command=self.launch_stim_onset_cal) self.bar.calibration_menu.add_command(label='Load gamma table...', command=self.launch_gamma_panel) self.notify_on_dropped_frames = Tkinter.BooleanVar() self.notify_on_dropped_frames.set(1) self.bar.calibration_menu.add_checkbutton(label='Warn on frame skip', variable=self.notify_on_dropped_frames) self.override_t_abs_sec = Tkinter.StringVar() # Tkinter DoubleVar loses precision self.override_t_abs_sec.set("0.0") self.override_t_abs_on = Tkinter.BooleanVar() self.override_t_abs_on.set(0) self.bar.calibration_menu.add_checkbutton(label='Override server absolute time (CAUTION)', variable=self.override_t_abs_on) row = 0 # options for self.stim_frame in grid layout manager self.stim_frame_cnf = {'row':row, 'column':0, 'columnspan':2, 'sticky':'nwes'} row += 1 Tkinter.Label(self, text="Sequence information", font=("Helvetica",12,"bold")).grid(row=row,column=0) row += 1 # options for self.loop_frame in grid layout manager self.loop_frame_cnf = {'row':row, 'column':0, 'sticky':'nwes'} row -= 1 Tkinter.Label(self, text="Parameter Save Options", font=("Helvetica",12,"bold")).grid(row=row,column=1) row += 1 self.auto_save_frame = Tkinter.Frame(self) asf = self.auto_save_frame # shorthand asf.grid(row=row,column=1,sticky="nwes") asf.columnconfigure(1,weight=1) asf.grid_row = 0 self.autosave = Tkinter.BooleanVar() self.autosave.set(1) self.auto_save_button = Tkinter.Checkbutton(asf, text="Auto save trial parameters", variable=self.autosave) self.auto_save_button.grid(row=asf.grid_row,column=0,columnspan=2) self.param_file_type_tk_var = Tkinter.StringVar() self.param_file_type_tk_var.set("Python format") filetype_bar = Tkinter.Menubutton(asf, textvariable=self.param_file_type_tk_var, relief=Tkinter.RAISED) filetype_bar.grid(row=asf.grid_row,column=2) filetype_bar.menu = Tkinter.Menu(filetype_bar,tearoff=0) filetype_bar.menu.add_radiobutton(label="Python format", value="Python format", variable=self.param_file_type_tk_var) filetype_bar.menu.add_radiobutton(label="Matlab format", value="Matlab format", variable=self.param_file_type_tk_var) filetype_bar['menu'] = filetype_bar.menu asf.grid_row += 1 Tkinter.Label(asf, text="Parameter file directory:").grid(row=asf.grid_row,column=0,sticky="e") Tkinter.Entry(asf, textvariable=self.autosave_dir).grid(row=asf.grid_row,column=1,sticky="we") Tkinter.Button(asf, text="Set...",command=self.set_autosave_dir).grid(row=asf.grid_row,column=2) asf.grid_row += 1 Tkinter.Label(asf, text="Parameter file basename:").grid(row=asf.grid_row,column=0,sticky="e") Tkinter.Entry(asf, textvariable=self.autosave_basename).grid(row=asf.grid_row,column=1,sticky="we") Tkinter.Button(asf, text="Reset",command=self.reset_autosave_basename).grid(row=asf.grid_row,column=2) row += 1 Tkinter.Button(self, text='Do single trial', command=self.do_single_trial).grid(row=row,column=0) Tkinter.Button(self, text='Do sequence', command=self.do_loops).grid(row=row,column=1) row += 1 self.progress = VisionEgg.GUI.ProgressBar(self, width=300, relief="sunken", doLabel=0, labelFormat="%s") self.progress.labelText = "Starting..." self.progress.updateProgress(0) self.progress.grid(row=row,column=0,columnspan=2)#,sticky='we') # Allow rows and columns to expand for i in range(2): self.columnconfigure(i,weight=1) for i in range(row+1): self.rowconfigure(i,weight=1) self.switch_to_stimkey( stimkey ) self.config_dir = None self.demoscript_filename = None self.vars_list = None def __del__( self ): if hasattr(self,'_orig_report_callback_exception'): self._tk.report_callback_exception = self._orig_report_callback_exception def switch_to_stimkey( self, stimkey ): success = 0 for maybe_stimkey, maybe_control_frame, maybe_title in self.client_list: if stimkey == maybe_stimkey: control_frame_klass = maybe_control_frame success = 1 if not success: raise RuntimeError("Could not find valid client for server stimkey %s"%stimkey) if hasattr(self, 'stim_frame'): # clear old frame self.stim_frame.destroy() del self.stim_frame self.stim_frame = control_frame_klass(self,suppress_go_buttons=1) if stimkey == "dropin_server": self.stim_frame.gen_var_widgets(self.demoscript_filename, self.vars_list) self.stim_frame.connect(self.server_hostname,self.server_port) self.stim_frame.grid( **self.stim_frame_cnf ) global loopable_variables loopable_variables = self.stim_frame.get_loopable_variable_names() if hasattr(self, 'loop_frame'): # clear old frame self.loop_frame.destroy() del self.loop_frame self.loop_frame = ScrollListFrame(master=self, container_class=LoopContainedObject) self.loop_frame.grid( **self.loop_frame_cnf ) self.autosave_basename.set( self.stim_frame.get_shortname() ) self.stimulus_tk_var.set( self.stim_frame.get_shortname() ) # set menuitem self.progress.labelText = "Ready" self.progress.updateProgress(0) def change_stimulus(self, dummy_arg=None, new_stimkey=None ): # if new_stimkey is None, get from the tk variable if new_stimkey is None: new_stimkey = self.stimulus_tk_var.get() found = 0 for maybe_stimkey, maybe_control_frame, maybe_title in self.client_list: if new_stimkey == maybe_stimkey: new_control_frame_klass = maybe_control_frame new_stimkey = maybe_stimkey found = 1 break if not found: raise RuntimeError("Don't know about stimkey %s"%new_stimkey) if new_control_frame_klass != self.stim_frame.__class__ or new_stimkey == "dropin_server": # make wait cursor root = self.winfo_toplevel() old_cursor = root["cursor"] root["cursor"] = "watch" root.update() try: self.progress.labelText = "Changing stimulus..." self.progress.updateProgress(0) self.ephys_server.set_next_stimkey( new_stimkey ) # new stimulus type self.stim_frame.quit_server() # disconnect # in case of loaded Vision Egg script, quit_server() # sends a signal to stop the "wait" loop, WITHOUT # raising a flag to run the script self.ephys_server.get_stimkey() # wait for server to load self.switch_to_stimkey( new_stimkey) finally: #restore cursor root["cursor"] = old_cursor root.update() def save_image_sequence(self): ImageSequenceLauncher(self,ephys_server=self.ephys_server) def save_config(self): self.stim_frame.send_values() # copy values from Tkinter to self.stim_frame.meta_params and send to server if self.config_dir is not None: initialdir = self.config_dir else: initialdir = VisionEgg.config.VISIONEGG_USER_DIR filename = tkFileDialog.asksaveasfilename( parent=self, defaultextension=".ve_cfg", filetypes=[('Configuration file','*.ve_cfg')], initialdir=initialdir) if not filename: return fd = open(filename,"wb") save_dict = {'stim_type':self.stim_frame.get_shortname(), 'loop_list':self.loop_frame.list, 'stim_frame_dict':self.stim_frame.get_parameters_dict(), 'autosave':self.autosave.get(), 'autosave_dir':self.autosave_dir.get(), 'autosave_basename':self.autosave_basename.get()} pickle.dump( save_dict, fd ) self.config_dir = os.path.split(filename)[0] # get dir def load_config(self): if self.config_dir is not None: initialdir = self.config_dir else: initialdir = VisionEgg.config.VISIONEGG_USER_DIR filename = tkFileDialog.askopenfilename( parent=self, defaultextension=".ve_cfg", filetypes=[('Configuration file','*.ve_cfg')], initialdir=initialdir, ) if not filename: return self.config_dir = os.path.split(filename)[0] # get dir fd = open(filename,"rb") file_contents = fd.read() file_contents = file_contents.replace('\r\n','\n') # deal with Windows newlines memory_file = StringIO.StringIO(file_contents) load_dict = pickle.load(memory_file) if load_dict['stim_type'] != self.stim_frame.get_shortname(): self.change_stimulus(new_stimkey=load_dict['stim_type']+"_server") self.loop_frame.list = load_dict['loop_list'] self.loop_frame.update_now() self.stim_frame.set_parameters_dict( load_dict['stim_frame_dict'] ) self.autosave.set(load_dict['autosave']) self.autosave_dir.set(load_dict['autosave_dir']) self.autosave_basename.set(load_dict['autosave_basename']) self.stim_frame.update_tk_vars() def load_params(self,orig_load_dict={}): filename = tkFileDialog.askopenfilename( parent=self, defaultextension=".py", filetypes=[('Auto-saved parameter file','*.py')]) if not filename: return locals = {} load_dict = orig_load_dict.copy() # make copy of default values execfile(filename,locals,load_dict) # execute the file if load_dict['stim_type'] != self.stim_frame.get_shortname(): self.change_stimulus(new_stimkey=load_dict['stim_type']+"_server") self.loop_frame.list = [] # clear loop list self.loop_frame.update_now() new_params = {} exception_info = [] for param_name in dir(self.stim_frame.meta_params): if param_name[:2] != "__": try: new_params[param_name] = load_dict[param_name] except Exception, x: exception_info.append(sys.exc_info()) # don't die on exception else: del load_dict[param_name] for exc_type, exc_value, exc_traceback in exception_info: # ignore actual traceback VisionEgg.GUI.showexception(exc_type,exc_value,"") self.stim_frame.set_parameters_dict( new_params ) self.autosave_basename.set(load_dict['stim_type']) try: override_t_abs_sec = load_dict['go_loop_start_time_abs_sec'] except Exception, x: tkMessageBox.showwarning("No absolute time parameter", "No absolute time parameter when loading file", parent=self) else: if not self.override_t_abs_on.get(): self.override_t_abs_on.set(1) tkMessageBox.showwarning("Overriding absolute time parameter", "Overriding absolute time parameter on server. "+\ "Remember to turn this option off (in Configure "+\ "/ Calibrate menu) when done.", parent=self) self.override_t_abs_sec.set(repr(override_t_abs_sec)) # make string self.stim_frame.update_tk_vars() return load_dict # return unused variables def load_demoscript(self): self.demoscript_filename = tkFileDialog.askopenfilename( parent=self, defaultextension=".py", filetypes=[('Vision Egg Demo Script','*.py')]) if not self.demoscript_filename: return else: # make wait cursor root = self.winfo_toplevel() old_cursor = root["cursor"] root["cursor"] = "watch" root.update() try: fd1 = open(self.demoscript_filename, 'r') demoscript = "" # List of all variables. # Each variable is a tuple of the form [x, y, z] where: # x: variable type ID, # y: variable name, # z: variable value. self.vars_list = [] lines = fd1.read().splitlines() keep_lines = [] while len(lines): myString = lines.pop(0) if myString.find("get_default_screen()") != -1: append_flag = 0 elif myString.find("watch_exceptions()") != -1: append_flag = 0 elif myString.find("start_default_logging()") != -1: append_flag = 0 elif myString.find("#%f") == 0: self.vars_list.append([VarTypes.getID("float"), myString.replace("#%f", "").split()[0]]) append_flag = 0 elif myString.find("#%i") == 0: self.vars_list.append([VarTypes.getID("integer"), myString.replace("#%i", "").split()[0]]) append_flag = 0 elif myString.find("#%s") == 0: self.vars_list.append([VarTypes.getID("string"), myString.replace("#%s", "").split()[0]]) append_flag = 0 else: append_flag = 1 if append_flag == 1: keep_lines.append( myString ) fd1.close() demoscript = '\n'.join(keep_lines) # Client side AST. Only used to extract default values # of elected variables: try: AST = parser.suite(demoscript) for var in self.vars_list: var_val = AST_ext.extract_from_AST(AST, var[1]) if var[0] == VarTypes.getID("string"): var_val = var_val[1:len(var_val) - 1] var.append(var_val) del AST # save memory # unfortunately, sending an AST object over a Pyro # connection has its complications... so we don't # do it self.ephys_server.build_AST(demoscript) self.change_stimulus(new_stimkey="dropin_server") except (parser.ParserError, SyntaxError): tkMessageBox.showerror("Error", "Invalid demo script!") err_fd = file('/home/astraw/tmp/err.py',mode='w') err_fd.write(demoscript) finally: #restore cursor root["cursor"] = old_cursor root.update() def launch_screen_pos(self, dummy_arg=None): dialog = Tkinter.Toplevel(self) frame = VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame(dialog, auto_connect=1, server_hostname=self.server_hostname, server_port=self.server_port) frame.winfo_toplevel().title("3D Calibration - Vision Egg") frame.pack(expand=1,fill=Tkinter.BOTH) def launch_stim_onset_cal(self, dummy_arg=None): dialog = Tkinter.Toplevel(self) frame = Tkinter.Frame(dialog) frame.winfo_toplevel().title("Timing Calibration - Vision Egg") Tkinter.Label(frame, font=("Helvetica",12,"bold"), text="Stimulus onset timing").grid(row=0,column=0) Tkinter.Label(frame, text="Use a light detector to verify the onset of a trial." ).grid(row=1,column=0) Tkinter.Checkbutton( frame, text="Black box (always) with white box (during trial)", variable=self.stim_onset_cal_tk_var, command=self.update_stim_onset_cal).grid(row=2,column=0) x,y,width,height = self.ephys_server.get_stim_onset_cal_location() location_frame = Tkinter.Frame(frame) location_frame.grid(row=3,column=0) self.stim_onset_x = Tkinter.DoubleVar() self.stim_onset_x.set(x) self.stim_onset_y = Tkinter.DoubleVar() self.stim_onset_y.set(y) self.stim_onset_width = Tkinter.DoubleVar() self.stim_onset_width.set(width) self.stim_onset_height = Tkinter.DoubleVar() self.stim_onset_height.set(height) Tkinter.Label( location_frame, text="Center X:").grid(row=0,column=0) Tkinter.Entry( location_frame, textvariable=self.stim_onset_x,width=5).grid(row=0,column=1) Tkinter.Label( location_frame, text="Center Y:").grid(row=0,column=2) Tkinter.Entry( location_frame, textvariable=self.stim_onset_y,width=5).grid(row=0,column=3) Tkinter.Label( location_frame, text="Width:").grid(row=1,column=0) Tkinter.Entry( location_frame, textvariable=self.stim_onset_width,width=5).grid(row=1,column=1) Tkinter.Label( location_frame, text="Height:").grid(row=1,column=2) Tkinter.Entry( location_frame, textvariable=self.stim_onset_height,width=5).grid(row=1,column=3) Tkinter.Button( frame, text="update position and size", command=self.set_stim_onset_cal_position).grid(row=4,column=0) self.set_stim_onset_cal_position() # call it once to send server our initial values frame.pack(expand=1,fill=Tkinter.BOTH) def launch_gamma_panel(self, dummy_arg=None): dialog = Tkinter.Toplevel(self) frame = GammaFrame(dialog, self.ephys_server) frame.pack(expand=1,fill=Tkinter.BOTH) def set_autosave_dir(self): self.autosave_dir.set( os.path.abspath( tkFileDialog.askdirectory() ) ) def reset_autosave_basename(self): self.autosave_basename.set( self.stim_frame.get_shortname() ) def update_stim_onset_cal(self, dummy_arg=None): on = self.stim_onset_cal_tk_var.get() self.ephys_server.set_stim_onset_cal(on) def set_stim_onset_cal_position(self, dummy_arg=None): x = self.stim_onset_x.get() y = self.stim_onset_y.get() width = self.stim_onset_width.get() height = self.stim_onset_height.get() self.ephys_server.set_stim_onset_cal_location(center=(x,y),size=(width,height)) def do_loops(self): super_loop_list = self.loop_frame.get_list_uncontained() # "super_loop_list" is a list of lists, each of which, a # "loop_list", contains "loop" class objects # eg. [[a], [b, c], [d]] # Need to test that "get_list_uncontained()" is returning a list of lists! global need_rest_period need_rest_period = 0 if not len(super_loop_list): return ############################################################ def process_loops(depth): # recursive processing of loops class LoopInfoFrame(Tkinter.Frame): def __init__(self, master=None, **kw): Tkinter.Frame.__init__(self,master,**kw) Tkinter.Label(self, text="Doing sequence").grid(row=0,column=0) self.status_tk_var = Tkinter.StringVar() Tkinter.Label(self, textvariable = self.status_tk_var).grid(row=1, column=0) self.cancel_asap = 0 Tkinter.Button(self, text="Cancel",command=self.cancel).grid(row=2,column=0) self.focus_set() self.grab_set() def cancel(self, dummy_arg=None): self.cancel_asap = 1 global need_rest_period global loop_info_frame if depth == 0: # only make one LoopInfoFrame (when depth is 0, ie. first time) top = Tkinter.Toplevel(self) loop_info_frame = LoopInfoFrame(top) loop_info_frame.pack() loop_list = super_loop_list[depth] #print "current depth" #print depth #print "Loop?" #print loop max_depth = len(super_loop_list)-1 #print "max_depth" #print max_depth loop = loop_list[0].get_contained() # "loop_list" is, for example: [a, b, c] # ie. each element is an object of class "loop". # If one element is done, then all other elements are effectively done, the way we've structured the lists to # be (they all have same 'N' value). while not loop.is_done() and not loop_info_frame.cancel_asap: for loop_element in loop_list: if loop_element.get_contained().parameters.variable != "": self.stim_frame.set_loopable_variable(loop_element.get_contained().parameters.variable,loop_element.get_contained().get_current()) if depth < max_depth: process_loops(depth+1) elif depth == max_depth: # deepest level -- do the trial if need_rest_period: self.progress.labelText = "Resting" self.sleep_with_progress(loop.parameters.rest_duration_sec) self.do_single_trial() need_rest_period = 1 else: raise RuntimeError("Called with max_depth==-1:") for loop_element in loop_list: loop_element.get_contained().advance() for loop_element in loop_list: loop_element.get_contained().reset() if depth == 0: # destroy LoopInfoFrame top.destroy() ############################################################ process_loops(0) # start recursion on top level def do_single_trial(self): # Get filename to save parameters if not self.autosave.get(): file_stream = None # not saving file else: duration_sec = self.stim_frame.get_duration_sec() (year,month,day,hour24,min,sec) = time.localtime(time.time()+duration_sec)[:6] trial_time_str = "%04d%02d%02d_%02d%02d%02d"%(year,month,day,hour24,min,sec) if self.param_file_type_tk_var.get() == "Python format": # Figure out filename to save parameters in filename = self.autosave_basename.get() + trial_time_str + "_params.py" fullpath_filename = os.path.join( self.autosave_dir.get(), filename) file_stream = open(fullpath_filename,"w") elif self.param_file_type_tk_var.get() == "Matlab format": # Figure out filename to save results in filename = self.autosave_basename.get() + trial_time_str + "_params.m" fullpath_filename = os.path.join( self.autosave_dir.get(), filename) file_stream = open(fullpath_filename,"w") else: raise ValueError('Unknown file format: "%s"'%(self.param_file_type_tk_var.get(),)) # this class is broken into parts so it can be subclassed more easily self.do_single_trial_pre(file_stream) self.do_single_trial_work() self.do_single_trial_post(file_stream) # Close parameter save file if self.autosave.get(): file_stream.close() def do_single_trial_pre(self, file_stream): # Ensure that we have the most up-to-date values self.stim_frame.send_values() # copy values from Tkinter to self.stim_frame.meta_params and send to server # if file_stream is None, open default file if self.autosave.get(): duration_sec = self.stim_frame.get_duration_sec() (year,month,day,hour24,min,sec) = time.localtime(time.time()+duration_sec)[:6] if self.param_file_type_tk_var.get() == "Python format": file_stream.write("stim_type = '%s'\n"%self.stim_frame.get_shortname()) file_stream.write("finished_time = %04d%02d%02d%02d%02d%02d\n"%(year,month,day,hour24,min,sec)) parameter_list = self.stim_frame.get_parameters_as_py_strings() for parameter_name, parameter_value in parameter_list: file_stream.write("%s = %s\n"%(parameter_name, parameter_value)) elif self.param_file_type_tk_var.get() == "Matlab format": file_stream.write("stim_type = '%s';\n"%self.stim_frame.get_shortname()) file_stream.write("finished_time = %04d%02d%02d%02d%02d%02d;\n"%(year,month,day,hour24,min,sec)) parameter_list = self.stim_frame.get_parameters_as_m_strings() for parameter_name, parameter_value in parameter_list: file_stream.write("%s = %s;\n"%(parameter_name, parameter_value)) else: raise RuntimeError("Unknown parameter file type") # Should never get here def do_single_trial_work(self): # make wait cursor root = self.winfo_toplevel() self.old_cursor = root["cursor"] root["cursor"] = "watch" root.update() try: self.progress.labelText = "Doing trial..." self.progress.updateProgress(0) duration_sec = self.stim_frame.get_duration_sec() if duration_sec > 0: if self.override_t_abs_on.get(): new_t_abs_str = self.override_t_abs_sec.get() self.ephys_server.set_override_t_abs_sec( new_t_abs_str ) self.stim_frame.go() # start server going, but this return control immediately self.sleep_with_progress(duration_sec) while self.ephys_server.is_in_go_loop(): # make sure go loop is really done time.sleep(0.1) # wait 100 msec for end of go loop and try again if self.notify_on_dropped_frames.get(): if self.ephys_server.were_frames_dropped_in_last_go_loop(): tkMessageBox.showwarning("Dropped frame(s)", "During the last trial, at least 1 frame was dropped.", parent=self) else: if self.stim_frame.send_values(): self.ephys_server.run_demoscript() self.stim_frame.quit_server() finally: root["cursor"] = self.old_cursor root.update() # restore status bar self.progress.labelText = "Ready" self.progress.updateProgress(0) def do_single_trial_post(self, file_stream): # if file_stream is None, open default file if self.autosave.get(): frames_dropped = self.ephys_server.were_frames_dropped_in_last_go_loop() go_loop_start_time = self.ephys_server.get_last_go_loop_start_time_absolute_sec() if self.param_file_type_tk_var.get() == "Python format": file_stream.write("frames_dropped = %s # boolean\n"%str(frames_dropped)) file_stream.write("go_loop_start_time_abs_sec = %s\n"%repr(go_loop_start_time)) elif self.param_file_type_tk_var.get() == "Matlab format": file_stream.write("frames_dropped = %s; %% boolean\n"%str(frames_dropped)) file_stream.write("go_loop_start_time_abs_sec = %s;\n"%repr(go_loop_start_time)) else: raise RuntimeError("Unknown parameter file type") # Should never get here def sleep_with_progress(self, duration_sec): if duration_sec == 0.0: return # don't do anything start_time = time.time() stop_time = start_time + duration_sec percent_done = 0 while percent_done < 100: if sys.platform != 'darwin': # Mac OS X Tk bug... sigh... self.progress.updateProgress(percent_done) time.sleep(0.01) # wait 10 msec percent_done = (time.time() - start_time)/duration_sec*100 def quit(self): if self.quit_server_too.get(): self.ephys_server.set_quit_status(1) # call parent class Tkinter.Frame.quit(self) def destroy(self): try: if self.quit_server_too.get(): self.ephys_server.set_quit_status(1) except: pass Tkinter.Frame.destroy(self) class BarButton(Tkinter.Menubutton): # Taken from Guido van Rossum's Tkinter svkill demo def __init__(self, master=None, **cnf): Tkinter.Menubutton.__init__(self, master, **cnf) self.pack(side=Tkinter.LEFT) self.menu = Tkinter.Menu(self, name='menu', tearoff=0) self['menu'] = self.menu if __name__ == '__main__': hostname = os.getenv("ephys_server_hostname","") port = int(os.getenv("ephys_server_port","7766")) result = get_server(hostname=hostname,port=port) if result: hostname,port = result app_window = AppWindow(client_list=client_list, server_hostname=hostname, server_port=port) app_window.winfo_toplevel().wm_iconbitmap() app_window.pack(expand=1,fill=Tkinter.BOTH) app_window.mainloop() visionegg-1.2.1/VisionEgg/PyroApps/EPhysGUIUtils.py0000755000076500000240000002204511227360015021333 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: EPhysGUIUtils # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. import sys, os, time, types, socket import Tkinter import Pyro.core import VisionEgg.PyroClient class StimulusControlFrame(Tkinter.Frame): def __init__(self, master=None, suppress_go_buttons=0, title="Stimulus Control", meta_params_class=None, **kw): Tkinter.Frame.__init__(self,master,**kw) self.pyro_client = None self.entry_width = 10 self.connected = 0 if meta_params_class is not None: self.meta_params = meta_params_class() self.loopable_variables = {} Tkinter.Label(self, text=title, font=("Helvetica",12,"bold")).pack(expand=Tkinter.YES, fill=Tkinter.X) if not suppress_go_buttons: connected_frame = Tkinter.Frame(self) connected_frame.pack(expand=Tkinter.YES, fill=Tkinter.X) self.connected_text = Tkinter.StringVar() self.connected_text.set("Server status: Not connected") self.server_hostname = Tkinter.StringVar() self.server_hostname.set( socket.getfqdn('') ) self.server_port = Tkinter.IntVar() self.server_port.set( 7766 ) Tkinter.Label(connected_frame, text="Server hostname").grid(row=0, column=0) Tkinter.Entry(connected_frame, textvariable=self.server_hostname).grid(row=0, column=1, columnspan=2) Tkinter.Label(connected_frame, textvariable=self.connected_text).grid(row=1, column=0) Tkinter.Button(connected_frame, text="Connect", command=self.standalone_connect).grid(row=1, column=1) Tkinter.Button(connected_frame, text="Quit server", command=self.quit_server).grid(row=1, column=2) self.param_frame = Tkinter.Frame(self) self.param_frame.pack(expand=Tkinter.YES,fill=Tkinter.BOTH) if not suppress_go_buttons: Tkinter.Button(self,text="Begin Trial",command=self.go).pack()#expand=Tkinter.YES,fill=Tkinter.BOTH) def make_callback_entry(self, master=None, **kw): if 'width' not in kw.keys(): kw['width'] = self.entry_width if master==None: master=self.param_frame e = Tkinter.Entry(master,**kw) e.bind('',self.send_values) e.bind('',self.send_values) return e def get_shortname(self): """Used as basename for saving parameter files and other ID purposes""" raise NotImplementedError("Must be overriden by derived class") def set_param_dict(self,new_param_dict): orig_params = dir(self.meta_params) for new_param_name in new_param_dict.keys(): if new_param_name[:2] != '__' and new_param_name[-2:] != '__': if new_param_name not in orig_params: raise ValueError('Gave parameter "%s", which I do not know about.'%(new_param_name,)) setattr(self.meta_params,new_param_name,new_param_dict[new_param_name]) self.update_tk_vars() self.update() # update screen with new tk_var value def update_tk_vars(self): """Update Tkinter variables with (new) values from meta_params""" raise NotImplementedError("Must be overriden by derived class") def get_parameters_dict(self): result = {} for param_name in dir(self.meta_params): if param_name[:2] != '__' and param_name[-2:] != '__': result[param_name] = getattr(self.meta_params,param_name) return result def get_parameters_as_py_strings(self): """Return parameter values as Python-executable strings""" result = [] for param_name in dir(self.meta_params): if param_name[:2] != '__' and param_name[-2:] != '__': value = getattr(self.meta_params,param_name) value_string = repr(value) result.append((param_name,value_string)) return result def get_parameters_as_m_strings(self): """Return parameter values as Matlab-executable strings""" result = [] for param_name in dir(self.meta_params): if param_name[:2] != '__' and param_name[-2:] != '__': value = getattr(self.meta_params,param_name) value_string = self.get_matlab_string(value) result.append((param_name,value_string)) return result def get_matlab_string(self, value): # I'm no Matlab whiz, so you may have to modify this!! if type(value) in [types.IntType, types.FloatType]: return str(value) elif type(value) in [types.ListType, types.TupleType]: s = "[ " for v in value: s += str(v) + " " s += "]" return s elif type(value) == types.StringType: s = "'%s'"%value return s else: raise NotImplementedError("No support for converting %s to Matlab format."%str(type(value))) def set_parameters_dict(self, dict): for key in dict.keys(): if not key in dir(self.meta_params): raise RuntimeError("Parameter %s not in %s"%(key, str(self.meta_params))) setattr(self.meta_params,key,dict[key]) def get_loopable_variable_names(self): return self.loopable_variables.keys() def set_loopable_variable(self,easy_name,value): meta_param_var_name,tk_var = self.loopable_variables[easy_name] setattr(self.meta_params,meta_param_var_name,value) tk_var.set(value) self.update() # update screen with new tk_var value def send_values(self,dummy_arg=None): """Update meta_params variables with values from Tkinter fields""" raise NotImplementedError("Must be overriden by derived class") def get_duration_sec(self): """Calculate total duration in go loop""" raise NotImplementedError("Must be overriden by derived class") def go(self,dummy_arg=None): self.send_values() if not self.connected: raise RuntimeError("must be connected to run trial") root = self.winfo_toplevel() old_cursor = root["cursor"] root["cursor"] = "watch" root.update() self.meta_controller.go() root["cursor"] = old_cursor root.update() def standalone_connect(self): self.connect(self.server_hostname.get(),self.server_port.get()) def connect(self,server_hostname,server_port): self.pyro_client = VisionEgg.PyroClient.PyroClient(server_hostname,server_port) shortname = self.get_shortname() meta_controller_name = shortname + "_server" timeout_seconds = 60.0 retry_interval_seconds = 0.1 start_time = time.time() if hasattr(self,"meta_controller"): del self.meta_controller # get rid of old meta_controller # get new meta_controller while not hasattr(self,"meta_controller"): try: self.meta_controller = self.pyro_client.get(meta_controller_name) except Pyro.errors.NamingError, x: if str(x) == "name not found": if (time.time()-start_time) >= timeout_seconds: raise # Couldn't find experiment controller on Pyro network time.sleep(retry_interval_seconds) else: raise # unknown error # attribute error: check: stimkey == short_name + "_server" self.meta_params = self.meta_controller.get_parameters() self.connected = 1 if hasattr(self,'connected_text'): # EPhysGUI client suppresses this self.connected_text.set("Server status: Connected") def quit_server(self,dummy=None): self.meta_controller.quit_server() self.connected = 0 if hasattr(self,'connected_text'): # EPhysGUI client suppresses this label self.connected_text.set("Server status: Not connected") if __name__=='__main__': frame = StimulusControlFrame() frame.pack(expand=Tkinter.YES,fill=Tkinter.BOTH) frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) frame.mainloop() visionegg-1.2.1/VisionEgg/PyroApps/EPhysServer.py0000755000076500000240000003167011227360015021140 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: EPhysServer # # Copyright (C) 2001-2004 Andrew Straw, # Copyright (C) 2004 Imran S. Ali, Lachlan Dowd # Copyright (C) 2004 California Institute of Technology # # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. import VisionEgg import sys, os, math import parser, symbol, token, compiler import tkMessageBox import pygame.display import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.SphereMap import VisionEgg.Text import VisionEgg.Textures import VisionEgg.PyroHelpers import Pyro, Pyro.core # AST extensions: import VisionEgg.PyroApps.AST_ext as AST_ext # Add your stimulus modules here import VisionEgg.PyroApps.TargetServer import VisionEgg.PyroApps.MouseTargetServer import VisionEgg.PyroApps.FlatGratingServer import VisionEgg.PyroApps.SphereGratingServer import VisionEgg.PyroApps.SpinningDrumServer import VisionEgg.PyroApps.GridServer import VisionEgg.PyroApps.ColorCalServer import VisionEgg.PyroApps.DropinServer server_modules = [ VisionEgg.PyroApps.TargetServer, VisionEgg.PyroApps.MouseTargetServer, VisionEgg.PyroApps.FlatGratingServer, VisionEgg.PyroApps.SphereGratingServer, VisionEgg.PyroApps.SpinningDrumServer, VisionEgg.PyroApps.GridServer, VisionEgg.PyroApps.ColorCalServer, VisionEgg.PyroApps.DropinServer ] # 3D screen positioning parameters from VisionEgg.PyroApps.ScreenPositionServer import ScreenPositionMetaController from VisionEgg.PyroApps.ScreenPositionGUI import ScreenPositionParameters class EPhysServer( Pyro.core.ObjBase ): def __init__(self, presentation, server_modules ): Pyro.core.ObjBase.__init__(self) self.stimdict = {} self.stimkey = server_modules[0].get_meta_controller_stimkey() # first stimulus will be this self.quit_status = False self.exec_demoscript_flag = False self.presentation = presentation # target for stimulus onset calibration self.onset_cal_bg = VisionEgg.MoreStimuli.Target2D(color=(0.0,0.0,0.0,1.0), position=(30.0,30.0), anchor='center', size=(50.0,50.0)) self.onset_cal_fg = VisionEgg.MoreStimuli.Target2D(on=0, color=(1.0,1.0,1.0,1.0), position=(30.0,30.0), anchor='center', size=(50.0,50.0)) self.presentation.add_controller(self.onset_cal_fg,'on',VisionEgg.FlowControl.ConstantController(during_go_value=1, between_go_value=0)) # get screen (hack) self.onset_cal_screen = self.presentation.parameters.viewports[0].parameters.screen self.onset_cal_viewport = VisionEgg.Core.Viewport(screen=self.onset_cal_screen, stimuli=[self.onset_cal_bg, self.onset_cal_fg] ) for server_module in server_modules: stimkey = server_module.get_meta_controller_stimkey() klass = server_module.get_meta_controller_class() make_stimuli = server_module.make_stimuli self.stimdict[stimkey] = (klass, make_stimuli) def __del__(self): self.presentation.remove_controller(self.onset_cal_fg,'on') Pyro.core.ObjBase.__del__(self) def get_quit_status(self): return self.quit_status def set_quit_status(self,quit_status): self.quit_status = quit_status self.presentation.parameters.quit = quit_status def first_connection(self): # break out of initial run_forever loop self.presentation.parameters.quit = True def set_stim_onset_cal(self, on): if on: if self.onset_cal_viewport not in self.presentation.parameters.viewports: self.presentation.parameters.viewports.append(self.onset_cal_viewport) else: if self.onset_cal_viewport in self.presentation.parameters.viewports: self.presentation.parameters.viewports.remove(self.onset_cal_viewport) def set_stim_onset_cal_location(self, center, size): self.onset_cal_bg.parameters.position = center self.onset_cal_fg.parameters.position = center self.onset_cal_bg.parameters.size = size self.onset_cal_fg.parameters.size = size[0]-2,size[1]-2 def get_stim_onset_cal_location(self): x,y = self.onset_cal_bg.parameters.position width,height = self.onset_cal_bg.parameters.size return x,y,width,height def set_gamma_ramp(self, red, blue, green): return pygame.display.set_gamma_ramp(red,green,blue) def is_in_go_loop(self): return self.presentation.is_in_go_loop() def were_frames_dropped_in_last_go_loop(self): return self.presentation.were_frames_dropped_in_last_go_loop() def get_last_go_loop_start_time_absolute_sec(self): return self.presentation.get_last_go_loop_start_time_absolute_sec() def set_override_t_abs_sec(self, value_sec_string): value_sec = float(value_sec_string) # Pyro loses precision self.presentation.parameters.override_t_abs_sec = value_sec def get_next_stimulus_meta_controller(self): if self.stimkey: klass, make_stimuli = self.stimdict[self.stimkey] stimuli = make_stimuli() return self.stimkey, klass, stimuli else: raise RuntimeError("No stimkey") def get_stimkey(self): return self.stimkey def set_next_stimkey(self,stimkey): self.stimkey = stimkey def get_cwd(self): return os.path.abspath(os.curdir) def save_image_sequence(self,fps=12.0,filename_base="im",filename_suffix=".tif",save_dir="."): try: self.presentation.export_movie_go(frames_per_sec=fps, filename_base=filename_base, filename_suffix=filename_suffix, path=save_dir ) except Exception,x: # do this because Pyro doesn't (by default) print a traceback import traceback traceback.print_exc() raise def build_AST(self, source): AST = parser.suite(source) self.AST = AST def exec_AST(self, screen, dropin_meta_params): if dropin_meta_params.vars_list is not None: for var in dropin_meta_params.vars_list: self.AST = AST_ext.modify_AST(self.AST, var[0], var[1]) code_module = self.AST.compile() exec code_module in locals() self.script_dropped_frames = p.were_frames_dropped_in_last_go_loop() self.presentation.last_go_loop_start_time_absolute_sec = p.last_go_loop_start_time_absolute_sec # evil hack... self.exec_demoscript_flag = False def run_demoscript(self): self.exec_demoscript_flag = True def start_server( server_modules, server_class=EPhysServer ): loadNewExpr = True pyro_server = VisionEgg.PyroHelpers.PyroServer() # get Vision Egg stimulus ready to go screen = VisionEgg.Core.Screen.create_default() temp = ScreenPositionParameters() projection = VisionEgg.Core.PerspectiveProjection(temp.left, temp.right, temp.bottom, temp.top, temp.near, temp.far) perspective_viewport = VisionEgg.Core.Viewport(screen=screen, projection=projection) overlay2D_viewport = VisionEgg.Core.Viewport(screen=screen) p = VisionEgg.FlowControl.Presentation(viewports=[perspective_viewport, overlay2D_viewport]) # 2D overlay on top print 'main Presentation',p wait_text = VisionEgg.Text.Text( text = "Starting up...", position = (screen.size[0]/2.0,5), anchor='bottom', color = (1.0,0.0,0.0,0.0)) overlay2D_viewport.parameters.stimuli = [wait_text] p.between_presentations() # draw wait_text # now hand over control of projection to ScreenPositionMetaController projection_controller = ScreenPositionMetaController(p,projection) pyro_server.connect(projection_controller,"projection_controller") ephys_server = server_class(p, server_modules) pyro_server.connect(ephys_server,"ephys_server") hostname,port = pyro_server.get_hostname_and_port() wait_text.parameters.text = "Waiting for connection at %s port %d"%(hostname,port) # get listener controller and register it p.add_controller(None,None, pyro_server.create_listener_controller()) p.run_forever() # run until we get first connnection, which breaks out immmediately wait_text.parameters.text = "Loading new experiment, please wait." while not ephys_server.get_quit_status(): # this flow control configuration SEEMS to be stable for # contiguously loaded scripts more rigorous testing would be # appreciated if loadNewExpr: wait_text.parameters.text = "Loading new experiment, please wait." perspective_viewport.parameters.stimuli = [] overlay2D_viewport.parameters.stimuli = [wait_text] p.between_presentations() # draw wait_text pyro_name, meta_controller_class, stimulus_list = ephys_server.get_next_stimulus_meta_controller() stimulus_meta_controller = meta_controller_class(screen, p, stimulus_list) # instantiate meta_controller pyro_server.connect(stimulus_meta_controller, pyro_name) if ephys_server.get_stimkey() == "dropin_server": wait_text.parameters.text = "Vision Egg script mode" p.parameters.enter_go_loop = False p.parameters.quit = False p.run_forever() # At this point quit signal was sent by client to either: # 1) Execute the script (ie. "exec_demoscript_flag" has # been set) # 2) Load a DIFFERENT script ("loadNewExpr" should be set # to False in this event) # 3) Load a BUILT IN experiment ("loadNewExpr" should be # set to True in this event) if ephys_server.exec_demoscript_flag: dropin_meta_params = stimulus_meta_controller.get_parameters() ephys_server.exec_AST(screen, dropin_meta_params) if ephys_server.get_stimkey() == "dropin_server": # Either: # 1) Same script (just finished executing) # 2) Loading a new script loadNewExpr = False else: # 3) load a BUILT IN experiment pyro_server.disconnect(stimulus_meta_controller) del stimulus_meta_controller # we have to do this explicitly because Pyro keeps a copy of the reference loadNewExpr = True else: overlay2D_viewport.parameters.stimuli = [] # clear wait_text for stim in stimulus_list: if stim[0] == '3d_perspective': perspective_viewport.parameters.stimuli.append(stim[1]) elif stim[0] == '3d_perspective_with_set_viewport_callback': key, stimulus, callback_function = stim callback_function(perspective_viewport) perspective_viewport.parameters.stimuli.append(stimulus) elif stim[0] == '2d_overlay': overlay2D_viewport.parameters.stimuli.append(stim[1]) else: raise RuntimeError("Unknown viewport id %s"%stim[0]) # enter loop p.parameters.enter_go_loop = False p.parameters.quit = False p.run_forever() # At this point quit signal was sent by client to either: # 1) Load a script ("loadNewExpr" should be set to 1 in # this event) # 2) Load a BUILT IN experiment ("loadNewExpr" should be # set to 1 in this event) pyro_server.disconnect(stimulus_meta_controller) del stimulus_meta_controller # we have to do this explicitly because Pyro keeps a copy of the reference if __name__ == '__main__': start_server( server_modules ) visionegg-1.2.1/VisionEgg/PyroApps/FlatGratingGUI.py0000755000076500000240000001742111227360015021466 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: FlatGratingGUI # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """Handle sinusoidal gratings (client-side)""" import VisionEgg, string import sys, os import Tkinter import VisionEgg.PyroApps.EPhysGUIUtils as client_utils def get_control_list(): return [("flat_grating_server",FlatGratingControlFrame,FlatGratingControlFrame.title)] class FlatGratingMetaParameters: def __init__(self): self.contrast = 1.0 self.orient = 0.0 self.sf = 0.01 # cycles per pixel self.tf = 1.0 self.size_x = 200.0 self.size_y = 200.0 self.center_x = 320.0 self.center_y = 240.0 self.pre_stim_sec = 1.0 self.stim_sec = 2.0 self.post_stim_sec = 1.0 class FlatGratingControlFrame(client_utils.StimulusControlFrame): title = "Grating (2D) Experiment" def __init__(self, master=None, suppress_go_buttons=0,**kw): client_utils.StimulusControlFrame.__init__(self, master, suppress_go_buttons, FlatGratingControlFrame.title, FlatGratingMetaParameters, **kw) param_frame = self.param_frame # shorthand for self.param_frame created in base class # Allow columns to expand param_frame.columnconfigure(0,weight=1) param_frame.columnconfigure(1,weight=1) pf_row = 0 Tkinter.Label(param_frame,text="Contrast:").grid(row=pf_row,column=0) self.contrast_tk_var = Tkinter.DoubleVar() self.contrast_tk_var.set(self.meta_params.contrast) self.make_callback_entry(textvariable=self.contrast_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Contrast"] = ("contrast",self.contrast_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Orientation (deg):").grid(row=pf_row,column=0) self.orient_tk_var = Tkinter.DoubleVar() self.orient_tk_var.set(self.meta_params.orient) self.make_callback_entry(textvariable=self.orient_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Orientation"] = ("orient",self.orient_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Spatial frequency (Cpp):").grid(row=pf_row,column=0) self.sf_tk_var = Tkinter.DoubleVar() self.sf_tk_var.set(self.meta_params.sf) self.make_callback_entry(textvariable=self.sf_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Spatial frequency"] = ("sf",self.sf_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Temporal frequency (Hz):").grid(row=pf_row,column=0) self.tf_tk_var = Tkinter.DoubleVar() self.tf_tk_var.set(self.meta_params.tf) self.make_callback_entry(textvariable=self.tf_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Temporal frequency"] = ("tf",self.tf_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Size X (pixels):").grid(row=pf_row,column=0) self.size_x_tk_var = Tkinter.DoubleVar() self.size_x_tk_var.set(self.meta_params.size_x) self.make_callback_entry(textvariable=self.size_x_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Size X"] = ("size_x",self.size_x_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Size Y (pixels):").grid(row=pf_row,column=0) self.size_y_tk_var = Tkinter.DoubleVar() self.size_y_tk_var.set(self.meta_params.size_y) self.make_callback_entry(textvariable=self.size_y_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Size Y"] = ("size_y",self.size_y_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Center X (pixels):").grid(row=pf_row,column=0) self.center_x_tk_var = Tkinter.DoubleVar() self.center_x_tk_var.set(self.meta_params.center_x) self.make_callback_entry(textvariable=self.center_x_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Center X"] = ("center_x",self.center_x_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Center Y (pixels):").grid(row=pf_row,column=0) self.center_y_tk_var = Tkinter.DoubleVar() self.center_y_tk_var.set(self.meta_params.center_y) self.make_callback_entry(textvariable=self.center_y_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Center Y"] = ("center_y",self.center_y_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Pre stimulus duration (sec):").grid(row=pf_row,column=0) self.prestim_dur_tk_var = Tkinter.DoubleVar() self.prestim_dur_tk_var.set(self.meta_params.pre_stim_sec) self.make_callback_entry(textvariable=self.prestim_dur_tk_var).grid(row=pf_row,column=1) pf_row += 1 Tkinter.Label(param_frame,text="Stimulus duration (sec):").grid(row=pf_row,column=0) self.stim_dur_tk_var = Tkinter.DoubleVar() self.stim_dur_tk_var.set(self.meta_params.stim_sec) self.make_callback_entry(textvariable=self.stim_dur_tk_var).grid(row=pf_row,column=1) pf_row += 1 Tkinter.Label(param_frame,text="Post stimulus duration (sec):").grid(row=pf_row,column=0) self.poststim_dur_tk_var = Tkinter.DoubleVar() self.poststim_dur_tk_var.set(self.meta_params.post_stim_sec) self.make_callback_entry(textvariable=self.poststim_dur_tk_var).grid(row=pf_row,column=1) def get_shortname(self): return "flat_grating" def update_tk_vars(self): self.contrast_tk_var.set( self.meta_params.contrast ) self.orient_tk_var.set( self.meta_params.orient ) self.sf_tk_var.set( self.meta_params.sf ) self.tf_tk_var.set( self.meta_params.tf ) self.size_x_tk_var.set( self.meta_params.size_x ) self.size_y_tk_var.set( self.meta_params.size_y ) self.center_x_tk_var.set( self.meta_params.center_x ) self.center_y_tk_var.set( self.meta_params.center_y ) self.prestim_dur_tk_var.set( self.meta_params.pre_stim_sec ) self.stim_dur_tk_var.set( self.meta_params.stim_sec ) self.poststim_dur_tk_var.set( self.meta_params.post_stim_sec ) def send_values(self,dummy_arg=None): self.meta_params.contrast = self.contrast_tk_var.get() self.meta_params.orient = self.orient_tk_var.get() self.meta_params.sf = self.sf_tk_var.get() self.meta_params.tf = self.tf_tk_var.get() self.meta_params.size_x = self.size_x_tk_var.get() self.meta_params.size_y = self.size_y_tk_var.get() self.meta_params.center_x = self.center_x_tk_var.get() self.meta_params.center_y = self.center_y_tk_var.get() self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() self.meta_params.stim_sec = self.stim_dur_tk_var.get() self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() if self.connected: self.meta_controller.set_parameters( self.meta_params ) def get_duration_sec(self): self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() self.meta_params.stim_sec = self.stim_dur_tk_var.get() self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() return self.meta_params.pre_stim_sec + self.meta_params.stim_sec + self.meta_params.post_stim_sec if __name__=='__main__': frame = FlatGratingControlFrame() frame.pack(expand=1,fill=Tkinter.BOTH) frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) frame.mainloop() visionegg-1.2.1/VisionEgg/PyroApps/FlatGratingServer.py0000755000076500000240000001110711227360015022303 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: FlatGratingServer # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """Handle sinusoidal gratings (server-side)""" import VisionEgg, string import sys, os, math import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.Gratings import VisionEgg.PyroHelpers import Pyro.core from VisionEgg.PyroApps.FlatGratingGUI import FlatGratingMetaParameters class FlatGratingExperimentMetaController( Pyro.core.ObjBase ): def __init__(self,screen,presentation,stimuli): # get stimulus assert( stimuli[0][0] == '2d_overlay') grating = stimuli[0][1] Pyro.core.ObjBase.__init__(self) self.meta_params = FlatGratingMetaParameters() if not isinstance(screen,VisionEgg.Core.Screen): raise ValueError("Expecting instance of VisionEgg.Core.Screen") if not isinstance(presentation,VisionEgg.FlowControl.Presentation): raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") if not isinstance(grating,VisionEgg.Gratings.SinGrating2D): raise ValueError("Expecting instance of VisionEgg.Gratings.SinGrating2D") self.p = presentation self.stim = grating screen.parameters.bgcolor = (0.5, 0.5, 0.5, 0.0) self.p.add_controller(self.stim,'on',VisionEgg.FlowControl.FunctionController( during_go_func=self.on_function_during_go, between_go_func=self.on_function_between_go)) def __del__(self): self.p.remove_controller(self.stim,'on') Pyro.core.ObjBase.__del__(self) # call base class def on_function_during_go(self,t): """Compute when the grating is on""" if t <= self.meta_params.pre_stim_sec: return 0 # not on yet elif t <= (self.meta_params.pre_stim_sec + self.meta_params.stim_sec): return 1 # on else: return 0 # off again def on_function_between_go(self): """Compute when the grating is off""" return 0 # off again def get_parameters(self): return self.meta_params def set_parameters(self, new_parameters): if isinstance(new_parameters, FlatGratingMetaParameters): self.meta_params = new_parameters else: raise ValueError("Argument to set_parameters must be instance of FlatGratingMetaParameters") self.update() def update(self): stim_params = self.stim.parameters # shorthand meta_params = self.meta_params # shorthand stim_params.contrast = meta_params.contrast stim_params.orientation = meta_params.orient stim_params.spatial_freq = meta_params.sf stim_params.temporal_freq_hz = meta_params.tf stim_params.size = (meta_params.size_x, meta_params.size_y) stim_params.position = (meta_params.center_x, meta_params.center_y) self.p.parameters.go_duration = ( meta_params.pre_stim_sec + meta_params.stim_sec + meta_params.post_stim_sec, 'seconds') def go(self): self.p.parameters.enter_go_loop = 1 def quit_server(self): self.p.parameters.quit = 1 def get_meta_controller_class(): return FlatGratingExperimentMetaController def make_stimuli(): stimulus = VisionEgg.Gratings.SinGrating2D( spatial_freq=1.0/100.0, # wavelength = 100 pixels temporal_freq_hz = 1.0, anchor='center', ) return [('2d_overlay',stimulus)] def get_meta_controller_stimkey(): return "flat_grating_server" # Don't do anything unless this script is being run if __name__ == '__main__': pyro_server = VisionEgg.PyroHelpers.PyroServer() screen = VisionEgg.Core.Screen.create_default() # get Vision Egg stimulus ready to go stimuli = make_stimuli() stimulus = stimuli[0][1] viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[stimulus]) p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) # now hand over control of grating and mask to FlatGratingExperimentMetaController meta_controller = FlatGratingExperimentMetaController(screen,p,stimuli) pyro_server.connect(meta_controller,get_meta_controller_stimkey()) # get listener controller and register it p.add_controller(None,None, pyro_server.create_listener_controller()) # enter endless loop p.run_forever() visionegg-1.2.1/VisionEgg/PyroApps/GridGUI.py0000755000076500000240000000341611227360015020150 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: GridGUI # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. import VisionEgg, string import sys, os import Tkinter import VisionEgg.PyroApps.EPhysGUIUtils as client_utils def get_control_list(): return [("grid_server",GridControlFrame,GridControlFrame.title)] class GridMetaParameters: def __init__(self): pass class GridControlFrame(client_utils.StimulusControlFrame): title = "Grid for 3D calibration" def __init__(self, master=None, suppress_go_buttons=0,**kw): client_utils.StimulusControlFrame.__init__(self, master, suppress_go_buttons, GridControlFrame.title, GridMetaParameters, **kw) Tkinter.Label( self.param_frame, text="No variables to control" ).grid() def get_shortname(self): """Used as basename for saving parameter files""" return "grid" def update_tk_vars(self): pass def send_values(self,dummy_arg=None): pass if self.connected: self.meta_controller.set_parameters( self.meta_params ) def get_duration_sec(self): return 0.0 if __name__=='__main__': frame = GridControlFrame() frame.pack(expand=1,fill=Tkinter.BOTH) frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) frame.mainloop() visionegg-1.2.1/VisionEgg/PyroApps/GridServer.py0000755000076500000240000000772211227360015020776 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: GridServer # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. import VisionEgg, string import sys, os, math import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.Textures import VisionEgg.SphereMap import VisionEgg.PyroHelpers import Pyro.core from VisionEgg.PyroApps.ScreenPositionServer import ScreenPositionMetaController from VisionEgg.PyroApps.ScreenPositionGUI import ScreenPositionParameters from VisionEgg.PyroApps.GridGUI import GridMetaParameters class GridMetaController( Pyro.core.ObjBase ): def __init__(self,screen,presentation,stimuli): # get the instance of Stimulus that was created assert( stimuli[0][0] == '3d_perspective_with_set_viewport_callback' ) grid = stimuli[0][1] Pyro.core.ObjBase.__init__(self) self.meta_params = GridMetaParameters() if not isinstance(screen,VisionEgg.Core.Screen): raise ValueError("Expecting instance of VisionEgg.Core.Screen") if not isinstance(presentation,VisionEgg.FlowControl.Presentation): raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") if not isinstance(grid,VisionEgg.SphereMap.AzElGrid): raise ValueError("Expecting instance of VisionEgg.SphereMap.SphereMap") self.p = presentation self.stim = grid screen.parameters.bgcolor = (1.0, 1.0, 1.0, 0.0) def get_parameters(self): return self.meta_params def set_parameters(self, new_parameters): if isinstance(new_parameters, GridMetaParameters): self.meta_params = new_parameters else: raise ValueError("Argument to set_parameters must be instance of GridMetaParameters") self.update() def update(self): self.p.parameters.go_duration = ( 0.0, 'seconds') def go(self): self.p.parameters.enter_go_loop = 1 def quit_server(self): self.p.parameters.quit = 1 def get_meta_controller_class(): return GridMetaController def make_stimuli(): stimulus = VisionEgg.SphereMap.AzElGrid() def set_az_el_grid_viewport(viewport): stimulus.parameters.my_viewport = viewport return [('3d_perspective_with_set_viewport_callback',stimulus,set_az_el_grid_viewport)] # return ordered list of tuples def get_meta_controller_stimkey(): return "grid_server" # Don't do anything unless this script is being run if __name__ == '__main__': pyro_server = VisionEgg.PyroHelpers.PyroServer() screen = VisionEgg.Core.Screen.create_default() # get Vision Egg stimulus ready to go stimuli = make_stimuli() stimulus = stimuli[0][1] temp = ScreenPositionParameters() projection = VisionEgg.Core.PerspectiveProjection(temp.left, temp.right, temp.bottom, temp.top, temp.near, temp.far) viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[stimulus],projection=projection) p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) # now hand over control of projection to ScreenPositionMetaController projection_controller = ScreenPositionMetaController(p,projection) pyro_server.connect(projection_controller,"projection_controller") # now hand over control of drum to GridMetaController meta_controller = GridMetaController(screen,p,stimuli) pyro_server.connect(meta_controller,get_meta_controller_stimkey()) # get listener controller and register it p.add_controller(None,None, pyro_server.create_listener_controller()) # enter endless loop p.run_forever() visionegg-1.2.1/VisionEgg/PyroApps/MouseTargetGUI.py0000755000076500000240000000723711227360015021527 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: MouseTargetGUI # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """Handle mouse controlled small target stimulus (client-side)""" import VisionEgg, string import sys, os import Tkinter import VisionEgg.PyroApps.EPhysGUIUtils as client_utils def get_control_list(): return [("mouse_target_server",MouseTargetControlFrame,MouseTargetControlFrame.title)] class MouseTargetMetaParameters: def __init__(self): # colors self.color = (0.0, 0.0, 0.0, 1.0) self.bgcolor = (1.0, 1.0, 1.0, 0.0) class MouseTargetControlFrame(client_utils.StimulusControlFrame): title = "Mouse Controlled Moving Target" def __init__(self, master=None, suppress_go_buttons=0,**kw): client_utils.StimulusControlFrame.__init__(self, master, suppress_go_buttons, MouseTargetControlFrame.title, MouseTargetMetaParameters, **kw) param_frame = self.param_frame # shorthand for self.param_frame created in base class # Allow columns to expand param_frame.columnconfigure(0,weight=1) param_frame.columnconfigure(1,weight=1) pf_row = 0 Tkinter.Label(param_frame,text="Color:").grid(row=pf_row,column=0) self.color_tk_var = Tkinter.StringVar() self.color_tk_var.set("black on white") bar = Tkinter.Menubutton(param_frame, textvariable=self.color_tk_var, relief=Tkinter.RAISED) bar.grid(row=pf_row, column=2, sticky=Tkinter.W+Tkinter.E, pady=2, padx=2) bar.menu = Tkinter.Menu(bar,tearoff=0) bar.menu.add_radiobutton(label="white on black", value="white on black", variable=self.color_tk_var, command=self.send_values) bar.menu.add_radiobutton(label="black on white", value="black on white", variable=self.color_tk_var, command=self.send_values) bar['menu'] = bar.menu def get_shortname(self): return "mouse_target" def update_tk_vars(self): if self.meta_params.color == (0.0,0.0,0.0,1.0) and self.meta_params.bgcolor == (1.0,1.0,1.0,0.0): self.color_tk_var.set( "black on white" ) elif self.meta_params.color == (1.0,1.0,1.0,1.0) and self.meta_params.bgcolor == (0.0,0.0,0.0,0.0): self.color_tk_var.set( "white on black" ) else: raise RuntimeError("Cannot set tk variable for color") def send_values(self,dummy_arg=None): if self.color_tk_var.get() == "black on white": self.meta_params.color = (0.0,0.0,0.0,1.0) self.meta_params.bgcolor = (1.0,1.0,1.0,0.0) elif self.color_tk_var.get() == "white on black": self.meta_params.color = (1.0,1.0,1.0,1.0) self.meta_params.bgcolor = (0.0,0.0,0.0,0.0) if self.connected: self.meta_controller.set_parameters( self.meta_params ) def get_duration_sec(self): return 0.0 if __name__=='__main__': frame = MouseTargetControlFrame() frame.pack(expand=1,fill=Tkinter.BOTH) frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) frame.mainloop() visionegg-1.2.1/VisionEgg/PyroApps/MouseTargetServer.py0000755000076500000240000002074711227360015022352 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: MouseTargetServer # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """Handle mouse-controlled small targets (server-side)""" import VisionEgg, string import VisionEgg.ParameterTypes as ve_types import sys, os, math import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.MoreStimuli import VisionEgg.PyroHelpers import Pyro.core import pygame, pygame.locals from VisionEgg.PyroApps.MouseTargetGUI import MouseTargetMetaParameters # Variables to store the mouse position mouse_position = (320.0, 240.0) last_mouse_position = (0.0,0.0) # target size global variables target_w = 50.0 target_h = 10.0 # key state global variables up = 0 down = 0 left = 0 right = 0 def keydown(event): global up, down, left, right if event.key == pygame.locals.K_UP: up = 1 elif event.key == pygame.locals.K_DOWN: down = 1 elif event.key == pygame.locals.K_RIGHT: right = 1 elif event.key == pygame.locals.K_LEFT: left = 1 def keyup(event): global up, down, left, right if event.key == pygame.locals.K_UP: up = 0 elif event.key == pygame.locals.K_DOWN: down = 0 elif event.key == pygame.locals.K_RIGHT: right = 0 elif event.key == pygame.locals.K_LEFT: left = 0 handle_event_callbacks = [(pygame.locals.KEYDOWN, keydown), (pygame.locals.KEYUP, keyup)] class MouseTargetExperimentMetaController( Pyro.core.ObjBase ): def __init__(self,screen,presentation,stimuli): global screen_global screen_global = screen # get stimulus assert( stimuli[0][0] == '2d_overlay') target = stimuli[0][1] Pyro.core.ObjBase.__init__(self) self.meta_params = MouseTargetMetaParameters() if not isinstance(screen,VisionEgg.Core.Screen): raise ValueError("Expecting instance of VisionEgg.Core.Screen") if not isinstance(presentation,VisionEgg.FlowControl.Presentation): raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") if not isinstance(target,VisionEgg.MoreStimuli.Target2D): raise ValueError("Expecting instance of VisionEgg.MoreStimuli.Target2D") self.screen = screen self.p = presentation self.stim = target self.p.add_controller(target,'position', TargetPositionController()) self.p.add_controller(target,'size', VisionEgg.FlowControl.FunctionController(during_go_func=get_target_size, between_go_func=get_target_size) ) self.p.add_controller(target,'orientation', TargetOrientationController() ) self.mouse_position_controller = MousePositionController() self.p.add_controller(None,None,self.mouse_position_controller) self.orig_event_handlers = self.p.parameters.handle_event_callbacks self.p.parameters.handle_event_callbacks = handle_event_callbacks self.update() # set stimulus parameters to initial defaults def __del__(self): self.p.parameters.handle_event_callbacks = self.orig_event_handlers self.p.remove_controller(None,None,self.mouse_position_controller) self.p.remove_controller(self.stim,'position') self.p.remove_controller(self.stim,'size') self.p.remove_controller(self.stim,'orientation') def get_parameters(self): return self.meta_params def set_parameters(self, new_parameters): if isinstance(new_parameters, MouseTargetMetaParameters): self.meta_params = new_parameters else: raise ValueError("Argument to set_parameters must be instance of MouseTargetMetaParameters") self.update() def update(self): stim_params = self.stim.parameters # shorthand meta_params = self.meta_params # shorthand # colors stim_params.color = meta_params.color self.screen.parameters.bgcolor = meta_params.bgcolor def go(self): pass #self.p.parameters.enter_go_loop = 1 def quit_server(self): self.p.parameters.quit = 1 def get_meta_controller_class(): return MouseTargetExperimentMetaController def make_stimuli(): stimulus = VisionEgg.MoreStimuli.Target2D(anchor='center') return [('2d_overlay',stimulus)] def get_meta_controller_stimkey(): return "mouse_target_server" ######################## # Define controllers # ######################## class MousePositionController( VisionEgg.FlowControl.Controller ): def __init__(self): global mouse_position VisionEgg.FlowControl.Controller.__init__(self, return_type=ve_types.get_type(None), eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME) self.between_go_eval = self.during_go_eval def during_go_eval(self,t=None): # Convert pygame mouse position to OpenGL position global mouse_position, last_mouse_position, screen_global just_current_pos = mouse_position (x,y) = pygame.mouse.get_pos() y = screen_global.size[1]-y mouse_position = (x,y) if just_current_pos != mouse_position: last_mouse_position = just_current_pos return None class TargetPositionController( VisionEgg.FlowControl.Controller ): def __init__(self): global mouse_position VisionEgg.FlowControl.Controller.__init__(self, return_type=ve_types.Sequence2(ve_types.Real), eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME) self.between_go_eval = self.during_go_eval def during_go_eval(self,t=None): global mouse_position return mouse_position def cross_product(b,c): """Cross product between vectors, represented as tuples of length 3.""" det_i = b[1]*c[2] - b[2]*c[1] det_j = b[0]*c[2] - b[2]*c[0] det_k = b[0]*c[1] - b[1]*c[0] return (det_i,-det_j,det_k) def mag(b): """Magnitude of a vector.""" return b[0]**2.0 + b[1]**2.0 + b[2]**2.0 class TargetOrientationController( VisionEgg.FlowControl.Controller ): def __init__(self): VisionEgg.FlowControl.Controller.__init__(self, return_type=ve_types.Real, eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME) self.c = (0.0,0.0,1.0) self.last_orientation = 0.0 self.between_go_eval = self.during_go_eval def during_go_eval(self): global mouse_position, last_mouse_position b = (float(last_mouse_position[0]-mouse_position[0]), float(last_mouse_position[1]-mouse_position[1]), 0.0) if mag(b) > 1.0: # Must mouse 1 pixel before changing orientation (supposed to reject noise) # find cross product b x c. assume b and c are 3-vecs, b has # 3rd component 0. orientation_vector = cross_product(b,self.c) self.last_orientation = math.atan2(orientation_vector[1],orientation_vector[0])/math.pi*180.0 return self.last_orientation def get_target_size(t=None): global target_w, target_h global up, down, left, right amount = 0.02 if up: target_w = target_w+(amount*target_w) elif down: target_w = target_w-(amount*target_w) elif right: target_h = target_h+(amount*target_h) elif left: target_h = target_h-(amount*target_h) target_w = max(target_w,0.0) target_h = max(target_h,0.0) return (target_w, target_h) # Don't do anything unless this script is being run if __name__ == '__main__': pyro_server = VisionEgg.PyroHelpers.PyroServer() screen = VisionEgg.Core.Screen.create_default() # get Vision Egg stimulus ready to go stimuli = make_stimuli() stimulus = stimuli[0][1] viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[stimulus]) p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) # now hand over control of grating and mask to FlatGratingExperimentMetaController meta_controller = MouseTargetExperimentMetaController(screen,p,stimuli) pyro_server.connect(meta_controller,get_meta_controller_stimkey()) # get listener controller and register it p.add_controller(None,None, pyro_server.create_listener_controller()) # enter endless loop p.run_forever() visionegg-1.2.1/VisionEgg/PyroApps/ScreenPositionGUI.py0000755000076500000240000005660711227360015022241 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: ScreenPositionGUI # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """Handle 3D perspective projection (client-side)""" import sys, os, pickle, math, string import Tkinter, tkFileDialog import Pyro.core import VisionEgg.PyroClient import StringIO class ScreenPositionParameters: def __init__(self): # frustum (initial values - view portion of unit sphere) self.left = -0.2 self.right = 0.2 self.top = 0.2 self.bottom = -0.2 self.near = 0.2 self.far = 20.0 # position/orientation self.eye = (0.0, 0.0, 0.0) # observer position self.center = (0.0, 0.0, -1.0) # center of gaze self.up = (0.0, 1.0, 0.0) # up vector class CallbackEntry(Tkinter.Entry): def __init__(self,master=None,callback=None,**kw): Tkinter.Entry.__init__(self,master, **kw) self.bind('',callback) self.bind('',callback) class ScreenPositionControlFrame(Tkinter.Frame): def __init__(self, master=None, auto_connect=0, server_hostname='', server_port=7766, **kw): Tkinter.Frame.__init__(self,master,**kw) self.pyro_client = None self.entry_width = 10 self.connected = 0 self.meta_params = ScreenPositionParameters() self.loopable_variables = {} row = 0 Tkinter.Label(self, text="3D Perspective Calibration", font=("Helvetica",12,"bold")).grid(row=row,column=0,columnspan=2) row += 1 Tkinter.Label(self, text="This dialog allows you to enter acheive "+\ "the proper perspective distortion for 3D scenes." ).grid(row=row,column=0,columnspan=2) if not auto_connect: row += 1 # let columns expand connected_frame = Tkinter.Frame(self) connected_frame.grid(row=row,column=0,columnspan=2,sticky=Tkinter.W+Tkinter.E) connected_frame.columnconfigure(0,weight=1) connected_frame.columnconfigure(1,weight=1) connected_frame.columnconfigure(2,weight=1) self.connected_label = Tkinter.Label(connected_frame,text="Server status: Not connected") self.connected_label.grid(row=0,column=0) Tkinter.Button(connected_frame,text="Connect",command=self.connect).grid(row=0,column=1) Tkinter.Button(connected_frame,text="Quit server",command=self.quit_server).grid(row=0,column=2) row += 1 param_frame = Tkinter.Frame(self) param_frame.grid(row=row,column=0,sticky=Tkinter.N) param_frame.columnconfigure(0,weight=1) param_frame.columnconfigure(1,weight=1) pf_row = 0 frustum_frame = Tkinter.Frame(param_frame) frustum_frame.grid(row=pf_row,column=0,columnspan=2,ipady=5) ff_row = 0 Tkinter.Label(frustum_frame, text="Viewing volume size", font=("Helvetica",12,"bold")).grid(row=ff_row,column=0,columnspan=3,ipady=5) ff_row += 1 Tkinter.Label(frustum_frame,text="Left:").grid(row=ff_row,column=0) self.left_tk_var = Tkinter.DoubleVar() self.left_tk_var.set(self.meta_params.left) CallbackEntry(frustum_frame, self.send_values, width=self.entry_width, textvariable=self.left_tk_var).grid(row=ff_row,column=1) ff_row += 1 Tkinter.Label(frustum_frame,text="Right:").grid(row=ff_row,column=0) self.right_tk_var = Tkinter.DoubleVar() self.right_tk_var.set(self.meta_params.right) CallbackEntry(frustum_frame, self.send_values, width=self.entry_width, textvariable=self.right_tk_var).grid(row=ff_row,column=1) ff_row += 1 Tkinter.Label(frustum_frame,text="Top:").grid(row=ff_row,column=0) self.top_tk_var = Tkinter.DoubleVar() self.top_tk_var.set(self.meta_params.top) CallbackEntry(frustum_frame, self.send_values, width=self.entry_width, textvariable=self.top_tk_var).grid(row=ff_row,column=1) ff_row += 1 Tkinter.Label(frustum_frame,text="Bottom:").grid(row=ff_row,column=0) self.bottom_tk_var = Tkinter.DoubleVar() self.bottom_tk_var.set(self.meta_params.bottom) CallbackEntry(frustum_frame, self.send_values, width=self.entry_width, textvariable=self.bottom_tk_var).grid(row=ff_row,column=1) ff_row += 1 Tkinter.Label(frustum_frame,text="Near:").grid(row=ff_row,column=0) self.near_tk_var = Tkinter.DoubleVar() self.near_tk_var.set(self.meta_params.near) CallbackEntry(frustum_frame, self.send_values, width=self.entry_width, textvariable=self.near_tk_var).grid(row=ff_row,column=1) ff_row += 1 Tkinter.Label(frustum_frame,text="Far:").grid(row=ff_row,column=0) self.far_tk_var = Tkinter.DoubleVar() self.far_tk_var.set(self.meta_params.far) CallbackEntry(frustum_frame, self.send_values, width=self.entry_width, textvariable=self.far_tk_var).grid(row=ff_row,column=1) # quick frustum frame qf_frame = Tkinter.Frame(frustum_frame) qf_frame.grid(row=1,column=2,rowspan=ff_row) qf_row = 0 Tkinter.Button(qf_frame,text="Taller",command=self.frustum_taller).grid(row=qf_row,column=0,columnspan=2) qf_row += 1 Tkinter.Button(qf_frame,text="Narrower",command=self.frustum_narrower).grid(row=qf_row,column=0) Tkinter.Button(qf_frame,text="Wider",command=self.frustum_wider).grid(row=qf_row,column=1) qf_row += 1 Tkinter.Button(qf_frame,text="Shorter",command=self.frustum_shorter).grid(row=qf_row,column=0,columnspan=2) qf_row = 0 Tkinter.Button(qf_frame,text="Up",command=self.frustum_up).grid(row=qf_row,column=2,columnspan=2) qf_row += 1 Tkinter.Button(qf_frame,text="Left",command=self.frustum_left).grid(row=qf_row,column=2) Tkinter.Button(qf_frame,text="Right",command=self.frustum_right).grid(row=qf_row,column=3) qf_row += 1 Tkinter.Button(qf_frame,text="Down",command=self.frustum_down).grid(row=qf_row,column=2,columnspan=2) pf_row += 1 lookat_frame = Tkinter.Frame(param_frame) lookat_frame.grid(row=pf_row,column=0,columnspan=2,ipady=5) la_row = 0 Tkinter.Label(lookat_frame, text="Viewing volume orientation", font=("Helvetica",12,"bold")).grid(row=la_row,column=0,columnspan=3,ipady=5) la_row += 1 Tkinter.Label(lookat_frame,text="eye X:").grid(row=la_row,column=0) self.eye_x_tk_var = Tkinter.DoubleVar() self.eye_x_tk_var.set(self.meta_params.eye[0]) CallbackEntry(lookat_frame, self.send_values, width=self.entry_width, textvariable=self.eye_x_tk_var).grid(row=la_row,column=1) la_row += 1 Tkinter.Label(lookat_frame,text="eye Y:").grid(row=la_row,column=0) self.eye_y_tk_var = Tkinter.DoubleVar() self.eye_y_tk_var.set(self.meta_params.eye[1]) CallbackEntry(lookat_frame, self.send_values, width=self.entry_width, textvariable=self.eye_y_tk_var).grid(row=la_row,column=1) la_row += 1 Tkinter.Label(lookat_frame,text="eye Z:").grid(row=la_row,column=0) self.eye_z_tk_var = Tkinter.DoubleVar() self.eye_z_tk_var.set(self.meta_params.eye[2]) CallbackEntry(lookat_frame, self.send_values, width=self.entry_width, textvariable=self.eye_z_tk_var).grid(row=la_row,column=1) la_row += 1 Tkinter.Label(lookat_frame,text="look at X:").grid(row=la_row,column=0) self.center_x_tk_var = Tkinter.DoubleVar() self.center_x_tk_var.set(self.meta_params.center[0]) CallbackEntry(lookat_frame, self.send_values, width=self.entry_width, textvariable=self.center_x_tk_var).grid(row=la_row,column=1) quick_la_frame = Tkinter.Frame(lookat_frame) quick_la_frame.grid(row=la_row,column=2,rowspan=3) qla_row = 0 Tkinter.Button(quick_la_frame,text="Look at az -",command=self.az_decrease).grid(row=qla_row,column=0) Tkinter.Button(quick_la_frame,text="Look at az +",command=self.az_increase).grid(row=qla_row,column=1) self.look_at_az_str = Tkinter.StringVar() Tkinter.Label(quick_la_frame,textvariable=self.look_at_az_str).grid(row=qla_row,column=2) qla_row += 1 Tkinter.Button(quick_la_frame,text="Look at el -",command=self.el_decrease).grid(row=qla_row,column=0) Tkinter.Button(quick_la_frame,text="Look at el +",command=self.el_increase).grid(row=qla_row,column=1) self.look_at_el_str = Tkinter.StringVar() Tkinter.Label(quick_la_frame,textvariable=self.look_at_el_str).grid(row=qla_row,column=2) az,el = self.get_az_el(self.meta_params.center) self.look_at_az_str.set("%.1f"%az) self.look_at_el_str.set("%.1f"%el) la_row += 1 Tkinter.Label(lookat_frame,text="look at Y:").grid(row=la_row,column=0) self.center_y_tk_var = Tkinter.DoubleVar() self.center_y_tk_var.set(self.meta_params.center[1]) CallbackEntry(lookat_frame, self.send_values, width=self.entry_width, textvariable=self.center_y_tk_var).grid(row=la_row,column=1) la_row += 1 Tkinter.Label(lookat_frame,text="look at Z:").grid(row=la_row,column=0) self.center_z_tk_var = Tkinter.DoubleVar() self.center_z_tk_var.set(self.meta_params.center[2]) CallbackEntry(lookat_frame, self.send_values, width=self.entry_width, textvariable=self.center_z_tk_var).grid(row=la_row,column=1) la_row += 1 Tkinter.Label(lookat_frame,text="up X:").grid(row=la_row,column=0) self.up_x_tk_var = Tkinter.DoubleVar() self.up_x_tk_var.set(self.meta_params.up[0]) CallbackEntry(lookat_frame, self.send_values, width=self.entry_width, textvariable=self.up_x_tk_var).grid(row=la_row,column=1) quick_up_frame = Tkinter.Frame(lookat_frame) quick_up_frame.grid(row=la_row,column=2,rowspan=3) qup_row = 0 Tkinter.Button(quick_up_frame,text="Up az -",command=self.up_az_decrease).grid(row=qup_row,column=0) Tkinter.Button(quick_up_frame,text="Up az +",command=self.up_az_increase).grid(row=qup_row,column=1) self.up_az_str = Tkinter.StringVar() Tkinter.Label(quick_up_frame,textvariable=self.up_az_str).grid(row=qup_row,column=2) qup_row += 1 Tkinter.Button(quick_up_frame,text="Up el -",command=self.up_el_decrease).grid(row=qup_row,column=0) Tkinter.Button(quick_up_frame,text="Up el +",command=self.up_el_increase).grid(row=qup_row,column=1) self.up_el_str = Tkinter.StringVar() Tkinter.Label(quick_up_frame,textvariable=self.up_el_str).grid(row=qup_row,column=2) az,el = self.get_az_el(self.meta_params.up) self.up_az_str.set("%.1f"%az) self.up_el_str.set("%.1f"%el) la_row += 1 Tkinter.Label(lookat_frame,text="up Y:").grid(row=la_row,column=0) self.up_y_tk_var = Tkinter.DoubleVar() self.up_y_tk_var.set(self.meta_params.up[1]) CallbackEntry(lookat_frame, self.send_values, width=self.entry_width, textvariable=self.up_y_tk_var).grid(row=la_row,column=1) la_row += 1 Tkinter.Label(lookat_frame,text="up Z:").grid(row=la_row,column=0) self.up_z_tk_var = Tkinter.DoubleVar() self.up_z_tk_var.set(self.meta_params.up[2]) CallbackEntry(lookat_frame, self.send_values, width=self.entry_width, textvariable=self.up_z_tk_var).grid(row=la_row,column=1) row += 1 button_row_frame = Tkinter.Frame(self) button_row_frame.grid(row=row,column=0,ipady=5) Tkinter.Label(button_row_frame, text="File operations", font=("Helvetica",12,"bold")).grid(row=0,column=0,columnspan=2,ipady=5) Tkinter.Button(button_row_frame,text="Save...",command=self.save).grid(row=1,column=0) Tkinter.Button(button_row_frame,text="Load...",command=self.load).grid(row=1,column=1) if auto_connect: self.connect(server_hostname,server_port) def frustum_narrower(self,dummy_arg=None): # callback self.left_tk_var.set(self.meta_params.left*(1.0/1.05)) self.right_tk_var.set(self.meta_params.right*(1.0/1.05)) self.send_values() def frustum_wider(self,dummy_arg=None): # callback self.left_tk_var.set(self.meta_params.left*1.05) self.right_tk_var.set(self.meta_params.right*1.05) self.send_values() def frustum_shorter(self,dummy_arg=None): # callback self.bottom_tk_var.set(self.meta_params.bottom*(1.0/1.05)) self.top_tk_var.set(self.meta_params.top*(1.0/1.05)) self.send_values() def frustum_taller(self,dummy_arg=None): # callback self.bottom_tk_var.set(self.meta_params.bottom*1.05) self.top_tk_var.set(self.meta_params.top*1.05) self.send_values() def frustum_left(self,dummy_arg=None): # callback self.left_tk_var.set(self.meta_params.left*1.025) self.right_tk_var.set(self.meta_params.right*(1.0/1.025)) self.send_values() def frustum_right(self,dummy_arg=None): # callback self.left_tk_var.set(self.meta_params.left*(1.0/1.025)) self.right_tk_var.set(self.meta_params.right*1.025) self.send_values() def frustum_down(self,dummy_arg=None): # callback self.bottom_tk_var.set(self.meta_params.bottom*1.025) self.top_tk_var.set(self.meta_params.top*(1.0/1.025)) self.send_values() def frustum_up(self,dummy_arg=None): # callback self.bottom_tk_var.set(self.meta_params.bottom*(1.0/1.025)) self.top_tk_var.set(self.meta_params.top*1.025) self.send_values() def get_az_el(self,xyz_tuple): x,y,z = xyz_tuple r = math.sqrt(x*x + y*y + z*z) theta = math.acos(-y/r) rh = r * math.sin(theta) phi = math.atan2(-z,x) az = -(phi * 180.0/math.pi - 90.0) el = theta * 180.0/math.pi - 90.0 return az,el def get_xyz(self,az_el): az,el = az_el theta = (el + 90.0) / 180.0 * math.pi phi = (az + 90.0) / 180.0 * math.pi y = -math.cos(theta) rh = math.sin(theta) x = -rh * math.cos(phi) z = -rh * math.sin(phi) return x,y,z def az_increase(self,dummy_arg=None): # callback az,el = self.get_az_el(self.meta_params.center) az = az + 5.0 self.look_at_az_str.set("%.1f"%az) x,y,z = self.get_xyz((az,el)) self.center_x_tk_var.set("%.4f"%x) self.center_y_tk_var.set("%.4f"%y) self.center_z_tk_var.set("%.4f"%z) self.send_values() def az_decrease(self,dummy_arg=None): # callback az,el = self.get_az_el(self.meta_params.center) az = az - 5.0 self.look_at_az_str.set("%.1f"%az) x,y,z = self.get_xyz((az,el)) self.center_x_tk_var.set("%.4f"%x) self.center_y_tk_var.set("%.4f"%y) self.center_z_tk_var.set("%.4f"%z) self.send_values() def el_increase(self,dummy_arg=None): # callback az,el = self.get_az_el(self.meta_params.center) el = el + 5.0 el = min(el,90.0) self.look_at_el_str.set("%.1f"%el) x,y,z = self.get_xyz((az,el)) self.center_x_tk_var.set("%.4f"%x) self.center_y_tk_var.set("%.4f"%y) self.center_z_tk_var.set("%.4f"%z) self.send_values() def el_decrease(self,dummy_arg=None): # callback az,el = self.get_az_el(self.meta_params.center) el = el - 5.0 el = max(el,-90.0) self.look_at_el_str.set("%.1f"%el) x,y,z = self.get_xyz((az,el)) self.center_x_tk_var.set("%.4f"%x) self.center_y_tk_var.set("%.4f"%y) self.center_z_tk_var.set("%.4f"%z) self.send_values() def up_az_increase(self,dummy_arg=None): # callback az,el = self.get_az_el(self.meta_params.up) az = az + 5.0 self.up_az_str.set("%.1f"%az) x,y,z = self.get_xyz((az,el)) self.up_x_tk_var.set("%.4f"%x) self.up_y_tk_var.set("%.4f"%y) self.up_z_tk_var.set("%.4f"%z) self.send_values() def up_az_decrease(self,dummy_arg=None): # callback az,el = self.get_az_el(self.meta_params.up) az = az - 5.0 self.up_az_str.set("%.1f"%az) x,y,z = self.get_xyz((az,el)) self.up_x_tk_var.set("%.4f"%x) self.up_y_tk_var.set("%.4f"%y) self.up_z_tk_var.set("%.4f"%z) self.send_values() def up_el_increase(self,dummy_arg=None): # callback az,el = self.get_az_el(self.meta_params.up) el = el + 5.0 el = min(el,90.0) self.up_el_str.set("%.1f"%el) x,y,z = self.get_xyz((az,el)) self.up_x_tk_var.set("%.4f"%x) self.up_y_tk_var.set("%.4f"%y) self.up_z_tk_var.set("%.4f"%z) self.send_values() def up_el_decrease(self,dummy_arg=None): # callback az,el = self.get_az_el(self.meta_params.up) el = el - 5.0 el = max(el,-90.0) self.up_el_str.set("%.1f"%el) x,y,z = self.get_xyz((az,el)) self.up_x_tk_var.set("%.4f"%x) self.up_y_tk_var.set("%.4f"%y) self.up_z_tk_var.set("%.4f"%z) self.send_values() def save(self): filename = tkFileDialog.asksaveasfilename(defaultextension=".ve_3dproj",filetypes=[('Projection file','*.ve_3dproj')]) fd = open(filename,"wb") save_dict = self.get_param_dict() pickle.dump( save_dict, fd ) def load(self): filename = tkFileDialog.askopenfilename(defaultextension=".ve_3dproj",filetypes=[('Projection file','*.ve_3dproj')]) if not filename: return fd = open(filename,"rb") file_contents = fd.read() file_contents = file_contents.replace('\r\n','\n') # deal with Windows newlines memory_file = StringIO.StringIO(file_contents) load_dict = pickle.load(memory_file) self.set_param_dict( load_dict ) self.send_values() def get_shortname(self): """Used as basename for saving parameter files""" return "screen_position" def get_param_dict(self): result = {} for param_name in dir(self.meta_params): if param_name[:2] != '__' and param_name[-2:] != '__': result[param_name] = getattr(self.meta_params,param_name) return result def get_type(self): return "screenPositionGUI" def set_param_dict(self,new_param_dict): orig_params = dir(self.meta_params) for new_param_name in new_param_dict.keys(): if new_param_name[:2] != '__' and new_param_name[-2:] != '__': if new_param_name not in orig_params: raise ValueError('Gave parameter "%s", which I do not know about.'%(new_param_name,)) setattr(self.meta_params,new_param_name,new_param_dict[new_param_name]) self.left_tk_var.set( self.meta_params.left ) self.right_tk_var.set( self.meta_params.right ) self.top_tk_var.set( self.meta_params.top ) self.bottom_tk_var.set( self.meta_params.bottom ) self.near_tk_var.set( self.meta_params.near ) self.far_tk_var.set( self.meta_params.far ) self.eye_x_tk_var.set( self.meta_params.eye[0] ) self.eye_y_tk_var.set( self.meta_params.eye[1] ) self.eye_z_tk_var.set( self.meta_params.eye[2] ) self.center_x_tk_var.set( self.meta_params.center[0] ) self.center_y_tk_var.set( self.meta_params.center[1] ) self.center_z_tk_var.set( self.meta_params.center[2] ) self.up_x_tk_var.set( self.meta_params.up[0] ) self.up_y_tk_var.set( self.meta_params.up[1] ) self.up_z_tk_var.set( self.meta_params.up[2] ) def get_parameters_as_strings(self): result = [] for param_name in dir(self.meta_params): if param_name[:2] != '__' and param_name[-2:] != '__': value = getattr(self.meta_params,param_name) value_string = str(value) result.append((param_name,value_string)) return result def get_loopable_variable_names(self): return self.loopable_variables.keys() def set_loopable_variable(self,easy_name,value): meta_param_var_name,tk_var = self.loopable_variables[easy_name] setattr(self.meta_params,meta_param_var_name,value) tk_var.set(value) self.update() # update screen with new tk_var value def send_values(self,dummy_arg=None): self.meta_params.left = self.left_tk_var.get() self.meta_params.right = self.right_tk_var.get() self.meta_params.top = self.top_tk_var.get() self.meta_params.bottom = self.bottom_tk_var.get() self.meta_params.near = self.near_tk_var.get() self.meta_params.far = self.far_tk_var.get() self.meta_params.eye = (self.eye_x_tk_var.get(), self.eye_y_tk_var.get(), self.eye_z_tk_var.get()) self.meta_params.center = (self.center_x_tk_var.get(), self.center_y_tk_var.get(), self.center_z_tk_var.get()) self.meta_params.up = (self.up_x_tk_var.get(), self.up_y_tk_var.get(), self.up_z_tk_var.get()) if self.connected: self.projection_controller.set_parameters( self.meta_params ) def connect(self,server_hostname='',server_port=7766): self.pyro_client = VisionEgg.PyroClient.PyroClient(server_hostname,server_port) self.projection_controller = self.pyro_client.get("projection_controller") self.connected = 1 if hasattr(self, 'connected_label'): self.connected_label.config(text="Server status: Connected") self.send_values() # send values only when running this way, otherwise get values else: self.meta_params = self.projection_controller.get_parameters() self.set_param_dict( {} ) # updates screen values to self.meta_params def quit_server(self,dummy=None): self.projection_controller.quit_server() self.connected = 0 self.connected_label.config(text="Server status: Not connected") if __name__=='__main__': frame = ScreenPositionControlFrame() frame.pack(expand=1,fill=Tkinter.BOTH) frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) frame.mainloop() visionegg-1.2.1/VisionEgg/PyroApps/ScreenPositionServer.py0000755000076500000240000001007411227360015023047 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: ScreenPositionServer # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """Handle 3D perspective projection (server-side)""" import Pyro.core import sys, os, string import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.SphereMap import VisionEgg.Textures import VisionEgg.PyroHelpers from VisionEgg.PyroApps.ScreenPositionGUI import ScreenPositionParameters class ScreenPositionMetaController( Pyro.core.ObjBase ): """Encapsulates all parameters controlling screen position""" def __init__(self,presentation,projection): Pyro.core.ObjBase.__init__(self) self.meta_params = ScreenPositionParameters() if not isinstance(presentation,VisionEgg.FlowControl.Presentation): raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") if not isinstance(projection,VisionEgg.Core.PerspectiveProjection): raise ValueError("Expecting instance of VisionEgg.Core.PerspectiveProjection") self.p = presentation self.proj = projection def get_parameters(self): return self.meta_params def set_parameters(self, new_parameters): if isinstance(new_parameters, ScreenPositionParameters): self.meta_params = new_parameters else: raise ValueError("Argument to set_parameters must be instance of ScreenPositionParameters") self.update() def update(self): left = self.meta_params.left right = self.meta_params.right bottom = self.meta_params.bottom top = self.meta_params.top near = self.meta_params.near far = self.meta_params.far eye = (self.meta_params.eye[0], self.meta_params.eye[1], self.meta_params.eye[2]) center = (self.meta_params.center[0], self.meta_params.center[1], self.meta_params.center[2]) up = (self.meta_params.up[0], self.meta_params.up[1], self.meta_params.up[2]) temp = VisionEgg.Core.PerspectiveProjection(left,right,bottom,top,near,far) temp.look_at(eye,center,up) self.proj.parameters.matrix = temp.get_matrix() def go(self): self.p.parameters.enter_go_loop = 1 def quit_server(self): self.p.parameters.quit = 1 # Don't do anything unless this script is being run if __name__ == '__main__': pyro_server = VisionEgg.PyroHelpers.PyroServer() # get Vision Egg stimulus ready to go screen = VisionEgg.Core.Screen.create_default() filename = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,"data/az_el.png") texture = VisionEgg.Textures.Texture(filename) sphere_map = VisionEgg.SphereMap.SphereMap(texture=texture, shrink_texture_ok=1, stacks=100, slices=100) temp = ScreenPositionParameters() projection = VisionEgg.Core.PerspectiveProjection(temp.left, temp.right, temp.bottom, temp.top, temp.near, temp.far) viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[sphere_map],projection=projection) p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) # now hand over control of stimulus to GratingExperimentMetaController projection_controller = ScreenPositionMetaController(p,projection) pyro_server.connect(projection_controller,"projection_controller") # get listener controller and register it p.add_controller(None,None, pyro_server.create_listener_controller()) # enter endless loop p.run_forever() visionegg-1.2.1/VisionEgg/PyroApps/SphereGratingGUI.py0000755000076500000240000002043611227360015022026 0ustar astrawstaff#!/usr/bin/env python """Handle perspective-distorted sinusoidal gratings (client-side)""" # Copyright (c) 2002-2003 Andrew Straw. Distributed under the terms # of the GNU Lesser General Public License (LGPL). import VisionEgg, string import sys, os import Tkinter import VisionEgg.PyroApps.EPhysGUIUtils as client_utils def get_control_list(): return [("sphere_grating_server",SphereGratingControlFrame,SphereGratingControlFrame.title)] class SphereGratingMetaParameters: def __init__(self): self.contrast = 1.0 self.orient = 0.0 self.sf = 0.1 # cycles per degree self.tf = 1.0 self.pre_stim_sec = 1.0 self.stim_sec = 2.0 self.post_stim_sec = 1.0 self.window_func = 'gaussian' self.window_radius = 10.0 self.window_az = 0.0 self.window_el = 0.0 class SphereGratingControlFrame(client_utils.StimulusControlFrame): title = "Grating (Perspective-distorted) Experiment" def __init__(self, master=None, suppress_go_buttons=0,**kw): client_utils.StimulusControlFrame.__init__(self, master, suppress_go_buttons, SphereGratingControlFrame.title, SphereGratingMetaParameters, **kw) param_frame = self.param_frame # shorthand for self.param_frame created in base class # Allow columns to expand param_frame.columnconfigure(0,weight=1) param_frame.columnconfigure(1,weight=1) pf_row = 0 Tkinter.Label(param_frame,text="Contrast:").grid(row=pf_row,column=0) self.contrast_tk_var = Tkinter.DoubleVar() self.contrast_tk_var.set(self.meta_params.contrast) self.make_callback_entry(textvariable=self.contrast_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Contrast"] = ("contrast",self.contrast_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Orientation (deg):").grid(row=pf_row,column=0) self.orient_tk_var = Tkinter.DoubleVar() self.orient_tk_var.set(self.meta_params.orient) self.make_callback_entry(textvariable=self.orient_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Orientation"] = ("orient",self.orient_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Spatial frequency (Cpd):").grid(row=pf_row,column=0) self.sf_tk_var = Tkinter.DoubleVar() self.sf_tk_var.set(self.meta_params.sf) self.make_callback_entry(textvariable=self.sf_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Spatial frequency"] = ("sf",self.sf_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Temporal frequency (Hz):").grid(row=pf_row,column=0) self.tf_tk_var = Tkinter.DoubleVar() self.tf_tk_var.set(self.meta_params.tf) self.make_callback_entry(textvariable=self.tf_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Temporal frequency"] = ("tf",self.tf_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Pre stimulus duration (sec):").grid(row=pf_row,column=0) self.prestim_dur_tk_var = Tkinter.DoubleVar() self.prestim_dur_tk_var.set(self.meta_params.pre_stim_sec) self.make_callback_entry(textvariable=self.prestim_dur_tk_var).grid(row=pf_row,column=1) pf_row += 1 Tkinter.Label(param_frame,text="Stimulus duration (sec):").grid(row=pf_row,column=0) self.stim_dur_tk_var = Tkinter.DoubleVar() self.stim_dur_tk_var.set(self.meta_params.stim_sec) self.make_callback_entry(textvariable=self.stim_dur_tk_var).grid(row=pf_row,column=1) pf_row += 1 Tkinter.Label(param_frame,text="Post stimulus duration (sec):").grid(row=pf_row,column=0) self.poststim_dur_tk_var = Tkinter.DoubleVar() self.poststim_dur_tk_var.set(self.meta_params.post_stim_sec) self.make_callback_entry(textvariable=self.poststim_dur_tk_var).grid(row=pf_row,column=1) pf_row += 1 Tkinter.Label(param_frame,text="Window function:").grid(row=pf_row,column=0) self.window_func_tk_var = Tkinter.StringVar() self.window_func_tk_var.set(self.meta_params.window_func) bar = Tkinter.Menubutton(param_frame, textvariable=self.window_func_tk_var, relief=Tkinter.RAISED) bar.grid(row=pf_row, column=1, sticky=Tkinter.W+Tkinter.E, pady=2, padx=2) bar.menu = Tkinter.Menu(bar,tearoff=0) bar.menu.add_radiobutton(label='circle', value='circle', variable=self.window_func_tk_var, command=self.send_values) bar.menu.add_radiobutton(label='gaussian', value='gaussian', variable=self.window_func_tk_var, command=self.send_values) bar['menu'] = bar.menu pf_row += 1 Tkinter.Label(param_frame,text="Window radius/sigma (deg):").grid(row=pf_row,column=0) self.window_radius_tk_var = Tkinter.DoubleVar() self.window_radius_tk_var.set(self.meta_params.window_radius) self.make_callback_entry(textvariable=self.window_radius_tk_var).grid(row=pf_row,column=1) pf_row += 1 Tkinter.Label(param_frame,text="Window azimuth (deg):").grid(row=pf_row,column=0) self.window_az_tk_var = Tkinter.DoubleVar() self.window_az_tk_var.set(self.meta_params.window_az) self.make_callback_entry(textvariable=self.window_az_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Window azimuth"] = ("window_az",self.window_az_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Window elevation (deg):").grid(row=pf_row,column=0) self.window_el_tk_var = Tkinter.DoubleVar() self.window_el_tk_var.set(self.meta_params.window_el) self.make_callback_entry(textvariable=self.window_el_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Window elevation"] = ("window_el",self.window_el_tk_var) def get_shortname(self): return "sphere_grating" def update_tk_vars(self): self.contrast_tk_var.set( self.meta_params.contrast ) self.orient_tk_var.set( self.meta_params.orient ) self.sf_tk_var.set( self.meta_params.sf ) self.tf_tk_var.set( self.meta_params.tf ) self.prestim_dur_tk_var.set( self.meta_params.pre_stim_sec ) self.stim_dur_tk_var.set( self.meta_params.stim_sec ) self.poststim_dur_tk_var.set( self.meta_params.post_stim_sec ) self.window_func_tk_var.set( self.meta_params.window_func ) self.window_radius_tk_var.set( self.meta_params.window_radius ) self.window_az_tk_var.set( self.meta_params.window_az ) self.window_el_tk_var.set( self.meta_params.window_el ) def send_values(self,dummy_arg=None): self.meta_params.contrast = self.contrast_tk_var.get() self.meta_params.orient = self.orient_tk_var.get() self.meta_params.sf = self.sf_tk_var.get() self.meta_params.tf = self.tf_tk_var.get() self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() self.meta_params.stim_sec = self.stim_dur_tk_var.get() self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() self.meta_params.window_func = self.window_func_tk_var.get() self.meta_params.window_radius = self.window_radius_tk_var.get() self.meta_params.window_az = self.window_az_tk_var.get() self.meta_params.window_el = self.window_el_tk_var.get() if self.connected: self.meta_controller.set_parameters( self.meta_params ) def get_duration_sec(self): self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() self.meta_params.stim_sec = self.stim_dur_tk_var.get() self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() return self.meta_params.pre_stim_sec + self.meta_params.stim_sec + self.meta_params.post_stim_sec if __name__=='__main__': frame = SphereGratingControlFrame() frame.pack(expand=1,fill=Tkinter.BOTH) frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) frame.mainloop() visionegg-1.2.1/VisionEgg/PyroApps/SphereGratingServer.py0000755000076500000240000001407211227360015022647 0ustar astrawstaff#!/usr/bin/env python """Handle perspective-distorted sinusoidal gratings (server-side)""" # Copyright (c) 2002-2003 Andrew Straw. Distributed under the terms # of the GNU Lesser General Public License (LGPL). import VisionEgg, string import sys, os, math import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.SphereMap import VisionEgg.PyroHelpers import Pyro.core from VisionEgg.PyroApps.ScreenPositionServer import ScreenPositionMetaController from VisionEgg.PyroApps.ScreenPositionGUI import ScreenPositionParameters from VisionEgg.PyroApps.SphereGratingGUI import SphereGratingMetaParameters class SphereGratingExperimentMetaController( Pyro.core.ObjBase ): def __init__(self,screen,presentation,stimuli): # get stimuli assert( stimuli[0][0] == '3d_perspective') assert( stimuli[1][0] == '3d_perspective') sphere_grating = stimuli[0][1] sphere_window = stimuli[1][1] Pyro.core.ObjBase.__init__(self) self.meta_params = SphereGratingMetaParameters() if not isinstance(screen,VisionEgg.Core.Screen): raise ValueError("Expecting instance of VisionEgg.Core.Screen") if not isinstance(presentation,VisionEgg.FlowControl.Presentation): raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") if not isinstance(sphere_grating,VisionEgg.SphereMap.SphereGrating): raise ValueError("Expecting instance of VisionEgg.SphereMap.SphereGrating") if not isinstance(sphere_window,VisionEgg.SphereMap.SphereWindow): raise ValueError("Expecting instance of VisionEgg.SphereMap.SphereWindow") self.p = presentation self.stim = sphere_grating self.window = sphere_window screen.parameters.bgcolor = (0.5, 0.5, 0.5, 0.0) self.p.add_controller(self.stim,'on',VisionEgg.FlowControl.FunctionController( during_go_func=self.on_function_during_go, between_go_func=self.on_function_between_go)) def __del__(self): self.p.remove_controller(self.stim,'on') Pyro.core.ObjBase.__del__(self) # call base class def on_function_during_go(self,t): """Compute when the grating is on""" if t <= self.meta_params.pre_stim_sec: return 0 # not on yet elif t <= (self.meta_params.pre_stim_sec + self.meta_params.stim_sec): return 1 # on else: return 0 # off again def on_function_between_go(self): """Compute when the grating is off""" return 0 # off again def get_parameters(self): return self.meta_params def set_parameters(self, new_parameters): if isinstance(new_parameters, SphereGratingMetaParameters): self.meta_params = new_parameters else: raise ValueError("Argument to set_parameters must be instance of SphereGratingMetaParameters") # self.meta_params = new_parameters self.update() def update(self): stim_params = self.stim.parameters # shorthand window_params = self.window.parameters # shorthand meta_params = self.meta_params # shorthand stim_params.contrast = meta_params.contrast stim_params.orientation = meta_params.orient stim_params.spatial_freq_cpd = meta_params.sf stim_params.temporal_freq_hz = meta_params.tf stim_params.grating_center_azimuth = meta_params.window_az stim_params.grating_center_elevation = meta_params.window_el self.p.parameters.go_duration = ( meta_params.pre_stim_sec + meta_params.stim_sec + meta_params.post_stim_sec, 'seconds') window_params.window_shape = meta_params.window_func window_params.window_shape_radius_parameter = meta_params.window_radius window_params.window_center_azimuth = meta_params.window_az window_params.window_center_elevation = meta_params.window_el def go(self): self.p.parameters.enter_go_loop = 1 def quit_server(self): self.p.parameters.quit = 1 def get_meta_controller_class(): return SphereGratingExperimentMetaController def make_stimuli(): stimulus = VisionEgg.SphereMap.SphereGrating(radius=1.0, spatial_freq_cpd=1.0/9.0, temporal_freq_hz = 1.0) mask = VisionEgg.SphereMap.SphereWindow(radius=0.95) return [('3d_perspective',stimulus),('3d_perspective',mask)] def get_meta_controller_stimkey(): return "sphere_grating_server" # Don't do anything unless this script is being run if __name__ == '__main__': pyro_server = VisionEgg.PyroHelpers.PyroServer() screen = VisionEgg.Core.Screen.create_default() # get Vision Egg stimulus ready to go stimuli = make_stimuli() stimulus = stimuli[0][1] mask = stimuli[1][1] temp = ScreenPositionParameters() left = temp.left right = temp.right bottom = temp.bottom top = temp.top near = temp.near far = temp.far projection = VisionEgg.Core.PerspectiveProjection(left, right, bottom, top, near, far) viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[stimulus,mask],projection=projection) p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) # now hand over control of projection to ScreenPositionMetaController projection_controller = ScreenPositionMetaController(p,projection) pyro_server.connect(projection_controller,"projection_controller") # now hand over control of grating and mask to SphereGratingExperimentMetaController meta_controller = SphereGratingExperimentMetaController(screen,p,stimuli) pyro_server.connect(meta_controller,get_meta_controller_stimkey()) # get listener controller and register it p.add_controller(None,None, pyro_server.create_listener_controller()) # enter endless loop p.run_forever() visionegg-1.2.1/VisionEgg/PyroApps/SpinningDrumGUI.py0000755000076500000240000001236711227360015021705 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: SpinningDrumGUI # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. import VisionEgg, string import sys, os import Tkinter import VisionEgg.PyroApps.EPhysGUIUtils as client_utils def get_control_list(): return [("spinning_drum_server",SpinningDrumControlFrame,SpinningDrumControlFrame.title)] class SpinningDrumMetaParameters: def __init__(self): self.contrast = 1.0 self.velocity_dps = 100.0 self.startpos_deg = 0.0 self.pre_stim_sec = 1.0 self.stim_sec = 5.0 self.post_stim_sec = 1.0 class SpinningDrumControlFrame(client_utils.StimulusControlFrame): title = "Spinning Drum Experiment" def __init__(self, master=None, suppress_go_buttons=0,**kw): client_utils.StimulusControlFrame.__init__(self, master, suppress_go_buttons, SpinningDrumControlFrame.title, SpinningDrumMetaParameters, **kw) param_frame = self.param_frame # shorthand for self.param_frame created in base class # Allow columns to expand param_frame.columnconfigure(0,weight=1) param_frame.columnconfigure(1,weight=1) pf_row = 0 Tkinter.Label(param_frame,text="Contrast:").grid(row=pf_row,column=0) self.contrast_tk_var = Tkinter.DoubleVar() self.contrast_tk_var.set(self.meta_params.contrast) self.make_callback_entry(textvariable=self.contrast_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Contrast"] = ("contrast",self.contrast_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Velocity (dps):").grid(row=pf_row,column=0) self.velocity_tk_var = Tkinter.DoubleVar() self.velocity_tk_var.set(self.meta_params.velocity_dps) self.make_callback_entry(textvariable=self.velocity_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Velocity"] = ("velocity_dps",self.velocity_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Start position (deg):").grid(row=pf_row,column=0) self.startpos_tk_var = Tkinter.DoubleVar() self.startpos_tk_var.set(self.meta_params.startpos_deg) self.make_callback_entry(textvariable=self.startpos_tk_var).grid(row=pf_row,column=1) self.loopable_variables["Start position"] = ("startpos_deg",self.startpos_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Pre stimulus duration (sec):").grid(row=pf_row,column=0) self.prestim_dur_tk_var = Tkinter.DoubleVar() self.prestim_dur_tk_var.set(self.meta_params.pre_stim_sec) self.make_callback_entry(textvariable=self.prestim_dur_tk_var).grid(row=pf_row,column=1) pf_row += 1 Tkinter.Label(param_frame,text="Stimulus duration (sec):").grid(row=pf_row,column=0) self.stim_dur_tk_var = Tkinter.DoubleVar() self.stim_dur_tk_var.set(self.meta_params.stim_sec) self.make_callback_entry(textvariable=self.stim_dur_tk_var).grid(row=pf_row,column=1) pf_row += 1 Tkinter.Label(param_frame,text="Post stimulus duration (sec):").grid(row=pf_row,column=0) self.poststim_dur_tk_var = Tkinter.DoubleVar() self.poststim_dur_tk_var.set(self.meta_params.post_stim_sec) self.make_callback_entry(textvariable=self.poststim_dur_tk_var).grid(row=pf_row,column=1) def get_shortname(self): """Used as basename for saving parameter files""" return "spinning_drum" def update_tk_vars(self): self.contrast_tk_var.set( self.meta_params.contrast ) self.velocity_tk_var.set( self.meta_params.velocity_dps ) self.startpos_tk_var.set( self.meta_params.startpos_deg ) self.stim_dur_tk_var.set( self.meta_params.stim_sec ) self.poststim_dur_tk_var.set( self.meta_params.post_stim_sec ) def send_values(self,dummy_arg=None): self.meta_params.contrast = self.contrast_tk_var.get() self.meta_params.velocity_dps = self.velocity_tk_var.get() self.meta_params.startpos_deg = self.startpos_tk_var.get() self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() self.meta_params.stim_sec = self.stim_dur_tk_var.get() self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() if self.connected: self.meta_controller.set_parameters( self.meta_params ) def get_duration_sec(self): self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() self.meta_params.stim_sec = self.stim_dur_tk_var.get() self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() return self.meta_params.pre_stim_sec + self.meta_params.stim_sec + self.meta_params.post_stim_sec if __name__=='__main__': frame = SpinningDrumControlFrame() frame.pack(expand=1,fill=Tkinter.BOTH) frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) frame.mainloop() visionegg-1.2.1/VisionEgg/PyroApps/SpinningDrumServer.py0000755000076500000240000001305111227360015022516 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: SpinningDrumServer # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. import VisionEgg, string import sys, os, math import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.Textures import VisionEgg.PyroHelpers import Pyro.core from VisionEgg.PyroApps.ScreenPositionServer import ScreenPositionMetaController from VisionEgg.PyroApps.ScreenPositionGUI import ScreenPositionParameters from VisionEgg.PyroApps.SpinningDrumGUI import SpinningDrumMetaParameters class SpinningDrumExperimentMetaController( Pyro.core.ObjBase ): def __init__(self,screen,presentation,stimuli): # get the instance of Stimulus that was created assert( stimuli[0][0] == '3d_perspective' ) spinning_drum = stimuli[0][1] Pyro.core.ObjBase.__init__(self) self.meta_params = SpinningDrumMetaParameters() if not isinstance(screen,VisionEgg.Core.Screen): raise ValueError("Expecting instance of VisionEgg.Core.Screen") if not isinstance(presentation,VisionEgg.FlowControl.Presentation): raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") if not isinstance(spinning_drum,VisionEgg.Textures.SpinningDrum): raise ValueError("Expecting instance of VisionEgg.Textures.SpinningDrum") self.p = presentation self.stim = spinning_drum screen.parameters.bgcolor = (0.5, 0.5, 0.5, 0.0) self.p.add_controller(self.stim,'on',VisionEgg.FlowControl.FunctionController( during_go_func=self.on_function_during_go, between_go_func=self.on_function_between_go)) self.p.add_controller(self.stim,'angular_position',VisionEgg.FlowControl.FunctionController( during_go_func=self.angular_position_during_go, between_go_func=self.angular_position_between_go)) def __del__(self): self.p.remove_controller(self.stim,'on') self.p.remove_controller(self.stim,'angular_position') Pyro.core.ObjBase.__del__(self) # call base class def on_function_during_go(self,t): if t <= self.meta_params.pre_stim_sec: return 0 # not on yet elif t <= (self.meta_params.pre_stim_sec + self.meta_params.stim_sec): return 1 # on else: return 0 # off again def on_function_between_go(self): return 0 # off def angular_position_during_go(self,t): adjusted_t = t - self.meta_params.pre_stim_sec return (adjusted_t * self.meta_params.velocity_dps) + self.meta_params.startpos_deg def angular_position_between_go(self): return 0.0 # doesn't matter -- stimulus off def get_parameters(self): return self.meta_params def set_parameters(self, new_parameters): if isinstance(new_parameters, SpinningDrumMetaParameters): self.meta_params = new_parameters else: raise ValueError("Argument to set_parameters must be instance of SpinningDrumMetaParameters") self.update() def update(self): stim_params = self.stim.parameters # shorthand meta_params = self.meta_params # shorthand stim_params.contrast = meta_params.contrast self.p.parameters.go_duration = ( meta_params.pre_stim_sec + meta_params.stim_sec + meta_params.post_stim_sec, 'seconds') def go(self): self.p.parameters.enter_go_loop = 1 def quit_server(self): self.p.parameters.quit = 1 def get_meta_controller_class(): return SpinningDrumExperimentMetaController def make_stimuli(): filename = os.path.join(VisionEgg.config.VISIONEGG_SYSTEM_DIR,"data/panorama.jpg") texture = VisionEgg.Textures.Texture(filename) stimulus = VisionEgg.Textures.SpinningDrum(texture=texture) # could add shrink_texture_ok=1 return [('3d_perspective',stimulus)] # return ordered list of tuples def get_meta_controller_stimkey(): return "spinning_drum_server" # Don't do anything unless this script is being run if __name__ == '__main__': pyro_server = VisionEgg.PyroHelpers.PyroServer() screen = VisionEgg.Core.Screen.create_default() # get Vision Egg stimulus ready to go stimuli = make_stimuli() stimulus = stimuli[0][1] temp = ScreenPositionParameters() projection = VisionEgg.Core.PerspectiveProjection(temp.left, temp.right, temp.bottom, temp.top, temp.near, temp.far) viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[stimulus],projection=projection) p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) # now hand over control of projection to ScreenPositionMetaController projection_controller = ScreenPositionMetaController(p,projection) pyro_server.connect(projection_controller,"projection_controller") # now hand over control of drum to SpinningDrumExperimentMetaController meta_controller = SpinningDrumExperimentMetaController(screen,p,stimuli) pyro_server.connect(meta_controller,get_meta_controller_stimkey()) # get listener controller and register it p.add_controller(None,None, pyro_server.create_listener_controller()) # enter endless loop p.run_forever() visionegg-1.2.1/VisionEgg/PyroApps/TargetGUI.py0000755000076500000240000002407711227360015020517 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: TargetGUI # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """Handle small target stimulus (client-side)""" import VisionEgg import sys, os, math import Tkinter import VisionEgg.PyroApps.EPhysGUIUtils as client_utils def get_control_list(): return [("target_server",TargetControlFrame,TargetControlFrame.title)] class TargetMetaParameters: def __init__(self): # colors self.color = (0.0, 0.0, 0.0, 1.0) self.bgcolor = (1.0, 1.0, 1.0, 0.0) # motion parameters self.start_x = 10.0 self.start_y = 50.0 self.velocity_pps = 100.0 # pixels per second self.direction_deg = 0.0 # size and orientation self.width = 10.0 self.height = 30.0 self.orientation_deg = 0.0 self.pre_stim_sec = 1.0 self.stim_sec = 2.0 self.post_stim_sec = 1.0 class TargetControlFrame(client_utils.StimulusControlFrame): title = "Moving Target Experiment" def __init__(self, master=None, suppress_go_buttons=0,**kw): client_utils.StimulusControlFrame.__init__(self, master, suppress_go_buttons, TargetControlFrame.title, TargetMetaParameters, **kw) param_frame = self.param_frame # shorthand for self.param_frame created in base class pf_row = 0 Tkinter.Label(param_frame,text="Start X (pixels):").grid(row=pf_row,column=0,sticky=Tkinter.E) self.start_x_tk_var = Tkinter.DoubleVar() self.start_x_tk_var.set(self.meta_params.start_x) self.make_callback_entry(textvariable=self.start_x_tk_var).grid(row=pf_row,column=2) self.loopable_variables["Start X"] = ("start_x",self.start_x_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Start Y (pixels):").grid(row=pf_row,column=0,sticky=Tkinter.E) self.start_y_tk_var = Tkinter.DoubleVar() self.start_y_tk_var.set(self.meta_params.start_y) self.make_callback_entry(textvariable=self.start_y_tk_var).grid(row=pf_row,column=2) self.loopable_variables["Start Y"] = ("start_y",self.start_y_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Velocity (pixels/sec):").grid(row=pf_row,column=0,sticky=Tkinter.E) self.velocity_tk_var = Tkinter.DoubleVar() self.velocity_tk_var.set(self.meta_params.velocity_pps) self.make_callback_entry(textvariable=self.velocity_tk_var).grid(row=pf_row,column=2) self.loopable_variables["Velocity"] = ("velocity_pps",self.velocity_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Direction (degrees):").grid(row=pf_row,column=0,sticky=Tkinter.E) self.direction_tk_var = Tkinter.DoubleVar() self.direction_tk_var.set(self.meta_params.direction_deg) self.make_callback_entry(textvariable=self.direction_tk_var).grid(row=pf_row,column=2) self.loopable_variables["Direction"] = ("direction_deg",self.direction_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Color:").grid(row=pf_row,column=0,sticky=Tkinter.E) self.color_tk_var = Tkinter.StringVar() self.color_tk_var.set("black on white") bar = Tkinter.Menubutton(param_frame, textvariable=self.color_tk_var, relief=Tkinter.RAISED) bar.grid(row=pf_row, column=2, sticky=Tkinter.W+Tkinter.E, pady=2, padx=2) bar.menu = Tkinter.Menu(bar,tearoff=0) bar.menu.add_radiobutton(label="white on black", value="white on black", variable=self.color_tk_var, command=self.send_values) bar.menu.add_radiobutton(label="black on white", value="black on white", variable=self.color_tk_var, command=self.send_values) bar['menu'] = bar.menu pf_row += 1 Tkinter.Label(param_frame,text="Orientation (degrees):").grid(row=pf_row,column=0,sticky=Tkinter.E) self.ortho_tk_var = Tkinter.StringVar() self.ortho_tk_var.set("ortho") manual = Tkinter.Radiobutton( param_frame, text="Manual", variable=self.ortho_tk_var, value="manual") manual.grid(row=pf_row,column=1) self.orient_tk_var = Tkinter.DoubleVar() self.orient_tk_var.set(self.meta_params.orientation_deg) manual_entry = Tkinter.Entry( param_frame, textvariable=self.orient_tk_var, width=self.entry_width ) manual_entry.grid(row=pf_row,column=2) ortho = Tkinter.Radiobutton( param_frame, text="Orthogonal to motion", variable=self.ortho_tk_var, value="ortho") ortho.grid(row=pf_row,column=3) self.loopable_variables["Orientation"] = ("orientation_deg",self.orient_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Width (pixels):").grid(row=pf_row,column=0,sticky=Tkinter.E) self.width_tk_var = Tkinter.DoubleVar() self.width_tk_var.set(self.meta_params.width) self.make_callback_entry(textvariable=self.width_tk_var).grid(row=pf_row,column=2) self.loopable_variables["Width"] = ("width",self.width_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Height (pixels):").grid(row=pf_row,column=0,sticky=Tkinter.E) self.height_tk_var = Tkinter.DoubleVar() self.height_tk_var.set(self.meta_params.height) self.make_callback_entry(textvariable=self.height_tk_var).grid(row=pf_row,column=2) self.loopable_variables["Height"] = ("height",self.height_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Pre stimulus duration (sec):").grid(row=pf_row,column=0,sticky=Tkinter.E) self.prestim_dur_tk_var = Tkinter.DoubleVar() self.prestim_dur_tk_var.set(self.meta_params.pre_stim_sec) self.make_callback_entry(textvariable=self.prestim_dur_tk_var).grid(row=pf_row,column=2) pf_row += 1 Tkinter.Label(param_frame,text="Stimulus duration (sec):").grid(row=pf_row,column=0,sticky=Tkinter.E) self.stim_dur_tk_var = Tkinter.DoubleVar() self.stim_dur_tk_var.set(self.meta_params.stim_sec) self.make_callback_entry(textvariable=self.stim_dur_tk_var).grid(row=pf_row,column=2) self.loopable_variables["Duration"] = ("stim_sec",self.stim_dur_tk_var) pf_row += 1 Tkinter.Label(param_frame,text="Post stimulus duration (sec):").grid(row=pf_row,column=0,sticky=Tkinter.E) self.poststim_dur_tk_var = Tkinter.DoubleVar() self.poststim_dur_tk_var.set(self.meta_params.post_stim_sec) self.make_callback_entry(textvariable=self.poststim_dur_tk_var).grid(row=pf_row,column=2) def get_shortname(self): return "target" def update_tk_vars(self): self.start_x_tk_var.set( self.meta_params.start_x ) self.start_y_tk_var.set( self.meta_params.start_y ) self.velocity_tk_var.set( self.meta_params.velocity_pps ) self.direction_tk_var.set( self.meta_params.direction_deg ) self.orient_tk_var.set( self.meta_params.orientation_deg ) self.width_tk_var.set( self.meta_params.width ) self.height_tk_var.set( self.meta_params.height ) self.prestim_dur_tk_var.set( self.meta_params.pre_stim_sec ) self.stim_dur_tk_var.set( self.meta_params.stim_sec ) self.poststim_dur_tk_var.set( self.meta_params.post_stim_sec ) if self.meta_params.color == (0.0,0.0,0.0,1.0) and self.meta_params.bgcolor == (1.0,1.0,1.0,0.0): self.color_tk_var.set( "black on white" ) elif self.meta_params.color == (1.0,1.0,1.0,1.0) and self.meta_params.bgcolor == (0.0,0.0,0.0,0.0): self.color_tk_var.set( "white on black" ) else: raise RuntimeError("Cannot set tk variable for color") def send_values(self,dummy_arg=None): self.meta_params.start_x = self.start_x_tk_var.get() self.meta_params.start_y = self.start_y_tk_var.get() self.meta_params.velocity_pps = self.velocity_tk_var.get() self.meta_params.direction_deg = self.direction_tk_var.get() if self.color_tk_var.get() == "black on white": self.meta_params.color = (0.0,0.0,0.0,1.0) self.meta_params.bgcolor = (1.0,1.0,1.0,0.0) elif self.color_tk_var.get() == "white on black": self.meta_params.color = (1.0,1.0,1.0,1.0) self.meta_params.bgcolor = (0.0,0.0,0.0,0.0) if self.ortho_tk_var.get() == "ortho": self.meta_params.orientation_deg = math.fmod(self.meta_params.direction_deg,360.0) else: # it's "manual" self.meta_params.orientation_deg = self.orient_tk_var.get() self.meta_params.width = self.width_tk_var.get() self.meta_params.height = self.height_tk_var.get() self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() self.meta_params.stim_sec = self.stim_dur_tk_var.get() self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() if self.connected: self.meta_controller.set_parameters( self.meta_params ) def get_duration_sec(self): self.meta_params.pre_stim_sec = self.prestim_dur_tk_var.get() self.meta_params.stim_sec = self.stim_dur_tk_var.get() self.meta_params.post_stim_sec = self.poststim_dur_tk_var.get() return self.meta_params.pre_stim_sec + self.meta_params.stim_sec + self.meta_params.post_stim_sec if __name__=='__main__': frame = TargetControlFrame() frame.pack(expand=Tkinter.YES,fill=Tkinter.BOTH) frame.winfo_toplevel().title("%s"%(os.path.basename(os.path.splitext(sys.argv[0])[0]),)) frame.mainloop() visionegg-1.2.1/VisionEgg/PyroApps/TargetServer.py0000755000076500000240000001166511227360015021340 0ustar astrawstaff#!/usr/bin/env python # # The Vision Egg: TargetServer # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """Handle small targets gratings (server-side)""" import VisionEgg import sys, os, math import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.MoreStimuli import VisionEgg.PyroHelpers import Pyro.core from VisionEgg.PyroApps.TargetGUI import TargetMetaParameters class TargetExperimentMetaController( Pyro.core.ObjBase ): def __init__(self,screen,presentation,stimuli): Pyro.core.ObjBase.__init__(self) # get stimulus assert( stimuli[0][0] == '2d_overlay') target = stimuli[0][1] self.meta_params = TargetMetaParameters() if not isinstance(screen,VisionEgg.Core.Screen): raise ValueError("Expecting instance of VisionEgg.Core.Screen") if not isinstance(presentation,VisionEgg.FlowControl.Presentation): raise ValueError("Expecting instance of VisionEgg.FlowControl.Presentation") if not isinstance(target,VisionEgg.MoreStimuli.Target2D): raise ValueError("Expecting instance of VisionEgg.MoreStimuli.Target2D") self.screen = screen self.p = presentation self.stim = target self.p.add_controller(self.stim,'on',VisionEgg.FlowControl.FunctionController( during_go_func=self.on_function_during_go, between_go_func=self.on_function_between_go)) self.p.add_controller(self.stim,'position',VisionEgg.FlowControl.FunctionController( during_go_func=self.center_during_go, between_go_func=self.center_between_go)) self.update() # set stimulus parameters to initial defaults def __del__(self): self.p.remove_controller(self.stim,'on') self.p.remove_controller(self.stim,'position') Pyro.core.ObjBase.__del__(self) # call base class def on_function_during_go(self,t): if t <= self.meta_params.pre_stim_sec: return 0 # not on yet elif t <= (self.meta_params.pre_stim_sec + self.meta_params.stim_sec): return 1 # on else: return 0 # off again def on_function_between_go(self): return 0 def center_during_go(self,t): t_adjusted = t - self.meta_params.pre_stim_sec distance = self.meta_params.velocity_pps * t_adjusted x_offset = math.cos(self.meta_params.direction_deg / 180.0 * math.pi)*distance y_offset = math.sin(self.meta_params.direction_deg / 180.0 * math.pi)*distance return (self.meta_params.start_x + x_offset, self.meta_params.start_y + y_offset) def center_between_go(self): return (0.0, 0.0) # doesn't matter -- it's off def get_parameters(self): return self.meta_params def set_parameters(self, new_parameters): if isinstance(new_parameters, TargetMetaParameters): self.meta_params = new_parameters else: raise ValueError("Argument to set_parameters must be instance of TargetMetaParameters") self.update() def update(self): stim_params = self.stim.parameters # shorthand meta_params = self.meta_params # shorthand # colors stim_params.color = meta_params.color self.screen.parameters.bgcolor = meta_params.bgcolor # size and orientation stim_params.size = (meta_params.width, meta_params.height) stim_params.orientation = meta_params.orientation_deg self.p.parameters.go_duration = ( meta_params.pre_stim_sec + meta_params.stim_sec + meta_params.post_stim_sec, 'seconds') def go(self): self.p.parameters.enter_go_loop = 1 def quit_server(self): self.p.parameters.quit = 1 def get_meta_controller_class(): return TargetExperimentMetaController def make_stimuli(): stimulus = VisionEgg.MoreStimuli.Target2D(anchor='center') return [('2d_overlay',stimulus)] def get_meta_controller_stimkey(): return "target_server" # Don't do anything unless this script is being run if __name__ == '__main__': pyro_server = VisionEgg.PyroHelpers.PyroServer() screen = VisionEgg.Core.Screen.create_default() # get Vision Egg stimulus ready to go stimuli = make_stimuli() stimulus = stimuli[0][1] viewport = VisionEgg.Core.Viewport(screen=screen,stimuli=[stimulus]) p = VisionEgg.FlowControl.Presentation(viewports=[viewport]) # now hand over control of grating and mask to FlatGratingExperimentMetaController meta_controller = TargetExperimentMetaController(screen,p,stimuli) pyro_server.connect(meta_controller,get_meta_controller_stimkey()) # get listener controller and register it p.add_controller(None,None, pyro_server.create_listener_controller()) # enter endless loop p.run_forever() visionegg-1.2.1/VisionEgg/PyroApps/VarTypes.py0000644000076500000240000000131111227360015020460 0ustar astrawstaff# The Vision Egg: VarTypes # # Copyright (C) 2004 Imran S. Ali, Lachlan Dowd # # Author: Imran S. Ali, Lachlan Dowd # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. # Add your supported supported demo script "variable types" here: def getID(var_type): if var_type == "float": return 1 elif var_type == "int" or var_type == "integer": return 2 elif var_type == "string" or var_type == "str": return 3 else: return -1 def getType(ID): if ID == 1: return "float" elif ID == 2: return "integer" elif ID == 3: return "string" else: return "undefined type" visionegg-1.2.1/VisionEgg/PyroClient.py0000755000076500000240000000252211224565527017242 0ustar astrawstaff# The Vision Egg: PyroClient # # Copyright (C) 2001-2003 Andrew Straw. # Copyright (C) 2008 California Insitute of Technology # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. # # $Id$ """ Python Remote Objects support - Client side. """ import socket import VisionEgg import logging # available in Python 2.3 import Pyro.core class PyroClient: """Simplifies getting PyroControllers from a remote computer.""" def __init__(self,server_hostname='',server_port=7766): """Initialize Pyro client.""" Pyro.core.initClient() try: self.server_hostname = socket.getfqdn(server_hostname) except Exception, x: logger = logging.getLogger('VisionEgg.PyroClient') logger.warning("while getting fully qualified domain name: %s: %s"% (str(x.__class__),str(x))) self.server_hostname = server_hostname self.server_port = server_port def get(self,name): """Return a remote Pyro object being served by Pyro server.""" URI = "PYROLOC://%s:%d/%s" % (self.server_hostname, self.server_port, name) return Pyro.core.getProxyForURI(URI) visionegg-1.2.1/VisionEgg/PyroHelpers.py0000644000076500000240000001501711224565527017426 0ustar astrawstaff# The Vision Egg: PyroHelpers # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. # # $Id$ """ Python Remote Objects support. Use this class if you don't want to deal with TCP directly and Python is the program on both ends of the network. The module provides some Vision Egg specific code for Pyro. Pyro allows you to call python objects on remote machines just like they are on the local machine. This makes the task of writing a two computer Vision Egg application quite easy, because one can mostly ignore the network-based intermediate stage. PyroControllers are run on the computer performing the presentation. The PyroServer class also runs on this computer, and allows these controllers to be changed from a computer running PyroClient. To listen to the network PyroListenerController must be instantiated by the PyroServer -- this checks for any requests coming over the network, but only at times specified because it is a subclass of VisionEgg.FlowControl.Controller. Just like TCPControllers, don't use this class for realtime control unless you think your network is that fast and reliable. It's great for setting up parameters in advance and sending a trigger pulse, though!""" import VisionEgg import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.ParameterTypes as ve_types import Pyro.core import Pyro.errors Pyro.config.PYRO_MULTITHREADED = 0 # No multithreading! class PyroServer: """Set up a Pyro server for your PyroControllers and PyroGoClass. This class is analagous to VisionEgg.TCPController.TCPServer. """ def __init__(self): # Start Pyro Pyro.core.initServer() self.daemon = Pyro.core.Daemon() self.ok_to_run = 1 def get_hostname_and_port(self): return self.daemon.hostname, self.daemon.port def connect(self,object,name): """Serve an object under a name""" URI=self.daemon.connect(object,name) return URI def disconnect(self,object): if Pyro.core.constants.VERSION >= '3.2': self.daemon.disconnect(object) else: # workaround bug in Pyro pre-3.2 del self.daemon.implementations[object.GUID()] object.setDaemon(None) def create_listener_controller(self): if hasattr(self,'listen_controller'): raise RuntimeError("Only one pyro listen controller allowed per server!") self.listen_controller = PyroListenController(self) return self.listen_controller def handleRequests(self, timeout=0): """Only use this if you don't use the PyroListenerController. A timeout of 0 specifies return immediately.""" self.daemon.handleRequests(timeout) class PyroConstantController(VisionEgg.FlowControl.ConstantController,Pyro.core.ObjBase): def __init__(self, **kw): VisionEgg.FlowControl.ConstantController.__init__(self,**kw) Pyro.core.ObjBase.__init__(self) class PyroEvalStringController(VisionEgg.FlowControl.EvalStringController,Pyro.core.ObjBase): def __init__(self, **kw): VisionEgg.FlowControl.EvalStringController.__init__(self,**kw) Pyro.core.ObjBase.__init__(self) class PyroExecStringController(VisionEgg.FlowControl.ExecStringController,Pyro.core.ObjBase): def __init__(self, **kw): VisionEgg.FlowControl.ExecStringController.__init__(self,**kw) Pyro.core.ObjBase.__init__(self) class PyroEncapsulatedController(VisionEgg.FlowControl.EncapsulatedController,Pyro.core.ObjBase): """Create the instance of Controller on client, and send it to server. This class is analagous to VisionEgg.TCPController.TCPController. """ def __init__(self,initial_controller=None,**kw): VisionEgg.FlowControl.EncapsulatedController.__init__(self,initial_controller) Pyro.core.ObjBase.__init__(self) class PyroLocalDictController(VisionEgg.FlowControl.EncapsulatedController,Pyro.core.ObjBase): """Contain several dictionary entries, set controller accordingly. """ def __init__(self, dict=None, key=None, **kw): if dict is None: self.dict = {} initial_controller = VisionEgg.FlowControl.ConstantController(during_go_value=0, between_go_value=0, eval_frequency=VisionEgg.FlowControl.Controller.NEVER) else: self.dict = dict if key is None: if len(self.dict.keys()): key = self.dict.keys()[0] initial_controller = self.dict[key] else: initial_controller = VisionEgg.FlowControl.ConstantController(during_go_value=0, between_go_value=0, eval_frequency=VisionEgg.FlowControl.Controller.NEVER) else: initial_controller = dict[key] VisionEgg.FlowControl.EncapsulatedController.__init__(self,initial_controller) Pyro.core.ObjBase.__init__(self) def use_controller(self,key): self.set_new_controller(self.dict[key]) def add_controller(self,key,new_controller): self.dict[key] = new_controller class PyroListenController(VisionEgg.FlowControl.Controller): """Handle connection from remote machine, control PyroControllers. This meta controller handles a Pyro daemon, which checks the TCP socket for new input and acts accordingly. This class is analagous to VisionEgg.TCPController.SocketListenController. """ def __init__(self,server=None,**kw): """Called by PyroServer. Creates a PyroListenerController instance.""" if not isinstance(server,PyroServer): raise ValueError("Must specify a Pyro Server.") if 'eval_frequency' not in kw.keys(): kw['eval_frequency'] = VisionEgg.FlowControl.Controller.EVERY_FRAME if 'return_type' not in kw.keys(): kw['return_type'] = ve_types.get_type(None) VisionEgg.FlowControl.Controller.__init__(self,**kw) self.server=server def during_go_eval(self): # setting timeout = 0 means return ASAP self.server.daemon.handleRequests(timeout=0) def between_go_eval(self): # setting timeout = 0 means return ASAP self.server.daemon.handleRequests(timeout=0) visionegg-1.2.1/VisionEgg/qtlowlevel.py0000755000076500000240000002000011224565530017331 0ustar astrawstaffimport os, sys import ctypes if os.name=='nt': QTMLClient = ctypes.CDLL(r'C:\Program Files\QuickTime\QTSystem\QTMLClient.dll') elif sys.platform.startswith('darwin'): # There was once a functional Mac QuickTime implementation, but it # used a combination of the Python stdlib's quicktime module and # some C extensions based on the Carbon QuickTime interface. Given # the inevitable long-term ultimate demise of Carbon, it would be # foolish to spend much time on the Carbon implementation. On the # other hand, the newer implementation will require someone who # knows or learns the new QTKit bindings, which come included with PyObjC. raise NotImplementedError('QuickTime support is not implemented for Mac OS X.') # OSErr SInt16 MacTypes.h # OSStatus SInt32 MacTypes.h # ItemCount UInt32 MacTypes.h # FourCharCode SInt32 MacTypes.h # OSType FourCharCode MacTypes.h # QTNewMoviePropertyElement struct Movies.h # QTPropertyClass OSType Movies.h # QTPropertyID OSType Movies.h # ByteCount UInt32 MacTypes.h # QTPropertyValuePtr void* Movies.h # Movie OSErr = ctypes.c_short OSStatus = ctypes.c_int ItemCount = ctypes.c_uint FourCharCode = ctypes.c_int OSType = FourCharCode QTPropertyClass = OSType QTPropertyID = OSType ByteCount = ctypes.c_uint QTPropertyValuePtr = ctypes.c_void_p QTVisualContextRef = ctypes.c_void_p class Rect(ctypes.Structure): _fields_ = [("top", ctypes.c_short), ("left", ctypes.c_short), ("bottom",ctypes.c_short), ("right", ctypes.c_short)] Movie = ctypes.c_void_p # not done class QTNewMoviePropertyElement(ctypes.Structure): _fields_ = [("propClass",QTPropertyClass), ("propID",QTPropertyID), ("propValueSize",ByteCount), ("propValueAddress",QTPropertyValuePtr), ("propStatus",OSStatus)] def FOUR_CHAR_CODE(code): assert isinstance(code,str) assert len(code)==4 val = 0 for i in range(4): c = code[i] ordc = ord(c) addval = ordc << (3-i)*8 #print '%d: %s %x %x'%(i,c,ordc,addval) val += addval #print '%x\n'%val return val if 1: kQTPropertyClass_DataLocation = FOUR_CHAR_CODE('dloc') kQTDataLocationPropertyID_DataReference = FOUR_CHAR_CODE('dref') # DataReferenceRecord (for semantics of NewMovieFromDataRef) kQTDataLocationPropertyID_CFStringNativePath = FOUR_CHAR_CODE('cfnp') kQTDataLocationPropertyID_CFStringPosixPath = FOUR_CHAR_CODE('cfpp') kQTDataLocationPropertyID_CFStringHFSPath = FOUR_CHAR_CODE('cfhp') kQTDataLocationPropertyID_CFStringWindowsPath = FOUR_CHAR_CODE('cfwp') kQTDataLocationPropertyID_CFURL = FOUR_CHAR_CODE('cfur') kQTDataLocationPropertyID_QTDataHandler = FOUR_CHAR_CODE('qtdh') # for semantics of NewMovieFromStorageOffset kQTDataLocationPropertyID_Scrap = FOUR_CHAR_CODE('scrp') kQTDataLocationPropertyID_LegacyMovieResourceHandle = FOUR_CHAR_CODE('rezh') # QTNewMovieUserProcInfo * (for semantics of NewMovieFromHandle) kQTDataLocationPropertyID_MovieUserProc = FOUR_CHAR_CODE('uspr') # for semantics of NewMovieFromUserProc kQTDataLocationPropertyID_ResourceFork = FOUR_CHAR_CODE('rfrk') # for semantics of NewMovieFromFile kQTDataLocationPropertyID_DataFork = FOUR_CHAR_CODE('dfrk') # for semantics of NewMovieFromDataFork64 kQTPropertyClass_Context = FOUR_CHAR_CODE('ctxt') # Media Contexts kQTContextPropertyID_AudioContext = FOUR_CHAR_CODE('audi') kQTContextPropertyID_VisualContext = FOUR_CHAR_CODE('visu') kQTPropertyClass_MovieResourceLocator = FOUR_CHAR_CODE('rloc') kQTMovieResourceLocatorPropertyID_LegacyResID = FOUR_CHAR_CODE('rezi') # (input/result property) kQTMovieResourceLocatorPropertyID_LegacyResName = FOUR_CHAR_CODE('rezn') # (result property) kQTMovieResourceLocatorPropertyID_FileOffset = FOUR_CHAR_CODE('foff') # NewMovieFromDataFork[64] kQTMovieResourceLocatorPropertyID_Callback = FOUR_CHAR_CODE('calb') # NewMovieFromUserProc(getProcrefcon) # Uses kQTMovieDefaultDataRefPropertyID for default dataref kQTPropertyClass_MovieInstantiation = FOUR_CHAR_CODE('mins') kQTMovieInstantiationPropertyID_DontResolveDataRefs = FOUR_CHAR_CODE('rdrn') kQTMovieInstantiationPropertyID_DontAskUnresolvedDataRefs = FOUR_CHAR_CODE('aurn') kQTMovieInstantiationPropertyID_DontAutoAlternates = FOUR_CHAR_CODE('aaln') kQTMovieInstantiationPropertyID_DontUpdateForeBackPointers = FOUR_CHAR_CODE('fbpn') kQTMovieInstantiationPropertyID_AsyncOK = FOUR_CHAR_CODE('asok') kQTMovieInstantiationPropertyID_IdleImportOK = FOUR_CHAR_CODE('imok') kQTMovieInstantiationPropertyID_DontAutoUpdateClock = FOUR_CHAR_CODE('aucl') kQTMovieInstantiationPropertyID_ResultDataLocationChanged = FOUR_CHAR_CODE('dlch') # (result property) kQTPropertyClass_NewMovieProperty = FOUR_CHAR_CODE('mprp') kQTNewMoviePropertyID_DefaultDataRef = FOUR_CHAR_CODE('ddrf') # DataReferenceRecord kQTNewMoviePropertyID_Active = FOUR_CHAR_CODE('actv') kQTNewMoviePropertyID_DontInteractWithUser = FOUR_CHAR_CODE('intn') class qtlowlevelError(RuntimeError): pass noErr = 0 paramErr = -50 movieToolboxUninitialized = -2020 def GetErrorString(value): if value == paramErr: return 'paramErr' elif value == movieToolboxUninitialized: return 'movieToolboxUninitialized' elif value != noErr: return 'error value: %d'%value else: return 'noErr' def CheckOSStatus(value): if value != noErr: raise qtlowlevelError(GetErrorString(value)) return value NewMovieFromFile = QTMLClient.NewMovieFromFile NewMovieFromProperties = QTMLClient.NewMovieFromProperties #NewMovieFromProperties.restype = OSStatus NewMovieFromProperties.restype = CheckOSStatus NewMovieFromProperties.argtypes = [ItemCount, ctypes.POINTER(QTNewMoviePropertyElement), ItemCount, ctypes.POINTER(QTNewMoviePropertyElement), ctypes.POINTER(Movie)] InitializeQTML = QTMLClient.InitializeQTML EnterMovies = QTMLClient.EnterMovies QTGetCFConstant = QTMLClient.QTGetCFConstant GetMovieBox = QTMLClient.GetMovieBox GetMovieBox.argtypes = [Movie, ctypes.POINTER(Rect)] SetMovieBox = QTMLClient.SetMovieBox SetMovieBox.argtypes = [Movie, ctypes.POINTER(Rect)] StartMovie = QTMLClient.StartMovie StartMovie.argtypes = [Movie] MoviesTask = QTMLClient.MoviesTask MoviesTask.argtypes = [Movie,ctypes.c_long] IsMovieDone = QTMLClient.IsMovieDone IsMovieDone.argtypes = [Movie] GoToBeginningOfMovie = QTMLClient.GoToBeginningOfMovie GoToBeginningOfMovie.argtypes = [Movie] FSSpec = ctypes.c_void_p CFStringRef = ctypes.c_void_p CFStringEncoding = ctypes.c_uint CFAllocatorRef = ctypes.c_void_p CFIndex = ctypes.c_int if 1: CFStringCreateWithCharacters = QTMLClient.CFStringCreateWithCharacters CFStringCreateWithCharacters.restype = CFStringRef CFStringCreateWithCharacters.argtypes = [CFAllocatorRef, ctypes.c_wchar_p, CFIndex] CFStringCreateWithCString = QTMLClient.CFStringCreateWithCString CFStringCreateWithCString.restype = CFStringRef CFStringCreateWithCString.argtypes = [CFAllocatorRef, ctypes.c_char_p, CFStringEncoding] CFStringGetCString = QTMLClient.CFStringGetCString CFStringGetCStringPtr = QTMLClient.CFStringGetCStringPtr CFStringGetCStringPtr.restype = ctypes.c_char_p NativePathNameToFSSpec = QTMLClient.NativePathNameToFSSpec NativePathNameToFSSpec.restype = OSErr NativePathNameToFSSpec.argtypes = [ctypes.c_char_p, ctypes.POINTER(FSSpec), ctypes.c_long] OpenMovieFile = QTMLClient.OpenMovieFile if 1: kCFAllocatorDefault = 0 kCFStringEncodingMacRoman = 0 # CoreFoundation/CFString.h visionegg-1.2.1/VisionEgg/qtmovie.py0000755000076500000240000000752611224565530016641 0ustar astrawstaff"""high level QuickTime Movie wrapper""" import qtlowlevel import ctypes qtlowlevel.InitializeQTML(0) qtlowlevel.EnterMovies() def new_movie_from_filename(filename, MAX_PATH=255): """create a Movie from filename""" movieProps = (qtlowlevel.QTNewMoviePropertyElement * 5)() filename = unicode(filename) movieFilePathRef = qtlowlevel.CFStringRef() movieFilePathRef.value = qtlowlevel.CFStringCreateWithCharacters(qtlowlevel.kCFAllocatorDefault, filename, len(filename)) moviePropCount = 0 movieProps[moviePropCount].propClass = qtlowlevel.kQTPropertyClass_DataLocation movieProps[moviePropCount].propID = qtlowlevel.kQTDataLocationPropertyID_CFStringWindowsPath movieProps[moviePropCount].propValueSize = ctypes.sizeof(ctypes.c_void_p) movieProps[moviePropCount].propValueAddress = ctypes.cast(ctypes.byref(movieFilePathRef),ctypes.c_void_p) movieProps[moviePropCount].propStatus = 0 moviePropCount += 1 boolTrue = ctypes.c_ubyte(1) movieProps[moviePropCount].propClass = qtlowlevel.kQTPropertyClass_MovieInstantiation movieProps[moviePropCount].propID = qtlowlevel.kQTMovieInstantiationPropertyID_DontAskUnresolvedDataRefs movieProps[moviePropCount].propValueSize = ctypes.sizeof(boolTrue) movieProps[moviePropCount].propValueAddress = ctypes.cast(ctypes.pointer(boolTrue),ctypes.c_void_p) movieProps[moviePropCount].propStatus = 0 moviePropCount += 1 movieProps[moviePropCount].propClass = qtlowlevel.kQTPropertyClass_NewMovieProperty movieProps[moviePropCount].propID = qtlowlevel.kQTNewMoviePropertyID_Active movieProps[moviePropCount].propValueSize = ctypes.sizeof(boolTrue) movieProps[moviePropCount].propValueAddress = ctypes.cast(ctypes.pointer(boolTrue),ctypes.c_void_p) movieProps[moviePropCount].propStatus = 0 moviePropCount += 1 movieProps[moviePropCount].propClass = qtlowlevel.kQTPropertyClass_NewMovieProperty movieProps[moviePropCount].propID = qtlowlevel.kQTNewMoviePropertyID_DontInteractWithUser movieProps[moviePropCount].propValueSize = ctypes.sizeof(boolTrue) movieProps[moviePropCount].propValueAddress = ctypes.cast(ctypes.pointer(boolTrue),ctypes.c_void_p) movieProps[moviePropCount].propStatus = 0 moviePropCount += 1 theMovie = qtlowlevel.Movie() qtlowlevel.NewMovieFromProperties( moviePropCount, movieProps, 0, None, ctypes.byref(theMovie)) return Movie(theMovie) class Rect: def __init__(self,top=0,left=0,bottom=0,right=0): self.top = top self.left = left self.bottom = bottom self.right = right class Movie: """An encapsulated QuickTime Movie""" def __init__(self,theMovie): self.theMovie = theMovie def GetMovieBox(self): movieBounds = qtlowlevel.Rect() qtlowlevel.GetMovieBox(self.theMovie, ctypes.byref(movieBounds)) return Rect(top=movieBounds.top, left=movieBounds.left, bottom=movieBounds.bottom, right=movieBounds.right) def SetMovieBox(self,bounds): if not isinstance(bounds,Rect): raise ValueError('bounds argument must be instance of VisionEgg.qtmovie.Rect') b = qtlowlevel.Rect() (b.top, b.left, b.bottom, b.right) = (bounds.top, bounds.left, bounds.bottom, bounds.right) qtlowlevel.SetMovieBox(self.theMovie, ctypes.byref(b)) def StartMovie(self): qtlowlevel.StartMovie(self.theMovie) def MoviesTask(self,value): qtlowlevel.MoviesTask(self.theMovie, value) def IsMovieDone(self): return qtlowlevel.IsMovieDone(self.theMovie) def GoToBeginningOfMovie(self): qtlowlevel.GoToBeginningOfMovie(self.theMovie) visionegg-1.2.1/VisionEgg/QuickTime.py0000644000076500000240000000635711224565527017054 0ustar astrawstaff# The Vision Egg: QuickTime # # Copyright (C) 2001-2003, 2006 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ QuickTime movies in the Vision Egg. """ import VisionEgg import VisionEgg.gl_qt # C implementation of GL/QT interface import VisionEgg.qtmovie as qtmovie import VisionEgg.Textures import numpy.oldnumeric as Numeric import os import VisionEgg.GL as gl # get all OpenGL stuff in one namespace __version__ = VisionEgg.release_name __author__ = 'Andrew Straw ' ####################################################### new_movie_from_filename = qtmovie.new_movie_from_filename class MovieTexture(VisionEgg.Textures.Texture): __slots__ = ( 'movie', 'size', 'scale', 'gl_qt_renderer', ) def __init__(self, movie=None, texture_size=None, # be default will be big enough for full movie, otherwise 2-tuple ): if not isinstance(movie,qtmovie.Movie): if isinstance(movie,str) or isinstance(movie,unicode): movie = new_movie_from_filename(filename=movie) self.movie = movie bounds = self.movie.GetMovieBox() height = bounds.bottom-bounds.top width = bounds.right-bounds.left self.movie.SetMovieBox(qtmovie.Rect(top=0,left=0,bottom=height,right=width)) self.size = (width,height) self.scale = 1.0 def make_half_size(self): self.size = self.size[0]/2, self.size[1]/2 self.scale = self.scale/2 def unload(self): raise NotImplementedError('') def get_texels_as_image(self): raise NotImplementedError('') def load(self, texture_object, build_mipmaps=False, rescale_original_to_fill_texture_object = False, internal_format=gl.GL_RGB, ): if build_mipmaps: raise ValueError('cannot build mipmaps for QuickTime movies') if rescale_original_to_fill_texture_object: raise NotImplementedError('') width,height = self.size tex_shape = VisionEgg.Textures.next_power_of_2(max(width,height)) # fractional coverage self.buf_lf = 0.0 self.buf_rf = float(width)/tex_shape self.buf_bf = 0.0 self.buf_tf = float(height)/tex_shape # absolute (texel units) coverage self._buf_l = 0 self._buf_r = width self._buf_b = 0 self._buf_t = height buffer = Numeric.zeros( (tex_shape,tex_shape), Numeric.UInt8 ) texture_object.put_new_image( buffer, internal_format=gl.GL_RGB, mipmap_level=0 ) self.texture_object = texture_object self.gl_qt_renderer = VisionEgg.gl_qt.gl_qt_renderer_create(self.movie,tex_shape,self.scale) def update(self): # only call this when my texture unit is active VisionEgg.gl_qt.gl_qt_renderer_update(self.gl_qt_renderer) def __del__(self): VisionEgg.gl_qt.gl_qt_renderer_delete(self.gl_qt_renderer) visionegg-1.2.1/VisionEgg/ResponseControl.py0000644000076500000240000001404211224565527020306 0ustar astrawstaff# The Vision Egg: ResponseControl # # Author(s): Hubertus Becker # Copyright: (C) 2005 by Hertie Institute for Clinical Brain Research, # Department of Cognitive Neurology, University of Tuebingen # URL: http://www.hubertus-becker.de/resources/visionegg/ # # This library is free software; you can redistribute it and/or modify # it under the terms of the GNU Lesser General Public License as # published by the Free Software Foundation; either version 2.1 of # the License, or (at your option) any later version. """ Response control during a presentation is running. """ #################################################################### # # Import all the necessary packages # #################################################################### import logging import logging.handlers import VisionEgg import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.DaqKeyboard import VisionEgg.ParameterTypes as ve_types import pygame __version__ = VisionEgg.release_name #################################################################### # # ResponseController # #################################################################### class ResponseController(VisionEgg.FlowControl.Controller): """This abstract base class defines the interface to any ResponseController. This module provides an interface to collect responses during a presentation is running. To interface with real data acquisition devices, use a module that subclasses the classes defined here. """ def _reset(self): self.responses = [] self.responses_since_go = [] self.time_responses_since_go = [] self.first_responses_since_go = [] self.time_first_responses_since_go = None self.status_first_responses_since_go = False self.last_responses_since_go = [] self.time_last_responses_since_go = None def __init__(self, **kw): self._reset() def get_responses(self): """Returns the responses in the current frame.""" return self.responses get_data = get_responses # For backward compatibility def get_responses_since_go(self): """Returns all responses since the main 'go' loop has been started.""" return self.responses_since_go def get_time_responses_since_go(self): """Returns the time stamps for all responses since the main 'go' loop has been started.""" return self.time_responses_since_go def get_first_response_since_go(self, index=0): """Returns the first response since the main 'go' loop has been started.""" if self.first_responses_since_go == []: return [] else: return self.first_responses_since_go[index] def get_first_responses_since_go(self): """Returns the first responses since the main 'go' loop has been started.""" return self.first_responses_since_go def get_time_first_response_since_go(self): """Returns the time stamp for first responses since the main 'go' loop has been started.""" return self.time_first_responses_since_go get_time_first_responses_since_go = get_time_first_response_since_go def get_last_response_since_go(self, index=0): """Returns the last response since the main 'go' loop has been started.""" if self.last_responses_since_go == []: return [] else: return self.last_responses_since_go[index] def get_last_responses_since_go(self): """Returns the last responses since the main 'go' loop has been started.""" return self.last_responses_since_go def get_time_last_response_since_go(self): """Returns the time stamp for last response since the main 'go' loop has been started.""" return self.time_last_responses_since_go get_time_last_responses_since_go = get_time_last_response_since_go def between_go_eval(self): """Evaluate between runs of the main 'go' loop. Override this method in subclasses.""" raise RuntimeError("%s: Definition of between_go_eval() in abstract base class ResponseController must be overriden."%(str(self),)) def during_go_eval(self): """Evaluate during the main 'go' loop. Override this method in subclasses.""" raise RuntimeError("%s: Definition of during_go_eval() in abstract base class ResponseController must be overriden."%(str(self),)) #################################################################### # # KeyboardResponseController # #################################################################### #class KeyboardResponseController(VisionEgg.ReponseController): class KeyboardResponseController(ResponseController): """Use the keyboard to collect responses during a presentation is running.""" def __init__(self): VisionEgg.FlowControl.Controller.__init__(self, return_type=ve_types.get_type(None), eval_frequency=VisionEgg.FlowControl.Controller.EVERY_FRAME, temporal_variables=VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO ) self.input = VisionEgg.DaqKeyboard.KeyboardInput() def between_go_eval(self): return None # Ignore keyboard def during_go_eval(self): if self.time_sec_since_go <= 0.01: # Reset it every presentation self._reset() # self.responses = self.input.get_pygame_data() self.responses = self.input.get_string_data() if len(self.responses) > 0: self.responses_since_go.append(self.responses) self.time_responses_since_go.append(self.time_sec_since_go) if self.status_first_responses_since_go == False: self.time_first_responses_since_go = self.time_sec_since_go self.first_responses_since_go = self.responses self.status_first_responses_since_go = True self.time_last_responses_since_go = self.time_sec_since_go self.last_responses_since_go = self.responses return None visionegg-1.2.1/VisionEgg/SphereMap.py0000644000076500000240000015537211224565527017047 0ustar astrawstaff# The Vision Egg: SphereMap # # Copyright (C) 2001-2004 Andrew Straw. # Copyright (C) 2005-2008 California Institute of Technology # # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Stimuli on spheres, including texture maps. """ import math, types import logging import VisionEgg.Core import VisionEgg.Textures import VisionEgg.Text import VisionEgg.Gratings import VisionEgg.ThreeDeeMath import VisionEgg.ParameterTypes as ve_types import numpy import numpy.oldnumeric as Numeric import Image import VisionEgg.GL as gl # get all OpenGL stuff in one namespace __version__ = VisionEgg.release_name class AzElGrid(VisionEgg.Core.Stimulus): """Spherical grid of iso-azimuth and iso-elevation lines. Parameters ========== anti_aliasing -- (Boolean) Default: True center_azimuth -- (Real) Default: 0.0 center_elevation -- (Real) Default: 0.0 major_line_color -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (0.0, 0.0, 0.0) major_line_width -- (Real) Default: 2.0 minor_line_color -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (0.0, 0.0, 1.0) minor_line_width -- (Real) Default: 1.0 my_viewport -- (Instance of ) Default: (determined at runtime) on -- (Boolean) Default: True text_offset -- (Sequence2 of Real) Default: (3, -2) Constant Parameters =================== az_major_spacing -- (Real) Default: 30.0 az_minor_spacing -- (Real) Default: 10.0 el_major_spacing -- (Real) Default: 30.0 el_minor_spacing -- (Real) Default: 10.0 font_size -- (UnsignedInteger) Default: 24 num_samples_per_circle -- (UnsignedInteger) Default: 100 radius -- (Real) Default: 1.0 text_anchor -- (String) Default: lowerleft text_color -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (0.0, 0.0, 0.0) use_text -- (Boolean) Default: True """ parameters_and_defaults = { 'on':(True, ve_types.Boolean), 'center_azimuth':(0.0, # 0=right, 90=right ve_types.Real), 'center_elevation':(0.0, # 0=right, 90=up ve_types.Real), 'minor_line_width':(1.0, ve_types.Real), 'major_line_width':(2.0, ve_types.Real), 'minor_line_color':((0.0,0.0,1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real))), 'major_line_color':((0.0,0.0,0.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real))), 'my_viewport':(None, # viewport I'm in ve_types.Instance(VisionEgg.Core.Viewport)), 'text_offset':((3,-2), # offset (x,y) to nudge text labels ve_types.Sequence2(ve_types.Real)), 'anti_aliasing' : ( True, ve_types.Boolean ), } constant_parameters_and_defaults = { 'use_text':(True, ve_types.Boolean), 'radius':(1.0, ve_types.Real), 'az_minor_spacing':(10.0, ve_types.Real), 'az_major_spacing':(30.0, ve_types.Real), 'el_minor_spacing':(10.0, ve_types.Real), 'el_major_spacing':(30.0, ve_types.Real), 'num_samples_per_circle':(100, ve_types.UnsignedInteger), 'font_size':(24, ve_types.UnsignedInteger), 'text_color':((0.0,0.0,0.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real))), 'text_anchor':('lowerleft', ve_types.String), } __slots__ = ( 'cached_minor_lines_display_list', 'cached_major_lines_display_list', 'text_viewport', 'text_viewport_orig', '_gave_alpha_warning', 'labels', 'labels_xyz', ) def __init__(self,**kw): VisionEgg.Core.Stimulus.__init__(self,**kw) self.cached_minor_lines_display_list = gl.glGenLists(1) # Allocate a new display list self.cached_major_lines_display_list = gl.glGenLists(1) # Allocate a new display list self.__rebuild_display_lists() self.text_viewport = None # not set yet self._gave_alpha_warning = False def __rebuild_display_lists(self): def get_xyz(theta,phi,radius): # theta normally between 0 and pi (north pole to south pole) # phi between -pi and pi y = radius * math.cos( theta ) w = radius * math.sin( theta ) x = w * math.cos( phi ) z = w * math.sin( phi ) return x,y,z def draw_half_great_circle(az): for i in range(cp.num_samples_per_circle/2): # let theta exceed 1 pi to draw 2nd half of circle theta_start = i/float(cp.num_samples_per_circle)*2*math.pi theta_stop = (i+1)/float(cp.num_samples_per_circle)*2*math.pi phi_start = phi_stop = (az-90.0)/180.0*math.pi x_start,y_start,z_start = get_xyz(theta_start,phi_start,cp.radius) x_stop,y_stop,z_stop = get_xyz(theta_stop,phi_stop,cp.radius) gl.glVertex3f(x_start, y_start, z_start) gl.glVertex3f(x_stop, y_stop, z_stop) def draw_iso_elevation_circle(el): # el from -90 = pi to el 90 = 0 theta_start = theta_stop = -(el-90) / 180.0 * math.pi for i in range(cp.num_samples_per_circle): phi_start = i/float(cp.num_samples_per_circle)*2*math.pi phi_stop = (i+1)/float(cp.num_samples_per_circle)*2*math.pi x_start,y_start,z_start = get_xyz(theta_start,phi_start,cp.radius) x_stop,y_stop,z_stop = get_xyz(theta_stop,phi_stop,cp.radius) gl.glVertex3f(x_start, y_start, z_start) gl.glVertex3f(x_stop, y_stop, z_stop) cp = self.constant_parameters # Weird range construction to be sure to include zero. azs_major = numpy.concatenate(( numpy.arange(0.0,180.0,cp.az_major_spacing), -numpy.arange(0.0,180.0,cp.az_major_spacing)[1:])) azs_minor = numpy.concatenate(( numpy.arange(0.0,180.0,cp.az_minor_spacing), -numpy.arange(0.0,180.0,cp.az_minor_spacing)[1:])) els_major = numpy.concatenate(( numpy.arange(0.0,90.0,cp.el_major_spacing), -numpy.arange(0.0,90.0,cp.el_major_spacing)[1:])) els_minor = numpy.concatenate(( numpy.arange(0.0,90.0,cp.el_minor_spacing), -numpy.arange(0.0,90.0,cp.el_minor_spacing)[1:])) gl.glNewList(self.cached_minor_lines_display_list,gl.GL_COMPILE) gl.glBegin(gl.GL_LINES) # az minor for az in azs_minor: if az in azs_major: continue # draw only once as major draw_half_great_circle(az) for el in els_minor: if el in els_major: continue # draw only once as major draw_iso_elevation_circle(el) gl.glEnd() gl.glEndList() gl.glNewList(self.cached_major_lines_display_list,gl.GL_COMPILE) gl.glBegin(gl.GL_LINES) for az in azs_major: draw_half_great_circle(az) for el in els_major: draw_iso_elevation_circle(el) gl.glEnd() gl.glEndList() if cp.use_text: self.labels = [] self.labels_xyz = [] els_major = list(els_major)+[90.0] # make sure we have north pole for el in els_major: for az in azs_major: theta = -(el-90) / 180.0 * math.pi phi = (az-90.0)/180.0*math.pi x,y,z = get_xyz(theta,phi,cp.radius) self.labels_xyz.append((x,y,z)) self.labels.append( VisionEgg.Text.Text( text = '%.0f, %.0f'%(az,el), font_size = cp.font_size, color = cp.text_color, anchor = cp.text_anchor, ) ) if (el == -90) or (el == 90): self.labels[-1].parameters.text = 'x, %.0f'%(el,) break # only one label at the poles self.labels_xyz = Numeric.array(self.labels_xyz) def draw(self): p = self.parameters cp = self.constant_parameters if p.on: # Set OpenGL state variables gl.glDisable( gl.GL_DEPTH_TEST ) gl.glDisable( gl.GL_TEXTURE_2D ) # Make sure textures are not drawn gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPushMatrix() gl.glRotatef(p.center_azimuth,0.0,-1.0,0.0) gl.glRotatef(p.center_elevation,1.0,0.0,0.0) if p.anti_aliasing: if len(p.minor_line_color) == 4 and not self._gave_alpha_warning: if p.minor_line_color[3] != 1.0: logger = logging.getLogger('VisionEgg.SphereMap') logger.warning("The parameter anti_aliasing is " "set to true in the AzElGrid " "stimulus class, but the color " "parameter specifies an alpha " "value other than 1.0. To " "acheive the best anti-aliasing, " "ensure that the alpha value for " "the color parameter is 1.0.") self._gave_alpha_warning = 1 if len(p.major_line_color) == 4 and not self._gave_alpha_warning: if p.major_line_color[3] != 1.0: logger = logging.getLogger('VisionEgg.SphereMap') logger.warning("The parameter anti_aliasing is " "set to true in the AzElGrid " "stimulus class, but the color " "parameter specifies an alpha " "value other than 1.0. To " "acheive the best anti-aliasing, " "ensure that the alpha value for " "the color parameter is 1.0.") self._gave_alpha_warning = 1 gl.glEnable( gl.GL_LINE_SMOOTH ) # allow max_alpha value to control blending gl.glEnable( gl.GL_BLEND ) gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) else: gl.glDisable( gl.GL_BLEND ) if len(p.minor_line_color)==3: gl.glColor3f(*p.minor_line_color) elif len(p.minor_line_color)==4: gl.glColor4f(*p.minor_line_color) gl.glLineWidth(p.minor_line_width) gl.glCallList(self.cached_minor_lines_display_list) if len(p.major_line_color)==3: gl.glColor3f(*p.major_line_color) elif len(p.major_line_color)==4: gl.glColor4f(*p.major_line_color) gl.glLineWidth(p.major_line_width) gl.glCallList(self.cached_major_lines_display_list) if p.anti_aliasing: gl.glDisable( gl.GL_LINE_SMOOTH ) # turn off if cp.use_text: my_view = p.my_viewport if (my_view is None) or (not my_view._is_drawing): raise ValueError('use_text is True, but my_viewport not (properly) assigned') if self.text_viewport is None or self.text_viewport_orig != my_view: # make viewport for text (uses default orthographic projection) vp = my_view.parameters self.text_viewport = VisionEgg.Core.Viewport(screen=vp.screen, position=vp.position, size=vp.size, anchor=vp.anchor, ) lowerleft = VisionEgg._get_lowerleft(vp.position,vp.anchor,vp.size) self.text_viewport.parameters.projection.stateless_translate(-lowerleft[0],-lowerleft[1],0) self.text_viewport_orig = p.my_viewport # in case my_viewport changes, change text_viewport # draw text labels my_proj = my_view.parameters.projection xyz = self.labels_xyz t = VisionEgg.ThreeDeeMath.TransformMatrix() t.rotate( p.center_azimuth,0.0,-1.0,0.0 ) # acheive same transforms as the lines t.rotate( p.center_elevation,1.0,0.0,0.0 ) xyz = t.transform_vertices(self.labels_xyz) clip = my_proj.eye_2_clip(xyz) try: # this is much faster when no OverflowError... window_coords = my_view.clip_2_window(clip) all_at_once = True except OverflowError: all_at_once = False draw_labels = [] for i in range(len(self.labels)): if clip[i,3] < 0: continue # this vertex is not on screen label = self.labels[i] if all_at_once: this_pos = window_coords[i,:2] else: try: window_coords = my_view.clip_2_window(clip[i,:]) except OverflowError: continue # not much we can do with this vertex, either this_pos = window_coords[:2] label.parameters.position = (this_pos[0] + p.text_offset[0], this_pos[1] + p.text_offset[1]) draw_labels.append(label) self.text_viewport.parameters.stimuli = draw_labels self.text_viewport.draw() my_view.make_current() # restore viewport gl.glPopMatrix() class SphereMap(VisionEgg.Textures.TextureStimulusBaseClass): """Mercator mapping of rectangular texture onto sphere. Parameters ========== center_azimuth -- (Real) Default: 0.0 center_elevation -- (Real) Default: 0.0 contrast -- (Real) Default: 1.0 on -- (Boolean) Default: True radius -- (Real) Default: 1.0 slices -- (UnsignedInteger) Default: 30 stacks -- (UnsignedInteger) Default: 30 texture -- source of texture data (Instance of ) Inherited from VisionEgg.Textures.TextureStimulusBaseClass Default: (determined at runtime) texture_mag_filter -- OpenGL filter enum (Integer) Inherited from VisionEgg.Textures.TextureStimulusBaseClass Default: GL_LINEAR (9729) texture_min_filter -- OpenGL filter enum (Integer) Inherited from VisionEgg.Textures.TextureStimulusBaseClass Default: (GL enum determined at runtime) texture_wrap_s -- OpenGL texture wrap enum (Integer) Inherited from VisionEgg.Textures.TextureStimulusBaseClass Default: (GL enum determined at runtime) texture_wrap_t -- OpenGL texture wrap enum (Integer) Inherited from VisionEgg.Textures.TextureStimulusBaseClass Default: (GL enum determined at runtime) Constant Parameters =================== internal_format -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer) Default: GL_RGB (6407) mipmaps_enabled -- Are mipmaps enabled? (Boolean) Default: True shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean) Default: False """ parameters_and_defaults = { 'on':(True, ve_types.Boolean), 'contrast':(1.0, ve_types.Real), 'center_azimuth':(0.0, # 0=right, 90=right ve_types.Real), 'center_elevation':(0.0, # 0=right, 90=up ve_types.Real), # Changing these parameters will cause re-computation of display list (may cause frame skip) 'radius':(1.0, ve_types.Real), 'slices':(30, ve_types.UnsignedInteger), 'stacks':(30, ve_types.UnsignedInteger)} __slots__ = ( 'cached_display_list', '_cached_radius', '_cached_slices', '_cached_stacks', ) def __init__(self,**kw): VisionEgg.Textures.TextureStimulusBaseClass.__init__(self,**kw) self.cached_display_list = gl.glGenLists(1) # Allocate a new display list self.__rebuild_display_list() def __rebuild_display_list(self): p = self.parameters s_gain = p.texture.buf_rf - p.texture.buf_lf t_gain = p.texture.buf_bf - p.texture.buf_tf s_offs = p.texture.buf_lf t_offs = p.texture.buf_tf gl.glNewList(self.cached_display_list,gl.GL_COMPILE) gl.glBegin(gl.GL_QUADS) for stack in range(p.stacks): stack_upper_frac = float(stack+1)/p.stacks stack_lower_frac = float(stack)/p.stacks theta_upper = stack_upper_frac * math.pi theta_lower = stack_lower_frac * math.pi y_upper = p.radius * math.cos( theta_upper ) w_upper = p.radius * math.sin( theta_upper ) y_lower = p.radius * math.cos( theta_lower ) w_lower = p.radius * math.sin( theta_lower ) for slice in range(p.slices): slice_start_frac = float(slice)/p.slices slice_stop_frac = float(slice+1)/p.slices phi_start = slice_start_frac * 2 * math.pi phi_stop = slice_stop_frac * 2 * math.pi x_start_upper = w_upper * math.cos(phi_start) x_start_lower = w_lower * math.cos(phi_start) x_stop_upper = w_upper * math.cos(phi_stop) x_stop_lower = w_lower * math.cos(phi_stop) z_start_upper = w_upper * math.sin(phi_start) z_start_lower = w_lower * math.sin(phi_start) z_stop_upper = w_upper * math.sin(phi_stop) z_stop_lower = w_lower * math.sin(phi_stop) tex_l = slice_start_frac*s_gain+s_offs tex_r = slice_stop_frac*s_gain+s_offs tex_b = stack_lower_frac*t_gain+t_offs tex_t = stack_upper_frac*t_gain+t_offs gl.glTexCoord2f(tex_l,tex_t) gl.glVertex3f(x_start_upper, y_upper, z_start_upper) gl.glTexCoord2f(tex_r,tex_t) gl.glVertex3f(x_stop_upper, y_upper, z_stop_upper) gl.glTexCoord2f(tex_r,tex_b) gl.glVertex3f(x_stop_lower, y_lower, z_stop_lower) gl.glTexCoord2f(tex_l,tex_b) gl.glVertex3f(x_start_lower, y_lower, z_start_lower) gl.glEnd() gl.glEndList() self._cached_radius = p.radius self._cached_slices = p.slices self._cached_stacks = p.stacks def draw(self): """Redraw the scene on every frame. """ p = self.parameters if self._cached_radius != p.radius or self._cached_slices != p.slices or self._cached_stacks != p.stacks: self.__rebuild_display_list() if p.on: # Set OpenGL state variables gl.glEnable( gl.GL_DEPTH_TEST ) gl.glEnable( gl.GL_TEXTURE_2D ) # Make sure textures are drawn gl.glEnable( gl.GL_BLEND ) # Contrast control implemented through blending # All of the contrast control stuff is somewhat arcane and # not very clear from reading the code, so here is how it # works in English. (Not that it makes it any more clear!) # # In the final "textured fragment" (before being blended # to the framebuffer), the color values are equal to those # of the texture (with the exception of pixels around the # edges which have their amplitudes reduced due to # anti-aliasing and are intermediate between the color of # the texture and mid-gray), and the alpha value is set to # the contrast. Blending occurs, and by choosing the # appropriate values for glBlendFunc, adds the product of # fragment alpha (contrast) and fragment color to the # product of one minus fragment alpha (contrast) and what # was already in the framebuffer. gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_DECAL) # clear modelview matrix gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPushMatrix() gl.glColor4f(0.5,0.5,0.5,p.contrast) # Set the polygons' fragment color (implements contrast) if not self.constant_parameters.mipmaps_enabled: if p.texture_min_filter in VisionEgg.Textures.TextureStimulusBaseClass._mipmap_modes: raise RuntimeError("Specified a mipmap mode in texture_min_filter, but mipmaps not enabled.") self.texture_object.set_min_filter( p.texture_min_filter ) self.texture_object.set_mag_filter( p.texture_mag_filter ) self.texture_object.set_wrap_mode_s( p.texture_wrap_s ) self.texture_object.set_wrap_mode_t( p.texture_wrap_t ) # center the texture map gl.glRotatef(p.center_azimuth,0.0,-1.0,0.0) gl.glRotatef(p.center_elevation,1.0,0.0,0.0) gl.glCallList(self.cached_display_list) gl.glPopMatrix() class SphereGrating(VisionEgg.Gratings.LuminanceGratingCommon): """Map 2D sinusoidal grating onto sphere. Parameters ========== bit_depth -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger) Inherited from VisionEgg.Gratings.LuminanceGratingCommon Default: 8 check_texture_size -- (Boolean) Default: True contrast -- (Real) Default: 1.0 grating_center_azimuth -- (Real) Default: 0.0 grating_center_elevation -- (Real) Default: 0.0 ignore_time -- (Boolean) Default: False lowpass_cutoff_cycles_per_texel -- helps prevent spatial aliasing (Real) Default: 0.5 min_filter -- OpenGL filter enum (Integer) Default: GL_LINEAR (9729) num_samples -- (UnsignedInteger) Default: 1024 on -- (Boolean) Default: True orientation -- (Real) Default: 0.0 phase_at_t0 -- (Real) Default: 0.0 radius -- (Real) Default: 1.0 slices -- (UnsignedInteger) Default: 30 spatial_freq_cpd -- (Real) Default: 0.0277777777778 stacks -- (UnsignedInteger) Default: 30 t0_time_sec_absolute -- (Real) Default: (determined at runtime) temporal_freq_hz -- (Real) Default: 5.0 """ parameters_and_defaults = { 'on':(True, ve_types.Boolean), 'contrast':(1.0, ve_types.Real), 'spatial_freq_cpd':(1.0/36.0, # cycles/degree ve_types.Real), 'temporal_freq_hz':(5.0, # hz ve_types.Real), 't0_time_sec_absolute':(None, ve_types.Real), 'ignore_time':(False, # ignore temporal frequency variable - allow control purely with phase_at_t0 ve_types.Boolean), 'phase_at_t0':(0.0, # degrees ve_types.Real), 'orientation':(0.0, # 0=right, 90=up ve_types.Real), 'grating_center_azimuth':(0.0, # 0=right, 90=down ve_types.Real), 'grating_center_elevation':(0.0, # 0=right, 90=down ve_types.Real), 'check_texture_size':(True, # slows down drawing but catches errors ve_types.Boolean), 'lowpass_cutoff_cycles_per_texel':(0.5, ve_types.Real, 'helps prevent spatial aliasing'), 'min_filter':(gl.GL_LINEAR, ve_types.Integer, "OpenGL filter enum", VisionEgg.ParameterDefinition.OPENGL_ENUM), # changing this parameters causes re-drawing of the texture object and may cause frame skipping 'num_samples':(1024, # number of spatial samples, should be a power of 2 ve_types.UnsignedInteger), # Changing these parameters will cause re-computation of display list (may cause frame skip) 'radius':(1.0, ve_types.Real), 'slices':(30, ve_types.UnsignedInteger), 'stacks':(30, ve_types.UnsignedInteger), } __slots__ = ( 'texture_object_id', 'cached_display_list_id', '_cached_num_samples', '_cached_radius', '_cached_slices', '_cached_stacks', ) def __init__(self,**kw): VisionEgg.Gratings.LuminanceGratingCommon.__init__(self,**kw) if self.parameters.t0_time_sec_absolute is None: self.parameters.t0_time_sec_absolute = VisionEgg.time_func() self.texture_object_id = gl.glGenTextures(1) # Allocate a new texture object self.__rebuild_texture_object() self.cached_display_list_id = gl.glGenLists(1) # Allocate a new display list self.__rebuild_display_list() def __rebuild_texture_object(self): gl.glBindTexture(gl.GL_TEXTURE_1D,self.texture_object_id) p = self.parameters # shorthand # Do error-checking on texture to make sure it will load max_dim = gl.glGetIntegerv(gl.GL_MAX_TEXTURE_SIZE) if p.num_samples > max_dim: raise VisionEgg.Gratings.NumSamplesTooLargeError("Grating num_samples too large for video system.\nOpenGL reports maximum size of %d"%(max_dim,)) self.calculate_bit_depth_dependencies() l = 0.0 r = 360.0 mipmap_level = 0 this_mipmap_level_num_samples = p.num_samples while this_mipmap_level_num_samples >= 1: inc = 360.0/float(this_mipmap_level_num_samples) # degrees per pixel cycles_per_texel = p.spatial_freq_cpd * inc if cycles_per_texel < p.lowpass_cutoff_cycles_per_texel: # sharp cutoff lowpass filter # below cutoff frequency - draw sine wave if p.ignore_time: phase = p.phase_at_t0 else: t_var = VisionEgg.time_func() - p.t0_time_sec_absolute phase = t_var*p.temporal_freq_hz*360.0 + p.phase_at_t0 floating_point_sin = Numeric.sin(2.0*math.pi*p.spatial_freq_cpd*Numeric.arange(l,r,inc,'d')-(phase/180.0*math.pi))*0.5*p.contrast+0.5 floating_point_sin = Numeric.clip(floating_point_sin,0.0,1.0) # allow square wave generation if contrast > 1 texel_data = (floating_point_sin*self.max_int_val).astype(self.numpy_dtype).tostring() else: # above cutoff frequency - blank texel_data = (self.max_int_val*0.5)*Numeric.ones((this_mipmap_level_num_samples,),self.numpy_dtype) if p.check_texture_size: # Because the MAX_TEXTURE_SIZE method is insensitive to the current # state of the video system, another check must be done using # "proxy textures". gl.glTexImage1D(gl.GL_PROXY_TEXTURE_1D, # target mipmap_level, # level self.gl_internal_format, # video RAM internal format: RGB this_mipmap_level_num_samples, # width 0, # border self.format, # format of image data self.gl_type, # type of image data texel_data) # texel data if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_1D,0,gl.GL_TEXTURE_WIDTH) == 0: raise NumSamplesTooLargeError("Grating num_samples is too wide for your video system!") # If we got here, it worked and we can load the texture for real. gl.glTexImage1D(gl.GL_TEXTURE_1D, # target mipmap_level, # level self.gl_internal_format, # video RAM internal format: RGB this_mipmap_level_num_samples, # width 0, # border self.format, # format of image data self.gl_type, # type of image data texel_data) # texel data # prepare for next mipmap level this_mipmap_level_num_samples = this_mipmap_level_num_samples/2 # integer division mipmap_level += 1 # Set some texture object defaults gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_WRAP_S,gl.GL_REPEAT) gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_WRAP_T,gl.GL_REPEAT) gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MAG_FILTER,gl.GL_LINEAR) gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MIN_FILTER,p.min_filter) self._cached_num_samples = p.num_samples def __rebuild_display_list(self): gl.glNewList(self.cached_display_list_id,gl.GL_COMPILE) p = self.parameters gl.glBegin(gl.GL_QUADS) for stack in range(p.stacks): stack_upper_frac = float(stack+1)/p.stacks stack_lower_frac = float(stack)/p.stacks theta_upper = stack_upper_frac * math.pi theta_lower = stack_lower_frac * math.pi y_upper = p.radius * math.cos( theta_upper ) w_upper = p.radius * math.sin( theta_upper ) y_lower = p.radius * math.cos( theta_lower ) w_lower = p.radius * math.sin( theta_lower ) for slice in range(p.slices): slice_start_frac = float(slice)/p.slices slice_stop_frac = float(slice+1)/p.slices phi_start = slice_start_frac * 2 * math.pi phi_stop = slice_stop_frac * 2 * math.pi x_start_upper = w_upper * math.cos(phi_start) x_start_lower = w_lower * math.cos(phi_start) x_stop_upper = w_upper * math.cos(phi_stop) x_stop_lower = w_lower * math.cos(phi_stop) z_start_upper = w_upper * math.sin(phi_start) z_start_lower = w_lower * math.sin(phi_start) z_stop_upper = w_upper * math.sin(phi_stop) z_stop_lower = w_lower * math.sin(phi_stop) tex_l = slice_start_frac tex_r = slice_stop_frac tex_b = 0.0#stack_lower_frac tex_t = 1.0#stack_upper_frac gl.glTexCoord2f(tex_l,tex_t) gl.glVertex3f(x_start_upper, y_upper, z_start_upper) gl.glTexCoord2f(tex_r,tex_t) gl.glVertex3f(x_stop_upper, y_upper, z_stop_upper) gl.glTexCoord2f(tex_r,tex_b) gl.glVertex3f(x_stop_lower, y_lower, z_stop_lower) gl.glTexCoord2f(tex_l,tex_b) gl.glVertex3f(x_start_lower, y_lower, z_start_lower) gl.glEnd() gl.glEndList() self._cached_radius = p.radius self._cached_slices = p.slices self._cached_stacks = p.stacks def draw(self): """Redraw the scene on every frame. """ p = self.parameters if self._cached_radius != p.radius or self._cached_slices != p.slices or self._cached_stacks != p.stacks: self.__rebuild_display_list() if self._cached_num_samples != p.num_samples: self.__rebuild_texture_object() if p.on: if p.bit_depth != self.cached_bit_depth: self.calculate_bit_depth_dependencies() # Set OpenGL state variables gl.glEnable( gl.GL_DEPTH_TEST ) gl.glEnable( gl.GL_TEXTURE_1D ) # Make sure textures are drawn gl.glDisable( gl.GL_TEXTURE_2D ) gl.glDisable( gl.GL_BLEND ) gl.glBindTexture(gl.GL_TEXTURE_1D,self.texture_object_id) gl.glTexParameteri(gl.GL_TEXTURE_1D,gl.GL_TEXTURE_MIN_FILTER,p.min_filter) l = 0.0 r = 360.0 mipmap_level = 0 this_mipmap_level_num_samples = p.num_samples while this_mipmap_level_num_samples >= 1: inc = 360.0/float(this_mipmap_level_num_samples)# degrees per pixel cycles_per_texel = p.spatial_freq_cpd * inc if cycles_per_texel < p.lowpass_cutoff_cycles_per_texel: # sharp cutoff lowpass filter if p.ignore_time: phase = p.phase_at_t0 else: t_var = VisionEgg.time_func() - p.t0_time_sec_absolute phase = t_var*p.temporal_freq_hz*360.0 + p.phase_at_t0 floating_point_sin = Numeric.sin(2.0*math.pi*p.spatial_freq_cpd*Numeric.arange(l,r,inc,'d')-(phase/180.0*math.pi))*0.5*p.contrast+0.5 floating_point_sin = Numeric.clip(floating_point_sin,0.0,1.0) # allow square wave generation if contrast > 1 texel_data = (floating_point_sin*self.max_int_val).astype(self.numpy_dtype).tostring() else: blank = 0.5*Numeric.ones((this_mipmap_level_num_samples,),'d') texel_data = (blank*self.max_int_val).astype(self.numpy_dtype).tostring() gl.glTexSubImage1D(gl.GL_TEXTURE_1D, # target mipmap_level, # level 0, # x offset this_mipmap_level_num_samples, # width self.format, # data format self.gl_type, # data type texel_data) # prepare for next mipmap level this_mipmap_level_num_samples = this_mipmap_level_num_samples/2 # integer division mipmap_level += 1 gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_REPLACE) # clear modelview matrix gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPushMatrix() # center the grating gl.glRotatef(p.grating_center_azimuth,0.0,-1.0,0.0) gl.glRotatef(p.grating_center_elevation,1.0,0.0,0.0) # do the orientation gl.glRotatef(p.orientation,0.0,0.0,1.0) gl.glCallList(self.cached_display_list_id) gl.glDisable( gl.GL_TEXTURE_1D ) gl.glPopMatrix() class SphereWindow(VisionEgg.Gratings.LuminanceGratingCommon): """This draws an opaque sphere with a single window in it. This is useful when you need to have a viewport on a 3D scene. Parameters ========== bit_depth -- precision with which grating is calculated and sent to OpenGL (UnsignedInteger) Inherited from VisionEgg.Gratings.LuminanceGratingCommon Default: 8 num_s_samples -- (UnsignedInteger) Default: 512 num_t_samples -- (UnsignedInteger) Default: 512 on -- (Boolean) Default: True opaque_color -- (Sequence4 of Real) Default: (0.5, 0.5, 0.5, 0.0) radius -- (Real) Default: 1.0 slices -- (UnsignedInteger) Default: 30 stacks -- (UnsignedInteger) Default: 30 window_center_azimuth -- (Real) Default: 0.0 window_center_elevation -- (Real) Default: 0.0 window_shape -- can be 'circle', 'gaussian', or 'lat-long rectangle' (String) Default: gaussian window_shape_parameter2 -- (currently only used for) height of lat-long rectangle (in degrees) (Real) Default: 30.0 window_shape_radius_parameter -- radius of circle, sigma of gaussian, width of lat-long rectangle (in degrees) (Real) Default: 36.0 """ parameters_and_defaults = { 'on':(True, ve_types.Boolean), 'window_center_elevation':(0.0, ve_types.Real), 'window_center_azimuth':(0.0, ve_types.Real), 'opaque_color':((0.5,0.5,0.5,0.0), ve_types.Sequence4(ve_types.Real)), # changing these parameters causes re-drawing of the texture object and may cause frame skipping 'window_shape':('gaussian', # can be 'circle' or 'gaussian' ve_types.String, "can be 'circle', 'gaussian', or 'lat-long rectangle'", ), 'window_shape_radius_parameter':(36.0, ve_types.Real, 'radius of circle, sigma of gaussian, width of lat-long rectangle (in degrees)', ), 'window_shape_parameter2':(30.0, ve_types.Real, '(currently only used for) height of lat-long rectangle (in degrees)', ), 'num_s_samples':(512, # number of horizontal spatial samples, should be a power of 2 ve_types.UnsignedInteger), 'num_t_samples':(512, # number of vertical spatial samples, should be a power of 2 ve_types.UnsignedInteger), # Changing these parameters will cause re-computation of display list (may cause frame skip) 'radius':(1.0, # XXX could modify code below to use scaling, thus avoiding need for recomputation ve_types.Real), 'slices':(30, ve_types.UnsignedInteger), 'stacks':(30, ve_types.UnsignedInteger), } __slots__ = ( 'texture_object_id', 'windowed_display_list_id', 'opaque_display_list_id', '_cached_window_shape', '_cached_shape_radius_parameter', '_cached_shape_parameter2', '_cached_num_s_samples', '_cached_num_t_samples', '_cached_radius', '_cached_slices', '_cached_stacks', '_texture_s_is_azimuth', ) def __init__(self, **kw): VisionEgg.Gratings.LuminanceGratingCommon.__init__(self, **kw ) p = self.parameters # set self._texture_s_is_azimuth in advance if p.window_shape == 'lat-long rectangle': self._texture_s_is_azimuth = True else: self._texture_s_is_azimuth = False self.texture_object_id = gl.glGenTextures(1) self.__rebuild_texture_object() self.windowed_display_list_id = gl.glGenLists(1) # Allocate a new display list self.opaque_display_list_id = gl.glGenLists(1) # Allocate a new display list self.__rebuild_display_lists() def __rebuild_texture_object(self): gl.glBindTexture(gl.GL_TEXTURE_2D,self.texture_object_id) p = self.parameters # Do error-checking on texture to make sure it will load max_dim = gl.glGetIntegerv(gl.GL_MAX_TEXTURE_SIZE) if p.num_s_samples > max_dim: raise VisionEgg.Gratings.NumSamplesTooLargeError("SphereWindow num_s_samples too large for video system.\nOpenGL reports maximum size of %d"%(max_dim,)) if p.num_t_samples > max_dim: raise VisionEgg.Gratings.NumSamplesTooLargeError("SphereWindow num_t_samples too large for video system.\nOpenGL reports maximum size of %d"%(max_dim,)) self.calculate_bit_depth_dependencies() self.gl_internal_format = gl.GL_ALPHA # change from luminance to alpha self.format = gl.GL_ALPHA # texture coordinates are Mercator: (determined when building display list) # s: x within sphere # t: z within sphere if p.window_shape == 'circle': if self._texture_s_is_azimuth: self.__rebuild_display_lists() # XXX this is aliased s_axis = (Numeric.arange(p.num_s_samples)/float(p.num_s_samples)-0.5)**2 t_axis = (Numeric.arange(p.num_t_samples)/float(p.num_t_samples)-0.5)**2 mask = s_axis[Numeric.NewAxis,:] + t_axis[:,Numeric.NewAxis] angle_deg = min(180,p.window_shape_radius_parameter) # clip angle cartesian_radius = 0.5*math.sin(p.window_shape_radius_parameter/180.0*math.pi) floating_point_window = Numeric.less(mask,cartesian_radius**2) elif p.window_shape == 'gaussian': if self._texture_s_is_azimuth: self.__rebuild_display_lists() MIN_EXP = -745.0 MAX_EXP = 709.0 s = Numeric.arange(0.0,p.num_s_samples,1.0,'f')/p.num_s_samples t = Numeric.arange(0.0,p.num_t_samples,1.0,'f')/p.num_t_samples sigma_normalized = p.window_shape_radius_parameter / 90.0 * 0.5 check_s = -((s-0.5)**2/(2.0*sigma_normalized**2)) try: # some platforms raise OverflowError when doing this on small numbers val_s = Numeric.exp( check_s ) except OverflowError: check_s = Numeric.clip(check_s,MIN_EXP,MAX_EXP) val_s = Numeric.exp( check_s ) check_t = -((t-0.5)**2/(2.0*sigma_normalized**2)) try: val_t = Numeric.exp( check_t ) except OverflowError: check_t = Numeric.clip(check_t,MIN_EXP,MAX_EXP) val_t = Numeric.exp( check_t ) floating_point_window = Numeric.outerproduct(val_t,val_s) elif p.window_shape == 'lat-long rectangle': if not self._texture_s_is_azimuth: self.__rebuild_display_lists() # s coordinate represents -90 to +90 degrees (azimuth). s_axis = (Numeric.arange(p.num_s_samples)/float(p.num_s_samples)-0.5)*180 s_axis = Numeric.less( abs(s_axis), p.window_shape_radius_parameter*0.5 ) # t coordinate represents height. # Convert angle to height. angle_deg = min(90,p.window_shape_parameter2*0.5) # clip angle desired_height = math.sin(angle_deg/180.0*math.pi)*0.5 t_axis = Numeric.arange(p.num_t_samples)/float(p.num_t_samples)-0.5 t_axis = Numeric.less(abs(t_axis),desired_height) floating_point_window = Numeric.outerproduct(t_axis,s_axis) else: raise RuntimeError('Unknown window_shape "%s"'%(p.window_shape,)) texel_data = (floating_point_window * self.max_int_val).astype(self.numpy_dtype).tostring() # Because the MAX_TEXTURE_SIZE method is insensitive to the current # state of the video system, another check must be done using # "proxy textures". gl.glTexImage2D(gl.GL_PROXY_TEXTURE_2D, # target 0, # mipmap_level self.gl_internal_format, # video RAM internal format p.num_s_samples, # width p.num_t_samples, # height 0, # border self.format, # format of image data self.gl_type, # type of image data texel_data) # texel data if (gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_2D, # Need PyOpenGL >= 2.0 0, gl.GL_TEXTURE_WIDTH) == 0) or ( gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_2D, 0, gl.GL_TEXTURE_HEIGHT) == 0): raise VisionEgg.Gratings.NumSamplesTooLargeError("SphereWindow num_s_samples or num_t_samples is too large for your video system!") gl.glTexImage2D(gl.GL_TEXTURE_2D, # target 0, # mipmap_level self.gl_internal_format, # video RAM internal format p.num_s_samples, # width p.num_t_samples, # height 0, # border self.format, # format of image data self.gl_type, # type of image data texel_data) # texel data # Set some texture object defaults gl.glTexParameteri(gl.GL_TEXTURE_2D,gl.GL_TEXTURE_WRAP_S,gl.GL_CLAMP_TO_EDGE) gl.glTexParameteri(gl.GL_TEXTURE_2D,gl.GL_TEXTURE_WRAP_T,gl.GL_CLAMP_TO_EDGE) gl.glTexParameteri(gl.GL_TEXTURE_2D,gl.GL_TEXTURE_MAG_FILTER,gl.GL_LINEAR) gl.glTexParameteri(gl.GL_TEXTURE_2D,gl.GL_TEXTURE_MIN_FILTER,gl.GL_LINEAR) self._cached_window_shape = p.window_shape self._cached_shape_radius_parameter = p.window_shape_radius_parameter self._cached_shape_parameter2 = p.window_shape_parameter2 self._cached_num_s_samples = p.num_s_samples self._cached_num_t_samples = p.num_t_samples def __rebuild_display_lists(self): gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPushMatrix() p = self.parameters if p.window_shape == 'lat-long rectangle': self._texture_s_is_azimuth = True else: self._texture_s_is_azimuth = False gl.glNewList(self.windowed_display_list_id,gl.GL_COMPILE) gl.glBegin(gl.GL_QUADS) for stack in range(p.stacks): stack_upper_frac = float(stack+1)/p.stacks stack_lower_frac = float(stack)/p.stacks theta_upper = stack_upper_frac * math.pi theta_lower = stack_lower_frac * math.pi y_upper = p.radius * math.cos( theta_upper ) w_upper = p.radius * math.sin( theta_upper ) y_lower = p.radius * math.cos( theta_lower ) w_lower = p.radius * math.sin( theta_lower ) for slice in range(p.slices/2,p.slices): # only do half of sphere (other half has no window) slice_start_frac = float(slice)/p.slices slice_stop_frac = float(slice+1)/p.slices phi_start = slice_start_frac * 2 * math.pi phi_stop = slice_stop_frac * 2 * math.pi x_start_upper = w_upper * math.cos(phi_start) x_start_lower = w_lower * math.cos(phi_start) x_stop_upper = w_upper * math.cos(phi_stop) x_stop_lower = w_lower * math.cos(phi_stop) z_start_upper = w_upper * math.sin(phi_start) z_start_lower = w_lower * math.sin(phi_start) z_stop_upper = w_upper * math.sin(phi_stop) z_stop_lower = w_lower * math.sin(phi_stop) o = 0.5 g = 0.5 / p.radius if self._texture_s_is_azimuth: tex_s_start = slice_start_frac*2-1 tex_s_stop = slice_stop_frac*2-1 else: tex_s_start = x_start_upper*g+o tex_s_stop = x_stop_upper*g+o gl.glTexCoord2f(tex_s_start,y_upper*g+o) gl.glVertex3f(x_start_upper, y_upper, z_start_upper) gl.glTexCoord2f(tex_s_stop,y_upper*g+o) gl.glVertex3f(x_stop_upper, y_upper, z_stop_upper) gl.glTexCoord2f(tex_s_stop,y_lower*g+o) gl.glVertex3f(x_stop_lower, y_lower, z_stop_lower) gl.glTexCoord2f(tex_s_start,y_lower*g+o) gl.glVertex3f(x_start_lower, y_lower, z_start_lower) gl.glEnd() gl.glEndList() gl.glNewList(self.opaque_display_list_id,gl.GL_COMPILE) gl.glBegin(gl.GL_QUADS) for stack in range(p.stacks): stack_upper_frac = float(stack+1)/p.stacks stack_lower_frac = float(stack)/p.stacks theta_upper = stack_upper_frac * math.pi theta_lower = stack_lower_frac * math.pi y_upper = p.radius * math.cos( theta_upper ) w_upper = p.radius * math.sin( theta_upper ) y_lower = p.radius * math.cos( theta_lower ) w_lower = p.radius * math.sin( theta_lower ) for slice in range(p.slices/2): # half of sphere with no window slice_start_frac = float(slice)/p.slices slice_stop_frac = float(slice+1)/p.slices phi_start = slice_start_frac * 2 * math.pi phi_stop = slice_stop_frac * 2 * math.pi x_start_upper = w_upper * math.cos(phi_start) x_start_lower = w_lower * math.cos(phi_start) x_stop_upper = w_upper * math.cos(phi_stop) x_stop_lower = w_lower * math.cos(phi_stop) z_start_upper = w_upper * math.sin(phi_start) z_start_lower = w_lower * math.sin(phi_start) z_stop_upper = w_upper * math.sin(phi_stop) z_stop_lower = w_lower * math.sin(phi_stop) gl.glVertex3f(x_start_upper, y_upper, z_start_upper) gl.glVertex3f(x_stop_upper, y_upper, z_stop_upper) gl.glVertex3f(x_stop_lower, y_lower, z_stop_lower) gl.glVertex3f(x_start_lower, y_lower, z_start_lower) gl.glEnd() gl.glEndList() self._cached_radius = p.radius self._cached_slices = p.slices self._cached_stacks = p.stacks gl.glPopMatrix() def draw(self): """Redraw the scene on every frame. """ p = self.parameters if self._cached_radius != p.radius or self._cached_slices != p.slices or self._cached_stacks != p.stacks: self.__rebuild_display_lists() if self._cached_window_shape != p.window_shape or self._cached_shape_radius_parameter != p.window_shape_radius_parameter: self.__rebuild_texture_object() if p.window_shape == 'lat-long rectangle' and self._cached_shape_parameter2 != p.window_shape_parameter2: self.__rebuild_texture_object() if self._cached_num_s_samples != p.num_s_samples or self._cached_num_t_samples != p.num_t_samples: self.__rebuild_texture_object() if p.on: #gl.glPolygonMode( gl.GL_FRONT_AND_BACK, gl.GL_LINE ) if p.bit_depth != self.cached_bit_depth: self.calculate_bit_depth_dependencies() self.gl_internal_format = gl.GL_ALPHA # change from luminance to alpha self.format = gl.GL_ALPHA # Set OpenGL state variables gl.glEnable( gl.GL_DEPTH_TEST ) gl.glEnable( gl.GL_TEXTURE_2D ) gl.glEnable( gl.GL_BLEND ) gl.glBlendFunc( gl.GL_ONE_MINUS_SRC_ALPHA, gl.GL_SRC_ALPHA ) # alpha 1.0 = transparent gl.glBindTexture(gl.GL_TEXTURE_2D,self.texture_object_id) gl.glColor4f( *p.opaque_color ) gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_REPLACE) # clear modelview matrix gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPushMatrix() # do the window position gl.glRotatef(p.window_center_azimuth,0.0,-1.0,0.0) gl.glRotatef(p.window_center_elevation,1.0,0.0,0.0) gl.glCallList(self.windowed_display_list_id) gl.glCallList(self.opaque_display_list_id) gl.glPopMatrix() visionegg-1.2.1/VisionEgg/TCPController.py0000644000076500000240000010503111231311031017611 0ustar astrawstaff# The Vision Egg: TCPController # # Copyright (C) 2001-2003 Andrew Straw. # Author: Andrew Straw # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. # # $Id$ """ Allows control of parameter values over the network. Don't use for realtime control unless you think your network is that fast and reliable. Also, this code has not been optimized for speed, and I think it is unwise to attempt to change the value of controllers in realtime. In other words, do not design an experiment where, on a remote computer, you have determined that a certain amount of time has passed, and you require a certain new controller value NOW. In this case, it would be better to use parameter=eval_str() with an if statement involving time. To control parameters over a network, start a server with an instance of TCPServer. The server spawns an instance of SocketListenController for each connected socket. (Most commonly you will only want connection over a single socket.) The instance of SocketListenController handles all communication for that connection and serves as a container and (meta) controller for instances of TCPController. This module contains ABSOLUTELY NO SECURITY FEATURES, and could easily allow arbitrary execution of code on your computer. For this reason, if you use this module, I recommend operating behind a firewall. This could be an inexpensive "routing switch" used for cable modems, which would provide the added benefit that your local network would be isolated. This would elimate all traffic not to or from computers on the switch and therefore reduce/eliminate packet collisions, decrease latency, and providing a network performance and reliability. To address security concerns, you could also write code that implements IP address checking or other security features. """ import VisionEgg import VisionEgg.Core import VisionEgg.FlowControl import VisionEgg.ParameterTypes as ve_types import socket, select, re, string, types import numpy.oldnumeric as Numeric, math # for eval try: import Tkinter except: pass import logging __version__ = VisionEgg.release_name class TCPServer: """TCP server creates SocketListenController upon connection. This class is analagous to VisionEgg.PyroHelpers.PyroServer. """ def __init__(self, hostname="", port=7834, single_socket_but_reconnect_ok=0, dialog_ok=1, confirm_address_with_gui=1): """Bind to hostname and port, but don't listen yet. """ server_address = (socket.getfqdn(hostname),port) self.dialog_ok = dialog_ok self.single_socket_but_reconnect_ok = single_socket_but_reconnect_ok self.buffer = "" self.server_socket=None if not globals().has_key("Tkinter") or (VisionEgg.config.VISIONEGG_TKINTER_OK==0): self.dialog_ok = 0 class GetServerAddressWindow(Tkinter.Frame): def __init__(self,server_address,**kw): try: Tkinter.Frame.__init__(self,**kw) except AttributeError,x: tk=Tkinter.Tk() # restart Tk and see if that helps Tkinter.Frame.__init__(self,tk,**kw) self.winfo_toplevel().title("Vision Egg: TCP Server get address") self.server_address = server_address hostname,port = self.server_address self.clicked_ok = 0 self.hostname = Tkinter.StringVar() self.hostname.set(hostname) self.port = Tkinter.StringVar() self.port.set(port) row = 0 Tkinter.Label(self, text="Please enter the hostname and port you would like to listen for connections on.", ).grid(row=row,columnspan=2) row += 1 Tkinter.Label(self, text="Hostname (blank means localhost):", ).grid(row=row,column=0,sticky=Tkinter.E) Tkinter.Entry(self,textvariable=self.hostname).grid(row=row,column=1,sticky=Tkinter.W+Tkinter.E,padx=10) row += 1 Tkinter.Label(self, text="Port:", ).grid(row=row,column=0,sticky=Tkinter.E) Tkinter.Entry(self,textvariable=self.port).grid(row=row,column=1,sticky=Tkinter.W+Tkinter.E,padx=10) row += 1 b = Tkinter.Button(self, text="Bind port and listen for connections", command=self.click_ok) b.grid(row=row,columnspan=2) b.focus_force() b.bind('',self.click_ok) def click_ok(self,dummy_arg=None): hostname = self.hostname.get() try: port = int(self.port.get()) except: port = self.port.get() self.server_address = (hostname,port) self.clicked_ok = 1 self.winfo_toplevel().destroy() bound = 0 if not bound: # while not bound: # don't loop until the code is cleaner if confirm_address_with_gui and self.dialog_ok: window = GetServerAddressWindow(server_address) window.pack() window.mainloop() if not window.clicked_ok: return # User wants to quit server_address = window.server_address self.server_socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM) self.server_socket.bind(server_address) bound = 1 def create_listener_once_connected(self,eval_frequency=None): """Wait for connection and spawn instance of SocketListenController.""" if eval_frequency is None: # Don't listen to socket during go loop -- especially don't want to skip frames then eval_frequency = VisionEgg.FlowControl.Controller.EVERY_FRAME | VisionEgg.FlowControl.Controller.NOT_DURING_GO host,port = self.server_socket.getsockname() fqdn = socket.getfqdn(host) logger = logging.getLogger('VisionEgg.TCPController') logger.info("Awaiting connection to TCP Server at '%s', port %d"%(fqdn,port)) self.server_socket.listen(1) if self.dialog_ok: # Make a Tkinter dialog box class WaitingDialog(Tkinter.Frame): def __init__(self,server_socket=None,**kw): Tkinter.Frame.__init__(self,**kw) self.winfo_toplevel().title('Vision Egg TCP Server') self.server_socket = server_socket host,port = self.server_socket.getsockname() fqdn = socket.getfqdn(host) spacer = Tkinter.Frame(self,borderwidth=30) spacer.pack() Tkinter.Label(spacer,text= """Awaiting connection to TCP Server at "%s", port %d"""%(fqdn,port) ).pack() b = Tkinter.Button(self,text="Cancel",command=self.stop_listening) b.pack(side=Tkinter.BOTTOM) b.focus_force() b.bind('',self.stop_listening) self.winfo_toplevel().protocol("WM_DELETE_WINDOW", self.stop_listening) self.server_socket.setblocking(0) self.after(1,self.idle_func) def stop_listening(self,dummy=None): raise SystemExit def idle_func(self): try: # This line raises an exception unless there's an incoming connection self.accepted = self.server_socket.accept() self.quit() except socket.error, x: self.after(1,self.idle_func) dialog = WaitingDialog(server_socket = self.server_socket) dialog.pack() dialog.mainloop() client, client_address = dialog.accepted dialog.winfo_toplevel().destroy() else: client, client_address = self.server_socket.accept() if self.single_socket_but_reconnect_ok: return SocketListenController(client, disconnect_ok = 1, server_socket = self.server_socket) else: return SocketListenController(client) class SocketListenController(VisionEgg.FlowControl.Controller): r"""Handle connection from remote machine, control TCPControllers. This meta controller handles a TCP socket to control zero to many instances of TCPController. As a subclass of Controller, it gets called at specified moments in time via the Presentation class. When called in this way, it checks for any strings from the TCP socket. It parses this information into a command or fails and sends an error. This class is analagous to VisionEgg.PyroHelpers.PyroListenController. TCP commands (sent over network socket) ======================================= close -- close the connection exit -- close the connection quit -- quit the server program help -- print help message -- show the value of the controller of =const() -- assign a new ConstantController to =eval_str() -- assign a new EvalStringController to =exec_str() -- assign a new ExecStringController to =exec_str(*) -- assign a new unrestricted namespace ExecStringController to TCP commands are always on a single line. (Newlines in string literals can be specified by using "\n" without the quotes.) The assignment commands share common behavior: -- value passed as argument "tcp_name" to method create_tcp_controller -- during_go [, between_go [, eval_frequency [, temporal_variables [, return_type ]]]] The string is parsed by the Python's eval() function. If you don't want to explicitly set an argument early in the argument list, but you need to set one late in the list, use "None". If not set, the optional arguments default to: eval_frequency = EVERY_FRAME temporal_variables = TIME_SEC_SINCE_GO return_type = (evaluates during_go function to find) between_go = (see below, depends on assignment type) The only difference between the assignment commands are in the first two arguments. For "const(...)", the first two arguments are constant values, for "eval_str(...)" they are strings that evaluate to a single variable, and for "exec_str(...)", they are strings that set the variable "x" in their local namespace, which is then returned. (An unrestricted namespace is available with "exec_str(*...)".) If the argument between_go is set to None or is not defined, the behavior depends on the assignment command. If this is a =const(...) assignment, between_go_value is set to during_go_value. If this is a =eval_str(...) or =exec_str(...) assignment, the correct value cannot be guessed, and therefore the between_go_eval function will never be called (the eval_frequency flag NOT_BETWEEN_GO is set). Because the default value for temporal_variables is TIME_SEC_SINCE_GO, the variable "t" may be safely used in the during_go string for the eval_str or exec_str assignment commands. See the documentation for VisionEgg.FlowControl.EvalStringController for more information. Example commands from TCP port (try with telnet): =const(1.0) =eval_str("t*360.0") =exec_str("x=t*360.0") =const(0.,1.,EVERY_FRAME) =const(1,None,ONCE) =const(1.0,0.0,EVERY_FRAME,TIME_INDEPENDENT,types.FloatType) =eval_str("t*360.0","t_abs*360.0",None,TIME_SEC_ABSOLUTE|TIME_SEC_SINCE_GO) =eval_str("t_abs*360.0","t_abs*360.0",EVERY_FRAME,TIME_SEC_ABSOLUTE,types.FloatType) =exec_str("x=t*360.0","x=0.0",EVERY_FRAME,TIME_SEC_SINCE_GO) =exec_str("print 'Time since go=%f'%(t,)\nx=t*360.0","x=0.0",EVERY_FRAME,TIME_SEC_SINCE_GO) """ help_string = r""" TCP commands (sent over network socket): close -- close the connection exit -- close the connection quit -- quit the server program help -- print this message -- show the value of the controller of =const() -- assign a new ConstantController to =eval_str() -- assign a new EvalStringController to =exec_str() -- assign a new ExecStringController to =exec_str(*) -- assign a new unrestricted namespace ExecStringController to TCP commands are always on a single line. (Newlines in string literals can be specified by using "\n" without the quotes.) The assignment commands share common behavior: -- value passed as argument "tcp_name" to method create_tcp_controller -- during_go [, between_go [, eval_frequency [, temporal_variables [, return_type ]]]] """ _re_line = re.compile(r"^(.*)\n",re.MULTILINE) _re_x_finder = re.compile(r'\A|\Wx\s?=[^=]') # The real newlines have already been parsed by the time the buffer gets to these statements: _re_const = re.compile(r'^const\(\s?(.*)\s?\)$',re.DOTALL) _re_eval_str = re.compile(r'^eval_str\(\s?(.*)\s?\)$',re.DOTALL) _re_exec_str = re.compile(r'^exec_str\(\s?(\*)?\s?(.*)\s?\)$',re.DOTALL) _parse_args_globals = {'types':types} _parse_args_locals = VisionEgg.FlowControl.Controller.flag_dictionary def __init__(self, socket, disconnect_ok = 0, server_socket = None, # Only needed if reconnecting ok temporal_variables = VisionEgg.FlowControl.Controller.TIME_INDEPENDENT, eval_frequency = VisionEgg.FlowControl.Controller.EVERY_FRAME): """Instantiated by TCPServer.""" VisionEgg.FlowControl.Controller.__init__(self, return_type = types.NoneType, temporal_variables = temporal_variables, eval_frequency = eval_frequency) self.socket = socket self.disconnect_ok = disconnect_ok if self.disconnect_ok and server_socket is None: # Warning -- no ability to accept further incoming sockets... pass self.server_socket = server_socket logger = logging.getLogger('VisionEgg.TCPController') logger.info("Handling connection from %s"%(self.socket.getsockname(),)) self.socket.setblocking(0) # don't block on this socket self.socket.send("Hello. This is %s version %s.\n"%(self.__class__,__version__)) self.socket.send(SocketListenController.help_string+"\n") self.socket.send("Begin sending commands now.\n") self.buffer = "" self.last_command = {} self.names = {} # ( controller, name_re, parser, require_type ) def send_raw_text(self,text): """Send text over the TCP socket.""" self.socket.send(text) def __check_socket(self): if self.socket is not None: # Normal, connected behavior # First, update the buffer ready_to_read, temp, temp2 = select.select([self.socket],[],[],0) new_info = 0 while len(ready_to_read): try: new = self.socket.recv(1024) # When disconnected, this fails on Win32 except socket.error, x: if not self.disconnect_ok: raise else: self.socket.close() self.socket = None if self.server_socket is not None: self.server_socket.setblocking(0) return if len(new) == 0: # When disconnected, this happens on unix # Disconnected self.socket.close() # close socket self.socket = None if not self.disconnect_ok: raise RuntimeError("Socket disconnected!") else: if self.server_socket is not None: self.server_socket.setblocking(0) return # don't do any more #assert(ready_to_read[0] == self.socket) self.buffer += new new_info = 1 ready_to_read, temp, temp2 = select.select([self.socket],[],[],0) # Second, convert the buffer to command_queue entries if new_info: # Handle variations on newlines: self.buffer = string.replace(self.buffer,chr(0x0D),"") # no CR self.buffer = string.replace(self.buffer,chr(0x0A),"\n") # LF = newline # Handle each line for which we have a tcp_name for tcp_name in self.names.keys(): (controller, name_re_str, parser, require_type) = self.names[tcp_name] # If the following line makes a match, it # sticks the result in self.last_command[tcp_name] by calling the parser function. self.buffer = name_re_str.sub(parser,self.buffer) # Now act based on the command parsed command = self.last_command[tcp_name] if command is not None: self.__do_assignment_command(tcp_name,command,require_type) self.last_command[tcp_name] = None # Clear any complete lines for which we don't have a tcp_name self.buffer = SocketListenController._re_line.sub(self.__unprocessed_line,self.buffer) elif self.server_socket is not None: # Not connected on self.socket, check self.server_socket for new connection try: # This line raises an exception unless there's an incoming connection (if server is not blocking, which it shouldn't be) (client, client_address) = self.server_socket.accept() self.socket = client self.socket.send("Hello. This is %s version %s.\n"%(self.__class__,__version__)) self.socket.send(SocketListenController.help_string+"\n") self.socket.send("Begin sending commands now.\n") for tcp_name in self.names.keys(): (controller, name_re_str, parser, require_type) = self.names[tcp_name] self.socket.send('"%s" controllable with this connection.\n'%tcp_name) except socket.error, x: pass def __unprocessed_line(self,match): text = match.group(1) text = string.strip(text).lower() if text=="quit": # this a hack, really (should be a controller in charge of Presentation.parameters.quit) raise SystemExit elif text=="close" or text=="exit": self.socket = None # close socket if not self.disconnect_ok: raise RuntimeError("Socket disconnected!") else: if self.server_socket is not None: self.server_socket.setblocking(0) return "" elif text=="help": self.socket.send(SocketListenController.help_string+"\n") return "" elif text in self.names.keys(): (controller, name_re_str, parser, require_type) = self.names[text] self.socket.send(text+"="+str(controller)+"\n") return "" self.socket.send("Error: Invalid command line \""+text+"\"\n") logger = logging.getLogger('VisionEgg.TCPController') logger.warning('Invalid command line: "%s"'%(text,)) return '' def create_tcp_controller(self, tcp_name=None, initial_controller=None, require_type=None): """Create new instance of TCPController. Arguments: tcp_name -- String to reference new TCPController over TCP Optional arguments: initial_controller -- Initial value of TCPController instance require_type -- force this as TCPController instance's return_type """ class Parser: def __init__(self,tcp_name,most_recent_command): self.tcp_name = tcp_name self.most_recent_command = most_recent_command def parse_func(self,match): # Could make this into a lambda function self.most_recent_command[self.tcp_name] = match.groups()[-1] return "" if tcp_name is None: raise ValueError("Must specify tcp_name") if tcp_name in self.names.keys(): raise ValueError('tcp_name "%s" already in use.'%tcp_name) if string.count(tcp_name,' '): raise ValueError('tcp_name "%s" cannot have spaces.'%tcp_name) if tcp_name == "quit": raise ValueError('tcp_name "%s" conflicts with reserved word.'%tcp_name) if initial_controller is None: # create default controller initial_controller = VisionEgg.FlowControl.ConstantController( during_go_value=1.0, between_go_value=0.0) else: if not isinstance(initial_controller,VisionEgg.FlowControl.Controller): print initial_controller raise ValueError('initial_controller not an instance of VisionEgg.FlowControl.Controller') if require_type is None: require_type = initial_controller.returns_type() # Create initial None value for self.last_command dict self.last_command[tcp_name] = None # Create values for self.names dict tuple ( controller, name_re, most_recent_command, parser ) controller = TCPController( tcp_name=tcp_name, initial_controller=initial_controller ) name_re_str = re.compile("^"+tcp_name+r"\s*=\s*(.*)\s*\n$",re.MULTILINE) parser = Parser(tcp_name,self.last_command).parse_func self.names[tcp_name] = (controller, name_re_str, parser, require_type) self.socket.send('"%s" controllable with this connection.\n'%tcp_name) return controller def __get_five_args(self,arg_string): args = eval("("+arg_string+",)",SocketListenController._parse_args_globals,SocketListenController._parse_args_locals) num_args = len(args) if num_args == 0: args = (None,None,None,None,None) elif num_args == 1: args = (args[0],None,None,None,None) elif num_args == 2: args = (args[0],args[1],None,None,None) elif num_args == 3: args = (args[0],args[1],args[2],None,None) elif num_args == 4: args = (args[0],args[1],args[2],args[3],None) elif num_args > 5: raise ValueError("Too many arguments!") if args[0] is None: raise ValueError("First argument must be set.") return args def __process_common_args(self,kw_args,match_groups): if match_groups[2] is not None: kw_args['eval_frequency'] = match_groups[2] if match_groups[3] is not None: kw_args['temporal_variables'] = match_groups[3] if match_groups[4] is not None: kw_args['return_type'] = match_groups[4] def __do_assignment_command(self,tcp_name,command,require_type): new_contained_controller = None match = SocketListenController._re_const.match(command) if match is not None: try: match_groups = self.__get_five_args(match.group(1)) kw_args = {} kw_args['during_go_value'] = match_groups[0] if match_groups[1] is not None: kw_args['between_go_value'] = match_groups[1] self.__process_common_args(kw_args,match_groups) kw_args.setdefault('return_type',require_type) new_contained_controller = VisionEgg.FlowControl.ConstantController(**kw_args) new_type = new_contained_controller.returns_type() ve_types.assert_type( new_type, require_type) except Exception, x: import traceback traceback.print_exc() self.socket.send("Error %s parsing const for %s: %s\n"%(x.__class__,tcp_name,x)) logger = logging.getLogger('VisionEgg.TCPController') logger.info("%s parsing const for %s: %s"%(x.__class__,tcp_name,x)) else: match = SocketListenController._re_eval_str.match(command) if match is not None: try: match_groups = self.__get_five_args(match.group(1)) kw_args = {} kw_args['during_go_eval_string'] = string.replace(match_groups[0],r"\n","\n") if match_groups[1] is not None: kw_args['between_go_eval_string'] = string.replace(match_groups[1],r"\n","\n") self.__process_common_args(kw_args,match_groups) kw_args.setdefault('return_type',require_type) new_contained_controller = VisionEgg.FlowControl.EvalStringController(**kw_args) if not (new_contained_controller.eval_frequency & VisionEgg.FlowControl.Controller.NOT_DURING_GO): logger = logging.getLogger('VisionEgg.TCPController') logger.debug('Executing "%s" as safety check.'%(kw_args['during_go_eval_string'],)) new_contained_controller._test_self(1) if not (new_contained_controller.eval_frequency & VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO): logger = logging.getLogger('VisionEgg.TCPController') logger.debug('Executing "%s" as safety check.'%(kw_args['between_go_eval_string'],)) new_contained_controller._test_self(0) new_type = new_contained_controller.returns_type() ve_types.assert_type( new_type, require_type) except Exception, x: new_contained_controller = None self.socket.send("Error %s parsing eval_str for %s: %s\n"%(x.__class__,tcp_name,x)) logger = logging.getLogger('VisionEgg.TCPController') logger.info("%s parsing eval_str for %s: %s"%(x.__class__,tcp_name,x)) else: match = SocketListenController._re_exec_str.match(command) if match is not None: try: kw_args = {} match_groups = match.groups() if match_groups[0] == '*': kw_args['restricted_namespace'] = 0 else: kw_args['restricted_namespace'] = 1 match_groups = self.__get_five_args(match_groups[1]) tmp = string.replace(match_groups[0],r"\n","\n") if not SocketListenController._re_x_finder.match(tmp): raise ValueError("x is not defined for during_go_exec_string") kw_args['during_go_exec_string'] = tmp if match_groups[1] is not None: tmp = string.replace(match_groups[1],r"\n","\n") if not SocketListenController._re_x_finder.match(tmp): raise ValueError("x is not defined for between_go_exec_string") kw_args['between_go_exec_string'] = tmp self.__process_common_args(kw_args,match_groups) kw_args.setdefault('return_type',require_type) new_contained_controller = VisionEgg.FlowControl.ExecStringController(**kw_args) if not (new_contained_controller.eval_frequency & VisionEgg.FlowControl.Controller.NOT_DURING_GO): logger = logging.getLogger('VisionEgg.TCPController') logger.debug('Executing "%s" as safety check.'%(kw_args['during_go_exec_string'],)) new_contained_controller._test_self(1) if not (new_contained_controller.eval_frequency & VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO): logger = logging.getLogger('VisionEgg.TCPController') logger.debug('Executing "%s" as safety check.'%(kw_args['between_go_exec_string'],)) new_contained_controller._test_self(0) new_type = new_contained_controller.returns_type() ve_types.assert_type( new_type, require_type) except Exception, x: new_contained_controller = None self.socket.send("Error %s parsing exec_str for %s: %s\n"%(x.__class__,tcp_name,x)) logger = logging.getLogger('VisionEgg.TCPController') logger.debug("%s parsing exec_str for %s: %s"%(x.__class__,tcp_name,x)) else: self.socket.send("Error: Invalid assignment command for %s: %s\n"%(tcp_name,command)) logger = logging.getLogger('VisionEgg.TCPController') logger.info("Invalid assignment command for %s: %s"%(tcp_name,command)) # create controller based on last command_queue if new_contained_controller is not None: (controller, name_re_str, parser, require_type) = self.names[tcp_name] controller.set_new_controller(new_contained_controller) def during_go_eval(self): """Check socket and act accordingly. Called by instance of Presentation. Overrides base class Controller method.""" self.__check_socket() return None def between_go_eval(self): """Check socket and act accordingly. Called by instance of Presentation. Overrides base class Controller method.""" self.__check_socket() return None class TCPController(VisionEgg.FlowControl.EncapsulatedController): """Control a parameter from a network (TCP) connection. Subclass of Controller to allow control of Parameters via the network. This class is analagous to VisionEgg.PyroHelpers.PyroEncapsulatedController. """ # Contains another controller... def __init__(self, tcp_name, initial_controller): """Instantiated by SocketListenController. Users should create instance by using method create_tcp_controller of class SocketListenController.""" VisionEgg.FlowControl.EncapsulatedController.__init__(self,initial_controller) self.tcp_name = tcp_name def __str__(self): value = "" my_class = self.contained_controller.__class__ if my_class == VisionEgg.FlowControl.ConstantController: value += "const( " value += str(self.contained_controller.get_during_go_value()) + ", " value += str(self.contained_controller.get_between_go_value()) + ", " elif my_class == VisionEgg.FlowControl.EvalStringController: value += "eval_str( " str_val = self.contained_controller.get_during_go_eval_string() if str_val is None: value += "None, " else: value += '"' + string.replace(str_val,"\n",r"\n") + '", ' str_val = self.contained_controller.get_between_go_eval_string() if str_val is None: value += "None, " else: value += '"' + string.replace(str_val,"\n",r"\n") + '", ' elif my_class == VisionEgg.FlowControl.ExecStringController: value += "exec_str(" if self.contained_controller.restricted_namespace: value += " " else: # unrestricted value += "* " str_val = self.contained_controller.get_during_go_exec_string() if str_val is None: value += "None, " else: value += '"' + string.replace(str_val,"\n",r"\n") + '", ' str_val = self.contained_controller.get_between_go_exec_string() if str_val is None: value += "None, " else: value += '"' + string.replace(str_val,"\n",r"\n") + '", ' never = 1 ef = self.contained_controller.eval_frequency if ef & VisionEgg.FlowControl.Controller.EVERY_FRAME: value += "EVERY_FRAME | " never = 0 if ef & VisionEgg.FlowControl.Controller.TRANSITIONS: value += "TRANSITIONS | " never = 0 if ef & VisionEgg.FlowControl.Controller.ONCE: value += "ONCE | " never = 0 if ef & VisionEgg.FlowControl.Controller.NOT_DURING_GO: value += "NOT_DURING_GO | " never = 0 if ef & VisionEgg.FlowControl.Controller.NOT_BETWEEN_GO: value += "NOT_BETWEEN_GO | " never = 0 if never: value += "NEVER" else: value = value[:-3] # get rid of trailing "| " value += ", " time_indep = 1 tv = self.contained_controller.temporal_variables if tv & VisionEgg.FlowControl.Controller.TIME_SEC_ABSOLUTE: value += "TIME_SEC_ABSOLUTE | " time_indep = 0 if tv & VisionEgg.FlowControl.Controller.TIME_SEC_SINCE_GO: value += "TIME_SEC_SINCE_GO | " time_indep = 0 if tv & VisionEgg.FlowControl.Controller.FRAMES_ABSOLUTE: value += "FRAMES_ABSOLUTE | " time_indep = 0 if tv & VisionEgg.FlowControl.Controller.FRAMES_SINCE_GO: value += "FRAMES_SINCE_GO | " time_indep = 0 if time_indep: value += "TIME_INDEPENDENT" else: value = value[:-3] # get rid of trailing "| " value += ", " my_type = self.contained_controller.returns_type() if my_type == types.ClassType: value += str(my_type) else: for t in dir(types): if my_type == getattr(types,t): value += "types."+t break value += " )" return value visionegg-1.2.1/VisionEgg/test_Core.py0000644000076500000240000000024211224565530017065 0ustar astrawstafffrom VisionEgg.Core import FrameTimer def test_FrameTimer(): ft = FrameTimer() ft.tick() ft.tick() result = ft.get_longest_frame_duration_sec() visionegg-1.2.1/VisionEgg/Text.py0000644000076500000240000003412011224565527016072 0ustar astrawstaff# The Vision Egg: Text # # Copyright (C) 2001-2003 Andrew Straw. # Copyright (C) 2005,2008 California Institute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Text stimuli. """ #################################################################### # # Import all the necessary packages # #################################################################### import logging import logging.handlers import VisionEgg.Core import VisionEgg.Textures import VisionEgg.ParameterTypes as ve_types import VisionEgg.GL as gl # get all OpenGL stuff in one namespace import pygame try: import OpenGL.GLUT as glut have_glut = True except: have_glut = False _font_objects = {} # global variable to cache pygame font objects def delete_font_objects(): for key in _font_objects.keys(): del _font_objects[key] VisionEgg.Core.pygame_keeper.register_func_to_call_on_quit(delete_font_objects) class Text(VisionEgg.Textures.TextureStimulus): """Single line of text rendered using pygame/SDL true type fonts. Parameters ========== anchor -- specifies how position parameter is interpreted (String) Inherited from VisionEgg.Textures.TextureStimulus Default: lowerleft angle -- units: degrees, 0=right, 90=up (Real) Inherited from VisionEgg.Textures.TextureStimulus Default: 0.0 color -- texture environment color. alpha ignored (if given) for max_alpha parameter (AnyOf(Sequence3 of Real or Sequence4 of Real)) Inherited from VisionEgg.Textures.TextureStimulus Default: (1.0, 1.0, 1.0) depth_test -- perform depth test? (Boolean) Inherited from VisionEgg.Textures.TextureStimulus Default: False ignore_size_parameter -- (Boolean) Default: True mask -- optional masking function (Instance of ) Inherited from VisionEgg.Textures.TextureStimulus Default: (determined at runtime) max_alpha -- controls opacity. 1.0=copletely opaque, 0.0=completely transparent (Real) Inherited from VisionEgg.Textures.TextureStimulus Default: 1.0 on -- draw stimulus? (Boolean) Inherited from VisionEgg.Textures.TextureStimulus Default: True position -- units: eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real)) Inherited from VisionEgg.Textures.TextureStimulus Default: (0.0, 0.0) size -- defaults to texture data size (units: eye coordinates) (Sequence2 of Real) Inherited from VisionEgg.Textures.TextureStimulus Default: (determined at runtime) text -- (AnyOf(String or Unicode)) Default: the string to display texture -- source of texture data (Instance of ) Inherited from VisionEgg.Textures.TextureStimulusBaseClass Default: (determined at runtime) texture_mag_filter -- OpenGL filter enum (Integer) Inherited from VisionEgg.Textures.TextureStimulusBaseClass Default: GL_LINEAR (9729) texture_min_filter -- OpenGL filter enum (Integer) Inherited from VisionEgg.Textures.TextureStimulusBaseClass Default: (GL enum determined at runtime) texture_wrap_s -- OpenGL texture wrap enum (Integer) Inherited from VisionEgg.Textures.TextureStimulusBaseClass Default: (GL enum determined at runtime) texture_wrap_t -- OpenGL texture wrap enum (Integer) Inherited from VisionEgg.Textures.TextureStimulusBaseClass Default: (GL enum determined at runtime) Constant Parameters =================== font_name -- (AnyOf(String or Unicode)) Default: (determined at runtime) font_size -- (UnsignedInteger) Default: 30 internal_format -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer) Inherited from VisionEgg.Textures.TextureStimulus Default: GL_RGB (6407) mipmaps_enabled -- Are mipmaps enabled? (Boolean) Inherited from VisionEgg.Textures.TextureStimulus Default: True shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean) Inherited from VisionEgg.Textures.TextureStimulus Default: False """ parameters_and_defaults = { 'text': ( 'the string to display', #changing this redraws texture, may cause slowdown ve_types.AnyOf(ve_types.String,ve_types.Unicode)), 'ignore_size_parameter':(True, # when true, draws text at 100% size ve_types.Boolean), } constant_parameters_and_defaults = { 'font_size':(30, ve_types.UnsignedInteger), 'font_name':(None, # None = use default font ve_types.AnyOf(ve_types.String,ve_types.Unicode)), } __slots__ = ( 'font', '_text', ) def __init__(self,**kw): if not pygame.font: raise RuntimeError("no pygame font module") if not pygame.font.get_init(): pygame.font.init() if not pygame.font.get_init(): raise RuntimeError("pygame doesn't init") # override some defaults if 'internal_format' not in kw.keys(): kw['internal_format'] = gl.GL_RGBA if 'mipmaps_enabled' not in kw.keys(): kw['mipmaps_enabled'] = 0 if 'texture_min_filter' not in kw.keys(): kw['texture_min_filter'] = gl.GL_LINEAR VisionEgg.Textures.TextureStimulus.__init__(self,**kw) cp = self.constant_parameters fontobject_args = (cp.font_name,cp.font_size) if fontobject_args not in _font_objects: # make global cache of font objects fontobject = pygame.font.Font(*fontobject_args) _font_objects[fontobject_args] = fontobject # get font object from global cache self.font = _font_objects[fontobject_args] self._render_text() def _render_text(self): p = self.parameters rendered_surf = self.font.render(p.text, 1, (255,255,255)) # pygame.Surface object # we could use put_new_image for speed (or put_sub_image for more) p.texture = VisionEgg.Textures.Texture(rendered_surf) self._reload_texture() self._text = p.text # cache string so we know when to re-render if p.ignore_size_parameter: p.size = p.texture.size def draw(self): p = self.parameters if p.texture != self._using_texture: # self._using_texture is from TextureStimulusBaseClass raise RuntimeError("my texture has been modified, but it shouldn't be") if p.text != self._text: # new text self._render_text() if p.ignore_size_parameter: p.size = p.texture.size VisionEgg.Textures.TextureStimulus.draw(self) # call base class if have_glut: class GlutTextBase(VisionEgg.Core.Stimulus): """DEPRECATED. Base class: don't instantiate this class directly. Base class that defines the common interface between the other glut-based text stimuli. Parameters ========== color -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 1.0, 1.0) lowerleft -- (Sequence2 of Real) Default: (320, 240) on -- (Boolean) Default: True text -- (String) Default: the string to display """ parameters_and_defaults = { 'on':(True, ve_types.Boolean), 'color':((1.0,1.0,1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real))), 'lowerleft':((320,240), ve_types.Sequence2(ve_types.Real)), 'text':('the string to display', ve_types.String)} def __init__(self,**kw): if not hasattr(VisionEgg.config,"_GAVE_GLUT_TEXT_DEPRECATION"): logger = logging.getLogger('VisionEgg.Text') logger.warning("Using GlutTextBase class. This will be " "removed in a future release. Use " "VisionEgg.Text.Text instead.") VisionEgg.config._GAVE_GLUT_TEXT_DEPRECATION = 1 VisionEgg.Core.Stimulus.__init__(self,**kw) class BitmapText(GlutTextBase): """DEPRECATED. Bitmap fonts from GLUT. Parameters ========== color -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) Inherited from GlutTextBase Default: (1.0, 1.0, 1.0) font -- (Integer) Default: 5 lowerleft -- (Sequence2 of Real) Inherited from GlutTextBase Default: (320, 240) on -- (Boolean) Inherited from GlutTextBase Default: True text -- (String) Inherited from GlutTextBase Default: the string to display """ parameters_and_defaults = { 'font':(glut.GLUT_BITMAP_TIMES_ROMAN_24, ve_types.Integer), } def __init__(self,**kw): GlutTextBase.__init__(self,**kw) def draw(self): if self.parameters.on: gl.glDisable(gl.GL_TEXTURE_2D) gl.glDisable(gl.GL_BLEND) gl.glDisable(gl.GL_DEPTH_TEST) gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPushMatrix() gl.glTranslate(self.parameters.lowerleft[0],self.parameters.lowerleft[1],0.0) c = self.parameters.color if len(c)==3: gl.glColor3f(*c) elif len(c)==4: gl.glColor4f(*c) gl.glDisable(gl.GL_TEXTURE_2D) gl.glRasterPos3f(0.0,0.0,0.0) for char in self.parameters.text: glut.glutBitmapCharacter(self.parameters.font,ord(char)) gl.glPopMatrix() class StrokeText(GlutTextBase): """DEPRECATED. Text rendered by GLUT using stroke fonts. Parameters ========== anti_aliasing -- (Boolean) Default: True color -- (AnyOf(Sequence3 of Real or Sequence4 of Real)) Inherited from GlutTextBase Default: (1.0, 1.0, 1.0) font -- (Integer) Default: 0 linewidth -- (Real) Default: 3.0 lowerleft -- (Sequence2 of Real) Inherited from GlutTextBase Default: (320, 240) on -- (Boolean) Inherited from GlutTextBase Default: True orientation -- (Real) Default: 0.0 text -- (String) Inherited from GlutTextBase Default: the string to display """ parameters_and_defaults = { 'font':(glut.GLUT_STROKE_ROMAN, ve_types.Integer), 'orientation':(0.0, ve_types.Real), 'linewidth':(3.0, # pixels ve_types.Real), 'anti_aliasing':(True, ve_types.Boolean), } def __init__(self,**kw): raise NotImplementedError("There's something broken with StrokeText, and I haven't figured it out yet!") GlutTextBase.__init__(self,**kw) def draw(self): if self.parameters.on: gl.glDisable(gl.GL_TEXTURE_2D) gl.glDisable(gl.GL_DEPTH_TEST) gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPushMatrix() gl.glTranslate(self.parameters.lowerleft[0],self.parameters.lowerleft[1],0.0) gl.glRotate(self.parameters.orientation,0.0,0.0,1.0) c = self.parameters.color if len(c)==3: gl.glColor3f(*c) elif len(c)==4: gl.glColor4f(*c) gl.glLineWidth(self.parameters.linewidth) if self.parameters.anti_aliasing: gl.glEnable(gl.GL_BLEND) gl.glBlendFunc(gl.GL_SRC_ALPHA,gl.GL_ONE_MINUS_SRC_ALPHA) gl.glEnable(gl.GL_LINE_SMOOTH) else: gl.glDisable(gl.GL_BLEND) ## # This code successfully draws a box... ## gl.glBegin(gl.GL_QUADS) ## gl.glVertex2f(0.0,0.0) ## gl.glVertex2f(0.0,0.1) ## gl.glVertex2f(0.1,0.1) ## gl.glVertex2f(0.1,0.0) ## gl.glEnd() # But this code does not draw the string!?! for char in self.parameters.text: glut.glutStrokeCharacter(self.parameters.font,ord(char)) gl.glPopMatrix() visionegg-1.2.1/VisionEgg/Textures.py0000644000076500000240000026501611231303024016757 0ustar astrawstaff# The Vision Egg: Textures # # Copyright (C) 2001-2004 Andrew Straw # Copyright (C) 2004-2008 California Institute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Texture (images mapped onto polygons) stimuli. """ #################################################################### # # Import all the necessary packages # #################################################################### import logging # available in Python 2.3 import VisionEgg import VisionEgg.Core import VisionEgg.ParameterTypes as ve_types import Image, ImageDraw # Python Imaging Library packages import pygame.surface, pygame.image # pygame import math, types, os import numpy import numpy.oldnumeric as numpyNumeric, numpy.oldnumeric.mlab as MLab import VisionEgg.GL as gl # get all OpenGL stuff in one namespace import OpenGL.GLU as glu # These modules are part of PIL and get loaded as needed by Image. # They are listed here so that Gordon McMillan's Installer properly # locates them. You will not hurt anything other than your ability to # make executables using Intaller if you remove these lines. import _imaging import ImageFile, ImageFileIO, BmpImagePlugin, JpegImagePlugin, PngImagePlugin if Image.VERSION >= '1.1.3': shrink_filter = Image.ANTIALIAS # Added in PIL 1.1.3 else: shrink_filter = Image.BICUBIC # Fallback filtering array_types = [numpy.ndarray] # Allow use of numarray and original Numeric texels without requiring either try: import numarray array_types.append( numarray.numarraycore.NumArray ) except ImportError: pass try: import Numeric as orig_Numeric array_types.append( orig_Numeric.ArrayType ) except ImportError: pass def convert_to_numpy_if_array(A): if type(A) in array_types: # with late release Numeric and numarray this is a view of the data return numpy.asarray(A) else: return A #################################################################### # # XXX ToDo: # The main remaining feature to add to this module is automatic # management of texture objects. This would allow many small images # (e.g. a bit of text) to live in one large texture object. This # would be much faster when many small textures are drawn in rapid # succession. (Apparently this might not be such a big improvement on # OS X. (See http://crystal.sourceforge.net/phpwiki/index.php?MacXGL) # Here's a sample from Apple's TextureRange demo which is supposed # to speed up texture transfers. # glBindTextures( target, &texID); # glPixelStorei(GL_UNPACK_CLIENT_STORAGE_APPLE, 1); # glTexImage2D(target, 0, GL_RGBA, width, height, 0, GL_BGRA, GL_UNSIGNED_INT_8_8_8_8_REV,image_ptr); # Update the texture with: # glTexSubImage2D(target, 0, 0, 0, width, height, GL_BGRA, GL_UNSIGNED_INT_8_8_8_8_REV,image_ptr); #################################################################### #################################################################### # # Textures # #################################################################### def next_power_of_2(f): return int(math.pow(2.0,math.ceil(math.log(f)/math.log(2.0)))) def is_power_of_2(f): return f == next_power_of_2(f) class Texture(object): """A 2 dimensional texture. The pixel data can come from an image file, an image file stream, an instance of Image from the Python Imaging Library, a numpy array, or None. If the data is a numpy array, floating point numbers are assumed to be in the range 0.0 to 1.0, and integers are assumed to be in the range 0 to 255. The first index is the row (y position), the second index is the column (x position), and if it's RGB or RGBA data, the third index specifies the color band. Thus, if the texel data was 640 pixels wide by 480 pixels tall, the array would have shape (480,640) for luminance information, (480,640,3) for RGB information, and (480,640,4) for RGBA information. The 2D texture data is not sent to OpenGL (video texture memory) until the load() method is called. The unload() method may be used to remove the data from OpenGL. A reference to the original image data is maintained.""" __slots__ = ('texels', 'texture_object', 'size', '_filename', '_file_stream', 'buf_lf', 'buf_rf', 'buf_bf', 'buf_tf', '_buf_l', '_buf_r', '_buf_b', '_buf_t', ) def __init__(self,texels=None,size=None): """Creates instance of Texture object. texels -- Texture data. If not specified, a blank white texture is created. size -- If a tuple, force size of texture data if possible, raising an exception if not. If None, has no effect. """ if texels is None: # no texel data: make default if size is None: size = (256,256) # an arbitrary default size texels = Image.new("RGB",size,(255,255,255)) # white if type(texels) == types.FileType: texels = Image.open(texels) # Attempt to open as an image file elif type(texels) in (types.StringType,types.UnicodeType): # is this string a filename or raw image data? if os.path.isfile(texels): # cache filename and file stream for later use (if possible) self._filename = texels self._file_stream = open(texels,"rb") texels = Image.open(texels) # Attempt to open as an image stream texels = convert_to_numpy_if_array(texels) if isinstance(texels, Image.Image): # PIL Image if texels.mode == 'P': # convert from paletted texels = texels.convert('RGBX') self.size = texels.size elif isinstance(texels, pygame.surface.Surface): # pygame surface self.size = texels.get_size() elif isinstance(texels,numpy.ndarray): # numpy array if len(texels.shape) == 3: if texels.shape[2] not in [3,4]: raise ValueError("Only luminance (rank 2), and RGB, RGBA (rank 3) arrays allowed") elif len(texels.shape) != 2: raise ValueError("Only luminance (rank 2), and RGB, RGBA (rank 3) arrays allowed") self.size = ( texels.shape[1], texels.shape[0] ) else: raise TypeError("texel data could not be recognized. (Use a PIL Image, numpy array, or pygame surface.)") self.texels = texels self.texture_object = None if size is not None and size != self.size: raise ValueError("size was specified, but data could not be rescaled") def update(self): """Update texture data This method does nothing, but may be overriden in classes that need to update their texture data whenever drawn. It it called by the draw() method of any stimuli using textures when its texture object is active, so it can safely use put_sub_image() to manipulate its own texture data. """ pass def make_half_size(self): if self.texture_object is not None: raise RuntimeError("make_half_size() only available BEFORE texture loaded to OpenGL.") if isinstance(self.texels,Image.Image): w = self.size[0]/2 h = self.size[1]/2 small_texels = self.texels.resize((w,h),shrink_filter) self.texels = small_texels self.size = (w,h) else: raise NotImplementedError("Texture too large, but rescaling only implemented for PIL images.") def unload(self): """Unload texture data from video texture memory. This only removes data from the video texture memory if there are no other references to the TextureObject instance. To ensure this, all references to the texture_object argument passed to the load() method should be deleted.""" self.texture_object = None def get_texels_as_image(self): """Return texel data as PIL image""" if isinstance(self.texels,numpy.ndarray): if len(self.texels.shape) == 2: a = self.texels if a.dtype == numpy.uint8: mode = "L" elif a.dtype == numpy.float32: mode = "F" else: raise ValueError("unsupported image mode") return Image.fromstring(mode, (a.shape[1], a.shape[0]), a.tostring()) else: raise NotImplementedError("Currently only luminance data can be converted to images") elif isinstance(self.texels, Image.Image): return self.texels elif isinstance(self.texels, pygame.surface.Surface): width, height = self.texels.get_size() if self.texels.get_alpha(): raw_data = pygame.image.tostring(self.texels,'RGBA',1) return Image.fromstring('RGBA', (width, height), raw_data) else: raw_data = pygame.image.tostring(self.texels,'RGB',1) return Image.fromstring('RGB', (width, height), raw_data) else: raise NotImplementedError("Don't know how to convert texel data %s " "to PIL image"%(self.texels,)) def get_texels_as_array(self): """Return texel data as numpy array""" if isinstance(self.texels,numpy.ndarray): return self.texels elif isinstance(self.texels, Image.Image): width, height = self.texels.size if self.texels.mode == 'P': texel_data=self.texels.convert('RGBA') # convert to RGBA from paletted data_format = gl.GL_RGBA else: texel_data = self.texels raw_data = texel_data.tostring('raw',texel_data.mode,0,-1) if texel_data.mode == 'L': shape = (height,width) elif texel_data.mode == 'RGB': shape = (height,width,3) elif texel_data.mode in ('RGBA','RGBX'): shape = (height,width,4) else: raise NotImplementedError('mode %s not supported'%( texel_data.mode,)) arr = numpy.fromstring( raw_data, dtype=numpy.uint8 ) arr.shape = shape return arr elif isinstance(self.texels, pygame.surface.Surface): width, height = self.texels.get_size() if self.texels.get_alpha(): raw_data = pygame.image.tostring(self.texels,'RGBA',1) arr = numpy.fromstring( raw_data, dtype=numpy.uint8 ) arr.shape = (height,width,4) return arr else: raw_data = pygame.image.tostring(self.texels,'RGB',1) arr = numpy.fromstring( raw_data, dtype=numpy.uint8 ) arr.shape = (height,width,3) return arr else: raise NotImplementedError("Don't know how to convert texel data %s " "to numpy array"%(self.texels,)) def get_pixels_as_image(self): logger = logging.getLogger('VisionEgg.Textures') logger.warning("Using deprecated method get_pixels_as_image(). " "Use get_texels_as_image() instead.") return self.get_texels_as_image() def load(self, texture_object, build_mipmaps = True, rescale_original_to_fill_texture_object = False, internal_format=gl.GL_RGB): """Load texture data to video texture memory. This will cause the texture data to become resident in OpenGL video texture memory, enabling fast drawing. The texture_object argument is used to specify an instance of the TextureObject class, which is a wrapper for the OpenGL texture object holding the resident texture. To remove a texture from OpenGL's resident textures: TextureObject passed as the texture_object argument and 2) call the unload() method""" assert( isinstance( texture_object, TextureObject )) assert( texture_object.dimensions == 2 ) width, height = self.size width_pow2 = next_power_of_2(width) height_pow2 = next_power_of_2(height) if rescale_original_to_fill_texture_object: if not isinstance(self.texels,Image.Image): raise NotImplementedError("Automatic rescaling not implemented for this texel data type.") # fractional coverage self.buf_lf = 0.0 self.buf_rf = float(width)/width_pow2 self.buf_bf = 0.0 self.buf_tf = float(height)/height_pow2 # absolute (texel units) coverage self._buf_l = 0 self._buf_r = width self._buf_b = 0 self._buf_t = height if width != width_pow2 or height != height_pow2: if isinstance(self.texels,numpy.ndarray): if len(self.texels.shape) == 2: buffer = numpy.zeros( (height_pow2,width_pow2), dtype=self.texels.dtype ) buffer[0:height,0:width] = self.texels elif len(self.texels.shape) == 3: buffer = numpy.zeros( (height_pow2,width_pow2,self.texels.shape[2]), dtype=self.texels.dtype ) buffer[0:height,0:width,:] = self.texels else: raise RuntimeError("Unexpected shape for self.texels") elif isinstance(self.texels, Image.Image): # PIL Image if rescale_original_to_fill_texture_object: # reset coverage values self.buf_lf = 0.0 self.buf_rf = 1.0 self.buf_bf = 0.0 self.buf_tf = 1.0 self._buf_l = 0 self._buf_r = width_pow2 self._buf_t = 0 self._buf_b = height_pow2 buffer = self.texels.resize((width_pow2,height_pow2),shrink_filter) self.size = (width_pow2, height_pow2) else: buffer = Image.new(self.texels.mode,(width_pow2, height_pow2)) buffer.paste( self.texels, (0,height_pow2-height,width,height_pow2)) elif isinstance(self.texels, pygame.surface.Surface): # pygame surface buffer = pygame.surface.Surface( (width_pow2, height_pow2), self.texels.get_flags(), self.texels.get_bitsize() ) buffer.blit( self.texels, (0,height_pow2-height) ) else: raise RuntimeError("texel data not recognized - changed?") else: buffer = self.texels # Put data in texture object if not build_mipmaps: texture_object.put_new_image( buffer, internal_format=internal_format, mipmap_level=0 ) else: if 0: # Build mipmaps with GLU (faster, but currently broken) texture_object.put_new_image_build_mipmaps( buffer, internal_format=internal_format ) else: # Build mipmaps in PIL texture_object.put_new_image( buffer, internal_format=internal_format, mipmap_level=0 ) if not isinstance(self.texels, Image.Image): # PIL Image raise NotImplementedError( "Building of mipmaps not implemented for this texel "+\ "data type. (Use PIL Images or set parameter "+\ "mipmaps_enabled = False.)") this_width, this_height = self.size biggest_dim = max(this_width,this_height) mipmap_level = 1 while biggest_dim > 1: this_width = this_width/2.0 this_height = this_height/2.0 width_pix = int(math.ceil(this_width)) height_pix = int(math.ceil(this_height)) shrunk = self.texels.resize((width_pix,height_pix),shrink_filter) width_pow2 = next_power_of_2(width_pix) height_pow2 = next_power_of_2(height_pix) im = Image.new(shrunk.mode,(width_pow2,height_pow2)) im.paste(shrunk,(0,height_pow2-height_pix,width_pix,height_pow2)) texture_object.put_new_image( im, mipmap_level=mipmap_level, internal_format = internal_format, check_opengl_errors = False, # no point -- we've already seen biggest texture work, we're just making mipmap ) mipmap_level += 1 biggest_dim = max(this_width,this_height) # Keep reference to texture_object self.texture_object = texture_object def get_texture_object(self): return self.texture_object class TextureFromFile( Texture ): """DEPRECATED.""" def __init__(self, filename ): logger = logging.getLogger('VisionEgg.Textures') logger.warning("class TextureFromFile deprecated, use class " "Texture instead.") Texture.__init__(self, filename) class TextureObject(object): """Texture data in OpenGL. Potentially resident in video texture memory. This class encapsulates the state variables in OpenGL texture objects. Do not change attribute values directly. Use the methods provided instead.""" __slots__ = ( 'min_filter', 'mag_filter', 'wrap_mode_r', # if dimensions > 2 'wrap_mode_s', 'wrap_mode_t', # if dimensions > 1 'border_color', 'target', 'dimensions', 'gl_id', '__gl_module__', ) _cube_map_side_names = ['positive_x', 'negative_x', 'positive_y', 'negative_y', 'positive_z', 'negative_z'] def __init__(self, dimensions = 2): if dimensions not in [1,2,3,'cube']: raise ValueError("TextureObject dimensions must be 1,2,3, or 'cube'") # default OpenGL values for these values self.min_filter = gl.GL_NEAREST_MIPMAP_LINEAR self.mag_filter = gl.GL_LINEAR self.wrap_mode_s = gl.GL_REPEAT if dimensions != 1: self.wrap_mode_t = gl.GL_REPEAT if dimensions == 3: self.wrap_mode_r = gl.GL_REPEAT self.border_color = (0, 0, 0, 0) if dimensions == 1: self.target = gl.GL_TEXTURE_1D elif dimensions == 2: self.target = gl.GL_TEXTURE_2D elif dimensions == 3: self.target = gl.GL_TEXTURE_3D elif dimensions == 'cube': self.target = gl.GL_TEXTURE_CUBE self.dimensions = dimensions self.gl_id = gl.glGenTextures(1) self.__gl_module__ = gl # keep so we there's no error in __del__ def __del__(self): self.__gl_module__.glDeleteTextures(self.gl_id) def is_resident(self): return gl.glAreTexturesResident( self.gl_id ) def set_priority(self, priority): gl.glPrioritizeTextures( [self.gl_id], [priority] ) def set_min_filter(self, filter): gl.glBindTexture(self.target, self.gl_id) gl.glTexParameteri( self.target, gl.GL_TEXTURE_MIN_FILTER,filter) self.min_filter = filter def set_mag_filter(self, filter): gl.glBindTexture( self.target, self.gl_id) gl.glTexParameteri( self.target, gl.GL_TEXTURE_MAG_FILTER, filter) self.mag_filter = filter def set_wrap_mode_s(self, wrap_mode): """Set to GL_CLAMP, GL_CLAMP_TO_EDGE, GL_REPEAT, or GL_CLAMP_TO_BORDER""" gl.glBindTexture( self.target, self.gl_id) gl.glTexParameteri( self.target, gl.GL_TEXTURE_WRAP_S, wrap_mode) self.wrap_mode_s = wrap_mode def set_wrap_mode_t(self, wrap_mode): """Set to GL_CLAMP, GL_CLAMP_TO_EDGE, GL_REPEAT, or GL_CLAMP_TO_BORDER""" gl.glBindTexture( self.target, self.gl_id) gl.glTexParameteri( self.target, gl.GL_TEXTURE_WRAP_T, wrap_mode) self.wrap_mode_t = wrap_mode def set_wrap_mode_r(self, wrap_mode): """Set to GL_CLAMP, GL_CLAMP_TO_EDGE, GL_REPEAT, or GL_CLAMP_TO_BORDER""" gl.glBindTexture( self.target, self.gl_id) gl.glTexParameteri( self.target, gl.GL_TEXTURE_WRAP_R, wrap_mode) self.wrap_mode_r = wrap_mode def set_border_color(self, border_color): """Set to a sequence of 4 floats in the range 0.0 to 1.0""" gl.glBindTexture( self.target, self.gl_id) gl.glTexParameteriv( self.target, gl.GL_TEXTURE_BORDER_COLOR, border_color) self.border_color = border_color def put_new_image(self, texel_data, mipmap_level = 0, border = 0, check_opengl_errors = True, internal_format = gl.GL_RGB, data_format = None, # automatic guess unless set explicitly data_type = None, # automatic guess unless set explicitly cube_side = None, ): """Put numpy array or PIL Image into OpenGL as texture data. The texel_data parameter contains the texture data. If it is a numpy array, it must be 1D, 2D, or 3D data in grayscale or color (RGB or RGBA). Remember that OpenGL begins its textures from the lower left corner, so texel_data[0,:] = 1.0 would set the bottom line of the texture to white, while texel_data[:,0] = 1.0 would set the left line of the texture to white. The mipmap_level parameter specifies which of the texture object's mipmap arrays you are filling. The border parameter specifies the width of the border. The check_opengl_errors parameter turns on (more comprehensible) error messages when something goes wrong. It also slows down performance a little bit. The internal_format parameter specifies the format in which the image data is stored on the video card. See the OpenGL specification for all possible values. If the data_format parameter is None (the default), an attempt is made to guess data_format according to the following description. For numpy arrays: If texel_data.shape is equal to the dimensions of the texture object, texel_data is assumed to contain luminance (grayscale) information and data_format is set to GL_LUMINANCE. If texel_data.shape is equal to one plus the dimensions of the texture object, texel_data is assumed to contain color information. If texel_data.shape[-1] is 3, this is assumed to be RGB data and data_format is set to GL_RGB. If, texel_data.shape[-1] is 4, this is assumed to be RGBA data and data_format is set to GL_RGBA. For PIL images: the "mode" attribute is queried. If the data_type parameter is None (the default), it is set to GL_UNSIGNED_BYTE. For numpy arrays: texel_data is (re)cast to UInt8 and, if it is a floating point type, values are assumed to be in the range 0.0-1.0 and are scaled to the range 0-255. If the data_type parameter is not None, the texel_data is not rescaled or recast. Currently only GL_UNSIGNED_BYTE is supported. For PIL images: texel_data is used as unsigned bytes. This is the usual format for common computer graphics files.""" texel_data = convert_to_numpy_if_array(texel_data) if isinstance(texel_data,numpy.ndarray): if self.dimensions != 'cube': assert(cube_side == None) data_dimensions = len(texel_data.shape) assert((data_dimensions == self.dimensions) or (data_dimensions == self.dimensions+1)) else: assert(cube_side in TextureObject._cube_map_side_names) elif isinstance(texel_data,Image.Image): assert( self.dimensions == 2 ) elif isinstance(texel_data,pygame.surface.Surface): assert( self.dimensions == 2 ) else: raise TypeError("Expecting numpy array, PIL image, or pygame surface") # make myself the active texture gl.glBindTexture(self.target, self.gl_id) # Determine the data_format, data_type and rescale the data if needed if data_format is None: # guess the format of the data if isinstance(texel_data,numpy.ndarray): if len(texel_data.shape) == self.dimensions: data_format = gl.GL_LUMINANCE elif len(texel_data.shape) == (self.dimensions+1): if texel_data.shape[-1] == 3: data_format = gl.GL_RGB elif texel_data.shape[-1] == 4: data_format = gl.GL_RGBA else: raise RuntimeError("Couldn't determine a format for your texel_data.") else: raise RuntimeError("Couldn't determine a format for your texel_data.") elif isinstance(texel_data,Image.Image): if texel_data.mode == 'L': data_format = gl.GL_LUMINANCE elif texel_data.mode == 'RGB': data_format = gl.GL_RGB elif texel_data.mode in ('RGBA','RGBX'): data_format = gl.GL_RGBA elif texel_data.mode == 'P': texel_data=texel_data.convert('RGBA') # convert to RGBA from paletted data_format = gl.GL_RGBA else: raise RuntimeError("Couldn't determine format for your texel_data. (PIL mode = '%s')"%texel_data.mode) elif isinstance(texel_data,pygame.surface.Surface): if texel_data.get_alpha(): data_format = gl.GL_RGBA else: data_format = gl.GL_RGB if data_type is None: # guess the data type data_type = gl.GL_UNSIGNED_BYTE if isinstance(texel_data,numpy.ndarray): if texel_data.dtype == numpy.float: texel_data = texel_data*255.0 if data_type == gl.GL_UNSIGNED_BYTE: if isinstance(texel_data,numpy.ndarray): texel_data = texel_data.astype(numpy.uint8) # (re)cast if necessary else: raise NotImplementedError("Only data_type GL_UNSIGNED_BYTE currently supported") # determine size and make sure its power of 2 if self.dimensions == 1: # must be numpy array width = texel_data.shape[0] if not is_power_of_2(width): raise ValueError("texel_data does not have all dimensions == n^2") else: if isinstance(texel_data,numpy.ndarray): width = texel_data.shape[1] height = texel_data.shape[0] elif isinstance(texel_data,Image.Image): width, height = texel_data.size elif isinstance(texel_data,pygame.surface.Surface): width, height = texel_data.get_size() if not is_power_of_2(width): raise ValueError("texel_data does not have all dimensions == n^2") if not is_power_of_2(height): raise ValueError("texel_data does not have all dimensions == n^2") if self.dimensions == 3: # must be numpy array depth = texel_data.shape[2] if not is_power_of_2(depth): raise ValueError("texel_data does not have all dimensions == n^2") if self.dimensions in [2,'cube']: if isinstance(texel_data,numpy.ndarray): raw_data = texel_data.tostring() elif isinstance(texel_data,Image.Image): raw_data = texel_data.tostring('raw',texel_data.mode,0,-1) elif isinstance(texel_data,pygame.surface.Surface): if texel_data.get_alpha(): raw_data = pygame.image.tostring(texel_data,'RGBA',1) else: raw_data = pygame.image.tostring(texel_data,'RGB',1) # check for OpenGL errors if check_opengl_errors: max_dim = gl.glGetIntegerv( gl.GL_MAX_TEXTURE_SIZE ) if width > max_dim: raise TextureTooLargeError("texel_data is too wide for your video system.") if self.dimensions == 1: gl.glTexImage1Dub(gl.GL_PROXY_TEXTURE_1D, mipmap_level, internal_format, border, data_format, texel_data) if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_1D,mipmap_level,gl.GL_TEXTURE_WIDTH) == 0: raise TextureTooLargeError("texel_data is too wide for your video system.") elif self.dimensions in [2,'cube']: if height > max_dim: raise TextureTooLargeError("texel_data is too tall for your video system.") if self.dimensions == 2: target = gl.GL_PROXY_TEXTURE_2D else: target = gl.GL_PROXY_CUBE_MAP gl.glTexImage2D(target, mipmap_level, internal_format, width, height, border, data_format, data_type, raw_data) if gl.glGetTexLevelParameteriv(target, # Need PyOpenGL >= 2.0 mipmap_level, gl.GL_TEXTURE_WIDTH) == 0: raise TextureTooLargeError("texel_data is too wide for your video system.") if gl.glGetTexLevelParameteriv(target,mipmap_level,gl.GL_TEXTURE_HEIGHT) == 0: raise TextureTooLargeError("texel_data is too tall for your video system.") elif self.dimensions == 3: if max(height,depth) > max_dim: raise TextureTooLargeError("texel_data is too large for your video system.") gl.glTexImage3Dub(gl.GL_PROXY_TEXTURE_3D, mipmap_level, internal_format, border, data_format, texel_data) if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_3D,mipmap_level,gl.GL_TEXTURE_WIDTH) == 0: raise TextureTooLargeError("texel_data is too wide for your video system.") if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_3D,mipmap_level,gl.GL_TEXTURE_HEIGHT) == 0: raise TextureTooLargeError("texel_data is too tall for your video system.") if gl.glGetTexLevelParameteriv(gl.GL_PROXY_TEXTURE_3D,mipmap_level,gl.GL_TEXTURE_DEPTH) == 0: raise TextureTooLargeError("texel_data is too deep for your video system.") else: raise RuntimeError("Unknown number of dimensions.") # No OpenGL error, put the texture in! if self.dimensions == 1: gl.glTexImage1Dub(gl.GL_TEXTURE_1D, mipmap_level, internal_format, border, data_format, texel_data) elif self.dimensions in [2,'cube']: if self.dimensions == 2: target = gl.GL_TEXTURE_2D else: target_name = 'GL_CUBE_MAP_'+cube_side.upper() target = getattr(gl,target_name) gl.glTexImage2D(target, mipmap_level, internal_format, width, height, border, data_format, data_type, raw_data) elif self.dimensions == 3: gl.glTexImage3Dub(gl.GL_TEXTURE_3D, mipmap_level, internal_format, border, data_format, texel_data) else: raise RuntimeError("Unknown number of dimensions.") def put_new_image_build_mipmaps(self, texel_data, internal_format = gl.GL_RGB, data_format = None, # automatic guess unless set explicitly data_type = None, # automatic guess unless set explicitly cube_side = None, ): """Similar to put_new_image(), but builds mipmaps.""" if self.dimensions != 2: raise ValueError("can only handle 2D texel data for automatic mipmap building") texel_data = convert_to_numpy_if_array(texel_data) if isinstance(texel_data,numpy.ndarray): assert(cube_side == None) data_dimensions = len(texel_data.shape) assert((data_dimensions == self.dimensions) or (data_dimensions == self.dimensions+1)) elif isinstance(texel_data,Image.Image): assert( self.dimensions == 2 ) elif isinstance(texel_data,pygame.surface.Surface): assert( self.dimensions == 2 ) else: raise TypeError("Expecting numpy array, PIL image, or pygame surface") # make myself the active texture gl.glBindTexture(self.target, self.gl_id) # Determine the data_format, data_type and rescale the data if needed if data_format is None: # guess the format of the data if isinstance(texel_data,numpy.ndarray): if len(texel_data.shape) == self.dimensions: data_format = gl.GL_LUMINANCE elif len(texel_data.shape) == (self.dimensions+1): if texel_data.shape[-1] == 3: data_format = gl.GL_RGB elif texel_data.shape[-1] == 4: data_format = gl.GL_RGBA else: raise RuntimeError("Couldn't determine a format for your texel_data.") else: raise RuntimeError("Couldn't determine a format for your texel_data.") elif isinstance(texel_data,Image.Image): if texel_data.mode == 'L': data_format = gl.GL_LUMINANCE elif texel_data.mode == 'RGB': data_format = gl.GL_RGB elif texel_data.mode in ['RGBA','RGBX']: data_format = gl.GL_RGBA elif texel_data.mode == 'P': texel_data=texel_data.convert('RGBA') # convert to RGBA from paletted data_format = gl.GL_RGBA else: raise RuntimeError("Couldn't determine format for your texel_data. (PIL mode = '%s')"%texel_data.mode) elif isinstance(texel_data,pygame.surface.Surface): if texel_data.get_alpha(): data_format = gl.GL_RGBA else: data_format = gl.GL_RGB if data_type is None: # guess the data type data_type = gl.GL_UNSIGNED_BYTE if isinstance(texel_data,numpy.ndarray): if texel_data.dtype == numpy.float: texel_data = texel_data*255.0 if data_type == gl.GL_UNSIGNED_BYTE: if isinstance(texel_data,numpy.ndarray): texel_data = texel_data.astype(numpy.uint8) # (re)cast if necessary else: raise NotImplementedError("Only data_type GL_UNSIGNED_BYTE currently supported") if isinstance(texel_data,numpy.ndarray): width = texel_data.shape[1] height = texel_data.shape[0] elif isinstance(texel_data,Image.Image): width, height = texel_data.size elif isinstance(texel_data,pygame.surface.Surface): width, height = texel_data.get_size() if not is_power_of_2(width): raise ValueError("texel_data does not have all dimensions == n^2") if not is_power_of_2(height): raise ValueError("texel_data does not have all dimensions == n^2") if isinstance(texel_data,numpy.ndarray): raw_data = texel_data.tostring() elif isinstance(texel_data,Image.Image): raw_data = texel_data.tostring('raw',texel_data.mode,0,-1) elif isinstance(texel_data,pygame.surface.Surface): if texel_data.get_alpha(): raw_data = pygame.image.tostring(texel_data,'RGBA',1) else: raw_data = pygame.image.tostring(texel_data,'RGB',1) args = (self.target, internal_format, width, # XXX should be width_pow2? height,# XXX should be height_pow2? data_format, data_type) #raw_data) print 'args',args glu.gluBuild2DMipmaps(self.target, internal_format, width, # XXX should be width_pow2? height,# XXX should be height_pow2? data_format, data_type, raw_data) def put_sub_image(self, texel_data, mipmap_level = 0, offset_tuple = None, data_format = None, # automatic guess unless set explicitly data_type = None, # automatic guess unless set explicitly cube_side = None, ): """Replace all or part of a texture object. This is faster that put_new_image(), and can be used to rapidly update textures. The offset_tuple parameter determines the lower left corner (for 2D textures) of your data in pixel units. For example, (0,0) would be no offset and thus the new data would be placed in the lower left of the texture. For an explanation of most parameters, see the put_new_image() method.""" texel_data = convert_to_numpy_if_array(texel_data) if isinstance(texel_data,numpy.ndarray): if self.dimensions != 'cube': assert(cube_side == None) data_dimensions = len(texel_data.shape) assert((data_dimensions == self.dimensions) or (data_dimensions == self.dimensions+1)) else: assert(cube_side in TextureObject._cube_map_side_names) elif isinstance(texel_data,Image.Image): assert( self.dimensions == 2 ) elif isinstance(texel_data,pygame.surface.Surface): assert( self.dimensions == 2 ) else: raise TypeError("Expecting numpy array, PIL image, or pygame surface") # make myself the active texture gl.glBindTexture(self.target, self.gl_id) # Determine the data_format, data_type and rescale the data if needed if data_format is None: # guess the format of the data if isinstance(texel_data,numpy.ndarray): if len(texel_data.shape) == self.dimensions: data_format = gl.GL_LUMINANCE elif len(texel_data.shape) == (self.dimensions+1): if texel_data.shape[-1] == 3: data_format = gl.GL_RGB elif texel_data.shape[-1] == 4: data_format = gl.GL_RGBA else: raise RuntimeError("Couldn't determine a format for your texel_data.") else: raise RuntimeError("Couldn't determine a format for your texel_data.") elif isinstance(texel_data,Image.Image): if texel_data.mode == 'L': data_format = gl.GL_LUMINANCE elif texel_data.mode == 'RGB': data_format = gl.GL_RGB elif texel_data.mode in ['RGBA','RGBX']: data_format = gl.GL_RGBA elif texel_data.mode == 'P': texel_data=texel_data.convert('RGBA') # convert to RGBA from paletted data_format = gl.GL_RGBA else: raise RuntimeError("Couldn't determine format for your texel_data. (PIL mode = '%s')"%texel_data.mode) elif isinstance(texel_data,pygame.surface.Surface): if texel_data.get_alpha(): data_format = gl.GL_RGBA else: data_format = gl.GL_RGB if data_type is None: # guess the data type data_type = gl.GL_UNSIGNED_BYTE if isinstance(texel_data,numpy.ndarray): if texel_data.dtype == numpy.float: texel_data = texel_data*255.0 if data_type == gl.GL_UNSIGNED_BYTE: if isinstance(texel_data,numpy.ndarray): texel_data = texel_data.astype(numpy.uint8) # (re)cast if necessary else: raise NotImplementedError("Only data_type GL_UNSIGNED_BYTE currently supported") if self.dimensions == 1: if offset_tuple is None: x_offset = 0 else: x_offset = offset_tuple[0] width = texel_data.shape[0] raw_data = texel_data.astype(numpy.uint8).tostring() gl.glTexSubImage1D(gl.GL_TEXTURE_1D, mipmap_level, x_offset, width, data_format, data_type, raw_data) elif self.dimensions in [2,'cube']: if self.dimensions == 2: target = gl.GL_TEXTURE_2D else: target_name = 'GL_CUBE_MAP_'+cube_side.upper() target = getattr(gl,target_name) if offset_tuple is None: x_offset = y_offset = 0 else: x_offset, y_offset = offset_tuple if isinstance(texel_data,numpy.ndarray): width = texel_data.shape[1] height = texel_data.shape[0] raw_data = texel_data.astype(numpy.uint8).tostring() elif isinstance(texel_data,Image.Image): width = texel_data.size[0] height = texel_data.size[1] raw_data = texel_data.tostring('raw',texel_data.mode,0,-1) elif isinstance(texel_data,pygame.surface.Surface): width, height = texel_data.get_size() if texel_data.get_alpha(): raw_data = pygame.image.tostring(texel_data,'RGBA',1) else: raw_data = pygame.image.tostring(texel_data,'RGB',1) gl.glTexSubImage2D(target, mipmap_level, x_offset, y_offset, width, height, data_format, data_type, raw_data) elif self.dimensions == 3: raise RuntimeError("Cannot put_sub_image on 3D texture_object.") else: raise RuntimeError("Unknown number of dimensions.") def put_new_framebuffer(self, buffer='back', mipmap_level = 0, border = 0, framebuffer_lowerleft = None, size = None, internal_format = gl.GL_RGB, cube_side = None, ): """Replace texture object with the framebuffer contents. The framebuffer_lowerleft parameter determines the lower left corner of the framebuffer region from which to copy texel data in pixel units. For example, (0,0) would be no offset and thus the new data would be placed from the lower left of the framebuffer. For an explanation of most parameters, see the put_new_image() method.""" if self.dimensions != 2: raise RuntimeError("put_new_framebuffer only supported for 2D textures.") if buffer == 'front': gl.glReadBuffer( gl.GL_FRONT ) elif buffer == 'back': gl.glReadBuffer( gl.GL_BACK ) else: raise ValueError('No support for "%s" framebuffer'%buffer) # make myself the active texture gl.glBindTexture(self.target, self.gl_id) if framebuffer_lowerleft is None: framebuffer_lowerleft = (0,0) x,y = framebuffer_lowerleft if size is None: raise ValueError("Must specify size for put_new_framebuffer(): cannot guess") # determine size and make sure its power of 2 width, height = size if not is_power_of_2(width): raise ValueError("texel_data does not have all dimensions == n^2") if not is_power_of_2(height): raise ValueError("texel_data does not have all dimensions == n^2") target = gl.GL_TEXTURE_2D gl.glCopyTexImage2D(target, mipmap_level, internal_format, x, y, width, height, border) #################################################################### # # Stimulus - TextureStimulus # #################################################################### class TextureStimulusBaseClass(VisionEgg.Core.Stimulus): """Parameters common to all stimuli that use textures. Don't instantiate this class directly. Parameters ========== texture -- source of texture data (Instance of ) Default: (determined at runtime) texture_mag_filter -- OpenGL filter enum (Integer) Default: GL_LINEAR (9729) texture_min_filter -- OpenGL filter enum (Integer) Default: (GL enum determined at runtime) texture_wrap_s -- OpenGL texture wrap enum (Integer) Default: (GL enum determined at runtime) texture_wrap_t -- OpenGL texture wrap enum (Integer) Default: (GL enum determined at runtime) Constant Parameters =================== internal_format -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer) Default: GL_RGB (6407) mipmaps_enabled -- Are mipmaps enabled? (Boolean) Default: True shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean) Default: False """ parameters_and_defaults = { 'texture':(None, ve_types.Instance(Texture), "source of texture data"), 'texture_mag_filter':(gl.GL_LINEAR, ve_types.Integer, "OpenGL filter enum", VisionEgg.ParameterDefinition.OPENGL_ENUM), 'texture_min_filter':(None, # defaults to gl.GL_LINEAR_MIPMAP_LINEAR (unless mipmaps_enabled False, then gl.GL_LINEAR) ve_types.Integer, "OpenGL filter enum", VisionEgg.ParameterDefinition.OPENGL_ENUM), 'texture_wrap_s':(None, # set to gl.GL_CLAMP_TO_EDGE below ve_types.Integer, "OpenGL texture wrap enum", VisionEgg.ParameterDefinition.OPENGL_ENUM), 'texture_wrap_t':(None, # set to gl.GL_CLAMP_TO_EDGE below ve_types.Integer, "OpenGL texture wrap enum", VisionEgg.ParameterDefinition.OPENGL_ENUM), } constant_parameters_and_defaults = { 'internal_format':(gl.GL_RGB,#None, ve_types.Integer, "format with which OpenGL uses texture data (OpenGL data type enum)", VisionEgg.ParameterDefinition.OPENGL_ENUM), 'mipmaps_enabled':(True, ve_types.Boolean, "Are mipmaps enabled?"), 'shrink_texture_ok':(False, ve_types.Boolean, "Allow automatic shrinking of texture if too big?"), } __slots__ = ( 'texture_object', '_using_texture', ) _mipmap_modes = [gl.GL_LINEAR_MIPMAP_LINEAR,gl.GL_LINEAR_MIPMAP_NEAREST, gl.GL_NEAREST_MIPMAP_LINEAR,gl.GL_NEAREST_MIPMAP_NEAREST] def __init__(self,**kw): VisionEgg.Core.Stimulus.__init__(self,**kw) if self.parameters.texture is None: # generate default texture self.parameters.texture = Texture() if self.parameters.texture_min_filter is None: # generate default texture minimization filter if self.constant_parameters.mipmaps_enabled: self.parameters.texture_min_filter = gl.GL_LINEAR_MIPMAP_LINEAR else: self.parameters.texture_min_filter = gl.GL_LINEAR if not self.constant_parameters.mipmaps_enabled: if self.parameters.texture_min_filter in TextureStimulusBaseClass._mipmap_modes: raise ValueError("texture_min_filter cannot be a mipmap type if mipmaps not enabled.") # We have to set these parameters here because we may have # re-assigned gl.GL_CLAMP_TO_EDGE. This allows us to use # symbol gl.GL_CLAMP_TO_EDGE even if our version of OpenGL # doesn't support it. if self.parameters.texture_wrap_s is None: self.parameters.texture_wrap_s = gl.GL_CLAMP_TO_EDGE if self.parameters.texture_wrap_t is None: self.parameters.texture_wrap_t = gl.GL_CLAMP_TO_EDGE # Create an OpenGL texture object this instance "owns" self.texture_object = TextureObject(dimensions=2) self._reload_texture() def _reload_texture(self): """(Re)load texture to OpenGL""" p = self.parameters self._using_texture = p.texture if not self.constant_parameters.shrink_texture_ok: # send texture to OpenGL p.texture.load( self.texture_object, internal_format = self.constant_parameters.internal_format, build_mipmaps = self.constant_parameters.mipmaps_enabled ) else: max_dim = gl.glGetIntegerv( gl.GL_MAX_TEXTURE_SIZE ) resized = 0 while max(p.texture.size) > max_dim: p.texture.make_half_size() resized = 1 loaded_ok = 0 while not loaded_ok: try: # send texture to OpenGL p.texture.load( self.texture_object, internal_format = self.constant_parameters.internal_format, build_mipmaps = self.constant_parameters.mipmaps_enabled ) except TextureTooLargeError: p.texture.make_half_size() resized = 1 else: loaded_ok = 1 if resized: logger = logging.getLogger('VisionEgg.Textures') logger.warning("Resized texture in %s to %d x %d"%( str(self),p.texture.size[0],p.texture.size[1])) class Mask2D(VisionEgg.ClassWithParameters): """A mask for windowing a portion of a texture. Thanks to the author, Jon Peirce, of the AlphaStim class from the PsychoPy package from which the idea to do this came. Constant Parameters =================== function -- 'gaussian' or 'circle' (String) Default: gaussian num_samples -- size of mask texture data (units: number of texels) (Sequence2 of Real) Default: (256, 256) radius_parameter -- radius for circle, sigma for gaussian (Real) Default: 25.0 """ # All of these parameters are constant -- if you need a new mask, create a new instance constant_parameters_and_defaults = { 'function':('gaussian', # can be 'gaussian' or 'circle' ve_types.String, "'gaussian' or 'circle'"), 'radius_parameter':(25.0, # radius for circle, sigma for gaussian, same units as num_samples ve_types.Real, "radius for circle, sigma for gaussian"), 'num_samples':((256,256), # size of mask data in texels ve_types.Sequence2(ve_types.Real), "size of mask texture data (units: number of texels)"), } def __init__(self,**kw): VisionEgg.ClassWithParameters.__init__(self,**kw) cp = self.constant_parameters # shorthand width,height = cp.num_samples if width != next_power_of_2(width): raise RuntimeError("Mask must have width num_samples power of 2") if height != next_power_of_2(height): raise RuntimeError("Mask must have height num_samples power of 2") gl.glActiveTextureARB(gl.GL_TEXTURE1_ARB) # Need PyOpenGL >= 2.0 self.texture_object = TextureObject(dimensions=2) if cp.function == "gaussian": xx = numpyNumeric.outerproduct(numpyNumeric.ones((1,cp.num_samples[1])), numpyNumeric.arange(0,cp.num_samples[0],1.0)-cp.num_samples[0]/2) yy = numpyNumeric.outerproduct(numpyNumeric.arange(0,cp.num_samples[1],1.0)-cp.num_samples[1]/2, numpyNumeric.ones((1,cp.num_samples[0]))) dist_from_center = numpyNumeric.sqrt(xx**2 + yy**2) sigma = cp.radius_parameter data = numpyNumeric.exp( -dist_from_center**2.0 / (2.0*sigma**2.0) ) elif cp.function == "circle": data = numpyNumeric.zeros(cp.num_samples,numpyNumeric.Float) # perform anti-aliasing in circle computation by computing # at several slightly different locations and averaging oversamples = 4 x_offsets = numpyNumeric.arange(0.0,1.0,1.0/oversamples) x_offsets = x_offsets - MLab.mean(x_offsets) y_offsets = x_offsets for x_offset in x_offsets: for y_offset in y_offsets: xx = numpyNumeric.outerproduct(numpyNumeric.ones((1,cp.num_samples[1])), numpyNumeric.arange(0,cp.num_samples[0],1.0)-cp.num_samples[0]/2+0.5)+x_offset yy = numpyNumeric.outerproduct(numpyNumeric.arange(0,cp.num_samples[1],1.0)-cp.num_samples[1]/2+0.5, numpyNumeric.ones((1,cp.num_samples[0])))+y_offset dist_from_center = numpyNumeric.sqrt(xx**2 + yy**2) data += dist_from_center <= cp.radius_parameter data = data / float( len(x_offsets)*len(y_offsets) ) else: raise RuntimeError("Don't know about window function %s"%self.constant_parameters.function) self.texture_object.put_new_image(data, data_format=gl.GL_ALPHA, internal_format=gl.GL_ALPHA) self.texture_object.set_min_filter(gl.GL_LINEAR) # turn off mipmaps for mask self.texture_object.set_wrap_mode_s(gl.GL_CLAMP_TO_EDGE) self.texture_object.set_wrap_mode_t(gl.GL_CLAMP_TO_EDGE) gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_MODULATE) # reset active texture unit to 0 gl.glActiveTextureARB(gl.GL_TEXTURE0_ARB) def draw_masked_quad_3d(self,lt,rt,bt,tt,v1,v2,v3,v4): # The *t parameters are the texture coordinates. # By the time this method is called, GL_TEXTURE0_ARB should be # loaded as the texture object to be masked. gl.glActiveTextureARB(gl.GL_TEXTURE1_ARB) # bind 2nd texture unit to mask texture gl.glBindTexture(gl.GL_TEXTURE_2D, self.texture_object.gl_id) gl.glEnable(gl.GL_TEXTURE_2D) # The normal TEXTURE2D object is the 1st (TEXTURE0) texture unit gl.glBegin(gl.GL_QUADS) gl.glMultiTexCoord2fARB(gl.GL_TEXTURE0_ARB,lt,bt) gl.glMultiTexCoord2fARB(gl.GL_TEXTURE1_ARB,0.0,0.0) gl.glVertex(*v1) gl.glMultiTexCoord2fARB(gl.GL_TEXTURE0_ARB,rt,bt) gl.glMultiTexCoord2fARB(gl.GL_TEXTURE1_ARB,1.0,0.0) gl.glVertex(*v2) gl.glMultiTexCoord2fARB(gl.GL_TEXTURE0_ARB,rt,tt) gl.glMultiTexCoord2fARB(gl.GL_TEXTURE1_ARB,1.0,1.0) gl.glVertex(*v3) gl.glMultiTexCoord2fARB(gl.GL_TEXTURE0_ARB,lt,tt) gl.glMultiTexCoord2fARB(gl.GL_TEXTURE1_ARB,0.0,1.0) gl.glVertex(*v4) gl.glEnd() # GL_QUADS gl.glDisable(gl.GL_TEXTURE_2D) # turn off texturing in this texture unit gl.glActiveTextureARB(gl.GL_TEXTURE0_ARB) # return to 1st texture unit def draw_masked_quad(self,lt,rt,bt,tt,le,re,be,te,depth): # The *t parameters are the texture coordinates. The *e # parameters are the eye coordinates for the vertices of the # quad. v1 = (le,be,depth) v2 = (re,be,depth) v3 = (re,te,depth) v4 = (le,te,depth) self.draw_masked_quad_3d(lt,rt,bt,tt,v1,v2,v3,v4) class TextureStimulus(TextureStimulusBaseClass): """A textured rectangle. This is mainly for 2D use (z coordinate fixed to 0.0 and w coordinated fixed to 1.0 if not given). Parameters ========== anchor -- specifies how position parameter is interpreted (String) Default: lowerleft angle -- units: degrees, 0=right, 90=up (Real) Default: 0.0 color -- texture environment color. alpha ignored (if given) for max_alpha parameter (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 1.0, 1.0) depth_test -- perform depth test? (Boolean) Default: False mask -- optional masking function (Instance of ) Default: (determined at runtime) max_alpha -- controls opacity. 1.0=copletely opaque, 0.0=completely transparent (Real) Default: 1.0 on -- draw stimulus? (Boolean) Default: True position -- units: eye coordinates (AnyOf(Sequence2 of Real or Sequence3 of Real or Sequence4 of Real)) Default: (0.0, 0.0) size -- defaults to texture data size (units: eye coordinates) (Sequence2 of Real) Default: (determined at runtime) texture -- source of texture data (Instance of ) Inherited from TextureStimulusBaseClass Default: (determined at runtime) texture_mag_filter -- OpenGL filter enum (Integer) Inherited from TextureStimulusBaseClass Default: GL_LINEAR (9729) texture_min_filter -- OpenGL filter enum (Integer) Inherited from TextureStimulusBaseClass Default: (GL enum determined at runtime) texture_wrap_s -- OpenGL texture wrap enum (Integer) Inherited from TextureStimulusBaseClass Default: (GL enum determined at runtime) texture_wrap_t -- OpenGL texture wrap enum (Integer) Inherited from TextureStimulusBaseClass Default: (GL enum determined at runtime) Constant Parameters =================== internal_format -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer) Default: GL_RGB (6407) mipmaps_enabled -- Are mipmaps enabled? (Boolean) Default: True shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean) Default: False """ parameters_and_defaults = { 'on':(True, ve_types.Boolean, "draw stimulus?"), 'mask':(None, # texture mask ve_types.Instance(Mask2D), "optional masking function"), 'position':((0.0,0.0), # in eye coordinates ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "units: eye coordinates"), 'anchor':('lowerleft', ve_types.String, "specifies how position parameter is interpreted"), 'lowerleft':(None, # DEPRECATED -- don't use ve_types.Sequence2(ve_types.Real), "", VisionEgg.ParameterDefinition.DEPRECATED), 'angle':(0.0, # in degrees ve_types.Real, "units: degrees, 0=right, 90=up"), 'size':(None, ve_types.Sequence2(ve_types.Real), "defaults to texture data size (units: eye coordinates)"), 'max_alpha':(1.0, # controls "opacity": 1.0 = completely opaque, 0.0 = completely transparent ve_types.Real, "controls opacity. 1.0=copletely opaque, 0.0=completely transparent"), 'color':((1.0,1.0,1.0), # texture environment color. alpha is ignored (if given) -- use max_alpha parameter ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "texture environment color. alpha ignored (if given) for max_alpha parameter"), 'depth_test':(False, ve_types.Boolean, "perform depth test?"), } def draw(self): p = self.parameters if p.texture != self._using_texture: # self._using_texture is from TextureStimulusBaseClass self._reload_texture() if p.lowerleft != None: if not hasattr(VisionEgg.config,"_GAVE_LOWERLEFT_DEPRECATION"): logger = logging.getLogger('VisionEgg.Textures') logger.warning("Specifying texture by 'lowerleft' " "deprecated parameter deprecated. Use " "'position' parameter instead. (Allows " "use of 'anchor' parameter to set to " "other values.)") VisionEgg.config._GAVE_LOWERLEFT_DEPRECATION = 1 p.anchor = 'lowerleft' p.position = p.lowerleft[0], p.lowerleft[1] # copy values (don't copy ref to tuple) if p.on: tex = p.texture if p.size is None: # Note: 'size' attribute is not supposed to be part of the API, # so this is naughty. size = tex.size else: size = p.size # calculate lowerleft corner lowerleft = VisionEgg._get_lowerleft(p.position,p.anchor,size) # Clear the modelview matrix gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPushMatrix() try: if p.depth_test: gl.glEnable(gl.GL_DEPTH_TEST) else: gl.glDisable(gl.GL_DEPTH_TEST) gl.glEnable( gl.GL_TEXTURE_2D ) # allow max_alpha value to control blending gl.glEnable( gl.GL_BLEND ) gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) if not self.constant_parameters.mipmaps_enabled: if p.texture_min_filter in TextureStimulusBaseClass._mipmap_modes: raise RuntimeError("Specified a mipmap mode in texture_min_filter, but mipmaps not enabled.") self.texture_object.set_min_filter( p.texture_min_filter ) self.texture_object.set_mag_filter( p.texture_mag_filter ) self.texture_object.set_wrap_mode_s( p.texture_wrap_s ) self.texture_object.set_wrap_mode_t( p.texture_wrap_t ) gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_MODULATE) translate_vector = p.position if len(translate_vector) == 2: translate_vector = translate_vector[0], translate_vector[1], 0 gl.glTranslate(*translate_vector) gl.glRotate(p.angle,0,0,1) gl.glColor4f(p.color[0],p.color[1],p.color[2],p.max_alpha) # Test to draw only if all values are finite is # disabled for performance reasons. #if numpy.alltrue( numpy.isfinite( numpy.concatenate((lowerleft,p.position)) ) ): try: l = lowerleft[0] - p.position[0] r = l + size[0] b = lowerleft[1] - p.position[1] t = b + size[1] except FloatingPointError: # don't draw texture return tex.update() if p.mask: p.mask.draw_masked_quad(tex.buf_lf,tex.buf_rf,tex.buf_bf,tex.buf_tf, # l,r,b,t for texture coordinates l,r,b,t,0.0) # l,r,b,t in eye coordinates else: gl.glBegin(gl.GL_QUADS) gl.glTexCoord2f(tex.buf_lf,tex.buf_bf) gl.glVertex2f(l,b) gl.glTexCoord2f(tex.buf_rf,tex.buf_bf) gl.glVertex2f(r,b) gl.glTexCoord2f(tex.buf_rf,tex.buf_tf) gl.glVertex2f(r,t) gl.glTexCoord2f(tex.buf_lf,tex.buf_tf) gl.glVertex2f(l,t) gl.glEnd() # GL_QUADS finally: gl.glPopMatrix() class TextureStimulus3D(TextureStimulusBaseClass): """A textured rectangle placed arbitrarily in 3 space. Parameters ========== depth_test -- perform depth test? (Boolean) Default: True lowerleft -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (0.0, 0.0, -1.0) lowerright -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 0.0, -1.0) on -- (Boolean) Default: True texture -- source of texture data (Instance of ) Inherited from TextureStimulusBaseClass Default: (determined at runtime) texture_mag_filter -- OpenGL filter enum (Integer) Inherited from TextureStimulusBaseClass Default: GL_LINEAR (9729) texture_min_filter -- OpenGL filter enum (Integer) Inherited from TextureStimulusBaseClass Default: (GL enum determined at runtime) texture_wrap_s -- OpenGL texture wrap enum (Integer) Inherited from TextureStimulusBaseClass Default: (GL enum determined at runtime) texture_wrap_t -- OpenGL texture wrap enum (Integer) Inherited from TextureStimulusBaseClass Default: (GL enum determined at runtime) upperleft -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (0.0, 1.0, -1.0) upperright -- vertex position (units: eye coordinates) (AnyOf(Sequence3 of Real or Sequence4 of Real)) Default: (1.0, 1.0, -1.0) Constant Parameters =================== internal_format -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer) Default: GL_RGB (6407) mipmaps_enabled -- Are mipmaps enabled? (Boolean) Default: True shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean) Default: False """ parameters_and_defaults = {'on':(True, ve_types.Boolean), 'lowerleft':((0.0,0.0,-1.0), # in eye coordinates ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "vertex position (units: eye coordinates)"), 'lowerright':((1.0,0.0,-1.0), # in eye coordinates ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "vertex position (units: eye coordinates)"), 'upperleft':((0.0,1.0,-1.0), # in eye coordinates ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "vertex position (units: eye coordinates)"), 'upperright':((1.0,1.0,-1.0), # in eye coordinates ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real)), "vertex position (units: eye coordinates)"), 'depth_test':(True, ve_types.Boolean, "perform depth test?"), } def draw(self): p = self.parameters if p.texture != self._using_texture: # self._using_texture is from TextureStimulusBaseClass self._reload_texture() if p.on: if p.depth_test: gl.glEnable(gl.GL_DEPTH_TEST) else: gl.glDisable(gl.GL_DEPTH_TEST) gl.glEnable(gl.GL_TEXTURE_2D) gl.glBindTexture(gl.GL_TEXTURE_2D,self.texture_object.gl_id) gl.glColor4f(1,1,1,1) # set fragment color to white if not self.constant_parameters.mipmaps_enabled: if p.texture_min_filter in TextureStimulusBaseClass._mipmap_modes: raise RuntimeError("Specified a mipmap mode in texture_min_filter, but mipmaps not enabled.") self.texture_object.set_min_filter( p.texture_min_filter ) self.texture_object.set_mag_filter( p.texture_mag_filter ) self.texture_object.set_wrap_mode_s( p.texture_wrap_s ) self.texture_object.set_wrap_mode_t( p.texture_wrap_t ) # allow max_alpha value to control blending gl.glEnable( gl.GL_BLEND ) gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_MODULATE) tex = self.parameters.texture tex.update() gl.glBegin(gl.GL_QUADS) gl.glTexCoord2f(tex.buf_lf,tex.buf_bf) gl.glVertex(*p.lowerleft) gl.glTexCoord2f(tex.buf_rf,tex.buf_bf) gl.glVertex(*p.lowerright) gl.glTexCoord2f(tex.buf_rf,tex.buf_tf) gl.glVertex(*p.upperright) gl.glTexCoord2f(tex.buf_lf,tex.buf_tf) gl.glVertex(*p.upperleft) gl.glEnd() # GL_QUADS #################################################################### # # Stimulus - Spinning Drum # #################################################################### class SpinningDrum(TextureStimulusBaseClass): """Panoramic image texture mapped onto flat rectangle or 3D cylinder. Parameters ========== anchor -- only used when flat: same as anchor parameter of TextureStimulus (String) Default: center angular_position -- may be best to clamp in range [0.0,360.0] (Real) Default: 0.0 contrast -- (Real) Default: 1.0 drum_center_azimuth -- changes orientation of drum in space (Real) Default: 0.0 drum_center_elevation -- changes orientation of drum in space (Real) Default: 0.0 flat -- toggles flat vs. cylinder (Boolean) Default: False flat_size -- defaults to texture data size (units: eye coordinates) (Sequence2 of Real) Default: (determined at runtime) flip_image -- toggles normal vs. horizonally flipped image (Boolean) Default: False height -- height of cyliner, automatically set by texel aspect ratio if < 0. (Real) Default: -1 num_sides -- (UnsignedInteger) Default: 50 on -- (Boolean) Default: True orientation -- 0=right, 90=up (Real) Default: 0.0 position -- 3D: position of drum center, 2D (flat): same as position parameter for TextureStimulus (AnyOf(Sequence2 of Real or Sequence3 of Real)) Default: (0.0, 0.0, 0.0) radius -- radius if cylinder (not used if flat) (Real) Default: 1.0 texture -- source of texture data (Instance of ) Inherited from TextureStimulusBaseClass Default: (determined at runtime) texture_mag_filter -- OpenGL filter enum (Integer) Inherited from TextureStimulusBaseClass Default: GL_LINEAR (9729) texture_min_filter -- OpenGL filter enum (Integer) Inherited from TextureStimulusBaseClass Default: (GL enum determined at runtime) texture_wrap_s -- OpenGL texture wrap enum (Integer) Inherited from TextureStimulusBaseClass Default: (GL enum determined at runtime) texture_wrap_t -- OpenGL texture wrap enum (Integer) Inherited from TextureStimulusBaseClass Default: (GL enum determined at runtime) Constant Parameters =================== internal_format -- format with which OpenGL uses texture data (OpenGL data type enum) (Integer) Default: GL_RGB (6407) mipmaps_enabled -- Are mipmaps enabled? (Boolean) Default: True shrink_texture_ok -- Allow automatic shrinking of texture if too big? (Boolean) Default: False """ parameters_and_defaults = { 'on':(True, ve_types.Boolean), 'height':(-1, ve_types.Real, 'height of cyliner, automatically set by texel aspect ratio if < 0.', ), 'num_sides':(50, ve_types.UnsignedInteger), 'angular_position':(0.0, # may be best to clamp [0.0,360.0] ve_types.Real, 'may be best to clamp in range [0.0,360.0]'), 'contrast':(1.0, ve_types.Real), 'flat':(False, ve_types.Boolean, 'toggles flat vs. cylinder'), 'flat_size':(None, ve_types.Sequence2(ve_types.Real), "defaults to texture data size (units: eye coordinates)"), 'flip_image':(False, ve_types.Boolean, 'toggles normal vs. horizonally flipped image'), 'radius':(1.0, ve_types.Real, 'radius if cylinder (not used if flat)'), 'position':( (0.0,0.0,0.0), ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), ve_types.Sequence3(ve_types.Real)), '3D: position of drum center, 2D (flat): same as position parameter for TextureStimulus'), 'anchor':( 'center', ve_types.String, 'only used when flat: same as anchor parameter of TextureStimulus', ), 'drum_center_azimuth':(0.0, ve_types.Real, 'changes orientation of drum in space', ), 'drum_center_elevation':(0.0, ve_types.Real, 'changes orientation of drum in space'), 'orientation':(0.0, ve_types.Real, '0=right, 90=up'), } __slots__ = ( 'cached_display_list_normal', 'cached_display_list_mirror', 'cached_display_list_num_sides', 'cached_display_list_radius', 'cached_display_list_height', 'texture_stimulus', ) def __init__(self,**kw): TextureStimulusBaseClass.__init__(self,**kw) self.cached_display_list_normal = gl.glGenLists(1) # Allocate a new display list self.cached_display_list_mirror = gl.glGenLists(1) # Allocate a new display list self.rebuild_display_list() def draw(self): """Redraw the stimulus on every frame. """ p = self.parameters if p.texture != self._using_texture: # self._using_texture is from TextureStimulusBaseClass self._reload_texture() self.rebuild_display_list() if p.on: # Set OpenGL state variables gl.glEnable( gl.GL_DEPTH_TEST ) gl.glEnable( gl.GL_TEXTURE_2D ) # Make sure textures are drawn gl.glEnable( gl.GL_BLEND ) # Contrast control implemented through blending # All of the contrast control stuff is somewhat arcane and # not very clear from reading the code, so here is how it # works in English. (Not that it makes it any more clear!) # # In the final "textured fragment" (before being blended # to the framebuffer), the color values are equal to those # of the texture (with the exception of texels around the # edges which have their amplitudes reduced due to # anti-aliasing and are intermediate between the color of # the texture and mid-gray), and the alpha value is set to # the contrast. Blending occurs, and by choosing the # appropriate values for glBlendFunc, adds the product of # fragment alpha (contrast) and fragment color to the # product of one minus fragment alpha (contrast) and what # was already in the framebuffer. gl.glBlendFunc( gl.GL_SRC_ALPHA, gl.GL_ONE_MINUS_SRC_ALPHA ) gl.glTexEnvi(gl.GL_TEXTURE_ENV, gl.GL_TEXTURE_ENV_MODE, gl.GL_DECAL) # clear modelview matrix gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPushMatrix() try: gl.glColor4f(0.5,0.5,0.5,p.contrast) # Set the polygons' fragment color (implements contrast) if not self.constant_parameters.mipmaps_enabled: if p.texture_min_filter in TextureStimulusBaseClass._mipmap_modes: raise RuntimeError("Specified a mipmap mode in texture_min_filter, but mipmaps not enabled.") self.texture_object.set_min_filter( p.texture_min_filter ) self.texture_object.set_mag_filter( p.texture_mag_filter ) self.texture_object.set_wrap_mode_s( p.texture_wrap_s ) self.texture_object.set_wrap_mode_t( p.texture_wrap_t ) if p.flat: # draw as flat texture on a rectange lowerleft = VisionEgg._get_lowerleft(p.position,p.anchor,p.texture.size) translate_vector = p.position if len(translate_vector) == 2: translate_vector = translate_vector[0], translate_vector[1], 0 gl.glTranslate(*translate_vector) gl.glRotatef(p.orientation,0,0,1) if p.flip_image: raise NotImplementedError("flip_image not yet supported for flat spinning drums.") w,h = p.texture.size # calculate texture coordinates based on current angle tex_phase = p.angular_position/360.0 + 0.5 # offset to match non-flat tex_phase = tex_phase % 1.0 # make 0 <= tex_phase < 1.0 TINY = 1.0e-10 tex = p.texture tex.update() if p.flat_size is None: size = tex.size else: size = p.flat_size l = lowerleft[0] - p.position[0] r = l + size[0] b = lowerleft[1] - p.position[1] t = b + size[1] #tex_phase = 0.0 if tex_phase < TINY: # it's effectively zero gl.glBegin(gl.GL_QUADS) gl.glTexCoord2f(tex.buf_lf,tex.buf_bf) gl.glVertex2f(l,b) gl.glTexCoord2f(tex.buf_rf,tex.buf_bf) gl.glVertex2f(r,b) gl.glTexCoord2f(tex.buf_rf,tex.buf_tf) gl.glVertex2f(r,t) gl.glTexCoord2f(tex.buf_lf,tex.buf_tf) gl.glVertex2f(l,t) gl.glEnd() # GL_QUADS else: # Convert tex_phase into texture buffer fraction buf_break_f = ( (tex.buf_rf - tex.buf_lf) * (1.0-tex_phase) ) + tex.buf_lf # Convert tex_phase into object coords value quad_x_break = (r-l) * tex_phase + l ## quad_x_break = w * tex_phase gl.glBegin(gl.GL_QUADS) # First quad gl.glTexCoord2f(buf_break_f,tex.buf_bf) gl.glVertex2f(l,b) gl.glTexCoord2f(tex.buf_rf,tex.buf_bf) gl.glVertex2f(quad_x_break,b) gl.glTexCoord2f(tex.buf_rf,tex.buf_tf) gl.glVertex2f(quad_x_break,t) gl.glTexCoord2f(buf_break_f,tex.buf_tf) gl.glVertex2f(l,t) # Second quad gl.glTexCoord2f(tex.buf_lf,tex.buf_bf) gl.glVertex2f(quad_x_break,b) gl.glTexCoord2f(buf_break_f,tex.buf_bf) gl.glVertex2f(r,b) gl.glTexCoord2f(buf_break_f,tex.buf_tf) gl.glVertex2f(r,t) gl.glTexCoord2f(tex.buf_lf,tex.buf_tf) gl.glVertex2f(quad_x_break,t) gl.glEnd() # GL_QUADS else: # draw as cylinder gl.glTranslatef(p.position[0],p.position[1],p.position[2]) # center the drum on new coordinates gl.glRotatef(p.drum_center_azimuth,0,-1,0) gl.glRotatef(p.drum_center_elevation,1,0,0) # do the orientation gl.glRotatef(p.orientation,0,0,1) # turn the coordinate system so we don't have to deal with # figuring out where to draw the texture relative to drum gl.glRotatef(p.angular_position,0,-1,0) if ((p.num_sides != self.cached_display_list_num_sides) or (p.radius != self.cached_display_list_radius) or (p.height != self.cached_display_list_height)): self.rebuild_display_list() if not p.flip_image: gl.glCallList(self.cached_display_list_normal) else: gl.glCallList(self.cached_display_list_mirror) finally: gl.glMatrixMode(gl.GL_MODELVIEW) gl.glPopMatrix() def rebuild_display_list(self): # (Re)build the display list # # A "display list" is a series of OpenGL commands that is # cached in a list for rapid re-drawing of the same object. # # This draws a display list for an approximation of a cylinder. # The cylinder has "num_sides" sides. The following code # generates a list of vertices and the texture coordinates # to be used by those vertices. r = self.parameters.radius # in OpenGL (arbitrary) units circum = 2.0*math.pi*r tex = self.parameters.texture if self.parameters.height < 0: h = circum/float(tex.size[0])*float(tex.size[1])/2.0 else: h = self.parameters.height num_sides = self.parameters.num_sides self.cached_display_list_num_sides = num_sides self.cached_display_list_radius = r self.cached_display_list_height = self.parameters.height deltaTheta = 2.0*math.pi / num_sides for direction in ['normal','mirror']: if direction == 'normal': gl.glNewList(self.cached_display_list_normal,gl.GL_COMPILE) else: gl.glNewList(self.cached_display_list_mirror,gl.GL_COMPILE) gl.glBegin(gl.GL_QUADS) for i in range(num_sides): # angle of sides theta1 = i*deltaTheta theta2 = (i+1)*deltaTheta # fraction of texture if direction == 'normal': frac1 = (tex.buf_lf + (float(i)/num_sides*tex.size[0]))/float(tex.size[0]) frac2 = (tex.buf_lf + (float(i+1)/num_sides*tex.size[0]))/float(tex.size[0]) else: j = num_sides-i-1 frac1 = (tex.buf_lf + (float(j+1)/num_sides*tex.size[0]))/float(tex.size[0]) frac2 = (tex.buf_lf + (float(j)/num_sides*tex.size[0]))/float(tex.size[0]) # location of sides x1 = r*math.cos(theta1) z1 = r*math.sin(theta1) x2 = r*math.cos(theta2) z2 = r*math.sin(theta2) #Bottom left of quad gl.glTexCoord2f(frac1, tex.buf_bf) gl.glVertex4f( x1, -h, z1, 1.0 ) #Bottom right of quad gl.glTexCoord2f(frac2, tex.buf_bf) gl.glVertex4f( x2, -h, z2, 1.0 ) #Top right of quad gl.glTexCoord2f(frac2, tex.buf_tf); gl.glVertex4f( x2, h, z2, 1.0 ) #Top left of quad gl.glTexCoord2f(frac1, tex.buf_tf) gl.glVertex4f( x1, h, z1, 1.0 ) gl.glEnd() gl.glEndList() class FixationCross(VisionEgg.Core.Stimulus): """Cross useful for fixation point. Parameters ========== on -- (Boolean) Default: True position -- (Sequence2 of Real) Default: (320, 240) size -- (Sequence2 of Real) Default: (64, 64) Constant Parameters =================== texture_size -- (Sequence2 of Real) Default: (64, 64) """ parameters_and_defaults = { 'on':(True, ve_types.Boolean), 'position':((320,240), ve_types.Sequence2(ve_types.Real)), 'size':((64,64), ve_types.Sequence2(ve_types.Real)), } constant_parameters_and_defaults = { 'texture_size':((64,64), ve_types.Sequence2(ve_types.Real)), } __slots__ = ( 'texture_stimulus', ) def __init__(self,**kw): VisionEgg.Core.Stimulus.__init__(self,**kw) s = self.constant_parameters.texture_size mid_x = s[0]/2.0 mid_y = s[1]/2.0 texels = Image.new("RGBX",s,(0,0,0,0)) texels_draw = ImageDraw.Draw(texels) texels_draw.rectangle( (mid_x-1, 0, mid_x+1, s[1]), fill=(0,0,0,255) ) texels_draw.rectangle( (0, mid_y-1, s[0], mid_y+1), fill=(0,0,0,255) ) texels_draw.line( (mid_x, 0, mid_x, s[1]), fill=(255,255,255,255) ) texels_draw.line( (0, mid_y, s[0], mid_y), fill=(255,255,255,255) ) self.texture_stimulus = TextureStimulus( texture = Texture(texels), position = self.parameters.position, anchor = 'center', size = self.parameters.size, internal_format = gl.GL_RGBA, mipmaps_enabled = False, texture_min_filter = gl.GL_NEAREST, texture_mag_filter = gl.GL_NEAREST, ) def draw(self): contained = self.texture_stimulus.parameters #shorthand my = self.parameters #shorthand contained.position = my.position contained.size = my.size contained.on = my.on self.texture_stimulus.draw() class TextureTooLargeError( RuntimeError ): pass visionegg-1.2.1/VisionEgg/ThreeDeeMath.py0000644000076500000240000000610111224565530017435 0ustar astrawstaff# The Vision Egg: ThreeDeeMath # # Copyright (C) 2001-2003 Andrew Straw. # Copyright (C) 2008 California Institute of Technology # # URL: # # Distributed under the terms of the GNU Lesser General Public License # (LGPL). See LICENSE.TXT that came with this file. """ Vertex and matrix operations - simulate OpenGL transforms. """ import math import numpy import numpy.oldnumeric as Numeric, numpy.oldnumeric.mlab as MLab def make_homogeneous_coord_rows(v): """Convert vertex (or row-wise vertices) into homogeneous coordinates.""" v = Numeric.array(v,typecode=Numeric.Float) # copy if len(v.shape) == 1: v = v[Numeric.NewAxis,:] # make a rank-2 array if v.shape[1] == 3: ws = Numeric.ones((v.shape[0],1),typecode=Numeric.Float) v = Numeric.concatenate( (v,ws), axis=1 ) return v def normalize_homogeneous_rows(v): v = Numeric.asarray(v) homog = make_homogeneous_coord_rows(v) r = (homog/homog[:,3,Numeric.NewAxis])[:,:3] if len(homog.shape) > len(v.shape): r = Numeric.reshape(r,(3,)) return r class TransformMatrix: def __init__(self,matrix=None): if matrix is None: self.matrix = MLab.eye(4,typecode=Numeric.Float) else: self.matrix = matrix def __make_normalized_vert3(self, x, y, z ): mag = math.sqrt( x**2 + y**2 + z**2 ) return Numeric.array((x,y,z))/mag def rotate(self, angle_degrees, axis_x, axis_y, axis_z ): """Follows the right hand rule. I visualize the right hand rule most easily as follows: Naturally, using your right hand, wrap it around the axis of rotation. Your fingers now point in the direction of rotation. """ angleRadians = angle_degrees / 180.0 * math.pi u = self.__make_normalized_vert3(axis_x, axis_y, axis_z ) u=-u #follow right hand rule S = Numeric.zeros( (3,3), Numeric.Float ) S[0,1] = -u[2] S[0,2] = u[1] S[1,0] = u[2] S[1,2] = -u[0] S[2,0] = -u[1] S[2,1] = u[0] U = Numeric.outerproduct(u,u) R = U + math.cos(angleRadians)*(MLab.eye(3)-U) + math.sin(angleRadians)*S R = Numeric.concatenate( (R,Numeric.zeros( (3,1), Numeric.Float)), axis=1) R = Numeric.concatenate( (R,Numeric.zeros( (1,4), Numeric.Float)), axis=0) R[3,3] = 1.0 self.matrix = numpy.dot(R,self.matrix) def translate(self, x, y, z): T = MLab.eye(4,typecode=Numeric.Float) T[3,0] = x T[3,1] = y T[3,2] = z self.matrix = numpy.dot(T,self.matrix) def scale(self, x, y, z): T = MLab.eye(4,typecode=Numeric.Float) T[0,0] = x T[1,1] = y T[2,2] = z self.matrix = numpy.dot(T,self.matrix) def get_matrix(self): return self.matrix def transform_vertices(self,verts): v = Numeric.asarray(verts) homog = make_homogeneous_coord_rows(v) r = numpy.dot(homog,self.matrix) if len(homog.shape) > len(v.shape): r = Numeric.reshape(r,(4,)) return r visionegg-1.2.1/VisionEgg/vegl.h0000644000076500000240000000021111224565530015666 0ustar astrawstaff#if defined(MS_WINDOWS) # include #endif #if defined(__APPLE__) # include #else # include #endif visionegg-1.2.1/VisionEgg/VisionEgg.cfg0000644000076500000240000000712711224565530017150 0ustar astrawstaff# This is the default Vision Egg configuration file # Edit these values to something appropriate for your # system. [General] # Use a GUI to configure window/screen parameters VISIONEGG_GUI_INIT = 1 # What will the monitor's vertical refresh rate be when initialized # into this video mode? IMPORTANT - The VisionEgg has no way to # access this value or set it. If frame rate is significant in # calculating your stimulus presentations, set this value to what the # display gives you. VISIONEGG_MONITOR_REFRESH_HZ = 60.0 # Attempt to synchronize buffer swaps with vertical retrace? This is # necessary for controlling stimuli on a frame-by-frame basis and # prevents "tearing" of the display. Not implemented on all platforms, # and on Windows, this can be set from the Display control panel. VISIONEGG_SYNC_SWAP = 1 # Screen width/height VISIONEGG_SCREEN_W = 640 VISIONEGG_SCREEN_H = 480 # Number of samples for full-screen anti-aliasing (0 = No FSAA) VISIONEGG_MULTISAMPLE_SAMPLES = 0 # Use fullscreen? VISIONEGG_FULLSCREEN = 0 # Automatically call VisionEgg.start_default_logging() and watch_exceptions() VISIONEGG_ALWAYS_START_LOGGING = 0 # Source of gamma information VISIONEGG_GAMMA_SOURCE = none # Only used if VISIONEGG_GAMMA_SOURCE is "invert" VISIONEGG_GAMMA_INVERT_RED = 2.1 VISIONEGG_GAMMA_INVERT_GREEN = 2.1 VISIONEGG_GAMMA_INVERT_BLUE = 2.1 # Only used if VISIONEGG_GAMMA_SOURCE is "file" VISIONEGG_GAMMA_FILE = custom.ve_gamma # Make the mouse cursor invisible VISIONEGG_HIDE_MOUSE = 1 # Open a window without a surrounding frame? VISIONEGG_FRAMELESS_WINDOW = 0 # Request maximum priority from the OS? Only supported on some # platforms, only necessary on some platforms. VISIONEGG_MAXPRIORITY = 0 # Request framebuffer depth, channel by channel. The more bits the # better, especially on the RGB channels. The Vision Egg specifies # color in floating point values, and OpenGL quantizes this color # depth. VISIONEGG_REQUEST_RED_BITS = 8 VISIONEGG_REQUEST_GREEN_BITS = 8 VISIONEGG_REQUEST_BLUE_BITS = 8 VISIONEGG_REQUEST_ALPHA_BITS = 0 # Request OpenGL stereo VISIONEGG_REQUEST_STEREO = 0 # Is it OK to ever open a GUI window with Tkinter? VISIONEGG_TKINTER_OK = 1 # Threshold for message printing -- decrease to print more VISIONEGG_MESSAGE_LEVEL = 1 # Log to the console? Log messages can still go to the log file. VISIONEGG_LOG_TO_STDERR = 1 # Where is the log file saved? This can be an absolute path. If this # is set to nothing ("" without the quotes), no log file is used (but # the log messages can still go to the console.) VISIONEGG_LOG_FILE = VisionEgg.log # Do errors open a GUI window or only to the log file? VISIONEGG_GUI_ON_ERROR = 1 # Use double buffering VISIONEGG_DOUBLE_BUFFER = 1 # Look for SyncLync USB device? SYNCLYNC_PRESENT = 0 [darwin] # This determines whether conventional priority setting is used or the # Mach realtime method. VISIONEGG_DARWIN_MAXPRIORITY_CONVENTIONAL_NOT_REALTIME = 1 # The lower this value, the higher the priority. VISIONEGG_DARWIN_CONVENTIONAL_PRIORITY = -20 # These variables are used to set the thread policy for the Vision Egg # See this URL for more info: # http://developer.apple.com/techpubs/macosx/Darwin/General/KernelProgramming/scheduler/Using_Mach__pplications.html VISIONEGG_DARWIN_REALTIME_PERIOD_DENOM = 120 VISIONEGG_DARWIN_REALTIME_COMPUTATION_DENOM = 2400 VISIONEGG_DARWIN_REALTIME_CONSTRAINT_DENOM = 1200 VISIONEGG_DARWIN_REALTIME_PREEMPTIBLE = 0 # This value can be "max" (without the quotes) or a number VISIONEGG_DARWIN_PTHREAD_PRIORITY = max [win32] # No win32 specific options in this release [linux2] # No linux specific options in this release visionegg-1.2.1/VisionEgg/win32_getrefresh.c0000644000076500000240000000050511224565530020112 0ustar astrawstaff#include #ifndef ENUM_CURRENT_SETTINGS #define ENUM_CURRENT_SETTINGS ((DWORD)-1) #endif double getrefresh() { DEVMODE DevMode; DevMode.dmDriverExtra = 0; if (EnumDisplaySettings(NULL,ENUM_CURRENT_SETTINGS,&DevMode)) { return (double)DevMode.dmDisplayFrequency; } else { return 0; } } visionegg-1.2.1/VisionEgg/win32_getrefresh.py0000644000076500000240000000236111224565530020322 0ustar astrawstaff# This file was created automatically by SWIG. # Don't modify this file, modify the SWIG interface instead. # This file is compatible with both classic and new-style classes. import _win32_getrefresh def _swig_setattr_nondynamic(self,class_type,name,value,static=1): if (name == "this"): if isinstance(value, class_type): self.__dict__[name] = value.this if hasattr(value,"thisown"): self.__dict__["thisown"] = value.thisown del value.thisown return method = class_type.__swig_setmethods__.get(name,None) if method: return method(self,value) if (not static) or hasattr(self,name) or (name == "thisown"): self.__dict__[name] = value else: raise AttributeError("You cannot add attributes to %s" % self) def _swig_setattr(self,class_type,name,value): return _swig_setattr_nondynamic(self,class_type,name,value,0) def _swig_getattr(self,class_type,name): method = class_type.__swig_getmethods__.get(name,None) if method: return method(self) raise AttributeError,name import types try: _object = types.ObjectType _newclass = 1 except AttributeError: class _object : pass _newclass = 0 del types getrefresh = _win32_getrefresh.getrefresh visionegg-1.2.1/VisionEgg/win32_getrefresh_wrap.c0000644000076500000240000014074611224565530021157 0ustar astrawstaff/* ---------------------------------------------------------------------------- * This file was automatically generated by SWIG (http://www.swig.org). * Version 1.3.24 * * This file is not intended to be easily readable and contains a number of * coding conventions designed to improve portability and efficiency. Do not make * changes to this file unless you know what you are doing--modify the SWIG * interface file instead. * ----------------------------------------------------------------------------- */ #define SWIGPYTHON #ifndef SWIG_TEMPLATE_DISAMBIGUATOR # if defined(__SUNPRO_CC) # define SWIG_TEMPLATE_DISAMBIGUATOR template # else # define SWIG_TEMPLATE_DISAMBIGUATOR # endif #endif #include /*********************************************************************** * swigrun.swg * * This file contains generic CAPI SWIG runtime support for pointer * type checking. * ************************************************************************/ /* This should only be incremented when either the layout of swig_type_info changes, or for whatever reason, the runtime changes incompatibly */ #define SWIG_RUNTIME_VERSION "1" /* define SWIG_TYPE_TABLE_NAME as "SWIG_TYPE_TABLE" */ #ifdef SWIG_TYPE_TABLE #define SWIG_QUOTE_STRING(x) #x #define SWIG_EXPAND_AND_QUOTE_STRING(x) SWIG_QUOTE_STRING(x) #define SWIG_TYPE_TABLE_NAME SWIG_EXPAND_AND_QUOTE_STRING(SWIG_TYPE_TABLE) #else #define SWIG_TYPE_TABLE_NAME #endif #include #ifndef SWIGINLINE #if defined(__cplusplus) || (defined(__GNUC__) && !defined(__STRICT_ANSI__)) # define SWIGINLINE inline #else # define SWIGINLINE #endif #endif /* You can use the SWIGRUNTIME and SWIGRUNTIMEINLINE macros for creating a static or dynamic library from the swig runtime code. In 99.9% of the cases, swig just needs to declare them as 'static'. But only do this if is strictly necessary, ie, if you have problems with your compiler or so. */ #ifndef SWIGRUNTIME #define SWIGRUNTIME static #endif #ifndef SWIGRUNTIMEINLINE #define SWIGRUNTIMEINLINE SWIGRUNTIME SWIGINLINE #endif #ifdef __cplusplus extern "C" { #endif typedef void *(*swig_converter_func)(void *); typedef struct swig_type_info *(*swig_dycast_func)(void **); typedef struct swig_type_info { const char *name; swig_converter_func converter; const char *str; void *clientdata; swig_dycast_func dcast; struct swig_type_info *next; struct swig_type_info *prev; } swig_type_info; /* Compare two type names skipping the space characters, therefore "char*" == "char *" and "Class" == "Class", etc. Return 0 when the two name types are equivalent, as in strncmp, but skipping ' '. */ SWIGRUNTIME int SWIG_TypeNameComp(const char *f1, const char *l1, const char *f2, const char *l2) { for (;(f1 != l1) && (f2 != l2); ++f1, ++f2) { while ((*f1 == ' ') && (f1 != l1)) ++f1; while ((*f2 == ' ') && (f2 != l2)) ++f2; if (*f1 != *f2) return *f1 - *f2; } return (l1 - f1) - (l2 - f2); } /* Check type equivalence in a name list like ||... */ SWIGRUNTIME int SWIG_TypeEquiv(const char *nb, const char *tb) { int equiv = 0; const char* te = tb + strlen(tb); const char* ne = nb; while (!equiv && *ne) { for (nb = ne; *ne; ++ne) { if (*ne == '|') break; } equiv = SWIG_TypeNameComp(nb, ne, tb, te) == 0; if (*ne) ++ne; } return equiv; } /* Register a type mapping with the type-checking */ SWIGRUNTIME swig_type_info * SWIG_TypeRegisterTL(swig_type_info **tl, swig_type_info *ti) { swig_type_info *tc, *head, *ret, *next; /* Check to see if this type has already been registered */ tc = *tl; while (tc) { /* check simple type equivalence */ int typeequiv = (strcmp(tc->name, ti->name) == 0); /* check full type equivalence, resolving typedefs */ if (!typeequiv) { /* only if tc is not a typedef (no '|' on it) */ if (tc->str && ti->str && !strstr(tc->str,"|")) { typeequiv = SWIG_TypeEquiv(ti->str,tc->str); } } if (typeequiv) { /* Already exists in the table. Just add additional types to the list */ if (ti->clientdata) tc->clientdata = ti->clientdata; head = tc; next = tc->next; goto l1; } tc = tc->prev; } head = ti; next = 0; /* Place in list */ ti->prev = *tl; *tl = ti; /* Build linked lists */ l1: ret = head; tc = ti + 1; /* Patch up the rest of the links */ while (tc->name) { head->next = tc; tc->prev = head; head = tc; tc++; } if (next) next->prev = head; head->next = next; return ret; } /* Check the typename */ SWIGRUNTIME swig_type_info * SWIG_TypeCheck(const char *c, swig_type_info *ty) { swig_type_info *s; if (!ty) return 0; /* Void pointer */ s = ty->next; /* First element always just a name */ do { if (strcmp(s->name,c) == 0) { if (s == ty->next) return s; /* Move s to the top of the linked list */ s->prev->next = s->next; if (s->next) { s->next->prev = s->prev; } /* Insert s as second element in the list */ s->next = ty->next; if (ty->next) ty->next->prev = s; ty->next = s; s->prev = ty; return s; } s = s->next; } while (s && (s != ty->next)); return 0; } /* Cast a pointer up an inheritance hierarchy */ SWIGRUNTIMEINLINE void * SWIG_TypeCast(swig_type_info *ty, void *ptr) { return ((!ty) || (!ty->converter)) ? ptr : (*ty->converter)(ptr); } /* Dynamic pointer casting. Down an inheritance hierarchy */ SWIGRUNTIME swig_type_info * SWIG_TypeDynamicCast(swig_type_info *ty, void **ptr) { swig_type_info *lastty = ty; if (!ty || !ty->dcast) return ty; while (ty && (ty->dcast)) { ty = (*ty->dcast)(ptr); if (ty) lastty = ty; } return lastty; } /* Return the name associated with this type */ SWIGRUNTIMEINLINE const char * SWIG_TypeName(const swig_type_info *ty) { return ty->name; } /* Return the pretty name associated with this type, that is an unmangled type name in a form presentable to the user. */ SWIGRUNTIME const char * SWIG_TypePrettyName(const swig_type_info *type) { /* The "str" field contains the equivalent pretty names of the type, separated by vertical-bar characters. We choose to print the last name, as it is often (?) the most specific. */ if (type->str != NULL) { const char *last_name = type->str; const char *s; for (s = type->str; *s; s++) if (*s == '|') last_name = s+1; return last_name; } else return type->name; } /* Search for a swig_type_info structure */ SWIGRUNTIME swig_type_info * SWIG_TypeQueryTL(swig_type_info *tl, const char *name) { swig_type_info *ty = tl; while (ty) { if (ty->str && (SWIG_TypeEquiv(ty->str,name))) return ty; if (ty->name && (strcmp(name,ty->name) == 0)) return ty; ty = ty->prev; } return 0; } /* Set the clientdata field for a type */ SWIGRUNTIME void SWIG_TypeClientDataTL(swig_type_info *tl, swig_type_info *ti, void *clientdata) { swig_type_info *tc, *equiv; if (ti->clientdata) return; /* if (ti->clientdata == clientdata) return; */ ti->clientdata = clientdata; equiv = ti->next; while (equiv) { if (!equiv->converter) { tc = tl; while (tc) { if ((strcmp(tc->name, equiv->name) == 0)) SWIG_TypeClientDataTL(tl,tc,clientdata); tc = tc->prev; } } equiv = equiv->next; } } /* Pack binary data into a string */ SWIGRUNTIME char * SWIG_PackData(char *c, void *ptr, size_t sz) { static char hex[17] = "0123456789abcdef"; unsigned char *u = (unsigned char *) ptr; const unsigned char *eu = u + sz; register unsigned char uu; for (; u != eu; ++u) { uu = *u; *(c++) = hex[(uu & 0xf0) >> 4]; *(c++) = hex[uu & 0xf]; } return c; } /* Unpack binary data from a string */ SWIGRUNTIME const char * SWIG_UnpackData(const char *c, void *ptr, size_t sz) { register unsigned char *u = (unsigned char *) ptr; register const unsigned char *eu = u + sz; for (; u != eu; ++u) { register int d = *(c++); register unsigned char uu = 0; if ((d >= '0') && (d <= '9')) uu = ((d - '0') << 4); else if ((d >= 'a') && (d <= 'f')) uu = ((d - ('a'-10)) << 4); else return (char *) 0; d = *(c++); if ((d >= '0') && (d <= '9')) uu |= (d - '0'); else if ((d >= 'a') && (d <= 'f')) uu |= (d - ('a'-10)); else return (char *) 0; *u = uu; } return c; } /* This function will propagate the clientdata field of type to any new swig_type_info structures that have been added into the list of equivalent types. It is like calling SWIG_TypeClientData(type, clientdata) a second time. */ SWIGRUNTIME void SWIG_PropagateClientDataTL(swig_type_info *tl, swig_type_info *type) { swig_type_info *equiv = type->next; swig_type_info *tc; if (!type->clientdata) return; while (equiv) { if (!equiv->converter) { tc = tl; while (tc) { if ((strcmp(tc->name, equiv->name) == 0) && !tc->clientdata) SWIG_TypeClientDataTL(tl,tc, type->clientdata); tc = tc->prev; } } equiv = equiv->next; } } /* Pack 'void *' into a string buffer. */ SWIGRUNTIME char * SWIG_PackVoidPtr(char *buff, void *ptr, const char *name, size_t bsz) { char *r = buff; if ((2*sizeof(void *) + 2) > bsz) return 0; *(r++) = '_'; r = SWIG_PackData(r,&ptr,sizeof(void *)); if (strlen(name) + 1 > (bsz - (r - buff))) return 0; strcpy(r,name); return buff; } SWIGRUNTIME const char * SWIG_UnpackVoidPtr(const char *c, void **ptr, const char *name) { if (*c != '_') { if (strcmp(c,"NULL") == 0) { *ptr = (void *) 0; return name; } else { return 0; } } return SWIG_UnpackData(++c,ptr,sizeof(void *)); } SWIGRUNTIME char * SWIG_PackDataName(char *buff, void *ptr, size_t sz, const char *name, size_t bsz) { char *r = buff; size_t lname = (name ? strlen(name) : 0); if ((2*sz + 2 + lname) > bsz) return 0; *(r++) = '_'; r = SWIG_PackData(r,ptr,sz); if (lname) { strncpy(r,name,lname+1); } else { *r = 0; } return buff; } SWIGRUNTIME const char * SWIG_UnpackDataName(const char *c, void *ptr, size_t sz, const char *name) { if (*c != '_') { if (strcmp(c,"NULL") == 0) { memset(ptr,0,sz); return name; } else { return 0; } } return SWIG_UnpackData(++c,ptr,sz); } #ifdef __cplusplus } #endif /*********************************************************************** * common.swg * * This file contains generic SWIG runtime support for pointer * type checking as well as a few commonly used macros to control * external linkage. * * Author : David Beazley (beazley@cs.uchicago.edu) * * Copyright (c) 1999-2000, The University of Chicago * * This file may be freely redistributed without license or fee provided * this copyright message remains intact. ************************************************************************/ #if defined(_WIN32) || defined(__WIN32__) || defined(__CYGWIN__) # if !defined(STATIC_LINKED) # define SWIGEXPORT(a) __declspec(dllexport) a # else # define SWIGEXPORT(a) a # endif #else # define SWIGEXPORT(a) a #endif #ifdef __cplusplus extern "C" { #endif /*************************************************************************/ /* The static type info list */ static swig_type_info *swig_type_list = 0; static swig_type_info **swig_type_list_handle = &swig_type_list; /* Register a type mapping with the type-checking */ static swig_type_info * SWIG_TypeRegister(swig_type_info *ti) { return SWIG_TypeRegisterTL(swig_type_list_handle, ti); } /* Search for a swig_type_info structure */ static swig_type_info * SWIG_TypeQuery(const char *name) { return SWIG_TypeQueryTL(*swig_type_list_handle, name); } /* Set the clientdata field for a type */ static void SWIG_TypeClientData(swig_type_info *ti, void *clientdata) { SWIG_TypeClientDataTL(*swig_type_list_handle, ti, clientdata); } /* This function will propagate the clientdata field of type to * any new swig_type_info structures that have been added into the list * of equivalent types. It is like calling * SWIG_TypeClientData(type, clientdata) a second time. */ static void SWIG_PropagateClientData(swig_type_info *type) { SWIG_PropagateClientDataTL(*swig_type_list_handle, type); } #ifdef __cplusplus } #endif /* ----------------------------------------------------------------------------- * SWIG API. Portion that goes into the runtime * ----------------------------------------------------------------------------- */ #ifdef __cplusplus extern "C" { #endif /* ----------------------------------------------------------------------------- * for internal method declarations * ----------------------------------------------------------------------------- */ #ifndef SWIGINTERN #define SWIGINTERN static #endif #ifndef SWIGINTERNSHORT #ifdef __cplusplus #define SWIGINTERNSHORT static inline #else /* C case */ #define SWIGINTERNSHORT static #endif /* __cplusplus */ #endif /* Exception handling in wrappers */ #define SWIG_fail goto fail #define SWIG_arg_fail(arg) SWIG_Python_ArgFail(arg) #define SWIG_append_errmsg(msg) SWIG_Python_AddErrMesg(msg,0) #define SWIG_preppend_errmsg(msg) SWIG_Python_AddErrMesg(msg,1) #define SWIG_type_error(type,obj) SWIG_Python_TypeError(type,obj) #define SWIG_null_ref(type) SWIG_Python_NullRef(type) /* Contract support */ #define SWIG_contract_assert(expr, msg) \ if (!(expr)) { PyErr_SetString(PyExc_RuntimeError, (char *) msg ); goto fail; } else /* ----------------------------------------------------------------------------- * Constant declarations * ----------------------------------------------------------------------------- */ /* Constant Types */ #define SWIG_PY_INT 1 #define SWIG_PY_FLOAT 2 #define SWIG_PY_STRING 3 #define SWIG_PY_POINTER 4 #define SWIG_PY_BINARY 5 /* Constant information structure */ typedef struct swig_const_info { int type; char *name; long lvalue; double dvalue; void *pvalue; swig_type_info **ptype; } swig_const_info; /* ----------------------------------------------------------------------------- * Alloc. memory flags * ----------------------------------------------------------------------------- */ #define SWIG_OLDOBJ 1 #define SWIG_NEWOBJ SWIG_OLDOBJ + 1 #define SWIG_PYSTR SWIG_NEWOBJ + 1 #ifdef __cplusplus } #endif /*********************************************************************** * pyrun.swg * * This file contains the runtime support for Python modules * and includes code for managing global variables and pointer * type checking. * * Author : David Beazley (beazley@cs.uchicago.edu) ************************************************************************/ /* Common SWIG API */ #define SWIG_ConvertPtr(obj, pp, type, flags) SWIG_Python_ConvertPtr(obj, pp, type, flags) #define SWIG_NewPointerObj(p, type, flags) SWIG_Python_NewPointerObj(p, type, flags) #define SWIG_MustGetPtr(p, type, argnum, flags) SWIG_Python_MustGetPtr(p, type, argnum, flags) /* Python-specific SWIG API */ #define SWIG_ConvertPacked(obj, ptr, sz, ty, flags) SWIG_Python_ConvertPacked(obj, ptr, sz, ty, flags) #define SWIG_NewPackedObj(ptr, sz, type) SWIG_Python_NewPackedObj(ptr, sz, type) /* ----------------------------------------------------------------------------- * Pointer declarations * ----------------------------------------------------------------------------- */ /* Use SWIG_NO_COBJECT_TYPES to force the use of strings to represent C/C++ pointers in the python side. Very useful for debugging, but not always safe. */ #if !defined(SWIG_NO_COBJECT_TYPES) && !defined(SWIG_COBJECT_TYPES) # define SWIG_COBJECT_TYPES #endif /* Flags for pointer conversion */ #define SWIG_POINTER_EXCEPTION 0x1 #define SWIG_POINTER_DISOWN 0x2 #ifdef __cplusplus extern "C" { #endif /* ----------------------------------------------------------------------------- * Create a new pointer string * ----------------------------------------------------------------------------- */ #ifndef SWIG_BUFFER_SIZE #define SWIG_BUFFER_SIZE 1024 #endif #if defined(SWIG_COBJECT_TYPES) #if !defined(SWIG_COBJECT_PYTHON) /* ----------------------------------------------------------------------------- * Implements a simple Swig Object type, and use it instead of PyCObject * ----------------------------------------------------------------------------- */ typedef struct { PyObject_HEAD void *ptr; const char *desc; } PySwigObject; /* Declarations for objects of type PySwigObject */ SWIGRUNTIME int PySwigObject_print(PySwigObject *v, FILE *fp, int flags) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result))) { fputs("", fp); return 0; } else { return 1; } } SWIGRUNTIME PyObject * PySwigObject_repr(PySwigObject *v) { char result[SWIG_BUFFER_SIZE]; return SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result)) ? PyString_FromFormat("", result) : 0; } SWIGRUNTIME PyObject * PySwigObject_str(PySwigObject *v) { char result[SWIG_BUFFER_SIZE]; return SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result)) ? PyString_FromString(result) : 0; } SWIGRUNTIME PyObject * PySwigObject_long(PySwigObject *v) { return PyLong_FromUnsignedLong((unsigned long) v->ptr); } SWIGRUNTIME PyObject * PySwigObject_oct(PySwigObject *v) { char buf[100]; unsigned long x = (unsigned long)v->ptr; if (x == 0) strcpy(buf, "0"); else PyOS_snprintf(buf, sizeof(buf), "0%lo", x); return PyString_FromString(buf); } SWIGRUNTIME PyObject * PySwigObject_hex(PySwigObject *v) { char buf[100]; PyOS_snprintf(buf, sizeof(buf), "0x%lx", (unsigned long)v->ptr); return PyString_FromString(buf); } SWIGRUNTIME int PySwigObject_compare(PySwigObject *v, PySwigObject *w) { int c = strcmp(v->desc, w->desc); if (c) { return c; } else { void *i = v->ptr; void *j = w->ptr; return (i < j) ? -1 : (i > j) ? 1 : 0; } } SWIGRUNTIME void PySwigObject_dealloc(PySwigObject *self) { PyObject_DEL(self); } SWIGRUNTIME PyTypeObject* PySwigObject_GetType() { static char PySwigObject_Type__doc__[] = "Swig object carries a C/C++ instance pointer"; static PyNumberMethods PySwigObject_as_number = { (binaryfunc)0, /*nb_add*/ (binaryfunc)0, /*nb_subtract*/ (binaryfunc)0, /*nb_multiply*/ (binaryfunc)0, /*nb_divide*/ (binaryfunc)0, /*nb_remainder*/ (binaryfunc)0, /*nb_divmod*/ (ternaryfunc)0,/*nb_power*/ (unaryfunc)0, /*nb_negative*/ (unaryfunc)0, /*nb_positive*/ (unaryfunc)0, /*nb_absolute*/ (inquiry)0, /*nb_nonzero*/ 0, /*nb_invert*/ 0, /*nb_lshift*/ 0, /*nb_rshift*/ 0, /*nb_and*/ 0, /*nb_xor*/ 0, /*nb_or*/ (coercion)0, /*nb_coerce*/ (unaryfunc)PySwigObject_long, /*nb_int*/ (unaryfunc)PySwigObject_long, /*nb_long*/ (unaryfunc)0, /*nb_float*/ (unaryfunc)PySwigObject_oct, /*nb_oct*/ (unaryfunc)PySwigObject_hex, /*nb_hex*/ #if PY_VERSION_HEX >= 0x02000000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 /* nb_inplace_add -> nb_inplace_true_divide */ #endif }; static int type_init = 0; static PyTypeObject PySwigObject_Type; if (!type_init) { PyTypeObject tmp = { PyObject_HEAD_INIT(&PyType_Type) 0, /*ob_size*/ "PySwigObject", /*tp_name*/ sizeof(PySwigObject), /*tp_basicsize*/ 0, /*tp_itemsize*/ /* methods */ (destructor)PySwigObject_dealloc, /*tp_dealloc*/ (printfunc)PySwigObject_print, /*tp_print*/ (getattrfunc)0, /*tp_getattr*/ (setattrfunc)0, /*tp_setattr*/ (cmpfunc)PySwigObject_compare, /*tp_compare*/ (reprfunc)PySwigObject_repr, /*tp_repr*/ &PySwigObject_as_number, /*tp_as_number*/ 0, /*tp_as_sequence*/ 0, /*tp_as_mapping*/ (hashfunc)0, /*tp_hash*/ (ternaryfunc)0, /*tp_call*/ (reprfunc)PySwigObject_str, /*tp_str*/ /* Space for future expansion */ 0L,0L,0L,0L, PySwigObject_Type__doc__, /* Documentation string */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; PySwigObject_Type = tmp; type_init = 1; } return &PySwigObject_Type; } SWIGRUNTIME PyObject * PySwigObject_FromVoidPtrAndDesc(void *ptr, const char *desc) { PySwigObject *self = PyObject_NEW(PySwigObject, PySwigObject_GetType()); if (self == NULL) return NULL; self->ptr = ptr; self->desc = desc; return (PyObject *)self; } SWIGRUNTIMEINLINE void * PySwigObject_AsVoidPtr(PyObject *self) { return ((PySwigObject *)self)->ptr; } SWIGRUNTIMEINLINE const char * PySwigObject_GetDesc(PyObject *self) { return ((PySwigObject *)self)->desc; } SWIGRUNTIMEINLINE int PySwigObject_Check(PyObject *op) { return ((op)->ob_type == PySwigObject_GetType()) || (strcmp((op)->ob_type->tp_name,"PySwigObject") == 0); } /* ----------------------------------------------------------------------------- * Implements a simple Swig Packed type, and use it instead of string * ----------------------------------------------------------------------------- */ typedef struct { PyObject_HEAD void *pack; const char *desc; size_t size; } PySwigPacked; SWIGRUNTIME int PySwigPacked_print(PySwigPacked *v, FILE *fp, int flags) { char result[SWIG_BUFFER_SIZE]; fputs("pack, v->size, 0, sizeof(result))) { fputs("at ", fp); fputs(result, fp); } fputs(v->desc,fp); fputs(">", fp); return 0; } SWIGRUNTIME PyObject * PySwigPacked_repr(PySwigPacked *v) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackDataName(result, v->pack, v->size, 0, sizeof(result))) { return PyString_FromFormat("", result, v->desc); } else { return PyString_FromFormat("", v->desc); } } SWIGRUNTIME PyObject * PySwigPacked_str(PySwigPacked *v) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackDataName(result, v->pack, v->size, 0, sizeof(result))){ return PyString_FromFormat("%s%s", result, v->desc); } else { return PyString_FromFormat("%s", v->desc); } } SWIGRUNTIME int PySwigPacked_compare(PySwigPacked *v, PySwigPacked *w) { int c = strcmp(v->desc, w->desc); if (c) { return c; } else { size_t i = v->size; size_t j = w->size; int s = (i < j) ? -1 : (i > j) ? 1 : 0; return s ? s : strncmp((char *)v->pack, (char *)w->pack, 2*v->size); } } SWIGRUNTIME void PySwigPacked_dealloc(PySwigPacked *self) { free(self->pack); PyObject_DEL(self); } SWIGRUNTIME PyTypeObject* PySwigPacked_GetType() { static char PySwigPacked_Type__doc__[] = "Swig object carries a C/C++ instance pointer"; static int type_init = 0; static PyTypeObject PySwigPacked_Type; if (!type_init) { PyTypeObject tmp = { PyObject_HEAD_INIT(&PyType_Type) 0, /*ob_size*/ "PySwigPacked", /*tp_name*/ sizeof(PySwigPacked), /*tp_basicsize*/ 0, /*tp_itemsize*/ /* methods */ (destructor)PySwigPacked_dealloc, /*tp_dealloc*/ (printfunc)PySwigPacked_print, /*tp_print*/ (getattrfunc)0, /*tp_getattr*/ (setattrfunc)0, /*tp_setattr*/ (cmpfunc)PySwigPacked_compare, /*tp_compare*/ (reprfunc)PySwigPacked_repr, /*tp_repr*/ 0, /*tp_as_number*/ 0, /*tp_as_sequence*/ 0, /*tp_as_mapping*/ (hashfunc)0, /*tp_hash*/ (ternaryfunc)0, /*tp_call*/ (reprfunc)PySwigPacked_str, /*tp_str*/ /* Space for future expansion */ 0L,0L,0L,0L, PySwigPacked_Type__doc__, /* Documentation string */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; PySwigPacked_Type = tmp; type_init = 1; } return &PySwigPacked_Type; } SWIGRUNTIME PyObject * PySwigPacked_FromDataAndDesc(void *ptr, size_t size, const char *desc) { PySwigPacked *self = PyObject_NEW(PySwigPacked, PySwigPacked_GetType()); if (self == NULL) { return NULL; } else { void *pack = malloc(size); memcpy(pack, ptr, size); self->pack = pack; self->desc = desc; self->size = size; return (PyObject *) self; } } SWIGRUNTIMEINLINE const char * PySwigPacked_UnpackData(PyObject *obj, void *ptr, size_t size) { PySwigPacked *self = (PySwigPacked *)obj; if (self->size != size) return 0; memcpy(ptr, self->pack, size); return self->desc; } SWIGRUNTIMEINLINE const char * PySwigPacked_GetDesc(PyObject *self) { return ((PySwigPacked *)self)->desc; } SWIGRUNTIMEINLINE int PySwigPacked_Check(PyObject *op) { return ((op)->ob_type == PySwigPacked_GetType()) || (strcmp((op)->ob_type->tp_name,"PySwigPacked") == 0); } #else /* ----------------------------------------------------------------------------- * Use the old Python PyCObject instead of PySwigObject * ----------------------------------------------------------------------------- */ #define PySwigObject_GetDesc(obj) PyCObject_GetDesc(obj) #define PySwigObject_Check(obj) PyCObject_Check(obj) #define PySwigObject_AsVoidPtr(obj) PyCObject_AsVoidPtr(obj) #define PySwigObject_FromVoidPtrAndDesc(p, d) PyCObject_FromVoidPtrAndDesc(p, d, NULL) #endif #endif /* ----------------------------------------------------------------------------- * errors manipulation * ----------------------------------------------------------------------------- */ SWIGRUNTIME void SWIG_Python_TypeError(const char *type, PyObject *obj) { if (type) { #if defined(SWIG_COBJECT_TYPES) if (PySwigObject_Check(obj)) { const char *otype = (const char *) PySwigObject_GetDesc(obj); if (otype) { PyErr_Format(PyExc_TypeError, "a '%s' is expected, 'PySwigObject(%s)' is received", type, otype); return; } } else #endif { const char *otype = (obj ? obj->ob_type->tp_name : 0); if (otype) { PyObject *str = PyObject_Str(obj); const char *cstr = str ? PyString_AsString(str) : 0; if (cstr) { PyErr_Format(PyExc_TypeError, "a '%s' is expected, '%s(%s)' is received", type, otype, cstr); } else { PyErr_Format(PyExc_TypeError, "a '%s' is expected, '%s' is received", type, otype); } Py_DECREF(str); return; } } PyErr_Format(PyExc_TypeError, "a '%s' is expected", type); } else { PyErr_Format(PyExc_TypeError, "unexpected type is received"); } } SWIGRUNTIMEINLINE void SWIG_Python_NullRef(const char *type) { if (type) { PyErr_Format(PyExc_TypeError, "null reference of type '%s' was received",type); } else { PyErr_Format(PyExc_TypeError, "null reference was received"); } } SWIGRUNTIME int SWIG_Python_AddErrMesg(const char* mesg, int infront) { if (PyErr_Occurred()) { PyObject *type = 0; PyObject *value = 0; PyObject *traceback = 0; PyErr_Fetch(&type, &value, &traceback); if (value) { PyObject *old_str = PyObject_Str(value); Py_XINCREF(type); PyErr_Clear(); if (infront) { PyErr_Format(type, "%s %s", mesg, PyString_AsString(old_str)); } else { PyErr_Format(type, "%s %s", PyString_AsString(old_str), mesg); } Py_DECREF(old_str); } return 1; } else { return 0; } } SWIGRUNTIME int SWIG_Python_ArgFail(int argnum) { if (PyErr_Occurred()) { /* add information about failing argument */ char mesg[256]; sprintf(mesg, "argument number %d:", argnum); return SWIG_Python_AddErrMesg(mesg, 1); } else { return 0; } } /* ----------------------------------------------------------------------------- * pointers/data manipulation * ----------------------------------------------------------------------------- */ /* Convert a pointer value */ SWIGRUNTIME int SWIG_Python_ConvertPtr(PyObject *obj, void **ptr, swig_type_info *ty, int flags) { swig_type_info *tc; const char *c = 0; static PyObject *SWIG_this = 0; int newref = 0; PyObject *pyobj = 0; void *vptr; if (!obj) return 0; if (obj == Py_None) { *ptr = 0; return 0; } #ifdef SWIG_COBJECT_TYPES if (!(PySwigObject_Check(obj))) { if (!SWIG_this) SWIG_this = PyString_FromString("this"); pyobj = obj; obj = PyObject_GetAttr(obj,SWIG_this); newref = 1; if (!obj) goto type_error; if (!PySwigObject_Check(obj)) { Py_DECREF(obj); goto type_error; } } vptr = PySwigObject_AsVoidPtr(obj); c = (const char *) PySwigObject_GetDesc(obj); if (newref) { Py_DECREF(obj); } goto type_check; #else if (!(PyString_Check(obj))) { if (!SWIG_this) SWIG_this = PyString_FromString("this"); pyobj = obj; obj = PyObject_GetAttr(obj,SWIG_this); newref = 1; if (!obj) goto type_error; if (!PyString_Check(obj)) { Py_DECREF(obj); goto type_error; } } c = PyString_AS_STRING(obj); /* Pointer values must start with leading underscore */ c = SWIG_UnpackVoidPtr(c, &vptr, ty->name); if (newref) { Py_DECREF(obj); } if (!c) goto type_error; #endif type_check: if (ty) { tc = SWIG_TypeCheck(c,ty); if (!tc) goto type_error; *ptr = SWIG_TypeCast(tc,vptr); } else { *ptr = vptr; } if ((pyobj) && (flags & SWIG_POINTER_DISOWN)) { PyObject_SetAttrString(pyobj,(char*)"thisown",Py_False); } return 0; type_error: PyErr_Clear(); if (pyobj && !obj) { obj = pyobj; if (PyCFunction_Check(obj)) { /* here we get the method pointer for callbacks */ char *doc = (((PyCFunctionObject *)obj) -> m_ml -> ml_doc); c = doc ? strstr(doc, "swig_ptr: ") : 0; if (c) { c = SWIG_UnpackVoidPtr(c + 10, &vptr, ty->name); if (!c) goto type_error; goto type_check; } } } if (flags & SWIG_POINTER_EXCEPTION) { if (ty) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); } else { SWIG_Python_TypeError("C/C++ pointer", obj); } } return -1; } /* Convert a pointer value, signal an exception on a type mismatch */ SWIGRUNTIME void * SWIG_Python_MustGetPtr(PyObject *obj, swig_type_info *ty, int argnum, int flags) { void *result; if (SWIG_Python_ConvertPtr(obj, &result, ty, flags) == -1) { PyErr_Clear(); if (flags & SWIG_POINTER_EXCEPTION) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); SWIG_Python_ArgFail(argnum); } } return result; } /* Convert a packed value value */ SWIGRUNTIME int SWIG_Python_ConvertPacked(PyObject *obj, void *ptr, size_t sz, swig_type_info *ty, int flags) { swig_type_info *tc; const char *c = 0; #if defined(SWIG_COBJECT_TYPES) && !defined(SWIG_COBJECT_PYTHON) c = PySwigPacked_UnpackData(obj, ptr, sz); #else if ((!obj) || (!PyString_Check(obj))) goto type_error; c = PyString_AS_STRING(obj); /* Pointer values must start with leading underscore */ c = SWIG_UnpackDataName(c, ptr, sz, ty->name); #endif if (!c) goto type_error; if (ty) { tc = SWIG_TypeCheck(c,ty); if (!tc) goto type_error; } return 0; type_error: PyErr_Clear(); if (flags & SWIG_POINTER_EXCEPTION) { if (ty) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); } else { SWIG_Python_TypeError("C/C++ packed data", obj); } } return -1; } /* Create a new array object */ SWIGRUNTIME PyObject * SWIG_Python_NewPointerObj(void *ptr, swig_type_info *type, int own) { PyObject *robj = 0; if (!ptr) { Py_INCREF(Py_None); return Py_None; } #ifdef SWIG_COBJECT_TYPES robj = PySwigObject_FromVoidPtrAndDesc((void *) ptr, (char *)type->name); #else { char result[SWIG_BUFFER_SIZE]; robj = SWIG_PackVoidPtr(result, ptr, type->name, sizeof(result)) ? PyString_FromString(result) : 0; } #endif if (!robj || (robj == Py_None)) return robj; if (type->clientdata) { PyObject *inst; PyObject *args = Py_BuildValue((char*)"(O)", robj); Py_DECREF(robj); inst = PyObject_CallObject((PyObject *) type->clientdata, args); Py_DECREF(args); if (inst) { if (own) { PyObject_SetAttrString(inst,(char*)"thisown",Py_True); } robj = inst; } } return robj; } SWIGRUNTIME PyObject * SWIG_Python_NewPackedObj(void *ptr, size_t sz, swig_type_info *type) { PyObject *robj = 0; if (!ptr) { Py_INCREF(Py_None); return Py_None; } #if defined(SWIG_COBJECT_TYPES) && !defined(SWIG_COBJECT_PYTHON) robj = PySwigPacked_FromDataAndDesc((void *) ptr, sz, (char *)type->name); #else { char result[SWIG_BUFFER_SIZE]; robj = SWIG_PackDataName(result, ptr, sz, type->name, sizeof(result)) ? PyString_FromString(result) : 0; } #endif return robj; } /* -----------------------------------------------------------------------------* * Get type list * -----------------------------------------------------------------------------*/ #ifdef SWIG_LINK_RUNTIME void *SWIG_ReturnGlobalTypeList(void *); #endif SWIGRUNTIME swig_type_info ** SWIG_Python_GetTypeListHandle() { static void *type_pointer = (void *)0; /* first check if module already created */ if (!type_pointer) { #ifdef SWIG_LINK_RUNTIME type_pointer = SWIG_ReturnGlobalTypeList((void *)0); #else type_pointer = PyCObject_Import((char*)"swig_runtime_data" SWIG_RUNTIME_VERSION, (char*)"type_pointer" SWIG_TYPE_TABLE_NAME); if (PyErr_Occurred()) { PyErr_Clear(); type_pointer = (void *)0; } } #endif return (swig_type_info **) type_pointer; } /* Search for a swig_type_info structure */ SWIGRUNTIMEINLINE swig_type_info * SWIG_Python_GetTypeList() { swig_type_info **tlh = SWIG_Python_GetTypeListHandle(); return tlh ? *tlh : (swig_type_info*)0; } #define SWIG_Runtime_GetTypeList SWIG_Python_GetTypeList #ifdef __cplusplus } #endif /* -------- TYPES TABLE (BEGIN) -------- */ #define SWIGTYPE_p_char swig_types[0] #define SWIGTYPE_size_t swig_types[1] #define SWIGTYPE_ptrdiff_t swig_types[2] static swig_type_info *swig_types[4]; /* -------- TYPES TABLE (END) -------- */ /*----------------------------------------------- @(target):= _win32_getrefresh.so ------------------------------------------------*/ #define SWIG_init init_win32_getrefresh #define SWIG_name "_win32_getrefresh" double getrefresh(); /*@/usr/share/swig1.3/python/pymacros.swg,66,SWIG_define@*/ #define SWIG_From_double PyFloat_FromDouble /*@@*/ #ifdef __cplusplus extern "C" { #endif static PyObject *_wrap_getrefresh(PyObject *self, PyObject *args) { PyObject *resultobj; double result; if(!PyArg_ParseTuple(args,(char *)":getrefresh")) goto fail; result = (double)getrefresh(); { resultobj = SWIG_From_double((double)(result)); } return resultobj; fail: return NULL; } static PyMethodDef SwigMethods[] = { { (char *)"getrefresh", _wrap_getrefresh, METH_VARARGS, NULL}, { NULL, NULL, 0, NULL } }; /* -------- TYPE CONVERSION AND EQUIVALENCE RULES (BEGIN) -------- */ static swig_type_info _swigt__p_char[] = {{"_p_char", 0, "char *", 0, 0, 0, 0},{"_p_char", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info _swigt__size_t[] = {{"_size_t", 0, "size_t", 0, 0, 0, 0},{"_size_t", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info _swigt__ptrdiff_t[] = {{"_ptrdiff_t", 0, "ptrdiff_t", 0, 0, 0, 0},{"_ptrdiff_t", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info *swig_types_initial[] = { _swigt__p_char, _swigt__size_t, _swigt__ptrdiff_t, 0 }; /* -------- TYPE CONVERSION AND EQUIVALENCE RULES (END) -------- */ static swig_const_info swig_const_table[] = { {0, 0, 0, 0.0, 0, 0}}; #ifdef __cplusplus } #endif #ifdef __cplusplus extern "C" { #endif /* Python-specific SWIG API */ #define SWIG_newvarlink() SWIG_Python_newvarlink() #define SWIG_addvarlink(p, name, get_attr, set_attr) SWIG_Python_addvarlink(p, name, get_attr, set_attr) #define SWIG_InstallConstants(d, constants) SWIG_Python_InstallConstants(d, constants) /* ----------------------------------------------------------------------------- * global variable support code. * ----------------------------------------------------------------------------- */ typedef struct swig_globalvar { char *name; /* Name of global variable */ PyObject *(*get_attr)(); /* Return the current value */ int (*set_attr)(PyObject *); /* Set the value */ struct swig_globalvar *next; } swig_globalvar; typedef struct swig_varlinkobject { PyObject_HEAD swig_globalvar *vars; } swig_varlinkobject; static PyObject * swig_varlink_repr(swig_varlinkobject *v) { v = v; return PyString_FromString(""); } static int swig_varlink_print(swig_varlinkobject *v, FILE *fp, int flags) { swig_globalvar *var; flags = flags; fprintf(fp,"Swig global variables { "); for (var = v->vars; var; var=var->next) { fprintf(fp,"%s", var->name); if (var->next) fprintf(fp,", "); } fprintf(fp," }\n"); return 0; } static PyObject * swig_varlink_getattr(swig_varlinkobject *v, char *n) { swig_globalvar *var = v->vars; while (var) { if (strcmp(var->name,n) == 0) { return (*var->get_attr)(); } var = var->next; } PyErr_SetString(PyExc_NameError,"Unknown C global variable"); return NULL; } static int swig_varlink_setattr(swig_varlinkobject *v, char *n, PyObject *p) { swig_globalvar *var = v->vars; while (var) { if (strcmp(var->name,n) == 0) { return (*var->set_attr)(p); } var = var->next; } PyErr_SetString(PyExc_NameError,"Unknown C global variable"); return 1; } static PyTypeObject varlinktype = { PyObject_HEAD_INIT(0) 0, /* Number of items in variable part (ob_size) */ (char *)"swigvarlink", /* Type name (tp_name) */ sizeof(swig_varlinkobject), /* Basic size (tp_basicsize) */ 0, /* Itemsize (tp_itemsize) */ 0, /* Deallocator (tp_dealloc) */ (printfunc) swig_varlink_print, /* Print (tp_print) */ (getattrfunc) swig_varlink_getattr, /* get attr (tp_getattr) */ (setattrfunc) swig_varlink_setattr, /* Set attr (tp_setattr) */ 0, /* tp_compare */ (reprfunc) swig_varlink_repr, /* tp_repr */ 0, /* tp_as_number */ 0, /* tp_as_sequence */ 0, /* tp_as_mapping */ 0, /* tp_hash */ 0, /* tp_call */ 0, /* tp_str */ 0, /* tp_getattro */ 0, /* tp_setattro */ 0, /* tp_as_buffer */ 0, /* tp_flags */ 0, /* tp_doc */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; /* Create a variable linking object for use later */ static PyObject * SWIG_Python_newvarlink(void) { swig_varlinkobject *result = 0; result = PyMem_NEW(swig_varlinkobject,1); varlinktype.ob_type = &PyType_Type; /* Patch varlinktype into a PyType */ result->ob_type = &varlinktype; result->vars = 0; result->ob_refcnt = 0; Py_XINCREF((PyObject *) result); return ((PyObject*) result); } static void SWIG_Python_addvarlink(PyObject *p, char *name, PyObject *(*get_attr)(void), int (*set_attr)(PyObject *p)) { swig_varlinkobject *v; swig_globalvar *gv; v= (swig_varlinkobject *) p; gv = (swig_globalvar *) malloc(sizeof(swig_globalvar)); gv->name = (char *) malloc(strlen(name)+1); strcpy(gv->name,name); gv->get_attr = get_attr; gv->set_attr = set_attr; gv->next = v->vars; v->vars = gv; } /* ----------------------------------------------------------------------------- * constants/methods manipulation * ----------------------------------------------------------------------------- */ /* Install Constants */ static void SWIG_Python_InstallConstants(PyObject *d, swig_const_info constants[]) { PyObject *obj = 0; size_t i; for (i = 0; constants[i].type; i++) { switch(constants[i].type) { case SWIG_PY_INT: obj = PyInt_FromLong(constants[i].lvalue); break; case SWIG_PY_FLOAT: obj = PyFloat_FromDouble(constants[i].dvalue); break; case SWIG_PY_STRING: if (constants[i].pvalue) { obj = PyString_FromString((char *) constants[i].pvalue); } else { Py_INCREF(Py_None); obj = Py_None; } break; case SWIG_PY_POINTER: obj = SWIG_NewPointerObj(constants[i].pvalue, *(constants[i]).ptype,0); break; case SWIG_PY_BINARY: obj = SWIG_NewPackedObj(constants[i].pvalue, constants[i].lvalue, *(constants[i].ptype)); break; default: obj = 0; break; } if (obj) { PyDict_SetItemString(d,constants[i].name,obj); Py_DECREF(obj); } } } /* -----------------------------------------------------------------------------*/ /* Fix SwigMethods to carry the callback ptrs when needed */ /* -----------------------------------------------------------------------------*/ static void SWIG_Python_FixMethods(PyMethodDef *methods, swig_const_info *const_table, swig_type_info **types, swig_type_info **types_initial) { size_t i; for (i = 0; methods[i].ml_name; ++i) { char *c = methods[i].ml_doc; if (c && (c = strstr(c, "swig_ptr: "))) { int j; swig_const_info *ci = 0; char *name = c + 10; for (j = 0; const_table[j].type; j++) { if (strncmp(const_table[j].name, name, strlen(const_table[j].name)) == 0) { ci = &(const_table[j]); break; } } if (ci) { size_t shift = (ci->ptype) - types; swig_type_info *ty = types_initial[shift]; size_t ldoc = (c - methods[i].ml_doc); size_t lptr = strlen(ty->name)+2*sizeof(void*)+2; char *ndoc = (char*)malloc(ldoc + lptr + 10); char *buff = ndoc; void *ptr = (ci->type == SWIG_PY_POINTER) ? ci->pvalue: (void *)(ci->lvalue); strncpy(buff, methods[i].ml_doc, ldoc); buff += ldoc; strncpy(buff, "swig_ptr: ", 10); buff += 10; SWIG_PackVoidPtr(buff, ptr, ty->name, lptr); methods[i].ml_doc = ndoc; } } } } /* -----------------------------------------------------------------------------* * Initialize type list * -----------------------------------------------------------------------------*/ #if PY_MAJOR_VERSION < 2 /* PyModule_AddObject function was introduced in Python 2.0. The following function is copied out of Python/modsupport.c in python version 2.3.4 */ static int PyModule_AddObject(PyObject *m, char *name, PyObject *o) { PyObject *dict; if (!PyModule_Check(m)) { PyErr_SetString(PyExc_TypeError, "PyModule_AddObject() needs module as first arg"); return -1; } if (!o) { PyErr_SetString(PyExc_TypeError, "PyModule_AddObject() needs non-NULL value"); return -1; } dict = PyModule_GetDict(m); if (dict == NULL) { /* Internal error -- modules must have a dict! */ PyErr_Format(PyExc_SystemError, "module '%s' has no __dict__", PyModule_GetName(m)); return -1; } if (PyDict_SetItemString(dict, name, o)) return -1; Py_DECREF(o); return 0; } #endif static swig_type_info ** SWIG_Python_SetTypeListHandle(swig_type_info **type_list_handle) { static PyMethodDef swig_empty_runtime_method_table[] = { { NULL, NULL, 0, NULL } };/* Sentinel */ PyObject *module = Py_InitModule((char*)"swig_runtime_data" SWIG_RUNTIME_VERSION, swig_empty_runtime_method_table); PyObject *pointer = PyCObject_FromVoidPtr((void *) type_list_handle, NULL); if (pointer && module) { PyModule_AddObject(module, (char*)"type_pointer" SWIG_TYPE_TABLE_NAME, pointer); } return type_list_handle; } static swig_type_info ** SWIG_Python_LookupTypePointer(swig_type_info **type_list_handle) { swig_type_info **type_pointer; /* first check if module already created */ type_pointer = SWIG_Python_GetTypeListHandle(); if (type_pointer) { return type_pointer; } else { /* create a new module and variable */ return SWIG_Python_SetTypeListHandle(type_list_handle); } } #ifdef __cplusplus } #endif /* -----------------------------------------------------------------------------* * Partial Init method * -----------------------------------------------------------------------------*/ #ifdef SWIG_LINK_RUNTIME #ifdef __cplusplus extern "C" #endif SWIGEXPORT(void *) SWIG_ReturnGlobalTypeList(void *); #endif #ifdef __cplusplus extern "C" #endif SWIGEXPORT(void) SWIG_init(void) { static PyObject *SWIG_globals = 0; static int typeinit = 0; PyObject *m, *d; int i; if (!SWIG_globals) SWIG_globals = SWIG_newvarlink(); /* Fix SwigMethods to carry the callback ptrs when needed */ SWIG_Python_FixMethods(SwigMethods, swig_const_table, swig_types, swig_types_initial); m = Py_InitModule((char *) SWIG_name, SwigMethods); d = PyModule_GetDict(m); if (!typeinit) { #ifdef SWIG_LINK_RUNTIME swig_type_list_handle = (swig_type_info **) SWIG_ReturnGlobalTypeList(swig_type_list_handle); #else # ifndef SWIG_STATIC_RUNTIME swig_type_list_handle = SWIG_Python_LookupTypePointer(swig_type_list_handle); # endif #endif for (i = 0; swig_types_initial[i]; i++) { swig_types[i] = SWIG_TypeRegister(swig_types_initial[i]); } typeinit = 1; } SWIG_InstallConstants(d,swig_const_table); } visionegg-1.2.1/VisionEgg/win32_load_driver.c0000644000076500000240000000211611224565530020246 0ustar astrawstaff/* This file modified from the original distribution available at http://www.compuphase.com/vretrace.htm */ #include HANDLE LoadDriver(LPSTR DriverName) { OSVERSIONINFO VerInfo; char DevicePath[64]; // Check operating system VerInfo.dwOSVersionInfoSize = sizeof(OSVERSIONINFO); GetVersionEx(&VerInfo); if (VerInfo.dwPlatformId == VER_PLATFORM_WIN32_NT) { wsprintf(DevicePath, "\\\\.\\%s", (LPSTR)DriverName); return CreateFile(DevicePath, GENERIC_READ | GENERIC_WRITE, FILE_SHARE_READ | FILE_SHARE_WRITE, 0, // Default security OPEN_EXISTING, FILE_FLAG_OVERLAPPED, // Perform asynchronous I/O 0); // No template } else { // Otherwise, assume Windows95/98 wsprintf(DevicePath, "\\\\.\\%s.vxd", (LPSTR)DriverName); return CreateFile(DevicePath, 0,0,0, CREATE_NEW, FILE_FLAG_DELETE_ON_CLOSE | FILE_FLAG_OVERLAPPED, 0); } } visionegg-1.2.1/VisionEgg/win32_load_driver.h0000644000076500000240000000007311224565530020253 0ustar astrawstaff#include HANDLE LoadDriver(LPSTR DriverName); visionegg-1.2.1/VisionEgg/win32_maxpriority.c0000644000076500000240000000064311224565530020346 0ustar astrawstaff#include // winbase.h is all we really want, but it doesn't include all the headers it needs #include unsigned short set_self_process_priority_class( int priority_class ) { return (unsigned short)SetPriorityClass( GetCurrentProcess(), priority_class ); } unsigned short set_self_thread_priority( int priority ) { return (unsigned short)SetThreadPriority( GetCurrentThread(), priority ); } visionegg-1.2.1/VisionEgg/win32_maxpriority.py0000644000076500000240000000413611224565530020555 0ustar astrawstaff# This file was created automatically by SWIG. # Don't modify this file, modify the SWIG interface instead. # This file is compatible with both classic and new-style classes. import _win32_maxpriority def _swig_setattr_nondynamic(self,class_type,name,value,static=1): if (name == "this"): if isinstance(value, class_type): self.__dict__[name] = value.this if hasattr(value,"thisown"): self.__dict__["thisown"] = value.thisown del value.thisown return method = class_type.__swig_setmethods__.get(name,None) if method: return method(self,value) if (not static) or hasattr(self,name) or (name == "thisown"): self.__dict__[name] = value else: raise AttributeError("You cannot add attributes to %s" % self) def _swig_setattr(self,class_type,name,value): return _swig_setattr_nondynamic(self,class_type,name,value,0) def _swig_getattr(self,class_type,name): method = class_type.__swig_getmethods__.get(name,None) if method: return method(self) raise AttributeError,name import types try: _object = types.ObjectType _newclass = 1 except AttributeError: class _object : pass _newclass = 0 del types IDLE_PRIORITY_CLASS = _win32_maxpriority.IDLE_PRIORITY_CLASS NORMAL_PRIORITY_CLASS = _win32_maxpriority.NORMAL_PRIORITY_CLASS HIGH_PRIORITY_CLASS = _win32_maxpriority.HIGH_PRIORITY_CLASS REALTIME_PRIORITY_CLASS = _win32_maxpriority.REALTIME_PRIORITY_CLASS THREAD_PRIORITY_IDLE = _win32_maxpriority.THREAD_PRIORITY_IDLE THREAD_PRIORITY_LOWEST = _win32_maxpriority.THREAD_PRIORITY_LOWEST THREAD_PRIORITY_BELOW_NORMAL = _win32_maxpriority.THREAD_PRIORITY_BELOW_NORMAL THREAD_PRIORITY_NORMAL = _win32_maxpriority.THREAD_PRIORITY_NORMAL THREAD_PRIORITY_ABOVE_NORMAL = _win32_maxpriority.THREAD_PRIORITY_ABOVE_NORMAL THREAD_PRIORITY_HIGHEST = _win32_maxpriority.THREAD_PRIORITY_HIGHEST THREAD_PRIORITY_TIME_CRITICAL = _win32_maxpriority.THREAD_PRIORITY_TIME_CRITICAL set_self_process_priority_class = _win32_maxpriority.set_self_process_priority_class set_self_thread_priority = _win32_maxpriority.set_self_thread_priority visionegg-1.2.1/VisionEgg/win32_maxpriority_wrap.c0000644000076500000240000015142311224565530021402 0ustar astrawstaff/* ---------------------------------------------------------------------------- * This file was automatically generated by SWIG (http://www.swig.org). * Version 1.3.24 * * This file is not intended to be easily readable and contains a number of * coding conventions designed to improve portability and efficiency. Do not make * changes to this file unless you know what you are doing--modify the SWIG * interface file instead. * ----------------------------------------------------------------------------- */ #define SWIGPYTHON #ifndef SWIG_TEMPLATE_DISAMBIGUATOR # if defined(__SUNPRO_CC) # define SWIG_TEMPLATE_DISAMBIGUATOR template # else # define SWIG_TEMPLATE_DISAMBIGUATOR # endif #endif #include /*********************************************************************** * swigrun.swg * * This file contains generic CAPI SWIG runtime support for pointer * type checking. * ************************************************************************/ /* This should only be incremented when either the layout of swig_type_info changes, or for whatever reason, the runtime changes incompatibly */ #define SWIG_RUNTIME_VERSION "1" /* define SWIG_TYPE_TABLE_NAME as "SWIG_TYPE_TABLE" */ #ifdef SWIG_TYPE_TABLE #define SWIG_QUOTE_STRING(x) #x #define SWIG_EXPAND_AND_QUOTE_STRING(x) SWIG_QUOTE_STRING(x) #define SWIG_TYPE_TABLE_NAME SWIG_EXPAND_AND_QUOTE_STRING(SWIG_TYPE_TABLE) #else #define SWIG_TYPE_TABLE_NAME #endif #include #ifndef SWIGINLINE #if defined(__cplusplus) || (defined(__GNUC__) && !defined(__STRICT_ANSI__)) # define SWIGINLINE inline #else # define SWIGINLINE #endif #endif /* You can use the SWIGRUNTIME and SWIGRUNTIMEINLINE macros for creating a static or dynamic library from the swig runtime code. In 99.9% of the cases, swig just needs to declare them as 'static'. But only do this if is strictly necessary, ie, if you have problems with your compiler or so. */ #ifndef SWIGRUNTIME #define SWIGRUNTIME static #endif #ifndef SWIGRUNTIMEINLINE #define SWIGRUNTIMEINLINE SWIGRUNTIME SWIGINLINE #endif #ifdef __cplusplus extern "C" { #endif typedef void *(*swig_converter_func)(void *); typedef struct swig_type_info *(*swig_dycast_func)(void **); typedef struct swig_type_info { const char *name; swig_converter_func converter; const char *str; void *clientdata; swig_dycast_func dcast; struct swig_type_info *next; struct swig_type_info *prev; } swig_type_info; /* Compare two type names skipping the space characters, therefore "char*" == "char *" and "Class" == "Class", etc. Return 0 when the two name types are equivalent, as in strncmp, but skipping ' '. */ SWIGRUNTIME int SWIG_TypeNameComp(const char *f1, const char *l1, const char *f2, const char *l2) { for (;(f1 != l1) && (f2 != l2); ++f1, ++f2) { while ((*f1 == ' ') && (f1 != l1)) ++f1; while ((*f2 == ' ') && (f2 != l2)) ++f2; if (*f1 != *f2) return *f1 - *f2; } return (l1 - f1) - (l2 - f2); } /* Check type equivalence in a name list like ||... */ SWIGRUNTIME int SWIG_TypeEquiv(const char *nb, const char *tb) { int equiv = 0; const char* te = tb + strlen(tb); const char* ne = nb; while (!equiv && *ne) { for (nb = ne; *ne; ++ne) { if (*ne == '|') break; } equiv = SWIG_TypeNameComp(nb, ne, tb, te) == 0; if (*ne) ++ne; } return equiv; } /* Register a type mapping with the type-checking */ SWIGRUNTIME swig_type_info * SWIG_TypeRegisterTL(swig_type_info **tl, swig_type_info *ti) { swig_type_info *tc, *head, *ret, *next; /* Check to see if this type has already been registered */ tc = *tl; while (tc) { /* check simple type equivalence */ int typeequiv = (strcmp(tc->name, ti->name) == 0); /* check full type equivalence, resolving typedefs */ if (!typeequiv) { /* only if tc is not a typedef (no '|' on it) */ if (tc->str && ti->str && !strstr(tc->str,"|")) { typeequiv = SWIG_TypeEquiv(ti->str,tc->str); } } if (typeequiv) { /* Already exists in the table. Just add additional types to the list */ if (ti->clientdata) tc->clientdata = ti->clientdata; head = tc; next = tc->next; goto l1; } tc = tc->prev; } head = ti; next = 0; /* Place in list */ ti->prev = *tl; *tl = ti; /* Build linked lists */ l1: ret = head; tc = ti + 1; /* Patch up the rest of the links */ while (tc->name) { head->next = tc; tc->prev = head; head = tc; tc++; } if (next) next->prev = head; head->next = next; return ret; } /* Check the typename */ SWIGRUNTIME swig_type_info * SWIG_TypeCheck(const char *c, swig_type_info *ty) { swig_type_info *s; if (!ty) return 0; /* Void pointer */ s = ty->next; /* First element always just a name */ do { if (strcmp(s->name,c) == 0) { if (s == ty->next) return s; /* Move s to the top of the linked list */ s->prev->next = s->next; if (s->next) { s->next->prev = s->prev; } /* Insert s as second element in the list */ s->next = ty->next; if (ty->next) ty->next->prev = s; ty->next = s; s->prev = ty; return s; } s = s->next; } while (s && (s != ty->next)); return 0; } /* Cast a pointer up an inheritance hierarchy */ SWIGRUNTIMEINLINE void * SWIG_TypeCast(swig_type_info *ty, void *ptr) { return ((!ty) || (!ty->converter)) ? ptr : (*ty->converter)(ptr); } /* Dynamic pointer casting. Down an inheritance hierarchy */ SWIGRUNTIME swig_type_info * SWIG_TypeDynamicCast(swig_type_info *ty, void **ptr) { swig_type_info *lastty = ty; if (!ty || !ty->dcast) return ty; while (ty && (ty->dcast)) { ty = (*ty->dcast)(ptr); if (ty) lastty = ty; } return lastty; } /* Return the name associated with this type */ SWIGRUNTIMEINLINE const char * SWIG_TypeName(const swig_type_info *ty) { return ty->name; } /* Return the pretty name associated with this type, that is an unmangled type name in a form presentable to the user. */ SWIGRUNTIME const char * SWIG_TypePrettyName(const swig_type_info *type) { /* The "str" field contains the equivalent pretty names of the type, separated by vertical-bar characters. We choose to print the last name, as it is often (?) the most specific. */ if (type->str != NULL) { const char *last_name = type->str; const char *s; for (s = type->str; *s; s++) if (*s == '|') last_name = s+1; return last_name; } else return type->name; } /* Search for a swig_type_info structure */ SWIGRUNTIME swig_type_info * SWIG_TypeQueryTL(swig_type_info *tl, const char *name) { swig_type_info *ty = tl; while (ty) { if (ty->str && (SWIG_TypeEquiv(ty->str,name))) return ty; if (ty->name && (strcmp(name,ty->name) == 0)) return ty; ty = ty->prev; } return 0; } /* Set the clientdata field for a type */ SWIGRUNTIME void SWIG_TypeClientDataTL(swig_type_info *tl, swig_type_info *ti, void *clientdata) { swig_type_info *tc, *equiv; if (ti->clientdata) return; /* if (ti->clientdata == clientdata) return; */ ti->clientdata = clientdata; equiv = ti->next; while (equiv) { if (!equiv->converter) { tc = tl; while (tc) { if ((strcmp(tc->name, equiv->name) == 0)) SWIG_TypeClientDataTL(tl,tc,clientdata); tc = tc->prev; } } equiv = equiv->next; } } /* Pack binary data into a string */ SWIGRUNTIME char * SWIG_PackData(char *c, void *ptr, size_t sz) { static char hex[17] = "0123456789abcdef"; unsigned char *u = (unsigned char *) ptr; const unsigned char *eu = u + sz; register unsigned char uu; for (; u != eu; ++u) { uu = *u; *(c++) = hex[(uu & 0xf0) >> 4]; *(c++) = hex[uu & 0xf]; } return c; } /* Unpack binary data from a string */ SWIGRUNTIME const char * SWIG_UnpackData(const char *c, void *ptr, size_t sz) { register unsigned char *u = (unsigned char *) ptr; register const unsigned char *eu = u + sz; for (; u != eu; ++u) { register int d = *(c++); register unsigned char uu = 0; if ((d >= '0') && (d <= '9')) uu = ((d - '0') << 4); else if ((d >= 'a') && (d <= 'f')) uu = ((d - ('a'-10)) << 4); else return (char *) 0; d = *(c++); if ((d >= '0') && (d <= '9')) uu |= (d - '0'); else if ((d >= 'a') && (d <= 'f')) uu |= (d - ('a'-10)); else return (char *) 0; *u = uu; } return c; } /* This function will propagate the clientdata field of type to any new swig_type_info structures that have been added into the list of equivalent types. It is like calling SWIG_TypeClientData(type, clientdata) a second time. */ SWIGRUNTIME void SWIG_PropagateClientDataTL(swig_type_info *tl, swig_type_info *type) { swig_type_info *equiv = type->next; swig_type_info *tc; if (!type->clientdata) return; while (equiv) { if (!equiv->converter) { tc = tl; while (tc) { if ((strcmp(tc->name, equiv->name) == 0) && !tc->clientdata) SWIG_TypeClientDataTL(tl,tc, type->clientdata); tc = tc->prev; } } equiv = equiv->next; } } /* Pack 'void *' into a string buffer. */ SWIGRUNTIME char * SWIG_PackVoidPtr(char *buff, void *ptr, const char *name, size_t bsz) { char *r = buff; if ((2*sizeof(void *) + 2) > bsz) return 0; *(r++) = '_'; r = SWIG_PackData(r,&ptr,sizeof(void *)); if (strlen(name) + 1 > (bsz - (r - buff))) return 0; strcpy(r,name); return buff; } SWIGRUNTIME const char * SWIG_UnpackVoidPtr(const char *c, void **ptr, const char *name) { if (*c != '_') { if (strcmp(c,"NULL") == 0) { *ptr = (void *) 0; return name; } else { return 0; } } return SWIG_UnpackData(++c,ptr,sizeof(void *)); } SWIGRUNTIME char * SWIG_PackDataName(char *buff, void *ptr, size_t sz, const char *name, size_t bsz) { char *r = buff; size_t lname = (name ? strlen(name) : 0); if ((2*sz + 2 + lname) > bsz) return 0; *(r++) = '_'; r = SWIG_PackData(r,ptr,sz); if (lname) { strncpy(r,name,lname+1); } else { *r = 0; } return buff; } SWIGRUNTIME const char * SWIG_UnpackDataName(const char *c, void *ptr, size_t sz, const char *name) { if (*c != '_') { if (strcmp(c,"NULL") == 0) { memset(ptr,0,sz); return name; } else { return 0; } } return SWIG_UnpackData(++c,ptr,sz); } #ifdef __cplusplus } #endif /*********************************************************************** * common.swg * * This file contains generic SWIG runtime support for pointer * type checking as well as a few commonly used macros to control * external linkage. * * Author : David Beazley (beazley@cs.uchicago.edu) * * Copyright (c) 1999-2000, The University of Chicago * * This file may be freely redistributed without license or fee provided * this copyright message remains intact. ************************************************************************/ #if defined(_WIN32) || defined(__WIN32__) || defined(__CYGWIN__) # if !defined(STATIC_LINKED) # define SWIGEXPORT(a) __declspec(dllexport) a # else # define SWIGEXPORT(a) a # endif #else # define SWIGEXPORT(a) a #endif #ifdef __cplusplus extern "C" { #endif /*************************************************************************/ /* The static type info list */ static swig_type_info *swig_type_list = 0; static swig_type_info **swig_type_list_handle = &swig_type_list; /* Register a type mapping with the type-checking */ static swig_type_info * SWIG_TypeRegister(swig_type_info *ti) { return SWIG_TypeRegisterTL(swig_type_list_handle, ti); } /* Search for a swig_type_info structure */ static swig_type_info * SWIG_TypeQuery(const char *name) { return SWIG_TypeQueryTL(*swig_type_list_handle, name); } /* Set the clientdata field for a type */ static void SWIG_TypeClientData(swig_type_info *ti, void *clientdata) { SWIG_TypeClientDataTL(*swig_type_list_handle, ti, clientdata); } /* This function will propagate the clientdata field of type to * any new swig_type_info structures that have been added into the list * of equivalent types. It is like calling * SWIG_TypeClientData(type, clientdata) a second time. */ static void SWIG_PropagateClientData(swig_type_info *type) { SWIG_PropagateClientDataTL(*swig_type_list_handle, type); } #ifdef __cplusplus } #endif /* ----------------------------------------------------------------------------- * SWIG API. Portion that goes into the runtime * ----------------------------------------------------------------------------- */ #ifdef __cplusplus extern "C" { #endif /* ----------------------------------------------------------------------------- * for internal method declarations * ----------------------------------------------------------------------------- */ #ifndef SWIGINTERN #define SWIGINTERN static #endif #ifndef SWIGINTERNSHORT #ifdef __cplusplus #define SWIGINTERNSHORT static inline #else /* C case */ #define SWIGINTERNSHORT static #endif /* __cplusplus */ #endif /* Exception handling in wrappers */ #define SWIG_fail goto fail #define SWIG_arg_fail(arg) SWIG_Python_ArgFail(arg) #define SWIG_append_errmsg(msg) SWIG_Python_AddErrMesg(msg,0) #define SWIG_preppend_errmsg(msg) SWIG_Python_AddErrMesg(msg,1) #define SWIG_type_error(type,obj) SWIG_Python_TypeError(type,obj) #define SWIG_null_ref(type) SWIG_Python_NullRef(type) /* Contract support */ #define SWIG_contract_assert(expr, msg) \ if (!(expr)) { PyErr_SetString(PyExc_RuntimeError, (char *) msg ); goto fail; } else /* ----------------------------------------------------------------------------- * Constant declarations * ----------------------------------------------------------------------------- */ /* Constant Types */ #define SWIG_PY_INT 1 #define SWIG_PY_FLOAT 2 #define SWIG_PY_STRING 3 #define SWIG_PY_POINTER 4 #define SWIG_PY_BINARY 5 /* Constant information structure */ typedef struct swig_const_info { int type; char *name; long lvalue; double dvalue; void *pvalue; swig_type_info **ptype; } swig_const_info; /* ----------------------------------------------------------------------------- * Alloc. memory flags * ----------------------------------------------------------------------------- */ #define SWIG_OLDOBJ 1 #define SWIG_NEWOBJ SWIG_OLDOBJ + 1 #define SWIG_PYSTR SWIG_NEWOBJ + 1 #ifdef __cplusplus } #endif /*********************************************************************** * pyrun.swg * * This file contains the runtime support for Python modules * and includes code for managing global variables and pointer * type checking. * * Author : David Beazley (beazley@cs.uchicago.edu) ************************************************************************/ /* Common SWIG API */ #define SWIG_ConvertPtr(obj, pp, type, flags) SWIG_Python_ConvertPtr(obj, pp, type, flags) #define SWIG_NewPointerObj(p, type, flags) SWIG_Python_NewPointerObj(p, type, flags) #define SWIG_MustGetPtr(p, type, argnum, flags) SWIG_Python_MustGetPtr(p, type, argnum, flags) /* Python-specific SWIG API */ #define SWIG_ConvertPacked(obj, ptr, sz, ty, flags) SWIG_Python_ConvertPacked(obj, ptr, sz, ty, flags) #define SWIG_NewPackedObj(ptr, sz, type) SWIG_Python_NewPackedObj(ptr, sz, type) /* ----------------------------------------------------------------------------- * Pointer declarations * ----------------------------------------------------------------------------- */ /* Use SWIG_NO_COBJECT_TYPES to force the use of strings to represent C/C++ pointers in the python side. Very useful for debugging, but not always safe. */ #if !defined(SWIG_NO_COBJECT_TYPES) && !defined(SWIG_COBJECT_TYPES) # define SWIG_COBJECT_TYPES #endif /* Flags for pointer conversion */ #define SWIG_POINTER_EXCEPTION 0x1 #define SWIG_POINTER_DISOWN 0x2 #ifdef __cplusplus extern "C" { #endif /* ----------------------------------------------------------------------------- * Create a new pointer string * ----------------------------------------------------------------------------- */ #ifndef SWIG_BUFFER_SIZE #define SWIG_BUFFER_SIZE 1024 #endif #if defined(SWIG_COBJECT_TYPES) #if !defined(SWIG_COBJECT_PYTHON) /* ----------------------------------------------------------------------------- * Implements a simple Swig Object type, and use it instead of PyCObject * ----------------------------------------------------------------------------- */ typedef struct { PyObject_HEAD void *ptr; const char *desc; } PySwigObject; /* Declarations for objects of type PySwigObject */ SWIGRUNTIME int PySwigObject_print(PySwigObject *v, FILE *fp, int flags) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result))) { fputs("", fp); return 0; } else { return 1; } } SWIGRUNTIME PyObject * PySwigObject_repr(PySwigObject *v) { char result[SWIG_BUFFER_SIZE]; return SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result)) ? PyString_FromFormat("", result) : 0; } SWIGRUNTIME PyObject * PySwigObject_str(PySwigObject *v) { char result[SWIG_BUFFER_SIZE]; return SWIG_PackVoidPtr(result, v->ptr, v->desc, sizeof(result)) ? PyString_FromString(result) : 0; } SWIGRUNTIME PyObject * PySwigObject_long(PySwigObject *v) { return PyLong_FromUnsignedLong((unsigned long) v->ptr); } SWIGRUNTIME PyObject * PySwigObject_oct(PySwigObject *v) { char buf[100]; unsigned long x = (unsigned long)v->ptr; if (x == 0) strcpy(buf, "0"); else PyOS_snprintf(buf, sizeof(buf), "0%lo", x); return PyString_FromString(buf); } SWIGRUNTIME PyObject * PySwigObject_hex(PySwigObject *v) { char buf[100]; PyOS_snprintf(buf, sizeof(buf), "0x%lx", (unsigned long)v->ptr); return PyString_FromString(buf); } SWIGRUNTIME int PySwigObject_compare(PySwigObject *v, PySwigObject *w) { int c = strcmp(v->desc, w->desc); if (c) { return c; } else { void *i = v->ptr; void *j = w->ptr; return (i < j) ? -1 : (i > j) ? 1 : 0; } } SWIGRUNTIME void PySwigObject_dealloc(PySwigObject *self) { PyObject_DEL(self); } SWIGRUNTIME PyTypeObject* PySwigObject_GetType() { static char PySwigObject_Type__doc__[] = "Swig object carries a C/C++ instance pointer"; static PyNumberMethods PySwigObject_as_number = { (binaryfunc)0, /*nb_add*/ (binaryfunc)0, /*nb_subtract*/ (binaryfunc)0, /*nb_multiply*/ (binaryfunc)0, /*nb_divide*/ (binaryfunc)0, /*nb_remainder*/ (binaryfunc)0, /*nb_divmod*/ (ternaryfunc)0,/*nb_power*/ (unaryfunc)0, /*nb_negative*/ (unaryfunc)0, /*nb_positive*/ (unaryfunc)0, /*nb_absolute*/ (inquiry)0, /*nb_nonzero*/ 0, /*nb_invert*/ 0, /*nb_lshift*/ 0, /*nb_rshift*/ 0, /*nb_and*/ 0, /*nb_xor*/ 0, /*nb_or*/ (coercion)0, /*nb_coerce*/ (unaryfunc)PySwigObject_long, /*nb_int*/ (unaryfunc)PySwigObject_long, /*nb_long*/ (unaryfunc)0, /*nb_float*/ (unaryfunc)PySwigObject_oct, /*nb_oct*/ (unaryfunc)PySwigObject_hex, /*nb_hex*/ #if PY_VERSION_HEX >= 0x02000000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 /* nb_inplace_add -> nb_inplace_true_divide */ #endif }; static int type_init = 0; static PyTypeObject PySwigObject_Type; if (!type_init) { PyTypeObject tmp = { PyObject_HEAD_INIT(&PyType_Type) 0, /*ob_size*/ "PySwigObject", /*tp_name*/ sizeof(PySwigObject), /*tp_basicsize*/ 0, /*tp_itemsize*/ /* methods */ (destructor)PySwigObject_dealloc, /*tp_dealloc*/ (printfunc)PySwigObject_print, /*tp_print*/ (getattrfunc)0, /*tp_getattr*/ (setattrfunc)0, /*tp_setattr*/ (cmpfunc)PySwigObject_compare, /*tp_compare*/ (reprfunc)PySwigObject_repr, /*tp_repr*/ &PySwigObject_as_number, /*tp_as_number*/ 0, /*tp_as_sequence*/ 0, /*tp_as_mapping*/ (hashfunc)0, /*tp_hash*/ (ternaryfunc)0, /*tp_call*/ (reprfunc)PySwigObject_str, /*tp_str*/ /* Space for future expansion */ 0L,0L,0L,0L, PySwigObject_Type__doc__, /* Documentation string */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; PySwigObject_Type = tmp; type_init = 1; } return &PySwigObject_Type; } SWIGRUNTIME PyObject * PySwigObject_FromVoidPtrAndDesc(void *ptr, const char *desc) { PySwigObject *self = PyObject_NEW(PySwigObject, PySwigObject_GetType()); if (self == NULL) return NULL; self->ptr = ptr; self->desc = desc; return (PyObject *)self; } SWIGRUNTIMEINLINE void * PySwigObject_AsVoidPtr(PyObject *self) { return ((PySwigObject *)self)->ptr; } SWIGRUNTIMEINLINE const char * PySwigObject_GetDesc(PyObject *self) { return ((PySwigObject *)self)->desc; } SWIGRUNTIMEINLINE int PySwigObject_Check(PyObject *op) { return ((op)->ob_type == PySwigObject_GetType()) || (strcmp((op)->ob_type->tp_name,"PySwigObject") == 0); } /* ----------------------------------------------------------------------------- * Implements a simple Swig Packed type, and use it instead of string * ----------------------------------------------------------------------------- */ typedef struct { PyObject_HEAD void *pack; const char *desc; size_t size; } PySwigPacked; SWIGRUNTIME int PySwigPacked_print(PySwigPacked *v, FILE *fp, int flags) { char result[SWIG_BUFFER_SIZE]; fputs("pack, v->size, 0, sizeof(result))) { fputs("at ", fp); fputs(result, fp); } fputs(v->desc,fp); fputs(">", fp); return 0; } SWIGRUNTIME PyObject * PySwigPacked_repr(PySwigPacked *v) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackDataName(result, v->pack, v->size, 0, sizeof(result))) { return PyString_FromFormat("", result, v->desc); } else { return PyString_FromFormat("", v->desc); } } SWIGRUNTIME PyObject * PySwigPacked_str(PySwigPacked *v) { char result[SWIG_BUFFER_SIZE]; if (SWIG_PackDataName(result, v->pack, v->size, 0, sizeof(result))){ return PyString_FromFormat("%s%s", result, v->desc); } else { return PyString_FromFormat("%s", v->desc); } } SWIGRUNTIME int PySwigPacked_compare(PySwigPacked *v, PySwigPacked *w) { int c = strcmp(v->desc, w->desc); if (c) { return c; } else { size_t i = v->size; size_t j = w->size; int s = (i < j) ? -1 : (i > j) ? 1 : 0; return s ? s : strncmp((char *)v->pack, (char *)w->pack, 2*v->size); } } SWIGRUNTIME void PySwigPacked_dealloc(PySwigPacked *self) { free(self->pack); PyObject_DEL(self); } SWIGRUNTIME PyTypeObject* PySwigPacked_GetType() { static char PySwigPacked_Type__doc__[] = "Swig object carries a C/C++ instance pointer"; static int type_init = 0; static PyTypeObject PySwigPacked_Type; if (!type_init) { PyTypeObject tmp = { PyObject_HEAD_INIT(&PyType_Type) 0, /*ob_size*/ "PySwigPacked", /*tp_name*/ sizeof(PySwigPacked), /*tp_basicsize*/ 0, /*tp_itemsize*/ /* methods */ (destructor)PySwigPacked_dealloc, /*tp_dealloc*/ (printfunc)PySwigPacked_print, /*tp_print*/ (getattrfunc)0, /*tp_getattr*/ (setattrfunc)0, /*tp_setattr*/ (cmpfunc)PySwigPacked_compare, /*tp_compare*/ (reprfunc)PySwigPacked_repr, /*tp_repr*/ 0, /*tp_as_number*/ 0, /*tp_as_sequence*/ 0, /*tp_as_mapping*/ (hashfunc)0, /*tp_hash*/ (ternaryfunc)0, /*tp_call*/ (reprfunc)PySwigPacked_str, /*tp_str*/ /* Space for future expansion */ 0L,0L,0L,0L, PySwigPacked_Type__doc__, /* Documentation string */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; PySwigPacked_Type = tmp; type_init = 1; } return &PySwigPacked_Type; } SWIGRUNTIME PyObject * PySwigPacked_FromDataAndDesc(void *ptr, size_t size, const char *desc) { PySwigPacked *self = PyObject_NEW(PySwigPacked, PySwigPacked_GetType()); if (self == NULL) { return NULL; } else { void *pack = malloc(size); memcpy(pack, ptr, size); self->pack = pack; self->desc = desc; self->size = size; return (PyObject *) self; } } SWIGRUNTIMEINLINE const char * PySwigPacked_UnpackData(PyObject *obj, void *ptr, size_t size) { PySwigPacked *self = (PySwigPacked *)obj; if (self->size != size) return 0; memcpy(ptr, self->pack, size); return self->desc; } SWIGRUNTIMEINLINE const char * PySwigPacked_GetDesc(PyObject *self) { return ((PySwigPacked *)self)->desc; } SWIGRUNTIMEINLINE int PySwigPacked_Check(PyObject *op) { return ((op)->ob_type == PySwigPacked_GetType()) || (strcmp((op)->ob_type->tp_name,"PySwigPacked") == 0); } #else /* ----------------------------------------------------------------------------- * Use the old Python PyCObject instead of PySwigObject * ----------------------------------------------------------------------------- */ #define PySwigObject_GetDesc(obj) PyCObject_GetDesc(obj) #define PySwigObject_Check(obj) PyCObject_Check(obj) #define PySwigObject_AsVoidPtr(obj) PyCObject_AsVoidPtr(obj) #define PySwigObject_FromVoidPtrAndDesc(p, d) PyCObject_FromVoidPtrAndDesc(p, d, NULL) #endif #endif /* ----------------------------------------------------------------------------- * errors manipulation * ----------------------------------------------------------------------------- */ SWIGRUNTIME void SWIG_Python_TypeError(const char *type, PyObject *obj) { if (type) { #if defined(SWIG_COBJECT_TYPES) if (PySwigObject_Check(obj)) { const char *otype = (const char *) PySwigObject_GetDesc(obj); if (otype) { PyErr_Format(PyExc_TypeError, "a '%s' is expected, 'PySwigObject(%s)' is received", type, otype); return; } } else #endif { const char *otype = (obj ? obj->ob_type->tp_name : 0); if (otype) { PyObject *str = PyObject_Str(obj); const char *cstr = str ? PyString_AsString(str) : 0; if (cstr) { PyErr_Format(PyExc_TypeError, "a '%s' is expected, '%s(%s)' is received", type, otype, cstr); } else { PyErr_Format(PyExc_TypeError, "a '%s' is expected, '%s' is received", type, otype); } Py_DECREF(str); return; } } PyErr_Format(PyExc_TypeError, "a '%s' is expected", type); } else { PyErr_Format(PyExc_TypeError, "unexpected type is received"); } } SWIGRUNTIMEINLINE void SWIG_Python_NullRef(const char *type) { if (type) { PyErr_Format(PyExc_TypeError, "null reference of type '%s' was received",type); } else { PyErr_Format(PyExc_TypeError, "null reference was received"); } } SWIGRUNTIME int SWIG_Python_AddErrMesg(const char* mesg, int infront) { if (PyErr_Occurred()) { PyObject *type = 0; PyObject *value = 0; PyObject *traceback = 0; PyErr_Fetch(&type, &value, &traceback); if (value) { PyObject *old_str = PyObject_Str(value); Py_XINCREF(type); PyErr_Clear(); if (infront) { PyErr_Format(type, "%s %s", mesg, PyString_AsString(old_str)); } else { PyErr_Format(type, "%s %s", PyString_AsString(old_str), mesg); } Py_DECREF(old_str); } return 1; } else { return 0; } } SWIGRUNTIME int SWIG_Python_ArgFail(int argnum) { if (PyErr_Occurred()) { /* add information about failing argument */ char mesg[256]; sprintf(mesg, "argument number %d:", argnum); return SWIG_Python_AddErrMesg(mesg, 1); } else { return 0; } } /* ----------------------------------------------------------------------------- * pointers/data manipulation * ----------------------------------------------------------------------------- */ /* Convert a pointer value */ SWIGRUNTIME int SWIG_Python_ConvertPtr(PyObject *obj, void **ptr, swig_type_info *ty, int flags) { swig_type_info *tc; const char *c = 0; static PyObject *SWIG_this = 0; int newref = 0; PyObject *pyobj = 0; void *vptr; if (!obj) return 0; if (obj == Py_None) { *ptr = 0; return 0; } #ifdef SWIG_COBJECT_TYPES if (!(PySwigObject_Check(obj))) { if (!SWIG_this) SWIG_this = PyString_FromString("this"); pyobj = obj; obj = PyObject_GetAttr(obj,SWIG_this); newref = 1; if (!obj) goto type_error; if (!PySwigObject_Check(obj)) { Py_DECREF(obj); goto type_error; } } vptr = PySwigObject_AsVoidPtr(obj); c = (const char *) PySwigObject_GetDesc(obj); if (newref) { Py_DECREF(obj); } goto type_check; #else if (!(PyString_Check(obj))) { if (!SWIG_this) SWIG_this = PyString_FromString("this"); pyobj = obj; obj = PyObject_GetAttr(obj,SWIG_this); newref = 1; if (!obj) goto type_error; if (!PyString_Check(obj)) { Py_DECREF(obj); goto type_error; } } c = PyString_AS_STRING(obj); /* Pointer values must start with leading underscore */ c = SWIG_UnpackVoidPtr(c, &vptr, ty->name); if (newref) { Py_DECREF(obj); } if (!c) goto type_error; #endif type_check: if (ty) { tc = SWIG_TypeCheck(c,ty); if (!tc) goto type_error; *ptr = SWIG_TypeCast(tc,vptr); } else { *ptr = vptr; } if ((pyobj) && (flags & SWIG_POINTER_DISOWN)) { PyObject_SetAttrString(pyobj,(char*)"thisown",Py_False); } return 0; type_error: PyErr_Clear(); if (pyobj && !obj) { obj = pyobj; if (PyCFunction_Check(obj)) { /* here we get the method pointer for callbacks */ char *doc = (((PyCFunctionObject *)obj) -> m_ml -> ml_doc); c = doc ? strstr(doc, "swig_ptr: ") : 0; if (c) { c = SWIG_UnpackVoidPtr(c + 10, &vptr, ty->name); if (!c) goto type_error; goto type_check; } } } if (flags & SWIG_POINTER_EXCEPTION) { if (ty) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); } else { SWIG_Python_TypeError("C/C++ pointer", obj); } } return -1; } /* Convert a pointer value, signal an exception on a type mismatch */ SWIGRUNTIME void * SWIG_Python_MustGetPtr(PyObject *obj, swig_type_info *ty, int argnum, int flags) { void *result; if (SWIG_Python_ConvertPtr(obj, &result, ty, flags) == -1) { PyErr_Clear(); if (flags & SWIG_POINTER_EXCEPTION) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); SWIG_Python_ArgFail(argnum); } } return result; } /* Convert a packed value value */ SWIGRUNTIME int SWIG_Python_ConvertPacked(PyObject *obj, void *ptr, size_t sz, swig_type_info *ty, int flags) { swig_type_info *tc; const char *c = 0; #if defined(SWIG_COBJECT_TYPES) && !defined(SWIG_COBJECT_PYTHON) c = PySwigPacked_UnpackData(obj, ptr, sz); #else if ((!obj) || (!PyString_Check(obj))) goto type_error; c = PyString_AS_STRING(obj); /* Pointer values must start with leading underscore */ c = SWIG_UnpackDataName(c, ptr, sz, ty->name); #endif if (!c) goto type_error; if (ty) { tc = SWIG_TypeCheck(c,ty); if (!tc) goto type_error; } return 0; type_error: PyErr_Clear(); if (flags & SWIG_POINTER_EXCEPTION) { if (ty) { SWIG_Python_TypeError(SWIG_TypePrettyName(ty), obj); } else { SWIG_Python_TypeError("C/C++ packed data", obj); } } return -1; } /* Create a new array object */ SWIGRUNTIME PyObject * SWIG_Python_NewPointerObj(void *ptr, swig_type_info *type, int own) { PyObject *robj = 0; if (!ptr) { Py_INCREF(Py_None); return Py_None; } #ifdef SWIG_COBJECT_TYPES robj = PySwigObject_FromVoidPtrAndDesc((void *) ptr, (char *)type->name); #else { char result[SWIG_BUFFER_SIZE]; robj = SWIG_PackVoidPtr(result, ptr, type->name, sizeof(result)) ? PyString_FromString(result) : 0; } #endif if (!robj || (robj == Py_None)) return robj; if (type->clientdata) { PyObject *inst; PyObject *args = Py_BuildValue((char*)"(O)", robj); Py_DECREF(robj); inst = PyObject_CallObject((PyObject *) type->clientdata, args); Py_DECREF(args); if (inst) { if (own) { PyObject_SetAttrString(inst,(char*)"thisown",Py_True); } robj = inst; } } return robj; } SWIGRUNTIME PyObject * SWIG_Python_NewPackedObj(void *ptr, size_t sz, swig_type_info *type) { PyObject *robj = 0; if (!ptr) { Py_INCREF(Py_None); return Py_None; } #if defined(SWIG_COBJECT_TYPES) && !defined(SWIG_COBJECT_PYTHON) robj = PySwigPacked_FromDataAndDesc((void *) ptr, sz, (char *)type->name); #else { char result[SWIG_BUFFER_SIZE]; robj = SWIG_PackDataName(result, ptr, sz, type->name, sizeof(result)) ? PyString_FromString(result) : 0; } #endif return robj; } /* -----------------------------------------------------------------------------* * Get type list * -----------------------------------------------------------------------------*/ #ifdef SWIG_LINK_RUNTIME void *SWIG_ReturnGlobalTypeList(void *); #endif SWIGRUNTIME swig_type_info ** SWIG_Python_GetTypeListHandle() { static void *type_pointer = (void *)0; /* first check if module already created */ if (!type_pointer) { #ifdef SWIG_LINK_RUNTIME type_pointer = SWIG_ReturnGlobalTypeList((void *)0); #else type_pointer = PyCObject_Import((char*)"swig_runtime_data" SWIG_RUNTIME_VERSION, (char*)"type_pointer" SWIG_TYPE_TABLE_NAME); if (PyErr_Occurred()) { PyErr_Clear(); type_pointer = (void *)0; } } #endif return (swig_type_info **) type_pointer; } /* Search for a swig_type_info structure */ SWIGRUNTIMEINLINE swig_type_info * SWIG_Python_GetTypeList() { swig_type_info **tlh = SWIG_Python_GetTypeListHandle(); return tlh ? *tlh : (swig_type_info*)0; } #define SWIG_Runtime_GetTypeList SWIG_Python_GetTypeList #ifdef __cplusplus } #endif /* -------- TYPES TABLE (BEGIN) -------- */ #define SWIGTYPE_p_char swig_types[0] #define SWIGTYPE_size_t swig_types[1] #define SWIGTYPE_ptrdiff_t swig_types[2] static swig_type_info *swig_types[4]; /* -------- TYPES TABLE (END) -------- */ /*----------------------------------------------- @(target):= _win32_maxpriority.so ------------------------------------------------*/ #define SWIG_init init_win32_maxpriority #define SWIG_name "_win32_maxpriority" #include // winbase.h is all we really want, but it doesn't include all the headers it needs #include /*@/usr/share/swig1.3/python/pymacros.swg,66,SWIG_define@*/ #define SWIG_From_int PyInt_FromLong /*@@*/ unsigned short set_self_process_priority_class(int); #include SWIGINTERN int SWIG_CheckLongInRange(long value, long min_value, long max_value, const char *errmsg) { if (value < min_value) { if (errmsg) { PyErr_Format(PyExc_OverflowError, "value %ld is less than '%s' minimum %ld", value, errmsg, min_value); } return 0; } else if (value > max_value) { if (errmsg) { PyErr_Format(PyExc_OverflowError, "value %ld is greater than '%s' maximum %ld", value, errmsg, max_value); } return 0; } return 1; } SWIGINTERN int SWIG_AsVal_long(PyObject * obj, long* val) { if (PyInt_Check(obj)) { if (val) *val = PyInt_AS_LONG(obj); return 1; } if (PyLong_Check(obj)) { long v = PyLong_AsLong(obj); if (!PyErr_Occurred()) { if (val) *val = v; return 1; } else { if (!val) PyErr_Clear(); return 0; } } if (val) { SWIG_type_error("long", obj); } return 0; } #if INT_MAX != LONG_MAX SWIGINTERN int SWIG_AsVal_int(PyObject *obj, int *val) { const char* errmsg = val ? "int" : (char*)0; long v; if (SWIG_AsVal_long(obj, &v)) { if (SWIG_CheckLongInRange(v, INT_MIN,INT_MAX, errmsg)) { if (val) *val = (int)(v); return 1; } else { return 0; } } else { PyErr_Clear(); } if (val) { SWIG_type_error(errmsg, obj); } return 0; } #else SWIGINTERNSHORT int SWIG_AsVal_int(PyObject *obj, int *val) { return SWIG_AsVal_long(obj,(long*)val); } #endif SWIGINTERNSHORT int SWIG_As_int(PyObject* obj) { int v; if (!SWIG_AsVal_int(obj, &v)) { /* this is needed to make valgrind/purify happier. */ memset((void*)&v, 0, sizeof(int)); } return v; } SWIGINTERNSHORT int SWIG_Check_int(PyObject* obj) { return SWIG_AsVal_int(obj, (int*)0); } /*@/usr/share/swig1.3/python/pymacros.swg,66,SWIG_define@*/ #define SWIG_From_unsigned_SS_short PyInt_FromLong /*@@*/ unsigned short set_self_thread_priority(int); #ifdef __cplusplus extern "C" { #endif static PyObject *_wrap_set_self_process_priority_class(PyObject *self, PyObject *args) { PyObject *resultobj; int arg1 ; unsigned short result; PyObject * obj0 = 0 ; if(!PyArg_ParseTuple(args,(char *)"O:set_self_process_priority_class",&obj0)) goto fail; { arg1 = (int)(SWIG_As_int(obj0)); if (SWIG_arg_fail(1)) SWIG_fail; } result = (unsigned short)set_self_process_priority_class(arg1); { resultobj = SWIG_From_unsigned_SS_short((unsigned short)(result)); } return resultobj; fail: return NULL; } static PyObject *_wrap_set_self_thread_priority(PyObject *self, PyObject *args) { PyObject *resultobj; int arg1 ; unsigned short result; PyObject * obj0 = 0 ; if(!PyArg_ParseTuple(args,(char *)"O:set_self_thread_priority",&obj0)) goto fail; { arg1 = (int)(SWIG_As_int(obj0)); if (SWIG_arg_fail(1)) SWIG_fail; } result = (unsigned short)set_self_thread_priority(arg1); { resultobj = SWIG_From_unsigned_SS_short((unsigned short)(result)); } return resultobj; fail: return NULL; } static PyMethodDef SwigMethods[] = { { (char *)"set_self_process_priority_class", _wrap_set_self_process_priority_class, METH_VARARGS, NULL}, { (char *)"set_self_thread_priority", _wrap_set_self_thread_priority, METH_VARARGS, NULL}, { NULL, NULL, 0, NULL } }; /* -------- TYPE CONVERSION AND EQUIVALENCE RULES (BEGIN) -------- */ static swig_type_info _swigt__p_char[] = {{"_p_char", 0, "char *", 0, 0, 0, 0},{"_p_char", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info _swigt__size_t[] = {{"_size_t", 0, "size_t", 0, 0, 0, 0},{"_size_t", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info _swigt__ptrdiff_t[] = {{"_ptrdiff_t", 0, "ptrdiff_t", 0, 0, 0, 0},{"_ptrdiff_t", 0, 0, 0, 0, 0, 0},{0, 0, 0, 0, 0, 0, 0}}; static swig_type_info *swig_types_initial[] = { _swigt__p_char, _swigt__size_t, _swigt__ptrdiff_t, 0 }; /* -------- TYPE CONVERSION AND EQUIVALENCE RULES (END) -------- */ static swig_const_info swig_const_table[] = { {0, 0, 0, 0.0, 0, 0}}; #ifdef __cplusplus } #endif #ifdef __cplusplus extern "C" { #endif /* Python-specific SWIG API */ #define SWIG_newvarlink() SWIG_Python_newvarlink() #define SWIG_addvarlink(p, name, get_attr, set_attr) SWIG_Python_addvarlink(p, name, get_attr, set_attr) #define SWIG_InstallConstants(d, constants) SWIG_Python_InstallConstants(d, constants) /* ----------------------------------------------------------------------------- * global variable support code. * ----------------------------------------------------------------------------- */ typedef struct swig_globalvar { char *name; /* Name of global variable */ PyObject *(*get_attr)(); /* Return the current value */ int (*set_attr)(PyObject *); /* Set the value */ struct swig_globalvar *next; } swig_globalvar; typedef struct swig_varlinkobject { PyObject_HEAD swig_globalvar *vars; } swig_varlinkobject; static PyObject * swig_varlink_repr(swig_varlinkobject *v) { v = v; return PyString_FromString(""); } static int swig_varlink_print(swig_varlinkobject *v, FILE *fp, int flags) { swig_globalvar *var; flags = flags; fprintf(fp,"Swig global variables { "); for (var = v->vars; var; var=var->next) { fprintf(fp,"%s", var->name); if (var->next) fprintf(fp,", "); } fprintf(fp," }\n"); return 0; } static PyObject * swig_varlink_getattr(swig_varlinkobject *v, char *n) { swig_globalvar *var = v->vars; while (var) { if (strcmp(var->name,n) == 0) { return (*var->get_attr)(); } var = var->next; } PyErr_SetString(PyExc_NameError,"Unknown C global variable"); return NULL; } static int swig_varlink_setattr(swig_varlinkobject *v, char *n, PyObject *p) { swig_globalvar *var = v->vars; while (var) { if (strcmp(var->name,n) == 0) { return (*var->set_attr)(p); } var = var->next; } PyErr_SetString(PyExc_NameError,"Unknown C global variable"); return 1; } static PyTypeObject varlinktype = { PyObject_HEAD_INIT(0) 0, /* Number of items in variable part (ob_size) */ (char *)"swigvarlink", /* Type name (tp_name) */ sizeof(swig_varlinkobject), /* Basic size (tp_basicsize) */ 0, /* Itemsize (tp_itemsize) */ 0, /* Deallocator (tp_dealloc) */ (printfunc) swig_varlink_print, /* Print (tp_print) */ (getattrfunc) swig_varlink_getattr, /* get attr (tp_getattr) */ (setattrfunc) swig_varlink_setattr, /* Set attr (tp_setattr) */ 0, /* tp_compare */ (reprfunc) swig_varlink_repr, /* tp_repr */ 0, /* tp_as_number */ 0, /* tp_as_sequence */ 0, /* tp_as_mapping */ 0, /* tp_hash */ 0, /* tp_call */ 0, /* tp_str */ 0, /* tp_getattro */ 0, /* tp_setattro */ 0, /* tp_as_buffer */ 0, /* tp_flags */ 0, /* tp_doc */ #if PY_VERSION_HEX >= 0x02000000 0, /* tp_traverse */ 0, /* tp_clear */ #endif #if PY_VERSION_HEX >= 0x02010000 0, /* tp_richcompare */ 0, /* tp_weaklistoffset */ #endif #if PY_VERSION_HEX >= 0x02020000 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, /* tp_iter -> tp_weaklist */ #endif #if PY_VERSION_HEX >= 0x02030000 0, /* tp_del */ #endif #ifdef COUNT_ALLOCS 0,0,0,0 /* tp_alloc -> tp_next */ #endif }; /* Create a variable linking object for use later */ static PyObject * SWIG_Python_newvarlink(void) { swig_varlinkobject *result = 0; result = PyMem_NEW(swig_varlinkobject,1); varlinktype.ob_type = &PyType_Type; /* Patch varlinktype into a PyType */ result->ob_type = &varlinktype; result->vars = 0; result->ob_refcnt = 0; Py_XINCREF((PyObject *) result); return ((PyObject*) result); } static void SWIG_Python_addvarlink(PyObject *p, char *name, PyObject *(*get_attr)(void), int (*set_attr)(PyObject *p)) { swig_varlinkobject *v; swig_globalvar *gv; v= (swig_varlinkobject *) p; gv = (swig_globalvar *) malloc(sizeof(swig_globalvar)); gv->name = (char *) malloc(strlen(name)+1); strcpy(gv->name,name); gv->get_attr = get_attr; gv->set_attr = set_attr; gv->next = v->vars; v->vars = gv; } /* ----------------------------------------------------------------------------- * constants/methods manipulation * ----------------------------------------------------------------------------- */ /* Install Constants */ static void SWIG_Python_InstallConstants(PyObject *d, swig_const_info constants[]) { PyObject *obj = 0; size_t i; for (i = 0; constants[i].type; i++) { switch(constants[i].type) { case SWIG_PY_INT: obj = PyInt_FromLong(constants[i].lvalue); break; case SWIG_PY_FLOAT: obj = PyFloat_FromDouble(constants[i].dvalue); break; case SWIG_PY_STRING: if (constants[i].pvalue) { obj = PyString_FromString((char *) constants[i].pvalue); } else { Py_INCREF(Py_None); obj = Py_None; } break; case SWIG_PY_POINTER: obj = SWIG_NewPointerObj(constants[i].pvalue, *(constants[i]).ptype,0); break; case SWIG_PY_BINARY: obj = SWIG_NewPackedObj(constants[i].pvalue, constants[i].lvalue, *(constants[i].ptype)); break; default: obj = 0; break; } if (obj) { PyDict_SetItemString(d,constants[i].name,obj); Py_DECREF(obj); } } } /* -----------------------------------------------------------------------------*/ /* Fix SwigMethods to carry the callback ptrs when needed */ /* -----------------------------------------------------------------------------*/ static void SWIG_Python_FixMethods(PyMethodDef *methods, swig_const_info *const_table, swig_type_info **types, swig_type_info **types_initial) { size_t i; for (i = 0; methods[i].ml_name; ++i) { char *c = methods[i].ml_doc; if (c && (c = strstr(c, "swig_ptr: "))) { int j; swig_const_info *ci = 0; char *name = c + 10; for (j = 0; const_table[j].type; j++) { if (strncmp(const_table[j].name, name, strlen(const_table[j].name)) == 0) { ci = &(const_table[j]); break; } } if (ci) { size_t shift = (ci->ptype) - types; swig_type_info *ty = types_initial[shift]; size_t ldoc = (c - methods[i].ml_doc); size_t lptr = strlen(ty->name)+2*sizeof(void*)+2; char *ndoc = (char*)malloc(ldoc + lptr + 10); char *buff = ndoc; void *ptr = (ci->type == SWIG_PY_POINTER) ? ci->pvalue: (void *)(ci->lvalue); strncpy(buff, methods[i].ml_doc, ldoc); buff += ldoc; strncpy(buff, "swig_ptr: ", 10); buff += 10; SWIG_PackVoidPtr(buff, ptr, ty->name, lptr); methods[i].ml_doc = ndoc; } } } } /* -----------------------------------------------------------------------------* * Initialize type list * -----------------------------------------------------------------------------*/ #if PY_MAJOR_VERSION < 2 /* PyModule_AddObject function was introduced in Python 2.0. The following function is copied out of Python/modsupport.c in python version 2.3.4 */ static int PyModule_AddObject(PyObject *m, char *name, PyObject *o) { PyObject *dict; if (!PyModule_Check(m)) { PyErr_SetString(PyExc_TypeError, "PyModule_AddObject() needs module as first arg"); return -1; } if (!o) { PyErr_SetString(PyExc_TypeError, "PyModule_AddObject() needs non-NULL value"); return -1; } dict = PyModule_GetDict(m); if (dict == NULL) { /* Internal error -- modules must have a dict! */ PyErr_Format(PyExc_SystemError, "module '%s' has no __dict__", PyModule_GetName(m)); return -1; } if (PyDict_SetItemString(dict, name, o)) return -1; Py_DECREF(o); return 0; } #endif static swig_type_info ** SWIG_Python_SetTypeListHandle(swig_type_info **type_list_handle) { static PyMethodDef swig_empty_runtime_method_table[] = { { NULL, NULL, 0, NULL } };/* Sentinel */ PyObject *module = Py_InitModule((char*)"swig_runtime_data" SWIG_RUNTIME_VERSION, swig_empty_runtime_method_table); PyObject *pointer = PyCObject_FromVoidPtr((void *) type_list_handle, NULL); if (pointer && module) { PyModule_AddObject(module, (char*)"type_pointer" SWIG_TYPE_TABLE_NAME, pointer); } return type_list_handle; } static swig_type_info ** SWIG_Python_LookupTypePointer(swig_type_info **type_list_handle) { swig_type_info **type_pointer; /* first check if module already created */ type_pointer = SWIG_Python_GetTypeListHandle(); if (type_pointer) { return type_pointer; } else { /* create a new module and variable */ return SWIG_Python_SetTypeListHandle(type_list_handle); } } #ifdef __cplusplus } #endif /* -----------------------------------------------------------------------------* * Partial Init method * -----------------------------------------------------------------------------*/ #ifdef SWIG_LINK_RUNTIME #ifdef __cplusplus extern "C" #endif SWIGEXPORT(void *) SWIG_ReturnGlobalTypeList(void *); #endif #ifdef __cplusplus extern "C" #endif SWIGEXPORT(void) SWIG_init(void) { static PyObject *SWIG_globals = 0; static int typeinit = 0; PyObject *m, *d; int i; if (!SWIG_globals) SWIG_globals = SWIG_newvarlink(); /* Fix SwigMethods to carry the callback ptrs when needed */ SWIG_Python_FixMethods(SwigMethods, swig_const_table, swig_types, swig_types_initial); m = Py_InitModule((char *) SWIG_name, SwigMethods); d = PyModule_GetDict(m); if (!typeinit) { #ifdef SWIG_LINK_RUNTIME swig_type_list_handle = (swig_type_info **) SWIG_ReturnGlobalTypeList(swig_type_list_handle); #else # ifndef SWIG_STATIC_RUNTIME swig_type_list_handle = SWIG_Python_LookupTypePointer(swig_type_list_handle); # endif #endif for (i = 0; swig_types_initial[i]; i++) { swig_types[i] = SWIG_TypeRegister(swig_types_initial[i]); } typeinit = 1; } SWIG_InstallConstants(d,swig_const_table); { PyDict_SetItemString(d,"IDLE_PRIORITY_CLASS", SWIG_From_int((int)(IDLE_PRIORITY_CLASS))); } { PyDict_SetItemString(d,"NORMAL_PRIORITY_CLASS", SWIG_From_int((int)(NORMAL_PRIORITY_CLASS))); } { PyDict_SetItemString(d,"HIGH_PRIORITY_CLASS", SWIG_From_int((int)(HIGH_PRIORITY_CLASS))); } { PyDict_SetItemString(d,"REALTIME_PRIORITY_CLASS", SWIG_From_int((int)(REALTIME_PRIORITY_CLASS))); } { PyDict_SetItemString(d,"THREAD_PRIORITY_IDLE", SWIG_From_int((int)(THREAD_PRIORITY_IDLE))); } { PyDict_SetItemString(d,"THREAD_PRIORITY_LOWEST", SWIG_From_int((int)(THREAD_PRIORITY_LOWEST))); } { PyDict_SetItemString(d,"THREAD_PRIORITY_BELOW_NORMAL", SWIG_From_int((int)(THREAD_PRIORITY_BELOW_NORMAL))); } { PyDict_SetItemString(d,"THREAD_PRIORITY_NORMAL", SWIG_From_int((int)(THREAD_PRIORITY_NORMAL))); } { PyDict_SetItemString(d,"THREAD_PRIORITY_ABOVE_NORMAL", SWIG_From_int((int)(THREAD_PRIORITY_ABOVE_NORMAL))); } { PyDict_SetItemString(d,"THREAD_PRIORITY_HIGHEST", SWIG_From_int((int)(THREAD_PRIORITY_HIGHEST))); } { PyDict_SetItemString(d,"THREAD_PRIORITY_TIME_CRITICAL", SWIG_From_int((int)(THREAD_PRIORITY_TIME_CRITICAL))); } } visionegg-1.2.1/VisionEgg/win32_vretrace.c0000644000076500000240000006051711224565530017600 0ustar astrawstaff/* Generated by Pyrex 0.9.3 on Fri Jul 01 13:46:48 2005 */ #include "Python.h" #include "structmember.h" #ifndef PY_LONG_LONG #define PY_LONG_LONG LONG_LONG #endif #include "windows.h" #include "win32_load_driver.h" #include "win32_vretrace_orig.h" typedef struct {PyObject **p; char *s;} __Pyx_InternTabEntry; /*proto*/ typedef struct {PyObject **p; char *s; long n;} __Pyx_StringTabEntry; /*proto*/ static PyObject *__Pyx_UnpackItem(PyObject *, int); /*proto*/ static int __Pyx_EndUnpack(PyObject *, int); /*proto*/ static int __Pyx_PrintItem(PyObject *); /*proto*/ static int __Pyx_PrintNewline(void); /*proto*/ static void __Pyx_Raise(PyObject *type, PyObject *value, PyObject *tb); /*proto*/ static void __Pyx_ReRaise(void); /*proto*/ static PyObject *__Pyx_Import(PyObject *name, PyObject *from_list); /*proto*/ static PyObject *__Pyx_GetExcValue(void); /*proto*/ static int __Pyx_ArgTypeTest(PyObject *obj, PyTypeObject *type, int none_allowed, char *name); /*proto*/ static int __Pyx_TypeTest(PyObject *obj, PyTypeObject *type); /*proto*/ static int __Pyx_GetStarArgs(PyObject **args, PyObject **kwds, char *kwd_list[], int nargs, PyObject **args2, PyObject **kwds2); /*proto*/ static void __Pyx_WriteUnraisable(char *name); /*proto*/ static void __Pyx_AddTraceback(char *funcname); /*proto*/ static PyTypeObject *__Pyx_ImportType(char *module_name, char *class_name, long size); /*proto*/ static int __Pyx_SetVtable(PyObject *dict, void *vtable); /*proto*/ static int __Pyx_GetVtable(PyObject *dict, void *vtabptr); /*proto*/ static PyObject *__Pyx_CreateClass(PyObject *bases, PyObject *dict, PyObject *name, char *modname); /*proto*/ static int __Pyx_InternStrings(__Pyx_InternTabEntry *t); /*proto*/ static int __Pyx_InitStrings(__Pyx_StringTabEntry *t); /*proto*/ static PyObject *__Pyx_GetName(PyObject *dict, PyObject *name); /*proto*/ static PyObject *__pyx_m; static PyObject *__pyx_b; static int __pyx_lineno; static char *__pyx_filename; staticforward char **__pyx_f; /* Declarations from win32_vretrace */ staticforward PyTypeObject __pyx_type_14win32_vretrace_VRetraceHandleKeeper; struct __pyx_obj_14win32_vretrace_VRetraceHandleKeeper { PyObject_HEAD HANDLE VRetrace_Handle; }; static PyTypeObject *__pyx_ptype_14win32_vretrace_VRetraceHandleKeeper = 0; static struct __pyx_obj_14win32_vretrace_VRetraceHandleKeeper *__pyx_v_14win32_vretrace_hk; static PyObject *__pyx_k1; /* Implementation of win32_vretrace */ static PyObject *__pyx_n_WAIT_INSIDE; static PyObject *__pyx_n_WAIT_START; static PyObject *__pyx_n_WAIT_END; static PyObject *__pyx_n_LoadVRetraceDriver; static PyObject *__pyx_n_WaitForRetrace; static PyObject *__pyx_n_RuntimeError; static PyObject *__pyx_k2p; static PyObject *__pyx_k3p; static PyObject *__pyx_k4p; static char (__pyx_k2[]) = "Could not load driver VRETRACE.SYS"; static char (__pyx_k3[]) = "Invalid version (%lx) returned"; static char (__pyx_k4[]) = "No vertical retrace detected"; static PyObject *__pyx_f_14win32_vretrace_LoadVRetraceDriver(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds); /*proto*/ static PyObject *__pyx_f_14win32_vretrace_LoadVRetraceDriver(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds) { BOOL __pyx_v_success; HANDLE __pyx_v_VRetrace_Handle; DWORD __pyx_v_dwVersion; DWORD __pyx_v_dwCycles; DWORD __pyx_v_dwRetCount; DWORD __pyx_v_dwReturned; struct __pyx_obj_14win32_vretrace_VRetraceHandleKeeper *__pyx_v_hk; PyObject *__pyx_r; int __pyx_1; PyObject *__pyx_2 = 0; PyObject *__pyx_3 = 0; PyObject *__pyx_4 = 0; static char *__pyx_argnames[] = {0}; if (!PyArg_ParseTupleAndKeywords(__pyx_args, __pyx_kwds, "", __pyx_argnames)) return 0; ((PyObject*)__pyx_v_hk) = Py_None; Py_INCREF(((PyObject*)__pyx_v_hk)); /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":50 */ __pyx_v_VRetrace_Handle = LoadDriver(VRETRACE_NAME); /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":51 */ __pyx_1 = (__pyx_v_VRetrace_Handle == INVALID_HANDLE_VALUE); if (__pyx_1) { /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":52 */ __pyx_2 = __Pyx_GetName(__pyx_b, __pyx_n_RuntimeError); if (!__pyx_2) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 52; goto __pyx_L1;} __pyx_3 = PyTuple_New(1); if (!__pyx_3) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 52; goto __pyx_L1;} Py_INCREF(__pyx_k2p); PyTuple_SET_ITEM(__pyx_3, 0, __pyx_k2p); __pyx_4 = PyObject_CallObject(__pyx_2, __pyx_3); if (!__pyx_4) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 52; goto __pyx_L1;} Py_DECREF(__pyx_2); __pyx_2 = 0; Py_DECREF(__pyx_3); __pyx_3 = 0; __Pyx_Raise(__pyx_4, 0, 0); Py_DECREF(__pyx_4); __pyx_4 = 0; {__pyx_filename = __pyx_f[0]; __pyx_lineno = 52; goto __pyx_L1;} goto __pyx_L2; } __pyx_L2:; /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":55 */ __pyx_v_dwVersion = 0; /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":56 */ __pyx_v_success = DeviceIoControl(__pyx_v_VRetrace_Handle,IOCTL_VRETRACE_VERSION,0,0,(&__pyx_v_dwVersion),(sizeof(__pyx_v_dwVersion)),(&__pyx_v_dwReturned),0); /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":61 */ __pyx_1 = (!__pyx_v_success); if (!__pyx_1) { __pyx_1 = (__pyx_v_dwVersion < 256); } if (__pyx_1) { /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":62 */ CloseHandle(__pyx_v_VRetrace_Handle); /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":63 */ __pyx_2 = __Pyx_GetName(__pyx_b, __pyx_n_RuntimeError); if (!__pyx_2) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 63; goto __pyx_L1;} __pyx_3 = PyInt_FromLong(__pyx_v_dwVersion); if (!__pyx_3) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 63; goto __pyx_L1;} __pyx_4 = PyNumber_Remainder(__pyx_k3p, __pyx_3); if (!__pyx_4) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 63; goto __pyx_L1;} Py_DECREF(__pyx_3); __pyx_3 = 0; __pyx_3 = PyTuple_New(1); if (!__pyx_3) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 63; goto __pyx_L1;} PyTuple_SET_ITEM(__pyx_3, 0, __pyx_4); __pyx_4 = 0; __pyx_4 = PyObject_CallObject(__pyx_2, __pyx_3); if (!__pyx_4) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 63; goto __pyx_L1;} Py_DECREF(__pyx_2); __pyx_2 = 0; Py_DECREF(__pyx_3); __pyx_3 = 0; __Pyx_Raise(__pyx_4, 0, 0); Py_DECREF(__pyx_4); __pyx_4 = 0; {__pyx_filename = __pyx_f[0]; __pyx_lineno = 63; goto __pyx_L1;} goto __pyx_L3; } __pyx_L3:; /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":67 */ __pyx_v_dwCycles = 0; /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":68 */ __pyx_v_success = DeviceIoControl(__pyx_v_VRetrace_Handle,IOCTL_VRETRACE_TEST,(&__pyx_v_dwCycles),(sizeof(__pyx_v_dwCycles)),(&__pyx_v_dwRetCount),(sizeof(__pyx_v_dwRetCount)),(&__pyx_v_dwReturned),0); /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":73 */ __pyx_1 = (!__pyx_v_success); if (!__pyx_1) { __pyx_1 = (__pyx_v_dwRetCount == 0); } if (__pyx_1) { /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":74 */ CloseHandle(__pyx_v_VRetrace_Handle); /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":75 */ __pyx_2 = __Pyx_GetName(__pyx_b, __pyx_n_RuntimeError); if (!__pyx_2) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 75; goto __pyx_L1;} __pyx_3 = PyTuple_New(1); if (!__pyx_3) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 75; goto __pyx_L1;} Py_INCREF(__pyx_k4p); PyTuple_SET_ITEM(__pyx_3, 0, __pyx_k4p); __pyx_4 = PyObject_CallObject(__pyx_2, __pyx_3); if (!__pyx_4) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 75; goto __pyx_L1;} Py_DECREF(__pyx_2); __pyx_2 = 0; Py_DECREF(__pyx_3); __pyx_3 = 0; __Pyx_Raise(__pyx_4, 0, 0); Py_DECREF(__pyx_4); __pyx_4 = 0; {__pyx_filename = __pyx_f[0]; __pyx_lineno = 75; goto __pyx_L1;} goto __pyx_L4; } __pyx_L4:; /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":78 */ __pyx_2 = PyTuple_New(0); if (!__pyx_2) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 78; goto __pyx_L1;} __pyx_3 = PyObject_CallObject(((PyObject*)__pyx_ptype_14win32_vretrace_VRetraceHandleKeeper), __pyx_2); if (!__pyx_3) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 78; goto __pyx_L1;} Py_DECREF(__pyx_2); __pyx_2 = 0; if (!__Pyx_TypeTest(__pyx_3, __pyx_ptype_14win32_vretrace_VRetraceHandleKeeper)) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 78; goto __pyx_L1;} Py_DECREF(((PyObject *)__pyx_v_hk)); ((PyObject *)__pyx_v_hk) = __pyx_3; __pyx_3 = 0; /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":79 */ __pyx_v_hk->VRetrace_Handle = __pyx_v_VRetrace_Handle; /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":80 */ Py_INCREF(((PyObject *)__pyx_v_hk)); __pyx_r = ((PyObject *)__pyx_v_hk); goto __pyx_L0; __pyx_r = Py_None; Py_INCREF(__pyx_r); goto __pyx_L0; __pyx_L1:; Py_XDECREF(__pyx_2); Py_XDECREF(__pyx_3); Py_XDECREF(__pyx_4); __Pyx_AddTraceback("win32_vretrace.LoadVRetraceDriver"); __pyx_r = 0; __pyx_L0:; Py_DECREF(__pyx_v_hk); return __pyx_r; } static PyObject *__pyx_f_14win32_vretrace_WaitForRetrace(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds); /*proto*/ static char __pyx_doc_14win32_vretrace_WaitForRetrace[] = "Wait for a vertical retrace signal\n\n Arguments:\n wait_start -- if true, will wait for the next retrace if one is already active\n\n "; static PyObject *__pyx_f_14win32_vretrace_WaitForRetrace(PyObject *__pyx_self, PyObject *__pyx_args, PyObject *__pyx_kwds) { PyObject *__pyx_v_wait_start = 0; DWORD __pyx_v_dwWaitCode; DWORD __pyx_v_dwReturned; PyObject *__pyx_r; DWORD __pyx_1; static char *__pyx_argnames[] = {"wait_start",0}; __pyx_v_wait_start = __pyx_k1; if (!PyArg_ParseTupleAndKeywords(__pyx_args, __pyx_kwds, "|O", __pyx_argnames, &__pyx_v_wait_start)) return 0; Py_INCREF(__pyx_v_wait_start); /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":93 */ __pyx_1 = PyInt_AsLong(__pyx_v_wait_start); if (PyErr_Occurred()) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 93; goto __pyx_L1;} __pyx_v_dwWaitCode = __pyx_1; /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":94 */ DeviceIoControl(__pyx_v_14win32_vretrace_hk->VRetrace_Handle,IOCTL_VRETRACE_WAIT,(&__pyx_v_dwWaitCode),(sizeof(__pyx_v_dwWaitCode)),0,0,(&__pyx_v_dwReturned),0); __pyx_r = Py_None; Py_INCREF(__pyx_r); goto __pyx_L0; __pyx_L1:; __Pyx_AddTraceback("win32_vretrace.WaitForRetrace"); __pyx_r = 0; __pyx_L0:; Py_DECREF(__pyx_v_wait_start); return __pyx_r; } static __Pyx_InternTabEntry __pyx_intern_tab[] = { {&__pyx_n_LoadVRetraceDriver, "LoadVRetraceDriver"}, {&__pyx_n_RuntimeError, "RuntimeError"}, {&__pyx_n_WAIT_END, "WAIT_END"}, {&__pyx_n_WAIT_INSIDE, "WAIT_INSIDE"}, {&__pyx_n_WAIT_START, "WAIT_START"}, {&__pyx_n_WaitForRetrace, "WaitForRetrace"}, {0, 0} }; static __Pyx_StringTabEntry __pyx_string_tab[] = { {&__pyx_k2p, __pyx_k2, sizeof(__pyx_k2)}, {&__pyx_k3p, __pyx_k3, sizeof(__pyx_k3)}, {&__pyx_k4p, __pyx_k4, sizeof(__pyx_k4)}, {0, 0, 0} }; static PyObject *__pyx_tp_new_14win32_vretrace_VRetraceHandleKeeper(PyTypeObject *t, PyObject *a, PyObject *k) { PyObject *o = (*t->tp_alloc)(t, 0); struct __pyx_obj_14win32_vretrace_VRetraceHandleKeeper *p = (struct __pyx_obj_14win32_vretrace_VRetraceHandleKeeper *)o; return o; } static void __pyx_tp_dealloc_14win32_vretrace_VRetraceHandleKeeper(PyObject *o) { struct __pyx_obj_14win32_vretrace_VRetraceHandleKeeper *p = (struct __pyx_obj_14win32_vretrace_VRetraceHandleKeeper *)o; (*o->ob_type->tp_free)(o); } static int __pyx_tp_traverse_14win32_vretrace_VRetraceHandleKeeper(PyObject *o, visitproc v, void *a) { int e; struct __pyx_obj_14win32_vretrace_VRetraceHandleKeeper *p = (struct __pyx_obj_14win32_vretrace_VRetraceHandleKeeper *)o; return 0; } static int __pyx_tp_clear_14win32_vretrace_VRetraceHandleKeeper(PyObject *o) { struct __pyx_obj_14win32_vretrace_VRetraceHandleKeeper *p = (struct __pyx_obj_14win32_vretrace_VRetraceHandleKeeper *)o; return 0; } static struct PyMethodDef __pyx_methods_14win32_vretrace_VRetraceHandleKeeper[] = { {0, 0, 0, 0} }; static PyNumberMethods __pyx_tp_as_number_VRetraceHandleKeeper = { 0, /*nb_add*/ 0, /*nb_subtract*/ 0, /*nb_multiply*/ 0, /*nb_divide*/ 0, /*nb_remainder*/ 0, /*nb_divmod*/ 0, /*nb_power*/ 0, /*nb_negative*/ 0, /*nb_positive*/ 0, /*nb_absolute*/ 0, /*nb_nonzero*/ 0, /*nb_invert*/ 0, /*nb_lshift*/ 0, /*nb_rshift*/ 0, /*nb_and*/ 0, /*nb_xor*/ 0, /*nb_or*/ 0, /*nb_coerce*/ 0, /*nb_int*/ 0, /*nb_long*/ 0, /*nb_float*/ 0, /*nb_oct*/ 0, /*nb_hex*/ 0, /*nb_inplace_add*/ 0, /*nb_inplace_subtract*/ 0, /*nb_inplace_multiply*/ 0, /*nb_inplace_divide*/ 0, /*nb_inplace_remainder*/ 0, /*nb_inplace_power*/ 0, /*nb_inplace_lshift*/ 0, /*nb_inplace_rshift*/ 0, /*nb_inplace_and*/ 0, /*nb_inplace_xor*/ 0, /*nb_inplace_or*/ 0, /*nb_floor_divide*/ 0, /*nb_true_divide*/ 0, /*nb_inplace_floor_divide*/ 0, /*nb_inplace_true_divide*/ }; static PySequenceMethods __pyx_tp_as_sequence_VRetraceHandleKeeper = { 0, /*sq_length*/ 0, /*sq_concat*/ 0, /*sq_repeat*/ 0, /*sq_item*/ 0, /*sq_slice*/ 0, /*sq_ass_item*/ 0, /*sq_ass_slice*/ 0, /*sq_contains*/ 0, /*sq_inplace_concat*/ 0, /*sq_inplace_repeat*/ }; static PyMappingMethods __pyx_tp_as_mapping_VRetraceHandleKeeper = { 0, /*mp_length*/ 0, /*mp_subscript*/ 0, /*mp_ass_subscript*/ }; static PyBufferProcs __pyx_tp_as_buffer_VRetraceHandleKeeper = { 0, /*bf_getreadbuffer*/ 0, /*bf_getwritebuffer*/ 0, /*bf_getsegcount*/ 0, /*bf_getcharbuffer*/ }; statichere PyTypeObject __pyx_type_14win32_vretrace_VRetraceHandleKeeper = { PyObject_HEAD_INIT(0) 0, /*ob_size*/ "win32_vretrace.VRetraceHandleKeeper", /*tp_name*/ sizeof(struct __pyx_obj_14win32_vretrace_VRetraceHandleKeeper), /*tp_basicsize*/ 0, /*tp_itemsize*/ __pyx_tp_dealloc_14win32_vretrace_VRetraceHandleKeeper, /*tp_dealloc*/ 0, /*tp_print*/ 0, /*tp_getattr*/ 0, /*tp_setattr*/ 0, /*tp_compare*/ 0, /*tp_repr*/ &__pyx_tp_as_number_VRetraceHandleKeeper, /*tp_as_number*/ &__pyx_tp_as_sequence_VRetraceHandleKeeper, /*tp_as_sequence*/ &__pyx_tp_as_mapping_VRetraceHandleKeeper, /*tp_as_mapping*/ 0, /*tp_hash*/ 0, /*tp_call*/ 0, /*tp_str*/ 0, /*tp_getattro*/ 0, /*tp_setattro*/ &__pyx_tp_as_buffer_VRetraceHandleKeeper, /*tp_as_buffer*/ Py_TPFLAGS_DEFAULT|Py_TPFLAGS_CHECKTYPES|Py_TPFLAGS_BASETYPE, /*tp_flags*/ 0, /*tp_doc*/ __pyx_tp_traverse_14win32_vretrace_VRetraceHandleKeeper, /*tp_traverse*/ __pyx_tp_clear_14win32_vretrace_VRetraceHandleKeeper, /*tp_clear*/ 0, /*tp_richcompare*/ 0, /*tp_weaklistoffset*/ 0, /*tp_iter*/ 0, /*tp_iternext*/ __pyx_methods_14win32_vretrace_VRetraceHandleKeeper, /*tp_methods*/ 0, /*tp_members*/ 0, /*tp_getset*/ 0, /*tp_base*/ 0, /*tp_dict*/ 0, /*tp_descr_get*/ 0, /*tp_descr_set*/ 0, /*tp_dictoffset*/ 0, /*tp_init*/ 0, /*tp_alloc*/ __pyx_tp_new_14win32_vretrace_VRetraceHandleKeeper, /*tp_new*/ 0, /*tp_free*/ 0, /*tp_is_gc*/ 0, /*tp_bases*/ 0, /*tp_mro*/ 0, /*tp_cache*/ 0, /*tp_subclasses*/ 0, /*tp_weaklist*/ }; static struct PyMethodDef __pyx_methods[] = { {"LoadVRetraceDriver", (PyCFunction)__pyx_f_14win32_vretrace_LoadVRetraceDriver, METH_VARARGS|METH_KEYWORDS, 0}, {"WaitForRetrace", (PyCFunction)__pyx_f_14win32_vretrace_WaitForRetrace, METH_VARARGS|METH_KEYWORDS, __pyx_doc_14win32_vretrace_WaitForRetrace}, {0, 0, 0, 0} }; DL_EXPORT(void) initwin32_vretrace(void); /*proto*/ DL_EXPORT(void) initwin32_vretrace(void) { PyObject *__pyx_1 = 0; PyObject *__pyx_2 = 0; PyObject *__pyx_3 = 0; PyObject *__pyx_4 = 0; __pyx_m = Py_InitModule4("win32_vretrace", __pyx_methods, 0, 0, PYTHON_API_VERSION); if (!__pyx_m) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 5; goto __pyx_L1;}; __pyx_b = PyImport_AddModule("__builtin__"); if (!__pyx_b) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 5; goto __pyx_L1;}; if (PyObject_SetAttrString(__pyx_m, "__builtins__", __pyx_b) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 5; goto __pyx_L1;}; if (__Pyx_InternStrings(__pyx_intern_tab) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 5; goto __pyx_L1;}; if (__Pyx_InitStrings(__pyx_string_tab) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 5; goto __pyx_L1;}; ((PyObject*)__pyx_v_14win32_vretrace_hk) = Py_None; Py_INCREF(((PyObject*)__pyx_v_14win32_vretrace_hk)); if (PyType_Ready(&__pyx_type_14win32_vretrace_VRetraceHandleKeeper) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 40; goto __pyx_L1;} if (PyObject_SetAttrString(__pyx_m, "VRetraceHandleKeeper", (PyObject *)&__pyx_type_14win32_vretrace_VRetraceHandleKeeper) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 40; goto __pyx_L1;} __pyx_ptype_14win32_vretrace_VRetraceHandleKeeper = &__pyx_type_14win32_vretrace_VRetraceHandleKeeper; /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":36 */ __pyx_1 = PyInt_FromLong(VRETRACE_WAIT_INSIDE); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 36; goto __pyx_L1;} if (PyObject_SetAttr(__pyx_m, __pyx_n_WAIT_INSIDE, __pyx_1) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 36; goto __pyx_L1;} Py_DECREF(__pyx_1); __pyx_1 = 0; /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":37 */ __pyx_1 = PyInt_FromLong(VRETRACE_WAIT_START); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 37; goto __pyx_L1;} if (PyObject_SetAttr(__pyx_m, __pyx_n_WAIT_START, __pyx_1) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 37; goto __pyx_L1;} Py_DECREF(__pyx_1); __pyx_1 = 0; /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":38 */ __pyx_1 = PyInt_FromLong(VRETRACE_WAIT_END); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 38; goto __pyx_L1;} if (PyObject_SetAttr(__pyx_m, __pyx_n_WAIT_END, __pyx_1) < 0) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 38; goto __pyx_L1;} Py_DECREF(__pyx_1); __pyx_1 = 0; /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":82 */ __pyx_1 = __Pyx_GetName(__pyx_m, __pyx_n_WAIT_START); if (!__pyx_1) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 82; goto __pyx_L1;} __pyx_k1 = __pyx_1; __pyx_1 = 0; /* "C:\Documents and Settings\astraw\Desktop\visionegg-devel\src\win32_vretrace.pyx":101 */ __pyx_2 = __Pyx_GetName(__pyx_m, __pyx_n_LoadVRetraceDriver); if (!__pyx_2) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 101; goto __pyx_L1;} __pyx_3 = PyTuple_New(0); if (!__pyx_3) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 101; goto __pyx_L1;} __pyx_4 = PyObject_CallObject(__pyx_2, __pyx_3); if (!__pyx_4) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 101; goto __pyx_L1;} Py_DECREF(__pyx_2); __pyx_2 = 0; Py_DECREF(__pyx_3); __pyx_3 = 0; if (!__Pyx_TypeTest(__pyx_4, __pyx_ptype_14win32_vretrace_VRetraceHandleKeeper)) {__pyx_filename = __pyx_f[0]; __pyx_lineno = 101; goto __pyx_L1;} Py_DECREF(((PyObject *)__pyx_v_14win32_vretrace_hk)); ((PyObject *)__pyx_v_14win32_vretrace_hk) = __pyx_4; __pyx_4 = 0; return; __pyx_L1:; Py_XDECREF(__pyx_1); Py_XDECREF(__pyx_2); Py_XDECREF(__pyx_3); Py_XDECREF(__pyx_4); __Pyx_AddTraceback("win32_vretrace"); } static char *__pyx_filenames[] = { "win32_vretrace.pyx", }; statichere char **__pyx_f = __pyx_filenames; /* Runtime support code */ static PyObject *__Pyx_GetName(PyObject *dict, PyObject *name) { PyObject *result; result = PyObject_GetAttr(dict, name); if (!result) PyErr_SetObject(PyExc_NameError, name); return result; } static int __Pyx_TypeTest(PyObject *obj, PyTypeObject *type) { if (!type) { PyErr_Format(PyExc_SystemError, "Missing type object"); return 0; } if (obj == Py_None || PyObject_TypeCheck(obj, type)) return 1; PyErr_Format(PyExc_TypeError, "Cannot convert %s to %s", obj->ob_type->tp_name, type->tp_name); return 0; } static void __Pyx_Raise(PyObject *type, PyObject *value, PyObject *tb) { Py_XINCREF(type); Py_XINCREF(value); Py_XINCREF(tb); /* First, check the traceback argument, replacing None with NULL. */ if (tb == Py_None) { Py_DECREF(tb); tb = 0; } else if (tb != NULL && !PyTraceBack_Check(tb)) { PyErr_SetString(PyExc_TypeError, "raise: arg 3 must be a traceback or None"); goto raise_error; } /* Next, replace a missing value with None */ if (value == NULL) { value = Py_None; Py_INCREF(value); } /* Next, repeatedly, replace a tuple exception with its first item */ while (PyTuple_Check(type) && PyTuple_Size(type) > 0) { PyObject *tmp = type; type = PyTuple_GET_ITEM(type, 0); Py_INCREF(type); Py_DECREF(tmp); } if (PyString_Check(type)) ; else if (PyClass_Check(type)) ; /*PyErr_NormalizeException(&type, &value, &tb);*/ else if (PyInstance_Check(type)) { /* Raising an instance. The value should be a dummy. */ if (value != Py_None) { PyErr_SetString(PyExc_TypeError, "instance exception may not have a separate value"); goto raise_error; } else { /* Normalize to raise , */ Py_DECREF(value); value = type; type = (PyObject*) ((PyInstanceObject*)type)->in_class; Py_INCREF(type); } } else { /* Not something you can raise. You get an exception anyway, just not what you specified :-) */ PyErr_Format(PyExc_TypeError, "exceptions must be strings, classes, or " "instances, not %s", type->ob_type->tp_name); goto raise_error; } PyErr_Restore(type, value, tb); return; raise_error: Py_XDECREF(value); Py_XDECREF(type); Py_XDECREF(tb); return; } static int __Pyx_InternStrings(__Pyx_InternTabEntry *t) { while (t->p) { *t->p = PyString_InternFromString(t->s); if (!*t->p) return -1; ++t; } return 0; } static int __Pyx_InitStrings(__Pyx_StringTabEntry *t) { while (t->p) { *t->p = PyString_FromStringAndSize(t->s, t->n - 1); if (!*t->p) return -1; ++t; } return 0; } #include "compile.h" #include "frameobject.h" #include "traceback.h" static void __Pyx_AddTraceback(char *funcname) { PyObject *py_srcfile = 0; PyObject *py_funcname = 0; PyObject *py_globals = 0; PyObject *empty_tuple = 0; PyObject *empty_string = 0; PyCodeObject *py_code = 0; PyFrameObject *py_frame = 0; py_srcfile = PyString_FromString(__pyx_filename); if (!py_srcfile) goto bad; py_funcname = PyString_FromString(funcname); if (!py_funcname) goto bad; py_globals = PyModule_GetDict(__pyx_m); if (!py_globals) goto bad; empty_tuple = PyTuple_New(0); if (!empty_tuple) goto bad; empty_string = PyString_FromString(""); if (!empty_string) goto bad; py_code = PyCode_New( 0, /*int argcount,*/ 0, /*int nlocals,*/ 0, /*int stacksize,*/ 0, /*int flags,*/ empty_string, /*PyObject *code,*/ empty_tuple, /*PyObject *consts,*/ empty_tuple, /*PyObject *names,*/ empty_tuple, /*PyObject *varnames,*/ empty_tuple, /*PyObject *freevars,*/ empty_tuple, /*PyObject *cellvars,*/ py_srcfile, /*PyObject *filename,*/ py_funcname, /*PyObject *name,*/ __pyx_lineno, /*int firstlineno,*/ empty_string /*PyObject *lnotab*/ ); if (!py_code) goto bad; py_frame = PyFrame_New( PyThreadState_Get(), /*PyThreadState *tstate,*/ py_code, /*PyCodeObject *code,*/ py_globals, /*PyObject *globals,*/ 0 /*PyObject *locals*/ ); if (!py_frame) goto bad; py_frame->f_lineno = __pyx_lineno; PyTraceBack_Here(py_frame); bad: Py_XDECREF(py_srcfile); Py_XDECREF(py_funcname); Py_XDECREF(empty_tuple); Py_XDECREF(empty_string); Py_XDECREF(py_code); Py_XDECREF(py_frame); } visionegg-1.2.1/VisionEgg/win32_vretrace.pyx0000644000076500000240000000617411224565530020175 0ustar astrawstaff# emacs, this is -*-Python-*- mode # See http://www.compuphase.com/vretrace.htm cdef extern from "windows.h": ctypedef void* HANDLE ctypedef void* LPVOID ctypedef char* LPSTR ctypedef int BOOL ctypedef int DWORD ctypedef DWORD* LPDWORD ctypedef void* LPOVERLAPPED ctypedef int size_t cdef HANDLE INVALID_HANDLE_VALUE cdef size_t sizeof(DWORD) cdef BOOL DeviceIoControl(HANDLE, DWORD, LPVOID, DWORD, LPVOID, DWORD, LPDWORD, LPOVERLAPPED) #int, void*, size_t, void*, size_t, void*, size_t) cdef void CloseHandle(HANDLE) cdef extern from "win32_load_driver.h": HANDLE LoadDriver(LPSTR DriverName) cdef extern from "win32_vretrace_orig.h": cdef char * VRETRACE_NAME # "VRETRACE" cdef int IOCTL_VRETRACE_VERSION cdef int IOCTL_VRETRACE_TEST cdef int IOCTL_VRETRACE_WAIT cdef DWORD VRETRACE_WAIT_INSIDE cdef DWORD VRETRACE_WAIT_START cdef DWORD VRETRACE_WAIT_END # some constants WAIT_INSIDE = VRETRACE_WAIT_INSIDE WAIT_START = VRETRACE_WAIT_START WAIT_END = VRETRACE_WAIT_END cdef class VRetraceHandleKeeper: cdef HANDLE VRetrace_Handle def LoadVRetraceDriver(): cdef BOOL success cdef HANDLE VRetrace_Handle cdef DWORD dwVersion cdef DWORD dwCycles, dwRetCount, dwReturned cdef VRetraceHandleKeeper hk VRetrace_Handle = LoadDriver(VRETRACE_NAME) if VRetrace_Handle == INVALID_HANDLE_VALUE: raise RuntimeError('Could not load driver VRETRACE.SYS') # check the version (should be non-zero) dwVersion = 0 success = DeviceIoControl(VRetrace_Handle, IOCTL_VRETRACE_VERSION, NULL, 0, &dwVersion, sizeof(dwVersion), &dwReturned, NULL) if not success or dwVersion < 0x100: CloseHandle(VRetrace_Handle) raise RuntimeError('Invalid version (%lx) returned'%dwVersion) # if we got the vertical retrace driver, check whether the video # card vertical retraces at all dwCycles = 0 success = DeviceIoControl(VRetrace_Handle, IOCTL_VRETRACE_TEST, &dwCycles, sizeof(dwCycles), &dwRetCount, sizeof(dwRetCount), &dwReturned, NULL); if not success or dwRetCount == 0: CloseHandle(VRetrace_Handle) raise RuntimeError('No vertical retrace detected') # return the handle for later use hk = VRetraceHandleKeeper() hk.VRetrace_Handle = VRetrace_Handle return hk def WaitForRetrace(wait_start=WAIT_START): """Wait for a vertical retrace signal Arguments: wait_start -- if true, will wait for the next retrace if one is already active """ cdef DWORD dwWaitCode, dwReturned global hk dwWaitCode = wait_start DeviceIoControl(hk.VRetrace_Handle, IOCTL_VRETRACE_WAIT, &dwWaitCode, sizeof(dwWaitCode), NULL, 0, &dwReturned, NULL) cdef VRetraceHandleKeeper hk hk = LoadVRetraceDriver() # initialize driver and keep handle to it visionegg-1.2.1/VisionEgg/win32_vretrace_orig.h0000644000076500000240000000450611224565530020621 0ustar astrawstaff/* This file from the original distribution available at http://www.compuphase.com/vretrace.htm */ ;/*`........................... assembly language ................... ; ; Constants ; ; #define CTL_CODE( DeviceType, Function, Method, Access ) ( \ ; ((DeviceType) << 16) | ((Access) << 14) | ((Function) << 2) | (Method) \ ; ) ; ; #define METHOD_BUFFERED 0 ; #define METHOD_IN_DIRECT 1 ; #define METHOD_OUT_DIRECT 2 ; #define METHOD_NEITHER 3 ; ; #define FILE_ANY_ACCESS 0 ; #define FILE_READ_ACCESS ( 0x0001 ) // file & pipe ; #define FILE_WRITE_ACCESS ( 0x0002 ) // file & pipe METHOD_BUFFERED EQU 0t METHOD_IN_DIRECT EQU 1t METHOD_OUT_DIRECT EQU 2t METHOD_NEITHER EQU 3t FILE_ANY_ACCESS EQU 0t FILE_READ_ACCESS EQU 000000001h FILE_WRITE_ACCESS EQU 000000002h VR_TYPE EQU 00000c000h IOCTL_CLOSE_HANDLE EQU -1 IOCTL_OPEN_HANDLE EQU 0 IOCTL_VRETRACE_VERSION EQU 0c0002000h IOCTL_VRETRACE_TEST EQU 0c0002004h IOCTL_VRETRACE_WAIT EQU 0c0002008h VRETRACE_WAIT_INSIDE EQU 0 VRETRACE_WAIT_START EQU 1 VRETRACE_WAIT_END EQU 2 comment `..................... C language ......................... */ #if !defined _NTDDK_ #include #endif // Driver names, add extensions .VXD and .SYS for the filenames #define VRETRACE_NAME "VRETRACE" // Device type --- in the "User Defined" range." #define VR_TYPE 0xc000 // IOCTL commands for both the VxD and the Kernel Mode driver // IOCTL_CLOSE_HANDLE // predefined for VxDs at -1 // IOCTL_OPEN_HANDLE // predefined for VxDs at 0 // get the version of the driver #define IOCTL_VRETRACE_VERSION CTL_CODE(VR_TYPE, 0x0800, METHOD_BUFFERED, FILE_ANY_ACCESS) // check whether Vertical Retrace is available #define IOCTL_VRETRACE_TEST CTL_CODE(VR_TYPE, 0x0801, METHOD_BUFFERED, FILE_ANY_ACCESS) // test if vertical retraces are supported // wait for vertical retrace #define IOCTL_VRETRACE_WAIT CTL_CODE(VR_TYPE, 0x0802, METHOD_BUFFERED, FILE_ANY_ACCESS) enum { VRETRACE_WAIT_INSIDE, VRETRACE_WAIT_START, VRETRACE_WAIT_END }; //`........................... END ................................. visionegg-1.2.1/VisionEgg/WrappedText.py0000644000076500000240000001224411224565530017412 0ustar astrawstaff#!/usr/bin/env python """Module containing the Multi-line text stimulus class WrappedText, as well as a simple example of its use.""" # Copyright (c) 2007 Eamon Caddigan, University of Illinois # License: LGPL (see LICENSE.txt distributed with this file) # Created on 2007-11-15 # # TODO: (more of a wishlist) # * anchor parameter # * angle parameter (I dunno, maybe you want some paragraphs tilted) # * more robust line length calculation # * wholesale replacement of this module with *real* formatted text (e.g., # ghostscript). The kerning of pygame's text is atrocious. import VisionEgg.Core import VisionEgg.Text import VisionEgg.Textures import VisionEgg.ParameterTypes as ve_types import textwrap class WrappedText(VisionEgg.Core.Stimulus): """Multi-line text stimulus. No fancy formatting, but line breaks ('\\n') are preserved, and text is wrapped to fit within the stimulus boundaries.""" parameters_and_defaults = { 'on':(True, ve_types.Boolean), 'position':((0.0,0.0), ve_types.AnyOf(ve_types.Sequence2(ve_types.Real), ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real))), 'size':(None, ve_types.Sequence2(ve_types.Real), """Defaults to the size of the screen."""), 'text':('hello', ve_types.AnyOf(ve_types.String,ve_types.Unicode)), 'color':((1.0,1.0,1.0), ve_types.AnyOf(ve_types.Sequence3(ve_types.Real), ve_types.Sequence4(ve_types.Real))) } constant_parameters_and_defaults = { 'font_name':(None, ve_types.AnyOf(ve_types.String,ve_types.Unicode), "Name of font to use. If None, use the default font"), 'font_size':(30, ve_types.UnsignedInteger) } def __init__(self, **kw): """Initialize the object, perform the initial line-splitting""" VisionEgg.Core.Stimulus.__init__(self, **kw) if self.parameters.size is None: self.parameters.size = (VisionEgg.config.VISIONEGG_SCREEN_W, VisionEgg.config.VISIONEGG_SCREEN_H) self._splitText() def _splitText(self): """Split a single string into multiple lines of text, storing each as a VisionEgg.Text.Text instance""" p = self.parameters cp = self.constant_parameters self._text = p.text textAreaWidth = None maxLineLength = len(self._text) minLineLength = 1 lineLength = maxLineLength while ((textAreaWidth > p.size[0]) or ((maxLineLength-minLineLength) > 1)) and (maxLineLength > 1): nextPosition = p.position self._textLines = [] try: textLineList = [] for text in self._text.split("\n"): if text == "": textLineList.append("") else: textLineList.extend(textwrap.wrap(text, lineLength)) textAreaWidth = None for textLine in textLineList: if textLine != "": line = VisionEgg.Text.Text(text=textLine, position = nextPosition, anchor = "upperleft", ignore_size_parameter = True, color = p.color, font_name = cp.font_name, font_size = cp.font_size) textAreaWidth = max(textAreaWidth, line.parameters.size[0]) self._textLines.append(line) nextPosition = (nextPosition[0], nextPosition[1]-line.parameters.size[1]) # Stop adding lines if the text area's height has been reached if (p.position[1] - nextPosition[1]) > p.size[1]: break except VisionEgg.Textures.TextureTooLargeError: textAreaWidth = p.size[0]+1 if textAreaWidth > p.size[0]: maxLineLength = lineLength else: minLineLength = lineLength lineLength = (maxLineLength+minLineLength)/2 def draw(self): """Draw the lines of text on the screen""" p = self.parameters if p.on: if p.text != self._text: self._splitText() for line in self._textLines: line.parameters.color = p.color line.draw() def main(): """Launch VisionEgg and demo the WrappedText object""" import VisionEgg VisionEgg.start_default_logging(); VisionEgg.watch_exceptions() import VisionEgg.FlowControl screen = VisionEgg.Core.get_default_screen() message="""Hello. This is a demonstration of the WrappedText object, which was created to allow users of VisionEgg to include large blocks of text in their programs. While this stimulus has many limitations, it should be useful for presenting on-screen instructions in experiments. While you are welcome to modify this file to extend its functionality, I hope you consider sharing any such modifications with the VisionEgg community. Eamon Caddigan,\nUniversity of Illinois\n15 November 2007""" wt = WrappedText(text=message, position=(50,screen.size[1]-50), size=(screen.size[0]-100, screen.size[1]-100)) viewport = VisionEgg.Core.Viewport(screen=screen, stimuli=[wt]) # Frame-based presentation duration makes it easier to use pdb p = VisionEgg.FlowControl.Presentation(viewports=[viewport], go_duration=(VisionEgg.config.VISIONEGG_MONITOR_REFRESH_HZ*30,'frames')) p.go() screen.close() # Called explicitly to behave better in interactive shells if __name__ == "__main__": main() visionegg-1.2.1/visionegg.egg-info/0000755000076500000240000000000011231315557016360 5ustar astrawstaffvisionegg-1.2.1/visionegg.egg-info/dependency_links.txt0000644000076500000240000000000111231315556022425 0ustar astrawstaff visionegg-1.2.1/visionegg.egg-info/PKG-INFO0000644000076500000240000000412111231315556017452 0ustar astrawstaffMetadata-Version: 1.0 Name: visionegg Version: 1.2.1 Summary: 2D/3D visual stimulus generation Home-page: http://www.visionegg.org/ Author: Andrew Straw Author-email: astraw@users.sourceforge.net License: LGPL Description: The Vision Egg is a programming library (with demo applications) that uses standard, inexpensive computer graphics cards to produce visual stimuli for vision research experiments. For more information, visit the website at www.visionegg.org Any feedback, questions, or comments, should go to the mailing list at visionegg@freelists.org The Vision Egg is Copyright (c) by its authors and is distributed under the GNU Lesser General Public License (LGPL). This software comes with absolutely no warranties, either expressed or implied. Platform: UNKNOWN Classifier: Development Status :: 5 - Production/Stable Classifier: Environment :: Win32 (MS Windows) Classifier: Environment :: X11 Applications Classifier: Environment :: MacOS X Classifier: Environment :: Other Environment Classifier: Intended Audience :: Developers Classifier: Intended Audience :: Science/Research Classifier: License :: OSI Approved :: GNU Library or Lesser General Public License (LGPL) Classifier: Natural Language :: English Classifier: Operating System :: Microsoft :: Windows Classifier: Operating System :: MacOS :: MacOS X Classifier: Operating System :: POSIX :: Linux Classifier: Operating System :: POSIX :: IRIX Classifier: Programming Language :: Python Classifier: Programming Language :: C Classifier: Topic :: Multimedia :: Graphics Classifier: Topic :: Multimedia :: Graphics :: 3D Rendering Classifier: Topic :: Multimedia :: Graphics :: Presentation Classifier: Topic :: Multimedia :: Video :: Display Classifier: Topic :: Scientific/Engineering Classifier: Topic :: Scientific/Engineering :: Human Machine Interfaces Classifier: Topic :: Scientific/Engineering :: Medical Science Apps. Classifier: Topic :: Scientific/Engineering :: Visualization Classifier: Topic :: Software Development :: Libraries visionegg-1.2.1/visionegg.egg-info/SOURCES.txt0000644000076500000240000006551511231315556020257 0ustar astrawstaff.gitignore CHANGELOG.txt LICENSE.txt MANIFEST.in README-BINARY-DEMOS.txt README-DEMOS.txt README.txt bootstrap.py build-demo-dir.py build-win-exe-demos.py buildout.cfg check-config.py makepimp.py pyz_support.py setup.py update_docstrings.py upload_to_pypi.sh vc7.bat VisionEgg/Configuration.py VisionEgg/Core.py VisionEgg/Daq.py VisionEgg/DaqKeyboard.py VisionEgg/DaqLPT.py VisionEgg/Deprecated.py VisionEgg/Dots.py VisionEgg/FlowControl.py VisionEgg/GL.py VisionEgg/GLTrace.py VisionEgg/GUI.py VisionEgg/Gratings.py VisionEgg/MoreStimuli.py VisionEgg/ParameterTypes.py VisionEgg/PlatformDependent.py VisionEgg/PyroClient.py VisionEgg/PyroHelpers.py VisionEgg/QuickTime.py VisionEgg/ResponseControl.py VisionEgg/SphereMap.py VisionEgg/TCPController.py VisionEgg/Text.py VisionEgg/Textures.py VisionEgg/ThreeDeeMath.py VisionEgg/VisionEgg.cfg VisionEgg/WrappedText.py VisionEgg/__init__.py VisionEgg/_darwin_sync_swap.m VisionEgg/_draw_in_c.c VisionEgg/_lib3ds.c VisionEgg/_raw_lpt_linux.c VisionEgg/_raw_plp_irix.c VisionEgg/_vegl.c VisionEgg/_vegl.pyx VisionEgg/darwin_getrefresh.m VisionEgg/darwin_getrefresh.py VisionEgg/darwin_getrefresh_wrap.c VisionEgg/darwin_maxpriority.c VisionEgg/darwin_maxpriority.pyx VisionEgg/darwinsys.pxd VisionEgg/darwinsys_compat.h VisionEgg/gl_qt.c VisionEgg/gl_qt.h VisionEgg/gl_qt.py VisionEgg/gl_qt_wrap.c VisionEgg/movieconvert.c VisionEgg/movieconvert.h VisionEgg/posix_maxpriority.c VisionEgg/posix_maxpriority.py VisionEgg/posix_maxpriority_wrap.c VisionEgg/qtlowlevel.py VisionEgg/qtmovie.py VisionEgg/test_Core.py VisionEgg/vegl.h VisionEgg/win32_getrefresh.c VisionEgg/win32_getrefresh.py VisionEgg/win32_getrefresh_wrap.c VisionEgg/win32_load_driver.c VisionEgg/win32_load_driver.h VisionEgg/win32_maxpriority.c VisionEgg/win32_maxpriority.py VisionEgg/win32_maxpriority_wrap.c VisionEgg/win32_vretrace.c VisionEgg/win32_vretrace.pyx VisionEgg/win32_vretrace_orig.h VisionEgg/PyroApps/AST_ext.py VisionEgg/PyroApps/ColorCalGUI.py VisionEgg/PyroApps/ColorCalServer.py VisionEgg/PyroApps/DropinGUI.py VisionEgg/PyroApps/DropinServer.py VisionEgg/PyroApps/EPhysGUI.py VisionEgg/PyroApps/EPhysGUIUtils.py VisionEgg/PyroApps/EPhysServer.py VisionEgg/PyroApps/FlatGratingGUI.py VisionEgg/PyroApps/FlatGratingServer.py VisionEgg/PyroApps/GridGUI.py VisionEgg/PyroApps/GridServer.py VisionEgg/PyroApps/MouseTargetGUI.py VisionEgg/PyroApps/MouseTargetServer.py VisionEgg/PyroApps/ScreenPositionGUI.py VisionEgg/PyroApps/ScreenPositionServer.py VisionEgg/PyroApps/SphereGratingGUI.py VisionEgg/PyroApps/SphereGratingServer.py VisionEgg/PyroApps/SpinningDrumGUI.py VisionEgg/PyroApps/SpinningDrumServer.py VisionEgg/PyroApps/TargetGUI.py VisionEgg/PyroApps/TargetServer.py VisionEgg/PyroApps/VarTypes.py VisionEgg/PyroApps/__init__.py VisionEgg/data/VisionEggTitle.xcf VisionEgg/data/az_el.png VisionEgg/data/monitor.xcf VisionEgg/data/panorama.jpg VisionEgg/data/spiral.png VisionEgg/data/visionegg.bmp VisionEgg/data/visionegg.tif VisionEgg/data/water.mov demo/README.txt demo/alpha_texture.py demo/az_el_grid.py demo/color_grating.py demo/convert3d_to_2d.py demo/demo_arrow.py demo/demo_fixationpoint.py demo/demo_keyboardresponse.py demo/demo_keyboardtrigger.py demo/displayText.py demo/displayUnicode.py demo/dots.py demo/dots_pyro_client.py demo/dots_pyro_server.py demo/dots_simple_loop.py demo/ephys_gui.pyw demo/ephys_server.py demo/flames_pygame.py demo/flames_visionegg.py demo/framecount.py demo/gabor.py demo/gamma.py demo/grating.py demo/gratings_multi.py demo/image_sequence_fast.py demo/image_sequence_slow.py demo/makeMovie.py demo/makeMovie2.py demo/mouseTarget.py demo/mouseTarget_user_loop.py demo/mouse_gabor_2d.py demo/mouse_gabor_perspective.py demo/movingPOV.py demo/mpeg.py demo/multi_stim.py demo/plaid.py demo/project_linear_grating_on_cylinder.py demo/put_pixels.py demo/pygame_texture.py demo/quicktime.py demo/sphereMap.py demo/spiral.py demo/target.py demo/targetBackground.py demo/targetBackground2D.py demo/texture.py demo/texture3D.py demo/texture3D_alpha.py demo/textureDrum.py demo/texture_as_numpy_array.py demo/visual_jitter.py demo/wrapped_text.py demo/GUI/drumDemoGUI.py demo/Pyro/gratingPyroGUI.py demo/Pyro/gratingPyroServer.py demo/Pyro/metaPyroGUI.py demo/Pyro/metaPyroServer.py demo/Pyro/simpleClient.py demo/Pyro/simpleServer.py demo/daq/simple_lpt_out.py demo/daq/trigger_in.py demo/daq/trigger_out.py demo/tcp/gratingGUI.py demo/tcp/gratingTCP.py doc/BUILD.sh doc/BUILD.txt doc/index.html doc/visionegg.pdf doc/visionegg.tex doc/reference/epydoc doc/reference/make_epy.sh doc/reference/html/VisionEgg-module.html doc/reference/html/VisionEgg-pysrc.html doc/reference/html/VisionEgg.ClassWithParameters-class.html doc/reference/html/VisionEgg.Configuration-module.html doc/reference/html/VisionEgg.Configuration-pysrc.html doc/reference/html/VisionEgg.Configuration.Config-class.html doc/reference/html/VisionEgg.Core-module.html doc/reference/html/VisionEgg.Core-pysrc.html doc/reference/html/VisionEgg.Core.FixationSpot-class.html doc/reference/html/VisionEgg.Core.FrameTimer-class.html doc/reference/html/VisionEgg.Core.ModelView-class.html doc/reference/html/VisionEgg.Core.OrthographicProjection-class.html doc/reference/html/VisionEgg.Core.OrthographicProjectionNoZClip-class.html doc/reference/html/VisionEgg.Core.PerspectiveProjection-class.html doc/reference/html/VisionEgg.Core.Projection-class.html doc/reference/html/VisionEgg.Core.ProjectionBaseClass-class.html doc/reference/html/VisionEgg.Core.Screen-class.html doc/reference/html/VisionEgg.Core.SimplePerspectiveProjection-class.html doc/reference/html/VisionEgg.Core.Stimulus-class.html doc/reference/html/VisionEgg.Core.Viewport-class.html doc/reference/html/VisionEgg.Daq-module.html doc/reference/html/VisionEgg.Daq-pysrc.html doc/reference/html/VisionEgg.Daq.Analog-class.html doc/reference/html/VisionEgg.Daq.Buffered-class.html doc/reference/html/VisionEgg.Daq.Channel-class.html doc/reference/html/VisionEgg.Daq.ChannelParameters-class.html doc/reference/html/VisionEgg.Daq.DaqMode-class.html doc/reference/html/VisionEgg.Daq.Device-class.html doc/reference/html/VisionEgg.Daq.Digital-class.html doc/reference/html/VisionEgg.Daq.Functionality-class.html doc/reference/html/VisionEgg.Daq.Immediate-class.html doc/reference/html/VisionEgg.Daq.Input-class.html doc/reference/html/VisionEgg.Daq.Output-class.html doc/reference/html/VisionEgg.Daq.SignalType-class.html doc/reference/html/VisionEgg.Daq.Trigger-class.html doc/reference/html/VisionEgg.DaqKeyboard-module.html doc/reference/html/VisionEgg.DaqKeyboard-pysrc.html doc/reference/html/VisionEgg.DaqKeyboard.KeyboardInput-class.html doc/reference/html/VisionEgg.DaqKeyboard.KeyboardTriggerInController-class.html doc/reference/html/VisionEgg.DaqLPT-module.html doc/reference/html/VisionEgg.DaqLPT-pysrc.html doc/reference/html/VisionEgg.DaqLPT.LPTChannel-class.html doc/reference/html/VisionEgg.DaqLPT.LPTDevice-class.html doc/reference/html/VisionEgg.DaqLPT.LPTInput-class.html doc/reference/html/VisionEgg.DaqLPT.LPTOutput-class.html doc/reference/html/VisionEgg.DaqLPT.LPTTriggerInController-class.html doc/reference/html/VisionEgg.DaqLPT.LPTTriggerOutController-class.html doc/reference/html/VisionEgg.Deprecated-module.html doc/reference/html/VisionEgg.Deprecated-pysrc.html doc/reference/html/VisionEgg.Deprecated.Message-class.html doc/reference/html/VisionEgg.Dots-module.html doc/reference/html/VisionEgg.Dots-pysrc.html doc/reference/html/VisionEgg.Dots.DotArea2D-class.html doc/reference/html/VisionEgg.FlowControl-module.html doc/reference/html/VisionEgg.FlowControl-pysrc.html doc/reference/html/VisionEgg.FlowControl.ConstantController-class.html doc/reference/html/VisionEgg.FlowControl.Controller-class.html doc/reference/html/VisionEgg.FlowControl.EncapsulatedController-class.html doc/reference/html/VisionEgg.FlowControl.EvalStringController-class.html doc/reference/html/VisionEgg.FlowControl.ExecStringController-class.html doc/reference/html/VisionEgg.FlowControl.FunctionController-class.html doc/reference/html/VisionEgg.FlowControl.Presentation-class.html doc/reference/html/VisionEgg.GL-module.html doc/reference/html/VisionEgg.GL-pysrc.html doc/reference/html/VisionEgg.GLTrace-module.html doc/reference/html/VisionEgg.GLTrace-pysrc.html doc/reference/html/VisionEgg.GLTrace.Wrapper-class.html doc/reference/html/VisionEgg.GUI-module.html doc/reference/html/VisionEgg.GUI-pysrc.html doc/reference/html/VisionEgg.GUI.AppWindow-class.html doc/reference/html/VisionEgg.GUI.GetKeypressDialog-class.html doc/reference/html/VisionEgg.GUI.GraphicsConfigurationWindow-class.html doc/reference/html/VisionEgg.GUI.InfoFrame-class.html doc/reference/html/VisionEgg.GUI.ProgressBar-class.html doc/reference/html/VisionEgg.GUI.ToplevelDialog-class.html doc/reference/html/VisionEgg.Gratings-module.html doc/reference/html/VisionEgg.Gratings-pysrc.html doc/reference/html/VisionEgg.Gratings.AlphaGratingCommon-class.html doc/reference/html/VisionEgg.Gratings.LuminanceGratingCommon-class.html doc/reference/html/VisionEgg.Gratings.NumSamplesTooLargeError-class.html doc/reference/html/VisionEgg.Gratings.SinGrating2D-class.html doc/reference/html/VisionEgg.Gratings.SinGrating3D-class.html doc/reference/html/VisionEgg.MoreStimuli-module.html doc/reference/html/VisionEgg.MoreStimuli-pysrc.html doc/reference/html/VisionEgg.MoreStimuli.Arrow-class.html doc/reference/html/VisionEgg.MoreStimuli.FilledCircle-class.html doc/reference/html/VisionEgg.MoreStimuli.Rectangle3D-class.html doc/reference/html/VisionEgg.MoreStimuli.Target2D-class.html doc/reference/html/VisionEgg.ParameterDefinition-class.html doc/reference/html/VisionEgg.ParameterTypes-module.html doc/reference/html/VisionEgg.ParameterTypes-pysrc.html doc/reference/html/VisionEgg.ParameterTypes.AnyClass-class.html doc/reference/html/VisionEgg.ParameterTypes.AnyClassMC-class.html doc/reference/html/VisionEgg.ParameterTypes.AnyOf-class.html doc/reference/html/VisionEgg.ParameterTypes.Boolean-class.html doc/reference/html/VisionEgg.ParameterTypes.BooleanMC-class.html doc/reference/html/VisionEgg.ParameterTypes.Callable-class.html doc/reference/html/VisionEgg.ParameterTypes.CallableMC-class.html doc/reference/html/VisionEgg.ParameterTypes.Instance-class.html doc/reference/html/VisionEgg.ParameterTypes.Integer-class.html doc/reference/html/VisionEgg.ParameterTypes.IntegerMC-class.html doc/reference/html/VisionEgg.ParameterTypes.NoneMC-class.html doc/reference/html/VisionEgg.ParameterTypes.NoneType-class.html doc/reference/html/VisionEgg.ParameterTypes.ParameterTypeDef-class.html doc/reference/html/VisionEgg.ParameterTypes.Real-class.html doc/reference/html/VisionEgg.ParameterTypes.RealMC-class.html doc/reference/html/VisionEgg.ParameterTypes.Sequence-class.html doc/reference/html/VisionEgg.ParameterTypes.Sequence2-class.html doc/reference/html/VisionEgg.ParameterTypes.Sequence3-class.html doc/reference/html/VisionEgg.ParameterTypes.Sequence4-class.html doc/reference/html/VisionEgg.ParameterTypes.Sequence4x4-class.html doc/reference/html/VisionEgg.ParameterTypes.String-class.html doc/reference/html/VisionEgg.ParameterTypes.StringMC-class.html doc/reference/html/VisionEgg.ParameterTypes.SubClass-class.html doc/reference/html/VisionEgg.ParameterTypes.Unicode-class.html doc/reference/html/VisionEgg.ParameterTypes.UnicodeMC-class.html doc/reference/html/VisionEgg.ParameterTypes.UnsignedInteger-class.html doc/reference/html/VisionEgg.ParameterTypes.UnsignedIntegerMC-class.html doc/reference/html/VisionEgg.Parameters-class.html doc/reference/html/VisionEgg.PlatformDependent-module.html doc/reference/html/VisionEgg.PlatformDependent-pysrc.html doc/reference/html/VisionEgg.PyroApps-module.html doc/reference/html/VisionEgg.PyroApps-pysrc.html doc/reference/html/VisionEgg.PyroApps.AST_ext-module.html doc/reference/html/VisionEgg.PyroApps.AST_ext-pysrc.html doc/reference/html/VisionEgg.PyroApps.AST_ext.AST_Visitor-class.html doc/reference/html/VisionEgg.PyroApps.ColorCalGUI-module.html doc/reference/html/VisionEgg.PyroApps.ColorCalGUI-pysrc.html doc/reference/html/VisionEgg.PyroApps.ColorCalGUI.ColorCalControlFrame-class.html doc/reference/html/VisionEgg.PyroApps.ColorCalGUI.ColorCalMetaParameters-class.html doc/reference/html/VisionEgg.PyroApps.ColorCalServer-module.html doc/reference/html/VisionEgg.PyroApps.ColorCalServer-pysrc.html doc/reference/html/VisionEgg.PyroApps.ColorCalServer.ColorCalMetaController-class.html doc/reference/html/VisionEgg.PyroApps.DropinGUI-module.html doc/reference/html/VisionEgg.PyroApps.DropinGUI-pysrc.html doc/reference/html/VisionEgg.PyroApps.DropinGUI.DropinControlFrame-class.html doc/reference/html/VisionEgg.PyroApps.DropinGUI.DropinMetaParameters-class.html doc/reference/html/VisionEgg.PyroApps.DropinServer-module.html doc/reference/html/VisionEgg.PyroApps.DropinServer-pysrc.html doc/reference/html/VisionEgg.PyroApps.DropinServer.DropinMetaController-class.html doc/reference/html/VisionEgg.PyroApps.EPhysGUI-module.html doc/reference/html/VisionEgg.PyroApps.EPhysGUI-pysrc.html doc/reference/html/VisionEgg.PyroApps.EPhysGUI.AppWindow-class.html doc/reference/html/VisionEgg.PyroApps.EPhysGUI.BarButton-class.html doc/reference/html/VisionEgg.PyroApps.EPhysGUI.ContainedObjectBase-class.html doc/reference/html/VisionEgg.PyroApps.EPhysGUI.GammaFrame-class.html doc/reference/html/VisionEgg.PyroApps.EPhysGUI.ImageSequenceLauncher-class.html doc/reference/html/VisionEgg.PyroApps.EPhysGUI.Loop-class.html doc/reference/html/VisionEgg.PyroApps.EPhysGUI.LoopContainedObject-class.html doc/reference/html/VisionEgg.PyroApps.EPhysGUI.LoopParamDialog-class.html doc/reference/html/VisionEgg.PyroApps.EPhysGUI.ScrollListFrame-class.html doc/reference/html/VisionEgg.PyroApps.EPhysGUIUtils-module.html doc/reference/html/VisionEgg.PyroApps.EPhysGUIUtils-pysrc.html doc/reference/html/VisionEgg.PyroApps.EPhysGUIUtils.StimulusControlFrame-class.html doc/reference/html/VisionEgg.PyroApps.EPhysServer-module.html doc/reference/html/VisionEgg.PyroApps.EPhysServer-pysrc.html doc/reference/html/VisionEgg.PyroApps.EPhysServer.EPhysServer-class.html doc/reference/html/VisionEgg.PyroApps.FlatGratingGUI-module.html doc/reference/html/VisionEgg.PyroApps.FlatGratingGUI-pysrc.html doc/reference/html/VisionEgg.PyroApps.FlatGratingGUI.FlatGratingControlFrame-class.html doc/reference/html/VisionEgg.PyroApps.FlatGratingGUI.FlatGratingMetaParameters-class.html doc/reference/html/VisionEgg.PyroApps.FlatGratingServer-module.html doc/reference/html/VisionEgg.PyroApps.FlatGratingServer-pysrc.html doc/reference/html/VisionEgg.PyroApps.FlatGratingServer.FlatGratingExperimentMetaController-class.html doc/reference/html/VisionEgg.PyroApps.GridGUI-module.html doc/reference/html/VisionEgg.PyroApps.GridGUI-pysrc.html doc/reference/html/VisionEgg.PyroApps.GridGUI.GridControlFrame-class.html doc/reference/html/VisionEgg.PyroApps.GridGUI.GridMetaParameters-class.html doc/reference/html/VisionEgg.PyroApps.GridServer-module.html doc/reference/html/VisionEgg.PyroApps.GridServer-pysrc.html doc/reference/html/VisionEgg.PyroApps.GridServer.GridMetaController-class.html doc/reference/html/VisionEgg.PyroApps.MouseTargetGUI-module.html doc/reference/html/VisionEgg.PyroApps.MouseTargetGUI-pysrc.html doc/reference/html/VisionEgg.PyroApps.MouseTargetGUI.MouseTargetControlFrame-class.html doc/reference/html/VisionEgg.PyroApps.MouseTargetGUI.MouseTargetMetaParameters-class.html doc/reference/html/VisionEgg.PyroApps.MouseTargetServer-module.html doc/reference/html/VisionEgg.PyroApps.MouseTargetServer-pysrc.html doc/reference/html/VisionEgg.PyroApps.MouseTargetServer.MousePositionController-class.html doc/reference/html/VisionEgg.PyroApps.MouseTargetServer.MouseTargetExperimentMetaController-class.html doc/reference/html/VisionEgg.PyroApps.MouseTargetServer.TargetOrientationController-class.html doc/reference/html/VisionEgg.PyroApps.MouseTargetServer.TargetPositionController-class.html doc/reference/html/VisionEgg.PyroApps.ScreenPositionGUI-module.html doc/reference/html/VisionEgg.PyroApps.ScreenPositionGUI-pysrc.html doc/reference/html/VisionEgg.PyroApps.ScreenPositionGUI.CallbackEntry-class.html doc/reference/html/VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionControlFrame-class.html doc/reference/html/VisionEgg.PyroApps.ScreenPositionGUI.ScreenPositionParameters-class.html doc/reference/html/VisionEgg.PyroApps.ScreenPositionServer-module.html doc/reference/html/VisionEgg.PyroApps.ScreenPositionServer-pysrc.html doc/reference/html/VisionEgg.PyroApps.ScreenPositionServer.ScreenPositionMetaController-class.html doc/reference/html/VisionEgg.PyroApps.SphereGratingGUI-module.html doc/reference/html/VisionEgg.PyroApps.SphereGratingGUI-pysrc.html doc/reference/html/VisionEgg.PyroApps.SphereGratingGUI.SphereGratingControlFrame-class.html doc/reference/html/VisionEgg.PyroApps.SphereGratingGUI.SphereGratingMetaParameters-class.html doc/reference/html/VisionEgg.PyroApps.SphereGratingServer-module.html doc/reference/html/VisionEgg.PyroApps.SphereGratingServer-pysrc.html doc/reference/html/VisionEgg.PyroApps.SphereGratingServer.SphereGratingExperimentMetaController-class.html doc/reference/html/VisionEgg.PyroApps.SpinningDrumGUI-module.html doc/reference/html/VisionEgg.PyroApps.SpinningDrumGUI-pysrc.html doc/reference/html/VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumControlFrame-class.html doc/reference/html/VisionEgg.PyroApps.SpinningDrumGUI.SpinningDrumMetaParameters-class.html doc/reference/html/VisionEgg.PyroApps.SpinningDrumServer-module.html doc/reference/html/VisionEgg.PyroApps.SpinningDrumServer-pysrc.html doc/reference/html/VisionEgg.PyroApps.SpinningDrumServer.SpinningDrumExperimentMetaController-class.html doc/reference/html/VisionEgg.PyroApps.TargetGUI-module.html doc/reference/html/VisionEgg.PyroApps.TargetGUI-pysrc.html doc/reference/html/VisionEgg.PyroApps.TargetGUI.TargetControlFrame-class.html doc/reference/html/VisionEgg.PyroApps.TargetGUI.TargetMetaParameters-class.html doc/reference/html/VisionEgg.PyroApps.TargetServer-module.html doc/reference/html/VisionEgg.PyroApps.TargetServer-pysrc.html doc/reference/html/VisionEgg.PyroApps.TargetServer.TargetExperimentMetaController-class.html doc/reference/html/VisionEgg.PyroApps.VarTypes-module.html doc/reference/html/VisionEgg.PyroApps.VarTypes-pysrc.html doc/reference/html/VisionEgg.PyroClient-module.html doc/reference/html/VisionEgg.PyroClient-pysrc.html doc/reference/html/VisionEgg.PyroClient.PyroClient-class.html doc/reference/html/VisionEgg.PyroHelpers-module.html doc/reference/html/VisionEgg.PyroHelpers-pysrc.html doc/reference/html/VisionEgg.PyroHelpers.PyroConstantController-class.html doc/reference/html/VisionEgg.PyroHelpers.PyroEncapsulatedController-class.html doc/reference/html/VisionEgg.PyroHelpers.PyroEvalStringController-class.html doc/reference/html/VisionEgg.PyroHelpers.PyroExecStringController-class.html doc/reference/html/VisionEgg.PyroHelpers.PyroListenController-class.html doc/reference/html/VisionEgg.PyroHelpers.PyroLocalDictController-class.html doc/reference/html/VisionEgg.PyroHelpers.PyroServer-class.html doc/reference/html/VisionEgg.QuickTime-module.html doc/reference/html/VisionEgg.QuickTime-pysrc.html doc/reference/html/VisionEgg.QuickTime.MovieTexture-class.html doc/reference/html/VisionEgg.ResponseControl-module.html doc/reference/html/VisionEgg.ResponseControl-pysrc.html doc/reference/html/VisionEgg.ResponseControl.KeyboardResponseController-class.html doc/reference/html/VisionEgg.ResponseControl.ResponseController-class.html doc/reference/html/VisionEgg.SphereMap-module.html doc/reference/html/VisionEgg.SphereMap-pysrc.html doc/reference/html/VisionEgg.SphereMap.AzElGrid-class.html doc/reference/html/VisionEgg.SphereMap.SphereGrating-class.html doc/reference/html/VisionEgg.SphereMap.SphereMap-class.html doc/reference/html/VisionEgg.SphereMap.SphereWindow-class.html doc/reference/html/VisionEgg.TCPController-module.html doc/reference/html/VisionEgg.TCPController-pysrc.html doc/reference/html/VisionEgg.TCPController.SocketListenController-class.html doc/reference/html/VisionEgg.TCPController.TCPController-class.html doc/reference/html/VisionEgg.TCPController.TCPServer-class.html doc/reference/html/VisionEgg.Text-module.html doc/reference/html/VisionEgg.Text-pysrc.html doc/reference/html/VisionEgg.Text.BitmapText-class.html doc/reference/html/VisionEgg.Text.GlutTextBase-class.html doc/reference/html/VisionEgg.Text.StrokeText-class.html doc/reference/html/VisionEgg.Text.Text-class.html doc/reference/html/VisionEgg.Textures-module.html doc/reference/html/VisionEgg.Textures-pysrc.html doc/reference/html/VisionEgg.Textures.FixationCross-class.html doc/reference/html/VisionEgg.Textures.Mask2D-class.html doc/reference/html/VisionEgg.Textures.SpinningDrum-class.html doc/reference/html/VisionEgg.Textures.Texture-class.html doc/reference/html/VisionEgg.Textures.TextureFromFile-class.html doc/reference/html/VisionEgg.Textures.TextureObject-class.html doc/reference/html/VisionEgg.Textures.TextureStimulus-class.html doc/reference/html/VisionEgg.Textures.TextureStimulus3D-class.html doc/reference/html/VisionEgg.Textures.TextureStimulusBaseClass-class.html doc/reference/html/VisionEgg.Textures.TextureTooLargeError-class.html doc/reference/html/VisionEgg.ThreeDeeMath-module.html doc/reference/html/VisionEgg.ThreeDeeMath-pysrc.html doc/reference/html/VisionEgg.ThreeDeeMath.TransformMatrix-class.html doc/reference/html/VisionEgg.WrappedText-module.html doc/reference/html/VisionEgg.WrappedText-pysrc.html doc/reference/html/VisionEgg.WrappedText.WrappedText-class.html doc/reference/html/VisionEgg.darwin_getrefresh-module.html doc/reference/html/VisionEgg.darwin_getrefresh-pysrc.html doc/reference/html/VisionEgg.gl_qt-module.html doc/reference/html/VisionEgg.gl_qt-pysrc.html doc/reference/html/VisionEgg.posix_maxpriority-module.html doc/reference/html/VisionEgg.posix_maxpriority-pysrc.html doc/reference/html/VisionEgg.qtlowlevel-module.html doc/reference/html/VisionEgg.qtlowlevel-pysrc.html doc/reference/html/VisionEgg.qtlowlevel.QTNewMoviePropertyElement-class.html doc/reference/html/VisionEgg.qtlowlevel.Rect-class.html doc/reference/html/VisionEgg.qtlowlevel.qtlowlevelError-class.html doc/reference/html/VisionEgg.qtmovie-module.html doc/reference/html/VisionEgg.qtmovie-pysrc.html doc/reference/html/VisionEgg.qtmovie.Movie-class.html doc/reference/html/VisionEgg.qtmovie.Rect-class.html doc/reference/html/VisionEgg.win32_getrefresh-module.html doc/reference/html/VisionEgg.win32_getrefresh-pysrc.html doc/reference/html/VisionEgg.win32_maxpriority-module.html doc/reference/html/VisionEgg.win32_maxpriority-pysrc.html doc/reference/html/api-objects.txt doc/reference/html/class-tree.html doc/reference/html/crarr.png doc/reference/html/epydoc.css doc/reference/html/epydoc.js doc/reference/html/float-class.html doc/reference/html/frames.html doc/reference/html/help.html doc/reference/html/identifier-index.html doc/reference/html/index.html doc/reference/html/int-class.html doc/reference/html/module-tree.html doc/reference/html/redirect.html doc/reference/html/toc-VisionEgg-module.html doc/reference/html/toc-VisionEgg.Configuration-module.html doc/reference/html/toc-VisionEgg.Core-module.html doc/reference/html/toc-VisionEgg.Daq-module.html doc/reference/html/toc-VisionEgg.DaqKeyboard-module.html doc/reference/html/toc-VisionEgg.DaqLPT-module.html doc/reference/html/toc-VisionEgg.Deprecated-module.html doc/reference/html/toc-VisionEgg.Dots-module.html doc/reference/html/toc-VisionEgg.FlowControl-module.html doc/reference/html/toc-VisionEgg.GL-module.html doc/reference/html/toc-VisionEgg.GLTrace-module.html doc/reference/html/toc-VisionEgg.GUI-module.html doc/reference/html/toc-VisionEgg.Gratings-module.html doc/reference/html/toc-VisionEgg.MoreStimuli-module.html doc/reference/html/toc-VisionEgg.ParameterTypes-module.html doc/reference/html/toc-VisionEgg.PlatformDependent-module.html doc/reference/html/toc-VisionEgg.PyroApps-module.html doc/reference/html/toc-VisionEgg.PyroApps.AST_ext-module.html doc/reference/html/toc-VisionEgg.PyroApps.ColorCalGUI-module.html doc/reference/html/toc-VisionEgg.PyroApps.ColorCalServer-module.html doc/reference/html/toc-VisionEgg.PyroApps.DropinGUI-module.html doc/reference/html/toc-VisionEgg.PyroApps.DropinServer-module.html doc/reference/html/toc-VisionEgg.PyroApps.EPhysGUI-module.html doc/reference/html/toc-VisionEgg.PyroApps.EPhysGUIUtils-module.html doc/reference/html/toc-VisionEgg.PyroApps.EPhysServer-module.html doc/reference/html/toc-VisionEgg.PyroApps.FlatGratingGUI-module.html doc/reference/html/toc-VisionEgg.PyroApps.FlatGratingServer-module.html doc/reference/html/toc-VisionEgg.PyroApps.GridGUI-module.html doc/reference/html/toc-VisionEgg.PyroApps.GridServer-module.html doc/reference/html/toc-VisionEgg.PyroApps.MouseTargetGUI-module.html doc/reference/html/toc-VisionEgg.PyroApps.MouseTargetServer-module.html doc/reference/html/toc-VisionEgg.PyroApps.ScreenPositionGUI-module.html doc/reference/html/toc-VisionEgg.PyroApps.ScreenPositionServer-module.html doc/reference/html/toc-VisionEgg.PyroApps.SphereGratingGUI-module.html doc/reference/html/toc-VisionEgg.PyroApps.SphereGratingServer-module.html doc/reference/html/toc-VisionEgg.PyroApps.SpinningDrumGUI-module.html doc/reference/html/toc-VisionEgg.PyroApps.SpinningDrumServer-module.html doc/reference/html/toc-VisionEgg.PyroApps.TargetGUI-module.html doc/reference/html/toc-VisionEgg.PyroApps.TargetServer-module.html doc/reference/html/toc-VisionEgg.PyroApps.VarTypes-module.html doc/reference/html/toc-VisionEgg.PyroClient-module.html doc/reference/html/toc-VisionEgg.PyroHelpers-module.html doc/reference/html/toc-VisionEgg.QuickTime-module.html doc/reference/html/toc-VisionEgg.ResponseControl-module.html doc/reference/html/toc-VisionEgg.SphereMap-module.html doc/reference/html/toc-VisionEgg.TCPController-module.html doc/reference/html/toc-VisionEgg.Text-module.html doc/reference/html/toc-VisionEgg.Textures-module.html doc/reference/html/toc-VisionEgg.ThreeDeeMath-module.html doc/reference/html/toc-VisionEgg.WrappedText-module.html doc/reference/html/toc-VisionEgg.darwin_getrefresh-module.html doc/reference/html/toc-VisionEgg.gl_qt-module.html doc/reference/html/toc-VisionEgg.posix_maxpriority-module.html doc/reference/html/toc-VisionEgg.qtlowlevel-module.html doc/reference/html/toc-VisionEgg.qtmovie-module.html doc/reference/html/toc-VisionEgg.win32_getrefresh-module.html doc/reference/html/toc-VisionEgg.win32_maxpriority-module.html doc/reference/html/toc-everything.html doc/reference/html/toc.html doc/visionegg/about.html doc/visionegg/contents.html doc/visionegg/controllers.html doc/visionegg/front.html doc/visionegg/hierarchy.html doc/visionegg/index.html doc/visionegg/node3.html doc/visionegg/node6.html doc/visionegg/visionegg.css doc/visionegg/visionegg.html swig_src/darwin_getrefresh.i swig_src/darwin_getrefresh.m swig_src/gl_qt.c swig_src/gl_qt.h swig_src/gl_qt.i swig_src/make.py swig_src/posix_maxpriority.c swig_src/posix_maxpriority.i swig_src/win32_getrefresh.c swig_src/win32_getrefresh.i swig_src/win32_maxpriority.c swig_src/win32_maxpriority.i test/conform.py test/display_dc_restoration.py test/display_voltage_regulation.py test/font_torture.py test/opengl_info.py test/reopen_screen.py test/unittests.py visionegg.egg-info/PKG-INFO visionegg.egg-info/SOURCES.txt visionegg.egg-info/dependency_links.txt visionegg.egg-info/top_level.txtvisionegg-1.2.1/visionegg.egg-info/top_level.txt0000644000076500000240000000013211231315556021105 0ustar astrawstaff_vegl darwin_maxpriority VisionEgg _darwin_getrefresh _darwin_sync_swap _gl_qt _draw_in_c