pyscript-0.6.1/0000755000175000001440000000000010441274723013100 5ustar cochraneuserspyscript-0.6.1/bin/0000755000175000001440000000000010441274721013646 5ustar cochraneuserspyscript-0.6.1/bin/pyscript0000755000175000001440000000706010245240702015446 0ustar cochraneusers#!/usr/bin/env python import sys, getopt, os, traceback import tempfile from pyscript.version import version as versionNum def usage(): print """Usage: pyscript [options] file.py options: [-h/--help] Print usage information and exit [-V/--version] Print version information and exit [-o/--output=outputFile] Specify an alternative output file name [-l/--logfile=logFile] Specify an alternative log file name """ def version(): print "This is pyscript version %s" % (versionNum,) print "For more information see http://pyscript.sourceforge.net\n" #--------------------------------------------------------------------- # Handle options #--------------------------------------------------------------------- try: opts, args = getopt.getopt(sys.argv[1:], "hVo:l:d", ["help", "version", "output=", "logfile="]) except getopt.GetoptError: # print help information and exit: usage() sys.exit(2) logFile = "pyscript.log" DEBUG=False globals={} for o, a in opts: if o in ("-h", "--help"): usage() sys.exit() if o in ("-V", "--version"): version() sys.exit() if o in ("-o", "--output"): globals['output']=a elif o in ("-l", "--logfile"): logFile=a elif o in ("-d",): DEBUG=True if len(args) != 1: usage() sys.exit() # print some pretty info version() #--------------------------------------------------------------------- # Set up log file #--------------------------------------------------------------------- # redirect stdout and stderr to file # keep a copy save_err = sys.stderr # open the log file #tempfile.template="pyscript-" #logFile = tempfile.mktemp(".log") if logFile=="-": log=sys.stdout else: log = open(logFile,"w") print "Log file is",logFile sys.stderr = log #--------------------------------------------------------------------- # look for ~/.pyscript #--------------------------------------------------------------------- # now see about importing the defaults from .pyscript/defaults.py HOME = os.path.expandvars("$HOME") # if $HOME/.pyscript directory exists, append this to the python path # this is so that user defined libs can be imported if os.path.isdir(HOME+'/.pyscript'): sys.path.append(HOME+'/.pyscript') if os.path.isfile(HOME+'/.pyscript/defaults.py'): # try $HOME/.pyscript/defaults.py execfile(HOME+'/.pyscript/defaults.py',globals) else: print "No user defaults file found." print "Executing script..." #--------------------------------------------------------------------- # now run the script #--------------------------------------------------------------------- try: execfile(args[0],globals) except: divider="-"*60+'\n' sys.stderr.write("Exception in user code:\n") sys.stderr.write(divider) traceback.print_exc(file=sys.stderr) sys.stderr.write(divider) sys.stdout.write("Exception in user code:\n") sys.stdout.write(divider) traceback.print_exc(file=sys.stdout) sys.stdout.write(divider) print "Further clues may be found in the log file:",logFile else: # clean up a bit sys.stderr = save_err if logFile!="-": log.close() if not DEBUG: print "Removing log file" os.remove(logFile) print "Removing temp files" tempfiles = ("temp.aux", "temp.dvi", "temp.log", "temp.ps", "temp.tex", "temp1.aux", "temp1.dvi", "temp1.eps", "temp1.log", "temp1.tex") for tmpfile in tempfiles: if os.path.exists(tmpfile): os.remove(tmpfile) print "Done!" pyscript-0.6.1/contrib/0000755000175000001440000000000010441274721014536 5ustar cochraneuserspyscript-0.6.1/contrib/styles/0000755000175000001440000000000010441274721016061 5ustar cochraneuserspyscript-0.6.1/contrib/styles/ccp2004-poster.py0000644000175000001440000000330110422757007021017 0ustar cochraneusers# poster style for PyScript, used for the CCP2004 conference HOME = os.path.expandvars("$HOME") stylesDir = HOME + "/.pyscript/styles/" # set the default style settings self.title = "" self.title_fg = Color("yellow")*2.0 self.title_scale = 1.4 self.title_width = 0.8 # as a fraction of the total poster width self.title_text_style = "\large \sf" self.authors = "" self.authors_fg = Color("yellow") self.authors_scale = 1 self.authors_width = 0.8 # as a fraction of the total poster width self.authors_text_style = "\sf" self.address = "" self.address_fg = Color("yellow") self.address_scale = 0.9 self.address_width = 0.8 # as a fraction of the total poster width self.address_text_style = "\sf" self.abstract = "" self.abstract_fg = Color("gold")*1.1 self.abstract_scale = 0.8 self.abstract_width = 0.92 # relative to total width of poster self.abstract_text_style = "" self.gutter = 0.2 self.pad = 0 # should get set by add_column() self.item_sep = 0.3 self.bg = Color("royalblue")*0.8 self.signature_fg = Color("white") self.logo_height = 1.2 # styles for columns self.column_item_sep = 0.3 # styles for column boxes # the title's style... self.column_box_title_align = "c" self.column_box_title_tex_scale = 1.4 self.column_box_title_fixed_width = 9.4 self.column_box_title_text_style = r"\sf" self.column_box_title_fg = Color("orangered")*0.95 # the text styles of the column box self.column_box_text_align = "w" self.column_box_tex_scale = 0.7 self.column_box_text_width = 9.4 self.column_box_text_style = r"" self.column_box_text_fg = Color(0) # the column box styles self.column_box_item_sep = 0.1 self.column_box_width = 9.9 self.column_box_bg = Color("LightGoldenRod")*1.1 self.column_box_border = 1 pyscript-0.6.1/contrib/styles/greenbullet.eps0000644000175000001440000002172210412567550021111 0ustar cochraneusers%!PS-Adobe-3.0 EPSF-3.0 %%BoundingBox: 0 0 61 61 %%Creator: PyScript 0.4.0 %%CreationDate: Wed Jul 23 14:26:11 2003 %%LanguageLevel: 2 %%Title: PyScriptEPS %%Pages: 1 %%EndComments %%BeginProlog %%BeginResource: procset pyscript /PyScriptDict 10 dict def PyScriptDict begin %%show text with kerning if supplied /kernshow { 0 2 2 counttomark 2 sub { -2 roll } for counttomark 2 idiv { exch show 0 rmoveto} repeat pop } bind def /BeginEPSF { /b4_Inc_state save def /dict_count countdictstack def /op_count count 1 sub def userdict begin /showpage { } def 0 setgray 0 setlinecap 1 setlinewidth 0 setlinejoin 10 setmiterlimit [ ] 0 setdash newpath /languagelevel where {pop languagelevel 1 ne {false setstrokeadjust false setoverprint } if } if } bind def /EndEPSF { count op_count sub {pop} repeat countdictstack dict_count sub {end} repeat b4_Inc_state restore } bind def /PyScriptStart {} def /PyScriptEnd {} def /showpage {} def end %%EndResource %%EndProlog %%BeginSetup PyScriptDict begin /uu {28.346000 mul} def 0.5 setlinewidth 1 setlinecap 0 setlinejoin 10 setmiterlimit [ ] 0 setdash end %%EndSetup %%Page: 1 1 PyScriptDict begin gsave [1 0 0 1 1.09363 uu 1.09363 uu] concat gsave [1 0 0 1 0 uu 0 uu] concat gsave [1 0 0 1 -0.0206239 uu -0.0206239 uu] concat 0 0 0 setrgbcolor 0 0 1 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0 0 setrgbcolor 0 0 1 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0 uu 0 uu] concat 0 0.114834 0 setrgbcolor 0 0 0.966667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.114834 0 setrgbcolor 0 0 0.966667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.0206239 uu 0.0206239 uu] concat 0 0.162288 0 setrgbcolor 0 0 0.933333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.162288 0 setrgbcolor 0 0 0.933333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.0412479 uu 0.0412479 uu] concat 0 0.198535 0 setrgbcolor 0 0 0.9 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.198535 0 setrgbcolor 0 0 0.9 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.0618718 uu 0.0618718 uu] concat 0 0.228881 0 setrgbcolor 0 0 0.866667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.228881 0 setrgbcolor 0 0 0.866667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.0824958 uu 0.0824958 uu] concat 0 0.255369 0 setrgbcolor 0 0 0.833333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.255369 0 setrgbcolor 0 0 0.833333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.10312 uu 0.10312 uu] concat 0 0.279036 0 setrgbcolor 0 0 0.8 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.279036 0 setrgbcolor 0 0 0.8 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.123744 uu 0.123744 uu] concat 0 0.300493 0 setrgbcolor 0 0 0.766667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.300493 0 setrgbcolor 0 0 0.766667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.144368 uu 0.144368 uu] concat 0 0.32013 0 setrgbcolor 0 0 0.733333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.32013 0 setrgbcolor 0 0 0.733333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.164992 uu 0.164992 uu] concat 0 0.338215 0 setrgbcolor 0 0 0.7 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.338215 0 setrgbcolor 0 0 0.7 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.185616 uu 0.185616 uu] concat 0 0.35494 0 setrgbcolor 0 0 0.666667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.35494 0 setrgbcolor 0 0 0.666667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.206239 uu 0.206239 uu] concat 0 0.370445 0 setrgbcolor 0 0 0.633333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.370445 0 setrgbcolor 0 0 0.633333 uu 360 0 -1 mul add 90 add 360 360 -1 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add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.309359 uu 0.309359 uu] concat 0 0.43272 0 setrgbcolor 0 0 0.466667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.43272 0 setrgbcolor 0 0 0.466667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.329983 uu 0.329983 uu] concat 0 0.442508 0 setrgbcolor 0 0 0.433333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.442508 0 setrgbcolor 0 0 0.433333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.350607 uu 0.350607 uu] concat 0 0.45149 0 setrgbcolor 0 0 0.4 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.45149 0 setrgbcolor 0 0 0.4 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.371231 uu 0.371231 uu] concat 0 0.45969 0 setrgbcolor 0 0 0.366667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.45969 0 setrgbcolor 0 0 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0 0.485004 0 setrgbcolor 0 0 0.233333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.474351 uu 0.474351 uu] concat 0 0.489523 0 setrgbcolor 0 0 0.2 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.489523 0 setrgbcolor 0 0 0.2 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.494975 uu 0.494975 uu] concat 0 0.493335 0 setrgbcolor 0 0 0.166667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.493335 0 setrgbcolor 0 0 0.166667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.515599 uu 0.515599 uu] concat 0 0.496446 0 setrgbcolor 0 0 0.133333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.496446 0 setrgbcolor 0 0 0.133333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.536223 uu 0.536223 uu] concat 0 0.498861 0 setrgbcolor 0 0 0.1 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.498861 0 setrgbcolor 0 0 0.1 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.556847 uu 0.556847 uu] concat 0 0.500584 0 setrgbcolor 0 0 0.0666667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.500584 0 setrgbcolor 0 0 0.0666667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.577471 uu 0.577471 uu] concat 0 0.501617 0 setrgbcolor 0 0 0.0333333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0.501617 0 setrgbcolor 0 0 0.0333333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore grestore grestore end %PyScriptDict showpage %%Trailer %%EOF pyscript-0.6.1/contrib/styles/prosper-darkblue.py0000644000175000001440000000356710412575541021731 0ustar cochraneusers# talk style for PyScript, following the Darkblue design of prosper HOME = os.path.expandvars("$HOME") stylesDir = HOME + "/.pyscript/styles/" # set the foreground and background colour of the title text of the talk self.title_fg = Color('white') self.title_bg = Color('white') # set the talk title's text style self.title_textstyle = r"\bf\sf" # set the text style for the text of who is giving the talk self.speaker_textstyle = r"\sf" # set the colour and text style of the address of the speaker of the talk self.address_fg = Color('white') self.address_textstyle = r"\sf" # set the colour and text style of the authors of the talk (not necessarily # the speaker of the talk) self.authors_fg = Color('white') self.authors_textstyle = r"\sf" # set the colour and text style of the title of the *slide* self.slide_title_fg = Color('lightgray') self.slide_title_textstyle = r"\bf" # set the colour, scale, textstyle, bullet and indent type for a level 1 heading self.headings_fgs[1] = Color('white') self.headings_scales[1] = 3 self.headings_textstyle[1] = r"\sf" self.headings_bullets[1] = Epsf(file=stylesDir+"redbullet.eps").scale(0.2,0.2) self.headings_indent[1] = 0 # set the colour, scale, textstyle, bullet and indent type for a level 2 heading self.headings_fgs[2] = Color('white') self.headings_scales[2] = 2.5 self.headings_textstyle[2] = r"\sf" self.headings_bullets[2] = Epsf(file=stylesDir+"greenbullet.eps").scale(0.15,0.15) self.headings_indent[2] = 0.5 # set the colour, scale, textstyle, bullet and indent type for a level 3 heading self.headings_fgs[3] = Color('white') self.headings_scales[3] = 2.2 self.headings_textstyle[3] = r"\sf" self.headings_bullets[3] = Epsf(file=stylesDir+"yellowbullet.eps").scale(0.1,0.1) self.headings_indent[3] = 1 # set the colour, textstyle and scale for placed text self.text_scale = 3.0 self.text_fg = Color('white') self.text_textstyle = r"\sf" pyscript-0.6.1/contrib/styles/redbullet.eps0000644000175000001440000002173010412567550020562 0ustar cochraneusers%!PS-Adobe-3.0 EPSF-3.0 %%BoundingBox: 0 0 61 61 %%Creator: PyScript 0.4.0 %%CreationDate: Fri Jul 18 18:00:14 2003 %%LanguageLevel: 2 %%Title: PyScriptEPS %%Pages: 1 %%EndComments %%BeginProlog %%BeginResource: procset pyscript /PyScriptDict 10 dict def PyScriptDict begin %%show text with kerning if supplied /kernshow { 0 2 2 counttomark 2 sub { -2 roll } for counttomark 2 idiv { exch show 0 rmoveto} repeat pop } bind def /BeginEPSF { /b4_Inc_state save def /dict_count countdictstack def /op_count count 1 sub def userdict begin /showpage { } def 0 setgray 0 setlinecap 1 setlinewidth 0 setlinejoin 10 setmiterlimit [ ] 0 setdash newpath /languagelevel where {pop languagelevel 1 ne {false setstrokeadjust false setoverprint } if } if } bind def /EndEPSF { count op_count sub {pop} repeat countdictstack dict_count sub {end} repeat b4_Inc_state restore } bind def /PyScriptStart {} def /PyScriptEnd {} def /showpage {} def end %%EndResource %%EndProlog %%BeginSetup PyScriptDict begin /uu {28.346000 mul} def 0.5 setlinewidth 1 setlinecap 0 setlinejoin 10 setmiterlimit [ ] 0 setdash end %%EndSetup %%Page: 1 1 PyScriptDict begin gsave [1 0 0 1 1.09363 uu 1.09363 uu] concat gsave [1 0 0 1 0 uu 0 uu] concat gsave [1 0 0 1 -0.0206239 uu -0.0206239 uu] concat 0 0 0 setrgbcolor 0 0 1 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0 0 0 setrgbcolor 0 0 1 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0 uu 0 uu] concat 0.228771 0 0 setrgbcolor 0 0 0.966667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0.228771 0 0 setrgbcolor 0 0 0.966667 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.0206239 uu 0.0206239 uu] concat 0.323309 0 0 setrgbcolor 0 0 0.933333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0.323309 0 0 setrgbcolor 0 0 0.933333 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn stroke grestore gsave [1 0 0 1 0.0412479 uu 0.0412479 uu] concat 0.395518 0 0 setrgbcolor 0 0 0.9 uu 360 0 -1 mul add 90 add 360 360 -1 mul add 90 add arcn fill 0.395518 0 0 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$(MAIN), $(shell gv $i)) # standard TeX stuff %.eps: %.py pyscript $< clean: rm -f $(MAIN) # vim: shiftwidth=4: pyscript-0.6.1/doc/examples/align.py0000755000175000001440000000200110211214563017112 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: align.py,v 1.4 2005/03/02 01:40:03 paultcochrane Exp $ """ align.py - example of using the Align class. Define some Rectangles and Circles and show how the Align class aligns them in a horizontal line. """ # import the pyscript objects from pyscript import * # set the default units to use defaults.units=UNITS['cm'] # define some objects to align r1 = Rectangle(width=2, height=1, c=P(0,0)) r2 = Rectangle(width=1, height=2, c=P(2,1)) c1 = Circle(c=P(3,2)) c2 = Circle(r=2, c=P(6,3)) # group the objects together to save their original positions orig = Group(r1, r2, c1, c2) # define an Align object and add the rectangles and circles to it a = Align(a1="e", a2="w", space=None, angle=90) for o in orig: a.append(o.copy()) # record where they started in red orig.apply(fg=Color('Red')) # make the linewidth of the aligned objects thicker a.apply(linewidth=2) # render the objects and save to file render( orig, a, file="align.eps", ) # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/align2.py0000755000175000001440000000112010374363175017213 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: align2.py,v 1.3 2006/02/14 14:23:08 paultcochrane Exp $ """ Aligning boxes, with numbers inside, around a circle. """ from pyscript import * # define the object to hold all the objects all = Align(angle=90, space=2) # create an equal sided rectangle, put a number in it and add it to the # group of all objects for ii in range(10): rt = Rectangle(width=1, height=1) all.append( Group(rt, Text(str(ii), c=rt.c)), angle=all.angle+ii*360/10.) # render the diagram render( all, file='align2.eps', ) # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/atom.py0000755000175000001440000000476410374363533017016 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: atom.py,v 1.5 2006/02/14 14:23:08 paultcochrane Exp $ """ Diagram of an energy level diagram for quantum readout of an electronic state of an atom. (Helpful for quantum computing.) """ # import the pyscript libraries from pyscript import * # set up the default units for the diagram defaults.units=UNITS['cm'] # define some helpful definitions for LaTeX defaults.tex_head=r""" \documentclass{article} \pagestyle{empty} \newcommand{\ket}[1]{\mbox{$|#1\rangle$}} \newcommand{\bra}[1]{\mbox{$\langle #1|$}} \newcommand{\braket}[2]{\mbox{$\langle #1|#2\rangle$}} \newcommand{\ketbra}[2]{\mbox{|#1$\rangle\langle #2|$}} \newcommand{\op}[1]{\mbox{\boldmath $\hat{#1}$}} \begin{document} """ # function to define an energy level def level(x,y,label,**dict): w = 1 label.w = P(x+w/2., y) return Group( apply(Path, (P(x-w/2.,y), P(x+w/2.,y)), dict), label, ) # import some functionality from the standard math library from math import atan2, pi # function to describe a double-headed arrow def darrow(s, e, label, **dict): # don't yet have an arrow object ... gap = .05 d = e - s length = d.length theta = -atan2(e[1]-s[1], e[0]-s[0])/pi*180 label.s = P(length/2., gap) p00 = P(0,0) dh = .05 dl = .2 ah1 = apply(Path, (p00, P(dl,dh), P(dl,-dh), p00), dict) ah2 = apply(Path, (p00, P(-dl,-dh), P(-dl,dh), p00), dict) ah2.move(length, 0) g = Group( apply(Path, (P(0,0), P(length,0)), dict), ah1, ah2, label, ) g.rotate(theta) g.move(s[0], s[1]) return g # render the diagram render( # four labelled levels level(0, 0, TeX("$\ket{1}\equiv\ket{g}$")), level(2, 0.3, TeX("$\ket{2}\equiv\ket{e}$")), level(.5, 2, TeX("\ket{3}")), level(2.5, 2.5, TeX("\ket{4}")), # a dashed level describing the laser detuning Path(P(0,1.7), P(1,1.7), dash=Dash(2)), TeX(r'$\Delta\left\{\rule{0cm}{2.75mm}\right.$')(e=P(0,1.85)), # double-headed arrow for the signal darrow(P(0,0), P(.3,1.7), TeX('\small signal'), fg=Color('green'), bg=Color('green')), # double-headed arrow for the activation darrow(P(.6,1.7), P(1.8,.3), TeX('\small activation'), fg=Color('red'), bg=Color('red')), # double-headed arrow for the read out darrow(P(2.2,.3), P(2.5,2.5), TeX('\small read out'), fg=Color('blue'), bg=Color('blue')), # the output file name file = "atom.eps", ) # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/bifurcate.py0000755000175000001440000000216610374363623020014 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: bifurcate.py,v 1.2 2006/02/14 14:23:08 paultcochrane Exp $ """ bifurcate.py - a bifurcation diagram As lambda increases to some critical value the function becomes multivalued and bifurcates giving the fork structure after \lambda_c. """ # import the pyscript objects from pyscript import * # define the default units to use defaults.units = UNITS['cm'] render( # define the axes Arrow( P(0,0), P(0,4) ), Arrow( P(0,0), P(5,0) ), # dashed vertical line at lambda_c Path( P(2,3.8), P(2,0), dash=Dash(2), fg=Color(.5) ), # solid line before bifurcation point Path( P(.5,2), P(2,2), linewidth=1 ), # multi-valued part of function after bifurcation Path( P(4,3.7), C(P(3,3.5), P(2,3)), P(2,2), C(P(2,1), P(3,.5)), P(4,.3), linewidth=1), # dashed horizontal line after lambda_c Path( P(2,2), P(4,2), dash=Dash(3), linewidth=1 ), # axes labels TeX(r'$\bar{\lambda}_c$', n=P(2,-.1)), TeX(r'$\bar{\lambda}$', ne=P(4.8,-.1)), # the output file file="bifurcate.eps", ) # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/ccp2004_poster.py0000644000175000001440000002735410423154443020513 0ustar cochraneusers#!/usr/bin/env pyscript # $Id# """ Poster for the Conference on Computational Physics 2004 """ from pyscript.lib.presentation import Poster, Column, ColumnBox, CodeBox, TeXBox defaults.tex_head+=r"\newcommand{\xmds}{\textsc{xmds}\xspace}" # firstly, write the code I would like to write... poster = Poster(size="a4", style="ccp2004-poster") poster.set_title(r"\xmds: the eXtensible Multi-Dimensional Simulator") poster.set_authors(r"""\underline{Paul~T.~Cochrane}, G.~Collecutt, P.~D.~Drummond, and J.~J.~Hope""") poster.set_address(r"""Australian Centre for Quantum-Atom Optics, Physics Department, The University of Queensland, Brisbane, Australia""") poster.set_abstract(r"""{\em Writing codes for the simulation of complex phenomena is an art and science unto itself. What with finding and using good algorithms, actually writing the code, debugging the code and testing the code, not much time is left to actually investigate what it was you were initially out to look at. This is where \xmds comes in. \xmds allows you to write a high-level description of the problem you are trying to solve (usually a differential equation of some form) it goes away and writes low-level simulation code for you (trying hard to keep the code as efficient as possible), compiles and presents it, ready to be run.} """) poster.add_logo("ARC_COE_crop.eps", height=1.2) poster.add_logo("uq_logo_new.eps", height=1.2) # could also do this as: #poster.add_logos("ARC_COE_crop.eps", "uq_logo_new.eps", height=1.2) col1 = Column(poster) what_xmds = ColumnBox(poster) what_xmds.set_title(r"What is \xmds?") what_xmds.add_TeXBox(r""" \begin{itemize} \setlength{\itemsep}{-1mm} \item \xmds = e\underline{X}tensible \underline{M}ulti-\underline{D}imensional \underline{S}imulator \item \xmds is open source software; released under the GNU General Public License \item Has applications in physics, mathematics, weather, chemistry, economics \ldots \item One writes a high-level description of a problem in XML \item \xmds converts XML to C language code, which is then compiled to produce an executable which solves the problem about as quickly as code written by an expert \item \xmds gives people doing simulations structure, organisation and standardisation \item Provides a convenient framework for describing simulations of a system be it in a scientific or industrial setting \item Keeps the ideas behind a simulation well laid out and, importantly, documented for others to see and use \item \xmds gives a common ground from which scientists can compare their numerical work; something lacking in an area at the interface between theory and experiment, which already have a well-ingrained culture of comparison and verification~\cite{Ceperley:1999:1} \end{itemize} """) col1.add_box(what_xmds) overview = ColumnBox(poster) overview.set_title(r"Overview") overview.add_TeXBox(r""" \begin{itemize} \setlength{\itemsep}{-2mm} \item \xmds is designed to integrate the following general PDE: \vspace*{-3mm} \begin{align} \frac{\partial}{\partial x^0}\vect{a}(\vect{x}) & = \vect{\mathcal{N}}\left(\vect{x}, \vect{a}(\vect{x}), \vect{p}(\vect{x}), \vect{b}(\vect{x}),\;\vect{\xi}(\vect{x})\right),\\ p^i(\vect{x}) & = \mathcal{F}^{-1}\left[\Sigma_j \mathcal{L}^{ij}\left(x^0,\vect{k_\bot}\right) \mathcal{F}\left[a^j(\vect{x})\right]\right],\\ \frac{\partial}{\partial x^{c}}\vect{b}(\vect{x}) & = \vect{\mathcal{H}}\left(\vect{x}, \vect{a}(\vect{x}), \vect{b}(\vect{x})\right) \label{eq:xmdsPdeEx} \end{align} \vspace*{-4mm} \item $\vect{a}(\vect{x})$ : main field, $\vect{b}(\vect{x})$ : cross-propagating field, $\vect{p}(\vect{x})$ : field in Fourier space,\\ $\xi(\vect{x})$ : noise terms \item \xmds integrates ODEs, PDEs, and stochastic ODEs and PDEs \end{itemize} """) tAlign = Align(a1="ne", a2="nw", angle=90, space=-0.2) t1 = TeXBox(r""" \begin{itemize} \item \xmds solves DEs with two methods: \begin{itemize} \setlength{\itemsep}{-1.5mm} \vspace*{-3mm} \item fourth-order Runge-Kutta, \item split-step semi-implicit method~\cite{Drummond:1983:1} \end{itemize} \end{itemize} """) t1.set_fixed_width(5.1) t1.make() t2 = TeXBox(r""" \begin{itemize} \item \xmds can handle any number of: \vspace*{-3mm} \begin{itemize} \setlength{\itemsep}{-1.5mm} \item components \item dimensions \item random variables \end{itemize} \end{itemize} """) t2.set_fixed_width(4.5) t2.make() tAlign.append(t1, t2) overview.add_object(tAlign) overview.add_TeXBox(r""" \vspace*{-3mm} \begin{itemize} \setlength{\itemsep}{-2mm} \item Performs automatic numerical error checking \item Handles cross-propagating fields \item Calculates trajectory means and variances of stochastic simulations \item Automatically parallelises stochastic and deterministic problems using MPI \end{itemize} """) col1.add_box(overview) why_xmds = ColumnBox(poster) why_xmds.set_title(r"Why use \xmds?") why_xmds.add_TeXBox(r""" \begin{itemize} \setlength{\itemsep}{-1.5mm} \item \xmds reduces development time and user-introduced bugs \item Execution time closely approximates that of hand-written code \item Input file size dramatically smaller than hand-written code \item Open source and documentation (\texttt{http://www.xmds.org})~\cite{xmdsweb} \item Uses XSIL output format for easy and portable data interchange \item FFTW (Fastest Fourier Transform in the West) for highly efficient FFTs~\cite{fftwweb} \item Allows simple and transparent comparison of simulations with other researchers \item The script documents the simulation \item Simulation script (and therefore parameters) are output with the simulation data, so the data and the variables that generated it are kept together for future reference \end{itemize} """) col1.add_box(why_xmds) nlse = ColumnBox(poster) nlse.set_title(r"Nonlinear Schr\"{o}diner Equation") nlse.add_TeXBox(r""" \begin{equation} \frac{\partial \phi}{\partial z } = i\left[\frac{1}{2} \frac{\partial ^{2} \phi}{\partial t ^{2}} + |\phi|^{2} \phi + i \Gamma (t) \phi \right] \end{equation} Where $\phi$ is the field, $z$ is the spatial dimension, $t$ is time and $\Gamma(t)$ is a damping term. """) nlseEpsf = Epsf("nlse.eps", width=4.29) nlseCode = CodeBox(r""" \begin{verbatim} nlse z t phi RK4IP pow_dens \end{verbatim} """).scale(0.4, 0.4) nlseAlign = Align(a1="ne", a2="nw", angle=90, space=0.1) nlseAlign.append(nlseEpsf, nlseCode) nlse.add_object(nlseAlign) col1.add_box(nlse) future = ColumnBox(poster) future.set_title("Future Features") future.add_TeXBox(r""" \begin{itemize} \setlength{\itemsep}{-2mm} \item More algorithms, user-defined libraries of routines \item Improved load balancing of parallel stochastic simulations \item Timed output of simulation data to monitor data on-the-fly \item Reimplementation and generalisation of \xmds engine %\item breakpoints: binary output of entire simulation state at end of %simulation so that can restart the simulation from this point at next run %of the simulation \end{itemize} """) col1.add_box(future) # add the column to the poster poster.add_column(col1, side="left") # start a new column col2 = Column(poster) # make a column box fibre_optic = ColumnBox(poster) fibre_optic.set_title("Fibre Optic Laser Field") fibre_optic.add_TeXBox(r""" Equation~(\ref{eq:fibre}) describes a one dimensional damped field subject to a complex noise.\\ This is a stochastic PDE. \begin{equation} \frac{\partial \phi}{\partial t} = -i \frac{\partial^{2} \phi}{\partial x^{2}} - \gamma \phi + \frac{\beta}{\sqrt{2}} \left[\xi_1(x,t) + i\xi_2(x,t)\right]. \label{eq:fibre} \end{equation} """) fibre1 = VAlign(space=0.2) fibre1.append(Epsf("fibre1.eps", width=4)) fibre1.append(TeX("single path").scale(0.8, 0.8)) fibre2 = VAlign(space=0.2) fibre2.append(Epsf("fibre2.eps", width=4)) fibre2.append(TeX("1024 path mean").scale(0.8, 0.8)) fibres = Align(a1="ne", a2="nw", angle=90, space=0.2) fibres.append(fibre1, fibre2) fibre_optic.add_object(fibres) # add the column box to the poster col2.add_box(fibre_optic) # make a column box process = ColumnBox(poster) process.set_title("Process and Functionality") process.add_TeXBox(r""" The figures below describe the processes involved in creating an \xmds simulation (left-hand diagram) and operating within an \xmds simulation (right-hand diagram). \xmds reads the XML script, parses it, generates C/C++ code and then compiles the simulation binary using a C++ compiler. The simulation when executed generates XSIL output, which can then be converted for display in your favourite graphing package. """) procAlign = Align(a1="ne", a2="nw", angle=90, space=1.0) procAlign.append(Epsf("xmdsProcess.eps", width=3)) procAlign.append(Epsf("xmdsFunctionality.eps", width=3)) process.add_object(procAlign) # add the column box to the poster col2.add_box(process) other = ColumnBox(poster) other.set_title("Other Features") other1 = TeXBox(r""" \begin{itemize} \setlength{\itemsep}{-2mm} \item ASCII and binary output \item Benchmarking of simulations \item User-defined preferences \end{itemize} """) other1.set_fixed_width(4.5) other1.make() other2 = TeXBox(r""" \begin{itemize} \setlength{\itemsep}{-2mm} \item Field initialisation from file \item Command line arguments to simulations \item \xmds script template output \end{itemize} """) other2.set_fixed_width(5) other2.make() otherAlign = Align(a1="ne", a2="nw", angle=90, space=-0.2) otherAlign.append(other1, other2) other.add_object(otherAlign) col2.add_box(other) takehome = ColumnBox(poster) takehome.set_title("Take-home message") takehome.add_TeXBox(r""" \xmds will save you time by solving your problems very quickly. So why not give it a go? See \texttt{http://www.xmds.org} and try it out. """) col2.add_box(takehome) refs = ColumnBox(poster) refs.set_title("References") refs.add_TeXBox(r""" \renewcommand*{\refname}{ } \begin{thebibliography}{14} \expandafter\ifx\csname natexlab\endcsname\relax\def\natexlab#1{#1}\fi \expandafter\ifx\csname bibnamefont\endcsname\relax \def\bibnamefont#1{#1}\fi \expandafter\ifx\csname bibfnamefont\endcsname\relax \def\bibfnamefont#1{#1}\fi \expandafter\ifx\csname citenamefont\endcsname\relax \def\citenamefont#1{#1}\fi \expandafter\ifx\csname url\endcsname\relax \def\url#1{\texttt{#1}}\fi \expandafter\ifx\csname urlprefix\endcsname\relax\def\urlprefix{URL }\fi \providecommand{\bibinfo}[2]{#2} \providecommand{\eprint}[2][]{\url{#2}} \setlength{\itemsep}{-2mm} \bibitem{Ceperley:1999:1} \bibinfo{author}{\bibfnamefont{D.~M.} \bibnamefont{Ceperley}}, \bibinfo{journal}{Rev. Mod. Phys.} \textbf{\bibinfo{volume}{71}}, \bibinfo{pages}{438} (\bibinfo{year}{1999}). \bibitem{Drummond:1983:1} \bibinfo{author}{\bibfnamefont{P.~D.} \bibnamefont{Drummond}}, \bibinfo{journal}{Comp. Phys. Comm.} \textbf{\bibinfo{volume}{29}}, \bibinfo{pages}{211} (\bibinfo{year}{1983}). \bibitem{xmdsweb} \emph{\bibinfo{title}{\xmds home page}}, \urlprefix\url{http://www.xmds.org}. \bibitem{fftwweb} \emph{\bibinfo{title}{FFTW home page}}, \urlprefix\url{http://www.fftw.org}. \end{thebibliography} """) col2.add_box(refs) poster.add_column(col2, side="right") poster.make(file="ccp2004_poster.eps") pyscript-0.6.1/doc/examples/detector.py0000644000175000001440000000415410374363635017660 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: detector.py,v 1.4 2006/02/14 14:23:09 paultcochrane Exp $ """ A quantum circuit diagram of a detection setup in optical quantum computing. """ # import the pyscript libraries from pyscript import * # set up the default units for the diagram defaults.units=UNITS['cm'] # define some helpful LaTeX macros defaults.tex_head=r""" \documentclass{article} \pagestyle{empty} \newcommand{\ket}[1]{\mbox{$|#1\rangle$}} \newcommand{\bra}[1]{\mbox{$\langle #1|$}} \newcommand{\braket}[2]{\mbox{$\langle #1|#2\rangle$}} \newcommand{\ketbra}[2]{\mbox{|#1$\rangle\langle #2|$}} \newcommand{\op}[1]{\mbox{\boldmath $\hat{#1}$}} \begin{document} """ # import helpful objects from the optics and quantumcircuits libraries from pyscript.lib.optics import BS from pyscript.lib.quantumcircuits import detector, classicalpath # distance between the two "rails" of the quantum circuit h = 1.7 # define the phase plate pp2 = P(2,0) phase = Rectangle(width=.1, height=.4, c=pp2, bg=Color(.8) ) # define the beam splitter pp = P(1.5,0) bs = Rectangle(width=.1, height=1, c=pp, bg=Color(1) ).rotate(-45, pp) # define detectors d1 = detector()(c=P(1.5+h/2.,0)) d2 = detector()(c=P(1.5,-h/2.)).rotate(90, P(1.5,-h/2.)) # render the diagram render( # the rails of the quantum circuit Path(P(1.5,h/2.), P(1.5,-h/2.)), Path(P(3.5,h), P(0,h), P(-.5,h/2.), P(0,0), P(1.5+h/2.,0)), # the state at one output port TeX(r'$\ket{p}$', s=P(1.5,h/2.)), # beam splitter and label bs, TeX(r'$\omega$', se=bs.n), # labels of paths through system TeX('$a$', sw=P(.1,h+.1)), TeX('$b$', sw=P(.1,0.1)), TeX('$c$', w=P(1.6,h/2.4)), # phase plate and label phase, TeX(r'$\lambda$', s=phase.n+P(0,.1)), # detectors and label d1, d2, TeX('$y$', w=d1.e), TeX('$x$', n=d2.e), # box highlighting part of the circuit Rectangle(width=h+.6, height=h+1, dash=Dash(2), e=d1.e+P(.4,0)), # the input state Dot(P(-.5,h/2.), r=.05), TeX(r'$\ket{\psi}$', e=P(-.5,h/2.)), # the output file name file="detector.eps", ) # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/distribute.py0000644000175000001440000000172610374363650020224 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: distribute.py,v 1.4 2006/02/14 14:23:09 paultcochrane Exp $ """ An example showing usage of the Distribute class and functionality. """ # load pyscript libraries from pyscript import * # define the default units for the diagram defaults.units = UNITS['cm'] # end points of line about which to distribute objects p1 = P(-3,0) p2 = P(3,0) # objects to distribute o1 = Rectangle(width=.5, height=1) o2 = Circle(r=.5) o3 = Rectangle(width=.5, height=.5) o4 = Rectangle(width=2, height=.5) # render the diagram render( # distribute the objects Distribute(o1, o2, o3, o4, p1=p1, p2=p2, a1='c', a2='c', as='w', ae='e'), # highlight the line about which everything is distributed with a line Path(p1, p2, fg=Color('red')), # dots showing centres of all objects distributed Dot(o1.c), Dot(o2.c), Dot(o3.c), Dot(o4.c), # output file name file="distribute.eps" ) # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/div_con.py0000755000175000001440000000445510374363662017477 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: div_con.py,v 1.3 2006/02/14 14:23:09 paultcochrane Exp $ """ Example usage of the qi (quantum information) library. Output is of a divide-and-conquer scheme of quantum gates. """ # import relevant pyscript libraries from pyscript import * from pyscript.lib.qi import * # assemble one set of quantum gates and wires together g1 = Assemble( Gate(Boxed(TeX(r'$\mathcal{E}_1$'), height=1.5)), 1.5, Gate(Boxed(TeX(r'$\mathcal{E}_2$'), height=1.5)), 2.5, Gate(Boxed(TeX(r'$\mathcal{E}_3$'), height=1.5)), 1.5, wires=[QWire, QWire, QWire], ) # assemble another set of quantum gates g21 = Assemble(Gate(Boxed(TeX(r'$\mathcal{E}_1$'), height=1.5)), 1.5, wires=[QWire, QWire, QWire], ) g22 = Assemble(Gate(Boxed(TeX(r'$\mathcal{E}_2$'), height=1.5)), 2.5, wires=[QWire, QWire, QWire], ) g23 = Assemble(Gate(Boxed(TeX(r'$\mathcal{E}_3$'), height=1.5)), 1.5, wires=[QWire, QWire, QWire], ) # and assemble a third set of quantum gates together g31 = Assemble(Gate(Boxed(TeX(r'$\mathcal{E}_1$'), height=1.5)), 1.5, wires=[QWire, QWire], ) g32 = Assemble(Gate(Boxed(TeX(r'$\mathcal{E}_2$'), height=1.5)), 1.5, wires=[QWire, QWire], ) g33 = Assemble(Gate(Boxed(TeX(r'$\mathcal{E}_3$'), height=1.5)), 1.5, wires=[QWire, QWire], ) # define some TeX objects for later reuse m1 = TeX(r'\Large $\le$') m2 = TeX(r'\Large $+$') m3 = TeX(r'\Large $+$') m4 = TeX(r'\Large $=$') m5 = TeX(r'\Large $+$') m6 = TeX(r'\Large $+$') # align all the gate and TeX objects Align(g1, m1, m2, m3, m4, m5, m6, g31, g32, g33, a1="e", a2="w", angle=90) # distribute the objects equally along a line divnconk = Distribute( g1, m1, g21, m2, g22, m3, g23, m4, g31, m5, g32, m6, g33, a1="e", a2="w", p1=P(0,0), p2=P(15,0), ) # define some labels t1 = TeX(r'\Large (by chaining)', n=P(g22.s.x, divnconk.s.y-.2)) t2 = TeX(r'\Large (by stability)', n=P(g32.s.x, divnconk.s.y-.2)) # append the labels to the object for the diagram divnconk.append(t1,t2).scale(.7) # render the diagram render( # object to render divnconk, # output file name file="div_con.eps" ) # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/fabry-perot_pdh.py0000755000175000001440000000211410401335014021106 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: fabry-perot_pdh.py,v 1.1 2006/03/01 15:13:16 paultcochrane Exp $ # a Fabry-Perot cavity in a Pound-Drever-Hall setup # import the pyscript objects from pyscript import * # import the optics library from pyscript.lib.optics import * # set up some handy defaults defaults.units=UNITS['cm'] # initialise a laser beam beam = Group() # the laser laser = Laser(c=P(0,0)) # the EOM eom = Modulator() eom.w = laser.e + P(1,0) beam.append(Path(laser.e, eom.w)) # the "west" mirror mirror_w = Mirror() mirror_w.w = eom.e + P(1,0) beam.append(Path(eom.e, mirror_w.w)) # some free space fs = FreeSpace() fs.w = mirror_w.e + P(1,0) beam.append(Path(mirror_w.e, fs.w)) # the "east" mirror mirror_e = Mirror() mirror_e.w = fs.e + P(1,0) beam.append(Path(fs.e, mirror_e.w)) # set the colour of the beam beam.apply(fg=Color("red")) # collect all the objects together fig = Group( beam, laser, eom, mirror_e, mirror_w, fs, ) # render the figure render(fig, file="fabry-perot_pdh.eps") # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/flower_algorithm.py0000644000175000001440000000637010374363702021410 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: flower_algorithm.py,v 1.5 2006/02/14 14:23:09 paultcochrane Exp $ """ Quite a complex example of using the quantumcircuits library. This shows the quantum circuit of the flower algorithm. """ # import the relevant pyscript libraries from pyscript import * import pyscript.lib.quantumcircuits as qc # define the default units for the diagram defaults.units=UNITS['cm'] # define some handy LaTeX macros defaults.tex_head=r""" \documentclass{article} \pagestyle{empty} \newcommand{\ket}[1]{\mbox{$|#1\rangle$}} \newcommand{\bra}[1]{\mbox{$\langle #1|$}} \newcommand{\braket}[2]{\mbox{$\langle #1|#2\rangle$}} \newcommand{\op}[1]{\mbox{\boldmath $\hat{#1}$}} \begin{document} """ # the main paths through the diagram p1 = Path(P(-.8,0), P(11,0), linewidth=2) p2 = Path(P(0,2), P(6.7,2)) p3 = Path(P(0,4), P(6.7,4)) p4 = Path(P(0,5), P(6.7,5)) # define the quantum fourier transform box r = Rectangle(c=P(6,3.5), width=.8, height=4.2, bg=Color(1)) t = TeX(r'QFT$^\dagger$') t.rotate(-90) t.c = r.c qft = Group(r, t) # define a vacuum state ket0 = TeX(r'\ket{0}') # define a detector det = qc.detector() # define the horizontal and vertical dots TeX objects dots = TeX(r'$\cdots$') vdots = TeX(r'$\vdots$') # define a Hadamard gate H = qc.Boxed(TeX(r'H')) # ancilla qubits label anc = TeX('$q$ ancilla qubits') anc.rotate(-90) # render the diagram render( # the paths through the circuit p1, p2, p3, p4, # place the dots in the diagram Rectangle(s=P(2.7,-.2), height=5.4, width=.5, bg=Color(1), fg=Color(1)), dots.copy(c=P(2.7,0)), dots.copy(c=P(2.7,2)), dots.copy(c=P(2.7,4)), dots.copy(c=P(2.7,5)), vdots.copy(c=P(-.2,3)), vdots.copy(c=P(1,3)), vdots.copy(c=P(6.8,3)), # place the Hadamard gates H.copy(c=P(1,2)), H.copy(c=P(1,4)), H.copy(c=P(1,5)), # describe the classical path qc.classicalpath(Path(P(6.7,2), P(7.5,2), P(7.5,5), P(6.7,5)), Path(P(6.7,4), P(7.5,4)), Path(P(7.5,3), P(9,3), P(9,0)), ), # place boxes for the various unitary operations qc.cbox(TeX(r'$\;U^{2^0}\;$'), 1.8, 0, 2), qc.cbox(TeX(r'$U^{2^{q-2}}$'), 3.8, 0, 4), qc.cbox(TeX(r'$U^{2^{q-1}}$'), 5, 0, 5), # place the detectors det.copy(c=p2.end), det.copy(c=p3.end), det.copy(c=p4.end), # place the displacement of the state \rho and a label qc.Boxed(TeX(r'$\mathcal{D}$'), c=P(9,0)), TeX(r'\renewcommand{\arraycolsep}{1mm}$\left\{\begin{array}{ccc}0&\mathrm{w.p.}&1-p(E_j)\\1&\mathrm{w.p.}&p(E_j)\end{array}\right.$', w=P(9.1,3)), qc.Boxed(TeX(r'$\phi_j$'), c=P(7.5,3)), qc.Dot(P(9,3)), # place the vacuum states ket0.copy(e=p2.start), ket0.copy(e=p3.start), ket0.copy(e=p4.start), # place some labels TeX(r'$\rho$', e=p1.start-P(.1,0)), TeX(r'$\mathcal{E}(\rho)$', w=p1.end+P(.1,0)), TeX(r'\ket{E_j}', s=P(7.5,0.1)), # place the ancilla qubits label anc(c=P(-1,3.5)), # place the quantum fourier transform qft, # output file name file="flower_algorithm.eps") # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/mach-zehnder.py0000755000175000001440000000262710402060065020401 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: mach-zehnder.py,v 1.1 2006/03/03 15:26:45 paultcochrane Exp $ # Mach-Zehnder interferometer # import the pyscript objects from pyscript import * # import the optics library from pyscript.lib.optics import * # set up some handy defaults defaults.units=UNITS['cm'] # initialise a laser beam beam = Group() # the laser laser = Laser(c=P(0,0)) # the "west" beam splitter bs_w = BSBox(height=0.7) bs_w.w = laser.e + P(1,0) beam.append(Path(laser.e, bs_w.w)) # the "north" mirror mirror_n = Mirror(angle=45) mirror_n.s = bs_w.n + P(0,3) beam.append(Path(bs_w.n, mirror_n.c)) # the "east" mirror mirror_e = Mirror(angle=45) mirror_e.w = bs_w.e + P(3,0) beam.append(Path(bs_w.e, mirror_e.c)) # the "east" beam splitter bs_e = BSBox(height=0.7) bs_e.c = P(mirror_e.c.x, mirror_n.c.y) beam.append(Path(mirror_e.c, bs_e.s)) beam.append(Path(mirror_n.c, bs_e.w)) # the "north" detector det_n = Detector(angle=-90) det_n.s = bs_e.n + P(0,1) beam.append(Path(bs_e.n, det_n.s)) # the "east" detector det_e = Detector() det_e.w = bs_e.e + P(1,0) beam.append(Path(bs_e.e, det_e.w)) # set the colour of the beam beam.apply(fg=Color("red")) # collect all the objects together fig = Group( laser, bs_w, mirror_n, mirror_e, bs_e, det_n, det_e, beam, ) # render the figure render(fig, file="mach-zehnder.eps") # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/michelson-morely.py0000755000175000001440000000210310401331362021307 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: michelson-morely.py,v 1.3 2006/03/01 14:42:58 paultcochrane Exp $ # Michelson-Morely interferometer # import the pyscript objects from pyscript import * # import the optics library from pyscript.lib.optics import * # set up some handy defaults defaults.units=UNITS['cm'] # initialise a laser beam beam = Group() # the laser laser = Laser(c=P(0,0)) # the beam splitter bs = BSBox(height=0.7) bs.w = laser.e + P(1,0) beam.append(Path(laser.e, bs.w)) # the "north" mirror mirror_n = Mirror(angle=90) mirror_n.s = bs.n + P(0,3) beam.append(Path(bs.n, mirror_n.s)) # the "east" mirror mirror_e = Mirror() mirror_e.w = bs.e + P(3,0) beam.append(Path(bs.e, mirror_e.w)) # the detector det = Detector(angle=90) det.n = bs.s + P(0,-1) beam.append(Path(bs.s, det.n)) # make the beam red beam.apply(fg=Color("red")) # collect all the objects together fig = Group( laser, bs, mirror_n, mirror_e, det, beam, ) # render the figure render(fig, file="michelson-morely.eps") # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/qcirc.py0000755000175000001440000000305710374363723017152 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: qcirc.py,v 1.3 2006/02/14 14:23:09 paultcochrane Exp $ """ A quantum circuit example usingt the qi (quantum information) library. """ from pyscript import * from pyscript.lib.qi import * defaults.tex_head=r""" \documentclass{article} \pagestyle{empty} \newcommand{\ket}[1]{\mbox{$|#1\rangle$}} \newcommand{\bra}[1]{\mbox{$\langle #1|$}} \newcommand{\braket}[2]{\mbox{$\langle #1|#2\rangle$}} \newcommand{\op}[1]{\mbox{\boldmath $\hat{#1}$}} \newcommand{\Ket}[2]{|#1\rangle^{ (#2)}} % Paragraph formatting \setlength{\parindent}{0pt} \setlength{\parskip}{1ex} \usepackage{amsmath} \usepackage{amssymb} \usepackage[dvips,nodvipsnames]{color} \begin{document} """ def RX(theta,**dict): return Circled(TeX(r"$X_{%s}$"%theta,**dict),r=.5) def RY(theta,**dict): return Circled(TeX(r"$Y_{%s}$"%theta,**dict),r=.5) def RZ(theta,**dict): return Circled(TeX(r"$Z_{%s}$"%theta,**dict),r=.5) render( Path(P(-1,0),P(5,0)), Path(P(-1,2),P(10,2)), classicalpath(Path(P(5,0),P(5.8,0),P(5.8,2)),Path(P(5.8,0),P(7,0),P(7,2))), Boxed(TeX(r'$\mathcal{E}(\rho)$',c=P(0,2))), RX(r'\frac{\pi}{2}',c=P(2,2)), RX(r'-\frac{\pi}{2}',c=P(8.5,2)), RY(r'\chi',c=P(4,0)), RY(r'\eta',c=P(7,2)), TeX(r'$\ket{\psi_s}$',e=P(-1-.1,2)), TeX(r'$\ket{\psi_m}$',e=P(-1-.1,0)), TeX(r'$\rho_s$',w=P(10+.1,2)), NOT(target=P(3,0),control=P(3,2)), Detector(c=P(5,0),height=.7), Z(c=P(5.8,2)), Rectangle(w=P(1,1),height=3.5,width=8.5,dash=Dash(2,1)), file="qcirc.eps", ) # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/sagnac.py0000755000175000001440000000237410403335107017272 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: sagnac.py,v 1.3 2006/03/07 16:52:23 paultcochrane Exp $ # Sagnac interferometer # import the pyscript objects from pyscript import * # import the optics library from pyscript.lib.optics import * # set up some handy defaults defaults.units=UNITS['cm'] # initialise a laser beam beam = Group() # the laser laser = Laser(c=P(0,0)) # the beam splitter bs = BSBox(height=0.7) bs.w = laser.e + P(1,0) beam.append(Path(laser.e, bs.w)) # the "north" mirror mirror_n = Mirror(angle=45) mirror_n.s = bs.n + P(0,2) beam.append(Path(bs.n, mirror_n.c)) # the "east" mirror mirror_e = Mirror(angle=45) mirror_e.w = bs.e + P(3,0) beam.append(Path(bs.e, mirror_e.c)) # the "north-east" mirror mirror_ne = Mirror(angle=135) mirror_ne.c = P(mirror_e.c.x, mirror_n.c.y) beam.append(Path(mirror_n.c, mirror_ne.c)) beam.append(Path(mirror_e.c, mirror_ne.c)) # the detector det = Detector(angle=90) det.n = bs.s + P(0,-1) beam.append(Path(bs.s, det.n)) # set the colour of the beam beam.apply(fg=Color("red")) # collect all the objects together fig = Group( beam, laser, bs, mirror_n, mirror_e, mirror_ne, det, ) # render the figure render(fig, file="sagnac.eps") # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/sphere.py0000644000175000001440000000532310374363715017333 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: sphere.py,v 1.5 2006/02/14 14:23:09 paultcochrane Exp $ """ A Poincare sphere. The example shows a sphere with axes labeled and a vector pointing to a point on the surface of the sphere. """ # import the pyscript libraries from pyscript import * # define the default units for the diagram defaults.units=UNITS['cm'] # define some handy LaTeX macros defaults.tex_head=r""" \documentclass{article} \pagestyle{empty} \newcommand{\ket}[2]{\mbox{$|#1\rangle_{#2}$}} \newcommand{\bra}[1]{\mbox{$\langle #1|$}} \newcommand{\braket}[2]{\mbox{$\langle #1|#2\rangle$}} \newcommand{\op}[1]{\mbox{\boldmath $\hat{#1}$}} \begin{document} """ # define an arrow head function def ArrowHead(tip=P(0,0), width=0.2, height=0.2, fg=Color("black"), bg=Color("black"), angle=0, dent=0.2): """ ArrowHead object """ tmptip = P(0,0) ah = Path(tmptip, tmptip + P(width/2.0,-height), tmptip + P(0,-height*(1-dent)), tmptip + P(-width/2.0,-height), tmptip, fg=fg, bg=bg) ah.rotate(angle) ah.move(tip-tmptip) return ah # define the circle in the x-z plane circ1 = Circle(c=P(0,0)) # define the circle in the x-y plane circ2front = Circle(c=P(0,0), start=90, end=270) circ2back = Circle(c=P(0,0), start=270, end=90, dash=Dash(3)) circ2 = Group(circ2front, circ2back) circ2.scale(1, 0.3) # define the circle in the y-z plane circ3front = Circle(c=P(0,0), start=90, end=270) circ3back = Circle(c=P(0,0), start=270, end=90, dash=Dash(3)) circ3 = Group(circ3front, circ3back) x2 = 0.78 circ3.scale(x2, 0.3*x2) circ3.c = P(0,-0.6) # define the axes zaxis = Path(P(0,-1.2), P(0,1.2)) xaxis = Path(P(-1.2,0), P(1.2,0)) yaxis = Path(P(-0.7,0), P(0.7,0)) yaxis.rotate(p=yaxis.P(.5), angle=-30) # define the arrows for each axis xArrow = ArrowHead(tip=xaxis.end, width=0.07, height=0.07, angle=90) yArrow = ArrowHead(tip=yaxis.end, angle=90-30, width=0.07, height=0.07) zArrow = ArrowHead(tip=zaxis.end, width=0.07, height=0.07) # define the labels xLabel = TeX("$\mathbf{J}_x$").scale(.5)(sw=xaxis.end) yLabel = TeX("$\mathbf{J}_y$").scale(.5)(se=yaxis.end+P(0,.05)) zLabel = TeX("$\mathbf{J}_z$").scale(.5)(sw=zaxis.end) # define the vector R rad = Path(P(0,-0.59), P(0.5,-0.59)) rad.rotate(p=rad.bbox().w, angle=20) radArrow = ArrowHead(tip=rad.end, width=0.06, height=0.06, angle=90+20) radThing = Group(rad, radArrow) radLabel = TeX("$\mathcal{R}$").scale(0.5,0.5)(sw=rad.P(.5)) # define the figure describing the diagram fig = Group(circ1, circ2, circ3, zaxis, xaxis, yaxis, xArrow, yArrow, zArrow, xLabel, yLabel, zLabel, radThing, radLabel) # render the diagram render(fig, file="sphere.eps") # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/stateSwap.py0000644000175000001440000000214410374363715020016 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: stateSwap.py,v 1.5 2006/02/14 14:23:09 paultcochrane Exp $ """ State swapping quantum computing circuit diagram. Uses the quantumcircuits library. """ # import the pyscript libraries from pyscript import * from pyscript.lib.quantumcircuits import * # define some handy LaTeX macros defaults.tex_head=r""" \documentclass{article} \pagestyle{empty} \newcommand{\ket}[2]{\mbox{$|#1\rangle_{#2}$}} \newcommand{\bra}[1]{\mbox{$\langle #1|$}} \newcommand{\braket}[2]{\mbox{$\langle #1|#2\rangle$}} \newcommand{\op}[1]{\mbox{\boldmath $\hat{#1}$}} \begin{document} """ # define the rails rail1 = Rail(w=P(0,0), length=3.0, labelIn=r'\ket{\psi}{}', labelOut=r'\ket{\phi}{}') rail2 = Rail(w=P(0,1), length=3.0, labelIn=r'\ket{\phi}{}', labelOut=r'\ket{\psi}{}') # three controlled nots cnot1 = Cnot(c=P(0.5,0), targetDist=1.0, direction="up") cnot2 = Cnot(c=P(1.5,1), targetDist=1.0, direction="down") cnot3 = Cnot(c=P(2.5,0), targetDist=1.0, direction="up") # draw it! render(rail1, rail2, cnot1, cnot2, cnot3, file="stateSwap.eps") # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/teleport.py0000755000175000001440000000166010374363715017706 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: teleport.py,v 1.3 2006/02/14 14:23:09 paultcochrane Exp $ """ Create a quantum circuit of a quantum teleporter using the qi library """ # import the pyscript libraries from pyscript import * from pyscript.lib.qi import * # Assemble the quantum circuit g = Assemble( SWAP, 1, 2, NOT, 2, 1, H, 1, X, 3, 2, Z, 3, 1, hang=.5, wires=[QWire, QWire, QWire], ) # define the object for the wires w = g.wires # render the diagram render( # the main circuit g, # some labels TeX(r'$|\psi\rangle$', e=w[0].w), TeX(r'$|\psi\rangle$', w=w[2].e), TeX(r'$|\beta_{00}\rangle\left\{\rule{0cm}{7mm}\right.$', e=(w[2].w+w[1].w)/2.), # the meters Meter(w=w[0].e), Meter(w=w[1].e), # the output file file="teleport.eps" ) # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/tex.py0000644000175000001440000000171710374363715016650 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: tex.py,v 1.4 2006/02/14 14:23:09 paultcochrane Exp $ """ Example showing off the TeX object. This shows a series of TeX objects of a mathematical description of a wavefunction (but you don't need to know that) placed at various angles in a circle, with a blue background. """ # import the pyscript libraries from pyscript import * # define the default units for the diagram defaults.units=UNITS['cm'] # define a TeX object tex = TeX(r'$|\psi_t\rangle=e^{-iHt/\hbar}|\psi_0\rangle$', w=P(.5,0), fg=Color(1)) # define the group of objects to render g = Group() for ii in range(0, 360, 60): g.append(tex.copy().rotate(ii, P(0,0))) # render the diagram render( # one circle Circle(r=.6+tex.width, bg=Color('midnightblue')), # the TeX object g, # another circle Circle(r=.4, bg=Color(1)), # the output file name file="tex.eps") # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/tutorial.py0000644000175000001440000000475010374363715017713 0ustar cochraneusers#!/usr/bin/env pyscript # $Id: tutorial.py,v 1.5 2006/02/14 14:23:09 paultcochrane Exp $ """ A tutorial script showing how to create a quantum circuit. """ # import the relevant pyscript libraries from pyscript import * from pyscript.lib.quantumcircuits import * # set the default units for the diagam defaults.units=UNITS['cm'] # set up some handy LaTeX macros defaults.tex_head=r""" \documentclass{article} \pagestyle{empty} \usepackage{amsmath} \newcommand{\ket}[1]{\mbox{$|#1\rangle$}} \newcommand{\bra}[1]{\mbox{$\langle #1|$}} \newcommand{\braket}[2]{\mbox{$\langle #1|#2\rangle$}} \newcommand{\ketbra}[2]{\mbox{|#1$\rangle\langle #2|$}} \newcommand{\op}[1]{\mbox{\boldmath $\hat{#1}$}} \newcommand{\R}[3]{% \renewcommand{\arraystretch}{.5} $\begin{array}{@{}c@{}}{#1}\\{#2}\end{array}{#3}$ \renewcommand{\arraystretch}{1} } \begin{document} """ # define some colours blue = Color(.65, .65, 1) green = Color(.65, 1, .65) # define a Bell detector function def BellDet(c=P(0,0)): H = P(0,.8) W = P(.5,0) D = Group(Path(c+H, C(c+H+W,c+H+W), c+W, C(c-H+W,c-H+W), c-H, bg=blue, )) return Group( Path(c-H, c+H, linewidth=2), D, TeX(r'$\mathcal{B}$', c=D.c) ) # a box showing what part of the circuit happens "offline" offline = Rectangle(height=4, width=5.5, e=P(3.5,1.5), dash='[3 ] 0', bg=Color(.85)) render( # the offline background box and label offline, TeX('offline', nw=offline.nw+P(.1,-.1)), # the quantum path in the offline part Path(P(5,0), P(-.3,0), P(-.6,.5), P(-.3,1), P(2,1)), Path(P(2,2), P(-.3,2), P(-.6,2.5), P(-.3,3), P(3.7,3)), Path(P(-1,4), P(3.7,4)), # two dots Dot(P(-.6,.5)), Dot(P(-.6,2.5)), # the classical path classicalpath(Path(P(2.1,1.5), P(4.5,1.5), P(4.5,0)), Path(P(3,1.5), P(3,0)), Path(P(3.8,3.5), P(4.5,3.5), P(4.5,1.5)), ), # Bell detectors BellDet(P(2,1.5)), BellDet(P(3.7,3.5)), # displacement operation Boxed(TeX(r'$D\left(\frac{i\theta}{2\alpha^2}\right)$'), c=P(1,2), bg=green), # Pauli operators Boxed(TeX('$X$'), c=P(3,0), bg=green), Boxed(TeX('$Z$'), c=P(4.5,0), bg=green), # input quantum states TeX(r'$\ket{B_{00}}$', e=P(-.7,.5)), TeX(r'$\ket{B_{00}}$', e=P(-.7,2.5)), TeX(r'$\ket{Q}$', e=P(-1.1,4)), # output file name file="tutorial.eps", ) # vim: expandtab shiftwidth=4: pyscript-0.6.1/doc/examples/twoqubitQST.py0000644000175000001440000001446010423142766020311 0ustar cochraneusersfrom pyscript import * defaults.units=UNITS['mm'] defaults.linewidth=1 black = Color("Black") grey = Color("LightGray") laserCol = Color("OrangeRed") pumpCol = Color("RoyalBlue") def ScaledText(text,**dict): t=TeX(text).scale(2,2) apply(t,(),dict) return t def arrowhead(n,wid,len,angle,col): L = P(0,len) W = P(wid,0) arrow = Path(n,n-L+W,n-L-W,n,bg=col).rotate(angle,p=n) return arrow def loop(c,radius): return Circle(r=radius,c=c) def fibre(c): loops = Group( loop(c+P(0,1),10), loop(c,10), loop(c-P(0,1),10) ) l = 10 x1 = P(0,l) x2 = P(0,1.5*l) x3 = P(-l/2,2*l) x4 = P(-l,2.5*l) return Group( Path(loops.e, loops.e+x1, C(loops.e+x2, loops.e+x2), loops.e+x3 #loops.e+x4 ), Path(loops.w, loops.w-x1, C(loops.w-x2, loops.w-x2), loops.w-x3 #loops.w-x4 ), loops ).rotate(-45,p=c) def fibrecoupler(c,angle): boxW = 15 boxH = 12 nozzle = 3 box = Rectangle(c=c+P(boxW/6,0),width=boxW,height=boxH) fibrepos = c lenspos = box.e-P(box.width/3,0) irispos = box.e-P(box.width/12,0) irisInside = P(0,1) irisOutside = P(0,5) iris = Group( Path(irispos+irisInside, irispos+irisOutside ), Path(irispos-irisInside, irispos-irisOutside ) ) lens = Circle(r=4) lens.scale(0.3,1) lens.c = lenspos coupler = Group( box, Path(box.w,fibrepos), Path(fibrepos, fibrepos-P(0,nozzle/2), fibrepos-P(nozzle,0), fibrepos+P(0,nozzle/2), fibrepos, bg=black ), lens, iris ).rotate(angle,p=c) return coupler def fibrecollimator(c,angle): rectW = c collimator = Group( Path(c, c+P(0,1.5), c+P(-3,0), c+P(0,-1.5), c, bg=black ), Rectangle(w=rectW,width=2,height=8,bg=black) ).rotate(angle,p=c) return collimator def hologram(c,angle): platesize = P(0,6) plate = Path(c-platesize,c+platesize,linewidth=3) stageStart = 1.25*platesize stageFinish = 2.25*platesize arrowL = 2 arrowW = 1 offset = arrowL/4 hologram = Group( plate, Path(c+stageStart,c+stageFinish-P(0,offset)), Circle(r=0.75,c=c+stageStart,bg=black), arrowhead(c+stageFinish,arrowW,arrowL,0,black), ScaledText(r"$x$",c=c+stageFinish-P(4,0)), ScaledText(r"$y$",c=c+stageStart-P(4,0)) ) return hologram def laser(e): box = Rectangle(e=e,width=20,height=8,bg=grey) lasername = ScaledText(r'Laser',c=box.c,fg=Color("DarkBlue")); #I want to do a squiggle with an arrow (the light symbol) return Group( box, lasername, ) coupler1 = fibrecoupler(P(180,10),180) coupler2 = fibrecoupler(P(180,10),180) analyser1 = Group( Path(P(110,10),P(150,10),linewidth=2,fg=laserCol), arrowhead(P(140,10),1,3,90,laserCol), Path(P(150,10),P(180,10),linewidth=2,fg=laserCol).rotate(-22.5,p=P(150,10)), hologram(P(150,10),0), coupler1.rotate(-22.5,p=P(150,10)) ) analyser2 = Group( Path(P(110,10),P(150,10),linewidth=2,fg=laserCol), arrowhead(P(140,10),1,3,90,laserCol), Path(P(150,10),P(180,10),linewidth=2,fg=laserCol).rotate(22.5,p=P(150,10)), hologram(P(150,10),0), coupler2.rotate(22.5,p=P(150,10)) ) analyser1.rotate(40,p=P(110,10)) point1 = analyser1.itoe(analyser1[4].w) analyser2.rotate(-40,p=P(110,10)) point2 = analyser2.itoe(analyser2[4].w) fibre1 = fibre(P(220,10)) fibre1.scale(1,-1,p=fibre1.c) #fibre1.move(point1+P(10,-5)-fibre1.itoe(fibre1[0].path[-1])) fibre1.move(point1+P(10,-5)-fibre1.itoe(fibre1[0].P(1))) fibre2 = fibre(P(220,10)) #fibre2.move(point2+P(10,5)-fibre2.itoe(fibre2[0].path[-1])) fibre2.move(point2+P(10,5)-fibre2.itoe(fibre2[0].P(1))) detector1 = Group( Rectangle(c=P(240,10),width=10,height=10,bg=black), Circle(r=5,c=P(245,10),bg=black), ) #detector1.move(fibre1.itoe(fibre1[1].path[-1])-detector1[1].w) detector1.move(fibre1.itoe(fibre1[1].P(1))-detector1[1].w) detector2 = Group( Rectangle(c=P(240,10),width=10,height=10,bg=black), Circle(r=5,c=P(245,10),bg=black), ) #detector2.move(fibre2.itoe(fibre2[1].path[-1])-detector2[1].w) detector2.move(fibre2.itoe(fibre2[1].P(1))-detector2[1].w) render( laser(P(70,10)), Path(P(70,10),P(110,10),linewidth=2,fg=pumpCol), arrowhead(P(100,10),1,3,90,pumpCol), Path(P(110,10),P(140,10),linewidth=2,fg=pumpCol), arrowhead(P(130,10),1,3,90,pumpCol), Rectangle(c=P(140,10),width=4,height=4,fg=None,bg=black), analyser1, analyser2, # label analyser hologram # label coupler2 Rectangle(c=P(110,10),height=12,width=3,bg=grey), ScaledText(r'BBO',n=P(110,2)), ScaledText(r'coupler 2',s=point2+P(-5,5)), Path( point1, C(point1+P(5,-5), point1+P(5,-5)), point1+P(10,-5), ), Path( point2, C(point2+P(5,5), point2+P(5,5)), point2+P(10,5), ), ScaledText(r'holo 1',s=P(140,-28)), ScaledText(r'holo 2',s=P(135,48)), # label preparation hologram # insert fibre between coupler and fibre loop fibre1, Rectangle(width=20,height=7,c=fibre1.c,bg=Color(1)), ScaledText(r'SMF',c=fibre1.c), fibre2, Rectangle(width=20,height=7,c=fibre2.c,bg=Color(1)), ScaledText(r'SMF',c=fibre2.c), # insert fibre between coupler and detector detector1, ScaledText(r'detector 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See the % GNU General Public License for more details. % % You should have received a copy of the GNU General Public License % along with this program; if not, write to the Free Software % Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. % $Id: libpresent.tex,v 1.4 2006/06/06 11:33:11 paultcochrane Exp $ \chapter{Presentation Library} \begin{python} pyscript.lib.present \end{python} It's straightforward to create whole posters in \pyscript. Talks can also be simply created. \section{Common Objects} These are useful objects for both posters and talks. %-------------------------------------------------------------------------- \subsection{Box()} \begin{python} class Box(Group, Rectangle): pad = .2 width = None height = None \end{python} This places a box around an object. \Verb|pad| gives the amount of padding around the object. \Verb|width| and \Verb|height| can be set also and these will override the calculated values. %-------------------------------------------------------------------------- \subsection{TeXArea()} \begin{python} class TeXArea(Group): width = 9.4 iscale = 1 align = "w" \end{python} This will typeset some \LaTeX{} within a fixed width minipage environment. the width of the minipage is set with the \Verb|width| attribute which must be supplied. The initial scale of the text can be set with \Verb|iscale| as per the \Verb|TeX| object. The \Verb|align| attribute is used when the \LaTeX{} doesn't fill the minipage --- an invisible rectangle is added with the minipage aligned according to this attribute. %-------------------------------------------------------------------------- \section{Posters} \begin{python} class Poster(Page, VAlign): size = "A0" orientation = "portrait" bg = Color('DarkSlateBlue') space = 1 topspace = 2 def background(self) \end{python} %-------------------------------------------------------------------------- \section{Talks} \begin{python} class Pause(object) class Talk(Pages): def append(self, *slides_raw): class EmptySlide(Page): title = None orientation = "Landscape" size = "screen" def flatten(self, thegroup=None, objects=[]): def append(self, *items, **options): def append_n(self, *items): def append_s(self, *items): def append_e(self, *items): def append_w(self, *items): def append_c(self, *items): def make_back(self): def make_title(self): def clear(self): def make(self, page=1, total=1): \end{python} pyscript-0.6.1/doc/manual/libpresentation.tex0000644000175000001440000005216210441263767021062 0ustar cochraneusers% Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane % % This program is free software; you can redistribute it and/or % modify it under the terms of the GNU General Public License % as published by the Free Software Foundation; either version 2 % of the License, or (at your option) any later version. % % This program 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 General Public License for more details. % % You should have received a copy of the GNU General Public License % along with this program; if not, write to the Free Software % Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. % $Id: libpresentation.tex,v 1.6 2006/06/06 11:33:11 paultcochrane Exp $ \chapter{The Old Presentation Library} \begin{python} pyscript.lib.presentation \end{python} In addition to the newer \vrb{pyscript.lib.present} library, there also exists the old \vrb{pyscript.lib.presentation} library. This is not quite so object-oriented in usage, but it works nevertheless, and hasn't been completely deprecated. The \vrb{presentation} library can be used to create posters and talks, which can then be used to ``wow'' your colleauges at your next conference. \section{Common Objects} These are useful objects for both posters and talks. \subsection{TeXBox()} Typeset some \LaTeX{} within a fixed width box. \subsection{Box\_1()} A box of fixed width. Items added to it are aligned vertically and separated by a specified padding. \section{Creating a talk or seminar} \subsection{The Talk() object} The first thing you will need to do when you start writing a seminar presentation is to instantiate the \vrb{Talk()} object. This object defines some overall parameters, attributes and styles for the talk as a whole. After you set these parameters for your particular talk, then you only need to worry about adding \vrb{Slide()} objects. To set up the \vrb{Talk()} object for your talk you merely need to do this: \begin{python} talk = Talk() \end{python} More interesting things happen when we add styles to the talk, but more on that later. If you want to know about that now, go to \Sec{sec:styles}. The next thing you probably want to do is to give your talk a title. There are two ways to do this: with the \vrb{set\_title()} method, or by merely setting the \vrb{title} attribute of the instantiated \vrb{Talk()} object. In other words you can either do this: \begin{python} talk.set_title(r"This is my talk") \end{python} or this: \begin{python} talk.title = r"This is my talk" \end{python} It is common that there are many people who have contributed to a particular piece of work being discussed in the seminar or talk, and consequently there will be more than one ``author'' of the talk. However, there is usually only one person presenting the talk, and so we have two separate attributes for these situations, namely the \vrb{authors} and \vrb{speaker} attributes. To set the name of the authors contributing to the talk, either use the \vrb{set\_authors()} method, or set the attribute directly, like so: \begin{python} talk.set_authors(r"Tom, Dick, and Harry") \end{python} or: \begin{python} talk.authors = r"Tom, Dick and Harry" \end{python} For the speaker, this is almost an identical procedure, just use either the \vrb{set\_speaker()} method, or set the \vrb{speaker} attribute directly. You are likely to be representing a business or institute of some form, so it is best to give their address. To do provide this information to the \vrb{presentation} library so that it can place the text appropriately, just use the \vrb{set\_address()} method or set the \vrb{address} attribute of the instantiated \vrb{Talk()} object. It is possible that your business or institute has a logo that you'd like to use. If so, convert it to an EPS file, and you can add it to the talk using the \vrb{add\_logo()} method like so: \begin{python} talk.add_logo("myepslogo.eps", height=2) \end{python} You can set the height of the logo using the \vrb{height} attribute as shown in the example above. That's basically it as far as the \obj{Talk()} object itself goes. The main amount of work is in producing the individual slides of the presentation, which is what we discuss next. \subsection{The Slide() object} The \vrb{Slide()} object defines a particular slide; one creates a new \vrb{Slide()} object for each slide in the presentation, calling them all at the end in the \vrb{render()} function to generate the entire talk. The first slide in your talk will be the titlepage. However, since getting you to make a new \vrb{Slide()} object just to generate the title page is silly (well, you've just given the title page all it needs to know eh?) the library automatically generates the title page slide for you. Slides usually have a title, some sequence of headings, possibly a figure (defined in \pyscript for example), or an imported EPS image, and possibly some equations. The \vrb{presentation} library provides methods for doing all these things. To add a slide to the presentation, one must instatiate a new \vrb{Slide} object, passing to it the current \vrb{Talk} object, like so: \begin{python} intro = Slide(talk) \end{python} To add a title to the slide~\footnote{Note that this is \textbf{not} the title of the talk!}, one can use the \vrb{set\_title()} method (this time of the \vrb{Slide} class), or set the \vrb{title} attribute directly: \begin{python} intro.set_title(r"Introduction") \end{python} or: \begin{python} intro.title = r"Introduction" \end{python} There isn't much of a difference between the two I know, but some people like to call a \vrb{set\_} function and others like to set the attribute directly, so we're catering to both kinds of people. To add other things like headings, figures and epsf images to your slide, you just need to use one of the relevant \vrb{add\_*()} functions. In other words, to add a heading use the \vrb{add\_heading()} method. This method takes two arguments, the first argument is the level of the heading (there are currently three separately defined levels of headings in the library) and the second argument is the heading to add. For instance: \begin{python} intro.add_heading(1, r"What are we talking about?") intro.add_heading(2, r"Some stuff") intro.add_heading(2, r"Some other stuff") intro.add_heading(3, r"Something more specific to some other stuff") \end{python} Adding a heading puts one of the predefined bullets in front of the heading, typesets the text at a predefined size and indentation dependent upon the heading level. You can change these settings by defining your own style, or by setting one of the myriad attributes of the talk object itself, for more information see \Sec{sec:styles}. If you want to place a diagram generated from \pyscript code to your slide, and have it automatically positioned by the library, then use the \vrb{add\_fig()} method. For instance, if you've produced earlier in your \pyscript script a diagram called \vrb{mydiag} then to add it to the slide, merely use: \begin{python} intro.add_fig(mydiag) \end{python} You can set the location of the figure by passing one of the \pyscript anchor locations as an optional argument. For example, \begin{python} intro.add_fig(mydiag, ne=intro.area.ne - P(1,1)) \end{python} will locate the diagram in the ``north-east'' corner of the page one centimetre from the right-hand edge, and one centimetre from the top edge. You can set the width of the diagram as well by specifying the \vrb{width} option: \begin{python} intro.add_fig(mydiag, width=12, c=intro.area.c) \end{python} which will make the diagram 12cm wide, and centre it on the current page. Similarly, one can add diagrams or images that already exist in EPS files. To do this use the \vrb{add\_epsf()} method like so: \begin{python} intro.add_epsf(file="myEpsFile.eps", c=intro.area.c, width=14) \end{python} The \vrb{add\_epsf()} method processes the anchor location, width and height options in the same way the \vrb{add\_fig()} method does. You might like to add some text to your slide and position it arbitrarily on the page, as opposed to have \vrb{presentation.py} work out where to put it for you (as is done with the \vrb{add\_heading()} method). Therefore, there is the convenience function \vrb{add\_text()}. Here is an example: \begin{python} intro.add_text("Hello there!", e=intro.area.e-P(-2,-2), scale=2) \end{python} Just to be different, the \vrb{add\_text()} method has a scale attribute as opposed to a height or width attribute. This is really silly, and should probably be changed. If you read this sentence, please put a feature request to change this on the \href{http://pyscript.sf.net}{pyscript} web page :-). At the end of your script you'll want to make the talk in its entirety, to do this use the \vrb{make()} method of the \vrb{Talk()} class like so: \begin{python} # make it! talk.make( intro, another_slide, file="mytalk.ps") \end{python} This will generate a Postscript document called \vrb{mytalk.ps} in the same directory as that in which the \pyscript script was run. Note that this is a Postscript file and not an EPS file; this means that the output has multiple pages as one would hope for a seminar! To actually give your seminar there are several tools you can use. One of the most common is to turn the Postscript into PDF via \ttt{ps2pdf} or some similar tool, and then use the full screen mode of Adobe Acrobat Reader~\cite{acroread} to display the talk. Alternatively, you might like to use a program like \ttt{pspresent}~\cite{pspresent}. Please note that due to a bug in Ghostscript version 7 (and possibly below) if there is insufficient text on a page, the postscript will be converted by \ttt{ps2pdf} incorrectly to give a portait-orientated page, as opposed to a landscape page. The postscript will view correctly in Ghostview (and so will the pdf incidentally), however, the pdf will view incorrectly in \ttt{xpdf} and \ttt{acroread}. This bug seems to have been fixed in Ghostscript version 8. \subsection{Styles for talks and seminars} \label{sec:styles} To change your talk style from the default you can specify one of the predefined styles by passing the \vrb{style} option to the \vrb{Talk()} class on instantiation. For instance: \begin{python} talk = Talk(style="prosper-darkblue") \end{python} which will load the style that looks a lot like the ``darkblue'' style of the \href{prosper}{prosper} \LaTeX{} package. To load the style, \pyscript will look in either the \ttt{~/.pyscript/styles/} directory or the current directory for a python file whose file name will be the name of the style with `\ttt{.py}' appended. If you are feeling really keen, you can write your own style. One of the best ways to do this is to copy and then modify one of the ones provided with the \pyscript distribution. Let's go through the details of the ``prosper-darkblue'' style now. \begin{python} # talk style for PyScript, following the Darkblue design of prosper HOME = os.path.expandvars("$HOME") stylesDir = HOME + "/.pyscript/styles/" # set the foreground and background colour of the title text of the talk self.title_fg = Color('white') self.title_bg = Color('white') # set the talk title's text style self.title_textstyle = r"\bf\sf" # set the text style for the text of who is giving the talk self.speaker_textstyle = r"\sf" # set the colour and text style of the address of the speaker of the talk self.address_fg = Color('white') self.address_textstyle = r"\sf" # set the colour and text style of the authors of the talk (not necessarily # the speaker of the talk) self.authors_fg = Color('white') self.authors_textstyle = r"\sf" # set the colour and text style of the title of the *slide* self.slide_title_fg = Color('lightgray') self.slide_title_textstyle = r"\bf" # set the colour, scale, textstyle, bullet and indent type for a level 1 heading self.headings_fgs[1] = Color('white') self.headings_scales[1] = 3 self.headings_textstyle[1] = r"\sf" self.headings_bullets[1] = Epsf(file=stylesDir+"redbullet.eps").scale(0.2,0.2) self.headings_indent[1] = 0 # set the colour, scale, textstyle, bullet and indent type for a level 2 heading self.headings_fgs[2] = Color('white') self.headings_scales[1] = 2.5 self.headings_textstyle[2] = r"\sf" self.headings_bullets[2] = Epsf(file=stylesDir+"greenbullet.eps").scale(0.15,0.15) self.headings_indent[2] = 0.5 # set the colour, scale, textstyle, bullet and indent type for a level 3 heading self.headings_fgs[3] = Color('white') self.headings_scales[1] = 2.2 self.headings_textstyle[3] = r"\sf" self.headings_bullets[3] = Epsf(file=stylesDir+"yellowbullet.eps").scale(0.1,0.1) self.headings_indent[3] = 1 # set the colour, textstyle and scale for placed text self.text_scale = 3.0 self.text_fg = Color('white') self.text_textstyle = r"\sf" \end{python} %stopzone % help for vim First off we work out where the styles directory is, and since it should be in \ttt{~/.pyscript/styles} we define this with the \ttt{stylesDir} variable. Note that this is a python file like any other, all it's doing is expecting you to add a certain set of values that \pyscript's \vrb{presentation.py} library knows about. Next we set the title foreground and background colour by setting the \vrb{title\_fg} and \vrb{title\_bg} variables. The text style is bold (\ttt{\\bf}) and a sans serif (\ttt{\\sf}) font. Note that this uses \LaTeX{} to specify these styles as internally \pyscript \vrb{TeX} objects are used. If this is a problem for you, just send us a bug report or feature request on the \href{http://pyscript.sf.net}{pyscript} web page and we'll try and fix it for you as soon as we can. Next the text style for the speaker element of the title page is set, and the colour and text style for the authors and address elements. Now we process the elements for the slides themselves. We need to set a foreground colour and text style for the title of the slide. We also need to specify the scale, foreground colour, text style bullet and indentation amount to use for the three levels of headings defined in the \vrb{presentation.py} library. Note that one has to specify for which level the style is being set by the square brackets: e.g.~\vrb{headings\_fg[1]}. One doesn't have to set the bullets to a text or \LaTeX kind of string, but also to EPS files, which is what we have done in the above example where red, green and yellow circles are used for the various heading levels. We've scaled them here (using the \pyscript \vrb{scale} method) so that they have different sizes and one can more easily tell when viewing the talk that one level has precedence over the other. If one wishes to place arbitrary text on the page, one can specify the default scale, colour and text style here too. Styles can be found in the \vrb{contrib/} directory of the \pyscript distribution. \section{Creating a poster} \subsection{The Poster() object} The very first thing to do when making a new poster is to instantiate the \vrb{Poster()} object. You do this like so: \begin{python} poster = Poster(size="a4") \end{python} Note that the size of the poster has been set here explicitly. A handy thing about using postscript is that if you want an a0 poster, you just need to change the size paramter to ``a0'' and the size of the poster will change, but not the actual amount of postcript. The reason we add this size declaration to the poster class is because it is often handy to have a4 size versions of your poster when you are at a poster session at a conference to give to people who have viewed your a0 size poster. Your poster will then require a title, a list of authors, an address of the insititution you are representing and the abstract that you submitted (or are using) for the poster. You set these properties using the relevant \vrb{set\_()} methods of the \vrb{Poster()} class. For instance: \begin{python} poster.set_title("My poster") poster.set_authors("Me, him, and her") poster.set_address("Over the hills, and far away") poster.set_abstract(""" I should have written something better when I applied for the conference: I might have got a talk instead... """) \end{python} One often wants to put logos onto a poster. The \vrb{Poster()} class lets you do this easily by using the \vrb{add\_logo()} method. Just supply the name of an EPS file and the height you want to use for the logo, and the class will place it at the top of your poster for you. E.g.: \begin{python} poster.add_logo("my_first_logo.eps", height=1.2) poster.add_logo("my_second_logo.eps", height=1.2) \end{python} The first logo is placed at the top left-hand corner. The next logo will be placed in the top right-hand corner. If you specify more logos then they will be distributed evenly across the top of the poster. If you want, you can also specify a list of logo names all at the one time, instead of having to call \vrb{add\_logo()} several times. You do this with the \vrb{add\_logos()} method: \begin{python} poster.add_logos("my_first_logo.eps", "my_second_logo.eps", height=1.2) \end{python} Obviously, when you use this method, all logos are given the same height. A poster is usually split up into columns. For a portrait-orientated poster, one usually has two columns; for a landscape-orientated poster three columns. A column is made up of one or more ``column boxes'' which define the actual content in the poster. So, to make your first column, you need to make a new \vrb{Column()} object: \begin{python} col1 = Column(poster) \end{python} Note that we have passed the current \vrb{poster} object through as an argument. This is so that any styles defined in the poster can flow through to the subobjects. We will eventually add this column to the poster as a whole, but not yet, as we need to fill the column with some content first. To do this instantiate a \vrb{ColumnBox()} object like so: \begin{python} intro = ColumnBox(poster) intro.set_title("Introduction") intro.add_TeXBox(r""" Here is some \LaTeX{} """) \end{python} Again, the \vrb{poster} object is passed in as an argument so we can make use of previously defined styles. We then set the title of the column box with the \vrb{set\_title()} method, and then added a \vrb{TeXBox()} object, which can contain arbitrary \LaTeX{} expressions, with the \vrb{add\_TeXBox()} method. There are more things than just \vrb{TeXBox}es that you can add to a column box; you can add an already-defined \pyscript object, or an EPS file. Say you want to align two images up together, and display them side by side within the column box. To do this you would set up an \vrb{Align()} object, append the EPS files as \vrb{Epsf()} objects and then add the \vrb{Align()} object to the column box with the \vrb{add\_object()} method. E.g.: \begin{python} # the figures fig1 = Epsf("fig1.eps") fig2 = Epsf("fig2.eps") # make the Align object figs = Align(a1="ne", a2="nw", angle=90, space=0.2) figs.append(fig1, fig2) # add the Align object to the column box intro.add_object(figs) \end{python} The \vrb{add\_epsf()} method is merely a convenience function so that you don't have to define an \vrb{Epsf()} object first and then add it with the \vrb{add\_object()} method. You can do all that work if you want to though! We are now ready to add the column box to the column. We do this with the \vrb{add\_box()} method of the \vrb{Column()} object: \begin{python} col1.add_box(intro) \end{python} We can now add the column to the poster itself, and yes, you guessed it, to do this we use the \vrb{add\_column()} method of the \vrb{Poster()} object: \begin{python} poster.add_column(col1) \end{python} Since this is the first column, it will automatically be the left-most column. Any other columns that you add will be added to the right of it. So, for instance, if one were making a poster in portrait mode then one would simply add two columns; the \vrb{Poster()} class should handle aligning most of the bits and pieces for you. For more complex examples, have a look in the \vrb{examples/} directory of the \pyscript distribution. The \vrb{Poster()} class is a complete rewrite and extension of the older \vrb{Poster\_1()} class, so it is likely that there will be problems with the way that it has been designed and so the interface might change slightly in the future. If you are having problems, feel free to email the developers! If you read this sentence, you might want to email the developers anyway! :-) \subsection{Styles for posters} \label{sec:poster-styles} To change your poster style from the default you can specify one of the predefined styles by passing the \vrb{style} option to the \vrb{Poster()} class on instantiation. For instance: \begin{python} poster = Poster(size="a4", style="ccp2004-poster") \end{python} which will load the style that PTC used at the Conference on Computational Physics in 2004 (hence ccp2004). Just like with styles for talks, to load the style, \pyscript will look in either the \ttt{~/.pyscript/styles/} directory or the current directory for a python file whose file name will be the name of the style with `\ttt{.py}' appended. If you are feeling really keen, you can write your own style. One of the best ways to do this is to copy and then modify one of the ones provided with the \pyscript distribution. Styles can be found in the \vrb{contrib/} directory of the \pyscript distribution. pyscript-0.6.1/doc/manual/libqi.tex0000644000175000001440000000154710441263767016761 0ustar cochraneusers% Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane % % This program is free software; you can redistribute it and/or % modify it under the terms of the GNU General Public License % as published by the Free Software Foundation; either version 2 % of the License, or (at your option) any later version. % % This program 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 General Public License for more details. % % You should have received a copy of the GNU General Public License % along with this program; if not, write to the Free Software % Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. % $Id: libqi.tex,v 1.3 2006/06/06 11:33:11 paultcochrane Exp $ \chapter{Quantum Information Library} pyscript-0.6.1/doc/manual/pyscript.bib0000644000175000001440000000211010441264240017440 0ustar cochraneusers% Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane % % This program is free software; you can redistribute it and/or % modify it under the terms of the GNU General Public License % as published by the Free Software Foundation; either version 2 % of the License, or (at your option) any later version. % % This program 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 General Public License for more details. % % You should have received a copy of the GNU General Public License % along with this program; if not, write to the Free Software % Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. % $Id: pyscript.bib,v 1.3 2006/06/06 11:36:00 paultcochrane Exp $ @Misc{pspresent, key = {pspresent}, author = {Matthew Chapman}, howpublished = {\url{http://www.cse.unsw.edu.au/~matthewc/pspresent/}} } @Misc{acroread, author = {Adobe Systems Incorporated}, howpublished = {\url{http://www.adobe.com}}, } pyscript-0.6.1/doc/manual/pyscript.pdf0000644000175000001440000143302410441264431017474 0ustar cochraneusers%PDF-1.4 5 0 obj << /S /GoTo /D (chapter.1) >> endobj 8 0 obj (Introduction) endobj 9 0 obj << /S /GoTo /D (section.1.1) >> endobj 12 0 obj (Overview) endobj 13 0 obj << /S /GoTo /D (section.1.2) >> endobj 16 0 obj (Conventions and Pitfalls) endobj 17 0 obj << /S /GoTo /D (section.1.3) >> endobj 20 0 obj (Tutorial) endobj 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0000300320 00000 n 0000308371 00000 n 0000312345 00000 n 0000320788 00000 n 0000323706 00000 n 0000341791 00000 n 0000349292 00000 n 0000361539 00000 n 0000367209 00000 n 0000372358 00000 n 0000373651 00000 n 0000373771 00000 n 0000373875 00000 n 0000373948 00000 n 0000382003 00000 n 0000385842 00000 n 0000385883 00000 n 0000385923 00000 n 0000386154 00000 n trailer << /Size 1033 /Root 1031 0 R /Info 1032 0 R >> startxref 386310 %%EOF pyscript-0.6.1/doc/manual/pyscript.tex0000644000175000001440000012203110441263767017526 0ustar cochraneusers% Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane % % This program is free software; you can redistribute it and/or % modify it under the terms of the GNU General Public License % as published by the Free Software Foundation; either version 2 % of the License, or (at your option) any later version. % % This program 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 General Public License for more details. % % You should have received a copy of the GNU General Public License % along with this program; if not, write to the Free Software % Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. % $Id: pyscript.tex,v 1.28 2006/06/06 11:33:11 paultcochrane Exp $ \documentclass[a4paper]{book} \include{pyscript_defs} \bibliographystyle{plain} % this code hacked from that of R Chandrasekhar from UWA \newif\ifpdf \ifx\pdfoutput\undefined \pdffalse % we are not running pdfLaTeX \else \pdfoutput=1 % we are running pdfLaTeX \pdftrue \fi \ifpdf \DeclareGraphicsExtensions{.pdf} % this command defined in graphicx \pdfcompresslevel=9 % 0: no compression, 9: highest compression % or, set compress_level 9 in file pdftex.cfg \else \DeclareGraphicsExtensions{.eps} \fi \begin{document} \begin{titlepage} \begin{center} \vspace*{3cm} \LARGE \includegraphics{figs/logo}\\[4cm] {\Huge \emph{PyScript}}\\[1cm] \emph{Postscript Graphics with Python}\\[2cm] version 0.6\\[2cm] Alexei Gilchrist\\ Paul Cochrane \end{center} \end{titlepage} \frontmatter \tableofcontents \mainmatter %========================================================================== \chapter{Introduction} \label{cha:introduction} \section{Overview} \pyscript is a python package for creating high-quality postscript drawings. It began from the frustration of trying to create some good figures for publication that contained some abritrary \LaTeX{} expressions, and has been largely inspired by \Verb|mpost|. What began as some quick-n-dirty hacks has evolved into a really useful tool (after several rewrites). Essentially a figure is scripted using python and some pre-defined objects such as rectangles, lines, text etc. This approach allows for a precise placement of all the components of a figure. Some of the key features are \begin{itemize} \item All scripting is done in python, which is a high-level, easy to learn, well developed scripting language. \item All the objects can be translated, scaled, rotated, \ldots in fact any affine transformation. \item The plain text object is automatically kerned. \item You can place abritrary \LaTeX{} expressions on your figures. \item You can create your own objects, and develop a library of figure primitives. \item Output is publication quality. \end{itemize} \section{Conventions and Pitfalls} \label{sec:conventions} Just to be clear from the outset, some conventions follow, and some common pitfalls to be aware of \ldots \begin{itemize} \item The co-ordinate system is as you learned at school in maths \ldots the $x$-axis extends to the right, the $y$-axis extends upwards. I know, this is obvious, but a suprising number of graphics libraries invert the $y$-axis. \item Angles are in degrees and proceed clockwise from the top \ldots just like your clock. Often, key points are labeled by the compass points: n, ne, e, se, s, sw, w, nw. \item The default units are postscript points, $1\mathrm{cm}=28.346\mathrm{pp}$. For a figure, the default can easily be changed with the command \Verb|defaults.units=UNITS['cm']|. All of the examples in this manual are in \texttt{cm}. \item In python, an integer divided by an integer is truncated to an integer, To avoid this use floating point numbers, e.g. \Verb|2/3 = 0| but \Verb|2/3. = 0.6666|. \item Backslashes in strings have special significance, such as denoting newlines (\Verb|"\n"|). This can be frustrating for entering \LaTeX{} expresions. You can turn off this interpretation by using raw strings: just prepend an ``r'' to the string e.g. \Verb|g=r"$\alpha$"| \end{itemize} \section{Tutorial} \label{sec:tutotial} As a tutorial, we'll take a detailed look at the script that created the following figure: \begin{center} \includegraphics{figs/tutorial} \end{center} In the following script, we've interdispersed comments explaining what we're doing, the full script is available with the other examples and is called \texttt{tutorial.py}. First import the \pyscript libraries, and we'll grab some objects from \Verb|pyscript.lib.quantumcircuits| too. Most scripts would have something like this at the beginning. \begin{python} from pyscript import * from pyscript.lib.quantumcircuits import * \end{python} The default units are in postscript points. I prefer to use \texttt{cm} so switch the units here. The default units are stored in \Verb|defaults.units| which is just a number giving giving the multiplying factor compared to postscript points. \Verb|UNITS| is a dictionary of factors for some common units. \begin{python} defaults.units=UNITS['cm'] \end{python} There's a bunch of \LaTeX{} macros I use often. Rather than defining them each time they're needed, well define them in the \Verb|tex_head| variable in \Verb|defaults|, which defines the start of the environment where \emph{all} the \LaTeX{} is processed. \begin{python} defaults.tex_head=r""" \documentclass{article} \pagestyle{empty} \usepackage{amsmath} \newcommand{\ket}[1]{\mbox{$|#1\rangle$}} \newcommand{\bra}[1]{\mbox{$\langle #1|$}} \newcommand{\braket}[2]{\mbox{$\langle #1|#2\rangle$}} \newcommand{\ketbra}[2]{\mbox{|#1$\rangle\langle #2|$}} \newcommand{\op}[1]{\mbox{\boldmath $\hat{#1}$}} \newcommand{\R}[3]{% \renewcommand{\arraystretch}{.5} $\begin{array}{@{}c@{}}{#1}\\{#2}\end{array}{#3}$ \renewcommand{\arraystretch}{1} } \begin{document} """ \end{python} Now, define the colors of some objects here to make it easy to change them everywhere in the figure later if we need to. There are a whole variety of ways to specify a color, we'll use RGB values here. \begin{python} blue=Color(.65,.65,1) green=Color(.65,1,.65) \end{python} There's a component of the figure we'll use several times, so for convenience, define it here as a function which returns the object. A separate class would also be possible, but would involve more work. We could also have created the object and used the \Verb|copy()| method to make duplicates, but that would be clumsy. \begin{python} def BellDet(c=P(0,0)): H=P(0,.8) W=P(.5,0) \end{python} \Verb|D| is a D-shaped path filled in with the blue color we defined earlier. \begin{python} D=Path(c+H, C(c+H+W), c+W, C(c-H+W), c-H,bg=blue, ) \end{python} Now return everything as a \Verb|Group|, which will then get treated as a unit in the rest of the figure. \begin{python} return Group( Path(c-H,c+H,linewidth=2), D, TeX(r'$\mathcal{B}$',c=D.c) ) \end{python} To create the big gray box, we've tweaked the parameters after examining the results so that it looks nice. The dash specification is straight from postscript. \begin{python} offline=Rectangle(height=4,width=5.5,e=P(3.5,1.5), dash='[3 ] 0',bg=Color(.85)) \end{python} Now render the figure! What about all the other bits of the figure? Well, we'll render them on the fly since we don't need to refer to the objects again. \Verb|render| is a function that can take a variable number of arguments, we'll create some of the objects in the actual function call. Objects are rendered in the order that they appear in the \Verb|render()| call. So, we'll put on the big gray box first, this way it'll appear to be behind everything else. \begin{python} render( offline, TeX('offline',nw=offline.nw+P(.1,-.1)), \end{python} Now draw the lines, and some dots. A rough sketch on a piece of paper beforehand will really help in figuring out what the co-ordinates are for what you want to draw. You can always tweak them later. \begin{python} Path(P(5,0),P(-.3,0),P(-.6,.5),P(-.3,1),P(2,1)), Path(P(2,2),P(-.3,2),P(-.6,2.5),P(-.3,3),P(3.7,3)), Path(P(-1,4),P(3.7,4)), Dot(P(-.6,.5)), Dot(P(-.6,2.5)), \end{python} Now add a double line, notice how the central region of the line in the figure is unbroken? Can you guess how it was done? \begin{python} classicalpath(Path(P(2.1,1.5),P(4.5,1.5),P(4.5,0)), Path(P(3,1.5),P(3,0)), Path(P(3.8,3.5),P(4.5,3.5),P(4.5,1.5)), ), \end{python} Use the function we defined earlier to add those large detectors to the figure. \begin{python} BellDet(P(2,1.5)), BellDet(P(3.7,3.5)), \end{python} Add some boxed equations to the figure. This object is from the \Verb|quantumcircuits| library, and will add a box around an abritrary object. \begin{python} Boxed(TeX(r'$D\left(\frac{i\theta}{2\alpha^2}\right)$'),c=P(1,2),bg=green), Boxed(TeX('$X$'),c=P(3,0),bg=green), Boxed(TeX('$Z$'),c=P(4.5,0),bg=green), \end{python} Finally, add some \LaTeX{} expressions (notice some of the macros we defined earlier), and give the filename to write the postscript to. N.B. keywords, such as \Verb|file=|, have to go after parameters in a function call. \begin{python} TeX(r'$\ket{B_{00}}$',e=P(-.7,.5)), TeX(r'$\ket{B_{00}}$',e=P(-.7,2.5)), TeX(r'$\ket{Q}$',e=P(-1.1,4)), file="tutorial.eps", ) \end{python} We're done. Sit back and admire the figure. %========================================================================== \chapter{How Do I ...?} \label{cha:howto} %-------------------------------------------------------------------------- \section{Aligning things} \pyscript has a rich structure for aligning objects. This ranges from objects which have attributes which specify a particular point such as the nw corner of the object to functions such as \Verb|Align()| and \Verb|Distribute()| which will align and distribute a group of objects. %-------------------------------------------------------------------------- \subsection{Using attributes} Certain objects (mostly those subclassed from \Verb|Area|) have named points on the object that can be read or set. \Verb|Area| defines the following compass points located on a rectangle: ``n'', ``ne'', ``e'', ``se'', ``s'', ``sw'', ``w'', ``nw''. Also the center of the area is given by ``c''. Reading one of these attributes will return the value of that point, and setting one of these attributes will move the object so that the named point lies on the supplied one. For example, \Verb|obj1.c=obj2.c| will align the centres of the two objects. The points returned are vectors from the origin and can be manipulated in the usual ways. \begin{example} This will align the centre of \Verb|obj3| so that it lies half way between the centres of \Verb|obj1| and \Verb|obj2|: \Verb|obj3.c=(obj1.c+obj1.c)/2.|. \end{example} The main thing to keep in mind is that the named point is for the \emph{objects} coordinate system. If a transformation is applied to the object, it will also be applied to all the named points. \begin{example} As the following example shows, the named point always stays the same in the objects coordinate system (watch the dot). \begin{python} r=Rectangle(width=2,height=2) g=Group() for a in [0,20,40]: p=P(a/7.,0) r2=r.copy(c=p).rotate(a,p) g.append(r2,Dot(r2.nw)) render(g,file=...) \end{python} produces \begin{center} \includegraphics[width=.25\textwidth]{figs/fig_position_eg1} \end{center} \end{example} %-------------------------------------------------------------------------- \subsection{Understanding boundingboxes} An objects boundingbox is a rectangle in the \emph{current} coordinate system that completely contains the object. The bounding box for an object can be obtained with the \Verb|bbox()| method. The bounding box is calculated after all the co-ordinate transformations are applied to the objects. Bounding boxes have the same named point as rectangles, but these are read-only, and you can't apply transformations to bounding boxes. \begin{example} A variation of the previous example, where we'll put a dot at the nw corner of the bounding box \begin{python} r=Rectangle(width=2,height=2) g=Group() for a in [0,20,40]: p=P(a/7.,0) r2=r.copy(c=p).rotate(a,p) g.append(r2,Dot(r2.bbox().nw)) render(g,file=...) \end{python} produces \begin{center} \includegraphics[width=.25\textwidth]{figs/fig_position_eg2} \end{center} \end{example} %-------------------------------------------------------------------------- \subsection{Using Align()} %-------------------------------------------------------------------------- \subsection{Using Distribute()} %-------------------------------------------------------------------------- \section{Trouble Shooting} \subsection{\LaTeX Stuff} One of the useful features of \pyscript is the ability to use \LaTeX. The process is kind of complicated though so things can break. It helps to know how it all works if you're going to find some of the subtle bugs, so here's a synopsis: \begin{enumerate} \item You create some \LaTeX{} with the \Verb|TeX()| object (you are using raw strings arent you?). \item \pyscript writes the text to a temporary file sandwiched between \Verb|defaults.tex_head| and \Verb|defaults.tex_tail|. \item \Verb|defaults.tex_command| is excecuted on the file \item \Verb|dvips| is executed on the resulting DVI file. \item \pyscript reads the BoundingBox comment and throws the rest away! \item Finally, within \Verb|render| \emph{all} the \Verb|TeX()| objects are collected together. A temporary file with all the \LaTeX{} is generated with the individual objects delimited by postscript tags (inserted via specials) and pagebreaks. \item As before, \Verb|defaults.tex_command| is executed (twice this time) on the file, followed by \Verb|dvips|. \item The resulting code is parsed and divided up into sections on fonts and procedures, and the individual postscript code for each object. These are then used within the final document. \end{enumerate} The reason it's so complicated is for efficiency --- you don't want all the header and font info for every single piece of \TeX{} you put on the page. This is \emph{not} the way \LaTeX{} was designed to be used and it shows --- you have to jump through a number of hoops to get it all to work. The \Verb|defaults.tex_command| should have a \Verb|-interaction=batchmode| flag or errors won't get picked up. For the same reason, \emph{any} output from \Verb|dvips| is treated as an error, so it needs a \emph{-q} flag. There are a number of tweaks that have to be made to the postscript code so that it is viable and the boundingboxes work \ldots Despite all this it works suprisingly well. You can even include figures in the \LaTeX{} code and input other files etc. Take care though, use \Verb|\input| rather than \Verb|\include| as the latter seems to invoke some weird things in \Verb|dvips| that result in the postscript tags not getting placed in the file. Also, don't use a figure or table environment --- they're floats \ldots think about it. Right, that enough of a rant. The useful stuff: \begin{itemize} \item output from the commands goes to the log file --- you did look at it right? \item For each \Verb|TeX| object the temporary file thats created is called \Verb|temp1.tex|. \Verb|defaults.tex_command| and \Verb|dvips -E| execute on it to produce \Verb|temp1.eps|. All these should be valid files which you can examine. You can also run the commands by hand to see whats going on. \item The final temp file with all the objects is \Verb|temp.tex| which ends up producing \Verb|temp.ps| which will have one object per page. Again you can examine these files by hand. \end{itemize} %-------------------------------------------------------------------------- \section{Transformations and Things} %========================================================================== \chapter{\pyscript Objects} \label{cha:base-objects} These are the basic \pyscript objects and functions. At the begining of each class there is a brief description of the structure of the class showing the relevant methods and members. See also figure~\ref{fig:classes} on page~\pageref{fig:classes} for an indication of how the classes fit together. %-------------------------------------------------------------------------- \section{Base Objects} These are classes which add layers of functionality to \pyscript objects. Normally you wouldn't use these classes directly unless you're creating new \pyscript objects. We'll decribe them here because they summarise what you can do with \pyscript objects. %-------------------------------------------------------------------------- \subsection{PsObj()} \label{sec:psobj} \begin{python} class PsObj(object): def __call__(self,**dict): Set a whole lot of attributes in one go def copy(self,**dict): return a copy of this object with listed attributes modified def __str__(self): return actual postscript string to generate object def body(self): subclasses should overide this for generating postscipt code def bbox(self): return objects bounding box \end{python} Base class of which most (all?) \pyscript classes are subclass. A list of parameters can be set when an object is created with calls like \Verb|t=Text('Hello',font='Helvetica')| or by calling the object like a function as in \Verb|t(sw=P(0,2))|. The parameters are also available singly as attributes: \Verb|t.sw| etc. Printing an object produces the actual postscript code. Objects may be copied with the \Verb|copy()| function and new parameters can be passed in as arguments eg \Verb|s = t.copy(sw=P(0,0))|. %-------------------------------------------------------------------------- \subsection{AffineObj()} \label{sec:affineobj} \begin{python} class AffineObj(PsObj): o=P(0,0) T=Matrix(1,0,0,1) def concat(self,t,p=None): concat matrix t to tranformation matrix t: a 2x2 Matrix dectribing Affine transformation p: the origin for the transformation return: reference to self def move(self,*args): translate object by a certain amount param args: amount to move by, can be given as - dx,dy - P return: reference to self def rotate(self,angle,p=None): rotate object, the rotation is around p when supplied otherwise it's the objects origin angle: angle in degrees, clockwise p: point to rotate around (external co-ords) return: reference to self def scale(self,sx,sy,p=None): scale object size (towards objects origin or p) sx sy: scale factors for each axis p: point around which to scale return: reference to self def itoe(self,p_i): convert internal to external co-ords p_i: intrnal co-ordinate return: external co-ordinate def etoi(self,p_e): convert external to internal co-ords p_e: external co-ordinate return: internal co-ordinate \end{python} A base class for objects that should implement affine transformations (such as scaling, rotating etc), this should apply to any object that draws on the page. %-------------------------------------------------------------------------- \subsection{Area()} \label{sec:area} \begin{python} class Area(AffineObj): o=P(0,0) width=0 height=0 n, ne, e, se, s, sw, w, nw, c ... see description below \end{python} A Rectangular area defined by the south-west corner and the width and height. This object mainly adds the ability to align to named compass points on the circumference see figure below. \begin{center} \includegraphics[width=.25\textwidth]{figs/fig_area} \end{center} These points are always returned in external co-ordinates. %-------------------------------------------------------------------------- \section{Drawing Objects} %-------------------------------------------------------------------------- \subsection{Common Attributes} \label{sec:draw-attr} Most of the objects that actually draw something on the page share a common set of attributes to set things like the line thickness etc. \begin{itemize} \item \textbf{fg}: A \Verb|Color()|, the colour for the ink in the foreground. Some objects allow switching this off with the value \Verb|None| in which case only the fill (if it's used) will be drawn. \item \textbf{bg}: A \Verb|Color()|, the fill color if the object supports this. A value of \Verb|None| means no fill (transparent). \item \textbf{linewidth}: The linewidth in pp. \item \textbf{linecap}: How to finish the ends of lines. 0=butt, 1=round, 2=square. \item \textbf{linejoin}: How to treat corners. 0=miter, 1=round, 2=bevel. \item \textbf{miterlimit}: Where to cut off the mitres (if you're using mitres in linejoins). 1.414 cuts off miters at angles less than 90 degrees, 2.0 cuts off miters at angles less than 60 degrees, 10.0 cuts off miters at angles less than 11 degrees, 1.0 cuts off miters at all angles, so that bevels are always produced. \item \textbf{dash:} The dash pattern to use for the forground lines. Currently this follows the postscript syntax. e.g. \Verb|"[]"| is a solid line, \Verb|"[2 3] 0 "| is a dashed line with ink for 2 pp gap for 3 pp and an initial offset for the ink of 0 pp. At some time in the future there may be a convenience class to set this. \end{itemize} %-------------------------------------------------------------------------- \subsection{Rectangle()} \label{sec:rectangle} %\begin{python} %\end{python} \begin{center} \includegraphics[width=.25\textwidth]{figs/fig_rectangle} \end{center} %-------------------------------------------------------------------------- \subsection{Circle()} \label{sec:circle} \begin{python} bg=None fg=Color(0) r=1.0 start=0 end=360 linewidth=defaults.linewidth dash=defaults.dash n, ne, e, se, s, sw, w, nw, c ... see description below def locus(self,angle,target=None): Set or get a point on the locus @param angle: locus point in degrees (Degrees clockwise from north) @param target: target point @return: target is None: point on circumference at that angle else: set point to the target, and return reference to object \end{python} Draw a circle. The circle is specified by its position and its radius. You can also specify part of a circle with the attributes \Verb|start| and \Verb|end| which are in degrees clockwise from the top. As with the \Verb|Rectangle| there are named points on the enclosing square that corresponds to the compass points which can be read or set. \begin{center} \includegraphics[width=.25\textwidth]{figs/fig_circle} \end{center} In addition an abtritrary point on the circumference can be read or set by using the \Verb|locus()| method --- with one parameter (the angle on the locus) the locus point is returned; with an additional target point supplied, the locus point is set to the target point. \begin{example} \begin{python} c=Circle(r=.5,bg=Color('dandelion')) g=Group() for ii in range(0,360,30): g.append( Circle(r=.2,bg=Color('white')).locus(180+ii,c.locus(ii)) ) render(c,g,file=...) \end{python} \begin{center} \includegraphics{figs/fig_circle_eg1} \end{center} \end{example} \begin{example} \begin{python} g=Group(Rectangle(sw=P(0,0),width=2,height=2), Circle(r=1,sw=P(0,0)), Circle(r=sqrt(2)).locus(-135,P(0,0)), ) g.scale(1.5,.5) render(g,file=...) \end{python} \begin{center} \includegraphics{figs/fig_circle_eg2} \end{center} \end{example} %-------------------------------------------------------------------------- \subsection{Dot()} \label{sec:dot} \begin{python} class Dot(Circle): r=.1 bg=Color(0) fg=None \end{python} A simple convenience function to draw a dot at the given location %-------------------------------------------------------------------------- \subsection{Path()} \label{sec:path} \begin{python} class Path(AffineObj): fg=Color(0) bg=None linewidth=None linecap=None linejoin=None miterlimit=None dash=None closed=0 heads=[] length start end def P(self,t): point at fraction t of length def tangent(self,t): unit vector tangent to point at fraction t of length \end{python} An abritrary path (line curve etc). This is one of the more powerful objects in \pyscript. \Verb|Path| takes a list of points (either \Verb|P| or \Verb|R|) in its contruction with a specifier for a curve (\Verb|C|) interdispersed if necessary. For example \Verb|Path(p0,p1,C(c1,c2),p2,p3)| would yield something like \begin{center} \includegraphics{figs/fig_path} \end{center} The syntax is easy, between each pair of points, without a \Verb|C| inbetween, a straight line segment is drawn. If there is a \Verb|C| inbetween then a curve segment is drawn between the points. The curve is controlled by the arguments to \Verb|C|. At the moment only bezier curves can be specified by \Verb|C| which takes two arguments --- they can be either a point or an angle. Points specify the control points of the bezier, and angles specify the direction the curve leaves the end points, the strength is calculated automatically. The points to both the \Verb|Path| and \Verb|C| can be specified with either \Verb|P| or \Verb|R|. \Verb|P| are absolute points from the origin of the co-ordinate system, whereas \Verb|R| are `relative' points and their meaning depends on where they appear. As arguments to \Verb|Path| then they are relative to the previous point (unless it is the first point in which case it the same as \Verb|P|). As arguments to \Verb|C| then for the first control point it's relative to the start of the curve segment and for the second control point it's relative to the end of the segment. \begin{example} The following two specify the same curve:\\ \Verb|Path(P(1,1),P(2,2),C(P(2,3),P(3,2)),P(3,3))|\\ \Verb|Path(R(1,1),R(1,1),C(R(0,1),R(0,-1)),R(1,1))| \end{example} As you would expect, you can set the linewidth, dash pattern, color etc in the usual way. If you set a \Verb|bg| that is not \Verb|None| then the `interior' of the path will be filled in that color. The \Verb|heads| attribute is a list of \Verb|Arrowhead| \emph{instances} to place on the path. \Verb|Path| also has some additional methods and attributes. The \Verb|start| and \Verb|end| atributtes give, well, the start and end of the path. The \Verb|length| attribute give the length of the path in it's default co-ordinate system. You can also get the a point a fraction \Verb|f| along the path with \Verb|path.P(f)|, and a unit vector tangent to the point at that fraction with \Verb|path.tangent(f)|. \begin{example} \begin{python} path=Path(p0,p1,C(c1,c2),p2,p3,fg=Color('red'),linewidth=.8) g=Group() delta=1/20. for p in range(21): g.append(Dot(path.P(p*delta))) render(path,g,...) \end{python} \begin{center} \includegraphics{figs/fig_path_eg} \end{center} \end{example} %-------------------------------------------------------------------------- \subsection{Arrowhead()} \label{sec:arrowhead} \begin{python} class Arrowhead(AffineObj): fg=Color(0) bg=Color(0) reverse=0 pos=1 tip=P(0,0) angle=0 start=(0,0) shape=[...] closed=1 scalew=1 scaleh=1 linewidth=.2 linejoin=2 miterlimit = 2 \end{python} A class to efficiently draw an arrow head. There are two ways of using the arrow head: \begin{itemize} \item Within the \Verb|Path| object: add arrowheads to the path by adding them to the \Verb|heads| attribute of \Verb|Path| which is a list. In this case, the arrow head takes one argument which is the fraction along the path at which to place the tip of the arrowhead. The arrow head can be reversed using its \Verb|reverse=1| attribute. eg \Verb|Path(...,heads=[Arrowhead(.5,reverse=1)])| will place an arrowhead halfway along the path pointing backward. \item Place the arrow head manually. You can set the tip position with \Verb|tip| and set the direction it points to with \Verb|angle|. \end{itemize} There are several styles of arrow heads defined \Verb|Arrowhead1| \ldots \Verb|Arrowhead5|, and new styles can be easily defined. %-------------------------------------------------------------------------- \section{Text Objects} %-------------------------------------------------------------------------- \subsection{Text()} \label{sec:text} \begin{python} class Text(Area): A single line text object within an Area object text='' font="Times-Roman" size=12 fg=Color(0) bg=None kerning=1 \end{python} The \Verb|Text| object allows typesetting a simple string in a single font. The usual postscript fonts are defined, these are (case insensitive): \Verb|courier|, \Verb|courier_bold|, \Verb|courier_boldoblique|, \Verb|courier_oblique|, \Verb|helvetica|, \Verb|helvetica_bold|, \Verb|helvetica_boldoblique|, \Verb|helvetica_oblique|, \Verb|symbol|, \Verb|times_bold|, \Verb|times_bolditalic|, \Verb|times_italic|, \Verb|times_roman| and \Verb|zapfdingbats|. The text will use \emph{kerning} automatically, that is, the letter spacing will be adjusted depending on the pair of letters so that it looks nicer. The kerning can be turned of if necessary, see example below. \begin{example} \begin{python} t1=Text('SWEPT AWAY',kerning=0,size=20) t2=Text('SWEPT AWAY',kerning=1,size=20,nw=t1.sw) render(t1,t2,file=...) \end{python} \begin{center} \includegraphics{figs/fig_text_kerning} \end{center} \end{example} Since \Verb|Text| is a subclass of \Verb|Area| then the usual compass points (\Verb|n|, \Verb|ne|, etc) are defined and can be read or set. %-------------------------------------------------------------------------- \subsection{TeX()} \label{sec:tex} \begin{python} class TeX(Area): an TeX expression text="" fg=Color(0) \end{python} A \LaTeX{} object --- any \LaTeX expression, can be typeset and positioned on the diagram. The \LaTeX{} expression is passed to the \Verb|latex| program followed by \Verb|dvips|, the resulting postscript is parsed and forms the basis of the object. Obviously this requires working \Verb|latex| and \Verb|dvips| distributions on your system. We recommend setting up your \Verb|latex| distribution to use postscript fonts, that way they can be scaled to any size. One common pitfall is that the backslash ('\Verb|\|') is used in python strings as an escape character and so gets interpreted by python before the string gets passed to the \Verb|latex| program. The easiest work around to this problem is to use python raw-strings --- just prepend an ``r'' to the string e.g. \Verb|r"$\alpha$"|. The object inherits from the \Verb|Area| object, and can also be scaled, rotated, etc. as will any of the other objects. \begin{example} \begin{python} tex=TeX(r'$|\psi_t\rangle=e^{itH}|\psi_0\rangle$',w=P(.5,0)) g=Group() for ii in range(0,360,60): g.append(tex.copy().rotate(ii,P(0,0))) render(g,file=...) \end{python} \begin{center} \includegraphics{figs/fig_tex_eg} \end{center} \end{example} %-------------------------------------------------------------------------- \section{Groups} \subsection{Group()} \label{sec:group} \begin{python} class Group(Area): def __init__(self,*objects,**dict): def append(self,*objs): append object(s) to group def apply(self,**dict): apply attributes to all objects def recalc_size(self): recalculate internal container size based on objects within def __getitem__(self,i): def __setitem__(self,i,other): def __getslice__(self,i,j): def __setslice__(self,i,j,wert): \end{python} This is one of the key classes in \pyscript. \Verb|Group()| acts like a python list and groups together \pyscript objects. Objects can be added to the group when you create it, e.g. \Verb|g=Group(det,b)|, or appended afterwards, e.g. \Verb|g.append(head,tail)|. You can access the items in the group as you would a normal python list, e.g. \Verb|head=g[2]|. When an item is added to the group, the groups bounding box is recalculated and this allows the whole group to be positioned using \Verb|n|, \Verb|ne| etc. If you modify an object after it's been added to the group you will have to call the \Verb|.recalc_size()|| if you want the groups bounding box to reflect it's contents, you may not want this under certain applications. \Verb|Groups()|'s can be nested without problem. All the items will be rendered in the order they where added. The properties of the groups contents can be set \emph{en-masse} by using the \Verb|.apply()| method. Objects that don't understand a particular property will be skipped. e.g. \Verb|g.apply(linewidth=2)|. %-------------------------------------------------------------------------- \section{Vectors and Matrices} %-------------------------------------------------------------------------- \section{Other} %-------------------------------------------------------------------------- \subsection{Color()} \label{sec:color} \begin{python} class Color(PsObj) def __mul__(self,other) \end{python} This class represents a postscript color. There are four ways to specify the color distinguished by the number and type of paprameters that are passed when you create the object. \begin{itemize} \item \Verb|Color(C,M,Y,K)| - a postscript CMYKColor (Cyan, Magenta, Yellow, blacK) \item \Verb|Color(R,G,B)| - RGBColor (Red, Green, Blue) \item \Verb|Color(G)| - Gray \item \Verb|Color('Yellow')| etc \end{itemize} All the numbers above range from 0 to 1. Some of the named colors that are defined are Red, Green, Blue, Cyan, Magenta, Yellow, Black, White. Color objects can be multiplied by a numeric factor. The effect is mostly to darken colors if the factor is less than 1 and to lighten colors if it's greater, but this depends on how the colors where specified. eg \Verb|Color(.2,.6,.6)*.5 = Color(.1,.3,.3)| The colours in the named colour model are shown in figure \ref{fig:colourchart}. As a historical note, the color names originated from unixes X11 color names, and were at one point considered as cadidate named colours for HTML documents, but in the end where never adopted. They have however, aquired an unofficial permanence. \begin{figure}[h] \centerline{ \includegraphics[height=0.8\textwidth]{figs/fig_colorchart} } \caption{Named colors} \label{fig:colourchart} \end{figure} A final note on the colors --- what you get on paper may not reflect what you see on the screen. The actual color that turns up on the paper is a complicated function of how it was produced, and depends on the hardware. The fastest and most accurate way to match colors in a printed document is to print out a color chart on the intended hardware. %-------------------------------------------------------------------------- \subsection{Paper()} \label{sec:paper} \begin{python} class Paper(Area): PAPERSIZES={"a0", ...''letter'', ...} \end{python} This is a convenience class, just an \Verb|Area()| with predefined size given by the usual paper sizes such as ``a4'', ``letter'' and ``legal'' etc. The origin is at the sw corner. It's useful if you want an object that will help align things on a printed page. e.g. \Verb|page=Paper("a4")|. %-------------------------------------------------------------------------- \subsection{Epsf()} \label{sec:epsf} \begin{python} class Epsf(Area): \end{python} Include an encapsulated postscript file (eps) in the figure. An eps file is a single page postcript file describing a diagram. There are many programs, such as graphing programs, that will generate eps files as output. It has to obey certain rules, such as having no page brakes, and a bounding box. \pyscript will parse the file and extract the bounding box and use that as the basis of the size and placement of the figure (so if it's wrong don't blame \pyscript). \Verb|Epsf()| takes a single argument --- the path of the eps file. The resulting object can then be positioned using \Verb|n|,\Verb|c|,\Verb|ne| etc, and of course can be scaled and rotated as desired. The Eps file can also be scaled to a particular width or height by specifing either the \Verb|width| or the \Verb|height| attributes when you create the object. The aspect ratio will be preserved when you do this. If you give \emph{both} width and height attributes the object will be scaled to those dimensions without preserving its aspect ratio. %========================================================================== \chapter{Development} The aim of this section is to document some of the internals of \pyscript to enable developers to modify and extend it. It should also help in solving some of the trickier problems. \begin{figure}[h] \begin{center} \begin{sideways} \includegraphics[height=.9\textwidth]{class_structure} \end{sideways} \end{center} \caption{Class structure of \pyscript} \label{fig:classes} \end{figure} \section{Submitting patches} %-------------------------------------------------------------------------- %\section{Object Attributes} %\label{sec:attributes} % % %\subsection{Native vs Dynamic} %\label{sec:native-vs-dynamic} % %Initialisation and setting of the attributes is somewhat complicated. We %want to be able to set attributes \`{a} la %\Verb|Text('font'='Helvetica',sw=P(0,-1))|, but to give full functionality %some attributes may need to be set on the fly, depending and affecting %others. This is done with two types of attributes, \emph{native} which are %just dict entries and don't depend on anything else; and \emph{dynamic} %which are actually functions which return or set the native attibutes. % %All classes that inherit from \Verb|PsDict| are dictionaries. %The following functions are special and implement the dynamic attributes: %\begin{itemize} %\item \Verb|_get_name(self)|: the returned value of this function is what is %returned from the call \Verb|obj['name']| %\item \Verb|_set_name(self,value)|: This function is executed by % \Verb|obj['name']='bob'| % %\end{itemize} %So, to provide some dynamical attribute, it is only neccessary to define %the appropriately named functions. All classes in \Verb|pyscript| %should use this mechanism to provide a consistent feel to the user. % %\subsection{Initialisation} %\label{sec:initialisation} % %The class initialisation mechanism is motivated by the following %requirements: % %\begin{itemize} %\item Each class should set all its defaults for its native attributes %\item Dynamic attributes can only be calculated/set after \emph{all} native % attributes have been set, including base classes! %\item Supplied attributes override the defaults \ldots duh. %\end{itemize} % %To initialise the attributes correctly, classes should first call %\Verb|native(defaults,param)| to initialise all default native values, then %call the initialisation of the parent class e.g.: %\begin{python} %def __init__(self,**dict): % % ...code to calculate native attributes... % % self.natives({"width":0,"height":0},dict) % apply(PsObject.__init__,(self,),dict) % % ...further initialisation... %\end{python} % % % %%-------------------------------------------------------------------------- %\section{Co-ordinates and Affine Transformations} %\label{sec:co-ordinates-affine} % %Abritrary affine transformations (e.g. rotations, scaling, shearing, %reflection) can be applied to any object that is a subclass of %\Verb|PsObject|. The way it is implemented in postscript is that the %transformation is applied to the co-ordinate system \emph{before} %the object is drawn. Hence the placement of the object on the page %is actually a displacement of the \emph{internal} origin. % %There are two co-ordinate systems for each object. An \emph{internal} %co-ordinate system in which the object is drawn. Usualy the origin (0,0) is %somewhere convenient on the object. There is also an \emph{external} %co-ordinate system which takes into account the placement, scaling etc. of %the object. Co-ordinates can be converted from \emph{internal} to %\emph{external} using the member function \Verb|itoe(point)| and vice-versa %with \Verb|etoi(point)|. % %Points that are returned from an object (e.g. \Verb|area.nw|) should %always be in the \emph{external} co-ordinates. In particular the origin, %\Verb|obj.o| is always in \emph{external} co-ordinates [internally it %just the point (0,0)] % %%-------------------------------------------------------------------------- %\section{Bounding Box} %\label{sec:bounding-box} % %All objects subclassing \Verb|PsObject| must provide a \Verb|boundingbox()| %function which returns the SW and NE points of a tight bounding box for the %object (in \emph{external} co-ordinates). The bounding box will be used %to calculate the bounding box for the entire drawing as way to allow %the precise placement of objects. % % %%-------------------------------------------------------------------------- %\section{Postscript Objects} %\label{sec:postscript-objects} % %The basic class for implementing an object drawn directly in postscript %is \Verb|PsObject|. \appendix \include{libpresent} \include{libpresentation} \include{libqi} \include{pyscriptOptics} % should I call this liboptics??? \include{pyscriptElectronics} % should I call this libelectronics??? %\include{pyscriptPlot} \backmatter \bibliography{pyscript} \end{document} pyscript-0.6.1/doc/manual/pyscriptElectronics.tex0000644000175000001440000001555210441263767021732 0ustar cochraneusers% Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane % % This program is free software; you can redistribute it and/or % modify it under the terms of the GNU General Public License % as published by the Free Software Foundation; either version 2 % of the License, or (at your option) any later version. % % This program 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 General Public License for more details. % % You should have received a copy of the GNU General Public License % along with this program; if not, write to the Free Software % Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. % $Id: pyscriptElectronics.tex,v 1.7 2006/06/06 11:33:11 paultcochrane Exp $ \chapter{PyScript Electronics Object Package} \section{Introduction} This package is a library of standard symbols as used in electronic circuit layout and design. Thanks to Adrian Jonstone's lcircuit macros from CTAN for the ideas and names. \section{Objects} \subsection{AND gate} %%% AND gate Draws a standard AND gate, with pins extending from the body of the gate. Object options: \begin{description} \item[width:] The width of the object. \item[height:] The height of the object. \item[angle:] The rotation angle. \item[pinLength:] The length of the pins extending from the gate. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[h] \centerline{\includegraphics[height=1cm]{electronics/AndGate}} \caption{AndGate object} \label{fig:and_gate} \end{figure} \subsection{NAND gate} %%% NAND gate Draws a standard NAND gate, with pins extending from the body of the gate. Object options: \begin{description} \item[width:] The width of the object. \item[height:] The height of the object. \item[angle:] The rotation angle. \item[pinLength:] The length of the pins extending from the gate. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[h] \centerline{\includegraphics[height=1cm]{electronics/NandGate}} \caption{NandGate object} \label{fig:nand_gate} \end{figure} \subsection{OR gate} %%% OR gate Draws a standard OR gate, with pins extending from the body of the gate. Object options: \begin{description} \item[width:] The width of the object. \item[height:] The height of the object. \item[angle:] The rotation angle. \item[pinLength:] The length of the pins extending from the gate. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[h] \centerline{\includegraphics[height=1cm]{electronics/OrGate}} \caption{OrGate object} \label{fig:or_gate} \end{figure} \subsection{NOR gate} %%% NOR gate Draws a standard NOR gate, with pins extending from the body of the gate. Object options: \begin{description} \item[width:] The width of the object. \item[height:] The height of the object. \item[angle:] The rotation angle. \item[pinLength:] The length of the pins extending from the gate. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[h] \centerline{\includegraphics[height=1cm]{electronics/NorGate}} \caption{NorGate object} \label{fig:nor_gate} \end{figure} \subsection{XOR gate} %%% XOR gate Draws a standard XOR gate, with pins extending from the body of the gate. Object options: \begin{description} \item[width:] The width of the object. \item[height:] The height of the object. \item[angle:] The rotation angle. \item[pinLength:] The length of the pins extending from the gate. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[h] \centerline{\includegraphics[height=1cm]{electronics/XorGate}} \caption{XorGate object} \label{fig:Xor_gate} \end{figure} \subsection{NXOR gate} %%% NXOR gate Draws a standard NXOR gate, with pins extending from the body of the gate. Object options: \begin{description} \item[width:] The width of the object. \item[height:] The height of the object. \item[angle:] The rotation angle. \item[pinLength:] The length of the pins extending from the gate. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[h] \centerline{\includegraphics[height=1cm]{electronics/NxorGate}} \caption{NxorGate object} \label{fig:Nxor_gate} \end{figure} \subsection{NOT gate} %%% NOT gate Draws a standard NOT gate, with pins extending from the body of the gate. Object options: \begin{description} \item[width:] The width of the object. \item[height:] The height of the object. \item[angle:] The rotation angle. \item[pinLength:] The length of the pins extending from the gate. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[h] \centerline{\includegraphics[height=1cm]{electronics/NotGate}} \caption{NotGate object} \label{fig:not_gate} \end{figure} \subsection{Resistor} %%% Resistor Draws a standard resistor symbol, with pins extending from the body of the symbol. Object options: \begin{description} \item[width:] The width of the object. \item[length:] The length of the object. \item[angle:] The rotation angle. \item[pinLength:] The length of the pins extending from the gate. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[h] \centerline{\includegraphics[height=1cm]{electronics/Resistor}} \caption{Resistor object} \label{fig:resistor} \end{figure} \subsection{Capacitor} %%% Capacitor Draws a standard capacitor symbol, with pins extending from the body of the symbol. Object options: \begin{description} \item[width:] The width of the object. \item[sep:] The separation of the two plates of the capacitor. \item[angle:] The rotation angle. \item[pinLength:] The length of the pins extending from the gate. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[h] \centerline{\includegraphics[height=1cm]{electronics/Capacitor}} \caption{Capacitor object} \label{fig:capacitor} \end{figure} pyscript-0.6.1/doc/manual/pyscriptOptics.tex0000644000175000001440000003674710441263767020732 0ustar cochraneusers% Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane % % This program is free software; you can redistribute it and/or % modify it under the terms of the GNU General Public License % as published by the Free Software Foundation; either version 2 % of the License, or (at your option) any later version. % % This program 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 General Public License for more details. % % You should have received a copy of the GNU General Public License % along with this program; if not, write to the Free Software % Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. % $Id: pyscriptOptics.tex,v 1.7 2006/06/06 11:33:11 paultcochrane Exp $ \chapter{PyScript Optics Object Package} This package is a library of functions and objects for use in constructing optical circuits such as those used in interferometers and optical setups useful in scientific applications. \section{Examples} \subsection{Michelson-Morely Interferometer} This example shows how to construct one of the simplest interferometers with \pyscript. A laser is incident onto a 50:50 beam splitter, the light beam then being split equally into the two ``arms'' of the interferometer. At the end of each arm is a mirror which reflects the light directly back to the beam splitter which recombines the light, and the output of the interferometer is measured at the detector (below the beam splitter in the diagram). As the length of one of the arms changes the voltage measured at the detector will vary sinusoidally. In this example we are using the \obj{Laser}, \obj{Mirror}, \obj{BSBox} and \obj{Detector} objects of the \lib{optics} library. \begin{python} # Michelson-Morely interferometer # import the pyscript objects from pyscript import * # import the optics library from pyscript.lib.optics import * # set up some handy defaults defaults.units=UNITS['cm'] # initialise a laser beam beam = Group() # the laser laser = Laser(c=P(0,0)) # the beam splitter bs = BSBox(height=0.7) bs.w = laser.e + P(1,0) beam.append(Path(laser.e, bs.w)) # the "north" mirror mirror_n = Mirror(angle=90) mirror_n.s = bs.n + P(0,3) beam.append(Path(bs.n, mirror_n.s)) # the "east" mirror mirror_e = Mirror() mirror_e.w = bs.e + P(3,0) beam.append(Path(bs.e, mirror_e.w)) # the detector det = Detector(angle=90) det.n = bs.s + P(0,-1) beam.append(Path(bs.s, det.n)) # make the beam red beam.apply(fg=Color("red")) # collect all the objects together fig = Group( laser, bs, mirror_n, mirror_e, det, beam, ) # render the figure render(fig, file="michelson-morely.eps") \end{python} \begin{figure}[ht] \centerline{\includegraphics[width=\figwidth]{optics/michelson-morely}} \caption{Michelson-Morely interferometer} \label{fig:michelson-morely} \end{figure} \subsection{Mach-Zehnder Interferometer} Another commonly used interferometer is the Mach-Zehnder interferometer. In this design there are two beam splitters. The light is split on the first beam splitter, and travels down each arm of the interferometer to two mirrors which recombine the light on the second beam splitter, the output being detected by two detectors at the two output ports of the second beam splitter. This interferometer is commonly used for explaining such concepts as Quantum Non-Demolition experiments, and other ``quantum weirdness'' associated with light. \begin{python} # Mach-Zehnder interferometer # import the pyscript objects from pyscript import * # import the optics library from pyscript.lib.optics import * # set up some handy defaults defaults.units=UNITS['cm'] # initialise a laser beam beam = Group() # the laser laser = Laser(c=P(0,0)) # the "west" beam splitter bs_w = BSBox(height=0.7) bs_w.w = laser.e + P(1,0) beam.append(Path(laser.e, bs_w.w)) # the "north" mirror mirror_n = Mirror(angle=45) mirror_n.s = bs_w.n + P(0,3) beam.append(Path(bs_w.n, mirror_n.c)) # the "east" mirror mirror_e = Mirror(angle=45) mirror_e.w = bs_w.e + P(3,0) beam.append(Path(bs_w.e, mirror_e.c)) # the "east" beam splitter bs_e = BSBox(height=0.7) bs_e.c = P(mirror_e.c.x, mirror_n.c.y) beam.append(Path(mirror_e.c, bs_e.s)) beam.append(Path(mirror_n.c, bs_e.w)) # the "north" detector det_n = Detector(angle=-90) det_n.s = bs_e.n + P(0,1) beam.append(Path(bs_e.n, det_n.s)) # the "east" detector det_e = Detector() det_e.w = bs_e.e + P(1,0) beam.append(Path(bs_e.e, det_e.w)) # set the colour of the beam beam.apply(fg=Color("red")) # collect all the objects together fig = Group( laser, bs_w, mirror_n, mirror_e, bs_e, det_n, det_e, beam, ) # render the figure render(fig, file="mach-zehnder.eps") \end{python} \begin{figure}[ht] \centerline{\includegraphics[width=\figwidth]{optics/mach-zehnder}} \caption{Mach-Zehnder interferometer} \label{fig:mach-zehnder} \end{figure} \subsection{Sagnac Interferometer} The Sagnac interferometer is another of the major interferometer configurations. The light is split on the beam splitter and procedes around the interferometer in opposite directions then being recombined on the same beam splitter and the output interference is read at the output port (where the detector is in the diagram This interferometer can be used in optical gyroscopes because a rotation in the plane of the interferometer can be measured since the light traveling in one direction travels a different distance to the light traveling in the other direction, hence giving a path difference and interference fringes. An interesting point about the script below is that the ``north-east'' mirror has its location set by the y position of the centre of the ``north'' mirror and its x position set by the centre of the ``east'' mirror. This means that if one changes the location of either of these two mirrors then the position of the ``north-east'' mirror changes appropriately. \begin{python} # Sagnac interferometer # import the pyscript objects from pyscript import * # import the optics library from pyscript.lib.optics import * # set up some handy defaults defaults.units=UNITS['cm'] # initialise a laser beam beam = Group() # the laser laser = Laser(c=P(0,0)) # the beam splitter bs = BSBox(height=0.7) bs.w = laser.e + P(1,0) beam.append(Path(laser.e, bs.w)) # the "north" mirror mirror_n = Mirror(angle=45) mirror_n.s = bs.n + P(0,2) beam.append(Path(bs.n, mirror_n.c)) # the "east" mirror mirror_e = Mirror(angle=45) mirror_e.w = bs.e + P(3,0) beam.append(Path(bs.e, mirror_e.c)) # the "north-east" mirror mirror_ne = Mirror(angle=135) mirror_ne.c = P(mirror_e.c.x, mirror_n.c.y) beam.append(Path(mirror_n.c, mirror_ne.c)) beam.append(Path(mirror_e.c, mirror_ne.c)) # the detector det = Detector(angle=90) det.n = bs.s + P(0,-1) beam.append(Path(bs.s, det.n)) # set the colour of the beam beam.apply(fg=Color("red")) # collect all the objects together fig = Group( beam, laser, bs, mirror_n, mirror_e, mirror_ne, det, ) # render the figure render(fig, file="sagnac.eps") \end{python} \begin{figure}[ht] \centerline{\includegraphics[width=\figwidth]{optics/sagnac}} \caption{Sagnac interferometer} \label{fig:sagnac} \end{figure} \subsection{A Fabry-Perot Cavity} A Fabry-Perot cavity is basically just two parallel mirrors facing one another and a laser field injected into the cavity via one of the mirrors (which might be 95\% reflective, say). In the setup shown here we have a Pound-Drever-Hall setup which can allow for stabilisation of the cavity via the electro-optical modulator (EOM). The diagram in \fig{fig:fabry-perot-pdh} shows such a cavity with a \obj{FreeSpace()} object used as well. This is something important for gravitational wave detectors as they have a lot of free space in the arms of the interferometers! Also introduced in this example is the \obj{Modulator()} object. \begin{python} # a Fabry-Perot cavity in a Pound-Drever-Hall setup # import the pyscript objects from pyscript import * # import the optics library from pyscript.lib.optics import * # set up some handy defaults defaults.units=UNITS['cm'] # initialise a laser beam beam = Group() # the laser laser = Laser(c=P(0,0)) # the EOM eom = Modulator() eom.w = laser.e + P(1,0) beam.append(Path(laser.e, eom.w)) # the "west" mirror mirror_w = Mirror() mirror_w.w = eom.e + P(1,0) beam.append(Path(eom.e, mirror_w.w)) # some free space fs = FreeSpace() fs.w = mirror_w.e + P(1,0) beam.append(Path(mirror_w.e, fs.w)) # the "east" mirror mirror_e = Mirror() mirror_e.w = fs.e + P(1,0) beam.append(Path(fs.e, mirror_e.w)) # set the colour of the beam beam.apply(fg=Color("red")) # collect all the objects together fig = Group( beam, laser, eom, mirror_e, mirror_w, fs, ) # render the figure render(fig, file="fabry-perot_pdh.eps") \end{python} \begin{figure}[ht] \centerline{\includegraphics[width=\figwidth]{optics/fabry-perot_pdh}} \caption{Fabry-Perot cavity in Pound-Drever-Hall setup.} \label{fig:fabry-perot-pdh} \end{figure} \section{Objects} \subsection{BSBox} A beam splitter shown as a box. Some beam splitters are two prisms of glass bonded together and look like a box with a line along the diagonal when viewed from above, hence the look of this object. Object options: \begin{description} \item[height:] The height of the beam splitter, its width is equal to its height. \item[angle:] Rotation angle. The beam splitter can be returned already turned to the desired angle (in degrees). \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[!ht] \centerline{\includegraphics[height=1cm]{optics/BSBox}} \caption{BSBox object} \label{fig:bsbox} \end{figure} \subsection{BSLine} A beam splitter shown as a thin box at a default angle of 45 degrees. Some beam splitters are partially silvered mirrors, hence the look of this object. Object options: \begin{description} \item[height:] The height of the beam splitter. \item[thickness:] The thickness of the beam splitter. \item[angle:] Rotation angle. The beam splitter can be returned already turned to the desired angle (in degrees). The default angle is 45 degrees. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[!ht] \centerline{\includegraphics[height=1cm]{optics/BSLine}} \caption{BSLine object} \label{fig:bsline} \end{figure} \subsection{Detector} A simple D-shaped detector symbol. Object options: \begin{description} \item[height:] The height of the detector \item[width:] The width of the detector. \item[angle:] Rotation angle. The detector can be returned already turned to the desired angle (in degrees). \item[pad:] Space padding around the object. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[!ht] \centerline{\includegraphics[height=1cm]{optics/Detector}} \caption{Detector object} \label{fig:detector} \end{figure} \subsection{Free Space} This object generates a dashed box where the free space is. This can be useful if one wants to highlight that the free space in one arm of an interferometer has a particular refractive index, or some other property. Object options: \begin{description} \item[height:] The height of the free space region. \item[width:] The width of the free space region. \item[angle:] Rotation angle. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[!ht] \centerline{\includegraphics[height=1cm]{optics/FreeSpace}} \caption{Free Space object} \label{fig:free_space} \end{figure} \subsection{Lambda Plate} This object is used to describe changes in an optical beam of, for example, a half or a quarter of a wavelength. Object options: \begin{description} \item[height:] The height of the lambda plate. \item[width:] The width of the lambda plate. \item[angle:] Rotation angle. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[!ht] \centerline{\includegraphics[height=1cm]{optics/LambdaPlate}} \caption{Lambda Plate object} \label{fig:lambda_plate} \end{figure} \subsection{Laser} At present all this object does is generate a simple box. However, in the future we hope to make this somewhat better looking. \begin{figure}[!ht] \centerline{\includegraphics[height=1cm]{optics/Laser}} \caption{Laser object} \label{fig:laser} \end{figure} \subsection{Lens} Generate a convex or concave lens. Object options: \begin{description} \item[height:] The height of the lens. \item[thickness:] The thickness of the lens. \item[angle:] Rotation angle. \item[type:] A string specifying if the lens is convex or concave. Default is \ttt{concave}. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[!ht] \centerline{\includegraphics[height=1cm]{optics/Lens}} \caption{Lens object} \label{fig:lens} \end{figure} \subsection{Mirror} A very simple mirror symbol. At present doesn't handle concave/convex mirrors, but will do hopefully in the future. Object options: \begin{description} \item[length:] The length of the mirror. \item[thickness:] The thickness of the mirror. \item[angle:] Rotation angle. \item[flicks:] Should ``flicks'' indicating the back of the mirror be put on? This is a boolean value, and by default this is \ttt{False}. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[!ht] \centerline{\includegraphics[height=1cm]{optics/Mirror}} \caption{Mirror object} \label{fig:mirror} \end{figure} \subsection{Modulator} Generates a modulator symbol, such as for an acousto-optical modulator, or electro-optical modulator. This is simply a box with two lines on either side. Object options: \begin{description} \item[height:] The height of the modulator. \item[width:] The width of the modulator. \item[angle:] Rotation angle. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[!ht] \centerline{\includegraphics[height=1cm]{optics/Modulator}} \caption{Modulator object} \label{fig:modulator} \end{figure} \subsection{Phase Shifter} Produces a triangle shape with the point directed upwards by default. This component is used in optics to vary the phase of an optical signal. Object options: \begin{description} \item[height:] The height of the phaser shifter. \item[width:] The width of the phaser shifter. \item[angle:] Rotation angle. \item[fg:] The foreground colour. Use the \obj{Color} object to set this option. \item[bg:] The background colour. Use the \obj{Color} object to set this option. \end{description} \begin{figure}[!ht] \centerline{\includegraphics[height=1cm]{optics/PhaseShifter}} \caption{Phase Shifter object} \label{fig:phase_shifter} \end{figure} pyscript-0.6.1/doc/manual/pyscript_defs.tex0000644000175000001440000001677510441263767020550 0ustar cochraneusers% Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane % % This program is free software; you can redistribute it and/or % modify it under the terms of the GNU General Public License % as published by the Free Software Foundation; either version 2 % of the License, or (at your option) any later version. % % This program 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 General Public License for more details. % % You should have received a copy of the GNU General Public License % along with this program; if not, write to the Free Software % Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. % $Id: pyscript_defs.tex,v 1.11 2006/06/06 11:33:11 paultcochrane Exp $ \usepackage{graphicx,color} \usepackage{amsmath} \usepackage{makeidx} \usepackage{alltt} %\usepackage{verbatim} %\usepackage{shortvrb} %\usepackage{verbatimfiles} \usepackage{rotating} \usepackage{html} \usepackage{xspace} \usepackage{colortbl} \usepackage{hyperref} % -------------------------------------------------------------- % Make the sectioning a bit more fancy % -------------------------------------------------------------- \usepackage{titlesec} \usepackage{fancyhdr} \usepackage{fancyvrb} \titleformat{\chapter}[display] {\normalfont\LARGE\filcenter\sffamily} {}{1pc} {\titlerule[1pt]% \vspace{1pt}% \titlerule \vspace{2ex}\thechapter: } [\vspace{2ex}\titlerule] %\titleformat{\section} %{\titlerule %\vspace{.8ex}% %\normalfont\itshape} %{\thesection.}{.5em}{} %\titleformat{\section}[frame] %{\normalfont} %{\filright %\footnotesize %\enspace\thesection\enspace} %{8pt}{\Large\bfseries\filcenter} \titleformat{\section}[frame] {\normalfont} {}{1ex}{\Large\thesection.\bfseries\filcenter} \titleformat{\subsection} {\normalfont\itshape\bfseries} {\thesubsection.}{.5em}{} % -------------------------------------------------------------- % Some formating stuff % -------------------------------------------------------------- % I think it looks nicer if new paragraphs aren't indented % as we have lots of whitespace anyway. just increase the % inter-paragraph space \setlength{\parindent}{0pt} \addtolength{\parskip}{.5\baselineskip} \newcommand{\pyscript}{\textsl{\texttt{PyScript}}\xspace} % -------------------------------------------------------------- % sundry shite % -------------------------------------------------------------- \newcommand {\tbf}[1] {\textbf{#1}} \newcommand {\tit}[1] {\textit{#1}} \newcommand {\tmd}[1] {\textmd{#1}} \newcommand {\trm}[1] {\textrm{#1}} \newcommand {\tsc}[1] {\textsc{#1}} \newcommand {\tsf}[1] {\textsf{#1}} \newcommand {\tsl}[1] {\textsl{#1}} \newcommand {\ttt}[1] {\texttt{#1}} \newcommand {\tup}[1] {\textup{#1}} \newcommand {\mbf}[1] {\mathbf{#1}} \newcommand {\mmd}[1] {\mathmd{#1}} \newcommand {\mrm}[1] {\mathrm{#1}} \newcommand {\msc}[1] {\mathsc{#1}} \newcommand {\msf}[1] {\mathsf{#1}} \newcommand {\msl}[1] {\mathsl{#1}} \newcommand {\mtt}[1] {\mathtt{#1}} \newcommand {\mup}[1] {\mathup{#1}} % spell things correctly (like shite?) \newenvironment{centre}{\begin{center}}{\end{center}} \newenvironment{itemise}{\begin{itemize}}{\end{itemize}} % define commands for describing functions, arguments and stuff \newenvironment{funcDesc}{\vspace*{2mm}\begin{description}}{\end{description}\vspace*{2mm}} \newenvironment{funcOpts}{\begin{description}}{\end{description}} \newenvironment{funcExCode}{The code:\begin{alltt}\MakeShortVerb{\|}}{\DeleteShortVerb{\|}\end{alltt}} \newenvironment{funcExOut}{Gives the output:\\}{} \newcommand {\funcName}[1] {\ttt{#1}} % function name \newcommand {\funcArg}[1] {\tit{#1}} % function argument \newcommand {\reqArg}[1] {\tit{#1}} % required function argument \newcommand {\optArg}[1] {\tit{#1}} % optional function argument \newcommand {\defVal}[1] {\ttt{#1}} % default value of argument \newcommand {\class} {\tbf{class\xspace}} \newcommand {\obj}[1] {\ttt{#1}} \newcommand {\lib}[1] {\ttt{#1}} % option: first argument is option name, second argument is default % value if any \newcommand {\option}[1] {\item[\optArg{#1}: ]} \newcommand {\progName}[1] {\ttt{#1}} % external program name \newcommand {\fileName}[1] {\tbf{\tit{#1}}} % file name \newcommand {\figwidth} {60mm} \newcommand {\fig}[1] {Figure~\ref{#1}} \newcommand {\Sec}[1] {Section~\ref{#1}} \usepackage{natbib} \usepackage[nottoc]{tocbibind} % allows the table of contents, bibliography % and index to be added to the table of % contents if desired, the option used % here specifies that the table of % contents is not to be added. % tocbibind needs to be after natbib % otherwise bits of it get trampled. % -------------------------------------------------------------- % Code format within \Verb % -------------------------------------------------------------- \definecolor{pycolor}{rgb}{0,0.4,0} \DefineVerbatimEnvironment{python}{Verbatim} {frame=leftline,framerule=.5mm,rulecolor=\color{pycolor}, formatcom=\color{pycolor}\small,fontshape=sl} %\DefineShortVerb[formatcom=\color{dgreen}\small,fontshape=sl]{\|} \RecustomVerbatimCommand{\Verb}{Verb}{formatcom=\color{pycolor}\small,fontshape=sl} \newcommand {\vrb}[1] {\Verb|#1|} % -------------------------------------------------------------- % example environment % -------------------------------------------------------------- %\newenvironment{example}{\begin{description}}{\end{description}} %\newenvironment{example}{\begin{center}\begin{tabular}{|>{\columncolor[gray]{.9}}c|}\hline\\\begin{minipage}{.75\textwidth}}% %{\end{minipage}\\\hline\end{tabular}\end{center}} %\newenvironment{example}{\setlength{unitlength}{.8\textwidth}% %\begin{center}% %\begin{picture}(0,0)(-1,0)% %\put(0,0){\line(1,0){.4\textwidth}\line(0,-1){1ex}}% %\put(0,0){\line(-1,0){.4\textwidth}\line(0,-1){1ex}}% %\end{picture}\\\begin{minipage}{.75\textwidth}}% %{\end{minipage}\\x\end{center}} \newenvironment{example}{% \begin{center}% %\makebox{\rule{.4\textwidth}{1pt}Hello\rule{.4\textwidth}{1pt}}\\[5mm] \makebox[.8\textwidth]{\rule[-.92ex]{1pt}{1ex}\hrulefill\ \raisebox{-.85ex}{Example}\ \hrulefill\rule[-.92ex]{1pt}{1ex}}\\[5mm] \begin{minipage}{.75\textwidth}}% {\end{minipage}\\[5mm] \makebox[.8\textwidth]{\rule{1pt}{1ex}\hrulefill\rule{1pt}{1ex}}\end{center}} %\newenvironment{example}{% %\begin{center}% %\makebox[.8\textwidth]{\rule[-1ex]{1pt}{1ex}\hrulefill\ \raisebox{-1ex}{Example}\ \hrulefill\rule[-1ex]{1pt}{1ex}}\\[5mm] %\begin{minipage}{.75\textwidth}}% %{\end{minipage}\\[5mm] %\makebox[.8\textwidth]{\rule{1pt}{1ex}\hrulefill\rule{1pt}{1ex}}\end{center}} % -------------------------------------------------------------- % Page layout % -------------------------------------------------------------- % Page layout ... set for A4 \setlength{\topmargin}{-1.0 cm} \setlength{\oddsidemargin}{0 cm} \setlength{\evensidemargin}{0 cm} \setlength{\textwidth}{18.5 cm} \addtolength{\textwidth}{-\marginparsep} \addtolength{\textwidth}{-\marginparwidth} \setlength{\textheight}{26.5 cm} \addtolength{\textheight}{-\footskip} \pagestyle{fancyplain} \renewcommand{\chaptermark}[1]{\markboth{Chapter \thechapter: #1}{}} \renewcommand{\sectionmark}[1]{\markright{\thesection\ #1}} \lhead[\fancyplain{}{\bfseries\thepage}]{\fancyplain{}{\bfseries\rightmark}} \rhead[\fancyplain{}{\bfseries\leftmark}]{\fancyplain{}{\bfseries\thepage}} \rfoot{} \cfoot{} pyscript-0.6.1/pyscript/0000755000175000001440000000000010441274723014755 5ustar cochraneuserspyscript-0.6.1/pyscript/fonts/0000755000175000001440000000000010441274723016106 5ustar cochraneuserspyscript-0.6.1/pyscript/fonts/__init__.py0000644000175000001440000000010510423157534020213 0ustar cochraneusers""" Fonts module for PyScript """ __revision__ = '$Revision: 1.3 $' pyscript-0.6.1/pyscript/fonts/courier.py0000644000175000001440000001270410423157534020134 0ustar cochraneusers""" PyScript font module for Courier """ __revision__ = '$Revision: 1.3 $' attrs = { 'FontName' : 'Courier', 'CharacterSet' : 'ExtendedRoman', 'FontBBox' : (-23, -250, 715, 805), 'Weight' : 'Medium', 'CapHeight' : 562, 'FamilyName' : 'Courier', 'IsFixedPitch' : 'true', 'Notice' : 'Copyright (c) 1989, 1990, 1991, 1992, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'StdVW' : 51, 'EncodingScheme' : 'AdobeStandardEncoding', 'StdHW' : 51, 'Version' : '003.000', 'UnderlinePosition' : -100, 'XHeight' : 426, 'UnderlineThickness' : 50, 'Descender' : -157, 'ItalicAngle' : 0, 'Ascender' : 629, 'FullName' : 'Courier', } chars = { 32 : (600, 0, 0, 0, 0), 33 : (600, 236, -15, 364, 572), 34 : (600, 187, 328, 413, 562), 35 : (600, 93, -32, 507, 639), 36 : (600, 105, -126, 496, 662), 37 : (600, 81, -15, 518, 622), 38 : (600, 63, -15, 538, 543), 39 : (600, 213, 328, 376, 562), 40 : (600, 269, -108, 440, 622), 41 : (600, 160, -108, 331, 622), 42 : (600, 116, 257, 484, 607), 43 : (600, 80, 44, 520, 470), 44 : (600, 181, -112, 344, 122), 45 : (600, 103, 231, 497, 285), 46 : (600, 229, -15, 371, 109), 47 : (600, 125, -80, 475, 629), 48 : (600, 106, -15, 494, 622), 49 : (600, 96, 0, 505, 622), 50 : (600, 70, 0, 471, 622), 51 : (600, 75, -15, 466, 622), 52 : (600, 78, 0, 500, 622), 53 : (600, 92, -15, 497, 607), 54 : (600, 111, -15, 497, 622), 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(600, 23, 0, 577, 562), 89 : (600, 24, 0, 576, 562), 90 : (600, 86, 0, 514, 562), 91 : (600, 269, -108, 442, 622), 92 : (600, 118, -80, 482, 629), 93 : (600, 158, -108, 331, 622), 94 : (600, 94, 354, 506, 622), 95 : (600, 0, -125, 600, -75), 96 : (600, 224, 328, 387, 562), 97 : (600, 53, -15, 559, 441), 98 : (600, 14, -15, 575, 629), 99 : (600, 66, -15, 529, 441), 100 : (600, 45, -15, 591, 629), 101 : (600, 66, -15, 548, 441), 102 : (600, 114, 0, 531, 629), 103 : (600, 45, -157, 566, 441), 104 : (600, 18, 0, 582, 629), 105 : (600, 95, 0, 505, 657), 106 : (600, 82, -157, 410, 657), 107 : (600, 43, 0, 580, 629), 108 : (600, 95, 0, 505, 629), 109 : (600, -5, 0, 605, 441), 110 : (600, 26, 0, 575, 441), 111 : (600, 62, -15, 538, 441), 112 : (600, 9, -157, 555, 441), 113 : (600, 45, -157, 591, 441), 114 : (600, 60, 0, 559, 441), 115 : (600, 80, -15, 513, 441), 116 : (600, 87, -15, 530, 561), 117 : (600, 21, -15, 562, 426), 118 : (600, 10, -10, 590, 426), 119 : (600, -4, -10, 604, 426), 120 : (600, 20, 0, 580, 426), 121 : (600, 7, -157, 592, 426), 122 : (600, 99, 0, 502, 426), 123 : (600, 182, -108, 437, 622), 124 : (600, 275, -250, 326, 750), 125 : (600, 163, -108, 418, 622), 126 : (600, 63, 197, 540, 320), 161 : (600, 236, -157, 364, 430), 162 : (600, 96, -49, 500, 614), 163 : (600, 84, -21, 521, 611), 164 : (600, 92, -57, 509, 665), 165 : (600, 26, 0, 574, 562), 166 : (600, 4, -143, 539, 622), 167 : (600, 113, -78, 488, 580), 168 : (600, 73, 58, 527, 506), 169 : (600, 259, 328, 341, 562), 170 : (600, 143, 328, 471, 562), 171 : (600, 37, 70, 563, 446), 172 : (600, 149, 70, 451, 446), 173 : (600, 149, 70, 451, 446), 174 : (600, 3, 0, 597, 629), 175 : (600, 3, 0, 597, 629), 177 : (600, 75, 231, 525, 285), 178 : (600, 141, -78, 459, 580), 179 : (600, 141, -78, 459, 580), 180 : (600, 222, 189, 378, 327), 182 : (600, 50, -78, 511, 562), 183 : (600, 172, 130, 428, 383), 184 : (600, 213, -134, 376, 100), 185 : (600, 143, -134, 457, 100), 186 : (600, 143, 328, 457, 562), 187 : (600, 37, 70, 563, 446), 188 : (600, 37, -15, 563, 111), 189 : (600, 3, -15, 600, 622), 191 : (600, 108, -157, 471, 430), 193 : (600, 151, 497, 378, 672), 194 : (600, 242, 497, 469, 672), 195 : (600, 124, 477, 476, 654), 196 : (600, 105, 489, 503, 606), 197 : (600, 120, 525, 480, 565), 198 : (600, 153, 501, 447, 609), 199 : (600, 249, 537, 352, 640), 200 : (600, 148, 537, 453, 640), 202 : (600, 218, 463, 382, 627), 203 : (600, 224, -151, 362, 10), 205 : (600, 133, 497, 540, 672), 206 : (600, 211, -172, 407, 4), 207 : (600, 124, 492, 476, 669), 208 : (600, 0, 231, 600, 285), 225 : (600, 3, 0, 550, 562), 227 : (600, 156, 249, 442, 580), 232 : (600, 47, 0, 554, 562), 233 : (600, 43, -80, 557, 629), 234 : (600, 7, 0, 567, 562), 235 : (600, 157, 249, 443, 580), 241 : (600, 19, -15, 570, 441), 245 : (600, 95, 0, 505, 426), 248 : (600, 95, 0, 505, 629), 249 : (600, 62, -80, 538, 506), 250 : (600, 19, -15, 559, 441), 251 : (600, 48, -15, 588, 629), -1 : (600, 0, 0, 0, 0), } kerning = { } comments = [ 'Copyright (c) 1989, 1990, 1991, 1992, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'Creation Date: Thu May 1 17:27:09 1997', 'UniqueID 43050', 'VMusage 39754 50779', ] composites = { } pyscript-0.6.1/pyscript/fonts/courier_bold.py0000644000175000001440000001267410423157534021142 0ustar cochraneusers""" PyScript font module for Courier Bold """ __revision__ = '$Revision: 1.3 $' attrs = { 'FontName' : 'Courier-Bold', 'CharacterSet' : 'ExtendedRoman', 'FontBBox' : (-113, -250, 749, 801), 'Weight' : 'Bold', 'CapHeight' : 562, 'FamilyName' : 'Courier', 'IsFixedPitch' : 'true', 'Notice' : 'Copyright (c) 1989, 1990, 1991, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'StdVW' : 106, 'EncodingScheme' : 'AdobeStandardEncoding', 'StdHW' : 84, 'Version' : '003.000', 'UnderlinePosition' : -100, 'XHeight' : 439, 'UnderlineThickness' : 50, 'Descender' : -157, 'ItalicAngle' : 0, 'Ascender' : 629, 'FullName' : 'Courier Bold', } chars = { 32 : (600, 0, 0, 0, 0), 33 : (600, 202, -15, 398, 572), 34 : (600, 135, 277, 465, 562), 35 : (600, 56, -45, 544, 651), 36 : (600, 82, -126, 519, 666), 37 : (600, 5, -15, 595, 616), 38 : (600, 36, -15, 546, 543), 39 : (600, 171, 277, 423, 562), 40 : (600, 219, -102, 461, 616), 41 : (600, 139, -102, 381, 616), 42 : (600, 91, 219, 509, 601), 43 : (600, 71, 39, 529, 478), 44 : (600, 123, -111, 393, 174), 45 : (600, 100, 203, 500, 313), 46 : (600, 192, -15, 408, 171), 47 : (600, 98, -77, 502, 626), 48 : (600, 87, -15, 513, 616), 49 : (600, 81, 0, 539, 616), 50 : (600, 61, 0, 499, 616), 51 : (600, 63, -15, 501, 616), 52 : (600, 53, 0, 507, 616), 53 : (600, 70, -15, 521, 601), 54 : (600, 90, -15, 521, 616), 55 : (600, 55, 0, 494, 601), 56 : (600, 83, -15, 517, 616), 57 : (600, 79, -15, 510, 616), 58 : (600, 191, -15, 407, 425), 59 : (600, 123, -111, 408, 425), 60 : (600, 66, 15, 523, 501), 61 : (600, 71, 118, 529, 398), 62 : (600, 77, 15, 534, 501), 63 : (600, 98, -14, 501, 580), 64 : (600, 16, -15, 584, 616), 65 : (600, -9, 0, 609, 562), 66 : (600, 30, 0, 573, 562), 67 : (600, 22, -18, 560, 580), 68 : (600, 30, 0, 594, 562), 69 : (600, 25, 0, 560, 562), 70 : (600, 39, 0, 570, 562), 71 : (600, 22, -18, 594, 580), 72 : (600, 20, 0, 580, 562), 73 : (600, 77, 0, 523, 562), 74 : (600, 37, -18, 601, 562), 75 : (600, 21, 0, 599, 562), 76 : (600, 39, 0, 578, 562), 77 : (600, -2, 0, 602, 562), 78 : (600, 8, -12, 610, 562), 79 : (600, 22, -18, 578, 580), 80 : (600, 48, 0, 559, 562), 81 : (600, 32, -138, 578, 580), 82 : (600, 24, 0, 599, 562), 83 : (600, 47, -22, 553, 582), 84 : (600, 21, 0, 579, 562), 85 : (600, 4, -18, 596, 562), 86 : (600, -13, 0, 613, 562), 87 : (600, -18, 0, 618, 562), 88 : (600, 12, 0, 588, 562), 89 : (600, 12, 0, 589, 562), 90 : (600, 62, 0, 539, 562), 91 : (600, 245, -102, 475, 616), 92 : (600, 99, -77, 503, 626), 93 : (600, 125, -102, 355, 616), 94 : (600, 108, 250, 492, 616), 95 : (600, 0, -125, 600, -75), 96 : (600, 178, 277, 428, 562), 97 : (600, 35, -15, 570, 454), 98 : (600, 0, -15, 584, 626), 99 : (600, 40, -15, 545, 459), 100 : (600, 20, -15, 591, 626), 101 : (600, 40, -15, 563, 454), 102 : (600, 83, 0, 547, 626), 103 : (600, 30, -146, 580, 454), 104 : (600, 5, 0, 592, 626), 105 : (600, 77, 0, 523, 658), 106 : (600, 63, -146, 440, 658), 107 : (600, 20, 0, 585, 626), 108 : (600, 77, 0, 523, 626), 109 : (600, -22, 0, 626, 454), 110 : (600, 18, 0, 592, 454), 111 : (600, 30, -15, 570, 454), 112 : (600, -1, -142, 570, 454), 113 : (600, 20, -142, 591, 454), 114 : (600, 47, 0, 580, 454), 115 : (600, 68, -17, 535, 459), 116 : (600, 47, -15, 532, 562), 117 : (600, -1, -15, 569, 439), 118 : (600, -1, 0, 601, 439), 119 : (600, -18, 0, 618, 439), 120 : (600, 6, 0, 594, 439), 121 : (600, -4, -142, 601, 439), 122 : (600, 81, 0, 520, 439), 123 : (600, 160, -102, 464, 616), 124 : (600, 255, -250, 345, 750), 125 : (600, 136, -102, 440, 616), 126 : (600, 71, 153, 530, 356), 161 : (600, 202, -146, 398, 449), 162 : (600, 66, -49, 518, 614), 163 : (600, 72, -28, 558, 611), 164 : (600, 25, -60, 576, 661), 165 : (600, 10, 0, 590, 562), 166 : (600, -30, -131, 572, 616), 167 : (600, 83, -70, 517, 580), 168 : (600, 54, 49, 546, 517), 169 : (600, 227, 277, 373, 562), 170 : (600, 71, 277, 535, 562), 171 : (600, 8, 70, 553, 446), 172 : (600, 141, 70, 459, 446), 173 : (600, 141, 70, 459, 446), 174 : (600, 12, 0, 593, 626), 175 : (600, 12, 0, 593, 626), 177 : (600, 65, 203, 535, 313), 178 : (600, 106, -70, 494, 580), 179 : (600, 106, -70, 494, 580), 180 : (600, 196, 165, 404, 351), 182 : (600, 6, -70, 576, 580), 183 : (600, 140, 132, 460, 430), 184 : (600, 175, -142, 427, 143), 185 : (600, 65, -142, 529, 143), 186 : (600, 61, 277, 525, 562), 187 : (600, 47, 70, 592, 446), 188 : (600, 26, -15, 574, 116), 189 : (600, -113, -15, 713, 616), 191 : (600, 99, -146, 502, 449), 193 : (600, 132, 508, 395, 661), 194 : (600, 205, 508, 468, 661), 195 : (600, 103, 483, 497, 657), 196 : (600, 89, 493, 512, 636), 197 : (600, 88, 505, 512, 585), 198 : (600, 83, 468, 517, 631), 199 : (600, 230, 498, 370, 638), 200 : (600, 128, 498, 472, 638), 202 : (600, 198, 481, 402, 678), 203 : (600, 205, -206, 387, 0), 205 : (600, 68, 488, 588, 661), 206 : (600, 169, -199, 400, 0), 207 : (600, 103, 493, 497, 667), 208 : (600, -10, 203, 610, 313), 225 : (600, -29, 0, 602, 562), 227 : (600, 147, 196, 453, 580), 232 : (600, 39, 0, 578, 562), 233 : (600, 22, -22, 578, 584), 234 : (600, -25, 0, 595, 562), 235 : (600, 147, 196, 453, 580), 241 : (600, -4, -15, 601, 454), 245 : (600, 77, 0, 523, 439), 248 : (600, 77, 0, 523, 626), 249 : (600, 30, -24, 570, 463), 250 : (600, -18, -15, 611, 454), 251 : (600, 22, -15, 596, 626), -1 : (600, 0, 0, 0, 0), } kerning = { } comments = [ 'Copyright (c) 1989, 1990, 1991, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'Creation Date: Mon Jun 23 16:28:00 1997', 'UniqueID 43048', 'VMusage 41139 52164', ] composites = { } pyscript-0.6.1/pyscript/fonts/courier_boldoblique.py0000644000175000001440000001275510423157534022523 0ustar cochraneusers""" PyScript font module for Courier Bold Oblique """ __revision__ = '$Revision: 1.3 $' attrs = { 'FontName' : 'Courier-BoldOblique', 'CharacterSet' : 'ExtendedRoman', 'FontBBox' : (-57, -250, 869, 801), 'Weight' : 'Bold', 'CapHeight' : 562, 'FamilyName' : 'Courier', 'IsFixedPitch' : 'true', 'Notice' : 'Copyright (c) 1989, 1990, 1991, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'StdVW' : 106, 'EncodingScheme' : 'AdobeStandardEncoding', 'StdHW' : 84, 'Version' : '003.000', 'UnderlinePosition' : -100, 'XHeight' : 439, 'UnderlineThickness' : 50, 'Descender' : -157, 'ItalicAngle' : -12, 'Ascender' : 629, 'FullName' : 'Courier Bold Oblique', } chars = { 32 : (600, 0, 0, 0, 0), 33 : (600, 215, -15, 495, 572), 34 : (600, 211, 277, 585, 562), 35 : (600, 88, -45, 641, 651), 36 : (600, 87, -126, 630, 666), 37 : (600, 101, -15, 625, 616), 38 : (600, 61, -15, 595, 543), 39 : (600, 229, 277, 543, 562), 40 : (600, 265, -102, 592, 616), 41 : (600, 117, -102, 444, 616), 42 : (600, 179, 219, 598, 601), 43 : (600, 114, 39, 596, 478), 44 : (600, 99, -111, 430, 174), 45 : (600, 143, 203, 567, 313), 46 : (600, 206, -15, 427, 171), 47 : (600, 90, -77, 626, 626), 48 : (600, 135, -15, 593, 616), 49 : (600, 93, 0, 562, 616), 50 : (600, 61, 0, 594, 616), 51 : (600, 71, -15, 571, 616), 52 : (600, 81, 0, 559, 616), 53 : (600, 77, -15, 621, 601), 54 : (600, 135, -15, 652, 616), 55 : (600, 147, 0, 622, 601), 56 : (600, 115, -15, 604, 616), 57 : (600, 75, -15, 592, 616), 58 : (600, 205, -15, 480, 425), 59 : (600, 99, -111, 481, 425), 60 : (600, 120, 15, 613, 501), 61 : (600, 96, 118, 614, 398), 62 : (600, 97, 15, 589, 501), 63 : (600, 183, -14, 592, 580), 64 : (600, 65, -15, 642, 616), 65 : (600, -9, 0, 632, 562), 66 : (600, 30, 0, 630, 562), 67 : (600, 74, -18, 675, 580), 68 : (600, 30, 0, 664, 562), 69 : (600, 25, 0, 670, 562), 70 : (600, 39, 0, 684, 562), 71 : (600, 74, -18, 675, 580), 72 : (600, 20, 0, 700, 562), 73 : (600, 77, 0, 643, 562), 74 : (600, 58, -18, 721, 562), 75 : (600, 21, 0, 692, 562), 76 : (600, 39, 0, 636, 562), 77 : (600, -2, 0, 722, 562), 78 : (600, 8, -12, 730, 562), 79 : (600, 74, -18, 645, 580), 80 : (600, 48, 0, 643, 562), 81 : (600, 83, -138, 636, 580), 82 : (600, 24, 0, 617, 562), 83 : (600, 54, -22, 673, 582), 84 : (600, 86, 0, 679, 562), 85 : (600, 101, -18, 716, 562), 86 : (600, 84, 0, 733, 562), 87 : (600, 79, 0, 738, 562), 88 : (600, 12, 0, 690, 562), 89 : (600, 109, 0, 709, 562), 90 : (600, 62, 0, 637, 562), 91 : (600, 223, -102, 606, 616), 92 : (600, 222, -77, 496, 626), 93 : (600, 103, -102, 486, 616), 94 : (600, 171, 250, 556, 616), 95 : (600, -27, -125, 585, -75), 96 : (600, 297, 277, 487, 562), 97 : (600, 61, -15, 593, 454), 98 : (600, 13, -15, 636, 626), 99 : (600, 81, -15, 631, 459), 100 : (600, 60, -15, 645, 626), 101 : (600, 81, -15, 605, 454), 102 : (600, 83, 0, 677, 626), 103 : (600, 40, -146, 674, 454), 104 : (600, 18, 0, 615, 626), 105 : (600, 77, 0, 546, 658), 106 : (600, 36, -146, 580, 658), 107 : (600, 33, 0, 643, 626), 108 : (600, 77, 0, 546, 626), 109 : (600, -22, 0, 649, 454), 110 : (600, 18, 0, 615, 454), 111 : (600, 71, -15, 622, 454), 112 : (600, -32, -142, 622, 454), 113 : (600, 60, -142, 685, 454), 114 : (600, 47, 0, 655, 454), 115 : (600, 66, -17, 608, 459), 116 : (600, 118, -15, 567, 562), 117 : (600, 70, -15, 592, 439), 118 : (600, 70, 0, 695, 439), 119 : (600, 53, 0, 712, 439), 120 : (600, 6, 0, 671, 439), 121 : (600, -21, -142, 695, 439), 122 : (600, 81, 0, 614, 439), 123 : (600, 203, -102, 595, 616), 124 : (600, 201, -250, 505, 750), 125 : (600, 114, -102, 506, 616), 126 : (600, 120, 153, 590, 356), 161 : (600, 196, -146, 477, 449), 162 : (600, 121, -49, 605, 614), 163 : (600, 106, -28, 650, 611), 164 : (600, 22, -60, 708, 661), 165 : (600, 98, 0, 710, 562), 166 : (600, -57, -131, 702, 616), 167 : (600, 74, -70, 620, 580), 168 : (600, 77, 49, 644, 517), 169 : (600, 303, 277, 493, 562), 170 : (600, 190, 277, 594, 562), 171 : (600, 62, 70, 639, 446), 172 : (600, 195, 70, 545, 446), 173 : (600, 165, 70, 514, 446), 174 : (600, 12, 0, 644, 626), 175 : (600, 12, 0, 644, 626), 177 : (600, 108, 203, 602, 313), 178 : (600, 175, -70, 586, 580), 179 : (600, 121, -70, 587, 580), 180 : (600, 248, 165, 461, 351), 182 : (600, 61, -70, 700, 580), 183 : (600, 196, 132, 523, 430), 184 : (600, 144, -142, 458, 143), 185 : (600, 34, -142, 560, 143), 186 : (600, 119, 277, 645, 562), 187 : (600, 71, 70, 647, 446), 188 : (600, 35, -15, 587, 116), 189 : (600, -45, -15, 743, 616), 191 : (600, 100, -146, 509, 449), 193 : (600, 272, 508, 503, 661), 194 : (600, 312, 508, 609, 661), 195 : (600, 212, 483, 607, 657), 196 : (600, 199, 493, 643, 636), 197 : (600, 195, 505, 637, 585), 198 : (600, 217, 468, 652, 631), 199 : (600, 348, 498, 493, 638), 200 : (600, 246, 498, 595, 638), 202 : (600, 319, 481, 528, 678), 203 : (600, 168, -206, 368, 0), 205 : (600, 171, 488, 729, 661), 206 : (600, 143, -199, 367, 0), 207 : (600, 238, 493, 633, 667), 208 : (600, 33, 203, 677, 313), 225 : (600, -29, 0, 708, 562), 227 : (600, 188, 196, 526, 580), 232 : (600, 39, 0, 636, 562), 233 : (600, 48, -22, 673, 584), 234 : (600, 26, 0, 701, 562), 235 : (600, 188, 196, 543, 580), 241 : (600, 21, -15, 652, 454), 245 : (600, 77, 0, 546, 439), 248 : (600, 77, 0, 587, 626), 249 : (600, 54, -24, 638, 463), 250 : (600, 18, -15, 662, 454), 251 : (600, 22, -15, 629, 626), -1 : (600, 0, 0, 0, 0), } kerning = { } comments = [ 'Copyright (c) 1989, 1990, 1991, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'Creation Date: Mon Jun 23 16:28:46 1997', 'UniqueID 43049', 'VMusage 17529 79244', ] composites = { } pyscript-0.6.1/pyscript/fonts/courier_oblique.py0000644000175000001440000001300110423157534021643 0ustar cochraneusers""" PyScript font module for Courier Oblique """ __revision__ = '$Revision: 1.3 $' attrs = { 'FontName' : 'Courier-Oblique', 'CharacterSet' : 'ExtendedRoman', 'FontBBox' : (-27, -250, 849, 805), 'Weight' : 'Medium', 'CapHeight' : 562, 'FamilyName' : 'Courier', 'IsFixedPitch' : 'true', 'Notice' : 'Copyright (c) 1989, 1990, 1991, 1992, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'StdVW' : 51, 'EncodingScheme' : 'AdobeStandardEncoding', 'StdHW' : 51, 'Version' : '003.000', 'UnderlinePosition' : -100, 'XHeight' : 426, 'UnderlineThickness' : 50, 'Descender' : -157, 'ItalicAngle' : -12, 'Ascender' : 629, 'FullName' : 'Courier Oblique', } chars = { 32 : (600, 0, 0, 0, 0), 33 : (600, 243, -15, 464, 572), 34 : (600, 273, 328, 532, 562), 35 : (600, 133, -32, 596, 639), 36 : (600, 108, -126, 596, 662), 37 : (600, 134, -15, 599, 622), 38 : (600, 87, -15, 580, 543), 39 : (600, 283, 328, 495, 562), 40 : (600, 313, -108, 572, 622), 41 : (600, 137, -108, 396, 622), 42 : (600, 212, 257, 580, 607), 43 : (600, 129, 44, 580, 470), 44 : (600, 157, -112, 370, 122), 45 : (600, 152, 231, 558, 285), 46 : (600, 238, -15, 382, 109), 47 : (600, 112, -80, 604, 629), 48 : (600, 154, -15, 575, 622), 49 : (600, 98, 0, 515, 622), 50 : (600, 70, 0, 568, 622), 51 : (600, 82, -15, 538, 622), 52 : (600, 108, 0, 541, 622), 53 : (600, 99, -15, 589, 607), 54 : (600, 155, -15, 629, 622), 55 : (600, 182, 0, 612, 607), 56 : (600, 132, -15, 588, 622), 57 : (600, 93, -15, 574, 622), 58 : (600, 238, -15, 441, 385), 59 : (600, 157, -112, 441, 385), 60 : (600, 96, 42, 610, 472), 61 : (600, 109, 138, 600, 376), 62 : (600, 85, 42, 599, 472), 63 : (600, 222, -15, 583, 572), 64 : (600, 127, -15, 582, 622), 65 : (600, 3, 0, 607, 562), 66 : (600, 43, 0, 616, 562), 67 : (600, 93, -18, 655, 580), 68 : (600, 43, 0, 645, 562), 69 : (600, 53, 0, 660, 562), 70 : (600, 53, 0, 660, 562), 71 : (600, 83, -18, 645, 580), 72 : (600, 32, 0, 687, 562), 73 : (600, 96, 0, 623, 562), 74 : (600, 52, -18, 685, 562), 75 : (600, 38, 0, 671, 562), 76 : (600, 47, 0, 607, 562), 77 : (600, 4, 0, 715, 562), 78 : (600, 7, -13, 712, 562), 79 : (600, 94, -18, 625, 580), 80 : (600, 79, 0, 644, 562), 81 : (600, 95, -138, 625, 580), 82 : (600, 38, 0, 598, 562), 83 : (600, 76, -20, 650, 580), 84 : (600, 108, 0, 665, 562), 85 : (600, 125, -18, 702, 562), 86 : (600, 105, -13, 723, 562), 87 : (600, 106, -13, 722, 562), 88 : (600, 23, 0, 675, 562), 89 : (600, 133, 0, 695, 562), 90 : (600, 86, 0, 610, 562), 91 : (600, 246, -108, 574, 622), 92 : (600, 249, -80, 468, 629), 93 : (600, 135, -108, 463, 622), 94 : (600, 175, 354, 587, 622), 95 : (600, -27, -125, 584, -75), 96 : (600, 343, 328, 457, 562), 97 : (600, 76, -15, 569, 441), 98 : (600, 29, -15, 625, 629), 99 : (600, 106, -15, 608, 441), 100 : (600, 85, -15, 640, 629), 101 : (600, 106, -15, 598, 441), 102 : (600, 114, 0, 662, 629), 103 : (600, 61, -157, 657, 441), 104 : (600, 33, 0, 592, 629), 105 : (600, 95, 0, 515, 657), 106 : (600, 52, -157, 550, 657), 107 : (600, 58, 0, 633, 629), 108 : (600, 95, 0, 515, 629), 109 : (600, -5, 0, 615, 441), 110 : (600, 26, 0, 585, 441), 111 : (600, 102, -15, 588, 441), 112 : (600, -24, -157, 605, 441), 113 : (600, 85, -157, 682, 441), 114 : (600, 60, 0, 636, 441), 115 : (600, 78, -15, 584, 441), 116 : (600, 167, -15, 561, 561), 117 : (600, 101, -15, 572, 426), 118 : (600, 90, -10, 681, 426), 119 : (600, 76, -10, 695, 426), 120 : (600, 20, 0, 655, 426), 121 : (600, -4, -157, 683, 426), 122 : (600, 99, 0, 593, 426), 123 : (600, 233, -108, 569, 622), 124 : (600, 222, -250, 485, 750), 125 : (600, 140, -108, 477, 622), 126 : (600, 116, 197, 600, 320), 161 : (600, 225, -157, 445, 430), 162 : (600, 151, -49, 588, 614), 163 : (600, 124, -21, 621, 611), 164 : (600, 84, -57, 646, 665), 165 : (600, 120, 0, 693, 562), 166 : (600, -26, -143, 671, 622), 167 : (600, 104, -78, 590, 580), 168 : (600, 94, 58, 628, 506), 169 : (600, 345, 328, 460, 562), 170 : (600, 262, 328, 541, 562), 171 : (600, 92, 70, 652, 446), 172 : (600, 204, 70, 540, 446), 173 : (600, 170, 70, 506, 446), 174 : (600, 3, 0, 619, 629), 175 : (600, 3, 0, 619, 629), 177 : (600, 124, 231, 586, 285), 178 : (600, 217, -78, 546, 580), 179 : (600, 163, -78, 546, 580), 180 : (600, 275, 189, 434, 327), 182 : (600, 100, -78, 630, 562), 183 : (600, 224, 130, 485, 383), 184 : (600, 185, -134, 397, 100), 185 : (600, 115, -134, 478, 100), 186 : (600, 213, 328, 576, 562), 187 : (600, 58, 70, 618, 446), 188 : (600, 46, -15, 575, 111), 189 : (600, 59, -15, 627, 622), 191 : (600, 105, -157, 466, 430), 193 : (600, 294, 497, 484, 672), 194 : (600, 348, 497, 612, 672), 195 : (600, 229, 477, 581, 654), 196 : (600, 212, 489, 629, 606), 197 : (600, 232, 525, 600, 565), 198 : (600, 279, 501, 576, 609), 199 : (600, 373, 537, 478, 640), 200 : (600, 272, 537, 579, 640), 202 : (600, 332, 463, 500, 627), 203 : (600, 197, -151, 344, 10), 205 : (600, 239, 497, 683, 672), 206 : (600, 189, -172, 377, 4), 207 : (600, 262, 492, 614, 669), 208 : (600, 49, 231, 661, 285), 225 : (600, 3, 0, 655, 562), 227 : (600, 209, 249, 512, 580), 232 : (600, 47, 0, 607, 562), 233 : (600, 94, -80, 625, 629), 234 : (600, 59, 0, 672, 562), 235 : (600, 210, 249, 535, 580), 241 : (600, 41, -15, 626, 441), 245 : (600, 95, 0, 515, 426), 248 : (600, 95, 0, 587, 629), 249 : (600, 102, -80, 588, 506), 250 : (600, 54, -15, 615, 441), 251 : (600, 48, -15, 617, 629), -1 : (600, 0, 0, 0, 0), } kerning = { } comments = [ 'Copyright (c) 1989, 1990, 1991, 1992, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'Creation Date: Thu May 1 17:37:52 1997', 'UniqueID 43051', 'VMusage 16248 75829', ] composites = { } pyscript-0.6.1/pyscript/fonts/helvetica.py0000644000175000001440000001740510423157534020433 0ustar cochraneusers""" PyScript font module for Helvetica """ __revision__ = '$Revision: 1.3 $' attrs = { 'FontName' : 'Helvetica', 'CharacterSet' : 'ExtendedRoman', 'FontBBox' : (-166, -225, 1000, 931), 'Weight' : 'Medium', 'CapHeight' : 718, 'FamilyName' : 'Helvetica', 'IsFixedPitch' : 'false', 'Notice' : 'Copyright (c) 1985, 1987, 1989, 1990, 1997 Adobe Systems Incorporated. All Rights Reserved.Helvetica is a trademark of Linotype-Hell AG and/or its subsidiaries.', 'StdVW' : 88, 'EncodingScheme' : 'AdobeStandardEncoding', 'StdHW' : 76, 'Version' : '002.000', 'UnderlinePosition' : -100, 'XHeight' : 523, 'UnderlineThickness' : 50, 'Descender' : -207, 'ItalicAngle' : 0, 'Ascender' : 718, 'FullName' : 'Helvetica', } chars = { 32 : (278, 0, 0, 0, 0), 33 : (278, 90, 0, 187, 718), 34 : (355, 70, 463, 285, 718), 35 : (556, 28, 0, 529, 688), 36 : (556, 32, -115, 520, 775), 37 : (889, 39, -19, 850, 703), 38 : (667, 44, -15, 645, 718), 39 : (222, 53, 463, 157, 718), 40 : (333, 68, -207, 299, 733), 41 : (333, 34, -207, 265, 733), 42 : (389, 39, 431, 349, 718), 43 : (584, 39, 0, 545, 505), 44 : (278, 87, -147, 191, 106), 45 : (333, 44, 232, 289, 322), 46 : (278, 87, 0, 191, 106), 47 : (278, -17, -19, 295, 737), 48 : (556, 37, -19, 519, 703), 49 : (556, 101, 0, 359, 703), 50 : (556, 26, 0, 507, 703), 51 : (556, 34, -19, 522, 703), 52 : (556, 25, 0, 523, 703), 53 : (556, 32, -19, 514, 688), 54 : (556, 38, -19, 518, 703), 55 : (556, 37, 0, 523, 688), 56 : (556, 38, -19, 517, 703), 57 : (556, 42, -19, 514, 703), 58 : (278, 87, 0, 191, 516), 59 : (278, 87, -147, 191, 516), 60 : (584, 48, 11, 536, 495), 61 : (584, 39, 115, 545, 390), 62 : (584, 48, 11, 536, 495), 63 : (556, 56, 0, 492, 727), 64 : (1015, 147, -19, 868, 737), 65 : (667, 14, 0, 654, 718), 66 : (667, 74, 0, 627, 718), 67 : (722, 44, -19, 681, 737), 68 : (722, 81, 0, 674, 718), 69 : (667, 86, 0, 616, 718), 70 : (611, 86, 0, 583, 718), 71 : (778, 48, -19, 704, 737), 72 : (722, 77, 0, 646, 718), 73 : (278, 91, 0, 188, 718), 74 : (500, 17, -19, 428, 718), 75 : (667, 76, 0, 663, 718), 76 : (556, 76, 0, 537, 718), 77 : (833, 73, 0, 761, 718), 78 : (722, 76, 0, 646, 718), 79 : (778, 39, -19, 739, 737), 80 : (667, 86, 0, 622, 718), 81 : (778, 39, -56, 739, 737), 82 : (722, 88, 0, 684, 718), 83 : (667, 49, -19, 620, 737), 84 : (611, 14, 0, 597, 718), 85 : (722, 79, -19, 644, 718), 86 : (667, 20, 0, 647, 718), 87 : (944, 16, 0, 928, 718), 88 : (667, 19, 0, 648, 718), 89 : (667, 14, 0, 653, 718), 90 : (611, 23, 0, 588, 718), 91 : (278, 63, -196, 250, 722), 92 : (278, -17, -19, 295, 737), 93 : (278, 28, -196, 215, 722), 94 : (469, -14, 264, 483, 688), 95 : (556, 0, -125, 556, -75), 96 : (222, 65, 470, 169, 725), 97 : (556, 36, -15, 530, 538), 98 : (556, 58, -15, 517, 718), 99 : (500, 30, -15, 477, 538), 100 : (556, 35, -15, 499, 718), 101 : (556, 40, -15, 516, 538), 102 : (278, 14, 0, 262, 728), 103 : (556, 40, -220, 499, 538), 104 : (556, 65, 0, 491, 718), 105 : (222, 67, 0, 155, 718), 106 : (222, -16, -210, 155, 718), 107 : (500, 67, 0, 501, 718), 108 : (222, 67, 0, 155, 718), 109 : (833, 65, 0, 769, 538), 110 : (556, 65, 0, 491, 538), 111 : (556, 35, -14, 521, 538), 112 : (556, 58, -207, 517, 538), 113 : (556, 35, -207, 494, 538), 114 : (333, 77, 0, 332, 538), 115 : (500, 32, -15, 464, 538), 116 : (278, 14, -7, 257, 669), 117 : (556, 68, -15, 489, 523), 118 : (500, 8, 0, 492, 523), 119 : (722, 14, 0, 709, 523), 120 : (500, 11, 0, 490, 523), 121 : (500, 11, -214, 489, 523), 122 : (500, 31, 0, 469, 523), 123 : (334, 42, -196, 292, 722), 124 : (260, 94, -225, 167, 775), 125 : (334, 42, -196, 292, 722), 126 : (584, 61, 180, 523, 326), 161 : (333, 118, -195, 215, 523), 162 : (556, 51, -115, 513, 623), 163 : (556, 33, -16, 539, 718), 164 : (167, -166, -19, 333, 703), 165 : (556, 3, 0, 553, 688), 166 : (556, -11, -207, 501, 737), 167 : (556, 43, -191, 512, 737), 168 : (556, 28, 99, 528, 603), 169 : (191, 59, 463, 132, 718), 170 : (333, 38, 470, 307, 725), 171 : (556, 97, 108, 459, 446), 172 : (333, 88, 108, 245, 446), 173 : (333, 88, 108, 245, 446), 174 : (500, 14, 0, 434, 728), 175 : (500, 14, 0, 432, 728), 177 : (556, 0, 240, 556, 313), 178 : (556, 43, -159, 514, 718), 179 : (556, 43, -159, 514, 718), 180 : (278, 77, 190, 202, 315), 182 : (537, 18, -173, 497, 718), 183 : (350, 18, 202, 333, 517), 184 : (222, 53, -149, 157, 106), 185 : (333, 26, -149, 295, 106), 186 : (333, 26, 463, 295, 718), 187 : (556, 97, 108, 459, 446), 188 : (1000, 115, 0, 885, 106), 189 : (1000, 7, -19, 994, 703), 191 : (611, 91, -201, 527, 525), 193 : (333, 14, 593, 211, 734), 194 : (333, 122, 593, 319, 734), 195 : (333, 21, 593, 312, 734), 196 : (333, -4, 606, 337, 722), 197 : (333, 10, 627, 323, 684), 198 : (333, 13, 595, 321, 731), 199 : (333, 121, 604, 212, 706), 200 : (333, 40, 604, 293, 706), 202 : (333, 75, 572, 259, 756), 203 : (333, 45, -225, 259, 0), 205 : (333, 31, 593, 409, 734), 206 : (333, 73, -225, 287, 0), 207 : (333, 21, 593, 312, 734), 208 : (1000, 0, 240, 1000, 313), 225 : (1000, 8, 0, 951, 718), 227 : (370, 24, 405, 346, 737), 232 : (556, -20, 0, 537, 718), 233 : (778, 39, -19, 740, 737), 234 : (1000, 36, -19, 965, 737), 235 : (365, 25, 405, 341, 737), 241 : (889, 36, -15, 847, 538), 245 : (278, 95, 0, 183, 523), 248 : (222, -20, 0, 242, 718), 249 : (611, 28, -22, 537, 545), 250 : (944, 35, -15, 902, 538), 251 : (611, 67, -15, 571, 728), -1 : (556, 0, 0, 0, 0), } kerning = { (120, 101) : -30, (101, 119) : -20, (101, 118) : -30, (76, 121) : -30, (101, 121) : -20, (101, 120) : -30, (109, 121) : -15, (76, 89) : -140, (76, 86) : -110, (76, 87) : -70, (76, 84) : -110, (75, 111) : -40, (75, 101) : -40, (114, 116) : 40, (75, 121) : -50, (115, 119) : -30, (75, 117) : -30, (121, 97) : -20, (82, 79) : -20, (75, 79) : -50, (114, 112) : 30, (82, 89) : -50, (82, 84) : -30, (82, 85) : -40, (82, 86) : -50, (82, 87) : -30, (103, 114) : -10, (111, 119) : -15, (111, 118) : -15, (102, 111) : -30, (111, 121) : -30, (111, 120) : -30, (85, 65) : -40, (121, 111) : -20, (118, 111) : -25, (118, 97) : -25, (118, 101) : -25, (84, 119) : -120, (84, 117) : -120, (84, 114) : -120, (68, 65) : -40, (102, 97) : -30, (102, 101) : -30, (84, 121) : -120, (68, 86) : -70, (68, 87) : -40, (84, 101) : -120, (84, 97) : -120, (84, 111) : -120, (80, 101) : -50, (119, 101) : -10, (68, 89) : -90, (110, 117) : -10, (110, 118) : -20, (110, 121) : -15, (84, 65) : -120, (84, 79) : -40, (87, 121) : -20, (87, 117) : -30, (87, 111) : -30, (121, 101) : -20, (87, 101) : -30, (87, 97) : -40, (97, 121) : -30, (97, 119) : -20, (97, 118) : -20, (87, 79) : -20, (112, 121) : -30, (87, 65) : -50, (70, 65) : -80, (86, 117) : -70, (109, 117) : -10, (86, 111) : -80, (86, 97) : -70, (86, 101) : -80, (79, 87) : -30, (79, 86) : -50, (79, 84) : -40, (70, 111) : -30, (70, 97) : -50, (70, 101) : -30, (79, 89) : -70, (79, 88) : -60, (119, 111) : -10, (79, 65) : -20, (86, 79) : -40, (86, 65) : -80, (70, 114) : -45, (104, 121) : -30, (119, 97) : -15, (86, 71) : -40, (74, 97) : -20, (99, 107) : -20, (89, 65) : -110, (74, 117) : -20, (89, 79) : -85, (114, 108) : 15, (114, 109) : 25, (114, 110) : 25, (89, 117) : -110, (74, 65) : -20, (114, 107) : 15, (66, 85) : -10, (114, 97) : -10, (107, 101) : -20, (89, 97) : -140, (89, 101) : -140, (114, 121) : 30, (89, 105) : -20, (114, 117) : 15, (114, 118) : 30, (81, 85) : -10, (89, 111) : -140, (65, 121) : -40, (80, 111) : -50, (80, 97) : -40, (65, 117) : -30, (65, 119) : -40, (65, 118) : -40, (122, 101) : -15, (107, 111) : -20, (122, 111) : -15, (114, 105) : 15, (65, 89) : -100, (98, 121) : -20, (65, 81) : -30, (98, 117) : -20, (98, 118) : -20, (80, 65) : -120, (65, 85) : -50, (65, 84) : -120, (65, 87) : -50, (65, 86) : -70, (98, 108) : -20, (98, 98) : -10, (65, 79) : -30, (65, 67) : -30, (65, 71) : -30, } comments = [ 'Copyright (c) 1985, 1987, 1989, 1990, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'Creation Date: Thu May 1 12:38:23 1997', 'UniqueID 43054', 'VMusage 37069 48094', ] composites = { } pyscript-0.6.1/pyscript/fonts/helvetica_bold.py0000644000175000001440000001734510423157534021436 0ustar cochraneusers""" PyScript font module for Helvetica Bold """ __revision__ = '$Revision: 1.3 $' attrs = { 'FontName' : 'Helvetica-Bold', 'CharacterSet' : 'ExtendedRoman', 'FontBBox' : (-170, -228, 1003, 962), 'Weight' : 'Bold', 'CapHeight' : 718, 'FamilyName' : 'Helvetica', 'IsFixedPitch' : 'false', 'Notice' : 'Copyright (c) 1985, 1987, 1989, 1990, 1997 Adobe Systems Incorporated. All Rights Reserved.Helvetica is a trademark of Linotype-Hell AG and/or its subsidiaries.', 'StdVW' : 140, 'EncodingScheme' : 'AdobeStandardEncoding', 'StdHW' : 118, 'Version' : '002.000', 'UnderlinePosition' : -100, 'XHeight' : 532, 'UnderlineThickness' : 50, 'Descender' : -207, 'ItalicAngle' : 0, 'Ascender' : 718, 'FullName' : 'Helvetica Bold', } chars = { 32 : (278, 0, 0, 0, 0), 33 : (333, 90, 0, 244, 718), 34 : (474, 98, 447, 376, 718), 35 : (556, 18, 0, 538, 698), 36 : (556, 30, -115, 523, 775), 37 : (889, 28, -19, 861, 710), 38 : (722, 54, -19, 701, 718), 39 : (278, 69, 445, 209, 718), 40 : (333, 35, -208, 314, 734), 41 : (333, 19, -208, 298, 734), 42 : (389, 27, 387, 362, 718), 43 : (584, 40, 0, 544, 506), 44 : (278, 64, -168, 214, 146), 45 : (333, 27, 215, 306, 345), 46 : (278, 64, 0, 214, 146), 47 : (278, -33, -19, 311, 737), 48 : (556, 32, -19, 524, 710), 49 : (556, 69, 0, 378, 710), 50 : (556, 26, 0, 511, 710), 51 : (556, 27, -19, 516, 710), 52 : (556, 27, 0, 526, 710), 53 : (556, 27, -19, 516, 698), 54 : (556, 31, -19, 520, 710), 55 : (556, 25, 0, 528, 698), 56 : (556, 32, -19, 524, 710), 57 : (556, 30, -19, 522, 710), 58 : (333, 92, 0, 242, 512), 59 : (333, 92, -168, 242, 512), 60 : (584, 38, -8, 546, 514), 61 : (584, 40, 87, 544, 419), 62 : (584, 38, -8, 546, 514), 63 : (611, 60, 0, 556, 727), 64 : (975, 118, -19, 856, 737), 65 : (722, 20, 0, 702, 718), 66 : (722, 76, 0, 669, 718), 67 : (722, 44, -19, 684, 737), 68 : (722, 76, 0, 685, 718), 69 : (667, 76, 0, 621, 718), 70 : (611, 76, 0, 587, 718), 71 : (778, 44, -19, 713, 737), 72 : (722, 71, 0, 651, 718), 73 : (278, 64, 0, 214, 718), 74 : (556, 22, -18, 484, 718), 75 : (722, 87, 0, 722, 718), 76 : (611, 76, 0, 583, 718), 77 : (833, 69, 0, 765, 718), 78 : (722, 69, 0, 654, 718), 79 : (778, 44, -19, 734, 737), 80 : (667, 76, 0, 627, 718), 81 : (778, 44, -52, 737, 737), 82 : (722, 76, 0, 677, 718), 83 : (667, 39, -19, 629, 737), 84 : (611, 14, 0, 598, 718), 85 : (722, 72, -19, 651, 718), 86 : (667, 19, 0, 648, 718), 87 : (944, 16, 0, 929, 718), 88 : (667, 14, 0, 653, 718), 89 : (667, 15, 0, 653, 718), 90 : (611, 25, 0, 586, 718), 91 : (333, 63, -196, 309, 722), 92 : (278, -33, -19, 311, 737), 93 : (333, 24, -196, 270, 722), 94 : (584, 62, 323, 522, 698), 95 : (556, 0, -125, 556, -75), 96 : (278, 69, 454, 209, 727), 97 : (556, 29, -14, 527, 546), 98 : (611, 61, -14, 578, 718), 99 : (556, 34, -14, 524, 546), 100 : (611, 34, -14, 551, 718), 101 : (556, 23, -14, 528, 546), 102 : (333, 10, 0, 318, 727), 103 : (611, 40, -217, 553, 546), 104 : (611, 65, 0, 546, 718), 105 : (278, 69, 0, 209, 725), 106 : (278, 3, -214, 209, 725), 107 : (556, 69, 0, 562, 718), 108 : (278, 69, 0, 209, 718), 109 : (889, 64, 0, 826, 546), 110 : (611, 65, 0, 546, 546), 111 : (611, 34, -14, 578, 546), 112 : (611, 62, -207, 578, 546), 113 : (611, 34, -207, 552, 546), 114 : (389, 64, 0, 373, 546), 115 : (556, 30, -14, 519, 546), 116 : (333, 10, -6, 309, 676), 117 : (611, 66, -14, 545, 532), 118 : (556, 13, 0, 543, 532), 119 : (778, 10, 0, 769, 532), 120 : (556, 15, 0, 541, 532), 121 : (556, 10, -214, 539, 532), 122 : (500, 20, 0, 480, 532), 123 : (389, 48, -196, 365, 722), 124 : (280, 84, -225, 196, 775), 125 : (389, 24, -196, 341, 722), 126 : (584, 61, 163, 523, 343), 161 : (333, 90, -186, 244, 532), 162 : (556, 34, -118, 524, 628), 163 : (556, 28, -16, 541, 718), 164 : (167, -170, -19, 336, 710), 165 : (556, -9, 0, 565, 698), 166 : (556, -10, -210, 516, 737), 167 : (556, 34, -184, 522, 727), 168 : (556, -3, 76, 559, 636), 169 : (238, 70, 447, 168, 718), 170 : (500, 64, 454, 436, 727), 171 : (556, 88, 76, 468, 484), 172 : (333, 83, 76, 250, 484), 173 : (333, 83, 76, 250, 484), 174 : (611, 10, 0, 542, 727), 175 : (611, 10, 0, 542, 727), 177 : (556, 0, 227, 556, 333), 178 : (556, 36, -171, 520, 718), 179 : (556, 36, -171, 520, 718), 180 : (278, 58, 172, 220, 334), 182 : (556, -8, -191, 539, 700), 183 : (350, 10, 194, 340, 524), 184 : (278, 69, -146, 209, 127), 185 : (500, 64, -146, 436, 127), 186 : (500, 64, 445, 436, 718), 187 : (556, 88, 76, 468, 484), 188 : (1000, 92, 0, 908, 146), 189 : (1000, -3, -19, 1003, 710), 191 : (611, 55, -195, 551, 532), 193 : (333, -23, 604, 225, 750), 194 : (333, 108, 604, 356, 750), 195 : (333, -10, 604, 343, 750), 196 : (333, -17, 610, 350, 737), 197 : (333, -6, 604, 339, 678), 198 : (333, -2, 604, 335, 750), 199 : (333, 104, 614, 230, 729), 200 : (333, 6, 614, 327, 729), 202 : (333, 59, 568, 275, 776), 203 : (333, 6, -228, 245, 0), 205 : (333, 9, 604, 486, 750), 206 : (333, 71, -228, 304, 0), 207 : (333, -10, 604, 343, 750), 208 : (1000, 0, 227, 1000, 333), 225 : (1000, 5, 0, 954, 718), 227 : (370, 22, 401, 347, 737), 232 : (611, -20, 0, 583, 718), 233 : (778, 33, -27, 744, 745), 234 : (1000, 37, -19, 961, 737), 235 : (365, 6, 401, 360, 737), 241 : (889, 29, -14, 858, 546), 245 : (278, 69, 0, 209, 532), 248 : (278, -18, 0, 296, 718), 249 : (611, 22, -29, 589, 560), 250 : (944, 34, -14, 912, 546), 251 : (611, 69, -14, 579, 731), -1 : (556, 0, 0, 0, 0), } kerning = { (120, 101) : -10, (101, 119) : -15, (101, 118) : -15, (76, 121) : -30, (101, 121) : -15, (101, 120) : -15, (109, 121) : -30, (76, 89) : -120, (76, 86) : -110, (76, 87) : -80, (76, 84) : -90, (100, 100) : -10, (75, 111) : -35, (75, 101) : -15, (100, 118) : -15, (100, 119) : -15, (75, 121) : -40, (115, 119) : -15, (75, 117) : -30, (100, 121) : -15, (121, 97) : -30, (82, 79) : -20, (75, 79) : -30, (114, 113) : -20, (82, 89) : -50, (108, 121) : -15, (82, 84) : -20, (82, 85) : -20, (82, 86) : -50, (82, 87) : -40, (103, 103) : -10, (103, 101) : 10, (111, 119) : -15, (111, 118) : -20, (102, 111) : -20, (111, 121) : -20, (111, 120) : -30, (85, 65) : -50, (121, 111) : -25, (118, 111) : -30, (118, 97) : -20, (84, 119) : -60, (84, 117) : -90, (84, 114) : -80, (68, 65) : -40, (102, 101) : -10, (84, 121) : -60, (68, 86) : -40, (68, 87) : -40, (84, 101) : -60, (84, 97) : -80, (84, 111) : -80, (80, 101) : -30, (68, 89) : -70, (110, 117) : -10, (110, 118) : -40, (110, 121) : -20, (84, 65) : -90, (84, 79) : -40, (87, 121) : -20, (87, 117) : -45, (87, 111) : -60, (121, 101) : -10, (87, 101) : -35, (87, 97) : -40, (97, 121) : -20, (97, 119) : -15, (97, 118) : -15, (87, 79) : -20, (112, 121) : -15, (97, 103) : -10, (70, 65) : -80, (86, 117) : -60, (109, 117) : -20, (86, 111) : -90, (86, 97) : -60, (86, 101) : -50, (79, 87) : -50, (79, 86) : -50, (79, 84) : -40, (70, 97) : -20, (79, 89) : -70, (79, 88) : -50, (119, 111) : -20, (108, 119) : -15, (87, 65) : -60, (79, 65) : -50, (86, 79) : -50, (86, 65) : -80, (104, 121) : -20, (86, 71) : -50, (99, 107) : -20, (99, 104) : -10, (99, 108) : -20, (89, 65) : -110, (74, 117) : -20, (99, 121) : -10, (89, 79) : -70, (114, 111) : -20, (89, 117) : -100, (74, 65) : -20, (114, 100) : -20, (66, 85) : -10, (114, 103) : -15, (114, 99) : -20, (89, 97) : -90, (89, 101) : -80, (114, 121) : 10, (114, 116) : 20, (114, 118) : 10, (81, 85) : -10, (66, 65) : -30, (89, 111) : -100, (114, 115) : -15, (65, 121) : -30, (80, 111) : -40, (80, 97) : -30, (65, 117) : -30, (65, 119) : -30, (65, 118) : -40, (122, 101) : 10, (107, 111) : -15, (65, 89) : -110, (98, 121) : -20, (65, 81) : -40, (98, 117) : -20, (98, 118) : -20, (80, 65) : -100, (65, 85) : -50, (65, 84) : -90, (65, 87) : -60, (65, 86) : -80, (98, 108) : -10, (65, 79) : -40, (65, 67) : -40, (65, 71) : -50, } comments = [ 'Copyright (c) 1985, 1987, 1989, 1990, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'Creation Date: Thu May 1 12:43:52 1997', 'UniqueID 43052', 'VMusage 37169 48194', ] composites = { } pyscript-0.6.1/pyscript/fonts/helvetica_boldoblique.py0000644000175000001440000001746210423157534023017 0ustar cochraneusers""" PyScript font module for Helvetica Bold Oblique """ __revision__ = '$Revision: 1.3 $' attrs = { 'FontName' : 'Helvetica-BoldOblique', 'CharacterSet' : 'ExtendedRoman', 'FontBBox' : (-174, -228, 1114, 962), 'Weight' : 'Bold', 'CapHeight' : 718, 'FamilyName' : 'Helvetica', 'IsFixedPitch' : 'false', 'Notice' : 'Copyright (c) 1985, 1987, 1989, 1990, 1997 Adobe Systems Incorporated. All Rights Reserved.Helvetica is a trademark of Linotype-Hell AG and/or its subsidiaries.', 'StdVW' : 140, 'EncodingScheme' : 'AdobeStandardEncoding', 'StdHW' : 118, 'Version' : '002.000', 'UnderlinePosition' : -100, 'XHeight' : 532, 'UnderlineThickness' : 50, 'Descender' : -207, 'ItalicAngle' : -12, 'Ascender' : 718, 'FullName' : 'Helvetica Bold Oblique', } chars = { 32 : (278, 0, 0, 0, 0), 33 : (333, 94, 0, 397, 718), 34 : (474, 193, 447, 529, 718), 35 : (556, 60, 0, 644, 698), 36 : (556, 67, -115, 622, 775), 37 : (889, 136, -19, 901, 710), 38 : (722, 89, -19, 732, 718), 39 : (278, 167, 445, 362, 718), 40 : (333, 76, -208, 470, 734), 41 : (333, -25, -208, 369, 734), 42 : (389, 146, 387, 481, 718), 43 : (584, 82, 0, 610, 506), 44 : (278, 28, -168, 245, 146), 45 : (333, 73, 215, 379, 345), 46 : (278, 64, 0, 245, 146), 47 : (278, -37, -19, 468, 737), 48 : (556, 86, -19, 617, 710), 49 : (556, 173, 0, 529, 710), 50 : (556, 26, 0, 619, 710), 51 : (556, 65, -19, 608, 710), 52 : (556, 60, 0, 598, 710), 53 : (556, 64, -19, 636, 698), 54 : (556, 85, -19, 619, 710), 55 : (556, 125, 0, 676, 698), 56 : (556, 69, -19, 616, 710), 57 : (556, 78, -19, 615, 710), 58 : (333, 92, 0, 351, 512), 59 : (333, 56, -168, 351, 512), 60 : (584, 82, -8, 655, 514), 61 : (584, 58, 87, 633, 419), 62 : (584, 36, -8, 609, 514), 63 : (611, 165, 0, 671, 727), 64 : (975, 186, -19, 954, 737), 65 : (722, 20, 0, 702, 718), 66 : (722, 76, 0, 764, 718), 67 : (722, 107, -19, 789, 737), 68 : (722, 76, 0, 777, 718), 69 : (667, 76, 0, 757, 718), 70 : (611, 76, 0, 740, 718), 71 : (778, 108, -19, 817, 737), 72 : (722, 71, 0, 804, 718), 73 : (278, 64, 0, 367, 718), 74 : (556, 60, -18, 637, 718), 75 : (722, 87, 0, 858, 718), 76 : (611, 76, 0, 611, 718), 77 : (833, 69, 0, 918, 718), 78 : (722, 69, 0, 807, 718), 79 : (778, 107, -19, 823, 737), 80 : (667, 76, 0, 738, 718), 81 : (778, 107, -52, 823, 737), 82 : (722, 76, 0, 778, 718), 83 : (667, 81, -19, 718, 737), 84 : (611, 140, 0, 751, 718), 85 : (722, 116, -19, 804, 718), 86 : (667, 172, 0, 801, 718), 87 : (944, 169, 0, 1082, 718), 88 : (667, 14, 0, 791, 718), 89 : (667, 168, 0, 806, 718), 90 : (611, 25, 0, 737, 718), 91 : (333, 21, -196, 462, 722), 92 : (278, 124, -19, 307, 737), 93 : (333, -18, -196, 423, 722), 94 : (584, 131, 323, 591, 698), 95 : (556, -27, -125, 540, -75), 96 : (278, 165, 454, 361, 727), 97 : (556, 55, -14, 583, 546), 98 : (611, 61, -14, 645, 718), 99 : (556, 79, -14, 599, 546), 100 : (611, 82, -14, 704, 718), 101 : (556, 70, -14, 593, 546), 102 : (333, 87, 0, 469, 727), 103 : (611, 38, -217, 666, 546), 104 : (611, 65, 0, 629, 718), 105 : (278, 69, 0, 363, 725), 106 : (278, -42, -214, 363, 725), 107 : (556, 69, 0, 670, 718), 108 : (278, 69, 0, 362, 718), 109 : (889, 64, 0, 909, 546), 110 : (611, 65, 0, 629, 546), 111 : (611, 82, -14, 643, 546), 112 : (611, 18, -207, 645, 546), 113 : (611, 80, -207, 665, 546), 114 : (389, 64, 0, 489, 546), 115 : (556, 63, -14, 584, 546), 116 : (333, 100, -6, 422, 676), 117 : (611, 98, -14, 658, 532), 118 : (556, 126, 0, 656, 532), 119 : (778, 123, 0, 882, 532), 120 : (556, 15, 0, 648, 532), 121 : (556, 42, -214, 652, 532), 122 : (500, 20, 0, 583, 532), 123 : (389, 94, -196, 518, 722), 124 : (280, 36, -225, 361, 775), 125 : (389, -18, -196, 407, 722), 126 : (584, 115, 163, 577, 343), 161 : (333, 50, -186, 353, 532), 162 : (556, 79, -118, 599, 628), 163 : (556, 50, -16, 635, 718), 164 : (167, -174, -19, 487, 710), 165 : (556, 60, 0, 713, 698), 166 : (556, -50, -210, 669, 737), 167 : (556, 61, -184, 598, 727), 168 : (556, 27, 76, 680, 636), 169 : (238, 165, 447, 321, 718), 170 : (500, 160, 454, 588, 727), 171 : (556, 135, 76, 571, 484), 172 : (333, 130, 76, 353, 484), 173 : (333, 99, 76, 322, 484), 174 : (611, 87, 0, 696, 727), 175 : (611, 87, 0, 695, 727), 177 : (556, 48, 227, 627, 333), 178 : (556, 118, -171, 626, 718), 179 : (556, 46, -171, 628, 718), 180 : (278, 110, 172, 276, 334), 182 : (556, 98, -191, 688, 700), 183 : (350, 83, 194, 420, 524), 184 : (278, 41, -146, 236, 127), 185 : (500, 36, -146, 463, 127), 186 : (500, 162, 445, 589, 718), 187 : (556, 104, 76, 540, 484), 188 : (1000, 92, 0, 939, 146), 189 : (1000, 76, -19, 1038, 710), 191 : (611, 53, -195, 559, 532), 193 : (333, 136, 604, 353, 750), 194 : (333, 236, 604, 515, 750), 195 : (333, 118, 604, 471, 750), 196 : (333, 113, 610, 507, 737), 197 : (333, 122, 604, 483, 678), 198 : (333, 156, 604, 494, 750), 199 : (333, 235, 614, 385, 729), 200 : (333, 137, 614, 482, 729), 202 : (333, 200, 568, 420, 776), 203 : (333, -37, -228, 220, 0), 205 : (333, 137, 604, 645, 750), 206 : (333, 41, -228, 264, 0), 207 : (333, 149, 604, 502, 750), 208 : (1000, 48, 227, 1071, 333), 225 : (1000, 5, 0, 1100, 718), 227 : (370, 125, 401, 465, 737), 232 : (611, 34, 0, 611, 718), 233 : (778, 35, -27, 894, 745), 234 : (1000, 99, -19, 1114, 737), 235 : (365, 123, 401, 485, 737), 241 : (889, 56, -14, 923, 546), 245 : (278, 69, 0, 322, 532), 248 : (278, 40, 0, 407, 718), 249 : (611, 22, -29, 701, 560), 250 : (944, 82, -14, 977, 546), 251 : (611, 69, -14, 657, 731), -1 : (556, 0, 0, 0, 0), } kerning = { (120, 101) : -10, (101, 119) : -15, (101, 118) : -15, (76, 121) : -30, (101, 121) : -15, (101, 120) : -15, (109, 121) : -30, (76, 89) : -120, (76, 86) : -110, (76, 87) : -80, (76, 84) : -90, (100, 100) : -10, (75, 111) : -35, (75, 101) : -15, (100, 118) : -15, (100, 119) : -15, (75, 121) : -40, (115, 119) : -15, (75, 117) : -30, (100, 121) : -15, (121, 97) : -30, (82, 79) : -20, (75, 79) : -30, (114, 113) : -20, (82, 89) : -50, (108, 121) : -15, (82, 84) : -20, (82, 85) : -20, (82, 86) : -50, (82, 87) : -40, (103, 103) : -10, (103, 101) : 10, (111, 119) : -15, (111, 118) : -20, (102, 111) : -20, (111, 121) : -20, (111, 120) : -30, (85, 65) : -50, (121, 111) : -25, (118, 111) : -30, (118, 97) : -20, (84, 119) : -60, (84, 117) : -90, (84, 114) : -80, (68, 65) : -40, (102, 101) : -10, (84, 121) : -60, (68, 86) : -40, (68, 87) : -40, (84, 101) : -60, (84, 97) : -80, (84, 111) : -80, (80, 101) : -30, (68, 89) : -70, (110, 117) : -10, (110, 118) : -40, (110, 121) : -20, (84, 65) : -90, (84, 79) : -40, (87, 121) : -20, (87, 117) : -45, (87, 111) : -60, (121, 101) : -10, (87, 101) : -35, (87, 97) : -40, (97, 121) : -20, (97, 119) : -15, (97, 118) : -15, (87, 79) : -20, (112, 121) : -15, (97, 103) : -10, (70, 65) : -80, (86, 117) : -60, (109, 117) : -20, (86, 111) : -90, (86, 97) : -60, (86, 101) : -50, (79, 87) : -50, (79, 86) : -50, (79, 84) : -40, (70, 97) : -20, (79, 89) : -70, (79, 88) : -50, (119, 111) : -20, (108, 119) : -15, (87, 65) : -60, (79, 65) : -50, (86, 79) : -50, (86, 65) : -80, (104, 121) : -20, (86, 71) : -50, (99, 107) : -20, (99, 104) : -10, (99, 108) : -20, (89, 65) : -110, (74, 117) : -20, (99, 121) : -10, (89, 79) : -70, (114, 111) : -20, (89, 117) : -100, (74, 65) : -20, (114, 100) : -20, (66, 85) : -10, (114, 103) : -15, (114, 99) : -20, (89, 97) : -90, (89, 101) : -80, (114, 121) : 10, (114, 116) : 20, (114, 118) : 10, (81, 85) : -10, (66, 65) : -30, (89, 111) : -100, (114, 115) : -15, (65, 121) : -30, (80, 111) : -40, (80, 97) : -30, (65, 117) : -30, (65, 119) : -30, (65, 118) : -40, (122, 101) : 10, (107, 111) : -15, (65, 89) : -110, (98, 121) : -20, (65, 81) : -40, (98, 117) : -20, (98, 118) : -20, (80, 65) : -100, (65, 85) : -50, (65, 84) : -90, (65, 87) : -60, (65, 86) : -80, (98, 108) : -10, (65, 79) : -40, (65, 67) : -40, (65, 71) : -50, } comments = [ 'Copyright (c) 1985, 1987, 1989, 1990, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'Creation Date: Thu May 1 12:45:12 1997', 'UniqueID 43053', 'VMusage 14482 68586', ] composites = { } pyscript-0.6.1/pyscript/fonts/helvetica_oblique.py0000644000175000001440000001751710423157534022157 0ustar cochraneusers""" PyScript font module for Helvetica Oblique """ __revision__ = '$Revision: 1.3 $' attrs = { 'FontName' : 'Helvetica-Oblique', 'CharacterSet' : 'ExtendedRoman', 'FontBBox' : (-170, -225, 1116, 931), 'Weight' : 'Medium', 'CapHeight' : 718, 'FamilyName' : 'Helvetica', 'IsFixedPitch' : 'false', 'Notice' : 'Copyright (c) 1985, 1987, 1989, 1990, 1997 Adobe Systems Incorporated. All Rights Reserved.Helvetica is a trademark of Linotype-Hell AG and/or its subsidiaries.', 'StdVW' : 88, 'EncodingScheme' : 'AdobeStandardEncoding', 'StdHW' : 76, 'Version' : '002.000', 'UnderlinePosition' : -100, 'XHeight' : 523, 'UnderlineThickness' : 50, 'Descender' : -207, 'ItalicAngle' : -12, 'Ascender' : 718, 'FullName' : 'Helvetica Oblique', } chars = { 32 : (278, 0, 0, 0, 0), 33 : (278, 90, 0, 340, 718), 34 : (355, 168, 463, 438, 718), 35 : (556, 73, 0, 631, 688), 36 : (556, 69, -115, 617, 775), 37 : (889, 147, -19, 889, 703), 38 : (667, 77, -15, 647, 718), 39 : (222, 151, 463, 310, 718), 40 : (333, 108, -207, 454, 733), 41 : (333, -9, -207, 337, 733), 42 : (389, 165, 431, 475, 718), 43 : (584, 85, 0, 606, 505), 44 : (278, 56, -147, 214, 106), 45 : (333, 93, 232, 357, 322), 46 : (278, 87, 0, 214, 106), 47 : (278, -21, -19, 452, 737), 48 : (556, 93, -19, 608, 703), 49 : (556, 207, 0, 508, 703), 50 : (556, 26, 0, 617, 703), 51 : (556, 75, -19, 610, 703), 52 : (556, 61, 0, 576, 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All rights reserved.', 'Creation Date: Thu May 1 15:12:25 1997', 'UniqueID 43064', 'VMusage 30820 39997', ] composites = { } pyscript-0.6.1/pyscript/fonts/times_bold.py0000644000175000001440000001674410423157534020615 0ustar cochraneusers""" PyScript font module for Times Bold """ __revision__ = '$Revision: 1.3 $' attrs = { 'FontName' : 'Times-Bold', 'CharacterSet' : 'ExtendedRoman', 'FontBBox' : (-168, -218, 1000, 935), 'Weight' : 'Bold', 'CapHeight' : 676, 'FamilyName' : 'Times', 'IsFixedPitch' : 'false', 'Notice' : 'Copyright (c) 1985, 1987, 1989, 1990, 1993, 1997 Adobe Systems Incorporated. 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-10, (65, 79) : -45, (114, 101) : -18, (65, 67) : -55, (65, 71) : -55, } comments = [ 'Copyright (c) 1985, 1987, 1989, 1990, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'Creation Date: Thu May 1 12:52:56 1997', 'UniqueID 43065', 'VMusage 41636 52661', ] composites = { } pyscript-0.6.1/pyscript/fonts/times_bolditalic.py0000644000175000001440000001666410423157534022004 0ustar cochraneusers""" PyScript font module for Times Bold Italic """ __revision__ = '$Revision: 1.3 $' attrs = { 'FontName' : 'Times-BoldItalic', 'CharacterSet' : 'ExtendedRoman', 'FontBBox' : (-200, -218, 996, 921), 'Weight' : 'Bold', 'CapHeight' : 669, 'FamilyName' : 'Times', 'IsFixedPitch' : 'false', 'Notice' : 'Copyright (c) 1985, 1987, 1989, 1990, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.Times is a trademark of Linotype-Hell AG and/or its subsidiaries.', 'StdVW' : 121, 'EncodingScheme' : 'AdobeStandardEncoding', 'StdHW' : 42, 'Version' : '002.000', 'UnderlinePosition' : -100, 'XHeight' : 462, 'UnderlineThickness' : 50, 'Descender' : -217, 'ItalicAngle' : -15, 'Ascender' : 683, 'FullName' : 'Times Bold Italic', } chars = { 32 : (250, 0, 0, 0, 0), 33 : (389, 67, -13, 370, 684), 34 : (555, 136, 398, 536, 685), 35 : (500, -33, 0, 533, 700), 36 : (500, -20, -100, 497, 733), 37 : (833, 39, -10, 793, 692), 38 : (778, 5, -19, 699, 682), 39 : (333, 98, 369, 302, 685), 40 : (333, 28, -179, 344, 685), 41 : (333, -44, -179, 271, 685), 42 : (500, 65, 249, 456, 685), 43 : (570, 33, 0, 537, 506), 44 : (250, -60, -182, 144, 134), 45 : (333, 2, 166, 271, 282), 46 : (250, -9, -13, 139, 135), 47 : (278, -64, -18, 342, 685), 48 : (500, 17, -14, 477, 683), 49 : (500, 5, 0, 419, 683), 50 : (500, -27, 0, 446, 683), 51 : (500, -15, -13, 450, 683), 52 : (500, -15, 0, 503, 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-119, 441, 560), 250 : (722, 6, -13, 674, 462), 251 : (500, -200, -200, 473, 705), -1 : (500, 0, 0, 0, 0), } kerning = { (101, 98) : -10, (120, 101) : -10, (76, 121) : -37, (76, 89) : -37, (76, 86) : -37, (76, 87) : -37, (76, 84) : -18, (75, 111) : -25, (70, 105) : -40, (75, 101) : -25, (75, 121) : -20, (75, 117) : -20, (82, 79) : -40, (75, 79) : -30, (82, 89) : -18, (82, 84) : -30, (82, 85) : -40, (82, 86) : -18, (82, 87) : -18, (111, 119) : -25, (111, 118) : -15, (102, 111) : -10, (111, 121) : -10, (111, 120) : -10, (78, 65) : -30, (85, 65) : -45, (118, 111) : -15, (118, 101) : -15, (84, 119) : -37, (84, 117) : -37, (84, 114) : -37, (68, 65) : -25, (102, 101) : -10, (102, 102) : -18, (84, 121) : -37, (68, 86) : -50, (68, 87) : -40, (84, 101) : -92, (84, 97) : -92, (84, 111) : -95, (80, 101) : -50, (119, 101) : -10, (84, 105) : -37, (110, 118) : -40, (84, 65) : -55, (84, 79) : -18, (87, 121) : -55, (87, 117) : -55, (87, 111) : -80, (87, 105) : -37, (87, 101) : -90, (87, 97) : -85, (87, 79) : -15, (68, 89) : -50, (87, 65) : -74, (99, 104) : -10, (70, 65) : -100, (86, 117) : -55, (86, 105) : -55, (86, 111) : -111, (86, 97) : -111, (86, 101) : -111, (79, 87) : -50, (79, 86) : -50, (79, 84) : -40, (70, 111) : -70, (70, 97) : -95, (70, 101) : -100, (79, 89) : -50, (79, 88) : -40, (119, 111) : -15, (79, 65) : -40, (86, 79) : -30, (86, 65) : -85, (70, 114) : -50, (119, 97) : -10, (86, 71) : -10, (74, 101) : -40, (74, 97) : -40, (99, 107) : -10, (74, 111) : -40, (89, 65) : -74, (74, 117) : -40, (89, 79) : -25, (89, 117) : -92, (74, 65) : -25, (66, 85) : -10, (107, 101) : -30, (89, 97) : -92, (89, 101) : -111, (89, 105) : -55, (81, 85) : -10, (66, 65) : -25, (89, 111) : -111, (65, 121) : -74, (80, 111) : -55, (80, 97) : -40, (65, 117) : -30, (65, 119) : -74, (65, 118) : -74, (107, 111) : -10, (65, 89) : -70, (65, 81) : -55, (98, 117) : -20, (80, 65) : -85, (65, 85) : -50, (65, 84) : -55, (65, 87) : -100, (65, 86) : -95, (98, 98) : -10, (65, 79) : -50, (65, 67) : -65, (65, 71) : -60, } comments = [ 'Copyright (c) 1985, 1987, 1989, 1990, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'Creation Date: Thu May 1 13:04:06 1997', 'UniqueID 43066', 'VMusage 45874 56899', ] composites = { } pyscript-0.6.1/pyscript/fonts/times_italic.py0000644000175000001440000001673710423157534021144 0ustar cochraneusers""" PyScript font module for Times Italic """ __revision__ = '$Revision: 1.3 $' attrs = { 'FontName' : 'Times-Italic', 'CharacterSet' : 'ExtendedRoman', 'FontBBox' : (-169, -217, 1010, 883), 'Weight' : 'Medium', 'CapHeight' : 653, 'FamilyName' : 'Times', 'IsFixedPitch' : 'false', 'Notice' : 'Copyright (c) 1985, 1987, 1989, 1990, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.Times is a trademark of Linotype-Hell AG and/or its subsidiaries.', 'StdVW' : 76, 'EncodingScheme' : 'AdobeStandardEncoding', 'StdHW' : 32, 'Version' : '002.000', 'UnderlinePosition' : -100, 'XHeight' : 441, 'UnderlineThickness' : 50, 'Descender' : -217, 'ItalicAngle' : '-15.5', 'Ascender' : 683, 'FullName' : 'Times Italic', } chars = { 32 : (250, 0, 0, 0, 0), 33 : (333, 39, -11, 302, 667), 34 : (420, 144, 421, 432, 666), 35 : (500, 2, 0, 540, 676), 36 : (500, 31, -89, 497, 731), 37 : (833, 79, -13, 790, 676), 38 : (778, 76, -18, 723, 666), 39 : (333, 151, 436, 290, 666), 40 : (333, 42, -181, 315, 669), 41 : (333, 16, -180, 289, 669), 42 : (500, 128, 255, 492, 666), 43 : (675, 86, 0, 590, 506), 44 : (250, -4, -129, 135, 101), 45 : (333, 49, 192, 282, 255), 46 : (250, 27, -11, 138, 100), 47 : (278, -65, -18, 386, 666), 48 : (500, 32, -7, 497, 676), 49 : (500, 49, 0, 409, 676), 50 : (500, 12, 0, 452, 676), 51 : (500, 15, -7, 465, 676), 52 : (500, 1, 0, 479, 676), 53 : 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79) : -40, (114, 101) : -37, (65, 67) : -30, (65, 71) : -35, } comments = [ 'Copyright (c) 1985, 1987, 1989, 1990, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'Creation Date: Thu May 1 12:56:55 1997', 'UniqueID 43067', 'VMusage 47727 58752', ] composites = { } pyscript-0.6.1/pyscript/fonts/times_roman.py0000644000175000001440000001657210423157534021010 0ustar cochraneusers""" PyScript font module for Times Roman """ __revision__ = '$Revision: 1.3 $' attrs = { 'FontName' : 'Times-Roman', 'CharacterSet' : 'ExtendedRoman', 'FontBBox' : (-168, -218, 1000, 898), 'Weight' : 'Roman', 'CapHeight' : 662, 'FamilyName' : 'Times', 'IsFixedPitch' : 'false', 'Notice' : 'Copyright (c) 1985, 1987, 1989, 1990, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.Times is a trademark of Linotype-Hell AG and/or its subsidiaries.', 'StdVW' : 84, 'EncodingScheme' : 'AdobeStandardEncoding', 'StdHW' : 28, 'Version' : '002.000', 'UnderlinePosition' : -100, 'XHeight' : 450, 'UnderlineThickness' : 50, 'Descender' : -217, 'ItalicAngle' : 0, 'Ascender' : 683, 'FullName' : 'Times Roman', } chars = { 32 : (250, 0, 0, 0, 0), 33 : (333, 130, -9, 238, 676), 34 : (408, 77, 431, 331, 676), 35 : (500, 5, 0, 496, 662), 36 : (500, 44, -87, 457, 727), 37 : (833, 61, -13, 772, 676), 38 : (778, 42, -13, 750, 676), 39 : (333, 79, 433, 218, 676), 40 : (333, 48, -177, 304, 676), 41 : (333, 29, -177, 285, 676), 42 : (500, 69, 265, 432, 676), 43 : (564, 30, 0, 534, 506), 44 : (250, 56, -141, 195, 102), 45 : (333, 39, 194, 285, 257), 46 : (250, 70, -11, 181, 100), 47 : (278, -9, -14, 287, 676), 48 : (500, 24, -14, 476, 676), 49 : (500, 111, 0, 394, 676), 50 : (500, 30, 0, 475, 676), 51 : (500, 43, -14, 431, 676), 52 : (500, 12, 0, 472, 676), 53 : (500, 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0), } kerning = { (101, 103) : -15, (120, 101) : -15, (101, 119) : -25, (101, 118) : -25, (76, 121) : -55, (101, 121) : -15, (101, 120) : -15, (76, 89) : -100, (76, 86) : -100, (76, 87) : -74, (76, 84) : -92, (75, 111) : -35, (75, 101) : -25, (75, 121) : -25, (75, 117) : -15, (82, 79) : -40, (75, 79) : -30, (82, 89) : -65, (82, 84) : -60, (82, 85) : -40, (82, 86) : -80, (82, 87) : -55, (102, 105) : -20, (103, 97) : -5, (111, 119) : -25, (111, 118) : -15, (111, 121) : -10, (78, 65) : -35, (85, 65) : -40, (118, 111) : -20, (118, 97) : -25, (118, 101) : -15, (84, 119) : -80, (84, 117) : -45, (84, 114) : -35, (68, 65) : -40, (102, 97) : -10, (102, 102) : -25, (84, 121) : -80, (68, 86) : -40, (68, 87) : -30, (84, 101) : -70, (84, 97) : -80, (84, 111) : -80, (84, 105) : -35, (110, 118) : -40, (110, 121) : -15, (84, 65) : -93, (84, 79) : -18, (87, 121) : -73, (87, 117) : -50, (87, 111) : -80, (87, 105) : -40, (87, 101) : -80, (87, 97) : -80, (97, 119) : -15, (97, 118) : -20, (87, 79) : -10, (112, 121) : -10, (105, 118) : -25, (68, 89) : -55, (87, 65) : -120, (70, 65) : -74, (86, 117) : -75, (86, 105) : -60, (86, 111) : -129, (86, 97) : -111, (86, 101) : -111, (79, 87) : -35, (79, 86) : -50, (79, 84) : -40, (70, 111) : -15, (70, 97) : -15, (79, 89) : -50, (79, 88) : -40, (119, 111) : -10, (108, 119) : -10, (79, 65) : -35, (86, 79) : -40, (86, 65) : -135, (104, 121) : -5, (119, 97) : -10, (86, 71) : -15, (89, 65) : -120, (99, 121) : -15, (89, 79) : -30, (89, 117) : -111, (74, 65) : -60, (66, 85) : -10, (114, 103) : -18, (107, 101) : -10, (89, 97) : -100, (107, 121) : -15, (89, 101) : -100, (89, 105) : -55, (81, 85) : -10, (66, 65) : -35, (89, 111) : -110, (65, 121) : -92, (80, 97) : -15, (65, 119) : -92, (65, 118) : -74, (107, 111) : -10, (65, 89) : -105, (65, 81) : -55, (98, 117) : -20, (98, 118) : -15, (80, 65) : -92, (65, 85) : -55, (65, 84) : -111, (65, 87) : -90, (65, 86) : -135, (65, 79) : -55, (65, 67) : -40, (65, 71) : -40, } comments = [ 'Copyright (c) 1985, 1987, 1989, 1990, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved.', 'Creation Date: Thu May 1 12:49:17 1997', 'UniqueID 43068', 'VMusage 43909 54934', ] composites = { } pyscript-0.6.1/pyscript/fonts/zapfdingbats.py0000644000175000001440000001577710423157534021155 0ustar cochraneusers""" PyScript font module for ITC Zapf Dingbats """ __revision__ = '$Revision: 1.3 $' attrs = { 'FontName' : 'ZapfDingbats', 'CharacterSet' : 'Special', 'FontBBox' : (-1, -143, 981, 820), 'Weight' : 'Medium', 'FamilyName' : 'ZapfDingbats', 'IsFixedPitch' : 'false', 'Notice' : 'Copyright (c) 1985, 1987, 1988, 1989, 1997 Adobe Systems Incorporated. All Rights Reserved.ITC Zapf Dingbats is a registered trademark of International Typeface Corporation.', 'StdVW' : 90, 'EncodingScheme' : 'FontSpecific', 'StdHW' : 28, 'Version' : '002.000', 'UnderlinePosition' : -100, 'UnderlineThickness' : 50, 'ItalicAngle' : 0, 'FullName' : 'ITC Zapf Dingbats', } chars = { 32 : (278, 0, 0, 0, 0), 33 : (974, 35, 72, 939, 621), 34 : (961, 35, 81, 927, 611), 35 : (974, 35, 72, 939, 621), 36 : (980, 35, 0, 945, 692), 37 : (719, 34, 139, 685, 566), 38 : (789, 35, -14, 755, 705), 39 : (790, 35, -14, 755, 705), 40 : (791, 35, -13, 761, 705), 41 : (690, 34, 138, 655, 553), 42 : (960, 35, 123, 925, 568), 43 : (939, 35, 134, 904, 559), 44 : (549, 29, -11, 516, 705), 45 : (855, 34, 59, 820, 632), 46 : (911, 35, 50, 876, 642), 47 : (933, 35, 139, 899, 550), 48 : (911, 35, 50, 876, 642), 49 : (945, 35, 139, 909, 553), 50 : (974, 35, 104, 938, 587), 51 : (755, 34, -13, 721, 705), 52 : (846, 36, -14, 811, 705), 53 : (762, 35, 0, 727, 692), 54 : (761, 35, 0, 727, 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All Rights Reserved.', 'Creation Date: Thu May 1 15:14:13 1997', 'UniqueID 43082', 'VMusage 45775 55535', ] composites = { } pyscript-0.6.1/pyscript/lib/0000755000175000001440000000000010441274723015523 5ustar cochraneuserspyscript-0.6.1/pyscript/lib/__init__.py0000644000175000001440000000164410401101573017625 0ustar cochraneusers# Copyright (C) 2003-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: __init__.py,v 1.3 2006/02/28 17:08:11 paultcochrane Exp $ """ The PyScript libraries """ __revision__ = '$Revision: 1.3 $' # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/lib/electronics.py0000644000175000001440000005143510423157603020414 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: electronics.py,v 1.14 2006/04/24 14:24:03 paultcochrane Exp $ """ PyScript electronics objects library Thanks to Adrian Jonstone's lcircuit macros from CTAN for the ideas and names """ __revision__ = '$Revision: 1.14 $' from pyscript import P, Group, Path, Circle, C, Rectangle, Color class Gate(Group): """ Generic gate class """ def __init__(self, **options): # initialise the base class Group.__init__(self, **options) self.height = 2.0 self.width = 3.0 self.angle = 0.0 self.pinLength = 0.5 self.fg = Color(0) self.bg = Color(1) # AND gate class AndGate(Gate): """ Generates an AND gate @ivar height: gate height @type height: float @ivar width: gate width @type width: float @ivar angle: gate angle @type angle: float @ivar pinLength: length of pins into and out of gate @type pinLength: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ def __init__(self, **options): # initialise the base class Gate.__init__(self, **options) # process the options if any self.height = options.get("height", self.height) self.width = options.get("width", self.width) self.angle = options.get("angle", self.angle) self.pinLength = options.get("pinLength", self.pinLength) self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) # now draw the gate buff = 0.0 pinEdgeDist = 0.1*self.height bodyHeight = self.height pl = self.pinLength bodyWidth = self.width - 2.0*pl gateBody = Group( Path( P(pl, buff+0), P(pl, buff+bodyHeight), P(pl+bodyWidth/2.0, buff+bodyHeight)), Circle(c=P(pl+bodyWidth/2.0, buff+bodyHeight/2.0), r=bodyHeight/2.0, start=0, end=180), Path( P(pl+bodyWidth/2.0, buff+0), P(pl, buff+0))) gatePinIn1 = Path( P(0, bodyHeight-pinEdgeDist), P(pl, bodyHeight-pinEdgeDist)) gatePinIn2 = Path( P(0, pinEdgeDist), P(pl, pinEdgeDist)) gatePinOut = Path( P(bodyWidth+pl, bodyHeight/2.0), P(bodyWidth+2.0*pl, bodyHeight/2.0)) # collect the objects together obj = Group(gateBody, gatePinIn1, gatePinIn2, gatePinOut) # apply the colours obj.apply(fg=self.fg, bg=self.bg) # rotate if necessary if self.angle != 0.0: obj.rotate(self.angle, p=obj.bbox().c) # now set the object to myself self.append(obj) # NAND gate class NandGate(Gate): """ Generates a NAND gate @ivar height: gate height @type height: float @ivar width: gate width @type width: float @ivar angle: gate angle @type angle: float @ivar pinLength: length of pins into and out of gate @type pinLength: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ def __init__(self, **options): # initialise the base class Gate.__init__(self, **options) # process the options if any self.height = options.get("height", self.height) self.width = options.get("width", self.width) self.angle = options.get("angle", self.angle) self.pinLength = options.get("pinLength", self.pinLength) self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) # now draw the gate buff = 0.0 pinEdgeDist = 0.1*self.height pl = self.pinLength bodyHeight = self.height bodyWidth = self.width - 2.0*pl rad = 0.1 gateBody = Group( Path( P(pl, buff+0), P(pl, buff+bodyHeight), P(pl+bodyWidth/2., buff+bodyHeight)), Circle(c=P(pl+bodyWidth/2., buff+bodyHeight/2.), r=bodyHeight/2., start=0, end=180), Path( P(pl+bodyWidth/2., buff+0), P(pl, buff+0))) gatePinIn1 = Path( P(0, bodyHeight-pinEdgeDist), P(pl, bodyHeight-pinEdgeDist)) gatePinIn2 = Path( P(0, pinEdgeDist), P(pl, pinEdgeDist)) gatePinOut = Group( Circle(c=P(bodyWidth+pl+rad, bodyHeight/2.), r=rad), Path( P(bodyWidth+pl+2.*rad, bodyHeight/2.), P(bodyWidth+2.*rad+2.*pl, bodyHeight/2.))) # collect the objects together obj = Group(gateBody, gatePinIn1, gatePinIn2, gatePinOut) # apply the colours obj.apply(fg=self.fg, bg=self.bg) # rotate if necessary if self.angle != 0.0: obj.rotate(self.angle, p=obj.c) # now set the object to myself self.append(obj) # OR gate class OrGate(Gate): """ Generates an OR gate @ivar height: gate height @type height: float @ivar width: gate width @type width: float @ivar angle: gate angle @type angle: float @ivar pinLength: length of pins into and out of gate @type pinLength: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ def __init__(self, **options): # initialise the base class Gate.__init__(self, **options) # process the options if any self.height = options.get("height", self.height) self.width = options.get("width", self.width) self.angle = options.get("angle", self.angle) self.pinLength = options.get("pinLength", self.pinLength) self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) # now draw the gate pinEdgeDist = 0.1*self.height pl = self.pinLength pinBackDist = -0.08*self.width bodyHeight = self.height bodyWidth = self.width - 2.0*pl gateBody = Group( Path( P(-pinBackDist, -pinEdgeDist), C(90, 225), P(1.25*bodyWidth, bodyHeight/2.0), C(-45, 90), P(-pinBackDist, bodyHeight+pinEdgeDist), C(140, 40), closed=1, ) ) gatePinIn1 = Path( P(0, bodyHeight-pinEdgeDist), P(pl, bodyHeight-pinEdgeDist)) gatePinIn2 = Path( P(0, pinEdgeDist), P(pl, pinEdgeDist)) gatePinOut = Path( gateBody.e, gateBody.e+P(pl, 0)) # collect the objects together obj = Group(gateBody, gatePinIn1, gatePinIn2, gatePinOut) # apply the colours obj.apply(fg=self.fg, bg=self.bg) # rotate if necessary if self.angle != 0.0: obj.rotate(self.angle, p=obj.c) # now set the object to myself self.append(obj) # NOR gate class NorGate(Gate): """ Generates a NOR gate @ivar height: gate height @type height: float @ivar width: gate width @type width: float @ivar angle: gate angle @type angle: float @ivar pinLength: length of pins into and out of gate @type pinLength: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ def __init__(self, **options): # initialise the base class Gate.__init__(self, **options) # process the options if any self.height = options.get("height", self.height) self.width = options.get("width", self.width) self.angle = options.get("angle", self.angle) self.pinLength = options.get("pinLength", self.pinLength) self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) # now draw the gate pl = self.pinLength pinEdgeDist = 0.1*self.height pinBackDist = -0.08*self.width bodyHeight = self.height bodyWidth = self.width - 2.0*pl rad = 0.1 gateBody = Group( Path( P(-pinBackDist, -pinEdgeDist), C(90, 225), P(1.25*bodyWidth, bodyHeight/2.0), C(-45, 90), P(-pinBackDist, bodyHeight+pinEdgeDist), C(140, 40), closed=1, ) ) gatePinIn1 = Path( P(0, bodyHeight-pinEdgeDist), P(pl, bodyHeight-pinEdgeDist)) gatePinIn2 = Path( P(0, pinEdgeDist), P(pl, pinEdgeDist)) gatePinOut = Group( Circle(w=gateBody.e, r=rad), Path( gateBody.e+P(0.2, 0), gateBody.e+P(pl+0.2, 0)), ) # collect the objects together obj = Group(gateBody, gatePinIn1, gatePinIn2, gatePinOut) # apply the colours obj.apply(fg=self.fg, bg=self.bg) # rotate if necessary if self.angle != 0.0: obj.rotate(self.angle, p=obj.c) # nwo set the object to myself self.append(obj) # XOR gate class XorGate(Gate): """ Generates an XOR gate @ivar height: gate height @type height: float @ivar width: gate width @type width: float @ivar angle: gate angle @type angle: float @ivar pinLength: length of pins into and out of gate @type pinLength: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ def __init__(self, **options): # initialise the base class Gate.__init__(self, **options) # process the options if any self.height = options.get("height", self.height) self.width = options.get("width", self.width) self.angle = options.get("angle", self.angle) self.pinLength = options.get("pinLength", self.pinLength) self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) # now draw the gate pinEdgeDist = 0.1*self.height pinBackDist = -0.08*self.width xBit = 0.2 pl = self.pinLength bodyHeight = self.height bodyWidth = self.width - 2.0*pl gateBody = Group( Path( P(-pinBackDist+xBit, -pinEdgeDist), C(90, 225), P(1.4*bodyWidth, bodyHeight/2.), C(-45, 90), P(-pinBackDist+xBit, bodyHeight+pinEdgeDist), C(140, 40), P(-pinBackDist+xBit, -pinEdgeDist), ), Path( P(-pinBackDist, bodyHeight+pinEdgeDist), C(140, 40), P(-pinBackDist, -pinEdgeDist) ), ) gatePinIn1 = Path( P(0, bodyHeight-pinEdgeDist), P(pl, bodyHeight-pinEdgeDist)) gatePinIn2 = Path( P(0, pinEdgeDist), P(pl, pinEdgeDist)) gatePinOut = Path( gateBody.e, gateBody.e+P(pl, 0)) # collect the objects together obj = Group(gateBody, gatePinIn1, gatePinIn2, gatePinOut) # apply the colours obj.apply(fg=self.fg, bg=self.bg) # rotate if necessary if self.angle != 0.0: obj.rotate(self.angle, p=obj.c) # now set the object to myself self.append(obj) # NXOR gate class NxorGate(Gate): """ Generates a NXOR gate @ivar height: gate height @type height: float @ivar width: gate width @type width: float @ivar angle: gate angle @type angle: float @ivar pinLength: length of pins into and out of gate @type pinLength: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ def __init__(self, **options): # initialise the base class Gate.__init__(self, **options) # process the options if any self.height = options.get("height", self.height) self.width = options.get("width", self.width) self.angle = options.get("angle", self.angle) self.pinLength = options.get("pinLength", self.pinLength) self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) # now draw the gate pinEdgeDist = 0.1*self.height pinBackDist = -0.08*self.width xBit = 0.2 rad = 0.1 pl = self.pinLength bodyHeight = self.height bodyWidth = self.width - 2.0*pl gateBody = Group( Path( P(-pinBackDist+xBit, -pinEdgeDist), C(90, 225), P(1.4*bodyWidth, bodyHeight/2.), C(-45, 90), P(-pinBackDist+xBit, bodyHeight+pinEdgeDist), C(140, 40), P(-pinBackDist+xBit, -pinEdgeDist), ), Path( P(-pinBackDist, bodyHeight+pinEdgeDist), C(140, 40), P(-pinBackDist, -pinEdgeDist) ), ) gatePinIn1 = Path( P(0, bodyHeight-pinEdgeDist), P(pl, bodyHeight-pinEdgeDist)) gatePinIn2 = Path( P(0, pinEdgeDist), P(pl, pinEdgeDist)) gatePinOut = Group( Circle(w=gateBody.e, r=rad), Path( gateBody.e+P(0.2, 0), gateBody.e+P(pl+0.2, 0)), ) # collect the objects together obj = Group(gateBody, gatePinIn1, gatePinIn2, gatePinOut) # apply the colours obj.apply(fg=self.fg, bg=self.bg) # rotate if necessary if self.angle != 0.0: obj.rotate(self.angle, p=obj.c) # now set the object to myself self.append(obj) # NOT gate class NotGate(Gate): """ Generates a NOT gate @ivar height: gate height @type height: float @ivar width: gate width @type width: float @ivar angle: gate angle @type angle: float @ivar pinLength: length of pins into and out of gate @type pinLength: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ def __init__(self, **options): # initialise the base class Gate.__init__(self, **options) # process the options if any self.height = options.get("height", self.height) self.width = options.get("width", self.width) self.angle = options.get("angle", self.angle) self.pinLength = options.get("pinLength", self.pinLength) self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) # now draw the gate buff = 0 pl = self.pinLength pinEdgeDist = 0.1*self.height bodyHeight = self.height bodyWidth = self.width - 2.0*pl rad = 0.1 gateBody = Group( Path( P(pl, buff+0), P(pl, buff+bodyHeight), P(pl+0.707106781*bodyWidth, buff+bodyHeight/2.), P(pl, buff+0) ) ) gatePinIn1 = Path( P(0, bodyHeight-pinEdgeDist), P(pl, bodyHeight-pinEdgeDist)) gatePinIn2 = Path( P(0, pinEdgeDist), P(pl, pinEdgeDist)) gatePinOut = Group( Circle(w=gateBody.e, r=rad), Path( gateBody.e+P(2.*rad, 0), gateBody.e+P(2.*rad+pl, 0)) ) # collect the objects together obj = Group(gateBody, gatePinIn1, gatePinIn2, gatePinOut) # apply the colours obj.apply(fg=self.fg, bg=self.bg) # rotate if necessary if self.angle != 0.0: obj.rotate(self.angle, p=obj.c) # now set the object to myself self.append(obj) # resistor class Resistor(Group): """ Generates a box resistor @ivar length: length of resistor @type length: float @ivar width: width of resistor @type width: float @ivar angle: gate angle @type angle: float @ivar pinLength: length of pins into and out of resistor @type pinLength: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ def __init__(self, **options): # intitialise base class Group.__init__(self, **options) self.length = 3.0 self.width = 1.0 self.angle = 0.0 self.pinLength = 0.5 self.fg = Color(0) self.bg = Color(1) # process the options if any self.length = options.get("length", self.length) self.width = options.get("width", self.width) self.angle = options.get("angle", self.angle) self.pinLength = options.get("pinLength", self.pinLength) self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) pinIn = Group( Path( P(0, 0), P(self.pinLength, 0) ) ) resistor = Rectangle(w=pinIn.e, width=self.length, height=self.width) pinOut = Path( resistor.e, resistor.e+P(self.pinLength, 0)) # collect the objects together obj = Group(pinIn, pinOut, resistor) # apply the colours obj.apply(fg=self.fg, bg=self.bg) # rotate if necessary if self.angle != 0.0: obj.rotate(self.angle, p=obj.c) # return object to myself self.append(obj) # capacitor class Capacitor(Group): """ Generates a capacitor @ivar width: width of capacitor @type width: float @ivar sep: separation of the plates of the capacitor @type sep: float @ivar angle: gate angle @type angle: float @ivar pinLength: length of pins into and out of capacitor @type pinLength: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ def __init__(self, **options): # intitialise base class Group.__init__(self, **options) self.sep = 0.25 self.width = 1.0 self.angle = 0.0 self.pinLength = 0.5 self.fg = Color(0) self.bg = Color(1) # process the options if any self.sep = options.get("sep", self.sep) self.width = options.get("width", self.width) self.angle = options.get("angle", self.angle) self.pinLength = options.get("pinLength", self.pinLength) self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) pinIn = Group( Path( P(0, 0), P(self.pinLength, 0), ) ) cap = Group( Path(pinIn.e+P(0, -self.width/2.0), pinIn.e+P(0, self.width/2.0)), Path(pinIn.e+P(self.sep, -self.width/2.0), pinIn.e+P(self.sep, self.width/2.0)), ) pinOut = Path( cap.e, cap.e+P(self.pinLength, 0)) # group the objects together obj = Group(pinIn, pinOut, cap) # apply the colours obj.apply(fg=self.fg, bg=self.bg) # rotate if necessary if self.angle != 0.0: obj.rotate(self.angle, p=obj.c) # set the object to myself self.append(obj) # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/lib/optics.py0000644000175000001440000004267310423157632017411 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: optics.py,v 1.16 2006/04/24 14:24:26 paultcochrane Exp $ ''' PyScript optics objects library ''' __revision__ = '$Revision: 1.16 $' from pyscript import Group, Path, Color, P, C, Dash # beam splitter def BS(sw=P(0, 0), label=None, h=1.0): """ Beam splitter; displayed as a line possibly more useful in linear optics quantum computation diagrams @param sw: location of the south-west corner of the object @type sw: L{P} object @param label: beam splitter label @type label: string @param h: beam splitter height @type h: float """ buff = P(0, 0.1) b = Path( sw-buff, sw+P(0, h)+buff, sw+P(h, h)+buff, sw+P(h, 0)-buff, sw-buff, fg=None, bg=Color("white") ) p1 = Path( sw, sw+P(h, h) ) p2 = Path( sw+P(0, h), sw+P(h, 0) ) p3 = Path( sw+P(h/4, h/2), sw+P(h, 0)+P(-h/4, h/2), linewidth=1 ) if label is not None: label['w'] = sw + P(h, 0) + P(-h/4, h/2) return Group(b, p1, p2, p3, label) else: return Group(b, p1, p2, p3) # box beam splitter (aka polarising beam splitter) class BSBox(Group): """ Beam splitter as a box as opposed to a line @ivar height: height of the beam splitter (equal to its width) @type height: C{float} @ivar angle: rotation angle @type angle: C{float} @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ height = 1.0 angle = 0.0 # not going to be used much (maybe for a Ralph-splitter ;-)) fg = Color(0) bg = Color(1) def __init__(self, **options): # inherit from the base class Group.__init__(self, **options) # process the options if any self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) self.height = options.get("height", self.height) self.angle = options.get("angle", self.angle) # make the beam splitter bs = Group() bs.append(Path(P(0, 0), P(0, self.height), P(self.height, self.height), P(self.height, 0), P(0, 0), P(self.height, self.height), fg=self.fg, bg=self.bg) ) # rotate if necessary bs.rotate(self.angle, p=bs.bbox().c) self.append(bs) # polarising beam splitter PBS = BSBox # line beam splitter class BSLine(Group): """ Beam splitter as a line (i.e. a half-slivered mirror) @ivar height: height of the beam splitter @type height: float @ivar thickness: thickness of the beam splitter @type thickness: float @ivar angle: rotation angle @type angle: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ height = 1.0 thickness = 0.2 angle = 45.0 fg = Color(0) bg = Color(1) def __init__(self, **options): # inherit from the base class Group.__init__(self, **options) # process the options if any self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) self.height = options.get("height", self.height) self.thickness = options.get("thickness", self.thickness) self.angle = options.get("angle", self.angle) # make the beam splitter bs = Group() bs.append(Path(P(0, 0), P(0, self.height), P(self.thickness, self.height), P(self.thickness, 0), closed=1, fg=self.fg, bg=self.bg) ) # rotate if necessary bs.rotate(self.angle, p=bs.bbox().c) self.append(bs) # phase shifter class PhaseShifter(Group): """ Phase shifter @ivar width: phase shifter width @type width: float @ivar height: phase shifter height @type height: float @ivar angle: angle through which to rotate the phase shifter @type angle: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ width = 0.5 height = 0.7 angle = 0 fg = Color(0) bg = Color(1) def __init__(self, **options): # inherit from base class Group.__init__(self, **options) # process the options if any self.width = options.get("width", self.width) self.height = options.get("height", self.height) self.angle = options.get("angle", self.angle) self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) # now make the phase shifter ps = Path( P(0, 0), P(self.width/2.0, self.height), P(self.width, 0), closed=1, fg=self.fg, bg=self.bg, ) # rotate if necessary if self.angle != 0: ps.rotate(self.angle, p=ps.bbox().c) self.append(ps) # mirror class Mirror(Group): """ Mirror @ivar length: mirror length @type length: float @ivar thickness: mirror thickness @type thickness: float @ivar angle: rotation angle @type angle: float @ivar flicks: put the mirror flicks on? (shows where back of mirror is) @type flicks: boolean @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ length = 1.0 thickness = 0.1 angle = 0.0 fg = Color(0) bg = Color(0) flicks = False def __init__(self, **options): # inherit from the base class Group.__init__(self, **options) # process the options if any self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) self.length = options.get("length", self.length) self.thickness = options.get("thickness", self.thickness) self.angle = options.get("angle", self.thickness) self.flicks = options.get("flicks", self.flicks) # make the mirror itself mirror = Group() mirror.append( Path(P(0, 0), P(0, self.length), P(self.thickness, self.length), P(self.thickness, 0), closed=1, fg=self.fg, bg=self.bg) ) if self.flicks: # make the flicks on the back of the mirror flickLen = 0.15 flicksObj = Group() for i in range(10): flicksObj.append( Path( P((i+1.0)*self.length/10.0, self.thickness), P(i*self.length/10.0, self.thickness+flickLen), fg=self.fg, bg=self.bg )) mirror.append(flicksObj) # rotate the mirror if necessary if self.angle != 0.0: mirror.rotate(self.angle, p=mirror.bbox().c) # make the mirror the current object self.append(mirror) # detector class Detector(Group): """ A D-shaped detector @cvar height: detector height @type height: float @cvar width: detector width @type width: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object @cvar pad: space padding around object @type pad: float @ivar angle: rotation angle @type angle: float """ height = 0.8 width = height/2.0 bg = Color(1) fg = Color(0) pad = 0.1 angle = 0.0 def __init__(self, **options): Group.__init__(self, **options) p = Group() self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) if self.width > self.height: p.append(Path( P(0, 0), P(0, self.height), P(self.width-self.height/2.0, self.height), C(90, 0), P(self.width, self.height/2.0), C(180, 90), P(self.width-self.height/2.0, 0), fg=self.fg, bg=self.bg, closed=1) ) else: p.append(Path( P(0, 0), P(0, self.height), C(90, 0), P(self.width, self.height/2.0), C(180, 90), closed=1) ) # rotate if necessary self.angle = options.get("angle", self.angle) p.rotate(self.angle, p=p.bbox().c) self.append(p) # laser (this is just a container, in case we want to make this fancier later) class Laser(Group): """ Laser @ivar height: laser box height @type height: float @ivar width: laser box width (some might say "length") @type width: float @ivar angle: rotation angle @type angle: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ height = 1.0 width = 3.0 angle = 0.0 fg = Color(0) bg = Color(1) def __init__(self, **options): # inherit from the base class Group.__init__(self, **options) # process the options if any self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) self.height = options.get("height", self.height) self.width = options.get("width", self.width) self.angle = options.get("angle", self.angle) # make the laser laser = Group() laser.append( Path(P(0, 0), P(0, self.height), P(self.width, self.height), P(self.width, 0), closed=1, fg=self.fg, bg=self.bg) ) # rotate if necessary laser.rotate(self.angle, p=laser.bbox().c) self.append(laser) # modulator class Modulator(Group): """ Modulator (EOM, AOM etc.) @ivar height: modulator box height @type height: float @ivar width: modulator box width @type width: float @ivar angle: rotation angle @type angle: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ height = 0.5 width = 1.0 angle = 0.0 fg = Color(0) bg = Color(1) buf = height*0.2 def __init__(self, **options): # inherit from the base class Group.__init__(self, **options) # process the options if any self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) self.height = options.get("height", self.height) self.width = options.get("width", self.width) self.angle = options.get("angle", self.angle) # make the modulator modulator = Group() modulator.append( Path( P(0, 0), P(0, self.height), P(self.width, self.height), P(self.width, 0), closed=1, fg=self.fg, bg=self.bg, )) modulator.append( Path( P(0, -self.buf), P(self.width, -self.buf), fg=self.fg, bg=self.bg, )) modulator.append( Path( P(0, self.height+self.buf), P(self.width, self.height+self.buf), fg=self.fg, bg=self.bg, )) # rotate if necessary modulator.rotate(self.angle, p=modulator.bbox().c) self.append(modulator) # free space class FreeSpace(Group): """ A patch of free space (for example, in an interferometer) @ivar height: height of free space box @type height: float @ivar width: width of free space box (some might say "length") @type width: float @ivar angle: rotation angle @type angle: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ height = 1.0 width = 3.0 angle = 0.0 fg = Color(0) bg = Color(1) def __init__(self, **options): # inherit from the base class Group.__init__(self, **options) # process the options if any self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) self.height = options.get("height", self.height) self.width = options.get("width", self.width) self.angle = options.get("angle", self.angle) # make the free space fs = Group() fs.append( Path( P(0, 0), P(0, self.height), P(self.width, self.height), P(self.width, 0), closed=1, fg=self.fg, bg=self.bg, dash=Dash()) ) # rotate if necessary fs.rotate(self.angle, p=fs.bbox().c) self.append(fs) # lens class Lens(Group): """ A lens @ivar height: lens height @type height: float @ivar thickness: lens thickness @type thickness: float @ivar angle: rotation angle @type angle: float @ivar type: the type of lens: convex/concave @type type: string @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ height = 1.0 thickness = 0.4 angle = 0.0 fg = Color(0) bg = Color(1) type = "concave" def __init__(self, **options): # inherit from the base class Group.__init__(self, **options) # process the options if any self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) self.height = options.get("height", self.height) self.thickness = options.get("thickness", self.thickness) self.angle = options.get("angle", self.angle) self.type = options.get("type", self.type) # determine what type of lens to make if self.type == "convex": leftCurveAngle = -30 rightCurveAngle = -30 elif self.type == "concave": leftCurveAngle = 30 rightCurveAngle = 30 else: print "Unknown lens type, defaulting to concave" leftCurveAngle = 30 rightCurveAngle = 30 # make the lens lens = Group() lens.append( Path( P(0, 0), C(leftCurveAngle, 180-leftCurveAngle), P(0, self.height), P(self.thickness, self.height), C(-180+rightCurveAngle, -rightCurveAngle), P(self.thickness, 0), closed=1, fg=self.fg, bg=self.bg, ) ) # rotate if necessary lens.rotate(self.angle, p=lens.bbox().c) self.append(lens) # lambda plate; shifts signal by a half or quarter wavelength class LambdaPlate(Group): """ Lambda plate; shifts optical signal by a half or quarter wavelength @ivar height: height of the lambda plate @type height: float @ivar width: width of the lambda plate @type width: float @ivar angle: rotation angle @type angle: float @ivar fg: foreground colour @type fg: L{Color} object @ivar bg: background colour @type bg: L{Color} object """ height = 1.0 width = 0.3 angle = 0.0 fg = Color(0) bg = Color(1) def __init__(self, **options): # inherit from the base class Group.__init__(self, **options) # process the options if any self.fg = options.get("fg", self.fg) self.bg = options.get("bg", self.bg) self.height = options.get("height", self.height) self.width = options.get("width", self.width) self.angle = options.get("angle", self.angle) # make the beam splitter lp = Group() lp.append( Path( P(0, 0), P(-self.width, 0), P(-self.width, self.height), P(0, self.height), P(0, 0), P(-self.width, self.height), fg=self.fg, bg=self.bg) ) # rotate if necessary lp.rotate(self.angle, p=lp.bbox().c) self.append(lp) # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/lib/present.py0000644000175000001440000002504010423157756017564 0ustar cochraneusers# Copyright (C) 2003-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ''' PyScript presentation library (posters and talks) ''' from pyscript.defaults import defaults from pyscript import Group, Rectangle, Color, TeX, Area, Align, Page, \ VAlign, Page, Text, P, Bbox, Pages __revision__ = '$Revision: 1.8 $' # ---------------------------------------------------------------------- # First some useful components # ---------------------------------------------------------------------- class Box(Group, Rectangle): ''' Draws a box around an object, the box can be placed acording to standard Area tags @cvar pad: padding around object @cvar width: overide the width of the box @cvar height: override the height of the box ''' # set these preferences different from Rectangle: fg = Color(0) bg = Color(1) pad = .2 width = None height = None def __init__(self, obj, **options): Rectangle.__init__(self, **options) Group.__init__(self, **options) bbox = obj.bbox() self.object = obj w = bbox.width+2*self.pad h = bbox.height+2*self.pad # overide the width and height if supplied if self.width is None: self.width = options.get('width', w) if self.height is None: self.height = options.get('height', h) self.append( Rectangle(width=self.width, height=self.height, bg=self.bg, fg=self.fg, c=obj.c, r=self.r, linewidth=self.linewidth, dash=self.dash), obj, ) # ---------------------------------------------------------------------- class TeXArea(Group): ''' Typeset some LaTeX within a fixed width minipage environment. @cvar width: the width of the environment @type width: float @cvar iscale: initial scale of the tex @type iscale: float @cvar align: alignment of the LaTeX to box if it iss smaller than the full width @type align: string (anchor point) @cvar fg: color of TeX @type fg: L{Color} object ''' # has to be different from groups width attribute width = 9.4 iscale = 1 fg = Color(0) align = "w" def __init__(self, text, **options): Group.__init__(self, **options) # set up tex width ... this relies on latex notion of # a point being accurate ... adjust for tex_scale too width_pp = int(self.width/float(self.iscale)*defaults.units) t = TeX(r'\begin{minipage}{%dpt}%s\end{minipage}'%(width_pp, text), fg=self.fg, iscale=self.iscale) # use this for alignment as the latex bounding box may be smaller # than the full width a = Area(width=self.width, height=0) Align(t, a, a1=self.align, a2=self.align, space=0) self.append(a, t) #apply(self, (), options) # ---------------------------------------------------------------------- # Poster class # ---------------------------------------------------------------------- class Poster(Page, VAlign): ''' A poster class @cvar size: the size of the poster eg A0 @cvar orientation: portrait or landscape @cvar space: space between vertically aligned objects appended to poster @cvar topspace: initial space at top of poster @cvar bg: background color of poster (unless background() method is overiden) ''' size = "A0" orientation = "portrait" bg = Color('DarkSlateBlue') space = 1 topspace = 2 def __init__(self, *objects, **options): Page.__init__(self, **options) VAlign.__init__(self, **options) back = self.background() # use Page's append so background doesn't get aligned Page.append(self, back) # add invisible area at top to start alignment a = Area(width=0, height=self.topspace-self.space, n=self.area().n) self.append(a) def background(self): ''' Return background for poster ''' area = self.area() signature = Text( 'Created with PyScript. http://pyscript.sourceforge.net', size=14, fg=Color(1)) signature.se = area.se+P(-.5, .5) return Group( Rectangle(width=area.width, height=area.height, fg=None, bg=self.bg), signature, ) # ---------------------------------------------------------------------- # Talk Class # ---------------------------------------------------------------------- class Pause(object): ''' A marker object to split slides to simulate a pause can appear anywhere in the talk ''' def bbox(self): """ Return the bounding box """ return Bbox() # ---------------------------------------------------------------------- class Talk(Pages): """ A Talk class for seminar presentations """ def append(self, *slides_raw): """ Append slides to the Talk @param slides_raw: list of slides to append to the talk @type slides_raw: list """ slides = [] pg = 1 for slide in slides_raw: slide(label = str(pg)) pg += 1 # find any Pauses present pauses = [] f = slide.flatten() for ii in range(len(f)): if isinstance(f[ii][0], Pause): pauses.append(ii) for pause in pauses: # create a copy and remove everything from Pause onwards print "Found Pause(): splitting slide in two" s = slide.copy() fs = s.flatten() for obj, group in fs[pause:]: group.objects.remove(obj) slides.append(s) slides.append(slide) for slide in slides: Pages.append(self, slide) def write(self, fp, title="PyScriptPS"): """ Write the talk out to file @param fp: the file handle of the file to write to @type fp: filehandle @param title: the title to use in the output postscript @type title: string """ tot = len(self) for pp in range(tot): self[pp].make(page=pp, total=tot) Pages.write(self, fp, title) # ---------------------------------------------------------------------- class EmptySlide(Page): """ An empty slide class """ title = None orientation = "Landscape" size = "screen" def flatten(self, thegroup=None, objects=[]): ''' Return a flattened list of objects ''' if thegroup is None: objects = [] objects = self.flatten(self.objects, objects) else: for obj in thegroup: objects.append((obj, thegroup)) if isinstance(obj, Group): objects = self.flatten(obj, objects) return objects def append(self, *items, **options): """ Append items to the slide @param items: list of PyScript objects to append @type items: list @param options: dictionary of options (where to append object etc) @type options: dict """ a1 = options.get('a1', None) a2 = options.get('a2', None) if (a1 is not None) and (a2 is not None) and len(items)>0: assert a1 in ["n", "ne", "e", "se", "s", "sw", "w", "nw", "c"] assert a2 in ["n", "ne", "e", "se", "s", "sw", "w", "nw", "c"] area = self.main() setattr(items[0], a1, getattr(area, a2)) return Page.append(self, *items) def append_n(self, *items): """ Append items using the "north" attribute of the objects @param items: list of objects to append @type items: list """ return apply(self.append, items, {'a1':'n', 'a2':'n'}) def append_s(self, *items): """ Append items using the "south" attribute of the objects @param items: list of objects to append @type items: list """ return apply(self.append, items, {'a1':'s', 'a2':'s'}) def append_e(self, *items): """ Append items using the "east" attribute of the objects @param items: list of objects to append @type items: list """ return apply(self.append, items, {'a1':'e', 'a2':'e'}) def append_w(self, *items): """ Append items using the "west" attribute of the objects @param items: list of objects to append @type items: list """ return apply(self.append, items, {'a1':'w', 'a2':'w'}) def append_c(self, *items): """ Append items using the "centre" attribute of the objects @param items: list of objects to append @type items: list """ return apply(self.append, items, {'a1':'c', 'a2':'c'}) def main(self): """ Return the bounding box of the slide """ bbox = self.bbox() return bbox def make_back(self): """ Make the background of the slide """ return None def make_title(self): """ Make the title of the slide """ return None def clear(self): """ Clear the slide of objects """ Page.clear(self) def make(self, page=1, total=1): """ Make the slide @param page: the page in the sequence of slides to make (default=1) @type page: int @param total: the total number of slides in the talk (default=1) @type total: int """ self.page = page self.total = total b = self.make_back() if b is not None: self.insert(0, b) t = self.make_title() if t is not None: self.append(t) # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/lib/presentation.py0000644000175000001440000016327710423155616020627 0ustar cochraneusers# Copyright (C) 2003-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: presentation.py,v 1.39 2006/04/24 14:07:10 paultcochrane Exp $ ''' PyScript presentation library (posters and talks) There are some common useful component classes such as TeXBox and Box_1, followed by Poster and Talk classes ''' __revision__ = '$Revision: 1.39 $' from pyscript.defaults import defaults from pyscript import Color, Group, Epsf, Area, P, Align, Rectangle, TeX, \ Page, Distribute, Text, Pages, VAlign, Path from pyscript.render import render import os, types class TeXBox(Group): ''' Typeset some LaTeX within a fixed width box. @ivar fixed_width: the width of the box @type fixed_width: float @ivar tex_scale: The amount by which to scale the TeX @type tex_scale: float @ivar align: alignment of the LaTeX to box if it is smaller @type align: anchor string ''' def __init__(self, text, fixed_width=9.4, tex_scale=0.7, align="w", fg = Color(0), text_style="", **options): Group.__init__(self, **options) self.text = text self.fixed_width = fixed_width self.tex_scale = tex_scale self.fg = fg self.align = align self.text_style = text_style def set_fg(self, fg): """ Set the foreground colour """ self.fg = fg def set_fixed_width(self, fixed_width): """ Set the fixed width attribute """ self.fixed_width = fixed_width def set_tex_scale(self, tex_scale): """ Set the scale of TeX objects """ self.tex_scale = tex_scale def set_align(self, align): """ Set the anchor point where to align objects """ self.align = align def set_text_style(self, text_style): """ Set the text style (in LaTeX) """ self.text_style = text_style def make(self): """ Make the TeXBox """ width_pp = int(self.fixed_width/float(self.tex_scale)*defaults.units) al = Align(a1=self.align, a2=self.align, space=0) t = TeX(r'\begin{minipage}{%dpt}%s %s\end{minipage}' \ % (width_pp, self.text_style, self.text), fg=self.fg) t.scale(self.tex_scale, self.tex_scale) al.append(t) a = Area(width=self.fixed_width, height=0) al.append(a) self.append(al) return self #apply(self, (), options) # why do we do this??? class Box_1(Group): ''' A box of fixed width. Items added to it are aligned vertically and separated by a specified padding @cvar border: width of the border (in pts) @type border: int @cvar fg: color of border @type fg: L{Color} object @cvar bg: color of box background @type bg: L{Color} object @cvar fixed_width: width of box @type fixed_width: float @cvar pad: vertical padding between items @type pad: float @cvar r: corner radius @type r: float ''' bg = Color('Lavender') fg = Color(0) border = 1 fixed_width = 9.6 pad = 0.2 r = 0 def __init__(self, *items, **options): Group.__init__(self, **options) apply(self.append, items) Align(self, a1="s", a2="n", angle=180, space=self.pad) gb = self.bbox() r = Rectangle(n=gb.n+P(0, self.pad), width=self.fixed_width, height=gb.height+2*self.pad, bg=self.bg, fg=self.fg, linewidth=self.border, r=self.r, ) self.insert(0, r) class CodeBox(Group): """ A box with a 'dog-ear' to contain code fragments """ def __init__(self, text, **options): Group.__init__(self, **options) obj = TeXBox(text) obj.make() bg = Color('Orange')*1.3 fg = Color('black')*0.4 border = 0.75 #fixed_width = 2.5 pad = 0.2 dogear = 0.25 gb = obj.bbox() h = gb.height w = gb.width self.append(Path( P(-pad, -pad), P(-pad, h+pad), P(w+pad, h+pad), P(w+pad, -pad+dogear), P(w+pad-dogear, -pad), P(w+pad-dogear, -pad+dogear), P(w+pad, -pad+dogear), P(w+pad-dogear, -pad), P(-pad, -pad), bg=bg, fg=fg, linewidth=border, miterlimit=1.0) ) obj.c = self.bbox().c self.append(obj) class Poster(Page): """ A poster class. More docs forthcoming... """ def __init__(self, size, style=None): Page.__init__(self) # set stuff up self.size = size self.orientation = "Portrait" self.num_columns = 2 # set the default style settings self.title = "" self.title_fg = Color(0) self.title_scale = 1.4 self.title_width = 0.8 # as a fraction of the total poster width self.title_text_style = "\large" self.authors = "" self.authors_fg = Color(0) self.authors_scale = 1 self.authors_width = 0.8 # as a fraction of the total poster width self.authors_text_style = "" self.address = "" self.address_fg = Color(0) self.address_scale = 0.9 self.address_width = 0.8 # as a fraction of the total poster width self.address_text_style = "" self.abstract = "" self.abstract_fg = Color(0) self.abstract_scale = 0.8 self.abstract_width = 0.92 # relative to total width of poster self.abstract_text_style = "" self.gutter = 0.2 self.pad = 0 # should get set by add_column() self.item_sep = 0.3 self.bg = Color(1) self.signature_fg = Color(0) self.logo_height = 1.2 # styles for columns self.column_item_sep = 0.3 # styles for column boxes # the title's style... self.column_box_title_align = "c" self.column_box_title_tex_scale = 1.4 self.column_box_title_fixed_width = 9.4 self.column_box_title_text_style = r"" self.column_box_title_fg = Color(0) # the text styles of the column box self.column_box_text_align = "w" self.column_box_tex_scale = 0.7 self.column_box_text_width = 9.4 self.column_box_text_style = r"" self.column_box_text_fg = Color(0) # the column box styles self.column_box_item_sep = 0.1 self.column_box_width = 9.9 self.column_box_bg = Color(1) self.column_box_border = 1 # process the style option if style is not None: # make sure the file exists in either the .pyscript/styles # directory, or the current directory styleFname = style + ".py" HOME = os.path.expandvars("$HOME") if os.path.exists(HOME + "/.pyscript/styles/" + styleFname): print "Found %s in .pyscript/styles dir" % style self._read_style(HOME + "/.pyscript/styles/" + styleFname) elif os.path.exists(styleFname): print "Found %s in current dir" % style self._read_style(styleFname) else: # barf raise ValueError, "Style %s not found!" % style self.logos = [] self.columns = [] self.area = self.area() # subtract the gutter to get the printing area self.printing_area = Area( sw=self.area.sw + P(1, 1)*self.gutter, width=self.area.width - 2*self.gutter, height=self.area.height - 2*self.gutter ) def _read_style(self, styleFname): """ Read the talk style file @param styleFname: The name of the style file to process @type styleFname: string """ # slurp in the text fp = open(styleFname, "r") lines = fp.readlines() fp.close() # make one big string... styleText = "" for line in lines: styleText += line # exec the text exec(styleText) def set_title(self, title): """ Set the title to use for the poster @param title: the text of the poster title @type title: string """ self.title = title pass def set_authors(self, authors): """ Set the authors of the poster @param authors: the text of the poster authors @type authors: string """ self.authors = authors pass def set_address(self, address): """ Set the address of the institution of those presenting the poster @param address: the text of the address @type address: string """ self.address = address pass def set_abstract(self, abstract): """ Set the abstract of the poster @param abstract: the text of the poster abstract @type abstract: string """ self.abstract = abstract pass def set_size(self, size): """ Set the size of the poster. These are standard page sizes. It is a good idea to develop a poster at a size of "a4" and then for the final poster use "a0". It is also handy when at a poster session at a conference to have a4 size versions of the a0 poster to give out to people, so the a4 setting is also handy for that. @param size: the size of the poster @type size: string """ self.size = size pass def set_style(self, style): """ Set the style of the poster. This is the name of a set of predefined fonts, sizes, colours etc for the text, the columns of the poster and the poster background. @param style: the text of the name of the poster style to use @type style: string """ self.style = style pass def set_orientation(self, orientation): """ Set the orientation of the poster. Options are "portrait" or "landscape". @param orientation: the page orientation of the poster @type orientation: string """ self.orientation = orientation pass def set_num_columns(self, num_columns): """ Set the number of columns to use for the poster. Typically one would use two columns for portrait, and three for landscape. @param num_columns: the number of columns to use @type num_columns: int """ self.num_columns = num_columns pass def add_logo(self, logo, height=None): """ Add a logo to the poster. If only one logo is added to the poster, it is by default located at the top left-hand corner. The second logo is then positioned in the top right-hand corner. The third is positioned in the top middle. If you add more than that, the logos are distributed evenly across the top of the poster. @param logo: the file name of the eps file of the logo to add @type logo: text @param height: the height of the logo @type height: float """ if height is None: height = self.logo_height obj = Epsf(logo, height=height) self.logos.append(obj) def add_logos(self, *logos, **options): """ Add several logos to the poster at one time. If only one logo is added to the poster, it is by default located at the top left-hand corner. The second logo is then positioned in the top right-hand corner. The third is positioned in the top middle. If you add more than that, the logos are distributed evenly across the top of the poster. @param logos: list of file names of the eps files of the logos to add @type logos: list of strings @keyword height: the height of the logo @type height: float """ # process the options, if any if options.has_key('height'): height = options['height'] else: height = self.logo_height for logo in logos: obj = Epsf(logo, height=height) self.logos.append(obj) def add_column(self, column, side): """ Add a column of the poster. @param column: the Column object to add as the poster column @type column: Column object @param side: the side on which the column is to be on the poster. Valid values are "left", "middle" (useful for landscape only) and "right". @type side: string """ # there must be a better way to write this if statement, # something like if side is not in [left, middle, right] ??? if side != 'left' and side != 'middle' and side != 'right': errMsg = "You must specify either 'left', 'middle', or 'right'\n" errMsg += "I got: '%s'" % side raise ValueError, errMsg self.columns.append(column._make()) def _make_title(self): """ Make the title """ titlebox = TeXBox(text=self.title) titlebox.set_fg(self.title_fg) titlebox.set_fixed_width(self.printing_area.width*self.title_width) titlebox.set_tex_scale(self.title_scale) titlebox.set_align("c") titlebox.set_text_style(self.title_text_style) titlebox.make() return titlebox def _make_authors(self): """ Make the authors """ authorbox = TeXBox(self.authors) authorbox.set_fg(self.authors_fg) authorbox.set_tex_scale(self.authors_scale) authorbox.set_fixed_width(self.printing_area.width*self.authors_width) authorbox.set_align("c") authorbox.set_text_style(self.authors_text_style) authorbox.make() return authorbox def _make_address(self): """ Make the address """ addressbox = TeXBox(self.address) addressbox.set_fg(self.address_fg) addressbox.set_tex_scale(self.address_scale) addressbox.set_fixed_width(self.printing_area.width*self.address_width) addressbox.set_align("c") addressbox.set_text_style(self.address_text_style) addressbox.make() return addressbox def _make_abstract(self): """ Make the abstract """ abstractbox = TeXBox(self.abstract) abstractbox.set_fg(self.abstract_fg) abstractbox.set_tex_scale(self.abstract_scale) abstractbox.set_fixed_width( self.printing_area.width*self.abstract_width) abstractbox.set_align("c") abstractbox.set_text_style(self.abstract_text_style) abstractbox.make() return abstractbox def _make_logos(self): """ Make the logos """ logos = Align(a1="e", a2="w", angle=90, space=None) for logo in self.logos: logos.append(logo) Distribute(logos, a1="e", a2="w", p1=self.printing_area.nw, p2=self.printing_area.ne, ) return logos def _make_columns(self): """ Make the columns """ #print "Number of columns is: %d" % len(self.columns) # vertically align the columns items, but with no spacing yet #for col in self.columns: #VAlign(col, space=None) # distribute the columns horizontally if self.num_columns == 2: Distribute(Area(width=0, height=0), self.columns[0], self.columns[1], Area(width=0, height=0), p1=self.printing_area.w, p2=self.printing_area.e, a1="e", a2="w") elif self.num_columns == 3: Distribute(Area(width=0, height=0), self.columns[0], self.columns[1], self.columns[2], Area(width=0, height=0), p1=self.printing_area.w, p2=self.printing_area.e, a1="e", a2="w") else: raise ValueError, \ "Incorrect number of columns. Should be 2 or 3. I got %d" % \ self.num_columns # find the distance between two of the columns self.pad = (self.columns[1].bbox().w - self.columns[0].bbox().e)[0] # vertically align the column items #print self.pad #for col in self.columns: #VAlign(col, space=self.pad) # now align the columns themselves all_cols = Align(angle=90, space=None, a1="ne", a2="nw") for col in self.columns: #col.set_space(self.pad) col.set_space(0) #print col.get_space() all_cols.append(col._make()) return all_cols def _make_background(self): """ Make the background of the poster """ area = self.area() return Rectangle(width=area.width, height=area.height, fg=None, bg=self.bg ) def make(self, file): """ Make the poster. @param file: the file name of the poster output eps file @type file: string """ all = Align(a1="s", a2="n", angle=180, space=self.item_sep) all.append(self._make_logos()) all.append(self._make_title()) all.append(self._make_authors()) all.append(self._make_address()) all.append(self._make_abstract()) all.append(self._make_columns()) all.n = self.printing_area.n - P(0, 0.1) back = self._make_background() p = self.printing_area.se+P(0, 1.2) signature = Text( "Created with PyScript. http://pyscript.sourceforge.net", size=6, sw=p, fg=self.signature_fg).rotate(-90, p) self.append(back) self.append(all) self.append(signature) # actually generate the postscript render(self, file=file) class Column(VAlign): # I *think* this should inherit from VAlign... """ A column of a poster. Basically just a container for various boxes. More docs forthcoming... """ def __init__(self, poster): VAlign.__init__(self) #Group.__init__(self) self.boxes = [] self.space = poster.column_item_sep def add_box(self, box): """ Add a box to the column @param box: the box to add to the column @type box: ColumnBox object """ self.append(box._make()) def set_space(self, space): """ Set the spacing of the column items @param space: the space between the items @type space: float """ #print "Column.set_space()" self.space = space def get_space(self): """ Get the spacing of the column items """ return self.space def _make(self): """ Make the column """ #print "Column._make()" for box in self.boxes: self.append(box._make()) return self class ColumnBox(Group): """ A box, containing various objects, with a fixed width, but variable height Should add more docs here too... """ def __init__(self, poster): Group.__init__(self) self.title_align = poster.column_box_title_align self.title_tex_scale = poster.column_box_title_tex_scale self.title_fixed_width = poster.column_box_title_fixed_width self.title_text_style = poster.column_box_title_text_style self.title_fg = poster.column_box_title_fg self.align = poster.column_box_text_align self.tex_scale = poster.column_box_tex_scale self.fixed_width = poster.column_box_text_width self.text_style = poster.column_box_text_style self.fg = poster.column_box_text_fg self.item_sep = poster.column_box_item_sep self.box_width = poster.column_box_width self.box_bg = poster.column_box_bg self.box_border = poster.column_box_border self.title = "" self.items = [] def set_title(self, title): """ Set the title of the box within the column @param title: the title of the column box @type title: string """ self.title = title def add_TeXBox(self, text): """ Adds a TeXBox object to the column @param text: the text of the TeXBox object to add @type text: string """ texbox = TeXBox(text) texbox.make() # other settings here... self.items.append(texbox) def add_fig(self, fig, height=None, width=None, bg=Color(1)): """ Add an arbitrary figure to the column box, with a background. This could be a previously defined pyscript diagram (for instance). If only one of the height or width is given then the figure is scaled appropriately, maintaining the original aspect ratio. @param fig: the figure to add @type fig: PyScript object @param width: the width of the figure @type width: float @param height: the height of the figure @type height: float @param bg: the colour of the figure background @type bg: Color object """ # get the figure's current height and width oldHeight = fig.bbox().height oldWidth = fig.bbox().width # scale the figure appropriately if height is not None and width is None: scale = height/oldHeight fig = fig.scale(scale, scale) elif height is None and width is not None: scale = width/oldWidth fig = fig.scale(scale, scale) elif height is not None and width is not None: xscale = width/oldWidth yscale = height/oldHeight fig = fig.scale(xscale, yscale) else: # leave well alone... pass # put a white background on it gutter = 0.1 rect = Rectangle(width=fig.bbox().width+gutter, height=fig.bbox().height+gutter, c=fig.bbox().c, bg=bg, fg=None) # group everything together all = Group() all.append(rect, fig) # append it to the list of items in the ColumnBox self.items.append(all) def add_epsf(self, file, height=None, width=None): """ Add an eps file to the column box. If only one of the height or width is given then the figure is scaled appropriately, maintaining the original aspect ratio. @param file: the file name of the eps file to add @type file: string @param width: the width of the figure @type width: float @param height: the height of the figure @type height: float """ # load the eps with the appropriate dimensions if height is not None and width is None: eps = Epsf(file=file, height=height) elif height is None and width is not None: eps = Epsf(file=file, width=width) elif height is not None and width is not None: eps = Epsf(file=file, width=width, height=height) else: # use the file's own size eps = Epsf(file=file) # append it to the list of items in the ColumnBox self.items.append(eps) def add_object(self, obj): """ Add a pre-defined object to the box, this could be an Align or Group object for example @param obj: the object to be added @type obj: pyscript object """ self.items.append(obj) def add_text(self, text): """ Add arbitrarily placed text to the box @param text: the text to be added @type text: string """ tex = TeX(text) self.items.append(tex) def _make_title(self): """ Make the title """ titlebox = TeXBox(self.title) titlebox.set_align(self.title_align) titlebox.set_tex_scale(self.title_tex_scale) titlebox.set_fixed_width(self.title_fixed_width) titlebox.set_text_style(self.title_text_style) titlebox.set_fg(self.title_fg) titlebox.make() return titlebox def _make(self): """ Make the column box object """ valign = VAlign(space=self.item_sep) valign.append(self._make_title()) #print "Number of items in the column box is: %d" % len(self.items) for item in self.items: valign.append(item) # the reason for the BasicBox class is to let the overall poster # style handle the width, foreground, etc. etc. box = BasicBox() box.set_height(valign.bbox().height + 2*box.pad) box.set_width(self.box_width) box.set_anchor("n", valign.bbox().n+P(0, 0.2)) #box.n = valign.bbox().n+P(0, 0.2) # absorb into style ??? box.set_bg(self.box_bg) box.set_border(self.box_border) # append the objects to the group self.append(box) self.append(valign) return self class BasicBox(Rectangle): """ A basic box, with border, and background to use in behind textual and other objects """ def __init__(self): Rectangle.__init__(self) self.bg = Color("lavender") self.fg = Color(0) self.border = 1 self.fixed_width = 9.6 self.pad = 0.2 self.radius = 0 self.width = 9.9 self.height = 1 self.anchor = "n" def set_height(self, height): """ Set the height of the box """ self.height = height def set_width(self, width): """ Set the width of the box """ self.width = width def set_bg(self, bg): """ Set the background colour """ self.bg = bg def set_fg(self, fg): """ Set the foreground colour """ self.fg = fg def set_border(self, border): """ Set the width of the border around the box """ self.linewidth = border def set_radius(self, radius): """ Set the radius of the corners of the box, if they are rounded """ self.r = radius def set_pad(self, pad): """ Set the padding around the box """ self.pad = pad def set_anchor(self, anchor, location): """ Set the anchor location (c, n, ne, e, se, s, sw, w, nw) """ exec("self.%s = location" % anchor) class Poster_1(Page): ''' A poster style, portrait orientation very similar to a journal article's front page. Title, authors and abstract across top. two columns for boxes with details. It is set up for A4 paper which can then be scaled for A0 etc. @cvar bg: poster background @cvar gutter: nonprintable margin around entire poster @cvar title: TeX of title @cvar title_fg: fg color of title @cvar title_scale: scale of title TeX @cvar title_width: proportion of total width for title @cvar authors: TeX of authors @cvar authors_fg: fg color of authors @cvar authors_scale: scale of authors TeX @cvar authors_width: proportion of total width for authors @cvar address: TeX of address @cvar address_fg: fg color of address @cvar address_scale: scale of address TeX @cvar address_width: proportion of total width for address @cvar abstract: TeX of abstract @cvar abstract_fg: fg color of abstract @cvar abstract_scale: scale of abstract TeX @cvar abstract_width: proportion of total width for abstract @cvar logos: a list of filenames for the logos @cvar logo_height: the height to which to scale the logos @cvar printing_area: an Area the size of the page minus the gutter @cvar col1: a Group() containing left column objects @cvar col2: a Group() containing right column objects ''' col1 = Group() col2 = Group() logos = () def __init__(self): Page.__init__(self) self.size = "A4" self.gutter = 0.2 # paper margin for A4 in cm self.bg = Color('DarkSlateBlue') self.title = "" self.title_fg = Color('Yellow') self.title_scale = 1.4 self.title_width = 0.8 self.address = "" self.address_fg = Color(0) self.address_scale = 1 self.address_width = 0.8 self.authors = "" self.authors_fg = Color(0) self.authors_scale = 1 self.authors_width = 0.8 self.abstract = "" self.abstract_fg = Color(0) self.abstract_scale = 0.8 self.abstract_width = 0.8 self.logo_height = 0.8 #self.logos = () #self.col1 = Group() #self.col2 = Group() self.signature_fg = self.bg*0.8 area = self.area() # subtract the gutter to get printing area self.printing_area = Area( sw=area.sw+P(1, 1)*self.gutter, width=area.width-2*self.gutter, height=area.height-2*self.gutter ) def add_fig(self, file, width=5.0): """ This method needs to be fixed up. It's not to put a figure on the page, but an eps file... """ fig = Epsf(file) rect1 = Rectangle(c=fig.c, width=fig.bbox().width+0.1, height=fig.bbox().height+0.1, fg=Color('black'), bg=Color('white'), linewidth=0.5, ) out_fig = Group(rect1,fig) out_fig.scale(width/out_fig.bbox().width,width/out_fig.bbox().width) return out_fig def add_epsf(self): """ Add and EPS file to the poster """ pass def _make_logos(self): """ Make and return a Group object of the logos """ #thelogos = Group() thelogos = Align(a1="e", a2="w", angle=90, space=None) for logo in self.logos: thelogos.append(Epsf(logo, height=self.logo_height)) Distribute(thelogos, a1="e", a2="w", p1=self.printing_area.nw, p2=self.printing_area.ne) #Align(thelogos, a1="e", a2="w", angle=90, space=None) return thelogos def _make_title(self): ''' Return a title object ''' return TeXBox(self.title, fg=self.title_fg, fixed_width=self.printing_area.width*self.title_width, tex_scale=self.title_scale, align="c").make() def _make_address(self): """ Return an address object """ return TeXBox(self.address, fg=self.address_fg, fixed_width=self.printing_area.width*self.address_width, tex_scale=self.address_scale, align="c").make() def _make_abstract(self): ''' Return the abstract object ''' return TeXBox(self.abstract, fixed_width=self.printing_area.width*self.abstract_width, tex_scale=self.abstract_scale, fg=self.abstract_fg, align="c").make() def _make_authors(self): ''' Return authorlist object ''' return TeXBox(self.authors, fg=self.authors_fg, tex_scale=self.authors_scale, fixed_width=self.printing_area.width*self.authors_width, align="c").make() def _make_background(self): ''' Return background (block color) ''' area = self.area() return Rectangle(width=area.width, height=area.height, fg=None, bg=self.bg ) def make(self): ''' Create the actual poster aligning everything up. calls make_title(), make_authors() etc ''' # NB: A0 = 4x A4 # vertically align the column items ... no spacing yet! Align(self.col1, a1="s", a2="n", angle=180, space=None) Align(self.col2, a1="s", a2="n", angle=180, space=None) # Distribute the cols horizontally Distribute(Area(width=0, height=0), self.col1, self.col2, Area(width=0, height=0), p1=self.printing_area.w, p2=self.printing_area.e, a1="e", a2="w") # find the distance between the cols pad = (self.col2.bbox().w-self.col1.bbox().e)[0] # vertically align the column items Align(self.col1, a1="s", a2="n", angle=180, space=pad) Align(self.col2, a1="s", a2="n", angle=180, space=pad) # align the two columns themselves cols = Align(self.col1, self.col2, angle=90, space=None, a1="ne", a2="nw") all = Align( self._make_logos(), self._make_title(), self._make_authors(), self._make_address(), self._make_abstract(), cols, a1="s", a2="n", angle=180, space=pad ) all.n = self.printing_area.n-P(0, 0.1) back = self._make_background() p = self.printing_area.se+P(0, 1.2) signature = Text( 'Created with PyScript. http://pyscript.sourceforge.net', size=6, sw=p, fg=self.signature_fg ).rotate(-90, p) self.append(back, all, signature) # return a reference for convenience return self class Talk(Pages): """ A talk class """ def __init__(self, style=None): Pages.__init__(self) self.slides = [] self.bg = Color('RoyalBlue')*0.9 self.fg = self.bg self.logos = [] self.logo_height = 0.8 self.title = "" self.title_fg = Color('white') self.title_scale = 5 self.title_textstyle = "" self.slide_title = "" self.slide_title_fg = Color('white') self.slide_title_scale = 5 self.slide_title_textstyle = "" self.footerScale = 1 self.waitbar_fg = Color('orangered') self.waitbar_bg = Color('black') self.authors = "" self.authors_fg = Color('white') self.authors_scale = 3 self.authors_textstyle = "" self.speaker = "" # i.e. who's actually giving the talk self.speaker_fg = Color(0) self.speaker_textstyle = "" self.address = "" self.address_fg = Color('white') self.address_scale = 2 self.address_textstyle = "" self.box_bg = Color('lavender') self.box_fg = Color(0) self.box_border = 2 self.text_scale = 3 self.text_fg = Color(0) self.text_textstyle = "" self.headings_fgs = { 1 : Color('white'), 2 : Color('white'), 3 : Color('white'), "equation" : Color('white'), "default" : Color('white'), "space" : self.fg, } self.headings_scales = { 1 : 3, 2 : 2.5, 3 : 2.2, "equation" : 2.5, "default" : 1.5, "space" : 3, } self.headings_bullets = { 1 : TeX(r"$\bullet$"), 2 : TeX(r"--"), 3 : TeX(r"$\gg$"), "equation" : Rectangle(height=1, fg=self.bg, bg=self.bg), "default" : TeX(r"$\cdot$"), "space" : Rectangle(height=1, fg=self.bg, bg=self.bg), } self.headings_indent = { 1 : 0, 2 : 0.5, 3 : 1, "equation" : 2, "default" : 2, "space" : 0, } self.headings_textstyle = { 1 : "", 2 : "", 3 : "", "equation" : "", "default" : "", "space" : "", } # process the style option if style is not None: # make sure the file exists in either the .pyscript/styles # directory, or the current directory styleFname = style + ".py" HOME = os.path.expandvars("$HOME") if os.path.exists(HOME + "/.pyscript/styles/" + styleFname): print "Found %s in .pyscript/styles dir" % style self._read_style(HOME + "/.pyscript/styles/" + styleFname) elif os.path.exists(styleFname): print "Found %s in current dir" % style self._read_style(styleFname) else: # barf raise ValueError, "Style %s not found!" % style def _read_style(self, styleFname): """ Read the talk style file @param styleFname: The name of the style file to process @type styleFname: string """ # slurp in the text fp = open(styleFname, "r") lines = fp.readlines() fp.close() # make one big string... styleText = "" for line in lines: styleText += line # exec the text exec(styleText) def set_title(self, title): """ Set the title of the talk as a whole @param title: the title of the talk @type title: string """ self.title = title return def set_authors(self, authors): """ Set the authors of the talk @param authors: the author list for the talk @type authors: string """ self.authors = authors return def set_speaker(self, speaker): """ Set the name of the person actually giving the talk/presentation @param speaker: the name of the person giving the talk @type speaker: string """ self.speaker = speaker return def set_address(self, address): """ Set the address for the institution (or equivalent) of the speaker @param address: the address to use @type address: string """ self.address = address return def add_logo(self, logo, height=None): """ Add a logo to the talk @param logo: eps file name of logo @type logo: string """ if height is None: height = self.logo_height self.logos.append(Epsf(file=logo, height=height)) def _make_authors(self): """ Generate the authors text on the titlepage """ ttext = "%s %s" % (self.authors_textstyle, self.authors) return TeX(ttext, fg=self.authors_fg ).scale(self.authors_scale, self.authors_scale) def _make_address(self): """ Generate the address text on the titlepage """ if isinstance(self.address, types.StringType): ttext = "%s %s" % (self.address_textstyle, self.address) return TeX(ttext, fg=self.address_fg ).scale(self.address_scale, self.address_scale) else: #raise ValueError, "Can't handle non-string arguments yet" return self.address def make(self, *slides, **options): """ Routine to collect all of slides together and render them all as the one document """ # create the titlepage automatically titlepage = Slide(self) titlepage.set_titlepage() self.slides.append(titlepage) # create the list of slides for slide in slides: self.slides.append(slide) # add all the slides to the talk i = 1 temp = Pages() for slide in self.slides: slide.pageNumber = i print 'Adding slide', str(i), '...' temp.append(slide._make(self)) i += 1 # determine the file name to use if not options.has_key('file'): raise ValueError, "No filename given" file = options['file'] # render it! render(temp, file=file) class Slide(Page): """ A slide class. Use this class to generate the individual slides in a talk """ def __init__(self, talk): Page.__init__(self) self.size = "a4" self.orientation = "Landscape" self.pageNumber = None self.pages = 0 # need to set up an initial value self.titlepage = False self.authors = None self.headings = [] self.epsf = [] self.figs = [] self.area = self.area() self.title = None self.logos = talk.logos self.text_scale = talk.text_scale self.text_textstyle = talk.text_textstyle self.text_fg = talk.text_fg self.textObjs = [] def _make_logos(self): """ Put the logos on the page """ if len(self.logos) == 0: return Area(width=0, height=0) elif len(self.logos) == 1: return Group( Area(width=self.area.width-0.4, height=0), self.logos[0] ) width = self.area.width -\ self.logos[0].bbox().width -\ self.logos[-1].bbox().width -\ 0.4 for logo in self.logos[1:-1]: width -= logo.bbox().width space = width/(len(self.logos)-1) a = Align(a1="e", a2="w", angle=90, space=space) for logo in self.logos: a.append(logo) return a def add_fig(self, obj, **options): """ Put an arbitrary figure onto the page, with a white background @param obj: the PyScript object to use for the figure @type obj: PyScript object """ if options.has_key('bg'): backColor = options['bg'] else: backColor = Color('white') if options.has_key('fg'): frontColor = options['fg'] else: frontColor = None if options.has_key('height'): figHeight = options['height'] else: figHeight = None if options.has_key('width'): figWidth = options['width'] else: figWidth = None gutter = 0.1 back = Rectangle(width=obj.bbox().width+gutter, height=obj.bbox().height+gutter, bg=backColor, fg=frontColor) back.sw = obj.bbox().sw-P(gutter/2.0, gutter/2.0) fig = Group(back, obj) # now scale the height/width appropriately if figWidth and/or # figHeight are set if figHeight is not None and figWidth is None: if fig.bbox().height == 0.0: raise ValueError, "Initial figure height is zero!!" else: scale = figHeight/fig.bbox().height fig.scale(scale, scale) elif figHeight is None and figWidth is not None: if fig.bbox().width == 0.0: raise ValueError, "Initial figure width is zero!!" else: scale = figWidth/fig.bbox().width fig.scale(scale, scale) elif figHeight is not None and figWidth is not None: if fig.bbox().height == 0.0: raise ValueError, "Initial figure height is zero!!" elif fig.bbox().width == 0.0: raise ValueError, "Initial figure width is zero!!" else: scalex = figWidth/fig.bbox().width scaley = figHeight/fig.bbox().height fig.scale(scalex, scaley) # there must be a better way to do this!!! if options.has_key('e'): fig.e = options['e'] elif options.has_key('se'): fig.se = options['se'] elif options.has_key('s'): fig.s = options['s'] elif options.has_key('sw'): fig.sw = options['sw'] elif options.has_key('w'): fig.w = options['w'] elif options.has_key('nw'): fig.nw = options['nw'] elif options.has_key('n'): fig.n = options['n'] elif options.has_key('ne'): fig.ne = options['ne'] elif options.has_key('c'): fig.c = options['c'] else: fig.sw = P(0.0, 0.0) # add the figure to the list of figures self.figs.append(fig) def set_titlepage(self): """ Set the current slide to be the titlepage """ self.titlepage = True return def set_title(self, title=None): """ Set the title of the slide """ self.title = title return def _make_title(self, talk): """ Make the title of the slide (note that this is *not* the title of the talk) """ if self.title is None or self.title == "": return Area(width=0, height=0) # if we just get a string, put it in a TeX object in the current style if isinstance(self.title, types.StringType): ttext = "%s %s" % (talk.title_textstyle, self.title) return TeX(ttext, fg=talk.title_fg).scale(talk.title_scale*0.8, talk.title_scale) else: # just return the object itself return self.title def add_heading(self, level, text): """ Add a heading to the slide @param level: the heading level as a number starting from 1 (the most significant level) @type level: int (1,2,3) or string ("space", "equation") @param text: the text to be used for the heading @type text: string """ temp = [ level, text ] self.headings.append(temp) def add_text(self, text, **options): """ Add, and arbitrarily place, text on the slide @param text: the text to place @type text: string, TeX object or Text object """ # process options if options.has_key('fg'): frontColor = options['fg'] else: frontColor = self.text_fg if options.has_key('scale'): scale = options['scale'] else: scale = self.text_scale # check for what kind of object we have... if isinstance(text, types.StringType): # prepend the style if it is just a string text = self.text_textstyle + " " + text obj = TeX(text, fg=frontColor).scale(scale, scale) else: raise ValueError, \ "Cannot yet handle non-string objects in Slide.add_text()" # there must be a better way to do this!!! if options.has_key('e'): obj.e = options['e'] elif options.has_key('se'): obj.se = options['se'] elif options.has_key('s'): obj.s = options['s'] elif options.has_key('sw'): obj.sw = options['sw'] elif options.has_key('w'): obj.w = options['w'] elif options.has_key('nw'): obj.nw = options['nw'] elif options.has_key('n'): obj.n = options['n'] elif options.has_key('ne'): obj.ne = options['ne'] elif options.has_key('c'): obj.c = options['c'] else: obj.sw = P(0.0, 0.0) #obj = TeX(r"test", fg=frontColor) #obj.c = self.area.c self.textObjs.append(obj) def _make_headings(self, talk): """ Make the headings """ heading_block = Align(a1="sw", a2="nw", angle=180, space=0.5) for heading in self.headings: heading_level = heading[0] if not talk.headings_bullets.has_key(heading_level): heading_level = "default" heading_text = "%s %s" % (talk.headings_textstyle[heading_level] , heading[1]) heading_bullet = talk.headings_bullets[heading_level] heading_fg = talk.headings_fgs[heading_level] heading_scale = talk.headings_scales[heading_level] heading_indent = talk.headings_indent[heading_level] tex = Align(a1='ne', a2='nw', angle=90, space=0.2) tex.append(heading_bullet) tex.append(TeXBox(text=heading_text, fixed_width=self.area.width-5, fg=heading_fg, tex_scale=heading_scale)) padding = Area(sw=tex.sw, width=heading_indent, height=0) heading_proper = Align(a1="e", a2="w", angle=90, space=0) heading_proper.append(padding, tex) heading_block.append(heading_proper) return heading_block def _make_waitbar(self, talk): """ Make a waitbar """ waitBarBack = Rectangle(se=self.area.se+P(-0.8, 0.4), width=2.5, height=0.5, r=0.2, fg=talk.waitbar_bg, bg=talk.waitbar_bg) offset = 0.05 waitBarFront = Rectangle(w=waitBarBack.w+P(offset, 0), width=(waitBarBack.width-2*offset)*\ self.pageNumber/self.pages, height=waitBarBack.height-2*offset, r=0.2, fg=talk.waitbar_fg, bg=talk.waitbar_fg) waitBar = Group(waitBarBack, waitBarFront) return waitBar def _make_footer(self, talk): """ Make the footer. A text block giving the title and the name of the person giving the talk """ pageOf = False if pageOf: footerText = " - %s; page %i of %i" % \ (talk.speaker, self.pageNumber, self.pages) else: footerText = " - %s" % (talk.speaker, ) footer = Align(a1="e", a2="w", angle=90, space=0.1) footer.append(TeX(text="%s %s"%(talk.title_textstyle, talk.title), fg=talk.title_fg, ).scale(talk.footerScale, talk.footerScale)) footer.append(TeX(text="%s %s"%(talk.speaker_textstyle, footerText), fg=talk.title_fg ).scale(talk.footerScale, talk.footerScale)) footer.sw = self.area.sw+P(0.4, 0.4) return footer def add_epsf(self, file="", **options): """ Add an eps file to the slide @param file: the filename of the eps file @type file: string @keyword width: the width of the image in the current default units. If only this variable is given, then the aspect ratio of the image is maintained. @type width: float @keyword height: the height of the image in the current default units. If only this variable is given, then the aspect ratio of the image is maintainted. @type height: float @keyword c, n, ne, e, se, s, sw, w, nw: the location of the anchor point """ if options.has_key('width'): picture = Epsf(file, width=options['width']) elif options.has_key('height'): picture = Epsf(file, height=options['height']) elif options.has_key('width') and options.has_key('height'): picture = Epsf(file, width=options['width'], height=options['height']) else: picture = Epsf(file) # there must be a better way to do this!!! if options.has_key('e'): picture.e = options['e'] elif options.has_key('se'): picture.se = options['se'] elif options.has_key('s'): picture.s = options['s'] elif options.has_key('sw'): picture.sw = options['sw'] elif options.has_key('w'): picture.w = options['w'] elif options.has_key('nw'): picture.nw = options['nw'] elif options.has_key('n'): picture.n = options['n'] elif options.has_key('ne'): picture.ne = options['ne'] elif options.has_key('c'): picture.c = options['c'] else: picture.sw = P(0.0, 0.0) offset = 0.2 background = Rectangle(width=picture.bbox().width+offset, height=picture.bbox().height+offset, bg=Color('white'), fg=Color('white'), ) background.sw = picture.sw-P(offset/2.0, offset/2.0) figure = Group(background, picture) self.epsf.append(figure) def _make_epsf(self): """ Collects all of the eps images together """ pictures = Group() for file in self.epsf: pictures.append(file) return pictures def _make_figs(self): """ Collects all of the figures together """ figs = Group() for fig in self.figs: figs.append(fig) return figs def _make_textObjs(self): """ Collects all the text objects together """ textObjs = Group() for text in self.textObjs: textObjs.append(text) return textObjs def _make_titlepage(self, talk): """ Makes the titlepage of the talk """ titlepage = Align(a1="s", a2="n", angle=180, space=0.4) if isinstance(talk.title, types.StringType): ttext = "%s %s" % (talk.title_textstyle, talk.title) titlepage.append(TeX(ttext, fg=talk.title_fg)\ .scale(talk.title_scale, talk.title_scale)) else: #raise ValueError, "Can't yet handle non-string arguments") titlepage.append(Text(ttext)) if talk.authors is not None: titlepage.append(talk._make_authors()) if talk.address is not None: titlepage.append(talk._make_address()) return titlepage def _make_background(self, talk): """ Makes the background of the slide """ back = Group() back.append(Rectangle(sw=self.area.sw, width=self.area.width, height=self.area.height, fg=None, bg=talk.bg, ) ) back.append(Rectangle(sw=self.area.sw, width=2.5, height=self.area.height, fg=None, bg=talk.bg*0.5, ) ) back.append(Rectangle(sw=self.area.sw, width=self.area.width, height=1.5, fg=None, bg=talk.bg*0.5, ) ) back.append(Rectangle(nw=self.area.nw, width=self.area.width, height=2.5, fg=None, bg=talk.bg*0.5, ) ) back.append(Rectangle(nw=self.area.nw, width=2.5, height=2.5, fg=None, bg=Color('firebrick'), ) ) return back def _make(self, talk, scale=1): """ Make the slide. Collect all of the objects together into one Page() object ready for rendering. """ if self.titlepage: all = self._make_titlepage(talk) all.c = self.area.c + P(0.0, 0.8) else: all = Align(a1="s", a2="n", angle=180, space=0.4) all.append(self._make_title(talk)) all.nw = self.area.nw + P(2.5, -0.2) # I'm aware that this isn't a good way to do this, but # it's late at night, and I want to get *something* going headings = self._make_headings(talk) headings.nw = self.area.nw + P(3.0, -3.0) back = self._make_background(talk) p = self.area.se + P(-0.1, 0.1) signature = Text( 'Created with PyScript. http://pyscript.sourceforge.net', size=15, sw=p, fg=talk.bg*0.8 ).rotate(-90, p) logos = self._make_logos() logos.nw = self.area.nw + P(0.2, -0.2) self.pages = len(talk.slides) All = Group( back, all, headings, self._make_epsf(), self._make_figs(), self._make_textObjs(), signature, self._make_footer(talk), logos, self._make_waitbar(talk) ).scale(scale, scale) return Page(All, orientation=self.orientation) # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/lib/qi.py0000644000175000001440000003563610402020540016502 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, # USA. # $Id: qi.py,v 1.12 2006/03/03 10:58:40 paultcochrane Exp $ ### = we have the equivalent # = not yet implemented # zero - replaces qubit with |0> state # discard - discard qubit (put "|" vertical bar on qubit wire) # slash - put slash on qubit wire # Utwo - two-qubit operation U # SS - two-qubit gate, symmetric; open squares # ----------------------------------------------------------------------------- ''' Package for drawing quantum circuit diagrams ''' __revision__ = '$Revision: 1.12 $' from pyscript import Rectangle, Color, Circle, Dot, P, Path, TeX, \ Distribute, C, U from pyscript.groups import Group from types import IntType, FloatType, ListType, TupleType, StringType # ------------------------------------------------------------------------- class Boxed(Group, Rectangle): ''' Draws a box around an object, the box can be placed acording to standard Area tags @cvar pad: padding around object @type pad: float @cvar width: overide the width of the box @type width: float @cvar height: override the height of the box @type height: float ''' fg = Color(0) bg = Color(1) pad = 0.2 def __init__(self, obj, **options): Rectangle.__init__(self, **options) Group.__init__(self, **options) bbox = obj.bbox() w = bbox.width+2*self.pad h = bbox.height+2*self.pad self.width = options.get('width', w) self.height = options.get('height', h) self.append( Rectangle(width=self.width, height=self.height, bg=self.bg, fg=self.fg, c=obj.c, r=self.r, linewidth=self.linewidth, dash=self.dash), obj, ) # ------------------------------------------------------------------------- class Circled(Group, Circle): ''' Draws a circle around an object, @cvar pad: padding around object @cvar r: overide the radius of the circle ''' fg = Color(0) bg = Color(1) pad = 0.1 def __init__(self, obj, **options): Circle.__init__(self, **options) Group.__init__(self, **options) bbox = obj.bbox() w = bbox.width+2*self.pad h = bbox.height+2*self.pad self.r = options.get('r', max(w, h)/2.) self.append( Circle(r=self.r, bg=self.bg, fg=self.fg, c=obj.c, linewidth=self.linewidth, dash=self.dash), obj, ) # ------------------------------------------------------------------------- class Gate(Group): """ Gate class """ control = None target = None dot_r = .1 # target object get set in __init__ targetobj = None controlobj = None def __init__(self, tobj, **options): Group.__init__(self, **options) # XXX should we take a copy??? self.targetobj = tobj.copy() if self.controlobj is None: self.controlobj = Dot(r=self.dot_r) # fix up target and control points if type(self.target) in (type(()), type([])): pass elif isinstance(self.target, P): self.target = [self.target] elif self.target is None: self.target = [P(0, 0)] else: raise ValueError, "don't understand target structure for Gate" if type(self.control) in (type(()), type([])): pass elif isinstance(self.control, P): self.control = [self.control] elif self.control is None: self.control = [] else: raise ValueError, "don't understand control structure for Gate" self._make() def settarget(self, *p): """ Sets the target qubit """ self.target = p self._make() def setcontrol(self, *p): """ Sets the control qubit """ self.control = p self._make() def _make(self): """ Makes the gate """ self.clear() # calc average target point tp = self.target[0] if len(self.target)>1: for tt in self.target[1:]: tp = tp+tt tp = tp/float(len(self.target)) self.targetobj.c = tp #XXX should target adjust height here # add controls for cc in self.control: self.append(Path(tp, cc)) self.controlobj.c = cc self.append(self.controlobj.copy()) self.append(self.targetobj) # ------------------------------------------------------------------------- class GateBoxedTeX(Gate): """ Gate with TeX object enclosed in a Box """ def __init__(self, tex, **options): Gate.__init__(self, Boxed(TeX(tex)) , **options) GBT = GateBoxedTeX # ------------------------------------------------------------------------- class GateCircledTeX(Gate): """ Gate with TeX object enclosed in a Circle """ def __init__(self, tex, **options): Gate.__init__(self, Circled(TeX(tex)) , **options) GCT = GateCircledTeX # ------------------------------------------------------------------------- def H(**options): """ Hadamard gate """ return GBT('$H$', **options) def X(**options): """ X gate """ return GBT('$X$', **options) def Y(**options): """ Y gate """ return GBT('$Y$', **options) def Z(**options): """ Z gate """ return GBT('$Z$', **options) def S(**options): """ @todo: ask Alexei what this gate is """ return GBT('$S$', **options) def T(**options): """ @todo: ask Alexei what this gate is """ return GBT('$T$', **options) def RX(arg, **options): """ @todo: ask Alexei what this gate is """ return GCT('$R_x(%s)$'%arg, **options) def RY(arg, **options): """ @todo: ask Alexei what this gate is """ return GCT('$R_y(%s)$'%arg, **options) def RZ(arg, **options): """ @todo: ask Alexei what this gate is """ return GCT('$R_z(%s)$'%arg, **options) # ------------------------------------------------------------------------- def NOT(**options): """ NOT gate """ r = .2 return Gate( Group(Circle(r=r), Path(P(0, r), P(0, -r)), Path(P(-r, 0), P(r, 0))), **options) # ------------------------------------------------------------------------- def CSIGN(**options): """ Controlled sign gate """ return Gate(Dot(r=Gate.dot_r), **options) ZZ = CSIGN # ------------------------------------------------------------------------- def SWAP(**options): """ Swap gate """ x = Group(Path(P(-.1, .1), P(.1, -.1)), Path(P(-.1, -.1), P(.1, .1))) options['controlobj'] = options.get('controlobj', x) return Gate(x, **options) #return Gate(x, **options) # ------------------------------------------------------------------------- # XXX make this a class! class ClassicalPath: """ A classical path """ pass def classicalpath(*paths): ''' @return: classical path @param paths: 1 or more Path() objects ''' g = Group() for path in paths: g.append(path.copy(linewidth=2, fg=Color(0))) # reuse these paths for path in paths: g.append(path(linewidth=1, fg=Color(1))) return g # ------------------------------------------------------------------------- class NoWire(Group): """ Class representing no wire in diagram """ def __init__(self, **options): Group.__init__(self, **options) def set(self, y, e, w): """ Set the east, west and y postions of the NoWire """ return self class QWire(NoWire): """ Class representing a quantum wire """ fg = Color(0) linewidth = None dash = None def set(self, y, e, w): """ Set the east, west and y postions of the QWire """ path = Path(P(w, y), P(e, y), fg=self.fg, linewidth=self.linewidth, dash=self.dash) self.append(path) return self class CWire(QWire): """ Class representing a classical wire """ def set(self, y, e, w): """ Set the east, west and y postions of the CWire """ path = Path(P(w, y), P(e, y), fg=self.fg, linewidth=self.linewidth, dash=self.dash) self.append(classicalpath(path)) return self class Assemble(Group): """ Class representing the assembled objects in diagram/circuit """ wirespacing = 1 gatespacing = .1 wires = [] hang = .2 starthang = hang endhang = hang def __init__(self, *gates, **options): self.starthang = options.get('hang', self.hang) self.endhang = options.get('hang', self.hang) Group.__init__(self, **options) sequence = list(gates) # parse the list ... wires = [] named = {} basetime = 0 while len(sequence) > 0: # the gate ... gate = sequence.pop(0) # the target ... t = sequence.pop(0) wires.append(t) # optional controls ... if len(sequence) > 0 and \ isinstance(sequence[0], (IntType, FloatType)): c = sequence.pop(0) wires.append(c) elif len(sequence) > 0 and \ isinstance(sequence[0], (TupleType, ListType)): c = sequence.pop(0) wires.extend(c) else: c = None g = self.setgate(gate, t, c) # optional time label ... if len(sequence)>0 and isinstance(sequence[0], StringType): l = sequence.pop(0) if named.has_key(l): # group already exists named[l].append(g) else: # create new named group G = named[l] = Group(g) self.append(G) else: self.append(g) L = 0 for ii in self: L += ii.width+self.gatespacing L -= self.gatespacing # XXX add distribute's options Distribute(self, p1=P(0, 0), p2=P(L, 0)) self.recalc_size() # XXX should check wires are ints # add wires ... x0 = self.w.x-self.starthang x1 = self.e.x+self.endhang if len(self.wires) == 0: for w in range(-min(wires), -max(wires)-1, -1): wire = QWire().set(w*self.wirespacing, x0, x1) self.insert(0, wire) self.wires.append(wire) print self.wires else: #w=-int(min(wires)) w = -1 wirestmp = [] for wire in self.wires: # if it already an instance this will have no effect # otherwise create an instance wire = apply(wire, ()) wire.set(w*self.wirespacing, x0, x1) self.insert(0, wire) wirestmp.append(wire) w -= 1 self.wires = wirestmp def setgate(self, gate, target, control=None): """ Set the gate in the assembly """ # if it already an instance this will have no effect # otherwise create an instance gate = apply(gate) # XXX multi target qubits gate.settarget(P(0, -target)) if isinstance(control, (IntType, FloatType)): gate.setcontrol(P(0, -control)) elif isinstance(control, (TupleType, ListType)): tmp = [] for cc in control: tmp.append(P(0, -cc)) apply(gate.setcontrol, tmp) return gate # ------------------------------------------------------------------------- # misc other items # ------------------------------------------------------------------------- class Meter(Group): """ A meter object as in Mike'n'Ike """ height = .7 width = 1.8*height angle = 45 bg = Color(1) mcolor = Color(.8) def __init__(self, **args): Group.__init__(self, **args) h = self.height w = self.width self.append(Rectangle(width=1.8*h, height=h, bg=self.bg)) p = Path( P(.1, .1), C(0, 0), P(w-.1, .1), P(w-.2, .1), C(0, 0), P(.2, .1), closed=1, bg=self.mcolor, fg=None) self.append(p, Path(P(w/2., .1), U(self.angle, h*.9)), ) # ------------------------------------------------------------------------- class Detector(Group): ''' A D shaped detector, can be given an object to surround ''' height = .8 width = height/2. bg = Color(1) fg = Color(0) pad = .1 def __init__(self, object=None, **options): if object is not None: # use the object's boundingbox when width and height not supplied bb = object.bbox() w = bb.width+2*self.pad h = bb.height+2*self.pad self.width = options.get("width", max(w, self.width)) self.height = options.get("height", max(h, self.height)) Group.__init__(self, **options) if self.width>self.height: p = Path( P(0, 0), P(0, self.height), P(self.width-self.height/2., self.height), C(90, 0), P(self.width, self.height/2.), C(180, 90), P(self.width-self.height/2., 0), closed=1) else: p = Path( P(0, 0), P(0, self.height), C(90, 0), P(self.width, self.height/2.), C(180, 90), closed=1) p(bg=options.get("bg", self.bg), fg=options.get("fg", self.fg)) self.append(p) if object is not None: # object looks better if it's slightly off centre # since one side is curved. pad/3 is about right object.c = P(self.width/2.-self.pad/3., self.height/2.) self.append(object) # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/lib/quantumcircuits.py0000644000175000001440000002526310401270147021335 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: quantumcircuits.py,v 1.12 2006/03/01 09:59:03 paultcochrane Exp $ ''' Quantum circuits objects library ''' __revision__ = '$Revision: 1.12 $' from pyscript import Color, Group, Area, Rectangle, P, Circle, \ Dot, Path, C, TeX class Boxed(Group, Area): ''' Draws a box around an object, the box can be placed according to standard Area tags ''' def __init__(self, obj, **options): bbox = obj.bbox() pad = .1 w = bbox.width + 2*pad h = bbox.height + 2*pad self.width = w self.height = h self.bg = options.get('bg', Color(1)) if options.has_key('bg'): del options['bg'] apply(Group.__init__, (self,), options) apply(Area.__init__, (self,), options) obj.c = P(w/2., h/2.) self.append( Rectangle(width=w, height=h, bg=self.bg), obj, ) class Circled(Group, Area): """ Draws a circle around an object """ def __init__(self, obj, **options): bbox = obj.bbox() pad = .1 r = max( bbox.width+2*pad, bbox.height+2*pad )/2.0 self.width = 2.0*r self.height = 2.0*r self.bg = options.get('bg', Color(1)) if options.has_key('bg'): del options['bg'] apply(Group.__init__, (self,), options) apply(Area.__init__, (self,), options) obj.c = P(r, r) self.append( Circle(r=r, bg=self.bg, c=P(r, r)), obj, ) def cbox(obj, x, yt, yc): ''' @param obj: the object to put a box around @type obj: object @param x: x position of line and centre of box @type x: float @param yt: y position of target @type yt: float @param yc: y position of control @type yc: float @return: a controlled box ''' g = Group( Path(P(x, yt), P(x, yc)), Boxed(obj, c=P(x, yt), bg=Color(1)), Dot(P(x, yc)), ) return g def detector(**options): ''' @return: a D shaped detector ''' r = 0.3 c = 0.65*r path = [ P(0, -r), P(0, r), C(P(c, r), P(r, c)), P(r, 0), C(P(r, -c), P(c, -r)), P(0, -r) ] options['bg'] = options.get('bg', Color(.8)) options['closed'] = 1 p = apply(Path, path, options) a = Area(width=r, height=2*r, e=P(0, 0)) return Group(a, p) def classicalpath(*paths): ''' @param paths: 1 or more Path() objects @return: classical path ''' g = Group() for path in paths: g.append(path.copy(linewidth=2, fg=Color(0))) # reuse these paths for path in paths: g.append(path(linewidth=1, fg=Color(1))) return g # Rail def Rail(w=P(0, 0), length=1.0, labelIn=None, labelOut=None, buff=0.05): """ A Rail of a quantum circuit diagram @param length: length of the rail @type length: float @param labelIn: input label @type labelIn: string @param labelOut: output label @type labelOut: string @param buff: buffer of space between the end of the rail and the label @type buff: float """ if labelIn is not None and labelOut is not None: return Group( Path(w+P(0, 0), w+P(length, 0)), TeX(labelIn, e=w-P(buff, 0)), TeX(labelOut, w=w+P(buff+length, 0)) ) elif labelIn is not None and labelOut is None: return Group( Path(w+P(0, 0), w+P(length, 0)), TeX(labelIn, e=w-P(buff, 0)) ) elif labelIn is None and labelOut is not None: return Group( Path(w+P(0, 0), w+P(length, 0)), TeX(labelOut, w=w+P(buff+length, 0)) ) else: return Group( Path(w+P(0, 0), w+P(length, 0)) ) # CNOT (controlled not) def Cnot(c=P(0, 0), targetDist=1.0, direction="up"): """ Controlled NOT gate @param targetDist: distance to the target rail @type targetDist: float @param direction: in which direction is the target rail? up/down @type direction: string """ if direction is "up": return Group( Circle(r=0.06, bg=Color("black"), c=c), Circle(r=0.2, c=c+P(0, targetDist)), Path(c, c+P(0, targetDist+0.2)) ) elif direction is "down": return Group( Circle(r=0.06, bg=Color("black"), c=c), Circle(r=0.2, c=c+P(0, -targetDist)), Path(c, c+P(0, -targetDist-0.2)) ) # Hadamard gate def HGate(c=P(0, 0), side=0.5): """ Hadamard get @param side: length of the box side @type side: float """ return Group( Rectangle(width=side, height=side, c=c, bg=Color("white")), TeX(r'H', c=c) ) # Phase gate def PGate(c=P(0, 0), side=0.5): """ Phase gate @param side: length of the box side @type side: float """ return Group( Rectangle(width=side, height=side, c=c, bg=Color("white")), TeX(r'P', c=c) ) # Controlled phase gate def CPGate(c=P(0, 0), controlDist=1.0, direction="up", side=0.5): """ Controlled phase gate @param controlDist: distance to the control @type controlDist: float @param direction: in which direction is the control? up/down @type direction: string @param side: length of the box side @type side: float """ if direction is "up": return Group( Circle(c=c+P(0, controlDist), r=0.065, bg=Color("black")), Path(c+P(0, side/2.), c+P(0, controlDist)), Rectangle(width=side, height=side, c=c, bg=Color("white")), TeX(r'P', c=c) ) elif direction is "down": return Group( Circle(c=c-P(0,controlDist), r=0.65, bg=Color("black")), Path(c-P(0, side/2.), c-P(0, controlDist)), Rectangle(width=side, height=side, c=c, bg=Color("white")), TeX(r'P', c=c) ) def Detector(e=P(0, 0), height=1.0, label=None): """ Detector @param height: height of detector @type height: float @param label: detector label @type label: string """ if label is not None: return Group(Path(e-P(0, height/2.0), e+P(0, height/2.0)), Circle(c=e, r=height/2.0, start=0, end=180), label) else: return Group(Path(e-P(0, height/2.0), e+P(0, height/2.0)), Circle(c=e, r=height/2.0, start=0, end=180)) # X gate def XGate(c=P(0, 0), side=0.5): """ X gate @param side: length of the box side @type side: float """ return Group( Rectangle(width=side, height=side, c=c, bg=Color("white")), TeX(r'X', c=c) ) # Y gate def YGate(c=P(0, 0), side=0.5): """ Y gate @param side: length of the box side @type side: float """ return Group( Rectangle(width=side, height=side, c=c, bg=Color("white")), TeX(r'Y', c=c) ) # Z gate def ZGate(c=P(0, 0), side=0.5): """ Z gate @param side: length of the box side @type side: float """ return Group( Rectangle(width=side, height=side, c=c, bg=Color("white")), TeX(r'Z', c=c) ) # Controlled X gate def CXGate(c=P(0, 0), controlDist=1.0, direction="up", side=0.5): """ Controlled X gate @param controlDist: distance to the control @type controlDist: float @param direction: in which direction is the control? up/down @type direction: string @param side: length of the box side @type side: float """ if direction is "up": return Group( Circle(c=c+P(0, controlDist), r=0.065, bg=Color("black")), Path(c+P(0, side/2.), c+P(0, controlDist)), Rectangle(width=side, height=side, c=c, bg=Color("white")), TeX(r'X', c=c) ) elif direction is "down": return Group( Circle(c=c-P(0, controlDist), r=0.65, bg=Color("black")), Path(c-P(0, side/2.), c-P(0, controlDist)), Rectangle(width=side, height=side, c=c, bg=Color("white")), TeX(r'X', c=c) ) # Controlled Y gate def CYGate(c=P(0, 0), controlDist=1.0, direction="up", side=0.5): """ Controlled Y gate @param controlDist: distance to the control @type controlDist: float @param direction: in which direction is the control? up/down @type direction: string @param side: length of the box side @type side: float """ if direction is "up": return Group( Circle(c=c+P(0, controlDist), r=0.065, bg=Color("black")), Path(c+P(0, side/2.), c+P(0, controlDist)), Rectangle(width=side, height=side, c=c, bg=Color("white")), TeX(r'Y', c=c) ) elif direction is "down": return Group( Circle(c=c-P(0, controlDist), r=0.65, bg=Color("black")), Path(c-P(0, side/2.), c-P(0, controlDist)), Rectangle(width=side, height=side, c=c, bg=Color("white")), TeX(r'Y', c=c) ) # Controlled Z gate def CZGate(c=P(0, 0), controlDist=1.0, direction="up", side=0.5): """ Controlled Z gate @param controlDist: distance to the control @type controlDist: float @param direction: in which direction is the control? up/down @type direction: string @param side: length of the box side @type side: float """ if direction is "up": return Group( Circle(c=c+P(0, controlDist), r=0.065, bg=Color("black")), Path(c+P(0, side/2.), c+P(0, controlDist)), Rectangle(width=side, height=side, c=c, bg=Color("white")), TeX(r'Z', c=c) ) elif direction is "down": return Group( Circle(c=c-P(0, controlDist), r=0.65, bg=Color("black")), Path(c-P(0, side/2.), c-P(0,controlDist)), Rectangle(width=side, height=side, c=c, bg=Color("white")), TeX(r'Z', c=c) ) # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/__init__.py0000644000175000001440000000307410401635145017065 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: __init__.py,v 1.19 2006/03/01 09:59:03 paultcochrane Exp $ """ PyScript - Postscript graphics from python """ from pyscript.defaults import defaults from pyscript.groups \ import Group, Align, VAlign, HAlign, Distribute, \ PSMacros, collecttex, TeXstuff, Eps, Page, Pages from pyscript.objects \ import AffineObj, Area, TeX, Text, Rectangle, Circle, \ Dot, Paper, Epsf from pyscript.render import render from pyscript.path import C, Path, Arrow, DoubleArrow from pyscript.arrowheads import ArrowHead, ArrowHead1, ArrowHead2, \ ArrowHead3, ArrowHead4 from pyscript.base \ import PsObj, Dash, UNITS, Color, PyScriptError, FontError, Dash from pyscript.vectors import P, Matrix, R, U, Cusp, Identity, Bbox __revision__ = '$Revision: 1.19 $' # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/afm.py0000644000175000001440000003645310423157244016103 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: afm.py,v 1.14 2006/04/24 14:20:20 paultcochrane Exp $ """ Module for reading and writing AFM files. """ __revision__ = '$Revision: 1.14 $' # It does not implement the full spec (Adobe Technote 5004, Adobe Font Metrics # File Format Specification). Still, it should read most "common" AFM files. # Taken and adapted from afmLib.py in fonttools by Just van Rossum import re, os, types, cPickle, sys from pyscript.base import FontError import pyscript FONTDIR = os.path.join(pyscript.__path__[0], "fonts") # every single line starts with a "word" identifierRE = re.compile("^([A-Za-z]+).*") # regular expression to parse char lines charRE = re.compile( "(-?\d+)" # charnum "\s*;\s*WX\s+" # ; WX "(\d+)" # width "\s*;\s*N\s+" # ; N "([.A-Za-z0-9_]+)" # charname "\s*;\s*B\s+" # ; B "(-?\d+)" # left "\s+" # "(-?\d+)" # bottom "\s+" # "(-?\d+)" # right "\s+" # "(-?\d+)" # top "\s*;\s*" # ; ) # regular expression to parse kerning lines kernRE = re.compile( "([.A-Za-z0-9_]+)" # leftchar "\s+" # "([.A-Za-z0-9_]+)" # rightchar "\s+" # "(-?\d+)" # value "\s*" # ) # regular expressions to parse composite info lines of the form: # Aacute 2 ; PCC A 0 0 ; PCC acute 182 211 ; compositeRE = re.compile( "([.A-Za-z0-9_]+)" # char name "\s+" # "(\d+)" # number of parts "\s*;\s*" # ) componentRE = re.compile( "PCC\s+" # PPC "([.A-Za-z0-9_]+)" # base char name "\s+" # "(-?\d+)" # x offset "\s+" # "(-?\d+)" # y offset "\s*;\s*" # ) class AFMError(Exception): """ Class for handling errors """ pass class ConvertAFM: """ Convert Adobe Font Metrics """ _keywords = ['StartFontMetrics', 'EndFontMetrics', 'StartCharMetrics', 'EndCharMetrics', 'StartKernData', 'StartKernPairs', 'EndKernPairs', 'EndKernData', 'StartComposites', 'EndComposites', ] def __init__(self, filename): """ Initialisation of object @param filename: the name of the font file name @type filename: string """ self._attrs = {} self._chars = {} self._kerning = {} self._comments = [] self._composites = {} self.parse(filename) def parse(self, path): """ Parse the afm file @param path: path to the afm file @type path: string """ f = open(path, 'rb') data = f.read() f.close() # read any text file, regardless whether it's # formatted for Mac, Unix or Dos sep = "" if '\r' in data: sep = sep + '\r' # mac or dos if '\n' in data: sep = sep + '\n' # unix or dos #lines = string.split(data, sep) lines = data.split(sep) for line in lines: if not line.strip(): continue m = identifierRE.match(line) if m is None: raise AFMError, "syntax error in AFM file: " + `line` pos = m.regs[1][1] word = line[:pos] rest = line[pos:].strip() if word in self._keywords: continue if word == "C": self.parsechar(rest) elif word == "KPX": self.parsekernpair(rest) elif word == "CC": self.parsecomposite(rest) else: self.parseattr(word, rest) def write(self, filename): """ Write the font file @param filename: the name of the font file to write @type filename: string """ out = open(filename, "w") # the new ugly way, that produces nice files # docstring out.write('"""\n') out.write("PyScript font module for %s\n" % self._attrs['FullName']) out.write('"""\n') # this is the revision attribute useful for python # with extra code due to cvs keyword expansion issues out.write("__revision__ = '$") out.write("Revision$'\n") # write out the attributes out.write("attrs = {\n") for key in self._attrs.keys(): value = self._attrs[key] if str(value.__class__) == "": out.write("'%s' : '%s',\n" % \ (key, value)) else: out.write("'%s' : %s,\n" % \ (key, value)) out.write("}\n") # write out the characters out.write("chars = {\n") for key in self._chars.keys(): value = self._chars[key] out.write("%s : %s,\n" % \ (key, value)) out.write("}\n"); # write out the kerning out.write("kerning = {\n") for key in self._kerning.keys(): value = self._kerning[key] out.write("%s : %s,\n" % \ (key, value)) out.write("}\n") # write out the comments out.write("comments = [\n") for elem in self._comments: out.write("'%s',\n" % elem) out.write("]\n") # write out the composites out.write("composites = {\n") for key in self._composites.keys(): value = self._composites[key] out.write("%s : %s,\n" % \ (key, value)) out.write("}\n") # the old, simple way, that produces ugly files # out.write("attrs = %s"%repr(self._attrs)) # out.write("\n") # out.write("chars = %s"%repr(self._chars)) # out.write("\n") # out.write("kerning = %s"%repr(self._kerning)) # out.write("\n") # out.write("comments = %s"%repr(self._comments)) # out.write("\n") # out.write("composites = %s"%repr(self._composites)) # out.write("\n") out.close() def write2(self, filename): """ Another version of writing the font file, uses the CPickle module @param filename: the name of the font file to write @type filename: string """ afm = AFM() afm._attrs = self._attrs afm._chars = self._chars afm._kerning = self._kerning afm._comments = self._comments afm._composites = self._composites fp = open(filename, "w") cPickle.dump(afm, fp) fp.close() def parsechar(self, rest): """ Parse a character @param rest: the character to parse @type rest: string """ m = charRE.match(rest) if m is None: raise AFMError, "syntax error in AFM file: " + `rest` things = [] for fr, to in m.regs[1:]: things.append(rest[fr:to]) #charname = things[2] del things[2] #charnum, width, l, b, r, t = map(string.atoi, things) charnum, width, l, b, r, t = map(int, things) # width l b r t self._chars[charnum] = width, l, b, r, t def parsekernpair(self, rest): """ Parse a kerning pair @param rest: the kerning pair to parse @type rest: string """ m = kernRE.match(rest) if m is None: raise AFMError, "syntax error in AFM file: " + `rest` things = [] for fr, to in m.regs[1:]: things.append(rest[fr:to]) leftchar, rightchar, value = things value = int(value) #self._kerning[(leftchar, rightchar)] = value # fix for all kernings if len(leftchar) == len(rightchar) == 1: self._kerning[(ord(leftchar), ord(rightchar))]=value def parseattr(self, word, rest): """ Parse an attribute @param word: the kind of attribute to be parsed (?) @type word: string @param rest: the attribute to parse @type rest: string """ if word == "FontBBox": #l, b, r, t = map(string.atoi, string.split(rest)) l, b, r, t = map(int, rest.split()) self._attrs[word] = l, b, r, t elif word == "Comment": self._comments.append(rest) else: try: value = int(rest) except (ValueError, OverflowError): self._attrs[word] = rest else: self._attrs[word] = value def parsecomposite(self, rest): """ Parse a composite string/expression/thing @param rest: the string to parse @type rest: string """ m = compositeRE.match(rest) if m is None: raise AFMError, "syntax error in AFM file: " + `rest` charname = m.group(1) ncomponents = int(m.group(2)) rest = rest[m.regs[0][1]:] components = [] while 1: m = componentRE.match(rest) if m is None: raise AFMError, "syntax error in AFM file: " + `rest` basechar = m.group(1) xoffset = int(m.group(2)) yoffset = int(m.group(3)) components.append((basechar, xoffset, yoffset)) rest = rest[m.regs[0][1]:] if not rest: break assert len(components) == ncomponents self._composites[charname] = components # ------------------------------------------------------------------- class AFM: """ Class for handling Adobe Font Metric objects """ def __init__(self, fontname): """ Initialisation of the AFM object @param fontname: the name of the font @type fontname: string """ # this should be a better name, but will stop the possible error # from occurring self.FullName = fontname fontname = fontname.lower() fontname = fontname.replace("-", "_") # the import statement seem a little bit of a hack # but this will work for now. try: f = __import__('pyscript.fonts.%s'%fontname, None, None, [fontname]) except ImportError, x: # rename the exception raise FontError, x self.f = f def has_kernpair(self, pair): """ Determines if the kerning pair exists in the font @param pair: the kering pair to look for @type pair: ? """ return self.f.kerning.has_key(pair) def kernpairs(self): """ Returns the kerning pairs in the font """ return self.f.kerning.keys() def has_char(self, char): """ Determins if the character exists in the font @param char: the character to look for @type char: ? """ return self.f.chars.has_key(char) def chars(self): """ Returns the characters in the font """ return self.f.chars.keys() def comments(self): """ Returns the comments in the font """ return self.f.comments def __getattr__(self, attr): """ Gets an attribute of the font @param attr: the attribute to get @type attr: ? """ if self.f.attrs.has_key(attr): return self.f.attrs[attr] else: raise AttributeError, attr def __getitem__(self, key): """ Gets an item within the font @param key: the item to get @type key: ? """ if type(key) == types.TupleType: # key is a tuple, return the kernpair return self.f.kerning.get(key, 0) else: # return the metrics instead return self.f.chars[key] def __repr__(self): """ Returns the representation of the font object """ if hasattr(self, "FullName"): return '' % self.FullName else: return '' % id(self) def bbox(self, string, size=1, kerning=0): ''' Return a strings boundingbox in this font at the scale provided (relative to 1 point?) @param string: the string to measure @type string: string @param size: the point size of the font (sort of) @type size: int @param kerning: whether to subtract off the kerning @type kerning: boolean @return: xl, yb, xr, yt ''' chars = map(ord, list(string)) # order: width l b r t # use 'reduce' and 'map' as they're written in C # add up all the widths width = reduce(lambda x, y : x+self[y][0], chars, 0) # subtract the kerning if kerning == 1: if len(chars)>1: kk = map(lambda x, y:self[(x, y)], chars[:-1], chars[1:]) kern = reduce(lambda x, y:x+y, kk) width += kern kk = map(lambda x, y:self[(x, y)], chars[:-1], chars[1:]) print kk # get rid of the end bits start = self[chars[0]][1] f = self[chars[-1]] width = width-start-(f[0]-f[3]) # accumulate maximum height top = reduce(lambda x, y: max(x, self[y][4]), chars, 0) # accumulate lowest point bottom = reduce(lambda x, y: min(x, self[y][2]), chars, self[chars[0]][2]) sc = size/1000. xl = start*sc yb = bottom*sc xr = xl + width*sc yt = top*sc return xl, yb, xr, yt def load(fontname): """ Loads the font of the given font name @param fontname: the name of the font to load @type fontname: string """ fontpath = os.path.join(FONTDIR, fontname) fp = open(fontpath+".font") font = cPickle.load(fp) fp.close() return font if __name__ == "__main__": # utility for converting afm files to pyscripts # font modules for afmFname in sys.argv[1:]: afmObj = ConvertAFM(afmFname) dirname, fname = os.path.split(afmFname) base, ext = os.path.splitext(fname) base = base.lower() base = base.replace("-", "_") outfile = os.path.join(dirname, base+".py") afmObj.write(outfile) # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/arrowheads.py0000644000175000001440000001415110432065557017473 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: arrowheads.py,v 1.6 2006/05/15 11:52:15 paultcochrane Exp $ """ Arrow heads for Path and elsewhere """ __revision__ = '$Revision: 1.6 $' from pyscript.defaults import defaults #from math import sqrt, pi, sin, cos from pyscript.vectors import P, Bbox # ,Identity from pyscript.base import Color from pyscript.objects import AffineObj import cStringIO # ------------------------------------------------------------------------- # Base class: ArrowHead # ------------------------------------------------------------------------- class ArrowHead(AffineObj): ''' Arrow head object @cvar tip: where to position the tip of the arrow head @cvar angle: the direction to point Convenience variables modifying the head size: @cvar scalew: scale the width by this amount @cvar scaleh: scale height by this amount The actual shape of the arrowhead is defined by the following, distances are given in points @cvar start: tuple giving starting point for path @cvar shape: list of tuples giving arguments to postscripts curveto operator @cvar closed: whether to close the path or not @cvar fg: line color or None for no line @cvar bg: fill color or None for no fill @cvar linewidth: linewidth @cvar linejoin: 0=miter, 1=round, 2=bevel @cvar mitrelimit: length of mitre of corners ''' fg = Color(0) bg = Color(0) # used by Path object to set position and direction reverse = 0 pos = 1 tip = P(0, 0) angle = 0 start = (0, 0) # triangular share in the Golden ratio # positions in pixels shape = [(0, 0, 1.5, -4.854, 1.5, -4.854), (1.5, -4.854, -1.5, -4.854, -1.5, -4.854), (-1.5, -4.854, 0, 0, 0, 0)] closed = 1 scalew = 1 scaleh = 1 linewidth = 0.2 linejoin = 2 #0=miter, 1=round, 2=bevel # miterlimit: # 1.414 cuts off miters at angles less than 90 degrees. # 2.0 cuts off miters at angles less than 60 degrees. # 10.0 cuts off miters at angles less than 11 degrees. # 1.0 cuts off miters at all angles, so that bevels are always produced miterlimit = 2 def __init__(self, *param, **options): # remember this angle for when instance is copied... # this assumes all rotations that have been applied # are represented by angle and reverse angle0 = self.angle + self.reverse*180 AffineObj.__init__(self, **options) if len(param) == 1: self.pos = param[0] sx = self.scalew sy = self.scaleh self.start = (self.start[0]*sx, self.start[1]*sy) shape = [] for b in self.shape: shape.append((b[0]*sx, b[1]*sy, b[2]*sx, b[3]*sy, b[4]*sx, b[5]*sy)) self.shape = shape self.rotate(self.angle+self.reverse*180-angle0) self.move(self.tip) def body(self): """ Return the postscript body of the Path """ out = cStringIO.StringIO() if self.linewidth is not None: out.write("%g setlinewidth " % self.linewidth) if self.linejoin is not None: out.write("%d setlinejoin " % self.linejoin) if self.miterlimit is not None: out.write("%f setmiterlimit " % self.miterlimit) out.write('newpath %g %g moveto\n' % self.start) for bez in self.shape: out.write('%g %g %g %g %g %g curveto\n' % bez) if self.closed: out.write('closepath\n') if self.bg is not None: out.write("gsave %s fill grestore\n" % self.bg) if self.fg is not None: out.write("%s stroke\n" % self.fg) return out.getvalue() def bbox(self): """ Return the bounding box of the Path """ # the (0,0) point: p0 = self.itoe(P(0, 0)) xmax = xmin = p0.x ymax = ymin = p0.y for bez in self.shape: c1x, c1y, c2x, c2y, p2x, p2y = bez p1 = self.itoe(P(c1x, c1y)/float(defaults.units)) p2 = self.itoe(P(c2x, c2y)/float(defaults.units)) p3 = self.itoe(P(p2x, p2y)/float(defaults.units)) xmax = max(xmax, p1.x, p2.x, p3.x) xmin = min(xmin, p1.x, p2.x, p3.x) ymax = max(ymax, p1.y, p2.y, p3.y) ymin = min(ymin, p1.y, p2.y, p3.y) return Bbox(sw=P(xmin, ymin), width=xmax-xmin, height=ymax-ymin) # ------------------------------------------------------------------------- # Modifications # ------------------------------------------------------------------------- # for symmetry.... class ArrowHead1(ArrowHead): ''' Default Arrow head: triangular in Golden ratio ''' pass class ArrowHead2(ArrowHead): ''' Similar to default but with concave base ''' shape = [(0, 0, 1.5, -4.854, 1.5, -4.854), (0, -2, 0, -2, -1.5, -4.854), (-1.5, -4.854, 0, 0, 0, 0)] class ArrowHead3(ArrowHead): ''' Like default but rounded base ''' shape = [(0, 0, 1.5, -4.854, 1.5, -4.854), (1.5*1.5, 1.5*(-4.854), 1.5*(-1.5), 1.5*(-4.854), -1.5, -4.854), (-1.5, -4.854, 0, 0, 0, 0)] class ArrowHead4(ArrowHead): ''' traditional line arrow ''' bg = None start = (2, -5) closed = 0 linewidth = .5 shape = [(2, -5, 0, 0, 0, 0), (0, 0, -2, -5, -2, -5)] # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/base.py0000644000175000001440000003135010441273624016242 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: base.py,v 1.30 2006/06/06 12:39:48 paultcochrane Exp $ """ Base objects """ __revision__ = '$Revision: 1.30 $' import copy import types # ------------------------------------------------------------------------- class PyScriptError(Exception): """ Handles a PyScript error """ pass class FontError(Exception): """ Handles a font error """ pass # ------------------------------------------------------------------------- UNITS = { "inch":72, "points":1, "cm":28.346, "mm":2.8346 } # ------------------------------------------------------------------------- class PsObj(object): """ Base Class that most pyscript objects should subclass """ def __init__(self, **options): ''' can pass a dict of atributes to set ''' object.__init__(self) self(**options) def __call__(self, **options): ''' Set a whole lot of attributes in one go eg:: obj.set(bg=Color(.3),linewidth=2) @return: self @rtype: self ''' # first do non-property ones # this will raise an exception if class doesn't have attribute # I think this is good. prop = [] for key, value in options.items(): if isinstance(eval('self.__class__.%s'%key), property): prop.append((key, value)) else: self.__class__.__setattr__(self, key, value) # now the property ones # (which are functions of the non-property ones) for key, value in prop: self.__class__.__setattr__(self, key, value) # for convenience return a reference to us return self def copy(self, **options): ''' return a copy of this object with listed attributes modified eg:: newobj=obj.copy(bg=Color(.3)) @rtype: self ''' # here for convenience obj = copy.deepcopy(self) obj(**options) return obj def __repr__(self): ''' Return a representation of this object @rtype: string ''' return str(self.__class__) def __str__(self): ''' return actual postscript string to generate object @rtype: string ''' return self.prebody()+self.body()+self.postbody() def prebody(self): ''' convenience function to allow clean subclassing @rtype: string ''' return '' def body(self): ''' subclasses should overide this for generating postscipt code @rtype: string ''' return '' def postbody(self): ''' convenience function to allow clean subclassing @rtype: string ''' return '' def bbox(self): """ return objects bounding box this can be a Null Bbox() if object doesn't draw anything on the page.) NB that the bbox should be dynamically calculated and take into account the transformation matrix if it applies @return: A bounding box object @rtype: Bbox """ return '' # ------------------------------------------------------------------------- class Color(PsObj): """ Class to encode a postscript color There are five ways to specify the color: - Color(C,M,Y,K) =CMYKColor - Color(R,G,B) =RGBColor - Color(G) = Gray - Color('yellow') etc, see L{COLORS} - Color('#FF0000') Hex string, must start with '#' """ COLORS = { "aliceblue":(240, 248, 255), "antiquewhite":(250, 235, 215), "aqua":(0, 255, 255), "aquamarine":(127, 255, 212), "azure":(240, 255, 255), "beige":(245, 245, 220), "bisque":(255, 228, 196), "black":(0, 0, 0), "blanchedalmond":(255, 235, 205), "blue":(0, 0, 255), "blueviolet":(138, 43, 226), "brown":(165, 42, 42), "burlywood":(222, 184, 135), "cadetblue":(95, 158, 160), "chartreuse":(127, 255, 0), "chocolate":(210, 105, 30), "coral":(255, 127, 80), "cornflowerblue":(100, 149, 237), "cornsilk":(255, 248, 220), "crimson":(220, 20, 60), "cyan":(0, 255, 255), "darkblue":(0, 0, 139), "darkcyan":(0, 139, 139), "darkgoldenrod":(184, 134, 11), "darkgray":(169, 169, 169), "darkgrey":(169, 169, 169), "darkgreen":(0, 100, 0), "darkkhaki":(189, 183, 107), "darkmagenta":(139, 0, 139), "darkolivegreen":(85, 107, 47), "darkorange":(255, 140, 0), "darkorchid":(153, 50, 204), "darkred":(139, 0, 0), "darksalmon":(233, 150, 122), "darkseagreen":(143, 188, 143), "darkslateblue":(72, 61, 139), "darkslategray":(47, 79, 79), "darkslategrey":(47, 79, 79), "darkturquoise":(0, 206, 209), "darkviolet":(148, 0, 211), "deeppink":(255, 20, 147), "deepskyblue":(0, 191, 255), "dimgray":(105, 105, 105), "dimgrey":(105, 105, 105), "dodgerblue":(30, 144, 255), "firebrick":(178, 34, 34), "floralwhite":(255, 250, 240), "forestgreen":(34, 139, 34), "fuchsia":(255, 0, 255), "gainsboro":(220, 220, 220), "ghostwhite":(248, 248, 255), "gold":(255, 215, 0), "goldenrod":(218, 165, 32), "gray":(128, 128, 128), "grey":(128, 128, 128), "green":(0, 128, 0), "greenyellow":(173, 255, 47), "honeydew":(240, 255, 240), "hotpink":(255, 105, 180), "indianred":(205, 92, 92), "indigo":(75, 0, 130), "ivory":(255, 255, 240), "khaki":(240, 230, 140), "lavender":(230, 230, 250), "lavenderblush":(255, 240, 245), "lawngreen":(124, 252, 0), "lemonchiffon":(255, 250, 205), "lightblue":(173, 216, 230), "lightcoral":(240, 128, 128), "lightcyan":(224, 255, 255), "lightgoldenrod":(250, 250, 210), "lightgreen":(144, 238, 144), "lightgray":(211, 211, 211), "lightgrey":(211, 211, 211), "lightpink":(255, 182, 193), "lightsalmon":(255, 160, 122), "lightseagreen":(32, 178, 170), "lightskyblue":(135, 206, 250), "lightslategray":(119, 136, 153), "lightslategrey":(119, 136, 153), "lightsteelblue":(176, 196, 222), "lightyellow":(255, 255, 224), "lime":(0, 255, 0), "limegreen":(50, 205, 50), "linen":(250, 240, 230), "magenta":(255, 0, 255), "maroon":(128, 0, 0), "mediumaquamarine":(102, 205, 170), "mediumblue":(0, 0, 205), "mediumorchid":(186, 85, 211), "mediumpurple":(147, 112, 219), "mediumseagreen":(60, 179, 113), "mediumslateblue":(123, 104, 238), "mediumspringgreen":(0, 250, 154), "mediumturquoise":(72, 209, 204), "mediumvioletred":(199, 21, 133), "midnightblue":(25, 25, 112), "mintcream":(245, 255, 250), "mistyrose":(255, 228, 225), "moccasin":(255, 228, 181), "navajowhite":(255, 222, 173), "navy":(0, 0, 128), "oldlace":(253, 245, 230), "olive":(128, 128, 0), "olivedrab":(107, 142, 35), "orange":(255, 165, 0), "orangered":(255, 69, 0), "orchid":(218, 112, 214), "palegoldenrod":(238, 232, 170), "palegreen":(152, 251, 152), "paleturquoise":(175, 238, 238), "palevioletred":(219, 112, 147), "papayawhip":(255, 239, 213), "peachpuff":(255, 218, 185), "peru":(205, 133, 63), "pink":(255, 192, 203), "plum":(221, 160, 221), "powderblue":(176, 224, 230), "purple":(128, 0, 128), "red":(255, 0, 0), "rosybrown":(188, 143, 143), "royalblue":(65, 105, 225), "saddlebrown":(139, 69, 19), "salmon":(250, 128, 114), "sandybrown":(244, 164, 96), "seagreen":(46, 139, 87), "seashell":(255, 245, 238), "sienna":(160, 82, 45), "silver":(192, 192, 192), "skyblue":(135, 206, 235), "slateblue":(106, 90, 205), "slategray":(112, 128, 144), "slategrey":(112, 128, 144), "snow":(255, 250, 250), "springgreen":(0, 255, 127), "steelblue":(70, 130, 180), "tan":(210, 180, 140), "teal":(0, 128, 128), "thistle":(216, 191, 216), "tomato":(255, 99, 71), "turquoise":(64, 224, 208), "violet":(238, 130, 238), "wheat":(245, 222, 179), "white":(255, 255, 255), "whitesmoke":(245, 245, 245), "yellow":(255, 255, 0), "yellowgreen":(154, 205, 50), } def __init__(self, *col, **options): """ Initialisation of the colour object @param col: @type col: @param options: @type options: """ # some sanity checks if type(col[0]) == types.StringType: if col[0][0] == "#" and len(col[0]) == 7: # hex color scheme eg #A0FF00 col = (int(col[0][1:3], 16) / 255.0, int(col[0][3:5], 16) / 255.0, int(col[0][5:7], 16) / 255.0) else: # named color col = col[0].lower() col = self.COLORS[col] # renormalise so that values are in [0,1] col = (col[0]/255., col[1]/255., col[2]/255.) assert len(col) > 0 and len(col) < 5 for ii in col: assert ii >= 0 and ii <= 1 self.color = col PsObj.__init__(self, **options) def body(self): """ Returns the body of the postscript for the Color object """ color = self.color if len(color) == 1: # grayscale color ps = " %g setgray " % color elif len(color) == 3: # rgb color ps = " %g %g %g setrgbcolor " % color elif len(color) == 4: # cmyk color ps = " %g %g %g %g setcmykcolor " % color else: raise ValueError, "Unknown color" return ps def __mul__(self, other): ''' colors can be multiplied by a numeric factor. factors less than 1 will darken the colors, factors grater than will will lighten the colors. (this depends on how the colors where specified) eg:: Color(.2,.6,.6)*.5 = Color(.1,.3,.3) ''' assert other >= 0 #and other<=1 newcol = [] for ii in self.color: newcol.append(min(1, ii*other)) # XXX this breaks things: #return Color(tuple(newcol)) return apply(Color, tuple(newcol)) # ------------------------------------------------------------------------- class Dash(PsObj): """ Class to encode postscript dash pattern Argument is a list of lengths for alternating dash and spaces eg: Dash(3) 3 on, 3 off, ... Dash(2,offset=1) 1 on, 2 off, 2 on, 2 off, ... Dash(2,1) 2 on, 1 off, 2 on, 1 off, ... Dash(3,5,offset=6) 2 off, 3 on, 5 off, 3 on, 5 off, ... Dash(3,1,1,1) 3 on, 1 off, 1 on, 1 off, 3 on, ... @cvar offset: initially fastforward this much into the pattern """ pattern = (2, ) offset = 0 def __init__(self, *args, **options): """ Initialisation of the Dash object """ if len(args) > 0: self.pattern = args PsObj.__init__(self, **options) def body(self): """ Returns the postscript of a Dash object """ # if we don't start with a space horrible things happen pat = "" delim = ' ' pat = "[ "+ delim.join(["%g" % l for l in self.pattern]) pat = pat + "] %g setdash " % self.offset return pat # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/defaults.py0000644000175000001440000000366410401101572017132 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: defaults.py,v 1.12 2006/02/28 17:08:10 paultcochrane Exp $ """ Default settings for TeX and PyScript """ __revision__ = '$Revision: 1.12 $' from pyscript.base import UNITS # , Color #from pyscript.arrowheads import * class defaults: """ A class to hold default settings """ tex_head = r"""\documentclass{article} \pagestyle{empty} \begin{document} """ tex_tail = r"\end{document}" tex_command = "latex -interaction=batchmode %s" dvips_options = "-Ppdf" units = UNITS['cm'] linewidth = 0.5 linecap = 1 #0=butt, 1=round, 2=square linejoin = 0 #0=miter, 1=round, 2=bevel # miterlimit: # 1.414 cuts off miters at angles less than 90 degrees. # 2.0 cuts off miters at angles less than 60 degrees. # 10.0 cuts off miters at angles less than 11 degrees. # 1.0 cuts off miters at all angles, so that bevels are always produced miterlimit = 10 dash = None # the default arrow head to use in Arrow and DoubleArrow # this causes import recursiveness at the moment... #arrowhead=ArrowHead() # a 'color' of None is transparent #fg=Color(0) #bg=None # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/groups.py0000644000175000001440000007371210401111632016641 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: groups.py,v 1.35 2006/02/28 18:16:58 paultcochrane Exp $ """ Groupies Here are collected all the classes and functions to do with groups. Since much of the rendering is done by Eps, Page and Pages this module also contains some helper functions such as collecttex and TeXStuff. """ __revision__ = '$Revision: 1.35 $' import cStringIO, time, os, sys from types import TupleType, ListType from pyscript.base import PsObj from pyscript.vectors import P, Bbox, U from pyscript.objects import Area, TeX from pyscript.defaults import defaults from pyscript.version import version # ------------------------------------------------------------------------- class Group(Area): """ Groups together a list of objects """ def __init__(self, *objects, **options): """ Initialisation of Group object @param objects: list of objects to group together @type objects: list @param options: dictionary of options @type options: dict """ self.objects = [] self.objbox = Bbox() if len(objects) == 1 and type(objects[0]) in (TupleType, ListType): apply(self.append, objects[0]) #self.append(objects[0]) else: apply(self.append, objects) #self.append(objects) Area.__init__(self, **options) def __getitem__(self, i): """ Get an item from the list of objects @param i: the index of the item to get @type i: int """ return self.objects[i] # these will break alignment #def __setitem__(self,i,other): # self.objects[i]=other def __getslice__(self, i, j): """ Get a slice of items from the list of objects @param i: the first index of the slice of items to get @type i: int @param j: the last index of the slice of items to get @type j: int """ return self.objects[i:j] #def __setslice__(self,i,j,wert): # self.objects[i:j]=wert def __len__(self): """ Returns the length of the object list """ return len(self.objects) def validate(self, obj): ''' make sure this object can be inserted into group @param obj: object to test for insertability @type obj: object ''' if isinstance(obj, Page) or isinstance(obj, Pages): raise TypeError, "Can't add a Page to %s" % str(self.__class__) def reverse(self): """ Reverse the order of objects in the list of objects in the group """ self.objects.reverse() # for convenience return reference to group return self def insert(self, idx, obj): ''' insert object @param idx: index at which to insert object @type idx: int @param obj: the object to insert @type obj: object ''' self.validate(obj) self.objbox.union(obj.bbox()) self.objects.insert(idx, obj) # for convenience return reference to group return self def append(self, *objs, **options): ''' append object(s) to group @param objs: list of objects to append @type objs: list @param options: dictionary of options @type options: dict ''' for obj in objs: self.validate(obj) self.objbox.union(obj.bbox()) self.objects.append(obj) # update size if self.objbox.is_set(): self.isw = self.objbox.sw self.width = self.objbox.width self.height = self.objbox.height # for convenience return reference to group return self def apply(self, **options): ''' apply attributes to all objects @param options: dictionary of attributes @type options: dict @return: reference to self @rtype: self ''' # do this by attributes since they # might not all get accepted for key, value in options.items(): dict1 = {key:value} for obj in self.objects: if isinstance(obj, Group): # recurse apply(obj.apply, (), options) try: apply(obj, (), dict1) except AttributeError: # skip objects that don't have the attribute pass # we don't know if the sizes where changes so recalculate them self.recalc_size() # for convenience return reference to group return self def recalc_size(self): ''' recalculate internal container size based on objects within ''' self.objbox = Bbox() for obj in self.objects: self.objbox.union(obj.bbox()) if self.objbox.is_set(): self.isw = self.objbox.sw self.width = self.objbox.width self.height = self.objbox.height def clear(self): ''' Clear all the elements and reset group to an empty group ''' self.isw = Area.isw self.width = Area.width self.height = Area.height self.objbox = Bbox() self.objects = [] def body(self): """ Returns the body postscript of the object """ out = cStringIO.StringIO() for obj in self.objects: if obj.bbox().sw is not None: out.write(str(obj)) return out.getvalue() def bbox(self): """ Gather together common bounding box for group Don't use Area's bbox as transformations may mean a tighter bbox (eg a circle) @return: a Bbox() @rtype: Bbox """ # We need to do the calculation in the # external co-ordinates (that's where the # bounding box will be used) # first a null Bbox bbox = Bbox() for obj in self.objects: bbox.union(obj.bbox(), self.itoe) return bbox # ------------------------------------------------------------------------- class Align(Group): ''' Function to align a group of objects. - a1: The first anchor point to align to eg "e", "c" - a2: The second anchor point for aligning - space: the amount of space to enforce between the anchor points, if None, then only move perpendicular to angle - angle: the angle of the line between anchor points ''' a1 = 'c' a2 = 'c' space = None angle = 0 def __init__(self, *objects, **options): """ Initialisation of the Align object @param objects: list of objects to align @type objects: list @param options: dictionary of attributes @type options: dict """ Group.__init__(self, **options) self.aligned = [] self.append(*objects) def append(self, *objects, **options): """ Append objects to list of objects for aligning @param objects: list of objects to append @type objects: list @param options: dictionary of attributes to temporarily override @type options: dict """ # this allows temporary overiding of parameters: a1 = options.get('a1', self.a1) a2 = options.get('a2', self.a2) space = options.get('space', self.space) angle = options.get('angle', self.angle) assert a1 in ["n", "ne", "e", "se", "s", "sw", "w", "nw", "c"] assert a2 in ["n", "ne", "e", "se", "s", "sw", "w", "nw", "c"] for obj in objects: if isinstance(obj, PsObj): if len(self.aligned)==0: # first object sets the position ... Group.append(self, obj) self.aligned.append(obj) else: # align the object p1 = getattr(self.aligned[-1].bbox(), a1) p2 = getattr(obj.bbox(), a2) if space is not None: obj.move(U(angle, space)-(p2-p1)) else: # Don't touch the spacing in the angle direction # adjust in othogonal direction instead obj.move((U(angle+90)*(p2-p1))*U(angle-90)) Group.append(self, obj) self.aligned.append(obj) else: # append but don't align Group.append(self, obj) # for convenience return self # ---------------------------------------------------------------------- # some convenience functions class VAlign(Align): """ Vertical align class """ a1 = 's' a2 = 'n' space = 1 angle = 180 class HAlign(Align): """ Horizontal align class """ a1 = 'e' a2 = 'w' space = 1 angle = 90 # ------------------------------------------------------------------------- def Distribute(*items, **options): ''' Function to distribute a group of objects. @param items: list of items to distribute @type items: list @param options: dictionary of attributes @type options: dict - p1: first point of the line along which to distribute - p2: second point of the line along which to distribute - a1: The first anchor point to use for spacing to eg "e", "c" - a2: The second anchor point for spacing - as: anchor point for first item (overides a2 if present) - ae: anchor point for last item (overides a1 if present) @return: a reference to a group containing the objects @rtype: Group ''' a1 = options.get('a1', 'c') a2 = options.get('a2', 'c') assert a1 in ["n", "ne", "e", "se", "s", "sw", "w", "nw", "c"] assert a2 in ["n", "ne", "e", "se", "s", "sw", "w", "nw", "c"] # note the swap: as = options.get('as', a2) ae = options.get('ae', a1) assert as in ["n", "ne", "e", "se", "s", "sw", "w", "nw", "c"] assert ae in ["n", "ne", "e", "se", "s", "sw", "w", "nw", "c"] # these two have to be present p1 = options['p1'] p2 = options['p2'] pv = p2-p1 if len(items) == 1: if isinstance(items[0], Group): items = items[0] # A vector giving the direction to distribute things pv = p2-p1 if len(items) == 1: # place item in the centre ov = ( getattr(items[0].bbox(), a1)+getattr(items[0].bbox(), a2) )/2. -p1 # how much we need to move by mv = (pv.length/2.-pv.U*ov)*pv.U items[0].move(mv) else: # work out the amount of space we have to play with space = pv.length # place items at the edges # ---first object---- ov = getattr(items[0].bbox(), as)-p1 # how much we need to move by mv = -pv.U*ov*pv.U items[0].move(mv) space -= abs(( getattr(items[0].bbox(), a1) - getattr(items[0].bbox(), as) )*pv.U) # ---second object--- ov = getattr(items[-1].bbox(), ae)-p2 # how much we need to move by mv = -pv.U*ov*pv.U items[-1].move(mv) space -= abs(( getattr(items[-1].bbox(), ae) - getattr(items[-1].bbox(), a2) )*pv.U) if len(items)>2: # take out the length of each item in this dir for item in items[1:-1]: # abs? XX space -= abs(( getattr(item.bbox(), a2) - getattr(item.bbox(), a1) )*pv.U) ds = space/float((len(items)-1)) for ii in range(1, len(items)-1): p1 = getattr(items[ii-1].bbox(), a1) p2 = getattr(items[ii].bbox(), a2) mv = (ds-(p2-p1)*pv.U)*pv.U items[ii].move(mv) if isinstance(items, Group): items.recalc_size() # for convenience .. return items else: # create a group (though it may not be used) # for convenience return apply(Group, items) # ------------------------------------------------------------------------- PSMacros = """%%BeginResource: procset pyscript /PyScriptDict 10 dict def PyScriptDict begin %show text with kerning if supplied /kernshow { 0 2 2 counttomark 2 sub { -2 roll } for counttomark 2 idiv { exch show 0 rmoveto} repeat pop } bind def /BeginEPSF { /b4_Inc_state save def /dict_count countdictstack def /op_count count 1 sub def userdict begin /showpage { } def 0 setgray 0 setlinecap 1 setlinewidth 0 setlinejoin 10 setmiterlimit [ ] 0 setdash newpath /languagelevel where {pop languagelevel 1 ne {false setstrokeadjust false setoverprint } if } if } bind def /EndEPSF { count op_count sub {pop} repeat countdictstack dict_count sub {end} repeat b4_Inc_state restore } bind def /PyScriptStart {} def /PyScriptEnd {} def /showpage {} def end %%EndResource """ def collecttex(objects, tex = []): """ Collect the TeX objects in the order they're rendered @param objects: the objects to check for being TeX objects @type objects: object @param tex: list of TeX objects @type tex: list Used by render() @return: list of TeX objects @rtype: list """ for obj in objects: if isinstance(obj, TeX): tex.append(obj) elif isinstance(obj, Group) and not isinstance(obj, Eps): tex = collecttex(obj.objects, tex) return tex def TeXstuff(objects): ''' Get the actual postscript code and insert it into the tex objects. Also grab prolog used by render() @return: TeX objects prolog from dvips @rtype: string ''' objects = collecttex(objects) if len(objects) == 0: return "" print "Collecting postscript for TeX objects ..." fname = "temp.tex" fp = open(fname, "w") fp.write(defaults.tex_head) for tex in objects: fp.write('\\special{ps:PyScriptStart}\n') fp.write("{%s}\n"%tex.text) fp.write('\\special{ps:PyScriptEnd}\n') fp.write('\\newpage\n') fp.write(defaults.tex_tail) fp.close() ##os.system(defaults.tex_command%file+'> pyscript.log 2>&1') #(fi,foe) = os.popen4(defaults.tex_command%file) #fi.close() #sys.stderr.writelines(str(foe.readlines())) #sys.stderr.write('\n') #foe.close() # TeX it twice ... only pay attention to the 2nd one os.popen(defaults.tex_command % fname) foe = os.popen(defaults.tex_command % fname) sys.stderr.write(foe.read(-1)) sys.stderr.write('\n') # Help the user out by throwing the latex log to stderr if os.path.exists("%s.log" % fname): fp = open("%s.log" % fname, 'r') sys.stderr.write(fp.read(-1)) fp.close() if foe.close() is not None: raise RuntimeError, "Latex Error" (fi, foe) = os.popen4("dvips -q -tunknown %s -o temp.ps temp.dvi"%\ defaults.dvips_options) fi.close() err = foe.read(-1) sys.stderr.write(err) sys.stderr.write('\n') foe.close() if len(err)>0: raise RuntimeError, "dvips Error" fp = open("temp.ps", "r") ps = fp.read(-1) fp.close() # Now rip it appart .. use string rather than re which # gets caught on recursion limits # grab prolog dvips dosn't use %%BeginProlog! start = ps.index("%%EndComments")+14 end = ps.index("%%EndProlog") prolog = ps[start:end] tt = [] pos1 = end while 1: pos1 = ps.find("PyScriptStart", pos1) if pos1 < 0: break pos2 = ps.find("PyScriptEnd", pos1) tt.append("TeXDict begin 1 0 bop\n%s\neop end"%ps[pos1+14:pos2]) pos1 = pos2 assert len(tt) == len(objects) for ii in range(len(objects)): objects[ii].bodyps = tt[ii] # remove showpage # no we don't ... this kills some things #defs=re.sub("(?m)showpage","",defs) # Cant's seem to set a paper size of 0x0 without tinkering with # dvips config files. We need this so it matches with -E offsets. # the closest is the 'unknown' paper format which unfortunately # introduces some postript code that uses 'setpageparams' and # 'setpage' for size. Can't seem to overide # those def easily so hunt out that code and kill it: # defs=re.sub("(?s)statusdict /setpageparams known.*?if } if","",defs) return prolog class Eps(Group): ''' Create the EPS @cvar pad: extra padding around EPS bbox to absorb effect of line thicknesses etc (in pt) ''' pad = 2 def __init__(self, *objects, **options): ''' Override to allow fixed dimentions to be set @param objects: list of Eps objects @type objects: list @param options: dictionary of attributes @type options: dict ''' args = (self, )+objects Group.__init__(self, **options) b = self.bbox() # width and height have special meaning here if options.has_key('width') and options.has_key('height'): sx = options['width']/float(b.width) sy = options['height']/float(b.height) del options['width'] del options['height'] elif options.has_key('width'): sx = sy = options['width']/float(b.width) del options['width'] elif options.has_key('height'): sx = sy = options['height']/float(b.height) del options['height'] else: sx = sy = 1 self.scale(sx, sy) # initialise again since scaling must be applied BEFORE # any positioning args (width/height will be correct now) Group.__init__(*args, **options) def write(self, fp, title = "PyScriptEPS"): ''' write a self-contained EPS file @param fp: the filehandle to write to @type fp: file object @param title: the title of the postscript to write @type title: string ''' # --- Header Comments --- # We conform DSC 3.0... fp.write("%!PS-Adobe-3.0 EPSF-3.0\n") fp.write("%%%%BoundingBox: %d %d %d %d\n"%self.bbox_pp()) fp.write("%%%%Creator: PyScript %s\n"%version) fp.write("%%%%CreationDate: %s\n"%time.ctime(time.time())) # Color() can use CMYK ... don't need this with level 2 spec below # fp.write("%%Extensions: CMYK\n") # we've used some level 2 ops: fp.write("%%LanguageLevel: 2\n") fp.write("%%%%Title: %s\n"%title) # Say it's a single page: fp.write("%%Pages: 1\n") fp.write("%%EndComments\n") # --- Prolog --- fp.write("%%BeginProlog\n") fp.write(PSMacros) # insert TeX prolog & fonts here fp.write(TeXstuff(self)) fp.write("%%EndProlog\n") # --- Setup --- fp.write("%%BeginSetup\n") fp.write("PyScriptDict begin\n") fp.write('/uu {%f mul} def '%defaults.units) #fp.write('%s\n'%defaults.fg) fp.write('%g setlinewidth \n'%defaults.linewidth) fp.write('%d setlinecap %d setlinejoin %g setmiterlimit\n'%\ (defaults.linecap, defaults.linejoin, defaults.miterlimit )) if defaults.dash is not None: fp.write(defaults.dash+"\n") fp.write("end\n") fp.write("%%EndSetup\n") # --- Code --- fp.write("%%Page: 1 1\n") fp.write("PyScriptDict begin\n") fp.write(self.prebody()) fp.write(Group.body(self)) fp.write(self.postbody()) fp.write("end %PyScriptDict\n") # does this go after Trailer? fp.write("showpage\n") # where should this go? # --- Trailer --- fp.write("%%Trailer\n") fp.write("%%EOF\n") def __str__(self): ''' Eps file with correct pre- and post- code for embeding @rtype: string ''' out = cStringIO.StringIO() # NB this is slightly different to Epsf # transformations are done in write() here. # in Epsf, when the file is written the origin # is adjusted so it can be printed easily and # tranformations have to be done in __str__ too. # hence Epsf overrides body here we're override __str__ out.write("BeginEPSF\n") out.write("%%BeginDocument: PyScriptEPS\n") self.write(out) out.write("%%EndDocument\n") out.write("EndEPSF\n") return out.getvalue() def bbox_pp(self): """ Get the bounding box of the Eps object (with some padding) """ # Grab the groups bounding box b = self.bbox() p = self.pad x1 = round(b.sw[0]*defaults.units)-p y1 = round(b.sw[1]*defaults.units)-p x2 = round(b.ne[0]*defaults.units)+p y2 = round(b.ne[1]*defaults.units)+p return x1, y1, x2, y2 # ------------------------------------------------------------------------- class Page(Group): ''' A postscript page @cvar size: The paper size, eg "a4" @cvar orientation: The paper orientation, "Portrait"/"Landscape" @cvar label: page number label ''' size = 'a4' orientation = "Portrait" label = None # From gs_statd.ps which defines the paper sizes for gs: # Define various paper formats. The Adobe documentation defines only these: # 11x17, a3, a4, a4small, b5, ledger, legal, letter, lettersmall, note. # These procedures are also accessed as data structures during # initialization, so the page dimensions must be the first two elements # of the procedure. PAPERSIZES = { # Page sizes defined by Adobe documentation "11x17":(792, 1224), # a3 see below # a4 see below # a4small should be a4 with an ImagingBBox of [25 25 570 817]. # b5 see below "ledger":(1224, 792), # 11x17 landscape "legal":(612, 1008), "letter":(612, 792), # lettersmall should be letter with an ImagingBBox of [25 25 587 767]. # note should be letter (or some other size) with the ImagingBBox # shrunk by 25 units on all 4 sides. # ISO standard paper sizes "a0":(2380, 3368), "a1":(1684, 2380), "a2":(1190, 1684), "a3":(842, 1190), "a4":(595, 842), "a5":(421, 595), "a6":(297, 421), "a7":(210, 297), "a8":(148, 210), "a9":(105, 148), "a10":(74, 105), # ISO and JIS B sizes are different.... # first ISO "b0":(2836, 4008), "b1":(2004, 2836), "b2":(1418, 2004), "b3":(1002, 1418), "b4":(709, 1002), "b5":(501, 709), "b6":(354, 501), "jisb0":(2916, 4128), "jisb1":(2064, 2916), "jisb2":(1458, 2064), "jisb3":(1032, 1458), "jisb4":(729, 1032), "jisb5":(516, 729), "jisb6":(363, 516), "c0":(2600, 3677), "c1":(1837, 2600), "c2":(1298, 1837), "c3":(918, 1298), "c4":(649, 918), "c5":(459, 649), "c6":(323, 459), # U.S. CAD standard paper sizes "arche":(2592, 3456), "archd":(1728, 2592), "archc":(1296, 1728), "archb":(864, 1296), "archa":(648, 864), # Other paper sizes "flsa":(612, 936), # U.S. foolscap "flse":(612, 936), # European foolscap "halfletter":(396, 612), # Screen size (NB this is 2mm too wide for A4): "screen":(600, 800), } def area(self): ''' return an area object same size as page in default units @rtype: Area ''' d1, d2, w, h = self.bbox_pp() w, h = w/float(defaults.units), h/float(defaults.units) return Area(sw = P(0, 0), width = w, height = h) def recalc_size(self): """ Recalculate the size of the Page object """ # disable this as we're always the same size pass def bbox(self): """ Return the bounding box of the Page object as a Bbox object """ area = self.area() return Bbox(sw = area.sw, width = area.width, height = area.height) def bbox_pp_raw(self): """ Return the raw string of the bounding box of the Page object """ w, h = self.PAPERSIZES[self.size.lower()] return 0, 0, w, h def bbox_pp(self): """ Return the bounding box of the Page object """ w, h = self.PAPERSIZES[self.size.lower()] if self.orientation.lower() == "landscape": h, w = w, h return 0, 0, w, h def write(self, fp, number): ''' write a self-contained PS Page @param fp: the filehandle to write the postscript to @type fp: filehandle object @param number: the number of the page to write @type number: int ''' label = self.label if label is None: label = str(number) fp.write("%%%%Page: %s %d\n"%(label, number)) orientation = self.orientation.capitalize() if orientation not in ("Portrait", "Landscape"): raise ValueError, "Don't understand page orientation" fp.write("%%%%PageOrientation: %s\n" % orientation) w, h = self.PAPERSIZES[self.size.lower()] fp.write("%%%%PageBoundingBox: %d %d %d %d\n"%\ (0, 0, w, h)) # --- Setup --- fp.write("%%BeginPageSetup\n") fp.write("%%%%BeginFeature: *PageSize %s\n"%self.size) # The orientation of w & h should make no diff here acording to specs fp.write("<> setpagedevice\n"%\ (w, h)) fp.write("%%EndFeature\n") # remember the page graphics state fp.write("/pgsave save def\n") # rotate if we're landscape if orientation == "Landscape": fp.write("90 rotate 0 -%d translate\n"%w) fp.write("%%EndPageSetup\n") fp.write("PyScriptDict begin\n") fp.write(self.prebody()) fp.write(Group.body(self)) fp.write(self.postbody()) fp.write("end %PyScriptDict\n") # does this go after Trailer? # restore the graphics state and show the page fp.write("pgsave restore showpage\n") class Pages(Group): ''' Class to hold pages and write out a multi-page postsript document ''' def write(self, fp, title = "PyScriptPS"): ''' write the Pages @param fp: filehandle to write the postscript to @type fp: filehandle object @param title: the title to use in the postscript @type title: string ''' fp.write("%!PS-Adobe-3.0\n") fp.write("%%%%Creator: PyScript %s\n"%version) fp.write("%%%%CreationDate: %s\n"%time.ctime(time.time())) # Color() can use CMYK ... don't need this with level 2 spec below # fp.write("%%Extensions: CMYK\n") # we've used some level 2 ops: fp.write("%%LanguageLevel: 2\n") fp.write("%%%%Title: %s\n"%title) # If all the pages are orientated the same, give a global orientation # Combine boundingboxes to a highwater-mark global boundingbox orientation = self[0].orientation orient = True x1, y1, x2, y2 = self[0].bbox_pp_raw() for page in self: orient = orient and (page.orientation == orientation) x1t, y1t, x2t, y2t = page.bbox_pp_raw() x1 = min(x1, x1t) y1 = min(y1, y1t) x2 = max(x2, x2t) y2 = max(y2, y2t) fp.write("%%%%BoundingBox: %d %d %d %d\n"%(x1, y1, x2, y2)) if orient: fp.write("%%%%Orientation: %s\n"%orientation) # Say it's a single page: fp.write("%%%%Pages: %d\n"%len(self)) fp.write("%%EndComments\n") # --- Prolog --- fp.write("%%BeginProlog\n") fp.write(PSMacros) # insert TeX prolog & fonts here fp.write(TeXstuff(self)) fp.write("%%EndProlog\n") # --- Setup --- fp.write("%%BeginSetup\n") fp.write("PyScriptDict begin\n") fp.write('/uu {%f mul} def '%defaults.units) fp.write('%g setlinewidth \n'%defaults.linewidth) fp.write('%d setlinecap %d setlinejoin %g setmiterlimit\n'%\ (defaults.linecap, defaults.linejoin, defaults.miterlimit, )) if defaults.dash is not None: fp.write(defaults.dash+"\n") fp.write("end\n") fp.write("%%EndSetup\n") for pp in range(len(self)): self[pp].write(fp, pp+1) # --- Trailer --- fp.write("%%Trailer\n") fp.write("%%EOF\n") def validate(self, obj): """ Check that the objects are able to be added to the Page object @param obj: object to check validity of @type obj: object """ if not isinstance(obj, Page): raise TypeError, "Can only add Page to %s" % str(self.__class__) # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/objects.py0000644000175000001440000007440710432611767016777 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: objects.py,v 1.50 2006/05/16 05:38:31 aalexei Exp $ """ Some of the key drawing objects """ __revision__ = '$Revision: 1.50 $' import os, re, sys import cStringIO from math import cos, sin, pi from pyscript.defaults import defaults from pyscript.vectors import P, Bbox, Matrix from pyscript.base import PsObj, Color, UNITS from pyscript.afm import AFM import warnings # ------------------------------------------------------------------------- class AffineObj(PsObj): ''' A base class for object that should implement affine transformations, this should apply to any object that draws on the page. ''' o = P(0, 0) T = Matrix(1, 0, 0, 1) def concat(self, t, p = None): ''' concat matrix t to tranformation matrix @param t: a 2x2 Matrix dectribing Affine transformation @param p: the origin for the transformation @return: reference to self @rtype: self ''' # update transformation matrix self.T = t*self.T #if p is not None: # o=self.o # o is in external co-ords # self.move(p-o) # self.move(t*(o-p)) o = self.o # o is in external co-ords # set origin at (0,0) self.move(-o) # move to transformed p id defined if p is not None: self.move(p) self.move(t*(-p)) # move to transformed origin self.move(t*o) return self def move(self, *args): ''' translate object by a certain amount @param args: amount to move by, can be given as - dx,dy - P @return: reference to self @rtype: self ''' if len(args) == 1: # assume we have a point self.o += args[0] else: # assume we have dx,dy self.o += P(args[0], args[1]) return self def rotate(self, angle, p = None): """ rotate object, the rotation is around p when supplied otherwise it's the objects origin @param angle: angle in degrees, clockwise @param p: point to rotate around (external co-ords) @return: reference to self @rtype: self """ angle = angle/180.0*pi # convert angle to radians t = Matrix(cos(angle), sin(angle), -sin(angle), cos(angle)) self.concat(t, p) return self def scale(self, sx, sy = None, p = None): ''' scale object size (towards objects origin or p) @param sx: x scale factor, or total scale factor if sy=None @param sy: y scale factor @param p: point around which to scale @return: reference to self @rtype: self ''' if sy is None: sy = sx t = Matrix(sx, 0, 0, sy) self.concat(t, p) return self def reflect(self, angle, p = None): ''' reflect object in mirror @param angle: angle of mirror (deg clockwise from top) @param p: origin of reflection @return: reference to self @rtype: self ''' # convert angle to radians, clockwise from top angle = angle/180.0*pi-pi/2 t = Matrix( cos(angle)**2-sin(angle)**2, -2*sin(angle)*cos(angle), -2*sin(angle)*cos(angle), sin(angle)**2-cos(angle)**2 ) self.concat(t, p) return self def shear(self, s, angle, p = None): ''' shear object @param s: amount of shear @param angle: direction of shear (deg clockwise from top) @param p: origin of shear @return: reference to self @rtype: self ''' self.rotate(angle, p) t = Matrix(1, 0, -s, 1) self.concat(t, p) self.rotate(-angle, p) return self def itoe(self, p_i): ''' convert internal to external co-ords @param p_i: internal co-ordinate @return: external co-ordinate @rtype: P ''' assert isinstance(p_i, P), "object not a P()" return self.T*p_i+self.o def etoi(self, p_e): ''' convert external to internal co-ords @param p_e: external co-ordinate @return: internal co-ordinate @rtype: P ''' assert isinstance(p_e, P), "object not a P()" return self.T.inverse()*(p_e-self.o) def prebody(self): ''' set up transformation of coordinate system @rtype: string ''' T = self.T o = self.o S = "gsave " if T == Matrix(1, 0, 0, 1): S = S+"%s translate\n" % o else: # NB postscript matrix is the transpose of what you'd expect! S = S+"[%g %g %g %g %s] concat\n" % (T[0], T[2], T[1], T[3], o()) return S def postbody(self): ''' undo coordinate system transformation @rtype: string ''' return "grestore\n" # ------------------------------------------------------------------------- class Area(AffineObj): """ A Rectangular area defined by sw corner and width and height. defines the following compass points that can be set and retrived:: nw--n--ne | | w c e | | sw--s--se The origin is the sw corner and the others are calculated from the width and height attributes. If a subclass should have the origin somewhere other than sw then overide the sw attribute to make it a function @cvar width: the width @cvar height: the height @cvar c: centre point (simillarly for n,ne etc) """ #XXX allow the changing of sw corner away from origin eg Text isw = P(0, 0) width = 0 height = 0 # Dynamic locations def _get_n(self): """ Get the "north" point """ return self.itoe(P(self.width/2., self.height)+self.isw) def _set_n(self, pe): """ Set the "north" point """ self.move(pe-self.n) n = property(_get_n, _set_n) def _get_ne(self): """ Get the "north-east" point """ return self.itoe(P(self.width, self.height)+self.isw) def _set_ne(self, pe): """ Set the "north-east" point """ self.move(pe-self.ne) ne = property(_get_ne, _set_ne) def _get_e(self): """ Get the "east" point """ return self.itoe(P(self.width, self.height/2.)+self.isw) def _set_e(self, pe): """ Set the "east" point """ self.move(pe-self.e) e = property(_get_e, _set_e) def _get_se(self): """ Get the "south-east" point """ return self.itoe(P(self.width, 0)+self.isw) def _set_se(self, pe): """ Set the "south-east" point """ self.move(pe-self.se) se = property(_get_se, _set_se) def _get_s(self): """ Get the "south" point """ return self.itoe(P(self.width/2., 0)+self.isw) def _set_s(self, pe): """ Set the "south" point """ self.move(pe-self.s) s = property(_get_s, _set_s) def _get_sw(self): """ Get the "south-west" point """ return self.itoe(self.isw) def _set_sw(self, pe): """ Set the "south-west" point """ self.move(pe-self.sw) sw = property(_get_sw, _set_sw) def _get_w(self): """ Get the "west" point """ return self.itoe(P(0, self.height/2.)+self.isw) def _set_w(self, pe): """ Set the "west" point """ self.move(pe-self.w) w = property(_get_w, _set_w) def _get_nw(self): """ Get the "north-west" point """ return self.itoe(P(0, self.height)+self.isw) def _set_nw(self, pe): """ Set the "north-west" point """ self.move(pe-self.nw) nw = property(_get_nw, _set_nw) def _get_c(self): """ Get the "centre" point """ return self.itoe(P(self.width/2., self.height/2.)+self.isw) def _set_c(self, pe): """ Set the "centre" point """ self.move(pe-self.c) c = property(_get_c, _set_c) def bbox(self): """ Return the bounding box of the object """ x1, y1 = self.sw x2, y2 = self.ne for p in [self.sw, self.nw, self.ne, self.se]: x1 = min(x1, p[0]) y1 = min(y1, p[1]) x2 = max(x2, p[0]) y2 = max(y2, p[1]) return Bbox(sw = P(x1, y1), width = x2-x1, height = y2-y1) # ------------------------------------------------------------------------- class TeX(Area): ''' A TeX expression (requires working latex and dvips systems) @cvar fg: TeX color @cvar iscale: initial scale for tex ''' text = "" iscale = 1 fg = Color(0) bodyps = "" def __init__(self, text = "", **options): self.text = text print "Obtaining TeX object's boundingbox ..." # this should be a tempfile ? tempName = "temp1" fp = open("%s.tex"%tempName, "w") fp.write(defaults.tex_head) fp.write(text) fp.write(defaults.tex_tail) fp.close() foe = os.popen(defaults.tex_command % tempName) sys.stderr.write(foe.read(-1)) sys.stderr.write('\n') # Help the user out by throwing the latex log to stderr if os.path.exists("%s.log" % tempName): fp = open("%s.log" % tempName, 'r') sys.stderr.write(fp.read(-1)) fp.close() if foe.close() is not None: raise RuntimeError, "Latex Error" fi, foe = os.popen4("dvips -q -E -o %s.eps %s.dvi" % \ (tempName, tempName)) err = foe.read(-1) sys.stderr.write(err) sys.stderr.write('\n') fi.close() if len(err)>0: raise RuntimeError, "dvips Error" fp = open("%s.eps" % tempName, "r") eps = fp.read(-1) fp.close() # grab boundingbox ... only thing we want at this stage bbox_so = re.search("\%\%boundingbox:\s+(\d+)\s+(\d+)\s+(\d+)\s+(\d+)", eps, re.I) bbox = [] for ii in bbox_so.groups(): bbox.append(int(ii)) self.width = (bbox[2]-bbox[0])/float(defaults.units) self.height = (bbox[3]-bbox[1])/float(defaults.units) # now we have a width and height we can initialise Area Area.__init__(self, **options) self.offset = -P(bbox[0], bbox[1])/float(defaults.units) self.scale(self.iscale) def body(self): """ Returns the object's postscript body """ out = cStringIO.StringIO() out.write("%s translate "%self.offset) out.write("%s\n"%self.fg) out.write("%s\n"%self.bodyps) return out.getvalue() # ------------------------------------------------------------------------- class Text(Area): ''' A single line text object @cvar font: postscript font name eg "Times-Roman" @cvar size: pointsize of the font @cvar kerning: use kerning? @cvar text: the string to typeset @cvar fg: color of the text ''' # these all affect the size so should be dynamic _text = '' _font = "Times-Roman" _size = 12 _kerning = 1 fg = Color(0) def __init__(self, text = "", **options): # get the bbox # first need font and scale BEFORE positioning # for efficiency don't use dynamic attributes self._text = text self._font = options.get('font', self._font) self._size = options.get('size', self._size) self._kerning = options.get('kerning', self._kerning) # Now calc sizes from AFM self._typeset() Area.__init__(self, **options) def _get_font(self): """ Get the font """ return self._font def _set_font(self, fontname): """ Set the font """ self._font = fontname self._typeset() font = property(_get_font, _set_font) def _get_size(self): """ Get the font size """ return self._size def _set_size(self, size): """ Set the font size """ self._size = size self._typeset() size = property(_get_size, _set_size) def _get_kerning(self): """ Get the kerning information """ return self._kerning def _set_kerning(self, kerning): """ Set the kerning information """ self._kerning = kerning self._typeset() kerning = property(_get_kerning, _set_kerning) def _get_text(self): """ Get the text of the Text object """ return self._text def _set_text(self, text): """ Set the text of the Text object """ self._text = text self._typeset() text = property(_get_text, _set_text) def _typeset(self): """ Typeset the Text object (including kerning info) """ string = self.text afm = AFM(self._font) # set the correct postscript font name self._font = afm.FontName size = self.size sc = size/1000. chars = map(ord, list(string)) # order: width l b r t # use 'reduce' and 'map' as they're written in C # add up all the widths width = reduce(lambda x, y: x+afm[y][0], chars, 0) # subtract the kerning if self.kerning == 1: if len(chars)>1: kerns = map(lambda x, y:afm[(x, y)] , chars[:-1], chars[1:]) charlist = list(string) out = "(" for ii in kerns: if ii != 0: out += charlist.pop(0)+") %s ("%str(ii*sc) else: out += charlist.pop(0) out += charlist.pop(0)+")" settext = out kern = reduce(lambda x, y:x+y, kerns) width += kern else: # this is to catch the case when there are no characters # in the string, but self.kerning==1 settext = "("+string+")" else: settext = "("+string+")" # get rid of the end bits start = afm[chars[0]][1] f = afm[chars[-1]] width = width-start-(f[0]-f[3]) # accumulate maximum height top = reduce(lambda x, y: max(x, afm[y][4]), chars, 0) # accumulate lowest point bottom = reduce(lambda x, y: min(x, afm[y][2]), chars, afm[chars[0]][2]) x1 = start*sc y1 = bottom*sc x2 = x1+width*sc y2 = top*sc self.settext = settext self.offset = -P(x1, y1)/float(defaults.units) self.width = (x2-x1)/float(defaults.units) self.height = (y2-y1)/float(defaults.units) def body(self): """ Returns the object's postscript body """ out = cStringIO.StringIO() ATTR = {'font':self.font, 'fg':self.fg, 'size':self.size, 'settext':self.settext, 'offset':self.offset} out.write("%(offset)s moveto\n" % ATTR) out.write("/%(font)s %(size)s selectfont %(fg)s \n" % ATTR) out.write("mark %(settext)s kernshow\n" % ATTR) return out.getvalue() # ------------------------------------------------------------------------- # Rectangle # ------------------------------------------------------------------------- class Rectangle(Area): """ Draw a rectangle @cvar linewidth: the line thickness in points @type linewidth: float @cvar dash: a Dash() object giving the dash pattern to use @type dash: L{Dash} object @cvar fg: line color @type fg: L{Color} object @cvar bg: fill color or None for empty @type bg: L{Color} object @cvar r: radius of corners (saturates at min(width/2,height/2)) @type r: float @cvar width: width of rectangle @type width: float @cvar height: height of rectangle @type height: float """ bg = None fg = Color(0) r = 0.0 linewidth = None dash = None width = 1.0 height = 1.0 def __init__(self, obj=None, **options): ''' @param obj: for Area() or Bbox(), the size and position will be taken from obj ''' if isinstance(obj, Area) or isinstance(obj, Bbox): options['sw'] = obj.sw options['width'] = obj.width options['height'] = obj.height Area.__init__(self, **options) def body(self): """ Returns the object's postscript body """ out = cStringIO.StringIO() if self.linewidth: out.write("%g setlinewidth "%self.linewidth) if self.dash is not None: out.write(str(self.dash)) # make sure we have a sensible radius r = min(self.width/2., self.height/2., self.r) w = self.width h = self.height ATTR = {'bg':self.bg, 'fg':self.fg, 'width':w, 'height':h, 'r':r, 'ne':P(w, h), 'n':P(w/2., h), 'nw':P(0, h), 'w':P(0, h/2.), 'sw':P(0, 0), 's':P(w/2., 0), 'se':P(w, 0), 'e':P(w, h/2.), } if self.bg is not None: if self.r == 0: out.write("%(bg)s 0 0 %(width)g uu %(height)g uu rectfill\n"\ % ATTR) else: out.write("%(bg)s newpath %(w)s moveto\n" % ATTR) out.write("%(nw)s %(n)s %(r)s uu arcto 4 {pop} repeat\n" % ATTR) out.write("%(ne)s %(e)s %(r)s uu arcto 4 {pop} repeat\n" % ATTR) out.write("%(se)s %(s)s %(r)s uu arcto 4 {pop} repeat\n" % ATTR) out.write("%(sw)s %(w)s %(r)s uu arcto 4 {pop} repeat\n" % ATTR) out.write("closepath fill\n") if self.fg is not None: if self.r == 0: out.write("%(fg)s 0 0 %(width)g uu %(height)g uu rectstroke\n"\ % ATTR) else: out.write("%(fg)s newpath %(w)s moveto\n" % ATTR) out.write("%(nw)s %(n)s %(r)s uu arcto 4 {pop} repeat\n" % ATTR) out.write("%(ne)s %(e)s %(r)s uu arcto 4 {pop} repeat\n" % ATTR) out.write("%(se)s %(s)s %(r)s uu arcto 4 {pop} repeat\n" % ATTR) out.write("%(sw)s %(w)s %(r)s uu arcto 4 {pop} repeat\n" % ATTR) out.write("closepath stroke\n") return out.getvalue() # ------------------------------------------------------------------------- class Circle(AffineObj): """ Draw a circle, or part of. Generate ellipses by scaling. The origin is the center @cvar r: radius @type r: float @cvar start: starting angle for arc @type start: float @cvar end: end angle for arc @type end: float @cvar c: (also n, ne,...) as for L{Area} @type c: L{P} object @cvar linewidth: width of the lines @type linewidth: float @cvar dash: Dash() object giving dash pattern to use @type dash: L{Dash} object """ bg = None fg = Color(0) r = 1.0 start = 0.0 end = 360.0 linewidth = None dash = None def locus(self, angle, target=None): ''' Set or get a point on the locus @param angle: locus point in degrees (Degrees clockwise from north) @type angle: float @param target: target point @return: - target is None: point on circumference at that angle - else: set point to the target, and return reference to object @rtype: self or P ''' r = self.r x = r*sin(angle/180.0*pi) y = r*cos(angle/180.0*pi) l = P(x, y) if target is None: return self.itoe(l) else: self.move(target-self.locus(angle)) return self # some named locations def _get_c(self): """ Get the "centre" point """ return self.o def _set_c(self, pe): """ Set the "centre" point """ self.move(pe-self.o) c = property(_get_c, _set_c) def _get_n(self): """ Get the "north" point """ return self.locus(0) def _set_n(self, pe): """ Set the "north" point """ self.locus(0, pe) n = property(_get_n, _set_n) def _get_e(self): """ Get the "east" point """ return self.locus(90) def _set_e(self, pe): """ Set the "east" point """ self.locus(90, pe) e = property(_get_e, _set_e) def _get_s(self): """ Get the "south" point """ return self.locus(180) def _set_s(self, pe): """ Set the "south" point """ self.locus(180, pe) s = property(_get_s, _set_s) def _get_w(self): """ Get the "west" point """ return self.locus(270) def _set_w(self, pe): """ Set the "west" point """ self.locus(270, pe) w = property(_get_w, _set_w) # these are of the square that holds the circle def _get_ne(self): """ Get the "nort-east" point """ return self.itoe(P(self.r, self.r)) def _set_ne(self, pe): """ Set the "north-east" point """ self.move(pe-self.ne) ne = property(_get_ne, _set_ne) def _get_nw(self): """ Get the "nort-west" point """ return self.itoe(P(-self.r, self.r)) def _set_nw(self, pe): """ Set the "nort-west" point """ self.locus(315, pe) self.move(pe-self.nw) nw = property(_get_nw, _set_nw) def _get_se(self): """ Get the "south-east" point """ return self.itoe(P(self.r, -self.r)) def _set_se(self, pe): """ Set the "south-east" point """ self.locus(135, pe) self.move(pe-self.se) se = property(_get_se, _set_se) def _get_sw(self): """ Get the "south-west" point """ return self.itoe(P(-self.r, -self.r)) def _set_sw(self, pe): """ Set the "south-west" point """ self.locus(235, pe) self.move(pe-self.sw) sw = property(_get_sw, _set_sw) def body(self): """ Returns the object's postscript body """ out = cStringIO.StringIO() if self.linewidth: out.write("%g setlinewidth " % self.linewidth) if self.dash is not None: out.write(str(self.dash)) # By default postscript goes anti-clockwise # and starts from 'e' ... fix it so it goes # clockwise and starts from 'n' ATTR = {'bg':self.bg, 'fg':self.fg, 'r':self.r, 'start':self.start, 'end':self.end} if self.bg is not None: out.write("%(bg)s 0 0 %(r)g uu 360 %(start)g -1 mul add 90 " "add 360 %(end)g -1 mul add 90 add arcn fill\n" % ATTR) if self.fg is not None: out.write("%(fg)s 0 0 %(r)g uu 360 %(start)g -1 mul add 90 " "add 360 %(end)g -1 mul add 90 add arcn stroke\n" % ATTR) return out.getvalue() def bbox(self): """ Return the bounding box object of the Circle """ #grab a tight boundingbox by zipping around circumference SW = self.locus(0) NE = self.locus(0) for ii in xrange(self.start, self.end+10, 10): p = self.locus(ii) SW[0] = min(SW[0], p[0]) SW[1] = min(SW[1], p[1]) NE[0] = max(NE[0], p[0]) NE[1] = max(NE[1], p[1]) return Bbox(sw = SW, width = NE[0]-SW[0], height = NE[1]-SW[1]) # ------------------------------------------------------------------------- class Dot(Circle): ''' draw a dot at the given location @cvar r: dot radius @cvar bg: dot color @cvar fg: dot border color ''' r = .05 bg = Color(0) fg = None def __init__(self, p1 = P(0, 0), p2 = 0, **options): if isinstance(p1, P): c = p1 else: c = P(p1, p2) Circle.__init__(self, **options) self.c = c def bbox(self): """ Return the bounding box of the Dot """ return Bbox(sw = self.sw, width = 2*self.r, height = 2*self.r) # ------------------------------------------------------------------------- class Paper(Area): ''' returns an area object the size of one of the standard paper sizes B{Class deprecated - use Page instead} ''' size = None orientation = "portrait" # PAPERSIZES taken from gs man page (x cm,y cm) PAPERSIZES = { "a0": (83.9611, 118.816), "a1": (59.4078, 83.9611), "a2": (41.9806, 59.4078), "a3": (29.7039, 41.9806), "a4": (20.9903, 29.7039), "a4r": (29.7039, 20.9903), # rotated version of a4 "a5": (14.8519, 20.9903), "a6": (10.4775, 14.8519), "a7": (7.40833, 10.4775), "a8": (5.22111, 7.40833), "a9": (3.70417, 5.22111), "a10": (2.61056, 3.70417), "b0": (100.048, 141.393), "b1": (70.6967, 100.048), "b2": (50.0239, 70.6967), "b3": (35.3483, 50.0239), "b4": (25.0119, 35.3483), "b5": (17.6742, 25.0119), "archA": (22.86 , 30.48), "archB": (30.48 , 45.72), "archC": (45.72 , 60.96), "archD": (60.96 , 91.44), "archE": (91.44 , 121.92), "flsa": (21.59 , 33.02), "flse": (21.59 , 33.02), "halfletter": (13.97 , 21.59), "note": (19.05 , 25.4 ), "letter": (21.59 , 27.94), "legal": (21.59 , 35.56), "11x17": (27.94 , 43.18), "ledger": (43.18 , 27.94), } def __init__(self, size, **options): ''' @param size: eg "a4","letter" etc. See L{PAPERSIZES} for sizes @return: An area object the size of the selected paper with the sw corner on P(0,0) ''' warnings.warn("Paper() class deprecated .. use Page()") self.size = size orientation = options.get("orientation", self.orientation) if orientation == "portrait": w, h = self.PAPERSIZES[size] else: h, w = self.PAPERSIZES[size] self.width = w*UNITS['cm']/float(defaults.units) self.height = h*UNITS['cm']/float(defaults.units) Area.__init__(self, **options) # ------------------------------------------------------------------------- class Epsf(Area): ''' Load an Eps from file @cvar width: on init - set width to this @type width: float @cvar height: on init - set height to this @type height: float ''' def __init__(self, file, **options): ''' @param file: path to epsf file @type file: string @return: The eps figure as an area object ''' self.file = file print "Loading %s" % file fp = open(file, 'r') self.all = fp.read(-1) fp.close() bbox_so = re.compile( "\%\%boundingbox:\s+(-?\d+)\s+(-?\d+)\s+(-?\d+)\s+(-?\d+)", re.I|re.S) so = bbox_so.search(self.all) x1s, y1s, x2s, y2s = so.groups() d = float(defaults.units) x1 = float(x1s)/d y1 = float(y1s)/d x2 = float(x2s)/d y2 = float(y2s)/d self.offset = -P(x1, y1) self.width = x2-x1 self.height = y2-y1 # width and height have special meaning here if options.has_key('width') and options.has_key('height'): sx = options['width']/float(self.width) sy = options['height']/float(self.height) del options['width'] del options['height'] elif options.has_key('width'): sx = sy = options['width']/float(self.width) del options['width'] elif options.has_key('height'): sx = sy = options['height']/float(self.height) del options['height'] else: sx = sy = 1 self.scale(sx, sy) Area.__init__(self, **options) def body(self): """ Return the body of the object's postcript """ out = cStringIO.StringIO() out.write("BeginEPSF\n") out.write("%s translate \n" % self.offset) out.write("%%%%BeginDocument: %s\n" % self.file) out.write(self.all) out.write("%%EndDocument\n") out.write("EndEPSF\n") return out.getvalue() # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/path.py0000644000175000001440000004326710432611767016302 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: path.py,v 1.25 2006/05/16 05:38:31 aalexei Exp $ """ The Path module """ __revision__ = '$Revision: 1.25 $' #from pyscript.defaults import defaults from math import sqrt, pi, sin, cos from pyscript.vectors import P, Bbox, U, Identity, R from pyscript.base import Color from pyscript.objects import AffineObj from pyscript.arrowheads import ArrowHead import cStringIO # ------------------------------------------------------------------------- # Pathlettes ... components of path, not used by themselves # ------------------------------------------------------------------------- class _line(object): ''' A line pathlette ''' s = None e = None def __init__(self, s, e): object.__init__(self) self.s = s self.e = e def _get_start(self): """ return start point """ return self.s start = property(_get_start) def _get_end(self): """ return end point """ return self.e end = property(_get_end) def _get_length(self): """ Get the length of the pathlette """ return (self.e-self.s).length length = property(_get_length) def P(self, f): ''' return point at fraction f of length ''' return (self.s+(self.e-self.s)*f) def tangent(self, f): ''' return angle of tangent of curve at fraction f of length ''' return (self.e-self.s).arg def body(self): """ Return the postscript body """ return '%s lineto\n' % self.e def bbox(self, itoe = Identity): """ Return the bounding box """ p0 = itoe(self.s) p1 = itoe(self.e) x0 = min(p0[0], p1[0]) x1 = max(p0[0], p1[0]) y0 = min(p0[1], p1[1]) y1 = max(p0[1], p1[1]) return Bbox(sw = P(x0, y0), width = x1-x0, height = y1-y0) # ------------------------------------------------------------------------- class _bezier(object): ''' A Bezier pathlette ''' s = None e = None cs = None ce = None length = None TOL = None #tolerance for linearising def __init__(self, s, cs, ce, e, TOL = 2e-3, temporary = False): object.__init__(self) self.s = s # start self.e = e # end self.cs = cs # start control self.ce = ce # end control self.TOL = TOL # for efficiency don't do this unless we intend to # keep this pathlette if not temporary: self._points = self.straighten() self.set_length() def _is_straight(self): ''' is this curve straight? ''' L1 = (self.cs-self.s).length+\ (self.ce-self.cs).length+\ (self.e-self.ce).length L2 = (self.e-self.s).length if abs(L1-L2)/float(L1) <= self.TOL: return True else: return False def straighten(self): """ Straighten the bezier curve """ if self._is_straight(): return (self.s, self.e) else: c1, c2 = self._bisect(temporary = True) return (c1.straighten()+c2.straighten()) def _bisect(self, t = .5, temporary = False): ''' Divide this bezier into two ''' p01 = self.s * (1-t) + self.cs * t p12 = self.cs * (1-t) + self.ce * t p23 = self.ce * (1-t) + self.e * t p012 = p01 * (1-t) + p12 * t p123 = p12 * (1-t) + p23 * t p0123 = p012 * (1-t) + p123 * t return (_bezier(self.s.copy(), p01, p012, p0123, temporary = temporary), _bezier(p0123.copy(), p123, p23, self.e.copy(), temporary = temporary)) def set_length(self): """ Set the length of the bezier curve """ L = 0 p0 = self.s for p in self._points: L += (p-p0).length p0 = p self.length = L def body(self): """ Return the postscript body of the object """ return '%s %s %s curveto\n' % (self.cs, self.ce, self.e) def _t(self, t): ''' Return point on curve parametrised by t [0-1] This is exact ''' a1 = 3*(self.cs-self.s) a2 = 3*(self.s-2*self.cs+self.ce) a3 = -self.s+3*self.cs-3*self.ce+self.e return a3*t**3+a2*t**2+a1*t+self.s def _get_start(self): """ return start point """ return self.s start = property(_get_start) def _get_end(self): """ return end point """ return self.e end = property(_get_end) def P(self, f): ''' return point on curve at fraction f of length ''' assert 0 <= f <= 1 #if self.length is None: # self._cache() if f == 0: return self.s elif f == 1: return self.e Lf = self.length*f L = 0 p0 = self.s for p in self._points: l = (p-p0).length if L+l >= Lf: break L += l p0 = p # XXX Add a correction here so it's actually on the curve! # Newton Rapson? return (p-p0).U*(Lf-L) +p0 def tangent(self, f): ''' return angle of tangent of curve at fraction f of length ''' assert 0 <= f <= 1 if f == 0: return (self.cs-self.s).arg elif f == 1: return (self.e-self.ce).arg Lf = self.length*f L = 0 p0 = self.s for p in self._points: l = (p-p0).length if L+l >= Lf: break L += l p0 = p # XXX Add a correction here so it's actually on the curve! # Newton Rapson? return (p-p0).arg def bbox(self, itoe = Identity): """ Return the bounding box of the object """ # run through the list of points to get the bounding box #if self.length is None: # self._cache() p0 = itoe(self.s) x0, y0 = p0 x1, y1 = p0 for p in self._points: p1 = itoe(p) x0 = min(x0, p1[0]) x1 = max(x1, p1[0]) y0 = min(y0, p1[1]) y1 = max(y1, p1[1]) return Bbox(sw = P(x0, y0), width = x1-x0, height = y1-y0) # ------------------------------------------------------------------------- # Curve specifier # ------------------------------------------------------------------------- class C(object): """ Specifier and generator for curves """ # these params control the natural bezier # (they are set to the MetaPost defaults) _a = sqrt(2) _b = 1/16. _c = (3-sqrt(5))/2. # user parameters for curve: c0 = None c1 = None t0 = 1 t1 = 1 #curl = 1 # this for specifing an arc arc = None def __init__(self, *args, **options): ''' store curve parameters ''' if len(args) == 1: raise ValueError, "C takes two arguments" #self.c0 = args[0] #self.c1 = args[0] elif len(args) == 2: self.c0 = args[0] self.c1 = args[1] # anything supplied in keywords will override # the above points eg C(P(0, 0), c1=45) object.__init__(self) self(**options) def __call__(self, **options): ''' Set a whole lot of attributes in one go eg:: obj.set(bg=Color(.3), linewidth=2) @return: self @rtype: self ''' # first do non-property ones # this will raise an exception if class doesn't have attribute # I think this is good. prop = [] for key, value in options.items(): if isinstance(eval('self.__class__.%s'%key), property): prop.append((key, value)) else: self.__class__.__setattr__(self, key, value) # now the property ones # (which are functions of the non-property ones) for key, value in prop: self.__class__.__setattr__(self, key, value) # for convenience return a reference to us return self def _get_fullyspecified(self): ''' Is this curve fully specified (all control points) ''' if self.arc is not None: # an arc is already fully specified return 1 elif isinstance(self.c0, P) and isinstance(self.c1, P): # both points set return 1 else: return 0 fullyspecified = property(_get_fullyspecified, None) def curve(self, p0, p1 = None): ''' return pathlette object corresponding to curve ''' if self.arc is not None: # an arc return self.create_arc(p0) else: # a bezier if not self.fullyspecified: # fit natural curve... self.fit_curve(p0, p1) return self.create_bezier(p0, p1) def fit_curve(self, p0, p1): ''' fit a natural looking spline to end slopes ''' # first get the angles ... if type(self.c0) in [type(10), type(10.0)]: # turn this into a unit vector in that direction w0 = U(self.c0) elif isinstance(self.c0, R): # already have unit vectior w0 = self.c0 elif isinstance(self.c0, P): # non-unit vector giving direction w0 = (self.c0-p0) else: raise ValueError, "Unknown control type c0" if type(self.c1) in [type(10), type(10.0)]: # turn this into a unit vector in that direction w1 = U(self.c1) elif isinstance(self.c1, R): # already have unit vectior w1 = self.c1 elif isinstance(self.c1, P): # non-unit vector giving direction w1 = (self.c1-p1) else: raise ValueError, "Unknown control type c1" t = ((p1-p0).arg-w0.arg)*pi/180. p = -((-p1+p0).arg-w1.arg)*pi/180. a = self._a b = self._b c = self._c alpha = a*(sin(t)-b*sin(p))*(sin(p)-b*sin(t))*(cos(t)-cos(p)) rho = (2+alpha)/(1+(1-c)*cos(t)+c*cos(p)) sigma = (2-alpha)/(1+(1-c)*cos(p)+c*cos(t)) c0 = P( p0.x + rho*( (p1.x-p0.x)*cos(t)-(p1.y-p0.y)*sin(t))/(3*self.t0) , p0.y + rho*( (p1.y-p0.y)*cos(t)+(p1.x-p0.x)*sin(t))/(3*self.t0) ) c1 = P( p0.x + (p1.x-p0.x)*(1-sigma*cos(p)/(3*self.t1)) - (p1.y-p0.y)*sigma*sin(p)/(3*self.t1) , p0.y + (p1.y-p0.y)*(1-sigma*cos(p)/(3*self.t1)) + (p1.x-p0.x)*sigma*sin(p)/(3*self.t1) ) # only change if we were given an angle if type(self.c0) in [type(10), type(10.0)]: self.c0 = c0 if type(self.c1) in [type(10), type(10.0)]: self.c1 = c1 def create_arc(self, centre): """ Create an arc """ return None def create_bezier(self, p0, p1): """ Create a bezier curve """ c0 = self.c0 c1 = self.c1 # fix up relative points: if isinstance(c0, R): c0 = p0+c0 if isinstance(c1, R): c1 = p1+c1 return _bezier(p0, c0, c1, p1) # ------------------------------------------------------------------------- # Path object # ------------------------------------------------------------------------- class Path(AffineObj): """ A Path """ fg = Color(0) bg = None linewidth = None linecap = None linejoin = None miterlimit = None dash = None closed = 0 #ArrowHead instances: heads = [] #_pathlettes=[] def __init__(self, *path, **options): self._pathlettes = [] AffineObj.__init__(self, **options) path = list(path) # so we can use pop # first point must be, well a point assert isinstance(path[0], P) # if the last point of a closed path has been # skipped, add it now if not isinstance(path[-1], P) and self.closed: path.append(path[0]) cp = path.pop(0) # current point while 1: if len(path) == 0: break p = path.pop(0) if isinstance(p, R): p = cp+p self._pathlettes.append(_line(cp, p)) cp = p elif isinstance(p, P): self._pathlettes.append(_line(cp, p)) cp = p elif isinstance(p, C): c = p # Get the next point p = path.pop(0) if isinstance(p, R): p = cp+p self._pathlettes.append(c.curve(cp, p)) cp = p else: raise ValueError, "Unknown path control" # now add arrowheads heads = [] for head in self.heads: # make a copy so this class has it's own instance h=head.copy() # line colors overide arrow they blend # (how would a user overide this?) if options.has_key('fg'): h(fg=options['fg']) h(bg=options['fg']) # position it appropriately: h.__init__(tip=self.P(head.pos), angle=self.tangent(head.pos).arg) heads.append(h) self.heads = heads def bbox(self): """ Return the bounding box of the Path """ b = Bbox() for pl in self._pathlettes: b.union(pl.bbox(self.itoe)) # take into account extent of arrowheads for ar in self.heads: b.union(ar.bbox()) return b def _get_start(self): """ return start point """ return self.itoe(self._pathlettes[0].start) start = property(_get_start) def _get_end(self): """ return end point """ return self.itoe(self._pathlettes[-1].end) end = property(_get_end) def _get_length(self): """ Get the length of the path """ l = 0 for pl in self._pathlettes: l += pl.length return l length = property(_get_length) def P(self, f): ''' Return the point at fraction f along the path ''' assert 0 <= f <= 1 Lf = self.length*f L = 0 for pl in self._pathlettes: l = pl.length if L+l >= Lf: break L += l return self.itoe(pl.P((Lf-L)/float(l))) def tangent(self, f): ''' return tangent (unit vector) of curve at fraction f of length ''' assert 0 <= f <= 1 Lf = self.length*f L = 0 for pl in self._pathlettes: l = pl.length if L+l >= Lf: break L += l return U(self.itoe(U(pl.tangent((Lf-L)/float(l)))).arg) def body(self): """ Return the postscript body of the Path """ out = cStringIO.StringIO() if self.linewidth is not None: out.write("%g setlinewidth "%self.linewidth) if self.linecap is not None: out.write("%d setlinecap "%self.linecap) if self.linejoin is not None: out.write("%d setlinejoin "%self.linejoin) if self.miterlimit is not None: out.write("%f setmiterlimit "%self.miterlimit) if self.dash is not None: out.write(str(self.dash)) out.write('newpath %s moveto\n'%self._pathlettes[0].start) for pl in self._pathlettes: out.write(pl.body()) if self.closed: out.write(' closepath ') if self.bg is not None: out.write("gsave %s fill grestore\n"%self.bg) if self.fg is not None: out.write("%s stroke\n"%self.fg) for head in self.heads: out.write(str(head)) return out.getvalue() # ------------------------------------------------------------------------- # Arrow objects # ------------------------------------------------------------------------- class Arrow(Path): ''' Path object with arrow at end ... just for convenience ''' #heads = [defaults.arrowhead(pos=1)] heads = [ArrowHead(1)] class DoubleArrow(Path): """ Path object with arrow at both ends ... just for convenience """ #heads = [defaults.arrowhead(pos=1),defaults.arrowhead(pos=1,reverse=1)] heads = [ArrowHead(1), ArrowHead(0, reverse=1)] # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/render.py0000644000175000001440000000504010401101572016570 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: render.py,v 1.31 2006/02/28 17:08:10 paultcochrane Exp $ """ Create the actual postscript """ __revision__ = '$Revision: 1.31 $' from pyscript.defaults import defaults from pyscript.groups import Eps, Page, Pages from pyscript.vectors import P # --------------------------------------------------------------------------- # Create the actual postscript # --------------------------------------------------------------------------- def render(*objects, **options): ''' render the file @param objects: list of objects to render @type objects: list @param options: dictionary of options to use when rendering @type options: dict ''' if not options.has_key('file'): raise LookupError, "No filename given" out = open(options['file'], "w") if len(objects) == 0: raise ValueError, "No objects to render!" elif len(objects) == 1: if isinstance(objects[0], Eps): obj = objects[0] elif isinstance(objects[0], Pages): obj = objects[0] elif isinstance(objects[0], Page): # wrap in Pages environment obj = apply(Pages, objects) else: # assume it's an eps and wrap obj = apply(Eps, objects) else: if isinstance(objects[0], Page): # assume we have pages obj = apply(Pages, objects) else: # we have an eps obj = apply(Eps, objects) if isinstance(obj, Eps): # Make the sw corner (0,0) since some brain-dead previewers # don't understand bounding-boxes x1, y1, x2, y2 = obj.bbox_pp() obj.move( (P(0, 0) - P(x1, y1))/float(defaults.units) ) obj.write(out) out.close() print "Wrote", options['file'] # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/vectors.py0000644000175000001440000003401510423157460017015 0ustar cochraneusers# Copyright (C) 2002-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: vectors.py,v 1.26 2006/04/24 14:22:40 paultcochrane Exp $ """ Vectors """ __revision__ = '$Revision: 1.26 $' # Originally written by Mario Chemnitz (ucla@hrz.tu-chemnitz.de) # Cut back and reworked to suit pyscript from math import sqrt, sin, cos, pi, atan2 from pyscript.base import PsObj class Matrix: ''' 2x2 matrix class ''' type = 'Matrix' def __init__(self, a=0.0, b=0.0, c=0.0, d=0.0): # / a b \ # \ c d / self.data = [a, b, c, d] def body(self): """ Return the postscript body """ d = self.data #NB postscript uses transpose return "[%g %g %g %g]" % (d[0], d[2], d[1], d[3]) def __add__(self, o): if isinstance(o, Matrix): return Matrix(self[0]+o[0], self[1]+o[1], self[2]+o[2], self[3]+o[3]) else: raise TypeError, "non-matrix (%s) in matrix addition"\ % type(o) __radd__ = __add__ def __sub__(self, o): if isinstance(o, Matrix): return Matrix(self[0]-o[0], self[1]-o[1], self[2]-o[2], self[3]-o[3]) else: raise TypeError, "non-matrix (%s) in matrix subtraction"\ % type(o) def __rsub__(self, o): if isinstance(o, Matrix): return Matrix(o[0]-self[0], o[1]-self[1], o[2]-self[2], o[3]-self[3]) else: raise TypeError, "non-matrix (%s) in right matrix subtraction"\ % type(o) def __neg__(self): return Matrix(-self[0], -self[1], -self[2], -self[3]) def __len__(self): return 4 def __getitem__(self, i): if i < (len(self)): return self.data[i] else: raise IndexError, "index reading error" def __setitem__(self, i, other): if i < (len(self)): self.data[i] = other else: raise IndexError, "index writing error" # reads entry from row i and column j: -> data element def __getslice__(self, i, j): if i<2 and j<2: return self.data[2*i+j] else: raise IndexError, "index reading error" # writes matrix element to row i and column j def __setslice__(self, i, j, wert): if i<2 and j<2: self.data[2*i+j] = wert else: raise IndexError, "index writing error" #E matrix multiplication (self*other): -> matrix or vector def __mul__(self, other): if isinstance(other, Matrix): tmp = Matrix() for i in range(2): for j in range(2): for k in range(2): tmp[i:j] = tmp[i:j]+self[i:k]*other[k:j] return tmp elif isinstance(other, P): tmp = P() for i in range(2): for k in range(2): tmp[i] = tmp[i]+self[i:k]*other[k] return tmp elif isinstance(other, (int, float)): tmp = Matrix() for i in range(len(self)): tmp[i] = self[i]*other return tmp else: raise TypeError, "m-n-error in matrix multiplication" # E operand for matrix multiplication is on the right (other*self): # -> matrix def __rmul__(self, other): if isinstance(other, Matrix): tmp = Matrix() for i in range(len(self)): tmp[i] = other*self[i] return tmp else: raise TypeError, "error in right matrix multiplication" def det(self): """ Return the matrix determinant """ return self[0]*self[3]-self[1]*self[2] def inverse(self): """ Find the inverse of the matrix """ d = self.det() if d == 0 : raise ValueError, "determinant=0, cannot calc inverse" return Matrix(self[3], -self[1], -self[2], self[0])/float(d) def __div__(self, n): # only for numbers! assert isinstance(n, (int, float)), \ "only division by numbers implemented" n = float(n) tmp = Matrix() for i in range(len(self)): tmp[i] = self[i]/n return tmp # ------------------------------------------------------------------------- # P = Vector (relative to origin) ie a point # ------------------------------------------------------------------------- class P(PsObj): """ A Vector (or point) operations always return type 'P' vectors """ point = [0, 0] def __init__(self, x = 0.0, y = 0.0, **options): self.point = [x, y] PsObj.__init__(self, **options) def __len__(self): return 2 def __getitem__(self, i): if i < (len(self)): return self.point[i] else: raise IndexError, "index reading error" def __setitem__(self, i, other): if i < (len(self)): self.point[i] = other else: raise IndexError, "index writing error" def __add__(self, o): if isinstance(o, P): return P(self[0]+o[0], self[1]+o[1]) elif isinstance(o, (float, int)): return P(self[0]+o, self[1]+o) else: raise TypeError, "non-vector (%s) in vector addition"\ % type(o) __radd__ = __add__ def __sub__(self, o): if isinstance(o, P): return P(self[0]-o[0], self[1]-o[1]) else: raise TypeError, "non-vector (%s) in vector subtraction"\ % type(o) def __rsub__(self, o): if isinstance(o, P): return P(o[0]-self[0], o[1]-self[1]) else: raise TypeError, "non-vector (%s) in right vector subtraction"\ % type(o) def __neg__(self): return P(-self[0], -self[1]) def __mul__(self, o): if isinstance(o, P): # Dot product return self[0]*o[0]+self[1]*o[1] elif isinstance(o, Matrix): raise TypeError, "other must not be a matrix" else: return P(self[0]*o, self[1]*o) def __rmul__(self, o): return P(self[0]*o, self[1]*o) def body(self): """ return postscript as string """ return "%g uu %g uu" % tuple(self) def __div__(self, o): # only for numbers! if isinstance(o, (float, int)): n = float(o) return P(self[0]/n, self[1]/n) else: raise TypeError, "Only division by numbers implemented" def _get_x(self): """ Get the x coordinate """ return self[0] x = property(_get_x, None) def _get_y(self): """ Get the y coordinate """ return self[1] y = property(_get_y, None) def _get_length(self): ''' Return length of this vector (distance from origin to point) ''' return sqrt(self*self) length = property(_get_length, None) def _get_U(self): ''' Return unit vector pointing in same direction ''' return self/float(self.length) U = property(_get_U, None) def _get_arg(self): """ Get angle (argument) of the vector """ return atan2(self.x, self.y)/pi*180 arg = property(_get_arg, None) def cross(self, other): """ Calculate the cross product of two vectors """ if isinstance(other, P): tmp = P() tmp[0] = self[1]*other[2]-self[2]*other[1] tmp[1] = self[2]*other[0]-self[0]*other[2] return tmp else: raise TypeError, "non-vector (%s) in cross product" % type(other) # ------------------------------------------------------------------------- # R = Vector (relative to last point) function dependent! # ------------------------------------------------------------------------- class R(P): """ Relative point vector """ def __add__(self, o): if isinstance(o, (float, int)): return R(self[0]+o, self[1]+o) else: return P.__add__(self, o) def __mul__(self, o): if isinstance(o, (float, int)): return R(self[0]*o, self[1]*o) else: return P.__mul__(self, o) def __rmul__(self, o): return R(self[0]*o, self[1]*o) def __div__(self, o): # only for numbers! if isinstance(o, (float, int)): return R(self[0]/float(o), self[1]/float(o)) else: raise TypeError, "Only division by numbers implemented" def __neg__(self): return R(-self[0], -self[1]) # ------------------------------------------------------------------------- # Unit vector # ------------------------------------------------------------------------- def U(angle, r = 1): ''' return a relative vector of length r in the given direction ''' x = r*sin(angle/180.0*pi) y = r*cos(angle/180.0*pi) return R(x, y) # ------------------------------------------------------------------------- # Unit vector # ------------------------------------------------------------------------- def Cusp(p1, p2): ''' Alignment aid returns P(p1.x, p2.y) ''' return P(p1[0], p2[1]) # ------------------------------------------------------------------------- def Identity(p): ''' function which does nothing ''' # do it this way so we return a copy return P(p[0], p[1]) # ------------------------------------------------------------------------- class Bbox(object): """ A Rectangular area defined by sw corner and width and height. which specifies a boundingbox. Has the same attributes (but read only) as Area:: nw--n--ne | | w c e | | sw--s--se """ sw = None width = 0 height = 0 def __init__(self, **options): ''' can pass a dict of atributes to set ''' object.__init__(self) # this will raise an exception if class doesn't have attribute # I think this is good. prop = [] for key, value in options.items(): if isinstance(eval('self.__class__.%s'%key), property): prop.append((key, value)) else: self.__class__.__setattr__(self, key, value) def _get_n(self): """ Get the "north" point """ return self.sw+P(self.width/2., self.height) n = property(_get_n) def _get_ne(self): """ Get the "north-east" point """ return self.sw+P(self.width, self.height) ne = property(_get_ne) def _get_e(self): """ Get the "east" point """ return self.sw+P(self.width, self.height/2.) e = property(_get_e) def _get_se(self): """ Get the "south-east" point """ return self.sw+P(self.width, 0) se = property(_get_se) def _get_s(self): """ Get the "south" point """ return self.sw+P(self.width/2., 0) s = property(_get_s) def _get_w(self): """ Get the "west" point """ return self.sw+P(0, self.height/2.) w = property(_get_w) def _get_nw(self): """ Get the "north-west" point """ return self.sw+P(0, self.height) nw = property(_get_nw) def _get_c(self): """ Get the "centre" point """ return self.sw+P(self.width/2., self.height/2.) c = property(_get_c) def is_set(self): ''' Is the bounding box set with a value? ''' if self.sw is None: return 0 else: return 1 def union(self, bbox, itoe = Identity): ''' Expand this boundingbox to include bbox, passing bbox through itoe if supplied ''' if not bbox.is_set(): # if the supplied bbox is not set we have # nothing to do return ne = itoe(bbox.ne) sw = itoe(bbox.sw) nw = itoe(bbox.nw) se = itoe(bbox.se) xmin = min(ne[0], nw[0], se[0], sw[0]) xmax = max(ne[0], nw[0], se[0], sw[0]) ymin = min(ne[1], nw[1], se[1], sw[1]) ymax = max(ne[1], nw[1], se[1], sw[1]) #if self.is_set(): #x1=min(self.sw[0],sw[0]) #y1=min(self.sw[1],sw[1]) #x2=max(self.ne[0],ne[0]) #y2=max(self.ne[1],ne[1]) #self.sw=P(x1,y1) #self.width=x2-x1 #self.height=y2-y1 #else: #self.sw=sw #self.width,self.height=ne-sw if self.is_set(): x1 = min(self.sw[0], xmin) y1 = min(self.sw[1], ymin) x2 = max(self.ne[0], xmax) y2 = max(self.ne[1], ymax) self.sw = P(x1, y1) self.width = x2-x1 self.height = y2-y1 else: self.sw = P(xmin, ymin) self.width = xmax-xmin self.height = ymax-ymin # vim: expandtab shiftwidth=4: pyscript-0.6.1/pyscript/version.py0000644000175000001440000000166410401101573017007 0ustar cochraneusers# Copyright (C) 2003-2006 Alexei Gilchrist and Paul Cochrane # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # $Id: version.py,v 1.7 2006/02/28 17:08:11 paultcochrane Exp $ """ The PyScript version """ __revision__ = '$Revision: 1.7 $' version = "0.6.0" # vim: expandtab shiftwidth=4: pyscript-0.6.1/BUGS0000644000175000001440000000074007713324620013564 0ustar cochraneusers- gv doesn't preview postscript files with nonstandard paper sizes properly. eg "screen" landscape will have the right part clipped. Workaround: use the -dFIXEDMEDIA switch in the gs options - using LaTeX's color package will disable the color setting in TeX() as the latex color changes happen within the code that TeX() produces. Workaround: if you need to use the color package you will have to do all the color setting from within latex (for the TeX objects) pyscript-0.6.1/CHANGES0000644000175000001440000001256310441274371014101 0ustar cochraneusers0.6.1 ~~~~~ - Added documentation source files to distribution. 0.6 ~~~ - Extended and rewrote sections of the Talk() class of the 'presentation' library (note that this is different to the 'present' library). Also more completely documented the class in the user manual - Implemented the use of user-defined styles for talks - Complete rewrite of the Poster() class of the 'presentation' library; now has a more similar interface to that of the Talk() class of the same library. Also documented the class in the user manual - Implemented the use of user-defined styles for posters - More completely implemented the 'electronics' object library; documented the objects in the user manual - Extended the 'optics' object library and documented its usage in the manual - Added some examples of usage of the 'optics' library - Many changes in 'qi' (quantum information) library. No longer causes error at installation :-) - Added Arrow() convenince class ... a Path with a predefined arrowhead - integrated Path and Arrowhead ... path now has a heads attribute which is a list of arrowheads to draw on path - added a tangent() method to Path that returns a unit vector tangent to the path at a particular point - code clean ups ... and documentation - added an Arrowhead class - added an iscale attribute to TeX to set initial scale (only time it's used) makes it easy to subclass at a given scale. - Added HAlign and VAlign convenience functions - Align is now a class that inherits from Group - no longer supports anchor attribute (not sure how useful this was esp as objects can now be appended) first alignable object added forms anchor. - the change seems mostly transparent but may break some things - Added a Dash() object to describe postscript dashes - fixed up examples and added a few others - Dot() now returns a bounding box - objects that return null BBox()'s are ignored in Alignment operations This was chiefly to accomodate a Pause() object in talks - Fixed bug with move and rotations commuting (thanks Adrian) - curves can now be given just a direction at the end points (eg C(45,90)), a "natural" curve will be chosen automatically. This is the first half of the algorithm that Metapost uses which is really nice. (next part is to choose curvature automatically in unspecified curves) - last point of a closed path can be skipped (added automatically) - P now has 'arg' attribute (in degrees), return angle of P relative to origin - there is now a --version argument when running PyScript 0.5 ~~~ - rewrote Path object: the internals have completely changed. There have been some incompatible changes with previous versions but its now much closer to what I envisaged for the object Changes: - C() no longer takes numerical arguments - Path() no longer sublasses Area (this doesn't make sense really) so the points n,ne,e ... etc are not available for this object use either bbox() method or group and Area object with the path Additions: - Path takes 'relative' points R(), these are the same as P() but will be intepreted as relative to last point. - C() takes relative control points with R(). The first is relative the start the second to the end of the curve - path.length returns the length of the path (local co-ord system) - path.P(f) returns the point on the curve at fraction f of it's length - Finally added some docs for the Path object - fixed bug with defaults for linewidth etc not being taken up (thanks Marcus) - Color() can now take a Hex string, eg "#FF00FF", must start with a '#' - object reference returned from group's append, insert and reverse This makes for convenient one liners - Group() now has a reverse() function - Pages now produces global BoundinBox and Orientation comments - Fixed minor bug in Align, when passed single object 0.4 ~~~ - Rectangle now can have rounded corners (r=...) - Rectangle can have an Area or Bbox in its contruction to set size and position eg r=Rectangle(g.bbox()) - Added a reflect() method to AffineObj - Added a shear() method tho AffineObj - Added an Eps object ... produces a self-contained eps, and this object is used to generate the actual eps. You can also nest them if you wanted to. - Eps output now conforms to DSC 3.0! - rewrote render to use Eps. - Added Page() and Pages() objects .. pyscript can now do multi-page postscript (or A0 posters etc), which also conforms to DSC 3.0. - Fixed some bugs with Text() handling of fonts and attributes changes - Dot can now take x,y argument instead of point - scale() can take a single number for both axes 0.3 ~~~ - Start of a Page() object for ps (as opposed to eps) - Pyscript now redirects stderr to pyscript.log. and gives info about what's going on etc etc, some basic command line switches for debugging - Lots of changes to TeX's internals - default units now cm - group has insert function - Paper now takes an orientation flag (portrait or landscape) - showpage always written to EPS file ... should be able to send file straight to printer - more of the docs written - E() has been renamed U() (unit vector) - Epsf() now complies with spec, takes an initial width/height argument for scaling - added Align() and Distribute() functions - added a presentation library for posters and talks - munched some bugs 0.2 ~~~ - First public release 0.1 ~~~ - Hazy past with lots of experimentation ... never released pyscript-0.6.1/LICENSE0000644000175000001440000003545107452716443014125 0ustar cochraneusers GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 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. 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END OF TERMS AND CONDITIONS pyscript-0.6.1/MANIFEST0000644000175000001440000000611310441273156014231 0ustar cochraneusersBUGS CHANGES LICENSE MANIFEST README TODO setup.py bin/pyscript contrib/styles/ccp2004-poster.py contrib/styles/greenbullet.eps contrib/styles/prosper-darkblue.py contrib/styles/redbullet.eps contrib/styles/yellowbullet.eps doc/examples/Makefile doc/examples/align.py doc/examples/align2.py doc/examples/atom.py doc/examples/bifurcate.py doc/examples/ccp2004_poster.py doc/examples/detector.py doc/examples/distribute.py doc/examples/div_con.py doc/examples/fabry-perot_pdh.py doc/examples/flower_algorithm.py doc/examples/mach-zehnder.py doc/examples/michelson-morely.py doc/examples/qcirc.py doc/examples/sagnac.py doc/examples/sphere.py doc/examples/stateSwap.py doc/examples/teleport.py doc/examples/tex.py doc/examples/tutorial.py doc/examples/twoqubitQST.py doc/manual/Makefile doc/manual/class_structure.pdf doc/manual/libpresent.tex doc/manual/libpresentation.tex doc/manual/libqi.tex doc/manual/pyscript.bib doc/manual/pyscript.pdf doc/manual/pyscript.tex doc/manual/pyscriptElectronics.tex doc/manual/pyscriptOptics.tex doc/manual/pyscript_defs.tex doc/manual/electronics/AndGate.pdf doc/manual/electronics/Capacitor.pdf doc/manual/electronics/NandGate.pdf doc/manual/electronics/NorGate.pdf doc/manual/electronics/NotGate.pdf doc/manual/electronics/NxorGate.pdf doc/manual/electronics/OrGate.pdf doc/manual/electronics/Resistor.pdf doc/manual/electronics/XorGate.pdf doc/manual/figs/fig_area.pdf doc/manual/figs/fig_circle.pdf doc/manual/figs/fig_circle_eg1.pdf doc/manual/figs/fig_circle_eg2.pdf doc/manual/figs/fig_colorchart.pdf doc/manual/figs/fig_path.pdf doc/manual/figs/fig_path_eg.pdf doc/manual/figs/fig_position_eg1.pdf doc/manual/figs/fig_position_eg2.pdf doc/manual/figs/fig_rectangle.pdf doc/manual/figs/fig_tex_eg.pdf doc/manual/figs/fig_text_kerning.pdf doc/manual/figs/logo.pdf doc/manual/figs/tutorial.pdf doc/manual/optics/BSBox.pdf doc/manual/optics/BSLine.pdf doc/manual/optics/Detector.pdf doc/manual/optics/FreeSpace.pdf doc/manual/optics/LambdaPlate.pdf doc/manual/optics/Laser.pdf doc/manual/optics/Lens.pdf doc/manual/optics/Mirror.pdf doc/manual/optics/Modulator.pdf doc/manual/optics/PhaseShifter.pdf doc/manual/optics/fabry-perot_pdh.pdf doc/manual/optics/mach-zehnder.pdf doc/manual/optics/michelson-morely.pdf doc/manual/optics/sagnac.pdf pyscript/__init__.py pyscript/afm.py pyscript/arrowheads.py pyscript/base.py pyscript/defaults.py pyscript/groups.py pyscript/objects.py pyscript/path.py pyscript/render.py pyscript/vectors.py pyscript/version.py pyscript/fonts/__init__.py pyscript/fonts/courier.py pyscript/fonts/courier_bold.py pyscript/fonts/courier_boldoblique.py pyscript/fonts/courier_oblique.py pyscript/fonts/helvetica.py pyscript/fonts/helvetica_bold.py pyscript/fonts/helvetica_boldoblique.py pyscript/fonts/helvetica_oblique.py pyscript/fonts/symbol.py pyscript/fonts/times_bold.py pyscript/fonts/times_bolditalic.py pyscript/fonts/times_italic.py pyscript/fonts/times_roman.py pyscript/fonts/zapfdingbats.py pyscript/lib/__init__.py pyscript/lib/electronics.py pyscript/lib/optics.py pyscript/lib/present.py pyscript/lib/presentation.py pyscript/lib/qi.py pyscript/lib/quantumcircuits.py pyscript-0.6.1/README0000644000175000001440000000343710422525202013755 0ustar cochraneusers =============== pyscript =============== -------------------------------------------------------------------- Summary -------------------------------------------------------------------- Pyscript is a set of modules and scripts for python that facilitate the creation of high-quality postscript diagrams. The diagrams are scripted rather than drawn. See http://pyscript.sourceforge.net -------------------------------------------------------------------- Installation -------------------------------------------------------------------- Pyscript is just a python module ... treat it as any other module * Global Installation: As root use > python setup.py install This will install the files, in the appropriate place for your python distribution. This will be something like e.g. /usr/lib/python2.2/site-packages/ * Local installation: You can supply the base directory using > python setup.py install --home= which will install the files in /lib/python/ for more help and options use > python setup.py install --help also see http://www.python.org/doc/current/inst/ for more details on using the distutils package * By hand: copy all the files in the pyscript directory to somewhere in your python path eg cp -r pyscript ~/lib/python/ * RPM package: Install using your favourite rpm installation tool, or from root issue a command like: > rpm -i pyscript-.rpm (where is the version string of the rpm file). * DEB package: Check to make sure that the tetex-base and python packages are installed (just in case), and then use dpkg in the usual manner, e.g. > dpkg -i pyscript_.deb (where is the verstion string of the .deb package). pyscript-0.6.1/TODO0000644000175000001440000000000107703715531013563 0ustar cochraneusers pyscript-0.6.1/setup.py0000644000175000001440000000131210441270206014577 0ustar cochraneusers#!/usr/bin/env python from distutils.core import setup a=setup(name="pyscript", version="0.6.1", description="Postscript Graphics with Python", author="Alexei Gilchrist and Paul Cochrane", author_email="aalexei@users.sourceforge.net, paultcochrane@users.sourceforge.net", maintainer="Alexei Gilchrist and Paul Cochrane", maintainer_email="aalexei@users.sourceforge.net, paultcochrane@users.sourceforge.net", url="http://pyscript.sourceforge.net", license="GPL", keywords="presentation scientific/engineering graphics drawing", platforms="OS Independent", packages=['pyscript','pyscript.lib','pyscript.fonts'], scripts=['bin/pyscript'], ) pyscript-0.6.1/PKG-INFO0000644000175000001440000000057610441274723014205 0ustar cochraneusersMetadata-Version: 1.0 Name: pyscript Version: 0.6.1 Summary: Postscript Graphics with Python Home-page: http://pyscript.sourceforge.net Author: Alexei Gilchrist and Paul Cochrane Author-email: aalexei@users.sourceforge.net, paultcochrane@users.sourceforge.net License: GPL Description: UNKNOWN Keywords: presentation scientific/engineering graphics drawing Platform: OS Independent