dispcalGUI-1.7.1.6/000755 000765 000000 00000000000 12266723171 013625 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/autopackage/000755 000765 000000 00000000000 12266723170 016110 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/dispcalGUI/000755 000765 000000 00000000000 12266723170 015610 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/dispcalGUI.pyw000755 000765 000000 00000000717 12147653634 016366 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- # Python version check import sys from dispcalGUI.meta import py_minversion, py_maxversion pyver = sys.version_info[:2] if pyver < py_minversion or pyver > py_maxversion: raise RuntimeError("Need Python version >= %s <= %s, got %s" % (".".join(str(n) for n in py_minversion), ".".join(str(n) for n in py_maxversion), sys.version.split()[0])) from dispcalGUI.dispcalGUI import main main()dispcalGUI-1.7.1.6/LICENSE.txt000644 000765 000000 00000104513 12025152313 015437 0ustar00svpwheel000000 000000 GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. 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The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, your program's commands might be different; for a GUI interface, you would use an "about box". You should also get your employer (if you work as a programmer) or school, if any, to sign a "copyright disclaimer" for the program, if necessary. For more information on this, and how to apply and follow the GNU GPL, see . The GNU General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. But first, please read . dispcalGUI-1.7.1.6/man/000755 000765 000000 00000000000 12266723171 014400 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/MANIFEST.in000644 000765 000000 00000010121 12266723147 015361 0ustar00svpwheel000000 000000 # This file will be re-generated by setup.py - do notedit include LICENSE.txt include MANIFEST include MANIFEST.in include README.html include dispcalGUI.pyw include use-distutils include setup.py include setup.cfg include screenshots/dispcalGUI-screenshot-GNOME-adjust-thumb.png include screenshots/dispcalGUI-screenshot-GNOME-adjust.png include screenshots/dispcalGUI-screenshot-GNOME-edit-testchart-thumb.png include screenshots/dispcalGUI-screenshot-GNOME-edit-testchart.png include screenshots/dispcalGUI-screenshot-GNOME-gamutmap-thumb.png include screenshots/dispcalGUI-screenshot-GNOME-gamutmap.png include screenshots/dispcalGUI-screenshot-GNOME-measure-thumb.png include screenshots/dispcalGUI-screenshot-GNOME-measure.png include screenshots/dispcalGUI-screenshot-GNOME-thumb.png include screenshots/dispcalGUI-screenshot-GNOME-view-curves-thumb.png include screenshots/dispcalGUI-screenshot-GNOME-view-curves.png include screenshots/dispcalGUI-screenshot-GNOME.png include screenshots/dispcalGUI-screenshot-KDE4-thumb.png include screenshots/dispcalGUI-screenshot-KDE4.png include screenshots/dispcalGUI-screenshot-Mac-thumb.png include screenshots/dispcalGUI-screenshot-Mac.png include screenshots/dispcalGUI-screenshot-report-thumb.png include screenshots/dispcalGUI-screenshot-Win7-thumb.png include screenshots/dispcalGUI-screenshot-Win7.png include theme/bg.png include theme/dispcalGUI-adjust-reflection.png include theme/dispcalGUI-main_window-reflection.png include theme/icon-reflection.png include theme/list-dot.png include theme/refresh_lr.png include theme/readme.css include theme/jquery.js include theme/jquery.localscroll.js include theme/jquery.scrollTo.js include theme/readme.js include theme/slimbox2/slimbox2.css include theme/slimbox2/slimbox2.js include theme/icons/favicon.ico include README.html include LICENSE.txt include dispcalGUI/RealDisplaySizeMM.c include dispcalGUI/*.py include dispcalGUI/*.so include dispcalGUI/argyll_instruments.json include dispcalGUI/beep.wav include dispcalGUI/camera_shutter.wav include dispcalGUI/pnp.ids include dispcalGUI/lang/*.json include dispcalGUI/presets/*.icc include dispcalGUI/quirk.json include dispcalGUI/ref/*.cie include dispcalGUI/ref/*.gam include dispcalGUI/ref/*.icm include dispcalGUI/ref/*.ti1 include dispcalGUI/report/*.css include dispcalGUI/report/*.html include dispcalGUI/report/*.js include dispcalGUI/theme/*.png include dispcalGUI/theme/icons/10x10/*.png include dispcalGUI/theme/icons/16x16/*.png include dispcalGUI/theme/icons/32x32/*.png include dispcalGUI/theme/icons/72x72/*.png include dispcalGUI/ti1/*.ti1 include dispcalGUI/xrc/*.xrc include dispcalGUI/linear.cal include dispcalGUI/test.cal include dispcalGUI/theme/icons/22x22/*.png include dispcalGUI/theme/icons/24x24/*.png include dispcalGUI/theme/icons/48x48/*.png include dispcalGUI/theme/icons/256x256/*.png include dispcalGUI/lib/*.py include dispcalGUI/lib/*.so include dispcalGUI/lib/agw/*.py include dispcalGUI/lib/agw/*.so include dispcalGUI/lib32/*.py include dispcalGUI/lib32/*.so include dispcalGUI/lib32/python25/*.py include dispcalGUI/lib32/python25/*.so include dispcalGUI/lib32/*.py include dispcalGUI/lib32/*.so include dispcalGUI/lib32/python26/*.py include dispcalGUI/lib32/python26/*.so include dispcalGUI/lib32/*.py include dispcalGUI/lib32/*.so include dispcalGUI/lib32/python27/*.py include dispcalGUI/lib32/python27/*.so include dispcalGUI/lib64/*.py include dispcalGUI/lib64/*.so include dispcalGUI/lib64/python25/*.py include dispcalGUI/lib64/python25/*.so include dispcalGUI/lib64/*.py include dispcalGUI/lib64/*.so include dispcalGUI/lib64/python26/*.py include dispcalGUI/lib64/python26/*.so include dispcalGUI/lib64/*.py include dispcalGUI/lib64/*.so include dispcalGUI/lib64/python27/*.py include dispcalGUI/lib64/python27/*.so include dispcalGUI/theme/theme-info.txt recursive-include dispcalGUI/theme/icons *.icns *.ico recursive-include autopackage * include man/*.1 recursive-include misc * include screenshots/*.png include scripts/* include tests/* recursive-include theme * recursive-include util *.cmd *.py *.sh global-exclude *~ global-exclude *.backup global-exclude *.bakdispcalGUI-1.7.1.6/misc/000755 000765 000000 00000000000 12266723171 014560 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/PKG-INFO000644 000765 000000 00000003375 12266723171 014732 0ustar00svpwheel000000 000000 Metadata-Version: 1.1 Name: dispcalGUI Version: 1.7.1.6 Summary: A graphical front-end for display calibration and profiling using Argyll CMS Home-page: http://dispcalGUI.hoech.net/ Author: Florian Hoech Author-email: dispcalGUI@hoech.net License: GPL v3 Download-URL: http://dispcalGUI.hoech.net/dispcalGUI-1.7.1.6.tar.gz Description: Calibrates and characterizes display devices using a hardware sensor, driven by the open source color management system Argyll CMS. Supports multi-display setups and a variety of available settings like customizable whitepoint, luminance, black level, tone response curve as well as the creation of matrix and look-up-table ICC profiles with optional gamut mapping. Calibrations and profiles can be verified through measurements, and profiles can be installed to make them available to color management aware applications. Profile installation can utilize Argyll CMS, Oyranos and/or GNOME Color Manager if available, for flexible integration. Platform: Python >= 2.5 <= 2.7 Platform: Linux/Unix with X11 Platform: Mac OS X >= 10.4 Platform: Windows 2000 and newer Classifier: Development Status :: 5 - Production/Stable Classifier: Environment :: MacOS X Classifier: Environment :: Win32 (MS Windows) Classifier: Environment :: X11 Applications Classifier: Intended Audience :: End Users/Desktop Classifier: License :: OSI Approved :: GNU General Public License v3 or later (GPLv3+) Classifier: Operating System :: OS Independent Classifier: Programming Language :: Python :: 2.5 Classifier: Programming Language :: Python :: 2.6 Classifier: Programming Language :: Python :: 2.7 Classifier: Topic :: Multimedia :: Graphics Requires: wxPython (>= 2.8.6) Provides: dispcalGUI dispcalGUI-1.7.1.6/README.html000644 000765 000000 00001067025 12266722146 015464 0ustar00svpwheel000000 000000 dispcalGUI—Open Source Display Calibration and Characterization powered by Argyll CMS

dispcalGUI dispcalGUI—Open Source Display Calibration and Characterization powered by Argyll CMS

Stay up-to-date and be notified of new releases by signing up to the dispcalGUI-news mailing list (unless you're already subscribed to dispcalGUI-users which also receives new release notifications).

About dispcalGUI

dispcalGUI is a graphical user interface for the display calibration and profiling tools of Argyll CMS, an open source color management system by Graeme Gill.

Calibrate and characterize your display devices using one of the many supported hardware sensors, with support for multi-display setups and a variety of available settings like customizable whitepoint, luminance, black level, tone response curve as well as the option to create matrix and look-up-table ICC profiles, with optional gamut mapping. Other features include:

  • Support of colorimeter correction for wide-gamut screens via correction matrices or calibration specral sample files (the latter only for specific colorimeters i.e. i1 Display Pro, ColorMunki Display and Spyder 4).
  • Profile verification: Check the quality of profiles via measurements. Also supports custom CGATS files (e.g. FOGRA, GRACoL/IDEAlliance, SWOP) and using of reference profiles to obtain test values.
  • Test chart editor: Create charts with any amount of color patches, easy copy & paste from CGATS, CSV files (only tab-delimited) and spreadsheet applications.

Screenshots

Thumbnail of dispcalGUI running under Linux with GNOME 3
Main window
 Thumbnail of dispcalGUI running under Linux with GNOME
Gamut mapping options
 Thumbnail of dispcalGUI running under Linux with GNOME
Testchart editor

Thumbnail of dispcalGUI running under Linux with GNOME
Display adjustment
 Thumbnail of dispcalGUI running under Linux with GNOME
Measurements
 Thumbnail of dispcalGUI running under Linux with GNOME
Calibration curves

Thumbnail of dispcalGUI running under Linux with KDE4
KDE4
 Thumbnail of dispcalGUI running under Mac OS X
Mac OS X
 Thumbnail of dispcalGUI running under Windows 7
Windows 7

Disclaimer

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 3 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.

dispcalGUI is written in Python and uses the 3rd-party packages NumPy, demjson (JSON[6] library) and wxPython (GUI[4] toolkit). It also makes extensive use of several Argyll CMS utilities. The build system to create standalone executables additionally uses setuptools and py2app on Mac OS X or py2exe on Windows. All of these software packages are © by their respective authors.

Get dispcalGUI

Please note: Argyll CMS is a separate download.

Quickstart guide

This short guide intends to get you up and running quickly, but if you run into a problem, you should refer to the full prerequisites and installation sections.

  1. Get and install the latest release of dispcalGUI. It is recommended to first remove all previous versions.

  2. Download and unpack Argyll CMS: Linux | Mac OS | Windows. Put the extracted directory (Argyll_VX.X.X) in a convenient place on your harddisk.

    If you want to use the HCFR colorimeter under Mac OS X...

    Follow the instructions under “installing Argyll CMS on Mac OS X” in the Argyll CMS documentation.

  3. Launch dispcalGUI. If it cannot determine the path to the Argyll CMS binaries, it will prompt you to select the location manually on first launch.

    If your measurement device is a i1 Display Pro, ColorMunki Display or Spyder 4...

    You'll want to import the colorimeter corrections that are part of the i1 Profiler or ColorMunki Display software package, which can be used to better match the instrument to a particular type of display.

    Choose “Import colorimeter corrections from other display profiling software...” from dispcalGUI's “Tools” menu. If the i1 Profiler or ColorMunki Display software is installed or its installation media is inserted, the colorimeter corrections can be imported automatically, otherwise you will have to manually select the software's setup executable. Select the ColorMunki Display PC (Windows) Setup or i1 Profiler PC (Windows) Setup regardless of your actual operating system (both files contain the same set of colorimeter corrections, the ColorMunki software is a slightly smaller download).

    If your measurement device is a Spyder 4, you'll also want to enable additional measurement modes for that particular instrument.

    If your measurement device is a Spyder 2...

    The Spyder 2 needs the vendor firmware pattern to function.

    Choose “Enable Spyder 2 colorimeter...” from dispcalGUI's “Tools” menu. If the Spyder 2 software is installed or its installation media is inserted, the Spyder 2 can be enabled automatically, otherwise you will have to manually select the Spyder 2 software's setup executable. Select the Spyder 2 Setup for Windows regardless of your actual operating system.

    If your measurement device is a Spyder 4...

    The full range of measurement modes for the Spyder 4 are only available if they are imported from the Spyder 4 software.

    Choose “Import colorimeter corrections from other display profiling software...” from dispcalGUI's “Tools” menu. If the Spyder 4 software is installed or its installation media is inserted, the colorimeter corrections can be imported automatically, otherwise you will have to manually select the Spyder 4 software's setup executable. Select the Spyder 4 Setup for Windows (choose one of Elite, Express, HD or Pro) regardless of your actual operating system.

  4. Connect your measurement device to your computer.

    Windows only: If your measurement device is not a ColorMunki Display, i1 Display Pro or Huey, you need to install an Argyll-specific driver. See “Driver installation under Windows”.

    Click the small icon with the swirling arrows in between the “Display device” and “Instrument” controls to detect connected displays devices and instruments. The detected instrument(s) should show up in the “Instrument” dropdown.

    Linux only: If you cannot access your instrument, first try unplugging and reconnecting it, or a reboot. If that doesn't help, read “Installing Argyll CMS on Linux: Setting up instrument access”.

  5. Refer to the documentation for usage instructions.

System requirements and other prerequisites

General system requirements

  • A recent Linux, Mac OS X (10.4 or newer) or Windows (XP/Server 2003 or newer) operating system.
  • A graphics card with at least 24 bits per pixel (true color) support and the desktop set up to use this color depth.

Argyll CMS

To use dispcalGUI, you need to download and install Argyll CMS (1.0 or newer).

Supported instruments

You need one of the supported instruments to make measurements. All instruments supported by Argyll CMS are also supported by dispcalGUI. For display readings, these currently are:

Colorimeters

  • Calman X2 (treated as i1 Display 2)
  • Datacolor/ColorVision Spyder 2
  • Datacolor Spyder 3 (since Argyll CMS 1.1.0)
  • Datacolor Spyder 4 (since Argyll CMS 1.3.6)
  • HP Advanced Profiling Solution (treated as i1 Display 2)
  • HP DreamColor (treated as i1 Display 2)
  • Hughski ColorHug (experimental only, does not work reliably on all platforms, especially on Mac OS X. Linux support since Argyll CMS 1.3.6, Windows support with newest ColorHug firmware since Argyll CMS 1.5.0)
  • Lacie Blue Eye (treated as i1 Display 2)
  • Sequel Imaging MonacoOPTIX (treated as i1 Display 1)
  • X-Rite ColorMunki Create (treated as i1 Display 2)
  • X-Rite ColorMunki Smile (since Argyll CMS 1.5.0)
  • X-Rite DTP92
  • X-Rite DTP94
  • X-Rite/GretagMacbeth/Pantone Huey
  • X-Rite/GretagMacbeth i1 Display 1
  • X-Rite/GretagMacbeth i1 Display 2/LT
  • X-Rite i1 Display Pro, ColorMunki Display (since Argyll CMS 1.3.4)

Spectrometers

  • JETI specbos 1211/1201 (new in Argyll CMS 1.6.0 beta)
  • X-Rite ColorMunki Design, ColorMunki Photo (since Argyll CMS 1.1.0)
  • X-Rite/GretagMacbeth i1 Monitor (since Argyll CMS 1.0.3)
  • X-Rite/GretagMacbeth i1 Pro
  • X-Rite/GretagMacbeth Spectrolino

Note that the i1 Display Pro and i1 Pro are very different instruments despite their naming similarities.

Also there are currently (2011-09-02) four instruments (or rather, packages) under the ColorMunki brand, two of which are spectrometers, and two are colorimeters:

  • The ColorMunki Design and ColorMunki Photo spectrometers differ only in the functionality of the bundled vendor software. There are no differences between the instruments when used with Argyll CMS and dispcalGUI.
  • The ColorMunki Display colorimeter is a less expensive version of the i1 Display Pro colorimeter. It comes bundled with a simpler vendor software and has longer measurement times compared to the i1 Display Pro. Apart from that, the instrument appears to be virtually identical.
  • The ColorMunki Create colorimeter is the same instrument as the i1 Display 2.

Additional requirements for unattended calibration and profiling

When using a spectrometer that is supported by the unattended feature (see below), having to take the instrument off the screen to do a sensor self-calibration again after display calibration before starting the measurements for profiling may be avoided if the menu item “Allow skipping of spectrometer self-calibration” in the “Options” menu is checked (colorimeter measurements are always unattended because they generally do not require a sensor calibration away from the screen, with the exception of the i1 Display 1).

Unattended calibration and profiling currently supports the following spectrometers in addition to most colorimeters:

  • X-Rite ColorMunki
  • X-Rite/GretagMacbeth i1 Monitor & Pro
  • X-Rite/GretagMacbeth Spectrolino

Be aware you may still be forced to do a sensor calibration if the instrument requires it. Also, please look at the possible caveats.

Additional requirements for using the source code

You can skip this section if you downloaded a package, installer, ZIP archive or disk image of dispcalGUI for your operating system and do not want to run or compile from source.

All platforms:

  • Python >= v2.5 <= v2.7.x (2.7.x is the recommended version. Mac OS X users: If you want to compile dispcalGUI from source, it is advisable to first install XCode and then the official python.org Python)
  • NumPy
  • wxPython GUI[4] toolkit

Windows:

Additional requirements for compiling

You can skip this section if you downloaded a python package of dispcalGUI for your operating system and do not want to compile from source.

Linux:

  • GCC and development headers for Python + X11 + Xrandr + Xinerama + Xxf86vm if not already installed, they should be available through your distribution's packaging system

Mac OS X:

  • XCode
  • py2app if you want to build a standalone executable (on Mac OS X before 10.5, install setuptools first: sudo python util/ez_setup.py setuptools)

Windows:

  • a C-compiler (e.g. MS Visual C++ Express or MinGW. If you're using the official python.org Python 2.6 or later I'd recommend Visual C++ Express as it works out of the box)
  • py2exe if you want to build a standalone executable

Running directly from source without installation

One-time setup instructions:

  1. Open a shell.
  2. cd into the source directory (e.g. dispcalGUI-1.7.1.6 or dispcalgui).
  3. If you use a version from the SVN repository, run python setup.py to create the version file.
  4. Run python setup.py build_ext -i to build the extension modules (you may be able to skip this step on Linux and Mac OS X as the source already includes compiled versions of the extension modules)

You can then run python dispcalGUI.pyw (or launch it by double-clicking).

Installation

It is recommended to first remove all previous versions.

Driver installation under Windows

  • If you already have drivers for your measurement device installed...

    Read “Adding Argyll drivers to existing drivers” (if you are using vendor drivers) or “Updating Argyll drivers” (if you use a prior version of the Argyll drivers) under “Installing Argyll CMS on Microsoft Windows” in the Argyll CMS documentation.

  • If this is a fresh install...

      • If you are using Windows 8...
        1. Go to “Settings” (hover the lower right corner of the screen, then click the gear icon).
        2. Select “Power” (the on/off icon).
        3. Hold the SHIFT key down and click “Restart”.
        4. Select “Troubleshoot → “Advanced Options” → “Startup Settings” → “Restart”.
        5. After reboot, select “Disable Driver Signature Enforcement” (number 7 on the list).
        6. Open the desktop, then go to “Settings” (hover the lower right corner of the screen, then click the gear icon) → “Control Panel” → “Hardware and Sound” → “Device Manager”.
        7. Locate the instrument in the device list. It may be underneath one of the top level items (usually “Other devices”).
        8. Right click on the instrument and select “Update Driver Software...”.
        9. Select “Browse my computer for driver software”.
        10. Select “Let me pick from a list of device drivers on my computer” and then “Next”.
        11. Select “Have disk...” then “Browse...”.
      • If you are using Windows Vista/7...
        1. A “Found new hardware” dialog should appear.
        2. Select “Locate and install driver software (recommended)”.
        3. If a “User Account Control” window pops up, select “Continue”.
        4. Select “Don't search online”.
        5. Select “I don't have the disc, show me other options”.
        6. Select “Browse my computer for driver software (advanced)”.
      • If you are using Windows XP...
        1. A “Found new hardware” dialog should appear.
        2. In the window “Can Windows connect to Windows Update to search for software?” select “No, not this time” and “Next”.
        3. Select “Install from a list or specific location (advanced)” then “Next”.
        4. Select “Search for the best driver in these locations”, “Include this location in the search” and “Browse...”.
    2. Locate the “libusbw” (Argyll CMS up to 1.1.1), “libusb1” (Argyll CMS up to 1.4.0) or “usb” (Argyll CMS 1.5.0 and newer) subdirectory in your Argyll_VX.X.X directory (you may also need to select the .inf file that corresponds to your device, then select “Open” and “OK”). Select “Next”.
    3. If a “Windows Security” dialog pops up, select “Install this driver software anyway”.
    4. A window stating the successful installation of the driver should show. Click “Finish”/“Close”.

Linux package (.deb/.rpm)

A lot of distributions allow easy installation of packages via the graphical desktop, i.e. by double-clicking the package file's icon. Please consult your distribution's documentation if you are unsure how to install packages.

If you cannot access your instrument, first try unplugging and reconnecting it, or a reboot. If that doesn't help, read “Installing Argyll CMS on Linux: Setting up instrument access”.

Linux Autopackage (.package)

Before installing the autopackage, first install wxPython (on some systems called python-wxGTK or python-wxWidgets) and NumPy using your system's package management software. To install the autopackage, follow these three steps (you only have to do it once, next time, you can just skip these steps and open the .package file directly):

  1. Click on the package with your right mouse button. Then click on the “Properties” menu item.
  2. Go to the “Permissions” tab.
    • Check the “Execute”, “Exec” or “Is Executable” checkbox. If there are more than one Execute/Exec checkboxes, check the top-most one.
    • Click “Close” or “OK”, depending on the dialog.
  3. If you already have the software installed from your distributions packages or from the source, remove it first. Then open the package file. If you are asked whether you want to display or run the package, choose “Run”.

The installation will now begin. Follow further intructions that are displayed, if any.

If you cannot access your instrument, first try unplugging and reconnecting it, or a reboot. If that doesn't help, read “Installing Argyll CMS on Linux: Setting up instrument access”.

Mac OS X

Mount the disk image and option-drag its icon to your “Applications” folder. Afterwards open the “dispcalGUI” folder in your “Applications” folder and drag dispcalGUI's icon to the dock if you want easy access.

If you want to use the HCFR colorimeter under Mac OS X, follow the instructions under “installing Argyll CMS on Mac OS X” in the Argyll CMS documentation.

Windows (Installer)

Launch the installer which will guide you trough the required setup steps.

If your measurement device is not a ColorMunki Display or i1 Display Pro, you need to install an Argyll-specific driver. See “Driver installation under Windows”.

Windows (ZIP archive)

Unpack and then simply run dispcalGUI from the created folder.

If your measurement device is not a ColorMunki Display or i1 Display Pro, you need to install an Argyll-specific driver. See “Driver installation under Windows”.

Source code (all platforms)

See the “Prerequisites” section to run directly from source without installation.

Starting with dispcalGUI 0.2.5b, you can use standard distutils/setuptools commands with setup.py to build, install, and create packages. sudo python setup.py install will compile the extension modules and do a standard installation. Run python setup.py --help or python setup.py --help-commands for more information. A few additional commands and options which are not part of distutils or setuptools (and thus do not appear in the help) are also available:

Additional setup commands

bdist_appdmg (Mac OS X only)
Creates a DMG of a previously created (by the py2app or bdist_standalone commands) application bundle.
bdist_deb (Linux/Debian-based)
Create an installable Debian (.deb) package, much like the standard distutils command bdist_rpm for RPM packages. Prerequisites: You first need to install alien and rpmdb, create a dummy RPM database via sudo rpmdb --initdb, then edit (or create from scratch) the setup.cfg (you can have a look at misc/setup.ubuntu9.cfg for a working example). Under Ubuntu, running utils/dist_ubuntu.sh will automatically use the correct setup.cfg. If you are using Ubuntu 11.04 or any other debian-based distribution which has Python 2.7 as default, you need to edit /usr/lib/python2.7/distutils/command/bdist_rpm.py, and change the line install_cmd = ('%s install -O1 --root=$RPM_BUILD_ROOT ' to install_cmd = ('%s install --root=$RPM_BUILD_ROOT ' by removing the -O1 flag. Also, you need to change /usr/lib/rpm/brp-compress to do nothing (e.g. change the file contents to exit 0, but don't forget to create a backup copy first) otherwise you will get errors when building.
bdist_standalone
Creates a standalone executable that does not require a Python installation. Uses bbfreeze on Linux, py2app on Mac OS X and py2exe on Windows. setup.py will try and automatically download/install these packages for you if they are not yet installed and if not using the --use-distutils switch. Note: On Mac OS X, older versions of py2app (before 0.4) are not able to access files inside python “egg” files (which are basically ZIP-compressed folders). Setuptools, which is needed by py2app, will normally be installed in “egg” form, thus preventing those older py2app versions from accessing its contents. To fix this, you need to remove any installed setuptools-<version>-py<python-version>.egg files from your Python installation's site-packages directory (normally found under /Library/Frameworks/Python.framework/Versions/Current/lib). Then, run sudo python util/ez_setup.py -Z setuptools which will install setuptools unpacked, thus allowing py2app to acces all its files. This is no longer an issue with py2app 0.4 and later.
buildservice
Creates control files for openSUSE Build Service (also happens implicitly when invoking sdist).
finalize_msi (Windows only)
Adds icons and start menu shortcuts to the MSI installer previously created with bdist_msi. Successful MSI creation needs a patched msilib (additional information).
inno (Windows only)
Creates an Inno Setup install script for an executable created with the py2exe or bdist_standalone commands.
purge
Removes the build and dispcalGUI.egg-info directories including their contents.
purge_dist
Removes the dist directory and its contents.
readme
Creates README.html by parsing misc/README.template.html and substituting placeholders like date and version numbers.
uninstall
Uninstalls the package. You can specify the same options as for the install command.

Additional setup options

--cfg=<name>
Use an alternate setup.cfg, e.g. tailored for a given Linux distribution. The original setup.cfg is backed up and restored afterwards. The alternate file must exist as misc/setup.<name>.cfg
-n, --dry-run
Don't actually do anything. Useful in combination with the uninstall command to see which files would be removed.
--skip-instrument-configuration-files
Skip installation of udev rules and hotplug scripts.
--skip-postinstall
Skip post-installation on Linux (an entry in the desktop menu will still be created, but may not become visible until logging out and back in or rebooting) and Windows (no shortcuts in the start menu will be created at all).
--use-distutils
Force setup to use distutils (default) instead of setuptools. This is useful in combination with the bdist* commands, because it will avoid an artificial dependency on setuptools. This is actually a switch, use it once and the choice is remembered until you specify the --use-setuptools switch (see next paragraph).
--use-setuptools
Force setup to try and use setuptools instead of distutils. This is actually a switch, use it once and the choice is remembered until you specify the --use-distutils switch (see above).

Instrument-specific setup

If your measurement device is a i1 Display Pro, ColorMunki Display or Spyder 4, you'll want to import the colorimeter corrections that are part of the i1 Profiler or ColorMunki Display software package, which can be used to better match the instrument to a particular type of display.

Choose “Import colorimeter corrections from other display profiling software...” from dispcalGUI's “Tools” menu. If the i1 Profiler or ColorMunki Display software is installed or its installation media is inserted, the colorimeter corrections can be imported automatically, otherwise you will have to manually select the software's setup executable. Select the ColorMunki Display PC (Windows) Setup or i1 Profiler PC (Windows) Setup regardless of your actual operating system (both files contain the same set of colorimeter corrections, the ColorMunki software is a slightly smaller download).

The full range of measurement modes for the Spyder 4 are only available if they are imported from the Spyder 4 software.

Choose “Import colorimeter corrections from other display profiling software...” from dispcalGUI's “Tools” menu. If the Spyder 4 software is installed or its installation media is inserted, the colorimeter corrections can be imported automatically, otherwise you will have to manually select the setup executable. Select the Spyder 4 Setup for Windows (choose one of Elite, Express, HD or Pro) regardless of your actual operating system.

If your measurement device is a Spyder 2, choose “Enable Spyder 2 colorimeter...” from dispcalGUI's “Tools” menu. If you don't have the spyder software installed or its location cannot be determined, you will be prompted to manually select the setup executable. Select the Spyder 2 Setup for Windows regardless of your actual operating system.

Basic concept of display calibration and profiling

If you have previous experience, skip ahead. If you are new to display calibration, here is a quick outline of the basic concept.

First, the display behavior is measured and adjusted to meet user-definable target characteristics, like brightness, gamma and white point. This step is generally referred to as calibration. Calibration is done by adjusting the monitor controls, and the output of the graphics card (via calibration curves, also sometimes called video LUT[7] curves—please don't confuse these with LUT profiles, the differences are explained here) to get as close as possible to the chosen target.
To meet the user-defined target characteristics, it is generally advisable to get as far as possible by using the monitor controls, and only thereafter by manipulating the output of the video card via calibration curves, which are loaded into the video card gamma table, to get the best results.

Second, the calibrated displays response is measured and an ICC[5] profile describing it is created.

Optionally and for convenience purposes, the calibration is stored in the profile, but both still need to be used together to get correct results. This can lead to some ambiguity, because loading the calibration curves from the profile is generally the responsibility of a third party utility or the OS, while applications using the profile to do color transforms usually rely on the calibration being already loaded. Currently, the only OS that applies calibration curves out-of-the-box is Mac OS X (under Windows 7 you can enable it, but it's off by default)—for other OS's, dispcalGUI takes care of creating an appropriate loader.

Even non-color-managed applications will benefit from a loaded calibration because it is stored in the graphics card—it is “global”. But the calibration alone will not yield accurate colors—only fully color-managed applications will make use of display profiles and the necessary color transforms.

Regrettably there are several image viewing and editing applications that only implement half-baked color management by not using the system's display profile (or any display profile at all), but an internal and often unchangeable “default” color space like sRGB, and sending output unaltered to the display after converting to that default colorspace. If the display's actual response is close to sRGB, you might get pleasing (albeit not accurate) results, but on displays which behave differently, for example wide-color-gamut displays, even mundane colors can get a strong tendency towards neon.

A note about colorimeters, wide-gamut displays and dispcalGUI

Colorimeters need a correction in hardware or software to obtain correct measurements from wide-gamut displays (please also see “Wide Gamut Displays and Colorimeters” on the Argyll CMS website for more information). The latter is supported when using Argyll CMS >= 1.3.0, so if you own a wide-gamut display and colorimeter which has not been specifically tuned for this display (i.e. does not contain a correction in hardware), you can apply a correction that has been calculated from spectrometer measurements to help better measure such a screen.
You need a spectrometer in the first place to do the necessary measurements to create such a correction, or you may query dispcalGUI's Colorimeter Corrections Database, and there's also a list of contributed colorimeter correction files on the Argyll CMS website—please note though that a matrix created for one particular instrument/display combination may not work well for different instances of the same combination because of generally low inter-instrument agreement of most colorimeters.
Starting with dispcalGUI 0.6.8, you can also import generic corrections from some profiling softwares by choosing the corresponding item in the “Tools” menu.

If you buy a screen bundled with a colorimeter, the instrument may have been matched to the screen in some way already, so you may not need a software correction in that case.

Special note about the X-Rite i1 Display Pro, ColorMunki Display and Spyder 4 colorimeters

These instruments greatly reduce the amount of work needed to match them to a display because they contain the spectral sensitivities of their filters in hardware, so only a spectrometer reading of the display is needed to create the correction (in contrast to matching other colorimeters to a display, which needs two readings: One with a spectrometer and one with the colorimeter).
That means anyone with a particular screen and a spectrometer can create a special Colorimeter Calibration Spectral Set (.ccss) file of that screen for use with those colorimeters, without needing to actually have access to the colorimeter itself.

Usage

Through the main window, you can choose your settings. When running calibration measurements, another window will guide you through the interactive part of display adjustment.

Settings file

Here, you can load a calibration (.cal) or ICC profile (.icc / .icm) file from a previous run. This will set options to those stored in the file and also load calibration curves (if any) into the video card. If the file contains only a subset of settings, you will get a message showing which settings were loaded.

If a calibration file or profile is loaded in this way, its name will show up here to indicate that the settings reflect those in the file. Also, if a calibration is present it can be used as the base when “Just Profiling”.
The chosen settings file will stay as long as you do not change any of the calibration or profiling settings, with one exception: When a .cal file with the same base name as the settings file exists in the same directory, adjusting the quality and profiling controls will not cause unloading of the settings file. This allows you to use an existing calibration with new profiling settings for “Just Profiling”, or to update an existing calibration with different quality and/or profiling settings. If you change settings in other situations, the file will get unloaded (but current settings will be retained—unloading just happens to remind you that the settings no longer match those in the file), and current display profile's calibration curves will be restored (if present, otherwise they will reset to linear).

When a calibration file is selected, the “Update calibration” checkbox will become available, which takes less time than a calibration from scratch. If a ICC[5] profile is selected, and a calibration file with the same base name exists in the same directory, the profile will be updated with the new calibration. Ticking the “Update calibration” checkbox will gray out all options as well as the “Calibrate & profile” and “Just profile” buttons, only the quality level will be changeable.

Predefined settings (presets)

Starting with dispcalGUI v0.2.5b, predefined settings for several use cases are selectable in the settings dropdown. I strongly recommend to NOT view these presets as the solitary “correct” settings you absolutely should use unmodified if your use case matches their description. Rather view them as starting points, from where you can work towards your own, optimized (in terms of your requirements, hardware, surroundings, and personal preference) settings.

Why has a default gamma of 2.2 been chosen for the presets?

Many displays, be it CRT or LCD type, have a default response characteristic close to a gamma of approx. 2.2-2.4 (for CRTs, this is the actual native behaviour; and LCDs typically try to mimic CRTs). A target response curve for calibration that is reasonably close to the native response of a display should help to minimize calibration artifacts like banding, because the adjustments needed to the video card's gamma tables via calibration curves will not be as strong as if a target response farther away from the display's native response had been chosen.

Of course, you can and should change the calibration response curve to a value suitable for your own requirements. For example, you might have a display that offers hardware calibration or gamma controls, that has been internally calibrated/adjusted to a different response curve, or your display's response is simply not close to a gamma of 2.2 for other reasons. You can run “Report on uncalibrated display device” from the “Tools” menu to measure the approximated overall gamma among other info.

Choosing the display to calibrate and the measurement device

After connecting the instrument, click the small icon with the swirling arrows in between the “Display device” and “Instrument” controls to detect connected displays devices and instruments.

Choosing a measurement mode

Some instruments may support different measurement modes for different types of display devices. In general, there are three base measurement modes: “LCD”, “Refresh” (e.g. CRT and Plasma are refresh-type displays) and “Projector” (the latter is only available if supported by the instrument). Some instruments like the Spyder 4 and ColorHug support additional measurement modes, where a mode is coupled with a predefined colorimeter correction (in that case, you should set the colorimeter correction dropdown to “None” / “Off”).
Variations of these measurement modes may be available depending on the instrument: “Adaptive” measurement mode for spectrometers uses varying integration times to increase accuracy of dark readings, but may be more inconsistent overall. “HiRes” turns on high resolution spectral mode for spectrometers like the i1 Pro, which may increase the accuracy of measurements.

Drift compensation during measurements (only available if using Argyll CMS >= 1.3.0)

White level drift compensation tries to counter luminance changes of a warming up display device. For this purpose, a white test patch is measured periodically, which increases the overall time needed for measurements.

Black level drift compensation tries to counter measurement deviations caused by black calibration drift of a warming up measurement device. For this purpose, a black test patch is measured periodically, which increases the overall time needed for measurements. Many colorimeters are temperature stabilised, in which case black level drift compensation should not be needed, but spectrometers like the i1 Pro or ColorMunki Design/Photo are not temperature compensated.

Choosing a colorimeter correction for a particular (wide-gamut) display

This can improve a colorimeters accuracy for a particular type of display, please also see “A note about colorimeters, wide-gamut displays and dispcalGUI”. You can import generic matrices from some other display profiling softwares as well as check the online Colorimeter Corrections Database for a match of your display/instrument combination (click the small globe next to the correction dropdown). A list of contributed correction matrices can also be found on the Argyll CMS website.

Please note this option is only available if using Argyll CMS >= 1.3.0 and a colorimeter.

Calibration settings

White point

Allows setting the target white point locus to the equivalent of a daylight or black body spectrum of the given temperature in degrees Kelvin, or as chromaticity co-ordinates. By default the white point target will be the native white of the display, and it's color temperature and delta E to the daylight spectrum locus will be shown during monitor adjustment, and adjustments will be recommended to put the display white point directly on the Daylight locus. If a daylight color temperature is given, then this will become the target of the adjustment, and the recommended adjustments will be those needed to make the monitor white point meet the target. Typical values might be 5000 for matching printed output, or 6500, which gives a brighter, bluer look. A white point temperature different to that native to the display may limit the maximum brightness possible.

If you want to find out the current uncalibrated whitepoint of your display, you can run “Report on uncalibrated display device” from the “Tools” menu to measure it.

If you want to adjust the whitepoint to the chromaticities of your ambient lighting, or those of a viewing booth as used in prepress and photography, and your measurement device has ambient measuring capability (e.g. like the i1 Pro or i1 Display with their respective ambient measurement heads), you can use the “Measure” button next to the whitepoint settings. If you want to measure ambient lighting, place the instrument upwards, beside the display. Or if you want to measure a viewing booth, put a metamerism-free gray card inside the booth and point the instrument towards it. Further instructions how to measure ambient may be available in your instrument's documentation.

White level

Set the target brightness of white in cd/m2. If this number cannot be reached, the brightest output possible is chosen, consistent with matching the white point target. Note that many of the instruments are not particularly accurate when assessing the absolute display brightness in cd/m2. NOTE that some LCD screens behave a little strangely near their absolute white point, and may therefore exhibit odd behavior at values just below white. It may be advisable in such cases to set a brightness slightly less than the maximum such a display is capable of.

If you want to find out the current uncalibrated white level of your display, you can run “Report on uncalibrated display device” from the “Tools” menu to measure it.

Black level

Can be used to set the target brightness of black in cd/m2 and is useful for e.g. matching two different screens with different native blacks to one another, by measuring the black levels on both (i.e. in the “Tools” menu, choose “Report on uncalibrated display”) and then entering the highest measured value. Normally you may want to use native black level though, to maximize contrast ratio. Setting too high a value may also give strange results as it interacts with trying to achieve the target “advertised” tone curve shape. Using a black output offset of 100% tries to minimize such problems.

Tone curve / gamma

The target response curve is normally an exponential curve (output = inputgamma), and defaults to 2.2 (which is close to a typical CRT displays real response). Four pre-defined curves can be used as well: the sRGB colorspace response curve, which is an exponent curve with a straight segment at the dark end and an overall response of approximately gamma 2.2, the L* curve, which is the response of the CIE L*a*b* perceptual colorspace, the Rec. 709 video standard response curve and the SMPTE 240M video standard response curve.

Note that a real display can't reproduce any of these ideal curves, since it will have a non-zero black point, whereas all the ideal curves assume zero light at zero input.

For gamma values, you can also specify wheter it should be interpreted relative, meaning the gamma value provided is used to set an actual response curve in light of the non-zero black of the actual display that has the same relative output at 50% input as the ideal gamma power curve, or absolute, which allows the actual power to be specified instead, meaning that after the actual displays non-zero black is accounted for, the response at 50% input will probably not match that of the ideal power curve with that gamma value (to see this setting, you have to go into the “Options” menu, and enable “Show advanced calibration options”).

To allow for the non-zero black level of a real display, by default the target curve values will be offset so that zero input gives the actual black level of the display (output offset). This ensures that the target curve better corresponds to the typical natural behavior of displays, but it may not be the most visually even progression from display minimum. This behavior can be changed using the black output offset option (see further below).

Also note that many color spaces are encoded with, and labelled as having a gamma of approximately 2.2 (ie. sRGB, REC 709, SMPTE 240M, Macintosh OS X 10.6), but are actually intended to be displayed on a display with a typical CRT gamma of 2.4 viewed in a darkened environment.
This is because this 2.2 gamma is a source gamma encoding in bright viewing conditions such as a television studio, while typical display viewing conditions are quite dark by comparison, and a contrast expansion of (approx.) gamma 1.1 is desirable to make the images look as intended.
So if you are displaying images encoded to the sRGB standard, or displaying video through the calibration, just setting the gamma curve to sRGB or REC 709 (respectively) is probably not what you want! What you probably want to do, is to set the gamma curve to about gamma 2.4, so that the contrast range is expanded appropriately, or alternatively use sRGB or REC 709 or a gamma of 2.2 but also specify the actual ambient viewing conditions via a light level in Lux, so that an appropriate contrast enhancement can be made during calibration. If your instrument is capable of measuring ambient light levels, then you can do so.
(For in-depth technical information about sRGB, see “A Standard Default Color Space for the Internet: sRGB” at the ICC[5] website for details of how it is intended to be used)

If you're wondering what gamma value you should use, you can run “Report on uncalibrated display device” from the “Tools” menu to measure the approximated overall gamma among other info. Setting the gamma to the reported value can then help to reduce calibration artifacts like banding, because the adjustments needed for the video card's gamma table should not be as strong as if a gamma further away from the display's native response was chosen.

Ambient light level

(To see this setting, go into the “Options” menu, and enable “Show advanced calibration options”)

As explained for the tone curve settings, often colors are encoded in a situation with viewing conditions that are quite different to the viewing conditions of a typical display, with the expectation that this difference in viewing conditions will be allowed for in the way the display is calibrated. The ambient light level option is a way of doing this. By default calibration will not make any allowances for viewing conditions, but will calibrate to the specified response curve, but if the ambient light level is entered or measured (which you may also do during the interactive display controls portion of the calibration), an appropriate viewing conditions adjustment will be performed. For a gamma value or sRGB, the original viewing conditions will be assumed to be that of the sRGB standard viewing conditions, while for REC 709 and SMPTE 240M they will be assumed to be television studio viewing conditions.
By specifying or measuring the ambient lighting for your display, a viewing conditions adjustment based on the CIECAM02 color appearance model will be made for the brightness of your display and the contrast it makes with your ambient light levels.

Please note your measurement device needs ambient measuring capability (e.g. like the i1 Pro or i1 Display 2 with their respective ambient measurement heads) to measure the ambient light level.

Black output offset

(To see this setting, go into the “Options” menu, and enable “Show advanced calibration options”)

Real displays do not have a zero black response, while all the target response curves do, so this has to be allowed for in some way.

The default way of handling this (equivalent to 100% black output offset) is to allow for this at the output of the ideal response curve, by offsetting and scaling the output values. This defined a curve that will match the responses that many other systems provide and may be a better match to the natural response of the display, but will give a less visually even response from black.

The other alternative is to offset and scale the input values into the ideal response curve so that zero input gives the actual non-zero display response. This ensures the most visually even progression from display minimum, but might be hard to achieve since it is different to the natural response of a display.

A subtlety is to provide a split between how much of the offset is accounted for as input to the ideal response curve, and how much is accounted for at the output, where the degree is 0.0 accounts for it all as input offset, and 100% accounts for all of it as output offset.

Black point correction

(To see this setting, go into the “Options” menu, and enable “Show advanced calibration options”)

Normally dispcal will attempt to make all colors down the neutral axis (R=G=B) have the same hue as the chosen white point. Near the black point, red, green or blue can only be added, not subtracted from zero, so the process of making the near black colors have the desired hue, will lighten them to some extent. For a device with a good contrast ratio or a black point that has nearly the same hue as the white, this is not a problem. If the device contrast ratio is not so good, and the black hue is noticeably different to that of the chosen white point (which is often the case for LCD type displays), this could have a noticeably detrimental effect on an already limited contrast ratio. Here the amount of black point hue correction can be controlled.
By default a factor of 100% will be used, which is usually good for CRT and also by default a factor of 0% is used for LCD type displays, but you can override these with a custom value between 0% (no correction) to 100% (full correction).

If less than full correction is chosen, then the resulting calibration curves will have the target white point down most of the curve, but will then cross over to the native or compromise black point.

Black point correction rate (only available if using Argyll CMS >= 1.0.4)

(To see this setting, go into the “Options” menu, and enable “Show advanced calibration options”)

If the black point is not being set completely to the same hue as the white point (ie. because the factor is less than 100%), then the resulting calibration curves will have the target white point down most of the curve, but will then blend over to the native or compromise black point that is blacker, but not of the right hue. The rate of this blend can be controlled. The default value is 4.0, which results in a target that switches from the white point target to the black, moderately close to the black point. While this typically gives a good visual result with the target neutral hue being maintained to the point where the crossover to the black hue is not visible, it may be asking too much of some displays (typically LCD type displays), and there may be some visual effects due to inconsistent color with viewing angle. For this situation a smaller value may give a better visual result (e.g. try values of 3.0 or 2.0. A value of 1.0 will set a pure linear blend from white point to black point). If there is too much coloration near black, try a larger value, e.g. 6.0 or 8.0.

Calibration speed

Determines how much time and effort to go to in calibrating the display. The lower the speed, the more test readings will be done, the more refinement passes will be done, the tighter will be the accuracy tolerance, and the more detailed will be the calibration of the display. The result will ultimately be limited by the accuracy of the instrument, the repeatability of the display and instrument, and the resolution of the video card gamma table entries and digital or analogue output (RAMDAC).

Interactive display adjustment
Turning this off skips straight to calibration measurements instead of giving you the opportunity to alter the display's controls first. You will normally want to keep this checked, to be able to use the controls to get closer to the chosen target characteristics.

Profiling settings

Testchart file
You can choose the test patches used when profiling the display here. The default ones are automatically chosen based on profile quality and type, but you can also use and create your own using the built-in testchart editor (click on the colored patches next to the testchart file selector or choose “Edit testchart...” from the “File” menu to launch it).
Testchart editor

The provided default testcharts should work well in most situations, but allowing you to create custom charts ensures maximum flexibility when characterizing a display and can improve profiling accuracy and efficiency. See also optimizing testcharts.

You can enter the amount of patches to be generated for each patch type (white, gray, single channel, iterative and multidimensional cube steps). The iterative algorythm can be tuned if more than zero patches are to be generated. What follows is a quick description of the several available iterative algorythms, with “device space” meaning in this case RGB coordinates, and “perceptual space” meaning the (assumed) XYZ numbers of those RGB coordinates. The assumed XYZ numbers can be influenced by providing a previous profile, thus allowing optimized test point placement.

  • Optimized Farthest Point Sampling (OFPS) will optimize the point locations to minimize the distance from any point in device space to the nearest sample point
  • Incremental Far Point Distribution incrementally searches for test points that are as far away as possible from any existing points
  • Device space random chooses test points with an even random distribution in device space
  • Perceptual space random chooses test points with an even random distribution in perceptual space
  • Device space filling quasi-random chooses test points with a quasi-random, space filling distribution in device space
  • Perceptual space filling quasi-random chooses test points with a quasi-random, space filling distribution in perceptual space
  • Device space body centered cubic grid chooses test points with body centered cubic distribution in device space
  • Perceptual space body centered cubic grid chooses test points with body centered cubic distribution in perceptual space

You can set the degree of adaptation to the known device characteristics used by the default full spread OFPS algorithm. A preconditioning profile should be provided if adaptation is set above a low level. By default the adaptation is 10% (low), and should be set to 100% (maximum) if a profile is provided. But, if for instance, the preconditioning profile doesn't represent the device behavior very well, a lower adaption than 100% might be appropriate.

For the body centered grid distributions, the angle parameter sets the overall angle that the grid distribution has.

The “Limit samples to sphere” option is used to define an L*a*b* sphere to filter the test points through. Only test points within the sphere (defined by it's center and radius) will be in the generated testchart. This can be good for targeting supplemental test points at a troublesome area of a device. The accuracy of the L*a*b* target will be best when a reasonably accurate preconditioning profile for the device is chosen. Note that the actual number of points generated can be hard to predict, and will depend on the type of generation used. If the OFPS, device and perceptual space random and device space filling quasi-random methods are used, then the target number of points will be achieved. All other means of generating points will generate a smaller number of test points than expected. For this reason, the device space filling quasi-random method is probably the easiest to use.

Controls for the spreadsheet-like patch editor are as follows:

  • To select patches, click and drag the mouse over table cells, or hold SHIFT (select range) or CTRL/CMD (add/remove single cells/rows to/from selection)
  • To add a patch below an existing one, double-click a row label
  • To delete patches, select them, then hold CTRL (Linux, Windows) or CMD (Mac OS X) and hit DEL or BACKSPACE (will always delete whole rows even if only single cells are selected)
  • CTRL-C/CTRL-V/CTRL-A = copy/paste/select all

If you want to insert a certain amount of patches generated in a spreadsheet application (as RGB coordinates in the range 0.0-100.0 per channel), the easiest way to do this is probably to copy the values from the spreadsheet app, entering the testchart editor, generating a corresponding amount of patches and then overwriting them by doing CTRL-A, CTRL-V.

Profile quality
Sets the level of effort and/or detail in the resulting profile. For table based profiles (LUT[7]), it sets the main lookup table size, and hence quality in the resulting profile. For matrix profiles it sets the per channel curve detail level and fitting “effort”.
Profile type

Generally you can differentiate between two types of profiles: LUT[7] based and matrix based.

Matrix based profiles are smaller in filesize, somewhat less accurate (though in most cases smoother) compared to LUT[7] based types, and usually have the best compatibility across CMM[2]s, applications and systems — but only support the colorimetric intent for color transforms. For matrix based profiles, the PCS is always XYZ. You can choose between using individual curves for each channel (red, green and blue), a single curve for all channels, individual gamma values for each channel or a single gamma for all channels. Curves are more accurate than gamma values. A single curve or gamma can be used if individual curves or gamma values degrade the gray balance of an otherwise good calibration.

LUT[7] based profiles are larger in filesize, more accurate (but may sacrifice smoothness), in some cases less compatible (applications might not be able to use or show bugs/quirks with LUT[7] type profiles, or certain variations of them). When choosing a LUT[7] based profile type, advanced gamut mapping options become available which you can use to create perceptual and/or saturation tables inside the profile in addition to the default colorimetric tables which are always created.
L*a*b* or XYZ can be used as PCS, with XYZ being recommended especially for wide-gamut displays bacause their primaries might exceed the ICC[5] L*a*b* encoding range (Note: Under Windows, XYZ LUT[7] types are only available in dispcalGUI if using Argyll CMS >= 1.1.0 because of a requirement for matrix tags in the profile, which are not created by prior Argyll CMS versions).
As it is hard to verify if the LUT[7] of an combined XYZ LUT[7] + matrix profile is actually used, you may choose to create a profile with a swapped matrix (which I'd recommend), ie. blue-red-green instead of red-green-blue, so it will be obvious if an application uses the (deliberately wrong) matrix instead of the (correct) LUT because the colors will look very wrong (e.g. everything that should be red will be blue, green will be red, blue will be green, yellow will be purple etc).

Note: LUT[7]-based profiles (which contain three-dimensional LUTs) might be confused with video card LUT[7] (calibration) curves (one-dimensional LUTs), but they're two different things. Both LUT[7]-based and matrix-based profiles may include calibration curves which can be loaded into a video card's gamma table hardware.

Advanced gamut mapping options

Normally, profiles created by dispcalGUI only incorporate the colorimetric rendering intent, which means colors outside the display's gamut will be clipped to the next in-gamut color. LUT-type profiles can also have gamut mapping by implementing perceptual and/or saturation rendering intents. You can choose if and which of those you want after clicking “Advanced...”, by specifying a source profile and marking the appropriate checkboxes. Note that a input, output, display or device colororspace profile should be specified as source, not a non-device colorspace, device link, abstract or named color profile. You can also choose viewing conditions which describe the intended use of both the source and the display profile that is to be generated. An appropriate source viewing condition is chosen automatically based on the source profile type.

For more information on why a source gamut is needed, see “About ICC profiles and Gamut Mapping” in the Argyll CMS documentation.

One strategy for getting the best perceptual results with display profiles is as follows: Select a CMYK profile as source for gamut mapping. Then, when converting from another RGB profile to the display profile, use relative colorimetric intent, and if converting from a CMYK profile, use the perceptual intent.
Another approach which especially helps limited-gamut displays is to choose one of the larger (gamut-wise) source profiles you usually work with for gamut mapping, and then always use perceptual intent when converting to the display profile.

Please note that not all applications support setting a rendering intent for display profiles and might default to colorimetric (e.g. Photoshop normally uses relative colorimetric with black point compensation, but can use different intents via custom soft proofing settings).

Black point compensation

This effectively prevents black crush when using the profile, but at the expense of accuracy. (Note: This option has no effect if just calibrating and creating a simple curves + matrix profile directly from the calibration data without additional profiling measurements)

Profile name

As long as you do not enter your own text here, the profile name is auto generated from the chosen calibration and profiling options. The current auto naming mechanism creates quite verbose names which are not necessarily nice to read, but they can help in identifying the profile.
Also note that the profile name is not only used for the resulting profile, but for all intermediate files as well (filename extensions are added automatically) and all files are stored in a folder of that name. You can choose where this folder is created by clicking the disk icon next to the field (it defaults to your system's default location for user data).

Here's an example under Linux, on other platforms some file extensions and the location of the home directory will differ (you can mouse over the filenames to get a tooltip with a short description what the file is for):

Chosen profile save path: ~/.local/share/dispcalGUI/storage

Profile name: mydisplay

The following folder will be created: ~/.local/share/dispcalGUI/storage/mydisplay

During calibration & profiling the following files will be created:

~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.all.sh
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.cal
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.colprof.sh
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.dispcal.sh
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.dispread.sh
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.dispwin.sh
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.icc
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.ti1
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.ti3

(the .sh files can be used to re-run without GUI[4] but same settings from a shell)

Calibrating / profiling

If you are unclear about the difference between calibration and profiling (also called characterisation), see “Calibration vs. Characterization” in the Argyll CMS documentation.

Please let the screen stabilize for at least half an hour after powering it up before doing any measurements or assessing its color properties. The screen can be used normally with other applications during that time.

After you have set your options, click on one of the three buttons at the bottom to start the actual calibration/profiling process. The main window will hide during measurements, and should pop up again after they are completed (or after an error). You can always cancel out of running measurements using the “Cancel” button in the progress dialog, or by pressing ESC or Q. Viewing the informational log window (from the “Tools” menu) after measurements will give you access to the raw output of the Argyll CMS commandline tools and other verbose information.

Adjusting a display before calibration

If you clicked “Calibrate” or “Calibrate & profile” and have not turned off “Interactive display adjustment”, you will be presented with the interactive display adjustment window which contains several options to help you bring a display's characteristics closer to the chosen target values. Depending on wheter you have a CRT- or LCD-type display, I will try to give some recommendations here which options to adjust, and which to skip.

Adjusting a LCD display

For LCD displays, you will in most cases only want to adjust white point (if the screen has RGB gain or other whitepoint controls) and white level (with the white level also affecting the black level unless you have a local dimming LED model), as many LCDs lack the necessary “offset” controls to adjust the black point (and even if they happen to have them, they often change the overall color temperature, not only the black point). Also note that for most LCD screens, you should leave the “contrast” control at (factory) default.

White point
If your screen has RGB gain, colortemperature or other whitepoint controls, the first step should be adjusting the whitepoint. Note that you may also benefit from this adjustment if you have set the target whitepoint to “native”, as it will allow you to bring it closer to the daylight or blackbody locus, which can help the human visual system to better adapt to the whitepoint. Look at the bars shown during the measurements to adjust RGB gains and minimize the delta E to the target whitepoint.
White level
Continue with the white level adjustment. If you have set a target white level, you may reduce or increase the brightness of your screen (ideally using only the backlight) until the desired value is reached (i.e. the bar ends at the marked center position). If you haven't set a target, simply adjust the screen to a visually pleasing brightness that doesn't cause eye strain.
Adjusting a CRT display
Black level
On CRTs, this adjustment is done using the “brightness” control. You may reduce or increase the brightness of your screen until the desired black level is reached (i.e. the bar ends at the marked center position).
White point
The next step should be adjusting the whitepoint, using the display's RGB gain controls or other means of adjusting the whitepoint. Note that you may also benefit from this adjustment if you have set the target whitepoint to “native”, as it will allow you to bring it closer to the daylight or blackbody locus, which can help the human visual system to better adapt to the whitepoint. Look at the bars shown during the measurements to adjust RGB gains and minimize the delta E to the target whitepoint.
White level
Continue with the white level adjustment. On CRTs this is done using the “contrast” control. If you have set a target white level, you may reduce or increase contrast until the desired value is reached (i.e. the bar ends at the marked center position). If you haven't set a target, simply adjust the screen to a visually pleasing level that doesn't cause eye strain.
Black point
If your display has RGB offset controls, you can adjust the black point as well, in much the same way that you adjusted the whitepoint.
Finishing adjustments (CRT/LCD) and starting calibration/characterisation

After the adjustments, you can run a check on all the settings by choosing the last option from the left-hand menu to verify the achieved values. If adjusting one setting adversely affected another, you can then simply repeat the respective option as necessary until the target parameters are met.

Finally, select “Continue on to calibration” to start the non-interactive part. You may want to get a coffee or two as the process can take a fair amount of time, especially if you selected a high quality level. If you only wanted help to adjust the display and don't want/need calibration curves to be created, you can also choose to exit by closing the interactive display adjustment window and then select “Profile only” from the main window.
If you originally selected “Calibrate & profile” and fulfil the requirements for unattended calibration & profiling, the characterisation measurements for the profiling process should start automatically after calibration is finished. Otherwise, you may be forced to take the instrument off the screen to do a sensor self-calibration before starting the profiling measurements.

Optimizing testcharts for improved profiling accuracy and efficiency

A good way to generate a custom testchart to improve profiling is to use one of the default testcharts as base, altering the parameters as necessary and desired. Especially the use of an existing display profile to precondition generated test patches for improved profiling performance is recommended. You could go about this in the following way:

  • When calibrating, choose “just calibrate” and the option to create a fast curves + matrix profile.
  • After calibration, select a testchart to use as base (preferably one of the optimized ones) and bring up the testchart editor.
  • Place a check in the “preconditioning profile” checkbox and click on “current profile”. It should automatically select the curves + matrix profile that was created during calibration. Make sure adaptation is set to a high level (e.g. 100%)
  • If desired, adjust the number of patches and make sure the iterative patches amount is not zero.
  • Create the chart and save it. Click “yes” when asked to select the newly generated chart.
  • Start the profiling measurements (e.g. click “profile only”).

Profile installation

When installing a profile after creating or updating it, a startup item to load its calibration curves automatically on login will be created (on Windows and Linux, Mac OS X does not need a loader). You may also prevent this loader from doing anything by removing the check in the “Load calibration curves on Login” checkbox in the profile installation dialog, and in case you are using Windows 7 or later, you may let the operating system handle calibration loading instead (to be able to change this option, you need to run dispcalGUI as administrator).

Advanced functions

Remote measurements and profiling

When using Argyll CMS 1.4.0 and newer, remote measurements on a device not directly connected to the machine that is running dispcalGUI is possible (e.g. a smartphone or tablet). The remote device needs to be able to run a web browser (Firefox recommended), and the local machine running dispcalGUI may need firewall rules added or altered to allow incoming connections. To set up remote profiling, select “Web @ localhost” from the display device dropdown menu, then choose the desired action (e.g. “Profile only”). When the message “Webserver waiting at http://<IP>:<Port>” appears, open the shown address in the remote browser and attach the measurement device.
NOTE: If you use this method of displaying test patches, there is no access to the display video LUT[7]s and hardware calibration is not possible. The colors will be displayed with 8 bit per component precision, and any screen-saver or power-saver will not be automatically disabled. You will also be at the mercy of any color management applied by the web browser, and may have to carefully review and configure such color management.
NOTE: Close the web browser window or tab after each run, otherwise reconnection may fail upon further runs.

Untethered display measurements

Untethered mode is another option to measure and profile a remote display that is not connected via standard means (calibration is not supported). To use untethered mode, the testchart that should be used needs to be optimized, then exported as image files (via the testchart editor) and those image files need to be displayed on the device that should be measured, in successive order. The procedure is as follows:

  • Select the desired testchart, then open the testchart editor.
  • Click “Optimize for untethered in auto mode”, then export the testchart.
  • Burn the images to a DVD, copy them on an USB stick or use any other available means to get them to display onto the device that should be measured.
  • In dispcalGUI's display dropdown, select “Untethered” (the last option).
  • Show the first image on the remote display, and attach the instrument. Then select “Profile only”.

Measurements will commence, and changes in the displayed image should be automatically detected if “auto” mode is enabled. Use whatever means available to you to cycle through the images from first to last, carefully monitoring the measurement process and only changing to the next image if the current one has been successfully measured (as will be shown in the untethered measurement window). Note that untethered mode will be (atleast) twice as slow as normal display measurements.

Known issues and solutions

General: Wacky image colors (swapped colors)
Solution: This happens when you created a “XYZ LUT + swapped matrix” profile and is a way to alert you that the software you're using does not support XYZ LUT profiles and falls back to the included matrix (which generally means you'd loose accuracy). If you're having this situation only in some applications, creating a “XYZ LUT + matrix” profile will remedy it (but please keep in mind that those applications not supporting XYZ LUT will still fall back to the matrix, so results can be different from applications that support XYZ LUT correctly). If all colormanaged applications you use show swapped colors, you should create a matrix profile instead. Note that you do not have to re-run any measurements: In dispcalGUI, choose a profile type as suggested previously, adjust quality and profile name if you want, then choose “Create profile from measurement data...” in the “Options” menu and select the profile you had the issue with.
General: Measurements are failing (“Sample read failed”) if using the “Allow skipping of spectrometer self-calibration” option and/or highres/adaptive mode
Solution: Disable either or all of the above options. The problem seems to mainly occur with the ColorMunki.
MS Windows/madVR: “The process <dispcal.exe|dispread.exe> has stopped working” / “Calibration / profiling has not been finished”
Solution: Copy the file madHcNet32.dll from your madVR folder to the Argyll CMS binaries folder (e.g. Argyll_VX.X.X\bin).
Windows: “The process <dispcal.exe|dispread.exe|...> could not be started.”
Solution: Go to your Argyll_VX.X.X\bin directory, and right-click the exe file from the error message. Select “Properties”, and then if there is a text on the “General” tab under security “This file came from another computer and might be blocked”, click “Unblock”.
Photoshop: “The monitor profile […] appears to be defective. Please rerun your monitor calibration software.”
Solution: Adobe ACE, Adobe's color conversion engine, contains monitor profile validation functionality which attempts to filter out bad profiles. With XYZ LUT profiles created in Argyll CMS versions up to 1.3.2, the B2A white point mapping is sometimes not particularly accurate, just enough so that ACE will see it as a problem, but in actual use it may only have little impact that the whitepoint is a bit off. So if you get a similar message when launching Photoshop, with the options “Use profile regardless” and “Ignore profile”, you may choose “Use profile regardless” and check visually or with the pipette in Photoshop if the inaccurate whitepoint poses a problem. This issue is fixed in Argyll CMS 1.3.3 and newer. Alternatively, you can create a Lab LUT profile.
MS Windows Vista: The calibration gets unloaded when a User Access Control prompt is shown
Solution: (Intel and Intel/AMD hybrid graphics users please see “The Calibration gets unloaded after login/resume/User Access Control prompt” first) This Windows Vista bug seems to have been fixed under Windows 7, and can be remedied under Vista by either manually reloading calibration, or disabling UAC—but please note that you sacrifice security by doing this. To manually reload the calibration, either open dispcalGUI and select “Load calibration curves from current display profile” in the “Options” menu, or (quicker) open the Windows start menu and select “dispcalGUI Profile Loader” in the “Startup” subfolder. To disable UAC[9] (not recommended!), open the Windows start menu and enter “msconfig” in the search box. Click on the Tools tab. Select the line “Disable UAC” and click the “Launch” button. Close msconfig. You need to reboot your system for changes to apply.
MS Windows with Intel graphics (also Intel/AMD hybrid): The Calibration gets unloaded after login/resume/User Access Control prompt
Solution: The Intel graphics drivers contain several utilities that interfere with correct calibration loading. A workaround is to rename, move or disable (e.g. using a tool like AutoRuns) the following files: 
C:\Windows\system32\igfxtray.exe
C:\Windows\system32\igfxpph.dll
C:\Windows\system32\igfxpers.exe
MS Windows Vista and 7: The display profile isn't used if it was installed for the current user
Solution: Open the Windows start menu, select “Control Panel”, then “Color Management” (you may have to select “Classic View” under Vista and anything other than “Category View” under Windows 7 to see it). Under the “Devices” tab, select your display device, then tick “Use my settings for this device”.
MS Windows: Enabling the Spyder 2 colorimeter might fail when not running as administrator
Solution: Run dispcalGUI as admin. Right-click dispcalGUI's icon and choose “Run as administrator...”
MS Windows: Installing a display profile system-wide might fail when not running as administrator
Solution: Run dispcalGUI as admin. Right-click dispcalGUI's icon and choose “Run as administrator...”
MS Windows Vista and 7, 64-bit: Driver signature enforcement prevents the installation of unsigned Argyll USB drivers
Solution: Please upgrade to Argyll CMS 1.2.0 or later. For prior versions, signing the Argyll drivers or disabling driver signature enforcement altogether on each boot was needed to successfully use the drivers. Such workarounds are no longer needed with recent versions of Argyll CMS which include drivers that will work out-of-the-box (if you already have drivers for your measurement device installed, see “Updating Argyll drivers” under “Installing Argyll CMS on Microsoft Windows” in the Argyll CMS documentation if you use a prior version of the Argyll drivers, or “Adding Argyll drivers to existing drivers” if you are using vendor drivers).
MS Windows 7: Calibration does not load automatically on login when not using the dispcalGUI Profile Loader
Solution: Open the Windows start menu, select “Control Panel”, then “Color Management” (you may have to select something other than “Category View” to see it). Select the “Advanced” tab, then “Change system defaults...”, and finally tick the “Use Windows display calibration” checkbox.
MS Windows XP, multiple displays: One profile is used by all displays connected to a graphics card
Solution: The underlying issue is that Windows XP assigns color profiles per (logical) graphics card, not per output. Most XP graphics drivers present only one logical card to the OS even if the card itself has multiple outputs. There are several possible solutions to this problem:
  • Use different graphics cards and connect only one display to each (this is probably the preferable solution in terms of ease of use and is least prone to configuration error)
  • Install and use the Windows XP color control applet
  • Some graphics cards, like the Matrox Parhelia APV (no longer produced), will expose two logical cards to the OS when using a specific vendor driver (some older ATI drivers also had this feature, but it seems to have been removed from newer ones)
Mac OS X: dispcalGUI.app is damaged and can't be opened.
Solution: Go to the “Security & Privacy” settings in System Preferences and set “Allow applications downloaded from” (under the “General” tab) to the “Anywhere” setting. After you have successfully launched dispcalGUI, you can change the setting back to a more secure option and dispcalGUI will continue to run properly.
Photoshop CS3 (Mac OS X): Under Mac OS X, the brush cursor in Photoshop CS3 looks funny (box around brush)
Solution: This seems to be a bug which shows with LUT[7]-type profiles that have only one rendering intent. You can try to overcome it by selecting “Advanced...” next to the profile type dropdown, selecting an existing ICC[5] profile as source (for hints as to which profile to select, see “Advanced gamut mapping options”) and tick at least one of the “Apply gamut mapping to” checkboxes before profiling. To do that for an existing profile, adjust quality and profile name if you want, choose “Create profile from measurement data...” from the “Options” menu and select the profile. Note that this does not always solve the issue. Trying another profile type (XYZ LUT instead of L*a*b* LUT) might also help.
Linux/Windows: No video card gamma table access (“Calibrate only” and “Calibrate & profile” buttons grayed, “Profile only” button available)
Solution: Under Linux, please refer to the Argyll CMS documentation, “Installing the software on Linux with X11” and “Note on X11 multi-monitor setups” / “Fixing access to Video LUTs” therein. Under Windows, please also see the solution posted under “The display profile isn't used if it was installed for the current user” if you are using Windows 7 and make sure you have a recent driver for your video card installed.
Linux (KDE): The application does not look native
Solution: You can use the GTK-Qt Theme Engine for native KDE look. Most Linux distributions offer ready-made packages through their packaging systems, search for “gtk-qt”. Another alternative is gtk-kde4. Also, some themes come in versions for both KDE (Qt) and GTK.
Linux: Instrument not working correctly/constantly disconnecting (conflict with libmtp)
Solution: There is a bug on some systems with libmtp that causes instruments to continuously switch between connected and disconnected state. This seems to be a bug in libmtp-runtime. You can work around it by renaming /lib/udev/mtp-probe or updating to libmtp 1.0.6 where the issue should be fixed.
General: Some text is still in english, even though another language is selected in the menu
Solution: All output from the Argyll CMS utilities is always english, and on Mac OS X, also the menuitems in the application menu. This is currently not changeable.

Get help

Need help with a specific task or problem? It may be a good idea to first check the known issues & solutions if the topic has been covered. If you want to report a bug, please see the guidelines on bug reporting. Otherwise, feel free to use one of the following channels:

Report a bug

Found a bug? If so, please first check the bug tracker, it may have been reported already. Please follow these guidelines for reporting bugs:

  • Try to give a short, but concise summary of the problem.
  • Try to give some steps to reproduce the problem.
  • Always attach logfiles if possible. They are usually automatically created by dispcalGUI as part of normal program operation. You can find them here:
    • Linux: /home/Your Username/.local/share/dispcalGUI/logs
    • Mac OS X: /Users/Your Username/Library/Logs/dispcalGUI
    • Windows Vista and newer: C:\Users\Your Username\AppData\dispcalGUI\logs
    • Windows XP: C:\Documents and Settings\Your Username\Application Data\dispcalGUI\logs

    As the folder may contain several logfiles, it is a good idea to compress the whole folder to a ZIP or tar.gz archive that you can easily attach to a bug report.

    Please note the logfiles may contain your username as well as paths of files you may have used in dispcalGUI. I will respect your privacy at all times, but you may want to consider this when attaching logfiles to public places like the bug tracker.

Create a new ticket (or if the bug has been reported already, use the existing ticket) at the bug tracker, following the guidelines above, and attach the logfiles archive.

If you don't want to or can't use the bug tracker, feel free to use one of the other support channels.

Discussion

Do you want to get in touch with me or other users regarding dispcalGUI or related topics? The general discussion forum or dispcalGUI-users mailing list is a good place to do so. You can also contact me directly via E-Mail: dispcalGUI ‹at› hoech . net.

To-Do / planned features (in no particular order)

  • (Long-term) improve UI.
  • Better interface to GNOME Color Manager (implemented in v0.8.1.0+)
  • Measure and report on screen homogenity / evenness of illumination
  • Get rid of the terminal and implement a proper GUI for the interactive part of calibration (implemented in v0.8.5.6+)
  • Better user interface for profile verification: If a test set contains multiple value formats (CMYK, RGB, XYZ, L*a*b*), allow selection which one(s) should be used in a “setup” window (“setup” window implemented in v1.5.6.9+, value format selection added in v1.6.3.5)
  • Add gamut coverage percentages to the profile verification report if the test set contains reference values (not *.ti1): Calculate profiles from test set and verification measurements on-the-fly and create gamut volumes from test set profile, evaluated profile, and verification measurements profile using Argyll's iccgamut tool. Compare gamut volumes using Argyll's viewgam tool with -i option and include the results in the report (coverage calculation for test set reference and profile to be evaluated could be done before the actual measurements and also shown in the yet-to-be-implemented profile verification “setup” window).
  • Complete the documentation in the README
  • German language README (postponed)
  • Profile verification (feed XYZ or L*a*b* to display profile, display corresponding RGB values, measure, output Delta E) (implemented in v0.3.6+)
  • “Before” / “After” switch when calibration / profiling complete (implemented in v0.2+)
  • Store all settings in profile, allow loading of settings from profile in addition to .cal file (implemented in v0.2+)
  • Document the code (code documentation could still be enhanced, for now it'll do)
  • Code cleanup (mostly done)

Thanks and acknowledgements

I would like to thank the following people:

Graeme Gill, for creating Argyll CMS

Translators: Loïc Guégant (french translation), Roberto Quintero (spanish translation), Tommaso Schiavinotto (italian translation)

Recent donors: Andrew Hunter, Yulian Martsenkov, Catherine Goniot, Ben Edwards, Ievgen Morskyi, Ahammed Umminiyil, LivingWithBugs.com, Christoph Clarenbach, Paul Fokkens, Kieren Hinch, Dale Somerville, Francesco Demontis, Projection Mapping Central, Scott Janz, Govindanunny Thekkadath, Nejib Boubaker, Mason Livingston, Daniel Lenardon, Manuel López Pérez, Xavier Potel, Andrew Hunter, Thomas Voigt, Александр Ольховский, Eugeniy Yurov, Hans Cremers, George Pop, Michael Gestgrasser, Stefan Pallari, Oliver Hoefele, Kyle Winfree, more...

And everyone who sent me feedback or bug reports, suggested features, or simply uses dispcalGUI.

Acknowledgements

Part of the comprehensive Argyll CMS documentation has been used in this document, and was only slightly altered to better fit dispcalGUI's behavior and notations.

Version history / changelog

2014-01-19 10:02 (UTC) 1.7.1.6

1.7.1.6

Added in this release:

  • A new option to not use the video card gamma table to apply calibration (default like in 1.5.2.5/1.5.3.1: On for madVR, off for everything else).
  • Correlated color temperature, gamma, RGB gray balance and gamut graphs to measurement report.
  • Re-added the default testchart for gamma + matrix profiles.
  • Testchart editor: Dark region emphasis controls (Argyll CMS 1.6.2).
  • Testchart editor: Black patches amount control (Argyll CMS 1.6).
  • Testchart editor: Ability to add saturation sweeps and reference patches (from CGATS or images) to a testchart if using a preconditioning profile and adaptation = 100%.
  • Standalone curve viewer. This allows to view the curves of the currently assigned display profile or the actual video card gamma table without launching dispcalGUI.
  • Curve viewer can reload, apply black point compensation to, load into the videocard, and export calibration files.

Changed in this release:

  • Untethered measurements window: Enable keyboard navigation in the grid view (up/down/pageup/pagedown/home/end keys).
  • Measurements are now pauseable.
  • Cancelling a potentially long-running operation like measurements or profile generation now needs to be confirmed.
  • Improved robustness of ambient measurement code.
  • Show an error message when communication with the instrument fails (instead of just logging the error).
  • Show an error message when trying to measure ambient light and ambient measurements are unsupported (instead of just logging the error).
  • Regenerated testcharts preconditioned by gamma-based profiles with slight dark region emphasis.
  • Updated french translation (thanks to Loïc Guégant).
  • “Allow skipping of spectrometer calibration” will now always try to skip spectrometer calibration if enabled, not just when doing a calibration and subsequent profile in one go (“Calibrate & profile”). This means a calibration timeout will then be in effect (which is 60 minutes for the ColorMunki Design/Photo, i1 Pro and i1 Pro 2), and a recalibration will only be needed if this timeout has been exceeded before the start of an operation.
  • Testchart VRML export: Only use Bradford chromatic adaptation if ACCURATE_EXPECTED_VALUES in the .ti1 file is true (i.e. a preconditioning profile was used), otherwise XYZ scaling (to visually match VRML files generated by Argyll CMS).
  • Renamed “Verify profile” to “Measurement report”. Added options for BT.1886 gamma mapping, whitepoint simulation, (limited) support for device link profiles, and madVR color management (3D LUTs). Overhauled report HTML layout and style.
  • Use nicer filenames and titles for HTML reports and uniformity check (e.g. include the display name for which the report was generated).
  • Improved dealing with profile linking errors during 3D LUT generation (show error dialog instead of just logging the error).
  • Always use a cLUT resolution of 65 and don't preserve device curves for 3D LUT generation, regardless of the selected 3D LUT format or size (this should make results consistent between eeColor/madVR, which were always generated like that, and the other formats).
  • Allow the use of PC levels for madVR 3D LUT output encoding.
  • Synchronize input and output encoding for eeColor 3D LUT format.
  • Disable xvYCC output encoding (not supported) and consequently disable it also as input encoding for eeColor because it needs the same input/output encoding.
  • Allow loading of calibration files that do not contain settings.
  • Testchart editor: Combined patch ordering controls.
  • Testchart editor: Vastly enhanced performance of row delete operations on very large testcharts (several thousand patches). Also slightly improved speed of testchart loading.
  • Measurement report charts: Each larger chart contains all the patches from the previous smaller chart. Re-generated video charts preconditioned to Rec. 709 and with slight dark region emphasis.
  • Windows 7 and up: Prefer dispcalGUI profile loader over calibration loading facility of the OS (the latter introduces quantization artifacts and applies wrong scaling, the former uses Argyll CMS and thus doesn't have these problems).
  • Windows: Do not regard unability to determine startup folders as fatal error (this means an autostart entry to load calibration on login can not be created automatically in that case though, so unless Windows 7 or newer is used which has the ability to load calibration without external utilities, calibration needs to be loaded manually).
  • Windows/madVR: Always reset the video card gamma table to linear when using a calibration file and not using the video card gamma table to apply the calibration (this should prevent the potential problem of double calibration being applied if loading a calibration on a display, then switching over to madVR on the same display and using a calibration file while not using the video card gamma table to apply the calibration).

Fixed in this release:

  • A possible unicode decode error when the computer name contains non-ASCII characters, introduced in 1.5.2.5.
  • In some instances the handling of profile name placeholders was quirky (problematic character sequences were those consisting of the same characters, case insensitive, as calibration speed or profile quality shortcodes, i.e. FxF, MxM, SxS, VFxVF and VSxVS, with x being any non alphanumeric character).
  • When loading a settings file, only switch to the associated display device if it can be unambiguously determined (fixes multi-screen setups with identical screens always switching to the first one, a bug introduced in 1.5.2.5).
  • Ignore messages from the logging module (fixes a bogus error message being displayed under Windows when closing dispcalGUI, introduced in 1.5.2.5).
  • Handling of separate video card gamma table access controls was a bit quirky since the addition of virtual display devices.
  • If the 3D LUT target profile was overwritten by the generated device link profile (which could happen if choosing the same path and file name for the 3D LUT/device link profile as the target profile), it prevented changing the source profile.
  • Instrument (spectrometer) calibration can be required multiple times during a calibration run, depending on its duration. This was not handled correctly by the GUI.
  • 3D LUT generation with TV RGB 16-235 encoding could lead to wrongly encoded 3D LUTs if not using the eeColor or madVR format.
  • 3D LUT generation with YCbCr encodings failed with an error if not using the eeColor or madVR format.
  • Standalone utilities (3D LUT maker, curve viewer, profile information, and testchart editor) now function properly even if dispcalGUI itself was never launched before (previously the Argyll CMS version was read from the configuration, so if it was never configured before it could happen that not all available options where shown or it was never asked to select an Argyll CMS executable directory in case the Argyll CMS executables were not found).
  • Don't block other windows when an operation fails while a progress dialog with a modal dialog on top is shown.
2013-10-23 20:09 (UTC) 1.5.3.1

1.5.3.1

Added in this release:

  • New feature: When creating a profile from existing measurement data, averaging of measurements can be performed by selecting multiple files.

Fixed in this release:

  • Fixed possible unicode error in logging module.
  • Fixed a bug with optimizing a testchart for untethered measurements halving the amount of different device combinations by repeating patches if the total patch count was even.
  • Mac OS X 10.6: Fixed weird behavior due to a bug in OS X 10.6's version of sudo.
2013-10-22 14:32 (UTC) 1.5.2.5

1.5.2.5

Added in this release:

  • Full Argyll CMS 1.6.0 support (e.g. JETI specbos 1211/1201, madVR calibration and 3D LUT generation, body centered cubic grid option for creating testcharts).
  • Testchart editor: Charts can be exported as PNG or TIFF files.
  • Testchart editor: Gamma and neutral axis emphasis controls.
  • Testchart editor: “Use current profile as preconditioning profile” button.
  • Testchart editor: Save VRML diagnostic files for testcharts without the need to re-generate the chart.
  • Testchart editor: Sort patches by L*, RGB, sum of RGB or sort RGB gray and white to top.
  • Untethered display measurement and profiling. Be sure to read the note on optimizing testcharts for untethered measurements in automatic mode.
  • Shortcut for the BT.1886 tone curve (previously available by setting gamma to 2.4, absolute, and black output offset to zero).
  • 3D LUT: Enable additional intents.
  • 3D LUT: Support eeColor and Pandora LUT formats.
  • 3D LUT: Support Argyll CMS 1.6 video encodings and BT.1886 gamma mapping.
  • Windows 8 Argyll CMS driver installation instructions to the ReadMe.
  • Instructions how to proceed when a process cannot be started to the ReadMe.
  • Softproof preset (based on FOGRA recommendation).
  • madVR preset.
  • sRGB preset.
  • Allow specifying extra arguments for Argyll's targen command.
  • Computer name, EDID serial and EDID CRC32 placeholders for use in the profile name.
  • Synthetic profile creation facility (e.g. for use as source in 3D LUT generation).
  • ACES RGB and DCI P3 colorspace definitions and reference profiles.
  • Dry run. If enabled in the options menu, all functionality that calls Argyll CMS executables will effectively do nothing. This allows review of the used command line parameters by checking the log.
  • Additional session logs are saved for most operations involving the Argyll tools (i.e. directly in the folder where created files are saved to).
  • Show profile self check ΔE*76 info in profile installation dialog.

Changed in this release:

  • Testchart and preset improvements:
    • All testcharts for LUT profiles have been complemented with additional single channel patches. This should in most cases improve average and maximum delta E of generated profiles, in some cases significantly. In fact, testing has shown that the new “small testchart for LUT profiles” with 154 patches total yields better results than the previous “extended testchart for LUT profiles” with 238 patches.
    • The charts for curves + matrix profiles have been improved by adding a few additional body centered cubic grid patches - all the charts which are not tuned for a certain display type are body centered cubic grid based (this was also the case previously for the LUT testcharts, but not for the matrix charts).
    • The patch order in the LUT charts has been optimized to improve measurement speed.
    • The chart for gamma + matrix profiles has been removed in favor of the updated default chart for matrix profiles.
    • New additional charts for LUT profiles have been added in various sizes.
    • For each of the new charts for LUT profiles, starting from the “very large” size, optimized farthest-point-sampled versions have been added which are pre-conditioned for several common display types: sRGB tone response with Rec. 709 primaries and D65 whitepoint (consumer-grade displays), gamma 2.2 with Rec. 709 primaries and D65 whitepoint (consumer-grade displays, TVs), gamma 2.2 with AdobeRGB primaries and D65 whitepoint (entry-level and high-end graphics displays), L* tone response with NTSC primaries and D50 whitepoint (high-end graphics displays).
    • The naming and patch count of the testcharts for LUT profiles has changed. The mapping that most closely resembles the old testcharts is as follows (total number of patches in parentheses):
      • Old “Default testchart for LUT profiles” (124) → new “Small testchart for LUT profiles” (154)
      • Old “Extended testchart for LUT profiles” (238) → new “Default testchart for LUT profiles” (270)
      • Old “Large testchart for LUT profiles” (396) → new “Extended testchart for LUT profiles” (442)
      • Old “Very large testchart for LUT profiles” (912) → new “Very large testchart for LUT profiles” (994)
      • Old “Massive testchart for LUT profiles” (2386) → new “Massive testchart for LUT profiles” (2527)
    Use of the new charts is highly recommended. All presets have been updated to use the new chart types. The “prepress" preset has also been updated to generate a XYZ LUT profile by default.
  • Detect if the instrument can use CCMX or CCSS colorimeter corrections based on the measurement mode. Disable colorimeter corrections for non-base display types.
  • Correctly map measurement mode to DISPLAY_TYPE_BASE_ID for all supported instruments when creating CCMX.
  • If a colorimeter correction with DISPLAY_TYPE_BASE_ID or DISPLAY_TYPE_REFRESH is selected, automatically set the correct measurement mode.
  • If measuring the colorimeter correction testchart, automatically ensure a suitable measurement mode for colorimeters (if they support more than refresh and non-refresh measurement modes).
  • Do not use spline interpolation for curve plots.
  • Updated french translation, thanks to Loïc Guégant.
  • Renamed calibration quality to calibration speed.
  • Set calibration speed for all presets to medium.
  • Standalone testchart editor: Parse first non-option argument as file to be opened.
  • Testchart editor: Always generate good optimized points rather than fast.
  • Testchart editor: Use existing file path when saving testchart.
  • Testchart editor: Greatly improved the speed of paste operations when comparatively large data sets are used.
  • Disallow -d and -D as extra arguments for Argyll's targen as the testchart editor only supports video RGB.
  • Reset adaptive measurement mode when restoring defaults.
  • Close all profile information windows when hiding the main window instead of just hiding them (don't reopen them when the main window is shown again).
  • Curve viewer: Use float formatting for input RGB display.
  • Only skip legacy serial ports if no instrument detected.
  • Also specify Argyll dispcal/dispread -y parameter for spectrometers.
  • Use Rec. 709 whitepoint chromaticity coordinates for “Video” preset.
  • Changed profile installation error message for virtual display devices.
  • Make it clearer which calibration is used when doing a “Profile only”: When a calibration file is going to be used, change the message from the warning “The current calibration curves will be used” to the informational “The calibration file <x> will be used” with the usual options to embed/not embed/reset video card gamma table.
  • Allow the use of calibration curves when profiling a web display.
  • When creating a colorimeter correction from profile(s), get the instrument name from the embedded TI3 if the data source is not EDID.
  • Do not specify (superfluous and thus ignored) patch window positioning arguments for dispcal/dispread when using a virtual display.
  • 3D LUT: Removed black point compensation option (no longer easily possible because it now uses Argyll's collink internally. You can still have the effect of BPC by creating a display profile with BPC enabled and using it as destination profile during 3D LUT creation).
  • Always copy/move temporary files to the save location if not a dry run, also in case of an error. If copy/move fails, keep them in the temporary directory and inform the user.
  • Disable black point compensation for the “Prepress” preset (there are three presets without bpc - “madVR”, “Prepress” and “Softproof”) and use L* as calibration tone curve.

Fixed in this release:

  • Show black point correction choice also when switching from refresh to any other measurement mode instead of only when switching from refresh to LCD measurement mode or vice versa.
  • Corrected averaged RGB transfer function display.
  • Adaptive measurement mode could not be disabled (regression of r1152 where adaptive measurement mode was made default in dispcalGUI).
  • Work-around a very rare problem where a (bogus) display size of 0x0 mm is returned.
  • Check if the configured colorimeter correction exists before adding it to the list.
  • Update colorimeter correction and testchart lists after deleting settings files.
  • Don't carry over colprof arguments from testchart file (fixes occasional wrong display model and manufacturer in profiles).
  • Average, RMS and maximum delta E metadata was not added to profiles if equal to or greater than 10.
  • Unhandled exception when 3D LUT window was opened and there was no profile selected under settings and also no display profile set.
  • Unhandled exception if colorimeter correction does not exist.
  • Standalone curve viewer: Fix loading of .cal file via commandline argument.
  • Don't strip trailing zeros when displaying average gamma in the status bar of the profile information or curve window.
  • Only set adaptive and hires measurement mode when the instrument supports it (fixes measurement mode switching to non-adaptive if toggling betweeen a colorimeter and a spectrometer).
  • Mac OS X with Argyll CMS 1.5 and newer: Also search library folders for Argyll CMS support files (fixes imported colorimeter corrections not found).
  • Only fall back to private copy of pnp.ids under Mac OS X and Windows.
  • Updated link to Datacolor website download section for the Spyder 2 Windows installers.
  • Transposed bits for EDID red y chromaticity coordinate.
  • Curve viewer / profile info window: Reset tone response curve calculation when toggling LUT checkbox.
  • Correctly react to detected display changes when the actual physical displays didn't change (e.g. when switching Argyll between versions supporting and not supporting the virtual “Web” display).
  • Keypresses or cancel were not recognized during patch reading.
  • Display uniformity measurements: Q or ESC had to be pressed twice to exit.
  • Do not use “install profile” message for non-display profiles.
  • 3D LUT: “apply vcgt” checkbox stayed disabled after switching from a devicelink source profile to a non-devicelink source profile.
  • Update all open windows when switching Argyll versions
  • Do not reset selected colorimeter correction to none when selecting a preset or a settings file.
  • Measurement window position was not correct when switching from web display.
  • Show an error message when choosing a directory as profile save path where no subdirectories can be created.
  • Python 2.7 compatibility: Mask u16Fixed16Number (fixes profile information not working for profiles with negative XYZ or chromaticity values when using Python 2.7).
  • wxPython 2.9 compatibility: Do not specify number of rows in dynamically growing FlexGridSizer.
  • Linux: Use colord's quirk_vendor_name to fix the manufacturer string.
  • Mac OS X 10.6 and up: Clearing and loading calibration needs root privileges in some circumstances.
  • Windows: Correctly escape quotes in arguments (fixes hang when profile name, program path or Argyll path contains a single quote).
  • Windows: Show a meaningful error message when a subprocess can't be started instead of hanging indefinitely.
  • Windows: Ignore WMI errors.
  • Windows: Selecting testcharts saved in the root of a drive under Windows.
  • Windows: Disable broken Windows 2000 support (was broken since 0.8.5.6 when the interactive display adjustment GUI was introduced and is not fixable as Windows 2000 does not implement the required AttachConsole functionality).
  • Windows/Mac OS X: If Argyll profile installation failed, a success message was still shown.
2013-03-03 19:42 (UTC) 1.2.7.0

1.2.7.0

Fixed in this release:

  • Colorimeter correction creation not working when using Argyll CMS 1.5.0 because of missing newly required fields in CGATS data.
  • Mac OS X: Accidentally swapped “/Users/<Username>/Library/Application Support” and “/Library/Application Support”.
2013-03-01 09:39 (UTC) 1.2.6.6

1.2.6.6

Added in this release:

  • Argyll CMS 1.5.0 compatibility.
  • Ability to do remote measurements using Argyll CMS 1.4.0 and newer (Firefox is recommended as client). See remote measurements and profiling.
  • Include black level and contrast in profile verification reports (if possible, i.e. if the test chart contains a RGB=0 patch).
  • 3D LUT: Support color space conversion ('spac') profiles.
  • DCI P3 reference profile.
  • Add “Quality” (if applicable) and “License” metadata to profiles.
  • Add colord device ID mapping to profile metadata.
  • Linux: Add screen brightness to profile metadata if profiling a mobile computer's screen (using the org.gnome.SettingsDaemon.Power DBus interface).
  • Additional logging.

Changed in this release:

  • Revised display uniformity test to generate HTML reports.
  • Use a delay of 200 ms for display uniformity measurements.
  • Detect “Calibrate failed with 'User hit Abort Key' (No device error)” Argyll CMS error message and ignore further errors to prevent popping up multiple error dialogs.
  • Reload currently selected calibration after verifying a profile.
  • Add metadata to fast shaper matrix profiles (e.g. gamut volume and coverage).
  • When deleting a settings file, also offer CCSS, CCMX and files starting with the settings file basename in the same directory for deletion.
  • Enable use of absolute values in profile verification reports regardless of testchart.
  • When loading a profile without calibration settings, look for an accompanying colorimeter correction in the same directory.
  • When only creating a profile and not calibrating, give a clear choice whether to embed current calibration curves in a profile or not.
  • When using black point compensation, keep the black point compensated TI3 measurement file in addition to the unaltered file.
  • When restoring default settings, don't reset the 3D LUT abstract profile as well as 3D LUT and profile info window positions.
  • Truncate the colorimeter correction description displayed in the dropdown if it's overly long.
  • Only load linear calibration curves into the curve viewer when resetting the video card gamma table.
  • Do not remove spaces from the instrument name when assembling the profile name.
  • Only compress JavaScript in HTML reports if the report.pack_js configuration option is set (default 1 = compress).

Fixed in this release:

  • Improved instrument event handling.
  • When measuring the screen using a spectrometer, make sure to repeat the instrument calibration until it is successfully completed or canceled (ColorMunki Design/Photo).
  • When measuring ambient light with a spectrometer, abort after a 30 second timeout if instrument calibration did not complete.
  • Correctly react if the instrument sensor is in the wrong position and prompt the user to set the correct position.
  • Mouse cursor and clicked “Measure” button stayed hidden when aborting a measurement in the display device uniformity test window.
  • Updating the calibration (vcgt) of a profile didn't work if first selecting a .cal file, ticking the “Update calibration” checkbox and then switching to the profile.
  • Disable all calibration controls (except the quality slider) when “Update calibration” is ticked.
  • Only enable “Update calibration” checkbox if calibration can actually be updated.
  • Disable the “Create colorimeter correction...” and “Create 3D LUT...” menu items as well as the “LUT” checkbox in the curves and profile information windows if Argyll CMS executables are not found.
  • Update measurement modes when switching Argyll versions.
  • wxPython 2.9 compatibility.
  • Set manufacturer, model, creator and ID in reference profiles (except ClayRGB and sRGB from Argyll).
  • Only switch over to progress dialog after a three second delay (fixes erroneously switching over to progress dialog under Windows when running calibration or display uniformity measurements directly after a canceled testchart measurement).
  • If using a DTP92, only offer refresh measurement mode.
  • Make sure updated profiles also have updated descriptions.
  • Also overwrite .gam.gz and .wrz files if overwriting an existing profile.
  • Mac OS X: Make sure the menus are re-enabled after calibrate & profile.
2013-01-07 19:41 (UTC) 1.1.8.3

1.1.8.3

Changed in this release:

  • Show display device uniformity measurement window on selected display device if multiple display devices are connected.
  • Hide mouse cursor and clicked button while measuring display device uniformity.

Fixed in this release:

  • Sporadic measurement hang when measuring display device uniformity.
  • Wrong window being shown when calibrating after display device uniformity measurements or vice versa.
2013-01-05 13:32 (UTC) 1.1.7.0

1.1.7.0

Added in this release:

  • Preliminary Argyll CMS 1.5.0 compatibility.
  • Added facility to measure and report display device uniformity. Known issue: Sometimes measurements hang. Press space to try and continue.
  • 3D LUTs can optionally incorporate abstract (“Look”) profiles.
  • 3D LUTs can be created from Device Link (class “link”) and input (class “scnr”) profiles.
  • 3D LUTs can also be created in SPI3D format.

Changed in this release:

  • Updated french translation, thanks to Loïc Guégant.

Fixed in this release:

  • Fedora: Calibration curves were reset to linear when installing a profile and using the Fedora packaged Argyll CMS.
  • Linux, Mac OS X, Windows (Administrator): Colorimeter corrections imported from i1 Profiler and ColorMunki Display software were not listed in the dropdown menu.
2012-11-05 20:32 (UTC) 1.1.2.9

1.1.2.9

Changed in this release:

  • Simplified Spyder 2 enabling instructions.

Fixed in this release:

  • Broken Unicode support (unhandled exception) when dealing with colorimeter correction descriptions containing 8-Bit characters.
  • Check if xicclu is found before attempting to use it for the profile information window (gets rid of bogus “'NoneType' object has no attribute 'encode'” message).
  • Use a default generic message when prompting to choose a profile.
2012-10-05 19:04 (UTC) 1.1.2.1

1.1.2.1

Changed in this release:

  • Disable source profile selector in advanced gamut mapping options if not atleast one of perceptual or saturation checkboxes is selected.
  • Only show a warning if an incompatible colorimeter correction is explicitly selected via the filebrowser.
  • Show a less cryptic error message if an invalid file is selected when importing colorimeter corrections from other display profiling software.

Fixed in this release:

  • Whitepoint color temperature is an integer, not a float. This fixes calibration settings being detected as changed when they actually haven't.
  • Worked around a bug in wxPython where controls in a hidden window react to focus events. This fixes the sporadic hang after calibration measurements during a “Calibrate & profile” run.
  • Linux, Mac OS X: Unhandled exception when trying to import colorimeter corrections from other display profiling software and selecting a file with '.txt' extension.
2012-09-15 15:38 (UTC) 1.1

1.1

Added in this release:

  • Additional profile name placeholder %ds for the display device serial from EDID if applicable (may be empty or bogus).
  • Windows: Additional profile name placeholders %dnw (DeviceString) and %dnws (shortened DeviceString, it may be the same as %dnw if shortening isn't possible). The former is equivalent to what's shown in the display device dropdown. The DeviceString is often more verbose as the sometimes very generic EDID device name (placeholder %dn).

Changed in this release:

  • Updated spanish translation (thanks to Roberto Quintero).

Fixed in this release:

  • Show an error message if a colorimeter correction cannot be used with the selected instrument.
  • Show an error message when trying to import colorimeter corrections from an unsupported filetype.
2012-08-01 10:13 (UTC) 1.0.9.0

1.0.9.0

Changed in this release:

  • Use the original file basename for colorimeter corrections copied over to the storage directory (previously, if a colorimeter correction was copied, it inherited the same basename as the rest of the measurement/profile/calibration files, thus making it a bit cumbersome to determine which colorimeter correction was originally the source, especially in profile verification reports which only showed the filename and not the description from the file contents).
  • Show colorimeter correction file basename in addition to the description if they are different.
  • Linux: Fall back to gcm-import if colord profile installation fails.

Fixed in this release:

  • When switching to L*/Rec. 709/SMPTE or sRGB and then loading settings with a gamma value, the gamma entry field was not shown.
  • Report on calibrated/uncalibrated display and calibration verification did not work if using a colorimeter correction (regression of changeset #1020).
  • Do not freeze if loading a settings file which had an accompanying colorimeter correction that was since deleted.
  • Windows 2000: Don't fail to launch.
2012-06-28 22:05 (UTC) 1.0.7.7

1.0.7.7

This is a bug-fix release for version 1.0.7.6.

Fixed in this release:

  • Unhandled exception in gamut view calculation after profile creation if using french localization.
2012-06-23 00:25 (UTC) 1.0.7.6

1.0.7.6

Added in this release:

  • Option to auto-select a suitable colorimeter correction if available locally.
  • Ability to choose between L*a*b*, XYZ and xyY in profile verification reports.

Changed in this release:

  • Reset default black point correction from automatic to off.
  • If a profile contains no 'vcgt' tag, assume linear calibration.
  • When creating a colorimeter correction, remember the last selected reference and colorimeter measurement file separately.
  • When creating a colorimeter correction, automatically only use white, red, green and blue patches (at 100% device value each) from measurement files, regardless if they contain more patches. This allows re-using of measurement files with different patch counts (as long as they contain those four combinations) that have been created as by-product of other operations, e.g. during profiling. Note that measurements still need to be done under identical conditions and within reasonable timeframe (ideally less than a few minutes apart) to minimize effects of display and instrument drift when creating colorimeter corrections from them.
  • When measuring the colorimeter correction testchart, automatically set the resulting measurement as last selected reference or colorimeter file depending on whether it contains spectral data or not.
  • When restoring the current calibration after measuring the colorimeter correction testchart, do it silently (don't show a message window).
  • Filter colorimeter corrections by selected instrument.
  • Show colorimeter correction description in the dropdown instead of the filename. Show the filename and path on mouse hover.
  • ColorHug: Only enable colorimeter corrections for “Factory” and “Raw” measurement modes.
  • ColorHug: Automatically set “Factory” measurement mode when measuring the colorimeter correction testchart and measurement mode is not yet “Factory” or “Raw”. Restore previous measurement mode afterwards.
  • Linux: Enable ColorHug support by default.
  • Linux: colord wrapper now uses PyGObject instead of ctypes.
  • Updated french translation, thanks to Loïc Guégant.

Fixed in this release:

  • When creating a 3D LUT, don't fail if the target profile contains no 'vcgt' tag and the preference is “Apply calibration” (which is the default) irrespective of checkbox state.
  • Use colorimeter correction (if applicable) from settings stored in calibration files and profiles when loading them.
  • When creating a colorimeter correction, the display name in the description is now taken from the measurement file if available.
  • When creating a colorimeter correction, automatically order the measurements exactly the same by device (RGB) triplets.
  • Hide any profile information window(s) when the main window is hidden and restore them when it is shown again.
  • Correct ID on profile created from EDID after adding gamut coverage/volume metadata.
  • Measurement modes other than “LCD (generic)” and “Refresh (generic)” are now correctly restored from settings embedded in calibration files and profiles.
  • If using the current calibration curves for profiling without calibrating (“Profile only” with “Reset video card gamma table” unchecked), using Argyll CMS 1.4.0, the resulting profile will now contain a 'vcgt' tag with the current calibration like with previous Argyll versions.
  • RGB bars and chromaticity/color temperature readouts when adjusting a whitepoint with blackbody target are now working correctly.
  • Ignore and do not show any explicitly selected Colorimeter Calibration Spectral Sample (CCSS) file for instruments that do not support it.
  • Changing Argyll version/binaries in dispcalGUI with automatic instrument detection switched off is working correctly again without the need to restart the program.
  • Show ColorHug-specific measurement modes (please run instrument detection once again to refresh the list if you already used the ColorHug in a previous version of dispcalGUI).
  • Saturation gamut mapping settings are no longer ignored.
  • Trying to view profile information for profiles whose black point X Y Z sum is zero will no longer result in a division by zero error.
  • Black point compensation is no longer attempted if not atleast one black or white patch is found in measurement data.
  • Linux: Don't error out if profile installation with dispwin fails, but profile installation via colord or oyranos-monitor is successful (fixes profile installation when using the distribution-packaged Argyll under Fedora)
  • Linux: colord device key name now correctly adheres to device naming spec for xrandr devices (fixes some profile installation problems).
  • Linux, Windows: Correctly detect in the profile loader if linear calibration is assumed when using Argyll CMS 1.4.0 or newer.
  • Windows: Continuous measurements during interactive display adjustment are now stopped reliably when clicking the “Stop measurements” button or hitting the space key.
2012-04-02 19:24 (UTC) 0.9.9.1

0.9.9.1

Added in this release:

  • Spyder 4 support if using Argyll CMS >= 1.3.6. To make all measurement modes available, you have to use “Import correction matrices from other display profiling softwares...” from the “Tools” menu.
  • Experimental ColorHug support is enabled through Argyll CMS >= 1.3.6 if the ENABLE_COLORHUG environment variable is set, but the ColorHug currently doesn't work reliably across all platforms.
  • Added information about instrument measurement modes to the ReadMe.

Changed in this release:

  • GUI spring-cleaning: Re-arranged some controls and replaced radiobuttons and read-only combo-boxes with choice controls instead. Only the controls related to a selected choice are shown.
  • Default calibration black point correction to automatic.
  • Replaced previous 19-patch colorimeter correction testchart with smaller 4-patch version (just red, green, blue at 100% each and white, as is the default with Argyll CMS 1.3.6).
  • Linux packages: Added Argyll CMS to dependencies. Please note: If you want the latest Argyll features or run into problems, it is recommemded to download the standalone Argyll binaries from argyllcms.com as the distribution repositories often only contain older Argyll CMS releases.

Fixed in this release:

  • Fixed unhandled exception when adding metadata to a profile from EDID that contains an invalid (out of range) gamma value.
  • Fixed slightly off the mark whitepoint in resulting profile when using black point compensation (typical max. error 0.2 ΔE*76). You may want to re-create existing profiles.
  • Do not reset visibility of advanced calibration options when restoring defaults.
  • Store black point compensation setting in profiles.
  • Mac OS X: The application bundle now again contains all required files (no missing files when dragging just the bundle to Mac OS X “Applications” folder).
2012-03-15 14:45 (UTC) 0.9.6.6

0.9.6.6

Added in this release:

  • Black point compensation option for profiles (default ON). This effectively prevents black crush, but at the expense of accuracy of the resulting profile.
  • Profile information window with 2D gamut plot as well as information pane which shows profile header and tag data in detail (with few exceptions).
  • Ability to create display correction 3D LUTs for use in movie post-processing applications that don't have ICC support. Currently supported are the .3dl and .cube formats.
  • Write gamut VRML files and calculate coverage and volume percentages against sRGB and Adobe RGB when creating profiles.
  • Add 'chrm' tag (xy chromaticities for each primary) to created profiles. Unlike the values from 'rXYZ', 'gXYZ', 'bXYZ', A2Bx or 'clrt' tags, the 'chrm' data corresponds to the actual measured chromaticities without chromatic adaptation or interpolation. The 'chrm' tag is purely informational.
  • Windows 7 and later: Added an option to let the operating system handle calibration loading when installing a profile (this option requires dispcalGUI to be run as Administrator and is also available in the dispcalGUI installer. If selecting the option there, the dispcalGUI Profile Loader will not be installed to the startup items. A shortcut to the loader is still available in the dispcalGUI folder in the start menu though, to be able to quickly force a reload of calibration).

Changed in this release:

  • Instrument detection now defaults to manual. A click on the icon with the swirling arrows or choosing the corresponding menu item in the “Options” menu detects connected instruments. Automatic instrument detection can be (re-)enabled/disabled there, too.
  • The dispcalGUI Profile Loader can now be set to not show error messages again (errors will still be logged).
  • Tone response curves are now plotted as L* → RGB by default and are also calculated for LUT profiles (profiles with both LUT and matrix TRC tags allow on-the-fly switching between them). In addition, the transfer function is shown if it can be estimated.
  • Windows: Allow enabling/disabling of calibration loading on login when installing a profile (to be able to change this option when Windows 7 or later is set up to handle calibration loading, either dispcalGUI needs to be run as administrator or in the Windows color management control panel “Advanced” tab, click on “Change system defaults...” and disable “Use Windows display calibration”).

Fixed in this release:

  • Do not fail to launch due to unhandled exception when parsing CGATS files containing KEYWORD, INDEX, SAMPLE_ID or DATA_FORMAT values in exponential notation.
  • Do not use exponential notation for low (< 0.0001) calibration black level target values.
  • Correctly handle failed instrument calibration (by asking to repeat) and measurement failures which are not misreads or communication failures (and should thus not be retried automatically).
  • Also look at ASCII descriptor blocks when determining the display device name from EDID (fixes display model not being set in profiles for certain Apple displays).
  • Don't loose 'mmod' tag (monitor make and model) when creating a profile from measurement data embedded in an existing profile.
  • Automatically restore calibration after measuring the colorimeter correction testchart.
  • Restore Argyll CMS < 1.3.0 compatibility (broken in 0.8.9.3).
  • Windows Vista, 7 and later: Automatically enable “Use my settings for this device” in Windows' colormanagement settings when installing a profile.
2012-02-11 03:56 (UTC) 0.8.9.3

0.8.9.3

Fixed in this release:

  • Selecting a smaller default testchart than the recommended one did not work (was reset to the recommended default when starting measurements or re-starting dispcalGUI).
  • Restore previously selected testchart if canceling colorimeter correction measurements.
  • Disable the “Measure” button in the “Create colorimeter correction” dialog if no display or instrument detected/selected.
  • Disable menus while the main window isn't shown (only affects operating systems where the menu is not part of the main window e.g. Mac OS X).
  • Linux: Fixed i1 Display Pro / ColorMunki Display missing from Argyll udev rules (this was actually already fixed in 0.8.5.2, but not mentioned in the changelog).
  • Mac OS X Lion: Removed sporadic password dialog being shown after calibration measurements when running “Calibrate & profile”.
  • Mac OS X Lion: Fixed an issue with profile installation for the current user which only installed the profile for the root user, thus not making it available in system preferences and making e.g. the login screen the only visible place where it was effectively being used.

Changed in this release:

  • Allow the selection of LCD or CRT measurement modes for spectrometers too (determines the available controls during interactive display adjustment).

Added in this release:

  • GUI for interactive display adjustment.
  • Add 'mmod' tag (monitor make and model, an Apple-specific private tag) to created profiles (ensures the profiles still show up in Mac OS X system preferences if “Show profiles for this display only” is ticked).
2012-01-24 18:40 (UTC) 0.8.5.2

0.8.5.2

Fixed in this release:

  • Added missing numbers to “delta E too high” message when trying to upload a profile with low self-fit accuracy.
  • Decoding of numerical manufacturer ID from EDID when adding metadata to a profile was done in the wrong byte order.
  • Fixed missing terminating NUL character for copyright tag when creating a profile from EDID.
  • Fixed missing underscore in EDID colorimetric metadata key names as per the ICC meta Tag for Monitor Profiles specification.
  • Linux: Display measurements couldn't be started if dispcalGUI was installed via the 0install feed.
  • Mac OS X: The file which maps Plug'n'Play device IDs to manufacturer names was not found when running from the application bundle, resulting in manufacturer entries in profiles always being equivalent to the three-letter PnP ID instead of the full manufacturer name.

Changed in this release:

  • Measurements for colorimeter corrections can now be started directly from the dialog, and the previous testchart is restored afterwards.
  • Add more metadata to generated profiles to allow better automatic selection/ranking on systems that support it and standardized a few previously dispcalGUI-only keys (ICC meta Tag for Monitor Profiles / GCM metadata specification).
  • Use product code as fallback for make/model when creating profiles from EDID.
  • Windows: In case of an Argyll CMS 'config 1 failed' error upon trying to use an instrument, inform the user its driver may not be installed.

Added in this release:

  • Added ability to specify the display technology for created colorimeter corrections.
  • Enabled overriding of default gamut mapping intents for LUT profiles. “Luminance matched appearance” is the default override for perceptual intent, which provides an effect similar to black point compensation.
  • The colorimeter corrections database now has a public web interface and API.
2011-12-08 13:33 (UTC) 0.8.1.9

0.8.1.9

Fixed in this release:

  • Ignore 'unknown' (not required) fields when verifying CGATS (fixes bug 'invalid testchart' after profiling with spectrometer, introduced in r780).
  • Force a default testchart if the selected one is invalid.
  • Linux (autopackage): Set PYTHONDONTWRITEBYTECODE= (empty string) to fix installation on Mandriva 2011.

Changed in this release:

  • Default profile type should be 3x shaper + matrix, not single shaper + matrix.
  • Some of the advanced calibration options (gamma type relative/absolute, ambient adjustment, black point correction and offset) are now hidden by default and can be shown via the corresponding menu item in the options menu.

Added in this release:

  • Option to share profiles via the openSUSE ICC Profile Taxi service.
  • Option to create profiles from extended display identification data (EDID).
  • Linux (GNOME 3): colord compatibility (query current profile, install & set profile).
2011-10-06 21:44 (UTC) 0.7.8.9

0.7.8.9

Fixed in this release:

  • Additional commandline arguments were ignored when doing profile verification measurements.
  • Windows: If the startup folder in the start menu was deliberately deleted, the profile loader shortcut wasn't created when installing a profile.
  • Windows: Profile loader correctly verifies if the calibration was sucessfully loaded.

Changed in this release:

  • Skip legacy serial ports by default when detecting instruments (serial instruments like the DTP92 or Spectrolino will no longer be selectable unless you manually set skip_legacy_serial_ports = 0 in dispcalGUI.ini or use a serial to USB adapter).
  • Windows: The profile loader shortcut in the startup folder inside the start menu is now created at installation time (and removed when uninstalling).
  • When checking for program updates, show the changelog for the new version if an update is available.
  • Confirm enabling of debugging output.

Added in this release:

  • Support for Argyll CMS 1.3.4 features: i1 Display Pro and Colormunki Display, Colorimeter Calibration Spectral Sample (.ccss) files.
  • Ability to import colorimeter corrections from other display profiling softwares. Currently iColor Display, i1 Profiler and ColorMunki Display are supported.
  • Ability to create correction matrices and Calibration Spectral Sample files, with the option to share them via an online database.
  • Option to automatically check for program updates on startup.
  • Added information how to fix instrument not working correctly/constantly disconnecting under Linux due to a conflict with libmtp (thanks to Pascal Obry who notified me of the issue back in May 2011).
2011-08-05 01:06 (UTC) 0.7.3.7

0.7.3.7

Fixed in this release:

  • Linux: Fixed multi-display support when not using separate X screens.
  • Mac OS X: Fixed not being able to run under a standard user account, and Mac OS X 10.7 compatibility.
  • Mac OS X 10.4.x: Fixed functionality requiring elevated privileges, e.g. installing profiles system wide or enabling the Spyder 2 using Argyll 1.1.x (regression of a change introduced in r706 / 0.7.0.7)
  • Windows: Fixed several problems with special characters in paths which are not representable through the file system encoding.
  • Windows: Worked around OS localtime() bug. If the system's clock was set to a date far into the future, dispcalGUI failed to launch on subsequent runs because of the logfile's timestamp which could not be processed by localtime().
  • Windows Vista/7: Querying the user display profile resulted in a “not found” error if the checkbox “Use my settings for this device” was never ticked in Windows' color management control panel, failing the fallback of querying the system display profile in case of no user display profile.

Changed in this release:

  • All presets now use curves + matrix as profile type (for better overall application compatibility).
  • Better feedback when trying to open broken/invalid files (display an error dialog instead of just logging the error).
  • Icons in the task switcher on Windows Vista/7 (and presumably Linux) should now be crisp and not pixelated.
2011-06-02 21:45 (UTC) 0.7.0.7

0.7.0.7

Fixed in this release:

  • wxPython 2.8.12 compatibility.
  • Linux: Preserve environment when installing a profile system-wide so $DISPLAY is available for dispwin.
  • Linux (Source): Changed highest supported Python version to “lower than 3.0” because openSUSE Build Service would choke on “lower than or equal to 2.7” when building for Ubuntu 11.04.
  • Linux (Source): Fixed setup.py bdist_deb as far as possible (see notes under installing from source, additional setup commands, bdist_deb)
  • Windows: Fixed error when the display profile cannot be determined (e.g. when running remotely).
2011-04-20 21:08 (UTC) 0.7.0.0

0.7.0.0

Fixed in this release:

  • Updating profile verification reports created in versions prior to revision 672 should not strip calibration and gray balance information anymore (regression of a change in r672).
  • If the Spyder 2 was enabled using Argyll CMS 1.2 or newer, this should now be reflected correctly in the “Tools” menu by a checkmark next to the “Enable Spyder 2” menu item.
  • Linux (Autopackage, DEB and RPM installs) and source: Fixed missing application icons in sizes other than 16x16 and 32x32 if the source archive was created with setup.py under Mac OS X or Windows (regression of a change in r501).
  • Linux/Windows: The location of the Argyll binaries was not stored in the system-wide configuration, which could prevent the profile loader from finding the Argyll binaries if they were not on the PATH environment variable and a profile was installed system-wide.
  • Windows: Fixed program termination if EnumDisplayDevices fails (e.g. when running remotely).
  • Windows: Fixed program termination if a display device has no driver entry in the registry (the very generic Windows error message is misleading in that case: It pretends a file was not found).
  • Windows XP: Correctly enumerate display device names and EDID.

Changed in this release:

  • When doing verification measurements of a (non-Argyll) profile containing a chromatic adaptation 'chad' tag, dispcalGUI now tries to use the same chromatic adaptation transform to calculate adapted values from the measurements instead of using a hardcoded Bradford transform.
  • The default delta E formula for “RGB + gray balance” evaluation is now DE 2000.
  • The delta E formula is now locked for the Fogra MediaWedge and IDEAlliance Control Strip evaluation criteria.
  • The “Update calibration” and “Update profile” checkboxes were combined into one. This removes the ambiguity about what “Update profile” functionality actually was: Only updating the calibration inside the profile. Both updating stand-alone calibration '.cal' files and calibrations embedded in profiles are now handled with the single “Update calibration” checkbox. The slightly different workflow of only updating the calibration, and then creating an actual new profile on top of it in one go, is still possible by explicitly loading a calibration '.cal' file under “Settings”.
  • Made the GUI a bit nicer towards low screen resolutions by moving more controls into the scrollable area and also removing the graphical banner and allowing horizontal scrollbars if things get really cramped.
  • Windows Vista/7 and later: To be able to install a profile system-wide, you now need to run dispcalGUI explicitly as administrator (right-click the dispcalGUI icon, then select “Run as administrator”) to show the appropriate controls in the profile installation dialog.

Added in this release:

2011-01-24 03:56 (UTC) 0.6.7.7

0.6.7.7

Fixed in this release:

  • Fixed measurements hanging at the start if using the black background option.
  • wxPython 2.9 compatibility.
  • Windows: Potential COM error caused by obsolete code.
  • Windows Vista/7: Potential WMI errors when trying to read a display's EDID are now suppressed (the EDID can not be read on systems where WMI has errors, which may prevent more accurate display descriptions, but will not impede functionality otherwise).

Added in this release:

  • Profiles can now be dragged and dropped onto the curve viewer.
  • When using the profile verification feature, it is now possible to first select a simulation profile before choosing a testchart.
2010-11-05 03:12 (UTC) 0.6.6.7

0.6.6.7

Fixed in this release:

  • Re-enabled warning message from the profile loader if the calibration in the video card does not match the requested calibration after loading.
  • Fixed “Show curves” checkbox in the profile installation dialog not doing anything if the curve viewer was not shown before (regression of a change in version 0.6.2.2).
  • Fixed a small visual glitch where the message “Calibration complete” was not cleared from the progress window after instrument calibration.
  • Fixed possibility of unprintable characters from EDID strings (e.g. display name) causing errors.
  • Fixed Argyll CMS diagnostic output not working for dispwin when using Argyll CMS 1.3.1
  • Linux: Fixed Autopackage install not working with Python 2.7

Added in this release:

  • Linux: Added a “Load profile and calibration on login” checkbox to the profile installation dialog. Normally, you want to keep this checked, so that dispcalGUI's profile loader can setup the configured display(s). But if you use another solution for loading profiles, like Oyranos with the CompICC plugin, you should uncheck it, so that display profiles are solely handled by CompICC.
  • Mac OS X: Like on the other platforms, EDID is now used if available.
2010-10-24 04:36 (UTC) 0.6.5.3

0.6.5.3

Fixed in this release:

  • Fixed a bug where the wrong correction matrix setting was stored in a profile or calibration file when changing the correction matrix, and creating a profile with a previous settings file selected which used a different correction matrix. Note this didn't affect measurements when creating the new profile or calibration file, but when loading it in dispcalGUI, the correction matrix used for the previously selected settings file was set instead of the one actually used when creating the new file.
  • Fixed missing XYZ values for the assumed whitepoint in profile verification reports.
  • Fixed crash when the manufacturer ID from a display's EDID contains invalid data.
  • Honor the selected display when loading calibration curves from a settings file.
  • Linux: Installing profiles under multi-display configurations using separate X screens should now work better when Oyranos is installed (previously, when the profile for the second screen was installed after the profile for the first screen, it would override the first profile in the Oyranos configuration. Profiles can be re-installed with this version of dispcalGUI to fix this).
  • Linux: Profile loader: When Oyranos is installed, but not xcalib, the fallback to dispwin to load the calibration curves was not working.

Changed in this release:

  • Reset additional commandline arguments too when restoring defaults.
  • The profile loader will no longer show an error message when unable to determine a display's current ICC profile, as there may just not be any profile installed for the respective display. Instead, such errors are now silently logged.
  • Improved error messages from the profile loader by adding some information about the affected display for easier troubleshooting of multi-display configurations.
  • Windows: Profile installation: When a system-wide autostart entry for the calibration loader already exists, do not create a per-user entry.
  • Linux: The autopackage can now be installed just for the current user. Note this will not setup instrument access though, as that requires root privileges.

Added in this release:

  • Save the device model and manufacturer description to measurement data (.ti3) files and use that information when creating a profile.
  • Log all output from the profile loader.
  • Ability to just measure a testchart and create a measurement data file (menu “Options”, “Measure testchart”).
  • Approximate gamma for grayscales is shown in profile verification reports.
  • Build system: Added --skip-postinstall option.
2010-09-19 17:53 (UTC) 0.6.2.2

0.6.2.2

Fixed in this release:

  • Trying to verify or view curves of a (non-Argyll) profile with a 'formula' type vcgt tag no longer fails with a 'NameError'.
  • When the measurement window was moved to the leftmost and/or topmost coordinates of the screen, the calculated relative position could become negative and prevent starting measurements.
  • Trying to profile a display which provides an empty model description via EDID no longer fails.
  • Profile name placeholder %im (instrument measurement mode) now inserts the correct string.
  • Profiling did not finish if “Show actual calibration curves from video card gamma table” was checked and the curves window shown.
  • Fixed black point correction rate not being restored correctly when loading settings.
  • Fixed conversion of the color temperature to xy chromaticity coordinates (the input fields in the GUI) which was erroneously being calculated with the formula for daylight even if a blackbody locus was chosen.
  • Fixed assumed whitepoint in profile verification reports erroneously being calculated with the formula for daylight even if a blackbody locus was originally chosen when creating the profile.
  • Fixed profile verification reports not working in Internet Explorer 5.x-6.0 and Opera 7.x.
  • Fixed profile verification reports showing “missing data” for some fields if using the Fogra Media Wedge V3 criteria and the reference file contained both XYZ and Lab data.
  • Mac OS X: A double extension (.icc.icm) is no longer added when creating a profile from an existing one (menu “Options”, “Create profile from measurement data...”).

Changed in this release:

  • When loading settings from calibration (.cal) files, the actual parameters chosen when calibrating are now set instead of stored measured values (e.g. whitepoint, black- and white level. Will only work for .cal files created in this version and up).
  • “Allow skipping of spectrometer self-calibration” (in the “Options” menu) for characterization readings after calibration is now disabled by default to help sensor stability (especially for the ColorMunki).
  • Black point correction rate now uses a floating-point control with the range 0.05...20.0 (consistent with the Argyll CMS dispcal commandline tool) instead of the previous integer control with the range 5...2000.
  • The default evaluation criteria for RGB testcharts in profile verification reports is now RGB only.
  • The default Delta E formula used for results in profile verification reports is now Delta E 2000 (except for standardised criteria like the Fogra Media Wedge V3).
  • Additional statistics in profile verification reports are now hidden by default.
  • Selecting “CMYK” or “RGB” in profile verification reports now actually makes a difference (shows the corresponding device values in the overview).
  • “Evaluate gray balance through calibration only” in profile verification reports is now disabled by default.
  • Windows: Installing a profile system-wide removes an existing user autostart entry for the profile loader to avoid having two entries.
  • Windows: EDID info will be used if available instead of generic device strings ('PnP-Monitor' et al).

Added in this release:

  • Ability to enable Argyll CMS diagnostic (debugging) output for measurements via menu “Options”.
  • Option to choose blackbody whitepoint reference instead of daylight in profile verification reports.
  • Original profile whitepoint is now shown in profile verification reports.
  • Instrument black level and display white level drift compensation options when using Argyll CMS >= 1.3.0
  • Ability to choose a correction matrix for colorimeters when using Argyll CMS >= 1.3.0
  • Allow setting of additional commandline arguments for dispcal, dispread, spotread and colprof via a new menu item in the “Options” menu.
  • IDEAlliance Control Strip 2009 aim values for profile verification with CMYK test charts.
  • Profile verification report shows instrument measurement mode and correction matrix (if any).
  • Menu option to update existing profile verification reports with the current templates.
2010-08-01 03:19 (UTC) 0.5.8.1

0.5.8.1

Fixed in this release:

  • Argyll CMS 1.2.0 compatibility
2010-07-25 13:19 (UTC) 0.5.8.0

0.5.8.0

Fixed in this release:

  • The timeout of 10 seconds for the startup of Argyll tools and instrument initialization was too short for some instruments and is now increased to 30 seconds. If the timeout is ever exceeded, dispcalGUI should now also abort automatically and no longer hang.
  • When previewing the calibration upon profile installation, use a linear calibration if no display profile is present when toggling the preview on and off (fixes the curve viewer not updating).
  • Fixed closing the log window not re-enabling the “show log automatically” menuitem.
  • Linux (Autopackage install): Fixed menu entry sometimes disappearing permanently after logging out under GNOME.
  • Linux: Fixed dispcalGUI not working if libX11 or libXrandr do not expose certain functions (e.g. under Mandriva 2009).
  • Linux: Fixed not being able to install a profile using GNOME Color Manager when the profile was not writable.
  • Linux: Fixed not being able to install a profile using Oyranos when the profile was not located in ~/.color/icc/devices/display.
  • Linux/Mac OS X: Saving a log file from the log window now works correctly.
  • Mac OS X: The terminal should no longer lose its focus when the measurement area is shown. This should also make the mouse cursor reappear which is otherwise hidden by dispcal/dispread.
  • Mac OS X 10.6: The current display profile should now be determined correctly (e.g. for the curve viewer) when loading its calibration curves or selecting the “<Current>” settings.
  • Windows (installer): An unused console window is no longer shown when launching dispcalGUI via the installed shortcuts.
  • Windows: Fixed executable not working under Windows 2000.

Changed in this release:

  • Do not pass through the “hit any key to retry” message from Argyll CMS tools to the progress dialog in case of misreads/port communication problems (retries happen automatically, so there is no need and also no possibility for keyboard interaction).
  • Enabling the Spyder 2 is now less cumbersome if the original installation CD is not available (especially on Mac OS X, where the firmware couldn't be found if a recent version of the Spyder 2 software was installed) and should work with the downloadable Spyder 2 software installers (but they need to be run to install the software first because the firmware can't be extracted from the installer binaries directly). Messages are now hopefully more informative to give a better idea of what to do. If the firmware can't be extracted from the Spyder 2 software installer, you are asked to install the software and try again. If that can't be done because of platform incompatibility (Linux), the last choice is to locate the Spyder.lib/CVSpyder.dll file manually (it must be copied from a Mac OS X or Windows system in that case).
  • Linux: Allow installation of profiles using GNOME Color Manager even if XRandR is not working/available.
  • Linux: Installation now checks for existing udev rules/hotplug scripts for instruments and only installs its own rules if none exist yet.
  • Linux/Windows: The profile loader will now show a warning dialog if a profile couldn't be loaded.
  • Linux/Windows: Device model and manufacturer are added to profiles if EDID[10] info is available.

+ Numerous other small fixes and changes.

2010-06-29 19:23 (UTC) 0.4.9.2

0.4.9.2

Fixed in this release:

  • Spectrometer sensor calibration sometimes accidentally occured when the instrument was still attached to the screen, leading to erroneous subsequent readings.
  • Immediately close a profile after reading to avoid locking it (fixes not being able to delete files from within the GUI).
  • Fixed quirks in “update calibration” and “update profile” operation.
  • The system-wide installation option in the profile install dialog is no longer hidden just because a profile has no embedded calibration curves (vcgt tag).
  • If the calibration curves of the current display profile couldn't be loaded for some reason (broken video card gamma table access, or no profile set), the curve viewer was not yet shown, and then a profile under “Settings” was selected, and then deleted, and then the curve viewer called up, an unhandled exception was raised.
  • Fixed ambient measurement via the “Measure” buttons timing out with the ColorMunki and various error handling issues regardless of instrument which could lead to an un-cancelable, forever looping progress bar.
  • Fixed ambient color temperature measurement via the “Measure” button not updating the kelvin field if selected.
  • Linux (only if the detected filesystem encoding is not UTF-8), Mac OS X and Windows: When installing a profile with “special” characters in the filename (everything not representable as 7-bit ASCII), it is now given an unique name containing the display number and MD5 hash, which fixes a few problems with filename encoding under Linux and Mac OS (under Linux the profile couldn't be successfully installed, under Mac OS X system-wide installation partly broke). This also fixes an issue under Windows where a profile whose name starts with the same first few characters (but has not the same name) as an already existing file in the system profile directory could accidentally overwrite that file, because I had not considered that filenames returned by win32api.GetShortPathName are only unique for the directory where a given file resides—and upon installation, that is the profile storage directory, not the system profile directory.
  • Linux, Mac OS X: When installing a profile, interaction with the curves window works now while the installation dialog is shown.
  • Windows (standalone executable): Fixed ambient measurement via the “Measure” buttons reproducably hanging (regardless of instrument) if the MS Visual C++ 2008 Redistributable Package (x86) was not installed.

Added in this release:

  • Linux: Oyranos support. If it is available, profiles are imported to the Oyranos database using oyranos-monitor upon installation, and an appropriate autostart entry is created to load calibration curves and setup the X _ICC_PROFILE atoms on login.
  • Linux: Rudimentary support for GNOME Color Manager. If it is available and XRandR is working, profiles are imported to GCM upon installation. Any calibration loaders created previously by dispcalGUI will be removed (except the possible oyranos-monitor entry). You then still have to manually assign the profile to a display in the GCM preferences by selecting it and then choosing the profile from the dropdown menu (in the future, this process will be made obsolete by using GCM library functions). Loading of calibration curves and setting up the X _ICC_PROFILE atom and XRandR output properties is then handled by GCM.
  • Menu option to automatically show the log window after certain operations (measurements, profile creation).

Changed in this release:

  • The terminal window is now only shown when required (e.g. keyboard interaction during interactive display adjustment). Also, the terminal used is no longer an external application, but a minimal emulator that just passes keyboard input to the Argyll CMS tools.
  • All measurements which do not require keyboard interaction with Argyll CMS tools now show a progress dialog with the option to cancel the measurements. All output that was previously visible through the terminal is still available via the log window (“Tools” menu) and -file.
  • Always load calibration curves before installing a profile, even if the profile has no vcgt tag (resets calibration to linear).
  • Automatically scroll to bottom when messages are added to the log window.
  • Store calibration and profiling settings in extra sections inside the TI3 file instead of the profile copyright tag. Use “generic” copyright information (“Created with dispcalGUI <version> and Argyll CMS <version>”), overridable by adding a line copyright = My copyright information in dispcalGUI's configuration file.
  • Made sure that only 7-bit ASCII gets written to a profile's copyright, ASCII description, and ASCII device model description. ICC v2 Unicode and Mac ScriptCode descriptions are now also written by default.
  • Presets default to high profile quality.
  • Remember visible state of curves, log window and testchart editor.
  • Updated french translation (thanks).
  • Linux: Unattended calibration & profiling no longer depends on xautomation.
  • Linux: EDID[10] is now used (if available) when generating descriptive identifiers for displays.
  • Linux: When determining a display's associated profile, check XrandR _ICC_PROFILE output properties first if available.
  • Linux: The option to install a profile system-wide is not offered if using GNOME Color Manager to install profiles (GCM has its own way to set profiles as system default).
  • Linux (only when GCM is not installed or XRandR is not working), Mac OS X, Windows: Installing a profile system-wide now also sets it as default for the current user.
  • Windows Vista and later: The option to install a profile system-wide is no longer offered if using Argyll CMS <= 1.1.1 (system scope in Argyll releases up to 1.1.1 acts like user scope on those systems).

+ Numerous other small fixes and changes. There is now also a mailing list for discussion and support as well as announcements (see at the top of this document).

2010-05-07 22:36 (UTC) 0.3.9.9

0.3.9.9

Fixed in this release:

  • Fixed unreliable (hanging occasionally) profile install when using system scope under Linux and Mac OS X (regression of a change in SVN r391 / 0.3.9.3).
  • Fixed ICC profile truncation if actual tag data is not in the same order as the tag table (regression of a change in SVN r274 / 0.3.0.7. Argyll profiles were not affected).
  • Fixed potential invalid profile name being generated if some unicode characters can't be conveyed in the file system encoding (Windows, Linux).
  • Fixed possible backslash in profile name due to wrong escaping when replacing invalid characters.
  • Fixed support for codepages 65000 (UTF-7) and 65001 (UTF-8) in the main application under Windows. This is actually a fix for shortcomings of Python.
2010-05-03 18:45 (UTC) 0.3.9.3

0.3.9.3

Added in this release:

  • Show percentage and amount of tone values per channel (+ grayscales) for calibration curves in the curve viewer and profile verification reports.
  • Profile verification: Enabled gray balance evaluation for all RGB charts containing grayscales (R=G=B). Added option to verify graybalance through calibration only (sets the target L* of each grayscale patch to the measured L* and target a*=b*=0).
  • Added documentation for the interactive display adjustment part of calibration.
  • Added further documentation of the profile verification feature with detailed information about underlying technical aspects.

Fixed in this release:

  • Fixed an unicode error after creating a profile verification report in a path containing unicode characters and a few other unrelated (potential) unicode errors.
  • Fixed potential unhandled exception if a JSON language file is malformed.
  • Fixed unhandled exception (local variable referenced before assignment) if trying to view calibration curves of an output with no video card gamma table access.
  • Fixed rare unhandled exception (local variable referenced before assignment) if logfile couldn't be renamed or removed during rollover.
  • Fail more gracefully (omit traceback from error message) if temp directory couldn't be created.
  • Fixed handling of XDG_CONFIG_DIRS and the system-wide autostart directory if the preferred configuration directory does not exist under Linux when installing a profile in local system scope, which prevented the system-wide autostart entry to be created.
  • Correctly determine system display profile under Windows Vista and 7 if no user profile is set. Fall back to sRGB if no display profile is set.

Changed in this release:

  • Changed default gamma from 2.4 to 2.2 in an attempt to increase the amount of available gamma table tone values after calibration for LCD screens, which often have a native response that is closer to a gamma of 2.2 than 2.4.
  • Changed default profile type to single curve + matrix.
  • Profile verification: Only evaluate grayscales (R=G=B) if their luminance is atleast 1% of the white luminance. Also evaluate combined Δa and Δb range.
  • Moved instrument feature details to separate JSON configuration file.
  • Made compatible with wxPython 2.8.6.0.
2010-03-31 15:24 (UTC) 0.3.8.0

0.3.8.0

Added in this release:

  • “Very large” testchart with 912 patches.
  • Profile verification: Support (non-Argyll) profiles which use chromatic adaption.

Fixed in this release:

  • Improved error message when Argyll binaries are not found (only files not found are now shown, together with alternatives). Automatically fall back to xicclu if icclu is not found (eg. Ubuntu's Argyll 1.0.3 package doesn't contain icclu).
  • Fixed 'invalid syntax' error when running under Python 2.5.
  • Profile verification report: Fixed a parsing error when reference or measurement data contained numbers in exponential notation.
  • Linux: Unhandled exception if DISPLAY environment variable is in the format [host]:displaynumber instead of [host]:displaynumber.screennumber (eg. :0 instead of :0.0).
  • Mac OS X: Fixed values entered in combo boxes not updating the configuration correctly under some circumstances.

Changed in this release:

  • Profile verification: Lookup device values relative colorimetrically and adapt the measured values to D50 before comparison (using Bradford matrix), so that the measured whitepoint corresponds to L*a*b* 100 0 0. Please note that verification results obtained with reference files measured in earlier versions of dispcalGUI should not be compared to those obtained via this new approach if the display whitepoint is not D50, as the results are likely to be different as an effect of the relative lookup and the chromatic adaption.
  • Profile verification: Improved support for non-Argyll CGATS text files. Handling is as follows:
    • If the file contains RGB_R RGB_G RGB_B fields, it is handled like a Argyll *.ti1 (testchart) file—any XYZ or Lab data is ignored and the RGB numbers are sent to the display and measured. Afterwards, the measured values are compared to the expected values, which are obtained by sending the RGB numbers through the profile. If RGB values above 100 are found, a range of 0-255 is assumed. Otherwise, a range of 0-100 (like Argyll *.ti1) is assumed.
    • If the file doesn't contain RGB_R RGB_G RGB_B fields, but XYZ_X XYZ_Y XYZ_Z or LAB_L LAB_A LAB_B, it is handled like a Argyll measurement data (*.ti3) file—the values are used to lookup corresponding RGB numbers through the profile and these are then sent to the display and measured. Afterwards, the measured values are compared to the original XYZ or Lab values.
  • Profile verification report: Show measured whitepoint and assumed target color temperature (based on closest daylight temperature), and use them to calculate the Delta E for the whitepoint. A few performance improvements when processing large datasets with several hundred or thousand measurements.
  • GUI and ReadMe: Changed all occurences of the term “LUT curves” to “calibration curves” and also changed all occurences of the term “video LUT” to “video card gamma table” to better distinguish from “LUT profile”. Also renamed the “LUT viewer” to curve viewer as a more accurate description of its functionality.
2010-03-17 18:50 (UTC) 0.3.6.4

0.3.6.4

Added in this release:

  • Profile verification: CGATS-compatible text files (*.txt) containing measurement data can now be selected in addition to Argyll testchart (*.ti1) and measurement data (*.ti3) files.
  • Profile verification report: Depending on the chart used, you can now choose among different evaluation criteria from within the report. Also added Fogra Media Wedge V3 tolerance values for CMYK testcharts.

Fixed in this release:

  • Profile verification: Error 'Unknown color representation Lab' when trying to verify a L*a*b* LUT profile.
  • Profile verification: Wrong XYZ scaling when reading from *.ti3 files containing XYZ, but no L*a*b* values.
  • Profile verification: When measuring a display other than the first one, the calibration curves were erroneously still loaded to the 1st display.

Changed in this release:

  • Profile verification report: Show nominal and actual measured values as L*a*b* instead of XYZ. Reduced visible decimals in report to increase readability.
  • Split the cramped “Extra” menu into “Options” and “Tools”.
2010-03-13 06:31 (UTC) 0.3.6.2

0.3.6.2

Added in this release:

  • Profile verification by measurements. Argyll testchart (*.ti1) and measurement data (*.ti3) files can be measured.

Fixed in this release:

  • Testchart editor: Do not automatically select a saved testchart (regression of a change in 0.3.3.5). Do not show empty rows when creating a testchart using an algorythm that does not create the expected number of rows.
  • Bumped wxPython version check to 2.8.8.0 so a proper error message is displayed if wxPython is too old.
  • Linux: When using TwinView or Xinerama, the size of the measurement window was sometimes not correct.
  • Linux: Failure in get_argyll_version if Argyll utilities have alternate names (eg. argyll-targen instead of targen), which could prevent being able to open the testchart editor (regression of a change in 0.3.3.5).
  • Mac OS X 10.4: Fall back to ColorSyncScripting if Image Events does not return a display profile.

Changed in this release:

  • Linux: Info window no longer stays always on top.
  • Linux: When getting the current profile for a display, also look at the _ICC_DEVICE_PROFILE atom (see draft ICC Profiles in X Specification 0.4).
2010-03-02 20:12 (UTC) 0.3.3.6

0.3.3.6

Fixed in this release:

  • Linux/Mac OS X: 'tcgetattr failed' when trying to calibrate or profile.

Changed in this release:

  • Linux: Updated udev rules.
2010-03-01 06:27 (UTC) 0.3.3.5

0.3.3.5

Added in this release:

  • Capability to set whitepoint or ambient light level for viewing condition adjustment by measuring ambient light.
  • Profile name %tpa placeholder (test patch amount).
  • Documentation for ambient light level viewing conditions adjustment, advanced profiling options (gamut mapping) and testchart editor in the ReadMe. Also a few additions to the existing whitepoint/white level and tone curve documentation (mostly taken from the Argyll CMS documentation).
  • Two entries to the known issues & solutions section in the ReadMe (swapped colors and Photoshop “Monitor profile appears to be defective”).

Changed in this release:

  • New improved testcharts and presets, with lower patch counts: 12 patches default for gamma+matrix profiles, 48 patches default for curves+matrix profiles (former chart had 91 patches), 124 patches default for LUT profiles which should actually be usable this time around when coupled with a profile quality setting of “high”, unlike its predecessor with 127 patches which yielded mediocre results at best (but for increased accuracy, the new 238-patch “extended” testchart is recommended). 396 and 2386-patch charts (the new “large” and “massive” quantity) are also included.
  • Default to high profile quality (and force for gamma+matrix profiles, as there is no processing penalty like for curves+matrix or LUT profiles).
  • Removed limit for remembered settings files.
  • When calibration or profiling measurements fail, first show the main application window, then the error message (small dialog boxes are sometimes hard to spot on big screens if the application context is missing).
  • Moved profile quality, type and advanced settings above testchart selector (this order is more logical, as profile quality and type influences testchart selection).
  • Testchart editor: Default to adaption of 10% for testchart creation using optimized farthest point sampling (OFPS). Support both device and L*a*b* diagnostic VRML files when creating testcharts using Argyll >= 1.1.0. No longer calculate the amount of white/gray/single color patches or multidimensional cube steps if info is missing in testchart file (calculations take way too long for little added benefit).
  • Cleaned up the known issues & solutions section in the ReadMe.

Fixed in this release:

  • Wrong value for adaption settings in testchart editor being stored.
  • Linux (cosmetic): Incorrect special characters in console window when using non-english locale under certain configurations (regression of a change introduced in 0.3.0.7).
  • Non-critical: File information in Argyll CGATS TI1 to TI3 conversion.
  • Testchart editor: Do not allow overwriting of predefined testcharts when saving. Correctly remember last used filename when “saving as...”.
  • Log window: Correctly remember last used filename when saving.
  • Typo in the ReadMe (the second “Report on calibrated display device” entry under “Menu commands” should have been “Report on uncalibrated display device”).
2010-02-17 15:53 (UTC) 0.3.1.0

0.3.1.0

Fixed in this release:

  • Running “Calibrate & profile” several times in succession no longer fails on the 2nd and subsequent runs.
  • Linux: Missing wxPython version check for the measurement window subprocess.
2010-02-15 17:27 (UTC) 0.3.0.9

0.3.0.9

Added in this release:

  • Test chart editor: Support for Argyll 1.1.0 perceptual space-filling quasi-random test patch distribution.
2010-02-13 16:36 (UTC) 0.3.0.8

0.3.0.8

Fixed in this release:

  • #2951168 Windows: Critical bug with win32 API calls to get the display name returning 8-bit characters where only ASCII was expected.
2010-02-12 20:13 (UTC) 0.3.0.7

0.3.0.7

Added in this release:

  • Support for Argyll >= 1.1.0 adaptive emissive measurement mode with the i1 Pro spectrometer.
  • All of Argyll's profile types are now available (XYZ LUT on Windows only if using Argyll >= 1.1.0).
  • Support for “very low” calibration quality.
  • Optionally create a fast matrix/shaper profile when just calibrating.
  • “Reset video card gamma table” checkbox in the dialog shown when just profiling.
  • Information how to install Argyll >= 1.1.0 USB drivers on Windows Vista/7 64-bit to the “known issues and solutions” section in the ReadMe.
  • ReadMe, license, bug tracker and support forum can now be accessed from the “Help” menu.
  • “Check for update...” in the help menu (launches a web browser and displays the dispcalGUI homepage if a new version is found).
  • Curve viewer: Capability to show the actual curves from the video card.
  • Curve viewer: Capability to show a matrix profile's rTRC/gTRC/bTRC curves.

Changed in this release:

  • When restoring defaults, selected display/instrument/measurement mode, language and profile name are retained.
  • The display/instrument selector is only enabled if more than one device detected respectively.
  • Changed i1 Pro highres measurement mode from implicit to user choice.
  • Gamut mapping: When selecting a source profile, pre-select a source viewing condition based on profile class (monitor or printer).
  • Updated defaults and presets to Argyll 1.1.0 values (i.e. black output offset).
  • Short display name placeholder (%dns) for profile name should not yield single numbers or model name without model number any more (or atleast less likely).
  • Log messages from most informational and all error dialogs.
  • Show file paths in most dialogs involving file processing.
  • Documentation in the ReadMe has been updated and is now more or less complete for the main application (testchart editor docs are still to be done). Setup instructions have also been streamlined.
  • Moved information how to fix video card gamma table access under Linux/X11 to the “known issues and solutions” section in the ReadMe.
  • Linux: Updated udev rules to those provided with Argyll 1.1.0. Removed obsolete permissions and policy files.
  • Linux: In multi-display setups using separate X screens, it should no longer be necessary to launch dispcalGUI on the display you want to measure.
  • Windows: Get names of displays via additional Windows API calls (should yield more descriptive names than “DISPLAY1”, “DISPLAY2” etc.)
  • Windows (cosmetic): Use default command prompt text color, and a darker variant only when doing measurements.
  • dispcalGUI version now corresponds to SVN revision number, split into its digit components. Build system (setup.py) uses SVN to generate version information.

Fixed in this release:

  • Curve viewer: When no display is selected (i.e. when Argyll binaries are not found), it will now try to show the vcgt of the 1st display's profile.
  • Curve viewer: When hiding the viewer and loading different calibration curves, those changes were not reflected when showing the viewer again.
  • Curve viewer: If a profile does not contain a 'vcgt' tag, clear canvas and disable R/G/B checkboxes.
  • Selection of display used for video card gamma table access not working correctly.
  • Loading of calibration upon initial preview in profile installation dialog if profile does not contain dispcalGUI settings.
  • Do not show failure message if user cancels profile installation via the password dialog when installing in system scope.
  • In some cases, values read from the configuration file were not correctly validated (would only show with deliberately altered or broken config file).
  • colprof output is no longer swallowed when creating a matrix profile with Argyll versions <= 1.0.4.
  • Linux: Fall back to ASCII if detected encoding is not UTF-8 to fix profile install issues.
  • Linux/Mac OS X: Enabling the Spyder 2 colorimeter might need elevated privileges.
  • Linux/Mac OS X: When installing a profile in local system scope, the necessary password was not accepted under newer Linux distros and also Mac OS X > 10.4.11
  • Mac OS X (cosmetic): Suppress spurious AppleScript messages.
  • Windows: Get display profile via registry instead of Windows API because the latter does not reflect runtime changes to profile associations (you still need to refresh the curve viewer when changing profile associations outside of dispcalGUI while it is running).

Known issues in this release:

  • Linux: You can't interact with the drop-down menu or the checkboxes in the curve viewer while a profile installation dialog is shown.
2009-07-16
  • Fixed a glitch in the Linux Autopackage installer where it would install even if required libraries were missing.
2009-06-30 0.2.6b3 (SVN r239)
  • fix (Windows): Fixed a critical bug in the Windows codepath which tried to access non-existent paths when certain settings were used.
2009-06-26 0.2.6b2
  • fix: Only look at <major>.<minor> during the Python version check (fixes a critical error on Ubuntu 9.10 Beta, where the Python revision number has an unexpected value).
  • fix: The curve viewer is now also able to plot calibration curves from *.cal files.
  • fix (Linux): If launched on an X display which is not the first display, the measurement window's location no longer determines the display which is used for measurements. This allows non-Xinerama multiscreen configurations to work with dispcalGUI. Note: You need to launch dispcalGUI on the display you want to measure, e.g. `DISPLAY=:0.1 dispcalGUI`.
  • fix (Linux): Get the profile from the correct display when loading a display's calibration curves into the curve viewer.
  • fix (Linux, cosmetic): Suppress CUPS warnings encountered on some systems when using the curve viewer.
  • fix (Mac OS X): Do not offer 'Network' scope during profile installation if /Network/Library/ColorSync/Profiles does not exist.
  • fix (Windows, cosmetic): Made sure the message "Debug: src/helpers.cpp(140): 'CreateActCtx' failed with error 0x0000007b (the filename, directory name, or volume label syntax is incorrect.)" is not shown when launching the standalone Windows executable, by changing the way *.pyd files are bundled (they are now copied to the executable's directory and are no longer part of the executable itself).
  • chg: The curve viewer resets to linear if a display without associated profile is selected.
2009-06-22 0.2.6b
  • fix: calibration preview checkbox in the “install profile” dialog should now correctly toggle between previous and new calibration.
  • fix: profiling failed when creating a profile on top of an existing calibration.
  • fix: correctly decode environment variables (should fix a failure when trying to create a profile and the username contains non-ASCII characters).
  • fix: automatic restoration of defaults before loading settings from a profile or cal file should no longer restore “do not show again” dialogs.
  • fix (Windows): several errors related to character encoding.
  • chg: unattended calibration and profiling: wait 10 seconds instead of 5 after calibration before trying to start profiling measurements (some instruments seem to need longer to initialize than others, e.g. Spyder 2).
  • chg (Python packages and source): instead of requiring wxPython 2.8.x specifically, only ensure a minimal version of 2.8.
  • add: Curve viewer.
2009-06-11 21:33 (UTC)
  • Added Linux Autopackage download.
  • Renamed 55-Argyll.rules to 92-Argyll.rules, so it can work on Debian too.
  • Removed “Creating a standalone executable from source” section from the ReadMe (the topic is still handled under “Installing from source” / “Additional setup.py commands”).
2009-06-07 0.2.5b4
  • fix: “TypeError: coercing to Unicode: need string or buffer, instance found” when calling any of the get*Description() methods of an ICCProfile instance, which caused profile creation from existing profile to fail.
  • fix: (Windows Vista) application exit on launch if autostart directory did not exist.
  • fix: (source, Debian and RPM packages) use the correct wxPython version
  • fix: tab-key traversal of calibration settings controls.
  • fix: automatically scroll into view focused calibration settings controls if scrollbars are shown.
  • fix: properly clean & remove temporary directory.
  • fix: (cosmetic) added some padding to calibration settings right-hand side so scrollbar won't overlap if shown.
  • chg: (cosmetic) enable auto-sizing (fit to contents) for colortemp locus, trc type and profile type selectors.
  • chg: (cosmetic) do not show vendor name in instrument select dropdown (conserve some space).
  • chg: (cosmetic) made the instrument selector a little narrower (needs less space now to display instrument name because the vendor name is stripped) and the measure mode selector a bit wider (to accommodate for projector mode).
  • chg: only try to re-start within terminal if running as standalone executable.
  • chg: show application restart request in the chosen language after changing it.
  • chg: allow resizing/maximizing of main window (a minimal size is forced to prevent layout glitches).
  • chg: (Linux) install from source or package will try to automatically setup access to your instrument. Some services (PolicyKit/HAL or udev) may need to be restarted to get the updated configuration recognized. If in doubt, a reboot should work in all cases.
  • add: french translation (by Loïc Guégant, thanks!)
  • add: bdist_deb command and --cfg option for setup.py
2009-05-16 0.2.5b3
  • Fixed calibration loader autostart entry creation (“access denied” error) under Windows Vista and later with User Account Control enabled.
2009-05-07 0.2.5b2
  • Fixed “error: nothing to repeat” when using a spectrometer.
2009-05-05 0.2.5b
  • fix: encoding-related issues on all platforms and strange Unicode-related problems with AppleScript and Terminal on Mac OS X 10.4 (Details).
  • fix: (Windows) several actions unexpectedly failing under Windows 7 (dispcalGUI created temporary files via system calls on several occasions, but on Windows, this does not create the file in the user's temp directory as one would expect, but in the ROOT directory e.g. C:\—a sane method is now being used instead).
  • fix: bug in sorting function caused leading and trailing zeroes of numbers in testchart filenames to get lost, thus failing to load such files.
  • fix: (Linux) “No module named _md5” error with the standalone executable on some Linux distros (apparently an OpenSSL-related issue, because normally it wouldn't fall back to the legacy _md5 module which is not even built by default in recent Python versions). The fallback _md5 module is now included.
  • fix: calibration was not automatically added & selected in the dropdown menu when only calibrating.
  • fix: dropping a profile which was not created in dispcalGUI onto the application window no longer results in an unhandled error.
  • fix: when trying to load calibration curves from a profile which actually does not contain any, an error message is now shown instead of resetting the video card gamma table to linear and erroneously stating the curves were succesfully loaded.
  • fix: add display device name as device model description when profiling.
  • fix: when creating a new profile from an existing profile, use that profile's device model description if present.
  • fix: also create .app/.sh/.cmd files when creating a new profile from existing measurement data.
  • fix: restore advanced gamut mapping options to default if selecting a profile which does not contain those settings.
  • fix: allow free selection of source and target viewing conditions in advanced gamut mapping options for LUT[7] profiles regardless of source profile type.
  • fix: if the screen or instrument that was selected in a previous session is not available, select an available one.
  • fix: (Mac) the “enable spyder 2” menu item would not allow to select files other than “setup.exe”.
  • fix: [src] (Mac) if dispcalGUI was installed as application and then run from (separate) source, multiple copies were launched at certain occasions.
  • fix: selecting a different Argyll binary directory than the previous one now actually works.
  • chg: the previously empty entry at the top of the settings dropdown (settings which are not associated to a profile or .cal file) is now named “<current settings>”.
  • chg: changed settings which are associated to a profile or .cal file are now marked with a leading asterisk in the settings dropdown.
  • chg: default to a gamma of 2.4 (Argyll default).
  • chg: warn before changed settings are discarded.
  • chg: new default profile naming scheme.
  • chg: new default file locations on all platforms.
    - On Linux, dispcalGUI now adheres to the XDG Base Directory Specification—the configuration file is saved as $XDG_CONFIG_HOME/dispcalGUI/dispcalGUI.ini ($XDG_CONFIG_HOME defaults to ~/.config if not set), all files created during calibration/profiling go into $XDG_DATA_HOME/dispcalGUI/storage/ ($XDG_DATA_HOME defaults to ~/.local/share if not set) by default, and logfiles into $XDG_DATA_HOME/dispcalGUI/logs/
    Any old (pre v0.2.5b) configuration data is retained in the file ~/.dispcalGUI and may be safely deleted after using v0.2.5b or newer for the first time.
    - On Mac OS, the configuration is saved as ~/Library/Preferences/dispcalGUI/dispcalGUI.ini, all files created during calibration/profiling go into ~/Library/Application Support/dispcalGUI/storage/ by default, and logfiles into ~/Library/Logs/dispcalGUI/
    Any old (pre v0.2.5b) configuration data is retained in the file ~/Library/Preferences/dispcalGUI Preferences and may be safely deleted after using v0.2.5b or newer for the first time.
    - On Windows, the configuration file is saved as %APPDATA%\dispcalGUI\dispcalGUI.ini, all files created during calibration/profiling go into %APPDATA%\dispcalGUI\storage\ by default, and logfiles into %APPDATA%\dispcalGUI\logs\
    Any old (pre v0.2.5b) configuration data is retained in the registry key HKEY_CURRENT_USER\Software\dispcalGUI.
  • chg: [build/src] (Windows) removed MS Visual C++ 2008 Redistributable DLLs from the source package. Users who build under Windows will have them anyway as they are installed with Python 2.6, so they are now copied directly from %SystemRoot%\WinSxS (Windows side-by-side assemblies) if possible.
  • chg: [build/src] SendKeys is now a dependency on Windows when running or building from source.
  • chg: [build/src] made dispcalGUI a distutils package, so it can be built/installed via setup.py.
  • chg: default locations are now also searched for resource files ($XDG_DATA_HOME/dispcalGUI, $XDG_DATA_DIRS/dispcalGUI on Linux, ~/Library/Application Support/dispcalGUI, /Library/Application Support/dispcalGUI on Mac OS X, %APPDATA%\dispcalGUI, %COMMONAPPDATA%\dispcalGUI and %COMMONPROGRAMFILES%\dispcalGUI on Windows) in addition to the current working directory (which is always searched first if it differs from the executable directory) and the executable directory (which is always searched last).
  • chg: better error handling. For unhandled exceptions, a message box is shown and an entry is written to the logfile.
  • chg: (Linux) the calibration loader will no longer try and handle gnome-screensaver quirks—it was working too unreliably, and should really be fixed in gnome-screensaver. The current recommendation is to not use a screensaver at all if possible, and instead rely on the system's energy saving options.
  • chg: (Linux) there's no longer an installer for the Linux version.
  • chg: cancelling of certain operations like profile calculation and testchart generation is now also supported when using Python 2.5
  • chg: when searching for Argyll executables, also search for files with “argyll-” prefix or “-argyll” suffix (thanks to Mark Whitis for report).
  • chg: disable measurement mode selection when using a spectrometer.
  • add: logging (also see the change related to file-storage). Logfiles are created per-date. A maximum of 5 old ones is being kept as backup.
  • add: placeholders like display name, measurement device, whitepoint etc. can now be used in the profile name.
  • add: unattended calibration and profiling for some instruments, meaning it is no longer necessary to press a key after calibration to start the measurements for profiling (needs xautomation under Linux).
  • add: settings and related files can be deleted.
  • add: (Linux, Mac, Vista) profile install scope can be selected (note: local system scope install is broken with current Argyll versions under Linux).
  • add: version and translation information in the about window.
  • add: projector mode when using Argyll 1.1.0 Beta or newer with the X-Rite ColorMunki.
2009-01-01
Linux and sourcecode bugfix update: Creation of the autostart entry failed when the autostart directory did not yet exist.
2008-12-24 0.2.1b
  • fix: video card gamma table access check always returned false when no display profile was set.
  • chg: (Linux) dispcalGUI now uses the autostart specification from freedesktop.org for the profile loader under Linux when installing profiles. NOTE for users: This also means you should manually remove any autostarts from previous versions, e.g.
    rm ~/.gnome2/dispwin-*.sh
    rm ~/.kde/Autostart/dispwin-*.sh
    and then re-install your current profile so the new loader is created. The new loader will be created in $XDG_CONFIG_HOME/autostart/ (if set) or ~/.config/autostart/ (if not set), with the filename dispcalGUI-Calibration-Loader-Display-x.desktop, where x is the display number.
  • chg: the calibration loader will check if gnome-screensaver is running and if so, exit it before loading the calibration, then start it again to prevent resetting the calibration when activated.
  • chg: .sh/.cmd file in profile folder is no longer created when just installing a profile.
  • add: message box when selecting LUT[7] as profile type with recommendation to use more samples for higher quality profiles.
  • add: default to english locale if translation doesn't exist.
2008-12-18 0.2b
  • fix: no longer possible to introduce invalid value types through a malformed config file (which could lead to dispcalGUI not launching).
  • fix: windows can no longer be moved permanently out of the visible screen area.
  • fix: spaces and special chars in the profile name should work now (should have from the start, but I had some superfluous code which broke it).
  • fix: spaces in the path to dispcalGUI should work now under Linux and Mac OS X too (Windows had no problem)
  • fix: measurement file no longer gets deleted after successful measurement if profile generation fails (was a simple oversight on my side).
  • fix: [cosmetic] logo header now always spans the whole width of the window.
  • fix: [cosmetic] (Mac OS X) on first launch, a second, unused, terminal window is no longer opened.
  • fix: windows will now try to adjust its height to fit on small screens (scrollbars might appear).
  • chg: “Calibration file” renamed to “Settings” and moved to the top, is now a dropdown box remembering the last 10 used files. Settings are stored in and loaded from profiles.
  • chg: renamed “Display type” to “Measurement mode” and moved over to measurement device selector.
  • chg: default to “LCD” for measurement mode.
  • chg: default testchart file names are now localized.
  • chg: new default testcharts, four flavours: matrix default (91 patches), LUT[7] default (127 patches), large (512 patches) and massive (3012 patches).
  • chg: testchart selector is now a dropdown box, shows all testchart files in chosen directory plus the default testcharts.
  • chg: [build/src] new and improved build system.
  • chg: [build/src] Python 2.6 is now the recommended version to run and/or build dispcalGUI. Python 2.5 is still supported, but you will not be able to cancel profile or testchart creation through the GUI[4].
  • chg: (Linux) externally installed wxGTK is no longer a dependency for executables.
  • chg: [build] Executables are now completely self-contained. The following paths are searched for additional language files: <user home directory>/dispcalGUI/lang, <dispcalGUI root directory>/lang
  • add: all settings now stored in profile whenever possible.
  • add: “Install” button next to settings dropdown to install selected profile.
  • add: dropdown to choose the display to use for video card gamma table access if all of the following applies:
    - more than one display connected
    - one of those displays seems to have non-working video card gamma table access (detected on startup)
    - one of those displays seems to have working video card gamma table access (detected on startup)
  • add: show patch count of selected testchart next to dropdown.
  • add: ability to select an icc profile (if it contains appropriate data) or measurement data file (.ti3) as testchart (converted on-the-fly).
  • add: testchart generator with editing cabability (experimental)
    - to select patches, click and drag the mouse over table cells, or hold SHIFT (select range) or CTRL/CMD (add/remove single cells/rows to/from selection)
    - to add a patch, double-click a row label
    - to delete patches, select them, then hold CTRL or CMD and hit DEL or BACKSPACE (will always delete whole rows even if only single cells selected)
    - CTRL-C/CTRL-V/CTRL-A = copy/paste/select all
  • add: advanced gamut mapping options for LUT[7]-type profiles, can also be used to overcome an apparent Photoshop CS3 bug under Mac OS X where the brush cursor shows strange artifacts when using LUT[7]-profiles with only one intent (thanks to Klaus Karcher for reporting this).
  • add: ability to generate profile from existing measurement data, even from an existing profile (if it contains appropriate data).
  • add: drag and drop calibration files (.cal), profiles (.icc/.icm), testcharts (.ti1) and measurement data files (.ti3) to the main window to process/select them (does not work very reliably on Mac OS X depending on where you drop the files, and you also get no optical feedback during the drag operation like the changed mouse cursor on Linux/Windows. Your best bet when dropping any files is perhaps the unoccupied area below “Settings”).
  • add: fully movable/resizable measurement window.
  • add: profile and testchart creation can be aborted (when running from source only if using Python >= 2.6).
  • add: “Before” / “After” switch when calibration / profiling complete.
  • add: menu item to enable Spyder 2 from within dispcalGUI.
  • add: italian and spanish GUI[4] translations (thanks contributors!)
  • Numerous other small fixes/changes.
2008-08-21
Executable-only update for Linux (thanks to Patrice Vetsel for bug report): dispcalGUI is now built against wxGTK 2.8.7.1, which becomes a dependency.
2008-08-18 0.1b
First public release.

Definitions

[1] CGATS
Graphic Arts Technologies Standards, CGATS.5 Data Exchange Format (ANSI CGATS.5-1993 Annex J)
[2] CMM / CMS
Color Management Module / Color Management System
[3] GPL
GNU General Public License — gnu.org/licenses/gpl.html
[4] GUI
Graphical User Interface
[5] ICC
International Color Consortium — color.org
[6] JSON
JavaScript Object Notation, a lightweight data-interchange format — json.org
[7] LUT
Look Up Table — en.wikipedia.org/wiki/Lookup_table
[8] SVN
Subversion, a version-control system — subversion.tigris.org
[9] UAC
User Account Control — en.wikipedia.org/wiki/User_Account_Control
[10] EDID
Extended Display Identification Data — en.wikipedia.org/wiki/EDID
dispcalGUI-1.7.1.6/screenshots/000755 000765 000000 00000000000 12266723171 016165 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/scripts/000755 000765 000000 00000000000 12266723171 015314 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/setup.cfg000644 000765 000000 00000000564 12025152313 015436 0ustar00svpwheel000000 000000 [bdist_rpm] release = 1 packager = Florian Höch fix_python = 1 post_install = util/rpm_postinstall.sh post_uninstall = util/rpm_postuninstall.sh doc_files = LICENSE.txt README.html screenshots/ theme/ # keep_temp = 1 [bdist_wininst] bitmap = misc\media\install-py.bmp install_script = dispcalGUI_postinstall.py [install] record = INSTALLED_FILES dispcalGUI-1.7.1.6/setup.py000755 000765 000000 00000057153 12147653634 015361 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- from ConfigParser import RawConfigParser from distutils.sysconfig import get_python_lib from distutils.util import change_root, get_platform from subprocess import call, Popen from time import gmtime, strftime, timezone import codecs import glob import math import os import re import shutil import subprocess as sp import sys import time if sys.platform == "win32": import msilib sys.path.insert(0, "dispcalGUI") from util_os import which from util_str import strtr pypath = os.path.abspath(__file__) pydir = os.path.dirname(pypath) def create_appdmg(): retcode = call(["hdiutil", "create", os.path.join(pydir, "dist", "%s-%s.dmg" % (name, version)), "-volname", name, "-srcfolder", os.path.join(pydir, "dist", "py2app.%s-py%s" % (get_platform(), sys.version[:3]), name + "-" + version)]) if retcode != 0: sys.exit(retcode) def svnversion_bump(svnversion): print "Bumping version number %s ->" % \ ".".join(svnversion), svnversion = svnversion_parse( str(int("".join(svnversion)) + 1)) print ".".join(svnversion) return svnversion def svnversion_parse(svnversion): svnversion = [n for n in svnversion] if len(svnversion) > 4: svnversion = ["".join(svnversion[:len(svnversion) - 3])] + \ svnversion[len(svnversion) - 3:] # e.g. ["1", "1", "2", "5", "0"] -> ["11", "2", "5", "0"] elif len(svnversion) < 4: svnversion.insert(0, "0") # e.g. ["2", "8", "3"] -> ["0", "2", "8", "3"] return svnversion def setup(): if sys.platform == "darwin": bdist_cmd = "py2app" elif sys.platform == "win32": bdist_cmd = "py2exe" else: bdist_cmd = "bdist_bbfreeze" if "bdist_standalone" in sys.argv[1:]: i = sys.argv.index("bdist_standalone") sys.argv = sys.argv[:i] + sys.argv[i + 1:] if not bdist_cmd in sys.argv[1:i]: sys.argv.insert(i, bdist_cmd) elif "bdist_bbfreeze" in sys.argv[1:]: bdist_cmd = "bdist_bbfreeze" elif "bdist_pyi" in sys.argv[1:]: bdist_cmd = "pyi" elif "py2app" in sys.argv[1:]: bdist_cmd = "py2app" elif "py2exe" in sys.argv[1:]: bdist_cmd = "py2exe" arch = None bdist_appdmg = "bdist_appdmg" in sys.argv[1:] bdist_deb = "bdist_deb" in sys.argv[1:] bdist_pyi = "bdist_pyi" in sys.argv[1:] setup_cfg = None dry_run = "-n" in sys.argv[1:] or "--dry-run" in sys.argv[1:] help = False inno = "inno" in sys.argv[1:] onefile = "-F" in sys.argv[1:] or "--onefile" in sys.argv[1:] purge = "purge" in sys.argv[1:] purge_dist = "purge_dist" in sys.argv[1:] suffix = "onefile" if onefile else "onedir" use_setuptools = "--use-setuptools" in sys.argv[1:] argv = list(sys.argv[1:]) for i, arg in enumerate(reversed(argv)): n = len(sys.argv) - i - 1 arg = arg.split("=") if len(arg) == 2: if arg[0] == "--force-arch": arch = arg[1] elif arg[0] == "--cfg": setup_cfg = arg[1] sys.argv = sys.argv[:n] + sys.argv[n + 1:] elif arg[0] == "-h" or arg[0].startswith("--help"): help = True lastmod_time = 0 non_build_args = filter(lambda arg: arg in sys.argv[1:], ["bdist_appdmg", "clean", "purge", "purge_dist", "uninstall", "-h", "--help", "--help-commands", "--all", "--name", "--fullname", "--author", "--author-email", "--maintainer", "--maintainer-email", "--contact", "--contact-email", "--url", "--license", "--licence", "--description", "--long-description", "--platforms", "--classifiers", "--keywords", "--provides", "--requires", "--obsoletes", "--quiet", "-q", "register", "--list-classifiers", "upload", "--use-distutils", "--use-setuptools", "--verbose", "-v", "finalize_msi"]) if os.path.isdir(os.path.join(pydir, ".svn")) and (which("svn") or which("svn.exe")) and ( not sys.argv[1:] or (len(non_build_args) < len(sys.argv[1:]) and not help)): print "Trying to get SVN version information..." svnversion = None try: p = Popen(["svnversion"], stdout=sp.PIPE, cwd=pydir) except Exception, exception: print "...failed:", exception else: svnversion = p.communicate()[0] svnversion = strtr(svnversion.strip().split(":")[-1], ["M", "P", "S"]) svnversion = svnversion_parse(svnversion) svnbase = svnversion print "Trying to get SVN information..." mod = False lastmod = "" entries = [] args = ["svn", "status", "--xml"] while not entries: try: p = Popen(args, stdout=sp.PIPE, cwd=pydir) except Exception, exception: print "...failed:", exception break else: from xml.dom import minidom xml = p.communicate()[0] xml = minidom.parseString(xml) entries = xml.getElementsByTagName("entry") if not entries: if "info" in args: break args = ["svn", "info", "-R", "--xml"] timestamp = None for entry in iter(entries): pth = entry.getAttribute("path") mtime = 0 if "status" in args: status = entry.getElementsByTagName("wc-status") item = status[0].getAttribute("item") if item.lower() in ("none", "normal"): item = " " props = status[0].getAttribute("props") if props.lower() in ("none", "normal"): props = " " print item.upper()[0] + props.upper()[0] + " " * 5, pth mod = True if item.upper()[0] != "D": mtime = os.stat(pth).st_mtime if mtime > lastmod_time: lastmod_time = mtime timestamp = time.gmtime(mtime) schedule = entry.getElementsByTagName("schedule") if schedule: schedule = schedule[0].firstChild.wholeText.strip() if schedule != "normal": print schedule.upper()[0] + " " * 6, pth mod = True mtime = os.stat(pth).st_mtime if mtime > lastmod_time: lastmod_time = mtime timestamp = time.gmtime(mtime) lmdate = entry.getElementsByTagName("date") if lmdate: lmdate = lmdate[0].firstChild.wholeText.strip() dateparts = lmdate.split(".") # split off milliseconds mtime = time.mktime(time.strptime(dateparts[0], "%Y-%m-%dT%H:%M:%S")) mtime += float("." + strtr(dateparts[1], "Z")) if mtime > lastmod_time: lastmod_time = mtime timestamp = time.localtime(mtime) if timestamp: lastmod = strftime("%Y-%m-%dT%H:%M:%S", timestamp) + \ str(round(mtime - int(mtime), 6))[1:] + \ "Z" ## print lmdate, lastmod, pth if not dry_run: print "Generating __version__.py" versionpy = open(os.path.join(pydir, "dispcalGUI", "__version__.py"), "w") versionpy.write("# generated by setup.py\n\n") buildtime = time.time() versionpy.write("BUILD_DATE = %r\n" % (strftime("%Y-%m-%dT%H:%M:%S", gmtime(buildtime)) + str(round(buildtime - int(buildtime), 6))[1:] + "Z")) if lastmod: versionpy.write("LASTMOD = %r\n" % lastmod) if svnversion: if mod: svnversion = svnversion_bump(svnversion) versionpy.write("VERSION = (%s)\n" % ", ".join(svnversion)) versionpy.write("VERSION_BASE = (%s)\n" % ", ".join(svnbase)) versionpy.write("VERSION_STRING = %r\n" % ".".join(svnversion)) versiontxt = open(os.path.join(pydir, "VERSION"), "w") versiontxt.write(".".join(svnversion)) versiontxt.close() versionpy.close() if not help and not dry_run: # Restore setup.cfg.backup if it exists if os.path.isfile(os.path.join(pydir, "setup.cfg.backup")) and \ not os.path.isfile(os.path.join(pydir, "setup.cfg")): shutil.copy2(os.path.join(pydir, "setup.cfg.backup"), os.path.join(pydir, "setup.cfg")) if not sys.argv[1:]: return global name, version from meta import (name, author, author_email, description, longdesc, domain, py_maxversion, py_minversion, version, version_lin, version_mac, version_src, version_tuple, version_win, wx_minversion) msiversion = ".".join((str(version_tuple[0]), str(version_tuple[1]), str(version_tuple[2]) + str(version_tuple[3]))) if not dry_run and not help: if setup_cfg or ("bdist_msi" in sys.argv[1:] and use_setuptools): if not os.path.exists(os.path.join(pydir, "setup.cfg.backup")): shutil.copy2(os.path.join(pydir, "setup.cfg"), os.path.join(pydir, "setup.cfg.backup")) if "bdist_msi" in sys.argv[1:] and use_setuptools: # setuptools parses options globally even if they're not under the # section of the currently run command os.remove(os.path.join(pydir, "setup.cfg")) if setup_cfg: shutil.copy2(os.path.join(pydir, "misc", "setup.%s.cfg" % setup_cfg), os.path.join(pydir, "setup.cfg")) if purge or purge_dist: # remove the "build", "dispcalGUI.egg-info" and # "pyinstaller/bincache*" directories and their contents recursively if dry_run: print "dry run - nothing will be removed" paths = [] if purge: paths += glob.glob(os.path.join(pydir, "build")) + glob.glob( os.path.join(pydir, name + ".egg-info")) + glob.glob( os.path.join(pydir, "pyinstaller", "bincache*")) sys.argv.remove("purge") if purge_dist: paths += glob.glob(os.path.join(pydir, "dist")) sys.argv.remove("purge_dist") for path in paths: if os.path.exists(path): if dry_run: print path continue try: shutil.rmtree(path) except Exception, exception: print exception else: print "removed", path if len(sys.argv) == 1 or (len(sys.argv) == 2 and dry_run): return if "readme" in sys.argv[1:]: readme_template_path = os.path.join(pydir, "misc", "README.template.html") readme_template = open(readme_template_path, "rb") readme_template_html = readme_template.read() readme_template.close() for key, val in [ ("DATE", strftime("%Y-%m-%d", gmtime(lastmod_time or os.stat(readme_template_path).st_mtime))), ("SUMMARY", description), ("TIME", strftime("%H:%M", gmtime(lastmod_time or os.stat(readme_template_path).st_mtime))), ("TIMESTAMP", strftime("%Y-%m-%dT%H:%M:%S", gmtime(lastmod_time or os.stat(readme_template_path).st_mtime)) + ("+" if timezone < 0 else "-") + strftime("%H:%M", gmtime(abs(timezone)))), ("VERSION", re.sub("(?:\.0){2}$", "", version)), ("VERSION_LIN", re.sub("(?:\.0){2}$", "", version_lin)), ("VERSION_MAC", re.sub("(?:\.0){2}$", "", version_mac)), ("VERSION_WIN", re.sub("(?:\.0){2}$", "", version_win)), ("VERSION_SRC", re.sub("(?:\.0){2}$", "", version_src)), ("YEAR", strftime("%Y", gmtime())) ]: readme_template_html = readme_template_html.replace("${%s}" % key, val) readme = open(os.path.join(pydir, "README.html"), "rb") readme_html = readme.read() readme.close() if readme_html != readme_template_html and not dry_run: readme = open(os.path.join(pydir, "README.html"), "wb") readme.write(readme_template_html) readme.close() sys.argv.remove("readme") if len(sys.argv) == 1 or (len(sys.argv) == 2 and dry_run): return if (("sdist" in sys.argv[1:] or "install" in sys.argv[1:] or "bdist_deb" in sys.argv[1:] or "buildservice" in sys.argv[1:]) and not help): # Create control files post = open(os.path.join(pydir, "util", "rpm_postinstall.sh"), "r").read().strip() postun = open(os.path.join(pydir, "util", "rpm_postuninstall.sh"), "r").read().strip() for tmpl_name in ("PKGBUILD", "debian.changelog", "debian.control", "debian.copyright", "debian.rules", "dispcalGUI.changes", "dispcalGUI.dsc", "dispcalGUI.spec", os.path.join("obs-autopackage-deploy", "dispcalGUI.spec"), os.path.join("0install", "dispcalGUI.xml")): tmpl_path = os.path.join(pydir, "misc", tmpl_name) tmpl = codecs.open(tmpl_path, "r", "UTF-8") tmpl_data = tmpl.read() tmpl.close() if tmpl_name.startswith("debian"): longdesc_backup = longdesc longdesc = "\n".join([" " + (line if line.strip() else ".") for line in longdesc.splitlines()]) for key, val in [ ("DATE", strftime("%a %b %d %Y", # e.g. Tue Jul 06 2010 gmtime(lastmod_time or os.stat(tmpl_path).st_mtime))), ("DATETIME", strftime("%a %b %d %H:%M:%S UTC %Y", # e.g. Wed Jul 07 15:25:00 UTC 2010 gmtime(lastmod_time or os.stat(tmpl_path).st_mtime))), ("DEBPACKAGE", name.lower()), ("DEBDATETIME", strftime("%a, %d %b %Y %H:%M:%S ", # e.g. Wed, 07 Jul 2010 15:25:00 +0100 gmtime(lastmod_time or os.stat(tmpl_path).st_mtime)) + ("+" if timezone < 0 else "-") + strftime("%H%M", gmtime(abs(timezone)))), ("SUMMARY", description), ("DESC", longdesc), ("MAINTAINER", author), ("MAINTAINER_EMAIL", author_email), ("PACKAGE", name), ("POST", post), ("POSTUN", postun), ("PY_MAXVERSION", ".".join(str(n) for n in py_maxversion)), ("PY_MINVERSION", ".".join(str(n) for n in py_minversion)), ("VERSION", version_src), ("URL", "http://%s.hoech.net/" % name), ("WX_MINVERSION", ".".join(str(n) for n in wx_minversion)), ("YEAR", strftime("%Y", gmtime())), ]: tmpl_data = tmpl_data.replace("${%s}" % key, val) if tmpl_name.startswith("debian"): longdesc = longdesc_backup if not dry_run: if tmpl_name == "debian.copyright": tmpl_name = "copyright" out_filename = os.path.join(pydir, "dist", tmpl_name) out_dir = os.path.dirname(out_filename) if not os.path.isdir(out_dir): os.makedirs(out_dir) out = codecs.open(out_filename, "w", "UTF-8") out.write(tmpl_data) out.close() if "buildservice" in sys.argv[1:]: sys.argv.remove("buildservice") if len(sys.argv) == 1 or (len(sys.argv) == 2 and dry_run): return if bdist_appdmg: i = sys.argv.index("bdist_appdmg") sys.argv = sys.argv[:i] + sys.argv[i + 1:] if len(sys.argv) == 1: create_appdmg() return if bdist_deb: bdist_args = ["bdist_rpm"] if not arch: arch = get_platform().split("-")[1] bdist_args += ["--force-arch=" + arch] i = sys.argv.index("bdist_deb") sys.argv = sys.argv[:i] + bdist_args + sys.argv[i + 1:] if bdist_pyi: i = sys.argv.index("bdist_pyi") sys.argv = sys.argv[:i] + sys.argv[i + 1:] if not "build_ext" in sys.argv[1:i]: sys.argv.insert(i, "build_ext") if len(sys.argv) < i + 2 or sys.argv[i + 1] not in ("--inplace", "-i"): sys.argv.insert(i + 1, "-i") if "-F" in sys.argv[1:]: sys.argv.remove("-F") if "--onefile" in sys.argv[1:]: sys.argv.remove("--onefile") if inno and sys.platform == "win32": inno_template_path = os.path.join(pydir, "misc", "%s-Setup-%s.iss" % (name, ("pyi-" + suffix if bdist_pyi else bdist_cmd))) inno_template = open(inno_template_path, "r") inno_script = inno_template.read().decode("UTF-8", "replace") % { "AppCopyright": u"© %s %s" % (strftime("%Y"), author), "AppVerName": version, "AppPublisher": author, "AppPublisherURL": "http://" + domain, "AppSupportURL": "http://" + domain, "AppUpdatesURL": "http://" + domain, "VersionInfoVersion": ".".join(map(str, version_tuple)), "VersionInfoTextVersion": version, "AppVersion": version, "Platform": get_platform(), "PythonVersion": sys.version[:3], } inno_template.close() inno_path = os.path.join("dist", os.path.basename(inno_template_path).replace( bdist_cmd, "%s.%s-py%s" % (bdist_cmd, get_platform(), sys.version[:3]))) if not dry_run: if not os.path.exists("dist"): os.makedirs("dist") inno_file = open(inno_path, "w") inno_file.write(inno_script.encode("MBCS", "replace")) inno_file.close() sys.argv.remove("inno") if len(sys.argv) == 1 or (len(sys.argv) == 2 and dry_run): return if "finalize_msi" in sys.argv[1:]: db = msilib.OpenDatabase(r"dist\dispcalGUI-%s.win32-py%s.msi" % (msiversion, sys.version[:3]), msilib.MSIDBOPEN_TRANSACT) view = db.OpenView("SELECT Value FROM Property WHERE Property = 'ProductCode'") view.Execute(None) record = view.Fetch() productcode = record.GetString(1) view.Close() msilib.add_data(db, "Directory", [("ProgramMenuFolder", # Directory "TARGETDIR", # Parent ".")]) # DefaultDir msilib.add_data(db, "Directory", [("MenuDir", # Directory "ProgramMenuFolder", # Parent "DISPCA~1|dispcalGUI")]) # DefaultDir msilib.add_data(db, "Icon", [("dispcalGUI.ico", # Name msilib.Binary(os.path.join(pydir, "dispcalGUI", "theme", "icons", "dispcalGUI.ico")))]) # Data msilib.add_data(db, "Icon", [("uninstall.ico", # Name msilib.Binary(os.path.join(pydir, "dispcalGUI", "theme", "icons", "dispcalGUI-uninstall.ico")))]) # Data msilib.add_data(db, "RemoveFile", [("MenuDir", # FileKey "dispcalGUI", # Component None, # FileName "MenuDir", # DirProperty 2)]) # InstallMode msilib.add_data(db, "Registry", [("DisplayIcon", # Registry -1, # Root r"Software\Microsoft\Windows\CurrentVersion\Uninstall\%s" % productcode, # Key "DisplayIcon", # Name r"[icons]dispcalGUI.ico", # Value "dispcalGUI")]) # Component msilib.add_data(db, "Shortcut", [("dispcalGUI", # Shortcut "MenuDir", # Directory "DISPCA~1|dispcalGUI", # Name "dispcalGUI", # Component r"[TARGETDIR]pythonw.exe", # Target r'"[TARGETDIR]Scripts\dispcalGUI"', # Arguments None, # Description None, # Hotkey "dispcalGUI.ico", # Icon None, # IconIndex None, # ShowCmd "dispcalGUI")]) # WkDir msilib.add_data(db, "Shortcut", [("LICENSE", # Shortcut "MenuDir", # Directory "LICENSE|LICENSE", # Name "dispcalGUI", # Component r"[dispcalGUI]LICENSE.txt", # Target None, # Arguments None, # Description None, # Hotkey None, # Icon None, # IconIndex None, # ShowCmd "dispcalGUI")]) # WkDir msilib.add_data(db, "Shortcut", [("README", # Shortcut "MenuDir", # Directory "README|README", # Name "dispcalGUI", # Component r"[dispcalGUI]README.html", # Target None, # Arguments None, # Description None, # Hotkey None, # Icon None, # IconIndex None, # ShowCmd "dispcalGUI")]) # WkDir msilib.add_data(db, "Shortcut", [("Uninstall", # Shortcut "MenuDir", # Directory "UNINST|Uninstall", # Name "dispcalGUI", # Component r"[SystemFolder]msiexec", # Target r"/x" + productcode, # Arguments None, # Description None, # Hotkey "uninstall.ico", # Icon None, # IconIndex None, # ShowCmd "SystemFolder")]) # WkDir if not dry_run: db.Commit() sys.argv.remove("finalize_msi") if len(sys.argv) == 1 or (len(sys.argv) == 2 and dry_run): return from setup import setup setup() if bdist_appdmg and not dry_run and not help: create_appdmg() if bdist_deb and not help: # Read setup.cfg cfg = RawConfigParser() cfg.read(os.path.join(pydir, "setup.cfg")) # Get dependencies dependencies = [val.strip().split(None, 1) for val in cfg.get("bdist_rpm", "Requires").split(",")] # Get group if cfg.has_option("bdist_rpm", "group"): group = cfg.get("bdist_rpm", "group") else: group = None # Get maintainer if cfg.has_option("bdist_rpm", "maintainer"): maintainer = cfg.get("bdist_rpm", "maintainer") else: maintainer = None # Get packager if cfg.has_option("bdist_rpm", "packager"): packager = cfg.get("bdist_rpm", "packager") else: packager = None # Convert dependency format: # 'package >= version' to 'package (>= version)' for i in range(len(dependencies)): if len(dependencies[i]) > 1: dependencies[i][1] = "(%s)" % dependencies[i][1] dependencies[i] = " ".join(dependencies[i]) release = 1 # TODO: parse setup.cfg rpm_filename = os.path.join(pydir, "dist", "%s-%s-%s.%s.rpm" % (name, version, release, arch)) if not dry_run: # remove target directory (and contents) if it already exists target_dir = os.path.join(pydir, "dist", "%s-%s" % (name, version)) if os.path.exists(target_dir): shutil.rmtree(target_dir) if os.path.exists(target_dir + ".orig"): shutil.rmtree(target_dir + ".orig") # use alien to create deb dir from rpm package retcode = call(["alien", "-c", "-g", "-k", os.path.basename(rpm_filename)], cwd=os.path.join(pydir, "dist")) if retcode != 0: sys.exit(retcode) # update changelog shutil.copy2(os.path.join(pydir, "dist", "debian.changelog"), os.path.join(pydir, "dist", "%s-%s" % (name, version), "debian", "changelog")) # update rules shutil.copy2(os.path.join(pydir, "misc", "alien.rules"), os.path.join(pydir, "dist", "%s-%s" % (name, version), "debian", "rules")) # update control control_filename = os.path.join(pydir, "dist", "%s-%s" % (name, version), "debian", "control") shutil.copy2(os.path.join(pydir, "dist", "debian.control"), control_filename) ### read control file from deb dir ##control = open(control_filename, "r") ##lines = [line.rstrip("\n") for line in control.readlines()] ##control.close() ### update control with info from setup.cfg ##for i in range(len(lines)): ##if lines[i].startswith("Depends:"): ### add dependencies ##lines[i] += ", python" ##lines[i] += ", python" + sys.version[:3] ##lines[i] += ", " + ", ".join(dependencies) ##elif lines[i].startswith("Maintainer:") and (maintainer or ##packager): ### set maintainer ##lines[i] = "Maintainer: " + (maintainer or packager) ##elif lines[i].startswith("Section:") and group: ### set section ##lines[i] = "Section: " + group ##elif lines[i].startswith("Description:"): ##lines.pop() ##lines.pop() ##break ### write updated control file ##control = open(control_filename, "w") ##control.write("\n".join(lines)) ##control.close() ### run strip on shared libraries ##sos = os.path.join(change_root(target_dir, get_python_lib(True)), ##name, "*.so") ##for so in glob.glob(sos): ##retcode = call(["strip", "--strip-unneeded", so]) # create deb package retcode = call(["chmod", "+x", "./debian/rules"], cwd=target_dir) retcode = call(["./debian/rules", "binary"], cwd=target_dir) if retcode != 0: sys.exit(retcode) if dry_run or help: return if setup_cfg or ("bdist_msi" in sys.argv[1:] and use_setuptools): shutil.copy2(os.path.join(pydir, "setup.cfg.backup"), os.path.join(pydir, "setup.cfg")) if bdist_pyi: # create an executable using pyinstaller if sys.platform != "win32": # Linux/Mac OS X retcode = call([sys.executable, "Make.py"], cwd = os.path.join(pydir, "pyinstaller", "source", "linux")) if retcode != 0: sys.exit(retcode) retcode = call(["make"], cwd = os.path.join(pydir, "pyinstaller", "source", "linux")) if retcode != 0: sys.exit(retcode) retcode = call([sys.executable, "-O", os.path.join(pydir, "pyinstaller", "Configure.py")]) retcode = call([sys.executable, "-O", os.path.join(pydir, "pyinstaller", "Build.py"), "-o", os.path.join(pydir, "build", "pyi.%s-%s-%s" % (get_platform(), sys.version[:3], suffix), name + "-" + version), os.path.join(pydir, "misc", "%s-pyi-%s.spec" % (name, suffix))]) if retcode != 0: sys.exit(retcode) if __name__ == "__main__": setup() dispcalGUI-1.7.1.6/tests/000755 000765 000000 00000000000 12266723171 014767 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/theme/000755 000765 000000 00000000000 12266723171 014727 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/util/000755 000765 000000 00000000000 12266723171 014602 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/util/autopackage-extract.py000755 000765 000000 00000003421 12147653634 021117 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- import os import sys def autopackage_extract(package): """ Extract the three parts that make up an autopackage: bootstrap script, metadata, and actual payload """ skiplines, compression, metasize, datasize, md5sum = (0, ) * 5 with open(package, 'rb') as package_file: for line in package_file: line = line.strip() if line.startswith('# SkipLines'): skiplines = int(line.split()[2]) elif line.startswith('# Compression'): compression = line.split()[2] elif line.startswith('# MetaSize'): metasize = int(line.split()[2]) elif line.startswith('# DataSize'): datasize = int(line.split()[2]) elif line.startswith('# MD5Sum'): md5sum = line.split()[2] if skiplines and compression and metasize and datasize and md5sum: break package_file.seek(0) linenum = 0 scriptsize = 0 for line in package_file: linenum += 1 if linenum == skiplines: break scriptsize += len(line) package_file.seek(0) script = package_file.read(scriptsize) meta = package_file.read(metasize) data = package_file.read(datasize) with open('%s.sh' % package, 'wb') as script_file: script_file.write(script) with open('%s.meta.tar.gz' % package, 'wb') as meta_file: meta_file.write(meta) with open('%s.payload.tar.%s' % (package, compression), 'wb') as data_file: data_file.write(data) if __name__ == '__main__': usage = "Usage: %s [ ...] | --help" % os.path.basename(sys.argv[0]) if not sys.argv[1:]: print usage else: if "--help" in sys.argv[1:]: print usage for line in autopackage_extract.__doc__.strip().splitlines(): print line.strip() else: for arg in sys.argv[1:]: autopackage_extract(arg) dispcalGUI-1.7.1.6/util/check_x_xrandr_icc.py000755 000765 000000 00000002237 12147653634 020767 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 from binascii import hexlify import sys sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__)))) from dispcalGUI import ICCProfile as ICCP, xrandr from dispcalGUI.safe_print import safe_print from dispcalGUI.RealDisplaySizeMM import RealDisplaySizeMM as RDSMM for i in xrange(5): # Show ICC info for first five screens / outputs try: x_icc_c = xrandr.get_atom("_ICC_PROFILE" if i < 1 else "_ICC_PROFILE_%i" % i) except ValueError: x_icc_c = None if x_icc_c: safe_print("Root window %s" % ("_ICC_PROFILE" if i < 1 else "_ICC_PROFILE_%i" % i)) x_icc = ICCP.ICCProfile("".join(chr(n) for n in x_icc_c)) safe_print("Description:", x_icc.getDescription()) safe_print("Checksum ID:", hexlify(x_icc.calculateID())) safe_print("") try: xrr_icc_c = xrandr.get_output_property(i, "_ICC_PROFILE") except ValueError: xrr_icc_c = None if xrr_icc_c: safe_print("XRandR Output %i _ICC_PROFILE:" % i) xrr_icc = ICCP.ICCProfile("".join(chr(n) for n in xrr_icc_c)) safe_print("Description:", xrr_icc.getDescription()) safe_print("Checksum ID:", hexlify(xrr_icc.calculateID())) safe_print("") dispcalGUI-1.7.1.6/util/createpresets.cmd000644 000765 000000 00000001267 12237536425 020150 0ustar00svpwheel000000 000000 @echo off setlocal call :createpreset "Laptop" "laptop" call :createpreset "madVR" "madVR" call :createpreset "Office & Web" "office_web" call :createpreset "Photo" "photo" call :createpreset "Prepress" "prepress" call :createpreset "Softproof" "softproof" call :createpreset "sRGB" "sRGB" call :createpreset "Video" "video" goto :EOF :createpreset echo %1 colprof -ql -aG -C "Created with dispcalGUI and Argyll CMS" -D "dispcalGUI calibration preset: %~1" "%~dp0..\misc\ti3\%~2" move /-Y "%~dp0..\misc\ti3\%~2.ic?" "%~dp0..\dispcalGUI\presets\%~2.icc" && if not exist "%~dp0..\misc\ti3\%~2.ic?" python "%~dp0update_presets.py" "%~2" echo. goto :EOF dispcalGUI-1.7.1.6/util/createpresets.sh000755 000765 000000 00000001162 12237536425 020014 0ustar00svpwheel000000 000000 #!/bin/sh function createpreset() { local root="`dirname \"$0\"`/.." echo "$1" colprof -ql -aG -C "Created with dispcalGUI and Argyll CMS" -D "dispcalGUI calibration preset: $1" "$root/misc/ti3/$2" mv -i "$root/misc/ti3/$2".ic? "$root/dispcalGUI/presets/$2.icc" && python "$root/util/update_presets.py" "$2" echo "" } createpreset "Laptop" "laptop" createpreset "madVR" "madVR" createpreset "Office & Web" "office_web" createpreset "Photo" "photo" createpreset "Prepress" "prepress" createpreset "Softproof" "softproof" createpreset "sRGB" "sRGB" createpreset "Video" "video" dispcalGUI-1.7.1.6/util/cubicgrid.py000755 000765 000000 00000004136 12237536425 017120 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- import sys def create_cubic_grid(res=4, skip_grayscale=False, hires_outergamut=False, hires_inneraxis=False): grid = [] step = 100.0 / res for i in range(0, res + 1): for j in range(0, res + 1): for k in range(0, res + 1): outer = [] inner = [] for n in (i, j, k): outer.append(n * step) n = n * step + step / 2.0 if n > 100: if not hires_outergamut: continue n = 100 inner.append(n) for v in (outer, inner): if len(v) == 3 and (not skip_grayscale or v != [v[0]] * 3): grid.append(v) step = 100.0 / (res * 2) if hires_outergamut: for i in range(0, res * 2 + 1): for j in range(0, res * 2 + 1): for k in range(0, res * 2 + 1): outer = [] for n in (i, j, k): if 0 in (i, j, k) and \ (((i % 2 == 1 or j % 2 == 1 or k % 2 == 1) and ((i == j == 0 or i == k == 0 or j == k == 0) or (i == res * 2 or j == res * 2 or k == res * 2))) or ((i % 2 == 1 and j % 2 == 1) or (i % 2 == 1 and k % 2 == 1) or (j % 2 == 1 and k % 2 == 1))): outer.append(n * step) if len(outer) == 3 and (not skip_grayscale or outer != [outer[0]] * 3): grid.append(outer) step = 100.0 / (res * 4) if hires_inneraxis: for i in range(0, res * 4 - 1): for j in range(0, 3): v = [i * step] * 3 v[j] += step * 2 if not v in grid: grid.append(v) v = [i * step + step * 2] * 3 v[j] -= step * 2 if not v in grid: grid.append(v) grid.sort() return grid if __name__ == "__main__": if len(sys.argv) > 1: skip_grayscale = sys.argv[2] == "1" if len(sys.argv) > 2 else False hires_outergamut = sys.argv[3] == "1" if len(sys.argv) > 3 else False hires_inneraxis = sys.argv[4] == "1" if len(sys.argv) > 4 else False grid = create_cubic_grid(int(sys.argv[1]), skip_grayscale, hires_outergamut, hires_inneraxis) for v in grid: print " ".join(str(n) for n in v) else: print "Usage: cubicgrid.py [skip grayscale 0|1 [hires_outergamut 0|1 [hires_inneraxis 0|1]]]" dispcalGUI-1.7.1.6/util/dispcalGUI-check-install.sh000755 000765 000000 00000013041 12025152313 021626 0ustar00svpwheel000000 000000 #!/bin/bash echo -e "\033[37;40m*** Checking $HOME/.config\033[0m" ls -l -G -h --color=always --group-directories-first -R $HOME/.config/autostart/*dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R $HOME/.config/dispcalGUI 2>/dev/null && echo echo "--------------------------------------------------------------------------------" echo -e "\033[37;40m*** Checking $HOME/.local\033[0m" ls -l -G -h --color=always $HOME/.local/bin/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R $HOME/.local/lib*/python*/*-packages/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always $HOME/.local/share/applications/dispcalGUI.desktop 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R $HOME/.local/share/man/man1/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R $HOME/.local/share/pyshared/dispcalGUI 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R $HOME/.local/share/pyshared-data/dispcalgui 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first $HOME/.local/share/dispcalGUI/* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R $HOME/.local/share/doc/dispcalgui 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R $HOME/.local/share/doc/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R $HOME/.local/share/doc/packages/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R $HOME/.local/share/doc-base/dispcalgui* 2>/dev/null && echo ls -l -G -h --color=always $HOME/.local/share/icons/hicolor/*/apps/dispcalGUI.png 2>/dev/null echo "--------------------------------------------------------------------------------" echo -e "\033[37;40m*** Checking /etc/hotplug/usb\033[0m" ls -l -G -h --color=always --group-directories-first -R /etc/hotplug/usb/Argyll* 2>/dev/null echo "--------------------------------------------------------------------------------" echo -e "\033[37;40m*** Checking /etc/udev\033[0m" ls -l -G -h --color=always --group-directories-first -R /etc/udev/*/*-Argyll.* 2>/dev/null echo "--------------------------------------------------------------------------------" echo -e "\033[37;40m*** Checking /etc/xdg/autostart\033[0m" ls -l -G -h --color=always --group-directories-first -R /etc/xdg/autostart/*dispcalGUI* 2>/dev/null echo "--------------------------------------------------------------------------------" echo -e "\033[37;40m*** Checking /usr/local\033[0m" ls -l -G -h --color=always /usr/local/bin/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/local/lib*/python*/*-packages/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always /usr/local/share/applications/dispcalGUI.desktop 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/local/share/man/man1/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/local/share/pyshared/dispcalGUI 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/local/share/pyshared-data/dispcalgui 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/local/share/dispcalGUI 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/local/share/doc/dispcalgui 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/local/share/doc/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/local/share/doc/packages/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/local/share/doc-base/dispcalgui* 2>/dev/null && echo ls -l -G -h --color=always /usr/local/share/icons/hicolor/*/apps/dispcalGUI.png 2>/dev/null echo "--------------------------------------------------------------------------------" echo -e "\033[37;40m*** Checking /usr\033[0m" ls -l -G -h --color=always /usr/bin/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/lib*/python*/*-packages/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always /usr/share/applications/dispcalGUI.desktop 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/share/man/man1/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/share/pyshared/dispcalGUI 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/share/pyshared-data/dispcalgui 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/share/dispcalGUI 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/share/doc/dispcalgui 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/share/doc/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/share/doc/packages/dispcalGUI* 2>/dev/null && echo ls -l -G -h --color=always --group-directories-first -R /usr/share/doc-base/dispcalgui* 2>/dev/null && echo ls -l -G -h --color=always /usr/share/icons/hicolor/*/apps/dispcalGUI.png 2>/dev/null echo "--------------------------------------------------------------------------------" echo -e "\033[37;40m*** Checking /var/lib/doc-base\033[0m" ls -l -G -h --color=always --group-directories-first -R /var/lib/doc-base/documents/dispcalgui* 2>/dev/null && echo echo "--------------------------------------------------------------------------------" echo -e "\033[37;40m*** All done\033[0m" dispcalGUI-1.7.1.6/util/dispcalGUI_postinstall.py000755 000765 000000 00000000140 12147653634 021576 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- from dispcalGUI.postinstall import main main() dispcalGUI-1.7.1.6/util/dispcalGUI_postuninstall.py000755 000765 000000 00000000162 12147653634 022145 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- from dispcalGUI.postinstall import postuninstall postuninstall() dispcalGUI-1.7.1.6/util/dist.cmd000644 000765 000000 00000004560 12030345537 016232 0ustar00svpwheel000000 000000 @echo off for /F usebackq %%a in (`python -c "import sys;print sys.version[:3]"`) do ( set python_version=%%a ) for /F usebackq %%a in (`python -c "from dispcalGUI import meta;print meta.version"`) do ( set version=%%a ) for /F usebackq %%a in (`python -c "from dispcalGUI.meta import version_tuple;print '.'.join(str(n) for n in version_tuple[:2] + (str(version_tuple[2]) + str(version_tuple[3]), ))"`) do ( set msi_version=%%a ) REM Source tarball if not exist dist\dispcalGUI-%version%.tar.gz ( python setup.py sdist --format=gztar --use-distutils 2>&1 | tee dispcalGUI-%version%.sdist.log ) REM Standalone executable if not exist dist\py2exe.win32-py%python_version%\dispcalGUI-%version% ( python setup.py bdist_standalone inno --use-distutils 2>&1 | tee dispcalGUI-%version%.bdist_standalone-py%python_version%.log ) REM Standalone executable - Setup if not exist dist\dispcalGUI-%version%-Setup.exe ( "C:\Program Files (x86)\Inno Setup 5\Compil32.exe" /cc dist/dispcalGUI-Setup-py2exe.win32-py%python_version%.iss ) REM Standalone executable - ZIP if not exist dist\dispcalGUI-%version%-win32.zip ( pushd dist\py2exe.win32-py%python_version% zip -9 -r ..\dispcalGUI-%version%-win32.zip dispcalGUI-%version% popd ) if "%~1"=="bdist_msi" ( REM Python 2.5 MSI if not exist dist\dispcalGUI-%msi_version%.win32-py2.5.msi ( REM C:\Python25\python.exe setup.py bdist_msi --use-distutils 2>&1 | tee dispcalGUI-%msi_version%.msi-py2.5.log REM C:\Python25\python.exe setup.py finalize_msi 2>&1 | tee -a dispcalGUI-%msi_version%.msi-py2.5.log ) REM Python 2.6 MSI if not exist dist\dispcalGUI-%msi_version%.win32-py2.6.msi ( C:\Python26\python.exe setup.py bdist_msi --use-distutils 2>&1 | tee dispcalGUI-%msi_version%.msi-py2.6.log C:\Python26\python.exe setup.py finalize_msi 2>&1 | tee -a dispcalGUI-%msi_version%.msi-py2.6.log ) ) if "%~1"=="bdist_wininst" ( REM Python 2.5 Installer if not exist dist\dispcalGUI-%version%.win32-py2.5.exe ( REM C:\Python25\python.exe setup.py bdist_wininst --use-distutils 2>&1 | tee dispcalGUI-%version%.wininst-py2.5.log ) REM Python 2.6 Installer if not exist dist\dispcalGUI-%version%.win32-py2.6.exe ( C:\Python26\python.exe setup.py bdist_wininst --user-access-control=auto --use-distutils 2>&1 | tee dispcalGUI-%version%.wininst-py2.6.log ) ) python util\tidy_dist.py dispcalGUI-1.7.1.6/util/dist_0install.cmd000644 000765 000000 00000001356 12025152313 020030 0ustar00svpwheel000000 000000 @echo off for /F usebackq %%a in (`python -c "from dispcalGUI import meta;print meta.version"`) do ( set version=%%a ) REM 0install feed for /F usebackq %%a in (`python -c "import os,time;print time.strftime('%%Y-%%m-%%d', time.localtime(os.stat(r'dist\dispcalGUI-%version%.tar.gz').st_mtime))"`) do ( set released=%%a ) which 0launch.exe > nul && ( echo Updating 0install feed... 0launch http://0install.net/2006/interfaces/0publish --add-version=%version% --archive-url="http://dispcalgui.hoech.net/download.php?version=%version%&suffix=.tar.gz" --archive-file=dist\dispcalGUI-%version%.tar.gz --set-main="dispcalGUI-%version%/dispcalGUI.pyw" --set-released="%released%" --set-stability=stable -x dist\0install\dispcalGUI.xml ) dispcalGUI-1.7.1.6/util/dist_0install.sh000755 000765 000000 00000001124 12027572512 017704 0ustar00svpwheel000000 000000 #!/bin/sh version=`python -c "from dispcalGUI import meta;print meta.version"` # 0install feed which 0publish > /dev/null && ( echo "Updating 0install feed..." 0publish --add-version=$version \ --archive-url="http://dispcalgui.hoech.net/download.php?version=$version&suffix=.tar.gz" \ --archive-file=dist/dispcalGUI-$version.tar.gz \ --set-main="dispcalGUI-$version/dispcalGUI.pyw" \ --set-released="`python -c "import os,time;print time.strftime('%Y-%m-%d', time.localtime(os.stat('dist/dispcalGUI-$version.tar.gz').st_mtime))"`" \ --set-stability=stable -x \ dist/0install/dispcalGUI.xml ) dispcalGUI-1.7.1.6/util/dist_autopackage.sh000755 000765 000000 00000000550 12025152313 020433 0ustar00svpwheel000000 000000 #!/bin/sh version=`python -c "from dispcalGUI import meta;print meta.version"` # Autopackage mkdir -p dist makepackage 2>&1 | tee dispcalGUI-$version.dist_autopackage.log mv "dispcalGUI - Display Calibration $version.package" dist/dispcalGUI-$version.package mv "dispcalGUI - Display Calibration $version.package.meta" dist/dispcalGUI-$version.package.meta dispcalGUI-1.7.1.6/util/dist_debian.sh000755 000765 000000 00000001371 12025152313 017373 0ustar00svpwheel000000 000000 #!/bin/sh distname=`python -c "import platform; print '%s %s %s' % getattr(platform, 'linux_distribution', platform.dist)()"` dist=`python -c "import platform; print ('%s_%s_%s' % getattr(platform, 'linux_distribution', platform.dist)()).lower()"` dpkg_host_arch=`perl -e "use Dpkg::Arch qw(get_host_arch);print get_host_arch();"` platform=`uname -m` python_version=`python -c "import sys;print sys.version[:3]"` python=`which python$python_version 2>/dev/null || which python` version=`python -c "from dispcalGUI import meta;print meta.version"` # DEB log=dispcalGUI_$version-$dist.$dpkg_host_arch.bdist_deb.log $python setup.py bdist_deb --cfg=debian --distribution-name="$distname" --force-arch=$platform --python=$python --use-distutils 2>&1 | tee "$log" dispcalGUI-1.7.1.6/util/dist_fedora.sh000755 000765 000000 00000001240 12025152313 017404 0ustar00svpwheel000000 000000 #!/bin/sh distname=`python -c "import platform; print '%s %s %s' % getattr(platform, 'linux_distribution', platform.dist)()"` dist=`python -c "import platform; print ('%s_%s_%s' % getattr(platform, 'linux_distribution', platform.dist)()).lower()"` platform=`uname -m` python_version=`python -c "import sys;print sys.version[:3]"` python=`which python$python_version 2>/dev/null || which python` version=`python -c "from dispcalGUI import meta;print meta.version"` # RPM log=dispcalGUI-$version-$dist.$platform.bdist_rpm.log $python setup.py bdist_rpm --cfg=fedora --distribution-name="$distname" --force-arch=$platform --python=$python --use-distutils 2>&1 | tee "$log" dispcalGUI-1.7.1.6/util/dist_mandriva.sh000755 000765 000000 00000001242 12025152313 017747 0ustar00svpwheel000000 000000 #!/bin/sh distname=`python -c "import platform; print '%s %s %s' % getattr(platform, 'linux_distribution', platform.dist)()"` dist=`python -c "import platform; print ('%s_%s_%s' % getattr(platform, 'linux_distribution', platform.dist)()).lower()"` platform=`uname -m` python_version=`python -c "import sys;print sys.version[:3]"` python=`which python$python_version 2>/dev/null || which python` version=`python -c "from dispcalGUI import meta;print meta.version"` # RPM log=dispcalGUI-$version-$dist.$platform.bdist_rpm.log $python setup.py bdist_rpm --cfg=mandriva --distribution-name="$distname" --force-arch=$platform --python=$python --use-distutils 2>&1 | tee "$log" dispcalGUI-1.7.1.6/util/dist_mandriva64.sh000755 000765 000000 00000001244 12025152313 020123 0ustar00svpwheel000000 000000 #!/bin/sh distname=`python -c "import platform; print '%s %s %s' % getattr(platform, 'linux_distribution', platform.dist)()"` dist=`python -c "import platform; print ('%s_%s_%s' % getattr(platform, 'linux_distribution', platform.dist)()).lower()"` platform=`uname -m` python_version=`python -c "import sys;print sys.version[:3]"` python=`which python$python_version 2>/dev/null || which python` version=`python -c "from dispcalGUI import meta;print meta.version"` # RPM log=dispcalGUI-$version-$dist.$platform.bdist_rpm.log $python setup.py bdist_rpm --cfg=mandriva64 --distribution-name="$distname" --force-arch=$platform --python=$python --use-distutils 2>&1 | tee "$log" dispcalGUI-1.7.1.6/util/dist_openSUSE.sh000755 000765 000000 00000001242 12025152313 017607 0ustar00svpwheel000000 000000 #!/bin/sh distname=`python -c "import platform; print '%s %s %s' % getattr(platform, 'linux_distribution', platform.dist)()"` dist=`python -c "import platform; print ('%s_%s_%s' % getattr(platform, 'linux_distribution', platform.dist)()).lower()"` platform=`uname -m` python_version=`python -c "import sys;print sys.version[:3]"` python=`which python$python_version 2>/dev/null || which python` version=`python -c "from dispcalGUI import meta;print meta.version"` # RPM log=dispcalGUI-$version-$dist.$platform.bdist_rpm.log $python setup.py bdist_rpm --cfg=openSUSE --distribution-name="$distname" --force-arch=$platform --python=$python --use-distutils 2>&1 | tee "$log" dispcalGUI-1.7.1.6/util/dist_osx.sh000755 000765 000000 00000000730 12027572512 016771 0ustar00svpwheel000000 000000 #!/bin/sh # Make sure __version__.py is current ./setup.py version=`python -c "from dispcalGUI import meta;print meta.version"` # Source tarball ./setup.py sdist --use-distutils 2>&1 | tee dispcalGUI-$version.sdist.log # 0install util/dist_0install.sh # App bundle & dmg ./setup.py bdist_standalone 2>&1 | tee dispcalGUI-$version.bdist_standalone_osx.log ./setup.py bdist_appdmg 2>&1 | tee -a dispcalGUI-$version.bdist_standalone_osx.log # Cleanup util/tidy_dist.py dispcalGUI-1.7.1.6/util/dist_ubuntu.sh000755 000765 000000 00000001371 12025152313 017473 0ustar00svpwheel000000 000000 #!/bin/sh distname=`python -c "import platform; print '%s %s %s' % getattr(platform, 'linux_distribution', platform.dist)()"` dist=`python -c "import platform; print ('%s_%s_%s' % getattr(platform, 'linux_distribution', platform.dist)()).lower()"` dpkg_host_arch=`perl -e "use Dpkg::Arch qw(get_host_arch);print get_host_arch();"` platform=`uname -m` python_version=`python -c "import sys;print sys.version[:3]"` python=`which python$python_version 2>/dev/null || which python` version=`python -c "from dispcalGUI import meta;print meta.version"` # DEB log=dispcalGUI_$version-$dist.$dpkg_host_arch.bdist_deb.log $python setup.py bdist_deb --cfg=ubuntu --distribution-name="$distname" --force-arch=$platform --python=$python --use-distutils 2>&1 | tee "$log" dispcalGUI-1.7.1.6/util/dump_x_profiles.py000755 000765 000000 00000003442 12147653634 020365 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- import os import sys sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__)))) from dispcalGUI import xrandr def get_display(display=None): """ Parse $DISPLAY and return (hostname, display number, screen number) """ display_parts = (display or os.getenv("DISPLAY", ":0.0")).split(":") hostname = display_parts[0] if len(display_parts) > 1: try: display_screen = tuple(int(n) for n in display_parts[1].split(".")) except ValueError: raise ValueError("display has an unknown " "format: %r" % display) display = display_screen[0] if len(display_screen) > 1: screen = display_screen[1] else: screen = 0 else: display, screen = 0, 0 return hostname, display, screen def main(display=None, display_no=0): x_hostname, x_display, x_screen = get_display(display) try: property = xrandr.get_output_property(display_no, "_ICC_PROFILE", xrandr.XA_CARDINAL, x_hostname, x_display, x_screen) except ValueError, exception: print exception else: with open("XRROutputProperty._ICC_PROFILE.dump", "wb") as dump: dump.write("".join(chr(i) for i in property)) print "Created XRROutputProperty._ICC_PROFILE.dump" try: atom = xrandr.get_atom("_ICC_PROFILE" + ("" if display_no == 0 else "_%s" % display_no), xrandr.XA_CARDINAL, x_hostname, x_display, x_screen) except ValueError: print exception else: with open("XAtom._ICC_PROFILE.dump", "wb") as dump: dump.write("".join(chr(i) for i in atom)) print "Created XAtom._ICC_PROFILE.dump" if __name__ == "__main__": if "--help" in sys.argv[1:]: print "Usage: %s [ x_display [ display_no ] ... ]" % __file__ elif sys.argv[1:]: for arg in sys.argv[1:]: main(arg) else: main() dispcalGUI-1.7.1.6/util/ez_setup.py000755 000765 000000 00000024055 12025152313 017006 0ustar00svpwheel000000 000000 #!python """Bootstrap setuptools installation If you want to use setuptools in your package's setup.py, just include this file in the same directory with it, and add this to the top of your setup.py:: from ez_setup import use_setuptools use_setuptools() If you want to require a specific version of setuptools, set a download mirror, or use an alternate download directory, you can do so by supplying the appropriate options to ``use_setuptools()``. This file can also be run as a script to install or upgrade setuptools. """ import sys DEFAULT_VERSION = "0.6c11" DEFAULT_URL = "http://pypi.python.org/packages/%s/s/setuptools/" % sys.version[:3] md5_data = { 'setuptools-0.6b1-py2.3.egg': '8822caf901250d848b996b7f25c6e6ca', 'setuptools-0.6b1-py2.4.egg': 'b79a8a403e4502fbb85ee3f1941735cb', 'setuptools-0.6b2-py2.3.egg': '5657759d8a6d8fc44070a9d07272d99b', 'setuptools-0.6b2-py2.4.egg': '4996a8d169d2be661fa32a6e52e4f82a', 'setuptools-0.6b3-py2.3.egg': 'bb31c0fc7399a63579975cad9f5a0618', 'setuptools-0.6b3-py2.4.egg': '38a8c6b3d6ecd22247f179f7da669fac', 'setuptools-0.6b4-py2.3.egg': '62045a24ed4e1ebc77fe039aa4e6f7e5', 'setuptools-0.6b4-py2.4.egg': '4cb2a185d228dacffb2d17f103b3b1c4', 'setuptools-0.6c1-py2.3.egg': 'b3f2b5539d65cb7f74ad79127f1a908c', 'setuptools-0.6c1-py2.4.egg': 'b45adeda0667d2d2ffe14009364f2a4b', 'setuptools-0.6c10-py2.3.egg': 'ce1e2ab5d3a0256456d9fc13800a7090', 'setuptools-0.6c10-py2.4.egg': '57d6d9d6e9b80772c59a53a8433a5dd4', 'setuptools-0.6c10-py2.5.egg': 'de46ac8b1c97c895572e5e8596aeb8c7', 'setuptools-0.6c10-py2.6.egg': '58ea40aef06da02ce641495523a0b7f5', 'setuptools-0.6c11-py2.3.egg': '2baeac6e13d414a9d28e7ba5b5a596de', 'setuptools-0.6c11-py2.4.egg': 'bd639f9b0eac4c42497034dec2ec0c2b', 'setuptools-0.6c11-py2.5.egg': '64c94f3bf7a72a13ec83e0b24f2749b2', 'setuptools-0.6c11-py2.6.egg': 'bfa92100bd772d5a213eedd356d64086', 'setuptools-0.6c2-py2.3.egg': 'f0064bf6aa2b7d0f3ba0b43f20817c27', 'setuptools-0.6c2-py2.4.egg': '616192eec35f47e8ea16cd6a122b7277', 'setuptools-0.6c3-py2.3.egg': 'f181fa125dfe85a259c9cd6f1d7b78fa', 'setuptools-0.6c3-py2.4.egg': 'e0ed74682c998bfb73bf803a50e7b71e', 'setuptools-0.6c3-py2.5.egg': 'abef16fdd61955514841c7c6bd98965e', 'setuptools-0.6c4-py2.3.egg': 'b0b9131acab32022bfac7f44c5d7971f', 'setuptools-0.6c4-py2.4.egg': '2a1f9656d4fbf3c97bf946c0a124e6e2', 'setuptools-0.6c4-py2.5.egg': '8f5a052e32cdb9c72bcf4b5526f28afc', 'setuptools-0.6c5-py2.3.egg': 'ee9fd80965da04f2f3e6b3576e9d8167', 'setuptools-0.6c5-py2.4.egg': 'afe2adf1c01701ee841761f5bcd8aa64', 'setuptools-0.6c5-py2.5.egg': 'a8d3f61494ccaa8714dfed37bccd3d5d', 'setuptools-0.6c6-py2.3.egg': '35686b78116a668847237b69d549ec20', 'setuptools-0.6c6-py2.4.egg': '3c56af57be3225019260a644430065ab', 'setuptools-0.6c6-py2.5.egg': 'b2f8a7520709a5b34f80946de5f02f53', 'setuptools-0.6c7-py2.3.egg': '209fdf9adc3a615e5115b725658e13e2', 'setuptools-0.6c7-py2.4.egg': '5a8f954807d46a0fb67cf1f26c55a82e', 'setuptools-0.6c7-py2.5.egg': '45d2ad28f9750e7434111fde831e8372', 'setuptools-0.6c8-py2.3.egg': '50759d29b349db8cfd807ba8303f1902', 'setuptools-0.6c8-py2.4.egg': 'cba38d74f7d483c06e9daa6070cce6de', 'setuptools-0.6c8-py2.5.egg': '1721747ee329dc150590a58b3e1ac95b', 'setuptools-0.6c9-py2.3.egg': 'a83c4020414807b496e4cfbe08507c03', 'setuptools-0.6c9-py2.4.egg': '260a2be2e5388d66bdaee06abec6342a', 'setuptools-0.6c9-py2.5.egg': 'fe67c3e5a17b12c0e7c541b7ea43a8e6', 'setuptools-0.6c9-py2.6.egg': 'ca37b1ff16fa2ede6e19383e7b59245a', } import sys, os try: from hashlib import md5 except ImportError: from md5 import md5 def _validate_md5(egg_name, data): if egg_name in md5_data: digest = md5(data).hexdigest() if digest != md5_data[egg_name]: print >>sys.stderr, ( "md5 validation of %s failed! (Possible download problem?)" % egg_name ) sys.exit(2) return data def use_setuptools( version=DEFAULT_VERSION, download_base=DEFAULT_URL, to_dir=os.curdir, download_delay=15 ): """Automatically find/download setuptools and make it available on sys.path `version` should be a valid setuptools version number that is available as an egg for download under the `download_base` URL (which should end with a '/'). `to_dir` is the directory where setuptools will be downloaded, if it is not already available. If `download_delay` is specified, it should be the number of seconds that will be paused before initiating a download, should one be required. If an older version of setuptools is installed, this routine will print a message to ``sys.stderr`` and raise SystemExit in an attempt to abort the calling script. """ was_imported = 'pkg_resources' in sys.modules or 'setuptools' in sys.modules def do_download(): egg = download_setuptools(version, download_base, to_dir, download_delay) sys.path.insert(0, egg) import setuptools; setuptools.bootstrap_install_from = egg try: import pkg_resources except ImportError: return do_download() try: pkg_resources.require("setuptools>="+version); return except pkg_resources.VersionConflict, e: if was_imported: print >>sys.stderr, ( "The required version of setuptools (>=%s) is not available, and\n" "can't be installed while this script is running. Please install\n" " a more recent version first, using 'easy_install -U setuptools'." "\n\n(Currently using %r)" ) % (version, e.args[0]) sys.exit(2) else: del pkg_resources, sys.modules['pkg_resources'] # reload ok return do_download() except pkg_resources.DistributionNotFound: return do_download() def download_setuptools( version=DEFAULT_VERSION, download_base=DEFAULT_URL, to_dir=os.curdir, delay = 15 ): """Download setuptools from a specified location and return its filename `version` should be a valid setuptools version number that is available as an egg for download under the `download_base` URL (which should end with a '/'). `to_dir` is the directory where the egg will be downloaded. `delay` is the number of seconds to pause before an actual download attempt. """ import urllib2, shutil egg_name = "setuptools-%s-py%s.egg" % (version,sys.version[:3]) url = download_base + egg_name saveto = os.path.join(to_dir, egg_name) src = dst = None if not os.path.exists(saveto): # Avoid repeated downloads try: from distutils import log if delay: log.warn(""" --------------------------------------------------------------------------- This script requires setuptools version %s to run (even to display help). I will attempt to download it for you (from %s), but you may need to enable firewall access for this script first. I will start the download in %d seconds. (Note: if this machine does not have network access, please obtain the file %s and place it in this directory before rerunning this script.) ---------------------------------------------------------------------------""", version, download_base, delay, url ); from time import sleep; sleep(delay) log.warn("Downloading %s", url) src = urllib2.urlopen(url) # Read/write all in one block, so we don't create a corrupt file # if the download is interrupted. data = _validate_md5(egg_name, src.read()) dst = open(saveto,"wb"); dst.write(data) finally: if src: src.close() if dst: dst.close() return os.path.realpath(saveto) def main(argv, version=DEFAULT_VERSION): """Install or upgrade setuptools and EasyInstall""" try: import setuptools except ImportError: egg = None try: egg = download_setuptools(version, delay=0) sys.path.insert(0,egg) from setuptools.command.easy_install import main return main(list(argv)+[egg]) # we're done here finally: if egg and os.path.exists(egg): os.unlink(egg) else: if setuptools.__version__ == '0.0.1': print >>sys.stderr, ( "You have an obsolete version of setuptools installed. Please\n" "remove it from your system entirely before rerunning this script." ) sys.exit(2) req = "setuptools>="+version import pkg_resources try: pkg_resources.require(req) except pkg_resources.VersionConflict: try: from setuptools.command.easy_install import main except ImportError: from easy_install import main main(list(argv)+[download_setuptools(delay=0)]) sys.exit(0) # try to force an exit else: if argv: from setuptools.command.easy_install import main main(argv) else: print "Setuptools version",version,"or greater has been installed." print '(Run "ez_setup.py -U setuptools" to reinstall or upgrade.)' def update_md5(filenames): """Update our built-in md5 registry""" import re for name in filenames: base = os.path.basename(name) f = open(name,'rb') md5_data[base] = md5(f.read()).hexdigest() f.close() data = [" %r: %r,\n" % it for it in md5_data.items()] data.sort() repl = "".join(data) import inspect srcfile = inspect.getsourcefile(sys.modules[__name__]) f = open(srcfile, 'rb'); src = f.read(); f.close() match = re.search("\nmd5_data = {\n([^}]+)}", src) if not match: print >>sys.stderr, "Internal error!" sys.exit(2) src = src[:match.start(1)] + repl + src[match.end(1):] f = open(srcfile,'w') f.write(src) f.close() if __name__=='__main__': if len(sys.argv)>2 and sys.argv[1]=='--md5update': update_md5(sys.argv[2:]) else: main(sys.argv[1:]) dispcalGUI-1.7.1.6/util/find_argl_profiles.py000755 000765 000000 00000001060 12147653634 021010 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- import os import sys sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__)))) from dispcalGUI import ICCProfile as iccp from dispcalGUI.defaultpaths import iccprofiles, iccprofiles_home from dispcalGUI.safe_print import safe_print for p in set(iccprofiles_home + iccprofiles): if os.path.isdir(p): for f in os.listdir(p): try: profile = iccp.ICCProfile(os.path.join(p, f)) except: pass else: if profile.creator == "argl": safe_print(f) safe_print("") dispcalGUI-1.7.1.6/util/find_chad_profiles.py000755 000765 000000 00000001120 12147653634 020757 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- import os import sys sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__)))) from dispcalGUI import ICCProfile as iccp from dispcalGUI.defaultpaths import iccprofiles, iccprofiles_home from dispcalGUI.safe_print import safe_print for p in set(iccprofiles_home + iccprofiles): if os.path.isdir(p): for f in os.listdir(p): try: profile = iccp.ICCProfile(os.path.join(p, f)) except: pass else: if "chad" in profile.tags: safe_print(f) safe_print(profile.tags.chad) safe_print("") dispcalGUI-1.7.1.6/util/find_chrm_profiles.py000755 000765 000000 00000001257 12147653634 021024 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- import os import sys sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__)))) from dispcalGUI import ICCProfile as iccp from dispcalGUI.defaultpaths import iccprofiles, iccprofiles_home from dispcalGUI.safe_print import safe_print for p in set(iccprofiles_home + iccprofiles): if os.path.isdir(p): for f in os.listdir(p): try: profile = iccp.ICCProfile(os.path.join(p, f)) except: pass else: if "chrm" in profile.tags: safe_print(f) safe_print(profile.connectionColorSpace) for name in profile.tags.chrm: safe_print(name, profile.tags.chrm[name]) safe_print("") dispcalGUI-1.7.1.6/util/find_clrt_profiles.py000755 000765 000000 00000001257 12147653634 021037 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- import os import sys sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__)))) from dispcalGUI import ICCProfile as iccp from dispcalGUI.defaultpaths import iccprofiles, iccprofiles_home from dispcalGUI.safe_print import safe_print for p in set(iccprofiles_home + iccprofiles): if os.path.isdir(p): for f in os.listdir(p): try: profile = iccp.ICCProfile(os.path.join(p, f)) except: pass else: if "clrt" in profile.tags: safe_print(f) safe_print(profile.connectionColorSpace) for name in profile.tags.clrt: safe_print(name, profile.tags.clrt[name]) safe_print("") dispcalGUI-1.7.1.6/util/find_icc_v2_unicode_desc_profiles.py000755 000765 000000 00000002623 12147653634 023742 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- import os import sys sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__)))) from dispcalGUI import ICCProfile as iccp from dispcalGUI.defaultpaths import iccprofiles, iccprofiles_home from dispcalGUI.safe_print import safe_print for p in set(iccprofiles_home + iccprofiles): if os.path.isdir(p): for f in os.listdir(p): try: profile = iccp.ICCProfile(os.path.join(p, f)) except: pass else: if isinstance(profile.tags.desc, iccp.TextDescriptionType): if profile.tags.desc.get("Unicode") or profile.tags.desc.get("Macintosh"): safe_print(os.path.join(p, f)) if profile.tags.desc.get("Unicode"): safe_print("Unicode Language Code:", profile.tags.desc.unicodeLanguageCode) safe_print("Unicode Description:", profile.tags.desc.Unicode) if profile.tags.desc.get("Macintosh"): safe_print("Macintosh Language Code:", profile.tags.desc.macScriptCode) safe_print("Macintosh Description:", profile.tags.desc.Macintosh) if profile.tags.desc.get("Unicode") or profile.tags.desc.get("Macintosh"): safe_print("") elif not isinstance(profile.tags.desc, iccp.MultiLocalizedUnicodeType): safe_print(os.path.join(p, f)) safe_print("Warning: 'desc' is invalid type (%s)" % type(profile.tags.desc)) safe_print("") dispcalGUI-1.7.1.6/util/find_identity_curve_profiles.py000755 000765 000000 00000001374 12147653634 023130 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- import os import sys sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__)))) from dispcalGUI import ICCProfile as iccp from dispcalGUI.defaultpaths import iccprofiles, iccprofiles_home from dispcalGUI.safe_print import safe_print for p in set(iccprofiles_home + iccprofiles): if os.path.isdir(p): for f in os.listdir(p): try: profile = iccp.ICCProfile(os.path.join(p, f)) except: pass else: curve = None for key in ("r", "g", "b", "k"): curve = profile.tags.get(key + "TRC") if curve: break if curve and isinstance(curve, iccp.CurveType) and len(curve) == 1 and curve[0] < 1.8: safe_print(f) safe_print(curve) safe_print("") dispcalGUI-1.7.1.6/util/jsonmerge.py000755 000765 000000 00000005026 12147653634 017157 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- import StringIO import codecs import os import sys import textwrap import ppdir sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__)))) from dispcalGUI import demjson from dispcalGUI import jsondict from dispcalGUI import ordereddict from dispcalGUI.safe_print import safe_print def quote(obj): if isinstance(obj, basestring): return '"%s"' % obj.replace('\\', '\\\\').replace('"', '\\"').replace("\n", "\\n") else: return repr(obj) def jsonmerge(infilename1, infilename2, outfilename): dictin1 = jsondict.JSONDict(infilename1) dictin1.load() dictin2 = jsondict.JSONDict(infilename2) dictin2.load() added = [] for key, value in dictin2.iteritems(): if not key in dictin1: dictin1[key] = value added.append(key.encode("UTF-8")) safe_print("Added: '%s' '%s'" % (key, value)) merged = ordereddict.OrderedDict() merged["*"] = "Note to translators: Keys which are not yet translated are marked with a leading asterisk (*) and are indented with two tabs instead of one. Please remove the asterisk when translated." for key in sorted(dictin2.keys()): #merged[key] = dictin1[key] merged[key.encode("UTF-8")] = dictin1[key].encode("UTF-8") for key in sorted(dictin1.keys()): if key not in dictin2 and not key.startswith("*"): if not "ORPHANED KEY-VALUE PAIRS" in merged: merged["ORPHANED KEY-VALUE PAIRS"] = "Note to translators: Key-value pairs below this point may no longer be used (but there are exceptions, all keys from ICCProfile.ICCProfile.get_info will be listed as orphaned). You may consider removing them." merged[key.encode("UTF-8")] = dictin1[key].encode("UTF-8") safe_print("Orphan: '%s' '%s'" % (key, dictin1[key])) #json_out = demjson.encode(merged, compactly=False) #outfile = codecs.open(outfilename, "w", "UTF-8") #outfile.write(json_out) outstream = StringIO.StringIO() ppdir.ppdir(merged, stream=outstream, repr=quote) outstream.seek(0) formatted = outstream.read() for key in added: formatted = formatted.replace('"%s"' % key, '\t"*%s"' % key) outfile = open(outfilename, "wb") outfile.write(formatted.replace(" " * 4, "\t")) outfile.close() if __name__ == "__main__": if sys.argv[1:] and not "-h" in sys.argv[1:] and not "--help" in sys.argv[1:]: jsonmerge(*sys.argv[1:]) else: print "Usage: %s infilename1 infilename2 outfilename" % os.path.basename(sys.argv[0]) print textwrap.fill("Merges file1 with file2 (adds all keys from file2" " not present in file1) and writes to outfile", width=80) dispcalGUI-1.7.1.6/util/list-autostarts.sh000755 000765 000000 00000000444 12027572512 020321 0ustar00svpwheel000000 000000 #!/bin/sh echo -e "\033[33;40m*** Checking $HOME/.config/autostart\033[0m" ls -l -G -h --color=always --group-directories-first -R $HOME/.config/autostart echo -e "\033[33;40m*** Checking /etc/xdg/autostart\033[0m" ls -l -G -h --color=always --group-directories-first -R /etc/xdg/autostart dispcalGUI-1.7.1.6/util/list-color-conffiles.sh000755 000765 000000 00000001070 12027572512 021170 0ustar00svpwheel000000 000000 #!/bin/sh echo -e "\033[33;40m*** Checking $HOME/.config/color.jcnf\033[0m" ls -l -G -h --color=always $HOME/.config/color.jcnf echo -e "\033[33;40m*** Checking $HOME/.config/color/device-profiles.conf\033[0m" ls -l -G -h --color=always $HOME/.config/color/device-profiles.conf echo -e "\033[33;40m*** Checking $HOME/.config/gnome-color-manager/device-profiles.conf\033[0m" ls -l -G -h --color=always $HOME/.config/gnome-color-manager/device-profiles.conf echo -e "\033[33;40m*** Checking /etc/xdg/color.jcnf\033[0m" ls -l -G -h --color=always /etc/xdg/color.jcnf dispcalGUI-1.7.1.6/util/list-device-profiles.sh000755 000765 000000 00000001446 12027572512 021173 0ustar00svpwheel000000 000000 #!/bin/sh echo -e "\033[37;40m*** Checking $HOME/.color/icc/devices\033[0m" ls -l -G -h --color=always --group-directories-first -R $HOME/.color/icc/devices echo -e "\033[37;40m*** Checking $HOME/.local/share/color/icc/devices\033[0m" ls -l -G -h --color=always --group-directories-first -R $HOME/.local/share/color/icc/devices echo -e "\033[37;40m*** Checking /usr/local/share/color/icc/devices\033[0m" ls -l -G -h --color=always --group-directories-first -R /usr/local/share/color/icc/devices echo -e "\033[37;40m*** Checking /usr/share/color/icc/devices\033[0m" ls -l -G -h --color=always --group-directories-first -R /usr/share/color/icc/devices echo -e "\033[37;40m*** Checking /var/lib/color/icc/devices\033[0m" ls -l -G -h --color=always --group-directories-first -R /var/lib/color/icc/devices dispcalGUI-1.7.1.6/util/ppdir.py000644 000765 000000 00000003314 12025152313 016256 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import os import sys brackets = { dict: "{}", list: "[]", tuple: "()" } def ppdir(obj, types=None, level=1, stream=sys.stdout, repr=repr): """ Pretty-print object attributes """ if isinstance(obj, (dict, list, tuple)): if isinstance(obj, dict): class_ = dict elif isinstance(obj, list): class_ = list elif isinstance(obj, tuple): class_ = tuple stream.write(brackets[class_][0] + '\n') bag = obj else: bag = dir(obj) for stuff in bag: if isinstance(obj, dict): item = obj[stuff] elif isinstance(obj, (list, tuple)): item = stuff else: item = getattr(obj, stuff) if types: match = False for type_ in types: if isinstance(item, type_): match = True break if not match: continue stream.write((" " * level) + ( ((repr(stuff) if level else unicode(stuff)) + ": ") if item is not stuff else "" )) if isinstance(item, (str, unicode, int, float)): #if isinstance(item, (str, unicode)) and "\n" in item: #stream.write('"""' + item + '"""' + ("," if level else "") + '\n') #else: stream.write(repr(item) + ("," if level else "") + '\n') elif isinstance(item, (dict, list, tuple)): if len((" " * level) + repr(item)) < 80: stream.write(repr(item) + ("," if level else "") + '\n') else: #stream.write(brackets[item.__class__][0] + '\n') ppdir(item, types, level=level+1, stream=stream) #stream.write((" " * level) + brackets[item.__class__][1] + ("," if level else "") + '\n') else: stream.write(repr(item) + ("," if level else "") + '\n') if isinstance(obj, (dict, list, tuple)): stream.write((" " * (level - 1)) + brackets[class_][1] + ("," if level - 1 else "") + '\n') bag = objdispcalGUI-1.7.1.6/util/profileinfo.py000755 000765 000000 00000005367 12147653634 017512 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- from time import strftime import binascii import os import sys sys.path.insert(0, os.path.join(os.path.dirname(os.path.abspath(__file__)), "..")) from dispcalGUI import colormath from dispcalGUI import ICCProfile as ICCP def prettyprint(iterable, level=1): for key, value in iterable.iteritems(): if hasattr(value, "iteritems"): print " " * 4 * level, "%s:" % key.capitalize() prettyprint(value, level + 1) else: print " " * 4 * level, "%s:" % key.capitalize(), value def profileinfo(profile): if not isinstance(profile, ICCP.ICCProfile): profile = ICCP.ICCProfile(profile) # Attributes print "Size:", profile.size, "Bytes (%.1f KB)" % (profile.size / 1024.0) print "Preferred CMM:", profile.preferredCMM print "ICC version:", profile.version print "Class:", profile.profileClass print "Colorspace:", profile.colorSpace print "PCS:", profile.connectionColorSpace print "Date/Time:", strftime("%Y-%m-%d %H:%M:%S", profile.dateTime + (0, 0, -1)) print "Platform:", profile.platform print "Embedded:", profile.embedded print "Independent:", profile.independent print "Device:" for key in ("manufacturer", "model"): profile.device[key] = binascii.hexlify(profile.device[key]).upper() prettyprint(profile.device) print "Rendering Intent:", profile.intent print "Illuminant:", " ".join(str(n * 100) for n in profile.illuminant.values()) print "Creator:", profile.creator print "ID:", binascii.hexlify(profile.ID).upper() # Tags print "Description:", profile.getDescription() print "Copyright:", profile.getCopyright() if "dmnd" in profile.tags: print "Device Manufacturer Description:", print profile.getDeviceManufacturerDescription() if "dmdd" in profile.tags: print "Device Model Description:", profile.getDeviceModelDescription() if "vued" in profile.tags: print "Viewing Conditions Description:", print profile.getViewingConditionsDescription() wtpt_profile_norm = tuple(n * 100 for n in profile.tags.wtpt.values()) if "chad" in profile.tags: # undo chromatic adaption of profile whitepoint X, Y, Z = wtpt_profile_norm M = colormath.Matrix3x3(profile.tags.chad).inverted() XR = X * M[0][0] + Y * M[0][1] + Z * M[0][2] YR = X * M[1][0] + Y * M[1][1] + Z * M[1][2] ZR = X * M[2][0] + Y * M[2][1] + Z * M[2][2] wtpt_profile_norm = tuple((n / YR) * 100.0 for n in (XR, YR, ZR)) if "lumi" in profile.tags and isinstance(profile.tags.lumi, ICCP.XYZType): print "Luminance:", profile.tags.lumi.Y print "Actual Whitepoint XYZ:", " ".join(str(n) for n in wtpt_profile_norm) print "Correlated Color Temperature:", colormath.XYZ2CCT(*wtpt_profile_norm) if __name__ == "__main__": for arg in sys.argv[1:] or [ICCP.get_display_profile()]: profileinfo(arg) dispcalGUI-1.7.1.6/util/rpm_postinstall.sh000644 000765 000000 00000000312 12025152313 020347 0ustar00svpwheel000000 000000 #!/bin/sh # Update icon cache and menu which xdg-icon-resource > /dev/null 2>&1 && xdg-icon-resource forceupdate || true which xdg-desktop-menu > /dev/null 2>&1 && xdg-desktop-menu forceupdate || true dispcalGUI-1.7.1.6/util/rpm_postuninstall.sh000644 000765 000000 00000000312 12025152313 020712 0ustar00svpwheel000000 000000 #!/bin/sh # Update icon cache and menu which xdg-desktop-menu > /dev/null 2>&1 && xdg-desktop-menu forceupdate || true which xdg-icon-resource > /dev/null 2>&1 && xdg-icon-resource forceupdate || true dispcalGUI-1.7.1.6/util/sdist.cmd000644 000765 000000 00000001545 12025152313 016405 0ustar00svpwheel000000 000000 @echo off for /F usebackq %%a in (`python -c "from dispcalGUI import meta;print meta.version"`) do ( set version=%%a ) REM Source tarball python setup.py sdist --formats=gztar --use-distutils 2>&1 | tee dispcalGUI-%version%.sdist.log REM 0install feed for /F usebackq %%a in (`python -c "import os,time;print time.strftime('%%Y-%%m-%%d', time.localtime(os.stat(r'dist\dispcalGUI-%version%.tar.gz').st_mtime))"`) do ( set released=%%a ) which 0launch.exe > nul && ( echo Updating 0install feed... 0launch http://0install.net/2006/interfaces/0publish --add-version=%version% --archive-url="http://dispcalgui.hoech.net/download.php?version=%version%&suffix=.tar.gz" --archive-file=dist\dispcalGUI-%version%.tar.gz --set-main="dispcalGUI-%version%/dispcalGUI.pyw" --set-released="%released%" --set-stability=stable -x dist\0install\dispcalGUI.xml ) dispcalGUI-1.7.1.6/util/sdist.sh000755 000765 000000 00000001260 12025152313 016251 0ustar00svpwheel000000 000000 #!/bin/sh version=`python -c "from dispcalGUI import meta;print meta.version"` # Source tarball ./setup.py sdist --use-distutils 2>&1 | tee dispcalGUI-$version.sdist.log # 0install feed which 0publish > /dev/null && ( echo "Updating 0install feed..." 0publish --add-version=$version \ --archive-url="http://dispcalgui.hoech.net/download.php?version=$version&suffix=.tar.gz" \ --archive-file=dist/dispcalGUI-$version.tar.gz \ --set-main="dispcalGUI-$version/dispcalGUI.pyw" \ --set-released="`python -c "import os,time;print time.strftime('%Y-%m-%d', time.localtime(os.stat('dist/dispcalGUI-$version.tar.gz').st_mtime))"`" \ --set-stability=stable -x \ dist/0install/dispcalGUI.xml ) dispcalGUI-1.7.1.6/util/set_profile_desc_to_basename_sans_ext.py000755 000765 000000 00000001712 12147653634 024736 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- import os import sys sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__)))) from dispcalGUI import ICCProfile as iccp from dispcalGUI import util_str def set_profile_desc_to_basename_sans_ext(profile): if isinstance(profile, basestring): profile = iccp.ICCProfile(profile) if isinstance(profile, iccp.ICCProfile): name = os.path.splitext(os.path.basename(profile.fileName))[0] if isinstance(profile.tags.desc, iccp.TextDescriptionType): profile.tags.desc.ASCII = name.encode('ASCII', 'asciize') profile.tags.desc.Unicode = name profile.tags.desc.Macintosh = name else: profile.tags.desc = iccp.MultiLocalizedUnicodeType() profile.tags.desc.add_localized_string('en', 'US', name) profile.write() else: for item in profile: set_profile_desc_to_basename_sans_ext(item) if __name__ == '__main__': import sys set_profile_desc_to_basename_sans_ext(sys.argv[1:]) dispcalGUI-1.7.1.6/util/switchvc90.cmd000644 000765 000000 00000000632 12025152313 017256 0ustar00svpwheel000000 000000 @echo off setlocal pushd "%SystemRoot%\WinSxS" for /D %%a in (. Manifests Policies) do ( pushd "%%~a" for /D %%b in (*.VC90.*) do ( call :bak "%%~b" ) for %%b in (*.VC90.*) do ( call :bak "%%~b" ) popd ) popd pause goto :EOF :bak if /i "%~x1"==".bak" ( echo %~1 echo -^> %~n1 ren "%~1" "%~n1" ) else ( echo %~1 echo -^> %~1.bak ren "%~1" "%~1.bak" ) echo. goto :EOFdispcalGUI-1.7.1.6/util/tidy_dist.py000755 000765 000000 00000000712 12147653634 017157 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- import glob import os import re import shutil def main(): dist = glob.glob(os.path.join('dist', 'dispcalGUI-*')) for entry in dist: version = re.search('\d+(?:\.\d+){3}', entry) if version: version = version.group() version_dir = os.path.join('dist', version) if not os.path.isdir(version_dir): os.mkdir(version_dir) shutil.move(entry, version_dir) if __name__ == '__main__': main() dispcalGUI-1.7.1.6/util/update_pnp_ids.sh000644 000765 000000 00000000126 12224371766 020136 0ustar00svpwheel000000 000000 curl -o dispcalGUI/pnp.ids https://git.fedorahosted.org/cgit/hwdata.git/plain/pnp.ids dispcalGUI-1.7.1.6/util/update_presets.py000644 000765 000000 00000005543 12237536425 020214 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # -*- coding: utf-8 -*- import glob import os import sys sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__)))) from dispcalGUI import ICCProfile as ICCP, colormath, config, worker sRGB = ICCP.ICCProfile(config.get_data_path("ref/sRGB.icm")) def update_preset(name): print "Preset name:", name pth = config.get_data_path("presets/%s.icc" % name) if not pth: print "ERROR: Preset not found" return False print "Path:", pth with open(os.path.join(os.path.dirname(__file__), "..", "misc", "ti3", "%s.ti3" % name), "rb") as f: ti3 = f.read() prof = ICCP.ICCProfile(pth) if prof.tags.targ != ti3: print "Updating 'targ'..." prof.tags.targ = ICCP.TextType("text\0\0\0\0%s\0" % ti3, "targ") options_dispcal, options_colprof = worker.get_options_from_profile(prof) trc_a2b = {"240": -240, "709": -709, "l": -3, "s": -2.4} t_a2b = {"t": colormath.CIEDCCT2XYZ, "T": colormath.planckianCT2XYZ} trc = None for option in options_dispcal: if option[0] == "g": trc = trc_a2b.get(option[1:]) if not trc: try: trc = float(option[1:]) except ValueError: trc = False print "Invalid dispcal -g parameter:", option[1:] if trc: print "dispcal -g parameter:", option[1:] print "Updating tone response curves..." for chan in ("r", "g", "b"): prof.tags["%sTRC" % chan].set_trc(trc, 256) print "Transfer function:", prof.tags["%sTRC" % chan].get_transfer_function()[0][0] elif option[0] in ("t", "T"): print "dispcal -t parameter:", option[1:] print "Updating white point..." t = colormath.XYZ2CCT(prof.tags.wtpt.X, prof.tags.wtpt.Y, prof.tags.wtpt.Z) (prof.tags.wtpt.X, prof.tags.wtpt.Y, prof.tags.wtpt.Z) = t_a2b[option[0]](float(option[1:] or t)) elif option[0] == "w": print "dispcal -w parameter:", option[1:] x, y = [float(v) for v in option[1:].split(",")] print "Updating white point..." (prof.tags.wtpt.X, prof.tags.wtpt.Y, prof.tags.wtpt.Z) = colormath.xyY2XYZ(x, y) if "CIED" in prof.tags: print "Removing 'CIED'..." del prof.tags["CIED"] if "DevD" in prof.tags: print "Removing 'DevD'..." del prof.tags["DevD"] if "clrt" in prof.tags: print "Removing 'clrt'..." del prof.tags["clrt"] print "Setting RGB matrix column tags to sRGB values..." prof.tags.rXYZ = sRGB.tags.rXYZ prof.tags.gXYZ = sRGB.tags.gXYZ prof.tags.bXYZ = sRGB.tags.bXYZ print "Updating profile ID..." prof.calculateID() prof.write() print "" return True def update_presets(): presets = config.get_data_path("presets", "\.icc$") for fn in presets: update_preset(os.path.splitext(os.path.basename(fn))[0]) if __name__ == "__main__": if "--help" in sys.argv[1:]: print "Usage: %s [ preset_name [ preset_name ] ... ]" % __file__ elif sys.argv[1:]: for name in sys.argv[1:]: update_preset(name) else: update_presets() dispcalGUI-1.7.1.6/util/vc90crt.py000644 000765 000000 00000001142 12025152313 016427 0ustar00svpwheel000000 000000 # -*- coding: UTF-8 -*- import os import shutil import sys import winmanifest name = "Microsoft.VC90.CRT" def vc90crt_find_files(): return winmanifest.Manifest( processorArchitecture = "x86", name = name, publicKeyToken = "1fc8b3b9a1e18e3b", version = [9, 0, 21022, 8] ).find_files() def vc90crt_copy_files(dest_dir): if not os.path.exists(dest_dir): os.makedirs(dest_dir) for filename in vc90crt_find_files(): dest = os.path.join(dest_dir, name + ".manifest" if filename.endswith(".manifest") else os.path.basename(filename)) if not os.path.exists(dest): shutil.copy2(filename, dest)dispcalGUI-1.7.1.6/util/winmanifest.py000755 000765 000000 00000127502 12147653634 017516 0ustar00svpwheel000000 000000 #!/usr/bin/env python2 # # Copyright (C) 2009, Florian Hoech # # 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., 51 Franklin Street, 5th Floor, Boston, MA 02110-1301, USA # DEV NOTES # # Currently not implemented in the Manifest class: # * Validation (only very basic sanity checks are currently in place) # * comClass, typelib, comInterfaceProxyStub and windowClass child elements of # the file element # * comInterfaceExternalProxyStub and windowClass child elements of the # assembly element # * Application Configuration File and Multilanguage User Interface (MUI) # support when searching for assembly files # # Isolated Applications and Side-by-side Assemblies: # http://msdn.microsoft.com/en-us/library/dd408052%28VS.85%29.aspx # # Changelog: # 2009-12-17 fix: small glitch in toxml / toprettyxml methods (xml declaration # wasn't replaced when a different encodig than UTF-8 was used) # chg: catch xml.parsers.expat.ExpatError and re-raise as # ManifestXMLParseError # chg: support initialize option in parse method also # # 2009-12-13 fix: fixed os import # fix: skip invalid / empty dependent assemblies # # 2009-08-21 fix: Corrected assembly searching sequence for localized # assemblies # fix: Allow assemblies with no dependent files # # 2009-07-31 chg: Find private assemblies even if unversioned # add: Manifest.same_id method to check if two manifests have the # same assemblyIdentity # # 2009-07-30 fix: Potential failure in File.calc_hash method if hash # algorythm not supported # add: Publisher configuration (policy) support when searching for # assembly files # fix: Private assemblies are now actually found if present (and no # shared assembly exists) # add: Python 2.3 compatibility (oldest version supported by # pyinstaller) # # 2009-07-28 chg: Code cleanup, removed a bit of redundancy # add: silent mode (set silent attribute on module) # chg: Do not print messages in silent mode # # 2009-06-18 chg: Use glob instead of regular expression in Manifest.find_files # # 2009-05-04 fix: Don't fail if manifest has empty description # fix: Manifests created by the toxml, toprettyxml, writexml or # writeprettyxml methods are now correctly recognized by # Windows, which expects the XML declaration to be ordered # version-encoding-standalone (standalone being optional) # add: 'encoding' keyword argument in toxml, toprettyxml, writexml # and writeprettyxml methods # chg: UpdateManifestResourcesFromXML and # UpdateManifestResourcesFromXMLFile: set resource name # depending on file type ie. exe or dll # fix: typo in __main__: UpdateManifestResourcesFromDataFile # should have been UpdateManifestResourcesFromXMLFile # # 2009-03-21 First version """ winmanifest.py Create, parse and write MS Windows Manifest files. Find files which are part of an assembly, by searching shared and private assemblies. Update or add manifest resources in Win32 PE files. Commandline usage: winmanifest.py Updates or adds manifest as resource in Win32 PE file . """ try: import hashlib except ImportError, detail: hashlib = None import md5 import sha import os from glob import glob import re import sys import xml from xml.dom import Node, minidom from xml.dom.minidom import Document, Element try: import winresource except ImportError, detail: winresource = None print "W:", detail print "W: Cannot check for assembly dependencies - resource access " print "W: unavailable. To enable resource access, please install " print "W: http://sourceforge.net/projects/pywin32/" silent = False # True suppresses all messages LANGUAGE_NEUTRAL_NT5 = "x-ww" LANGUAGE_NEUTRAL_NT6 = "none" RT_MANIFEST = 24 Document.aChild = Document.appendChild Document.cE = Document.createElement Document.cT = Document.createTextNode Document.getEByTN = Document.getElementsByTagName Element.aChild = Element.appendChild Element.getA = Element.getAttribute Element.getEByTN = Element.getElementsByTagName Element.remA = Element.removeAttribute Element.setA = Element.setAttribute def getChildElementsByTagName(self, tagName): """ Return child elements of type tagName if found, else [] """ result = [] for child in self.childNodes: if isinstance(child, Element): if child.tagName == tagName: result.append(child) return result def getFirstChildElementByTagName(self, tagName): """ Return the first element of type tagName if found, else None """ for child in self.childNodes: if isinstance(child, Element): if child.tagName == tagName: return child return None Document.getCEByTN = getChildElementsByTagName Document.getFCEByTN = getFirstChildElementByTagName Element.getCEByTN = getChildElementsByTagName Element.getFCEByTN = getFirstChildElementByTagName class _Hash(object): def __init__(self): self.md5 = md5.new self.sha = sha.new if hashlib is None: hashlib = _Hash() class _Dummy: pass if winresource: _File = winresource.File else: _File = _Dummy class File(_File): """ A file referenced by an assembly inside a manifest. """ def __init__(self, filename="", hashalg=None, hash=None, comClasses=None, typelibs=None, comInterfaceProxyStubs=None, windowClasses=None): if winresource: winresource.File.__init__(self, filename) else: self.filename = filename self.name = os.path.basename(filename) if hashalg: self.hashalg = hashalg.upper() else: self.hashalg = None if os.path.isfile(filename) and hashalg and hashlib and \ hasattr(hashlib, hashalg.lower()): self.calc_hash() else: self.hash = hash self.comClasses = comClasses or [] # TO-DO: implement self.typelibs = typelibs or [] # TO-DO: implement self.comInterfaceProxyStubs = comInterfaceProxyStubs or [] # TO-DO: implement self.windowClasses = windowClasses or [] # TO-DO: implement def calc_hash(self, hashalg=None): """ Calculate the hash of the file. Will be called automatically from the constructor if the file exists and hashalg is given (and supported), but may also be called manually e.g. to update the hash if the file has changed. """ fd = open(self.filename, "rb") buf = fd.read() fd.close() if hashalg: self.hashalg = hashalg.upper() self.hash = getattr(hashlib, self.hashalg.lower())(buf).hexdigest() def find(self, searchpath): if not silent: print "I: Searching for file", self.name fn = os.path.join(searchpath, self.name) if os.path.isfile(fn): if not silent: print "I: Found file", fn return fn else: if not silent: print "W: No such file", fn return None class InvalidManifestError(Exception): pass class ManifestXMLParseError(InvalidManifestError): pass class Manifest(object): # Manifests: # http://msdn.microsoft.com/en-us/library/aa375365%28VS.85%29.aspx """ Manifest constructor. To build a basic manifest for your application: mf = Manifest(type='win32', name='YourAppName', language='*', processorArchitecture='x86', version=[1, 0, 0, 0]) To write the XML to a manifest file: mf.writexml("YourAppName.exe.manifest") or mf.writeprettyxml("YourAppName.exe.manifest") """ def __init__(self, manifestVersion=None, noInheritable=False, noInherit=False, type_=None, name=None, language=None, processorArchitecture=None, version=None, publicKeyToken=None, description=None, requestedExecutionLevel=None, uiAccess=None, dependentAssemblies=None, files=None, comInterfaceExternalProxyStubs=None): self.filename = None self.optional = None self.manifestType = "assembly" self.manifestVersion = manifestVersion or [1, 0] self.noInheritable = noInheritable self.noInherit = noInherit self.type = type_ self.name = name self.language = language self.processorArchitecture = processorArchitecture self.version = version self.publicKeyToken = publicKeyToken # publicKeyToken: # A 16-character hexadecimal string that represents the last 8 bytes # of the SHA-1 hash of the public key under which the assembly is # signed. The public key used to sign the catalog must be 2048 bits # or greater. Required for all shared side-by-side assemblies. # http://msdn.microsoft.com/en-us/library/aa375692(VS.85).aspx self.applyPublisherPolicy = None self.description = None self.requestedExecutionLevel = requestedExecutionLevel self.uiAccess = uiAccess self.dependentAssemblies = dependentAssemblies or [] self.bindingRedirects = [] self.files = files or [] self.comInterfaceExternalProxyStubs = comInterfaceExternalProxyStubs or [] # TO-DO: implement def add_dependent_assembly(self, manifestVersion=None, noInheritable=False, noInherit=False, type_=None, name=None, language=None, processorArchitecture=None, version=None, publicKeyToken=None, description=None, requestedExecutionLevel=None, uiAccess=None, dependentAssemblies=None, files=None, comInterfaceExternalProxyStubs=None): """ Shortcut for self.dependentAssemblies.append(Manifest(*args, **kwargs)) """ self.dependentAssemblies.append(Manifest(manifestVersion, noInheritable, noInherit, type_, name, language, processorArchitecture, version, publicKeyToken, description, requestedExecutionLevel, uiAccess, dependentAssemblies, files, comInterfaceExternalProxyStubs)) if self.filename: # Enable search for private assembly by assigning bogus filename # (only the directory has to be correct) self.dependentAssemblies[-1].filename = ":".join((self.filename, name)) def add_file(self, name="", hashalg="", hash="", comClasses=None, typelibs=None, comInterfaceProxyStubs=None, windowClasses=None): """ Shortcut for manifest.files.append """ self.files.append(File(name, hashalg, hash, comClasses, typelibs, comInterfaceProxyStubs, windowClasses)) def find_files(self, ignore_policies=True): """ Search shared and private assemblies and return a list of files. If any files are not found, return an empty list. IMPORTANT NOTE: For the purpose of getting the dependent assembly files of an executable, the publisher configuration (aka policy) should be ignored (which is the default). Setting ignore_policies=False is only useful to find out which files are actually loaded at runtime. """ # Shared Assemblies: # http://msdn.microsoft.com/en-us/library/aa375996%28VS.85%29.aspx # # Private Assemblies: # http://msdn.microsoft.com/en-us/library/aa375674%28VS.85%29.aspx # # Assembly Searching Sequence: # http://msdn.microsoft.com/en-us/library/aa374224%28VS.85%29.aspx # # NOTE: # Multilanguage User Interface (MUI) support not yet implemented files = [] languages = [] if self.language not in (None, "", "*", "neutral"): languages.append(self.getlanguage()) if "-" in self.language: # language-culture syntax, e.g. en-us # Add only the language part languages.append(self.language.split("-")[0]) if self.language not in ("en-us", "en"): languages.append("en-us") if self.language != "en": languages.append("en") languages.append(self.getlanguage("*")) winsxs = os.path.join(os.getenv("SystemRoot"), "WinSxS") if not os.path.isdir(winsxs) and not silent: print "W: No such dir", winsxs manifests = os.path.join(winsxs, "Manifests") if not os.path.isdir(manifests) and not silent: print "W: No such dir", manifests if not ignore_policies and self.version: if sys.getwindowsversion() < (6, ): # Windows XP pcfiles = os.path.join(winsxs, "Policies") if not os.path.isdir(pcfiles) and not silent: print "W: No such dir", pcfiles else: # Vista or later pcfiles = manifests for language in languages: version = self.version # Search for publisher configuration if not ignore_policies and version: # Publisher Configuration (aka policy) # A publisher configuration file globally redirects # applications and assemblies having a dependence on one # version of a side-by-side assembly to use another version of # the same assembly. This enables applications and assemblies # to use the updated assembly without having to rebuild all of # the affected applications. # http://msdn.microsoft.com/en-us/library/aa375680%28VS.85%29.aspx # # Under Windows XP and 2003, policies are stored as # .policy files inside # %SystemRoot%\WinSxS\Policies\ # Under Vista and later, policies are stored as # .manifest files inside %SystemRoot%\winsxs\Manifests redirected = False if os.path.isdir(pcfiles): if not silent: print ("I: Searching for publisher configuration %s..." % self.getpolicyid(True, language=language)) if sys.getwindowsversion() < (6, ): # Windows XP policies = os.path.join(pcfiles, self.getpolicyid(True, language=language) + ".policy") else: # Vista or later policies = os.path.join(pcfiles, self.getpolicyid(True, language=language) + ".manifest") for manifestpth in glob(policies): if not os.path.isfile(manifestpth): if not silent: print "W: Not a file", manifestpth continue if not silent: print "I: Found", manifestpth try: policy = ManifestFromXMLFile(manifestpth) except Exception, exc: print "E: Could not parse file", manifestpth print "E:", str(exc) else: if not silent: print ("I: Checking publisher policy for " "binding redirects") for assembly in policy.dependentAssemblies: if not assembly.same_id(self, True) or \ assembly.optional: continue for redirect in \ assembly.bindingRedirects: if not silent: old = "-".join([".".join([str(i) for i in part]) for part in redirect[0]]) new = ".".join([str(i) for i in redirect[1]]) print "I: Found redirect for " \ "version(s)", old, "->", new if version >= redirect[0][0] and \ version <= redirect[0][-1] and \ version != redirect[1]: if not silent: print "I: Applying redirect", \ ".".join([str(i) for i in version]), \ "->", new version = redirect[1] redirected = True if not redirected and not silent: print "I: Publisher configuration not used" # Search for assemblies according to assembly searching sequence paths = [] if os.path.isdir(manifests): # Add winsxs search paths paths.extend(glob(os.path.join(manifests, self.getid(language=language, version=version) + "_*.manifest"))) if self.filename: # Add private assembly search paths dirnm = os.path.dirname(self.filename) if language in (LANGUAGE_NEUTRAL_NT5, LANGUAGE_NEUTRAL_NT6): for ext in (".dll", ".manifest"): paths.extend(glob(os.path.join(dirnm, self.name + ext))) paths.extend(glob(os.path.join(dirnm, self.name, self.name + ext))) else: for ext in (".dll", ".manifest"): paths.extend(glob(os.path.join(dirnm, language, self.name + ext))) for ext in (".dll", ".manifest"): paths.extend(glob(os.path.join(dirnm, language, self.name, self.name + ext))) if not silent: print ("I: Searching for assembly %s..." % self.getid(language=language, version=version)) for manifestpth in paths: if not os.path.isfile(manifestpth): if not silent: print "W: Not a file", manifestpth continue assemblynm = os.path.basename( os.path.splitext(manifestpth)[0]) if not silent: if manifestpth.endswith(".dll"): print "I: Found manifest in", manifestpth else: print "I: Found manifest", manifestpth try: if manifestpth.endswith(".dll"): manifest = ManifestFromResFile(manifestpth, [1]) else: manifest = ManifestFromXMLFile(manifestpth) except Exception, exc: print "E: Could not parse manifest", manifestpth print "E:", exc else: if manifestpth.startswith(winsxs): assemblydir = os.path.join(winsxs, assemblynm) if not os.path.isdir(assemblydir): if not silent: print "W: No such dir", assemblydir print "W: Assembly incomplete" return [] else: assemblydir = os.path.dirname(manifestpth) files.append(manifestpth) for file_ in self.files or manifest.files: fn = file_.find(assemblydir) if fn: files.append(fn) else: # If any of our files does not exist, # the assembly is incomplete if not silent: print "W: Assembly incomplete" return [] return files print "W: Assembly not found" return [] def getid(self, language=None, version=None): """ Return an identification string which uniquely names a manifest. This string is a combination of the manifest's processorArchitecture, name, publicKeyToken, version and language. Arguments: version (tuple or list of integers) - If version is given, use it instead of the manifest's version. """ if not self.name: if not silent: print "W: Assembly metadata incomplete" return "" id = [] if self.processorArchitecture: id.append(self.processorArchitecture) id.append(self.name) if self.publicKeyToken: id.append(self.publicKeyToken) if version or self.version: id.append(".".join([str(i) for i in version or self.version])) if not language: language = self.getlanguage() if language: id.append(language) return "_".join(id) def getlanguage(self, language=None, windowsversion=None): """ Get and return the manifest's language as string. Can be either language-culture e.g. 'en-us' or a string indicating language neutrality, e.g. 'x-ww' on Windows XP or 'none' on Vista and later. """ if not language: language = self.language if language in (None, "", "*", "neutral"): return (LANGUAGE_NEUTRAL_NT5, LANGUAGE_NEUTRAL_NT6)[(windowsversion or sys.getwindowsversion()) >= (6, )] return language def getpolicyid(self, fuzzy=True, language=None, windowsversion=None): """ Return an identification string which can be used to find a policy. This string is a combination of the manifest's processorArchitecture, major and minor version, name, publicKeyToken and language. Arguments: fuzzy (boolean) - If False, insert the full version in the id string. Default is True (omit). windowsversion - If not specified (or None), default to (tuple or list of integers) sys.getwindowsversion(). """ if not self.name: if not silent: print "W: Assembly metadata incomplete" return "" id = [] if self.processorArchitecture: id.append(self.processorArchitecture) name = [] name.append("policy") if self.version: name.append(str(self.version[0])) name.append(str(self.version[1])) name.append(self.name) id.append(".".join(name)) if self.publicKeyToken: id.append(self.publicKeyToken) if self.version and (windowsversion or sys.getwindowsversion()) >= (6, ): # Vista and later if fuzzy: id.append("*") else: id.append(".".join([str(i) for i in self.version])) if not language: language = self.getlanguage(windowsversion=windowsversion) if language: id.append(language) id.append("*") id = "_".join(id) if self.version and (windowsversion or sys.getwindowsversion()) < (6, ): # Windows XP if fuzzy: id = os.path.join(id, "*") else: id = os.path.join(id, ".".join([str(i) for i in self.version])) return id def load_dom(self, domtree, initialize=True): """ Load manifest from DOM tree. If initialize is True (default), reset existing attributes first. """ if domtree.nodeType == Node.DOCUMENT_NODE: rootElement = domtree.documentElement elif domtree.nodeType == Node.ELEMENT_NODE: rootElement = domtree else: raise InvalidManifestError("Invalid root element node type " + str(rootElement.nodeType) + " - has to be one of (DOCUMENT_NODE, " "ELEMENT_NODE)") allowed_names = ("assembly", "assemblyBinding", "configuration", "dependentAssembly") if rootElement.tagName not in allowed_names: raise InvalidManifestError( "Invalid root element <%s> - has to be one of <%s>" % (rootElement.tagName, ">, <".join(allowed_names))) # print "I: loading manifest metadata from element <%s>" % \ # rootElement.tagName if rootElement.tagName == "configuration": for windows in rootElement.getCEByTN("windows"): for assemblyBinding in windows.getCEByTN("assemblyBinding"): self.load_dom(assemblyBinding, initialize) else: if initialize: self.__init__() self.manifestType = rootElement.tagName self.manifestVersion = [int(i) for i in (rootElement.getA("manifestVersion") or "1.0").split(".")] self.noInheritable = bool(rootElement.getFCEByTN("noInheritable")) self.noInherit = bool(rootElement.getFCEByTN("noInherit")) for assemblyIdentity in rootElement.getCEByTN("assemblyIdentity"): self.type = assemblyIdentity.getA("type") or None self.name = assemblyIdentity.getA("name") or None self.language = assemblyIdentity.getA("language") or None self.processorArchitecture = assemblyIdentity.getA( "processorArchitecture") or None version = assemblyIdentity.getA("version") if version: self.version = [int(i) for i in version.split(".")] self.publicKeyToken = assemblyIdentity.getA("publicKeyToken") or None for publisherPolicy in rootElement.getCEByTN("publisherPolicy"): self.applyPublisherPolicy = (publisherPolicy.getA("apply") or "").lower() == "yes" for description in rootElement.getCEByTN("description"): if description.firstChild: self.description = description.firstChild.wholeText for trustInfo in rootElement.getCEByTN("trustInfo"): for security in trustInfo.getCEByTN("security"): for requestedPrivileges in \ security.getCEByTN("requestedPrivileges"): for requestedExecutionLevel in \ requestedPrivileges.getCEByTN( "requestedExecutionLevel"): self.requestedExecutionLevel = \ requestedExecutionLevel.getA("level") self.uiAccess = ( requestedExecutionLevel.getA("uiAccess") or "").lower() == "true" if rootElement.tagName == "assemblyBinding": dependencies = [rootElement] else: dependencies = rootElement.getCEByTN("dependency") for dependency in dependencies: for dependentAssembly in dependency.getCEByTN( "dependentAssembly"): manifest = ManifestFromDOM(dependentAssembly) if not manifest.name: # invalid, skip continue manifest.optional = (dependency.getA("optional") or "").lower() == "yes" self.dependentAssemblies.append(manifest) if self.filename: # Enable search for private assembly by assigning bogus # filename (only the directory has to be correct) self.dependentAssemblies[-1].filename = ":".join( (self.filename, manifest.name)) for bindingRedirect in rootElement.getCEByTN("bindingRedirect"): oldVersion = [[int(i) for i in part.split(".")] for part in bindingRedirect.getA("oldVersion").split("-")] newVersion = [int(i) for i in bindingRedirect.getA("newVersion").split(".")] self.bindingRedirects.append((oldVersion, newVersion)) for file_ in rootElement.getCEByTN("file"): self.add_file(name=file_.getA("name"), hashalg=file_.getA("hashalg"), hash=file_.getA("hash")) def parse(self, filename_or_file, initialize=True): """ Load manifest from file or file object """ if isinstance(filename_or_file, (str, unicode)): filename = filename_or_file else: filename = filename_or_file.name try: domtree = minidom.parse(filename_or_file) except xml.parsers.expat.ExpatError, e: args = [e.args[0]] if isinstance(filename, unicode): filename = filename.encode(sys.getdefaultencoding(), "replace") args.insert(0, '\n File "%s"\n ' % filename) raise ManifestXMLParseError(" ".join([str(arg) for arg in args])) if initialize: self.__init__() self.filename = filename self.load_dom(domtree, False) def parse_string(self, xmlstr, initialize=True): """ Load manifest from XML string """ try: domtree = minidom.parseString(xmlstr) except xml.parsers.expat.ExpatError, e: raise ManifestXMLParseError(e) self.load_dom(domtree, initialize) def same_id(self, manifest, skip_version_check=False): """ Return a bool indicating if another manifest has the same identitiy. This is done by comparing language, name, processorArchitecture, publicKeyToken, type and version. """ if skip_version_check: version_check = True else: version_check = self.version == manifest.version return (self.language == manifest.language and self.name == manifest.name and self.processorArchitecture == manifest.processorArchitecture and self.publicKeyToken == manifest.publicKeyToken and self.type == manifest.type and version_check) def todom(self): """ Return the manifest as DOM tree """ doc = Document() docE = doc.cE(self.manifestType) if self.manifestType == "assemblyBinding": cfg = doc.cE("configuration") win = doc.cE("windows") win.aChild(docE) cfg.aChild(win) doc.aChild(cfg) else: doc.aChild(docE) if self.manifestType != "dependentAssembly": docE.setA("xmlns", "urn:schemas-microsoft-com:asm.v1") if self.manifestType != "assemblyBinding": docE.setA("manifestVersion", ".".join([str(i) for i in self.manifestVersion])) if self.noInheritable: docE.aChild(doc.cE("noInheritable")) if self.noInherit: docE.aChild(doc.cE("noInherit")) aId = doc.cE("assemblyIdentity") if self.type: aId.setAttribute("type", self.type) if self.name: aId.setAttribute("name", self.name) if self.language: aId.setAttribute("language", self.language) if self.processorArchitecture: aId.setAttribute("processorArchitecture", self.processorArchitecture) if self.version: aId.setAttribute("version", ".".join([str(i) for i in self.version])) if self.publicKeyToken: aId.setAttribute("publicKeyToken", self.publicKeyToken) if aId.hasAttributes(): docE.aChild(aId) else: aId.unlink() if self.applyPublisherPolicy != None: ppE = doc.cE("publisherPolicy") if self.applyPublisherPolicy: ppE.setA("apply", "yes") else: ppE.setA("apply", "no") docE.aChild(ppE) if self.description: descE = doc.cE("description") descE.aChild(doc.cT(self.description)) docE.aChild(descE) if self.requestedExecutionLevel in ("asInvoker", "highestAvailable", "requireAdministrator"): tE = doc.cE("trustInfo") tE.setA("xmlns", "urn:schemas-microsoft-com:asm.v3") sE = doc.cE("security") rpE = doc.cE("requestedPrivileges") relE = doc.cE("requestedExecutionLevel") relE.setA("level", self.requestedExecutionLevel) if self.uiAccess: relE.setA("uiAccess", "true") else: relE.setA("uiAccess", "false") rpE.aChild(relE) sE.aChild(rpE) tE.aChild(sE) docE.aChild(tE) if self.dependentAssemblies: for assembly in self.dependentAssemblies: if self.manifestType != "assemblyBinding": dE = doc.cE("dependency") if assembly.optional: dE.setAttribute("optional", "yes") daE = doc.cE("dependentAssembly") adom = assembly.todom() for child in adom.documentElement.childNodes: daE.aChild(child.cloneNode(False)) adom.unlink() if self.manifestType != "assemblyBinding": dE.aChild(daE) docE.aChild(dE) else: docE.aChild(daE) if self.bindingRedirects: for bindingRedirect in self.bindingRedirects: brE = doc.cE("bindingRedirect") brE.setAttribute("oldVersion", "-".join([".".join([str(i) for i in part]) for part in bindingRedirect[0]])) brE.setAttribute("newVersion", ".".join([str(i) for i in bindingRedirect[1]])) docE.aChild(brE) if self.files: for file_ in self.files: fE = doc.cE("file") for attr in ("name", "hashalg", "hash"): val = getattr(file_, attr) if val: fE.setA(attr, val) docE.aChild(fE) return doc def toprettyxml(self, indent=" ", newl=os.linesep, encoding="UTF-8"): """ Return the manifest as pretty-printed XML """ domtree = self.todom() # WARNING: The XML declaration has to follow the order # version-encoding-standalone (standalone being optional), otherwise # if it is embedded in an exe the exe will fail to launch! # ('application configuration incorrect') if sys.version_info >= (2,3): xmlstr = domtree.toprettyxml(indent, newl, encoding) else: xmlstr = domtree.toprettyxml(indent, newl) xmlstr = xmlstr.strip(os.linesep).replace( '' % encoding, '' % encoding) domtree.unlink() return xmlstr def toxml(self, encoding="UTF-8"): """ Return the manifest as XML """ domtree = self.todom() # WARNING: The XML declaration has to follow the order # version-encoding-standalone (standalone being optional), otherwise # if it is embedded in an exe the exe will fail to launch! # ('application configuration incorrect') xmlstr = domtree.toxml(encoding).replace( '' % encoding, '' % encoding) domtree.unlink() return xmlstr def update_resources(self, dstpath, names=None, languages=None): """ Update or add manifest resource in dll/exe file dstpath """ UpdateManifestResourcesFromXML(dstpath, self.toprettyxml(), names, languages) def writeprettyxml(self, filename_or_file=None, indent=" ", newl=os.linesep, encoding="UTF-8"): """ Write the manifest as XML to a file or file object """ if not filename_or_file: filename_or_file = self.filename if isinstance(filename_or_file, (str, unicode)): filename_or_file = open(filename_or_file, "wb") xmlstr = self.toprettyxml(indent, newl, encoding) filename_or_file.write(xmlstr) filename_or_file.close() def writexml(self, filename_or_file=None, indent=" ", newl=os.linesep, encoding="UTF-8"): """ Write the manifest as XML to a file or file object """ if not filename_or_file: filename_or_file = self.filename if isinstance(filename_or_file, (str, unicode)): filename_or_file = open(filename_or_file, "wb") xmlstr = self.toxml(indent, newl, encoding) filename_or_file.write(xmlstr) filename_or_file.close() def ManifestFromResFile(filename, names=None, languages=None): """ Create and return manifest instance from resource in dll/exe file """ res = GetManifestResources(filename, names, languages) pth = [] if res and res[RT_MANIFEST]: while isinstance(res, dict) and res.keys(): key = res.keys()[0] pth.append(str(key)) res = res[key] if isinstance(res, dict): raise InvalidManifestError("No matching manifest resource found in '%s'" % filename) manifest = Manifest() manifest.filename = ":".join([filename] + pth) manifest.parse_string(res, False) return manifest def ManifestFromDOM(domtree): """ Create and return manifest instance from DOM tree """ manifest = Manifest() manifest.load_dom(domtree) return manifest def ManifestFromXML(xmlstr): """ Create and return manifest instance from XML """ manifest = Manifest() manifest.parse_string(xmlstr) return manifest def ManifestFromXMLFile(filename_or_file): """ Create and return manifest instance from file """ manifest = Manifest() manifest.parse(filename_or_file) return manifest def GetManifestResources(filename, names=None, languages=None): """ Get manifest resources from file """ return winresource.GetResources(filename, [RT_MANIFEST], names, languages) def UpdateManifestResourcesFromXML(dstpath, xmlstr, names=None, languages=None): """ Update or add manifest XML as resource in dstpath """ if not silent: print "I: Updating manifest in", dstpath if dstpath.lower().endswith(".exe"): name = 1 else: name = 2 winresource.UpdateResources(dstpath, xmlstr, RT_MANIFEST, names or [name], languages or [0, "*"]) def UpdateManifestResourcesFromXMLFile(dstpath, srcpath, names=None, languages=None): """ Update or add manifest XML from srcpath as resource in dstpath """ if not silent: print "I: Updating manifest from", srcpath, "in", dstpath if dstpath.lower().endswith(".exe"): name = 1 else: name = 2 winresource.UpdateResourcesFromDataFile(dstpath, srcpath, RT_MANIFEST, names or [name], languages or [0, "*"]) if __name__ == "__main__": dstpath = sys.argv[1] srcpath = sys.argv[2] UpdateManifestResourcesFromXMLFile(dstpath, srcpath) dispcalGUI-1.7.1.6/util/winmanifest_util.py000644 000765 000000 00000001621 12025152313 020520 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import os import sys import tempfile sys.path.insert(1, os.path.join(os.path.dirname(os.path.dirname(os.path.abspath(__file__))), "dispcalGUI")) from meta import description, name, version_tuple from winmanifest import ManifestFromXMLFile def getmanifest(manifest_template_path): manifest = ManifestFromXMLFile(manifest_template_path) manifest.description = description manifest.name = name manifest.version = version_tuple return manifest def getmanifestxml(manifest_template_path): manifest = getmanifest(manifest_template_path) return manifest.toprettyxml() def mktempmanifest(manifest_template_path): tempdir = tempfile.mkdtemp() tempmanifest_path = os.path.join(tempdir, "manifest.xml") if not os.path.exists(tempdir): os.makedirs(tempdir) manifest = getmanifest(manifest_template_path) manifest.writeprettyxml(tempmanifest_path) return tempmanifest_pathdispcalGUI-1.7.1.6/util/winresource.py000644 000765 000000 00000025026 12025152313 017511 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- # # Copyright (C) 2009, Florian Hoech # # 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., 51 Franklin Street, 5th Floor, Boston, MA 02110-1301, USA """ winresource.py Read and write resources from/to Win32 PE files. Commandline usage: winresource.py Updates or adds resources from file in file . 2009-03 Florian Hoech """ import os.path import pywintypes import win32api silent = False # True suppresses all messages LOAD_LIBRARY_AS_DATAFILE = 2 ERROR_BAD_EXE_FORMAT = 193 ERROR_RESOURCE_DATA_NOT_FOUND = 1812 ERROR_RESOURCE_TYPE_NOT_FOUND = 1813 ERROR_RESOURCE_NAME_NOT_FOUND = 1814 ERROR_RESOURCE_LANG_NOT_FOUND = 1815 class File(object): """ Win32 PE file class. """ def __init__(self, filename): self.filename = filename def get_resources(self, types=None, names=None, languages=None): """ Get resources. types = a list of resource types to search for (None = all) names = a list of resource names to search for (None = all) languages = a list of resource languages to search for (None = all) Return a dict of the form {type_: {name: {language: data}}} which might also be empty if no matching resources were found. """ return GetResources(self.filename, types, names, languages) def update_resources(self, data, type_, names=None, languages=None): """ Update or add resource data. type_ = resource type to update names = a list of resource names to update (None = all) languages = a list of resource languages to update (None = all) """ UpdateResources(self.filename, data, type_, names, languages) def update_resources_from_datafile(self, srcpath, type_, names=None, languages=None): """ Update or add resource data from file srcpath. type_ = resource type to update names = a list of resource names to update (None = all) languages = a list of resource languages to update (None = all) """ UpdateResourcesFromDataFile(self.filename, srcpath, type_, names, languages) def update_resources_from_dict(self, res, types=None, names=None, languages=None): """ Update or add resources from resource dict. types = a list of resource types to update (None = all) names = a list of resource names to update (None = all) languages = a list of resource languages to update (None = all) """ UpdateResourcesFromDict(self.filename, res, types, names, languages) def update_resources_from_resfile(self, srcpath, types=None, names=None, languages=None): """ Update or add resources from dll/exe file srcpath. types = a list of resource types to update (None = all) names = a list of resource names to update (None = all) languages = a list of resource languages to update (None = all) """ UpdateResourcesFromResFile(self.filename, srcpath, types, names, languages) def _GetResources(hsrc, types=None, names=None, languages=None): """ Get resources from hsrc. types = a list of resource types to search for (None = all) names = a list of resource names to search for (None = all) languages = a list of resource languages to search for (None = all) Return a dict of the form {type_: {name: {language: data}}} which might also be empty if no matching resources were found. """ res = {} try: # print "I: Enumerating resource types" enum_types = win32api.EnumResourceTypes(hsrc) if types and not "*" in types: enum_types = filter(lambda type_: type_ in types, enum_types) for type_ in enum_types: # print "I: Enumerating resources of type", type_ enum_names = win32api.EnumResourceNames(hsrc, type_) if names and not "*" in names: enum_names = filter(lambda name: name in names, enum_names) for name in enum_names: # print "I: Enumerating resources of type", type_, "name", name enum_languages = win32api.EnumResourceLanguages(hsrc, type_, name) if languages and not "*" in languages: enum_languages = filter(lambda language: language in languages, enum_languages) for language in enum_languages: data = win32api.LoadResource(hsrc, type_, name, language) if not type_ in res: res[type_] = {} if not name in res[type_]: res[type_][name] = {} res[type_][name][language] = data except pywintypes.error, exception: if exception.args[0] in (ERROR_RESOURCE_DATA_NOT_FOUND, ERROR_RESOURCE_TYPE_NOT_FOUND, ERROR_RESOURCE_NAME_NOT_FOUND, ERROR_RESOURCE_LANG_NOT_FOUND): # print "I:", exception.args[1] + ":", \ # exception.args[2] pass else: raise exception return res def GetResources(filename, types=None, names=None, languages=None): """ Get resources from dll/exe file. types = a list of resource types to search for (None = all) names = a list of resource names to search for (None = all) languages = a list of resource languages to search for (None = all) Return a dict of the form {type_: {name: {language: data}}} which might also be empty if no matching resources were found. """ hsrc = win32api.LoadLibraryEx(filename, 0, LOAD_LIBRARY_AS_DATAFILE) res = _GetResources(hsrc, types, names, languages) win32api.FreeLibrary(hsrc) return res def UpdateResources(dstpath, data, type_, names=None, languages=None): """ Update or add resource data in dll/exe file dstpath. type_ = resource type to update names = a list of resource names to update (None = all) languages = a list of resource languages to update (None = all) """ # look for existing resources res = GetResources(dstpath, [type_], names, languages) # add type_, names and languages not already present in existing resources if not type_ in res and type_ != "*": res[type_] = {} if names: for name in names: if not name in res[type_] and name != "*": res[type_][name] = [] if languages: for language in languages: if not language in res[type_][name] and language != "*": res[type_][name].append(language) # add resource to destination, overwriting existing resources hdst = win32api.BeginUpdateResource(dstpath, 0) for type_ in res: for name in res[type_]: for language in res[type_][name]: if not silent: print "I: Updating resource type", type_, "name", name, \ "language", language win32api.UpdateResource(hdst, type_, name, data, language) win32api.EndUpdateResource(hdst, 0) def UpdateResourcesFromDataFile(dstpath, srcpath, type_, names=None, languages=None): """ Update or add resource data from file srcpath in dll/exe file dstpath. type_ = resource type to update names = a list of resource names to update (None = all) languages = a list of resource languages to update (None = all) """ src = open(srcpath, "rb") data = src.read() src.close() UpdateResources(dstpath, data, type_, names, languages) def UpdateResourcesFromDict(dstpath, res, types=None, names=None, languages=None): """ Update or add resources from resource dict in dll/exe file dstpath. types = a list of resource types to update (None = all) names = a list of resource names to update (None = all) languages = a list of resource languages to update (None = all) """ for type_ in res: if not types or type_ in types: for name in res[type_]: if not names or name in names: for language in res[type_][name]: if not languages or language in languages: UpdateResources(dstpath, res[type_][name][language], [type_], [name], [language]) def UpdateResourcesFromResFile(dstpath, srcpath, types=None, names=None, languages=None): """ Update or add resources from dll/exe file srcpath in dll/exe file dstpath. types = a list of resource types to update (None = all) names = a list of resource names to update (None = all) languages = a list of resource languages to update (None = all) """ res = GetResources(srcpath, types, names, languages) UpdateResourcesFromDict(dstpath, res) dispcalGUI-1.7.1.6/util/winversion.py000644 000765 000000 00000002003 12025152313 017335 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import os import sys import tempfile sys.path.insert(1, os.path.join(os.path.dirname(os.path.dirname(os.path.abspath(__file__))), "dispcalGUI")) from meta import author, description, domain, name, version, version_tuple def mktempver(version_template_path): version_template = open(version_template_path, "r") tempver_str = version_template.read().decode("MBCS", "replace") % { "filevers": str(version_tuple), "prodvers": str(version_tuple), "CompanyName": domain, "FileDescription": description, "FileVersion": version, "InternalName": name, "LegalCopyright": u"© " + author, "OriginalFilename": name + ".exe", "ProductName": name, "ProductVersion": version } version_template.close() tempdir = tempfile.mkdtemp() tempver_path = os.path.join(tempdir, "winversion.txt") if not os.path.exists(tempdir): os.makedirs(tempdir) tempver = open(tempver_path, "w") tempver.write(tempver_str.encode("MBCS", "replace")) tempver.close() return tempver_pathdispcalGUI-1.7.1.6/theme/bg.png000644 000765 000000 00000001164 12025152300 016006 0ustar00svpwheel000000 000000 PNG  IHDR2 tEXtSoftwareAdobe ImageReadyqe<rPLTEPVIDATxdۖ@C# :(BCxty9au*o`fٜq>ɀ ˟rRt A7|m7,onj6h979<%x2 S(#axF{:)PtɀHS(tJZbV<0v;=p4; 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G8<h{ u^  V Lv~1\c7Gw۴.q" HZM^kA{B+!r>kN|?"g.۫Wsࣜ<2ȎoFUCOMEx݇&mz#[^ȗ. ϢPIa Z5ۢg %Jϔ\B (f֧4yJ2)%Sjr:^Nԧ.!~PN|5Sx"Ch),QF v7.tGJe %ajyaRwa{IqKD"}i&d{tg;$5;_ojSܷާF4BPaF:7UfH 8.9{z?"{%xۼma"*W|miLIENDB`dispcalGUI-1.7.1.6/theme/icons/000755 000765 000000 00000000000 12266723171 016042 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/theme/jquery.js000644 000765 000000 00000755721 12025152300 016604 0ustar00svpwheel000000 000000 /*! * jQuery JavaScript Library v1.7.2 * http://jquery.com/ * * Copyright 2011, John Resig * Dual licensed under the MIT or GPL Version 2 licenses. * http://jquery.org/license * * Includes Sizzle.js * http://sizzlejs.com/ * Copyright 2011, The Dojo Foundation * Released under the MIT, BSD, and GPL Licenses. * * Date: Wed Mar 21 12:46:34 2012 -0700 */ (function( window, undefined ) { // Use the correct document accordingly with window argument (sandbox) var document = window.document, navigator = window.navigator, location = window.location; var jQuery = (function() { // Define a local copy of jQuery var jQuery = function( selector, context ) { // The jQuery object is actually just the init constructor 'enhanced' return new jQuery.fn.init( selector, context, rootjQuery ); }, // Map over jQuery in case of overwrite _jQuery = window.jQuery, // Map over the $ in case of overwrite _$ = window.$, // A central reference to the root jQuery(document) rootjQuery, // A simple way to check for HTML strings or ID strings // Prioritize #id over to avoid XSS via location.hash (#9521) quickExpr = /^(?:[^#<]*(<[\w\W]+>)[^>]*$|#([\w\-]*)$)/, // Check if a string has a non-whitespace character in it rnotwhite = /\S/, // Used for trimming whitespace trimLeft = /^\s+/, trimRight = /\s+$/, // Match a standalone tag rsingleTag = /^<(\w+)\s*\/?>(?:<\/\1>)?$/, // JSON RegExp rvalidchars = /^[\],:{}\s]*$/, rvalidescape = /\\(?:["\\\/bfnrt]|u[0-9a-fA-F]{4})/g, rvalidtokens = /"[^"\\\n\r]*"|true|false|null|-?\d+(?:\.\d*)?(?:[eE][+\-]?\d+)?/g, rvalidbraces = /(?:^|:|,)(?:\s*\[)+/g, // Useragent RegExp rwebkit = /(webkit)[ \/]([\w.]+)/, ropera = /(opera)(?:.*version)?[ \/]([\w.]+)/, rmsie = /(msie) ([\w.]+)/, rmozilla = /(mozilla)(?:.*? rv:([\w.]+))?/, // Matches dashed string for camelizing rdashAlpha = /-([a-z]|[0-9])/ig, rmsPrefix = /^-ms-/, // Used by jQuery.camelCase as callback to replace() fcamelCase = function( all, letter ) { return ( letter + "" ).toUpperCase(); }, // Keep a UserAgent string for use with jQuery.browser userAgent = navigator.userAgent, // For matching the engine and version of the browser browserMatch, // The deferred used on DOM ready readyList, // The ready event handler DOMContentLoaded, // Save a reference to some core methods toString = Object.prototype.toString, hasOwn = Object.prototype.hasOwnProperty, push = Array.prototype.push, slice = Array.prototype.slice, trim = String.prototype.trim, indexOf = Array.prototype.indexOf, // [[Class]] -> type pairs class2type = {}; jQuery.fn = jQuery.prototype = { constructor: jQuery, init: function( selector, context, rootjQuery ) { var match, elem, ret, doc; // Handle $(""), $(null), or $(undefined) if ( !selector ) { return this; } // Handle $(DOMElement) if ( selector.nodeType ) { this.context = this[0] = selector; this.length = 1; return this; } // The body element only exists once, optimize finding it if ( selector === "body" && !context && document.body ) { this.context = document; this[0] = document.body; this.selector = selector; this.length = 1; return this; } // Handle HTML strings if ( typeof selector === "string" ) { // Are we dealing with HTML string or an ID? if ( selector.charAt(0) === "<" && selector.charAt( selector.length - 1 ) === ">" && selector.length >= 3 ) { // Assume that strings that start and end with <> are HTML and skip the regex check match = [ null, selector, null ]; } else { match = quickExpr.exec( selector ); } // Verify a match, and that no context was specified for #id if ( match && (match[1] || !context) ) { // HANDLE: $(html) -> $(array) if ( match[1] ) { context = context instanceof jQuery ? context[0] : context; doc = ( context ? context.ownerDocument || context : document ); // If a single string is passed in and it's a single tag // just do a createElement and skip the rest ret = rsingleTag.exec( selector ); if ( ret ) { if ( jQuery.isPlainObject( context ) ) { selector = [ document.createElement( ret[1] ) ]; jQuery.fn.attr.call( selector, context, true ); } else { selector = [ doc.createElement( ret[1] ) ]; } } else { ret = jQuery.buildFragment( [ match[1] ], [ doc ] ); selector = ( ret.cacheable ? jQuery.clone(ret.fragment) : ret.fragment ).childNodes; } return jQuery.merge( this, selector ); // HANDLE: $("#id") } else { elem = document.getElementById( match[2] ); // Check parentNode to catch when Blackberry 4.6 returns // nodes that are no longer in the document #6963 if ( elem && elem.parentNode ) { // Handle the case where IE and Opera return items // by name instead of ID if ( elem.id !== match[2] ) { return rootjQuery.find( selector ); } // Otherwise, we inject the element directly into the jQuery object this.length = 1; this[0] = elem; } this.context = document; this.selector = selector; return this; } // HANDLE: $(expr, $(...)) } else if ( !context || context.jquery ) { return ( context || rootjQuery ).find( selector ); // HANDLE: $(expr, context) // (which is just equivalent to: $(context).find(expr) } else { return this.constructor( context ).find( selector ); } // HANDLE: $(function) // Shortcut for document ready } else if ( jQuery.isFunction( selector ) ) { return rootjQuery.ready( selector ); } if ( selector.selector !== undefined ) { this.selector = selector.selector; this.context = selector.context; } return jQuery.makeArray( selector, this ); }, // Start with an empty selector selector: "", // The current version of jQuery being used jquery: "1.7.2", // The default length of a jQuery object is 0 length: 0, // The number of elements contained in the matched element set size: function() { return this.length; }, toArray: function() { return slice.call( this, 0 ); }, // Get the Nth element in the matched element set OR // Get the whole matched element set as a clean array get: function( num ) { return num == null ? // Return a 'clean' array this.toArray() : // Return just the object ( num < 0 ? this[ this.length + num ] : this[ num ] ); }, // Take an array of elements and push it onto the stack // (returning the new matched element set) pushStack: function( elems, name, selector ) { // Build a new jQuery matched element set var ret = this.constructor(); if ( jQuery.isArray( elems ) ) { push.apply( ret, elems ); } else { jQuery.merge( ret, elems ); } // Add the old object onto the stack (as a reference) ret.prevObject = this; ret.context = this.context; if ( name === "find" ) { ret.selector = this.selector + ( this.selector ? " " : "" ) + selector; } else if ( name ) { ret.selector = this.selector + "." + name + "(" + selector + ")"; } // Return the newly-formed element set return ret; }, // Execute a callback for every element in the matched set. // (You can seed the arguments with an array of args, but this is // only used internally.) each: function( callback, args ) { return jQuery.each( this, callback, args ); }, ready: function( fn ) { // Attach the listeners jQuery.bindReady(); // Add the callback readyList.add( fn ); return this; }, eq: function( i ) { i = +i; return i === -1 ? this.slice( i ) : this.slice( i, i + 1 ); }, first: function() { return this.eq( 0 ); }, last: function() { return this.eq( -1 ); }, slice: function() { return this.pushStack( slice.apply( this, arguments ), "slice", slice.call(arguments).join(",") ); }, map: function( callback ) { return this.pushStack( jQuery.map(this, function( elem, i ) { return callback.call( elem, i, elem ); })); }, end: function() { return this.prevObject || this.constructor(null); }, // For internal use only. // Behaves like an Array's method, not like a jQuery method. push: push, sort: [].sort, splice: [].splice }; // Give the init function the jQuery prototype for later instantiation jQuery.fn.init.prototype = jQuery.fn; jQuery.extend = jQuery.fn.extend = function() { var options, name, src, copy, copyIsArray, clone, target = arguments[0] || {}, i = 1, length = arguments.length, deep = false; // Handle a deep copy situation if ( typeof target === "boolean" ) { deep = target; target = arguments[1] || {}; // skip the boolean and the target i = 2; } // Handle case when target is a string or something (possible in deep copy) if ( typeof target !== "object" && !jQuery.isFunction(target) ) { target = {}; } // extend jQuery itself if only one argument is passed if ( length === i ) { target = this; --i; } for ( ; i < length; i++ ) { // Only deal with non-null/undefined values if ( (options = arguments[ i ]) != null ) { // Extend the base object for ( name in options ) { src = target[ name ]; copy = options[ name ]; // Prevent never-ending loop if ( target === copy ) { continue; } // Recurse if we're merging plain objects or arrays if ( deep && copy && ( jQuery.isPlainObject(copy) || (copyIsArray = jQuery.isArray(copy)) ) ) { if ( copyIsArray ) { copyIsArray = false; clone = src && jQuery.isArray(src) ? src : []; } else { clone = src && jQuery.isPlainObject(src) ? src : {}; } // Never move original objects, clone them target[ name ] = jQuery.extend( deep, clone, copy ); // Don't bring in undefined values } else if ( copy !== undefined ) { target[ name ] = copy; } } } } // Return the modified object return target; }; jQuery.extend({ noConflict: function( deep ) { if ( window.$ === jQuery ) { window.$ = _$; } if ( deep && window.jQuery === jQuery ) { window.jQuery = _jQuery; } return jQuery; }, // Is the DOM ready to be used? Set to true once it occurs. isReady: false, // A counter to track how many items to wait for before // the ready event fires. See #6781 readyWait: 1, // Hold (or release) the ready event holdReady: function( hold ) { if ( hold ) { jQuery.readyWait++; } else { jQuery.ready( true ); } }, // Handle when the DOM is ready ready: function( wait ) { // Either a released hold or an DOMready/load event and not yet ready if ( (wait === true && !--jQuery.readyWait) || (wait !== true && !jQuery.isReady) ) { // Make sure body exists, at least, in case IE gets a little overzealous (ticket #5443). if ( !document.body ) { return setTimeout( jQuery.ready, 1 ); } // Remember that the DOM is ready jQuery.isReady = true; // If a normal DOM Ready event fired, decrement, and wait if need be if ( wait !== true && --jQuery.readyWait > 0 ) { return; } // If there are functions bound, to execute readyList.fireWith( document, [ jQuery ] ); // Trigger any bound ready events if ( jQuery.fn.trigger ) { jQuery( document ).trigger( "ready" ).off( "ready" ); } } }, bindReady: function() { if ( readyList ) { return; } readyList = jQuery.Callbacks( "once memory" ); // Catch cases where $(document).ready() is called after the // browser event has already occurred. if ( document.readyState === "complete" ) { // Handle it asynchronously to allow scripts the opportunity to delay ready return setTimeout( jQuery.ready, 1 ); } // Mozilla, Opera and webkit nightlies currently support this event if ( document.addEventListener ) { // Use the handy event callback document.addEventListener( "DOMContentLoaded", DOMContentLoaded, false ); // A fallback to window.onload, that will always work window.addEventListener( "load", jQuery.ready, false ); // If IE event model is used } else if ( document.attachEvent ) { // ensure firing before onload, // maybe late but safe also for iframes document.attachEvent( "onreadystatechange", DOMContentLoaded ); // A fallback to window.onload, that will always work window.attachEvent( "onload", jQuery.ready ); // If IE and not a frame // continually check to see if the document is ready var toplevel = false; try { toplevel = window.frameElement == null; } catch(e) {} if ( document.documentElement.doScroll && toplevel ) { doScrollCheck(); } } }, // See test/unit/core.js for details concerning isFunction. // Since version 1.3, DOM methods and functions like alert // aren't supported. They return false on IE (#2968). isFunction: function( obj ) { return jQuery.type(obj) === "function"; }, isArray: Array.isArray || function( obj ) { return jQuery.type(obj) === "array"; }, isWindow: function( obj ) { return obj != null && obj == obj.window; }, isNumeric: function( obj ) { return !isNaN( parseFloat(obj) ) && isFinite( obj ); }, type: function( obj ) { return obj == null ? String( obj ) : class2type[ toString.call(obj) ] || "object"; }, isPlainObject: function( obj ) { // Must be an Object. // Because of IE, we also have to check the presence of the constructor property. // Make sure that DOM nodes and window objects don't pass through, as well if ( !obj || jQuery.type(obj) !== "object" || obj.nodeType || jQuery.isWindow( obj ) ) { return false; } try { // Not own constructor property must be Object if ( obj.constructor && !hasOwn.call(obj, "constructor") && !hasOwn.call(obj.constructor.prototype, "isPrototypeOf") ) { return false; } } catch ( e ) { // IE8,9 Will throw exceptions on certain host objects #9897 return false; } // Own properties are enumerated firstly, so to speed up, // if last one is own, then all properties are own. var key; for ( key in obj ) {} return key === undefined || hasOwn.call( obj, key ); }, isEmptyObject: function( obj ) { for ( var name in obj ) { return false; } return true; }, error: function( msg ) { throw new Error( msg ); }, parseJSON: function( data ) { if ( typeof data !== "string" || !data ) { return null; } // Make sure leading/trailing whitespace is removed (IE can't handle it) data = jQuery.trim( data ); // Attempt to parse using the native JSON parser first if ( window.JSON && window.JSON.parse ) { return window.JSON.parse( data ); } // Make sure the incoming data is actual JSON // Logic borrowed from http://json.org/json2.js if ( rvalidchars.test( data.replace( rvalidescape, "@" ) .replace( rvalidtokens, "]" ) .replace( rvalidbraces, "")) ) { return ( new Function( "return " + data ) )(); } jQuery.error( "Invalid JSON: " + data ); }, // Cross-browser xml parsing parseXML: function( data ) { if ( typeof data !== "string" || !data ) { return null; } var xml, tmp; try { if ( window.DOMParser ) { // Standard tmp = new DOMParser(); xml = tmp.parseFromString( data , "text/xml" ); } else { // IE xml = new ActiveXObject( "Microsoft.XMLDOM" ); xml.async = "false"; xml.loadXML( data ); } } catch( e ) { xml = undefined; } if ( !xml || !xml.documentElement || xml.getElementsByTagName( "parsererror" ).length ) { jQuery.error( "Invalid XML: " + data ); } return xml; }, noop: function() {}, // Evaluates a script in a global context // Workarounds based on findings by Jim Driscoll // http://weblogs.java.net/blog/driscoll/archive/2009/09/08/eval-javascript-global-context globalEval: function( data ) { if ( data && rnotwhite.test( data ) ) { // We use execScript on Internet Explorer // We use an anonymous function so that context is window // rather than jQuery in Firefox ( window.execScript || function( data ) { window[ "eval" ].call( window, data ); } )( data ); } }, // Convert dashed to camelCase; used by the css and data modules // Microsoft forgot to hump their vendor prefix (#9572) camelCase: function( string ) { return string.replace( rmsPrefix, "ms-" ).replace( rdashAlpha, fcamelCase ); }, nodeName: function( elem, name ) { return elem.nodeName && elem.nodeName.toUpperCase() === name.toUpperCase(); }, // args is for internal usage only each: function( object, callback, args ) { var name, i = 0, length = object.length, isObj = length === undefined || jQuery.isFunction( object ); if ( args ) { if ( isObj ) { for ( name in object ) { if ( callback.apply( object[ name ], args ) === false ) { break; } } } else { for ( ; i < length; ) { if ( callback.apply( object[ i++ ], args ) === false ) { break; } } } // A special, fast, case for the most common use of each } else { if ( isObj ) { for ( name in object ) { if ( callback.call( object[ name ], name, object[ name ] ) === false ) { break; } } } else { for ( ; i < length; ) { if ( callback.call( object[ i ], i, object[ i++ ] ) === false ) { break; } } } } return object; }, // Use native String.trim function wherever possible trim: trim ? function( text ) { return text == null ? "" : trim.call( text ); } : // Otherwise use our own trimming functionality function( text ) { return text == null ? "" : text.toString().replace( trimLeft, "" ).replace( trimRight, "" ); }, // results is for internal usage only makeArray: function( array, results ) { var ret = results || []; if ( array != null ) { // The window, strings (and functions) also have 'length' // Tweaked logic slightly to handle Blackberry 4.7 RegExp issues #6930 var type = jQuery.type( array ); if ( array.length == null || type === "string" || type === "function" || type === "regexp" || jQuery.isWindow( array ) ) { push.call( ret, array ); } else { jQuery.merge( ret, array ); } } return ret; }, inArray: function( elem, array, i ) { var len; if ( array ) { if ( indexOf ) { return indexOf.call( array, elem, i ); } len = array.length; i = i ? i < 0 ? Math.max( 0, len + i ) : i : 0; for ( ; i < len; i++ ) { // Skip accessing in sparse arrays if ( i in array && array[ i ] === elem ) { return i; } } } return -1; }, merge: function( first, second ) { var i = first.length, j = 0; if ( typeof second.length === "number" ) { for ( var l = second.length; j < l; j++ ) { first[ i++ ] = second[ j ]; } } else { while ( second[j] !== undefined ) { first[ i++ ] = second[ j++ ]; } } first.length = i; return first; }, grep: function( elems, callback, inv ) { var ret = [], retVal; inv = !!inv; // Go through the array, only saving the items // that pass the validator function for ( var i = 0, length = elems.length; i < length; i++ ) { retVal = !!callback( elems[ i ], i ); if ( inv !== retVal ) { ret.push( elems[ i ] ); } } return ret; }, // arg is for internal usage only map: function( elems, callback, arg ) { var value, key, ret = [], i = 0, length = elems.length, // jquery objects are treated as arrays isArray = elems instanceof jQuery || length !== undefined && typeof length === "number" && ( ( length > 0 && elems[ 0 ] && elems[ length -1 ] ) || length === 0 || jQuery.isArray( elems ) ) ; // Go through the array, translating each of the items to their if ( isArray ) { for ( ; i < length; i++ ) { value = callback( elems[ i ], i, arg ); if ( value != null ) { ret[ ret.length ] = value; } } // Go through every key on the object, } else { for ( key in elems ) { value = callback( elems[ key ], key, arg ); if ( value != null ) { ret[ ret.length ] = value; } } } // Flatten any nested arrays return ret.concat.apply( [], ret ); }, // A global GUID counter for objects guid: 1, // Bind a function to a context, optionally partially applying any // arguments. proxy: function( fn, context ) { if ( typeof context === "string" ) { var tmp = fn[ context ]; context = fn; fn = tmp; } // Quick check to determine if target is callable, in the spec // this throws a TypeError, but we will just return undefined. if ( !jQuery.isFunction( fn ) ) { return undefined; } // Simulated bind var args = slice.call( arguments, 2 ), proxy = function() { return fn.apply( context, args.concat( slice.call( arguments ) ) ); }; // Set the guid of unique handler to the same of original handler, so it can be removed proxy.guid = fn.guid = fn.guid || proxy.guid || jQuery.guid++; return proxy; }, // Mutifunctional method to get and set values to a collection // The value/s can optionally be executed if it's a function access: function( elems, fn, key, value, chainable, emptyGet, pass ) { var exec, bulk = key == null, i = 0, length = elems.length; // Sets many values if ( key && typeof key === "object" ) { for ( i in key ) { jQuery.access( elems, fn, i, key[i], 1, emptyGet, value ); } chainable = 1; // Sets one value } else if ( value !== undefined ) { // Optionally, function values get executed if exec is true exec = pass === undefined && jQuery.isFunction( value ); if ( bulk ) { // Bulk operations only iterate when executing function values if ( exec ) { exec = fn; fn = function( elem, key, value ) { return exec.call( jQuery( elem ), value ); }; // Otherwise they run against the entire set } else { fn.call( elems, value ); fn = null; } } if ( fn ) { for (; i < length; i++ ) { fn( elems[i], key, exec ? value.call( elems[i], i, fn( elems[i], key ) ) : value, pass ); } } chainable = 1; } return chainable ? elems : // Gets bulk ? fn.call( elems ) : length ? fn( elems[0], key ) : emptyGet; }, now: function() { return ( new Date() ).getTime(); }, // Use of jQuery.browser is frowned upon. // More details: http://docs.jquery.com/Utilities/jQuery.browser uaMatch: function( ua ) { ua = ua.toLowerCase(); var match = rwebkit.exec( ua ) || ropera.exec( ua ) || rmsie.exec( ua ) || ua.indexOf("compatible") < 0 && rmozilla.exec( ua ) || []; return { browser: match[1] || "", version: match[2] || "0" }; }, sub: function() { function jQuerySub( selector, context ) { return new jQuerySub.fn.init( selector, context ); } jQuery.extend( true, jQuerySub, this ); jQuerySub.superclass = this; jQuerySub.fn = jQuerySub.prototype = this(); jQuerySub.fn.constructor = jQuerySub; jQuerySub.sub = this.sub; jQuerySub.fn.init = function init( selector, context ) { if ( context && context instanceof jQuery && !(context instanceof jQuerySub) ) { context = jQuerySub( context ); } return jQuery.fn.init.call( this, selector, context, rootjQuerySub ); }; jQuerySub.fn.init.prototype = jQuerySub.fn; var rootjQuerySub = jQuerySub(document); return jQuerySub; }, browser: {} }); // Populate the class2type map jQuery.each("Boolean Number String Function Array Date RegExp Object".split(" "), function(i, name) { class2type[ "[object " + name + "]" ] = name.toLowerCase(); }); browserMatch = jQuery.uaMatch( userAgent ); if ( browserMatch.browser ) { jQuery.browser[ browserMatch.browser ] = true; jQuery.browser.version = browserMatch.version; } // Deprecated, use jQuery.browser.webkit instead if ( jQuery.browser.webkit ) { jQuery.browser.safari = true; } // IE doesn't match non-breaking spaces with \s if ( rnotwhite.test( "\xA0" ) ) { trimLeft = /^[\s\xA0]+/; trimRight = /[\s\xA0]+$/; } // All jQuery objects should point back to these rootjQuery = jQuery(document); // Cleanup functions for the document ready method if ( document.addEventListener ) { DOMContentLoaded = function() { document.removeEventListener( "DOMContentLoaded", DOMContentLoaded, false ); jQuery.ready(); }; } else if ( document.attachEvent ) { DOMContentLoaded = function() { // Make sure body exists, at least, in case IE gets a little overzealous (ticket #5443). if ( document.readyState === "complete" ) { document.detachEvent( "onreadystatechange", DOMContentLoaded ); jQuery.ready(); } }; } // The DOM ready check for Internet Explorer function doScrollCheck() { if ( jQuery.isReady ) { return; } try { // If IE is used, use the trick by Diego Perini // http://javascript.nwbox.com/IEContentLoaded/ document.documentElement.doScroll("left"); } catch(e) { setTimeout( doScrollCheck, 1 ); return; } // and execute any waiting functions jQuery.ready(); } return jQuery; })(); // String to Object flags format cache var flagsCache = {}; // Convert String-formatted flags into Object-formatted ones and store in cache function createFlags( flags ) { var object = flagsCache[ flags ] = {}, i, length; flags = flags.split( /\s+/ ); for ( i = 0, length = flags.length; i < length; i++ ) { object[ flags[i] ] = true; } return object; } /* * Create a callback list using the following parameters: * * flags: an optional list of space-separated flags that will change how * the callback list behaves * * By default a callback list will act like an event callback list and can be * "fired" multiple times. * * Possible flags: * * once: will ensure the callback list can only be fired once (like a Deferred) * * memory: will keep track of previous values and will call any callback added * after the list has been fired right away with the latest "memorized" * values (like a Deferred) * * unique: will ensure a callback can only be added once (no duplicate in the list) * * stopOnFalse: interrupt callings when a callback returns false * */ jQuery.Callbacks = function( flags ) { // Convert flags from String-formatted to Object-formatted // (we check in cache first) flags = flags ? ( flagsCache[ flags ] || createFlags( flags ) ) : {}; var // Actual callback list list = [], // Stack of fire calls for repeatable lists stack = [], // Last fire value (for non-forgettable lists) memory, // Flag to know if list was already fired fired, // Flag to know if list is currently firing firing, // First callback to fire (used internally by add and fireWith) firingStart, // End of the loop when firing firingLength, // Index of currently firing callback (modified by remove if needed) firingIndex, // Add one or several callbacks to the list add = function( args ) { var i, length, elem, type, actual; for ( i = 0, length = args.length; i < length; i++ ) { elem = args[ i ]; type = jQuery.type( elem ); if ( type === "array" ) { // Inspect recursively add( elem ); } else if ( type === "function" ) { // Add if not in unique mode and callback is not in if ( !flags.unique || !self.has( elem ) ) { list.push( elem ); } } } }, // Fire callbacks fire = function( context, args ) { args = args || []; memory = !flags.memory || [ context, args ]; fired = true; firing = true; firingIndex = firingStart || 0; firingStart = 0; firingLength = list.length; for ( ; list && firingIndex < firingLength; firingIndex++ ) { if ( list[ firingIndex ].apply( context, args ) === false && flags.stopOnFalse ) { memory = true; // Mark as halted break; } } firing = false; if ( list ) { if ( !flags.once ) { if ( stack && stack.length ) { memory = stack.shift(); self.fireWith( memory[ 0 ], memory[ 1 ] ); } } else if ( memory === true ) { self.disable(); } else { list = []; } } }, // Actual Callbacks object self = { // Add a callback or a collection of callbacks to the list add: function() { if ( list ) { var length = list.length; add( arguments ); // Do we need to add the callbacks to the // current firing batch? if ( firing ) { firingLength = list.length; // With memory, if we're not firing then // we should call right away, unless previous // firing was halted (stopOnFalse) } else if ( memory && memory !== true ) { firingStart = length; fire( memory[ 0 ], memory[ 1 ] ); } } return this; }, // Remove a callback from the list remove: function() { if ( list ) { var args = arguments, argIndex = 0, argLength = args.length; for ( ; argIndex < argLength ; argIndex++ ) { for ( var i = 0; i < list.length; i++ ) { if ( args[ argIndex ] === list[ i ] ) { // Handle firingIndex and firingLength if ( firing ) { if ( i <= firingLength ) { firingLength--; if ( i <= firingIndex ) { firingIndex--; } } } // Remove the element list.splice( i--, 1 ); // If we have some unicity property then // we only need to do this once if ( flags.unique ) { break; } } } } } return this; }, // Control if a given callback is in the list has: function( fn ) { if ( list ) { var i = 0, length = list.length; for ( ; i < length; i++ ) { if ( fn === list[ i ] ) { return true; } } } return false; }, // Remove all callbacks from the list empty: function() { list = []; return this; }, // Have the list do nothing anymore disable: function() { list = stack = memory = undefined; return this; }, // Is it disabled? disabled: function() { return !list; }, // Lock the list in its current state lock: function() { stack = undefined; if ( !memory || memory === true ) { self.disable(); } return this; }, // Is it locked? locked: function() { return !stack; }, // Call all callbacks with the given context and arguments fireWith: function( context, args ) { if ( stack ) { if ( firing ) { if ( !flags.once ) { stack.push( [ context, args ] ); } } else if ( !( flags.once && memory ) ) { fire( context, args ); } } return this; }, // Call all the callbacks with the given arguments fire: function() { self.fireWith( this, arguments ); return this; }, // To know if the callbacks have already been called at least once fired: function() { return !!fired; } }; return self; }; var // Static reference to slice sliceDeferred = [].slice; jQuery.extend({ Deferred: function( func ) { var doneList = jQuery.Callbacks( "once memory" ), failList = jQuery.Callbacks( "once memory" ), progressList = jQuery.Callbacks( "memory" ), state = "pending", lists = { resolve: doneList, reject: failList, notify: progressList }, promise = { done: doneList.add, fail: failList.add, progress: progressList.add, state: function() { return state; }, // Deprecated isResolved: doneList.fired, isRejected: failList.fired, then: function( doneCallbacks, failCallbacks, progressCallbacks ) { deferred.done( doneCallbacks ).fail( failCallbacks ).progress( progressCallbacks ); return this; }, always: function() { deferred.done.apply( deferred, arguments ).fail.apply( deferred, arguments ); return this; }, pipe: function( fnDone, fnFail, fnProgress ) { return jQuery.Deferred(function( newDefer ) { jQuery.each( { done: [ fnDone, "resolve" ], fail: [ fnFail, "reject" ], progress: [ fnProgress, "notify" ] }, function( handler, data ) { var fn = data[ 0 ], action = data[ 1 ], returned; if ( jQuery.isFunction( fn ) ) { deferred[ handler ](function() { returned = fn.apply( this, arguments ); if ( returned && jQuery.isFunction( returned.promise ) ) { returned.promise().then( newDefer.resolve, newDefer.reject, newDefer.notify ); } else { newDefer[ action + "With" ]( this === deferred ? newDefer : this, [ returned ] ); } }); } else { deferred[ handler ]( newDefer[ action ] ); } }); }).promise(); }, // Get a promise for this deferred // If obj is provided, the promise aspect is added to the object promise: function( obj ) { if ( obj == null ) { obj = promise; } else { for ( var key in promise ) { obj[ key ] = promise[ key ]; } } return obj; } }, deferred = promise.promise({}), key; for ( key in lists ) { deferred[ key ] = lists[ key ].fire; deferred[ key + "With" ] = lists[ key ].fireWith; } // Handle state deferred.done( function() { state = "resolved"; }, failList.disable, progressList.lock ).fail( function() { state = "rejected"; }, doneList.disable, progressList.lock ); // Call given func if any if ( func ) { func.call( deferred, deferred ); } // All done! return deferred; }, // Deferred helper when: function( firstParam ) { var args = sliceDeferred.call( arguments, 0 ), i = 0, length = args.length, pValues = new Array( length ), count = length, pCount = length, deferred = length <= 1 && firstParam && jQuery.isFunction( firstParam.promise ) ? firstParam : jQuery.Deferred(), promise = deferred.promise(); function resolveFunc( i ) { return function( value ) { args[ i ] = arguments.length > 1 ? sliceDeferred.call( arguments, 0 ) : value; if ( !( --count ) ) { deferred.resolveWith( deferred, args ); } }; } function progressFunc( i ) { return function( value ) { pValues[ i ] = arguments.length > 1 ? sliceDeferred.call( arguments, 0 ) : value; deferred.notifyWith( promise, pValues ); }; } if ( length > 1 ) { for ( ; i < length; i++ ) { if ( args[ i ] && args[ i ].promise && jQuery.isFunction( args[ i ].promise ) ) { args[ i ].promise().then( resolveFunc(i), deferred.reject, progressFunc(i) ); } else { --count; } } if ( !count ) { deferred.resolveWith( deferred, args ); } } else if ( deferred !== firstParam ) { deferred.resolveWith( deferred, length ? [ firstParam ] : [] ); } return promise; } }); jQuery.support = (function() { var support, all, a, select, opt, input, fragment, tds, events, eventName, i, isSupported, div = document.createElement( "div" ), documentElement = document.documentElement; // Preliminary tests div.setAttribute("className", "t"); div.innerHTML = "
a"; all = div.getElementsByTagName( "*" ); a = div.getElementsByTagName( "a" )[ 0 ]; // Can't get basic test support if ( !all || !all.length || !a ) { return {}; } // First batch of supports tests select = document.createElement( "select" ); opt = select.appendChild( document.createElement("option") ); input = div.getElementsByTagName( "input" )[ 0 ]; support = { // IE strips leading whitespace when .innerHTML is used leadingWhitespace: ( div.firstChild.nodeType === 3 ), // Make sure that tbody elements aren't automatically inserted // IE will insert them into empty tables tbody: !div.getElementsByTagName("tbody").length, // Make sure that link elements get serialized correctly by innerHTML // This requires a wrapper element in IE htmlSerialize: !!div.getElementsByTagName("link").length, // Get the style information from getAttribute // (IE uses .cssText instead) style: /top/.test( a.getAttribute("style") ), // Make sure that URLs aren't manipulated // (IE normalizes it by default) hrefNormalized: ( a.getAttribute("href") === "/a" ), // Make sure that element opacity exists // (IE uses filter instead) // Use a regex to work around a WebKit issue. See #5145 opacity: /^0.55/.test( a.style.opacity ), // Verify style float existence // (IE uses styleFloat instead of cssFloat) cssFloat: !!a.style.cssFloat, // Make sure that if no value is specified for a checkbox // that it defaults to "on". // (WebKit defaults to "" instead) checkOn: ( input.value === "on" ), // Make sure that a selected-by-default option has a working selected property. // (WebKit defaults to false instead of true, IE too, if it's in an optgroup) optSelected: opt.selected, // Test setAttribute on camelCase class. If it works, we need attrFixes when doing get/setAttribute (ie6/7) getSetAttribute: div.className !== "t", // Tests for enctype support on a form(#6743) enctype: !!document.createElement("form").enctype, // Makes sure cloning an html5 element does not cause problems // Where outerHTML is undefined, this still works html5Clone: document.createElement("nav").cloneNode( true ).outerHTML !== "<:nav>", // Will be defined later submitBubbles: true, changeBubbles: true, focusinBubbles: false, deleteExpando: true, noCloneEvent: true, inlineBlockNeedsLayout: false, shrinkWrapBlocks: false, reliableMarginRight: true, pixelMargin: true }; // jQuery.boxModel DEPRECATED in 1.3, use jQuery.support.boxModel instead jQuery.boxModel = support.boxModel = (document.compatMode === "CSS1Compat"); // Make sure checked status is properly cloned input.checked = true; support.noCloneChecked = input.cloneNode( true ).checked; // Make sure that the options inside disabled selects aren't marked as disabled // (WebKit marks them as disabled) select.disabled = true; support.optDisabled = !opt.disabled; // Test to see if it's possible to delete an expando from an element // Fails in Internet Explorer try { delete div.test; } catch( e ) { support.deleteExpando = false; } if ( !div.addEventListener && div.attachEvent && div.fireEvent ) { div.attachEvent( "onclick", function() { // Cloning a node shouldn't copy over any // bound event handlers (IE does this) support.noCloneEvent = false; }); div.cloneNode( true ).fireEvent( "onclick" ); } // Check if a radio maintains its value // after being appended to the DOM input = document.createElement("input"); input.value = "t"; input.setAttribute("type", "radio"); support.radioValue = input.value === "t"; input.setAttribute("checked", "checked"); // #11217 - WebKit loses check when the name is after the checked attribute input.setAttribute( "name", "t" ); div.appendChild( input ); fragment = document.createDocumentFragment(); fragment.appendChild( div.lastChild ); // WebKit doesn't clone checked state correctly in fragments support.checkClone = fragment.cloneNode( true ).cloneNode( true ).lastChild.checked; // Check if a disconnected checkbox will retain its checked // value of true after appended to the DOM (IE6/7) support.appendChecked = input.checked; fragment.removeChild( input ); fragment.appendChild( div ); // Technique from Juriy Zaytsev // http://perfectionkills.com/detecting-event-support-without-browser-sniffing/ // We only care about the case where non-standard event systems // are used, namely in IE. Short-circuiting here helps us to // avoid an eval call (in setAttribute) which can cause CSP // to go haywire. See: https://developer.mozilla.org/en/Security/CSP if ( div.attachEvent ) { for ( i in { submit: 1, change: 1, focusin: 1 }) { eventName = "on" + i; isSupported = ( eventName in div ); if ( !isSupported ) { div.setAttribute( eventName, "return;" ); isSupported = ( typeof div[ eventName ] === "function" ); } support[ i + "Bubbles" ] = isSupported; } } fragment.removeChild( div ); // Null elements to avoid leaks in IE fragment = select = opt = div = input = null; // Run tests that need a body at doc ready jQuery(function() { var container, outer, inner, table, td, offsetSupport, marginDiv, conMarginTop, style, html, positionTopLeftWidthHeight, paddingMarginBorderVisibility, paddingMarginBorder, body = document.getElementsByTagName("body")[0]; if ( !body ) { // Return for frameset docs that don't have a body return; } conMarginTop = 1; paddingMarginBorder = "padding:0;margin:0;border:"; positionTopLeftWidthHeight = "position:absolute;top:0;left:0;width:1px;height:1px;"; paddingMarginBorderVisibility = paddingMarginBorder + "0;visibility:hidden;"; style = "style='" + positionTopLeftWidthHeight + paddingMarginBorder + "5px solid #000;"; html = "
" + "" + "
"; container = document.createElement("div"); container.style.cssText = paddingMarginBorderVisibility + "width:0;height:0;position:static;top:0;margin-top:" + conMarginTop + "px"; body.insertBefore( container, body.firstChild ); // Construct the test element div = document.createElement("div"); container.appendChild( div ); // Check if table cells still have offsetWidth/Height when they are set // to display:none and there are still other visible table cells in a // table row; if so, offsetWidth/Height are not reliable for use when // determining if an element has been hidden directly using // display:none (it is still safe to use offsets if a parent element is // hidden; don safety goggles and see bug #4512 for more information). // (only IE 8 fails this test) div.innerHTML = "
t
"; tds = div.getElementsByTagName( "td" ); isSupported = ( tds[ 0 ].offsetHeight === 0 ); tds[ 0 ].style.display = ""; tds[ 1 ].style.display = "none"; // Check if empty table cells still have offsetWidth/Height // (IE <= 8 fail this test) support.reliableHiddenOffsets = isSupported && ( tds[ 0 ].offsetHeight === 0 ); // Check if div with explicit width and no margin-right incorrectly // gets computed margin-right based on width of container. For more // info see bug #3333 // Fails in WebKit before Feb 2011 nightlies // WebKit Bug 13343 - getComputedStyle returns wrong value for margin-right if ( window.getComputedStyle ) { div.innerHTML = ""; marginDiv = document.createElement( "div" ); marginDiv.style.width = "0"; marginDiv.style.marginRight = "0"; div.style.width = "2px"; div.appendChild( marginDiv ); support.reliableMarginRight = ( parseInt( ( window.getComputedStyle( marginDiv, null ) || { marginRight: 0 } ).marginRight, 10 ) || 0 ) === 0; } if ( typeof div.style.zoom !== "undefined" ) { // Check if natively block-level elements act like inline-block // elements when setting their display to 'inline' and giving // them layout // (IE < 8 does this) div.innerHTML = ""; div.style.width = div.style.padding = "1px"; div.style.border = 0; div.style.overflow = "hidden"; div.style.display = "inline"; div.style.zoom = 1; support.inlineBlockNeedsLayout = ( div.offsetWidth === 3 ); // Check if elements with layout shrink-wrap their children // (IE 6 does this) div.style.display = "block"; div.style.overflow = "visible"; div.innerHTML = "
"; support.shrinkWrapBlocks = ( div.offsetWidth !== 3 ); } div.style.cssText = positionTopLeftWidthHeight + paddingMarginBorderVisibility; div.innerHTML = html; outer = div.firstChild; inner = outer.firstChild; td = outer.nextSibling.firstChild.firstChild; offsetSupport = { doesNotAddBorder: ( inner.offsetTop !== 5 ), doesAddBorderForTableAndCells: ( td.offsetTop === 5 ) }; inner.style.position = "fixed"; inner.style.top = "20px"; // safari subtracts parent border width here which is 5px offsetSupport.fixedPosition = ( inner.offsetTop === 20 || inner.offsetTop === 15 ); inner.style.position = inner.style.top = ""; outer.style.overflow = "hidden"; outer.style.position = "relative"; offsetSupport.subtractsBorderForOverflowNotVisible = ( inner.offsetTop === -5 ); offsetSupport.doesNotIncludeMarginInBodyOffset = ( body.offsetTop !== conMarginTop ); if ( window.getComputedStyle ) { div.style.marginTop = "1%"; support.pixelMargin = ( window.getComputedStyle( div, null ) || { marginTop: 0 } ).marginTop !== "1%"; } if ( typeof container.style.zoom !== "undefined" ) { container.style.zoom = 1; } body.removeChild( container ); marginDiv = div = container = null; jQuery.extend( support, offsetSupport ); }); return support; })(); var rbrace = /^(?:\{.*\}|\[.*\])$/, rmultiDash = /([A-Z])/g; jQuery.extend({ cache: {}, // Please use with caution uuid: 0, // Unique for each copy of jQuery on the page // Non-digits removed to match rinlinejQuery expando: "jQuery" + ( jQuery.fn.jquery + Math.random() ).replace( /\D/g, "" ), // The following elements throw uncatchable exceptions if you // attempt to add expando properties to them. noData: { "embed": true, // Ban all objects except for Flash (which handle expandos) "object": "clsid:D27CDB6E-AE6D-11cf-96B8-444553540000", "applet": true }, hasData: function( elem ) { elem = elem.nodeType ? jQuery.cache[ elem[jQuery.expando] ] : elem[ jQuery.expando ]; return !!elem && !isEmptyDataObject( elem ); }, data: function( elem, name, data, pvt /* Internal Use Only */ ) { if ( !jQuery.acceptData( elem ) ) { return; } var privateCache, thisCache, ret, internalKey = jQuery.expando, getByName = typeof name === "string", // We have to handle DOM nodes and JS objects differently because IE6-7 // can't GC object references properly across the DOM-JS boundary isNode = elem.nodeType, // Only DOM nodes need the global jQuery cache; JS object data is // attached directly to the object so GC can occur automatically cache = isNode ? jQuery.cache : elem, // Only defining an ID for JS objects if its cache already exists allows // the code to shortcut on the same path as a DOM node with no cache id = isNode ? elem[ internalKey ] : elem[ internalKey ] && internalKey, isEvents = name === "events"; // Avoid doing any more work than we need to when trying to get data on an // object that has no data at all if ( (!id || !cache[id] || (!isEvents && !pvt && !cache[id].data)) && getByName && data === undefined ) { return; } if ( !id ) { // Only DOM nodes need a new unique ID for each element since their data // ends up in the global cache if ( isNode ) { elem[ internalKey ] = id = ++jQuery.uuid; } else { id = internalKey; } } if ( !cache[ id ] ) { cache[ id ] = {}; // Avoids exposing jQuery metadata on plain JS objects when the object // is serialized using JSON.stringify if ( !isNode ) { cache[ id ].toJSON = jQuery.noop; } } // An object can be passed to jQuery.data instead of a key/value pair; this gets // shallow copied over onto the existing cache if ( typeof name === "object" || typeof name === "function" ) { if ( pvt ) { cache[ id ] = jQuery.extend( cache[ id ], name ); } else { cache[ id ].data = jQuery.extend( cache[ id ].data, name ); } } privateCache = thisCache = cache[ id ]; // jQuery data() is stored in a separate object inside the object's internal data // cache in order to avoid key collisions between internal data and user-defined // data. if ( !pvt ) { if ( !thisCache.data ) { thisCache.data = {}; } thisCache = thisCache.data; } if ( data !== undefined ) { thisCache[ jQuery.camelCase( name ) ] = data; } // Users should not attempt to inspect the internal events object using jQuery.data, // it is undocumented and subject to change. But does anyone listen? No. if ( isEvents && !thisCache[ name ] ) { return privateCache.events; } // Check for both converted-to-camel and non-converted data property names // If a data property was specified if ( getByName ) { // First Try to find as-is property data ret = thisCache[ name ]; // Test for null|undefined property data if ( ret == null ) { // Try to find the camelCased property ret = thisCache[ jQuery.camelCase( name ) ]; } } else { ret = thisCache; } return ret; }, removeData: function( elem, name, pvt /* Internal Use Only */ ) { if ( !jQuery.acceptData( elem ) ) { return; } var thisCache, i, l, // Reference to internal data cache key internalKey = jQuery.expando, isNode = elem.nodeType, // See jQuery.data for more information cache = isNode ? jQuery.cache : elem, // See jQuery.data for more information id = isNode ? elem[ internalKey ] : internalKey; // If there is already no cache entry for this object, there is no // purpose in continuing if ( !cache[ id ] ) { return; } if ( name ) { thisCache = pvt ? cache[ id ] : cache[ id ].data; if ( thisCache ) { // Support array or space separated string names for data keys if ( !jQuery.isArray( name ) ) { // try the string as a key before any manipulation if ( name in thisCache ) { name = [ name ]; } else { // split the camel cased version by spaces unless a key with the spaces exists name = jQuery.camelCase( name ); if ( name in thisCache ) { name = [ name ]; } else { name = name.split( " " ); } } } for ( i = 0, l = name.length; i < l; i++ ) { delete thisCache[ name[i] ]; } // If there is no data left in the cache, we want to continue // and let the cache object itself get destroyed if ( !( pvt ? isEmptyDataObject : jQuery.isEmptyObject )( thisCache ) ) { return; } } } // See jQuery.data for more information if ( !pvt ) { delete cache[ id ].data; // Don't destroy the parent cache unless the internal data object // had been the only thing left in it if ( !isEmptyDataObject(cache[ id ]) ) { return; } } // Browsers that fail expando deletion also refuse to delete expandos on // the window, but it will allow it on all other JS objects; other browsers // don't care // Ensure that `cache` is not a window object #10080 if ( jQuery.support.deleteExpando || !cache.setInterval ) { delete cache[ id ]; } else { cache[ id ] = null; } // We destroyed the cache and need to eliminate the expando on the node to avoid // false lookups in the cache for entries that no longer exist if ( isNode ) { // IE does not allow us to delete expando properties from nodes, // nor does it have a removeAttribute function on Document nodes; // we must handle all of these cases if ( jQuery.support.deleteExpando ) { delete elem[ internalKey ]; } else if ( elem.removeAttribute ) { elem.removeAttribute( internalKey ); } else { elem[ internalKey ] = null; } } }, // For internal use only. _data: function( elem, name, data ) { return jQuery.data( elem, name, data, true ); }, // A method for determining if a DOM node can handle the data expando acceptData: function( elem ) { if ( elem.nodeName ) { var match = jQuery.noData[ elem.nodeName.toLowerCase() ]; if ( match ) { return !(match === true || elem.getAttribute("classid") !== match); } } return true; } }); jQuery.fn.extend({ data: function( key, value ) { var parts, part, attr, name, l, elem = this[0], i = 0, data = null; // Gets all values if ( key === undefined ) { if ( this.length ) { data = jQuery.data( elem ); if ( elem.nodeType === 1 && !jQuery._data( elem, "parsedAttrs" ) ) { attr = elem.attributes; for ( l = attr.length; i < l; i++ ) { name = attr[i].name; if ( name.indexOf( "data-" ) === 0 ) { name = jQuery.camelCase( name.substring(5) ); dataAttr( elem, name, data[ name ] ); } } jQuery._data( elem, "parsedAttrs", true ); } } return data; } // Sets multiple values if ( typeof key === "object" ) { return this.each(function() { jQuery.data( this, key ); }); } parts = key.split( ".", 2 ); parts[1] = parts[1] ? "." + parts[1] : ""; part = parts[1] + "!"; return jQuery.access( this, function( value ) { if ( value === undefined ) { data = this.triggerHandler( "getData" + part, [ parts[0] ] ); // Try to fetch any internally stored data first if ( data === undefined && elem ) { data = jQuery.data( elem, key ); data = dataAttr( elem, key, data ); } return data === undefined && parts[1] ? this.data( parts[0] ) : data; } parts[1] = value; this.each(function() { var self = jQuery( this ); self.triggerHandler( "setData" + part, parts ); jQuery.data( this, key, value ); self.triggerHandler( "changeData" + part, parts ); }); }, null, value, arguments.length > 1, null, false ); }, removeData: function( key ) { return this.each(function() { jQuery.removeData( this, key ); }); } }); function dataAttr( elem, key, data ) { // If nothing was found internally, try to fetch any // data from the HTML5 data-* attribute if ( data === undefined && elem.nodeType === 1 ) { var name = "data-" + key.replace( rmultiDash, "-$1" ).toLowerCase(); data = elem.getAttribute( name ); if ( typeof data === "string" ) { try { data = data === "true" ? true : data === "false" ? false : data === "null" ? null : jQuery.isNumeric( data ) ? +data : rbrace.test( data ) ? jQuery.parseJSON( data ) : data; } catch( e ) {} // Make sure we set the data so it isn't changed later jQuery.data( elem, key, data ); } else { data = undefined; } } return data; } // checks a cache object for emptiness function isEmptyDataObject( obj ) { for ( var name in obj ) { // if the public data object is empty, the private is still empty if ( name === "data" && jQuery.isEmptyObject( obj[name] ) ) { continue; } if ( name !== "toJSON" ) { return false; } } return true; } function handleQueueMarkDefer( elem, type, src ) { var deferDataKey = type + "defer", queueDataKey = type + "queue", markDataKey = type + "mark", defer = jQuery._data( elem, deferDataKey ); if ( defer && ( src === "queue" || !jQuery._data(elem, queueDataKey) ) && ( src === "mark" || !jQuery._data(elem, markDataKey) ) ) { // Give room for hard-coded callbacks to fire first // and eventually mark/queue something else on the element setTimeout( function() { if ( !jQuery._data( elem, queueDataKey ) && !jQuery._data( elem, markDataKey ) ) { jQuery.removeData( elem, deferDataKey, true ); defer.fire(); } }, 0 ); } } jQuery.extend({ _mark: function( elem, type ) { if ( elem ) { type = ( type || "fx" ) + "mark"; jQuery._data( elem, type, (jQuery._data( elem, type ) || 0) + 1 ); } }, _unmark: function( force, elem, type ) { if ( force !== true ) { type = elem; elem = force; force = false; } if ( elem ) { type = type || "fx"; var key = type + "mark", count = force ? 0 : ( (jQuery._data( elem, key ) || 1) - 1 ); if ( count ) { jQuery._data( elem, key, count ); } else { jQuery.removeData( elem, key, true ); handleQueueMarkDefer( elem, type, "mark" ); } } }, queue: function( elem, type, data ) { var q; if ( elem ) { type = ( type || "fx" ) + "queue"; q = jQuery._data( elem, type ); // Speed up dequeue by getting out quickly if this is just a lookup if ( data ) { if ( !q || jQuery.isArray(data) ) { q = jQuery._data( elem, type, jQuery.makeArray(data) ); } else { q.push( data ); } } return q || []; } }, dequeue: function( elem, type ) { type = type || "fx"; var queue = jQuery.queue( elem, type ), fn = queue.shift(), hooks = {}; // If the fx queue is dequeued, always remove the progress sentinel if ( fn === "inprogress" ) { fn = queue.shift(); } if ( fn ) { // Add a progress sentinel to prevent the fx queue from being // automatically dequeued if ( type === "fx" ) { queue.unshift( "inprogress" ); } jQuery._data( elem, type + ".run", hooks ); fn.call( elem, function() { jQuery.dequeue( elem, type ); }, hooks ); } if ( !queue.length ) { jQuery.removeData( elem, type + "queue " + type + ".run", true ); handleQueueMarkDefer( elem, type, "queue" ); } } }); jQuery.fn.extend({ queue: function( type, data ) { var setter = 2; if ( typeof type !== "string" ) { data = type; type = "fx"; setter--; } if ( arguments.length < setter ) { return jQuery.queue( this[0], type ); } return data === undefined ? this : this.each(function() { var queue = jQuery.queue( this, type, data ); if ( type === "fx" && queue[0] !== "inprogress" ) { jQuery.dequeue( this, type ); } }); }, dequeue: function( type ) { return this.each(function() { jQuery.dequeue( this, type ); }); }, // Based off of the plugin by Clint Helfers, with permission. // http://blindsignals.com/index.php/2009/07/jquery-delay/ delay: function( time, type ) { time = jQuery.fx ? jQuery.fx.speeds[ time ] || time : time; type = type || "fx"; return this.queue( type, function( next, hooks ) { var timeout = setTimeout( next, time ); hooks.stop = function() { clearTimeout( timeout ); }; }); }, clearQueue: function( type ) { return this.queue( type || "fx", [] ); }, // Get a promise resolved when queues of a certain type // are emptied (fx is the type by default) promise: function( type, object ) { if ( typeof type !== "string" ) { object = type; type = undefined; } type = type || "fx"; var defer = jQuery.Deferred(), elements = this, i = elements.length, count = 1, deferDataKey = type + "defer", queueDataKey = type + "queue", markDataKey = type + "mark", tmp; function resolve() { if ( !( --count ) ) { defer.resolveWith( elements, [ elements ] ); } } while( i-- ) { if (( tmp = jQuery.data( elements[ i ], deferDataKey, undefined, true ) || ( jQuery.data( elements[ i ], queueDataKey, undefined, true ) || jQuery.data( elements[ i ], markDataKey, undefined, true ) ) && jQuery.data( elements[ i ], deferDataKey, jQuery.Callbacks( "once memory" ), true ) )) { count++; tmp.add( resolve ); } } resolve(); return defer.promise( object ); } }); var rclass = /[\n\t\r]/g, rspace = /\s+/, rreturn = /\r/g, rtype = /^(?:button|input)$/i, rfocusable = /^(?:button|input|object|select|textarea)$/i, rclickable = /^a(?:rea)?$/i, rboolean = /^(?:autofocus|autoplay|async|checked|controls|defer|disabled|hidden|loop|multiple|open|readonly|required|scoped|selected)$/i, getSetAttribute = jQuery.support.getSetAttribute, nodeHook, boolHook, fixSpecified; jQuery.fn.extend({ attr: function( name, value ) { return jQuery.access( this, jQuery.attr, name, value, arguments.length > 1 ); }, removeAttr: function( name ) { return this.each(function() { jQuery.removeAttr( this, name ); }); }, prop: function( name, value ) { return jQuery.access( this, jQuery.prop, name, value, arguments.length > 1 ); }, removeProp: function( name ) { name = jQuery.propFix[ name ] || name; return this.each(function() { // try/catch handles cases where IE balks (such as removing a property on window) try { this[ name ] = undefined; delete this[ name ]; } catch( e ) {} }); }, addClass: function( value ) { var classNames, i, l, elem, setClass, c, cl; if ( jQuery.isFunction( value ) ) { return this.each(function( j ) { jQuery( this ).addClass( value.call(this, j, this.className) ); }); } if ( value && typeof value === "string" ) { classNames = value.split( rspace ); for ( i = 0, l = this.length; i < l; i++ ) { elem = this[ i ]; if ( elem.nodeType === 1 ) { if ( !elem.className && classNames.length === 1 ) { elem.className = value; } else { setClass = " " + elem.className + " "; for ( c = 0, cl = classNames.length; c < cl; c++ ) { if ( !~setClass.indexOf( " " + classNames[ c ] + " " ) ) { setClass += classNames[ c ] + " "; } } elem.className = jQuery.trim( setClass ); } } } } return this; }, removeClass: function( value ) { var classNames, i, l, elem, className, c, cl; if ( jQuery.isFunction( value ) ) { return this.each(function( j ) { jQuery( this ).removeClass( value.call(this, j, this.className) ); }); } if ( (value && typeof value === "string") || value === undefined ) { classNames = ( value || "" ).split( rspace ); for ( i = 0, l = this.length; i < l; i++ ) { elem = this[ i ]; if ( elem.nodeType === 1 && elem.className ) { if ( value ) { className = (" " + elem.className + " ").replace( rclass, " " ); for ( c = 0, cl = classNames.length; c < cl; c++ ) { className = className.replace(" " + classNames[ c ] + " ", " "); } elem.className = jQuery.trim( className ); } else { elem.className = ""; } } } } return this; }, toggleClass: function( value, stateVal ) { var type = typeof value, isBool = typeof stateVal === "boolean"; if ( jQuery.isFunction( value ) ) { return this.each(function( i ) { jQuery( this ).toggleClass( value.call(this, i, this.className, stateVal), stateVal ); }); } return this.each(function() { if ( type === "string" ) { // toggle individual class names var className, i = 0, self = jQuery( this ), state = stateVal, classNames = value.split( rspace ); while ( (className = classNames[ i++ ]) ) { // check each className given, space seperated list state = isBool ? state : !self.hasClass( className ); self[ state ? "addClass" : "removeClass" ]( className ); } } else if ( type === "undefined" || type === "boolean" ) { if ( this.className ) { // store className if set jQuery._data( this, "__className__", this.className ); } // toggle whole className this.className = this.className || value === false ? "" : jQuery._data( this, "__className__" ) || ""; } }); }, hasClass: function( selector ) { var className = " " + selector + " ", i = 0, l = this.length; for ( ; i < l; i++ ) { if ( this[i].nodeType === 1 && (" " + this[i].className + " ").replace(rclass, " ").indexOf( className ) > -1 ) { return true; } } return false; }, val: function( value ) { var hooks, ret, isFunction, elem = this[0]; if ( !arguments.length ) { if ( elem ) { hooks = jQuery.valHooks[ elem.type ] || jQuery.valHooks[ elem.nodeName.toLowerCase() ]; if ( hooks && "get" in hooks && (ret = hooks.get( elem, "value" )) !== undefined ) { return ret; } ret = elem.value; return typeof ret === "string" ? // handle most common string cases ret.replace(rreturn, "") : // handle cases where value is null/undef or number ret == null ? "" : ret; } return; } isFunction = jQuery.isFunction( value ); return this.each(function( i ) { var self = jQuery(this), val; if ( this.nodeType !== 1 ) { return; } if ( isFunction ) { val = value.call( this, i, self.val() ); } else { val = value; } // Treat null/undefined as ""; convert numbers to string if ( val == null ) { val = ""; } else if ( typeof val === "number" ) { val += ""; } else if ( jQuery.isArray( val ) ) { val = jQuery.map(val, function ( value ) { return value == null ? "" : value + ""; }); } hooks = jQuery.valHooks[ this.type ] || jQuery.valHooks[ this.nodeName.toLowerCase() ]; // If set returns undefined, fall back to normal setting if ( !hooks || !("set" in hooks) || hooks.set( this, val, "value" ) === undefined ) { this.value = val; } }); } }); jQuery.extend({ valHooks: { option: { get: function( elem ) { // attributes.value is undefined in Blackberry 4.7 but // uses .value. See #6932 var val = elem.attributes.value; return !val || val.specified ? elem.value : elem.text; } }, select: { get: function( elem ) { var value, i, max, option, index = elem.selectedIndex, values = [], options = elem.options, one = elem.type === "select-one"; // Nothing was selected if ( index < 0 ) { return null; } // Loop through all the selected options i = one ? index : 0; max = one ? index + 1 : options.length; for ( ; i < max; i++ ) { option = options[ i ]; // Don't return options that are disabled or in a disabled optgroup if ( option.selected && (jQuery.support.optDisabled ? !option.disabled : option.getAttribute("disabled") === null) && (!option.parentNode.disabled || !jQuery.nodeName( option.parentNode, "optgroup" )) ) { // Get the specific value for the option value = jQuery( option ).val(); // We don't need an array for one selects if ( one ) { return value; } // Multi-Selects return an array values.push( value ); } } // Fixes Bug #2551 -- select.val() broken in IE after form.reset() if ( one && !values.length && options.length ) { return jQuery( options[ index ] ).val(); } return values; }, set: function( elem, value ) { var values = jQuery.makeArray( value ); jQuery(elem).find("option").each(function() { this.selected = jQuery.inArray( jQuery(this).val(), values ) >= 0; }); if ( !values.length ) { elem.selectedIndex = -1; } return values; } } }, attrFn: { val: true, css: true, html: true, text: true, data: true, width: true, height: true, offset: true }, attr: function( elem, name, value, pass ) { var ret, hooks, notxml, nType = elem.nodeType; // don't get/set attributes on text, comment and attribute nodes if ( !elem || nType === 3 || nType === 8 || nType === 2 ) { return; } if ( pass && name in jQuery.attrFn ) { return jQuery( elem )[ name ]( value ); } // Fallback to prop when attributes are not supported if ( typeof elem.getAttribute === "undefined" ) { return jQuery.prop( elem, name, value ); } notxml = nType !== 1 || !jQuery.isXMLDoc( elem ); // All attributes are lowercase // Grab necessary hook if one is defined if ( notxml ) { name = name.toLowerCase(); hooks = jQuery.attrHooks[ name ] || ( rboolean.test( name ) ? boolHook : nodeHook ); } if ( value !== undefined ) { if ( value === null ) { jQuery.removeAttr( elem, name ); return; } else if ( hooks && "set" in hooks && notxml && (ret = hooks.set( elem, value, name )) !== undefined ) { return ret; } else { elem.setAttribute( name, "" + value ); return value; } } else if ( hooks && "get" in hooks && notxml && (ret = hooks.get( elem, name )) !== null ) { return ret; } else { ret = elem.getAttribute( name ); // Non-existent attributes return null, we normalize to undefined return ret === null ? undefined : ret; } }, removeAttr: function( elem, value ) { var propName, attrNames, name, l, isBool, i = 0; if ( value && elem.nodeType === 1 ) { attrNames = value.toLowerCase().split( rspace ); l = attrNames.length; for ( ; i < l; i++ ) { name = attrNames[ i ]; if ( name ) { propName = jQuery.propFix[ name ] || name; isBool = rboolean.test( name ); // See #9699 for explanation of this approach (setting first, then removal) // Do not do this for boolean attributes (see #10870) if ( !isBool ) { jQuery.attr( elem, name, "" ); } elem.removeAttribute( getSetAttribute ? name : propName ); // Set corresponding property to false for boolean attributes if ( isBool && propName in elem ) { elem[ propName ] = false; } } } } }, attrHooks: { type: { set: function( elem, value ) { // We can't allow the type property to be changed (since it causes problems in IE) if ( rtype.test( elem.nodeName ) && elem.parentNode ) { jQuery.error( "type property can't be changed" ); } else if ( !jQuery.support.radioValue && value === "radio" && jQuery.nodeName(elem, "input") ) { // Setting the type on a radio button after the value resets the value in IE6-9 // Reset value to it's default in case type is set after value // This is for element creation var val = elem.value; elem.setAttribute( "type", value ); if ( val ) { elem.value = val; } return value; } } }, // Use the value property for back compat // Use the nodeHook for button elements in IE6/7 (#1954) value: { get: function( elem, name ) { if ( nodeHook && jQuery.nodeName( elem, "button" ) ) { return nodeHook.get( elem, name ); } return name in elem ? elem.value : null; }, set: function( elem, value, name ) { if ( nodeHook && jQuery.nodeName( elem, "button" ) ) { return nodeHook.set( elem, value, name ); } // Does not return so that setAttribute is also used elem.value = value; } } }, propFix: { tabindex: "tabIndex", readonly: "readOnly", "for": "htmlFor", "class": "className", maxlength: "maxLength", cellspacing: "cellSpacing", cellpadding: "cellPadding", rowspan: "rowSpan", colspan: "colSpan", usemap: "useMap", frameborder: "frameBorder", contenteditable: "contentEditable" }, prop: function( elem, name, value ) { var ret, hooks, notxml, nType = elem.nodeType; // don't get/set properties on text, comment and attribute nodes if ( !elem || nType === 3 || nType === 8 || nType === 2 ) { return; } notxml = nType !== 1 || !jQuery.isXMLDoc( elem ); if ( notxml ) { // Fix name and attach hooks name = jQuery.propFix[ name ] || name; hooks = jQuery.propHooks[ name ]; } if ( value !== undefined ) { if ( hooks && "set" in hooks && (ret = hooks.set( elem, value, name )) !== undefined ) { return ret; } else { return ( elem[ name ] = value ); } } else { if ( hooks && "get" in hooks && (ret = hooks.get( elem, name )) !== null ) { return ret; } else { return elem[ name ]; } } }, propHooks: { tabIndex: { get: function( elem ) { // elem.tabIndex doesn't always return the correct value when it hasn't been explicitly set // http://fluidproject.org/blog/2008/01/09/getting-setting-and-removing-tabindex-values-with-javascript/ var attributeNode = elem.getAttributeNode("tabindex"); return attributeNode && attributeNode.specified ? parseInt( attributeNode.value, 10 ) : rfocusable.test( elem.nodeName ) || rclickable.test( elem.nodeName ) && elem.href ? 0 : undefined; } } } }); // Add the tabIndex propHook to attrHooks for back-compat (different case is intentional) jQuery.attrHooks.tabindex = jQuery.propHooks.tabIndex; // Hook for boolean attributes boolHook = { get: function( elem, name ) { // Align boolean attributes with corresponding properties // Fall back to attribute presence where some booleans are not supported var attrNode, property = jQuery.prop( elem, name ); return property === true || typeof property !== "boolean" && ( attrNode = elem.getAttributeNode(name) ) && attrNode.nodeValue !== false ? name.toLowerCase() : undefined; }, set: function( elem, value, name ) { var propName; if ( value === false ) { // Remove boolean attributes when set to false jQuery.removeAttr( elem, name ); } else { // value is true since we know at this point it's type boolean and not false // Set boolean attributes to the same name and set the DOM property propName = jQuery.propFix[ name ] || name; if ( propName in elem ) { // Only set the IDL specifically if it already exists on the element elem[ propName ] = true; } elem.setAttribute( name, name.toLowerCase() ); } return name; } }; // IE6/7 do not support getting/setting some attributes with get/setAttribute if ( !getSetAttribute ) { fixSpecified = { name: true, id: true, coords: true }; // Use this for any attribute in IE6/7 // This fixes almost every IE6/7 issue nodeHook = jQuery.valHooks.button = { get: function( elem, name ) { var ret; ret = elem.getAttributeNode( name ); return ret && ( fixSpecified[ name ] ? ret.nodeValue !== "" : ret.specified ) ? ret.nodeValue : undefined; }, set: function( elem, value, name ) { // Set the existing or create a new attribute node var ret = elem.getAttributeNode( name ); if ( !ret ) { ret = document.createAttribute( name ); elem.setAttributeNode( ret ); } return ( ret.nodeValue = value + "" ); } }; // Apply the nodeHook to tabindex jQuery.attrHooks.tabindex.set = nodeHook.set; // Set width and height to auto instead of 0 on empty string( Bug #8150 ) // This is for removals jQuery.each([ "width", "height" ], function( i, name ) { jQuery.attrHooks[ name ] = jQuery.extend( jQuery.attrHooks[ name ], { set: function( elem, value ) { if ( value === "" ) { elem.setAttribute( name, "auto" ); return value; } } }); }); // Set contenteditable to false on removals(#10429) // Setting to empty string throws an error as an invalid value jQuery.attrHooks.contenteditable = { get: nodeHook.get, set: function( elem, value, name ) { if ( value === "" ) { value = "false"; } nodeHook.set( elem, value, name ); } }; } // Some attributes require a special call on IE if ( !jQuery.support.hrefNormalized ) { jQuery.each([ "href", "src", "width", "height" ], function( i, name ) { jQuery.attrHooks[ name ] = jQuery.extend( jQuery.attrHooks[ name ], { get: function( elem ) { var ret = elem.getAttribute( name, 2 ); return ret === null ? undefined : ret; } }); }); } if ( !jQuery.support.style ) { jQuery.attrHooks.style = { get: function( elem ) { // Return undefined in the case of empty string // Normalize to lowercase since IE uppercases css property names return elem.style.cssText.toLowerCase() || undefined; }, set: function( elem, value ) { return ( elem.style.cssText = "" + value ); } }; } // Safari mis-reports the default selected property of an option // Accessing the parent's selectedIndex property fixes it if ( !jQuery.support.optSelected ) { jQuery.propHooks.selected = jQuery.extend( jQuery.propHooks.selected, { get: function( elem ) { var parent = elem.parentNode; if ( parent ) { parent.selectedIndex; // Make sure that it also works with optgroups, see #5701 if ( parent.parentNode ) { parent.parentNode.selectedIndex; } } return null; } }); } // IE6/7 call enctype encoding if ( !jQuery.support.enctype ) { jQuery.propFix.enctype = "encoding"; } // Radios and checkboxes getter/setter if ( !jQuery.support.checkOn ) { jQuery.each([ "radio", "checkbox" ], function() { jQuery.valHooks[ this ] = { get: function( elem ) { // Handle the case where in Webkit "" is returned instead of "on" if a value isn't specified return elem.getAttribute("value") === null ? "on" : elem.value; } }; }); } jQuery.each([ "radio", "checkbox" ], function() { jQuery.valHooks[ this ] = jQuery.extend( jQuery.valHooks[ this ], { set: function( elem, value ) { if ( jQuery.isArray( value ) ) { return ( elem.checked = jQuery.inArray( jQuery(elem).val(), value ) >= 0 ); } } }); }); var rformElems = /^(?:textarea|input|select)$/i, rtypenamespace = /^([^\.]*)?(?:\.(.+))?$/, rhoverHack = /(?:^|\s)hover(\.\S+)?\b/, rkeyEvent = /^key/, rmouseEvent = /^(?:mouse|contextmenu)|click/, rfocusMorph = /^(?:focusinfocus|focusoutblur)$/, rquickIs = /^(\w*)(?:#([\w\-]+))?(?:\.([\w\-]+))?$/, quickParse = function( selector ) { var quick = rquickIs.exec( selector ); if ( quick ) { // 0 1 2 3 // [ _, tag, id, class ] quick[1] = ( quick[1] || "" ).toLowerCase(); quick[3] = quick[3] && new RegExp( "(?:^|\\s)" + quick[3] + "(?:\\s|$)" ); } return quick; }, quickIs = function( elem, m ) { var attrs = elem.attributes || {}; return ( (!m[1] || elem.nodeName.toLowerCase() === m[1]) && (!m[2] || (attrs.id || {}).value === m[2]) && (!m[3] || m[3].test( (attrs[ "class" ] || {}).value )) ); }, hoverHack = function( events ) { return jQuery.event.special.hover ? events : events.replace( rhoverHack, "mouseenter$1 mouseleave$1" ); }; /* * Helper functions for managing events -- not part of the public interface. * Props to Dean Edwards' addEvent library for many of the ideas. */ jQuery.event = { add: function( elem, types, handler, data, selector ) { var elemData, eventHandle, events, t, tns, type, namespaces, handleObj, handleObjIn, quick, handlers, special; // Don't attach events to noData or text/comment nodes (allow plain objects tho) if ( elem.nodeType === 3 || elem.nodeType === 8 || !types || !handler || !(elemData = jQuery._data( elem )) ) { return; } // Caller can pass in an object of custom data in lieu of the handler if ( handler.handler ) { handleObjIn = handler; handler = handleObjIn.handler; selector = handleObjIn.selector; } // Make sure that the handler has a unique ID, used to find/remove it later if ( !handler.guid ) { handler.guid = jQuery.guid++; } // Init the element's event structure and main handler, if this is the first events = elemData.events; if ( !events ) { elemData.events = events = {}; } eventHandle = elemData.handle; if ( !eventHandle ) { elemData.handle = eventHandle = function( e ) { // Discard the second event of a jQuery.event.trigger() and // when an event is called after a page has unloaded return typeof jQuery !== "undefined" && (!e || jQuery.event.triggered !== e.type) ? jQuery.event.dispatch.apply( eventHandle.elem, arguments ) : undefined; }; // Add elem as a property of the handle fn to prevent a memory leak with IE non-native events eventHandle.elem = elem; } // Handle multiple events separated by a space // jQuery(...).bind("mouseover mouseout", fn); types = jQuery.trim( hoverHack(types) ).split( " " ); for ( t = 0; t < types.length; t++ ) { tns = rtypenamespace.exec( types[t] ) || []; type = tns[1]; namespaces = ( tns[2] || "" ).split( "." ).sort(); // If event changes its type, use the special event handlers for the changed type special = jQuery.event.special[ type ] || {}; // If selector defined, determine special event api type, otherwise given type type = ( selector ? special.delegateType : special.bindType ) || type; // Update special based on newly reset type special = jQuery.event.special[ type ] || {}; // handleObj is passed to all event handlers handleObj = jQuery.extend({ type: type, origType: tns[1], data: data, handler: handler, guid: handler.guid, selector: selector, quick: selector && quickParse( selector ), namespace: namespaces.join(".") }, handleObjIn ); // Init the event handler queue if we're the first handlers = events[ type ]; if ( !handlers ) { handlers = events[ type ] = []; handlers.delegateCount = 0; // Only use addEventListener/attachEvent if the special events handler returns false if ( !special.setup || special.setup.call( elem, data, namespaces, eventHandle ) === false ) { // Bind the global event handler to the element if ( elem.addEventListener ) { elem.addEventListener( type, eventHandle, false ); } else if ( elem.attachEvent ) { elem.attachEvent( "on" + type, eventHandle ); } } } if ( special.add ) { special.add.call( elem, handleObj ); if ( !handleObj.handler.guid ) { handleObj.handler.guid = handler.guid; } } // Add to the element's handler list, delegates in front if ( selector ) { handlers.splice( handlers.delegateCount++, 0, handleObj ); } else { handlers.push( handleObj ); } // Keep track of which events have ever been used, for event optimization jQuery.event.global[ type ] = true; } // Nullify elem to prevent memory leaks in IE elem = null; }, global: {}, // Detach an event or set of events from an element remove: function( elem, types, handler, selector, mappedTypes ) { var elemData = jQuery.hasData( elem ) && jQuery._data( elem ), t, tns, type, origType, namespaces, origCount, j, events, special, handle, eventType, handleObj; if ( !elemData || !(events = elemData.events) ) { return; } // Once for each type.namespace in types; type may be omitted types = jQuery.trim( hoverHack( types || "" ) ).split(" "); for ( t = 0; t < types.length; t++ ) { tns = rtypenamespace.exec( types[t] ) || []; type = origType = tns[1]; namespaces = tns[2]; // Unbind all events (on this namespace, if provided) for the element if ( !type ) { for ( type in events ) { jQuery.event.remove( elem, type + types[ t ], handler, selector, true ); } continue; } special = jQuery.event.special[ type ] || {}; type = ( selector? special.delegateType : special.bindType ) || type; eventType = events[ type ] || []; origCount = eventType.length; namespaces = namespaces ? new RegExp("(^|\\.)" + namespaces.split(".").sort().join("\\.(?:.*\\.)?") + "(\\.|$)") : null; // Remove matching events for ( j = 0; j < eventType.length; j++ ) { handleObj = eventType[ j ]; if ( ( mappedTypes || origType === handleObj.origType ) && ( !handler || handler.guid === handleObj.guid ) && ( !namespaces || namespaces.test( handleObj.namespace ) ) && ( !selector || selector === handleObj.selector || selector === "**" && handleObj.selector ) ) { eventType.splice( j--, 1 ); if ( handleObj.selector ) { eventType.delegateCount--; } if ( special.remove ) { special.remove.call( elem, handleObj ); } } } // Remove generic event handler if we removed something and no more handlers exist // (avoids potential for endless recursion during removal of special event handlers) if ( eventType.length === 0 && origCount !== eventType.length ) { if ( !special.teardown || special.teardown.call( elem, namespaces ) === false ) { jQuery.removeEvent( elem, type, elemData.handle ); } delete events[ type ]; } } // Remove the expando if it's no longer used if ( jQuery.isEmptyObject( events ) ) { handle = elemData.handle; if ( handle ) { handle.elem = null; } // removeData also checks for emptiness and clears the expando if empty // so use it instead of delete jQuery.removeData( elem, [ "events", "handle" ], true ); } }, // Events that are safe to short-circuit if no handlers are attached. // Native DOM events should not be added, they may have inline handlers. customEvent: { "getData": true, "setData": true, "changeData": true }, trigger: function( event, data, elem, onlyHandlers ) { // Don't do events on text and comment nodes if ( elem && (elem.nodeType === 3 || elem.nodeType === 8) ) { return; } // Event object or event type var type = event.type || event, namespaces = [], cache, exclusive, i, cur, old, ontype, special, handle, eventPath, bubbleType; // focus/blur morphs to focusin/out; ensure we're not firing them right now if ( rfocusMorph.test( type + jQuery.event.triggered ) ) { return; } if ( type.indexOf( "!" ) >= 0 ) { // Exclusive events trigger only for the exact event (no namespaces) type = type.slice(0, -1); exclusive = true; } if ( type.indexOf( "." ) >= 0 ) { // Namespaced trigger; create a regexp to match event type in handle() namespaces = type.split("."); type = namespaces.shift(); namespaces.sort(); } if ( (!elem || jQuery.event.customEvent[ type ]) && !jQuery.event.global[ type ] ) { // No jQuery handlers for this event type, and it can't have inline handlers return; } // Caller can pass in an Event, Object, or just an event type string event = typeof event === "object" ? // jQuery.Event object event[ jQuery.expando ] ? event : // Object literal new jQuery.Event( type, event ) : // Just the event type (string) new jQuery.Event( type ); event.type = type; event.isTrigger = true; event.exclusive = exclusive; event.namespace = namespaces.join( "." ); event.namespace_re = event.namespace? new RegExp("(^|\\.)" + namespaces.join("\\.(?:.*\\.)?") + "(\\.|$)") : null; ontype = type.indexOf( ":" ) < 0 ? "on" + type : ""; // Handle a global trigger if ( !elem ) { // TODO: Stop taunting the data cache; remove global events and always attach to document cache = jQuery.cache; for ( i in cache ) { if ( cache[ i ].events && cache[ i ].events[ type ] ) { jQuery.event.trigger( event, data, cache[ i ].handle.elem, true ); } } return; } // Clean up the event in case it is being reused event.result = undefined; if ( !event.target ) { event.target = elem; } // Clone any incoming data and prepend the event, creating the handler arg list data = data != null ? jQuery.makeArray( data ) : []; data.unshift( event ); // Allow special events to draw outside the lines special = jQuery.event.special[ type ] || {}; if ( special.trigger && special.trigger.apply( elem, data ) === false ) { return; } // Determine event propagation path in advance, per W3C events spec (#9951) // Bubble up to document, then to window; watch for a global ownerDocument var (#9724) eventPath = [[ elem, special.bindType || type ]]; if ( !onlyHandlers && !special.noBubble && !jQuery.isWindow( elem ) ) { bubbleType = special.delegateType || type; cur = rfocusMorph.test( bubbleType + type ) ? elem : elem.parentNode; old = null; for ( ; cur; cur = cur.parentNode ) { eventPath.push([ cur, bubbleType ]); old = cur; } // Only add window if we got to document (e.g., not plain obj or detached DOM) if ( old && old === elem.ownerDocument ) { eventPath.push([ old.defaultView || old.parentWindow || window, bubbleType ]); } } // Fire handlers on the event path for ( i = 0; i < eventPath.length && !event.isPropagationStopped(); i++ ) { cur = eventPath[i][0]; event.type = eventPath[i][1]; handle = ( jQuery._data( cur, "events" ) || {} )[ event.type ] && jQuery._data( cur, "handle" ); if ( handle ) { handle.apply( cur, data ); } // Note that this is a bare JS function and not a jQuery handler handle = ontype && cur[ ontype ]; if ( handle && jQuery.acceptData( cur ) && handle.apply( cur, data ) === false ) { event.preventDefault(); } } event.type = type; // If nobody prevented the default action, do it now if ( !onlyHandlers && !event.isDefaultPrevented() ) { if ( (!special._default || special._default.apply( elem.ownerDocument, data ) === false) && !(type === "click" && jQuery.nodeName( elem, "a" )) && jQuery.acceptData( elem ) ) { // Call a native DOM method on the target with the same name name as the event. // Can't use an .isFunction() check here because IE6/7 fails that test. // Don't do default actions on window, that's where global variables be (#6170) // IE<9 dies on focus/blur to hidden element (#1486) if ( ontype && elem[ type ] && ((type !== "focus" && type !== "blur") || event.target.offsetWidth !== 0) && !jQuery.isWindow( elem ) ) { // Don't re-trigger an onFOO event when we call its FOO() method old = elem[ ontype ]; if ( old ) { elem[ ontype ] = null; } // Prevent re-triggering of the same event, since we already bubbled it above jQuery.event.triggered = type; elem[ type ](); jQuery.event.triggered = undefined; if ( old ) { elem[ ontype ] = old; } } } } return event.result; }, dispatch: function( event ) { // Make a writable jQuery.Event from the native event object event = jQuery.event.fix( event || window.event ); var handlers = ( (jQuery._data( this, "events" ) || {} )[ event.type ] || []), delegateCount = handlers.delegateCount, args = [].slice.call( arguments, 0 ), run_all = !event.exclusive && !event.namespace, special = jQuery.event.special[ event.type ] || {}, handlerQueue = [], i, j, cur, jqcur, ret, selMatch, matched, matches, handleObj, sel, related; // Use the fix-ed jQuery.Event rather than the (read-only) native event args[0] = event; event.delegateTarget = this; // Call the preDispatch hook for the mapped type, and let it bail if desired if ( special.preDispatch && special.preDispatch.call( this, event ) === false ) { return; } // Determine handlers that should run if there are delegated events // Avoid non-left-click bubbling in Firefox (#3861) if ( delegateCount && !(event.button && event.type === "click") ) { // Pregenerate a single jQuery object for reuse with .is() jqcur = jQuery(this); jqcur.context = this.ownerDocument || this; for ( cur = event.target; cur != this; cur = cur.parentNode || this ) { // Don't process events on disabled elements (#6911, #8165) if ( cur.disabled !== true ) { selMatch = {}; matches = []; jqcur[0] = cur; for ( i = 0; i < delegateCount; i++ ) { handleObj = handlers[ i ]; sel = handleObj.selector; if ( selMatch[ sel ] === undefined ) { selMatch[ sel ] = ( handleObj.quick ? quickIs( cur, handleObj.quick ) : jqcur.is( sel ) ); } if ( selMatch[ sel ] ) { matches.push( handleObj ); } } if ( matches.length ) { handlerQueue.push({ elem: cur, matches: matches }); } } } } // Add the remaining (directly-bound) handlers if ( handlers.length > delegateCount ) { handlerQueue.push({ elem: this, matches: handlers.slice( delegateCount ) }); } // Run delegates first; they may want to stop propagation beneath us for ( i = 0; i < handlerQueue.length && !event.isPropagationStopped(); i++ ) { matched = handlerQueue[ i ]; event.currentTarget = matched.elem; for ( j = 0; j < matched.matches.length && !event.isImmediatePropagationStopped(); j++ ) { handleObj = matched.matches[ j ]; // Triggered event must either 1) be non-exclusive and have no namespace, or // 2) have namespace(s) a subset or equal to those in the bound event (both can have no namespace). if ( run_all || (!event.namespace && !handleObj.namespace) || event.namespace_re && event.namespace_re.test( handleObj.namespace ) ) { event.data = handleObj.data; event.handleObj = handleObj; ret = ( (jQuery.event.special[ handleObj.origType ] || {}).handle || handleObj.handler ) .apply( matched.elem, args ); if ( ret !== undefined ) { event.result = ret; if ( ret === false ) { event.preventDefault(); event.stopPropagation(); } } } } } // Call the postDispatch hook for the mapped type if ( special.postDispatch ) { special.postDispatch.call( this, event ); } return event.result; }, // Includes some event props shared by KeyEvent and MouseEvent // *** attrChange attrName relatedNode srcElement are not normalized, non-W3C, deprecated, will be removed in 1.8 *** props: "attrChange attrName relatedNode srcElement altKey bubbles cancelable ctrlKey currentTarget eventPhase metaKey relatedTarget shiftKey target timeStamp view which".split(" "), fixHooks: {}, keyHooks: { props: "char charCode key keyCode".split(" "), filter: function( event, original ) { // Add which for key events if ( event.which == null ) { event.which = original.charCode != null ? original.charCode : original.keyCode; } return event; } }, mouseHooks: { props: "button buttons clientX clientY fromElement offsetX offsetY pageX pageY screenX screenY toElement".split(" "), filter: function( event, original ) { var eventDoc, doc, body, button = original.button, fromElement = original.fromElement; // Calculate pageX/Y if missing and clientX/Y available if ( event.pageX == null && original.clientX != null ) { eventDoc = event.target.ownerDocument || document; doc = eventDoc.documentElement; body = eventDoc.body; event.pageX = original.clientX + ( doc && doc.scrollLeft || body && body.scrollLeft || 0 ) - ( doc && doc.clientLeft || body && body.clientLeft || 0 ); event.pageY = original.clientY + ( doc && doc.scrollTop || body && body.scrollTop || 0 ) - ( doc && doc.clientTop || body && body.clientTop || 0 ); } // Add relatedTarget, if necessary if ( !event.relatedTarget && fromElement ) { event.relatedTarget = fromElement === event.target ? original.toElement : fromElement; } // Add which for click: 1 === left; 2 === middle; 3 === right // Note: button is not normalized, so don't use it if ( !event.which && button !== undefined ) { event.which = ( button & 1 ? 1 : ( button & 2 ? 3 : ( button & 4 ? 2 : 0 ) ) ); } return event; } }, fix: function( event ) { if ( event[ jQuery.expando ] ) { return event; } // Create a writable copy of the event object and normalize some properties var i, prop, originalEvent = event, fixHook = jQuery.event.fixHooks[ event.type ] || {}, copy = fixHook.props ? this.props.concat( fixHook.props ) : this.props; event = jQuery.Event( originalEvent ); for ( i = copy.length; i; ) { prop = copy[ --i ]; event[ prop ] = originalEvent[ prop ]; } // Fix target property, if necessary (#1925, IE 6/7/8 & Safari2) if ( !event.target ) { event.target = originalEvent.srcElement || document; } // Target should not be a text node (#504, Safari) if ( event.target.nodeType === 3 ) { event.target = event.target.parentNode; } // For mouse/key events; add metaKey if it's not there (#3368, IE6/7/8) if ( event.metaKey === undefined ) { event.metaKey = event.ctrlKey; } return fixHook.filter? fixHook.filter( event, originalEvent ) : event; }, special: { ready: { // Make sure the ready event is setup setup: jQuery.bindReady }, load: { // Prevent triggered image.load events from bubbling to window.load noBubble: true }, focus: { delegateType: "focusin" }, blur: { delegateType: "focusout" }, beforeunload: { setup: function( data, namespaces, eventHandle ) { // We only want to do this special case on windows if ( jQuery.isWindow( this ) ) { this.onbeforeunload = eventHandle; } }, teardown: function( namespaces, eventHandle ) { if ( this.onbeforeunload === eventHandle ) { this.onbeforeunload = null; } } } }, simulate: function( type, elem, event, bubble ) { // Piggyback on a donor event to simulate a different one. // Fake originalEvent to avoid donor's stopPropagation, but if the // simulated event prevents default then we do the same on the donor. var e = jQuery.extend( new jQuery.Event(), event, { type: type, isSimulated: true, originalEvent: {} } ); if ( bubble ) { jQuery.event.trigger( e, null, elem ); } else { jQuery.event.dispatch.call( elem, e ); } if ( e.isDefaultPrevented() ) { event.preventDefault(); } } }; // Some plugins are using, but it's undocumented/deprecated and will be removed. // The 1.7 special event interface should provide all the hooks needed now. jQuery.event.handle = jQuery.event.dispatch; jQuery.removeEvent = document.removeEventListener ? function( elem, type, handle ) { if ( elem.removeEventListener ) { elem.removeEventListener( type, handle, false ); } } : function( elem, type, handle ) { if ( elem.detachEvent ) { elem.detachEvent( "on" + type, handle ); } }; jQuery.Event = function( src, props ) { // Allow instantiation without the 'new' keyword if ( !(this instanceof jQuery.Event) ) { return new jQuery.Event( src, props ); } // Event object if ( src && src.type ) { this.originalEvent = src; this.type = src.type; // Events bubbling up the document may have been marked as prevented // by a handler lower down the tree; reflect the correct value. this.isDefaultPrevented = ( src.defaultPrevented || src.returnValue === false || src.getPreventDefault && src.getPreventDefault() ) ? returnTrue : returnFalse; // Event type } else { this.type = src; } // Put explicitly provided properties onto the event object if ( props ) { jQuery.extend( this, props ); } // Create a timestamp if incoming event doesn't have one this.timeStamp = src && src.timeStamp || jQuery.now(); // Mark it as fixed this[ jQuery.expando ] = true; }; function returnFalse() { return false; } function returnTrue() { return true; } // jQuery.Event is based on DOM3 Events as specified by the ECMAScript Language Binding // http://www.w3.org/TR/2003/WD-DOM-Level-3-Events-20030331/ecma-script-binding.html jQuery.Event.prototype = { preventDefault: function() { this.isDefaultPrevented = returnTrue; var e = this.originalEvent; if ( !e ) { return; } // if preventDefault exists run it on the original event if ( e.preventDefault ) { e.preventDefault(); // otherwise set the returnValue property of the original event to false (IE) } else { e.returnValue = false; } }, stopPropagation: function() { this.isPropagationStopped = returnTrue; var e = this.originalEvent; if ( !e ) { return; } // if stopPropagation exists run it on the original event if ( e.stopPropagation ) { e.stopPropagation(); } // otherwise set the cancelBubble property of the original event to true (IE) e.cancelBubble = true; }, stopImmediatePropagation: function() { this.isImmediatePropagationStopped = returnTrue; this.stopPropagation(); }, isDefaultPrevented: returnFalse, isPropagationStopped: returnFalse, isImmediatePropagationStopped: returnFalse }; // Create mouseenter/leave events using mouseover/out and event-time checks jQuery.each({ mouseenter: "mouseover", mouseleave: "mouseout" }, function( orig, fix ) { jQuery.event.special[ orig ] = { delegateType: fix, bindType: fix, handle: function( event ) { var target = this, related = event.relatedTarget, handleObj = event.handleObj, selector = handleObj.selector, ret; // For mousenter/leave call the handler if related is outside the target. // NB: No relatedTarget if the mouse left/entered the browser window if ( !related || (related !== target && !jQuery.contains( target, related )) ) { event.type = handleObj.origType; ret = handleObj.handler.apply( this, arguments ); event.type = fix; } return ret; } }; }); // IE submit delegation if ( !jQuery.support.submitBubbles ) { jQuery.event.special.submit = { setup: function() { // Only need this for delegated form submit events if ( jQuery.nodeName( this, "form" ) ) { return false; } // Lazy-add a submit handler when a descendant form may potentially be submitted jQuery.event.add( this, "click._submit keypress._submit", function( e ) { // Node name check avoids a VML-related crash in IE (#9807) var elem = e.target, form = jQuery.nodeName( elem, "input" ) || jQuery.nodeName( elem, "button" ) ? elem.form : undefined; if ( form && !form._submit_attached ) { jQuery.event.add( form, "submit._submit", function( event ) { event._submit_bubble = true; }); form._submit_attached = true; } }); // return undefined since we don't need an event listener }, postDispatch: function( event ) { // If form was submitted by the user, bubble the event up the tree if ( event._submit_bubble ) { delete event._submit_bubble; if ( this.parentNode && !event.isTrigger ) { jQuery.event.simulate( "submit", this.parentNode, event, true ); } } }, teardown: function() { // Only need this for delegated form submit events if ( jQuery.nodeName( this, "form" ) ) { return false; } // Remove delegated handlers; cleanData eventually reaps submit handlers attached above jQuery.event.remove( this, "._submit" ); } }; } // IE change delegation and checkbox/radio fix if ( !jQuery.support.changeBubbles ) { jQuery.event.special.change = { setup: function() { if ( rformElems.test( this.nodeName ) ) { // IE doesn't fire change on a check/radio until blur; trigger it on click // after a propertychange. Eat the blur-change in special.change.handle. // This still fires onchange a second time for check/radio after blur. if ( this.type === "checkbox" || this.type === "radio" ) { jQuery.event.add( this, "propertychange._change", function( event ) { if ( event.originalEvent.propertyName === "checked" ) { this._just_changed = true; } }); jQuery.event.add( this, "click._change", function( event ) { if ( this._just_changed && !event.isTrigger ) { this._just_changed = false; jQuery.event.simulate( "change", this, event, true ); } }); } return false; } // Delegated event; lazy-add a change handler on descendant inputs jQuery.event.add( this, "beforeactivate._change", function( e ) { var elem = e.target; if ( rformElems.test( elem.nodeName ) && !elem._change_attached ) { jQuery.event.add( elem, "change._change", function( event ) { if ( this.parentNode && !event.isSimulated && !event.isTrigger ) { jQuery.event.simulate( "change", this.parentNode, event, true ); } }); elem._change_attached = true; } }); }, handle: function( event ) { var elem = event.target; // Swallow native change events from checkbox/radio, we already triggered them above if ( this !== elem || event.isSimulated || event.isTrigger || (elem.type !== "radio" && elem.type !== "checkbox") ) { return event.handleObj.handler.apply( this, arguments ); } }, teardown: function() { jQuery.event.remove( this, "._change" ); return rformElems.test( this.nodeName ); } }; } // Create "bubbling" focus and blur events if ( !jQuery.support.focusinBubbles ) { jQuery.each({ focus: "focusin", blur: "focusout" }, function( orig, fix ) { // Attach a single capturing handler while someone wants focusin/focusout var attaches = 0, handler = function( event ) { jQuery.event.simulate( fix, event.target, jQuery.event.fix( event ), true ); }; jQuery.event.special[ fix ] = { setup: function() { if ( attaches++ === 0 ) { document.addEventListener( orig, handler, true ); } }, teardown: function() { if ( --attaches === 0 ) { document.removeEventListener( orig, handler, true ); } } }; }); } jQuery.fn.extend({ on: function( types, selector, data, fn, /*INTERNAL*/ one ) { var origFn, type; // Types can be a map of types/handlers if ( typeof types === "object" ) { // ( types-Object, selector, data ) if ( typeof selector !== "string" ) { // && selector != null // ( types-Object, data ) data = data || selector; selector = undefined; } for ( type in types ) { this.on( type, selector, data, types[ type ], one ); } return this; } if ( data == null && fn == null ) { // ( types, fn ) fn = selector; data = selector = undefined; } else if ( fn == null ) { if ( typeof selector === "string" ) { // ( types, selector, fn ) fn = data; data = undefined; } else { // ( types, data, fn ) fn = data; data = selector; selector = undefined; } } if ( fn === false ) { fn = returnFalse; } else if ( !fn ) { return this; } if ( one === 1 ) { origFn = fn; fn = function( event ) { // Can use an empty set, since event contains the info jQuery().off( event ); return origFn.apply( this, arguments ); }; // Use same guid so caller can remove using origFn fn.guid = origFn.guid || ( origFn.guid = jQuery.guid++ ); } return this.each( function() { jQuery.event.add( this, types, fn, data, selector ); }); }, one: function( types, selector, data, fn ) { return this.on( types, selector, data, fn, 1 ); }, off: function( types, selector, fn ) { if ( types && types.preventDefault && types.handleObj ) { // ( event ) dispatched jQuery.Event var handleObj = types.handleObj; jQuery( types.delegateTarget ).off( handleObj.namespace ? handleObj.origType + "." + handleObj.namespace : handleObj.origType, handleObj.selector, handleObj.handler ); return this; } if ( typeof types === "object" ) { // ( types-object [, selector] ) for ( var type in types ) { this.off( type, selector, types[ type ] ); } return this; } if ( selector === false || typeof selector === "function" ) { // ( types [, fn] ) fn = selector; selector = undefined; } if ( fn === false ) { fn = returnFalse; } return this.each(function() { jQuery.event.remove( this, types, fn, selector ); }); }, bind: function( types, data, fn ) { return this.on( types, null, data, fn ); }, unbind: function( types, fn ) { return this.off( types, null, fn ); }, live: function( types, data, fn ) { jQuery( this.context ).on( types, this.selector, data, fn ); return this; }, die: function( types, fn ) { jQuery( this.context ).off( types, this.selector || "**", fn ); return this; }, delegate: function( selector, types, data, fn ) { return this.on( types, selector, data, fn ); }, undelegate: function( selector, types, fn ) { // ( namespace ) or ( selector, types [, fn] ) return arguments.length == 1? this.off( selector, "**" ) : this.off( types, selector, fn ); }, trigger: function( type, data ) { return this.each(function() { jQuery.event.trigger( type, data, this ); }); }, triggerHandler: function( type, data ) { if ( this[0] ) { return jQuery.event.trigger( type, data, this[0], true ); } }, toggle: function( fn ) { // Save reference to arguments for access in closure var args = arguments, guid = fn.guid || jQuery.guid++, i = 0, toggler = function( event ) { // Figure out which function to execute var lastToggle = ( jQuery._data( this, "lastToggle" + fn.guid ) || 0 ) % i; jQuery._data( this, "lastToggle" + fn.guid, lastToggle + 1 ); // Make sure that clicks stop event.preventDefault(); // and execute the function return args[ lastToggle ].apply( this, arguments ) || false; }; // link all the functions, so any of them can unbind this click handler toggler.guid = guid; while ( i < args.length ) { args[ i++ ].guid = guid; } return this.click( toggler ); }, hover: function( fnOver, fnOut ) { return this.mouseenter( fnOver ).mouseleave( fnOut || fnOver ); } }); jQuery.each( ("blur focus focusin focusout load resize scroll unload click dblclick " + "mousedown mouseup mousemove mouseover mouseout mouseenter mouseleave " + "change select submit keydown keypress keyup error contextmenu").split(" "), function( i, name ) { // Handle event binding jQuery.fn[ name ] = function( data, fn ) { if ( fn == null ) { fn = data; data = null; } return arguments.length > 0 ? this.on( name, null, data, fn ) : this.trigger( name ); }; if ( jQuery.attrFn ) { jQuery.attrFn[ name ] = true; } if ( rkeyEvent.test( name ) ) { jQuery.event.fixHooks[ name ] = jQuery.event.keyHooks; } if ( rmouseEvent.test( name ) ) { jQuery.event.fixHooks[ name ] = jQuery.event.mouseHooks; } }); /*! * Sizzle CSS Selector Engine * Copyright 2011, The Dojo Foundation * Released under the MIT, BSD, and GPL Licenses. * More information: http://sizzlejs.com/ */ (function(){ var chunker = /((?:\((?:\([^()]+\)|[^()]+)+\)|\[(?:\[[^\[\]]*\]|['"][^'"]*['"]|[^\[\]'"]+)+\]|\\.|[^ >+~,(\[\\]+)+|[>+~])(\s*,\s*)?((?:.|\r|\n)*)/g, expando = "sizcache" + (Math.random() + '').replace('.', ''), done = 0, toString = Object.prototype.toString, hasDuplicate = false, baseHasDuplicate = true, rBackslash = /\\/g, rReturn = /\r\n/g, rNonWord = /\W/; // Here we check if the JavaScript engine is using some sort of // optimization where it does not always call our comparision // function. If that is the case, discard the hasDuplicate value. // Thus far that includes Google Chrome. [0, 0].sort(function() { baseHasDuplicate = false; return 0; }); var Sizzle = function( selector, context, results, seed ) { results = results || []; context = context || document; var origContext = context; if ( context.nodeType !== 1 && context.nodeType !== 9 ) { return []; } if ( !selector || typeof selector !== "string" ) { return results; } var m, set, checkSet, extra, ret, cur, pop, i, prune = true, contextXML = Sizzle.isXML( context ), parts = [], soFar = selector; // Reset the position of the chunker regexp (start from head) do { chunker.exec( "" ); m = chunker.exec( soFar ); if ( m ) { soFar = m[3]; parts.push( m[1] ); if ( m[2] ) { extra = m[3]; break; } } } while ( m ); if ( parts.length > 1 && origPOS.exec( selector ) ) { if ( parts.length === 2 && Expr.relative[ parts[0] ] ) { set = posProcess( parts[0] + parts[1], context, seed ); } else { set = Expr.relative[ parts[0] ] ? [ context ] : Sizzle( parts.shift(), context ); while ( parts.length ) { selector = parts.shift(); if ( Expr.relative[ selector ] ) { selector += parts.shift(); } set = posProcess( selector, set, seed ); } } } else { // Take a shortcut and set the context if the root selector is an ID // (but not if it'll be faster if the inner selector is an ID) if ( !seed && parts.length > 1 && context.nodeType === 9 && !contextXML && Expr.match.ID.test(parts[0]) && !Expr.match.ID.test(parts[parts.length - 1]) ) { ret = Sizzle.find( parts.shift(), context, contextXML ); context = ret.expr ? Sizzle.filter( ret.expr, ret.set )[0] : ret.set[0]; } if ( context ) { ret = seed ? { expr: parts.pop(), set: makeArray(seed) } : Sizzle.find( parts.pop(), parts.length === 1 && (parts[0] === "~" || parts[0] === "+") && context.parentNode ? context.parentNode : context, contextXML ); set = ret.expr ? Sizzle.filter( ret.expr, ret.set ) : ret.set; if ( parts.length > 0 ) { checkSet = makeArray( set ); } else { prune = false; } while ( parts.length ) { cur = parts.pop(); pop = cur; if ( !Expr.relative[ cur ] ) { cur = ""; } else { pop = parts.pop(); } if ( pop == null ) { pop = context; } Expr.relative[ cur ]( checkSet, pop, contextXML ); } } else { checkSet = parts = []; } } if ( !checkSet ) { checkSet = set; } if ( !checkSet ) { Sizzle.error( cur || selector ); } if ( toString.call(checkSet) === "[object Array]" ) { if ( !prune ) { results.push.apply( results, checkSet ); } else if ( context && context.nodeType === 1 ) { for ( i = 0; checkSet[i] != null; i++ ) { if ( checkSet[i] && (checkSet[i] === true || checkSet[i].nodeType === 1 && Sizzle.contains(context, checkSet[i])) ) { results.push( set[i] ); } } } else { for ( i = 0; checkSet[i] != null; i++ ) { if ( checkSet[i] && checkSet[i].nodeType === 1 ) { results.push( set[i] ); } } } } else { makeArray( checkSet, results ); } if ( extra ) { Sizzle( extra, origContext, results, seed ); Sizzle.uniqueSort( results ); } return results; }; Sizzle.uniqueSort = function( results ) { if ( sortOrder ) { hasDuplicate = baseHasDuplicate; results.sort( sortOrder ); if ( hasDuplicate ) { for ( var i = 1; i < results.length; i++ ) { if ( results[i] === results[ i - 1 ] ) { results.splice( i--, 1 ); } } } } return results; }; Sizzle.matches = function( expr, set ) { return Sizzle( expr, null, null, set ); }; Sizzle.matchesSelector = function( node, expr ) { return Sizzle( expr, null, null, [node] ).length > 0; }; Sizzle.find = function( expr, context, isXML ) { var set, i, len, match, type, left; if ( !expr ) { return []; } for ( i = 0, len = Expr.order.length; i < len; i++ ) { type = Expr.order[i]; if ( (match = Expr.leftMatch[ type ].exec( expr )) ) { left = match[1]; match.splice( 1, 1 ); if ( left.substr( left.length - 1 ) !== "\\" ) { match[1] = (match[1] || "").replace( rBackslash, "" ); set = Expr.find[ type ]( match, context, isXML ); if ( set != null ) { expr = expr.replace( Expr.match[ type ], "" ); break; } } } } if ( !set ) { set = typeof context.getElementsByTagName !== "undefined" ? context.getElementsByTagName( "*" ) : []; } return { set: set, expr: expr }; }; Sizzle.filter = function( expr, set, inplace, not ) { var match, anyFound, type, found, item, filter, left, i, pass, old = expr, result = [], curLoop = set, isXMLFilter = set && set[0] && Sizzle.isXML( set[0] ); while ( expr && set.length ) { for ( type in Expr.filter ) { if ( (match = Expr.leftMatch[ type ].exec( expr )) != null && match[2] ) { filter = Expr.filter[ type ]; left = match[1]; anyFound = false; match.splice(1,1); if ( left.substr( left.length - 1 ) === "\\" ) { continue; } if ( curLoop === result ) { result = []; } if ( Expr.preFilter[ type ] ) { match = Expr.preFilter[ type ]( match, curLoop, inplace, result, not, isXMLFilter ); if ( !match ) { anyFound = found = true; } else if ( match === true ) { continue; } } if ( match ) { for ( i = 0; (item = curLoop[i]) != null; i++ ) { if ( item ) { found = filter( item, match, i, curLoop ); pass = not ^ found; if ( inplace && found != null ) { if ( pass ) { anyFound = true; } else { curLoop[i] = false; } } else if ( pass ) { result.push( item ); anyFound = true; } } } } if ( found !== undefined ) { if ( !inplace ) { curLoop = result; } expr = expr.replace( Expr.match[ type ], "" ); if ( !anyFound ) { return []; } break; } } } // Improper expression if ( expr === old ) { if ( anyFound == null ) { Sizzle.error( expr ); } else { break; } } old = expr; } return curLoop; }; Sizzle.error = function( msg ) { throw new Error( "Syntax error, unrecognized expression: " + msg ); }; /** * Utility function for retreiving the text value of an array of DOM nodes * @param {Array|Element} elem */ var getText = Sizzle.getText = function( elem ) { var i, node, nodeType = elem.nodeType, ret = ""; if ( nodeType ) { if ( nodeType === 1 || nodeType === 9 || nodeType === 11 ) { // Use textContent || innerText for elements if ( typeof elem.textContent === 'string' ) { return elem.textContent; } else if ( typeof elem.innerText === 'string' ) { // Replace IE's carriage returns return elem.innerText.replace( rReturn, '' ); } else { // Traverse it's children for ( elem = elem.firstChild; elem; elem = elem.nextSibling) { ret += getText( elem ); } } } else if ( nodeType === 3 || nodeType === 4 ) { return elem.nodeValue; } } else { // If no nodeType, this is expected to be an array for ( i = 0; (node = elem[i]); i++ ) { // Do not traverse comment nodes if ( node.nodeType !== 8 ) { ret += getText( node ); } } } return ret; }; var Expr = Sizzle.selectors = { order: [ "ID", "NAME", "TAG" ], match: { ID: /#((?:[\w\u00c0-\uFFFF\-]|\\.)+)/, CLASS: /\.((?:[\w\u00c0-\uFFFF\-]|\\.)+)/, NAME: /\[name=['"]*((?:[\w\u00c0-\uFFFF\-]|\\.)+)['"]*\]/, ATTR: /\[\s*((?:[\w\u00c0-\uFFFF\-]|\\.)+)\s*(?:(\S?=)\s*(?:(['"])(.*?)\3|(#?(?:[\w\u00c0-\uFFFF\-]|\\.)*)|)|)\s*\]/, TAG: /^((?:[\w\u00c0-\uFFFF\*\-]|\\.)+)/, CHILD: /:(only|nth|last|first)-child(?:\(\s*(even|odd|(?:[+\-]?\d+|(?:[+\-]?\d*)?n\s*(?:[+\-]\s*\d+)?))\s*\))?/, POS: /:(nth|eq|gt|lt|first|last|even|odd)(?:\((\d*)\))?(?=[^\-]|$)/, PSEUDO: /:((?:[\w\u00c0-\uFFFF\-]|\\.)+)(?:\((['"]?)((?:\([^\)]+\)|[^\(\)]*)+)\2\))?/ }, leftMatch: {}, attrMap: { "class": "className", "for": "htmlFor" }, attrHandle: { href: function( elem ) { return elem.getAttribute( "href" ); }, type: function( elem ) { return elem.getAttribute( "type" ); } }, relative: { "+": function(checkSet, part){ var isPartStr = typeof part === "string", isTag = isPartStr && !rNonWord.test( part ), isPartStrNotTag = isPartStr && !isTag; if ( isTag ) { part = part.toLowerCase(); } for ( var i = 0, l = checkSet.length, elem; i < l; i++ ) { if ( (elem = checkSet[i]) ) { while ( (elem = elem.previousSibling) && elem.nodeType !== 1 ) {} checkSet[i] = isPartStrNotTag || elem && elem.nodeName.toLowerCase() === part ? elem || false : elem === part; } } if ( isPartStrNotTag ) { Sizzle.filter( part, checkSet, true ); } }, ">": function( checkSet, part ) { var elem, isPartStr = typeof part === "string", i = 0, l = checkSet.length; if ( isPartStr && !rNonWord.test( part ) ) { part = part.toLowerCase(); for ( ; i < l; i++ ) { elem = checkSet[i]; if ( elem ) { var parent = elem.parentNode; checkSet[i] = parent.nodeName.toLowerCase() === part ? parent : false; } } } else { for ( ; i < l; i++ ) { elem = checkSet[i]; if ( elem ) { checkSet[i] = isPartStr ? elem.parentNode : elem.parentNode === part; } } if ( isPartStr ) { Sizzle.filter( part, checkSet, true ); } } }, "": function(checkSet, part, isXML){ var nodeCheck, doneName = done++, checkFn = dirCheck; if ( typeof part === "string" && !rNonWord.test( part ) ) { part = part.toLowerCase(); nodeCheck = part; checkFn = dirNodeCheck; } checkFn( "parentNode", part, doneName, checkSet, nodeCheck, isXML ); }, "~": function( checkSet, part, isXML ) { var nodeCheck, doneName = done++, checkFn = dirCheck; if ( typeof part === "string" && !rNonWord.test( part ) ) { part = part.toLowerCase(); nodeCheck = part; checkFn = dirNodeCheck; } checkFn( "previousSibling", part, doneName, checkSet, nodeCheck, isXML ); } }, find: { ID: function( match, context, isXML ) { if ( typeof context.getElementById !== "undefined" && !isXML ) { var m = context.getElementById(match[1]); // Check parentNode to catch when Blackberry 4.6 returns // nodes that are no longer in the document #6963 return m && m.parentNode ? [m] : []; } }, NAME: function( match, context ) { if ( typeof context.getElementsByName !== "undefined" ) { var ret = [], results = context.getElementsByName( match[1] ); for ( var i = 0, l = results.length; i < l; i++ ) { if ( results[i].getAttribute("name") === match[1] ) { ret.push( results[i] ); } } return ret.length === 0 ? null : ret; } }, TAG: function( match, context ) { if ( typeof context.getElementsByTagName !== "undefined" ) { return context.getElementsByTagName( match[1] ); } } }, preFilter: { CLASS: function( match, curLoop, inplace, result, not, isXML ) { match = " " + match[1].replace( rBackslash, "" ) + " "; if ( isXML ) { return match; } for ( var i = 0, elem; (elem = curLoop[i]) != null; i++ ) { if ( elem ) { if ( not ^ (elem.className && (" " + elem.className + " ").replace(/[\t\n\r]/g, " ").indexOf(match) >= 0) ) { if ( !inplace ) { result.push( elem ); } } else if ( inplace ) { curLoop[i] = false; } } } return false; }, ID: function( match ) { return match[1].replace( rBackslash, "" ); }, TAG: function( match, curLoop ) { return match[1].replace( rBackslash, "" ).toLowerCase(); }, CHILD: function( match ) { if ( match[1] === "nth" ) { if ( !match[2] ) { Sizzle.error( match[0] ); } match[2] = match[2].replace(/^\+|\s*/g, ''); // parse equations like 'even', 'odd', '5', '2n', '3n+2', '4n-1', '-n+6' var test = /(-?)(\d*)(?:n([+\-]?\d*))?/.exec( match[2] === "even" && "2n" || match[2] === "odd" && "2n+1" || !/\D/.test( match[2] ) && "0n+" + match[2] || match[2]); // calculate the numbers (first)n+(last) including if they are negative match[2] = (test[1] + (test[2] || 1)) - 0; match[3] = test[3] - 0; } else if ( match[2] ) { Sizzle.error( match[0] ); } // TODO: Move to normal caching system match[0] = done++; return match; }, ATTR: function( match, curLoop, inplace, result, not, isXML ) { var name = match[1] = match[1].replace( rBackslash, "" ); if ( !isXML && Expr.attrMap[name] ) { match[1] = Expr.attrMap[name]; } // Handle if an un-quoted value was used match[4] = ( match[4] || match[5] || "" ).replace( rBackslash, "" ); if ( match[2] === "~=" ) { match[4] = " " + match[4] + " "; } return match; }, PSEUDO: function( match, curLoop, inplace, result, not ) { if ( match[1] === "not" ) { // If we're dealing with a complex expression, or a simple one if ( ( chunker.exec(match[3]) || "" ).length > 1 || /^\w/.test(match[3]) ) { match[3] = Sizzle(match[3], null, null, curLoop); } else { var ret = Sizzle.filter(match[3], curLoop, inplace, true ^ not); if ( !inplace ) { result.push.apply( result, ret ); } return false; } } else if ( Expr.match.POS.test( match[0] ) || Expr.match.CHILD.test( match[0] ) ) { return true; } return match; }, POS: function( match ) { match.unshift( true ); return match; } }, filters: { enabled: function( elem ) { return elem.disabled === false && elem.type !== "hidden"; }, disabled: function( elem ) { return elem.disabled === true; }, checked: function( elem ) { return elem.checked === true; }, selected: function( elem ) { // Accessing this property makes selected-by-default // options in Safari work properly if ( elem.parentNode ) { elem.parentNode.selectedIndex; } return elem.selected === true; }, parent: function( elem ) { return !!elem.firstChild; }, empty: function( elem ) { return !elem.firstChild; }, has: function( elem, i, match ) { return !!Sizzle( match[3], elem ).length; }, header: function( elem ) { return (/h\d/i).test( elem.nodeName ); }, text: function( elem ) { var attr = elem.getAttribute( "type" ), type = elem.type; // IE6 and 7 will map elem.type to 'text' for new HTML5 types (search, etc) // use getAttribute instead to test this case return elem.nodeName.toLowerCase() === "input" && "text" === type && ( attr === type || attr === null ); }, radio: function( elem ) { return elem.nodeName.toLowerCase() === "input" && "radio" === elem.type; }, checkbox: function( elem ) { return elem.nodeName.toLowerCase() === "input" && "checkbox" === elem.type; }, file: function( elem ) { return elem.nodeName.toLowerCase() === "input" && "file" === elem.type; }, password: function( elem ) { return elem.nodeName.toLowerCase() === "input" && "password" === elem.type; }, submit: function( elem ) { var name = elem.nodeName.toLowerCase(); return (name === "input" || name === "button") && "submit" === elem.type; }, image: function( elem ) { return elem.nodeName.toLowerCase() === "input" && "image" === elem.type; }, reset: function( elem ) { var name = elem.nodeName.toLowerCase(); return (name === "input" || name === "button") && "reset" === elem.type; }, button: function( elem ) { var name = elem.nodeName.toLowerCase(); return name === "input" && "button" === elem.type || name === "button"; }, input: function( elem ) { return (/input|select|textarea|button/i).test( elem.nodeName ); }, focus: function( elem ) { return elem === elem.ownerDocument.activeElement; } }, setFilters: { first: function( elem, i ) { return i === 0; }, last: function( elem, i, match, array ) { return i === array.length - 1; }, even: function( elem, i ) { return i % 2 === 0; }, odd: function( elem, i ) { return i % 2 === 1; }, lt: function( elem, i, match ) { return i < match[3] - 0; }, gt: function( elem, i, match ) { return i > match[3] - 0; }, nth: function( elem, i, match ) { return match[3] - 0 === i; }, eq: function( elem, i, match ) { return match[3] - 0 === i; } }, filter: { PSEUDO: function( elem, match, i, array ) { var name = match[1], filter = Expr.filters[ name ]; if ( filter ) { return filter( elem, i, match, array ); } else if ( name === "contains" ) { return (elem.textContent || elem.innerText || getText([ elem ]) || "").indexOf(match[3]) >= 0; } else if ( name === "not" ) { var not = match[3]; for ( var j = 0, l = not.length; j < l; j++ ) { if ( not[j] === elem ) { return false; } } return true; } else { Sizzle.error( name ); } }, CHILD: function( elem, match ) { var first, last, doneName, parent, cache, count, diff, type = match[1], node = elem; switch ( type ) { case "only": case "first": while ( (node = node.previousSibling) ) { if ( node.nodeType === 1 ) { return false; } } if ( type === "first" ) { return true; } node = elem; /* falls through */ case "last": while ( (node = node.nextSibling) ) { if ( node.nodeType === 1 ) { return false; } } return true; case "nth": first = match[2]; last = match[3]; if ( first === 1 && last === 0 ) { return true; } doneName = match[0]; parent = elem.parentNode; if ( parent && (parent[ expando ] !== doneName || !elem.nodeIndex) ) { count = 0; for ( node = parent.firstChild; node; node = node.nextSibling ) { if ( node.nodeType === 1 ) { node.nodeIndex = ++count; } } parent[ expando ] = doneName; } diff = elem.nodeIndex - last; if ( first === 0 ) { return diff === 0; } else { return ( diff % first === 0 && diff / first >= 0 ); } } }, ID: function( elem, match ) { return elem.nodeType === 1 && elem.getAttribute("id") === match; }, TAG: function( elem, match ) { return (match === "*" && elem.nodeType === 1) || !!elem.nodeName && elem.nodeName.toLowerCase() === match; }, CLASS: function( elem, match ) { return (" " + (elem.className || elem.getAttribute("class")) + " ") .indexOf( match ) > -1; }, ATTR: function( elem, match ) { var name = match[1], result = Sizzle.attr ? Sizzle.attr( elem, name ) : Expr.attrHandle[ name ] ? Expr.attrHandle[ name ]( elem ) : elem[ name ] != null ? elem[ name ] : elem.getAttribute( name ), value = result + "", type = match[2], check = match[4]; return result == null ? type === "!=" : !type && Sizzle.attr ? result != null : type === "=" ? value === check : type === "*=" ? value.indexOf(check) >= 0 : type === "~=" ? (" " + value + " ").indexOf(check) >= 0 : !check ? value && result !== false : type === "!=" ? value !== check : type === "^=" ? value.indexOf(check) === 0 : type === "$=" ? value.substr(value.length - check.length) === check : type === "|=" ? value === check || value.substr(0, check.length + 1) === check + "-" : false; }, POS: function( elem, match, i, array ) { var name = match[2], filter = Expr.setFilters[ name ]; if ( filter ) { return filter( elem, i, match, array ); } } } }; var origPOS = Expr.match.POS, fescape = function(all, num){ return "\\" + (num - 0 + 1); }; for ( var type in Expr.match ) { Expr.match[ type ] = new RegExp( Expr.match[ type ].source + (/(?![^\[]*\])(?![^\(]*\))/.source) ); Expr.leftMatch[ type ] = new RegExp( /(^(?:.|\r|\n)*?)/.source + Expr.match[ type ].source.replace(/\\(\d+)/g, fescape) ); } // Expose origPOS // "global" as in regardless of relation to brackets/parens Expr.match.globalPOS = origPOS; var makeArray = function( array, results ) { array = Array.prototype.slice.call( array, 0 ); if ( results ) { results.push.apply( results, array ); return results; } return array; }; // Perform a simple check to determine if the browser is capable of // converting a NodeList to an array using builtin methods. // Also verifies that the returned array holds DOM nodes // (which is not the case in the Blackberry browser) try { Array.prototype.slice.call( document.documentElement.childNodes, 0 )[0].nodeType; // Provide a fallback method if it does not work } catch( e ) { makeArray = function( array, results ) { var i = 0, ret = results || []; if ( toString.call(array) === "[object Array]" ) { Array.prototype.push.apply( ret, array ); } else { if ( typeof array.length === "number" ) { for ( var l = array.length; i < l; i++ ) { ret.push( array[i] ); } } else { for ( ; array[i]; i++ ) { ret.push( array[i] ); } } } return ret; }; } var sortOrder, siblingCheck; if ( document.documentElement.compareDocumentPosition ) { sortOrder = function( a, b ) { if ( a === b ) { hasDuplicate = true; return 0; } if ( !a.compareDocumentPosition || !b.compareDocumentPosition ) { return a.compareDocumentPosition ? -1 : 1; } return a.compareDocumentPosition(b) & 4 ? -1 : 1; }; } else { sortOrder = function( a, b ) { // The nodes are identical, we can exit early if ( a === b ) { hasDuplicate = true; return 0; // Fallback to using sourceIndex (in IE) if it's available on both nodes } else if ( a.sourceIndex && b.sourceIndex ) { return a.sourceIndex - b.sourceIndex; } var al, bl, ap = [], bp = [], aup = a.parentNode, bup = b.parentNode, cur = aup; // If the nodes are siblings (or identical) we can do a quick check if ( aup === bup ) { return siblingCheck( a, b ); // If no parents were found then the nodes are disconnected } else if ( !aup ) { return -1; } else if ( !bup ) { return 1; } // Otherwise they're somewhere else in the tree so we need // to build up a full list of the parentNodes for comparison while ( cur ) { ap.unshift( cur ); cur = cur.parentNode; } cur = bup; while ( cur ) { bp.unshift( cur ); cur = cur.parentNode; } al = ap.length; bl = bp.length; // Start walking down the tree looking for a discrepancy for ( var i = 0; i < al && i < bl; i++ ) { if ( ap[i] !== bp[i] ) { return siblingCheck( ap[i], bp[i] ); } } // We ended someplace up the tree so do a sibling check return i === al ? siblingCheck( a, bp[i], -1 ) : siblingCheck( ap[i], b, 1 ); }; siblingCheck = function( a, b, ret ) { if ( a === b ) { return ret; } var cur = a.nextSibling; while ( cur ) { if ( cur === b ) { return -1; } cur = cur.nextSibling; } return 1; }; } // Check to see if the browser returns elements by name when // querying by getElementById (and provide a workaround) (function(){ // We're going to inject a fake input element with a specified name var form = document.createElement("div"), id = "script" + (new Date()).getTime(), root = document.documentElement; form.innerHTML = ""; // Inject it into the root element, check its status, and remove it quickly root.insertBefore( form, root.firstChild ); // The workaround has to do additional checks after a getElementById // Which slows things down for other browsers (hence the branching) if ( document.getElementById( id ) ) { Expr.find.ID = function( match, context, isXML ) { if ( typeof context.getElementById !== "undefined" && !isXML ) { var m = context.getElementById(match[1]); return m ? m.id === match[1] || typeof m.getAttributeNode !== "undefined" && m.getAttributeNode("id").nodeValue === match[1] ? [m] : undefined : []; } }; Expr.filter.ID = function( elem, match ) { var node = typeof elem.getAttributeNode !== "undefined" && elem.getAttributeNode("id"); return elem.nodeType === 1 && node && node.nodeValue === match; }; } root.removeChild( form ); // release memory in IE root = form = null; })(); (function(){ // Check to see if the browser returns only elements // when doing getElementsByTagName("*") // Create a fake element var div = document.createElement("div"); div.appendChild( document.createComment("") ); // Make sure no comments are found if ( div.getElementsByTagName("*").length > 0 ) { Expr.find.TAG = function( match, context ) { var results = context.getElementsByTagName( match[1] ); // Filter out possible comments if ( match[1] === "*" ) { var tmp = []; for ( var i = 0; results[i]; i++ ) { if ( results[i].nodeType === 1 ) { tmp.push( results[i] ); } } results = tmp; } return results; }; } // Check to see if an attribute returns normalized href attributes div.innerHTML = ""; if ( div.firstChild && typeof div.firstChild.getAttribute !== "undefined" && div.firstChild.getAttribute("href") !== "#" ) { Expr.attrHandle.href = function( elem ) { return elem.getAttribute( "href", 2 ); }; } // release memory in IE div = null; })(); if ( document.querySelectorAll ) { (function(){ var oldSizzle = Sizzle, div = document.createElement("div"), id = "__sizzle__"; div.innerHTML = "

"; // Safari can't handle uppercase or unicode characters when // in quirks mode. if ( div.querySelectorAll && div.querySelectorAll(".TEST").length === 0 ) { return; } Sizzle = function( query, context, extra, seed ) { context = context || document; // Only use querySelectorAll on non-XML documents // (ID selectors don't work in non-HTML documents) if ( !seed && !Sizzle.isXML(context) ) { // See if we find a selector to speed up var match = /^(\w+$)|^\.([\w\-]+$)|^#([\w\-]+$)/.exec( query ); if ( match && (context.nodeType === 1 || context.nodeType === 9) ) { // Speed-up: Sizzle("TAG") if ( match[1] ) { return makeArray( context.getElementsByTagName( query ), extra ); // Speed-up: Sizzle(".CLASS") } else if ( match[2] && Expr.find.CLASS && context.getElementsByClassName ) { return makeArray( context.getElementsByClassName( match[2] ), extra ); } } if ( context.nodeType === 9 ) { // Speed-up: Sizzle("body") // The body element only exists once, optimize finding it if ( query === "body" && context.body ) { return makeArray( [ context.body ], extra ); // Speed-up: Sizzle("#ID") } else if ( match && match[3] ) { var elem = context.getElementById( match[3] ); // Check parentNode to catch when Blackberry 4.6 returns // nodes that are no longer in the document #6963 if ( elem && elem.parentNode ) { // Handle the case where IE and Opera return items // by name instead of ID if ( elem.id === match[3] ) { return makeArray( [ elem ], extra ); } } else { return makeArray( [], extra ); } } try { return makeArray( context.querySelectorAll(query), extra ); } catch(qsaError) {} // qSA works strangely on Element-rooted queries // We can work around this by specifying an extra ID on the root // and working up from there (Thanks to Andrew Dupont for the technique) // IE 8 doesn't work on object elements } else if ( context.nodeType === 1 && context.nodeName.toLowerCase() !== "object" ) { var oldContext = context, old = context.getAttribute( "id" ), nid = old || id, hasParent = context.parentNode, relativeHierarchySelector = /^\s*[+~]/.test( query ); if ( !old ) { context.setAttribute( "id", nid ); } else { nid = nid.replace( /'/g, "\\$&" ); } if ( relativeHierarchySelector && hasParent ) { context = context.parentNode; } try { if ( !relativeHierarchySelector || hasParent ) { return makeArray( context.querySelectorAll( "[id='" + nid + "'] " + query ), extra ); } } catch(pseudoError) { } finally { if ( !old ) { oldContext.removeAttribute( "id" ); } } } } return oldSizzle(query, context, extra, seed); }; for ( var prop in oldSizzle ) { Sizzle[ prop ] = oldSizzle[ prop ]; } // release memory in IE div = null; })(); } (function(){ var html = document.documentElement, matches = html.matchesSelector || html.mozMatchesSelector || html.webkitMatchesSelector || html.msMatchesSelector; if ( matches ) { // Check to see if it's possible to do matchesSelector // on a disconnected node (IE 9 fails this) var disconnectedMatch = !matches.call( document.createElement( "div" ), "div" ), pseudoWorks = false; try { // This should fail with an exception // Gecko does not error, returns false instead matches.call( document.documentElement, "[test!='']:sizzle" ); } catch( pseudoError ) { pseudoWorks = true; } Sizzle.matchesSelector = function( node, expr ) { // Make sure that attribute selectors are quoted expr = expr.replace(/\=\s*([^'"\]]*)\s*\]/g, "='$1']"); if ( !Sizzle.isXML( node ) ) { try { if ( pseudoWorks || !Expr.match.PSEUDO.test( expr ) && !/!=/.test( expr ) ) { var ret = matches.call( node, expr ); // IE 9's matchesSelector returns false on disconnected nodes if ( ret || !disconnectedMatch || // As well, disconnected nodes are said to be in a document // fragment in IE 9, so check for that node.document && node.document.nodeType !== 11 ) { return ret; } } } catch(e) {} } return Sizzle(expr, null, null, [node]).length > 0; }; } })(); (function(){ var div = document.createElement("div"); div.innerHTML = "
"; // Opera can't find a second classname (in 9.6) // Also, make sure that getElementsByClassName actually exists if ( !div.getElementsByClassName || div.getElementsByClassName("e").length === 0 ) { return; } // Safari caches class attributes, doesn't catch changes (in 3.2) div.lastChild.className = "e"; if ( div.getElementsByClassName("e").length === 1 ) { return; } Expr.order.splice(1, 0, "CLASS"); Expr.find.CLASS = function( match, context, isXML ) { if ( typeof context.getElementsByClassName !== "undefined" && !isXML ) { return context.getElementsByClassName(match[1]); } }; // release memory in IE div = null; })(); function dirNodeCheck( dir, cur, doneName, checkSet, nodeCheck, isXML ) { for ( var i = 0, l = checkSet.length; i < l; i++ ) { var elem = checkSet[i]; if ( elem ) { var match = false; elem = elem[dir]; while ( elem ) { if ( elem[ expando ] === doneName ) { match = checkSet[elem.sizset]; break; } if ( elem.nodeType === 1 && !isXML ){ elem[ expando ] = doneName; elem.sizset = i; } if ( elem.nodeName.toLowerCase() === cur ) { match = elem; break; } elem = elem[dir]; } checkSet[i] = match; } } } function dirCheck( dir, cur, doneName, checkSet, nodeCheck, isXML ) { for ( var i = 0, l = checkSet.length; i < l; i++ ) { var elem = checkSet[i]; if ( elem ) { var match = false; elem = elem[dir]; while ( elem ) { if ( elem[ expando ] === doneName ) { match = checkSet[elem.sizset]; break; } if ( elem.nodeType === 1 ) { if ( !isXML ) { elem[ expando ] = doneName; elem.sizset = i; } if ( typeof cur !== "string" ) { if ( elem === cur ) { match = true; break; } } else if ( Sizzle.filter( cur, [elem] ).length > 0 ) { match = elem; break; } } elem = elem[dir]; } checkSet[i] = match; } } } if ( document.documentElement.contains ) { Sizzle.contains = function( a, b ) { return a !== b && (a.contains ? a.contains(b) : true); }; } else if ( document.documentElement.compareDocumentPosition ) { Sizzle.contains = function( a, b ) { return !!(a.compareDocumentPosition(b) & 16); }; } else { Sizzle.contains = function() { return false; }; } Sizzle.isXML = function( elem ) { // documentElement is verified for cases where it doesn't yet exist // (such as loading iframes in IE - #4833) var documentElement = (elem ? elem.ownerDocument || elem : 0).documentElement; return documentElement ? documentElement.nodeName !== "HTML" : false; }; var posProcess = function( selector, context, seed ) { var match, tmpSet = [], later = "", root = context.nodeType ? [context] : context; // Position selectors must be done after the filter // And so must :not(positional) so we move all PSEUDOs to the end while ( (match = Expr.match.PSEUDO.exec( selector )) ) { later += match[0]; selector = selector.replace( Expr.match.PSEUDO, "" ); } selector = Expr.relative[selector] ? selector + "*" : selector; for ( var i = 0, l = root.length; i < l; i++ ) { Sizzle( selector, root[i], tmpSet, seed ); } return Sizzle.filter( later, tmpSet ); }; // EXPOSE // Override sizzle attribute retrieval Sizzle.attr = jQuery.attr; Sizzle.selectors.attrMap = {}; jQuery.find = Sizzle; jQuery.expr = Sizzle.selectors; jQuery.expr[":"] = jQuery.expr.filters; jQuery.unique = Sizzle.uniqueSort; jQuery.text = Sizzle.getText; jQuery.isXMLDoc = Sizzle.isXML; jQuery.contains = Sizzle.contains; })(); var runtil = /Until$/, rparentsprev = /^(?:parents|prevUntil|prevAll)/, // Note: This RegExp should be improved, or likely pulled from Sizzle rmultiselector = /,/, isSimple = /^.[^:#\[\.,]*$/, slice = Array.prototype.slice, POS = jQuery.expr.match.globalPOS, // methods guaranteed to produce a unique set when starting from a unique set guaranteedUnique = { children: true, contents: true, next: true, prev: true }; jQuery.fn.extend({ find: function( selector ) { var self = this, i, l; if ( typeof selector !== "string" ) { return jQuery( selector ).filter(function() { for ( i = 0, l = self.length; i < l; i++ ) { if ( jQuery.contains( self[ i ], this ) ) { return true; } } }); } var ret = this.pushStack( "", "find", selector ), length, n, r; for ( i = 0, l = this.length; i < l; i++ ) { length = ret.length; jQuery.find( selector, this[i], ret ); if ( i > 0 ) { // Make sure that the results are unique for ( n = length; n < ret.length; n++ ) { for ( r = 0; r < length; r++ ) { if ( ret[r] === ret[n] ) { ret.splice(n--, 1); break; } } } } } return ret; }, has: function( target ) { var targets = jQuery( target ); return this.filter(function() { for ( var i = 0, l = targets.length; i < l; i++ ) { if ( jQuery.contains( this, targets[i] ) ) { return true; } } }); }, not: function( selector ) { return this.pushStack( winnow(this, selector, false), "not", selector); }, filter: function( selector ) { return this.pushStack( winnow(this, selector, true), "filter", selector ); }, is: function( selector ) { return !!selector && ( typeof selector === "string" ? // If this is a positional selector, check membership in the returned set // so $("p:first").is("p:last") won't return true for a doc with two "p". POS.test( selector ) ? jQuery( selector, this.context ).index( this[0] ) >= 0 : jQuery.filter( selector, this ).length > 0 : this.filter( selector ).length > 0 ); }, closest: function( selectors, context ) { var ret = [], i, l, cur = this[0]; // Array (deprecated as of jQuery 1.7) if ( jQuery.isArray( selectors ) ) { var level = 1; while ( cur && cur.ownerDocument && cur !== context ) { for ( i = 0; i < selectors.length; i++ ) { if ( jQuery( cur ).is( selectors[ i ] ) ) { ret.push({ selector: selectors[ i ], elem: cur, level: level }); } } cur = cur.parentNode; level++; } return ret; } // String var pos = POS.test( selectors ) || typeof selectors !== "string" ? jQuery( selectors, context || this.context ) : 0; for ( i = 0, l = this.length; i < l; i++ ) { cur = this[i]; while ( cur ) { if ( pos ? pos.index(cur) > -1 : jQuery.find.matchesSelector(cur, selectors) ) { ret.push( cur ); break; } else { cur = cur.parentNode; if ( !cur || !cur.ownerDocument || cur === context || cur.nodeType === 11 ) { break; } } } } ret = ret.length > 1 ? jQuery.unique( ret ) : ret; return this.pushStack( ret, "closest", selectors ); }, // Determine the position of an element within // the matched set of elements index: function( elem ) { // No argument, return index in parent if ( !elem ) { return ( this[0] && this[0].parentNode ) ? this.prevAll().length : -1; } // index in selector if ( typeof elem === "string" ) { return jQuery.inArray( this[0], jQuery( elem ) ); } // Locate the position of the desired element return jQuery.inArray( // If it receives a jQuery object, the first element is used elem.jquery ? elem[0] : elem, this ); }, add: function( selector, context ) { var set = typeof selector === "string" ? jQuery( selector, context ) : jQuery.makeArray( selector && selector.nodeType ? [ selector ] : selector ), all = jQuery.merge( this.get(), set ); return this.pushStack( isDisconnected( set[0] ) || isDisconnected( all[0] ) ? all : jQuery.unique( all ) ); }, andSelf: function() { return this.add( this.prevObject ); } }); // A painfully simple check to see if an element is disconnected // from a document (should be improved, where feasible). function isDisconnected( node ) { return !node || !node.parentNode || node.parentNode.nodeType === 11; } jQuery.each({ parent: function( elem ) { var parent = elem.parentNode; return parent && parent.nodeType !== 11 ? parent : null; }, parents: function( elem ) { return jQuery.dir( elem, "parentNode" ); }, parentsUntil: function( elem, i, until ) { return jQuery.dir( elem, "parentNode", until ); }, next: function( elem ) { return jQuery.nth( elem, 2, "nextSibling" ); }, prev: function( elem ) { return jQuery.nth( elem, 2, "previousSibling" ); }, nextAll: function( elem ) { return jQuery.dir( elem, "nextSibling" ); }, prevAll: function( elem ) { return jQuery.dir( elem, "previousSibling" ); }, nextUntil: function( elem, i, until ) { return jQuery.dir( elem, "nextSibling", until ); }, prevUntil: function( elem, i, until ) { return jQuery.dir( elem, "previousSibling", until ); }, siblings: function( elem ) { return jQuery.sibling( ( elem.parentNode || {} ).firstChild, elem ); }, children: function( elem ) { return jQuery.sibling( elem.firstChild ); }, contents: function( elem ) { return jQuery.nodeName( elem, "iframe" ) ? elem.contentDocument || elem.contentWindow.document : jQuery.makeArray( elem.childNodes ); } }, function( name, fn ) { jQuery.fn[ name ] = function( until, selector ) { var ret = jQuery.map( this, fn, until ); if ( !runtil.test( name ) ) { selector = until; } if ( selector && typeof selector === "string" ) { ret = jQuery.filter( selector, ret ); } ret = this.length > 1 && !guaranteedUnique[ name ] ? jQuery.unique( ret ) : ret; if ( (this.length > 1 || rmultiselector.test( selector )) && rparentsprev.test( name ) ) { ret = ret.reverse(); } return this.pushStack( ret, name, slice.call( arguments ).join(",") ); }; }); jQuery.extend({ filter: function( expr, elems, not ) { if ( not ) { expr = ":not(" + expr + ")"; } return elems.length === 1 ? jQuery.find.matchesSelector(elems[0], expr) ? [ elems[0] ] : [] : jQuery.find.matches(expr, elems); }, dir: function( elem, dir, until ) { var matched = [], cur = elem[ dir ]; while ( cur && cur.nodeType !== 9 && (until === undefined || cur.nodeType !== 1 || !jQuery( cur ).is( until )) ) { if ( cur.nodeType === 1 ) { matched.push( cur ); } cur = cur[dir]; } return matched; }, nth: function( cur, result, dir, elem ) { result = result || 1; var num = 0; for ( ; cur; cur = cur[dir] ) { if ( cur.nodeType === 1 && ++num === result ) { break; } } return cur; }, sibling: function( n, elem ) { var r = []; for ( ; n; n = n.nextSibling ) { if ( n.nodeType === 1 && n !== elem ) { r.push( n ); } } return r; } }); // Implement the identical functionality for filter and not function winnow( elements, qualifier, keep ) { // Can't pass null or undefined to indexOf in Firefox 4 // Set to 0 to skip string check qualifier = qualifier || 0; if ( jQuery.isFunction( qualifier ) ) { return jQuery.grep(elements, function( elem, i ) { var retVal = !!qualifier.call( elem, i, elem ); return retVal === keep; }); } else if ( qualifier.nodeType ) { return jQuery.grep(elements, function( elem, i ) { return ( elem === qualifier ) === keep; }); } else if ( typeof qualifier === "string" ) { var filtered = jQuery.grep(elements, function( elem ) { return elem.nodeType === 1; }); if ( isSimple.test( qualifier ) ) { return jQuery.filter(qualifier, filtered, !keep); } else { qualifier = jQuery.filter( qualifier, filtered ); } } return jQuery.grep(elements, function( elem, i ) { return ( jQuery.inArray( elem, qualifier ) >= 0 ) === keep; }); } function createSafeFragment( document ) { var list = nodeNames.split( "|" ), safeFrag = document.createDocumentFragment(); if ( safeFrag.createElement ) { while ( list.length ) { safeFrag.createElement( list.pop() ); } } return safeFrag; } var nodeNames = "abbr|article|aside|audio|bdi|canvas|data|datalist|details|figcaption|figure|footer|" + "header|hgroup|mark|meter|nav|output|progress|section|summary|time|video", rinlinejQuery = / jQuery\d+="(?:\d+|null)"/g, rleadingWhitespace = /^\s+/, rxhtmlTag = /<(?!area|br|col|embed|hr|img|input|link|meta|param)(([\w:]+)[^>]*)\/>/ig, rtagName = /<([\w:]+)/, rtbody = /]", "i"), // checked="checked" or checked rchecked = /checked\s*(?:[^=]|=\s*.checked.)/i, rscriptType = /\/(java|ecma)script/i, rcleanScript = /^\s*", "" ], legend: [ 1, "
", "
" ], thead: [ 1, "", "
" ], tr: [ 2, "", "
" ], td: [ 3, "", "
" ], col: [ 2, "", "
" ], area: [ 1, "", "" ], _default: [ 0, "", "" ] }, safeFragment = createSafeFragment( document ); wrapMap.optgroup = wrapMap.option; wrapMap.tbody = wrapMap.tfoot = wrapMap.colgroup = wrapMap.caption = wrapMap.thead; wrapMap.th = wrapMap.td; // IE can't serialize and

dispcalGUI dispcalGUI—Open Source Display Calibration and Characterization powered by Argyll CMS

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About dispcalGUI

dispcalGUI is a graphical user interface for the display calibration and profiling tools of Argyll CMS, an open source color management system by Graeme Gill.

Calibrate and characterize your display devices using one of the many supported hardware sensors, with support for multi-display setups and a variety of available settings like customizable whitepoint, luminance, black level, tone response curve as well as the option to create matrix and look-up-table ICC profiles, with optional gamut mapping. Other features include:

  • Support of colorimeter correction for wide-gamut screens via correction matrices or calibration specral sample files (the latter only for specific colorimeters i.e. i1 Display Pro, ColorMunki Display and Spyder 4).
  • Profile verification: Check the quality of profiles via measurements. Also supports custom CGATS files (e.g. FOGRA, GRACoL/IDEAlliance, SWOP) and using of reference profiles to obtain test values.
  • Test chart editor: Create charts with any amount of color patches, easy copy & paste from CGATS, CSV files (only tab-delimited) and spreadsheet applications.

Screenshots

Thumbnail of dispcalGUI running under Linux with GNOME 3
Main window
 Thumbnail of dispcalGUI running under Linux with GNOME
Gamut mapping options
 Thumbnail of dispcalGUI running under Linux with GNOME
Testchart editor

Thumbnail of dispcalGUI running under Linux with GNOME
Display adjustment
 Thumbnail of dispcalGUI running under Linux with GNOME
Measurements
 Thumbnail of dispcalGUI running under Linux with GNOME
Calibration curves

Thumbnail of dispcalGUI running under Linux with KDE4
KDE4
 Thumbnail of dispcalGUI running under Mac OS X
Mac OS X
 Thumbnail of dispcalGUI running under Windows 7
Windows 7

Disclaimer

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 3 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.

dispcalGUI is written in Python and uses the 3rd-party packages NumPy, demjson (JSON[6] library) and wxPython (GUI[4] toolkit). It also makes extensive use of several Argyll CMS utilities. The build system to create standalone executables additionally uses setuptools and py2app on Mac OS X or py2exe on Windows. All of these software packages are © by their respective authors.

Get dispcalGUI

Please note: Argyll CMS is a separate download.

Quickstart guide

This short guide intends to get you up and running quickly, but if you run into a problem, you should refer to the full prerequisites and installation sections.

  1. Get and install the latest release of dispcalGUI. It is recommended to first remove all previous versions.

  2. Download and unpack Argyll CMS: Linux | Mac OS | Windows. Put the extracted directory (Argyll_VX.X.X) in a convenient place on your harddisk.

    If you want to use the HCFR colorimeter under Mac OS X...

    Follow the instructions under “installing Argyll CMS on Mac OS X” in the Argyll CMS documentation.

  3. Launch dispcalGUI. If it cannot determine the path to the Argyll CMS binaries, it will prompt you to select the location manually on first launch.

    If your measurement device is a i1 Display Pro, ColorMunki Display or Spyder 4...

    You'll want to import the colorimeter corrections that are part of the i1 Profiler or ColorMunki Display software package, which can be used to better match the instrument to a particular type of display.

    Choose “Import colorimeter corrections from other display profiling software...” from dispcalGUI's “Tools” menu. If the i1 Profiler or ColorMunki Display software is installed or its installation media is inserted, the colorimeter corrections can be imported automatically, otherwise you will have to manually select the software's setup executable. Select the ColorMunki Display PC (Windows) Setup or i1 Profiler PC (Windows) Setup regardless of your actual operating system (both files contain the same set of colorimeter corrections, the ColorMunki software is a slightly smaller download).

    If your measurement device is a Spyder 4, you'll also want to enable additional measurement modes for that particular instrument.

    If your measurement device is a Spyder 2...

    The Spyder 2 needs the vendor firmware pattern to function.

    Choose “Enable Spyder 2 colorimeter...” from dispcalGUI's “Tools” menu. If the Spyder 2 software is installed or its installation media is inserted, the Spyder 2 can be enabled automatically, otherwise you will have to manually select the Spyder 2 software's setup executable. Select the Spyder 2 Setup for Windows regardless of your actual operating system.

    If your measurement device is a Spyder 4...

    The full range of measurement modes for the Spyder 4 are only available if they are imported from the Spyder 4 software.

    Choose “Import colorimeter corrections from other display profiling software...” from dispcalGUI's “Tools” menu. If the Spyder 4 software is installed or its installation media is inserted, the colorimeter corrections can be imported automatically, otherwise you will have to manually select the Spyder 4 software's setup executable. Select the Spyder 4 Setup for Windows (choose one of Elite, Express, HD or Pro) regardless of your actual operating system.

  4. Connect your measurement device to your computer.

    Windows only: If your measurement device is not a ColorMunki Display, i1 Display Pro or Huey, you need to install an Argyll-specific driver. See “Driver installation under Windows”.

    Click the small icon with the swirling arrows in between the “Display device” and “Instrument” controls to detect connected displays devices and instruments. The detected instrument(s) should show up in the “Instrument” dropdown.

    Linux only: If you cannot access your instrument, first try unplugging and reconnecting it, or a reboot. If that doesn't help, read “Installing Argyll CMS on Linux: Setting up instrument access”.

  5. Refer to the documentation for usage instructions.

System requirements and other prerequisites

General system requirements

  • A recent Linux, Mac OS X (10.4 or newer) or Windows (XP/Server 2003 or newer) operating system.
  • A graphics card with at least 24 bits per pixel (true color) support and the desktop set up to use this color depth.

Argyll CMS

To use dispcalGUI, you need to download and install Argyll CMS (1.0 or newer).

Supported instruments

You need one of the supported instruments to make measurements. All instruments supported by Argyll CMS are also supported by dispcalGUI. For display readings, these currently are:

Colorimeters

  • Calman X2 (treated as i1 Display 2)
  • Datacolor/ColorVision Spyder 2
  • Datacolor Spyder 3 (since Argyll CMS 1.1.0)
  • Datacolor Spyder 4 (since Argyll CMS 1.3.6)
  • HP Advanced Profiling Solution (treated as i1 Display 2)
  • HP DreamColor (treated as i1 Display 2)
  • Hughski ColorHug (experimental only, does not work reliably on all platforms, especially on Mac OS X. Linux support since Argyll CMS 1.3.6, Windows support with newest ColorHug firmware since Argyll CMS 1.5.0)
  • Lacie Blue Eye (treated as i1 Display 2)
  • Sequel Imaging MonacoOPTIX (treated as i1 Display 1)
  • X-Rite ColorMunki Create (treated as i1 Display 2)
  • X-Rite ColorMunki Smile (since Argyll CMS 1.5.0)
  • X-Rite DTP92
  • X-Rite DTP94
  • X-Rite/GretagMacbeth/Pantone Huey
  • X-Rite/GretagMacbeth i1 Display 1
  • X-Rite/GretagMacbeth i1 Display 2/LT
  • X-Rite i1 Display Pro, ColorMunki Display (since Argyll CMS 1.3.4)

Spectrometers

  • JETI specbos 1211/1201 (new in Argyll CMS 1.6.0 beta)
  • X-Rite ColorMunki Design, ColorMunki Photo (since Argyll CMS 1.1.0)
  • X-Rite/GretagMacbeth i1 Monitor (since Argyll CMS 1.0.3)
  • X-Rite/GretagMacbeth i1 Pro
  • X-Rite/GretagMacbeth Spectrolino

Note that the i1 Display Pro and i1 Pro are very different instruments despite their naming similarities.

Also there are currently (2011-09-02) four instruments (or rather, packages) under the ColorMunki brand, two of which are spectrometers, and two are colorimeters:

  • The ColorMunki Design and ColorMunki Photo spectrometers differ only in the functionality of the bundled vendor software. There are no differences between the instruments when used with Argyll CMS and dispcalGUI.
  • The ColorMunki Display colorimeter is a less expensive version of the i1 Display Pro colorimeter. It comes bundled with a simpler vendor software and has longer measurement times compared to the i1 Display Pro. Apart from that, the instrument appears to be virtually identical.
  • The ColorMunki Create colorimeter is the same instrument as the i1 Display 2.

Additional requirements for unattended calibration and profiling

When using a spectrometer that is supported by the unattended feature (see below), having to take the instrument off the screen to do a sensor self-calibration again after display calibration before starting the measurements for profiling may be avoided if the menu item “Allow skipping of spectrometer self-calibration” in the “Options” menu is checked (colorimeter measurements are always unattended because they generally do not require a sensor calibration away from the screen, with the exception of the i1 Display 1).

Unattended calibration and profiling currently supports the following spectrometers in addition to most colorimeters:

  • X-Rite ColorMunki
  • X-Rite/GretagMacbeth i1 Monitor & Pro
  • X-Rite/GretagMacbeth Spectrolino

Be aware you may still be forced to do a sensor calibration if the instrument requires it. Also, please look at the possible caveats.

Additional requirements for using the source code

You can skip this section if you downloaded a package, installer, ZIP archive or disk image of dispcalGUI for your operating system and do not want to run or compile from source.

All platforms:

  • Python >= v2.5 <= v2.7.x (2.7.x is the recommended version. Mac OS X users: If you want to compile dispcalGUI from source, it is advisable to first install XCode and then the official python.org Python)
  • NumPy
  • wxPython GUI[4] toolkit

Windows:

Additional requirements for compiling

You can skip this section if you downloaded a python package of dispcalGUI for your operating system and do not want to compile from source.

Linux:

  • GCC and development headers for Python + X11 + Xrandr + Xinerama + Xxf86vm if not already installed, they should be available through your distribution's packaging system

Mac OS X:

  • XCode
  • py2app if you want to build a standalone executable (on Mac OS X before 10.5, install setuptools first: sudo python util/ez_setup.py setuptools)

Windows:

  • a C-compiler (e.g. MS Visual C++ Express or MinGW. If you're using the official python.org Python 2.6 or later I'd recommend Visual C++ Express as it works out of the box)
  • py2exe if you want to build a standalone executable

Running directly from source without installation

One-time setup instructions:

  1. Open a shell.
  2. cd into the source directory (e.g. dispcalGUI-${VERSION} or dispcalgui).
  3. If you use a version from the SVN repository, run python setup.py to create the version file.
  4. Run python setup.py build_ext -i to build the extension modules (you may be able to skip this step on Linux and Mac OS X as the source already includes compiled versions of the extension modules)

You can then run python dispcalGUI.pyw (or launch it by double-clicking).

Installation

It is recommended to first remove all previous versions.

Driver installation under Windows

  • If you already have drivers for your measurement device installed...

    Read “Adding Argyll drivers to existing drivers” (if you are using vendor drivers) or “Updating Argyll drivers” (if you use a prior version of the Argyll drivers) under “Installing Argyll CMS on Microsoft Windows” in the Argyll CMS documentation.

  • If this is a fresh install...

      • If you are using Windows 8...
        1. Go to “Settings” (hover the lower right corner of the screen, then click the gear icon).
        2. Select “Power” (the on/off icon).
        3. Hold the SHIFT key down and click “Restart”.
        4. Select “Troubleshoot → “Advanced Options” → “Startup Settings” → “Restart”.
        5. After reboot, select “Disable Driver Signature Enforcement” (number 7 on the list).
        6. Open the desktop, then go to “Settings” (hover the lower right corner of the screen, then click the gear icon) → “Control Panel” → “Hardware and Sound” → “Device Manager”.
        7. Locate the instrument in the device list. It may be underneath one of the top level items (usually “Other devices”).
        8. Right click on the instrument and select “Update Driver Software...”.
        9. Select “Browse my computer for driver software”.
        10. Select “Let me pick from a list of device drivers on my computer” and then “Next”.
        11. Select “Have disk...” then “Browse...”.
      • If you are using Windows Vista/7...
        1. A “Found new hardware” dialog should appear.
        2. Select “Locate and install driver software (recommended)”.
        3. If a “User Account Control” window pops up, select “Continue”.
        4. Select “Don't search online”.
        5. Select “I don't have the disc, show me other options”.
        6. Select “Browse my computer for driver software (advanced)”.
      • If you are using Windows XP...
        1. A “Found new hardware” dialog should appear.
        2. In the window “Can Windows connect to Windows Update to search for software?” select “No, not this time” and “Next”.
        3. Select “Install from a list or specific location (advanced)” then “Next”.
        4. Select “Search for the best driver in these locations”, “Include this location in the search” and “Browse...”.
    2. Locate the “libusbw” (Argyll CMS up to 1.1.1), “libusb1” (Argyll CMS up to 1.4.0) or “usb” (Argyll CMS 1.5.0 and newer) subdirectory in your Argyll_VX.X.X directory (you may also need to select the .inf file that corresponds to your device, then select “Open” and “OK”). Select “Next”.
    3. If a “Windows Security” dialog pops up, select “Install this driver software anyway”.
    4. A window stating the successful installation of the driver should show. Click “Finish”/“Close”.

Linux package (.deb/.rpm)

A lot of distributions allow easy installation of packages via the graphical desktop, i.e. by double-clicking the package file's icon. Please consult your distribution's documentation if you are unsure how to install packages.

If you cannot access your instrument, first try unplugging and reconnecting it, or a reboot. If that doesn't help, read “Installing Argyll CMS on Linux: Setting up instrument access”.

Linux Autopackage (.package)

Before installing the autopackage, first install wxPython (on some systems called python-wxGTK or python-wxWidgets) and NumPy using your system's package management software. To install the autopackage, follow these three steps (you only have to do it once, next time, you can just skip these steps and open the .package file directly):

  1. Click on the package with your right mouse button. Then click on the “Properties” menu item.
  2. Go to the “Permissions” tab.
    • Check the “Execute”, “Exec” or “Is Executable” checkbox. If there are more than one Execute/Exec checkboxes, check the top-most one.
    • Click “Close” or “OK”, depending on the dialog.
  3. If you already have the software installed from your distributions packages or from the source, remove it first. Then open the package file. If you are asked whether you want to display or run the package, choose “Run”.

The installation will now begin. Follow further intructions that are displayed, if any.

If you cannot access your instrument, first try unplugging and reconnecting it, or a reboot. If that doesn't help, read “Installing Argyll CMS on Linux: Setting up instrument access”.

Mac OS X

Mount the disk image and option-drag its icon to your “Applications” folder. Afterwards open the “dispcalGUI” folder in your “Applications” folder and drag dispcalGUI's icon to the dock if you want easy access.

If you want to use the HCFR colorimeter under Mac OS X, follow the instructions under “installing Argyll CMS on Mac OS X” in the Argyll CMS documentation.

Windows (Installer)

Launch the installer which will guide you trough the required setup steps.

If your measurement device is not a ColorMunki Display or i1 Display Pro, you need to install an Argyll-specific driver. See “Driver installation under Windows”.

Windows (ZIP archive)

Unpack and then simply run dispcalGUI from the created folder.

If your measurement device is not a ColorMunki Display or i1 Display Pro, you need to install an Argyll-specific driver. See “Driver installation under Windows”.

Source code (all platforms)

See the “Prerequisites” section to run directly from source without installation.

Starting with dispcalGUI 0.2.5b, you can use standard distutils/setuptools commands with setup.py to build, install, and create packages. sudo python setup.py install will compile the extension modules and do a standard installation. Run python setup.py --help or python setup.py --help-commands for more information. A few additional commands and options which are not part of distutils or setuptools (and thus do not appear in the help) are also available:

Additional setup commands

bdist_appdmg (Mac OS X only)
Creates a DMG of a previously created (by the py2app or bdist_standalone commands) application bundle.
bdist_deb (Linux/Debian-based)
Create an installable Debian (.deb) package, much like the standard distutils command bdist_rpm for RPM packages. Prerequisites: You first need to install alien and rpmdb, create a dummy RPM database via sudo rpmdb --initdb, then edit (or create from scratch) the setup.cfg (you can have a look at misc/setup.ubuntu9.cfg for a working example). Under Ubuntu, running utils/dist_ubuntu.sh will automatically use the correct setup.cfg. If you are using Ubuntu 11.04 or any other debian-based distribution which has Python 2.7 as default, you need to edit /usr/lib/python2.7/distutils/command/bdist_rpm.py, and change the line install_cmd = ('%s install -O1 --root=$RPM_BUILD_ROOT ' to install_cmd = ('%s install --root=$RPM_BUILD_ROOT ' by removing the -O1 flag. Also, you need to change /usr/lib/rpm/brp-compress to do nothing (e.g. change the file contents to exit 0, but don't forget to create a backup copy first) otherwise you will get errors when building.
bdist_standalone
Creates a standalone executable that does not require a Python installation. Uses bbfreeze on Linux, py2app on Mac OS X and py2exe on Windows. setup.py will try and automatically download/install these packages for you if they are not yet installed and if not using the --use-distutils switch. Note: On Mac OS X, older versions of py2app (before 0.4) are not able to access files inside python “egg” files (which are basically ZIP-compressed folders). Setuptools, which is needed by py2app, will normally be installed in “egg” form, thus preventing those older py2app versions from accessing its contents. To fix this, you need to remove any installed setuptools-<version>-py<python-version>.egg files from your Python installation's site-packages directory (normally found under /Library/Frameworks/Python.framework/Versions/Current/lib). Then, run sudo python util/ez_setup.py -Z setuptools which will install setuptools unpacked, thus allowing py2app to acces all its files. This is no longer an issue with py2app 0.4 and later.
buildservice
Creates control files for openSUSE Build Service (also happens implicitly when invoking sdist).
finalize_msi (Windows only)
Adds icons and start menu shortcuts to the MSI installer previously created with bdist_msi. Successful MSI creation needs a patched msilib (additional information).
inno (Windows only)
Creates an Inno Setup install script for an executable created with the py2exe or bdist_standalone commands.
purge
Removes the build and dispcalGUI.egg-info directories including their contents.
purge_dist
Removes the dist directory and its contents.
readme
Creates README.html by parsing misc/README.template.html and substituting placeholders like date and version numbers.
uninstall
Uninstalls the package. You can specify the same options as for the install command.

Additional setup options

--cfg=<name>
Use an alternate setup.cfg, e.g. tailored for a given Linux distribution. The original setup.cfg is backed up and restored afterwards. The alternate file must exist as misc/setup.<name>.cfg
-n, --dry-run
Don't actually do anything. Useful in combination with the uninstall command to see which files would be removed.
--skip-instrument-configuration-files
Skip installation of udev rules and hotplug scripts.
--skip-postinstall
Skip post-installation on Linux (an entry in the desktop menu will still be created, but may not become visible until logging out and back in or rebooting) and Windows (no shortcuts in the start menu will be created at all).
--use-distutils
Force setup to use distutils (default) instead of setuptools. This is useful in combination with the bdist* commands, because it will avoid an artificial dependency on setuptools. This is actually a switch, use it once and the choice is remembered until you specify the --use-setuptools switch (see next paragraph).
--use-setuptools
Force setup to try and use setuptools instead of distutils. This is actually a switch, use it once and the choice is remembered until you specify the --use-distutils switch (see above).

Instrument-specific setup

If your measurement device is a i1 Display Pro, ColorMunki Display or Spyder 4, you'll want to import the colorimeter corrections that are part of the i1 Profiler or ColorMunki Display software package, which can be used to better match the instrument to a particular type of display.

Choose “Import colorimeter corrections from other display profiling software...” from dispcalGUI's “Tools” menu. If the i1 Profiler or ColorMunki Display software is installed or its installation media is inserted, the colorimeter corrections can be imported automatically, otherwise you will have to manually select the software's setup executable. Select the ColorMunki Display PC (Windows) Setup or i1 Profiler PC (Windows) Setup regardless of your actual operating system (both files contain the same set of colorimeter corrections, the ColorMunki software is a slightly smaller download).

The full range of measurement modes for the Spyder 4 are only available if they are imported from the Spyder 4 software.

Choose “Import colorimeter corrections from other display profiling software...” from dispcalGUI's “Tools” menu. If the Spyder 4 software is installed or its installation media is inserted, the colorimeter corrections can be imported automatically, otherwise you will have to manually select the setup executable. Select the Spyder 4 Setup for Windows (choose one of Elite, Express, HD or Pro) regardless of your actual operating system.

If your measurement device is a Spyder 2, choose “Enable Spyder 2 colorimeter...” from dispcalGUI's “Tools” menu. If you don't have the spyder software installed or its location cannot be determined, you will be prompted to manually select the setup executable. Select the Spyder 2 Setup for Windows regardless of your actual operating system.

Basic concept of display calibration and profiling

If you have previous experience, skip ahead. If you are new to display calibration, here is a quick outline of the basic concept.

First, the display behavior is measured and adjusted to meet user-definable target characteristics, like brightness, gamma and white point. This step is generally referred to as calibration. Calibration is done by adjusting the monitor controls, and the output of the graphics card (via calibration curves, also sometimes called video LUT[7] curves—please don't confuse these with LUT profiles, the differences are explained here) to get as close as possible to the chosen target.
To meet the user-defined target characteristics, it is generally advisable to get as far as possible by using the monitor controls, and only thereafter by manipulating the output of the video card via calibration curves, which are loaded into the video card gamma table, to get the best results.

Second, the calibrated displays response is measured and an ICC[5] profile describing it is created.

Optionally and for convenience purposes, the calibration is stored in the profile, but both still need to be used together to get correct results. This can lead to some ambiguity, because loading the calibration curves from the profile is generally the responsibility of a third party utility or the OS, while applications using the profile to do color transforms usually rely on the calibration being already loaded. Currently, the only OS that applies calibration curves out-of-the-box is Mac OS X (under Windows 7 you can enable it, but it's off by default)—for other OS's, dispcalGUI takes care of creating an appropriate loader.

Even non-color-managed applications will benefit from a loaded calibration because it is stored in the graphics card—it is “global”. But the calibration alone will not yield accurate colors—only fully color-managed applications will make use of display profiles and the necessary color transforms.

Regrettably there are several image viewing and editing applications that only implement half-baked color management by not using the system's display profile (or any display profile at all), but an internal and often unchangeable “default” color space like sRGB, and sending output unaltered to the display after converting to that default colorspace. If the display's actual response is close to sRGB, you might get pleasing (albeit not accurate) results, but on displays which behave differently, for example wide-color-gamut displays, even mundane colors can get a strong tendency towards neon.

A note about colorimeters, wide-gamut displays and dispcalGUI

Colorimeters need a correction in hardware or software to obtain correct measurements from wide-gamut displays (please also see “Wide Gamut Displays and Colorimeters” on the Argyll CMS website for more information). The latter is supported when using Argyll CMS >= 1.3.0, so if you own a wide-gamut display and colorimeter which has not been specifically tuned for this display (i.e. does not contain a correction in hardware), you can apply a correction that has been calculated from spectrometer measurements to help better measure such a screen.
You need a spectrometer in the first place to do the necessary measurements to create such a correction, or you may query dispcalGUI's Colorimeter Corrections Database, and there's also a list of contributed colorimeter correction files on the Argyll CMS website—please note though that a matrix created for one particular instrument/display combination may not work well for different instances of the same combination because of generally low inter-instrument agreement of most colorimeters.
Starting with dispcalGUI 0.6.8, you can also import generic corrections from some profiling softwares by choosing the corresponding item in the “Tools” menu.

If you buy a screen bundled with a colorimeter, the instrument may have been matched to the screen in some way already, so you may not need a software correction in that case.

Special note about the X-Rite i1 Display Pro, ColorMunki Display and Spyder 4 colorimeters

These instruments greatly reduce the amount of work needed to match them to a display because they contain the spectral sensitivities of their filters in hardware, so only a spectrometer reading of the display is needed to create the correction (in contrast to matching other colorimeters to a display, which needs two readings: One with a spectrometer and one with the colorimeter).
That means anyone with a particular screen and a spectrometer can create a special Colorimeter Calibration Spectral Set (.ccss) file of that screen for use with those colorimeters, without needing to actually have access to the colorimeter itself.

Usage

Through the main window, you can choose your settings. When running calibration measurements, another window will guide you through the interactive part of display adjustment.

Settings file

Here, you can load a calibration (.cal) or ICC profile (.icc / .icm) file from a previous run. This will set options to those stored in the file and also load calibration curves (if any) into the video card. If the file contains only a subset of settings, you will get a message showing which settings were loaded.

If a calibration file or profile is loaded in this way, its name will show up here to indicate that the settings reflect those in the file. Also, if a calibration is present it can be used as the base when “Just Profiling”.
The chosen settings file will stay as long as you do not change any of the calibration or profiling settings, with one exception: When a .cal file with the same base name as the settings file exists in the same directory, adjusting the quality and profiling controls will not cause unloading of the settings file. This allows you to use an existing calibration with new profiling settings for “Just Profiling”, or to update an existing calibration with different quality and/or profiling settings. If you change settings in other situations, the file will get unloaded (but current settings will be retained—unloading just happens to remind you that the settings no longer match those in the file), and current display profile's calibration curves will be restored (if present, otherwise they will reset to linear).

When a calibration file is selected, the “Update calibration” checkbox will become available, which takes less time than a calibration from scratch. If a ICC[5] profile is selected, and a calibration file with the same base name exists in the same directory, the profile will be updated with the new calibration. Ticking the “Update calibration” checkbox will gray out all options as well as the “Calibrate & profile” and “Just profile” buttons, only the quality level will be changeable.

Predefined settings (presets)

Starting with dispcalGUI v0.2.5b, predefined settings for several use cases are selectable in the settings dropdown. I strongly recommend to NOT view these presets as the solitary “correct” settings you absolutely should use unmodified if your use case matches their description. Rather view them as starting points, from where you can work towards your own, optimized (in terms of your requirements, hardware, surroundings, and personal preference) settings.

Why has a default gamma of 2.2 been chosen for the presets?

Many displays, be it CRT or LCD type, have a default response characteristic close to a gamma of approx. 2.2-2.4 (for CRTs, this is the actual native behaviour; and LCDs typically try to mimic CRTs). A target response curve for calibration that is reasonably close to the native response of a display should help to minimize calibration artifacts like banding, because the adjustments needed to the video card's gamma tables via calibration curves will not be as strong as if a target response farther away from the display's native response had been chosen.

Of course, you can and should change the calibration response curve to a value suitable for your own requirements. For example, you might have a display that offers hardware calibration or gamma controls, that has been internally calibrated/adjusted to a different response curve, or your display's response is simply not close to a gamma of 2.2 for other reasons. You can run “Report on uncalibrated display device” from the “Tools” menu to measure the approximated overall gamma among other info.

Choosing the display to calibrate and the measurement device

After connecting the instrument, click the small icon with the swirling arrows in between the “Display device” and “Instrument” controls to detect connected displays devices and instruments.

Choosing a measurement mode

Some instruments may support different measurement modes for different types of display devices. In general, there are three base measurement modes: “LCD”, “Refresh” (e.g. CRT and Plasma are refresh-type displays) and “Projector” (the latter is only available if supported by the instrument). Some instruments like the Spyder 4 and ColorHug support additional measurement modes, where a mode is coupled with a predefined colorimeter correction (in that case, you should set the colorimeter correction dropdown to “None” / “Off”).
Variations of these measurement modes may be available depending on the instrument: “Adaptive” measurement mode for spectrometers uses varying integration times to increase accuracy of dark readings, but may be more inconsistent overall. “HiRes” turns on high resolution spectral mode for spectrometers like the i1 Pro, which may increase the accuracy of measurements.

Drift compensation during measurements (only available if using Argyll CMS >= 1.3.0)

White level drift compensation tries to counter luminance changes of a warming up display device. For this purpose, a white test patch is measured periodically, which increases the overall time needed for measurements.

Black level drift compensation tries to counter measurement deviations caused by black calibration drift of a warming up measurement device. For this purpose, a black test patch is measured periodically, which increases the overall time needed for measurements. Many colorimeters are temperature stabilised, in which case black level drift compensation should not be needed, but spectrometers like the i1 Pro or ColorMunki Design/Photo are not temperature compensated.

Choosing a colorimeter correction for a particular (wide-gamut) display

This can improve a colorimeters accuracy for a particular type of display, please also see “A note about colorimeters, wide-gamut displays and dispcalGUI”. You can import generic matrices from some other display profiling softwares as well as check the online Colorimeter Corrections Database for a match of your display/instrument combination (click the small globe next to the correction dropdown). A list of contributed correction matrices can also be found on the Argyll CMS website.

Please note this option is only available if using Argyll CMS >= 1.3.0 and a colorimeter.

Calibration settings

White point

Allows setting the target white point locus to the equivalent of a daylight or black body spectrum of the given temperature in degrees Kelvin, or as chromaticity co-ordinates. By default the white point target will be the native white of the display, and it's color temperature and delta E to the daylight spectrum locus will be shown during monitor adjustment, and adjustments will be recommended to put the display white point directly on the Daylight locus. If a daylight color temperature is given, then this will become the target of the adjustment, and the recommended adjustments will be those needed to make the monitor white point meet the target. Typical values might be 5000 for matching printed output, or 6500, which gives a brighter, bluer look. A white point temperature different to that native to the display may limit the maximum brightness possible.

If you want to find out the current uncalibrated whitepoint of your display, you can run “Report on uncalibrated display device” from the “Tools” menu to measure it.

If you want to adjust the whitepoint to the chromaticities of your ambient lighting, or those of a viewing booth as used in prepress and photography, and your measurement device has ambient measuring capability (e.g. like the i1 Pro or i1 Display with their respective ambient measurement heads), you can use the “Measure” button next to the whitepoint settings. If you want to measure ambient lighting, place the instrument upwards, beside the display. Or if you want to measure a viewing booth, put a metamerism-free gray card inside the booth and point the instrument towards it. Further instructions how to measure ambient may be available in your instrument's documentation.

White level

Set the target brightness of white in cd/m2. If this number cannot be reached, the brightest output possible is chosen, consistent with matching the white point target. Note that many of the instruments are not particularly accurate when assessing the absolute display brightness in cd/m2. NOTE that some LCD screens behave a little strangely near their absolute white point, and may therefore exhibit odd behavior at values just below white. It may be advisable in such cases to set a brightness slightly less than the maximum such a display is capable of.

If you want to find out the current uncalibrated white level of your display, you can run “Report on uncalibrated display device” from the “Tools” menu to measure it.

Black level

Can be used to set the target brightness of black in cd/m2 and is useful for e.g. matching two different screens with different native blacks to one another, by measuring the black levels on both (i.e. in the “Tools” menu, choose “Report on uncalibrated display”) and then entering the highest measured value. Normally you may want to use native black level though, to maximize contrast ratio. Setting too high a value may also give strange results as it interacts with trying to achieve the target “advertised” tone curve shape. Using a black output offset of 100% tries to minimize such problems.

Tone curve / gamma

The target response curve is normally an exponential curve (output = inputgamma), and defaults to 2.2 (which is close to a typical CRT displays real response). Four pre-defined curves can be used as well: the sRGB colorspace response curve, which is an exponent curve with a straight segment at the dark end and an overall response of approximately gamma 2.2, the L* curve, which is the response of the CIE L*a*b* perceptual colorspace, the Rec. 709 video standard response curve and the SMPTE 240M video standard response curve.

Note that a real display can't reproduce any of these ideal curves, since it will have a non-zero black point, whereas all the ideal curves assume zero light at zero input.

For gamma values, you can also specify wheter it should be interpreted relative, meaning the gamma value provided is used to set an actual response curve in light of the non-zero black of the actual display that has the same relative output at 50% input as the ideal gamma power curve, or absolute, which allows the actual power to be specified instead, meaning that after the actual displays non-zero black is accounted for, the response at 50% input will probably not match that of the ideal power curve with that gamma value (to see this setting, you have to go into the “Options” menu, and enable “Show advanced calibration options”).

To allow for the non-zero black level of a real display, by default the target curve values will be offset so that zero input gives the actual black level of the display (output offset). This ensures that the target curve better corresponds to the typical natural behavior of displays, but it may not be the most visually even progression from display minimum. This behavior can be changed using the black output offset option (see further below).

Also note that many color spaces are encoded with, and labelled as having a gamma of approximately 2.2 (ie. sRGB, REC 709, SMPTE 240M, Macintosh OS X 10.6), but are actually intended to be displayed on a display with a typical CRT gamma of 2.4 viewed in a darkened environment.
This is because this 2.2 gamma is a source gamma encoding in bright viewing conditions such as a television studio, while typical display viewing conditions are quite dark by comparison, and a contrast expansion of (approx.) gamma 1.1 is desirable to make the images look as intended.
So if you are displaying images encoded to the sRGB standard, or displaying video through the calibration, just setting the gamma curve to sRGB or REC 709 (respectively) is probably not what you want! What you probably want to do, is to set the gamma curve to about gamma 2.4, so that the contrast range is expanded appropriately, or alternatively use sRGB or REC 709 or a gamma of 2.2 but also specify the actual ambient viewing conditions via a light level in Lux, so that an appropriate contrast enhancement can be made during calibration. If your instrument is capable of measuring ambient light levels, then you can do so.
(For in-depth technical information about sRGB, see “A Standard Default Color Space for the Internet: sRGB” at the ICC[5] website for details of how it is intended to be used)

If you're wondering what gamma value you should use, you can run “Report on uncalibrated display device” from the “Tools” menu to measure the approximated overall gamma among other info. Setting the gamma to the reported value can then help to reduce calibration artifacts like banding, because the adjustments needed for the video card's gamma table should not be as strong as if a gamma further away from the display's native response was chosen.

Ambient light level

(To see this setting, go into the “Options” menu, and enable “Show advanced calibration options”)

As explained for the tone curve settings, often colors are encoded in a situation with viewing conditions that are quite different to the viewing conditions of a typical display, with the expectation that this difference in viewing conditions will be allowed for in the way the display is calibrated. The ambient light level option is a way of doing this. By default calibration will not make any allowances for viewing conditions, but will calibrate to the specified response curve, but if the ambient light level is entered or measured (which you may also do during the interactive display controls portion of the calibration), an appropriate viewing conditions adjustment will be performed. For a gamma value or sRGB, the original viewing conditions will be assumed to be that of the sRGB standard viewing conditions, while for REC 709 and SMPTE 240M they will be assumed to be television studio viewing conditions.
By specifying or measuring the ambient lighting for your display, a viewing conditions adjustment based on the CIECAM02 color appearance model will be made for the brightness of your display and the contrast it makes with your ambient light levels.

Please note your measurement device needs ambient measuring capability (e.g. like the i1 Pro or i1 Display 2 with their respective ambient measurement heads) to measure the ambient light level.

Black output offset

(To see this setting, go into the “Options” menu, and enable “Show advanced calibration options”)

Real displays do not have a zero black response, while all the target response curves do, so this has to be allowed for in some way.

The default way of handling this (equivalent to 100% black output offset) is to allow for this at the output of the ideal response curve, by offsetting and scaling the output values. This defined a curve that will match the responses that many other systems provide and may be a better match to the natural response of the display, but will give a less visually even response from black.

The other alternative is to offset and scale the input values into the ideal response curve so that zero input gives the actual non-zero display response. This ensures the most visually even progression from display minimum, but might be hard to achieve since it is different to the natural response of a display.

A subtlety is to provide a split between how much of the offset is accounted for as input to the ideal response curve, and how much is accounted for at the output, where the degree is 0.0 accounts for it all as input offset, and 100% accounts for all of it as output offset.

Black point correction

(To see this setting, go into the “Options” menu, and enable “Show advanced calibration options”)

Normally dispcal will attempt to make all colors down the neutral axis (R=G=B) have the same hue as the chosen white point. Near the black point, red, green or blue can only be added, not subtracted from zero, so the process of making the near black colors have the desired hue, will lighten them to some extent. For a device with a good contrast ratio or a black point that has nearly the same hue as the white, this is not a problem. If the device contrast ratio is not so good, and the black hue is noticeably different to that of the chosen white point (which is often the case for LCD type displays), this could have a noticeably detrimental effect on an already limited contrast ratio. Here the amount of black point hue correction can be controlled.
By default a factor of 100% will be used, which is usually good for CRT and also by default a factor of 0% is used for LCD type displays, but you can override these with a custom value between 0% (no correction) to 100% (full correction).

If less than full correction is chosen, then the resulting calibration curves will have the target white point down most of the curve, but will then cross over to the native or compromise black point.

Black point correction rate (only available if using Argyll CMS >= 1.0.4)

(To see this setting, go into the “Options” menu, and enable “Show advanced calibration options”)

If the black point is not being set completely to the same hue as the white point (ie. because the factor is less than 100%), then the resulting calibration curves will have the target white point down most of the curve, but will then blend over to the native or compromise black point that is blacker, but not of the right hue. The rate of this blend can be controlled. The default value is 4.0, which results in a target that switches from the white point target to the black, moderately close to the black point. While this typically gives a good visual result with the target neutral hue being maintained to the point where the crossover to the black hue is not visible, it may be asking too much of some displays (typically LCD type displays), and there may be some visual effects due to inconsistent color with viewing angle. For this situation a smaller value may give a better visual result (e.g. try values of 3.0 or 2.0. A value of 1.0 will set a pure linear blend from white point to black point). If there is too much coloration near black, try a larger value, e.g. 6.0 or 8.0.

Calibration speed

Determines how much time and effort to go to in calibrating the display. The lower the speed, the more test readings will be done, the more refinement passes will be done, the tighter will be the accuracy tolerance, and the more detailed will be the calibration of the display. The result will ultimately be limited by the accuracy of the instrument, the repeatability of the display and instrument, and the resolution of the video card gamma table entries and digital or analogue output (RAMDAC).

Interactive display adjustment
Turning this off skips straight to calibration measurements instead of giving you the opportunity to alter the display's controls first. You will normally want to keep this checked, to be able to use the controls to get closer to the chosen target characteristics.

Profiling settings

Testchart file
You can choose the test patches used when profiling the display here. The default ones are automatically chosen based on profile quality and type, but you can also use and create your own using the built-in testchart editor (click on the colored patches next to the testchart file selector or choose “Edit testchart...” from the “File” menu to launch it).
Testchart editor

The provided default testcharts should work well in most situations, but allowing you to create custom charts ensures maximum flexibility when characterizing a display and can improve profiling accuracy and efficiency. See also optimizing testcharts.

You can enter the amount of patches to be generated for each patch type (white, gray, single channel, iterative and multidimensional cube steps). The iterative algorythm can be tuned if more than zero patches are to be generated. What follows is a quick description of the several available iterative algorythms, with “device space” meaning in this case RGB coordinates, and “perceptual space” meaning the (assumed) XYZ numbers of those RGB coordinates. The assumed XYZ numbers can be influenced by providing a previous profile, thus allowing optimized test point placement.

  • Optimized Farthest Point Sampling (OFPS) will optimize the point locations to minimize the distance from any point in device space to the nearest sample point
  • Incremental Far Point Distribution incrementally searches for test points that are as far away as possible from any existing points
  • Device space random chooses test points with an even random distribution in device space
  • Perceptual space random chooses test points with an even random distribution in perceptual space
  • Device space filling quasi-random chooses test points with a quasi-random, space filling distribution in device space
  • Perceptual space filling quasi-random chooses test points with a quasi-random, space filling distribution in perceptual space
  • Device space body centered cubic grid chooses test points with body centered cubic distribution in device space
  • Perceptual space body centered cubic grid chooses test points with body centered cubic distribution in perceptual space

You can set the degree of adaptation to the known device characteristics used by the default full spread OFPS algorithm. A preconditioning profile should be provided if adaptation is set above a low level. By default the adaptation is 10% (low), and should be set to 100% (maximum) if a profile is provided. But, if for instance, the preconditioning profile doesn't represent the device behavior very well, a lower adaption than 100% might be appropriate.

For the body centered grid distributions, the angle parameter sets the overall angle that the grid distribution has.

The “Limit samples to sphere” option is used to define an L*a*b* sphere to filter the test points through. Only test points within the sphere (defined by it's center and radius) will be in the generated testchart. This can be good for targeting supplemental test points at a troublesome area of a device. The accuracy of the L*a*b* target will be best when a reasonably accurate preconditioning profile for the device is chosen. Note that the actual number of points generated can be hard to predict, and will depend on the type of generation used. If the OFPS, device and perceptual space random and device space filling quasi-random methods are used, then the target number of points will be achieved. All other means of generating points will generate a smaller number of test points than expected. For this reason, the device space filling quasi-random method is probably the easiest to use.

Controls for the spreadsheet-like patch editor are as follows:

  • To select patches, click and drag the mouse over table cells, or hold SHIFT (select range) or CTRL/CMD (add/remove single cells/rows to/from selection)
  • To add a patch below an existing one, double-click a row label
  • To delete patches, select them, then hold CTRL (Linux, Windows) or CMD (Mac OS X) and hit DEL or BACKSPACE (will always delete whole rows even if only single cells are selected)
  • CTRL-C/CTRL-V/CTRL-A = copy/paste/select all

If you want to insert a certain amount of patches generated in a spreadsheet application (as RGB coordinates in the range 0.0-100.0 per channel), the easiest way to do this is probably to copy the values from the spreadsheet app, entering the testchart editor, generating a corresponding amount of patches and then overwriting them by doing CTRL-A, CTRL-V.

Profile quality
Sets the level of effort and/or detail in the resulting profile. For table based profiles (LUT[7]), it sets the main lookup table size, and hence quality in the resulting profile. For matrix profiles it sets the per channel curve detail level and fitting “effort”.
Profile type

Generally you can differentiate between two types of profiles: LUT[7] based and matrix based.

Matrix based profiles are smaller in filesize, somewhat less accurate (though in most cases smoother) compared to LUT[7] based types, and usually have the best compatibility across CMM[2]s, applications and systems — but only support the colorimetric intent for color transforms. For matrix based profiles, the PCS is always XYZ. You can choose between using individual curves for each channel (red, green and blue), a single curve for all channels, individual gamma values for each channel or a single gamma for all channels. Curves are more accurate than gamma values. A single curve or gamma can be used if individual curves or gamma values degrade the gray balance of an otherwise good calibration.

LUT[7] based profiles are larger in filesize, more accurate (but may sacrifice smoothness), in some cases less compatible (applications might not be able to use or show bugs/quirks with LUT[7] type profiles, or certain variations of them). When choosing a LUT[7] based profile type, advanced gamut mapping options become available which you can use to create perceptual and/or saturation tables inside the profile in addition to the default colorimetric tables which are always created.
L*a*b* or XYZ can be used as PCS, with XYZ being recommended especially for wide-gamut displays bacause their primaries might exceed the ICC[5] L*a*b* encoding range (Note: Under Windows, XYZ LUT[7] types are only available in dispcalGUI if using Argyll CMS >= 1.1.0 because of a requirement for matrix tags in the profile, which are not created by prior Argyll CMS versions).
As it is hard to verify if the LUT[7] of an combined XYZ LUT[7] + matrix profile is actually used, you may choose to create a profile with a swapped matrix (which I'd recommend), ie. blue-red-green instead of red-green-blue, so it will be obvious if an application uses the (deliberately wrong) matrix instead of the (correct) LUT because the colors will look very wrong (e.g. everything that should be red will be blue, green will be red, blue will be green, yellow will be purple etc).

Note: LUT[7]-based profiles (which contain three-dimensional LUTs) might be confused with video card LUT[7] (calibration) curves (one-dimensional LUTs), but they're two different things. Both LUT[7]-based and matrix-based profiles may include calibration curves which can be loaded into a video card's gamma table hardware.

Advanced gamut mapping options

Normally, profiles created by dispcalGUI only incorporate the colorimetric rendering intent, which means colors outside the display's gamut will be clipped to the next in-gamut color. LUT-type profiles can also have gamut mapping by implementing perceptual and/or saturation rendering intents. You can choose if and which of those you want after clicking “Advanced...”, by specifying a source profile and marking the appropriate checkboxes. Note that a input, output, display or device colororspace profile should be specified as source, not a non-device colorspace, device link, abstract or named color profile. You can also choose viewing conditions which describe the intended use of both the source and the display profile that is to be generated. An appropriate source viewing condition is chosen automatically based on the source profile type.

For more information on why a source gamut is needed, see “About ICC profiles and Gamut Mapping” in the Argyll CMS documentation.

One strategy for getting the best perceptual results with display profiles is as follows: Select a CMYK profile as source for gamut mapping. Then, when converting from another RGB profile to the display profile, use relative colorimetric intent, and if converting from a CMYK profile, use the perceptual intent.
Another approach which especially helps limited-gamut displays is to choose one of the larger (gamut-wise) source profiles you usually work with for gamut mapping, and then always use perceptual intent when converting to the display profile.

Please note that not all applications support setting a rendering intent for display profiles and might default to colorimetric (e.g. Photoshop normally uses relative colorimetric with black point compensation, but can use different intents via custom soft proofing settings).

Black point compensation

This effectively prevents black crush when using the profile, but at the expense of accuracy. (Note: This option has no effect if just calibrating and creating a simple curves + matrix profile directly from the calibration data without additional profiling measurements)

Profile name

As long as you do not enter your own text here, the profile name is auto generated from the chosen calibration and profiling options. The current auto naming mechanism creates quite verbose names which are not necessarily nice to read, but they can help in identifying the profile.
Also note that the profile name is not only used for the resulting profile, but for all intermediate files as well (filename extensions are added automatically) and all files are stored in a folder of that name. You can choose where this folder is created by clicking the disk icon next to the field (it defaults to your system's default location for user data).

Here's an example under Linux, on other platforms some file extensions and the location of the home directory will differ (you can mouse over the filenames to get a tooltip with a short description what the file is for):

Chosen profile save path: ~/.local/share/dispcalGUI/storage

Profile name: mydisplay

The following folder will be created: ~/.local/share/dispcalGUI/storage/mydisplay

During calibration & profiling the following files will be created:

~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.all.sh
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.cal
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.colprof.sh
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.dispcal.sh
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.dispread.sh
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.dispwin.sh
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.icc
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.ti1
~/.local/share/dispcalGUI/storage/mydisplay/mydisplay.ti3

(the .sh files can be used to re-run without GUI[4] but same settings from a shell)

Calibrating / profiling

If you are unclear about the difference between calibration and profiling (also called characterisation), see “Calibration vs. Characterization” in the Argyll CMS documentation.

Please let the screen stabilize for at least half an hour after powering it up before doing any measurements or assessing its color properties. The screen can be used normally with other applications during that time.

After you have set your options, click on one of the three buttons at the bottom to start the actual calibration/profiling process. The main window will hide during measurements, and should pop up again after they are completed (or after an error). You can always cancel out of running measurements using the “Cancel” button in the progress dialog, or by pressing ESC or Q. Viewing the informational log window (from the “Tools” menu) after measurements will give you access to the raw output of the Argyll CMS commandline tools and other verbose information.

Adjusting a display before calibration

If you clicked “Calibrate” or “Calibrate & profile” and have not turned off “Interactive display adjustment”, you will be presented with the interactive display adjustment window which contains several options to help you bring a display's characteristics closer to the chosen target values. Depending on wheter you have a CRT- or LCD-type display, I will try to give some recommendations here which options to adjust, and which to skip.

Adjusting a LCD display

For LCD displays, you will in most cases only want to adjust white point (if the screen has RGB gain or other whitepoint controls) and white level (with the white level also affecting the black level unless you have a local dimming LED model), as many LCDs lack the necessary “offset” controls to adjust the black point (and even if they happen to have them, they often change the overall color temperature, not only the black point). Also note that for most LCD screens, you should leave the “contrast” control at (factory) default.

White point
If your screen has RGB gain, colortemperature or other whitepoint controls, the first step should be adjusting the whitepoint. Note that you may also benefit from this adjustment if you have set the target whitepoint to “native”, as it will allow you to bring it closer to the daylight or blackbody locus, which can help the human visual system to better adapt to the whitepoint. Look at the bars shown during the measurements to adjust RGB gains and minimize the delta E to the target whitepoint.
White level
Continue with the white level adjustment. If you have set a target white level, you may reduce or increase the brightness of your screen (ideally using only the backlight) until the desired value is reached (i.e. the bar ends at the marked center position). If you haven't set a target, simply adjust the screen to a visually pleasing brightness that doesn't cause eye strain.
Adjusting a CRT display
Black level
On CRTs, this adjustment is done using the “brightness” control. You may reduce or increase the brightness of your screen until the desired black level is reached (i.e. the bar ends at the marked center position).
White point
The next step should be adjusting the whitepoint, using the display's RGB gain controls or other means of adjusting the whitepoint. Note that you may also benefit from this adjustment if you have set the target whitepoint to “native”, as it will allow you to bring it closer to the daylight or blackbody locus, which can help the human visual system to better adapt to the whitepoint. Look at the bars shown during the measurements to adjust RGB gains and minimize the delta E to the target whitepoint.
White level
Continue with the white level adjustment. On CRTs this is done using the “contrast” control. If you have set a target white level, you may reduce or increase contrast until the desired value is reached (i.e. the bar ends at the marked center position). If you haven't set a target, simply adjust the screen to a visually pleasing level that doesn't cause eye strain.
Black point
If your display has RGB offset controls, you can adjust the black point as well, in much the same way that you adjusted the whitepoint.
Finishing adjustments (CRT/LCD) and starting calibration/characterisation

After the adjustments, you can run a check on all the settings by choosing the last option from the left-hand menu to verify the achieved values. If adjusting one setting adversely affected another, you can then simply repeat the respective option as necessary until the target parameters are met.

Finally, select “Continue on to calibration” to start the non-interactive part. You may want to get a coffee or two as the process can take a fair amount of time, especially if you selected a high quality level. If you only wanted help to adjust the display and don't want/need calibration curves to be created, you can also choose to exit by closing the interactive display adjustment window and then select “Profile only” from the main window.
If you originally selected “Calibrate & profile” and fulfil the requirements for unattended calibration & profiling, the characterisation measurements for the profiling process should start automatically after calibration is finished. Otherwise, you may be forced to take the instrument off the screen to do a sensor self-calibration before starting the profiling measurements.

Optimizing testcharts for improved profiling accuracy and efficiency

A good way to generate a custom testchart to improve profiling is to use one of the default testcharts as base, altering the parameters as necessary and desired. Especially the use of an existing display profile to precondition generated test patches for improved profiling performance is recommended. You could go about this in the following way:

  • When calibrating, choose “just calibrate” and the option to create a fast curves + matrix profile.
  • After calibration, select a testchart to use as base (preferably one of the optimized ones) and bring up the testchart editor.
  • Place a check in the “preconditioning profile” checkbox and click on “current profile”. It should automatically select the curves + matrix profile that was created during calibration. Make sure adaptation is set to a high level (e.g. 100%)
  • If desired, adjust the number of patches and make sure the iterative patches amount is not zero.
  • Create the chart and save it. Click “yes” when asked to select the newly generated chart.
  • Start the profiling measurements (e.g. click “profile only”).

Profile installation

When installing a profile after creating or updating it, a startup item to load its calibration curves automatically on login will be created (on Windows and Linux, Mac OS X does not need a loader). You may also prevent this loader from doing anything by removing the check in the “Load calibration curves on Login” checkbox in the profile installation dialog, and in case you are using Windows 7 or later, you may let the operating system handle calibration loading instead (to be able to change this option, you need to run dispcalGUI as administrator).

Advanced functions

Remote measurements and profiling

When using Argyll CMS 1.4.0 and newer, remote measurements on a device not directly connected to the machine that is running dispcalGUI is possible (e.g. a smartphone or tablet). The remote device needs to be able to run a web browser (Firefox recommended), and the local machine running dispcalGUI may need firewall rules added or altered to allow incoming connections. To set up remote profiling, select “Web @ localhost” from the display device dropdown menu, then choose the desired action (e.g. “Profile only”). When the message “Webserver waiting at http://<IP>:<Port>” appears, open the shown address in the remote browser and attach the measurement device.
NOTE: If you use this method of displaying test patches, there is no access to the display video LUT[7]s and hardware calibration is not possible. The colors will be displayed with 8 bit per component precision, and any screen-saver or power-saver will not be automatically disabled. You will also be at the mercy of any color management applied by the web browser, and may have to carefully review and configure such color management.
NOTE: Close the web browser window or tab after each run, otherwise reconnection may fail upon further runs.

Untethered display measurements

Untethered mode is another option to measure and profile a remote display that is not connected via standard means (calibration is not supported). To use untethered mode, the testchart that should be used needs to be optimized, then exported as image files (via the testchart editor) and those image files need to be displayed on the device that should be measured, in successive order. The procedure is as follows:

  • Select the desired testchart, then open the testchart editor.
  • Click “Optimize for untethered in auto mode”, then export the testchart.
  • Burn the images to a DVD, copy them on an USB stick or use any other available means to get them to display onto the device that should be measured.
  • In dispcalGUI's display dropdown, select “Untethered” (the last option).
  • Show the first image on the remote display, and attach the instrument. Then select “Profile only”.

Measurements will commence, and changes in the displayed image should be automatically detected if “auto” mode is enabled. Use whatever means available to you to cycle through the images from first to last, carefully monitoring the measurement process and only changing to the next image if the current one has been successfully measured (as will be shown in the untethered measurement window). Note that untethered mode will be (atleast) twice as slow as normal display measurements.

Known issues and solutions

General: Wacky image colors (swapped colors)
Solution: This happens when you created a “XYZ LUT + swapped matrix” profile and is a way to alert you that the software you're using does not support XYZ LUT profiles and falls back to the included matrix (which generally means you'd loose accuracy). If you're having this situation only in some applications, creating a “XYZ LUT + matrix” profile will remedy it (but please keep in mind that those applications not supporting XYZ LUT will still fall back to the matrix, so results can be different from applications that support XYZ LUT correctly). If all colormanaged applications you use show swapped colors, you should create a matrix profile instead. Note that you do not have to re-run any measurements: In dispcalGUI, choose a profile type as suggested previously, adjust quality and profile name if you want, then choose “Create profile from measurement data...” in the “Options” menu and select the profile you had the issue with.
General: Measurements are failing (“Sample read failed”) if using the “Allow skipping of spectrometer self-calibration” option and/or highres/adaptive mode
Solution: Disable either or all of the above options. The problem seems to mainly occur with the ColorMunki.
MS Windows/madVR: “The process <dispcal.exe|dispread.exe> has stopped working” / “Calibration / profiling has not been finished”
Solution: Copy the file madHcNet32.dll from your madVR folder to the Argyll CMS binaries folder (e.g. Argyll_VX.X.X\bin).
Windows: “The process <dispcal.exe|dispread.exe|...> could not be started.”
Solution: Go to your Argyll_VX.X.X\bin directory, and right-click the exe file from the error message. Select “Properties”, and then if there is a text on the “General” tab under security “This file came from another computer and might be blocked”, click “Unblock”.
Photoshop: “The monitor profile […] appears to be defective. Please rerun your monitor calibration software.”
Solution: Adobe ACE, Adobe's color conversion engine, contains monitor profile validation functionality which attempts to filter out bad profiles. With XYZ LUT profiles created in Argyll CMS versions up to 1.3.2, the B2A white point mapping is sometimes not particularly accurate, just enough so that ACE will see it as a problem, but in actual use it may only have little impact that the whitepoint is a bit off. So if you get a similar message when launching Photoshop, with the options “Use profile regardless” and “Ignore profile”, you may choose “Use profile regardless” and check visually or with the pipette in Photoshop if the inaccurate whitepoint poses a problem. This issue is fixed in Argyll CMS 1.3.3 and newer. Alternatively, you can create a Lab LUT profile.
MS Windows Vista: The calibration gets unloaded when a User Access Control prompt is shown
Solution: (Intel and Intel/AMD hybrid graphics users please see “The Calibration gets unloaded after login/resume/User Access Control prompt” first) This Windows Vista bug seems to have been fixed under Windows 7, and can be remedied under Vista by either manually reloading calibration, or disabling UAC—but please note that you sacrifice security by doing this. To manually reload the calibration, either open dispcalGUI and select “Load calibration curves from current display profile” in the “Options” menu, or (quicker) open the Windows start menu and select “dispcalGUI Profile Loader” in the “Startup” subfolder. To disable UAC[9] (not recommended!), open the Windows start menu and enter “msconfig” in the search box. Click on the Tools tab. Select the line “Disable UAC” and click the “Launch” button. Close msconfig. You need to reboot your system for changes to apply.
MS Windows with Intel graphics (also Intel/AMD hybrid): The Calibration gets unloaded after login/resume/User Access Control prompt
Solution: The Intel graphics drivers contain several utilities that interfere with correct calibration loading. A workaround is to rename, move or disable (e.g. using a tool like AutoRuns) the following files: 
C:\Windows\system32\igfxtray.exe
C:\Windows\system32\igfxpph.dll
C:\Windows\system32\igfxpers.exe
MS Windows Vista and 7: The display profile isn't used if it was installed for the current user
Solution: Open the Windows start menu, select “Control Panel”, then “Color Management” (you may have to select “Classic View” under Vista and anything other than “Category View” under Windows 7 to see it). Under the “Devices” tab, select your display device, then tick “Use my settings for this device”.
MS Windows: Enabling the Spyder 2 colorimeter might fail when not running as administrator
Solution: Run dispcalGUI as admin. Right-click dispcalGUI's icon and choose “Run as administrator...”
MS Windows: Installing a display profile system-wide might fail when not running as administrator
Solution: Run dispcalGUI as admin. Right-click dispcalGUI's icon and choose “Run as administrator...”
MS Windows Vista and 7, 64-bit: Driver signature enforcement prevents the installation of unsigned Argyll USB drivers
Solution: Please upgrade to Argyll CMS 1.2.0 or later. For prior versions, signing the Argyll drivers or disabling driver signature enforcement altogether on each boot was needed to successfully use the drivers. Such workarounds are no longer needed with recent versions of Argyll CMS which include drivers that will work out-of-the-box (if you already have drivers for your measurement device installed, see “Updating Argyll drivers” under “Installing Argyll CMS on Microsoft Windows” in the Argyll CMS documentation if you use a prior version of the Argyll drivers, or “Adding Argyll drivers to existing drivers” if you are using vendor drivers).
MS Windows 7: Calibration does not load automatically on login when not using the dispcalGUI Profile Loader
Solution: Open the Windows start menu, select “Control Panel”, then “Color Management” (you may have to select something other than “Category View” to see it). Select the “Advanced” tab, then “Change system defaults...”, and finally tick the “Use Windows display calibration” checkbox.
MS Windows XP, multiple displays: One profile is used by all displays connected to a graphics card
Solution: The underlying issue is that Windows XP assigns color profiles per (logical) graphics card, not per output. Most XP graphics drivers present only one logical card to the OS even if the card itself has multiple outputs. There are several possible solutions to this problem:
  • Use different graphics cards and connect only one display to each (this is probably the preferable solution in terms of ease of use and is least prone to configuration error)
  • Install and use the Windows XP color control applet
  • Some graphics cards, like the Matrox Parhelia APV (no longer produced), will expose two logical cards to the OS when using a specific vendor driver (some older ATI drivers also had this feature, but it seems to have been removed from newer ones)
Mac OS X: dispcalGUI.app is damaged and can't be opened.
Solution: Go to the “Security & Privacy” settings in System Preferences and set “Allow applications downloaded from” (under the “General” tab) to the “Anywhere” setting. After you have successfully launched dispcalGUI, you can change the setting back to a more secure option and dispcalGUI will continue to run properly.
Photoshop CS3 (Mac OS X): Under Mac OS X, the brush cursor in Photoshop CS3 looks funny (box around brush)
Solution: This seems to be a bug which shows with LUT[7]-type profiles that have only one rendering intent. You can try to overcome it by selecting “Advanced...” next to the profile type dropdown, selecting an existing ICC[5] profile as source (for hints as to which profile to select, see “Advanced gamut mapping options”) and tick at least one of the “Apply gamut mapping to” checkboxes before profiling. To do that for an existing profile, adjust quality and profile name if you want, choose “Create profile from measurement data...” from the “Options” menu and select the profile. Note that this does not always solve the issue. Trying another profile type (XYZ LUT instead of L*a*b* LUT) might also help.
Linux/Windows: No video card gamma table access (“Calibrate only” and “Calibrate & profile” buttons grayed, “Profile only” button available)
Solution: Under Linux, please refer to the Argyll CMS documentation, “Installing the software on Linux with X11” and “Note on X11 multi-monitor setups” / “Fixing access to Video LUTs” therein. Under Windows, please also see the solution posted under “The display profile isn't used if it was installed for the current user” if you are using Windows 7 and make sure you have a recent driver for your video card installed.
Linux (KDE): The application does not look native
Solution: You can use the GTK-Qt Theme Engine for native KDE look. Most Linux distributions offer ready-made packages through their packaging systems, search for “gtk-qt”. Another alternative is gtk-kde4. Also, some themes come in versions for both KDE (Qt) and GTK.
Linux: Instrument not working correctly/constantly disconnecting (conflict with libmtp)
Solution: There is a bug on some systems with libmtp that causes instruments to continuously switch between connected and disconnected state. This seems to be a bug in libmtp-runtime. You can work around it by renaming /lib/udev/mtp-probe or updating to libmtp 1.0.6 where the issue should be fixed.
General: Some text is still in english, even though another language is selected in the menu
Solution: All output from the Argyll CMS utilities is always english, and on Mac OS X, also the menuitems in the application menu. This is currently not changeable.

Get help

Need help with a specific task or problem? It may be a good idea to first check the known issues & solutions if the topic has been covered. If you want to report a bug, please see the guidelines on bug reporting. Otherwise, feel free to use one of the following channels:

Report a bug

Found a bug? If so, please first check the bug tracker, it may have been reported already. Please follow these guidelines for reporting bugs:

  • Try to give a short, but concise summary of the problem.
  • Try to give some steps to reproduce the problem.
  • Always attach logfiles if possible. They are usually automatically created by dispcalGUI as part of normal program operation. You can find them here:
    • Linux: /home/Your Username/.local/share/dispcalGUI/logs
    • Mac OS X: /Users/Your Username/Library/Logs/dispcalGUI
    • Windows Vista and newer: C:\Users\Your Username\AppData\dispcalGUI\logs
    • Windows XP: C:\Documents and Settings\Your Username\Application Data\dispcalGUI\logs

    As the folder may contain several logfiles, it is a good idea to compress the whole folder to a ZIP or tar.gz archive that you can easily attach to a bug report.

    Please note the logfiles may contain your username as well as paths of files you may have used in dispcalGUI. I will respect your privacy at all times, but you may want to consider this when attaching logfiles to public places like the bug tracker.

Create a new ticket (or if the bug has been reported already, use the existing ticket) at the bug tracker, following the guidelines above, and attach the logfiles archive.

If you don't want to or can't use the bug tracker, feel free to use one of the other support channels.

Discussion

Do you want to get in touch with me or other users regarding dispcalGUI or related topics? The general discussion forum or dispcalGUI-users mailing list is a good place to do so. You can also contact me directly via E-Mail: dispcalGUI ‹at› hoech . net.

To-Do / planned features (in no particular order)

  • (Long-term) improve UI.
  • Better interface to GNOME Color Manager (implemented in v0.8.1.0+)
  • Measure and report on screen homogenity / evenness of illumination
  • Get rid of the terminal and implement a proper GUI for the interactive part of calibration (implemented in v0.8.5.6+)
  • Better user interface for profile verification: If a test set contains multiple value formats (CMYK, RGB, XYZ, L*a*b*), allow selection which one(s) should be used in a “setup” window (“setup” window implemented in v1.5.6.9+, value format selection added in v1.6.3.5)
  • Add gamut coverage percentages to the profile verification report if the test set contains reference values (not *.ti1): Calculate profiles from test set and verification measurements on-the-fly and create gamut volumes from test set profile, evaluated profile, and verification measurements profile using Argyll's iccgamut tool. Compare gamut volumes using Argyll's viewgam tool with -i option and include the results in the report (coverage calculation for test set reference and profile to be evaluated could be done before the actual measurements and also shown in the yet-to-be-implemented profile verification “setup” window).
  • Complete the documentation in the README
  • German language README (postponed)
  • Profile verification (feed XYZ or L*a*b* to display profile, display corresponding RGB values, measure, output Delta E) (implemented in v0.3.6+)
  • “Before” / “After” switch when calibration / profiling complete (implemented in v0.2+)
  • Store all settings in profile, allow loading of settings from profile in addition to .cal file (implemented in v0.2+)
  • Document the code (code documentation could still be enhanced, for now it'll do)
  • Code cleanup (mostly done)

Thanks and acknowledgements

I would like to thank the following people:

Graeme Gill, for creating Argyll CMS

Translators: Loïc Guégant (french translation), Roberto Quintero (spanish translation), Tommaso Schiavinotto (italian translation)

Recent donors: Andrew Hunter, Yulian Martsenkov, Catherine Goniot, Ben Edwards, Ievgen Morskyi, Ahammed Umminiyil, LivingWithBugs.com, Christoph Clarenbach, Paul Fokkens, Kieren Hinch, Dale Somerville, Francesco Demontis, Projection Mapping Central, Scott Janz, Govindanunny Thekkadath, Nejib Boubaker, Mason Livingston, Daniel Lenardon, Manuel López Pérez, Xavier Potel, Andrew Hunter, Thomas Voigt, Александр Ольховский, Eugeniy Yurov, Hans Cremers, George Pop, Michael Gestgrasser, Stefan Pallari, Oliver Hoefele, Kyle Winfree, more...

And everyone who sent me feedback or bug reports, suggested features, or simply uses dispcalGUI.

Acknowledgements

Part of the comprehensive Argyll CMS documentation has been used in this document, and was only slightly altered to better fit dispcalGUI's behavior and notations.

Version history / changelog

${DATE} ${TIME} (UTC) ${VERSION}

${VERSION}

Added in this release:

  • A new option to not use the video card gamma table to apply calibration (default like in 1.5.2.5/1.5.3.1: On for madVR, off for everything else).
  • Correlated color temperature, gamma, RGB gray balance and gamut graphs to measurement report.
  • Re-added the default testchart for gamma + matrix profiles.
  • Testchart editor: Dark region emphasis controls (Argyll CMS 1.6.2).
  • Testchart editor: Black patches amount control (Argyll CMS 1.6).
  • Testchart editor: Ability to add saturation sweeps and reference patches (from CGATS or images) to a testchart if using a preconditioning profile and adaptation = 100%.
  • Standalone curve viewer. This allows to view the curves of the currently assigned display profile or the actual video card gamma table without launching dispcalGUI.
  • Curve viewer can reload, apply black point compensation to, load into the videocard, and export calibration files.

Changed in this release:

  • Untethered measurements window: Enable keyboard navigation in the grid view (up/down/pageup/pagedown/home/end keys).
  • Measurements are now pauseable.
  • Cancelling a potentially long-running operation like measurements or profile generation now needs to be confirmed.
  • Improved robustness of ambient measurement code.
  • Show an error message when communication with the instrument fails (instead of just logging the error).
  • Show an error message when trying to measure ambient light and ambient measurements are unsupported (instead of just logging the error).
  • Regenerated testcharts preconditioned by gamma-based profiles with slight dark region emphasis.
  • Updated french translation (thanks to Loïc Guégant).
  • “Allow skipping of spectrometer calibration” will now always try to skip spectrometer calibration if enabled, not just when doing a calibration and subsequent profile in one go (“Calibrate & profile”). This means a calibration timeout will then be in effect (which is 60 minutes for the ColorMunki Design/Photo, i1 Pro and i1 Pro 2), and a recalibration will only be needed if this timeout has been exceeded before the start of an operation.
  • Testchart VRML export: Only use Bradford chromatic adaptation if ACCURATE_EXPECTED_VALUES in the .ti1 file is true (i.e. a preconditioning profile was used), otherwise XYZ scaling (to visually match VRML files generated by Argyll CMS).
  • Renamed “Verify profile” to “Measurement report”. Added options for BT.1886 gamma mapping, whitepoint simulation, (limited) support for device link profiles, and madVR color management (3D LUTs). Overhauled report HTML layout and style.
  • Use nicer filenames and titles for HTML reports and uniformity check (e.g. include the display name for which the report was generated).
  • Improved dealing with profile linking errors during 3D LUT generation (show error dialog instead of just logging the error).
  • Always use a cLUT resolution of 65 and don't preserve device curves for 3D LUT generation, regardless of the selected 3D LUT format or size (this should make results consistent between eeColor/madVR, which were always generated like that, and the other formats).
  • Allow the use of PC levels for madVR 3D LUT output encoding.
  • Synchronize input and output encoding for eeColor 3D LUT format.
  • Disable xvYCC output encoding (not supported) and consequently disable it also as input encoding for eeColor because it needs the same input/output encoding.
  • Allow loading of calibration files that do not contain settings.
  • Testchart editor: Combined patch ordering controls.
  • Testchart editor: Vastly enhanced performance of row delete operations on very large testcharts (several thousand patches). Also slightly improved speed of testchart loading.
  • Measurement report charts: Each larger chart contains all the patches from the previous smaller chart. Re-generated video charts preconditioned to Rec. 709 and with slight dark region emphasis.
  • Windows 7 and up: Prefer dispcalGUI profile loader over calibration loading facility of the OS (the latter introduces quantization artifacts and applies wrong scaling, the former uses Argyll CMS and thus doesn't have these problems).
  • Windows: Do not regard unability to determine startup folders as fatal error (this means an autostart entry to load calibration on login can not be created automatically in that case though, so unless Windows 7 or newer is used which has the ability to load calibration without external utilities, calibration needs to be loaded manually).
  • Windows/madVR: Always reset the video card gamma table to linear when using a calibration file and not using the video card gamma table to apply the calibration (this should prevent the potential problem of double calibration being applied if loading a calibration on a display, then switching over to madVR on the same display and using a calibration file while not using the video card gamma table to apply the calibration).

Fixed in this release:

  • A possible unicode decode error when the computer name contains non-ASCII characters, introduced in 1.5.2.5.
  • In some instances the handling of profile name placeholders was quirky (problematic character sequences were those consisting of the same characters, case insensitive, as calibration speed or profile quality shortcodes, i.e. FxF, MxM, SxS, VFxVF and VSxVS, with x being any non alphanumeric character).
  • When loading a settings file, only switch to the associated display device if it can be unambiguously determined (fixes multi-screen setups with identical screens always switching to the first one, a bug introduced in 1.5.2.5).
  • Ignore messages from the logging module (fixes a bogus error message being displayed under Windows when closing dispcalGUI, introduced in 1.5.2.5).
  • Handling of separate video card gamma table access controls was a bit quirky since the addition of virtual display devices.
  • If the 3D LUT target profile was overwritten by the generated device link profile (which could happen if choosing the same path and file name for the 3D LUT/device link profile as the target profile), it prevented changing the source profile.
  • Instrument (spectrometer) calibration can be required multiple times during a calibration run, depending on its duration. This was not handled correctly by the GUI.
  • 3D LUT generation with TV RGB 16-235 encoding could lead to wrongly encoded 3D LUTs if not using the eeColor or madVR format.
  • 3D LUT generation with YCbCr encodings failed with an error if not using the eeColor or madVR format.
  • Standalone utilities (3D LUT maker, curve viewer, profile information, and testchart editor) now function properly even if dispcalGUI itself was never launched before (previously the Argyll CMS version was read from the configuration, so if it was never configured before it could happen that not all available options where shown or it was never asked to select an Argyll CMS executable directory in case the Argyll CMS executables were not found).
  • Don't block other windows when an operation fails while a progress dialog with a modal dialog on top is shown.
2013-10-23 20:09 (UTC) 1.5.3.1

1.5.3.1

Added in this release:

  • New feature: When creating a profile from existing measurement data, averaging of measurements can be performed by selecting multiple files.

Fixed in this release:

  • Fixed possible unicode error in logging module.
  • Fixed a bug with optimizing a testchart for untethered measurements halving the amount of different device combinations by repeating patches if the total patch count was even.
  • Mac OS X 10.6: Fixed weird behavior due to a bug in OS X 10.6's version of sudo.
2013-10-22 14:32 (UTC) 1.5.2.5

1.5.2.5

Added in this release:

  • Full Argyll CMS 1.6.0 support (e.g. JETI specbos 1211/1201, madVR calibration and 3D LUT generation, body centered cubic grid option for creating testcharts).
  • Testchart editor: Charts can be exported as PNG or TIFF files.
  • Testchart editor: Gamma and neutral axis emphasis controls.
  • Testchart editor: “Use current profile as preconditioning profile” button.
  • Testchart editor: Save VRML diagnostic files for testcharts without the need to re-generate the chart.
  • Testchart editor: Sort patches by L*, RGB, sum of RGB or sort RGB gray and white to top.
  • Untethered display measurement and profiling. Be sure to read the note on optimizing testcharts for untethered measurements in automatic mode.
  • Shortcut for the BT.1886 tone curve (previously available by setting gamma to 2.4, absolute, and black output offset to zero).
  • 3D LUT: Enable additional intents.
  • 3D LUT: Support eeColor and Pandora LUT formats.
  • 3D LUT: Support Argyll CMS 1.6 video encodings and BT.1886 gamma mapping.
  • Windows 8 Argyll CMS driver installation instructions to the ReadMe.
  • Instructions how to proceed when a process cannot be started to the ReadMe.
  • Softproof preset (based on FOGRA recommendation).
  • madVR preset.
  • sRGB preset.
  • Allow specifying extra arguments for Argyll's targen command.
  • Computer name, EDID serial and EDID CRC32 placeholders for use in the profile name.
  • Synthetic profile creation facility (e.g. for use as source in 3D LUT generation).
  • ACES RGB and DCI P3 colorspace definitions and reference profiles.
  • Dry run. If enabled in the options menu, all functionality that calls Argyll CMS executables will effectively do nothing. This allows review of the used command line parameters by checking the log.
  • Additional session logs are saved for most operations involving the Argyll tools (i.e. directly in the folder where created files are saved to).
  • Show profile self check ΔE*76 info in profile installation dialog.

Changed in this release:

  • Testchart and preset improvements:
    • All testcharts for LUT profiles have been complemented with additional single channel patches. This should in most cases improve average and maximum delta E of generated profiles, in some cases significantly. In fact, testing has shown that the new “small testchart for LUT profiles” with 154 patches total yields better results than the previous “extended testchart for LUT profiles” with 238 patches.
    • The charts for curves + matrix profiles have been improved by adding a few additional body centered cubic grid patches - all the charts which are not tuned for a certain display type are body centered cubic grid based (this was also the case previously for the LUT testcharts, but not for the matrix charts).
    • The patch order in the LUT charts has been optimized to improve measurement speed.
    • The chart for gamma + matrix profiles has been removed in favor of the updated default chart for matrix profiles.
    • New additional charts for LUT profiles have been added in various sizes.
    • For each of the new charts for LUT profiles, starting from the “very large” size, optimized farthest-point-sampled versions have been added which are pre-conditioned for several common display types: sRGB tone response with Rec. 709 primaries and D65 whitepoint (consumer-grade displays), gamma 2.2 with Rec. 709 primaries and D65 whitepoint (consumer-grade displays, TVs), gamma 2.2 with AdobeRGB primaries and D65 whitepoint (entry-level and high-end graphics displays), L* tone response with NTSC primaries and D50 whitepoint (high-end graphics displays).
    • The naming and patch count of the testcharts for LUT profiles has changed. The mapping that most closely resembles the old testcharts is as follows (total number of patches in parentheses):
      • Old “Default testchart for LUT profiles” (124) → new “Small testchart for LUT profiles” (154)
      • Old “Extended testchart for LUT profiles” (238) → new “Default testchart for LUT profiles” (270)
      • Old “Large testchart for LUT profiles” (396) → new “Extended testchart for LUT profiles” (442)
      • Old “Very large testchart for LUT profiles” (912) → new “Very large testchart for LUT profiles” (994)
      • Old “Massive testchart for LUT profiles” (2386) → new “Massive testchart for LUT profiles” (2527)
    Use of the new charts is highly recommended. All presets have been updated to use the new chart types. The “prepress" preset has also been updated to generate a XYZ LUT profile by default.
  • Detect if the instrument can use CCMX or CCSS colorimeter corrections based on the measurement mode. Disable colorimeter corrections for non-base display types.
  • Correctly map measurement mode to DISPLAY_TYPE_BASE_ID for all supported instruments when creating CCMX.
  • If a colorimeter correction with DISPLAY_TYPE_BASE_ID or DISPLAY_TYPE_REFRESH is selected, automatically set the correct measurement mode.
  • If measuring the colorimeter correction testchart, automatically ensure a suitable measurement mode for colorimeters (if they support more than refresh and non-refresh measurement modes).
  • Do not use spline interpolation for curve plots.
  • Updated french translation, thanks to Loïc Guégant.
  • Renamed calibration quality to calibration speed.
  • Set calibration speed for all presets to medium.
  • Standalone testchart editor: Parse first non-option argument as file to be opened.
  • Testchart editor: Always generate good optimized points rather than fast.
  • Testchart editor: Use existing file path when saving testchart.
  • Testchart editor: Greatly improved the speed of paste operations when comparatively large data sets are used.
  • Disallow -d and -D as extra arguments for Argyll's targen as the testchart editor only supports video RGB.
  • Reset adaptive measurement mode when restoring defaults.
  • Close all profile information windows when hiding the main window instead of just hiding them (don't reopen them when the main window is shown again).
  • Curve viewer: Use float formatting for input RGB display.
  • Only skip legacy serial ports if no instrument detected.
  • Also specify Argyll dispcal/dispread -y parameter for spectrometers.
  • Use Rec. 709 whitepoint chromaticity coordinates for “Video” preset.
  • Changed profile installation error message for virtual display devices.
  • Make it clearer which calibration is used when doing a “Profile only”: When a calibration file is going to be used, change the message from the warning “The current calibration curves will be used” to the informational “The calibration file <x> will be used” with the usual options to embed/not embed/reset video card gamma table.
  • Allow the use of calibration curves when profiling a web display.
  • When creating a colorimeter correction from profile(s), get the instrument name from the embedded TI3 if the data source is not EDID.
  • Do not specify (superfluous and thus ignored) patch window positioning arguments for dispcal/dispread when using a virtual display.
  • 3D LUT: Removed black point compensation option (no longer easily possible because it now uses Argyll's collink internally. You can still have the effect of BPC by creating a display profile with BPC enabled and using it as destination profile during 3D LUT creation).
  • Always copy/move temporary files to the save location if not a dry run, also in case of an error. If copy/move fails, keep them in the temporary directory and inform the user.
  • Disable black point compensation for the “Prepress” preset (there are three presets without bpc - “madVR”, “Prepress” and “Softproof”) and use L* as calibration tone curve.

Fixed in this release:

  • Show black point correction choice also when switching from refresh to any other measurement mode instead of only when switching from refresh to LCD measurement mode or vice versa.
  • Corrected averaged RGB transfer function display.
  • Adaptive measurement mode could not be disabled (regression of r1152 where adaptive measurement mode was made default in dispcalGUI).
  • Work-around a very rare problem where a (bogus) display size of 0x0 mm is returned.
  • Check if the configured colorimeter correction exists before adding it to the list.
  • Update colorimeter correction and testchart lists after deleting settings files.
  • Don't carry over colprof arguments from testchart file (fixes occasional wrong display model and manufacturer in profiles).
  • Average, RMS and maximum delta E metadata was not added to profiles if equal to or greater than 10.
  • Unhandled exception when 3D LUT window was opened and there was no profile selected under settings and also no display profile set.
  • Unhandled exception if colorimeter correction does not exist.
  • Standalone curve viewer: Fix loading of .cal file via commandline argument.
  • Don't strip trailing zeros when displaying average gamma in the status bar of the profile information or curve window.
  • Only set adaptive and hires measurement mode when the instrument supports it (fixes measurement mode switching to non-adaptive if toggling betweeen a colorimeter and a spectrometer).
  • Mac OS X with Argyll CMS 1.5 and newer: Also search library folders for Argyll CMS support files (fixes imported colorimeter corrections not found).
  • Only fall back to private copy of pnp.ids under Mac OS X and Windows.
  • Updated link to Datacolor website download section for the Spyder 2 Windows installers.
  • Transposed bits for EDID red y chromaticity coordinate.
  • Curve viewer / profile info window: Reset tone response curve calculation when toggling LUT checkbox.
  • Correctly react to detected display changes when the actual physical displays didn't change (e.g. when switching Argyll between versions supporting and not supporting the virtual “Web” display).
  • Keypresses or cancel were not recognized during patch reading.
  • Display uniformity measurements: Q or ESC had to be pressed twice to exit.
  • Do not use “install profile” message for non-display profiles.
  • 3D LUT: “apply vcgt” checkbox stayed disabled after switching from a devicelink source profile to a non-devicelink source profile.
  • Update all open windows when switching Argyll versions
  • Do not reset selected colorimeter correction to none when selecting a preset or a settings file.
  • Measurement window position was not correct when switching from web display.
  • Show an error message when choosing a directory as profile save path where no subdirectories can be created.
  • Python 2.7 compatibility: Mask u16Fixed16Number (fixes profile information not working for profiles with negative XYZ or chromaticity values when using Python 2.7).
  • wxPython 2.9 compatibility: Do not specify number of rows in dynamically growing FlexGridSizer.
  • Linux: Use colord's quirk_vendor_name to fix the manufacturer string.
  • Mac OS X 10.6 and up: Clearing and loading calibration needs root privileges in some circumstances.
  • Windows: Correctly escape quotes in arguments (fixes hang when profile name, program path or Argyll path contains a single quote).
  • Windows: Show a meaningful error message when a subprocess can't be started instead of hanging indefinitely.
  • Windows: Ignore WMI errors.
  • Windows: Selecting testcharts saved in the root of a drive under Windows.
  • Windows: Disable broken Windows 2000 support (was broken since 0.8.5.6 when the interactive display adjustment GUI was introduced and is not fixable as Windows 2000 does not implement the required AttachConsole functionality).
  • Windows/Mac OS X: If Argyll profile installation failed, a success message was still shown.
2013-03-03 19:42 (UTC) 1.2.7.0

1.2.7.0

Fixed in this release:

  • Colorimeter correction creation not working when using Argyll CMS 1.5.0 because of missing newly required fields in CGATS data.
  • Mac OS X: Accidentally swapped “/Users/<Username>/Library/Application Support” and “/Library/Application Support”.
2013-03-01 09:39 (UTC) 1.2.6.6

1.2.6.6

Added in this release:

  • Argyll CMS 1.5.0 compatibility.
  • Ability to do remote measurements using Argyll CMS 1.4.0 and newer (Firefox is recommended as client). See remote measurements and profiling.
  • Include black level and contrast in profile verification reports (if possible, i.e. if the test chart contains a RGB=0 patch).
  • 3D LUT: Support color space conversion ('spac') profiles.
  • DCI P3 reference profile.
  • Add “Quality” (if applicable) and “License” metadata to profiles.
  • Add colord device ID mapping to profile metadata.
  • Linux: Add screen brightness to profile metadata if profiling a mobile computer's screen (using the org.gnome.SettingsDaemon.Power DBus interface).
  • Additional logging.

Changed in this release:

  • Revised display uniformity test to generate HTML reports.
  • Use a delay of 200 ms for display uniformity measurements.
  • Detect “Calibrate failed with 'User hit Abort Key' (No device error)” Argyll CMS error message and ignore further errors to prevent popping up multiple error dialogs.
  • Reload currently selected calibration after verifying a profile.
  • Add metadata to fast shaper matrix profiles (e.g. gamut volume and coverage).
  • When deleting a settings file, also offer CCSS, CCMX and files starting with the settings file basename in the same directory for deletion.
  • Enable use of absolute values in profile verification reports regardless of testchart.
  • When loading a profile without calibration settings, look for an accompanying colorimeter correction in the same directory.
  • When only creating a profile and not calibrating, give a clear choice whether to embed current calibration curves in a profile or not.
  • When using black point compensation, keep the black point compensated TI3 measurement file in addition to the unaltered file.
  • When restoring default settings, don't reset the 3D LUT abstract profile as well as 3D LUT and profile info window positions.
  • Truncate the colorimeter correction description displayed in the dropdown if it's overly long.
  • Only load linear calibration curves into the curve viewer when resetting the video card gamma table.
  • Do not remove spaces from the instrument name when assembling the profile name.
  • Only compress JavaScript in HTML reports if the report.pack_js configuration option is set (default 1 = compress).

Fixed in this release:

  • Improved instrument event handling.
  • When measuring the screen using a spectrometer, make sure to repeat the instrument calibration until it is successfully completed or canceled (ColorMunki Design/Photo).
  • When measuring ambient light with a spectrometer, abort after a 30 second timeout if instrument calibration did not complete.
  • Correctly react if the instrument sensor is in the wrong position and prompt the user to set the correct position.
  • Mouse cursor and clicked “Measure” button stayed hidden when aborting a measurement in the display device uniformity test window.
  • Updating the calibration (vcgt) of a profile didn't work if first selecting a .cal file, ticking the “Update calibration” checkbox and then switching to the profile.
  • Disable all calibration controls (except the quality slider) when “Update calibration” is ticked.
  • Only enable “Update calibration” checkbox if calibration can actually be updated.
  • Disable the “Create colorimeter correction...” and “Create 3D LUT...” menu items as well as the “LUT” checkbox in the curves and profile information windows if Argyll CMS executables are not found.
  • Update measurement modes when switching Argyll versions.
  • wxPython 2.9 compatibility.
  • Set manufacturer, model, creator and ID in reference profiles (except ClayRGB and sRGB from Argyll).
  • Only switch over to progress dialog after a three second delay (fixes erroneously switching over to progress dialog under Windows when running calibration or display uniformity measurements directly after a canceled testchart measurement).
  • If using a DTP92, only offer refresh measurement mode.
  • Make sure updated profiles also have updated descriptions.
  • Also overwrite .gam.gz and .wrz files if overwriting an existing profile.
  • Mac OS X: Make sure the menus are re-enabled after calibrate & profile.
2013-01-07 19:41 (UTC) 1.1.8.3

1.1.8.3

Changed in this release:

  • Show display device uniformity measurement window on selected display device if multiple display devices are connected.
  • Hide mouse cursor and clicked button while measuring display device uniformity.

Fixed in this release:

  • Sporadic measurement hang when measuring display device uniformity.
  • Wrong window being shown when calibrating after display device uniformity measurements or vice versa.
2013-01-05 13:32 (UTC) 1.1.7.0

1.1.7.0

Added in this release:

  • Preliminary Argyll CMS 1.5.0 compatibility.
  • Added facility to measure and report display device uniformity. Known issue: Sometimes measurements hang. Press space to try and continue.
  • 3D LUTs can optionally incorporate abstract (“Look”) profiles.
  • 3D LUTs can be created from Device Link (class “link”) and input (class “scnr”) profiles.
  • 3D LUTs can also be created in SPI3D format.

Changed in this release:

  • Updated french translation, thanks to Loïc Guégant.

Fixed in this release:

  • Fedora: Calibration curves were reset to linear when installing a profile and using the Fedora packaged Argyll CMS.
  • Linux, Mac OS X, Windows (Administrator): Colorimeter corrections imported from i1 Profiler and ColorMunki Display software were not listed in the dropdown menu.
2012-11-05 20:32 (UTC) 1.1.2.9

1.1.2.9

Changed in this release:

  • Simplified Spyder 2 enabling instructions.

Fixed in this release:

  • Broken Unicode support (unhandled exception) when dealing with colorimeter correction descriptions containing 8-Bit characters.
  • Check if xicclu is found before attempting to use it for the profile information window (gets rid of bogus “'NoneType' object has no attribute 'encode'” message).
  • Use a default generic message when prompting to choose a profile.
2012-10-05 19:04 (UTC) 1.1.2.1

1.1.2.1

Changed in this release:

  • Disable source profile selector in advanced gamut mapping options if not atleast one of perceptual or saturation checkboxes is selected.
  • Only show a warning if an incompatible colorimeter correction is explicitly selected via the filebrowser.
  • Show a less cryptic error message if an invalid file is selected when importing colorimeter corrections from other display profiling software.

Fixed in this release:

  • Whitepoint color temperature is an integer, not a float. This fixes calibration settings being detected as changed when they actually haven't.
  • Worked around a bug in wxPython where controls in a hidden window react to focus events. This fixes the sporadic hang after calibration measurements during a “Calibrate & profile” run.
  • Linux, Mac OS X: Unhandled exception when trying to import colorimeter corrections from other display profiling software and selecting a file with '.txt' extension.
2012-09-15 15:38 (UTC) 1.1

1.1

Added in this release:

  • Additional profile name placeholder %ds for the display device serial from EDID if applicable (may be empty or bogus).
  • Windows: Additional profile name placeholders %dnw (DeviceString) and %dnws (shortened DeviceString, it may be the same as %dnw if shortening isn't possible). The former is equivalent to what's shown in the display device dropdown. The DeviceString is often more verbose as the sometimes very generic EDID device name (placeholder %dn).

Changed in this release:

  • Updated spanish translation (thanks to Roberto Quintero).

Fixed in this release:

  • Show an error message if a colorimeter correction cannot be used with the selected instrument.
  • Show an error message when trying to import colorimeter corrections from an unsupported filetype.
2012-08-01 10:13 (UTC) 1.0.9.0

1.0.9.0

Changed in this release:

  • Use the original file basename for colorimeter corrections copied over to the storage directory (previously, if a colorimeter correction was copied, it inherited the same basename as the rest of the measurement/profile/calibration files, thus making it a bit cumbersome to determine which colorimeter correction was originally the source, especially in profile verification reports which only showed the filename and not the description from the file contents).
  • Show colorimeter correction file basename in addition to the description if they are different.
  • Linux: Fall back to gcm-import if colord profile installation fails.

Fixed in this release:

  • When switching to L*/Rec. 709/SMPTE or sRGB and then loading settings with a gamma value, the gamma entry field was not shown.
  • Report on calibrated/uncalibrated display and calibration verification did not work if using a colorimeter correction (regression of changeset #1020).
  • Do not freeze if loading a settings file which had an accompanying colorimeter correction that was since deleted.
  • Windows 2000: Don't fail to launch.
2012-06-28 22:05 (UTC) 1.0.7.7

1.0.7.7

This is a bug-fix release for version 1.0.7.6.

Fixed in this release:

  • Unhandled exception in gamut view calculation after profile creation if using french localization.
2012-06-23 00:25 (UTC) 1.0.7.6

1.0.7.6

Added in this release:

  • Option to auto-select a suitable colorimeter correction if available locally.
  • Ability to choose between L*a*b*, XYZ and xyY in profile verification reports.

Changed in this release:

  • Reset default black point correction from automatic to off.
  • If a profile contains no 'vcgt' tag, assume linear calibration.
  • When creating a colorimeter correction, remember the last selected reference and colorimeter measurement file separately.
  • When creating a colorimeter correction, automatically only use white, red, green and blue patches (at 100% device value each) from measurement files, regardless if they contain more patches. This allows re-using of measurement files with different patch counts (as long as they contain those four combinations) that have been created as by-product of other operations, e.g. during profiling. Note that measurements still need to be done under identical conditions and within reasonable timeframe (ideally less than a few minutes apart) to minimize effects of display and instrument drift when creating colorimeter corrections from them.
  • When measuring the colorimeter correction testchart, automatically set the resulting measurement as last selected reference or colorimeter file depending on whether it contains spectral data or not.
  • When restoring the current calibration after measuring the colorimeter correction testchart, do it silently (don't show a message window).
  • Filter colorimeter corrections by selected instrument.
  • Show colorimeter correction description in the dropdown instead of the filename. Show the filename and path on mouse hover.
  • ColorHug: Only enable colorimeter corrections for “Factory” and “Raw” measurement modes.
  • ColorHug: Automatically set “Factory” measurement mode when measuring the colorimeter correction testchart and measurement mode is not yet “Factory” or “Raw”. Restore previous measurement mode afterwards.
  • Linux: Enable ColorHug support by default.
  • Linux: colord wrapper now uses PyGObject instead of ctypes.
  • Updated french translation, thanks to Loïc Guégant.

Fixed in this release:

  • When creating a 3D LUT, don't fail if the target profile contains no 'vcgt' tag and the preference is “Apply calibration” (which is the default) irrespective of checkbox state.
  • Use colorimeter correction (if applicable) from settings stored in calibration files and profiles when loading them.
  • When creating a colorimeter correction, the display name in the description is now taken from the measurement file if available.
  • When creating a colorimeter correction, automatically order the measurements exactly the same by device (RGB) triplets.
  • Hide any profile information window(s) when the main window is hidden and restore them when it is shown again.
  • Correct ID on profile created from EDID after adding gamut coverage/volume metadata.
  • Measurement modes other than “LCD (generic)” and “Refresh (generic)” are now correctly restored from settings embedded in calibration files and profiles.
  • If using the current calibration curves for profiling without calibrating (“Profile only” with “Reset video card gamma table” unchecked), using Argyll CMS 1.4.0, the resulting profile will now contain a 'vcgt' tag with the current calibration like with previous Argyll versions.
  • RGB bars and chromaticity/color temperature readouts when adjusting a whitepoint with blackbody target are now working correctly.
  • Ignore and do not show any explicitly selected Colorimeter Calibration Spectral Sample (CCSS) file for instruments that do not support it.
  • Changing Argyll version/binaries in dispcalGUI with automatic instrument detection switched off is working correctly again without the need to restart the program.
  • Show ColorHug-specific measurement modes (please run instrument detection once again to refresh the list if you already used the ColorHug in a previous version of dispcalGUI).
  • Saturation gamut mapping settings are no longer ignored.
  • Trying to view profile information for profiles whose black point X Y Z sum is zero will no longer result in a division by zero error.
  • Black point compensation is no longer attempted if not atleast one black or white patch is found in measurement data.
  • Linux: Don't error out if profile installation with dispwin fails, but profile installation via colord or oyranos-monitor is successful (fixes profile installation when using the distribution-packaged Argyll under Fedora)
  • Linux: colord device key name now correctly adheres to device naming spec for xrandr devices (fixes some profile installation problems).
  • Linux, Windows: Correctly detect in the profile loader if linear calibration is assumed when using Argyll CMS 1.4.0 or newer.
  • Windows: Continuous measurements during interactive display adjustment are now stopped reliably when clicking the “Stop measurements” button or hitting the space key.
2012-04-02 19:24 (UTC) 0.9.9.1

0.9.9.1

Added in this release:

  • Spyder 4 support if using Argyll CMS >= 1.3.6. To make all measurement modes available, you have to use “Import correction matrices from other display profiling softwares...” from the “Tools” menu.
  • Experimental ColorHug support is enabled through Argyll CMS >= 1.3.6 if the ENABLE_COLORHUG environment variable is set, but the ColorHug currently doesn't work reliably across all platforms.
  • Added information about instrument measurement modes to the ReadMe.

Changed in this release:

  • GUI spring-cleaning: Re-arranged some controls and replaced radiobuttons and read-only combo-boxes with choice controls instead. Only the controls related to a selected choice are shown.
  • Default calibration black point correction to automatic.
  • Replaced previous 19-patch colorimeter correction testchart with smaller 4-patch version (just red, green, blue at 100% each and white, as is the default with Argyll CMS 1.3.6).
  • Linux packages: Added Argyll CMS to dependencies. Please note: If you want the latest Argyll features or run into problems, it is recommemded to download the standalone Argyll binaries from argyllcms.com as the distribution repositories often only contain older Argyll CMS releases.

Fixed in this release:

  • Fixed unhandled exception when adding metadata to a profile from EDID that contains an invalid (out of range) gamma value.
  • Fixed slightly off the mark whitepoint in resulting profile when using black point compensation (typical max. error 0.2 ΔE*76). You may want to re-create existing profiles.
  • Do not reset visibility of advanced calibration options when restoring defaults.
  • Store black point compensation setting in profiles.
  • Mac OS X: The application bundle now again contains all required files (no missing files when dragging just the bundle to Mac OS X “Applications” folder).
2012-03-15 14:45 (UTC) 0.9.6.6

0.9.6.6

Added in this release:

  • Black point compensation option for profiles (default ON). This effectively prevents black crush, but at the expense of accuracy of the resulting profile.
  • Profile information window with 2D gamut plot as well as information pane which shows profile header and tag data in detail (with few exceptions).
  • Ability to create display correction 3D LUTs for use in movie post-processing applications that don't have ICC support. Currently supported are the .3dl and .cube formats.
  • Write gamut VRML files and calculate coverage and volume percentages against sRGB and Adobe RGB when creating profiles.
  • Add 'chrm' tag (xy chromaticities for each primary) to created profiles. Unlike the values from 'rXYZ', 'gXYZ', 'bXYZ', A2Bx or 'clrt' tags, the 'chrm' data corresponds to the actual measured chromaticities without chromatic adaptation or interpolation. The 'chrm' tag is purely informational.
  • Windows 7 and later: Added an option to let the operating system handle calibration loading when installing a profile (this option requires dispcalGUI to be run as Administrator and is also available in the dispcalGUI installer. If selecting the option there, the dispcalGUI Profile Loader will not be installed to the startup items. A shortcut to the loader is still available in the dispcalGUI folder in the start menu though, to be able to quickly force a reload of calibration).

Changed in this release:

  • Instrument detection now defaults to manual. A click on the icon with the swirling arrows or choosing the corresponding menu item in the “Options” menu detects connected instruments. Automatic instrument detection can be (re-)enabled/disabled there, too.
  • The dispcalGUI Profile Loader can now be set to not show error messages again (errors will still be logged).
  • Tone response curves are now plotted as L* → RGB by default and are also calculated for LUT profiles (profiles with both LUT and matrix TRC tags allow on-the-fly switching between them). In addition, the transfer function is shown if it can be estimated.
  • Windows: Allow enabling/disabling of calibration loading on login when installing a profile (to be able to change this option when Windows 7 or later is set up to handle calibration loading, either dispcalGUI needs to be run as administrator or in the Windows color management control panel “Advanced” tab, click on “Change system defaults...” and disable “Use Windows display calibration”).

Fixed in this release:

  • Do not fail to launch due to unhandled exception when parsing CGATS files containing KEYWORD, INDEX, SAMPLE_ID or DATA_FORMAT values in exponential notation.
  • Do not use exponential notation for low (< 0.0001) calibration black level target values.
  • Correctly handle failed instrument calibration (by asking to repeat) and measurement failures which are not misreads or communication failures (and should thus not be retried automatically).
  • Also look at ASCII descriptor blocks when determining the display device name from EDID (fixes display model not being set in profiles for certain Apple displays).
  • Don't loose 'mmod' tag (monitor make and model) when creating a profile from measurement data embedded in an existing profile.
  • Automatically restore calibration after measuring the colorimeter correction testchart.
  • Restore Argyll CMS < 1.3.0 compatibility (broken in 0.8.9.3).
  • Windows Vista, 7 and later: Automatically enable “Use my settings for this device” in Windows' colormanagement settings when installing a profile.
2012-02-11 03:56 (UTC) 0.8.9.3

0.8.9.3

Fixed in this release:

  • Selecting a smaller default testchart than the recommended one did not work (was reset to the recommended default when starting measurements or re-starting dispcalGUI).
  • Restore previously selected testchart if canceling colorimeter correction measurements.
  • Disable the “Measure” button in the “Create colorimeter correction” dialog if no display or instrument detected/selected.
  • Disable menus while the main window isn't shown (only affects operating systems where the menu is not part of the main window e.g. Mac OS X).
  • Linux: Fixed i1 Display Pro / ColorMunki Display missing from Argyll udev rules (this was actually already fixed in 0.8.5.2, but not mentioned in the changelog).
  • Mac OS X Lion: Removed sporadic password dialog being shown after calibration measurements when running “Calibrate & profile”.
  • Mac OS X Lion: Fixed an issue with profile installation for the current user which only installed the profile for the root user, thus not making it available in system preferences and making e.g. the login screen the only visible place where it was effectively being used.

Changed in this release:

  • Allow the selection of LCD or CRT measurement modes for spectrometers too (determines the available controls during interactive display adjustment).

Added in this release:

  • GUI for interactive display adjustment.
  • Add 'mmod' tag (monitor make and model, an Apple-specific private tag) to created profiles (ensures the profiles still show up in Mac OS X system preferences if “Show profiles for this display only” is ticked).
2012-01-24 18:40 (UTC) 0.8.5.2

0.8.5.2

Fixed in this release:

  • Added missing numbers to “delta E too high” message when trying to upload a profile with low self-fit accuracy.
  • Decoding of numerical manufacturer ID from EDID when adding metadata to a profile was done in the wrong byte order.
  • Fixed missing terminating NUL character for copyright tag when creating a profile from EDID.
  • Fixed missing underscore in EDID colorimetric metadata key names as per the ICC meta Tag for Monitor Profiles specification.
  • Linux: Display measurements couldn't be started if dispcalGUI was installed via the 0install feed.
  • Mac OS X: The file which maps Plug'n'Play device IDs to manufacturer names was not found when running from the application bundle, resulting in manufacturer entries in profiles always being equivalent to the three-letter PnP ID instead of the full manufacturer name.

Changed in this release:

  • Measurements for colorimeter corrections can now be started directly from the dialog, and the previous testchart is restored afterwards.
  • Add more metadata to generated profiles to allow better automatic selection/ranking on systems that support it and standardized a few previously dispcalGUI-only keys (ICC meta Tag for Monitor Profiles / GCM metadata specification).
  • Use product code as fallback for make/model when creating profiles from EDID.
  • Windows: In case of an Argyll CMS 'config 1 failed' error upon trying to use an instrument, inform the user its driver may not be installed.

Added in this release:

  • Added ability to specify the display technology for created colorimeter corrections.
  • Enabled overriding of default gamut mapping intents for LUT profiles. “Luminance matched appearance” is the default override for perceptual intent, which provides an effect similar to black point compensation.
  • The colorimeter corrections database now has a public web interface and API.
2011-12-08 13:33 (UTC) 0.8.1.9

0.8.1.9

Fixed in this release:

  • Ignore 'unknown' (not required) fields when verifying CGATS (fixes bug 'invalid testchart' after profiling with spectrometer, introduced in r780).
  • Force a default testchart if the selected one is invalid.
  • Linux (autopackage): Set PYTHONDONTWRITEBYTECODE= (empty string) to fix installation on Mandriva 2011.

Changed in this release:

  • Default profile type should be 3x shaper + matrix, not single shaper + matrix.
  • Some of the advanced calibration options (gamma type relative/absolute, ambient adjustment, black point correction and offset) are now hidden by default and can be shown via the corresponding menu item in the options menu.

Added in this release:

  • Option to share profiles via the openSUSE ICC Profile Taxi service.
  • Option to create profiles from extended display identification data (EDID).
  • Linux (GNOME 3): colord compatibility (query current profile, install & set profile).
2011-10-06 21:44 (UTC) 0.7.8.9

0.7.8.9

Fixed in this release:

  • Additional commandline arguments were ignored when doing profile verification measurements.
  • Windows: If the startup folder in the start menu was deliberately deleted, the profile loader shortcut wasn't created when installing a profile.
  • Windows: Profile loader correctly verifies if the calibration was sucessfully loaded.

Changed in this release:

  • Skip legacy serial ports by default when detecting instruments (serial instruments like the DTP92 or Spectrolino will no longer be selectable unless you manually set skip_legacy_serial_ports = 0 in dispcalGUI.ini or use a serial to USB adapter).
  • Windows: The profile loader shortcut in the startup folder inside the start menu is now created at installation time (and removed when uninstalling).
  • When checking for program updates, show the changelog for the new version if an update is available.
  • Confirm enabling of debugging output.

Added in this release:

  • Support for Argyll CMS 1.3.4 features: i1 Display Pro and Colormunki Display, Colorimeter Calibration Spectral Sample (.ccss) files.
  • Ability to import colorimeter corrections from other display profiling softwares. Currently iColor Display, i1 Profiler and ColorMunki Display are supported.
  • Ability to create correction matrices and Calibration Spectral Sample files, with the option to share them via an online database.
  • Option to automatically check for program updates on startup.
  • Added information how to fix instrument not working correctly/constantly disconnecting under Linux due to a conflict with libmtp (thanks to Pascal Obry who notified me of the issue back in May 2011).
2011-08-05 01:06 (UTC) 0.7.3.7

0.7.3.7

Fixed in this release:

  • Linux: Fixed multi-display support when not using separate X screens.
  • Mac OS X: Fixed not being able to run under a standard user account, and Mac OS X 10.7 compatibility.
  • Mac OS X 10.4.x: Fixed functionality requiring elevated privileges, e.g. installing profiles system wide or enabling the Spyder 2 using Argyll 1.1.x (regression of a change introduced in r706 / 0.7.0.7)
  • Windows: Fixed several problems with special characters in paths which are not representable through the file system encoding.
  • Windows: Worked around OS localtime() bug. If the system's clock was set to a date far into the future, dispcalGUI failed to launch on subsequent runs because of the logfile's timestamp which could not be processed by localtime().
  • Windows Vista/7: Querying the user display profile resulted in a “not found” error if the checkbox “Use my settings for this device” was never ticked in Windows' color management control panel, failing the fallback of querying the system display profile in case of no user display profile.

Changed in this release:

  • All presets now use curves + matrix as profile type (for better overall application compatibility).
  • Better feedback when trying to open broken/invalid files (display an error dialog instead of just logging the error).
  • Icons in the task switcher on Windows Vista/7 (and presumably Linux) should now be crisp and not pixelated.
2011-06-02 21:45 (UTC) 0.7.0.7

0.7.0.7

Fixed in this release:

  • wxPython 2.8.12 compatibility.
  • Linux: Preserve environment when installing a profile system-wide so $DISPLAY is available for dispwin.
  • Linux (Source): Changed highest supported Python version to “lower than 3.0” because openSUSE Build Service would choke on “lower than or equal to 2.7” when building for Ubuntu 11.04.
  • Linux (Source): Fixed setup.py bdist_deb as far as possible (see notes under installing from source, additional setup commands, bdist_deb)
  • Windows: Fixed error when the display profile cannot be determined (e.g. when running remotely).
2011-04-20 21:08 (UTC) 0.7.0.0

0.7.0.0

Fixed in this release:

  • Updating profile verification reports created in versions prior to revision 672 should not strip calibration and gray balance information anymore (regression of a change in r672).
  • If the Spyder 2 was enabled using Argyll CMS 1.2 or newer, this should now be reflected correctly in the “Tools” menu by a checkmark next to the “Enable Spyder 2” menu item.
  • Linux (Autopackage, DEB and RPM installs) and source: Fixed missing application icons in sizes other than 16x16 and 32x32 if the source archive was created with setup.py under Mac OS X or Windows (regression of a change in r501).
  • Linux/Windows: The location of the Argyll binaries was not stored in the system-wide configuration, which could prevent the profile loader from finding the Argyll binaries if they were not on the PATH environment variable and a profile was installed system-wide.
  • Windows: Fixed program termination if EnumDisplayDevices fails (e.g. when running remotely).
  • Windows: Fixed program termination if a display device has no driver entry in the registry (the very generic Windows error message is misleading in that case: It pretends a file was not found).
  • Windows XP: Correctly enumerate display device names and EDID.

Changed in this release:

  • When doing verification measurements of a (non-Argyll) profile containing a chromatic adaptation 'chad' tag, dispcalGUI now tries to use the same chromatic adaptation transform to calculate adapted values from the measurements instead of using a hardcoded Bradford transform.
  • The default delta E formula for “RGB + gray balance” evaluation is now DE 2000.
  • The delta E formula is now locked for the Fogra MediaWedge and IDEAlliance Control Strip evaluation criteria.
  • The “Update calibration” and “Update profile” checkboxes were combined into one. This removes the ambiguity about what “Update profile” functionality actually was: Only updating the calibration inside the profile. Both updating stand-alone calibration '.cal' files and calibrations embedded in profiles are now handled with the single “Update calibration” checkbox. The slightly different workflow of only updating the calibration, and then creating an actual new profile on top of it in one go, is still possible by explicitly loading a calibration '.cal' file under “Settings”.
  • Made the GUI a bit nicer towards low screen resolutions by moving more controls into the scrollable area and also removing the graphical banner and allowing horizontal scrollbars if things get really cramped.
  • Windows Vista/7 and later: To be able to install a profile system-wide, you now need to run dispcalGUI explicitly as administrator (right-click the dispcalGUI icon, then select “Run as administrator”) to show the appropriate controls in the profile installation dialog.

Added in this release:

2011-01-24 03:56 (UTC) 0.6.7.7

0.6.7.7

Fixed in this release:

  • Fixed measurements hanging at the start if using the black background option.
  • wxPython 2.9 compatibility.
  • Windows: Potential COM error caused by obsolete code.
  • Windows Vista/7: Potential WMI errors when trying to read a display's EDID are now suppressed (the EDID can not be read on systems where WMI has errors, which may prevent more accurate display descriptions, but will not impede functionality otherwise).

Added in this release:

  • Profiles can now be dragged and dropped onto the curve viewer.
  • When using the profile verification feature, it is now possible to first select a simulation profile before choosing a testchart.
2010-11-05 03:12 (UTC) 0.6.6.7

0.6.6.7

Fixed in this release:

  • Re-enabled warning message from the profile loader if the calibration in the video card does not match the requested calibration after loading.
  • Fixed “Show curves” checkbox in the profile installation dialog not doing anything if the curve viewer was not shown before (regression of a change in version 0.6.2.2).
  • Fixed a small visual glitch where the message “Calibration complete” was not cleared from the progress window after instrument calibration.
  • Fixed possibility of unprintable characters from EDID strings (e.g. display name) causing errors.
  • Fixed Argyll CMS diagnostic output not working for dispwin when using Argyll CMS 1.3.1
  • Linux: Fixed Autopackage install not working with Python 2.7

Added in this release:

  • Linux: Added a “Load profile and calibration on login” checkbox to the profile installation dialog. Normally, you want to keep this checked, so that dispcalGUI's profile loader can setup the configured display(s). But if you use another solution for loading profiles, like Oyranos with the CompICC plugin, you should uncheck it, so that display profiles are solely handled by CompICC.
  • Mac OS X: Like on the other platforms, EDID is now used if available.
2010-10-24 04:36 (UTC) 0.6.5.3

0.6.5.3

Fixed in this release:

  • Fixed a bug where the wrong correction matrix setting was stored in a profile or calibration file when changing the correction matrix, and creating a profile with a previous settings file selected which used a different correction matrix. Note this didn't affect measurements when creating the new profile or calibration file, but when loading it in dispcalGUI, the correction matrix used for the previously selected settings file was set instead of the one actually used when creating the new file.
  • Fixed missing XYZ values for the assumed whitepoint in profile verification reports.
  • Fixed crash when the manufacturer ID from a display's EDID contains invalid data.
  • Honor the selected display when loading calibration curves from a settings file.
  • Linux: Installing profiles under multi-display configurations using separate X screens should now work better when Oyranos is installed (previously, when the profile for the second screen was installed after the profile for the first screen, it would override the first profile in the Oyranos configuration. Profiles can be re-installed with this version of dispcalGUI to fix this).
  • Linux: Profile loader: When Oyranos is installed, but not xcalib, the fallback to dispwin to load the calibration curves was not working.

Changed in this release:

  • Reset additional commandline arguments too when restoring defaults.
  • The profile loader will no longer show an error message when unable to determine a display's current ICC profile, as there may just not be any profile installed for the respective display. Instead, such errors are now silently logged.
  • Improved error messages from the profile loader by adding some information about the affected display for easier troubleshooting of multi-display configurations.
  • Windows: Profile installation: When a system-wide autostart entry for the calibration loader already exists, do not create a per-user entry.
  • Linux: The autopackage can now be installed just for the current user. Note this will not setup instrument access though, as that requires root privileges.

Added in this release:

  • Save the device model and manufacturer description to measurement data (.ti3) files and use that information when creating a profile.
  • Log all output from the profile loader.
  • Ability to just measure a testchart and create a measurement data file (menu “Options”, “Measure testchart”).
  • Approximate gamma for grayscales is shown in profile verification reports.
  • Build system: Added --skip-postinstall option.
2010-09-19 17:53 (UTC) 0.6.2.2

0.6.2.2

Fixed in this release:

  • Trying to verify or view curves of a (non-Argyll) profile with a 'formula' type vcgt tag no longer fails with a 'NameError'.
  • When the measurement window was moved to the leftmost and/or topmost coordinates of the screen, the calculated relative position could become negative and prevent starting measurements.
  • Trying to profile a display which provides an empty model description via EDID no longer fails.
  • Profile name placeholder %im (instrument measurement mode) now inserts the correct string.
  • Profiling did not finish if “Show actual calibration curves from video card gamma table” was checked and the curves window shown.
  • Fixed black point correction rate not being restored correctly when loading settings.
  • Fixed conversion of the color temperature to xy chromaticity coordinates (the input fields in the GUI) which was erroneously being calculated with the formula for daylight even if a blackbody locus was chosen.
  • Fixed assumed whitepoint in profile verification reports erroneously being calculated with the formula for daylight even if a blackbody locus was originally chosen when creating the profile.
  • Fixed profile verification reports not working in Internet Explorer 5.x-6.0 and Opera 7.x.
  • Fixed profile verification reports showing “missing data” for some fields if using the Fogra Media Wedge V3 criteria and the reference file contained both XYZ and Lab data.
  • Mac OS X: A double extension (.icc.icm) is no longer added when creating a profile from an existing one (menu “Options”, “Create profile from measurement data...”).

Changed in this release:

  • When loading settings from calibration (.cal) files, the actual parameters chosen when calibrating are now set instead of stored measured values (e.g. whitepoint, black- and white level. Will only work for .cal files created in this version and up).
  • “Allow skipping of spectrometer self-calibration” (in the “Options” menu) for characterization readings after calibration is now disabled by default to help sensor stability (especially for the ColorMunki).
  • Black point correction rate now uses a floating-point control with the range 0.05...20.0 (consistent with the Argyll CMS dispcal commandline tool) instead of the previous integer control with the range 5...2000.
  • The default evaluation criteria for RGB testcharts in profile verification reports is now RGB only.
  • The default Delta E formula used for results in profile verification reports is now Delta E 2000 (except for standardised criteria like the Fogra Media Wedge V3).
  • Additional statistics in profile verification reports are now hidden by default.
  • Selecting “CMYK” or “RGB” in profile verification reports now actually makes a difference (shows the corresponding device values in the overview).
  • “Evaluate gray balance through calibration only” in profile verification reports is now disabled by default.
  • Windows: Installing a profile system-wide removes an existing user autostart entry for the profile loader to avoid having two entries.
  • Windows: EDID info will be used if available instead of generic device strings ('PnP-Monitor' et al).

Added in this release:

  • Ability to enable Argyll CMS diagnostic (debugging) output for measurements via menu “Options”.
  • Option to choose blackbody whitepoint reference instead of daylight in profile verification reports.
  • Original profile whitepoint is now shown in profile verification reports.
  • Instrument black level and display white level drift compensation options when using Argyll CMS >= 1.3.0
  • Ability to choose a correction matrix for colorimeters when using Argyll CMS >= 1.3.0
  • Allow setting of additional commandline arguments for dispcal, dispread, spotread and colprof via a new menu item in the “Options” menu.
  • IDEAlliance Control Strip 2009 aim values for profile verification with CMYK test charts.
  • Profile verification report shows instrument measurement mode and correction matrix (if any).
  • Menu option to update existing profile verification reports with the current templates.
2010-08-01 03:19 (UTC) 0.5.8.1

0.5.8.1

Fixed in this release:

  • Argyll CMS 1.2.0 compatibility
2010-07-25 13:19 (UTC) 0.5.8.0

0.5.8.0

Fixed in this release:

  • The timeout of 10 seconds for the startup of Argyll tools and instrument initialization was too short for some instruments and is now increased to 30 seconds. If the timeout is ever exceeded, dispcalGUI should now also abort automatically and no longer hang.
  • When previewing the calibration upon profile installation, use a linear calibration if no display profile is present when toggling the preview on and off (fixes the curve viewer not updating).
  • Fixed closing the log window not re-enabling the “show log automatically” menuitem.
  • Linux (Autopackage install): Fixed menu entry sometimes disappearing permanently after logging out under GNOME.
  • Linux: Fixed dispcalGUI not working if libX11 or libXrandr do not expose certain functions (e.g. under Mandriva 2009).
  • Linux: Fixed not being able to install a profile using GNOME Color Manager when the profile was not writable.
  • Linux: Fixed not being able to install a profile using Oyranos when the profile was not located in ~/.color/icc/devices/display.
  • Linux/Mac OS X: Saving a log file from the log window now works correctly.
  • Mac OS X: The terminal should no longer lose its focus when the measurement area is shown. This should also make the mouse cursor reappear which is otherwise hidden by dispcal/dispread.
  • Mac OS X 10.6: The current display profile should now be determined correctly (e.g. for the curve viewer) when loading its calibration curves or selecting the “<Current>” settings.
  • Windows (installer): An unused console window is no longer shown when launching dispcalGUI via the installed shortcuts.
  • Windows: Fixed executable not working under Windows 2000.

Changed in this release:

  • Do not pass through the “hit any key to retry” message from Argyll CMS tools to the progress dialog in case of misreads/port communication problems (retries happen automatically, so there is no need and also no possibility for keyboard interaction).
  • Enabling the Spyder 2 is now less cumbersome if the original installation CD is not available (especially on Mac OS X, where the firmware couldn't be found if a recent version of the Spyder 2 software was installed) and should work with the downloadable Spyder 2 software installers (but they need to be run to install the software first because the firmware can't be extracted from the installer binaries directly). Messages are now hopefully more informative to give a better idea of what to do. If the firmware can't be extracted from the Spyder 2 software installer, you are asked to install the software and try again. If that can't be done because of platform incompatibility (Linux), the last choice is to locate the Spyder.lib/CVSpyder.dll file manually (it must be copied from a Mac OS X or Windows system in that case).
  • Linux: Allow installation of profiles using GNOME Color Manager even if XRandR is not working/available.
  • Linux: Installation now checks for existing udev rules/hotplug scripts for instruments and only installs its own rules if none exist yet.
  • Linux/Windows: The profile loader will now show a warning dialog if a profile couldn't be loaded.
  • Linux/Windows: Device model and manufacturer are added to profiles if EDID[10] info is available.

+ Numerous other small fixes and changes.

2010-06-29 19:23 (UTC) 0.4.9.2

0.4.9.2

Fixed in this release:

  • Spectrometer sensor calibration sometimes accidentally occured when the instrument was still attached to the screen, leading to erroneous subsequent readings.
  • Immediately close a profile after reading to avoid locking it (fixes not being able to delete files from within the GUI).
  • Fixed quirks in “update calibration” and “update profile” operation.
  • The system-wide installation option in the profile install dialog is no longer hidden just because a profile has no embedded calibration curves (vcgt tag).
  • If the calibration curves of the current display profile couldn't be loaded for some reason (broken video card gamma table access, or no profile set), the curve viewer was not yet shown, and then a profile under “Settings” was selected, and then deleted, and then the curve viewer called up, an unhandled exception was raised.
  • Fixed ambient measurement via the “Measure” buttons timing out with the ColorMunki and various error handling issues regardless of instrument which could lead to an un-cancelable, forever looping progress bar.
  • Fixed ambient color temperature measurement via the “Measure” button not updating the kelvin field if selected.
  • Linux (only if the detected filesystem encoding is not UTF-8), Mac OS X and Windows: When installing a profile with “special” characters in the filename (everything not representable as 7-bit ASCII), it is now given an unique name containing the display number and MD5 hash, which fixes a few problems with filename encoding under Linux and Mac OS (under Linux the profile couldn't be successfully installed, under Mac OS X system-wide installation partly broke). This also fixes an issue under Windows where a profile whose name starts with the same first few characters (but has not the same name) as an already existing file in the system profile directory could accidentally overwrite that file, because I had not considered that filenames returned by win32api.GetShortPathName are only unique for the directory where a given file resides—and upon installation, that is the profile storage directory, not the system profile directory.
  • Linux, Mac OS X: When installing a profile, interaction with the curves window works now while the installation dialog is shown.
  • Windows (standalone executable): Fixed ambient measurement via the “Measure” buttons reproducably hanging (regardless of instrument) if the MS Visual C++ 2008 Redistributable Package (x86) was not installed.

Added in this release:

  • Linux: Oyranos support. If it is available, profiles are imported to the Oyranos database using oyranos-monitor upon installation, and an appropriate autostart entry is created to load calibration curves and setup the X _ICC_PROFILE atoms on login.
  • Linux: Rudimentary support for GNOME Color Manager. If it is available and XRandR is working, profiles are imported to GCM upon installation. Any calibration loaders created previously by dispcalGUI will be removed (except the possible oyranos-monitor entry). You then still have to manually assign the profile to a display in the GCM preferences by selecting it and then choosing the profile from the dropdown menu (in the future, this process will be made obsolete by using GCM library functions). Loading of calibration curves and setting up the X _ICC_PROFILE atom and XRandR output properties is then handled by GCM.
  • Menu option to automatically show the log window after certain operations (measurements, profile creation).

Changed in this release:

  • The terminal window is now only shown when required (e.g. keyboard interaction during interactive display adjustment). Also, the terminal used is no longer an external application, but a minimal emulator that just passes keyboard input to the Argyll CMS tools.
  • All measurements which do not require keyboard interaction with Argyll CMS tools now show a progress dialog with the option to cancel the measurements. All output that was previously visible through the terminal is still available via the log window (“Tools” menu) and -file.
  • Always load calibration curves before installing a profile, even if the profile has no vcgt tag (resets calibration to linear).
  • Automatically scroll to bottom when messages are added to the log window.
  • Store calibration and profiling settings in extra sections inside the TI3 file instead of the profile copyright tag. Use “generic” copyright information (“Created with dispcalGUI <version> and Argyll CMS <version>”), overridable by adding a line copyright = My copyright information in dispcalGUI's configuration file.
  • Made sure that only 7-bit ASCII gets written to a profile's copyright, ASCII description, and ASCII device model description. ICC v2 Unicode and Mac ScriptCode descriptions are now also written by default.
  • Presets default to high profile quality.
  • Remember visible state of curves, log window and testchart editor.
  • Updated french translation (thanks).
  • Linux: Unattended calibration & profiling no longer depends on xautomation.
  • Linux: EDID[10] is now used (if available) when generating descriptive identifiers for displays.
  • Linux: When determining a display's associated profile, check XrandR _ICC_PROFILE output properties first if available.
  • Linux: The option to install a profile system-wide is not offered if using GNOME Color Manager to install profiles (GCM has its own way to set profiles as system default).
  • Linux (only when GCM is not installed or XRandR is not working), Mac OS X, Windows: Installing a profile system-wide now also sets it as default for the current user.
  • Windows Vista and later: The option to install a profile system-wide is no longer offered if using Argyll CMS <= 1.1.1 (system scope in Argyll releases up to 1.1.1 acts like user scope on those systems).

+ Numerous other small fixes and changes. There is now also a mailing list for discussion and support as well as announcements (see at the top of this document).

2010-05-07 22:36 (UTC) 0.3.9.9

0.3.9.9

Fixed in this release:

  • Fixed unreliable (hanging occasionally) profile install when using system scope under Linux and Mac OS X (regression of a change in SVN r391 / 0.3.9.3).
  • Fixed ICC profile truncation if actual tag data is not in the same order as the tag table (regression of a change in SVN r274 / 0.3.0.7. Argyll profiles were not affected).
  • Fixed potential invalid profile name being generated if some unicode characters can't be conveyed in the file system encoding (Windows, Linux).
  • Fixed possible backslash in profile name due to wrong escaping when replacing invalid characters.
  • Fixed support for codepages 65000 (UTF-7) and 65001 (UTF-8) in the main application under Windows. This is actually a fix for shortcomings of Python.
2010-05-03 18:45 (UTC) 0.3.9.3

0.3.9.3

Added in this release:

  • Show percentage and amount of tone values per channel (+ grayscales) for calibration curves in the curve viewer and profile verification reports.
  • Profile verification: Enabled gray balance evaluation for all RGB charts containing grayscales (R=G=B). Added option to verify graybalance through calibration only (sets the target L* of each grayscale patch to the measured L* and target a*=b*=0).
  • Added documentation for the interactive display adjustment part of calibration.
  • Added further documentation of the profile verification feature with detailed information about underlying technical aspects.

Fixed in this release:

  • Fixed an unicode error after creating a profile verification report in a path containing unicode characters and a few other unrelated (potential) unicode errors.
  • Fixed potential unhandled exception if a JSON language file is malformed.
  • Fixed unhandled exception (local variable referenced before assignment) if trying to view calibration curves of an output with no video card gamma table access.
  • Fixed rare unhandled exception (local variable referenced before assignment) if logfile couldn't be renamed or removed during rollover.
  • Fail more gracefully (omit traceback from error message) if temp directory couldn't be created.
  • Fixed handling of XDG_CONFIG_DIRS and the system-wide autostart directory if the preferred configuration directory does not exist under Linux when installing a profile in local system scope, which prevented the system-wide autostart entry to be created.
  • Correctly determine system display profile under Windows Vista and 7 if no user profile is set. Fall back to sRGB if no display profile is set.

Changed in this release:

  • Changed default gamma from 2.4 to 2.2 in an attempt to increase the amount of available gamma table tone values after calibration for LCD screens, which often have a native response that is closer to a gamma of 2.2 than 2.4.
  • Changed default profile type to single curve + matrix.
  • Profile verification: Only evaluate grayscales (R=G=B) if their luminance is atleast 1% of the white luminance. Also evaluate combined Δa and Δb range.
  • Moved instrument feature details to separate JSON configuration file.
  • Made compatible with wxPython 2.8.6.0.
2010-03-31 15:24 (UTC) 0.3.8.0

0.3.8.0

Added in this release:

  • “Very large” testchart with 912 patches.
  • Profile verification: Support (non-Argyll) profiles which use chromatic adaption.

Fixed in this release:

  • Improved error message when Argyll binaries are not found (only files not found are now shown, together with alternatives). Automatically fall back to xicclu if icclu is not found (eg. Ubuntu's Argyll 1.0.3 package doesn't contain icclu).
  • Fixed 'invalid syntax' error when running under Python 2.5.
  • Profile verification report: Fixed a parsing error when reference or measurement data contained numbers in exponential notation.
  • Linux: Unhandled exception if DISPLAY environment variable is in the format [host]:displaynumber instead of [host]:displaynumber.screennumber (eg. :0 instead of :0.0).
  • Mac OS X: Fixed values entered in combo boxes not updating the configuration correctly under some circumstances.

Changed in this release:

  • Profile verification: Lookup device values relative colorimetrically and adapt the measured values to D50 before comparison (using Bradford matrix), so that the measured whitepoint corresponds to L*a*b* 100 0 0. Please note that verification results obtained with reference files measured in earlier versions of dispcalGUI should not be compared to those obtained via this new approach if the display whitepoint is not D50, as the results are likely to be different as an effect of the relative lookup and the chromatic adaption.
  • Profile verification: Improved support for non-Argyll CGATS text files. Handling is as follows:
    • If the file contains RGB_R RGB_G RGB_B fields, it is handled like a Argyll *.ti1 (testchart) file—any XYZ or Lab data is ignored and the RGB numbers are sent to the display and measured. Afterwards, the measured values are compared to the expected values, which are obtained by sending the RGB numbers through the profile. If RGB values above 100 are found, a range of 0-255 is assumed. Otherwise, a range of 0-100 (like Argyll *.ti1) is assumed.
    • If the file doesn't contain RGB_R RGB_G RGB_B fields, but XYZ_X XYZ_Y XYZ_Z or LAB_L LAB_A LAB_B, it is handled like a Argyll measurement data (*.ti3) file—the values are used to lookup corresponding RGB numbers through the profile and these are then sent to the display and measured. Afterwards, the measured values are compared to the original XYZ or Lab values.
  • Profile verification report: Show measured whitepoint and assumed target color temperature (based on closest daylight temperature), and use them to calculate the Delta E for the whitepoint. A few performance improvements when processing large datasets with several hundred or thousand measurements.
  • GUI and ReadMe: Changed all occurences of the term “LUT curves” to “calibration curves” and also changed all occurences of the term “video LUT” to “video card gamma table” to better distinguish from “LUT profile”. Also renamed the “LUT viewer” to curve viewer as a more accurate description of its functionality.
2010-03-17 18:50 (UTC) 0.3.6.4

0.3.6.4

Added in this release:

  • Profile verification: CGATS-compatible text files (*.txt) containing measurement data can now be selected in addition to Argyll testchart (*.ti1) and measurement data (*.ti3) files.
  • Profile verification report: Depending on the chart used, you can now choose among different evaluation criteria from within the report. Also added Fogra Media Wedge V3 tolerance values for CMYK testcharts.

Fixed in this release:

  • Profile verification: Error 'Unknown color representation Lab' when trying to verify a L*a*b* LUT profile.
  • Profile verification: Wrong XYZ scaling when reading from *.ti3 files containing XYZ, but no L*a*b* values.
  • Profile verification: When measuring a display other than the first one, the calibration curves were erroneously still loaded to the 1st display.

Changed in this release:

  • Profile verification report: Show nominal and actual measured values as L*a*b* instead of XYZ. Reduced visible decimals in report to increase readability.
  • Split the cramped “Extra” menu into “Options” and “Tools”.
2010-03-13 06:31 (UTC) 0.3.6.2

0.3.6.2

Added in this release:

  • Profile verification by measurements. Argyll testchart (*.ti1) and measurement data (*.ti3) files can be measured.

Fixed in this release:

  • Testchart editor: Do not automatically select a saved testchart (regression of a change in 0.3.3.5). Do not show empty rows when creating a testchart using an algorythm that does not create the expected number of rows.
  • Bumped wxPython version check to 2.8.8.0 so a proper error message is displayed if wxPython is too old.
  • Linux: When using TwinView or Xinerama, the size of the measurement window was sometimes not correct.
  • Linux: Failure in get_argyll_version if Argyll utilities have alternate names (eg. argyll-targen instead of targen), which could prevent being able to open the testchart editor (regression of a change in 0.3.3.5).
  • Mac OS X 10.4: Fall back to ColorSyncScripting if Image Events does not return a display profile.

Changed in this release:

  • Linux: Info window no longer stays always on top.
  • Linux: When getting the current profile for a display, also look at the _ICC_DEVICE_PROFILE atom (see draft ICC Profiles in X Specification 0.4).
2010-03-02 20:12 (UTC) 0.3.3.6

0.3.3.6

Fixed in this release:

  • Linux/Mac OS X: 'tcgetattr failed' when trying to calibrate or profile.

Changed in this release:

  • Linux: Updated udev rules.
2010-03-01 06:27 (UTC) 0.3.3.5

0.3.3.5

Added in this release:

  • Capability to set whitepoint or ambient light level for viewing condition adjustment by measuring ambient light.
  • Profile name %tpa placeholder (test patch amount).
  • Documentation for ambient light level viewing conditions adjustment, advanced profiling options (gamut mapping) and testchart editor in the ReadMe. Also a few additions to the existing whitepoint/white level and tone curve documentation (mostly taken from the Argyll CMS documentation).
  • Two entries to the known issues & solutions section in the ReadMe (swapped colors and Photoshop “Monitor profile appears to be defective”).

Changed in this release:

  • New improved testcharts and presets, with lower patch counts: 12 patches default for gamma+matrix profiles, 48 patches default for curves+matrix profiles (former chart had 91 patches), 124 patches default for LUT profiles which should actually be usable this time around when coupled with a profile quality setting of “high”, unlike its predecessor with 127 patches which yielded mediocre results at best (but for increased accuracy, the new 238-patch “extended” testchart is recommended). 396 and 2386-patch charts (the new “large” and “massive” quantity) are also included.
  • Default to high profile quality (and force for gamma+matrix profiles, as there is no processing penalty like for curves+matrix or LUT profiles).
  • Removed limit for remembered settings files.
  • When calibration or profiling measurements fail, first show the main application window, then the error message (small dialog boxes are sometimes hard to spot on big screens if the application context is missing).
  • Moved profile quality, type and advanced settings above testchart selector (this order is more logical, as profile quality and type influences testchart selection).
  • Testchart editor: Default to adaption of 10% for testchart creation using optimized farthest point sampling (OFPS). Support both device and L*a*b* diagnostic VRML files when creating testcharts using Argyll >= 1.1.0. No longer calculate the amount of white/gray/single color patches or multidimensional cube steps if info is missing in testchart file (calculations take way too long for little added benefit).
  • Cleaned up the known issues & solutions section in the ReadMe.

Fixed in this release:

  • Wrong value for adaption settings in testchart editor being stored.
  • Linux (cosmetic): Incorrect special characters in console window when using non-english locale under certain configurations (regression of a change introduced in 0.3.0.7).
  • Non-critical: File information in Argyll CGATS TI1 to TI3 conversion.
  • Testchart editor: Do not allow overwriting of predefined testcharts when saving. Correctly remember last used filename when “saving as...”.
  • Log window: Correctly remember last used filename when saving.
  • Typo in the ReadMe (the second “Report on calibrated display device” entry under “Menu commands” should have been “Report on uncalibrated display device”).
2010-02-17 15:53 (UTC) 0.3.1.0

0.3.1.0

Fixed in this release:

  • Running “Calibrate & profile” several times in succession no longer fails on the 2nd and subsequent runs.
  • Linux: Missing wxPython version check for the measurement window subprocess.
2010-02-15 17:27 (UTC) 0.3.0.9

0.3.0.9

Added in this release:

  • Test chart editor: Support for Argyll 1.1.0 perceptual space-filling quasi-random test patch distribution.
2010-02-13 16:36 (UTC) 0.3.0.8

0.3.0.8

Fixed in this release:

  • #2951168 Windows: Critical bug with win32 API calls to get the display name returning 8-bit characters where only ASCII was expected.
2010-02-12 20:13 (UTC) 0.3.0.7

0.3.0.7

Added in this release:

  • Support for Argyll >= 1.1.0 adaptive emissive measurement mode with the i1 Pro spectrometer.
  • All of Argyll's profile types are now available (XYZ LUT on Windows only if using Argyll >= 1.1.0).
  • Support for “very low” calibration quality.
  • Optionally create a fast matrix/shaper profile when just calibrating.
  • “Reset video card gamma table” checkbox in the dialog shown when just profiling.
  • Information how to install Argyll >= 1.1.0 USB drivers on Windows Vista/7 64-bit to the “known issues and solutions” section in the ReadMe.
  • ReadMe, license, bug tracker and support forum can now be accessed from the “Help” menu.
  • “Check for update...” in the help menu (launches a web browser and displays the dispcalGUI homepage if a new version is found).
  • Curve viewer: Capability to show the actual curves from the video card.
  • Curve viewer: Capability to show a matrix profile's rTRC/gTRC/bTRC curves.

Changed in this release:

  • When restoring defaults, selected display/instrument/measurement mode, language and profile name are retained.
  • The display/instrument selector is only enabled if more than one device detected respectively.
  • Changed i1 Pro highres measurement mode from implicit to user choice.
  • Gamut mapping: When selecting a source profile, pre-select a source viewing condition based on profile class (monitor or printer).
  • Updated defaults and presets to Argyll 1.1.0 values (i.e. black output offset).
  • Short display name placeholder (%dns) for profile name should not yield single numbers or model name without model number any more (or atleast less likely).
  • Log messages from most informational and all error dialogs.
  • Show file paths in most dialogs involving file processing.
  • Documentation in the ReadMe has been updated and is now more or less complete for the main application (testchart editor docs are still to be done). Setup instructions have also been streamlined.
  • Moved information how to fix video card gamma table access under Linux/X11 to the “known issues and solutions” section in the ReadMe.
  • Linux: Updated udev rules to those provided with Argyll 1.1.0. Removed obsolete permissions and policy files.
  • Linux: In multi-display setups using separate X screens, it should no longer be necessary to launch dispcalGUI on the display you want to measure.
  • Windows: Get names of displays via additional Windows API calls (should yield more descriptive names than “DISPLAY1”, “DISPLAY2” etc.)
  • Windows (cosmetic): Use default command prompt text color, and a darker variant only when doing measurements.
  • dispcalGUI version now corresponds to SVN revision number, split into its digit components. Build system (setup.py) uses SVN to generate version information.

Fixed in this release:

  • Curve viewer: When no display is selected (i.e. when Argyll binaries are not found), it will now try to show the vcgt of the 1st display's profile.
  • Curve viewer: When hiding the viewer and loading different calibration curves, those changes were not reflected when showing the viewer again.
  • Curve viewer: If a profile does not contain a 'vcgt' tag, clear canvas and disable R/G/B checkboxes.
  • Selection of display used for video card gamma table access not working correctly.
  • Loading of calibration upon initial preview in profile installation dialog if profile does not contain dispcalGUI settings.
  • Do not show failure message if user cancels profile installation via the password dialog when installing in system scope.
  • In some cases, values read from the configuration file were not correctly validated (would only show with deliberately altered or broken config file).
  • colprof output is no longer swallowed when creating a matrix profile with Argyll versions <= 1.0.4.
  • Linux: Fall back to ASCII if detected encoding is not UTF-8 to fix profile install issues.
  • Linux/Mac OS X: Enabling the Spyder 2 colorimeter might need elevated privileges.
  • Linux/Mac OS X: When installing a profile in local system scope, the necessary password was not accepted under newer Linux distros and also Mac OS X > 10.4.11
  • Mac OS X (cosmetic): Suppress spurious AppleScript messages.
  • Windows: Get display profile via registry instead of Windows API because the latter does not reflect runtime changes to profile associations (you still need to refresh the curve viewer when changing profile associations outside of dispcalGUI while it is running).

Known issues in this release:

  • Linux: You can't interact with the drop-down menu or the checkboxes in the curve viewer while a profile installation dialog is shown.
2009-07-16
  • Fixed a glitch in the Linux Autopackage installer where it would install even if required libraries were missing.
2009-06-30 0.2.6b3 (SVN r239)
  • fix (Windows): Fixed a critical bug in the Windows codepath which tried to access non-existent paths when certain settings were used.
2009-06-26 0.2.6b2
  • fix: Only look at <major>.<minor> during the Python version check (fixes a critical error on Ubuntu 9.10 Beta, where the Python revision number has an unexpected value).
  • fix: The curve viewer is now also able to plot calibration curves from *.cal files.
  • fix (Linux): If launched on an X display which is not the first display, the measurement window's location no longer determines the display which is used for measurements. This allows non-Xinerama multiscreen configurations to work with dispcalGUI. Note: You need to launch dispcalGUI on the display you want to measure, e.g. `DISPLAY=:0.1 dispcalGUI`.
  • fix (Linux): Get the profile from the correct display when loading a display's calibration curves into the curve viewer.
  • fix (Linux, cosmetic): Suppress CUPS warnings encountered on some systems when using the curve viewer.
  • fix (Mac OS X): Do not offer 'Network' scope during profile installation if /Network/Library/ColorSync/Profiles does not exist.
  • fix (Windows, cosmetic): Made sure the message "Debug: src/helpers.cpp(140): 'CreateActCtx' failed with error 0x0000007b (the filename, directory name, or volume label syntax is incorrect.)" is not shown when launching the standalone Windows executable, by changing the way *.pyd files are bundled (they are now copied to the executable's directory and are no longer part of the executable itself).
  • chg: The curve viewer resets to linear if a display without associated profile is selected.
2009-06-22 0.2.6b
  • fix: calibration preview checkbox in the “install profile” dialog should now correctly toggle between previous and new calibration.
  • fix: profiling failed when creating a profile on top of an existing calibration.
  • fix: correctly decode environment variables (should fix a failure when trying to create a profile and the username contains non-ASCII characters).
  • fix: automatic restoration of defaults before loading settings from a profile or cal file should no longer restore “do not show again” dialogs.
  • fix (Windows): several errors related to character encoding.
  • chg: unattended calibration and profiling: wait 10 seconds instead of 5 after calibration before trying to start profiling measurements (some instruments seem to need longer to initialize than others, e.g. Spyder 2).
  • chg (Python packages and source): instead of requiring wxPython 2.8.x specifically, only ensure a minimal version of 2.8.
  • add: Curve viewer.
2009-06-11 21:33 (UTC)
  • Added Linux Autopackage download.
  • Renamed 55-Argyll.rules to 92-Argyll.rules, so it can work on Debian too.
  • Removed “Creating a standalone executable from source” section from the ReadMe (the topic is still handled under “Installing from source” / “Additional setup.py commands”).
2009-06-07 0.2.5b4
  • fix: “TypeError: coercing to Unicode: need string or buffer, instance found” when calling any of the get*Description() methods of an ICCProfile instance, which caused profile creation from existing profile to fail.
  • fix: (Windows Vista) application exit on launch if autostart directory did not exist.
  • fix: (source, Debian and RPM packages) use the correct wxPython version
  • fix: tab-key traversal of calibration settings controls.
  • fix: automatically scroll into view focused calibration settings controls if scrollbars are shown.
  • fix: properly clean & remove temporary directory.
  • fix: (cosmetic) added some padding to calibration settings right-hand side so scrollbar won't overlap if shown.
  • chg: (cosmetic) enable auto-sizing (fit to contents) for colortemp locus, trc type and profile type selectors.
  • chg: (cosmetic) do not show vendor name in instrument select dropdown (conserve some space).
  • chg: (cosmetic) made the instrument selector a little narrower (needs less space now to display instrument name because the vendor name is stripped) and the measure mode selector a bit wider (to accommodate for projector mode).
  • chg: only try to re-start within terminal if running as standalone executable.
  • chg: show application restart request in the chosen language after changing it.
  • chg: allow resizing/maximizing of main window (a minimal size is forced to prevent layout glitches).
  • chg: (Linux) install from source or package will try to automatically setup access to your instrument. Some services (PolicyKit/HAL or udev) may need to be restarted to get the updated configuration recognized. If in doubt, a reboot should work in all cases.
  • add: french translation (by Loïc Guégant, thanks!)
  • add: bdist_deb command and --cfg option for setup.py
2009-05-16 0.2.5b3
  • Fixed calibration loader autostart entry creation (“access denied” error) under Windows Vista and later with User Account Control enabled.
2009-05-07 0.2.5b2
  • Fixed “error: nothing to repeat” when using a spectrometer.
2009-05-05 0.2.5b
  • fix: encoding-related issues on all platforms and strange Unicode-related problems with AppleScript and Terminal on Mac OS X 10.4 (Details).
  • fix: (Windows) several actions unexpectedly failing under Windows 7 (dispcalGUI created temporary files via system calls on several occasions, but on Windows, this does not create the file in the user's temp directory as one would expect, but in the ROOT directory e.g. C:\—a sane method is now being used instead).
  • fix: bug in sorting function caused leading and trailing zeroes of numbers in testchart filenames to get lost, thus failing to load such files.
  • fix: (Linux) “No module named _md5” error with the standalone executable on some Linux distros (apparently an OpenSSL-related issue, because normally it wouldn't fall back to the legacy _md5 module which is not even built by default in recent Python versions). The fallback _md5 module is now included.
  • fix: calibration was not automatically added & selected in the dropdown menu when only calibrating.
  • fix: dropping a profile which was not created in dispcalGUI onto the application window no longer results in an unhandled error.
  • fix: when trying to load calibration curves from a profile which actually does not contain any, an error message is now shown instead of resetting the video card gamma table to linear and erroneously stating the curves were succesfully loaded.
  • fix: add display device name as device model description when profiling.
  • fix: when creating a new profile from an existing profile, use that profile's device model description if present.
  • fix: also create .app/.sh/.cmd files when creating a new profile from existing measurement data.
  • fix: restore advanced gamut mapping options to default if selecting a profile which does not contain those settings.
  • fix: allow free selection of source and target viewing conditions in advanced gamut mapping options for LUT[7] profiles regardless of source profile type.
  • fix: if the screen or instrument that was selected in a previous session is not available, select an available one.
  • fix: (Mac) the “enable spyder 2” menu item would not allow to select files other than “setup.exe”.
  • fix: [src] (Mac) if dispcalGUI was installed as application and then run from (separate) source, multiple copies were launched at certain occasions.
  • fix: selecting a different Argyll binary directory than the previous one now actually works.
  • chg: the previously empty entry at the top of the settings dropdown (settings which are not associated to a profile or .cal file) is now named “<current settings>”.
  • chg: changed settings which are associated to a profile or .cal file are now marked with a leading asterisk in the settings dropdown.
  • chg: default to a gamma of 2.4 (Argyll default).
  • chg: warn before changed settings are discarded.
  • chg: new default profile naming scheme.
  • chg: new default file locations on all platforms.
    - On Linux, dispcalGUI now adheres to the XDG Base Directory Specification—the configuration file is saved as $XDG_CONFIG_HOME/dispcalGUI/dispcalGUI.ini ($XDG_CONFIG_HOME defaults to ~/.config if not set), all files created during calibration/profiling go into $XDG_DATA_HOME/dispcalGUI/storage/ ($XDG_DATA_HOME defaults to ~/.local/share if not set) by default, and logfiles into $XDG_DATA_HOME/dispcalGUI/logs/
    Any old (pre v0.2.5b) configuration data is retained in the file ~/.dispcalGUI and may be safely deleted after using v0.2.5b or newer for the first time.
    - On Mac OS, the configuration is saved as ~/Library/Preferences/dispcalGUI/dispcalGUI.ini, all files created during calibration/profiling go into ~/Library/Application Support/dispcalGUI/storage/ by default, and logfiles into ~/Library/Logs/dispcalGUI/
    Any old (pre v0.2.5b) configuration data is retained in the file ~/Library/Preferences/dispcalGUI Preferences and may be safely deleted after using v0.2.5b or newer for the first time.
    - On Windows, the configuration file is saved as %APPDATA%\dispcalGUI\dispcalGUI.ini, all files created during calibration/profiling go into %APPDATA%\dispcalGUI\storage\ by default, and logfiles into %APPDATA%\dispcalGUI\logs\
    Any old (pre v0.2.5b) configuration data is retained in the registry key HKEY_CURRENT_USER\Software\dispcalGUI.
  • chg: [build/src] (Windows) removed MS Visual C++ 2008 Redistributable DLLs from the source package. Users who build under Windows will have them anyway as they are installed with Python 2.6, so they are now copied directly from %SystemRoot%\WinSxS (Windows side-by-side assemblies) if possible.
  • chg: [build/src] SendKeys is now a dependency on Windows when running or building from source.
  • chg: [build/src] made dispcalGUI a distutils package, so it can be built/installed via setup.py.
  • chg: default locations are now also searched for resource files ($XDG_DATA_HOME/dispcalGUI, $XDG_DATA_DIRS/dispcalGUI on Linux, ~/Library/Application Support/dispcalGUI, /Library/Application Support/dispcalGUI on Mac OS X, %APPDATA%\dispcalGUI, %COMMONAPPDATA%\dispcalGUI and %COMMONPROGRAMFILES%\dispcalGUI on Windows) in addition to the current working directory (which is always searched first if it differs from the executable directory) and the executable directory (which is always searched last).
  • chg: better error handling. For unhandled exceptions, a message box is shown and an entry is written to the logfile.
  • chg: (Linux) the calibration loader will no longer try and handle gnome-screensaver quirks—it was working too unreliably, and should really be fixed in gnome-screensaver. The current recommendation is to not use a screensaver at all if possible, and instead rely on the system's energy saving options.
  • chg: (Linux) there's no longer an installer for the Linux version.
  • chg: cancelling of certain operations like profile calculation and testchart generation is now also supported when using Python 2.5
  • chg: when searching for Argyll executables, also search for files with “argyll-” prefix or “-argyll” suffix (thanks to Mark Whitis for report).
  • chg: disable measurement mode selection when using a spectrometer.
  • add: logging (also see the change related to file-storage). Logfiles are created per-date. A maximum of 5 old ones is being kept as backup.
  • add: placeholders like display name, measurement device, whitepoint etc. can now be used in the profile name.
  • add: unattended calibration and profiling for some instruments, meaning it is no longer necessary to press a key after calibration to start the measurements for profiling (needs xautomation under Linux).
  • add: settings and related files can be deleted.
  • add: (Linux, Mac, Vista) profile install scope can be selected (note: local system scope install is broken with current Argyll versions under Linux).
  • add: version and translation information in the about window.
  • add: projector mode when using Argyll 1.1.0 Beta or newer with the X-Rite ColorMunki.
2009-01-01
Linux and sourcecode bugfix update: Creation of the autostart entry failed when the autostart directory did not yet exist.
2008-12-24 0.2.1b
  • fix: video card gamma table access check always returned false when no display profile was set.
  • chg: (Linux) dispcalGUI now uses the autostart specification from freedesktop.org for the profile loader under Linux when installing profiles. NOTE for users: This also means you should manually remove any autostarts from previous versions, e.g.
    rm ~/.gnome2/dispwin-*.sh
    rm ~/.kde/Autostart/dispwin-*.sh
    and then re-install your current profile so the new loader is created. The new loader will be created in $XDG_CONFIG_HOME/autostart/ (if set) or ~/.config/autostart/ (if not set), with the filename dispcalGUI-Calibration-Loader-Display-x.desktop, where x is the display number.
  • chg: the calibration loader will check if gnome-screensaver is running and if so, exit it before loading the calibration, then start it again to prevent resetting the calibration when activated.
  • chg: .sh/.cmd file in profile folder is no longer created when just installing a profile.
  • add: message box when selecting LUT[7] as profile type with recommendation to use more samples for higher quality profiles.
  • add: default to english locale if translation doesn't exist.
2008-12-18 0.2b
  • fix: no longer possible to introduce invalid value types through a malformed config file (which could lead to dispcalGUI not launching).
  • fix: windows can no longer be moved permanently out of the visible screen area.
  • fix: spaces and special chars in the profile name should work now (should have from the start, but I had some superfluous code which broke it).
  • fix: spaces in the path to dispcalGUI should work now under Linux and Mac OS X too (Windows had no problem)
  • fix: measurement file no longer gets deleted after successful measurement if profile generation fails (was a simple oversight on my side).
  • fix: [cosmetic] logo header now always spans the whole width of the window.
  • fix: [cosmetic] (Mac OS X) on first launch, a second, unused, terminal window is no longer opened.
  • fix: windows will now try to adjust its height to fit on small screens (scrollbars might appear).
  • chg: “Calibration file” renamed to “Settings” and moved to the top, is now a dropdown box remembering the last 10 used files. Settings are stored in and loaded from profiles.
  • chg: renamed “Display type” to “Measurement mode” and moved over to measurement device selector.
  • chg: default to “LCD” for measurement mode.
  • chg: default testchart file names are now localized.
  • chg: new default testcharts, four flavours: matrix default (91 patches), LUT[7] default (127 patches), large (512 patches) and massive (3012 patches).
  • chg: testchart selector is now a dropdown box, shows all testchart files in chosen directory plus the default testcharts.
  • chg: [build/src] new and improved build system.
  • chg: [build/src] Python 2.6 is now the recommended version to run and/or build dispcalGUI. Python 2.5 is still supported, but you will not be able to cancel profile or testchart creation through the GUI[4].
  • chg: (Linux) externally installed wxGTK is no longer a dependency for executables.
  • chg: [build] Executables are now completely self-contained. The following paths are searched for additional language files: <user home directory>/dispcalGUI/lang, <dispcalGUI root directory>/lang
  • add: all settings now stored in profile whenever possible.
  • add: “Install” button next to settings dropdown to install selected profile.
  • add: dropdown to choose the display to use for video card gamma table access if all of the following applies:
    - more than one display connected
    - one of those displays seems to have non-working video card gamma table access (detected on startup)
    - one of those displays seems to have working video card gamma table access (detected on startup)
  • add: show patch count of selected testchart next to dropdown.
  • add: ability to select an icc profile (if it contains appropriate data) or measurement data file (.ti3) as testchart (converted on-the-fly).
  • add: testchart generator with editing cabability (experimental)
    - to select patches, click and drag the mouse over table cells, or hold SHIFT (select range) or CTRL/CMD (add/remove single cells/rows to/from selection)
    - to add a patch, double-click a row label
    - to delete patches, select them, then hold CTRL or CMD and hit DEL or BACKSPACE (will always delete whole rows even if only single cells selected)
    - CTRL-C/CTRL-V/CTRL-A = copy/paste/select all
  • add: advanced gamut mapping options for LUT[7]-type profiles, can also be used to overcome an apparent Photoshop CS3 bug under Mac OS X where the brush cursor shows strange artifacts when using LUT[7]-profiles with only one intent (thanks to Klaus Karcher for reporting this).
  • add: ability to generate profile from existing measurement data, even from an existing profile (if it contains appropriate data).
  • add: drag and drop calibration files (.cal), profiles (.icc/.icm), testcharts (.ti1) and measurement data files (.ti3) to the main window to process/select them (does not work very reliably on Mac OS X depending on where you drop the files, and you also get no optical feedback during the drag operation like the changed mouse cursor on Linux/Windows. Your best bet when dropping any files is perhaps the unoccupied area below “Settings”).
  • add: fully movable/resizable measurement window.
  • add: profile and testchart creation can be aborted (when running from source only if using Python >= 2.6).
  • add: “Before” / “After” switch when calibration / profiling complete.
  • add: menu item to enable Spyder 2 from within dispcalGUI.
  • add: italian and spanish GUI[4] translations (thanks contributors!)
  • Numerous other small fixes/changes.
2008-08-21
Executable-only update for Linux (thanks to Patrice Vetsel for bug report): dispcalGUI is now built against wxGTK 2.8.7.1, which becomes a dependency.
2008-08-18 0.1b
First public release.

Definitions

[1] CGATS
Graphic Arts Technologies Standards, CGATS.5 Data Exchange Format (ANSI CGATS.5-1993 Annex J)
[2] CMM / CMS
Color Management Module / Color Management System
[3] GPL
GNU General Public License — gnu.org/licenses/gpl.html
[4] GUI
Graphical User Interface
[5] ICC
International Color Consortium — color.org
[6] JSON
JavaScript Object Notation, a lightweight data-interchange format — json.org
[7] LUT
Look Up Table — en.wikipedia.org/wiki/Lookup_table
[8] SVN
Subversion, a version-control system — subversion.tigris.org
[9] UAC
User Account Control — en.wikipedia.org/wiki/User_Account_Control
[10] EDID
Extended Display Identification Data — en.wikipedia.org/wiki/EDID
dispcalGUI-1.7.1.6/misc/setup.debian.cfg000644 000765 000000 00000001143 12025152313 017604 0ustar00svpwheel000000 000000 [bdist_rpm] # IMPORTANT: # install all packages listed under build_requires below # then run sudo rpmdb --initdb before running setup.py bdist_rpm release = 1 distribution_name = Debian packager = Florian Höch group = graphics python = /usr/bin/python requires = argyll, python-wxgtk2.8, python-numpy # build_requires = alien, build-essential, libxinerama-dev, libxrandr-dev, libxxf86vm-dev, python >= 2.5, python <= 2.7, python-all-dev post_install = misc/debian.postinst post_uninstall = misc/debian.postrm # keep_temp = 1 [install] compile = 0 prefix = /usr record = INSTALLED_FILES dispcalGUI-1.7.1.6/misc/setup.fedora.cfg000644 000765 000000 00000001053 12025152313 017622 0ustar00svpwheel000000 000000 [bdist_rpm] release = 1 distribution_name = Fedora packager = Florian Höch group = Applications/Multimedia python = /usr/bin/python requires = argyllcms, wxPython, numpy build_requires = gcc, libX11-devel, libXinerama-devel, libXrandr-devel, libXxf86vm-devel, python >= 2.5, python <= 2.7, python-devel, rpm-build post_install = util/rpm_postinstall.sh post_uninstall = util/rpm_postuninstall.sh doc_files = LICENSE.txt README.html screenshots/ theme/ # keep_temp = 1 [install] optimize = 2 prefix = /usr record = INSTALLED_FILES dispcalGUI-1.7.1.6/misc/setup.mandriva.cfg000644 000765 000000 00000000755 12025152313 020173 0ustar00svpwheel000000 000000 [bdist_rpm] release = 1 distribution_name = Mandriva packager = Florian Höch group = Graphics python = /usr/bin/python requires = argyllcms, wxPythonGTK, python-numpy build_requires = gcc, python >= 2.5, python <= 2.7, libpython-devel, rpm-build, libxorg-x11-devel post_install = util/rpm_postinstall.sh post_uninstall = util/rpm_postuninstall.sh doc_files = LICENSE.txt README.html screenshots/ theme/ # keep_temp = 1 [install] prefix = /usr record = INSTALLED_FILES dispcalGUI-1.7.1.6/misc/setup.mandriva64.cfg000644 000765 000000 00000000757 12025152313 020347 0ustar00svpwheel000000 000000 [bdist_rpm] release = 1 distribution_name = Mandriva packager = Florian Höch group = Graphics python = /usr/bin/python requires = argyllcms, wxPythonGTK, python-numpy build_requires = gcc, python >= 2.5, python <= 2.7, libpython-devel, rpm-build, lib64xorg-x11-devel post_install = util/rpm_postinstall.sh post_uninstall = util/rpm_postuninstall.sh doc_files = LICENSE.txt README.html screenshots/ theme/ # keep_temp = 1 [install] prefix = /usr record = INSTALLED_FILES dispcalGUI-1.7.1.6/misc/setup.openSUSE.cfg000644 000765 000000 00000000765 12025152313 020034 0ustar00svpwheel000000 000000 [bdist_rpm] release = 1 distribution_name = openSUSE packager = Florian Höch group = Productivity/Graphics/Other python = /usr/bin/python requires = argyllcms, python-wxGTK, python-numpy build_requires = gcc, python >= 2.5, python <= 2.7, python-devel, rpm, xorg-x11-devel post_install = util/rpm_postinstall.sh post_uninstall = util/rpm_postuninstall.sh doc_files = LICENSE.txt README.html screenshots/ theme/ # keep_temp = 1 [install] prefix = /usr record = INSTALLED_FILES dispcalGUI-1.7.1.6/misc/setup.ubuntu.cfg000644 000765 000000 00000001170 12025152313 017704 0ustar00svpwheel000000 000000 [bdist_rpm] # IMPORTANT: # install all packages listed under build_requires below # then run sudo rpmdb --initdb before running setup.py bdist_rpm release = 1 distribution_name = Ubuntu packager = Florian Höch group = graphics python = /usr/bin/python requires = argyll, python-wxgtk2.8, python-numpy # build_requires = alien, build-essential, libxinerama-dev, libxrandr-dev, libxxf86vm-dev, python >= 2.5, python <= 2.7, python-all-dev post_install = misc/debian.postinst post_uninstall = misc/debian.postrm # keep_temp = 1 [install] compile = 0 install-layout = deb prefix = /usr record = INSTALLED_FILES dispcalGUI-1.7.1.6/misc/tests/000755 000765 000000 00000000000 12266723171 015722 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/misc/ti3/000755 000765 000000 00000000000 12266723171 015257 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/misc/winversion.txt000644 000765 000000 00000001464 12025152313 017514 0ustar00svpwheel000000 000000 VSVersionInfo( ffi=FixedFileInfo( filevers=%(filevers)s, prodvers=%(prodvers)s, mask=0x0, flags=0x0, OS=0x4, fileType=0x1, subtype=0x0, date=(0, 0) ), kids=[ StringFileInfo( [ StringTable( '040904b0', [StringStruct('CompanyName', '%(CompanyName)s'), StringStruct('FileDescription', '%(FileDescription)s'), StringStruct('FileVersion', '%(FileVersion)s'), StringStruct('InternalName', '%(InternalName)s'), StringStruct('LegalCopyright', '%(LegalCopyright)s'), StringStruct('OriginalFilename', '%(OriginalFilename)s'), StringStruct('ProductName', '%(ProductName)s'), StringStruct('ProductVersion', '%(ProductVersion)s')]) ]), VarFileInfo([VarStruct('Translation', [1033, 1200])]) ] )dispcalGUI-1.7.1.6/misc/xrced_plugins/000755 000765 000000 00000000000 12266723171 017426 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/misc/z-dispcalGUI-apply-profiles.desktop000644 000765 000000 00000000600 12025152313 023331 0ustar00svpwheel000000 000000 [Desktop Entry] Version=1.0 Encoding=UTF-8 Type=Application Name=dispcalGUI ICC Profile Loader Name[de]=dispcalGUI ICC-Profil-Lader Comment=Sets ICC profiles and loads calibration curves for all configured display devices Comment[de]=Setzt ICC-Profile und lädt Kalibrierungskurven für alle konfigurierten Anzeigegeräte Icon=dispcalGUI Exec=dispcalGUI-apply-profiles Terminal=false dispcalGUI-1.7.1.6/misc/xrced_plugins/filebrowsebutton.crx000644 000765 000000 00000003210 12263672717 023543 0ustar00svpwheel000000 000000 control pos size labelText buttonText toolTip dialogTitle startDirectory initialValue fileMask fileMode labelWidth 1 xh_filebrowsebutton FileBrowseButtonXmlHandler gizmo A control to allow the user to type in a filename or browse with the standard file dialog to select file 10 control pos size labelText buttonText toolTip dialogTitle startDirectory initialValue fileMask fileMode labelWidth 1 xh_filebrowsebutton FileBrowseButtonWithHistoryXmlHandler gizmo A control to allow the user to type in a filename or browse with the standard file dialog to select file 10 dispcalGUI-1.7.1.6/misc/xrced_plugins/floatspin.crx000644 000765 000000 00000001444 12025152312 022130 0ustar00svpwheel000000 000000 control pos size value min_val max_val increment digits 1 FS_LEFT FS_RIGHT FS_CENTRE FS_READONLY EVT_FLOATSPIN xh_floatspin FloatSpinCtrlXmlHandler gizmo Floating Point SpinCtrl 10 dispcalGUI-1.7.1.6/misc/xrced_plugins/xh_floatspin.py000644 000765 000000 00000002551 12025152312 022463 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import wx import wx.xrc as xrc try: import wx.lib.agw.floatspin as floatspin except ImportError: import floatspin class FloatSpinCtrlXmlHandler(xrc.XmlResourceHandler): def __init__(self): xrc.XmlResourceHandler.__init__(self) # Standard styles self.AddWindowStyles() # Custom styles self.AddStyle('FS_LEFT', floatspin.FS_LEFT) self.AddStyle('FS_RIGHT', floatspin.FS_RIGHT) self.AddStyle('FS_CENTRE', floatspin.FS_CENTRE) self.AddStyle('FS_READONLY', floatspin.FS_READONLY) def CanHandle(self,node): return self.IsOfClass(node, 'FloatSpin') # Process XML parameters and create the object def DoCreateResource(self): try: min_val = float(self.GetText('min_val')) except: min_val = None try: max_val = float(self.GetText('max_val')) except: max_val = None try: increment = float(self.GetText('increment')) except: increment = 1.0 w = floatspin.FloatSpin(parent=self.GetParentAsWindow(), id=self.GetID(), pos=self.GetPosition(), size=self.GetSize(), style=self.GetStyle(), min_val=min_val, max_val=max_val, increment=increment, name=self.GetName()) try: w.SetValue(float(self.GetText('value'))) except: w.SetValue(0.0) try: w.SetDigits(int(self.GetText('digits'))) except: pass self.SetupWindow(w) return w dispcalGUI-1.7.1.6/misc/ti3/laptop.ti3000644 000765 000000 00000030003 12237536425 017175 0ustar00svpwheel000000 000000 CTI3 DESCRIPTOR "Argyll Calibration Target chart information 3" ORIGINATOR "Argyll dispread" CREATED "Sat Mar 14 19:00:55 2009" KEYWORD "DEVICE_CLASS" DEVICE_CLASS "DISPLAY" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.106486 100.000000 108.844025" KEYWORD "COLOR_REP" COLOR_REP "RGB_XYZ" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "9" KEYWORD "MULTI_DIM_BCC_STEPS" MULTI_DIM_BCC_STEPS "3" KEYWORD "MULTI_DIM_STEPS" MULTI_DIM_STEPS "3" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "3" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" BEGIN_ARGYLL_COLPROF_ARGS -qh -as END_ARGYLL_COLPROF_ARGS NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 57 BEGIN_DATA 1 100.000 100.000 100.000 95.1065 100.000 108.844 2 100.000 100.000 100.000 95.1065 100.000 108.844 3 100.000 100.000 100.000 95.1065 100.000 108.844 4 100.000 100.000 100.000 95.1065 100.000 108.844 5 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 6 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 8 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 9 12.5000 12.5000 12.5000 2.35042 2.42064 2.54755 10 25.0000 25.0000 25.0000 5.78777 6.03673 6.48668 11 37.5000 37.5000 37.5000 11.9179 12.4856 13.5116 12 50.0000 50.0000 50.0000 21.1427 22.1901 24.0831 13 62.5000 62.5000 62.5000 33.7971 35.5025 38.5847 14 75.0000 75.0000 75.0000 50.1727 52.7296 57.3508 15 87.5000 87.5000 87.5000 70.5301 74.1456 80.6800 16 0.00000 0.00000 50.0000 4.82515 2.52982 21.1475 17 0.00000 0.00000 100.000 18.8711 8.14731 95.1290 18 0.00000 50.0000 0.00000 8.57817 16.1542 3.52608 19 0.00000 50.0000 50.0000 12.4033 17.6840 23.6735 20 0.00000 50.0000 100.000 26.4493 23.3015 97.6550 21 0.00000 100.000 0.00000 36.4052 71.8005 12.8018 22 0.00000 100.000 50.0000 40.2304 73.3303 32.9493 23 0.00000 100.000 100.000 54.2763 78.9478 106.931 24 25.0000 25.0000 75.0000 14.2166 9.40773 50.8822 25 25.0000 75.0000 25.0000 22.4865 39.4295 12.0530 26 25.0000 75.0000 75.0000 30.9153 42.8005 56.4485 27 50.0000 0.00000 0.00000 9.73934 5.50603 1.40951 28 50.0000 0.00000 50.0000 13.5645 7.03585 21.5570 29 50.0000 0.00000 100.000 27.6104 12.6533 95.5385 30 50.0000 50.0000 0.00000 17.3175 20.6603 3.93559 31 50.0000 50.0000 100.000 35.1886 27.8076 98.0645 32 50.0000 100.000 0.00000 45.1445 76.3065 13.2113 33 50.0000 100.000 50.0000 48.9697 77.8364 33.3588 34 50.0000 100.000 100.000 63.0157 83.4539 107.340 35 75.0000 25.0000 25.0000 25.0451 15.9659 7.38905 36 75.0000 25.0000 75.0000 33.4740 19.3369 51.7845 37 75.0000 75.0000 25.0000 41.7438 49.3586 12.9553 38 100.000 0.00000 0.00000 41.8302 22.0522 2.91323 39 100.000 0.00000 50.0000 45.6553 23.5820 23.0607 40 100.000 0.00000 100.000 59.7013 29.1995 97.0422 41 100.000 50.0000 0.00000 49.4083 37.2064 5.43931 42 100.000 50.0000 50.0000 53.2335 38.7362 25.5868 43 100.000 50.0000 100.000 67.2794 44.3537 99.5683 44 100.000 100.000 0.00000 77.2354 92.8527 14.7151 45 100.000 100.000 50.0000 81.0605 94.3825 34.8625 46 0.00000 12.5000 100.000 19.3792 9.16329 95.2983 47 12.5000 0.00000 100.000 19.4570 8.44941 95.1564 48 0.00000 100.000 12.5000 36.6617 71.9031 14.1526 49 12.5000 100.000 0.00000 36.9911 72.1026 12.8293 50 100.000 0.00000 12.5000 42.0866 22.1547 4.26397 51 100.000 12.5000 0.00000 42.3382 23.0681 3.08259 52 0.00000 25.0000 100.000 20.6724 11.7494 95.7294 53 25.0000 0.00000 100.000 20.9484 9.21837 95.2263 54 0.00000 100.000 25.0000 37.3144 72.1641 17.5907 55 25.0000 100.000 0.00000 38.4825 72.8716 12.8992 56 100.000 0.00000 25.0000 42.7394 22.4158 7.70214 57 100.000 25.0000 0.00000 43.6314 25.6542 3.51366 END_DATA CAL DESCRIPTOR "Argyll Device Calibration State" ORIGINATOR "Argyll dispcal" CREATED "Sat Mar 14 19:07:36 2009" KEYWORD "DEVICE_CLASS" 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0.58039 0.58039 0.58431 0.58431 0.58431 0.58431 0.58824 0.58824 0.58824 0.58824 0.59216 0.59216 0.59216 0.59216 0.59608 0.59608 0.59608 0.59608 0.60000 0.60000 0.60000 0.60000 0.60392 0.60392 0.60392 0.60392 0.60784 0.60784 0.60784 0.60784 0.61176 0.61176 0.61176 0.61176 0.61569 0.61569 0.61569 0.61569 0.61961 0.61961 0.61961 0.61961 0.62353 0.62353 0.62353 0.62353 0.62745 0.62745 0.62745 0.62745 0.63137 0.63137 0.63137 0.63137 0.63529 0.63529 0.63529 0.63529 0.63922 0.63922 0.63922 0.63922 0.64314 0.64314 0.64314 0.64314 0.64706 0.64706 0.64706 0.64706 0.65098 0.65098 0.65098 0.65098 0.65490 0.65490 0.65490 0.65490 0.65882 0.65882 0.65882 0.65882 0.66275 0.66275 0.66275 0.66275 0.66667 0.66667 0.66667 0.66667 0.67059 0.67059 0.67059 0.67059 0.67451 0.67451 0.67451 0.67451 0.67843 0.67843 0.67843 0.67843 0.68235 0.68235 0.68235 0.68235 0.68627 0.68627 0.68627 0.68627 0.69020 0.69020 0.69020 0.69020 0.69412 0.69412 0.69412 0.69412 0.69804 0.69804 0.69804 0.69804 0.70196 0.70196 0.70196 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0.82745 0.82745 0.82745 0.82745 0.83137 0.83137 0.83137 0.83137 0.83529 0.83529 0.83529 0.83529 0.83922 0.83922 0.83922 0.83922 0.84314 0.84314 0.84314 0.84314 0.84706 0.84706 0.84706 0.84706 0.85098 0.85098 0.85098 0.85098 0.85490 0.85490 0.85490 0.85490 0.85882 0.85882 0.85882 0.85882 0.86275 0.86275 0.86275 0.86275 0.86667 0.86667 0.86667 0.86667 0.87059 0.87059 0.87059 0.87059 0.87451 0.87451 0.87451 0.87451 0.87843 0.87843 0.87843 0.87843 0.88235 0.88235 0.88235 0.88235 0.88627 0.88627 0.88627 0.88627 0.89020 0.89020 0.89020 0.89020 0.89412 0.89412 0.89412 0.89412 0.89804 0.89804 0.89804 0.89804 0.90196 0.90196 0.90196 0.90196 0.90588 0.90588 0.90588 0.90588 0.90980 0.90980 0.90980 0.90980 0.91373 0.91373 0.91373 0.91373 0.91765 0.91765 0.91765 0.91765 0.92157 0.92157 0.92157 0.92157 0.92549 0.92549 0.92549 0.92549 0.92941 0.92941 0.92941 0.92941 0.93333 0.93333 0.93333 0.93333 0.93725 0.93725 0.93725 0.93725 0.94118 0.94118 0.94118 0.94118 0.94510 0.94510 0.94510 0.94510 0.94902 0.94902 0.94902 0.94902 0.95294 0.95294 0.95294 0.95294 0.95686 0.95686 0.95686 0.95686 0.96078 0.96078 0.96078 0.96078 0.96471 0.96471 0.96471 0.96471 0.96863 0.96863 0.96863 0.96863 0.97255 0.97255 0.97255 0.97255 0.97647 0.97647 0.97647 0.97647 0.98039 0.98039 0.98039 0.98039 0.98431 0.98431 0.98431 0.98431 0.98824 0.98824 0.98824 0.98824 0.99216 0.99216 0.99216 0.99216 0.99608 0.99608 0.99608 0.99608 1.00000 1.00000 1.00000 1.00000 END_DATA dispcalGUI-1.7.1.6/misc/ti3/low_contrast.ti3000644 000765 000000 00000027604 12237536425 020431 0ustar00svpwheel000000 000000 CTI3 DESCRIPTOR "Argyll Calibration Target chart information 3" ORIGINATOR "Argyll dispread" CREATED "Sat Mar 14 19:00:55 2009" KEYWORD "DEVICE_CLASS" DEVICE_CLASS "DISPLAY" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.106486 100.000000 108.844025" KEYWORD "COLOR_REP" COLOR_REP "RGB_XYZ" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "9" KEYWORD "MULTI_DIM_BCC_STEPS" MULTI_DIM_BCC_STEPS "3" KEYWORD "MULTI_DIM_STEPS" MULTI_DIM_STEPS "3" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "3" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 57 BEGIN_DATA 1 100.000 100.000 100.000 95.1065 100.000 108.844 2 100.000 100.000 100.000 95.1065 100.000 108.844 3 100.000 100.000 100.000 95.1065 100.000 108.844 4 100.000 100.000 100.000 95.1065 100.000 108.844 5 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 6 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 8 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 9 12.5000 12.5000 12.5000 2.35042 2.42064 2.54755 10 25.0000 25.0000 25.0000 5.78777 6.03673 6.48668 11 37.5000 37.5000 37.5000 11.9179 12.4856 13.5116 12 50.0000 50.0000 50.0000 21.1427 22.1901 24.0831 13 62.5000 62.5000 62.5000 33.7971 35.5025 38.5847 14 75.0000 75.0000 75.0000 50.1727 52.7296 57.3508 15 87.5000 87.5000 87.5000 70.5301 74.1456 80.6800 16 0.00000 0.00000 50.0000 4.82515 2.52982 21.1475 17 0.00000 0.00000 100.000 18.8711 8.14731 95.1290 18 0.00000 50.0000 0.00000 8.57817 16.1542 3.52608 19 0.00000 50.0000 50.0000 12.4033 17.6840 23.6735 20 0.00000 50.0000 100.000 26.4493 23.3015 97.6550 21 0.00000 100.000 0.00000 36.4052 71.8005 12.8018 22 0.00000 100.000 50.0000 40.2304 73.3303 32.9493 23 0.00000 100.000 100.000 54.2763 78.9478 106.931 24 25.0000 25.0000 75.0000 14.2166 9.40773 50.8822 25 25.0000 75.0000 25.0000 22.4865 39.4295 12.0530 26 25.0000 75.0000 75.0000 30.9153 42.8005 56.4485 27 50.0000 0.00000 0.00000 9.73934 5.50603 1.40951 28 50.0000 0.00000 50.0000 13.5645 7.03585 21.5570 29 50.0000 0.00000 100.000 27.6104 12.6533 95.5385 30 50.0000 50.0000 0.00000 17.3175 20.6603 3.93559 31 50.0000 50.0000 100.000 35.1886 27.8076 98.0645 32 50.0000 100.000 0.00000 45.1445 76.3065 13.2113 33 50.0000 100.000 50.0000 48.9697 77.8364 33.3588 34 50.0000 100.000 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16.2639 10.2536 1043 81.2500 31.2500 31.2500 30.7681 20.3657 10.6263 1044 93.7500 31.2500 31.2500 40.5036 25.3853 11.0825 1045 93.7500 43.7500 43.7500 44.8243 31.7070 19.6736 1046 18.7500 31.2500 31.2500 6.43788 7.82093 9.48626 1047 18.7500 43.7500 31.2500 9.30929 13.5629 10.4434 1048 43.7500 43.7500 31.2500 14.6719 16.3279 10.6947 1049 56.2500 43.7500 31.2500 19.4015 18.7665 10.9163 1050 68.7500 43.7500 31.2500 25.6842 22.0059 11.2107 1051 81.2500 43.7500 31.2500 33.6395 26.1077 11.5835 1052 93.7500 43.7500 31.2500 43.3750 31.1273 12.0397 1053 93.7500 56.2500 43.7500 48.9255 39.9081 21.0407 1054 31.2500 43.7500 31.2500 11.3605 14.6206 10.5395 1055 31.2500 56.2500 31.2500 15.4617 22.8217 11.9066 1056 43.7500 56.2500 31.2500 18.7731 24.5291 12.0618 1057 56.2500 56.2500 31.2500 23.5026 26.9677 12.2834 1058 68.7500 56.2500 31.2500 29.7854 30.2071 12.5778 1059 81.2500 56.2500 31.2500 37.7407 34.3089 12.9505 1060 93.7500 56.2500 31.2500 47.4761 39.3285 13.4067 1061 100.000 62.5000 37.5000 56.2426 47.5561 17.9468 1062 18.7500 68.7500 31.2500 18.8584 32.6586 13.6265 1063 31.2500 68.7500 31.2500 20.9097 33.7162 13.7226 1064 43.7500 68.7500 31.2500 24.2211 35.4236 13.8778 1065 56.2500 68.7500 31.2500 28.9506 37.8622 14.0994 1066 68.7500 68.7500 31.2500 35.2334 41.1016 14.3938 1067 81.2500 68.7500 31.2500 43.1887 45.2033 14.7666 1068 93.7500 68.7500 31.2500 52.9241 50.2230 15.2227 1069 93.7500 81.2500 31.2500 59.8224 64.0176 17.5222 1070 6.25000 68.7500 18.7500 16.9731 31.7903 8.85131 1071 6.25000 81.2500 31.2500 24.7692 45.9440 15.8797 1072 43.7500 81.2500 31.2500 31.1194 49.2182 16.1772 1073 56.2500 81.2500 31.2500 35.8489 51.6568 16.3988 1074 68.7500 81.2500 31.2500 42.1317 54.8962 16.6932 1075 81.2500 81.2500 31.2500 50.0870 58.9980 17.0660 1076 6.25000 81.2500 18.7500 23.8713 45.5850 11.1508 1077 6.25000 93.7500 18.7500 32.3133 62.4665 13.9648 1078 6.25000 93.7500 31.2500 33.2111 62.8255 18.6937 1079 31.2500 93.7500 31.2500 36.2499 64.3924 18.8361 1080 43.7500 93.7500 31.2500 39.5613 66.0997 18.9912 1081 56.2500 93.7500 31.2500 44.2909 68.5383 19.2128 1082 68.7500 93.7500 31.2500 50.5736 71.7777 19.5072 1083 81.2500 93.7500 31.2500 58.5289 75.8795 19.8800 1084 93.7500 93.7500 31.2500 68.2643 80.8991 20.3362 1085 93.7500 93.7500 43.7500 69.7137 81.4788 27.9702 1086 18.7500 6.25000 43.7500 5.25219 3.13120 16.2419 1087 31.2500 6.25000 43.7500 7.30344 4.18884 16.3380 1088 43.7500 6.25000 43.7500 10.6148 5.89619 16.4932 1089 56.2500 6.25000 43.7500 15.3444 8.33477 16.7148 1090 68.7500 6.25000 43.7500 21.6272 11.5742 17.0092 1091 81.2500 6.25000 43.7500 29.5824 15.6760 17.3820 1092 93.7500 6.25000 43.7500 39.3179 20.6956 17.8381 1093 93.7500 18.7500 81.2500 48.4762 25.7283 61.8511 1094 93.7500 18.7500 93.7500 52.7374 27.4325 84.2950 1095 93.7500 31.2500 93.7500 54.5161 30.9894 84.8879 1096 43.7500 18.7500 43.7500 11.4712 7.60866 16.7786 1097 56.2500 18.7500 43.7500 16.2007 10.0472 17.0002 1098 68.7500 18.7500 43.7500 22.4835 13.2867 17.2946 1099 81.2500 18.7500 43.7500 30.4388 17.3884 17.6674 1100 93.7500 18.7500 43.7500 40.1742 22.4080 18.1236 1101 93.7500 18.7500 56.2500 42.2443 23.2360 29.0270 1102 31.2500 18.7500 43.7500 8.15979 5.90130 16.6235 1103 31.2500 31.2500 43.7500 9.93850 9.45822 17.2164 1104 43.7500 31.2500 43.7500 13.2499 11.1656 17.3715 1105 81.2500 31.2500 43.7500 32.2175 20.9453 18.2603 1106 100.000 100.000 100.000 95.1065 100.000 108.844 1107 6.25000 18.7500 18.7500 2.77379 3.39575 4.11818 1108 6.25000 31.2500 18.7500 4.55249 6.95267 4.71108 1109 6.25000 43.7500 18.7500 7.42390 12.6947 5.66823 1110 6.25000 43.7500 31.2500 8.32172 13.0537 10.3971 1111 31.2500 43.7500 43.7500 12.8099 15.2002 18.1735 1112 56.2500 43.7500 43.7500 20.8508 19.3462 18.5503 1113 68.7500 43.7500 43.7500 27.1336 22.5856 18.8447 1114 81.2500 43.7500 43.7500 35.0889 26.6873 19.2175 1115 81.2500 68.7500 68.7500 49.4581 47.7107 47.7881 1116 6.25000 56.2500 18.7500 11.5251 20.8959 7.03529 1117 18.7500 56.2500 31.2500 13.4104 21.7641 11.8105 1118 31.2500 56.2500 43.7500 16.9111 23.4014 19.5406 1119 43.7500 56.2500 43.7500 20.2224 25.1088 19.6957 1120 56.2500 56.2500 43.7500 24.9520 27.5473 19.9174 1121 68.7500 56.2500 43.7500 31.2348 30.7868 20.2118 1122 81.2500 56.2500 43.7500 39.1901 34.8885 20.5845 1123 93.7500 56.2500 56.2500 50.9956 40.7361 31.9441 1124 93.7500 68.7500 56.2500 56.4436 51.6305 33.7601 1125 93.7500 81.2500 56.2500 63.3419 65.4252 36.0596 1126 31.2500 68.7500 43.7500 22.3591 34.2959 21.3566 1127 43.7500 68.7500 43.7500 25.6704 36.0032 21.5117 1128 56.2500 68.7500 43.7500 30.4000 38.4418 21.7334 1129 68.7500 68.7500 43.7500 36.6828 41.6812 22.0278 1130 81.2500 68.7500 43.7500 44.6381 45.7830 22.4005 1131 93.7500 68.7500 43.7500 54.3735 50.8026 22.8567 1132 93.7500 81.2500 43.7500 61.2718 64.5973 25.1562 1133 31.2500 81.2500 31.2500 27.8080 47.5109 16.0221 1134 31.2500 81.2500 43.7500 29.2574 48.0905 23.6560 1135 43.7500 81.2500 43.7500 32.5687 49.7979 23.8112 1136 56.2500 81.2500 43.7500 37.2983 52.2365 24.0328 1137 68.7500 81.2500 43.7500 43.5811 55.4759 24.3272 1138 81.2500 81.2500 43.7500 51.5363 59.5776 24.7000 1139 18.7500 81.2500 31.2500 25.7567 46.4532 15.9259 1140 18.7500 93.7500 31.2500 34.1987 63.3347 18.7399 1141 18.7500 93.7500 43.7500 35.6480 63.9144 26.3739 1142 31.2500 93.7500 43.7500 37.6993 64.9720 26.4700 1143 43.7500 93.7500 43.7500 41.0107 66.6794 26.6252 1144 56.2500 93.7500 43.7500 45.7402 69.1180 26.8468 1145 68.7500 93.7500 43.7500 52.0230 72.3574 27.1412 1146 81.2500 93.7500 43.7500 59.9783 76.4591 27.5140 1147 6.25000 6.25000 43.7500 4.26462 2.62201 16.1956 1148 6.25000 6.25000 56.2500 6.33472 3.44992 27.0990 1149 18.7500 6.25000 56.2500 7.32229 3.95911 27.1453 1150 31.2500 6.25000 56.2500 9.37354 5.01674 27.2414 1151 43.7500 6.25000 56.2500 12.6849 6.72410 27.3966 1152 56.2500 6.25000 56.2500 17.4145 9.16268 27.6182 1153 68.7500 6.25000 56.2500 23.6972 12.4021 27.9126 1154 81.2500 6.25000 56.2500 31.6525 16.5039 28.2854 1155 93.7500 6.25000 56.2500 41.3880 21.5235 28.7416 1156 6.25000 18.7500 43.7500 5.12097 4.33448 16.4811 1157 6.25000 18.7500 56.2500 7.19107 5.16239 27.3845 1158 31.2500 18.7500 56.2500 10.2299 6.72921 27.5269 1159 43.7500 18.7500 56.2500 13.5413 8.43657 27.6820 1160 56.2500 18.7500 56.2500 18.2708 10.8751 27.9037 1161 68.7500 18.7500 56.2500 24.5536 14.1146 28.1981 1162 81.2500 18.7500 56.2500 32.5089 18.2163 28.5708 1163 93.7500 18.7500 68.7500 44.9942 24.3358 43.5112 1164 93.7500 31.2500 68.7500 46.7730 27.8927 44.1041 1165 18.7500 18.7500 31.2500 4.65917 4.26401 8.89336 1166 18.7500 31.2500 43.7500 7.88725 8.40059 17.1202 1167 43.7500 31.2500 56.2500 15.3200 11.9935 28.2749 1168 56.2500 31.2500 56.2500 20.0495 14.4321 28.4966 1169 68.7500 31.2500 56.2500 26.3323 17.6715 28.7910 1170 81.2500 31.2500 56.2500 34.2876 21.7732 29.1637 1171 93.7500 43.7500 68.7500 49.6444 33.6347 45.0612 1172 93.7500 43.7500 81.2500 53.1263 35.0272 63.4011 1173 93.7500 68.7500 81.2500 62.6755 54.1229 66.5842 1174 93.7500 68.7500 93.7500 66.9366 55.8271 89.0281 1175 56.2500 31.2500 43.7500 17.9794 13.6042 17.5931 1176 56.2500 43.7500 56.2500 22.9209 20.1741 29.4537 1177 68.7500 43.7500 56.2500 29.2037 23.4135 29.7481 1178 81.2500 43.7500 56.2500 37.1590 27.5153 30.1209 1179 43.7500 31.2500 31.2500 11.8005 10.5859 9.73755 1180 43.7500 43.7500 56.2500 18.1914 17.7355 29.2321 1181 31.2500 43.7500 56.2500 14.8800 16.0281 29.0769 1182 31.2500 56.2500 56.2500 18.9812 24.2293 30.4440 1183 43.7500 56.2500 56.2500 22.2925 25.9367 30.5992 1184 68.7500 56.2500 56.2500 33.3049 31.6147 31.1152 1185 81.2500 56.2500 56.2500 41.2601 35.7164 31.4879 1186 81.2500 56.2500 68.7500 44.0101 36.8162 45.9721 1187 81.2500 56.2500 81.2500 47.4921 38.2088 64.3120 1188 18.7500 68.7500 56.2500 22.3779 34.0662 32.1639 1189 31.2500 68.7500 56.2500 24.4292 35.1238 32.2600 1190 43.7500 68.7500 56.2500 27.7405 36.8312 32.4152 1191 56.2500 68.7500 56.2500 32.4701 39.2697 32.6368 1192 68.7500 68.7500 56.2500 38.7529 42.5091 32.9312 1193 81.2500 68.7500 56.2500 46.7082 46.6109 33.3040 1194 18.7500 68.7500 43.7500 20.3078 33.2383 21.2605 1195 18.7500 81.2500 43.7500 27.2061 47.0329 23.5599 1196 18.7500 81.2500 56.2500 29.2762 47.8608 34.4633 1197 31.2500 81.2500 56.2500 31.3275 48.9184 34.5595 1198 43.7500 81.2500 56.2500 34.6388 50.6258 34.7146 1199 56.2500 81.2500 56.2500 39.3684 53.0644 34.9362 1200 68.7500 81.2500 56.2500 45.6512 56.3038 35.2306 1201 81.2500 81.2500 56.2500 53.6064 60.4056 35.6034 1202 81.2500 81.2500 68.7500 56.3564 61.5054 50.0876 1203 6.25000 93.7500 6.25000 31.8810 62.2936 11.6880 1204 18.7500 93.7500 56.2500 37.7181 64.7423 37.2773 1205 31.2500 93.7500 56.2500 39.7694 65.7999 37.3735 1206 43.7500 93.7500 56.2500 43.0808 67.5073 37.5286 1207 56.2500 93.7500 56.2500 47.8103 69.9459 37.7502 1208 68.7500 93.7500 56.2500 54.0931 73.1853 38.0446 1209 81.2500 93.7500 56.2500 62.0484 77.2870 38.4174 1210 93.7500 93.7500 56.2500 71.7838 82.3067 38.8736 1211 93.7500 93.7500 68.7500 74.5337 83.4065 53.3578 1212 18.7500 6.25000 68.7500 10.0722 5.05891 41.6295 1213 31.2500 6.25000 68.7500 12.1235 6.11654 41.7256 1214 43.7500 6.25000 68.7500 15.4348 7.82390 41.8808 1215 56.2500 6.25000 68.7500 20.1644 10.2625 42.1024 1216 68.7500 6.25000 68.7500 26.4472 13.5019 42.3968 1217 81.2500 6.25000 68.7500 34.4025 17.6037 42.7695 1218 93.7500 6.25000 68.7500 44.1379 22.6233 43.2257 1219 18.7500 18.7500 56.2500 8.17864 5.67158 27.4308 1220 18.7500 18.7500 68.7500 10.9286 6.77138 41.9149 1221 31.2500 18.7500 68.7500 12.9798 7.82901 42.0110 1222 43.7500 18.7500 68.7500 16.2912 9.53636 42.1662 1223 56.2500 18.7500 68.7500 21.0208 11.9749 42.3878 1224 68.7500 18.7500 68.7500 27.3035 15.2144 42.6822 1225 81.2500 18.7500 68.7500 35.2588 19.3161 43.0550 1226 81.2500 31.2500 93.7500 44.7806 25.9698 84.4317 1227 81.2500 56.2500 93.7500 51.7532 39.9130 86.7559 1228 31.2500 31.2500 56.2500 12.0086 10.2861 28.1198 1229 31.2500 31.2500 68.7500 14.7585 11.3859 42.6039 1230 43.7500 31.2500 68.7500 18.0699 13.0933 42.7591 1231 56.2500 31.2500 68.7500 22.7995 15.5319 42.9807 1232 68.7500 31.2500 68.7500 29.0822 18.7713 43.2751 1233 81.2500 31.2500 68.7500 37.0375 22.8730 43.6479 1234 81.2500 68.7500 93.7500 57.2012 50.8075 88.5719 1235 6.25000 31.2500 56.2500 8.96978 8.71930 27.9774 1236 6.25000 43.7500 68.7500 14.5911 15.5611 43.4187 1237 31.2500 43.7500 68.7500 17.6299 17.1279 43.5611 1238 43.7500 43.7500 68.7500 20.9413 18.8353 43.7163 1239 56.2500 43.7500 68.7500 25.6709 21.2739 43.9379 1240 68.7500 43.7500 68.7500 31.9536 24.5133 44.2323 1241 81.2500 43.7500 68.7500 39.9089 28.6151 44.6050 1242 18.7500 31.2500 56.2500 9.95735 9.22850 28.0237 1243 18.7500 31.2500 68.7500 12.7073 10.3283 42.5078 1244 18.7500 56.2500 68.7500 19.6798 24.2715 44.8320 1245 31.2500 56.2500 68.7500 21.7311 25.3291 44.9282 1246 43.7500 56.2500 68.7500 25.0425 27.0365 45.0833 1247 56.2500 56.2500 68.7500 29.7720 29.4750 45.3049 1248 68.7500 56.2500 68.7500 36.0548 32.7145 45.5993 1249 18.7500 43.7500 43.7500 10.7587 14.1426 18.0774 1250 18.7500 56.2500 43.7500 14.8598 22.3438 19.4444 1251 18.7500 56.2500 56.2500 16.9299 23.1717 30.3479 1252 18.7500 68.7500 68.7500 25.1278 35.1660 46.6481 1253 31.2500 68.7500 68.7500 27.1791 36.2236 46.7442 1254 43.7500 68.7500 68.7500 30.4905 37.9310 46.8993 1255 56.2500 68.7500 68.7500 35.2200 40.3695 47.1210 1256 56.2500 81.2500 81.2500 45.6003 55.5567 67.7603 1257 6.25000 56.2500 31.2500 12.4229 21.2549 11.7642 1258 6.25000 68.7500 31.2500 17.8709 32.1494 13.5802 1259 6.25000 68.7500 56.2500 21.3904 33.5570 32.1176 1260 31.2500 81.2500 68.7500 34.0774 50.0182 49.0436 1261 43.7500 81.2500 68.7500 37.3888 51.7256 49.1988 1262 56.2500 81.2500 68.7500 42.1183 54.1642 49.4204 1263 68.7500 81.2500 68.7500 48.4011 57.4036 49.7148 1264 6.25000 81.2500 56.2500 28.2886 47.3516 34.4171 1265 6.25000 93.7500 56.2500 36.7306 64.2331 37.2311 1266 6.25000 93.7500 68.7500 39.4805 65.3329 51.7152 1267 18.7500 93.7500 68.7500 40.4681 65.8421 51.7615 1268 31.2500 93.7500 68.7500 42.5193 66.8997 51.8576 1269 43.7500 93.7500 68.7500 45.8307 68.6071 52.0128 1270 56.2500 93.7500 68.7500 50.5602 71.0457 52.2344 1271 68.7500 93.7500 68.7500 56.8430 74.2851 52.5288 1272 81.2500 93.7500 68.7500 64.7983 78.3868 52.9016 1273 6.25000 6.25000 68.7500 9.08465 4.54972 41.5832 1274 6.25000 6.25000 81.2500 12.5666 5.94229 59.9231 1275 18.7500 6.25000 81.2500 13.5542 6.45148 59.9694 1276 31.2500 6.25000 81.2500 15.6054 7.50911 60.0655 1277 43.7500 6.25000 81.2500 18.9168 9.21647 60.2207 1278 56.2500 6.25000 81.2500 23.6464 11.6550 60.4423 1279 68.7500 6.25000 81.2500 29.9292 14.8945 60.7367 1280 81.2500 6.25000 81.2500 37.8844 18.9962 61.1094 1281 93.7500 6.25000 81.2500 47.6199 24.0159 61.5656 1282 93.7500 6.25000 93.7500 51.8810 25.7200 84.0095 1283 18.7500 18.7500 43.7500 6.10854 4.84367 16.5273 1284 31.2500 18.7500 81.2500 16.4618 9.22158 60.3509 1285 43.7500 18.7500 81.2500 19.7732 10.9289 60.5061 1286 56.2500 18.7500 81.2500 24.5027 13.3675 60.7277 1287 68.7500 18.7500 81.2500 30.7855 16.6069 61.0221 1288 81.2500 18.7500 81.2500 38.7408 20.7087 61.3949 1289 81.2500 18.7500 93.7500 43.0019 22.4129 83.8388 1290 18.7500 18.7500 81.2500 14.4105 8.16395 60.2548 1291 18.7500 31.2500 81.2500 16.1892 11.7209 60.8477 1292 31.2500 31.2500 81.2500 18.2405 12.7785 60.9439 1293 43.7500 31.2500 81.2500 21.5519 14.4859 61.0990 1294 56.2500 31.2500 81.2500 26.2814 16.9244 61.3206 1295 68.7500 31.2500 81.2500 32.5642 20.1638 61.6150 1296 81.2500 31.2500 81.2500 40.5195 24.2656 61.9878 1297 18.7500 43.7500 56.2500 12.8288 14.9705 28.9808 1298 18.7500 43.7500 68.7500 15.5787 16.0703 43.4650 1299 18.7500 43.7500 81.2500 19.0607 17.4629 61.8049 1300 31.2500 43.7500 81.2500 21.1119 18.5205 61.9010 1301 43.7500 43.7500 81.2500 24.4233 20.2279 62.0562 1302 56.2500 43.7500 81.2500 29.1528 22.6664 62.2778 1303 68.7500 43.7500 81.2500 35.4356 25.9059 62.5722 1304 81.2500 43.7500 81.2500 43.3909 30.0076 62.9450 1305 81.2500 43.7500 93.7500 47.6520 31.7118 85.3888 1306 6.25000 18.7500 68.7500 9.94100 6.26218 41.8686 1307 18.7500 56.2500 81.2500 23.1618 25.6640 63.1719 1308 31.2500 56.2500 81.2500 25.2131 26.7217 63.2681 1309 43.7500 56.2500 81.2500 28.5244 28.4290 63.4232 1310 56.2500 56.2500 81.2500 33.2540 30.8676 63.6448 1311 68.7500 56.2500 81.2500 39.5368 34.1070 63.9392 1312 68.7500 68.7500 81.2500 44.9848 45.0015 65.7553 1313 6.25000 56.2500 43.7500 13.8722 21.8346 19.3982 1314 6.25000 56.2500 56.2500 15.9423 22.6625 30.3016 1315 18.7500 68.7500 81.2500 28.6098 36.5585 64.9880 1316 31.2500 68.7500 81.2500 30.6611 37.6162 65.0841 1317 43.7500 68.7500 81.2500 33.9724 39.3235 65.2392 1318 56.2500 68.7500 81.2500 38.7020 41.7621 65.4609 1319 68.7500 81.2500 81.2500 51.8831 58.7962 68.0547 1320 68.7500 81.2500 93.7500 56.1442 60.5003 90.4986 1321 6.25000 81.2500 68.7500 31.0386 48.4514 48.9012 1322 6.25000 81.2500 81.2500 34.5205 49.8440 67.2411 1323 18.7500 81.2500 81.2500 35.5081 50.3532 67.2874 1324 31.2500 81.2500 81.2500 37.5594 51.4108 67.3835 1325 43.7500 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000765 000000 00000007234 12025152312 020651 0ustar00svpwheel000000 000000 # Common py2exe boot script - executed for all target types. # When we are a windows_exe we have no console, and writing to # sys.stderr or sys.stdout will sooner or later raise an exception, # and tracebacks will be lost anyway (see explanation below). # # We assume that output to sys.stdout can go to the bitsink, but we # *want* to see tracebacks. So we redirect sys.stdout into an object # with a write method doing nothing, and sys.stderr into a logfile # having the same name as the executable, with '.log' appended. # # We only open the logfile if something is written to sys.stderr. # # If the logfile cannot be opened for *any* reason, we have no choice # but silently ignore the error. # # It remains to be seen if the 'a' flag for opening the logfile is a # good choice, or 'w' would be better. # # More elaborate explanation on why this is needed: # # The sys.stdout and sys.stderr that GUI programs get (from Windows) are # more than useless. This is not a py2exe problem, pythonw.exe behaves # in the same way. # # To demonstrate, run this program with pythonw.exe: # # import sys # sys.stderr = open("out.log", "w") # for i in range(10000): # print i # # and open the 'out.log' file. It contains this: # # Traceback (most recent call last): # File "out.py", line 6, in ? # print i # IOError: [Errno 9] Bad file descriptor # # In other words, after printing a certain number of bytes to the # system-supplied sys.stdout (or sys.stderr) an exception will be raised. # import sys if sys.frozen == "windows_exe": class Stderr(object): encoding = None softspace = 0 _file = None _error = None def write(self, text, alert=sys._MessageBox, fname=sys.executable + '.log'): if self._file is None and self._error is None: try: self._file = open(fname, 'a') except Exception, details: self._error = details import atexit atexit.register(alert, 0, "The logfile '%s' could not be opened:\n %s" % \ (fname, details), "Errors occurred") else: import atexit atexit.register(alert, 0, "See the logfile '%s' for details" % fname, "Errors occurred") if self._file is not None: self._file.write(text) self._file.flush() def flush(self): if self._file is not None: self._file.flush() def isatty(self): return False sys.stderr = Stderr() del sys._MessageBox del Stderr class Blackhole(object): encoding = None softspace = 0 def write(self, text): pass def flush(self): pass def isatty(self): return False sys.stdout = Blackhole() del Blackhole del sys # Disable linecache.getline() which is called by # traceback.extract_stack() when an exception occurs to try and read # the filenames embedded in the packaged python code. This is really # annoying on windows when the d: or e: on our build box refers to # someone elses removable or network drive so the getline() call # causes it to ask them to insert a disk in that drive. import linecache def fake_getline(filename, lineno, module_globals=None): return '' linecache.orig_getline = linecache.getline linecache.getline = fake_getline del linecache, fake_getline dispcalGUI-1.7.1.6/misc/obs-autopackage-deploy/dispcalGUI.spec000644 000765 000000 00000005366 12025152312 023753 0ustar00svpwheel000000 000000 # # spec file for package dispcalGUI # # Copyright (c) ${YEAR} SUSE LINUX Products GmbH, Nuernberg, Germany. # Copyright (c) ${YEAR} Florian Hoech # # All modifications and additions to the file contributed by third parties # remain the property of their copyright owners, unless otherwise agreed # upon. The license for this file, and modifications and additions to the # file, is the same license as for the pristine package itself (unless the # license for the pristine package is not an Open Source License, in which # case the license is the MIT License). An "Open Source License" is a # license that conforms to the Open Source Definition (Version 1.9) # published by the Open Source Initiative. # Please submit bugfixes or comments via http://bugs.opensuse.org/ # %define numpy_version 1.0 %define py_minversion ${PY_MINVERSION} %define py_maxversion ${PY_MAXVERSION} %define wx_minversion ${WX_MINVERSION} Summary: ${SUMMARY} License: GPL-3.0+ Group: Applications/Multimedia Name: ${PACKAGE} Version: ${VERSION} Release: 0 Source: http://%{name}.hoech.net/download/%{name}-%version.tar.gz Url: http://dispcalgui.hoech.net/ BuildArch: noarch BuildRoot: %{_tmppath}/%{name}-%{version}-build BuildRequires: autopackage-devel BuildRequires: python < 3.0 BuildRequires: python >= %{py_minversion} %if 0%{?mandriva_version} > 0 Requires: autopackage Requires: python < 3.0 Requires: python >= %{py_minversion} Requires: python-numpy >= %{numpy_version} Requires: wxPythonGTK >= %{wx_minversion} %else %if 0%{?suse_version} > 0 Requires: autopackage Requires: python < 3.0 Requires: python >= %{py_minversion} Requires: python-numpy >= %{numpy_version} Requires: python-wxGTK >= %{wx_minversion} %py_requires %else %if 0%{?fedora_version} > 0 Requires: autopackage Requires: numpy >= %{numpy_version} Requires: python < 3.0 Requires: python >= %{py_minversion} Requires: wxPython >= %{wx_minversion} %endif %endif %endif %description ${DESC} %prep %setup # Make files executable chmod +x misc/Argyll chmod +x scripts/* chmod +x util/*.sh # Convert line endings in LICENSE.txt python -c "f = open('LICENSE.txt', 'rb') d = f.read().replace('\r\n', '\n').replace('\r', '\n') f.close() f = open('LICENSE.txt', 'wb') f.write(d) f.close()" %build util/dist_autopackage.sh chmod +x dist/dispcalGUI-*.package %install mkdir -p %{buildroot}/var/lib/packages mv dist/dispcalGUI-*.package %{buildroot}/var/lib/packages mv dist/dispcalGUI-*.package.meta %{buildroot}/var/lib/packages %clean rm -rf $RPM_BUILD_ROOT %files %defattr(-,root,root) 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Jeeeeeeeeeeeeeee͙e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘f˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘f˘e˘e˘f˘e˙e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘f˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e˘e̘˘˘̘˘˘˘˘̘˘˘˘˘̘˘˘˘˘˘˘˘˙˘˘˘˘͘qCf=f=f=f=xHιhhffffffffffffѪee{FA==========^%^eeeeefeeeefژe˘e˙f˘e˘e˘e˘e˙e˙e˘f˘e˙e̙e˘e˘e̘e˘e̘e˘e˘e̘e˘e˘e˘e˘e˘f˙e˘e˙e˘e̘f˘e˘f˘e˘e˘e̘f˘e˘e̘e˘e̙e˘e˙e˘e˘e˘e̘f˘e˘e̘e˘e˘e̘f˘e˘e˘e˙e˘f˘e˙e˘f˘e̘e̘̘˙˘˘˘˘˘˙˘˘˘˘̘˘˘˘˘˙˘˘˘˘˘̘˘˘˘Ԙwf=f=f=f=f=SffffffffffffffۜeeeUJ==========EyAfeeeeeefe͙e˘e˘e̘e˙e˘e˘f˘e˘f˘e˙e˙e˘e˘e˘e˘e˘e˘f˘e̘f˘e˘e̘e̘e̘f˘e˙e̘e̙e˘e˙e˘e˘e˘f˘e˙e̘e˘e˘e̘e̘e˘e˘e˘f˙e̘e˘e˙f˘e̘e̘f˙f˘f˙e˘e˘e˙f˘f˘e˘e˘e˘e˘f˘e˘f˘˙˙˙̘˘˘̘˙˙˘̙˘̘̘̙˙̙˙˙˘˘˘˙̙˘˘˘̘˙ޘWf=f=f=f=f=eϮffffffffffffffpbeef`W===========WYfffefӘe̙f˘e˘e˘f˘e˘e˘f˙e˘f˘e˙f̘e˘f̙f˘f̘f˘e˘e˘f˘e˘e̙f̙e˙e̙f˙f̘e˙e˙f˘e̘e˙e˙e˙e̙f̙e˙e˘e̘f̘f̙e˙f̙e˘e˙e˙f˙e̙f˘e̙f̘e˘e˘f̙f˙e˙e̘e˘e˘e˙e˘f˘e̙e˘e˘f˙e˘̙̘˙˙˘˘˘˙˙˘˘̘˘˘˘˘˘̘̙˙̘̙˘˘̘˙̘̘˘̘̘mAf=f=f=f=f=wؠfffffffffffffT4`efffi1===========Ao8df٘e̙e˙e˘f˙e̘e̙e̙f˘e˘e̘e̙f˙f˘e˘e˙f˘e˘f̘e̙e̘e˙e˙e̘f̙f˘e̘f̘e̘e˙e̙e˘e˘e˘f̘e˘f˙e˙e˘f˘f˘f˘e̘e˙f̙e˘e̘f˙f̙e˘f̘e˘f̘e̙e̘f̘e˙f̘f˘f̙e˘e˙e̙e˙f˘f̙e̘e˘f˘e̙̘˙˘̘̘˙̙˘˙̘˙̙̘˙˘˘˙˙̘̙˙̙̘˘̙̙˙˙̘̘̙˘͘pf=f=f=f=f=k@ߕfffffffffffVf(|1\efff{FA===========NֈS˙e˙e˘f˘f̙f̘e˘f˙f˙f˙f̘f˙e˙f̙f˙e̘f˘f˙e˘f̘f̘e˙f̙e̙e˘e̙f̙f˙e˘f̙f˘f˙f̘f˘f̘f˘f̙e˙f̙f˙f̙e̘e̙f̘f˘e̙e˙f˘f̙f˙f̙f˘f̙f̘f̘f̘e̘e˘f˙e̙e̘e̙f̘e˙f˙e̙f̘f̙e̘e˙̙˘̘̙̘̙̙˙˙˘˙̙̘̙˘˙̘̘̙̙˙̘̙̙˙̘̙̙̙̘˘˙ؙ̙̙̘Pf=f=f=f=f=xHfffffffffXf)f)t/YffffTJ===========>g.Ζb̙f̙f̙f˙f̙e̙e̘f̙f̙f̙f˙f̘f̙f˙f˘f̙f̘f̙f̘e̘f˙f˙f̙f˙f˘f̙f̙e˙e˙f̙f̙e˘e̙f̘f̙f̙e̙e̙f̙e̘f̙f˘e˙f̙e̘f̙f̙e̙e̙f˙f̙f̙e̙f̙e̘f˙f̘f̘f̙f̘e̙f̙f˘e̙e̙e̘f̙e̙̙˙̘˙̙̙̙̙̘̙˙̙˙̙̙˘̘˙̙̙̙̙˙˘˙̙˙˘̘̙̘̙̘̙̙̙̙ϙj?f=f=f=f=f=S||fffffff[f)f)f)m,ֵUffff`W============I 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==============YюZ̙e̘f̘e̙f˘e̘f˘e˘f̙e˙e˙e˙e˘f̙e˘e˙f̘e˙e˙f̘f˘e˘f̙f˙e˙e̘e˙f̘e̙e˘e˘f˙f˘f˙f˙f̘f̙f̘f̙f̘f˙e̙f̘e̙e˘f˘e˙f˘f˘e̙f˘e̙e˘f̘e̙f˘e̘f˙f˘e˘e̘e˘̘̙˙̘˘˙˘̘̙̙̙̙̙̙̙̙˙̙̘̙˘˙˙̙˙̙̘̘̙˙̙̙˙̘̘̙̙˙˘˙̙̘̘̙̘̘̘˙̘̙˘̘̙˘˘y[Q=R=R=R=R=Q=R=t̙˙̘̙ϮRfR)R)R(Q(R)R)R(Q)\.Y̙f˘e̙e̙e̙fѐ\R==============Ar;˘f̙f̙f̘f˘f̙f̘e˙f˙e˙e̘e̘f̘f˙e̙e̙e̘f̙e˙e˙f̙e̙e˙e̙e̘e˙e̙f̘e̘f̙f̙f˘e̙e̘f˘e̘f˘e˘f̘f˘f̙e̘f̘f˙e˘f˙f˘e̙f̘f̙f˘e̙f˘e˙f̘f̙e̙f̘e̘e̙e˘˙˙̘̙̙̘̙̘̙̘̘˙̘̘̙̘̙̙˙˙˘˙˙̙̘̘̘̙̙̘˙̙̙̙̘̘̘̙̙̙˙̘˙̘̙̘˙̙̙̙̙̘̘̙˙[CR=R=Q=Q=R=R=U?˘̙̙̙}ۙR(R(R(R)R(R(R)R(R)X,U̙f˙e̘e̙e˙f͖cb*===============RԊU̘e̘f̘f˘f̙f̙e̘f˘f̙f̙e̙e˙e˙e̙e̙f̙e̘e̙f˙e˘f̙e˘f̘f̙e̙f̘f̘e̙e̙e̙e̙f̘e˙f̙f̙f̘e̘f̘f̘e˙f˙e̘e˙f̙f˘f˙e˙f̙e̘f̙f̙f˙f˙f̙e̙g̙f̙f̙e̘̙̘̙̘̙˙˘˙̘̘̙˙˙̙˘˙˘̘̘˙̘̙˘˘̙̙̙˘̙̙̙˙˙̙˙̙̙˙̘˘̙̙̙̙˘̙̘̙̙̙̙̘̙˙̘̙tR=R=Q=R=R=R=R=\F̙̙̙ɚq9R)R(Q)R)R)Q)R)Q)R)U*P˙f̙f̘e˘e̙e̙fu>?==============?j2͗c̙e̙e̙f̘f̙e̘e̙f̙f̘f̘f˘f̙e˘f˙f̘f˙f˘f̙f̙f̙f̘f̙e̙f˙f̙f̙e̙e̙e̙e̙e̘f̘f˘f̙f̙f̙f˙e̙f̙f̙f̘f˙f̙f̘e̙f̙f̙f̙e˙f̙f̘f̙f˙g̙f̘f̙f̙̙˙̙˙˙˘̙̙̙̘̙̙̙̘̙̙̙˙̙̘̘̙̙̙̘̙̙̙˙̘̙˙̙̙˙̘̙̙̘̙̙̙̙̙̘̙˙̙˙̙̙˘̘̙̙̘̙pTR=Q=Q=R=Q=R=R=mRɗ̙̘̘ǝdk6Q(R)R)R)R(R(R(R)R(R)K˘e̙f˙e˙f̙f̙f׆PG ===============K؃N̙f˙f̙f̙e̘f̙f˙f̙f̙f̙f̘f̙f̙f̘f̙f̙e˙f̘f̙f˙e̙f̙f˙f̙f˘f̙f˘e̙f˙f̙f̙f̙e̙f̙f̙f˙f̙f̙f˘f̙f̙f̙e̙f˙f̘f̙f̘f˙f̙f̙f˙e̙g˙f˙e̙f̙̙̙̙˙̙̙̙̙̙˙˙̙̙̙̘̙̙̙̙̙̙̙̙̙̙˙̙̘̙̙̙̙̙̙̘̙̙̙̘̙̙̙̙̙̘̙̙̙̙̙̙̙̙̙̙̙̙U?R=R=R=R=R=Q=R=a̙̘̙̙f¡ab2R)R)R)R)R)R)R)R)R)R)D̙f̙f̙f̙f̙f̙fя\S================c*Δ`̙f̙f̙f̙f̙f˙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙e̘f̙f̙e̙e̙f̙f̙f̙f̙f̙f˙f̙e̙f̙f̙f̙f̙f̙e̙e˙e̙f̙f̙f̙f˙g̙f̙f̙f̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙̙nR=R=R=R=R=R=R=R=t̙̙̙f̙f]\.R)R)R)R)R)R)R)R)R)R)}?ɛe̙f̙f̙f̙f̙f͗dc*================G {D̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙f̙g̙g̙g̙gdispcalGUI-1.7.1.6/misc/InnoSetup/v5/000755 000765 000000 00000000000 12266723171 017036 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/misc/InnoSetup/v5/Default.isl000644 000765 000000 00000041623 12265441406 021136 0ustar00svpwheel000000 000000 ; *** Inno Setup version 5.1.11+ English messages *** ; ; To download user-contributed translations of this file, go to: ; http://www.jrsoftware.org/files/istrans/ ; ; Note: When translating this text, do not add periods (.) to the end of ; messages that didn't have them already, because on those messages Inno ; Setup adds the periods automatically (appending a period would result in ; two periods being displayed). [LangOptions] ; The following three entries are very important. Be sure to read and ; understand the '[LangOptions] section' topic in the help file. LanguageName=English LanguageID=$0409 LanguageCodePage=0 ; If the language you are translating to requires special font faces or ; sizes, uncomment any of the following entries and change them accordingly. ;DialogFontName= ;DialogFontSize=8 ;WelcomeFontName=Verdana ;WelcomeFontSize=12 ;TitleFontName=Arial ;TitleFontSize=29 ;CopyrightFontName=Arial ;CopyrightFontSize=8 [Messages] ; *** Application titles SetupAppTitle=Setup SetupWindowTitle=Setup - %1 UninstallAppTitle=Uninstall UninstallAppFullTitle=%1 Uninstall ; *** Misc. common InformationTitle=Information ConfirmTitle=Confirm ErrorTitle=Error ; *** SetupLdr messages SetupLdrStartupMessage=This will install %1. Do you wish to continue? LdrCannotCreateTemp=Unable to create a temporary file. Setup aborted LdrCannotExecTemp=Unable to execute file in the temporary directory. Setup aborted ; *** Startup error messages LastErrorMessage=%1.%n%nError %2: %3 SetupFileMissing=The file %1 is missing from the installation directory. Please correct the problem or obtain a new copy of the program. SetupFileCorrupt=The setup files are corrupted. Please obtain a new copy of the program. SetupFileCorruptOrWrongVer=The setup files are corrupted, or are incompatible with this version of Setup. Please correct the problem or obtain a new copy of the program. NotOnThisPlatform=This program will not run on %1. OnlyOnThisPlatform=This program must be run on %1. OnlyOnTheseArchitectures=This program can only be installed on versions of Windows designed for the following processor architectures:%n%n%1 MissingWOW64APIs=The version of Windows you are running does not include functionality required by Setup to perform a 64-bit installation. To correct this problem, please install Service Pack %1. WinVersionTooLowError=This program requires %1 version %2 or later. WinVersionTooHighError=This program cannot be installed on %1 version %2 or later. AdminPrivilegesRequired=You must be logged in as an administrator when installing this program. PowerUserPrivilegesRequired=You must be logged in as an administrator or as a member of the Power Users group when installing this program. SetupAppRunningError=Setup has detected that %1 is currently running.%n%nPlease close all instances of it now, then click OK to continue, or Cancel to exit. UninstallAppRunningError=Uninstall has detected that %1 is currently running.%n%nPlease close all instances of it now, then click OK to continue, or Cancel to exit. ; *** Misc. errors ErrorCreatingDir=Setup was unable to create the directory "%1" ErrorTooManyFilesInDir=Unable to create a file in the directory "%1" because it contains too many files ; *** Setup common messages ExitSetupTitle=Exit Setup ExitSetupMessage=Setup is not complete. If you exit now, the program will not be installed.%n%nYou may run Setup again at another time to complete the installation.%n%nExit Setup? AboutSetupMenuItem=&About Setup... AboutSetupTitle=About Setup AboutSetupMessage=%1 version %2%n%3%n%n%1 home page:%n%4 AboutSetupNote= TranslatorNote= ; *** Buttons ButtonBack=< &Back ButtonNext=&Next > ButtonInstall=&Install ButtonOK=OK ButtonCancel=Cancel ButtonYes=&Yes ButtonYesToAll=Yes to &All ButtonNo=&No ButtonNoToAll=N&o to All ButtonFinish=&Finish ButtonBrowse=&Browse... ButtonWizardBrowse=B&rowse... ButtonNewFolder=&Make New Folder ; *** "Select Language" dialog messages SelectLanguageTitle=Select Setup Language SelectLanguageLabel=Select the language to use during the installation: ; *** Common wizard text ClickNext=Click Next to continue, or Cancel to exit Setup. BeveledLabel= BrowseDialogTitle=Browse For Folder BrowseDialogLabel=Select a folder in the list below, then click OK. NewFolderName=New Folder ; *** "Welcome" wizard page WelcomeLabel1=Welcome to the [name] Setup Wizard WelcomeLabel2=This will install [name/ver] on your computer.%n%nIt is recommended that you close all other applications before continuing. ; *** "Password" wizard page WizardPassword=Password PasswordLabel1=This installation is password protected. PasswordLabel3=Please provide the password, then click Next to continue. Passwords are case-sensitive. PasswordEditLabel=&Password: IncorrectPassword=The password you entered is not correct. Please try again. ; *** "License Agreement" wizard page WizardLicense=License Agreement LicenseLabel=Please read the following important information before continuing. LicenseLabel3=Please read the following License Agreement. You must accept the terms of this agreement before continuing with the installation. LicenseAccepted=I &accept the agreement LicenseNotAccepted=I &do not accept the agreement ; *** "Information" wizard pages WizardInfoBefore=Information InfoBeforeLabel=Please read the following important information before continuing. InfoBeforeClickLabel=When you are ready to continue with Setup, click Next. WizardInfoAfter=Information InfoAfterLabel=Please read the following important information before continuing. InfoAfterClickLabel=When you are ready to continue with Setup, click Next. ; *** "User Information" wizard page WizardUserInfo=User Information UserInfoDesc=Please enter your information. UserInfoName=&User Name: UserInfoOrg=&Organization: UserInfoSerial=&Serial Number: UserInfoNameRequired=You must enter a name. ; *** "Select Destination Location" wizard page WizardSelectDir=Select Destination Location SelectDirDesc=Where should [name] be installed? SelectDirLabel3=Setup will install [name] into the following folder. SelectDirBrowseLabel=To continue, click Next. If you would like to select a different folder, click Browse. DiskSpaceMBLabel=At least [mb] MB of free disk space is required. ToUNCPathname=Setup cannot install to a UNC pathname. If you are trying to install to a network, you will need to map a network drive. InvalidPath=You must enter a full path with drive letter; for example:%n%nC:\APP%n%nor a UNC path in the form:%n%n\\server\share InvalidDrive=The drive or UNC share you selected does not exist or is not accessible. Please select another. DiskSpaceWarningTitle=Not Enough Disk Space DiskSpaceWarning=Setup requires at least %1 KB of free space to install, but the selected drive only has %2 KB available.%n%nDo you want to continue anyway? DirNameTooLong=The folder name or path is too long. InvalidDirName=The folder name is not valid. BadDirName32=Folder names cannot include any of the following characters:%n%n%1 DirExistsTitle=Folder Exists DirExists=The folder:%n%n%1%n%nalready exists. Would you like to install to that folder anyway? DirDoesntExistTitle=Folder Does Not Exist DirDoesntExist=The folder:%n%n%1%n%ndoes not exist. Would you like the folder to be created? ; *** "Select Components" wizard page WizardSelectComponents=Select Components SelectComponentsDesc=Which components should be installed? SelectComponentsLabel2=Select the components you want to install; clear the components you do not want to install. Click Next when you are ready to continue. FullInstallation=Full installation ; if possible don't translate 'Compact' as 'Minimal' (I mean 'Minimal' in your language) CompactInstallation=Compact installation CustomInstallation=Custom installation NoUninstallWarningTitle=Components Exist NoUninstallWarning=Setup has detected that the following components are already installed on your computer:%n%n%1%n%nDeselecting these components will not uninstall them.%n%nWould you like to continue anyway? ComponentSize1=%1 KB ComponentSize2=%1 MB ComponentsDiskSpaceMBLabel=Current selection requires at least [mb] MB of disk space. ; *** "Select Additional Tasks" wizard page WizardSelectTasks=Select Additional Tasks SelectTasksDesc=Which additional tasks should be performed? SelectTasksLabel2=Select the additional tasks you would like Setup to perform while installing [name], then click Next. ; *** "Select Start Menu Folder" wizard page WizardSelectProgramGroup=Select Start Menu Folder SelectStartMenuFolderDesc=Where should Setup place the program's shortcuts? SelectStartMenuFolderLabel3=Setup will create the program's shortcuts in the following Start Menu folder. SelectStartMenuFolderBrowseLabel=To continue, click Next. If you would like to select a different folder, click Browse. MustEnterGroupName=You must enter a folder name. GroupNameTooLong=The folder name or path is too long. InvalidGroupName=The folder name is not valid. BadGroupName=The folder name cannot include any of the following characters:%n%n%1 NoProgramGroupCheck2=&Don't create a Start Menu folder ; *** "Ready to Install" wizard page WizardReady=Ready to Install ReadyLabel1=Setup is now ready to begin installing [name] on your computer. ReadyLabel2a=Click Install to continue with the installation, or click Back if you want to review or change any settings. ReadyLabel2b=Click Install to continue with the installation. ReadyMemoUserInfo=User information: ReadyMemoDir=Destination location: ReadyMemoType=Setup type: ReadyMemoComponents=Selected components: ReadyMemoGroup=Start Menu folder: ReadyMemoTasks=Additional tasks: ; *** "Preparing to Install" wizard page WizardPreparing=Preparing to Install PreparingDesc=Setup is preparing to install [name] on your computer. PreviousInstallNotCompleted=The installation/removal of a previous program was not completed. You will need to restart your computer to complete that installation.%n%nAfter restarting your computer, run Setup again to complete the installation of [name]. CannotContinue=Setup cannot continue. Please click Cancel to exit. ; *** "Installing" wizard page WizardInstalling=Installing InstallingLabel=Please wait while Setup installs [name] on your computer. ; *** "Setup Completed" wizard page FinishedHeadingLabel=Completing the [name] Setup Wizard FinishedLabelNoIcons=Setup has finished installing [name] on your computer. FinishedLabel=Setup has finished installing [name] on your computer. The application may be launched by selecting the installed icons. ClickFinish=Click Finish to exit Setup. FinishedRestartLabel=To complete the installation of [name], Setup must restart your computer. Would you like to restart now? FinishedRestartMessage=To complete the installation of [name], Setup must restart your computer.%n%nWould you like to restart now? ShowReadmeCheck=Yes, I would like to view the README file YesRadio=&Yes, restart the computer now NoRadio=&No, I will restart the computer later ; used for example as 'Run MyProg.exe' RunEntryExec=Run %1 ; used for example as 'View Readme.txt' RunEntryShellExec=View %1 ; *** "Setup Needs the Next Disk" stuff ChangeDiskTitle=Setup Needs the Next Disk SelectDiskLabel2=Please insert Disk %1 and click OK.%n%nIf the files on this disk can be found in a folder other than the one displayed below, enter the correct path or click Browse. PathLabel=&Path: FileNotInDir2=The file "%1" could not be located in "%2". Please insert the correct disk or select another folder. SelectDirectoryLabel=Please specify the location of the next disk. ; *** Installation phase messages SetupAborted=Setup was not completed.%n%nPlease correct the problem and run Setup again. EntryAbortRetryIgnore=Click Retry to try again, Ignore to proceed anyway, or Abort to cancel installation. ; *** Installation status messages StatusCreateDirs=Creating directories... StatusExtractFiles=Extracting files... StatusCreateIcons=Creating shortcuts... StatusCreateIniEntries=Creating INI entries... StatusCreateRegistryEntries=Creating registry entries... StatusRegisterFiles=Registering files... StatusSavingUninstall=Saving uninstall information... StatusRunProgram=Finishing installation... StatusRollback=Rolling back changes... ; *** Misc. errors ErrorInternal2=Internal error: %1 ErrorFunctionFailedNoCode=%1 failed ErrorFunctionFailed=%1 failed; code %2 ErrorFunctionFailedWithMessage=%1 failed; code %2.%n%3 ErrorExecutingProgram=Unable to execute file:%n%1 ; *** Registry errors ErrorRegOpenKey=Error opening registry key:%n%1\%2 ErrorRegCreateKey=Error creating registry key:%n%1\%2 ErrorRegWriteKey=Error writing to registry key:%n%1\%2 ; *** INI errors ErrorIniEntry=Error creating INI entry in file "%1". ; *** File copying errors FileAbortRetryIgnore=Click Retry to try again, Ignore to skip this file (not recommended), or Abort to cancel installation. FileAbortRetryIgnore2=Click Retry to try again, Ignore to proceed anyway (not recommended), or Abort to cancel installation. SourceIsCorrupted=The source file is corrupted SourceDoesntExist=The source file "%1" does not exist ExistingFileReadOnly=The existing file is marked as read-only.%n%nClick Retry to remove the read-only attribute and try again, Ignore to skip this file, or Abort to cancel installation. ErrorReadingExistingDest=An error occurred while trying to read the existing file: FileExists=The file already exists.%n%nWould you like Setup to overwrite it? ExistingFileNewer=The existing file is newer than the one Setup is trying to install. It is recommended that you keep the existing file.%n%nDo you want to keep the existing file? ErrorChangingAttr=An error occurred while trying to change the attributes of the existing file: ErrorCreatingTemp=An error occurred while trying to create a file in the destination directory: ErrorReadingSource=An error occurred while trying to read the source file: ErrorCopying=An error occurred while trying to copy a file: ErrorReplacingExistingFile=An error occurred while trying to replace the existing file: ErrorRestartReplace=RestartReplace failed: ErrorRenamingTemp=An error occurred while trying to rename a file in the destination directory: ErrorRegisterServer=Unable to register the DLL/OCX: %1 ErrorRegSvr32Failed=RegSvr32 failed with exit code %1 ErrorRegisterTypeLib=Unable to register the type library: %1 ; *** Post-installation errors ErrorOpeningReadme=An error occurred while trying to open the README file. ErrorRestartingComputer=Setup was unable to restart the computer. Please do this manually. ; *** Uninstaller messages UninstallNotFound=File "%1" does not exist. Cannot uninstall. UninstallOpenError=File "%1" could not be opened. Cannot uninstall UninstallUnsupportedVer=The uninstall log file "%1" is in a format not recognized by this version of the uninstaller. Cannot uninstall UninstallUnknownEntry=An unknown entry (%1) was encountered in the uninstall log ConfirmUninstall=Are you sure you want to completely remove %1 and all of its components? UninstallOnlyOnWin64=This installation can only be uninstalled on 64-bit Windows. OnlyAdminCanUninstall=This installation can only be uninstalled by a user with administrative privileges. UninstallStatusLabel=Please wait while %1 is removed from your computer. UninstalledAll=%1 was successfully removed from your computer. UninstalledMost=%1 uninstall complete.%n%nSome elements could not be removed. These can be removed manually. UninstalledAndNeedsRestart=To complete the uninstallation of %1, your computer must be restarted.%n%nWould you like to restart now? UninstallDataCorrupted="%1" file is corrupted. Cannot uninstall ; *** Uninstallation phase messages ConfirmDeleteSharedFileTitle=Remove Shared File? ConfirmDeleteSharedFile2=The system indicates that the following shared file is no longer in use by any programs. Would you like for Uninstall to remove this shared file?%n%nIf any programs are still using this file and it is removed, those programs may not function properly. If you are unsure, choose No. Leaving the file on your system will not cause any harm. SharedFileNameLabel=File name: SharedFileLocationLabel=Location: WizardUninstalling=Uninstall Status StatusUninstalling=Uninstalling %1... ; The custom messages below aren't used by Setup itself, but if you make ; use of them in your scripts, you'll want to translate them. [CustomMessages] NameAndVersion=%1 version %2 AdditionalIcons=Additional icons: CreateDesktopIcon=Create a &desktop icon CreateQuickLaunchIcon=Create a &Quick Launch icon ProgramOnTheWeb=%1 on the Web UninstallProgram=Uninstall %1 LaunchProgram=Launch %1 AssocFileExtension=&Associate %1 with the %2 file extension AssocingFileExtension=Associating %1 with the %2 file extension... CalibrationLoading=Calibration loading on login: CalibrationLoadingHandledByDispcalGUI=Let dispcalGUI handle calibration loading (high quality) CalibrationLoadingHandledByOS=Let the operating system handle calibration loading (low quality)dispcalGUI-1.7.1.6/misc/InnoSetup/v5/Languages/000755 000765 000000 00000000000 12266723171 020744 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/misc/InnoSetup/v5/Languages/French.isl000644 000765 000000 00000050623 12265441406 022665 0ustar00svpwheel000000 000000 ; *** Inno Setup version 5.1.11+ French messages *** ; ; To download user-contributed translations of this file, go to: ; http://www.jrsoftware.org/is3rdparty.php ; ; Note: When translating this text, do not add periods (.) to the end of ; messages that didn't have them already, because on those messages Inno ; Setup adds the periods automatically (appending a period would result in ; two periods being displayed). ; ; Maintained by Pierre Yager (pierre@levosgien.net) ; ; Contributors : Frdric Bonduelle, Francis Pallini, Lumina, Pascal Peyrot ; ; Changes : ; + Accents on uppercase letters ; http://www.academie-francaise.fr/langue/questions.html#accentuation (lumina) ; + Typography quotes [see ISBN: 978-2-7433-0482-9] ; http://fr.wikipedia.org/wiki/Guillemet (lumina) ; + Binary units (Kio, Mio) [IEC 80000-13:2008] ; http://fr.wikipedia.org/wiki/Octet (lumina) ; + Reverted to standard units (Ko, Mo) to follow Windows Explorer Standard ; http://blogs.msdn.com/b/oldnewthing/archive/2009/06/11/9725386.aspx ; ; $jrsoftware: issrc/Files/Languages/French.isl,v 1.18 2011/02/15 14:52:59 mlaan Exp $ [LangOptions] LanguageName=Fran<00E7>ais LanguageID=$040C LanguageCodePage=1252 [Messages] ; *** Application titles SetupAppTitle=Installation SetupWindowTitle=Installation - %1 UninstallAppTitle=Dsinstallation UninstallAppFullTitle=Dsinstallation - %1 ; *** Misc. common InformationTitle=Information ConfirmTitle=Confirmation ErrorTitle=Erreur ; *** SetupLdr messages SetupLdrStartupMessage=Cet assistant va installer %1. Voulez-vous continuer ? LdrCannotCreateTemp=Impossible de crer un fichier temporaire. Abandon de l'installation LdrCannotExecTemp=Impossible d'excuter un fichier depuis le dossier temporaire. Abandon de l'installation ; *** Startup error messages LastErrorMessage=%1.%n%nErreur %2 : %3 SetupFileMissing=Le fichier %1 est absent du dossier d'installation. Veuillez corriger le problme ou vous procurer une nouvelle copie du programme. SetupFileCorrupt=Les fichiers d'installation sont altrs. Veuillez vous procurer une nouvelle copie du programme. SetupFileCorruptOrWrongVer=Les fichiers d'installation sont altrs ou ne sont pas compatibles avec cette version de l'assistant d'installation. Veuillez corriger le problme ou vous procurer une nouvelle copie du programme. NotOnThisPlatform=Ce programme ne fonctionne pas sous %1. OnlyOnThisPlatform=Ce programme ne peut fonctionner que sous %1. OnlyOnTheseArchitectures=Ce programme ne peut tre install que sur des versions de Windows qui supportent ces architectures : %n%n%1 MissingWOW64APIs=La version de Windows que vous utilisez ne dispose pas des fonctionnalits ncessaires pour que l'assistant puisse raliser une installation 64 bits. Pour corriger ce problme vous devez installer le Service Pack %1. WinVersionTooLowError=Ce programme requiert la version %2 ou suprieure de %1. WinVersionTooHighError=Ce programme ne peut pas tre install sous %1 version %2 ou suprieure. AdminPrivilegesRequired=Vous devez disposer des droits d'administration de cet ordinateur pour installer ce programme. PowerUserPrivilegesRequired=Vous devez disposer des droits d'administration ou faire partie du groupe Utilisateurs avec pouvoir de cet ordinateur pour installer ce programme. SetupAppRunningError=L'assistant d'installation a dtect que %1 est actuellement en cours d'excution.%n%nVeuillez fermer toutes les instances de cette application puis appuyer sur OK pour continuer, ou bien appuyer sur Annuler pour abandonner l'installation. UninstallAppRunningError=La procdure de dsinstallation a dtect que %1 est actuellement en cours d'excution.%n%nVeuillez fermer toutes les instances de cette application puis appuyer sur OK pour continuer, ou bien appuyer sur Annuler pour abandonner la dsinstallation. ; *** Misc. errors ErrorCreatingDir=L'assistant d'installation n'a pas pu crer le dossier "%1" ErrorTooManyFilesInDir=L'assistant d'installation n'a pas pu crer un fichier dans le dossier "%1" car celui-ci contient trop de fichiers ; *** Setup common messages ExitSetupTitle=Quitter l'installation ExitSetupMessage=L'installation n'est pas termine. Si vous abandonnez maintenant, le programme ne sera pas install.%n%nVous devrez relancer cet assistant pour finir l'installation.%n%nVoulez-vous quand mme quitter l'assistant d'installation ? AboutSetupMenuItem=& propos... AboutSetupTitle= Propos de l'assistant d'installation AboutSetupMessage=%1 version %2%n%3%n%nPage d'accueil de %1 :%n%4 AboutSetupNote= TranslatorNote=Traduction franaise maintenue par Pierre Yager (pierre@levosgien.net) ; *** Buttons ButtonBack=< &Prcdent ButtonNext=&Suivant > ButtonInstall=&Installer ButtonOK=OK ButtonCancel=Annuler ButtonYes=&Oui ButtonYesToAll=Oui pour &tout ButtonNo=&Non ButtonNoToAll=N&on pour tout ButtonFinish=&Terminer ButtonBrowse=Pa&rcourir... ButtonWizardBrowse=Pa&rcourir... ButtonNewFolder=Nouveau &dossier ; *** "Select Language" dialog messages SelectLanguageTitle=Langue de l'assistant d'installation SelectLanguageLabel=Veuillez slectionner la langue qui sera utilise par l'assistant d'installation : ; *** Common wizard text ClickNext=Appuyez sur Suivant pour continuer ou sur Annuler pour abandonner l'installation. BeveledLabel= BrowseDialogTitle=Parcourir les dossiers BrowseDialogLabel=Veuillez choisir un dossier de destination, puis appuyez sur OK. NewFolderName=Nouveau dossier ; *** "Welcome" wizard page WelcomeLabel1=Bienvenue dans l'assistant d'installation de [name] WelcomeLabel2=Cet assistant va vous guider dans l'installation de [name/ver] sur votre ordinateur.%n%nIl est recommand de fermer toutes les applications actives avant de continuer. ; *** "Password" wizard page WizardPassword=Mot de passe PasswordLabel1=Cette installation est protge par un mot de passe. PasswordLabel3=Veuillez saisir le mot de passe (attention la distinction entre majuscules et minuscules) puis appuyez sur Suivant pour continuer. PasswordEditLabel=&Mot de passe : IncorrectPassword=Le mot de passe saisi n'est pas valide. Veuillez essayer nouveau. ; *** "License Agreement" wizard page WizardLicense=Accord de licence LicenseLabel=Les informations suivantes sont importantes. Veuillez les lire avant de continuer. LicenseLabel3=Veuillez lire le contrat de licence suivant. Vous devez en accepter tous les termes avant de continuer l'installation. LicenseAccepted=Je comprends et j'&accepte les termes du contrat de licence LicenseNotAccepted=Je &refuse les termes du contrat de licence ; *** "Information" wizard pages WizardInfoBefore=Information InfoBeforeLabel=Les informations suivantes sont importantes. Veuillez les lire avant de continuer. InfoBeforeClickLabel=Lorsque vous tes prt continuer, appuyez sur Suivant. WizardInfoAfter=Information InfoAfterLabel=Les informations suivantes sont importantes. Veuillez les lire avant de continuer. InfoAfterClickLabel=Lorsque vous tes prt continuer, appuyez sur Suivant. ; *** "User Information" wizard page WizardUserInfo=Informations sur l'Utilisateur UserInfoDesc=Veuillez saisir les informations qui vous concernent. UserInfoName=&Nom d'utilisateur : UserInfoOrg=&Organisation : UserInfoSerial=Numro de &srie : UserInfoNameRequired=Vous devez au moins saisir un nom. ; *** "Select Destination Location" wizard page WizardSelectDir=Dossier de destination SelectDirDesc=O [name] doit-il tre install ? SelectDirLabel3=L'assistant va installer [name] dans le dossier suivant. SelectDirBrowseLabel=Pour continuer, appuyez sur Suivant. Si vous souhaitez choisir un dossier diffrent, appuyez sur Parcourir. DiskSpaceMBLabel=Le programme requiert au moins [mb] Mo d'espace disque disponible. ToUNCPathname=L'assistant d'installation ne supporte pas les chemins rseau. Si vous souhaitez effectuer cette installation sur un rseau, vous devez d'abord connecter un lecteur rseau. InvalidPath=Vous devez saisir un chemin complet avec sa lettre de lecteur ; par exemple :%n%nC:\APP%n%nou un chemin rseau de la forme :%n%n\\serveur\partage InvalidDrive=L'unit ou l'emplacement rseau que vous avez slectionn n'existe pas ou n'est pas accessible. Veuillez choisir une autre destination. DiskSpaceWarningTitle=Espace disponible insuffisant DiskSpaceWarning=L'assistant a besoin d'au moins %1 Ko d'espace disponible pour effectuer l'installation, mais l'unit que vous avez slectionne ne dispose que de %2 Ko d'espace disponible.%n%nSouhaitez-vous continuer malgr tout ? DirNameTooLong=Le nom ou le chemin du dossier est trop long. InvalidDirName=Le nom du dossier est invalide. BadDirName32=Le nom du dossier ne doit contenir aucun des caractres suivants :%n%n%1 DirExistsTitle=Dossier existant DirExists=Le dossier :%n%n%1%n%nexiste dj. Souhaitez-vous installer dans ce dossier malgr tout ? DirDoesntExistTitle=Le dossier n'existe pas DirDoesntExist=Le dossier %n%n%1%n%nn'existe pas. Souhaitez-vous que ce dossier soit cr ? ; *** "Select Components" wizard page WizardSelectComponents=Composants installer SelectComponentsDesc=Quels composants de l'application souhaitez-vous installer ? SelectComponentsLabel2=Slectionnez les composants que vous dsirez installer ; dcochez les composants que vous ne dsirez pas installer. Appuyez ensuite sur Suivant pour continuer l'installation. FullInstallation=Installation complte ; if possible don't translate 'Compact' as 'Minimal' (I mean 'Minimal' in your language) CompactInstallation=Installation compacte CustomInstallation=Installation personnalise NoUninstallWarningTitle=Composants existants NoUninstallWarning=L'assistant d'installation a dtect que les composants suivants sont dj installs sur votre systme :%n%n%1%n%nDslectionner ces composants ne les dsinstallera pas pour autant.%n%nVoulez-vous continuer malgr tout ? ComponentSize1=%1 Ko ComponentSize2=%1 Mo ComponentsDiskSpaceMBLabel=Les composants slectionns ncessitent au moins [mb] Mo d'espace disponible. ; *** "Select Additional Tasks" wizard page WizardSelectTasks=Tches supplmentaires SelectTasksDesc=Quelles sont les tches supplmentaires qui doivent tre effectues ? SelectTasksLabel2=Slectionnez les tches supplmentaires que l'assistant d'installation doit effectuer pendant l'installation de [name], puis appuyez sur Suivant. ; *** "Select Start Menu Folder" wizard page WizardSelectProgramGroup=Slection du dossier du menu Dmarrer SelectStartMenuFolderDesc=O l'assistant d'installation doit-il placer les raccourcis du programme ? SelectStartMenuFolderLabel3=L'assistant va crer les raccourcis du programme dans le dossier du menu Dmarrer indiqu ci-dessous. SelectStartMenuFolderBrowseLabel=Appuyez sur Suivant pour continuer. Appuyez sur Parcourir si vous souhaitez slectionner un autre dossier du menu Dmarrer. MustEnterGroupName=Vous devez saisir un nom de dossier du menu Dmarrer. GroupNameTooLong=Le nom ou le chemin du dossier est trop long. InvalidGroupName=Le nom du dossier n'est pas valide. BadGroupName=Le nom du dossier ne doit contenir aucun des caractres suivants :%n%n%1 NoProgramGroupCheck2=Ne pas crer de &dossier dans le menu Dmarrer ; *** "Ready to Install" wizard page WizardReady=Prt installer ReadyLabel1=L'assistant dispose prsent de toutes les informations pour installer [name] sur votre ordinateur. ReadyLabel2a=Appuyez sur Installer pour procder l'installation ou sur Prcdent pour revoir ou modifier une option d'installation. ReadyLabel2b=Appuyez sur Installer pour procder l'installation. ReadyMemoUserInfo=Informations sur l'utilisateur : ReadyMemoDir=Dossier de destination : ReadyMemoType=Type d'installation : ReadyMemoComponents=Composants slectionns : ReadyMemoGroup=Dossier du menu Dmarrer : ReadyMemoTasks=Tches supplmentaires : ; *** "Preparing to Install" wizard page WizardPreparing=Prparation de l'installation PreparingDesc=L'assistant d'installation prpare l'installation de [name] sur votre ordinateur. PreviousInstallNotCompleted=L'installation ou la suppression d'un programme prcdent n'est pas totalement acheve. Veuillez redmarrer votre ordinateur pour achever cette installation ou suppression.%n%nUne fois votre ordinateur redmarr, veuillez relancer cet assistant pour reprendre l'installation de [name]. CannotContinue=L'assistant ne peut pas continuer. Veuillez appuyer sur Annuler pour abandonner l'installation. ; *** "Installing" wizard page WizardInstalling=Installation en cours InstallingLabel=Veuillez patienter pendant que l'assistant installe [name] sur votre ordinateur. ; *** "Setup Completed" wizard page FinishedHeadingLabel=Fin de l'installation de [name] FinishedLabelNoIcons=L'assistant a termin l'installation de [name] sur votre ordinateur. FinishedLabel=L'assistant a termin l'installation de [name] sur votre ordinateur. L'application peut tre lance l'aide des icnes cres sur le Bureau par l'installation. ClickFinish=Veuillez appuyer sur Terminer pour quitter l'assistant d'installation. FinishedRestartLabel=L'assistant doit redmarrer votre ordinateur pour terminer l'installation de [name].%n%nVoulez-vous redmarrer maintenant ? FinishedRestartMessage=L'assistant doit redmarrer votre ordinateur pour terminer l'installation de [name].%n%nVoulez-vous redmarrer maintenant ? ShowReadmeCheck=Oui, je souhaite lire le fichier LISEZMOI YesRadio=&Oui, redmarrer mon ordinateur maintenant NoRadio=&Non, je prfre redmarrer mon ordinateur plus tard ; used for example as 'Run MyProg.exe' RunEntryExec=Excuter %1 ; used for example as 'View Readme.txt' RunEntryShellExec=Voir %1 ; *** "Setup Needs the Next Disk" stuff ChangeDiskTitle=L'assistant a besoin du disque suivant SelectDiskLabel2=Veuillez insrer le disque %1 et appuyer sur OK.%n%nSi les fichiers de ce disque se trouvent un emplacement diffrent de celui indiqu ci-dessous, veuillez saisir le chemin correspondant ou appuyez sur Parcourir. PathLabel=&Chemin : FileNotInDir2=Le fichier "%1" ne peut pas tre trouv dans "%2". Veuillez insrer le bon disque ou slectionner un autre dossier. SelectDirectoryLabel=Veuillez indiquer l'emplacement du disque suivant. ; *** Installation phase messages SetupAborted=L'installation n'est pas termine.%n%nVeuillez corriger le problme et relancer l'installation. EntryAbortRetryIgnore=Appuyez sur Ressayer pour essayer nouveau, Ignorer pour continuer malgr tout, ou Abandonner pour annuler l'installation. ; *** Installation status messages StatusCreateDirs=Cration des dossiers... StatusExtractFiles=Extraction des fichiers... StatusCreateIcons=Cration des raccourcis... StatusCreateIniEntries=Cration des entres du fichier INI... StatusCreateRegistryEntries=Cration des entres de registre... StatusRegisterFiles=Enregistrement des fichiers... StatusSavingUninstall=Sauvegarde des informations de dsinstallation... StatusRunProgram=Finalisation de l'installation... StatusRollback=Annulation des modifications... ; *** Misc. errors ErrorInternal2=Erreur interne : %1 ErrorFunctionFailedNoCode=%1 a chou ErrorFunctionFailed=%1 a chou ; code %2 ErrorFunctionFailedWithMessage=%1 a chou ; code %2.%n%3 ErrorExecutingProgram=Impossible d'excuter le fichier :%n%1 ; *** Registry errors ErrorRegOpenKey=Erreur lors de l'ouverture de la cl de registre :%n%1\%2 ErrorRegCreateKey=Erreur lors de la cration de la cl de registre :%n%1\%2 ErrorRegWriteKey=Erreur lors de l'criture de la cl de registre :%n%1\%2 ; *** INI errors ErrorIniEntry=Erreur d'criture d'une entre dans le fichier INI "%1". ; *** File copying errors FileAbortRetryIgnore=Appuyez sur Ressayer pour essayer nouveau, Ignorer pour passer ce fichier (dconseill), ou Abandonner pour annuler l'installation. FileAbortRetryIgnore2=Appuyez sur Ressayer pour essayer nouveau, Ignorer pour continuer malgr tout (dconseill), ou Abandonner pour annuler l'installation. SourceIsCorrupted=Le fichier source est altr SourceDoesntExist=Le fichier source "%1" n'existe pas ExistingFileReadOnly=Le fichier existant est protg en lecture seule.%n%nAppuyez sur Ressayer pour enlever la protection et essayer nouveau, Ignorer pour passer ce fichier, ou Abandonner pour annuler l'installation. ErrorReadingExistingDest=Une erreur s'est produite lors de la tentative de lecture du fichier existant : FileExists=Le fichier existe dj.%n%nSouhaitez-vous que l'installation le remplace ? ExistingFileNewer=Le fichier existant est plus rcent que celui que l'assistant essaie d'installer. Il est recommand de conserver le fichier existant.%n%nSouhaitez-vous conserver le fichier existant ? ErrorChangingAttr=Une erreur est survenue en essayant de modifier les attributs du fichier existant : ErrorCreatingTemp=Une erreur est survenue en essayant de crer un fichier dans le dossier de destination : ErrorReadingSource=Une erreur est survenue lors de la lecture du fichier source : ErrorCopying=Une erreur est survenue lors de la copie d'un fichier : ErrorReplacingExistingFile=Une erreur est survenue lors du remplacement d'un fichier existant : ErrorRestartReplace=Le marquage d'un fichier pour remplacement au redmarrage de l'ordinateur a chou : ErrorRenamingTemp=Une erreur est survenue en essayant de renommer un fichier dans le dossier de destination : ErrorRegisterServer=Impossible d'enregistrer la bibliothque DLL/OCX : %1 ErrorRegSvr32Failed=RegSvr32 a chou et a retourn le code d'erreur %1 ErrorRegisterTypeLib=Impossible d'enregistrer la bibliothque de type : %1 ; *** Post-installation errors ErrorOpeningReadme=Une erreur est survenue l'ouverture du fichier LISEZMOI. ErrorRestartingComputer=L'installation n'a pas pu redmarrer l'ordinateur. Merci de bien vouloir le faire vous-mme. ; *** Uninstaller messages UninstallNotFound=Le fichier "%1" n'existe pas. Impossible de dsinstaller. UninstallOpenError=Le fichier "%1" n'a pas pu tre ouvert. Impossible de dsinstaller UninstallUnsupportedVer=Le format du fichier journal de dsinstallation "%1" n'est pas reconnu par cette version de la procdure de dsinstallation. Impossible de dsinstaller UninstallUnknownEntry=Une entre inconnue (%1) a t rencontre dans le fichier journal de dsinstallation ConfirmUninstall=Voulez-vous vraiment dsinstaller compltement %1 ainsi que tous ses composants ? UninstallOnlyOnWin64=La dsinstallation de ce programme ne fonctionne qu'avec une version 64 bits de Windows. OnlyAdminCanUninstall=Ce programme ne peut tre dsinstall que par un utilisateur disposant des droits d'administration. UninstallStatusLabel=Veuillez patienter pendant que %1 est retir de votre ordinateur. UninstalledAll=%1 a t correctement dsinstall de cet ordinateur. UninstalledMost=La dsinstallation de %1 est termine.%n%nCertains lments n'ont pas pu tre supprims automatiquement. Vous pouvez les supprimer manuellement. UninstalledAndNeedsRestart=Vous devez redmarrer l'ordinateur pour terminer la dsinstallation de %1.%n%nVoulez-vous redmarrer maintenant ? UninstallDataCorrupted=Le ficher "%1" est altr. Impossible de dsinstaller ; *** Uninstallation phase messages ConfirmDeleteSharedFileTitle=Supprimer les fichiers partags ? ConfirmDeleteSharedFile2=Le systme indique que le fichier partag suivant n'est plus utilis par aucun programme. Souhaitez-vous que la dsinstallation supprime ce fichier partag ?%n%nSi des programmes utilisent encore ce fichier et qu'il est supprim, ces programmes ne pourront plus fonctionner correctement. Si vous n'tes pas sr, choisissez Non. Laisser ce fichier dans votre systme ne posera pas de problme. SharedFileNameLabel=Nom du fichier : SharedFileLocationLabel=Emplacement : WizardUninstalling=tat de la dsinstallation StatusUninstalling=Dsinstallation de %1... ; Les messages personnaliss suivants ne sont pas utilis par l'installation ; elle-mme, mais si vous les utilisez dans vos scripts, vous devez les ; traduire [CustomMessages] NameAndVersion=%1 version %2 AdditionalIcons=Icnes supplmentaires : CreateDesktopIcon=Crer une icne sur le &Bureau CreateQuickLaunchIcon=Crer une icne dans la barre de &Lancement rapide ProgramOnTheWeb=Page d'accueil de %1 UninstallProgram=Dsinstaller %1 LaunchProgram=Excuter %1 AssocFileExtension=&Associer %1 avec l'extension de fichier %2 AssocingFileExtension=Associe %1 avec l'extension de fichier %2... CalibrationLoading=Chargement d'talonnage lors de la connexion: CalibrationLoadingHandledByDispcalGUI=dispcalGUI Profile Loader (haute qualit) CalibrationLoadingHandledByOS=Systme d'exploitation (faible qualit)dispcalGUI-1.7.1.6/misc/InnoSetup/v5/Languages/German.isl000644 000765 000000 00000045470 12265441406 022675 0ustar00svpwheel000000 000000 ; ****************************************************** ; *** *** ; *** Inno Setup version 5.1.11+ German messages *** ; *** *** ; *** Original Author: *** ; *** *** ; *** Michael Reitz (innosetup@assimilate.de) *** ; *** *** ; *** Contributors: *** ; *** *** ; *** Roland Ruder (info@rr4u.de) *** ; *** LaughingMan (puma.d@web.de) *** ; *** *** ; ****************************************************** ; ; Diese bersetzung hlt sich an die neue deutsche Rechtschreibung. [LangOptions] LanguageName=Deutsch LanguageID=$0407 LanguageCodePage=1252 [Messages] ; *** Application titles SetupAppTitle=Setup SetupWindowTitle=Setup - %1 UninstallAppTitle=Entfernen UninstallAppFullTitle=%1 entfernen ; *** Misc. common InformationTitle=Information ConfirmTitle=Besttigen ErrorTitle=Fehler ; *** SetupLdr messages SetupLdrStartupMessage=%1 wird jetzt installiert. Mchten Sie fortfahren? LdrCannotCreateTemp=Es konnte keine temporre Datei erstellt werden. Das Setup wurde abgebrochen LdrCannotExecTemp=Die Datei konnte nicht im temporren Ordner ausgefhrt werden. Das Setup wurde abgebrochen ; *** Startup error messages LastErrorMessage=%1.%n%nFehler %2: %3 SetupFileMissing=Die Datei %1 fehlt im Installations-Ordner. Bitte beheben Sie das Problem, oder besorgen Sie sich eine neue Kopie des Programms. SetupFileCorrupt=Die Setup-Dateien sind beschdigt. Besorgen Sie sich bitte eine neue Kopie des Programms. SetupFileCorruptOrWrongVer=Die Setup-Dateien sind beschdigt oder inkompatibel zu dieser Version des Setups. Bitte beheben Sie das Problem, oder besorgen Sie sich eine neue Kopie des Programms. NotOnThisPlatform=Dieses Programm kann nicht unter %1 ausgefhrt werden. OnlyOnThisPlatform=Dieses Programm muss unter %1 ausgefhrt werden. OnlyOnTheseArchitectures=Dieses Programm kann nur auf Windows-Versionen installiert werden, die folgende Prozessor-Architekturen untersttzen:%n%n%1 MissingWOW64APIs=Ihre Windows-Version enthlt nicht die Funktionen, die vom Setup fr eine 64-bit Installation bentigt werden. Installieren Sie bitte Service Pack %1, um dieses Problem zu beheben. WinVersionTooLowError=Dieses Programm bentigt %1 Version %2 oder hher. WinVersionTooHighError=Dieses Programm kann nicht unter %1 Version %2 oder hher installiert werden. AdminPrivilegesRequired=Sie mssen als Administrator angemeldet sein, um dieses Programm installieren zu knnen. PowerUserPrivilegesRequired=Sie mssen als Administrator oder als Mitglied der Hauptbenutzer-Gruppe angemeldet sein, um dieses Programm installieren zu knnen. SetupAppRunningError=Das Setup hat entdeckt, dass %1 zur Zeit ausgefhrt wird.%n%nBitte schlieen Sie jetzt alle laufenden Instanzen, und klicken Sie auf "OK", um fortzufahren, oder auf "Abbrechen", um zu beenden. UninstallAppRunningError=Die Deinstallation hat entdeckt, dass %1 zur Zeit ausgefhrt wird.%n%nBitte schlieen Sie jetzt alle laufenden Instanzen, und klicken Sie auf "OK", um fortzufahren, oder auf "Abbrechen", um zu beenden. ; *** Misc. errors ErrorCreatingDir=Das Setup konnte den Ordner "%1" nicht erstellen ErrorTooManyFilesInDir=Das Setup konnte eine Datei im Ordner "%1" nicht erstellen, weil er zu viele Dateien enthlt ; *** Setup common messages ExitSetupTitle=Setup verlassen ExitSetupMessage=Das Setup ist noch nicht abgeschlossen. Wenn Sie jetzt beenden, wird das Programm nicht installiert.%n%nSie knnen das Setup zu einem spteren Zeitpunkt nochmals ausfhren, um die Installation zu vervollstndigen.%n%nSetup verlassen? AboutSetupMenuItem=&ber das Setup ... AboutSetupTitle=ber das Setup AboutSetupMessage=%1 Version %2%n%3%n%n%1 Internet-Seite:%n%4 AboutSetupNote= TranslatorNote=German translation maintained by Michael Reitz (innosetup@assimilate.de) ; *** Buttons ButtonBack=< &Zurck ButtonNext=&Weiter > ButtonInstall=&Installieren ButtonOK=OK ButtonCancel=Abbrechen ButtonYes=&Ja ButtonYesToAll=J&a fr Alle ButtonNo=&Nein ButtonNoToAll=N&ein fr Alle ButtonFinish=&Fertigstellen ButtonBrowse=&Durchsuchen ... ButtonWizardBrowse=Du&rchsuchen ... ButtonNewFolder=&Neuen Ordner erstellen ; *** "Select Language" dialog messages SelectLanguageTitle=Setup-Sprache auswhlen SelectLanguageLabel=Whlen Sie die Sprache aus, die whrend der Installation benutzt werden soll: ; *** Common wizard text ClickNext="Weiter" zum Fortfahren, "Abbrechen" zum Verlassen. BeveledLabel= BrowseDialogTitle=Ordner suchen BrowseDialogLabel=Whlen Sie einen Ordner aus, und klicken Sie danach auf "OK". NewFolderName=Neuer Ordner ; *** "Welcome" wizard page WelcomeLabel1=Willkommen zum [name] Setup-Assistenten WelcomeLabel2=Dieser Assistent wird jetzt [name/ver] auf Ihrem Computer installieren.%n%nSie sollten alle anderen Anwendungen beenden, bevor Sie mit dem Setup fortfahren. ; *** "Password" wizard page WizardPassword=Passwort PasswordLabel1=Diese Installation wird durch ein Passwort geschtzt. PasswordLabel3=Bitte geben Sie das Passwort ein, und klicken Sie danach auf "Weiter". Achten Sie auf korrekte Gro-/Kleinschreibung. PasswordEditLabel=&Passwort: IncorrectPassword=Das eingegebene Passwort ist nicht korrekt. Bitte versuchen Sie es noch einmal. ; *** "License Agreement" wizard page WizardLicense=Lizenzvereinbarung LicenseLabel=Lesen Sie bitte folgende, wichtige Informationen bevor Sie fortfahren. LicenseLabel3=Lesen Sie bitte die folgenden Lizenzvereinbarungen. Benutzen Sie bei Bedarf die Bildlaufleiste oder drcken Sie die "Bild Ab"-Taste. LicenseAccepted=Ich &akzeptiere die Vereinbarung LicenseNotAccepted=Ich &lehne die Vereinbarung ab ; *** "Information" wizard pages WizardInfoBefore=Information InfoBeforeLabel=Lesen Sie bitte folgende, wichtige Informationen bevor Sie fortfahren. InfoBeforeClickLabel=Klicken Sie auf "Weiter", sobald Sie bereit sind mit dem Setup fortzufahren. WizardInfoAfter=Information InfoAfterLabel=Lesen Sie bitte folgende, wichtige Informationen bevor Sie fortfahren. InfoAfterClickLabel=Klicken Sie auf "Weiter", sobald Sie bereit sind mit dem Setup fortzufahren. ; *** "User Information" wizard page WizardUserInfo=Benutzerinformationen UserInfoDesc=Bitte tragen Sie Ihre Daten ein. UserInfoName=&Name: UserInfoOrg=&Organisation: UserInfoSerial=&Seriennummer: UserInfoNameRequired=Sie mssen einen Namen eintragen. ; *** "Select Destination Location" wizard page WizardSelectDir=Ziel-Ordner whlen SelectDirDesc=Wohin soll [name] installiert werden? SelectDirLabel3=Das Setup wird [name] in den folgenden Ordner installieren. SelectDirBrowseLabel=Klicken Sie auf "Weiter", um fortzufahren. Klicken Sie auf "Durchsuchen", falls Sie einen anderen Ordner auswhlen mchten. DiskSpaceMBLabel=Mindestens [mb] MB freier Speicherplatz ist erforderlich. ToUNCPathname=Das Setup kann nicht in einen UNC-Pfad installieren. Wenn Sie auf ein Netzlaufwerk installieren mchten, mssen Sie dem Netzwerkpfad einen Laufwerksbuchstaben zuordnen. InvalidPath=Sie mssen einen vollstndigen Pfad mit einem Laufwerksbuchstaben angeben; z.B.:%n%nC:\Beispiel%n%noder einen UNC-Pfad in der Form:%n%n\\Server\Freigabe InvalidDrive=Das angegebene Laufwerk bzw. der UNC-Pfad existiert nicht oder es kann nicht darauf zugegriffen werden. Whlen Sie bitte einen anderen Ordner. DiskSpaceWarningTitle=Nicht genug freier Speicherplatz DiskSpaceWarning=Das Setup bentigt mindestens %1 KB freien Speicherplatz zum Installieren, aber auf dem ausgewhlten Laufwerk sind nur %2 KB verfgbar.%n%nMchten Sie trotzdem fortfahren? DirNameTooLong=Der Ordnername/Pfad ist zu lang. InvalidDirName=Der Ordnername ist nicht gltig. BadDirName32=Ordnernamen drfen keine der folgenden Zeichen enthalten:%n%n%1 DirExistsTitle=Ordner existiert bereits DirExists=Der Ordner:%n%n%1%n%n existiert bereits. Mchten Sie trotzdem in diesen Ordner installieren? DirDoesntExistTitle=Ordner ist nicht vorhanden DirDoesntExist=Der Ordner:%n%n%1%n%nist nicht vorhanden. Soll der Ordner erstellt werden? ; *** "Select Components" wizard page WizardSelectComponents=Komponenten auswhlen SelectComponentsDesc=Welche Komponenten sollen installiert werden? SelectComponentsLabel2=Whlen Sie die Komponenten aus, die Sie installieren mchten. Klicken Sie auf "Weiter", wenn sie bereit sind fortzufahren. FullInstallation=Vollstndige Installation CompactInstallation=Kompakte Installation CustomInstallation=Benutzerdefinierte Installation NoUninstallWarningTitle=Komponenten vorhanden NoUninstallWarning=Das Setup hat festgestellt, dass die folgenden Komponenten bereits auf Ihrem Computer installiert sind:%n%n%1%n%nDiese nicht mehr ausgewhlten Komponenten werden nicht vom Computer entfernt.%n%nMchten Sie trotzdem fortfahren? ComponentSize1=%1 KB ComponentSize2=%1 MB ComponentsDiskSpaceMBLabel=Die aktuelle Auswahl erfordert min. [mb] MB Speicherplatz. ; *** "Select Additional Tasks" wizard page WizardSelectTasks=Zustzliche Aufgaben auswhlen SelectTasksDesc=Welche zustzlichen Aufgaben sollen ausgefhrt werden? SelectTasksLabel2=Whlen Sie die zustzlichen Aufgaben aus, die das Setup whrend der Installation von [name] ausfhren soll, und klicken Sie danach auf "Weiter". ; *** "Select Start Menu Folder" wizard page WizardSelectProgramGroup=Startmen-Ordner auswhlen SelectStartMenuFolderDesc=Wo soll das Setup die Programm-Verknpfungen erstellen? SelectStartMenuFolderLabel3=Das Setup wird die Programm-Verknpfungen im folgenden Startmen-Ordner erstellen. SelectStartMenuFolderBrowseLabel=Klicken Sie auf "Weiter", um fortzufahren. Klicken Sie auf "Durchsuchen", falls Sie einen anderen Ordner auswhlen mchten. MustEnterGroupName=Sie mssen einen Ordnernamen eingeben. GroupNameTooLong=Der Ordnername/Pfad ist zu lang. InvalidGroupName=Der Ordnername ist nicht gltig. BadGroupName=Der Ordnername darf keine der folgenden Zeichen enthalten:%n%n%1 NoProgramGroupCheck2=&Keinen Ordner im Startmen erstellen ; *** "Ready to Install" wizard page WizardReady=Installation durchfhren ReadyLabel1=Das Setup ist jetzt bereit, [name] auf Ihrem Computer zu installieren. ReadyLabel2a=Klicken Sie auf "Installieren", um mit der Installation zu beginnen, oder auf "Zurck", um Ihre Einstellungen zu berprfen oder zu ndern. ReadyLabel2b=Klicken Sie auf "Installieren", um mit der Installation zu beginnen. ReadyMemoUserInfo=Benutzerinformationen: ReadyMemoDir=Ziel-Ordner: ReadyMemoType=Setup-Typ: ReadyMemoComponents=Ausgewhlte Komponenten: ReadyMemoGroup=Startmen-Ordner: ReadyMemoTasks=Zustzliche Aufgaben: ; *** "Preparing to Install" wizard page WizardPreparing=Vorbereitung der Installation PreparingDesc=Das Setup bereitet die Installation von [name] auf diesen Computer vor. PreviousInstallNotCompleted=Eine vorherige Installation/Deinstallation eines Programms wurde nicht abgeschlossen. Der Computer muss neu gestartet werden, um die Installation/Deinstallation zu beenden.%n%nStarten Sie das Setup nach dem Neustart Ihres Computers erneut, um die Installation von [name] durchzufhren. CannotContinue=Das Setup kann nicht fortfahren. Bitte klicken Sie auf "Abbrechen" zum Verlassen. ; *** "Installing" wizard page WizardInstalling=Installiere ... InstallingLabel=Warten Sie bitte whrend [name] auf Ihrem Computer installiert wird. ; *** "Setup Completed" wizard page FinishedHeadingLabel=Beenden des [name] Setup-Assistenten FinishedLabelNoIcons=Das Setup hat die Installation von [name] auf Ihrem Computer abgeschlossen. FinishedLabel=Das Setup hat die Installation von [name] auf Ihrem Computer abgeschlossen. Die Anwendung kann ber die installierten Programm-Verknpfungen gestartet werden. ClickFinish=Klicken Sie auf "Fertigstellen", um das Setup zu beenden. FinishedRestartLabel=Um die Installation von [name] abzuschlieen, muss das Setup Ihren Computer neu starten. Mchten Sie jetzt neu starten? FinishedRestartMessage=Um die Installation von [name] abzuschlieen, muss das Setup Ihren Computer neu starten.%n%nMchten Sie jetzt neu starten? ShowReadmeCheck=Ja, ich mchte die LIESMICH-Datei sehen YesRadio=&Ja, Computer jetzt neu starten NoRadio=&Nein, ich werde den Computer spter neu starten RunEntryExec=%1 starten RunEntryShellExec=%1 anzeigen ; *** "Setup Needs the Next Disk" stuff ChangeDiskTitle=Nchste Diskette einlegen SelectDiskLabel2=Legen Sie bitte Diskette %1 ein, und klicken Sie auf "OK".%n%nWenn sich die Dateien von dieser Diskette in einem anderen als dem angezeigten Ordner befinden, dann geben Sie bitte den korrekten Pfad ein oder klicken auf "Durchsuchen". PathLabel=&Pfad: FileNotInDir2=Die Datei "%1" befindet sich nicht in "%2". Bitte Ordner ndern oder richtige Diskette einlegen. SelectDirectoryLabel=Geben Sie bitte an, wo die nchste Diskette eingelegt wird. ; *** Installation phase messages SetupAborted=Das Setup konnte nicht abgeschlossen werden.%n%nBeheben Sie bitte das Problem, und starten Sie das Setup erneut. EntryAbortRetryIgnore=Klicken Sie auf "Wiederholen" fr einen weiteren Versuch, "Ignorieren", um trotzdem fortzufahren, oder "Abbrechen", um die Installation abzubrechen. ; *** Installation status messages StatusCreateDirs=Ordner werden erstellt ... StatusExtractFiles=Dateien werden entpackt ... StatusCreateIcons=Verknpfungen werden erstellt ... StatusCreateIniEntries=INI-Eintrge werden erstellt ... StatusCreateRegistryEntries=Registry-Eintrge werden erstellt ... StatusRegisterFiles=Dateien werden registriert ... StatusSavingUninstall=Deinstallations-Informationen werden gespeichert ... StatusRunProgram=Installation wird beendet ... StatusRollback=nderungen werden rckgngig gemacht ... ; *** Misc. errors ErrorInternal2=Interner Fehler: %1 ErrorFunctionFailedNoCode=%1 schlug fehl ErrorFunctionFailed=%1 schlug fehl; Code %2 ErrorFunctionFailedWithMessage=%1 schlug fehl; Code %2.%n%3 ErrorExecutingProgram=Datei kann nicht ausgefhrt werden:%n%1 ; *** Registry errors ErrorRegOpenKey=Registry-Schlssel konnte nicht geffnet werden:%n%1\%2 ErrorRegCreateKey=Registry-Schlssel konnte nicht erstellt werden:%n%1\%2 ErrorRegWriteKey=Fehler beim Schreiben des Registry-Schlssels:%n%1\%2 ; *** INI errors ErrorIniEntry=Fehler beim Erstellen eines INI-Eintrages in der Datei "%1". ; *** File copying errors FileAbortRetryIgnore=Klicken Sie auf "Wiederholen" fr einen weiteren Versuch, "Ignorieren", um diese Datei zu berspringen (nicht empfohlen), oder "Abbrechen", um die Installation abzubrechen. FileAbortRetryIgnore2=Klicken Sie auf "Wiederholen" fr einen weiteren Versuch, "Ignorieren", um trotzdem fortzufahren (nicht empfohlen), oder "Abbrechen", um die Installation abzubrechen. SourceIsCorrupted=Die Quelldatei ist beschdigt SourceDoesntExist=Die Quelldatei "%1" existiert nicht ExistingFileReadOnly=Die vorhandene Datei ist schreibgeschtzt.%n%nKlicken Sie auf "Wiederholen", um den Schreibschutz zu entfernen, "Ignorieren", um die Datei zu berspringen, oder "Abbrechen", um die Installation abzubrechen. ErrorReadingExistingDest=Lesefehler in Datei: FileExists=Die Datei ist bereits vorhanden.%n%nSoll sie berschrieben werden? ExistingFileNewer=Die vorhandene Datei ist neuer als die Datei, die installiert werden soll. Es wird empfohlen die vorhandene Datei beizubehalten.%n%n Mchten Sie die vorhandene Datei beibehalten? ErrorChangingAttr=Fehler beim ndern der Datei-Attribute: ErrorCreatingTemp=Fehler beim Erstellen einer Datei im Ziel-Ordner: ErrorReadingSource=Fehler beim Lesen der Quelldatei: ErrorCopying=Fehler beim Kopieren einer Datei: ErrorReplacingExistingFile=Fehler beim Ersetzen einer vorhandenen Datei: ErrorRestartReplace="Ersetzen nach Neustart" fehlgeschlagen: ErrorRenamingTemp=Fehler beim Umbenennen einer Datei im Ziel-Ordner: ErrorRegisterServer=DLL/OCX konnte nicht registriert werden: %1 ErrorRegSvr32Failed=RegSvr32-Aufruf scheiterte mit Exit-Code %1 ErrorRegisterTypeLib=Typen-Bibliothek konnte nicht registriert werden: %1 ; *** Post-installation errors ErrorOpeningReadme=Fehler beim ffnen der LIESMICH-Datei. ErrorRestartingComputer=Das Setup konnte den Computer nicht neu starten. Bitte fhren Sie den Neustart manuell durch. ; *** Uninstaller messages UninstallNotFound=Die Datei "%1" existiert nicht. Entfernen der Anwendung fehlgeschlagen. UninstallOpenError=Die Datei "%1" konnte nicht geffnet werden. Entfernen der Anwendung fehlgeschlagen. UninstallUnsupportedVer=Das Format der Deinstallations-Datei "%1" konnte nicht erkannt werden. Entfernen der Anwendung fehlgeschlagen UninstallUnknownEntry=In der Deinstallations-Datei wurde ein unbekannter Eintrag (%1) gefunden ConfirmUninstall=Sind Sie sicher, dass Sie %1 und alle zugehrigen Komponenten entfernen mchten? UninstallOnlyOnWin64=Diese Installation kann nur unter 64-bit Windows-Versionen entfernt werden. OnlyAdminCanUninstall=Diese Installation kann nur von einem Benutzer mit Administrator-Rechten entfernt werden. UninstallStatusLabel=Warten Sie bitte whrend %1 von Ihrem Computer entfernt wird. UninstalledAll=%1 wurde erfolgreich von Ihrem Computer entfernt. UninstalledMost=Entfernen von %1 beendet.%n%nEinige Komponenten konnten nicht entfernt werden. Diese knnen von Ihnen manuell gelscht werden. UninstalledAndNeedsRestart=Um die Deinstallation von %1 abzuschlieen, muss Ihr Computer neu gestartet werden.%n%nMchten Sie jetzt neu starten? UninstallDataCorrupted="%1"-Datei ist beschdigt. Entfernen der Anwendung fehlgeschlagen. ; *** Uninstallation phase messages ConfirmDeleteSharedFileTitle=Gemeinsame Datei entfernen? ConfirmDeleteSharedFile2=Das System zeigt an, dass die folgende gemeinsame Datei von keinem anderen Programm mehr benutzt wird. Mchten Sie diese Datei entfernen lassen?%nSollte es doch noch Programme geben, die diese Datei benutzen, und sie wird entfernt, funktionieren diese Programme vielleicht nicht mehr richtig. Wenn Sie unsicher sind, whlen Sie "Nein" um die Datei im System zu belassen. Es schadet Ihrem System nicht, wenn Sie die Datei behalten. SharedFileNameLabel=Dateiname: SharedFileLocationLabel=Ordner: WizardUninstalling=Entfernen (Status) StatusUninstalling=Entferne %1 ... [CustomMessages] NameAndVersion=%1 Version %2 AdditionalIcons=Zustzliche Symbole: CreateDesktopIcon=&Desktop-Symbol erstellen CreateQuickLaunchIcon=Symbol in der Schnellstartleiste erstellen ProgramOnTheWeb=%1 im Internet UninstallProgram=%1 entfernen LaunchProgram=%1 starten AssocFileExtension=&Registriere %1 mit der %2-Dateierweiterung AssocingFileExtension=%1 wird mit der %2-Dateierweiterung registriert... CalibrationLoading=Kalibrierung bei Anmeldung laden: CalibrationLoadingHandledByDispcalGUI=dispcalGUI Profil-Lader (hohe Qualitt) CalibrationLoadingHandledByOS=Betriebssystem (niedrige Qualitt)dispcalGUI-1.7.1.6/misc/InnoSetup/v5/Languages/Italian.isl000644 000765 000000 00000044476 12265441406 023052 0ustar00svpwheel000000 000000 ; *** Inno Setup versione 5.1.11+ lingua Italiana *** ; ; To download user-contributed translations of this file, go to: ; http://www.jrsoftware.org/is3rdparty.php ; ; Note: When translating this text, do not add periods (.) to the end of ; messages that didn't have them already, because on those messages Inno ; Setup adds the periods automatically (appending a period would result in ; two periods being displayed). ; ; Italian.isl revisione 30b - 2007/02/28 (Basato su Default.isl 1.69) ; ; Tradotto da ale5000 ; E-mail: ale5000 AT tiscali DOT it ; Segnalatemi via e-mail eventuali errori o suggerimenti. [LangOptions] ; The following three entries are very important. Be sure to read and ; understand the '[LangOptions] section' topic in the help file. LanguageName=Italiano LanguageID=$0410 LanguageCodePage=1252 ; If the language you are translating to requires special font faces or ; sizes, uncomment any of the following entries and change them accordingly. ;DialogFontName= ;DialogFontSize=8 ;WelcomeFontName=Verdana ;WelcomeFontSize=12 ;TitleFontName=Arial ;TitleFontSize=29 ;CopyrightFontName=Arial ;CopyrightFontSize=8 [Messages] ; *** Application titles SetupAppTitle=Installazione SetupWindowTitle=Installazione di %1 UninstallAppTitle=Disinstallazione UninstallAppFullTitle=Disinstallazione di %1 ; *** Misc. common InformationTitle=Informazioni ConfirmTitle=Conferma ErrorTitle=Errore ; *** SetupLdr messages SetupLdrStartupMessage=Questa l'installazione di %1. Si desidera continuare? LdrCannotCreateTemp=Impossibile creare un file temporaneo. Installazione annullata LdrCannotExecTemp=Impossibile eseguire un file nella cartella temporanea. Installazione annullata ; *** Startup error messages LastErrorMessage=%1.%n%nErrore %2: %3 SetupFileMissing=File %1 non trovato nella cartella di installazione. Correggere il problema o richiedere una nuova copia del software. SetupFileCorrupt=I file di installazione sono danneggiati. Richiedere una nuova copia del software. SetupFileCorruptOrWrongVer=I file di installazione sono danneggiati, o sono incompatibili con questa versione del programma di installazione. Correggere il problema o richiedere una nuova copia del software. NotOnThisPlatform=Questo programma non compatibile con %1. OnlyOnThisPlatform=Questo programma richiede %1. OnlyOnTheseArchitectures=Questo programma pu essere installato solo su versioni di Windows progettate per le seguenti architetture del processore:%n%n%1 MissingWOW64APIs=La versione di Windows utilizzata non include la funzionalit richiesta dal programma di installazione per realizzare un'installazione a 64-bit. Per correggere questo problema, installare il Service Pack %1. WinVersionTooLowError=Questo programma richiede %1 versione %2 o successiva. WinVersionTooHighError=Questo programma non pu essere installato su %1 versione %2 o successiva. AdminPrivilegesRequired=Sono richiesti privilegi di amministratore per installare questo programma. PowerUserPrivilegesRequired=Sono richiesti privilegi di amministratore o di Power Users per poter installare questo programma. SetupAppRunningError=%1 attualmente in esecuzione.%n%nChiudere adesso tutte le istanze del programma e poi premere OK, oppure premere Annulla per uscire. UninstallAppRunningError=%1 attualmente in esecuzione.%n%nChiudere adesso tutte le istanze del programma e poi premere OK, oppure premere Annulla per uscire. ; *** Misc. errors ErrorCreatingDir=Impossibile creare la cartella "%1" ErrorTooManyFilesInDir=Impossibile creare i file nella cartella "%1" perch contiene troppi file ; *** Setup common messages ExitSetupTitle=Uscita dall'installazione ExitSetupMessage=L'installazione non completa. Uscendo dall'installazione in questo momento, il programma non sar installato.%n%n possibile eseguire l'installazione in un secondo tempo.%n%nUscire dall'installazione? AboutSetupMenuItem=&Informazioni sull'installazione... AboutSetupTitle=Informazioni sull'installazione AboutSetupMessage=%1 versione %2%n%3%n%n%1 sito web:%n%4 AboutSetupNote= TranslatorNote= ; *** Buttons ButtonBack=< &Indietro ButtonNext=&Avanti > ButtonInstall=&Installa ButtonOK=OK ButtonCancel=Annulla ButtonYes=&Si ButtonYesToAll=Si a &tutto ButtonNo=&No ButtonNoToAll=N&o a tutto ButtonFinish=&Fine ButtonBrowse=&Sfoglia... ButtonWizardBrowse=S&foglia... ButtonNewFolder=&Crea nuova cartella ; *** "Select Language" dialog messages SelectLanguageTitle=Selezionare la lingua dell'installazione SelectLanguageLabel=Selezionare la lingua da utilizzare durante l'installazione: ; *** Common wizard text ClickNext=Premere Avanti per continuare, o Annulla per uscire. BeveledLabel= BrowseDialogTitle=Sfoglia per cartelle BrowseDialogLabel=Selezionare una cartella dalla lista, poi premere OK. NewFolderName=Nuova cartella ; *** "Welcome" wizard page WelcomeLabel1=Benvenuti nel programma di installazione di [name] WelcomeLabel2=[name/ver] sar installato sul computer.%n%nSi consiglia di chiudere tutte le applicazioni attive prima di procedere. ; *** "Password" wizard page WizardPassword=Password PasswordLabel1=Questa installazione protetta da password. PasswordLabel3=Inserire la password, poi premere Avanti per continuare. Le password sono sensibili alle maiuscole/minuscole. PasswordEditLabel=&Password: IncorrectPassword=La password inserita non corretta, riprovare. ; *** "License Agreement" wizard page WizardLicense=Contratto di licenza LicenseLabel=Leggere con attenzione le informazioni che seguono prima di procedere. LicenseLabel3=Leggere il seguente contratto di licenza. necessario accettare tutti i termini del contratto per procedere con l'installazione. LicenseAccepted=&Accetto i termini del contratto di licenza LicenseNotAccepted=&Non accetto i termini del contratto di licenza ; *** "Information" wizard pages WizardInfoBefore=Informazioni InfoBeforeLabel=Leggere le importanti informazioni che seguono prima di procedere. InfoBeforeClickLabel=Quando si pronti per proseguire, premere Avanti. WizardInfoAfter=Informazioni InfoAfterLabel=Leggere le importanti informazioni che seguono prima di procedere. InfoAfterClickLabel=Quando si pronti per proseguire, premere Avanti. ; *** "User Information" wizard page WizardUserInfo=Informazioni utente UserInfoDesc=Inserire le seguenti informazioni. UserInfoName=&Nome: UserInfoOrg=&Societ: UserInfoSerial=&Numero di serie: UserInfoNameRequired= necessario inserire un nome. ; *** "Select Destination Location" wizard page WizardSelectDir=Selezione della cartella di installazione SelectDirDesc=Dove si vuole installare [name]? SelectDirLabel3=[name] sar installato nella seguente cartella. SelectDirBrowseLabel=Per continuare, premere Avanti. Per scegliere un'altra cartella, premere Sfoglia. DiskSpaceMBLabel=Sono richiesti almeno [mb] MB di spazio sul disco. ToUNCPathname=Non possiblie installare su un percorso di rete. Se si sta installando attraverso una rete, si deve connettere la risorsa come una unit di rete. InvalidPath=Si deve inserire un percorso completo di lettera di unit; per esempio:%n%nC:\APP%n%no un percorso di rete nella forma:%n%n\\server\condivisione InvalidDrive=L'unit o il percorso di rete selezionato non esiste o non accessibile. Selezionarne un'altro. DiskSpaceWarningTitle=Spazio su disco insufficiente DiskSpaceWarning=L'installazione richiede almeno %1 KB di spazio libero per eseguire l'installazione, ma l'unit selezionata ha solo %2 KB disponibili.%n%nSi desidera continuare comunque? DirNameTooLong=Il nome della cartella o il percorso sono troppo lunghi. InvalidDirName=Il nome della cartella non valido. BadDirName32=Il nome della cartella non pu includere nessuno dei caratteri seguenti:%n%n%1 DirExistsTitle=Cartella gi esistente DirExists=La cartella:%n%n%1 esiste gi.%n%nSi desidera utilizzarla comunque? DirDoesntExistTitle=Cartella inesistente DirDoesntExist=La cartella:%n%n%1 non esiste.%n%nSi desidera crearla? ; *** "Select Components" wizard page WizardSelectComponents=Selezione componenti SelectComponentsDesc=Quali componenti devono essere installati? SelectComponentsLabel2=Selezionare i componenti da installare, deselezionare quelli che non si desidera installare. Premere Avanti per continuare. FullInstallation=Installazione completa ; if possible don't translate 'Compact' as 'Minimal' (I mean 'Minimal' in your language) CompactInstallation=Installazione compatta CustomInstallation=Installazione personalizzata NoUninstallWarningTitle=Componente esistente NoUninstallWarning=I seguenti componenti sono gi installati sul computer:%n%n%1%n%nDeselezionando questi componenti non verranno disinstallati.%n%nSi desidera continuare comunque? ComponentSize1=%1 KB ComponentSize2=%1 MB ComponentsDiskSpaceMBLabel=La selezione corrente richiede almeno [mb] MB di spazio su disco. ; *** "Select Additional Tasks" wizard page WizardSelectTasks=Selezione processi addizionali SelectTasksDesc=Quali processi aggiuntivi si vogliono avviare? SelectTasksLabel2=Selezionare i processi aggiuntivi che verranno eseguiti durante l'installazione di [name], poi premere Avanti. ; *** "Select Start Menu Folder" wizard page WizardSelectProgramGroup=Selezione della cartella nel Menu Avvio/Start SelectStartMenuFolderDesc=Dove si vuole inserire i collegamenti al programma? SelectStartMenuFolderLabel3=Saranno creati i collegamenti al programma nella seguente cartella del Menu Avvio/Start. SelectStartMenuFolderBrowseLabel=Per continuare, premere Avanti. Per selezionare un'altra cartella, premere Sfoglia. MustEnterGroupName=Si deve inserire il nome della cartella. GroupNameTooLong=Il nome della cartella o il percorso sono troppo lunghi. InvalidGroupName=Il nome della cartella non valido. BadGroupName=Il nome della cartella non pu includere nessuno dei caratteri seguenti:%n%n%1 NoProgramGroupCheck2=&Non creare una cartella nel Menu Avvio/Start ; *** "Ready to Install" wizard page WizardReady=Pronto per l'installazione ReadyLabel1=Il programma di installazione pronto per iniziare l'installazione di [name] sul computer. ReadyLabel2a=Premere Installa per continuare con l'installazione, o Indietro per rivedere o modificare le impostazioni. ReadyLabel2b=Premere Installa per procedere con l'installazione. ReadyMemoUserInfo=Informazioni utente: ReadyMemoDir=Cartella di installazione: ReadyMemoType=Tipo di installazione: ReadyMemoComponents=Componenti selezionati: ReadyMemoGroup=Cartella del menu Avvio/Start: ReadyMemoTasks=Processi addizionali: ; *** "Preparing to Install" wizard page WizardPreparing=Preparazione all'installazione PreparingDesc=Preparazione all'installazione di [name] sul computer. PreviousInstallNotCompleted=L'installazione/disinstallazione precedente del programma non stata completata. necessario riavviare il sistema per completare l'installazione.%n%nAl successivo riavvio del sistema eseguire di nuovo l'installazione di [name]. CannotContinue=L'installazione non pu continuare. Premere Annulla per uscire. ; *** "Installing" wizard page WizardInstalling=Installazione in corso InstallingLabel=Attendere il completamento dell'installazione di [name] sul computer. ; *** "Setup Completed" wizard page FinishedHeadingLabel=Completamento dell'installazione di [name] FinishedLabelNoIcons=L'installazione di [name] stata completata con successo. FinishedLabel=L'installazione di [name] stata completata con successo. L'applicazione pu essere eseguita selezionando le relative icone. ClickFinish=Premere Fine per uscire dall'installazione. FinishedRestartLabel=Per completare l'installazione di [name], necessario riavviare il sistema. Si desidera riavviare adesso? FinishedRestartMessage=Per completare l'installazione di [name], necessario riavviare il sistema.%n%nSi desidera riavviare adesso? ShowReadmeCheck=Si, desidero vedere il file LEGGIMI adesso YesRadio=&Si, riavvia il sistema adesso NoRadio=&No, riavvia il sistema pi tardi ; used for example as 'Run MyProg.exe' RunEntryExec=Avvia %1 ; used for example as 'View Readme.txt' RunEntryShellExec=Visualizza %1 ; *** "Setup Needs the Next Disk" stuff ChangeDiskTitle=L'installazione necessita del disco successivo SelectDiskLabel2=Inserire il disco %1 e premere OK.%n%nSe i file su questo disco si trovano in una cartella diversa da quella visualizzata sotto, inserire il percorso corretto o premere Sfoglia. PathLabel=&Percorso: FileNotInDir2=Il file "%1" non stato trovato in "%2". Inserire il disco corretto o selezionare un'altra cartella. SelectDirectoryLabel=Specificare il percorso del prossimo disco. ; *** Installation phase messages SetupAborted=L'installazione non stata completata.%n%nCorreggere il problema e rieseguire nuovamente l'installazione. EntryAbortRetryIgnore=Premere Riprova per ritentare nuovamente, Ignora per procedere in ogni caso, o Interrompi per terminare l'installazione. ; *** Installation status messages StatusCreateDirs=Creazione cartelle... StatusExtractFiles=Estrazione file... StatusCreateIcons=Creazione icone... StatusCreateIniEntries=Creazione voci nei file INI... StatusCreateRegistryEntries=Creazione voci di registro... StatusRegisterFiles=Registrazione file... StatusSavingUninstall=Salvataggio delle informazioni di disinstallazione... StatusRunProgram=Termine dell'installazione... StatusRollback=Recupero delle modifiche... ; *** Misc. errors ErrorInternal2=Errore Interno %1 ErrorFunctionFailedNoCode=%1 fallito ErrorFunctionFailed=%1 fallito; codice %2 ErrorFunctionFailedWithMessage=%1 fallito; codice %2.%n%3 ErrorExecutingProgram=Impossibile eseguire il file:%n%1 ; *** Registry errors ErrorRegOpenKey=Errore di apertura della chiave di registro:%n%1\%2 ErrorRegCreateKey=Errore di creazione della chiave di registro:%n%1\%2 ErrorRegWriteKey=Errore di scrittura della chiave di registro:%n%1\%2 ; *** INI errors ErrorIniEntry=Errore nella creazione delle voci INI nel file "%1". ; *** File copying errors FileAbortRetryIgnore=Premere Riprova per tentare di nuovo, Ignora per saltare questo file (sconsigliato), o Interrompi per terminare l'installazione. FileAbortRetryIgnore2=Premere Riprova per tentare di nuovo, Ignora per proseguire comunque (sconsigliato), o Interrompi per terminare l'installazione. SourceIsCorrupted=Il file sorgente danneggiato SourceDoesntExist=Il file sorgente "%1" non esiste ExistingFileReadOnly=Il file esistente ha l'attributo di sola lettura.%n%nPremere Riprova per rimuovere l'attributo di sola lettura e ritentare, Ignora per saltare questo file, o Interrompi per terminare l'installazione. ErrorReadingExistingDest=Si verificato un errore durante la lettura del file esistente: FileExists=Il file esiste gi.%n%nDesideri sovrascriverlo? ExistingFileNewer=Il file esistente pi recente di quello che si st installando. Si raccomanda di mantenere il file esistente.%n%nSi desidera mantenere il file esistente? ErrorChangingAttr=Si verificato un errore durante il tentativo di modifica dell'attributo del file esistente: ErrorCreatingTemp=Si verificato un errore durante la creazione di un file nella cartella di installazione: ErrorReadingSource=Si verificato un errore durante la lettura del file sorgente: ErrorCopying=Si verificato un errore durante la copia di un file: ErrorReplacingExistingFile=Si verificato un errore durante la sovrascrittura del file esistente: ErrorRestartReplace=Errore durante Riavvio-Sostituzione: ErrorRenamingTemp=Si verificato un errore durante il tentativo di rinominare un file nella cartella di installazione: ErrorRegisterServer=Impossibile registrare la DLL/OCX: %1 ErrorRegSvr32Failed=RegSvr32 fallito con codice di uscita %1 ErrorRegisterTypeLib=Impossibile registrare la libreria di tipo: %1 ; *** Post-installation errors ErrorOpeningReadme=Si verificato un errore durante l'apertura del file LEGGIMI. ErrorRestartingComputer=Impossibile riavviare il sistema. Riavviare manualmente. ; *** Uninstaller messages UninstallNotFound=Il file "%1" non esiste. Impossibile disinstallare. UninstallOpenError=Il file "%1" non pu essere aperto. Impossibile disinstallare UninstallUnsupportedVer=Il file log di disinstallazione "%1" in un formato non riconosciuto da questa versione del programma di disinstallazione. Impossibile disinstallare UninstallUnknownEntry=Trovata una voce sconosciuta (%1) nel file di log della disinstallazione ConfirmUninstall=Si desidera rimuovere completamente %1 e tutti i suoi componenti? UninstallOnlyOnWin64=Questo programma pu essere disinstallato solo su Windows a 64-bit. OnlyAdminCanUninstall=Questa applicazione pu essere disinstallata solo da un utente con privilegi di amministratore. UninstallStatusLabel=Attendere fino a che %1 stato rimosso dal computer. UninstalledAll=%1 stato rimosso con successo dal computer. UninstalledMost=Disinstallazione di %1 completata.%n%nAlcuni elementi non possono essere rimossi. Dovranno essere rimossi manualmente. UninstalledAndNeedsRestart=Per completare la disinstallazione di %1, necessario riavviare il sistema.%n%nSi desidera riavviare adesso? UninstallDataCorrupted=Il file "%1" danneggiato. Impossibile disinstallare ; *** Uninstallation phase messages ConfirmDeleteSharedFileTitle=Rimuovere il file condiviso? ConfirmDeleteSharedFile2=Il sistema indica che il seguente file condiviso non pi usato da nessun programma. Rimuovere questo file condiviso?%n%nSe qualche programma usasse questo file, potrebbe non funzionare pi correttamente. Se non si sicuri, scegliere No. Lasciare il file nel sistema non pu causare danni. SharedFileNameLabel=Nome del file: SharedFileLocationLabel=Percorso: WizardUninstalling=Stato della disinstallazione StatusUninstalling=Disinstallazione di %1 in corso... ; The custom messages below aren't used by Setup itself, but if you make ; use of them in your scripts, you'll want to translate them. [CustomMessages] NameAndVersion=%1 versione %2 AdditionalIcons=Icone aggiuntive: CreateDesktopIcon=Crea un'icona sul &desktop CreateQuickLaunchIcon=Crea un'icona nella barra &Avvio veloce ProgramOnTheWeb=%1 sul Web UninstallProgram=Disinstalla %1 LaunchProgram=Avvia %1 AssocFileExtension=&Associa l'estensione %2 a %1 AssocingFileExtension=Associazione dell'estensione %2 a %1 in corso... CalibrationLoading=Caricamento di calibrazione su login: CalibrationLoadingHandledByDispcalGUI=dispcalGUI Profile Loader (alta qualit) CalibrationLoadingHandledByOS=Sistema operativo (di bassa qualit)dispcalGUI-1.7.1.6/misc/InnoSetup/v5/Languages/Spanish.isl000644 000765 000000 00000044744 12265441406 023074 0ustar00svpwheel000000 000000 ; *** Inno Setup version 5.1.11+ Spanish messages *** ; ; Maintained by Jorge Andres Brugger (jbrugger@gmx.net) ; Spanish.isl version 0.9 (20100922) ; Default.isl version 1.72 ; ; Thanks to Germn Giraldo, Jordi Latorre, Ximo Tamarit, Emiliano Llano, ; Ramn Verduzco, Graciela Garca and Carles Millan [LangOptions] ; The following three entries are very important. Be sure to read and ; understand the '[LangOptions] section' topic in the help file. LanguageName=Espa<00F1>ol LanguageID=$0c0a LanguageCodePage=1252 ; If the language you are translating to requires special font faces or ; sizes, uncomment any of the following entries and change them accordingly. ;DialogFontName= ;DialogFontSize=8 ;WelcomeFontName=Verdana ;WelcomeFontSize=12 ;TitleFontName=Arial ;TitleFontSize=29 ;CopyrightFontName=Arial ;CopyrightFontSize=8 [Messages] ; *** Application titles SetupAppTitle=Instalar SetupWindowTitle=Instalar - %1 UninstallAppTitle=Desinstalar UninstallAppFullTitle=Desinstalar - %1 ; *** Misc. common InformationTitle=Informacin ConfirmTitle=Confirmar ErrorTitle=Error ; *** SetupLdr messages SetupLdrStartupMessage=Este programa instalar %1. Desea continuar? LdrCannotCreateTemp=Imposible crear archivo temporal. Instalacin interrumpida LdrCannotExecTemp=Imposible ejecutar archivo en la carpeta temporal. Instalacin interrumpida ; *** Startup error messages LastErrorMessage=%1.%n%nError %2: %3 SetupFileMissing=El archivo %1 no se encuentra en la carpeta de instalacin. Por favor, solucione el problema u obtenga una copia nueva del programa. SetupFileCorrupt=Los archivos de instalacin estn daados. Por favor, obtenga una copia nueva del programa. SetupFileCorruptOrWrongVer=Los archivos de instalacin estn daados, o son incompatibles con esta versin del programa de instalacin. Por favor, solucione el problema u obtenga una copia nueva del programa. NotOnThisPlatform=Este programa no se ejecutar en %1. OnlyOnThisPlatform=Este programa debe ejecutarse en %1. OnlyOnTheseArchitectures=Este programa slo puede instalarse en versiones de Windows diseadas para las siguientes arquitecturas de procesadores:%n%n%1 MissingWOW64APIs=La versin de Windows que est utilizando no cuenta con la funcionalidad requerida por el instalador para realizar una instalacin de 64-bits. Para solucionar este problema, por favor instale el Service Pack %1. WinVersionTooLowError=Este programa requiere %1 versin %2 o posterior. WinVersionTooHighError=Este programa no puede instalarse en %1 versin %2 o posterior. AdminPrivilegesRequired=Debe iniciar la sesin como administrador para instalar este programa. PowerUserPrivilegesRequired=Debe iniciar la sesin como administrador o como un miembro del grupo Usuarios Avanzados para instalar este programa. SetupAppRunningError=El programa de instalacin ha detectado que %1 est ejecutndose.%n%nPor favor, cirrelo ahora, luego haga clic en Aceptar para continuar, o en Cancelar para salir. UninstallAppRunningError=El desinstalador ha detectado que %1 est ejecutndose.%n%nPor favor, cirrelo ahora, luego haga clic en Aceptar para continuar, o en Cancelar para salir. ; *** Misc. errors ErrorCreatingDir=El programa de instalacin no pudo crear la carpeta "%1" ErrorTooManyFilesInDir=Imposible crear un archivo en la carpeta "%1" porque contiene demasiados archivos ; *** Setup common messages ExitSetupTitle=Salir de la Instalacin ExitSetupMessage=La instalacin no se ha completado an. Si cancela ahora, el programa no ser instalado.%n%nPuede ejecutar nuevamente el programa de instalacin en otra ocasin para completarla.%n%nSalir de la instalacin? AboutSetupMenuItem=&Acerca de Instalar... AboutSetupTitle=Acerca de Instalar AboutSetupMessage=%1 versin %2%n%3%n%n%1 sitio Web:%n%4 AboutSetupNote= TranslatorNote=Spanish translation maintained by Jorge Andres Brugger (jbrugger@gmx.net) ; *** Buttons ButtonBack=< &Atrs ButtonNext=&Siguiente > ButtonInstall=&Instalar ButtonOK=Aceptar ButtonCancel=Cancelar ButtonYes=&S ButtonYesToAll=S a &Todo ButtonNo=&No ButtonNoToAll=N&o a Todo ButtonFinish=&Finalizar ButtonBrowse=&Examinar... ButtonWizardBrowse=&Examinar... ButtonNewFolder=&Crear Nueva Carpeta ; *** "Select Language" dialog messages SelectLanguageTitle=Seleccione el Idioma de la Instalacin SelectLanguageLabel=Seleccione el idioma a utilizar durante la instalacin: ; *** Common wizard text ClickNext=Haga clic en Siguiente para continuar, o en Cancelar para salir de la instalacin. BeveledLabel= BrowseDialogTitle=Buscar Carpeta BrowseDialogLabel=Seleccione una carpeta, y luego haga clic en Aceptar. NewFolderName=Nueva Carpeta ; *** "Welcome" wizard page WelcomeLabel1=Bienvenido al asistente de instalacin de [name] WelcomeLabel2=Este programa instalar [name/ver] en su sistema.%n%nSe recomienda que cierre todas las dems aplicaciones antes de continuar. ; *** "Password" wizard page WizardPassword=Contrasea PasswordLabel1=Esta instalacin est protegida por contrasea. PasswordLabel3=Por favor, ingrese la contrasea, y haga clic en Siguiente para continuar. En las contraseas se hace diferencia entre maysculas y minsculas. PasswordEditLabel=&Contrasea: IncorrectPassword=La contrasea ingresada no es correcta. Por favor, intntelo nuevamente. ; *** "License Agreement" wizard page WizardLicense=Acuerdo de Licencia LicenseLabel=Por favor, lea la siguiente informacin de importancia antes de continuar. LicenseLabel3=Por favor, lea el siguiente acuerdo de licencia. Debe aceptar los trminos de este acuerdo antes de continuar con la instalacin. LicenseAccepted=A&cepto el acuerdo LicenseNotAccepted=&No acepto el acuerdo ; *** "Information" wizard pages WizardInfoBefore=Informacin InfoBeforeLabel=Por favor, lea la siguiente informacin de importancia antes de continuar. InfoBeforeClickLabel=Cuando est listo para continuar con la instalacin, haga clic en Siguiente. WizardInfoAfter=Informacin InfoAfterLabel=Por favor, lea la siguiente informacin de importancia antes de continuar. InfoAfterClickLabel=Cuando est listo para continuar, haga clic en Siguiente. ; *** "User Information" wizard page WizardUserInfo=Informacin de Usuario UserInfoDesc=Por favor, introduzca su informacin. UserInfoName=Nombre de &Usuario: UserInfoOrg=&Organizacin: UserInfoSerial=Nmero de &Serie: UserInfoNameRequired=Debe ingresar un nombre. ; *** "Select Destination Location" wizard page WizardSelectDir=Seleccione la Carpeta de Destino SelectDirDesc=Dnde debe instalarse [name]? SelectDirLabel3=El programa instalar [name] en la siguiente carpeta. SelectDirBrowseLabel=Para continuar, haga clic en Siguiente. Si desea seleccionar una carpeta diferente, haga clic en Examinar. DiskSpaceMBLabel=Se requieren al menos [mb] MB de espacio libre en el disco. ToUNCPathname=No es posible realizar la instalacin en una ruta de acceso UNC. Si est intentando instalar en una red, necesitar mapear una unidad de la red. InvalidPath=Debe ingresar una ruta completa con la letra de la unidad; por ejemplo:%n%nC:\APP%n%no una ruta de acceso UNC de la siguiente forma:%n%n\\servidor\compartido InvalidDrive=La unidad o ruta de acceso UNC que seleccion no existe o no es accesible. Por favor, seleccione otra. DiskSpaceWarningTitle=Espacio Insuficiente en Disco DiskSpaceWarning=La instalacin requiere al menos %1 KB de espacio libre, pero la unidad seleccionada slo cuenta con %2 KB disponibles.%n%nDesea continuar de todas formas? DirNameTooLong=El nombre de la carpeta o la ruta son demasiado largos. InvalidDirName=El nombre de la carpeta no es vlido. BadDirName32=Los nombres de carpetas no pueden incluir los siguientes caracteres:%n%n%1 DirExistsTitle=La Carpeta Ya Existe DirExists=La carpeta:%n%n%1%n%nya existe. Desea realizar la instalacin en esa carpeta de todas formas? DirDoesntExistTitle=La Carpeta No Existe DirDoesntExist=La carpeta:%n%n%1%n%nno existe. Desea crear esa carpeta? ; *** "Select Components" wizard page WizardSelectComponents=Seleccione los Componentes SelectComponentsDesc=Qu componentes deben instalarse? SelectComponentsLabel2=Seleccione los componentes que desea instalar; desactive los componentes que no desea instalar. Haga clic en Siguiente cuando est listo para continuar. FullInstallation=Instalacin Completa ; if possible don't translate 'Compact' as 'Minimal' (I mean 'Minimal' in your language) CompactInstallation=Instalacin Compacta CustomInstallation=Instalacin Personalizada NoUninstallWarningTitle=Componentes Existentes NoUninstallWarning=El programa de instalacin ha detectado que los siguientes componentes ya estn instalados en su sistema:%n%n%1%n%nQuitar la seleccin a estos componentes no los desinstalar.%n%nDesea continuar de todos modos? ComponentSize1=%1 KB ComponentSize2=%1 MB ComponentsDiskSpaceMBLabel=La seleccin actual requiere al menos [mb] MB de espacio en disco. ; *** "Select Additional Tasks" wizard page WizardSelectTasks=Seleccione las Tareas Adicionales SelectTasksDesc=Qu tareas adicionales deben realizarse? SelectTasksLabel2=Seleccione las tareas adicionales que desea que se realicen durante la instalacin de [name] y haga clic en Siguiente. ; *** "Select Start Menu Folder" wizard page WizardSelectProgramGroup=Seleccione la Carpeta del Men Inicio SelectStartMenuFolderDesc=Dnde deben colocarse los accesos directos del programa? SelectStartMenuFolderLabel3=El programa de instalacin crear los accesos directos del programa en la siguiente carpeta del Men Inicio. SelectStartMenuFolderBrowseLabel=Para continuar, haga clic en Siguiente. Si desea seleccionar una carpeta distinta, haga clic en Examinar. MustEnterGroupName=Debe proporcionar un nombre de carpeta. GroupNameTooLong=El nombre de la carpeta o la ruta son demasiado largos. InvalidGroupName=El nombre de la carpeta no es vlido. BadGroupName=El nombre de la carpeta no puede incluir ninguno de los siguientes caracteres:%n%n%1 NoProgramGroupCheck2=&No crear una carpeta en el Men Inicio ; *** "Ready to Install" wizard page WizardReady=Listo para Instalar ReadyLabel1=Ahora el programa est listo para iniciar la instalacin de [name] en su sistema. ReadyLabel2a=Haga clic en Instalar para continuar con el proceso, o haga clic en Atrs si desea revisar o cambiar alguna configuracin. ReadyLabel2b=Haga clic en Instalar para continuar con el proceso. ReadyMemoUserInfo=Informacin del usuario: ReadyMemoDir=Carpeta de Destino: ReadyMemoType=Tipo de Instalacin: ReadyMemoComponents=Componentes Seleccionados: ReadyMemoGroup=Carpeta del Men Inicio: ReadyMemoTasks=Tareas Adicionales: ; *** "Preparing to Install" wizard page WizardPreparing=Preparndose para Instalar PreparingDesc=El programa de instalacin est preparndose para instalar [name] en su sistema. PreviousInstallNotCompleted=La instalacin/desinstalacin previa de un programa no se complet. Deber reiniciar el sistema para completar esa instalacin.%n%nUna vez reiniciado el sistema, ejecute el programa de instalacin nuevamente para completar la instalacin de [name]. CannotContinue=El programa de instalacin no puede continuar. Por favor, presione Cancelar para salir. ; *** "Installing" wizard page WizardInstalling=Instalando InstallingLabel=Por favor, espere mientras se instala [name] en su sistema. ; *** "Setup Completed" wizard page FinishedHeadingLabel=Completando la instalacin de [name] FinishedLabelNoIcons=El programa complet la instalacin de [name] en su sistema. FinishedLabel=El programa complet la instalacin de [name] en su sistema. Puede ejecutar la aplicacin haciendo clic sobre el icono instalado. ClickFinish=Haga clic en Finalizar para salir del programa de instalacin. FinishedRestartLabel=Para completar la instalacin de [name], su sistema debe reiniciarse. Desea reiniciarlo ahora? FinishedRestartMessage=Para completar la instalacin de [name], su sistema debe reiniciarse.%n%nDesea reiniciarlo ahora? ShowReadmeCheck=S, deseo ver el archivo LAME YesRadio=&S, deseo reiniciar el sistema ahora NoRadio=&No, reiniciar el sistema ms tarde ; used for example as 'Run MyProg.exe' RunEntryExec=Ejecutar %1 ; used for example as 'View Readme.txt' RunEntryShellExec=Ver %1 ; *** "Setup Needs the Next Disk" stuff ChangeDiskTitle=El Programa de Instalacin Necesita el Siguiente Disco SelectDiskLabel2=Por favor, inserte el Disco %1 y haga clic en Aceptar.%n%nSi los archivos pueden ser hallados en una carpeta diferente a la indicada abajo, introduzca la ruta correcta o haga clic en Examinar. PathLabel=&Ruta: FileNotInDir2=El archivo "%1" no se ha podido hallar en "%2". Por favor, inserte el disco correcto o seleccione otra carpeta. SelectDirectoryLabel=Por favor, especifique la ubicacin del siguiente disco. ; *** Installation phase messages SetupAborted=La instalacin no se ha completado.%n%nPor favor solucione el problema y ejecute nuevamente el programa de instalacin. EntryAbortRetryIgnore=Haga clic en Reintentar para intentarlo de nuevo, en Omitir para continuar de todas formas, o en Anular para cancelar la instalacin. ; *** Installation status messages StatusCreateDirs=Creando carpetas... StatusExtractFiles=Extrayendo archivos... StatusCreateIcons=Creando accesos directos... StatusCreateIniEntries=Creando entradas INI... StatusCreateRegistryEntries=Creando entradas de registro... StatusRegisterFiles=Registrando archivos... StatusSavingUninstall=Guardando informacin para desinstalar... StatusRunProgram=Terminando la instalacin... StatusRollback=Deshaciendo cambios... ; *** Misc. errors ErrorInternal2=Error interno: %1 ErrorFunctionFailedNoCode=%1 fall ErrorFunctionFailed=%1 fall; cdigo %2 ErrorFunctionFailedWithMessage=%1 fall; cdigo %2.%n%3 ErrorExecutingProgram=Imposible ejecutar el archivo:%n%1 ; *** Registry errors ErrorRegOpenKey=Error al abrir la clave del registro:%n%1\%2 ErrorRegCreateKey=Error al crear la clave del registro:%n%1\%2 ErrorRegWriteKey=Error al escribir la clave del registro:%n%1\%2 ; *** INI errors ErrorIniEntry=Error al crear entrada INI en el archivo "%1". ; *** File copying errors FileAbortRetryIgnore=Haga clic en Reintentar para intentarlo de nuevo, en Omitir para excluir este archivo (no recomendado), o en Anular para cancelar la instalacin. FileAbortRetryIgnore2=Haga clic en Reintentar para intentarlo de nuevo, en Omitir para continuar de todas formas (no recomendado), o en Anular para cancelar la instalacin. SourceIsCorrupted=El archivo de origen est daado SourceDoesntExist=El archivo de origen "%1" no existe ExistingFileReadOnly=El archivo existente est marcado como slo-lectura.%n%nHaga clic en Reintentar para quitar el atributo de slo-lectura e intentarlo de nuevo, en Omitir para excluir este archivo, o en Anular para cancelar la instalacin. ErrorReadingExistingDest=Ocurri un error mientras se intentaba leer el archivo: FileExists=El archivo ya existe.%n%nDesea sobreescribirlo? ExistingFileNewer=El archivo existente es ms reciente que el que est tratando de instalar. Se recomienda que mantenga el archivo existente.%n%nDesea mantener el archivo existente? ErrorChangingAttr=Ocurri un error al intentar cambiar los atributos del archivo: ErrorCreatingTemp=Ocurri un error al intentar crear un archivo en la carpeta de destino: ErrorReadingSource=Ocurri un error al intentar leer el archivo de origen: ErrorCopying=Ocurri un error al intentar copiar el archivo: ErrorReplacingExistingFile=Ocurri un error al intentar reemplazar el archivo existente: ErrorRestartReplace=Fall reintento de reemplazar: ErrorRenamingTemp=Ocurri un error al intentar renombrar un archivo en la carpeta de destino: ErrorRegisterServer=Imposible registrar el DLL/OCX: %1 ErrorRegSvr32Failed=RegSvr32 fall con el cdigo de salida %1 ErrorRegisterTypeLib=Imposible registrar la librera de tipos: %1 ; *** Post-installation errors ErrorOpeningReadme=Ocurri un error al intentar abrir el archivo LAME. ErrorRestartingComputer=El programa de instalacin no pudo reiniciar el equipo. Por favor, hgalo manualmente. ; *** Uninstaller messages UninstallNotFound=El archivo "%1" no existe. Imposible desinstalar. UninstallOpenError=El archivo "%1" no pudo ser abierto. Imposible desinstalar UninstallUnsupportedVer=El archivo de registro para desinstalar "%1" est en un formato no reconocido por esta versin del desinstalador. Imposible desinstalar UninstallUnknownEntry=Una entrada desconocida (%1) fue encontrada en el registro de desinstalacin ConfirmUninstall=Est seguro que desea desinstalar completamente %1 y todos sus componentes? UninstallOnlyOnWin64=Este programa slo puede ser desinstalado en Windows de 64-bits. OnlyAdminCanUninstall=Este programa slo puede ser desinstalado por un usuario con privilegios administrativos. UninstallStatusLabel=Por favor, espere mientras %1 es desinstalado de su sistema. UninstalledAll=%1 fue desinstalado satisfactoriamente de su sistema. UninstalledMost=La desinstalacin de %1 ha sido completada.%n%nAlgunos elementos no pudieron eliminarse. Estos pueden ser eliminados manualmente. UninstalledAndNeedsRestart=Para completar la desinstalacin de %1, su sistema debe reiniciarse.%n%nDesea reiniciarlo ahora? UninstallDataCorrupted=El archivo "%1" est daado. No puede desinstalarse ; *** Uninstallation phase messages ConfirmDeleteSharedFileTitle=Eliminar Archivo Compartido? ConfirmDeleteSharedFile2=El sistema indica que el siguiente archivo compartido no es usado por ningn otro programa. Desea eliminar este archivo compartido?%n%nSi hay programas que usan este archivo y el mismo es eliminado, esos programas pueden dejar de funcionar correctamente. Si no est seguro, elija No. Dejar el archivo en su sistema no producir ningn dao. SharedFileNameLabel=Archivo: SharedFileLocationLabel=Ubicacin: WizardUninstalling=Estado de la Desinstalacin StatusUninstalling=Desinstalando %1... ; The custom messages below aren't used by Setup itself, but if you make ; use of them in your scripts, you'll want to translate them. [CustomMessages] NameAndVersion=%1 versin %2 AdditionalIcons=Iconos adicionales: CreateDesktopIcon=Crear un icono en el &escritorio CreateQuickLaunchIcon=Crear un icono de &Inicio Rpido ProgramOnTheWeb=%1 en la Web UninstallProgram=Desinstalar %1 LaunchProgram=Ejecutar %1 AssocFileExtension=&Asociar %1 con la extensin de archivo %2 AssocingFileExtension=Asociando %1 con la extensin de archivo %2... CalibrationLoading=Calibracin de la carga en inicio de sesin: CalibrationLoadingHandledByDispcalGUI=dispcalGUI Profile Loader (calidad alta) CalibrationLoadingHandledByOS=Sistema operativo (baja calidad)dispcalGUI-1.7.1.6/misc/0install/dispcalGUI.xml000644 000765 000000 00000002076 12025152312 021003 0ustar00svpwheel000000 000000 ${PACKAGE}

${SUMMARY} ${DESC} http://dispcalgui.hoech.net Graphics dispcalGUI-1.7.1.6/man/dispcalGUI-3DLUT-maker.1000644 000765 000000 00000000457 12075564060 020400 0ustar00svpwheel000000 000000 .TH "dispcalGUI-3DLUT-maker" "1" "07 Jan 2013" "" "" .SH NAME dispcalGUI-3DLUT-maker \- 3D LUT creator .SH SYNOPSIS \fBdispcalGUI-3DLUT-maker\fR .SH "DESCRIPTION" .PP Creates 3D LUTs from a chain of ICC profiles. .SH "SEE ALSO" .PP dispcalGUI (1) .SH "AUTHOR" .PP Florian Höch dispcalGUI-1.7.1.6/man/dispcalGUI-apply-profiles.1000644 000765 000000 00000000742 12025152312 021377 0ustar00svpwheel000000 000000 .TH "dispcalGUI-apply-profiles" "1" "24 July 2010" "" "" .SH NAME dispcalGUI-apply-profiles \- ICC profile loader .SH SYNOPSIS \fBdispcalGUI-apply-profiles\fR .SH "DESCRIPTION" .PP Sets ICC profiles and loads calibration curves for all configured screens. .PP Utilizes Argyll CMS (dispwin), Oyranos (oyranos-monitor) or GNOME Color Manager (gcm-apply) if available for the actual work done. .SH "SEE ALSO" .PP dispcalGUI (1) .SH "AUTHOR" .PP Florian Höch dispcalGUI-1.7.1.6/man/dispcalGUI-curve-viewer.1000644 000765 000000 00000000514 12263672717 021075 0ustar00svpwheel000000 000000 .TH "dispcalGUI-curve-viewer" "1" "06 Jan 2014" "" "" .SH NAME dispcalGUI-curve-viewer \- ICC profile information .SH SYNOPSIS \fBdispcalGUI-curve-viewer\fR .SH "DESCRIPTION" .PP Shows video card gamma table and profile tone response curves. .SH "SEE ALSO" .PP dispcalGUI (1) .SH "AUTHOR" .PP Florian Höch dispcalGUI-1.7.1.6/man/dispcalGUI-profile-info.1000644 000765 000000 00000000525 12075564060 021035 0ustar00svpwheel000000 000000 .TH "dispcalGUI-profile-info" "1" "07 Jan 2013" "" "" .SH NAME dispcalGUI-profile-info \- ICC profile information .SH SYNOPSIS \fBdispcalGUI-profile-info\fR .SH "DESCRIPTION" .PP Shows ICC profile information like gamut, curves and embedded metadata. .SH "SEE ALSO" .PP dispcalGUI (1) .SH "AUTHOR" .PP Florian Höch dispcalGUI-1.7.1.6/man/dispcalGUI-synthprofile.1000644 000765 000000 00000000460 12142254475 021171 0ustar00svpwheel000000 000000 .TH "dispcalGUI-synthprofile" "1" "06 May 2013" "" "" .SH NAME dispcalGUI-synthprofile \- Synthetic Profile Creator .SH SYNOPSIS \fBdispcalGUI-synthprofile\fR .SH "DESCRIPTION" .PP Creates synthethic ICC profiles. .SH "SEE ALSO" .PP dispcalGUI (1) .SH "AUTHOR" .PP Florian Höch dispcalGUI-1.7.1.6/man/dispcalGUI-testchart-editor.1000644 000765 000000 00000000462 12075564060 021731 0ustar00svpwheel000000 000000 .TH "dispcalGUI-testchart-editor" "1" "07 Jan 2013" "" "" .SH NAME dispcalGUI-testchart-editor \- Testchart editor .SH SYNOPSIS \fBdispcalGUI-testchart-editor\fR .SH "DESCRIPTION" .PP Edits and generates testcharts. .SH "SEE ALSO" .PP dispcalGUI (1) .SH "AUTHOR" .PP Florian Höch dispcalGUI-1.7.1.6/man/dispcalGUI.1000644 000765 000000 00000001674 12025152312 016440 0ustar00svpwheel000000 000000 .TH "dispcalGUI" "1" "24 July 2010" "" "" .SH NAME dispcalGUI \- A graphical user interface for the Argyll CMS display calibration utilities .SH SYNOPSIS \fBdispcalGUI\fR .SH "DESCRIPTION" .PP Calibrates and characterizes display devices using a hardware sensor, driven by the open source color management system Argyll CMS. .PP Supports multi-display setups and a variety of available settings like customizable whitepoint, luminance, black level, tone response curve as well as the creation of matrix and look-up-table ICC profiles with optional gamut mapping. Calibrations and profiles can be verified through measurements, and profiles can be installed to make them available to color management aware applications. .PP Profile installation can utilize Argyll CMS, Oyranos and/or GNOME Color Manager if available, for flexible integration. .SH "SEE ALSO" .PP dispcalGUI-apply-profiles (1) .SH "AUTHOR" .PP Florian Höch dispcalGUI-1.7.1.6/dispcalGUI/__init__.py000644 000765 000000 00000000217 12025152311 017703 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- try: import __version__ except ImportError: __version__ = "0.0.0.0" else: __version__ = __version__.VERSION_STRING dispcalGUI-1.7.1.6/dispcalGUI/__version__.py000644 000765 000000 00000000272 12266723147 020450 0ustar00svpwheel000000 000000 # generated by setup.py BUILD_DATE = '2014-01-19T10:18:15.555768Z' LASTMOD = '2014-01-19T10:09:16.736566Z' VERSION = (1, 7, 1, 6) VERSION_BASE = (1, 7, 1, 6) VERSION_STRING = '1.7.1.6' dispcalGUI-1.7.1.6/dispcalGUI/argyll_cgats.py000644 000765 000000 00000026615 12265441405 020644 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import decimal Decimal = decimal.Decimal import os import traceback from time import strftime from options import debug from safe_print import safe_print from util_io import StringIOu as StringIO from util_str import safe_unicode import CGATS import ICCProfile as ICCP cals = {} def quote_nonoption_args(args): """ Puts quotes around all arguments which are not options (ie. which do not start with a hyphen '-') """ args = list(args) for i, arg in enumerate(args): if arg[0] != "-": args[i] = '"' + arg + '"' return args def add_dispcal_options_to_cal(cal, options_dispcal): # Add dispcal options to cal options_dispcal = quote_nonoption_args(options_dispcal) try: cgats = CGATS.CGATS(cal) cgats[0].add_section("ARGYLL_DISPCAL_ARGS", " ".join(options_dispcal).encode("UTF-7", "replace")) return cgats except Exception, exception: safe_print(safe_unicode(traceback.format_exc())) def add_options_to_ti3(ti3, options_dispcal=None, options_colprof=None): # Add dispcal and colprof options to ti3 try: cgats = CGATS.CGATS(ti3) if options_colprof: options_colprof = quote_nonoption_args(options_colprof) cgats[0].add_section("ARGYLL_COLPROF_ARGS", " ".join(options_colprof).encode("UTF-7", "replace")) if options_dispcal and len(cgats) > 1: options_dispcal = quote_nonoption_args(options_dispcal) cgats[1].add_section("ARGYLL_DISPCAL_ARGS", " ".join(options_dispcal).encode("UTF-7", "replace")) return cgats except Exception, exception: safe_print(safe_unicode(traceback.format_exc())) def cal_to_fake_profile(cal): """ Create and return a 'fake' ICCProfile with just a vcgt tag. cal must refer to a valid Argyll CAL file and can be a CGATS instance or a filename. """ if not isinstance(cal, CGATS.CGATS): try: cal = CGATS.CGATS(cal) except (IOError, CGATS.CGATSInvalidError, CGATS.CGATSInvalidOperationError, CGATS.CGATSKeyError, CGATS.CGATSTypeError, CGATS.CGATSValueError), exception: safe_print(u"Warning - couldn't process CGATS file '%s': %s" % tuple(safe_unicode(s) for s in (cal, exception))) return None required_fields = ("RGB_I", "RGB_R", "RGB_G", "RGB_B") data_format = cal.queryv1("DATA_FORMAT") if data_format: for field in required_fields: if not field in data_format.values(): if debug: safe_print("[D] Missing required field:", field) return None for field in data_format.values(): if not field in required_fields: if debug: safe_print("[D] Unknown field:", field) return None entries = cal.queryv(required_fields) if len(entries) < 1: if debug: safe_print("[D] No entries found in", cal.filename) return None profile = ICCP.ICCProfile() profile.fileName = cal.filename profile._data = "\0" * 128 profile._tags.desc = ICCP.TextDescriptionType("", "desc") profile._tags.desc.ASCII = safe_unicode( os.path.basename(cal.filename)).encode("ascii", "asciize") profile._tags.desc.Unicode = safe_unicode(os.path.basename(cal.filename)) profile._tags.vcgt = ICCP.VideoCardGammaTableType("", "vcgt") profile._tags.vcgt.update({ "channels": 3, "entryCount": len(entries), "entrySize": 2, "data": [[], [], []] }) for n in entries: for i in range(3): profile._tags.vcgt.data[i].append(int(round(entries[n][i + 1] * 65535.0))) profile.size = len(profile.data) profile.is_loaded = True return profile def can_update_cal(path): """ Check if cal can be updated by checking for required fields. """ try: calstat = os.stat(path) except Exception, exception: safe_print(u"Warning - os.stat('%s') failed: %s" % tuple(safe_unicode(s) for s in (path, exception))) return False if not path in cals or cals[path].mtime != calstat.st_mtime: try: cal = CGATS.CGATS(path) except (IOError, CGATS.CGATSInvalidError, CGATS.CGATSInvalidOperationError, CGATS.CGATSKeyError, CGATS.CGATSTypeError, CGATS.CGATSValueError), exception: if path in cals: del cals[path] safe_print(u"Warning - couldn't process CGATS file '%s': %s" % tuple(safe_unicode(s) for s in (path, exception))) else: if cal.queryv1("DEVICE_CLASS") == "DISPLAY" and not None in \ (cal.queryv1("TARGET_WHITE_XYZ"), cal.queryv1("TARGET_GAMMA"), cal.queryv1("BLACK_POINT_CORRECTION"), cal.queryv1("QUALITY")): cals[path] = cal return path in cals and cals[path].mtime == calstat.st_mtime def extract_cal_from_ti3(ti3_data): """ Extract and return the CAL section of a TI3. ti3_data can be a file object or a string holding the data. """ if isinstance(ti3_data, (str, unicode)): ti3 = StringIO(ti3_data) else: ti3 = ti3_data cal = False cal_lines = [] for line in ti3: line = line.strip() if line == "CAL": line = "CAL " # Make sure CGATS file identifiers are # always a minimum of 7 characters cal = True if cal: cal_lines += [line] if line == 'END_DATA': break if isinstance(ti3, file): ti3.close() return "\n".join(cal_lines) def extract_fix_copy_cal(source_filename, target_filename=None): """ Return the CAL section from a profile's embedded measurement data. Try to 'fix it' (add information needed to make the resulting .cal file 'updateable') and optionally copy it to target_filename. """ from worker import get_options_from_profile try: profile = ICCP.ICCProfile(source_filename) except (IOError, ICCP.ICCProfileInvalidError), exception: return exception if "CIED" in profile.tags or "targ" in profile.tags: cal_lines = [] ti3 = StringIO(profile.tags.get("CIED", "") or profile.tags.get("targ", "")) ti3_lines = [line.strip() for line in ti3] ti3.close() cal_found = False for line in ti3_lines: line = line.strip() if line == "CAL": line = "CAL " # Make sure CGATS file identifiers are #always a minimum of 7 characters cal_found = True if cal_found: cal_lines += [line] if line == 'DEVICE_CLASS "DISPLAY"': options_dispcal = get_options_from_profile(profile)[0] if options_dispcal: whitepoint = False b = profile.tags.lumi.Y for o in options_dispcal: if o[0] == "y": cal_lines += ['KEYWORD "DEVICE_TYPE"'] if o[1] == "c": cal_lines += ['DEVICE_TYPE "CRT"'] else: cal_lines += ['DEVICE_TYPE "LCD"'] continue if o[0] in ("t", "T"): continue if o[0] == "w": continue if o[0] in ("g", "G"): if o[1:] == "240": trc = "SMPTE240M" elif o[1:] == "709": trc = "REC709" elif o[1:] == "l": trc = "L_STAR" elif o[1:] == "s": trc = "sRGB" else: trc = o[1:] if o[0] == "G": try: trc = 0 - Decimal(trc) except decimal.InvalidOperation, \ exception: continue cal_lines += ['KEYWORD "TARGET_GAMMA"'] cal_lines += ['TARGET_GAMMA "%s"' % trc] continue if o[0] == "f": cal_lines += ['KEYWORD ' '"DEGREE_OF_BLACK_OUTPUT_OFFSET"'] cal_lines += [ 'DEGREE_OF_BLACK_OUTPUT_OFFSET "%s"' % o[1:]] continue if o[0] == "k": cal_lines += ['KEYWORD ' '"BLACK_POINT_CORRECTION"'] cal_lines += [ 'BLACK_POINT_CORRECTION "%s"' % o[1:]] continue if o[0] == "B": cal_lines += ['KEYWORD ' '"TARGET_BLACK_BRIGHTNESS"'] cal_lines += [ 'TARGET_BLACK_BRIGHTNESS "%s"' % o[1:]] continue if o[0] == "q": if o[1] == "l": q = "low" elif o[1] == "m": q = "medium" else: q = "high" cal_lines += ['KEYWORD "QUALITY"'] cal_lines += ['QUALITY "%s"' % q] continue if not whitepoint: cal_lines += ['KEYWORD "NATIVE_TARGET_WHITE"'] cal_lines += ['NATIVE_TARGET_WHITE ""'] if cal_lines: if target_filename: try: f = open(target_filename, "w") f.write("\n".join(cal_lines)) f.close() except Exception, exception: return exception return cal_lines else: return None def ti3_to_ti1(ti3_data): """ Create and return TI1 data converted from TI3. ti3_data can be a file object, a list of strings or a string holding the data. """ ti3 = CGATS.CGATS(ti3_data) ti3[0].type = "CTI1" ti3[0].DESCRIPTOR = "Argyll Calibration Target chart information 1" ti3[0].ORIGINATOR = "Argyll targen" if hasattr(ti3[0], "COLOR_REP"): color_rep = ti3[0].COLOR_REP.split('_')[0] else: color_rep = "RGB" ti3[0].add_keyword("COLOR_REP", color_rep) ti3[0].remove_keyword("DEVICE_CLASS") if hasattr(ti3[0], "LUMINANCE_XYZ_CDM2"): ti3[0].remove_keyword("LUMINANCE_XYZ_CDM2") if hasattr(ti3[0], "ARGYLL_COLPROF_ARGS"): del ti3[0].ARGYLL_COLPROF_ARGS return str(ti3[0]) def vcgt_to_cal(profile): """ Return a CAL (CGATS instance) from vcgt """ cgats = CGATS.CGATS(file_identifier="CAL ") context = cgats.add_data({"DESCRIPTOR": "Argyll Device Calibration State"}) context.add_data({"ORIGINATOR": "vcgt"}) context.add_data({"CREATED": strftime("%a %b %d %H:%M:%S %Y", profile.dateTime.timetuple())}) context.add_keyword("DEVICE_CLASS", "DISPLAY") context.add_keyword("COLOR_REP", "RGB") context.add_keyword("RGB_I") key = "DATA_FORMAT" context[key] = CGATS.CGATS() context[key].key = key context[key].parent = context context[key].root = cgats context[key].type = key context[key].add_data(("RGB_I", "RGB_R", "RGB_G", "RGB_B")) key = "DATA" context[key] = CGATS.CGATS() context[key].key = key context[key].parent = context context[key].root = cgats context[key].type = key values = profile.tags.vcgt.getNormalizedValues() for i, triplet in enumerate(values): context[key].add_data(("%.7f" % (i / float(len(values) - 1)), ) + triplet) return cgats def verify_cgats(cgats, required, ignore_unknown=True): """ Verify and return a CGATS instance or None on failure. Verify if a CGATS instance has a section with all required fields. Return the section as CGATS instance on success, None on failure. If ignore_unknown evaluates to True, ignore fields which are not required. Otherwise, the CGATS data must contain only the required fields, no more, no less. """ cgats_1 = cgats.queryi1(required) if cgats_1 and cgats_1.parent and cgats_1.parent.parent: cgats_1 = cgats_1.parent.parent if cgats_1.queryv1("NUMBER_OF_SETS"): if cgats_1.queryv1("DATA_FORMAT"): for field in required: if not field in cgats_1.queryv1("DATA_FORMAT").values(): raise CGATS.CGATSKeyError("Missing required field: %s" % field) if not ignore_unknown: for field in cgats_1.queryv1("DATA_FORMAT").values(): if not field in required: raise CGATS.CGATSError("Unknown field: %s" % field) else: raise CGATS.CGATSInvalidError("Missing DATA_FORMAT") else: raise CGATS.CGATSInvalidError("Missing NUMBER_OF_SETS") modified = cgats_1.modified cgats_1.filename = cgats.filename cgats_1.modified = modified return cgats_1 else: raise CGATS.CGATSKeyError("Missing required fields: %s" % ", ".join(required)) def verify_ti1_rgb_xyz(cgats): """ Verify and return a CGATS instance or None on failure. Verify if a CGATS instance has a TI1 section with all required fields for RGB devices. Return the TI1 section as CGATS instance on success, None on failure. """ return verify_cgats(cgats, ("RGB_R", "RGB_B", "RGB_G", "XYZ_X", "XYZ_Y", "XYZ_Z")) dispcalGUI-1.7.1.6/dispcalGUI/argyll_instruments.json000644 000765 000000 00000014501 12224371766 022455 0ustar00svpwheel000000 000000 { /* instrument names from Argyll source spectro/insttypes.c spectral: Does the instrument support spectral readings? adaptive_mode: Does the instrument support adaptive emissive readings? highres_mode: Does the instrument support high-res spectral readings? projector_mode: Does the instrument support a special projector mode? sensor_cal: Does the instrument need to calibrate its sensor by putting it on a reference tile or black surface? A value of false for sensor_cal means the instrument can be left on the display A value of true for sensor_cal means the instrument must be removed from the display for sensor calibration if it cannot be skipped skip_sensor_cal: Can the sensor calibration be skipped? A value of null for any of the keys means unknown/not tested */ "DTP92": { "spectral": false, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": null, "skip_sensor_cal": null }, "DTP94": { "spectral": false, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": false, "skip_sensor_cal": false // DTP94 instrument access fails // when using -N option to skip automatic sensor calibration // (dispread -D9 output: "Setting no-sensor_calibrate failed // failed with 'Unsupported function'") }, "Spectrolino": { "spectral": true, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": true, "skip_sensor_cal": true }, "SpectroScan": { "spectral": true, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": true, "skip_sensor_cal": true }, "SpectroScanT": { "spectral": true, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": true, "skip_sensor_cal": true }, "Spectrocam": { "spectral": true, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": true, "skip_sensor_cal": null }, "i1 Display": { // Argyll 1.3.5 and earlier "spectral": false, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": false, "skip_sensor_cal": false }, "i1 Display 1": { // Argyll 1.3.6 and newer "spectral": false, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": true, "skip_sensor_cal": false }, "i1 Display 2": { // Argyll 1.3.6 and newer "spectral": false, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": false, "skip_sensor_cal": false // i1 Display 2 instrument access fails // when using -N option to skip automatic sensor calibration // (dispread -D9 output: "Setting no-sensor_calibrate failed // failed with 'Unsupported function'") }, "i1 DisplayPro, ColorMunki Display": { "spectral": false, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": false, "skip_sensor_cal": false, "measurement_mode_map": {"c": "r", "l": "n"} }, "i1 Monitor": { // like i1Pro "spectral": true, "adaptive_mode": true, "highres_mode": true, "projector_mode": false, "sensor_cal": true, "skip_sensor_cal": true }, "i1 Pro": { "spectral": true, "adaptive_mode": true, "highres_mode": true, "projector_mode": false, "sensor_cal": true, "skip_sensor_cal": true }, "i1 Pro 2": { "spectral": true, "adaptive_mode": true, "highres_mode": true, "projector_mode": false, "sensor_cal": true, "skip_sensor_cal": true }, "ColorHug": { "spectral": false, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": null, "skip_sensor_cal": null }, "ColorMunki": { "spectral": true, "adaptive_mode": true, "highres_mode": true, "projector_mode": true, "sensor_cal": true, "skip_sensor_cal": true }, "Colorimtre HCFR": { "spectral": false, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": null, "skip_sensor_cal": null }, "ColorMunki Smile": { // Argyll 1.5.x and newer "spectral": false, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": false, "skip_sensor_cal": false }, "Spyder2": { "spectral": false, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": null, "skip_sensor_cal": null }, "Spyder3": { "spectral": false, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": null, "skip_sensor_cal": null, "measurement_mode_map": {"c": "r", "l": "n"} }, "Spyder4": { "spectral": false, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": null, "skip_sensor_cal": null, "measurement_mode_map": {"c": "r", "l": "n"} }, "Huey": { "spectral": false, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": null, "skip_sensor_cal": null }, "specbos": { "spectral": true, "adaptive_mode": false, "highres_mode": false, "projector_mode": false, "sensor_cal": null, "skip_sensor_cal": null, "measurement_mode_map": {"c": "r", "l": "n"} }, "Dummy Meter / Hires & Projector": { // dummy instrument, just for testing "spectral": false, "adaptive_mode": false, "highres_mode": true, "projector_mode": true, "sensor_cal": false, "skip_sensor_cal": false }, "Dummy Spectro / Hires & Projector": { // dummy instrument, just for testing "spectral": true, "adaptive_mode": false, "highres_mode": true, "projector_mode": true, "sensor_cal": true, "skip_sensor_cal": true }, "Dummy Meter / Adaptive, Hires & Projector": { // dummy instrument, just for testing "spectral": false, "adaptive_mode": true, "highres_mode": true, "projector_mode": true, "sensor_cal": false, "skip_sensor_cal": false }, "Dummy Spectro / Adaptive, Hires & Projector": { // dummy instrument, just for testing "spectral": true, "adaptive_mode": true, "highres_mode": true, "projector_mode": true, "sensor_cal": true, "skip_sensor_cal": true } }dispcalGUI-1.7.1.6/dispcalGUI/argyll_instruments.py000644 000765 000000 00000001306 12147653633 022133 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from itertools import izip import re from jsondict import JSONDict from util_str import strtr instruments = JSONDict("argyll_instruments.json") vendors = [ "ColorVision", "Datacolor", "GretagMacbeth", "Hughski", "JETI", "X-Rite", "Xrite" ] def get_canonical_instrument_name(instrument_name, replacements=None, inverse=False): replacements = replacements or {} if inverse: replacements = dict(izip(replacements.itervalues(), replacements.iterkeys())) return strtr(remove_vendor_names(instrument_name), replacements) def remove_vendor_names(txt): for vendor in vendors: txt = re.sub(re.escape(vendor), "", txt, re.I) txt = txt.strip() return txt dispcalGUI-1.7.1.6/dispcalGUI/argyll_names.py000644 000765 000000 00000003321 12266411534 020634 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- # Argyll CMS tools used by dispcalGUI names = [ "applycal", "average", "cctiff", "ccxxmake", "dispcal", "dispread", "collink", "colprof", "dispwin", "iccgamut", "icclu", "xicclu", "spotread", "spyd2en", "spyd4en", "targen", "tiffgamut", "txt2ti3", "i1d3ccss", "viewgam" ] # Argyll CMS tools optionally used by dispcalGUI optional = ["applycal", "average", "cctiff", "ccxxmake", "i1d3ccss", "spyd2en", "spyd4en", "tiffgamut"] prefixes_suffixes = ["argyll"] # Alternative tool names (from older Argyll CMS versions or with filename # prefix/suffix like on some Linux distros) altnames = {"txt2ti3": ["logo2cgats"], "icclu": ["xicclu"], "ccxxmake": ["ccmxmake"], "i1d3ccss": ["oeminst"], "spyd2en": ["oeminst"], "spyd4en": ["oeminst"]} def add_prefixes_suffixes(name, altname): for prefix_suffix in prefixes_suffixes: altnames[name] += ["%s-%s" % (altname, prefix_suffix)] altnames[name] += ["%s-%s" % (prefix_suffix, altname)] # Automatically populate the alternative tool names with prefixed/suffixed # versions for name in names: if not name in altnames: altnames[name] = [] _altnames = list(altnames[name]) for altname in _altnames: add_prefixes_suffixes(name, altname) altnames[name] += [name] add_prefixes_suffixes(name, name) altnames[name].reverse() # Viewing conditions supported by colprof (only predefined choices) viewconds = [ "pp", "pe", "mt", "mb", "md", "jm", "jd", "pcd", "ob", "cx" ] # Intents supported by colprof intents = ["a", "aa", "aw", "la", "ms", "p", "pa", "r", "s"] # pa = Argyll >= 1.3.3 # Video input/output encodings supported by collink (Argyll >= 1.6) video_encodings = ["n", "t", "6", "7", "5", "2", "C", "x", "X"] dispcalGUI-1.7.1.6/dispcalGUI/argyll_RGB2XYZ.py000644 000765 000000 00000010377 12266411534 020651 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import math import colormath # from xcolorants.c icx_ink_table = { "C": [ [ 0.12, 0.18, 0.48 ], [ 0.12, 0.18, 0.48 ] ], "M": [ [ 0.38, 0.19, 0.20 ], [ 0.38, 0.19, 0.20 ] ], "Y": [ [ 0.76, 0.81, 0.11 ], [ 0.76, 0.81, 0.11 ] ], "K": [ [ 0.01, 0.01, 0.01 ], [ 0.04, 0.04, 0.04 ] ], "O": [ [ 0.59, 0.41, 0.03 ], [ 0.59, 0.41, 0.05 ] ], "R": [ [ 0.412414, 0.212642, 0.019325 ], [ 0.40, 0.21, 0.05 ] ], "G": [ [ 0.357618, 0.715136, 0.119207 ], [ 0.11, 0.27, 0.21 ] ], "B": [ [ 0.180511, 0.072193, 0.950770 ], [ 0.11, 0.27, 0.47 ] ], "W": [ [ 0.950543, 1.0, 1.089303 ], # D65 ? colormath.get_standard_illuminant("D50") ], # D50 "LC": [ [ 0.76, 0.89, 1.08 ], [ 0.76, 0.89, 1.08 ] ], "LM": [ [ 0.83, 0.74, 1.02 ], [ 0.83, 0.74, 1.02 ] ], "LY": [ [ 0.88, 0.97, 0.72 ], [ 0.88, 0.97, 0.72 ] ], "LK": [ [ 0.56, 0.60, 0.65 ], [ 0.56, 0.60, 0.65 ] ], "MC": [ [ 0.61, 0.81, 1.07 ], [ 0.61, 0.81, 1.07 ] ], "MM": [ [ 0.74, 0.53, 0.97 ], [ 0.74, 0.53, 0.97 ] ], "MY": [ [ 0.82, 0.93, 0.40 ], [ 0.82, 0.93, 0.40 ] ], "MK": [ [ 0.27, 0.29, 0.31 ], [ 0.27, 0.29, 0.31 ] ], "LLK": [ [ 0.76, 0.72, 0.65 ], # Very rough - should substiture real numbers [ 0.76, 0.72, 0.65 ] ], "": [ [ 0.0, 0.0, 0.0 ], [ 0.0, 0.0, 0.0 ] ] } s = { "Ynorm": 0.0, "iix": { 0: "R", 1: "G", 2: "B" } } s["Ynorm"] = 0.0 for e in xrange(3): s["Ynorm"] += icx_ink_table[s["iix"][e]][0][1] s["Ynorm"] = 1.0 / s["Ynorm"] def XYZ_denormalize_remove_glare(X, Y, Z): XYZ = [X, Y, Z] # De-Normalise Y from 1.0, & remove black glare for j in xrange(3): XYZ[j] = (XYZ[j] - icx_ink_table["K"][0][j]) / (1.0 - icx_ink_table["K"][0][j]) XYZ[j] /= s["Ynorm"] return tuple(XYZ) def XYZ_normalize_add_glare(X, Y, Z): XYZ = [X, Y, Z] # Normalise Y to 1.0, & add black glare for j in xrange(3): XYZ[j] *= s["Ynorm"] XYZ[j] = XYZ[j] * (1.0 - icx_ink_table["K"][0][j]) + \ icx_ink_table["K"][0][j] return tuple(XYZ) def RGB2XYZ(R, G, B): # from xcolorants.c -> icxColorantLu_to_XYZ d = (R, G, B) # We assume a simple additive model with gamma XYZ = [0.0, 0.0, 0.0] for e in xrange(3): v = d[e] if (v < 0.0): v = 0.0 elif (v > 1.0): v = 1.0 if (v <= 0.03928): v /= 12.92 else: v = math.pow((0.055 + v) / 1.055, 2.4) # Gamma for j in xrange(3): XYZ[j] += v * icx_ink_table[s["iix"][e]][0][j] return XYZ_normalize_add_glare(*XYZ) def XYZ2RGB(X, Y, Z): return colormath.XYZ2RGB(*XYZ_denormalize_remove_glare(X, Y, Z)) if __name__ == '__main__': for RGB, XYZ in iter(( ((1.0, 1.0, 1.0), (0.951065, 1.000000, 1.088440)), ((0.0, 0.0, 0.0), (0.010000, 0.010000, 0.010000)), ((0.5, 0.0, 0.0), (0.097393, 0.055060, 0.014095)), ((1.0, 0.0, 0.0), (0.418302, 0.220522, 0.029132)), ((0.0, 0.5, 0.0), (0.085782, 0.161542, 0.035261)), ((0.5, 0.5, 0.0), (0.173175, 0.206603, 0.039356)), ((1.0, 0.5, 0.0), (0.494083, 0.372064, 0.054393)), ((0.0, 1.0, 0.0), (0.364052, 0.718005, 0.128018)), ((0.5, 1.0, 0.0), (0.451445, 0.763065, 0.132113)), ((1.0, 1.0, 0.0), (0.772354, 0.928527, 0.147151)), ((0.0, 0.0, 0.5), (0.048252, 0.025298, 0.211475)), ((0.5, 0.0, 0.5), (0.135645, 0.070358, 0.215570)), ((1.0, 0.0, 0.5), (0.456553, 0.235820, 0.230607)), ((0.0, 0.5, 0.5), (0.124033, 0.176840, 0.236735)), ((0.5, 0.5, 0.5), (0.211427, 0.221901, 0.240831)), ((1.0, 0.5, 0.5), (0.532335, 0.387362, 0.255868)), ((0.0, 1.0, 0.5), (0.402304, 0.733303, 0.329493)), ((0.5, 1.0, 0.5), (0.489697, 0.778364, 0.333588)), ((1.0, 1.0, 0.5), (0.810605, 0.943825, 0.348625)), ((0.0, 0.0, 1.0), (0.188711, 0.081473, 0.951290)), ((0.5, 0.0, 1.0), (0.276104, 0.126533, 0.955385)), ((1.0, 0.0, 1.0), (0.597013, 0.291995, 0.970422)), ((0.0, 0.5, 1.0), (0.264493, 0.233015, 0.976550)), ((0.5, 0.5, 1.0), (0.351886, 0.278076, 0.980645)), ((1.0, 0.5, 1.0), (0.672794, 0.443537, 0.995683)), ((0.0, 1.0, 1.0), (0.542763, 0.789478, 1.069308)), ((0.5, 1.0, 1.0), (0.630157, 0.834539, 1.073403)))): XYZ1 = tuple(str(round(c, 6)) for c in RGB2XYZ(*RGB)) XYZ2 = tuple(str(c) for c in XYZ) try: assert(XYZ1 == XYZ2) except AssertionError: raise AssertionError('RGB2XYZ%r == (%s) != (%s)' % (RGB, ', '.join(XYZ1), ', '.join(XYZ2))) dispcalGUI-1.7.1.6/dispcalGUI/beep.wav000644 000765 000000 00000051474 12025152312 017240 0ustar00svpwheel000000 000000 RIFF4SWAVEfmt DdataS64$%+*^^mnTTllMLuxAB CCZYuu ) * =< xw<>^\  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000765 000000 00000005617 12266411643 017124 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from __future__ import with_statement # Python 2.5 import codecs import os import sys import time import demjson CCMX_TEMPLATE = '''CCMX DESCRIPTOR "%(Name)s" KEYWORD "INSTRUMENT" INSTRUMENT "%(Device)s" KEYWORD "DISPLAY" DISPLAY "%(Display)s" KEYWORD "REFERENCE" REFERENCE "%(ReferenceDevice)s" ORIGINATOR "%(Originator)s" CREATED "%(DateTime)s" KEYWORD "COLOR_REP" COLOR_REP "XYZ" NUMBER_OF_FIELDS 3 BEGIN_DATA_FORMAT XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 3 BEGIN_DATA %(MatrixXYZ)s END_DATA ''' def convert_devicecorrections_to_ccmx(path, target_dir): """ Convert iColorDisplay DeviceCorrections.txt to individual Argyll CCMX files """ with codecs.open(path, 'r', 'utf8') as devcorrections_file: lines = devcorrections_file.read().strip().splitlines() # Convert to JSON # The DeviceCorrections.txt format is as follows, so a conversion is pretty # straightforward: # "Description here, e.g. Instrument X for Monitor Y" = # { # Name = "Description here, e.g. Instrument X for Monitor Y" # Device = "Instrument X" # Display = "Monitor Y" # ReferenceDevice = "eye-one Pro Rev.D" # MatrixXYZ = "3 3 1482250784 1.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 1.0 " # } # "Description here, e.g. Instrument X for Monitor Y" = # { # Name = "Description here, e.g. Instrument X for Monitor Y" # Device = "Instrument X" # Display = "Monitor Y" # ReferenceDevice = "eye-one Pro Rev.D" # MatrixXYZ = "3 3 1482250784 1.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 1.0 " # } # ...etc. # NOTE: The first three numbers in MatrixXYZ are irrelevant for our purposes. for i, line in enumerate(lines): parts = line.strip().split('=') if len(parts) == 2: for j, part in enumerate(parts): part = part.strip() if part and not part.startswith('"') and not part.endswith('"'): parts[j] = '"%s"' % part if parts[-1].strip() not in('', '{') and i < len(lines) - 1: parts[-1] += ',' lines[i] = ':'.join(parts) devcorrections_data = '{%s}' % ''.join(lines).replace(',}', '}') # Parse JSON devcorrections = demjson.decode(devcorrections_data) # Convert to ccmx for name, devcorrection in devcorrections.iteritems(): values = {'DateTime': time.strftime('%a %b %d %H:%M:%S %Y'), 'Originator': "Quato iColorDisplay"} for key in ('Name', 'Device', 'Display', 'ReferenceDevice', 'MatrixXYZ'): value = devcorrection[key] if key == 'MatrixXYZ': # The first three numbers in the matrix are irrelevant for our # purposes (see format example above). matrix = value.split()[3:] value = '\n'.join([' '.join(part) for part in (matrix[0:3], matrix[3:6], matrix[6:9])]) values[key] = value with codecs.open(os.path.join(target_dir, name + '.ccmx'), 'w', 'utf8') as ccmx: ccmx.write(CCMX_TEMPLATE % values) if __name__ == '__main__': convert_devicecorrections_to_ccmx(sys.argv[1], os.path.dirname(sys.argv[1])) dispcalGUI-1.7.1.6/dispcalGUI/CGATS.py000644 000765 000000 00000105206 12266411534 017025 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- """ Simple CGATS file parser class Copyright (C) 2008 Florian Hoech """ from __future__ import with_statement import math, os, re, sys import colormath from safe_print import safe_print from util_io import GzipFileProper, StringIOu as StringIO def get_device_value_labels(color_rep=None): return filter(bool, map(lambda v: v[1] if not color_rep or v[0] == color_rep else False, {"CMYK": ("CMYK_C", "CMYK_M", "CMYK_Y", "CMYK_K"), "RGB": ("RGB_R", "RGB_G", "RGB_B")}.iteritems())) def rpad(value, width): """ Right-pad a value to a given width. value is converted to a string first. """ strval = str(value) i = strval.find(".") if i > -1: if i < width - 1: strval = str(round(value, width - i - 1)).ljust(width, '0') else: strval = str(int(round(value))) return strval def rcut(value, width): """ Cut off any chars beyond width on the right-hand side. value is converted to a string first. """ strval = str(value) i = strval.find(".") if i > -1: if i < width - 1: strval = str(round(value, width - i - 1)) else: strval = str(int(round(value))) return strval def sort_RGB_gray_to_top(a, b): if a[0] == a[1] == a[2]: if b[0] == b[1] == b[2] and a[0] > b[0]: return 1 return -1 else: return 0 def sort_RGB_white_to_top(a, b): sum1, sum2 = sum(a[:3]), sum(b[:3]) if sum1 == 300: return -1 else: return 0 def sort_by_HSV(a, b): a = list(colormath.RGB2HSV(*a[:3])) b = list(colormath.RGB2HSV(*b[:3])) a[0] = round(a[0], 12) b[0] = round(b[0], 12) if a > b: return 1 elif a < b: return -1 else: return 0 def sort_by_RGB(a, b): if a[:3] > b[:3]: return 1 elif a[:3] < b[:3]: return -1 else: return 0 def sort_by_RGB_sum(a, b): sum1, sum2 = sum(a[:3]), sum(b[:3]) if sum1 > sum2: return 1 elif sum1 < sum2: return -1 else: return 0 def sort_by_L(a, b): Lab1 = colormath.XYZ2Lab(*a[3:]) Lab2 = colormath.XYZ2Lab(*b[3:]) if Lab1[0] > Lab2[0]: return 1 elif Lab1[0] < Lab2[0]: return -1 else: return 0 class CGATSError(Exception): pass class CGATSInvalidError(CGATSError, IOError): pass class CGATSInvalidOperationError(CGATSError): pass class CGATSKeyError(CGATSError, KeyError): pass class CGATSTypeError(CGATSError, TypeError): pass class CGATSValueError(CGATSError, ValueError): pass class CGATS(dict): """ CGATS structure. CGATS files are treated mostly as 'soup', so only basic checking is in place. """ datetime = None filename = None key = None _modified = False mtime = None parent = None root = None type = 'ROOT' vmaxlen = 0 def __init__(self, cgats=None, normalize_fields=False, file_identifier="CTI3"): """ Return a CGATS instance. cgats can be a path, a string holding CGATS data, or a file object. If normalize_fields evaluates to True, convert all KEYWORDs and all fields in DATA_FORMAT to UPPERCASE and SampleId or SampleName to SAMPLE_ID or SAMPLE_NAME respectively file_identifier is used as fallback if no file identifier is present """ self.normalize_fields = normalize_fields self.file_identifier = file_identifier self.root = self if cgats: if isinstance(cgats, list): raw_lines = cgats else: if isinstance(cgats, basestring): if cgats.find('\n') < 0 and cgats.find('\r') < 0: # assume filename cgats = open(cgats, 'rU') self.filename = cgats.name else: # assume text cgats = StringIO(cgats) elif isinstance(cgats, file): self.filename = cgats.name elif not isinstance(cgats, StringIO): raise CGATSInvalidError('Unsupported type: %s' % type(cgats)) if self.filename not in ('', None): self.mtime = os.stat(self.filename).st_mtime cgats.seek(0) raw_lines = cgats.readlines() cgats.close() context = self for raw_line in raw_lines: # strip control chars and leading/trailing whitespace line = re.sub('[^\x09\x20-\x7E\x80-\xFF]', '', raw_line.strip()) comment_offset = line.find('#') if comment_offset >= 0: # strip comment line = line[:comment_offset].strip() values = [value.strip('"') for value in line.split()] if line[:6] == 'BEGIN_': key = line[6:] if key in context: # Start new CGATS new = len(self) self[new] = CGATS() self[new].key = '' self[new].parent = self self[new].root = self.root self[new].type = '' context = self[new] if line == 'BEGIN_DATA_FORMAT': context['DATA_FORMAT'] = CGATS() context['DATA_FORMAT'].key = 'DATA_FORMAT' context['DATA_FORMAT'].parent = context context['DATA_FORMAT'].root = self context['DATA_FORMAT'].type = 'DATA_FORMAT' context = context['DATA_FORMAT'] elif line == 'END_DATA_FORMAT': context = context.parent elif line == 'BEGIN_DATA': context['DATA'] = CGATS() context['DATA'].key = 'DATA' context['DATA'].parent = context context['DATA'].root = self context['DATA'].type = 'DATA' context = context['DATA'] elif line == 'END_DATA': context = context.parent elif line[:6] == 'BEGIN_': key = line[6:] context[key] = CGATS() context[key].key = key context[key].parent = context context[key].root = self context[key].type = 'SECTION' context = context[key] elif line[:4] == 'END_': context = context.parent elif context.type in ('DATA_FORMAT', 'DATA'): if len(values): context = context.add_data(values) elif context.type == 'SECTION': context = context.add_data(line) elif len(values) > 1: if values[0] == 'Date:': context.datetime = line else: match = re.match( '([^"]+?)(?:\s+("[^"]+"|[^\s]+))?(?:\s*#(.*))?$', line) if match: key, value, comment = match.groups() if value != None: context = context.add_data({key: value.strip('"')}) else: context = context.add_data({key: ''}) elif values and values[0] not in ('Comment:', 'Date:') and \ len(line) >= 3 and not re.search("[^ 0-9A-Za-z]", line): context = self.add_data(line) self.setmodified(False) def __delattr__(self, name): del self[name] self.setmodified() def __delitem__(self, name): dict.__delitem__(self, name) self.setmodified() def __getattr__(self, name): if name in self: return self[name] else: raise AttributeError(name) def __getitem__(self, name): if name == -1: return self.get(len(self) - 1) elif name in ('NUMBER_OF_FIELDS', 'NUMBER_OF_SETS'): return getattr(self, name) elif name in self: if str(name).upper() in ('INDEX', 'SAMPLE_ID', 'SAMPLEID'): if type(self.get(name)) not in (int, float): return self.get(name) if str(name).upper() == 'INDEX': return self.key if type(self.get(name)) == float: return 1.0 / (self.NUMBER_OF_SETS - 1) * self.key return self.key + 1 return self.get(name) raise CGATSKeyError(name) def get(self, name, default=None): if name == -1: return dict.get(self, len(self) - 1, default) elif name in ('NUMBER_OF_FIELDS', 'NUMBER_OF_SETS'): return getattr(self, name, default) else: return dict.get(self, name, default) def get_colorants(self): color_rep = (self.queryv1("COLOR_REP") or "").split("_") if len(color_rep) == 2: query = {} colorants = [] for i in xrange(len(color_rep[0])): for j, channelname in enumerate(color_rep[0]): query["_".join([color_rep[0], channelname])] = {i: 100}.get(j, 0) colorants.append(self.queryi1(query)) return colorants def get_descriptor(self): """ Return descriptor """ desc = self.queryv1("DESCRIPTOR") if not desc or desc == "Not specified": desc = self.queryv1("INSTRUMENT") if desc: desc += " & " else: desc = "" desc += self.queryv1("DISPLAY") or "" if not desc and self.filename: desc = os.path.splitext(os.path.basename(self.filename))[0] return desc def __setattr__(self, name, value): if name == 'modified': self.setmodified(value) elif name in ('datetime', 'filename', 'file_identifier', 'key', 'mtime', 'normalize_fields', 'parent', 'root', 'type', 'vmaxlen'): object.__setattr__(self, name, value) self.setmodified() else: self[name] = value def __setitem__(self, name, value): dict.__setitem__(self, name, value) self.setmodified() def setmodified(self, modified=True): """ Set 'modified' state on the 'root' object. """ if self.root and self.root._modified != modified: object.__setattr__(self.root, '_modified', modified) def __str__(self): result = [] data = None if self.type == 'SAMPLE': result += [' '.join([str(self[item]) for item in self.parent.parent['DATA_FORMAT'].values()])] elif self.type == 'DATA': data = self elif self.type == 'DATA_FORMAT': result += [' '.join(self.values())] else: if self.datetime: result += [self.datetime] if self.type == 'SECTION': result += ['BEGIN_' + self.key] elif self.parent and self.parent.type == 'ROOT': result += [self.type.ljust(7)] # Make sure CGATS file # identifiers are always # a minimum of 7 characters result += [''] for key in self: value = self[key] if key == 'DATA': data = value elif type(value) in (float, int, str, unicode): if key not in ('NUMBER_OF_FIELDS', 'NUMBER_OF_SETS'): if type(key) == int: result += [str(value)] else: if 'KEYWORDS' in self and \ key in self['KEYWORDS'].values(): result += ['KEYWORD "%s"' % key] result += ['%s "%s"' % (key, value)] elif type(value) in (int, float): result += ['%s %s' % (key, value)] else: result += ['%s "%s"' % (key, value)] elif key not in ('DATA_FORMAT', 'KEYWORDS'): if (value.type == 'SECTION' and result[-1:] and result[-1:][0][-1] != '\n'): result += [''] result += [str(value)] if self.type == 'SECTION': result += ['END_' + self.key] if self.type == 'SECTION' or data: result += [''] if data and data.parent['DATA_FORMAT']: if 'KEYWORDS' in data.parent: for item in data.parent['DATA_FORMAT'].values(): if item in data.parent['KEYWORDS'].values(): result += ['KEYWORD "%s"' % item] result += ['NUMBER_OF_FIELDS %s' % len(data.parent['DATA_FORMAT'])] result += ['BEGIN_DATA_FORMAT'] result += [' '.join(data.parent['DATA_FORMAT'].values())] result += ['END_DATA_FORMAT'] result += [''] result += ['NUMBER_OF_SETS %s' % (len(data))] result += ['BEGIN_DATA'] for key in data: result += [' '.join([rpad(data[key][item], data.vmaxlen + (1 if data[key][item] < 0 else 0)) for item in data.parent['DATA_FORMAT'].values()])] result += ['END_DATA'] return '\n'.join(result) def add_keyword(self, keyword, value=None): """ Add a keyword to the list of keyword values. """ if self.type in ('DATA', 'DATA_FORMAT', 'KEYWORDS', 'SECTION'): context = self.parent elif self.type == 'SAMPLE': context = self.parent.parent else: context = self if not 'KEYWORDS' in context: context['KEYWORDS'] = CGATS() context['KEYWORDS'].key = 'KEYWORDS' context['KEYWORDS'].parent = context context['KEYWORDS'].root = self.root context['KEYWORDS'].type = 'KEYWORDS' if not keyword in context['KEYWORDS'].values(): newkey = len(context['KEYWORDS']) while newkey in context['KEYWORDS']: newkey += 1 context['KEYWORDS'][newkey] = keyword if value != None: context[keyword] = value def add_section(self, key, value): self[key] = CGATS() self[key].key = key self[key].parent = self self[key].root = self self[key].type = 'SECTION' self[key].add_data(value) def remove_keyword(self, keyword, remove_value=True): """ Remove a keyword from the list of keyword values. """ if self.type in ('DATA', 'DATA_FORMAT', 'KEYWORDS', 'SECTION'): context = self.parent elif self.type == 'SAMPLE': context = self.parent.parent else: context = self for key in context['KEYWORDS'].keys(): if context['KEYWORDS'][key] == keyword: del context['KEYWORDS'][key] if remove_value: del context[keyword] def insert(self, key=None, data=None): """ Insert data at index key. Also see add_data method. """ self.add_data(data, key) def append(self, data): """ Append data. Also see add_data method. """ self.add_data(data) def get_data(self, field_names=None): data = self.queryv1("DATA") if not data: return False elif field_names: data = data.queryi(field_names) return data def get_RGB_XYZ_values(self): field_names = ("RGB_R", "RGB_G", "RGB_B", "XYZ_X", "XYZ_Y", "XYZ_Z") data = self.get_data(field_names) if not data: return False valueslist = [] for key, item in data.iteritems(): values = [] for field_name in field_names: values.append(item[field_name]) valueslist.append(values) return data, valueslist def set_RGB_XYZ_values(self, valueslist): field_names = ("RGB_R", "RGB_G", "RGB_B", "XYZ_X", "XYZ_Y", "XYZ_Z") for i, values in enumerate(valueslist): for j, field_name in enumerate(field_names): self[i][field_name] = values[j] def checkerboard(self): data, valueslist = self.get_RGB_XYZ_values() if not valueslist: return False valueslist *= 2 valueslist.sort(sort_by_L) valueslist.sort(sort_RGB_white_to_top) split = len(valueslist) / 2 valueslist1 = valueslist[:split] valueslist2 = valueslist[split:] valueslist2.reverse() valueslist = valueslist1 + valueslist2 checkerboard = [] for i in xrange(split): if i % 2 == 1: i = len(valueslist) - 1 - i values = valueslist[i] checkerboard.append(values) return data.set_RGB_XYZ_values(checkerboard) def sort_RGB_gray_to_top(self): data, valueslist = self.get_RGB_XYZ_values() if not valueslist: return False valueslist.sort(sort_RGB_gray_to_top) return data.set_RGB_XYZ_values(valueslist) def sort_RGB_white_to_top(self): data, valueslist = self.get_RGB_XYZ_values() if not valueslist: return False valueslist.sort(sort_RGB_white_to_top) return data.set_RGB_XYZ_values(valueslist) def sort_by_HSV(self): data, valueslist = self.get_RGB_XYZ_values() if not valueslist: return False valueslist.sort(sort_by_HSV) return data.set_RGB_XYZ_values(valueslist) def sort_by_L(self): data, valueslist = self.get_RGB_XYZ_values() if not valueslist: return False valueslist.sort(sort_by_L) return data.set_RGB_XYZ_values(valueslist) def sort_by_RGB(self): data, valueslist = self.get_RGB_XYZ_values() if not valueslist: return False valueslist.sort(sort_by_RGB) return data.set_RGB_XYZ_values(valueslist) def sort_by_RGB_sum(self): data, valueslist = self.get_RGB_XYZ_values() if not valueslist: return False valueslist.sort(sort_by_RGB_sum) return data.set_RGB_XYZ_values(valueslist) @property def modified(self): if self.root: return self.root._modified return self._modified def moveby1(self, start, inc=1): """ Move items from start by icrementing or decrementing their key by inc. """ r = xrange(start, len(self) + 1) if inc > 0: r = reversed(r) for key in r: if key in self: if key + inc < 0: break else: self[key].key += inc self[key + inc] = self[key] if key == len(self) - 1: break def add_data(self, data, key=None): """ Add data to the CGATS structure. data can be a CGATS instance, a dict, a list, a tuple, or a string or unicode instance. """ context = self if self.type == 'DATA': if type(data) in (CGATS, dict, list, tuple): if self.parent['DATA_FORMAT']: fl, il = len(self.parent['DATA_FORMAT']), len(data) if fl != il: raise CGATSTypeError('DATA entries take exactly %s ' 'values (%s given)' % (fl, il)) dataset = CGATS() i = -1 for item in self.parent['DATA_FORMAT'].values(): i += 1 if type(data) in (CGATS, dict): try: value = data[item] except KeyError: raise CGATSKeyError(item) else: value = data[i] if item.upper() in ('INDEX', 'SAMPLE_ID', 'SAMPLEID'): if self.root.normalize_fields and \ item.upper() == 'SAMPLEID': item = 'SAMPLE_ID' # allow alphanumeric INDEX / SAMPLE_ID if isinstance(value, basestring): match = re.match( '(?:\d+|((?:\d*\.\d+|\d+)(?:e[+-]?\d+)?))$', value) if match: if match.groups()[0]: value = float(value) else: value = int(value) elif item.upper() not in ('SAMPLE_NAME', 'SAMPLE_LOC', 'SAMPLENAME'): try: value = float(value) except ValueError: raise CGATSValueError('Invalid data type for ' '%s (expected float, ' 'got %s)' % (item, type(value))) else: lencheck = len(str(abs(value)).split("e")[0]) if lencheck > self.vmaxlen: self.vmaxlen = lencheck elif self.root.normalize_fields and \ item.upper() == 'SAMPLENAME': item = 'SAMPLE_NAME' dataset[item] = value if type(key) == int: # accept only integer keys. # move existing items self.moveby1(key) else: key = len(self) dataset.key = key dataset.parent = self dataset.root = self.root dataset.type = 'SAMPLE' self[key] = dataset else: raise CGATSInvalidOperationError('Cannot add to DATA ' 'because of missing DATA_FORMAT') else: raise CGATSTypeError('Invalid data type for %s (expected ' 'CGATS, dict, list or tuple, got %s)' % (self.type, type(data))) elif self.type == 'ROOT': if isinstance(data, basestring) and data.find('\n') < 0 and \ data.find('\r') < 0: if type(key) == int: # accept only integer keys. # move existing items self.moveby1(key) else: key = len(self) self[key] = CGATS() self[key].key = key self[key].parent = self self[key].root = self.root self[key].type = data context = self[key] elif not len(self): context = self.add_data(self.file_identifier) # create root element context = context.add_data(data, key) else: raise CGATSTypeError('Invalid data type for %s (expected str ' 'or unicode without line endings, got %s)' % (self.type, type(data))) elif self.type == 'SECTION': if isinstance(data, basestring): if type(key) == int: # accept only integer keys. # move existing items self.moveby1(key) else: key = len(self) self[key] = data else: raise CGATSTypeError('Invalid data type for %s (expected str' 'or unicode, got %s)' % (self.type, type(data))) elif self.type in ('DATA_FORMAT', 'KEYWORDS') or \ (self.parent and self.parent.type == 'ROOT'): if type(data) in (CGATS, dict, list, tuple): for var in data: if var in ('NUMBER_OF_FIELDS', 'NUMBER_OF_SETS'): self[var] = None else: if type(data) in (CGATS, dict): if self.type in ('DATA_FORMAT', 'KEYWORDS'): key, value = len(self), data[var] else: key, value = var, data[var] else: key, value = len(self), var if self.root.normalize_fields: if isinstance(value, basestring): value = value.upper() if value == 'SAMPLEID': value = 'SAMPLE_ID' elif value == 'SAMPLENAME': value = 'SAMPLE_NAME' if var == 'KEYWORD': if value != 'KEYWORD': self.add_keyword(value) else: safe_print('Warning: cannot add keyword ' '"KEYWORD"') else: if isinstance(value, basestring): match = re.match( '(?:\d+|((?:\d*\.\d+|\d+)(?:e[+-]?\d+)?))$', value) if match: if match.groups()[0]: value = float(value) else: value = int(value) if self.type in ('DATA_FORMAT', 'KEYWORDS'): raise CGATSTypeError('Invalid data ' 'type for %s ' '(expected str ' 'or unicode, got ' '%s)' % (self.type, type(value))) self[key] = value else: raise CGATSTypeError('Invalid data type for %s (expected ' 'CGATS, dict, list or tuple, got %s)' % (self.type, type(data))) else: raise CGATSInvalidOperationError('Cannot add data to %s' % self.type) return context def export_vrml(self, filename, devicelocations=True, RGB_black_offset=40, normalize_RGB_white=False, compress=True): data = self.queryv1("DATA") if self.queryv1("ACCURATE_EXPECTED_VALUES") == "true": cat = "Bradford" else: cat = "XYZ scaling" radius = 15.0 / (len(data) ** (1.0 / 3.0)) white = data.queryi1({"RGB_R": 100, "RGB_G": 100, "RGB_B": 100}) if white: white = colormath.get_whitepoint((white["XYZ_X"], white["XYZ_Y"], white["XYZ_Z"])) vrml = """#VRML V2.0 utf8 Transform { children [ NavigationInfo { type "EXAMINE" } DirectionalLight { direction 0 0 -1 direction 0 -1 0 } Viewpoint { position 0 0 340 } #%(axes)s %(children)s ] } """ child = """ # Sphere Transform { translation %(x).6f %(y).6f %(z).6f children [ Shape{ geometry Sphere { radius %(radius).6f} appearance Appearance { material Material { diffuseColor %(R).6f %(G).6f %(B).6f} } } ] } """ if devicelocations: axes = "" else: axes = """# L* axis Transform { translation 0.0 0.0 0.0 children [ Shape { geometry Box { size 2.0 2.0 100.0 } appearance Appearance { material Material { diffuseColor 0.7 0.7 0.7 } } } ] } # L* axis label Transform { translation -3.0 -2.0 55.0 children [ Shape { geometry Text { string ["L"] fontStyle FontStyle { family "SANS" style "BOLD" size 10.0 } } appearance Appearance { material Material { diffuseColor 0.7 0.7 0.7} } } ] } # +a axis Transform { translation 50.0 0.0 -50.0 children [ Shape { geometry Box { size 100.0 2.0 2.0 } appearance Appearance { material Material { diffuseColor 1.0 0.0 0.0 } } } ] } # +a axis label Transform { translation 102.0 -2.0 -50.0 children [ Shape { geometry Text { string ["+a"] fontStyle FontStyle { family "SANS" style "BOLD" size 10.0 } } appearance Appearance { material Material { diffuseColor 1.0 0.0 0.0} } } ] } # -a axis Transform { translation -50.0 0.0 -50.0 children [ Shape { geometry Box { size 100.0 2.0 2.0 } appearance Appearance { material Material { diffuseColor 0.0 1.0 0.0 } } } ] } # -a axis label Transform { translation -108.0 -2.0 -50.0 children [ Shape { geometry Text { string ["-a"] fontStyle FontStyle { family "SANS" style "BOLD" size 10.0 } } appearance Appearance { material Material { diffuseColor 0.0 1.0 0.0} } } ] } # +b axis Transform { translation 0.0 50.0 -50.0 children [ Shape { geometry Box { size 2.0 100.0 2.0 } appearance Appearance { material Material { diffuseColor 1.0 1.0 0.0 } } } ] } # +b axis label Transform { translation -3.0 103.0 -50.0 children [ Shape { geometry Text { string ["+b"] fontStyle FontStyle { family "SANS" style "BOLD" size 10.0 } } appearance Appearance { material Material { diffuseColor 1.0 1.0 0.0} } } ] } # -b axis Transform { translation 0.0 -50.0 -50.0 children [ Shape { geometry Box { size 2.0 100.0 2.0 } appearance Appearance { material Material { diffuseColor 0.0 0.0 1.0 } } } ] } # -b axis label Transform { translation -3.0 -107.0 -50.0 children [ Shape { geometry Text { string ["-b"] fontStyle FontStyle { family "SANS" style "BOLD" size 10.0 } } appearance Appearance { material Material { diffuseColor 0.0 0.0 1.0} } } ] } """ children = [] for entry in data.itervalues(): X, Y, Z = colormath.adapt(entry["XYZ_X"], entry["XYZ_Y"], entry["XYZ_Z"], white, cat=cat) L, a, b = colormath.XYZ2Lab(X, Y, Z) if devicelocations: # Fudge device locations into Lab space x, y, z = (entry["RGB_G"] - 50, entry["RGB_B"] - 50, entry["RGB_R"] - 50) else: x, y, z = a, b, L - 50 if RGB_black_offset != 40: # Keep reference hue and saturation # Lab to sRGB using reference black offset of 40 like Argyll CMS R, G, B = colormath.Lab2RGB(L * (100.0 - 40.0) / 100.0 + 40.0, a, b, scale=.7, noadapt=not normalize_RGB_white) H_ref, S_ref, V_ref = colormath.RGB2HSV(R, G, B) # Lab to sRGB using actual black offset R, G, B = colormath.Lab2RGB(L * (100.0 - RGB_black_offset) / 100.0 + RGB_black_offset, a, b, scale=.7, noadapt=not normalize_RGB_white) if RGB_black_offset != 40: H, S, V = colormath.RGB2HSV(R, G, B) # Use reference H and S to go back to RGB R, G, B = colormath.HSV2RGB(H_ref, S_ref, V) children.append(child % {"x": x, "y": y, "z": z, "R": R + .05, "G": G + .05, "B": B + .05, "radius": radius}) children = "".join(children) vrml = vrml % {"children": children, "axes": axes} if compress: writer = GzipFileProper else: writer = open with writer(filename, 'w') as vrmlfile: vrmlfile.write(vrml) @property def NUMBER_OF_FIELDS(self): """Get number of fields""" if 'DATA_FORMAT' in self: return len(self['DATA_FORMAT']) return 0 @property def NUMBER_OF_SETS(self): """Get number of sets""" if 'DATA' in self: return len(self['DATA']) return 0 def query(self, query, query_value = None, get_value = False, get_first = False): """ Return CGATS object of items or values where query matches. Query can be a dict with key / value pairs, a tuple or a string. Return empty CGATS object if no matching items found. """ modified = self.modified if not get_first: result = CGATS() else: result = None if not isinstance(query, dict): if type(query) not in (list, tuple): query = (query, ) items = [self] + [self[key] for key in self] for item in items: if type(item) in (CGATS, dict, list, tuple): if not get_first: n = len(result) if get_value: result_n = CGATS() else: result_n = None match_count = 0 for query_key in query: if query_key in item or (type(item) == CGATS and ((query_key == 'NUMBER_OF_FIELDS' and 'DATA_FORMAT' in item) or (query_key == 'NUMBER_OF_SETS' and 'DATA' in item))): if query_value is None and isinstance(query, dict): current_query_value = query[query_key] else: current_query_value = query_value if current_query_value != None: if item[query_key] != current_query_value: break if get_value: result_n[len(result_n)] = item[query_key] match_count += 1 else: break if match_count == len(query): if not get_value: result_n = item if result_n != None: if get_first: if get_value and isinstance(result_n, dict) and \ len(result_n) == 1: result = result_n[0] else: result = result_n break elif len(result_n): if get_value and isinstance(result_n, dict) and \ len(result_n) == 1: result[n] = result_n[0] else: result[n] = result_n if type(item) == CGATS and item != self: result_n = item.query(query, query_value, get_value, get_first) if result_n != None: if get_first: result = result_n break elif len(result_n): for i in result_n: n = len(result) if result_n[i] not in result.values(): result[n] = result_n[i] if isinstance(result, CGATS): result.setmodified(modified) return result def queryi(self, query, query_value=None): """ Query and return matching items. See also query method. """ return self.query(query, query_value, get_value=False, get_first=False) def queryi1(self, query, query_value=None): """ Query and return first matching item. See also query method. """ return self.query(query, query_value, get_value=False, get_first=True) def queryv(self, query, query_value=None): """ Query and return matching values. See also query method. """ return self.query(query, query_value, get_value=True, get_first=False) def queryv1(self, query, query_value=None): """ Query and return first matching value. See also query method. """ return self.query(query, query_value, get_value=True, get_first=True) def remove(self, item): """ Remove an item from the internal CGATS structure. """ if type(item) == CGATS: key = item.key else: key = item maxindex = len(self) - 1 result = self[key] if type(key) == int and key != maxindex: self.moveby1(key + 1, -1) dict.pop(self, len(self) - 1) self.setmodified() return result def fix_device_values_scaling(self, color_rep=None): """ Attempt to fix device value scaling so that max = 100 Return number of fixed DATA sections """ fixed = 0 for labels in get_device_value_labels(color_rep): for dataset in self.query("DATA").itervalues(): for item in dataset.queryi(labels).itervalues(): for label in labels: if item[label] > 100: dataset.scale_device_values(color_rep=color_rep) fixed += 1 break return fixed def scale_device_values(self, factor=100.0 / 255, color_rep=None): """ Scales device values by multiplying with factor. """ for labels in get_device_value_labels(color_rep): for data in self.queryv("DATA").itervalues(): for item in data.queryi(labels).itervalues(): for label in labels: item[label] *= factor def adapt(self, whitepoint_source=None, whitepoint_destination=None, cat="Bradford"): """ Perform chromatic adaptation if possible (needs XYZ or LAB) Return number of affected DATA sections. """ n = 0 for dataset in self.query("DATA").itervalues(): if not dataset.has_cie(): continue if not whitepoint_source: whitepoint_source = dataset.get_white_cie("XYZ") if whitepoint_source: n += 1 for item in dataset.queryv1("DATA").itervalues(): if "XYZ_X" in item: X, Y, Z = item["XYZ_X"], item["XYZ_Y"], item["XYZ_Z"] else: X, Y, Z = colormath.Lab2XYZ(item["LAB_L"], item["LAB_A"], item["LAB_B"], scale=100) X, Y, Z = colormath.adapt(X, Y, Z, whitepoint_source, whitepoint_destination, cat) if "LAB_L" in item: (item["LAB_L"], item["LAB_A"], item["LAB_B"]) = colormath.XYZ2Lab(X, Y, Z) if "XYZ_X" in item: item["XYZ_X"], item["XYZ_Y"], item["XYZ_Z"] = X, Y, Z return n def apply_bpc(self, weight=False): """ Apply black point compensation. Scales XYZ so that black (RGB 0) = zero. Needs a CGATS structure with RGB and XYZ data and atleast one black and white patch. Return number of affected DATA sections. """ n = 0 for dataset in self.query("DATA").itervalues(): if dataset.type.strip() == "CAL": labels = ("RGB_R", "RGB_G", "RGB_B") data = dataset.queryi(labels) # Get black black1 = data.queryi1({"RGB_I": 0}) # Get white white1 = data.queryi1({"RGB_I": 1}) if not black1 or not white1: # Can't apply bpc continue black = [] white = [] for label in labels: black.append(black1[label]) white.append(white1[label]) else: labels = ("XYZ_X", "XYZ_Y", "XYZ_Z") data = dataset.queryi(("RGB_R", "RGB_G", "RGB_B") + labels) # Get blacks blacks = data.queryi({"RGB_R": 0, "RGB_G": 0, "RGB_B": 0}) # Get whites whites = data.queryi({"RGB_R": 100, "RGB_G": 100, "RGB_B": 100}) if not blacks or not whites: # Can't apply bpc continue black = [0, 0, 0] for i in blacks: if blacks[i]["XYZ_Y"] > black[1]: for j, label in enumerate(labels): black[j] = blacks[i][label] white = [0, 0, 0] for i in whites: if whites[i]["XYZ_Y"] > white[1]: for j, label in enumerate(labels): white[j] = whites[i][label] # Apply black point compensation n += 1 for i in data: XYZ = data[i].queryv1(labels) XYZ = colormath.apply_bpc(XYZ[0], XYZ[1], XYZ[2], black, (0, 0, 0), white, weight) for j, label in enumerate(labels): data[i][label] = max(0.0, XYZ[j]) return n def get_white_cie(self, colorspace=None): """ Get the 'white' from the CIE values (if any). """ data_format = self.has_cie() if data_format: if "RGB_R" in data_format.values(): white = {"RGB_R": 100, "RGB_G": 100, "RGB_B": 100} elif "CMYK_C" in data_format.values(): white = {"CMYK_C": 0, "CMYK_M": 0, "CMYK_Y": 0, "CMYK_K": 0} else: return if white: white = self.queryi1(white) if not white: white = self.queryv1("APPROX_WHITE_POINT") if white: try: white = [float(v) for v in white.split()] except ValueError: white = None else: if len(white) == 3: white = [v / white[1] * 100 for v in white] white = {"XYZ_X": white[0], "XYZ_Y": white[1], "XYZ_Z": white[2]} else: return if white and (("XYZ_X" in white and "XYZ_Y" in white and "XYZ_Z" in white) or ("LAB_L" in white and "LAB_B" in white and "LAB_B" in white)): if colorspace == "XYZ": if "XYZ_X" in white: return white["XYZ_X"], white["XYZ_Y"], white["XYZ_Z"] else: return colormath.Lab2XYZ(white["LAB_L"], white["LAB_A"], white["LAB_B"], scale=100) elif colorspace == "Lab": if "LAB_L" in white: return white["LAB_L"], white["LAB_A"], white["LAB_B"] else: return colormath.XYZ2Lab(white["XYZ_X"], white["XYZ_Y"], white["XYZ_Z"]) return white def has_cie(self): """ Check if DATA_FORMAT defines any CIE XYZ or LAB columns. Return the DATA_FORMAT on success or None on failure. """ data_format = self.queryv1("DATA_FORMAT") if data_format: cie = {} for ch in ("L", "A", "B"): cie[ch] = "LAB_%s" % ch in data_format.values() if len(cie.values()) in (0, 3): for ch in ("X", "Y", "Z"): cie[ch] = "XYZ_%s" % ch in data_format.values() if len(filter(lambda v: v is not None, cie.itervalues())) in (3, 6): return data_format pop = remove def write(self, filename=None): if not filename: filename = self.filename txt = open(filename, "w") txt.write(str(self)) txt.close() dispcalGUI-1.7.1.6/dispcalGUI/colord.py000644 000765 000000 00000012662 12266411534 017451 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from __future__ import with_statement import os import shutil import sys from time import sleep try: from gi.repository import Colord from gi.repository import Gio except ImportError: Colord = None Gio = None else: cancellable = Gio.Cancellable.new(); if sys.platform not in ("darwin", "win32"): from defaultpaths import xdg_data_home if not Colord or not hasattr(Colord, 'quirk_vendor_name'): from config import get_data_path import demjson quirk_cache = {'suffixes': [], 'vendor_names': {}} def client_connect(): """ Connect to colord """ client = Colord.Client.new() # Connect to colord if not client.connect_sync(cancellable): raise CDError("Couldn't connect to colord") return client def device_connect(client, device_id): """ Connect to device """ if isinstance(device_id, unicode): device_id = device_id.encode('UTF-8') try: device = client.find_device_sync(device_id, cancellable) except Exception, exception: raise CDError(exception.args[0]) # Connect to device if not device.connect_sync(cancellable): raise CDError("Couldn't connect to device with ID %r" % device_id) return device def device_id_from_edid(edid, quirk=True, use_unused_edid_keys=False): """ Assemble device key from EDID """ # https://gitorious.org/colord/master/blobs/master/doc/device-and-profile-naming-spec.txt incomplete = False parts = ["xrandr"] if use_unused_edid_keys: # Not currently used by colord edid_keys = ["manufacturer", "monitor_name", "ascii", "serial_ascii", "serial_32"] else: edid_keys = ["manufacturer", "monitor_name", "serial_ascii"] for name in edid_keys: value = edid.get(name) if value: if name == "serial_32" and "serial_ascii" in edid: # Only add numeric serial if no ascii serial continue elif name == "manufacturer" and quirk: value = quirk_manufacturer(value) parts.append(str(value)) elif name == "manufacturer": # Do not allow the manufacturer to be missing or empty # TODO: Should fall back to xrandr name in that case incomplete = True break if not incomplete: return "-".join(parts) def get_default_profile(device_id): """ Get default profile filename for device """ client = client_connect() # Connect to existing device device = device_connect(client, device_id) # Get default profile profile = device.get_default_profile() if not profile: # No assigned profile return # Connect to profile if not profile.connect_sync(cancellable): raise CDError("Couldn't get default profile for device ID %r" % device_id) filename = profile.get_filename() if not isinstance(filename, unicode): filename = filename.decode('UTF-8') return filename def install_profile(device_id, profile_filename, profile_installname=None, timeout=2): """ Install profile for device profile_installname filename of the installed profile (full path). The profile is copied to this location. If profile_installname is None, it defaults to ~/.local/share/icc/ timeout Time to allow for colord to pick up new profiles (recommended not below 2 secs) """ client = client_connect() # Connect to existing device device = device_connect(client, device_id) # Copy profile if not profile_installname: profile_installname = os.path.join(xdg_data_home, 'icc', os.path.basename(profile_filename)) shutil.copyfile(profile_filename, profile_installname) if isinstance(profile_installname, unicode): profile_installname = profile_installname.encode('UTF-8') # Query colord for newly added profile for i in xrange(int(timeout / .5)): try: profile = client.find_profile_by_filename_sync(profile_installname, cancellable) if profile: break except Exception, exception: # Profile not found pass # Give colord time to pick up the profile sleep(.5) if not profile: raise CDError("Querying for profile %r returned no result for %s secs" % (profile_installname, timeout)) # Connect to profile if not profile.connect_sync(cancellable): raise CDError("Could not connect to profile") # Add profile to device try: device.add_profile_sync(Colord.DeviceRelation.HARD, profile, cancellable) except Exception, exception: # Profile may already have been added pass # Make profile default for device if not device.make_profile_default_sync(profile, cancellable): raise CDError("Could not make profile %r default for device ID %s" % (profile.get_filename(), device_id)) def quirk_manufacturer(manufacturer): if Colord and hasattr(Colord, 'quirk_vendor_name'): return Colord.quirk_vendor_name(manufacturer) if not quirk_cache['suffixes'] or not quirk_cache['vendor_names']: quirk_filename = get_data_path('quirk.json') if quirk_filename: with open(quirk_filename) as quirk_file: quirk = demjson.decode(quirk_file.read()) quirk_cache['suffixes'] = quirk['suffixes'] quirk_cache['vendor_names'] = quirk['vendor_names'] # Correct some company names for old, new in quirk_cache['vendor_names'].iteritems(): if manufacturer.startswith(old): manufacturer = new break # Get rid of suffixes for suffix in quirk_cache['suffixes']: if manufacturer.endswith(suffix): manufacturer = manufacturer[0:len(manufacturer) - len(suffix)] manufacturer = manufacturer.rstrip() return manufacturer class CDError(Exception): pass if __name__ == "__main__": import sys for arg in sys.argv[1:]: print get_default_profile(arg) dispcalGUI-1.7.1.6/dispcalGUI/colormath.py000644 000765 000000 00000175272 12266411643 020167 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import logging import math import sys def get_transfer_function_phi(alpha, gamma): return (math.pow(1 + alpha, gamma) * math.pow(gamma - 1, gamma - 1)) / (math.pow(alpha, gamma - 1) * math.pow(gamma, gamma)) LSTAR_E = 216.0 / 24389.0 # Intent of CIE standard, actual CIE standard = 0.008856 LSTAR_K = 24389.0 / 27.0 # Intent of CIE standard, actual CIE standard = 903.3 REC709_K0 = 0.081 # 0.099 / (1.0 / 0.45 - 1) REC709_P = 4.5 # get_transfer_function_phi(0.099, 1.0 / 0.45) SMPTE240M_K0 = 0.0913 # 0.1115 / (1.0 / 0.45 - 1) SMPTE240M_P = 4.0 # get_transfer_function_phi(0.1115, 1.0 / 0.45) SRGB_K0 = 0.04045 # 0.055 / (2.4 - 1) SRGB_P = 12.92 # get_transfer_function_phi(0.055, 2.4) standard_illuminants = { # 1st level is the standard name => illuminant definitions # 2nd level is the illuminant name => CIE XYZ coordinates # (Y should always assumed to be 1.0 and is not explicitly defined) None: {"E": {"X": 1.00000, "Z": 1.00000}}, "ASTM E308-01": {"A": {"X": 1.09850, "Z": 0.35585}, "C": {"X": 0.98074, "Z": 1.18232}, "D50": {"X": 0.96422, "Z": 0.82521}, "D55": {"X": 0.95682, "Z": 0.92149}, "D65": {"X": 0.95047, "Z": 1.08883}, "D75": {"X": 0.94972, "Z": 1.22638}, "F2": {"X": 0.99186, "Z": 0.67393}, "F7": {"X": 0.95041, "Z": 1.08747}, "F11": {"X": 1.00962, "Z": 0.64350}}, "ICC": {"D50": {"X": 0.9642, "Z": 0.8249}, "D65": {"X": 0.9505, "Z": 1.0890}}, "Wyszecki & Stiles": {"A": {"X": 1.09828, "Z": 0.35547}, "B": {"X": 0.99072, "Z": 0.85223}, "C": {"X": 0.98041, "Z": 1.18103}, "D55": {"X": 0.95642, "Z": 0.92085}, "D65": {"X": 0.95017, "Z": 1.08813}, "D75": {"X": 0.94939, "Z": 1.22558}} } def specialpow(a, b): """ Wrapper for power, Rec. 601/709, SMPTE 240M, sRGB and L* functions Positive b = power, -2.4 = sRGB, -3.0 = L*, -240 = SMPTE 240M, -601 = Rec. 601, -709 = Rec. 709 (Rec. 601 and 709 transfer functions are identical) """ if b >= 0.0: # Power curve if a < 0.0: return -math.pow(-a, b) else: return math.pow(a, b) if a < 0.0: signScale = -1.0 a = -a else: signScale = 1.0 if b in (1.0 / -601, 1.0 / -709): # XYZ -> RGB, Rec. 601/709 TRC if a < REC709_K0 / REC709_P: v = a * REC709_P else: v = 1.099 * math.pow(a, 0.45) - 0.099 elif b == 1.0 / -240: # XYZ -> RGB, SMPTE 240M TRC if a < SMPTE240M_K0 / SMPTE240M_P: v = a * SMPTE240M_P else: v = 1.1115 * math.pow(a, 0.45) - 0.1115 elif b == 1.0 / -3.0: # XYZ -> RGB, L* TRC if a <= LSTAR_E: v = 0.01 * a * LSTAR_K else: v = 1.16 * math.pow(a, 1.0 / 3.0) - 0.16 elif b == 1.0 / -2.4: # XYZ -> RGB, sRGB TRC if a <= SRGB_K0 / SRGB_P: v = a * SRGB_P else: v = 1.055 * math.pow(a, 1.0 / 2.4) - 0.055 elif b == -2.4: # RGB -> XYZ, sRGB TRC if a <= SRGB_K0: v = a / SRGB_P else: v = math.pow((a + 0.055) / 1.055, 2.4) elif b == -3.0: # RGB -> XYZ, L* TRC if a <= 0.08: # E * K * 0.01 v = 100.0 * a / LSTAR_K else: v = math.pow((a + 0.16) / 1.16, 3.0) elif b == -240: # RGB -> XYZ, SMPTE 240M TRC if a < SMPTE240M_K0: v = a / SMPTE240M_P else: v = math.pow((0.1115 + a) / 1.1115, 1.0 / 0.45) elif b in (-601, -709): # RGB -> XYZ, Rec. 601/709 TRC if a < REC709_K0: v = a / REC709_P else: v = math.pow((a + .099) / 1.099, 1.0 / 0.45) else: raise ValueError("Invalid gamma %s" % b) return v * signScale rgb_spaces = { # http://brucelindbloom.com/WorkingSpaceInfo.html # ACES: https://github.com/ampas/aces-dev/blob/master/docs/ACES_1.0.1.pdf?raw=true # Adobe RGB: http://www.adobe.com/digitalimag/pdfs/AdobeRGB1998.pdf # DCI P3: http://www.hp.com/united-states/campaigns/workstations/pdfs/lp2480zx-dci--p3-emulation.pdf # http://dcimovies.com/specification/DCI_DCSS_v12_with_errata_2012-1010.pdf # # name gamma white primaries # point Rx Ry RY Gx Gy GY Bx By BY "ACES RGB": (1.0, (0.95265, 1.0, 1.00883), (0.7347, 0.2653, 0.343961), (0.0000, 1.0000, 0.728164), (0.0001,-0.0770,-0.072125)), "Adobe RGB (1998)": (2 + 51 / 256.0, "D65", (0.6400, 0.3300, 0.297361), (0.2100, 0.7100, 0.627355), (0.1500, 0.0600, 0.075285)), "Apple RGB": (1.8, "D65", (0.6250, 0.3400, 0.244634), (0.2800, 0.5950, 0.672034), (0.1550, 0.0700, 0.083332)), "Best RGB": (2.2, "D50", (0.7347, 0.2653, 0.228457), (0.2150, 0.7750, 0.737352), (0.1300, 0.0350, 0.034191)), "Beta RGB": (2.2, "D50", (0.6888, 0.3112, 0.303273), (0.1986, 0.7551, 0.663786), (0.1265, 0.0352, 0.032941)), "Bruce RGB": (2.2, "D65", (0.6400, 0.3300, 0.240995), (0.2800, 0.6500, 0.683554), (0.1500, 0.0600, 0.075452)), "CIE RGB": (2.2, "E", (0.7350, 0.2650, 0.176204), (0.2740, 0.7170, 0.812985), (0.1670, 0.0090, 0.010811)), "ColorMatch RGB": (1.8, "D50", (0.6300, 0.3400, 0.274884), (0.2950, 0.6050, 0.658132), (0.1500, 0.0750, 0.066985)), "DCI P3 RGB": (2.6, (0.89459, 1.0, 0.95442), (0.6800, 0.3200, 0.209475), (0.2650, 0.6900, 0.721592), (0.1500, 0.0600, 0.068903)), "Don RGB 4": (2.2, "D50", (0.6960, 0.3000, 0.278350), (0.2150, 0.7650, 0.687970), (0.1300, 0.0350, 0.033680)), "ECI RGB": (1.8, "D50", (0.6700, 0.3300, 0.320250), (0.2100, 0.7100, 0.602071), (0.1400, 0.0800, 0.077679)), "ECI RGB v2": (-3.0, "D50", (0.6700, 0.3300, 0.320250), (0.2100, 0.7100, 0.602071), (0.1400, 0.0800, 0.077679)), "Ekta Space PS5": (2.2, "D50", (0.6950, 0.3050, 0.260629), (0.2600, 0.7000, 0.734946), (0.1100, 0.0050, 0.004425)), "NTSC RGB": (2.2, "C", (0.6700, 0.3300, 0.298839), (0.2100, 0.7100, 0.586811), (0.1400, 0.0800, 0.114350)), "PAL/SECAM RGB": (2.2, "D65", (0.6400, 0.3300, 0.222021), (0.2900, 0.6000, 0.706645), (0.1500, 0.0600, 0.071334)), "ProPhoto RGB": (1.8, "D50", (0.7347, 0.2653, 0.288040), (0.1596, 0.8404, 0.711874), (0.0366, 0.0001, 0.000086)), "Rec. 709 RGB": (-709, "D65", (0.6400, 0.3300, 0.212656), (0.3000, 0.6000, 0.715158), (0.1500, 0.0600, 0.072186)), "SMPTE-C RGB": (2.2, "D65", (0.6300, 0.3400, 0.212395), (0.3100, 0.5950, 0.701049), (0.1550, 0.0700, 0.086556)), "SMPTE 240M RGB": (-240, "D65", (0.6300, 0.3400, 0.212395), (0.3100, 0.5950, 0.701049), (0.1550, 0.0700, 0.086556)), "sRGB": (-2.4, "D65", (0.6400, 0.3300, 0.212656), (0.3000, 0.6000, 0.715158), (0.1500, 0.0600, 0.072186)), "Wide Gamut RGB": (2.2, "D50", (0.7350, 0.2650, 0.258187), (0.1150, 0.8260, 0.724938), (0.1570, 0.0180, 0.016875)) } def get_cat_matrix(cat="Bradford"): if isinstance(cat, basestring): cat = cat_matrices[cat] if not isinstance(cat, Matrix3x3): cat = Matrix3x3(cat) return cat def cbrt(x): return math.pow(x, 1.0 / 3.0) if x >= 0 else -math.pow(-x, 1.0 / 3.0) def XYZ2LMS(X, Y, Z, cat="Bradford"): """ Convert from XYZ to cone response domain """ cat = get_cat_matrix(cat) p, y, b = cat * [X, Y, Z] return p, y, b def LMS_wp_adaption_matrix(whitepoint_source=None, whitepoint_destination=None, cat="Bradford"): """ Prepare a matrix to match the whitepoints in cone response domain """ # chromatic adaption # based on formula http://brucelindbloom.com/Eqn_ChromAdapt.html # cat = adaption matrix or predefined choice ('CAT02', 'Bradford', # 'Von Kries', 'XYZ Scaling', see cat_matrices), defaults to 'Bradford' cat = get_cat_matrix(cat) XYZWS = get_whitepoint(whitepoint_source) XYZWD = get_whitepoint(whitepoint_destination) if XYZWS[1] <= 1.0 and XYZWD[1] > 1.0: # make sure the scaling is identical XYZWS = [v * 100 for v in XYZWS] if XYZWD[1] <= 1.0 and XYZWS[1] > 1.0: # make sure the scaling is identical XYZWD = [v * 100 for v in XYZWD] Ls, Ms, Ss = XYZ2LMS(XYZWS[0], XYZWS[1], XYZWS[2], cat) Ld, Md, Sd = XYZ2LMS(XYZWD[0], XYZWD[1], XYZWD[2], cat) return Matrix3x3([[Ld/Ls, 0, 0], [0, Md/Ms, 0], [0, 0, Sd/Ss]]) def wp_adaption_matrix(whitepoint_source=None, whitepoint_destination=None, cat="Bradford"): """ Prepare a matrix to match the whitepoints in cone response doamin and transform back to XYZ """ # chromatic adaption # based on formula http://brucelindbloom.com/Eqn_ChromAdapt.html # cat = adaption matrix or predefined choice ('CAT02', 'Bradford', # 'Von Kries', 'XYZ Scaling', see cat_matrices), defaults to 'Bradford' cat = get_cat_matrix(cat) return cat.inverted() * LMS_wp_adaption_matrix(whitepoint_source, whitepoint_destination, cat) * cat def adapt(X, Y, Z, whitepoint_source=None, whitepoint_destination=None, cat="Bradford"): """ Transform XYZ under source illuminant to XYZ under destination illuminant """ # chromatic adaption # based on formula http://brucelindbloom.com/Eqn_ChromAdapt.html # cat = adaption matrix or predefined choice ('CAT02', 'Bradford', # 'Von Kries', 'XYZ Scaling', see cat_matrices), defaults to 'Bradford' return wp_adaption_matrix(whitepoint_source, whitepoint_destination, cat) * (X, Y, Z) def apply_bpc(X, Y, Z, bp_in, bp_out, wp_out="D50", weight=False): """ Apply black point compensation """ wp_out = get_whitepoint(wp_out) XYZ = [X, Y, Z] for i, v in enumerate(XYZ): if weight and v > 0: XYZ[i] = ((wp_out[i] - bp_out[i]) * v - wp_out[i] * (bp_in[i] * (bp_in[i] / v) - bp_out[i])) / (wp_out[i] - bp_in[i] * (bp_in[i] / v)) else: XYZ[i] = ((wp_out[i] - bp_out[i]) * v - wp_out[i] * (bp_in[i] - bp_out[i])) / (wp_out[i] - bp_in[i]) return XYZ def avg(*args): return float(sum(args)) / len(args) def interp(x, xp, fp, left=None, right=None): """ One-dimensional linear interpolation similar to numpy.interp Values do NOT have to be monotonically increasing interp(0, [0, 0], [0, 1]) will return 0 """ if x in xp: return fp[xp.index(x)] elif x < fp[0]: return xp[0] if left is None else left elif x > xp[-1]: return fp[-1] if right is None else right else: # Interpolate lower = 0 higher = len(fp) - 1 for i, v in enumerate(xp): if v < x and i > lower: lower = i elif v > x and i < higher: higher = i step = x - xp[lower] steps = (xp[higher] - xp[lower]) / step return fp[lower] + (fp[higher] - fp[lower]) / steps def compute_bpc(bp_in, bp_out): """ Black point compensation. Implemented as a linear scaling in XYZ. Black points should come relative to the white point. Fills and returns a matrix/offset element. [matrix]*bp_in + offset = bp_out [matrix]*D50 + offset = D50 """ # This is a linear scaling in the form ax+b, where # a = (bp_out - D50) / (bp_in - D50) # b = - D50* (bp_out - bp_in) / (bp_in - D50) D50 = get_standard_illuminant("D50") tx = bp_in[0] - D50[0] ty = bp_in[1] - D50[1] tz = bp_in[2] - D50[2] ax = (bp_out[0] - D50[0]) / tx ay = (bp_out[1] - D50[1]) / ty az = (bp_out[2] - D50[2]) / tz bx = - D50[0] * (bp_out[0] - bp_in[0]) / tx by = - D50[1] * (bp_out[1] - bp_in[1]) / ty bz = - D50[2] * (bp_out[2] - bp_in[2]) / tz matrix = Matrix3x3([[ax, 0, 0], [0, ay, 0] [0, 0, az]]) offset = [bx, by, bz] return matrix, offset def delta(L1, a1, b1, L2, a2, b2, method="1976", p1=None, p2=None, p3=None): """ Compute the delta of two samples CIE 1994 & CMC calculation code derived from formulas on www.brucelindbloom.com CIE 1994 code uses some alterations seen on www.farbmetrik-gall.de/cielab/korrcielab/cie94.html (see notes in code below) CIE 2000 calculation code derived from Excel spreadsheet available at www.ece.rochester.edu/~gsharma/ciede2000 method: either "CIE94", "CMC", "CIE2K" or "CIE76" (default if method is not set) p1, p2, p3 arguments have different meaning for each calculation method: CIE 1994: If p1 is not None, calculation will be adjusted for textiles, otherwise graphics arts (default if p1 is not set) CMC(l:c): p1 equals l (lightness) weighting factor and p2 equals c (chroma) weighting factor. Commonly used values are CMC(1:1) for perceptability (default if p1 and p2 are not set) and CMC(2:1) for acceptability CIE 2000: p1 becomes kL (lightness) weighting factor, p2 becomes kC (chroma) weighting factor and p3 becomes kH (hue) weighting factor (all three default to 1 if not set) """ if isinstance(method, basestring): method = method.lower() else: method = str(int(method)) if method in ("94", "1994", "cie94", "cie1994"): textiles = p1 dL = L1 - L2 C1 = math.sqrt(math.pow(a1, 2) + math.pow(b1, 2)) C2 = math.sqrt(math.pow(a2, 2) + math.pow(b2, 2)) dC = C1 - C2 dH2 = math.pow(a1 - a2, 2) + math.pow(b1 - b2, 2) - math.pow(dC, 2) dH = math.sqrt(dH2) if dH2 > 0 else 0 SL = 1.0 K1 = 0.048 if textiles else 0.045 K2 = 0.014 if textiles else 0.015 # brucelindbloom.com formula originally used C1 instead of C_, # but the results are different from ProfileMaker/MeasureTool # implementation, so use this instead # (found on www.farbmetrik-gall.de/cielab/korrcielab/cie94.html) C_ = (math.sqrt((1 + (K1 * C1)) * (1 + (K1 * C2))) - 1) / K1 SC = 1.0 + K1 * C_ SH = 1.0 + K2 * C_ KL = 2.0 if textiles else 1.0 KC = 1.0 KH = 1.0 dE = math.sqrt(math.pow(dL / (KL * SL), 2) + math.pow(dC / (KC * SC), 2) + math.pow(dH / (KH * SH), 2)) elif method in ("cmc(2:1)", "cmc21", "cmc(1:1)", "cmc11", "cmc"): if method in ("cmc(2:1)", "cmc21"): p1 = 2.0 l = p1 if isinstance(p1, (float, int)) else 1.0 c = p2 if isinstance(p2, (float, int)) else 1.0 dL = L1 - L2 C1 = math.sqrt(math.pow(a1, 2) + math.pow(b1, 2)) C2 = math.sqrt(math.pow(a2, 2) + math.pow(b2, 2)) dC = C1 - C2 dH2 = math.pow(a1 - a2, 2) + math.pow(b1 - b2, 2) - math.pow(dC, 2) dH = math.sqrt(dH2) if dH2 > 0 else 0 SL = 0.511 if L1 < 16 else (0.040975 * L1) / (1 + 0.01765 * L1) SC = (0.0638 * C1) / (1 + 0.0131 * C1) + 0.638 F = math.sqrt(math.pow(C1, 4) / (math.pow(C1, 4) + 1900.0)) H1 = math.degrees(math.atan2(b1, a1)) + (0 if b1 >= 0 else 360.0) T = 0.56 + abs(0.2 * math.cos(math.radians(H1 + 168.0))) if 164 <= H1 and H1 <= 345 else 0.36 + abs(0.4 * math.cos(math.radians(H1 + 35))) SH = SC * (F * T + 1 - F) dE = math.sqrt(math.pow(dL / (l * SL), 2) + math.pow(dC / (c * SC), 2) + math.pow(dH / SH, 2)) elif method in ("00", "2k", "2000", "cie00", "cie2k", "cie2000"): pow25_7 = math.pow(25, 7) k_L = p1 if isinstance(p1, (float, int)) else 1.0 k_C = p2 if isinstance(p2, (float, int)) else 1.0 k_H = p3 if isinstance(p3, (float, int)) else 1.0 C1 = math.sqrt(math.pow(a1, 2) + math.pow(b1, 2)) C2 = math.sqrt(math.pow(a2, 2) + math.pow(b2, 2)) C_avg = avg(C1, C2) G = .5 * (1 - math.sqrt(math.pow(C_avg, 7) / (math.pow(C_avg, 7) + pow25_7))) L1_ = L1 a1_ = (1 + G) * a1 b1_ = b1 L2_ = L2 a2_ = (1 + G) * a2 b2_ = b2 C1_ = math.sqrt(math.pow(a1_, 2) + math.pow(b1_, 2)) C2_ = math.sqrt(math.pow(a2_, 2) + math.pow(b2_, 2)) h1_ = 0 if a1_ == 0 and b1_ == 0 else math.degrees(math.atan2(b1_, a1_)) + (0 if b1_ >= 0 else 360.0) h2_ = 0 if a2_ == 0 and b2_ == 0 else math.degrees(math.atan2(b2_, a2_)) + (0 if b2_ >= 0 else 360.0) dh_cond = 1.0 if h2_ - h1_ > 180 else (2.0 if h2_ - h1_ < -180 else 0) dh_ = h2_ - h1_ if dh_cond == 0 else (h2_ - h1_ - 360.0 if dh_cond == 1 else h2_ + 360.0 - h1_) dL_ = L2_ - L1_ dL = dL_ dC_ = C2_ - C1_ dC = dC_ dH_ = 2 * math.sqrt(C1_ * C2_) * math.sin(math.radians(dh_ / 2.0)) dH = dH_ L__avg = avg(L1_, L2_) C__avg = avg(C1_, C2_) h__avg_cond = 3.0 if C1_ * C2_ == 0 else (0 if abs(h2_ - h1_) <= 180 else (1.0 if h2_ + h1_ < 360 else 2.0)) h__avg = h1_ + h2_ if h__avg_cond == 3 else (avg(h1_, h2_) if h__avg_cond == 0 else (avg(h1_, h2_) + 180.0 if h__avg_cond == 1 else avg(h1_, h2_) - 180.0)) AB = math.pow(L__avg - 50.0, 2) # (L'_ave-50)^2 S_L = 1 + .015 * AB / math.sqrt(20.0 + AB) S_C = 1 + .045 * C__avg T = (1 - .17 * math.cos(math.radians(h__avg - 30.0)) + .24 * math.cos(math.radians(2.0 * h__avg)) + .32 * math.cos(math.radians(3.0 * h__avg + 6.0)) - .2 * math.cos(math.radians(4 * h__avg - 63.0))) S_H = 1 + .015 * C__avg * T dTheta = 30.0 * math.exp(-1 * math.pow((h__avg - 275.0) / 25.0, 2)) R_C = 2.0 * math.sqrt(math.pow(C__avg, 7) / (math.pow(C__avg, 7) + pow25_7)) R_T = -math.sin(math.radians(2.0 * dTheta)) * R_C AJ = dL_ / S_L / k_L # dL' / k_L / S_L AK = dC_ / S_C / k_C # dC' / k_C / S_C AL = dH_ / S_H / k_H # dH' / k_H / S_H dE = math.sqrt(math.pow(AJ, 2) + math.pow(AK, 2) + math.pow(AL, 2) + R_T * AK * AL) else: # dE 1976 dL = L1 - L2 C1 = math.sqrt(math.pow(a1, 2) + math.pow(b1, 2)) C2 = math.sqrt(math.pow(a2, 2) + math.pow(b2, 2)) dC = C1 - C2 dH2 = math.pow(a1 - a2, 2) + math.pow(b1 - b2, 2) - math.pow(dC, 2) dH = math.sqrt(dH2) if dH2 > 0 else 0 dE = math.sqrt(math.pow(dL, 2) + math.pow(a1 - a2, 2) + math.pow(b1 - b2, 2)) return {"E": dE, "L": dL, "C": dC, "H": dH, "a": a1 - a2, "b": b1 - b2} def is_similar_matrix(matrix1, matrix2, digits=3): """ Compare two matrices and check if they are the same up to n digits after the decimal point """ return matrix1.rounded(digits) == matrix2.rounded(digits) def get_gamma(values, scale=1.0, vmin=0.0, vmax=1.0, average=True, least_squares=False): """ Return average or least squares gamma or a list of gamma values """ if least_squares: logxy = [] logx2 = [] else: gammas = [] vmin /= scale vmax /= scale for x, y in values: x /= scale y = (y / scale - vmin) * (vmax + vmin) if x > 0 and x < 1 and y > 0: if least_squares: logxy.append(math.log(x) * math.log(y)) logx2.append(math.pow(math.log(x), 2)) else: gammas.append(math.log(y) / math.log(x)) if average or least_squares: if least_squares: if not logxy or not logx2: return 0 return sum(logxy) / sum(logx2) else: if not gammas: return 0 return sum(gammas) / len(gammas) else: return gammas def guess_cat(chad, whitepoint_source=None, whitepoint_destination=None): """ Try and guess the chromatic adaption transform used in a chromatic adaption matrix as found in an ICC profile's 'chad' tag """ if chad == [[1, 0, 0], [0, 1, 0], [0, 0, 1]]: return "None" for cat in cat_matrices: if is_similar_matrix((chad * cat_matrices[cat].inverted() * LMS_wp_adaption_matrix(whitepoint_destination, whitepoint_source, cat)).inverted(), cat_matrices[cat], 2): return cat def CIEDCCT2xyY(T, scale=1.0): """ Convert from CIE correlated daylight temperature to xyY. T = temperature in Kelvin. Based on formula from http://brucelindbloom.com/Eqn_T_to_xy.html """ if isinstance(T, basestring): # Assume standard illuminant, e.g. "D50" return XYZ2xyY(*get_standard_illuminant(T, scale=scale)) if 4000 <= T and T <= 7000: xD = (((-4.607 * math.pow(10, 9)) / math.pow(T, 3)) + ((2.9678 * math.pow(10, 6)) / math.pow(T, 2)) + ((0.09911 * math.pow(10, 3)) / T) + 0.244063) elif 7000 < T and T <= 25000: xD = (((-2.0064 * math.pow(10, 9)) / math.pow(T, 3)) + ((1.9018 * math.pow(10, 6)) / math.pow(T, 2)) + ((0.24748 * math.pow(10, 3)) / T) + 0.237040) else: return None yD = -3 * math.pow(xD, 2) + 2.87 * xD - 0.275 return xD, yD, scale def CIEDCCT2XYZ(T, scale=1.0): """ Convert from CIE correlated daylight temperature to XYZ. T = temperature in Kelvin. """ xyY = CIEDCCT2xyY(T, scale) if xyY: return xyY2XYZ(*xyY) def HSV2RGB(H, S, V, scale=1.0): if S == 0: return (V * scale, ) * 3 else: h = H * 6.0 if h == 6: h = 0 i = int(h) component_1 = V * (1.0 - S) component_2 = V * (1.0 - S * (h - i)) component_3 = V * (1.0 - S * (1.0 - (h - i))) if i == 0: R = V G = component_3 B = component_1 elif i == 1: R = component_2 G = V B = component_1 elif i == 2: R = component_1 G = V B = component_3 elif i == 3: R = component_1 G = component_2 B = V elif i == 4: R = component_3 G = component_1 B = V else: R = V G = component_1 B = component_2 return R * scale, G * scale, B * scale def get_DBL_MIN(): t = "0.0" i = 10 n = 0 while True: if i > 1: i -= 1 else: t += "0" i = 9 if float(t + str(i)) == 0.0: if n > 1: break n += 1 t += str(i) i = 10 else: if n > 1: n -= 1 DBL_MIN = float(t + str(i)) return DBL_MIN DBL_MIN = get_DBL_MIN() def LCHab2Lab(L, C, H): a = C * math.cos(H * math.pi / 180.0) b = C * math.sin(H * math.pi / 180.0) return L, a, b def Lab2LCHab(L, a, b): C = math.sqrt(math.pow(a, 2) + math.pow(b, 2)) H = 180.0 * math.atan2(b, a) / math.pi if (H < 0.0): H += 360.0 return L, C, H def Lab2Luv(L, a, b, whitepoint=None, scale=100): X, Y, Z = Lab2XYZ(L, a, b, whitepoint, scale) return XYZ2Luv(X, Y, Z, whitepoint) def Lab2RGB(L, a, b, rgb_space=None, scale=1.0, round_=False, clamp=True, whitepoint=None, noadapt=False, cat="Bradford"): """ Convert from Lab to RGB """ X, Y, Z = Lab2XYZ(L, a, b, whitepoint) if not noadapt: X, Y, Z = adapt(X, Y, Z, whitepoint, rgb_space[1] if rgb_space else "D65", cat) return XYZ2RGB(X, Y, Z, rgb_space, scale, round_, clamp) def Lab2XYZ(L, a, b, whitepoint=None, scale=1.0): """ Convert from Lab to XYZ. The input L value needs to be in the nominal range [0.0, 100.0] and other input values scaled accordingly. The output XYZ values are in the nominal range [0.0, scale]. whitepoint can be string (e.g. "D50"), a tuple of XYZ coordinates or color temperature as float or int. Defaults to D50 if not set. Based on formula from http://brucelindbloom.com/Eqn_Lab_to_XYZ.html """ fy = (L + 16) / 116.0 fx = a / 500.0 + fy fz = fy - b / 200.0 if math.pow(fx, 3.0) > LSTAR_E: xr = math.pow(fx, 3.0) else: xr = (116.0 * fx - 16) / LSTAR_K if L > LSTAR_K * LSTAR_E: yr = math.pow((L + 16) / 116.0, 3.0) else: yr = L / LSTAR_K if math.pow(fz, 3.0) > LSTAR_E: zr = math.pow(fz, 3.0) else: zr = (116.0 * fz - 16) / LSTAR_K Xr, Yr, Zr = get_whitepoint(whitepoint, scale) X = xr * Xr Y = yr * Yr Z = zr * Zr return X, Y, Z def Lab2xyY(L, a, b, whitepoint=None, scale=1.0): X, Y, Z = Lab2XYZ(L, a, b, whitepoint, scale) return XYZ2xyY(X, Y, Z, whitepoint) def Luv2RGB(L, u, v, rgb_space=None, scale=1.0, round_=False, clamp=True, whitepoint=None): """ Convert from Luv to RGB """ X, Y, Z = Luv2XYZ(L, u, v, whitepoint) return XYZ2RGB(X, Y, Z, rgb_space, scale, round_, clamp) def u_v_2xy(u, v): """ Convert from u'v' to xy """ x = (9.0 * u) / (6 * u - 16 * v + 12) y = (4 * v) / (6 * u - 16 * v + 12) return x, y def Luv2XYZ(L, u, v, whitepoint=None, scale=1.0): """ Convert from Luv to XYZ """ Xr, Yr, Zr = get_whitepoint(whitepoint) Y = math.pow((L + 16.0) / 116.0, 3) if L > LSTAR_K * LSTAR_E else L / LSTAR_K uo = (4.0 * Xr) / (Xr + 15.0 * Yr + 3.0 * Zr) vo = (9.0 * Yr) / (Xr + 15.0 * Yr + 3.0 * Zr) a = (1.0 / 3.0) * (((52.0 * L) / (u + 13 * L * uo)) -1) b = -5.0 * Y c = -(1.0 / 3.0) d = Y * (((39.0 * L) / (v + 13 * L * vo)) - 5) X = (d - b) / (a - c) Z = X * a + b return tuple([v * scale for v in X, Y, Z]) def RGB2HSV(R, G, B, scale=1.0): RGB_min = min( R, G, B ) RGB_max = max( R, G, B ) delta = RGB_max - RGB_min V = RGB_max if ( delta == 0 ): # Gray H = 0 S = 0 else: S = delta / RGB_max delta_R = (((RGB_max - R) / 6.0) + (delta / 2.0) ) / delta delta_G = (((RGB_max - G) / 6.0) + (delta / 2.0) ) / delta delta_B = (((RGB_max - B) / 6.0) + (delta / 2.0) ) / delta if R == RGB_max: H = delta_B - delta_G elif G == RGB_max: H = (1.0 / 3.0) + delta_R - delta_B elif B == RGB_max: H = (2.0 / 3.0) + delta_G - delta_R if H < 0: H += 1.0 if H > 1: H -= 1.0 return H * scale, S * scale, V * scale def RGB2Lab(R, G, B, rgb_space=None, whitepoint=None, noadapt=False, cat="Bradford"): X, Y, Z = RGB2XYZ(R, G, B, rgb_space, scale=100) if not noadapt: X, Y, Z = adapt(X, Y, Z, rgb_space[1] if rgb_space else "D65", whitepoint, cat) return XYZ2Lab(X, Y, Z, whitepoint=whitepoint) def RGB2XYZ(R, G, B, rgb_space=None, scale=1.0): """ Convert from RGB to XYZ. Use optional RGB colorspace definition, which can be a named colorspace (e.g. "CIE RGB") or must be a tuple in the following format: (gamma, whitepoint, red, green, blue) whitepoint can be a string (e.g. "D50"), a tuple of XYZ coordinates, or a color temperatur in degrees K (float or int). Gamma should be a float. The RGB primaries red, green, blue should be lists or tuples of xyY coordinates (only x and y will be used, so Y can be zero or None). If no colorspace is given, it defaults to sRGB. Based on formula from http://brucelindbloom.com/Eqn_RGB_to_XYZ.html Implementation Notes: 1. The transformation matrix [M] is calculated from the RGB reference primaries as discussed here: http://brucelindbloom.com/Eqn_RGB_XYZ_Matrix.html 2. The gamma values for many common RGB color spaces may be found here: http://brucelindbloom.com/WorkingSpaceInfo.html#Specifications 3. Your input RGB values may need to be scaled before using the above. For example, if your values are in the range [0, 255], you must first divide each by 255.0. 4. The output XYZ values are in the nominal range [0.0, scale]. 5. The XYZ values will be relative to the same reference white as the RGB system. If you want XYZ relative to a different reference white, you must apply a chromatic adaptation transform [http://brucelindbloom.com/Eqn_ChromAdapt.html] to the XYZ color to convert it from the reference white of the RGB system to the desired reference white. 6. Sometimes the more complicated special case of sRGB shown above is replaced by a "simplified" version using a straight gamma function with gamma = 2.2. """ trc, whitepoint, rxyY, gxyY, bxyY, matrix = get_rgb_space(rgb_space) RGB = [R, G, B] is_trc = isinstance(trc, (list, tuple)) for i, v in enumerate(RGB): if is_trc: gamma = trc[i] else: gamma = trc if isinstance(gamma, (list, tuple)): RGB[i] = interp(v, [n / float(len(gamma) - 1) for n in xrange(len(gamma))], gamma) else: RGB[i] = specialpow(v, gamma) XYZ = matrix * RGB return tuple(v * scale for v in XYZ) def RGBsaturation(R, G, B, saturation, rgb_space=None): """ (De)saturate a RGB color in CIE xy and return the RGB and xyY values """ wx, wy, wY = XYZ2xyY(*RGB2XYZ(1, 1, 1, rgb_space=rgb_space)) x, y, Y = XYZ2xyY(*RGB2XYZ(R, G, B, rgb_space=rgb_space)) x, y, Y = wx + (x - wx) * saturation, wy + (y - wy) * saturation, Y return xyY2RGB(x, y, Y, rgb_space=rgb_space), (x, y, Y) def rgb_to_xyz_matrix(rx, ry, gx, gy, bx, by, whitepoint=None, scale=1.0): """ Create and return an RGB to XYZ matrix. """ whitepoint = get_whitepoint(whitepoint, scale) Xr, Yr, Zr = xyY2XYZ(rx, ry, scale) Xg, Yg, Zg = xyY2XYZ(gx, gy, scale) Xb, Yb, Zb = xyY2XYZ(bx, by, scale) Sr, Sg, Sb = Matrix3x3(((Xr, Xg, Xb), (Yr, Yg, Yb), (Zr, Zg, Zb))).inverted() * whitepoint return Matrix3x3(((Sr * Xr, Sg * Xg, Sb * Xb), (Sr * Yr, Sg * Yg, Sb * Yb), (Sr * Zr, Sg * Zg, Sb * Zb))) def get_rgb_space(rgb_space=None, scale=1.0): """ Return gamma, whitepoint, primaries and RGB -> XYZ matrix """ if not rgb_space: rgb_space = "sRGB" if isinstance(rgb_space, basestring): rgb_space = rgb_spaces[rgb_space] cachehash = id(rgb_space), scale cache = get_rgb_space.cache.get(cachehash, None) if cache: return cache gamma = rgb_space[0] or rgb_spaces["sRGB"][0] whitepoint = get_whitepoint(rgb_space[1] or rgb_spaces["sRGB"][1], scale) rx, ry, rY = rgb_space[2] or rgb_spaces["sRGB"][2] gx, gy, gY = rgb_space[3] or rgb_spaces["sRGB"][3] bx, by, bY = rgb_space[4] or rgb_spaces["sRGB"][4] matrix = rgb_to_xyz_matrix(rx, ry, gx, gy, bx, by, whitepoint, scale) rgb_space = gamma, whitepoint, (rx, ry, rY), (gx, gy, gY), (bx, by, bY), matrix get_rgb_space.cache[cachehash] = rgb_space return rgb_space get_rgb_space.cache = {} def get_standard_illuminant(illuminant_name="D50", priority=("ICC", "ASTM E308-01", "Wyszecki & Stiles", None), scale=1.0): """ Return a standard illuminant as XYZ coordinates. """ cachehash = illuminant_name, tuple(priority), scale cache = get_standard_illuminant.cache.get(cachehash, None) if cache: return cache illuminant = None for standard_name in priority: if not standard_name in standard_illuminants: raise ValueError('Unrecognized standard "%s"' % standard_name) illuminant = standard_illuminants.get(standard_name).get(illuminant_name.upper(), None) if illuminant: illuminant = illuminant["X"] * scale, 1.0 * scale, illuminant["Z"] * scale get_standard_illuminant.cache[cachehash] = illuminant return illuminant raise ValueError('Unrecognized illuminant "%s"' % illuminant_name) get_standard_illuminant.cache = {} def get_whitepoint(whitepoint=None, scale=1.0): """ Return a whitepoint as XYZ coordinates """ if isinstance(whitepoint, (list, tuple)): return whitepoint if not whitepoint: whitepoint = "D50" cachehash = whitepoint, scale cache = get_whitepoint.cache.get(cachehash, None) if cache: return cache if isinstance(whitepoint, basestring): whitepoint = get_standard_illuminant(whitepoint) elif isinstance(whitepoint, (float, int)): whitepoint = CIEDCCT2XYZ(whitepoint) if scale > 1.0 and whitepoint[1] == 100: scale = 1.0 if whitepoint[1] * scale > 100: ValueError("Y value out of range after scaling: %s" % (whitepoint[1] * scale)) whitepoint = tuple(v * scale for v in whitepoint) get_whitepoint.cache[cachehash] = whitepoint return whitepoint get_whitepoint.cache = {} def planckianCT2XYZ(T, scale=1.0): """ Convert from planckian temperature to XYZ. T = temperature in Kelvin. """ xyY = planckianCT2xyY(T, scale) if xyY: return xyY2XYZ(*xyY) def planckianCT2xyY(T, scale=1.0): """ Convert from planckian temperature to xyY. T = temperature in Kelvin. Formula from http://en.wikipedia.org/wiki/Planckian_locus """ if 1667 <= T and T <= 4000: x = ( -0.2661239 * (math.pow(10, 9) / math.pow(T, 3)) - 0.2343580 * (math.pow(10, 6) / math.pow(T, 2)) + 0.8776956 * (math.pow(10, 3) / T) + 0.179910) elif 4000 <= T and T <= 25000: x = ( -3.0258469 * (math.pow(10, 9) / math.pow(T, 3)) + 2.1070379 * (math.pow(10, 6) / math.pow(T, 2)) + 0.2226347 * (math.pow(10, 3) / T) + 0.24039) else: return None if 1667 <= T and T <= 2222: y = ( -1.1063814 * math.pow(x, 3) - 1.34811020 * math.pow(x, 2) + 2.18555832 * x - 0.20219683) elif 2222 <= T and T <= 4000: y = ( -0.9549476 * math.pow(x, 3) - 1.37418593 * math.pow(x, 2) + 2.09137015 * x - 0.16748867) elif 4000 <= T and T <= 25000: y = ( 3.0817580 * math.pow(x, 3) - 5.87338670 * math.pow(x, 2) + 3.75112997 * x - 0.37001483) return x, y, scale def xyY2CCT(x, y, Y=1.0): """ Convert from xyY to correlated color temperature. """ return XYZ2CCT(*xyY2XYZ(x, y, Y)) def xyY2Lab(x, y, Y=1.0, whitepoint=None): X, Y, Z = xyY2XYZ(x, y, Y) return XYZ2Lab(X, Y, Z, whitepoint) def xyY2RGB(x, y, Y, rgb_space=None, scale=1.0, round_=False, clamp=True): """ Convert from xyY to RGB """ X, Y, Z = xyY2XYZ(x, y, Y) return XYZ2RGB(X, Y, Z, rgb_space, scale, round_, clamp) def xyY2XYZ(x, y, Y=1.0): """ Convert from xyY to XYZ. Based on formula from http://brucelindbloom.com/Eqn_xyY_to_XYZ.html Implementation Notes: 1. Watch out for the case where y = 0. In that case, X = Y = Z = 0 is returned. 2. The output XYZ values are in the nominal range [0.0, Y[xyY]]. """ if y == 0: return 0, 0, 0 X = (x * Y) / y Z = ((1 - x - y) * Y) / y return X, Y, Z def LERP(a,b,c): """ LERP(a,b,c) = linear interpolation macro. Is 'a' when c == 0.0 and 'b' when c == 1.0 """ return (b - a) * c + a def XYZ2CCT(X, Y, Z): """ Convert from XYZ to correlated color temperature. Derived from ANSI C implementation by Bruce Lindbloom http://brucelindbloom.com/Eqn_XYZ_to_T.html Return: correlated color temperature if successful, else None. Description: This is an implementation of Robertson's method of computing the correlated color temperature of an XYZ color. It can compute correlated color temperatures in the range [1666.7K, infinity]. Reference: "Color Science: Concepts and Methods, Quantitative Data and Formulae", Second Edition, Gunter Wyszecki and W. S. Stiles, John Wiley & Sons, 1982, pp. 227, 228. """ rt = [ # reciprocal temperature (K) DBL_MIN, 10.0e-6, 20.0e-6, 30.0e-6, 40.0e-6, 50.0e-6, 60.0e-6, 70.0e-6, 80.0e-6, 90.0e-6, 100.0e-6, 125.0e-6, 150.0e-6, 175.0e-6, 200.0e-6, 225.0e-6, 250.0e-6, 275.0e-6, 300.0e-6, 325.0e-6, 350.0e-6, 375.0e-6, 400.0e-6, 425.0e-6, 450.0e-6, 475.0e-6, 500.0e-6, 525.0e-6, 550.0e-6, 575.0e-6, 600.0e-6 ] uvt = [ [0.18006, 0.26352, -0.24341], [0.18066, 0.26589, -0.25479], [0.18133, 0.26846, -0.26876], [0.18208, 0.27119, -0.28539], [0.18293, 0.27407, -0.30470], [0.18388, 0.27709, -0.32675], [0.18494, 0.28021, -0.35156], [0.18611, 0.28342, -0.37915], [0.18740, 0.28668, -0.40955], [0.18880, 0.28997, -0.44278], [0.19032, 0.29326, -0.47888], [0.19462, 0.30141, -0.58204], [0.19962, 0.30921, -0.70471], [0.20525, 0.31647, -0.84901], [0.21142, 0.32312, -1.0182], [0.21807, 0.32909, -1.2168], [0.22511, 0.33439, -1.4512], [0.23247, 0.33904, -1.7298], [0.24010, 0.34308, -2.0637], [0.24792, 0.34655, -2.4681], # Note: 0.24792 is a corrected value # for the error found in W&S as 0.24702 [0.25591, 0.34951, -2.9641], [0.26400, 0.35200, -3.5814], [0.27218, 0.35407, -4.3633], [0.28039, 0.35577, -5.3762], [0.28863, 0.35714, -6.7262], [0.29685, 0.35823, -8.5955], [0.30505, 0.35907, -11.324], [0.31320, 0.35968, -15.628], [0.32129, 0.36011, -23.325], [0.32931, 0.36038, -40.770], [0.33724, 0.36051, -116.45] ] if ((X < 1.0e-20 and Y < 1.0e-20 and Z < 1.0e-20) or X + 15.0 * Y + 3.0 * Z == 0): return None # protect against possible divide-by-zero failure us = (4.0 * X) / (X + 15.0 * Y + 3.0 * Z) vs = (6.0 * Y) / (X + 15.0 * Y + 3.0 * Z) dm = 0.0 i = 0 while i < 31: di = (vs - uvt[i][1]) - uvt[i][2] * (us - uvt[i][0]) if i > 0 and ((di < 0.0 and dm >= 0.0) or (di >= 0.0 and dm < 0.0)): break # found lines bounding (us, vs) : i-1 and i dm = di i += 1 if (i == 31): # bad XYZ input, color temp would be less than minimum of 1666.7 # degrees, or too far towards blue return None di = di / math.sqrt(1.0 + uvt[i ][2] * uvt[i ][2]) dm = dm / math.sqrt(1.0 + uvt[i - 1][2] * uvt[i - 1][2]) p = dm / (dm - di) # p = interpolation parameter, 0.0 : i-1, 1.0 : i p = 1.0 / (LERP(rt[i - 1], rt[i], p)) return p def XYZ2Lab(X, Y, Z, whitepoint=None): """ Convert from XYZ to Lab. The input Y value needs to be in the nominal range [0.0, 100.0] and other input values scaled accordingly. The output L value is in the nominal range [0.0, 100.0]. whitepoint can be string (e.g. "D50"), a tuple of XYZ coordinates or color temperature as float or int. Defaults to D50 if not set. Based on formula from http://brucelindbloom.com/Eqn_XYZ_to_Lab.html """ Xr, Yr, Zr = get_whitepoint(whitepoint, 100) xr = X / Xr yr = Y / Yr zr = Z / Zr fx = cbrt(xr) if xr > LSTAR_E else (LSTAR_K * xr + 16) / 116.0 fy = cbrt(yr) if yr > LSTAR_E else (LSTAR_K * yr + 16) / 116.0 fz = cbrt(zr) if zr > LSTAR_E else (LSTAR_K * zr + 16) / 116.0 L = 116 * fy - 16 a = 500 * (fx - fy) b = 200 * (fy - fz) return L, a, b def XYZ2Lu_v_(X, Y, Z, whitepoint=None): """ Convert from XYZ to CIE Lu'v' """ if X + Y + Z == 0: # We can't check for X == Y == Z == 0 because they may actually add up # to 0, thus resulting in ZeroDivisionError later L, u_, v_ = XYZ2Lu_v_(*get_whitepoint(whitepoint)) return 0.0, u_, v_ Xr, Yr, Zr = get_whitepoint(whitepoint, 100) yr = Y / Yr L = 116.0 * cbrt(yr) - 16.0 if yr > LSTAR_E else LSTAR_K * yr u_ = (4.0 * X) / (X + 15.0 * Y + 3.0 * Z) v_ = (9.0 * Y) / (X + 15.0 * Y + 3.0 * Z) return L, u_, v_ def XYZ2Luv(X, Y, Z, whitepoint=None): """ Convert from XYZ to Luv """ if X + Y + Z == 0: # We can't check for X == Y == Z == 0 because they may actually add up # to 0, thus resulting in ZeroDivisionError later L, u, v = XYZ2Luv(*get_whitepoint(whitepoint)) return 0.0, u, v Xr, Yr, Zr = get_whitepoint(whitepoint, 100) yr = Y / Yr L = 116.0 * cbrt(yr) - 16.0 if yr > LSTAR_E else LSTAR_K * yr u_ = (4.0 * X) / (X + 15.0 * Y + 3.0 * Z) v_ = (9.0 * Y) / (X + 15.0 * Y + 3.0 * Z) u_r = (4.0 * Xr) / (Xr + 15.0 * Yr + 3.0 * Zr) v_r = (9.0 * Yr) / (Xr + 15.0 * Yr + 3.0 * Zr) u = 13.0 * L * (u_ - u_r) v = 13.0 * L * (v_ - v_r) return L, u, v def XYZ2RGB(X, Y, Z, rgb_space=None, scale=1.0, round_=False, clamp=True): """ Convert from XYZ to RGB. Use optional RGB colorspace definition, which can be a named colorspace (e.g. "CIE RGB") or must be a tuple in the following format: (gamma, whitepoint, red, green, blue) whitepoint can be a string (e.g. "D50"), a tuple of XYZ coordinates, or a color temperatur in degrees K (float or int). Gamma should be a float. The RGB primaries red, green, blue should be lists or tuples of xyY coordinates (only x and y will be used, so Y can be zero or None). If no colorspace is given, it defaults to sRGB. Based on formula from http://brucelindbloom.com/Eqn_XYZ_to_RGB.html Implementation Notes: 1. The transformation matrix [M] is calculated from the RGB reference primaries as discussed here: http://brucelindbloom.com/Eqn_RGB_XYZ_Matrix.html 2. gamma is the gamma value of the RGB color system used. Many common ones may be found here: http://brucelindbloom.com/WorkingSpaceInfo.html#Specifications 3. The output RGB values are in the nominal range [0.0, scale]. 4. If the input XYZ color is not relative to the same reference white as the RGB system, you must first apply a chromatic adaptation transform [http://brucelindbloom.com/Eqn_ChromAdapt.html] to the XYZ color to convert it from its own reference white to the reference white of the RGB system. 5. Sometimes the more complicated special case of sRGB shown above is replaced by a "simplified" version using a straight gamma function with gamma = 2.2. """ trc, whitepoint, rxyY, gxyY, bxyY, matrix = get_rgb_space(rgb_space) RGB = matrix.inverted() * [X, Y, Z] is_trc = isinstance(trc, (list, tuple)) for i, v in enumerate(RGB): if is_trc: gamma = trc[i] else: gamma = trc if isinstance(gamma, (list, tuple)): RGB[i] = interp(v, gamma, [n / float(len(gamma) - 1) for n in xrange(len(gamma))]) else: RGB[i] = specialpow(v, 1.0 / gamma) if clamp: RGB[i] = min(1.0, max(0.0, RGB[i])) RGB[i] *= scale if round_ is not False: RGB[i] = round(RGB[i], round_) return RGB def XYZ2xyY(X, Y, Z, whitepoint=None): """ Convert from XYZ to xyY. Based on formula from http://brucelindbloom.com/Eqn_XYZ_to_xyY.html Implementation Notes: 1. Watch out for black, where X = Y = Z = 0. In that case, x and y are set to the chromaticity coordinates of the reference whitepoint. 2. The output Y value is in the nominal range [0.0, Y[XYZ]]. """ if X + Y + Z == 0: # We can't check for X == Y == Z == 0 because they may actually add up # to 0, thus resulting in ZeroDivisionError later x, y, Y = XYZ2xyY(*get_whitepoint(whitepoint)) return x, y, 0.0 x = X / (X + Y + Z) y = Y / (X + Y + Z) return x, y, Y def xy_CCT_delta(x, y, daylight=True, method=2000): """ Return CCT and delta to locus """ cct = xyY2CCT(x, y) d = None if cct: locus = None if daylight: # Daylight locus if 4000 <= cct <= 25000: locus = CIEDCCT2XYZ(cct, 100.0) else: # Planckian locus if 1667 <= cct <= 25000: locus = planckianCT2XYZ(cct, 100.0) if locus: L1, a1, b1 = xyY2Lab(x, y, 100.0) L2, a2, b2 = XYZ2Lab(*locus) d = delta(L1, a1, b1, L2, a2, b2, method) return cct, d def dmatrixz(nrl, nrh, ncl, nch): # Adapted from ArgyllCMS numlib/numsup.c #nrl # Row low index #nrh # Row high index #ncl # Col low index #nch # Col high index m = {} if nrh < nrl: # Prevent failure for 0 dimension nrh = nrl if nch < ncl: nch = ncl rows = nrh - nrl + 1 cols = nch - ncl + 1 for i in xrange(rows): m[i + nrl] = {} for j in xrange(cols): m[i][j + ncl] = 0 return m def dvector(nl, nh): # Adapted from ArgyllCMS numlib/numsup.c #nl # Lowest index #nh # Highest index return {} def gam_fit(gf, v): # Adapted from ArgyllCMS xicc/xicc.c """ gamma + input offset function handed to powell() """ gamma = v[0] rv = 0.0 if gamma < 0.0: rv += 100.0 * -gamma gamma = 1e-4 tt = math.pow(gf.roo, 1.0 / gamma) b = tt / (1.0 - tt) # Offset a = math.pow(1.0 - tt, gamma) # Gain tt = a * math.pow(0.5 + b, gamma) tt = tt - gf.thyr rv += tt * tt return rv def linmin(cp, xi, di, ftol, func, fdata): # Adapted from ArgyllCMS numlib/powell.c """ Line bracketing and minimisation routine. Return value at minimum. """ POWELL_GOLD = 1.618034 POWELL_CGOLD = 0.3819660 POWELL_MAXIT = 100 #cp # Start point, and returned value #xi[] # Search vector #di # Dimensionality #ftol # Tolerance to stop on #func # Error function to evaluate #fdata # Opaque data for func() #ax, xx, bx # Search vector multipliers #af, xf, bf # Function values at those points #xt, XT # Trial point XT = {} if di <= 10: xt = XT else: xt = dvector(0, di-1) # Vector for trial point # -------------------------- # First bracket the solution logging.debug("linmin: Bracketing solution") # The line is measured as startpoint + offset * search vector. # (Search isn't symetric, but it seems to depend on cp being # best current solution ?) ax = 0.0 for i in xrange(di): xt[i] = cp[i] + ax * xi[i] af = func(fdata, xt) # xx being vector offset 0.618 xx = 1.0 / POWELL_GOLD for i in xrange(di): xt[i] = cp[i] + xx * xi[i] xf = func(fdata, xt) logging.debug("linmin: Initial points a:%f:%f -> b:%f:%f" % (ax, af, xx, xf)) # Fix it so that we are decreasing from point a -> x if xf > af: tt = ax ax = xx xx = tt tt = af af = xf xf = tt logging.debug("linmin: Ordered Initial points a:%f:%f -> b:%f:%f" % (ax, af, xx, xf)) bx = xx + POWELL_GOLD * (xx-ax) # Guess b beyond a -> x for i in xrange(di): xt[i] = cp[i] + bx * xi[i] bf = func(fdata, xt) logging.debug("linmin: Initial bracket a:%f:%f x:%f:%f b:%f:%f" % (ax, af, xx, xf, bx, bf)) # While not bracketed while xf > bf: logging.debug("linmin: Not bracketed because xf %f > bf %f" % (xf, bf)) logging.debug(" ax = %f, xx = %f, bx = %f" % (ax, xx, bx)) # Compute ux by parabolic interpolation from a, x & b q = (xx - bx) * (xf - af) r = (xx - ax) * (xf - bf) tt = q - r if tt >= 0.0 and tt < 1e-20: # If +ve too small tt = 1e-20 elif tt <= 0.0 and tt > -1e-20: # If -ve too small tt = -1e-20 ux = xx - ((xx - bx) * q - (xx - ax) * r) / (2.0 * tt) ulim = xx + 100.0 * (bx - xx) # Extrapolation limit if (xx - ux) * (ux - bx) > 0.0: # u is between x and b for i in xrange(di): # Evaluate u xt[i] = cp[i] + ux * xi[i] uf = func(fdata, xt) if uf < bf: # Minimum is between x and b ax = xx af = xf xx = ux xf = uf break elif uf > xf: # Minimum is between a and u bx = ux bf = uf break # Parabolic fit didn't work, look further out in direction of b ux = bx + POWELL_GOLD * (bx - xx) elif (bx - ux) * (ux - ulim) > 0.0: # u is between b and limit for i in xrange(di): # Evaluate u xt[i] = cp[i] + ux * xi[i] uf = func(fdata, xt) if uf > bf: # Minimum is between x and u ax = xx af = xf xx = bx xf = bf bx = ux bf = uf break xx = bx xf = bf # Continue looking bx = ux bf = uf ux = bx + POWELL_GOLD * (bx - xx) # Test beyond b elif (ux - ulim) * (ulim - bx) >= 0.0: # u is beyond limit ux = ulim else: # u is to left side of x ? ux = bx + POWELL_GOLD * (bx - xx) # Evaluate u, and move into place at b for i in xrange(di): xt[i] = cp[i] + ux * xi[i] uf = func(fdata, xt) ax = xx af = xf xx = bx xf = bf bx = ux bf = uf logging.debug("linmin: Got bracket a:%f:%f x:%f:%f b:%f:%f" % (ax, af, xx, xf, bx, bf)) # Got bracketed minimum between a -> x -> b # --------------------------------------- # Now use brent minimiser bewteen a and b if True: # a and b bracket solution # x is best function value so far # w is second best function value so far # v is previous second best, or third best # u is most recently tested point #wx, vx, ux # Search vector multipliers #wf vf = 0.0 #uf # Function values at those points de = 0.0 # Distance moved on previous step e = 0.0 # Distance moved on 2nd previous step # Make sure a and b are in ascending order if ax > bx: tt = ax ax = bx bx = tt tt = af af = bf bf = tt wx = vx = xx # Initial values of other center points wf = xf = xf for iter in xrange(1, POWELL_MAXIT + 1): mx = 0.5 * (ax + bx) # m is center of bracket values #if ABSTOL: #tol1 = ftol # Absolute tollerance #else: tol1 = ftol * abs(xx) + 1e-10 tol2 = 2.0 * tol1 logging.debug("linmin: Got bracket a:%f:%f x:%f:%f b:%f:%f" % (ax, af, xx, xf, bx, bf)) # See if we're done if abs(xx - mx) <= (tol2 - 0.5 * (bx - ax)): logging.debug("linmin: We're done because %f <= %f" % (abs(xx - mx), tol2 - 0.5 * (bx - ax))) break if abs(e) > tol1: # Do a trial parabolic fit r = (xx - wx) * (xf-vf) q = (xx - vx) * (xf-wf) p = (xx - vx) * q - (xx-wx) * r q = 2.0 * (q - r) if q > 0.0: p = -p else: q = -q te = e # Save previous e value e = de # Previous steps distance moved logging.debug("linmin: Trial parabolic fit") if (abs(p) >= abs(0.5 * q * te) or p <= q * (ax - xx) or p >= q * (bx - xx)): # Give up on the parabolic fit, and use the golden section search e = ax - xx if xx >= mx else bx - xx # Override previous distance moved */ de = POWELL_CGOLD * e logging.debug("linmin: Moving to golden section search") else: # Use parabolic fit de = p / q # Change in xb ux = xx + de # Trial point according to parabolic fit if (ux - ax) < tol2 or (bx - ux) < tol2: if (mx - xx) > 0.0: # Don't use parabolic, use tol1 de = tol1 # tol1 is +ve else: de = -tol1 logging.debug("linmin: Using parabolic fit") else: # Keep using the golden section search e = ax - xx if xx >= mx else bx - xx # Override previous distance moved de = POWELL_CGOLD * e logging.debug("linmin: Continuing golden section search") if abs(de) >= tol1: # If de moves as much as tol1 would ux = xx + de # use it logging.debug("linmin: ux = %f = xx %f + de %f" % (ux, xx, de)) else: # else move by tol1 in direction de if de > 0.0: ux = xx + tol1 logging.debug("linmin: ux = %f = xx %f + tol1 %f" % (ux, xx, tol1)) else: ux = xx - tol1 logging.debug("linmin: ux = %f = xx %f - tol1 %f" % (ux, xx, tol1)) # Evaluate function for i in xrange(di): xt[i] = cp[i] + ux * xi[i] uf = func(fdata, xt) if uf <= xf: # Found new best solution if ux >= xx: ax = xx af = xf # New lower bracket else: bx = xx bf = xf # New upper bracket vx = wx vf = wf # New previous 2nd best solution wx = xx wf = xf # New 2nd best solution from previous best xx = ux xf = uf # New best solution from latest logging.debug("linmin: found new best solution") else: # Found a worse solution if ux < xx: ax = ux af = uf # New lower bracket else: bx = ux bf = uf # New upper bracket if uf <= wf or wx == xx: # New 2nd best solution, or equal best vx = wx vf = wf # New previous 2nd best solution wx = ux wf = uf # New 2nd best from latest elif uf <= vf or vx == xx or vx == wx: # New 3rd best, or equal 1st & 2nd vx = ux vf = uf # New previous 2nd best from latest logging.debug("linmin: found new worse solution") # !!! should do something if iter > POWELL_MAXIT !!!! # Solution is at xx, xf # Compute solution vector for i in xrange(di): cp[i] += xx * xi[i] return xf def powell(di, cp, s, ftol, maxit, func, fdata, prog=None, pdata=None): # Adapted from ArgyllCMS powell.c """ Standard interface for powell function return True on sucess, False on failure due to excessive iterions Result will be in cp """ DBL_EPSILON = 2.2204460492503131e-016 #di # Dimentionality #cp # Initial starting point #s # Size of initial search area #ftol # Tolerance of error change to stop on #maxit # Maximum iterations allowed #func # Error function to evaluate #fdata # Opaque data needed by function #prog # Optional progress percentage callback #pdata # Opaque data needed by prog() #dmtx # Direction vector #sp # Sarting point before exploring all the directions #xpt # Extrapolated point #svec # Search vector #retv # Returned function value at p #stopth # Current stop threshold */ startdel = -1.0 # Initial change in function value #curdel # Current change in function value pc = 0 # Percentage complete dmtx = dmatrixz(0, di - 1, 0, di - 1) # Zero filled spt = dvector(0, di - 1) xpt = dvector(0, di - 1) svec = dvector(0, di - 1) # Create initial direction matrix by # placing search start on diagonal for i in xrange(di): dmtx[i][i] = s[i] # Save the starting point spt[i] = cp[i] if prog: # Report initial progress prog(pdata, pc) # Initial function evaluation retv = func(fdata, cp) # Iterate untill we converge on a solution, or give up. for iter in xrange(1, maxit): #lretv # Last function return value ibig = 0 # Index of biggest delta del_ = 0.0 # Biggest function value decrease #pretv # Previous function return value pretv = retv # Save return value at top of iteration # Loop over all directions in the set for i in xrange(di): logging.debug("Looping over direction %d" % i) for j in xrange(di): # Extract this direction to make search vector svec[j] = dmtx[j][i] # Minimize in that direction lretv = retv retv = linmin(cp, svec, di, ftol, func, fdata) # Record bigest function decrease, and dimension it occured on if abs(lretv - retv) > del_: del_ = abs(lretv - retv) ibig = i #if ABSTOL: #stopth = ftol # Absolute tollerance #else stopth = ftol * 0.5 * (abs(pretv) + abs(retv) + DBL_EPSILON) curdel = abs(pretv - retv) if startdel < 0.0: startdel = curdel elif curdel > 0 and startdel > 0: tt = (100.0 * math.pow((math.log(curdel) - math.log(startdel)) / (math.log(stopth) - math.log(startdel)), 4.0) + 0.5) if tt > pc and tt < 100: pc = tt if prog: # Report initial progress prog(pdata, pc) # If we have had at least one change of direction and # reached a suitable tollerance, then finish if iter > 1 and curdel <= stopth: logging.debug("Reached stop tollerance because curdel %f <= stopth " "%f" % (curdel, stopth)) break logging.debug("Not stopping because curdel %f > stopth %f" % (curdel, stopth)) for i in xrange(di): svec[i] = cp[i] - spt[i] # Average direction moved after minimization round xpt[i] = cp[i] + svec[i] # Extrapolated point after round of minimization spt[i] = cp[i] # New start point for next round # Function value at extrapolated point lretv = func(fdata, xpt) if lretv < pretv: # If extrapolation is an improvement t1 = pretv - retv - del_ t2 = pretv - lretv t = 2.0 * (pretv -2.0 * retv + lretv) * t1 * t1 - del_ * t2 * t2 if t < 0.0: # Move to the minimum of the new direction retv = linmin(cp, svec, di, ftol, func, fdata) for i in xrange(di): # Save the new direction dmtx[i][ibig] = svec[i] # by replacing best previous if prog: # Report final progress prog(pdata, 100) if iter < maxit: return True logging.debug("powell: returning False due to excessive iterations") return False # Failed due to execessive iterations def xicc_tech_gamma(egamma, off): # Adapted from ArgyllCMS xicc.c """ Given the effective gamma and the output offset Y, return the technical gamma needed for the correct 50% response. """ gf = gam_fits() op = {} sa = {} if off <= 0.0: return egamma gf.thyr = math.pow(0.5, egamma) # Advetised 50% target gf.roo = off op[0] = egamma sa[0] = 0.1 if not powell(1, op, sa, 1e-6, 500, gam_fit, gf): logging.warn("Computing effective gamma and input offset is inaccurate") return op[0] class gam_fits(object): # Adapted from ArgyllCMS xicc/xicc.c def __init__(self, thyr=.2, roo=0): self.thyr = thyr # 50% input target self.roo = roo # 0% input target class BT1886(object): # Adapted from ArgyllCMS xicc/xicc.c """ BT.1886 like transfer function """ def __init__(self, matrix, XYZbp, gamma): """ Setup the bt1886_info for the given target """ self.bwd_matrix = matrix.inverted() self.fwd_matrix = matrix self.gamma = gamma Lab = XYZ2Lab(*XYZbp) self.outL = Lab[0] # For bp blend self.tab = Lab[1:] # a* b* correction needed bkipow = math.pow(XYZbp[1], 1.0 / self.gamma) self.ingo = bkipow / (1.0 - bkipow) # non-linear Y that makes out black point self.outsc = pow(1.0 - bkipow, self.gamma) # Scale to restore 1 -> 1 def apply(self, X, Y, Z): """ Apply BT.1886 black offset and gamma curve to the XYZ out of the input profile. Do this in the colorspace defined by the input profile matrix lookup, so it will be relative XYZ. We assume that BT.1886 does a Rec709 to gamma viewing adjustment, irrespective of the source profile transfer curve. """ logging.debug("bt1886 XYZ in %f %f %f" % (X, Y, Z)) out = self.bwd_matrix * (X, Y, Z) logging.debug("bt1886 RGB in %f %f %f" % (out[0], out[1], out[2])) for j in xrange(3): vv = out[j] # Convert linear light to Rec709 transfer curve if vv < 0.018: vv = 4.5 * vv else: vv = 1.099 * math.pow(vv, 0.45) - 0.099 # Apply input offset & re-scale, and then gamma of 2.4/custom gamma vv = vv + self.ingo if vv > 0.0: vv = self.outsc * math.pow(vv, self.gamma) out[j] = vv out = self.fwd_matrix * out logging.debug("bt1886 RGB bt.1886 %f %f %f" % (out[0], out[1], out[2])) out = list(XYZ2Lab(*[v * 100 for v in out])) logging.debug("bt1886 Lab after Y adj. %f %f %f" % (out[0], out[1], out[2])) # Blend ab to required black point offset self.tab[] as L approaches black. vv = (out[0] - self.outL) / (100.0 - self.outL) # 0 at bp, 1 at wp vv = 1.0 - vv if vv < 0.0: vv = 0.0 elif vv > 1.0: vv = 1.0 vv = math.pow(vv, 40.0) out[1] += vv * self.tab[0] out[2] += vv * self.tab[1] logging.debug("bt1886 Lab after wp adj. %f %f %f" % (out[0], out[1], out[2])) out = Lab2XYZ(*out) logging.debug("bt1886 XYZ out %f %f %f" % (out[0], out[1], out[2])) return out class Matrix3x3(list): """ Simple 3x3 matrix """ def __init__(self, matrix=None): if matrix: self.update(matrix) def update(self, matrix): if len(matrix) != 3: raise ValueError('Invalid number of rows for 3x3 matrix: %i' % len(matrix)) while len(self): self.pop() for row in matrix: if len(row) != 3: raise ValueError('Invalid number of columns for 3x3 matrix: %i' % len(row)) self.append([]) for column in row: self[-1].append(column) def __add__(self, matrix): instance = self.__class__() instance.update([[self[0][0] + matrix[0][0], self[0][1] + matrix[0][1], self[0][2] + matrix[0][2]], [self[1][0] + matrix[1][0], self[1][1] + matrix[1][1], self[1][2] + matrix[1][2]], [self[2][0] + matrix[2][0], self[2][1] + matrix[2][1], self[2][2] + matrix[2][2]]]) return instance def __iadd__(self, matrix): # inplace self.update(self.__add__(matrix)) return self def __imul__(self, matrix): # inplace self.update(self.__mul__(matrix)) return self def __mul__(self, matrix): if not isinstance(matrix[0], (list, tuple)): return [matrix[0] * self[0][0] + matrix[1] * self[0][1] + matrix[2] * self[0][2], matrix[0] * self[1][0] + matrix[1] * self[1][1] + matrix[2] * self[1][2], matrix[0] * self[2][0] + matrix[1] * self[2][1] + matrix[2] * self[2][2]] instance = self.__class__() instance.update([[self[0][0]*matrix[0][0] + self[0][1]*matrix[1][0] + self[0][2]*matrix[2][0], self[0][0]*matrix[0][1] + self[0][1]*matrix[1][1] + self[0][2]*matrix[2][1], self[0][0]*matrix[0][2] + self[0][1]*matrix[1][2] + self[0][2]*matrix[2][2]], [self[1][0]*matrix[0][0] + self[1][1]*matrix[1][0] + self[1][2]*matrix[2][0], self[1][0]*matrix[0][1] + self[1][1]*matrix[1][1] + self[1][2]*matrix[2][1], self[1][0]*matrix[0][2] + self[1][1]*matrix[1][2] + self[1][2]*matrix[2][2]], [self[2][0]*matrix[0][0] + self[2][1]*matrix[1][0] + self[2][2]*matrix[2][0], self[2][0]*matrix[0][1] + self[2][1]*matrix[1][1] + self[2][2]*matrix[2][1], self[2][0]*matrix[0][2] + self[2][1]*matrix[1][2] + self[2][2]*matrix[2][2]]]) return instance def adjoint(self): return self.cofactors().transposed() def cofactors(self): instance = self.__class__() instance.update([[(self[1][1]*self[2][2] - self[1][2]*self[2][1]), -1 * (self[1][0]*self[2][2] - self[1][2]*self[2][0]), (self[1][0]*self[2][1] - self[1][1]*self[2][0])], [-1 * (self[0][1]*self[2][2] - self[0][2]*self[2][1]), (self[0][0]*self[2][2] - self[0][2]*self[2][0]), -1 * (self[0][0]*self[2][1] -self[0][1]*self[2][0])], [(self[0][1]*self[1][2] - self[0][2]*self[1][1]), -1 * (self[0][0]*self[1][2] - self[1][0]*self[0][2]), (self[0][0]*self[1][1] - self[0][1]*self[1][0])]]) return instance def determinant(self): return ((self[0][0]*self[1][1]*self[2][2] + self[1][0]*self[2][1]*self[0][2] + self[0][1]*self[1][2]*self[2][0]) - (self[2][0]*self[1][1]*self[0][2] + self[1][0]*self[0][1]*self[2][2] + self[2][1]*self[1][2]*self[0][0])) def invert(self): # inplace self.update(self.inverted()) def inverted(self): determinant = self.determinant() matrix = self.adjoint() instance = self.__class__() instance.update([[matrix[0][0] / determinant, matrix[0][1] / determinant, matrix[0][2] / determinant], [matrix[1][0] / determinant, matrix[1][1] / determinant, matrix[1][2] / determinant], [matrix[2][0] / determinant, matrix[2][1] / determinant, matrix[2][2] / determinant]]) return instance def rounded(self, digits=3): matrix = self.__class__() for row in self: matrix.append([]) for column in row: matrix[-1].append(round(column, digits)) return matrix def transpose(self): self.update(self.transposed()) def transposed(self): instance = self.__class__() instance.update([[self[0][0], self[1][0], self[2][0]], [self[0][1], self[1][1], self[2][1]], [self[0][2], self[1][2], self[2][2]]]) return instance class NumberTuple(tuple): def __repr__(self): return "(%s)" % ", ".join(str(value) for value in self) def round(self, digits=4): return self.__class__(round(value, digits) for value in self) # Chromatic adaption transform matrices # Bradford, von Kries (= HPE normalized to D65) from http://brucelindbloom.com/Eqn_ChromAdapt.html # CAT02 from http://en.wikipedia.org/wiki/CIECAM02#CAT02 # HPE normalized to illuminant E, CAT97s from http://en.wikipedia.org/wiki/LMS_color_space#CAT97s # CMCCAT97 from 'Performance Of Five Chromatic Adaptation Transforms Using # Large Number Of Color Patches', http://hrcak.srce.hr/file/95370 # CMCCAT2000, Sharp from 'Computational colour science using MATLAB' # ISBN 0470845627, http://books.google.com/books?isbn=0470845627 # Cross-verification of the matrix numbers has been done using various sources, # most notably 'Chromatic Adaptation Performance of Different RGB Sensors' # http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.14.918&rep=rep1&type=pdf cat_matrices = {"Bradford": Matrix3x3([[ 0.89510, 0.26640, -0.16140], [-0.75020, 1.71350, 0.03670], [ 0.03890, -0.06850, 1.02960]]), "CAT02": Matrix3x3([[ 0.7328, 0.4296, -0.1624], [-0.7036, 1.6975, 0.0061], [ 0.0030, 0.0136, 0.9834]]), "CAT97s": Matrix3x3([[ 0.8562, 0.3372, -0.1934], [-0.8360, 1.8327, 0.0033], [ 0.0357, -0.0469, 1.0112]]), "CMCCAT97": Matrix3x3([[ 0.8951, -0.7502, 0.0389], [ 0.2664, 1.7135, 0.0685], [-0.1614, 0.0367, 1.0296]]), "CMCCAT2000": Matrix3x3([[ 0.7982, 0.3389, -0.1371], [-0.5918, 1.5512, 0.0406], [ 0.0008, 0.0239, 0.9753]]), # Hunt-Pointer-Estevez, equal-energy illuminant "HPE normalized to illuminant E": Matrix3x3([[ 0.38971, 0.68898, -0.07868], [-0.22981, 1.18340, 0.04641], [ 0.00000, 0.00000, 1.00000]]), # Süsstrunk et al.15 optimized spectrally sharpened matrix "Sharp": Matrix3x3([[ 1.2694, -0.0988, -0.1706], [-0.8364, 1.8006, 0.0357], [ 0.0297, -0.0315, 1.0018]]), # 'Von Kries' as found on Bruce Lindbloom's site: # Hunt-Pointer-Estevez normalized to D65 # (maybe I should call it that instead of 'Von Kries' # to avoid ambiguity?) "HPE normalized to illuminant D65": Matrix3x3([[ 0.40024, 0.70760, -0.08081], [-0.22630, 1.16532, 0.04570], [ 0.00000, 0.00000, 0.91822]]), "XYZ scaling": Matrix3x3([[1, 0, 0], [0, 1, 0], [0, 0, 1]])} def test(): for i in range(4): if i == 0: wp = "native" elif i == 1: wp = "D50" XYZ = get_standard_illuminant(wp) elif i == 2: wp = "D65" XYZ = get_standard_illuminant(wp) elif i == 3: XYZ = get_standard_illuminant("D65", ("ASTM E308-01", )) wp = " ".join([str(v) for v in XYZ]) print ("RGB and corresponding XYZ (nominal range 0.0 - 1.0) with " "whitepoint %s" % wp) for name in rgb_spaces: spc = rgb_spaces[name] if i == 0: XYZ = CIEDCCT2XYZ(spc[1]) spc = spc[0], XYZ, spc[2], spc[3], spc[4] print "%s 1.0, 1.0, 1.0 = XYZ" % name, \ [str(round(v, 4)) for v in RGB2XYZ(1.0, 1.0, 1.0, spc)] print "%s 1.0, 0.0, 0.0 = XYZ" % name, \ [str(round(v, 4)) for v in RGB2XYZ(1.0, 0.0, 0.0, spc)] print "%s 0.0, 1.0, 0.0 = XYZ" % name, \ [str(round(v, 4)) for v in RGB2XYZ(0.0, 1.0, 0.0, spc)] print "%s 0.0, 0.0, 1.0 = XYZ" % name, \ [str(round(v, 4)) for v in RGB2XYZ(0.0, 0.0, 1.0, spc)] print "" if __name__ == '__main__': test()dispcalGUI-1.7.1.6/dispcalGUI/config.py000644 000765 000000 00000110070 12265441405 017423 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- """ Runtime configuration and user settings parser """ import ConfigParser ConfigParser.DEFAULTSECT = "Default" from decimal import Decimal import locale import math import os import re import sys from time import gmtime, strftime, timezone if sys.platform == "win32": import _winreg from argyll_names import viewconds, intents, video_encodings from defaultpaths import appdata, commonappdata if sys.platform == "win32": from defaultpaths import commonprogramfiles elif sys.platform == "darwin": from defaultpaths import library, library_home, prefs, prefs_home else: from defaultpaths import (xdg_config_dir_default, xdg_config_home, xdg_data_home, xdg_data_home_default, xdg_data_dirs) from defaultpaths import autostart, autostart_home from meta import name as appname, build, lastmod, version from options import ascii, debug, verbose from safe_print import enc, fs_enc, original_codepage from util_io import StringIOu as StringIO from util_os import expanduseru, expandvarsu, getenvu, is_superuser, listdir_re from util_str import create_replace_function, safe_unicode import encodedstdio # Runtime configuration if ascii: enc = "ASCII" exe = unicode(sys.executable, fs_enc) exedir = os.path.dirname(exe) isexe = sys.platform != "darwin" and getattr(sys, "frozen", False) if isexe and os.getenv("_MEIPASS2"): os.environ["_MEIPASS2"] = os.getenv("_MEIPASS2").replace("/", os.path.sep) pyfile = exe if isexe else os.path.join(os.path.dirname(__file__), appname + ".py") pypath = exe if isexe else os.path.abspath(unicode(pyfile, fs_enc)) pyname, pyext = os.path.splitext(os.path.basename(pypath)) isapp = sys.platform == "darwin" and \ exe.split(os.path.sep)[-3:-1] == ["Contents", "MacOS"] and \ os.path.isfile(os.path.join(exedir, pyname)) if isapp: pydir = os.path.normpath(os.path.join(exedir, "..", "Resources")) else: pydir = os.path.dirname(pypath) data_dirs = [pydir] if sys.platform == "win32": if pydir.lower().startswith(exedir.lower()) and pydir != exedir: # We are installed in a subfolder of the executable directory (e.g. # C:\Python26\Lib\site-packages\dispcalGUI) - we nee to add # the executable directory to the data directories so files in # subfolders of the executable directory which are not in # Lib\site-packages\dispcalGUI can be found # (e.g. Scripts\dispcalGUI-apply-profiles) data_dirs += [exedir] btn_width_correction = 20 script_ext = ".cmd" scale_adjustment_factor = 1.0 config_sys = os.path.join(commonappdata[0], appname) confighome = os.path.join(appdata, appname) datahome = os.path.join(appdata, appname) logdir = os.path.join(datahome, "logs") data_dirs += [datahome] data_dirs += [os.path.join(dir_, appname) for dir_ in commonappdata] del dir_ data_dirs += [os.path.join(commonprogramfiles, appname)] exe_ext = ".exe" profile_ext = ".icm" else: btn_width_correction = 10 if sys.platform == "darwin": script_ext = ".command" mac_create_app = True scale_adjustment_factor = 1.0 config_sys = os.path.join(prefs, appname) confighome = os.path.join(prefs_home, appname) datahome = os.path.join(appdata, appname) logdir = os.path.join(expanduseru("~"), "Library", "Logs", appname) data_dirs += [datahome, os.path.join(commonappdata[0], appname)] else: script_ext = ".sh" scale_adjustment_factor = 1.0 config_sys = os.path.join(xdg_config_dir_default, appname) confighome = os.path.join(xdg_config_home, appname) datahome = os.path.join(xdg_data_home, appname) datahome_default = os.path.join(xdg_data_home_default, appname) logdir = os.path.join(datahome, "logs") data_dirs += [datahome] if not datahome_default in data_dirs: data_dirs += [datahome_default] data_dirs += [os.path.join(dir_, appname) for dir_ in xdg_data_dirs] data_dirs += [os.path.join(dir_, "color", "argyll") for dir_ in xdg_data_dirs] del dir_ exe_ext = "" profile_ext = ".icc" storage = os.path.join(datahome, "storage") resfiles = [ # Only essentials "argyll_instruments.json", "lang/en.json", "beep.wav", "camera_shutter.wav", "linear.cal", "test.cal", "ref/ClayRGB1998.gam", "ref/sRGB.gam", "ref/verify.ti1", "xrc/3dlut.xrc", "xrc/extra.xrc", "xrc/gamap.xrc", "xrc/main.xrc", "xrc/mainmenu.xrc" ] bitmaps = {} def getbitmap(name): """ Create (if necessary) and return a named bitmap. name has to be a relative path to a png file, omitting the extension, e.g. 'theme/mybitmap' or 'theme/icons/16x16/myicon', which is searched for in the data directories. If a matching file is not found, a placeholder bitmap is returned. The special name 'empty' will always return a transparent bitmap of the given size, e.g. '16x16/empty' or just 'empty' (size defaults to 16x16 if not given). """ from wxaddons import wx if not name in bitmaps: parts = name.split("/") if parts[-1] == "empty": w = 16 h = 16 if len(parts) > 1: size = parts[-2].split("x") if len(size) == 2: try: w, h = map(int, size) except ValueError: pass bitmaps[name] = wx.EmptyBitmap(w, h, depth=-1) dc = wx.MemoryDC() dc.SelectObject(bitmaps[name]) dc.SetBackground(wx.Brush("black")) dc.Clear() dc.SelectObject(wx.NullBitmap) bitmaps[name].SetMaskColour("black") else: path = None if parts[-1] == appname: path = get_data_path(os.path.join(parts[-2], "apps", parts[-1]) + ".png") if not path: path = get_data_path(os.path.sep.join(parts) + ".png") if path: bitmaps[name] = wx.Bitmap(path) else: w = 32 h = 32 if len(parts) > 1: size = parts[-2].split("x") if len(size) == 2: try: w, h = map(int, size) except ValueError: pass bitmaps[name] = wx.ArtProvider.GetBitmap(wx.ART_MISSING_IMAGE, size=(w, h)) return bitmaps[name] def get_bitmap_as_icon(size, name): """ Like geticon, but return a wx.Icon instance """ from wxaddons import wx icon = wx.EmptyIcon() if sys.platform == "darwin" and wx.VERSION >= (2, 9) and size > 128: # FIXME: wxMac 2.9 doesn't support icon sizes above 128 size = 128 bmp = geticon(size, name) icon.CopyFromBitmap(bmp) return icon def get_argyll_data_dir(): if getcfg("argyll.version") < "1.5.0": argyll_data_dirname = "color" else: argyll_data_dirname = "ArgyllCMS" if sys.platform == "darwin" and getcfg("argyll.version") < "1.5.0": return os.path.join(library if is_superuser() else library_home, argyll_data_dirname) else: return os.path.join(commonappdata[0] if is_superuser() else appdata, argyll_data_dirname) def get_display_name(n=None, include_geometry=False): """ Return name of currently configured display """ if n is None: n = getcfg("display.number") - 1 displays = getcfg("displays").split(os.pathsep) if n >= 0 and n < len(displays): if include_geometry: return displays[n] else: return displays[n].split("@")[0].strip() return "" def get_display_number(display_no): """ Translate from Argyll display index to wx display index """ from wxaddons import wx try: display = getcfg("displays").split(os.pathsep)[display_no] except IndexError: pass else: if display in ("Web @ localhost", "Untethered", "madVR"): return 0 for i in xrange(wx.Display.GetCount()): geometry = "%i, %i, %ix%i" % tuple(wx.Display(i).Geometry) if display.find("@ " + geometry) > -1: if debug: from log import safe_print safe_print("[D] Found display %s at index %i" % (geometry, i)) display_no = i break return display_no def get_display_rects(): """ Return the Argyll enumerated display coordinates and sizes """ from wxaddons import wx display_rects = [] for i, display in enumerate(getcfg("displays").split(os.pathsep)): match = re.search("@ (-?\d+), (-?\d+), (\d+)x(\d+)", display) if match: display_rects.append(wx.Rect(*[int(item) for item in match.groups()])) return display_rects def get_icon_bundle(sizes, name): """ Return a wx.IconBundle with given icon sizes """ from wxaddons import wx iconbundle = wx.IconBundle() for size in sizes: iconbundle.AddIcon(get_bitmap_as_icon(size, name)) return iconbundle def get_instrument_name(): """ Return name of currently configured instrument """ n = getcfg("comport.number") - 1 instrument_names = getcfg("instruments").split(os.pathsep) if n >= 0 and n < len(instrument_names): return instrument_names[n] return "" def geticon(size, name): """ Convenience function for getbitmap('theme/icons//'). """ return getbitmap("theme/icons/%(size)sx%(size)s/%(name)s" % {"size": size, "name": name}) def get_data_path(relpath, rex=None): """ Search data_dirs for relpath and return the path or a file list. If relpath is a file, return the full path, if relpath is a directory, return a list of files in the intersection of searched directories. """ if (not relpath or relpath.endswith(os.path.sep) or (isinstance(os.path.altsep, basestring) and relpath.endswith(os.path.altsep))): return None intersection = [] paths = [] for dir_ in data_dirs: curpath = os.path.join(dir_, relpath) if os.path.exists(curpath): if os.path.isdir(curpath): try: filelist = listdir_re(curpath, rex) except Exception, exception: from log import safe_print safe_print(u"Error - directory '%s' listing failed: %s" % tuple(safe_unicode(s) for s in (curpath, exception))) else: for filename in filelist: if not filename in intersection: intersection += [filename] paths += [os.path.join(curpath, filename)] else: return curpath if paths: paths = [os.pathsep.join(reversed(os.path.split(path))) for path in paths] paths.sort() paths = [os.path.join(*reversed(path.split(os.pathsep))) for path in paths] return None if len(paths) == 0 else paths def runtimeconfig(pyfile): """ Configure remaining runtime options and return runtype. You need to pass in a path to the calling script (e.g. use the __file__ attribute). """ from log import setup_logging setup_logging() if debug or verbose >= 1: from log import safe_print if debug: safe_print("[D] pydir:", pydir) if isapp: runtype = ".app" elif isexe: if debug: safe_print("[D] _MEIPASS2 or pydir:", getenvu("_MEIPASS2", exedir)) if getenvu("_MEIPASS2", exedir) not in data_dirs: data_dirs.insert(1, getenvu("_MEIPASS2", exedir)) runtype = exe_ext else: pydir_parent = os.path.dirname(pydir) if debug: safe_print("[D] dirname(os.path.abspath(sys.argv[0])):", os.path.dirname(os.path.abspath(sys.argv[0]))) safe_print("[D] pydir parent:", pydir_parent) if os.path.dirname(os.path.abspath(sys.argv[0])) == pydir_parent and \ pydir_parent not in data_dirs: # Add the parent directory of the package directory to our list # of data directories if it is the directory containing the # currently run script (e.g. when running from source) data_dirs.insert(1, pydir_parent) runtype = pyext for dir_ in sys.path: if not isinstance(dir_, unicode): dir_ = unicode(dir_, fs_enc) dir_ = os.path.abspath(os.path.join(dir_, appname)) if dir_ not in data_dirs and os.path.isdir(dir_): data_dirs.append(dir_) if debug: safe_print("[D] from sys.path:", dir_) if sys.platform not in ("darwin", "win32"): data_dirs.extend([os.path.join(dir_, "doc", appname + "-" + version) for dir_ in xdg_data_dirs + [xdg_data_home]]) data_dirs.extend([os.path.join(dir_, "doc", "packages", appname) for dir_ in xdg_data_dirs + [xdg_data_home]]) data_dirs.extend([os.path.join(dir_, "doc", appname) for dir_ in xdg_data_dirs + [xdg_data_home]]) data_dirs.extend([os.path.join(dir_, "doc", appname.lower()) # Debian for dir_ in xdg_data_dirs + [xdg_data_home]]) data_dirs.extend([os.path.join(dir_, "icons", "hicolor") for dir_ in xdg_data_dirs + [xdg_data_home]]) if debug: safe_print("[D] Data files search paths:\n[D]", "\n[D] ".join(data_dirs)) defaultmmode = defaults["measurement_mode"] defaultptype = defaults["profile.type"] defaultchart = testchart_defaults.get(defaultptype, testchart_defaults["s"])[None] defaults["testchart.file"] = get_data_path(os.path.join("ti1", defaultchart)) or "" defaults["testchart.file.backup"] = defaults["testchart.file"] defaults["measurement_report.chart"] = get_data_path(os.path.join("ref", "verify.ti1")) or "" return runtype # User settings cfg = ConfigParser.RawConfigParser() cfg.optionxform = str valid_ranges = { "3dlut.bt1886_gamma": [0.000001, 10], "gamma": [0.000001, 10], "trc": [0.000001, 10], "calibration.ambient_viewcond_adjust.lux": [0, sys.maxint], "calibration.black_luminance": [0.000001, 100000], "calibration.black_output_offset": [0, 1], "calibration.black_point_correction": [0, 1], "calibration.black_point_rate": [0.05, 20], "calibration.luminance": [0.000001, 100000], "measurement_report.bt1886_gamma": [0.01, 10], "tc_export_repeat_patch_max": [1, 1000], "tc_export_repeat_patch_min": [1, 1000], "tc_vrml_black_offset": [0, 40], "webserver.portnumber": [1, 65535], "whitepoint.colortemp": [1000, 15000], } valid_values = { "3dlut.bitdepth.input": [8, 10, 12, 14, 16], "3dlut.bitdepth.output": [8, 10, 12, 14, 16], "3dlut.bt1886_gamma_type": ["b", "B"], "3dlut.encoding.input": video_encodings, "3dlut.encoding.output": video_encodings, "3dlut.format": ["3dl", "cube", "eeColor", "madVR", "mga", "spi3d"], "3dlut.rendering_intent": intents, "3dlut.size": [17, 24, 32, 33, 64, 65], "calibration.quality": ["v", "l", "m", "h", "u"], # Measurement modes as supported by Argyll -y parameter # 'l' = 'n' (non-refresh-type display, e.g. LCD) # 'c' = 'r' (refresh-type display, e.g. CRT) # We map 'l' and 'c' to "n" and "r" in # worker.Worker.add_measurement_features if using Argyll >= 1.5 # See http://www.argyllcms.com/doc/instruments.html # for description of per-instrument supported modes "measurement_mode": [None, "B", "F", "L", "R", "a", "b", "c", "e", "f", "g", "l", "m", "n", "o", "p", "r", "x", "1", "2", "3", "4", "5", "6", "7", "8", "9"], "gamap_default_intent": ["a", "r", "p", "s"], "gamap_perceptual_intent": intents, "gamap_saturation_intent": intents, "gamap_src_viewcond": viewconds, "gamap_out_viewcond": ["mt", "mb", "md", "jm", "jd"], "measure.uniformity.show_detail": [0, 1], "measurement_report.bt1886_gamma_type": ["b", "B"], "profile.black_point_compensation": [0, 1], "profile.install_scope": ["l", "u"], "profile.quality": ["l", "m", "h", "u"], "profile.quality.b2a": ["l", "m", "h", "u", "n", None], "profile.type": ["g", "G", "l", "s", "S", "x", "X"], "tc_algo": ["", "t", "r", "R", "q", "Q", "i", "I"], # Q = Argyll >= 1.1.0 "tc_vrml_use_D50": [0, 1], "trc": ["240", "709", "l", "s"], "trc.type": ["g", "G"], "whitepoint.colortemp.locus": ["t", "T"] } defaults = { "3dlut.apply_bt1886_gamma_mapping": 0, "3dlut.bitdepth.input": 10, "3dlut.bitdepth.output": 10, "3dlut.bt1886_gamma": 2.2, "3dlut.bt1886_gamma_type": "b", "3dlut.encoding.input": "n", "3dlut.encoding.input.backup": "n", "3dlut.encoding.output": "n", "3dlut.encoding.output.backup": "n", "3dlut.format": "3dl", "3dlut.input.profile": "", "3dlut.abstract.profile": "", "3dlut.madVR.enable": 1, "3dlut.output.profile": "", "3dlut.output.profile.apply_cal": 1, "3dlut.rendering_intent": "r", "3dlut.use_abstract_profile": 0, "3dlut.size": 17, "allow_skip_sensor_cal": 0, "argyll.debug": 0, "argyll.dir": expanduseru("~"), # directory "argyll.version": "0.0.0", "drift_compensation.blacklevel": 0, "drift_compensation.whitelevel": 0, "calibration.ambient_viewcond_adjust": 0, "calibration.ambient_viewcond_adjust.lux": 500.0, "calibration.black_luminance": 0.000001, "calibration.black_output_offset": 1.0, "calibration.black_output_offset.backup": 1.0, "calibration.black_point_correction": 0.0, "calibration.black_point_correction.auto": 0, "calibration.black_point_correction_choice.show": 1, "calibration.black_point_rate": 4.0, "calibration.black_point_rate.enabled": 0, "calibration.file": None, "calibration.file.previous": None, "calibration.interactive_display_adjustment": 1, "calibration.luminance": 120.0, "calibration.quality": "m", "calibration.update": 0, "calibration.use_video_lut": 1, "calibration.use_video_lut.backup": 1, "colorimeter_correction.testchart": "ccxx.ti1", "colorimeter_correction_matrix_file": "AUTO:", "comport.number": 1, # Note: worker.Worker.enumerate_displays_and_ports() overwrites copyright "copyright": "No copyright. Created with %s %s and Argyll CMS" % (appname, version), "dimensions.measureframe": "0.5,0.5,1.5", "dimensions.measureframe.unzoomed": "0.5,0.5,1.5", "display.number": 1, "display_lut.link": 1, "display_lut.number": 1, "displays": "", "dry_run": 0, "enumerate_ports.auto": 0, "extra_args.collink": "", "extra_args.colprof": "", "extra_args.dispcal": "", "extra_args.dispread": "", "extra_args.spotread": "", "extra_args.targen": "", "gamap_profile": "", "gamap_perceptual": 0, "gamap_perceptual_intent": "la", "gamap_saturation": 0, "gamap_saturation_intent": "s", "gamap_default_intent": "p", "gamma": 2.2, "instruments": "", "log.autoshow": int(not(hasattr(sys.stdout, "isatty") and sys.stdout.isatty())), "log.show": 0, "lang": "en", # The last_[...]_path defaults are set in localization.py "lut_viewer.show": 0, "lut_viewer.show_actual_lut": 0, "measurement_mode": "l", "measurement_mode_unlocked": 1, "measurement_mode.adaptive": 1, "measurement_mode.backup": "l", "measurement_mode.highres": 0, "measurement_mode.projector": 0, "measurement_report.apply_bt1886_gamma_mapping": 0, "measurement_report.bt1886_gamma": 2.2, "measurement_report.bt1886_gamma_type": "b", "measurement_report.chart": "", "measurement_report.chart.fields": "RGB", "measurement_report.devlink_profile": "", "measurement_report.output_profile": "", "measurement_report.whitepoint.simulate": 0, "measurement_report.whitepoint.simulate.relative": 0, "measurement_report.simulation_profile": "", "measurement_report.use_devlink_profile": 0, "measurement_report.use_simulation_profile": 0, "measurement_report.use_simulation_profile_as_output": 0, "measurement.continuous": 0, "measurement.name.expanded": u"", "measurement.play_sound": 1, "measurement.save_path": expanduseru("~"), "measure.darken_background": 0, "measure.darken_background.show_warning": 1, "measure.uniformity.show_detail": 0, "position.x": 50, "position.y": 50, "position.info.x": 50, "position.info.y": 50, "position.lut_viewer.x": 50, "position.lut_viewer.y": 50, "position.lut3dframe.x": 50, "position.lut3dframe.y": 50, "position.profile_info.x": 50, "position.profile_info.y": 50, "position.progress.x": 50, "position.progress.y": 50, "position.reportframe.x": 50, "position.reportframe.y": 50, "position.synthiccframe.x": 50, "position.synthiccframe.y": 50, "position.tcgen.x": 50, "position.tcgen.y": 50, "profile.black_point_compensation": 1, "profile.create_gamut_views": 1, "profile.install_scope": "l" if (sys.platform != "win32" and os.geteuid() == 0) # or # (sys.platform == "win32" and # sys.getwindowsversion() >= (6, )) else "u", # Linux, OSX "profile.license": "Public Domain", "profile.load_on_login": 1, "profile.name": u" ".join([ u"%dns", u"%Y-%m-%d", u"%cb", u"%wp", u"%cB", u"%ck", u"%cg", u"%cq-%pq", u"%pt" ]), "profile.name.expanded": u"", "profile.quality": "h", "profile.quality.b2a": None, "profile.save_path": storage, # directory "profile.type": "s", "profile.update": 0, "profile_loader.error.show_msg": 1, "profile_loader.verify_calibration": 0, "recent_cals": "", "report.pack_js": 1, "settings.changed": 0, "show_advanced_calibration_options": 0, "size.info.w": 512, "size.info.h": 384, "size.lut3dframe.w": 512, "size.lut3dframe.h": 384, "size.profile_info.w": 432, "size.profile_info.split.w": 960, "size.profile_info.h": 524, "size.lut_viewer.w": 512, "size.lut_viewer.h": 580, "size.reportframe.w": 512, "size.reportframe.h": 256, "size.synthiccframe.w": 512, "size.synthiccframe.h": 384, "skip_legacy_serial_ports": 1, "sudo.preserve_environment": 1, "tc_adaption": 0.1, "tc_add_ti3_relative": 1, "tc_algo": "", "tc_angle": 0.3333, "tc_black_patches": 4, "tc_export_repeat_patch_max": 1, "tc_export_repeat_patch_min": 1, "tc_filter": 0, "tc_filter_L": 50, "tc_filter_a": 0, "tc_filter_b": 0, "tc_filter_rad": 255, "tc_fullspread_patches": 0, "tc_gamma": 1.0, "tc_gray_patches": 9, "tc_multi_bcc": 0, "tc_multi_bcc_steps": 0, "tc_multi_steps": 3, "tc_neutral_axis_emphasis": 0.5, "tc_dark_emphasis": 0.0, "tc_precond": 0, "tc_precond_profile": "", "tc.saturation_sweeps": 5, "tc.saturation_sweeps.custom.R": 0.0, "tc.saturation_sweeps.custom.G": 0.0, "tc.saturation_sweeps.custom.B": 0.0, "tc_single_channel_patches": 0, "tc_vrml_black_offset": 40, "tc_vrml_lab": 0, "tc_vrml_device": 1, "tc_vrml_use_D50": 0, "tc_white_patches": 4, "tc.show": 0, "testchart.reference": "", "ti3.check_sanity.auto": 0, "trc": 2.2, "trc.backup": 2.2, "trc.should_use_viewcond_adjust.show_msg": 1, "trc.type": "g", "trc.type.backup": "g", "untethered.measure.auto": 1, "untethered.measure.manual.delay": 0.75, "untethered.max_delta.chroma": 0.5, "untethered.min_delta": 1.5, "untethered.min_delta.lightness": 1.0, "update_check": 1, "use_separate_lut_access": 0, "vrml.compress": 1, "webserver.portnumber": 8080, "whitepoint.colortemp": 5000, "whitepoint.colortemp.locus": "t", "whitepoint.x": 0.345741, "whitepoint.y": 0.358666 } lcode, lenc = locale.getdefaultlocale() if lcode: defaults["lang"] = lcode.split("_")[0].lower() testchart_defaults = { "s": {None: "d3-e4-s0-g9-m3-b3-f0-crossover.ti1"}, # shaper + matrix "l": {None: "d3-e4-s17-g49-m5-b5-f0.ti1"}, # lut "g": {None: "d3-e4-s3-g3-m0-f0.ti1"} # gamma + matrix } def _init_testcharts(): for testcharts in testchart_defaults.values(): for chart in testcharts.values(): resfiles.append(os.path.join("ti1", chart)) testchart_defaults["G"] = testchart_defaults["g"] testchart_defaults["S"] = testchart_defaults["s"] for key in ("X", "x"): testchart_defaults[key] = testchart_defaults["l"] def getcfg(name, fallback=True): """ Get and return an option value from the configuration. If fallback evaluates to True and the option is not set, return its default value. """ if (name in ("profile.save_path", "profile.name.expanded") and is_ccxx_testchart()): name = {"profile.save_path": "measurement.save_path", "profile.name.expanded": "measurement.name.expanded"}[name] setcfg("measurement.name.expanded", "%s & %s" % (get_instrument_name(), get_display_name())) hasdef = name in defaults if hasdef: defval = defaults[name] deftype = type(defval) if cfg.has_option(ConfigParser.DEFAULTSECT, name): try: value = unicode(cfg.get(ConfigParser.DEFAULTSECT, name), "UTF-8") except UnicodeDecodeError: pass else: # Check for invalid types and return default if wrong type if (name != "trc" or value not in valid_values["trc"]) and \ hasdef and deftype in (Decimal, int, float): try: value = deftype(value) except ValueError: value = defval else: valid_range = valid_ranges.get(name) if valid_range: value = min(max(valid_range[0], value), valid_range[1]) elif name in valid_values and value not in valid_values[name]: value = defval elif name.startswith("dimensions.measureframe"): try: value = [max(0, float(n)) for n in value.split(",")] if len(value) != 3: raise ValueError() except ValueError: value = defaults[name] else: value[0] = min(value[0], 1) value[1] = min(value[1], 1) value[2] = min(value[2], 50) value = ",".join([str(n) for n in value]) elif name == "profile.quality" and getcfg("profile.type") in ("g", "G"): # default to high quality for gamma + matrix value = "h" elif name == "trc.type" and getcfg("trc") in valid_values["trc"]: value = "g" elif (value and name.endswith("file") and name != "colorimeter_correction_matrix_file" and not os.path.exists(value)): # colorimeter_correction_matrix_file is special because it's # not (only) a path if debug: print "%s does not exist: %s" % (name, value), if value.split(os.path.sep)[-3:-2] == [appname] and ( value.split(os.path.sep)[-2:-1] == ["presets"] or value.split(os.path.sep)[-2:-1] == ["ref"] or value.split(os.path.sep)[-2:-1] == ["ti1"]): value = os.path.join(*value.split(os.path.sep)[-2:]) value = get_data_path(value) if not value and hasdef: value = defval if debug: print "- falling back to", value elif name in valid_values and value not in valid_values[name]: if debug: print "Invalid config value for %s: %s" % (name, value), if hasdef: value = defval else: value = None if debug: print "- falling back to", value elif name == "copyright": # Make sure dispcalGUI and Argyll version are up-to-date pattern = re.compile("(%s(?:\s*v(?:ersion|\.)?)?\s*)\d+(?:\.\d+)*" % appname, re.I) repl = create_replace_function("\\1%s", version) value = re.sub(pattern, repl, value) pattern = re.compile("(Argyll(?:\s*CMS)?)((?:\s*v(?:ersion|\.)?)?\s*)\d+(?:\.\d+)*", re.I) if defval.split()[-1] != "CMS": repl = create_replace_function("\\1\\2%s", defval.split()[-1]) else: repl = "\\1" value = re.sub(pattern, repl, value) return value if hasdef and fallback: value = defval else: if debug and not hasdef: print "Warning - unknown option:", name value = None return value def hascfg(name, fallback=True): """ Check if an option name exists in the configuration. Returns a boolean. If fallback evaluates to True and the name does not exist, check defaults also. """ if cfg.has_option(ConfigParser.DEFAULTSECT, name): return True elif fallback: return name in defaults return False def get_ccxx_testchart(): """ Get the path to the default chart for CCMX/CCSS creation """ return get_data_path(os.path.join("ti1", defaults["colorimeter_correction.testchart"])) def get_current_profile(include_display_profile=False): """ Get the currently selected profile (if any) """ path = getcfg("calibration.file") if path: import ICCProfile as ICCP try: profile = ICCP.ICCProfile(path) except ICCP.ICCProfileInvalidError, exception: return return profile elif include_display_profile: return get_display_profile() def get_display_profile(display_no=None): if display_no is None: display_no = max(getcfg("display.number") - 1, 0) if get_display_name(display_no) in ("Web", "Untethered", "madVR"): return None import ICCProfile as ICCP try: return ICCP.get_display_profile(display_no) except Exception, exception: from log import _safe_print, log _safe_print("ICCP.get_display_profile(%s):" % display_no, exception, fn=log) def get_total_patches(white_patches=None, black_patches=None, single_channel_patches=None, gray_patches=None, multi_steps=None, multi_bcc_steps=None, fullspread_patches=None): if white_patches is None: white_patches = getcfg("tc_white_patches") if black_patches is None and getcfg("argyll.version") >= "1.6": black_patches = getcfg("tc_black_patches") if single_channel_patches is None: single_channel_patches = getcfg("tc_single_channel_patches") single_channel_patches_total = single_channel_patches * 3 if gray_patches is None: gray_patches = getcfg("tc_gray_patches") if gray_patches == 0 and single_channel_patches > 0 and white_patches > 0: gray_patches = 2 if multi_steps is None: multi_steps = getcfg("tc_multi_steps") if multi_bcc_steps is None and getcfg("argyll.version") >= "1.6": multi_bcc_steps = getcfg("tc_multi_bcc_steps") if fullspread_patches is None: fullspread_patches = getcfg("tc_fullspread_patches") total_patches = 0 if multi_steps > 1: multi_patches = int(math.pow(multi_steps, 3)) if multi_bcc_steps > 1: multi_patches += int(math.pow(multi_bcc_steps - 1, 3)) total_patches += multi_patches white_patches -= 1 # white always in multi channel patches multi_step = 255.0 / (multi_steps - 1) multi_values = [] multi_bcc_values = [] if multi_bcc_steps > 1: multi_bcc_step = multi_step for i in range(multi_bcc_steps): multi_values += [str(multi_bcc_step * i)] for i in range(multi_bcc_steps * 2 - 1): multi_bcc_values += [str(multi_bcc_step / 2.0 * i)] else: for i in range(multi_steps): multi_values += [str(multi_step * i)] if single_channel_patches > 1: single_channel_step = 255.0 / (single_channel_patches - 1) for i in range(single_channel_patches): if str(single_channel_step * i) in multi_values: single_channel_patches_total -= 3 if gray_patches > 1: gray_step = 255.0 / (gray_patches - 1) for i in range(gray_patches): if (str(gray_step * i) in multi_values or str(gray_step * i) in multi_bcc_values): gray_patches -= 1 elif gray_patches > 1: white_patches -= 1 # white always in gray patches single_channel_patches_total -= 3 # black always in gray patches elif single_channel_patches_total: # black always only once in single channel patches single_channel_patches_total -= 2 total_patches += max(0, white_patches) + \ max(0, single_channel_patches_total) + \ max(0, gray_patches) + fullspread_patches if black_patches: if gray_patches > 1 or single_channel_patches_total or multi_steps: black_patches -= 1 # black always in other patches total_patches += black_patches return total_patches def get_verified_path(cfg_item_name, path=None): """ Verify and return dir and filename for a path from the user cfg, or a given path """ defaultPath = path or getcfg(cfg_item_name) defaultDir = expanduseru("~") defaultFile = "" if defaultPath: if os.path.exists(defaultPath): defaultDir, defaultFile = (os.path.dirname(defaultPath), os.path.basename(defaultPath)) elif (defaults.get(cfg_item_name) and os.path.exists(defaults[cfg_item_name])): defaultDir, defaultFile = (os.path.dirname(defaults[cfg_item_name]), os.path.basename(defaults[cfg_item_name])) elif os.path.exists(os.path.dirname(defaultPath)): defaultDir = os.path.dirname(defaultPath) return defaultDir, defaultFile def is_ccxx_testchart(testchart=None): """ Check wether the testchart is the default chart for CCMX/CCSS creation """ testchart = testchart or getcfg("testchart.file") return testchart == get_ccxx_testchart() def is_profile(filename=None, include_display_profile=False): filename = filename or getcfg("calibration.file") if filename: if os.path.exists(filename): import ICCProfile as ICCP try: profile = ICCP.ICCProfile(filename) except ICCP.ICCProfileInvalidError: pass else: return True elif include_display_profile: return bool(get_display_profile()) return False def makecfgdir(which="user", worker=None): if which == "user": if not os.path.exists(confighome): try: os.makedirs(confighome) except Exception, exception: from debughelpers import handle_error handle_error(u"Warning - could not create configuration directory " "'%s': %s" % (confighome, safe_unicode(exception))) return False elif not os.path.exists(config_sys): try: if sys.platform == "win32": os.makedirs(config_sys) else: result = worker.exec_cmd("mkdir", ["-p", config_sys], capture_output=True, low_contrast=False, skip_scripts=True, silent=True, asroot=True) if isinstance(result, Exception): raise result except Exception, exception: from debughelpers import handle_error handle_error(u"Warning - could not create configuration directory " "'%s': %s" % (config_sys, safe_unicode(exception))) return False return True def initcfg(): """ Initialize the configuration. Read in settings if the configuration file exists, else create the settings directory if nonexistent. """ # read pre-v0.2.2b configuration if present if sys.platform == "darwin": oldcfg = os.path.join(expanduseru("~"), "Library", "Preferences", appname + " Preferences") else: oldcfg = os.path.join(expanduseru("~"), "." + appname) makecfgdir() if os.path.exists(confighome) and \ not os.path.exists(os.path.join(confighome, appname + ".ini")): try: if os.path.isfile(oldcfg): oldcfg_file = open(oldcfg, "rb") oldcfg_contents = oldcfg_file.read() oldcfg_file.close() cfg_file = open(os.path.join(confighome, appname + ".ini"), "wb") cfg_file.write("[Default]\n" + oldcfg_contents) cfg_file.close() elif sys.platform == "win32": key = _winreg.OpenKey(_winreg.HKEY_CURRENT_USER, "Software\\" + appname) numsubkeys, numvalues, mtime = _winreg.QueryInfoKey(key) cfg_file = open(os.path.join(confighome, appname + ".ini"), "wb") cfg_file.write("[Default]\n") for i in range(numvalues): name, value, type_ = _winreg.EnumValue(key, i) if type_ == 1: cfg_file.write((u"%s = %s\n" % (name, value)).encode("UTF-8")) cfg_file.close() except Exception, exception: # WindowsError 2 means registry key does not exist, do not show # warning in that case if sys.platform != "win32" or not hasattr(exception, "errno") or \ exception.errno != 2: from log import safe_print safe_print("Warning - could not process old configuration:", safe_unicode(exception)) # Set a few defaults which have None as possible value and thus cannot # be set in the 'defaults' collection setcfg("gamap_src_viewcond", "mt") setcfg("gamap_out_viewcond", "mt") # Read cfg try: cfg.read([os.path.join(config_sys, appname + ".ini")]) cfg.read([os.path.join(confighome, appname + ".ini")]) # This won't raise an exception if the file does not exist, only if it # can't be parsed except Exception, exception: from log import safe_print safe_print("Warning - could not parse configuration file '%s'" % appname + ".ini") def setcfg(name, value): """ Set an option value in the configuration. """ if value is None: cfg.remove_option(ConfigParser.DEFAULTSECT, name) else: cfg.set(ConfigParser.DEFAULTSECT, name, unicode(value).encode("UTF-8")) def writecfg(which="user", worker=None): """ Write configuration file. which: 'user' or 'system' worker: worker instance if which == 'system' """ if which == "user": # user config - stores everything and overrides system-wide config cfgfilename = os.path.join(confighome, appname + ".ini") try: io = StringIO() cfg.write(io) io.seek(0) lines = io.read().strip("\n").split("\n") # Sorting works as long as config has only one section lines = [lines[0]] + sorted(lines[1:]) cfgfile = open(cfgfilename, "wb") cfgfile.write("\n".join(lines)) cfgfile.close() except Exception, exception: from debughelpers import handle_error handle_error(u"Warning - could not write user configuration file " "'%s': %s" % (cfgfilename, safe_unicode(exception))) return False else: # system-wide config - only stores essentials ie. Argyll directory cfgfilename1 = os.path.join(confighome, appname + ".local.ini") cfgfilename2 = os.path.join(config_sys, appname + ".ini") if sys.platform == "win32": cfgfilename = cfgfilename2 else: cfgfilename = cfgfilename1 try: cfgfile = open(cfgfilename, "wb") cfgfile.write("\n".join(["[Default]", "%s = %s" % ("argyll.dir", getcfg("argyll.dir"))])) cfgfile.close() if sys.platform != "win32": # on Linux and OS X, we write the file to the users's config dir # then 'su mv' it to the system-wide config dir result = worker.exec_cmd("mv", ["-f", cfgfilename1, cfgfilename2], capture_output=True, low_contrast=False, skip_scripts=True, silent=True, asroot=True) if isinstance(result, Exception): raise result except Exception, exception: from debughelpers import handle_error handle_error(u"Warning - could not write system-wide configuration file " "'%s': %s" % (cfgfilename2, safe_unicode(exception))) return False return True _init_testcharts() runtype = runtimeconfig(pyfile) dispcalGUI-1.7.1.6/dispcalGUI/debughelpers.py000644 000765 000000 00000003252 12025152312 020620 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import sys import config from config import fs_enc from log import logbuffer, safe_print from meta import name as appname from util_str import safe_unicode wxEventTypes = {} def getevtobjname(event, window=None): """ Get and return the event object's name. """ try: event_object = event.GetEventObject() if not event_object and window: event_object = window.FindWindowById(event.GetId()) if event_object and hasattr(event_object, "GetName"): return event_object.GetName() except Exception, exception: pass def getevttype(event): """ Get and return the event object's type. """ if not wxEventTypes: from wxaddons import wx try: for name in dir(wx): if name.find("EVT_") == 0: attr = getattr(wx, name) if hasattr(attr, "evtType"): wxEventTypes[attr.evtType[0]] = name except Exception, exception: pass typeId = event.GetEventType() if typeId in wxEventTypes: return wxEventTypes[typeId] def handle_error(error, parent=None, silent=False): """ Log an error string and show an error dialog. """ error = safe_unicode(error) safe_print(error) if not silent: try: from wxaddons import wx if wx.GetApp() is None and parent is None: app = wx.App(redirect=False) if parent: try: parent.IsShownOnScreen() except: # If the parent is still being constructed, we can't use it parent = None dlg = wx.MessageDialog(parent if parent not in (False, None) and parent.IsShownOnScreen() else None, error, appname, wx.OK | wx.ICON_ERROR) dlg.ShowModal() dlg.Destroy() except Exception, exception: safe_print("Warning: handle_error():", safe_unicode(exception)) dispcalGUI-1.7.1.6/dispcalGUI/defaultpaths.py000644 000765 000000 00000012220 12251072570 020636 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import os import sys if sys.platform == "win32": try: from win32com.shell.shell import SHGetSpecialFolderPath from win32com.shell.shellcon import (CSIDL_APPDATA, CSIDL_COMMON_APPDATA, CSIDL_COMMON_STARTUP, CSIDL_PROFILE, CSIDL_PROGRAM_FILES_COMMON, CSIDL_STARTUP, CSIDL_SYSTEM) except ImportError: import ctypes (CSIDL_APPDATA, CSIDL_COMMON_APPDATA, CSIDL_COMMON_STARTUP, CSIDL_PROFILE, CSIDL_PROGRAM_FILES_COMMON, CSIDL_STARTUP, CSIDL_SYSTEM) = (26, 35, 24, 40, 43, 7, 37) MAX_PATH = 260 def SHGetSpecialFolderPath(hwndOwner, nFolder, create=0): """ ctypes wrapper around shell32.SHGetSpecialFolderPathW """ buffer = ctypes.create_unicode_buffer(u'\0' * MAX_PATH) ctypes.windll.shell32.SHGetSpecialFolderPathW(0, buffer, nFolder, create) return buffer.value from util_os import expanduseru, expandvarsu, getenvu home = expanduseru("~") if sys.platform == "win32": # Always specify create=1 for SHGetSpecialFolderPath so we don't get an # exception if the folder does not yet exist try: library_home = appdata = SHGetSpecialFolderPath(0, CSIDL_APPDATA, 1) except Exception, exception: raise Exception("FATAL - Could not get/create user application data folder: %s" % exception) # Argyll CMS uses ALLUSERSPROFILE for local system wide app related data # Note: On Windows Vista and later, ALLUSERSPROFILE and COMMON_APPDATA # are actually the same ('C:\ProgramData'), but under Windows XP the former # points to 'C:\Documents and Settings\All Users' while COMMON_APPDATA # points to 'C:\Documents and Settings\All Users\Application Data' allusersprofile = getenvu("ALLUSERSPROFILE") if allusersprofile: commonappdata = [allusersprofile] else: try: commonappdata = [SHGetSpecialFolderPath(0, CSIDL_COMMON_APPDATA, 1)] except Exception, exception: raise Exception("FATAL - Could not get/create common application data folder: %s" % exception) library = commonappdata[0] try: commonprogramfiles = SHGetSpecialFolderPath(0, CSIDL_PROGRAM_FILES_COMMON, 1) except Exception, exception: raise Exception("FATAL - Could not get/create common program files folder: %s" % exception) try: autostart = SHGetSpecialFolderPath(0, CSIDL_COMMON_STARTUP, 1) except Exception, exception: autostart = None try: autostart_home = SHGetSpecialFolderPath(0, CSIDL_STARTUP, 1) except Exception, exception: autostart_home = None try: iccprofiles = [os.path.join(SHGetSpecialFolderPath(0, CSIDL_SYSTEM), "spool", "drivers", "color")] except Exception, exception: raise Exception("FATAL - Could not get system folder: %s" % exception) iccprofiles_home = iccprofiles elif sys.platform == "darwin": library_home = os.path.join(home, "Library") library = os.path.join(os.path.sep, "Library") prefs = os.path.join(os.path.sep, "Library", "Preferences") prefs_home = os.path.join(home, "Library", "Preferences") appdata = os.path.join(home, "Library", "Application Support") commonappdata = [os.path.join(os.path.sep, "Library", "Application Support")] autostart = autostart_home = None iccprofiles = [os.path.join(os.path.sep, "Library", "ColorSync", "Profiles"), os.path.join(os.path.sep, "System", "Library", "ColorSync", "Profiles")] iccprofiles_home = [os.path.join(home, "Library", "ColorSync", "Profiles")] else: xdg_config_home = getenvu("XDG_CONFIG_HOME", expandvarsu("$HOME/.config")) xdg_config_dir_default = "/etc/xdg" xdg_config_dirs = [os.path.normpath(pth) for pth in getenvu("XDG_CONFIG_DIRS", xdg_config_dir_default).split(os.pathsep)] if not xdg_config_dir_default in xdg_config_dirs: xdg_config_dirs += [xdg_config_dir_default] xdg_data_home_default = expandvarsu("$HOME/.local/share") library_home = appdata = xdg_data_home = getenvu("XDG_DATA_HOME", xdg_data_home_default) xdg_data_dirs_default = "/usr/local/share:/usr/share:/var/lib" xdg_data_dirs = [os.path.normpath(pth) for pth in getenvu("XDG_DATA_DIRS", xdg_data_dirs_default).split(os.pathsep)] for dir_ in xdg_data_dirs_default.split(os.pathsep): if not dir_ in xdg_data_dirs: xdg_data_dirs += [dir_] commonappdata = xdg_data_dirs library = commonappdata[0] autostart = None for dir_ in xdg_config_dirs: if os.path.exists(dir_): autostart = os.path.join(dir_, "autostart") break if not autostart: autostart = os.path.join(xdg_config_dir_default, "autostart") autostart_home = os.path.join(xdg_config_home, "autostart") iccprofiles = [] for dir_ in xdg_data_dirs: if os.path.exists(dir_): iccprofiles += [os.path.join(dir_, "color", "icc")] iccprofiles.append("/var/lib/color") iccprofiles_home = [os.path.join(xdg_data_home, "color", "icc"), os.path.join(xdg_data_home, "icc"), expandvarsu("$HOME/.color/icc")] if sys.platform in ("darwin", "win32"): iccprofiles_display = iccprofiles iccprofiles_display = iccprofiles_home else: iccprofiles_display = [os.path.join(dir_, "devices", "display") for dir_ in iccprofiles] iccprofiles_display_home = [os.path.join(dir_, "devices", "display") for dir_ in iccprofiles_home] del dir_ dispcalGUI-1.7.1.6/dispcalGUI/demjson.py000644 000765 000000 00000253436 12025152311 017620 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- # r""" A JSON data encoder and decoder. This Python module implements the JSON (http://json.org/) data encoding format; a subset of ECMAScript (aka JavaScript) for encoding primitive data types (numbers, strings, booleans, lists, and associative arrays) in a language-neutral simple text-based syntax. It can encode or decode between JSON formatted strings and native Python data types. Normally you would use the encode() and decode() functions defined by this module, but if you want more control over the processing you can use the JSON class. This implementation tries to be as completely cormforming to all intricacies of the standards as possible. It can operate in strict mode (which only allows JSON-compliant syntax) or a non-strict mode (which allows much more of the whole ECMAScript permitted syntax). This includes complete support for Unicode strings (including surrogate-pairs for non-BMP characters), and all number formats including negative zero and IEEE 754 non-numbers such a NaN or Infinity. The JSON/ECMAScript to Python type mappings are: ---JSON--- ---Python--- null None undefined undefined (note 1) Boolean (true,false) bool (True or False) Integer int or long (note 2) Float float String str or unicode ( "..." or u"..." ) Array [a, ...] list ( [...] ) Object {a:b, ...} dict ( {...} ) -- Note 1. an 'undefined' object is declared in this module which represents the native Python value for this type when in non-strict mode. -- Note 2. some ECMAScript integers may be up-converted to Python floats, such as 1e+40. Also integer -0 is converted to float -0, so as to preserve the sign (which ECMAScript requires). In addition, when operating in non-strict mode, several IEEE 754 non-numbers are also handled, and are mapped to specific Python objects declared in this module: NaN (not a number) nan (float('nan')) Infinity, +Infinity inf (float('inf')) -Infinity neginf (float('-inf')) When encoding Python objects into JSON, you may use types other than native lists or dictionaries, as long as they support the minimal interfaces required of all sequences or mappings. This means you can use generators and iterators, tuples, UserDict subclasses, etc. To make it easier to produce JSON encoded representations of user defined classes, if the object has a method named json_equivalent(), then it will call that method and attempt to encode the object returned from it instead. It will do this recursively as needed and before any attempt to encode the object using it's default strategies. Note that any json_equivalent() method should return "equivalent" Python objects to be encoded, not an already-encoded JSON-formatted string. There is no such aid provided to decode JSON back into user-defined classes as that would dramatically complicate the interface. When decoding strings with this module it may operate in either strict or non-strict mode. The strict mode only allows syntax which is conforming to RFC 4627 (JSON), while the non-strict allows much more of the permissible ECMAScript syntax. The following are permitted when processing in NON-STRICT mode: * Unicode format control characters are allowed anywhere in the input. * All Unicode line terminator characters are recognized. * All Unicode white space characters are recognized. * The 'undefined' keyword is recognized. * Hexadecimal number literals are recognized (e.g., 0xA6, 0177). * String literals may use either single or double quote marks. * Strings may contain \x (hexadecimal) escape sequences, as well as the \v and \0 escape sequences. * Lists may have omitted (elided) elements, e.g., [,,,,,], with missing elements interpreted as 'undefined' values. * Object properties (dictionary keys) can be of any of the types: string literals, numbers, or identifiers (the later of which are treated as if they are string literals)---as permitted by ECMAScript. JSON only permits strings literals as keys. Concerning non-strict and non-ECMAScript allowances: * Octal numbers: If you allow the 'octal_numbers' behavior (which is never enabled by default), then you can use octal integers and octal character escape sequences (per the ECMAScript standard Annex B.1.2). This behavior is allowed, if enabled, because it was valid JavaScript at one time. * Multi-line string literals: Strings which are more than one line long (contain embedded raw newline characters) are never permitted. This is neither valid JSON nor ECMAScript. Some other JSON implementations may allow this, but this module considers that behavior to be a mistake. References: * JSON (JavaScript Object Notation) * RFC 4627. The application/json Media Type for JavaScript Object Notation (JSON) * ECMA-262 3rd edition (1999) * IEEE 754-1985: Standard for Binary Floating-Point Arithmetic. """ __author__ = "Deron Meranda " __date__ = "2008-03-19" __version__ = "1.3" __credits__ = """Copyright (c) 2006-2008 Deron E. Meranda Licensed under GNU GPL 3.0 or later. See LICENSE.txt included with this software. 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 3 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, see . """ # ------------------------------ # useful global constants content_type = 'application/json' file_ext = 'json' hexdigits = '0123456789ABCDEFabcdef' octaldigits = '01234567' # ---------------------------------------------------------------------- # Decimal and float types. # # If a JSON number can not be stored in a Python float without loosing # precision and the Python has the decimal type, then we will try to # use decimal instead of float. To make this determination we need to # know the limits of the float type, but Python doesn't have an easy # way to tell what the largest floating-point number it supports. So, # we detemine the precision and scale of the float type by testing it. try: # decimal module was introduced in Python 2.4 import decimal except ImportError: decimal = None def determine_float_precision(): """Returns a tuple (significant_digits, max_exponent) for the float type. """ import math # Just count the digits in pi. The last two decimal digits # may only be partial digits, so discount for them. whole, frac = repr(math.pi).split('.') sigdigits = len(whole) + len(frac) - 2 # This is a simple binary search. We find the largest exponent # that the float() type can handle without going infinite or # raising errors. maxexp = None minv = 0; maxv = 1000 while True: if minv+1 == maxv: maxexp = minv - 1 break elif maxv < minv: maxexp = None break m = (minv + maxv) // 2 try: f = repr(float( '1e+%d' % m )) except ValueError: f = None else: if not f or f[0] < '0' or f[0] > '9': f = None if not f: # infinite maxv = m else: minv = m return sigdigits, maxexp float_sigdigits, float_maxexp = determine_float_precision() # ---------------------------------------------------------------------- # The undefined value. # # ECMAScript has an undefined value (similar to yet distinct from null). # Neither Python or strict JSON have support undefined, but to allow # JavaScript behavior we must simulate it. class _undefined_class(object): """Represents the ECMAScript 'undefined' value.""" __slots__ = [] def __repr__(self): return self.__module__ + '.undefined' def __str__(self): return 'undefined' def __nonzero__(self): return False undefined = _undefined_class() del _undefined_class # ---------------------------------------------------------------------- # Non-Numbers: NaN, Infinity, -Infinity # # ECMAScript has official support for non-number floats, although # strict JSON does not. Python doesn't either. So to support the # full JavaScript behavior we must try to add them into Python, which # is unfortunately a bit of black magic. If our python implementation # happens to be built on top of IEEE 754 we can probably trick python # into using real floats. Otherwise we must simulate it with classes. def _nonnumber_float_constants(): """Try to return the Nan, Infinity, and -Infinity float values. This is unnecessarily complex because there is no standard platform- independent way to do this in Python as the language (opposed to some implementation of it) doesn't discuss non-numbers. We try various strategies from the best to the worst. If this Python interpreter uses the IEEE 754 floating point standard then the returned values will probably be real instances of the 'float' type. Otherwise a custom class object is returned which will attempt to simulate the correct behavior as much as possible. """ try: # First, try (mostly portable) float constructor. Works under # Linux x86 (gcc) and some Unices. nan = float('nan') inf = float('inf') neginf = float('-inf') except ValueError: try: # Try the AIX (PowerPC) float constructors nan = float('NaNQ') inf = float('INF') neginf = float('-INF') except ValueError: try: # Next, try binary unpacking. Should work under # platforms using IEEE 754 floating point. import struct, sys xnan = '7ff8000000000000'.decode('hex') # Quiet NaN xinf = '7ff0000000000000'.decode('hex') xcheck = 'bdc145651592979d'.decode('hex') # -3.14159e-11 # Could use float.__getformat__, but it is a new python feature, # so we use sys.byteorder. if sys.byteorder == 'big': nan = struct.unpack('d', xnan)[0] inf = struct.unpack('d', xinf)[0] check = struct.unpack('d', xcheck)[0] else: nan = struct.unpack('d', xnan[::-1])[0] inf = struct.unpack('d', xinf[::-1])[0] check = struct.unpack('d', xcheck[::-1])[0] neginf = - inf if check != -3.14159e-11: raise ValueError('Unpacking raw IEEE 754 floats does not work') except (ValueError, TypeError): # Punt, make some fake classes to simulate. These are # not perfect though. For instance nan * 1.0 == nan, # as expected, but 1.0 * nan == 0.0, which is wrong. class nan(float): """An approximation of the NaN (not a number) floating point number.""" def __repr__(self): return 'nan' def __str__(self): return 'nan' def __add__(self,x): return self def __radd__(self,x): return self def __sub__(self,x): return self def __rsub__(self,x): return self def __mul__(self,x): return self def __rmul__(self,x): return self def __div__(self,x): return self def __rdiv__(self,x): return self def __divmod__(self,x): return (self,self) def __rdivmod__(self,x): return (self,self) def __mod__(self,x): return self def __rmod__(self,x): return self def __pow__(self,exp): return self def __rpow__(self,exp): return self def __neg__(self): return self def __pos__(self): return self def __abs__(self): return self def __lt__(self,x): return False def __le__(self,x): return False def __eq__(self,x): return False def __neq__(self,x): return True def __ge__(self,x): return False def __gt__(self,x): return False def __complex__(self,*a): raise NotImplementedError('NaN can not be converted to a complex') if decimal: nan = decimal.Decimal('NaN') else: nan = nan() class inf(float): """An approximation of the +Infinity floating point number.""" def __repr__(self): return 'inf' def __str__(self): return 'inf' def __add__(self,x): return self def __radd__(self,x): return self def __sub__(self,x): return self def __rsub__(self,x): return self def __mul__(self,x): if x is neginf or x < 0: return neginf elif x == 0: return nan else: return self def __rmul__(self,x): return self.__mul__(x) def __div__(self,x): if x == 0: raise ZeroDivisionError('float division') elif x < 0: return neginf else: return self def __rdiv__(self,x): if x is inf or x is neginf or x is nan: return nan return 0.0 def __divmod__(self,x): if x == 0: raise ZeroDivisionError('float divmod()') elif x < 0: return (nan,nan) else: return (self,self) def __rdivmod__(self,x): if x is inf or x is neginf or x is nan: return (nan, nan) return (0.0, x) def __mod__(self,x): if x == 0: raise ZeroDivisionError('float modulo') else: return nan def __rmod__(self,x): if x is inf or x is neginf or x is nan: return nan return x def __pow__(self, exp): if exp == 0: return 1.0 else: return self def __rpow__(self, x): if -1 < x < 1: return 0.0 elif x == 1.0: return 1.0 elif x is nan or x is neginf or x < 0: return nan else: return self def __neg__(self): return neginf def __pos__(self): return self def __abs__(self): return self def __lt__(self,x): return False def __le__(self,x): if x is self: return True else: return False def __eq__(self,x): if x is self: return True else: return False def __neq__(self,x): if x is self: return False else: return True def __ge__(self,x): return True def __gt__(self,x): return True def __complex__(self,*a): raise NotImplementedError('Infinity can not be converted to a complex') if decimal: inf = decimal.Decimal('Infinity') else: inf = inf() class neginf(float): """An approximation of the -Infinity floating point number.""" def __repr__(self): return '-inf' def __str__(self): return '-inf' def __add__(self,x): return self def __radd__(self,x): return self def __sub__(self,x): return self def __rsub__(self,x): return self def __mul__(self,x): if x is self or x < 0: return inf elif x == 0: return nan else: return self def __rmul__(self,x): return self.__mul__(self) def __div__(self,x): if x == 0: raise ZeroDivisionError('float division') elif x < 0: return inf else: return self def __rdiv__(self,x): if x is inf or x is neginf or x is nan: return nan return -0.0 def __divmod__(self,x): if x == 0: raise ZeroDivisionError('float divmod()') elif x < 0: return (nan,nan) else: return (self,self) def __rdivmod__(self,x): if x is inf or x is neginf or x is nan: return (nan, nan) return (-0.0, x) def __mod__(self,x): if x == 0: raise ZeroDivisionError('float modulo') else: return nan def __rmod__(self,x): if x is inf or x is neginf or x is nan: return nan return x def __pow__(self,exp): if exp == 0: return 1.0 else: return self def __rpow__(self, x): if x is nan or x is inf or x is inf: return nan return 0.0 def __neg__(self): return inf def __pos__(self): return self def __abs__(self): return inf def __lt__(self,x): return True def __le__(self,x): return True def __eq__(self,x): if x is self: return True else: return False def __neq__(self,x): if x is self: return False else: return True def __ge__(self,x): if x is self: return True else: return False def __gt__(self,x): return False def __complex__(self,*a): raise NotImplementedError('-Infinity can not be converted to a complex') if decimal: neginf = decimal.Decimal('-Infinity') else: neginf = neginf(0) return nan, inf, neginf nan, inf, neginf = _nonnumber_float_constants() del _nonnumber_float_constants # ---------------------------------------------------------------------- # String processing helpers unsafe_string_chars = '"\\' + ''.join([chr(i) for i in range(0x20)]) def skipstringsafe( s, start=0, end=None ): i = start #if end is None: # end = len(s) while i < end and s[i] not in unsafe_string_chars: #c = s[i] #if c in unsafe_string_chars: # break i += 1 return i def skipstringsafe_slow( s, start=0, end=None ): i = start if end is None: end = len(s) while i < end: c = s[i] if c == '"' or c == '\\' or ord(c) <= 0x1f: break i += 1 return i def extend_list_with_sep( orig_seq, extension_seq, sepchar='' ): if not sepchar: orig_seq.extend( extension_seq ) else: for i, x in enumerate(extension_seq): if i > 0: orig_seq.append( sepchar ) orig_seq.append( x ) def extend_and_flatten_list_with_sep( orig_seq, extension_seq, separator='' ): for i, part in enumerate(extension_seq): if i > 0 and separator: orig_seq.append( separator ) orig_seq.extend( part ) # ---------------------------------------------------------------------- # Unicode helpers # # JSON requires that all JSON implementations must support the UTF-32 # encoding (as well as UTF-8 and UTF-16). But earlier versions of # Python did not provide a UTF-32 codec. So we must implement UTF-32 # ourselves in case we need it. def utf32le_encode( obj, errors='strict' ): """Encodes a Unicode string into a UTF-32LE encoded byte string.""" import struct try: import cStringIO as sio except ImportError: import StringIO as sio f = sio.StringIO() write = f.write pack = struct.pack for c in obj: n = ord(c) if 0xD800 <= n <= 0xDFFF: # surrogate codepoints are prohibited by UTF-32 if errors == 'ignore': continue elif errors == 'replace': n = ord('?') else: cname = 'U+%04X'%n raise UnicodeError('UTF-32 can not encode surrogate characters',cname) write( pack('L', n) ) return f.getvalue() def utf32le_decode( obj, errors='strict' ): """Decodes a UTF-32LE byte string into a Unicode string.""" if len(obj) % 4 != 0: raise UnicodeError('UTF-32 decode error, data length not a multiple of 4 bytes') import struct unpack = struct.unpack chars = [] i = 0 for i in range(0, len(obj), 4): seq = obj[i:i+4] n = unpack('L',seq)[0] chars.append( unichr(n) ) return u''.join( chars ) def auto_unicode_decode( s ): """Takes a string and tries to convert it to a Unicode string. This will return a Python unicode string type corresponding to the input string (either str or unicode). The character encoding is guessed by looking for either a Unicode BOM prefix, or by the rules specified by RFC 4627. When in doubt it is assumed the input is encoded in UTF-8 (the default for JSON). """ if isinstance(s, unicode): return s if len(s) < 4: return s.decode('utf8') # not enough bytes, assume default of utf-8 # Look for BOM marker import codecs bom2 = s[:2] bom4 = s[:4] a, b, c, d = map(ord, s[:4]) # values of first four bytes if bom4 == codecs.BOM_UTF32_LE: encoding = 'utf-32le' s = s[4:] elif bom4 == codecs.BOM_UTF32_BE: encoding = 'utf-32be' s = s[4:] elif bom2 == codecs.BOM_UTF16_LE: encoding = 'utf-16le' s = s[2:] elif bom2 == codecs.BOM_UTF16_BE: encoding = 'utf-16be' s = s[2:] # No BOM, so autodetect encoding used by looking at first four bytes # according to RFC 4627 section 3. elif a==0 and b==0 and c==0 and d!=0: # UTF-32BE encoding = 'utf-32be' elif a==0 and b!=0 and c==0 and d!=0: # UTF-16BE encoding = 'utf-16be' elif a!=0 and b==0 and c==0 and d==0: # UTF-32LE encoding = 'utf-32le' elif a!=0 and b==0 and c!=0 and d==0: # UTF-16LE encoding = 'utf-16le' else: #if a!=0 and b!=0 and c!=0 and d!=0: # UTF-8 # JSON spec says default is UTF-8, so always guess it # if we can't guess otherwise encoding = 'utf8' # Make sure the encoding is supported by Python try: cdk = codecs.lookup(encoding) except LookupError: if encoding.startswith('utf-32') \ or encoding.startswith('ucs4') \ or encoding.startswith('ucs-4'): # Python doesn't natively have a UTF-32 codec, but JSON # requires that it be supported. So we must decode these # manually. if encoding.endswith('le'): unis = utf32le_decode(s) else: unis = utf32be_decode(s) else: raise JSONDecodeError('this python has no codec for this character encoding',encoding) else: # Convert to unicode using a standard codec unis = s.decode(encoding) return unis def surrogate_pair_as_unicode( c1, c2 ): """Takes a pair of unicode surrogates and returns the equivalent unicode character. The input pair must be a surrogate pair, with c1 in the range U+D800 to U+DBFF and c2 in the range U+DC00 to U+DFFF. """ n1, n2 = ord(c1), ord(c2) if n1 < 0xD800 or n1 > 0xDBFF or n2 < 0xDC00 or n2 > 0xDFFF: raise JSONDecodeError('illegal Unicode surrogate pair',(c1,c2)) a = n1 - 0xD800 b = n2 - 0xDC00 v = (a << 10) | b v += 0x10000 return unichr(v) def unicode_as_surrogate_pair( c ): """Takes a single unicode character and returns a sequence of surrogate pairs. The output of this function is a tuple consisting of one or two unicode characters, such that if the input character is outside the BMP range then the output is a two-character surrogate pair representing that character. If the input character is inside the BMP then the output tuple will have just a single character...the same one. """ n = ord(c) if n < 0x10000: return (unichr(n),) # in BMP, surrogate pair not required v = n - 0x10000 vh = (v >> 10) & 0x3ff # highest 10 bits vl = v & 0x3ff # lowest 10 bits w1 = 0xD800 | vh w2 = 0xDC00 | vl return (unichr(w1), unichr(w2)) # ---------------------------------------------------------------------- # Type identification def isnumbertype( obj ): """Is the object of a Python number type (excluding complex)?""" return isinstance(obj, (int,long,float)) \ and not isinstance(obj, bool) \ or obj is nan or obj is inf or obj is neginf def isstringtype( obj ): """Is the object of a Python string type?""" if isinstance(obj, basestring): return True # Must also check for some other pseudo-string types import types, UserString return isinstance(obj, types.StringTypes) \ or isinstance(obj, UserString.UserString) \ or isinstance(obj, UserString.MutableString) # ---------------------------------------------------------------------- # Numeric helpers def decode_hex( hexstring ): """Decodes a hexadecimal string into it's integer value.""" # We don't use the builtin 'hex' codec in python since it can # not handle odd numbers of digits, nor raise the same type # of exceptions we want to. n = 0 for c in hexstring: if '0' <= c <= '9': d = ord(c) - ord('0') elif 'a' <= c <= 'f': d = ord(c) - ord('a') + 10 elif 'A' <= c <= 'F': d = ord(c) - ord('A') + 10 else: raise JSONDecodeError('not a hexadecimal number',hexstring) # Could use ((n << 4 ) | d), but python 2.3 issues a FutureWarning. n = (n * 16) + d return n def decode_octal( octalstring ): """Decodes an octal string into it's integer value.""" n = 0 for c in octalstring: if '0' <= c <= '7': d = ord(c) - ord('0') else: raise JSONDecodeError('not an octal number',octalstring) # Could use ((n << 3 ) | d), but python 2.3 issues a FutureWarning. n = (n * 8) + d return n # ---------------------------------------------------------------------- # Exception classes. class JSONError(ValueError): """Our base class for all JSON-related errors. """ def pretty_description(self): err = self.args[0] if len(self.args) > 1: err += ': ' for anum, a in enumerate(self.args[1:]): if anum > 1: err += ', ' astr = repr(a) if len(astr) > 20: astr = astr[:20] + '...' err += astr return err class JSONDecodeError(JSONError): """An exception class raised when a JSON decoding error (syntax error) occurs.""" class JSONEncodeError(JSONError): """An exception class raised when a python object can not be encoded as a JSON string.""" #---------------------------------------------------------------------- # The main JSON encoder/decoder class. class JSON(object): """An encoder/decoder for JSON data streams. Usually you will call the encode() or decode() methods. The other methods are for lower-level processing. Whether the JSON parser runs in strict mode (which enforces exact compliance with the JSON spec) or the more forgiving non-string mode can be affected by setting the 'strict' argument in the object's initialization; or by assigning True or False to the 'strict' property of the object. You can also adjust a finer-grained control over strictness by allowing or preventing specific behaviors. You can get a list of all the available behaviors by accessing the 'behaviors' property. Likewise the allowed_behaviors and prevented_behaviors list which behaviors will be allowed and which will not. Call the allow() or prevent() methods to adjust these. """ _escapes_json = { # character escapes in JSON '"': '"', '/': '/', '\\': '\\', 'b': '\b', 'f': '\f', 'n': '\n', 'r': '\r', 't': '\t', } _escapes_js = { # character escapes in Javascript '"': '"', '\'': '\'', '\\': '\\', 'b': '\b', 'f': '\f', 'n': '\n', 'r': '\r', 't': '\t', 'v': '\v', '0': '\x00' } # Following is a reverse mapping of escape characters, used when we # output JSON. Only those escapes which are always safe (e.g., in JSON) # are here. It won't hurt if we leave questionable ones out. _rev_escapes = {'\n': '\\n', '\t': '\\t', '\b': '\\b', '\r': '\\r', '\f': '\\f', '"': '\\"', '\\': '\\\\'} def __init__(self, strict=False, compactly=True, escape_unicode=False): """Creates a JSON encoder/decoder object. If 'strict' is set to True, then only strictly-conforming JSON output will be produced. Note that this means that some types of values may not be convertable and will result in a JSONEncodeError exception. If 'compactly' is set to True, then the resulting string will have all extraneous white space removed; if False then the string will be "pretty printed" with whitespace and indentation added to make it more readable. If 'escape_unicode' is set to True, then all non-ASCII characters will be represented as a unicode escape sequence; if False then the actual real unicode character will be inserted if possible. The 'escape_unicode' can also be a function, which when called with a single argument of a unicode character will return True if the character should be escaped or False if it should not. If you wish to extend the encoding to ba able to handle additional types, you should subclass this class and override the encode_default() method. """ import sys self._set_strictness(strict) self._encode_compactly = compactly try: # see if we were passed a predicate function b = escape_unicode(u'A') self._encode_unicode_as_escapes = escape_unicode except (ValueError, NameError, TypeError): # Just set to True or False. We could use lambda x:True # to make it more consistent (always a function), but it # will be too slow, so we'll make explicit tests later. self._encode_unicode_as_escapes = bool(escape_unicode) self._sort_dictionary_keys = True # The following is a boolean map of the first 256 characters # which will quickly tell us which of those characters never # need to be escaped. self._asciiencodable = [32 <= c < 128 and not self._rev_escapes.has_key(chr(c)) for c in range(0,255)] def _set_strictness(self, strict): """Changes the strictness behavior. Pass True to be very strict about JSON syntax, or False to be looser. """ self._allow_any_type_at_start = not strict self._allow_all_numeric_signs = not strict self._allow_comments = not strict self._allow_control_char_in_string = not strict self._allow_hex_numbers = not strict self._allow_initial_decimal_point = not strict self._allow_js_string_escapes = not strict self._allow_non_numbers = not strict self._allow_nonescape_characters = not strict # "\z" -> "z" self._allow_nonstring_keys = not strict self._allow_omitted_array_elements = not strict self._allow_single_quoted_strings = not strict self._allow_trailing_comma_in_literal = not strict self._allow_undefined_values = not strict self._allow_unicode_format_control_chars = not strict self._allow_unicode_whitespace = not strict # Always disable this by default self._allow_octal_numbers = False def allow(self, behavior): """Allow the specified behavior (turn off a strictness check). The list of all possible behaviors is available in the behaviors property. You can see which behaviors are currently allowed by accessing the allowed_behaviors property. """ p = '_allow_' + behavior if hasattr(self, p): setattr(self, p, True) else: raise AttributeError('Behavior is not known',behavior) def prevent(self, behavior): """Prevent the specified behavior (turn on a strictness check). The list of all possible behaviors is available in the behaviors property. You can see which behaviors are currently prevented by accessing the prevented_behaviors property. """ p = '_allow_' + behavior if hasattr(self, p): setattr(self, p, False) else: raise AttributeError('Behavior is not known',behavior) def _get_behaviors(self): return sorted([ n[len('_allow_'):] for n in self.__dict__ \ if n.startswith('_allow_')]) behaviors = property(_get_behaviors, doc='List of known behaviors that can be passed to allow() or prevent() methods') def _get_allowed_behaviors(self): return sorted([ n[len('_allow_'):] for n in self.__dict__ \ if n.startswith('_allow_') and getattr(self,n)]) allowed_behaviors = property(_get_allowed_behaviors, doc='List of known behaviors that are currently allowed') def _get_prevented_behaviors(self): return sorted([ n[len('_allow_'):] for n in self.__dict__ \ if n.startswith('_allow_') and not getattr(self,n)]) prevented_behaviors = property(_get_prevented_behaviors, doc='List of known behaviors that are currently prevented') def _is_strict(self): return not self.allowed_behaviors strict = property(_is_strict, _set_strictness, doc='True if adherence to RFC 4627 syntax is strict, or False is more generous ECMAScript syntax is permitted') def isws(self, c): """Determines if the given character is considered as white space. Note that Javscript is much more permissive on what it considers to be whitespace than does JSON. Ref. ECMAScript section 7.2 """ if not self._allow_unicode_whitespace: return c in ' \t\n\r' else: if not isinstance(c,unicode): c = unicode(c) if c in u' \t\n\r\f\v': return True import unicodedata return unicodedata.category(c) == 'Zs' def islineterm(self, c): """Determines if the given character is considered a line terminator. Ref. ECMAScript section 7.3 """ if c == '\r' or c == '\n': return True if c == u'\u2028' or c == u'\u2029': # unicodedata.category(c) in ['Zl', 'Zp'] return True return False def strip_format_control_chars(self, txt): """Filters out all Unicode format control characters from the string. ECMAScript permits any Unicode "format control characters" to appear at any place in the source code. They are to be ignored as if they are not there before any other lexical tokenization occurs. Note that JSON does not allow them. Ref. ECMAScript section 7.1. """ import unicodedata txt2 = filter( lambda c: unicodedata.category(unicode(c)) != 'Cf', txt ) return txt2 def decode_null(self, s, i=0): """Intermediate-level decoder for ECMAScript 'null' keyword. Takes a string and a starting index, and returns a Python None object and the index of the next unparsed character. """ if i < len(s) and s[i:i+4] == 'null': return None, i+4 raise JSONDecodeError('literal is not the JSON "null" keyword', s) def encode_undefined(self): """Produces the ECMAScript 'undefined' keyword.""" return 'undefined' def encode_null(self): """Produces the JSON 'null' keyword.""" return 'null' def decode_boolean(self, s, i=0): """Intermediate-level decode for JSON boolean literals. Takes a string and a starting index, and returns a Python bool (True or False) and the index of the next unparsed character. """ if s[i:i+4] == 'true': return True, i+4 elif s[i:i+5] == 'false': return False, i+5 raise JSONDecodeError('literal value is not a JSON boolean keyword',s) def encode_boolean(self, b): """Encodes the Python boolean into a JSON Boolean literal.""" if bool(b): return 'true' return 'false' def decode_number(self, s, i=0, imax=None): """Intermediate-level decoder for JSON numeric literals. Takes a string and a starting index, and returns a Python suitable numeric type and the index of the next unparsed character. The returned numeric type can be either of a Python int, long, or float. In addition some special non-numbers may also be returned such as nan, inf, and neginf (technically which are Python floats, but have no numeric value.) Ref. ECMAScript section 8.5. """ if imax is None: imax = len(s) # Detect initial sign character(s) if not self._allow_all_numeric_signs: if s[i] == '+' or (s[i] == '-' and i+1 < imax and \ s[i+1] in '+-'): raise JSONDecodeError('numbers in strict JSON may only have a single "-" as a sign prefix',s[i:]) sign = +1 j = i # j will point after the sign prefix while j < imax and s[j] in '+-': if s[j] == '-': sign = sign * -1 j += 1 # Check for ECMAScript symbolic non-numbers if s[j:j+3] == 'NaN': if self._allow_non_numbers: return nan, j+3 else: raise JSONDecodeError('NaN literals are not allowed in strict JSON') elif s[j:j+8] == 'Infinity': if self._allow_non_numbers: if sign < 0: return neginf, j+8 else: return inf, j+8 else: raise JSONDecodeError('Infinity literals are not allowed in strict JSON') elif s[j:j+2] in ('0x','0X'): if self._allow_hex_numbers: k = j+2 while k < imax and s[k] in hexdigits: k += 1 n = sign * decode_hex( s[j+2:k] ) return n, k else: raise JSONDecodeError('hexadecimal literals are not allowed in strict JSON',s[i:]) else: # Decimal (or octal) number, find end of number. # General syntax is: \d+[\.\d+][e[+-]?\d+] k = j # will point to end of digit sequence could_be_octal = ( k+1 < imax and s[k] == '0' ) # first digit is 0 decpt = None # index into number of the decimal point, if any ept = None # index into number of the e|E exponent start, if any esign = '+' # sign of exponent sigdigits = 0 # number of significant digits (approx, counts end zeros) while k < imax and (s[k].isdigit() or s[k] in '.+-eE'): c = s[k] if c not in octaldigits: could_be_octal = False if c == '.': if decpt is not None or ept is not None: break else: decpt = k-j elif c in 'eE': if ept is not None: break else: ept = k-j elif c in '+-': if not ept: break esign = c else: #digit if not ept: sigdigits += 1 k += 1 number = s[j:k] # The entire number as a string #print 'NUMBER IS: ', repr(number), ', sign', sign, ', esign', esign, \ # ', sigdigits', sigdigits, \ # ', decpt', decpt, ', ept', ept # Handle octal integers first as an exception. If octal # is not enabled (the ECMAScipt standard) then just do # nothing and treat the string as a decimal number. if could_be_octal and self._allow_octal_numbers: n = sign * decode_octal( number ) return n, k # A decimal number. Do a quick check on JSON syntax restrictions. if number[0] == '.' and not self._allow_initial_decimal_point: raise JSONDecodeError('numbers in strict JSON must have at least one digit before the decimal point',s[i:]) elif number[0] == '0' and \ len(number) > 1 and number[1].isdigit(): if self._allow_octal_numbers: raise JSONDecodeError('initial zero digit is only allowed for octal integers',s[i:]) else: raise JSONDecodeError('initial zero digit must not be followed by other digits (octal numbers are not permitted)',s[i:]) # Make sure decimal point is followed by a digit if decpt is not None: if decpt+1 >= len(number) or not number[decpt+1].isdigit(): raise JSONDecodeError('decimal point must be followed by at least one digit',s[i:]) # Determine the exponential part if ept is not None: if ept+1 >= len(number): raise JSONDecodeError('exponent in number is truncated',s[i:]) try: exponent = int(number[ept+1:]) except ValueError: raise JSONDecodeError('not a valid exponent in number',s[i:]) ##print 'EXPONENT', exponent else: exponent = 0 # Try to make an int/long first. if decpt is None and exponent >= 0: # An integer if ept: n = int(number[:ept]) else: n = int(number) n *= sign if exponent: n *= 10**exponent if n == 0 and sign < 0: # minus zero, must preserve negative sign so make a float n = -0.0 else: try: if decimal and (abs(exponent) > float_maxexp or sigdigits > float_sigdigits): try: n = decimal.Decimal(number) n = n.normalize() except decimal.Overflow: if sign<0: n = neginf else: n = inf else: n *= sign else: n = float(number) * sign except ValueError: raise JSONDecodeError('not a valid JSON numeric literal', s[i:j]) return n, k def encode_number(self, n): """Encodes a Python numeric type into a JSON numeric literal. The special non-numeric values of float('nan'), float('inf') and float('-inf') are translated into appropriate JSON literals. Note that Python complex types are not handled, as there is no ECMAScript equivalent type. """ if isinstance(n, complex): if n.imag: raise JSONEncodeError('Can not encode a complex number that has a non-zero imaginary part',n) n = n.real if isinstance(n, (int,long)): return str(n) if decimal and isinstance(n, decimal.Decimal): return str(n) global nan, inf, neginf if n is nan: return 'NaN' elif n is inf: return 'Infinity' elif n is neginf: return '-Infinity' elif isinstance(n, float): # Check for non-numbers. # In python nan == inf == -inf, so must use repr() to distinguish reprn = repr(n).lower() if ('inf' in reprn and '-' in reprn) or n == neginf: return '-Infinity' elif 'inf' in reprn or n is inf: return 'Infinity' elif 'nan' in reprn or n is nan: return 'NaN' return repr(n) else: raise TypeError('encode_number expected an integral, float, or decimal number type',type(n)) def decode_string(self, s, i=0, imax=None): """Intermediate-level decoder for JSON string literals. Takes a string and a starting index, and returns a Python string (or unicode string) and the index of the next unparsed character. """ if imax is None: imax = len(s) if imax < i+2 or s[i] not in '"\'': raise JSONDecodeError('string literal must be properly quoted',s[i:]) closer = s[i] if closer == '\'' and not self._allow_single_quoted_strings: raise JSONDecodeError('string literals must use double quotation marks in strict JSON',s[i:]) i += 1 # skip quote if self._allow_js_string_escapes: escapes = self._escapes_js else: escapes = self._escapes_json ccallowed = self._allow_control_char_in_string chunks = [] _append = chunks.append done = False high_surrogate = None while i < imax: c = s[i] # Make sure a high surrogate is immediately followed by a low surrogate if high_surrogate and (i+1 >= imax or s[i:i+2] != '\\u'): raise JSONDecodeError('High unicode surrogate must be followed by a low surrogate',s[i:]) if c == closer: i += 1 # skip end quote done = True break elif c == '\\': # Escaped character i += 1 if i >= imax: raise JSONDecodeError('escape in string literal is incomplete',s[i-1:]) c = s[i] if '0' <= c <= '7' and self._allow_octal_numbers: # Handle octal escape codes first so special \0 doesn't kick in yet. # Follow Annex B.1.2 of ECMAScript standard. if '0' <= c <= '3': maxdigits = 3 else: maxdigits = 2 for k in range(i, i+maxdigits+1): if k >= imax or s[k] not in octaldigits: break n = decode_octal(s[i:k]) if n < 128: _append( chr(n) ) else: _append( unichr(n) ) i = k continue if escapes.has_key(c): _append(escapes[c]) i += 1 elif c == 'u' or c == 'x': i += 1 if c == 'u': digits = 4 else: # c== 'x' if not self._allow_js_string_escapes: raise JSONDecodeError(r'string literals may not use the \x hex-escape in strict JSON',s[i-1:]) digits = 2 if i+digits >= imax: raise JSONDecodeError('numeric character escape sequence is truncated',s[i-1:]) n = decode_hex( s[i:i+digits] ) if high_surrogate: # Decode surrogate pair and clear high surrogate _append( surrogate_pair_as_unicode( high_surrogate, unichr(n) ) ) high_surrogate = None elif n < 128: # ASCII chars always go in as a str _append( chr(n) ) elif 0xd800 <= n <= 0xdbff: # high surrogate if imax < i + digits + 2 or s[i+digits] != '\\' or s[i+digits+1] != 'u': raise JSONDecodeError('High unicode surrogate must be followed by a low surrogate',s[i-2:]) high_surrogate = unichr(n) # remember until we get to the low surrogate elif 0xdc00 <= n <= 0xdfff: # low surrogate raise JSONDecodeError('Low unicode surrogate must be proceeded by a high surrogate',s[i-2:]) else: # Other chars go in as a unicode char _append( unichr(n) ) i += digits else: # Unknown escape sequence if self._allow_nonescape_characters: _append( c ) i += 1 else: raise JSONDecodeError('unsupported escape code in JSON string literal',s[i-1:]) elif ord(c) <= 0x1f: # A control character if self.islineterm(c): raise JSONDecodeError('line terminator characters must be escaped inside string literals',s[i:]) elif ccallowed: _append( c ) i += 1 else: raise JSONDecodeError('control characters must be escaped inside JSON string literals',s[i:]) else: # A normal character; not an escape sequence or end-quote. # Find a whole sequence of "safe" characters so we can append them # all at once rather than one a time, for speed. j = i i += 1 while i < imax and s[i] not in unsafe_string_chars and s[i] != closer: i += 1 _append(s[j:i]) if not done: raise JSONDecodeError('string literal is not terminated with a quotation mark',s) s = ''.join( chunks ) return s, i def encode_string(self, s): """Encodes a Python string into a JSON string literal. """ # Must handle instances of UserString specially in order to be # able to use ord() on it's simulated "characters". import UserString if isinstance(s, (UserString.UserString, UserString.MutableString)): def tochar(c): return c.data else: # Could use "lambda c:c", but that is too slow. So we set to None # and use an explicit if test inside the loop. tochar = None chunks = [] chunks.append('"') revesc = self._rev_escapes asciiencodable = self._asciiencodable encunicode = self._encode_unicode_as_escapes i = 0 imax = len(s) while i < imax: if tochar: c = tochar(s[i]) else: c = s[i] cord = ord(c) if cord < 256 and asciiencodable[cord] and isinstance(encunicode, bool): # Contiguous runs of plain old printable ASCII can be copied # directly to the JSON output without worry (unless the user # has supplied a custom is-encodable function). j = i i += 1 while i < imax: if tochar: c = tochar(s[i]) else: c = s[i] cord = ord(c) if cord < 256 and asciiencodable[cord]: i += 1 else: break chunks.append( unicode(s[j:i]) ) elif revesc.has_key(c): # Has a shortcut escape sequence, like "\n" chunks.append(revesc[c]) i += 1 elif cord <= 0x1F: # Always unicode escape ASCII-control characters chunks.append(r'\u%04x' % cord) i += 1 elif 0xD800 <= cord <= 0xDFFF: # A raw surrogate character! This should never happen # and there's no way to include it in the JSON output. # So all we can do is complain. cname = 'U+%04X' % cord raise JSONEncodeError('can not include or escape a Unicode surrogate character',cname) elif cord <= 0xFFFF: # Other BMP Unicode character if isinstance(encunicode, bool): doesc = encunicode else: doesc = encunicode( c ) if doesc: chunks.append(r'\u%04x' % cord) else: chunks.append( c ) i += 1 else: # ord(c) >= 0x10000 # Non-BMP Unicode if isinstance(encunicode, bool): doesc = encunicode else: doesc = encunicode( c ) if doesc: for surrogate in unicode_as_surrogate_pair(c): chunks.append(r'\u%04x' % ord(surrogate)) else: chunks.append( c ) i += 1 chunks.append('"') return ''.join( chunks ) def skip_comment(self, txt, i=0): """Skips an ECMAScript comment, either // or /* style. The contents of the comment are returned as a string, as well as the index of the character immediately after the comment. """ if i+1 >= len(txt) or txt[i] != '/' or txt[i+1] not in '/*': return None, i if not self._allow_comments: raise JSONDecodeError('comments are not allowed in strict JSON',txt[i:]) multiline = (txt[i+1] == '*') istart = i i += 2 while i < len(txt): if multiline: if txt[i] == '*' and i+1 < len(txt) and txt[i+1] == '/': j = i+2 break elif txt[i] == '/' and i+1 < len(txt) and txt[i+1] == '*': raise JSONDecodeError('multiline /* */ comments may not nest',txt[istart:i+1]) else: if self.islineterm(txt[i]): j = i # line terminator is not part of comment break i += 1 if i >= len(txt): if not multiline: j = len(txt) # // comment terminated by end of file is okay else: raise JSONDecodeError('comment was never terminated',txt[istart:]) return txt[istart:j], j def skipws(self, txt, i=0, imax=None, skip_comments=True): """Skips whitespace. """ if not self._allow_comments and not self._allow_unicode_whitespace: if imax is None: imax = len(txt) while i < imax and txt[i] in ' \r\n\t': i += 1 return i else: return self.skipws_any(txt, i, imax, skip_comments) def skipws_any(self, txt, i=0, imax=None, skip_comments=True): """Skips all whitespace, including comments and unicode whitespace Takes a string and a starting index, and returns the index of the next non-whitespace character. If skip_comments is True and not running in strict JSON mode, then comments will be skipped over just like whitespace. """ if imax is None: imax = len(txt) while i < imax: if txt[i] == '/': cmt, i = self.skip_comment(txt, i) if i < imax and self.isws(txt[i]): i += 1 else: break return i def decode_composite(self, txt, i=0, imax=None): """Intermediate-level JSON decoder for composite literal types (array and object). Takes text and a starting index, and returns either a Python list or dictionary and the index of the next unparsed character. """ if imax is None: imax = len(txt) i = self.skipws(txt, i, imax) starti = i if i >= imax or txt[i] not in '{[': raise JSONDecodeError('composite object must start with "[" or "{"',txt[i:]) if txt[i] == '[': isdict = False closer = ']' obj = [] else: isdict = True closer = '}' obj = {} i += 1 # skip opener i = self.skipws(txt, i, imax) if i < imax and txt[i] == closer: # empty composite i += 1 done = True else: saw_value = False # set to false at beginning and after commas done = False while i < imax: i = self.skipws(txt, i, imax) if i < imax and (txt[i] == ',' or txt[i] == closer): c = txt[i] i += 1 if c == ',': if not saw_value: # no preceeding value, an elided (omitted) element if isdict: raise JSONDecodeError('can not omit elements of an object (dictionary)') if self._allow_omitted_array_elements: if self._allow_undefined_values: obj.append( undefined ) else: obj.append( None ) else: raise JSONDecodeError('strict JSON does not permit omitted array (list) elements',txt[i:]) saw_value = False continue else: # c == closer if not saw_value and not self._allow_trailing_comma_in_literal: if isdict: raise JSONDecodeError('strict JSON does not allow a final comma in an object (dictionary) literal',txt[i-2:]) else: raise JSONDecodeError('strict JSON does not allow a final comma in an array (list) literal',txt[i-2:]) done = True break # Decode the item if isdict and self._allow_nonstring_keys: r = self.decodeobj(txt, i, identifier_as_string=True) else: r = self.decodeobj(txt, i, identifier_as_string=False) if r: if saw_value: # two values without a separating comma raise JSONDecodeError('values must be separated by a comma', txt[i:r[1]]) saw_value = True i = self.skipws(txt, r[1], imax) if isdict: key = r[0] # Ref 11.1.5 if not isstringtype(key): if isnumbertype(key): if not self._allow_nonstring_keys: raise JSONDecodeError('strict JSON only permits string literals as object properties (dictionary keys)',txt[starti:]) else: raise JSONDecodeError('object properties (dictionary keys) must be either string literals or numbers',txt[starti:]) if i >= imax or txt[i] != ':': raise JSONDecodeError('object property (dictionary key) has no value, expected ":"',txt[starti:]) i += 1 i = self.skipws(txt, i, imax) rval = self.decodeobj(txt, i) if rval: i = self.skipws(txt, rval[1], imax) obj[key] = rval[0] else: raise JSONDecodeError('object property (dictionary key) has no value',txt[starti:]) else: # list obj.append( r[0] ) else: # not r if isdict: raise JSONDecodeError('expected a value, or "}"',txt[i:]) elif not self._allow_omitted_array_elements: raise JSONDecodeError('expected a value or "]"',txt[i:]) else: raise JSONDecodeError('expected a value, "," or "]"',txt[i:]) # end while if not done: if isdict: raise JSONDecodeError('object literal (dictionary) is not terminated',txt[starti:]) else: raise JSONDecodeError('array literal (list) is not terminated',txt[starti:]) return obj, i def decode_javascript_identifier(self, name): """Convert a JavaScript identifier into a Python string object. This method can be overriden by a subclass to redefine how JavaScript identifiers are turned into Python objects. By default this just converts them into strings. """ return name def decodeobj(self, txt, i=0, imax=None, identifier_as_string=False, only_object_or_array=False): """Intermediate-level JSON decoder. Takes a string and a starting index, and returns a two-tuple consting of a Python object and the index of the next unparsed character. If there is no value at all (empty string, etc), the None is returned instead of a tuple. """ if imax is None: imax = len(txt) obj = None i = self.skipws(txt, i, imax) if i >= imax: raise JSONDecodeError('Unexpected end of input') c = txt[i] if c == '[' or c == '{': obj, i = self.decode_composite(txt, i, imax) elif only_object_or_array: raise JSONDecodeError('JSON document must start with an object or array type only', txt[i:i+20]) elif c == '"' or c == '\'': obj, i = self.decode_string(txt, i, imax) elif c.isdigit() or c in '.+-': obj, i = self.decode_number(txt, i, imax) elif c.isalpha() or c in'_$': j = i while j < imax and (txt[j].isalnum() or txt[j] in '_$'): j += 1 kw = txt[i:j] if kw == 'null': obj, i = None, j elif kw == 'true': obj, i = True, j elif kw == 'false': obj, i = False, j elif kw == 'undefined': if self._allow_undefined_values: obj, i = undefined, j else: raise JSONDecodeError('strict JSON does not allow undefined elements',txt[i:]) elif kw == 'NaN' or kw == 'Infinity': obj, i = self.decode_number(txt, i) else: if identifier_as_string: obj, i = self.decode_javascript_identifier(kw), j else: raise JSONDecodeError('unknown keyword or identifier',kw) else: raise JSONDecodeError('can not decode value',txt[i:]) return obj, i def decode(self, txt): """Decodes a JSON-endoded string into a Python object.""" if self._allow_unicode_format_control_chars: txt = self.strip_format_control_chars(txt) r = self.decodeobj(txt, 0, only_object_or_array=not self._allow_any_type_at_start) if not r: raise JSONDecodeError('can not decode value',txt) else: obj, i = r i = self.skipws(txt, i) if i < len(txt): raise JSONDecodeError('unexpected or extra text',txt[i:]) return obj def encode(self, obj, nest_level=0): """Encodes the Python object into a JSON string representation. This method will first attempt to encode an object by seeing if it has a json_equivalent() method. If so than it will call that method and then recursively attempt to encode the object resulting from that call. Next it will attempt to determine if the object is a native type or acts like a squence or dictionary. If so it will encode that object directly. Finally, if no other strategy for encoding the object of that type exists, it will call the encode_default() method. That method currently raises an error, but it could be overridden by subclasses to provide a hook for extending the types which can be encoded. """ chunks = [] self.encode_helper(chunks, obj, nest_level) return ''.join( chunks ) def encode_helper(self, chunklist, obj, nest_level): #print 'encode_helper(chunklist=%r, obj=%r, nest_level=%r)'%(chunklist,obj,nest_level) if hasattr(obj, 'json_equivalent'): json = self.encode_equivalent( obj, nest_level=nest_level ) if json is not None: chunklist.append( json ) return if obj is None: chunklist.append( self.encode_null() ) elif obj is undefined: if self._allow_undefined_values: chunklist.append( self.encode_undefined() ) else: raise JSONEncodeError('strict JSON does not permit "undefined" values') elif isinstance(obj, bool): chunklist.append( self.encode_boolean(obj) ) elif isinstance(obj, (int,long,float,complex)) or \ (decimal and isinstance(obj, decimal.Decimal)): chunklist.append( self.encode_number(obj) ) elif isinstance(obj, basestring) or isstringtype(obj): chunklist.append( self.encode_string(obj) ) else: self.encode_composite(chunklist, obj, nest_level) def encode_composite(self, chunklist, obj, nest_level): """Encodes just dictionaries, lists, or sequences. Basically handles any python type for which iter() can create an iterator object. This method is not intended to be called directly. Use the encode() method instead. """ #print 'encode_complex_helper(chunklist=%r, obj=%r, nest_level=%r)'%(chunklist,obj,nest_level) try: # Is it a dictionary or UserDict? Try iterkeys method first. it = obj.iterkeys() except AttributeError: try: # Is it a sequence? Try to make an iterator for it. it = iter(obj) except TypeError: it = None if it is not None: # Does it look like a dictionary? Check for a minimal dict or # UserDict interface. isdict = hasattr(obj, '__getitem__') and hasattr(obj, 'keys') compactly = self._encode_compactly if isdict: chunklist.append('{') if compactly: dictcolon = ':' else: dictcolon = ' : ' else: chunklist.append('[') #print nest_level, 'opening sequence:', repr(chunklist) if not compactly: indent0 = ' ' * nest_level indent = ' ' * (nest_level+1) chunklist.append(' ') sequence_chunks = [] # use this to allow sorting afterwards if dict try: # while not StopIteration numitems = 0 while True: obj2 = it.next() if obj2 is obj: raise JSONEncodeError('trying to encode an infinite sequence',obj) if isdict and not isstringtype(obj2): # Check JSON restrictions on key types if isnumbertype(obj2): if not self._allow_nonstring_keys: raise JSONEncodeError('object properties (dictionary keys) must be strings in strict JSON',obj2) else: raise JSONEncodeError('object properties (dictionary keys) can only be strings or numbers in ECMAScript',obj2) # Encode this item in the sequence and put into item_chunks item_chunks = [] self.encode_helper( item_chunks, obj2, nest_level=nest_level+1 ) if isdict: item_chunks.append(dictcolon) obj3 = obj[obj2] self.encode_helper(item_chunks, obj3, nest_level=nest_level+2) #print nest_level, numitems, 'item:', repr(obj2) #print nest_level, numitems, 'sequence_chunks:', repr(sequence_chunks) #print nest_level, numitems, 'item_chunks:', repr(item_chunks) #extend_list_with_sep(sequence_chunks, item_chunks) sequence_chunks.append(item_chunks) #print nest_level, numitems, 'new sequence_chunks:', repr(sequence_chunks) numitems += 1 except StopIteration: pass if isdict and self._sort_dictionary_keys: sequence_chunks.sort() # Note sorts by JSON repr, not original Python object if compactly: sep = ',' else: sep = ',\n' + indent #print nest_level, 'closing sequence' #print nest_level, 'chunklist:', repr(chunklist) #print nest_level, 'sequence_chunks:', repr(sequence_chunks) extend_and_flatten_list_with_sep( chunklist, sequence_chunks, sep ) #print nest_level, 'new chunklist:', repr(chunklist) if not compactly: if numitems > 1: chunklist.append('\n' + indent0) else: chunklist.append(' ') if isdict: chunklist.append('}') else: chunklist.append(']') else: # Can't create an iterator for the object json2 = self.encode_default( obj, nest_level=nest_level ) chunklist.append( json2 ) def encode_equivalent( self, obj, nest_level=0 ): """This method is used to encode user-defined class objects. The object being encoded should have a json_equivalent() method defined which returns another equivalent object which is easily JSON-encoded. If the object in question has no json_equivalent() method available then None is returned instead of a string so that the encoding will attempt the next strategy. If a caller wishes to disable the calling of json_equivalent() methods, then subclass this class and override this method to just return None. """ if hasattr(obj, 'json_equivalent') \ and callable(getattr(obj,'json_equivalent')): obj2 = obj.json_equivalent() if obj2 is obj: # Try to prevent careless infinite recursion raise JSONEncodeError('object has a json_equivalent() method that returns itself',obj) json2 = self.encode( obj2, nest_level=nest_level ) return json2 else: return None def encode_default( self, obj, nest_level=0 ): """This method is used to encode objects into JSON which are not straightforward. This method is intended to be overridden by subclasses which wish to extend this encoder to handle additional types. """ raise JSONEncodeError('can not encode object into a JSON representation',obj) # ------------------------------ def encode( obj, strict=False, compactly=True, escape_unicode=False, encoding=None ): """Encodes a Python object into a JSON-encoded string. If 'strict' is set to True, then only strictly-conforming JSON output will be produced. Note that this means that some types of values may not be convertable and will result in a JSONEncodeError exception. If 'compactly' is set to True, then the resulting string will have all extraneous white space removed; if False then the string will be "pretty printed" with whitespace and indentation added to make it more readable. If 'escape_unicode' is set to True, then all non-ASCII characters will be represented as a unicode escape sequence; if False then the actual real unicode character will be inserted. If no encoding is specified (encoding=None) then the output will either be a Python string (if entirely ASCII) or a Python unicode string type. However if an encoding name is given then the returned value will be a python string which is the byte sequence encoding the JSON value. As the default/recommended encoding for JSON is UTF-8, you should almost always pass in encoding='utf8'. """ import sys encoder = None # Custom codec encoding function bom = None # Byte order mark to prepend to final output cdk = None # Codec to use if encoding is not None: import codecs try: cdk = codecs.lookup(encoding) except LookupError: cdk = None if cdk: pass elif not cdk: # No built-in codec was found, see if it is something we # can do ourself. encoding = encoding.lower() if encoding.startswith('utf-32') or encoding.startswith('utf32') \ or encoding.startswith('ucs4') \ or encoding.startswith('ucs-4'): # Python doesn't natively have a UTF-32 codec, but JSON # requires that it be supported. So we must decode these # manually. if encoding.endswith('le'): encoder = utf32le_encode elif encoding.endswith('be'): encoder = utf32be_encode else: encoder = utf32be_encode bom = codecs.BOM_UTF32_BE elif encoding.startswith('ucs2') or encoding.startswith('ucs-2'): # Python has no UCS-2, but we can simulate with # UTF-16. We just need to force us to not try to # encode anything past the BMP. encoding = 'utf-16' if not escape_unicode and not callable(escape_unicode): escape_unicode = lambda c: (0xD800 <= ord(c) <= 0xDFFF) or ord(c) >= 0x10000 else: raise JSONEncodeError('this python has no codec for this character encoding',encoding) if not escape_unicode and not callable(escape_unicode): if encoding and encoding.startswith('utf'): # All UTF-x encodings can do the whole Unicode repertoire, so # do nothing special. pass else: # Even though we don't want to escape all unicode chars, # the encoding being used may force us to do so anyway. # We must pass in a function which says which characters # the encoding can handle and which it can't. def in_repertoire( c, encoding_func ): try: x = encoding_func( c, errors='strict' ) except UnicodeError: return False return True if encoder: escape_unicode = lambda c: not in_repertoire(c, encoder) elif cdk: escape_unicode = lambda c: not in_repertoire(c, cdk[0]) else: pass # Let the JSON object deal with it j = JSON( strict=strict, compactly=compactly, escape_unicode=escape_unicode ) unitxt = j.encode( obj ) if encoder: txt = encoder( unitxt ) elif encoding is not None: txt = unitxt.encode( encoding ) else: txt = unitxt if bom: txt = bom + txt return txt def decode( txt, strict=False, encoding=None, **kw ): """Decodes a JSON-encoded string into a Python object. If 'strict' is set to True, then those strings that are not entirely strictly conforming to JSON will result in a JSONDecodeError exception. The input string can be either a python string or a python unicode string. If it is already a unicode string, then it is assumed that no character set decoding is required. However, if you pass in a non-Unicode text string (i.e., a python type 'str') then an attempt will be made to auto-detect and decode the character encoding. This will be successful if the input was encoded in any of UTF-8, UTF-16 (BE or LE), or UTF-32 (BE or LE), and of course plain ASCII works too. Note though that if you know the character encoding, then you should convert to a unicode string yourself, or pass it the name of the 'encoding' to avoid the guessing made by the auto detection, as with python_object = demjson.decode( input_bytes, encoding='utf8' ) Optional keywords arguments must be of the form allow_xxxx=True/False or prevent_xxxx=True/False where each will allow or prevent the specific behavior, after the evaluation of the 'strict' argument. For example, if strict=True then by also passing 'allow_comments=True' then comments will be allowed. If strict=False then prevent_comments=True will allow everything except comments. """ # Initialize the JSON object j = JSON( strict=strict ) for keyword, value in kw.items(): if keyword.startswith('allow_'): behavior = keyword[6:] allow = bool(value) elif keyword.startswith('prevent_'): behavior = keyword[8:] allow = not bool(value) else: raise ValueError('unknown keyword argument', keyword) if allow: j.allow(behavior) else: j.prevent(behavior) # Convert the input string into unicode if needed. if isinstance(txt,unicode): unitxt = txt else: if encoding is None: unitxt = auto_unicode_decode( txt ) else: cdk = None # codec decoder = None import codecs try: cdk = codecs.lookup(encoding) except LookupError: encoding = encoding.lower() decoder = None if encoding.startswith('utf-32') \ or encoding.startswith('ucs4') \ or encoding.startswith('ucs-4'): # Python doesn't natively have a UTF-32 codec, but JSON # requires that it be supported. So we must decode these # manually. if encoding.endswith('le'): decoder = utf32le_decode elif encoding.endswith('be'): decoder = utf32be_decode else: if txt.startswith( codecs.BOM_UTF32_BE ): decoder = utf32be_decode txt = txt[4:] elif txt.startswith( codecs.BOM_UTF32_LE ): decoder = utf32le_decode txt = txt[4:] else: if encoding.startswith('ucs'): raise JSONDecodeError('UCS-4 encoded string must start with a BOM') decoder = utf32be_decode # Default BE for UTF, per unicode spec elif encoding.startswith('ucs2') or encoding.startswith('ucs-2'): # Python has no UCS-2, but we can simulate with # UTF-16. We just need to force us to not try to # encode anything past the BMP. encoding = 'utf-16' if decoder: unitxt = decoder(txt) elif encoding: unitxt = txt.decode(encoding) else: raise JSONDecodeError('this python has no codec for this character encoding',encoding) # Check that the decoding seems sane. Per RFC 4627 section 3: # "Since the first two characters of a JSON text will # always be ASCII characters [RFC0020], ..." # # This check is probably not necessary, but it allows us to # raise a suitably descriptive error rather than an obscure # syntax error later on. # # Note that the RFC requirements of two ASCII characters seems # to be an incorrect statement as a JSON string literal may # have as it's first character any unicode character. Thus # the first two characters will always be ASCII, unless the # first character is a quotation mark. And in non-strict # mode we can also have a few other characters too. if len(unitxt) > 2: first, second = unitxt[:2] if first in '"\'': pass # second can be anything inside string literal else: if ((ord(first) < 0x20 or ord(first) > 0x7f) or \ (ord(second) < 0x20 or ord(second) > 0x7f)) and \ (not j.isws(first) and not j.isws(second)): # Found non-printable ascii, must check unicode # categories to see if the character is legal. # Only whitespace, line and paragraph separators, # and format control chars are legal here. import unicodedata catfirst = unicodedata.category(unicode(first)) catsecond = unicodedata.category(unicode(second)) if catfirst not in ('Zs','Zl','Zp','Cf') or \ catsecond not in ('Zs','Zl','Zp','Cf'): raise JSONDecodeError('the decoded string is gibberish, is the encoding correct?',encoding) # Now ready to do the actual decoding obj = j.decode( unitxt ) return obj # end file dispcalGUI-1.7.1.6/dispcalGUI/dispcalGUI.py000644 000765 000000 00001326440 12266701714 020160 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- """ dispcalGUI A graphical user interface for the Argyll CMS display calibration utilities Copyright (C) 2008, 2009 Florian Hoech 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 3 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, see """ from __future__ import with_statement import sys def _early_excepthook(etype, value, tb): import traceback traceback.print_exception(etype, value, tb) try: from util_os import expanduseru logfile = open(os.path.join(expanduseru("~"), "dispcalGUI.error.log"), "w") traceback.print_exception(etype, value, tb, file=logfile) except: pass sys.excepthook = _early_excepthook # Standard modules import ConfigParser ConfigParser.DEFAULTSECT = "Default" import codecs import datetime import decimal Decimal = decimal.Decimal import getpass import glob import httplib import logging import math import os import platform if sys.platform == "darwin": from platform import mac_ver import posix import re import shutil import socket import subprocess as sp import tempfile import threading import traceback import urllib from encodings.aliases import aliases from hashlib import md5 from time import gmtime, sleep, strftime, strptime, time, struct_time from zlib import crc32 # 3rd party modules import demjson if sys.platform == "win32": from ctypes import windll from win32com.shell import shell from win32console import SetConsoleOutputCP import pythoncom import win32api import win32con import jspacker # Config import config from config import (autostart, autostart_home, btn_width_correction, build, script_ext, confighome, datahome, data_dirs, defaults, enc, exe, exe_ext, exedir, fs_enc, getbitmap, geticon, get_bitmap_as_icon, get_ccxx_testchart, get_current_profile, get_display_profile, get_data_path, getcfg, get_verified_path, is_ccxx_testchart, is_profile, original_codepage, initcfg, isapp, isexe, profile_ext, pydir, pyext, pyname, pypath, resfiles, runtype, setcfg, storage, writecfg) # Custom modules import CGATS import ICCProfile as ICCP import ccmx import colord import colormath import localization as lang import pyi_md5pickuphelper import report if sys.platform == "win32": import util_win import wexpect from argyll_cgats import (cal_to_fake_profile, can_update_cal, extract_cal_from_ti3, ti3_to_ti1, vcgt_to_cal, verify_ti1_rgb_xyz) from argyll_instruments import (get_canonical_instrument_name, instruments) from argyll_names import (names as argyll_names, altnames as argyll_altnames, viewconds) from colormath import (CIEDCCT2xyY, planckianCT2xyY, xyY2CCT, XYZ2CCT, XYZ2Lab, XYZ2xyY) from debughelpers import getevtobjname, getevttype, handle_error if sys.platform not in ("darwin", "win32"): from defaultpaths import (iccprofiles_home, iccprofiles_display_home, xdg_config_home, xdg_config_dirs) from edid import pnpidcache, get_manufacturer_name from log import _safe_print, log, logbuffer, safe_print from meta import (author, name as appname, domain, version, VERSION_BASE) from options import debug, test, verbose from ordereddict import OrderedDict from trash import trash, TrashcanUnavailableError from util_decimal import float2dec, stripzeros from util_http import encode_multipart_formdata from util_io import Files, StringIOu as StringIO from util_list import index_fallback_ignorecase, intlist, natsort if sys.platform == "darwin": from util_mac import mac_terminal_do_script from util_os import (expanduseru, getenvu, is_superuser, launch_file, listdir_re, waccess, which) from util_str import (ellipsis, safe_str, safe_unicode, strtr, universal_newlines, wrap) import util_x from worker import (Error, FilteredStream, Info, LineCache, UnloggedInfo, Warn, Worker, check_cal_isfile, check_create_dir, check_file_isfile, check_profile_isfile, check_set_argyll_bin, check_ti3, check_ti3_criteria1, check_ti3_criteria2, get_argyll_util, get_options_from_cal, get_options_from_profile, get_options_from_ti3, make_argyll_compatible_path, parse_argument_string, printcmdline, set_argyll_bin, show_result_dialog) from wxLUT3DFrame import LUT3DFrame try: from wxLUTViewer import LUTFrame except ImportError: LUTFrame = None if sys.platform in ("darwin", "win32") or isexe: from wxMeasureFrame import MeasureFrame from wxProfileInfo import ProfileInfoFrame from wxReportFrame import ReportFrame from wxSynthICCFrame import SynthICCFrame from wxTestchartEditor import TestchartEditor from wxaddons import wx, CustomEvent, CustomGridCellEvent, FileDrop, IsSizer from wxwindows import (AboutDialog, BaseFrame, ConfirmDialog, FileBrowseBitmapButtonWithChoiceHistory, InfoDialog, InvincibleFrame, LogWindow, ProgressDialog, TooltipWindow) try: import wx.lib.agw.floatspin as floatspin except ImportError: import floatspin import xh_floatspin # wxPython from wx import xrc from wx.lib import delayedresult from wx.lib.art import flagart import wx.html import wx.lib.hyperlink def _excepthook(etype, value, tb): safe_print("".join(safe_unicode(s) for s in traceback.format_exception(etype, value, tb))) sys.excepthook = _excepthook if sys.platform == "darwin": FONTSIZE_LARGE = 11 FONTSIZE_MEDIUM = 11 FONTSIZE_SMALL = 10 else: FONTSIZE_LARGE = 10 FONTSIZE_MEDIUM = 8 FONTSIZE_SMALL = 8 def swap_dict_keys_values(mydict): """ Swap dictionary keys and values """ return dict([(v, k) for (k, v) in mydict.iteritems()]) def app_update_check(parent=None, silent=False): """ Check for application update. Show an error dialog if a failure occurs. """ safe_print(lang.getstr("update_check")) resp = http_request(parent, domain, "GET", "/VERSION", failure_msg=lang.getstr("update_check.fail"), silent=silent) if resp is False: return data = resp.read() try: newversion_tuple = tuple(int(n) for n in data.split(".")) except ValueError: safe_print(lang.getstr("update_check.fail.version", domain)) if not silent: wx.CallAfter(InfoDialog, parent, msg=lang.getstr("update_check.fail.version", domain), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error"), log=False) return if newversion_tuple > VERSION_BASE: # Get changelog resp = http_request(parent, domain, "GET", "/README.html", silent=silent) if resp: readme = resp.read() chglog = re.search('
' '.+?

.+?

' '.+?
.+?', readme, re.S) if chglog: chglog = chglog.group().decode("utf-8", "replace") chglog = re.sub('
', "", chglog) chglog = re.sub("<\/?d[l|d]>", "", chglog) chglog = re.sub("<(?:h2|dt)>.+?", "", chglog) chglog = re.sub("

.+?

", "", chglog) chglog = re.sub("(.+?)", "

\\1

", chglog) wx.CallAfter(app_update_confirm, parent, newversion_tuple, chglog) elif not silent: wx.CallAfter(app_uptodate, parent) else: safe_print(lang.getstr("update_check.uptodate", appname)) def app_uptodate(parent=None): """ Show a dialog confirming application is up-to-date """ dlg = InfoDialog(parent, msg=lang.getstr("update_check.uptodate", appname), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information"), show=False, print_=True) update_check = wx.CheckBox(dlg, -1, lang.getstr("update_check.onstartup")) update_check.SetValue(getcfg("update_check")) dlg.Bind(wx.EVT_CHECKBOX, lambda event: setcfg("update_check", int(event.IsChecked())), id=update_check.GetId()) dlg.sizer3.Add(update_check, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() dlg.ShowModalThenDestroy() if parent and getattr(parent, "menuitem_app_auto_update_check", None): parent.menuitem_app_auto_update_check.Check(bool(getcfg("update_check"))) def app_update_confirm(parent=None, newversion_tuple=(0, 0, 0, 0), chglog=None): """ Show a dialog confirming application update, with cancel option """ dlg = ConfirmDialog(parent, msg=lang.getstr("update_check.new_version", ".".join(str(n) for n in newversion_tuple)), ok=lang.getstr("go_to_website"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-information"), log=True, print_=True) if chglog: htmlwnd = wx.html.HtmlWindow(dlg, -1, size=(500, 300)) htmlwnd.SetStandardFonts() htmlwnd.SetPage(chglog) dlg.sizer3.Add(htmlwnd, 1, flag=wx.TOP | wx.ALIGN_LEFT | wx.EXPAND, border=12) update_check = wx.CheckBox(dlg, -1, lang.getstr("update_check.onstartup")) update_check.SetValue(getcfg("update_check")) dlg.Bind(wx.EVT_CHECKBOX, lambda event: setcfg("update_check", int(event.IsChecked())), id=update_check.GetId()) dlg.sizer3.Add(update_check, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() dlg.Center() if dlg.ShowModal() == wx.ID_OK: launch_file("http://" + domain) dlg.Destroy() if parent and getattr(parent, "menuitem_app_auto_update_check", None): parent.menuitem_app_auto_update_check.Check(bool(getcfg("update_check"))) def colorimeter_correction_web_check_choose(resp, parent=None): """ Let user choose a colorimeter correction and confirm overwrite """ if resp is not False: data = resp.read() if data.strip().startswith("CC"): cgats = CGATS.CGATS(data) else: InfoDialog(parent, msg=lang.getstr("colorimeter_correction.web_check.failure"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information")) return else: return dlg = ConfirmDialog(parent, msg=lang.getstr("colorimeter_correction.web_check.choose"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-information"), nowrap=True) dlg.list_ctrl = wx.ListCtrl(dlg, -1, size=(640, 150), style=wx.LC_REPORT | wx.LC_SINGLE_SEL) dlg.list_ctrl.InsertColumn(0, lang.getstr("type")) dlg.list_ctrl.InsertColumn(1, lang.getstr("description")) dlg.list_ctrl.InsertColumn(2, lang.getstr("display.manufacturer")) dlg.list_ctrl.InsertColumn(3, lang.getstr("display")) dlg.list_ctrl.InsertColumn(4, lang.getstr("instrument")) dlg.list_ctrl.InsertColumn(5, lang.getstr("reference")) dlg.list_ctrl.InsertColumn(6, lang.getstr("created")) dlg.list_ctrl.SetColumnWidth(0, 50) dlg.list_ctrl.SetColumnWidth(1, 250) dlg.list_ctrl.SetColumnWidth(2, 150) dlg.list_ctrl.SetColumnWidth(3, 100) dlg.list_ctrl.SetColumnWidth(4, 75) dlg.list_ctrl.SetColumnWidth(5, 75) dlg.list_ctrl.SetColumnWidth(6, 150) for i in cgats: index = dlg.list_ctrl.InsertStringItem(i, "") dlg.list_ctrl.SetStringItem(index, 0, cgats[i].type.strip()) dlg.list_ctrl.SetStringItem(index, 1, get_canonical_instrument_name(cgats[i].queryv1("DESCRIPTOR") or "")) dlg.list_ctrl.SetStringItem(index, 2, cgats[i].queryv1("MANUFACTURER") or "") dlg.list_ctrl.SetStringItem(index, 3, cgats[i].queryv1("DISPLAY")) dlg.list_ctrl.SetStringItem(index, 4, get_canonical_instrument_name(cgats[i].queryv1("INSTRUMENT") or "")) dlg.list_ctrl.SetStringItem(index, 5, get_canonical_instrument_name(cgats[i].queryv1("REFERENCE") or "")) created = cgats[i].queryv1("CREATED") if created: try: created = strptime(created) except ValueError: datetmp = re.search("\w+ (\w{3}) (\d{2}) (\d{2}(?::[0-5][0-9]){2}) (\d{4})", created) if datetmp: datetmp = "%s-%s-%s %s" % (datetmp.groups()[3], {"Jan": "01", "Feb": "02", "Mar": "03", "Apr": "04", "May": "05", "Jun": "06", "Jul": "07", "Aug": "08", "Sep": "09", "Oct": "10", "Nov": "11", "Dec": "12"}.get(datetmp.groups()[0]), datetmp.groups()[1], datetmp.groups()[2]) try: created = strptime(datetmp, "%Y-%m-%d %H:%M:%S") except ValueError: pass if isinstance(created, struct_time): created = strftime("%Y-%m-%d %H:%M:%S", created) dlg.list_ctrl.SetStringItem(index, 6, created or "") dlg.Bind(wx.EVT_LIST_ITEM_SELECTED, lambda event: dlg.ok.Enable(), dlg.list_ctrl) dlg.Bind(wx.EVT_LIST_ITEM_DESELECTED, lambda event: dlg.ok.Disable(), dlg.list_ctrl) dlg.Bind(wx.EVT_LIST_ITEM_ACTIVATED, lambda event: dlg.EndModal(wx.ID_OK), dlg.list_ctrl) dlg.sizer3.Add(dlg.list_ctrl, 1, flag=wx.TOP | wx.ALIGN_LEFT, border=12) if len(cgats) > 1: # We got several matches dlg.ok.Disable() else: item = dlg.list_ctrl.GetItem(0) dlg.list_ctrl.SetItemState(item.GetId(), wx.LIST_STATE_SELECTED, wx.LIST_STATE_SELECTED) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() dlg.Center() result = dlg.ShowModal() index = dlg.list_ctrl.GetNextItem(-1, wx.LIST_NEXT_ALL, wx.LIST_STATE_SELECTED) dlg.Destroy() if result != wx.ID_OK: return False # Important: Do not use parsed CGATS, order of keywords may be # different than raw data so MD5 will be different cgats = re.sub("\n(CCMX|CCSS)( *\n)", "\n<>\n\\1\\2", data).split("\n<>\n") colorimeter_correction_check_overwrite(parent, cgats[index]) def colorimeter_correction_check_overwrite(parent=None, cgats=None): """ Check if a colorimeter correction file will be overwritten and present a dialog to confirm or cancel the operation. Write the file. """ result = check_create_dir(config.get_argyll_data_dir()) if isinstance(result, Exception): show_result_dialog(result, parent) return descriptor = re.search('\nDESCRIPTOR\s+"(.+?)"\n', cgats) if descriptor: descriptor = descriptor.groups()[0] description = safe_unicode(descriptor or lang.getstr("unnamed"), "UTF-8") name = re.sub(r"[\\/:*?\"<>|]+", "_", make_argyll_compatible_path(description))[:255] path = os.path.join(config.get_argyll_data_dir(), "%s.%s" % (name, cgats[:7].strip().lower())) if os.path.isfile(path): dlg = ConfirmDialog(parent, msg=lang.getstr("dialog.confirm_overwrite", path), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-information")) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: return False cgatsfile = open(path, 'wb') cgatsfile.write(cgats) cgatsfile.close() if getcfg("colorimeter_correction_matrix_file").split(":")[0] != "AUTO": setcfg("colorimeter_correction_matrix_file", ":" + path) parent.update_colorimeter_correction_matrix_ctrl_items(True) return True def upload_colorimeter_correction(parent=None, params=None): """ Upload colorimeter correction to online database """ path = "/colorimetercorrections/index.php" failure_msg = lang.getstr("colorimeter_correction.upload.failure") # Check for duplicate resp = http_request(parent, domain, "GET", path, # Remove CREATED date for calculating hash {"get": True, "hash": md5(re.sub('\nCREATED\s+".+?"\n', "\n\n", safe_str(params['cgats'], "UTF-8")).strip()).hexdigest()}, silent=True) if resp and resp.read().strip().startswith("CC"): wx.CallAfter(InfoDialog, parent, msg=lang.getstr("colorimeter_correction.upload.exists"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information")) return else: # Upload params['put'] = True resp = http_request(parent, domain, "POST", path, params, failure_msg=failure_msg) if resp is not False: if resp.status == 201: wx.CallAfter(InfoDialog, parent, msg=lang.getstr("colorimeter_correction.upload.success"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information")) else: wx.CallAfter(InfoDialog, parent, msg="\n\n".join([failure_msg, resp.read().strip()]), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) def http_request(parent=None, domain=None, request_type="GET", path="", params=None, files=None, headers=None, charset="UTF-8", failure_msg="", silent=False): """ HTTP request wrapper """ if params is None: params = {} if files: content_type, params = encode_multipart_formdata(params.iteritems(), files) else: for key in params: params[key] = safe_str(params[key], charset) params = urllib.urlencode(params) if headers is None: headers = {"User-Agent": "%s/%s" % (appname, version)} if request_type == "GET": path += '?' + params params = None else: if files: headers.update({"Content-Type": content_type, "Content-Length": str(len(params))}) else: headers.update({"Content-Type": "application/x-www-form-urlencoded", "Accept": "text/plain"}) conn = httplib.HTTPConnection(domain) try: conn.request(request_type, path, params, headers) resp = conn.getresponse() except (socket.error, httplib.HTTPException), exception: msg = " ".join([failure_msg, lang.getstr("connection.fail", " ".join([str(arg) for arg in exception.args]))]).strip() safe_print(msg) if not silent: wx.CallAfter(InfoDialog, parent, msg=msg, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error"), log=False) return False if resp.status >= 400: msg = " ".join([failure_msg, lang.getstr("connection.fail.http", " ".join([str(resp.status), resp.reason, resp.read()]))]).strip() safe_print(msg) if not silent: wx.CallAfter(InfoDialog, parent, msg=msg, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error"), log=False) return False return resp class ExtraArgsFrame(BaseFrame): """ Extra commandline arguments window. """ def __init__(self, parent): self.res = xrc.XmlResource(get_data_path(os.path.join("xrc", "extra.xrc"))) pre = wx.PreFrame() self.res.LoadOnFrame(pre, parent, "extra_args") self.PostCreate(pre) self.Bind(wx.EVT_CLOSE, self.OnClose, self) self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) self.set_child_ctrls_as_attrs(self) # Bind event handlers self.Bind(wx.EVT_TEXT, self.extra_args_handler, id=self.extra_args_dispcal_ctrl.GetId()) self.Bind(wx.EVT_TEXT, self.extra_args_handler, id=self.extra_args_dispread_ctrl.GetId()) self.Bind(wx.EVT_TEXT, self.extra_args_handler, id=self.extra_args_spotread_ctrl.GetId()) self.Bind(wx.EVT_TEXT, self.extra_args_handler, id=self.extra_args_colprof_ctrl.GetId()) self.Bind(wx.EVT_TEXT, self.extra_args_handler, id=self.extra_args_collink_ctrl.GetId()) self.Bind(wx.EVT_TEXT, self.extra_args_handler, id=self.extra_args_targen_ctrl.GetId()) self.setup_language() self.update_controls() self.update_layout() def OnClose(self, event): self.Hide() def extra_args_handler(self, event): mapping = {self.extra_args_dispcal_ctrl.GetId(): "extra_args.dispcal", self.extra_args_dispread_ctrl.GetId(): "extra_args.dispread", self.extra_args_spotread_ctrl.GetId(): "extra_args.spotread", self.extra_args_colprof_ctrl.GetId(): "extra_args.colprof", self.extra_args_collink_ctrl.GetId(): "extra_args.collink", self.extra_args_targen_ctrl.GetId(): "extra_args.targen"} pref = mapping.get(event.GetId()) if pref: setcfg(pref, self.FindWindowById(event.GetId()).Value) def update_controls(self): self.extra_args_dispcal_ctrl.ChangeValue(getcfg("extra_args.dispcal")) self.extra_args_dispread_ctrl.ChangeValue(getcfg("extra_args.dispread")) self.extra_args_spotread_ctrl.ChangeValue(getcfg("extra_args.spotread")) self.extra_args_colprof_ctrl.ChangeValue(getcfg("extra_args.colprof")) self.extra_args_collink_ctrl.ChangeValue(getcfg("extra_args.collink")) self.extra_args_targen_ctrl.ChangeValue(getcfg("extra_args.targen")) class GamapFrame(BaseFrame): """ Gamut mapping options window. """ def __init__(self, parent): self.res = xrc.XmlResource(get_data_path(os.path.join("xrc", "gamap.xrc"))) pre = wx.PreFrame() self.res.LoadOnFrame(pre, parent, "gamapframe") self.PostCreate(pre) self.Bind(wx.EVT_CLOSE, self.OnClose, self) self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) self.panel = self.FindWindowByName("panel") self.set_child_ctrls_as_attrs(self) # Bind event handlers self.Bind(wx.EVT_CHECKBOX, self.gamap_perceptual_cb_handler, id=self.gamap_perceptual_cb.GetId()) self.Bind(wx.EVT_CHOICE, self.gamap_perceptual_intent_handler, id=self.gamap_perceptual_intent_ctrl.GetId()) self.Bind(wx.EVT_CHECKBOX, self.gamap_saturation_cb_handler, id=self.gamap_saturation_cb.GetId()) self.Bind(wx.EVT_CHOICE, self.gamap_saturation_intent_handler, id=self.gamap_saturation_intent_ctrl.GetId()) self.Bind(wx.EVT_CHOICE, self.gamap_src_viewcond_handler, id=self.gamap_src_viewcond_ctrl.GetId()) self.Bind(wx.EVT_CHOICE, self.gamap_out_viewcond_handler, id=self.gamap_out_viewcond_ctrl.GetId()) self.Bind(wx.EVT_CHOICE, self.gamap_default_intent_handler, id=self.gamap_default_intent_ctrl.GetId()) self.viewconds_ab = OrderedDict() self.viewconds_ba = {} self.viewconds_out_ab = OrderedDict() self.intents_ab = OrderedDict() self.intents_ba = OrderedDict() self.default_intent_ab = {} self.default_intent_ba = {} for i, ri in enumerate(config.valid_values["gamap_default_intent"]): self.default_intent_ab[i] = ri self.default_intent_ba[ri] = i self.setup_language() self.update_controls() self.update_layout() def OnClose(self, event): self.Hide() def gamap_profile_handler(self, event=None): v = self.gamap_profile.GetPath() p = bool(v) and os.path.exists(v) if p: try: profile = ICCP.ICCProfile(v) except (IOError, ICCP.ICCProfileInvalidError), exception: p = False InfoDialog(self, msg=lang.getstr("profile.invalid") + "\n" + v, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) self.gamap_profile.SetPath("") v = None else: if event: # pre-select suitable viewing condition if profile.profileClass == "prtr": self.gamap_src_viewcond_ctrl.SetStringSelection( lang.getstr("gamap.viewconds.pp")) else: self.gamap_src_viewcond_ctrl.SetStringSelection( lang.getstr("gamap.viewconds.mt")) self.gamap_src_viewcond_handler() self.gamap_perceptual_cb.Enable() self.gamap_perceptual_intent_ctrl.Enable(self.gamap_perceptual_cb.GetValue()) self.gamap_saturation_cb.Enable() self.gamap_saturation_intent_ctrl.Enable(self.gamap_saturation_cb.GetValue()) c = self.gamap_perceptual_cb.GetValue() or \ self.gamap_saturation_cb.GetValue() self.gamap_profile.Enable(c) self.gamap_src_viewcond_ctrl.Enable(p and c) self.gamap_out_viewcond_ctrl.Enable(p and c) self.gamap_default_intent_ctrl.Enable(p and c) if v != getcfg("gamap_profile") and self.Parent and \ hasattr(self.Parent, "profile_settings_changed"): self.Parent.profile_settings_changed() setcfg("gamap_profile", v or None) def gamap_perceptual_cb_handler(self, event=None): v = self.gamap_perceptual_cb.GetValue() if not v: self.gamap_saturation_cb.SetValue(False) self.gamap_saturation_cb_handler() if int(v) != getcfg("gamap_perceptual") and self.Parent and \ hasattr(self.Parent, "profile_settings_changed"): self.Parent.profile_settings_changed() setcfg("gamap_perceptual", int(v)) self.gamap_profile_handler() def gamap_perceptual_intent_handler(self, event=None): v = self.intents_ba[self.gamap_perceptual_intent_ctrl.GetStringSelection()] if v != getcfg("gamap_perceptual_intent") and self.Parent and \ hasattr(self.Parent, "profile_settings_changed"): self.Parent.profile_settings_changed() setcfg("gamap_perceptual_intent", v) def gamap_saturation_cb_handler(self, event=None): v = self.gamap_saturation_cb.GetValue() if v: self.gamap_perceptual_cb.SetValue(True) self.gamap_perceptual_cb_handler() if int(v) != getcfg("gamap_saturation") and self.Parent and \ hasattr(self.Parent, "profile_settings_changed"): self.Parent.profile_settings_changed() setcfg("gamap_saturation", int(v)) self.gamap_profile_handler() def gamap_saturation_intent_handler(self, event=None): v = self.intents_ba[self.gamap_saturation_intent_ctrl.GetStringSelection()] if v != getcfg("gamap_saturation_intent") and self.Parent and \ hasattr(self.Parent, "profile_settings_changed"): self.Parent.profile_settings_changed() setcfg("gamap_saturation_intent", v) def gamap_src_viewcond_handler(self, event=None): v = self.viewconds_ba[self.gamap_src_viewcond_ctrl.GetStringSelection()] if v != getcfg("gamap_src_viewcond") and self.Parent and \ hasattr(self.Parent, "profile_settings_changed"): self.Parent.profile_settings_changed() setcfg("gamap_src_viewcond", v) def gamap_out_viewcond_handler(self, event=None): v = self.viewconds_ba[self.gamap_out_viewcond_ctrl.GetStringSelection()] if v != getcfg("gamap_out_viewcond") and self.Parent and \ hasattr(self.Parent, "profile_settings_changed"): self.Parent.profile_settings_changed() setcfg("gamap_out_viewcond", v) def gamap_default_intent_handler(self, event=None): v = self.gamap_default_intent_ctrl.GetSelection() if (self.default_intent_ab[v] != getcfg("gamap_default_intent") and self.Parent and hasattr(self.Parent, "profile_settings_changed")): self.Parent.profile_settings_changed() setcfg("gamap_default_intent", self.default_intent_ab[v]) def setup_language(self): """ Substitute translated strings for menus, controls, labels and tooltips. """ BaseFrame.setup_language(self) # Create the profile picker ctrl dynamically to get translated strings origpickerctrl = self.FindWindowByName("gamap_profile") hsizer = origpickerctrl.GetContainingSizer() self.gamap_profile = FileBrowseBitmapButtonWithChoiceHistory( self.panel, -1, toolTip=lang.getstr("gamap.profile"), dialogTitle=lang.getstr("gamap.profile"), fileMask=lang.getstr("filetype.icc") + "|*.icc;*.icm", changeCallback=self.gamap_profile_handler, history=get_data_path("ref", "\.(icm|icc)$"), name="gamap_profile") self.gamap_profile.SetMaxFontSize(11) hsizer.Replace(origpickerctrl, self.gamap_profile) origpickerctrl.Destroy() intents = ["a", "aa", "aw", "la", "ms", "p", "r", "s"] if (self.Parent and hasattr(self.Parent, "worker") and self.Parent.worker.argyll_version >= [1, 3, 3]): intents.append("pa") for v in sorted(intents): lstr = lang.getstr("gamap.intents.%s" % v) self.intents_ab[v] = lstr self.intents_ba[lstr] = v self.gamap_perceptual_intent_ctrl.SetItems( self.intents_ab.values()) self.gamap_saturation_intent_ctrl.SetItems( self.intents_ab.values()) self.viewconds_ab[None] = lang.getstr("default") self.viewconds_ba[lang.getstr("default")] = None for v in viewconds: lstr = lang.getstr("gamap.viewconds.%s" % v) self.viewconds_ab[v] = lstr self.viewconds_ba[lstr] = v if v not in ("pp", "pe", "pcd", "ob", "cx"): self.viewconds_out_ab[v] = lstr self.gamap_src_viewcond_ctrl.SetItems( self.viewconds_ab.values()) self.gamap_out_viewcond_ctrl.SetItems( [lang.getstr("default")] + self.viewconds_out_ab.values()) self.gamap_default_intent_ctrl.SetItems([lang.getstr("gamap.intents." + v) for v in config.valid_values["gamap_default_intent"]]) def update_controls(self): """ Update controls with values from the configuration """ self.gamap_profile.SetPath(getcfg("gamap_profile")) self.gamap_perceptual_cb.SetValue(getcfg("gamap_perceptual")) self.gamap_perceptual_intent_ctrl.SetStringSelection( self.intents_ab.get(getcfg("gamap_perceptual_intent"), self.intents_ab.get(defaults["gamap_perceptual_intent"]))) self.gamap_saturation_cb.SetValue(getcfg("gamap_saturation")) self.gamap_saturation_intent_ctrl.SetStringSelection( self.intents_ab.get(getcfg("gamap_saturation_intent"), self.intents_ab.get(defaults["gamap_saturation_intent"]))) self.gamap_src_viewcond_ctrl.SetStringSelection( self.viewconds_ab.get(getcfg("gamap_src_viewcond", False), self.viewconds_ab.get(defaults.get("gamap_src_viewcond")))) self.gamap_out_viewcond_ctrl.SetStringSelection( self.viewconds_ab.get(getcfg("gamap_out_viewcond"), self.viewconds_ab.get(defaults.get("gamap_out_viewcond")))) self.gamap_default_intent_ctrl.SetSelection(self.default_intent_ba[getcfg("gamap_default_intent")]) self.gamap_profile_handler() class MainFrame(BaseFrame): """ Display calibrator main application window. """ def __init__(self): # Startup messages if verbose >= 1: safe_print(lang.getstr("startup")) if sys.platform != "darwin": if not autostart: safe_print(lang.getstr("warning.autostart_system")) if not autostart_home: safe_print(lang.getstr("warning.autostart_user")) # Check for required resource files and get pre-canned testcharts self.dist_testcharts = [] self.dist_testchart_names = [] missing = [] for filename in resfiles: path, ext = (get_data_path(os.path.sep.join(filename.split("/"))), os.path.splitext(filename)[1]) if (not path or not os.path.isfile(path)): missing += [filename] elif ext.lower() == ".ti1": self.dist_testcharts += [path] self.dist_testchart_names += [os.path.basename(path)] wx.GetApp().progress_dlg.Pulse() if missing: handle_error(lang.getstr("resources.notfound.warning") + "\n" + "\n".join(missing), False) for filename in missing: if filename.lower().endswith(".xrc"): handle_error(lang.getstr("resources.notfound.error") + "\n" + filename, False) wx.GetApp().progress_dlg.Pulse() wx.GetApp().progress_dlg.Pulse() # Create main worker instance wx.GetApp().progress_dlg.Pulse() self.worker = Worker(None) wx.GetApp().progress_dlg.Pulse() self.worker.enumerate_displays_and_ports(enumerate_ports=getcfg("enumerate_ports.auto")) wx.GetApp().progress_dlg.Pulse() # Initialize GUI if verbose >= 1: safe_print(lang.getstr("initializing_gui")) wx.GetApp().progress_dlg.Pulse(lang.getstr("initializing_gui")) wx.GetApp().progress_dlg.stop_timer() self.res = xrc.XmlResource(get_data_path(os.path.join("xrc", "main.xrc"))) self.res.InsertHandler(xh_floatspin.FloatSpinCtrlXmlHandler()) pre = wx.PreFrame() self.res.LoadOnFrame(pre, None, "mainframe") self.PostCreate(pre) self.worker.owner = self self.init_frame() self.init_defaults() self.init_infoframe() if sys.platform in ("darwin", "win32") or isexe: self.init_measureframe() self.init_menus() self.init_controls() self.show_advanced_calibration_options_handler() self.setup_language() self.update_displays(update_ccmx_items=False) BaseFrame.update_layout(self) # Add the header bitmap after layout so it won't stretch the window # further than necessary self.headerbitmap = self.panel.FindWindowByName("headerbitmap") self.headerbitmap.SetBitmap(getbitmap("theme/header")) self.calpanel.SetScrollRate(2, 2) self.update_comports() self.update_controls(update_ccmx_items=False) self.SetSaneGeometry(int(getcfg("position.x")), int(getcfg("position.y"))) self.Bind(wx.EVT_MOVE, self.OnMove, self) if verbose >= 1: safe_print(lang.getstr("success")) # Check for and load default calibration if len(self.worker.displays): if getcfg("calibration.file"): # Load LUT curves from last used .cal file self.load_cal(silent=True) else: # Load LUT curves from current display profile (if any, and # if it contains curves) self.load_display_profile_cal(None) self.init_timers() if verbose >= 1: safe_print(lang.getstr("ready")) self.log() if sys.platform == "win32" and wx.VERSION >= (2, 9): wx.GetApp().progress_dlg.Destroy() wx.GetApp().progress_dlg = None else: wx.GetApp().progress_dlg.Hide() # Check for updates if configured if getcfg("update_check"): self.app_update_check_handler(None, silent=True) def log(self): """ Put log buffer contents into the log window. """ # We do this after all initialization because the log.log() function # expects the window to be fully created and accessible via # wx.GetApp().frame.infoframe logbuffer.seek(0) self.infoframe.Log("".join(line.decode("UTF-8", "replace") for line in logbuffer).strip()) def init_defaults(self): """ Initialize GUI-specific defaults. """ defaults.update({ "position.info.x": self.GetDisplay().ClientArea[0] + 20, "position.info.y": self.GetDisplay().ClientArea[1] + 40, "position.lut_viewer.x": self.GetDisplay().ClientArea[0] + 30, "position.lut_viewer.y": self.GetDisplay().ClientArea[1] + 50, "position.progress.x": self.GetDisplay().ClientArea[0] + 20, "position.progress.y": self.GetDisplay().ClientArea[1] + 40, "position.x": self.GetDisplay().ClientArea[0] + 10, "position.y": self.GetDisplay().ClientArea[1] + 30 }) self.recent_cals = getcfg("recent_cals").split(os.pathsep) if not "" in self.recent_cals: self.recent_cals = [""] + self.recent_cals self.presets = [] presets = get_data_path("presets", ".*\.(?:icc|icm)$") if isinstance(presets, list): self.presets = natsort(presets) self.presets.reverse() for preset in self.presets: if not preset in self.recent_cals: self.recent_cals.insert(1, preset) self.static_labels = [] self.updatingctrls = False # Left side - internal enumeration, right side - commmandline self.whitepoint_colortemp_loci_ab = { 0: "t", 1: "T" } # Left side - commmandline, right side - internal enumeration self.whitepoint_colortemp_loci_ba = { "t": 0, "T": 1 } # Left side - commmandline, right side - internal enumeration self.quality_ab = { 1: "v", 2: "l", 3: "m", 4: "h", 5: "u" } self.quality_b2a_ab = { 0: "n", 1: "l", 2: "m", 3: "h", 4: "u" } # Left side - commmandline, right side - internal enumeration self.quality_ba = swap_dict_keys_values(self.quality_ab) self.testchart_defaults = config.testchart_defaults self.testcharts = [] self.testchart_names = [] # Left side - commmandline, right side - .cal file self.trc_ab = { "l": "L_STAR", "709": "REC709", "s": "sRGB", "240": "SMPTE240M" } # Left side - .cal file, right side - commmandline self.trc_ba = swap_dict_keys_values(self.trc_ab) # Left side - internal enumeration, right side - commmandline self.trc_types_ab = { 0: "g", 1: "G" } # Left side - commmandline, right side - internal enumeration self.trc_types_ba = swap_dict_keys_values(self.trc_types_ab) self.trc_presets = [ "1.8", "2.0", "2.2", "2.4" ] self.whitepoint_presets = [ "5000", "5500", "6000", "6500" ] def init_frame(self): """ Initialize the main window and its event handlers. Controls are initialized in a separate step (see init_controls). """ # UGLY HACK: This 'safe_print' call fixes a GTK assertion and # segfault under Arch Linux when setting the window title safe_print("") self.SetTitle("%s %s" % (appname, version)) self.SetMaxSize((-1, -1)) self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) self.Bind(wx.EVT_CLOSE, self.OnClose, self) self.Bind(wx.EVT_SHOW, self.OnShow, self) self.Bind(wx.EVT_SIZE, self.OnResize, self) self.droptarget = FileDrop() self.droptarget.drophandlers = { ".cal": self.cal_drop_handler, ".icc": self.cal_drop_handler, ".icm": self.cal_drop_handler, ".ti1": self.ti1_drop_handler, ".ti3": self.ti3_drop_handler } self.droptarget.unsupported_handler = self.drop_unsupported_handler # Main panel self.panel = self.FindWindowByName("panel") self.panel.SetDropTarget(self.droptarget) # Header # Its width also determines the initial min width of the main window # after SetSizeHints and Layout self.header = self.FindWindowByName("header") self.header.SetScrollRate(0, 0) # Calibration settings panel self.calpanel = self.FindWindowByName("calpanel") self.profile_info = {} def init_timers(self): """ Setup the timers for display/instrument detection and profile name. """ self.plugplay_timer = wx.Timer(self) self.Bind(wx.EVT_TIMER, self.plugplay_timer_handler, self.plugplay_timer) self.update_profile_name_timer = wx.Timer(self) self.Bind(wx.EVT_TIMER, self.update_profile_name, self.update_profile_name_timer) def OnMove(self, event=None): # When moving, check if we are on another screen and resize if needed. if self.IsShownOnScreen() and not self.IsMaximized() and not \ self.IsIconized(): x, y = self.GetScreenPosition() setcfg("position.x", x) setcfg("position.y", y) display_client_rect = self.GetDisplay().ClientArea if hasattr(self, "calpanel") and (not hasattr(self, "display_client_rect") or self.display_client_rect != display_client_rect): # We just moved to this workspace size = self.GetSize() if sys.platform not in ("darwin", "win32"): # Linux safety_margin = 45 else: safety_margin = 20 vsize = self.calpanel.GetVirtualSize() fullheight = size[1] - self.calpanel.GetSize()[1] + vsize[1] maxheight = None if size[1] > display_client_rect[3] - safety_margin: # Our full height is too tall for that workspace, adjust vsize = self.calpanel.GetSize() maxheight = vsize[1] - (size[1] - display_client_rect[3] + safety_margin) elif not hasattr(self, "display_client_rect"): # Our full height fits on that workspace maxheight = vsize[1] self.display_client_rect = display_client_rect if maxheight: newheight = size[1] - self.calpanel.GetSize()[1] + maxheight if debug: safe_print("[D] Calibration settings virtual height:", vsize[1]) safe_print("[D] Calibration settings height after adjust:", maxheight) safe_print("[D] Main window height after adjust:", newheight) wx.CallAfter(self.frame_fit, fullheight, vsize[1], maxheight, newheight) if event: event.Skip() def frame_fit(self, fullheight, virtualheight, height, newheight): """ Fit the main window to a new size. Used internally by OnMove to make sure the window fits into available (usable, not covered by e.g. taskbars) screen space. """ self.Bind(wx.EVT_IDLE, self.frame_enableresize_handler) size = self.GetSize() self.Freeze() self.SetMinSize((self.GetMinSize()[0], 0)) self.SetMaxSize((size[0], fullheight)) self.calpanel.SetMaxSize((-1, virtualheight)) self.calpanel.SetMinSize((-1, 64)) self.calpanel.SetMaxSize((-1, height)) self.calpanel.SetSize((-1, height)) if debug: safe_print("[D] Main window sizer min height after adjust:", self.GetSizer().GetMinSize()[1]) safe_print("[D] Main window sizer height after adjust:", self.GetSizer().GetSize()[1]) self.SetMinSize((min(self.GetDisplay().ClientArea[2], self.GetMinSize()[0]), newheight)) # We add a margin on the right side for the vertical scrollbar size = (min(self.GetDisplay().ClientArea[2], max(self.GetMinSize()[0], self.calpanel.GetSizer().GetMinSize()[0] + 34)), newheight) self.SetMaxSize(size) self.SetSize(size) self.Thaw() wx.CallLater(100, self.calpanel.SetMaxSize, (-1, -1)) def frame_enableresize_handler(self, event=None): """ Enable resizing after fitting the main window to a new size. Used internally by frame_fit. """ # frame_fit sets a static max size and min size = size, so after # that operation we can no longer resize the window. This is fixed # here by setting another min size and no max size. # The CallLater logic implemented in frame_fit and here is rather # arcane, but needed to circumvent the issue where the size set by # frame_fit is immediately scrapped under certain circumstances # (related to the selected window manager under Linux, for example). wx.CallLater(100, self.SetMinSize, (min(self.GetDisplay().ClientArea[2], self.GetMinSize()[0]), self.GetSize()[1] - self.calpanel.GetSize()[1] + 64)) wx.CallLater(150, self.SetMaxSize, (-1, -1)) self.Unbind(wx.EVT_IDLE) if event: event.Skip() def OnResize(self, event): # Hide the header bitmap on small screens self.header.GetContainingSizer().Show( self.header, self.Size[1] > 480) event.Skip() def cal_drop_handler(self, path): """ Drag'n'drop handler for .cal files. Settings and calibration are loaded from dropped files. """ if not self.worker.is_working(): self.load_cal_handler(None, path) def ti1_drop_handler(self, path): """ Drag'n'drop handler for .ti1 files. Dropped files are added to the testchart chooser and selected. """ if not self.worker.is_working(): self.testchart_btn_handler(None, path) def ti3_drop_handler(self, path): """ Drag'n'drop handler for .ti3 files. Dropped files are used to create an ICC profile. """ if not self.worker.is_working(): self.create_profile_handler(None, path) def drop_unsupported_handler(self): """ Drag'n'drop handler for unsupported files. Shows an error message. """ if not self.worker.is_working(): files = self.droptarget._filenames InfoDialog(self, msg=lang.getstr("error.file_type_unsupported") + "\n\n" + "\n".join(files), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) def init_gamapframe(self): """ Create & initialize the gamut mapping options window and its controls. """ self.gamapframe = GamapFrame(self) def init_infoframe(self, show=None): """ Create & initialize the info (log) window and its controls. """ self.infoframe = LogWindow(self) self.infoframe.Bind(wx.EVT_CLOSE, self.infoframe_close_handler, self.infoframe) self.infoframe.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) if show: self.infoframe.Show() def init_lut3dframe(self): """ Create & initialize the 3D LUT creation window and its controls. """ self.lut3dframe = LUT3DFrame(self) def init_reportframe(self): """ Create & initialize the measurement report creation window and its controls. """ self.reportframe = ReportFrame(self) self.reportframe.measure_btn.Bind(wx.EVT_BUTTON, self.measurement_report_handler) def init_synthiccframe(self): """ Create & initialize the 3D LUT creation window and its controls. """ self.synthiccframe = SynthICCFrame(self) def infoframe_close_handler(self, event): self.infoframe_toggle_handler(event) def setup_language(self): """ Substitute translated strings for menus, controls, labels and tooltips. """ # Set language specific defaults lang.update_defaults() # Translate controls and labels BaseFrame.setup_language(self) settings = [lang.getstr("settings.new")] for cal in self.recent_cals[1:]: lstr = lang.getstr(os.path.basename(cal)) if cal == getcfg("calibration.file") and getcfg("settings.changed"): lstr = "* " + lstr settings += [lstr] self.calibration_file_ctrl.SetItems(settings) self.whitepoint_ctrl.SetItems([lang.getstr("as_measured"), lang.getstr("whitepoint.colortemp"), lang.getstr("whitepoint.xy")]) self.whitepoint_colortemp_loci = [ lang.getstr("whitepoint.colortemp.locus.daylight"), lang.getstr("whitepoint.colortemp.locus.blackbody") ] self.whitepoint_colortemp_locus_ctrl.SetItems( self.whitepoint_colortemp_loci) self.luminance_ctrl.SetItems([lang.getstr("as_measured"), lang.getstr("custom")]) self.black_luminance_ctrl.SetItems([lang.getstr("as_measured"), lang.getstr("custom")]) self.trc_ctrl.SetItems([lang.getstr("trc.gamma"), lang.getstr("trc.lstar"), lang.getstr("trc.rec709"), lang.getstr("trc.rec1886"), lang.getstr("trc.smpte240m"), lang.getstr("trc.srgb")]) self.trc_types = [ lang.getstr("trc.type.relative"), lang.getstr("trc.type.absolute") ] self.trc_type_ctrl.SetItems(self.trc_types) self.update_profile_type_ctrl() self.default_testchart_names = [] for testcharts in self.testchart_defaults.values(): for chart in testcharts.values(): chart = lang.getstr(chart) if not chart in self.default_testchart_names: self.default_testchart_names += [chart] self.profile_name_info_btn.SetToolTipString( wrap(self.profile_name_info(), 72)) def update_profile_type_ctrl(self): """ Populate the profile type control with available choices depending on Argyll version. """ self.profile_types = [ lang.getstr("profile.type.lut.lab"), lang.getstr("profile.type.shaper_matrix"), lang.getstr("profile.type.single_shaper_matrix"), lang.getstr("profile.type.gamma_matrix"), lang.getstr("profile.type.single_gamma_matrix") ] self.profile_types_ab = {} profile_types_index = 0 if self.worker.argyll_version[0:3] > [1, 1, 0] or ( self.worker.argyll_version[0:3] == [1, 1, 0] and not "Beta" in self.worker.argyll_version_string and not "RC1" in self.worker.argyll_version_string and not "RC2" in self.worker.argyll_version_string and not "RC3" in self.worker.argyll_version_string): # Argyll 1.1.0_RC3 had a bug when using -aX # which was fixed in 1.1.0_RC4 self.profile_types.insert(profile_types_index, lang.getstr("profile.type.lut_matrix.xyz")) self.profile_types_ab[profile_types_index] = "X" # XYZ LUT + accurate matrix profile_types_index += 1 if self.worker.argyll_version[0:3] > [1, 1, 0] or ( self.worker.argyll_version[0:3] == [1, 1, 0] and not "Beta" in self.worker.argyll_version_string and not "RC1" in self.worker.argyll_version_string and not "RC2" in self.worker.argyll_version_string): # Windows wants matrix tags in XYZ LUT profiles, # which is satisfied with Argyll >= 1.1.0_RC3 self.profile_types.insert(profile_types_index, lang.getstr("profile.type.lut_rg_swapped_matrix.xyz")) self.profile_types_ab[profile_types_index] = "x" # XYZ LUT + dummy matrix (R <-> G swapped) profile_types_index += 1 elif sys.platform != "win32": self.profile_types.insert(profile_types_index, lang.getstr("profile.type.lut.xyz")) self.profile_types_ab[profile_types_index] = "x" # XYZ LUT profile_types_index += 1 self.profile_type_ctrl.SetItems(self.profile_types) self.profile_types_ab[profile_types_index] = "l" self.profile_types_ab[profile_types_index + 1] = "s" self.profile_types_ab[profile_types_index + 2] = "S" self.profile_types_ab[profile_types_index + 3] = "g" self.profile_types_ab[profile_types_index + 4] = "G" self.profile_types_ba = swap_dict_keys_values(self.profile_types_ab) def init_measureframe(self): """ Create & initialize the measurement window and its controls. """ self.measureframe = MeasureFrame(self, -1) def init_menus(self): """ Initialize the menus and menuitem event handlers. """ res = xrc.XmlResource(get_data_path(os.path.join("xrc", "mainmenu.xrc"))) self.menubar = res.LoadMenuBar("menu") file_ = self.menubar.GetMenu(self.menubar.FindMenu("menu.file")) menuitem = file_.FindItemById(file_.FindItem("calibration.load")) self.Bind(wx.EVT_MENU, self.load_cal_handler, menuitem) menuitem = file_.FindItemById(file_.FindItem("testchart.set")) self.Bind(wx.EVT_MENU, self.testchart_btn_handler, menuitem) menuitem = file_.FindItemById(file_.FindItem("testchart.edit")) self.Bind(wx.EVT_MENU, self.create_testchart_btn_handler, menuitem) menuitem = file_.FindItemById(file_.FindItem("profile.set_save_path")) self.Bind(wx.EVT_MENU, self.profile_save_path_btn_handler, menuitem) self.menuitem_profile_info = file_.FindItemById(file_.FindItem("profile.info")) self.Bind(wx.EVT_MENU, self.profile_info_handler, self.menuitem_profile_info) if sys.platform != "darwin": file_.AppendSeparator() self.menuitem_prefs = file_.Append( -1, "&" + "menuitem.set_argyll_bin") self.Bind(wx.EVT_MENU, self.set_argyll_bin_handler, self.menuitem_prefs) if sys.platform != "darwin": file_.AppendSeparator() self.menuitem_quit = file_.Append(-1, "&menuitem.quit\tCtrl+Q") self.Bind(wx.EVT_MENU, self.OnClose, self.menuitem_quit) options = self.menubar.GetMenu(self.menubar.FindMenu("menu.options")) self.menuitem_measure_testchart = options.FindItemById( options.FindItem("measure.testchart")) self.Bind(wx.EVT_MENU, self.measure_handler, self.menuitem_measure_testchart) self.menuitem_create_profile = options.FindItemById( options.FindItem("create_profile")) self.Bind(wx.EVT_MENU, self.create_profile_handler, self.menuitem_create_profile) self.menuitem_create_profile_from_edid = options.FindItemById( options.FindItem("create_profile_from_edid")) self.Bind(wx.EVT_MENU, self.create_profile_from_edid, self.menuitem_create_profile_from_edid) self.menuitem_install_display_profile = options.FindItemById( options.FindItem("install_display_profile")) self.Bind(wx.EVT_MENU, self.select_install_profile_handler, self.menuitem_install_display_profile) self.menuitem_profile_share = options.FindItemById( options.FindItem("profile.share")) self.Bind(wx.EVT_MENU, self.profile_share_handler, self.menuitem_profile_share) self.menuitem_load_lut_from_cal_or_profile = options.FindItemById( options.FindItem("calibration.load_from_cal_or_profile")) self.Bind(wx.EVT_MENU, self.load_profile_cal_handler, self.menuitem_load_lut_from_cal_or_profile) self.menuitem_load_lut_from_display_profile = options.FindItemById( options.FindItem("calibration.load_from_display_profile")) self.Bind(wx.EVT_MENU, self.load_display_profile_cal, self.menuitem_load_lut_from_display_profile) self.menuitem_lut_reset = options.FindItemById( options.FindItem("calibration.reset")) self.Bind(wx.EVT_MENU, self.reset_cal, self.menuitem_lut_reset) menuitem = options.FindItemById( options.FindItem("detect_displays_and_ports")) self.Bind(wx.EVT_MENU, self.check_update_controls, menuitem) self.menuitem_auto_enumerate_ports = options.FindItemById( options.FindItem("enumerate_ports.auto")) self.Bind(wx.EVT_MENU, self.auto_enumerate_ports_handler, self.menuitem_auto_enumerate_ports) self.menuitem_use_separate_lut_access = options.FindItemById( options.FindItem("use_separate_lut_access")) self.Bind(wx.EVT_MENU, self.use_separate_lut_access_handler, self.menuitem_use_separate_lut_access) self.menuitem_do_not_use_video_lut = options.FindItemById( options.FindItem("calibration.do_not_use_video_lut")) self.Bind(wx.EVT_MENU, self.do_not_use_video_lut_handler, self.menuitem_do_not_use_video_lut) self.menuitem_allow_skip_sensor_cal = options.FindItemById( options.FindItem("allow_skip_sensor_cal")) self.Bind(wx.EVT_MENU, self.allow_skip_sensor_cal_handler, self.menuitem_allow_skip_sensor_cal) self.menuitem_show_advanced_calibration_options = options.FindItemById( options.FindItem("show_advanced_calibration_options")) self.Bind(wx.EVT_MENU, self.show_advanced_calibration_options_handler, self.menuitem_show_advanced_calibration_options) menuitem = options.FindItemById(options.FindItem("extra_args")) self.Bind(wx.EVT_MENU, self.extra_args_handler, menuitem) self.menuitem_enable_argyll_debug = options.FindItemById( options.FindItem("enable_argyll_debug")) self.Bind(wx.EVT_MENU, self.enable_argyll_debug_handler, self.menuitem_enable_argyll_debug) self.menuitem_enable_dry_run = options.FindItemById( options.FindItem("dry_run")) self.Bind(wx.EVT_MENU, self.enable_dry_run_handler, self.menuitem_enable_dry_run) menuitem = options.FindItemById(options.FindItem("restore_defaults")) self.Bind(wx.EVT_MENU, self.restore_defaults_handler, menuitem) tools = self.menubar.GetMenu(self.menubar.FindMenu("menu.tools")) self.menuitem_report_uncalibrated = tools.FindItemById( tools.FindItem("report.uncalibrated")) self.Bind(wx.EVT_MENU, self.report_uncalibrated_handler, self.menuitem_report_uncalibrated) self.menuitem_report_calibrated = tools.FindItemById( tools.FindItem("report.calibrated")) self.Bind(wx.EVT_MENU, self.report_calibrated_handler, self.menuitem_report_calibrated) self.menuitem_calibration_verify = tools.FindItemById( tools.FindItem("calibration.verify")) self.Bind(wx.EVT_MENU, self.verify_calibration_handler, self.menuitem_calibration_verify) self.menuitem_measurement_report = tools.FindItemById( tools.FindItem("measurement_report")) self.Bind(wx.EVT_MENU, self.measurement_report_create_handler, self.menuitem_measurement_report) menuitem = tools.FindItemById( tools.FindItem("measurement_report.update")) self.Bind(wx.EVT_MENU, self.update_measurement_report, menuitem) self.menuitem_measure_uniformity = tools.FindItemById( tools.FindItem("report.uniformity")) self.Bind(wx.EVT_MENU, self.measure_uniformity_handler, self.menuitem_measure_uniformity) self.menuitem_measurement_file_check = tools.FindItemById( tools.FindItem("measurement_file.check_sanity")) self.Bind(wx.EVT_MENU, self.measurement_file_check_handler, self.menuitem_measurement_file_check) self.menuitem_measurement_file_check_auto = tools.FindItemById( tools.FindItem("measurement_file.check_sanity.auto")) self.Bind(wx.EVT_MENU, self.measurement_file_check_auto_handler, self.menuitem_measurement_file_check_auto) self.menuitem_import_colorimeter_correction = tools.FindItemById( tools.FindItem("colorimeter_correction.import")) self.Bind(wx.EVT_MENU, self.import_colorimeter_correction_handler, self.menuitem_import_colorimeter_correction) self.menuitem_create_colorimeter_correction = tools.FindItemById( tools.FindItem("colorimeter_correction.create")) self.Bind(wx.EVT_MENU, self.create_colorimeter_correction_handler, self.menuitem_create_colorimeter_correction) self.menuitem_upload_colorimeter_correction = tools.FindItemById( tools.FindItem("colorimeter_correction.upload")) self.Bind(wx.EVT_MENU, self.upload_colorimeter_correction_handler, self.menuitem_upload_colorimeter_correction) self.menuitem_synthicc_create = tools.FindItemById( tools.FindItem("synthicc.create")) self.Bind(wx.EVT_MENU, self.synthicc_create_handler, self.menuitem_synthicc_create) self.menuitem_lut3d_create = tools.FindItemById( tools.FindItem("3dlut.create")) self.Bind(wx.EVT_MENU, self.lut3d_create_handler, self.menuitem_lut3d_create) self.menuitem_enable_spyder2 = tools.FindItemById( tools.FindItem("enable_spyder2")) self.Bind(wx.EVT_MENU, self.enable_spyder2_handler, self.menuitem_enable_spyder2) self.menuitem_show_lut = tools.FindItemById( tools.FindItem("calibration.show_lut")) self.Bind(wx.EVT_MENU, self.init_lut_viewer, self.menuitem_show_lut) self.menuitem_show_log = tools.FindItemById(tools.FindItem("infoframe.toggle")) self.Bind(wx.EVT_MENU, self.infoframe_toggle_handler, self.menuitem_show_log) self.menuitem_log_autoshow = tools.FindItemById( tools.FindItem("log.autoshow")) self.Bind(wx.EVT_MENU, self.infoframe_autoshow_handler, self.menuitem_log_autoshow) languages = self.menubar.GetMenu(self.menubar.FindMenu("menu.language")) llist = [(lang.ldict[lcode].get("!language", ""), lcode) for lcode in lang.ldict] llist.sort() for lstr, lcode in llist: menuitem = languages.Append(-1, "&" + lstr, kind=wx.ITEM_RADIO) if (lcode.upper().replace("EN", "US") in flagart.catalog): menuitem.SetBitmap( flagart.catalog[lcode.upper().replace("EN", "US")].getBitmap()) if lang.getcode() == lcode: menuitem.Check() font = menuitem.Font font.SetWeight(wx.BOLD) menuitem.SetFont(font) # Map numerical event id to language string lang.ldict[lcode].menuitem_id = menuitem.GetId() self.Bind(wx.EVT_MENU, self.set_language_handler, menuitem) help = self.menubar.GetMenu(self.menubar.FindMenu("menu.help")) self.menuitem_about = help.FindItemById(help.FindItem("menu.about")) self.Bind(wx.EVT_MENU, self.aboutdialog_handler, self.menuitem_about) self.menuitem_readme = help.FindItemById(help.FindItem("readme")) self.menuitem_readme.Enable(isinstance(get_data_path("README.html"), basestring)) self.Bind(wx.EVT_MENU, self.readme_handler, self.menuitem_readme) self.menuitem_license = help.FindItemById(help.FindItem("license")) self.menuitem_license.Enable(isinstance(get_data_path("LICENSE.txt"), basestring) or os.path.isfile("/usr/share/common-licenses/GPL-3")) self.Bind(wx.EVT_MENU, self.license_handler, self.menuitem_license) menuitem = help.FindItemById(help.FindItem("help_support")) self.Bind(wx.EVT_MENU, self.help_support_handler, menuitem) menuitem = help.FindItemById(help.FindItem("bug_report")) self.Bind(wx.EVT_MENU, self.bug_report_handler, menuitem) self.menuitem_app_auto_update_check = help.FindItemById( help.FindItem("update_check.onstartup")) self.Bind(wx.EVT_MENU, self.app_auto_update_check_handler, self.menuitem_app_auto_update_check) menuitem = help.FindItemById(help.FindItem("update_check")) self.Bind(wx.EVT_MENU, self.app_update_check_handler, menuitem) if sys.platform == "darwin": wx.GetApp().SetMacAboutMenuItemId(self.menuitem_about.GetId()) wx.GetApp().SetMacPreferencesMenuItemId(self.menuitem_prefs.GetId()) wx.GetApp().SetMacExitMenuItemId(self.menuitem_quit.GetId()) wx.GetApp().SetMacHelpMenuTitleName(lang.getstr("menu.help")) def update_menus(self): """ Enable/disable menu items based on available Argyll functionality. """ self.menuitem_measure_testchart.Enable(bool(self.worker.displays) and bool(self.worker.instruments)) self.menuitem_create_profile.Enable(bool(self.worker.displays)) edid = self.worker.get_display_edid() self.menuitem_create_profile_from_edid.Enable(bool(self.worker.displays and edid and edid.get("monitor_name", edid.get("ascii", edid["product_id"])) and edid["red_x"] and edid["red_y"] and edid["green_x"] and edid["green_y"] and edid["blue_x"] and edid["blue_y"])) self.menuitem_install_display_profile.Enable(bool(self.worker.displays) and not config.get_display_name() in ("Web", "Untethered", "madVR")) self.menuitem_load_lut_from_cal_or_profile.Enable( bool(self.worker.displays) and not config.get_display_name() in ("Web", "Untethered")) self.menuitem_load_lut_from_display_profile.Enable( bool(self.worker.displays) and not config.get_display_name() in ("Web", "Untethered")) self.menuitem_auto_enumerate_ports.Check(bool(getcfg("enumerate_ports.auto"))) self.menuitem_auto_enumerate_ports.Enable(self.worker.argyll_version > [0, 0, 0]) has_separate_lut_access = self.worker.has_separate_lut_access() self.menuitem_use_separate_lut_access.Check(has_separate_lut_access or bool(getcfg("use_separate_lut_access"))) self.menuitem_use_separate_lut_access.Enable(not has_separate_lut_access) has_lut_access = self.worker.has_lut_access() do_not_use_video_lut = (self.worker.argyll_version >= [1, 3, 3] and (not has_lut_access or not getcfg("calibration.use_video_lut"))) self.menuitem_do_not_use_video_lut.Check(do_not_use_video_lut) self.menuitem_do_not_use_video_lut.Enable(self.worker.argyll_version >= [1, 3, 3] and has_lut_access) self.menuitem_allow_skip_sensor_cal.Check(bool(getcfg("allow_skip_sensor_cal"))) self.menuitem_enable_argyll_debug.Check(bool(getcfg("argyll.debug"))) self.menuitem_enable_dry_run.Check(bool(getcfg("dry_run"))) spyd2en = get_argyll_util("spyd2en") spyder2_firmware_exists = self.worker.spyder2_firmware_exists() self.menuitem_enable_spyder2.Enable(bool(spyd2en)) self.menuitem_enable_spyder2.Check(bool(spyd2en) and spyder2_firmware_exists) self.menuitem_show_lut.Enable(bool(LUTFrame)) self.menuitem_show_lut.Check(bool(getcfg("lut_viewer.show"))) if hasattr(self, "lut_viewer"): self.lut_viewer.update_controls() self.menuitem_lut_reset.Enable(bool(self.worker.displays) and not config.get_display_name() in ("Web", "Untethered")) self.menuitem_report_calibrated.Enable(bool(self.worker.displays) and bool(self.worker.instruments) and config.get_display_name() != "Untethered") self.menuitem_report_uncalibrated.Enable(bool(self.worker.displays) and bool(self.worker.instruments) and config.get_display_name() != "Untethered") self.menuitem_calibration_verify.Enable(bool(self.worker.displays) and bool(self.worker.instruments) and config.get_display_name() != "Untethered") self.menuitem_measurement_report.Enable(bool(self.worker.displays) and bool(self.worker.instruments)) self.menuitem_measure_uniformity.Enable(bool(self.worker.displays) and bool(self.worker.instruments)) self.menuitem_measurement_file_check_auto.Check(bool(getcfg("ti3.check_sanity.auto"))) self.menuitem_create_colorimeter_correction.Enable(bool(get_argyll_util("ccxxmake"))) self.menuitem_lut3d_create.Enable(bool(get_argyll_util("icclu"))) self.menuitem_show_log.Check(bool(getcfg("log.show"))) self.menuitem_log_autoshow.Enable(not bool(getcfg("log.show"))) self.menuitem_log_autoshow.Check(bool(getcfg("log.autoshow"))) self.menuitem_app_auto_update_check.Check(bool(getcfg("update_check"))) def init_controls(self): """ Initialize the main window controls and their event handlers. """ self.set_child_ctrls_as_attrs(self) # Settings file controls # ====================== # Settings file dropdown self.Bind(wx.EVT_CHOICE, self.calibration_file_ctrl_handler, id=self.calibration_file_ctrl.GetId()) self.Bind(wx.EVT_BUTTON, self.load_cal_handler, id=self.calibration_file_btn.GetId()) self.delete_calibration_btn.SetBitmapDisabled(geticon(16, "empty")) self.Bind(wx.EVT_BUTTON, self.delete_calibration_handler, id=self.delete_calibration_btn.GetId()) self.install_profile_btn.SetBitmapDisabled(geticon(16, "empty")) self.Bind(wx.EVT_BUTTON, self.install_profile_handler, id=self.install_profile_btn.GetId()) self.profile_info_btn.SetBitmapDisabled(geticon(16, "empty")) self.Bind(wx.EVT_BUTTON, self.profile_info_handler, id=self.profile_info_btn.GetId()) # Update calibration checkbox self.Bind(wx.EVT_CHECKBOX, self.calibration_update_ctrl_handler, id=self.calibration_update_cb.GetId()) # Display self.Bind(wx.EVT_CHOICE, self.display_ctrl_handler, id=self.display_ctrl.GetId()) self.Bind(wx.EVT_CHOICE, self.display_lut_ctrl_handler, id=self.display_lut_ctrl.GetId()) self.Bind(wx.EVT_BUTTON, self.display_lut_link_ctrl_handler, id=self.display_lut_link_ctrl.GetId()) # Instrument self.Bind(wx.EVT_CHOICE, self.comport_ctrl_handler, id=self.comport_ctrl.GetId()) self.Bind(wx.EVT_CHOICE, self.measurement_mode_ctrl_handler, id=self.measurement_mode_ctrl.GetId()) self.detect_displays_and_ports_btn.SetBitmapDisabled(getbitmap("32x16/empty")) self.Bind(wx.EVT_BUTTON, self.check_update_controls, id=self.detect_displays_and_ports_btn.GetId()) # Colorimeter correction matrix self.Bind(wx.EVT_CHOICE, self.colorimeter_correction_matrix_ctrl_handler, id=self.colorimeter_correction_matrix_ctrl.GetId()) self.Bind(wx.EVT_BUTTON, self.colorimeter_correction_matrix_ctrl_handler, id=self.colorimeter_correction_matrix_btn.GetId()) self.Bind(wx.EVT_BUTTON, self.colorimeter_correction_web_handler, id=self.colorimeter_correction_web_btn.GetId()) # Calibration settings # ==================== # Whitepoint self.Bind(wx.EVT_CHOICE, self.whitepoint_ctrl_handler, id=self.whitepoint_ctrl.GetId()) self.Bind(wx.EVT_COMBOBOX, self.whitepoint_ctrl_handler, id=self.whitepoint_colortemp_textctrl.GetId()) self.whitepoint_colortemp_textctrl.SetItems(self.whitepoint_presets) self.whitepoint_colortemp_textctrl.Bind( wx.EVT_KILL_FOCUS, self.whitepoint_ctrl_handler) self.Bind(wx.EVT_CHOICE, self.whitepoint_colortemp_locus_ctrl_handler, id=self.whitepoint_colortemp_locus_ctrl.GetId()) self.whitepoint_x_textctrl.Bind(wx.EVT_KILL_FOCUS, self.whitepoint_ctrl_handler) self.whitepoint_y_textctrl.Bind(wx.EVT_KILL_FOCUS, self.whitepoint_ctrl_handler) self.Bind(wx.EVT_BUTTON, self.ambient_measure_handler, id=self.whitepoint_measure_btn.GetId()) # White luminance self.Bind(wx.EVT_CHOICE, self.luminance_ctrl_handler, id=self.luminance_ctrl.GetId()) self.luminance_textctrl.Bind(wx.EVT_KILL_FOCUS, self.luminance_ctrl_handler) self.Bind(wx.EVT_CHECKBOX, self.whitelevel_drift_compensation_handler, id=self.whitelevel_drift_compensation.GetId()) # Black luminance self.Bind(wx.EVT_CHOICE, self.black_luminance_ctrl_handler, id=self.black_luminance_ctrl.GetId()) self.black_luminance_textctrl.Bind(wx.EVT_KILL_FOCUS, self.black_luminance_ctrl_handler) self.Bind(wx.EVT_CHECKBOX, self.blacklevel_drift_compensation_handler, id=self.blacklevel_drift_compensation.GetId()) # Tonal response curve (TRC) self.Bind(wx.EVT_CHOICE, self.trc_ctrl_handler, id=self.trc_ctrl.GetId()) self.trc_textctrl.SetItems(self.trc_presets) self.trc_textctrl.SetValue(str(defaults["gamma"])) self.Bind(wx.EVT_COMBOBOX, self.trc_ctrl_handler, id=self.trc_textctrl.GetId()) self.trc_textctrl.Bind(wx.EVT_KILL_FOCUS, self.trc_ctrl_handler) self.Bind(wx.EVT_CHOICE, self.trc_type_ctrl_handler, id=self.trc_type_ctrl.GetId()) # Viewing condition adjustment for ambient in Lux self.Bind(wx.EVT_CHECKBOX, self.ambient_viewcond_adjust_ctrl_handler, id=self.ambient_viewcond_adjust_cb.GetId()) self.ambient_viewcond_adjust_textctrl.Bind( wx.EVT_KILL_FOCUS, self.ambient_viewcond_adjust_ctrl_handler) self.ambient_viewcond_adjust_info.SetCursor(wx.StockCursor(wx.CURSOR_QUESTION_ARROW)) self.Bind(wx.EVT_BUTTON, self.ambient_measure_handler, id=self.ambient_measure_btn.GetId()) # Black level output offset self.Bind(wx.EVT_SLIDER, self.black_output_offset_ctrl_handler, id=self.black_output_offset_ctrl.GetId()) self.Bind(wx.EVT_TEXT, self.black_output_offset_ctrl_handler, id=self.black_output_offset_intctrl.GetId()) # Black point hue correction self.Bind(wx.EVT_CHECKBOX, self.black_point_correction_auto_handler, id=self.black_point_correction_auto_cb.GetId()) self.Bind(wx.EVT_SLIDER, self.black_point_correction_ctrl_handler, id=self.black_point_correction_ctrl.GetId()) self.Bind(wx.EVT_TEXT, self.black_point_correction_ctrl_handler, id=self.black_point_correction_intctrl.GetId()) # Black point correction rate self.Bind(wx.EVT_SLIDER, self.black_point_rate_ctrl_handler, id=self.black_point_rate_ctrl.GetId()) self.Bind(floatspin.EVT_FLOATSPIN, self.black_point_rate_ctrl_handler, id=self.black_point_rate_floatctrl.GetId()) # Calibration quality self.Bind(wx.EVT_SLIDER, self.calibration_quality_ctrl_handler, id=self.calibration_quality_ctrl.GetId()) # Interactive display adjustment self.Bind(wx.EVT_CHECKBOX, self.interactive_display_adjustment_ctrl_handler, id=self.interactive_display_adjustment_cb.GetId()) # Profiling settings # ================== # Testchart file self.Bind(wx.EVT_CHOICE, self.testchart_ctrl_handler, id=self.testchart_ctrl.GetId()) self.testchart_btn.SetBitmapDisabled(geticon(16, "empty")) self.Bind(wx.EVT_BUTTON, self.testchart_btn_handler, id=self.testchart_btn.GetId()) self.create_testchart_btn.SetBitmapDisabled(geticon(16, "empty")) self.Bind(wx.EVT_BUTTON, self.create_testchart_btn_handler, id=self.create_testchart_btn.GetId()) # Profile quality self.Bind(wx.EVT_SLIDER, self.profile_quality_ctrl_handler, id=self.profile_quality_ctrl.GetId()) self.Bind(wx.EVT_CHECKBOX, self.profile_quality_b2a_ctrl_handler, id=self.low_quality_b2a_cb.GetId()) # Profile type self.Bind(wx.EVT_CHOICE, self.profile_type_ctrl_handler, id=self.profile_type_ctrl.GetId()) # Advanced (gamut mapping) self.Bind(wx.EVT_BUTTON, self.gamap_btn_handler, id=self.gamap_btn.GetId()) # Black point compensation self.Bind(wx.EVT_CHECKBOX, self.black_point_compensation_ctrl_handler, id=self.black_point_compensation_cb.GetId()) # Profile name self.Bind(wx.EVT_TEXT, self.profile_name_ctrl_handler, id=self.profile_name_textctrl.GetId()) self.profile_name_info_btn.SetCursor(wx.StockCursor(wx.CURSOR_QUESTION_ARROW)) self.profile_save_path_btn.SetBitmapDisabled(geticon(16, "empty")) self.Bind(wx.EVT_BUTTON, self.profile_save_path_btn_handler, id=self.profile_save_path_btn.GetId()) # Main buttons # ============ self.Bind(wx.EVT_BUTTON, self.calibrate_btn_handler, id=self.calibrate_btn.GetId()) self.Bind(wx.EVT_BUTTON, self.calibrate_and_profile_btn_handler, id=self.calibrate_and_profile_btn.GetId()) self.Bind(wx.EVT_BUTTON, self.profile_btn_handler, id=self.profile_btn.GetId()) def set_language_handler(self, event): """ Set a new language globally and on-the-fly. """ for lcode in lang.ldict: if lang.ldict[lcode].menuitem_id == event.GetId(): # Get the previously marked menu item menuitem = self.menubar.FindItemById( lang.ldict[lang.getcode()].menuitem_id) if hasattr(self, "tcframe"): if not self.tcframe.tc_close_handler(): # Do not change language, mark previous menu item menuitem.Check() return self.tcframe.Destroy() del self.tcframe # Set the previously marked menu item's font weight to normal font = menuitem.Font font.SetWeight(wx.NORMAL) menuitem.SetFont(font) # Set the currently marked menu item's font weight to bold menuitem = self.menubar.FindItemById(lang.ldict[lcode].menuitem_id) font = menuitem.Font font.SetWeight(wx.BOLD) menuitem.SetFont(font) setcfg("lang", lcode) writecfg() self.panel.Freeze() self.setup_language() if hasattr(self, "gamapframe"): self.gamapframe.panel.Freeze() self.gamapframe.setup_language() self.gamapframe.update_layout() self.gamapframe.panel.Thaw() if getattr(self, "lut3dframe", None): self.lut3dframe.panel.Freeze() self.lut3dframe.setup_language() self.lut3dframe.update_controls() self.lut3dframe.update_layout() self.lut3dframe.panel.Thaw() if getattr(self, "reportframe", None): self.reportframe.panel.Freeze() self.reportframe.setup_language() self.reportframe.update_controls() self.reportframe.update_layout() self.reportframe.panel.Thaw() if getattr(self, "synthiccframe", None): self.synthiccframe.panel.Freeze() self.synthiccframe.setup_language() self.synthiccframe.update_controls() self.synthiccframe.update_layout() self.synthiccframe.panel.Thaw() self.update_measurement_modes() self.update_controls() self.update_displays() self.set_testcharts() self.update_layout() self.panel.Thaw() if hasattr(self, "aboutdialog"): self.aboutdialog.Destroy() del self.aboutdialog self.infoframe.Destroy() self.init_infoframe(show=getcfg("log.show")) self.log() if sys.platform in ("darwin", "win32") or isexe: self.measureframe.Destroy() self.init_measureframe() if hasattr(self, "lut_viewer"): self.lut_viewer.Destroy() del self.lut_viewer if getcfg("lut_viewer.show"): self.init_lut_viewer(show=True) if hasattr(self, "profile_name_tooltip_window"): self.profile_name_tooltip_window.Destroy() del self.profile_name_tooltip_window self.Raise() break def update_layout(self): """ Update main window layout. """ self.calpanel.Layout() self.panel.Layout() def restore_defaults_handler(self, event=None, include=(), exclude=()): if event: dlg = ConfirmDialog(self, msg=lang.getstr("app.confirm_restore_defaults"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=getbitmap( "theme/icons/32x32/dialog-warning")) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: return skip = [ "3dlut.apply_bt1886_gamma_mapping", "3dlut.bitdepth.input", "3dlut.bitdepth.output", "3dlut.bt1886_gamma", "3dlut.bt1886_gamma_type", "3dlut.encoding.input", "3dlut.encoding.input.backup", "3dlut.encoding.output", "3dlut.encoding.output.backup", "3dlut.format", "3dlut.input.profile", "3dlut.abstract.profile", "3dlut.output.profile", "3dlut.output.profile.apply_cal", "3dlut.rendering_intent", "3dlut.use_abstract_profile", "3dlut.size", "allow_skip_sensor_cal", "argyll.dir", "argyll.version", "calibration.black_output_offset.backup", "calibration.black_point_rate.enabled", "calibration.file.previous", "calibration.update", "calibration.use_video_lut.backup", "colorimeter_correction_matrix_file", "comport.number", "copyright", "display.number", "display_lut.link", "display_lut.number", "displays", "dry_run", "enumerate_ports.auto", "gamma", "instruments", "lang", "last_3dlut_path", "last_cal_path", "last_cal_or_icc_path", "last_filedialog_path", "last_icc_path", "last_ti1_path", "last_ti3_path", "last_vrml_path", "log.autoshow", "log.show", "lut_viewer.show", "lut_viewer.show_actual_lut", "measurement_mode", "measurement_mode.backup", "measurement_mode.projector", "measurement.name.expanded", "measurement.play_sound", "measurement.save_path", "profile.install_scope", "profile.license", "profile.load_on_login", "profile.name", "profile.name.expanded", "profile.save_path", "profile_loader.error.show_msg", "profile_loader.verify_calibration", "profile.update", "position.x", "position.y", "position.info.x", "position.info.y", "position.lut_viewer.x", "position.lut_viewer.y", "position.lut3dframe.x", "position.lut3dframe.y", "position.synthiccframe.x", "position.synthiccframe.y", "position.profile_info.x", "position.profile_info.y", "position.progress.x", "position.progress.y", "position.reportframe.x", "position.reportframe.y", "position.tcgen.x", "position.tcgen.y", "recent_cals", "report.pack_js", "settings.changed", "show_advanced_calibration_options", "skip_legacy_serial_ports", "sudo.preserve_environment", "tc_precond_profile", "tc_vrml_lab", "tc_vrml_device", "tc.show", "testchart.file.backup", "trc.backup", "trc.type.backup", "untethered.measure.auto", "update_check" ] override = { "calibration.black_luminance": None, "calibration.file": None, "calibration.luminance": None, "gamap_src_viewcond": "mt", "gamap_out_viewcond": "mt", "trc": defaults["gamma"], "whitepoint.colortemp": None, "whitepoint.x": None, "whitepoint.y": None } for name in defaults: if name not in skip and name not in override: if (len(include) == 0 or False in [name.find(item) != 0 for item in include]) and \ (len(exclude) == 0 or not (False in [name.find(item) != 0 for item in exclude])): if verbose >= 3: safe_print("Restoring %s to %s" % (name, defaults[name])) setcfg(name, defaults[name]) for name in override: if (len(include) == 0 or False in [name.find(item) != 0 for item in include]) and \ (len(exclude) == 0 or not (False in [name.find(item) != 0 for item in exclude])): setcfg(name, override[name]) if event: writecfg() self.update_displays() self.update_controls() self.update_menus() if hasattr(self, "extra_args"): self.extra_args.update_controls() if hasattr(self, "gamapframe"): self.gamapframe.update_controls() if hasattr(self, "tcframe"): self.tcframe.tc_update_controls() def cal_changed(self, setchanged=True): """ Called internally when calibration settings controls are changed. Exceptions are the calibration quality and interactive display adjustment controls, which do not cause a 'calibration changed' event. """ if not self.updatingctrls and self.IsShownOnScreen(): # update_controls which is called from cal_changed might cause a # another cal_changed call, in which case we can skip it if debug: safe_print("[D] cal_changed") if setchanged: setcfg("settings.changed", 1) self.worker.options_dispcal = [] if getcfg("calibration.file"): setcfg("calibration.file", None) # Load LUT curves from current display profile (if any, and if # it contains curves) self.load_display_profile_cal(None) self.calibration_file_ctrl.SetStringSelection( lang.getstr("settings.new")) self.calibration_file_ctrl.SetToolTip(None) self.delete_calibration_btn.Disable() self.install_profile_btn.Disable() do_update_controls = self.calibration_update_cb.GetValue() self.calibration_update_cb.SetValue(False) setcfg("calibration.update", 0) self.calibration_update_cb.Disable() setcfg("profile.update", 0) if do_update_controls: self.update_controls() self.settings_discard_changes(keep_changed_state=True) def update_displays(self, update_ccmx_items=False): """ Update the display selector controls. """ if debug: safe_print("[D] update_displays") self.calpanel.Freeze() self.displays = [] for item in self.worker.displays: self.displays += [item.replace("[PRIMARY]", lang.getstr("display.primary"))] self.displays[-1] = lang.getstr(self.displays[-1]) self.display_ctrl.SetItems(self.displays) self.display_ctrl.Enable(len(self.worker.displays) > 1) display_lut_sizer = self.display_ctrl.GetContainingSizer() display_sizer = self.display_lut_link_ctrl.GetContainingSizer() comport_sizer = self.comport_ctrl.GetContainingSizer() use_lut_ctrl = self.worker.has_separate_lut_access() or \ bool(getcfg("use_separate_lut_access")) menubar = self.GetMenuBar() options = menubar.GetMenu(menubar.FindMenu(lang.getstr("menu.options"))) menuitem = options.FindItemById( options.FindItem(lang.getstr("use_separate_lut_access"))) menuitem.Check(use_lut_ctrl) if use_lut_ctrl: self.display_lut_ctrl.Clear() for i, disp in enumerate(self.displays): if self.worker.lut_access[i]: self.display_lut_ctrl.Append(disp) comport_sizer.SetCols(1) comport_sizer.SetRows(2) else: comport_sizer.SetCols(2) comport_sizer.SetRows(1) setcfg("display_lut.link", 1) display_lut_sizer.Show(self.display_label, use_lut_ctrl) display_lut_sizer.Show(self.display_lut_label, use_lut_ctrl) display_lut_sizer.Show(self.display_lut_ctrl, use_lut_ctrl) display_sizer.Show(self.display_lut_link_ctrl, use_lut_ctrl) self.get_set_display(update_ccmx_items) self.calpanel.Layout() self.calpanel.Thaw() self.update_scrollbars() def update_scrollbars(self): self.Freeze() self.calpanel.SetVirtualSize(self.calpanel.GetBestVirtualSize()) self.Thaw() def update_comports(self): """ Update the comport selector control. """ self.comport_ctrl.Freeze() self.comport_ctrl.SetItems(self.worker.instruments) if self.worker.instruments: self.comport_ctrl.SetSelection( min(max(0, len(self.worker.instruments) - 1), max(0, int(getcfg("comport.number")) - 1))) self.comport_ctrl.Enable(len(self.worker.instruments) > 1) self.comport_ctrl.Thaw() self.comport_ctrl_handler() def update_measurement_mode(self): """ Update the measurement mode control. """ measurement_mode = getcfg("measurement_mode") instrument_features = self.worker.get_instrument_features() if instrument_features.get("adaptive_mode") and ( self.worker.argyll_version[0:3] > [1, 1, 0] or ( self.worker.argyll_version[0:3] == [1, 1, 0] and not "Beta" in self.worker.argyll_version_string and not "RC1" in self.worker.argyll_version_string and not "RC2" in self.worker.argyll_version_string)) and \ getcfg("measurement_mode.adaptive"): measurement_mode += "V" if instrument_features.get("highres_mode") and \ getcfg("measurement_mode.highres"): measurement_mode += "H" self.measurement_mode_ctrl.SetSelection( min(self.measurement_modes_ba[self.get_instrument_type()].get( measurement_mode, 1), len(self.measurement_mode_ctrl.GetItems()) - 1)) def update_measurement_modes(self): """ Populate the measurement mode control. """ instrument_name = self.worker.get_instrument_name() instrument_type = self.get_instrument_type() measurement_mode = getcfg("measurement_mode") #if self.get_instrument_type() == "spect": #measurement_mode = strtr(measurement_mode, {"c": "", "l": ""}) if instrument_name != "DTP92": measurement_modes = dict({instrument_type: [lang.getstr("measurement_mode.refresh"), lang.getstr("measurement_mode.lcd")]}) measurement_modes_ab = dict({instrument_type: ["c", "l"]}) else: measurement_modes = dict({instrument_type: [lang.getstr("measurement_mode.refresh")]}) measurement_modes_ab = dict({instrument_type: ["c"]}) if instrument_name == "Spyder4" and self.worker.spyder4_cal_exists(): # Argyll CMS 1.3.6 # See http://www.argyllcms.com/doc/instruments.html#spyd4 # for description of supported modes measurement_modes[instrument_type].extend([lang.getstr("measurement_mode.lcd.ccfl"), lang.getstr("measurement_mode.lcd.wide_gamut.ccfl"), lang.getstr("measurement_mode.lcd.white_led"), lang.getstr("measurement_mode.lcd.wide_gamut.rgb_led"), lang.getstr("measurement_mode.lcd.ccfl.2")]) if self.worker.argyll_version >= [1, 5, 0]: measurement_modes_ab[instrument_type].extend(["f", "L", "e", "B", "x"]) else: measurement_modes_ab[instrument_type].extend(["3", "4", "5", "6", "7"]) elif instrument_name == "ColorHug": # Argyll CMS 1.3.6, spectro/colorhug.c, colorhug_disptypesel # Note: projector mode (-yp) is not the same as ColorMunki # projector mode! (-p) measurement_modes[instrument_type].extend([lang.getstr("projector"), lang.getstr("measurement_mode.lcd.white_led"), lang.getstr("measurement_mode.factory"), lang.getstr("measurement_mode.raw")]) measurement_modes_ab[instrument_type].extend(["p", "e", "F", "R"]) elif (instrument_name == "DTP94" and self.worker.argyll_version >= [1, 5, 0]): # Argyll CMS 1.5.x introduces new measurement mode measurement_modes[instrument_type].extend([lang.getstr("measurement_mode.generic")]) measurement_modes_ab[instrument_type].append("g") elif instrument_name == "ColorMunki Smile": # Only supported in Argyll CMS 1.5.x and newer measurement_modes[instrument_type] = [lang.getstr("measurement_mode.lcd.ccfl"), lang.getstr("measurement_mode.lcd.white_led")] measurement_modes_ab[instrument_type] = ["f", "e"] elif (instrument_name == "Colorimtre HCFR" and self.worker.argyll_version >= [1, 5, 0]): # Argyll CMS 1.5.x introduces new measurement mode measurement_modes[instrument_type].extend([lang.getstr("measurement_mode.raw")]) measurement_modes_ab[instrument_type].append("R") instrument_features = self.worker.get_instrument_features() if instrument_features.get("projector_mode") and \ self.worker.argyll_version >= [1, 1, 0]: # Projector mode introduced in Argyll 1.1.0 Beta measurement_modes[instrument_type] += [lang.getstr("projector")] measurement_modes_ab[instrument_type] += ["p"] if instrument_features.get("adaptive_mode") and ( self.worker.argyll_version[0:3] > [1, 1, 0] or ( self.worker.argyll_version[0:3] == [1, 1, 0] and not "Beta" in self.worker.argyll_version_string and not "RC1" in self.worker.argyll_version_string and not "RC2" in self.worker.argyll_version_string)): # Adaptive mode introduced in Argyll 1.1.0 RC3 for key in iter(measurement_modes): instrument_modes = list(measurement_modes[key]) for i, mode in reversed(zip(xrange(0, len(instrument_modes)), instrument_modes)): if mode == lang.getstr("default"): mode = lang.getstr("measurement_mode.adaptive") else: mode = "%s %s" % (mode, lang.getstr("measurement_mode.adaptive")) measurement_modes[key].insert(i + 1, mode) modesig = measurement_modes_ab[key][i] measurement_modes_ab[key].insert(i + 1, (modesig or "") + "V") if getcfg("measurement_mode.adaptive"): measurement_mode += "V" if instrument_features.get("highres_mode"): for key in iter(measurement_modes): instrument_modes = list(measurement_modes[key]) for i, mode in reversed(zip(xrange(0, len(instrument_modes)), instrument_modes)): if mode == lang.getstr("default"): mode = lang.getstr("measurement_mode.highres") else: mode = "%s %s" % (mode, lang.getstr("measurement_mode.highres")) measurement_modes[key].insert(i + 1, mode) modesig = measurement_modes_ab[key][i] measurement_modes_ab[key].insert(i + 1, (modesig or "") + "H") if getcfg("measurement_mode.highres"): measurement_mode += "H" self.measurement_modes_ab = dict(zip(measurement_modes_ab.keys(), [dict(zip(range(len(measurement_modes_ab[key])), measurement_modes_ab[key])) for key in measurement_modes_ab])) self.measurement_modes_ba = dict(zip(measurement_modes_ab.keys(), [swap_dict_keys_values(self.measurement_modes_ab[key]) for key in measurement_modes_ab])) self.measurement_mode_ctrl.Freeze() self.measurement_mode_ctrl.SetItems(measurement_modes[instrument_type]) self.measurement_mode_ctrl.SetSelection( min(self.measurement_modes_ba[instrument_type].get(measurement_mode, 1), len(measurement_modes[instrument_type]) - 1)) setcfg("measurement_mode", (self.get_measurement_mode() or "l")[0]) self.measurement_mode_ctrl.Enable( bool(self.worker.instruments) and len(measurement_modes[instrument_type]) > 1 and bool(getcfg("measurement_mode_unlocked"))) self.measurement_mode_ctrl.Thaw() def update_colorimeter_correction_matrix_ctrl(self): """ Show or hide the colorimeter correction matrix controls """ self.calpanel.Freeze() instrument_features = self.worker.get_instrument_features() show_control = (self.worker.instrument_can_use_ccxx() and not is_ccxx_testchart()) self.colorimeter_correction_matrix_ctrl.GetContainingSizer().Show( self.colorimeter_correction_matrix_ctrl, show_control) self.colorimeter_correction_matrix_label.GetContainingSizer().Show( self.colorimeter_correction_matrix_label, show_control) self.colorimeter_correction_matrix_btn.GetContainingSizer().Show( self.colorimeter_correction_matrix_btn, show_control) self.colorimeter_correction_web_btn.GetContainingSizer().Show( self.colorimeter_correction_web_btn, show_control) self.calpanel.Layout() self.calpanel.Thaw() self.update_scrollbars() def delete_colorimeter_correction_matrix_ctrl_item(self, path): if path in self.ccmx_cached_paths: self.ccmx_cached_paths.remove(path) if path in self.ccmx_cached_descriptors: del self.ccmx_cached_descriptors[path] if path in self.ccmx_instruments: del self.ccmx_instruments[path] delete = False for key, value in self.ccmx_mapping.iteritems(): if value == path: delete = True break if delete: del self.ccmx_mapping[key] def update_colorimeter_correction_matrix_ctrl_items(self, force=False, warn_on_mismatch=False): """ Show the currently selected correction matrix and list all files in ccmx directories below force If True, reads the ccmx directory again, otherwise uses a previously cached result if available """ items = [lang.getstr("colorimeter_correction.file.none"), lang.getstr("auto")] self.ccmx_item_paths = [] index = 0 ccmx = getcfg("colorimeter_correction_matrix_file").split(":", 1) if len(ccmx) > 1 and not os.path.isfile(ccmx[1]): ccmx = ccmx[:1] if force or not getattr(self, "ccmx_cached_paths", None): ccmx_paths = [] ccss_paths = [] if sys.platform != "darwin": for commonappdata in config.commonappdata: ccmx_paths += glob.glob(os.path.join(commonappdata, "color", "*.ccmx")) ccmx_paths += glob.glob(os.path.join(commonappdata, "ArgyllCMS", "*.ccmx")) ccss_paths += glob.glob(os.path.join(commonappdata, "color", "*.ccss")) ccss_paths += glob.glob(os.path.join(commonappdata, "ArgyllCMS", "*.ccss")) ccmx_paths += glob.glob(os.path.join(config.appdata, "color", "*.ccmx")) ccss_paths += glob.glob(os.path.join(config.appdata, "color", "*.ccss")) else: ccmx_paths += glob.glob(os.path.join(config.library, "color", "*.ccmx")) ccmx_paths += glob.glob(os.path.join(config.library, "ArgyllCMS", "*.ccmx")) ccmx_paths += glob.glob(os.path.join(config.library_home, "color", "*.ccmx")) ccss_paths += glob.glob(os.path.join(config.library, "color", "*.ccss")) ccss_paths += glob.glob(os.path.join(config.library, "ArgyllCMS", "*.ccss")) ccss_paths += glob.glob(os.path.join(config.library_home, "color", "*.ccss")) ccmx_paths += glob.glob(os.path.join(config.appdata, "ArgyllCMS", "*.ccmx")) ccss_paths += glob.glob(os.path.join(config.appdata, "ArgyllCMS", "*.ccss")) ccmx_paths.sort(key=os.path.basename) ccss_paths.sort(key=os.path.basename) self.ccmx_cached_paths = ccmx_paths + ccss_paths self.ccmx_cached_descriptors = OrderedDict() self.ccmx_instruments = {} self.ccmx_mapping = {} types = {"ccss": lang.getstr("spectral").replace(":", ""), "ccmx": lang.getstr("matrix").replace(":", "")} for i, path in enumerate(self.ccmx_cached_paths): if self.ccmx_cached_descriptors.get(path): desc = self.ccmx_cached_descriptors[path] elif os.path.isfile(path): try: cgats = CGATS.CGATS(path) except CGATS.CGATSError, exception: safe_print("%s:" % path, exception) continue desc = safe_unicode(cgats.get_descriptor(), "UTF-8") # If the description is not the same as the 'sane' # filename, add the filename after the description # (max 31 chars) # See also colorimeter_correction_check_overwite, the # way the filename is processed must be the same if (re.sub(r"[\\/:*?\"<>|]+", "_", make_argyll_compatible_path(desc)) != os.path.splitext(os.path.basename(path))[0]): desc = "%s <%s>" % (ellipsis(desc, 66, "m"), ellipsis(os.path.basename(path), 31, "m")) else: desc = ellipsis(desc, 100, "m") self.ccmx_cached_descriptors[path] = desc self.ccmx_instruments[path] = get_canonical_instrument_name( str(cgats.queryv1("INSTRUMENT") or "").replace("eye-one display", "i1 Display")) key = "%s\0%s" % (self.ccmx_instruments[path], str(cgats.queryv1("DISPLAY") or "")) if (not self.ccmx_mapping.get(key) or (len(ccmx) > 1 and path == ccmx[1])): # Prefer the selected CCMX self.ccmx_mapping[key] = path else: continue if (self.worker.get_instrument_name().lower().replace(" ", "") in self.ccmx_instruments.get(path, "").lower().replace(" ", "") or (path.lower().endswith(".ccss") and self.worker.instrument_supports_ccss())): # Only add the correction to the list if it matches the # currently selected instrument or if it is a CCSS if len(ccmx) > 1 and ccmx[0] != "AUTO" and ccmx[1] == path: index = len(items) items.append("%s: %s" % (types.get(os.path.splitext(path)[1].lower()[1:]), desc)) self.ccmx_item_paths.append(path) if (len(ccmx) > 1 and ccmx[1] and ccmx[1] not in self.ccmx_cached_paths and (not ccmx[1].lower().endswith(".ccss") or self.worker.instrument_supports_ccss())): self.ccmx_cached_paths.insert(0, ccmx[1]) desc = self.ccmx_cached_descriptors.get(ccmx[1]) if not desc and os.path.isfile(ccmx[1]): try: cgats = CGATS.CGATS(ccmx[1]) except CGATS.CGATSError, exception: safe_print("%s:" % ccmx[1], exception) else: desc = safe_unicode(cgats.get_descriptor(), "UTF-8") # If the description is not the same as the 'sane' # filename, add the filename after the description # (max 31 chars) # See also colorimeter_correction_check_overwite, the # way the filename is processed must be the same if (re.sub(r"[\\/:*?\"<>|]+", "_", make_argyll_compatible_path(desc)) != os.path.splitext(os.path.basename(ccmx[1]))[0]): desc = "%s <%s>" % (ellipsis(desc, 66, "m"), ellipsis(os.path.basename(ccmx[1]), 31, "m")) else: desc = ellipsis(desc, 100, "m") self.ccmx_cached_descriptors[ccmx[1]] = desc self.ccmx_instruments[ccmx[1]] = get_canonical_instrument_name( str(cgats.queryv1("INSTRUMENT") or "").replace("eye-one display", "i1 Display")) key = "%s\0%s" % (self.ccmx_instruments[ccmx[1]], str(cgats.queryv1("DISPLAY") or "")) self.ccmx_mapping[key] = ccmx[1] if (desc and (self.worker.get_instrument_name().lower().replace(" ", "") in self.ccmx_instruments.get(ccmx[1], "").lower().replace(" ", "") or ccmx[1].lower().endswith(".ccss"))): # Only add the correction to the list if it matches the # currently selected instrument or if it is a CCSS items.insert(2, "%s: %s" % (types.get(os.path.splitext(ccmx[1])[1].lower()[1:]), desc)) self.ccmx_item_paths.insert(0, ccmx[1]) if ccmx[0] != "AUTO": index = 2 if ccmx[0] == "AUTO": if len(ccmx) < 2: ccmx.append("") display_name = self.worker.get_display_name(False, True) if self.worker.instrument_supports_ccss(): # Prefer CCSS ccmx[1] = self.ccmx_mapping.get("\0%s" % display_name, "") if not self.worker.instrument_supports_ccss() or not ccmx[1]: ccmx[1] = self.ccmx_mapping.get("%s\0%s" % (self.worker.get_instrument_name(), display_name), "") if (self.worker.instrument_can_use_ccxx() and len(ccmx) > 1 and ccmx[1] and ccmx[1] not in self.ccmx_item_paths): # CCMX does not match the currently selected instrument, # don't use ccmx = [""] if warn_on_mismatch: show_result_dialog(Warn(lang.getstr("colorimeter_correction.instrument_mismatch")), self) elif ccmx[0] == "AUTO": index = 1 if ccmx[1]: items[1] += " (%s: %s)" % (types.get(os.path.splitext(ccmx[1])[1].lower()[1:]), self.ccmx_cached_descriptors[ccmx[1]]) else: items[1] += " (%s)" % lang.getstr("colorimeter_correction.file.none") setcfg("colorimeter_correction_matrix_file", ":".join(ccmx)) self.colorimeter_correction_matrix_ctrl.SetItems(items) self.colorimeter_correction_matrix_ctrl.SetSelection(index) setcfg("measurement_mode_unlocked", 1) if self.worker.instrument_can_use_ccxx() and len(ccmx) > 1 and ccmx[1]: tooltip = ccmx[1] try: cgats = CGATS.CGATS(ccmx[1]) except CGATS.CGATSError, exception: safe_print("%s:" % ccmx[1], exception) else: base_id = cgats.queryv1("DISPLAY_TYPE_BASE_ID") refresh = cgats.queryv1("DISPLAY_TYPE_REFRESH") mode = None if base_id: # Set measurement mode according to base ID if self.worker.get_instrument_name() == "ColorHug": mode = {1: "R", 2: "F"}.get(base_id) elif self.worker.get_instrument_name() == "ColorMunki Smile": mode = {1: "f"}.get(base_id) elif self.worker.get_instrument_name() == "Colorimtre HCFR": mode = {1: "R"}.get(base_id) else: mode = {1: "l", 2: "c", 3: "g"}.get(base_id) elif refresh == "NO": mode = "l" elif refresh == "YES": mode = "c" if mode: setcfg("measurement_mode", mode) setcfg("measurement_mode_unlocked", 0) self.update_measurement_mode() else: tooltip = "" self.update_main_controls() self.colorimeter_correction_matrix_ctrl.SetToolTipString(tooltip) def update_main_controls(self): """ Enable/disable the calibrate and profile buttons based on available Argyll functionality. """ self.panel.Freeze() update_cal = self.calibration_update_cb.GetValue() self.measurement_mode_ctrl.Enable( not update_cal and bool(self.worker.instruments) and len(self.measurement_mode_ctrl.GetItems()) > 1 and bool(getcfg("measurement_mode_unlocked"))) update_profile = self.calibration_update_cb.GetValue() and is_profile() enable_profile = not update_profile and not is_ccxx_testchart() self.whitepoint_measure_btn.Enable(bool(self.worker.instruments) and not update_cal) self.ambient_measure_btn.Enable(bool(self.worker.instruments) and not update_cal) self.calibrate_btn.Enable(not is_ccxx_testchart() and bool(self.worker.displays) and True in self.worker.lut_access and bool(self.worker.instruments) and config.get_display_name() != "Untethered") self.calibrate_and_profile_btn.Enable(enable_profile and bool(self.worker.displays) and True in self.worker.lut_access and bool(self.worker.instruments) and config.get_display_name() != "Untethered") self.profile_btn.Enable(enable_profile and not update_cal and bool(self.worker.displays) and bool(self.worker.instruments)) self.panel.Thaw() def update_calibration_file_ctrl(self, silent=False): """ Update items shown in the calibration file control and set a tooltip with the path of the currently selected file """ cal = getcfg("calibration.file") if cal: result = check_file_isfile(cal, silent=silent) if isinstance(result, Exception) and not silent: show_result_dialog(result, self) else: result = False if not isinstance(result, Exception) and result: filename, ext = os.path.splitext(cal) if not cal in self.recent_cals: self.recent_cals.append(cal) recent_cals = [] for recent_cal in self.recent_cals: if recent_cal not in self.presets: recent_cals += [recent_cal] setcfg("recent_cals", os.pathsep.join(recent_cals)) self.calibration_file_ctrl.Append( lang.getstr(os.path.basename(cal))) # The case-sensitive index could fail because of # case insensitive file systems, e.g. if the # stored filename string is # "C:\Users\Name\AppData\dispcalGUI\storage\MyFile" # but the actual filename is # "C:\Users\Name\AppData\dispcalGUI\storage\myfile" # (maybe because the user renamed the file) idx = index_fallback_ignorecase(self.recent_cals, cal) self.calibration_file_ctrl.SetSelection(idx) self.calibration_file_ctrl.SetToolTipString(cal) if ext.lower() in (".icc", ".icm"): profile_path = cal else: profile_path = filename + profile_ext profile_exists = os.path.exists(profile_path) else: filename = None if cal in self.recent_cals: # The case-sensitive index could fail because of # case insensitive file systems, e.g. if the # stored filename string is # "C:\Users\Name\AppData\dispcalGUI\storage\MyFile" # but the actual filename is # "C:\Users\Name\AppData\dispcalGUI\storage\myfile" # (maybe because the user renamed the file) idx = index_fallback_ignorecase(self.recent_cals, cal) self.recent_cals.remove(cal) self.calibration_file_ctrl.Delete(idx) cal = None self.calibration_file_ctrl.SetStringSelection( lang.getstr("settings.new")) self.calibration_file_ctrl.SetToolTip(None) setcfg("calibration.file", None) setcfg("calibration.update", 0) profile_path = None profile_exists = False return cal, filename, profile_path, profile_exists def update_controls(self, update_profile_name=True, update_ccmx_items=True, silent=False): """ Update all controls based on configuration and available Argyll functionality. """ self.updatingctrls = True self.panel.Freeze() (cal, filename, profile_path, profile_exists) = self.update_calibration_file_ctrl(silent) self.delete_calibration_btn.Enable(bool(cal) and cal not in self.presets) self.install_profile_btn.Enable(profile_exists and profile_path == cal and cal not in self.presets) is_profile_ = is_profile(include_display_profile=True) self.profile_info_btn.Enable(is_profile_) enable_update = (bool(cal) and os.path.exists(filename + ".cal") and can_update_cal(filename + ".cal")) if not enable_update: setcfg("calibration.update", 0) self.calibration_update_cb.Enable(enable_update) self.calibration_update_cb.SetValue( bool(getcfg("calibration.update"))) update_cal = self.calibration_update_cb.GetValue() if not update_cal or not profile_exists: setcfg("profile.update", "0") update_profile = self.calibration_update_cb.GetValue() and profile_exists enable_profile = not(update_profile) if update_ccmx_items: self.update_colorimeter_correction_matrix_ctrl_items() self.whitepoint_ctrl.Enable(not update_cal) self.whitepoint_colortemp_textctrl.Enable(not update_cal) self.whitepoint_colortemp_locus_ctrl.Enable(not update_cal) self.whitepoint_x_textctrl.Enable(not update_cal) self.whitepoint_y_textctrl.Enable(not update_cal) self.whitepoint_measure_btn.Enable(not update_cal) self.luminance_ctrl.Enable(not update_cal) self.luminance_textctrl.Enable(not update_cal) self.black_luminance_ctrl.Enable(not update_cal) self.black_luminance_textctrl.Enable(not update_cal) self.trc_ctrl.Enable(not update_cal) self.trc_textctrl.Enable(not update_cal) self.trc_type_ctrl.Enable(not update_cal) self.ambient_viewcond_adjust_cb.Enable(not update_cal) self.ambient_viewcond_adjust_info.Enable(not update_cal) self.black_output_offset_ctrl.Enable(not update_cal) self.black_output_offset_intctrl.Enable(not update_cal) self.black_point_correction_auto_cb.Enable(not update_cal) self.black_point_correction_ctrl.Enable(not update_cal) self.black_point_correction_intctrl.Enable(not update_cal) self.black_point_correction_auto_handler() self.update_black_point_rate_ctrl() self.update_drift_compensation_ctrls() self.interactive_display_adjustment_cb.Enable(not update_cal) self.testchart_btn.Enable(enable_profile) self.create_testchart_btn.Enable(enable_profile) self.profile_type_ctrl.Enable(enable_profile) self.update_measurement_mode() self.whitepoint_colortemp_textctrl.SetValue( str(stripzeros(getcfg("whitepoint.colortemp")))) self.whitepoint_colortemp_locus_ctrl.SetSelection( self.whitepoint_colortemp_loci_ba.get( getcfg("whitepoint.colortemp.locus"), self.whitepoint_colortemp_loci_ba.get( defaults["whitepoint.colortemp.locus"]))) if getcfg("whitepoint.colortemp", False): self.whitepoint_ctrl.SetSelection(1) elif getcfg("whitepoint.x", False) and getcfg("whitepoint.y", False): self.whitepoint_x_textctrl.ChangeValue(str(getcfg("whitepoint.x"))) self.whitepoint_y_textctrl.ChangeValue(str(getcfg("whitepoint.y"))) self.whitepoint_ctrl.SetSelection(2) else: self.whitepoint_ctrl.SetSelection(0) self.whitepoint_ctrl_handler( CustomEvent(wx.EVT_CHOICE.evtType[0], self.whitepoint_ctrl), False) if getcfg("calibration.luminance", False): self.luminance_ctrl.SetSelection(1) else: self.luminance_ctrl.SetSelection(0) self.luminance_textctrl.ChangeValue( str(getcfg("calibration.luminance"))) self.luminance_textctrl.Show(bool(getcfg("calibration.luminance", False))) self.luminance_textctrl_label.Show(bool(getcfg("calibration.luminance", False))) self.whitelevel_drift_compensation.SetValue( bool(getcfg("drift_compensation.whitelevel"))) if getcfg("calibration.black_luminance", False): self.black_luminance_ctrl.SetSelection(1) else: self.black_luminance_ctrl.SetSelection(0) self.black_luminance_textctrl.ChangeValue( "%.6f" % getcfg("calibration.black_luminance")) self.black_luminance_textctrl.Show( not update_cal and bool(getcfg("calibration.black_luminance", False))) self.black_luminance_textctrl_label.Show( not update_cal and bool(getcfg("calibration.black_luminance", False))) self.blacklevel_drift_compensation.SetValue( bool(getcfg("drift_compensation.blacklevel"))) trc = getcfg("trc") bt1886 = (trc == 2.4 and getcfg("trc.type") == "G" and getcfg("calibration.black_output_offset") == 0) if trc in ("l", "709", "240", "s"): self.trc_textctrl.Hide() self.trc_type_ctrl.SetSelection(0) self.trc_type_ctrl.Hide() if trc == "l": self.trc_ctrl.SetSelection(1) elif trc == "709": self.trc_ctrl.SetSelection(2) elif trc == "240": self.trc_ctrl.SetSelection(4) elif trc == "s": self.trc_ctrl.SetSelection(5) elif bt1886: self.trc_ctrl.SetSelection(3) self.trc_textctrl.SetValue(str(trc)) self.trc_textctrl.Hide() self.trc_type_ctrl.SetSelection(1) self.trc_type_ctrl.Hide() elif trc: self.trc_ctrl.SetSelection(0) self.trc_textctrl.SetValue(str(trc)) self.trc_textctrl.Show() self.trc_textctrl.Enable(not update_cal) self.trc_type_ctrl.SetSelection( self.trc_types_ba.get(getcfg("trc.type"), self.trc_types_ba.get(defaults["trc.type"]))) self.trc_type_ctrl.Show(getcfg("show_advanced_calibration_options")) self.trc_type_ctrl.Enable(not update_cal) self.ambient_viewcond_adjust_cb.SetValue( bool(int(getcfg("calibration.ambient_viewcond_adjust")))) self.ambient_viewcond_adjust_textctrl.ChangeValue( str(getcfg("calibration.ambient_viewcond_adjust.lux"))) self.ambient_viewcond_adjust_textctrl.Enable( not update_cal and bool(int(getcfg("calibration.ambient_viewcond_adjust")))) self.profile_type_ctrl.SetSelection( self.profile_types_ba.get(getcfg("profile.type"), self.profile_types_ba.get(defaults["profile.type"]))) self.update_black_output_offset_ctrl() self.black_point_correction_ctrl.SetValue( int(Decimal(str(getcfg("calibration.black_point_correction"))) * 100)) self.black_point_correction_intctrl.SetValue( int(Decimal(str(getcfg("calibration.black_point_correction"))) * 100)) self.black_point_rate_ctrl.SetValue( int(Decimal(str(getcfg("calibration.black_point_rate"))) * 100)) self.black_point_rate_floatctrl.SetValue( getcfg("calibration.black_point_rate")) q = self.quality_ba.get(getcfg("calibration.quality"), self.quality_ba.get( defaults["calibration.quality"])) self.calibration_quality_ctrl.SetValue(q) self.set_calibration_quality_label(self.quality_ab[q]) self.interactive_display_adjustment_cb.SetValue(not update_cal and bool(int(getcfg("calibration.interactive_display_adjustment")))) self.black_point_compensation_cb.Enable(not update_cal) self.black_point_compensation_cb.SetValue( bool(int(getcfg("profile.black_point_compensation")))) self.testchart_ctrl.Enable(enable_profile) if self.set_default_testchart() is None: self.set_testchart() simple_gamma_model = self.get_profile_type() in ("g", "G") if simple_gamma_model: q = 3 else: q = self.quality_ba.get(getcfg("profile.quality"), self.quality_ba.get( defaults["profile.quality"])) - 1 self.profile_quality_ctrl.SetValue(q) if q == 1: self.profile_quality_info.SetLabel( lang.getstr("calibration.quality.low")) elif q == 2: self.profile_quality_info.SetLabel( lang.getstr("calibration.quality.medium")) elif q == 3: self.profile_quality_info.SetLabel( lang.getstr("calibration.quality.high")) elif q == 4: self.profile_quality_info.SetLabel( lang.getstr("calibration.quality.ultra")) self.profile_quality_ctrl.Enable(enable_profile and not simple_gamma_model) enable_gamap = self.get_profile_type() in ("l", "x", "X") self.gamap_btn.Enable(enable_profile and enable_gamap) self.low_quality_b2a_cb.SetValue(enable_gamap and getcfg("profile.quality.b2a") == "l") self.low_quality_b2a_cb.Enable(enable_gamap) if hasattr(self, "gamapframe"): self.gamapframe.update_controls() if getattr(self, "lut3dframe", None): self.lut3dframe.set_profile("output") if getattr(self, "reportframe", None): self.reportframe.set_profile("output") if update_profile_name: self.profile_name_textctrl.ChangeValue(getcfg("profile.name")) self.update_profile_name() self.update_main_controls() self.panel.Thaw() self.updatingctrls = False def update_black_output_offset_ctrl(self): self.black_output_offset_ctrl.SetValue( int(Decimal(str(getcfg("calibration.black_output_offset"))) * 100)) self.black_output_offset_intctrl.SetValue( int(Decimal(str(getcfg("calibration.black_output_offset"))) * 100)) def update_black_point_rate_ctrl(self): self.calpanel.Freeze() enable = not(self.calibration_update_cb.GetValue()) show = (bool(getcfg("show_advanced_calibration_options")) and defaults["calibration.black_point_rate.enabled"]) self.black_point_rate_label.GetContainingSizer().Show( self.black_point_rate_label, show) self.black_point_rate_ctrl.GetContainingSizer().Show( self.black_point_rate_ctrl, show) self.black_point_rate_ctrl.Enable( enable and getcfg("calibration.black_point_correction") < 1 and defaults["calibration.black_point_rate.enabled"]) self.black_point_rate_floatctrl.GetContainingSizer().Show( self.black_point_rate_floatctrl, show) self.black_point_rate_floatctrl.Enable( enable and getcfg("calibration.black_point_correction") < 1 and defaults["calibration.black_point_rate.enabled"]) self.calpanel.Layout() self.calpanel.Thaw() def update_drift_compensation_ctrls(self): self.calpanel.Freeze() self.blacklevel_drift_compensation.GetContainingSizer().Show( self.blacklevel_drift_compensation, self.worker.argyll_version >= [1, 3, 0]) self.whitelevel_drift_compensation.GetContainingSizer().Show( self.whitelevel_drift_compensation, self.worker.argyll_version >= [1, 3, 0]) self.calpanel.Layout() self.calpanel.Thaw() def blacklevel_drift_compensation_handler(self, event): setcfg("drift_compensation.blacklevel", int(self.blacklevel_drift_compensation.GetValue())) def whitelevel_drift_compensation_handler(self, event): setcfg("drift_compensation.whitelevel", int(self.whitelevel_drift_compensation.GetValue())) def calibration_update_ctrl_handler(self, event): if debug: safe_print("[D] calibration_update_ctrl_handler called for ID %s " "%s event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) setcfg("calibration.update", int(self.calibration_update_cb.GetValue())) setcfg("profile.update", int(self.calibration_update_cb.GetValue() and is_profile())) self.update_controls() def enable_spyder2_handler(self, event): self.update_menus() if check_set_argyll_bin(): cmd, args = get_argyll_util("spyd2en"), ["-v"] if sys.platform in ("darwin", "win32"): # Look for Spyder.lib/CVSpyder.dll ourself because spyd2en will # only try some fixed paths if sys.platform == "darwin": wildcard = os.path.join(os.path.sep, "Applications", "Spyder2*", "Spyder2*.app", "Contents", "MacOSClassic", "Spyder.lib") else: wildcard = os.path.join(getenvu("PROGRAMFILES", ""), "ColorVision", "Spyder2*", "CVSpyder.dll") safe_print(u"Looking for install at '%s'" % wildcard) for path in glob.glob(wildcard): args += [path] break result = self.worker.exec_cmd(cmd, args, capture_output=True, skip_scripts=True, silent=False, asroot=self.worker.argyll_version < [1, 2, 0] or (sys.platform == "darwin" and mac_ver()[0] >= '10.6'), title=lang.getstr("enable_spyder2")) if not isinstance(result, Exception) and result: InfoDialog(self, msg=lang.getstr("enable_spyder2_success"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information"), log=False) self.update_menus() else: if isinstance(result, Exception): show_result_dialog(result, self) if getcfg("dry_run"): return # prompt for installer executable dlg = ConfirmDialog(self, msg=lang.getstr("locate_spyder2_setup"), ok=lang.getstr("continue"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-information")) result = dlg.ShowModal() if result != wx.ID_OK: return defaultDir, defaultFile = expanduseru("~"), "" dlg = wx.FileDialog(self, lang.getstr("file.select"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard=lang.getstr("filetype.any") + "|*", style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST) dlg.Center(wx.BOTH) result = dlg.ShowModal() path = dlg.GetPath() dlg.Destroy() if result == wx.ID_OK: if not os.path.exists(path): InfoDialog(self, msg=lang.getstr("file.missing", path), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return cmd, args = get_argyll_util("spyd2en"), ["-v", path] result = self.worker.exec_cmd(cmd, args, capture_output=True, skip_scripts=True, silent=False, asroot=self.worker.argyll_version < [1, 2, 0] or (sys.platform == "darwin" and mac_ver()[0] >= '10.6'), title=lang.getstr("enable_spyder2")) if not isinstance(result, Exception) and result: InfoDialog(self, msg=lang.getstr("enable_spyder2_success"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information"), log=False) self.update_menus() else: if isinstance(result, Exception): show_result_dialog(result, self) InfoDialog(self, msg=lang.getstr("enable_spyder2_failure"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error"), log=False) def extra_args_handler(self, event): if not hasattr(self, "extra_args"): self.extra_args = ExtraArgsFrame(self) self.extra_args.Center() if self.extra_args.IsShownOnScreen(): self.extra_args.Raise() else: self.extra_args.Show() def use_separate_lut_access_handler(self, event): setcfg("use_separate_lut_access", int(self.menuitem_use_separate_lut_access.IsChecked())) self.update_displays() def do_not_use_video_lut_handler(self, event): do_not_use_video_lut = self.menuitem_do_not_use_video_lut.IsChecked() display_name = config.get_display_name() recommended = {"madVR": True}.get(display_name, False) if do_not_use_video_lut != recommended: dlg = ConfirmDialog(self, msg=lang.getstr("calibration.do_not_use_video_lut.warning"), ok=lang.getstr("yes"), cancel=lang.getstr("no"), bitmap=geticon(32, "dialog-warning"), log=False) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: self.menuitem_do_not_use_video_lut.Check(recommended) return setcfg("calibration.use_video_lut", int(not do_not_use_video_lut)) if display_name != "madVR": setcfg("calibration.use_video_lut.backup", None) def allow_skip_sensor_cal_handler(self, event): setcfg("allow_skip_sensor_cal", int(self.menuitem_allow_skip_sensor_cal.IsChecked())) def enable_argyll_debug_handler(self, event): if not getcfg("argyll.debug"): dlg = ConfirmDialog(self, msg=lang.getstr("argyll.debug.warning1"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-warning"), log=False) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: self.menuitem_enable_argyll_debug.Check(False) return InfoDialog(self, msg=lang.getstr("argyll.debug.warning2"), bitmap=geticon(32, "dialog-warning"), log=False) setcfg("argyll.debug", int(self.menuitem_enable_argyll_debug.IsChecked())) def enable_dry_run_handler(self, event): setcfg("dry_run", int(self.menuitem_enable_dry_run.IsChecked())) def enable_menus(self, enable=True): for menu, label in self.menubar.GetMenus(): for item in menu.GetMenuItems(): item.Enable(enable) if enable: self.update_menus() def lut3d_create_handler(self, event): """ Assign and initialize the 3DLUT creation window """ if not getattr(self, "lut3dframe", None): self.init_lut3dframe() if self.lut3dframe.IsShownOnScreen(): self.lut3dframe.Raise() else: self.lut3dframe.Show(not self.lut3dframe.IsShownOnScreen()) def profile_quality_warning_handler(self, event): q = self.get_profile_quality() if q == "u": InfoDialog(self, msg=lang.getstr("quality.ultra.warning"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-warning"), log=False) def profile_quality_b2a_ctrl_handler(self, event): if self.low_quality_b2a_cb.GetValue(): v = "l" else: v = None if v != getcfg("profile.quality.b2a"): self.profile_settings_changed() setcfg("profile.quality.b2a", v) def profile_quality_ctrl_handler(self, event): if debug: safe_print("[D] profile_quality_ctrl_handler called for ID %s %s " "event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) oldq = getcfg("profile.quality") q = self.get_profile_quality() if q == oldq: return if q == "l": self.profile_quality_info.SetLabel( lang.getstr("calibration.quality.low")) elif q == "m": self.profile_quality_info.SetLabel(lang.getstr( "calibration.quality.medium")) elif q == "h": self.profile_quality_info.SetLabel(lang.getstr( "calibration.quality.high")) elif q == "u": self.profile_quality_info.SetLabel(lang.getstr( "calibration.quality.ultra")) self.profile_settings_changed() setcfg("profile.quality", q) self.update_profile_name() self.set_default_testchart(False, force=True) wx.CallAfter(self.check_testchart_patches_amount) def calibration_file_ctrl_handler(self, event): if debug: safe_print("[D] calibration_file_ctrl_handler called for ID %s %s " "event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) sel = self.calibration_file_ctrl.GetSelection() if sel > 0: self.load_cal_handler(None, path=self.recent_cals[sel]) else: self.cal_changed(setchanged=False) if getattr(self, "lut3dframe", None): self.lut3dframe.set_profile("output") if getattr(self, "reportframe", None): self.reportframe.set_profile("output") def settings_discard_changes(self, sel=None, keep_changed_state=False): """ Update the calibration file control and remove the leading asterisk (*) from items """ if sel is None: sel = self.calibration_file_ctrl.GetSelection() if not keep_changed_state: setcfg("settings.changed", 0) items = self.calibration_file_ctrl.GetItems() changed = False for j, item in enumerate(items): #if j != sel and item[0] == "*": if item[0] == "*": items[j] = item[2:] changed = True if changed: self.calibration_file_ctrl.Freeze() self.calibration_file_ctrl.SetItems(items) self.calibration_file_ctrl.SetSelection(sel) self.calibration_file_ctrl.Thaw() def settings_confirm_discard(self): """ Show a dialog for user to confirm or cancel discarding changed settings """ sel = self.calibration_file_ctrl.GetSelection() cal = getcfg("calibration.file") or "" if not cal in self.recent_cals: self.recent_cals.append(cal) # The case-sensitive index could fail because of # case insensitive file systems, e.g. if the # stored filename string is # "C:\Users\Name\AppData\dispcalGUI\storage\MyFile" # but the actual filename is # "C:\Users\Name\AppData\dispcalGUI\storage\myfile" # (maybe because the user renamed the file) idx = index_fallback_ignorecase(self.recent_cals, cal) self.calibration_file_ctrl.SetSelection(idx) dlg = ConfirmDialog(self, msg=lang.getstr("warning.discard_changes"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-warning")) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: return False self.settings_discard_changes(sel) return True def calibration_quality_ctrl_handler(self, event): if debug: safe_print("[D] calibration_quality_ctrl_handler called for ID %s " "%s event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) q = self.get_calibration_quality() self.set_calibration_quality_label(q) if q != getcfg("calibration.quality"): self.profile_settings_changed() setcfg("calibration.quality", q) self.update_profile_name() def set_calibration_quality_label(self, q): if q == "v": self.calibration_quality_info.SetLabel( lang.getstr("calibration.speed.veryhigh")) elif q == "l": self.calibration_quality_info.SetLabel( lang.getstr("calibration.speed.high")) elif q == "m": self.calibration_quality_info.SetLabel( lang.getstr("calibration.speed.medium")) elif q == "h": self.calibration_quality_info.SetLabel( lang.getstr("calibration.speed.low")) elif q == "u": self.calibration_quality_info.SetLabel( lang.getstr("calibration.speed.verylow")) def interactive_display_adjustment_ctrl_handler(self, event): if debug: safe_print("[D] interactive_display_adjustment_ctrl_handler called " "for ID %s %s event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) v = int(self.interactive_display_adjustment_cb.GetValue()) if v != getcfg("calibration.interactive_display_adjustment"): self.profile_settings_changed() setcfg("calibration.interactive_display_adjustment", v) def black_point_compensation_ctrl_handler(self, event): v = int(self.black_point_compensation_cb.GetValue()) if v != getcfg("profile.black_point_compensation"): self.profile_settings_changed() setcfg("profile.black_point_compensation", v) def black_point_correction_auto_handler(self, event=None): if event: auto = self.black_point_correction_auto_cb.GetValue() setcfg("calibration.black_point_correction.auto", int(auto)) self.cal_changed() else: auto = getcfg("calibration.black_point_correction.auto") self.black_point_correction_auto_cb.SetValue(bool(auto)) show = bool(getcfg("show_advanced_calibration_options")) and not auto self.calpanel.Freeze() self.black_point_correction_ctrl.Show(show) self.black_point_correction_intctrl.Show(show) self.black_point_correction_intctrl_label.Show(show) self.calpanel.Layout() self.calpanel.Refresh() self.calpanel.Thaw() def black_point_correction_ctrl_handler(self, event): if debug: safe_print("[D] black_point_correction_ctrl_handler called for ID " "%s %s event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) if event.GetId() == self.black_point_correction_intctrl.GetId(): self.black_point_correction_ctrl.SetValue( self.black_point_correction_intctrl.GetValue()) else: self.black_point_correction_intctrl.SetValue( self.black_point_correction_ctrl.GetValue()) v = self.get_black_point_correction() if float(v) != getcfg("calibration.black_point_correction"): self.cal_changed() setcfg("calibration.black_point_correction", v) self.black_point_rate_ctrl.Enable( getcfg("calibration.black_point_correction") < 1 and defaults["calibration.black_point_rate.enabled"]) self.black_point_rate_floatctrl.Enable( getcfg("calibration.black_point_correction") < 1 and defaults["calibration.black_point_rate.enabled"]) self.update_profile_name() def black_point_rate_ctrl_handler(self, event): if debug: safe_print("[D] black_point_rate_ctrl_handler called for ID %s %s " "event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) if event.GetId() == self.black_point_rate_floatctrl.GetId(): self.black_point_rate_ctrl.SetValue( int(round(self.black_point_rate_floatctrl.GetValue() * 100))) else: self.black_point_rate_floatctrl.SetValue( self.black_point_rate_ctrl.GetValue() / 100.0) v = self.get_black_point_rate() if v != str(getcfg("calibration.black_point_rate")): self.cal_changed() setcfg("calibration.black_point_rate", v) self.update_profile_name() def black_output_offset_ctrl_handler(self, event): if debug: safe_print("[D] black_output_offset_ctrl_handler called for ID %s " "%s event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) if event.GetId() == self.black_output_offset_intctrl.GetId(): self.black_output_offset_ctrl.SetValue( self.black_output_offset_intctrl.GetValue()) else: self.black_output_offset_intctrl.SetValue( self.black_output_offset_ctrl.GetValue()) v = self.get_black_output_offset() if float(v) > 0 and self.trc_ctrl.GetSelection() == 3: self.restore_trc_backup() if getcfg("calibration.black_output_offset.backup", False): setcfg("calibration.black_output_offset.backup", None) self.calpanel.Freeze() self.trc_ctrl.SetSelection(0) self.trc_textctrl.Show() self.trc_type_ctrl.Show(getcfg("show_advanced_calibration_options")) self.calpanel.Layout() self.calpanel.Refresh() self.calpanel.Thaw() if float(v) != getcfg("calibration.black_output_offset"): self.cal_changed() setcfg("calibration.black_output_offset", v) self.update_profile_name() def ambient_measure_handler(self, event): """ Start measuring ambient illumination """ if not check_set_argyll_bin(): return # Minimum Windows version: XP or Server 2003 if sys.platform == "win32" and sys.getwindowsversion() < (5, 1): show_result_dialog(Error(lang.getstr("windows.version.unsupported"))) return safe_print("-" * 80) safe_print(lang.getstr("ambient.measure")) self.stop_timers() self.worker.interactive = False self.worker.start(self.ambient_measure_consumer, self.ambient_measure_producer, ckwargs={"event_id": event.GetId()}, progress_title=lang.getstr("ambient.measure"), interactive_frame="ambient") def ambient_measure_producer(self): """ Process spotread output for ambient readings """ cmd = get_argyll_util("spotread") args = ["-v", "-a", "-x"] if getcfg("extra_args.spotread").strip(): args += parse_argument_string(getcfg("extra_args.spotread")) self.worker.add_measurement_features(args, False) return self.worker.exec_cmd(cmd, args, capture_output=True, skip_scripts=True) def ambient_measure_consumer(self, result=None, event_id=None): self.start_timers() if not result or isinstance(result, Exception): if getattr(self.worker, "subprocess", None): self.worker.quit_terminate_cmd() if isinstance(result, Exception): show_result_dialog(result, self) return safe_print(lang.getstr("success")) result = re.sub("[^\t\n\r\x20-\x7f]", "", "".join(self.worker.output)).strip() if not result: wx.Bell() return if getcfg("whitepoint.colortemp.locus") == "T": K = re.search("Planckian temperature += (\d+(?:\.\d+)?)K", result, re.I) else: K = re.search("Daylight temperature += (\d+(?:\.\d+)?)K", result, re.I) lux = re.search("Ambient = (\d+(?:\.\d+)) Lux", result, re.I) set_whitepoint = event_id == self.whitepoint_measure_btn.GetId() set_ambient = event_id == self.ambient_measure_btn.GetId() if set_whitepoint and not set_ambient and bool(getcfg("show_advanced_calibration_options")): dlg = ConfirmDialog(self, msg=lang.getstr("ambient.set"), ok=lang.getstr("yes"), cancel=lang.getstr("no"), bitmap=geticon(32, "dialog-question")) set_ambient = dlg.ShowModal() == wx.ID_OK dlg.Destroy() if set_ambient and not set_whitepoint: dlg = ConfirmDialog(self, msg=lang.getstr("whitepoint.set"), ok=lang.getstr("yes"), cancel=lang.getstr("no"), bitmap=geticon(32, "dialog-question")) set_whitepoint = dlg.ShowModal() == wx.ID_OK dlg.Destroy() if set_whitepoint: if K and len(K.groups()) == 1: self.whitepoint_colortemp_textctrl.SetValue(K.groups()[0]) Yxy = re.search("Yxy: (\d+(?:\.\d+)) (\d+(?:\.\d+)) (\d+(?:\.\d+))", result) if Yxy and len(Yxy.groups()) == 3: Y, x, y = Yxy.groups() self.whitepoint_x_textctrl.SetValue(x) self.whitepoint_y_textctrl.SetValue(y) if not getcfg("whitepoint.colortemp", False): self.whitepoint_ctrl.SetSelection(2) self.whitepoint_ctrl_handler( CustomEvent(wx.EVT_CHOICE.evtType[0], self.whitepoint_ctrl)) if set_ambient: if lux and len(lux.groups()) == 1: self.ambient_viewcond_adjust_textctrl.SetValue(lux.groups()[0]) self.ambient_viewcond_adjust_cb.SetValue(True) self.ambient_viewcond_adjust_ctrl_handler( CustomEvent(wx.EVT_CHECKBOX.evtType[0], self.ambient_viewcond_adjust_cb)) def ambient_viewcond_adjust_ctrl_handler(self, event): if event.GetId() == self.ambient_viewcond_adjust_textctrl.GetId() and \ (not self.ambient_viewcond_adjust_cb.GetValue() or str(float(getcfg("calibration.ambient_viewcond_adjust.lux"))) == self.ambient_viewcond_adjust_textctrl.GetValue()): event.Skip() return if debug: safe_print("[D] ambient_viewcond_adjust_ctrl_handler called for ID " "%s %s event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) if event.GetId() == self.ambient_viewcond_adjust_textctrl.GetId(): if self.ambient_viewcond_adjust_textctrl.GetValue(): self.ambient_viewcond_adjust_cb.SetValue(True) else: self.ambient_viewcond_adjust_cb.SetValue(False) if self.ambient_viewcond_adjust_cb.GetValue(): self.ambient_viewcond_adjust_textctrl.Enable() value = self.ambient_viewcond_adjust_textctrl.GetValue() if value: try: v = float(value.replace(",", ".")) if v < 0.000001 or v > sys.maxint: raise ValueError() self.ambient_viewcond_adjust_textctrl.ChangeValue(str(v)) except ValueError: wx.Bell() self.ambient_viewcond_adjust_textctrl.ChangeValue( str(getcfg("calibration.ambient_viewcond_adjust.lux"))) if event.GetId() == self.ambient_viewcond_adjust_cb.GetId(): self.ambient_viewcond_adjust_textctrl.SetFocus() self.ambient_viewcond_adjust_textctrl.SelectAll() else: self.ambient_viewcond_adjust_textctrl.Disable() v1 = int(self.ambient_viewcond_adjust_cb.GetValue()) v2 = self.ambient_viewcond_adjust_textctrl.GetValue() if v1 != getcfg("calibration.ambient_viewcond_adjust") or \ v2 != str(getcfg("calibration.ambient_viewcond_adjust.lux", False)): self.cal_changed() setcfg("calibration.ambient_viewcond_adjust", v1) setcfg("calibration.ambient_viewcond_adjust.lux", v2) self.update_profile_name() if event.GetEventType() == wx.EVT_KILL_FOCUS.evtType[0]: event.Skip() def ambient_viewcond_adjust_info_handler(self, event): InfoDialog(self, msg=lang.getstr("calibration.ambient_viewcond_adjust.info"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information"), log=False) def black_luminance_ctrl_handler(self, event): if event.GetId() == self.black_luminance_textctrl.GetId() and ( self.black_luminance_ctrl.GetSelection() != 1 or str(float(getcfg("calibration.black_luminance"))) == self.black_luminance_textctrl.GetValue()): event.Skip() return if debug: safe_print("[D] black_luminance_ctrl_handler called for ID %s %s " "event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) self.calpanel.Freeze() if self.black_luminance_ctrl.GetSelection() == 1: # cd/m2 self.black_luminance_textctrl.Show() self.black_luminance_textctrl_label.Show() try: v = float(self.black_luminance_textctrl.GetValue().replace(",", ".")) if v < 0.000001 or v > 100000: raise ValueError() self.black_luminance_textctrl.ChangeValue("%.6f" % v) except ValueError: wx.Bell() self.black_luminance_textctrl.ChangeValue( "%.6f" % getcfg("calibration.black_luminance")) if (event.GetId() == self.black_luminance_ctrl.GetId() and self.black_luminance_ctrl.GetSelection() == 1): self.black_luminance_textctrl.SetFocus() self.black_luminance_textctrl.SelectAll() else: self.black_luminance_textctrl.Hide() self.black_luminance_textctrl_label.Hide() self.calpanel.Layout() self.calpanel.Refresh() self.calpanel.Thaw() v = self.get_black_luminance() if v != str(getcfg("calibration.black_luminance", False)): self.cal_changed() setcfg("calibration.black_luminance", v) self.update_profile_name() if event.GetEventType() == wx.EVT_KILL_FOCUS.evtType[0]: event.Skip() def luminance_ctrl_handler(self, event): if event.GetId() == self.luminance_textctrl.GetId() and ( self.luminance_ctrl.GetSelection() != 1 or str(float(getcfg("calibration.luminance"))) == self.luminance_textctrl.GetValue()): event.Skip() return if debug: safe_print("[D] luminance_ctrl_handler called for ID %s %s event " "type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) self.calpanel.Freeze() if self.luminance_ctrl.GetSelection() == 1: # cd/m2 self.luminance_textctrl.Show() self.luminance_textctrl_label.Show() try: v = float(self.luminance_textctrl.GetValue().replace(",", ".")) if v < 0.000001 or v > 100000: raise ValueError() self.luminance_textctrl.ChangeValue(str(v)) except ValueError: wx.Bell() self.luminance_textctrl.ChangeValue( str(getcfg("calibration.luminance"))) if (event.GetId() == self.luminance_ctrl.GetId() and self.luminance_ctrl.GetSelection() == 1): self.luminance_textctrl.SetFocus() self.luminance_textctrl.SelectAll() else: self.luminance_textctrl.Hide() self.luminance_textctrl_label.Hide() self.calpanel.Layout() self.calpanel.Refresh() self.calpanel.Thaw() v = self.get_luminance() if v != str(getcfg("calibration.luminance", False)): self.cal_changed() setcfg("calibration.luminance", v) self.update_profile_name() if event.GetEventType() == wx.EVT_KILL_FOCUS.evtType[0]: event.Skip() def whitepoint_colortemp_locus_ctrl_handler(self, event): if debug: safe_print("[D] whitepoint_colortemp_locus_ctrl_handler called for " "ID %s %s event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) v = self.get_whitepoint_locus() if v != getcfg("whitepoint.colortemp.locus"): setcfg("whitepoint.colortemp.locus", v) self.whitepoint_ctrl_handler( CustomEvent(wx.EVT_CHOICE.evtType[0], self.whitepoint_ctrl), False) self.cal_changed() self.update_profile_name() def whitepoint_ctrl_handler(self, event, cal_changed=True): if event.GetId() == self.whitepoint_colortemp_textctrl.GetId() and ( self.whitepoint_ctrl.GetSelection() != 1 or str(int(getcfg("whitepoint.colortemp"))) == self.whitepoint_colortemp_textctrl.GetValue()): event.Skip() return if event.GetId() == self.whitepoint_x_textctrl.GetId() and ( self.whitepoint_ctrl.GetSelection() != 2 or str(float(getcfg("whitepoint.x"))) == self.whitepoint_x_textctrl.GetValue()): event.Skip() return if event.GetId() == self.whitepoint_y_textctrl.GetId() and ( self.whitepoint_ctrl.GetSelection() != 2 or str(float(getcfg("whitepoint.y"))) == self.whitepoint_y_textctrl.GetValue()): event.Skip() return if debug: safe_print("[D] whitepoint_ctrl_handler called for ID %s %s event " "type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) self.calpanel.Freeze() if self.whitepoint_ctrl.GetSelection() == 2: # x,y chromaticity coordinates self.whitepoint_colortemp_locus_label.Hide() self.whitepoint_colortemp_locus_ctrl.Hide() self.whitepoint_colortemp_textctrl.Hide() self.whitepoint_colortemp_label.Hide() self.whitepoint_x_textctrl.Show() self.whitepoint_x_label.Show() self.whitepoint_y_textctrl.Show() self.whitepoint_y_label.Show() try: v = float(self.whitepoint_x_textctrl.GetValue().replace(",", ".")) if v < 0 or v > 1: raise ValueError() self.whitepoint_x_textctrl.ChangeValue(str(v)) except ValueError: wx.Bell() self.whitepoint_x_textctrl.ChangeValue( str(getcfg("whitepoint.x"))) try: v = float(self.whitepoint_y_textctrl.GetValue().replace(",", ".")) if v < 0 or v > 1: raise ValueError() self.whitepoint_y_textctrl.ChangeValue(str(v)) except ValueError: wx.Bell() self.whitepoint_y_textctrl.ChangeValue( str(getcfg("whitepoint.y"))) x = self.whitepoint_x_textctrl.GetValue().replace(",", ".") y = self.whitepoint_y_textctrl.GetValue().replace(",", ".") k = xyY2CCT(float(x), float(y), 1.0) if k: self.whitepoint_colortemp_textctrl.SetValue( str(stripzeros(math.ceil(k)))) else: self.whitepoint_colortemp_textctrl.SetValue("") if cal_changed: if not getcfg("whitepoint.colortemp") and \ float(x) == getcfg("whitepoint.x") and \ float(y) == getcfg("whitepoint.y"): cal_changed = False setcfg("whitepoint.colortemp", None) setcfg("whitepoint.x", x) setcfg("whitepoint.y", y) if (event.GetId() == self.whitepoint_ctrl.GetId() and self.whitepoint_ctrl.GetSelection() == 2 and not self.updatingctrls): self.whitepoint_x_textctrl.SetFocus() self.whitepoint_x_textctrl.SelectAll() elif self.whitepoint_ctrl.GetSelection() == 1: self.whitepoint_colortemp_locus_label.Show() self.whitepoint_colortemp_locus_ctrl.Show() self.whitepoint_colortemp_textctrl.Show() self.whitepoint_colortemp_label.Show() self.whitepoint_x_textctrl.Hide() self.whitepoint_x_label.Hide() self.whitepoint_y_textctrl.Hide() self.whitepoint_y_label.Hide() try: v = float( self.whitepoint_colortemp_textctrl.GetValue().replace( ",", ".")) if v < 1000 or v > 15000: raise ValueError() self.whitepoint_colortemp_textctrl.SetValue(str(stripzeros(v))) except ValueError: wx.Bell() self.whitepoint_colortemp_textctrl.SetValue( str(stripzeros(getcfg("whitepoint.colortemp")))) if cal_changed: v = float(self.whitepoint_colortemp_textctrl.GetValue()) if getcfg("whitepoint.colortemp") == v and not \ getcfg("whitepoint.x") and not getcfg("whitepoint.y"): cal_changed = False setcfg("whitepoint.colortemp", int(v)) setcfg("whitepoint.x", None) setcfg("whitepoint.y", None) if (event.GetId() == self.whitepoint_ctrl.GetId() and self.whitepoint_ctrl.GetSelection() == 1 and not self.updatingctrls): self.whitepoint_colortemp_textctrl.SetFocus() self.whitepoint_colortemp_textctrl.SelectAll() else: self.whitepoint_colortemp_locus_label.Show() self.whitepoint_colortemp_locus_ctrl.Show() self.whitepoint_colortemp_textctrl.Hide() self.whitepoint_colortemp_label.Hide() self.whitepoint_x_textctrl.Hide() self.whitepoint_x_label.Hide() self.whitepoint_y_textctrl.Hide() self.whitepoint_y_label.Hide() if not getcfg("whitepoint.colortemp") and \ not getcfg("whitepoint.x") and not getcfg("whitepoint.y"): cal_changed = False setcfg("whitepoint.colortemp", None) self.whitepoint_colortemp_textctrl.SetValue( str(stripzeros(getcfg("whitepoint.colortemp")))) setcfg("whitepoint.x", None) setcfg("whitepoint.y", None) self.whitepoint_measure_btn.Show(self.whitepoint_ctrl.GetSelection() > 0) self.calpanel.Layout() self.calpanel.Refresh() self.calpanel.Thaw() if self.whitepoint_ctrl.GetSelection() != 2: if getcfg("whitepoint.colortemp.locus") == "T": # Planckian locus xyY = planckianCT2xyY(getcfg("whitepoint.colortemp")) else: # Daylight locus xyY = CIEDCCT2xyY(getcfg("whitepoint.colortemp")) if xyY: self.whitepoint_x_textctrl.ChangeValue( str(stripzeros(round(xyY[0], 6)))) self.whitepoint_y_textctrl.ChangeValue( str(stripzeros(round(xyY[1], 6)))) else: self.whitepoint_x_textctrl.ChangeValue("") self.whitepoint_y_textctrl.ChangeValue("") if cal_changed and not self.updatingctrls: self.cal_changed() self.update_profile_name() if event.GetEventType() == wx.EVT_KILL_FOCUS.evtType[0]: event.Skip() def trc_type_ctrl_handler(self, event): if debug: safe_print("[D] trc_type_ctrl_handler called for ID %s %s event " "type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) v = self.get_trc_type() if v != getcfg("trc.type"): self.cal_changed() setcfg("trc.type", v) self.update_profile_name() def trc_ctrl_handler(self, event, cal_changed=True): if event.GetId() == self.trc_textctrl.GetId() and ( self.trc_ctrl.GetSelection() != 0 or stripzeros(getcfg("trc")) == stripzeros(self.trc_textctrl.GetValue())): event.Skip() return if debug: safe_print("[D] trc_ctrl_handler called for ID %s %s event type %s " "%s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) self.calpanel.Freeze() if self.trc_ctrl.GetSelection() == 3: # BT.1886 setcfg("trc.backup", self.trc_textctrl.GetValue().replace(",", ".")) self.trc_textctrl.SetValue("2.4") setcfg("trc.type.backup", getcfg("trc.type")) setcfg("trc.type", "G") self.trc_type_ctrl.SetSelection(1) setcfg("calibration.black_output_offset.backup", getcfg("calibration.black_output_offset")) setcfg("calibration.black_output_offset", 0) self.black_output_offset_ctrl.SetValue(0) self.black_output_offset_intctrl.SetValue(0) elif event.GetId() == self.trc_ctrl.GetId(): self.restore_trc_backup() if getcfg("calibration.black_output_offset.backup", False): setcfg("calibration.black_output_offset", getcfg("calibration.black_output_offset.backup")) setcfg("calibration.black_output_offset.backup", None) self.update_black_output_offset_ctrl() if self.trc_ctrl.GetSelection() == 0: self.trc_textctrl.Show() self.trc_type_ctrl.Show(getcfg("show_advanced_calibration_options")) try: v = float(self.trc_textctrl.GetValue().replace(",", ".")) if v == 0 or v > 10: raise ValueError() if str(v) != self.trc_textctrl.GetValue(): self.trc_textctrl.SetValue(str(v)) except ValueError: wx.Bell() self.trc_textctrl.SetValue(str(getcfg("trc"))) if event.GetId() == self.trc_ctrl.GetId(): self.trc_textctrl.SetFocus() self.trc_textctrl.SelectAll() else: self.trc_textctrl.Hide() self.trc_type_ctrl.Hide() self.calpanel.Layout() self.calpanel.Refresh() self.calpanel.Thaw() trc = self.get_trc() if cal_changed: if trc != str(getcfg("trc")): self.cal_changed() setcfg("trc", trc) if cal_changed: self.update_profile_name() if event.GetEventType() == wx.EVT_KILL_FOCUS.evtType[0]: event.Skip() if (trc in ("240", "709", "s") and not (bool(int(getcfg("calibration.ambient_viewcond_adjust"))) and getcfg("calibration.ambient_viewcond_adjust.lux")) and getcfg("trc.should_use_viewcond_adjust.show_msg") and getcfg("show_advanced_calibration_options")): dlg = InfoDialog(self, msg=lang.getstr("trc.should_use_viewcond_adjust"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information"), show=False, log=False) chk = wx.CheckBox(dlg, -1, lang.getstr("dialog.do_not_show_again")) dlg.Bind(wx.EVT_CHECKBOX, self.should_use_viewcond_adjust_handler, id=chk.GetId()) dlg.sizer3.Add(chk, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() dlg.ShowModalThenDestroy() def restore_trc_backup(self): if getcfg("trc.backup", False): setcfg("trc", getcfg("trc.backup")) setcfg("trc.backup", None) self.trc_textctrl.SetValue(str(getcfg("trc"))) if getcfg("trc.type.backup", False): setcfg("trc.type", getcfg("trc.type.backup")) setcfg("trc.type.backup", None) self.trc_type_ctrl.SetSelection( self.trc_types_ba.get(getcfg("trc.type"), self.trc_types_ba.get(defaults["trc.type"]))) def should_use_viewcond_adjust_handler(self, event): setcfg("trc.should_use_viewcond_adjust.show_msg", int(not event.GetEventObject().GetValue())) def check_overwrite(self, ext=""): filename = getcfg("profile.name.expanded") + ext dst_file = os.path.join(getcfg("profile.save_path"), getcfg("profile.name.expanded"), filename) if os.path.exists(dst_file): dlg = ConfirmDialog(self, msg=lang.getstr("warning.already_exists", filename), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-warning")) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: return False return True def measure_uniformity_handler(self, event): """ Start measuring display device uniformity """ self.HideAll() self.worker.interactive = True self.worker.start(self.measure_uniformity_consumer, self.measure_uniformity_producer, resume=False, continue_next=False, interactive_frame="uniformity") def measure_uniformity_producer(self): cmd, args = get_argyll_util("spotread"), ["-v", "-e", "-T"] if cmd: self.worker.add_measurement_features(args, display=False) return self.worker.exec_cmd(cmd, args, skip_scripts=True) else: wx.CallAfter(show_result_dialog, Error(lang.getstr("argyll.util.not_found", "spotread")), self) def measure_uniformity_consumer(self, result): self.Show() if isinstance(result, Exception): show_result_dialog(result, self) if getcfg("dry_run"): return for i, line in enumerate(self.worker.output): if line.startswith("spotread: Error"): show_result_dialog(Error(line.strip()), self) elif line.startswith("spotread: Warning"): show_result_dialog(Warn(line.strip()), self) def profile_share_get_meta_error(self, profile): """ Check for required metadata in profile to allow sharing. The treshold for average delta E 1976 is 1.0 """ if ("meta" in profile.tags and isinstance(profile.tags.meta, ICCP.DictType)): try: avg_dE76 = float(profile.tags.meta.getvalue("ACCURACY_dE76_avg")) except (TypeError, ValueError): return lang.getstr("profile.share.meta_missing") else: threshold = 1.0 if avg_dE76 and avg_dE76 > threshold: return lang.getstr("profile.share.avg_dE_too_high", ("%.2f" % avg_dE76, "%.2f" % threshold)) else: # Check for EDID metadata metadata = profile.tags.meta if (not "EDID_model_id" in metadata or (not "EDID_model" in metadata and metadata["EDID_model_id"] == "0") or not "EDID_mnft_id" in metadata or not "EDID_mnft" in metadata or not "EDID_manufacturer" in metadata or metadata["EDID_manufacturer"] == metadata["EDID_mnft"] or not "OPENICC_automatic_generated" in metadata): return lang.getstr("profile.share.meta_missing") else: return lang.getstr("profile.share.meta_missing") def profile_share_handler(self, event): """ Share ICC profile via http://icc.opensuse.org """ # Select profile profile = self.select_profile() if not profile: return # Check meta and profcheck data error = self.profile_share_get_meta_error(profile) if error: InfoDialog(getattr(self, "modaldlg", self), msg=error, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return # Get options from profile options_dispcal, options_colprof = get_options_from_profile(profile) gamma = None for option in options_dispcal: if option.startswith("g") or option.startswith("G"): option = option[1:] gamma = {"240": "SMPTE 240M", "709": "Rec. 709", "l": "L*", "s": "sRGB"}.get(option, "Gamma %s" % option) metadata = profile.tags.meta # Model will be shown in overview on http://icc.opensuse.org model = metadata.getvalue("EDID_model", profile.getDeviceModelDescription() or metadata["EDID_model_id"], None) description = model date = metadata.getvalue("EDID_date", "", None).split("-T") if len(date) == 2: year = int(date[0]) week = int(date[1]) date = datetime.date(int(year), 1, 1) + datetime.timedelta(weeks=week) description += " '" + strftime("%y", date.timetuple()) if "vcgt" in profile.tags: if profile.tags.vcgt.is_linear(): vcgt = "linear VCGT" else: vcgt = "VCGT" else: vcgt = "no VCGT" if vcgt: description += ", " + vcgt whitepoint = "%iK" % round(XYZ2CCT(*profile.tags.wtpt.values())) description += ", " + whitepoint description += u", %i cd/m²" % profile.tags.lumi.Y if gamma: description += ", " + gamma instrument = metadata.getvalue("MEASUREMENT_device") if instrument: for instrument_name in instruments: if instrument_name.lower() == instrument: instrument = instrument_name break description += ", " + instrument description += ", " + strftime("%Y-%m-%d", profile.dateTime.timetuple()) dlg = ConfirmDialog( getattr(self, "modaldlg", self), msg=lang.getstr("profile.share.enter_info"), ok=lang.getstr("upload"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-information"), alt=lang.getstr("save"), wrap=100) # Description field dlg.sizer3.Add(wx.StaticText(dlg, -1, lang.getstr("description")), 1, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.description_txt_ctrl = wx.TextCtrl(dlg, -1, description) dlg.sizer3.Add(dlg.description_txt_ctrl, 1, flag=wx.TOP | wx.ALIGN_LEFT | wx.EXPAND, border=4) # Display properties boxsizer = wx.StaticBoxSizer(wx.StaticBox(dlg, -1, lang.getstr("display.properties")), wx.VERTICAL) dlg.sizer3.Add(boxsizer, 1, flag=wx.TOP | wx.EXPAND, border=12) box_gridsizer = wx.FlexGridSizer(0, 1) boxsizer.Add(box_gridsizer, 1, flag=wx.ALL, border=4) # Display panel surface type, connection gridsizer = wx.FlexGridSizer(0, 4, 4, 8) box_gridsizer.Add(gridsizer, 1, wx.ALIGN_LEFT) # Panel surface type gridsizer.Add(wx.StaticText(dlg, -1, lang.getstr("panel.surface")), 1, flag=wx.ALIGN_LEFT | wx.ALIGN_CENTER_VERTICAL) paneltypes = ["glossy", "matte"] dlg.panel_ctrl = wx.Choice(dlg, -1, choices=[""] + [lang.getstr(panel) for panel in paneltypes]) panel_surface = metadata.getvalue("SCREEN_surface", "") try: index = dlg.panel_ctrl.GetItems().index(lang.getstr(panel_surface)) except ValueError: index = 0 dlg.panel_ctrl.SetSelection(index) gridsizer.Add(dlg.panel_ctrl, 1, flag=wx.RIGHT | wx.ALIGN_LEFT | wx.ALIGN_CENTER_VERTICAL, border=8) # Connection type gridsizer.Add(wx.StaticText(dlg, -1, lang.getstr("display.connection.type")), 1, flag=wx.ALIGN_LEFT | wx.ALIGN_CENTER_VERTICAL) connections = ["dvi", "displayport", "hdmi", "internal", "vga"] dlg.connection_ctrl = wx.Choice(dlg, -1, choices=[lang.getstr(contype) for contype in connections]) connection_type = metadata.getvalue("CONNECTION_type", "dvi") try: index = dlg.connection_ctrl.GetItems().index(lang.getstr(connection_type)) except ValueError: index = 0 dlg.connection_ctrl.SetSelection(index) gridsizer.Add(dlg.connection_ctrl, 1, flag=wx.RIGHT | wx.ALIGN_LEFT | wx.ALIGN_CENTER_VERTICAL, border=8) display_settings_tabs = wx.Notebook(dlg, -1) # Column layout display_settings = ((# 1st tab lang.getstr("osd") + ": " + lang.getstr("settings.basic"), # Tab title 2, # Number of columns (# 1st (left) column (("preset", 100), ("brightness", 50), ("contrast", 50), ("trc.gamma", 50), ("blacklevel", 50), ("hue", 50)), # 2nd (right) column (("", 0), ("whitepoint.colortemp", 75), ("whitepoint", 50), ("saturation", 50)))), (# 2nd tab lang.getstr("osd") + ": " + lang.getstr("settings.additional"), # Tab title 3, # Number of columns (# 1st (left) column (("hue", 50), ), # 2nd (middle) column (("offset", 50), ), # 3rd (right) column (("saturation", 50), )))) display_settings_ctrls = [] for tab_num, settings in enumerate(display_settings): panel = wx.Panel(display_settings_tabs, -1) panel.SetSizer(wx.BoxSizer(wx.VERTICAL)) gridsizer = wx.FlexGridSizer(0, settings[1] * 2, 4, 12) panel.GetSizer().Add(gridsizer, 1, wx.ALL | wx.EXPAND, border=8) display_settings_tabs.AddPage(panel, settings[0]) ctrls = [] for column in settings[2]: for name, width in column: if name in ("whitepoint", ): components = ("red", "green", "blue") elif tab_num == 1 and name in ("hue", "offset", "saturation"): components = ("red", "green", "blue", "cyan", "magenta", "yellow") else: components = ("", ) nameprefix = name for component in components: if component: name = nameprefix + " " + component if name: ctrl = wx.TextCtrl(panel, -1, metadata.getvalue("OSD_settings_%s" % re.sub("[ .]", "_", name), ""), size=(width, -1), name=name) else: ctrl = (0, 0) ctrls.append(ctrl) display_settings_ctrls.append(ctrl) # Add the controls to the sizer rows = int(math.ceil(len(ctrls) / float(settings[1]))) for row_num in range(rows): for column_num in range(settings[1]): ctrl_index = row_num + column_num * rows if ctrl_index < len(ctrls): if isinstance(ctrls[ctrl_index], wx.Window): label = ctrls[ctrl_index].Name if (" " in label): label = label.split(" ") for i, part in enumerate(label): label[i] = lang.getstr(part) label = " ".join(label) else: label = lang.getstr(label) text = wx.StaticText(panel, -1, label) else: text = (0, 0) gridsizer.Add(text, 1, flag=wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_LEFT) gridsizer.Add(ctrls[ctrl_index], 1, flag=wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_LEFT | wx.RIGHT, border=4) box_gridsizer.Add(display_settings_tabs, 1, flag=wx.TOP | wx.ALIGN_LEFT, border=8) # License field ##dlg.sizer3.Add(wx.StaticText(dlg, -1, lang.getstr("license")), 1, ##flag=wx.TOP | wx.ALIGN_LEFT, border=12) ##dlg.license_ctrl = wx.Choice(dlg, -1, ##choices=["http://www.color.org/registry/icc_license_2011.txt", ##"http://www.gzip.org/zlib/zlib_license.html"]) ##dlg.license_ctrl.SetSelection(0) ##sizer4 = wx.BoxSizer(wx.HORIZONTAL) ##dlg.sizer3.Add(sizer4, 1, ##flag=wx.TOP | wx.ALIGN_LEFT, border=4) ##sizer4.Add(dlg.license_ctrl, 1, ##flag=wx.RIGHT | wx.ALIGN_LEFT | wx.ALIGN_CENTER_VERTICAL, ##border=8) # License link button ##dlg.license_link_ctrl = wx.BitmapButton(dlg, -1, ##geticon(16, "dialog-information"), ##style=wx.NO_BORDER) ##dlg.license_link_ctrl.SetToolTipString(lang.getstr("license")) ##dlg.Bind(wx.EVT_BUTTON, ##lambda event: launch_file(dlg.license_ctrl.GetValue()), ##dlg.license_link_ctrl) ##sizer4.Add(dlg.license_link_ctrl, flag=wx.ALIGN_LEFT | ##wx.ALIGN_CENTER_VERTICAL) # Link to ICC Profile Taxi service dlg.sizer3.Add(wx.lib.hyperlink.HyperLinkCtrl(dlg, -1, label="icc.opensuse.org", URL="http://icc.opensuse.org"), flag=wx.ALIGN_LEFT | wx.ALIGN_CENTER_VERTICAL | wx.TOP, border=12) dlg.description_txt_ctrl.SetFocus() dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() dlg.Center() result = dlg.ShowModal() if result == wx.ID_CANCEL: return # Get meta prefix prefixes = (metadata.getvalue("prefix", "", None) or "CONNECTION_").split(",") if not "CONNECTION_" in prefixes: prefixes.append("CONNECTION_") # Update meta panel = dlg.panel_ctrl.GetSelection() if panel > 0: metadata["SCREEN_surface"] = paneltypes[panel - 1] if not "SCREEN_" in prefixes: prefixes.append("SCREEN_") # Update meta metadata["CONNECTION_type"] = connections[dlg.connection_ctrl.GetSelection()] for ctrl in display_settings_ctrls: if isinstance(ctrl, wx.TextCtrl) and ctrl.GetValue().strip(): metadata["OSD_settings_%s" % re.sub("[ .]", "_", ctrl.Name)] = ctrl.GetValue().strip() if not "OSD_" in prefixes: prefixes.append("OSD_") # Set meta prefix metadata["prefix"] = ",".join(prefixes) # Calculate profile ID profile.calculateID() # Save profile profile.write() if result != wx.ID_OK: return # Get profile data data = profile.data # Add metadata which should not be reflected in profile metadata["model"] = model metadata["vcgt"] = int("vcgt" in profile.tags) # Upload params = {"description": dlg.description_txt_ctrl.GetValue(), ##"licence": dlg.license_ctrl.GetValue()} "licence": "http://www.color.org/registry/icc_license_2011.txt"} files = [("metadata", "metadata.json", '{"org":{"freedesktop":{"openicc":{"device":{"monitor":[%s]}}}}}' % metadata.to_json()), ("profile", "profile.icc", data)] self.worker.interactive = False self.worker.start(self.profile_share_consumer, http_request, ckwargs={}, wkwargs={"domain": "dispcalgui.hoech.net" if test else "icc.opensuse.org", "request_type": "POST", "path": "/print_r_post.php" if test else "/upload", "params": params, "files": files}, progress_msg=lang.getstr("profile.share"), stop_timers=False) def profile_share_consumer(self, result, parent=None): """ This function receives the response from the profile upload """ if result is not False: safe_print(safe_unicode(result.read().strip(), "UTF-8")) parent = parent or getattr(self, "modaldlg", self) dlg = InfoDialog(parent, msg=lang.getstr("profile.share.success"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information"), show=False) # Link to ICC Profile Taxi service dlg.sizer3.Add(wx.lib.hyperlink.HyperLinkCtrl(dlg, -1, label="icc.opensuse.org", URL="http://icc.opensuse.org"), flag=wx.ALIGN_LEFT | wx.ALIGN_CENTER_VERTICAL | wx.TOP, border=12) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() dlg.ok.SetDefault() dlg.ShowModalThenDestroy(parent) def install_profile_handler(self, event=None, profile_path=None): """ Install a profile. Show an error dialog if the profile is invalid or unsupported (only 'mntr' RGB profiles are allowed) """ if not check_set_argyll_bin(): return if profile_path is None: profile_path = getcfg("calibration.file") if profile_path: result = check_file_isfile(profile_path) if isinstance(result, Exception): show_result_dialog(result, self) else: result = False if not isinstance(result, Exception) and result: try: profile = ICCP.ICCProfile(profile_path) except (IOError, ICCP.ICCProfileInvalidError), exception: InfoDialog(self, msg=lang.getstr("profile.invalid") + "\n" + profile_path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return if profile.profileClass != "mntr" or \ profile.colorSpace != "RGB": InfoDialog(self, msg=lang.getstr("profile.unsupported", (profile.profileClass, profile.colorSpace)) + "\n" + profile_path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return setcfg("calibration.file.previous", None) self.profile_finish( True, profile_path=profile_path, skip_scripts=True, allow_show_log=False) def select_install_profile_handler(self, event): """ Show a dialog for user to select a profile for installation """ defaultDir, defaultFile = get_verified_path("last_icc_path") dlg = wx.FileDialog(self, lang.getstr("install_display_profile"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard=lang.getstr("filetype.icc") + "|*.icc;*.icm", style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST) dlg.Center(wx.BOTH) result = dlg.ShowModal() path = dlg.GetPath() dlg.Destroy() if result == wx.ID_OK: setcfg("last_icc_path", path) setcfg("last_cal_or_icc_path", path) self.install_profile_handler(profile_path=path) def load_profile_cal_handler(self, event): """ Show a dialog for user to select a profile to load calibration (vcgt) from. """ if not check_set_argyll_bin(): return defaultDir, defaultFile = get_verified_path("last_cal_or_icc_path") dlg = wx.FileDialog(self, lang.getstr("calibration.load_from_cal_or_profile"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard=lang.getstr("filetype.cal_icc") + "|*.cal;*.icc;*.icm", style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST) dlg.Center(wx.BOTH) result = dlg.ShowModal() path = dlg.GetPath() dlg.Destroy() if result == wx.ID_OK: if not os.path.exists(path): InfoDialog(self, msg=lang.getstr("file.missing", path), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return setcfg("last_cal_or_icc_path", path) if verbose >= 1: safe_print(lang.getstr("calibration.loading")) safe_print(path) if os.path.splitext(path)[1].lower() in (".icc", ".icm"): try: profile = ICCP.ICCProfile(path) except (IOError, ICCP.ICCProfileInvalidError), exception: if verbose >= 1: safe_print(lang.getstr("failure")) InfoDialog(self, msg=lang.getstr("profile.invalid") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return setcfg("last_icc_path", path) if self.install_cal(capture_output=True, profile_path=path, skip_scripts=True, silent=not getcfg("dry_run"), title=lang.getstr("calibration.load_from_profile")) is True: self.lut_viewer_load_lut(profile=profile) if verbose >= 1: safe_print(lang.getstr("success")) elif not getcfg("dry_run"): if verbose >= 1: safe_print(lang.getstr("failure")) InfoDialog(self, msg=lang.getstr("calibration.load_error") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) else: setcfg("last_cal_path", path) if self.install_cal(capture_output=True, cal=path, skip_scripts=True, silent=not getcfg("dry_run"), title=lang.getstr("calibration.load_from_cal")) is True: self.lut_viewer_load_lut(profile=cal_to_fake_profile(path)) if verbose >= 1: safe_print(lang.getstr("success")) elif not getcfg("dry_run"): if verbose >= 1: safe_print(lang.getstr("failure")) def preview_handler(self, event=None, preview=False): """ Preview profile calibration (vcgt). Toggle between profile curves and previous calibration curves. """ if preview or self.preview.GetValue(): cal = self.cal else: cal = getcfg("calibration.file.previous") if self.cal == cal: cal = False elif not cal: cal = True if cal is False: # linear profile = None else: if cal is True: # display profile profile = get_display_profile() if not profile: cal = False elif cal.lower().endswith(".icc") or \ cal.lower().endswith(".icm"): profile = ICCP.ICCProfile(cal) else: profile = cal_to_fake_profile(cal) if profile: if verbose >= 1: safe_print(lang.getstr("calibration.loading")) if profile.fileName: safe_print(profile.fileName) else: if verbose >= 1: safe_print(lang.getstr("calibration.resetting")) if self.install_cal(capture_output=True, cal=cal, skip_scripts=True, silent=True, title=lang.getstr("calibration.load_from_cal_or_profile")) is True: self.lut_viewer_load_lut(profile=profile) if verbose >= 1: safe_print(lang.getstr("success")) else: if verbose >= 1: safe_print(lang.getstr("failure")) def profile_load_on_login_handler(self, event=None): setcfg("profile.load_on_login", int(self.profile_load_on_login.GetValue())) if sys.platform == "win32" and sys.getwindowsversion() >= (6, 1): self.profile_load_on_login.Enable(is_superuser() or not util_win.calibration_management_isenabled()) self.profile_load_by_os.Enable(is_superuser() and self.profile_load_on_login.GetValue()) if (not self.profile_load_on_login.GetValue() and self.profile_load_by_os.GetValue() and is_superuser()): self.profile_load_by_os.SetValue(False) self.profile_load_by_os_handler() def profile_load_by_os_handler(self, event=None): if is_superuser(): # Enable calibration management under Windows 7 try: util_win.enable_calibration_management(self.profile_load_by_os.GetValue()) except Exception, exception: safe_print("util_win.enable_calibration_management(True): %s" % safe_unicode(exception)) def install_cal(self, capture_output=False, cal=None, profile_path=None, skip_scripts=False, silent=False, title=appname): """ 'Install' (load) a calibration from a calibration file or profile """ if config.get_display_name() in ("Web", "Untethered", "madVR"): return True # Install using dispwin cmd, args = self.worker.prepare_dispwin(cal, profile_path, False) if not isinstance(cmd, Exception): result = self.worker.exec_cmd(cmd, args, capture_output, low_contrast=False, skip_scripts=skip_scripts, silent=silent, title=title) else: result = cmd if not isinstance(result, Exception) and result: if not silent: if cal is False: InfoDialog(self, msg=lang.getstr("calibration.reset_success"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information"), log=False) else: InfoDialog(self, msg=lang.getstr("calibration.load_success"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information"), log=False) elif not silent: if isinstance(result, Exception) and getcfg("dry_run"): show_result_dialog(result, self) return if cal is False: InfoDialog(self, msg=lang.getstr("calibration.reset_error"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error"), log=False) else: InfoDialog(self, msg=lang.getstr("calibration.load_error"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error"), log=False) return result def update_measurement_report(self, event=None): """ Show file dialog to select a HTML measurement report for updating. Update the selected report and show it afterwards. """ defaultDir, defaultFile = get_verified_path("last_filedialog_path") dlg = wx.FileDialog(self, lang.getstr("measurement_report.update"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard=lang.getstr("filetype.html") + "|*.html;*.htm", style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST) dlg.Center(wx.BOTH) result = dlg.ShowModal() if result == wx.ID_OK: path = dlg.GetPath() setcfg("last_filedialog_path", path) dlg.Destroy() if result != wx.ID_OK: return try: report.update(path, pack=getcfg("report.pack_js")) except (IOError, OSError), exception: show_result_dialog(exception) else: # show report wx.CallAfter(launch_file, path) def verify_calibration_handler(self, event): if check_set_argyll_bin(): self.setup_measurement(self.verify_calibration) def verify_calibration(self): safe_print("-" * 80) progress_msg = lang.getstr("calibration.verify") safe_print(progress_msg) self.worker.interactive = False self.worker.start(self.result_consumer, self.worker.verify_calibration, progress_msg=progress_msg, pauseable=True) def select_profile(self, parent=None, check_profile_class=True, msg=None): """ Selects the currently configured profile or display profile. Falls back to user choice via FileDialog if both not set. """ if not parent: parent = self if not msg: msg = lang.getstr("profile.choose") profile = get_current_profile(include_display_profile=True) if not profile: defaultDir, defaultFile = get_verified_path("last_icc_path") dlg = wx.FileDialog(parent, msg, defaultDir=defaultDir, defaultFile=defaultFile, wildcard=lang.getstr("filetype.icc") + "|*.icc;*.icm", style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST) dlg.Center(wx.BOTH) result = dlg.ShowModal() if result == wx.ID_OK: path = dlg.GetPath() setcfg("last_icc_path", path) setcfg("last_cal_or_icc_path", path) dlg.Destroy() if result != wx.ID_OK: return try: profile = ICCP.ICCProfile(path) except ICCP.ICCProfileInvalidError, exception: InfoDialog(parent, msg=lang.getstr("profile.invalid") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return if check_profile_class and (profile.profileClass != "mntr" or profile.colorSpace != "RGB"): InfoDialog(parent, msg=lang.getstr("profile.unsupported", profile.profileClass, profile.colorSpace) + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return return profile def measurement_report_create_handler(self, event): """ Assign and initialize the report creation window """ if not getattr(self, "reportframe", None): self.init_reportframe() if self.reportframe.IsShownOnScreen(): self.reportframe.Raise() else: self.reportframe.Show(not self.reportframe.IsShownOnScreen()) def measurement_report_handler(self, event): if not check_set_argyll_bin(): return sim_ti3 = None sim_gray = None # select measurement data (ti1 or ti3) chart = getcfg("measurement_report.chart") try: chart = CGATS.CGATS(chart, True) except CGATS.CGATSError, exception: show_result_dialog(exception, self.reportframe) return fields = getcfg("measurement_report.chart.fields") # profile(s) paths = [] use_sim = getcfg("measurement_report.use_simulation_profile") use_sim_as_output = getcfg("measurement_report.use_simulation_profile_as_output") use_devlink = getcfg("measurement_report.use_devlink_profile") #if not use_sim or not use_sim_as_output: paths.append(getcfg("measurement_report.output_profile")) if use_sim: if use_sim_as_output and use_devlink: paths.append(getcfg("measurement_report.devlink_profile")) paths.append(getcfg("measurement_report.simulation_profile")) sim_profile = None devlink = None oprof = None for i, path in enumerate(paths): try: profile = ICCP.ICCProfile(path) except ICCP.ICCProfileInvalidError, exception: InfoDialog(self.reportframe, msg=lang.getstr("profile.invalid") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return if i == 0: oprof = profile elif i in (1, 2) and use_sim: if use_sim_as_output and profile.colorSpace == "RGB": if i == 1 and use_devlink: devlink = profile else: if profile.colorSpace != "RGB": devlink = None sim_profile = profile profile = oprof colormanaged = (use_sim and use_sim_as_output and not sim_profile and config.get_display_name() == "madVR" and getcfg("3dlut.madVR.enable")) if debug: for n, p in {"profile": profile, "devlink": devlink, "sim_profile": sim_profile, "oprof": oprof}.iteritems(): if p: safe_print(n, p.getDescription()) if use_sim: if sim_profile: mprof = sim_profile else: mprof = profile apply_bt1886 = (use_sim and getcfg("measurement_report.apply_bt1886_gamma_mapping") and mprof.colorSpace == "RGB" and isinstance(mprof.tags.get("rXYZ"), ICCP.XYZType) and isinstance(mprof.tags.get("gXYZ"), ICCP.XYZType) and isinstance(mprof.tags.get("bXYZ"), ICCP.XYZType)) bt1886 = None if apply_bt1886: # TRC BT.1886-like if "bkpt" in oprof.tags: XYZbp = oprof.tags.bkpt.pcs.values() else: XYZbp = (0, 0, 0) gamma = getcfg("measurement_report.bt1886_gamma") if getcfg("measurement_report.bt1886_gamma_type") == "b": # Convert effective to technical gamma gamma = colormath.xicc_tech_gamma(gamma, XYZbp[1]) rXYZ = mprof.tags.rXYZ.values() gXYZ = mprof.tags.gXYZ.values() bXYZ = mprof.tags.bXYZ.values() mtx = colormath.Matrix3x3([[rXYZ[0], gXYZ[0], bXYZ[0]], [rXYZ[1], gXYZ[1], bXYZ[1]], [rXYZ[2], gXYZ[2], bXYZ[2]]]) bt1886 = colormath.BT1886(mtx, XYZbp, gamma) if sim_profile: sim_intent = ("a" if getcfg("measurement_report.whitepoint.simulate") else "r") void, sim_ti3, sim_gray = self.worker.chart_lookup(chart, sim_profile, check_missing_fields=True, intent=sim_intent, bt1886=bt1886) # NOTE: we ignore the ti1 and gray patches here # only the ti3 is valuable at this point if not sim_ti3: return intent = ("r" if sim_intent == "r" or getcfg("measurement_report.whitepoint.simulate.relative") else "a") bt1886 = None else: sim_intent = None intent = "r" if fields in ("LAB", "XYZ"): if getcfg("measurement_report.whitepoint.simulate"): sim_intent = "a" if not getcfg("measurement_report.whitepoint.simulate.relative"): intent = "a" else: chart.fix_device_values_scaling() chart.adapt(cat=profile.guess_cat() or "Bradford") # lookup test patches ti1, ti3_ref, gray = self.worker.chart_lookup(sim_ti3 or chart, profile, bool(sim_ti3) or fields in ("LAB", "XYZ"), fields=None if bool(sim_ti3) else fields, intent=intent, bt1886=bt1886) if not ti3_ref: return if not gray and sim_gray: gray = sim_gray if devlink: void, ti1, void = self.worker.chart_lookup(chart, devlink, check_missing_fields=True) if not ti1: return # let the user choose a location for the result defaultFile = u"Measurement Report %s — %s — %s" % (version, re.sub(r"[\\/:*?\"<>|]+", "_", self.display_ctrl.GetStringSelection().replace(" " + lang.getstr("display.primary"), "")), strftime("%Y-%m-%d %H-%M.html")) defaultDir = get_verified_path(None, os.path.join(getcfg("profile.save_path"), defaultFile))[0] dlg = wx.FileDialog(self.reportframe, lang.getstr("save_as"), defaultDir, defaultFile, wildcard=lang.getstr("filetype.html") + "|*.html;*.htm", style=wx.SAVE | wx.FD_OVERWRITE_PROMPT) dlg.Center(wx.BOTH) result = dlg.ShowModal() if result == wx.ID_OK: path = dlg.GetPath() if not waccess(path, os.W_OK): show_result_dialog(Error(lang.getstr("error.access_denied.write", path)), self.reportframe) return save_path = os.path.splitext(path)[0] + ".html" setcfg("last_filedialog_path", save_path) dlg.Destroy() if result != wx.ID_OK: return # check if file(s) already exist if os.path.exists(save_path): dlg = ConfirmDialog( self.reportframe, msg=lang.getstr("dialog.confirm_overwrite", save_path), ok=lang.getstr("overwrite"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-warning")) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: return # setup for measurement self.setup_measurement(self.measurement_report, ti1, profile, sim_profile, intent, sim_intent, devlink, ti3_ref, sim_ti3, save_path, chart, gray, apply_bt1886, colormanaged) def measurement_report(self, ti1, profile, sim_profile, intent, sim_intent, devlink, ti3_ref, sim_ti3, save_path, chart, gray, apply_bt1886, colormanaged): safe_print("-" * 80) progress_msg = lang.getstr("measurement_report") safe_print(progress_msg) # setup temp dir temp = self.worker.create_tempdir() if isinstance(temp, Exception): show_result_dialog(temp, self.reportframe) return # filenames name, ext = os.path.splitext(os.path.basename(save_path)) ti1_path = os.path.join(temp, name + ".ti1") profile_path = os.path.join(temp, name + ".icc") # write ti1 to temp dir try: ti1_file = open(ti1_path, "w") except (IOError, OSError), exception: InfoDialog(self.reportframe, msg=lang.getstr("error.file.create", ti1_path), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) self.worker.wrapup(False) return ti1_file.write(str(ti1)) ti1_file.close() # write profile to temp dir profile.write(profile_path) # extract calibration from profile cal_path = None if "vcgt" in profile.tags: try: cgats = vcgt_to_cal(profile) except (CGATS.CGATSInvalidError, CGATS.CGATSInvalidOperationError, CGATS.CGATSKeyError, CGATS.CGATSTypeError, CGATS.CGATSValueError), exception: wx.CallAfter(show_result_dialog, Error(lang.getstr("cal_extraction_failed")), self.reportframe) self.Show() return cal_path = os.path.join(temp, name + ".cal") cgats.write(cal_path) else: # Use linear calibration cal_path = get_data_path("linear.cal") # start readings self.worker.dispread_after_dispcal = False self.worker.interactive = config.get_display_name() == "Untethered" self.worker.start(self.measurement_report_consumer, self.worker.measure_ti1, cargs=(os.path.splitext(ti1_path)[0] + ".ti3", profile, sim_profile, intent, sim_intent, devlink, ti3_ref, sim_ti3, save_path, chart, gray, apply_bt1886), wargs=(ti1_path, cal_path, colormanaged), progress_msg=progress_msg, pauseable=True) def measurement_report_consumer(self, result, ti3_path, profile, sim_profile, intent, sim_intent, devlink, ti3_ref, sim_ti3, save_path, chart, gray, apply_bt1886): if not isinstance(result, Exception) and result: # get item 0 of the ti3 to strip the CAL part from the measured data ti3_measured = CGATS.CGATS(ti3_path)[0] safe_print(lang.getstr("success")) result = self.measurement_file_check_confirm(ti3_measured) # cleanup self.worker.wrapup(False) self.Show() if isinstance(result, Exception) or not result: if isinstance(result, Exception): wx.CallAfter(show_result_dialog, result, self.reportframe) return # Account for additional white patches white_rgb = {'RGB_R': 100, 'RGB_G': 100, 'RGB_B': 100} white_measured = ti3_measured.queryi(white_rgb) white_ref = ti3_ref.queryi(white_rgb) offset = max(len(white_measured) - len(white_ref), 0) # If patches were removed from the measured TI3, we need to remove them # from reference and simulation TI3 if isinstance(result, tuple): ref_removed = [] sim_removed = [] for item in reversed(result[0]): key = item.key - offset ref_removed.insert(0, ti3_ref.DATA.pop(key)) if sim_ti3: sim_removed.insert(0, sim_ti3.DATA.pop(key)) for item in ref_removed: safe_print("Removed patch #%i from reference TI3: %s" % (item.key, item)) for item in sim_removed: safe_print("Removed patch #%i from simulation TI3: %s" % (item.key, item)) # Update offset white_ref = ti3_ref.queryi(white_rgb) offset = max(len(white_measured) - len(white_ref), 0) # Determine if we should use planckian locus for assumed target wp # Detection will only work for profiles created by dispcalGUI planckian = False if (profile.tags.get("CIED", "") or profile.tags.get("targ", ""))[0:4] == "CTI3": options_dispcal = get_options_from_profile(profile)[0] for option in options_dispcal: if option.startswith("T"): planckian = True break # calculate amount of calibration grayscale tone values cal_entrycount = 256 if "vcgt" in profile.tags and isinstance(profile.tags.vcgt, ICCP.VideoCardGammaType): rgb = [[], [], []] vcgt = profile.tags.vcgt if "data" in vcgt: # table cal_entrycount = vcgt['entryCount'] for i in range(0, cal_entrycount): for j in range(0, 3): rgb[j] += [float(vcgt['data'][j][i]) / (math.pow(256, vcgt['entrySize']) - 1) * 255] else: # formula step = 100.0 / 255.0 for i in range(0, cal_entrycount): # float2dec(v) fixes miniscule deviations in the calculated gamma for j, name in enumerate(("red", "green", "blue")): vmin = float2dec(vcgt[name + "Min"] * 255) v = float2dec(math.pow(step * i / 100.0, vcgt[name + "Gamma"])) vmax = float2dec(vcgt[name + "Max"] * 255) rgb[j] += [float2dec(vmin + v * (vmax - vmin), 8)] cal_rgblevels = [len(set(round(n) for n in channel)) for channel in rgb] else: # Assume linear with all steps cal_rgblevels = [256, 256, 256] if not chart.filename.lower().endswith(".ti1") or sim_ti3: # make the device values match for i in ti3_ref.DATA: for color in ("RGB_R", "RGB_G", "RGB_B"): if sim_ti3 and sim_ti3.DATA[i].get(color) is not None: ti3_ref.DATA[i][color] = sim_ti3.DATA[i][color] else: ti3_ref.DATA[i][color] = ti3_measured.DATA[i + offset][color] cat = "Bradford" # create a 'joined' ti3 from ref ti3, with XYZ values from measured ti3 # this makes sure CMYK data in the original ref will be present in # the newly joined ti3 ti3_joined = CGATS.CGATS(str(ti3_ref))[0] ti3_joined.LUMINANCE_XYZ_CDM2 = ti3_measured.LUMINANCE_XYZ_CDM2 # add XYZ to DATA_FORMAT if not yet present labels_xyz = ("XYZ_X", "XYZ_Y", "XYZ_Z") if not "XYZ_X" in ti3_joined.DATA_FORMAT.values() and \ not "XYZ_Y" in ti3_joined.DATA_FORMAT.values() and \ not "XYZ_Z" in ti3_joined.DATA_FORMAT.values(): ti3_joined.DATA_FORMAT.add_data(labels_xyz) # set XYZ in joined ti3 to XYZ of measurements for i in ti3_joined.DATA: for color in labels_xyz: ti3_joined.DATA[i][color] = ti3_measured.DATA[i + offset][color] wtpt_profile_norm = tuple(n * 100 for n in profile.tags.wtpt.values()) if "chad" in profile.tags: # undo chromatic adaption of profile whitepoint WX, WY, WZ = profile.tags.chad.inverted() * wtpt_profile_norm wtpt_profile_norm = tuple((n / WY) * 100.0 for n in (WX, WY, WZ)) # guess chromatic adaption transform (Bradford, CAT02...) cat = profile.guess_cat() or cat if "lumi" in profile.tags and isinstance(profile.tags.lumi, ICCP.XYZType): # calculate unscaled whitepoint scale = profile.tags.lumi.Y / 100.0 wtpt_profile = tuple(n * scale for n in wtpt_profile_norm) else: wtpt_profile = wtpt_profile_norm if sim_profile: wtpt_sim_profile_norm = tuple(n * 100 for n in sim_profile.tags.wtpt.values()) if "chad" in sim_profile.tags: # undo chromatic adaption of profile whitepoint WX, WY, WZ = sim_profile.tags.chad.inverted() * wtpt_sim_profile_norm wtpt_sim_profile_norm = tuple((n / WY) * 100.0 for n in (WX, WY, WZ)) wtpt_measured = tuple(float(n) for n in ti3_joined.LUMINANCE_XYZ_CDM2.split()) # normalize so that Y = 100 wtpt_measured_norm = tuple((n / wtpt_measured[1]) * 100 for n in wtpt_measured) if intent != "a" and sim_intent != "a": white = ti3_joined.queryi(white_rgb) for i in white: white[i].update({'XYZ_X': wtpt_measured_norm[0], 'XYZ_Y': wtpt_measured_norm[1], 'XYZ_Z': wtpt_measured_norm[2]}) black = ti3_joined.queryi1({'RGB_R': 0, 'RGB_G': 0, 'RGB_B': 0}) if black: bkpt_measured_norm = black["XYZ_X"], black["XYZ_Y"], black["XYZ_Z"] bkpt_measured = tuple(wtpt_measured[1] / 100 * n for n in bkpt_measured_norm) else: bkpt_measured_norm = None bkpt_measured = None # set Lab values labels_Lab = ("LAB_L", "LAB_A", "LAB_B") for data in (ti3_ref, ti3_joined): if "XYZ_X" in data.DATA_FORMAT.values() and \ "XYZ_Y" in data.DATA_FORMAT.values() and \ "XYZ_Z" in data.DATA_FORMAT.values(): if not "LAB_L" in data.DATA_FORMAT.values() and \ not "LAB_A" in data.DATA_FORMAT.values() and \ not "LAB_B" in data.DATA_FORMAT.values(): # add Lab fields to DATA_FORMAT if not present data.DATA_FORMAT.add_data(labels_Lab) has_Lab = False else: has_Lab = True if data is ti3_joined or not has_Lab: for i in data.DATA: X, Y, Z = [data.DATA[i][color] for color in labels_xyz] if data is ti3_joined: # we need to adapt the measured values to D50 #print X, Y, Z, '->', X, Y, Z = colormath.adapt(X, Y, Z, wtpt_measured_norm, cat=cat) #print X, Y, Z Lab = XYZ2Lab(X, Y, Z) for j, color in enumerate(labels_Lab): data.DATA[i][color] = Lab[j] if data is ti3_ref and sim_intent == "a" and intent == "a": for i in data.DATA: # we need to adapt the reference values to D50 L, a, b = [data.DATA[i][color] for color in labels_Lab] X, Y, Z = colormath.Lab2XYZ(L, a, b, scale=100) #print X, Y, Z, '->', X, Y, Z = colormath.adapt(X, Y, Z, wtpt_profile_norm, cat=cat) #print X, Y, Z Lab = XYZ2Lab(X, Y, Z) for j, color in enumerate(labels_Lab): data.DATA[i][color] = Lab[j] # gather data for report instrument = self.comport_ctrl.GetStringSelection() measurement_mode = self.get_measurement_mode() mode = [] if measurement_mode: if "c" in measurement_mode: mode += [lang.getstr("measurement_mode.refresh")] elif "l" in measurement_mode: mode += [lang.getstr("measurement_mode.lcd")] if "p" in measurement_mode: mode += [lang.getstr("projector")] if "V" in measurement_mode: mode += [lang.getstr("measurement_mode.adaptive")] if "H" in measurement_mode: mode += [lang.getstr("measurement_mode.highres")] if mode: instrument += " (%s)" % "/".join(mode) ccmx = "None" if self.worker.instrument_can_use_ccxx(): ccmx = getcfg("colorimeter_correction_matrix_file").split(":", 1) if len(ccmx) > 1 and ccmx[1]: ccmxpath = ccmx[1] ccmx = os.path.basename(ccmx[1]) try: cgats = CGATS.CGATS(ccmxpath) except CGATS.CGATSError, exception: safe_print("%s:" % ccmxpath, exception) else: desc = safe_unicode(cgats.get_descriptor(), "UTF-8") # If the description is not the same as the 'sane' # filename, add the filename after the description # (max 31 chars) # See also colorimeter_correction_check_overwite, the # way the filename is processed must be the same if (re.sub(r"[\\/:*?\"<>|]+", "_", make_argyll_compatible_path(desc)) != os.path.splitext(ccmx)[0]): ccmx = "%s &lt;%s&gt;" % (desc, ellipsis(ccmx, 31, "m")) else: ccmx = "None" use_sim = getcfg("measurement_report.use_simulation_profile") use_sim_as_output = getcfg("measurement_report.use_simulation_profile_as_output") if not sim_profile and use_sim and use_sim_as_output: sim_profile = profile placeholders2data = {"${PLANCKIAN}": 'checked="checked"' if planckian else "", "${DISPLAY}": self.display_ctrl.GetStringSelection().replace(" " + lang.getstr("display.primary"), ""), "${INSTRUMENT}": instrument, "${CORRECTION_MATRIX}": ccmx, "${BLACKPOINT}": "%f %f %f" % (bkpt_measured if bkpt_measured else (-1, ) * 3), "${WHITEPOINT}": "%f %f %f" % wtpt_measured, "${WHITEPOINT_NORMALIZED}": "%f %f %f" % wtpt_measured_norm, "${PROFILE}": profile.getDescription(), "${PROFILE_WHITEPOINT}": "%f %f %f" % wtpt_profile, "${PROFILE_WHITEPOINT_NORMALIZED}": "%f %f %f" % wtpt_profile_norm, "${SIMULATION_PROFILE}": sim_profile.getDescription() if sim_profile else '', "${BT_1886_GAMMA}": str(getcfg("measurement_report.bt1886_gamma") if apply_bt1886 else 'null'), "${BT_1886_GAMMA_TYPE}": str(getcfg("measurement_report.bt1886_gamma_type") if apply_bt1886 else ''), "${WHITEPOINT_SIMULATION}": str(sim_intent == "a").lower(), "${WHITEPOINT_SIMULATION_RELATIVE}": str(sim_intent == "a" and intent == "r").lower(), "${DEVICELINK_PROFILE}": devlink.getDescription() if devlink else '', "${TESTCHART}": os.path.basename(chart.filename), "${ADAPTION}": str(cat), "${DATETIME}": strftime("%Y-%m-%d %H:%M:%S"), "${REF}": str(ti3_ref).decode(enc, "replace").replace('"', """), "${MEASURED}": str(ti3_joined).decode(enc, "replace").replace('"', """), "${CAL_ENTRYCOUNT}": str(cal_entrycount), "${CAL_RGBLEVELS}": repr(cal_rgblevels), "${GRAYSCALE}": repr(gray) if gray else 'null', "${REPORT_VERSION}": version} # create report try: report.create(save_path, placeholders2data, getcfg("report.pack_js")) except (IOError, OSError), exception: show_result_dialog(exception) else: # show report wx.CallAfter(launch_file, save_path) def load_cal(self, cal=None, silent=False): """ Load a calibration from a .cal file or ICC profile. Defaults to currently configured file if cal parameter is not given. """ if not cal: cal = getcfg("calibration.file") if cal: if check_set_argyll_bin(): if verbose >= 1: safe_print(lang.getstr("calibration.loading")) safe_print(cal) if self.install_cal(capture_output=True, cal=cal, skip_scripts=True, silent=silent, title=lang.getstr("calibration.load_from_cal_or_profile")) is True: self.lut_viewer_load_lut(profile=ICCP.ICCProfile(cal) if cal.lower().endswith(".icc") or cal.lower().endswith(".icm") else cal_to_fake_profile(cal)) if verbose >= 1 and silent: safe_print(lang.getstr("success")) return True if verbose >= 1: safe_print(lang.getstr("failure")) return False def reset_cal(self, event=None): """ Reset video card gamma table to linear """ if check_set_argyll_bin(): if verbose >= 1: safe_print(lang.getstr("calibration.resetting")) if self.install_cal(capture_output=True, cal=False, skip_scripts=True, silent=not (getcfg("dry_run") and event), title=lang.getstr("calibration.reset")) is True: profile = ICCP.ICCProfile() profile._data = "\0" * 128 profile._tags.desc = ICCP.TextDescriptionType("", "desc") profile._tags.vcgt = ICCP.VideoCardGammaTableType("", "vcgt") profile._tags.vcgt.update({ "channels": 3, "entryCount": 256, "entrySize": 1, "data": [range(0, 256), range(0, 256), range(0, 256)] }) profile.size = len(profile.data) profile.is_loaded = True self.lut_viewer_load_lut(profile=profile) if verbose >= 1: safe_print(lang.getstr("success")) return True if verbose >= 1 and not getcfg("dry_run"): safe_print(lang.getstr("failure")) return False def load_display_profile_cal(self, event=None): """ Load calibration (vcgt) from current display profile """ profile = get_display_profile() if check_set_argyll_bin(): if verbose >= 1: safe_print( lang.getstr("calibration.loading_from_display_profile")) if profile and profile.fileName: safe_print(profile.fileName) if self.install_cal(capture_output=True, cal=True, skip_scripts=True, silent=not (getcfg("dry_run") and event), title=lang.getstr("calibration.load_from_display_profile")) is True: self.lut_viewer_load_lut(profile=profile) if verbose >= 1: safe_print(lang.getstr("success")) return True if verbose >= 1 and not getcfg("dry_run"): safe_print(lang.getstr("failure")) return False def report_calibrated_handler(self, event): """ Report on calibrated display and exit """ self.setup_measurement(self.report) def report_uncalibrated_handler(self, event): """ Report on uncalibrated display and exit """ self.setup_measurement(self.report, False) def report(self, report_calibrated=True): if check_set_argyll_bin(): safe_print("-" * 80) if report_calibrated: progress_msg = lang.getstr("report.calibrated") else: progress_msg = lang.getstr("report.uncalibrated") safe_print(progress_msg) self.worker.interactive = False self.worker.start(self.result_consumer, self.worker.report, wkwargs={"report_calibrated": report_calibrated}, progress_msg=progress_msg, pauseable=True) def result_consumer(self, result): """ Generic result consumer. Shows the info window on success if enabled in the configuration or an info/warn/error dialog if result was an exception. """ if isinstance(result, Exception) and result: wx.CallAfter(show_result_dialog, result, self) elif getcfg("log.autoshow"): wx.CallAfter(self.infoframe_toggle_handler, show=True) self.worker.wrapup(False) self.Show() def calibrate_btn_handler(self, event): if sys.platform == "darwin" or debug: self.focus_handler(event) if not getcfg("profile.update") and (not getcfg("calibration.update") or is_profile()): update_profile = getcfg("calibration.update") and is_profile() if update_profile: msg = lang.getstr("calibration.update_profile_choice") ok = lang.getstr("profile.update") else: msg = lang.getstr("calibration.create_fast_matrix_shaper_choice") ok = lang.getstr("calibration.create_fast_matrix_shaper") dlg = ConfirmDialog(self, msg=msg, ok=ok, alt=lang.getstr("button.calibrate"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-question")) result = dlg.ShowModal() dlg.Destroy() if result == wx.ID_CANCEL: return if update_profile and result == wx.ID_OK: setcfg("profile.update", 1) else: result = None self.worker.dispcal_create_fast_matrix_shaper = result == wx.ID_OK self.update_profile_name_timer.Stop() if check_set_argyll_bin() and self.check_overwrite(".cal") and \ ((not getcfg("profile.update") and not self.worker.dispcal_create_fast_matrix_shaper) or self.check_overwrite(profile_ext)): self.setup_measurement(self.just_calibrate) else: self.update_profile_name_timer.Start(1000) def just_calibrate(self): """ Just calibrate, optionally creating a fast matrix shaper profile """ safe_print("-" * 80) safe_print(lang.getstr("button.calibrate")) if getcfg("calibration.interactive_display_adjustment") and \ not getcfg("calibration.update"): # Interactive adjustment, do not show progress dialog self.worker.interactive = True else: # No interactive adjustment, show progress dialog self.worker.interactive = False self.worker.start_calibration(self.just_calibrate_finish, remove=True, progress_msg=lang.getstr("calibration")) def just_calibrate_finish(self, result): start_timers = True if not isinstance(result, Exception) and result: wx.CallAfter(self.update_calibration_file_ctrl) if getcfg("log.autoshow"): wx.CallAfter(self.infoframe_toggle_handler, show=True) if getcfg("profile.update") or \ self.worker.dispcal_create_fast_matrix_shaper: start_timers = False wx.CallAfter(self.profile_finish, True, success_msg=lang.getstr("calibration.complete")) else: wx.CallAfter(self.load_cal, silent=True) wx.CallAfter(InfoDialog, self, msg=lang.getstr("calibration.complete"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information")) else: if isinstance(result, Exception): wx.CallAfter(show_result_dialog, result, self) if not getcfg("dry_run"): wx.CallAfter(InfoDialog, self, msg=lang.getstr("calibration.incomplete"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) self.Show(start_timers=start_timers) def setup_measurement(self, pending_function, *pending_function_args, **pending_function_kwargs): writecfg() if pending_function_kwargs.get("wrapup", True): self.worker.wrapup(False) if "wrapup" in pending_function_kwargs: del pending_function_kwargs["wrapup"] self.HideAll() self.set_pending_function(pending_function, *pending_function_args, **pending_function_kwargs) if (config.get_display_name() in ("Web", "Untethered", "madVR") or getcfg("dry_run")): self.call_pending_function() elif sys.platform in ("darwin", "win32") or isexe: self.measureframe.Show() else: wx.CallAfter(self.measureframe_subprocess) def measureframe_subprocess(self): args = u'"%s" -c "%s"' % (exe, "import sys;" "sys.path.insert(0, %r);" "import wxMeasureFrame;" "wxMeasureFrame.main();" "sys.exit(wxMeasureFrame.MeasureFrame.exitcode)" % pydir) if wx.Display.GetCount() == 1 and len(self.worker.display_rects) > 1: # Separate X screens, TwinView or similar display = wx.Display(0) geometry = display.Geometry union = wx.Rect() xy = [] for rect in self.worker.display_rects: if rect[:2] in xy or rect[2:] == geometry[2:]: # Overlapping x y coordinates or screen filling whole # reported geometry, so assume separate X screens union = None break xy.append(rect[:2]) union = union.Union(rect) if union == geometry: # Assume TwinView or similar where Argyll enumerates 1+n # displays but wx only 'sees' one that is the union of them pass else: # Assume separate X screens try: x_hostname, x_display, x_screen = util_x.get_display() except ValueError, exception: InfoDialog(self, msg=safe_unicode(exception), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) self.Show(start_timers=True) return args = "DISPLAY=%s:%s.%s %s" % (x_hostname, x_display, getcfg("display.number") - 1, args) returncode = -1 try: p = sp.Popen(args.encode(fs_enc), shell=True, stdin=sp.PIPE, stdout=sp.PIPE, stderr=sp.PIPE) except Exception, exception: stderr = safe_str(exception) else: stdout, stderr = p.communicate() returncode = p.returncode config.initcfg() self.get_set_display() if returncode != 255: self.Show(start_timers=True) self.restore_measurement_mode() self.restore_testchart() if stderr and stderr.strip(): InfoDialog(self, msg=safe_unicode(stderr.strip()), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error"), print_=True) else: self.call_pending_function() def get_set_display(self, update_ccmx_items=False): """ Get the currently configured display number, and set the display device selection """ if debug: safe_print("[D] get_set_display") if self.worker.displays: self.display_ctrl.SetSelection( min(max(0, len(self.worker.displays) - 1), max(0, getcfg("display.number") - 1))) self.display_ctrl_handler( CustomEvent(wx.EVT_CHOICE.evtType[0], self.display_ctrl), load_lut=False, update_ccmx_items=update_ccmx_items) def set_pending_function(self, pending_function, *pending_function_args, **pending_function_kwargs): self.pending_function = pending_function self.pending_function_args = pending_function_args self.pending_function_kwargs = pending_function_kwargs def call_pending_function(self): # Needed for proper display updates under GNOME writecfg() if sys.platform in ("darwin", "win32") or isexe: self.measureframe.Hide() if debug: safe_print("[D] Calling pending function with args:", self.pending_function_args) wx.CallLater(100, self.pending_function, *self.pending_function_args, **self.pending_function_kwargs) def calibrate_and_profile_btn_handler(self, event): """ Setup calibration and characterization measurements """ if sys.platform == "darwin" or debug: self.focus_handler(event) self.update_profile_name_timer.Stop() if check_set_argyll_bin() and self.check_overwrite(".cal") and \ self.check_overwrite(".ti3") and self.check_overwrite(profile_ext): self.setup_measurement(self.calibrate_and_profile) else: self.update_profile_name_timer.Start(1000) def calibrate_and_profile(self): """ Start calibration measurements """ safe_print("-" * 80) safe_print(lang.getstr("button.calibrate_and_profile").replace("&&", "&")) self.worker.dispcal_create_fast_matrix_shaper = False self.worker.dispread_after_dispcal = True if getcfg("calibration.interactive_display_adjustment") and \ not getcfg("calibration.update"): # Interactive adjustment, do not show progress dialog self.worker.interactive = True else: # No interactive adjustment, show progress dialog self.worker.interactive = False self.worker.start_calibration(self.calibrate_finish, progress_msg=lang.getstr("calibration"), continue_next=True) def calibrate_finish(self, result): """ Start characterization measurements """ self.worker.interactive = False if not isinstance(result, Exception) and result: wx.CallAfter(self.update_calibration_file_ctrl) self.worker.start_measurement(self.calibrate_and_profile_finish, apply_calibration=True, progress_msg=lang.getstr("measuring.characterization"), resume=True, continue_next=True) else: if isinstance(result, Exception): wx.CallAfter(show_result_dialog, result, self) if not getcfg("dry_run"): wx.CallAfter(InfoDialog, self, msg=lang.getstr("calibration.incomplete"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) self.Show() def calibrate_and_profile_finish(self, result): """ Build profile from characterization measurements """ start_timers = True if not isinstance(result, Exception) and result: result = self.check_copy_ti3() if not isinstance(result, Exception) and result: start_timers = False wx.CallAfter(self.start_profile_worker, lang.getstr("calibration_profiling.complete"), resume=True) else: if isinstance(result, Exception): wx.CallAfter(show_result_dialog, result, self) if not getcfg("dry_run"): wx.CallAfter(InfoDialog, self, msg=lang.getstr("profiling.incomplete"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) self.Show(start_timers=start_timers) def check_copy_ti3(self): result = self.measurement_file_check_confirm(parent=getattr(self.worker, "progress_wnd", self)) if isinstance(result, tuple): result = self.worker.wrapup(copy=True, remove=False, ext_filter=[".ti3"]) if isinstance(result, Exception) or not result: self.worker.stop_progress() return result def start_profile_worker(self, success_msg, resume=False): self.worker.interactive = False self.worker.start(self.profile_finish, self.worker.create_profile, ckwargs={"success_msg": success_msg, "failure_msg": lang.getstr( "profiling.incomplete")}, wkwargs={"tags": True}, progress_msg=lang.getstr("create_profile"), resume=resume) def gamap_btn_handler(self, event): if not hasattr(self, "gamapframe"): self.init_gamapframe() if self.gamapframe.IsShownOnScreen(): self.gamapframe.Raise() else: self.gamapframe.Center() self.gamapframe.SetPosition((-1, self.GetPosition()[1] + self.GetSize()[1] - self.gamapframe.GetSize()[1] - 100)) self.gamapframe.Show(not self.gamapframe.IsShownOnScreen()) def current_cal_choice(self): """ Prompt user to either keep or clear the current calibration, with option to embed or not embed Return None if the current calibration should be embedded Return False if no calibration should be embedded Return filename if a .cal file should be used Return wx.ID_CANCEL if whole operation should be cancelled """ if config.get_display_name() == "Untethered": return False cal = getcfg("calibration.file") if cal: filename, ext = os.path.splitext(cal) if ext.lower() in (".icc", ".icm"): self.worker.options_dispcal = [] try: profile = ICCP.ICCProfile(cal) except (IOError, ICCP.ICCProfileInvalidError), exception: InfoDialog(self, msg=lang.getstr("profile.invalid") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) self.update_profile_name_timer.Start(1000) return wx.ID_CANCEL else: # get dispcal options if present self.worker.options_dispcal = [ "-" + arg for arg in get_options_from_profile(profile)[0]] if os.path.isfile(filename + ".cal"): cal = filename + ".cal" else: cal = None if (self.worker.argyll_version < [1, 1, 0] or not self.worker.has_lut_access()): # If Argyll < 1.1, we cannot save the current VideoLUT to use it. # For web, there is no point in using the current VideoLUT as it # may not be from the display we render on (and we cannot save it # to begin with as there is no VideoLUT access). # So an existing .cal file or no calibration are the only options. can_use_current_cal = False else: can_use_current_cal = True if cal: msgstr = "dialog.cal_info" icon = "information" elif can_use_current_cal: msgstr = "dialog.current_cal_warning" icon = "warning" else: msgstr = "dialog.linear_cal_info" icon = "information" dlg = ConfirmDialog(self, msg=lang.getstr(msgstr, os.path.basename(cal) if cal else None), ok=lang.getstr("continue"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-%s" % icon)) border = 12 if can_use_current_cal or cal: dlg.reset_cal_ctrl = wx.CheckBox(dlg, -1, lang.getstr("calibration.use_linear_instead")) dlg.sizer3.Add(dlg.reset_cal_ctrl, flag=wx.TOP | wx.ALIGN_LEFT, border=border) border = 4 dlg.embed_cal_ctrl = wx.CheckBox(dlg, -1, lang.getstr("calibration.embed")) def embed_cal_ctrl_handler(event): embed_cal = dlg.embed_cal_ctrl.GetValue() dlg.reset_cal_ctrl.Enable(embed_cal) if not embed_cal: dlg.reset_cal_ctrl.SetValue(True) if can_use_current_cal or cal: dlg.embed_cal_ctrl.Bind(wx.EVT_CHECKBOX, embed_cal_ctrl_handler) dlg.embed_cal_ctrl.SetValue(bool(can_use_current_cal or cal)) dlg.sizer3.Add(dlg.embed_cal_ctrl, flag=wx.TOP | wx.ALIGN_LEFT, border=border) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() result = dlg.ShowModal() if can_use_current_cal or cal: reset_cal = dlg.reset_cal_ctrl.GetValue() embed_cal = dlg.embed_cal_ctrl.GetValue() dlg.Destroy() if result == wx.ID_CANCEL: self.update_profile_name_timer.Start(1000) return wx.ID_CANCEL if not embed_cal: if can_use_current_cal and reset_cal: self.reset_cal() return False elif not (can_use_current_cal or cal) or reset_cal: return get_data_path("linear.cal") elif cal: return cal def restore_measurement_mode(self): if getcfg("measurement_mode.backup", False): setcfg("measurement_mode", getcfg("measurement_mode.backup")) setcfg("measurement_mode.backup", None) self.update_measurement_mode() def restore_testchart(self): if getcfg("testchart.file.backup", False): self.set_testchart(getcfg("testchart.file.backup")) setcfg("testchart.file.backup", None) def measure_handler(self, event=None): if is_ccxx_testchart(): # Allow different location to store measurements path = None defaultPath = os.path.join(*get_verified_path("measurement.save_path")) dlg = wx.DirDialog(self, lang.getstr("measurement.set_save_path"), defaultPath=defaultPath) dlg.Center(wx.BOTH) if dlg.ShowModal() == wx.ID_OK: path = dlg.GetPath() dlg.Destroy() if path: if not waccess(path, os.W_OK): show_result_dialog(Error(lang.getstr("error.access_denied.write", path)), self) return setcfg("measurement.save_path", path) else: self.restore_measurement_mode() self.restore_testchart() return self.update_profile_name_timer.Stop() if check_set_argyll_bin() and self.check_overwrite(".ti3"): if is_ccxx_testchart(): # Reset calibration before measuring CCXX testchart self.reset_cal() apply_calibration = False else: apply_calibration = self.current_cal_choice() if apply_calibration != wx.ID_CANCEL: self.setup_measurement(self.just_measure, apply_calibration) else: self.restore_measurement_mode() self.restore_testchart() self.update_profile_name_timer.Start(1000) def profile_btn_handler(self, event): """ Setup characterization measurements """ if sys.platform == "darwin" or debug: self.focus_handler(event) self.update_profile_name_timer.Stop() if check_set_argyll_bin() and self.check_overwrite(".ti3") and \ self.check_overwrite(profile_ext): apply_calibration = self.current_cal_choice() if apply_calibration != wx.ID_CANCEL: self.setup_measurement(self.just_profile, apply_calibration) else: self.update_profile_name_timer.Start(1000) def just_measure(self, apply_calibration): safe_print("-" * 80) safe_print(lang.getstr("measure")) self.worker.dispread_after_dispcal = False self.worker.interactive = config.get_display_name() == "Untethered" setcfg("calibration.file.previous", None) self.worker.start_measurement(self.just_measure_finish, apply_calibration, progress_msg=lang.getstr("measuring.characterization"), continue_next=False) def just_measure_finish(self, result): if not isinstance(result, Exception) and result: result = self.check_copy_ti3() self.worker.wrapup(copy=False, remove=True) if isinstance(result, Exception) or not result: if isinstance(result, Exception): wx.CallAfter(show_result_dialog, result, self) elif is_ccxx_testchart(): try: cgats = CGATS.CGATS(os.path.join(getcfg("measurement.save_path"), getcfg("measurement.name.expanded"), getcfg("measurement.name.expanded")) + ".ti3") except Exception, exception: wx.CallAfter(show_result_dialog, exception, self) else: if cgats.queryv1("INSTRUMENT_TYPE_SPECTRAL") == "YES": setcfg("last_reference_ti3_path", cgats.filename) else: setcfg("last_colorimeter_ti3_path", cgats.filename) wx.CallAfter(self.create_colorimeter_correction_handler) else: wx.CallAfter(self.just_measure_show_result, os.path.join(getcfg("profile.save_path"), getcfg("profile.name.expanded"), getcfg("profile.name.expanded") + ".ti3")) self.Show(start_timers=True) if is_ccxx_testchart(): # Restore calibration after measuring CCXX testcahrt self.load_cal(silent=True) or self.load_display_profile_cal() self.restore_measurement_mode() self.restore_testchart() def just_measure_show_result(self, path): dlg = ConfirmDialog(self, msg=lang.getstr("measurements.complete"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-question")) if dlg.ShowModal() == wx.ID_OK: launch_file(os.path.dirname(path)) dlg.Destroy() def just_profile(self, apply_calibration): """ Start characterization measurements """ safe_print("-" * 80) safe_print(lang.getstr("button.profile")) self.worker.dispread_after_dispcal = False self.worker.interactive = config.get_display_name() == "Untethered" setcfg("calibration.file.previous", None) self.worker.start_measurement(self.just_profile_finish, apply_calibration, progress_msg=lang.getstr("measuring.characterization"), continue_next=config.get_display_name() != "Untethered") def just_profile_finish(self, result): """ Build profile from characterization measurements """ start_timers = True if not isinstance(result, Exception) and result: result = self.check_copy_ti3() if not isinstance(result, Exception) and result: start_timers = False wx.CallAfter(self.start_profile_worker, lang.getstr("profiling.complete"), resume=True) else: if isinstance(result, Exception): wx.CallAfter(show_result_dialog, result, self) if not getcfg("dry_run"): wx.CallAfter(InfoDialog, self, msg=lang.getstr("profiling.incomplete"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) self.Show(start_timers=start_timers) def profile_finish(self, result, profile_path=None, success_msg="", failure_msg="", preview=True, skip_scripts=False, allow_show_log=True): if not isinstance(result, Exception) and result: if getcfg("log.autoshow") and allow_show_log: self.infoframe_toggle_handler(show=True) if not getcfg("calibration.file.previous"): setcfg("calibration.file.previous", getcfg("calibration.file")) if profile_path: profile_save_path = os.path.splitext(profile_path)[0] else: profile_save_path = os.path.join( getcfg("profile.save_path"), getcfg("profile.name.expanded"), getcfg("profile.name.expanded")) profile_path = profile_save_path + profile_ext if not success_msg: success_msg = lang.getstr("dialog.install_profile", (os.path.basename(profile_path), self.display_ctrl.GetStringSelection())) self.cal = profile_path profile = None filename, ext = os.path.splitext(profile_path) extra = [] has_cal = False try: profile = ICCP.ICCProfile(profile_path) except (IOError, ICCP.ICCProfileInvalidError), exception: InfoDialog(self, msg=lang.getstr("profile.invalid") + "\n" + profile_path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) self.start_timers(True) setcfg("calibration.file.previous", None) return else: has_cal = "vcgt" in profile.tags if profile.profileClass != "mntr" or \ profile.colorSpace != "RGB": InfoDialog(self, msg=lang.getstr("profiling.complete"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information")) self.start_timers(True) setcfg("calibration.file.previous", None) return if getcfg("calibration.file") != profile_path: (options_dispcal, options_colprof) = get_options_from_profile(profile) if options_dispcal or options_colprof: cal = profile_save_path + ".cal" sel = self.calibration_file_ctrl.GetSelection() if options_dispcal and self.recent_cals[sel] == cal: self.recent_cals.remove(cal) self.calibration_file_ctrl.Delete(sel) if getcfg("settings.changed"): self.settings_discard_changes() if options_dispcal and options_colprof: self.load_cal_handler(None, path=profile_path, update_profile_name=False, silent=True, load_vcgt=False) else: setcfg("calibration.file", profile_path) self.update_controls(update_profile_name=False) if "meta" in profile.tags: for key in ("avg", "max", "rms"): try: dE = float(profile.tags.meta.getvalue("ACCURACY_dE76_%s" % key)) except (TypeError, ValueError): pass else: lstr = lang.getstr("profile.self_check") + ":" if not lstr in extra: extra.append(lstr) extra.append(u" %s %.2f" % (lang.getstr("profile.self_check.%s" % key), dE)) if extra: extra.append("") extra.append("") for key, name in (("srgb", "sRGB"), ("adobe-rgb", "Adobe RGB")): try: gamut_coverage = float(profile.tags.meta.getvalue("GAMUT_coverage(%s)" % key)) except (TypeError, ValueError): gamut_coverage = None if gamut_coverage: if not lang.getstr("gamut.coverage") + ":" in extra: if extra: extra.append("") extra.append(lang.getstr("gamut.coverage") + ":") extra.append(" %.1f%% %s" % (gamut_coverage * 100, name)) try: gamut_volume = float(profile.tags.meta.getvalue("GAMUT_volume")) except (TypeError, ValueError): gamut_volume = None if gamut_volume: gamut_volumes = {"srgb": ICCP.GAMUT_VOLUME_SRGB, "adobe-rgb": ICCP.GAMUT_VOLUME_ADOBERGB} for key, name in (("srgb", "sRGB"), ("adobe-rgb", "Adobe RGB")): if not lang.getstr("gamut.volume") + ":" in extra: if extra: extra.append("") extra.append(lang.getstr("gamut.volume") + ":") extra.append(" %.1f%% %s" % (gamut_volume * ICCP.GAMUT_VOLUME_SRGB / gamut_volumes[key] * 100, name)) if extra: extra = ",".join(extra).replace(":,", ":").replace(",,", "\n") success_msg = "\n\n".join([success_msg, extra]) # Always load calibration curves self.load_cal(cal=profile_path, silent=True) # Check profile metadata share_profile = None if not self.profile_share_get_meta_error(profile): share_profile = lang.getstr("profile.share") dlg = ConfirmDialog(self, msg=success_msg, title=lang.getstr("profile.install"), ok=lang.getstr("profile.install"), cancel=lang.getstr("profile.do_not_install"), bitmap=geticon(32, "dialog-information"), alt=share_profile, style=wx.CAPTION | wx.CLOSE_BOX | wx.FRAME_FLOAT_ON_PARENT) if share_profile: # Show share profile button dlg.Unbind(wx.EVT_BUTTON, dlg.alt) dlg.Bind(wx.EVT_BUTTON, self.profile_share_handler, id=dlg.alt.GetId()) if preview and has_cal: # Show calibration preview checkbox self.preview = wx.CheckBox(dlg, -1, lang.getstr("calibration.preview")) self.preview.SetValue(True) dlg.Bind(wx.EVT_CHECKBOX, self.preview_handler, id=self.preview.GetId()) dlg.sizer3.Add(self.preview, flag=wx.TOP | wx.ALIGN_LEFT, border=12) if LUTFrame and not ProfileInfoFrame: # Disabled, use profile information window instead self.show_lut = wx.CheckBox(dlg, -1, lang.getstr( "calibration.show_lut")) dlg.Bind(wx.EVT_CHECKBOX, self.show_lut_handler, id=self.show_lut.GetId()) dlg.sizer3.Add(self.show_lut, flag=wx.TOP | wx.ALIGN_LEFT, border=4) self.show_lut.SetValue(bool(getcfg("lut_viewer.show"))) if not getattr(self, "lut_viewer", None): self.init_lut_viewer(profile=profile, show=getcfg("lut_viewer.show")) if ext not in (".icc", ".icm") or \ getcfg("calibration.file") != profile_path: self.preview_handler(preview=True) else: dlg.sizer3.Add((0, 8)) self.show_profile_info = wx.CheckBox(dlg, -1, lang.getstr("profile.info.show")) dlg.Bind(wx.EVT_CHECKBOX, self.profile_info_handler, id=self.show_profile_info.GetId()) dlg.sizer3.Add(self.show_profile_info, flag=wx.TOP | wx.ALIGN_LEFT, border=4) if profile.ID == "\0" * 16: id = profile.calculateID(False) else: id = profile.ID if id in self.profile_info: self.show_profile_info.SetValue( self.profile_info[id].IsShownOnScreen()) if sys.platform != "darwin" or test: self.profile_load_on_login = wx.CheckBox(dlg, -1, lang.getstr("profile.load_on_login")) self.profile_load_on_login.SetValue( bool(getcfg("profile.load_on_login") or (sys.platform == "win32" and sys.getwindowsversion() >= (6, 1) and util_win.calibration_management_isenabled()))) dlg.Bind(wx.EVT_CHECKBOX, self.profile_load_on_login_handler, id=self.profile_load_on_login.GetId()) dlg.sizer3.Add(self.profile_load_on_login, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.sizer3.Add((1, 4)) if sys.platform == "win32" and sys.getwindowsversion() >= (6, 1): self.profile_load_by_os = wx.CheckBox(dlg, -1, lang.getstr("profile.load_on_login.handled_by_os")) self.profile_load_by_os.SetValue( bool(util_win.calibration_management_isenabled())) dlg.Bind(wx.EVT_CHECKBOX, self.profile_load_by_os_handler, id=self.profile_load_by_os.GetId()) dlg.sizer3.Add(self.profile_load_by_os, flag=wx.LEFT | wx.ALIGN_LEFT, border=16) dlg.sizer3.Add((1, 4)) self.profile_load_on_login_handler() if ((sys.platform == "darwin" or (sys.platform != "win32" and self.worker.argyll_version >= [1, 1, 0])) and (os.geteuid() == 0 or which("sudo"))) or \ (sys.platform == "win32" and sys.getwindowsversion() >= (6, ) and self.worker.argyll_version > [1, 1, 1] and is_superuser()) or test: # Linux, OSX or Vista and later # NOTE: System install scope is currently not implemented # correctly in dispwin 1.1.0, but a patch is trivial and # should be in the next version # 2010-06-18: Do not offer system install in dispcalGUI when # installing via GCM or oyranos FIXME: oyranos-monitor can't # be run via sudo self.install_profile_user = wx.RadioButton( dlg, -1, lang.getstr("profile.install_user"), style=wx.RB_GROUP) self.install_profile_user.SetValue( getcfg("profile.install_scope") == "u") dlg.Bind(wx.EVT_RADIOBUTTON, self.install_profile_scope_handler, id=self.install_profile_user.GetId()) dlg.sizer3.Add(self.install_profile_user, flag=wx.TOP | wx.ALIGN_LEFT, border=8) self.install_profile_systemwide = wx.RadioButton( dlg, -1, lang.getstr("profile.install_local_system")) self.install_profile_systemwide.SetValue( getcfg("profile.install_scope") == "l") dlg.Bind(wx.EVT_RADIOBUTTON, self.install_profile_scope_handler, id=self.install_profile_systemwide.GetId()) dlg.sizer3.Add(self.install_profile_systemwide, flag=wx.TOP | wx.ALIGN_LEFT, border=4) if sys.platform == "darwin" and \ os.path.isdir("/Network/Library/ColorSync/Profiles"): self.install_profile_network = wx.RadioButton( dlg, -1, lang.getstr("profile.install_network")) self.install_profile_network.SetValue( getcfg("profile.install_scope") == "n") dlg.Bind(wx.EVT_RADIOBUTTON, self.install_profile_scope_handler, id=self.install_profile_network.GetId()) dlg.sizer3.Add(self.install_profile_network, flag=wx.TOP | wx.ALIGN_LEFT, border=4) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() dlg.ok.SetDefault() self.Disable() dlg.profile = profile dlg.profile_path = profile_path dlg.skip_scripts = skip_scripts dlg.preview = preview dlg.OnCloseIntercept = self.profile_finish_close_handler self.modaldlg = dlg if sys.platform == "darwin": # FRAME_FLOAT_ON_PARENT does not work on Mac, # make sure we stay under our dialog self.Bind(wx.EVT_ACTIVATE, self.modaldlg_raise_handler) wx.CallAfter(dlg.Show) else: if isinstance(result, Exception): show_result_dialog(result, self) if getcfg("dry_run"): return InfoDialog(self, msg=failure_msg, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) if sys.platform == "darwin": # For some reason, the call to enable_menus() in Show() # sometimes isn't enough under Mac OS X (e.g. after calibrate & # profile) self.enable_menus() self.start_timers(True) setcfg("calibration.file.previous", None) def profile_finish_close_handler(self, event): if event.GetEventObject() == self.modaldlg: result = wx.ID_CANCEL else: result = event.GetId() if result == wx.ID_OK: if config.get_display_name() in ("Web", "Untethered", "madVR"): show_result_dialog(Info(lang.getstr("profile.install.virtual.unsupported")), parent=self.modaldlg) else: safe_print("-" * 80) safe_print(lang.getstr("profile.install")) result = self.worker.install_profile(profile_path=self.modaldlg.profile_path, skip_scripts=self.modaldlg.skip_scripts) if isinstance(result, Exception): show_result_dialog(result, parent=self.modaldlg) elif self.modaldlg.preview: if getcfg("calibration.file"): # Load LUT curves from last used .cal file self.load_cal(silent=True) else: # Load LUT curves from current display profile (if any, # and if it contains curves) self.load_display_profile_cal(None) self.Enable() if sys.platform == "darwin": # FRAME_FLOAT_ON_PARENT does not work on Mac, # unbind automatic lowering self.Unbind(wx.EVT_ACTIVATE, handler=self.modaldlg_raise_handler) self.Raise() self.modaldlg.Destroy() # The C part of modaldlg will not be gone instantly, so we must # dereference it before we can delete the python attribute self.modaldlg = None del self.modaldlg if sys.platform == "darwin": # For some reason, the call to enable_menus() in Show() # sometimes isn't enough under Mac OS X (e.g. after calibrate & # profile) self.enable_menus() self.start_timers(True) setcfg("calibration.file.previous", None) def profile_info_close_handler(self, event): if getattr(self, "show_profile_info", None): # If the profile install dialog is shown, just hide info window self.profile_info[event.GetEventObject().profileID].Hide() self.show_profile_info.SetValue(False) else: # Remove the frame from the hash table self.profile_info.pop(event.GetEventObject().profileID) # Closes the window event.Skip() def profile_info_handler(self, event): if event.GetEventObject() == getattr(self, "show_profile_info", None): # Use the profile that was requested to be installed profile = self.modaldlg.profile else: profile = self.select_profile(check_profile_class=False) if not profile: return if profile.ID == "\0" * 16: id = profile.calculateID(False) else: id = profile.ID show = (not getattr(self, "show_profile_info", None) or self.show_profile_info.GetValue()) if show: if not id in self.profile_info: # Create profile info window and store in hash table self.profile_info[id] = ProfileInfoFrame(None, -1) self.profile_info[id].Unbind(wx.EVT_CLOSE) self.profile_info[id].Bind(wx.EVT_CLOSE, self.profile_info_close_handler) if (not self.profile_info[id].profile or self.profile_info[id].profile.calculateID(False) != id): # Load profile if info window has no profile or ID is different self.profile_info[id].profileID = id self.profile_info[id].LoadProfile(profile) if self.profile_info.get(id): self.profile_info[id].Show(show) if show: self.profile_info[id].Raise() def modaldlg_raise_handler(self, event): """ Prevent modal dialog from being lowered (keep on top) """ self.modaldlg.Raise() def init_lut_viewer(self, event=None, profile=None, show=None): if debug: safe_print("[D] init_lut_viewer", profile.getDescription() if profile else None, "show:", show) if LUTFrame: if not getattr(self, "lut_viewer", None): self.lut_viewer = LUTFrame(None, -1) self.lut_viewer.client.worker = self.worker self.lut_viewer.Bind(wx.EVT_CLOSE, self.lut_viewer_close_handler, self.lut_viewer) if not profile and not hasattr(self, "current_cal"): path = getcfg("calibration.file") if path: name, ext = os.path.splitext(path) if ext.lower() in (".icc", ".icm"): try: profile = ICCP.ICCProfile(path) except (IOError, ICCP.ICCProfileInvalidError), \ exception: InfoDialog(self, msg=lang.getstr("profile.invalid") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return else: profile = cal_to_fake_profile(path) else: profile = get_display_profile() or False if show is None: show = not self.lut_viewer.IsShownOnScreen() if debug: safe_print("[D] init_lut_viewer (2)", profile.getDescription() if profile else None, "show:", show) self.show_lut_handler(profile=profile, show=show) def lut_viewer_load_lut(self, event=None, profile=None, force_draw=False): if debug: safe_print("[D] lut_viewer_load_lut", profile.getDescription() if profile else None, "force_draw:", force_draw) if LUTFrame: self.current_cal = profile if getattr(self, "lut_viewer", None) and \ (self.lut_viewer.IsShownOnScreen() or force_draw): self.lut_viewer.load_lut(profile) def show_lut_handler(self, event=None, profile=None, show=None): if debug: safe_print("[D] show_lut_handler", profile.getDescription() if profile else None, "show:", show) if show is None: show = bool((hasattr(self, "show_lut") and self.show_lut and self.show_lut.GetValue()) or (not hasattr(self, "show_lut") or not self.show_lut)) setcfg("lut_viewer.show", int(show)) if not profile and hasattr(self, "current_cal"): profile = self.current_cal if show: self.lut_viewer_load_lut(event, profile, force_draw=True) if getattr(self, "lut_viewer", None): self.menuitem_show_lut.Check(show) self.lut_viewer.Show(show) if show: self.lut_viewer.Raise() def lut_viewer_close_handler(self, event=None): setcfg("lut_viewer.show", 0) self.lut_viewer.Hide() self.menuitem_show_lut.Check(False) if hasattr(self, "show_lut") and self.show_lut: self.show_lut.SetValue(self.lut_viewer.IsShownOnScreen()) def show_advanced_calibration_options_handler(self, event=None): """ Show or hide advanced calibration settings """ show_advanced_calibration_options = bool(getcfg("show_advanced_calibration_options")) if event: show_advanced_calibration_options = not show_advanced_calibration_options setcfg("show_advanced_calibration_options", int(show_advanced_calibration_options)) self.calpanel.Freeze() self.menuitem_show_advanced_calibration_options.Check(show_advanced_calibration_options) for ctrl in (#self.black_luminance_label, #self.black_luminance_ctrl, #self.black_luminance_textctrl, #self.black_luminance_textctrl_label, #self.blacklevel_drift_compensation, self.trc_type_ctrl, self.ambient_viewcond_adjust_cb, self.ambient_viewcond_adjust_textctrl, self.ambient_viewcond_adjust_textctrl_label, self.ambient_viewcond_adjust_info, self.ambient_measure_btn, self.black_output_offset_label, self.black_output_offset_ctrl, self.black_output_offset_intctrl, self.black_output_offset_intctrl_label, self.black_point_correction_label, self.black_point_correction_auto_cb, self.black_point_rate_label, self.black_point_rate_ctrl, self.black_point_rate_floatctrl): if (ctrl is not self.trc_type_ctrl or self.trc_ctrl.GetSelection() == 0): ctrl.GetContainingSizer().Show(ctrl, show_advanced_calibration_options) self.black_point_correction_auto_handler() self.calpanel.Layout() self.calpanel.Refresh() self.calpanel.Thaw() self.update_scrollbars() def install_profile_scope_handler(self, event): if self.install_profile_systemwide.GetValue(): setcfg("profile.install_scope", "l") elif sys.platform == "darwin" and \ os.path.isdir("/Network/Library/ColorSync/Profiles") and \ self.install_profile_network.GetValue(): setcfg("profile.install_scope", "n") elif self.install_profile_user.GetValue(): setcfg("profile.install_scope", "u") def start_timers(self, wrapup=False): if wrapup: self.worker.wrapup(False) if not self.plugplay_timer.IsRunning(): self.plugplay_timer.Start(10000) if not self.update_profile_name_timer.IsRunning(): self.update_profile_name_timer.Start(1000) def stop_timers(self): self.plugplay_timer.Stop() self.update_profile_name_timer.Stop() def synthicc_create_handler(self, event): """ Assign and initialize the synthetic ICC creation window """ if not getattr(self, "synthiccframe", None): self.init_synthiccframe() if self.synthiccframe.IsShownOnScreen(): self.synthiccframe.Raise() else: self.synthiccframe.Show(not self.synthiccframe.IsShownOnScreen()) def colorimeter_correction_matrix_ctrl_handler(self, event): measurement_mode = getcfg("measurement_mode") if event.GetId() == self.colorimeter_correction_matrix_ctrl.GetId(): path = None ccmx = getcfg("colorimeter_correction_matrix_file").split(":", 1) if self.colorimeter_correction_matrix_ctrl.GetSelection() == 0: # Off ccmx = ["", ""] elif self.colorimeter_correction_matrix_ctrl.GetSelection() == 1: # Auto ccmx = ["AUTO", ""] else: path = self.ccmx_item_paths[ self.colorimeter_correction_matrix_ctrl.GetSelection() - 2] ccmx = ["", path] setcfg("colorimeter_correction_matrix_file", ":".join(ccmx)) self.update_colorimeter_correction_matrix_ctrl_items() else: path = None ccmx = getcfg("colorimeter_correction_matrix_file").split(":", 1) defaultDir, defaultFile = get_verified_path(None, ccmx.pop()) dlg = wx.FileDialog(self, lang.getstr("colorimeter_correction_matrix_file.choose"), defaultDir=defaultDir if defaultFile else config.get_argyll_data_dir(), defaultFile=defaultFile, wildcard=lang.getstr("filetype.ccmx") + "|*.ccmx;*.ccss", style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST) dlg.Center(wx.BOTH) if dlg.ShowModal() == wx.ID_OK: path = dlg.GetPath() dlg.Destroy() if path: if (getcfg("colorimeter_correction_matrix_file").split(":")[0] != "AUTO" or path not in self.ccmx_cached_paths): setcfg("colorimeter_correction_matrix_file", ":" + path) self.update_colorimeter_correction_matrix_ctrl_items(warn_on_mismatch=True) if measurement_mode != getcfg("measurement_mode"): # Check if black point correction should be turned on self.measurement_mode_ctrl_handler() def colorimeter_correction_web_handler(self, event): """ Check the web for cccmx or ccss files """ if self.worker.instrument_supports_ccss(): filetype = 'ccss,ccmx' else: filetype = 'ccmx' params = {'get': True, 'type': filetype, 'display': self.worker.get_display_name(False, True) or "Unknown", 'instrument': self.worker.get_instrument_name() or "Unknown"} self.worker.interactive = False self.worker.start(colorimeter_correction_web_check_choose, http_request, ckwargs={"parent": self}, wargs=(self, domain, "GET", "/colorimetercorrections/index.php", params), progress_msg=lang.getstr("colorimeter_correction.web_check"), stop_timers=False) def create_colorimeter_correction_handler(self, event=None): """ Create a CCSS or CCMX file from one or more .ti3 files Atleast one of the ti3 files must be a measured with a spectrometer. """ dlg = ConfirmDialog(self, msg=lang.getstr("colorimeter_correction.create.info"), ok=lang.getstr("colorimeter_correction.create"), cancel=lang.getstr("cancel"), alt=lang.getstr("measure.testchart"), bitmap=geticon(32, "dialog-information")) dlg.alt.Enable(bool(self.worker.displays) and bool(self.worker.instruments)) result = dlg.ShowModal() dlg.Destroy() if result == wx.ID_CANCEL: return elif result != wx.ID_OK: if not is_ccxx_testchart(): setcfg("testchart.file.backup", getcfg("testchart.file")) self.set_testchart(get_ccxx_testchart()) self.measure_handler() return ccxx = CGATS.CGATS(get_ccxx_testchart()) cgats_list = [] reference_ti3 = None colorimeter_ti3 = None spectral = False for n in (0, 1): path = None if reference_ti3: defaultDir, defaultFile = get_verified_path("last_colorimeter_ti3_path") msg = lang.getstr("measurement_file.choose.colorimeter") else: defaultDir, defaultFile = get_verified_path("last_reference_ti3_path") msg = lang.getstr("measurement_file.choose.reference") dlg = wx.FileDialog(self, msg, defaultDir=defaultDir, defaultFile=defaultFile, wildcard=lang.getstr("filetype.ti3") + "|*.ti3;*.icm;*.icc", style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST) dlg.Center(wx.BOTH) if dlg.ShowModal() == wx.ID_OK: path = dlg.GetPath() dlg.Destroy() if path: try: if os.path.splitext(path.lower())[1] in (".icm", ".icc"): profile = ICCP.ICCProfile(path) cgats = self.worker.ti1_lookup_to_ti3(ccxx, profile, pcs="x", intent="a")[1] cgats.add_keyword("DATA_SOURCE", profile.tags.get("meta", {}).get("DATA_source", {}).get("value", "").upper() or "Unknown") if cgats.DATA_SOURCE == "EDID": instrument = "EDID" else: targ = profile.tags.get("CIED", profile.tags.get("targ", "")) instrument = None if targ[0:4] == "CTI3": targ = CGATS.CGATS(targ) instrument = targ.queryv1("TARGET_INSTRUMENT") if not instrument: instrument = profile.tags.get("meta", {}).get("MEASUREMENT_device", {}).get("value", "Unknown") cgats.add_keyword("TARGET_INSTRUMENT", instrument) spectral = "YES" if instruments.get(get_canonical_instrument_name(cgats.TARGET_INSTRUMENT), {}).get("spectral", False) else "NO" cgats.add_keyword("INSTRUMENT_TYPE_SPECTRAL", spectral) cgats.ARGYLL_COLPROF_ARGS = CGATS.CGATS() cgats.ARGYLL_COLPROF_ARGS.key = "ARGYLL_COLPROF_ARGS" cgats.ARGYLL_COLPROF_ARGS.parent = cgats cgats.ARGYLL_COLPROF_ARGS.root = cgats cgats.ARGYLL_COLPROF_ARGS.type = "SECTION" display = profile.tags.get("meta", {}).get("EDID_model", {}).get("value", "").encode("UTF-7") manufacturer = profile.tags.get("meta", {}).get("EDID_manufacturer", {}).get("value", "").encode("UTF-7") cgats.ARGYLL_COLPROF_ARGS.add_data('-M "%s" -A "%s"' % (display, manufacturer)) cgats = CGATS.CGATS(str(cgats)) else: cgats = CGATS.CGATS(path) if not cgats.queryv1("DATA"): raise CGATS.CGATSError("Missing DATA") except Exception, exception: safe_print(exception) InfoDialog(self, msg=lang.getstr("error.measurement.file_invalid", path), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return else: cgats_list.append(cgats) # Check if measurement contains spectral values # Check if instrument type is spectral if (cgats.queryv1("SPECTRAL_BANDS") or cgats.queryv1("DATA_SOURCE") == "EDID"): if reference_ti3: # We already have a reference ti3 reference_ti3 = None break reference_ti3 = cgats setcfg("last_reference_ti3_path", path) if cgats.queryv1("SPECTRAL_BANDS"): spectral = True # Ask if user wants to create CCSS dlg = ConfirmDialog(self, msg=lang.getstr("create_ccss_or_ccmx"), ok=lang.getstr("CCSS"), cancel=lang.getstr("cancel"), alt=lang.getstr("CCMX"), bitmap=geticon(32, "dialog-information")) result = dlg.ShowModal() dlg.Destroy() if result == wx.ID_OK: break elif result == wx.ID_CANCEL: return elif cgats.queryv1("INSTRUMENT_TYPE_SPECTRAL") == "YES": if reference_ti3: # We already have a reference ti3 reference_ti3 = None break reference_ti3 = cgats setcfg("last_reference_ti3_path", path) elif cgats.queryv1("INSTRUMENT_TYPE_SPECTRAL") == "NO": if colorimeter_ti3: # We already have a colorimeter ti3 colorimeter_ti3 = None break colorimeter_ti3 = cgats setcfg("last_colorimeter_ti3_path", path) else: # User canceled dialog return # Check if atleast one file has been measured with a reference if not reference_ti3: InfoDialog(self, msg=lang.getstr("error.measurement.one_reference"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return if len(cgats_list) == 2: if not colorimeter_ti3: # If 2 files, check if atleast one file has NOT been measured # with a spectro (CCMX creation) InfoDialog(self, msg=lang.getstr("error.measurement.one_colorimeter"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return # Use only the device combinations from CCXX testchart reference_new = CGATS.CGATS("BEGIN_DATA\nEND_DATA") reference_new.DATA_FORMAT = reference_ti3.queryv1("DATA_FORMAT") colorimeter_new = CGATS.CGATS("BEGIN_DATA\nEND_DATA") colorimeter_new.DATA_FORMAT = colorimeter_ti3.queryv1("DATA_FORMAT") data_reference = reference_ti3.queryv1("DATA") data_colorimeter = colorimeter_ti3.queryv1("DATA") required = ccxx.queryv(("RGB_R", "RGB_G", "RGB_B")) devicecombination2name = {"RGB_R=100 RGB_G=100 RGB_B=100": "white", "RGB_R=100 RGB_G=0 RGB_B=0": "red", "RGB_R=0 RGB_G=100 RGB_B=0": "green", "RGB_R=0 RGB_G=0 RGB_B=100": "blue"} for i, values in required.iteritems(): patch = OrderedDict([("RGB_R", values[0]), ("RGB_G", values[1]), ("RGB_B", values[2])]) devicecombination = " ".join(["=".join([key, "%i" % value]) for key, value in patch.iteritems()]) name = devicecombination2name.get(devicecombination, devicecombination) item = data_reference.queryi1(patch) if item: reference_new.DATA.add_data(item) else: show_result_dialog(lang.getstr("error.testchart.missing_fields", (os.path.basename(reference_ti3.filename), lang.getstr(name)))) return item = data_colorimeter.queryi1(patch) if item: colorimeter_new.DATA.add_data(item) else: show_result_dialog(lang.getstr("error.testchart.missing_fields", (os.path.basename(colorimeter_ti3.filename), lang.getstr(name)))) return reference_ti3.queryi1("DATA").DATA = reference_new.DATA colorimeter_ti3.queryi1("DATA").DATA = colorimeter_new.DATA # If the reference comes from EDID, normalize luminance to Y=100 if reference_ti3.queryv1("DATA_SOURCE") == "EDID": white = colorimeter_ti3.queryi1("DATA").queryi1({"RGB_R": 100, "RGB_G": 100, "RGB_B": 100}) white = " ".join([str(v) for v in (white["XYZ_X"], white["XYZ_Y"], white["XYZ_Z"])]) colorimeter_ti3.queryi1("DATA").LUMINANCE_XYZ_CDM2 = white # Add display base ID if not colorimeter_ti3.queryv1("DISPLAY_TYPE_BASE_ID"): # c, l (most colorimeters) # R (ColorHug and Colorimétre HCFR) # F (ColorHug) # f (ColorMunki Smile) # g (DTP94) colorimeter_ti3[0].add_keyword("DISPLAY_TYPE_BASE_ID", {"c": 2, "l": 1, "R": 1, "F": 2, "f": 1, "g": 3}.get(getcfg("measurement_mode"), 1)) elif not spectral: # If 1 file, check if it contains spectral values (CCSS creation) InfoDialog(self, msg=lang.getstr("error.measurement.missing_spectral"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return else: description = self.worker.get_display_name(True) # Add display type for cgats in cgats_list: if not cgats.queryv1("DISPLAY_TYPE_REFRESH"): cgats[0].add_keyword("DISPLAY_TYPE_REFRESH", {"c": "YES", "l": "NO"}.get(getcfg("measurement_mode"), "NO")) options_dispcal, options_colprof = get_options_from_ti3(reference_ti3) display = None manufacturer = None manufacturer_display = None for option in options_colprof: if option.startswith("M"): display = option[1:].strip(' "') elif option.startswith("A"): manufacturer = option[1:].strip(' "') if manufacturer and display: manufacturer_display = " ".join([colord.quirk_manufacturer(manufacturer), display]) elif display: manufacturer_display = display if len(cgats_list) == 2: instrument = colorimeter_ti3.queryv1("TARGET_INSTRUMENT") if instrument: instrument = safe_unicode(instrument, "UTF-8") description = "%s & %s" % (instrument or self.worker.get_instrument_name(), manufacturer_display or self.worker.get_display_name(True)) target_instrument = reference_ti3.queryv1("TARGET_INSTRUMENT") if target_instrument: description = "%s (%s)" % (description, target_instrument) args = [] # Allow use to alter description, display and instrument dlg = ConfirmDialog( self, msg=lang.getstr("colorimeter_correction.create.details"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-question")) dlg.sizer3.Add(wx.StaticText(dlg, -1, lang.getstr("description")), 1, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.description_txt_ctrl = wx.TextCtrl(dlg, -1, description, size=(400, -1)) dlg.sizer3.Add(dlg.description_txt_ctrl, 1, flag=wx.TOP | wx.ALIGN_LEFT, border=4) if not display: dlg.sizer3.Add(wx.StaticText(dlg, -1, lang.getstr("display")), 1, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.display_txt_ctrl = wx.TextCtrl(dlg, -1, self.worker.get_display_name(True, True), size=(400, -1)) dlg.sizer3.Add(dlg.display_txt_ctrl, 1, flag=wx.TOP | wx.ALIGN_LEFT, border=4) if not manufacturer: dlg.sizer3.Add(wx.StaticText(dlg, -1, lang.getstr("display.manufacturer")), 1, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.manufacturer_txt_ctrl = wx.TextCtrl(dlg, -1, self.worker.get_display_edid().get("manufacturer", ""), size=(400, -1)) dlg.sizer3.Add(dlg.manufacturer_txt_ctrl, 1, flag=wx.TOP | wx.ALIGN_LEFT, border=4) dlg.sizer4 = wx.FlexGridSizer(2, 3, 0, 8) dlg.sizer4.AddGrowableCol(0, 1) dlg.sizer4.AddGrowableCol(1, 1) dlg.sizer4.AddGrowableCol(2, 1) dlg.sizer3.Add(dlg.sizer4, 1, flag=wx.EXPAND) dlg.sizer4.Add(wx.StaticText(dlg, -1, lang.getstr("display.tech")), 1, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.sizer4.Add(wx.StaticText(dlg, -1, lang.getstr("backlight")), 1, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.sizer4.Add(wx.StaticText(dlg, -1, lang.getstr("panel.type")), 1, flag=wx.TOP | wx.ALIGN_LEFT, border=12) # Display technology dlg.display_tech_ctrl = wx.Choice(dlg, -1, choices=["LCD", "CRT", "Plasma", "Projector"]) dlg.display_tech_ctrl.SetSelection(0) dlg.sizer4.Add(dlg.display_tech_ctrl, flag=wx.TOP | wx.ALIGN_LEFT | wx.EXPAND, border=4) def display_tech_handler(event): tech = dlg.display_tech_ctrl.GetStringSelection() illumination = dlg.illumination_ctrl.GetStringSelection() separate_illumination = ("LCD", "DLP", "LCoS") dlg.illumination_ctrl.Enable(tech in separate_illumination) if tech in ("DLP", "LCoS") and illumination == "CCFL": dlg.illumination_ctrl.SetStringSelection("UHP") dlg.panel_type_ctrl.Enable(tech == "LCD") dlg.Bind(wx.EVT_CHOICE, display_tech_handler, id=dlg.display_tech_ctrl.GetId()) # Display illumination/backlight dlg.illumination_ctrl = wx.Choice(dlg, -1, choices=["CCFL", "White LED", "RGB LED"]) dlg.illumination_ctrl.SetSelection(0) dlg.sizer4.Add(dlg.illumination_ctrl, flag=wx.TOP | wx.ALIGN_LEFT | wx.EXPAND, border=4) # Panel type dlg.panel_type_ctrl = wx.Choice(dlg, -1, choices=["IPS", "Wide Gamut IPS", "PVA", "Wide Gamut PVA", "TN"]) dlg.panel_type_ctrl.SetSelection(1) dlg.sizer4.Add(dlg.panel_type_ctrl, flag=wx.TOP | wx.ALIGN_LEFT | wx.EXPAND, border=4) dlg.description_txt_ctrl.SetFocus() dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() dlg.Center() result = dlg.ShowModal() args += ["-E", safe_str(dlg.description_txt_ctrl.GetValue().strip(), "UTF-8")] if not display: display = dlg.display_txt_ctrl.GetValue() args += ["-I", safe_str(display.strip(), "UTF-8")] tech = [] for ctrl in (dlg.display_tech_ctrl, dlg.illumination_ctrl, dlg.panel_type_ctrl): if ctrl.IsEnabled() and ctrl.GetStringSelection(): tech.append(ctrl.GetStringSelection()) if reference_ti3 and not colorimeter_ti3: args += ["-T", safe_str(" ".join(tech), "UTF-8")] if result != wx.ID_OK: return # Prepare our files cwd = self.worker.create_tempdir() ti3_tmp_names = [] if reference_ti3: reference_ti3.write(os.path.join(cwd, 'reference.ti3')) ti3_tmp_names.append('reference.ti3') if colorimeter_ti3: # Create CCMX colorimeter_ti3.write(os.path.join(cwd, 'colorimeter.ti3')) ti3_tmp_names.append('colorimeter.ti3') name = "correction" ext = ".ccmx" else: # Create CCSS args.append("-S") name = "calibration" ext = ".ccss" args.append("-f") args.append(",".join(ti3_tmp_names)) args.append(name + ext) result = self.worker.create_ccxx(args, cwd) source = os.path.join(self.worker.tempdir, name + ext) if isinstance(result, Exception): show_result_dialog(result, self) elif result and os.path.isfile(source): # Important: Do not use parsed CGATS, order of keywords may be # different than raw data so MD5 will be different try: cgatsfile = open(source, "rb") except Exception, exception: show_result_dialog(exception, self) self.worker.wrapup(False) return cgats = universal_newlines(cgatsfile.read()) cgatsfile.close() if (reference_ti3[0].get("TARGET_INSTRUMENT") and not re.search('\nREFERENCE\s+".+?"\n', cgats)): # By default, CCSS files don't contain reference instrument cgats = re.sub('(\nKEYWORD\s+"DISPLAY"\n)', '\nKEYWORD "REFERENCE"\nREFERENCE "%s"\\1' % reference_ti3[0].get("TARGET_INSTRUMENT"), cgats) if not re.search('\nTECHNOLOGY\s+".+?"\n', cgats): # By default, CCMX files don't contain technology string cgats = re.sub('(\nKEYWORD\s+"DISPLAY"\n)', '\nKEYWORD "TECHNOLOGY"\nTECHNOLOGY "%s"\\1' % safe_str(" ".join(tech), "UTF-8"), cgats) manufacturer_id = None if not manufacturer: manufacturer = dlg.manufacturer_txt_ctrl.GetValue() if manufacturer: if not pnpidcache: # Populate pnpidcache get_manufacturer_name("???") manufacturers = dict([name, id] for id, name in pnpidcache.iteritems()) manufacturer_id = manufacturers.get(manufacturer) if manufacturer_id and not re.search('\nMANUFACTURER_ID\s+".+?"\n', cgats): # By default, CCMX/CCSS files don't contain manufacturer ID cgats = re.sub('(\nKEYWORD\s+"DISPLAY"\n)', '\nKEYWORD "MANUFACTURER_ID"\nMANUFACTURER_ID "%s"\\1' % safe_str(manufacturer_id, "UTF-8"), cgats) if manufacturer and not re.search('\nMANUFACTURER\s+".+?"\n', cgats): # By default, CCMX/CCSS files don't contain manufacturer cgats = re.sub('(\nKEYWORD\s+"DISPLAY"\n)', '\nKEYWORD "MANUFACTURER"\nMANUFACTURER "%s"\\1' % safe_str(manufacturer, "UTF-8"), cgats) result = check_create_dir(config.get_argyll_data_dir()) if isinstance(result, Exception): show_result_dialog(result, self) return if (colorimeter_correction_check_overwrite(self, cgats)): self.upload_colorimeter_correction(cgats) elif result is not None: InfoDialog(self, msg=lang.getstr("colorimeter_correction.create.failure") + "\n" + "\n".join(self.worker.errors), ok=lang.getstr("cancel"), bitmap=geticon(32, "dialog-error")) self.worker.wrapup(False) def upload_colorimeter_correction(self, cgats): """ Ask the user if he wants to upload a colorimeter correction to the online database. Upload the file. """ dlg = ConfirmDialog(self, msg=lang.getstr("colorimeter_correction.upload.confirm"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-information")) result = dlg.ShowModal() dlg.Destroy() if result == wx.ID_OK: params = {"cgats": cgats} # Upload correction self.worker.interactive = False self.worker.start(lambda result: result, upload_colorimeter_correction, wargs=(self, params), progress_msg=lang.getstr("colorimeter_correction.upload"), stop_timers=False) def upload_colorimeter_correction_handler(self, event): """ Let user choose a ccss/ccmx file to upload """ path = None defaultDir, defaultFile = get_verified_path("last_filedialog_path") dlg = wx.FileDialog(self, lang.getstr("colorimeter_correction_matrix_file.choose"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard=lang.getstr("filetype.ccmx") + "|*.ccmx;*.ccss", style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST) dlg.Center(wx.BOTH) if dlg.ShowModal() == wx.ID_OK: path = dlg.GetPath() dlg.Destroy() if path: setcfg("last_filedialog_path", path) # Important: Do not use parsed CGATS, order of keywords may be # different than raw data so MD5 will be different cgatsfile = open(path, "rb") cgats = cgatsfile.read() cgatsfile.close() originator = re.search('\nORIGINATOR\s+"Argyll', cgats) if not originator: InfoDialog(self, msg=lang.getstr("colorimeter_correction.upload.deny"), ok=lang.getstr("cancel"), bitmap=geticon(32, "dialog-error")) else: self.upload_colorimeter_correction(cgats) def comport_ctrl_handler(self, event=None): if debug and event: safe_print("[D] comport_ctrl_handler called for ID %s %s event " "type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) if self.comport_ctrl.GetSelection() > -1: setcfg("comport.number", self.comport_ctrl.GetSelection() + 1) self.update_measurement_modes() self.update_colorimeter_correction_matrix_ctrl() self.update_colorimeter_correction_matrix_ctrl_items() def import_colorimeter_correction_handler(self, event): """ Convert correction matrices from other profiling softwares to Argyll's CCMX or CCSS format (or to spyd4cal.bin in case of the Spyder4) Currently supported: iColor Display (native import to CCMX), i1 Profiler (import to CCSS via Argyll CMS 1.3.4) Spyder4 (import to spyd4cal.bin via Argyll CMS 1.3.6) """ dlg = ConfirmDialog(self, title=lang.getstr("colorimeter_correction.import"), msg=lang.getstr("colorimeter_correction.import.auto_manual"), ok=lang.getstr("auto"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-question"), alt=lang.getstr("file.select")) choice = dlg.ShowModal() if choice == wx.ID_CANCEL: return result = None i1d3 = False i1d3ccss = get_argyll_util("i1d3ccss") if i1d3ccss and choice == wx.ID_OK: # Automatically import X-Rite .edr files result = self.worker.import_edr() if not isinstance(result, Exception): i1d3 = result spyd4 = False spyd4en = get_argyll_util("spyd4en") if spyd4en and choice == wx.ID_OK: # Automatically import Spyder4 calibrations result = self.worker.import_spyd4cal() if not isinstance(result, Exception): spyd4 = result # Import iColorDisplay device corrections or let the user choose defaultDir = "" defaultFile = "" path = None # Look for iColorDisplay if sys.platform == "win32": defaultDir = os.path.join(getenvu("PROGRAMFILES", ""), "Quato", "iColorDisplay") elif sys.platform == "darwin": paths = glob.glob(os.path.join(os.path.sep, "Applications", "iColorDisplay*.app")) paths += glob.glob(os.path.join(os.path.sep, "Volumes", "iColorDisplay*", "iColorDisplay*.app")) if paths: defaultDir = paths[-1] if defaultDir and os.path.isdir(defaultDir): # iColorDisplay found defaultFile = "DeviceCorrections.txt" elif i1d3ccss and not i1d3: # Look for *.edr files if sys.platform == "win32": defaultDir = os.path.join(getenvu("PROGRAMFILES", ""), "X-Rite", "Devices", "i1d3", "Calibrations") elif sys.platform == "darwin": paths = glob.glob(os.path.join(os.path.sep, "Library", "Application Support", "X-Rite", "Devices", "i1d3xrdevice", "Contents", "Resources", "Calibrations")) paths += glob.glob(os.path.join(os.path.sep, "Volumes", "i1Profiler")) paths += glob.glob(os.path.join(os.path.sep, "Volumes", "ColorMunki Display")) if paths: defaultDir = paths[-1] elif spyd4en and not spyd4: # Look for dccmtr.dll if sys.platform == "win32": paths = glob.glob(os.path.join(getenvu("PROGRAMFILES", ""), "Datacolor", "Spyder4*", "dccmtr.dll")) elif sys.platform == "darwin": # Look for setup.exe on CD-ROM paths = glob.glob(os.path.join(os.path.sep, "Volumes", "Datacolor", "Data", "setup.exe")) paths += glob.glob(os.path.join(os.path.sep, "Volumes", "Datacolor_ISO", "Data", "setup.exe")) if paths: defaultDir, defaultFile = os.path.split(paths[-1]) if defaultDir and os.path.isdir(defaultDir): if choice == wx.ID_OK: path = os.path.join(defaultDir, defaultFile) if (not path or not os.path.isfile(path)) and not (i1d3 or spyd4): dlg = wx.FileDialog(self, lang.getstr("colorimeter_correction.import.choose"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard=lang.getstr("filetype.any") + "|*.edr;*.exe;*.txt", style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST) dlg.Center(wx.BOTH) if dlg.ShowModal() == wx.ID_OK: path = dlg.GetPath() dlg.Destroy() icd = False if path and os.path.exists(path): type = None if path.lower().endswith(".txt"): type = ".txt" else: icolordisplay = "icolordisplay" in os.path.basename(path).lower() if path.lower().endswith(".dmg"): if icolordisplay: # TODO: We have a iColorDisplay disk image, # try mounting it pass elif i1d3ccss and path.lower().endswith(".edr"): type = "xrite" elif path.lower().endswith(".exe"): if icolordisplay: # TODO: We have a iColorDisplay installer, # try opening it as lzma archive pass elif i1d3ccss and ("colormunki" in os.path.basename(path).lower() or "i1profiler" in os.path.basename(path).lower()): # Assume X-Rite installer type = "xrite" elif spyd4en and "spyder4" in os.path.basename(path).lower(): # Assume Spyder4 type = "spyder4" if type == ".txt": if not getcfg("dry_run"): # Assume iColorDisplay DeviceCorrections.txt ccmx_dir = config.get_argyll_data_dir() if not os.path.exists(ccmx_dir): result = check_create_dir(ccmx_dir) if isinstance(result, Exception): show_result_dialog(result, self) return safe_print(lang.getstr("colorimeter_correction.import")) safe_print(path) try: ccmx.convert_devicecorrections_to_ccmx(path, ccmx_dir) except (OSError, UnicodeDecodeError, demjson.JSONDecodeError), exception: result = Error(lang.getstr("file.invalid")) else: result = icd = True elif type == "xrite": # Import .edr result = i1d3 = self.worker.import_edr([path]) elif type == "spyder4": # Import spyd4cal.bin result = spyd4 = self.worker.import_spyd4cal([path]) else: result = Error(lang.getstr("error.file_type_unsupported")) if isinstance(result, Exception): show_result_dialog(result, self) elif result: if spyd4en: self.update_measurement_modes() self.update_colorimeter_correction_matrix_ctrl_items(True) imported = [] if i1d3: imported.append("i1 Profiler/ColorMunki Display") if spyd4: imported.append("Spyder4") if icd: imported.append("iColor Display") InfoDialog(self, msg=lang.getstr("colorimeter_correction.import.success", "\n".join(imported)), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information")) elif result is not None: InfoDialog(self, msg=lang.getstr("colorimeter_correction.import.failure"), ok=lang.getstr("cancel"), bitmap=geticon(32, "dialog-error")) def display_ctrl_handler(self, event, load_lut=True, update_ccmx_items=True): if debug: safe_print("[D] display_ctrl_handler called for ID %s %s event " "type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) display_no = self.display_ctrl.GetSelection() profile = None if display_no > -1: setcfg("display.number", display_no + 1) if load_lut: profile = get_display_profile(display_no) self.profile_info_btn.Enable(bool(profile)) if self.display_lut_link_ctrl.IsShown(): self.display_lut_link_ctrl_handler(CustomEvent( wx.EVT_BUTTON.evtType[0], self.display_lut_link_ctrl), bool(int(getcfg("display_lut.link")))) if load_lut: if debug: safe_print("[D] display_ctrl_handler -> lut_viewer_load_lut", profile.getDescription() if profile else None) self.lut_viewer_load_lut(profile=profile) if debug: safe_print("[D] display_ctrl_handler -> lut_viewer_load_lut END") if config.get_display_name() == "madVR": if getcfg("calibration.use_video_lut.backup", False) is None: setcfg("calibration.use_video_lut.backup", getcfg("calibration.use_video_lut")) setcfg("calibration.use_video_lut", 0) elif getcfg("calibration.use_video_lut.backup", False): setcfg("calibration.use_video_lut", getcfg("calibration.use_video_lut.backup")) setcfg("calibration.use_video_lut.backup", None) if self.IsShownOnScreen(): self.update_menus() if (update_ccmx_items and getcfg("colorimeter_correction_matrix_file").split(":")[0] == "AUTO"): self.update_colorimeter_correction_matrix_ctrl_items() self.update_main_controls() if getattr(self, "reportframe", None): self.reportframe.update_main_controls() def display_lut_ctrl_handler(self, event): if debug: safe_print("[D] display_lut_ctrl_handler called for ID %s %s event " "type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) try: i = self.displays.index(self.display_lut_ctrl.GetStringSelection()) except ValueError: i = min(0, self.display_ctrl.GetSelection()) setcfg("display_lut.number", i + 1) def display_lut_link_ctrl_handler(self, event, link=None): if debug: safe_print("[D] display_lut_link_ctrl_handler called for ID %s %s " "event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) bitmap_link = geticon(16, "stock_lock") bitmap_unlink = geticon(16, "stock_lock-open") if link is None: link = not bool(int(getcfg("display_lut.link"))) link = (not len(self.worker.displays) or (link and self.worker.lut_access[max(min(len(self.worker.displays), getcfg("display.number")), 0) - 1])) lut_no = -1 if link: self.display_lut_link_ctrl.SetBitmapLabel(bitmap_link) try: lut_no = self.display_lut_ctrl.Items.index(self.display_ctrl.GetStringSelection()) except ValueError: pass else: self.display_lut_link_ctrl.SetBitmapLabel(bitmap_unlink) if lut_no < 0: try: lut_no = self.display_lut_ctrl.Items.index(self.display_ctrl.Items[getcfg("display_lut.number") - 1]) except (IndexError, ValueError): lut_no = min(0, self.display_ctrl.GetSelection()) self.display_lut_ctrl.SetSelection(lut_no) self.display_lut_ctrl.Enable(not link and self.display_lut_ctrl.GetCount() > 1) setcfg("display_lut.link", int(link)) try: i = self.displays.index(self.display_lut_ctrl.Items[lut_no]) except (IndexError, ValueError): i = min(0, self.display_ctrl.GetSelection()) setcfg("display_lut.number", i + 1) def measurement_mode_ctrl_handler(self, event=None): if debug: safe_print("[D] measurement_mode_ctrl_handler called for ID %s %s " "event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) v = self.get_measurement_mode() if v and "p" in v and self.worker.argyll_version < [1, 1, 0]: self.measurement_mode_ctrl.SetSelection( self.measurement_modes_ba[self.get_instrument_type()].get( defaults["measurement_mode"], 1)) v = None InfoDialog(self, msg=lang.getstr("projector_mode_unavailable"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information")) if v and "V" in v and self.worker.argyll_version < [1, 1, 0] or ( self.worker.argyll_version[0:3] == [1, 1, 0] and ( "Beta" in self.worker.argyll_version_string or "RC1" in self.worker.argyll_version_string or "RC2" in self.worker.argyll_version_string)): # adaptive emissive mode was added in RC3 self.measurement_mode_ctrl.SetSelection( self.measurement_modes_ba[self.get_instrument_type()].get( defaults["measurement_mode"], 1)) v = None InfoDialog(self, msg=lang.getstr("adaptive_mode_unavailable"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information")) cal_changed = v != getcfg("measurement_mode") and \ getcfg("calibration.file") not in self.presets if cal_changed: self.cal_changed() setcfg("measurement_mode", (strtr(v, {"V": "", "H": ""}) if v else None) or None) instrument_features = self.worker.get_instrument_features() if instrument_features.get("adaptive_mode"): setcfg("measurement_mode.adaptive", 1 if v and "V" in v else 0) if instrument_features.get("highres_mode"): setcfg("measurement_mode.highres", 1 if v and "H" in v else 0) if v and self.worker.get_instrument_name() == "ColorHug" and "p" in v: # ColorHug projector mode is just a correction matrix # Avoid setting ColorMunki projector mode v = v.replace("p", "") # ColorMunki projector mode is an actual special sensor dial position setcfg("measurement_mode.projector", 1 if v and "p" in v else None) self.update_colorimeter_correction_matrix_ctrl() if (v and (((not "c" in v or "p" in v) and float(self.get_black_point_correction()) > 0) or ("c" in v and float(self.get_black_point_correction()) == 0)) and getcfg("calibration.black_point_correction_choice.show") and not getcfg("calibration.black_point_correction.auto")): if "c" in v: ok = lang.getstr("calibration.turn_on_black_point_correction") else: ok = lang.getstr("calibration.turn_off_black_point_correction") title = "calibration.black_point_correction_choice_dialogtitle" msg = "calibration.black_point_correction_choice" cancel = "calibration.keep_black_point_correction" dlg = ConfirmDialog(self, title=lang.getstr(title), msg=lang.getstr(msg), ok=ok, cancel=lang.getstr(cancel), bitmap=geticon(32, "dialog-question")) chk = wx.CheckBox(dlg, -1, lang.getstr("dialog.do_not_show_again")) dlg.Bind(wx.EVT_CHECKBOX, self.black_point_correction_choice_dialog_handler, id=chk.GetId()) dlg.sizer3.Add(chk, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() result = dlg.ShowModal() dlg.Destroy() if result == wx.ID_OK: if "c" in v: bkpt_corr = 1.0 else: bkpt_corr = 0.0 if not cal_changed and \ bkpt_corr != getcfg("calibration.black_point_correction"): self.cal_changed() setcfg("calibration.black_point_correction", bkpt_corr) self.update_controls(update_profile_name=False) self.update_profile_name() def black_point_correction_choice_dialog_handler(self, event): setcfg("calibration.black_point_correction_choice.show", int(not event.GetEventObject().GetValue())) def profile_type_ctrl_handler(self, event): if debug: safe_print("[D] profile_type_ctrl_handler called for ID %s %s " "event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) v = self.get_profile_type() lut_type = v in ("l", "x", "X") self.gamap_btn.Enable(lut_type) self.low_quality_b2a_cb.SetValue(lut_type and getcfg("profile.quality.b2a") == "l") self.low_quality_b2a_cb.Enable(lut_type) self.profile_quality_ctrl.Enable(v not in ("g", "G")) if v in ("g", "G"): self.profile_quality_ctrl.SetValue(3) self.profile_quality_info.SetLabel( lang.getstr("calibration.quality.high")) if v != getcfg("profile.type"): self.profile_settings_changed() setcfg("profile.type", v) self.update_profile_name() self.set_default_testchart(force=True) self.check_testchart_patches_amount def check_testchart_patches_amount(self): """ Check if the selected testchart has at least the recommended amount of patches. Give user the choice to use the recommended amount if patch count is lower. """ recommended = {"G": 9, "g": 11, "l": 238, "lh": 124, "S": 36, "s": 36, "X": 238, "Xh": 124, "x": 238, "xh": 124} # lower quality actually needs *higher* patchcount while high quality # can get away with fewer patches and still improved result recommended = recommended.get(self.get_profile_type() + self.get_profile_quality(), recommended[self.get_profile_type()]) patches = int(self.testchart_patches_amount.GetLabel()) if recommended > patches and not is_ccxx_testchart(): self.profile_quality_ctrl.Disable() dlg = ConfirmDialog( self, msg=lang.getstr("profile.testchart_recommendation"), ok=lang.getstr("OK"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-question")) result = dlg.ShowModal() self.profile_quality_ctrl.Enable(not getcfg("profile.update") and self.get_profile_type() not in ("g", "G")) dlg.Destroy() if result == wx.ID_OK: testchart = self.testchart_defaults[self.get_profile_type()].get( self.get_profile_quality(), self.testchart_defaults[self.get_profile_type()][None]) self.set_testchart(get_data_path(os.path.join("ti1", testchart))) def measurement_file_check_auto_handler(self, event): if not getcfg("ti3.check_sanity.auto"): dlg = ConfirmDialog(self, msg=lang.getstr("measurement_file.check_sanity.auto.warning"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-warning"), log=False) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: self.menuitem_measurement_file_check_auto.Check(False) return setcfg("ti3.check_sanity.auto", int(self.menuitem_measurement_file_check_auto.IsChecked())) def measurement_file_check_handler(self, event): # select measurement data (ti3 or profile) path = None defaultDir, defaultFile = get_verified_path("last_ti3_path") dlg = wx.FileDialog(self, lang.getstr("measurement_file.choose"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard=lang.getstr("filetype.icc_ti3") + "|*.icc;*.icm;*.ti3", style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST) dlg.Center(wx.BOTH) result = dlg.ShowModal() if result == wx.ID_OK: path = dlg.GetPath() dlg.Destroy() if path: if not os.path.exists(path): show_result_dialog(Error(lang.getstr("file.missing", path)), self) return tags = OrderedDict() # Get filename and extension of file filename, ext = os.path.splitext(path) if ext.lower() != ".ti3": try: profile = ICCP.ICCProfile(path) except (IOError, ICCP.ICCProfileInvalidError), exception: show_result_dialog(Error(lang.getstr("profile.invalid") + "\n" + path), self) return if (profile.tags.get("CIED", "") or profile.tags.get("targ", ""))[0:4] != "CTI3": show_result_dialog(Error(lang.getstr("profile.no_embedded_ti3") + "\n" + path), self) return ti3 = StringIO(profile.tags.get("CIED", "") or profile.tags.get("targ", "")) else: profile = None try: ti3 = open(path, "rU") except Exception, exception: show_result_dialog(Error(lang.getstr("error.file.open", path)), self) return setcfg("last_ti3_path", path) ti3 = CGATS.CGATS(ti3) if self.measurement_file_check_confirm(ti3, True): if ti3.modified: if profile: # Regenerate the profile? dlg = ConfirmDialog(self, msg=lang.getstr("profile.confirm_regeneration"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-information")) dlg.Center() result = dlg.ShowModal() if result == wx.ID_OK: self.worker.wrapup(False) tmp_working_dir = self.worker.create_tempdir() if isinstance(tmp_working_dir, Exception): show_result_dialog(tmp_working_dir, self) return profile.tags.targ = ICCP.TextType("text\0\0\0\0" + str(ti3) + "\0", "targ") profile.tags.DevD = profile.tags.CIED = profile.tags.targ tmp_path = os.path.join(tmp_working_dir, os.path.basename(path)) profile.write(tmp_path) self.create_profile_handler(None, tmp_path, True) else: dlg = wx.FileDialog(self, lang.getstr("save_as"), os.path.dirname(path), os.path.basename(path), wildcard=lang.getstr("filetype.ti3") + "|*.ti3", style=wx.SAVE | wx.FD_OVERWRITE_PROMPT) dlg.Center(wx.BOTH) result = dlg.ShowModal() path = dlg.GetPath() dlg.Destroy() if result == wx.ID_OK: if not waccess(path, os.W_OK): show_result_dialog(Error(lang.getstr("error.access_denied.write", path)), self) return ti3.write(path) else: show_result_dialog(UnloggedInfo(lang.getstr("errors.none_found")), self) def measurement_file_check_confirm(self, ti3=None, force=False, parent=None): if not getcfg("ti3.check_sanity.auto") and not force: return True if not ti3: profile_save_path = self.worker.tempdir if profile_save_path and os.path.isdir(profile_save_path): profile_name = getcfg("profile.name.expanded") ti3 = os.path.join(profile_save_path, make_argyll_compatible_path(profile_name) + ".ti3") if not os.path.isfile(ti3): ti3 = None if not ti3: # Let the caller handle missing files return True if not isinstance(ti3, CGATS.CGATS): ti3 = CGATS.CGATS(ti3) try: ti3_1 = verify_ti1_rgb_xyz(ti3) except CGATS.CGATSError, exception: show_result_dialog(exception, self) return False suspicious = check_ti3(ti3_1) if not suspicious: return True self.Show(start_timers=False) dlg = MeasurementFileCheckSanityDialog(parent or self, ti3_1, suspicious, force) result = dlg.ShowModal() if result == wx.ID_OK: indexes = [] for index in xrange(dlg.grid.GetNumberRows()): if dlg.grid.GetCellValue(index, 0) == "": indexes.insert(0, index) data = ti3_1.queryv1("DATA") removed = [] for index in indexes: removed.insert(0, data.pop(dlg.suspicious_items[index])) for item in removed: safe_print("Removed patch #%i from TI3: %s" % (item.key, item)) for index, (RGB, XYZ) in dlg.mods.iteritems(): if index not in indexes: item = dlg.suspicious_items[index] oldRGB = [] for i, label in enumerate("RGB"): oldRGB.append(item["RGB_%s" % label]) if RGB != oldRGB: for i, label in enumerate("RGB"): item["RGB_%s" % label] = RGB[i] safe_print(u"Updated patch #%s in TI3: RGB %.4f %.4f %.4f \u2192 %.4f %.4f %.4f" % tuple([item.SAMPLE_ID] + oldRGB + RGB)) oldXYZ = [] for i, label in enumerate("XYZ"): oldXYZ.append(item["XYZ_%s" % label]) if XYZ != oldXYZ: for i, label in enumerate("XYZ"): item["XYZ_%s" % label] = XYZ[i] safe_print(u"Updated patch #%s in TI3: XYZ %.4f %.4f %.4f \u2192 %.4f %.4f %.4f" % tuple([item.SAMPLE_ID] + oldXYZ + XYZ)) dlg.Destroy() if result == wx.ID_CANCEL: return False elif result == wx.ID_OK: if ti3.modified: if ti3.filename and os.path.exists(ti3.filename) and not force: ti3.write() safe_print("Written updated TI3 to", ti3.filename) return removed, ti3 return True def profile_name_ctrl_handler(self, event): if debug: safe_print("[D] profile_name_ctrl_handler called for ID %s %s " "event type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) oldval = self.profile_name_textctrl.GetValue() if not self.check_profile_name() or len(oldval) > 255: wx.Bell() x = self.profile_name_textctrl.GetInsertionPoint() if oldval == "": newval = defaults.get("profile.name", "") else: newval = re.sub(r"[\\/:*?\"<>|]+", "", oldval)[:255] self.profile_name_textctrl.ChangeValue(newval) self.profile_name_textctrl.SetInsertionPoint(x - (len(oldval) - len(newval))) self.update_profile_name() def create_profile_name_btn_handler(self, event): self.update_profile_name() def profile_save_path_btn_handler(self, event): defaultPath = os.path.join(*get_verified_path("profile.save_path")) profile_name = getcfg("profile.name.expanded") dlg = wx.DirDialog(self, lang.getstr("dialog.set_profile_save_path", profile_name), defaultPath=defaultPath) dlg.Center(wx.BOTH) if dlg.ShowModal() == wx.ID_OK: path = dlg.GetPath() profile_save_dir = os.path.join(path, profile_name) if not os.path.isdir(profile_save_dir): try: os.makedirs(profile_save_dir) except: pass if not waccess(os.path.join(profile_save_dir, profile_name), os.W_OK): show_result_dialog(Error(lang.getstr("error.access_denied.write", path)), self) return try: os.rmdir(profile_save_dir) except: pass setcfg("profile.save_path", path) self.update_profile_name() dlg.Destroy() def profile_name_info_btn_handler(self, event): if not hasattr(self, "profile_name_tooltip_window"): self.profile_name_tooltip_window = TooltipWindow( self, msg=self.profile_name_info(), title=lang.getstr("profile.name"), bitmap=geticon(32, "dialog-information")) else: self.profile_name_tooltip_window.Show() self.profile_name_tooltip_window.Raise() def profile_name_info(self): info = ["%nn " + lang.getstr("computer.name"), "%dn " + lang.getstr("display"), "%dns " + lang.getstr("display_short"), "%dnw " + lang.getstr("display") + " (" + lang.getstr("windows_only") + ")", "%dnws " + lang.getstr("display_short") + " (" + lang.getstr("windows_only") + ")", "%ds " + lang.getstr("edid.serial") + " (" + lang.getstr("if_available") + ")", "%crc32 " + lang.getstr("edid.crc32") + " (" + lang.getstr("if_available") + ")", "%in " + lang.getstr("instrument"), "%im " + lang.getstr("measurement_mode"), "%wp " + lang.getstr("whitepoint"), "%cb " + lang.getstr("calibration.luminance"), "%cB " + lang.getstr("calibration.black_luminance"), "%cg " + lang.getstr("trc"), "%ca " + lang.getstr("calibration.ambient_viewcond_adjust"), "%cf " + lang.getstr("calibration.black_output_offset"), "%ck " + lang.getstr("calibration.black_point_correction")] if defaults["calibration.black_point_rate.enabled"]: info.append("%cA " + lang.getstr("calibration.black_point_rate")) info += ["%cq " + lang.getstr("calibration.speed"), "%pq " + lang.getstr("profile.quality"), "%pt " + lang.getstr("profile.type"), "%tpa " + lang.getstr("testchart.info")] return lang.getstr("profile.name.placeholders") + "\n\n" + \ "\n".join(info) def create_profile_handler(self, event, path=None, skip_ti3_check=False): """ Create profile from existing measurements """ if not check_set_argyll_bin(): return if path is None: selectedpaths = [] # select measurement data (ti3 or profile) defaultDir, defaultFile = get_verified_path("last_ti3_path") dlg = wx.FileDialog(self, lang.getstr("create_profile"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard=lang.getstr("filetype.icc_ti3") + "|*.icc;*.icm;*.ti3", style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST | wx.FD_MULTIPLE) dlg.Center(wx.BOTH) result = dlg.ShowModal() if result == wx.ID_OK: selectedpaths = dlg.GetPaths() dlg.Destroy() elif path: selectedpaths = [path] collected_ti3s = [] for path in selectedpaths: if not os.path.exists(path): InfoDialog(self, msg=lang.getstr("file.missing", path), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return tags = OrderedDict() # Get filename and extension of source file source_filename, source_ext = os.path.splitext(path) if source_ext.lower() != ".ti3": try: profile = ICCP.ICCProfile(path) except (IOError, ICCP.ICCProfileInvalidError), exception: InfoDialog(self, msg=lang.getstr("profile.invalid") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return if (profile.tags.get("CIED", "") or profile.tags.get("targ", ""))[0:4] != "CTI3": InfoDialog(self, msg=lang.getstr("profile.no_embedded_ti3") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return ti3 = StringIO(profile.tags.get("CIED", "") or profile.tags.get("targ", "")) # Preserve custom tags for tagname in ("mmod", "meta"): if tagname in profile.tags: tags[tagname] = profile.tags[tagname] else: try: ti3 = open(path, "rU") except Exception, exception: InfoDialog(self, msg=lang.getstr("error.file.open", path), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return ti3_lines = [line.strip() for line in ti3] ti3.close() if not "CAL" in ti3_lines: dlg = ConfirmDialog(self, msg=lang.getstr("dialog.ti3_no_cal_info"), ok=lang.getstr("continue"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-warning")) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: return collected_ti3s.append((path, ti3_lines)) if collected_ti3s: if len(collected_ti3s) > 1: source_filename = os.path.splitext(defaults["last_ti3_path"])[0] source_ext = ".ti3" path = collected_ti3s[0][0] is_tmp = False tmp_working_dir = self.worker.tempdir if tmp_working_dir: if sys.platform == "win32": if path.lower().startswith(tmp_working_dir.lower()): is_tmp = True elif path.startswith(tmp_working_dir): is_tmp = True if is_tmp: defaultDir, defaultFile = get_verified_path("last_ti3_path") else: defaultDir, defaultFile = os.path.split(path) setcfg("last_ti3_path", path) # let the user choose a location for the profile dlg = wx.FileDialog(self, lang.getstr("save_as"), defaultDir, os.path.basename(source_filename) + profile_ext, wildcard=lang.getstr("filetype.icc") + "|*" + profile_ext, style=wx.SAVE | wx.FD_OVERWRITE_PROMPT) dlg.Center(wx.BOTH) result = dlg.ShowModal() profile_save_path = os.path.split(dlg.GetPath()) profile_save_path = os.path.join(profile_save_path[0], make_argyll_compatible_path(profile_save_path[1])) dlg.Destroy() if result == wx.ID_OK: if not waccess(profile_save_path, os.W_OK): show_result_dialog(Error(lang.getstr("error.access_denied.write", profile_save_path)), self) return filename, ext = os.path.splitext(profile_save_path) if ext.lower() not in (".icc", ".icm"): profile_save_path += profile_ext if os.path.exists(profile_save_path): dlg = ConfirmDialog( self, msg=lang.getstr("dialog.confirm_overwrite", (profile_save_path)), ok=lang.getstr("overwrite"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-warning")) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: return setcfg("last_cal_or_icc_path", profile_save_path) setcfg("last_icc_path", profile_save_path) # get filename and extension of target file profile_name = os.path.basename( os.path.splitext(profile_save_path)[0]) # create temporary working dir tmp_working_dir = self.worker.create_tempdir() if isinstance(tmp_working_dir, Exception): self.worker.wrapup(False) show_result_dialog(tmp_working_dir, self) return # Copy ti3 to temp dir ti3_tmp_path = os.path.join(tmp_working_dir, make_argyll_compatible_path(profile_name + ".ti3")) if len(collected_ti3s) > 1: # Collect files for averaging collected_paths = [] for ti3_path, ti3_lines in collected_ti3s: collected_path = os.path.join(tmp_working_dir, os.path.basename(ti3_path)) with open(collected_path, "w") as ti3_file: ti3_file.write("\n".join(ti3_lines)) collected_paths.append(collected_path) # Average the TI3 files args = ["-v"] + collected_paths + [ti3_tmp_path] cmd = get_argyll_util("average") result = self.worker.exec_cmd(cmd, args, capture_output=True, skip_scripts=True) for collected_path in collected_paths: os.remove(collected_path) if isinstance(result, Exception) or not result: self.worker.wrapup(False) show_result_dialog(result or Error("\n".join(self.worker.errors)), self) return path = ti3_tmp_path self.worker.options_dispcal = [] self.worker.options_targen = [] display_name = None display_manufacturer = None try: if source_ext.lower() == ".ti3": if path != ti3_tmp_path: shutil.copyfile(path, ti3_tmp_path) else: # Binary mode because we want to avoid automatic # newlines conversion ti3 = open(ti3_tmp_path, "wb") ti3.write(profile.tags.get("CIED", "") or profile.tags.get("targ", "")) ti3.close() # Get dispcal options if present self.worker.options_dispcal = [ "-" + arg for arg in get_options_from_profile(profile)[0]] if "dmdd" in profile.tags: display_name = profile.getDeviceModelDescription() if "dmnd" in profile.tags: display_manufacturer = profile.getDeviceManufacturerDescription() if is_tmp and path != ti3_tmp_path: profile.close() os.remove(path) ti3 = CGATS.CGATS(ti3_tmp_path) if ti3.queryv1("COLOR_REP") and \ ti3.queryv1("COLOR_REP")[:3] == "RGB": self.worker.options_targen = ["-d3"] except Exception, exception: handle_error(u"Error - temporary .ti3 file could not be " u"created: " + safe_unicode(exception), parent=self) self.worker.wrapup(False) return setcfg("calibration.file.previous", None) safe_print("-" * 80) if (not skip_ti3_check and not self.measurement_file_check_confirm(ti3)): self.worker.wrapup(False) return # Run colprof self.worker.interactive = False self.worker.start( self.profile_finish, self.worker.create_profile, ckwargs={ "profile_path": profile_save_path, "failure_msg": lang.getstr( "error.profile.file_not_created")}, wkwargs={"dst_path": profile_save_path, "display_name": display_name, "display_manufacturer": display_manufacturer, "tags": tags}, progress_msg=lang.getstr("create_profile")) def create_profile_from_edid(self, event): edid = self.worker.get_display_edid() defaultFile = edid.get("monitor_name", edid.get("ascii", str(edid["product_id"]))) + profile_ext defaultDir = get_verified_path(None, os.path.join(getcfg("profile.save_path"), defaultFile))[0] # let the user choose a location for the profile dlg = wx.FileDialog(self, lang.getstr("save_as"), defaultDir, defaultFile, wildcard=lang.getstr("filetype.icc") + "|*" + profile_ext, style=wx.SAVE | wx.FD_OVERWRITE_PROMPT) dlg.Center(wx.BOTH) result = dlg.ShowModal() profile_save_path = os.path.split(dlg.GetPath()) profile_save_path = os.path.join(profile_save_path[0], make_argyll_compatible_path(profile_save_path[1])) dlg.Destroy() if result == wx.ID_OK: if not waccess(profile_save_path, os.W_OK): show_result_dialog(Error(lang.getstr("error.access_denied.write", profile_save_path)), self) return profile = ICCP.ICCProfile.from_edid(edid) try: profile.write(profile_save_path) except Exception, exception: InfoDialog(self, msg=safe_unicode(exception), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) else: if getcfg("profile.create_gamut_views"): safe_print("-" * 80) safe_print(lang.getstr("gamut.view.create")) self.worker.interactive = False self.worker.start(self.create_profile_from_edid_finish, self.worker.calculate_gamut, cargs=(profile, ), wargs=(profile_save_path, ), progress_msg=lang.getstr("gamut.view.create"), resume=False) else: self.create_profile_from_edid_finish(True, profile) def create_profile_from_edid_finish(self, result, profile): if isinstance(result, Exception): show_result_dialog(result, self) elif result: if isinstance(result, tuple): profile.set_gamut_metadata(result[0], result[1]) prefixes = profile.tags.meta.getvalue("prefix", "", None).split(",") # Set license profile.tags.meta["License"] = getcfg("profile.license") # Set device ID device_id = self.worker.get_device_id(quirk=True) if device_id: profile.tags.meta["MAPPING_device_id"] = device_id prefixes.append("MAPPING_") profile.tags.meta["prefix"] = ",".join(prefixes) profile.calculateID() safe_print("-" * 80) try: profile.write() except Exception, exception: show_result_dialog(exception, self) return self.profile_finish(True, profile.fileName) def create_profile_name(self): """ Replace placeholders in profile name with values from configuration """ profile_name = self.profile_name_textctrl.GetValue() # Computername if "%nn" in profile_name: profile_name = profile_name.replace("%nn", safe_unicode(platform.node()) or "\0") # Windows display name (EnumDisplayDevices / DeviceString) if "%dnws" in profile_name: display_win32_short = self.worker.get_display_name_short(False, False) profile_name = profile_name.replace("%dnws", display_win32_short or "\0") if "%dnw" in profile_name: display_win32 = self.worker.get_display_name(True, False) profile_name = profile_name.replace("%dnw", display_win32 or "\0") # EDID if "%ds" in profile_name or "%crc32" in profile_name: edid = self.worker.get_display_edid() # Serial if "%ds" in profile_name: serial = edid.get("serial_ascii", hex(edid.get("serial_32", 0))[2:]) if serial and serial not in ("0", "1010101", "fffffff"): profile_name = profile_name.replace("%ds", serial) else: profile_name = profile_name.replace("%ds", "\0") # CRC32 if "%crc32" in profile_name: if edid.get("edid"): profile_name = profile_name.replace("%crc32", "%X" % (crc32(edid["edid"]) & 0xFFFFFFFF)) else: profile_name = profile_name.replace("%crc32", "\0") # Display name if "%dns" in profile_name: display_short = self.worker.get_display_name_short(False, True) profile_name = profile_name.replace("%dns", display_short or "\0") if "%dn" in profile_name: display = self.worker.get_display_name(True, True) profile_name = profile_name.replace("%dn", display or "\0") # Instrument name if "%in" in profile_name: instrument = self.comport_ctrl.GetStringSelection() profile_name = profile_name.replace("%in", instrument or "\0") # Measurement mode if "%im" in profile_name: mode = "" measurement_mode = self.get_measurement_mode() if measurement_mode: if "c" in measurement_mode: mode += lang.getstr("measurement_mode.refresh") elif "l" in measurement_mode: mode += lang.getstr("measurement_mode.lcd") if "p" in measurement_mode: if mode: mode += "-" mode += lang.getstr("projector") if "V" in measurement_mode: if mode: mode += "-" mode += lang.getstr("measurement_mode.adaptive") if "H" in measurement_mode: if mode: mode += "-" mode += lang.getstr("measurement_mode.highres") else: mode += lang.getstr("default") profile_name = profile_name.replace("%im", mode) # Whitepoint if "%wp" in profile_name: whitepoint = self.get_whitepoint() whitepoint_locus = self.get_whitepoint_locus() if isinstance(whitepoint, str): if whitepoint.find(",") < 0: if whitepoint_locus == "t": whitepoint = "D" + whitepoint else: whitepoint += "K" else: whitepoint = "x ".join(whitepoint.split(",")) + "y" profile_name = profile_name.replace("%wp", whitepoint or "\0") # Luminance if "%cb" in profile_name: luminance = self.get_luminance() profile_name = profile_name.replace("%cb", "\0" if luminance is None else luminance + u"cdm²") # Black luminance if "%cB" in profile_name: black_luminance = self.get_black_luminance() profile_name = profile_name.replace("%cB", "\0" if black_luminance is None else black_luminance + u"cdm²") # TRC / black output offset if "%cg" in profile_name or "%cf" in profile_name: black_output_offset = self.get_black_output_offset() # TRC if "%cg" in profile_name: trc = self.get_trc() trc_type = self.get_trc_type() bt1886 = (trc == "2.4" and trc_type == "G" and black_output_offset == "0") if bt1886: trc = "Rec. 1886" elif trc not in ("l", "709", "s", "240"): if trc_type == "G": trc += " (%s)" % lang.getstr("trc.type.absolute").lower() else: trc = strtr(trc, {"l": "L", "709": "Rec. 709", "s": "sRGB", "240": "SMPTE240M"}) profile_name = profile_name.replace("%cg", trc) # Ambient adjustment if "%ca" in profile_name: ambient = self.get_ambient() profile_name = profile_name.replace("%ca", "\0" if ambient is None else ambient + "lx") # Black output offset if "%cf" in profile_name: f = int(float(black_output_offset) * 100) profile_name = profile_name.replace("%cf", "%i%%" % f) # Black point correction / rate if "%ck" in profile_name or "%cA" in profile_name: black_point_correction = self.get_black_point_correction() # Black point correction if "%ck" in profile_name: k = int(float(black_point_correction) * 100) profile_name = profile_name.replace("%ck", (str(k) + "% " if k > 0 and k < 100 else "") + (lang.getstr("neutral") if k > 0 else "\0").lower()) # Black point rate if "%cA" in profile_name: black_point_rate = self.get_black_point_rate() if black_point_rate and float(black_point_correction) < 1: profile_name = profile_name.replace("%cA", black_point_rate) else: profile_name = profile_name.replace("%cA", "\0") # Calibration / profile quality if "%cq" in profile_name or "%pq" in profile_name: calibration_quality = self.get_calibration_quality() profile_quality = getcfg("profile.quality") aspects = { "c": calibration_quality, "p": profile_quality } msgs = { "u": "VS", "h": "S", "m": "M", "l": "F", "v": "VF" } quality = {} if "%cq" in profile_name: quality["c"] = msgs[aspects["c"]] if "%pq" in profile_name: quality["p"] = msgs[aspects["p"]] if len(quality) == 2 and quality["c"] == quality["p"]: profile_name = re.sub("%cq\W*%pq", quality["c"], profile_name) for q in quality: profile_name = profile_name.replace("%%%sq" % q, quality[q]) # Profile type if "%pt" in profile_name: profile_type = { "G": "1xGamma+MTX", "g": "3xGamma+MTX", "l": "LabLUT", "S": "1xCurve+MTX", "s": "3xCurve+MTX", "X": "XYZLUT+MTX", "x": "XYZLUT" }.get(self.get_profile_type()) profile_name = profile_name.replace("%pt", profile_type or "\0") # Amount of test patches if "%tpa" in profile_name: profile_name = profile_name.replace("%tpa", self.testchart_patches_amount.GetLabel()) # Date / time directives = ( "a", "A", "b", "B", "d", "H", "I", "j", "m", "M", "p", "S", "U", "w", "W", "y", "Y" ) for directive in directives: if "%%%s" % directive in profile_name: try: profile_name = profile_name.replace("%%%s" % directive, strftime("%%%s" % directive)) except UnicodeDecodeError: pass # All whitespace to space profile_name = re.sub("\s", " ", profile_name) # Get rid of inserted NULL bytes # Try to keep spacing intact if "\0" in profile_name: profile_name = re.sub("^(\0[_\- ]?)+|([_\- ]?\0)+$", "", profile_name) # Surrounded by underscores while "_\0" in profile_name or "\0_" in profile_name: while re.search("_\0+_", profile_name): profile_name = re.sub("_\0+_", "_", profile_name) profile_name = re.sub("_\0+", "_", profile_name) profile_name = re.sub("\0+_", "_", profile_name) # Surrounded by dashes while "-\0" in profile_name or "\0-" in profile_name: while re.search("-\0+-", profile_name): profile_name = re.sub("-\0+-", "-", profile_name) profile_name = re.sub("-\0+", "-", profile_name) profile_name = re.sub("\0+-", "-", profile_name) # Surrounded by whitespace while " \0" in profile_name or "\0 " in profile_name: while re.search(" \0+ ", profile_name): profile_name = re.sub(" \0+ ", " ", profile_name) profile_name = re.sub(" \0+", " ", profile_name) profile_name = re.sub("\0+ ", " ", profile_name) profile_name = re.sub("\0+", "", profile_name) # Get rid of characters considered invalid for filenames and shorten # to a length of max 255 chars return re.sub(r"[\\/:*?\"<>|]+", "_", profile_name)[:255] def update_profile_name(self, event=None): profile_name = self.create_profile_name() if not self.check_profile_name(profile_name): self.profile_name_textctrl.ChangeValue(getcfg("profile.name")) profile_name = self.create_profile_name() if not self.check_profile_name(profile_name): self.profile_name_textctrl.ChangeValue( defaults.get("profile.name", "")) profile_name = self.create_profile_name() profile_name = make_argyll_compatible_path(profile_name) if profile_name != self.profile_name.GetLabel(): setcfg("profile.name", self.profile_name_textctrl.GetValue()) self.profile_name.SetToolTipString(profile_name) self.profile_name.SetLabel(profile_name.replace("&", "&&")) setcfg("profile.name.expanded", profile_name) def check_profile_name(self, profile_name=None): if re.match(re.compile(r"^[^\\/:*?\"<>|]+$"), profile_name if profile_name is not None else self.create_profile_name()): return True else: return False def get_ambient(self): if self.ambient_viewcond_adjust_cb.GetValue(): return str(stripzeros( self.ambient_viewcond_adjust_textctrl.GetValue().replace(",", "."))) return None def get_instrument_type(self): # Return the instrument type, "color" (colorimeter) or "spect" # (spectrometer) spect = self.worker.get_instrument_features().get("spectral", False) return "spect" if spect else "color" def get_measurement_mode(self): """ Return the measurement mode as string. Examples Argyll options -V -H (adaptive highres mode) Returned string 'VH' Argyll option -yl Returned string 'l' Argyll options -p -H (projector highres mode) Returned string 'pH' """ return self.measurement_modes_ab.get(self.get_instrument_type(), {}).get( self.measurement_mode_ctrl.GetSelection()) def get_profile_type(self): return self.profile_types_ab.get(self.profile_type_ctrl.GetSelection(), getcfg("profile.type")) def get_whitepoint(self): if self.whitepoint_ctrl.GetSelection() == 0: # Native return None elif self.whitepoint_ctrl.GetSelection() == 1: # Color temperature in kelvin return str(stripzeros( self.whitepoint_colortemp_textctrl.GetValue().replace(",", "."))) elif self.whitepoint_ctrl.GetSelection() == 2: x = self.whitepoint_x_textctrl.GetValue().replace(",", ".") try: x = round(float(x), 6) except ValueError: pass y = self.whitepoint_y_textctrl.GetValue().replace(",", ".") try: y = round(float(y), 6) except ValueError: pass return str(stripzeros(x)) + "," + str(stripzeros(y)) def get_whitepoint_locus(self): n = self.whitepoint_colortemp_locus_ctrl.GetSelection() if not n in self.whitepoint_colortemp_loci_ab: n = 0 return str(self.whitepoint_colortemp_loci_ab[n]) def get_luminance(self): if self.luminance_ctrl.GetSelection() == 0: return None else: return str(stripzeros( self.luminance_textctrl.GetValue().replace(",", "."))) def get_black_luminance(self): if self.black_luminance_ctrl.GetSelection() == 0: return None else: return str(stripzeros( self.black_luminance_textctrl.GetValue().replace(",", "."))) def get_black_output_offset(self): return str(Decimal(self.black_output_offset_ctrl.GetValue()) / 100) def get_black_point_correction(self): return str(Decimal(self.black_point_correction_ctrl.GetValue()) / 100) def get_black_point_rate(self): if defaults["calibration.black_point_rate.enabled"]: return str(self.black_point_rate_floatctrl.GetValue()) else: return None def get_trc_type(self): if ((self.trc_type_ctrl.GetSelection() == 1 and self.trc_ctrl.GetSelection() == 0) or self.trc_ctrl.GetSelection() == 3): return "G" else: return "g" def get_trc(self): if self.trc_ctrl.GetSelection() == 0: return str(stripzeros(self.trc_textctrl.GetValue().replace(",", "."))) elif self.trc_ctrl.GetSelection() == 1: return "l" elif self.trc_ctrl.GetSelection() == 2: return "709" elif self.trc_ctrl.GetSelection() == 3: # BT.1886 return "2.4" elif self.trc_ctrl.GetSelection() == 4: return "240" elif self.trc_ctrl.GetSelection() == 5: return "s" else: raise ValueError("Invalid TRC selection") def get_calibration_quality(self): return self.quality_ab[self.calibration_quality_ctrl.GetValue()] def get_profile_quality(self): return self.quality_ab[self.profile_quality_ctrl.GetValue() + 1] def profile_settings_changed(self): cal = getcfg("calibration.file") if cal: filename, ext = os.path.splitext(cal) if ext.lower() in (".icc", ".icm"): if not os.path.exists(filename + ".cal") and \ not cal in self.presets: self.cal_changed() return if not self.updatingctrls: setcfg("settings.changed", 1) if self.calibration_file_ctrl.GetStringSelection()[0] != "*": sel = self.calibration_file_ctrl.GetSelection() if sel > 0: items = self.calibration_file_ctrl.GetItems() items[sel] = "* " + items[sel] self.calibration_file_ctrl.Freeze() self.calibration_file_ctrl.SetItems(items) self.calibration_file_ctrl.SetSelection(sel) self.calibration_file_ctrl.Thaw() def testchart_ctrl_handler(self, event): if debug: safe_print("[D] testchart_ctrl_handler called for ID %s %s event " "type %s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) self.set_testchart(self.testcharts[self.testchart_ctrl.GetSelection()]) wx.CallAfter(self.check_testchart_patches_amount) def testchart_btn_handler(self, event, path=None): if path is None: defaultDir, defaultFile = get_verified_path("testchart.file") dlg = wx.FileDialog(self, lang.getstr("dialog.set_testchart"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard=lang.getstr("filetype.icc_ti1_ti3") + "|*.icc;*.icm;*.ti1;*.ti3", style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST) dlg.Center(wx.BOTH) result = dlg.ShowModal() if result == wx.ID_OK: path = dlg.GetPath() dlg.Destroy() if path: if not os.path.exists(path): InfoDialog(self, msg=lang.getstr("file.missing", path), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return filename, ext = os.path.splitext(path) if ext.lower() in (".icc", ".icm"): try: profile = ICCP.ICCProfile(path) except (IOError, ICCP.ICCProfileInvalidError), exception: InfoDialog(self, msg=lang.getstr("profile.invalid") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return ti3_lines = [line.strip() for line in StringIO(profile.tags.get("CIED", "") or profile.tags.get("targ", ""))] if not "CTI3" in ti3_lines: InfoDialog(self, msg=lang.getstr("profile.no_embedded_ti3") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return self.set_testchart(path) writecfg() self.profile_settings_changed() def create_testchart_btn_handler(self, event): if not hasattr(self, "tcframe"): self.init_tcframe() elif not hasattr(self.tcframe, "ti1") or \ getcfg("testchart.file") != self.tcframe.ti1.filename: self.tcframe.tc_load_cfg_from_ti1() setcfg("tc.show", 1) self.tcframe.Show() self.tcframe.Raise() return def init_tcframe(self): self.tcframe = TestchartEditor(self) def set_default_testchart(self, alert=True, force=False): path = getcfg("testchart.file") if os.path.basename(path) in self.dist_testchart_names: path = self.dist_testcharts[ self.dist_testchart_names.index(os.path.basename(path))] if debug: safe_print("[D] set_default_testchart testchart.file:", path) setcfg("testchart.file", path) if force or (lang.getstr(os.path.basename(path)) in [""] + self.default_testchart_names) or not os.path.isfile(path): if (not force and lang.getstr(os.path.basename(path)) in [""] + self.default_testchart_names): ti1 = os.path.basename(path) else: ti1 = self.testchart_defaults[self.get_profile_type()].get( self.get_profile_quality(), self.testchart_defaults[self.get_profile_type()][None]) path = get_data_path(os.path.join("ti1", ti1)) if not path or not os.path.isfile(path): if alert: InfoDialog(self, msg=lang.getstr("error.testchart.missing", ti1), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) elif verbose >= 1: safe_print(lang.getstr("error.testchart.missing", ti1)) return False else: self.set_testchart(path) return True return None def set_testcharts(self, path=None): idx = self.testchart_ctrl.GetSelection() self.testchart_ctrl.Freeze() self.testchart_ctrl.SetItems(self.get_testchart_names(path)) self.testchart_ctrl.SetSelection(idx) self.testchart_ctrl.Thaw() def set_testchart(self, path=None): if path is None: path = getcfg("testchart.file") result = check_file_isfile(path) if isinstance(result, Exception): show_result_dialog(result, self) self.set_default_testchart(force=True) return filename, ext = os.path.splitext(path) try: if ext.lower() in (".ti1", ".ti3"): if ext.lower() == ".ti3": ti1 = CGATS.CGATS(ti3_to_ti1(open(path, "rU"))) else: ti1 = CGATS.CGATS(path) else: # icc or icm profile profile = ICCP.ICCProfile(path) ti1 = CGATS.CGATS(ti3_to_ti1(profile.tags.get("CIED", "") or profile.tags.get("targ", ""))) try: ti1_1 = verify_ti1_rgb_xyz(ti1) except CGATS.CGATSError, exception: msg = {CGATS.CGATSKeyError: lang.getstr("error.testchart.missing_fields", (path, "RGB_R, RGB_G, RGB_B, " " XYZ_X, XYZ_Y, XYZ_Z"))}.get(exception.__class__, lang.getstr("error.testchart.invalid", path) + "\n" + lang.getstr(safe_str(exception))) InfoDialog(self, msg=msg, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) self.set_default_testchart(force=True) return if path != getcfg("calibration.file"): self.profile_settings_changed() if debug: safe_print("[D] set_testchart testchart.file:", path) setcfg("testchart.file", path) if path not in self.testcharts: self.set_testcharts(path) # The case-sensitive index could fail because of # case insensitive file systems, e.g. if the # stored filename string is # "C:\Users\Name\AppData\dispcalGUI\storage\MyFile" # but the actual filename is # "C:\Users\Name\AppData\dispcalGUI\storage\myfile" # (maybe because the user renamed the file) idx = index_fallback_ignorecase(self.testcharts, path) self.testchart_ctrl.SetSelection(idx) self.testchart_ctrl.SetToolTipString(path) if ti1.queryv1("COLOR_REP") and \ ti1.queryv1("COLOR_REP")[:3] == "RGB": self.worker.options_targen = ["-d3"] if self.testchart_ctrl.IsEnabled(): self.testchart_patches_amount.SetLabel( str(ti1.queryv1("NUMBER_OF_SETS"))) else: self.testchart_patches_amount.SetLabel("") except Exception, exception: error = traceback.format_exc() if debug else exception InfoDialog(self, msg=lang.getstr("error.testchart.read", path) + "\n\n" + safe_unicode(error), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) self.set_default_testchart(force=True) else: if hasattr(self, "tcframe") and \ self.tcframe.IsShownOnScreen() and \ (not hasattr(self.tcframe, "ti1") or getcfg("testchart.file") != self.tcframe.ti1.filename): self.tcframe.tc_load_cfg_from_ti1() if is_ccxx_testchart(): measurement_mode = None if (self.worker.get_instrument_name() == "ColorHug" and getcfg("measurement_mode") not in ("F", "R")): # Automatically set factory measurement mode if not already # factory or raw measurement mode measurement_mode = "F" elif (self.worker.get_instrument_name() == "ColorMunki Smile" and getcfg("measurement_mode") != "f"): # Automatically set LCD measurement mode if not already # LCD CCFL measurement mode measurement_mode = "f" elif (self.worker.get_instrument_name() == "Colorimtre HCFR" and getcfg("measurement_mode") != "R"): # Automatically set raw measurement mode if not already # raw measurement mode measurement_mode = "R" elif (self.worker.get_instrument_name() == "Spyder4" and getcfg("measurement_mode") not in ("l", "c")): # Automatically set LCD measurement mode if not already # LCD or refresh measurement mode measurement_mode = "l" if measurement_mode: setcfg("measurement_mode.backup", getcfg("measurement_mode")) setcfg("measurement_mode", measurement_mode) self.update_measurement_mode() else: self.restore_measurement_mode() self.update_colorimeter_correction_matrix_ctrl() if not self.updatingctrls: self.update_main_controls() def get_testchart_names(self, path=None): testchart_names = [] self.testcharts = [] if path is None: path = getcfg("testchart.file") if os.path.exists(path): testchart_dir = os.path.dirname(path) try: testcharts = listdir_re(testchart_dir, "\.(?:icc|icm|ti1|ti3)$") except Exception, exception: safe_print(u"Error - directory '%s' listing failed: %s" % tuple(safe_unicode(s) for s in (testchart_dir, exception))) else: for testchart_name in testcharts: if testchart_name not in testchart_names: testchart_names += [testchart_name] self.testcharts += [os.pathsep.join((testchart_name, testchart_dir))] default_testcharts = get_data_path("ti1", "\.(?:icc|icm|ti1|ti3)$") if isinstance(default_testcharts, list): for testchart in default_testcharts: testchart_dir = os.path.dirname(testchart) testchart_name = os.path.basename(testchart) if testchart_name not in testchart_names: testchart_names += [testchart_name] self.testcharts += [os.pathsep.join((testchart_name, testchart_dir))] self.testcharts = natsort(self.testcharts) self.testchart_names = [] i = 0 for chart in self.testcharts: chart = chart.split(os.pathsep) chart.reverse() self.testcharts[i] = os.path.join(*chart) self.testchart_names += [lang.getstr(chart[-1])] i += 1 return self.testchart_names def set_argyll_bin_handler(self, event): """ Set Argyll CMS binary executables directory """ if set_argyll_bin(): self.check_update_controls() or self.update_menus() if len(self.worker.displays): if getcfg("calibration.file"): # Load LUT curves from last used .cal file self.load_cal(silent=True) else: # Load LUT curves from current display profile (if any, # and if it contains curves) self.load_display_profile_cal(None) def check_update_controls(self, event=None, silent=False): """ Update controls and menuitems when changes in displays or instruments are detected. Return True if update was needed and carried out, False otherwise. """ argyll_bin_dir = self.worker.argyll_bin_dir argyll_version = list(self.worker.argyll_version) displays = list(self.worker.displays) comports = list(self.worker.instruments) if event: # Explicitly called from menu enumerate_ports = True else: # Use configured value enumerate_ports = getcfg("enumerate_ports.auto") if False: self.thread = delayedresult.startWorker(self.check_update_controls_consumer, self.worker.enumerate_displays_and_ports, cargs=(argyll_bin_dir, argyll_version, displays, comports), wargs=(silent, ), wkwargs={"enumerate_ports": enumerate_ports}) else: self.worker.enumerate_displays_and_ports(silent, enumerate_ports=enumerate_ports) return self.check_update_controls_consumer(True, argyll_bin_dir, argyll_version, displays, comports) def check_update_controls_consumer(self, result, argyll_bin_dir, argyll_version, displays, comports): if argyll_bin_dir != self.worker.argyll_bin_dir or \ argyll_version != self.worker.argyll_version: self.update_measurement_modes() if comports == self.worker.instruments: self.update_colorimeter_correction_matrix_ctrl() self.update_black_point_rate_ctrl() self.update_drift_compensation_ctrls() self.update_profile_type_ctrl() self.profile_type_ctrl.SetSelection( self.profile_types_ba.get(getcfg("profile.type"), self.profile_types_ba.get(defaults["profile.type"]))) if hasattr(self, "aboutdialog"): if self.aboutdialog.IsShownOnScreen(): self.aboutdialog_handler(None) if hasattr(self, "gamapframe"): visible = self.gamapframe.IsShownOnScreen() self.gamapframe.Close() self.gamapframe.Destroy() del self.gamapframe if visible: self.gamap_btn_handler(None) if getattr(self, "lut3dframe", None): visible = self.lut3dframe.IsShownOnScreen() self.lut3dframe.Close() self.lut3dframe.Destroy() del self.lut3dframe if visible: self.lut3d_create_handler(None) if getattr(self, "reportframe", None): visible = self.reportframe.IsShownOnScreen() self.reportframe.Close() self.reportframe.Destroy() del self.reportframe if visible: self.measurement_report_create_handler(None) if hasattr(self, "tcframe"): visible = self.tcframe.IsShownOnScreen() self.tcframe.tc_close_handler() self.tcframe.Destroy() del self.tcframe if visible: self.create_testchart_btn_handler(None) if displays != self.worker.displays: self.update_displays(update_ccmx_items=True) if verbose >= 1: safe_print(lang.getstr("display_detected")) if comports != self.worker.instruments: self.update_comports() if verbose >= 1: safe_print(lang.getstr("comport_detected")) if displays != self.worker.displays or \ comports != self.worker.instruments: if self.IsShownOnScreen(): self.update_menus() self.update_main_controls() return True return False def plugplay_timer_handler(self, event): if debug >= 9: safe_print("[D] plugplay_timer_handler") if (getcfg("enumerate_ports.auto") and not self.worker.is_working() and (not hasattr(self, "tcframe") or not self.tcframe.worker.is_working())): self.check_update_controls(silent=True) def load_cal_handler(self, event, path=None, update_profile_name=True, silent=False, load_vcgt=True): """ Load settings and calibration """ if not check_set_argyll_bin(): return if path is None: defaultDir, defaultFile = get_verified_path("last_cal_or_icc_path") dlg = wx.FileDialog(self, lang.getstr("dialog.load_cal"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard=lang.getstr("filetype.cal_icc") + "|*.cal;*.icc;*.icm", style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST) dlg.Center(wx.BOTH) if dlg.ShowModal() == wx.ID_OK: path = dlg.GetPath() dlg.Destroy() if path: if getcfg("settings.changed") and not self.settings_confirm_discard(): return if not os.path.exists(path): sel = self.calibration_file_ctrl.GetSelection() if len(self.recent_cals) > sel and \ self.recent_cals[sel] == path: self.recent_cals.remove(self.recent_cals[sel]) recent_cals = [] for recent_cal in self.recent_cals: if recent_cal not in self.presets: recent_cals += [recent_cal] setcfg("recent_cals", os.pathsep.join(recent_cals)) self.calibration_file_ctrl.Delete(sel) cal = getcfg("calibration.file") or "" if not cal in self.recent_cals: self.recent_cals.append(cal) # The case-sensitive index could fail because of # case insensitive file systems, e.g. if the # stored filename string is # "C:\Users\Name\AppData\dispcalGUI\storage\MyFile" # but the actual filename is # "C:\Users\Name\AppData\dispcalGUI\storage\myfile" # (maybe because the user renamed the file) idx = index_fallback_ignorecase(self.recent_cals, cal) self.calibration_file_ctrl.SetSelection(idx) InfoDialog(self, msg=lang.getstr("file.missing", path), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return filename, ext = os.path.splitext(path) if ext.lower() in (".icc", ".icm"): try: profile = ICCP.ICCProfile(path) except (IOError, ICCP.ICCProfileInvalidError), exception: InfoDialog(self, msg=lang.getstr("profile.invalid") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return if profile.profileClass != "mntr" or \ profile.colorSpace != "RGB": InfoDialog(self, msg=lang.getstr("profile.unsupported", (profile.profileClass, profile.colorSpace)) + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return cal = StringIO(profile.tags.get("CIED", "") or profile.tags.get("targ", "")) else: try: cal = open(path, "rU") except Exception, exception: InfoDialog(self, msg=lang.getstr("error.file.open", path), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return ti3_lines = [line.strip() for line in cal] cal.close() setcfg("last_cal_or_icc_path", path) update_ccmx_items = True if ext.lower() in (".icc", ".icm"): setcfg("last_icc_path", path) (options_dispcal, options_colprof) = get_options_from_profile(profile) # Get and set the display # First try to find the correct display by comparing # the model (if present) display_name = profile.getDeviceModelDescription() # Second try to find the correct display by comparing # the EDID hash (if present) edid_md5 = profile.tags.get("meta", {}).get("EDID_md5", {}).get("value") if display_name or edid_md5: display_name_indexes = [] edid_md5_indexes = [] for i, edid in enumerate(self.worker.display_edid): if display_name in (edid.get("monitor_name", False), self.worker.display_names[i]): display_name_indexes.append(i) if edid_md5 == edid.get("monitor_name", False): edid_md5_indexes.append(i) if len(display_name_indexes) == 1: display_index = display_name_indexes[0] safe_print("Found display device matching model " "description at index #%i" % display_index) elif len(edid_md5_indexes) == 1: display_index = edid_md5_indexes[0] safe_print("Found display device matching EDID MD5 " "at index #%i" % display_index) else: # We got several matches. As we can't be sure which # is the right one, do nothing. display_index = None if display_index is not None: # Found it setcfg("display.number", display_index + 1) self.get_set_display() # Get and set the instrument instrument_id = profile.tags.get("meta", {}).get("MEASUREMENT_device", {}).get("value") if instrument_id: for i, instrument in enumerate(self.worker.instruments): if instrument.lower() == instrument_id: # Found it setcfg("comport.number", i + 1) self.update_comports() # No need to update ccmx items in update_controls, # as comport_ctrl_handler took care of it update_ccmx_items = False break else: try: (options_dispcal, options_colprof) = get_options_from_cal(path) except CGATS.CGATSError, exception: InfoDialog(self, msg=lang.getstr("calibration.file.invalid") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return if options_dispcal or options_colprof: if debug: safe_print("[D] options_dispcal:", options_dispcal) if debug: safe_print("[D] options_colprof:", options_colprof) ccxxsetting = getcfg("colorimeter_correction_matrix_file").split(":", 1)[0] ccmx = None # Parse options if options_dispcal: # Restore defaults self.restore_defaults_handler( include=("calibration", "drift_compensation", "measure.darken_background", "trc", "whitepoint"), exclude=("calibration.black_point_correction_choice.show", "calibration.update", "calibration.use_video_lut", "measure.darken_background.show_warning", "trc.should_use_viewcond_adjust.show_msg")) self.worker.options_dispcal = ["-" + arg for arg in options_dispcal] for o in options_dispcal: if o[0] == "d" and o[1:] in ("web", "madvr"): # Special case web and madvr so it can be used in # preset templates which are TI3 files for i, display_name in enumerate(self.worker.display_names): if (display_name.lower() == o[1:] and getcfg("display.number") != i + 1): # Found it setcfg("display.number", i + 1) self.get_set_display() break continue if o[0] == "m": setcfg("calibration.interactive_display_adjustment", 0) continue ##if o[0] == "o": ##setcfg("profile.update", 1) ##continue ##if o[0] == "u": ##setcfg("calibration.update", 1) ##continue if o[0] == "q": setcfg("calibration.quality", o[1]) continue if o[0] == "y": setcfg("measurement_mode", o[1]) continue if o[0] in ("t", "T"): setcfg("whitepoint.colortemp.locus", o[0]) if o[1:]: setcfg("whitepoint.colortemp", int(float(o[1:]))) setcfg("whitepoint.x", None) setcfg("whitepoint.y", None) continue if o[0] == "w": o = o[1:].split(",") setcfg("whitepoint.colortemp", None) setcfg("whitepoint.x", o[0]) setcfg("whitepoint.y", o[1]) continue if o[0] == "b": setcfg("calibration.luminance", o[1:]) continue if o[0] in ("g", "G"): setcfg("trc.type", o[0]) setcfg("trc", o[1:]) continue if o[0] == "f": setcfg("calibration.black_output_offset", o[1:]) continue if o[0] == "a": setcfg("calibration.ambient_viewcond_adjust", 1) setcfg("calibration.ambient_viewcond_adjust.lux", o[1:]) continue if o[0] == "k": setcfg("calibration.black_point_correction.auto", int(stripzeros(o[1:]) < 0)) if stripzeros(o[1:]) >= 0: setcfg("calibration.black_point_correction", o[1:]) continue if o[0] == "A": setcfg("calibration.black_point_rate", o[1:]) continue if o[0] == "B": setcfg("calibration.black_luminance", o[1:]) continue if o[0] in ("p", "P") and len(o[1:]) >= 5: setcfg("dimensions.measureframe", o[1:]) setcfg("dimensions.measureframe.unzoomed", o[1:]) continue if o[0] == "V": setcfg("measurement_mode.adaptive", 1) continue if o[0:2] == "YA": setcfg("measurement_mode.adaptive", 0) continue if o[0] == "H": setcfg("measurement_mode.highres", 1) continue if o[0] == "p" and len(o[1:]) == 0: setcfg("measurement_mode.projector", 1) continue if o[0] == "F": setcfg("measure.darken_background", 1) continue if o[0] == "X": o = o.split(None, 1) ccmx = o[-1][1:-1] if not os.path.isabs(ccmx): ccmx = os.path.join(os.path.dirname(path), ccmx) # Need to update ccmx items again even if # comport_ctrl_handler already did update_ccmx_items = True continue if o[0] == "I": if "b" in o[1:]: setcfg("drift_compensation.blacklevel", 1) if "w" in o[1:]: setcfg("drift_compensation.whitelevel", 1) continue if not ccmx: ccxx = (glob.glob(os.path.join(os.path.dirname(path), "*.ccmx")) or glob.glob(os.path.join(os.path.dirname(path), "*.ccss"))) if ccxx and len(ccxx) == 1: ccmx = ccxx[0] update_ccmx_items = True if ccmx: setcfg("colorimeter_correction_matrix_file", "%s:%s" % (ccxxsetting, ccmx)) if options_colprof: # restore defaults self.restore_defaults_handler( include=("profile", "gamap_"), exclude=("profile.update", "profile.name", "gamap_default_intent")) for o in options_colprof: if o[0] == "q": setcfg("profile.quality", o[1]) continue if o[0] == "b": setcfg("profile.quality.b2a", o[1] or "l") continue if o[0] == "a": setcfg("profile.type", o[1]) continue if o[0] in ("s", "S"): o = o.split(None, 1) setcfg("gamap_profile", o[-1][1:-1]) setcfg("gamap_perceptual", 1) if o[0] == "S": setcfg("gamap_saturation", 1) continue if o[0] == "c": setcfg("gamap_src_viewcond", o[1:]) continue if o[0] == "d": setcfg("gamap_out_viewcond", o[1:]) continue if o[0] == "t": setcfg("gamap_perceptual_intent", o[1:]) continue if o[0] == "T": setcfg("gamap_saturation_intent", o[1:]) continue setcfg("calibration.file", path) if "CTI3" in ti3_lines: if debug: safe_print("[D] load_cal_handler testchart.file:", path) setcfg("testchart.file", path) if 'USE_BLACK_POINT_COMPENSATION "YES"' in ti3_lines: setcfg("profile.black_point_compensation", 1) elif 'USE_BLACK_POINT_COMPENSATION "NO"' in ti3_lines: setcfg("profile.black_point_compensation", 0) self.update_controls( update_profile_name=update_profile_name, update_ccmx_items=update_ccmx_items) writecfg() if ext.lower() in (".icc", ".icm"): if load_vcgt: # load calibration into lut self.load_cal(cal=path, silent=True) if options_dispcal and options_colprof: return elif options_dispcal: msg = lang.getstr("settings_loaded.cal_and_lut") else: msg = lang.getstr("settings_loaded.profile_and_lut") elif options_dispcal and options_colprof: msg = lang.getstr("settings_loaded.cal_and_profile") elif options_dispcal: if not load_vcgt: msg = lang.getstr("settings_loaded.cal") else: # load calibration into lut self.load_cal(cal=path, silent=True) msg = lang.getstr("settings_loaded.cal_and_lut") else: msg = lang.getstr("settings_loaded.profile") if not silent: InfoDialog(self, msg=msg + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information")) return elif ext.lower() in (".icc", ".icm"): sel = self.calibration_file_ctrl.GetSelection() if len(self.recent_cals) > sel and self.recent_cals[sel] == path: self.recent_cals.remove(self.recent_cals[sel]) self.calibration_file_ctrl.Delete(sel) cal = getcfg("calibration.file") or "" if not cal in self.recent_cals: self.recent_cals.append(cal) # The case-sensitive index could fail because of # case insensitive file systems, e.g. if the # stored filename string is # "C:\Users\Name\AppData\dispcalGUI\storage\MyFile" # but the actual filename is # "C:\Users\Name\AppData\dispcalGUI\storage\myfile" # (maybe because the user renamed the file) idx = index_fallback_ignorecase(self.recent_cals, cal) self.calibration_file_ctrl.SetSelection(idx) if load_vcgt: # load calibration into lut self.load_cal(cal=path, silent=True) if not silent: InfoDialog(self, msg=lang.getstr("no_settings") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return # Old .cal file without ARGYLL_DISPCAL_ARGS section setcfg("last_cal_path", path) # Restore defaults self.restore_defaults_handler( include=("calibration", "profile.update", "trc", "whitepoint"), exclude=("calibration.black_point_correction_choice.show", "calibration.update", "trc.should_use_viewcond_adjust.show_msg")) self.worker.options_dispcal = [] settings = [] for line in ti3_lines: line = line.strip().split(" ", 1) if len(line) > 1: value = line[1][1:-1] # strip quotes if line[0] == "DEVICE_CLASS": if value != "DISPLAY": InfoDialog(self, msg=lang.getstr( "calibration.file.invalid") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return elif line[0] == "DEVICE_TYPE": measurement_mode = value.lower()[0] if measurement_mode in ("c", "l"): setcfg("measurement_mode", measurement_mode) self.worker.options_dispcal += ["-y" + measurement_mode] elif line[0] == "NATIVE_TARGET_WHITE": setcfg("whitepoint.colortemp", None) setcfg("whitepoint.x", None) setcfg("whitepoint.y", None) settings += [lang.getstr("whitepoint")] elif line[0] == "TARGET_WHITE_XYZ": XYZ = value.split() i = 0 try: for component in XYZ: # Normalize to 0.0 - 1.0 XYZ[i] = float(component) / 100 i += 1 except ValueError, exception: continue x, y, Y = XYZ2xyY(XYZ[0], XYZ[1], XYZ[2]) k = XYZ2CCT(XYZ[0], XYZ[1], XYZ[2]) if not lang.getstr("whitepoint") in settings: setcfg("whitepoint.colortemp", None) setcfg("whitepoint.x", stripzeros(round(x, 6))) setcfg("whitepoint.y", stripzeros(round(y, 6))) self.worker.options_dispcal += [ "-w%s,%s" % (getcfg("whitepoint.x"), getcfg("whitepoint.y"))] settings += [lang.getstr("whitepoint")] setcfg("calibration.luminance", stripzeros(round(Y * 100, 3))) self.worker.options_dispcal += [ "-b%s" % getcfg("calibration.luminance")] settings += [lang.getstr("calibration.luminance")] elif line[0] == "TARGET_GAMMA": setcfg("trc", None) if value in ("L_STAR", "REC709", "SMPTE240M", "sRGB"): setcfg("trc.type", "g") if value == "L_STAR": setcfg("trc", "l") elif value == "REC709": setcfg("trc", "709") elif value == "SMPTE240M": setcfg("trc", "240") elif value == "sRGB": setcfg("trc", "s") else: try: value = stripzeros(value) if float(value) < 0: setcfg("trc.type", "G") value = abs(value) else: setcfg("trc.type", "g") setcfg("trc", value) except ValueError: continue self.worker.options_dispcal += [ "-" + getcfg("trc.type") + str(getcfg("trc"))] settings += [lang.getstr("trc")] elif line[0] == "DEGREE_OF_BLACK_OUTPUT_OFFSET": setcfg("calibration.black_output_offset", stripzeros(value)) self.worker.options_dispcal += [ "-f%s" % getcfg("calibration.black_output_offset")] settings += [ lang.getstr("calibration.black_output_offset")] elif line[0] == "BLACK_POINT_CORRECTION": setcfg("calibration.black_point_correction.auto", int(stripzeros(value) < 0)) if stripzeros(value) >= 0: setcfg("calibration.black_point_correction", stripzeros(value)) self.worker.options_dispcal += [ "-k%s" % getcfg("calibration.black_point_correction")] settings += [ lang.getstr("calibration.black_point_correction")] elif line[0] == "TARGET_BLACK_BRIGHTNESS": setcfg("calibration.black_luminance", stripzeros(value)) self.worker.options_dispcal += [ "-B%s" % getcfg("calibration.black_luminance")] settings += [lang.getstr("calibration.black_luminance")] elif line[0] == "QUALITY": setcfg("calibration.quality", value.lower()[0]) self.worker.options_dispcal += [ "-q" + getcfg("calibration.quality")] settings += [lang.getstr("calibration.quality")] setcfg("calibration.file", path) self.update_controls(update_profile_name=update_profile_name) if "CTI3" in ti3_lines: if debug: safe_print("[D] load_cal_handler testchart.file:", path) setcfg("testchart.file", path) writecfg() if load_vcgt: # load calibration into lut self.load_cal(silent=True) if len(settings) == 0: msg = lang.getstr("no_settings") else: msg = lang.getstr("settings_loaded", ", ".join(settings)) if not silent: InfoDialog(self, msg=msg + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information")) def delete_calibration_handler(self, event): cal = getcfg("calibration.file") if cal and os.path.exists(cal): caldir = os.path.dirname(cal) try: dircontents = os.listdir(caldir) except Exception, exception: InfoDialog(self, msg=safe_unicode(exception), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return self.related_files = {} for entry in dircontents: fn, ext = os.path.splitext(entry) if ext.lower() in (".app", script_ext): fn, ext = os.path.splitext(fn) if (fn.startswith(os.path.splitext(os.path.basename(cal))[0]) or ext.lower() in (".ccss", ".ccmx")): self.related_files[entry] = True self.dlg = dlg = ConfirmDialog( self, msg=lang.getstr("dialog.confirm_delete"), ok=lang.getstr("delete"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-warning")) if self.related_files: dlg.sizer3.Add((0, 8)) for related_file in self.related_files: dlg.sizer3.Add((0, 4)) chk = wx.CheckBox(dlg, -1, related_file) chk.SetValue(self.related_files[related_file]) dlg.Bind(wx.EVT_CHECKBOX, self.delete_calibration_related_handler, id=chk.GetId()) dlg.sizer3.Add(chk, flag=wx.ALIGN_LEFT, border=12) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() dlg.Center() result = dlg.ShowModal() dlg.Destroy() if result == wx.ID_OK: delete_related_files = [] if self.related_files: for related_file in self.related_files: if self.related_files[related_file]: delete_related_files += [ os.path.join(os.path.dirname(cal), related_file)] if sys.platform == "darwin": trashcan = lang.getstr("trashcan.mac") elif sys.platform == "win32": trashcan = lang.getstr("trashcan.windows") else: trashcan = lang.getstr("trashcan.linux") try: if (sys.platform == "darwin" and len(delete_related_files) + 1 == len(dircontents) and ".DS_Store" in dircontents) or \ len(delete_related_files) == len(dircontents): # Delete whole folder deleted = trash([os.path.dirname(cal)]) else: deleted = trash(delete_related_files) orphan_related_files = filter(lambda related_file: os.path.exists(related_file), delete_related_files) if orphan_related_files: InfoDialog(self, msg=lang.getstr("error.deletion", trashcan) + "\n\n" + "\n".join(os.path.basename(related_file) for related_file in orphan_related_files), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) except TrashcanUnavailableError, exception: InfoDialog(self, msg=lang.getstr("error.trashcan_unavailable", trashcan), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) except Exception, exception: InfoDialog(self, msg=lang.getstr("error.deletion", trashcan) + "\n\n" + safe_unicode(exception), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) # The case-sensitive index could fail because of # case insensitive file systems, e.g. if the # stored filename string is # "C:\Users\Name\AppData\dispcalGUI\storage\MyFile" # but the actual filename is # "C:\Users\Name\AppData\dispcalGUI\storage\myfile" # (maybe because the user renamed the file) idx = index_fallback_ignorecase(self.recent_cals, cal) self.recent_cals.remove(cal) self.calibration_file_ctrl.Delete(idx) setcfg("calibration.file", None) setcfg("settings.changed", 1) recent_cals = [] for recent_cal in self.recent_cals: if recent_cal not in self.presets: recent_cals += [recent_cal] setcfg("recent_cals", os.pathsep.join(recent_cals)) update_colorimeter_correction_matrix_ctrl_items = False update_testcharts = False for path in delete_related_files: if path not in orphan_related_files: if (os.path.splitext(path)[1].lower() in (".ccss", ".ccmx")): self.delete_colorimeter_correction_matrix_ctrl_item(path) update_colorimeter_correction_matrix_ctrl_items = True elif path in self.testcharts: update_testcharts = True if update_testcharts: self.set_testcharts() self.update_controls(False, update_colorimeter_correction_matrix_ctrl_items) self.load_display_profile_cal() def delete_calibration_related_handler(self, event): chk = self.dlg.FindWindowById(event.GetId()) self.related_files[chk.GetLabel()]=chk.GetValue() def aboutdialog_handler(self, event): if hasattr(self, "aboutdialog"): self.aboutdialog.Destroy() self.aboutdialog = AboutDialog(self, -1, lang.getstr("menu.about"), size=(100, 100)) items = [] items += [wx.StaticBitmap(self.aboutdialog, -1, getbitmap("theme/header-about"))] items += [wx.StaticText(self.aboutdialog, -1, "")] items += [wx.StaticText(self.aboutdialog, -1, u"%s © %s" % (appname, author))] items += [wx.StaticText(self.aboutdialog, -1, u"%s %s" % (version, build))] items += [wx.lib.hyperlink.HyperLinkCtrl( self.aboutdialog, -1, label=domain, URL="http://%s" % domain)] items += [wx.StaticText(self.aboutdialog, -1, "")] items += [wx.StaticText( self.aboutdialog, -1, u"Argyll CMS © Graeme Gill")] items += [wx.StaticText( self.aboutdialog, -1, u"%s" % self.worker.argyll_version_string)] items += [wx.lib.hyperlink.HyperLinkCtrl( self.aboutdialog, -1, label="ArgyllCMS.com", URL="http://www.argyllcms.com")] items += [wx.StaticText(self.aboutdialog, -1, "")] items += [wx.StaticText(self.aboutdialog, -1, u"%s:" % lang.getstr("translations"))] lauthors = {} for lcode in lang.ldict: lauthor = lang.ldict[lcode].get("!author", "") language = lang.ldict[lcode].get("!language", "") if lauthor and language: if not lauthors.get(lauthor): lauthors[lauthor] = [] lauthors[lauthor] += [language] lauthors = [(lauthors[lauthor], lauthor) for lauthor in lauthors] lauthors.sort() for langs, lauthor in lauthors: items += [wx.StaticText(self.aboutdialog, -1, "%s - %s" % (", ".join(langs), lauthor))] items += [wx.StaticText(self.aboutdialog, -1, "")] match = re.match("([^(]+)\s*(\([^(]+\))?\s*(\[[^[]+\])?", sys.version) if match: pyver_long = match.groups() else: pyver_long = [sys.version] items += [wx.StaticText(self.aboutdialog, -1, "Python " + pyver_long[0].strip())] if len(pyver_long) > 1: for part in pyver_long[1:]: if part: items += [wx.StaticText(self.aboutdialog, -1, part)] items += [wx.lib.hyperlink.HyperLinkCtrl( self.aboutdialog, -1, label="python.org", URL="http://www.python.org")] items += [wx.StaticText(self.aboutdialog, -1, "")] items += [wx.StaticText(self.aboutdialog, -1, "wxPython " + wx.version())] items += [wx.lib.hyperlink.HyperLinkCtrl( self.aboutdialog, -1, label="wxPython.org", URL="http://www.wxpython.org")] items += [wx.StaticText(self.aboutdialog, -1, "")] self.aboutdialog.add_items(items) self.aboutdialog.Layout() self.aboutdialog.Center() self.aboutdialog.Show() def readme_handler(self, event): readme = get_data_path("README.html") if readme: launch_file(readme) def license_handler(self, event): license = get_data_path("LICENSE.txt") if not license: # Debian license = "/usr/share/common-licenses/GPL-3" if license and os.path.isfile(license): launch_file(license) def help_support_handler(self, event): launch_file("http://%s/#help" % domain) def bug_report_handler(self, event): launch_file("http://%s/#reportbug" % domain) def app_update_check_handler(self, event, silent=False): if not hasattr(self, "app_update_check") or \ not self.app_update_check.isAlive(): self.app_update_check = threading.Thread(target=app_update_check, args=(self, silent)) self.app_update_check.start() def app_auto_update_check_handler(self, event): setcfg("update_check", int(self.menuitem_app_auto_update_check.IsChecked())) def auto_enumerate_ports_handler(self, event): setcfg("enumerate_ports.auto", int(self.menuitem_auto_enumerate_ports.IsChecked())) def infoframe_toggle_handler(self, event=None, show=None): if show is None: show = not self.infoframe.IsShownOnScreen() setcfg("log.show", int(show)) self.infoframe.Show(show) self.menuitem_show_log.Check(show) self.menuitem_log_autoshow.Enable(not show) def infoframe_autoshow_handler(self, event): setcfg("log.autoshow", int(self.menuitem_log_autoshow.IsChecked())) def HideAll(self): self.stop_timers() if hasattr(self, "gamapframe"): self.gamapframe.Hide() if hasattr(self, "aboutdialog"): self.aboutdialog.Hide() if hasattr(self, "extra_args"): self.extra_args.Hide() self.infoframe.Hide() if hasattr(self, "tcframe"): self.tcframe.Hide() if getattr(self, "lut_viewer", None) and \ self.lut_viewer.IsShownOnScreen(): self.lut_viewer.Hide() if getattr(self, "lut3dframe", None): self.lut3dframe.Hide() if getattr(self, "reportframe", None): self.reportframe.Hide() if getattr(self, "synthiccframe", None): self.synthiccframe.Hide() for profile_info in self.profile_info.values(): profile_info.Close() self.Hide() self.enable_menus(False) def Show(self, show=True, start_timers=True): if not self.IsShownOnScreen(): if hasattr(self, "tcframe"): self.tcframe.Show(getcfg("tc.show")) self.infoframe.Show(getcfg("log.show")) if LUTFrame and getcfg("lut_viewer.show"): self.init_lut_viewer(show=True) for profile_info in reversed(self.profile_info.values()): profile_info.Show() if start_timers: self.start_timers() self.enable_menus() wx.Frame.Show(self, show) self.Raise() if not wx.GetApp().IsActive(): self.RequestUserAttention() def OnShow(self, event): self.SetFocus() def OnClose(self, event=None): if sys.platform == "darwin" or debug: self.focus_handler(event) if not hasattr(self, "tcframe") or self.tcframe.tc_close_handler(): writecfg() if getattr(self, "thread", None) and self.thread.isAlive(): self.Disable() if debug: safe_print("Waiting for child thread to exit...") self.thread.join() self.HideAll() if self.worker.tempdir and os.path.isdir(self.worker.tempdir): self.worker.wrapup(False) wx.GetApp().ExitMainLoop() class MainApp(wx.App): def OnInit(self): if sys.platform == "darwin" and not isapp: self.SetAppName("Python") else: self.SetAppName(appname) ##wx_lang = getattr(wx, "LANGUAGE_" + lang.getstr("!language_name"), ##wx.LANGUAGE_ENGLISH) ##self.locale = wx.Locale(wx_lang) ##if debug: ##safe_print("[D]", lang.getstr("!language_name"), wx_lang, ##self.locale.GetLocale()) self.progress_dlg = ProgressDialog(msg=lang.getstr("startup"), handler=self.startup_progress_handler, style=wx.PD_SMOOTH & ~wx.PD_CAN_ABORT, pos=(getcfg("position.x") + 50, getcfg("position.y") + 50)) self.progress_dlg.MakeModal(False) self.frame = MainFrame() self.SetTopWindow(self.frame) self.frame.Show() return True def startup_progress_handler(self, event): self.progress_dlg.Pulse() class MeasurementFileCheckSanityDialog(ConfirmDialog): def __init__(self, parent, ti3, suspicious, force=False): ConfirmDialog.__init__(self, parent, title=os.path.basename(ti3.filename) if ti3.filename else appname, ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), alt=lang.getstr("invert_selection"), bitmap=geticon(32, "dialog-warning"), wrap=120) msg_col1 = lang.getstr("warning.suspicious_delta_e") msg_col2 = lang.getstr("warning.suspicious_delta_e.info") margin = 12 dlg = self dlg.sizer3.Remove(dlg.message) dlg.message.Destroy() dlg.sizer4 = wx.BoxSizer(wx.HORIZONTAL) dlg.sizer3.Add(dlg.sizer4) dlg.message_col1 = wx.StaticText(dlg, -1, msg_col1) dlg.message_col1.Wrap(470) dlg.sizer4.Add(dlg.message_col1, flag=wx.RIGHT, border = 20) dlg.message_col2 = wx.StaticText(dlg, -1, msg_col2) dlg.message_col2.Wrap(470) dlg.sizer4.Add(dlg.message_col2, flag=wx.LEFT, border = 20) dlg.Unbind(wx.EVT_BUTTON, dlg.alt) dlg.Bind(wx.EVT_BUTTON, dlg.invert_selection_handler, id=dlg.alt.GetId()) dlg.select_all_btn = wx.Button(dlg, -1, lang.getstr("deselect_all")) dlg.select_all_btn.SetInitialSize((dlg.select_all_btn.GetSize()[0] + btn_width_correction, -1)) dlg.sizer2.Insert(2, (margin, margin)) dlg.sizer2.Insert(2, dlg.select_all_btn) dlg.Bind(wx.EVT_BUTTON, dlg.select_all_handler, id=dlg.select_all_btn.GetId()) dlg.ti3 = ti3 dlg.suspicious = suspicious dlg.mods = {} dlg.force = force dlg.grid = wx.grid.Grid(dlg, -1, size=(981, 240), style=wx.BORDER_SIMPLE) grid = dlg.grid grid.CreateGrid(0, 15) grid.SetColLabelSize(50) grid.SetRowLabelSize(60) attr = wx.grid.GridCellAttr() attr.SetReadOnly(True) for i in xrange(grid.GetNumberCols()): if i in (4, 5) or i > 8: grid.SetColAttr(i, attr) if i == 0: size = 22 elif i in (4, 5): size = 20 elif i > 8: size = 80 else: size = 60 grid.SetColSize(i, size) for i, label in enumerate(["", "R %", "G %", "B %", "", "", "X", "Y", "Z", u"\u0394E*00\nXYZ A/B", u"0.5 \u0394E*00\nRGB A/B", u"\u0394E*00\nRGB-XYZ", u"\u0394L*00\nRGB-XYZ", u"\u0394C*00\nRGB-XYZ", u"\u0394H*00\nRGB-XYZ"]): grid.SetColLabelValue(i, label) attr = wx.grid.GridCellAttr() attr.SetEditor(wx.grid.GridCellBoolEditor()) attr.SetRenderer(wx.grid.GridCellBoolRenderer()) grid.SetColAttr(0, attr) font = wx.Font(FONTSIZE_MEDIUM, wx.FONTFAMILY_DEFAULT, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL) grid.SetDefaultCellFont(font) grid.SetDefaultRowSize(20) grid.EnableDragColSize() grid.EnableGridLines(True) black = ti3.queryi1({"RGB_R": 0, "RGB_G": 0, "RGB_B": 0}) if black: black = black["XYZ_X"], black["XYZ_Y"], black["XYZ_Z"] dlg.black = black white = ti3.queryi1({"RGB_R": 100, "RGB_G": 100, "RGB_B": 100}) if white: white = white["XYZ_X"], white["XYZ_Y"], white["XYZ_Z"] dlg.white = white dlg.suspicious_items = [] for i, (prev, item, delta, sRGB_delta, prev_delta_to_sRGB, delta_to_sRGB) in enumerate(suspicious): for cur in (prev, item): if cur and cur not in dlg.suspicious_items: dlg.suspicious_items.append(cur) grid.AppendRows(1) row = grid.GetNumberRows() - 1 grid.SetRowLabelValue(row, "%d" % cur.SAMPLE_ID) RGB = [] for k, label in enumerate("RGB"): value = cur["RGB_%s" % label] grid.SetCellValue(row, 1 + k, "%.4f" % value) RGB.append(value) XYZ = [] for k, label in enumerate("XYZ"): value = cur["XYZ_%s" % label] grid.SetCellValue(row, 6 + k, "%.4f" % value) XYZ.append(value) if cur is prev: dlg.update_row(row, RGB, XYZ, None, None, prev_delta_to_sRGB) else: dlg.update_row(row, RGB, XYZ, delta, sRGB_delta, delta_to_sRGB) grid.Bind(wx.EVT_KEY_DOWN, dlg.key_handler) grid.Bind(wx.grid.EVT_GRID_CELL_CHANGE, dlg.cell_change_handler) grid.Bind(wx.grid.EVT_GRID_CELL_LEFT_CLICK, dlg.cell_click_handler) grid.Bind(wx.grid.EVT_GRID_SELECT_CELL, dlg.cell_select_handler) grid.Bind(wx.grid.EVT_GRID_EDITOR_CREATED, dlg.editor_created_handler) dlg.sizer3.Add(grid, 1, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() # This workaround is needed to update cell colours grid.SelectAll() grid.ClearSelection() dlg.Center() def cell_change_handler(self, event): dlg = self grid = dlg.grid if event.Col == 0: self.check_select_status() else: try: value = float(grid.GetCellValue(event.Row, event.Col).replace(",", ".")) except ValueError: wx.Bell() item = dlg.suspicious_items[event.Row] label = "_RGB__XYZ"[event.Col] if event.Col < 6: label = "RGB_%s" % label else: label = "XYZ_%s" % label grid.SetCellValue(event.Row, event.Col, "%.4f" % item[label]) else: if event.Col < 4: value = max(min(value, 100), 0) grid.SetCellValue(event.Row, event.Col, str(value)) RGB = [] for i in (1, 2, 3): RGB.append(float(grid.GetCellValue(event.Row, i))) XYZ = [] for i in (6, 7, 8): XYZ.append(float(grid.GetCellValue(event.Row, i))) dlg.mods[event.Row] = (RGB, XYZ) # Update row (sRGBLab, Lab, delta_to_sRGB, criteria1, debuginfo) = check_ti3_criteria1(RGB, XYZ, dlg.black, dlg.white, print_debuginfo=True) if grid.GetCellValue(event.Row, 9): prev = dlg.suspicious_items[event.Row - 1] prev_RGB = prev["RGB_R"], prev["RGB_G"], prev["RGB_B"] prev_XYZ = prev["XYZ_X"], prev["XYZ_Y"], prev["XYZ_Z"] (prev_sRGBLab, prev_Lab, prev_delta_to_sRGB, prev_criteria1, prev_debuginfo) = check_ti3_criteria1(prev_RGB, prev_XYZ, dlg.black, dlg.white, print_debuginfo=False) (delta, sRGB_delta, criteria2) = check_ti3_criteria2(prev_Lab, Lab, prev_sRGBLab, sRGBLab, prev_RGB, RGB) else: delta, sRGB_delta = (None, ) * 2 dlg.update_row(event.Row, RGB, XYZ, delta, sRGB_delta, delta_to_sRGB) # This workaround is needed to update cell colours cells = grid.GetSelectedCells() grid.SelectAll() grid.ClearSelection() if cells: grid.SelectBlock(cells[0][0], cells[0][1], cells[-1][0], cells[-1][0]) def cell_click_handler(self, event): if event.Col == 0: wx.CallLater(100, self.toggle_cb) event.Skip() def cell_select_handler(self, event): dlg = self if event.Col == 0: wx.CallAfter(dlg.grid.EnableCellEditControl) event.Skip() def check_enable_ok(self): dlg = self for index in xrange(dlg.grid.GetNumberRows()): if dlg.grid.GetCellValue(index, 0) == "": dlg.ok.Enable() return dlg.ok.Enable(not dlg.force) def check_select_status(self, has_false_values=None, has_true_values=None): dlg = self if None in (has_false_values, has_true_values): for index in xrange(dlg.grid.GetNumberRows()): if dlg.grid.GetCellValue(index, 0) == "": has_false_values = True else: has_true_values = True if has_false_values: dlg.ok.Enable() else: dlg.ok.Enable(not self.force) if has_true_values: dlg.select_all_btn.SetLabel(lang.getstr("deselect_all")) else: dlg.select_all_btn.SetLabel(lang.getstr("select_all")) def editor_created_handler(self, event): dlg = self if event.Col == 0: dlg.grid.cb = event.Control dlg.grid.cb.WindowStyle |= wx.WANTS_CHARS dlg.grid.cb.Bind(wx.EVT_KEY_DOWN, dlg.key_handler) event.Skip() def invert_selection_handler(self, event): dlg = self has_false_values = False has_true_values = False for index in xrange(dlg.grid.GetNumberRows()): if dlg.grid.GetCellValue(index, 0) == "1": value = "" has_false_values = True else: value = "1" has_true_values = True dlg.grid.SetCellValue(index, 0, value) self.check_select_status(has_false_values, has_true_values) def key_handler(self, event): dlg = self if event.KeyCode == wx.WXK_UP: if dlg.grid.GridCursorRow > 0: dlg.grid.DisableCellEditControl() dlg.grid.MoveCursorUp(False) elif event.KeyCode == wx.WXK_DOWN: if dlg.grid.GridCursorRow < dlg.grid.NumberRows -1: dlg.grid.DisableCellEditControl() dlg.grid.MoveCursorDown(False) elif event.KeyCode == wx.WXK_LEFT: if dlg.grid.GridCursorCol > 0: dlg.grid.DisableCellEditControl() dlg.grid.MoveCursorLeft(False) elif event.KeyCode == wx.WXK_RIGHT: if dlg.grid.GridCursorCol < dlg.grid.NumberCols - 1: dlg.grid.DisableCellEditControl() dlg.grid.MoveCursorRight(False) elif event.KeyCode == wx.WXK_SPACE: if dlg.grid.GridCursorRow == 0: wx.CallLater(100, dlg.toggle_cb) else: if event.ControlDown() or event.CmdDown(): keycode = event.KeyCode # CTRL (Linux/Mac/Windows) / CMD (Mac) if keycode == 65: # A dlg.grid.SelectAll() return elif keycode in (67, 88): # C / X clip = [] cells = dlg.grid.GetSelection() i = -1 start_col = dlg.grid.GetNumberCols() for cell in cells: row = cell[0] col = cell[1] if i < row: clip += [[]] i = row if col < start_col: start_col = col while len(clip[-1]) - 1 < col: clip[-1] += [""] clip[-1][col] = dlg.grid.GetCellValue(row, col) # Skip first col with the checkbox if start_col == 0: start_col = 1 for i, row in enumerate(clip): clip[i] = "\t".join(row[start_col:]) clipdata = wx.TextDataObject() clipdata.SetText("\n".join(clip)) wx.TheClipboard.Open() wx.TheClipboard.SetData(clipdata) wx.TheClipboard.Close() return elif keycode == 86: # V do = wx.TextDataObject() wx.TheClipboard.Open() success = wx.TheClipboard.GetData(do) wx.TheClipboard.Close() if success: txt = StringIO(do.GetText()) lines = txt.readlines() txt.close() for i, line in enumerate(lines): lines[i] = re.sub("\s+", "\t", line).split("\t") # translate from selected cells into a grid with None values for not selected cells grid = [] cells = dlg.grid.GetSelection() i = -1 for cell in cells: row = cell[0] col = cell[1] # Skip read-only cells if (dlg.grid.IsReadOnly(row, col) or not dlg.grid.GetColLabelValue(col)): continue if i < row: grid += [[]] i = row grid[-1].append(cell) # 'paste' values from clipboard for i, row in enumerate(grid): for j, cell in enumerate(row): if (cell != None and len(lines) > i and len(lines[i]) > j): dlg.grid.SetCellValue(cell[0], cell[1], lines[i][j]) dlg.cell_change_handler(CustomGridCellEvent(wx.grid.EVT_GRID_CELL_CHANGE.evtType[0], dlg.grid, cell[0], cell[1])) return event.Skip() def mark_cell(self, row, col, ok=False): grid = self.grid font = wx.Font(FONTSIZE_MEDIUM, wx.FONTFAMILY_DEFAULT, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL if ok else wx.FONTWEIGHT_BOLD) grid.SetCellFont(row, col, font) grid.SetCellTextColour(row, col, grid.GetDefaultCellTextColour() if ok else wx.Colour(204, 0, 0)) def select_all_handler(self, event): dlg = self if dlg.select_all_btn.GetLabel() == lang.getstr("select_all"): value = "1" else: value = "" for index in xrange(dlg.grid.GetNumberRows()): dlg.grid.SetCellValue(index, 0, value) self.check_select_status(not value, value) def toggle_cb(self): dlg = self if hasattr(dlg.grid, "cb"): # Click on the cell border does not cause the editor to be # created dlg.grid.cb.Value = not dlg.grid.cb.Value wx.CallLater(100, dlg.grid.DisableCellEditControl) def update_row(self, row, RGB, XYZ, delta, sRGB_delta, delta_to_sRGB): dlg = self grid = dlg.grid RGB255 = [int(round(float(str(v * 2.55)))) for v in RGB] dlg.grid.SetCellBackgroundColour(row, 4, wx.Colour(*RGB255)) if dlg.white: XYZ = colormath.adapt(XYZ[0], XYZ[1], XYZ[2], dlg.white, "D65") RGB255 = [int(round(float(str(v)))) for v in colormath.XYZ2RGB(XYZ[0] / 100.0, XYZ[1] / 100.0, XYZ[2] / 100.0, scale=255)] dlg.grid.SetCellBackgroundColour(row, 5, wx.Colour(*RGB255)) grid.SetCellValue(row, 0, "1" if (not delta or (delta["E_ok"] and delta["L_ok"])) and delta_to_sRGB["ok"] else "") for col in xrange(3): dlg.mark_cell(row, 6 + col, (not delta or (delta["E_ok"] and (delta["L_ok"] or col != 1))) and delta_to_sRGB["ok"]) if delta: grid.SetCellValue(row, 9, "%.2f" % delta["E"]) dlg.mark_cell(row, 9, delta["E_ok"]) if sRGB_delta: grid.SetCellValue(row, 10, "%.2f" % sRGB_delta["E"]) for col, ELCH in enumerate("ELCH"): grid.SetCellValue(row, 11 + col, "%.2f" % delta_to_sRGB[ELCH]) dlg.mark_cell(row, 11 + col, delta_to_sRGB["%s_ok" % ELCH]) def main(): log("=" * 80) if verbose >= 1: safe_print(appname + runtype, version, build) if sys.platform == "darwin": safe_print("Mac OS X %s %s" % (mac_ver()[0], mac_ver()[-1])) else: if sys.platform == "win32": # http://msdn.microsoft.com/en-us/library/windows/desktop/ms724832%28v=vs.85%29.aspx ver2name = {(5, 0): "2000", (5, 1): "XP", (5, 2): "XP 64-Bit/Server 2003/Server 2003 R2", (6, 0): "Vista/Server 2008", (6, 1): "7/Server 2008 R2", (6, 2): "8/Server 2012"} dist = ver2name.get(sys.getwindowsversion()[:2], "N/A") else: dist = "%s %s %s" % getattr(platform, "linux_distribution", platform.dist)() safe_print("%s %s (%s)" % (platform.system(), platform.version(), dist)) safe_print("Python " + sys.version) safe_print("wxPython " + wx.version()) try: # Force to run inside tty with the --terminal option if "--terminal" in sys.argv[1:]: terminals_opts = { "Terminal": "-x", "gnome-terminal": "-x", "konsole": "-e", "xterm": "-e" } terminals = terminals_opts.keys() if isapp: me = os.path.join(exedir, pyname) cmd = u'"%s"' % me cwd = None elif isexe: me = exe if sys.platform == "win32": cmd = u'"%s"' % win32api.GetShortPathName(exe) else: cmd = u'"%s"' % exe cwd = None else: me = pypath if os.path.basename(exe) == "pythonw" + exe_ext: python = os.path.join(os.path.dirname(exe), "python" + exe_ext) if sys.platform == "win32": cmd = u'"%s" "%s"' % tuple( [win32api.GetShortPathName(path) for path in (python, pypath)]) cwd = win32api.GetShortPathName(pydir) else: cmd = u'"%s" "%s"' % (python, pypath) cwd = pydir.encode(fs_enc) safe_print("Re-launching instance in terminal") if sys.platform == "win32": cmd = u'start "%s" /WAIT %s' % (appname, cmd) if debug: safe_print("[D]", cmd) retcode = sp.call(cmd.encode(fs_enc), shell=True, cwd=cwd) elif sys.platform == "darwin": if debug: safe_print("[D]", cmd) retcode, output, errors = mac_terminal_do_script(cmd) else: stdout = tempfile.SpooledTemporaryFile() retcode = None for terminal in terminals: if which(terminal): if debug: safe_print("[D] %s %s %s" % (terminal, terminals_opts[terminal], cmd)) stdout.write('%s %s %s' % (terminal, terminals_opts[terminal], cmd.encode(fs_enc))) retcode = sp.call( [terminal, terminals_opts[terminal]] + cmd.encode(fs_enc).strip('"').split('" "'), stdout=stdout, stderr=sp.STDOUT, cwd=cwd) stdout.write('\n\n') break stdout.seek(0) if retcode != 0: app = wx.App(redirect=False) if sys.platform == "win32": msg = (u'Even though %s is a GUI application, it needs to ' 'be run from a command prompt. An attempt to ' 'automatically launch a command prompt failed.' % me) elif sys.platform == "darwin": msg = (u'Even though %s is a GUI application, it needs to ' 'be run from Terminal. An attempt to automatically ' 'launch Terminal failed.' % me) else: if retcode is None: msg = (u'Even though %s is a GUI application, it needs ' 'to be run from a terminal. An attempt to ' 'automatically launch a terminal failed, ' 'because none of those known seem to be ' 'installed (%s).' % (me, ", ".join(terminals))) else: msg = (u'Even though %s is a GUI application, it needs ' 'to be run from a terminal. An attempt to ' 'automatically launch a terminal failed:\n\n%s' % (me, unicode(stdout.read(), enc, "replace"))) handle_error(msg) else: if sys.platform == "darwin" and ("--admin" not in sys.argv[1:] and 80 not in posix.getgroups()): # GID 80 is the admin group on Mac OS X # Argyll dispwin/dispcal need admin (not root) privileges if isapp: cmd = os.path.join(exedir, pyname) else: cmd = u"'%s' '%s'" % (exe, pypath) sp.Popen(['osascript', '-e', 'do shell script "%s --admin" with administrator privileges' % cmd.encode(fs_enc)]) sys.exit(0) # Create main data dir if it does not exist if not os.path.exists(datahome): try: os.makedirs(datahome) except Exception, exception: handle_error("Warning - could not create directory '%s'" % datahome) if sys.platform not in ("darwin", "win32"): # Linux: Try and fix v0.2.1b calibration loader, because # calibrationloader.sh is no longer present in v0.2.2b+ desktopfile_name = appname + "-Calibration-Loader-Display-" if autostart_home and os.path.exists(autostart_home): try: autostarts = os.listdir(autostart_home) except Exception, exception: safe_print(u"Warning - directory '%s' listing failed: " u"%s" % tuple(safe_unicode(s) for s in (autostarts, exception))) for filename in autostarts: if filename.startswith(desktopfile_name): try: desktopfile_path = os.path.join(autostart_home, filename) cfg = ConfigParser.SafeConfigParser() cfg.optionxform = str cfg.read([desktopfile_path]) exec_ = cfg.get("Desktop Entry", "Exec") if exec_.find("calibrationloader.sh") > -1: cfg.set( "Desktop Entry", "Exec", re.sub('"[^"]*calibrationloader.sh"\s*', '', exec_, 1)) cfgio = StringIO() cfg.write(cfgio) desktopfile = open(desktopfile_path, "w") cfgio.seek(0) desktopfile.write("".join(["=".join(line.split(" = ", 1)) for line in cfgio])) desktopfile.close() except Exception, exception: safe_print("Warning - could not process old " "calibration loader:", safe_unicode(exception)) # Initialize & run initcfg() lang.init() app = MainApp(redirect=False) # Don't redirect stdin/stdout app.MainLoop() except Exception, exception: handle_error(u"Fatal error: " + safe_unicode(traceback.format_exc())) try: logger = logging.getLogger(appname) for handler in logger.handlers: logger.removeHandler(handler) logging.shutdown() except Exception, exception: pass if __name__ == "__main__": main() dispcalGUI-1.7.1.6/dispcalGUI/edid.py000644 000765 000000 00000026754 12224371766 017111 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from hashlib import md5 import codecs import math import os import string import struct import sys if sys.platform == "win32": wmi_connection = None if sys.getwindowsversion() >= (6, ): # Use WMI for Vista/Win7 try: import wmi except: pass else: wmi_connection = wmi.WMI(namespace="WMI") else: # Use registry as fallback for Win2k/XP/2003 import _winreg import pywintypes import win32api elif sys.platform != "darwin": try: import xrandr except ImportError: xrandr = None else: import binascii import re import subprocess as sp import config from log import log, safe_print from util_str import make_ascii_printable if sys.platform == "win32": import util_win HEADER = (0, 8) MANUFACTURER_ID = (8, 10) PRODUCT_ID = (10, 12) SERIAL_32 = (12, 16) WEEK_OF_MANUFACTURE = 16 YEAR_OF_MANUFACTURE = 17 EDID_VERSION = 18 EDID_REVISION = 19 MAX_H_SIZE_CM = 21 MAX_V_SIZE_CM = 22 GAMMA = 23 FEATURES = 24 LO_RG_XY = 25 LO_BW_XY = 26 HI_R_X = 27 HI_R_Y = 28 HI_G_X = 29 HI_G_Y = 30 HI_B_X = 31 HI_B_Y = 32 HI_W_X = 33 HI_W_Y = 34 BLOCKS = ((54, 72), (72, 90), (90, 108), (108, 126)) BLOCK_TYPE = 3 BLOCK_CONTENTS = (5, 18) BLOCK_TYPE_SERIAL_ASCII = "\xff" BLOCK_TYPE_ASCII = "\xfe" BLOCK_TYPE_MONITOR_NAME = "\xfc" BLOCK_TYPE_COLOR_POINT = "\xfb" BLOCK_TYPE_COLOR_MANAGEMENT_DATA = "\xf9" EXTENSION_FLAG = 126 CHECKSUM = 127 BLOCK_DI_EXT = "\x40" TRC = (81, 127) pnpidcache = {} def combine_hi_8lo(hi, lo): return hi << 8 | lo def get_edid(display_no=0, display_name=None): """ Get and parse EDID. Return dict. On Mac OS X, you need to specify a display name. On all other platforms, you need to specify a display number (zero-based). """ edid = None if sys.platform == "win32": # The ordering will work as long as Argyll continues using # EnumDisplayMonitors monitors = util_win.get_real_display_devices_info() moninfo = monitors[display_no] device = util_win.get_active_display_device(moninfo["Device"]) if not device: return {} id = device.DeviceID.split("\\")[1] if wmi_connection: # Use WMI for Vista/Win7 # http://msdn.microsoft.com/en-us/library/Aa392707 try: msmonitors = wmi_connection.WmiMonitorDescriptorMethods() except Exception, exception: raise WMIError(exception) for msmonitor in msmonitors: if msmonitor.InstanceName.split("\\")[1] == id: try: edid = msmonitor.WmiGetMonitorRawEEdidV1Block(0) except: # No EDID entry pass else: edid = "".join(chr(i) for i in edid[0]) break elif sys.getwindowsversion() < (6, ): # Use registry as fallback for Win2k/XP/2003 # http://msdn.microsoft.com/en-us/library/ff546173%28VS.85%29.aspx # "The Enum tree is reserved for use by operating system components, # and its layout is subject to change. (...) Drivers and Windows # applications must not access the Enum tree directly." # But do we care? Probably not, as older Windows' API isn't likely # gonna change. driver = "\\".join(device.DeviceID.split("\\")[-2:]) subkey = "\\".join(["SYSTEM", "CurrentControlSet", "Enum", "DISPLAY", id]) try: key = _winreg.OpenKey(_winreg.HKEY_LOCAL_MACHINE, subkey) except WindowsError: # Registry error safe_print("Windows registry error: Key", "\\".join(["HKEY_LOCAL_MACHINE", subkey]), "does not exist.") return {} numsubkeys, numvalues, mtime = _winreg.QueryInfoKey(key) for i in range(numsubkeys): hkname = _winreg.EnumKey(key, i) hk = _winreg.OpenKey(_winreg.HKEY_LOCAL_MACHINE, "\\".join([subkey, hkname])) try: test = _winreg.QueryValueEx(hk, "Driver")[0] except WindowsError: # No Driver entry continue if test == driver: # Found our display device try: devparms = _winreg.OpenKey(_winreg.HKEY_LOCAL_MACHINE, "\\".join([subkey, hkname, "Device Parameters"])) except WindowsError: # No Device Parameters (registry error?) safe_print("Windows registry error: Key", "\\".join(["HKEY_LOCAL_MACHINE", subkey, hkname, "Device Parameters"]), "does not exist.") continue try: edid = _winreg.QueryValueEx(devparms, "EDID")[0] except WindowsError: # No EDID entry pass elif sys.platform == "darwin": # Get EDID via ioreg p = sp.Popen(["ioreg", "-c", "IODisplay", "-S", "-w0"], stdout=sp.PIPE) stdout, stderr = p.communicate() if stdout: for edid in [binascii.unhexlify(edid_hex) for edid_hex in re.findall('"IODisplayEDID"\s*=\s*<([0-9A-Fa-f]*)>', stdout)]: if edid and len(edid) >= 128: parsed_edid = parse_edid(edid) if parsed_edid.get("monitor_name", parsed_edid.get("ascii")) == display_name: # On Mac OS X, you need to specify a display name # because the order is unknown return parsed_edid return {} elif xrandr: # Check XrandR output properties edid = None for key in ("EDID", "EDID_DATA"): try: edid = xrandr.get_output_property(display_no, key, xrandr.XA_INTEGER) except ValueError: pass else: break if not edid: # Check X11 atoms for key in ("XFree86_DDC_EDID1_RAWDATA", "XFree86_DDC_EDID2_RAWDATA"): if display_no > 0: key += "_%s" % display_no try: edid = xrandr.get_atom(key) except ValueError: pass else: break if edid: edid = "".join(chr(i) for i in edid) if edid and len(edid) >= 128: return parse_edid(edid) return {} def parse_manufacturer_id(block): """ Parse the manufacturer id and return decoded string. The range is always ASCII charcode 64 to 95. """ h = combine_hi_8lo(ord(block[0]), ord(block[1])) manufacturer_id = [] for shift in (10, 5, 0): manufacturer_id.append(chr(((h >> shift) & 0x1f) + ord('A') - 1)) return "".join(manufacturer_id).strip() def get_manufacturer_name(manufacturer_id): """ Try and get a nice descriptive string for our manufacturer id. This uses pnp.ids which will be looked for in several places. If it can't find the file, it simply returns the manufacturer id. Examples: SAM -> Samsung Electric Company NEC -> NEC Corporation pnp.ids can be created from Excel data available from Microsoft: http://www.microsoft.com/whdc/system/pnppwr/pnp/pnpid.mspx """ if not pnpidcache: paths = ["/usr/share/hwdata/pnp.ids", # hwdata, e.g. Red Hat "/usr/share/misc/pnp.ids", # pnputils, e.g. Debian "/usr/share/libgnome-desktop/pnp.ids"] # fallback gnome-desktop if sys.platform in ("darwin", "win32"): paths.append(os.path.join(config.pydir, "pnp.ids")) # fallback for path in paths: if os.path.isfile(path): try: pnp_ids = codecs.open(path, "r", "UTF-8", "replace") except IOError: pass else: try: for line in pnp_ids: try: # Strip leading/trailing whitespace # (non-breaking spaces too) id, name = line.strip(string.whitespace + u"\u00a0").split(None, 1) except ValueError: continue pnpidcache[id] = name except OSError: pass pnp_ids.close() return pnpidcache.get(manufacturer_id, manufacturer_id) def edid_get_bit(value, bit): return (value & (1 << bit)) >> bit def edid_get_bits(value, begin, end): mask = (1 << (end - begin + 1)) - 1 return (value >> begin) & mask def edid_decode_fraction(high, low): result = 0.0 high = (high << 2) | low for i in xrange(0, 10): result += edid_get_bit(high, i) * math.pow(2, i - 10) return result def parse_edid(edid): """ Parse raw EDID data (binary string) and return dict. """ hash = md5(edid).hexdigest() header = edid[HEADER[0]:HEADER[1]] manufacturer_id = parse_manufacturer_id(edid[MANUFACTURER_ID[0]:MANUFACTURER_ID[1]]) manufacturer = get_manufacturer_name(manufacturer_id) product_id = struct.unpack(" i / 5: white_x = edid_decode_fraction(ord(edid[i + 2]), edid_get_bits(ord(edid[i + 1]), 2, 3)) result["white_x_" + str(ord(block[i]))] = white_x if not result.get("white_x"): result["white_x"] = white_x white_y = edid_decode_fraction(ord(edid[i + 3]), edid_get_bits(ord(edid[i + 1]), 0, 1)) result["white_y_" + str(ord(block[i]))] = white_y if not result.get("white_y"): result["white_y"] = white_y if block[i + 4] != "\xff": gamma = ord(block[i + 4]) / 100.0 + 1 result["gamma_" + str(ord(block[i]))] = gamma if not result.get("gamma"): result["gamma"] = gamma elif block[BLOCK_TYPE] == BLOCK_TYPE_COLOR_MANAGEMENT_DATA: # TODO: Implement? How could it be used? result["color_management_data"] = block[BLOCK_CONTENTS[0]:BLOCK_CONTENTS[1]] result["ext_flag"] = ord(edid[EXTENSION_FLAG]) result["checksum"] = ord(edid[CHECKSUM]) result["checksum_valid"] = sum(ord(char) for char in edid) % 256 == 0 if len(edid) > 128 and result["ext_flag"] > 0: # Parse extension blocks block = edid[128:] while block: if block[0] == BLOCK_DI_EXT: if block[TRC[0]] != "\0": # TODO: Implement pass block = block[128:] return result class WMIError(Exception): pass dispcalGUI-1.7.1.6/dispcalGUI/embeddedimage.py000644 000765 000000 00000004652 12025152312 020710 0ustar00svpwheel000000 000000 #---------------------------------------------------------------------- # Name: wx.lib.embeddedimage # Purpose: Defines a class used for embedding PNG images in Python # code. The primary method of using this module is via # the code generator in wx.tools.img2py. # # Author: Anthony Tuininga # # Created: 26-Nov-2007 # RCS-ID: $Id: embeddedimage.py 59672 2009-03-20 20:59:42Z RD $ # Copyright: (c) 2007 by Anthony Tuininga # Licence: wxWindows license #---------------------------------------------------------------------- import base64 import cStringIO import wx try: b64decode = base64.b64decode except AttributeError: b64decode = base64.decodestring class PyEmbeddedImage(object): """ PyEmbeddedImage is primarily intended to be used by code generated by img2py as a means of embedding image data in a python module so the image can be used at runtime without needing to access the image from an image file. This makes distributing icons and such that an application uses simpler since tools like py2exe will automatically bundle modules that are imported, and the application doesn't have to worry about how to locate the image files on the user's filesystem. The class can also be used for image data that may be acquired from some other source at runtime, such as over the network or from a database. In this case pass False for isBase64 (unless the data actually is base64 encoded.) Any image type that wx.ImageFromStream can handle should be okay. """ def __init__(self, data, isBase64=True): self.data = data self.isBase64 = isBase64 def GetBitmap(self): return wx.BitmapFromImage(self.GetImage()) def GetData(self): if self.isBase64: data = b64decode(self.data) return data def GetIcon(self): icon = wx.EmptyIcon() icon.CopyFromBitmap(self.GetBitmap()) return icon def GetImage(self): stream = cStringIO.StringIO(self.GetData()) return wx.ImageFromStream(stream) # added for backwards compatibility getBitmap = GetBitmap getData = GetData getIcon = GetIcon getImage = GetImage # define properties, for convenience Bitmap = property(GetBitmap) Icon = property(GetIcon) Image = property(GetImage) dispcalGUI-1.7.1.6/dispcalGUI/encodedstdio.py000644 000765 000000 00000012446 12266411534 020633 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import codecs import locale import os import sys from encoding import get_encoding _codecs = {} _stdio = {} def codec_register_alias(alias, name): """ Register an alias for encoding 'name' """ _codecs[alias] = codecs.CodecInfo(name=alias, encode=codecs.getencoder(name), decode=codecs.getdecoder(name), incrementalencoder=codecs.getincrementalencoder(name), incrementaldecoder=codecs.getincrementaldecoder(name), streamwriter=codecs.getwriter(name), streamreader=codecs.getreader(name)) def conditional_decode(text, encoding='UTF-8', errors='strict'): """ Decode text if not unicode """ if not isinstance(text, unicode): text = text.decode(encoding, errors) return text def conditional_encode(text, encoding='UTF-8', errors='strict'): """ Encode text if unicode """ if isinstance(text, unicode): text = text.encode(encoding, errors) return text def encodestdio(encodings=None, errors=None): """ After this function is called, Unicode strings written to stdout/stderr are automatically encoded and strings read from stdin automatically decoded with the given encodings and error handling. encodings and errors can be a dict with mappings for stdin/stdout/stderr, e.g. encodings={'stdin': 'UTF-8', 'stdout': 'UTF-8', 'stderr': 'UTF-8'} or errors={'stdin': 'strict', 'stdout': 'replace', 'stderr': 'replace'} In the case of errors, stdin uses a default 'strict' error handling and stdout/stderr both use 'replace'. """ if not encodings: encodings = {'stdin': None, 'stdout': None, 'stderr': None} if not errors: errors = {'stdin': 'strict', 'stdout': 'replace', 'stderr': 'replace'} for stream_name in set(encodings.keys() + errors.keys()): stream = getattr(sys, stream_name) encoding = encodings.get(stream_name) if not encoding: encoding = get_encoding(stream) error_handling = errors.get(stream_name, 'strict') if isinstance(stream, EncodedStream): stream.encoding = encoding stream.errors = error_handling else: setattr(sys, stream_name, EncodedStream(stream, encoding, error_handling)) def read(stream, size=-1): """ Read from stream. Uses os.read() if stream is a tty, stream.read() otherwise. """ if stream.isatty(): data = os.read(stream.fileno(), size) else: data = stream.read(size) return data def write(stream, data): """ Write to stream. Uses os.write() if stream is a tty, stream.write() otherwise. """ if stream.isatty(): os.write(stream.fileno(), data) else: stream.write(data) class EncodedStream(object): """ Unicode strings written to an EncodedStream are automatically encoded and strings read from it automtically decoded with the given encoding and error handling. Uses os.read() and os.write() for proper handling of unicode codepages for stdout/stderr under Windows """ def __init__(self, stream, encoding='UTF-8', errors='strict'): self.stream = stream self.encoding = encoding self.errors = errors def __getattr__(self, name): return getattr(self.stream, name) def __iter__(self): return iter(self.readlines()) def __setattr__(self, name, value): if name == 'softspace': setattr(self.stream, name, value) else: object.__setattr__(self, name, value) def next(self): return self.readline() def read(self, size=-1): return conditional_decode(read(self.stream, size), self.encoding, self.errors) def readline(self, size=-1): return conditional_decode(self.stream.readline(size), self.encoding, self.errors) def readlines(self, size=-1): return [conditional_decode(line, self.encoding, self.errors) for line in self.stream.readlines(size)] def xreadlines(self): return self def write(self, text): write(self.stream, conditional_encode(text, self.encoding, self.errors)) def writelines(self, lines): for line in lines: self.write(line) # Store references to original stdin/stdout/stderr for _stream_name in ('stdin', 'stdout', 'stderr'): _stream = getattr(sys, _stream_name) if isinstance(_stream, EncodedStream): _stdio[_stream_name] = _stream.stream else: _stdio[_stream_name] = _stream # Register codec aliases for codepages 65000 and 65001 codec_register_alias('65000', 'utf_7') codec_register_alias('65001', 'utf_8') codec_register_alias('cp65000', 'utf_7') codec_register_alias('cp65001', 'utf_8') codecs.register(lambda alias: _codecs.get(alias)) if __name__ == '__main__': test = u'test \u00e4\u00f6\u00fc\ufffe test' try: print test except (LookupError, IOError, UnicodeError), exception: print 'could not print %r:' % test, exception print 'wrapping stdout/stderr via encodestdio()' encodestdio() print test print 'exiting normally' dispcalGUI-1.7.1.6/dispcalGUI/encoding.py000644 000765 000000 00000002251 12025152312 017733 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from encodings.aliases import aliases import locale import sys if sys.stdout.isatty(): if sys.platform == "win32": try: from win32console import GetConsoleCP, GetConsoleOutputCP except ImportError: pass def get_encoding(stream): """ Return stream encoding. """ enc = None if stream in (sys.stdin, sys.stdout, sys.stderr): if sys.platform == "darwin": # There is no way to determine it reliably under OS X 10.4? return "UTF-8" elif sys.platform == "win32": if sys.version_info >= (2, 6): # Windows/Python 2.6+: If a locale is set, the actual encoding # of stdio changes, but the encoding attribute isn't updated enc = locale.getlocale()[1] if not enc: try: if stream is (sys.stdin): enc = aliases.get(str(GetConsoleCP())) else: enc = aliases.get(str(GetConsoleOutputCP())) except: pass enc = enc or getattr(stream, "encoding", None) or \ locale.getpreferredencoding() or sys.getdefaultencoding() return enc def get_encodings(): """ Return console encoding, filesystem encoding. """ enc = get_encoding(sys.stdout) fs_enc = sys.getfilesystemencoding() or enc return enc, fs_enc dispcalGUI-1.7.1.6/dispcalGUI/floatspin.py000644 000765 000000 00000150577 12025152311 020162 0ustar00svpwheel000000 000000 # --------------------------------------------------------------------------- # # FLOATSPIN Control wxPython IMPLEMENTATION # Python Code By: # # Andrea Gavana, @ 16 Nov 2005 # Latest Revision: 14 Apr 2010, 12.00 GMT # # # TODO List/Caveats # # 1. Ay Idea? # # For All Kind Of Problems, Requests Of Enhancements And Bug Reports, Please # Write To Me At: # # andrea.gavana@gmail.com # gavana@kpo.kz # # Or, Obviously, To The wxPython Mailing List!!! # # # End Of Comments # --------------------------------------------------------------------------- # """ FloatSpin implements a floating point `wx.SpinCtrl`. Description =========== FloatSpin implements a floating point `wx.Spinctrl`. It is built using a custom `wx.PyControl`, composed by a `wx.TextCtrl` and a `wx.SpinButton`. In order to correctly handle floating points numbers without rounding errors or non-exact floating point representations, FloatSpin uses the great L{FixedPoint} class from Tim Peters. What you can do: - Set the number of representative digits for your floating point numbers; - Set the floating point format (``%f``, ``%F``, ``%e``, ``%E``, ``%g``, ``%G``); - Set the increment of every ``EVT_FLOATSPIN`` event; - Set minimum, maximum values for FloatSpin as well as its range; - Change font and colour for the underline `wx.TextCtrl`. Events ====== FloatSpin catches 3 different types of events: 1) Spin events: events generated by spinning up/down the spinbutton; 2) Char events: playing with up/down arrows of the keyboard increase/decrease the value of FloatSpin; 3) Mouse wheel event: using the wheel will change the value of FloatSpin. In addition, there are some other functionalities: It remembers the initial value as a default value, call L{SetToDefaultValue}, or press ``Esc`` to return to it ``Shift`` + arrow = 2 * increment (or ``Shift`` + mouse wheel) ``Ctrl`` + arrow = 10 * increment (or ``Ctrl`` + mouse wheel) ``Alt`` + arrow = 100 * increment (or ``Alt`` + mouse wheel) Combinations of ``Shift``, ``Ctrl``, ``Alt`` increment the FloatSpin value by the product of the factors; ``PgUp`` & ``PgDn`` = 10 * increment * the product of the ``Shift``, ``Ctrl``, ``Alt`` factors; ``Space`` sets the control's value to it's last valid state. Window Styles ============= This class supports the following window styles: =============== =========== ================================================== Window Styles Hex Value Description =============== =========== ================================================== ``FS_READONLY`` 0x1 Sets `FloatSpin` as read-only control. ``FS_LEFT`` 0x2 Horizontally align the underlying `wx.TextCtrl` on the left. ``FS_CENTRE`` 0x4 Horizontally align the underlying `wx.TextCtrl` on center. ``FS_RIGHT`` 0x8 Horizontally align the underlying `wx.TextCtrl` on the right. =============== =========== ================================================== Events Processing ================= This class processes the following events: ================= ================================================== Event Name Description ================= ================================================== ``EVT_FLOATSPIN`` Emitted when the user changes the value of `FloatSpin`, either with the mouse or with the keyboard. ================= ================================================== License And Version =================== FloatSpin control is distributed under the wxPython license. Latest revision: Andrea Gavana @ 14 Apr 2010, 12.00 GMT Version 0.9 Backward Incompatibilities ========================== Modifications to allow `min_val` or `max_val` to be ``None`` done by: James Bigler sci institute, university of utah march 14, 2007 :note: Note that the changes I made will break backward compatibility, because I changed the contructor's parameters from `min`/`max` to `min_val`/`max_val` to be consistent with the other functions and to eliminate any potential confusion with the built in `min` and `max` functions. You specify open ranges like this (you can equally do this in the constructor): [1, ] => SetRange(min_val=1, max_val=None) [ ,0] => SetRange(min_val=None, max_val=0) or no range: [ , ] => SetRange(min_val=None, max_val=None) """ #---------------------------------------------------------------------- # Beginning Of FLOATSPIN wxPython Code #---------------------------------------------------------------------- import wx import locale from math import ceil, floor # Set The Styles For The Underline wx.TextCtrl FS_READONLY = 1 """ Sets `FloatSpin` as read-only control. """ FS_LEFT = 2 """ Horizontally align the underlying `wx.TextCtrl` on the left. """ FS_CENTRE = 4 """ Horizontally align the underlying `wx.TextCtrl` on center. """ FS_RIGHT = 8 """ Horizontally align the underlying `wx.TextCtrl` on the right. """ # Define The FloatSpin Event wxEVT_FLOATSPIN = wx.NewEventType() #-----------------------------------# # FloatSpinEvent #-----------------------------------# EVT_FLOATSPIN = wx.PyEventBinder(wxEVT_FLOATSPIN, 1) """ Emitted when the user changes the value of `FloatSpin`, either with the mouse or""" \ """ with the keyboard. """ # ---------------------------------------------------------------------------- # # Class FloatSpinEvent # ---------------------------------------------------------------------------- # class FloatSpinEvent(wx.PyCommandEvent): """ This event will be sent when a ``EVT_FLOATSPIN`` event is mapped in the parent. """ def __init__(self, eventType, eventId=1, nSel=-1, nOldSel=-1): """ Default class constructor. :param `eventType`: the event type; :param `eventId`: the event identifier; :param `nSel`: the current selection; :param `nOldSel`: the old selection. """ wx.PyCommandEvent.__init__(self, eventType, eventId) self._eventType = eventType def SetPosition(self, pos): """ Sets event position. :param `pos`: an integer specyfing the event position. """ self._position = pos def GetPosition(self): """ Returns event position. """ return self._position #---------------------------------------------------------------------------- # FloatTextCtrl #---------------------------------------------------------------------------- class FloatTextCtrl(wx.TextCtrl): """ A class which holds a `wx.TextCtrl`, one of the two building blocks of L{FloatSpin}. """ def __init__(self, parent, id=wx.ID_ANY, value="", pos=wx.DefaultPosition, size=wx.DefaultSize, style=wx.TE_NOHIDESEL | wx.TE_PROCESS_ENTER, validator=wx.DefaultValidator, name=wx.TextCtrlNameStr): """ Default class constructor. Used internally. Do not call directly this class in your code! :param `parent`: the L{FloatTextCtrl} parent; :param `id`: an identifier for the control: a value of -1 is taken to mean a default; :param `value`: default text value; :param `pos`: the control position. A value of (-1, -1) indicates a default position, chosen by either the windowing system or wxPython, depending on platform; :param `size`: the control size. A value of (-1, -1) indicates a default size, chosen by either the windowing system or wxPython, depending on platform; :param `style`: the window style; :param `validator`: the window validator; :param `name`: the window name. """ wx.TextCtrl.__init__(self, parent, id, value, pos, size, style, validator, name) self._parent = parent self.Bind(wx.EVT_WINDOW_DESTROY, self.OnDestroy) self.Bind(wx.EVT_CHAR, self.OnChar) self.Bind(wx.EVT_KILL_FOCUS, self.OnKillFocus) def OnDestroy(self, event): """ Handles the ``wx.EVT_WINDOW_DESTROY`` event for L{FloatTextCtrl}. :param `event`: a `wx.WindowDestroyEvent` event to be processed. :note: This method tries to correctly handle the control destruction under MSW. """ if self._parent: self._parent._textctrl = None self._parent = None def OnChar(self, event): """ Handles the ``wx.EVT_CHAR`` event for L{FloatTextCtrl}. :param `event`: a `wx.KeyEvent` event to be processed. """ if self._parent: self._parent.OnChar(event) def OnKillFocus(self, event): """ Handles the ``wx.EVT_KILL_FOCUS`` event for L{FloatTextCtrl}. :param `event`: a `wx.FocusEvent` event to be processed. :note: This method synchronizes the `wx.SpinButton` and the `wx.TextCtrl` when focus is lost. """ if self._parent: self._parent.SyncSpinToText(True) event.Skip() #---------------------------------------------------------------------------- # # FloatSpin # This Is The Main Class Implementation # ---------------------------------------------------------------------------- # class FloatSpin(wx.PyControl): """ FloatSpin implements a floating point `wx.Spinctrl`. It is built using a custom `wx.PyControl`, composed by a `wx.TextCtrl` and a `wx.SpinButton`. In order to correctly handle floating points numbers without rounding errors or non-exact floating point representations, FloatSpin uses the great L{FixedPoint} class from Tim Peters. """ def __init__(self, parent, id=wx.ID_ANY, pos=wx.DefaultPosition, size=(95,-1), style=0, value=0.0, min_val=None, max_val=None, increment=1.0, digits=-1, agwStyle=FS_LEFT, name="FloatSpin"): """ Default class constructor. :param `parent`: the L{FloatSpin} parent; :param `id`: an identifier for the control: a value of -1 is taken to mean a default; :param `pos`: the control position. A value of (-1, -1) indicates a default position, chosen by either the windowing system or wxPython, depending on platform; :param `size`: the control size. A value of (-1, -1) indicates a default size, chosen by either the windowing system or wxPython, depending on platform; :param `style`: the window style; :param `value`: is the current value for L{FloatSpin}; :param `min_val`: the minimum value, ignored if ``None``; :param `max_val`: the maximum value, ignored if ``None``; :param `increment`: the increment for every L{FloatSpinEvent} event; :param `digits`: number of representative digits for your floating point numbers; :param `agwStyle`: one of the following bits: =============== =========== ================================================== Window Styles Hex Value Description =============== =========== ================================================== ``FS_READONLY`` 0x1 Sets `FloatSpin` as read-only control. ``FS_LEFT`` 0x2 Horizontally align the underlying `wx.TextCtrl` on the left. ``FS_CENTRE`` 0x4 Horizontally align the underlying `wx.TextCtrl` on center. ``FS_RIGHT`` 0x8 Horizontally align the underlying `wx.TextCtrl` on the right. =============== =========== ================================================== :param `name`: the window name. """ wx.PyControl.__init__(self, parent, id, pos, size, style|wx.NO_BORDER| wx.NO_FULL_REPAINT_ON_RESIZE | wx.CLIP_CHILDREN, wx.DefaultValidator, name) # Don't call SetRange here, because it will try to modify # self._value whose value doesn't exist yet. self.SetRangeDontClampValue(min_val, max_val) self._value = self.ClampValue(FixedPoint(str(value), 20)) self._defaultvalue = self._value self._increment = FixedPoint(str(increment), 20) self._spinmodifier = FixedPoint(str(1.0), 20) self._digits = digits self._snapticks = False self._spinbutton = None self._textctrl = None self._spinctrl_bestsize = wx.Size(-999, -999) # start Philip Semanchuk addition # The textbox & spin button are drawn slightly differently # depending on the platform. The difference is most pronounced # under OS X. if "__WXMAC__" in wx.PlatformInfo: self._gap = 8 self._spin_top = 3 self._text_left = 4 self._text_top = 4 elif "__WXMSW__" in wx.PlatformInfo: self._gap = 1 self._spin_top = 0 self._text_left = 0 self._text_top = 0 else: # GTK self._gap = -1 self._spin_top = 0 self._text_left = 0 self._text_top = 0 # end Philip Semanchuk addition self.SetLabel(name) # start Philip Semanchuk change # Set the background color to match that of the parent. wxMac supports # transparency, and that gives the best results on that platform. # Other platforms ignore wx.ALPHA_TRANSPARENT. colour = parent.GetBackgroundColour() colour.Set(colour.Red(), colour.Green(), colour.Blue(), wx.ALPHA_TRANSPARENT) self.SetBackgroundColour(colour) # end Philip Semanchuk change self.SetForegroundColour(parent.GetForegroundColour()) width = size[0] height = size[1] best_size = self.DoGetBestSize() if width == -1: width = best_size.GetWidth() if height == -1: height = best_size.GetHeight() self._validkeycode = [43, 45, 46, 69, 101, 127, 314] self._validkeycode.extend(range(48, 58)) self._validkeycode.extend([wx.WXK_RETURN, wx.WXK_TAB, wx.WXK_BACK, wx.WXK_LEFT, wx.WXK_RIGHT]) self._spinbutton = wx.SpinButton(self, wx.ID_ANY, wx.DefaultPosition, size=(-1, height), style=wx.SP_ARROW_KEYS | wx.SP_VERTICAL | wx.SP_WRAP) txtstyle = wx.TE_NOHIDESEL | wx.TE_PROCESS_ENTER if agwStyle & FS_RIGHT: txtstyle = txtstyle | wx.TE_RIGHT elif agwStyle & FS_CENTRE: txtstyle = txtstyle | wx.TE_CENTER if agwStyle & FS_READONLY: txtstyle = txtstyle | wx.TE_READONLY self._textctrl = FloatTextCtrl(self, wx.ID_ANY, str(self._value), wx.DefaultPosition, (width-self._spinbutton.GetSize().GetWidth(), height), txtstyle) # start Philip Semanchuk addition # Setting the textctrl's size in the ctor also sets its min size. # But the textctrl is entirely controlled by the parent floatspin # control and should accept whatever size its parent dictates, so # here we tell it to forget its min size. self._textctrl.SetMinSize(wx.DefaultSize) # Setting the spin buttons's size in the ctor also sets its min size. # Under OS X that results in a rendering artifact because spin buttons # are a little shorter than textboxes. # Setting the min size to the default allows OS X to draw the spin # button correctly. However, Windows takes the call to SetMinSize() # as a cue to size the spin button considerably taller than the # textbox, so we avoid that call under Windows. # The call to SetMinSize() isn't necessary under GTK, nor does it # do any harm. if "__WXMAC__" in wx.PlatformInfo: self._spinbutton.SetMinSize(wx.DefaultSize) # end Philip Semanchuk addition self._mainsizer = wx.BoxSizer(wx.HORIZONTAL) self._mainsizer.Add(self._textctrl, 0) self._mainsizer.Add(self._spinbutton, 0) self.SetSizer(self._mainsizer) self._mainsizer.Layout() self.SetFormat() self.SetDigits(digits) # set the value here without generating an event decimal = locale.localeconv()["decimal_point"] strs = ("%100." + str(self._digits) + self._textformat[1])%self._value strs = strs.replace(".", decimal) strs = strs.strip() strs = self.ReplaceDoubleZero(strs) self._textctrl.SetValue(strs) if not (agwStyle & FS_READONLY): self.Bind(wx.EVT_SPIN_UP, self.OnSpinUp) self.Bind(wx.EVT_SPIN_DOWN, self.OnSpinDown) self._spinbutton.Bind(wx.EVT_LEFT_DOWN, self.OnSpinMouseDown) self._textctrl.Bind(wx.EVT_TEXT_ENTER, self.OnTextEnter) self.Bind(wx.EVT_SET_FOCUS, self.OnFocus) self.Bind(wx.EVT_KILL_FOCUS, self.OnKillFocus) self.Bind(wx.EVT_MOUSEWHEEL, self.OnMouseWheel) self.Bind(wx.EVT_SIZE, self.OnSize) # start Philip Semanchuk move self.SetBestSize((width, height)) # end Philip Semanchuk move def OnDestroy(self, event): """ Handles the ``wx.EVT_WINDOW_DESTROY`` event for L{FloatSpin}. :param `event`: a `wx.WindowDestroyEvent` event to be processed. :note: This method tries to correctly handle the control destruction under MSW. """ # Null This Since MSW Sends KILL_FOCUS On Deletion if self._textctrl: self._textctrl._parent = None self._textctrl.Destroy() self._textctrl = None self._spinbutton.Destroy() self._spinbutton = None def DoGetBestSize(self): """ Gets the size which best suits the window: for a control, it would be the minimal size which doesn't truncate the control, for a panel - the same size as it would have after a call to `Fit()`. :note: Overridden from `wx.PyControl`. """ if self._spinctrl_bestsize.x == -999: spin = wx.SpinCtrl(self, -1) self._spinctrl_bestsize = spin.GetBestSize() # oops something went wrong, set to reasonable value if self._spinctrl_bestsize.GetWidth() < 20: self._spinctrl_bestsize.SetWidth(95) if self._spinctrl_bestsize.GetHeight() < 10: self._spinctrl_bestsize.SetHeight(22) spin.Destroy() return self._spinctrl_bestsize def DoSendEvent(self): """ Send the event to the parent. """ event = wx.CommandEvent(wx.wxEVT_COMMAND_SPINCTRL_UPDATED, self.GetId()) event.SetEventObject(self) event.SetInt(int(self._value + 0.5)) if self._textctrl: event.SetString(self._textctrl.GetValue()) self.GetEventHandler().ProcessEvent(event) eventOut = FloatSpinEvent(wxEVT_FLOATSPIN, self.GetId()) eventOut.SetPosition(int(self._value + 0.5)) eventOut.SetEventObject(self) self.GetEventHandler().ProcessEvent(eventOut) def OnSpinMouseDown(self, event): """ Handles the ``wx.EVT_LEFT_DOWN`` event for L{FloatSpin}. :param `event`: a `wx.MouseEvent` event to be processed. :note: This method works on the underlying `wx.SpinButton`. """ modifier = FixedPoint(str(1.0), 20) if event.ShiftDown(): modifier = modifier*2.0 if event.ControlDown(): modifier = modifier*10.0 if event.AltDown(): modifier = modifier*100.0 self._spinmodifier = modifier event.Skip() def OnSpinUp(self, event): """ Handles the ``wx.EVT_SPIN_UP`` event for L{FloatSpin}. :param `event`: a `wx.SpinEvent` event to be processed. """ if self._textctrl and self._textctrl.IsModified(): self.SyncSpinToText(False) if self.InRange(self._value + self._increment*self._spinmodifier): self._value = self._value + self._increment*self._spinmodifier self.SetValue(self._value) self.DoSendEvent() def OnSpinDown(self, event): """ Handles the ``wx.EVT_SPIN_DOWN`` event for L{FloatSpin}. :param `event`: a `wx.SpinEvent` event to be processed. """ if self._textctrl and self._textctrl.IsModified(): self.SyncSpinToText(False) if self.InRange(self._value - self._increment*self._spinmodifier): self._value = self._value - self._increment*self._spinmodifier self.SetValue(self._value) self.DoSendEvent() def OnTextEnter(self, event): """ Handles the ``wx.EVT_TEXT_ENTER`` event for L{FloatSpin}. :param `event`: a `wx.KeyEvent` event to be processed. :note: This method works on the underlying `wx.TextCtrl`. """ self.SyncSpinToText(True) event.Skip() def OnChar(self, event): """ Handles the ``wx.EVT_CHAR`` event for L{FloatSpin}. :param `event`: a `wx.KeyEvent` event to be processed. :note: This method works on the underlying `wx.TextCtrl`. """ modifier = FixedPoint(str(1.0), 20) if event.ShiftDown(): modifier = modifier*2.0 if event.ControlDown(): modifier = modifier*10.0 if event.AltDown(): modifier = modifier*100.0 keycode = event.GetKeyCode() if keycode == wx.WXK_UP: if self._textctrl and self._textctrl.IsModified(): self.SyncSpinToText(False) self.SetValue(self._value + self._increment*modifier) self.DoSendEvent() elif keycode == wx.WXK_DOWN: if self._textctrl and self._textctrl.IsModified(): self.SyncSpinToText(False) self.SetValue(self._value - self._increment*modifier) self.DoSendEvent() elif keycode == wx.WXK_PRIOR: if self._textctrl and self._textctrl.IsModified(): self.SyncSpinToText(False) self.SetValue(self._value + 10.0*self._increment*modifier) self.DoSendEvent() elif keycode == wx.WXK_NEXT: if self._textctrl and self._textctrl.IsModified(): self.SyncSpinToText(False) self.SetValue(self._value - 10.0*self._increment*modifier) self.DoSendEvent() elif keycode == wx.WXK_SPACE: self.SetValue(self._value) event.Skip(False) elif keycode == wx.WXK_ESCAPE: self.SetToDefaultValue() self.DoSendEvent() elif keycode == wx.WXK_TAB: new_event = wx.NavigationKeyEvent() new_event.SetEventObject(self.GetParent()) new_event.SetDirection(not event.ShiftDown()) # CTRL-TAB changes the (parent) window, i.e. switch notebook page new_event.SetWindowChange(event.ControlDown()) new_event.SetCurrentFocus(self) self.GetParent().GetEventHandler().ProcessEvent(new_event) else: if keycode not in self._validkeycode: return event.Skip() def OnMouseWheel(self, event): """ Handles the ``wx.EVT_MOUSEWHEEL`` event for L{FloatSpin}. :param `event`: a `wx.MouseEvent` event to be processed. """ modifier = FixedPoint(str(1.0), 20) if event.ShiftDown(): modifier = modifier*2.0 if event.ControlDown(): modifier = modifier*10.0 if event.AltDown(): modifier = modifier*100.0 if self._textctrl and self._textctrl.IsModified(): self.SyncSpinToText(False) if event.GetWheelRotation() > 0: self.SetValue(self._value + self._increment*modifier) self.DoSendEvent() else: self.SetValue(self._value - self._increment*modifier) self.DoSendEvent() def OnSize(self, event): """ Handles the ``wx.EVT_SIZE`` event for L{FloatSpin}. :param `event`: a `wx.SizeEvent` event to be processed. :note: This method resizes the text control and reposition the spin button when resized. """ # start Philip Semanchuk addition event_width = event.GetSize().width self._textctrl.SetPosition((self._text_left, self._text_top)) text_width, text_height = self._textctrl.GetSizeTuple() spin_width, _ = self._spinbutton.GetSizeTuple() text_width = event_width - (spin_width + self._gap + self._text_left) self._textctrl.SetSize(wx.Size(text_width, text_height)) # The spin button is always snug against the right edge of the # control. self._spinbutton.SetPosition((event_width - spin_width, self._spin_top)) event.Skip() # end Philip Semanchuk addition def ReplaceDoubleZero(self, strs): """ Replaces the (somewhat) python ugly '+e000' with +e00. :param `strs`: a string (possibly) containing a '+e00o' substring. """ if self._textformat not in ["%g", "%e", "%E", "%G"]: return strs if strs.find("e+00") >= 0: strs = strs.replace("e+00", "e+0") elif strs.find("e-00") >= 0: strs = strs.replace("e-00", "e-0") elif strs.find("E+00") >= 0: strs = strs.replace("E+00", "E+0") elif strs.find("E-00") >= 0: strs = strs.replace("E-00", "E-0") return strs def SetValue(self, value): """ Sets the L{FloatSpin} value. :param `value`: the new value. """ if not self._textctrl or not self.InRange(value): return if self._snapticks and self._increment != 0.0: finite, snap_value = self.IsFinite(value) if not finite: # FIXME What To Do About A Failure? if (snap_value - floor(snap_value) < ceil(snap_value) - snap_value): value = self._defaultvalue + floor(snap_value)*self._increment else: value = self._defaultvalue + ceil(snap_value)*self._increment decimal = locale.localeconv()["decimal_point"] strs = ("%100." + str(self._digits) + self._textformat[1])%value strs = strs.replace(".", decimal) strs = strs.strip() strs = self.ReplaceDoubleZero(strs) if value != self._value or strs != self._textctrl.GetValue(): self._textctrl.SetValue(strs) self._textctrl.DiscardEdits() self._value = value def GetValue(self): """ Returns the L{FloatSpin} value. """ return float(self._value) def SetRangeDontClampValue(self, min_val, max_val): """ Sets the allowed range. :param `min_val`: the minimum value for L{FloatSpin}. If it is ``None`` it is ignored; :param `max_val`: the maximum value for L{FloatSpin}. If it is ``None`` it is ignored. :note: This method doesn't modify the current value. """ if (min_val != None): self._min = FixedPoint(str(min_val), 20) else: self._min = None if (max_val != None): self._max = FixedPoint(str(max_val), 20) else: self._max = None def SetRange(self, min_val, max_val): """ Sets the allowed range. :param `min_val`: the minimum value for L{FloatSpin}. If it is ``None`` it is ignored; :param `max_val`: the maximum value for L{FloatSpin}. If it is ``None`` it is ignored. :note: This method doesn't modify the current value. :note: You specify open ranges like this (you can equally do this in the constructor):: SetRange(min_val=1, max_val=None) SetRange(min_val=None, max_val=0) or no range:: SetRange(min_val=None, max_val=None) """ self.SetRangeDontClampValue(min_val, max_val) value = self.ClampValue(self._value) if (value != self._value): self.SetValue(value) def ClampValue(self, var): """ Clamps `var` between `_min` and `_max` depending if the range has been specified. :param `var`: the value to be clamped. :return: A clamped copy of `var`. """ if (self._min != None): if (var < self._min): var = self._min return var if (self._max != None): if (var > self._max): var = self._max return var def SetIncrement(self, increment): """ Sets the increment for every ``EVT_FLOATSPIN`` event. :param `increment`: a floating point number specifying the L{FloatSpin} increment. """ if increment < 1./10.0**self._digits: raise Exception("\nERROR: Increment Should Be Greater Or Equal To 1/(10**digits).") self._increment = FixedPoint(str(increment), 20) self.SetValue(self._value) def GetIncrement(self): """ Returns the increment for every ``EVT_FLOATSPIN`` event. """ return self._increment def SetDigits(self, digits=-1): """ Sets the number of digits to show. :param `digits`: the number of digits to show. If `digits` < 0, L{FloatSpin} tries to calculate the best number of digits based on input values passed in the constructor. """ if digits < 0: incr = str(self._increment) if incr.find(".") < 0: digits = 0 else: digits = len(incr[incr.find(".")+1:]) self._digits = digits self.SetValue(self._value) def GetDigits(self): """ Returns the number of digits shown. """ return self._digits def SetFormat(self, fmt="%f"): """ Set the string format to use. :param `fmt`: the new string format to use. One of the following strings: ====== ================================= Format Description ====== ================================= 'e' Floating point exponential format (lowercase) 'E' Floating point exponential format (uppercase) 'f' Floating point decimal format 'F' Floating point decimal format 'g' Floating point format. Uses lowercase exponential format if exponent is less than -4 or not less than precision, decimal format otherwise 'G' Floating point format. Uses uppercase exponential format if exponent is less than -4 or not less than precision, decimal format otherwise ====== ================================= """ if fmt not in ["%f", "%g", "%e", "%E", "%F", "%G"]: raise Exception('\nERROR: Bad Float Number Format: ' + repr(fmt) + '. It Should Be ' \ 'One Of "%f", "%g", "%e", "%E", "%F", "%G"') self._textformat = fmt if self._digits < 0: self.SetDigits() self.SetValue(self._value) def GetFormat(self): """ Returns the string format in use. :see: L{SetFormat} for a list of valid string formats. """ return self._textformat def SetDefaultValue(self, defaultvalue): """ Sets the L{FloatSpin} default value. :param `defaultvalue`: a floating point value representing the new default value for L{FloatSpin}. """ if self.InRange(defaultvalue): self._defaultvalue = FixedPoint(str(defaultvalue), 20) def GetDefaultValue(self): """ Returns the L{FloatSpin} default value. """ return self._defaultvalue def IsDefaultValue(self): """ Returns whether the current value is the default value or not. """ return self._value == self._defaultvalue def SetToDefaultValue(self): """ Sets L{FloatSpin} value to its default value. """ self.SetValue(self._defaultvalue) def SetSnapToTicks(self, forceticks=True): """ Force the value to always be divisible by the increment. Initially ``False``. :param `forceticks`: ``True`` to force the snap to ticks option, ``False`` otherwise. :note: This uses the default value as the basis, you will get strange results for very large differences between the current value and default value when the increment is very small. """ if self._snapticks != forceticks: self._snapticks = forceticks self.SetValue(self._value) def GetSnapToTicks(self): """ Returns whether the snap to ticks option is active or not. """ return self._snapticks def OnFocus(self, event): """ Handles the ``wx.EVT_SET_FOCUS`` event for L{FloatSpin}. :param `event`: a `wx.FocusEvent` event to be processed. """ if self._textctrl: self._textctrl.SetFocus() event.Skip() def OnKillFocus(self, event): """ Handles the ``wx.EVT_KILL_FOCUS`` event for L{FloatSpin}. :param `event`: a `wx.FocusEvent` event to be processed. """ self.SyncSpinToText(True) event.Skip() def SyncSpinToText(self, send_event=True, force_valid=True): """ Synchronize the underlying `wx.TextCtrl` with `wx.SpinButton`. :param `send_event`: ``True`` to send a ``EVT_FLOATSPIN`` event, ``False`` otherwise; :param `force_valid`: ``True`` to force a valid value (i.e. inside the provided range), ``False`` otherwise. """ if not self._textctrl: return curr = self._textctrl.GetValue() curr = curr.strip() if curr: try: curro = float(curr) curr = FixedPoint(curr, 20) except: self.SetValue(self._value) return if force_valid or not self.HasRange() or self.InRange(curr): if force_valid and self.HasRange(): curr = self.ClampValue(curr) if self._value != curr: self.SetValue(curr) if send_event: self.DoSendEvent() elif force_valid: # textctrl is out of sync, discard and reset self.SetValue(self.GetValue()) def SetFont(self, font=None): """ Sets the underlying `wx.TextCtrl` font. :param `font`: a valid instance of `wx.Font`. """ if font is None: font = wx.SystemSettings_GetFont(wx.SYS_DEFAULT_GUI_FONT) if not self._textctrl: return False return self._textctrl.SetFont(font) def GetFont(self): """ Returns the underlying `wx.TextCtrl` font. """ if not self._textctrl: return self.GetFont() return self._textctrl.GetFont() def GetMin(self): """ Returns the minimum value for L{FloatSpin}. It can be a number or ``None`` if no minimum is present. """ return self._min def GetMax(self): """ Returns the maximum value for L{FloatSpin}. It can be a number or ``None`` if no minimum is present. """ return self._max def HasRange(self): """ Returns whether L{FloatSpin} range has been set or not. """ return (self._min != None) or (self._max != None) def InRange(self, value): """ Returns whether a value is inside L{FloatSpin} range. :param `value`: the value to test. """ if (not self.HasRange()): return True if (self._min != None): if (value < self._min): return False if (self._max != None): if (value > self._max): return False return True def GetTextCtrl(self): """ Returns the underlying `wx.TextCtrl`. """ return self._textctrl def IsFinite(self, value): """ Tries to determine if a value is finite or infinite/nan. :param `value`: the value to test. """ try: snap_value = (value - self._defaultvalue)/self._increment finite = True except: finite = False snap_value = None return finite, snap_value # Class FixedPoint, version 0.0.4. # Released to the public domain 28-Mar-2001, # by Tim Peters (tim.one@home.com). # Provided as-is; use at your own risk; no warranty; no promises; enjoy! # 28-Mar-01 ver 0.0,4 # Use repr() instead of str() inside __str__, because str(long) changed # since this was first written (used to produce trailing "L", doesn't # now). # # 09-May-99 ver 0,0,3 # Repaired __sub__(FixedPoint, string); was blowing up. # Much more careful conversion of float (now best possible). # Implemented exact % and divmod. # # 14-Oct-98 ver 0,0,2 # Added int, long, frac. Beefed up docs. Removed DECIMAL_POINT # and MINUS_SIGN globals to discourage bloating this class instead # of writing formatting wrapper classes (or subclasses) # # 11-Oct-98 ver 0,0,1 # posted to c.l.py __version__ = 0, 0, 4 # The default value for the number of decimal digits carried after the # decimal point. This only has effect at compile-time. DEFAULT_PRECISION = 2 class FixedPoint(object): """ FixedPoint objects support decimal arithmetic with a fixed number of digits (called the object's precision) after the decimal point. The number of digits before the decimal point is variable & unbounded. The precision is user-settable on a per-object basis when a FixedPoint is constructed, and may vary across FixedPoint objects. The precision may also be changed after construction via `FixedPoint.set_precision(p)`. Note that if the precision of a FixedPoint is reduced via L{FixedPoint.set_precision}, information may be lost to rounding. Example:: >>> x = FixedPoint("5.55") # precision defaults to 2 >>> print x 5.55 >>> x.set_precision(1) # round to one fraction digit >>> print x 5.6 >>> print FixedPoint("5.55", 1) # same thing setting to 1 in constructor 5.6 >>> repr(x) # returns constructor string that reproduces object exactly "FixedPoint('5.6', 1)" >>> When L{FixedPoint} objects of different precision are combined via + - * /, the result is computed to the larger of the inputs' precisions, which also becomes the precision of the resulting L{FixedPoint} object. Example:: >>> print FixedPoint("3.42") + FixedPoint("100.005", 3) 103.425 >>> When a L{FixedPoint} is combined with other numeric types (ints, floats, strings representing a number) via + - * /, then similarly the computation is carried out using -- and the result inherits -- the L{FixedPoint}'s precision. Example:: >>> print FixedPoint(1) / 7 0.14 >>> print FixedPoint(1, 30) / 7 0.142857142857142857142857142857 >>> The string produced by `str(x)` (implictly invoked by `print`) always contains at least one digit before the decimal point, followed by a decimal point, followed by exactly `x.get_precision()` digits. If `x` is negative, `str(x)[0] == "-"`. The L{FixedPoint} constructor can be passed an int, long, string, float, L{FixedPoint}, or any object convertible to a float via `float()` or to a long via `long()`. Passing a precision is optional; if specified, the precision must be a non-negative int. There is no inherent limit on the size of the precision, but if very very large you'll probably run out of memory. Note that conversion of floats to L{FixedPoint} can be surprising, and should be avoided whenever possible. Conversion from string is exact (up to final rounding to the requested precision), so is greatly preferred. Example:: >>> print FixedPoint(1.1e30) 1099999999999999993725589651456.00 >>> print FixedPoint("1.1e30") 1100000000000000000000000000000.00 >>> """ # the exact value is self.n / 10**self.p; # self.n is a long; self.p is an int def __init__(self, value=0, precision=DEFAULT_PRECISION): """ Default class constructor. :param `value`: the initial value; :param `precision`: must be an int >= 0, and defaults to ``DEFAULT_PRECISION``. """ self.n = self.p = 0 self.set_precision(precision) p = self.p if isinstance(value, type("42.3e5")): n, exp = _string2exact(value) # exact value is n*10**exp = n*10**(exp+p)/10**p effective_exp = exp + p if effective_exp > 0: n = n * _tento(effective_exp) elif effective_exp < 0: n = _roundquotient(n, _tento(-effective_exp)) self.n = n return if isinstance(value, type(42)) or isinstance(value, type(42L)): self.n = long(value) * _tento(p) return if isinstance(value, FixedPoint): temp = value.copy() temp.set_precision(p) self.n, self.p = temp.n, temp.p return if isinstance(value, type(42.0)): # XXX ignoring infinities and NaNs and overflows for now import math f, e = math.frexp(abs(value)) assert f == 0 or 0.5 <= f < 1.0 # |value| = f * 2**e exactly # Suck up CHUNK bits at a time; 28 is enough so that we suck # up all bits in 2 iterations for all known binary double- # precision formats, and small enough to fit in an int. CHUNK = 28 top = 0L # invariant: |value| = (top + f) * 2**e exactly while f: f = math.ldexp(f, CHUNK) digit = int(f) assert digit >> CHUNK == 0 top = (top << CHUNK) | digit f = f - digit assert 0.0 <= f < 1.0 e = e - CHUNK # now |value| = top * 2**e exactly # want n such that n / 10**p = top * 2**e, or # n = top * 10**p * 2**e top = top * _tento(p) if e >= 0: n = top << e else: n = _roundquotient(top, 1L << -e) if value < 0: n = -n self.n = n return if isinstance(value, type(42-42j)): raise TypeError("can't convert complex to FixedPoint: " + `value`) # can we coerce to a float? yes = 1 try: asfloat = float(value) except: yes = 0 if yes: self.__init__(asfloat, p) return # similarly for long yes = 1 try: aslong = long(value) except: yes = 0 if yes: self.__init__(aslong, p) return raise TypeError("can't convert to FixedPoint: " + `value`) def get_precision(self): """ Return the precision of this L{FixedPoint}. :note: The precision is the number of decimal digits carried after the decimal point, and is an int >= 0. """ return self.p def set_precision(self, precision=DEFAULT_PRECISION): """ Change the precision carried by this L{FixedPoint} to `precision`. :param `precision`: must be an int >= 0, and defaults to ``DEFAULT_PRECISION``. :note: If `precision` is less than this FixedPoint's current precision, information may be lost to rounding. """ try: p = int(precision) except: raise TypeError("precision not convertable to int: " + `precision`) if p < 0: raise ValueError("precision must be >= 0: " + `precision`) if p > self.p: self.n = self.n * _tento(p - self.p) elif p < self.p: self.n = _roundquotient(self.n, _tento(self.p - p)) self.p = p def __str__(self): n, p = self.n, self.p i, f = divmod(abs(n), _tento(p)) if p: frac = repr(f)[:-1] frac = "0" * (p - len(frac)) + frac else: frac = "" return "-"[:n<0] + \ repr(i)[:-1] + \ "." + frac def __repr__(self): return "FixedPoint" + `(str(self), self.p)` def copy(self): """ Create a copy of the current L{FixedPoint}. """ return _mkFP(self.n, self.p) __copy__ = __deepcopy__ = copy def __cmp__(self, other): if (other == None): return 1 xn, yn, p = _norm(self, other) return cmp(xn, yn) def __hash__(self): # caution! == values must have equal hashes, and a FixedPoint # is essentially a rational in unnormalized form. There's # really no choice here but to normalize it, so hash is # potentially expensive. n, p = self.__reduce() # Obscurity: if the value is an exact integer, p will be 0 now, # so the hash expression reduces to hash(n). So FixedPoints # that happen to be exact integers hash to the same things as # their int or long equivalents. This is Good. But if a # FixedPoint happens to have a value exactly representable as # a float, their hashes may differ. This is a teensy bit Bad. return hash(n) ^ hash(p) def __nonzero__(self): return self.n != 0 def __neg__(self): return _mkFP(-self.n, self.p) def __abs__(self): if self.n >= 0: return self.copy() else: return -self def __add__(self, other): n1, n2, p = _norm(self, other) # n1/10**p + n2/10**p = (n1+n2)/10**p return _mkFP(n1 + n2, p) __radd__ = __add__ def __sub__(self, other): if not isinstance(other, FixedPoint): other = FixedPoint(other, self.p) return self.__add__(-other) def __rsub__(self, other): return (-self) + other def __mul__(self, other): n1, n2, p = _norm(self, other) # n1/10**p * n2/10**p = (n1*n2/10**p)/10**p return _mkFP(_roundquotient(n1 * n2, _tento(p)), p) __rmul__ = __mul__ def __div__(self, other): n1, n2, p = _norm(self, other) if n2 == 0: raise ZeroDivisionError("FixedPoint division") if n2 < 0: n1, n2 = -n1, -n2 # n1/10**p / (n2/10**p) = n1/n2 = (n1*10**p/n2)/10**p return _mkFP(_roundquotient(n1 * _tento(p), n2), p) def __rdiv__(self, other): n1, n2, p = _norm(self, other) return _mkFP(n2, p) / self def __divmod__(self, other): n1, n2, p = _norm(self, other) if n2 == 0: raise ZeroDivisionError("FixedPoint modulo") # floor((n1/10**p)/(n2*10**p)) = floor(n1/n2) q = n1 / n2 # n1/10**p - q * n2/10**p = (n1 - q * n2)/10**p return q, _mkFP(n1 - q * n2, p) def __rdivmod__(self, other): n1, n2, p = _norm(self, other) return divmod(_mkFP(n2, p), self) def __mod__(self, other): return self.__divmod__(other)[1] def __rmod__(self, other): n1, n2, p = _norm(self, other) return _mkFP(n2, p).__mod__(self) # caution! float can lose precision def __float__(self): n, p = self.__reduce() return float(n) / float(_tento(p)) # XXX should this round instead? # XXX note e.g. long(-1.9) == -1L and long(1.9) == 1L in Python # XXX note that __int__ inherits whatever __long__ does, # XXX and .frac() is affected too def __long__(self): answer = abs(self.n) / _tento(self.p) if self.n < 0: answer = -answer return answer def __int__(self): return int(self.__long__()) def frac(self): """ Returns fractional portion as a L{FixedPoint}. :note: In L{FixedPoint}, this equality holds true:: x = x.frac() + long(x) """ return self - long(self) # return n, p s.t. self == n/10**p and n % 10 != 0 def __reduce(self): n, p = self.n, self.p if n == 0: p = 0 while p and n % 10 == 0: p = p - 1 n = n / 10 return n, p # return 10L**n def _tento(n, cache={}): try: return cache[n] except KeyError: answer = cache[n] = 10L ** n return answer # return xn, yn, p s.t. # p = max(x.p, y.p) # x = xn / 10**p # y = yn / 10**p # # x must be FixedPoint to begin with; if y is not FixedPoint, # it inherits its precision from x. # # Note that this is called a lot, so default-arg tricks are helpful. def _norm(x, y, isinstance=isinstance, FixedPoint=FixedPoint, _tento=_tento): assert isinstance(x, FixedPoint) if not isinstance(y, FixedPoint): y = FixedPoint(y, x.p) xn, yn = x.n, y.n xp, yp = x.p, y.p if xp > yp: yn = yn * _tento(xp - yp) p = xp elif xp < yp: xn = xn * _tento(yp - xp) p = yp else: p = xp # same as yp return xn, yn, p def _mkFP(n, p, FixedPoint=FixedPoint): f = FixedPoint() f.n = n f.p = p return f # divide x by y, rounding to int via nearest-even # y must be > 0 # XXX which rounding modes are useful? def _roundquotient(x, y): assert y > 0 n, leftover = divmod(x, y) c = cmp(leftover << 1, y) # c < 0 <-> leftover < y/2, etc if c > 0 or (c == 0 and (n & 1) == 1): n = n + 1 return n # crud for parsing strings import re # There's an optional sign at the start, and an optional exponent # at the end. The exponent has an optional sign and at least one # digit. In between, must have either at least one digit followed # by an optional fraction, or a decimal point followed by at least # one digit. Yuck. _parser = re.compile(r""" \s* (?P[-+])? ( (?P\d+) (\. (?P\d*))? | \. (?P\d+) ) ([eE](?P[-+]? \d+))? \s* $ """, re.VERBOSE).match del re # return n, p s.t. float string value == n * 10**p exactly def _string2exact(s): m = _parser(s) if m is None: raise ValueError("can't parse as number: " + `s`) exp = m.group('exp') if exp is None: exp = 0 else: exp = int(exp) intpart = m.group('int') if intpart is None: intpart = "0" fracpart = m.group('onlyfrac') else: fracpart = m.group('frac') if fracpart is None or fracpart == "": fracpart = "0" assert intpart assert fracpart i, f = long(intpart), long(fracpart) nfrac = len(fracpart) i = i * _tento(nfrac) + f exp = exp - nfrac if m.group('sign') == "-": i = -i return i, exp dispcalGUI-1.7.1.6/dispcalGUI/gtypes.py000644 000765 000000 00000000557 12025152312 017467 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from ctypes import Structure, c_char_p, c_int, c_uint class gchar_p(c_char_p): # represents "[const] gchar*" pass class gint(c_int): pass class guint(c_uint): pass class guint32(c_uint): pass class GQuark(guint32): pass class GError(Structure): _fields_ = [("domain", GQuark), ("code", gint), ("message", gchar_p)] dispcalGUI-1.7.1.6/dispcalGUI/ICCProfile.py000644 000765 000000 00000306214 12266411534 020105 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from hashlib import md5 import binascii import datetime import locale import math import os import re import struct import sys from itertools import izip, imap from time import localtime, mktime, strftime from UserString import UserString if sys.platform == "win32": import _winreg else: import subprocess as sp if sys.platform == "darwin": from platform import mac_ver if sys.platform == "win32": try: import pywintypes import win32api ## import win32gui except ImportError: pass import colord import colormath import edid from colormath import NumberTuple from defaultpaths import iccprofiles, iccprofiles_home from encoding import get_encodings from ordereddict import OrderedDict try: from log import safe_print except ImportError: from safe_print import safe_print from util_decimal import float2dec from util_list import intlist from util_str import hexunescape, safe_unicode if sys.platform not in ("darwin", "win32"): from edid import get_edid from util_x import get_display try: import xrandr except ImportError: xrandr = None elif sys.platform == "win32": import util_win elif sys.platform == "darwin": from util_mac import osascript GAMUT_VOLUME_SRGB = 833675.435316 # rel. col. GAMUT_VOLUME_ADOBERGB = 1209986.014983 # rel. col. debug = "-d" in sys.argv[1:] or "--debug" in sys.argv[1:] fs_enc = get_encodings()[1] cmms = {"argl": "Argyll CMS", "ADBE": "Adobe", "ACMS": "Agfa", "Agfa": "Agfa", "APPL": "Apple", "appl": "Apple", "CCMS": "ColorGear", "UCCM": "ColorGear Lite", "DL&C": "Digital Light & Color", "EFI ": "EFI", "FF ": "Fuji Film", "HCMM": "Harlequin RIP", "LgoS": "LogoSync", "HDM ": "Heidelberg", "Lino": "Linotype", "lino": "Linotype", "lcms": "Little CMS", "KCMS": "Kodak", "MCML": "Konica Minolta", "MSFT": "Microsoft", "SIGN": "Mutoh", "RGMS": "DeviceLink", "SICC": "SampleICC", "32BT": "the imaging factory", "WTG ": "Ware to Go", "zc00": "Zoran"} encodings = { "mac": { 141: "africaans", 36: "albanian", 85: "amharic", 12: "arabic", 51: "armenian", 68: "assamese", 134: "aymara", 49: "azerbaijani-cyrllic", 50: "azerbaijani-arabic", 129: "basque", 67: "bengali", 137: "dzongkha", 142: "breton", 44: "bulgarian", 77: "burmese", 46: "byelorussian", 78: "khmer", 130: "catalan", 92: "chewa", 33: "simpchinese", 19: "tradchinese", 18: "croatian", 38: "czech", 7: "danish", 4: "dutch", 0: "roman", 94: "esperanto", 27: "estonian", 30: "faeroese", 31: "farsi", 13: "finnish", 34: "flemish", 1: "french", 140: "galician", 144: "scottishgaelic", 145: "manxgaelic", 52: "georgian", 2: "german", 14: "greek-monotonic", 148: "greek-polytonic", 133: "guarani", 69: "gujarati", 10: "hebrew", 21: "hindi", 26: "hungarian", 15: "icelandic", 81: "indonesian", 143: "inuktitut", 35: "irishgaelic", 146: "irishgaelic-dotsabove", 3: "italian", 11: "japanese", 138: "javaneserom", 73: "kannada", 61: "kashmiri", 48: "kazakh", 90: "kiryarwanda", 54: "kirghiz", 91: "rundi", 23: "korean", 60: "kurdish", 79: "lao", 131: "latin", 28: "latvian", 24: "lithuanian", 43: "macedonian", 93: "malagasy", 83: "malayroman-latin", 84: "malayroman-arabic", 72: "malayalam", 16: "maltese", 66: "marathi", 53: "moldavian", 57: "mongolian", 58: "mongolian-cyrillic", 64: "nepali", 9: "norwegian", 71: "oriya", 87: "oromo", 59: "pashto", 25: "polish", 8: "portuguese", 70: "punjabi", 132: "quechua", 37: "romanian", 32: "russian", 29: "sami", 65: "sanskrit", 42: "serbian", 62: "sindhi", 76: "sinhalese", 39: "slovak", 40: "slovenian", 88: "somali", 6: "spanish", 139: "sundaneserom", 89: "swahili", 5: "swedish", 82: "tagalog", 55: "tajiki", 74: "tamil", 135: "tatar", 75: "telugu", 22: "thai", 63: "tibetan", 86: "tigrinya", 147: "tongan", 17: "turkish", 56: "turkmen", 136: "uighur", 45: "ukrainian", 20: "urdu", 47: "uzbek", 80: "vietnamese", 128: "welsh", 41: "yiddish" } } colorants = { 0: { "description": "unknown", "channels": () }, 1: { "description": "ITU-R BT.709", "channels": ((0.64, 0.33), (0.3, 0.6), (0.15, 0.06)) }, 2: { "description": "SMPTE RP145-1994", "channels": ((0.63, 0.34), (0.31, 0.595), (0.155, 0.07)) }, 3: { "description": "EBU Tech.3213-E", "channels": ((0.64, 0.33), (0.29, 0.6), (0.15, 0.06)) }, 4: { "description": "P22", "channels": ((0.625, 0.34), (0.28, 0.605), (0.155, 0.07)) } } geometry = { 0: "unknown", 1: "0/45 or 45/0", 2: "0/d or d/0" } illuminants = { 0: "unknown", 1: "D50", 2: "D65", 3: "D93", 4: "F2", 5: "D55", 6: "A", 7: "E", 8: "F8" } observers = { 0: "unknown", 1: "CIE 1931", 2: "CIE 1964" } manufacturers = {"ADBE": "Adobe Systems Incorporated", "APPL": "Apple Computer, Inc.", "agfa": "Agfa Graphics N.V.", "argl": "Argyll CMS", "bICC": "basICColor GmbH", "DL&C": "Digital Light & Color", "EPSO": "Seiko Epson Corporation", "HDM ": "Heidelberger Druckmaschinen AG", "HP ": "Hewlett-Packard", "KODA": "Kodak", "lcms": "Little CMS", "MONS": "Monaco Systems Inc.", "MSFT": "Microsoft Corporation", "qato": "QUATOGRAPHIC Technology GmbH", "XRIT": "X-Rite"} platform = {"APPL": "Apple", "MSFT": "Microsoft", "SGI ": "Silicon Graphics", "SUNW": "Sun Microsystems"} profileclass = {"scnr": "Input device profile", "mntr": "Display device profile", "prtr": "Output device profile", "link": "DeviceLink profile", "spac": "Color space Conversion profile", "abst": "Abstract profile", "nmcl": "Named colour profile"} tags = {"A2B0": "Device to PCS: Intent 0", "A2B1": "Device to PCS: Intent 1", "A2B2": "Device to PCS: Intent 2", "B2A0": "PCS to device: Intent 0", "B2A1": "PCS to device: Intent 1", "B2A2": "PCS to device: Intent 2", "CIED": "Characterization measurement values", # Non-standard "DevD": "Characterization device values", # Non-standard "bkpt": "Media black point", "bTRC": "Blue tone response curve", "bXYZ": "Blue matrix column", "chad": "Chromatic adaptation matrix", "clro": "Colorant order", "cprt": "Copyright", "desc": "Description", "dmnd": "Device manufacturer name", "dmdd": "Device model name", "gamt": "Out of gamut tag", "gTRC": "Green tone response curve", "gXYZ": "Green matrix column", "kTRC": "Gray tone response curve", "lumi": "Luminance", "meas": "Measurement type", "mmod": "Make and model", "rTRC": "Red tone response curve", "rXYZ": "Red matrix column", "targ": "Characterization target", "tech": "Technology", "vcgt": "Video card gamma table", "view": "Viewing conditions", "vued": "Viewing conditions description", "wtpt": "Media white point"} tech = {"fscn": "Film scanner", "dcam": "Digital camera", "rscn": "Reflective scanner", "ijet": "Ink jet printer", "twax": "Thermal wax printer", "epho": "Electrophotographic printer", "esta": "Electrostatic printer", "dsub": "Dye sublimation printer", "rpho": "Photographic paper printer", "fprn": "Film writer", "vidm": "Video monitor", "vidc": "Video camera", "pjtv": "Projection television", "CRT ": "Cathode ray tube display", "PMD ": "Passive matrix display", "AMD ": "Active matrix display", "KPCD": "Photo CD", "imgs": "Photo imagesetter", "grav": "Gravure", "offs": "Offset lithography", "silk": "Silkscreen", "flex": "Flexography"} def Property(func): return property(**func()) def _colord_get_display_profile(display_no=0): try: edid = get_edid(display_no) except (TypeError, ValueError): return None if edid: device_id = colord.device_id_from_edid(edid, quirk=True) if device_id: try: profile_path = colord.get_default_profile(device_id) except colord.CDError: # Try unmodified vendor name device_id = colord.device_id_from_edid(edid, quirk=False) profile_path = colord.get_default_profile(device_id) if profile_path: return ICCProfile(profile_path) return None def _winreg_get_display_profile(monkey, current_user=False): filename = None try: if current_user and sys.getwindowsversion() >= (6, ): # Vista / Windows 7 ONLY # User has to place a check in 'use my settings for this device' # in the color management control panel at least once to cause # this key to be created, otherwise it won't exist subkey = "\\".join(["Software", "Microsoft", "Windows NT", "CurrentVersion", "ICM", "ProfileAssociations", "Display"] + monkey) key = _winreg.OpenKey(_winreg.HKEY_CURRENT_USER, subkey) else: subkey = "\\".join(["SYSTEM", "CurrentControlSet", "Control", "Class"] + monkey) key = _winreg.OpenKey(_winreg.HKEY_LOCAL_MACHINE, subkey) numsubkeys, numvalues, mtime = _winreg.QueryInfoKey(key) for i in range(numvalues): name, value, type_ = _winreg.EnumValue(key, i) if name == "ICMProfile": if type_ == _winreg.REG_BINARY: # Win2k/XP # convert to list of strings value = value.decode('utf-16').split("\0") elif type_ == _winreg.REG_MULTI_SZ: # Vista / Windows 7 # nothing to be done, _winreg returns a list of strings pass if isinstance(value, list): while "" in value: value.remove("") while value: # last existing file in the list is active if os.path.isfile(os.path.join(iccprofiles[0], value[-1])): filename = value[-1] break value = value[:-1] else: if os.path.isfile(os.path.join(iccprofiles[0], value)): filename = value elif name == "UsePerUserProfiles" and not value: filename = None break except WindowsError, exception: if exception.args[0] == 2: # Key does not exist pass else: raise except Exception, exception: raise if not filename and not current_user: # fall back to sRGB filename = os.path.join(iccprofiles[0], "sRGB Color Space Profile.icm") if filename: return ICCProfile(filename) return None def _xrandr_get_display_profile(display_no=0, x_hostname="", x_display=0, x_screen=0): try: property = xrandr.get_output_property(display_no, "_ICC_PROFILE", xrandr.XA_CARDINAL, x_hostname, x_display, x_screen) except ValueError: return None if property: return ICCProfile("".join(chr(i) for i in property)) return None def _x11_get_display_profile(display_no=0, x_hostname="", x_display=0, x_screen=0): try: atom = xrandr.get_atom("_ICC_PROFILE" + ("" if display_no == 0 else "_%s" % display_no), xrandr.XA_CARDINAL, x_hostname, x_display, x_screen) except ValueError: return None if atom: return ICCProfile("".join(chr(i) for i in atom)) return None def get_display_profile(display_no=0, x_hostname="", x_display=0, x_screen=0): """ Return ICC Profile for display n or None """ profile = None if sys.platform == "win32": if not "win32api" in sys.modules: ## or not "win32gui" in sys.modules: raise ImportError("pywin32 not available") # The ordering will work as long as Argyll continues using # EnumDisplayMonitors monitors = util_win.get_real_display_devices_info() moninfo = monitors[display_no] # via GetICMProfile - not dynamic, will not reflect runtime changes ## dc = win32gui.CreateDC("DISPLAY", moninfo["Device"], None) ## filename = win32api.GetICMProfile(dc) ## win32gui.ReleaseDC(None, dc) # via win32api & registry device = util_win.get_active_display_device(moninfo["Device"]) if device: monkey = device.DeviceKey.split("\\")[-2:] # pun totally intended # current user profile = _winreg_get_display_profile(monkey, True) if not profile: # system profile = _winreg_get_display_profile(monkey) elif "--admin" not in sys.argv[1:] or mac_ver()[0] >= "10.6": # We set --admin on Mac OS X when using osascript to run as admin # under a standard account. In this case any attempt to access the # display profile with AppleScript will time out with # ColorSyncScripting, so we skip it if sys.platform == "darwin": if intlist(mac_ver()[0].split(".")) >= [10, 6]: options = ["Image Events"] else: options = ["ColorSyncScripting"] else: options = ["_ICC_PROFILE"] display = get_display() if not x_hostname: x_hostname = display[0] if not x_display: x_display = display[1] if not x_screen: x_screen = display[2] for option in options: if sys.platform == "darwin": # applescript: one-based index applescript = ['tell app "%s"' % option, 'set displayProfile to location of display profile of display %i' % (display_no + 1), 'return POSIX path of displayProfile', 'end tell'] retcode, output, errors = osascript(applescript) if not errors.strip() and output.strip(): profile = ICCProfile(output.strip("\n").decode(fs_enc)) else: # Linux # Try colord if colord.Colord: try: profile = _colord_get_display_profile(display_no) except colord.CDError, exception: safe_print(exception) if profile: return profile # Try XrandR if xrandr and option == "_ICC_PROFILE": if debug: safe_print("Using XrandR") profile = _xrandr_get_display_profile(display_no, x_hostname, x_display, x_screen) if profile: return profile if debug: safe_print("Couldn't get _ICC_PROFILE XrandR output property") safe_print("Using X11") # Try X11 profile = _x11_get_display_profile(display_no, x_hostname, x_display, x_screen) if profile: return profile if debug: safe_print("Couldn't get _ICC_PROFILE X atom") # Read up to 8 MB of any X properties if debug: safe_print("Using xprop") atom = "%s%s" % (option, "" if display_no == 0 else "_%s" % display_no) tgt_proc = sp.Popen(["xprop", "-display", "%s:%s.%s" % (x_hostname, x_display, x_screen), "-len", "8388608", "-root", "-notype", atom], stdin=sp.PIPE, stdout=sp.PIPE, stderr=sp.PIPE) stdout, stderr = [data.strip("\n") for data in tgt_proc.communicate()] if stdout: if sys.platform == "darwin": filename = unicode(stdout, "UTF-8") profile = ICCProfile(filename) else: raw = [item.strip() for item in stdout.split("=")] if raw[0] == atom and len(raw) == 2: bin = "".join([chr(int(part)) for part in raw[1].split(", ")]) profile = ICCProfile(bin) elif stderr and tgt_proc.wait() != 0: raise IOError(stderr) if profile: break return profile def hexrepr(bytestring, mapping=None): hexrepr = "0x%s" % binascii.hexlify(bytestring).upper() ascii = safe_unicode(re.sub("[^\x20-\x7e]", "", bytestring)).encode("ASCII", "replace") if ascii == bytestring: hexrepr += " '%s'" % ascii if mapping: value = mapping.get(ascii) if value: hexrepr += " " + value return hexrepr def dateTimeNumber(binaryString): """ Byte Offset Content Encoded as... 0..1 number of the year (actual year, e.g. 1994) uInt16Number 2..3 number of the month (1-12) uInt16Number 4..5 number of the day of the month (1-31) uInt16Number 6..7 number of hours (0-23) uInt16Number 8..9 number of minutes (0-59) uInt16Number 10..11 number of seconds (0-59) uInt16Number """ Y, m, d, H, M, S = [uInt16Number(chunk) for chunk in (binaryString[:2], binaryString[2:4], binaryString[4:6], binaryString[6:8], binaryString[8:10], binaryString[10:12])] return datetime.datetime(*(Y, m, d, H, M, S)) def dateTimeNumber_tohex(dt): data = [uInt16Number_tohex(n) for n in dt.timetuple()[:6]] return "".join(data) def s15Fixed16Number(binaryString): return struct.unpack(">i", binaryString)[0] / 65536.0 def s15Fixed16Number_tohex(num): return struct.pack(">i", num * 65536) def u16Fixed16Number(binaryString): return struct.unpack(">I", binaryString)[0] / 65536.0 def u16Fixed16Number_tohex(num): return struct.pack(">I", int(num * 65536) & 0xFFFFFFFF) def u8Fixed8Number(binaryString): return struct.unpack(">H", binaryString)[0] / 256.0 def u8Fixed8Number_tohex(num): return struct.pack(">H", int(num * 256)) def uInt16Number(binaryString): return struct.unpack(">H", binaryString)[0] def uInt16Number_tohex(num): return struct.pack(">H", num) def uInt32Number(binaryString): return struct.unpack(">I", binaryString)[0] def uInt32Number_tohex(num): return struct.pack(">I", num) def uInt64Number(binaryString): return struct.unpack(">Q", binaryString)[0] def uInt64Number_tohex(num): return struct.pack(">Q", num) def uInt8Number(binaryString): return struct.unpack(">H", "\0" + binaryString)[0] def uInt8Number_tohex(num): return struct.pack(">H", num)[1] def videoCardGamma(tagData, tagSignature): reserved = uInt32Number(tagData[4:8]) tagType = uInt32Number(tagData[8:12]) if tagType == 0: # table return VideoCardGammaTableType(tagData, tagSignature) elif tagType == 1: # formula return VideoCardGammaFormulaType(tagData, tagSignature) class CRInterpolation(object): """ Catmull-Rom interpolation. Curve passes through the points exactly, with neighbouring points influencing curvature. points[] should be at least 3 points long. """ def __init__(self, points): self.points = points def __call__(self, pos): lbound = int(math.floor(pos) - 1) ubound = int(math.ceil(pos) + 1) t = pos % 1.0 if abs((lbound + 1) - pos) < 0.0001: # sitting on a datapoint, so just return that return self.points[lbound + 1] if lbound < 0: p = self.points[:ubound + 1] # extend to the left linearly while len(p) < 4: p.insert(0, p[0] - (p[1] - p[0])) else: p = self.points[lbound:ubound + 1] # extend to the right linearly while len(p) < 4: p.append(p[-1] - (p[-2] - p[-1])) t2 = t * t return 0.5 * ((2 * p[1]) + (-p[0] + p[2]) * t + ((2 * p[0]) - (5 * p[1]) + (4 * p[2]) - p[3]) * t2 + (-p[0] + (3 * p[1]) - (3 * p[2]) + p[3]) * (t2 * t)) class ADict(dict): """ Convenience class for dictionary key access via attributes. Instead of writing aodict[key], you can also write aodict.key """ def __init__(self, *args, **kwargs): dict.__init__(self, *args, **kwargs) def __getattr__(self, name): if name in self: return self[name] else: return self.__getattribute__(name) def __setattr__(self, name, value): self[name] = value class AODict(ADict, OrderedDict): def __init__(self, *args, **kwargs): OrderedDict.__init__(self, *args, **kwargs) def __setattr__(self, name, value): if name == "_keys": object.__setattr__(self, name, value) else: self[name] = value class ICCProfileTag(object): def __init__(self, tagData, tagSignature): self.tagData = tagData self.tagSignature = tagSignature def __setattr__(self, name, value): if not isinstance(self, dict) or name in ("_keys", "tagData", "tagSignature"): object.__setattr__(self, name, value) else: self[name] = value def __repr__(self): """ t.__repr__() <==> repr(t) """ if isinstance(self, OrderedDict): return OrderedDict.__repr__(self) elif isinstance(self, dict): return dict.__repr__(self) elif isinstance(self, UserString): return UserString.__repr__(self) elif isinstance(self, list): return list.__repr__(self) else: if not self: return "%s.%s()" % (self.__class__.__module__, self.__class__.__name__) return "%s.%s(%r)" % (self.__class__.__module__, self.__class__.__name__, self.tagData) class Text(ICCProfileTag, UserString, str): def __init__(self, seq): UserString.__init__(self, seq) def __unicode__(self): return unicode(self.data, fs_enc, errors="replace") class Colorant(object): def __init__(self, binaryString="\0" * 4): self._type = uInt32Number(binaryString) self._channels = [] def __getitem__(self, key): return self.__getattribute__(key) def __iter__(self): return iter(self.keys()) def __repr__(self): items = [] for key, value in (("type", self.type), ("description", self.description)): items.append("%s: %s" % (repr(key), repr(value))) channels = [] for xy in self.channels: channels.append("[%s]" % ", ".join([str(v) for v in xy])) items.append("'channels': [%s]" % ", ".join(channels)) return "{%s}" % ", ".join(items) def __setitem__(self, key, value): object.__setattr__(self, key, value) @Property def channels(): def fget(self): if not self._channels and self._type and self._type in colorants: return [list(xy) for xy in colorants[self._type]["channels"]] return self._channels def fset(self, channels): self._channels = channels return locals() @Property def description(): def fget(self): return colorants.get(self._type, colorants[0])["description"] def fset(self, value): pass return locals() def get(self, key, default=None): return getattr(self, key, default) def items(self): return zip(self.keys(), self.values()) def iteritems(self): return izip(self.keys(), self.itervalues()) iterkeys = __iter__ def itervalues(self): return imap(self.get, self.keys()) def keys(self): return ["type", "description", "channels"] def round(self, digits=4): colorant = self.__class__() colorant.type = self.type for xy in self.channels: colorant._channels.append([round(value, digits) for value in xy]) return colorant @Property def type(): def fget(self): return self._type def fset(self, value): if value and value != self._type and value in colorants: self._channels = [] self._type = value return locals() def update(self, *args, **kwargs): if len(args) > 1: raise TypeError("update expected at most 1 arguments, got %i" % len(args)) for iterable in args + tuple(kwargs.items()): if hasattr(iterable, "iteritems"): self.update(iterable.iteritems()) elif hasattr(iterable, "keys"): for key in iterable.keys(): self[key] = iterable[key] else: for key, val in iterable: self[key] = val def values(self): return map(self.get, self.keys()) class Geometry(ADict): def __init__(self, binaryString): self.type = uInt32Number(binaryString) self.description = geometry[self.type] class Illuminant(ADict): def __init__(self, binaryString): self.type = uInt32Number(binaryString) self.description = illuminants[self.type] class Observer(ADict): def __init__(self, binaryString): self.type = uInt32Number(binaryString) self.description = observers[self.type] class ChromaticityType(ICCProfileTag, Colorant): def __init__(self, tagData=None, tagSignature=None): ICCProfileTag.__init__(self, tagData, tagSignature) if not tagData: Colorant.__init__(self, uInt32Number_tohex(1)) return deviceChannelsCount = uInt16Number(tagData[8:10]) Colorant.__init__(self, uInt32Number_tohex(uInt16Number(tagData[10:12]))) channels = tagData[12:] for count in xrange(deviceChannelsCount): self._channels.append([u16Fixed16Number(channels[:4]), u16Fixed16Number(channels[4:8])]) channels = channels[8:] __repr__ = Colorant.__repr__ @Property def tagData(): doc = """ Return raw tag data. """ def fget(self): tagData = ["chrm", "\0" * 4, uInt16Number_tohex(len(self.channels))] tagData.append(uInt16Number_tohex(self.type)) for channel in self.channels: for xy in channel: tagData.append(u16Fixed16Number_tohex(xy)) return "".join(tagData) def fset(self, tagData): pass return locals() class ColorantTableType(ICCProfileTag, AODict): def __init__(self, tagData=None, tagSignature=None, pcs=None): ICCProfileTag.__init__(self, tagData, tagSignature) AODict.__init__(self) if not tagData: return colorantCount = uInt32Number(tagData[8:12]) data = tagData[12:] for count in xrange(colorantCount): pcsvalues = [uInt16Number(data[32:34]), uInt16Number(data[34:36]), uInt16Number(data[36:38])] for i, pcsvalue in enumerate(pcsvalues): if pcs in ("Lab", "RGB", "CMYK", "YCbr"): keys = ["L", "a", "b"] if i == 0: # L* range 0..100 pcsvalues[i] = pcsvalue / 65535.0 * 100 else: # a, b range -128..127 pcsvalues[i] = -128 + (pcsvalue / 65535.0 * 255) elif pcs == "XYZ": # X, Y, Z range 0..200 keys = ["X", "Y", "Z"] pcsvalues[i] = pcsvalue / 65535.0 * 200 else: safe_print("Warning: Non-standard profile connection " "space '%s'" % pcs) return self[data[:32].rstrip("\0")] = AODict(zip(keys, pcsvalues)) data = data[38:] class CurveType(ICCProfileTag, list): def __init__(self, tagData=None, tagSignature=None): ICCProfileTag.__init__(self, tagData, tagSignature) self._transfer_function = {} if not tagData: return curveEntriesCount = uInt32Number(tagData[8:12]) curveEntries = tagData[12:] if curveEntriesCount == 1: # Gamma self.append(u8Fixed8Number(curveEntries[:2])) elif curveEntriesCount: # Curve for count in xrange(curveEntriesCount): self.append(uInt16Number(curveEntries[:2])) curveEntries = curveEntries[2:] else: # Identity self.append(1.0) def __delitem__(self, y): list.__delitem__(self, y) self._transfer_function = {} def __delslice__(self, i, j): list.__delslice__(self, i, j) self._transfer_function = {} def __iadd__(self, y): list.__iadd__(self, y) self._transfer_function = {} def __imul__(self, y): list.__imul__(self, y) self._transfer_function = {} def __setitem__(self, i, y): list.__setitem__(self, i, y) self._transfer_function = {} def __setslice__(self, i, j, y): list.__setslice__(self, i, j, y) self._transfer_function = {} def append(self, object): list.append(self, object) self._transfer_function = {} def extend(self, iterable): list.extend(self, iterable) self._transfer_function = {} def get_gamma(self, use_vmin_vmax=False, average=True, least_squares=False, slice=(0.01, 0.99)): """ Return average or least squares gamma or a list of gamma values """ if len(self) <= 1: if len(self): values = self else: # Identity values = [1.0] if average or least_squares: return values[0] return [values[0]] else: start = slice[0] * 100 end = slice[1] * 100 values = [] for i, y in enumerate(self): n = colormath.XYZ2Lab(0, y / 65535.0 * 100, 0)[0] if n >= start and n <= end: values.append((i / (len(self) - 1.0) * 65535.0, y)) vmin = 0 vmax = 65535.0 if use_vmin_vmax: if len(self) > 2: vmin = self[0] vmax = self[-1] return colormath.get_gamma(values, 65535.0, vmin, vmax, average, least_squares) def get_transfer_function(self, best=True, slice=(0.05, 0.95)): """ Return transfer function name, exponent and match percentage """ if len(self) == 1: # Gamma return ("Gamma %.2f" % self[0], self[0]), 1.0 if not len(self): # Identity return ("Gamma 1.0", 1.0), 1.0 transfer_function = self._transfer_function.get((best, slice)) if transfer_function: return transfer_function trc = CurveType() match = {} vmin = self[0] vmax = self[-1] gamma = colormath.get_gamma([((len(self) / 2 - 1) / (len(self) - 1.0) * 65535.0, self[len(self) / 2 - 1])], 65535.0, vmin, vmax) for name, exp in (("Rec. 709", -709), ("SMPTE 240M", -240), ("L*", -3.0), ("sRGB", -2.4), ("Gamma %.2f" % gamma, gamma)): trc.set_trc(exp, len(self), vmin, vmax) if self == trc: match[(name, exp)] = 1.0 else: match[(name, exp)] = 0.0 count = 0 start = slice[0] * len(self) end = slice[1] * len(self) for i, n in enumerate(self): ##n = colormath.XYZ2Lab(0, n / 65535.0 * 100, 0)[0] if i >= start and i <= end: n = colormath.get_gamma([(i / (len(self) - 1.0) * 65535.0, n)], 65535.0, vmin, vmax, False) if n: n = n[0] ##n2 = colormath.XYZ2Lab(0, trc[i] / 65535.0 * 100, 0)[0] n2 = colormath.get_gamma([(i / (len(self) - 1.0) * 65535.0, trc[i])], 65535.0, vmin, vmax, False) if n2 and n2[0]: n2 = n2[0] match[(name, exp)] += 1 - (max(n, n2) - min(n, n2)) / n2 count += 1 if count: match[(name, exp)] /= count if not best: self._transfer_function[(best, slice)] = match return match match, (name, exp) = sorted(zip(match.values(), match.keys()))[-1] self._transfer_function[(best, slice)] = (name, exp), match return (name, exp), match def insert(self, object): list.insert(self, object) self._transfer_function = {} def pop(self, index): list.pop(self, index) self._transfer_function = {} def remove(self, value): list.remove(self, value) self._transfer_function = {} def reverse(self): list.reverse(self) self._transfer_function = {} def set_trc(self, power=2.2, size=None, vmin=0, vmax=65535): """ Set the response to a certain function. Positive power, or -2.4 = sRGB, -3.0 = L*, -240 = SMPTE 240M, -601 = Rec. 601, -709 = Rec. 709 (Rec. 601 and 709 transfer functions are identical) """ if not size: size = len(self) or 1024 if size == 1: if power >= 0.0: self[:] = [power] return else: size = 1024 self[:] = [] for i in xrange(0, size): self.append(int(round(vmin + colormath.specialpow(float(i) / (size - 1), power) * (vmax - vmin)))) def sort(self, cmp=None, key=None, reverse=False): list.sort(self, cmp, key, reverse) self._transfer_function = {} @Property def tagData(): doc = """ Return raw tag data. """ def fget(self): if len(self) == 1 and self[0] == 1.0: # Identity curveEntriesCount = 0 else: curveEntriesCount = len(self) tagData = ["curv", "\0" * 4, uInt32Number_tohex(curveEntriesCount)] if curveEntriesCount == 1: # Gamma tagData.append(u8Fixed8Number_tohex(self[0])) elif curveEntriesCount: # Curve for curveEntry in self: tagData.append(uInt16Number_tohex(curveEntry)) return "".join(tagData) def fset(self, tagData): pass return locals() class DateTimeType(ICCProfileTag, datetime.datetime): def __new__(cls, tagData, tagSignature): dt = dateTimeNumber(tagData[8:20]) return datetime.datetime.__new__(cls, dt.year, dt.month, dt.day, dt.hour, dt.minute, dt.second) class DictList(list): def __getitem__(self, key): for item in self: if item[0] == key: return item raise KeyError(key) def __setitem__(self, key, value): if not isinstance(value, DictListItem): self.append(DictListItem((key, value))) class DictListItem(list): def __iadd__(self, value): self[-1] += value return self class DictType(ICCProfileTag, AODict): """ ICC dictType Tag Implements all features of 'Dictionary Type and Metadata TAG Definition' (ICC spec revision 2010-02-25), including shared data (the latter will only be effective for mutable types, ie. MultiLocalizedUnicodeType) Examples: tag[key] Returns the (non-localized) value tag.getname(key, locale='en_US') Returns the localized name if present tag.getvalue(key, locale='en_US') Returns the localized value if present tag[key] = value Sets the (non-localized) value """ def __init__(self, tagData=None, tagSignature=None): ICCProfileTag.__init__(self, tagData, tagSignature) AODict.__init__(self) if not tagData: return numrecords = uInt32Number(tagData[8:12]) recordlen = uInt32Number(tagData[12:16]) if recordlen not in (16, 24, 32): safe_print("Error (non-critical): '%s' invalid record length " "(expected 16, 24 or 32, got %s)" % (tagData[:4], recordlen)) return elements = {} for n in range(0, numrecords): record = tagData[16 + n * recordlen:16 + (n + 1) * recordlen] if len(record) < recordlen: safe_print("Error (non-critical): '%s' record %s too short " "(expected %s bytes, got %s bytes)" % (tagData[:4], n, recordlen, len(record))) break for key, offsetpos in (("name", 0), ("value", 8), ("display_name", 16), ("display_value", 24)): if (offsetpos in (0, 8) or recordlen == offsetpos + 8 or recordlen == offsetpos + 16): # Required: # Bytes 0..3, 4..7: Name offset and size # Bytes 8..11, 12..15: Value offset and size # Optional: # Bytes 16..23, 24..23: Display name offset and size # Bytes 24..27, 28..31: Display value offset and size offset = uInt32Number(record[offsetpos:offsetpos + 4]) size = uInt32Number(record[offsetpos + 4:offsetpos + 8]) if offset > 0: if (offset, size) in elements: # Use existing element if same offset and size # This will really only make a difference for # mutable types ie. MultiLocalizedUnicodeType data = elements[(offset, size)] else: data = tagData[offset:offset + size] try: if key.startswith("display_"): data = MultiLocalizedUnicodeType(data, "mluc") else: data = data.decode("UTF-16-BE", "replace").rstrip("\0") except Exception, exception: safe_print("Error (non-critical): could not " "decode '%s', offset %s, length %s" % (tagData[:4], offset, size)) # Remember element by offset and size elements[(offset, size)] = data if key == "name": name = data self[name] = "" else: self.get(name)[key] = data def __getitem__(self, name): return self.get(name).value def __setitem__(self, name, value): AODict.__setitem__(self, name, ADict(value=value)) @Property def tagData(): doc = """ Return raw tag data. """ def fget(self): numrecords = len(self) recordlen = 16 keys = ("name", "value") for value in self.itervalues(): if "display_value" in value: recordlen = 32 break elif "display_name" in value: recordlen = 24 if recordlen > 16: keys += ("display_name", ) if recordlen > 24: keys += ("display_value", ) tagData = ["dict", "\0" * 4, uInt32Number_tohex(numrecords), uInt32Number_tohex(recordlen)] storage_offset = 16 + numrecords * recordlen storage = [] elements = [] offsets = [] for item in self.iteritems(): for key in keys: if key == "name": element = item[0] else: element = item[1].get(key) if element is None: offset = 0 size = 0 else: if element in elements: # Use existing offset and size if same element offset, size = offsets[elements.index(element)] else: offset = storage_offset + len("".join(storage)) if isinstance(element, MultiLocalizedUnicodeType): data = element.tagData else: data = unicode(element).encode("UTF-16-BE") size = len(data) if isinstance(element, MultiLocalizedUnicodeType): # Remember element, offset and size elements.append(element) offsets.append((offset, size)) # Pad all data with binary zeros so it lies on # 4-byte boundaries padding = int(math.ceil(size / 4.0)) * 4 - size data += "\0" * padding storage.append(data) tagData.append(uInt32Number_tohex(offset)) tagData.append(uInt32Number_tohex(size)) tagData.extend(storage) return "".join(tagData) def fset(self, tagData): pass return locals() def getname(self, name, default=None, locale="en_US"): """ Convenience function to get (localized) names """ item = self.get(name, default) if item is default: return default if locale and "display_name" in item: return item.display_name.get_localized_string(*locale.split("_")) else: return name def getvalue(self, name, default=None, locale="en_US"): """ Convenience function to get (localized) values """ item = self.get(name, default) if item is default: return default if locale and "display_value" in item: return item.display_value.get_localized_string(*locale.split("_")) else: return item.value def setitem(self, name, value, display_name=None, display_value=None): """ Convenience function to set items display_name and display_value (if given) should be dict types with country -> language -> string mappings, e.g.: {"en": {"US": u"localized string"}, "de": {"DE": u"localized string", "CH": u"localized string"}} """ self[name] = value item = self.get(name) if display_name: item.display_name = MultiLocalizedUnicodeType() item.display_name.update(display_name) if display_value: item.display_value = MultiLocalizedUnicodeType() item.display_value.update(display_value) def to_json(self, encoding="UTF-8", errors="replace", locale="en_US"): """ Return a JSON representation Display names/values are used if present. """ json = [] for name in self: value = self.getvalue(name, None, locale) name = self.getname(name, None, locale) #try: #value = str(int(value)) #except ValueError: #try: #value = str(float(value)) #except ValueError: value = '"%s"' % repr(unicode(value))[2:-1].replace('"', '\\"') json.append('"%s": %s' % tuple([re.sub(r"\\x([0-9a-f]{2})", "\\u00\\1", item) for item in [repr(unicode(name))[2:-1], value]])) return "{%s}" % ",\n".join(json) class MakeAndModelType(ICCProfileTag, ADict): def __init__(self, tagData, tagSignature): ICCProfileTag.__init__(self, tagData, tagSignature) self.update({"manufacturer": tagData[10:12], "model": tagData[14:16]}) class MeasurementType(ICCProfileTag, ADict): def __init__(self, tagData, tagSignature): ICCProfileTag.__init__(self, tagData, tagSignature) self.update({ "observer": Observer(tagData[8:12]), "backing": XYZNumber(tagData[12:24]), "geometry": Geometry(tagData[24:28]), "flare": u16Fixed16Number(tagData[28:32]), "illuminantType": Illuminant(tagData[32:36]) }) class MultiLocalizedUnicodeType(ICCProfileTag, AODict): # ICC v4 def __init__(self, tagData=None, tagSignature=None): ICCProfileTag.__init__(self, tagData, tagSignature) AODict.__init__(self) if not tagData: return recordsCount = uInt32Number(tagData[8:12]) recordSize = uInt32Number(tagData[12:16]) # 12 records = tagData[16:16 + recordSize * recordsCount] for count in xrange(recordsCount): record = records[:recordSize] recordLanguageCode = record[:2] recordCountryCode = record[2:4] recordLength = uInt32Number(record[4:8]) recordOffset = uInt32Number(record[8:12]) self.add_localized_string(recordLanguageCode, recordCountryCode, unicode(tagData[recordOffset:recordOffset + recordLength], "utf-16-be", "replace")) records = records[recordSize:] def __str__(self): return unicode(self).encode(sys.getdefaultencoding()) def __unicode__(self): """ Return tag as string. """ # TODO: Needs some work re locales # (currently if en-UK or en-US is not found, simply the first entry # is returned) if "en" in self: for countryCode in ("UK", "US"): if countryCode in self["en"]: return self["en"][countryCode] elif len(self): return self.values()[0].values()[0] else: return u"" def add_localized_string(self, languagecode, countrycode, localized_string): """ Convenience function for adding localized strings """ if languagecode not in self: self[languagecode] = AODict() self[languagecode][countrycode] = localized_string def get_localized_string(self, languagecode="en", countrycode="US"): """ Convenience function for retrieving localized strings Falls back to first locale available if the requested one isn't """ try: return self[languagecode][countrycode] except KeyError: return unicode(self) @Property def tagData(): doc = """ Return raw tag data. """ def fget(self): tagData = ["mluc", "\0" * 4] recordsCount = 0 for languageCode in self: for countryCode in self[languageCode]: recordsCount += 1 tagData.append(uInt32Number_tohex(recordsCount)) recordSize = 12 tagData.append(uInt32Number_tohex(recordSize)) storage_offset = 16 + recordSize * recordsCount storage = [] offsets = [] for languageCode in self: for countryCode in self[languageCode]: tagData.append(languageCode + countryCode) data = self[languageCode][countryCode].encode("UTF-16-BE") if data in storage: offset, recordLength = offsets[storage.index(data)] else: recordLength = len(data) offset = len("".join(storage)) offsets.append((offset, recordLength)) storage.append(data) tagData.append(uInt32Number_tohex(recordLength)) tagData.append(uInt32Number_tohex(storage_offset + offset)) tagData.append("".join(storage)) return "".join(tagData) def fset(self, tagData): pass return locals() class s15Fixed16ArrayType(ICCProfileTag, list): def __init__(self, tagData=None, tagSignature=None): ICCProfileTag.__init__(self, tagData, tagSignature) if tagData: data = tagData[8:] while data: self.append(s15Fixed16Number(data[0:4])) data = data[4:] @Property def tagData(): doc = """ Return raw tag data. """ def fget(self): tagData = ["sf32", "\0" * 4] for value in self: tagData.append(s15Fixed16Number_tohex(value)) return "".join(tagData) def fset(self, tagData): pass return locals() def SignatureType(tagData, tagSignature): tag = Text(tagData[8:12].rstrip("\0")) tag.tagData = tagData tag.tagSignature = tagSignature return tag class TextDescriptionType(ICCProfileTag, ADict): # ICC v2 def __init__(self, tagData=None, tagSignature=None): ICCProfileTag.__init__(self, tagData, tagSignature) self.ASCII = "" if not tagData: return ASCIIDescriptionLength = uInt32Number(tagData[8:12]) if ASCIIDescriptionLength: ASCIIDescription = tagData[12:12 + ASCIIDescriptionLength].strip("\0\n\r ") if ASCIIDescription: self.ASCII = ASCIIDescription unicodeOffset = 12 + ASCIIDescriptionLength self.unicodeLanguageCode = uInt32Number( tagData[unicodeOffset:unicodeOffset + 4]) unicodeDescriptionLength = uInt32Number(tagData[unicodeOffset + 4:unicodeOffset + 8]) if unicodeDescriptionLength: if unicodeOffset + 8 + unicodeDescriptionLength * 2 > len(tagData): # Damn you MS. The Unicode character count should be the number of # double-byte characters (including trailing unicode NUL), not the # number of bytes as in the profiles created by Vista and later safe_print("Warning (non-critical): '%s' Unicode part end points " "past the tag data, assuming number of bytes instead " "of number of characters for length" % tagData[:4]) unicodeDescriptionLength /= 2 if tagData[unicodeOffset + 8 + unicodeDescriptionLength:unicodeOffset + 8 + unicodeDescriptionLength + 2] == "\0\0": safe_print("Warning (non-critical): '%s' Unicode part " "seems to be a single-byte string (double-byte " "string expected)" % tagData[:4]) charBytes = 1 # fix for fubar'd desc else: charBytes = 2 unicodeDescription = tagData[unicodeOffset + 8:unicodeOffset + 8 + (unicodeDescriptionLength) * charBytes] try: if charBytes == 1: unicodeDescription = unicode(unicodeDescription, errors="replace") else: if unicodeDescription[:2] == "\xfe\xff": # UTF-16 Big Endian if debug: safe_print("UTF-16 Big endian") unicodeDescription = unicodeDescription[2:] if len(unicodeDescription.split(" ")) == \ unicodeDescriptionLength - 1: safe_print("Warning (non-critical): '%s' " "Unicode part starts with UTF-16 big " "endian BOM, but actual contents seem " "to be UTF-16 little endian" % tagData[:4]) # fix fubar'd desc unicodeDescription = unicode( "\0".join(unicodeDescription.split(" ")), "utf-16-le", errors="replace") else: unicodeDescription = unicode(unicodeDescription, "utf-16-be", errors="replace") elif unicodeDescription[:2] == "\xff\xfe": # UTF-16 Little Endian if debug: safe_print("UTF-16 Little endian") unicodeDescription = unicodeDescription[2:] if unicodeDescription[0] == "\0": safe_print("Warning (non-critical): '%s' " "Unicode part starts with UTF-16 " "little endian BOM, but actual " "contents seem to be UTF-16 big " "endian" % tagData[:4]) # fix fubar'd desc unicodeDescription = unicode(unicodeDescription, "utf-16-be", errors="replace") else: unicodeDescription = unicode(unicodeDescription, "utf-16-le", errors="replace") else: if debug: safe_print("ASSUMED UTF-16 Big Endian") unicodeDescription = unicode(unicodeDescription, "utf-16-be", errors="replace") unicodeDescription = unicodeDescription.strip("\0\n\r ") if unicodeDescription: if unicodeDescription.find("\0") < 0: self.Unicode = unicodeDescription else: safe_print("Error (non-critical): could not decode " "'%s' Unicode part - null byte(s) " "encountered" % tagData[:4]) except UnicodeDecodeError: safe_print("UnicodeDecodeError (non-critical): could not " "decode '%s' Unicode part" % tagData[:4]) else: charBytes = 1 macOffset = unicodeOffset + 8 + unicodeDescriptionLength * charBytes macOffsetBackup = macOffset if tagData[macOffset:macOffset + 5] == "\0\0\0\0\0": macOffset += 5 # fix for fubar'd desc self.macScriptCode = 0 if len(tagData) > macOffset + 2: self.macScriptCode = uInt16Number(tagData[macOffset:macOffset + 2]) macDescriptionLength = ord(tagData[macOffset + 2]) if macDescriptionLength: if macOffsetBackup < macOffset: safe_print("Warning (non-critical): '%s' Macintosh " "part offset points to null bytes" % tagData[:4]) try: macDescription = unicode(tagData[macOffset + 3:macOffset + 3 + macDescriptionLength], "mac-" + encodings["mac"][self.macScriptCode], errors="replace").strip("\0\n\r ") if macDescription: self.Macintosh = macDescription except UnicodeDecodeError: safe_print("UnicodeDecodeError (non-critical): could not " "decode '%s' Macintosh part" % tagData[:4]) @Property def tagData(): doc = """ Return raw tag data. """ def fget(self): tagData = ["desc", "\0" * 4, uInt32Number_tohex(len(self.ASCII) + 1), # count of ASCII chars + 1 safe_unicode(self.ASCII).encode("ASCII", "replace") + "\0", # ASCII desc, \0 terminated uInt32Number_tohex(self.get("unicodeLanguageCode", 0))] if "Unicode" in self: tagData.extend([uInt32Number_tohex(len(self.Unicode) + 2), # count of Unicode chars + 2 (UTF-16-BE BOM + trailing UTF-16 NUL, 1 char = 2 byte) "\xfe\xff" + self.Unicode.encode("utf-16-be", "replace") + "\0\0"]) # Unicode desc, \0\0 terminated else: tagData.append(uInt32Number_tohex(0)) # Unicode desc length = 0 tagData.append(uInt16Number_tohex(self.get("macScriptCode", 0))) if "Macintosh" in self: macDescription = self.Macintosh[:66] tagData.extend([uInt8Number_tohex(len(macDescription) + 1), # count of Macintosh chars + 1 macDescription.encode("mac-" + encodings["mac"][self.get("macScriptCode", 0)], "replace") + ("\0" * (67 - len(macDescription)))]) else: tagData.extend(["\0", # Mac desc length = 0 "\0" * 67]) return "".join(tagData) def fset(self, tagData): pass return locals() def __str__(self): return unicode(self).encode(sys.getdefaultencoding()) def __unicode__(self): if not "Unicode" in self and len(safe_unicode(self.ASCII)) < 67: # Do not use Macintosh description if ASCII length >= 67 localizedTypes = ("Macintosh", "ASCII") else: localizedTypes = ("Unicode", "ASCII") for localizedType in localizedTypes: if localizedType in self: value = self[localizedType] if not isinstance(value, unicode): # Even ASCII description may contain non-ASCII chars, so # assume system encoding and convert to unicode, replacing # unknown chars value = safe_unicode(value) return value def TextType(tagData, tagSignature): tag = Text(tagData[8:].rstrip("\0")) tag.tagData = tagData tag.tagSignature = tagSignature return tag class VideoCardGammaType(ICCProfileTag, ADict): # Private tag # http://developer.apple.com/documentation/GraphicsImaging/Reference/ColorSync_Manager/Reference/reference.html#//apple_ref/doc/uid/TP30000259-CH3g-C001473 def __init__(self, tagData, tagSignature): ICCProfileTag.__init__(self, tagData, tagSignature) def is_linear(self, r=True, g=True, b=True): r_points, g_points, b_points, linear_points = self.get_values() if ((r and g and b and r_points == g_points == b_points) or (r and g and r_points == g_points) or not (g or b)): points = r_points elif ((r and b and r_points == b_points) or (g and b and g_points == b_points) or not (r or g)): points = b_points elif g: points = g_points return points == linear_points def get_unique_values(self, r=True, g=True, b=True): r_points, g_points, b_points, linear_points = self.get_values() r_unique = set(round(y) for x, y in r_points) g_unique = set(round(y) for x, y in g_points) b_unique = set(round(y) for x, y in b_points) return r_unique, g_unique, b_unique def get_values(self, r=True, g=True, b=True): r_points = [] g_points = [] b_points = [] linear_points = [] vcgt = self if "data" in vcgt: # table data = list(vcgt['data']) while len(data) < 3: data.append(data[0]) irange = range(0, vcgt['entryCount']) for i in irange: j = i * (255.0 / (vcgt['entryCount'] - 1)) linear_points += [[j, j]] if r: n = float(data[0][i]) / (math.pow(256, vcgt['entrySize']) - 1) * 255 r_points += [[j, n]] if g: n = float(data[1][i]) / (math.pow(256, vcgt['entrySize']) - 1) * 255 g_points += [[j, n]] if b: n = float(data[2][i]) / (math.pow(256, vcgt['entrySize']) - 1) * 255 b_points += [[j, n]] else: # formula irange = range(0, 256) step = 100.0 / 255.0 for i in irange: # float2dec(v) fixes miniscule deviations in the calculated gamma linear_points += [[i, (i)]] if r: vmin = float2dec(vcgt["redMin"] * 255) v = float2dec(math.pow(step * i / 100.0, vcgt["redGamma"])) vmax = float2dec(vcgt["redMax"] * 255) r_points += [[i, float2dec(vmin + v * (vmax - vmin), 8)]] if g: vmin = float2dec(vcgt["greenMin"] * 255) v = float2dec(math.pow(step * i / 100.0, vcgt["greenGamma"])) vmax = float2dec(vcgt["greenMax"] * 255) g_points += [[i, float2dec(vmin + v * (vmax - vmin), 8)]] if b: vmin = float2dec(vcgt["blueMin"] * 255) v = float2dec(math.pow(step * i / 100.0, vcgt["blueGamma"])) vmax = float2dec(vcgt["blueMax"] * 255) b_points += [[i, float2dec(vmin + v * (vmax - vmin), 8)]] return r_points, g_points, b_points, linear_points def printNormalizedValues(self, amount=None, digits=12): """ Normalizes and prints all values in the vcgt (range of 0.0...1.0). For a 256-entry table with linear values from 0 to 65535: # REF C1 C2 C3 001 0.000000000000 0.000000000000 0.000000000000 0.000000000000 002 0.003921568627 0.003921568627 0.003921568627 0.003921568627 003 0.007843137255 0.007843137255 0.007843137255 0.007843137255 ... You can also specify the amount of values to print (where a value lesser than the entry count will leave out intermediate values) and the number of digits. """ if amount is None: if hasattr(self, 'entryCount'): amount = self.entryCount else: amount = 256 # common value values = self.getNormalizedValues(amount) entryCount = len(values) channels = len(values[0]) header = ['REF'] for k in xrange(channels): header.append('C' + str(k + 1)) header = [title.ljust(digits + 2) for title in header] safe_print("#".ljust(len(str(amount)) + 1) + " ".join(header)) for i, value in enumerate(values): formatted_values = [str(round(channel, digits)).ljust(digits + 2, '0') for channel in value] safe_print(str(i + 1).rjust(len(str(amount)), '0'), str(round(i / float(entryCount - 1), digits)).ljust(digits + 2, '0'), " ".join(formatted_values)) class VideoCardGammaFormulaType(VideoCardGammaType): def __init__(self, tagData, tagSignature): VideoCardGammaType.__init__(self, tagData, tagSignature) data = tagData[12:] self.update({ "redGamma": u16Fixed16Number(data[0:4]), "redMin": u16Fixed16Number(data[4:8]), "redMax": u16Fixed16Number(data[8:12]), "greenGamma": u16Fixed16Number(data[12:16]), "greenMin": u16Fixed16Number(data[16:20]), "greenMax": u16Fixed16Number(data[20:24]), "blueGamma": u16Fixed16Number(data[24:28]), "blueMin": u16Fixed16Number(data[28:32]), "blueMax": u16Fixed16Number(data[32:36]) }) def getNormalizedValues(self, amount=None): if amount is None: amount = 256 # common value step = 1.0 / float(amount - 1) rgb = AODict([("red", []), ("green", []), ("blue", [])]) for i in xrange(0, amount): for key in rgb: rgb[key] += [float(self[key + "Min"]) + math.pow(step * i / 1.0, float(self[key + "Gamma"])) * float(self[key + "Max"] - self[key + "Min"])] return zip(*rgb.values()) def getTableType(self, entryCount=256, entrySize=2): """ Return gamma as table type. """ maxValue = math.pow(256, entrySize) - 1 tagData = [self.tagData[:8], uInt32Number_tohex(0), # type 0 = table uInt16Number_tohex(3), # channels uInt16Number_tohex(entryCount), uInt16Number_tohex(entrySize)] int2hex = { 1: uInt8Number_tohex, 2: uInt16Number_tohex, 4: uInt32Number_tohex, 8: uInt64Number_tohex } for key in ("red", "green", "blue"): for i in xrange(0, entryCount): vmin = float(self[key + "Min"]) vmax = float(self[key + "Max"]) gamma = float(self[key + "Gamma"]) v = (vmin + math.pow(1.0 / (entryCount - 1) * i, gamma) * float(vmax - vmin)) tagData.append(int2hex[entrySize](round(v * maxValue))) return VideoCardGammaTableType("".join(tagData), self.tagSignature) class VideoCardGammaTableType(VideoCardGammaType): def __init__(self, tagData, tagSignature): VideoCardGammaType.__init__(self, tagData, tagSignature) if not tagData: self.update({"channels": 0, "entryCount": 0, "entrySize": 0, "data": []}) return data = tagData[12:] channels = uInt16Number(data[0:2]) entryCount = uInt16Number(data[2:4]) entrySize = uInt16Number(data[4:6]) self.update({ "channels": channels, "entryCount": entryCount, "entrySize": entrySize, "data": [] }) hex2int = { 1: uInt8Number, 2: uInt16Number, 4: uInt32Number, 8: uInt64Number } i = 0 while i < channels: self.data.append([]) j = 0 while j < entryCount: index = 6 + i * entryCount * entrySize + j * entrySize self.data[i].append(hex2int[entrySize](data[index:index + entrySize])) j = j + 1 i = i + 1 def getNormalizedValues(self, amount=None): if amount is None: amount = self.entryCount values = zip(*[[entry / 65535.0 for entry in channel] for channel in self.data]) if amount <= self.entryCount: step = self.entryCount / float(amount - 1) all = values values = [] for i, value in enumerate(all): if i == 0 or (i + 1) % step < 1 or i + 1 == self.entryCount: values += [value] return values def getFormulaType(self): """ Return formula representing gamma value at 50% input. """ maxValue = math.pow(256, self.entrySize) - 1 tagData = [self.tagData[:8], uInt32Number_tohex(1)] # type 1 = formula data = list(self.data) while len(data) < 3: data.append(data[0]) for channel in data: l = (len(channel) - 1) / 2.0 floor = float(channel[int(math.floor(l))]) ceil = float(channel[int(math.ceil(l))]) vmin = channel[0] / maxValue vmax = channel[-1] / maxValue v = (vmin + ((floor + ceil) / 2.0) * (vmax - vmin)) / maxValue gamma = (math.log(v) / math.log(.5)) print vmin, gamma, vmax tagData.append(u16Fixed16Number_tohex(gamma)) tagData.append(u16Fixed16Number_tohex(vmin)) tagData.append(u16Fixed16Number_tohex(vmax)) return VideoCardGammaFormulaType("".join(tagData), self.tagSignature) def resize(self, length=128): data = [[], [], []] for i, channel in enumerate(self.data): for j in xrange(0, length): j *= (len(channel) - 1) / float(length - 1) if int(j) != j: floor = channel[int(math.floor(j))] ceil = channel[min(int(math.ceil(j)), len(channel) - 1)] interpolated = xrange(floor, ceil + 1) fraction = j - int(j) index = int(round(fraction * (ceil - floor))) v = interpolated[index] else: v = channel[int(j)] data[i].append(v) self.data = data self.entryCount = len(data[0]) def resized(self, length=128): resized = self.__class__(self.tagData, self.tagSignature) resized.resize(length) return resized def smooth_cr(self, length=64): """ Smooth video LUT curves (Catmull-Rom). """ resized = self.resized(length) for i in xrange(0, len(self.data)): step = float(length - 1) / (len(self.data[i]) - 1) interpolation = CRInterpolation(resized.data[i]) for j in xrange(0, len(self.data[i])): self.data[i][j] = int(round(interpolation(j * step))) def smooth_avg(self, passes=1, window=None): """ Smooth video LUT curves (moving average). passses Number of passes window Tuple or list containing weighting factors. Its length determines the size of the window to use. Defaults to (1.0, 1.0, 1.0) """ if not window or len(window) < 3 or len(window) % 2 != 1: window = (1.0, 1.0, 1.0) for x in xrange(0, passes): data = [[], [], []] for i, channel in enumerate(self.data): for j, v in enumerate(channel): tmpwindow = window while j > 0 and j < len(channel) - 1 and len(tmpwindow) >= 3: tl = (len(tmpwindow) - 1) / 2 # print j, tl, tmpwindow if tl > 0 and j - tl >= 0 and j + tl <= len(channel) - 1: windowslice = channel[j - tl:j + tl + 1] windowsize = 0 for k, weight in enumerate(tmpwindow): windowsize += float(weight) * windowslice[k] v = int(round(windowsize / sum(tmpwindow))) break else: tmpwindow = tmpwindow[1:-1] data[i].append(v) self.data = data self.entryCount = len(data[0]) @Property def tagData(): doc = """ Return raw tag data. """ def fget(self): tagData = ["vcgt", "\0" * 4, uInt32Number_tohex(0), # type 0 = table uInt16Number_tohex(len(self.data)), # channels uInt16Number_tohex(self.entryCount), uInt16Number_tohex(self.entrySize)] int2hex = { 1: uInt8Number_tohex, 2: uInt16Number_tohex, 4: uInt32Number_tohex, 8: uInt64Number_tohex } for channel in self.data: for i in xrange(0, self.entryCount): tagData.append(int2hex[self.entrySize](channel[i])) return "".join(tagData) def fset(self, tagData): pass return locals() class ViewingConditionsType(ICCProfileTag, ADict): def __init__(self, tagData, tagSignature): ICCProfileTag.__init__(self, tagData, tagSignature) self.update({ "illuminant": XYZNumber(tagData[8:20]), "surround": XYZNumber(tagData[20:32]), "illuminantType": Illuminant(tagData[32:36]) }) class XYZNumber(AODict): """ Byte Offset Content Encoded as... 0..3 CIE X s15Fixed16Number 4..7 CIE Y s15Fixed16Number 8..11 CIE Z s15Fixed16Number """ def __init__(self, binaryString="\0" * 12): AODict.__init__(self) self.X, self.Y, self.Z = [s15Fixed16Number(chunk) for chunk in (binaryString[:4], binaryString[4:8], binaryString[8:12])] def __repr__(self): XYZ = [] for key, value in self.iteritems(): XYZ.append("(%s, %s)" % (repr(key), str(value))) return "%s.%s([%s])" % (self.__class__.__module__, self.__class__.__name__, ", ".join(XYZ)) def adapt(self, whitepoint_source=None, whitepoint_destination=None, cat="Bradford"): XYZ = self.__class__() XYZ.X, XYZ.Y, XYZ.Z = colormath.adapt(self.X, self.Y, self.Z, whitepoint_source, whitepoint_destination, cat) return XYZ def round(self, digits=4): XYZ = self.__class__() for key in self: XYZ[key] = round(self[key], digits) return XYZ def tohex(self): data = [s15Fixed16Number_tohex(n) for n in self.values()] return "".join(data) @property def hex(self): return self.tohex() @property def Lab(self): return colormath.XYZ2Lab(*[v * 100 for v in self.values()]) @property def xyY(self): return NumberTuple(colormath.XYZ2xyY(self.X, self.Y, self.Z)) class XYZType(ICCProfileTag, XYZNumber): def __init__(self, tagData="\0" * 20, tagSignature=None, profile=None): ICCProfileTag.__init__(self, tagData, tagSignature) XYZNumber.__init__(self, tagData[8:20]) self.profile = profile __repr__ = XYZNumber.__repr__ def __setattr__(self, name, value): if name in ("_keys", "profile", "tagData", "tagSignature"): object.__setattr__(self, name, value) else: self[name] = value def adapt(self, whitepoint_source=None, whitepoint_destination=None, cat="Bradford"): XYZ = self.__class__(profile=self.profile) XYZ.X, XYZ.Y, XYZ.Z = colormath.adapt(self.X, self.Y, self.Z, whitepoint_source, whitepoint_destination, cat) return XYZ @property def ir(self): """ Get illuminant-relative values """ pcs_illuminant = self.profile.illuminant.values() if "chad" in self.profile.tags and self.profile.creator != "appl": # Apple profiles have a bug where they contain a 'chad' tag, # but the media white is not under PCS illuminant if self is self.profile.tags.wtpt: XYZ = self.__class__(profile=self.profile) XYZ.X, XYZ.Y, XYZ.Z = self.values() else: # Go from XYZ mediawhite-relative under PCS illuminant to XYZ under PCS illuminant XYZ = self.adapt(pcs_illuminant, self.profile.tags.wtpt.values(), cat="XYZ scaling") # Go from XYZ under PCS illuminant to XYZ illuminant-relative XYZ.X, XYZ.Y, XYZ.Z = self.profile.tags.chad.inverted() * XYZ.values() return XYZ else: if self in (self.profile.tags.wtpt, self.profile.tags.get("bkpt")): # For profiles without 'chad' tag, the white/black point should # already be illuminant-relative return self elif "chad" in self.profile.tags: XYZ = self.__class__(profile=self.profile) # Go from XYZ under PCS illuminant to XYZ illuminant-relative XYZ.X, XYZ.Y, XYZ.Z = self.profile.tags.chad.inverted() * self.values() return XYZ else: # Go from XYZ under PCS illuminant to XYZ illuminant-relative return self.adapt(pcs_illuminant, self.profile.tags.wtpt.values()) @property def pcs(self): """ Get PCS-relative values """ if (self in (self.profile.tags.wtpt, self.profile.tags.get("bkpt")) and (not "chad" in self.profile.tags or self.profile.creator == "appl")): # Apple profiles have a bug where they contain a 'chad' tag, # but the media white is not under PCS illuminant if "chad" in self.profile.tags: XYZ = self.__class__(profile=self.profile) XYZ.X, XYZ.Y, XYZ.Z = self.profile.tags.chad * self.values() return XYZ pcs_illuminant = self.profile.illuminant.values() return self.adapt(self.profile.tags.wtpt.values(), pcs_illuminant) else: # Values should already be under PCS illuminant return self @Property def tagData(): doc = """ Return raw tag data. """ def fget(self): tagData = ["XYZ ", "\0" * 4] tagData += [self.tohex()] return "".join(tagData) def fset(self, tagData): pass return locals() @property def xyY(self): if self is self.profile.tags.get("bkpt"): ref = self.profile.tags.bkpt else: ref = self.profile.tags.wtpt return NumberTuple(colormath.XYZ2xyY(self.X, self.Y, self.Z, (ref.X, 1.0, ref.Z))) class chromaticAdaptionTag(colormath.Matrix3x3, s15Fixed16ArrayType): def __init__(self, tagData=None, tagSignature=None): ICCProfileTag.__init__(self, tagData, tagSignature) if tagData: data = tagData[8:] if data: matrix = [] while data: if len(matrix) == 0 or len(matrix[-1]) == 3: matrix.append([]) matrix[-1].append(s15Fixed16Number(data[0:4])) data = data[4:] self.update(matrix) @Property def tagData(): doc = """ Return raw tag data. """ def fget(self): tagData = ["sf32", "\0" * 4] for row in self: for column in row: tagData.append(s15Fixed16Number_tohex(column)) return "".join(tagData) def fset(self, tagData): pass return locals() tagSignature2Tag = { "chad": chromaticAdaptionTag } typeSignature2Type = { "chrm": ChromaticityType, "clrt": ColorantTableType, "curv": CurveType, "desc": TextDescriptionType, # ICC v2 "dict": DictType, # ICC v2 + v4 "dtim": DateTimeType, "meas": MeasurementType, "mluc": MultiLocalizedUnicodeType, # ICC v4 "mmod": MakeAndModelType, # Apple private tag "sf32": s15Fixed16ArrayType, "sig ": SignatureType, "text": TextType, "vcgt": videoCardGamma, "view": ViewingConditionsType, "XYZ ": XYZType } class ICCProfileInvalidError(IOError): pass class ICCProfile: """ Returns a new ICCProfile object. Optionally initialized with a string containing binary profile data or a filename, or a file-like object. Also if the 'load' keyword argument is False (default True), only the header will be read initially and loading of the tags will be deferred to when they are accessed the first time. """ def __init__(self, profile=None, load=True): self.ID = "\0" * 16 self._data = "" self._file = None self._tags = AODict() self.fileName = None self.is_loaded = False self.size = 0 if profile: data = None if type(profile) in (str, unicode): if profile.find("\0") < 0: # filename if (not os.path.isfile(profile) and not os.path.sep in profile and (not isinstance(os.path.altsep, basestring) or not os.path.altsep in profile)): for path in iccprofiles_home + filter(lambda x: x not in iccprofiles_home, iccprofiles): if os.path.isdir(path): for path, dirs, files in os.walk(path): path = os.path.join(path, profile) if os.path.isfile(path): profile = path break if os.path.isfile(path): break profile = open(profile, "rb") else: # binary string data = profile self.is_loaded = True if not data: # file object self._file = profile self.fileName = self._file.name self._file.seek(0) data = self._file.read(128) self.close() if not data or len(data) < 128: raise ICCProfileInvalidError("Not enough data") if data[36:40] != "acsp": raise ICCProfileInvalidError("Profile signature mismatch - " "expected 'acsp', found '" + data[36:40] + "'") header = data[:128] self.size = uInt32Number(header[0:4]) self.preferredCMM = header[4:8] minorrev_bugfixrev = binascii.hexlify(header[8:12][1]) self.version = float(str(ord(header[8:12][0])) + "." + str(int("0x0" + minorrev_bugfixrev[0], 16)) + str(int("0x0" + minorrev_bugfixrev[1], 16))) self.profileClass = header[12:16] self.colorSpace = header[16:20].strip() self.connectionColorSpace = header[20:24].strip() try: self.dateTime = dateTimeNumber(header[24:36]) except ValueError: raise ICCProfileInvalidError("Profile creation date/time invalid") self.platform = header[40:44] flags = uInt32Number(header[44:48]) self.embedded = flags & 1 != 0 self.independent = flags & 2 == 0 deviceAttributes = uInt64Number(header[56:64]) self.device = { "manufacturer": header[48:52], "model": header[52:56], "attributes": { "reflective": deviceAttributes & 1 == 0, "glossy": deviceAttributes & 2 == 0, "positive": deviceAttributes & 4 == 0, "color": deviceAttributes & 8 == 0 } } self.intent = uInt32Number(header[64:68]) self.illuminant = XYZNumber(header[68:80]) self.creator = header[80:84] if header[84:100] != "\0" * 16: self.ID = header[84:100] self._data = data[:self.size] if load: self.tags else: # Default to RGB display device profile self.preferredCMM = "" self.version = 2.4 self.profileClass = "mntr" self.colorSpace = "RGB" self.connectionColorSpace = "XYZ" self.dateTime = datetime.datetime.now() self.platform = "" self.embedded = False self.independent = True self.device = { "manufacturer": "", "model": "", "attributes": { "reflective": True, "glossy": True, "positive": True, "color": True } } self.intent = 0 self.illuminant = XYZNumber("\0\0\xf6\xd6\0\x01\0\0\0\0\xd3-") # D50 self.creator = "" def __del__(self): self.close() @property def data(self): """ Get raw binary profile data. This will re-assemble the various profile parts (header, tag table and data) on-the-fly. """ # Assemble tag table and tag data tagCount = len(self.tags) tagTable = [] tagTableSize = tagCount * 12 tagsData = [] tagsDataOffset = [] tagDataOffset = 128 + 4 + tagTableSize for tagSignature in self.tags: tagData = self.tags[tagSignature].tagData tagDataSize = len(tagData) # Pad all data with binary zeros so it lies on 4-byte boundaries padding = int(math.ceil(tagDataSize / 4.0)) * 4 - tagDataSize tagData += "\0" * padding tagTable.append(tagSignature) if tagData in tagsData: tagTable.append(uInt32Number_tohex(tagsDataOffset[tagsData.index(tagData)])) else: tagTable.append(uInt32Number_tohex(tagDataOffset)) tagTable.append(uInt32Number_tohex(tagDataSize)) if not tagData in tagsData: tagsData.append(tagData) tagsDataOffset.append(tagDataOffset) tagDataOffset += tagDataSize + padding header = self.header(tagTableSize, len("".join(tagsData))) data = "".join([header, uInt32Number_tohex(tagCount), "".join(tagTable), "".join(tagsData)]) return data def header(self, tagTableSize, tagDataSize): "Profile Header" # Profile size: 128 bytes header + 4 bytes tag count + tag table + data header = [uInt32Number_tohex(128 + 4 + tagTableSize + tagDataSize), self.preferredCMM[:4].ljust(4, " ") if self.preferredCMM else "\0" * 4, # Next three lines are ICC version chr(int(str(self.version).split(".")[0])), binascii.unhexlify(("%.2f" % self.version).split(".")[1]), "\0" * 2, self.profileClass[:4].ljust(4, " "), self.colorSpace[:4].ljust(4, " "), self.connectionColorSpace[:4].ljust(4, " "), dateTimeNumber_tohex(self.dateTime), "acsp", self.platform[:4].ljust(4, " ") if self.platform else "\0" * 4,] flags = 0 if self.embedded: flags += 1 if not self.independent: flags += 2 header += [uInt32Number_tohex(flags), self.device["manufacturer"][:4].rjust(4, "\0") if self.device["manufacturer"] else "\0" * 4, self.device["model"][:4].rjust(4, "\0") if self.device["model"] else "\0" * 4] deviceAttributes = 0 for name, bit in {"reflective": 1, "glossy": 2, "positive": 4, "color": 8}.iteritems(): if not self.device["attributes"][name]: deviceAttributes += bit header += [uInt64Number_tohex(deviceAttributes), uInt32Number_tohex(self.intent), self.illuminant.tohex(), self.creator[:4].ljust(4, " ") if self.creator else "\0" * 4, self.ID[:16].ljust(16, "\0"), self._data[100:128] if len(self._data[100:128]) == 28 else "\0" * 28] return "".join(header) @property def tags(self): "Profile Tag Table" if not self._tags: self.load() if self._data and len(self._data) > 131: # tag table and tagged element data tagCount = uInt32Number(self._data[128:132]) if debug: print "tagCount:", tagCount tagTable = self._data[132:132 + tagCount * 12] discard_len = 0 tags = {} while tagTable: tag = tagTable[:12] if len(tag) < 12: raise ICCProfileInvalidError("Tag table is truncated") tagSignature = tag[:4] if debug: print "tagSignature:", tagSignature tagDataOffset = uInt32Number(tag[4:8]) if debug: print " tagDataOffset:", tagDataOffset tagDataSize = uInt32Number(tag[8:12]) if debug: print " tagDataSize:", tagDataSize if tagSignature in self._tags: safe_print("Error (non-critical): Tag '%s' already " "encountered. Skipping..." % tagSignature) else: if (tagDataOffset, tagDataSize) in tags: if debug: print " tagDataOffset and tagDataSize indicate shared tag" self._tags[tagSignature] = tags[(tagDataOffset, tagDataSize)] else: start = tagDataOffset - discard_len if debug: print " tagData start:", start end = tagDataOffset - discard_len + tagDataSize if debug: print " tagData end:", end tagData = self._data[start:end] if len(tagData) < tagDataSize: raise ICCProfileInvalidError("Tag data for tag %r (offet %i, size %i) is truncated" % (tagSignature, tagDataOffset, tagDataSize)) typeSignature = tagData[:4] if len(typeSignature) < 4: raise ICCProfileInvalidError("Tag type signature for tag %r (offet %i, size %i) is truncated" % (tagSignature, tagDataOffset, tagDataSize)) if debug: print " typeSignature:", typeSignature try: if tagSignature in tagSignature2Tag: tag = tagSignature2Tag[tagSignature](tagData, tagSignature) elif typeSignature in typeSignature2Type: args = tagData, tagSignature if typeSignature == "clrt": args += (self.connectionColorSpace, ) elif typeSignature == "XYZ ": args += (self, ) tag = typeSignature2Type[typeSignature](*args) else: tag = ICCProfileTag(tagData, tagSignature) except Exception, exception: raise ICCProfileInvalidError("Couldn't parse tag %r (type %r, offet %i, size %i): %r" % (tagSignature, typeSignature, tagDataOffset, tagDataSize, exception)) self._tags[tagSignature] = tags[(tagDataOffset, tagDataSize)] = tag tagTable = tagTable[12:] self._data = self._data[:128] return self._tags def calculateID(self, setID=True): """ Calculates, sets, and returns the profile's ID (checksum). Calling this function always recalculates the checksum on-the-fly, in contrast to just accessing the ID property. The entire profile, based on the size field in the header, is used to calculate the ID after the values in the Profile Flags field (bytes 44 to 47), Rendering Intent field (bytes 64 to 67) and Profile ID field (bytes 84 to 99) in the profile header have been temporarily replaced with zeros. """ data = self.data[:44] + "\0\0\0\0" + self.data[48:64] + "\0\0\0\0" + \ self.data[68:84] + "\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0" + \ self.data[100:] ID = md5(data).digest() if setID: self.ID = ID return ID def close(self): """ Closes the associated file object (if any). """ if self._file and not self._file.closed: self._file.close() @staticmethod def from_edid(edid, iccv4=False, cat="Bradford"): """ Create an ICC Profile from EDID data and return it You may override the gamma from EDID by setting it to a list of curve values. """ description = edid.get("monitor_name", edid.get("ascii", str(edid["product_id"] or edid["hash"]))) manufacturer = edid.get("manufacturer", "") manufacturer_id = edid["edid"][8:10] model_name = description model_id = edid["edid"][10:12] copyright = "Created from EDID" # Get chromaticities of primaries xy = {} for color in ("red", "green", "blue", "white"): x, y = edid.get(color + "_x", 0.0), edid.get(color + "_y", 0.0) xy[color[0] + "x"] = x xy[color[0] + "y"] = y gamma = edid.get("gamma", 2.2) profile = ICCProfile.from_chromaticities(xy["rx"], xy["ry"], xy["gx"], xy["gy"], xy["bx"], xy["by"], xy["wx"], xy["wy"], gamma, description, copyright, manufacturer, model_name, manufacturer_id, model_id, iccv4, cat) profile.set_edid_metadata(edid) spec_prefixes = "DATA_,OPENICC_" prefixes = (profile.tags.meta.getvalue("prefix", "", None) or spec_prefixes).split(",") for prefix in spec_prefixes.split(","): if not prefix in prefixes: prefixes.append(prefix) profile.tags.meta["prefix"] = ",".join(prefixes) profile.tags.meta["OPENICC_automatic_generated"] = "1" profile.tags.meta["DATA_source"] = "edid" profile.calculateID() return profile @staticmethod def from_chromaticities(rx, ry, gx, gy, bx, by, wx, wy, gamma, description, copyright, manufacturer=None, model_name=None, manufacturer_id="\0\0", model_id="\0\0", iccv4=False, cat="Bradford"): """ Create an ICC Profile from chromaticities and return it """ wXYZ = colormath.xyY2XYZ(wx, wy, 1.0) # Calculate RGB to XYZ matrix from chromaticities and white mtx = colormath.rgb_to_xyz_matrix(rx, ry, gx, gy, bx, by, wXYZ) rgb = {"r": (1.0, 0.0, 0.0), "g": (0.0, 1.0, 0.0), "b": (0.0, 0.0, 1.0)} XYZ = {} for color in "rgb": # Calculate XYZ for primaries XYZ[color] = mtx * rgb[color] profile = ICCProfile.from_XYZ(XYZ["r"], XYZ["g"], XYZ["b"], wXYZ, gamma, description, copyright, manufacturer, model_name, manufacturer_id, model_id, iccv4, cat) return profile @staticmethod def from_XYZ(rXYZ, gXYZ, bXYZ, wXYZ, gamma, description, copyright, manufacturer=None, model_name=None, manufacturer_id="\0\0", model_id="\0\0", iccv4=False, cat="Bradford"): """ Create an ICC Profile from XYZ values and return it """ profile = ICCProfile() if iccv4: profile.version = 4.2 profile.setDescription(description) profile.setCopyright(copyright) if manufacturer: profile.setDeviceManufacturerDescription(manufacturer) if model_name: profile.setDeviceModelDescription(model_name) profile.device["manufacturer"] = "\0\0" + manufacturer_id[1] + manufacturer_id[0] profile.device["model"] = "\0\0" + model_id[1] + model_id[0] # Add Apple-specific 'mmod' tag (TODO: need full spec) if manufacturer_id != "\0\0" or model_id != "\0\0": mmod = ("mmod" + ("\x00" * 6) + manufacturer_id + ("\x00" * 2) + model_id[1] + model_id[0] + ("\x00" * 4) + ("\x00" * 20)) profile.tags.mmod = ICCProfileTag(mmod, "mmod") profile.tags.wtpt = XYZType(profile=profile) D50 = colormath.get_whitepoint("D50") if iccv4: # Set wtpt to D50 and store actual white -> D50 transform in chad (profile.tags.wtpt.X, profile.tags.wtpt.Y, profile.tags.wtpt.Z) = D50 profile.tags.chad = chromaticAdaptionTag() matrix = colormath.wp_adaption_matrix(wXYZ, D50, cat) profile.tags.chad.update(matrix) else: # Store actual white in wtpt (profile.tags.wtpt.X, profile.tags.wtpt.Y, profile.tags.wtpt.Z) = wXYZ profile.tags.chrm = ChromaticityType() profile.tags.chrm.type = 0 for color in "rgb": X, Y, Z = locals()[color + "XYZ"] # Get chromaticity of primary x, y = colormath.XYZ2xyY(X, Y, Z)[:2] profile.tags.chrm.channels.append((x, y)) # Write XYZ and TRC tags (don't forget to adapt to D50) tagname = color + "XYZ" profile.tags[tagname] = XYZType(profile=profile) (profile.tags[tagname].X, profile.tags[tagname].Y, profile.tags[tagname].Z) = colormath.adapt(X, Y, Z, wXYZ, D50, cat) tagname = color + "TRC" profile.tags[tagname] = CurveType() if isinstance(gamma, (list, tuple)): profile.tags[tagname].extend(gamma) else: profile.tags[tagname].set_trc(gamma, 1) profile.calculateID() return profile def set_localizable_desc(self, tagname, description, languagecode="en", countrycode="US"): # Handle ICCv2 <> v4 differences and encoding if self.version < 4: self.tags[tagname] = TextDescriptionType() if isinstance(description, unicode): asciidesc = description.encode("ASCII", "asciize") else: asciidesc = description self.tags[tagname].ASCII = asciidesc if asciidesc != description: self.tags[tagname].Unicode = description else: self.set_localizable_text(self, tagname, description, languagecode, countrycode) def set_localizable_text(self, tagname, text, languagecode="en", countrycode="US"): # Handle ICCv2 <> v4 differences and encoding if self.version < 4: if isinstance(text, unicode): text = text.encode("ASCII", "asciize") self.tags[tagname] = TextType("text\0\0\0\0%s\0" % text, tagname) else: self.tags[tagname] = MultiLocalizedUnicodeType() self.tags[tagname].add_localized_string(languagecode, countrycode, text) def setCopyright(self, copyright, languagecode="en", countrycode="US"): self.set_localizable_text("cprt", copyright, languagecode, countrycode) def setDescription(self, description, languagecode="en", countrycode="US"): self.set_localizable_desc("desc", description, languagecode, countrycode) def setDeviceManufacturerDescription(self, description, languagecode="en", countrycode="US"): self.set_localizable_desc("dmnd", description, languagecode, countrycode) def setDeviceModelDescription(self, description, languagecode="en", countrycode="US"): self.set_localizable_desc("dmdd", description, languagecode, countrycode) def getCopyright(self): """ Return profile copyright. """ return unicode(self.tags.get("cprt", "")) def getDescription(self): """ Return profile description. """ return unicode(self.tags.get("desc", "")) def getDeviceManufacturerDescription(self): """ Return device manufacturer description. """ return unicode(self.tags.get("dmnd", "")) def getDeviceModelDescription(self): """ Return device model description. """ return unicode(self.tags.get("dmdd", "")) def getViewingConditionsDescription(self): """ Return viewing conditions description. """ return unicode(self.tags.get("vued", "")) def guess_cat(self): illuminant = self.illuminant.values() if "chad" in self.tags: return colormath.guess_cat(self.tags.chad, self.tags.chad.inverted() * illuminant, illuminant) def isSame(self, profile, force_calculation=False): """ Compare the ID of profiles. Returns a boolean indicating if the profiles have the same ID. profile can be a ICCProfile instance, a binary string containing profile data, a filename or a file object. """ if not isinstance(profile, self.__class__): profile = self.__class__(profile) if force_calculation or self.ID == "\0" * 16: id1 = self.calculateID(False) else: id1 = self.ID if force_calculation or profile.ID == "\0" * 16: id2 = profile.calculateID(False) else: id2 = profile.ID return id1 == id2 def load(self): """ Loads the profile from the file object. Normally, you don't need to call this method, since the ICCProfile class automatically loads the profile when necessary (load does nothing if the profile was passed in as a binary string). """ if not self.is_loaded and self._file: if self._file.closed: self._file = open(self._file.name, "rb") self._file.seek(len(self._data)) self._data += self._file.read(self.size - len(self._data)) self._file.close() self.is_loaded = True def print_info(self): safe_print("=" * 80) safe_print("ICC profile information") safe_print("-" * 80) safe_print("File name:", os.path.basename(self.fileName or "")) for label, value in self.get_info(): if not value: safe_print(label) else: safe_print(label + ":", value) def get_info(self): info = DictList() info["Size"] = "%i Bytes (%.2f KiB)" % (self.size, self.size / 1024.0) info["Preferred CMM"] = hexrepr(self.preferredCMM, cmms) info["ICC version"] = "%s" % self.version info["Profile class"] = profileclass.get(self.profileClass, self.profileClass) info["Color model"] = self.colorSpace info["Profile connection space (PCS)"] = self.connectionColorSpace info["Created"] = strftime("%Y-%m-%d %H:%M:%S", self.dateTime.timetuple()) info["Platform"] = platform.get(self.platform, hexrepr(self.platform)) info["Is embedded"] = {True: "Yes"}.get(self.embedded, "No") info["Can be used independently"] = {True: "Yes"}.get(self.independent, "No") info["Device"] = "" info[" Manufacturer"] = "0x%s" % binascii.hexlify(self.device["manufacturer"]).upper() if (self.device["manufacturer"][0:2] == "\0\0" and self.device["manufacturer"][2:4] != "\0\0"): mnft_id = self.device["manufacturer"][3] + self.device["manufacturer"][2] mnft_id = edid.parse_manufacturer_id(mnft_id) manufacturer = edid.get_manufacturer_name(mnft_id) else: manufacturer = safe_unicode(re.sub("[^\x20-\x7e]", "", self.device["manufacturer"])).encode("ASCII", "replace") if manufacturer != self.device["manufacturer"]: manufacturer = None else: manufacturer = "'%s'" % manufacturer if manufacturer is not None: info[" Manufacturer"] += " %s" % manufacturer info[" Model"] = hexrepr(self.device["model"]) info[" Attributes"] = "\n".join([{True: "Reflective"}.get(self.device["attributes"]["reflective"], "Transparency"), {True: "Glossy"}.get(self.device["attributes"]["glossy"], "Matte"), {True: "Positive"}.get(self.device["attributes"]["positive"], "Negative"), {True: "Color"}.get(self.device["attributes"]["color"], "Black & white")]) info["Default rendering intent"] = {0: "Perceptual", 1: "Media-relative colorimetric", 2: "Saturation", 3: "ICC-absolute colorimetric"}.get(self.intent, "Unknown") info["PCS illuminant XYZ"] = " ".join([" ".join(["%6.2f" % (v * 100) for v in self.illuminant.values()]), "(xy %s," % " ".join("%6.4f" % v for v in self.illuminant.xyY[:2]), "CCT %iK)" % (colormath.XYZ2CCT(*self.illuminant.values()) or 0)]) info["Creator"] = hexrepr(self.creator, manufacturers) info["Checksum"] = "0x%s" % binascii.hexlify(self.ID).upper() calcID = self.calculateID(False) if self.ID != "\0" * 16: info[" Checksum OK"] = {True: "Yes"}.get(self.ID == calcID, "No") if self.ID != calcID: info[" Calculated checksum"] = "0x%s" % binascii.hexlify(calcID).upper() for sig, tag in self.tags.iteritems(): name = tags.get(sig, "'%s'" % sig) if isinstance(tag, chromaticAdaptionTag): for i, row in enumerate(tag): if i > 0: name = " " info[name] = " ".join("%6.4f" % v for v in row) info["Chromatic adaptation transform"] = self.guess_cat() or "Unknown" elif isinstance(tag, ChromaticityType): info["Chromaticity (illuminant-relative)"] = "" for i, channel in enumerate(tag.channels): if self.colorSpace.endswith("CLR"): colorant_name = "" else: colorant_name = "(%s) " % self.colorSpace[i:i + 1] info[" Channel %i %sxy" % (i + 1, colorant_name)] = " ".join( "%6.4f" % v for v in channel) elif isinstance(tag, ColorantTableType): info["Colorants (PCS-relative)"] = "" maxlen = max(map(len, tag.keys())) for colorant_name, colorant in tag.iteritems(): values = colorant.values() if "".join(colorant.keys()) == "Lab": values = colormath.Lab2XYZ(*values) else: values = [v / 100.0 for v in values] XYZxy = [" ".join("%6.2f" % v for v in colorant.values())] if values != [0, 0, 0]: XYZxy += ["(xy %s)" % " ".join("%6.4f" % v for v in colormath.XYZ2xyY(*values)[:2])] info[" %s %s" % (colorant_name, "".join(colorant.keys()))] = " ".join(XYZxy) elif isinstance(tag, CurveType): if len(tag) == 1: info[name] = "Gamma %3.2f" % tag[0] elif len(tag): info[name] = "" info[" Number of entries"] = "%i" % len(tag) #info[" Average gamma"] = "%3.2f" % tag.get_gamma() transfer_function = tag.get_transfer_function(slice=(0, 1.0)) if round(transfer_function[1], 2) == 1.0: value = u"%s" % ( transfer_function[0][0]) else: transfer_function = tag.get_transfer_function(slice=(0.00, 1.00)) if transfer_function[1] >= .95: value = u"≈ %s (Δ %.2f%%)" % ( transfer_function[0][0], 100 - transfer_function[1] * 100) else: value = "Unknown" info[" Transfer function"] = value info[" Minimum Y"] = "%6.4f" % (tag[0] / 65535.0 * 100) info[" Maximum Y"] = "%6.2f" % (tag[-1] / 65535.0 * 100) elif isinstance(tag, DictType): if sig == "meta": name = "Metadata" else: name = "Generic name-value data" info[name] = "" for key in tag: key = tag.getname(key) value = tag.getvalue(key) if key == "prefix": value = "\n".join(value.split(",")) info[" %s" % key] = value elif isinstance(tag, MakeAndModelType): info[name] = "" info[" Manufacturer"] = "0x%s %s" % ( binascii.hexlify(tag.manufacturer).upper(), edid.get_manufacturer_name(edid.parse_manufacturer_id(tag.manufacturer))) info[" Model"] = "0x%s" % binascii.hexlify(tag.model).upper() elif isinstance(tag, MeasurementType): info[name] = "" info[" Observer"] = tag.observer.description info[" Backing XYZ"] = " ".join("%6.2f" % v for v in tag.backing.values()) info[" Geometry"] = tag.geometry.description info[" Flare"] = "%.2f%%" % (tag.flare * 100) info[" Illuminant"] = tag.illuminantType.description elif isinstance(tag, MultiLocalizedUnicodeType): info[name] = "" for language, countries in tag.iteritems(): for country, value in countries.iteritems(): if country.strip("\0 "): country = "/" + country info[" %s%s" % (language, country)] = value elif isinstance(tag, Text): if sig == "cprt": info[name] = unicode(tag) elif sig == "tech": info[name] = tech.get(tag, "Unknown") elif tag.find("\n") > -1 or tag.find("\r") > -1: info[name] = "[%i Bytes]" % len(tag) else: info[name] = (unicode(tag)[:60 - len(name)] + ("...[%i more Bytes]" % (len(tag) - (60 - len(name))) if len(tag) > 60 - len(name) else "")) elif isinstance(tag, TextDescriptionType): if not tag.get("Unicode") and not tag.get("Macintosh"): info["%s (ASCII)" % name] = safe_unicode(tag.ASCII) else: info[name] = "" info[" ASCII"] = safe_unicode(tag.ASCII) if tag.get("Unicode"): info[" Unicode"] = tag.Unicode if tag.get("Macintosh"): info[" Macintosh"] = tag.Macintosh elif isinstance(tag, VideoCardGammaFormulaType): info[name] = "" #linear = tag.is_linear() #info[" Is linear"] = {0: "No", 1: "Yes"}[linear] for key in ("red", "green", "blue"): info[" %s gamma" % key.capitalize()] = "%.2f" % tag[key + "Gamma"] info[" %s minimum" % key.capitalize()] = "%.2f" % tag[key + "Min"] info[" %s maximum" % key.capitalize()] = "%.2f" % tag[key + "Max"] elif isinstance(tag, VideoCardGammaTableType): info[name] = "" info[" Bitdepth"] = "%i" % (tag.entrySize * 8) info[" Channels"] = "%i" % tag.channels info[" Number of entries per channel"] = "%i" % tag.entryCount r_points, g_points, b_points, linear_points = tag.get_values() points = r_points, g_points, b_points #if r_points == g_points == b_points == linear_points: #info[" Is linear" % i] = {True: "Yes"}.get(points[i] == linear_points, "No") #else: if True: unique = tag.get_unique_values() for i, channel in enumerate(tag.data): scale = math.pow(2, tag.entrySize * 8) - 1 vmin = 0 vmax = scale info[" Channel %i gamma at 50%% input" % (i + 1)] = "%.2f" % colormath.get_gamma([((len(channel) / 2 - 1) / (len(channel) - 1.0) * scale, channel[len(channel) / 2 - 1])], scale, vmin, vmax, False, False)[0] vmin = channel[0] vmax = channel[-1] info[" Channel %i minimum" % (i + 1)] = "%6.4f%%" % (vmin / scale * 100) info[" Channel %i maximum" % (i + 1)] = "%6.2f%%" % (vmax / scale * 100) info[" Channel %i unique values" % (i + 1)] = "%i @ 8 Bit" % len(unique[i]) info[" Channel %i is linear" % (i + 1)] = {True: "Yes"}.get(points[i] == linear_points, "No") elif isinstance(tag, ViewingConditionsType): info[name] = "" info[" Illuminant"] = tag.illuminantType.description info[" Illuminant XYZ"] = "%s (xy %s)" % ( " ".join("%6.2f" % v for v in tag.illuminant.values()), " ".join("%6.4f" % v for v in tag.illuminant.xyY[:2])) XYZxy = [" ".join("%6.2f" % v for v in tag.surround.values())] if tag.surround.values() != [0, 0, 0]: XYZxy += ["(xy %s)" % " ".join("%6.4f" % v for v in tag.surround.xyY[:2])] info[" Surround XYZ"] = " ".join(XYZxy) elif isinstance(tag, XYZType): if sig == "lumi": info[name] = u"%.2f cd/m²" % self.tags.lumi.Y elif sig in ("bkpt", "wtpt"): format = {"bkpt": "%6.4f", "wtpt": "%6.2f"}[sig] info[name] = "" if self.profileClass == "mntr" and sig == "wtpt": info[" Is illuminant"] = "Yes" if self.profileClass == "mntr" or "chad" in self.tags: label = "Illuminant-relative" else: label = "PCS-relative" #if (self.connectionColorSpace == "Lab" and #self.profileClass == "prtr"): if self.profileClass == "prtr": color = [" ".join([format % v for v in tag.ir.Lab])] info[" %s Lab" % label] = " ".join(color) else: color = [" ".join(format % (v * 100) for v in tag.ir.values())] if tag.ir.values() != [0, 0, 0]: xy = " ".join("%6.4f" % v for v in tag.ir.xyY[:2]) color += ["(xy %s)" % xy] cct, delta = colormath.xy_CCT_delta(*tag.ir.xyY[:2]) else: cct = None info[" %s XYZ" % label] = " ".join(color) if cct: info[" %s CCT" % label] = "%iK" % cct if delta: info[u" ΔE 2000 to daylight locus"] = "%.2f" % delta["E"] kwargs = {"daylight": False} cct, delta = colormath.xy_CCT_delta(*tag.ir.xyY[:2], **kwargs) if delta: info[u" ΔE 2000 to blackbody locus"] = "%.2f" % delta["E"] if "chad" in self.tags: color = [" ".join(format % (v * 100) for v in tag.pcs.values())] if tag.pcs.values() != [0, 0, 0]: xy = " ".join("%6.4f" % v for v in tag.pcs.xyY[:2]) color += ["(xy %s)" % xy] info[" PCS-relative XYZ"] = " ".join(color) cct, delta = colormath.xy_CCT_delta(*tag.pcs.xyY[:2]) if cct: info[" PCS-relative CCT"] = "%iK" % cct #if delta: #info[u" ΔE 2000 to daylight locus"] = "%.2f" % delta["E"] #kwargs = {"daylight": False} #cct, delta = colormath.xy_CCT_delta(*tag.pcs.xyY[:2], **kwargs) #if delta: #info[u" ΔE 2000 to blackbody locus"] = "%.2f" % delta["E"] else: info[name] = "" info[" Illuminant-relative XYZ"] = " ".join( [" ".join("%6.2f" % (v * 100) for v in tag.ir.values()), "(xy %s)" % " ".join("%6.4f" % v for v in tag.ir.xyY[:2])]) info[" PCS-relative XYZ"] = " ".join( [" ".join("%6.2f" % (v * 100) for v in tag.values()), "(xy %s)" % " ".join("%6.4f" % v for v in tag.xyY[:2])]) elif isinstance(tag, ICCProfileTag): info[name] = "[%i Bytes]" % len(tag.tagData) return info def get_rgb_space(self): tags = self.tags if not "wtpt" in tags: return False rgb_space = [[], tags.wtpt.ir.values()] for component in ("r", "g", "b"): if (not "%sXYZ" % component in tags or not "%sTRC" % component in tags or not isinstance(tags["%sTRC" % component], CurveType)): return False rgb_space.append(tags["%sXYZ" % component].ir.xyY) if len(tags["%sTRC" % component]) > 1: rgb_space[0].append([v / 65535.0 for v in tags["%sTRC" % component]]) else: rgb_space[0].append(tags["%sTRC" % component][0]) return rgb_space def read(self, profile): """ Read profile from binary string, filename or file object. Same as self.__init__(profile) """ self.__init__(profile) def set_edid_metadata(self, edid): """ Sets metadata from EDID Key names follow the ICC meta Tag for Monitor Profiles specification http://www.oyranos.org/wiki/index.php?title=ICC_meta_Tag_for_Monitor_Profiles_0.1 and the GNOME Color Manager metadata specification http://gitorious.org/colord/master/blobs/master/doc/metadata-spec.txt """ if not "meta" in self.tags: self.tags.meta = DictType() spec_prefixes = "EDID_" prefixes = (self.tags.meta.getvalue("prefix", "", None) or spec_prefixes).split(",") for prefix in spec_prefixes.split(","): if not prefix in prefixes: prefixes.append(prefix) # OpenICC keys (some shared with GCM) self.tags.meta.update((("prefix", ",".join(prefixes)), ("EDID_mnft", edid["manufacturer_id"]), ("EDID_manufacturer", colord.quirk_manufacturer(edid["manufacturer"])), ("EDID_mnft_id", struct.unpack(">H", edid["edid"][8:10])[0]), ("EDID_model_id", edid["product_id"]), ("EDID_date", "%0.4i-T%i" % (edid["year_of_manufacture"], edid["week_of_manufacture"])), ("EDID_red_x", edid["red_x"]), ("EDID_red_y", edid["red_y"]), ("EDID_green_x", edid["green_x"]), ("EDID_green_y", edid["green_y"]), ("EDID_blue_x", edid["blue_x"]), ("EDID_blue_y", edid["blue_y"]), ("EDID_white_x", edid["white_x"]), ("EDID_white_y", edid["white_y"]))) if "gamma" in edid: self.tags.meta["EDID_gamma"] = edid["gamma"] monitor_name = edid.get("monitor_name", edid.get("ascii")) if monitor_name: self.tags.meta["EDID_model"] = monitor_name if edid.get("serial_ascii"): self.tags.meta["EDID_serial"] = edid["serial_ascii"] # GCM keys self.tags.meta["EDID_md5"] = edid["hash"] def set_gamut_metadata(self, gamut_volume=None, gamut_coverage=None): """ Sets gamut volume and coverage metadata keys """ if gamut_volume or gamut_coverage: if not "meta" in self.tags: self.tags.meta = DictType() # Update meta prefix prefixes = (self.tags.meta.getvalue("prefix", "", None) or "GAMUT_").split(",") if not "GAMUT_" in prefixes: prefixes.append("GAMUT_") self.tags.meta["prefix"] = ",".join(prefixes) if gamut_volume: # Set gamut size self.tags.meta["GAMUT_volume"] = gamut_volume if gamut_coverage: # Set gamut coverage for key, factor in gamut_coverage.iteritems(): self.tags.meta["GAMUT_coverage(%s)" % key] = factor def write(self, stream_or_filename=None): """ Write profile to stream. This will re-assemble the various profile parts (header, tag table and data) on-the-fly. """ if not stream_or_filename: if self._file: if not self._file.closed: self.close() stream_or_filename = self.fileName if isinstance(stream_or_filename, basestring): stream = open(stream_or_filename, "wb") if not self.fileName: self.fileName = stream_or_filename else: stream = stream_or_filename stream.write(self.data) if isinstance(stream_or_filename, basestring): stream.close() dispcalGUI-1.7.1.6/dispcalGUI/jsondict.py000644 000765 000000 00000007646 12025152312 017777 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import codecs import os import demjson from config import get_data_path from debughelpers import handle_error from util_str import safe_unicode class JSONDict(dict): """ JSON dictionary with key -> value mappings. The actual mappings are loaded from the source JSON file when they are accessed. """ def __init__(self, path=None, encoding="UTF-8", errors="strict"): dict.__init__(self) self._isloaded = False self.path = path self.encoding = encoding self.errors = errors def __cmp__(self, other): self.load() return dict.__cmp__(self, other) def __contains__(self, key): self.load() return dict.__contains__(self, key) def __delitem__(self, key): self.load() dict.__delitem__(self, key) def __delslice__(self, i, j): self.load() dict.__delslice__(self, i, j) def __eq__(self, other): self.load() return dict.__eq__(self, other) def __ge__(self, other): self.load() return dict.__ge__(self, other) def __getitem__(self, name): self.load() return dict.__getitem__(self, name) def __getslice__(self, i, j): self.load() return dict.__getslice__(self, i, j) def __gt__(self, other): self.load() return dict.__gt__(self, other) def __iter__(self): self.load() return dict.__iter__(self) def __le__(self, other): self.load() return dict.__le__(self, other) def __len__(self): self.load() return dict.__len__(self) def __lt__(self, other): self.load() return dict.__lt__(self, other) def __ne__(self, other): self.load() return dict.__ne__(self, other) def __repr__(self): self.load() return dict.__repr__(self) def __setitem__(self, name, value): self.load() dict.__setitem__(self, name, value) def __sizeof__(self): self.load() return dict.__sizeof__(self) def clear(self): if not self._isloaded: self._isloaded = True dict.clear(self) def copy(self): self.load() return dict.copy(self) def get(self, name, fallback=None): self.load() return dict.get(self, name, fallback) def has_key(self, name): self.load() return dict.has_key(self, name) def items(self): self.load() return dict.items(self) def iteritems(self): self.load() return dict.iteritems(self) def iterkeys(self): self.load() return dict.iterkeys(self) def itervalues(self): self.load() return dict.itervalues(self) def keys(self): self.load() return dict.keys(self) def load(self, path=None, encoding=None, errors=None): if not self._isloaded and (path or self.path): self._isloaded = True if not path: path = self.path if path and not os.path.isabs(path): path = get_data_path(path) if path and os.path.isfile(path): self.path = path if encoding: self.encoding = encoding if errors: self.errors = errors else: handle_error(u"Warning - JSON file '%s' not found" % safe_unicode(path)) return try: jsonfile = codecs.open(path, "rU", self.encoding, self.errors) try: dict.update(self, demjson.decode(jsonfile.read())) except (UnicodeDecodeError, demjson.JSONDecodeError), exception: handle_error( u"Warning - JSON file '%s': %s" % tuple(safe_unicode(s) for s in (path, safe_unicode(exception).capitalize() if isinstance(exception, demjson.JSONDecodeError) else exception))) except Exception, exception: handle_error(u"Warning - JSON file '%s': %s" % tuple(safe_unicode(s) for s in (path, exception))) else: jsonfile.close() def pop(self, key, *args): self.load() return dict.pop(self, key, *args) def popitem(self, name, value): self.load() return dict.popitem(self, name, value) def setdefault(self, name, value=None): self.load() return dict.setdefault(self, name, value) def update(self, other): self.load() dict.update(self, other) def values(self): self.load() return dict.values(self) dispcalGUI-1.7.1.6/dispcalGUI/jspacker.py000644 000765 000000 00000054267 12266411534 020000 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- ## ParseMaster, version 1.0 (pre-release) (2005/05/12) x6 ## Copyright 2005, Dean Edwards ## Web: http://dean.edwards.name/ ## ## This software is licensed under the CC-GNU LGPL ## Web: http://creativecommons.org/licenses/LGPL/2.1/ ## ## Ported to Python by Florian Schulze import os, re, sys # a multi-pattern parser class Pattern: def __init__(self, expression, replacement, length): self.expression = expression self.replacement = replacement self.length = length def __str__(self): return "(" + self.expression + ")" class Patterns(list): def __str__(self): return '|'.join([str(e) for e in self]) class ParseMaster: # constants EXPRESSION = 0 REPLACEMENT = 1 LENGTH = 2 GROUPS = re.compile(r"""\(""", re.M)#g SUB_REPLACE = re.compile(r"""\$\d""", re.M) INDEXED = re.compile(r"""^\$\d+$""", re.M) TRIM = re.compile(r"""(['"])\1\+(.*)\+\1\1$""", re.M) ESCAPE = re.compile(r"""\\.""", re.M)#g #QUOTE = re.compile(r"""'""", re.M) DELETED = re.compile("""\x01[^\x01]*\x01""", re.M)#g def __init__(self): # private self._patterns = Patterns() # patterns stored by index self._escaped = [] self.ignoreCase = False self.escapeChar = None def DELETE(self, match, offset): return "\x01" + match.group(offset) + "\x01" def _repl(self, a, o, r, i): while (i): m = a.group(o+i-1) if m is None: s = "" else: s = m r = r.replace("$" + str(i), s) i = i - 1 r = ParseMaster.TRIM.sub("$1", r) return r # public def add(self, expression="^$", replacement=None): if replacement is None: replacement = self.DELETE # count the number of sub-expressions # - add one because each pattern is itself a sub-expression length = len(ParseMaster.GROUPS.findall(self._internalEscape(str(expression)))) + 1 # does the pattern deal with sub-expressions? if (isinstance(replacement, str) and ParseMaster.SUB_REPLACE.match(replacement)): # a simple lookup? (e.g. "$2") if (ParseMaster.INDEXED.match(replacement)): # store the index (used for fast retrieval of matched strings) replacement = int(replacement[1:]) - 1 else: # a complicated lookup (e.g. "Hello $2 $1") # build a function to do the lookup i = length r = replacement replacement = lambda a,o: self._repl(a,o,r,i) # pass the modified arguments self._patterns.append(Pattern(expression, replacement, length)) # execute the global replacement def execute(self, string): if self.ignoreCase: r = re.compile(str(self._patterns), re.I | re.M) else: r = re.compile(str(self._patterns), re.M) string = self._escape(string, self.escapeChar) string = r.sub(self._replacement, string) string = self._unescape(string, self.escapeChar) string = ParseMaster.DELETED.sub("", string) return string # clear the patterns collections so that this object may be re-used def reset(self): self._patterns = Patterns() # this is the global replace function (it's quite complicated) def _replacement(self, match): i = 1 # loop through the patterns for pattern in self._patterns: if match.group(i) is not None: replacement = pattern.replacement if callable(replacement): return replacement(match, i) elif isinstance(replacement, (int, long)): return match.group(replacement+i) else: return replacement else: i = i+pattern.length # encode escaped characters def _escape(self, string, escapeChar=None): def repl(match): char = match.group(1) self._escaped.append(char) return escapeChar if escapeChar is None: return string r = re.compile("\\"+escapeChar+"(.)", re.M) result = r.sub(repl, string) return result # decode escaped characters def _unescape(self, string, escapeChar=None): def repl(match): try: #result = eval("'"+escapeChar + self._escaped.pop(0)+"'") result = escapeChar + self._escaped.pop(0) return result except IndexError: return escapeChar if escapeChar is None: return string r = re.compile("\\"+escapeChar, re.M) result = r.sub(repl, string) return result def _internalEscape(self, string): return ParseMaster.ESCAPE.sub("", string) ## packer, version 2.0 (2005/04/20) ## Copyright 2004-2005, Dean Edwards ## License: http://creativecommons.org/licenses/LGPL/2.1/ ## Ported to Python by Florian Schulze ## http://dean.edwards.name/packer/ class JavaScriptPacker: def __init__(self): pass def basicCompression(self, script): return self.getCompressionParseMaster(False, script) def specialCompression(self, script): return self.getCompressionParseMaster(True, script) def getCompressionParseMaster(self, specialChars, script): IGNORE = "$1" parser = ParseMaster() parser.escapeChar = '\\' # protect strings parser.add(r"""'[^'\n\r]*'""", IGNORE) parser.add(r'"[^"\n\r]*"', IGNORE) # remove comments parser.add(r"""//[^\n\r]*[\n\r]""") parser.add(r"""/\*[^*]*\*+([^/][^*]*\*+)*/""") # protect regular expressions parser.add(r"""\s+(\/[^\/\n\r\*][^\/\n\r]*\/g?i?)""", "$2") parser.add(r"""[^\w\$\/'"*)\?:]\/[^\/\n\r\*][^\/\n\r]*\/g?i?""", IGNORE) # remove: ;;; doSomething(); if specialChars: parser.add(""";;;[^\n\r]+[\n\r]""") # remove redundant semi-colons parser.add(r"""\(;;\)""", "$2") # protect for (;;) loops parser.add(r""";+\s*([};])""", "$2") # apply the above script = parser.execute(script) # remove white-space parser.add(r"""(\b|\$)\s+(\b|\$)""", "$2 $3") parser.add(r"""([+\-])\s+([+\-])""", "$2 $3") parser.add(r"""\s+""", "") return parser.execute(script) def getEncoder(self, ascii): mapping = {} base = ord('0') mapping.update(dict([(i, chr(i+base)) for i in range(10)])) base = ord('a') mapping.update(dict([(i+10, chr(i+base)) for i in range(26)])) base = ord('A') mapping.update(dict([(i+36, chr(i+base)) for i in range(26)])) base = 161 mapping.update(dict([(i+62, chr(i+base)) for i in range(95)])) # zero encoding # characters: 0123456789 def encode10(charCode): return str(charCode) # inherent base36 support # characters: 0123456789abcdefghijklmnopqrstuvwxyz def encode36(charCode): l = [] remainder = charCode while 1: result, remainder = divmod(remainder, 36) l.append(mapping[remainder]) if not result: break remainder = result l.reverse() return "".join(l) # hitch a ride on base36 and add the upper case alpha characters # characters: 0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ def encode62(charCode): l = [] remainder = charCode while 1: result, remainder = divmod(remainder, 62) l.append(mapping[remainder]) if not result: break remainder = result l.reverse() return "".join(l) # use high-ascii values def encode95(charCode): l = [] remainder = charCode while 1: result, remainder = divmod(remainder, 95) l.append(mapping[remainder+62]) if not result: break remainder = result l.reverse() return "".join(l) if ascii <= 10: return encode10 elif ascii <= 36: return encode36 elif ascii <= 62: return encode62 return encode95 def escape(self, script): script = script.replace("\\","\\\\") script = script.replace("'","\\'") script = script.replace('\n','\\n') #return re.sub(r"""([\\'](?!\n))""", "\\$1", script) return script def escape95(self, script): result = [] for x in script: if x>'\xa1': x = "\\x%0x" % ord(x) result.append(x) return "".join(result) def encodeKeywords(self, script, encoding, fastDecode): # escape high-ascii values already in the script (i.e. in strings) if (encoding > 62): script = self.escape95(script) # create the parser parser = ParseMaster() encode = self.getEncoder(encoding) # for high-ascii, don't encode single character low-ascii if encoding > 62: regexp = r"""\w\w+""" else: regexp = r"""\w+""" # build the word list keywords = self.analyze(script, regexp, encode) encoded = keywords['encoded'] # encode def repl(match, offset): return encoded.get(match.group(offset), "") parser.add(regexp, repl) # if encoded, wrap the script in a decoding function script = parser.execute(script) script = self.bootStrap(script, keywords, encoding, fastDecode) return script def analyze(self, script, regexp, encode): # analyse # retreive all words in the script regexp = re.compile(regexp, re.M) all = regexp.findall(script) sorted = [] # list of words sorted by frequency encoded = {} # dictionary of word->encoding protected = {} # instances of "protected" words if all: unsorted = [] _protected = {} values = {} count = {} all.reverse() for word in all: word = "$"+word if word not in count: count[word] = 0 j = len(unsorted) unsorted.append(word) # make a dictionary of all of the protected words in this script # these are words that might be mistaken for encoding values[j] = encode(j) _protected["$"+values[j]] = j count[word] = count[word] + 1 # prepare to sort the word list, first we must protect # words that are also used as codes. we assign them a code # equivalent to the word itself. # e.g. if "do" falls within our encoding range # then we store keywords["do"] = "do"; # this avoids problems when decoding sorted = [None] * len(unsorted) for word in unsorted: if word in _protected and isinstance(_protected[word], int): sorted[_protected[word]] = word[1:] protected[_protected[word]] = True count[word] = 0 unsorted.sort(lambda a,b: count[b]-count[a]) j = 0 for i in range(len(sorted)): if sorted[i] is None: sorted[i] = unsorted[j][1:] j = j + 1 encoded[sorted[i]] = values[i] return {'sorted': sorted, 'encoded': encoded, 'protected': protected} def encodePrivate(self, charCode): return "_"+str(charCode) def encodeSpecialChars(self, script): parser = ParseMaster() # replace: $name -> n, $$name -> $$na def repl(match, offset): #print offset, match.groups() length = len(match.group(offset + 2)) start = length - max(length - len(match.group(offset + 3)), 0) return match.group(offset + 1)[start:start+length] + match.group(offset + 4) parser.add(r"""((\$+)([a-zA-Z\$_]+))(\d*)""", repl) # replace: _name -> _0, double-underscore (__name) is ignored regexp = r"""\b_[A-Za-z\d]\w*""" # build the word list keywords = self.analyze(script, regexp, self.encodePrivate) # quick ref encoded = keywords['encoded'] def repl(match, offset): return encoded.get(match.group(offset), "") parser.add(regexp, repl) return parser.execute(script) # build the boot function used for loading and decoding def bootStrap(self, packed, keywords, encoding, fastDecode): ENCODE = re.compile(r"""\$encode\(\$count\)""") # $packed: the packed script #packed = self.escape(packed) #packed = [packed[x*10000:(x+1)*10000] for x in range((len(packed)/10000)+1)] #packed = "'" + "'+\n'".join(packed) + "'\n" packed = "'" + self.escape(packed) + "'" # $count: number of words contained in the script count = len(keywords['sorted']) # $ascii: base for encoding ascii = min(count, encoding) or 1 # $keywords: list of words contained in the script for i in keywords['protected']: keywords['sorted'][i] = "" # convert from a string to an array keywords = "'" + "|".join(keywords['sorted']) + "'.split('|')" encoding_functions = { 10: """ function($charCode) { return $charCode; }""", 36: """ function($charCode) { return $charCode.toString(36); }""", 62: """ function($charCode) { return ($charCode < _encoding ? "" : arguments.callee(parseInt($charCode / _encoding))) + (($charCode = $charCode % _encoding) > 35 ? String.fromCharCode($charCode + 29) : $charCode.toString(36)); }""", 95: """ function($charCode) { return ($charCode < _encoding ? "" : arguments.callee($charCode / _encoding)) + String.fromCharCode($charCode % _encoding + 161); }""" } # $encode: encoding function (used for decoding the script) encode = encoding_functions[encoding] encode = encode.replace('_encoding',"$ascii") encode = encode.replace('arguments.callee', "$encode") if ascii > 10: inline = "$count.toString($ascii)" else: inline = "$count" # $decode: code snippet to speed up decoding if fastDecode: # create the decoder decode = r"""// does the browser support String.replace where the // replacement value is a function? if (!''.replace(/^/, String)) { // decode all the values we need while ($count--) { $decode[$encode($count)] = $keywords[$count] || $encode($count); } // global replacement function $keywords = [function($encoded){return $decode[$encoded]}]; // generic match $encode = function(){return'\\w+'}; // reset the loop counter - we are now doing a global replace $count = 1; }""" if encoding > 62: decode = decode.replace('\\\\w', "[\\xa1-\\xff]") else: # perform the encoding inline for lower ascii values if ascii < 36: decode = ENCODE.sub(inline, decode) # special case: when $count==0 there ar no keywords. i want to keep # the basic shape of the unpacking funcion so i'll frig the code... if not count: raise NotImplemented #) $decode = $decode.replace(/(\$count)\s*=\s*1/, "$1=0"); # boot function unpack = r"""function($packed, $ascii, $count, $keywords, $encode, $decode) { while ($count--) { if ($keywords[$count]) { $packed = $packed.replace(new RegExp("\\b" + $encode($count) + "\\b", "g"), $keywords[$count]); } } return $packed; }""" if fastDecode: # insert the decoder #unpack = re.sub(r"""\{""", "{" + decode + ";", unpack) unpack = unpack.replace('{', "{" + decode + ";", 1) if encoding > 62: # high-ascii # get rid of the word-boundaries for regexp matches unpack = re.sub(r"""'\\\\b'\s*\+|\+\s*'\\\\b'""", "", unpack) if ascii > 36 or encoding > 62 or fastDecode: # insert the encode function #unpack = re.sub(r"""\{""", "{$encode=" + encode + ";", unpack) unpack = unpack.replace('{', "{$encode=" + encode + ";", 1) else: # perform the encoding inline unpack = ENCODE.sub(inline, unpack) # pack the boot function too unpack = self.pack(unpack, 0, False, True) # arguments params = [packed, str(ascii), str(count), keywords] if fastDecode: # insert placeholders for the decoder params.extend(['0', "{}"]) # the whole thing return "eval(" + unpack + "(" + ",".join(params) + "))\n"; def pack(self, script, encoding=0, fastDecode=False, specialChars=False, compaction=True): script = script+"\n" self._encoding = encoding self._fastDecode = fastDecode if specialChars: script = self.specialCompression(script) script = self.encodeSpecialChars(script) else: if compaction: script = self.basicCompression(script) if encoding: script = self.encodeKeywords(script, encoding, fastDecode) return script def run(): p = JavaScriptPacker() script = open(sys.argv[1]).read() result = p.pack(script, encoding=62, fastDecode=True, compaction=True) open(sys.argv[1] + 'pack', 'w').write(result) def run1(): test_scripts = [] test_scripts.append(("""// ----------------------------------------------------------------------- // public interface // ----------------------------------------------------------------------- cssQuery.toString = function() { return "function cssQuery() {\n [version " + version + "]\n}"; };""", 0, False, False, """cssQuery.toString=function(){return"function cssQuery() {\n [version "+version+"]\n}"};""")) test_scripts.append(("""function test(_localvar) { var $name = 'foo'; var $$dummy = 2; return $name + $$dummy; }""", 0, False, True, """function test(_0){var n='foo';var du=2;return n+du}""")) test_scripts.append(("""function _test($localvar) { var $name = 1; var _dummy = 2; var __foo = 3; return $name + _dummy + $localvar + __foo; }""", 0, False, True, """function _1(l){var n=1;var _0=2;var __foo=3;return n+_0+l+__foo}""")) test_scripts.append(("""function _test($localvar) { var $name = 1; var _dummy = 2; var __foo = 3; return $name + _dummy + $localvar + __foo; } function _bar(_ocalvar) { var $name = 1; var _dummy = 2; var __foo = 3; return $name + _dummy + $localvar + __foo; }""", 0, False, True, """function _3(l){var n=1;var _0=2;var __foo=3;return n+_0+l+__foo}function _2(_1){var n=1;var _0=2;var __foo=3;return n+_0+l+__foo}""")) test_scripts.append(("cssQuery1.js", 0, False, False, "cssQuery1-p1.js")) test_scripts.append(("cssQuery.js", 0, False, False, "cssQuery-p1.js")) test_scripts.append(("pack.js", 0, False, False, "pack-p1.js")) test_scripts.append(("cssQuery.js", 0, False, True, "cssQuery-p2.js")) # the following ones are different, because javascript might use an # unstable sort algorithm while python uses an stable sort algorithm test_scripts.append(("pack.js", 0, False, True, "pack-p2.js")) test_scripts.append(("test.js", 0, False, True, """function _4(l){var n=1;var _0=2;var __foo=3;return n+_0+l+__foo}function _3(_1){var n=1;var _2=2;var __foo=3;return n+_2+l+__foo}""")) test_scripts.append(("test.js", 10, False, False, """eval(function(p,a,c,k,e,d){while(c--){if(k[c]){p=p.replace(new RegExp("\\b"+e(c)+"\\b","g"),k[c])}}return p}('8 13($6){0 $4=1;0 7=2;0 5=3;9 $4+7+$6+5}8 11(12){0 $4=1;0 10=2;0 5=3;9 $4+10+$6+5}',10,14,'var||||name|__foo|localvar|_dummy|function|return|_2|_bar|_ocalvar|_test'.split('|'))) """)) test_scripts.append(("test.js", 62, False, False, """eval(function(p,a,c,k,e,d){while(c--){if(k[c]){p=p.replace(new RegExp("\\b"+e(c)+"\\b","g"),k[c])}}return p}('8 d($6){0 $4=1;0 7=2;0 5=3;9 $4+7+$6+5}8 b(c){0 $4=1;0 a=2;0 5=3;9 $4+a+$6+5}',14,14,'var||||name|__foo|localvar|_dummy|function|return|_2|_bar|_ocalvar|_test'.split('|'))) """)) test_scripts.append(("test.js", 95, False, False, "test-p4.js")) test_scripts.append(("cssQuery.js", 0, False, True, "cssQuery-p3.js")) test_scripts.append(("cssQuery.js", 62, False, True, "cssQuery-p4.js")) import difflib p = JavaScriptPacker() for script, encoding, fastDecode, specialChars, expected in test_scripts: if os.path.exists(script): _script = open(script).read() else: _script = script if os.path.exists(expected): _expected = open(expected).read() else: _expected = expected print script[:20], encoding, fastDecode, specialChars, expected[:20] print "="*40 result = p.pack(_script, encoding, fastDecode, specialChars) print len(result), len(_script) if (result != _expected): print "ERROR!!!!!!!!!!!!!!!!" print _expected print result #print list(difflib.unified_diff(result, _expected)) if __name__=='__main__': run() dispcalGUI-1.7.1.6/dispcalGUI/lang/000755 000765 000000 00000000000 12266723170 016531 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/dispcalGUI/lib/000755 000765 000000 00000000000 12266723170 016356 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/dispcalGUI/lib32/000755 000765 000000 00000000000 12266723170 016523 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/dispcalGUI/lib64/000755 000765 000000 00000000000 12266723170 016530 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/dispcalGUI/linear.cal000644 000765 000000 00000023304 12224371766 017551 0ustar00svpwheel000000 000000 CAL DESCRIPTOR "Argyll Device Calibration Curves" ORIGINATOR "Argyll synthcal" CREATED "Sun Oct 06 00:13:42 2013" KEYWORD "DEVICE_CLASS" DEVICE_CLASS "DISPLAY" KEYWORD "COLOR_REP" COLOR_REP "RGB" KEYWORD "RGB_I" NUMBER_OF_FIELDS 4 BEGIN_DATA_FORMAT RGB_I RGB_R RGB_G RGB_B END_DATA_FORMAT NUMBER_OF_SETS 256 BEGIN_DATA 0.00000 0.00000 0.00000 0.00000 3.92157e-003 3.92157e-003 3.92157e-003 3.92157e-003 7.84314e-003 7.84314e-003 7.84314e-003 7.84314e-003 0.0117647 0.0117647 0.0117647 0.0117647 0.0156863 0.0156863 0.0156863 0.0156863 0.0196078 0.0196078 0.0196078 0.0196078 0.0235294 0.0235294 0.0235294 0.0235294 0.0274510 0.0274510 0.0274510 0.0274510 0.0313725 0.0313725 0.0313725 0.0313725 0.0352941 0.0352941 0.0352941 0.0352941 0.0392157 0.0392157 0.0392157 0.0392157 0.0431373 0.0431373 0.0431373 0.0431373 0.0470588 0.0470588 0.0470588 0.0470588 0.0509804 0.0509804 0.0509804 0.0509804 0.0549020 0.0549020 0.0549020 0.0549020 0.0588235 0.0588235 0.0588235 0.0588235 0.0627451 0.0627451 0.0627451 0.0627451 0.0666667 0.0666667 0.0666667 0.0666667 0.0705882 0.0705882 0.0705882 0.0705882 0.0745098 0.0745098 0.0745098 0.0745098 0.0784314 0.0784314 0.0784314 0.0784314 0.0823529 0.0823529 0.0823529 0.0823529 0.0862745 0.0862745 0.0862745 0.0862745 0.0901961 0.0901961 0.0901961 0.0901961 0.0941176 0.0941176 0.0941176 0.0941176 0.0980392 0.0980392 0.0980392 0.0980392 0.101961 0.101961 0.101961 0.101961 0.105882 0.105882 0.105882 0.105882 0.109804 0.109804 0.109804 0.109804 0.113725 0.113725 0.113725 0.113725 0.117647 0.117647 0.117647 0.117647 0.121569 0.121569 0.121569 0.121569 0.125490 0.125490 0.125490 0.125490 0.129412 0.129412 0.129412 0.129412 0.133333 0.133333 0.133333 0.133333 0.137255 0.137255 0.137255 0.137255 0.141176 0.141176 0.141176 0.141176 0.145098 0.145098 0.145098 0.145098 0.149020 0.149020 0.149020 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__builtin__ import locale import os import demjson from config import data_dirs, defaults, getcfg, storage from debughelpers import handle_error from jsondict import JSONDict from log import safe_print from util_os import expanduseru from util_str import safe_unicode def init(set_wx_locale=False): """ Populate translation dict with found language strings and set locale. If set_wx_locale is True, set locale also for wxPython. """ langdirs = [] for dir_ in data_dirs: langdirs += [os.path.join(dir_, "lang")] for langdir in langdirs: if os.path.exists(langdir) and os.path.isdir(langdir): try: langfiles = os.listdir(langdir) except Exception, exception: safe_print(u"Warning - directory '%s' listing failed: %s" % tuple(safe_unicode(s) for s in (langdir, exception))) else: for filename in langfiles: name, ext = os.path.splitext(filename) if ext.lower() == ".json" and name.lower() not in ldict: path = os.path.join(langdir, filename) ldict[name.lower()] = JSONDict(path) if len(ldict) == 0: handle_error("Warning: No language files found. The following " "places have been searched:\n%s" % "\n".join(langdirs)) def update_defaults(): defaults.update({ "last_3dlut_path": os.path.join(expanduseru("~"), getstr("unnamed")), "last_cal_path": os.path.join(storage, getstr("unnamed")), "last_cal_or_icc_path": os.path.join(storage, getstr("unnamed")), "last_colorimeter_ti3_path": os.path.join(expanduseru("~"), getstr("unnamed")), "last_testchart_export_path": os.path.join(expanduseru("~"), getstr("unnamed")), "last_filedialog_path": os.path.join(expanduseru("~"), getstr("unnamed")), "last_icc_path": os.path.join(storage, getstr("unnamed")), "last_reference_ti3_path": os.path.join(expanduseru("~"), getstr("unnamed")), "last_ti1_path": os.path.join(storage, getstr("unnamed")), "last_ti3_path": os.path.join(storage, getstr("unnamed")), "last_vrml_path": os.path.join(storage, getstr("unnamed")) }) def getcode(): """ Get language code from config """ lcode = getcfg("lang") if not lcode in ldict: # fall back to default lcode = defaults["lang"] if not lcode in ldict: # fall back to english lcode = "en" return lcode def getstr(id_str, strvars=None, lcode=None): """ Get a translated string from the dictionary """ if not lcode: lcode = getcode() if not lcode in ldict or not id_str in ldict[lcode]: # fall back to english lcode = "en" if lcode in ldict and id_str in ldict[lcode]: lstr = ldict[lcode][id_str] if strvars is not None: if type(strvars) not in (list, tuple): strvars = (strvars, ) if lstr.count("%s") == len(strvars): lstr %= tuple(safe_unicode(s) for s in strvars) return lstr else: return id_str def gettext(text): if not catalog and defaults["lang"] in ldict: for id_str in ldict[defaults["lang"]]: lstr = ldict[defaults["lang"]][id_str] catalog[lstr] = {} catalog[lstr].id_str = id_str lcode = getcode() if catalog and text in catalog and not lcode in catalog[text]: catalog[text][lcode] = ldict[lcode].get(catalog[text].id_str, text) return catalog.get(text, {}).get(lcode, text) ldict = {} catalog = {} dispcalGUI-1.7.1.6/dispcalGUI/log.py000644 000765 000000 00000015105 12251072570 016740 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from codecs import EncodedFile from hashlib import md5 import logging import logging.handlers import os import re import sys from time import localtime, strftime, time from config import isapp, logdir from meta import name as appname from safe_print import SafePrinter, safe_print as _safe_print from util_io import StringIOu as StringIO from util_str import safe_str, safe_unicode, universal_newlines import config logging.raiseExceptions = 0 logbuffer = EncodedFile(StringIO(), "UTF-8", errors="replace") class DummyLogger(): def critical(self, msg, *args, **kwargs): pass def debug(self, msg, *args, **kwargs): pass def error(self, msg, *args, **kwargs): pass def exception(self, msg, *args, **kwargs): pass def info(self, msg, *args, **kwargs): pass def log(self, level, msg, *args, **kwargs): pass def warning(self, msg, *args, **kwargs): pass class Log(): def __call__(self, msg, fn=None): """ Log a message. Optionally use function 'fn' instead of logging.info. """ if fn is None and logging.getLogger(appname).handlers: fn = logging.getLogger(appname).info if fn: for line in universal_newlines(msg).split("\n"): fn(line) if "wx" in sys.modules: from wxaddons import wx if wx.GetApp() is not None and \ hasattr(wx.GetApp(), "frame") and \ hasattr(wx.GetApp().frame, "infoframe"): wx.CallAfter(wx.GetApp().frame.infoframe.Log, msg) def flush(self): pass def write(self, msg): self(msg.rstrip()) log = Log() class LogFile(): def __init__(self, filename, logdir=logdir): self._logger = get_file_logger(md5(safe_str(filename, "UTF-8")).hexdigest(), logdir=logdir, filename=filename) def close(self): for handler in reversed(self._logger.handlers): handler.close() self._logger.removeHandler(handler) def flush(self): for handler in self._logger.handlers: handler.flush() def write(self, msg): for line in universal_newlines(msg.rstrip()).split("\n"): self._logger.info(line) class SafeLogger(SafePrinter): """ Print and log safely, avoiding any UnicodeDe-/EncodingErrors on strings and converting all other objects to safe string representations. """ def __init__(self, log=True, print_=hasattr(sys.stdout, "isatty") and sys.stdout.isatty() and not isapp): SafePrinter.__init__(self) self.log = log self.print_ = print_ def write(self, *args, **kwargs): if kwargs.get("print_", self.print_): _safe_print(*args, **kwargs) if kwargs.get("log", self.log): kwargs.update(fn=log, encoding=None) _safe_print(*args, **kwargs) safe_log = SafeLogger(print_=False) safe_print = SafeLogger() def get_file_logger(name, level=logging.DEBUG, when="midnight", backupCount=0, logdir=logdir, filename=None): logger = logging.getLogger(name) logger.propagate = 0 logger.setLevel(level) if not filename: filename = name logfile = os.path.join(logdir, filename + ".log") for handler in logger.handlers: if (isinstance(handler, logging.handlers.TimedRotatingFileHandler) and handler.baseFilename == os.path.abspath(logfile)): return logger if not os.path.exists(logdir): try: os.makedirs(logdir) except Exception, exception: safe_print(u"Warning - log directory '%s' could not be created: %s" % tuple(safe_unicode(s) for s in (logdir, exception))) elif os.path.exists(logfile): try: logstat = os.stat(logfile) except Exception, exception: safe_print(u"Warning - os.stat('%s') failed: %s" % tuple(safe_unicode(s) for s in (logfile, exception))) else: # rollover needed? try: mtime = localtime(logstat.st_mtime) except ValueError, exception: # This can happen on Windows because localtime() is buggy on # that platform. See: # http://stackoverflow.com/questions/4434629/zipfile-module-in-python-runtime-problems # http://bugs.python.org/issue1760357 # To overcome this problem, we ignore the real modification # date and force a rollover mtime = localtime(time() - 60 * 60 * 24) if localtime()[:3] > mtime[:3]: # do rollover logbackup = logfile + strftime(".%Y-%m-%d", mtime) if os.path.exists(logbackup): try: os.remove(logbackup) except Exception, exception: safe_print(u"Warning - logfile backup '%s' could not " u"be removed during rollover: %s" % tuple(safe_unicode(s) for s in (logbackup, exception))) try: os.rename(logfile, logbackup) except Exception, exception: safe_print(u"Warning - logfile '%s' could not be renamed " u"to '%s' during rollover: %s" % tuple(safe_unicode(s) for s in (logfile, os.path.basename(logbackup), exception))) # Adapted from Python 2.6's # logging.handlers.TimedRotatingFileHandler.getFilesToDelete extMatch = re.compile(r"^\d{4}-\d{2}-\d{2}$") baseName = os.path.basename(logfile) try: fileNames = os.listdir(logdir) except Exception, exception: safe_print(u"Warning - log directory '%s' listing failed " u"during rollover: %s" % tuple(safe_unicode(s) for s in (logdir, exception))) else: result = [] prefix = baseName + "." plen = len(prefix) for fileName in fileNames: if fileName[:plen] == prefix: suffix = fileName[plen:] if extMatch.match(suffix): result.append(os.path.join(logdir, fileName)) result.sort() if len(result) > backupCount: for logbackup in result[:len(result) - backupCount]: try: os.remove(logbackup) except Exception, exception: safe_print(u"Warning - logfile backup '%s' " u"could not be removed during " u"rollover: %s" % tuple(safe_unicode(s) for s in (logbackup, exception))) if os.path.exists(logdir): try: filehandler = logging.handlers.TimedRotatingFileHandler(logfile, when=when, backupCount=backupCount) fileformatter = logging.Formatter("%(asctime)s %(message)s") filehandler.setFormatter(fileformatter) logger.addHandler(filehandler) except Exception, exception: safe_print(u"Warning - logging to file '%s' not possible: %s" % tuple(safe_unicode(s) for s in (logfile, exception))) return logger def setup_logging(): """ Setup the logging facility. """ logger = get_file_logger(appname, logging.DEBUG, "midnight", 5) streamhandler = logging.StreamHandler(logbuffer) streamformatter = logging.Formatter("%(message)s") streamhandler.setFormatter(streamformatter) logger.addHandler(streamhandler) dispcalGUI-1.7.1.6/dispcalGUI/main.py000644 000765 000000 00000000131 12266411534 017077 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from dispcalGUI import main if __name__ == "__main__": main() dispcalGUI-1.7.1.6/dispcalGUI/meta.py000644 000765 000000 00000003334 12025152312 017076 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- """ Meta information """ import sys try: from __version__ import (BUILD_DATE as build, LASTMOD as lastmod, VERSION, VERSION_BASE, VERSION_STRING) except ImportError: build = lastmod = "0000-00-00T00:00:00.0Z" VERSION = VERSION_BASE = (0, 0, 0, 0) VERSION_STRING = ".".join(str(n) for n in VERSION) if sys.version_info[:2] < (3, ): author = "Florian Höch".decode("utf8") else: author = "Florian Höch" author_ascii = "Florian Hoech" author_email = "dispcalGUI@hoech.net" description = ("A graphical front-end for display calibration and profiling " "using Argyll CMS") longdesc = "\n".join(["Calibrates and characterizes display devices using a hardware sensor,", "driven by the open source color management system Argyll CMS.", "Supports multi-display setups and a variety of available settings like ", "customizable whitepoint, luminance, black level, tone response curve ", "as well as the creation of matrix and look-up-table ICC profiles with ", "optional gamut mapping. Calibrations and profiles can be verified ", "through measurements, and profiles can be installed to make them ", "available to color management aware applications.", "Profile installation can utilize Argyll CMS, Oyranos and/or GNOME ", "Color Manager if available, for flexible integration."]) domain = "dispcalGUI.hoech.net" name = "dispcalGUI" py_maxversion = (2, 7) py_minversion = (2, 5) version = VERSION_STRING version_lin = VERSION_STRING # Linux version_mac = VERSION_STRING # Mac OS X version_win = VERSION_STRING # Windows version_src = VERSION_STRING version_tuple = VERSION # only ints allowed and must be exactly 4 values wx_minversion = (2, 8, 6) dispcalGUI-1.7.1.6/dispcalGUI/oldnumeric.py000644 000765 000000 00000002271 12241576567 020336 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- """ Compatibility module for wxenhancedplot This is NOT a complete replacement for oldnumeric The oldnumeric module will be dropped in Numpy 1.9 """ from numpy import (add, arange, argmin, array, ceil, compress, concatenate, cos, fabs, floor, log10, maximum, minimum, pi, power, repeat, sin, sometrue, sqrt, transpose, zeros) typecodes = {'Integer':'bhil', 'Float':'fd'} def _get_precisions(typecodes): lst = [] for t in typecodes: lst.append( (zeros( (1,), t ).itemsize*8, t) ) return lst def _fill_table(typecodes, table={}): for key, value in typecodes.items(): table[key] = _get_precisions(value) return table _code_table = _fill_table(typecodes) class PrecisionError(Exception): pass def _lookup(table, key, required_bits): lst = table[key] for bits, typecode in lst: if bits >= required_bits: return typecode raise PrecisionError, key+" of "+str(required_bits)+" bits not available on this system" try: Int32 = _lookup(_code_table, 'Integer', 32) except(PrecisionError): pass try: Float64 = _lookup(_code_table, 'Float', 64) except(PrecisionError): pass Float = 'd' dispcalGUI-1.7.1.6/dispcalGUI/options.py000644 000765 000000 00000002176 12025152312 017646 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- """ Parse commandline options. """ import sys # use only ascii? ascii = "--ascii" in sys.argv[1:] # debug level (default: 0 = off) if "-d2" in sys.argv[1:] or "--debug=2" in sys.argv[1:]: debug = 2 elif "-d1" in sys.argv[1:] or "--debug=1" in sys.argv[1:] or \ "-d" in sys.argv[1:] or "--debug" in sys.argv[1:]: debug = 1 else: debug = 0 # >= 1 prints debug messages # use alternate patch preview in the testchart editor? tc_use_alternate_preview = "-ap" in sys.argv[1:] or "--alternate-preview" in \ sys.argv[1:] # test some features even if they are not available test = "-t" in sys.argv[1:] or "--test" in sys.argv[1:] test_require_sensor_cal = "-s" in sys.argv[1:] or "--test_require_sensor_cal" in sys.argv[1:] # verbosity level (default: 1) if "-v4" in sys.argv[1:] or "--verbose=4" in sys.argv[1:]: verbose = 4 elif "-v3" in sys.argv[1:] or "--verbose=3" in sys.argv[1:]: verbose = 3 elif "-v2" in sys.argv[1:] or "--verbose=2" in sys.argv[1:]: verbose = 2 elif "-v0" in sys.argv[1:] or "--verbose=0" in sys.argv[1:]: verbose = 0 # off else: verbose = 1 # >= 1 prints some status information dispcalGUI-1.7.1.6/dispcalGUI/ordereddict.py000644 000765 000000 00000015571 12025152312 020446 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from itertools import izip, imap def is_nan(obj): """ Return boolean indicating if obj is considered not a number. """ try: obj + 1 except TypeError: return True return False class OrderedDict(dict): """ Simple ordered dictionary. Compatible with Python 3's OrderedDict, though performance is inferior as the approach is different (but should be more memory efficient), and implements several sequence methods (__delslice__, __getslice__, __setslice__, index, insert, reverse, sort). """ missing = object() def __init__(self, *args, **kwargs): self._keys = [] if args or kwargs: self.update(*args, **kwargs) def __delitem__(self, key): dict.__delitem__(self, key) self._keys.remove(key) def __delslice__(self, i, j): """ Delete a range of keys. """ for key in iter(self._keys[i:j]): del self[key] def __eq__(self, other): """ od.__eq__(y) <==> od==y. Comparison to another OD is order-sensitive while comparison to a regular mapping is order-insensitive. """ if isinstance(other, OrderedDict): return len(self) == len(other) and \ all(p == q for p, q in zip(self.items(), other.items())) return dict.__eq__(self, other) def __getslice__(self, i, j): """ Get a range of keys. Return a new OrderedDict. """ keys = self._keys[i:j] return self.__class__(zip(keys, map(self.get, keys))) def __iter__(self): return iter(self._keys) def __ne__(self, other): return not self == other def __reduce__(self): 'Return state information for pickling' items = [[k, self[k]] for k in self] tmp = self._keys del self._keys inst_dict = vars(self).copy() self._keys = tmp if inst_dict: return (self.__class__, (items,), inst_dict) return self.__class__, (items,) def __repr__(self): """ od.__repr__() <==> repr(od) """ if not self: return "%s.%s()" % (self.__class__.__module__, self.__class__.__name__) return "%s.%s(%r)" % (self.__class__.__module__, self.__class__.__name__, self.items()) def __reversed__(self): """ od.__reversed__() -- return a reverse iterator over the keys """ return reversed(self._keys) def __setitem__(self, key, value): if not key in self._keys: self._keys.append(key) dict.__setitem__(self, key, value) def __setslice__(self, i, j, iterable): """ Set a range of keys. """ for key in iter(self._keys[i:j]): dict.__delitem__(self, key) self._keys[i:j] = self.__class__(iterable).keys() self.update(iterable) def clear(self): dict.clear(self) del self._keys[:] def copy(self): return self.__class__(self) def delslice(self, key1, key2): """ Like __delslice__, but takes keys instead of numerical key positions. """ if key1: if key2: del self[self.index(key1):self.index(key2)] else: del self[self.index(key1):] elif key2: del self[:self.index(key2)] else: self.clear() @classmethod def fromkeys(cls, iterable, value=None): """ Return new dict with keys from S and values equal to v. v defaults to None. """ d = cls() for key in iterable: d[key] = value return d def getslice(self, key1, key2): """ Like __getslice__, but takes keys instead of numerical key positions. """ if key1: if key2: return self[self.index(key1):self.index(key2)] else: return self[self.index(key1):] elif key2: return self[:self.index(key2)] else: return self.copy() def index(self, key, start=0, stop=missing): """ Return numerical position of key. Raise KeyError if the key is not present. """ if start != 0 or stop is not OrderedDict.missing: if stop is not OrderedDict.missing: iterable = self._keys[start:stop] else: iterable = self._keys[start:] else: iterable = self._keys if not key in iterable: raise KeyError(key) return self._keys.index(key) def insert(self, i, key, value): """ Insert key before index and assign value to self[key]. If the key is already present, it is overwritten. """ if key in self: del self[key] self._keys.insert(i, key) dict.__setitem__(self, key, value) def items(self): return zip(self._keys, self.values()) def iteritems(self): return izip(self._keys, self.itervalues()) iterkeys = __iter__ def itervalues(self): return imap(self.get, self._keys) def key(self, value, start=0, stop=missing): """ Return key of first value. Raise ValueError if the value is not present. """ if start != 0 or stop is not OrderedDict.missing: if stop is not OrderedDict.missing: iterable = self[start:stop] else: iterable = self[start:] else: iterable = self for item in iterable.iteritems(): if item[1] == value: return item[0] raise ValueError(value) def keys(self): return self._keys[:] def pop(self, key, *args): if key in self: self._keys.remove(key) return dict.pop(self, key, *args) def popitem(self, last=True): """ od.popitem() -> (k, v), return and remove a (key, value) pair. Pairs are returned in LIFO order if last is true or FIFO order if false. """ if last: key = self._keys[-1] else: key = self._keys[0] return key, self.pop(key) def rename(self, key, name): """ Rename a key in-place. """ i = self.index(key) value = self.pop(key) self.insert(i, name, value) def reverse(self): """ Reverse keys in-place. """ self._keys.reverse() def setdefault(self, key, value=None): if not key in self: self[key] = value return self[key] def setslice(self, key1, key2, iterable): """ Like __setslice__, but takes keys instead of numerical key positions. """ if key1: if key2: self[self.index(key1):self.index(key2)] = iterable else: self[self.index(key1):] = iterable elif key2: self[:self.index(key2)] = iterable else: self[:] = iterable def sort(self, *args, **kwargs): """ Sort keys in-place. """ self._keys.sort(*args, **kwargs) def update(self, *args, **kwargs): if len(args) > 1: raise TypeError("update expected at most 1 arguments, got %i" % len(args)) for iterable in args + tuple(kwargs.items()): if hasattr(iterable, "iteritems"): self.update(iterable.iteritems()) elif hasattr(iterable, "keys"): for key in iterable.keys(): self[key] = iterable[key] else: for key, val in iterable: self[key] = val def values(self): return map(self.get, self._keys) __init__.__doc__ = dict.__init__.__doc__ __delitem__.__doc__ = dict.__delitem__.__doc__ __iter__.__doc__ = dict.__iter__.__doc__ __setitem__.__doc__ = dict.__setitem__.__doc__ clear.__doc__ = dict.clear.__doc__ copy.__doc__ = dict.copy.__doc__ items.__doc__ = dict.items.__doc__ iteritems.__doc__ = dict.iteritems.__doc__ itervalues.__doc__ = dict.itervalues.__doc__ keys.__doc__ = dict.keys.__doc__ pop.__doc__ = dict.pop.__doc__ setdefault.__doc__ = dict.setdefault.__doc__ update.__doc__ = dict.update.__doc__ values.__doc__ = dict.values.__doc__ dispcalGUI-1.7.1.6/dispcalGUI/pnp.ids000644 000765 000000 00000153417 12224371766 017125 0ustar00svpwheel000000 000000 AAA Avolites Ltd AAE Anatek Electronics Inc. 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EVE Advanced Micro Peripherals Ltd EVI eviateg GmbH EVX Everex EXA Exabyte EXC Excession Audio EXI Exide Electronics EXN RGB Systems, Inc. dba Extron Electronics EXP Data Export Corporation EXT Exatech Computadores & Servicos Ltda EXX Exxact GmbH EXY Exterity Ltd EYE eyevis GmbH EZE EzE Technologies EZP Storm Technology FAR Farallon Computing FBI Interface Corporation FCB Furukawa Electric Company Ltd FCG First International Computer Ltd FCS Focus Enhancements, Inc. FDC Future Domain FDT Fujitsu Display Technologies Corp. FEC FURUNO ELECTRIC CO., LTD. FEL Fellowes & Questec FEN Fen Systems Ltd. FER Ferranti Int'L FFC FUJIFILM Corporation FFI Fairfield Industries FGD Lisa Draexlmaier GmbH FGL Fujitsu General Limited. FHL FHLP FIC Formosa Industrial Computing Inc FIL Forefront Int'l Ltd FIN Finecom Co., Ltd. FIR Chaplet Systems Inc FIS FLY-IT Simulators FIT Feature Integration Technology Inc. FJC Fujitsu Takamisawa Component Limited FJS Fujitsu Spain FJT F.J. Tieman BV FLE ADTI Media, Inc FLI Faroudja Laboratories FLY Butterfly Communications FMA Fast Multimedia AG FMC Ford Microelectronics Inc FMI Fellowes, Inc. FMI Fujitsu Microelect Inc FML Fujitsu Microelect Ltd FMZ Formoza-Altair FNC Fanuc LTD FNI Funai Electric Co., Ltd. FOA FOR-A Company Limited FOS Foss Tecator FOX HON HAI PRECISON IND.CO.,LTD. FPE Fujitsu Peripherals Ltd FPS Deltec Corporation FPX Cirel Systemes FRC Force Computers FRD Freedom Scientific BLV FRE Forvus Research Inc FRI Fibernet Research Inc FRO FARO Technologies FRS South Mountain Technologies, LTD FSC Future Systems Consulting KK FSI Fore Systems Inc FST Modesto PC Inc FTC Futuretouch Corporation FTE Frontline Test Equipment Inc. FTG FTG Data Systems FTI FastPoint Technologies, Inc. FTL FUJITSU TEN LIMITED FTN Fountain Technologies Inc FTR Mediasonic FTW MindTribe Product Engineering, Inc. FUJ Fujitsu Ltd FUN sisel muhendislik FUS Fujitsu Siemens Computers GmbH FVC First Virtual Corporation FVX C-C-C Group Plc FWA Attero Tech, LLC FWR Flat Connections Inc FXX Fuji Xerox FZC Founder Group Shenzhen Co. FZI FZI Forschungszentrum Informatik GAG Gage Applied Sciences Inc GAL Galil Motion Control GAU Gaudi Co., Ltd. GCC GCC Technologies Inc GCI Gateway Comm. Inc GCS Grey Cell Systems Ltd GDC General Datacom GDI G. Diehl ISDN GmbH GDS GDS GDT Vortex Computersysteme GmbH GED General Dynamics C4 Systems GEF GE Fanuc Embedded Systems GEH GE Intelligent Platforms - Huntsville GEM Gem Plus GEN Genesys ATE Inc GEO GEO Sense GER GERMANEERS GmbH GES GES Singapore Pte Ltd GET Getac Technology Corporation GFM GFMesstechnik GmbH GFN Gefen Inc. GGL Google Inc. GIC General Inst. Corporation GIM Guillemont International GIP GI Provision Ltd GIS AT&T Global Info Solutions GJN Grand Junction Networks GLD Goldmund - Digital Audio SA GLE AD electronics GLM Genesys Logic GLS Gadget Labs LLC GMK GMK Electronic Design GmbH GML General Information Systems GMM GMM Research Inc GMN GEMINI 2000 Ltd GMX GMX Inc GND Gennum Corporation GNN GN Nettest Inc GNZ Gunze Ltd GRA Graphica Computer GRE GOLD RAIN ENTERPRISES CORP. GRH Granch Ltd GRM Garmin International GRV Advanced Gravis GRY Robert Gray Company GSB NIPPONDENCHI CO,.LTD GSC General Standards Corporation GSM Goldstar Company Ltd GST Graphic SystemTechnology GSY Grossenbacher Systeme AG GTC Graphtec Corporation GTI Goldtouch GTK G-Tech Corporation GTM Garnet System Company Ltd GTS Geotest Marvin Test Systems Inc GTT General Touch Technology Co., Ltd. GUD Guntermann & Drunck GmbH GUZ Guzik Technical Enterprises GVC GVC Corporation GVL Global Village Communication GWI GW Instruments GWY Gateway 2000 GZE GUNZE Limited HAE Haider electronics HAI Haivision Systems Inc. HAL Halberthal HAN Hanchang System Corporation HAR Harris Corporation HAY Hayes Microcomputer Products Inc HCA DAT HCE Hitachi Consumer Electronics Co., Ltd HCL HCL America Inc HCM HCL Peripherals HCP Hitachi Computer Products Inc HCW Hauppauge Computer Works Inc HDC HardCom Elektronik & Datateknik HDI HD-INFO d.o.o. HDV Holografika kft. HEC Hisense Electric Co., Ltd. HEC Hitachi Engineering Company Ltd HEL Hitachi Micro Systems Europe Ltd HER Ascom Business Systems HET HETEC Datensysteme GmbH HHC HIRAKAWA HEWTECH CORP. HHI Fraunhofer Heinrich-Hertz-Institute HIB Hibino Corporation HIC Hitachi Information Technology Co., Ltd. HIK Hikom Co., Ltd. HIL Hilevel Technology HIQ Kaohsiung Opto Electronics Americas, Inc. HIT Hitachi America Ltd HJI Harris & Jeffries Inc HKA HONKO MFG. CO., LTD. HKG Josef Heim KG HMC Hualon Microelectric Corporation HMK hmk Daten-System-Technik BmbH HMX HUMAX Co., Ltd. HNS Hughes Network Systems HOB HOB Electronic GmbH HOE Hosiden Corporation HOL Holoeye Photonics AG HON Sonitronix HPA Zytor Communications HPC Hewlett Packard Co. HPD Hewlett Packard HPI Headplay, Inc. HPK HAMAMATSU PHOTONICS K.K. HPQ HP HPR H.P.R. Electronics GmbH HRC Hercules HRE Qingdao Haier Electronics Co., Ltd. HRI Hall Research HRL Herolab GmbH HRS Harris Semiconductor HRT HERCULES HSC Hagiwara Sys-Com Company Ltd HSD HannStar Display Corp HSM AT&T Microelectronics HSP HannStar Display Corp HTC Hitachi Ltd HTI Hampshire Company, Inc. HTK Holtek Microelectronics Inc HTX Hitex Systementwicklung GmbH HUB GAI-Tronics, A Hubbell Company HUM IMP Electronics Ltd. HWA Harris Canada Inc HWC DBA Hans Wedemeyer HWD Highwater Designs Ltd HWP Hewlett Packard HXM Hexium Ltd. HYC Hypercope Gmbh Aachen HYD Hydis Technologies.Co.,LTD HYO HYC CO., LTD. HYP Hyphen Ltd HYR Hypertec Pty Ltd HYT Heng Yu Technology (HK) Limited HYV Hynix Semiconductor IAF Institut f r angewandte Funksystemtechnik GmbH IAI Integration Associates, Inc. IAT IAT Germany GmbH IBC Integrated Business Systems IBI INBINE.CO.LTD IBM IBM Brasil IBM IBM France IBP IBP Instruments GmbH IBR IBR GmbH ICA ICA Inc ICC BICC Data Networks Ltd ICD ICD Inc ICE IC Ensemble ICI Infotek Communication Inc ICM Intracom SA ICN Sanyo Icon ICO Intel Corp ICP ICP Electronics, Inc./iEi Technology Corp. ICS Integrated Circuit Systems ICV Inside Contactless ICX ICCC A/S IDC International Datacasting Corporation IDE IDE Associates IDK IDK Corporation IDN Idneo Technologies IDO IDEO Product Development IDP Integrated Device Technology, Inc. IDS Interdigital Sistemas de Informacao IDT International Display Technology IDX IDEXX Labs IEC Interlace Engineering Corporation IEE IEE IEI Interlink Electronics IFS In Focus Systems Inc IFT Informtech IFX Infineon Technologies AG IFZ Infinite Z IGC Intergate Pty Ltd IGM IGM Communi IHE InHand Electronics IIC ISIC Innoscan Industrial Computers A/S III Intelligent Instrumentation IIN IINFRA Co., Ltd IKS Ikos Systems Inc ILC Image Logic Corporation ILS Innotech Corporation IMA Imagraph IMB ART s.r.l. IMC IMC Networks IMD ImasDe Canarias S.A. IME Imagraph IMG IMAGENICS Co., Ltd. IMI International Microsystems Inc IMM Immersion Corporation IMN Impossible Production IMP Impinj IMP Impression Products Incorporated IMT Inmax Technology Corporation INC Home Row Inc IND ILC INE Inventec Electronics (M) Sdn. Bhd. INF Inframetrics Inc ING Integraph Corporation INI Initio Corporation INK Indtek Co., Ltd. INL InnoLux Display Corporation INM InnoMedia Inc INN Innovent Systems, Inc. INO Innolab Pte Ltd INP Interphase Corporation INS Ines GmbH INT Interphase Corporation inu Inovatec S.p.A. INV Inviso, Inc. INX Communications Supply Corporation (A division of WESCO) INZ Best Buy IOA CRE Technology Corporation IOD I-O Data Device Inc IOM Iomega ION Inside Out Networks IOS i-O Display System IOT I/OTech Inc IPC IPC Corporation IPD Industrial Products Design, Inc. IPI Intelligent Platform Management Interface (IPMI) forum (Intel, HP, NEC, Dell) IPM IPM Industria Politecnica Meridionale SpA IPN Performance Technologies IPP IP Power Technologies GmbH IPR Ithaca Peripherals IPS IPS, Inc. (Intellectual Property Solutions, Inc.) IPT International Power Technologies IPW IPWireless, Inc IQI IneoQuest Technologies, Inc IQT IMAGEQUEST Co., Ltd IRD IRdata ISA Symbol Technologies ISC Id3 Semiconductors ISG Insignia Solutions Inc ISI Interface Solutions ISL Isolation Systems ISM Image Stream Medical ISP IntreSource Systems Pte Ltd ISR INSIS Co., LTD. ISS ISS Inc IST Intersolve Technologies ISY International Integrated Systems,Inc.(IISI) ITA Itausa Export North America ITC Intercom Inc ITD Internet Technology Corporation ITE Integrated Tech Express Inc ITK ITK Telekommunikation AG ITL Inter-Tel ITM ITM inc. ITN The NTI Group ITP IT-PRO Consulting und Systemhaus GmbH ITR Infotronic America, Inc. ITS IDTECH ITT I&T Telecom. ITX integrated Technology Express Inc IUC ICSL IVI Intervoice Inc IVM Iiyama North America IVS Intevac Photonics Inc. IWR Icuiti Corporation IWX Intelliworxx, Inc. IXD Intertex Data AB JAC Astec Inc JAE Japan Aviation Electronics Industry, Limited JAS Janz Automationssysteme AG JAT Jaton Corporation JAZ Carrera Computer Inc JCE Jace Tech Inc JDL Japan Digital Laboratory Co.,Ltd. JEN N-Vision JET JET POWER TECHNOLOGY CO., LTD. JFX Jones Futurex Inc JGD University College JIC Jaeik Information & Communication Co., Ltd. JKC JVC KENWOOD Corporation JMT Micro Technical Company Ltd JPC JPC Technology Limited JPW Wallis Hamilton Industries JQE CNet Technical Inc JSD JS DigiTech, Inc JSI Jupiter Systems, Inc. JSK SANKEN ELECTRIC CO., LTD JTS JS Motorsports JTY jetway security micro,inc JUK Janich & Klass Computertechnik GmbH JUP Jupiter Systems JVC JVC JWD Video International Inc. JWL Jewell Instruments, LLC JWS JWSpencer & Co. JWY Jetway Information Co., Ltd KAR Karna KBI Kidboard Inc KBL Kobil Systems GmbH KCD Chunichi Denshi Co.,LTD. KCL Keycorp Ltd KDE KDE KDK Kodiak Tech KDM Korea Data Systems Co., Ltd. KDS KDS USA KDT KDDI Technology Corporation KEC Kyushu Electronics Systems Inc KEM Kontron Embedded Modules GmbH KES Kesa Corporation KEY Key Tech Inc KFC SCD Tech KFE Komatsu Forest KFX Kofax Image Products KGL KEISOKU GIKEN Co.,Ltd. KIS KiSS Technology A/S KMC Mitsumi Company Ltd KME KIMIN Electronics Co., Ltd. KML Kensington Microware Ltd KNC Konica corporation KNX Nutech Marketing PTL KOB Kobil Systems GmbH KOD Eastman Kodak Company KOE KOLTER ELECTRONIC KOL Kollmorgen Motion Technologies Group KOU KOUZIRO Co.,Ltd. KOW KOWA Company,LTD. KPC King Phoenix Company KRL Krell Industries Inc. KRM Kroma Telecom KRY Kroy LLC KSC Kinetic Systems Corporation KSL Karn Solutions Ltd. KSX King Tester Corporation KTC Kingston Tech Corporation KTD Takahata Electronics Co.,Ltd. KTE K-Tech KTG Kayser-Threde GmbH KTI Konica Technical Inc KTK Key Tronic Corporation KTN Katron Tech Inc KUR Kurta Corporation KVA Kvaser AB KVX KeyView KWD Kenwood Corporation KYC Kyocera Corporation KYE KYE Syst Corporation KYK Samsung Electronics America Inc KZI K-Zone International co. Ltd. KZN K-Zone International LAB ACT Labs Ltd LAC LaCie LAF Microline LAG Laguna Systems LAN Sodeman Lancom Inc LAS LASAT Comm. A/S LAV Lava Computer MFG Inc LBO Lubosoft LCC LCI LCD Toshiba Matsushita Display Technology Co., Ltd LCE La Commande Electronique LCI Lite-On Communication Inc LCM Latitude Comm. LCN LEXICON LCS Longshine Electronics Company LCT Labcal Technologies LDT LogiDataTech Electronic GmbH LEC Lectron Company Ltd LED Long Engineering Design Inc LEG Legerity, Inc LEN Lenovo Group Limited LEO First International Computer Inc LEX Lexical Ltd LGC Logic Ltd LGI Logitech Inc LGS LG Semicom Company Ltd LGX Lasergraphics, Inc. LHA Lars Haagh ApS LHE Lung Hwa Electronics Company Ltd LHT Lighthouse Technologies Limited LIN Lenovo Beijing Co. Ltd. LIP Linked IP GmbH LIT Lithics Silicon Technology LJX Datalogic Corporation LKM Likom Technology Sdn. Bhd. LLL L-3 Communications LMG Lucent Technologies LMI Lexmark Int'l Inc LMP Leda Media Products LMT Laser Master LND Land Computer Company Ltd LNK Link Tech Inc LNR Linear Systems Ltd. LNT LANETCO International LNV Lenovo LOC Locamation B.V. LOE Loewe Opta GmbH LOG Logicode Technology Inc LOL Litelogic Operations Ltd LPE El-PUSK Co., Ltd. LPI Design Technology LPL LG Philips LSC LifeSize Communications LSD Intersil Corporation LSI Loughborough Sound Images LSJ LSI Japan Company Ltd LSL Logical Solutions LSY LSI Systems Inc LTC Labtec Inc LTI Jongshine Tech Inc LTK Lucidity Technology Company Ltd LTN Litronic Inc LTS LTS Scale LLC LTV Leitch Technology International Inc. LTW Lightware, Inc LUC Lucent Technologies LUM Lumagen, Inc. LUX Luxxell Research Inc LVI LVI Low Vision International AB LWC Labway Corporation LWR Lightware Visual Engineering LWW Lanier Worldwide LXC LXCO Technologies AG LXN Luxeon LXS ELEA CardWare LZX Lightwell Company Ltd MAC MAC System Company Ltd MAD Xedia Corporation MAE Maestro Pty Ltd MAG MAG InnoVision MAI Mutoh America Inc MAL Meridian Audio Ltd MAN LGIC MAS Mass Inc. MAT Matsushita Electric Ind. Company Ltd MAX Rogen Tech Distribution Inc MAY Maynard Electronics MAZ MAZeT GmbH MBC MBC MBD Microbus PLC MBM Marshall Electronics MBV Moreton Bay MCA American Nuclear Systems Inc MCC Micro Industries MCD McDATA Corporation MCE Metz-Werke GmbH & Co KG MCG Motorola Computer Group MCI Micronics Computers MCL Motorola Communications Israel MCM Metricom Inc MCN Micron Electronics Inc MCO Motion Computing Inc. MCP Magni Systems Inc MCQ Mat's Computers MCR Marina Communicaitons MCS Micro Computer Systems MCT Microtec MDA Media4 Inc MDC Midori Electronics MDD MODIS MDG Madge Networks MDI Micro Design Inc MDK Mediatek Corporation MDO Panasonic MDR Medar Inc MDS Micro Display Systems Inc MDT Magus Data Tech MDV MET Development Inc MDX MicroDatec GmbH MDY Microdyne Inc MEC Mega System Technologies Inc MED Messeltronik Dresden GmbH MEE Mitsubishi Electric Engineering Co., Ltd. MEG Abeam Tech Ltd MEI Panasonic Industry Company MEJ Mac-Eight Co., LTD. MEL Mitsubishi Electric Corporation MEN MEN Mikroelectronik Nueruberg GmbH MEP Meld Technology MEQ Matelect Ltd. MET Metheus Corporation MEX MSC Vertriebs GmbH MFG MicroField Graphics Inc MFI Micro Firmware MFR MediaFire Corp. MGA Mega System Technologies, Inc. MGC Mentor Graphics Corporation MGE Schneider Electric S.A. MGL M-G Technology Ltd MGT Megatech R & D Company MIC Micom Communications Inc MID miro Displays MII Mitec Inc MIL Marconi Instruments Ltd MIM Mimio – A Newell Rubbermaid Company MIN Minicom Digital Signage MIP micronpc.com MIR Miro Computer Prod. MIS Modular Industrial Solutions Inc MIT MCM Industrial Technology GmbH MJI MARANTZ JAPAN, INC. MJS MJS Designs MKC Media Tek Inc. MKT MICROTEK Inc. MKV Trtheim Technology MLD Deep Video Imaging Ltd MLG Micrologica AG MLI McIntosh Laboratory Inc. MLM Millennium Engineering Inc MLN Mark Levinson MLS Milestone EPE MLX Mylex Corporation MMA Micromedia AG MMD Micromed Biotecnologia Ltd MMF Minnesota Mining and Manufacturing MMI Multimax MMM Electronic Measurements MMN MiniMan Inc MMS MMS Electronics MNC Mini Micro Methods Ltd MNL Monorail Inc MNP Microcom MOD Modular Technology MOM Momentum Data Systems MOS Moses Corporation MOT Motorola UDS MPC M-Pact Inc MPI Mediatrix Peripherals Inc MPJ Microlab MPL Maple Research Inst. Company Ltd MPN Mainpine Limited MPS mps Software GmbH MPX Micropix Technologies, Ltd. MQP MultiQ Products AB MRA Miranda Technologies Inc MRC Marconi Simulation & Ty-Coch Way Training MRD MicroDisplay Corporation MRK Maruko & Company Ltd MRL Miratel MRO Medikro Oy MRT Merging Technologies MSA Micro Systemation AB MSC Mouse Systems Corporation MSD Datenerfassungs- und Informationssysteme MSF M-Systems Flash Disk Pioneers MSG MSI GmbH MSH Microsoft MSI Microstep MSK Megasoft Inc MSL MicroSlate Inc. MSM Advanced Digital Systems MSP Mistral Solutions [P] Ltd. MSR MASPRO DENKOH Corp. MST MS Telematica MSU motorola MSV Mosgi Corporation MSX Micomsoft Co., Ltd. MSY MicroTouch Systems Inc MTB Media Technologies Ltd. MTC Mars-Tech Corporation MTD MindTech Display Co. Ltd MTE MediaTec GmbH MTH Micro-Tech Hearing Instruments MTI MaxCom Technical Inc MTI Motorola Inc. MTK Microtek International Inc. MTL Mitel Corporation MTM Motium MTN Mtron Storage Technology Co., Ltd. MTR Mitron computer Inc MTS Multi-Tech Systems MTU Mark of the Unicorn Inc MTX Matrox MUD Multi-Dimension Institute MUK mainpine limited MVD Microvitec PLC MVI Media Vision Inc MVM SOBO VISION MVS Microvision MVX COM 1 MWI Multiwave Innovation Pte Ltd MWR mware MWY Microway Inc MXD MaxData Computer GmbH & Co.KG MXI Macronix Inc MXL Hitachi Maxell, Ltd. MXP Maxpeed Corporation MXT Maxtech Corporation MXV MaxVision Corporation MYA Monydata MYR Myriad Solutions Ltd MYX Micronyx Inc NAC Ncast Corporation NAD NAD Electronics NAK Nakano Engineering Co.,Ltd. NAL Network Alchemy NAT NaturalPoint Inc. NAV Navigation Corporation NAX Naxos Tecnologia NBL N*Able Technologies Inc NBS National Key Lab. on ISN NBT NingBo Bestwinning Technology CO., Ltd NCA Nixdorf Company NCC NCR Corporation NCE Norcent Technology, Inc. NCI NewCom Inc NCL NetComm Ltd NCR NCR Electronics NCS Northgate Computer Systems NCT NEC CustomTechnica, Ltd. NDC National DataComm Corporaiton NDI National Display Systems NDK Naitoh Densei CO., LTD. NDL Network Designers NDS Nokia Data NEC NEC Corporation NEO NEO TELECOM CO.,LTD. NET Mettler Toledo NEU NEUROTEC - EMPRESA DE PESQUISA E DESENVOLVIMENTO EM BIOMEDICINA NEX Nexgen Mediatech Inc., NFC BTC Korea Co., Ltd NFS Number Five Software NGC Network General NGS A D S Exports NHT Vinci Labs NIC National Instruments Corporation NIS Nissei Electric Company NIT Network Info Technology NIX Seanix Technology Inc NLC Next Level Communications NME Navico, Inc. NMP Nokia Mobile Phones NMS Natural Micro System NMV NEC-Mitsubishi Electric Visual Systems Corporation NMX Neomagic NNC NNC NOE NordicEye AB NOI North Invent A/S NOK Nokia Display Products NOR Norand Corporation NOT Not Limited Inc NPI Network Peripherals Inc NRL U.S. Naval Research Lab NRT Beijing Northern Radiantelecom Co. NRV Taugagreining hf NSC National Semiconductor Corporation NSI NISSEI ELECTRIC CO.,LTD NSP Nspire System Inc. NSS Newport Systems Solutions NST Network Security Technology Co NTC NeoTech S.R.L NTI New Tech Int'l Company NTL National Transcomm. Ltd NTN Nuvoton Technology Corporation NTR N-trig Innovative Technologies, Inc. NTS Nits Technology Inc. NTT NTT Advanced Technology Corporation NTW Networth Inc NTX Netaccess Inc NUG NU Technology, Inc. NUI NU Inc. NVC NetVision Corporation NVD Nvidia NVI NuVision US, Inc. NVL Novell Inc NVT Navatek Engineering Corporation NWC NW Computer Engineering NWP NovaWeb Technologies Inc NWS Newisys, Inc. NXC NextCom K.K. NXG Nexgen NXP NXP Semiconductors bv. NXQ Nexiq Technologies, Inc. NXS Technology Nexus Secure Open Systems AB NYC nakayo telecommunications,inc. OAK Oak Tech Inc OAS Oasys Technology Company OBS Optibase Technologies OCD Macraigor Systems Inc OCN Olfan OCS Open Connect Solutions ODM ODME Inc. ODR Odrac OEC ORION ELECTRIC CO.,LTD OEI Optum Engineering Inc. OIC Option Industrial Computers OIM Option International OIN Option International OKI OKI Electric Industrial Company Ltd OLC Olicom A/S OLD Olidata S.p.A. OLI Olivetti OLT Olitec S.A. OLV Olitec S.A. OLY OLYMPUS CORPORATION OMC OBJIX Multimedia Corporation OMN Omnitel OMR Omron Corporation ONE Oneac Corporation ONK ONKYO Corporation ONL OnLive, Inc ONS On Systems Inc ONW OPEN Networks Ltd ONX SOMELEC Z.I. Du Vert Galanta OOS OSRAM OPC Opcode Inc OPI D.N.S. Corporation OPP OPPO Digital, Inc. OPT OPTi Inc OPV Optivision Inc OQI Oksori Company Ltd ORG ORGA Kartensysteme GmbH ORI OSR Open Systems Resources, Inc. ORN ORION ELECTRIC CO., LTD. OSA OSAKA Micro Computer, Inc. OSP OPTI-UPS Corporation OSR Oksori Company Ltd OTB outsidetheboxstuff.com OTI Orchid Technology OTM Optoma Corporation OTT OPTO22, Inc. OUK OUK Company Ltd OVR Oculus VR, Inc. OWL Mediacom Technologies Pte Ltd OXU Oxus Research S.A. OYO Shadow Systems OZC OZ Corporation OZO Tribe Computer Works Inc PAC Pacific Avionics Corporation PAD Promotion and Display Technology Ltd. PAK Many CNC System Co., Ltd. PAM Peter Antesberger Messtechnik PAN The Panda Project PAR Parallan Comp Inc PBI Pitney Bowes PBL Packard Bell Electronics PBN Packard Bell NEC PBV Pitney Bowes PCA Philips BU Add On Card PCB OCTAL S.A. PCC PowerCom Technology Company Ltd PCG First Industrial Computer Inc PCI Pioneer Computer Inc PCK PCBANK21 PCL pentel.co.,ltd PCM PCM Systems Corporation PCO Performance Concepts Inc., PCP Procomp USA Inc PCS TOSHIBA PERSONAL COMPUTER SYSTEM CORPRATION PCT PC-Tel Inc PCW Pacific CommWare Inc PCX PC Xperten PDM Psion Dacom Plc. PDN AT&T Paradyne PDR Pure Data Inc PDS PD Systems International Ltd PDT PDTS - Prozessdatentechnik und Systeme PDV Prodrive B.V. PEC POTRANS Electrical Corp. PEI PEI Electronics Inc PEL Primax Electric Ltd PEN Interactive Computer Products Inc PEP Peppercon AG PER Perceptive Signal Technologies PET Practical Electronic Tools PFT Telia ProSoft AB PGI PACSGEAR, Inc. PGM Paradigm Advanced Research Centre PGP propagamma kommunikation PGS Princeton Graphic Systems PHC Pijnenburg Beheer N.V. PHE Philips Medical Systems Boeblingen GmbH PHI DO NOT USE - PHI PHL Philips Consumer Electronics Company PHO Photonics Systems Inc. PHS Philips Communication Systems PHY Phylon Communications PIE Pacific Image Electronics Company Ltd PIM Prism, LLC PIO Pioneer Electronic Corporation PIX Pixie Tech Inc PJA Projecta PJD Projectiondesign AS PJT Pan Jit International Inc. PKA Acco UK ltd. PLC Pro-Log Corporation PLF Panasonic Avionics Corporation PLM PROLINK Microsystems Corp. PLT PT Hartono Istana Teknologi PLV PLUS Vision Corp. PLX Parallax Graphics PLY Polycom Inc. PMC PMC Consumer Electronics Ltd PMD TDK USA Corporation PMM Point Multimedia System PMT Promate Electronic Co., Ltd. PMX Photomatrix PNG Microsoft PNG P.I. Engineering Inc PNL Panelview, Inc. PNP Microsoft PNR Planar Systems, Inc. PNS PanaScope PNX Phoenix Technologies, Ltd. POL PolyComp (PTY) Ltd. PON Perpetual Technologies, LLC POR Portalis LC PPC Phoenixtec Power Company Ltd PPD MEPhI PPI Practical Peripherals PPM Clinton Electronics Corp. PPP Purup Prepress AS PPR PicPro PPX Perceptive Pixel Inc. PQI Pixel Qi PRA PRO/AUTOMATION PRC PerComm PRD Praim S.R.L. PRF Digital Electronics Corporation PRG The Phoenix Research Group Inc PRI Priva Hortimation BV PRM Prometheus PRO Proteon PRS Leutron Vision PRT Parade Technologies, Ltd. PRX Proxima Corporation PSA Advanced Signal Processing Technologies PSC Philips Semiconductors PSD Peus-Systems GmbH PSE Practical Solutions Pte., Ltd. PSI PSI-Perceptive Solutions Inc PSL Perle Systems Limited PSM Prosum PST Global Data SA PSY Prodea Systems Inc. PTA PAR Tech Inc. PTC PS Technology Corporation PTG Cipher Systems Inc PTH Pathlight Technology Inc PTI Promise Technology Inc PTL Pantel Inc PTS Plain Tree Systems Inc PTW DO NOT USE - PTW PUL Pulse-Eight Ltd PVC DO NOT USE - PVC PVG Proview Global Co., Ltd PVI Prime view international Co., Ltd PVM Penta Studiotechnik GmbH PVN Pixel Vision PVP Klos Technologies, Inc. PXC Phoenix Contact PXE PIXELA CORPORATION PXL The Moving Pixel Company PXM Proxim Inc QCC QuakeCom Company Ltd QCH Metronics Inc QCI Quanta Computer Inc QCK Quick Corporation QCL Quadrant Components Inc QCP Qualcomm Inc QDI Quantum Data Incorporated QDM Quadram QDS Quanta Display Inc. QFF Padix Co., Inc. QFI Quickflex, Inc QLC Q-Logic QQQ Chuomusen Co., Ltd. QSI Quantum Solutions, Inc. QTD Quantum 3D Inc QTH Questech Ltd QTI Quicknet Technologies Inc QTM Quantum QTR Qtronix Corporation QUA Quatographic AG QUE Questra Consulting QVU Quartics RAC Racore Computer Products Inc RAD Radisys Corporation RAI Rockwell Automation/Intecolor RAN Rancho Tech Inc RAR Raritan, Inc. RAS RAScom Inc RAT Rent-A-Tech RAY Raylar Design, Inc. RCE Parc d'Activite des Bellevues RCH Reach Technology Inc RCI RC International RCN Radio Consult SRL RCO Rockwell Collins RDI Rainbow Displays, Inc. RDM Tremon Enterprises Company Ltd RDN RADIODATA GmbH RDS Radius Inc REA Real D REC ReCom RED Research Electronics Development Inc REF Reflectivity, Inc. REH Rehan Electronics Ltd. REL Reliance Electric Ind Corporation REM SCI Systems Inc. REN Renesas Technology Corp. RES ResMed Pty Ltd RET Resonance Technology, Inc. REX RATOC Systems, Inc. RGB RGB Spectrum RGL Robertson Geologging Ltd RHD RightHand Technologies RHM Rohm Company Ltd RHT Red Hat, Inc. RIC RICOH COMPANY, LTD. RII Racal Interlan Inc RIO Rios Systems Company Ltd RIT Ritech Inc RIV Rivulet Communications RJA Roland Corporation RJS Advanced Engineering RKC Reakin Technolohy Corporation RLD MEPCO RLN RadioLAN Inc RMC Raritan Computer, Inc RMP Research Machines RMT Roper Mobile RNB Rainbow Technologies ROB Robust Electronics GmbH ROH Rohm Co., Ltd. ROK Rockwell International ROP Roper International Ltd ROS Rohde & Schwarz RPI RoomPro Technologies RPT R.P.T.Intergroups RRI Radicom Research Inc RSC PhotoTelesis RSH ADC-Centre RSI Rampage Systems Inc RSN Radiospire Networks, Inc. RSQ R Squared RSS Rockwell Semiconductor Systems RSV Ross Video Ltd RSX Rapid Tech Corporation RTC Relia Technologies RTI Rancho Tech Inc RTK DO NOT USE - RTK RTL Realtek Semiconductor Company Ltd RTS Raintree Systems RUN RUNCO International RUP Ups Manufactoring s.r.l. RVC RSI Systems Inc RVI Realvision Inc RVL Reveal Computer Prod RWC Red Wing Corporation RXT Tectona SoftSolutions (P) Ltd., SAA Sanritz Automation Co.,Ltd. SAE Saab Aerotech SAG Sedlbauer SAI Sage Inc SAK Saitek Ltd SAM Samsung Electric Company SAN Sanyo Electric Co.,Ltd. SAS Stores Automated Systems Inc SAT Shuttle Tech SBC Shanghai Bell Telephone Equip Mfg Co SBD Softbed - Consulting & Development Ltd SBI SMART Technologies Inc. SBS SBS-or Industrial Computers GmbH SBT Senseboard Technologies AB SCB SeeCubic B.V. SCC SORD Computer Corporation SCD Sanyo Electric Company Ltd SCE Sun Corporation SCH Schlumberger Cards SCI System Craft SCL Sigmacom Co., Ltd. SCM SCM Microsystems Inc SCN Scanport, Inc. SCO SORCUS Computer GmbH SCP Scriptel Corporation SCR Systran Corporation SCS Nanomach Anstalt SCT Smart Card Technology SDA SAT (Societe Anonyme) SDD Intrada-SDD Ltd SDE Sherwood Digital Electronics Corporation SDF SODIFF E&T CO., Ltd. SDH Communications Specialies, Inc. SDI Samtron Displays Inc SDK SAIT-Devlonics SDR SDR Systems SDS SunRiver Data System SDT Siemens AG SDX SDX Business Systems Ltd SEA Seanix Technology Inc. SEB system elektronik GmbH SEC Seiko Epson Corporation SEE SeeColor Corporation SEG DO NOT USE - SEG SEI Seitz & Associates Inc SEL Way2Call Communications SEM Samsung Electronics Company Ltd SEN Sencore SEO SEOS Ltd SEP SEP Eletronica Ltda. SER Sony Ericsson Mobile Communications Inc. SES Session Control LLC SET SendTek Corporation SFM TORNADO Company SFT Mikroforum Ring 3 SGC Spectragraphics Corporation SGD Sigma Designs, Inc. SGE Kansai Electric Company Ltd SGI Scan Group Ltd SGL Super Gate Technology Company Ltd SGM SAGEM SGO Logos Design A/S SGT Stargate Technology SGW Shanghai Guowei Science and Technology Co., Ltd. SGX Silicon Graphics Inc SGZ Systec Computer GmbH SHC ShibaSoku Co., Ltd. SHG Soft & Hardware development Goldammer GmbH SHI Jiangsu Shinco Electronic Group Co., Ltd SHP Sharp Corporation SHR Digital Discovery SHT Shin Ho Tech SIA SIEMENS AG SIB Sanyo Electric Company Ltd SIC Sysmate Corporation SID Seiko Instruments Information Devices Inc SIE Siemens SIG Sigma Designs Inc SII Silicon Image, Inc. SIL Silicon Laboratories, Inc SIM S3 Inc SIN Singular Technology Co., Ltd. SIR Sirius Technologies Pty Ltd SIS Silicon Integrated Systems Corporation SIT Sitintel SIU Seiko Instruments USA Inc SIX Zuniq Data Corporation SJE Sejin Electron Inc SKD Schneider & Koch SKT Samsung Electro-Mechanics Company Ltd SKY SKYDATA S.P.A. SLA Systeme Lauer GmbH&Co KG SLB Shlumberger Ltd SLC Syslogic Datentechnik AG SLF StarLeaf SLH Silicon Library Inc. SLI Symbios Logic Inc SLK Silitek Corporation SLM Solomon Technology Corporation SLR Schlumberger Technology Corporate SLS Schnick-Schnack-Systems GmbH SLT Salt Internatioinal Corp. SLX Specialix SMA SMART Modular Technologies SMB Schlumberger SMC Standard Microsystems Corporation SME Sysmate Company SMI SpaceLabs Medical Inc SMK SMK CORPORATION SML Sumitomo Metal Industries, Ltd. SMM Shark Multimedia Inc SMO STMicroelectronics SMP Simple Computing SMR B.& V. s.r.l. SMS Silicom Multimedia Systems Inc SMT Silcom Manufacturing Tech Inc SNC Sentronic International Corp. SNI Siemens Microdesign GmbH SNK S&K Electronics SNO SINOSUN TECHNOLOGY CO., LTD SNP Siemens Nixdorf Info Systems SNS Cirtech (UK) Ltd SNT SuperNet Inc SNW Snell & Wilcox SNX Sonix Comm. Ltd SNY Sony SOI Silicon Optix Corporation SOL Solitron Technologies Inc SON Sony SOR Sorcus Computer GmbH SOT Sotec Company Ltd SOY SOYO Group, Inc SPC SpinCore Technologies, Inc SPE SPEA Software AG SPH G&W Instruments GmbH SPI SPACE-I Co., Ltd. SPK SpeakerCraft SPL Smart Silicon Systems Pty Ltd SPN Sapience Corporation SPR pmns GmbH SPS Synopsys Inc SPT Sceptre Tech Inc SPU SIM2 Multimedia S.P.A. SPX Simplex Time Recorder Co. SQT Sequent Computer Systems Inc SRC Integrated Tech Express Inc SRD Setred SRF Surf Communication Solutions Ltd SRG Intuitive Surgical, Inc. SRS SR-Systems e.K. SRT SeeReal Technologies GmbH SSC Sierra Semiconductor Inc SSD FlightSafety International SSE Samsung Electronic Co. SSI S-S Technology Inc SSJ Sankyo Seiki Mfg.co., Ltd SSP Spectrum Signal Proecessing Inc SSS S3 Inc SST SystemSoft Corporation STA ST Electronics Systems Assembly Pte Ltd STB STB Systems Inc STC STAC Electronics STD STD Computer Inc STE SII Ido-Tsushin Inc STF Starflight Electronics STG StereoGraphics Corp. STH Semtech Corporation STI Smart Tech Inc STK SANTAK CORP. STL SigmaTel Inc STM SGS Thomson Microelectronics STN Samsung Electronics America STO Stollmann E+V GmbH STP StreamPlay Ltd STR Starlight Networks Inc STS SITECSYSTEM CO., LTD. STT Star Paging Telecom Tech (Shenzhen) Co. Ltd. STU Sentelic Corporation STW Starwin Inc. STX ST-Ericsson STY SDS Technologies SUB Subspace Comm. Inc SUM Summagraphics Corporation SUN Sun Electronics Corporation SUP Supra Corporation SUR Surenam Computer Corporation SVA SGEG SVC Intellix Corp. SVD SVD Computer SVI Sun Microsystems SVS SVSI SVT SEVIT Co., Ltd. SWC Software Café SWI Sierra Wireless Inc. SWL Sharedware Ltd SWS Static SWT Software Technologies Group,Inc. SXB Syntax-Brillian SXD Silex technology, Inc. SXG SELEX GALILEO SXL SolutionInside SXT SHARP TAKAYA ELECTRONIC INDUSTRY CO.,LTD. SYC Sysmic SYE SY Electronics Ltd SYK Stryker Communications SYL Sylvania Computer Products SYM Symicron Computer Communications Ltd. SYN Synaptics Inc SYP SYPRO Co Ltd SYS Sysgration Ltd SYT Seyeon Tech Company Ltd SYV SYVAX Inc SYX Prime Systems, Inc. TAA Tandberg TAB Todos Data System AB TAG Teles AG TAI Toshiba America Info Systems Inc TAM Tamura Seisakusyo Ltd TAS Taskit Rechnertechnik GmbH TAT Teleliaison Inc TAX Taxan (Europe) Ltd TBB Triple S Engineering Inc TBC Turbo Communication, Inc TBS Turtle Beach System TCC Tandon Corporation TCD Taicom Data Systems Co., Ltd. TCE Century Corporation TCH Interaction Systems, Inc TCI Tulip Computers Int'l B.V. TCJ TEAC America Inc TCL Technical Concepts Ltd TCM 3Com Corporation TCN Tecnetics (PTY) Ltd TCO Thomas-Conrad Corporation TCR Thomson Consumer Electronics TCS Tatung Company of America Inc TCT Telecom Technology Centre Co. Ltd. TCX FREEMARS Heavy Industries TDC Teradici TDD Tandberg Data Display AS TDK TDK USA Corporation TDM Tandem Computer Europe Inc TDP 3D Perception TDS Tri-Data Systems Inc TDT TDT TDV TDVision Systems, Inc. TDY Tandy Electronics TEA TEAC System Corporation TEC Tecmar Inc TEK Tektronix Inc TEL Promotion and Display Technology Ltd. TER TerraTec Electronic GmbH TGC Toshiba Global Commerce Solutions, Inc. TGI TriGem Computer Inc TGM TriGem Computer,Inc. TGS Torus Systems Ltd TGV Grass Valley Germany GmbH THN Thundercom Holdings Sdn. Bhd. TIC Trigem KinfoComm TIP TIPTEL AG TIV OOO Technoinvest TIX Tixi.Com GmbH TKC Taiko Electric Works.LTD TKN Teknor Microsystem Inc TKO TouchKo, Inc. TKS TimeKeeping Systems, Inc. TLA Ferrari Electronic GmbH TLD Telindus TLF Teleforce.,co,ltd TLI TOSHIBA TELI CORPORATION TLK Telelink AG TLS Teleste Educational OY TLT Dai Telecom S.p.A. TLV S3 Inc TLX Telxon Corporation TMC Techmedia Computer Systems Corporation TME AT&T Microelectronics TMI Texas Microsystem TMM Time Management, Inc. TMR Taicom International Inc TMS Trident Microsystems Ltd TMT T-Metrics Inc. TMX Thermotrex Corporation TNC TNC Industrial Company Ltd TNJ DO NOT USE - TNJ TNM TECNIMAGEN SA TNY Tennyson Tech Pty Ltd TOE TOEI Electronics Co., Ltd. TOG The OPEN Group TON TONNA TOP Orion Communications Co., Ltd. TOS Toshiba Corporation TOU Touchstone Technology TPC Touch Panel Systems Corporation TPE Technology Power Enterprises Inc TPJ Junnila TPK TOPRE CORPORATION TPR Topro Technology Inc TPS Teleprocessing Systeme GmbH TPT Thruput Ltd TPV Top Victory Electronics ( Fujian ) Company Ltd TPZ Ypoaz Systems Inc TRA TriTech Microelectronics International TRC Trioc AB TRD Trident Microsystem Inc TRE Tremetrics TRI Tricord Systems TRL Royal Information TRM Tekram Technology Company Ltd TRN Datacommunicatie Tron B.V. TRS Torus Systems Ltd TRT Tritec Electronic AG TRU Aashima Technology B.V. TRV Trivisio Prototyping GmbH TRX Trex Enterprises TSB Toshiba America Info Systems Inc TSC Sanyo Electric Company Ltd TSD TechniSat Digital GmbH TSE Tottori Sanyo Electric TSF Racal-Airtech Software Forge Ltd TSG The Software Group Ltd TSI TeleVideo Systems TSL Tottori SANYO Electric Co., Ltd. TSP U.S. Navy TST Transtream Inc TSV TRANSVIDEO TSY TouchSystems TTA Topson Technology Co., Ltd. TTB National Semiconductor Japan Ltd TTC Telecommunications Techniques Corporation TTE TTE, Inc. TTI Trenton Terminals Inc TTK Totoku Electric Company Ltd TTL 2-Tel B.V. TTS TechnoTrend Systemtechnik GmbH TTY TRIDELITY Display Solutions GmbH TUA T+A elektroakustik GmbH TUT Tut Systems TVD Tecnovision TVI Truevision TVM Taiwan Video & Monitor Corporation TVO TV One Ltd TVR TV Interactive Corporation TVS TVS Electronics Limited TVV TV1 GmbH TWA Tidewater Association TWE Kontron Electronik TWH Twinhead International Corporation TWI Easytel oy TWK TOWITOKO electronics GmbH TWX TEKWorx Limited TXL Trixel Ltd TXN Texas Insturments TXT Textron Defense System TYN Tyan Computer Corporation UAS Ultima Associates Pte Ltd UBI Ungermann-Bass Inc UBL Ubinetics Ltd. UDN Uniden Corporation UEC Ultima Electronics Corporation UEG Elitegroup Computer Systems Company Ltd UEI Universal Electronics Inc UET Universal Empowering Technologies UFG UNIGRAF-USA UFO UFO Systems Inc UHB XOCECO UIC Uniform Industrial Corporation UJR Ueda Japan Radio Co., Ltd. ULT Ultra Network Tech UMC United Microelectr Corporation UMG Umezawa Giken Co.,Ltd UMM Universal Multimedia UNA Unisys DSD UNB Unisys Corporation UNC Unisys Corporation UND Unisys Corporation UNE Unisys Corporation UNF Unisys Corporation UNI Uniform Industry Corp. UNI Unisys Corporation UNM Unisys Corporation UNO Unisys Corporation UNP Unitop UNS Unisys Corporation UNT Unisys Corporation UNY Unicate UPP UPPI UPS Systems Enhancement URD Video Computer S.p.A. USA Utimaco Safeware AG USD U.S. Digital Corporation USI Universal Scientific Industrial Co., Ltd. USR U.S. Robotics Inc UTD Up to Date Tech UWC Uniwill Computer Corp. VAD Vaddio, LLC VAL Valence Computing Corporation VAR Varian Australia Pty Ltd VBR VBrick Systems Inc. VBT Valley Board Ltda VCC Virtual Computer Corporation VCI VistaCom Inc VCJ Victor Company of Japan, Limited VCM Vector Magnetics, LLC VCX VCONEX VDA Victor Data Systems VDC VDC Display Systems VDM Vadem VDO Video & Display Oriented Corporation VDS Vidisys GmbH & Company VDT Viditec, Inc. VEC Vector Informatik GmbH VEK Vektrex VES Vestel Elektronik Sanayi ve Ticaret A. S. VFI VeriFone Inc VHI Macrocad Development Inc. VIA VIA Tech Inc VIB Tatung UK Ltd VIC Victron B.V. VID Ingram Macrotron Germany VIK Viking Connectors VIM Via Mons Ltd. VIN Vine Micros Ltd VIR Visual Interface, Inc VIS Visioneer VIT Visitech AS VIZ VIZIO, Inc VLB ValleyBoard Ltda. VLK Vislink International Ltd VLT VideoLan Technologies VMI Vermont Microsystems VML Vine Micros Limited VMW VMware Inc., VNC Vinca Corporation VOB MaxData Computer AG VPI Video Products Inc VPR Best Buy VQ@ Vision Quest VRC Virtual Resources Corporation VSC ViewSonic Corporation VSD 3M VSI VideoServer VSN Ingram Macrotron VSP Vision Systems GmbH VSR V-Star Electronics Inc. VTC VTel Corporation VTG Voice Technologies Group Inc VTI VLSI Tech Inc VTK Viewteck Co., Ltd. VTL Vivid Technology Pte Ltd VTM Miltope Corporation VTN VIDEOTRON CORP. VTS VTech Computers Ltd VTV VATIV Technologies VTX Vestax Corporation VUT Vutrix (UK) Ltd VWB Vweb Corp. WAC Wacom Tech WAL Wave Access WAN DO NOT USE - WAN WAV Wavephore WBN MicroSoftWare WBS WB Systemtechnik GmbH WCI Wisecom Inc WCS Woodwind Communications Systems Inc WDC Western Digital WDE Westinghouse Digital Electronics WEB WebGear Inc WEC Winbond Electronics Corporation WEL W-DEV WEY WEY Design AG WHI Whistle Communications WII Innoware Inc WIL WIPRO Information Technology Ltd WIN Wintop Technology Inc WIP Wipro Infotech WKH Uni-Take Int'l Inc. WLD Wildfire Communications Inc WML Wolfson Microelectronics Ltd WMO Westermo Teleindustri AB WMT Winmate Communication Inc WNI WillNet Inc. WNV Winnov L.P. WNX Wincor Nixdorf International GmbH WPA Matsushita Communication Industrial Co., Ltd. WPI Wearnes Peripherals International (Pte) Ltd WRC WiNRADiO Communications WSC CIS Technology Inc WSP Wireless And Smart Products Inc. WST Wistron Corporation WTC ACC Microelectronics WTI WorkStation Tech WTK Wearnes Thakral Pte WTS Restek Electric Company Ltd WVM Wave Systems Corporation WVV WolfVision GmbH WWV World Wide Video, Inc. WXT Woxter Technology Co. Ltd WYS Wyse Technology WYT Wooyoung Image & Information Co.,Ltd. XAC XAC Automation Corp XAD Alpha Data XDM XDM Ltd. XER DO NOT USE - XER XFG Jan Strapko - FOTO XFO EXFO Electro Optical Engineering XIN Xinex Networks Inc XIO Xiotech Corporation XIR Xirocm Inc XIT Xitel Pty ltd XLX Xilinx, Inc. XMM C3PO S.L. XNT XN Technologies, Inc. XOC DO NOT USE - XOC XQU SHANGHAI SVA-DAV ELECTRONICS CO., LTD XRC Xircom Inc XRO XORO ELECTRONICS (CHENGDU) LIMITED XSN Xscreen AS XST XS Technologies Inc XSY XSYS XTD Icuiti Corporation XTE X2E GmbH XTL Crystal Computer XTN X-10 (USA) Inc XYC Xycotec Computer GmbH YED Y-E Data Inc YHQ Yokogawa Electric Corporation YHW Exacom SA YMH Yamaha Corporation YOW American Biometric Company ZAN Zandar Technologies plc ZAX Zefiro Acoustics ZAZ Zazzle Technologies ZBR Zebra Technologies International, LLC ZCT ZeitControl cardsystems GmbH ZDS Zenith Data Systems ZGT Zenith Data Systems ZIC Nationz Technologies Inc. ZMT Zalman Tech Co., Ltd. ZMZ Z Microsystems ZNI Zetinet Inc ZNX Znyx Adv. Systems ZOW Zowie Intertainment, Inc ZRN Zoran Corporation ZSE Zenith Data Systems ZTC ZyDAS Technology Corporation ZTE ZTE Corporation ZTI Zoom Telephonics Inc ZTM ZT Group Int'l Inc. ZTT Z3 Technology ZYD Zydacron Inc ZYP Zypcom Inc ZYT Zytex Computers ZYX Zyxel ZZZ Boca Research Inc dispcalGUI-1.7.1.6/dispcalGUI/postinstall.py000644 000765 000000 00000024472 12266411534 020545 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from StringIO import StringIO from subprocess import call from os.path import splitext import os import shutil import sys import traceback from meta import name from util_os import relpath, which recordfile_name = "INSTALLED_FILES" if not sys.stdout.isatty(): sys.stdout = StringIO() if sys.platform == "win32": try: create_shortcut # this function is only available within bdist_wininst installers except NameError: try: from pythoncom import (CoCreateInstance, CLSCTX_INPROC_SERVER, IID_IPersistFile) from win32com.shell import shell import win32con except ImportError: def create_shortcut(*args): pass else: def create_shortcut(*args): shortcut = CoCreateInstance( shell.CLSID_ShellLink, None, CLSCTX_INPROC_SERVER, shell.IID_IShellLink ) shortcut.SetPath(args[0]) shortcut.SetDescription(args[1]) if len(args) > 3: shortcut.SetArguments(args[3]) if len(args) > 4: shortcut.SetWorkingDirectory(args[4]) if len(args) > 5: shortcut.SetIconLocation(args[5], args[6] if len(args) > 6 else 0) shortcut.SetShowCmd(win32con.SW_SHOWNORMAL) shortcut.QueryInterface(IID_IPersistFile).Save(args[2], 0) try: directory_created # this function is only available within bdist_wininst installers except NameError: def directory_created(path): pass try: file_created # this function is only available within bdist_wininst installers except NameError: try: import win32api except ImportError: def file_created(path): pass else: def file_created(path): if os.path.exists(recordfile_name): installed_files = [] if os.path.exists(recordfile_name): recordfile = open(recordfile_name, "r") installed_files += [line.rstrip("\n") for line in recordfile] recordfile.close() try: path.decode("ASCII") except (UnicodeDecodeError, UnicodeEncodeError): # the contents of the record file used by distutils # must be ASCII GetShortPathName allows us to avoid # any issues with encoding because it returns the # short path as 7-bit string (while still being a # valid path) path = win32api.GetShortPathName(path) installed_files += [path] recordfile = open(recordfile_name, "w") recordfile.write("\n".join(installed_files)) recordfile.close() try: get_special_folder_path # this function is only available within bdist_wininst installers except NameError: try: from win32com.shell import shell, shellcon except ImportError: def get_special_folder_path(csidl_string): pass else: def get_special_folder_path(csidl_string): return shell.SHGetSpecialFolderPath(0, getattr(shellcon, csidl_string), 1) def postinstall(prefix=None): if sys.platform == "darwin": # TODO: implement pass elif sys.platform == "win32": if prefix is None: # assume we are running from bdist_wininst installer import dispcalGUI modpath = os.path.dirname(os.path.abspath(dispcalGUI.__file__)) else: # assume we are running from source dir, # or from install dir modpath = prefix if os.path.exists(modpath): icon = os.path.join(modpath, "theme", "icons", name + ".ico") if os.path.exists(icon): try: startmenu_programs_common = get_special_folder_path( "CSIDL_COMMON_PROGRAMS") startmenu_programs = get_special_folder_path( "CSIDL_PROGRAMS") startmenu_common = get_special_folder_path( "CSIDL_COMMON_STARTMENU") startmenu = get_special_folder_path("CSIDL_STARTMENU") except OSError, exception: traceback.print_exc() return else: filenames = [name + ".py", "LICENSE.txt", "README.html", "Uninstall"] installed_shortcuts = [] for path in (startmenu_programs_common, startmenu_programs): if path: grppath = os.path.join(path, name) if path == startmenu_programs: group = relpath(grppath, startmenu) else: group = relpath(grppath, startmenu_common) if not os.path.exists(grppath): try: os.makedirs(grppath) except Exception, exception: # maybe insufficient privileges? pass if os.path.exists(grppath): print ("Created start menu group '%s' in " "%s") % (name, (unicode(path, "MBCS", "replace") if type(path) != unicode else path).encode("MBCS", "replace")) else: print ("Failed to create start menu group '%s' in " "%s") % (name, (unicode(path, "MBCS", "replace") if type(path) != unicode else path).encode("MBCS", "replace")) continue directory_created(grppath) for filename in filenames: lnkpath = os.path.join( grppath, splitext(filename)[0] + ".lnk") if os.path.exists(lnkpath): try: os.remove(lnkpath) except Exception, exception: # maybe insufficient privileges? print ("Failed to create start menu entry '%s' in " "%s") % (splitext(filename)[0], (unicode(grppath, "MBCS", "replace") if type(grppath) != unicode else grppath).encode("MBCS", "replace")) continue if not os.path.exists(lnkpath): if filename != "Uninstall": tgtpath = os.path.join(modpath, filename) try: if filename == "Uninstall": uninstaller = os.path.join( sys.prefix, "Remove%s.exe" % name) if os.path.exists(uninstaller): create_shortcut( uninstaller, splitext(filename)[0], lnkpath, '-u "%s-wininst.log"' % os.path.join(sys.prefix, name), sys.prefix, os.path.join( modpath, "theme", "icons", name + "-uninstall.ico")) else: # When running from a # bdist_wininst or bdist_msi # installer, sys.executable # points to the installer # executable, not python.exe create_shortcut( os.path.join(sys.prefix, "python.exe"), splitext(filename)[0], lnkpath, '"%s" uninstall ' '--record="%s"' % ( os.path.join( modpath, "setup.py"), os.path.join( modpath, "INSTALLED_FILES") ), sys.prefix, os.path.join( modpath, "theme", "icons", name + "-uninstall.ico")) elif filename.endswith(".py"): # When running from a # bdist_wininst or bdist_msi # installer, sys.executable # points to the installer # executable, not python.exe create_shortcut( os.path.join(sys.prefix, "pythonw.exe"), splitext(filename)[0], lnkpath, '"%s"' % tgtpath, modpath, icon) else: create_shortcut( tgtpath, splitext(filename)[0], lnkpath, "", modpath) except Exception, exception: # maybe insufficient privileges? print ("Failed to create start menu entry '%s' in " "%s") % (splitext(filename)[0], (unicode(grppath, "MBCS", "replace") if type(grppath) != unicode else grppath).encode("MBCS", "replace")) continue print ("Installed start menu entry '%s' to " "%s") % (splitext(filename)[0], (unicode(group, "MBCS", "replace") if type(group) != unicode else group).encode("MBCS", "replace")) file_created(lnkpath) installed_shortcuts.append(filename) if installed_shortcuts == filenames: break else: print "warning - '%s' not found" % icon.encode("MBCS", "replace") if os.path.exists(recordfile_name): irecordfile_name = os.path.join(modpath, "INSTALLED_FILES") irecordfile = open(irecordfile_name, "w") irecordfile.close() file_created(irecordfile_name) shutil.copy2(recordfile_name, irecordfile_name) else: print "warning - '%s' not found" % modpath.encode("MBCS", "replace") else: # Linux/Unix if prefix is None: prefix = sys.prefix if which("xdg-icon-resource"): ##print "installing icon resources..." ##for size in [16, 22, 24, 32, 48, 256]: ##call(["xdg-icon-resource", "install", "--noupdate", "--novendor", ##"--size", str(size), prefix + ##("/share/%s/theme/icons/%sx%s/%s.png" % (name, size, size, ##name))]) call(["xdg-icon-resource", "forceupdate"]) if which("xdg-desktop-menu"): ##print "installing desktop menu entry..." ##call(["xdg-desktop-menu", "install", "--novendor", (prefix + ##"/share/%s/%s.desktop" % (name, name))]) call(["xdg-desktop-menu", "forceupdate"]) def postuninstall(prefix=None): if sys.platform == "darwin": # TODO: implement pass elif sys.platform == "win32": # nothing to do pass else: # Linux/Unix if prefix is None: prefix = sys.prefix if which("xdg-desktop-menu"): ##print "uninstalling desktop menu entry..." ##call(["xdg-desktop-menu", "uninstall", prefix + ##("/share/applications/%s.desktop" % name)]) call(["xdg-desktop-menu", "forceupdate"]) if which("xdg-icon-resource"): ##print "uninstalling icon resources..." ##for size in [16, 22, 24, 32, 48, 256]: ##call(["xdg-icon-resource", "uninstall", "--noupdate", "--size", ##str(size), name]) call(["xdg-icon-resource", "forceupdate"]) def main(): prefix = None for arg in sys.argv[1:]: arg = arg.split("=") if len(arg) == 2: if arg[0] == "--prefix": prefix = arg[1] try: if "-remove" in sys.argv[1:]: postuninstall(prefix) else: postinstall(prefix) except Exception, exception: traceback.print_exc() if __name__ == "__main__": main() dispcalGUI-1.7.1.6/dispcalGUI/presets/000755 000765 000000 00000000000 12266723170 017275 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/dispcalGUI/pyi_md5pickuphelper.py000644 000765 000000 00000000451 12025152312 022127 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from sys import platform if platform not in ("darwin", "win32"): try: import _md5 except ImportError: _md5 = None try: from hashlib import md5 except ImportError, exception: if platform not in ("darwin", "win32") and _md5: md5 = _md5 else: raise exceptiondispcalGUI-1.7.1.6/dispcalGUI/quirk.json000644 000765 000000 00000003713 12224371766 017646 0ustar00svpwheel000000 000000 // From colord/lib/colord/cd_quirk.c, cd_quirk_vendor_name { "suffixes": [ "Co.", "Co", "Inc.", "Inc", "Ltd.", "Ltd", "Corporation", "Incorporated", "Limited", "GmbH", "corp." ], "vendor_names": { "Acer, inc.": "Acer", "Acer Technologies": "Acer", "AOC Intl": "AOC", "Apple Computer Inc": "Apple", "Arnos Insturments & Computer Systems": "Arnos", "ASUSTeK Computer Inc.": "ASUSTeK", "ASUSTeK Computer INC": "ASUSTeK", "ASUSTeK COMPUTER INC.": "ASUSTeK", "BTC Korea Co., Ltd": "BTC", "CASIO COMPUTER CO.,LTD": "Casio", "CLEVO": "Clevo", "Delta Electronics": "Delta", "Eizo Nanao Corporation": "Eizo", "Envision Peripherals,": "Envision", "FUJITSU": "Fujitsu", "Fujitsu Siemens Computers GmbH": "Fujitsu Siemens", "Funai Electric Co., Ltd.": "Funai", "Gigabyte Technology Co., Ltd.": "Gigabyte", "Goldstar Company Ltd": "LG", "Hewlett-Packard": "Hewlett Packard", "Hitachi America Ltd": "Hitachi", "HP": "Hewlett Packard", "HWP": "Hewlett Packard", "IBM France": "IBM", "Lenovo Group Limited": "Lenovo", "LENOVO": "Lenovo", "Iiyama North America": "Iiyama", "MARANTZ JAPAN, INC.": "Marantz", "Mitsubishi Electric Corporation": "Mitsubishi", "Nexgen Mediatech Inc.,": "Nexgen Mediatech", "NIKON": "Nikon", "Panasonic Industry Company": "Panasonic", "Philips Consumer Electronics Company": "Philips", "RGB Systems, Inc. dba Extron Electronics": "Extron", "SAM": "Samsung", "Samsung Electric Company": "Samsung", "Samsung Electronics America": "Samsung", "samsung": "Samsung", "SAMSUNG": "Samsung", "Sanyo Electric Co.,Ltd.": "Sanyo", "Sonix Technology Co.": "Sonix", "System manufacturer": "Unknown", "To Be Filled By O.E.M.": "Unknown", "Toshiba America Info Systems Inc": "Toshiba", "Toshiba Matsushita Display Technology Co.,": "Toshiba", "TOSHIBA": "Toshiba", "Unknown vendor": "Unknown", "Westinghouse Digital Electronics": "Westinghouse Digital", "Zalman Tech Co., Ltd.": "Zalman" } }dispcalGUI-1.7.1.6/dispcalGUI/RealDisplaySizeMM.c000644 000765 000000 00000065152 12025152311 021245 0ustar00svpwheel000000 000000 #include "Python.h" #include #include #include #include #include #include #include #ifdef NT # include # include #else # include # include # include #endif #ifdef __APPLE__ /* Assume OSX Carbon */ # include # include # include #endif /* __APPLE__ */ #if defined(UNIX) && !defined(__APPLE__) # include # include # include # include # include # include # include # include #endif /* UNIX */ #if defined(_MSC_VER) # define DLL extern "C" __declspec(dllexport) #else # define DLL #endif #define errout stderr #ifdef DEBUG # define debug(xx) fprintf(errout, xx ) # define debug2(xx) fprintf xx # define debugr(xx) fprintf(errout, xx ) # define debugr2(xx) fprintf xx # define debugrr(xx) fprintf(errout, xx ) # define debugrr2(xx) fprintf xx #else # define debug(xx) # define debug2(xx) # define debugr(xx) # define debugr2(xx) # define debugrr(xx) # define debugrr2(xx) #endif // START disppath /* Structure to store infomation about possible displays */ typedef struct { char *name; /* Display name */ char *description; /* Description of display */ int sx,sy; /* Displays offset in pixels */ int sw,sh; /* Displays width and height in pixels*/ #ifdef NT char monid[128]; /* Monitor ID */ int prim; /* NZ if primary display monitor */ #endif /* NT */ #ifdef __APPLE__ CGDirectDisplayID ddid; #endif /* __APPLE__ */ #if defined(UNIX) && !defined(__APPLE__) int screen; /* Screen to select */ int uscreen; /* Underlying screen */ int rscreen; /* Underlying RAMDAC screen */ #if RANDR_MAJOR == 1 && RANDR_MINOR >= 2 /* Xrandr stuff - output is connected 1:1 to a display */ RRCrtc crtc; /* Associated crtc */ RROutput output; /* Associated output */ #endif /* randr >= V 1.2 */ #endif /* UNIX */ } disppath; // END disppath void free_disppaths(disppath **paths); /* ----------------------------------------------- */ /* Dealing with locating displays */ int callback_ddebug = 0; /* Diagnostic global for get_displays() and get_a_display() */ #ifdef NT #define sleep(secs) Sleep((secs) * 1000) static BOOL CALLBACK MonitorEnumProc( HMONITOR hMonitor, /* handle to display monitor */ HDC hdcMonitor, /* NULL, because EnumDisplayMonitors hdc is NULL */ LPRECT lprcMonitor, /* Virtual screen coordinates of this monitor */ LPARAM dwData /* Context data */ ) { disppath ***pdisps = (disppath ***)dwData; disppath **disps = *pdisps; MONITORINFOEX pmi; int ndisps = 0; debugrr2((errout, "MonitorEnumProc() called with hMonitor = 0x%x\n",hMonitor)); /* Get some more information */ pmi.cbSize = sizeof(MONITORINFOEX); if (GetMonitorInfo(hMonitor, (MONITORINFO *)&pmi) == 0) { debugrr("get_displays failed GetMonitorInfo - ignoring display\n"); return TRUE; } /* See if it seems to be a pseudo-display */ if (strncmp(pmi.szDevice, "\\\\.\\DISPLAYV", 12) == 0) { debugrr("Seems to be invisible pseudo-display - ignoring it\n"); return TRUE; } /* Add the display to the list */ if (disps == NULL) { if ((disps = (disppath **)calloc(sizeof(disppath *), 1 + 1)) == NULL) { debugrr("get_displays failed on malloc\n"); return FALSE; } } else { /* Count current number on list */ for (ndisps = 0; disps[ndisps] != NULL; ndisps++) ; if ((disps = (disppath **)realloc(disps, sizeof(disppath *) * (ndisps + 2))) == NULL) { debugrr("get_displays failed on malloc\n"); return FALSE; } disps[ndisps+1] = NULL; /* End marker */ } if ((disps[ndisps] = calloc(sizeof(disppath),1)) == NULL) { debugrr("get_displays failed on malloc\n"); return FALSE; } if ((disps[ndisps]->name = strdup(pmi.szDevice)) == NULL) { debugrr("malloc failed\n"); return FALSE; } disps[ndisps]->prim = (pmi.dwFlags & MONITORINFOF_PRIMARY) ? 1 : 0; disps[ndisps]->sx = lprcMonitor->left; disps[ndisps]->sy = lprcMonitor->top; disps[ndisps]->sw = lprcMonitor->right - lprcMonitor->left; disps[ndisps]->sh = lprcMonitor->bottom - lprcMonitor->top; disps[ndisps]->description = NULL; debugrr2((errout, "MonitorEnumProc() set initial monitor info: %d,%d %d,%d name '%s'\n",disps[ndisps]->sx,disps[ndisps]->sy,disps[ndisps]->sw,disps[ndisps]->sh, disps[ndisps]->name)); *pdisps = disps; return TRUE; } /* Dynamically linked function support */ BOOL (WINAPI* pEnumDisplayDevices)(PVOID,DWORD,PVOID,DWORD) = NULL; /* See if we can get the wanted function calls */ /* return nz if OK */ static int setup_dyn_calls() { static int dyn_inited = 0; if (dyn_inited == 0) { dyn_inited = 1; /* EnumDisplayDevicesA was left out of lib32.lib on earlier SDK's ... */ pEnumDisplayDevices = (BOOL (WINAPI*)(PVOID,DWORD,PVOID,DWORD)) GetProcAddress(LoadLibrary("USER32"), "EnumDisplayDevicesA"); if (pEnumDisplayDevices == NULL) dyn_inited = 0; } return dyn_inited; } /* Simple up conversion from char string to wchar string */ /* Return NULL if malloc fails */ /* ~~~ Note, should probably replace this with mbstowcs() ???? */ static unsigned short *char2wchar(char *s) { unsigned char *cp; unsigned short *w, *wp; if ((w = malloc(sizeof(unsigned short) * (strlen(s) + 1))) == NULL) return w; for (cp = (unsigned char *)s, wp = w; ; cp++, wp++) { *wp = *cp; /* Zero extend */ if (*cp == 0) break; } return w; } #endif /* NT */ #if defined(UNIX) && !defined(__APPLE__) /* Hack to notice if the error handler has been triggered */ /* when a function doesn't return a value. */ int g_error_handler_triggered = 0; /* A noop X11 error handler */ int null_error_handler(Display *disp, XErrorEvent *ev) { g_error_handler_triggered = 1; return 0; } #endif /* X11 */ /* Return pointer to list of disppath. Last will be NULL. */ /* Return NULL on failure. Call free_disppaths() to free up allocation */ disppath **get_displays() { disppath **disps = NULL; #ifdef NT DISPLAY_DEVICE dd; char buf[200]; int i, j; if (setup_dyn_calls() == 0) { debugrr("Dynamic linking to EnumDisplayDevices or Vista AssociateColorProfile failed\n"); free_disppaths(disps); return NULL; } /* Create an initial list of monitors */ /* (It might be better to call pEnumDisplayDevices(NULL, i ..) instead ??, */ /* then we can use the StateFlags to distingish monitors not attached to the desktop etc.) */ if (EnumDisplayMonitors(NULL, NULL, MonitorEnumProc, (LPARAM)&disps) == 0) { debugrr("EnumDisplayMonitors failed\n"); free_disppaths(disps); return NULL; } /* Now locate detailed information about displays */ for (i = 0; ; i++) { if (disps == NULL || disps[i] == NULL) break; dd.cb = sizeof(dd); debugrr2((errout, "get_displays about to get monitor information for %d\n",i)); /* Get monitor information */ for (j = 0; ;j++) { if ((*pEnumDisplayDevices)(disps[i]->name, j, &dd, 0) == 0) { debugrr2((errout,"EnumDisplayDevices failed on '%s' Mon = %d\n",disps[i]->name,j)); if (j == 0) { strcpy(disps[i]->monid, ""); /* We won't be able to set a profile */ } break; } if (callback_ddebug) { fprintf(errout,"Mon %d, name '%s'\n",j,dd.DeviceName); fprintf(errout,"Mon %d, string '%s'\n",j,dd.DeviceString); fprintf(errout,"Mon %d, flags 0x%x\n",j,dd.StateFlags); fprintf(errout,"Mon %d, id '%s'\n",j,dd.DeviceID); fprintf(errout,"Mon %d, key '%s'\n",j,dd.DeviceKey); } if (j == 0) { strcpy(disps[i]->monid, dd.DeviceID); } } sprintf(buf,"%s, at %d, %d, width %d, height %d%s",disps[i]->name+4, disps[i]->sx, disps[i]->sy, disps[i]->sw, disps[i]->sh, disps[i]->prim ? " (Primary Display)" : ""); if ((disps[i]->description = strdup(buf)) == NULL) { debugrr("get_displays failed on malloc\n"); free_disppaths(disps); return NULL; } debugrr2((errout, "get_displays added description '%s' to display %d\n",disps[i]->description,i)); /* Note that calling EnumDisplayDevices(NULL, j, ..) for the adapter can return other */ /* information, such as the graphics card name, and additional state flags. */ /* EnumDisplaySettings() can also be called to get information such as display depth etc. */ } #ifdef NEVER /* Explore adapter information */ for (j = 0; ; j++) { /* Get adapater information */ if ((*pEnumDisplayDevices)(NULL, j, &dd, 0) == 0) break; printf("Adapt %d, name '%s'\n",j,dd.DeviceName); printf("Adapt %d, string '%s'\n",j,dd.DeviceString); printf("Adapt %d, flags 0x%x\n",j,dd.StateFlags); printf("Adapt %d, id '%s'\n",j,dd.DeviceID); printf("Adapt %d, key '%s'\n",j,dd.DeviceKey); } #endif /* NEVER */ #endif /* NT */ #ifdef __APPLE__ /* Note :- some recent releases of OS X have a feature which */ /* automatically adjusts the screen brigtness with ambient level. */ /* We may have to find a way of disabling this during calibration and profiling. */ /* See the "pset -g" command. */ int i; CGDisplayErr dstat; CGDisplayCount dcount; /* Number of display IDs */ CGDirectDisplayID *dids; /* Array of display IDs */ if ((dstat = CGGetActiveDisplayList(0, NULL, &dcount)) != kCGErrorSuccess || dcount < 1) { debugrr("CGGetActiveDisplayList #1 returned error\n"); return NULL; } if ((dids = (CGDirectDisplayID *)malloc(dcount * sizeof(CGDirectDisplayID))) == NULL) { debugrr("malloc of CGDirectDisplayID's failed\n"); return NULL; } if ((dstat = CGGetActiveDisplayList(dcount, dids, &dcount)) != kCGErrorSuccess) { debugrr("CGGetActiveDisplayList #2 returned error\n"); free(dids); return NULL; } /* Found dcount displays */ debugrr2((errout,"Found %d screens\n",dcount)); /* Allocate our list */ if ((disps = (disppath **)calloc(sizeof(disppath *), dcount + 1)) == NULL) { debugrr("get_displays failed on malloc\n"); free(dids); return NULL; } for (i = 0; i < dcount; i++) { if ((disps[i] = calloc(sizeof(disppath), 1)) == NULL) { debugrr("get_displays failed on malloc\n"); free_disppaths(disps); free(dids); return NULL; } disps[i]->ddid = dids[i]; } /* Got displays, now figure out a description for each one */ for (i = 0; i < dcount; i++) { CGRect dbound; /* Bounding rectangle of chosen display */ io_service_t dport; CFDictionaryRef ddr, pndr; CFIndex dcount; char *dp = NULL, desc[50]; char buf[200]; dbound = CGDisplayBounds(dids[i]); disps[i]->sx = dbound.origin.x; disps[i]->sy = dbound.origin.y; disps[i]->sw = dbound.size.width; disps[i]->sh = dbound.size.height; /* Try and get some information about the display */ if ((dport = CGDisplayIOServicePort(dids[i])) == MACH_PORT_NULL) { debugrr("CGDisplayIOServicePort returned error\n"); free_disppaths(disps); free(dids); return NULL; } #ifdef NEVER { io_name_t name; if (IORegistryEntryGetName(dport, name) != KERN_SUCCESS) { debugrr("IORegistryEntryGetName returned error\n"); free_disppaths(disps); free(dids); return NULL; } printf("Driver %d name = '%s'\n",i,name); } #endif if ((ddr = IODisplayCreateInfoDictionary(dport, 0)) == NULL) { debugrr("IODisplayCreateInfoDictionary returned NULL\n"); free_disppaths(disps); free(dids); return NULL; } if ((pndr = CFDictionaryGetValue(ddr, CFSTR(kDisplayProductName))) == NULL) { debugrr("CFDictionaryGetValue returned NULL\n"); CFRelease(ddr); free_disppaths(disps); free(dids); return NULL; } if ((dcount = CFDictionaryGetCount(pndr)) > 0) { const void **keys; const void **values; int j; keys = (const void **)calloc(sizeof(void *), dcount); values = (const void **)calloc(sizeof(void *), dcount); if (keys == NULL || values == NULL) { if (keys != NULL) free(keys); if (values != NULL) free(values); debugrr("malloc failed\n"); CFRelease(ddr); free_disppaths(disps); free(dids); return NULL; } CFDictionaryGetKeysAndValues(pndr, keys, values); for (j = 0; j < dcount; j++) { const char *k, *v; char kbuf[50], vbuf[50]; k = CFStringGetCStringPtr(keys[j], kCFStringEncodingMacRoman); if (k == NULL) { if (CFStringGetCString(keys[j], kbuf, 50, kCFStringEncodingMacRoman)) k = kbuf; } v = CFStringGetCStringPtr(values[j], kCFStringEncodingMacRoman); if (v == NULL) { if (CFStringGetCString(values[j], vbuf, 50, kCFStringEncodingMacRoman)) v = vbuf; } //printf("~1 got key %s and value %s\n",k,v); /* We're only grabing the english description... */ if (k != NULL && v != NULL && strcmp(k, "en_US") == 0) { strncpy(desc, v, 49); desc[49] = '\000'; dp = desc; } } free(keys); free(values); } CFRelease(ddr); if (dp == NULL) { strcpy(desc, "(unknown)"); dp = desc; } sprintf(buf,"%s, at %d, %d, width %d, height %d%s",dp, disps[i]->sx, disps[i]->sy, disps[i]->sw, disps[i]->sh, CGDisplayIsMain(dids[i]) ? " (Primary Display)" : ""); if ((disps[i]->name = strdup(dp)) == NULL || (disps[i]->description = strdup(buf)) == NULL) { debugrr("get_displays failed on malloc\n"); free_disppaths(disps); free(dids); return NULL; } } free(dids); #endif /* __APPLE__ */ #if defined(UNIX) && !defined(__APPLE__) int i, j, k; int defsix = 0; /* default screen index */ int dcount; /* Number of screens */ char *dname; char dnbuf[100]; int evb = 0, erb = 0; int majv, minv; /* Version */ Display *mydisplay; int ndisps = 0; XineramaScreenInfo *xai = NULL; char desc1[100], desc2[200]; /* There seems to be no way of getting the available displays */ /* on an X11 system. Attempting to open them in sequence */ /* takes too long. We just rely on the user supplying the */ /* right display. We can enumerate screens though. */ /* Open the base display, and then enumerate all the screens */ if ((dname = getenv("DISPLAY")) != NULL) { char *pp; strncpy(dnbuf,dname,99); dnbuf[99] = '\000'; if ((pp = strrchr(dnbuf, ':')) != NULL) { if ((pp = strchr(pp, '.')) == NULL) strcat(dnbuf,".0"); else { if (pp[1] == '\000') strcat(dnbuf,"0"); else { pp[1] = '0'; pp[2] = '\000'; } } } } else strcpy(dnbuf,":0.0"); if ((mydisplay = XOpenDisplay(dnbuf)) == NULL) { debugrr2((errout, "failed to open display '%s'\n",dnbuf)); return NULL; } #if RANDR_MAJOR == 1 && RANDR_MINOR >= 2 && !defined(DISABLE_RANDR) /* Use Xrandr 1.2 if it's available, and if it's not disabled */ if (getenv("ARGYLL_IGNORE_XRANDR1_2") == NULL && XRRQueryExtension(mydisplay, &evb, &erb) != 0 && XRRQueryVersion(mydisplay, &majv, &minv) && majv == 1 && minv >= 2) { if (XSetErrorHandler(null_error_handler) == 0) { debugrr("get_displays failed on XSetErrorHandler\n"); XCloseDisplay(mydisplay); free_disppaths(disps); return NULL; } dcount = ScreenCount(mydisplay); /* Go through all the screens */ for (i = 0; i < dcount; i++) { XRRScreenResources *scrnres; int jj; /* Screen index */ if ((scrnres = XRRGetScreenResources(mydisplay, RootWindow(mydisplay,i))) == NULL) { debugrr("XRRGetScreenResources failed\n"); XCloseDisplay(mydisplay); free_disppaths(disps); return NULL; } /* Look at all the screens outputs */ for (jj = j = 0; j < scrnres->noutput; j++) { XRROutputInfo *outi; XRRCrtcInfo *crtci; if ((outi = XRRGetOutputInfo(mydisplay, scrnres, scrnres->outputs[j])) == NULL) { debugrr("XRRGetOutputInfo failed\n"); XRRFreeScreenResources(scrnres); XCloseDisplay(mydisplay); free_disppaths(disps); return NULL; } if (outi->connection == RR_Disconnected|| outi->crtc == None) { continue; } /* Check that the VideoLUT's are accessible */ { XRRCrtcGamma *crtcgam; debugrr("Checking XRandR 1.2 VideoLUT access\n"); if ((crtcgam = XRRGetCrtcGamma(mydisplay, outi->crtc)) == NULL || crtcgam->size == 0) { if (crtcgam != NULL) XRRFreeGamma(crtcgam); free_disppaths(disps); disps = NULL; j = scrnres->noutput; i = dcount; continue; /* Abort XRandR 1.2 */ } } #ifdef NEVER { Atom *oprops; int noprop; /* Get a list of the properties of the output */ oprops = XRRListOutputProperties(mydisplay, scrnres->outputs[j], &noprop); printf("num props = %d\n", noprop); for (k = 0; k < noprop; k++) { printf("%d: atom 0x%x, name = '%s'\n", k, oprops[k], XGetAtomName(mydisplay, oprops[k])); } } #endif /* NEVER */ if ((crtci = XRRGetCrtcInfo(mydisplay, scrnres, outi->crtc)) != NULL) { char *pp; /* Add the output to the list */ if (disps == NULL) { if ((disps = (disppath **)calloc(sizeof(disppath *), 1 + 1)) == NULL) { debugrr("get_displays failed on malloc\n"); XRRFreeCrtcInfo(crtci); XRRFreeScreenResources(scrnres); XCloseDisplay(mydisplay); return NULL; } } else { if ((disps = (disppath **)realloc(disps, sizeof(disppath *) * (ndisps + 2))) == NULL) { debugrr("get_displays failed on malloc\n"); XRRFreeCrtcInfo(crtci); XRRFreeScreenResources(scrnres); XCloseDisplay(mydisplay); return NULL; } disps[ndisps+1] = NULL; /* End marker */ } /* ndisps is current display we're filling in */ if ((disps[ndisps] = calloc(sizeof(disppath),1)) == NULL) { debugrr("get_displays failed on malloc\n"); XRRFreeCrtcInfo(crtci); XRRFreeScreenResources(scrnres); XCloseDisplay(mydisplay); free_disppaths(disps); return NULL; } disps[ndisps]->screen = i; disps[ndisps]->uscreen = i; disps[ndisps]->rscreen = i; disps[ndisps]->sx = crtci->x; disps[ndisps]->sy = crtci->y; disps[ndisps]->sw = crtci->width; disps[ndisps]->sh = crtci->height; disps[ndisps]->crtc = outi->crtc; /* XID of crtc */ disps[ndisps]->output = scrnres->outputs[j]; /* XID of output */ sprintf(desc1,"Screen %d, Output %s",ndisps+1,outi->name); sprintf(desc2,"%s at %d, %d, width %d, height %d",desc1, disps[ndisps]->sx, disps[ndisps]->sy, disps[ndisps]->sw, disps[ndisps]->sh); /* See if it is a clone */ for (k = 0; k < ndisps; k++) { if (disps[k]->crtc == disps[ndisps]->crtc) { sprintf(desc1, "[ Clone of %d ]",k+1); strcat(desc2, desc1); } } if ((disps[ndisps]->description = strdup(desc2)) == NULL) { debugrr("get_displays failed on malloc\n"); XRRFreeCrtcInfo(crtci); XRRFreeScreenResources(scrnres); XCloseDisplay(mydisplay); free_disppaths(disps); return NULL; } /* Form the display name */ if ((pp = strrchr(dnbuf, ':')) != NULL) { if ((pp = strchr(pp, '.')) != NULL) { sprintf(pp,".%d",i); } } if ((disps[ndisps]->name = strdup(dnbuf)) == NULL) { debugrr("get_displays failed on malloc\n"); XRRFreeCrtcInfo(crtci); XRRFreeScreenResources(scrnres); XCloseDisplay(mydisplay); free_disppaths(disps); return NULL; } debugrr2((errout, "Display %d name = '%s'\n",ndisps,disps[ndisps]->name)); jj++; /* Next enabled index */ ndisps++; /* Now it's number of displays */ XRRFreeCrtcInfo(crtci); } XRRFreeOutputInfo(outi); } XRRFreeScreenResources(scrnres); } XSetErrorHandler(NULL); defsix = DefaultScreen(mydisplay); } #endif /* randr >= V 1.2 */ if (disps == NULL) { /* Use Older style identification */ debugrr("get_displays checking for Xinerama\n"); if (XSetErrorHandler(null_error_handler) == 0) { debugrr("get_displays failed on XSetErrorHandler\n"); XCloseDisplay(mydisplay); return NULL; } if (XineramaQueryExtension(mydisplay, &evb, &erb) != 0 && XineramaIsActive(mydisplay)) { xai = XineramaQueryScreens(mydisplay, &dcount); if (xai == NULL || dcount == 0) { debugrr("XineramaQueryScreens failed\n"); XCloseDisplay(mydisplay); return NULL; } defsix = 0; } else { dcount = ScreenCount(mydisplay); defsix = DefaultScreen(mydisplay); } /* Allocate our list */ if ((disps = (disppath **)calloc(sizeof(disppath *), dcount + 1)) == NULL) { debugrr("get_displays failed on malloc\n"); XCloseDisplay(mydisplay); return NULL; } for (i = 0; i < dcount; i++) { if ((disps[i] = calloc(sizeof(disppath), 1)) == NULL) { debugrr("get_displays failed on malloc\n"); free_disppaths(disps); XCloseDisplay(mydisplay); return NULL; } } /* Create a description for each screen */ for (i = 0; i < dcount; i++) { XF86VidModeMonitor monitor; int evb = 0, erb = 0; char *pp; /* Form the display name */ if ((pp = strrchr(dnbuf, ':')) != NULL) { if ((pp = strchr(pp, '.')) != NULL) { sprintf(pp,".%d",i); } } if ((disps[i]->name = strdup(dnbuf)) == NULL) { debugrr("get_displays failed on malloc\n"); free_disppaths(disps); XCloseDisplay(mydisplay); return NULL; } debugrr2((errout, "Display %d name = '%s'\n",i,disps[i]->name)); if (xai != NULL) { /* Xinerama */ disps[i]->screen = 0; /* We are asuming Xinerame creates a single virtual screen */ disps[i]->uscreen = i; /* We are assuming xinerama lists screens in the same order */ disps[i]->rscreen = i; disps[i]->sx = xai[i].x_org; disps[i]->sy = xai[i].y_org; disps[i]->sw = xai[i].width; disps[i]->sh = xai[i].height; } else { disps[i]->screen = i; disps[i]->uscreen = i; disps[i]->rscreen = i; disps[i]->sx = 0; /* Must be 0 */ disps[i]->sy = 0; disps[i]->sw = DisplayWidth(mydisplay, disps[i]->screen); disps[i]->sh = DisplayHeight(mydisplay, disps[i]->screen); } if (XF86VidModeQueryExtension(mydisplay, &evb, &erb) != 0) { /* Some propietary multi-screen drivers (ie. TwinView & MergeFB) */ /* don't implement the XVidMode extension properly. */ monitor.model = NULL; if (XF86VidModeGetMonitor(mydisplay, disps[i]->uscreen, &monitor) != 0 && monitor.model != NULL && monitor.model[0] != '\000') sprintf(desc1, "%s",monitor.model); else sprintf(desc1,"Screen %d",i+1); } else sprintf(desc1,"Screen %d",i+1); sprintf(desc2,"%s at %d, %d, width %d, height %d",desc1, disps[i]->sx, disps[i]->sy, disps[i]->sw, disps[i]->sh); if ((disps[i]->description = strdup(desc2)) == NULL) { debugrr("get_displays failed on malloc\n"); free_disppaths(disps); XCloseDisplay(mydisplay); return NULL; } } XSetErrorHandler(NULL); } /* Put the screen given by the display name at the top */ { disppath *tdispp; tdispp = disps[defsix]; disps[defsix] = disps[0]; disps[0] = tdispp; } if (xai != NULL) XFree(xai); XCloseDisplay(mydisplay); #endif /* UNIX X11 */ return disps; } // END get_displays /* Free a whole list of display paths */ void free_disppaths(disppath **disps) { if (disps != NULL) { int i; for (i = 0; ; i++) { if (disps[i] == NULL) break; if (disps[i]->name != NULL) free(disps[i]->name); if (disps[i]->description != NULL) free(disps[i]->description); free(disps[i]); } free(disps); } } // START get_a_display disppath *get_a_display(int ix) { disppath **paths, *rv = NULL; int i; if ((paths = get_displays()) == NULL) return NULL; for (i = 0; ;i++) { if (paths[i] == NULL) { free_disppaths(paths); return NULL; } if (i == ix) break; } if ((rv = malloc(sizeof(disppath))) == NULL) { debugrr("get_a_display failed malloc\n"); free_disppaths(paths); return NULL; } *rv = *paths[i]; /* Structure copy */ if ((rv->name = strdup(paths[i]->name)) == NULL) { debugrr("get_displays failed on malloc\n"); free(rv->description); free(rv); free_disppaths(paths); return NULL; } if ((rv->description = strdup(paths[i]->description)) == NULL) { debugrr("get_displays failed on malloc\n"); free(rv); free_disppaths(paths); return NULL; } free_disppaths(paths); return rv; } // END get_a_display // MAIN typedef struct { int width_mm, height_mm; } size_mm; static size_mm get_real_screen_size_mm(int ix) { size_mm size; disppath *disp = NULL; #ifdef NT HDC hdc = NULL; #endif #ifdef __APPLE__ CGSize sz; /* Display size in mm */ #endif #if defined(UNIX) && !defined(__APPLE__) char *pp, *bname; /* base display name */ Display *mydisplay; int myscreen; /* Usual or virtual screen with Xinerama */ #endif size.width_mm = 0; size.height_mm = 0; disp = get_a_display(ix); if (disp == NULL) return size; #ifdef NT hdc = CreateDC(disp->name, NULL, NULL, NULL); if (hdc == NULL) return size; size.width_mm = GetDeviceCaps(hdc, HORZSIZE); size.height_mm = GetDeviceCaps(hdc, VERTSIZE); #endif #ifdef __APPLE__ sz = CGDisplayScreenSize(disp->ddid); size.width_mm = sz.width; size.height_mm = sz.height; #endif #if defined(UNIX) && !defined(__APPLE__) /* Create the base display name (in case of Xinerama, XRandR) */ if ((bname = strdup(disp->name)) == NULL) return size; if ((pp = strrchr(bname, ':')) != NULL) { if ((pp = strchr(pp, '.')) != NULL) { sprintf(pp,".%d",disp->screen); } } /* open the display */ mydisplay = XOpenDisplay(bname); if(!mydisplay) { debugr2((errout,"Unable to open display '%s'\n",bname)); free(bname); return size; } free(bname); debugr("Opened display OK\n"); myscreen = disp->screen; size.width_mm = DisplayWidthMM(mydisplay, myscreen); size.height_mm = DisplayHeightMM(mydisplay, myscreen); XCloseDisplay(mydisplay); #endif return size; } static int get_xrandr_output_xid(int ix) { int xid = 0; disppath *disp = NULL; #if defined(UNIX) && !defined(__APPLE__) #if RANDR_MAJOR == 1 && RANDR_MINOR >= 2 disp = get_a_display(ix); if (disp == NULL) return 0; xid = disp->output; #endif #endif return xid; } static PyObject * RealDisplaySizeMM(PyObject *self, PyObject *args) { int ix; size_mm size; if (!PyArg_ParseTuple(args, "i", &ix)) ix = 0; size = get_real_screen_size_mm(ix); return Py_BuildValue("(i,i)", size.width_mm, size.height_mm); } static PyObject * GetXRandROutputXID(PyObject *self, PyObject *args) { int ix; int xid; if (!PyArg_ParseTuple(args, "i", &ix)) ix = 0; xid = get_xrandr_output_xid(ix); return Py_BuildValue("i", xid); } static PyMethodDef RealDisplaySizeMM_methods[] = { {"RealDisplaySizeMM", RealDisplaySizeMM, METH_VARARGS, "RealDisplaySizeMM(int displayNum = 0)\nReturn the size (in mm) of a given display."}, {"GetXRandROutputXID", GetXRandROutputXID, METH_VARARGS, "GetXRandROutputXID(int displayNum = 0)\nReturn the XRandR output X11 ID of a given display."}, {NULL, NULL, 0, NULL} /* Sentinel - marks the end of this structure */ }; PyMODINIT_FUNC initRealDisplaySizeMM(void) { Py_InitModule("RealDisplaySizeMM", RealDisplaySizeMM_methods); } dispcalGUI-1.7.1.6/dispcalGUI/RealDisplaySizeMM.py000644 000765 000000 00000001423 12025152312 021443 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import platform import sys if sys.platform == "darwin": # Mac OS X has universal binaries from lib.RealDisplaySizeMM import * else: # Linux and Windows have separate files if platform.architecture()[0].startswith('64'): if sys.version_info[:2] == (2, 5): from lib64.python25.RealDisplaySizeMM import * elif sys.version_info[:2] == (2, 6): from lib64.python26.RealDisplaySizeMM import * elif sys.version_info[:2] == (2, 7): from lib64.python27.RealDisplaySizeMM import * else: if sys.version_info[:2] == (2, 5): from lib32.python25.RealDisplaySizeMM import * elif sys.version_info[:2] == (2, 6): from lib32.python26.RealDisplaySizeMM import * elif sys.version_info[:2] == (2, 7): from lib32.python27.RealDisplaySizeMM import * dispcalGUI-1.7.1.6/dispcalGUI/ref/000755 000765 000000 00000000000 12266723171 016365 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/dispcalGUI/report/000755 000765 000000 00000000000 12266723171 017124 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/dispcalGUI/report.py000644 000765 000000 00000012777 12266411643 017512 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from time import strftime import codecs import os import re import shutil import sys from config import get_data_path, initcfg from meta import version from safe_print import safe_print import jspacker import localization as lang def create(report_path, placeholders2data, pack=True, templatename="report"): """ Create a report with all placeholders substituted by data. """ # read report template report_html_template_path = get_data_path(os.path.join("report", "%s.html" % templatename)) if not report_html_template_path: raise IOError(lang.getstr("file.missing", report_html_template_path)) try: report_html_template = codecs.open(report_html_template_path, "r", "UTF-8") except (IOError, OSError), exception: raise exception.__class__(lang.getstr("error.file.open", report_html_template_path)) report_html = report_html_template.read() report_html_template.close() # create report for placeholder, data in placeholders2data.iteritems(): report_html = report_html.replace(placeholder, data) for include in ("base.css", "compare.css", "print.css", "jsapi-packages.js", "jsapi-patches.js", "compare.constants.js", "compare.variables.js", "compare.functions.js", "compare.init.js", "uniformity.functions.js"): path = get_data_path(os.path.join("report", include)) if not path: raise IOError(lang.getstr("file.missing", include)) try: f = codecs.open(path, "r", "UTF-8") except (IOError, OSError), exception: raise exception.__class__(lang.getstr("error.file.open", path)) if include.endswith(".js"): js = f.read() if pack: packer = jspacker.JavaScriptPacker() js = packer.pack(js, 62, True).strip() report_html = report_html.replace('src="%s">' % include, ">/**/") else: report_html = report_html.replace('@import "%s";' % include, f.read().strip()) f.close() # write report try: report_html_file = codecs.open(report_path, "w", "UTF-8") except (IOError, OSError), exception: raise exception.__class__(lang.getstr("error.file.create", report_path)) report_html_file.write(report_html) report_html_file.close() def update(report_path, pack=True): """ Update existing report with current template files. Also creates a backup copy of the old report. """ # read original report try: orig_report = codecs.open(report_path, "r", "UTF-8") except (IOError, OSError), exception: raise exception.__class__(lang.getstr("error.file.open", report_path)) orig_report_html = orig_report.read() orig_report.close() data = (("${PLANCKIAN}", 'id="FF_planckian"\s*(.*?)\s*disabled="disabled"', 0), ("${DISPLAY}", '"FF_display"\s*value="(.+?)"\s\/>', 0), ("${INSTRUMENT}", '"FF_instrument"\s*value="(.+?)"\s\/>', 0), ("${CORRECTION_MATRIX}", '"FF_correction_matrix"\s*value="(.+?)"\s\/>', 0), ("${BLACKPOINT}", '"FF_blackpoint"\s*value="(.+?)"\s\/>', 0), ("${WHITEPOINT}", '"FF_whitepoint"\s*value="(.+?)"\s\/>', 0), ("${WHITEPOINT_NORMALIZED}", '"FF_whitepoint_normalized"\s*value="(.+?)"\s\/>', 0), ("${PROFILE}", '"FF_profile"\s*value="(.+?)"\s\/>', 0), ("${PROFILE_WHITEPOINT}", '"FF_profile_whitepoint"\s*value="(.+?)"\s\/>', 0), ("${PROFILE_WHITEPOINT_NORMALIZED}", '"FF_profile_whitepoint_normalized"\s*value="(.+?)"\s\/>', 0), ("${SIMULATION_PROFILE}", 'SIMULATION_PROFILE\s*=\s*"(.+?)"[;,]', 0), ("${BT_1886_GAMMA}", 'BT_1886_GAMMA\s*=\s*(.+?)[;,]', 0), ("${BT_1886_GAMMA_TYPE}", 'BT_1886_GAMMA_TYPE\s*=\s*"(.+?)"[;,]', 0), ("${WHITEPOINT_SIMULATION}", 'WHITEPOINT_SIMULATION\s*=\s*(.+?)[;,]', 0), ("${WHITEPOINT_SIMULATION_RELATIVE}", 'WHITEPOINT_SIMULATION_RELATIVE\s*=\s*(.+?)[;,]', 0), ("${DEVICELINK_PROFILE}", 'DEVICELINK_PROFILE\s*=\s*"(.+?)"[;,]', 0), ("${TESTCHART}", '"FF_testchart"\s*value="(.+?)"\s\/>', 0), ("${ADAPTION}", '"FF_adaption"\s*value="(.+?)"\s\/>', 0), ("${DATETIME}", '"FF_datetime"\s*value="(.+?)"\s\/>', 0), ("${REF}", '"FF_data_ref"\s*value="(.+?)"\s\/>', re.DOTALL), ("${MEASURED}", '"FF_data_in"\s*value="(.+?)"\s\/>', re.DOTALL), ("${CAL_ENTRYCOUNT}", "CAL_ENTRYCOUNT\s*=\s*(.+?)[;,]$", re.M), ("${CAL_RGBLEVELS}", "CAL_RGBLEVELS\s*=\s*(.+?)[;,]$", re.M), ("${GRAYSCALE}", "CRITERIA_GRAYSCALE\s*=\s*(.+?)[;,]$", re.M)) placeholders2data = {"${REPORT_VERSION}": version, "${CORRECTION_MATRIX}": "Unknown", "${ADAPTION}": "None", "${CAL_ENTRYCOUNT}": "null", "${CAL_RGBLEVELS}": "null", "${GRAYSCALE}": "null", "${BLACKPOINT}": "-1 -1 -1", "${BT_1886_GAMMA}": "null", "${WHITEPOINT_SIMULATION}": "false", "${WHITEPOINT_SIMULATION_RELATIVE}": "false"} for placeholder, pattern, flags in data: result = re.search(pattern, orig_report_html, flags) if result or not placeholders2data.get(placeholder): placeholders2data[placeholder] = result.groups()[0] if result else "" # backup original report shutil.copy2(report_path, "%s.%s" % (report_path, strftime("%Y-%m-%d_%H-%M-%S"))) create(report_path, placeholders2data, pack) if __name__ == "__main__": initcfg() lang.init() if not sys.argv[1:]: safe_print("Update existing report(s) with current template files.") safe_print("Usage: %s report1.html [report2.html...]" % os.path.basename(sys.argv[0])) else: for arg in sys.argv[1:]: try: update(arg) except (IOError, OSError), exception: safe_print(exception) dispcalGUI-1.7.1.6/dispcalGUI/safe_print.py000644 000765 000000 00000005632 12266411643 020321 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import locale import os import sys from encoding import get_encoding, get_encodings from encodedstdio import encodestdio original_codepage = None if sys.stdout.isatty(): encodestdio() enc, fs_enc = get_encodings() class SafePrinter(): def __init__(self, pad=False, padchar=" ", sep=" ", end="\n", file_=sys.stdout, fn=None, encoding=None): """ Write safely, avoiding any UnicodeDe-/EncodingErrors on strings and converting all other objects to safe string representations. sprint = SafePrinter(pad=False, padchar=' ', sep=' ', end='\\n', file=sys.stdout, fn=None) sprint(value, ..., pad=False, padchar=' ', sep=' ', end='\\n', file=sys.stdout, fn=None) Writes the values to a stream (default sys.stdout), honoring its encoding and replacing characters not present in the encoding with question marks silently. Optional keyword arguments: pad: pad the lines to n chars, or os.getenv('COLUMNS') if True. padchar: character to use for padding, default a space. sep: string inserted between values, default a space. end: string appended after the last value, default a newline. file: a file-like object (stream); defaults to the sys.stdout. fn: a function to execute instead of printing. """ self.pad = pad self.padchar = padchar self.sep = sep self.end = end self.file = file_ self.fn = fn self.encoding = encoding or (get_encoding(file_) if file_ else None) def __call__(self, *args, **kwargs): self.write(*args, **kwargs) def flush(self): self.file and self.file.flush() def write(self, *args, **kwargs): pad = kwargs.get("pad", self.pad) padchar = kwargs.get("padchar", self.padchar) sep = kwargs.get("sep", self.sep) end = kwargs.get("end", self.end) file_ = kwargs.get("file_", self.file) fn = kwargs.get("fn", self.fn) encoding = kwargs.get("encoding", self.encoding) strargs = [] for arg in args: if not isinstance(arg, basestring): try: arg = str(arg) except: arg = repr(arg) elif isinstance(arg, unicode) and encoding: arg = arg.encode(encoding, "replace") strargs += [arg] line = sep.join(strargs).rstrip() try: conwidth = int(os.getenv("COLUMNS")) except (TypeError, ValueError): conwidth = 80 if pad is not False: if pad is True: width = conwidth else: width = int(pad) line = line.ljust(width, padchar) if fn: fn(line) else: file_.write(line) if end and (sys.platform != "win32" or len(line) != conwidth or not (hasattr(file_, "isatty") and file_.isatty()) or end != "\n"): # On Windows, if a line is exactly the width of the buffer, a line # break would insert an empty line between this line and the next. # To avoid this, skip the newline in that case. file_.write(end) safe_print = SafePrinter() if __name__ == '__main__': for arg in sys.argv[1:]: safe_print(arg.decode(fs_enc)) dispcalGUI-1.7.1.6/dispcalGUI/setup.py000644 000765 000000 00000107157 12266411534 017333 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- """ dispcalGUI setup.py script Can be used with setuptools or pure distutils (the latter can be forced with the --use-distutils option, otherwise it will try to use setuptools by default). Also supported in addition to standard distutils/setuptools commands, are the bdist_bbfreeze, py2app and py2exe commands (if the appropriate packages are installed), which makes this file your all-around building/ bundling powerhouse for dispcalGUI. In the case of py2exe, special care is taken of Python 2.6+ and the Microsoft.VC90.CRT assembly dependency, so if building an executable on Windows with Python 2.6+ you should preferably use py2exe. Please note that bdist_bbfreeze and py2app *require* setuptools. IMPORTANT NOTE: If called from within the installed package, should only be used to uninstall (setup.py uninstall --record=INSTALLED_FILES), otherwise use the wrapper script in the root directory of the source tar.gz/zip """ from distutils.command.install import install from distutils.util import change_root, get_platform import distutils.core import glob import os import platform import shutil import subprocess as sp import sys from time import strftime from types import StringType from defaultpaths import autostart, autostart_home from meta import (author, author_ascii, description, longdesc, domain, name, py_maxversion, py_minversion, version, version_tuple, wx_minversion) from util_os import relpath pypath = os.path.abspath(__file__) pydir = os.path.dirname(pypath) basedir = os.path.dirname(pydir) msiversion = ".".join((str(version_tuple[0]), str(version_tuple[1]), str(version_tuple[2]) + str(version_tuple[3]))) class Target: def __init__(self, **kwargs): self.__dict__.update(kwargs) def setup(): bits = platform.architecture()[0][:2] print "***", os.path.abspath(sys.argv[0]), " ".join(sys.argv[1:]) bdist_bbfreeze = "bdist_bbfreeze" in sys.argv[1:] bdist_dumb = "bdist_dumb" in sys.argv[1:] bdist_win = "bdist_msi" in sys.argv[1:] or "bdist_wininst" in sys.argv[1:] debug = 0 do_full_install = False do_install = False do_py2app = "py2app" in sys.argv[1:] do_py2exe = "py2exe" in sys.argv[1:] do_uninstall = "uninstall" in sys.argv[1:] doc_layout = "deb" if os.path.exists("/etc/debian_version") else "" dry_run = "-n" in sys.argv[1:] or "--dry-run" in sys.argv[1:] help = False install_data = None # data files install path (only if given) is_rpm_build = "bdist_rpm" in sys.argv[1:] or os.path.abspath(sys.argv[0]).endswith( os.path.join(os.path.sep, "rpm", "BUILD", name + "-" + version, os.path.basename(os.path.abspath(sys.argv[0])))) prefix = "" recordfile_name = None # record installed files to this file sdist = "sdist" in sys.argv[1:] setuptools = None skip_instrument_conf_files = "--skip-instrument-configuration-files" in \ sys.argv[1:] skip_postinstall = "--skip-postinstall" in sys.argv[1:] use_distutils = not bdist_bbfreeze and not do_py2app use_setuptools = not use_distutils or "--use-setuptools" in \ sys.argv[1:] or (os.path.exists("use-setuptools") and not "--use-distutils" in sys.argv[1:]) sys.path.insert(1, os.path.join(os.path.dirname(pydir), "util")) if use_setuptools: if "--use-setuptools" in sys.argv[1:] and not \ os.path.exists("use-setuptools"): open("use-setuptools", "w").close() try: from ez_setup import use_setuptools as ez_use_setuptools ez_use_setuptools() except ImportError: pass try: from setuptools import setup, Extension setuptools = True print "using setuptools" except ImportError: pass else: if os.path.exists("use-setuptools"): os.remove("use-setuptools") if not setuptools: from distutils.core import setup, Extension print "using distutils" if do_py2exe: import py2exe # ModuleFinder can't handle runtime changes to __path__, but win32com # uses them try: # if this doesn't work, try import modulefinder import py2exe.mf as modulefinder import win32com for p in win32com.__path__[1:]: modulefinder.AddPackagePath("win32com", p) for extra in ["win32com.shell"]: __import__(extra) m = sys.modules[extra] for p in m.__path__[1:]: modulefinder.AddPackagePath(extra, p) except ImportError: # no build path setup, no worries. pass if do_py2exe: origIsSystemDLL = py2exe.build_exe.isSystemDLL def isSystemDLL(pathname): if os.path.basename(pathname).lower() in ("gdiplus.dll", "mfc90.dll"): return 0 if os.path.basename(pathname).lower() in ("powrprof.dll", ) or \ os.path.basename(pathname).lower().startswith("api-ms-win-"): return 1 return origIsSystemDLL(pathname) py2exe.build_exe.isSystemDLL = isSystemDLL if do_uninstall: i = sys.argv.index("uninstall") sys.argv = sys.argv[:i] + ["install"] + sys.argv[i + 1:] install.create_home_path = lambda self: None if skip_instrument_conf_files: i = sys.argv.index("--skip-instrument-configuration-files") sys.argv = sys.argv[:i] + sys.argv[i + 1:] if skip_postinstall: i = sys.argv.index("--skip-postinstall") sys.argv = sys.argv[:i] + sys.argv[i + 1:] if "--use-distutils" in sys.argv[1:]: i = sys.argv.index("--use-distutils") sys.argv = sys.argv[:i] + sys.argv[i + 1:] if "--use-setuptools" in sys.argv[1:]: i = sys.argv.index("--use-setuptools") sys.argv = sys.argv[:i] + sys.argv[i + 1:] argv = list(sys.argv[1:]) for i, arg in enumerate(reversed(argv)): n = len(sys.argv) - i - 1 if arg in ("install", "install_lib", "install_headers", "install_scripts", "install_data"): if arg == "install": do_full_install = True do_install = True elif arg == "-d" and len(sys.argv[1:]) > i: dist_dir = sys.argv[i + 2] else: arg = arg.split("=") if arg[0] == "--debug": debug = 1 if len(arg) == 1 else int(arg[1]) sys.argv = sys.argv[:n] + sys.argv[n + 1:] elif len(arg) == 2: if arg[0] == "--dist-dir": dist_dir = arg[1] elif arg[0] == "--doc-layout": doc_layout = arg[1] sys.argv = sys.argv[:n] + sys.argv[n + 1:] elif arg[0] == "--install-data": install_data = arg[1] elif arg[0] == "--prefix": prefix = arg[1] elif arg[0] == "--record": recordfile_name = arg[1] elif arg[0] == "-h" or arg[0].startswith("--help"): help = True if not recordfile_name and (do_full_install or do_uninstall): recordfile_name = "INSTALLED_FILES" # if not do_uninstall: # sys.argv.append("--record=" + "INSTALLED_FILES") if sys.platform in ("darwin", "win32") or "bdist_egg" in sys.argv[1:]: doc = data = "." if do_py2app or do_py2exe or bdist_bbfreeze else name else: # Linux/Unix data = name if doc_layout.startswith("deb"): doc = os.path.join("doc", name.lower()) elif "suse" in doc_layout: doc = os.path.join("doc", "packages", name) else: doc = os.path.join("doc", name + "-" + version) if not install_data: data = os.path.join("share", data) doc = os.path.join("share", doc) if is_rpm_build: doc = os.path.join(os.path.sep, "usr", doc) # on Mac OS X and Windows, we want data files in the package dir # (package_data will be ignored when using py2exe) package_data = { name: [ "argyll_instruments.json", "beep.wav", "camera_shutter.wav", "pnp.ids", "lang/*.json", "presets/*.icc", "quirk.json", "ref/*.cie", "ref/*.gam", "ref/*.icm", "ref/*.ti1", "report/*.css", "report/*.html", "report/*.js", "theme/*.png", "theme/icons/10x10/*.png", "theme/icons/16x16/*.png", "theme/icons/32x32/*.png", "theme/icons/72x72/*.png", "ti1/*.ti1", "xrc/*.xrc", "linear.cal", "test.cal" ] if sys.platform in ("darwin", "win32") and not do_py2app and not do_py2exe else [] } if sdist and sys.platform in ("darwin", "win32"): package_data[name] += ["theme/icons/22x22/*.png", "theme/icons/24x24/*.png", "theme/icons/48x48/*.png", "theme/icons/256x256/*.png"] if sys.platform == "win32" and not do_py2exe: package_data[name] += ["theme/icons/*.ico"] # Doc files data_files = [ (os.path.join(doc, "screenshots"), glob.glob(os.path.join(pydir, "..", "screenshots", "*.png"))), (os.path.join(doc, "theme"), glob.glob(os.path.join(pydir, "..", "theme", "*.png"))), (os.path.join(doc, "theme"), glob.glob(os.path.join(pydir, "..", "theme", "*.css"))), (os.path.join(doc, "theme"), glob.glob(os.path.join(pydir, "..", "theme", "*.js"))), (os.path.join(doc, "theme", "slimbox2"), glob.glob(os.path.join(pydir, "..", "theme", "slimbox2", "*.css"))), (os.path.join(doc, "theme", "slimbox2"), glob.glob(os.path.join(pydir, "..", "theme", "slimbox2", "*.js"))), (os.path.join(doc, "theme", "icons"), [os.path.join(pydir, "..", "theme", "icons", "favicon.ico")]), (doc, [os.path.join(pydir, "..", "README.html")]) ] if not is_rpm_build or doc_layout.startswith("deb") else [] if data_files: if doc_layout.startswith("deb"): data_files.append((doc, [os.path.join(pydir, "..", "dist", "copyright")])) data_files.append((os.path.join(os.path.dirname(data), "doc-base"), [os.path.join(pydir, "..", "misc", "dispcalgui-readme")])) else: data_files.append((doc, [os.path.join(pydir, "..", "LICENSE.txt")])) if sys.platform not in ("darwin", "win32") or do_py2app or do_py2exe: # Linux/Unix or py2app/py2exe data_files += [ (data, [os.path.join(pydir, "argyll_instruments.json")]), (data, [os.path.join(pydir, "beep.wav")]), (data, [os.path.join(pydir, "camera_shutter.wav")]), (data, [os.path.join(pydir, "pnp.ids")]), (data, [os.path.join(pydir, "quirk.json")]), (os.path.join(data, "lang"), glob.glob(os.path.join(pydir, "lang", "*.json"))), (os.path.join(data, "presets"), glob.glob(os.path.join(pydir, "presets", "*.icc"))), (os.path.join(data, "ref"), glob.glob(os.path.join(pydir, "ref", "*.cie"))), (os.path.join(data, "ref"), glob.glob(os.path.join(pydir, "ref", "*.gam"))), (os.path.join(data, "ref"), glob.glob(os.path.join(pydir, "ref", "*.icm"))), (os.path.join(data, "ref"), glob.glob(os.path.join(pydir, "ref", "*.ti1"))), (os.path.join(data, "report"), glob.glob(os.path.join(pydir, "report", "*.css"))), (os.path.join(data, "report"), glob.glob(os.path.join(pydir, "report", "*.html"))), (os.path.join(data, "report"), glob.glob(os.path.join(pydir, "report", "*.js"))), (os.path.join(data, "tests"), glob.glob(os.path.join(pydir, "..", "tests", "*.icc"))), (os.path.join(data, "theme"), glob.glob(os.path.join(pydir, "theme", "*.png"))), (os.path.join(data, "ti1"), glob.glob(os.path.join(pydir, "ti1", "*.ti1"))), (os.path.join(data, "xrc"), glob.glob(os.path.join(pydir, "xrc", "*.xrc"))), (data, [os.path.join(pydir, "linear.cal")]), (data, [os.path.join(pydir, "test.cal")]) ] if sys.platform == "win32": if do_py2exe: data_files += [ (os.path.join(data, "theme", "icons"), [os.path.join(pydir, "theme", "icons", name + "-uninstall.ico")]), (os.path.join(data, "lib"), [sys.executable, sys.executable.replace(".exe", "w.exe")]), (os.path.join(data, "scripts"), [os.path.join("scripts", name + "-3DLUT-maker")]), (os.path.join(data, "scripts"), [os.path.join("scripts", name + "-apply-profiles")]), (os.path.join(data, "scripts"), [os.path.join("scripts", name + "-curve-viewer")]), (os.path.join(data, "scripts"), [os.path.join("scripts", name + "-profile-info")]), (os.path.join(data, "scripts"), [os.path.join("scripts", name + "-synthprofile")]), (os.path.join(data, "scripts"), [os.path.join("scripts", name + "-testchart-editor")])] else: data_files += [(os.path.join(data, "theme", "icons"), glob.glob(os.path.join(pydir, "theme", "icons", "*.icns|*.ico")))] elif sys.platform != "darwin": # Linux data_files += [(os.path.join(os.path.dirname(data), "applications"), [os.path.join(pydir, "..", "misc", name + ".desktop")])] data_files += [(autostart if os.geteuid() == 0 or prefix.startswith("/") else autostart_home, [os.path.join(pydir, "..", "misc", "z-%s-apply-profiles.desktop" % name)])] data_files += [(os.path.join(os.path.dirname(data), "man", "man1"), glob.glob(os.path.join(pydir, "..", "man", "*.1")))] if not skip_instrument_conf_files: # device configuration / permission stuff if is_rpm_build: # RPM postinstall script will install these to the correct # locations. This allows us compatibility with Argyll # packages which may also contain same udev rules / hotplug # scripts, thus avoiding file conflicts data_files += [(os.path.join(data, "usb"), [os.path.join( pydir, "..", "misc", "45-Argyll.rules")])] data_files += [(os.path.join(data, "usb"), [os.path.join( pydir, "..", "misc", "55-Argyll.rules")])] data_files += [(os.path.join(data, "usb"), [os.path.join( pydir, "..", "misc", "Argyll")])] data_files += [(os.path.join(data, "usb"), [os.path.join( pydir, "..", "misc", "Argyll.usermap")])] else: devconf_files = [] if os.path.isdir("/etc/udev/rules.d"): if glob.glob("/dev/bus/usb/*/*"): # USB and serial instruments using udev, where udev # already creates /dev/bus/usb/00X/00X devices devconf_files += [ ("/etc/udev/rules.d", [os.path.join( pydir, "..", "misc", "55-Argyll.rules")]) ] else: # USB using udev, where there are NOT /dev/bus/usb/00X/00X # devices devconf_files += [ ("/etc/udev/rules.d", [os.path.join( pydir, "..", "misc", "45-Argyll.rules")]) ] else: if os.path.isdir("/etc/hotplug"): # USB using hotplug and Serial using udev # (older versions of Linux) devconf_files += [ ("/etc/hotplug/usb", [os.path.join(pydir, "..", "misc", fname) for fname in ["Argyll", "Argyll.usermap"]]) ] for entry in devconf_files: for fname in entry[1]: if os.path.isfile(fname): data_files += [(entry[0], [fname])] for dname in ("10x10", "16x16", "22x22", "24x24", "32x32", "48x48", "72x72", "256x256"): # Only the 10x10, 16x16, 32x32 and 72x72 icons are used exclusively # by the app, the other sizes of the app icon are used for the # desktop entry under Linux icons = [] desktopicons = [] for iconpath in glob.glob(os.path.join(pydir, "theme", "icons", dname, "*.png")): if os.path.basename(iconpath) != name + ".png" or ( sys.platform in ("darwin", "win32") and dname in ("10x10", "16x16", "32x32", "72x72")): icons.append(iconpath) elif sys.platform not in ("darwin", "win32"): desktopicons.append(iconpath) if icons: data_files += [(os.path.join(data, "theme", "icons", dname), icons)] if desktopicons: data_files += [(os.path.join(os.path.dirname(data), "icons", "hicolor", dname, "apps"), desktopicons)] sources = [os.path.join(name, "RealDisplaySizeMM.c")] if sys.platform == "win32": macros = [("NT", None)] libraries = ["user32", "gdi32"] link_args = None elif sys.platform == "darwin": macros = [("__APPLE__", None), ("UNIX", None)] libraries = None link_args = ["-framework Carbon", "-framework CoreFoundation", "-framework Python", "-framework IOKit"] if not help and ("build" in sys.argv[1:] or "build_ext" in sys.argv[1:] or (("install" in sys.argv[1:] or "install_lib" in sys.argv[1:]) and not "--skip-build" in sys.argv[1:])): p = sp.Popen([sys.executable, '-c', '''import os from distutils.core import setup, Extension setup(ext_modules=[Extension("%s.RealDisplaySizeMM", sources=%r, define_macros=%r, extra_link_args=%r)])''' % (name, sources, macros, link_args)] + sys.argv[1:], stdout = sp.PIPE, stderr = sp.STDOUT) lines = [] while True: o = p.stdout.readline() if o == '' and p.poll() != None: break if o[0:4] == 'gcc ': lines += [o] print o.rstrip() if len(lines): os.environ['MACOSX_DEPLOYMENT_TARGET'] = '10.3' sp.call(lines[-1], shell = True) # fix the library else: macros = [("UNIX", None)] libraries = ["X11", "Xinerama", "Xrandr", "Xxf86vm"] link_args = None if sys.platform == "darwin": extname = "%s.lib.RealDisplaySizeMM" % name else: extname = "%s.lib%s.python%s%s.RealDisplaySizeMM" % ((name, bits) + sys.version_info[:2]) RealDisplaySizeMM = Extension(extname, sources=sources, define_macros=macros, libraries=libraries, extra_link_args=link_args) ext_modules = [RealDisplaySizeMM] requires = [] if not setuptools or sys.platform != "win32": # wxPython windows installer doesn't add egg-info entry, so # a dependency check from pkg_resources would always fail requires += [ "wxPython (>= %s)" % ".".join(str(n) for n in wx_minversion) ] if sys.platform == "win32": requires += [ "pywin32 (>= 213.0)" ] packages = [name, "%s.lib" % name, "%s.lib.agw" % name] if sdist: # For source desributions we want all libraries for tmpbits in ("32", "64"): for pycompat in ("25", "26", "27"): packages += ["%s.lib%s" % (name, tmpbits), "%s.lib%s.python%s" % (name, tmpbits, pycompat)] elif sys.platform == "darwin": # On Mac OS X we only want the universal binary in lib pass else: # On Linux/Windows we want separate libraries packages += ["%s.lib%s" % (name, bits), "%s.lib%s.python%s%s" % ((name, bits) + sys.version_info[:2])] attrs = { "author": author_ascii, "author_email": "%s@hoech.net" % name, "classifiers": [ "Development Status :: 5 - Production/Stable", "Environment :: MacOS X", "Environment :: Win32 (MS Windows)", "Environment :: X11 Applications", "Intended Audience :: End Users/Desktop", "License :: OSI Approved :: GNU General Public License v3 or later (GPLv3+)", "Operating System :: OS Independent", "Programming Language :: Python :: 2.5", "Programming Language :: Python :: 2.6", "Programming Language :: Python :: 2.7", "Topic :: Multimedia :: Graphics", ], "data_files": data_files, "description": description, "download_url": "http://%(domain)s/" "%(name)s-%(version)s.tar.gz" % {"domain": domain, "name": name, "version": version}, "ext_modules": ext_modules, "license": "GPL v3", "long_description": longdesc, "name": name, "packages": packages, "package_data": package_data, "package_dir": { name: name }, "platforms": [ "Python >= %s <= %s" % (".".join(str(n) for n in py_minversion), ".".join(str(n) for n in py_maxversion)), "Linux/Unix with X11", "Mac OS X >= 10.4", "Windows 2000 and newer" ], "requires": requires, "provides": [name], "scripts": [], "url": "http://%s/" % domain, "version": msiversion if "bdist_msi" in sys.argv[1:] else version } if setuptools: attrs["entry_points"] = { "gui_scripts": [ "%s = %s.%s:main" % (name, name, name), ] } attrs["exclude_package_data"] = { name: ["RealDisplaySizeMM.c"] } attrs["include_package_data"] = sys.platform in ("darwin", "win32") install_requires = [req.replace("(", "").replace(")", "") for req in requires] attrs["install_requires"] = install_requires attrs["zip_safe"] = False else: attrs["scripts"] += [os.path.join("scripts", name)] attrs["scripts"] += [os.path.join("scripts", name + "-3DLUT-maker")] attrs["scripts"] += [os.path.join("scripts", name + "-curve-viewer")] attrs["scripts"] += [os.path.join("scripts", name + "-profile-info")] attrs["scripts"] += [os.path.join("scripts", name + "-synthprofile")] attrs["scripts"] += [os.path.join("scripts", name + "-testchart-editor")] if sys.platform != "darwin" and (sys.platform != "win32" or not do_py2exe): attrs["scripts"] += [os.path.join("scripts", name + "-apply-profiles")] if bdist_bbfreeze: attrs["setup_requires"] = ["bbfreeze"] if "bdist_wininst" in sys.argv[1:]: attrs["scripts"] += [os.path.join("util", name + "_postinstall.py")] if do_py2app: reversedomain = domain.split(".") reversedomain.reverse() reversedomain = ".".join(reversedomain) attrs["app"] = [os.path.join(pydir, "main.py")] dist_dir = os.path.join(pydir, "..", "dist", "py2app.%s-py%s" % (get_platform(), sys.version[:3]), name + "-" + version) excludes = ["test", "Tkconstants", "Tkinter", "tcl"] for excludebits in ("32", "64"): excludes += ["dispcalGUI.lib%s" % excludebits] for pycompat in ("25", "26", "27"): excludes += ["lib%s.python%s" % (excludebits, pycompat), "lib%s.python%s.RealDisplaySizeMM" % (excludebits, pycompat)] attrs["options"] = { "py2app": { "argv_emulation": True, "dist_dir": dist_dir, # numpy.lib.utils imports pydoc, which imports Tkinter, but # numpy.lib.utils is not even used by dispcalGUI, so omit all # Tk stuff "excludes": excludes, "iconfile": os.path.join(pydir, "theme", "icons", "dispcalGUI.icns"), "optimize": 0, "plist": { "CFBundleDevelopmentRegion": "English", "CFBundleExecutable": name, "CFBundleGetInfoString": version, "CFBundleIdentifier": reversedomain, "CFBundleInfoDictionaryVersion": "6.0", "CFBundleLongVersionString": version, "CFBundleName": name, "CFBundlePackageType": "APPL", "CFBundleShortVersionString": version, "CFBundleSignature": "????", "CFBundleVersion": ".".join(map(str, version_tuple)), "NSHumanReadableCopyright": u"© %s %s" % (strftime("%Y"), author) } } } attrs["setup_requires"] = ["py2app"] if do_py2exe: import wx from winmanifest_util import getmanifestxml manifest_xml = getmanifestxml(os.path.join(pydir, "..", "misc", name + (".exe.VC90.manifest" if hasattr(sys, "version_info") and sys.version_info[:2] >= (2,6) else ".exe.manifest"))) attrs["windows"] = [Target(**{ "script": os.path.join(pydir, "..", script), "icon_resources": [(1, os.path.join(pydir, "theme", "icons", name + ".ico"))], "other_resources": [(24, 1, manifest_xml)], "copyright": u"© %s %s" % (strftime("%Y"), author), "description": desc }) for desc, script in [(name, name + ".pyw"), ("Profile Loader", os.path.join("scripts", name + "-apply-profiles")), ("3DLUT Maker", os.path.join("scripts", name + "-3DLUT-maker")), ("Curve Viewer", os.path.join("scripts", name + "-curve-viewer")), ("Profile Info", os.path.join("scripts", name + "-profile-info")), ("Synthetic Profile Creator", os.path.join("scripts", name + "-synthprofile")), ("Testchart Editor", os.path.join("scripts", name + "-testchart-editor"))]] dist_dir = os.path.join(pydir, "..", "dist", "py2exe.%s-py%s" % (get_platform(), sys.version[:3]), name + "-" + version) excludes = ["Tkconstants", "Tkinter", "tcl", "dispcalGUI.lib", "lib.RealDisplaySizeMM"] if bits == "32": excludebits = "64" else: excludebits = "32" excludes += ["dispcalGUI.lib%s" % excludebits, "lib%s.RealDisplaySizeMM" % excludebits] for pycompat in ("25", "26", "27"): excludes += ["lib%s.python%s" % (excludebits, pycompat), "lib%s.python%s.RealDisplaySizeMM" % (excludebits, pycompat)] attrs["options"] = { "py2exe": { "dist_dir": dist_dir, "dll_excludes": [ "iertutil.dll", "msvcm90.dll", "msvcp90.dll", "msvcr90.dll", "mswsock.dll", "urlmon.dll", "w9xpopen.exe" ], # numpy.lib.utils imports pydoc, which imports Tkinter, but # numpy.lib.utils is not even used by dispcalGUI, so omit all # Tk stuff "excludes": excludes, "bundle_files": 3 if wx.VERSION >= (2, 8, 10, 1) else 1, "compressed": 1, "optimize": 0 # 0 = don’t optimize (generate .pyc) # 1 = normal optimization (like python -O) # 2 = extra optimization (like python -OO) } } if debug: attrs["options"]["py2exe"].update({ "bundle_files": 3, "compressed": 0, "optimize": 0, "skip_archive": 1 }) if setuptools: attrs["setup_requires"] = ["py2exe"] attrs["zipfile"] = os.path.join("lib", "library.zip") if (do_uninstall or do_install or bdist_win or bdist_dumb) and not help: distutils.core._setup_stop_after = "commandline" dist = setup(**attrs) distutils.core._setup_stop_after = None cmd = install(dist).get_finalized_command("install") if debug > 0: for attrname in [ "base", "data", "headers", "lib", "libbase", "platbase", "platlib", "prefix", "purelib", "root", "scripts", "userbase" ]: if attrname not in ["prefix", "root"]: attrname = "install_" + attrname if hasattr(cmd, attrname): print attrname, getattr(cmd, attrname) if debug > 1: try: from ppdir import ppdir except ImportError: pass else: ppdir(cmd, types=[dict, list, str, tuple, type, unicode]) if not install_data and sys.platform in ("darwin", "win32"): # on Mac OS X and Windows, we want data files in the package dir data_basedir = cmd.install_lib else: data_basedir = cmd.install_data data = change_root(data_basedir, data) doc = change_root(data_basedir, doc) # determine in which cases we want to make data file paths relative to # site-packages (on Mac and Windows) and when we want to make them # absolute (Linux) linux = sys.platform not in ("darwin", "win32") and (not cmd.root and setuptools) dar_win = (sys.platform in ("darwin", "win32") and (cmd.root or not setuptools)) or bdist_win if not do_uninstall and not install_data and (linux or dar_win) and \ attrs["data_files"]: if data_basedir.startswith(cmd.install_data + os.path.sep): data_basedir = relpath(data_basedir, cmd.install_data) print "*** changing basedir for data_files:", data_basedir for i, f in enumerate(attrs["data_files"]): if type(f) is StringType: attrs["data_files"][i] = change_root(data_basedir, f) else: attrs["data_files"][i] = (change_root(data_basedir, f[0]), f[1]) if do_uninstall and not help: # Quick and dirty uninstall if dry_run: print "dry run - nothing will be removed" else: from postinstall import postuninstall # Yeah, yeah - its actually pre-uninstall if cmd.root: postuninstall(prefix=change_root(cmd.root, cmd.prefix)) else: postuninstall(prefix=cmd.prefix) removed = [] visited = [] if os.path.exists(recordfile_name): paths = [(change_root(cmd.root, line.rstrip("\n")) if cmd.root else line.rstrip("\n")) for line in open(recordfile_name, "r")] else: paths = [] if not paths: # If the installed files have not been recorded, use some fallback # logic to find them paths = glob.glob(os.path.join(cmd.install_scripts, name)) if sys.platform == "win32": if setuptools: paths += glob.glob(os.path.join(cmd.install_scripts, name + ".exe")) paths += glob.glob(os.path.join(cmd.install_scripts, name + "-script.py")) else: paths += glob.glob(os.path.join(cmd.install_scripts, name + ".cmd")) paths += glob.glob(os.path.join(cmd.install_scripts, name + "_postinstall.py")) for attrname in [ "data", "headers", "lib", "libbase", "platlib", "purelib" ]: path = os.path.join(getattr(cmd, "install_" + attrname), name) if not path in paths: # Using sys.version in this way is consistent with # setuptools paths += glob.glob(path) + glob.glob(path + ("-%(version)s-py%(pyversion)s*.egg" % { "version": version, "pyversion": sys.version[:3] }) ) + glob.glob(path + ("-%(version)s-py%(pyversion)s*.egg-info" % { "version": version, "pyversion": sys.version[:3] }) ) if os.path.isabs(data) and not data in paths: for fname in [ "lang", "presets", "ref", "report", "screenshots", "tests", "theme", "ti1", "LICENSE.txt", "README.html", "argyll_instruments.json", "beep.wav", "camera_shutter.wav", name + ".desktop", "pnp.ids", "quirk.json", "linear.cal", "test.cal" ]: path = os.path.join(data, fname) if not path in paths: paths += glob.glob(path) if os.path.isabs(doc) and not doc in paths: for fname in [ "screenshots", "theme", "LICENSE.txt", "README.html" ]: path = os.path.join(doc, fname) if not path in paths: paths += glob.glob(path) if sys.platform == "win32": from postinstall import get_special_folder_path startmenu_programs_common = get_special_folder_path( "CSIDL_COMMON_PROGRAMS") startmenu_programs = get_special_folder_path("CSIDL_PROGRAMS") for path in (startmenu_programs_common, startmenu_programs): if path: for filename in (name, "LICENSE", "README", "Uninstall"): paths += glob.glob(os.path.join(path, name, filename + ".lnk")) for path in paths: if os.path.exists(path): if path in visited: continue else: visited += [path] if dry_run: print path continue try: if os.path.isfile(path): os.remove(path) elif os.path.isdir(path): os.rmdir(path) except Exception, exception: print "could'nt remove", path print " ", exception else: print "removed", path removed += [path] while path != os.path.dirname(path): # remove parent directories if empty # could also use os.removedirs(path) but we want some status # info path = os.path.dirname(path) if os.path.isdir(path): if len(os.listdir(path)) == 0: if path in visited: continue else: visited += [path] if dry_run: print path continue try: os.rmdir(path) except Exception, exception: print "could'nt remove", path print " ", exception else: print "removed", path removed += [path] else: break if not removed: print len(visited), "entries found" else: print len(removed), "entries removed" else: # To have a working sdist and bdist_rpm when using distutils, # we go to the length of generating MANIFEST.in from scratch everytime, # using the information available from setup. manifest_in = ["# This file will be re-generated by setup.py - do not" "edit"] manifest_in += ["include LICENSE.txt", "include MANIFEST", "include MANIFEST.in", "include README.html", "include %s.pyw" % name, "include use-distutils"] manifest_in += ["include " + os.path.basename(sys.argv[0])] manifest_in += ["include " + os.path.splitext(os.path.basename(sys.argv[0]))[0] + ".cfg"] for datadir, datafiles in attrs.get("data_files", []): for datafile in datafiles: manifest_in += ["include " + ( relpath(os.path.sep.join(datafile.split("/")), basedir) or datafile)] for extmod in attrs.get("ext_modules", []): manifest_in += ["include " + os.path.sep.join(src.split("/")) for src in extmod.sources] for pkg in attrs.get("packages", []): pkg = os.path.join(*pkg.split(".")) pkgdir = os.path.sep.join(attrs.get("package_dir", {}).get(pkg, pkg).split("/")) manifest_in += ["include " + os.path.join(pkgdir, "*.py")] manifest_in += ["include " + os.path.join(pkgdir, "*.so")] for obj in attrs.get("package_data", {}).get(pkg, []): manifest_in += ["include " + os.path.sep.join([pkgdir] + obj.split("/"))] for pymod in attrs.get("py_modules", []): manifest_in += ["include " + os.path.join(*pymod.split("."))] manifest_in += ["include " + os.path.join(name, "theme", "theme-info.txt")] manifest_in += ["recursive-include %s %s %s" % (os.path.join(name, "theme", "icons"), "*.icns", "*.ico")] manifest_in += ["recursive-include %s %s" % ("autopackage", "*")] manifest_in += ["include " + os.path.join("man", "*.1")] manifest_in += ["recursive-include %s %s" % ("misc", "*")] if skip_instrument_conf_files: manifest_in += [ "exclude misc/Argyll", "exclude misc/*.rules", "exclude misc/*.usermap", ] manifest_in += ["include " + os.path.join("screenshots", "*.png")] manifest_in += ["include " + os.path.join("scripts", "*")] manifest_in += ["include " + os.path.join("tests", "*")] manifest_in += ["recursive-include %s %s" % ("theme", "*")] manifest_in += ["recursive-include %s %s" % ("util", "*.cmd *.py *.sh")] if sys.platform == "win32" and not setuptools: # Only needed under Windows manifest_in += ["global-exclude .svn/*"] manifest_in += ["global-exclude *~"] manifest_in += ["global-exclude *.backup"] manifest_in += ["global-exclude *.bak"] if not dry_run: manifest = open("MANIFEST.in", "w") manifest.write("\n".join(manifest_in)) manifest.close() if os.path.exists("MANIFEST"): os.remove("MANIFEST") if bdist_bbfreeze: i = sys.argv.index("bdist_bbfreeze") if not "-d" in sys.argv[i + 1:] and \ not "--dist-dir" in sys.argv[i + 1:]: dist_dir = os.path.join(pydir, "..", "dist", "bbfreeze.%s-py%s" % (get_platform(), sys.version[:3])) sys.argv.insert(i + 1, "--dist-dir=" + dist_dir) if not "egg_info" in sys.argv[1:i]: sys.argv.insert(i, "egg_info") if do_py2app or do_py2exe: sys.path.insert(1, pydir) i = sys.argv.index("py2app" if do_py2app else "py2exe") if not "build_ext" in sys.argv[1:i]: sys.argv.insert(i, "build_ext") if len(sys.argv) < i + 2 or sys.argv[i + 1] not in ("--inplace", "-i"): sys.argv.insert(i + 1, "-i") setup(**attrs) if dry_run or help: return if do_py2app: # Create ref, tests, ReadMe and license symlinks in directory # containing the app bundle os.symlink(os.path.join("dispcalGUI.app", "Contents", "Resources", "ref"), os.path.join(dist_dir, "ref")) os.symlink(os.path.join("dispcalGUI.app", "Contents", "Resources", "tests"), os.path.join(dist_dir, "tests")) os.symlink(os.path.join("dispcalGUI.app", "Contents", "Resources", "README.html"), os.path.join(dist_dir, "README.html")) os.symlink(os.path.join("dispcalGUI.app", "Contents", "Resources", "LICENSE.txt"), os.path.join(dist_dir, "LICENSE.txt")) if do_py2exe: shutil.copy(os.path.join(dist_dir, "python26.dll"), os.path.join(dist_dir, "lib", "python26.dll")) if ((bdist_bbfreeze and sys.platform == "win32") or do_py2exe) and \ sys.version_info[:2] >= (2,6): from vc90crt import name as vc90crt_name, vc90crt_copy_files if do_py2exe: vc90crt_copy_files(dist_dir) vc90crt_copy_files(os.path.join(dist_dir, "lib")) else: vc90crt_copy_files(os.path.join(dist_dir, name + "-" + version)) if do_full_install and not is_rpm_build and not skip_postinstall: from postinstall import postinstall if sys.platform == "win32": path = os.path.join(cmd.install_lib, name) # Using sys.version in this way is consistent with setuptools for path in glob.glob(path) + glob.glob( os.path.join(path + ( "-%(version)s-py%(pyversion)s*.egg" % { "version": version, "pyversion": sys.version[:3] } ), name) ): if cmd.root: postinstall(prefix=change_root(cmd.root, path)) else: postinstall(prefix=path) elif cmd.root: postinstall(prefix=change_root(cmd.root, cmd.prefix)) else: postinstall(prefix=cmd.prefix) if __name__ == "__main__": setup() dispcalGUI-1.7.1.6/dispcalGUI/subprocess.py000644 000765 000000 00000001012 12025152312 020327 0ustar00svpwheel000000 000000 # WRAPPER FOR PYTHON 2.5 # This module exists only to make sure that other module's imports of subprocess # end up with a version that supports the terminate() method (introduced in # Python 2.6) import sys from subprocess26 import * if sys.platform == "win32": from subprocess26 import (CREATE_NEW_CONSOLE, DUPLICATE_SAME_ACCESS, INFINITE, STARTF_USESHOWWINDOW, STARTF_USESTDHANDLES, STARTUPINFO, STD_ERROR_HANDLE, STD_INPUT_HANDLE, STD_OUTPUT_HANDLE, SW_HIDE, WAIT_OBJECT_0) dispcalGUI-1.7.1.6/dispcalGUI/subprocess26.py000644 000765 000000 00000136076 12025152312 020522 0ustar00svpwheel000000 000000 # subprocess - Subprocesses with accessible I/O streams # # For more information about this module, see PEP 324. # # This module should remain compatible with Python 2.2, see PEP 291. # # Copyright (c) 2003-2005 by Peter Astrand # # Licensed to PSF under a Contributor Agreement. # See http://www.python.org/2.4/license for licensing details. r"""subprocess - Subprocesses with accessible I/O streams This module allows you to spawn processes, connect to their input/output/error pipes, and obtain their return codes. This module intends to replace several other, older modules and functions, like: os.system os.spawn* os.popen* popen2.* commands.* Information about how the subprocess module can be used to replace these modules and functions can be found below. Using the subprocess module =========================== This module defines one class called Popen: class Popen(args, bufsize=0, executable=None, stdin=None, stdout=None, stderr=None, preexec_fn=None, close_fds=False, shell=False, cwd=None, env=None, universal_newlines=False, startupinfo=None, creationflags=0): Arguments are: args should be a string, or a sequence of program arguments. The program to execute is normally the first item in the args sequence or string, but can be explicitly set by using the executable argument. On UNIX, with shell=False (default): In this case, the Popen class uses os.execvp() to execute the child program. args should normally be a sequence. A string will be treated as a sequence with the string as the only item (the program to execute). On UNIX, with shell=True: If args is a string, it specifies the command string to execute through the shell. If args is a sequence, the first item specifies the command string, and any additional items will be treated as additional shell arguments. On Windows: the Popen class uses CreateProcess() to execute the child program, which operates on strings. If args is a sequence, it will be converted to a string using the list2cmdline method. Please note that not all MS Windows applications interpret the command line the same way: The list2cmdline is designed for applications using the same rules as the MS C runtime. bufsize, if given, has the same meaning as the corresponding argument to the built-in open() function: 0 means unbuffered, 1 means line buffered, any other positive value means use a buffer of (approximately) that size. A negative bufsize means to use the system default, which usually means fully buffered. The default value for bufsize is 0 (unbuffered). stdin, stdout and stderr specify the executed programs' standard input, standard output and standard error file handles, respectively. Valid values are PIPE, an existing file descriptor (a positive integer), an existing file object, and None. PIPE indicates that a new pipe to the child should be created. With None, no redirection will occur; the child's file handles will be inherited from the parent. Additionally, stderr can be STDOUT, which indicates that the stderr data from the applications should be captured into the same file handle as for stdout. If preexec_fn is set to a callable object, this object will be called in the child process just before the child is executed. If close_fds is true, all file descriptors except 0, 1 and 2 will be closed before the child process is executed. if shell is true, the specified command will be executed through the shell. If cwd is not None, the current directory will be changed to cwd before the child is executed. If env is not None, it defines the environment variables for the new process. If universal_newlines is true, the file objects stdout and stderr are opened as a text files, but lines may be terminated by any of '\n', the Unix end-of-line convention, '\r', the Macintosh convention or '\r\n', the Windows convention. All of these external representations are seen as '\n' by the Python program. Note: This feature is only available if Python is built with universal newline support (the default). Also, the newlines attribute of the file objects stdout, stdin and stderr are not updated by the communicate() method. The startupinfo and creationflags, if given, will be passed to the underlying CreateProcess() function. They can specify things such as appearance of the main window and priority for the new process. (Windows only) This module also defines two shortcut functions: call(*popenargs, **kwargs): Run command with arguments. Wait for command to complete, then return the returncode attribute. The arguments are the same as for the Popen constructor. Example: retcode = call(["ls", "-l"]) check_call(*popenargs, **kwargs): Run command with arguments. Wait for command to complete. If the exit code was zero then return, otherwise raise CalledProcessError. The CalledProcessError object will have the return code in the returncode attribute. The arguments are the same as for the Popen constructor. Example: check_call(["ls", "-l"]) Exceptions ---------- Exceptions raised in the child process, before the new program has started to execute, will be re-raised in the parent. Additionally, the exception object will have one extra attribute called 'child_traceback', which is a string containing traceback information from the childs point of view. The most common exception raised is OSError. This occurs, for example, when trying to execute a non-existent file. Applications should prepare for OSErrors. A ValueError will be raised if Popen is called with invalid arguments. check_call() will raise CalledProcessError, if the called process returns a non-zero return code. Security -------- Unlike some other popen functions, this implementation will never call /bin/sh implicitly. This means that all characters, including shell metacharacters, can safely be passed to child processes. Popen objects ============= Instances of the Popen class have the following methods: poll() Check if child process has terminated. Returns returncode attribute. wait() Wait for child process to terminate. Returns returncode attribute. communicate(input=None) Interact with process: Send data to stdin. Read data from stdout and stderr, until end-of-file is reached. Wait for process to terminate. The optional input argument should be a string to be sent to the child process, or None, if no data should be sent to the child. communicate() returns a tuple (stdout, stderr). Note: The data read is buffered in memory, so do not use this method if the data size is large or unlimited. The following attributes are also available: stdin If the stdin argument is PIPE, this attribute is a file object that provides input to the child process. Otherwise, it is None. stdout If the stdout argument is PIPE, this attribute is a file object that provides output from the child process. Otherwise, it is None. stderr If the stderr argument is PIPE, this attribute is file object that provides error output from the child process. Otherwise, it is None. pid The process ID of the child process. returncode The child return code. A None value indicates that the process hasn't terminated yet. A negative value -N indicates that the child was terminated by signal N (UNIX only). Replacing older functions with the subprocess module ==================================================== In this section, "a ==> b" means that b can be used as a replacement for a. Note: All functions in this section fail (more or less) silently if the executed program cannot be found; this module raises an OSError exception. In the following examples, we assume that the subprocess module is imported with "from subprocess import *". Replacing /bin/sh shell backquote --------------------------------- output=`mycmd myarg` ==> output = Popen(["mycmd", "myarg"], stdout=PIPE).communicate()[0] Replacing shell pipe line ------------------------- output=`dmesg | grep hda` ==> p1 = Popen(["dmesg"], stdout=PIPE) p2 = Popen(["grep", "hda"], stdin=p1.stdout, stdout=PIPE) output = p2.communicate()[0] Replacing os.system() --------------------- sts = os.system("mycmd" + " myarg") ==> p = Popen("mycmd" + " myarg", shell=True) pid, sts = os.waitpid(p.pid, 0) Note: * Calling the program through the shell is usually not required. * It's easier to look at the returncode attribute than the exitstatus. A more real-world example would look like this: try: retcode = call("mycmd" + " myarg", shell=True) if retcode < 0: print >>sys.stderr, "Child was terminated by signal", -retcode else: print >>sys.stderr, "Child returned", retcode except OSError, e: print >>sys.stderr, "Execution failed:", e Replacing os.spawn* ------------------- P_NOWAIT example: pid = os.spawnlp(os.P_NOWAIT, "/bin/mycmd", "mycmd", "myarg") ==> pid = Popen(["/bin/mycmd", "myarg"]).pid P_WAIT example: retcode = os.spawnlp(os.P_WAIT, "/bin/mycmd", "mycmd", "myarg") ==> retcode = call(["/bin/mycmd", "myarg"]) Vector example: os.spawnvp(os.P_NOWAIT, path, args) ==> Popen([path] + args[1:]) Environment example: os.spawnlpe(os.P_NOWAIT, "/bin/mycmd", "mycmd", "myarg", env) ==> Popen(["/bin/mycmd", "myarg"], env={"PATH": "/usr/bin"}) Replacing os.popen* ------------------- pipe = os.popen("cmd", mode='r', bufsize) ==> pipe = Popen("cmd", shell=True, bufsize=bufsize, stdout=PIPE).stdout pipe = os.popen("cmd", mode='w', bufsize) ==> pipe = Popen("cmd", shell=True, bufsize=bufsize, stdin=PIPE).stdin (child_stdin, child_stdout) = os.popen2("cmd", mode, bufsize) ==> p = Popen("cmd", shell=True, bufsize=bufsize, stdin=PIPE, stdout=PIPE, close_fds=True) (child_stdin, child_stdout) = (p.stdin, p.stdout) (child_stdin, child_stdout, child_stderr) = os.popen3("cmd", mode, bufsize) ==> p = Popen("cmd", shell=True, bufsize=bufsize, stdin=PIPE, stdout=PIPE, stderr=PIPE, close_fds=True) (child_stdin, child_stdout, child_stderr) = (p.stdin, p.stdout, p.stderr) (child_stdin, child_stdout_and_stderr) = os.popen4("cmd", mode, bufsize) ==> p = Popen("cmd", shell=True, bufsize=bufsize, stdin=PIPE, stdout=PIPE, stderr=STDOUT, close_fds=True) (child_stdin, child_stdout_and_stderr) = (p.stdin, p.stdout) On Unix, os.popen2, os.popen3 and os.popen4 also accept a sequence as the command to execute, in which case arguments will be passed directly to the program without shell intervention. This usage can be replaced as follows: (child_stdin, child_stdout) = os.popen2(["/bin/ls", "-l"], mode, bufsize) ==> p = Popen(["/bin/ls", "-l"], bufsize=bufsize, stdin=PIPE, stdout=PIPE) (child_stdin, child_stdout) = (p.stdin, p.stdout) Return code handling translates as follows: pipe = os.popen("cmd", 'w') ... rc = pipe.close() if rc != None and rc % 256: print "There were some errors" ==> process = Popen("cmd", 'w', shell=True, stdin=PIPE) ... process.stdin.close() if process.wait() != 0: print "There were some errors" Replacing popen2.* ------------------ (child_stdout, child_stdin) = popen2.popen2("somestring", bufsize, mode) ==> p = Popen(["somestring"], shell=True, bufsize=bufsize stdin=PIPE, stdout=PIPE, close_fds=True) (child_stdout, child_stdin) = (p.stdout, p.stdin) On Unix, popen2 also accepts a sequence as the command to execute, in which case arguments will be passed directly to the program without shell intervention. This usage can be replaced as follows: (child_stdout, child_stdin) = popen2.popen2(["mycmd", "myarg"], bufsize, mode) ==> p = Popen(["mycmd", "myarg"], bufsize=bufsize, stdin=PIPE, stdout=PIPE, close_fds=True) (child_stdout, child_stdin) = (p.stdout, p.stdin) The popen2.Popen3 and popen2.Popen4 basically works as subprocess.Popen, except that: * subprocess.Popen raises an exception if the execution fails * the capturestderr argument is replaced with the stderr argument. * stdin=PIPE and stdout=PIPE must be specified. * popen2 closes all filedescriptors by default, but you have to specify close_fds=True with subprocess.Popen. """ import sys mswindows = (sys.platform == "win32") import os import types import traceback import gc import signal # Exception classes used by this module. class CalledProcessError(Exception): """This exception is raised when a process run by check_call() returns a non-zero exit status. The exit status will be stored in the returncode attribute.""" def __init__(self, returncode, cmd): self.returncode = returncode self.cmd = cmd def __str__(self): return "Command '%s' returned non-zero exit status %d" % (self.cmd, self.returncode) if mswindows: import threading import msvcrt if 0: # <-- change this to use pywin32 instead of the _subprocess driver import pywintypes from win32api import GetStdHandle, STD_INPUT_HANDLE, \ STD_OUTPUT_HANDLE, STD_ERROR_HANDLE from win32api import GetCurrentProcess, DuplicateHandle, \ GetModuleFileName, GetVersion from win32con import DUPLICATE_SAME_ACCESS, SW_HIDE from win32pipe import CreatePipe from win32process import CreateProcess, STARTUPINFO, \ GetExitCodeProcess, STARTF_USESTDHANDLES, \ STARTF_USESHOWWINDOW, CREATE_NEW_CONSOLE from win32process import TerminateProcess from win32event import WaitForSingleObject, INFINITE, WAIT_OBJECT_0 else: from _subprocess import * class STARTUPINFO: dwFlags = 0 hStdInput = None hStdOutput = None hStdError = None wShowWindow = 0 class pywintypes: error = IOError else: import select import errno import fcntl import pickle __all__ = ["Popen", "PIPE", "STDOUT", "call", "check_call", "CalledProcessError"] try: MAXFD = os.sysconf("SC_OPEN_MAX") except: MAXFD = 256 # True/False does not exist on 2.2.0 #try: # False #except NameError: # False = 0 # True = 1 _active = [] def _cleanup(): for inst in _active[:]: if inst._internal_poll(_deadstate=sys.maxint) >= 0: try: _active.remove(inst) except ValueError: # This can happen if two threads create a new Popen instance. # It's harmless that it was already removed, so ignore. pass PIPE = -1 STDOUT = -2 def _eintr_retry_call(func, *args): while True: try: return func(*args) except OSError, e: if e.errno == errno.EINTR: continue raise def call(*popenargs, **kwargs): """Run command with arguments. Wait for command to complete, then return the returncode attribute. The arguments are the same as for the Popen constructor. Example: retcode = call(["ls", "-l"]) """ return Popen(*popenargs, **kwargs).wait() def check_call(*popenargs, **kwargs): """Run command with arguments. Wait for command to complete. If the exit code was zero then return, otherwise raise CalledProcessError. The CalledProcessError object will have the return code in the returncode attribute. The arguments are the same as for the Popen constructor. Example: check_call(["ls", "-l"]) """ retcode = call(*popenargs, **kwargs) cmd = kwargs.get("args") if cmd is None: cmd = popenargs[0] if retcode: raise CalledProcessError(retcode, cmd) return retcode def list2cmdline(seq): """ Translate a sequence of arguments into a command line string, using the same rules as the MS C runtime: 1) Arguments are delimited by white space, which is either a space or a tab. 2) A string surrounded by double quotation marks is interpreted as a single argument, regardless of white space or pipe characters contained within. A quoted string can be embedded in an argument. 3) A double quotation mark preceded by a backslash is interpreted as a literal double quotation mark. 4) Backslashes are interpreted literally, unless they immediately precede a double quotation mark. 5) If backslashes immediately precede a double quotation mark, every pair of backslashes is interpreted as a literal backslash. If the number of backslashes is odd, the last backslash escapes the next double quotation mark as described in rule 3. """ # See # http://msdn.microsoft.com/en-us/library/17w5ykft.aspx # or search http://msdn.microsoft.com for # "Parsing C++ Command-Line Arguments" result = [] needquote = False for arg in seq: bs_buf = [] # Add a space to separate this argument from the others if result: result.append(' ') needquote = (" " in arg) or ("\t" in arg) or ("|" in arg) or not arg if needquote: result.append('"') for c in arg: if c == '\\': # Don't know if we need to double yet. bs_buf.append(c) elif c == '"': # Double backslashes. result.append('\\' * len(bs_buf)*2) bs_buf = [] result.append('\\"') else: # Normal char if bs_buf: result.extend(bs_buf) bs_buf = [] result.append(c) # Add remaining backslashes, if any. if bs_buf: result.extend(bs_buf) if needquote: result.extend(bs_buf) result.append('"') return ''.join(result) class Popen(object): def __init__(self, args, bufsize=0, executable=None, stdin=None, stdout=None, stderr=None, preexec_fn=None, close_fds=False, shell=False, cwd=None, env=None, universal_newlines=False, startupinfo=None, creationflags=0): """Create new Popen instance.""" _cleanup() self._child_created = False if not isinstance(bufsize, (int, long)): raise TypeError("bufsize must be an integer") if mswindows: if preexec_fn is not None: raise ValueError("preexec_fn is not supported on Windows " "platforms") if close_fds and (stdin is not None or stdout is not None or stderr is not None): raise ValueError("close_fds is not supported on Windows " "platforms if you redirect stdin/stdout/stderr") else: # POSIX if startupinfo is not None: raise ValueError("startupinfo is only supported on Windows " "platforms") if creationflags != 0: raise ValueError("creationflags is only supported on Windows " "platforms") self.stdin = None self.stdout = None self.stderr = None self.pid = None self.returncode = None self.universal_newlines = universal_newlines # Input and output objects. The general principle is like # this: # # Parent Child # ------ ----- # p2cwrite ---stdin---> p2cread # c2pread <--stdout--- c2pwrite # errread <--stderr--- errwrite # # On POSIX, the child objects are file descriptors. On # Windows, these are Windows file handles. The parent objects # are file descriptors on both platforms. The parent objects # are None when not using PIPEs. The child objects are None # when not redirecting. (p2cread, p2cwrite, c2pread, c2pwrite, errread, errwrite) = self._get_handles(stdin, stdout, stderr) self._execute_child(args, executable, preexec_fn, close_fds, cwd, env, universal_newlines, startupinfo, creationflags, shell, p2cread, p2cwrite, c2pread, c2pwrite, errread, errwrite) if mswindows: if p2cwrite is not None: p2cwrite = msvcrt.open_osfhandle(p2cwrite.Detach(), 0) if c2pread is not None: c2pread = msvcrt.open_osfhandle(c2pread.Detach(), 0) if errread is not None: errread = msvcrt.open_osfhandle(errread.Detach(), 0) if p2cwrite is not None: self.stdin = os.fdopen(p2cwrite, 'wb', bufsize) if c2pread is not None: if universal_newlines: self.stdout = os.fdopen(c2pread, 'rU', bufsize) else: self.stdout = os.fdopen(c2pread, 'rb', bufsize) if errread is not None: if universal_newlines: self.stderr = os.fdopen(errread, 'rU', bufsize) else: self.stderr = os.fdopen(errread, 'rb', bufsize) def _translate_newlines(self, data): data = data.replace("\r\n", "\n") data = data.replace("\r", "\n") return data def __del__(self, sys=sys): if not self._child_created: # We didn't get to successfully create a child process. return # In case the child hasn't been waited on, check if it's done. self._internal_poll(_deadstate=sys.maxint) if self.returncode is None and _active is not None: # Child is still running, keep us alive until we can wait on it. _active.append(self) def communicate(self, input=None): """Interact with process: Send data to stdin. Read data from stdout and stderr, until end-of-file is reached. Wait for process to terminate. The optional input argument should be a string to be sent to the child process, or None, if no data should be sent to the child. communicate() returns a tuple (stdout, stderr).""" # Optimization: If we are only using one pipe, or no pipe at # all, using select() or threads is unnecessary. if [self.stdin, self.stdout, self.stderr].count(None) >= 2: stdout = None stderr = None if self.stdin: if input: self.stdin.write(input) self.stdin.close() elif self.stdout: stdout = self.stdout.read() self.stdout.close() elif self.stderr: stderr = self.stderr.read() self.stderr.close() self.wait() return (stdout, stderr) return self._communicate(input) def poll(self): return self._internal_poll() if mswindows: # # Windows methods # def _get_handles(self, stdin, stdout, stderr): """Construct and return tupel with IO objects: p2cread, p2cwrite, c2pread, c2pwrite, errread, errwrite """ if stdin is None and stdout is None and stderr is None: return (None, None, None, None, None, None) p2cread, p2cwrite = None, None c2pread, c2pwrite = None, None errread, errwrite = None, None if stdin is None: p2cread = GetStdHandle(STD_INPUT_HANDLE) if p2cread is None: p2cread, _ = CreatePipe(None, 0) elif stdin == PIPE: p2cread, p2cwrite = CreatePipe(None, 0) elif isinstance(stdin, int): p2cread = msvcrt.get_osfhandle(stdin) else: # Assuming file-like object p2cread = msvcrt.get_osfhandle(stdin.fileno()) p2cread = self._make_inheritable(p2cread) if stdout is None: c2pwrite = GetStdHandle(STD_OUTPUT_HANDLE) if c2pwrite is None: _, c2pwrite = CreatePipe(None, 0) elif stdout == PIPE: c2pread, c2pwrite = CreatePipe(None, 0) elif isinstance(stdout, int): c2pwrite = msvcrt.get_osfhandle(stdout) else: # Assuming file-like object c2pwrite = msvcrt.get_osfhandle(stdout.fileno()) c2pwrite = self._make_inheritable(c2pwrite) if stderr is None: errwrite = GetStdHandle(STD_ERROR_HANDLE) if errwrite is None: _, errwrite = CreatePipe(None, 0) elif stderr == PIPE: errread, errwrite = CreatePipe(None, 0) elif stderr == STDOUT: errwrite = c2pwrite elif isinstance(stderr, int): errwrite = msvcrt.get_osfhandle(stderr) else: # Assuming file-like object errwrite = msvcrt.get_osfhandle(stderr.fileno()) errwrite = self._make_inheritable(errwrite) return (p2cread, p2cwrite, c2pread, c2pwrite, errread, errwrite) def _make_inheritable(self, handle): """Return a duplicate of handle, which is inheritable""" return DuplicateHandle(GetCurrentProcess(), handle, GetCurrentProcess(), 0, 1, DUPLICATE_SAME_ACCESS) def _find_w9xpopen(self): """Find and return absolut path to w9xpopen.exe""" w9xpopen = os.path.join(os.path.dirname(GetModuleFileName(0)), "w9xpopen.exe") if not os.path.exists(w9xpopen): # Eeek - file-not-found - possibly an embedding # situation - see if we can locate it in sys.exec_prefix w9xpopen = os.path.join(os.path.dirname(sys.exec_prefix), "w9xpopen.exe") if not os.path.exists(w9xpopen): raise RuntimeError("Cannot locate w9xpopen.exe, which is " "needed for Popen to work with your " "shell or platform.") return w9xpopen def _execute_child(self, args, executable, preexec_fn, close_fds, cwd, env, universal_newlines, startupinfo, creationflags, shell, p2cread, p2cwrite, c2pread, c2pwrite, errread, errwrite): """Execute program (MS Windows version)""" if not isinstance(args, types.StringTypes): args = list2cmdline(args) # Process startup details if startupinfo is None: startupinfo = STARTUPINFO() if None not in (p2cread, c2pwrite, errwrite): startupinfo.dwFlags |= STARTF_USESTDHANDLES startupinfo.hStdInput = p2cread startupinfo.hStdOutput = c2pwrite startupinfo.hStdError = errwrite if shell: startupinfo.dwFlags |= STARTF_USESHOWWINDOW startupinfo.wShowWindow = SW_HIDE comspec = os.environ.get("COMSPEC", "cmd.exe") args = comspec + " /c " + args if (GetVersion() >= 0x80000000L or os.path.basename(comspec).lower() == "command.com"): # Win9x, or using command.com on NT. We need to # use the w9xpopen intermediate program. For more # information, see KB Q150956 # (http://web.archive.org/web/20011105084002/http://support.microsoft.com/support/kb/articles/Q150/9/56.asp) w9xpopen = self._find_w9xpopen() args = '"%s" %s' % (w9xpopen, args) # Not passing CREATE_NEW_CONSOLE has been known to # cause random failures on win9x. Specifically a # dialog: "Your program accessed mem currently in # use at xxx" and a hopeful warning about the # stability of your system. Cost is Ctrl+C wont # kill children. creationflags |= CREATE_NEW_CONSOLE # Start the process try: hp, ht, pid, tid = CreateProcess(executable, args, # no special security None, None, int(not close_fds), creationflags, env, cwd, startupinfo) except pywintypes.error, e: # Translate pywintypes.error to WindowsError, which is # a subclass of OSError. FIXME: We should really # translate errno using _sys_errlist (or simliar), but # how can this be done from Python? raise WindowsError(*e.args) # Retain the process handle, but close the thread handle self._child_created = True self._handle = hp self.pid = pid ht.Close() # Child is launched. Close the parent's copy of those pipe # handles that only the child should have open. You need # to make sure that no handles to the write end of the # output pipe are maintained in this process or else the # pipe will not close when the child process exits and the # ReadFile will hang. if p2cread is not None: p2cread.Close() if c2pwrite is not None: c2pwrite.Close() if errwrite is not None: errwrite.Close() def _internal_poll(self, _deadstate=None): """Check if child process has terminated. Returns returncode attribute.""" if self.returncode is None: if WaitForSingleObject(self._handle, 0) == WAIT_OBJECT_0: self.returncode = GetExitCodeProcess(self._handle) return self.returncode def wait(self): """Wait for child process to terminate. Returns returncode attribute.""" if self.returncode is None: obj = WaitForSingleObject(self._handle, INFINITE) self.returncode = GetExitCodeProcess(self._handle) return self.returncode def _readerthread(self, fh, buffer): buffer.append(fh.read()) def _communicate(self, input): stdout = None # Return stderr = None # Return if self.stdout: stdout = [] stdout_thread = threading.Thread(target=self._readerthread, args=(self.stdout, stdout)) stdout_thread.setDaemon(True) stdout_thread.start() if self.stderr: stderr = [] stderr_thread = threading.Thread(target=self._readerthread, args=(self.stderr, stderr)) stderr_thread.setDaemon(True) stderr_thread.start() if self.stdin: if input is not None: self.stdin.write(input) self.stdin.close() if self.stdout: stdout_thread.join() if self.stderr: stderr_thread.join() # All data exchanged. Translate lists into strings. if stdout is not None: stdout = stdout[0] if stderr is not None: stderr = stderr[0] # Translate newlines, if requested. We cannot let the file # object do the translation: It is based on stdio, which is # impossible to combine with select (unless forcing no # buffering). if self.universal_newlines and hasattr(file, 'newlines'): if stdout: stdout = self._translate_newlines(stdout) if stderr: stderr = self._translate_newlines(stderr) self.wait() return (stdout, stderr) def send_signal(self, sig): """Send a signal to the process """ if sig == signal.SIGTERM: self.terminate() else: raise ValueError("Only SIGTERM is supported on Windows") def terminate(self): """Terminates the process """ TerminateProcess(self._handle, 1) kill = terminate else: # # POSIX methods # def _get_handles(self, stdin, stdout, stderr): """Construct and return tupel with IO objects: p2cread, p2cwrite, c2pread, c2pwrite, errread, errwrite """ p2cread, p2cwrite = None, None c2pread, c2pwrite = None, None errread, errwrite = None, None if stdin is None: pass elif stdin == PIPE: p2cread, p2cwrite = os.pipe() elif isinstance(stdin, int): p2cread = stdin else: # Assuming file-like object p2cread = stdin.fileno() if stdout is None: pass elif stdout == PIPE: c2pread, c2pwrite = os.pipe() elif isinstance(stdout, int): c2pwrite = stdout else: # Assuming file-like object c2pwrite = stdout.fileno() if stderr is None: pass elif stderr == PIPE: errread, errwrite = os.pipe() elif stderr == STDOUT: errwrite = c2pwrite elif isinstance(stderr, int): errwrite = stderr else: # Assuming file-like object errwrite = stderr.fileno() return (p2cread, p2cwrite, c2pread, c2pwrite, errread, errwrite) def _set_cloexec_flag(self, fd): try: cloexec_flag = fcntl.FD_CLOEXEC except AttributeError: cloexec_flag = 1 old = fcntl.fcntl(fd, fcntl.F_GETFD) fcntl.fcntl(fd, fcntl.F_SETFD, old | cloexec_flag) def _close_fds(self, but): os.closerange(3, but) os.closerange(but + 1, MAXFD) def _execute_child(self, args, executable, preexec_fn, close_fds, cwd, env, universal_newlines, startupinfo, creationflags, shell, p2cread, p2cwrite, c2pread, c2pwrite, errread, errwrite): """Execute program (POSIX version)""" if isinstance(args, types.StringTypes): args = [args] else: args = list(args) if shell: args = ["/bin/sh", "-c"] + args if executable is None: executable = args[0] # For transferring possible exec failure from child to parent # The first char specifies the exception type: 0 means # OSError, 1 means some other error. errpipe_read, errpipe_write = os.pipe() try: try: self._set_cloexec_flag(errpipe_write) gc_was_enabled = gc.isenabled() # Disable gc to avoid bug where gc -> file_dealloc -> # write to stderr -> hang. http://bugs.python.org/issue1336 gc.disable() try: self.pid = os.fork() except: if gc_was_enabled: gc.enable() raise self._child_created = True if self.pid == 0: # Child try: # Close parent's pipe ends if p2cwrite is not None: os.close(p2cwrite) if c2pread is not None: os.close(c2pread) if errread is not None: os.close(errread) os.close(errpipe_read) # Dup fds for child if p2cread is not None: os.dup2(p2cread, 0) if c2pwrite is not None: os.dup2(c2pwrite, 1) if errwrite is not None: os.dup2(errwrite, 2) # Close pipe fds. Make sure we don't close the same # fd more than once, or standard fds. if p2cread is not None and p2cread not in (0,): os.close(p2cread) if c2pwrite is not None and c2pwrite not in (p2cread, 1): os.close(c2pwrite) if errwrite is not None and errwrite not in (p2cread, c2pwrite, 2): os.close(errwrite) # Close all other fds, if asked for if close_fds: self._close_fds(but=errpipe_write) if cwd is not None: os.chdir(cwd) if preexec_fn: preexec_fn() if env is None: os.execvp(executable, args) else: os.execvpe(executable, args, env) except: exc_type, exc_value, tb = sys.exc_info() # Save the traceback and attach it to the exception object exc_lines = traceback.format_exception(exc_type, exc_value, tb) exc_value.child_traceback = ''.join(exc_lines) os.write(errpipe_write, pickle.dumps(exc_value)) # This exitcode won't be reported to applications, so it # really doesn't matter what we return. os._exit(255) # Parent if gc_was_enabled: gc.enable() finally: # be sure the FD is closed no matter what os.close(errpipe_write) if p2cread is not None and p2cwrite is not None: os.close(p2cread) if c2pwrite is not None and c2pread is not None: os.close(c2pwrite) if errwrite is not None and errread is not None: os.close(errwrite) # Wait for exec to fail or succeed; possibly raising exception # Exception limited to 1M data = _eintr_retry_call(os.read, errpipe_read, 1048576) finally: # be sure the FD is closed no matter what os.close(errpipe_read) if data != "": _eintr_retry_call(os.waitpid, self.pid, 0) child_exception = pickle.loads(data) for fd in (p2cwrite, c2pread, errread): if fd is not None: os.close(fd) raise child_exception def _handle_exitstatus(self, sts): if os.WIFSIGNALED(sts): self.returncode = -os.WTERMSIG(sts) elif os.WIFEXITED(sts): self.returncode = os.WEXITSTATUS(sts) else: # Should never happen raise RuntimeError("Unknown child exit status!") def _internal_poll(self, _deadstate=None): """Check if child process has terminated. Returns returncode attribute.""" if self.returncode is None: try: pid, sts = os.waitpid(self.pid, os.WNOHANG) if pid == self.pid: self._handle_exitstatus(sts) except os.error: if _deadstate is not None: self.returncode = _deadstate return self.returncode def wait(self): """Wait for child process to terminate. Returns returncode attribute.""" if self.returncode is None: pid, sts = _eintr_retry_call(os.waitpid, self.pid, 0) self._handle_exitstatus(sts) return self.returncode def _communicate(self, input): read_set = [] write_set = [] stdout = None # Return stderr = None # Return if self.stdin: # Flush stdio buffer. This might block, if the user has # been writing to .stdin in an uncontrolled fashion. self.stdin.flush() if input: write_set.append(self.stdin) else: self.stdin.close() if self.stdout: read_set.append(self.stdout) stdout = [] if self.stderr: read_set.append(self.stderr) stderr = [] input_offset = 0 while read_set or write_set: try: rlist, wlist, xlist = select.select(read_set, write_set, []) except select.error, e: if e.args[0] == errno.EINTR: continue raise if self.stdin in wlist: # When select has indicated that the file is writable, # we can write up to PIPE_BUF bytes without risk # blocking. POSIX defines PIPE_BUF >= 512 chunk = input[input_offset : input_offset + 512] bytes_written = os.write(self.stdin.fileno(), chunk) input_offset += bytes_written if input_offset >= len(input): self.stdin.close() write_set.remove(self.stdin) if self.stdout in rlist: data = os.read(self.stdout.fileno(), 1024) if data == "": self.stdout.close() read_set.remove(self.stdout) stdout.append(data) if self.stderr in rlist: data = os.read(self.stderr.fileno(), 1024) if data == "": self.stderr.close() read_set.remove(self.stderr) stderr.append(data) # All data exchanged. Translate lists into strings. if stdout is not None: stdout = ''.join(stdout) if stderr is not None: stderr = ''.join(stderr) # Translate newlines, if requested. We cannot let the file # object do the translation: It is based on stdio, which is # impossible to combine with select (unless forcing no # buffering). if self.universal_newlines and hasattr(file, 'newlines'): if stdout: stdout = self._translate_newlines(stdout) if stderr: stderr = self._translate_newlines(stderr) self.wait() return (stdout, stderr) def send_signal(self, sig): """Send a signal to the process """ os.kill(self.pid, sig) def terminate(self): """Terminate the process with SIGTERM """ self.send_signal(signal.SIGTERM) def kill(self): """Kill the process with SIGKILL """ self.send_signal(signal.SIGKILL) def _demo_posix(): # # Example 1: Simple redirection: Get process list # plist = Popen(["ps"], stdout=PIPE).communicate()[0] print "Process list:" print plist # # Example 2: Change uid before executing child # if os.getuid() == 0: p = Popen(["id"], preexec_fn=lambda: os.setuid(100)) p.wait() # # Example 3: Connecting several subprocesses # print "Looking for 'hda'..." p1 = Popen(["dmesg"], stdout=PIPE) p2 = Popen(["grep", "hda"], stdin=p1.stdout, stdout=PIPE) print repr(p2.communicate()[0]) # # Example 4: Catch execution error # print print "Trying a weird file..." try: print Popen(["/this/path/does/not/exist"]).communicate() except OSError, e: if e.errno == errno.ENOENT: print "The file didn't exist. I thought so..." print "Child traceback:" print e.child_traceback else: print "Error", e.errno else: print >>sys.stderr, "Gosh. No error." def _demo_windows(): # # Example 1: Connecting several subprocesses # print "Looking for 'PROMPT' in set output..." p1 = Popen("set", stdout=PIPE, shell=True) p2 = Popen('find "PROMPT"', stdin=p1.stdout, stdout=PIPE) print repr(p2.communicate()[0]) # # Example 2: Simple execution of program # print "Executing calc..." p = Popen("calc") p.wait() if __name__ == "__main__": if mswindows: _demo_windows() else: _demo_posix() dispcalGUI-1.7.1.6/dispcalGUI/tempfile.py000644 000765 000000 00000000337 12025152312 017755 0ustar00svpwheel000000 000000 # WRAPPER FOR PYTHON 2.5 # This module exists only to make sure that other module's imports of tempfile # end up with a version that has the SpooledTemporaryFile class (introduced in # Python 2.6) from tempfile26 import * dispcalGUI-1.7.1.6/dispcalGUI/tempfile26.py000644 000765 000000 00000043711 12025152312 020130 0ustar00svpwheel000000 000000 """Temporary files. This module provides generic, low- and high-level interfaces for creating temporary files and directories. The interfaces listed as "safe" just below can be used without fear of race conditions. Those listed as "unsafe" cannot, and are provided for backward compatibility only. This module also provides some data items to the user: TMP_MAX - maximum number of names that will be tried before giving up. template - the default prefix for all temporary names. You may change this to control the default prefix. tempdir - If this is set to a string before the first use of any routine from this module, it will be considered as another candidate location to store temporary files. """ __all__ = [ "NamedTemporaryFile", "TemporaryFile", # high level safe interfaces "SpooledTemporaryFile", "mkstemp", "mkdtemp", # low level safe interfaces "mktemp", # deprecated unsafe interface "TMP_MAX", "gettempprefix", # constants "tempdir", "gettempdir" ] # Imports. import os as _os import errno as _errno from random import Random as _Random try: from cStringIO import StringIO as _StringIO except ImportError: from StringIO import StringIO as _StringIO try: import fcntl as _fcntl except ImportError: def _set_cloexec(fd): pass else: def _set_cloexec(fd): try: flags = _fcntl.fcntl(fd, _fcntl.F_GETFD, 0) except IOError: pass else: # flags read successfully, modify flags |= _fcntl.FD_CLOEXEC _fcntl.fcntl(fd, _fcntl.F_SETFD, flags) try: import thread as _thread except ImportError: import dummy_thread as _thread _allocate_lock = _thread.allocate_lock _text_openflags = _os.O_RDWR | _os.O_CREAT | _os.O_EXCL if hasattr(_os, 'O_NOINHERIT'): _text_openflags |= _os.O_NOINHERIT if hasattr(_os, 'O_NOFOLLOW'): _text_openflags |= _os.O_NOFOLLOW _bin_openflags = _text_openflags if hasattr(_os, 'O_BINARY'): _bin_openflags |= _os.O_BINARY if hasattr(_os, 'TMP_MAX'): TMP_MAX = _os.TMP_MAX else: TMP_MAX = 10000 template = "tmp" # Internal routines. _once_lock = _allocate_lock() if hasattr(_os, "lstat"): _stat = _os.lstat elif hasattr(_os, "stat"): _stat = _os.stat else: # Fallback. All we need is something that raises os.error if the # file doesn't exist. def _stat(fn): try: f = open(fn) except IOError: raise _os.error f.close() def _exists(fn): try: _stat(fn) except _os.error: return False else: return True class _RandomNameSequence: """An instance of _RandomNameSequence generates an endless sequence of unpredictable strings which can safely be incorporated into file names. Each string is six characters long. Multiple threads can safely use the same instance at the same time. _RandomNameSequence is an iterator.""" characters = ("abcdefghijklmnopqrstuvwxyz" + "ABCDEFGHIJKLMNOPQRSTUVWXYZ" + "0123456789_") def __init__(self): self.mutex = _allocate_lock() self.rng = _Random() self.normcase = _os.path.normcase def __iter__(self): return self def next(self): m = self.mutex c = self.characters choose = self.rng.choice m.acquire() try: letters = [choose(c) for dummy in "123456"] finally: m.release() return self.normcase(''.join(letters)) def _candidate_tempdir_list(): """Generate a list of candidate temporary directories which _get_default_tempdir will try.""" dirlist = [] # First, try the environment. for envname in 'TMPDIR', 'TEMP', 'TMP': dirname = _os.getenv(envname) if dirname: dirlist.append(dirname) # Failing that, try OS-specific locations. if _os.name == 'riscos': dirname = _os.getenv('Wimp$ScrapDir') if dirname: dirlist.append(dirname) elif _os.name == 'nt': dirlist.extend([ r'c:\temp', r'c:\tmp', r'\temp', r'\tmp' ]) else: dirlist.extend([ '/tmp', '/var/tmp', '/usr/tmp' ]) # As a last resort, the current directory. try: dirlist.append(_os.getcwd()) except (AttributeError, _os.error): dirlist.append(_os.curdir) return dirlist def _get_default_tempdir(): """Calculate the default directory to use for temporary files. This routine should be called exactly once. We determine whether or not a candidate temp dir is usable by trying to create and write to a file in that directory. If this is successful, the test file is deleted. To prevent denial of service, the name of the test file must be randomized.""" namer = _RandomNameSequence() dirlist = _candidate_tempdir_list() flags = _text_openflags for dir in dirlist: if dir != _os.curdir: dir = _os.path.normcase(_os.path.abspath(dir)) # Try only a few names per directory. for seq in xrange(100): name = namer.next() filename = _os.path.join(dir, name) try: fd = _os.open(filename, flags, 0600) fp = _os.fdopen(fd, 'w') fp.write('blat') fp.close() _os.unlink(filename) del fp, fd return dir except (OSError, IOError), e: if e[0] != _errno.EEXIST: break # no point trying more names in this directory pass raise IOError, (_errno.ENOENT, ("No usable temporary directory found in %s" % dirlist)) _name_sequence = None def _get_candidate_names(): """Common setup sequence for all user-callable interfaces.""" global _name_sequence if _name_sequence is None: _once_lock.acquire() try: if _name_sequence is None: _name_sequence = _RandomNameSequence() finally: _once_lock.release() return _name_sequence def _mkstemp_inner(dir, pre, suf, flags): """Code common to mkstemp, TemporaryFile, and NamedTemporaryFile.""" names = _get_candidate_names() for seq in xrange(TMP_MAX): name = names.next() file = _os.path.join(dir, pre + name + suf) try: fd = _os.open(file, flags, 0600) _set_cloexec(fd) return (fd, _os.path.abspath(file)) except OSError, e: if e.errno == _errno.EEXIST: continue # try again raise raise IOError, (_errno.EEXIST, "No usable temporary file name found") # User visible interfaces. def gettempprefix(): """Accessor for tempdir.template.""" return template tempdir = None def gettempdir(): """Accessor for tempfile.tempdir.""" global tempdir if tempdir is None: _once_lock.acquire() try: if tempdir is None: tempdir = _get_default_tempdir() finally: _once_lock.release() return tempdir def mkstemp(suffix="", prefix=template, dir=None, text=False): """User-callable function to create and return a unique temporary file. The return value is a pair (fd, name) where fd is the file descriptor returned by os.open, and name is the filename. If 'suffix' is specified, the file name will end with that suffix, otherwise there will be no suffix. If 'prefix' is specified, the file name will begin with that prefix, otherwise a default prefix is used. If 'dir' is specified, the file will be created in that directory, otherwise a default directory is used. If 'text' is specified and true, the file is opened in text mode. Else (the default) the file is opened in binary mode. On some operating systems, this makes no difference. The file is readable and writable only by the creating user ID. If the operating system uses permission bits to indicate whether a file is executable, the file is executable by no one. The file descriptor is not inherited by children of this process. Caller is responsible for deleting the file when done with it. """ if dir is None: dir = gettempdir() if text: flags = _text_openflags else: flags = _bin_openflags return _mkstemp_inner(dir, prefix, suffix, flags) def mkdtemp(suffix="", prefix=template, dir=None): """User-callable function to create and return a unique temporary directory. The return value is the pathname of the directory. Arguments are as for mkstemp, except that the 'text' argument is not accepted. The directory is readable, writable, and searchable only by the creating user. Caller is responsible for deleting the directory when done with it. """ if dir is None: dir = gettempdir() names = _get_candidate_names() for seq in xrange(TMP_MAX): name = names.next() file = _os.path.join(dir, prefix + name + suffix) try: _os.mkdir(file, 0700) return file except OSError, e: if e.errno == _errno.EEXIST: continue # try again raise raise IOError, (_errno.EEXIST, "No usable temporary directory name found") def mktemp(suffix="", prefix=template, dir=None): """User-callable function to return a unique temporary file name. The file is not created. Arguments are as for mkstemp, except that the 'text' argument is not accepted. This function is unsafe and should not be used. The file name refers to a file that did not exist at some point, but by the time you get around to creating it, someone else may have beaten you to the punch. """ ## from warnings import warn as _warn ## _warn("mktemp is a potential security risk to your program", ## RuntimeWarning, stacklevel=2) if dir is None: dir = gettempdir() names = _get_candidate_names() for seq in xrange(TMP_MAX): name = names.next() file = _os.path.join(dir, prefix + name + suffix) if not _exists(file): return file raise IOError, (_errno.EEXIST, "No usable temporary filename found") class _TemporaryFileWrapper: """Temporary file wrapper This class provides a wrapper around files opened for temporary use. In particular, it seeks to automatically remove the file when it is no longer needed. """ def __init__(self, file, name, delete=True): self.file = file self.name = name self.close_called = False self.delete = delete def __getattr__(self, name): # Attribute lookups are delegated to the underlying file # and cached for non-numeric results # (i.e. methods are cached, closed and friends are not) file = self.__dict__['file'] a = getattr(file, name) if not issubclass(type(a), type(0)): setattr(self, name, a) return a # The underlying __enter__ method returns the wrong object # (self.file) so override it to return the wrapper def __enter__(self): self.file.__enter__() return self # NT provides delete-on-close as a primitive, so we don't need # the wrapper to do anything special. We still use it so that # file.name is useful (i.e. not "(fdopen)") with NamedTemporaryFile. if _os.name != 'nt': # Cache the unlinker so we don't get spurious errors at # shutdown when the module-level "os" is None'd out. Note # that this must be referenced as self.unlink, because the # name TemporaryFileWrapper may also get None'd out before # __del__ is called. unlink = _os.unlink def close(self): if not self.close_called: self.close_called = True self.file.close() if self.delete: self.unlink(self.name) def __del__(self): self.close() # Need to trap __exit__ as well to ensure the file gets # deleted when used in a with statement def __exit__(self, exc, value, tb): result = self.file.__exit__(exc, value, tb) self.close() return result def NamedTemporaryFile(mode='w+b', bufsize=-1, suffix="", prefix=template, dir=None, delete=True): """Create and return a temporary file. Arguments: 'prefix', 'suffix', 'dir' -- as for mkstemp. 'mode' -- the mode argument to os.fdopen (default "w+b"). 'bufsize' -- the buffer size argument to os.fdopen (default -1). 'delete' -- whether the file is deleted on close (default True). The file is created as mkstemp() would do it. Returns an object with a file-like interface; the name of the file is accessible as file.name. The file will be automatically deleted when it is closed unless the 'delete' argument is set to False. """ if dir is None: dir = gettempdir() if 'b' in mode: flags = _bin_openflags else: flags = _text_openflags # Setting O_TEMPORARY in the flags causes the OS to delete # the file when it is closed. This is only supported by Windows. if _os.name == 'nt' and delete: flags |= _os.O_TEMPORARY (fd, name) = _mkstemp_inner(dir, prefix, suffix, flags) file = _os.fdopen(fd, mode, bufsize) return _TemporaryFileWrapper(file, name, delete) if _os.name != 'posix' or _os.sys.platform == 'cygwin': # On non-POSIX and Cygwin systems, assume that we cannot unlink a file # while it is open. TemporaryFile = NamedTemporaryFile else: def TemporaryFile(mode='w+b', bufsize=-1, suffix="", prefix=template, dir=None): """Create and return a temporary file. Arguments: 'prefix', 'suffix', 'dir' -- as for mkstemp. 'mode' -- the mode argument to os.fdopen (default "w+b"). 'bufsize' -- the buffer size argument to os.fdopen (default -1). The file is created as mkstemp() would do it. Returns an object with a file-like interface. The file has no name, and will cease to exist when it is closed. """ if dir is None: dir = gettempdir() if 'b' in mode: flags = _bin_openflags else: flags = _text_openflags (fd, name) = _mkstemp_inner(dir, prefix, suffix, flags) try: _os.unlink(name) return _os.fdopen(fd, mode, bufsize) except: _os.close(fd) raise class SpooledTemporaryFile: """Temporary file wrapper, specialized to switch from StringIO to a real file when it exceeds a certain size or when a fileno is needed. """ _rolled = False def __init__(self, max_size=0, mode='w+b', bufsize=-1, suffix="", prefix=template, dir=None): self._file = _StringIO() self._max_size = max_size self._rolled = False self._TemporaryFileArgs = (mode, bufsize, suffix, prefix, dir) def _check(self, file): if self._rolled: return max_size = self._max_size if max_size and file.tell() > max_size: self.rollover() def rollover(self): if self._rolled: return file = self._file newfile = self._file = TemporaryFile(*self._TemporaryFileArgs) del self._TemporaryFileArgs newfile.write(file.getvalue()) newfile.seek(file.tell(), 0) self._rolled = True # The method caching trick from NamedTemporaryFile # won't work here, because _file may change from a # _StringIO instance to a real file. So we list # all the methods directly. # Context management protocol def __enter__(self): if self._file.closed: raise ValueError("Cannot enter context with closed file") return self def __exit__(self, exc, value, tb): self._file.close() # file protocol def __iter__(self): return self._file.__iter__() def close(self): self._file.close() @property def closed(self): return self._file.closed @property def encoding(self): return self._file.encoding def fileno(self): self.rollover() return self._file.fileno() def flush(self): self._file.flush() def isatty(self): return self._file.isatty() @property def mode(self): return self._file.mode @property def name(self): return self._file.name @property def newlines(self): return self._file.newlines def next(self): return self._file.next def read(self, *args): return self._file.read(*args) def readline(self, *args): return self._file.readline(*args) def readlines(self, *args): return self._file.readlines(*args) def seek(self, *args): self._file.seek(*args) @property def softspace(self): return self._file.softspace def tell(self): return self._file.tell() def truncate(self): self._file.truncate() def write(self, s): file = self._file rv = file.write(s) self._check(file) return rv def writelines(self, iterable): file = self._file rv = file.writelines(iterable) self._check(file) return rv def xreadlines(self, *args): return self._file.xreadlines(*args) dispcalGUI-1.7.1.6/dispcalGUI/test.cal000644 000765 000000 00000020511 12025152312 017232 0ustar00svpwheel000000 000000 CAL DESCRIPTOR "Argyll Device Calibration State" ORIGINATOR "Argyll dispcal" CREATED "Wed Dec 24 20:08:15 2008" KEYWORD "DEVICE_CLASS" DEVICE_CLASS "DISPLAY" KEYWORD "COLOR_REP" COLOR_REP "RGB" KEYWORD "RGB_I" NUMBER_OF_FIELDS 4 BEGIN_DATA_FORMAT RGB_I RGB_R RGB_G RGB_B END_DATA_FORMAT NUMBER_OF_SETS 256 BEGIN_DATA 0.00000 0.20000 0.20000 0.20000 0.00392 0.20235 0.20235 0.20235 0.00784 0.20471 0.20471 0.20471 0.01176 0.20706 0.20706 0.20706 0.01569 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0.79765 0.79765 0.79765 1.00000 0.80000 0.80000 0.80000 END_DATA dispcalGUI-1.7.1.6/dispcalGUI/theme/000755 000765 000000 00000000000 12266723171 016713 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/dispcalGUI/ti1/000755 000765 000000 00000000000 12266723171 016306 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/dispcalGUI/trash.py000644 000765 000000 00000005204 12025152312 017267 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import sys import os if sys.platform == "win32": from win32com.shell import shell, shellcon import win32api def recycle(path): path = os.path.join(win32api.GetShortPathName(os.path.split(path)[0]), os.path.split(path)[1]) retcode, aborted = shell.SHFileOperation((0, shellcon.FO_DELETE, path, "", shellcon.FOF_ALLOWUNDO | shellcon.FOF_NOCONFIRMATION | shellcon.FOF_RENAMEONCOLLISION | shellcon.FOF_SILENT, None, None)) return retcode == 0 else: from time import strftime from urllib import quote import shutil from util_os import getenvu, expanduseru class TrashcanUnavailableError(Exception): pass def trash(paths): """ Move files and folders to the trash. If a trashcan facility does not exist, do not touch the files. Return a list of successfully processed paths. """ if isinstance(paths, (str, unicode)): paths = [paths] if not isinstance(paths, list): raise TypeError(str(type(paths)) + " is not list") deleted = [] if sys.platform == "win32": for path in paths: path = os.path.abspath(path) if not os.path.exists(path): raise IOError("No such file or directory: " + path) if recycle(path): deleted += [path] else: # http://freedesktop.org/wiki/Specifications/trash-spec trashroot = os.path.join(getenvu("XDG_DATA_HOME", os.path.join(expanduseru("~"), ".local", "share")), "Trash") trashinfo = os.path.join(trashroot, "info") if os.path.isdir(trashroot): # modern Linux distros trashcan = os.path.join(trashroot, "files") else: # older Linux distros and Mac OS X trashcan = os.path.join(expanduseru("~"), ".Trash") if not os.path.isdir(trashcan): raise TrashcanUnavailableError("Not a directory: '%s'" % trashcan) for path in paths: if os.path.isdir(trashcan): n = 1 dst = os.path.join(trashcan, os.path.basename(path)) while os.path.exists(dst): # avoid name clashes n += 1 dst = os.path.join(trashcan, os.path.basename(path) + "." + str(n)) if os.path.isdir(trashinfo): info = open(os.path.join(trashinfo, os.path.basename(dst) + ".trashinfo"), "w") info.write("[Trash Info]\n") info.write("Path=%s\n" % quote(path.encode(sys.getfilesystemencoding()))) info.write("DeletionDate=" + strftime("%Y-%m-%dT%H:%M:%S")) info.close() shutil.move(path, dst) else: # if trashcan does not exist, simply delete file/folder? pass # if os.path.isdir(path) and not os.path.islink(path): # shutil.rmtree(path) # else: # os.remove(path) deleted += [path] return deleted dispcalGUI-1.7.1.6/dispcalGUI/util_decimal.py000644 000765 000000 00000001144 12025152311 020577 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import decimal import math def float2dec(f, digits=10): parts = str(f).split(".") if len(parts) > 1: if parts[1][:digits] == "9" * digits: f = math.ceil(f) elif parts[1][:digits] == "0" * digits: f = math.floor(f) return decimal.Decimal(str(f)) def stripzeros(n): """ Strip zeros and convert to decimal. Will always return the shortest decimal representation (1.0 becomes 1, 1.234567890 becomes 1.23456789). """ n = str(n) if n.find(".") < 0: n += "." try: n = decimal.Decimal(n.rstrip("0")) except decimal.InvalidOperation, exception: pass return n dispcalGUI-1.7.1.6/dispcalGUI/util_http.py000644 000765 000000 00000004021 12025152312 020156 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- # http://code.activestate.com/recipes/146306-http-client-to-post-using-multipartform-data/ import httplib import mimetypes import uuid def post_multipart(host, selector, fields, files, charset="UTF-8"): """ Post fields and files to an http host as multipart/form-data. fields is a sequence of (name, value) elements for regular form fields. files is a sequence of (name, filename, value) elements for data to be uploaded as files Return the server's response page. """ content_type, body = encode_multipart_formdata(fields, files, charset) h = httplib.HTTPConnection(host) h.putrequest('POST', selector) h.putheader('Content-Type', content_type) h.putheader('Content-Length', str(len(body))) h.endheaders() h.send(body) resp = h.getresponse() return resp.read() def encode_multipart_formdata(fields, files, charset="UTF-8"): """ fields is a sequence of (name, value) elements for regular form fields. files is a sequence of (name, filename, value) elements for data to be uploaded as files Return (content_type, body) ready for httplib.HTTP instance """ BOUNDARY = '----=_NextPart_%s' % uuid.uuid1() CRLF = '\r\n' L = [] for (key, value) in fields: L.append('--' + BOUNDARY) L.append('Content-Disposition: form-data; name="%s"' % key) L.append('Content-Type: text/plain; charset=%s' % charset) L.append('') L.append(value.encode(charset)) for (key, filename, value) in files: L.append('--' + BOUNDARY) L.append('Content-Disposition: form-data; name="%s"; filename="%s"' % (key, filename)) L.append('Content-Type: %s' % get_content_type(filename)) L.append('') L.append(value) L.append('--' + BOUNDARY + '--') L.append('') body = CRLF.join(L) content_type = 'multipart/form-data; boundary=%s' % BOUNDARY return content_type, body def get_content_type(filename): return mimetypes.guess_type(filename)[0] or 'application/octet-stream' dispcalGUI-1.7.1.6/dispcalGUI/util_io.py000644 000765 000000 00000005636 12241576567 017651 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import gzip import os import sys from StringIO import StringIO from time import time from safe_print import safe_print from util_str import universal_newlines class Files(): """ Read and/or write from/to several files at once. """ def __init__(self, files, mode="r"): """ Return a Files object. files must be a list or tuple of file objects or filenames (the mode parameter is only used in the latter case). """ self.files = [] for item in files: if isinstance(item, basestring): self.files.append(open(item, mode)) else: self.files.append(item) def __iter__(self): return iter(self.files) def close(self): for item in self.files: item.close() def flush(self): for item in self.files: item.flush() def seek(self, pos, mode=0): for item in self.files: item.seek(pos, mode) def truncate(self, size=None): for item in self.files: item.truncate(size) def write(self, data): for item in self.files: item.write(data) def writelines(self, str_sequence): self.write("".join(str_sequence)) class GzipFileProper(gzip.GzipFile): """ Proper GZIP file implementation, where the optional filename in the header has directory components removed, and is converted to ISO 8859-1 (Latin-1). On Windows, the filename will also be forced to lowercase. See RFC 1952 GZIP File Format Specification version 4.3 """ def _write_gzip_header(self): self.fileobj.write('\037\213') # magic header self.fileobj.write('\010') # compression method fname = os.path.basename(self.name) if fname.endswith(".gz"): fname = fname[:-3] elif fname.endswith(".tgz"): fname = "%s.tar" % fname[:-4] elif fname.endswith(".wrz"): fname = "%s.wrl" % fname[:-4] flags = 0 if fname: flags = gzip.FNAME self.fileobj.write(chr(flags)) gzip.write32u(self.fileobj, long(time())) self.fileobj.write('\002') self.fileobj.write('\377') if fname: if sys.platform == "win32": # Windows is case insensitive by default (although it can be # set to case sensitive), so according to the GZIP spec, we # force the name to lowercase fname = fname.lower() self.fileobj.write(fname.encode("ISO-8859-1", "replace") .replace("?", "_") + '\000') def __enter__(self): return self def __exit__(self, type, value, tb): self.close() class StringIOu(StringIO): """ StringIO which converts all new line formats in buf to POSIX newlines. """ def __init__(self, buf=''): StringIO.__init__(self, universal_newlines(buf)) class Tee(Files): """ Write to a file and stdout. """ def __init__(self, file_obj): Files.__init__((sys.stdout, file_obj)) def __getattr__(self, name): return getattr(self.files[1], name) def close(self): self.files[1].close() def seek(self, pos, mode=0): return self.files[1].seek(pos, mode) def truncate(self, size=None): return self.files[1].truncate(size) dispcalGUI-1.7.1.6/dispcalGUI/util_list.py000644 000765 000000 00000003265 12025152312 020163 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import re def floatlist(alist): """ Convert all list items to floats (0.0 on error) """ result = [] for item in alist: try: result.append(float(item)) except ValueError: result.append(0.0) return result def index_ignorecase(self, value, start = None, stop = None): """ Case-insensitive version of list.index """ items = [(item.lower() if isinstance(item, (str, unicode)) else item) for item in self] return items.index(value, start or 0, stop or len(self)) def index_fallback_ignorecase(self, value, start = None, stop = None): """ Return index of value in list. Prefer a case-sensitive match. """ if value in self: return self.index(value, start or 0, stop or len(self)) return index_ignorecase(self, value, start or 0, stop or len(self)) def intlist(alist): """ Convert all list items to ints (0 on error) """ result = [] for item in alist: try: result.append(int(item)) except ValueError: result.append(0) return result def natsort(list_in): """ Sort a list which (also) contains integers naturally. """ list_out = [] # decorate alphanumeric = re.compile("\D+|\d+") numeric = re.compile("^\d+$") for i in list_in: match = alphanumeric.findall(i) tmp = [] for j in match: if numeric.match(j): tmp.append((int(j), j)) else: tmp.append((j, None)) list_out.append(tmp) list_out.sort() list_in = list_out list_out = [] # undecorate for i in list_in: tmp = [] for j in i: if type(j[0]) in (int, long): tmp.append(j[1]) else: tmp.append(j[0]) list_out.append("".join(tmp)) return list_out def strlist(alist): """ Convert all list items to strings """ return [str(item) for item in alist] dispcalGUI-1.7.1.6/dispcalGUI/util_mac.py000644 000765 000000 00000005230 12025152312 017742 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import subprocess as sp from time import sleep from meta import name as appname from options import verbose def get_osascript_args(applescript): """ Return arguments ready to use for osascript """ if isinstance(applescript, basestring): applescript = applescript.splitlines() args = [] for line in applescript: args += ['-e', line] return args def get_osascript_args_or_run(applescript, run=True): """ Return arguments ready to use for osascript or run the AppleScript """ if run: return osascript(applescript) else: return get_osascript_args(applescript) def mac_app_activate(delay=0, mac_app_name="Finder"): """ Activate (show & bring to front) an application if it is running. """ applescript = [ 'on appIsRunning(appName)', 'tell application "System Events" to (name of processes) contains ' 'appName', 'end appIsRunning', 'if appIsRunning("%s") then' % mac_app_name, 'tell app "%s" to activate' % mac_app_name, 'end if' ] if delay: sleep(delay) return osascript(applescript) def mac_terminal_do_script(script=None, do=True): """ Run a script in Terminal. """ applescript = [ 'on appIsRunning(appName)', 'tell application "System Events" to (name of processes) contains ' 'appName', 'end appIsRunning', 'if appIsRunning("Terminal") then', 'tell app "Terminal"', 'activate', 'do script ""', # Terminal is already running, open a new # window to make sure it is not blocked by # another process 'end tell', 'else', 'tell app "Terminal" to activate', # Terminal is not yet running, # launch & use first window 'end if' ] if script: applescript += [ 'tell app "Terminal"', 'do script "%s" in first window' % script.replace('"', '\\"'), 'end tell' ] return get_osascript_args_or_run(applescript, script and do) def mac_terminal_set_colors(background="black", cursor="gray", text="gray", text_bold="gray", do=True): """ Set Terminal colors. """ applescript = [ 'tell app "Terminal"', 'set background color of first window to "%s"' % background, 'set cursor color of first window to "%s"' % cursor, 'set normal text color of first window to "%s"' % text, 'set bold text color of first window to "%s"' % text_bold, 'end tell' ] return get_osascript_args_or_run(applescript, do) def osascript(applescript): """ Run AppleScript with the 'osascript' command Return osascript's exit code. """ args = get_osascript_args(applescript) p = sp.Popen(['osascript'] + args, stdin=sp.PIPE, stdout=sp.PIPE, stderr=sp.PIPE) output, errors = p.communicate() retcode = p.wait() return retcode, output, errors dispcalGUI-1.7.1.6/dispcalGUI/util_os.py000644 000765 000000 00000016314 12231523252 017634 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import locale import os import re import shutil import subprocess as sp import sys import tempfile from os.path import join if sys.platform == "win32": import ctypes from encoding import get_encodings fs_enc = get_encodings()[1] def quote_args(args): """ Quote commandline arguments where needed. It quotes all arguments that contain spaces or any of the characters ^!$%&()[]{}=;'+,`~ """ args_out = [] for arg in args: if re.search("[\^!$%&()[\]{}=;'+,`~\s]", arg): arg = '"' + arg + '"' args_out += [arg] return args_out def expanduseru(path): """ Unicode version of os.path.expanduser """ if sys.platform == "win32": # The code in this if-statement is copied from Python 2.7's expanduser # in ntpath.py, but uses getenvu() instead of os.environ[] if path[:1] != '~': return path i, n = 1, len(path) while i < n and path[i] not in '/\\': i = i + 1 if 'HOME' in os.environ: userhome = getenvu('HOME') elif 'USERPROFILE' in os.environ: userhome = getenvu('USERPROFILE') elif not 'HOMEPATH' in os.environ: return path else: try: drive = getenvu('HOMEDRIVE') except KeyError: drive = '' userhome = join(drive, getenvu('HOMEPATH')) if i != 1: #~user userhome = join(dirname(userhome), path[1:i]) return userhome + path[i:] return unicode(os.path.expanduser(path), fs_enc) def expandvarsu(path): """ Unicode version of os.path.expandvars """ if sys.platform == "win32": # The code in this if-statement is copied from Python 2.7's expandvars # in ntpath.py, but uses getenvu() instead of os.environ[] if '$' not in path and '%' not in path: return path import string varchars = string.ascii_letters + string.digits + '_-' res = '' index = 0 pathlen = len(path) while index < pathlen: c = path[index] if c == '\'': # no expansion within single quotes path = path[index + 1:] pathlen = len(path) try: index = path.index('\'') res = res + '\'' + path[:index + 1] except ValueError: res = res + path index = pathlen - 1 elif c == '%': # variable or '%' if path[index + 1:index + 2] == '%': res = res + c index = index + 1 else: path = path[index+1:] pathlen = len(path) try: index = path.index('%') except ValueError: res = res + '%' + path index = pathlen - 1 else: var = path[:index] if var in os.environ: res = res + getenvu(var) else: res = res + '%' + var + '%' elif c == '$': # variable or '$$' if path[index + 1:index + 2] == '$': res = res + c index = index + 1 elif path[index + 1:index + 2] == '{': path = path[index+2:] pathlen = len(path) try: index = path.index('}') var = path[:index] if var in os.environ: res = res + getenvu(var) else: res = res + '${' + var + '}' except ValueError: res = res + '${' + path index = pathlen - 1 else: var = '' index = index + 1 c = path[index:index + 1] while c != '' and c in varchars: var = var + c index = index + 1 c = path[index:index + 1] if var in os.environ: res = res + getenvu(var) else: res = res + '$' + var if c != '': index = index - 1 else: res = res + c index = index + 1 return res return unicode(os.path.expandvars(path), fs_enc) def getenvu(name, default = None): """ Unicode version of os.getenv """ if sys.platform == "win32": name = unicode(name) # http://stackoverflow.com/questions/2608200/problems-with-umlauts-in-python-appdata-environvent-variable length = ctypes.windll.kernel32.GetEnvironmentVariableW(name, None, 0) if length == 0: return default buffer = ctypes.create_unicode_buffer(u'\0' * length) ctypes.windll.kernel32.GetEnvironmentVariableW(name, buffer, length) return buffer.value var = os.getenv(name, default) return var if isinstance(var, unicode) else unicode(var, fs_enc) def is_superuser(): if sys.platform == "win32": if sys.getwindowsversion() >= (5, 1): return ctypes.windll.shell32.IsUserAnAdmin() else: try: return ctypes.windll.advpack.IsNTAdmin(0, 0) except Exception: return False else: return os.geteuid() == 0 def launch_file(filepath): """ Open a file with its assigned default app. Return tuple(returncode, stdout, stderr) or None if functionality not available """ filepath = filepath.encode(fs_enc) retcode = None kwargs = dict(stdin=sp.PIPE, stdout=sp.PIPE, stderr=sp.PIPE) if sys.platform == "darwin": retcode = sp.call(['open', filepath], **kwargs) elif sys.platform == "win32": # for win32, we could use os.startfile, but then we'd not be able # to return exitcode (does it matter?) kwargs["startupinfo"] = sp.STARTUPINFO() kwargs["startupinfo"].dwFlags |= sp.STARTF_USESHOWWINDOW kwargs["startupinfo"].wShowWindow = sp.SW_HIDE kwargs["shell"] = True retcode = sp.call('start "" /B "%s"' % filepath, **kwargs) elif which('xdg-open'): retcode = sp.call(['xdg-open', filepath], **kwargs) return retcode def listdir_re(path, rex = None): """ Filter directory contents through a regular expression """ files = os.listdir(path) if rex: rex = re.compile(rex, re.IGNORECASE) files = filter(rex.search, files) return files def movefile(src, dst, overwrite=True): """ Move a file to another location. dst can be a directory in which case a file with the same basename as src will be created in it. Set overwrite to True to make sure existing files are overwritten. """ if os.path.isdir(dst): dst = os.path.join(dst, os.path.basename(src)) if os.path.isfile(dst) and overwrite: os.remove(dst) shutil.move(src, dst) def putenvu(name, value): """ Unicode version of os.putenv (also correctly updates os.environ) """ if sys.platform == "win32" and isinstance(value, unicode): ctypes.windll.kernel32.SetEnvironmentVariableW(unicode(name), value) else: os.environ[name] = value.encode(fs_enc) def relpath(path, start): """ Return a relative version of a path """ path = os.path.abspath(path).split(os.path.sep) start = os.path.abspath(start).split(os.path.sep) if path == start: return "." elif path[:len(start)] == start: return os.path.sep.join(path[len(start):]) elif start[:len(path)] == path: return os.path.sep.join([".."] * (len(start) - len(path))) def waccess(path, mode): """ Test access to path """ if mode & os.R_OK: try: test = open(path, "rb") except EnvironmentError: return False test.close() if mode & os.W_OK: if os.path.isdir(path): dir = path else: dir = os.path.dirname(path) try: if os.path.isfile(path): test = open(path, "ab") else: test = tempfile.TemporaryFile(prefix=".", dir=dir) except EnvironmentError: return False test.close() if mode & os.X_OK: return os.access(path, mode) return True def which(executable, paths = None): """ Return the full path of executable """ if not paths: paths = getenvu("PATH", os.defpath).split(os.pathsep) for cur_dir in paths: filename = os.path.join(cur_dir, executable) if os.path.isfile(filename): try: # make sure file is actually executable if os.access(filename, os.X_OK): return filename except Exception, exception: pass return None dispcalGUI-1.7.1.6/dispcalGUI/util_str.py000644 000765 000000 00000020730 12266411534 020027 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import codecs import locale import string import sys try: from functools import reduce except ImportError: # Python < 2.6 pass from encoding import get_encodings fs_enc = get_encodings()[1] ascii_printable = "".join([getattr(string, name) for name in "digits", "ascii_letters", "punctuation", "whitespace"]) # Control chars are defined as charcodes in the decimal range 0-31 (inclusive) # except whitespace characters, plus charcode 127 (DEL) control_chars = "".join([chr(i) for i in range(0, 9) + range(14, 32) + [127]]) # Safe character substitution - can be used for filenames # i.e. no \/:*?"<>| will be added through substitution safesubst = {u"\u00a9": u"(C)", # U+00A9 copyright sign u"\u00ae": u"(R)", # U+00AE registered sign u"\u00b1": u"+-", u"\u00b2": u"^2", # U+00B2 superscript two u"\u00b3": u"^3", # U+00B3 superscript three u"\u00b9": u"^1", # U+00B9 superscript one u"\u00d7": u"x", # U+00D7 multiplication sign u"\u00df": u"ss", u"\u00e6": u"ae", u"\u0153": u"oe", u"\u0192": u"f", u"\u02dc": u"~", u"\u02c6": u"^", u"\u2010": u"-", u"\u2012": u"-", u"\u2013": u"-", # U+2013 en dash u"\u2014": u"--", # U+2014 em dash u"\u2015": u"---", # U+2015 horizontal bar u"\u2018": u"'", u"\u2019": u"'", u"\u201a": u",", u"\u201b": u"'", u"\u201e": u",,", u"\u2026": u"...", # U+2026 ellipsis u"\u2034": u"'''", u"\u203C": u"!!", u"\u2070": u"^0", u"\u2074": u"^4", u"\u2075": u"^5", u"\u2076": u"^6", u"\u2077": u"^7", u"\u2078": u"^8", u"\u2079": u"^9", u"\u20a7": u"Pts", u"\u20a8": u"Rs", u"\u2113": u"l", u"\u2116": u"No.", u"\u2117": u"(P)", u"\u2122": u"TM", u"\u2212": u"-", u"\u2260": u"!=", u"\u2776": u"(1)", u"\u2777": u"(2)", u"\u2778": u"(3)", u"\u2779": u"(4)", u"\u277a": u"(5)", u"\u277b": u"(6)", u"\u277c": u"(7)", u"\u277d": u"(8)", u"\u277e": u"(9)", u"\u277f": u"(10)", u"\ufb01": u"fi", u"\ufb02": u"fl",} # U+2212 minus sign # Extended character substitution - can NOT be used for filenames subst = dict(safesubst) subst.update({u"\u00a6": u"|", u"\u00ab": u"<<", u"\u00bb": u">>", u"\u00bc": u"1/4", u"\u00bd": u"1/2", u"\u00be": u"3/4", u"\u00f7": u":", u"\u201c": u"\x22", u"\u201d": u"\x22", u"\u201f": u"\x22", u"\u2039": u"<", u"\u203a": u">", u"\u2044": u"/", u"\u2105": u"c/o", u"\u2153": u"1/3", u"\u2154": u"2/3", u"\u215b": u"1/8", u"\u215c": u"3/8", u"\u215d": u"5/8", u"\u215e": u"7/8", u"\u2190": u"<-", u"\u2192": u"->", u"\u2194": u"<->", u"\u2264": u"<=", u"\u2265": u"=>",}) def asciize(obj): """ Turn several unicode chars into an ASCII representation. This function either takes a string or an exception as argument (when used as error handler for encode or decode). """ chars = u"" if isinstance(obj, Exception): for char in obj.object[obj.start:obj.end]: chars += subst.get(char, u"?") return chars, obj.end else: return obj.encode("ASCII", "asciize") codecs.register_error("asciize", asciize) def safe_asciize(obj): """ Turn several unicode chars into an ASCII representation. This function either takes a string or an exception as argument (when used as error handler for encode or decode). """ chars = u"" if isinstance(obj, Exception): for char in obj.object[obj.start:obj.end]: chars += safesubst.get(char, u"_") return chars, obj.end else: return obj.encode("ASCII", "safe_asciize") codecs.register_error("safe_asciize", safe_asciize) def escape(obj): """ Turn unicode chars into escape codes. This function either takes a string or an exception as argument (when used as error handler for encode or decode). """ chars = u"" if isinstance(obj, Exception): for char in obj.object[obj.start:obj.end]: chars += subst.get(char, u"\\u" % hex(ord(char))[2:]) return chars, obj.end else: return obj.encode("ASCII", "escape") codecs.register_error("escape", escape) def make_ascii_printable(text, subst=""): return "".join([char if char in ascii_printable else subst for char in text]) def center(text, width = None): """ Center (mono-spaced) text. If no width is given, the longest line (after breaking at each newline) is used as max width. """ text = text.split("\n") if width is None: width = 0 for line in text: if len(line) > width: width = len(line) i = 0 for line in text: text[i] = line.center(width) i += 1 return "\n".join(text) def create_replace_function(template, values): """ Create a replace function for use with e.g. re.sub """ def replace_function(match, template=template, values=values): for i, group in enumerate(match.groups()): template = template.replace("\\%i" % (i + 1), group) return template % values return replace_function def ellipsis(text, maxlen=64, pos="r"): """ Truncate text to maxlen characters and add elipsis if it was longer. Elipsis position can be 'm' (middle) or 'r' (right). """ if len(text) <= maxlen: return text if pos == "r": return text[:maxlen - 1] + u"\u2026" elif pos == "m": return text[:maxlen / 2] + u"\u2026" + text[-maxlen / 2 + 1:] def hexunescape(match): """ To be used with re.sub """ return unichr(int(match.group(1), 16)) def universal_newlines(txt): """ Return txt with all new line formats converted to POSIX newlines. """ return txt.replace("\r\n", "\n").replace("\r", "\n") def replace_control_chars(txt, replacement=" ", collapse=False): """ Replace all control characters. Default replacement character is ' ' (space). If the 'collapse' keyword argument evaluates to True, consecutive replacement characters are collapsed to a single one. """ txt = strtr(txt, dict(zip(control_chars, [replacement] * len(control_chars)))) if collapse: while replacement * 2 in txt: txt = txt.replace(replacement * 2, replacement) return txt def safe_basestring(obj): """ Return a unicode or string representation of obj Return obj if isinstance(obj, basestring). Otherwise, return unicode(obj), string(obj), or repr(obj), whichever succeeds first. """ if isinstance(obj, EnvironmentError): # There are three possible variations of EnvironmentError instances: # - instance with 'errno', 'strerror', 'filename' and 'args' attributes # (created by EnvironmentError with three arguments) # NOTE: The 'args' attribute will contain only the first two arguments # - instance with 'errno', 'strerror' and 'args' attributes # (created by EnvironmentError with two arguments) # - instance with just 'args' attribute # (created by EnvironmentError with one or more than three arguments) args = [safe_unicode(arg) for arg in obj.args] if obj.filename is not None: obj = "[Errno %s] %s: %r" % (args[0], args[1], obj.filename) elif obj.strerror is not None: obj = "[Errno %s] %s" % (args[0], args[1]) elif obj.errno is not None: obj = "[Errno %s]" % args[0] else: obj = " ".join(args) if not isinstance(obj, basestring): try: obj = unicode(obj) except UnicodeDecodeError: try: obj = str(obj) except UnicodeEncodeError: obj = repr(obj) return obj def safe_str(obj, enc=fs_enc, errors="replace"): """ Return string representation of obj """ obj = safe_basestring(obj) if isinstance(obj, unicode): return obj.encode(enc, errors) else: return obj def safe_unicode(obj, enc=fs_enc, errors="replace"): """ Return unicode representation of obj """ obj = safe_basestring(obj) if isinstance(obj, unicode): return obj else: return obj.decode(enc, errors) def strtr(txt, replacements): """ String multi-replace, a bit like PHP's strtr. replacements can be a dict or a list. If it is a list, all items are replaced with the empty string (""). """ if hasattr(replacements, "iteritems"): replacements = replacements.iteritems() else: replacements = zip(replacements, [""] * len(replacements)) for srch, sub in replacements: txt = txt.replace(srch, sub) return txt def wrap(text, width = 70): """ A word-wrap function that preserves existing line breaks and spaces. Expects that existing line breaks are posix newlines (\\n). """ return reduce(lambda line, word, width=width: '%s%s%s' % (line, ' \n'[(len(line)-line.rfind('\n')-1 + len(word.split('\n',1)[0] ) >= width)], word), text.split(' ') ) def test(): for k, v in subst.iteritems(): print k, v if __name__ == "__main__": test() dispcalGUI-1.7.1.6/dispcalGUI/util_win.py000644 000765 000000 00000016262 12266411534 020021 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import ctypes import _winreg import struct import sys import pywintypes import win32api import winerror # http://msdn.microsoft.com/en-us/library/dd183569%28v=vs.85%29.aspx DISPLAY_DEVICE_ACTIVE = 0x1 # DISPLAY_DEVICE_ACTIVE specifies whether a monitor is presented as being "on" by the respective GDI view. # Windows Vista: EnumDisplayDevices will only enumerate monitors that can be presented as being "on." DISPLAY_DEVICE_MIRRORING_DRIVER = 0x8 # Represents a pseudo device used to mirror application drawing for remoting or other purposes. # An invisible pseudo monitor is associated with this device. # For example, NetMeeting uses it. Note that GetSystemMetrics (SM_MONITORS) only accounts for visible display monitors. DISPLAY_DEVICE_MODESPRUNED = 0x8000000 # The device has more display modes than its output devices support. DISPLAY_DEVICE_PRIMARY_DEVICE = 0x4 # The primary desktop is on the device. # For a system with a single display card, this is always set. # For a system with multiple display cards, only one device can have this set. DISPLAY_DEVICE_REMOVABLE = 0x20 # The device is removable; it cannot be the primary display. DISPLAY_DEVICE_VGA_COMPATIBLE = 0x10 # The device is VGA compatible. DISPLAY_DEVICE_DISCONNECT = 0x2000000 DISPLAY_DEVICE_MULTI_DRIVER = 0x2 DISPLAY_DEVICE_REMOTE = 0x4000000 # Icm.h CLASS_MONITOR = struct.unpack("!L", "mntr")[0] CLASS_PRINTER = struct.unpack("!L", "prtr")[0] CLASS_SCANNER = struct.unpack("!L", "scnr")[0] def _get_icm_display_device_key(device): monkey = device.DeviceKey.split("\\")[-2:] # pun totally intended subkey = "\\".join(["Software", "Microsoft", "Windows NT", "CurrentVersion", "ICM", "ProfileAssociations", "Display"] + monkey) return _winreg.CreateKey(_winreg.HKEY_CURRENT_USER, subkey) def _get_mscms_dll_handle(): try: return ctypes.windll.mscms except WindowsError: return None def calibration_management_isenabled(): """ Check if calibration is enabled under Windows 7 """ if sys.getwindowsversion() < (6, 1): # Windows XP and Vista don't have calibration management return False if False: # Using registry - NEVER # Also, does not work! key = _winreg.OpenKey(_winreg.HKEY_LOCAL_MACHINE, r"SOFTWARE\Microsoft\Windows NT\CurrentVersion\ICM\Calibration") return bool(_winreg.QueryValueEx(key, "CalibrationManagementEnabled")[0]) else: # Using ctypes mscms = _get_mscms_dll_handle() pbool = ctypes.pointer(ctypes.c_bool()) if not mscms or not mscms.WcsGetCalibrationManagementState(pbool): return return bool(pbool.contents) def disable_calibration_management(): """ Disable calibration loading under Windows 7 """ enable_calibration_management(False) def disable_per_user_profiles(display_no=0): """ Disable per user profiles under Vista/Windows 7 """ enable_per_user_profiles(False, display_no) def enable_calibration_management(enable=True): """ Enable calibration loading under Windows 7 """ if sys.getwindowsversion() < (6, 1): raise NotImplementedError("Calibration Management is only available " "in Windows 7 or later") if False: # Using registry - NEVER # Also, does not work! key = _winreg.OpenKey(_winreg.HKEY_LOCAL_MACHINE, r"SOFTWARE\Microsoft\Windows NT\CurrentVersion\ICM\Calibration", _winreg.KEY_SET_VALUE) _winreg.SetValueEx(key, "CalibrationManagementEnabled", 0, _winreg.REG_DWORD, int(enable)) else: # Using ctypes (must be called with elevated permissions) mscms = _get_mscms_dll_handle() if not mscms: return False if not mscms.WcsSetCalibrationManagementState(enable): raise get_windows_error(ctypes.windll.kernel32.GetLastError()) return True def enable_per_user_profiles(enable=True, display_no=0): """ Enable per user profiles under Vista/Windows 7 """ if sys.getwindowsversion() < (6, ): # Windows XP doesn't have per-user profiles raise NotImplementedError("Per-user profiles are only available " "in Windows Vista, 7 or later") device = get_display_device(display_no) if device: if False: # Using registry - NEVER key = _get_icm_display_device_key(device) _winreg.SetValueEx(key, "UsePerUserProfiles", 0, _winreg.REG_DWORD, int(enable)) else: # Using ctypes mscms = _get_mscms_dll_handle() if not mscms: return False if not mscms.WcsSetUsePerUserProfiles(unicode(device.DeviceID), CLASS_MONITOR, enable): raise get_windows_error(ctypes.windll.kernel32.GetLastError()) return True def get_active_display_device(devicename): """ Get active display device of an output (there can only be one per output) Return value: display device object or None Example usage: get_active_display_device('\\\\.\\DISPLAY1', 0) devicename = '\\\\.\\DISPLAYn' where n is a positive integer starting at 1 """ devices = [] n = 0 while True: try: devices.append(win32api.EnumDisplayDevices(devicename, n)) except pywintypes.error: break n += 1 for device in devices: if (device.StateFlags & DISPLAY_DEVICE_ACTIVE and (len(devices) == 1 or device.StateFlags & DISPLAY_DEVICE_MULTI_DRIVER)): return device def get_display_device(display_no=0): # The ordering will work as long as Argyll continues using # EnumDisplayMonitors monitors = get_real_display_devices_info() moninfo = monitors[display_no] # via win32api & registry return get_active_display_device(moninfo["Device"]) def get_real_display_devices_info(): """ Return info for real (non-virtual) devices """ # See Argyll source spectro/dispwin.c MonitorEnumProc, get_displays monitors = [] for monitor in win32api.EnumDisplayMonitors(None, None): try: moninfo = win32api.GetMonitorInfo(monitor[0]) except pywintypes.error: pass else: if moninfo and not moninfo["Device"].startswith("\\\\.\\DISPLAYV"): monitors.append(moninfo) return monitors def get_windows_error(errorcode): for name in dir(winerror): if name.startswith("ERROR_") and getattr(winerror, name) == errorcode: return WindowsError(errorcode, name) return WindowsError(errorcode, "") def per_user_profiles_isenabled(display_no=0): """ Check if per user profiles is enabled under Vista/Windows 7 """ if sys.getwindowsversion() < (6, ): # Windows XP doesn't have per-user profiles return False device = get_display_device(display_no) if device: if False: # Using registry - NEVER key = _get_icm_display_device_key(device) return bool(_winreg.QueryValueEx(key, "UsePerUserProfiles")[0]) else: # Using ctypes mscms = _get_mscms_dll_handle() pbool = ctypes.pointer(ctypes.c_bool()) if not mscms or not mscms.WcsGetUsePerUserProfiles(unicode(device.DeviceID), CLASS_MONITOR, pbool): return return bool(pbool.contents) if __name__ == "__main__": if "calibration" in sys.argv[1:]: if "enable" in sys.argv[1:] or "disable" in sys.argv[1:]: enable_calibration_management(sys.argv[1:][-1] != "disable") print calibration_management_isenabled() elif "per_user_profiles" in sys.argv[1:]: if "enable" in sys.argv[1:] or "disable" in sys.argv[1:]: enable_per_user_profiles(sys.argv[1:][-1] != "disable") print per_user_profiles_isenabled() dispcalGUI-1.7.1.6/dispcalGUI/util_x.py000644 000765 000000 00000001152 12025152312 017450 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import os def get_display(): """ Parse $DISPLAY and return (hostname, display number, screen number) """ display = os.getenv("DISPLAY", ":0.0").split(":") hostname = display[0] if len(display) > 1: try: display_screen = tuple(int(n) for n in display[1].split(".")) except ValueError: raise ValueError("The DISPLAY environment variable has an unknown " "format: %r" % os.getenv("DISPLAY")) display = display_screen[0] if len(display_screen) > 1: screen = display_screen[1] else: screen = 0 else: display, screen = 0, 0 return hostname, display, screen dispcalGUI-1.7.1.6/dispcalGUI/wexpect.py000644 000765 000000 00000343122 12237536425 017651 0ustar00svpwheel000000 000000 """Pexpect is a Python module for spawning child applications and controlling them automatically. Pexpect can be used for automating interactive applications such as ssh, ftp, passwd, telnet, etc. It can be used to a automate setup scripts for duplicating software package installations on different servers. It can be used for automated software testing. Pexpect is in the spirit of Don Libes' Expect, but Pexpect is pure Python. Other Expect-like modules for Python require TCL and Expect or require C extensions to be compiled. Pexpect does not use C, Expect, or TCL extensions. It should work on any platform that supports the standard Python pty module. The Pexpect interface focuses on ease of use so that simple tasks are easy. There are two main interfaces to Pexpect -- the function, run() and the class, spawn. You can call the run() function to execute a command and return the output. This is a handy replacement for os.system(). For example:: pexpect.run('ls -la') The more powerful interface is the spawn class. You can use this to spawn an external child command and then interact with the child by sending lines and expecting responses. For example:: child = pexpect.spawn('scp foo myname@host.example.com:.') child.expect ('Password:') child.sendline (mypassword) This works even for commands that ask for passwords or other input outside of the normal stdio streams. Credits: Noah Spurrier, Richard Holden, Marco Molteni, Kimberley Burchett, Robert Stone, Hartmut Goebel, Chad Schroeder, Erick Tryzelaar, Dave Kirby, Ids vander Molen, George Todd, Noel Taylor, Nicolas D. Cesar, Alexander Gattin, Geoffrey Marshall, Francisco Lourenco, Glen Mabey, Karthik Gurusamy, Fernando Perez, Corey Minyard, Jon Cohen, Guillaume Chazarain, Andrew Ryan, Nick Craig-Wood, Andrew Stone, Jorgen Grahn (Let me know if I forgot anyone.) Free, open source, and all that good stuff. Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. Pexpect Copyright (c) 2008 Noah Spurrier http://pexpect.sourceforge.net/ $Id: pexpect.py 507 2007-12-27 02:40:52Z noah $ """ try: import os, sys, time import select import string import re import struct import types import errno import traceback import signal import subprocess if sys.platform != 'win32': import pty import tty import termios import resource import fcntl else: from StringIO import StringIO try: from ctypes import windll import pywintypes from win32com.shell.shellcon import CSIDL_APPDATA from win32com.shell.shell import SHGetSpecialFolderPath from win32console import * from win32process import * from win32con import * from win32gui import * import win32api import win32file import winerror except ImportError, e: raise ImportError(str(e) + "\nThis package requires the win32 python packages.") screenbufferfillchar = u'\4' maxconsoleY = 8000 except ImportError, e: raise ImportError (str(e) + """ A critical module was not found. Probably this operating system does not support it. Pexpect is intended for UNIX-like operating systems.""") __version__ = '2.3' __revision__ = '$Revision: 399 $' __all__ = ['ExceptionPexpect', 'EOF', 'TIMEOUT', 'spawn', 'run', 'which', 'split_command_line', '__version__', '__revision__'] appname = 'dispcalGUI' # Exception classes used by this module. class ExceptionPexpect(Exception): """Base class for all exceptions raised by this module. """ def __init__(self, value): self.value = value def __str__(self): return str(self.value) def get_trace(self): """This returns an abbreviated stack trace with lines that only concern the caller. In other words, the stack trace inside the Pexpect module is not included. """ tblist = traceback.extract_tb(sys.exc_info()[2]) #tblist = filter(self.__filter_not_pexpect, tblist) tblist = [item for item in tblist if self.__filter_not_pexpect(item)] tblist = traceback.format_list(tblist) return ''.join(tblist) def __filter_not_pexpect(self, trace_list_item): """This returns True if list item 0 the string 'pexpect.py' in it. """ if trace_list_item[0].find('pexpect.py') == -1: return True else: return False class EOF(ExceptionPexpect): """Raised when EOF is read from a child. This usually means the child has exited.""" class TIMEOUT(ExceptionPexpect): """Raised when a read time exceeds the timeout. """ ##class TIMEOUT_PATTERN(TIMEOUT): ## """Raised when the pattern match time exceeds the timeout. ## This is different than a read TIMEOUT because the child process may ## give output, thus never give a TIMEOUT, but the output ## may never match a pattern. ## """ ##class MAXBUFFER(ExceptionPexpect): ## """Raised when a scan buffer fills before matching an expected pattern.""" def run (command, timeout=-1, withexitstatus=False, events=None, extra_args=None, logfile=None, cwd=None, env=None): """ This function runs the given command; waits for it to finish; then returns all output as a string. STDERR is included in output. If the full path to the command is not given then the path is searched. Note that lines are terminated by CR/LF (\\r\\n) combination even on UNIX-like systems because this is the standard for pseudo ttys. If you set 'withexitstatus' to true, then run will return a tuple of (command_output, exitstatus). If 'withexitstatus' is false then this returns just command_output. The run() function can often be used instead of creating a spawn instance. For example, the following code uses spawn:: from pexpect import * child = spawn('scp foo myname@host.example.com:.') child.expect ('(?i)password') child.sendline (mypassword) The previous code can be replace with the following:: from pexpect import * run ('scp foo myname@host.example.com:.', events={'(?i)password': mypassword}) Examples ======== Start the apache daemon on the local machine:: from pexpect import * run ("/usr/local/apache/bin/apachectl start") Check in a file using SVN:: from pexpect import * run ("svn ci -m 'automatic commit' my_file.py") Run a command and capture exit status:: from pexpect import * (command_output, exitstatus) = run ('ls -l /bin', withexitstatus=1) Tricky Examples =============== The following will run SSH and execute 'ls -l' on the remote machine. The password 'secret' will be sent if the '(?i)password' pattern is ever seen:: run ("ssh username@machine.example.com 'ls -l'", events={'(?i)password':'secret\\n'}) This will start mencoder to rip a video from DVD. This will also display progress ticks every 5 seconds as it runs. For example:: from pexpect import * def print_ticks(d): print d['event_count'], run ("mencoder dvd://1 -o video.avi -oac copy -ovc copy", events={TIMEOUT:print_ticks}, timeout=5) The 'events' argument should be a dictionary of patterns and responses. Whenever one of the patterns is seen in the command out run() will send the associated response string. Note that you should put newlines in your string if Enter is necessary. The responses may also contain callback functions. Any callback is function that takes a dictionary as an argument. The dictionary contains all the locals from the run() function, so you can access the child spawn object or any other variable defined in run() (event_count, child, and extra_args are the most useful). A callback may return True to stop the current run process otherwise run() continues until the next event. A callback may also return a string which will be sent to the child. 'extra_args' is not used by directly run(). It provides a way to pass data to a callback function through run() through the locals dictionary passed to a callback. """ if timeout == -1: child = spawn(command, maxread=2000, logfile=logfile, cwd=cwd, env=env) else: child = spawn(command, timeout=timeout, maxread=2000, logfile=logfile, cwd=cwd, env=env) if events is not None: patterns = events.keys() responses = events.values() else: patterns=None # We assume that EOF or TIMEOUT will save us. responses=None child_result_list = [] event_count = 0 while 1: try: index = child.expect (patterns) if type(child.after) in types.StringTypes: child_result_list.append(child.before + child.after) else: # child.after may have been a TIMEOUT or EOF, so don't cat those. child_result_list.append(child.before) if type(responses[index]) in types.StringTypes: child.send(responses[index]) elif type(responses[index]) is types.FunctionType: callback_result = responses[index](locals()) sys.stdout.flush() if type(callback_result) in types.StringTypes: child.send(callback_result) elif callback_result: break else: raise TypeError ('The callback must be a string or function type.') event_count = event_count + 1 except TIMEOUT, e: child_result_list.append(child.before) break except EOF, e: child_result_list.append(child.before) break child_result = ''.join(child_result_list) if withexitstatus: child.close() return (child_result, child.exitstatus) else: return child_result def spawn(command, args=[], timeout=30, maxread=2000, searchwindowsize=None, logfile=None, cwd=None, env=None, codepage=None): log('=' * 80) log('Buffer size: %s' % maxread) if searchwindowsize: log('Search window size: %s' % searchwindowsize) log('Timeout: %ss' % timeout) if env: log('Environment:') for name in env: log('\t%s=%s' % (name, env[name])) if cwd: log('Working directory: %s' % cwd) log('Spawning %s' % join_args([command] + args)) if sys.platform == 'win32': return spawn_windows(command, args, timeout, maxread, searchwindowsize, logfile, cwd, env, codepage) else: return spawn_unix(command, args, timeout, maxread, searchwindowsize, logfile, cwd, env) class spawn_unix (object): """This is the main class interface for Pexpect. Use this class to start and control child applications. """ def __init__(self, command, args=[], timeout=30, maxread=2000, searchwindowsize=None, logfile=None, cwd=None, env=None): """This is the constructor. The command parameter may be a string that includes a command and any arguments to the command. For example:: child = pexpect.spawn ('/usr/bin/ftp') child = pexpect.spawn ('/usr/bin/ssh user@example.com') child = pexpect.spawn ('ls -latr /tmp') You may also construct it with a list of arguments like so:: child = pexpect.spawn ('/usr/bin/ftp', []) child = pexpect.spawn ('/usr/bin/ssh', ['user@example.com']) child = pexpect.spawn ('ls', ['-latr', '/tmp']) After this the child application will be created and will be ready to talk to. For normal use, see expect() and send() and sendline(). Remember that Pexpect does NOT interpret shell meta characters such as redirect, pipe, or wild cards (>, |, or *). This is a common mistake. If you want to run a command and pipe it through another command then you must also start a shell. For example:: child = pexpect.spawn('/bin/bash -c "ls -l | grep LOG > log_list.txt"') child.expect(pexpect.EOF) The second form of spawn (where you pass a list of arguments) is useful in situations where you wish to spawn a command and pass it its own argument list. This can make syntax more clear. For example, the following is equivalent to the previous example:: shell_cmd = 'ls -l | grep LOG > log_list.txt' child = pexpect.spawn('/bin/bash', ['-c', shell_cmd]) child.expect(pexpect.EOF) The maxread attribute sets the read buffer size. This is maximum number of bytes that Pexpect will try to read from a TTY at one time. Setting the maxread size to 1 will turn off buffering. Setting the maxread value higher may help performance in cases where large amounts of output are read back from the child. This feature is useful in conjunction with searchwindowsize. The searchwindowsize attribute sets the how far back in the incomming seach buffer Pexpect will search for pattern matches. Every time Pexpect reads some data from the child it will append the data to the incomming buffer. The default is to search from the beginning of the imcomming buffer each time new data is read from the child. But this is very inefficient if you are running a command that generates a large amount of data where you want to match The searchwindowsize does not effect the size of the incomming data buffer. You will still have access to the full buffer after expect() returns. The logfile member turns on or off logging. All input and output will be copied to the given file object. Set logfile to None to stop logging. This is the default. Set logfile to sys.stdout to echo everything to standard output. The logfile is flushed after each write. Example log input and output to a file:: child = pexpect.spawn('some_command') fout = file('mylog.txt','w') child.logfile = fout Example log to stdout:: child = pexpect.spawn('some_command') child.logfile = sys.stdout The logfile_read and logfile_send members can be used to separately log the input from the child and output sent to the child. Sometimes you don't want to see everything you write to the child. You only want to log what the child sends back. For example:: child = pexpect.spawn('some_command') child.logfile_read = sys.stdout To separately log output sent to the child use logfile_send:: self.logfile_send = fout The delaybeforesend helps overcome a weird behavior that many users were experiencing. The typical problem was that a user would expect() a "Password:" prompt and then immediately call sendline() to send the password. The user would then see that their password was echoed back to them. Passwords don't normally echo. The problem is caused by the fact that most applications print out the "Password" prompt and then turn off stdin echo, but if you send your password before the application turned off echo, then you get your password echoed. Normally this wouldn't be a problem when interacting with a human at a real keyboard. If you introduce a slight delay just before writing then this seems to clear up the problem. This was such a common problem for many users that I decided that the default pexpect behavior should be to sleep just before writing to the child application. 1/20th of a second (50 ms) seems to be enough to clear up the problem. You can set delaybeforesend to 0 to return to the old behavior. Most Linux machines don't like this to be below 0.03. I don't know why. Note that spawn is clever about finding commands on your path. It uses the same logic that "which" uses to find executables. If you wish to get the exit status of the child you must call the close() method. The exit or signal status of the child will be stored in self.exitstatus or self.signalstatus. If the child exited normally then exitstatus will store the exit return code and signalstatus will be None. If the child was terminated abnormally with a signal then signalstatus will store the signal value and exitstatus will be None. If you need more detail you can also read the self.status member which stores the status returned by os.waitpid. You can interpret this using os.WIFEXITED/os.WEXITSTATUS or os.WIFSIGNALED/os.TERMSIG. """ self.STDIN_FILENO = pty.STDIN_FILENO self.STDOUT_FILENO = pty.STDOUT_FILENO self.STDERR_FILENO = pty.STDERR_FILENO self.stdin = sys.stdin self.stdout = sys.stdout self.stderr = sys.stderr self.searcher = None self.ignorecase = False self.before = None self.after = None self.match = None self.match_index = None self.terminated = True self.exitstatus = None self.signalstatus = None self.status = None # status returned by os.waitpid self.flag_eof = False self.pid = None self.child_fd = -1 # initially closed self.timeout = timeout self.delimiter = EOF self.logfile = logfile self.logfile_read = None # input from child (read_nonblocking) self.logfile_send = None # output to send (send, sendline) self.maxread = maxread # max bytes to read at one time into buffer self.buffer = '' # This is the read buffer. See maxread. self.searchwindowsize = searchwindowsize # Anything before searchwindowsize point is preserved, but not searched. # Most Linux machines don't like delaybeforesend to be below 0.03 (30 ms). self.delaybeforesend = 0.05 # Sets sleep time used just before sending data to child. Time in seconds. self.delayafterclose = 0.1 # Sets delay in close() method to allow kernel time to update process status. Time in seconds. self.delayafterterminate = 0.1 # Sets delay in terminate() method to allow kernel time to update process status. Time in seconds. self.softspace = False # File-like object. self.name = '<' + repr(self) + '>' # File-like object. self.encoding = None # File-like object. self.closed = True # File-like object. self.ocwd = os.getcwdu() self.cwd = cwd self.env = env self.__irix_hack = (sys.platform.lower().find('irix')>=0) # This flags if we are running on irix # Solaris uses internal __fork_pty(). All others use pty.fork(). if (sys.platform.lower().find('solaris')>=0) or (sys.platform.lower().find('sunos5')>=0): self.use_native_pty_fork = False else: self.use_native_pty_fork = True # allow dummy instances for subclasses that may not use command or args. if command is None: self.command = None self.args = None self.name = '' else: self._spawn (command, args) def __del__(self): """This makes sure that no system resources are left open. Python only garbage collects Python objects. OS file descriptors are not Python objects, so they must be handled explicitly. If the child file descriptor was opened outside of this class (passed to the constructor) then this does not close it. """ if not self.closed: # It is possible for __del__ methods to execute during the # teardown of the Python VM itself. Thus self.close() may # trigger an exception because os.close may be None. # -- Fernando Perez try: self.close() except AttributeError: pass def __str__(self): """This returns a human-readable string that represents the state of the object. """ s = [] s.append(repr(self)) s.append('version: ' + __version__ + ' (' + __revision__ + ')') s.append('command: ' + str(self.command)) s.append('args: ' + str(self.args)) s.append('searcher: ' + str(self.searcher)) s.append('buffer (last 100 chars): ' + str(self.buffer)[-100:]) s.append('before (last 100 chars): ' + str(self.before)[-100:]) s.append('after: ' + str(self.after)) s.append('match: ' + str(self.match)) s.append('match_index: ' + str(self.match_index)) s.append('exitstatus: ' + str(self.exitstatus)) s.append('flag_eof: ' + str(self.flag_eof)) s.append('pid: ' + str(self.pid)) s.append('child_fd: ' + str(self.child_fd)) s.append('closed: ' + str(self.closed)) s.append('timeout: ' + str(self.timeout)) s.append('delimiter: ' + str(self.delimiter)) s.append('logfile: ' + str(self.logfile)) s.append('logfile_read: ' + str(self.logfile_read)) s.append('logfile_send: ' + str(self.logfile_send)) s.append('maxread: ' + str(self.maxread)) s.append('ignorecase: ' + str(self.ignorecase)) s.append('searchwindowsize: ' + str(self.searchwindowsize)) s.append('delaybeforesend: ' + str(self.delaybeforesend)) s.append('delayafterclose: ' + str(self.delayafterclose)) s.append('delayafterterminate: ' + str(self.delayafterterminate)) return '\n'.join(s) def _spawn(self,command,args=[]): """This starts the given command in a child process. This does all the fork/exec type of stuff for a pty. This is called by __init__. If args is empty then command will be parsed (split on spaces) and args will be set to parsed arguments. """ # The pid and child_fd of this object get set by this method. # Note that it is difficult for this method to fail. # You cannot detect if the child process cannot start. # So the only way you can tell if the child process started # or not is to try to read from the file descriptor. If you get # EOF immediately then it means that the child is already dead. # That may not necessarily be bad because you may haved spawned a child # that performs some task; creates no stdout output; and then dies. # If command is an int type then it may represent a file descriptor. if type(command) == type(0): raise ExceptionPexpect ('Command is an int type. If this is a file descriptor then maybe you want to use fdpexpect.fdspawn which takes an existing file descriptor instead of a command string.') if type (args) != type([]): raise TypeError ('The argument, args, must be a list.') if args == []: self.args = split_command_line(command) self.command = self.args[0] else: self.args = args[:] # work with a copy self.args.insert (0, command) self.command = command command_with_path = which(self.command) if command_with_path is None: raise ExceptionPexpect ('The command was not found or was not executable: %s.' % self.command) self.command = command_with_path self.args[0] = self.command self.name = '<' + ' '.join (self.args) + '>' assert self.pid is None, 'The pid member should be None.' assert self.command is not None, 'The command member should not be None.' if self.use_native_pty_fork: try: self.pid, self.child_fd = pty.fork() except OSError, e: raise ExceptionPexpect('Error! pty.fork() failed: ' + str(e)) else: # Use internal __fork_pty self.pid, self.child_fd = self.__fork_pty() if self.pid == 0: # Child try: self.child_fd = sys.stdout.fileno() # used by setwinsize() self.setwinsize(24, 80) except: # Some platforms do not like setwinsize (Cygwin). # This will cause problem when running applications that # are very picky about window size. # This is a serious limitation, but not a show stopper. pass # Do not allow child to inherit open file descriptors from parent. max_fd = resource.getrlimit(resource.RLIMIT_NOFILE)[0] for i in range (3, max_fd): try: os.close (i) except OSError: pass # I don't know why this works, but ignoring SIGHUP fixes a # problem when trying to start a Java daemon with sudo # (specifically, Tomcat). signal.signal(signal.SIGHUP, signal.SIG_IGN) if self.cwd is not None: os.chdir(self.cwd) if self.env is None: os.execv(self.command, self.args) else: os.execvpe(self.command, self.args, self.env) if self.cwd is not None: # Restore the original working dir os.chdir(self.ocwd) # Parent self.terminated = False self.closed = False def __fork_pty(self): """This implements a substitute for the forkpty system call. This should be more portable than the pty.fork() function. Specifically, this should work on Solaris. Modified 10.06.05 by Geoff Marshall: Implemented __fork_pty() method to resolve the issue with Python's pty.fork() not supporting Solaris, particularly ssh. Based on patch to posixmodule.c authored by Noah Spurrier:: http://mail.python.org/pipermail/python-dev/2003-May/035281.html """ parent_fd, child_fd = os.openpty() if parent_fd < 0 or child_fd < 0: raise ExceptionPexpect, "Error! Could not open pty with os.openpty()." pid = os.fork() if pid < 0: raise ExceptionPexpect, "Error! Failed os.fork()." elif pid == 0: # Child. os.close(parent_fd) self.__pty_make_controlling_tty(child_fd) os.dup2(child_fd, 0) os.dup2(child_fd, 1) os.dup2(child_fd, 2) if child_fd > 2: os.close(child_fd) else: # Parent. os.close(child_fd) return pid, parent_fd def __pty_make_controlling_tty(self, tty_fd): """This makes the pseudo-terminal the controlling tty. This should be more portable than the pty.fork() function. Specifically, this should work on Solaris. """ child_name = os.ttyname(tty_fd) # Disconnect from controlling tty if still connected. fd = os.open("/dev/tty", os.O_RDWR | os.O_NOCTTY); if fd >= 0: os.close(fd) os.setsid() # Verify we are disconnected from controlling tty try: fd = os.open("/dev/tty", os.O_RDWR | os.O_NOCTTY); if fd >= 0: os.close(fd) raise ExceptionPexpect, "Error! We are not disconnected from a controlling tty." except: # Good! We are disconnected from a controlling tty. pass # Verify we can open child pty. fd = os.open(child_name, os.O_RDWR); if fd < 0: raise ExceptionPexpect, "Error! Could not open child pty, " + child_name else: os.close(fd) # Verify we now have a controlling tty. fd = os.open("/dev/tty", os.O_WRONLY) if fd < 0: raise ExceptionPexpect, "Error! Could not open controlling tty, /dev/tty" else: os.close(fd) def fileno (self): # File-like object. """This returns the file descriptor of the pty for the child. """ return self.child_fd def close (self, force=True): # File-like object. """This closes the connection with the child application. Note that calling close() more than once is valid. This emulates standard Python behavior with files. Set force to True if you want to make sure that the child is terminated (SIGKILL is sent if the child ignores SIGHUP and SIGINT). """ if not self.closed: self.flush() os.close (self.child_fd) time.sleep(self.delayafterclose) # Give kernel time to update process status. if self.isalive(): if not self.terminate(force): raise ExceptionPexpect ('close() could not terminate the child using terminate()') self.child_fd = -1 self.closed = True #self.pid = None def flush (self): # File-like object. """This does nothing. It is here to support the interface for a File-like object. """ pass def isatty (self): # File-like object. """This returns True if the file descriptor is open and connected to a tty(-like) device, else False. """ return os.isatty(self.child_fd) def waitnoecho (self, timeout=-1): """This waits until the terminal ECHO flag is set False. This returns True if the echo mode is off. This returns False if the ECHO flag was not set False before the timeout. This can be used to detect when the child is waiting for a password. Usually a child application will turn off echo mode when it is waiting for the user to enter a password. For example, instead of expecting the "password:" prompt you can wait for the child to set ECHO off:: p = pexpect.spawn ('ssh user@example.com') p.waitnoecho() p.sendline(mypassword) If timeout is None then this method to block forever until ECHO flag is False. """ if timeout == -1: timeout = self.timeout if timeout is not None: end_time = time.time() + timeout while True: if not self.getecho(): return True if timeout < 0 and timeout is not None: return False if timeout is not None: timeout = end_time - time.time() time.sleep(0.1) def getecho (self): """This returns the terminal echo mode. This returns True if echo is on or False if echo is off. Child applications that are expecting you to enter a password often set ECHO False. See waitnoecho(). """ attr = termios.tcgetattr(self.child_fd) if attr[3] & termios.ECHO: return True return False def setecho (self, state): """This sets the terminal echo mode on or off. Note that anything the child sent before the echo will be lost, so you should be sure that your input buffer is empty before you call setecho(). For example, the following will work as expected:: p = pexpect.spawn('cat') p.sendline ('1234') # We will see this twice (once from tty echo and again from cat). p.expect (['1234']) p.expect (['1234']) p.setecho(False) # Turn off tty echo p.sendline ('abcd') # We will set this only once (echoed by cat). p.sendline ('wxyz') # We will set this only once (echoed by cat) p.expect (['abcd']) p.expect (['wxyz']) The following WILL NOT WORK because the lines sent before the setecho will be lost:: p = pexpect.spawn('cat') p.sendline ('1234') # We will see this twice (once from tty echo and again from cat). p.setecho(False) # Turn off tty echo p.sendline ('abcd') # We will set this only once (echoed by cat). p.sendline ('wxyz') # We will set this only once (echoed by cat) p.expect (['1234']) p.expect (['1234']) p.expect (['abcd']) p.expect (['wxyz']) """ self.child_fd attr = termios.tcgetattr(self.child_fd) if state: attr[3] = attr[3] | termios.ECHO else: attr[3] = attr[3] & ~termios.ECHO # I tried TCSADRAIN and TCSAFLUSH, but these were inconsistent # and blocked on some platforms. TCSADRAIN is probably ideal if it worked. termios.tcsetattr(self.child_fd, termios.TCSANOW, attr) def read_nonblocking (self, size = 1, timeout = -1): """This reads at most size characters from the child application. It includes a timeout. If the read does not complete within the timeout period then a TIMEOUT exception is raised. If the end of file is read then an EOF exception will be raised. If a log file was set using setlog() then all data will also be written to the log file. If timeout is None then the read may block indefinitely. If timeout is -1 then the self.timeout value is used. If timeout is 0 then the child is polled and if there was no data immediately ready then this will raise a TIMEOUT exception. The timeout refers only to the amount of time to read at least one character. This is not effected by the 'size' parameter, so if you call read_nonblocking(size=100, timeout=30) and only one character is available right away then one character will be returned immediately. It will not wait for 30 seconds for another 99 characters to come in. This is a wrapper around os.read(). It uses select.select() to implement the timeout. """ if self.closed: raise ValueError ('I/O operation on closed file in read_nonblocking().') if timeout == -1: timeout = self.timeout # Note that some systems such as Solaris do not give an EOF when # the child dies. In fact, you can still try to read # from the child_fd -- it will block forever or until TIMEOUT. # For this case, I test isalive() before doing any reading. # If isalive() is false, then I pretend that this is the same as EOF. if not self.isalive(): r,w,e = self.__select([self.child_fd], [], [], 0) # timeout of 0 means "poll" if not r: self.flag_eof = True raise EOF ('End Of File (EOF) in read_nonblocking(). Braindead platform.') elif self.__irix_hack: # This is a hack for Irix. It seems that Irix requires a long delay before checking isalive. # This adds a 2 second delay, but only when the child is terminated. r, w, e = self.__select([self.child_fd], [], [], 2) if not r and not self.isalive(): self.flag_eof = True raise EOF ('End Of File (EOF) in read_nonblocking(). Pokey platform.') r,w,e = self.__select([self.child_fd], [], [], timeout) if not r: if not self.isalive(): # Some platforms, such as Irix, will claim that their processes are alive; # then timeout on the select; and then finally admit that they are not alive. self.flag_eof = True raise EOF ('End of File (EOF) in read_nonblocking(). Very pokey platform.') else: raise TIMEOUT ('Timeout exceeded in read_nonblocking().') if self.child_fd in r: try: s = os.read(self.child_fd, size) except OSError, e: # Linux does this self.flag_eof = True raise EOF ('End Of File (EOF) in read_nonblocking(). Exception style platform.') if s == '': # BSD style self.flag_eof = True raise EOF ('End Of File (EOF) in read_nonblocking(). Empty string style platform.') if self.logfile is not None: self.logfile.write (s) self.logfile.flush() if self.logfile_read is not None: self.logfile_read.write (s) self.logfile_read.flush() return s raise ExceptionPexpect ('Reached an unexpected state in read_nonblocking().') def read (self, size = -1): # File-like object. """This reads at most "size" bytes from the file (less if the read hits EOF before obtaining size bytes). If the size argument is negative or omitted, read all data until EOF is reached. The bytes are returned as a string object. An empty string is returned when EOF is encountered immediately. """ if size == 0: return '' if size < 0: self.expect (self.delimiter) # delimiter default is EOF return self.before # I could have done this more directly by not using expect(), but # I deliberately decided to couple read() to expect() so that # I would catch any bugs early and ensure consistant behavior. # It's a little less efficient, but there is less for me to # worry about if I have to later modify read() or expect(). # Note, it's OK if size==-1 in the regex. That just means it # will never match anything in which case we stop only on EOF. cre = re.compile('.{%d}' % size, re.DOTALL) index = self.expect ([cre, self.delimiter]) # delimiter default is EOF if index == 0: return self.after ### self.before should be ''. Should I assert this? return self.before def readline (self, size = -1): # File-like object. """This reads and returns one entire line. A trailing newline is kept in the string, but may be absent when a file ends with an incomplete line. Note: This readline() looks for a \\r\\n pair even on UNIX because this is what the pseudo tty device returns. So contrary to what you may expect you will receive the newline as \\r\\n. An empty string is returned when EOF is hit immediately. Currently, the size argument is mostly ignored, so this behavior is not standard for a file-like object. If size is 0 then an empty string is returned. """ if size == 0: return '' index = self.expect (['\r\n', self.delimiter]) # delimiter default is EOF if index == 0: return self.before + '\r\n' else: return self.before def __iter__ (self): # File-like object. """This is to support iterators over a file-like object. """ return self def next (self): # File-like object. """This is to support iterators over a file-like object. """ result = self.readline() if result == "": raise StopIteration return result def readlines (self, sizehint = -1): # File-like object. """This reads until EOF using readline() and returns a list containing the lines thus read. The optional "sizehint" argument is ignored. """ lines = [] while True: line = self.readline() if not line: break lines.append(line) return lines def write(self, s): # File-like object. """This is similar to send() except that there is no return value. """ self.send (s) def writelines (self, sequence): # File-like object. """This calls write() for each element in the sequence. The sequence can be any iterable object producing strings, typically a list of strings. This does not add line separators There is no return value. """ for s in sequence: self.write (s) def send(self, s): """This sends a string to the child process. This returns the number of bytes written. If a log file was set then the data is also written to the log. """ time.sleep(self.delaybeforesend) if self.logfile is not None: self.logfile.write (s) self.logfile.flush() if self.logfile_send is not None: self.logfile_send.write (s) self.logfile_send.flush() c = os.write(self.child_fd, s) return c def sendline(self, s=''): """This is like send(), but it adds a line feed (os.linesep). This returns the number of bytes written. """ n = self.send(s) n = n + self.send (os.linesep) return n def sendcontrol(self, char): """This sends a control character to the child such as Ctrl-C or Ctrl-D. For example, to send a Ctrl-G (ASCII 7):: child.sendcontrol('g') See also, sendintr() and sendeof(). """ char = char.lower() a = ord(char) if a>=97 and a<=122: a = a - ord('a') + 1 return self.send (chr(a)) d = {'@':0, '`':0, '[':27, '{':27, '\\':28, '|':28, ']':29, '}': 29, '^':30, '~':30, '_':31, '?':127} if char not in d: return 0 return self.send (chr(d[char])) def sendeof(self): """This sends an EOF to the child. This sends a character which causes the pending parent output buffer to be sent to the waiting child program without waiting for end-of-line. If it is the first character of the line, the read() in the user program returns 0, which signifies end-of-file. This means to work as expected a sendeof() has to be called at the beginning of a line. This method does not send a newline. It is the responsibility of the caller to ensure the eof is sent at the beginning of a line. """ ### Hmmm... how do I send an EOF? ###C if ((m = write(pty, *buf, p - *buf)) < 0) ###C return (errno == EWOULDBLOCK) ? n : -1; #fd = sys.stdin.fileno() #old = termios.tcgetattr(fd) # remember current state #attr = termios.tcgetattr(fd) #attr[3] = attr[3] | termios.ICANON # ICANON must be set to recognize EOF #try: # use try/finally to ensure state gets restored # termios.tcsetattr(fd, termios.TCSADRAIN, attr) # if hasattr(termios, 'CEOF'): # os.write (self.child_fd, '%c' % termios.CEOF) # else: # # Silly platform does not define CEOF so assume CTRL-D # os.write (self.child_fd, '%c' % 4) #finally: # restore state # termios.tcsetattr(fd, termios.TCSADRAIN, old) if hasattr(termios, 'VEOF'): char = termios.tcgetattr(self.child_fd)[6][termios.VEOF] else: # platform does not define VEOF so assume CTRL-D char = chr(4) self.send(char) def sendintr(self): """This sends a SIGINT to the child. It does not require the SIGINT to be the first character on a line. """ if hasattr(termios, 'VINTR'): char = termios.tcgetattr(self.child_fd)[6][termios.VINTR] else: # platform does not define VINTR so assume CTRL-C char = chr(3) self.send (char) def eof (self): """This returns True if the EOF exception was ever raised. """ return self.flag_eof def terminate(self, force=False): """This forces a child process to terminate. It starts nicely with SIGHUP and SIGINT. If "force" is True then moves onto SIGKILL. This returns True if the child was terminated. This returns False if the child could not be terminated. """ if not self.isalive(): return True try: self.kill(signal.SIGHUP) time.sleep(self.delayafterterminate) if not self.isalive(): return True self.kill(signal.SIGCONT) time.sleep(self.delayafterterminate) if not self.isalive(): return True self.kill(signal.SIGINT) time.sleep(self.delayafterterminate) if not self.isalive(): return True if force: self.kill(signal.SIGKILL) time.sleep(self.delayafterterminate) if not self.isalive(): return True else: return False return False except OSError, e: # I think there are kernel timing issues that sometimes cause # this to happen. I think isalive() reports True, but the # process is dead to the kernel. # Make one last attempt to see if the kernel is up to date. time.sleep(self.delayafterterminate) if not self.isalive(): return True else: return False def wait(self): """This waits until the child exits. This is a blocking call. This will not read any data from the child, so this will block forever if the child has unread output and has terminated. In other words, the child may have printed output then called exit(); but, technically, the child is still alive until its output is read. """ if self.isalive(): pid, status = os.waitpid(self.pid, 0) else: raise ExceptionPexpect ('Cannot wait for dead child process.') self.exitstatus = os.WEXITSTATUS(status) if os.WIFEXITED (status): self.status = status self.exitstatus = os.WEXITSTATUS(status) self.signalstatus = None self.terminated = True elif os.WIFSIGNALED (status): self.status = status self.exitstatus = None self.signalstatus = os.WTERMSIG(status) self.terminated = True elif os.WIFSTOPPED (status): raise ExceptionPexpect ('Wait was called for a child process that is stopped. This is not supported. Is some other process attempting job control with our child pid?') return self.exitstatus def isalive(self): """This tests if the child process is running or not. This is non-blocking. If the child was terminated then this will read the exitstatus or signalstatus of the child. This returns True if the child process appears to be running or False if not. It can take literally SECONDS for Solaris to return the right status. """ if self.terminated: return False if self.flag_eof: # This is for Linux, which requires the blocking form of waitpid to get # status of a defunct process. This is super-lame. The flag_eof would have # been set in read_nonblocking(), so this should be safe. waitpid_options = 0 else: waitpid_options = os.WNOHANG try: pid, status = os.waitpid(self.pid, waitpid_options) except OSError, e: # No child processes if e[0] == errno.ECHILD: raise ExceptionPexpect ('isalive() encountered condition where "terminated" is 0, but there was no child process. Did someone else call waitpid() on our process?') else: raise e # I have to do this twice for Solaris. I can't even believe that I figured this out... # If waitpid() returns 0 it means that no child process wishes to # report, and the value of status is undefined. if pid == 0: try: pid, status = os.waitpid(self.pid, waitpid_options) ### os.WNOHANG) # Solaris! except OSError, e: # This should never happen... if e[0] == errno.ECHILD: raise ExceptionPexpect ('isalive() encountered condition that should never happen. There was no child process. Did someone else call waitpid() on our process?') else: raise e # If pid is still 0 after two calls to waitpid() then # the process really is alive. This seems to work on all platforms, except # for Irix which seems to require a blocking call on waitpid or select, so I let read_nonblocking # take care of this situation (unfortunately, this requires waiting through the timeout). if pid == 0: return True if pid == 0: return True if os.WIFEXITED (status): self.status = status self.exitstatus = os.WEXITSTATUS(status) self.signalstatus = None self.terminated = True elif os.WIFSIGNALED (status): self.status = status self.exitstatus = None self.signalstatus = os.WTERMSIG(status) self.terminated = True elif os.WIFSTOPPED (status): raise ExceptionPexpect ('isalive() encountered condition where child process is stopped. This is not supported. Is some other process attempting job control with our child pid?') return False def kill(self, sig): """This sends the given signal to the child application. In keeping with UNIX tradition it has a misleading name. It does not necessarily kill the child unless you send the right signal. """ # Same as os.kill, but the pid is given for you. if self.isalive(): os.kill(self.pid, sig) def compile_pattern_list(self, patterns): """This compiles a pattern-string or a list of pattern-strings. Patterns must be a StringType, EOF, TIMEOUT, SRE_Pattern, or a list of those. Patterns may also be None which results in an empty list (you might do this if waiting for an EOF or TIMEOUT condition without expecting any pattern). This is used by expect() when calling expect_list(). Thus expect() is nothing more than:: cpl = self.compile_pattern_list(pl) return self.expect_list(cpl, timeout) If you are using expect() within a loop it may be more efficient to compile the patterns first and then call expect_list(). This avoid calls in a loop to compile_pattern_list():: cpl = self.compile_pattern_list(my_pattern) while some_condition: ... i = self.expect_list(clp, timeout) ... """ if patterns is None: return [] if type(patterns) is not types.ListType: patterns = [patterns] compile_flags = re.DOTALL # Allow dot to match \n if self.ignorecase: compile_flags = compile_flags | re.IGNORECASE compiled_pattern_list = [] for p in patterns: if type(p) in types.StringTypes: compiled_pattern_list.append(re.compile(p, compile_flags)) elif p is EOF: compiled_pattern_list.append(EOF) elif p is TIMEOUT: compiled_pattern_list.append(TIMEOUT) elif type(p) is type(re.compile('')): compiled_pattern_list.append(p) else: raise TypeError ('Argument must be one of StringTypes, EOF, TIMEOUT, SRE_Pattern, or a list of those type. %s' % str(type(p))) return compiled_pattern_list def expect(self, pattern, timeout = -1, searchwindowsize=None): """This seeks through the stream until a pattern is matched. The pattern is overloaded and may take several types. The pattern can be a StringType, EOF, a compiled re, or a list of any of those types. Strings will be compiled to re types. This returns the index into the pattern list. If the pattern was not a list this returns index 0 on a successful match. This may raise exceptions for EOF or TIMEOUT. To avoid the EOF or TIMEOUT exceptions add EOF or TIMEOUT to the pattern list. That will cause expect to match an EOF or TIMEOUT condition instead of raising an exception. If you pass a list of patterns and more than one matches, the first match in the stream is chosen. If more than one pattern matches at that point, the leftmost in the pattern list is chosen. For example:: # the input is 'foobar' index = p.expect (['bar', 'foo', 'foobar']) # returns 1 ('foo') even though 'foobar' is a "better" match Please note, however, that buffering can affect this behavior, since input arrives in unpredictable chunks. For example:: # the input is 'foobar' index = p.expect (['foobar', 'foo']) # returns 0 ('foobar') if all input is available at once, # but returs 1 ('foo') if parts of the final 'bar' arrive late After a match is found the instance attributes 'before', 'after' and 'match' will be set. You can see all the data read before the match in 'before'. You can see the data that was matched in 'after'. The re.MatchObject used in the re match will be in 'match'. If an error occurred then 'before' will be set to all the data read so far and 'after' and 'match' will be None. If timeout is -1 then timeout will be set to the self.timeout value. A list entry may be EOF or TIMEOUT instead of a string. This will catch these exceptions and return the index of the list entry instead of raising the exception. The attribute 'after' will be set to the exception type. The attribute 'match' will be None. This allows you to write code like this:: index = p.expect (['good', 'bad', pexpect.EOF, pexpect.TIMEOUT]) if index == 0: do_something() elif index == 1: do_something_else() elif index == 2: do_some_other_thing() elif index == 3: do_something_completely_different() instead of code like this:: try: index = p.expect (['good', 'bad']) if index == 0: do_something() elif index == 1: do_something_else() except EOF: do_some_other_thing() except TIMEOUT: do_something_completely_different() These two forms are equivalent. It all depends on what you want. You can also just expect the EOF if you are waiting for all output of a child to finish. For example:: p = pexpect.spawn('/bin/ls') p.expect (pexpect.EOF) print p.before If you are trying to optimize for speed then see expect_list(). """ compiled_pattern_list = self.compile_pattern_list(pattern) return self.expect_list(compiled_pattern_list, timeout, searchwindowsize) def expect_list(self, pattern_list, timeout = -1, searchwindowsize = -1): """This takes a list of compiled regular expressions and returns the index into the pattern_list that matched the child output. The list may also contain EOF or TIMEOUT (which are not compiled regular expressions). This method is similar to the expect() method except that expect_list() does not recompile the pattern list on every call. This may help if you are trying to optimize for speed, otherwise just use the expect() method. This is called by expect(). If timeout==-1 then the self.timeout value is used. If searchwindowsize==-1 then the self.searchwindowsize value is used. """ return self.expect_loop(searcher_re(pattern_list), timeout, searchwindowsize) def expect_exact(self, pattern_list, timeout = -1, searchwindowsize = -1): """This is similar to expect(), but uses plain string matching instead of compiled regular expressions in 'pattern_list'. The 'pattern_list' may be a string; a list or other sequence of strings; or TIMEOUT and EOF. This call might be faster than expect() for two reasons: string searching is faster than RE matching and it is possible to limit the search to just the end of the input buffer. This method is also useful when you don't want to have to worry about escaping regular expression characters that you want to match.""" if type(pattern_list) in types.StringTypes or pattern_list in (TIMEOUT, EOF): pattern_list = [pattern_list] return self.expect_loop(searcher_string(pattern_list), timeout, searchwindowsize) def expect_loop(self, searcher, timeout = -1, searchwindowsize = -1): """This is the common loop used inside expect. The 'searcher' should be an instance of searcher_re or searcher_string, which describes how and what to search for in the input. See expect() for other arguments, return value and exceptions. """ self.searcher = searcher if timeout == -1: timeout = self.timeout if timeout is not None: end_time = time.time() + timeout if searchwindowsize == -1: searchwindowsize = self.searchwindowsize try: incoming = self.buffer freshlen = len(incoming) while True: # Keep reading until exception or return. index = searcher.search(incoming, freshlen, searchwindowsize) if index >= 0: self.buffer = incoming[searcher.end : ] self.before = incoming[ : searcher.start] self.after = incoming[searcher.start : searcher.end] self.match = searcher.match self.match_index = index return self.match_index # No match at this point if timeout < 0 and timeout is not None: raise TIMEOUT ('Timeout exceeded in expect_any().') # Still have time left, so read more data c = self.read_nonblocking (self.maxread, timeout) freshlen = len(c) time.sleep (0.0001) incoming = incoming + c if timeout is not None: timeout = end_time - time.time() except EOF, e: self.buffer = '' self.before = incoming self.after = EOF index = searcher.eof_index if index >= 0: self.match = EOF self.match_index = index return self.match_index else: self.match = None self.match_index = None raise EOF (str(e) + '\n' + str(self)) except TIMEOUT, e: self.buffer = incoming self.before = incoming self.after = TIMEOUT index = searcher.timeout_index if index >= 0: self.match = TIMEOUT self.match_index = index return self.match_index else: self.match = None self.match_index = None raise TIMEOUT (str(e) + '\n' + str(self)) except: self.before = incoming self.after = None self.match = None self.match_index = None raise def getwinsize(self): """This returns the terminal window size of the child tty. The return value is a tuple of (rows, cols). """ TIOCGWINSZ = getattr(termios, 'TIOCGWINSZ', 1074295912L) s = struct.pack('HHHH', 0, 0, 0, 0) x = fcntl.ioctl(self.fileno(), TIOCGWINSZ, s) return struct.unpack('HHHH', x)[0:2] def setwinsize(self, r, c): """This sets the terminal window size of the child tty. This will cause a SIGWINCH signal to be sent to the child. This does not change the physical window size. It changes the size reported to TTY-aware applications like vi or curses -- applications that respond to the SIGWINCH signal. """ # Check for buggy platforms. Some Python versions on some platforms # (notably OSF1 Alpha and RedHat 7.1) truncate the value for # termios.TIOCSWINSZ. It is not clear why this happens. # These platforms don't seem to handle the signed int very well; # yet other platforms like OpenBSD have a large negative value for # TIOCSWINSZ and they don't have a truncate problem. # Newer versions of Linux have totally different values for TIOCSWINSZ. # Note that this fix is a hack. TIOCSWINSZ = getattr(termios, 'TIOCSWINSZ', -2146929561) if TIOCSWINSZ == 2148037735L: # L is not required in Python >= 2.2. TIOCSWINSZ = -2146929561 # Same bits, but with sign. # Note, assume ws_xpixel and ws_ypixel are zero. s = struct.pack('HHHH', r, c, 0, 0) fcntl.ioctl(self.fileno(), TIOCSWINSZ, s) def interact(self, escape_character = chr(29), input_filter = None, output_filter = None): """This gives control of the child process to the interactive user (the human at the keyboard). Keystrokes are sent to the child process, and the stdout and stderr output of the child process is printed. This simply echos the child stdout and child stderr to the real stdout and it echos the real stdin to the child stdin. When the user types the escape_character this method will stop. The default for escape_character is ^]. This should not be confused with ASCII 27 -- the ESC character. ASCII 29 was chosen for historical merit because this is the character used by 'telnet' as the escape character. The escape_character will not be sent to the child process. You may pass in optional input and output filter functions. These functions should take a string and return a string. The output_filter will be passed all the output from the child process. The input_filter will be passed all the keyboard input from the user. The input_filter is run BEFORE the check for the escape_character. Note that if you change the window size of the parent the SIGWINCH signal will not be passed through to the child. If you want the child window size to change when the parent's window size changes then do something like the following example:: import pexpect, struct, fcntl, termios, signal, sys def sigwinch_passthrough (sig, data): s = struct.pack("HHHH", 0, 0, 0, 0) a = struct.unpack('hhhh', fcntl.ioctl(sys.stdout.fileno(), termios.TIOCGWINSZ , s)) global p p.setwinsize(a[0],a[1]) p = pexpect.spawn('/bin/bash') # Note this is global and used in sigwinch_passthrough. signal.signal(signal.SIGWINCH, sigwinch_passthrough) p.interact() """ # Flush the buffer. self.stdout.write (self.buffer) self.stdout.flush() self.buffer = '' mode = tty.tcgetattr(self.STDIN_FILENO) tty.setraw(self.STDIN_FILENO) try: self.__interact_copy(escape_character, input_filter, output_filter) finally: tty.tcsetattr(self.STDIN_FILENO, tty.TCSAFLUSH, mode) def __interact_writen(self, fd, data): """This is used by the interact() method. """ while data != '' and self.isalive(): n = os.write(fd, data) data = data[n:] def __interact_read(self, fd): """This is used by the interact() method. """ return os.read(fd, 1000) def __interact_copy(self, escape_character = None, input_filter = None, output_filter = None): """This is used by the interact() method. """ while self.isalive(): r,w,e = self.__select([self.child_fd, self.STDIN_FILENO], [], []) if self.child_fd in r: try: data = self.__interact_read(self.child_fd) except OSError, e: break if output_filter: data = output_filter(data) if self.logfile is not None: self.logfile.write (data) self.logfile.flush() os.write(self.STDOUT_FILENO, data) if self.STDIN_FILENO in r: data = self.__interact_read(self.STDIN_FILENO) if input_filter: data = input_filter(data) i = data.rfind(escape_character) if i != -1: data = data[:i] self.__interact_writen(self.child_fd, data) break self.__interact_writen(self.child_fd, data) def __select (self, iwtd, owtd, ewtd, timeout=None): """This is a wrapper around select.select() that ignores signals. If select.select raises a select.error exception and errno is an EINTR error then it is ignored. Mainly this is used to ignore sigwinch (terminal resize). """ # if select() is interrupted by a signal (errno==EINTR) then # we loop back and enter the select() again. if timeout is not None: end_time = time.time() + timeout while True: try: return select.select (iwtd, owtd, ewtd, timeout) except select.error, e: if e[0] == errno.EINTR: # if we loop back we have to subtract the amount of time we already waited. if timeout is not None: timeout = end_time - time.time() if timeout < 0: return ([],[],[]) else: # something else caused the select.error, so this really is an exception raise ############################################################################## # The following methods are no longer supported or allowed. def setmaxread (self, maxread): """This method is no longer supported or allowed. I don't like getters and setters without a good reason. """ raise ExceptionPexpect ('This method is no longer supported or allowed. Just assign a value to the maxread member variable.') def setlog (self, fileobject): """This method is no longer supported or allowed. """ raise ExceptionPexpect ('This method is no longer supported or allowed. Just assign a value to the logfile member variable.') ############################################################################## # End of spawn_unix class ############################################################################## class spawn_windows (spawn_unix, object): """This is the main class interface for Pexpect. Use this class to start and control child applications. """ def __init__(self, command, args=[], timeout=30, maxread=60000, searchwindowsize=None, logfile=None, cwd=None, env=None, codepage=None): self.stdin = sys.stdin self.stdout = sys.stdout self.stderr = sys.stderr self.searcher = None self.ignorecase = False self.before = None self.after = None self.match = None self.match_index = None self.terminated = True self.exitstatus = None self.signalstatus = None self.status = None # status returned by os.waitpid self.flag_eof = False self.pid = None self.child_fd = -1 # initially closed self.timeout = timeout self.delimiter = EOF self.logfile = logfile self.logfile_read = None # input from child (read_nonblocking) self.logfile_send = None # output to send (send, sendline) self.maxread = maxread # max bytes to read at one time into buffer self.buffer = '' # This is the read buffer. See maxread. self.searchwindowsize = searchwindowsize # Anything before searchwindowsize point is preserved, but not searched. self.delaybeforesend = 0.05 # Sets sleep time used just before sending data to child. Time in seconds. self.delayafterclose = 0.1 # Sets delay in close() method to allow kernel time to update process status. Time in seconds. self.delayafterterminate = 0.1 # Sets delay in terminate() method to allow kernel time to update process status. Time in seconds. self.softspace = False # File-like object. self.name = '<' + repr(self) + '>' # File-like object. self.encoding = None # File-like object. self.closed = True # File-like object. self.ocwd = os.getcwdu() self.cwd = cwd self.env = env self.codepage = codepage # allow dummy instances for subclasses that may not use command or args. if command is None: self.command = None self.args = None self.name = '' else: self._spawn (command, args) def __del__(self): """This makes sure that no system resources are left open. Python only garbage collects Python objects, not the child console.""" try: self.wtty.terminate_child() except: pass def _spawn(self,command,args=[]): """This starts the given command in a child process. This does all the fork/exec type of stuff for a pty. This is called by __init__. If args is empty then command will be parsed (split on spaces) and args will be set to parsed arguments. """ # The pid and child_fd of this object get set by this method. # Note that it is difficult for this method to fail. # You cannot detect if the child process cannot start. # So the only way you can tell if the child process started # or not is to try to read from the file descriptor. If you get # EOF immediately then it means that the child is already dead. # That may not necessarily be bad because you may haved spawned a child # that performs some task; creates no stdout output; and then dies. # If command is an int type then it may represent a file descriptor. if type(command) == type(0): raise ExceptionPexpect ('Command is an int type. If this is a file descriptor then maybe you want to use fdpexpect.fdspawn which takes an existing file descriptor instead of a command string.') if type (args) != type([]): raise TypeError ('The argument, args, must be a list.') if args == []: #Momentairly broken - path '\' characters being misinterpreted #self.args = split_command_line(command) self.args = [command] self.command = self.args[0] else: self.args = args[:] # work with a copy self.args.insert (0, command) self.command = command command_with_path = which(self.command) if command_with_path is None: raise ExceptionPexpect ('The command was not found or was not executable: %s.' % self.command) self.command = command_with_path self.args[0] = self.command self.name = '<' + ' '.join (self.args) + '>' #assert self.pid is None, 'The pid member should be None.' #assert self.command is not None, 'The command member should not be None.' self.wtty = Wtty(timeout=self.timeout, codepage=self.codepage) if self.cwd is not None: os.chdir(self.cwd) self.child_fd = self.wtty.spawn(self.command, self.args, self.env) if self.cwd is not None: # Restore the original working dir os.chdir(self.ocwd) self.terminated = False self.closed = False self.pid = self.wtty.pid def fileno (self): # File-like object. """There is no child fd.""" return 0 def close(self, force=True): # File-like object. """ Closes the child console.""" self.closed = self.terminate(force) if not self.closed: raise ExceptionPexpect ('close() could not terminate the child using terminate()') self.closed = True def isatty(self): # File-like object. """The child is always created with a console.""" return True def getecho (self): """This returns the terminal echo mode. This returns True if echo is on or False if echo is off. Child applications that are expecting you to enter a password often set ECHO False. See waitnoecho().""" return self.wtty.getecho() def setecho (self, state): """This sets the terminal echo mode on or off.""" self.wtty.setecho(state) def read_nonblocking (self, size = 1, timeout = -1): """This reads at most size characters from the child application. It includes a timeout. If the read does not complete within the timeout period then a TIMEOUT exception is raised. If the end of file is read then an EOF exception will be raised. If a log file was set using setlog() then all data will also be written to the log file. If timeout is None then the read may block indefinitely. If timeout is -1 then the self.timeout value is used. If timeout is 0 then the child is polled and if there was no data immediately ready then this will raise a TIMEOUT exception. The timeout refers only to the amount of time to read at least one character. This is not effected by the 'size' parameter, so if you call read_nonblocking(size=100, timeout=30) and only one character is available right away then one character will be returned immediately. It will not wait for 30 seconds for another 99 characters to come in. This is a wrapper around Wtty.read(). """ if self.closed: raise ValueError ('I/O operation on closed file in read_nonblocking().') if timeout == -1: timeout = self.timeout s = self.wtty.read_nonblocking(timeout, size) if s == '': if not self.wtty.isalive(): self.flag_eof = True raise EOF('End Of File (EOF) in read_nonblocking().') if timeout is None: # Do not raise TIMEOUT because we might be waiting for EOF # sleep to keep CPU utilization down time.sleep(.05) else: raise TIMEOUT ('Timeout exceeded in read_nonblocking().') else: if self.logfile is not None: self.logfile.write (s) self.logfile.flush() if self.logfile_read is not None: self.logfile_read.write (s) self.logfile_read.flush() return s def send(self, s): """This sends a string to the child process. This returns the number of bytes written. If a log file was set then the data is also written to the log. """ (self.delaybeforesend) if self.logfile is not None: self.logfile.write (s) self.logfile.flush() if self.logfile_send is not None: self.logfile_send.write (s) self.logfile_send.flush() c = self.wtty.write(s) return c ### UNIMPLEMENTED ### def sendcontrol(self, char): raise ExceptionPexpect ('sendcontrol() is not supported on windows') ### UNIMPLEMENTED ### ### Parent buffer does not wait for endline by default. def sendeof(self): raise ExceptionPexpect ('sendeof() is not supported on windows') def sendintr(self): """This sends a SIGINT to the child. It does not require the SIGINT to be the first character on a line. """ self.wtty.sendintr() def terminate(self, force=False): """Terminate the child. Force not used. """ if not self.isalive(): return True self.wtty.terminate_child() time.sleep(self.delayafterterminate) if not self.isalive(): return True return False def kill(self, sig): """Sig == sigint for ctrl-c otherwise the child is terminated.""" if sig == signal.SIGINT: self.wtty.sendintr() else: self.wtty.terminate_child() def wait(self): """This waits until the child exits. This is a blocking call. This will not read any data from the child, so this will block forever if the child has unread output and has terminated. In other words, the child may have printed output then called exit(); but, technically, the child is still alive until its output is read.""" if not self.isalive(): raise ExceptionPexpect ('Cannot wait for dead child process.') # We can't use os.waitpid under Windows because of 'permission denied' # exception? Perhaps if not running as admin (or UAC enabled under # Vista/7). Simply loop and wait for child to exit. while self.isalive(): time.sleep(.05) # Keep CPU utilization down return self.exitstatus def isalive(self): """Determines if the child is still alive.""" if self.terminated: return False if self.wtty.isalive(): return True else: self.exitstatus = GetExitCodeProcess(self.wtty.getchild()) self.status = (self.pid, self.exitstatus << 8) # left-shift exit status by 8 bits like os.waitpid self.terminated = True return False def getwinsize(self): """This returns the terminal window size of the child tty. The return value is a tuple of (rows, cols). """ return self.wtty.getwinsize() def setwinsize(self, r, c): """Set the size of the child screen buffer. """ self.wtty.setwinsize(r, c) ### Prototype changed def interact(self): """Makes the child console visible for interaction""" self.wtty.interact() ### Prototype changed def stop_interact(self): """Hides the child console from the user.""" self.wtty.stop_interact() ############################################################################## # End of spawn_windows class ############################################################################## class Wtty: def __init__(self, timeout=30, codepage=None): self.__buffer = StringIO() self.__bufferY = 0 self.__currentReadCo = PyCOORDType(0, 0) self.__consSize = [80, 16000] self.__parentPid = 0 self.__oproc = 0 self.conpid = 0 self.__otid = 0 self.__switch = True self.__childProcess = None self.codepage = codepage self.console = False self.lastRead = 0 self.lastReadData = "" self.pid = None self.processList = [] # We need a timeout for connecting to the child process self.timeout = timeout self.totalRead = 0 def spawn(self, command, args=[], env=None): """Spawns spawner.py with correct arguments.""" ts = time.time() self.startChild(args, env) while True: msg = PeekMessage(0, 0, 0, PM_REMOVE) childPid = msg[1][2] # Sometimes GetMessage returns a bogus PID, so keep calling it # until we can successfully connect to the child or timeout is # reached if childPid: try: self.__childProcess = win32api.OpenProcess(PROCESS_TERMINATE | PROCESS_QUERY_INFORMATION, False, childPid) except pywintypes.error, e: pass else: self.pid = childPid break if time.time() > ts + self.timeout: log('Timeout exceeded in Wtty.spawn().') break time.sleep(.05) if not self.__childProcess: raise ExceptionPexpect ('The process ' + args[0] + ' could not be started.') winHandle = int(GetConsoleWindow()) self.__switch = True if winHandle != 0: self.__parentPid = GetWindowThreadProcessId(winHandle)[1] # Do we have a console attached? Do not rely on winHandle, because # it will also be non-zero if we didn't have a console, and then # spawned a child process! Using sys.stdout.isatty() seems safe self.console = hasattr(sys.stdout, 'isatty') and sys.stdout.isatty() # If the original process had a console, record a list of attached # processes so we can check if we need to reattach/reallocate the # console later self.processList = GetConsoleProcessList() else: self.switchTo(False) self.__switch = False def startChild(self, args, env): si = GetStartupInfo() si.dwFlags = STARTF_USESHOWWINDOW si.wShowWindow = SW_HIDE # Determine the directory of wexpect.py or, if we are running 'frozen' # (eg. py2exe deployment), of the packed executable dirname = os.path.dirname(sys.executable if getattr(sys, 'frozen', False) else os.path.abspath(__file__)) if getattr(sys, 'frozen', False): logdir = appname else: logdir = dirname logdir = os.path.basename(logdir) spath = [dirname] pyargs = ['-c'] if getattr(sys, 'frozen', False): # If we are running 'frozen', add library.zip and lib\library.zip # to sys.path # py2exe: Needs appropriate 'zipfile' option in setup script and # 'bundle_files' 3 spath.append(os.path.join(dirname, 'library.zip')) spath.append(os.path.join(dirname, 'library.zip', appname)) if os.path.isdir(os.path.join(dirname, 'lib')): dirname = os.path.join(dirname, 'lib') spath.append(os.path.join(dirname, 'library.zip')) spath.append(os.path.join(dirname, 'library.zip', appname)) pyargs.insert(0, '-S') # skip 'import site' pid = GetCurrentProcessId() tid = win32api.GetCurrentThreadId() cp = self.codepage or windll.kernel32.GetACP() # If we are running 'frozen', expect python.exe in the same directory # as the packed executable. # py2exe: The python executable can be included via setup script by # adding it to 'data_files' commandLine = '"%s" %s "%s"' % (os.path.join(dirname, 'python.exe') if getattr(sys, 'frozen', False) else os.path.join(os.path.dirname(sys.executable), 'python.exe'), ' '.join(pyargs), "import sys; sys.path = %s + sys.path;" "args = %s; import wexpect;" "wexpect.ConsoleReader(wexpect.join_args(args), %i, %i, cp=%i, logdir=%r)" % (("%r" % spath).replace('"', r'\"'), ("%r" % args).replace('"', r'\"'), pid, tid, cp, logdir)) log(commandLine) self.__oproc, _, self.conpid, self.__otid = CreateProcess(None, commandLine, None, None, False, CREATE_NEW_CONSOLE, env, None, si) def switchTo(self, attached=True): """Releases from the current console and attatches to the childs.""" if not self.__switch: return if attached: FreeConsole() AttachConsole(self.conpid) self.__consin = GetStdHandle(STD_INPUT_HANDLE) self.__consout = self.getConsoleOut() def switchBack(self): """Releases from the current console and attaches to the parents.""" if not self.__switch: return if self.console: # If we originally had a console, re-attach it (or allocate a new one) # If we didn't have a console to begin with, there's no need to # re-attach/allocate FreeConsole() if len(self.processList) > 1: # Our original console is still present, re-attach AttachConsole(self.__parentPid) else: # Our original console has been free'd, allocate a new one AllocConsole() self.__consin = None self.__consout = None def getConsoleOut(self): consout = win32file.CreateFile('CONOUT$', GENERIC_READ | GENERIC_WRITE, FILE_SHARE_READ | FILE_SHARE_WRITE, None, OPEN_EXISTING, 0, 0) return PyConsoleScreenBufferType(consout) def getchild(self): """Returns a handle to the child process.""" return self.__childProcess def terminate_child(self): """Terminate the child process.""" win32api.TerminateProcess(self.__childProcess, 1) def createKeyEvent(self, char): """Creates a single key record corrosponding to the ascii character char.""" evt = PyINPUT_RECORDType(KEY_EVENT) evt.KeyDown = True evt.Char = char evt.RepeatCount = 1 return evt def write(self, s): """Writes input into the child consoles input buffer.""" if s[-1] == '\n': s = s[:-1] if len(s) == 0: return 0 records = [self.createKeyEvent(c) for c in unicode(s)] self.switchTo() try: consinfo = self.__consout.GetConsoleScreenBufferInfo() startCo = consinfo['CursorPosition'] wrote = self.__consin.WriteConsoleInput(records) while self.__consin.PeekConsoleInput(8) != (): time.sleep(0) self.__consout.FillConsoleOutputCharacter(screenbufferfillchar, len(s), startCo) except Exception, e: log(e, '_exceptions') self.switchBack() raise self.switchBack() return wrote def getPoint(self, offset): """Converts an offset to a point represented as a tuple.""" x = offset % self.__consSize[0] y = offset / self.__consSize[0] return (x, y) def getOffset(self, x, y): """Converts a tuple-point to an offset.""" return x + y * self.__consSize[0] def readConsole(self, startCo, endCo): """Reads the console area from startCo to endCo and returns it as a string.""" buff = [] self.lastRead = 0 startCo = PyCOORDType(startCo.X, startCo.Y) endX = endCo.X endY = endCo.Y while True: startOff = self.getOffset(startCo.X, startCo.Y) endOff = self.getOffset(endX, endY) readlen = endOff - startOff if readlen > 4000: readlen = 4000 endPoint = self.getPoint(startOff + 4000) else: endPoint = self.getPoint(endOff) s = self.__consout.ReadConsoleOutputCharacter(readlen, startCo) ln = len(s) self.lastRead += ln self.totalRead += ln buff.append(s) startCo.X, startCo.Y = endPoint[0], endPoint[1] if readlen <= 0 or (startCo.X >= endX and startCo.Y >= endY): break return ''.join(buff) def parseData(self, s): """Ensures that special characters are interpretted as newlines or blanks, depending on if there written over characters or screen-buffer-fill characters.""" strlist = [] for i, c in enumerate(s): if c == screenbufferfillchar: if (self.totalRead - self.lastRead + i + 1) % 80 == 0: strlist.append('\r\n') else: strlist.append(c) s = ''.join(strlist) try: return s.encode(str(self.codepage), 'replace') except LookupError: return s.encode(getattr(sys.stdout, 'encoding', None) or sys.getdefaultencoding(), 'replace') def readConsoleToCursor(self): """Reads from the current read position to the current cursor position and inserts the string into self.__buffer.""" if not self.__consout: return "" consinfo = self.__consout.GetConsoleScreenBufferInfo() cursorPos = consinfo['CursorPosition'] #log('=' * 80) #log('cursor: %r, current: %r' % (cursorPos, self.__currentReadCo)) isSameX = cursorPos.X == self.__currentReadCo.X isSameY = cursorPos.Y == self.__currentReadCo.Y isSamePos = isSameX and isSameY #log('isSameY: %r' % isSameY) #log('isSamePos: %r' % isSamePos) if isSameY or not self.lastReadData.endswith('\r\n'): # Read the current slice again self.totalRead -= self.lastRead self.__currentReadCo.X = 0 self.__currentReadCo.Y = self.__bufferY #log('cursor: %r, current: %r' % (cursorPos, self.__currentReadCo)) raw = self.readConsole(self.__currentReadCo, cursorPos) rawlist = [] while raw: rawlist.append(raw[:self.__consSize[0]]) raw = raw[self.__consSize[0]:] raw = ''.join(rawlist) s = self.parseData(raw) for i, line in enumerate(reversed(rawlist)): if line.endswith(screenbufferfillchar): # Record the Y offset where the most recent line break was detected self.__bufferY += len(rawlist) - i break #log('lastReadData: %r' % self.lastReadData) #log('s: %r' % s) #isSameData = False if isSamePos and self.lastReadData == s: #isSameData = True s = '' #log('isSameData: %r' % isSameData) #log('s: %r' % s) if s: lastReadData = self.lastReadData pos = self.getOffset(self.__currentReadCo.X, self.__currentReadCo.Y) self.lastReadData = s if isSameY or not lastReadData.endswith('\r\n'): # Detect changed lines self.__buffer.seek(pos) buf = self.__buffer.read() #log('buf: %r' % buf) #log('raw: %r' % raw) if raw.startswith(buf): # Line has grown rawslice = raw[len(buf):] # Update last read bytes so line breaks can be detected in parseData lastRead = self.lastRead self.lastRead = len(rawslice) s = self.parseData(rawslice) self.lastRead = lastRead else: # Cursor has been repositioned s = '\r' + s #log('s: %r' % s) self.__buffer.seek(pos) self.__buffer.truncate() self.__buffer.write(raw) self.__currentReadCo.X = cursorPos.X self.__currentReadCo.Y = cursorPos.Y return s def read_nonblocking(self, timeout, size): """Reads data from the console if available, otherwise waits timeout seconds, and writes the string 'None' to the pipe if no data is available after that time.""" self.switchTo() try: while True: #Wait for child process to be paused if self.__currentReadCo.Y > maxconsoleY: time.sleep(.2) start = time.clock() s = self.readConsoleToCursor() if self.__currentReadCo.Y > maxconsoleY: self.refreshConsole() if len(s) != 0: self.switchBack() return s if not self.isalive() or timeout <= 0: self.switchBack() return '' time.sleep(0.001) end = time.clock() timeout -= end - start except Exception, e: log(e, '_exceptions') log('End Of File (EOF) in Wtty.read_nonblocking().') self.switchBack() raise EOF('End Of File (EOF) in Wtty.read_nonblocking().') def refreshConsole(self): """Clears the console after pausing the child and reading all the data currently on the console.""" orig = PyCOORDType(0, 0) self.__consout.SetConsoleCursorPosition(orig) self.__currentReadCo.X = 0 self.__currentReadCo.Y = 0 writelen = self.__consSize[0] * self.__consSize[1] self.__consout.FillConsoleOutputCharacter(screenbufferfillchar, writelen, orig) self.__bufferY = 0 self.__buffer.truncate(0) #consinfo = self.__consout.GetConsoleScreenBufferInfo() #cursorPos = consinfo['CursorPosition'] #log('refreshConsole: cursorPos %s' % cursorPos) def setecho(self, state): """Sets the echo mode of the child console.""" self.switchTo() try: mode = self.__consin.GetConsoleMode() if state: mode |= 0x0004 else: mode &= ~0x0004 self.__consin.SetConsoleMode(mode) except: self.switchBack() raise self.switchBack() def getecho(self): """Returns the echo mode of the child console.""" self.switchTo() try: mode = self.__consin.GetConsoleMode() ret = (mode & 0x0004) > 0 self.switchBack() except: self.switchBack() raise return ret def getwinsize(self): """Returns the size of the child console as a tuple of (rows, columns).""" self.switchTo() try: size = self.__consout.GetConsoleScreenBufferInfo()['Size'] self.switchBack() except: self.switchBack() raise return (size.Y, size.X) def setwinsize(self, r, c): """Sets the child console screen buffer size to (r, c).""" self.switchTo() try: self.__consout.SetConsoleScreenBufferSize(PyCOORDType(c, r)) except: self.switchBack() raise self.switchBack() def interact(self): """Displays the child console for interaction.""" self.switchTo() try: ShowWindow(GetConsoleWindow(), SW_SHOW) except: self.switchBack() raise self.switchBack() def stop_interact(self): """Hides the child console.""" self.switchTo() try: ShowWindow(GetConsoleWindow(), SW_HIDE) except: self.switchBack() raise self.switchBack() def isalive(self): """True if the child is still alive, false otherwise""" return GetExitCodeProcess(self.__childProcess) == STILL_ACTIVE ###Broken### def sendintr(self): """Sends the sigint signal to the child.""" raise ExceptionPexpect ('sendintr() is currently not supported') self.switchTo() try: time.sleep(.15) win32api.SetConsoleCtrlHandler(None, True) time.sleep(.15) win32api.GenerateConsoleCtrlEvent(0, 0) time.sleep(.25) except: self.switchBack() raise self.switchBack() class ConsoleReader: def __init__(self, path, pid, tid, env = None, cp=None, logdir=None): self.logdir = logdir log('=' * 80, 'consolereader', logdir) log("OEM code page: %s" % windll.kernel32.GetOEMCP(), 'consolereader', logdir) log("ANSI code page: %s" % windll.kernel32.GetACP(), 'consolereader', logdir) log("Console output code page: %s" % windll.kernel32.GetConsoleOutputCP(), 'consolereader', logdir) if cp: log("Setting console output code page to %s" % cp, 'consolereader', logdir) try: SetConsoleOutputCP(cp) except Exception, e: log(e, 'consolereader_exceptions', logdir) else: log("Console output code page: %s" % windll.kernel32.GetConsoleOutputCP(), 'consolereader', logdir) log('Spawning %s' % path, 'consolereader', logdir) try: try: consout = self.getConsoleOut() self.initConsole(consout) si = GetStartupInfo() self.__childProcess, _, childPid, self.__tid = CreateProcess(None, path, None, None, False, 0, None, None, si) except Exception, e: log(e, 'consolereader_exceptions', logdir) time.sleep(.1) win32api.PostThreadMessage(int(tid), WM_USER, 0, 0) sys.exit() time.sleep(.1) win32api.PostThreadMessage(int(tid), WM_USER, childPid, 0) parent = win32api.OpenProcess(PROCESS_TERMINATE | PROCESS_QUERY_INFORMATION , 0, int(pid)) paused = False while True: consinfo = consout.GetConsoleScreenBufferInfo() cursorPos = consinfo['CursorPosition'] if GetExitCodeProcess(parent) != STILL_ACTIVE or GetExitCodeProcess(self.__childProcess) != STILL_ACTIVE: time.sleep(.1) try: TerminateProcess(self.__childProcess, 0) except pywintypes.error, e: # 'Access denied' happens always? Perhaps if not # running as admin (or UAC enabled under Vista/7). # Don't log. Child process will exit regardless when # calling sys.exit if e.args[0] != winerror.ERROR_ACCESS_DENIED: log(e, 'consolereader_exceptions', logdir) sys.exit() if cursorPos.Y > maxconsoleY and not paused: #log('ConsoleReader.__init__: cursorPos %s' #% cursorPos, 'consolereader', logdir) #log('suspendThread', 'consolereader', logdir) self.suspendThread() paused = True if cursorPos.Y <= maxconsoleY and paused: #log('ConsoleReader.__init__: cursorPos %s' #% cursorPos, 'consolereader', logdir) #log('resumeThread', 'consolereader', logdir) self.resumeThread() paused = False time.sleep(.1) except Exception, e: log(e, 'consolereader_exceptions', logdir) time.sleep(.1) def handler(self, sig): log(sig, 'consolereader', logdir) return False def getConsoleOut(self): consout = win32file.CreateFile('CONOUT$', GENERIC_READ | GENERIC_WRITE, FILE_SHARE_READ | FILE_SHARE_WRITE, None, OPEN_EXISTING, 0, 0) return PyConsoleScreenBufferType(consout) def initConsole(self, consout): rect = PySMALL_RECTType(0, 0, 79, 24) consout.SetConsoleWindowInfo(True, rect) size = PyCOORDType(80, 16000) consout.SetConsoleScreenBufferSize(size) pos = PyCOORDType(0, 0) consout.FillConsoleOutputCharacter(screenbufferfillchar, size.X * size.Y, pos) def suspendThread(self): """Pauses the main thread of the child process.""" handle = windll.kernel32.OpenThread(THREAD_SUSPEND_RESUME, 0, self.__tid) SuspendThread(handle) def resumeThread(self): """Un-pauses the main thread of the child process.""" handle = windll.kernel32.OpenThread(THREAD_SUSPEND_RESUME, 0, self.__tid) ResumeThread(handle) class searcher_string (object): """This is a plain string search helper for the spawn.expect_any() method. Attributes: eof_index - index of EOF, or -1 timeout_index - index of TIMEOUT, or -1 After a successful match by the search() method the following attributes are available: start - index into the buffer, first byte of match end - index into the buffer, first byte after match match - the matching string itself """ def __init__(self, strings): """This creates an instance of searcher_string. This argument 'strings' may be a list; a sequence of strings; or the EOF or TIMEOUT types. """ self.eof_index = -1 self.timeout_index = -1 self._strings = [] for n, s in zip(range(len(strings)), strings): if s is EOF: self.eof_index = n continue if s is TIMEOUT: self.timeout_index = n continue self._strings.append((n, s)) def __str__(self): """This returns a human-readable string that represents the state of the object.""" ss = [ (ns[0],' %d: "%s"' % ns) for ns in self._strings ] ss.append((-1,'searcher_string:')) if self.eof_index >= 0: ss.append ((self.eof_index,' %d: EOF' % self.eof_index)) if self.timeout_index >= 0: ss.append ((self.timeout_index,' %d: TIMEOUT' % self.timeout_index)) ss.sort() ss = zip(*ss)[1] return '\n'.join(ss) def search(self, buffer, freshlen, searchwindowsize=None): """This searches 'buffer' for the first occurence of one of the search strings. 'freshlen' must indicate the number of bytes at the end of 'buffer' which have not been searched before. It helps to avoid searching the same, possibly big, buffer over and over again. See class spawn for the 'searchwindowsize' argument. If there is a match this returns the index of that string, and sets 'start', 'end' and 'match'. Otherwise, this returns -1. """ absurd_match = len(buffer) first_match = absurd_match # 'freshlen' helps a lot here. Further optimizations could # possibly include: # # using something like the Boyer-Moore Fast String Searching # Algorithm; pre-compiling the search through a list of # strings into something that can scan the input once to # search for all N strings; realize that if we search for # ['bar', 'baz'] and the input is '...foo' we need not bother # rescanning until we've read three more bytes. # # Sadly, I don't know enough about this interesting topic. /grahn for index, s in self._strings: if searchwindowsize is None: # the match, if any, can only be in the fresh data, # or at the very end of the old data offset = -(freshlen+len(s)) else: # better obey searchwindowsize offset = -searchwindowsize n = buffer.find(s, offset) if n >= 0 and n < first_match: first_match = n best_index, best_match = index, s if first_match == absurd_match: return -1 self.match = best_match self.start = first_match self.end = self.start + len(self.match) return best_index class searcher_re (object): """This is regular expression string search helper for the spawn.expect_any() method. Attributes: eof_index - index of EOF, or -1 timeout_index - index of TIMEOUT, or -1 After a successful match by the search() method the following attributes are available: start - index into the buffer, first byte of match end - index into the buffer, first byte after match match - the re.match object returned by a succesful re.search """ def __init__(self, patterns): """This creates an instance that searches for 'patterns' Where 'patterns' may be a list or other sequence of compiled regular expressions, or the EOF or TIMEOUT types.""" self.eof_index = -1 self.timeout_index = -1 self._searches = [] for n, s in zip(range(len(patterns)), patterns): if s is EOF: self.eof_index = n continue if s is TIMEOUT: self.timeout_index = n continue self._searches.append((n, s)) def __str__(self): """This returns a human-readable string that represents the state of the object.""" ss = [ (n,' %d: re.compile("%s")' % (n,str(s.pattern))) for n,s in self._searches] ss.append((-1,'searcher_re:')) if self.eof_index >= 0: ss.append ((self.eof_index,' %d: EOF' % self.eof_index)) if self.timeout_index >= 0: ss.append ((self.timeout_index,' %d: TIMEOUT' % self.timeout_index)) ss.sort() ss = zip(*ss)[1] return '\n'.join(ss) def search(self, buffer, freshlen, searchwindowsize=None): """This searches 'buffer' for the first occurence of one of the regular expressions. 'freshlen' must indicate the number of bytes at the end of 'buffer' which have not been searched before. See class spawn for the 'searchwindowsize' argument. If there is a match this returns the index of that string, and sets 'start', 'end' and 'match'. Otherwise, returns -1.""" absurd_match = len(buffer) first_match = absurd_match # 'freshlen' doesn't help here -- we cannot predict the # length of a match, and the re module provides no help. if searchwindowsize is None: searchstart = 0 else: searchstart = max(0, len(buffer)-searchwindowsize) for index, s in self._searches: match = s.search(buffer, searchstart) if match is None: continue n = match.start() if n < first_match: first_match = n the_match = match best_index = index if first_match == absurd_match: return -1 self.start = first_match self.match = the_match self.end = self.match.end() return best_index def log(e, suffix='', logdir=None): if isinstance(e, Exception): # Get the full traceback e = traceback.format_exc() #if hasattr(sys.stdout, 'isatty') and sys.stdout.isatty(): ## Only try to print if stdout is a tty, otherwise we might get ## an 'invalid handle' exception #print e if not logdir: if getattr(sys, 'frozen', False): logdir = appname else: logdir = os.path.split(os.path.dirname(os.path.abspath(__file__))) if logdir[-1] == 'lib': logdir.pop() logdir = logdir[-1] if sys.platform == "win32": logdir = os.path.join(SHGetSpecialFolderPath(0, CSIDL_APPDATA, 1), logdir, "logs") elif sys.platform == "darwin": logdir = os.path.join(os.path.expanduser("~"), "Library", "Logs", logdir) else: logdir = os.path.join(os.getenv("XDG_DATA_HOME", os.path.expandvars("$HOME/.local/share")), logdir, "logs") if not os.path.exists(logdir): try: os.makedirs(logdir) except OSError: pass if os.path.isdir(logdir) and os.access(logdir, os.W_OK): logfile = os.path.join(logdir, 'wexpect%s.log' % suffix) if os.path.isfile(logfile): try: logstat = os.stat(logfile) except Exception, exception: pass else: try: mtime = time.localtime(logstat.st_mtime) except ValueError, exception: # This can happen on Windows because localtime() is buggy on # that platform. See: # http://stackoverflow.com/questions/4434629/zipfile-module-in-python-runtime-problems # http://bugs.python.org/issue1760357 # To overcome this problem, we ignore the real modification # date and force a rollover mtime = time.localtime(time() - 60 * 60 * 24) if time.localtime()[:3] > mtime[:3]: # do rollover try: os.remove(logfile) except Exception, exception: pass try: fout = open(logfile, 'a') except: pass else: ts = time.time() fout.write('%s,%s %s\n' % (time.strftime("%Y-%m-%d %H:%M:%S", time.localtime(ts)), ('%3f' % (ts - int(ts)))[2:5], e)) fout.close() def excepthook(etype, value, tb): log(''.join(traceback.format_exception(etype, value, tb))) #sys.excepthook = excepthook def which (filename): """This takes a given filename; tries to find it in the environment path; then checks if it is executable. This returns the full path to the filename if found and executable. Otherwise this returns None.""" # Special case where filename already contains a path. if os.path.dirname(filename) != '': if os.access (filename, os.X_OK): return filename if not os.environ.has_key('PATH') or os.environ['PATH'] == '': p = os.defpath else: p = os.environ['PATH'] # Oddly enough this was the one line that made Pexpect # incompatible with Python 1.5.2. #pathlist = p.split (os.pathsep) pathlist = string.split (p, os.pathsep) for path in pathlist: f = os.path.join(path, filename) if os.access(f, os.X_OK): return f return None def join_args(args): """Joins arguments into a command line. It quotes all arguments that contain spaces or any of the characters ^!$%&()[]{}=;'+,`~""" commandline = [] for arg in args: if re.search('[\^!$%&()[\]{}=;\'+,`~\s]', arg): arg = '"%s"' % arg commandline.append(arg) return ' '.join(commandline) def split_command_line(command_line): """This splits a command line into a list of arguments. It splits arguments on spaces, but handles embedded quotes, doublequotes, and escaped characters. It's impossible to do this with a regular expression, so I wrote a little state machine to parse the command line. """ arg_list = [] arg = '' # Constants to name the states we can be in. state_basic = 0 state_esc = 1 state_singlequote = 2 state_doublequote = 3 state_whitespace = 4 # The state of consuming whitespace between commands. state = state_basic for c in command_line: if state == state_basic or state == state_whitespace: if c == '\\': # Escape the next character state = state_esc elif c == r"'": # Handle single quote state = state_singlequote elif c == r'"': # Handle double quote state = state_doublequote elif c.isspace(): # Add arg to arg_list if we aren't in the middle of whitespace. if state == state_whitespace: None # Do nothing. else: arg_list.append(arg) arg = '' state = state_whitespace else: arg = arg + c state = state_basic elif state == state_esc: arg = arg + c state = state_basic elif state == state_singlequote: if c == r"'": state = state_basic else: arg = arg + c elif state == state_doublequote: if c == r'"': state = state_basic else: arg = arg + c if arg != '': arg_list.append(arg) return arg_list dispcalGUI-1.7.1.6/dispcalGUI/worker.py000644 000765 000000 00000635153 12266720266 017513 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- # stdlib from __future__ import with_statement import getpass import math import os import re import shutil import subprocess as sp import sys import tempfile import textwrap import traceback from encodings.aliases import aliases from hashlib import md5 from time import sleep, strftime, time if sys.platform == "darwin": from platform import mac_ver from thread import start_new_thread elif sys.platform == "win32": from ctypes import windll from win32com.shell import shell import pythoncom import win32con # 3rd party if sys.platform == "win32": import pywintypes import win32api elif sys.platform != "darwin": try: import dbus except ImportError: dbus = None dbus_session = None else: try: dbus_session = dbus.SessionBus() except dbus.exceptions.DBusException: dbus_session = None # custom import CGATS import ICCProfile as ICCP import colormath import config import defaultpaths import localization as lang import wexpect from argyll_cgats import (add_dispcal_options_to_cal, add_options_to_ti3, extract_fix_copy_cal, ti3_to_ti1, vcgt_to_cal, verify_cgats) from argyll_instruments import (get_canonical_instrument_name, instruments as all_instruments) from argyll_names import (names as argyll_names, altnames as argyll_altnames, optional as argyll_optional, viewconds, intents) from config import (autostart, autostart_home, script_ext, defaults, enc, exe, exe_ext, fs_enc, getcfg, geticon, get_ccxx_testchart, get_data_path, get_verified_path, isapp, isexe, is_ccxx_testchart, profile_ext, pydir, setcfg, writecfg) from debughelpers import handle_error if sys.platform not in ("darwin", "win32"): from defaultpaths import (iccprofiles_home, iccprofiles_display_home, xdg_config_home, xdg_config_dirs) from edid import WMIError, get_edid from log import DummyLogger, LogFile, get_file_logger, log, safe_print from meta import name as appname, version from options import ascii, debug, test, test_require_sensor_cal, verbose from ordereddict import OrderedDict from trash import trash from util_io import Files, GzipFileProper, StringIOu as StringIO from util_list import intlist if sys.platform == "darwin": from util_mac import (mac_app_activate, mac_terminal_do_script, mac_terminal_set_colors, osascript) elif sys.platform == "win32": import util_win import colord from util_os import getenvu, is_superuser, movefile, putenvu, quote_args, which from util_str import safe_str, safe_unicode from wxaddons import wx from wxwindows import ConfirmDialog, InfoDialog, ProgressDialog, SimpleTerminal from wxDisplayAdjustmentFrame import DisplayAdjustmentFrame from wxDisplayUniformityFrame import DisplayUniformityFrame from wxUntetheredFrame import UntetheredFrame import wx.lib.delayedresult as delayedresult INST_CAL_MSGS = ["Do a reflective white calibration", "Do a transmissive white calibration", "Do a transmissive dark calibration", "Place the instrument on its reflective white reference", "Click the instrument on its reflective white reference", "Place the instrument in the dark", "Place cap on the instrument", # i1 Pro "Place ambient adapter and cap on the instrument", "Set instrument sensor to calibration position", # ColorMunki "Place the instrument on its transmissive white source", "Use the appropriate tramissive blocking", "Change filter on instrument to"] USE_WPOPEN = 0 keycodes = {wx.WXK_NUMPAD0: ord("0"), wx.WXK_NUMPAD1: ord("1"), wx.WXK_NUMPAD2: ord("2"), wx.WXK_NUMPAD3: ord("3"), wx.WXK_NUMPAD4: ord("4"), wx.WXK_NUMPAD5: ord("5"), wx.WXK_NUMPAD6: ord("6"), wx.WXK_NUMPAD7: ord("7"), wx.WXK_NUMPAD8: ord("8"), wx.WXK_NUMPAD9: ord("9"), wx.WXK_NUMPAD_ADD: ord("+"), wx.WXK_NUMPAD_ENTER: ord("\n"), wx.WXK_NUMPAD_EQUAL: ord("="), wx.WXK_NUMPAD_DIVIDE: ord("/"), wx.WXK_NUMPAD_MULTIPLY: ord("*"), wx.WXK_NUMPAD_SUBTRACT: ord("-")} def Property(func): return property(**func()) def check_argyll_bin(paths=None): """ Check if the Argyll binaries can be found. """ prev_dir = None for name in argyll_names: exe = get_argyll_util(name, paths) if not exe: if name in argyll_optional: continue return False cur_dir = os.path.dirname(exe) if prev_dir: if cur_dir != prev_dir: if verbose: safe_print("Warning - the Argyll executables are " "scattered. They should be in the same " "directory.") return False else: prev_dir = cur_dir if verbose >= 3: safe_print("Argyll binary directory:", cur_dir) if debug: safe_print("[D] check_argyll_bin OK") if debug >= 2: if not paths: paths = getenvu("PATH", os.defpath).split(os.pathsep) argyll_dir = (getcfg("argyll.dir") or "").rstrip(os.path.sep) if argyll_dir: if argyll_dir in paths: paths.remove(argyll_dir) paths = [argyll_dir] + paths safe_print("[D] Searchpath:\n ", "\n ".join(paths)) argyll_dir = os.path.dirname(cur_dir) if (os.path.isdir(os.path.join(argyll_dir, "ref")) and not argyll_dir in config.data_dirs): config.data_dirs.append(argyll_dir) config.defaults["3dlut.input.profile"] = get_data_path(os.path.join("ref", "Rec709.icm")) or "" config.defaults["testchart.reference"] = get_data_path(os.path.join("ref", "ColorChecker.cie")) or "" config.defaults["gamap_profile"] = get_data_path(os.path.join("ref", "sRGB.icm")) or "" return True def check_create_dir(path): """ Try to create a directory and show an error message on failure. """ if not os.path.exists(path): try: os.makedirs(path) except Exception, exception: return Error(lang.getstr("error.dir_creation", path) + "\n\n" + safe_unicode(exception)) if not os.path.isdir(path): return Error(lang.getstr("error.dir_notdir", path)) return True def check_cal_isfile(cal=None, missing_msg=None, notfile_msg=None, silent=False): """ Check if a calibration file exists and show an error message if not. """ if not silent: if not missing_msg: missing_msg = lang.getstr("error.calibration.file_missing", cal) if not notfile_msg: notfile_msg = lang.getstr("error.calibration.file_notfile", cal) return check_file_isfile(cal, missing_msg, notfile_msg, silent) def check_profile_isfile(profile_path=None, missing_msg=None, notfile_msg=None, silent=False): """ Check if a profile exists and show an error message if not. """ if not silent: if not missing_msg: missing_msg = lang.getstr("error.profile.file_missing", profile_path) if not notfile_msg: notfile_msg = lang.getstr("error.profile.file_notfile", profile_path) return check_file_isfile(profile_path, missing_msg, notfile_msg, silent) def check_file_isfile(filename, missing_msg=None, notfile_msg=None, silent=False): """ Check if a file exists and show an error message if not. """ if not os.path.exists(filename): if not silent: if not missing_msg: missing_msg = lang.getstr("file.missing", filename) return Error(missing_msg) return False if not os.path.isfile(filename): if not silent: if not notfile_msg: notfile_msg = lang.getstr("file.notfile", filename) return Error(notfile_msg) return False return True def check_set_argyll_bin(): """ Check if Argyll binaries can be found, otherwise let the user choose. """ if check_argyll_bin(): return True else: return set_argyll_bin() def check_ti3_criteria1(RGB, XYZ, black_XYZ, white_XYZ, delta_to_sRGB_threshold_E=10, delta_to_sRGB_threshold_L=10, delta_to_sRGB_threshold_C=75, delta_to_sRGB_threshold_H=75, print_debuginfo=True): sRGBLab = colormath.RGB2Lab(RGB[0] / 100.0, RGB[1] / 100.0, RGB[2] / 100.0, noadapt=not white_XYZ) if white_XYZ: if black_XYZ: black_Lab = colormath.XYZ2Lab(*colormath.adapt(black_XYZ[0], black_XYZ[1], black_XYZ[2], white_XYZ)) black_C = math.sqrt(math.pow(black_Lab[1], 2) + math.pow(black_Lab[2], 2)) if black_Lab[0] < 3 and black_C < 3: # Sanity check: Is this color reasonably dark and achromatic? # Then do BPC so we can compare better to perfect black sRGB XYZ = colormath.apply_bpc(XYZ[0], XYZ[1], XYZ[2], black_XYZ, (0, 0, 0), white_XYZ) XYZ = colormath.adapt(XYZ[0], XYZ[1], XYZ[2], white_XYZ) Lab = colormath.XYZ2Lab(*XYZ) delta_to_sRGB = colormath.delta(*sRGBLab + Lab + (2000, )) # Depending on how (a)chromatic the sRGB color is, scale the thresholds # Use math derived from DE2000 formula to get chroma and hue angle L, a, b = sRGBLab b_pow = math.pow(b, 2) C = math.sqrt(math.pow(a, 2) + b_pow) C_pow = math.pow(C, 7) G = .5 * (1 - math.sqrt(C_pow / (C_pow + math.pow(25, 7)))) a = (1 + G) * a C = math.sqrt(math.pow(a, 2) + b_pow) h = 0 if a == 0 and b == 0 else math.degrees(math.atan2(b, a)) + (0 if b >= 0 else 360.0) # C and h scaling factors C_scale = C / 100.0 h_scale = h / 360.0 # RGB hue, saturation and value scaling factors H, S, V = colormath.RGB2HSV(*[v / 100.0 for v in RGB]) SV_scale = S * V # Scale the thresholds delta_to_sRGB_threshold_E += (delta_to_sRGB_threshold_E * max(C_scale, SV_scale)) delta_to_sRGB_threshold_L += (delta_to_sRGB_threshold_L * max(C_scale, SV_scale)) # Allow higher chroma errors as luminance of reference decreases L_scale = max(1 - (1 * C_scale) + (100.0 - L) / 100.0, 1) delta_to_sRGB_threshold_C = ((delta_to_sRGB_threshold_C * max(C_scale, SV_scale) + 2) * L_scale) delta_to_sRGB_threshold_H = ((delta_to_sRGB_threshold_H * max(C_scale, h_scale, H, SV_scale) + 2) * L_scale) criteria1 = (delta_to_sRGB["E"] > delta_to_sRGB_threshold_E and (abs(delta_to_sRGB["L"]) > delta_to_sRGB_threshold_L or abs(delta_to_sRGB["C"]) > delta_to_sRGB_threshold_C or abs(delta_to_sRGB["H"]) > delta_to_sRGB_threshold_H)) # This patch has an unusually high delta 00 to its sRGB equivalent delta_to_sRGB["E_ok"] = delta_to_sRGB["E"] <= delta_to_sRGB_threshold_E delta_to_sRGB["L_ok"] = (abs(delta_to_sRGB["L"]) <= delta_to_sRGB_threshold_L) delta_to_sRGB["C_ok"] = (abs(delta_to_sRGB["C"]) <= delta_to_sRGB_threshold_C) delta_to_sRGB["H_ok"] = (abs(delta_to_sRGB["H"]) <= delta_to_sRGB_threshold_H) delta_to_sRGB["ok"] = (delta_to_sRGB["E_ok"] and delta_to_sRGB["L_ok"] and delta_to_sRGB["C_ok"] and delta_to_sRGB["H_ok"]) debuginfo = ("RGB: %6.2f %6.2f %6.2f RGB(sRGB)->Lab(D50): %6.2f %6.2f %6.2f " "L_scale: %5.3f C: %5.2f C_scale: %5.3f h: %5.2f " "h_scale: %5.3f H: %5.2f H_scale: %5.3f S: %5.2f " "V: %5.2f SV_scale: %5.3f Thresholds: E %5.2f L %5.2f " "C %5.2f H %5.2f XYZ->Lab(D50): %6.2f %6.2f %6.2f delta " "RGB(sRGB)->Lab(D50) to XYZ->Lab(D50): dE %5.2f dL %5.2f dC " "%5.2f dH %5.2f" % (RGB[0], RGB[1], RGB[2], sRGBLab[0], sRGBLab[1], sRGBLab[2], L_scale, C, C_scale, h, h_scale, H * 360, H, S, V, SV_scale, delta_to_sRGB_threshold_E, delta_to_sRGB_threshold_L, delta_to_sRGB_threshold_C, delta_to_sRGB_threshold_H, Lab[0], Lab[1], Lab[2], delta_to_sRGB["E"], delta_to_sRGB["L"], delta_to_sRGB["C"], delta_to_sRGB["H"])) if print_debuginfo: safe_print(debuginfo) return sRGBLab, Lab, delta_to_sRGB, criteria1, debuginfo def check_ti3_criteria2(prev_Lab, Lab, prev_sRGBLab, sRGBLab, prev_RGB, RGB, sRGB_delta_E_scale_factor=.5): delta = colormath.delta(*prev_Lab + Lab + (2000, )) sRGB_delta = colormath.delta(*prev_sRGBLab + sRGBLab + (2000, )) sRGB_delta["E"] *= sRGB_delta_E_scale_factor criteria2 = delta["E"] < sRGB_delta["E"] # These two patches have different RGB values # but suspiciously low delta E 76. if criteria2 and (prev_RGB[0] == prev_RGB[1] == prev_RGB[2] and RGB[0] == RGB[1] == RGB[2]): # If RGB gray, check if the Y difference makes sense criteria2 = ((RGB[0] > prev_RGB[0] and Lab[0] <= prev_Lab[0]) or (RGB[0] < prev_RGB[0] and Lab[0] >= prev_Lab[0])) delta["L_ok"] = not criteria2 delta["E_ok"] = True else: delta["E_ok"] = not criteria2 delta["L_ok"] = True return delta, sRGB_delta, criteria2 def check_ti3(ti3, print_debuginfo=True): """ Check subsequent patches' expected vs real deltaE and collect patches with different RGB values, but suspiciously low delta E Used as a means to find misreads. The expected dE is calculated by converting from a patches RGB values (assuming sRGB) to Lab and comparing the values. """ if not isinstance(ti3, CGATS.CGATS): ti3 = CGATS.CGATS(ti3) data = ti3.queryv1("DATA") datalen = len(data) black = data.queryi1({"RGB_R": 0, "RGB_G": 0, "RGB_B": 0}) if black: black = black["XYZ_X"], black["XYZ_Y"], black["XYZ_Z"] elif print_debuginfo: safe_print("Warning - no black patch found in CGATS") white = data.queryi1({"RGB_R": 100, "RGB_G": 100, "RGB_B": 100}) if white: white = white["XYZ_X"], white["XYZ_Y"], white["XYZ_Z"] elif print_debuginfo: safe_print("Warning - no white patch found in CGATS") suspicious = [] prev = {} delta = {} for index, item in data.iteritems(): (sRGBLab, Lab, delta_to_sRGB, criteria1, debuginfo) = check_ti3_criteria1((item["RGB_R"], item["RGB_G"], item["RGB_B"]), (item["XYZ_X"], item["XYZ_Y"], item["XYZ_Z"]), black, white, print_debuginfo=False) if (criteria1 or (prev and (max(prev["item"]["RGB_R"], item["RGB_R"]) - min(prev["item"]["RGB_R"], item["RGB_R"]) > 1.0 / 2.55 or max(prev["item"]["RGB_G"], item["RGB_G"]) - min(prev["item"]["RGB_G"], item["RGB_G"]) > 1.0 / 2.55 or max(prev["item"]["RGB_B"], item["RGB_B"]) - min(prev["item"]["RGB_B"], item["RGB_B"]) > 1.0 / 2.55))): if prev: (delta, sRGB_delta, criteria2) = check_ti3_criteria2(prev["Lab"], Lab, prev["sRGBLab"], sRGBLab, (prev["item"]["RGB_R"], prev["item"]["RGB_G"], prev["item"]["RGB_B"]), (item["RGB_R"], item["RGB_G"], item["RGB_B"])) else: criteria2 = False if criteria1 or criteria2: if print_debuginfo: if criteria2: debuginfo = (("%s dE to previous XYZ->Lab(D50): " "%5.3f dE_OK: %s L_OK: %s " "0.5 dE RGB(sRGB)->Lab(D50) to previous " "RGB(sRGB)->Lab(D50): %5.3f") % (debuginfo, delta["E"], delta["E_ok"], delta["L_ok"], sRGB_delta["E"])) sample_id = "Patch #%%.0%id" % len(str(datalen)) safe_print(sample_id % item.SAMPLE_ID, debuginfo) suspicious.append((prev["item"] if criteria2 else None, item, delta if criteria2 else None, sRGB_delta if criteria2 else None, prev["delta_to_sRGB"] if criteria2 else None, delta_to_sRGB)) prev["item"] = item prev["sRGBLab"] = sRGBLab prev["Lab"] = Lab prev["delta_to_sRGB"] = delta_to_sRGB return suspicious def get_argyll_util(name, paths=None): """ Find a single Argyll utility. Return the full path. """ if not paths: paths = getenvu("PATH", os.defpath).split(os.pathsep) argyll_dir = (getcfg("argyll.dir") or "").rstrip(os.path.sep) if argyll_dir: if argyll_dir in paths: paths.remove(argyll_dir) paths = [argyll_dir] + paths elif verbose >= 4: safe_print("Info: Searching for", name, "in", os.pathsep.join(paths)) exe = None for path in paths: for altname in argyll_altnames.get(name, []): exe = which(altname + exe_ext, [path]) if exe: break if exe: break if verbose >= 4: if exe: safe_print("Info:", name, "=", exe) else: safe_print("Info:", "|".join(argyll_altnames[name]), "not found in", os.pathsep.join(paths)) return exe def get_argyll_utilname(name, paths=None): """ Find a single Argyll utility. Return the basename without extension. """ exe = get_argyll_util(name, paths) if exe: exe = os.path.basename(os.path.splitext(exe)[0]) return exe def get_argyll_version(name, silent=False): """ Determine version of a certain Argyll utility. """ argyll_version_string = get_argyll_version_string(name, silent) return parse_argyll_version_string(argyll_version_string) def get_argyll_version_string(name, silent=False): argyll_version_string = "0.0.0" if (silent and check_argyll_bin()) or (not silent and check_set_argyll_bin()): cmd = get_argyll_util(name) if sys.platform == "win32": startupinfo = sp.STARTUPINFO() startupinfo.dwFlags |= sp.STARTF_USESHOWWINDOW startupinfo.wShowWindow = sp.SW_HIDE else: startupinfo = None try: p = sp.Popen([cmd.encode(fs_enc), "-?"], stdin=sp.PIPE, stdout=sp.PIPE, stderr=sp.STDOUT, startupinfo=startupinfo) except Exception, exception: safe_print(cmd) safe_print(exception) return argyll_version_string for i, line in enumerate((p.communicate()[0] or "").splitlines()): if isinstance(line, basestring): line = line.strip() if i == 0 and "version" in line.lower(): argyll_version_string = line[line.lower().find("version")+8:] break return argyll_version_string def get_current_profile_path(): profile = None profile_path = getcfg("calibration.file") if profile_path: try: profile = ICCP.ICCProfile(profile_path) except Exception, exception: return else: try: profile = ICCP.get_display_profile(getcfg("display.number") - 1) except Exception, exception: return if profile: return profile.fileName def parse_argument_string(args): """ Parses an argument string and returns a list of arguments. """ return [re.sub('^["\']|["\']$', '', arg) for arg in re.findall('(?:^|\s+)(-[^\s"\']+|"[^"]+?"|\'[^\']+?\'|[^\s"\']+)', args)] def parse_argyll_version_string(argyll_version_string): argyll_version = re.findall("(\d+|[^.\d]+)", argyll_version_string) for i, v in enumerate(argyll_version): try: argyll_version[i] = int(v) except ValueError: pass return argyll_version def get_options_from_args(dispcal_args=None, colprof_args=None): """ Extract options used for dispcal and colprof from argument strings. """ re_options_dispcal = [ "[moupHVF]", "d(?:\d+(?:,\d+)?|madvr|web)", "[cv]\d+", "q(?:%s)" % "|".join(config.valid_values["calibration.quality"]), "y(?:%s)" % "|".join(filter(None, config.valid_values["measurement_mode"])), "[tT](?:\d+(?:\.\d+)?)?", "w\d+(?:\.\d+)?,\d+(?:\.\d+)?", "[bfakAB]\d+(?:\.\d+)?", "(?:g(?:240|709|l|s)|[gG]\d+(?:\.\d+)?)", "[pP]\d+(?:\.\d+)?,\d+(?:\.\d+)?,\d+(?:\.\d+)?", 'X(?:\s*\d+|\s+["\'][^"\']+?["\'])', # Argyll >= 1.3.0 colorimeter correction matrix / Argyll >= 1.3.4 calibration spectral sample "I[bw]{,2}", # Argyll >= 1.3.0 drift compensation "YA" # Argyll >= 1.5.0 disable adaptive mode ] re_options_colprof = [ "q[lmh]", "b[lmh]", # B2A quality "a(?:%s)" % "|".join(config.valid_values["profile.type"]), '[sSMA]\s+["\'][^"\']+?["\']', "[cd](?:%s)" % "|".join(viewconds), "[tT](?:%s)" % "|".join(intents) ] options_dispcal = [] options_colprof = [] if dispcal_args: options_dispcal = re.findall(" -(" + "|".join(re_options_dispcal) + ")", " " + dispcal_args) if colprof_args: options_colprof = re.findall(" -(" + "|".join(re_options_colprof) + ")", " " + colprof_args) return options_dispcal, options_colprof def get_options_from_cprt(cprt): """ Extract options used for dispcal and colprof from profile copyright. """ if not isinstance(cprt, unicode): if isinstance(cprt, (ICCP.TextDescriptionType, ICCP.MultiLocalizedUnicodeType)): cprt = unicode(cprt) else: cprt = unicode(cprt, fs_enc, "replace") dispcal_args = cprt.split(" dispcal ") colprof_args = None if len(dispcal_args) > 1: dispcal_args[1] = dispcal_args[1].split(" colprof ") if len(dispcal_args[1]) > 1: colprof_args = dispcal_args[1][1] dispcal_args = dispcal_args[1][0] else: dispcal_args = None colprof_args = cprt.split(" colprof ") if len(colprof_args) > 1: colprof_args = colprof_args[1] else: colprof_args = None return dispcal_args, colprof_args def get_options_from_cal(cal): if not isinstance(cal, CGATS.CGATS): cal = CGATS.CGATS(cal) if not cal or not "ARGYLL_DISPCAL_ARGS" in cal[0] or \ not cal[0].ARGYLL_DISPCAL_ARGS: return [], [] dispcal_args = cal[0].ARGYLL_DISPCAL_ARGS[0].decode("UTF-7", "replace") return get_options_from_args(dispcal_args) def get_options_from_profile(profile): """ Try and get options from profile. First, try the 'targ' tag and look for the special dispcalGUI sections 'ARGYLL_DISPCAL_ARGS' and 'ARGYLL_COLPROF_ARGS'. If either does not exist, fall back to the copyright tag (dispcalGUI < 0.4.0.2) """ if not isinstance(profile, ICCP.ICCProfile): profile = ICCP.ICCProfile(profile) dispcal_args = None colprof_args = None if "targ" in profile.tags: ti3 = CGATS.CGATS(profile.tags.targ) if len(ti3) > 1 and "ARGYLL_DISPCAL_ARGS" in ti3[1] and \ ti3[1].ARGYLL_DISPCAL_ARGS: dispcal_args = ti3[1].ARGYLL_DISPCAL_ARGS[0].decode("UTF-7", "replace") if "ARGYLL_COLPROF_ARGS" in ti3[0] and \ ti3[0].ARGYLL_COLPROF_ARGS: colprof_args = ti3[0].ARGYLL_COLPROF_ARGS[0].decode("UTF-7", "replace") if not dispcal_args and "cprt" in profile.tags: dispcal_args = get_options_from_cprt(profile.getCopyright())[0] if not colprof_args and "cprt" in profile.tags: colprof_args = get_options_from_cprt(profile.getCopyright())[1] return get_options_from_args(dispcal_args, colprof_args) def get_options_from_ti3(ti3): """ Try and get options from TI3 file by looking for the special dispcalGUI sections 'ARGYLL_DISPCAL_ARGS' and 'ARGYLL_COLPROF_ARGS'. """ if not isinstance(ti3, CGATS.CGATS): ti3 = CGATS.CGATS(ti3) dispcal_args = None colprof_args = None if len(ti3) > 1 and "ARGYLL_DISPCAL_ARGS" in ti3[1] and \ ti3[1].ARGYLL_DISPCAL_ARGS: dispcal_args = ti3[1].ARGYLL_DISPCAL_ARGS[0].decode("UTF-7", "replace") if "ARGYLL_COLPROF_ARGS" in ti3[0] and \ ti3[0].ARGYLL_COLPROF_ARGS: colprof_args = ti3[0].ARGYLL_COLPROF_ARGS[0].decode("UTF-7", "replace") return get_options_from_args(dispcal_args, colprof_args) def get_arg(argmatch, args): """ Return first found entry beginning with the argmatch string or None """ for arg in args: if arg.startswith(argmatch): return arg def make_argyll_compatible_path(path): """ Make the path compatible with the Argyll utilities. This is currently only effective under Windows to make sure that any unicode 'division' slashes in the profile name are replaced with underscores. """ make_compat_enc = fs_enc skip = -1 if re.match(r'\\\\\?\\', path, re.I): # Don't forget about UNC paths: # \\?\UNC\Server\Volume\File # \\?\C:\File skip = 2 parts = path.split(os.path.sep) for i, part in enumerate(parts): if i > skip: parts[i] = unicode(part.encode(make_compat_enc, "safe_asciize"), make_compat_enc).replace("/", "_").replace("?", "_") return os.path.sep.join(parts) def printcmdline(cmd, args=None, fn=safe_print, cwd=None): """ Pretty-print a command line. """ if args is None: args = [] if cwd is None: cwd = os.getcwdu() fn(" " + cmd) i = 0 lines = [] for item in args: ispath = False if item.find(os.path.sep) > -1: if os.path.dirname(item) == cwd: item = os.path.basename(item) ispath = True item = quote_args([item])[0] lines.append(item) i += 1 for line in lines: fn(textwrap.fill(line, 80, expand_tabs = False, replace_whitespace = False, initial_indent = " ", subsequent_indent = " ")) def set_argyll_bin(parent=None): """ Set the directory containing the Argyll CMS binary executables """ if parent and not parent.IsShownOnScreen(): parent = None # do not center on parent if not visible defaultPath = os.path.join(*get_verified_path("argyll.dir")) dlg = wx.DirDialog(parent, lang.getstr("dialog.set_argyll_bin"), defaultPath=defaultPath, style=wx.DD_DIR_MUST_EXIST) dlg.Center(wx.BOTH) result = False while not result: result = dlg.ShowModal() == wx.ID_OK if result: path = dlg.GetPath().rstrip(os.path.sep) result = check_argyll_bin([path]) if result: if verbose >= 3: safe_print("Setting Argyll binary directory:", path) setcfg("argyll.dir", path) writecfg() break else: not_found = [] for name in argyll_names: if (not get_argyll_util(name, [path]) and not name in argyll_optional): not_found.append((" " + lang.getstr("or") + " ").join(filter(lambda altname: not "argyll" in altname, [altname + exe_ext for altname in argyll_altnames[name]]))) InfoDialog(parent, msg=path + "\n\n" + lang.getstr("argyll.dir.invalid", ", ".join(not_found)), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) else: break dlg.Destroy() return result def show_result_dialog(result, parent=None, pos=None): """ Show dialog depending on type of result. Result should be an exception type. An appropriate visual representation will be chosen whether result is of exception type 'Info', 'Warning' or other error. """ msg = safe_unicode(result) if not pos: pos=(-1, -1) if isinstance(result, Info): bitmap = geticon(32, "dialog-information") elif isinstance(result, Warning): bitmap = geticon(32, "dialog-warning") else: bitmap = geticon(32, "dialog-error") InfoDialog(parent, pos=pos, msg=msg, ok=lang.getstr("ok"), bitmap=bitmap, log=not isinstance(result, (UnloggedError, UnloggedInfo, UnloggedWarning))) class Error(Exception): pass class Info(UserWarning): pass class UnloggedError(Error): pass class UnloggedInfo(Info): pass class UnloggedWarning(UserWarning): pass class Warn(UserWarning): pass class FilteredStream(): """ Wrap a stream and filter all lines written to it. """ # Discard progress information like ... or *** or % discard = "" # If one of the triggers is contained in a line, skip the whole line triggers = ["Place instrument on test window", "key to continue", "key to retry", "key to take a reading", "] to read", "' to set", "' to report", "' to toggle", " or Q to ", "place on the white calibration reference", "read failed due to the sensor being in the wrong position", "Ambient filter should be removed"] + INST_CAL_MSGS substitutions = {" peqDE ": " DE to previous pass ", r"\^\[": "", # ESC key on Linux/OSX "patch ": "Patch ", re.compile("Point (\\d+ Delta E)", re.I): " point \\1"} def __init__(self, stream, data_encoding=None, file_encoding=None, errors="replace", discard=None, linesep_in="\r\n", linesep_out="\n", substitutions=None, triggers=None): self.stream = stream self.data_encoding = data_encoding self.file_encoding = file_encoding self.errors = errors if discard is not None: self.discard = discard self.linesep_in = linesep_in self.linesep_out = linesep_out if substitutions is not None: self.substitutions = substitutions if triggers is not None: self.triggers = triggers def __getattr__(self, name): return getattr(self.stream, name) def write(self, data): """ Write data to stream, stripping all unwanted output. Incoming lines are expected to be delimited by linesep_in. """ if not data: return lines = [] for line in data.split(self.linesep_in): if line and not re.sub(self.discard, "", line): line = "" write = True for trigger in self.triggers: if trigger.lower() in line.lower(): write = False break if write: if self.data_encoding and not isinstance(line, unicode): line = line.decode(self.data_encoding, self.errors) for search, sub in self.substitutions.iteritems(): line = re.sub(search, sub, line) if self.file_encoding: line = line.encode(self.file_encoding, self.errors) lines.append(line) if lines: self.stream.write(self.linesep_out.join(lines)) class LineBufferedStream(): """ Buffer lines and only write them to stream if line separator is detected """ def __init__(self, stream, data_encoding=None, file_encoding=None, errors="replace", linesep_in="\r\n", linesep_out="\n"): self.buf = "" self.data_encoding = data_encoding self.file_encoding = file_encoding self.errors = errors self.linesep_in = linesep_in self.linesep_out = linesep_out self.stream = stream def __del__(self): self.commit() def __getattr__(self, name): return getattr(self.stream, name) def close(self): self.commit() self.stream.close() def commit(self): if self.buf: if self.data_encoding and not isinstance(self.buf, unicode): self.buf = self.buf.decode(self.data_encoding, self.errors) if self.file_encoding: self.buf = self.buf.encode(self.file_encoding, self.errors) self.stream.write(self.buf) self.buf = "" def write(self, data): data = data.replace(self.linesep_in, "\n") for char in data: if char == "\r": while self.buf and not self.buf.endswith(self.linesep_out): self.buf = self.buf[:-1] else: if char == "\n": self.buf += self.linesep_out self.commit() else: self.buf += char class LineCache(): """ When written to it, stores only the last n + 1 lines and returns only the last n non-empty lines when read. """ def __init__(self, maxlines=1): self.clear() self.maxlines = maxlines def clear(self): self.cache = [""] def flush(self): pass def read(self, triggers=None): lines = [""] for line in self.cache: read = True if triggers: for trigger in triggers: if trigger.lower() in line.lower(): read = False break if read and line: lines.append(line) return "\n".join(filter(lambda line: line, lines)[-self.maxlines:]) def write(self, data): for char in data: if char == "\r": self.cache[-1] = "" elif char == "\n": self.cache.append("") else: self.cache[-1] += char self.cache = (filter(lambda line: line, self.cache[:-1]) + self.cache[-1:])[-self.maxlines - 1:] class WPopen(sp.Popen): def __init__(self, *args, **kwargs): sp.Popen.__init__(self, *args, **kwargs) self._seekpos = 0 self._stdout = kwargs["stdout"] self.after = None self.before = None self.exitstatus = None self.logfile_read = None self.match = None self.maxlen = 80 self.timeout = 30 def isalive(self): self.exitstatus = self.poll() return self.exitstatus is None def expect(self, patterns, timeout=-1): if not isinstance(patterns, list): patterns = [patterns] if timeout == -1: timeout = self.timeout if timeout is not None: end = time() + timeout while timeout is None or time() < end: self._stdout.seek(self._seekpos) buf = self._stdout.read() self._seekpos += len(buf) if not buf and not self.isalive(): self.match = wexpect.EOF("End Of File (EOF) in expect() - dead child process") if wexpect.EOF in patterns: return self.match raise self.match if buf and self.logfile_read: self.logfile_read.write(buf) for pattern in patterns: if isinstance(pattern, basestring) and pattern in buf: offset = buf.find(pattern) self.after = buf[offset:] self.before = buf[:offset] self.match = buf[offset:offset + len(pattern)] return self.match sleep(.01) if timeout is not None: self.match = wexpect.TIMEOUT("Timeout exceeded in expect()") if wexpect.TIMEOUT in patterns: return self.match raise self.match def send(self, s): self.stdin.write(s) self._stdout.seek(self._seekpos) buf = self._stdout.read() self._seekpos += len(buf) if buf and self.logfile_read: self.logfile_read.write(buf) def terminate(self, force=False): sp.Popen.terminate(self) class Worker(object): def __init__(self, owner=None): """ Create and return a new worker instance. """ self.owner = owner # owner should be a wxFrame or similar if sys.platform == "win32": self.data_encoding = aliases.get(str(windll.kernel32.GetACP()), "ascii") else: self.data_encoding = enc self.cmdrun = False self.dispcal_create_fast_matrix_shaper = False self.dispread_after_dispcal = False self.finished = True self.interactive = False self.lastcmdname = None self.lastmsg_discard = re.compile("[\\*\\.]+") self.options_colprof = [] self.options_dispcal = [] self.options_dispread = [] self.options_targen = [] self.recent_discard = re.compile("^\\s*(?:Adjusted )?(Current|[Tt]arget) (?:Brightness|50% Level|white|(?:Near )?[Bb]lack|(?:advertised )?gamma) .+|^Gamma curve .+|^Display adjustment menu:|^Press|^\\d\\).+|^(?:1%|Black|Red|Green|Blue|White)\\s+=.+|^\\s*patch \\d+ of \\d+.*|^\\s*point \\d+.*|^\\s*Added \\d+/\\d+|[\\*\\.]+|\\s*\\d*%?", re.I) self.subprocess_abort = False self.sudo_availoptions = None self.auth_timestamp = 0 self.sessionlogfiles = {} self.tempdir = None self.thread_abort = False self.triggers = [] self.clear_argyll_info() self.clear_cmd_output() self._pwdstr = "" def add_measurement_features(self, args, display=True): """ Add common options and to dispcal, dispread and spotread arguments """ if display and not get_arg("-d", args): args += ["-d" + self.get_display()] if not get_arg("-c", args): args += ["-c%s" % getcfg("comport.number")] measurement_mode = getcfg("measurement_mode") instrument_features = self.get_instrument_features() if (measurement_mode and (measurement_mode != "p" or self.get_instrument_name() == "ColorHug") and not get_arg("-y", args)): # Always specify -y for colorimeters (won't be read from .cal # when updating) # Only ColorHug supports -yp parameter if self.argyll_version >= [1, 5, 0]: measurement_mode_map = instrument_features.get("measurement_mode_map", {}) measurement_mode = measurement_mode_map.get(measurement_mode[0], measurement_mode) args += ["-y" + measurement_mode[0]] if getcfg("measurement_mode.projector") and \ instrument_features.get("projector_mode") and \ self.argyll_version >= [1, 1, 0] and not get_arg("-p", args): # Projector mode, Argyll >= 1.1.0 Beta args += ["-p"] if instrument_features.get("adaptive_mode"): if getcfg("measurement_mode.adaptive"): if ((self.argyll_version[0:3] > [1, 1, 0] or (self.argyll_version[0:3] == [1, 1, 0] and not "Beta" in self.argyll_version_string and not "RC1" in self.argyll_version_string and not "RC2" in self.argyll_version_string)) and self.argyll_version[0:3] < [1, 5, 0] and not get_arg("-V", args)): # Adaptive measurement mode, Argyll >= 1.1.0 RC3 args += ["-V"] else: if self.argyll_version[0:3] >= [1, 5, 0]: # Disable adaptive measurement mode args += ["-YA"] if display and not (get_arg("-dweb", args) or get_arg("-dmadvr", args)): if ((self.argyll_version <= [1, 0, 4] and not get_arg("-p", args)) or (self.argyll_version > [1, 0, 4] and not get_arg("-P", args))): args += [("-p" if self.argyll_version <= [1, 0, 4] else "-P") + getcfg("dimensions.measureframe")] if getcfg("measure.darken_background") and not get_arg("-F", args): args += ["-F"] if getcfg("measurement_mode.highres") and \ instrument_features.get("highres_mode") and not get_arg("-H", args): args += ["-H"] if (self.instrument_can_use_ccxx() and not is_ccxx_testchart() and not get_arg("-X", args)): # Use colorimeter correction? ccmx = getcfg("colorimeter_correction_matrix_file").split(":", 1) if len(ccmx) > 1 and ccmx[1]: ccmx = ccmx[1] else: ccmx = None if ccmx and (not ccmx.lower().endswith(".ccss") or self.instrument_supports_ccss()): result = check_file_isfile(ccmx) if isinstance(result, Exception): return result try: cgats = CGATS.CGATS(ccmx) except CGATS.CGATSError, exception: safe_print("%s:" % ccmx, exception) instrument = None else: instrument = get_canonical_instrument_name(str(cgats.queryv1("INSTRUMENT") or "").replace("eye-one display", "i1 Display")) if ((instrument and self.get_instrument_name().lower().replace(" ", "") in instrument.lower().replace(" ", "")) or ccmx.lower().endswith(".ccss")): tempdir = self.create_tempdir() if isinstance(tempdir, Exception): return tempdir ccmxcopy = os.path.join(tempdir, os.path.basename(ccmx)) if not os.path.isfile(ccmxcopy): try: # Copy ccmx to profile dir shutil.copyfile(ccmx, ccmxcopy) except Exception, exception: return Error(lang.getstr("error.copy_failed", (ccmx, ccmxcopy)) + "\n\n" + safe_unicode(exception)) result = check_file_isfile(ccmxcopy) if isinstance(result, Exception): return result args += ["-X"] args += [os.path.basename(ccmxcopy)] if (display and (getcfg("drift_compensation.blacklevel") or getcfg("drift_compensation.whitelevel")) and self.argyll_version >= [1, 3, 0] and not get_arg("-I", args)): args += ["-I"] if getcfg("drift_compensation.blacklevel"): args[-1] += "b" if getcfg("drift_compensation.whitelevel"): args[-1] += "w" # TTBD/FIXME: Skipping of sensor calibration can't be done in # emissive mode (see Argyll source spectro/ss.c, around line 40) if (getcfg("allow_skip_sensor_cal") and instrument_features.get("skip_sensor_cal") and self.argyll_version >= [1, 1, 0] and not get_arg("-N", args)): args += ["-N"] return True def instrument_can_use_ccxx(self): """ Return boolean whether the instrument in its current measurement mode can use a CCMX or CCSS colorimeter correction """ # Special cases: # Spectrometer (not needed), # ColorHug (only sensible in factory or raw measurement mode), # ColorMunki Smile (only generic LCD CCFL measurement mode), # Colorimétre HCFR (only raw measurement mode), # DTP94 (only LCD, refresh and generic measurement modes) # Spyder 4 (only generic LCD and refresh measurement modes) return (self.argyll_version >= [1, 3, 0] and not self.get_instrument_features().get("spectral") and (self.get_instrument_name() != "ColorHug" or getcfg("measurement_mode") in ("F", "R")) and (self.get_instrument_name() != "ColorMunki Smile" or getcfg("measurement_mode") == "f") and (self.get_instrument_name() != "Colorimtre HCFR" or # Missing é is NOT a typo getcfg("measurement_mode") == "R") and (self.get_instrument_name() != "DTP94" or getcfg("measurement_mode") in ("l", "c", "g")) and (self.get_instrument_name() != "Spyder4" or getcfg("measurement_mode") in ("l", "c"))) @Property def pwd(): def fget(self): return self._pwdstr[10:].ljust(int(math.ceil(len(self._pwdstr[10:]) / 4.0) * 4), "=").decode("base64").decode("UTF-8") def fset(self, pwd): self._pwdstr = "/tmp/%s%s" % (md5(getpass.getuser()).hexdigest().encode("base64")[:5], pwd.encode("UTF-8").encode("base64").rstrip("=\n")) return locals() def check_display_conf_oy_compat(self, display_no): """ Check the screen configuration for oyranos-monitor compatibility oyranos-monitor works off screen coordinates, so it will not handle overlapping screens (like separate X screens, which will usually have the same x, y coordinates)! So, oyranos-monitor can only be used if: - The wx.Display count is > 1 which means NOT separate X screens OR if we use the 1st screen - The screens don't overlap """ oyranos = False if wx.Display.GetCount() > 1 or display_no == 1: oyranos = True for display_rect_1 in self.display_rects: for display_rect_2 in self.display_rects: if display_rect_1 is not display_rect_2: if display_rect_1.Intersects(display_rect_2): oyranos = False break if not oyranos: break return oyranos def check_is_ambient_measuring(self, txt): if (("ambient light measuring" in txt.lower() or "Will use emissive mode instead" in txt) and not getattr(self, "is_ambient_measuring", False)): self.is_ambient_measuring = True if (getattr(self, "is_ambient_measuring", False) and "Place instrument on spot to be measured" in txt): self.is_ambient_measuring = False self.do_ambient_measurement() def do_ambient_measurement(self): if getattr(self, "subprocess_abort", False) or \ getattr(self, "thread_abort", False): # If we are aborting, ignore request return self.progress_wnd.Pulse(" " * 4) self.progress_wnd.MakeModal(False) dlg = ConfirmDialog(self.progress_wnd, msg=lang.getstr("instrument.measure_ambient"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-information")) self.progress_wnd.dlg = dlg dlg_result = dlg.ShowModal() dlg.Destroy() if self.finished: return self.progress_wnd.MakeModal(True) if dlg_result != wx.ID_OK: self.abort_subprocess() return False if self.safe_send(" "): self.progress_wnd.Pulse(lang.getstr("please_wait")) def check_instrument_calibration(self, txt): """ Check if current instrument needs sensor calibration by looking at Argyll CMS command output """ if not self.instrument_calibration_complete: if "calibration complete" in txt.lower(): self.instrument_calibration_complete = True else: for calmsg in INST_CAL_MSGS: if calmsg in txt or "calibration failed" in txt.lower(): self.do_instrument_calibration() break def check_instrument_place_on_screen(self, txt): """ Check if instrument should be placed on screen by looking at Argyll CMS command output """ if "place instrument on test window" in txt.lower(): self.instrument_place_on_screen_msg = True if (self.instrument_place_on_screen_msg and "key to continue" in txt.lower()): self.instrument_place_on_screen_msg = False if (self.cmdname == get_argyll_utilname("dispcal") and sys.platform == "darwin"): # On the Mac dispcal's test window # hides the cursor and steals focus start_new_thread(mac_app_activate, (1, appname if isapp else "Python")) if (self.instrument_calibration_complete or ((config.get_display_name() == "Web" or getcfg("measure.darken_background")) and (not self.dispread_after_dispcal or self.cmdname == "dispcal"))): # Show a dialog asking user to place the instrument on the # screen if the instrument calibration was completed, # or if we measure a remote ("Web") display, # or if we use a black background during measurements, # but in case of the latter two only if dispread is not # run directly after dispcal self.instrument_calibration_complete = False self.instrument_place_on_screen() else: if self.subprocess.isalive(): if debug or test: safe_print('Sending SPACE key') self.safe_send(" ") def check_instrument_sensor_position(self, txt): """ Check instrument sensor position by looking at Argyll CMS command output """ if "read failed due to the sensor being in the wrong position" in txt.lower(): self.instrument_sensor_position_msg = True if (self.instrument_sensor_position_msg and " or q to " in txt.lower()): self.instrument_sensor_position_msg = False self.instrument_reposition_sensor() def check_retry_measurement(self, txt): if ("key to retry:" in txt and not "read stopped at user request!" in self.recent.read() and ("Sample read failed due to misread" in self.recent.read() or "Sample read failed due to communication problem" in self.recent.read()) and not self.subprocess_abort): self.retrycount += 1 self.recent.write("\r\n%s: Retrying (%s)..." % (appname, self.retrycount)) self.safe_send(" ") def check_spotread_result(self, txt): """ Check if spotread returned a result """ if (self.cmdname == "spotread" and getattr(self, "terminal", None) is None and "Result is XYZ:" in txt): # Single spotread reading, we are done wx.CallLater(1000, self.quit_terminate_cmd) def do_instrument_calibration(self): """ Ask user to initiate sensor calibration and execute. Give an option to cancel. """ if getattr(self, "subprocess_abort", False) or \ getattr(self, "thread_abort", False): # If we are aborting, ignore request return self.progress_wnd.Pulse(" " * 4) self.progress_wnd.MakeModal(False) if self.get_instrument_name() == "ColorMunki": lstr ="instrument.calibrate.colormunki" else: lstr = "instrument.calibrate" dlg = ConfirmDialog(self.progress_wnd, msg=lang.getstr(lstr), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-information")) self.progress_wnd.dlg = dlg dlg_result = dlg.ShowModal() dlg.Destroy() if self.finished: return self.progress_wnd.MakeModal(True) if dlg_result != wx.ID_OK: self.abort_subprocess() return False self.progress_wnd.Pulse(lang.getstr("please_wait")) if debug or test: safe_print('Sending SPACE key') if self.safe_send(" "): self.progress_wnd.Pulse(lang.getstr("instrument.calibrating")) def abort_subprocess(self, confirm=False): """ Abort the current subprocess """ if confirm and getattr(self, "progress_wnd", None): if getattr(self.progress_wnd, "dlg", None): return pause = (not getattr(self.progress_wnd, "paused", False) and hasattr(self.progress_wnd, "pause_continue_handler")) if pause: self.progress_wnd.pause_continue_handler(True) self.progress_wnd.MakeModal(False) dlg = ConfirmDialog(self.progress_wnd, msg=lang.getstr("dialog.confirm_cancel"), ok=lang.getstr("yes"), cancel=lang.getstr("no"), bitmap=geticon(32, "dialog-warning")) self.progress_wnd.dlg = dlg dlg_result = dlg.ShowModal() dlg.Destroy() if self.finished: return self.progress_wnd.MakeModal(True) if dlg_result != wx.ID_OK: self.progress_wnd.Resume() if pause: self.progress_wnd.pause_continue_handler() return self.subprocess_abort = True self.thread_abort = True delayedresult.startWorker(lambda result: None, self.quit_terminate_cmd) def instrument_place_on_screen(self): """ Show a dialog asking user to place the instrument on the screen and give an option to cancel """ if getattr(self, "subprocess_abort", False) or \ getattr(self, "thread_abort", False): # If we are aborting, ignore request return self.progress_wnd.Pulse(" " * 4) self.progress_wnd.MakeModal(False) dlg = ConfirmDialog(self.progress_wnd, msg=lang.getstr("instrument.place_on_screen"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-information")) self.progress_wnd.dlg = dlg dlg_result = dlg.ShowModal() dlg.Destroy() if self.finished: return self.progress_wnd.MakeModal(True) if dlg_result != wx.ID_OK: self.abort_subprocess() return False if debug or test: safe_print('Sending SPACE key') self.safe_send(" ") def instrument_reposition_sensor(self): if getattr(self, "subprocess_abort", False) or \ getattr(self, "thread_abort", False): # If we are aborting, ignore request return self.progress_wnd.Pulse(" " * 4) self.progress_wnd.MakeModal(False) dlg = ConfirmDialog(self.progress_wnd, msg=lang.getstr("instrument.reposition_sensor"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-warning")) self.progress_wnd.dlg = dlg dlg_result = dlg.ShowModal() dlg.Destroy() if self.finished: return self.progress_wnd.MakeModal(True) if dlg_result != wx.ID_OK: self.abort_subprocess() return False if debug or test: safe_print('Sending SPACE key') self.safe_send(" ") def clear_argyll_info(self): """ Clear Argyll CMS version, detected displays and instruments. """ self.argyll_bin_dir = None self.argyll_version = [0, 0, 0] self.argyll_version_string = "0.0.0" self._displays = [] self.cmdname = None self.display_edid = [] self.display_manufacturers = [] self.display_names = [] self.display_rects = [] self.displays = [] self.instruments = [] self.lut_access = [] def clear_cmd_output(self): """ Clear any output from the last run command. """ self.retcode = -1 self.output = [] self.errors = [] self.recent = FilteredStream(LineCache(maxlines=3), self.data_encoding, discard=self.recent_discard, triggers=self.triggers) self.retrycount = 0 self.lastmsg = FilteredStream(LineCache(), self.data_encoding, discard=self.lastmsg_discard, triggers=self.triggers) self.send_buffer = None if not hasattr(self, "logger") or (self.interactive and self.owner and isinstance(self.logger, DummyLogger)): # Log interaction with Argyll tools that run interactively if self.interactive and self.owner: if self.owner.Name != "mainframe": name = "interact.%s" % self.owner.Name else: name = "interact" self.logger = get_file_logger(name) else: self.logger = DummyLogger() if self.interactive: self.logger.info("-" * 80) self.sessionlogfile = None def create_3dlut(self, profile_in, path, profile_abst=None, profile_out=None, apply_cal=True, intent="r", format="3dl", size=17, input_bits=10, output_bits=12, maxval=1.0, input_encoding="n", output_encoding="n", bt1886_gamma=None, bt1886_gamma_type="b", save_link_icc=True): """ Create a 3D LUT from one (device link) or two (device) profiles, optionally incorporating an abstract profile. """ # .cube: http://doc.iridas.com/index.php?title=LUT_Formats # .3dl: http://www.kodak.com/US/plugins/acrobat/en/motion/products/look/UserGuide.pdf # http://download.autodesk.com/us/systemdocs/pdf/lustre_color_management_user_guide.pdf # .spi3d: https://github.com/imageworks/OpenColorIO/blob/master/src/core/FileFormatSpi3D.cpp # .mga: http://pogle.pandora-int.com/download/manual/lut3d_format.html for profile in (profile_in, profile_out): if (profile.profileClass not in ("mntr", "link", "scnr", "spac") or profile.colorSpace != "RGB"): raise NotImplementedError(lang.getstr("profile.unsupported", (profile.profileClass, profile.colorSpace))) if profile_in.profileClass == "link": break # Setup temp dir cwd = self.create_tempdir() if isinstance(cwd, Exception): raise cwd result = None path = os.path.split(path) path = os.path.join(path[0], make_argyll_compatible_path(path[1])) filename, ext = os.path.splitext(path) name = os.path.basename(filename) if profile_in.profileClass == "link": link_basename = os.path.basename(profile_in.fileName) link_filename = os.path.join(cwd, link_basename) profile_in.write(link_filename) else: # Check if files are the same if profile_in.isSame(profile_out, force_calculation=True): raise Error(lang.getstr("error.source_dest_same")) # Prepare building a device link link_basename = name + profile_ext link_filename = os.path.join(cwd, link_basename) profile_in_basename = make_argyll_compatible_path(os.path.basename(profile_in.fileName)) profile_out_basename = make_argyll_compatible_path(os.path.basename(profile_out.fileName)) if profile_in_basename == profile_out_basename: (profile_out_filename, profile_out_ext) = os.path.splitext(profile_out_basename) profile_out_basename = "%s (2)%s" % (profile_out_filename, profile_out_ext) profile_in.fileName = os.path.join(cwd, profile_in_basename) profile_in.write() profile_out.fileName = os.path.join(cwd, profile_out_basename) profile_out.write() profile_out_cal_path = os.path.splitext(profile_out.fileName)[0] + ".cal" # Apply calibration? if apply_cal: # Get the calibration from profile vcgt if not profile_out.tags.get("vcgt", None): raise Error(lang.getstr("profile.no_vcgt")) try: cgats = vcgt_to_cal(profile_out) except (CGATS.CGATSInvalidError, CGATS.CGATSInvalidOperationError, CGATS.CGATSKeyError, CGATS.CGATSTypeError, CGATS.CGATSValueError), exception: raise Error(lang.getstr("cal_extraction_failed")) cgats.write(profile_out_cal_path) if self.argyll_version < [1, 6]: # Can't apply the calibration with old collink versions - # apply the calibration to the 'out' profile prior to # device linking instead applycal = get_argyll_util("applycal") if not applycal: raise NotImplementedError(lang.getstr("argyll.util.not_found", "applycal")) safe_print(lang.getstr("apply_cal")) result = self.exec_cmd(applycal, ["-v", profile_out_cal_path, profile_out_basename, profile_out.fileName], capture_output=True, skip_scripts=True) if isinstance(result, Exception) and not getcfg("dry_run"): raise result elif not result: raise Error("\n\n".join([lang.getstr("apply_cal.error"), "\n".join(self.errors)])) # Now build the device link collink = get_argyll_util("collink") if not collink: raise NotImplementedError(lang.getstr("argyll.util.not_found", "collink")) args = ["-v", "-qh", "-G", "-i%s" % intent, "-r65", "-n"] if profile_abst: profile_abst.write(os.path.join(cwd, "abstract.icc")) args += ["-p", "abstract.icc"] if self.argyll_version >= [1, 6]: if format == "madVR": args += ["-3m"] elif format == "eeColor" and not test: args += ["-3e"] args += ["-e%s" % input_encoding] args += ["-E%s" % output_encoding] if bt1886_gamma: args += ["-I%s:%s" % (bt1886_gamma_type, bt1886_gamma)] if apply_cal: # Apply the calibration when building our device link # i.e. use collink -a parameter (apply calibration curves # to link output and append linear) args += ["-a", profile_out_cal_path] if getcfg("extra_args.collink").strip(): args += parse_argument_string(getcfg("extra_args.collink")) result = self.exec_cmd(collink, args + [profile_in_basename, profile_out_basename, link_filename], capture_output=True, skip_scripts=True) if (result and not isinstance(result, Exception) and save_link_icc and os.path.isfile(link_filename)): profile_link = ICCP.ICCProfile(link_filename) profile_link.setDescription(name) profile_link.setCopyright(getcfg("copyright")) manufacturer = profile_out.getDeviceManufacturerDescription() if manufacturer: profile_link.setDeviceManufacturerDescription(manufacturer) model = profile_out.getDeviceModelDescription() if model: profile_link.setDeviceModelDescription(model) profile_link.device["manufacturer"] = profile_out.device["manufacturer"] profile_link.device["model"] = profile_out.device["model"] if "mmod" in profile_out.tags: profile_link.tags.mmod = profile_out.tags.mmod profile_link.calculateID() profile_link.write(filename + profile_ext) if self.argyll_version >= [1, 6] and ((format == "eeColor" and not test) or format == "madVR"): # Collink has already written the 3DLUT for us result2 = self.wrapup(not isinstance(result, UnloggedInfo) and result, dst_path=path, ext_filter=[".3dlut", ".cal", ".log", ".txt"]) if not result: result = UnloggedError(lang.getstr("aborted")) if isinstance(result2, Exception): if isinstance(result, Exception): result = Error(safe_unicode(result) + "\n\n" + safe_unicode(result2)) else: result = result2 if not isinstance(result, Exception): return if isinstance(result, Exception): raise result elif not result: raise UnloggedError(lang.getstr("aborted")) # We have to create the 3DLUT ourselves # Create input RGB values RGB_in = [] RGB_indexes = [] seen = {} if format == "eeColor": # Fixed size size = 65 step = 1.0 / (size - 1) RGB_triplet = [0.0, 0.0, 0.0] RGB_index = [0, 0, 0] # Set the fastest and slowest changing columns, from right to left if format in ("3dl", "mga", "spi3d"): columns = (0, 1, 2) elif format == "eeColor": columns = (2, 0, 1) else: columns = (2, 1, 0) for i in xrange(0, size): # Red RGB_triplet[columns[0]] = step * i RGB_index[columns[0]] = i for j in xrange(0, size): # Green RGB_triplet[columns[1]] = step * j RGB_index[columns[1]] = j for k in xrange(0, size): # Blue RGB_triplet[columns[2]] = step * k RGB_copy = list(RGB_triplet) if format == "eeColor": # eeColor cLUT is fake 65^3 - only 64^3 is usable. # This affects full range and xvYCC RGB, so un-map # inputs to cLUT to only use 64^3 if input_encoding == "n": for l in xrange(3): RGB_copy[l] = min(RGB_copy[l] * (size - 1.0) / (size - 2.0), 100.0) elif input_encoding in ("x", "X"): for l in xrange(2): RGB_copy[1 + l] = min((RGB_copy[1 + l] * (size - 1.0) - 1.0) / (size - 3.0), 100.0) RGB_index[columns[2]] = k RGB_in.append(RGB_copy) RGB_indexes.append(list(RGB_index)) # Convert RGB triplets to list of strings for i, RGB_triplet in enumerate(RGB_in): RGB_in[i] = " ".join(str(n) for n in RGB_triplet) if debug: safe_print(len(RGB_in), "RGB triplets") safe_print("\n".join(RGB_in)) # Setup icclu # (Using icclu instead of xicclu because xicclu in versions # prior to Argyll CMS 1.6.0 could not deal with devicelink profiles) icclu = get_argyll_util("icclu").encode(fs_enc) if sys.platform == "win32": startupinfo = sp.STARTUPINFO() startupinfo.dwFlags |= sp.STARTF_USESHOWWINDOW startupinfo.wShowWindow = sp.SW_HIDE else: startupinfo = None # Lookup RGB -> XYZ values through devicelink profile using icclu stderr = tempfile.SpooledTemporaryFile() p = sp.Popen([icclu, "-v0", link_basename], stdin=sp.PIPE, stdout=sp.PIPE, stderr=stderr, cwd=cwd.encode(fs_enc), startupinfo=startupinfo) self.subprocess = p if p.poll() not in (0, None): stderr.seek(0) result = Error(stderr.read().strip()) try: odata = p.communicate("\n".join(RGB_in))[0].splitlines() except IOError: stderr.seek(0) result = Error(stderr.read().strip()) if p.wait() != 0: result = IOError(''.join(odata)) stderr.close() # Remove temporary files, move .cal and .log files result2 = self.wrapup(dst_path=path, ext_filter=[".cal", ".log"]) if isinstance(result, Exception): raise result # Convert icclu output to RGB triplets RGB_out = [] for line in odata: RGB_out.append([float(n) for n in line.strip().split()]) if debug: safe_print(len(odata), "RGB triplets") safe_print("\n".join(odata)) lut = [["# Created with %s %s" % (appname, version)]] valsep = " " linesep = "\n" if format == "3dl": if maxval is None: maxval = 1023 if output_bits is None: output_bits = math.log(maxval + 1) / math.log(2) if input_bits is None: input_bits = output_bits maxval = math.pow(2, output_bits) - 1 pad = len(str(maxval)) lut.append(["# INPUT RANGE: %i" % input_bits]) lut.append(["# OUTPUT RANGE: %i" % output_bits]) lut.append([]) for i in xrange(0, size): lut[-1] += ["%i" % int(round(i * step * (math.pow(2, input_bits) - 1)))] for RGB_triplet in RGB_out: lut.append([]) for component in (0, 1, 2): lut[-1] += [("%i" % int(round(RGB_triplet[component] * maxval))).rjust(pad, " ")] elif format == "cube": if maxval is None: maxval = 1.0 lut.append(["LUT_3D_SIZE %i" % size]) lut.append(["DOMAIN_MIN 0.0 0.0 0.0"]) fp_offset = str(maxval).find(".") domain_max = "DOMAIN_MAX %s %s %s" % (("%%.%if" % len(str(maxval)[fp_offset + 1:]), ) * 3) lut.append([domain_max % ((maxval ,) * 3)]) lut.append([]) for RGB_triplet in RGB_out: lut.append([]) for component in (0, 1, 2): lut[-1] += ["%.6f" % (RGB_triplet[component] * maxval)] elif format == "spi3d": if maxval is None: maxval = 1.0 lut = [["SPILUT 1.0"]] lut.append(["3 3"]) lut.append(["%i %i %i" % ((size, ) * 3)]) for i, RGB_triplet in enumerate(RGB_out): lut.append([str(index) for index in RGB_indexes[i]]) for component in (0, 1, 2): lut[-1] += ["%.6f" % (RGB_triplet[component] * maxval)] elif format == "eeColor": if maxval is None: maxval = 1.0 lut = [] for i, RGB_triplet in enumerate(RGB_out): lut.append(["%.6f" % (float(component) * maxval) for component in RGB_in[i].split()]) for component in (0, 1, 2): lut[-1] += ["%.6f" % (RGB_triplet[component] * maxval)] linesep = "\r\n" elif format == "mga": lut = [["#HEADER"], ["#filename: %s" % os.path.basename(path)], ["#type: 3D cube file"], ["#format: 1.00"], ["#created: %s" % strftime("%d %B %Y")], ["#owner: %s" % getpass.getuser()], ["#title: %s" % os.path.splitext(os.path.basename(path))[0]], ["#END"]] lut.append([]) lut.append(["channel 3d"]) lut.append(["in %i" % (size ** 3)]) maxval = 2 ** output_bits - 1 lut.append(["out %i" % (maxval + 1)]) lut.append([""]) lut.append(["format lut"]) lut.append([""]) lut.append(["values\tred\tgreen\tblue"]) for i, RGB_triplet in enumerate(RGB_out): lut.append(["%i" % i]) for component in (0, 1, 2): lut[-1] += [("%i" % int(round(RGB_triplet[component] * maxval)))] valsep = "\t" lut.append([]) for i, line in enumerate(lut): lut[i] = valsep.join(line) result = linesep.join(lut) # Write 3DLUT lut_file = open(path, "wb") lut_file.write(result) lut_file.close() if isinstance(result2, Exception): raise result2 def create_tempdir(self): """ Create a temporary working directory and return its path. """ if not self.tempdir or not os.path.isdir(self.tempdir): # we create the tempdir once each calibrating/profiling run # (deleted by 'wrapup' after each run) if verbose >= 2: if not self.tempdir: msg = "there is none" else: msg = "the previous (%s) no longer exists" % self.tempdir safe_print(appname + ": Creating a new temporary directory " "because", msg) try: self.tempdir = tempfile.mkdtemp(prefix=appname + u"-") except Exception, exception: self.tempdir = None return Error("Error - couldn't create temporary directory: " + safe_str(exception)) return self.tempdir def enumerate_displays_and_ports(self, silent=False, check_lut_access=True, enumerate_ports=True): """ Enumerate the available displays and ports. Also sets Argyll version number, availability of certain options like black point rate, and checks LUT access for each display. """ if (silent and check_argyll_bin()) or (not silent and check_set_argyll_bin()): displays = [] lut_access = [] if verbose >= 1 and not silent: safe_print(lang.getstr("enumerating_displays_and_comports")) if getattr(wx.GetApp(), "progress_dlg", None) and \ wx.GetApp().progress_dlg.IsShownOnScreen(): wx.GetApp().progress_dlg.Pulse( lang.getstr("enumerating_displays_and_comports")) instruments = [] if enumerate_ports: cmd = get_argyll_util("dispcal") else: cmd = get_argyll_util("dispwin") for instrument in getcfg("instruments").split(os.pathsep): # Names are canonical from 1.1.4.7 onwards, but we may have # verbose names from an old configuration instrument = get_canonical_instrument_name(instrument) if instrument.strip(): instruments.append(instrument) argyll_bin_dir = os.path.dirname(cmd) if (argyll_bin_dir != self.argyll_bin_dir): self.argyll_bin_dir = argyll_bin_dir safe_print(self.argyll_bin_dir) result = self.exec_cmd(cmd, ["-?"], capture_output=True, skip_scripts=True, silent=True, log_output=False) if isinstance(result, Exception): safe_print(result) arg = None defaults["calibration.black_point_rate.enabled"] = 0 n = -1 self.display_rects = [] non_standard_display_args = ("-dweb[:port]", "-dmadvr") for line in self.output: if isinstance(line, unicode): n += 1 line = line.strip() if n == 0 and "version" in line.lower(): argyll_version_string = line[line.lower().find("version") + 8:] if (argyll_version_string != self.argyll_version_string): self.set_argyll_version_from_string(argyll_version_string) safe_print("Argyll CMS " + self.argyll_version_string) config.defaults["copyright"] = ("No copyright. Created " "with %s %s and Argyll " "CMS %s" % (appname, version, argyll_version_string)) if self.argyll_version > [1, 0, 4]: # Rate of blending from neutral to black point. defaults["calibration.black_point_rate.enabled"] = 1 continue line = line.split(None, 1) if len(line) and line[0][0] == "-": arg = line[0] if arg == "-A": # Rate of blending from neutral to black point. defaults["calibration.black_point_rate.enabled"] = 1 elif arg in non_standard_display_args: displays.append(arg) elif len(line) > 1 and line[1][0] == "=": value = line[1].strip(" ='") if arg == "-d": match = re.findall("(.+?),? at (-?\d+), (-?\d+), " "width (\d+), height (\d+)", value) if len(match): display = "%s @ %s, %s, %sx%s" % match[0] if " ".join(value.split()[-2:]) == \ "(Primary Display)": display += u" [PRIMARY]" displays.append(display) self.display_rects.append( wx.Rect(*[int(item) for item in match[0][1:]])) elif arg == "-c": if ((re.match("/dev/tty\w?\d+$", value) or re.match("COM\d+$", value)) and getcfg("skip_legacy_serial_ports")): # Skip all legacy serial ports (this means we # deliberately don't support DTP92 and # Spectrolino, although they may work when # used with a serial to USB adaptor) continue value = value.split(None, 1) if len(value) > 1: value = value[1].strip("()") else: value = value[0] value = get_canonical_instrument_name(value) instruments.append(value) if test: inames = all_instruments.keys() inames.sort() for iname in inames: iname = get_canonical_instrument_name(iname) if not iname in instruments: instruments.append(iname) if verbose >= 1 and not silent: safe_print(lang.getstr("success")) if getattr(wx.GetApp(), "progress_dlg", None) and \ wx.GetApp().progress_dlg.IsShownOnScreen(): wx.GetApp().progress_dlg.Pulse( lang.getstr("success")) if instruments != self.instruments: self.instruments = instruments setcfg("instruments", os.pathsep.join(instruments)) if displays != self._displays: self._displays = list(displays) displays = filter(lambda display: not display in non_standard_display_args, displays) self.display_edid = [] self.display_manufacturers = [] self.display_names = [] if sys.platform == "win32": # The ordering will work as long # as Argyll continues using # EnumDisplayMonitors monitors = util_win.get_real_display_devices_info() for i, display in enumerate(displays): display_name = displays[i].split("@")[0].strip() # Make sure we have nice descriptions desc = [] if sys.platform == "win32" and i < len(monitors): # Get monitor description using win32api device = util_win.get_active_display_device( monitors[i]["Device"]) if device: desc.append(device.DeviceString.decode(fs_enc, "replace")) # Get monitor descriptions from EDID try: # Important: display_name must be given for get_edid # under Mac OS X, but it doesn't hurt to always # include it edid = get_edid(i, display_name) except (TypeError, ValueError, WMIError): edid = {} self.display_edid.append(edid) if edid: manufacturer = edid.get("manufacturer", "").split() monitor = edid.get("monitor_name", edid.get("ascii", str(edid["product_id"] or ""))) if monitor and not monitor in "".join(desc): desc = [monitor] else: manufacturer = [] if desc and desc[-1] not in display: # Only replace the description if it not already # contains the monitor model displays[i] = " @".join([" ".join(desc), display.split("@")[1]]) self.display_manufacturers.append(" ".join(manufacturer)) self.display_names.append(displays[i].split("@")[0].strip()) if self.argyll_version >= [1, 4, 0]: displays.append("Web @ localhost") self.display_edid.append({}) self.display_manufacturers.append("") self.display_names.append("Web") if self.argyll_version >= [1, 6, 0]: displays.append("madVR") self.display_edid.append({}) self.display_manufacturers.append("") self.display_names.append("madVR") displays.append("Untethered") self.display_edid.append({}) self.display_manufacturers.append("") self.display_names.append("Untethered") self.displays = displays setcfg("displays", os.pathsep.join(displays)) # Filter out Untethered displays = displays[:-1] if self.argyll_version >= [1, 6, 0]: # Filter out madVR displays = displays[:-1] if self.argyll_version >= [1, 4, 0]: # Filter out Web @ localhost displays = displays[:-1] if check_lut_access: dispwin = get_argyll_util("dispwin") for i, disp in enumerate(displays): if verbose >= 1 and not silent: safe_print(lang.getstr("checking_lut_access", (i + 1))) if getattr(wx.GetApp(), "progress_dlg", None) and \ wx.GetApp().progress_dlg.IsShownOnScreen(): wx.GetApp().progress_dlg.Pulse( lang.getstr("checking_lut_access", (i + 1))) test_cal = get_data_path("test.cal") if not test_cal: safe_print(lang.getstr("file.missing", "test.cal")) return # Load test.cal result = self.exec_cmd(dispwin, ["-d%s" % (i +1), "-c", test_cal], capture_output=True, skip_scripts=True, silent=True) if isinstance(result, Exception): safe_print(result) # Check if LUT == test.cal result = self.exec_cmd(dispwin, ["-d%s" % (i +1), "-V", test_cal], capture_output=True, skip_scripts=True, silent=True) if isinstance(result, Exception): safe_print(result) retcode = -1 for line in self.output: if line.find("IS loaded") >= 0: retcode = 0 break # Reset LUT & load profile cal (if any) result = self.exec_cmd(dispwin, ["-d%s" % (i + 1), "-c", self.get_dispwin_display_profile_argument(i)], capture_output=True, skip_scripts=True, silent=True) if isinstance(result, Exception): safe_print(result) lut_access += [retcode == 0] if verbose >= 1 and not silent: if retcode == 0: safe_print(lang.getstr("success")) else: safe_print(lang.getstr("failure")) if getattr(wx.GetApp(), "progress_dlg", None) and \ wx.GetApp().progress_dlg.IsShownOnScreen(): wx.GetApp().progress_dlg.Pulse( lang.getstr("success" if retcode == 0 else "failure")) else: lut_access += [None] * len(displays) if self.argyll_version >= [1, 4, 0]: # Web @ localhost lut_access.append(False) if self.argyll_version >= [1, 6, 0]: # madVR lut_access.append(True) # Untethered lut_access.append(False) self.lut_access = lut_access elif silent or not check_argyll_bin(): self.clear_argyll_info() def exec_cmd(self, cmd, args=[], capture_output=False, display_output=False, low_contrast=True, skip_scripts=False, silent=False, parent=None, asroot=False, log_output=True, title=appname, shell=False, working_dir=None, dry_run=False): """ Execute a command. cmd is the full path of the command. args are the arguments, if any. capture_output (if True) swallows any output from the command and sets the 'output' and 'errors' properties of the Worker instance. display_output shows any captured output if the Worker instance's 'owner' window has a 'LogWindow' child called 'infoframe'. low_contrast (if True) sets low contrast shell colors while the command is run. skip_scripts (if True) skips the creation of shell scripts that allow re-running the command which are created by default. silent (if True) skips most output and also most error dialogs (except unexpected failures) parent sets the parent window for any message dialogs. asroot (if True) on Linux runs the command using sudo. log_output (if True) logs any output if capture_output is also set. title = Title for sudo dialog working_dir = Working directory. If None, will be determined from absulte path of last argument and last argument will be set to only the basename. If False, no working dir will be used and file arguments not changed. """ progress_dlg = getattr(self, "progress_wnd", getattr(wx.GetApp(), "progress_dlg", None)) if parent is None: if progress_dlg and progress_dlg.IsShownOnScreen(): parent = progress_dlg else: parent = self.owner if not capture_output: capture_output = not sys.stdout.isatty() self.clear_cmd_output() if None in [cmd, args]: if verbose >= 1 and not silent: safe_print(lang.getstr("aborted")) return False cmdname = os.path.splitext(os.path.basename(cmd))[0] self.cmdname = cmdname if cmdname == get_argyll_utilname("dispwin"): if "-Sl" in args or "-Sn" in args or (sys.platform == "darwin" and not "-I" in args and mac_ver()[0] >= '10.6'): # Mac OS X 10.6 and up needs root privileges if loading/clearing # calibration # In all other cases, root is only required if installing a # profile to a system location asroot = True working_basename = None if args and args[-1].find(os.path.sep) > -1: working_basename = os.path.basename(args[-1]) if cmdname not in (get_argyll_utilname("dispcal"), get_argyll_utilname("dispread"), get_argyll_utilname("colprof"), get_argyll_utilname("targen"), get_argyll_utilname("txt2ti3")): # Last arg is with extension working_basename = os.path.splitext(working_basename)[0] if working_dir is None: working_dir = os.path.dirname(args[-1]) if working_dir is None: working_dir = self.tempdir if working_dir and not os.path.isdir(working_dir): working_dir = None if (working_basename and working_dir == self.tempdir and not silent and log_output and not getcfg("dry_run")): self.sessionlogfile = LogFile(working_basename, working_dir) self.sessionlogfiles[working_basename] = self.sessionlogfile if verbose >= 1 or not silent: if not silent or verbose >= 3: self.log("-" * 80) if self.sessionlogfile: safe_print("Session log: %s" % working_basename + ".log") safe_print("") if (not silent and (dry_run or getcfg("dry_run")) and not self.cmdrun): safe_print(lang.getstr("dry_run")) safe_print("") self.cmdrun = True if working_dir: self.log(lang.getstr("working_dir")) indent = " " for name in working_dir.split(os.path.sep): self.log(textwrap.fill(name + os.path.sep, 80, expand_tabs=False, replace_whitespace=False, initial_indent=indent, subsequent_indent=indent)) indent += " " self.log("") self.log(lang.getstr("commandline")) printcmdline(cmd if verbose >= 2 else os.path.basename(cmd), args, fn=self.log, cwd=working_dir) self.log("") if not silent and (dry_run or getcfg("dry_run")): if not self.lastcmdname or self.lastcmdname == cmdname: safe_print(lang.getstr("dry_run.end")) if self.owner and hasattr(self.owner, "infoframe"): wx.CallAfter(self.owner.infoframe.Show) return UnloggedInfo(lang.getstr("dry_run.info")) cmdline = [cmd] + args if working_dir: for i, item in enumerate(cmdline): if i > 0 and (item.find(os.path.sep) > -1 and os.path.dirname(item) == working_dir): # Strip the path from all items in the working dir if sys.platform == "win32" and \ re.search("[^\x20-\x7e]", os.path.basename(item)) and os.path.exists(item): # Avoid problems with encoding item = win32api.GetShortPathName(item) cmdline[i] = os.path.basename(item) if (sys.platform == "win32" and re.search("[^\x20-\x7e]", working_dir) and os.path.exists(working_dir)): # Avoid problems with encoding working_dir = win32api.GetShortPathName(working_dir) sudo = None # Run commands through wexpect.spawn instead of subprocess.Popen if # all of these conditions apply: # - command is dispcal, dispread or spotread # - arguments are not empty # - actual user interaction in a terminal is not needed OR # we are on Windows and running without a console measure_cmds = (get_argyll_utilname("dispcal"), get_argyll_utilname("dispread"), get_argyll_utilname("spotread")) process_cmds = (get_argyll_utilname("collink"), get_argyll_utilname("colprof"), get_argyll_utilname("targen")) interact = args and not "-?" in args and cmdname in measure_cmds + process_cmds self.measure_cmd = not "-?" in args and cmdname in measure_cmds if asroot and ((sys.platform != "win32" and os.geteuid() != 0) or (sys.platform == "win32" and sys.getwindowsversion() >= (6, ))): if sys.platform == "win32": # Vista and later pass else: sudo = which("sudo") if sudo: if not self.pwd: # Determine available sudo options if not self.sudo_availoptions: man = which("man") if man: manproc = sp.Popen([man, "sudo"], stdout=sp.PIPE, stderr=sp.PIPE) # Strip formatting stdout = re.sub(".\x08", "", manproc.communicate()[0]) self.sudo_availoptions = {"E": bool(re.search("-E", stdout)), "l [command]": bool(re.search("-l(?:\[l\])?\s+\[command\]", stdout)), "n": bool(re.search("-n", stdout))} else: self.sudo_availoptions = {"E": False, "l [command]": False, "n": False} if debug: safe_print("[D] Available sudo options:", ", ".join(filter(lambda option: self.sudo_availoptions[option], self.sudo_availoptions.keys()))) # Set sudo args based on available options if self.sudo_availoptions["l [command]"]: sudo_args = ["-l", "-n" if self.sudo_availoptions["n"] else "-S", cmd, "-?"] else: sudo_args = ["-l", "-S"] # Set stdin based on -n option availability if "-S" in sudo_args: stdin = tempfile.SpooledTemporaryFile() stdin.write((self.pwd or "").encode(enc, "replace") + os.linesep) stdin.seek(0) else: stdin = None sudoproc = sp.Popen([sudo] + sudo_args, stdin=stdin, stdout=sp.PIPE, stderr=sp.PIPE) stdout, stderr = sudoproc.communicate() if stdin and not stdin.closed: stdin.close() if not stdout.strip(): # ask for password dlg = ConfirmDialog( parent, title=title, msg=lang.getstr("dialog.enter_password"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-question")) dlg.pwd_txt_ctrl = wx.TextCtrl(dlg, -1, "", size=(320, -1), style=wx.TE_PASSWORD | wx.TE_PROCESS_ENTER) dlg.pwd_txt_ctrl.Bind(wx.EVT_TEXT_ENTER, lambda event: dlg.EndModal(wx.ID_OK)) dlg.sizer3.Add(dlg.pwd_txt_ctrl, 1, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.ok.SetDefault() dlg.pwd_txt_ctrl.SetFocus() dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() sudo_args = ["-l", "-S"] if self.sudo_availoptions["l [command]"]: sudo_args += [cmd, "-?"] while True: if parent and parent is progress_dlg: progress_dlg.MakeModal(False) result = dlg.ShowModal() if parent and parent is progress_dlg: progress_dlg.MakeModal(True) pwd = dlg.pwd_txt_ctrl.GetValue() if result != wx.ID_OK: safe_print(lang.getstr("aborted")) return None stdin = tempfile.SpooledTemporaryFile() stdin.write(pwd.encode(enc, "replace") + os.linesep) stdin.seek(0) sudoproc = sp.Popen([sudo] + sudo_args, stdin=stdin, stdout=sp.PIPE, stderr=sp.PIPE) stdout, stderr = sudoproc.communicate() if not stdin.closed: stdin.close() if stdout.strip(): # password was accepted self.auth_timestamp = time() self.pwd = pwd break else: errstr = unicode(stderr, enc, "replace") if not silent: safe_print(errstr) else: log(errstr) dlg.message.SetLabel( lang.getstr("auth.failed") + "\n" + errstr) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() dlg.Destroy() cmdline.insert(0, sudo) if (cmdname == get_argyll_utilname("dispwin") and sys.platform != "darwin" and self.sudo_availoptions["E"] and getcfg("sudo.preserve_environment")): # Preserve environment so $DISPLAY is set cmdline.insert(1, "-E") if not interact: cmdline.insert(1, "-S") if working_dir and working_basename and not skip_scripts: try: cmdfilename = os.path.join(working_dir, working_basename + "." + cmdname + script_ext) allfilename = os.path.join(working_dir, working_basename + ".all" + script_ext) first = not os.path.exists(allfilename) last = cmdname == get_argyll_utilname("dispwin") cmdfile = open(cmdfilename, "w") allfile = open(allfilename, "a") cmdfiles = Files((cmdfile, allfile)) if first: context = cmdfiles else: context = cmdfile if sys.platform == "win32": context.write("@echo off\n") context.write(('PATH %s;%%PATH%%\n' % os.path.dirname(cmd)).encode(enc, "safe_asciize")) cmdfiles.write('pushd "%~dp0"\n'.encode(enc, "safe_asciize")) if cmdname in (get_argyll_utilname("dispcal"), get_argyll_utilname("dispread")): cmdfiles.write("color 07\n") else: context.write(('PATH=%s:$PATH\n' % os.path.dirname(cmd)).encode(enc, "safe_asciize")) if sys.platform == "darwin" and config.mac_create_app: cmdfiles.write('pushd "`dirname ' '\\"$0\\"`/../../.."\n') else: cmdfiles.write('pushd "`dirname \\"$0\\"`"\n') if cmdname in (get_argyll_utilname("dispcal"), get_argyll_utilname("dispread")) and \ sys.platform != "darwin": cmdfiles.write('echo -e "\\033[40;2;37m" && clear\n') os.chmod(cmdfilename, 0755) os.chmod(allfilename, 0755) cmdfiles.write(u" ".join(quote_args(cmdline)).replace(cmd, cmdname).encode(enc, "safe_asciize") + "\n") if sys.platform == "win32": cmdfiles.write("set exitcode=%errorlevel%\n") if cmdname in (get_argyll_utilname("dispcal"), get_argyll_utilname("dispread")): # Reset to default commandline shell colors cmdfiles.write("color\n") cmdfiles.write("popd\n") cmdfiles.write("if not %exitcode%==0 exit /B %exitcode%\n") else: cmdfiles.write("exitcode=$?\n") if cmdname in (get_argyll_utilname("dispcal"), get_argyll_utilname("dispread")) and \ sys.platform != "darwin": # reset to default commandline shell colors cmdfiles.write('echo -e "\\033[0m" && clear\n') cmdfiles.write("popd\n") cmdfiles.write("if [ $exitcode -ne 0 ]; " "then exit $exitcode; fi\n") cmdfiles.close() if sys.platform == "darwin": if config.mac_create_app: # Could also use .command file directly, but using # applescript allows giving focus to the terminal # window automatically after a delay script = mac_terminal_do_script() + \ mac_terminal_set_colors(do=False) + \ ['-e', 'set shellscript to quoted form of ' '(POSIX path of (path to resource ' '"main.command"))', '-e', 'tell app ' '"Terminal"', '-e', 'do script shellscript ' 'in first window', '-e', 'delay 3', '-e', 'activate', '-e', 'end tell', '-o'] # Part 1: "cmdfile" appfilename = os.path.join(working_dir, working_basename + "." + cmdname + ".app").encode(fs_enc) cmdargs = ['osacompile'] + script + [appfilename] p = sp.Popen(cmdargs, stdin=sp.PIPE, stdout=sp.PIPE, stderr=sp.PIPE) p.communicate() shutil.move(cmdfilename, appfilename + "/Contents/Resources/main.command") os.chmod(appfilename + "/Contents/Resources/main.command", 0755) # Part 2: "allfile" appfilename = os.path.join( working_dir, working_basename + ".all.app") cmdargs = ['osacompile'] + script + [appfilename] p = sp.Popen(cmdargs, stdin=sp.PIPE, stdout=sp.PIPE, stderr=sp.PIPE) p.communicate() shutil.copyfile(allfilename, appfilename + "/Contents/Resources/main.command") os.chmod(appfilename + "/Contents/Resources/main.command", 0755) if last: os.remove(allfilename) except Exception, exception: safe_print("Warning - error during shell script creation:", safe_unicode(exception)) cmdline = [arg.encode(fs_enc) for arg in cmdline] working_dir = None if not working_dir else working_dir.encode(fs_enc) try: if not self.measure_cmd and self.argyll_version >= [1, 2]: # Argyll tools will no longer respond to keys if debug: safe_print("[D] Setting ARGYLL_NOT_INTERACTIVE 1") putenvu("ARGYLL_NOT_INTERACTIVE", "1") elif "ARGYLL_NOT_INTERACTIVE" in os.environ: del os.environ["ARGYLL_NOT_INTERACTIVE"] if debug: safe_print("[D] argyll_version", self.argyll_version) safe_print("[D] ARGYLL_NOT_INTERACTIVE", os.environ.get("ARGYLL_NOT_INTERACTIVE")) if sys.platform not in ("darwin", "win32"): putenvu("ENABLE_COLORHUG", "1") if sys.platform == "win32": startupinfo = sp.STARTUPINFO() startupinfo.dwFlags |= sp.STARTF_USESHOWWINDOW startupinfo.wShowWindow = sp.SW_HIDE else: startupinfo = None if not interact: if silent: stderr = sp.STDOUT else: stderr = tempfile.SpooledTemporaryFile() if capture_output: stdout = tempfile.SpooledTemporaryFile() elif sys.stdout.isatty(): stdout = sys.stdout else: stdout = sp.PIPE if sudo: stdin = tempfile.SpooledTemporaryFile() stdin.write((self.pwd or "").encode(enc, "replace") + os.linesep) stdin.seek(0) elif sys.stdin.isatty(): stdin = None else: stdin = sp.PIPE else: kwargs = dict(timeout=5, cwd=working_dir, env=os.environ) if sys.platform == "win32": kwargs["codepage"] = windll.kernel32.GetACP() stderr = StringIO() stdout = StringIO() logfiles = [] if (self.interactive and getattr(self, "terminal", None)): logfiles.append(FilteredStream(self.terminal, discard="", triggers=self.triggers)) if log_output: linebuffered_logfiles = [] if sys.stdout.isatty(): linebuffered_logfiles.append(safe_print) else: linebuffered_logfiles.append(log) if self.sessionlogfile: linebuffered_logfiles.append(self.sessionlogfile) logfiles.append(LineBufferedStream( FilteredStream(Files(linebuffered_logfiles), self.data_encoding, discard="", linesep_in="\n", triggers=[]))) logfiles += [stdout, self.recent, self.lastmsg, self] tries = 1 while tries > 0: if interact: if self.argyll_version >= [1, 2] and USE_WPOPEN and \ os.environ.get("ARGYLL_NOT_INTERACTIVE"): self.subprocess = WPopen(" ".join(cmdline) if shell else cmdline, stdin=sp.PIPE, stdout=tempfile.SpooledTemporaryFile(), stderr=sp.STDOUT, shell=shell, cwd=working_dir, startupinfo=startupinfo) else: # Minimum Windows version: XP or Server 2003 if (sys.platform == "win32" and sys.getwindowsversion() < (5, 1)): return Error(lang.getstr("windows.version.unsupported")) try: self.subprocess = wexpect.spawn(cmdline[0], cmdline[1:], **kwargs) except wexpect.ExceptionPexpect, exception: self.retcode = -1 return Error(safe_unicode(exception)) if debug >= 9 or (test and not "-?" in args): self.subprocess.interact() self.subprocess.logfile_read = Files(logfiles) if self.subprocess.isalive(): if self.measure_cmd: keyhit_strs = [" or Q to ", "8\) Exit"] while self.subprocess.isalive(): self.subprocess.expect(keyhit_strs + ["Current", r" \d+ of \d+", wexpect.EOF], timeout=None) if self.subprocess.after in (wexpect.EOF, None): break if filter(lambda keyhit_str: re.search(keyhit_str, self.subprocess.after), keyhit_strs): # Wait for the keypress while not self.send_buffer: if not self.subprocess.isalive(): break sleep(.05) if (self.send_buffer and self.subprocess.isalive()): self._safe_send(self.send_buffer) self.send_buffer = None else: self.subprocess.expect(wexpect.EOF, timeout=None) if self.subprocess.after not in (wexpect.EOF, wexpect.TIMEOUT): self.subprocess.expect(wexpect.EOF, timeout=None) # We need to call isalive() to set the exitstatus. # We can't use wait() because it might block in the # case of a timeout while self.subprocess.isalive(): sleep(.1) self.retcode = self.subprocess.exitstatus else: try: self.subprocess = sp.Popen(" ".join(cmdline) if shell else cmdline, stdin=stdin, stdout=stdout, stderr=stderr, shell=shell, cwd=working_dir, startupinfo=startupinfo) except Exception, exception: self.retcode = -1 return Error("\n".join([safe_unicode(v) for v in (cmd, exception)])) self.retcode = self.subprocess.wait() if stdin and not getattr(stdin, "closed", True): stdin.close() if self.is_working() and self.subprocess_abort and \ self.retcode == 0: self.retcode = -1 self.subprocess = None tries -= 1 if not silent: stderr.seek(0) errors = stderr.readlines() if not capture_output or stderr is not stdout: stderr.close() if len(errors): for line in errors: if "Instrument Access Failed" in line and \ "-N" in cmdline[:-1]: cmdline.remove("-N") tries = 1 break if line.strip() and \ line.find("User Aborted") < 0 and \ line.find("XRandR 1.2 is faulty - falling back " "to older extensions") < 0: self.errors += [line.decode(enc, "replace")] if tries > 0 and not interact: stderr = tempfile.SpooledTemporaryFile() if capture_output or interact: stdout.seek(0) self.output = [re.sub("^\.{4,}\s*$", "", line.decode(enc, "replace")) for line in stdout.readlines()] stdout.close() if len(self.output) and log_output: if not interact: logfn = log if silent else safe_print self.log("".join(self.output).strip(), logfn) if display_output and self.owner and \ hasattr(self.owner, "infoframe"): wx.CallAfter(self.owner.infoframe.Show) if tries > 0 and not interact: stdout = tempfile.SpooledTemporaryFile() if not silent and len(self.errors): errstr = "".join(self.errors).strip() self.log(errstr) except Exception, exception: if debug: safe_print('[D] working_dir:', working_dir) errmsg = (" ".join(cmdline).decode(fs_enc) + "\n" + safe_unicode(traceback.format_exc())) self.retcode = -1 return Error(errmsg) if debug and not silent: safe_print("*** Returncode:", self.retcode) if self.retcode != 0: if interact and verbose >= 1 and not silent: safe_print(lang.getstr("aborted")) if interact and len(self.output): for i, line in enumerate(self.output): if "Calibrate failed with 'User hit Abort Key' (No device error)" in line: break if ((": Error" in line and not "failed with 'User Aborted'" in line and not "test_crt returned error code 1" in line) or line.startswith("Failed to") or ("Requested ambient light capability" in line and len(self.output) == i + 2) or ("Diagnostic:" in line and (len(self.output) == i + 1 or self.output[i + 1].startswith("usage:")))): # "test_crt returned error code 1" == user aborted if (sys.platform == "win32" and ("config 1 failed (Operation not supported or " "unimplemented on this platform) (Permissions ?)") in line): self.output.insert(i, lang.getstr("argyll.instrument.driver.missing") + "\n\n" + lang.getstr("argyll.error.detail") + " ") if "Diagnostic:" in line: errmsg = line else: errmsg = "".join(self.output[i:]) startpos = errmsg.find(": Error") if startpos > -1: errmsg = errmsg[startpos + 2:] return UnloggedError(errmsg.strip()) return False return True def flush(self): pass def _generic_consumer(self, delayedResult, consumer, continue_next, *args, **kwargs): # consumer must accept result as first arg result = None exception = None try: result = delayedResult.get() except Exception, exception: result = Error(u"Error - delayedResult.get() failed: " + safe_unicode(traceback.format_exc())) if self.progress_start_timer.IsRunning(): self.progress_start_timer.Stop() self.finished = True if not continue_next or isinstance(result, Exception) or not result: self.stop_progress() self.subprocess_abort = False self.thread_abort = False wx.CallAfter(consumer, result, *args, **kwargs) def get_device_id(self, quirk=True): """ Get org.freedesktop.ColorManager device key """ if config.get_display_name() in ("Web", "Untethered", "madVR"): return None edid = self.display_edid[max(0, min(len(self.displays) - 1, getcfg("display.number") - 1))] return colord.device_id_from_edid(edid, quirk=quirk) def get_display(self): """ Get the currently configured display number. Returned is the Argyll CMS dispcal/dispread -d argument """ if config.get_display_name() == "Web": return "web:%i" % getcfg("webserver.portnumber") if config.get_display_name() == "madVR": return "madvr" if config.get_display_name() == "Untethered": return "0" display_no = min(len(self.displays), getcfg("display.number")) - 1 display = str(display_no + 1) if (self.has_separate_lut_access() or getcfg("use_separate_lut_access")) and ( not getcfg("display_lut.link") or (display_no > -1 and not self.lut_access[display_no])): display_lut_no = min(len(self.displays), getcfg("display_lut.number")) - 1 if display_lut_no > -1 and not self.lut_access[display_lut_no]: for display_lut_no, disp in enumerate(self.lut_access): if disp: break display += "," + str(display_lut_no + 1) return display def get_display_edid(self): """ Return EDID of currently configured display """ n = getcfg("display.number") - 1 if n >= 0 and n < len(self.display_edid): return self.display_edid[n] return {} def get_display_name(self, prepend_manufacturer=False, prefer_edid=False): """ Return name of currently configured display """ n = getcfg("display.number") - 1 if n >= 0 and n < len(self.display_names): display = [] manufacturer = None display_name = None if prefer_edid: edid = self.get_display_edid() manufacturer = edid.get("manufacturer") display_name = edid.get("monitor_name", edid.get("ascii", str(edid.get("product_id") or ""))) if not manufacturer: manufacturer = self.display_manufacturers[n] if not display_name: display_name = self.display_names[n] if manufacturer: manufacturer = colord.quirk_manufacturer(manufacturer) if prepend_manufacturer: if manufacturer.lower() not in display_name.lower(): display.append(manufacturer) else: start = display_name.lower().find(manufacturer.lower()) if start > -1: display_name = (display_name[:start] + display_name[start + len(manufacturer):]).lstrip() display.append(display_name) return " ".join(display) return "" def get_display_name_short(self, prepend_manufacturer=False, prefer_edid=False): """ Return shortened name of configured display (if possible) If name can't be shortened (e.g. because it's already 10 characters or less), return full string """ display_name = self.get_display_name(prepend_manufacturer, prefer_edid) if len(display_name) > 10: maxweight = 0 for part in re.findall('[^\s_]+(?:\s*\d+)?', re.sub("\([^)]+\)", "", display_name)): digits = re.search("\d+", part) if digits: # Weigh parts with digits higher than those without chars = re.sub("\d+", "", part) weight = len(chars) + len(digits.group()) * 5 else: # Weigh parts with uppercase letters higher than those without chars = "" for char in part: if char.lower() != char: chars += char weight = len(chars) if chars and weight >= maxweight: # Weigh parts further to the right higher display_name = part maxweight = weight return display_name def get_dispwin_display_profile_argument(self, display_no=0): """ Return argument corresponding to the display profile for use with dispwin. Will either return '-L' (use current profile) or a filename """ arg = "-L" try: profile = ICCP.get_display_profile(display_no) except Exception, exception: safe_print("Error - couldn't get profile for display %s" % display_no) else: if profile and profile.fileName: arg = profile.fileName return arg def update_display_name_manufacturer(self, ti3, display_name=None, display_manufacturer=None, write=True): """ Update display name and manufacturer in colprof arguments embedded in 'ARGYLL_COLPROF_ARGS' section in a TI3 file. """ options_colprof = [] if not display_name and not display_manufacturer: # Note: Do not mix'n'match display name and manufacturer from # different sources for option in get_options_from_ti3(ti3)[1]: if option[0] == "M": display_name = option.split(None, 1)[-1][1:-1] elif option[0] == "A": display_manufacturer = option.split(None, 1)[-1][1:-1] if not display_name and not display_manufacturer: # Note: Do not mix'n'match display name and manufacturer from # different sources edid = self.display_edid[max(0, min(len(self.displays), getcfg("display.number") - 1))] display_name = edid.get("monitor_name", edid.get("ascii", str(edid.get("product_id") or ""))) display_manufacturer = edid.get("manufacturer") if not display_name and not display_manufacturer: # Note: Do not mix'n'match display name and manufacturer from # different sources display_name = self.get_display_name() if display_name: options_colprof.append("-M") options_colprof.append(display_name) if display_manufacturer: options_colprof.append("-A") options_colprof.append(display_manufacturer) if write: # Add dispcal and colprof arguments to ti3 ti3 = add_options_to_ti3(ti3, self.options_dispcal, options_colprof) if ti3: ti3.write() return options_colprof def get_instrument_features(self): """ Return features of currently configured instrument """ features = all_instruments.get(self.get_instrument_name(), {}) if test_require_sensor_cal: features["sensor_cal"] = True features["skip_sensor_cal"] = False return features def get_instrument_name(self): """ Return name of currently configured instrument """ n = getcfg("comport.number") - 1 if n >= 0 and n < len(self.instruments): return self.instruments[n] return "" def has_lut_access(self): display_no = min(len(self.lut_access), getcfg("display.number")) - 1 return display_no > -1 and self.lut_access[display_no] def has_separate_lut_access(self): """ Return True if separate LUT access is possible and needed. """ if self.argyll_version >= [1, 6, 0]: # filter out Web @ localhost, madVR and Untethered lut_access = self.lut_access[:-3] elif self.argyll_version >= [1, 4, 0]: # filter out Web @ localhost and Untethered lut_access = self.lut_access[:-2] else: # filter out Untethered lut_access = self.lut_access[:-1] return (len(self.displays) > 1 and False in lut_access and True in lut_access) def import_colorimeter_corrections(self, cmd, args=None): """ Import colorimeter corrections. cmd can be 'i1d3ccss', 'spyd4en' or 'oeminst' """ if not args: args = [] needroot = sys.platform != "win32" if (is_superuser() or needroot) and not "-Sl" in args: # If we are root or need root privs anyway, install to local # system scope args.insert(0, "-Sl") return self.exec_cmd(cmd, ["-v"] + args, capture_output=True, skip_scripts=True, silent=False, asroot=needroot) def import_edr(self, args=None): """ Import X-Rite .edr files """ return self.import_colorimeter_corrections(get_argyll_util("i1d3ccss"), args) def import_spyd4cal(self, args=None): """ Import Spyder4 calibrations to spy4cal.bin """ return self.import_colorimeter_corrections(get_argyll_util("spyd4en"), args) def install_profile(self, profile_path, capture_output=True, skip_scripts=False, silent=False): """ Install a profile by copying it to an appropriate location and registering it with the system """ result = True colord_install = False gcm_import = False oy_install = False argyll_install = self._install_profile_argyll(profile_path, capture_output, skip_scripts, silent) if sys.platform not in ("darwin", "win32") and not getcfg("dry_run"): device_id = self.get_device_id(quirk=True) if device_id and colord.Colord: try: client = colord.client_connect() device = colord.device_connect(client, device_id) except colord.CDError: device_id = self.get_device_id(quirk=False) # FIXME: This can block, so should really be run in separate # thread with progress dialog in 'indeterminate' mode result = self._install_profile_colord(profile_path, device_id) colord_install = result if (not device_id or not colord.Colord or isinstance(result, Exception) or not result): gcm_import = bool(which("gcm-import")) if (isinstance(result, Exception) or not result) and gcm_import: # Fall back to gcm-import if colord profile install failed result = gcm_import if (not isinstance(result, Exception) and result and which("oyranos-monitor") and self.check_display_conf_oy_compat(getcfg("display.number"))): if device_id: profile_name = re.sub("[- ]", "_", device_id.lower()) + ".icc" else: profile_name = None result = self._install_profile_oy(profile_path, profile_name, capture_output, skip_scripts, silent) oy_install = result if not isinstance(result, Exception) and result: if isinstance(argyll_install, Exception) or not argyll_install: # Fedora's Argyll cannot install profiles using dispwin # Check if profile installation via colord or oyranos-monitor # was successful and continue if not isinstance(colord_install, Exception) and colord_install: result = colord_install elif not isinstance(oy_install, Exception) and oy_install: result = oy_install else: result = argyll_install if not isinstance(result, Exception) and result: if getcfg("profile.install_scope") == "l": # We need a system-wide config file to store the path to # the Argyll binaries result = config.makecfgdir("system", self) if result: result = config.writecfg("system", self) if not result: return Error(lang.getstr("error.autostart_system")) if sys.platform == "win32": if getcfg("profile.load_on_login"): result = self._install_profile_loader_win32(silent) elif sys.platform != "darwin": if getcfg("profile.load_on_login"): result = self._install_profile_loader_xdg(silent) if gcm_import: self._install_profile_gcm(profile_path) if not isinstance(result, Exception) and result and not gcm_import: if verbose >= 1: safe_print(lang.getstr("success")) if sys.platform == "darwin" and False: # NEVER # If installing the profile by just copying it to the # right location, tell user to select it manually msg = lang.getstr("profile.install.osx_manual_select") else: msg = lang.getstr("profile.install.success") result = Info(msg) else: if result is not None and not getcfg("dry_run"): if verbose >= 1: safe_print(lang.getstr("failure")) result = Error(lang.getstr("profile.install.error")) return result def _install_profile_argyll(self, profile_path, capture_output=False, skip_scripts=False, silent=False): """ Install profile using dispwin """ if (sys.platform == "darwin" and False): # NEVER # Alternate way of 'installing' the profile under OS X by just # copying it profiles = os.path.join("Library", "ColorSync", "Profiles") profile_install_path = os.path.join(profiles, os.path.basename(profile_path)) network = os.path.join(os.path.sep, "Network", profiles) if getcfg("profile.install_scope") == "l": profile_install_path = os.path.join(os.path.sep, profile_install_path) elif (getcfg("profile.install_scope") == "n" and os.path.isdir(network)): profile_install_path = os.path.join(network, profile_install_path) else: profile_install_path = os.path.join(os.path.expanduser("~"), profile_install_path) cmd, args = "cp", ["-f", profile_path, profile_install_path] result = self.exec_cmd(cmd, args, capture_output, low_contrast=False, skip_scripts=skip_scripts, silent=silent, asroot=getcfg("profile.install_scope") in ("l", "n"), title=lang.getstr("profile.install")) if not isinstance(result, Exception) and result: self.output = ["Installed"] else: if (sys.platform == "win32" and sys.getwindowsversion() >= (6, ) and not util_win.per_user_profiles_isenabled()): # Enable per-user profiles under Vista / Windows 7 try: util_win.enable_per_user_profiles(True, getcfg("display.number") - 1) except Exception, exception: safe_print("util_win.enable_per_user_profiles(True, %s): %s" % (getcfg("display.number") - 1, safe_unicode(exception))) cmd, args = self.prepare_dispwin(None, profile_path, True) if not isinstance(cmd, Exception): if "-Sl" in args and (sys.platform != "darwin" or intlist(mac_ver()[0].split(".")) >= [10, 6]): # If a 'system' install is requested under Linux, # Mac OS X >= 10.6 or Windows, # install in 'user' scope first because a system-wide install # doesn't also set it as current user profile on those systems # (on Mac OS X < 10.6, we can use ColorSyncScripting to set it). # It has the small drawback under Linux and OS X 10.6 that # it will copy the profile to both the user and system-wide # locations, though, which is not a problem under Windows as # they are the same. args.remove("-Sl") result = self.exec_cmd(cmd, args, capture_output, low_contrast=False, skip_scripts=skip_scripts, silent=silent, title=lang.getstr("profile.install")) args.insert(0, "-Sl") else: result = True if not isinstance(result, Exception) and result: result = self.exec_cmd(cmd, args, capture_output, low_contrast=False, skip_scripts=skip_scripts, silent=silent, title=lang.getstr("profile.install")) else: result = cmd if not isinstance(result, Exception) and result is not None: result = False for line in self.output: if "Installed" in line: if (sys.platform == "darwin" and "-Sl" in args and intlist(mac_ver()[0].split(".")) < [10, 6]): # The profile has been installed, but we need a little # help from AppleScript to actually make it the default # for the current user. Only works under Mac OS < 10.6 n = getcfg("display.number") path = os.path.join(os.path.sep, "Library", "ColorSync", "Profiles", os.path.basename(args[-1])) applescript = ['tell app "ColorSyncScripting"', 'set displayProfile to POSIX file "%s" as alias' % path, 'set display profile of display %i to displayProfile' % n, 'end tell'] try: retcode, output, errors = osascript(applescript) except Exception, exception: safe_print(exception) else: if errors.strip(): safe_print("osascript error: %s" % errors) else: result = True break elif (sys.platform == "darwin" and False): # NEVER # After 'installing' a profile under Mac OS X by just # copying it, show system preferences applescript = ['tell application "System Preferences"', 'activate', 'set current pane to pane id "com.apple.preference.displays"', 'reveal (first anchor of current pane whose name is "displaysColorTab")', # This needs access for assistive devices enabled #'tell application "System Events"', #'tell process "System Preferences"', #'select row 2 of table 1 of scroll area 1 of group 1 of tab group 1 of window ""', #'end tell', #'end tell', 'end tell'] try: retcode, output, errors = osascript(applescript) except Exception, exception: safe_print(exception) else: if errors.strip(): safe_print("osascript error: %s" % errors) else: result = True else: result = True break self.wrapup(False) return result def _install_profile_colord(self, profile_path, device_id): """ Install profile using colord """ try: colord.install_profile(device_id, profile_path) except Exception, exception: safe_print(exception) return exception return True def _install_profile_gcm(self, profile_path): """ Install profile using gcm-import """ # Remove old profile so gcm-import can work profilename = os.path.basename(profile_path) for dirname in iccprofiles_home: profile_install_path = os.path.join(dirname, profilename) if os.path.isfile(profile_install_path) and \ profile_install_path != profile_path: try: trash([profile_install_path]) except Exception, exception: safe_print(exception) # Run gcm-import cmd, args = which("gcm-import"), [profile_path] args = " ".join('"%s"' % arg for arg in args) safe_print('%s %s &' % (cmd, args)) sp.call(('%s %s &' % (cmd, args)).encode(fs_enc), shell=True) def _install_profile_oy(self, profile_path, profile_name=None, capture_output=False, skip_scripts=False, silent=False): """ Install profile using oyranos-monitor """ display = self.displays[max(0, min(len(self.displays) - 1, getcfg("display.number") - 1))] x, y = [pos.strip() for pos in display.split(" @")[1].split(",")[0:2]] if getcfg("profile.install_scope") == "l": # If system-wide install, copy profile to # /var/lib/color/icc/devices/display var_icc = "/var/lib/color/icc/devices/display" if not profile_name: profile_name = os.path.basename(profile_path) profile_install_path = os.path.join(var_icc, profile_name) result = self.exec_cmd("mkdir", ["-p", os.path.dirname(profile_install_path)], capture_output=True, low_contrast=False, skip_scripts=True, silent=True, asroot=True) if not isinstance(result, Exception) and result: result = self.exec_cmd("cp", ["-f", profile_path, profile_install_path], capture_output=True, low_contrast=False, skip_scripts=True, silent=True, asroot=True) else: result = True dirname = None for dirname in iccprofiles_display_home: if os.path.isdir(dirname): # Use the first one that exists break else: dirname = None if not dirname: # Create the first one in the list dirname = iccprofiles_display_home[0] try: os.makedirs(dirname) except Exception, exception: safe_print(exception) result = False if result is not False: profile_install_path = os.path.join(dirname, os.path.basename(profile_path)) try: shutil.copyfile(profile_path, profile_install_path) except Exception, exception: safe_print(exception) result = False if not isinstance(result, Exception) and result is not False: cmd = which("oyranos-monitor") args = ["-x", x, "-y", y, profile_install_path] result = self.exec_cmd(cmd, args, capture_output, low_contrast=False, skip_scripts=skip_scripts, silent=silent, working_dir=False) ##if getcfg("profile.install_scope") == "l": ##result = self.exec_cmd(cmd, args, ##capture_output, ##low_contrast=False, ##skip_scripts=skip_scripts, ##silent=silent, ##asroot=True, ##working_dir=False) return result def _install_profile_loader_win32(self, silent=False): """ Install profile loader """ if (sys.platform == "win32" and sys.getwindowsversion() >= (6, 1) and util_win.calibration_management_isenabled()): self._uninstall_profile_loader_win32() return True # Must return either True on success or an Exception object on error result = True # Remove outdated (pre-0.5.5.9) profile loaders display_no = self.get_display() name = "%s Calibration Loader (Display %s)" % (appname, display_no) if autostart_home: loader_v01b = os.path.join(autostart_home, ("dispwin-d%s-c-L" % display_no) + ".lnk") if os.path.exists(loader_v01b): try: # delete v0.1b loader os.remove(loader_v01b) except Exception, exception: safe_print(u"Warning - could not remove old " u"v0.1b calibration loader '%s': %s" % tuple(safe_unicode(s) for s in (loader_v01b, exception))) loader_v02b = os.path.join(autostart_home, name + ".lnk") if os.path.exists(loader_v02b): try: # delete v02.b/v0.2.1b loader os.remove(loader_v02b) except Exception, exception: safe_print(u"Warning - could not remove old " u"v0.2b calibration loader '%s': %s" % tuple(safe_unicode(s) for s in (loader_v02b, exception))) loader_v0558 = os.path.join(autostart_home, name + ".lnk") if os.path.exists(loader_v0558): try: # delete v0.5.5.8 user loader os.remove(loader_v0558) except Exception, exception: safe_print(u"Warning - could not remove old " u"v0.2b calibration loader '%s': %s" % tuple(safe_unicode(s) for s in (loader_v02b, exception))) if autostart: loader_v0558 = os.path.join(autostart, name + ".lnk") if os.path.exists(loader_v0558): try: # delete v0.5.5.8 system loader os.remove(loader_v0558) except Exception, exception: safe_print(u"Warning - could not remove old " u"v0.2b calibration loader '%s': %s" % tuple(safe_unicode(s) for s in (loader_v02b, exception))) # Create unified loader name = appname + " Profile Loader" if autostart: autostart_lnkname = os.path.join(autostart, name + ".lnk") if autostart_home: autostart_home_lnkname = os.path.join(autostart_home, name + ".lnk") loader_args = [] if os.path.basename(sys.executable) in ("python.exe", "pythonw.exe"): cmd = sys.executable loader_args += [u'"%s"' % get_data_path(os.path.join("scripts", "dispcalGUI-apply-profiles"))] else: cmd = os.path.join(pydir, "dispcalGUI-apply-profiles.exe") try: scut = pythoncom.CoCreateInstance(shell.CLSID_ShellLink, None, pythoncom.CLSCTX_INPROC_SERVER, shell.IID_IShellLink) scut.SetPath(cmd) scut.SetWorkingDirectory(pydir) if isexe: scut.SetIconLocation(exe, 0) else: scut.SetIconLocation(get_data_path(os.path.join("theme", "icons", appname + ".ico")), 0) scut.SetArguments(" ".join(loader_args)) scut.SetShowCmd(win32con.SW_SHOWMINNOACTIVE) if is_superuser(): if autostart: try: scut.QueryInterface(pythoncom.IID_IPersistFile).Save(autostart_lnkname, 0) except Exception, exception: if not silent: result = Warning(lang.getstr("error.autostart_creation", autostart) + "\n\n" + safe_unicode(exception)) # Now try user scope else: if not silent: result = Warning(lang.getstr("error.autostart_system")) if autostart_home: if (autostart and os.path.isfile(autostart_lnkname)): # Remove existing user loader if os.path.isfile(autostart_home_lnkname): os.remove(autostart_home_lnkname) else: # Only create user loader if no system loader try: scut.QueryInterface( pythoncom.IID_IPersistFile).Save( autostart_home_lnkname, 0) except Exception, exception: if not silent: result = Warning(lang.getstr("error.autostart_creation", autostart_home) + "\n\n" + safe_unicode(exception)) else: if not silent: result = Warning(lang.getstr("error.autostart_user")) except Exception, exception: if not silent: result = Warning(lang.getstr("error.autostart_creation", autostart_home) + "\n\n" + safe_unicode(exception)) return result def _uninstall_profile_loader_win32(self): """ Uninstall profile loader """ name = appname + " Profile Loader" if autostart and is_superuser(): autostart_lnkname = os.path.join(autostart, name + ".lnk") if os.path.exists(autostart_lnkname): try: os.remove(autostart_lnkname) except Exception, exception: safe_print(autostart_lnkname, exception) if autostart_home: autostart_home_lnkname = os.path.join(autostart_home, name + ".lnk") if os.path.exists(autostart_home_lnkname): try: os.remove(autostart_home_lnkname) except Exception, exception: safe_print(autostart_home_lnkname, exception) return True def _install_profile_loader_xdg(self, silent=False): """ Install profile loader """ # See http://standards.freedesktop.org/autostart-spec # Must return either True on success or an Exception object on error result = True # Remove outdated (pre-0.5.5.9) profile loaders name = "%s-Calibration-Loader-Display-%s" % (appname, self.get_display()) desktopfile_path = os.path.join(autostart_home, name + ".desktop") oy_desktopfile_path = os.path.join(autostart_home, "oyranos-monitor.desktop") system_desktopfile_path = os.path.join( autostart, name + ".desktop") # Remove old (pre-0.5.5.9) dispwin user loader if os.path.exists(desktopfile_path): try: os.remove(desktopfile_path) except Exception, exception: result = Warning(lang.getstr("error.autostart_remove_old", desktopfile_path)) # Remove old (pre-0.5.5.9) oyranos user loader if os.path.exists(oy_desktopfile_path): try: os.remove(oy_desktopfile_path) except Exception, exception: result = Warning(lang.getstr("error.autostart_remove_old", oy_desktopfile_path)) # Remove old (pre-0.5.5.9) dispwin system loader if (os.path.exists(system_desktopfile_path) and (self.exec_cmd("rm", ["-f", system_desktopfile_path], capture_output=True, low_contrast=False, skip_scripts=True, silent=False, asroot=True, title=lang.getstr("autostart_remove_old")) is not True) and not silent): result = Warning(lang.getstr("error.autostart_remove_old", system_desktopfile_path)) # Create unified loader # Prepend 'z' so our loader hopefully loads after # possible nvidia-settings entry (which resets gamma table) name = "z-%s-apply-profiles" % appname desktopfile_path = os.path.join(autostart_home, name + ".desktop") system_desktopfile_path = os.path.join(autostart, name + ".desktop") if not os.path.exists(system_desktopfile_path) and \ not os.path.exists(desktopfile_path): try: # Create user loader, even if we later try to # move it to the system-wide location so that atleast # the user loader is present if the move to the system # dir fails if not os.path.exists(autostart_home): os.makedirs(autostart_home) desktopfile = open(desktopfile_path, "w") desktopfile.write('[Desktop Entry]\n') desktopfile.write('Version=1.0\n') desktopfile.write('Encoding=UTF-8\n') desktopfile.write('Type=Application\n') desktopfile.write('Name=%s\n' % (appname + ' Profile Loader').encode("UTF-8")) desktopfile.write('Comment=%s\n' % lang.getstr("calibrationloader.description", lcode="en").encode("UTF-8")) if lang.getcode() != "en": desktopfile.write(('Comment[%s]=%s\n' % (lang.getcode(), lang.getstr("calibrationloader.description"))).encode("UTF-8")) desktopfile.write('Icon=%s\n' % appname.encode("UTF-8")) desktopfile.write('Exec=%s-apply-profiles\n' % appname.encode("UTF-8")) desktopfile.write('Terminal=false\n') desktopfile.close() except Exception, exception: if not silent: result = Warning(lang.getstr("error.autostart_creation", desktopfile_path) + "\n\n" + safe_unicode(exception)) else: if getcfg("profile.install_scope") == "l" and autostart: # Move system-wide loader if (self.exec_cmd("mkdir", ["-p", autostart], capture_output=True, low_contrast=False, skip_scripts=True, silent=True, asroot=True) is not True or self.exec_cmd("mv", ["-f", desktopfile_path, system_desktopfile_path], capture_output=True, low_contrast=False, skip_scripts=True, silent=True, asroot=True) is not True) and \ not silent: result = Warning(lang.getstr("error.autostart_creation", system_desktopfile_path)) return result def instrument_supports_ccss(self): """ Return whether instrument supports CCSS files or not """ instrument_name = self.get_instrument_name() return ("i1 DisplayPro, ColorMunki Display" in instrument_name or "Spyder4" in instrument_name) def create_ccxx(self, args=None, working_dir=None): """ Create CCMX or CCSS """ if not args: args = [] cmd = get_argyll_util("ccxxmake") if not "-I" in args: # Display manufacturer & name name = self.get_display_name(True) if name: args.insert(0, "-I") args.insert(1, name) elif not "-T" in args: # Display technology args.insert(0, "-T") displaytech = ["LCD" if getcfg("measurement_mode") == "l" else "CRT"] if (self.get_instrument_features().get("projector_mode") and getcfg("measurement_mode.projector")): displaytech.append("Projector") args.insert(1, " ".join(displaytech)) return self.exec_cmd(cmd, ["-v"] + args, capture_output=True, skip_scripts=True, silent=False, working_dir=working_dir) def create_gamut_views(self, profile_path): """ Generate gamut views (VRML files) and show progress in current progress dialog """ if getcfg("profile.create_gamut_views"): safe_print("-" * 80) safe_print(lang.getstr("gamut.view.create")) self.recent.clear() self.recent.write(lang.getstr("gamut.view.create")) sleep(.75) # Allow time for progress window to update return self.calculate_gamut(profile_path) else: return None, None def create_profile(self, dst_path=None, skip_scripts=False, display_name=None, display_manufacturer=None, tags=None): """ Create an ICC profile and process the generated file """ safe_print(lang.getstr("create_profile")) if dst_path is None: dst_path = os.path.join(getcfg("profile.save_path"), getcfg("profile.name.expanded"), getcfg("profile.name.expanded") + profile_ext) cmd, args = self.prepare_colprof( os.path.basename(os.path.splitext(dst_path)[0]), display_name, display_manufacturer) if not isinstance(cmd, Exception): result = self.exec_cmd(cmd, args, low_contrast=False, skip_scripts=skip_scripts) else: result = cmd # Get profile max and avg err to be later added to metadata # Argyll outputs the following: # Profile check complete, peak err = x.xxxxxx, avg err = x.xxxxxx, RMS = x.xxxxxx peak = None avg = None rms = None for line in self.output: if line.startswith("Profile check complete"): peak = re.search("peak err = (\d+(?:\.\d+))", line) avg = re.search("avg err = (\d+(?:\.\d+))", line) rms = re.search("RMS = (\d+(?:\.\d+))", line) if peak: peak = peak.groups()[0] if avg: avg = avg.groups()[0] if rms: rms = rms.groups()[0] break if (os.path.isfile(args[-1] + ".ti3.backup") and os.path.isfile(args[-1] + ".ti3")): # Restore backed up TI3 os.rename(args[-1] + ".ti3", args[-1] + ".bpc.ti3") os.rename(args[-1] + ".ti3.backup", args[-1] + ".ti3") ti3_file = open(args[-1] + ".ti3", "rb") ti3 = ti3_file.read() ti3_file.close() else: ti3 = None if os.path.isfile(args[-1] + ".chrm"): # Get ChromaticityType tag with open(args[-1] + ".chrm", "rb") as blob: chrm = ICCP.ChromaticityType(blob.read()) else: chrm = None if not isinstance(result, Exception) and result: (gamut_volume, gamut_coverage) = self.create_gamut_views(args[-1] + profile_ext) safe_print("-" * 80) if not isinstance(result, Exception) and result: result = self.update_profile(args[-1] + profile_ext, ti3, chrm, tags, avg, peak, rms, gamut_volume, gamut_coverage, quality=getcfg("profile.quality")) result2 = self.wrapup(not isinstance(result, UnloggedInfo) and result, dst_path=dst_path) if isinstance(result2, Exception): if isinstance(result, Exception): result = Error(safe_unicode(result) + "\n\n" + safe_unicode(result2)) else: result = result2 elif not isinstance(result, Exception) and result: setcfg("last_cal_or_icc_path", dst_path) setcfg("last_icc_path", dst_path) return result def update_profile(self, profile, ti3=None, chrm=None, tags=None, avg=None, peak=None, rms=None, gamut_volume=None, gamut_coverage=None, quality=None): """ Update profile tags and metadata """ if isinstance(profile, basestring): profile_path = profile try: profile = ICCP.ICCProfile(profile_path) except (IOError, ICCP.ICCProfileInvalidError), exception: return Error(lang.getstr("profile.invalid") + "\n" + profile_path) else: profile_path = profile.fileName if (profile.profileClass == "mntr" and profile.colorSpace == "RGB" and not (self.tempdir and profile_path.startswith(self.tempdir))): setcfg("last_cal_or_icc_path", profile_path) setcfg("last_icc_path", profile_path) if ti3: # Embed original TI3 profile.tags.targ = profile.tags.DevD = profile.tags.CIED = ICCP.TextType( "text\0\0\0\0" + ti3 + "\0", "targ") if chrm: # Add ChromaticityType tag profile.tags.chrm = chrm # Fixup desc tags - ASCII needs to be 7-bit # also add Unicode strings if different from ASCII if "desc" in profile.tags and isinstance(profile.tags.desc, ICCP.TextDescriptionType): profile.setDescription(profile.getDescription()) if "dmdd" in profile.tags and isinstance(profile.tags.dmdd, ICCP.TextDescriptionType): profile.setDeviceModelDescription( profile.getDeviceModelDescription()) if "dmnd" in profile.tags and isinstance(profile.tags.dmnd, ICCP.TextDescriptionType): profile.setDeviceManufacturerDescription( profile.getDeviceManufacturerDescription()) if tags and tags is not True: # Add custom tags for tagname, tag in tags.iteritems(): if tagname == "mmod": profile.device["manufacturer"] = "\0\0" + tag["manufacturer"][1] + tag["manufacturer"][0] profile.device["model"] = "\0\0" + tag["model"][0] + tag["model"][1] profile.tags[tagname] = tag elif tags is True: edid = self.get_display_edid() if edid: profile.device["manufacturer"] = "\0\0" + edid["edid"][9] + edid["edid"][8] profile.device["model"] = "\0\0" + edid["edid"][11] + edid["edid"][10] # Add Apple-specific 'mmod' tag (TODO: need full spec) mmod = ("mmod" + ("\x00" * 6) + edid["edid"][8:10] + ("\x00" * 2) + edid["edid"][11] + edid["edid"][10] + ("\x00" * 4) + ("\x00" * 20)) profile.tags.mmod = ICCP.ICCProfileTag(mmod, "mmod") # Add new meta information based on EDID profile.set_edid_metadata(edid) elif not "meta" in profile.tags: # Make sure meta tag exists profile.tags.meta = ICCP.DictType() profile.tags.meta.update({"CMF_product": appname, "CMF_binary": appname, "CMF_version": version}) # Set license profile.tags.meta["License"] = getcfg("profile.license") # Set profile quality quality = {"v": "very low", "l": "low", "m": "medium", "h": "high"}.get(quality) if quality: profile.tags.meta["Quality"] = quality # Set OPENICC_automatic_generated to "0" profile.tags.meta["OPENICC_automatic_generated"] = "0" # Set GCM DATA_source to "calib" profile.tags.meta["DATA_source"] = "calib" # Add instrument profile.tags.meta["MEASUREMENT_device"] = self.get_instrument_name().lower() spec_prefixes = "CMF_,DATA_,MEASUREMENT_,OPENICC_" # Add screen brightness if applicable if sys.platform not in ("darwin", "win32") and dbus_session: try: proxy = dbus_session.get_object("org.gnome.SettingsDaemon", "/org/gnome/SettingsDaemon/Power") iface = dbus.Interface(proxy, dbus_interface="org.gnome.SettingsDaemon.Power.Screen") brightness = iface.GetPercentage() except dbus.exceptions.DBusException: pass else: profile.tags.meta["SCREEN_brightness"] = str(brightness) spec_prefixes += ",SCREEN_" # Set device ID device_id = self.get_device_id(quirk=True) if device_id: profile.tags.meta["MAPPING_device_id"] = device_id spec_prefixes += ",MAPPING_" prefixes = (profile.tags.meta.getvalue("prefix", "", None) or spec_prefixes).split(",") for prefix in spec_prefixes.split(","): if not prefix in prefixes: prefixes.append(prefix) profile.tags.meta["prefix"] = ",".join(prefixes) if (avg, peak, rms) != (None, ) * 3: # Make sure meta tag exists if not "meta" in profile.tags: profile.tags.meta = ICCP.DictType() # Update meta prefix prefixes = (profile.tags.meta.getvalue("prefix", "", None) or "ACCURACY_").split(",") if not "ACCURACY_" in prefixes: prefixes.append("ACCURACY_") profile.tags.meta["prefix"] = ",".join(prefixes) # Add error info if avg is not None: profile.tags.meta["ACCURACY_dE76_avg"] = avg if peak is not None: profile.tags.meta["ACCURACY_dE76_max"] = peak if rms is not None: profile.tags.meta["ACCURACY_dE76_rms"] = rms profile.set_gamut_metadata(gamut_volume, gamut_coverage) # Set default rendering intent if ((getcfg("gamap_perceptual") and "B2A0" in profile.tags) or (getcfg("gamap_saturation") and "B2A2" in profile.tags)): profile.intent = {"p": 0, "r": 1, "s": 2, "a": 3}[getcfg("gamap_default_intent")] # Calculate profile ID profile.calculateID() try: profile.write() except Exception, exception: return exception return True def is_working(self): """ Check if the Worker instance is busy. Return True or False. """ return not getattr(self, "finished", True) def log(self, msg, fn=safe_print): fn(msg) if self.sessionlogfile: self.sessionlogfile.write(msg + "\n") def start_measurement(self, consumer, apply_calibration=True, progress_msg="", resume=False, continue_next=False): """ Start a measurement and use a progress dialog for progress information """ self.start(consumer, self.measure, wkwargs={"apply_calibration": apply_calibration}, progress_msg=progress_msg, resume=resume, continue_next=continue_next, pauseable=True) def start_calibration(self, consumer, remove=False, progress_msg="", continue_next=False): """ Start a calibration and use a progress dialog for progress information """ self.start(consumer, self.calibrate, wkwargs={"remove": remove}, progress_msg=progress_msg, continue_next=continue_next, interactive_frame="adjust", pauseable=True) def measure(self, apply_calibration=True): """ Measure the configured testchart """ cmd, args = self.prepare_dispread(apply_calibration) if not isinstance(cmd, Exception): if config.get_display_name() == "Untethered": cmd, args2 = get_argyll_util("spotread"), ["-v", "-e"] if getcfg("extra_args.spotread").strip(): args2 += parse_argument_string(getcfg("extra_args.spotread")) result = self.add_measurement_features(args2, False) if isinstance(result, Exception): return result else: args2 = args result = self.exec_cmd(cmd, args2) if not isinstance(result, Exception) and result: self.update_display_name_manufacturer(args[-1] + ".ti3") else: result = cmd result2 = self.wrapup(not isinstance(result, UnloggedInfo) and result, isinstance(result, Exception) or not result) if isinstance(result2, Exception): if isinstance(result, Exception): result = Error(safe_unicode(result) + "\n\n" + safe_unicode(result2)) else: result = result2 return result def parse(self, txt): if not txt: return self.logger.info("%r" % txt) self.check_instrument_calibration(txt) self.check_instrument_place_on_screen(txt) self.check_instrument_sensor_position(txt) self.check_retry_measurement(txt) self.check_is_ambient_measuring(txt) self.check_spotread_result(txt) def prepare_colprof(self, profile_name=None, display_name=None, display_manufacturer=None): """ Prepare a colprof commandline. All options are read from the user configuration. Profile name and display name can be ovverridden by passing the corresponding arguments. """ profile_save_path = self.create_tempdir() if not profile_save_path or isinstance(profile_save_path, Exception): return profile_save_path, None # Check directory and in/output file(s) result = check_create_dir(profile_save_path) if isinstance(result, Exception): return result, None if profile_name is None: profile_name = getcfg("profile.name.expanded") inoutfile = os.path.join(profile_save_path, make_argyll_compatible_path(profile_name)) if not os.path.exists(inoutfile + ".ti3"): return Error(lang.getstr("error.measurement.file_missing", inoutfile + ".ti3")), None if not os.path.isfile(inoutfile + ".ti3"): return Error(lang.getstr("error.measurement.file_notfile", inoutfile + ".ti3")), None # cmd = get_argyll_util("colprof") args = [] args += ["-v"] # verbose args += ["-q" + getcfg("profile.quality")] args += ["-a" + getcfg("profile.type")] if getcfg("profile.type") in ["l", "x", "X"]: b2a_q = getcfg("profile.quality.b2a") if b2a_q: args += ["-b" + b2a_q] if getcfg("gamap_saturation"): gamap = "S" elif getcfg("gamap_perceptual"): gamap = "s" else: gamap = None if gamap and getcfg("gamap_profile"): args += ["-" + gamap] args += [getcfg("gamap_profile")] args += ["-t" + getcfg("gamap_perceptual_intent")] if gamap == "S": args += ["-T" + getcfg("gamap_saturation_intent")] if getcfg("gamap_src_viewcond"): args += ["-c" + getcfg("gamap_src_viewcond")] if getcfg("gamap_out_viewcond"): args += ["-d" + getcfg("gamap_out_viewcond")] args += ["-C"] args += [getcfg("copyright").encode("ASCII", "asciize")] if getcfg("extra_args.colprof").strip(): args += parse_argument_string(getcfg("extra_args.colprof")) options_dispcal = None if "-d3" in self.options_targen: # only add display desc and dispcal options if creating RGB profile options_dispcal = self.options_dispcal if len(self.displays): args.extend( self.update_display_name_manufacturer(inoutfile + ".ti3", display_name, display_manufacturer, write=False)) self.options_colprof = list(args) args += ["-D"] args += [profile_name] args += [inoutfile] # Add dispcal and colprof arguments to ti3 ti3 = add_options_to_ti3(inoutfile + ".ti3", options_dispcal, self.options_colprof) if ti3: # Prepare ChromaticityType tag colorants = ti3.get_colorants() if colorants and not None in colorants: color_rep = ti3.queryv1("COLOR_REP").split("_") chrm = ICCP.ChromaticityType() chrm.type = 0 for colorant in colorants: if color_rep[1] == "LAB": XYZ = colormath.Lab2XYZ(colorant["LAB_L"], colorant["LAB_A"], colorant["LAB_B"]) else: XYZ = (colorant["XYZ_X"], colorant["XYZ_Y"], colorant["XYZ_Z"]) chrm.channels.append(colormath.XYZ2xyY(*XYZ)[:-1]) with open(inoutfile + ".chrm", "wb") as blob: blob.write(chrm.tagData) # Black point compensation ti3[0].add_keyword("USE_BLACK_POINT_COMPENSATION", "YES" if getcfg("profile.black_point_compensation") else "NO") if getcfg("profile.black_point_compensation"): # Backup TI3 ti3.write(inoutfile + ".ti3.backup") # Apply black point compensation ti3[0].apply_bpc() ti3.write() return cmd, args def prepare_dispcal(self, calibrate=True, verify=False, dry_run=False): """ Prepare a dispcal commandline. All options are read from the user configuration. You can choose if you want to calibrate and/or verify by passing the corresponding arguments. """ cmd = get_argyll_util("dispcal") args = [] args += ["-v2"] # verbose if getcfg("argyll.debug"): args += ["-D6"] result = self.add_measurement_features(args) if isinstance(result, Exception): return result, None if calibrate: args += ["-q" + getcfg("calibration.quality")] profile_save_path = self.create_tempdir() if not profile_save_path or isinstance(profile_save_path, Exception): return profile_save_path, None # Check directory and in/output file(s) result = check_create_dir(profile_save_path) if isinstance(result, Exception): return result, None inoutfile = os.path.join(profile_save_path, make_argyll_compatible_path(getcfg("profile.name.expanded"))) if getcfg("profile.update") or \ self.dispcal_create_fast_matrix_shaper: args += ["-o"] if getcfg("calibration.update") and not dry_run: cal = getcfg("calibration.file") calcopy = os.path.join(inoutfile + ".cal") filename, ext = os.path.splitext(cal) ext = ".cal" cal = filename + ext if ext.lower() == ".cal": result = check_cal_isfile(cal) if isinstance(result, Exception): return result, None if not result: return None, None if not os.path.exists(calcopy): try: # Copy cal to profile dir shutil.copyfile(cal, calcopy) except Exception, exception: return Error(lang.getstr("error.copy_failed", (cal, calcopy)) + "\n\n" + safe_unicode(exception)), None result = check_cal_isfile(calcopy) if isinstance(result, Exception): return result, None if not result: return None, None cal = calcopy else: rslt = extract_fix_copy_cal(cal, calcopy) if isinstance(rslt, ICCP.ICCProfileInvalidError): return Error(lang.getstr("profile.invalid") + "\n" + cal), None elif isinstance(rslt, Exception): return Error(lang.getstr("cal_extraction_failed") + "\n" + cal + "\n\n" + unicode(str(rslt), enc, "replace")), None if not isinstance(rslt, list): return None, None if getcfg("profile.update"): profile_path = os.path.splitext( getcfg("calibration.file"))[0] + profile_ext result = check_profile_isfile(profile_path) if isinstance(result, Exception): return result, None if not result: return None, None profilecopy = os.path.join(inoutfile + profile_ext) if not os.path.exists(profilecopy): try: # Copy profile to profile dir shutil.copyfile(profile_path, profilecopy) except Exception, exception: return Error(lang.getstr("error.copy_failed", (profile_path, profilecopy)) + "\n\n" + safe_unicode(exception)), None result = check_profile_isfile(profilecopy) if isinstance(result, Exception): return result, None if not result: return None, None args += ["-u"] if calibrate or verify: if calibrate and not \ getcfg("calibration.interactive_display_adjustment"): # Skip interactive display adjustment args += ["-m"] whitepoint_colortemp = getcfg("whitepoint.colortemp", False) whitepoint_x = getcfg("whitepoint.x", False) whitepoint_y = getcfg("whitepoint.y", False) if whitepoint_colortemp or None in (whitepoint_x, whitepoint_y): whitepoint = getcfg("whitepoint.colortemp.locus") if whitepoint_colortemp: whitepoint += str(whitepoint_colortemp) args += ["-" + whitepoint] else: args += ["-w%s,%s" % (whitepoint_x, whitepoint_y)] luminance = getcfg("calibration.luminance", False) if luminance: args += ["-b%s" % luminance] args += ["-" + getcfg("trc.type") + str(getcfg("trc"))] args += ["-f%s" % getcfg("calibration.black_output_offset")] if bool(int(getcfg("calibration.ambient_viewcond_adjust"))): args += ["-a%s" % getcfg("calibration.ambient_viewcond_adjust.lux")] if not getcfg("calibration.black_point_correction.auto"): args += ["-k%s" % getcfg("calibration.black_point_correction")] if defaults["calibration.black_point_rate.enabled"] and \ float(getcfg("calibration.black_point_correction")) < 1: black_point_rate = getcfg("calibration.black_point_rate") if black_point_rate: args += ["-A%s" % black_point_rate] black_luminance = getcfg("calibration.black_luminance", False) if black_luminance: args += ["-B%f" % black_luminance] if verify: if calibrate and type(verify) == int: args += ["-e%s" % verify] # Verify final computed curves elif self.argyll_version >= [1, 6]: args += ["-z"] # Verify current curves else: args += ["-E"] # Verify current curves if getcfg("extra_args.dispcal").strip(): args += parse_argument_string(getcfg("extra_args.dispcal")) self.options_dispcal = list(args) if calibrate: args += [inoutfile] return cmd, args def prepare_dispread(self, apply_calibration=True): """ Prepare a dispread commandline. All options are read from the user configuration. You can choose if you want to apply the current calibration, either the previously by dispcal created one by passing in True, by passing in a valid path to a .cal file, or by passing in None (current video card gamma table). """ self.lastcmdname = get_argyll_utilname("dispread") profile_save_path = self.create_tempdir() if not profile_save_path or isinstance(profile_save_path, Exception): return profile_save_path, None # Check directory and in/output file(s) result = check_create_dir(profile_save_path) if isinstance(result, Exception): return result, None inoutfile = os.path.join(profile_save_path, make_argyll_compatible_path(getcfg("profile.name.expanded"))) if not os.path.exists(inoutfile + ".ti1"): filename, ext = os.path.splitext(getcfg("testchart.file")) result = check_file_isfile(filename + ext) if isinstance(result, Exception): return result, None try: if ext.lower() in (".icc", ".icm"): try: profile = ICCP.ICCProfile(filename + ext) except (IOError, ICCP.ICCProfileInvalidError), exception: return Error(lang.getstr("error.testchart.read", getcfg("testchart.file"))), None ti3 = StringIO(profile.tags.get("CIED", "") or profile.tags.get("targ", "")) elif ext.lower() == ".ti1": shutil.copyfile(filename + ext, inoutfile + ".ti1") else: # ti3 try: ti3 = open(filename + ext, "rU") except Exception, exception: return Error(lang.getstr("error.testchart.read", getcfg("testchart.file"))), None if ext.lower() != ".ti1": ti3_lines = [line.strip() for line in ti3] ti3.close() if not "CTI3" in ti3_lines: return Error(lang.getstr("error.testchart.invalid", getcfg("testchart.file"))), None ti1 = open(inoutfile + ".ti1", "w") ti1.write(ti3_to_ti1(ti3_lines)) ti1.close() except Exception, exception: return Error(lang.getstr("error.testchart.creation_failed", inoutfile + ".ti1") + "\n\n" + safe_unicode(exception)), None if apply_calibration is not False: if apply_calibration is True: # Always a .cal file in that case cal = os.path.join(getcfg("profile.save_path"), getcfg("profile.name.expanded"), getcfg("profile.name.expanded")) + ".cal" elif apply_calibration is None: result = None if self.argyll_version >= [1, 1, 0]: cal = inoutfile + ".cal" cmd, args = (get_argyll_util("dispwin"), ["-d" + self.get_display(), "-s", cal]) result = self.exec_cmd(cmd, args, capture_output=True, skip_scripts=True, silent=False) if (isinstance(result, Exception) and not isinstance(result, UnloggedInfo)): return result, None if not result: return Error(lang.getstr("calibration.load_error")), None else: cal = apply_calibration # can be .cal or .icc / .icm calcopy = inoutfile + ".cal" filename, ext = os.path.splitext(cal) if getcfg("dry_run"): options_dispcal = [] elif ext.lower() == ".cal": result = check_cal_isfile(cal) if isinstance(result, Exception): return result, None if not result: return None, None # Get dispcal options if present options_dispcal = get_options_from_cal(cal)[0] if not os.path.exists(calcopy): try: # Copy cal to temp dir shutil.copyfile(cal, calcopy) except Exception, exception: return Error(lang.getstr("error.copy_failed", (cal, calcopy)) + "\n\n" + safe_unicode(exception)), None result = check_cal_isfile(calcopy) if isinstance(result, Exception): return result, None if not result: return None, None else: # .icc / .icm result = check_profile_isfile(cal) if isinstance(result, Exception): return result, None if not result: return None, None try: profile = ICCP.ICCProfile(filename + ext) except (IOError, ICCP.ICCProfileInvalidError), exception: profile = None if profile: ti3 = StringIO(profile.tags.get("CIED", "") or profile.tags.get("targ", "")) # Get dispcal options if present options_dispcal = get_options_from_profile(profile)[0] else: ti3 = StringIO("") ti3_lines = [line.strip() for line in ti3] ti3.close() if not "CTI3" in ti3_lines: return Error(lang.getstr("error.cal_extraction", (cal))), None try: tmpcal = open(calcopy, "w") tmpcal.write(extract_cal_from_ti3(ti3_lines)) tmpcal.close() except Exception, exception: return Error(lang.getstr("error.cal_extraction", (cal)) + "\n\n" + safe_unicode(exception)), None cal = calcopy if options_dispcal: self.options_dispcal = ["-" + arg for arg in options_dispcal] # # Make sure any measurement options are present if not self.options_dispcal: self.prepare_dispcal(dry_run=True) # Special case -X because it can have a separate filename argument if "-X" in self.options_dispcal: index = self.options_dispcal.index("-X") if (len(self.options_dispcal) > index + 1 and self.options_dispcal[index + 1][0] != "-"): self.options_dispcal = (self.options_dispcal[:index] + self.options_dispcal[index + 2:]) # Strip options we may override (basically all the stuff which can be # added by add_measurement_features. -X is repeated because it can # have a number instead of explicit filename argument, e.g. -X1) dispcal_override_args = ("-F", "-H", "-I", "-P", "-V", "-X", "-d", "-c", "-p", "-y") self.options_dispcal = filter(lambda arg: not arg[:2] in dispcal_override_args, self.options_dispcal) # Only add the dispcal extra args which may override measurement features dispcal_extra_args = parse_argument_string(getcfg("extra_args.dispcal")) for i, arg in enumerate(dispcal_extra_args): if not arg.startswith("-") and i > 0: # Assume option to previous arg arg = dispcal_extra_args[i - 1] if arg[:2] in dispcal_override_args: self.options_dispcal += [dispcal_extra_args[i]] result = self.add_measurement_features(self.options_dispcal) if isinstance(result, Exception): return result, None cmd = get_argyll_util("dispread") args = [] args += ["-v"] # verbose if getcfg("argyll.debug"): args += ["-D6"] result = self.add_measurement_features(args) if isinstance(result, Exception): return result, None if apply_calibration is not False: if (self.argyll_version >= [1, 3, 3] and (not self.has_lut_access() or not getcfg("calibration.use_video_lut"))): if config.get_display_name() == "madVR": # Normally -K will automatically reset the video LUT, # but when using madVR, we have to do it explicitly result = self.reset_cal() if (isinstance(result, Exception) and not isinstance(result, UnloggedInfo)): return result, None args += ["-K"] else: args += ["-k"] args += [cal] if self.get_instrument_features().get("spectral"): args += ["-s"] if getcfg("extra_args.dispread").strip(): args += parse_argument_string(getcfg("extra_args.dispread")) self.options_dispread = list(args) if getattr(self, "terminal", None) and isinstance(self.terminal, UntetheredFrame): self.set_terminal_cgats(inoutfile + ".ti1") return cmd, self.options_dispread + [inoutfile] def prepare_dispwin(self, cal=None, profile_path=None, install=True): """ Prepare a dispwin commandline. All options are read from the user configuration. If you pass in cal as True, it will try to load the current display profile's calibration. If cal is a path, it'll use that instead. If cal is False, it'll clear the current calibration. If cal is None, it'll try to load the calibration from a profile specified by profile_path. """ cmd = get_argyll_util("dispwin") args = [] args += ["-v"] if getcfg("argyll.debug"): if self.argyll_version >= [1, 3, 1]: args += ["-D6"] else: args += ["-E6"] args += ["-d" + self.get_display()] if sys.platform != "darwin" or cal is False: # Mac OS X 10.7 Lion needs root privileges when clearing # calibration args += ["-c"] if cal is True: args += [self.get_dispwin_display_profile_argument( max(0, min(len(self.displays), getcfg("display.number")) - 1))] elif cal: result = check_cal_isfile(cal) if isinstance(result, Exception): return result, None if not result: return None, None args += [cal] else: if cal is None: if not profile_path: profile_save_path = os.path.join( getcfg("profile.save_path"), getcfg("profile.name.expanded")) profile_path = os.path.join(profile_save_path, getcfg("profile.name.expanded") + profile_ext) result = check_profile_isfile(profile_path) if isinstance(result, Exception): return result, None if not result: return None, None try: profile = ICCP.ICCProfile(profile_path) except (IOError, ICCP.ICCProfileInvalidError), exception: return Error(lang.getstr("profile.invalid") + "\n" + profile_path), None if profile.profileClass != "mntr" or \ profile.colorSpace != "RGB": return Error(lang.getstr("profile.unsupported", (profile.profileClass, profile.colorSpace)) + "\n" + profile_path), None if install: if getcfg("profile.install_scope") != "u" and \ (((sys.platform == "darwin" or (sys.platform != "win32" and self.argyll_version >= [1, 1, 0])) and (os.geteuid() == 0 or which("sudo"))) or (sys.platform == "win32" and sys.getwindowsversion() >= (6, ) and self.argyll_version > [1, 1, 1])): # -S option is broken on Linux with current Argyll # releases args += ["-S" + getcfg("profile.install_scope")] args += ["-I"] if (sys.platform in ("win32", "darwin") or fs_enc.upper() not in ("UTF8", "UTF-8")) and \ re.search("[^\x20-\x7e]", os.path.basename(profile_path)): # Copy to temp dir and give unique ASCII-only name to # avoid profile install issues tmp_dir = self.create_tempdir() if not tmp_dir or isinstance(tmp_dir, Exception): return tmp_dir, None # Check directory and in/output file(s) result = check_create_dir(tmp_dir) if isinstance(result, Exception): return result, None # profile name: 'display-.icc' profile_tmp_path = os.path.join(tmp_dir, "display" + self.get_display() + "-" + md5(profile.data).hexdigest() + profile_ext) shutil.copyfile(profile_path, profile_tmp_path) profile_path = profile_tmp_path args += [profile_path] return cmd, args def prepare_targen(self): """ Prepare a targen commandline. All options are read from the user configuration. """ path = self.create_tempdir() if not path or isinstance(path, Exception): return path, None # Check directory and in/output file(s) result = check_create_dir(path) if isinstance(result, Exception): return result, None inoutfile = os.path.join(path, "temp") cmd = get_argyll_util("targen") args = [] args += ['-v'] args += ['-d3'] args += ['-e%s' % getcfg("tc_white_patches")] if self.argyll_version >= [1, 6]: args += ['-B%s' % getcfg("tc_black_patches")] args += ['-s%s' % getcfg("tc_single_channel_patches")] args += ['-g%s' % getcfg("tc_gray_patches")] args += ['-m%s' % getcfg("tc_multi_steps")] if self.argyll_version >= [1, 6, 0]: args += ['-b%s' % getcfg("tc_multi_bcc_steps")] tc_algo = getcfg("tc_algo") if getcfg("tc_fullspread_patches") > 0: args += ['-f%s' % config.get_total_patches()] if tc_algo: args += ['-' + tc_algo] if tc_algo in ("i", "I"): args += ['-a%s' % getcfg("tc_angle")] if tc_algo == "": args += ['-A%s' % getcfg("tc_adaption")] if self.argyll_version >= [1, 3, 3]: args += ['-N%s' % getcfg("tc_neutral_axis_emphasis")] if (self.argyll_version == [1, 1, "RC1"] or self.argyll_version >= [1, 1]): args += ['-G'] else: args += ['-f0'] if getcfg("tc_precond") and getcfg("tc_precond_profile"): args += ['-c'] args += [getcfg("tc_precond_profile")] if getcfg("tc_filter"): args += ['-F%s,%s,%s,%s' % (getcfg("tc_filter_L"), getcfg("tc_filter_a"), getcfg("tc_filter_b"), getcfg("tc_filter_rad"))] if (self.argyll_version >= [1, 6, 2] and ("-c" in args or self.argyll_version >= [1, 6, 3])): args += ['-V%s' % (1 + getcfg("tc_dark_emphasis") * 3)] if self.argyll_version == [1, 1, "RC2"] or self.argyll_version >= [1, 1]: args += ['-p%s' % getcfg("tc_gamma")] if getcfg("extra_args.targen").strip(): # Disallow -d and -D as the testchart editor only supports # video RGB (-d3) args += filter(lambda arg: not arg.lower().startswith("-d"), parse_argument_string(getcfg("extra_args.targen"))) self.options_targen = list(args) args += [inoutfile] return cmd, args def progress_handler(self, event): """ Handle progress dialog updates and react to Argyll CMS command output """ if getattr(self, "subprocess_abort", False) or \ getattr(self, "thread_abort", False): self.progress_wnd.Pulse(lang.getstr("aborting")) return percentage = None msg = self.recent.read(FilteredStream.triggers) lastmsg = self.lastmsg.read(FilteredStream.triggers).strip() if re.match("\\s*\\d+%", lastmsg): # colprof try: percentage = int(self.lastmsg.read().strip("%")) except ValueError: pass elif re.match("Patch \\d+ of \\d+", lastmsg, re.I): # dispcal/dispread components = lastmsg.split() try: start = float(components[1]) end = float(components[3]) except ValueError: pass else: percentage = start / end * 100 elif re.match("Added \\d+/\\d+", lastmsg, re.I): # targen components = lastmsg.lower().replace("added ", "").split("/") try: start = float(components[0]) end = float(components[1]) except ValueError: pass else: percentage = start / end * 100 if (percentage and time() > self.starttime + 3 and self.progress_wnd is getattr(self, "terminal", None)): # We no longer need keyboard interaction, switch over to # progress dialog wx.CallAfter(self.swap_progress_wnds) if getattr(self.progress_wnd, "original_msg", None) and \ msg != self.progress_wnd.original_msg: # UGLY HACK: This 'safe_print' call fixes a GTK assertion and # segfault under Arch Linux when setting the window title safe_print("") self.progress_wnd.SetTitle(self.progress_wnd.original_msg) self.progress_wnd.original_msg = None if percentage: if "Setting up the instrument" in msg or \ "Commencing device calibration" in msg or \ "Calibration complete" in msg: self.recent.clear() msg = "" keepGoing, skip = self.progress_wnd.Update(math.ceil(percentage), msg + "\n" + lastmsg) else: if getattr(self.progress_wnd, "lastmsg", "") == msg or not msg: keepGoing, skip = self.progress_wnd.Pulse() else: if "Setting up the instrument" in lastmsg: msg = lang.getstr("instrument.initializing") elif "Created web server at" in msg: webserver = re.search("(http\:\/\/[^']+)", msg) if webserver: msg = (lang.getstr("webserver.waiting") + " " + webserver.groups()[0]) keepGoing, skip = self.progress_wnd.Pulse(msg) if (getattr(self.progress_wnd, "paused", False) and not getattr(self, "paused", False)): self.paused = True self.safe_send("\x1b") elif (not getattr(self.progress_wnd, "paused", False) and getattr(self, "paused", False)): self.paused = False self.recent.clear() self.safe_send(" ") if (hasattr(self.progress_wnd, "pause_continue") and "read stopped at user request!" in lastmsg): self.progress_wnd.pause_continue.Enable() if not keepGoing: if getattr(self, "subprocess", None) and \ not getattr(self, "subprocess_abort", False): if debug: safe_print('[D] calling quit_terminate_cmd') self.abort_subprocess(True) elif not getattr(self, "thread_abort", False): if debug: safe_print('[D] thread_abort') self.thread_abort = True if self.finished is True: return if (not self.activated and self.progress_wnd.IsShownOnScreen() and (not wx.GetApp().IsActive() or not self.progress_wnd.IsActive()) and not getattr(self.progress_wnd, "dlg", None)): self.activated = True self.progress_wnd.Raise() def progress_dlg_start(self, progress_title="", progress_msg="", parent=None, resume=False): """ Start a progress dialog, replacing existing one if present """ if getattr(self, "progress_dlg", None) and not resume: self.progress_dlg.Destroy() self.progress_dlg = None if getattr(self, "progress_wnd", None) and \ self.progress_wnd is getattr(self, "terminal", None): self.terminal.stop_timer() self.terminal.Hide() if self.finished is True: return pauseable = getattr(self, "pauseable", False) if getattr(self, "progress_dlg", None): self.progress_wnd = self.progress_dlg self.progress_wnd.MakeModal(True) # UGLY HACK: This 'safe_print' call fixes a GTK assertion and # segfault under Arch Linux when setting the window title safe_print("") self.progress_wnd.SetTitle(progress_title) self.progress_wnd.Update(0, progress_msg) if hasattr(self.progress_wnd, "pause_continue"): self.progress_wnd.pause_continue.Show(pauseable) self.progress_wnd.Layout() self.progress_wnd.Resume() if not self.progress_wnd.IsShownOnScreen(): self.progress_wnd.Show() self.progress_wnd.start_timer() else: # Set maximum to 101 to prevent the 'cancel' changing to 'close' # when 100 is reached self.progress_dlg = ProgressDialog(progress_title, progress_msg, maximum=101, parent=parent, handler=self.progress_handler, keyhandler=self.terminal_key_handler, pauseable=pauseable) self.progress_wnd = self.progress_dlg self.progress_wnd.original_msg = progress_msg def quit_terminate_cmd(self): """ Forcefully abort the current subprocess. Try to gracefully exit first by sending common Argyll CMS abort keystrokes (ESC), forcefully terminate the subprocess if not reacting """ if debug: safe_print('[D] safe_quit') if getattr(self, "subprocess", None) and \ (hasattr(self.subprocess, "poll") and self.subprocess.poll() is None) or \ (hasattr(self.subprocess, "isalive") and self.subprocess.isalive()): if debug or test: safe_print('User requested abort') try: if self.measure_cmd and hasattr(self.subprocess, "send"): try: if self.subprocess.after == "Current": # Stop measurement self.safe_send(" ") sleep(1) ts = time() while getattr(self, "subprocess", None) and \ self.subprocess.isalive(): self.safe_send("\x1b") if time() > ts + 9: break sleep(.5) except Exception, exception: self.logger.exception("Exception") if getattr(self, "subprocess", None) and \ (hasattr(self.subprocess, "poll") and self.subprocess.poll() is None) or \ (hasattr(self.subprocess, "isalive") and self.subprocess.isalive()): self.logger.info("Trying to terminate subprocess...") self.subprocess.terminate() ts = time() while getattr(self, "subprocess", None) and \ hasattr(self.subprocess, "isalive") and \ self.subprocess.isalive(): if time() > ts + 3: break sleep(.25) if getattr(self, "subprocess", None) and \ hasattr(self.subprocess, "isalive") and \ self.subprocess.isalive(): self.logger.info("Trying to terminate subprocess forcefully...") self.subprocess.terminate(force=True) except Exception, exception: self.logger.exception("Exception") if debug: safe_print('[D] end try') elif debug: safe_print('[D] subprocess: %r' % getattr(self, "subprocess", None)) safe_print('[D] subprocess_abort: %r' % getattr(self, "subprocess_abort", False)) if getattr(self, "subprocess", None): safe_print('[D] subprocess has poll: %r' % hasattr(self.subprocess, "poll")) if hasattr(self.subprocess, "poll"): safe_print('[D] subprocess.poll(): %r' % self.subprocess.poll()) safe_print('[D] subprocess has isalive: %r' % hasattr(self.subprocess, "isalive")) if hasattr(self.subprocess, "isalive"): safe_print('[D] subprocess.isalive(): %r' % self.subprocess.isalive()) def report(self, report_calibrated=True): """ Report on calibrated or uncalibrated display device response """ cmd, args = self.prepare_dispcal(calibrate=False) if isinstance(cmd, Exception): return cmd if args: if report_calibrated: args += ["-r"] else: args += ["-R"] return self.exec_cmd(cmd, args, capture_output=True, skip_scripts=True) def reset_cal(self): cmd, args = self.prepare_dispwin(False) result = self.exec_cmd(cmd, args, capture_output=True, skip_scripts=True, silent=False) return result def safe_send(self, bytes): self.send_buffer = bytes return True def _safe_send(self, bytes, retry=3): """ Safely send a keystroke to the current subprocess """ for i in xrange(0, retry): self.logger.info("Sending key(s) %r (%i)" % (bytes, i + 1)) try: wrote = self.subprocess.send(bytes) except Exception, exception: self.logger.exception("Exception: %s" % safe_unicode(exception)) else: if wrote == len(bytes): return True sleep(.25) return False def set_argyll_version(self, name, silent=False, cfg=False): self.set_argyll_version_from_string(get_argyll_version_string(name, silent), cfg) def set_argyll_version_from_string(self, argyll_version_string, cfg=True): self.argyll_version_string = argyll_version_string if cfg: setcfg("argyll.version", argyll_version_string) self.argyll_version = parse_argyll_version_string(argyll_version_string) def set_terminal_cgats(self, cgats_filename): self.terminal.cgats = CGATS.CGATS(cgats_filename) def argyll_support_file_exists(self, name): """ Check if named file exists in any of the known Argyll support locations valid for the chosen Argyll CMS version. """ if sys.platform != "darwin": paths = [defaultpaths.appdata] + defaultpaths.commonappdata else: paths = [defaultpaths.library_home, defaultpaths.library] searchpaths = [] if self.argyll_version >= [1, 5, 0]: if sys.platform != "darwin": searchpaths += [os.path.join(dir_, "ArgyllCMS", name) for dir_ in paths] else: searchpaths += [os.path.join(dir_, "ArgyllCMS", name) for dir_ in [defaultpaths.appdata, defaultpaths.library]] searchpaths += [os.path.join(dir_, "color", name) for dir_ in paths] for searchpath in searchpaths: if os.path.isfile(searchpath): return True return False def spyder2_firmware_exists(self): """ Check if the Spyder 2 firmware file exists in any of the known locations valid for the chosen Argyll CMS version. """ if self.argyll_version < [1, 2, 0]: spyd2en = get_argyll_util("spyd2en") if not spyd2en: return False return os.path.isfile(os.path.join(os.path.dirname(spyd2en), "spyd2PLD.bin")) else: return self.argyll_support_file_exists("spyd2PLD.bin") def spyder4_cal_exists(self): """ Check if the Spyder 4 calibration file exists in any of the known locations valid for the chosen Argyll CMS version. """ if self.argyll_version < [1, 3, 6]: # We couldn't use it even if it exists return False return self.argyll_support_file_exists("spyd4cal.bin") def start(self, consumer, producer, cargs=(), ckwargs=None, wargs=(), wkwargs=None, progress_title=appname, progress_msg="", parent=None, progress_start=100, resume=False, continue_next=False, stop_timers=True, interactive_frame="", pauseable=False): """ Start a worker process. Also show a progress dialog while the process is running. consumer consumer function. producer producer function. cargs consumer arguments. ckwargs consumer keyword arguments. wargs producer arguments. wkwargs producer keyword arguments. progress_title progress dialog title. Defaults to '%s'. progress_msg progress dialog message. Defaults to ''. progress_start show progress dialog after delay (ms). resume resume previous progress dialog (elapsed time etc). continue_next do not hide progress dialog after producer finishes. stop_timers stop the timers on the owner window if True interactive_frame "" or "uniformity" (selects the type of interactive window) pauseable Is the operation pauseable? (show pause button on progress dialog) """ % appname if ckwargs is None: ckwargs = {} if wkwargs is None: wkwargs = {} while self.is_working(): sleep(.25) # wait until previous worker thread finishes if hasattr(self.owner, "stop_timers") and stop_timers: self.owner.stop_timers() if not parent: parent = self.owner if progress_start < 100: progress_start = 100 self.activated = False self.cmdrun = False self.finished = False self.instrument_calibration_complete = False self.instrument_place_on_screen_msg = False self.instrument_sensor_position_msg = False self.is_ambient_measuring = False self.lastcmdname = None self.pauseable = pauseable self.paused = False self.resume = resume self.subprocess_abort = False self.starttime = time() self.thread_abort = False if self.interactive: self.progress_start_timer = wx.Timer() if getattr(self, "progress_wnd", None) and \ self.progress_wnd is getattr(self, "progress_dlg", None): self.progress_dlg.Destroy() self.progress_dlg = None if progress_msg and progress_title == appname: progress_title = progress_msg if (config.get_display_name() == "Untethered" and interactive_frame != "uniformity"): interactive_frame = "untethered" if interactive_frame == "adjust": windowclass = DisplayAdjustmentFrame elif interactive_frame == "uniformity": windowclass = DisplayUniformityFrame elif interactive_frame == "untethered": windowclass = UntetheredFrame else: windowclass = SimpleTerminal if getattr(self, "terminal", None) and isinstance(self.terminal, windowclass): self.progress_wnd = self.terminal if not resume: if isinstance(self.progress_wnd, SimpleTerminal): self.progress_wnd.console.SetValue("") elif (isinstance(self.progress_wnd, DisplayAdjustmentFrame) or isinstance(self.progress_wnd, DisplayUniformityFrame) or isinstance(self.progress_wnd, UntetheredFrame)): self.progress_wnd.reset() self.progress_wnd.stop_timer() self.progress_wnd.Resume() self.progress_wnd.start_timer() # UGLY HACK: This 'safe_print' call fixes a GTK assertion and # segfault under Arch Linux when setting the window title safe_print("") if isinstance(self.progress_wnd, SimpleTerminal): self.progress_wnd.SetTitle(progress_title) self.progress_wnd.Show() if resume and isinstance(self.progress_wnd, SimpleTerminal): self.progress_wnd.console.ScrollLines( self.progress_wnd.console.GetNumberOfLines()) else: if interactive_frame == "adjust": self.terminal = DisplayAdjustmentFrame(parent, handler=self.progress_handler, keyhandler=self.terminal_key_handler) elif interactive_frame == "uniformity": self.terminal = DisplayUniformityFrame(parent, handler=self.progress_handler, keyhandler=self.terminal_key_handler) elif interactive_frame == "untethered": self.terminal = UntetheredFrame(parent, handler=self.progress_handler, keyhandler=self.terminal_key_handler) else: self.terminal = SimpleTerminal(parent, title=progress_title, handler=self.progress_handler, keyhandler=self.terminal_key_handler) self.terminal.worker = self self.progress_wnd = self.terminal else: if not progress_msg: progress_msg = lang.getstr("please_wait") # Show the progress dialog after a delay self.progress_start_timer = wx.CallLater(progress_start, self.progress_dlg_start, progress_title, progress_msg, parent, resume) self.thread = delayedresult.startWorker(self._generic_consumer, producer, [consumer, continue_next] + list(cargs), ckwargs, wargs, wkwargs) return True def stop_progress(self): if getattr(self, "progress_wnd", False): if getattr(self.progress_wnd, "dlg", None): self.progress_wnd.dlg.Close() del self.progress_wnd.dlg self.progress_wnd.stop_timer() self.progress_wnd.MakeModal(False) # under Linux, destroying it here causes segfault if sys.platform == "win32" and wx.VERSION >= (2, 9): self.progress_wnd.Destroy() else: self.progress_wnd.Hide() def swap_progress_wnds(self): """ Swap the current interactive window with a progress dialog """ parent = self.terminal.GetParent() if isinstance(self.terminal, DisplayAdjustmentFrame): title = lang.getstr("calibration") else: title = self.terminal.GetTitle() self.progress_dlg_start(title, "", parent, self.resume) def terminal_key_handler(self, event): """ Key handler for the interactive window or progress dialog. """ keycode = None if event.GetEventType() in (wx.EVT_CHAR_HOOK.typeId, wx.EVT_KEY_DOWN.typeId): keycode = event.GetKeyCode() elif event.GetEventType() == wx.EVT_MENU.typeId: keycode = self.progress_wnd.id_to_keycode.get(event.GetId()) if keycode is not None and getattr(self, "subprocess", None) and \ hasattr(self.subprocess, "send"): keycode = keycodes.get(keycode, keycode) if keycode in (ord("\x1b"), ord("8"), ord("Q"), ord("q")): # exit self.abort_subprocess(True) return try: self.safe_send(chr(keycode)) except: pass def calculate_gamut(self, profile_path): """ Calculate gamut, volume, and coverage % against sRGB and Adobe RGB. Return gamut volume (int, scaled to sRGB = 1.0) and coverage (dict) as tuple. """ outname = os.path.splitext(profile_path)[0] gamut_volume = None gamut_coverage = {} # Create profile gamut and vrml if (sys.platform == "win32" and re.search("[^\x20-\x7e]", os.path.basename(profile_path))): # Avoid problems with encoding profile_path = win32api.GetShortPathName(profile_path) result = self.exec_cmd(get_argyll_util("iccgamut"), ["-v", "-w", "-ir", profile_path], capture_output=True, skip_scripts=True) if not isinstance(result, Exception) and result: # iccgamut output looks like this: # Header: # <...> # # Total volume of gamut is xxxxxx.xxxxxx cubic colorspace units for line in self.output: match = re.search("(\d+(?:\.\d+)?)\s+cubic\s+colorspace\s+" "units", line) if match: gamut_volume = float(match.groups()[0]) / ICCP.GAMUT_VOLUME_SRGB break name = os.path.splitext(profile_path)[0] gamfilename = name + ".gam" wrlfilename = name + ".wrl" tmpfilenames = [gamfilename, wrlfilename] for key, src in (("srgb", "sRGB"), ("adobe-rgb", "ClayRGB1998")): if not isinstance(result, Exception) and result: # Create gamut view and intersection src_path = get_data_path("ref/%s.gam" % src) if not src_path: continue outfilename = outname + (" vs %s.wrl" % src) tmpfilenames.append(outfilename) result = self.exec_cmd(get_argyll_util("viewgam"), ["-cw", "-t.75", "-s", src_path, "-cn", "-t.25", "-s", gamfilename, "-i", outfilename], capture_output=True, skip_scripts=True) if not isinstance(result, Exception) and result: # viewgam output looks like this: # Intersecting volume = xxx.x cubic units # 'path/to/1.gam' volume = xxx.x cubic units, intersect = xx.xx% # 'path/to/2.gam' volume = xxx.x cubic units, intersect = xx.xx% for line in self.output: match = re.search("[\\\/]%s.gam'\s+volume\s*=\s*" "\d+(?:\.\d+)?\s+cubic\s+units,?" "\s+intersect\s*=\s*" "(\d+(?:\.\d+)?)" % re.escape(src), line) if match: gamut_coverage[key] = float(match.groups()[0]) / 100.0 break if not isinstance(result, Exception) and result: for tmpfilename in tmpfilenames: if (tmpfilename == gamfilename and tmpfilename != outname + ".gam"): # Use the original file name filename = outname + ".gam" elif (tmpfilename == wrlfilename and tmpfilename != outname + ".wrl"): # Use the original file name filename = outname + ".wrl" else: filename = tmpfilename try: if getcfg("vrml.compress"): # Compress gam and wrl files using gzip if filename.endswith(".wrl"): filename = filename[:-4] + ".wrz" else: filename = filename + ".gz" with GzipFileProper(tmpfilename + ".gz", "wb") as gz: # Always use original filename with '.gz' extension, # that way the filename in the header will be correct with open(tmpfilename, "rb") as infile: gz.write(infile.read()) # Remove uncompressed file os.remove(tmpfilename) tmpfilename = tmpfilename + ".gz" if tmpfilename != filename: # Rename the file if filename is different if os.path.exists(filename): os.remove(filename) os.rename(tmpfilename, filename) except Exception, exception: safe_print(safe_unicode(exception)) elif result: # Exception safe_print(safe_unicode(result)) return gamut_volume, gamut_coverage def calibrate(self, remove=False): """ Calibrate the screen and process the generated file(s). """ capture_output = not sys.stdout.isatty() cmd, args = self.prepare_dispcal() if not isinstance(cmd, Exception): result = self.exec_cmd(cmd, args, capture_output=capture_output) else: result = cmd if not isinstance(result, Exception) and result: dst_pathname = os.path.join(getcfg("profile.save_path"), getcfg("profile.name.expanded"), getcfg("profile.name.expanded")) cal = args[-1] + ".cal" result = check_cal_isfile( cal, lang.getstr("error.calibration.file_not_created")) if not isinstance(result, Exception) and result: cal_cgats = add_dispcal_options_to_cal(cal, self.options_dispcal) if cal_cgats: cal_cgats.write() if getcfg("profile.update") or \ self.dispcal_create_fast_matrix_shaper: profile_path = args[-1] + profile_ext result = check_profile_isfile( profile_path, lang.getstr("error.profile.file_not_created")) if not isinstance(result, Exception) and result: try: profile = ICCP.ICCProfile(profile_path) except (IOError, ICCP.ICCProfileInvalidError), exception: result = Error(lang.getstr("profile.invalid") + "\n" + profile_path) if not isinstance(result, Exception) and result: if not getcfg("profile.update"): # Created fast matrix shaper profile # we need to set cprt, targ and a few other things profile.setCopyright(getcfg("copyright")) # Fast matrix shaper profiles currently don't # contain TI3 data, but look for it anyways # to be future-proof ti3 = add_options_to_ti3( profile.tags.get("targ", profile.tags.get("CIED", "")), self.options_dispcal) if not ti3: ti3 = CGATS.CGATS("TI3\n") ti3[1] = cal_cgats edid = self.get_display_edid() display_name = edid.get("monitor_name", edid.get("ascii", str(edid.get("product_id") or ""))) display_manufacturer = edid.get("manufacturer") profile.setDeviceModelDescription(display_name) profile.setDeviceManufacturerDescription( display_manufacturer) (gamut_volume, gamut_coverage) = self.create_gamut_views(profile_path) self.update_profile(profile, ti3=str(ti3), chrm=None, tags=True, avg=None, peak=None, rms=None, gamut_volume=gamut_volume, gamut_coverage=gamut_coverage, quality=getcfg("calibration.quality")) else: # Update desc tag - ASCII needs to be 7-bit # also add Unicode string if different from ASCII if "desc" in profile.tags and isinstance(profile.tags.desc, ICCP.TextDescriptionType): profile.setDescription( getcfg("profile.name.expanded")) # Calculate profile ID profile.calculateID() try: profile.write() except Exception, exception: safe_print(exception) result2 = self.wrapup(not isinstance(result, UnloggedInfo) and result, remove or isinstance(result, Exception) or not result) if isinstance(result2, Exception): if isinstance(result, Exception): result = Error(safe_unicode(result) + "\n\n" + safe_unicode(result2)) else: result = result2 elif not isinstance(result, Exception) and result: setcfg("last_cal_path", dst_pathname + ".cal") setcfg("calibration.file.previous", getcfg("calibration.file")) if (getcfg("profile.update") or self.dispcal_create_fast_matrix_shaper): setcfg("last_cal_or_icc_path", dst_pathname + profile_ext) setcfg("last_icc_path", dst_pathname + profile_ext) setcfg("calibration.file", dst_pathname + profile_ext) else: setcfg("calibration.file", dst_pathname + ".cal") setcfg("last_cal_or_icc_path", dst_pathname + ".cal") return result def chart_lookup(self, cgats, profile, as_ti3=False, fields=None, check_missing_fields=False, function="f", pcs="l", intent="r", bt1886=None, add_white_patches=True): """ Lookup CIE or device values through profile """ if profile.colorSpace == "RGB": labels = ('RGB_R', 'RGB_G', 'RGB_B') else: labels = ('CMYK_C', 'CMYK_M', 'CMYK_Y', 'CMYK_K') ti1 = None ti3_ref = None gray = None try: if not isinstance(cgats, CGATS.CGATS): cgats = CGATS.CGATS(cgats, True) else: # Always make a copy and do not alter a passed in CGATS instance! cgats = CGATS.CGATS(str(cgats)) if 0 in cgats: # only look at the first section cgats[0].filename = cgats.filename cgats = cgats[0] primaries = cgats.queryi(labels) if primaries and not as_ti3: primaries.fix_device_values_scaling(profile.colorSpace) cgats.type = 'CTI1' cgats.COLOR_REP = profile.colorSpace ti1, ti3_ref, gray = self.ti1_lookup_to_ti3(cgats, profile, function, pcs, "r", add_white_patches) if bt1886 or intent == "a": cat = profile.guess_cat() or "Bradford" for item in ti3_ref.DATA.itervalues(): if pcs == "l": X, Y, Z = colormath.Lab2XYZ(item["LAB_L"], item["LAB_A"], item["LAB_B"]) else: X, Y, Z = item["XYZ_X"], item["XYZ_Y"], item["XYZ_Z"] if bt1886: X, Y, Z = bt1886.apply(X, Y, Z) if intent == "a": X, Y, Z = colormath.adapt(X, Y, Z, "D50", profile.tags.wtpt.values(), cat=cat) X, Y, Z = [v * 100 for v in (X, Y, Z)] if pcs == "l": (item["LAB_L"], item["LAB_A"], item["LAB_B"]) = colormath.XYZ2Lab(X, Y, Z) else: item["XYZ_X"], item["XYZ_Y"], item["XYZ_Z"] = X, Y, Z else: if not primaries and check_missing_fields: raise ValueError(lang.getstr("error.testchart.missing_fields", (cgats.filename, ", ".join(labels)))) ti1, ti3_ref = self.ti3_lookup_to_ti1(cgats, profile, fields, intent, add_white_patches) except Exception, exception: InfoDialog(self.owner, msg=safe_unicode(exception), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return ti1, ti3_ref, gray def ti1_lookup_to_ti3(self, ti1, profile, function="f", pcs=None, intent="r", add_white_patches=True): """ Read TI1 (filename or CGATS instance), lookup device->pcs values colorimetrically through profile using Argyll's xicclu utility and return TI3 (CGATS instance) """ # ti1 if isinstance(ti1, basestring): ti1 = CGATS.CGATS(ti1) if not isinstance(ti1, CGATS.CGATS): raise TypeError('Wrong type for ti1, needs to be CGATS.CGATS ' 'instance') # profile if isinstance(profile, basestring): profile = ICCP.ICCProfile(profile) if not isinstance(profile, ICCP.ICCProfile): raise TypeError('Wrong type for profile, needs to be ' 'ICCP.ICCProfile instance') # determine pcs for lookup color_rep = profile.connectionColorSpace.upper() if color_rep == "RGB": pcs = None elif not pcs: if color_rep == 'LAB': pcs = 'l' elif color_rep == 'XYZ': pcs = 'x' else: raise ValueError('Unknown CIE color representation ' + color_rep) # get profile color space colorspace = profile.colorSpace # required fields for ti1 if colorspace == "CMYK": required = ("CMYK_C", "CMYK_M", "CMYK_Y", "CMYK_K") else: required = ("RGB_R", "RGB_G", "RGB_B") ti1_filename = ti1.filename try: ti1 = verify_cgats(ti1, required, True) except CGATS.CGATSInvalidError: raise ValueError(lang.getstr("error.testchart.invalid", ti1_filename)) except CGATS.CGATSKeyError: raise ValueError(lang.getstr("error.testchart.missing_fields", (ti1_filename, ", ".join(required)))) # read device values from ti1 data = ti1.queryv1("DATA") if not data: raise ValueError(lang.getstr("error.testchart.invalid", ti1_filename)) device_data = data.queryv(required) if not device_data: raise ValueError(lang.getstr("error.testchart.missing_fields", (ti1_filename, ", ".join(required)))) if colorspace == "RGB" and add_white_patches: # make sure the first four patches are white so the whitepoint can be # averaged white_rgb = {'RGB_R': 100, 'RGB_G': 100, 'RGB_B': 100} white = dict(white_rgb) wp = ti1.queryv1("APPROX_WHITE_POINT") if wp: wp = [float(v) for v in wp.split()] wp = [CGATS.rpad((v / wp[1]) * 100.0, data.vmaxlen) for v in wp] else: wp = colormath.get_standard_illuminant("D65", scale=100) for label in data.parent.DATA_FORMAT.values(): if not label in white: if label.upper() == 'LAB_L': value = 100 elif label.upper() in ('LAB_A', 'LAB_B'): value = 0 elif label.upper() == 'XYZ_X': value = wp[0] elif label.upper() == 'XYZ_Y': value = 100 elif label.upper() == 'XYZ_Z': value = wp[2] else: value = '0' white.update({label: value}) white_added_count = 0 while len(data.queryi(white_rgb)) < 4: # add white patches data.insert(0, white) white_added_count += 1 safe_print("Added %i white patch(es)" % white_added_count) idata = [] for primaries in device_data.values(): idata.append(' '.join(str(n) for n in primaries.values())) # lookup device->cie values through profile using (x)icclu if pcs or self.argyll_version >= [1, 6]: xicclu = get_argyll_util("xicclu").encode(fs_enc) else: # DeviceLink profile, we have to use icclu under older Argyll CMS # versions because older xicclu cannot handle devicelink xicclu = get_argyll_util("icclu").encode(fs_enc) cwd = self.create_tempdir() if isinstance(cwd, Exception): raise cwd profile.write(os.path.join(cwd, "temp.icc")) if sys.platform == "win32": startupinfo = sp.STARTUPINFO() startupinfo.dwFlags |= sp.STARTF_USESHOWWINDOW startupinfo.wShowWindow = sp.SW_HIDE else: startupinfo = None args = [xicclu, '-f' + function] if pcs: args += ['-i' + intent, '-p' + pcs] p = sp.Popen(args + ['-s100', "temp.icc"], stdin=sp.PIPE, stdout=sp.PIPE, stderr=sp.STDOUT, cwd=cwd.encode(fs_enc), startupinfo=startupinfo) odata = p.communicate('\n'.join(idata))[0].splitlines() if p.wait() != 0: # error raise IOError(''.join(odata)) gray = [] igray = [] igray_idx = [] if colorspace == "RGB": # treat r=g=b specially: set expected a=b=0 for i, line in enumerate(odata): line = line.strip().split('->') line = ''.join(line).split() if line[-1] == '(clip)': line.pop() r, g, b = [float(n) for n in line[:3]] if r == g == b < 100: # if grayscale and not white cie = [float(n) for n in line[5:-1]] if pcs == 'x': # Need to scale XYZ coming from xicclu # Lab is already scaled cie = colormath.XYZ2Lab(*[n * 100.0 for n in cie]) cie = (cie[0], 0, 0) # set a=b=0 igray.append("%s %s %s" % cie) igray_idx.append(i) if pcs == 'x': cie = colormath.Lab2XYZ(*cie) luminance = cie[1] else: luminance = colormath.Lab2XYZ(*cie)[1] if luminance * 100.0 >= 1: # only add if luminance is greater or equal 1% because # dark tones fluctuate too much gray.append((r, g, b)) if False: # NEVER? # set cie in odata to a=b=0 line[5:-1] = [str(n) for n in cie] odata[i] = ' -> '.join([' '.join(line[:4]), line[4], ' '.join(line[5:])]) if igray and False: # NEVER? # lookup cie->device values for grays through profile using xicclu gray = [] xicclu = get_argyll_util("xicclu").encode(fs_enc) cwd = self.create_tempdir() if isinstance(cwd, Exception): raise cwd profile.write(os.path.join(cwd, "temp.icc")) if sys.platform == "win32": startupinfo = sp.STARTUPINFO() startupinfo.dwFlags |= sp.STARTF_USESHOWWINDOW startupinfo.wShowWindow = sp.SW_HIDE else: startupinfo = None p = sp.Popen([xicclu, '-fb', '-ir', '-pl', '-s100', "temp.icc"], stdin=sp.PIPE, stdout=sp.PIPE, stderr=sp.STDOUT, cwd=cwd.encode(fs_enc), startupinfo=startupinfo) ogray = p.communicate('\n'.join(igray))[0].splitlines() if p.wait() != 0: # error raise IOError(''.join(odata)) for i, line in enumerate(ogray): line = line.strip().split('->') line = ''.join(line).split() if line[-1] == '(clip)': line.pop() cie = [float(n) for n in line[:3]] rgb = [float(n) for n in line[5:-1]] if colormath.Lab2XYZ(cie[0], 0, 0)[1] * 100.0 >= 1: # only add if luminance is greater or equal 1% because # dark tones fluctuate too much gray.append(rgb) # update values in ti1 and data for ti3 for n, channel in enumerate(("R", "G", "B")): data[igray_idx[i] + white_added_count]["RGB_" + channel] = rgb[n] oline = odata[igray_idx[i]].strip().split('->', 1) odata[igray_idx[i]] = ' [RGB] ->'.join([' '.join(line[5:-1])] + oline[1:]) self.wrapup(False) # write output ti3 ofile = StringIO() if pcs: ofile.write('CTI3 \n') ofile.write('\nDESCRIPTOR "Argyll Calibration Target chart information 3"\n') else: ofile.write('CTI1 \n') ofile.write('\nDESCRIPTOR "Argyll Calibration Target chart information 1"\n') ofile.write('KEYWORD "DEVICE_CLASS"\n') ofile.write('DEVICE_CLASS "' + ('DISPLAY' if colorspace == 'RGB' else 'OUTPUT') + '"\n') include_sample_name = False i = 0 offset = 0 if colorspace == "RGB" else 1 for line in odata: line = line.strip().split('->') line = ''.join(line).split() if line[-1] == '(clip)': line.pop() if i == 0: icolor = line[3 + offset].strip('[]') if icolor == 'RGB': olabel = 'RGB_R RGB_G RGB_B' elif icolor == 'CMYK': olabel = 'CMYK_C CMYK_M CMYK_Y CMYK_K' else: raise ValueError('Unknown color representation ' + icolor) ocolor = line[-1].strip('[]').upper() if ocolor == 'LAB': ilabel = 'LAB_L LAB_A LAB_B' elif ocolor in ('XYZ', 'RGB'): ilabel = 'XYZ_X XYZ_Y XYZ_Z' else: raise ValueError('Unknown CIE color representation ' + ocolor) ofile.write('KEYWORD "COLOR_REP"\n') if icolor == ocolor: ofile.write('COLOR_REP "' + icolor + '"\n') else: ofile.write('COLOR_REP "' + icolor + '_' + ocolor + '"\n') ofile.write('\n') ofile.write('NUMBER_OF_FIELDS ') if include_sample_name: ofile.write(str(2 + len(icolor) + len(ocolor)) + '\n') else: ofile.write(str(1 + len(icolor) + len(ocolor)) + '\n') ofile.write('BEGIN_DATA_FORMAT\n') ofile.write('SAMPLE_ID ') if include_sample_name: ofile.write('SAMPLE_NAME ' + olabel + ' ' + ilabel + '\n') else: ofile.write(olabel + ' ' + ilabel + '\n') ofile.write('END_DATA_FORMAT\n') ofile.write('\n') ofile.write('NUMBER_OF_SETS ' + str(len(odata)) + '\n') ofile.write('BEGIN_DATA\n') i += 1 cie = [float(n) for n in line[5 + offset:-1]] if pcs == 'x': # Need to scale XYZ coming from xicclu, Lab is already scaled cie = [round(n * 100.0, 5 - len(str(int(abs(n * 100.0))))) for n in cie] elif not pcs: line[:3] = line[5 + offset:-1] cie = [round(n * 100.0, 5 - len(str(int(abs(n * 100.0))))) for n in colormath.RGB2XYZ(*[n / 100.0 for n in cie])] cie = [str(n) for n in cie] if include_sample_name: ofile.write(str(i) + ' ' + data[i - 1][1].strip('"') + ' ' + ' '.join(line[:3 + offset]) + ' ' + ' '.join(cie) + '\n') else: ofile.write(str(i) + ' ' + ' '.join(line[:3 + offset]) + ' ' + ' '.join(cie) + '\n') ofile.write('END_DATA\n') ofile.seek(0) return ti1, CGATS.CGATS(ofile)[0], map(list, gray) def ti3_lookup_to_ti1(self, ti3, profile, fields=None, intent="r", add_white_patches=True): """ Read TI3 (filename or CGATS instance), lookup cie->device values colorimetrically through profile using Argyll's xicclu utility and return TI1 and compatible TI3 (CGATS instances) """ # ti3 copy = True if isinstance(ti3, basestring): copy = False ti3 = CGATS.CGATS(ti3) if not isinstance(ti3, CGATS.CGATS): raise TypeError('Wrong type for ti3, needs to be CGATS.CGATS ' 'instance') ti3_filename = ti3.filename if copy: # Make a copy and do not alter a passed in CGATS instance! ti3 = CGATS.CGATS(str(ti3)) if fields == "XYZ": labels = ("XYZ_X", "XYZ_Y", "XYZ_Z") else: labels = ("LAB_L", "LAB_A", "LAB_B") try: ti3v = verify_cgats(ti3, labels, True) except CGATS.CGATSInvalidError, exception: raise ValueError(lang.getstr("error.testchart.invalid", ti3_filename) + "\n" + lang.getstr(safe_str(exception))) except CGATS.CGATSKeyError: try: if fields: raise else: labels = ("XYZ_X", "XYZ_Y", "XYZ_Z") ti3v = verify_cgats(ti3, labels, True) except CGATS.CGATSKeyError: missing = ", ".join(labels) if not fields: missing += " " + lang.getstr("or") + " LAB_L, LAB_A, LAB_B" raise ValueError(lang.getstr("error.testchart.missing_fields", (ti3_filename, missing))) else: color_rep = 'XYZ' else: color_rep = fields or 'LAB' # profile if isinstance(profile, basestring): profile = ICCP.ICCProfile(profile) if not isinstance(profile, ICCP.ICCProfile): raise TypeError('Wrong type for profile, needs to be ' 'ICCP.ICCProfile instance') # determine pcs for lookup if color_rep == 'LAB': pcs = 'l' required = ("LAB_L", "LAB_A", "LAB_B") elif color_rep == 'XYZ': pcs = 'x' required = ("XYZ_X", "XYZ_Y", "XYZ_Z") else: raise ValueError('Unknown CIE color representation ' + color_rep) # get profile color space colorspace = profile.colorSpace # read cie values from ti3 data = ti3v.queryv1("DATA") if not data: raise ValueError(lang.getstr("error.testchart.invalid", ti3_filename)) cie_data = data.queryv(required) if not cie_data: raise ValueError(lang.getstr("error.testchart.missing_fields", (ti3_filename, ", ".join(required)))) idata = [] if colorspace == "RGB" and add_white_patches: # make sure the first four patches are white so the whitepoint can be # averaged wp = [n * 100.0 for n in profile.tags.wtpt.values()] if color_rep == 'LAB': wp = colormath.XYZ2Lab(*wp) wp = OrderedDict((('L', wp[0]), ('a', wp[1]), ('b', wp[2]))) else: wp = OrderedDict((('X', wp[0]), ('Y', wp[1]), ('Z', wp[2]))) wp = [wp] * 4 safe_print("Added 4 white patches") else: wp = [] for cie in wp + cie_data.values(): cie = cie.values() if color_rep == 'XYZ': # assume scale 0...100 in ti3, we need to convert to 0...1 cie = [n / 100.0 for n in cie] idata.append(' '.join(str(n) for n in cie)) # lookup cie->device values through profile.icc using xicclu xicclu = get_argyll_util("xicclu").encode(fs_enc) cwd = self.create_tempdir() if isinstance(cwd, Exception): raise cwd profile.write(os.path.join(cwd, "temp.icc")) if sys.platform == "win32": startupinfo = sp.STARTUPINFO() startupinfo.dwFlags |= sp.STARTF_USESHOWWINDOW startupinfo.wShowWindow = sp.SW_HIDE else: startupinfo = None p = sp.Popen([xicclu, '-fb', '-i' + intent, '-p' + pcs, '-s100', "temp.icc"], stdin=sp.PIPE, stdout=sp.PIPE, stderr=sp.STDOUT, cwd=cwd.encode(fs_enc), startupinfo=startupinfo) odata = p.communicate('\n'.join(idata))[0].splitlines() if p.wait() != 0: # error raise IOError(''.join(odata)) self.wrapup(False) # write output ti1/ti3 ti1out = StringIO() ti1out.write('CTI1\n') ti1out.write('\n') ti1out.write('DESCRIPTOR "Argyll Calibration Target chart information 1"\n') include_sample_name = False i = 0 for line in odata: line = line.strip().split('->') line = ''.join(line).split() if line[-1] == '(clip)': line.pop() if i == 0: icolor = line[3].strip('[]').upper() if icolor == 'LAB': ilabel = 'LAB_L LAB_A LAB_B' elif icolor == 'XYZ': ilabel = 'XYZ_X XYZ_Y XYZ_Z' else: raise ValueError('Unknown CIE color representation ' + icolor) ocolor = line[-1].strip('[]') if ocolor == 'RGB': olabel = 'RGB_R RGB_G RGB_B' elif ocolor == 'CMYK': olabel = 'CMYK_C CMYK_M CMYK_Y CMYK_K' else: raise ValueError('Unknown color representation ' + ocolor) olabels = olabel.split() # add device fields to DATA_FORMAT if not yet present if not olabels[0] in ti3v.DATA_FORMAT.values() and \ not olabels[1] in ti3v.DATA_FORMAT.values() and \ not olabels[2] in ti3v.DATA_FORMAT.values() and \ (ocolor == 'RGB' or (ocolor == 'CMYK' and not olabels[3] in ti3v.DATA_FORMAT.values())): ti3v.DATA_FORMAT.add_data(olabels) # add required fields to DATA_FORMAT if not yet present if not required[0] in ti3v.DATA_FORMAT.values() and \ not required[1] in ti3v.DATA_FORMAT.values() and \ not required[2] in ti3v.DATA_FORMAT.values(): ti3v.DATA_FORMAT.add_data(required) ti1out.write('KEYWORD "COLOR_REP"\n') ti1out.write('COLOR_REP "' + ocolor + '"\n') ti1out.write('\n') ti1out.write('NUMBER_OF_FIELDS ') if include_sample_name: ti1out.write(str(2 + len(icolor) + len(ocolor)) + '\n') else: ti1out.write(str(1 + len(icolor) + len(ocolor)) + '\n') ti1out.write('BEGIN_DATA_FORMAT\n') ti1out.write('SAMPLE_ID ') if include_sample_name: ti1out.write('SAMPLE_NAME ' + olabel + ' ' + ilabel + '\n') else: ti1out.write(olabel + ' ' + ilabel + '\n') ti1out.write('END_DATA_FORMAT\n') ti1out.write('\n') ti1out.write('NUMBER_OF_SETS ' + str(len(odata)) + '\n') ti1out.write('BEGIN_DATA\n') if i < len(wp): if ocolor == 'RGB': device = '100.00 100.00 100.00'.split() else: device = '0 0 0 0'.split() else: device = line[5:-1] # Make sure device values do not exceed valid range of 0..100 device = [str(max(0, min(float(v), 100))) for v in device] cie = (wp + cie_data.values())[i].values() cie = [str(n) for n in cie] if include_sample_name: ti1out.write(str(i + 1) + ' ' + data[i][1].strip('"') + ' ' + ' '.join(device) + ' ' + ' '.join(cie) + '\n') else: ti1out.write(str(i + 1) + ' ' + ' '.join(device) + ' ' + ' '.join(cie) + '\n') if i > len(wp) - 1: # don't include whitepoint patches in ti3 # set device values in ti3 for n, v in enumerate(olabels): ti3v.DATA[i - len(wp)][v] = float(line[5 + n]) # set PCS values in ti3 for n, v in enumerate(cie): ti3v.DATA[i - len(wp)][required[n]] = float(v) i += 1 ti1out.write('END_DATA\n') ti1out.seek(0) return CGATS.CGATS(ti1out), ti3v def verify_calibration(self): """ Verify the current calibration """ cmd, args = self.prepare_dispcal(calibrate=False, verify=True) if not isinstance(cmd, Exception): result = self.exec_cmd(cmd, args, capture_output=True, skip_scripts=True) else: result = cmd return result def measure_ti1(self, ti1_path, cal_path=None, colormanaged=False): """ Measure a TI1 testchart file """ if config.get_display_name() == "Untethered": cmd, args = get_argyll_util("spotread"), ["-v", "-e"] if getcfg("extra_args.spotread").strip(): args += parse_argument_string(getcfg("extra_args.spotread")) self.set_terminal_cgats(ti1_path) else: cmd = get_argyll_util("dispread") args = ["-v"] if config.get_display_name() == "madVR" and colormanaged: args += ["-V"] if cal_path: if (self.argyll_version >= [1, 3, 3] and (not self.has_lut_access() or not getcfg("calibration.use_video_lut"))): if config.get_display_name() == "madVR": # Normally -K will automatically reset the video LUT, # but when using madVR, we have to do it explicitly result = self.reset_cal() if (isinstance(result, Exception) and not isinstance(result, UnloggedInfo)): return result, None args += ["-K"] else: args += ["-k"] args += [cal_path] if getcfg("extra_args.dispread").strip(): args += parse_argument_string(getcfg("extra_args.dispread")) result = self.add_measurement_features(args, cmd == get_argyll_util("dispread")) if isinstance(result, Exception): return result if config.get_display_name() != "Untethered": args += [os.path.splitext(ti1_path)[0]] return self.exec_cmd(cmd, args, skip_scripts=True) def wrapup(self, copy=True, remove=True, dst_path=None, ext_filter=None): """ Wrap up - copy and/or clean temporary file(s). """ if debug: safe_print("[D] wrapup(copy=%s, remove=%s)" % (copy, remove)) if not self.tempdir or not os.path.isdir(self.tempdir): return # nothing to do while self.sessionlogfiles: self.sessionlogfiles.popitem()[1].close() result = True if copy: try: src_listdir = os.listdir(self.tempdir) except Exception, exception: result = exception remove = False if not isinstance(result, Exception) and src_listdir: if not ext_filter: ext_filter = [".app", ".cal", ".ccmx", ".ccss", ".cmd", ".command", ".gam", ".gz", ".icc", ".icm", ".log", ".sh", ".ti1", ".ti3", ".wrl", ".wrz"] if dst_path is None: dst_path = os.path.join(getcfg("profile.save_path"), getcfg("profile.name.expanded"), getcfg("profile.name.expanded") + ".ext") result = check_create_dir(os.path.dirname(dst_path)) if isinstance(result, Exception): remove = False else: for basename in src_listdir: name, ext = os.path.splitext(basename) if ext_filter is None or ext.lower() in ext_filter: src = os.path.join(self.tempdir, basename) dst = os.path.join(os.path.dirname(dst_path), basename) if os.path.exists(dst): if os.path.isdir(dst): if verbose >= 2: safe_print(appname + ": Removing existing " "destination directory tree", dst) try: shutil.rmtree(dst, True) except Exception, exception: safe_print(u"Warning - directory '%s' " u"could not be removed: %s" % tuple(safe_unicode(s) for s in (dst, exception))) else: if verbose >= 2: safe_print(appname + ": Removing existing " "destination file", dst) try: os.remove(dst) except Exception, exception: safe_print(u"Warning - file '%s' could " u"not be removed: %s" % tuple(safe_unicode(s) for s in (dst, exception))) if remove: if verbose >= 2: safe_print(appname + ": Moving temporary " "object %s to %s" % (src, dst)) try: shutil.move(src, dst) except Exception, exception: safe_print(u"Warning - temporary object " u"'%s' could not be moved to " u"'%s': %s" % tuple(safe_unicode(s) for s in (src, dst, exception))) try: shutil.copyfile(src, dst) except Exception, exception: result = Error(lang.getstr("error.copy_failed", (src, dst))) else: if os.path.isdir(src): if verbose >= 2: safe_print(appname + ": Copying temporary " "directory tree %s to %s" % (src, dst)) try: shutil.copytree(src, dst) except Exception, exception: safe_print(u"Warning - temporary " u"directory '%s' could not " u"be copied to '%s': %s" % tuple(safe_unicode(s) for s in (src, dst, exception))) else: if verbose >= 2: safe_print(appname + ": Copying temporary " "file %s to %s" % (src, dst)) try: shutil.copyfile(src, dst) except Exception, exception: safe_print(u"Warning - temporary file " u"'%s' could not be copied " u"to '%s': %s" % tuple(safe_unicode(s) for s in (src, dst, exception))) if remove: try: src_listdir = os.listdir(self.tempdir) except Exception, exception: safe_print(u"Error - directory '%s' listing failed: %s" % tuple(safe_unicode(s) for s in (self.tempdir, exception))) else: for basename in src_listdir: name, ext = os.path.splitext(basename) if ext_filter is None or ext.lower() not in ext_filter: src = os.path.join(self.tempdir, basename) isdir = os.path.isdir(src) if isdir: if verbose >= 2: safe_print(appname + ": Removing temporary " "directory tree", src) try: shutil.rmtree(src, True) except Exception, exception: safe_print(u"Warning - temporary directory " u"'%s' could not be removed: %s" % tuple(safe_unicode(s) for s in (src, exception))) else: if verbose >= 2: safe_print(appname + ": Removing temporary file", src) try: os.remove(src) except Exception, exception: safe_print(u"Warning - temporary file " u"'%s' could not be removed: %s" % tuple(safe_unicode(s) for s in (src, exception))) try: src_listdir = os.listdir(self.tempdir) except Exception, exception: safe_print(u"Error - directory '%s' listing failed: %s" % tuple(safe_unicode(s) for s in (self.tempdir, exception))) else: if not src_listdir: if verbose >= 2: safe_print(appname + ": Removing empty temporary directory", self.tempdir) try: shutil.rmtree(self.tempdir, True) except Exception, exception: safe_print(u"Warning - temporary directory '%s' could " u"not be removed: %s" % tuple(safe_unicode(s) for s in (self.tempdir, exception))) if isinstance(result, Exception): result = Error(safe_unicode(result) + "\n\n" + lang.getstr("tempdir_should_still_contain_files", self.tempdir)) return result def write(self, txt): wx.CallAfter(self.parse, txt) dispcalGUI-1.7.1.6/dispcalGUI/wxaddons.py000644 000765 000000 00000014323 12264345701 020012 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import os import sys from wxfixes import wx def GetRealClientArea(self): """ Return the real (non-overlapping) client area of a display """ # need to fix overlapping ClientArea on some Linux multi-display setups # the client area must be always smaller than the geometry clientarea = list(self.ClientArea) if self.Geometry[0] > clientarea[0]: clientarea[0] = self.Geometry[0] if self.Geometry[1] > clientarea[1]: clientarea[1] = self.Geometry[1] if self.Geometry[2] < clientarea[2]: clientarea[2] = self.Geometry[2] if self.Geometry[3] < clientarea[3]: clientarea[3] = self.Geometry[3] return wx.Rect(*clientarea) wx.Display.GetRealClientArea = GetRealClientArea def GetAllChildren(self): """ Get children of window and its subwindows """ children = self.GetChildren() allchildren = [] for child in children: allchildren += [child] if hasattr(child, "GetAllChildren") and hasattr(child.GetAllChildren, "__call__"): allchildren += child.GetAllChildren() return allchildren wx.Window.GetAllChildren = GetAllChildren def GetDisplay(self): """ Return the display the window is shown on """ display_no = wx.Display.GetFromWindow(self) if display_no < 0: # window outside visible area display_no = 0 return wx.Display(display_no) wx.Window.GetDisplay = GetDisplay def SetMaxFontSize(self, pointsize=11): font = self.GetFont() if font.GetPointSize() > pointsize: font.SetPointSize(pointsize) self.SetFont(font) wx.Window.SetMaxFontSize = SetMaxFontSize def SetSaneGeometry(self, x=None, y=None, w=None, h=None): """ Set a 'sane' window position and/or size (within visible screen area). """ if not None in (x, y): # First, move to coordinates given self.SetPosition((x, y)) # Returns the first display's client area if the window # is completely outside the client area of all displays display_client_rect = self.GetDisplay().ClientArea if sys.platform not in ("darwin", "win32"): # Linux safety_margin = 45 else: safety_margin = 20 if not None in (w, h): # Set given size, but resize if needed to fit inside client area self.SetSize((min(display_client_rect[2] - safety_margin, w), min(display_client_rect[3] - safety_margin, h))) if not None in (x, y): if not display_client_rect.ContainsXY(x, y) or \ not display_client_rect.ContainsRect((x, y, 100, 100)): # If outside client area or near the borders, # move to leftmost / topmost coordinates of client area self.SetPosition(display_client_rect[0:2]) wx.Window.SetSaneGeometry = SetSaneGeometry def GridGetSelectedRowsFromSelection(self): """ Return the number of fully selected rows. Unlike GetSelectedRows, include rows that have been selected by chosing individual cells. """ sel = self.GetSelection() numcols = self.GetNumberCols() rows = [] i = -1 for cell in sel: row, col = cell if row > i: i = row rownumcols = 0 rownumcols += 1 if rownumcols == numcols: rows += [row] return rows wx.grid.Grid.GetSelectedRowsFromSelection = GridGetSelectedRowsFromSelection def GridGetSelectionRows(self): """ Return the selected rows, even if not all cells in a row are selected. """ sel = self.GetSelection() rows = [] i = -1 for cell in sel: row, col = cell if row > i: i = row rows += [row] return rows wx.grid.Grid.GetSelectionRows = GridGetSelectionRows def IsSizer(self): """ Check if the window is a sizer """ return isinstance(self, wx.Sizer) wx.Window.IsSizer = IsSizer wx.BitmapButton._SetBitmapDisabled = wx.BitmapButton.SetBitmapDisabled def SetBitmapDisabled(self, bitmap=None): image = self.GetBitmapLabel().ConvertToImage() if image.HasMask(): image.InitAlpha() if image.HasAlpha(): alphabuffer = image.GetAlphaBuffer() for i, byte in enumerate(alphabuffer): if byte > "\0": alphabuffer[i] = chr(int(round(ord(byte) * .3))) bitmap = image.ConvertToBitmap() self._SetBitmapDisabled(bitmap) wx.BitmapButton.SetBitmapDisabled = SetBitmapDisabled def get_dc_font_size(size, dc): """ Get correct font size for DC """ pointsize = (1.0, 1.0) if isinstance(dc, wx.GCDC): pointsize = tuple(1.0 / scale for scale in dc.GetLogicalScale()) if sys.platform in ("darwin", "win32") or not isinstance(dc, wx.GCDC): return size * (sum(pointsize) / 2.0) else: # On Linux, we need to correct the font size by a certain factor if # wx.GCDC is used, to make text the same size as if wx.GCDC weren't used ppi = dc.GetPPI() return size * ((96.0 / ppi[0] * pointsize[0] + 96.0 / ppi[1] * pointsize[1]) / 2.0) def get_platform_window_decoration_size(): if sys.platform in ("darwin", "win32"): # Size includes windows decoration if sys.platform == "win32": border = 8 # Windows 7 titlebar = 30 # Windows 7 else: border = 0 # Mac OS X 10.7 Lion titlebar = 22 # Mac OS X 10.7 Lion else: # Linux. Size does not include window decoration border = 0 titlebar = 0 return border, titlebar class CustomEvent(wx.PyEvent): def __init__(self, typeId, object, window=None): wx.PyEvent.__init__(self, typeId, object.GetId()) self.evtType = [typeId] self.typeId = typeId self.object = object self.window = window def GetEventObject(self): return self.object def GetEventType(self): return self.typeId def GetWindow(self): return self.window class CustomGridCellEvent(CustomEvent): def __init__(self, typeId, object, row=-1, col=-1, window=None): CustomEvent.__init__(self, typeId, object, window) self.row = row self.col = col @property def Col(self): return self.col def GetRow(self): return self.row def GetCol(self): return self.col @property def Row(self): return self.row class FileDrop(wx.FileDropTarget): def __init__(self, drophandlers=None): wx.FileDropTarget.__init__(self) if drophandlers is None: drophandlers = {} self.drophandlers = drophandlers self.unsupported_handler = None def OnDropFiles(self, x, y, filenames): self._files = {} self._filenames = filenames for filename in filenames: name, ext = os.path.splitext(filename) if ext.lower() in self.drophandlers: self._files[ext.lower()] = filename if len(self._files): for key in self._files: self.drophandlers[key](self._files[key]) elif self.unsupported_handler: self.unsupported_handler() dispcalGUI-1.7.1.6/dispcalGUI/wxDisplayAdjustmentFrame.py000644 000765 000000 00000165304 12266411534 023167 0ustar00svpwheel000000 000000 # -*- coding: UTF-8 -*- """ Interactive display calibration UI """ import os import re import sys from wxaddons import wx from wx.lib import delayedresult from lib.agw import labelbook from lib.agw.fmresources import * from lib.agw.pygauge import PyGauge from lib.agw.artmanager import ArtManager from config import (get_data_path, get_icon_bundle, getbitmap, getcfg, setcfg, valid_values) from log import get_file_logger from meta import name as appname from ordereddict import OrderedDict from util_str import wrap from wxwindows import FlatShadedButton, numpad_keycodes import colormath import config import localization as lang BGCOLOUR = wx.Colour(0x33, 0x33, 0x33) BORDERCOLOUR = wx.Colour(0x22, 0x22, 0x22) FGCOLOUR = wx.Colour(0x99, 0x99, 0x99) CRT = True def get_panel(parent, size=wx.DefaultSize): panel = wx.Panel(parent, wx.ID_ANY, size=size) if "--debug" in sys.argv[1:]: from random import randint panel.SetBackgroundColour(wx.Colour(randint(0, 255), randint(0, 255), randint(0, 255))) get_panel.i += 1 wx.StaticText(panel, wx.ID_ANY, str(get_panel.i) + " " + str(size)) else: panel.SetBackgroundColour(BGCOLOUR) return panel get_panel.i = 0 def get_xy_vt_dE(groups): x = float(groups[0]) y = float(groups[1]) vt = "" dE = 0 if len(groups) > 2: vt = groups[2] or "" if groups[3]: dE = float(groups[3]) return x, y, vt, dE def set_label_and_size(txtctrl, label): txtctrl.SetMinSize((txtctrl.GetSize()[0], -1)) txtctrl.SetLabel(label) txtctrl.SetMinSize(txtctrl.GetSize()) class DisplayAdjustmentImageContainer(labelbook.ImageContainer): def __init__(self, parent, id=wx.ID_ANY, pos=wx.DefaultPosition, size=wx.DefaultSize, style=0, agwStyle=0, name="ImageContainer"): """ Override default agw ImageContainer to use BackgroundColour and ForegroundColour with no borders/labeltext and hilite image instead of hilite shading """ labelbook.ImageContainer.__init__(self, parent, id, pos, size, style, agwStyle, name) imagelist = wx.ImageList(84, 72) for img in ("tab_hilite", "tab_selected"): bmp = getbitmap("theme/%s" % img) imagelist.Add(bmp) self.stateimgs = imagelist def HitTest(self, pt): """ Returns the index of the tab at the specified position or ``wx.NOT_FOUND`` if ``None``, plus the flag style of L{HitTest}. :param `pt`: an instance of `wx.Point`, to test for hits. :return: The index of the tab at the specified position plus the hit test flag, which can be one of the following bits: ====================== ======= ================================ HitTest Flags Value Description ====================== ======= ================================ ``IMG_OVER_IMG`` 0 The mouse is over the tab icon ``IMG_OVER_PIN`` 1 The mouse is over the pin button ``IMG_OVER_EW_BORDER`` 2 The mouse is over the east-west book border ``IMG_NONE`` 3 Nowhere ====================== ======= ================================ """ if self.GetParent().GetParent().is_busy: return -1, IMG_NONE style = self.GetParent().GetAGWWindowStyleFlag() if style & INB_USE_PIN_BUTTON: if self._pinBtnRect.Contains(pt): return -1, IMG_OVER_PIN for i in xrange(len(self._pagesInfoVec)): if self._pagesInfoVec[i].GetPosition() == wx.Point(-1, -1): break if getcfg("measurement_mode") != "c" and i in self.GetParent().disabled_pages: continue # For Web Hover style, we test the TextRect if not self.HasAGWFlag(INB_WEB_HILITE): buttonRect = wx.RectPS((self._pagesInfoVec[i].GetPosition()[0], self._pagesInfoVec[i].GetPosition()[1] + i * 8), self._pagesInfoVec[i].GetSize()) else: buttonRect = self._pagesInfoVec[i].GetTextRect() if buttonRect.Contains(pt): return i, IMG_OVER_IMG if self.PointOnSash(pt): return -1, IMG_OVER_EW_BORDER else: return -1, IMG_NONE def OnPaint(self, event): """ Handles the ``wx.EVT_PAINT`` event for L{ImageContainer}. :param `event`: a `wx.PaintEvent` event to be processed. """ dc = wx.BufferedPaintDC(self) style = self.GetParent().GetAGWWindowStyleFlag() backBrush = wx.Brush(self.GetBackgroundColour()) if style & INB_BORDER: borderPen = wx.Pen(wx.SystemSettings_GetColour(wx.SYS_COLOUR_3DSHADOW)) else: borderPen = wx.TRANSPARENT_PEN size = self.GetSize() # Background dc.SetBrush(backBrush) borderPen.SetWidth(1) dc.SetPen(borderPen) dc.DrawRectangle(0, 0, size.x, size.y) bUsePin = (style & INB_USE_PIN_BUTTON and [True] or [False])[0] if bUsePin: # Draw the pin button clientRect = self.GetClientRect() pinRect = wx.Rect(clientRect.GetX() + clientRect.GetWidth() - 20, 2, 20, 20) self.DrawPin(dc, pinRect, not self._bCollapsed) if self._bCollapsed: return borderPen = wx.BLACK_PEN borderPen.SetWidth(1) dc.SetPen(borderPen) dc.DrawLine(0, size.y, size.x, size.y) dc.DrawPoint(0, size.y) clientSize = 0 bUseYcoord = (style & INB_RIGHT or style & INB_LEFT) if bUseYcoord: clientSize = size.GetHeight() else: clientSize = size.GetWidth() # We reserver 20 pixels for the 'pin' button # The drawing of the images start position. This is # depenedent of the style, especially when Pin button # style is requested if bUsePin: if style & INB_TOP or style & INB_BOTTOM: pos = (style & INB_BORDER and [0] or [1])[0] else: pos = (style & INB_BORDER and [20] or [21])[0] else: pos = (style & INB_BORDER and [0] or [1])[0] nPadding = 4 # Pad text with 2 pixels on the left and right nTextPaddingLeft = 2 count = 0 for i in xrange(len(self._pagesInfoVec)): if self.GetParent().GetParent().is_busy and i != self.GetParent().GetSelection(): continue if getcfg("measurement_mode") != "c" and i in self.GetParent().disabled_pages: continue count = count + 1 # incase the 'fit button' style is applied, we set the rectangle width to the # text width plus padding # Incase the style IS applied, but the style is either LEFT or RIGHT # we ignore it normalFont = wx.SystemSettings_GetFont(wx.SYS_DEFAULT_GUI_FONT) dc.SetFont(normalFont) textWidth, textHeight = dc.GetTextExtent(self._pagesInfoVec[i].GetCaption()) # Restore font to be normal normalFont.SetWeight(wx.FONTWEIGHT_NORMAL) dc.SetFont(normalFont) # Default values for the surronounding rectangle # around a button rectWidth = self._nImgSize # To avoid the recangle to 'touch' the borders rectHeight = self._nImgSize # Incase the style requires non-fixed button (fit to text) # recalc the rectangle width if style & INB_FIT_BUTTON and \ not ((style & INB_LEFT) or (style & INB_RIGHT)) and \ not self._pagesInfoVec[i].GetCaption() == "" and \ not (style & INB_SHOW_ONLY_IMAGES): rectWidth = ((textWidth + nPadding * 2) > rectWidth and [nPadding * 2 + textWidth] or [rectWidth])[0] # Make the width an even number if rectWidth % 2 != 0: rectWidth += 1 # Check that we have enough space to draw the button # If Pin button is used, consider its space as well (applicable for top/botton style) # since in the left/right, its size is already considered in 'pos' pinBtnSize = (bUsePin and [20] or [0])[0] if pos + rectWidth + pinBtnSize > clientSize: break # Calculate the button rectangle modRectWidth = ((style & INB_LEFT or style & INB_RIGHT) and [rectWidth - 2] or [rectWidth])[0] modRectHeight = ((style & INB_LEFT or style & INB_RIGHT) and [rectHeight] or [rectHeight - 2])[0] if bUseYcoord: buttonRect = wx.Rect(1, pos, modRectWidth, modRectHeight) else: buttonRect = wx.Rect(pos , 1, modRectWidth, modRectHeight) if bUseYcoord: rect = wx.Rect(0, pos, rectWidth, rectWidth) else: rect = wx.Rect(pos, 0, rectWidth, rectWidth) # Incase user set both flags: # INB_SHOW_ONLY_TEXT and INB_SHOW_ONLY_IMAGES # We override them to display both if style & INB_SHOW_ONLY_TEXT and style & INB_SHOW_ONLY_IMAGES: style ^= INB_SHOW_ONLY_TEXT style ^= INB_SHOW_ONLY_IMAGES self.GetParent().SetAGWWindowStyleFlag(style) # Draw the caption and text imgTopPadding = 0 if not style & INB_SHOW_ONLY_TEXT and self._pagesInfoVec[i].GetImageIndex() != -1: if bUseYcoord: imgXcoord = 0 imgYcoord = (style & INB_SHOW_ONLY_IMAGES and [pos] or [pos + imgTopPadding])[0] + (8 * (count - 1)) else: imgXcoord = pos + (rectWidth / 2) - (self._nImgSize / 2) imgYcoord = (style & INB_SHOW_ONLY_IMAGES and [self._nImgSize / 2] or [imgTopPadding])[0] if self._nHoeveredImgIdx == i: self.stateimgs.Draw(0, dc, 0, imgYcoord, wx.IMAGELIST_DRAW_TRANSPARENT, True) if self._nIndex == i: self.stateimgs.Draw(1, dc, 0, imgYcoord, wx.IMAGELIST_DRAW_TRANSPARENT, True) self._ImageList.Draw(self._pagesInfoVec[i].GetImageIndex(), dc, imgXcoord, imgYcoord, wx.IMAGELIST_DRAW_TRANSPARENT, True) # Draw the text if not style & INB_SHOW_ONLY_IMAGES and not self._pagesInfoVec[i].GetCaption() == "": dc.SetFont(normalFont) # Check if the text can fit the size of the rectangle, # if not truncate it fixedText = self._pagesInfoVec[i].GetCaption() if not style & INB_FIT_BUTTON or (style & INB_LEFT or (style & INB_RIGHT)): fixedText = self.FixTextSize(dc, self._pagesInfoVec[i].GetCaption(), self._nImgSize *2 - 4) # Update the length of the text textWidth, textHeight = dc.GetTextExtent(fixedText) if bUseYcoord: textOffsetX = ((rectWidth - textWidth) / 2 ) textOffsetY = (not style & INB_SHOW_ONLY_TEXT and [pos + self._nImgSize + imgTopPadding + 3] or \ [pos + ((self._nImgSize * 2 - textHeight) / 2 )])[0] else: textOffsetX = (rectWidth - textWidth) / 2 + pos + nTextPaddingLeft textOffsetY = (not style & INB_SHOW_ONLY_TEXT and [self._nImgSize + imgTopPadding + 3] or \ [((self._nImgSize * 2 - textHeight) / 2 )])[0] dc.SetTextForeground(self.GetForegroundColour()) dc.DrawText(fixedText, textOffsetX, textOffsetY) # Update the page info self._pagesInfoVec[i].SetPosition(buttonRect.GetPosition()) self._pagesInfoVec[i].SetSize(buttonRect.GetSize()) pos += rectWidth # Update all buttons that can not fit into the screen as non-visible #for ii in xrange(count, len(self._pagesInfoVec)): #self._pagesInfoVec[ii].SetPosition(wx.Point(-1, -1)) # Draw the pin button if bUsePin: clientRect = self.GetClientRect() pinRect = wx.Rect(clientRect.GetX() + clientRect.GetWidth() - 20, 2, 20, 20) self.DrawPin(dc, pinRect, not self._bCollapsed) class DisplayAdjustmentFlatImageBook(labelbook.FlatImageBook): def __init__(self, parent, id=wx.ID_ANY, pos=wx.DefaultPosition, size=wx.DefaultSize, style=0, agwStyle=0, name="FlatImageBook"): """ Override default agw ImageContainer to use BackgroundColour and ForegroundColour with no borders/labeltext and hilite image instead of hilite shading """ labelbook.FlatImageBook.__init__(self, parent, id, pos, size, style, agwStyle, name) def CreateImageContainer(self): return DisplayAdjustmentImageContainer(self, wx.ID_ANY, agwStyle=self.GetAGWWindowStyleFlag()) def SetAGWWindowStyleFlag(self, agwStyle): """ Sets the window style. :param `agwStyle`: can be a combination of the following bits: =========================== =========== ================================================== Window Styles Hex Value Description =========================== =========== ================================================== ``INB_BOTTOM`` 0x1 Place labels below the page area. Available only for L{FlatImageBook}. ``INB_LEFT`` 0x2 Place labels on the left side. Available only for L{FlatImageBook}. ``INB_RIGHT`` 0x4 Place labels on the right side. ``INB_TOP`` 0x8 Place labels above the page area. ``INB_BORDER`` 0x10 Draws a border around L{LabelBook} or L{FlatImageBook}. ``INB_SHOW_ONLY_TEXT`` 0x20 Shows only text labels and no images. Available only for L{LabelBook}. ``INB_SHOW_ONLY_IMAGES`` 0x40 Shows only tab images and no label texts. Available only for L{LabelBook}. ``INB_FIT_BUTTON`` 0x80 Displays a pin button to show/hide the book control. ``INB_DRAW_SHADOW`` 0x100 Draw shadows below the book tabs. Available only for L{LabelBook}. ``INB_USE_PIN_BUTTON`` 0x200 Displays a pin button to show/hide the book control. ``INB_GRADIENT_BACKGROUND`` 0x400 Draws a gradient shading on the tabs background. Available only for L{LabelBook}. ``INB_WEB_HILITE`` 0x800 On mouse hovering, tabs behave like html hyperlinks. Available only for L{LabelBook}. ``INB_NO_RESIZE`` 0x1000 Don't allow resizing of the tab area. ``INB_FIT_LABELTEXT`` 0x2000 Will fit the tab area to the longest text (or text+image if you have images) in all the tabs. =========================== =========== ================================================== """ self._agwStyle = agwStyle # Check that we are not in initialization process if self._bInitializing: return if not self._pages: return # Detach the windows attached to the sizer if self.GetSelection() >= 0: self._mainSizer.Detach(self._windows[self.GetSelection()]) self._mainSizer.Detach(self._pages) # Create new sizer with the requested orientaion className = self.GetName() if className == "LabelBook": self._mainSizer = wx.BoxSizer(wx.HORIZONTAL) else: if agwStyle & INB_LEFT or agwStyle & INB_RIGHT: self._mainSizer = wx.BoxSizer(wx.HORIZONTAL) else: self._mainSizer = wx.BoxSizer(wx.VERTICAL) self.SetSizer(self._mainSizer) # Add the tab container and the separator self._mainSizer.Add(self._pages, 0, wx.EXPAND) if className == "FlatImageBook": if agwStyle & INB_LEFT or agwStyle & INB_RIGHT: self._pages.SetSizeHints(self._pages._nImgSize + 24, -1) else: self._pages.SetSizeHints(-1, self._pages._nImgSize) # Attach the windows back to the sizer to the sizer if self.GetSelection() >= 0: self.DoSetSelection(self._windows[self.GetSelection()]) if agwStyle & INB_FIT_LABELTEXT: self.ResizeTabArea() self._mainSizer.Layout() dummy = wx.SizeEvent() wx.PostEvent(self, dummy) self._pages.Refresh() class DisplayAdjustmentPanel(wx.Panel): def __init__(self, parent=None, id=wx.ID_ANY, title="", ctrltype="luminance"): wx.Panel.__init__(self, parent, id) self.ctrltype = ctrltype self.SetBackgroundColour(BGCOLOUR) self.SetForegroundColour(FGCOLOUR) self.SetSizer(wx.BoxSizer(wx.VERTICAL)) self.title_txt = wx.StaticText(self, wx.ID_ANY, title) if sys.platform == "darwin": fontsize = 11 else: fontsize = 10 self.title_txt.SetFont(wx.Font(fontsize, wx.FONTFAMILY_DEFAULT, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_BOLD)) self.title_txt.SetForegroundColour(FGCOLOUR) self.GetSizer().Add(self.title_txt) self.sizer = wx.FlexGridSizer(0, 2, 0, 0) self.GetSizer().Add(self.sizer, flag=wx.TOP, border=8) self.gauges = OrderedDict() self.txt = OrderedDict() if ctrltype == "check_all": txt = wx.StaticText(self, wx.ID_ANY, lang.getstr("calibration.interactive_display_adjustment.check_all")) txt.SetForegroundColour(FGCOLOUR) txt.SetMaxFontSize(10) txt.Wrap(250) self.desc = txt self.GetSizer().Insert(1, txt, flag=wx.TOP, border=8) for name, lstr in (("luminance", "calibration.luminance"), ("black_level", "calibration.black_luminance"), ("white_point", "whitepoint"), ("black_point", "black_point")): bitmap = wx.StaticBitmap(self, wx.ID_ANY, getbitmap("theme/icons/16x16/%s" % name)) bitmap.SetToolTipString(lang.getstr(lstr)) self.add_txt(name, bitmap, 4) return if ctrltype.startswith("rgb"): if ctrltype == "rgb_offset": # CRT lstr = "calibration.interactive_display_adjustment.black_point.crt" else: lstr = "calibration.interactive_display_adjustment.white_point" txt = wx.StaticText(self, wx.ID_ANY, lang.getstr(lstr) + " " + lang.getstr("calibration.interactive_display_adjustment.generic_hint.plural")) txt.SetForegroundColour(FGCOLOUR) txt.SetMaxFontSize(10) txt.Wrap(250) self.desc = txt self.GetSizer().Insert(1, txt, flag=wx.TOP, border=8) self.sizer.Add((1, 4)) self.sizer.Add((1, 4)) self.add_marker() self.add_gauge("R", ctrltype + "_red", "R") self.sizer.Add((1, 4)) self.sizer.Add((1, 4)) self.add_gauge("G", ctrltype + "_green", "G") self.sizer.Add((1, 4)) self.sizer.Add((1, 4)) self.add_gauge("B", ctrltype + "_blue", "B") self.add_marker("btm") self.add_txt("rgb") else: txt = wx.StaticText(self, wx.ID_ANY, " ") txt.SetForegroundColour(FGCOLOUR) txt.SetMaxFontSize(10) txt.Wrap(250) self.desc = txt self.GetSizer().Insert(1, txt, flag=wx.TOP, border=8) self.sizer.Add((1, 4)) self.sizer.Add((1, 4)) self.add_marker() bitmapnames = {"rgb_offset": "black_level", "rgb_gain": "luminance"} lstrs = {"black_level": "calibration.black_luminance", "rgb_offset": "calibration.black_luminance", "rgb_gain": "calibration.luminance", "luminance": "calibration.luminance"} self.add_gauge("L", bitmapnames.get(ctrltype, ctrltype), lang.getstr(lstrs.get(ctrltype, ctrltype))) self.add_marker("btm") self.add_txt("luminance") def add_gauge(self, name="R", bitmapname=None, tooltip=None): if bitmapname == "black_level" or bitmapname.startswith("rgb_offset"): gaugecolors = {"R": (wx.Colour(102, 0, 0), wx.Colour(204, 0, 0)), "G": (wx.Colour(0, 102, 0), wx.Colour(0, 204, 0)), "B": (wx.Colour(0, 0, 102), wx.Colour(0, 0, 204)), "L": (wx.Colour(102, 102, 102), wx.Colour(204, 204, 204))} else: gaugecolors = {"R": (wx.Colour(153, 0, 0), wx.Colour(255, 0, 0)), "G": (wx.Colour(0, 153, 0), wx.Colour(0, 255, 0)), "B": (wx.Colour(0, 0, 153), wx.Colour(0, 0, 255)), "L": (wx.Colour(153, 153, 153), wx.Colour(255, 255, 255))} self.gauges[name] = PyGauge(self, size=(200, 8)) self.gauges[name].SetBackgroundColour(BORDERCOLOUR) self.gauges[name].SetBarGradient(gaugecolors[name]) self.gauges[name].SetBorderColour(BORDERCOLOUR) self.gauges[name].SetValue(0) if bitmapname: self.gauges[name].label = wx.StaticBitmap(self, wx.ID_ANY, getbitmap("theme/icons/16x16/%s" % bitmapname)) if tooltip: self.gauges[name].label.SetToolTipString(tooltip) else: self.gauges[name].label = wx.StaticText(self, wx.ID_ANY, name) self.gauges[name].label.SetForegroundColour(FGCOLOUR) self.sizer.Add(self.gauges[name].label, flag=wx.ALIGN_CENTER_VERTICAL | wx.RIGHT, border=8) self.sizer.Add(self.gauges[name], flag=wx.ALIGN_CENTER_VERTICAL) def add_marker(self, direction="top"): self.sizer.Add((1, 1)) self.sizer.Add(wx.StaticBitmap(self, bitmap=getbitmap("theme/marker_%s" % direction), size=(200, 10))) def add_txt(self, name, spacer=None, border=8): checkmark = wx.StaticBitmap(self, wx.ID_ANY, getbitmap("theme/icons/16x16/checkmark")) txtsizer = wx.BoxSizer(wx.HORIZONTAL) if spacer: self.sizer.Add(spacer, flag=wx.RIGHT | wx.ALIGN_CENTER_VERTICAL, border=8) txtsizer.Add(checkmark, flag=wx.RIGHT | wx.ALIGN_CENTER_VERTICAL, border=8) else: self.sizer.Add(checkmark, flag=wx.RIGHT | wx.TOP | wx.BOTTOM | wx.ALIGN_CENTER_VERTICAL, border=8) initial = lang.getstr("initial") current = lang.getstr("current") target = lang.getstr("target") strings = {len(initial): initial, len(current): current, len(target): target} longest = strings[max(strings.keys())] label = longest + u" x 0.0000 y 0.0000 VDT 0000K 0.0 \u0394E*00" checkmark.GetContainingSizer().Hide(checkmark) self.sizer.Add(txtsizer, flag=wx.TOP | wx.BOTTOM | wx.ALIGN_CENTER_VERTICAL, border=border) self.txt[name] = wx.StaticText(self, wx.ID_ANY, label) self.txt[name].SetForegroundColour(BGCOLOUR) self.txt[name].SetMaxFontSize(10) self.txt[name].checkmark = checkmark self.txt[name].spacer = spacer txtsizer.Add(self.txt[name]) self.txt[name].Fit() self.txt[name].SetMinSize((self.txt[name].GetSize()[0], self.txt[name].GetSize()[1] * 2)) def update_desc(self): if self.ctrltype in ("luminance", "black_level"): if self.ctrltype == "black_level": lstr = "calibration.interactive_display_adjustment.black_level.crt" elif getcfg("measurement_mode") == "c": # CRT lstr = "calibration.interactive_display_adjustment.white_level.crt" else: lstr = "calibration.interactive_display_adjustment.white_level.lcd" self.desc.SetLabel(lang.getstr(lstr) + " " + lang.getstr("calibration.interactive_display_adjustment.generic_hint.singular")) self.desc.Wrap(250) class DisplayAdjustmentFrame(wx.Frame): def __init__(self, parent=None, handler=None, keyhandler=None, start_timer=True): wx.Frame.__init__(self, parent, wx.ID_ANY, lang.getstr("calibration.interactive_display_adjustment"), style=wx.DEFAULT_FRAME_STYLE | wx.TAB_TRAVERSAL) self.SetIcons(get_icon_bundle([256, 48, 32, 16], appname)) self.SetBackgroundColour(BGCOLOUR) self.sizer = wx.FlexGridSizer(0, 3) self.sizer.AddGrowableCol(1) self.sizer.AddGrowableRow(2) self.SetSizer(self.sizer) # FlatImageNotebook self.lb = DisplayAdjustmentFlatImageBook(self, agwStyle=INB_LEFT | INB_SHOW_ONLY_IMAGES) self.lb.SetBackgroundColour(BGCOLOUR) self.add_panel((12, 12), flag=wx.EXPAND) self.add_panel((12, 12), flag=wx.EXPAND) self.add_panel((12, 12), flag=wx.EXPAND) self.add_panel((12, 12), flag=wx.EXPAND) self.sizer.Add(self.lb, 1, flag=wx.EXPAND) self.add_panel((12, 12), flag=wx.EXPAND) self.pagenum_2_argyll_key_num = {} # Page - black luminance self.page_black_luminance = DisplayAdjustmentPanel(self, wx.ID_ANY, lang.getstr("calibration.black_luminance"), "black_level") self.lb.AddPage(self.page_black_luminance, lang.getstr("calibration.black_luminance"), True, 0) self.pagenum_2_argyll_key_num[len(self.pagenum_2_argyll_key_num)] = "1" # Page - white point self.page_white_point = DisplayAdjustmentPanel(self, wx.ID_ANY, lang.getstr("whitepoint") + " / " + lang.getstr("calibration.luminance"), "rgb_gain") self.lb.AddPage(self.page_white_point, lang.getstr("whitepoint"), True, 1) self.pagenum_2_argyll_key_num[len(self.pagenum_2_argyll_key_num)] = "2" # Page - luminance self.page_luminance = DisplayAdjustmentPanel(self, wx.ID_ANY, lang.getstr("calibration.luminance")) self.lb.AddPage(self.page_luminance, lang.getstr("calibration.luminance"), True, 2) self.pagenum_2_argyll_key_num[len(self.pagenum_2_argyll_key_num)] = "3" # Page - black point self.page_black_point = DisplayAdjustmentPanel(self, wx.ID_ANY, lang.getstr("black_point") + " / " + lang.getstr("calibration.black_luminance"), "rgb_offset") self.lb.AddPage(self.page_black_point, lang.getstr("black_point"), True, 3) self.pagenum_2_argyll_key_num[len(self.pagenum_2_argyll_key_num)] = "4" # Page - check all self.page_check_all = DisplayAdjustmentPanel(self, wx.ID_ANY, lang.getstr("calibration.check_all"), "check_all") self.lb.AddPage(self.page_check_all, lang.getstr("calibration.check_all"), True, 4) self.pagenum_2_argyll_key_num[len(self.pagenum_2_argyll_key_num)] = "5" # Set colours on tab list self.lb.Children[0].SetBackgroundColour(BGCOLOUR) self.lb.Children[0].SetForegroundColour(FGCOLOUR) # Sound when measuring # Needs to be stereo! try: self.measurement_sound = wx.Sound(get_data_path("beep.wav") or "") except NotImplementedError: pass # Add buttons self.btnsizer = wx.BoxSizer(wx.HORIZONTAL) self.add_panel((12, 12), flag=wx.EXPAND) self.add_panel((12, 12), flag=wx.EXPAND) self.add_panel((12, 12), flag=wx.EXPAND) self.add_panel((12, 12), flag=wx.EXPAND) self.sizer.Add(self.btnsizer, flag=wx.ALIGN_RIGHT | wx.EXPAND) self.btnsizer.Add(get_panel(self, (2, 12)), 1, flag=wx.EXPAND) self.indicator_panel = get_panel(self, (22, 12)) self.indicator_panel.SetSizer(wx.BoxSizer(wx.HORIZONTAL)) self.indicator_panel.SetForegroundColour(FGCOLOUR) self.btnsizer.Add(self.indicator_panel, flag=wx.EXPAND) self.indicator_ctrl = wx.StaticBitmap(self.indicator_panel, wx.ID_ANY, getbitmap("10x10/empty"), size=(10, 10)) self.indicator_ctrl.SetForegroundColour(FGCOLOUR) self.indicator_panel.GetSizer().Add(self.indicator_ctrl, flag=wx.ALIGN_CENTER_VERTICAL) self.indicator_panel.GetSizer().Add(get_panel(self.indicator_panel, (10, 12)), flag=wx.EXPAND) self.create_start_interactive_adjustment_button() self.adjustment_btn.SetDefault() self.btnsizer.Add(get_panel(self, (6, 12)), flag=wx.EXPAND) if getcfg("measurement.play_sound"): bitmap = getbitmap("theme/icons/16x16/sound_volume_full") else: bitmap = getbitmap("theme/icons/16x16/sound_off") self.sound_on_off_btn = self.create_gradient_button(bitmap, "", name="sound_on_off_btn") self.sound_on_off_btn.SetToolTipString(lang.getstr("measurement.play_sound")) self.sound_on_off_btn.Bind(wx.EVT_BUTTON, self.measurement_play_sound_handler) self.btnsizer.Add(get_panel(self, (12, 12)), flag=wx.EXPAND) self.calibration_btn = self.create_gradient_button(getbitmap("theme/icons/10x10/skip"), " " + lang.getstr("calibration.start"), name="calibration_btn") self.calibration_btn.Bind(wx.EVT_BUTTON, self.continue_to_calibration) self.calibration_btn.Disable() self.add_panel((12, 12), flag=wx.EXPAND) self.add_panel((12, 12), flag=wx.EXPAND) self.add_panel((12, 12), flag=wx.EXPAND) self.add_panel((12, 12), flag=wx.EXPAND) self.keyhandler = keyhandler if sys.platform in ("darwin", "win32"): # Use an accelerator table for space, 0-9, A-Z, numpad keycodes = [ord(" ")] + range(ord("0"), ord("9")) + range(ord("A"), ord("Z")) + numpad_keycodes self.id_to_keycode = {} for keycode in keycodes: self.id_to_keycode[wx.NewId()] = keycode accels = [] for id, keycode in self.id_to_keycode.iteritems(): self.Bind(wx.EVT_MENU, self.key_handler, id=id) accels += [(wx.ACCEL_NORMAL, keycode, id)] self.SetAcceleratorTable(wx.AcceleratorTable(accels)) else: self.Bind(wx.EVT_CHAR_HOOK, self.key_handler) # Event handlers self.Bind(wx.EVT_CLOSE, self.OnClose, self) self.Bind(wx.EVT_MOVE, self.OnMove, self) self.timer = wx.Timer(self) if handler: self.Bind(wx.EVT_TIMER, handler, self.timer) self.Bind(labelbook.EVT_IMAGENOTEBOOK_PAGE_CHANGING, self.OnPageChanging) self.Bind(wx.EVT_WINDOW_DESTROY, self.OnDestroy, self) # Final initialization steps self.logger = get_file_logger("adjust") self._setup(True) self.Show() if start_timer: self.start_timer() def EndModal(self, returncode=wx.ID_OK): return returncode def MakeModal(self, makemodal=False): pass def OnClose(self, event): #if getattr(self, "measurement_play_sound_ctrl", None): #setcfg("measurement.play_sound", #int(self.measurement_play_sound_ctrl.GetValue())) config.writecfg() if not self.timer.IsRunning(): self.Destroy() else: self.keepGoing = False def OnDestroy(self, event): self.stop_timer() del self.timer def OnMove(self, event): if self.IsShownOnScreen() and not self.IsIconized() and \ (not self.GetParent() or not self.GetParent().IsShownOnScreen()): prev_x = getcfg("position.progress.x") prev_y = getcfg("position.progress.y") x, y = self.GetScreenPosition() if x != prev_x or y != prev_y: setcfg("position.progress.x", x) setcfg("position.progress.y", y) def OnPageChanging(self, event): oldsel = event.GetOldSelection() newsel = event.GetSelection() self.abort() event.Skip() def Pulse(self, msg=""): if ((msg in (lang.getstr("instrument.initializing"), lang.getstr("instrument.calibrating"), lang.getstr("please_wait"), lang.getstr("aborting")) or msg == " " * 4 or "error" in msg.lower() or "failed" in msg.lower() or msg.startswith(lang.getstr("webserver.waiting"))) and msg != self.lastmsg): self.lastmsg = msg self.Freeze() for txt in self.lb.GetCurrentPage().txt.itervalues(): txt.checkmark.GetContainingSizer().Hide(txt.checkmark) txt.SetLabel(" ") txt = self.lb.GetCurrentPage().txt.values()[0] if txt.GetLabel() != wrap(msg, 46): txt.SetLabel(wrap(msg, 46)) txt.SetForegroundColour(FGCOLOUR) self.Thaw() return self.keepGoing, False def Resume(self): self.keepGoing = True def Update(self, value, msg=""): return self.Pulse(msg) def UpdatePulse(self, msg=""): return self.Pulse(msg) def _assign_image_list(self): imagelist = wx.ImageList(72, 72) modes = {CRT: {"black_luminance": "luminance", "luminance": "contrast"}} for img in ("black_luminance", "white_point", "luminance", "black_point", "check_all"): img = modes.get(getcfg("measurement_mode") == "c", {}).get(img, img) bmp = getbitmap("theme/icons/72x72/%s" % img) imagelist.Add(bmp) self.lb.AssignImageList(imagelist) def _setup(self, init=False): self.logger.info("-" * 80) self.cold_run = True self.is_busy = None self.is_measuring = None self.keepGoing = True self.lastmsg = "" self.target_br = None self._assign_image_list() if getcfg("measurement_mode") == "c": self.lb.disabled_pages = tuple() self.lb.SetSelection(0) else: self.lb.disabled_pages = (0, 3) self.lb.SetSelection(1) # Update black luminance page description self.lb.GetPage(0).update_desc() # Update white luminance page description self.lb.GetPage(2).update_desc() # Set size min_h = (72 + 8) * (self.lb.GetPageCount() - len(self.lb.disabled_pages)) + 2 - 8 if init: self.lb.SetMinSize((350, min_h)) self.lb.SetMinSize((self.lb.GetMinSize()[0], max(self.lb.GetMinSize()[1], min_h))) self.lb.GetCurrentPage().Fit() self.lb.GetCurrentPage().Layout() self.lb.Fit() self.lb.Layout() self.SetMinSize((0, 0)) self.Fit() self.Layout() # The button sizer will be as wide as the labelbook or wider, # so use it as reference w = self.btnsizer.GetSize()[0] - 84 - 12 for pagenum in xrange(0, self.lb.GetPageCount()): page = self.lb.GetPage(pagenum) page.SetSize((w, -1)) page.desc.SetLabel(page.desc.GetLabel().replace("\n", " ")) page.desc.Wrap(w) bitmaps = {"black_level": {CRT: "luminance", not CRT: "black_level"}, "luminance": {CRT: "contrast", not CRT: "luminance"}} if page.ctrltype == "check_all": for name in bitmaps: bitmap = bitmaps.get(name).get(getcfg("measurement_mode") == "c") page.txt[name].spacer.SetBitmap(getbitmap("theme/icons/16x16/" + bitmap)) else: ctrltype = {"rgb_offset": "black_level", "rgb_gain": "luminance"}.get(page.ctrltype, page.ctrltype) bitmap = bitmaps.get(ctrltype).get(getcfg("measurement_mode") == "c") page.gauges["L"].label.SetBitmap(getbitmap("theme/icons/16x16/" + bitmap)) page.Fit() page.Layout() for txt in page.txt.itervalues(): txt.SetLabel(" ") self.lb.SetMinSize((self.lb.GetMinSize()[0], max(self.lb.GetCurrentPage().GetSize()[1], min_h))) self.Fit() self.Layout() self.SetSize((self.GetSize()[0], self.GetSize()[1])) self.SetMinSize(self.GetSize()) # Set position placed = False if self.GetParent(): if self.GetParent().IsShownOnScreen(): self.Center() placed = True else: x = getcfg("position.progress.x", False) or self.GetParent().GetScreenPosition()[0] y = getcfg("position.progress.y", False) or self.GetParent().GetScreenPosition()[1] else: x = getcfg("position.progress.x") y = getcfg("position.progress.y") if not placed: self.SetSaneGeometry(x, y) def abort(self): if self.has_worker_subprocess(): if self.is_measuring: self.worker.safe_send(" ") def abort_and_send(self, key): self.abort() if self.has_worker_subprocess(): if self.worker.safe_send(key): self.is_busy = True self.adjustment_btn.Disable() self.calibration_btn.Disable() def add_panel(self, size=wx.DefaultSize, flag=0): panel = get_panel(self, size) self.sizer.Add(panel, flag=flag) return panel def continue_to_calibration(self, event=None): self.abort_and_send("7") def create_start_interactive_adjustment_button(self, icon="play", enable=False, startstop="start"): if getattr(self, "adjustment_btn", None): self.adjustment_btn._bitmap = getbitmap("theme/icons/10x10/%s" % icon) self.adjustment_btn.SetLabel(" " + lang.getstr("calibration.interactive_display_adjustment.%s" % startstop)) self.adjustment_btn.Enable(enable) return self.adjustment_btn = self.create_gradient_button(getbitmap("theme/icons/10x10/%s" % icon), " " + lang.getstr("calibration.interactive_display_adjustment.%s" % startstop), name="adjustment_btn") self.adjustment_btn.Bind(wx.EVT_BUTTON, self.start_interactive_adjustment) self.adjustment_btn.Enable(enable) def create_gradient_button(self, bitmap, label, name): btn = FlatShadedButton(self, bitmap=bitmap, label=label, name=name, fgcolour=FGCOLOUR) self.btnsizer.Add(btn) self.btnsizer.Layout() return btn def flush(self): pass def has_worker_subprocess(self): return bool(getattr(self, "worker", None) and getattr(self.worker, "subprocess", None)) def isatty(self): return True def key_handler(self, event): #print {wx.EVT_CHAR.typeId: 'EVT_CHAR', #wx.EVT_CHAR_HOOK.typeId: 'EVT_CHAR_HOOK', #wx.EVT_KEY_DOWN.typeId: 'EVT_KEY_DOWN', #wx.EVT_MENU.typeId: 'EVT_MENU'}.get(event.GetEventType(), #event.GetEventType()) keycode = None if event.GetEventType() in (wx.EVT_CHAR.typeId, wx.EVT_CHAR_HOOK.typeId, wx.EVT_KEY_DOWN.typeId): keycode = event.GetKeyCode() elif event.GetEventType() == wx.EVT_MENU.typeId: keycode = self.id_to_keycode.get(event.GetId()) if keycode is not None: #print chr(keycode) if keycode == ord(" "): if (event.GetEventType() != wx.EVT_MENU.typeId or not isinstance(self.FindFocus(), FlatShadedButton) or self.FindFocus() == self.adjustment_btn): if self.is_measuring: self.abort() else: self.start_interactive_adjustment() elif keycode in [ord(str(c)) for c in range(1, 6)]: key_num = chr(keycode) pagenum = dict(zip(self.pagenum_2_argyll_key_num.values(), self.pagenum_2_argyll_key_num.keys())).get(key_num) if getcfg("measurement_mode") != "c" or pagenum not in self.lb.disabled_pages: if pagenum is not None and not self.is_measuring: self.lb.SetSelection(pagenum) self.start_interactive_adjustment() elif keycode in (ord("\x1b"), ord("7"), ord("8"), ord("Q"), ord("q")): if self.keyhandler: self.keyhandler(event) elif self.has_worker_subprocess(): self.worker.safe_send(chr(keycode)) else: event.Skip() else: event.Skip() else: event.Skip() def measurement_play_sound_handler(self, event): #self.measurement_play_sound_ctrl.SetValue(not self.measurement_play_sound_ctrl.GetValue()) setcfg("measurement.play_sound", int(not(bool(getcfg("measurement.play_sound"))))) if getcfg("measurement.play_sound"): bitmap = getbitmap("theme/icons/16x16/sound_volume_full") else: bitmap = getbitmap("theme/icons/16x16/sound_off") self.sound_on_off_btn._bitmap = bitmap def parse_txt(self, txt): colors = {True: wx.Colour(0x33, 0xcc, 0x0), False: FGCOLOUR} if not txt: return self.logger.info("%r" % txt) if "Setting up the instrument" in txt: self.Pulse(lang.getstr("instrument.initializing")) if "/ Current" in txt: indicator = getbitmap("theme/icons/10x10/record") else: indicator = getbitmap("theme/icons/10x10/record_outline") target_br = re.search("Target white brightness = (\d+(?:\.\d+)?)".replace(" ", "\s+"), txt, re.I) if getcfg("measurement_mode") == "c": target_bl = re.search("Target Near Black = (\d+(?:\.\d+)?), Current = (\d+(?:\.\d+)?)".replace(" ", "\s+"), txt, re.I) if target_bl: self.lb.GetCurrentPage().target_bl = ["Target", float(target_bl.groups()[0])] initial_br = re.search("(Initial|Target)(?: Br)? (\d+(?:\.\d+)?)\s*(?:, x (\d+(?:\.\d+)?)\s*, y (\d+(?:\.\d+)?)(?:\s*, (?:(V[CD]T \d+K?) )?DE(?: 2K)? (\d+(?:\.\d+)?))?|$)".replace(" ", "\s+"), txt, re.I) current_br = None current_bl = None if target_br and not getattr(self, "target_br", None): self.target_br = ["Target", float(target_br.groups()[0])] if initial_br: self.lb.GetCurrentPage().initial_br = [initial_br.groups()[0], float(initial_br.groups()[1])] + list(initial_br.groups()[2:]) if self.lb.GetCurrentPage().ctrltype != "check_all": current_br = re.search("Current(?: Br)? (\d+(?:\.\d+)?)".replace(" ", "\s+"), txt, re.I) else: current_br = re.search("Target Brightness = (?:\d+(?:\.\d+)?), Current = (\d+(?:\.\d+)?)".replace(" ", "\s+"), txt, re.I) if not current_br: current_br = re.search("Current Brightness = (\d+(?:\.\d+)?)".replace(" ", "\s+"), txt, re.I) if getcfg("measurement_mode") == "c": if target_bl: current_bl = float(target_bl.groups()[1]) else: current_bl = re.search("Black = XYZ (?:\d+(?:\.\d+)?) (\d+(?:\.\d+)?) (?:\d+(?:\.\d+)?)".replace(" ", "\s+"), txt, re.I) if current_bl: current_bl = float(current_bl.groups()[0]) xy_dE_rgb = re.search("x (\d+(?:\.\d+)?)[=+-]*, y (\d+(?:\.\d+)?)[=+-]*,? (?:(V[CD]T \d+K?) )?DE(?: 2K)? (\d+(?:\.\d+)?) R([=+-]+) G([=+-]+) B([=+-]+)".replace(" ", "\s+"), txt, re.I) white_xy_dE_re = "(?:Target white = x (?:\d+(?:\.\d+)?), y (?:\d+(?:\.\d+)?), Current|Current white) = x (\d+(?:\.\d+)?), y (\d+(?:\.\d+)?), (?:(?:(V[CD]T \d+K?) )?DE(?: 2K)?|error =) (\d+(?:\.\d+)?)".replace(" ", "\s+") white_xy_dE = re.search(white_xy_dE_re, txt, re.I) black_xy_dE = re.search(white_xy_dE_re.replace("white", "black"), txt, re.I) white_xy_target = re.search("Target white = x (\d+(?:\.\d+)?), y (\d+(?:\.\d+)?)".replace(" ", "\s+"), txt, re.I) black_xy_target = re.search("Target black = x (\d+(?:\.\d+)?), y (\d+(?:\.\d+)?)".replace(" ", "\s+"), txt, re.I) if current_br or current_bl or xy_dE_rgb or white_xy_dE or black_xy_dE: self.Freeze() #for t in ("target_br", "target_bl", "initial_br", "current_br", "current_bl"): #if locals()[t]: #print "\n" + t, locals()[t].groups(), if current_br: initial_br = getattr(self.lb.GetCurrentPage(), "initial_br", None) if self.lb.GetCurrentPage().ctrltype in ("rgb_gain", "luminance", "check_all"): target_br = getattr(self, "target_br", None) else: target_br = None if self.lb.GetCurrentPage().ctrltype == "rgb_gain" and initial_br: initial_br = ["Initial"] + initial_br[1:] compare_br = target_br or initial_br or ("Initial", float(current_br.groups()[0])) lstr = (compare_br[0]).lower() if compare_br[1]: percent = 100.0 / compare_br[1] else: percent = 100.0 l_diff = float(current_br.groups()[0]) - compare_br[1] l = int(round(50 + l_diff * percent)) if self.lb.GetCurrentPage().gauges.get("L"): self.lb.GetCurrentPage().gauges["L"].SetValue(min(max(l, 1), 100)) self.lb.GetCurrentPage().gauges["L"].Refresh() if self.lb.GetCurrentPage().txt.get("luminance"): if initial_br or target_br: #and round(l_diff, 2): if round(l_diff, 2) > 0: sign = "+" elif round(l_diff, 2) < 0: sign = "-" else: sign = u"\u00B1" # plusminus label = u"%s %.2f cd/m\u00b2\n%s %.2f cd/m\u00b2 (%s%.2f%%)" % (lang.getstr(lstr), compare_br[1], lang.getstr("current"), float(current_br.groups()[0]), sign, abs(l_diff) * percent) else: label = lang.getstr("current") + u" %.2f cd/m\u00b2" % float(current_br.groups()[0]) self.lb.GetCurrentPage().txt["luminance"].checkmark.GetContainingSizer().Show(self.lb.GetCurrentPage().txt["luminance"].checkmark, lstr == "target" and abs(l_diff) * percent <= 1) self.lb.GetCurrentPage().txt["luminance"].SetForegroundColour(colors[lstr == "target" and abs(l_diff) * percent <= 1]) set_label_and_size(self.lb.GetCurrentPage().txt["luminance"], label) if current_bl and self.lb.GetCurrentPage().txt.get("black_level"): target_bl = getattr(self.lb.GetCurrentPage(), "target_bl", None) or getattr(self.lb.GetCurrentPage(), "initial_br", None) if target_bl: percent = 100.0 / target_bl[1] if target_bl: #and round(target_bl[1], 2) != round(current_bl, 2): l_diff = current_bl - target_bl[1] if round(l_diff, 2) > 0: sign = "+" elif round(l_diff, 2) < 0: sign = "-" else: sign = u"\u00B1" # plusminus label = u"%s %.2f cd/m\u00b2\n%s %.2f cd/m\u00b2 (%s%.2f%%)" % (lang.getstr("target"), target_bl[1], lang.getstr("current"), current_bl, sign, abs(l_diff) * percent) else: if target_bl: l_diff = 0 else: l_diff = None label = lang.getstr("current") + u" %.2f cd/m\u00b2" % current_bl self.lb.GetCurrentPage().txt["black_level"].checkmark.GetContainingSizer().Show(self.lb.GetCurrentPage().txt["black_level"].checkmark, l_diff is not None and abs(l_diff) * percent <= 1) self.lb.GetCurrentPage().txt["black_level"].SetForegroundColour(colors[l_diff is not None and abs(l_diff) * percent <= 1]) set_label_and_size(self.lb.GetCurrentPage().txt["black_level"], label) # groups()[0] = x # groups()[1] = y # groups()[2] = VDT/VCT (optional) # groups()[3] = dE # groups()[4] = R +- # groups()[5] = G +- # groups()[6] = B +- if xy_dE_rgb: x, y, vdt, dE = get_xy_vt_dE(xy_dE_rgb.groups()) r = int(round(50 - (xy_dE_rgb.groups()[4].count("+") - xy_dE_rgb.groups()[4].count("-")) * (dE))) g = int(round(50 - (xy_dE_rgb.groups()[5].count("+") - xy_dE_rgb.groups()[5].count("-")) * (dE))) b = int(round(50 - (xy_dE_rgb.groups()[6].count("+") - xy_dE_rgb.groups()[6].count("-")) * (dE))) if self.lb.GetCurrentPage().gauges.get("R"): self.lb.GetCurrentPage().gauges["R"].SetValue(min(max(r, 1), 100)) self.lb.GetCurrentPage().gauges["R"].Refresh() if self.lb.GetCurrentPage().gauges.get("G"): self.lb.GetCurrentPage().gauges["G"].SetValue(min(max(g, 1), 100)) self.lb.GetCurrentPage().gauges["G"].Refresh() if self.lb.GetCurrentPage().gauges.get("B"): self.lb.GetCurrentPage().gauges["B"].SetValue(min(max(b, 1), 100)) self.lb.GetCurrentPage().gauges["B"].Refresh() if self.lb.GetCurrentPage().txt.get("rgb"): self.lb.GetCurrentPage().txt["rgb"].checkmark.GetContainingSizer().Show(self.lb.GetCurrentPage().txt["rgb"].checkmark, abs(dE) <= 1) self.lb.GetCurrentPage().txt["rgb"].SetForegroundColour(colors[abs(dE) <= 1]) label = (lang.getstr("current") + u" x %.4f y %.4f %s %.1f \u0394E*00" % (x, y, vdt, dE)).replace(" ", " ") initial_br = getattr(self.lb.GetCurrentPage(), "initial_br", None) if initial_br and len(initial_br) > 3: x, y, vdt, dE = get_xy_vt_dE(initial_br[2:]) label = (lang.getstr(initial_br[0].lower()) + u" x %.4f y %.4f %s %.1f \u0394E*00\n" % (x, y, vdt, dE)).replace(" ", " ") + label set_label_and_size(self.lb.GetCurrentPage().txt["rgb"], label) if white_xy_dE: x, y, vdt, dE = get_xy_vt_dE(white_xy_dE.groups()) if self.lb.GetCurrentPage().txt.get("white_point"): self.lb.GetCurrentPage().txt["white_point"].checkmark.GetContainingSizer().Show(self.lb.GetCurrentPage().txt["white_point"].checkmark, abs(dE) <= 1) self.lb.GetCurrentPage().txt["white_point"].SetForegroundColour(colors[abs(dE) <= 1]) label = (lang.getstr("current") + u" x %.4f y %.4f %s %.1f \u0394E*00" % (x, y, vdt, dE)).replace(" ", " ") if white_xy_target: x, y, vdt, dE = get_xy_vt_dE(white_xy_target.groups()) label = (lang.getstr("target") + u" x %.4f y %.4f\n" % (x, y)).replace(" ", " ") + label set_label_and_size(self.lb.GetCurrentPage().txt["white_point"], label) if black_xy_dE: x, y, vdt, dE = get_xy_vt_dE(black_xy_dE.groups()) if self.lb.GetCurrentPage().txt.get("white_point"): self.lb.GetCurrentPage().txt["black_point"].checkmark.GetContainingSizer().Show(self.lb.GetCurrentPage().txt["black_point"].checkmark, abs(dE) <= 1) self.lb.GetCurrentPage().txt["black_point"].SetForegroundColour(colors[abs(dE) <= 1]) label = (lang.getstr("current") + u" x %.4f y %.4f %s %.1f \u0394E*00" % (x, y, vdt, dE)).replace(" ", " ") if black_xy_target: x, y, vdt, dE = get_xy_vt_dE(black_xy_target.groups()) label = (lang.getstr("target") + u" x %.4f y %.4f\n" % (x, y)).replace(" ", " ") + label set_label_and_size(self.lb.GetCurrentPage().txt["black_point"], label) if ((current_br or current_bl or xy_dE_rgb) and self.lb.GetCurrentPage().ctrltype != "check_all"): if (getattr(self, "measurement_sound", None) and #self.measurement_play_sound_ctrl.GetValue() and getcfg("measurement.play_sound") and self.measurement_sound.IsOk()): self.measurement_sound.Play(wx.SOUND_ASYNC) self.indicator_ctrl.SetBitmap(indicator) self.btnsizer.Layout() if current_br or current_bl or xy_dE_rgb or white_xy_dE or black_xy_dE: self.lb.GetCurrentPage().Layout() self.Thaw() if "Press 1 .. 7" in txt or "8) Exit" in txt: if self.cold_run: self.cold_run = False self.Pulse(" " * 4) if self.is_measuring is not False: self.lb.Children[0].Refresh() if self.is_measuring is True: self.create_start_interactive_adjustment_button(enable=True) else: self.adjustment_btn.Enable() self.is_busy = False self.is_measuring = False self.indicator_ctrl.SetBitmap(getbitmap("10x10/empty")) self.calibration_btn.Enable() self.lb.SetFocus() # Make frame receive EVT_CHAR_HOOK events under Linux elif "initial measurements" in txt or "check measurements" in txt: self.is_busy = True self.lb.Children[0].Refresh() self.Pulse(lang.getstr("please_wait")) if not self.is_measuring: self.create_start_interactive_adjustment_button("pause", True, "stop") self.is_measuring = True self.lb.SetFocus() # Make frame receive EVT_CHAR_HOOK events under Linux #self.SetTitle("is_measuring %s timer.IsRunning %s keepGoing %s" % #(str(self.is_measuring), self.timer.IsRunning(), self.keepGoing)) def reset(self): self.Freeze() self._setup() # Reset controls for pagenum in xrange(0, self.lb.GetPageCount()): page = self.lb.GetPage(pagenum) page.initial_br = None page.target_bl = None for name in ("R", "G", "B", "L"): if page.gauges.get(name): page.gauges[name].SetValue(0) page.gauges[name].Refresh() for txt in page.txt.itervalues(): txt.checkmark.GetContainingSizer().Hide(txt.checkmark) txt.SetForegroundColour(FGCOLOUR) self.create_start_interactive_adjustment_button() self.calibration_btn.Disable() self.Thaw() def start_interactive_adjustment(self, event=None): if self.is_measuring: self.abort() else: self.abort_and_send(self.pagenum_2_argyll_key_num[self.lb.GetSelection()]) def start_timer(self, ms=50): self.timer.Start(ms) def stop_timer(self): self.timer.Stop() def write(self, txt): wx.CallAfter(self.parse_txt, txt) if __name__ == "__main__": from thread import start_new_thread from time import sleep class Subprocess(): def send(self, bytes): start_new_thread(test, (bytes,)) class Worker(object): def __init__(self): self.subprocess = Subprocess() def safe_send(self, bytes): self.subprocess.send(bytes) return True config.initcfg() lang.init() app = wx.App(0) if "--crt" in sys.argv[1:]: setcfg("measurement_mode", "c") else: setcfg("measurement_mode", "l") frame = DisplayAdjustmentFrame(start_timer=False) frame.worker = Worker() frame.Show() i = 0 def test(bytes=None): global i # 0 = dispcal -v -yl # 1 = dispcal -v -yl -b130 # 2 = dispcal -v -yl -B0.5 # 3 = dispcal -v -yl -t5200 # 4 = dispcal -v -yl -t5200 -b130 -B0.5 menu = r""" Press 1 .. 7 1) Black level (CRT: Offset/Brightness) 2) White point (Color temperature, R,G,B, Gain/Contrast) 3) White level (CRT: Gain/Contrast, LCD: Brightness/Backlight) 4) Black point (R,G,B, Offset/Brightness) 5) Check all 6) Measure and set ambient for viewing condition adjustment 7) Continue on to calibration 8) Exit """ if bytes == " ": txt = "\n" + menu elif bytes == "1": # Black level txt = [r"""Doing some initial measurements Black = XYZ 0.19 0.20 0.28 Grey = XYZ 27.20 27.79 24.57 White = XYZ 126.48 128.71 112.75 Adjust CRT brightness to get target level. Press space when done. Target 1.29 / Current 2.02 -""", r"""Doing some initial measurements Black = XYZ 0.19 0.20 0.29 Grey = XYZ 27.11 27.76 24.72 White = XYZ 125.91 128.38 113.18 Adjust CRT brightness to get target level. Press space when done. Target 1.28 / Current 2.02 -""", r"""Doing some initial measurements Black = XYZ 0.19 0.21 0.28 Grey = XYZ 27.08 27.72 24.87 White = XYZ 125.47 127.86 113.60 Adjust CRT brightness to get target level. Press space when done. Target 1.28 / Current 2.02 -""", r"""Doing some initial measurements Black = XYZ 0.19 0.20 0.29 Grey = XYZ 27.11 27.77 25.01 White = XYZ 125.21 127.80 113.90 Adjust CRT brightness to get target level. Press space when done. Target 1.28 / Current 2.03 -""", r"""Doing some initial measurements Black = XYZ 0.19 0.20 0.30 Grey = XYZ 23.56 24.14 21.83 White = XYZ 124.87 130.00 112.27 Adjust CRT brightness to get target level. Press space when done. Target 1.28 / Current 1.28"""][i] elif bytes == "2": # White point txt = [r"""Doing some initial measurements Red = XYZ 81.08 39.18 2.41 Green = XYZ 27.63 80.13 10.97 Blue = XYZ 18.24 9.90 99.75 White = XYZ 126.53 128.96 112.57 Adjust R,G & B gain to desired white point. Press space when done. Initial Br 128.96, x 0.3438 , y 0.3504 , VDT 5152K DE 2K 4.7 / Current Br 128.85, x 0.3439-, y 0.3502+ VDT 5151K DE 2K 4.8 R- G++ B-""", r"""Doing some initial measurements Red = XYZ 80.48 38.87 2.43 Green = XYZ 27.58 79.99 10.96 Blue = XYZ 18.34 9.93 100.24 White = XYZ 125.94 128.32 113.11 Adjust R,G & B gain to desired white point. Press space when done. Initial Br 130.00, x 0.3428 , y 0.3493 , VDT 5193K DE 2K 4.9 / Current Br 128.39, x 0.3428-, y 0.3496+ VDT 5190K DE 2K 4.7 R- G++ B-""", r"""Doing some initial measurements Red = XYZ 80.01 38.57 2.44 Green = XYZ 27.51 79.85 10.95 Blue = XYZ 18.45 9.94 100.77 White = XYZ 125.48 127.88 113.70 Adjust R,G & B gain to desired white point. Press space when done. Initial Br 127.88, x 0.3419 , y 0.3484 , VDT 5232K DE 2K 5.0 / Current Br 127.87, x 0.3419-, y 0.3485+ VDT 5231K DE 2K 4.9 R- G++ B-""", r"""Doing some initial measurements Red = XYZ 79.69 38.48 2.44 Green = XYZ 27.47 79.76 10.95 Blue = XYZ 18.50 9.95 101.06 White = XYZ 125.08 127.71 113.91 Adjust R,G & B gain to get target x,y. Press space when done. Target Br 127.71, x 0.3401 , y 0.3540 / Current Br 127.70, x 0.3412-, y 0.3481+ DE 4.8 R- G++ B-""", r"""Doing some initial measurements Red = XYZ 79.47 38.41 2.44 Green = XYZ 27.41 79.72 10.94 Blue = XYZ 18.52 9.96 101.20 White = XYZ 124.87 130.00 112.27 Adjust R,G & B gain to get target x,y. Press space when done. Target Br 130.00, x 0.3401 , y 0.3540 / Current Br 130.00, x 0.3401=, y 0.3540= DE 0.0 R= G= B="""][i] elif bytes == "3": # White level txt = [r"""Doing some initial measurements White = XYZ 126.56 128.83 112.65 Adjust CRT Contrast or LCD Brightness to desired level. Press space when done. Initial 128.83 / Current 128.85""", r"""Doing some initial measurements White = XYZ 125.87 128.23 113.43 Adjust CRT Contrast or LCD Brightness to get target level. Press space when done. Target 130.00 / Current 128.24 +""", r"""Doing some initial measurements White = XYZ 125.33 127.94 113.70 Adjust CRT Contrast or LCD Brightness to desired level. Press space when done. Initial 127.94 / Current 127.88""", r"""Doing some initial measurements White = XYZ 125.00 127.72 114.03 Adjust CRT Contrast or LCD Brightness to desired level. Press space when done. Initial 127.72 / Current 127.69""", r"""Doing some initial measurements White = XYZ 124.87 130.00 112.27 Adjust CRT Contrast or LCD Brightness to get target level. Press space when done. Target 130.00 / Current 130.00"""][i] elif bytes == "4": # Black point txt = [r"""Doing some initial measurements Black = XYZ 0.19 0.21 0.29 Grey = XYZ 27.25 27.83 24.52 White = XYZ 126.60 128.86 112.54 Adjust R,G & B offsets to get target x,y. Press space when done. Target Br 1.29, x 0.3440 , y 0.3502 / Current Br 2.03, x 0.3409+, y 0.3484+ DE 1.7 R++ G+ B-""", r"""Doing some initial measurements Black = XYZ 0.19 0.21 0.29 Grey = XYZ 27.19 27.87 24.94 White = XYZ 125.83 128.16 113.57 Adjust R,G & B offsets to get target x,y. Press space when done. Target Br 1.28, x 0.3423 , y 0.3487 / Current Br 2.03, x 0.3391+, y 0.3470+ DE 1.7 R++ G+ B-""", r"""Doing some initial measurements Black = XYZ 0.19 0.21 0.29 Grey = XYZ 27.14 27.79 24.97 White = XYZ 125.49 127.89 113.90 Adjust R,G & B offsets to get target x,y. Press space when done. Target Br 1.28, x 0.3417 , y 0.3482 / Current Br 2.02, x 0.3386+, y 0.3466+ DE 1.7 R++ G+ B-""", r"""Doing some initial measurements Black = XYZ 0.19 0.21 0.30 Grey = XYZ 27.10 27.79 25.12 White = XYZ 125.12 127.68 114.09 Adjust R,G & B offsets to get target x,y. Press space when done. Target Br 1.28, x 0.3401 , y 0.3540 / Current Br 2.04, x 0.3373+, y 0.3465+ DE 4.4 R+ G++ B-""", r"""Doing some initial measurements Black = XYZ 0.19 0.21 0.29 Grey = XYZ 23.56 24.14 21.83 White = XYZ 124.87 130.00 112.27 Adjust R,G & B offsets to get target x,y. Press space when done. Target Br 1.28, x 0.3401 , y 0.3540 / Current Br 1.28, x 0.3401=, y 0.3540= DE 0.0 R= G= B="""][i] elif bytes == "5": # Check all txt = [r"""Doing check measurements Black = XYZ 0.19 0.20 0.29 Grey = XYZ 27.22 27.80 24.49 White = XYZ 126.71 128.91 112.34 1% = XYZ 1.94 1.98 1.76 Current Brightness = 128.91 Target 50% Level = 24.42, Current = 27.80, error = 2.6% Target Near Black = 1.29, Current = 2.02, error = 0.6% Current white = x 0.3443, y 0.3503, VDT 5137K DE 2K 5.0 Target black = x 0.3443, y 0.3503, Current = x 0.3411, y 0.3486, error = 1.73 DE Press 1 .. 7""", r"""Doing check measurements Black = XYZ 0.19 0.21 0.29 Grey = XYZ 27.10 27.75 24.85 White = XYZ 125.78 128.17 113.53 1% = XYZ 1.93 1.98 1.79 Target Brightness = 130.00, Current = 128.17, error = -1.4% Target 50% Level = 24.28, Current = 27.75, error = 2.7% Target Near Black = 1.28, Current = 2.02, error = 0.6% Current white = x 0.3423, y 0.3488, VDT 5215K DE 2K 4.9 Target black = x 0.3423, y 0.3488, Current = x 0.3391, y 0.3467, error = 1.69 DE Press 1 .. 7""", r"""Doing check measurements Black = XYZ 0.19 0.21 0.29 Grey = XYZ 27.09 27.74 24.95 White = XYZ 125.32 127.78 113.82 1% = XYZ 1.93 1.98 1.80 Current Brightness = 127.78 Target 50% Level = 24.21, Current = 27.74, error = 2.8% Target Near Black = 1.28, Current = 2.02, error = 0.6% Current white = x 0.3415, y 0.3483, VDT 5243K DE 2K 4.9 Target black = x 0.3415, y 0.3483, Current = x 0.3386, y 0.3465, error = 1.55 DE Press 1 .. 7""", r"""Doing check measurements Black = XYZ 0.19 0.20 0.29 Grey = XYZ 26.98 27.68 24.97 White = XYZ 125.00 127.56 113.99 1% = XYZ 1.92 1.97 1.80 Current Brightness = 127.56 Target 50% Level = 24.17, Current = 27.68, error = 2.8% Target Near Black = 1.28, Current = 2.02, error = 0.6% Target white = x 0.3401, y 0.3540, Current = x 0.3410, y 0.3480, error = 4.83 DE Target black = x 0.3401, y 0.3540, Current = x 0.3372, y 0.3464, error = 4.48 DE Press 1 .. 7""", r"""Doing check measurements Black = XYZ 0.19 0.21 0.29 Grey = XYZ 23.56 24.14 21.83 White = XYZ 124.87 130.00 112.27 1% = XYZ 1.92 1.97 1.80 Target Brightness = 130.00, Current = 130.00, error = 0.0% Target 50% Level = 24.14, Current = 24.14, error = 0.0% Target Near Black = 1.27, Current = 1.27, error = 0.0% Target white = x 0.3401, y 0.3540, Current = x 0.3401, y 0.3540, error = 0.00 DE Target black = x 0.3401, y 0.3540, Current = x 0.3401, y 0.3540, error = 0.00 DE Press 1 .. 7"""][i] elif bytes == "7" or not bytes: if bytes == "7": if i < 4: i += 1 else: i -= 4 wx.CallAfter(frame.reset) txt = [r"""Setting up the instrument Place instrument on test window. Hit Esc or Q to give up, any other key to continue: Display type is LCD Target white = native white point Target white brightness = native brightness Target black brightness = native brightness Target advertised gamma = 2.400000""", r"""Setting up the instrument Place instrument on test window. Hit Esc or Q to give up, any other key to continue: Display type is LCD Target white = native white point Target white brightness = 130.000000 cd/m^2 Target black brightness = native brightness Target advertised gamma = 2.400000""", r"""Setting up the instrument Place instrument on test window. Hit Esc or Q to give up, any other key to continue: Display type is LCD Target white = native white point Target white brightness = native brightness Target black brightness = 0.500000 cd/m^2 Target advertised gamma = 2.400000""", r"""Setting up the instrument Place instrument on test window. Hit Esc or Q to give up, any other key to continue: Display type is LCD Target white = 5200.000000 degrees kelvin Daylight spectrum Target white brightness = native brightness Target black brightness = native brightness Target advertised gamma = 2.400000""", r"""Setting up the instrument Place instrument on test window. Hit Esc or Q to give up, any other key to continue: Display type is CRT Target white = 5200.000000 degrees kelvin Daylight spectrum Target white brightness = 130.000000 cd/m^2 Target black brightness = 0.500000 cd/m^2 Target advertised gamma = 2.400000"""][i] + r""" Display adjustment menu:""" + menu elif bytes == "8": wx.CallAfter(frame.Close) return else: return for line in txt.split("\n"): sleep(.0625) wx.CallAfter(frame.write, line) print line start_new_thread(test, tuple()) app.MainLoop() dispcalGUI-1.7.1.6/dispcalGUI/wxDisplayUniformityFrame.py000644 000765 000000 00000116352 12266411534 023215 0ustar00svpwheel000000 000000 # -*- coding: UTF-8 -*- """ Interactive display calibration UI """ from __future__ import with_statement from time import strftime import codecs import math import os import re import sys import time from wxaddons import wx from config import (getbitmap, getcfg, get_icon_bundle, get_data_path, get_display_number, get_display_rects, get_verified_path, setcfg) from log import get_file_logger, safe_print from meta import name as appname, version as appversion from util_os import launch_file, waccess from util_str import center from wxaddons import CustomEvent from wxMeasureFrame import MeasureFrame from wxwindows import FlatShadedButton, numpad_keycodes import colormath import config import jspacker import localization as lang import report BGCOLOUR = wx.Colour(0x33, 0x33, 0x33) BLACK = wx.Colour(0, 0, 0) BORDERCOLOUR = wx.Colour(0x22, 0x22, 0x22) FGCOLOUR = wx.Colour(0x99, 0x99, 0x99) LIGHTGRAY = wx.Colour(0xcc, 0xcc, 0xcc) MEDIUMGRAY = wx.Colour(0x80, 0x80, 0x80) WHITE = wx.Colour(0xff, 0xff, 0xff) class FlatShadedNumberedButton(FlatShadedButton): def __init__(self, parent, id=wx.ID_ANY, bitmap=None, label="", pos=wx.DefaultPosition, size=wx.DefaultSize, style=wx.NO_BORDER, validator=wx.DefaultValidator, name="gradientbutton", bgcolour=None, fgcolour=None, index=0): FlatShadedButton.__init__(self, parent, id, bitmap, label, pos, size, style, validator, name, bgcolour, fgcolour) self.index = index class DisplayUniformityFrame(wx.Frame): def __init__(self, parent=None, handler=None, keyhandler=None, start_timer=True, rows=3, cols=5): wx.Frame.__init__(self, parent, wx.ID_ANY, lang.getstr("report.uniformity"), style=wx.DEFAULT_FRAME_STYLE | wx.TAB_TRAVERSAL) self.SetIcons(get_icon_bundle([256, 48, 32, 16], appname)) self.SetBackgroundColour(BGCOLOUR) self.sizer = wx.GridSizer(rows, cols) self.SetSizer(self.sizer) self.rows = rows self.cols = cols self.colors = (WHITE, wx.Colour(192, 192, 192), wx.Colour(128, 128, 128), wx.Colour(64, 64, 64)) self.labels = {} self.panels = [] self.buttons = [] for index in xrange(rows * cols): panel = wx.Panel(self, style=wx.BORDER_SIMPLE) panel.SetBackgroundColour(BGCOLOUR) sizer = wx.BoxSizer(wx.VERTICAL) panel.SetSizer(sizer) self.panels.append(panel) button = FlatShadedNumberedButton(panel, label=" %s " % lang.getstr("measure"), bitmap=getbitmap("theme/icons/10x10/record"), bgcolour=LIGHTGRAY, fgcolour=BLACK, index=index) button.Bind(wx.EVT_BUTTON, self.measure) self.buttons.append(button) label = wx.StaticText(panel) label.SetForegroundColour(WHITE) self.labels[index] = label sizer.Add(label, 1, wx.ALIGN_CENTER) sizer.Add(button, 0, wx.ALIGN_BOTTOM | wx.ALIGN_CENTER | wx.BOTTOM | wx.LEFT | wx.RIGHT, border=8) self.sizer.Add(panel, 1, wx.EXPAND) self.disable_buttons() self.keyhandler = keyhandler if sys.platform in ("darwin", "win32"): # Use an accelerator table for space, 0-9, A-Z, numpad keycodes = [ord(" ")] + range(ord("0"), ord("9")) + range(ord("A"), ord("Z")) + numpad_keycodes self.id_to_keycode = {} for keycode in keycodes: self.id_to_keycode[wx.NewId()] = keycode accels = [] for id, keycode in self.id_to_keycode.iteritems(): self.Bind(wx.EVT_MENU, self.key_handler, id=id) accels += [(wx.ACCEL_NORMAL, keycode, id)] self.SetAcceleratorTable(wx.AcceleratorTable(accels)) else: self.Bind(wx.EVT_CHAR_HOOK, self.key_handler) # Event handlers self.Bind(wx.EVT_CLOSE, self.OnClose, self) self.Bind(wx.EVT_MOVE, self.OnMove, self) self.timer = wx.Timer(self) if handler: self.Bind(wx.EVT_TIMER, handler, self.timer) self.Bind(wx.EVT_WINDOW_DESTROY, self.OnDestroy, self) # Final initialization steps self.logger = get_file_logger("uniformity") self._setup() self.Show() if start_timer: self.start_timer() def EndModal(self, returncode=wx.ID_OK): return returncode def MakeModal(self, makemodal=False): pass def OnClose(self, event): if not self.timer.IsRunning(): self.Destroy() else: self.keepGoing = False def OnDestroy(self, event): self.stop_timer() del self.timer def OnMove(self, event): pass def Pulse(self, msg=""): return self.keepGoing, False def Resume(self): self.keepGoing = True def Show(self, show=True): if show: display_no = getcfg("display.number") - 1 if display_no < 0 or display_no > wx.Display.GetCount() - 1: display_no = 0 else: display_no = get_display_number(display_no) x, y, w, h = wx.Display(display_no).ClientArea # Place frame on correct display self.SetPosition((x, y)) self.SetSize((w, h)) self.disable_buttons() wx.CallAfter(self.Maximize) wx.Frame.Show(self, show) def Update(self, value, msg=""): return self.Pulse(msg) def UpdatePulse(self, msg=""): return self.Pulse(msg) def disable_buttons(self): self.enable_buttons(False) def enable_buttons(self, enable=True): for button in self.buttons: button.Enable(enable) def flush(self): pass get_display = MeasureFrame.__dict__["get_display"] def has_worker_subprocess(self): return bool(getattr(self, "worker", None) and getattr(self.worker, "subprocess", None)) def hide_cursor(self): cursor_id = wx.CURSOR_BLANK cursor = wx.StockCursor(cursor_id) self.SetCursor(cursor) for panel in self.panels: panel.SetCursor(cursor) for label in self.labels.values(): label.SetCursor(cursor) for button in self.buttons: button.SetCursor(cursor) def isatty(self): return True def key_handler(self, event): keycode = None if event.GetEventType() in (wx.EVT_CHAR.typeId, wx.EVT_CHAR_HOOK.typeId, wx.EVT_KEY_DOWN.typeId): keycode = event.GetKeyCode() elif event.GetEventType() == wx.EVT_MENU.typeId: keycode = self.id_to_keycode.get(event.GetId()) if keycode is not None: if self.has_worker_subprocess(): if keycode == 27 or chr(keycode) == "Q": # ESC or Q self.worker.abort_subprocess() elif self.index > -1 and not self.is_measuring: # Any other key self.measure(CustomEvent(wx.EVT_BUTTON.typeId, self.buttons[self.index])) else: event.Skip() def measure(self, event=None): if event: self.index = event.GetEventObject().index self.is_measuring = True self.results[self.index] = [] self.labels[self.index].SetLabel("") self.hide_cursor() self.disable_buttons() self.buttons[self.index].Hide() self.panels[self.index].SetBackgroundColour(self.colors[len(self.results[self.index])]) self.panels[self.index].Refresh() self.panels[self.index].Update() # Use a delay to allow for TFT lag wx.CallLater(200, self.safe_send, " ") def parse_txt(self, txt): if not txt: return self.logger.info("%r" % txt) if "Setting up the instrument" in txt: self.Pulse(lang.getstr("instrument.initializing")) if "Spot read failed" in txt: self.last_error = txt if "Result is XYZ:" in txt: # Result is XYZ: d.dddddd d.dddddd d.dddddd, D50 Lab: d.dddddd d.dddddd d.dddddd # CCT = ddddK (Delta E d.dddddd) # Closest Planckian temperature = ddddK (Delta E d.dddddd) # Closest Daylight temperature = ddddK (Delta E d.dddddd) XYZ = re.search("XYZ:\s+(\d+\.\d+)\s+(\d+\.\d+)\s+(\d+\.\d+)", txt) self.results[self.index].append({"XYZ": [float(value) for value in XYZ.groups()]}) self.last_error = None loci = {"t": "Daylight", "T": "Planckian"} for locus in loci.values(): if locus in txt: CT = re.search("Closest\s+%s\s+temperature\s+=\s+(\d+)K" % locus, txt, re.I) self.results[self.index][-1]["C%sT" % locus[0]] = int(CT.groups()[0]) if "key to take a reading" in txt and not self.last_error: if not self.is_measuring: self.enable_buttons() return if len(self.results[self.index]) < len(self.colors): # Take readings at 5 different brightness levels per swatch self.measure() else: self.is_measuring = False self.show_cursor() self.enable_buttons() self.buttons[self.index].Show() self.buttons[self.index].SetBitmap(getbitmap("theme/icons/16x16/checkmark")) self.panels[self.index].SetBackgroundColour(BGCOLOUR) self.panels[self.index].Refresh() self.panels[self.index].Update() if len(self.results) == self.rows * self.cols: # All swatches have been measured, show results # Let the user choose a location for the results html display_no, geometry, client_area = self.get_display() # Translate from wx display index to Argyll display index geometry = "%i, %i, %ix%i" % tuple(geometry) for i, display in enumerate(getcfg("displays").split(os.pathsep)): if display.find("@ " + geometry) > -1: safe_print("Found display %s at index %i" % (display, i)) break display = display.replace(" [PRIMARY]", "") defaultFile = u"Uniformity Check %s — %s — %s" % (appversion, re.sub(r"[\\/:*?\"<>|]+", "_", display), strftime("%Y-%m-%d %H-%M.html")) defaultDir = get_verified_path(None, os.path.join(getcfg("profile.save_path"), defaultFile))[0] dlg = wx.FileDialog(self, lang.getstr("save_as"), defaultDir, defaultFile, wildcard=lang.getstr("filetype.html") + "|*.html;*.htm", style=wx.SAVE | wx.FD_OVERWRITE_PROMPT) dlg.Center(wx.BOTH) result = dlg.ShowModal() if result == wx.ID_OK: path = dlg.GetPath() if not waccess(path, os.W_OK): from worker import show_result_dialog show_result_dialog(Error(lang.getstr("error.access_denied.write", path)), self) return save_path = os.path.splitext(path)[0] + ".html" setcfg("last_filedialog_path", save_path) dlg.Destroy() if result != wx.ID_OK: return locus = loci.get(getcfg("whitepoint.colortemp.locus")) report.create(save_path, {"${REPORT_VERSION}": appversion, "${DISPLAY}": display, "${DATETIME}": strftime("%Y-%m-%d %H:%M:%S"), "${ROWS}": str(self.rows), "${COLS}": str(self.cols), "${RESULTS}": str(self.results), "${LOCUS}": locus}, getcfg("report.pack_js"), "uniformity") launch_file(save_path) if getcfg("measurement.continuous"): self.measure(event=Event(self.buttons[self.index])) def reset(self): self._setup() for panel in self.panels: panel.SetBackgroundColour(BGCOLOUR) for button in self.buttons: button.SetBitmap(getbitmap("theme/icons/10x10/record")) button.Show() for index in self.labels: self.labels[index].SetLabel("") self.labels[index].GetContainingSizer().Layout() self.show_cursor() def _setup(self): self.logger.info("-" * 80) self.index = -1 self.is_measuring = False self.keepGoing = True self.last_error = None self.results = {} self.display_rects = get_display_rects() def safe_send(self, bytes): if self.has_worker_subprocess() and not self.worker.subprocess_abort: self.worker.safe_send(bytes) def show_cursor(self): cursor = wx.StockCursor(wx.CURSOR_ARROW) self.SetCursor(cursor) for panel in self.panels: panel.SetCursor(cursor) for label in self.labels.values(): label.SetCursor(cursor) for button in self.buttons: button.SetCursor(cursor) def start_timer(self, ms=50): self.timer.Start(ms) def stop_timer(self): self.timer.Stop() def write(self, txt): wx.CallAfter(self.parse_txt, txt) class Event(): def __init__(self, evtobj): self.evtobj = evtobj def GetEventObject(self): return self.evtobj if __name__ == "__main__": from thread import start_new_thread from time import sleep class Subprocess(): def send(self, bytes): start_new_thread(test, (bytes,)) class Worker(object): def __init__(self): self.subprocess = Subprocess() self.subprocess_abort = False def abort_subprocess(self): self.subprocess.send("Q") def safe_send(self, bytes): self.subprocess.send(bytes) return True config.initcfg() lang.init() lang.update_defaults() app = wx.App(0) frame = DisplayUniformityFrame(start_timer=False, cols=3) frame.worker = Worker() frame.Show() i = 0 def test(bytes=None): global i menu = r"""Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""" if not bytes: txt = menu elif bytes == " ": txt = [[""" Result is XYZ: 115.629826 123.903717 122.761510, D50 Lab: 108.590836 -5.813746 -13.529075 CCT = 6104K (Delta E 7.848119) Closest Planckian temperature = 5835K (Delta E 6.927113) Closest Daylight temperature = 5963K (Delta E 3.547392) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 65.336831 69.578641 68.180005, D50 Lab: 86.789788 -3.888434 -10.469442 CCT = 5983K (Delta E 6.816507) Closest Planckian temperature = 5757K (Delta E 5.996638) Closest Daylight temperature = 5883K (Delta E 2.598118) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 26.944662 28.614568 28.107897, D50 Lab: 60.439948 -2.589848 -7.899247 CCT = 5969K (Delta E 6.279024) Closest Planckian temperature = 5760K (Delta E 5.519000) Closest Daylight temperature = 5887K (Delta E 2.119333) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 6.153402 6.500147 6.625585, D50 Lab: 30.640770 -1.226804 -5.876967 CCT = 6123K (Delta E 4.946609) Closest Planckian temperature = 5943K (Delta E 4.353019) Closest Daylight temperature = 6082K (Delta E 0.985734) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 0.104401 0.110705 0.109155, D50 Lab: 0.640770 -1.226804 -5.876967 CCT = 6123K (Delta E 4.946609) Closest Planckian temperature = 5943K (Delta E 4.353019) Closest Daylight temperature = 6082K (Delta E 0.985734) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:"""], [""" Result is XYZ: 116.565941 124.165894 121.365684, D50 Lab: 108.678651 -4.762572 -12.508939 CCT = 5972K (Delta E 6.890329) Closest Planckian temperature = 5745K (Delta E 6.060831) Closest Daylight temperature = 5871K (Delta E 2.660205) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 64.511790 68.522425 66.980369, D50 Lab: 86.267011 -3.491468 -10.263432 CCT = 5945K (Delta E 6.363056) Closest Planckian temperature = 5735K (Delta E 5.590753) Closest Daylight temperature = 5862K (Delta E 2.186503) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 26.905684 28.417087 27.988741, D50 Lab: 60.263695 -1.987837 -8.005457 CCT = 5930K (Delta E 5.234243) Closest Planckian temperature = 5755K (Delta E 4.591707) Closest Daylight temperature = 5884K (Delta E 1.187672) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 6.144071 6.471379 6.584408, D50 Lab: 30.571861 -1.030833 -5.816641 CCT = 6083K (Delta E 4.418192) Closest Planckian temperature = 5923K (Delta E 3.883022) Closest Daylight temperature = 6062K (Delta E 0.510176) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 0.104401 0.110705 0.109155, D50 Lab: 0.571861 -1.030833 -5.816641 CCT = 6083K (Delta E 4.418192) Closest Planckian temperature = 5923K (Delta E 3.883022) Closest Daylight temperature = 6062K (Delta E 0.510176) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:"""], [""" Result is XYZ: 116.611176 123.928350 121.363808, D50 Lab: 108.599092 -4.350754 -12.644938 CCT = 5960K (Delta E 6.444925) Closest Planckian temperature = 5747K (Delta E 5.664879) Closest Daylight temperature = 5873K (Delta E 2.263144) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 64.672460 68.441938 67.178377, D50 Lab: 86.226954 -2.956057 -10.516177 CCT = 5931K (Delta E 5.640857) Closest Planckian temperature = 5744K (Delta E 4.950818) Closest Daylight temperature = 5872K (Delta E 1.545901) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 26.708397 28.224354 27.854805, D50 Lab: 60.090889 -2.043543 -8.080532 CCT = 5946K (Delta E 5.317449) Closest Planckian temperature = 5768K (Delta E 4.666630) Closest Daylight temperature = 5897K (Delta E 1.265350) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 6.154005 6.469558 6.599849, D50 Lab: 30.567493 -0.904424 -5.891430 CCT = 6079K (Delta E 4.041262) Closest Planckian temperature = 5932K (Delta E 3.549922) Closest Daylight temperature = 6072K (Delta E 0.177697) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 0.104401 0.110705 0.109155, D50 Lab: 0.567493 -0.904424 -5.891430 CCT = 6079K (Delta E 4.041262) Closest Planckian temperature = 5932K (Delta E 3.549922) Closest Daylight temperature = 6072K (Delta E 0.177697) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:"""], [""" Result is XYZ: 120.030166 127.667344 125.560879, D50 Lab: 109.839774 -4.542272 -13.098348 CCT = 5991K (Delta E 6.554213) Closest Planckian temperature = 5772K (Delta E 5.765044) Closest Daylight temperature = 5899K (Delta E 2.368586) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 66.590402 70.542611 69.377397, D50 Lab: 87.262309 -3.134252 -10.747149 CCT = 5951K (Delta E 5.807812) Closest Planckian temperature = 5758K (Delta E 5.100360) Closest Daylight temperature = 5886K (Delta E 1.698719) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 27.489125 29.158690 28.738045, D50 Lab: 60.921426 -2.478038 -8.105322 CCT = 5976K (Delta E 6.028851) Closest Planckian temperature = 5773K (Delta E 5.298263) Closest Daylight temperature = 5902K (Delta E 1.900430) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 6.326874 6.649709 6.776715, D50 Lab: 30.995780 -0.896754 -5.916062 CCT = 6071K (Delta E 4.005433) Closest Planckian temperature = 5926K (Delta E 3.517820) Closest Daylight temperature = 6065K (Delta E 0.144142) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 0.104401 0.110705 0.109155, D50 Lab: 0.995780 -0.896754 -5.916062 CCT = 6071K (Delta E 4.005433) Closest Planckian temperature = 5926K (Delta E 3.517820) Closest Daylight temperature = 6065K (Delta E 0.144142) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:"""], [""" Result is XYZ: 121.643262 130.105649 128.560173, D50 Lab: 110.635861 -5.574898 -13.543244 CCT = 6071K (Delta E 7.533820) Closest Planckian temperature = 5815K (Delta E 6.643605) Closest Daylight temperature = 5943K (Delta E 3.258868) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 67.775736 72.266319 71.178047, D50 Lab: 88.096621 -4.123469 -10.928024 CCT = 6023K (Delta E 6.995424) Closest Planckian temperature = 5788K (Delta E 6.159783) Closest Daylight temperature = 5915K (Delta E 2.767919) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 28.131948 29.978900 29.595129, D50 Lab: 61.636012 -3.012753 -8.258625 CCT = 6030K (Delta E 6.867980) Closest Planckian temperature = 5798K (Delta E 6.047536) Closest Daylight temperature = 5926K (Delta E 2.657241) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 6.473470 6.765282 6.888164, D50 Lab: 31.266484 -0.517860 -5.923364 CCT = 6007K (Delta E 2.947859) Closest Planckian temperature = 5902K (Delta E 2.582843) Closest Daylight temperature = 6042K (Delta E 0.798814) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 0.104401 0.110705 0.109155, D50 Lab: 0.266484 -0.517860 -5.923364 CCT = 6007K (Delta E 2.947859) Closest Planckian temperature = 5902K (Delta E 2.582843) Closest Daylight temperature = 6042K (Delta E 0.798814) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:"""], [""" Result is XYZ: 116.801943 124.624261 123.359911, D50 Lab: 108.831883 -5.063829 -13.483891 CCT = 6057K (Delta E 7.069302) Closest Planckian temperature = 5816K (Delta E 6.229078) Closest Daylight temperature = 5944K (Delta E 2.843045) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 64.869350 68.842421 67.977252, D50 Lab: 86.425958 -3.370123 -10.910497 CCT = 5991K (Delta E 6.099488) Closest Planckian temperature = 5785K (Delta E 5.362276) Closest Daylight temperature = 5914K (Delta E 1.966958) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 26.750888 28.302175 27.882982, D50 Lab: 60.160759 -2.171950 -8.007010 CCT = 5948K (Delta E 5.551435) Closest Planckian temperature = 5762K (Delta E 4.873477) Closest Daylight temperature = 5891K (Delta E 1.471926) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 6.255018 6.563924 6.746680, D50 Lab: 30.792814 -0.788285 -6.137368 CCT = 6105K (Delta E 3.641727) Closest Planckian temperature = 5970K (Delta E 3.198805) Closest Daylight temperature = 6113K (Delta E 0.167052) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 0.104401 0.110705 0.109155, D50 Lab: 0.792814 -0.788285 -6.137368 CCT = 6105K (Delta E 3.641727) Closest Planckian temperature = 5970K (Delta E 3.198805) Closest Daylight temperature = 6113K (Delta E 0.167052) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:"""], [""" Result is XYZ: 115.081771 122.300809 119.963479, D50 Lab: 108.051237 -4.328489 -12.711256 CCT = 5969K (Delta E 6.425079) Closest Planckian temperature = 5755K (Delta E 5.648226) Closest Daylight temperature = 5882K (Delta E 2.248055) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 62.334621 66.118418 64.979303, D50 Lab: 85.056784 -3.250929 -10.473103 CCT = 5960K (Delta E 6.051574) Closest Planckian temperature = 5758K (Delta E 5.316783) Closest Daylight temperature = 5886K (Delta E 1.916058) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 25.849804 27.374348 27.163845, D50 Lab: 59.319238 -2.248166 -8.249728 CCT = 5996K (Delta E 5.653680) Closest Planckian temperature = 5804K (Delta E 4.968356) Closest Daylight temperature = 5934K (Delta E 1.575347) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 5.898029 6.233309 6.427531, D50 Lab: 29.993614 -1.240610 -6.124217 CCT = 6197K (Delta E 4.937751) Closest Planckian temperature = 6011K (Delta E 4.350182) Closest Daylight temperature = 6153K (Delta E 0.996499) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 0.104401 0.110705 0.109155, D50 Lab: 0.993614 -1.240610 -6.124217 CCT = 6197K (Delta E 4.937751) Closest Planckian temperature = 6011K (Delta E 4.350182) Closest Daylight temperature = 6153K (Delta E 0.996499) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:"""], [""" Result is XYZ: 114.661874 122.077962 119.963424, D50 Lab: 107.975846 -4.649371 -12.841206 CCT = 5996K (Delta E 6.745175) Closest Planckian temperature = 5771K (Delta E 5.934859) Closest Daylight temperature = 5898K (Delta E 2.538832) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 61.818899 65.859246 64.979340, D50 Lab: 84.924570 -3.876653 -10.701093 CCT = 6024K (Delta E 6.822442) Closest Planckian temperature = 5794K (Delta E 6.006530) Closest Daylight temperature = 5922K (Delta E 2.615316) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 25.795743 27.295989 27.081138, D50 Lab: 59.247303 -2.163010 -8.233441 CCT = 5988K (Delta E 5.511791) Closest Planckian temperature = 5800K (Delta E 4.842103) Closest Daylight temperature = 5931K (Delta E 1.447924) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 5.925222 6.263326 6.427544, D50 Lab: 30.067324 -1.256015 -5.997186 CCT = 6170K (Delta E 5.014894) Closest Planckian temperature = 5984K (Delta E 4.416741) Closest Daylight temperature = 6124K (Delta E 1.057856) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 0.104401 0.110705 0.109155, D50 Lab: 0.067324 -1.256015 -5.997186 CCT = 6170K (Delta E 5.014894) Closest Planckian temperature = 5984K (Delta E 4.416741) Closest Daylight temperature = 6124K (Delta E 1.057856) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:"""], [""" Result is XYZ: 116.839314 123.894968 122.159446, D50 Lab: 108.587904 -3.955352 -13.160232 CCT = 5975K (Delta E 5.963774) Closest Planckian temperature = 5774K (Delta E 5.240593) Closest Daylight temperature = 5903K (Delta E 1.842768) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 63.469751 67.164836 66.177725, D50 Lab: 85.587118 -2.928291 -10.687360 CCT = 5951K (Delta E 5.590334) Closest Planckian temperature = 5764K (Delta E 4.908104) Closest Daylight temperature = 5892K (Delta E 1.506948) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 26.106117 27.645671 27.403890, D50 Lab: 59.567264 -2.255152 -8.227727 CCT = 5991K (Delta E 5.663331) Closest Planckian temperature = 5798K (Delta E 4.976351) Closest Daylight temperature = 5928K (Delta E 1.582241) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 6.001154 6.326623 6.508185, D50 Lab: 30.221991 -1.083417 -6.086282 CCT = 6157K (Delta E 4.496558) Closest Planckian temperature = 5990K (Delta E 3.957006) Closest Daylight temperature = 6131K (Delta E 0.597640) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""", """ Result is XYZ: 0.104401 0.110705 0.109155, D50 Lab: 0.221991 -1.083417 -6.086282 CCT = 6157K (Delta E 4.496558) Closest Planckian temperature = 5990K (Delta E 3.957006) Closest Daylight temperature = 6131K (Delta E 0.597640) Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:"""]][frame.index][i] if i < 3: i += 1 else: i -= 3 elif bytes in ("Q", "q"): wx.CallAfter(frame.Close) return else: return for line in txt.split("\n"): sleep(.03125) wx.CallAfter(frame.write, line) print line start_new_thread(test, tuple()) app.MainLoop() dispcalGUI-1.7.1.6/dispcalGUI/wxenhancedplot.py000755 000765 000000 00000301156 12241576567 021227 0ustar00svpwheel000000 000000 #----------------------------------------------------------------------------- # Name: wx.lib.plot.py # Purpose: Line, Bar and Scatter Graphs # # Author: Gordon Williams # # Created: 2003/11/03 # RCS-ID: $Id: plot.py 65712 2010-10-01 17:56:32Z RD $ # Copyright: (c) 2002 # Licence: Use as you wish. #----------------------------------------------------------------------------- # 12/15/2003 - Jeff Grimmett (grimmtooth@softhome.net) # # o 2.5 compatability update. # o Renamed to plot.py in the wx.lib directory. # o Reworked test frame to work with wx demo framework. This saves a bit # of tedious cut and paste, and the test app is excellent. # # 12/18/2003 - Jeff Grimmett (grimmtooth@softhome.net) # # o wxScrolledMessageDialog -> ScrolledMessageDialog # # Oct 6, 2004 Gordon Williams (g_will@cyberus.ca) # - Added bar graph demo # - Modified line end shape from round to square. # - Removed FloatDCWrapper for conversion to ints and ints in arguments # # Oct 15, 2004 Gordon Williams (g_will@cyberus.ca) # - Imported modules given leading underscore to name. # - Added Cursor Line Tracking and User Point Labels. # - Demo for Cursor Line Tracking and Point Labels. # - Size of plot preview frame adjusted to show page better. # - Added helper functions PositionUserToScreen and PositionScreenToUser in PlotCanvas. # - Added functions GetClosestPoints (all curves) and GetClosestPoint (only closest curve) # can be in either user coords or screen coords. # # Jun 22, 2009 Florian Hoech (florian.hoech@gmx.de) # - Fixed exception when drawing empty plots on Mac OS X # - Fixed exception when trying to draw point labels on Mac OS X (Mac OS X # point label drawing code is still slow and only supports wx.COPY) # - Moved label positions away from axis lines a bit # - Added PolySpline class and modified demo 1 and 2 to use it # - Added center and diagonal lines option (Set/GetEnableCenterLines, # Set/GetEnableDiagonals) # - Added anti-aliasing option with optional high-resolution mode # (Set/GetEnableAntiAliasing, Set/GetEnableHiRes) and demo # - Added option to specify exact number of tick marks to use for each axis # (SetXSpec(, SetYSpec() -- work like 'min', but with # tick marks) # - Added support for background and foreground colours (enabled via # SetBackgroundColour/SetForegroundColour on a PlotCanvas instance) # - Changed PlotCanvas printing initialization from occuring in __init__ to # occur on access. This will postpone any IPP and / or CUPS warnings # which appear on stderr on some Linux systems until printing functionality # is actually used. # # """ This is a simple light weight plotting module that can be used with Boa or easily integrated into your own wxPython application. The emphasis is on small size and fast plotting for large data sets. It has a reasonable number of features to do line and scatter graphs easily as well as simple bar graphs. It is not as sophisticated or as powerful as SciPy Plt or Chaco. Both of these are great packages but consume huge amounts of computer resources for simple plots. They can be found at http://scipy.com This file contains two parts; first the re-usable library stuff, then, after a "if __name__=='__main__'" test, a simple frame and a few default plots for examples and testing. Based on wxPlotCanvas Written by K.Hinsen, R. Srinivasan; Ported to wxPython Harm van der Heijden, feb 1999 Major Additions Gordon Williams Feb. 2003 (g_will@cyberus.ca) -More style options -Zooming using mouse "rubber band" -Scroll left, right -Grid(graticule) -Printing, preview, and page set up (margins) -Axis and title labels -Cursor xy axis values -Doc strings and lots of comments -Optimizations for large number of points -Legends Did a lot of work here to speed markers up. Only a factor of 4 improvement though. Lines are much faster than markers, especially filled markers. Stay away from circles and triangles unless you only have a few thousand points. Times for 25,000 points Line - 0.078 sec Markers Square - 0.22 sec dot - 0.10 circle - 0.87 cross,plus - 0.28 triangle, triangle_down - 0.90 Thanks to Chris Barker for getting this version working on Linux. Zooming controls with mouse (when enabled): Left mouse drag - Zoom box. Left mouse double click - reset zoom. Right mouse click - zoom out centred on click location. """ import string as _string import time as _time import sys import wx # Needs Numeric or numarray or NumPy try: import oldnumeric as _Numeric except: try: import numarray as _Numeric #if numarray is used it is renamed Numeric except: try: import Numeric as _Numeric except: msg= """ This module requires the Numeric/numarray or NumPy module, which could not be imported. It probably is not installed (it's not part of the standard Python distribution). See the Numeric Python site (http://numpy.scipy.org) for information on downloading source or binaries.""" raise ImportError, "Numeric,numarray or NumPy not found. \n" + msg # # Plotting classes... # class PolyPoints: """Base Class for lines and markers - All methods are private. """ def __init__(self, points, attr): self._points = _Numeric.array(points).astype(_Numeric.Float64) self._logscale = (False, False) self._pointSize = (1.0, 1.0) self.currentScale= (1,1) self.currentShift= (0,0) self.scaled = self.points self.attributes = {} self.attributes.update(self._attributes) for name, value in attr.items(): if name not in self._attributes.keys(): raise KeyError, "Style attribute incorrect. Should be one of %s" % self._attributes.keys() self.attributes[name] = value def setLogScale(self, logscale): self._logscale = logscale def __getattr__(self, name): if name == 'points': if len(self._points)>0: data = _Numeric.array(self._points,copy=True) if self._logscale[0]: data = self.log10(data, 0) if self._logscale[1]: data = self.log10(data, 1) return data else: return self._points else: raise AttributeError, name def log10(self, data, ind): data = _Numeric.compress(data[:,ind]>0,data,0) data[:,ind] = _Numeric.log10(data[:,ind]) return data def boundingBox(self): if len(self.points) == 0: # no curves to draw # defaults to (-1,-1) and (1,1) but axis can be set in Draw minXY= _Numeric.array([-1.0,-1.0]) maxXY= _Numeric.array([ 1.0, 1.0]) else: minXY= _Numeric.minimum.reduce(self.points) maxXY= _Numeric.maximum.reduce(self.points) return minXY, maxXY def scaleAndShift(self, scale=(1,1), shift=(0,0)): if len(self.points) == 0: # no curves to draw return if (scale is not self.currentScale) or (shift is not self.currentShift): # update point scaling self.scaled = scale*self.points+shift self.currentScale= scale self.currentShift= shift # else unchanged use the current scaling def getLegend(self): return self.attributes['legend'] def getClosestPoint(self, pntXY, pointScaled= True): """Returns the index of closest point on the curve, pointXY, scaledXY, distance x, y in user coords if pointScaled == True based on screen coords if pointScaled == False based on user coords """ if pointScaled == True: #Using screen coords p = self.scaled pxy = self.currentScale * _Numeric.array(pntXY)+ self.currentShift else: #Using user coords p = self.points pxy = _Numeric.array(pntXY) #determine distance for each point d= _Numeric.sqrt(_Numeric.add.reduce((p-pxy)**2,1)) #sqrt(dx^2+dy^2) pntIndex = _Numeric.argmin(d) dist = d[pntIndex] return [pntIndex, self.points[pntIndex], self.scaled[pntIndex] / self._pointSize, dist] class PolyLine(PolyPoints): """Class to define line type and style - All methods except __init__ are private. """ _attributes = {'colour': 'black', 'width': 1, 'style': wx.SOLID, 'legend': ''} def __init__(self, points, **attr): """Creates PolyLine object points - sequence (array, tuple or list) of (x,y) points making up line **attr - key word attributes Defaults: 'colour'= 'black', - wx.Pen Colour any wx.NamedColour 'width'= 1, - Pen width 'style'= wx.SOLID, - wx.Pen style 'legend'= '' - Line Legend to display """ PolyPoints.__init__(self, points, attr) def draw(self, dc, printerScale, coord= None): colour = self.attributes['colour'] width = self.attributes['width'] * printerScale * self._pointSize[0] style= self.attributes['style'] if not isinstance(colour, wx.Colour): colour = wx.NamedColour(colour) pen = wx.Pen(colour, width, style) pen.SetCap(wx.CAP_BUTT) dc.SetPen(pen) if coord == None: if len(self.scaled): # bugfix for Mac OS X dc.DrawLines(self.scaled) else: dc.DrawLines(coord) # draw legend line def getSymExtent(self, printerScale): """Width and Height of Marker""" h= self.attributes['width'] * printerScale * self._pointSize[0] w= 5 * h return (w,h) class PolySpline(PolyLine): """Class to define line type and style - All methods except __init__ are private. """ _attributes = {'colour': 'black', 'width': 1, 'style': wx.SOLID, 'legend': ''} def __init__(self, points, **attr): """Creates PolyLine object points - sequence (array, tuple or list) of (x,y) points making up line **attr - key word attributes Defaults: 'colour'= 'black', - wx.Pen Colour any wx.NamedColour 'width'= 1, - Pen width 'style'= wx.SOLID, - wx.Pen style 'legend'= '' - Line Legend to display """ PolyLine.__init__(self, points, **attr) def draw(self, dc, printerScale, coord= None): colour = self.attributes['colour'] width = self.attributes['width'] * printerScale * self._pointSize[0] style= self.attributes['style'] if not isinstance(colour, wx.Colour): colour = wx.NamedColour(colour) pen = wx.Pen(colour, width, style) pen.SetCap(wx.CAP_ROUND) dc.SetPen(pen) if coord == None: if len(self.scaled): # bugfix for Mac OS X dc.DrawSpline(self.scaled) else: dc.DrawLines(coord) # draw legend line class PolyMarker(PolyPoints): """Class to define marker type and style - All methods except __init__ are private. """ _attributes = {'colour': 'black', 'width': 1, 'size': 2, 'fillcolour': None, 'fillstyle': wx.SOLID, 'marker': 'circle', 'legend': ''} def __init__(self, points, **attr): """Creates PolyMarker object points - sequence (array, tuple or list) of (x,y) points **attr - key word attributes Defaults: 'colour'= 'black', - wx.Pen Colour any wx.NamedColour 'width'= 1, - Pen width 'size'= 2, - Marker size 'fillcolour'= same as colour, - wx.Brush Colour any wx.NamedColour 'fillstyle'= wx.SOLID, - wx.Brush fill style (use wx.TRANSPARENT for no fill) 'marker'= 'circle' - Marker shape 'legend'= '' - Marker Legend to display Marker Shapes: - 'circle' - 'dot' - 'square' - 'triangle' - 'triangle_down' - 'cross' - 'plus' """ PolyPoints.__init__(self, points, attr) def draw(self, dc, printerScale, coord= None): colour = self.attributes['colour'] width = self.attributes['width'] * printerScale * self._pointSize[0] size = self.attributes['size'] * printerScale * self._pointSize[0] fillcolour = self.attributes['fillcolour'] fillstyle = self.attributes['fillstyle'] marker = self.attributes['marker'] if colour and not isinstance(colour, wx.Colour): colour = wx.NamedColour(colour) if fillcolour and not isinstance(fillcolour, wx.Colour): fillcolour = wx.NamedColour(fillcolour) dc.SetPen(wx.Pen(colour, width)) if fillcolour: dc.SetBrush(wx.Brush(fillcolour,fillstyle)) else: dc.SetBrush(wx.Brush(colour, fillstyle)) if coord == None: if len(self.scaled): # bugfix for Mac OS X self._drawmarkers(dc, self.scaled, marker, size) else: self._drawmarkers(dc, coord, marker, size) # draw legend marker def getSymExtent(self, printerScale): """Width and Height of Marker""" s= 5*self.attributes['size'] * printerScale * self._pointSize[0] return (s,s) def _drawmarkers(self, dc, coords, marker,size=1): f = eval('self._' +marker) f(dc, coords, size) def _circle(self, dc, coords, size=1): fact= 2.5*size wh= 5.0*size rect= _Numeric.zeros((len(coords),4),_Numeric.Float)+[0.0,0.0,wh,wh] rect[:,0:2]= coords-[fact,fact] dc.DrawEllipseList(rect.astype(_Numeric.Int32)) def _dot(self, dc, coords, size=1): dc.DrawPointList(coords) def _square(self, dc, coords, size=1): fact= 2.5*size wh= 5.0*size rect= _Numeric.zeros((len(coords),4),_Numeric.Float)+[0.0,0.0,wh,wh] rect[:,0:2]= coords-[fact,fact] dc.DrawRectangleList(rect.astype(_Numeric.Int32)) def _triangle(self, dc, coords, size=1): shape= [(-2.5*size,1.44*size), (2.5*size,1.44*size), (0.0,-2.88*size)] poly= _Numeric.repeat(coords,3) poly.shape= (len(coords),3,2) poly += shape dc.DrawPolygonList(poly.astype(_Numeric.Int32)) def _triangle_down(self, dc, coords, size=1): shape= [(-2.5*size,-1.44*size), (2.5*size,-1.44*size), (0.0,2.88*size)] poly= _Numeric.repeat(coords,3) poly.shape= (len(coords),3,2) poly += shape dc.DrawPolygonList(poly.astype(_Numeric.Int32)) def _cross(self, dc, coords, size=1): fact= 2.5*size for f in [[-fact,-fact,fact,fact],[-fact,fact,fact,-fact]]: lines= _Numeric.concatenate((coords,coords),axis=1)+f dc.DrawLineList(lines.astype(_Numeric.Int32)) def _plus(self, dc, coords, size=1): fact= 2.5*size for f in [[-fact,0,fact,0],[0,-fact,0,fact]]: lines= _Numeric.concatenate((coords,coords),axis=1)+f dc.DrawLineList(lines.astype(_Numeric.Int32)) class PlotGraphics: """Container to hold PolyXXX objects and graph labels - All methods except __init__ are private. """ def __init__(self, objects, title='', xLabel='', yLabel= ''): """Creates PlotGraphics object objects - list of PolyXXX objects to make graph title - title shown at top of graph xLabel - label shown on x-axis yLabel - label shown on y-axis """ if type(objects) not in [list,tuple]: raise TypeError, "objects argument should be list or tuple" self.objects = objects self.title= title self.xLabel= xLabel self.yLabel= yLabel self._pointSize = (1.0, 1.0) def setLogScale(self, logscale): if type(logscale) != tuple: raise TypeError, 'logscale must be a tuple of bools, e.g. (False, False)' if len(self.objects) == 0: return for o in self.objects: o.setLogScale(logscale) def boundingBox(self): p1, p2 = self.objects[0].boundingBox() for o in self.objects[1:]: p1o, p2o = o.boundingBox() p1 = _Numeric.minimum(p1, p1o) p2 = _Numeric.maximum(p2, p2o) return p1, p2 def scaleAndShift(self, scale=(1,1), shift=(0,0)): for o in self.objects: o.scaleAndShift(scale, shift) def setPrinterScale(self, scale): """Thickens up lines and markers only for printing""" self.printerScale= scale def setXLabel(self, xLabel= ''): """Set the X axis label on the graph""" self.xLabel= xLabel def setYLabel(self, yLabel= ''): """Set the Y axis label on the graph""" self.yLabel= yLabel def setTitle(self, title= ''): """Set the title at the top of graph""" self.title= title def getXLabel(self): """Get x axis label string""" return self.xLabel def getYLabel(self): """Get y axis label string""" return self.yLabel def getTitle(self, title= ''): """Get the title at the top of graph""" return self.title def draw(self, dc): for o in self.objects: #t=_time.clock() # profile info o._pointSize = self._pointSize o.draw(dc, self.printerScale) #dt= _time.clock()-t #print o, "time=", dt def getSymExtent(self, printerScale): """Get max width and height of lines and markers symbols for legend""" self.objects[0]._pointSize = self._pointSize symExt = self.objects[0].getSymExtent(printerScale) for o in self.objects[1:]: o._pointSize = self._pointSize oSymExt = o.getSymExtent(printerScale) symExt = _Numeric.maximum(symExt, oSymExt) return symExt def getLegendNames(self): """Returns list of legend names""" lst = [None]*len(self) for i in range(len(self)): lst[i]= self.objects[i].getLegend() return lst def __len__(self): return len(self.objects) def __getitem__(self, item): return self.objects[item] #------------------------------------------------------------------------------- # Main window that you will want to import into your application. class PlotCanvas(wx.Panel): """ Subclass of a wx.Panel which holds two scrollbars and the actual plotting canvas (self.canvas). It allows for simple general plotting of data with zoom, labels, and automatic axis scaling.""" def __init__(self, parent, id=wx.ID_ANY, pos=wx.DefaultPosition, size=wx.DefaultSize, style=0, name="plotCanvas"): """Constructs a panel, which can be a child of a frame or any other non-control window""" wx.Panel.__init__(self, parent, id, pos, size, style, name) sizer = wx.FlexGridSizer(2,2,0,0) self.canvas = wx.Window(self, -1) self.sb_vert = wx.ScrollBar(self, -1, style=wx.SB_VERTICAL) self.sb_vert.SetScrollbar(0,1000,1000,1000) self.sb_hor = wx.ScrollBar(self, -1, style=wx.SB_HORIZONTAL) self.sb_hor.SetScrollbar(0,1000,1000,1000) sizer.Add(self.canvas, 1, wx.EXPAND) sizer.Add(self.sb_vert, 0, wx.EXPAND) sizer.Add(self.sb_hor, 0, wx.EXPAND) sizer.Add((0,0)) sizer.AddGrowableRow(0, 1) sizer.AddGrowableCol(0, 1) self.sb_vert.Show(False) self.sb_hor.Show(False) self.SetSizer(sizer) self.Fit() self.border = (1,1) self.SetBackgroundColour("white") # Create some mouse events for zooming self.canvas.Bind(wx.EVT_LEFT_DOWN, self.OnMouseLeftDown) self.canvas.Bind(wx.EVT_LEFT_UP, self.OnMouseLeftUp) self.canvas.Bind(wx.EVT_MOTION, self.OnMotion) self.canvas.Bind(wx.EVT_LEFT_DCLICK, self.OnMouseDoubleClick) self.canvas.Bind(wx.EVT_RIGHT_DOWN, self.OnMouseRightDown) # scrollbar events self.Bind(wx.EVT_SCROLL_THUMBTRACK, self.OnScroll) self.Bind(wx.EVT_SCROLL_PAGEUP, self.OnScroll) self.Bind(wx.EVT_SCROLL_PAGEDOWN, self.OnScroll) self.Bind(wx.EVT_SCROLL_LINEUP, self.OnScroll) self.Bind(wx.EVT_SCROLL_LINEDOWN, self.OnScroll) # set curser as cross-hairs self.canvas.SetCursor(wx.CROSS_CURSOR) self.HandCursor = wx.CursorFromImage(Hand.GetImage()) self.GrabHandCursor = wx.CursorFromImage(GrabHand.GetImage()) self.MagCursor = wx.CursorFromImage(MagPlus.GetImage()) # Things for printing self._print_data = None self._pageSetupData= None self.printerScale = 1 self.parent= parent # scrollbar variables self._sb_ignore = False self._adjustingSB = False self._sb_xfullrange = 0 self._sb_yfullrange = 0 self._sb_xunit = 0 self._sb_yunit = 0 self._dragEnabled = False self._screenCoordinates = _Numeric.array([0.0, 0.0]) self._logscale = (False, False) # Zooming variables self._zoomInFactor = 0.5 self._zoomOutFactor = 2 self._zoomCorner1= _Numeric.array([0.0, 0.0]) # left mouse down corner self._zoomCorner2= _Numeric.array([0.0, 0.0]) # left mouse up corner self._zoomEnabled= False self._hasDragged= False # Drawing Variables self.last_draw = None self._pointScale= 1 self._pointShift= 0 self._xSpec= 'auto' self._ySpec= 'auto' self._gridEnabled= False self._legendEnabled= False self._titleEnabled= True self._centerLinesEnabled = False self._diagonalsEnabled = False # Fonts self._fontCache = {} self._fontSizeAxis= 10 self._fontSizeTitle= 15 self._fontSizeLegend= 7 # pointLabels self._pointLabelEnabled= False self.last_PointLabel= None self._pointLabelFunc= None self.canvas.Bind(wx.EVT_LEAVE_WINDOW, self.OnLeave) if sys.platform != "darwin": self._logicalFunction = wx.EQUIV # (NOT src) XOR dst else: self._logicalFunction = wx.COPY # wx.EQUIV not supported on Mac OS X self._useScientificNotation = False self._antiAliasingEnabled = False self._hiResEnabled = False self._pointSize = (1.0, 1.0) self._fontScale = 1.0 self.canvas.Bind(wx.EVT_PAINT, self.OnPaint) self.canvas.Bind(wx.EVT_SIZE, self.OnSize) # OnSize called to make sure the buffer is initialized. # This might result in OnSize getting called twice on some # platforms at initialization, but little harm done. self.OnSize(None) # sets the initial size based on client size self._gridColour = wx.NamedColour('black') def SetCursor(self, cursor): self.canvas.SetCursor(cursor) def GetGridColour(self): return self._gridColour def SetGridColour(self, colour): if isinstance(colour, wx.Colour): self._gridColour = colour else: self._gridColour = wx.NamedColour(colour) # SaveFile def SaveFile(self, fileName= ''): """Saves the file to the type specified in the extension. If no file name is specified a dialog box is provided. Returns True if sucessful, otherwise False. .bmp Save a Windows bitmap file. .xbm Save an X bitmap file. .xpm Save an XPM bitmap file. .png Save a Portable Network Graphics file. .jpg Save a Joint Photographic Experts Group file. """ extensions = { "bmp": wx.BITMAP_TYPE_BMP, # Save a Windows bitmap file. "xbm": wx.BITMAP_TYPE_XBM, # Save an X bitmap file. "xpm": wx.BITMAP_TYPE_XPM, # Save an XPM bitmap file. "jpg": wx.BITMAP_TYPE_JPEG, # Save a JPG file. "png": wx.BITMAP_TYPE_PNG, # Save a PNG file. } fType = _string.lower(fileName[-3:]) dlg1 = None while fType not in extensions: if dlg1: # FileDialog exists: Check for extension dlg2 = wx.MessageDialog(self, 'File name extension\n' 'must be one of\nbmp, xbm, xpm, png, or jpg', 'File Name Error', wx.OK | wx.ICON_ERROR) try: dlg2.ShowModal() finally: dlg2.Destroy() else: # FileDialog doesn't exist: just check one dlg1 = wx.FileDialog( self, "Choose a file with extension bmp, gif, xbm, xpm, png, or jpg", ".", "", "BMP files (*.bmp)|*.bmp|XBM files (*.xbm)|*.xbm|XPM file (*.xpm)|*.xpm|PNG files (*.png)|*.png|JPG files (*.jpg)|*.jpg", wx.SAVE|wx.OVERWRITE_PROMPT ) if dlg1.ShowModal() == wx.ID_OK: fileName = dlg1.GetPath() fType = _string.lower(fileName[-3:]) else: # exit without saving dlg1.Destroy() return False if dlg1: dlg1.Destroy() # Save Bitmap res= self._Buffer.SaveFile(fileName, extensions[fType]) return res @property def print_data(self): if not self._print_data: self._print_data = wx.PrintData() self._print_data.SetPaperId(wx.PAPER_LETTER) self._print_data.SetOrientation(wx.LANDSCAPE) return self._print_data @property def pageSetupData(self): if not self._pageSetupData: self._pageSetupData= wx.PageSetupDialogData() self._pageSetupData.SetMarginBottomRight((25,25)) self._pageSetupData.SetMarginTopLeft((25,25)) self._pageSetupData.SetPrintData(self.print_data) return self._pageSetupData def PageSetup(self): """Brings up the page setup dialog""" data = self.pageSetupData data.SetPrintData(self.print_data) dlg = wx.PageSetupDialog(self.parent, data) try: if dlg.ShowModal() == wx.ID_OK: data = dlg.GetPageSetupData() # returns wx.PageSetupDialogData # updates page parameters from dialog self.pageSetupData.SetMarginBottomRight(data.GetMarginBottomRight()) self.pageSetupData.SetMarginTopLeft(data.GetMarginTopLeft()) self.pageSetupData.SetPrintData(data.GetPrintData()) self.print_data=wx.PrintData(data.GetPrintData()) # updates print_data finally: dlg.Destroy() def Printout(self, paper=None): """Print current plot.""" if paper != None: self.print_data.SetPaperId(paper) pdd = wx.PrintDialogData(self.print_data) printer = wx.Printer(pdd) out = PlotPrintout(self) print_ok = printer.Print(self.parent, out) if print_ok: self.print_data = wx.PrintData(printer.GetPrintDialogData().GetPrintData()) out.Destroy() def PrintPreview(self): """Print-preview current plot.""" printout = PlotPrintout(self) printout2 = PlotPrintout(self) self.preview = wx.PrintPreview(printout, printout2, self.print_data) if not self.preview.Ok(): wx.MessageDialog(self, "Print Preview failed.\n" \ "Check that default printer is configured\n", \ "Print error", wx.OK|wx.CENTRE).ShowModal() self.preview.SetZoom(40) # search up tree to find frame instance frameInst= self while not isinstance(frameInst, wx.Frame): frameInst= frameInst.GetParent() frame = wx.PreviewFrame(self.preview, frameInst, "Preview") frame.Initialize() frame.SetPosition(self.GetPosition()) frame.SetSize((600,550)) frame.Centre(wx.BOTH) frame.Show(True) def setLogScale(self, logscale): if type(logscale) != tuple: raise TypeError, 'logscale must be a tuple of bools, e.g. (False, False)' if self.last_draw is not None: graphics, xAxis, yAxis= self.last_draw graphics.setLogScale(logscale) self.last_draw = (graphics, None, None) self.SetXSpec('min') self.SetYSpec('min') self._logscale = logscale def getLogScale(self): return self._logscale def SetFontSizeAxis(self, point= 10): """Set the tick and axis label font size (default is 10 point)""" self._fontSizeAxis= point def GetFontSizeAxis(self): """Get current tick and axis label font size in points""" return self._fontSizeAxis def SetFontSizeTitle(self, point= 15): """Set Title font size (default is 15 point)""" self._fontSizeTitle= point def GetFontSizeTitle(self): """Get current Title font size in points""" return self._fontSizeTitle def SetFontSizeLegend(self, point= 7): """Set Legend font size (default is 7 point)""" self._fontSizeLegend= point def GetFontSizeLegend(self): """Get current Legend font size in points""" return self._fontSizeLegend def SetShowScrollbars(self, value): """Set True to show scrollbars""" if value not in [True,False]: raise TypeError, "Value should be True or False" if value == self.GetShowScrollbars(): return self.sb_vert.Show(value) self.sb_hor.Show(value) wx.CallAfter(self.Layout) def GetShowScrollbars(self): """Set True to show scrollbars""" return self.sb_vert.IsShown() def SetUseScientificNotation(self, useScientificNotation): self._useScientificNotation = useScientificNotation def GetUseScientificNotation(self): return self._useScientificNotation def SetEnableAntiAliasing(self, enableAntiAliasing): """Set True to enable anti-aliasing.""" self._antiAliasingEnabled = enableAntiAliasing self.Redraw() def GetEnableAntiAliasing(self): return self._antiAliasingEnabled def SetEnableHiRes(self, enableHiRes): """Set True to enable high-resolution mode when using anti-aliasing.""" self._hiResEnabled = enableHiRes self.Redraw() def GetEnableHiRes(self): return self._hiResEnabled def SetEnableDrag(self, value): """Set True to enable drag.""" if value not in [True,False]: raise TypeError, "Value should be True or False" if value: if self.GetEnableZoom(): self.SetEnableZoom(False) self.SetCursor(self.HandCursor) else: self.SetCursor(wx.CROSS_CURSOR) self._dragEnabled = value def GetEnableDrag(self): return self._dragEnabled def SetEnableZoom(self, value): """Set True to enable zooming.""" if value not in [True,False]: raise TypeError, "Value should be True or False" if value: if self.GetEnableDrag(): self.SetEnableDrag(False) self.SetCursor(self.MagCursor) else: self.SetCursor(wx.CROSS_CURSOR) self._zoomEnabled= value def GetEnableZoom(self): """True if zooming enabled.""" return self._zoomEnabled def SetEnableGrid(self, value): """Set True, 'Horizontal' or 'Vertical' to enable grid.""" if value not in [True,False,'Horizontal','Vertical']: raise TypeError, "Value should be True, False, Horizontal or Vertical" self._gridEnabled= value self.Redraw() def GetEnableGrid(self): """True if grid enabled.""" return self._gridEnabled def SetEnableCenterLines(self, value): """Set True, 'Horizontal' or 'Vertical' to enable center line(s).""" if value not in [True,False,'Horizontal','Vertical']: raise TypeError, "Value should be True, False, Horizontal or Vertical" self._centerLinesEnabled= value self.Redraw() def GetEnableCenterLines(self): """True if grid enabled.""" return self._centerLinesEnabled def SetEnableDiagonals(self, value): """Set True, 'Bottomleft-Topright' or 'Bottomright-Topleft' to enable center line(s).""" if value not in [True,False,'Bottomleft-Topright','Bottomright-Topleft']: raise TypeError, "Value should be True, False, Bottomleft-Topright or Bottomright-Topleft" self._diagonalsEnabled= value self.Redraw() def GetEnableDiagonals(self): """True if grid enabled.""" return self._diagonalsEnabled def SetEnableLegend(self, value): """Set True to enable legend.""" if value not in [True,False]: raise TypeError, "Value should be True or False" self._legendEnabled= value self.Redraw() def GetEnableLegend(self): """True if Legend enabled.""" return self._legendEnabled def SetEnableTitle(self, value): """Set True to enable title.""" if value not in [True,False]: raise TypeError, "Value should be True or False" self._titleEnabled= value self.Redraw() def GetEnableTitle(self): """True if title enabled.""" return self._titleEnabled def SetEnablePointLabel(self, value): """Set True to enable pointLabel.""" if value not in [True,False]: raise TypeError, "Value should be True or False" self._pointLabelEnabled= value self.Redraw() #will erase existing pointLabel if present self.last_PointLabel = None def GetEnablePointLabel(self): """True if pointLabel enabled.""" return self._pointLabelEnabled def SetPointLabelFunc(self, func): """Sets the function with custom code for pointLabel drawing ******** more info needed *************** """ self._pointLabelFunc= func def GetPointLabelFunc(self): """Returns pointLabel Drawing Function""" return self._pointLabelFunc def Reset(self): """Unzoom the plot.""" self.last_PointLabel = None #reset pointLabel if self.last_draw is not None: self._Draw(self.last_draw[0]) def ScrollRight(self, units): """Move view right number of axis units.""" self.last_PointLabel = None #reset pointLabel if self.last_draw is not None: graphics, xAxis, yAxis= self.last_draw xAxis= (xAxis[0]+units, xAxis[1]+units) self._Draw(graphics,xAxis,yAxis) def ScrollUp(self, units): """Move view up number of axis units.""" self.last_PointLabel = None #reset pointLabel if self.last_draw is not None: graphics, xAxis, yAxis= self.last_draw yAxis= (yAxis[0]+units, yAxis[1]+units) self._Draw(graphics,xAxis,yAxis) def GetXY(self, event): """Wrapper around _getXY, which handles log scales""" x,y = self._getXY(event) if self.getLogScale()[0]: x = _Numeric.power(10,x) if self.getLogScale()[1]: y = _Numeric.power(10,y) return x,y def _getXY(self,event): """Takes a mouse event and returns the XY user axis values.""" x,y= self.PositionScreenToUser(event.GetPosition()) return x,y def PositionUserToScreen(self, pntXY): """Converts User position to Screen Coordinates""" userPos= _Numeric.array(pntXY) x,y= userPos * self._pointScale + self._pointShift return x,y def PositionScreenToUser(self, pntXY): """Converts Screen position to User Coordinates""" screenPos= _Numeric.array(pntXY) x,y= (screenPos-self._pointShift)/self._pointScale return x,y def SetXSpec(self, type= 'auto'): """xSpec- defines x axis type. Can be 'none', 'min' or 'auto' where: 'none' - shows no axis or tick mark values 'min' - shows min bounding box values 'auto' - rounds axis range to sensible values - like 'min', but with tick marks """ self._xSpec= type def SetYSpec(self, type= 'auto'): """ySpec- defines x axis type. Can be 'none', 'min' or 'auto' where: 'none' - shows no axis or tick mark values 'min' - shows min bounding box values 'auto' - rounds axis range to sensible values - like 'min', but with tick marks """ self._ySpec= type def GetXSpec(self): """Returns current XSpec for axis""" return self._xSpec def GetYSpec(self): """Returns current YSpec for axis""" return self._ySpec def GetXMaxRange(self): xAxis = self._getXMaxRange() if self.getLogScale()[0]: xAxis = _Numeric.power(10,xAxis) return xAxis def _getXMaxRange(self): """Returns (minX, maxX) x-axis range for displayed graph""" graphics= self.last_draw[0] p1, p2 = graphics.boundingBox() # min, max points of graphics xAxis = self._axisInterval(self._xSpec, p1[0], p2[0]) # in user units return xAxis def GetYMaxRange(self): yAxis = self._getYMaxRange() if self.getLogScale()[1]: yAxis = _Numeric.power(10,yAxis) return yAxis def _getYMaxRange(self): """Returns (minY, maxY) y-axis range for displayed graph""" graphics= self.last_draw[0] p1, p2 = graphics.boundingBox() # min, max points of graphics yAxis = self._axisInterval(self._ySpec, p1[1], p2[1]) return yAxis def GetXCurrentRange(self): xAxis = self._getXCurrentRange() if self.getLogScale()[0]: xAxis = _Numeric.power(10,xAxis) return xAxis def _getXCurrentRange(self): """Returns (minX, maxX) x-axis for currently displayed portion of graph""" return self.last_draw[1] def GetYCurrentRange(self): yAxis = self._getYCurrentRange() if self.getLogScale()[1]: yAxis = _Numeric.power(10,yAxis) return yAxis def _getYCurrentRange(self): """Returns (minY, maxY) y-axis for currently displayed portion of graph""" return self.last_draw[2] def Draw(self, graphics, xAxis = None, yAxis = None, dc = None): """Wrapper around _Draw, which handles log axes""" graphics.setLogScale(self.getLogScale()) # check Axis is either tuple or none if type(xAxis) not in [type(None),tuple]: raise TypeError, "xAxis should be None or (minX,maxX)"+str(type(xAxis)) if type(yAxis) not in [type(None),tuple]: raise TypeError, "yAxis should be None or (minY,maxY)"+str(type(xAxis)) # check case for axis = (a,b) where a==b caused by improper zooms if xAxis != None: if xAxis[0] == xAxis[1]: return if self.getLogScale()[0]: xAxis = _Numeric.log10(xAxis) if yAxis != None: if yAxis[0] == yAxis[1]: return if self.getLogScale()[1]: yAxis = _Numeric.log10(yAxis) self._Draw(graphics, xAxis, yAxis, dc) def _Draw(self, graphics, xAxis = None, yAxis = None, dc = None): """\ Draw objects in graphics with specified x and y axis. graphics- instance of PlotGraphics with list of PolyXXX objects xAxis - tuple with (min, max) axis range to view yAxis - same as xAxis dc - drawing context - doesn't have to be specified. If it's not, the offscreen buffer is used """ if dc == None: # sets new dc and clears it dc = wx.BufferedDC(wx.ClientDC(self.canvas), self._Buffer) bbr = wx.Brush(self.GetBackgroundColour(), wx.SOLID) dc.SetBackground(bbr) dc.SetBackgroundMode(wx.SOLID) dc.Clear() if self._antiAliasingEnabled: if not isinstance(dc, wx.GCDC): try: dc = wx.GCDC(dc) except Exception, exception: pass else: if self._hiResEnabled: dc.SetMapMode(wx.MM_TWIPS) # high precision - each logical unit is 1/20 of a point self._pointSize = tuple(1.0 / lscale for lscale in dc.GetLogicalScale()) self._setSize() elif self._pointSize != (1.0, 1.0): self._pointSize = (1.0, 1.0) self._setSize() if sys.platform in ("darwin", "win32") or not isinstance(dc, wx.GCDC): self._fontScale = sum(self._pointSize) / 2.0 else: # on Linux, we need to correct the font size by a certain factor if wx.GCDC is used, # to make text the same size as if wx.GCDC weren't used ppi = dc.GetPPI() self._fontScale = (96.0 / ppi[0] * self._pointSize[0] + 96.0 / ppi[1] * self._pointSize[1]) / 2.0 graphics._pointSize = self._pointSize dc.SetTextForeground(self.GetForegroundColour()) dc.SetTextBackground(self.GetBackgroundColour()) dc.BeginDrawing() # dc.Clear() # set font size for every thing but title and legend dc.SetFont(self._getFont(self._fontSizeAxis)) # sizes axis to axis type, create lower left and upper right corners of plot if xAxis == None or yAxis == None: # One or both axis not specified in Draw p1, p2 = graphics.boundingBox() # min, max points of graphics if xAxis == None: xAxis = self._axisInterval(self._xSpec, p1[0], p2[0]) # in user units if yAxis == None: yAxis = self._axisInterval(self._ySpec, p1[1], p2[1]) # Adjust bounding box for axis spec p1[0],p1[1] = xAxis[0], yAxis[0] # lower left corner user scale (xmin,ymin) p2[0],p2[1] = xAxis[1], yAxis[1] # upper right corner user scale (xmax,ymax) else: # Both axis specified in Draw p1= _Numeric.array([xAxis[0], yAxis[0]]) # lower left corner user scale (xmin,ymin) p2= _Numeric.array([xAxis[1], yAxis[1]]) # upper right corner user scale (xmax,ymax) self.last_draw = (graphics, _Numeric.array(xAxis), _Numeric.array(yAxis)) # saves most recient values # Get ticks and textExtents for axis if required if self._xSpec is not 'none': xticks = self._xticks(xAxis[0], xAxis[1]) xTextExtent = dc.GetTextExtent(xticks[-1][1])# w h of x axis text last number on axis else: xticks = None xTextExtent= (0,0) # No text for ticks if self._ySpec is not 'none': yticks = self._yticks(yAxis[0], yAxis[1]) if self.getLogScale()[1]: yTextExtent = dc.GetTextExtent('-2e-2') else: yTextExtentBottom = dc.GetTextExtent(yticks[0][1]) yTextExtentTop = dc.GetTextExtent(yticks[-1][1]) yTextExtent= (max(yTextExtentBottom[0],yTextExtentTop[0]), max(yTextExtentBottom[1],yTextExtentTop[1])) else: yticks = None yTextExtent= (0,0) # No text for ticks # TextExtents for Title and Axis Labels titleWH, xLabelWH, yLabelWH= self._titleLablesWH(dc, graphics) # TextExtents for Legend legendBoxWH, legendSymExt, legendTextExt = self._legendWH(dc, graphics) # room around graph area rhsW= max(xTextExtent[0], legendBoxWH[0])+5*self._pointSize[0] # use larger of number width or legend width lhsW= yTextExtent[0]+ yLabelWH[1] + 3*self._pointSize[0] bottomH= max(xTextExtent[1], yTextExtent[1]/2.)+ xLabelWH[1] + 2*self._pointSize[1] topH= yTextExtent[1]/2. + titleWH[1] textSize_scale= _Numeric.array([rhsW+lhsW,bottomH+topH]) # make plot area smaller by text size textSize_shift= _Numeric.array([lhsW, bottomH]) # shift plot area by this amount # draw title if requested if self._titleEnabled: dc.SetFont(self._getFont(self._fontSizeTitle)) titlePos= (self.plotbox_origin[0]+ lhsW + (self.plotbox_size[0]-lhsW-rhsW)/2.- titleWH[0]/2., self.plotbox_origin[1]- self.plotbox_size[1]) dc.DrawText(graphics.getTitle(),titlePos[0],titlePos[1]) # draw label text dc.SetFont(self._getFont(self._fontSizeAxis)) xLabelPos= (self.plotbox_origin[0]+ lhsW + (self.plotbox_size[0]-lhsW-rhsW)/2.- xLabelWH[0]/2., self.plotbox_origin[1]- xLabelWH[1]) dc.DrawText(graphics.getXLabel(),xLabelPos[0],xLabelPos[1]) yLabelPos= (self.plotbox_origin[0] - 3*self._pointSize[0], self.plotbox_origin[1]- bottomH- (self.plotbox_size[1]-bottomH-topH)/2.+ yLabelWH[0]/2.) if graphics.getYLabel(): # bug fix for Linux dc.DrawRotatedText(graphics.getYLabel(),yLabelPos[0],yLabelPos[1],90) # drawing legend makers and text if self._legendEnabled: self._drawLegend(dc,graphics,rhsW,topH,legendBoxWH, legendSymExt, legendTextExt) # allow for scaling and shifting plotted points scale = (self.plotbox_size-textSize_scale) / (p2-p1)* _Numeric.array((1,-1)) shift = -p1*scale + self.plotbox_origin + textSize_shift * _Numeric.array((1,-1)) self._pointScale= scale / self._pointSize # make available for mouse events self._pointShift= shift / self._pointSize self._drawAxes(dc, p1, p2, scale, shift, xticks, yticks) graphics.scaleAndShift(scale, shift) graphics.setPrinterScale(self.printerScale) # thicken up lines and markers if printing # set clipping area so drawing does not occur outside axis box ptx,pty,rectWidth,rectHeight= self._point2ClientCoord(p1, p2) # allow graph to overlap axis lines by adding units to width and height dc.SetClippingRegion(ptx*self._pointSize[0],pty*self._pointSize[1],rectWidth*self._pointSize[0]+2,rectHeight*self._pointSize[1]+1) # Draw the lines and markers #start = _time.clock() graphics.draw(dc) # print "entire graphics drawing took: %f second"%(_time.clock() - start) # remove the clipping region dc.DestroyClippingRegion() dc.EndDrawing() self._adjustScrollbars() def Redraw(self, dc=None): """Redraw the existing plot.""" if self.last_draw is not None: graphics, xAxis, yAxis= self.last_draw self._Draw(graphics,xAxis,yAxis,dc) def Clear(self): """Erase the window.""" self.last_PointLabel = None #reset pointLabel dc = wx.BufferedDC(wx.ClientDC(self.canvas), self._Buffer) bbr = wx.Brush(self.GetBackgroundColour(), wx.SOLID) dc.SetBackground(bbr) dc.SetBackgroundMode(wx.SOLID) dc.Clear() if self._antiAliasingEnabled: try: dc = wx.GCDC(dc) except Exception, exception: pass dc.SetTextForeground(self.GetForegroundColour()) dc.SetTextBackground(self.GetBackgroundColour()) self.last_draw = None def Zoom(self, Center, Ratio): """ Zoom on the plot Centers on the X,Y coords given in Center Zooms by the Ratio = (Xratio, Yratio) given """ self.last_PointLabel = None #reset maker x,y = Center if self.last_draw != None: (graphics, xAxis, yAxis) = self.last_draw w = (xAxis[1] - xAxis[0]) * Ratio[0] h = (yAxis[1] - yAxis[0]) * Ratio[1] xAxis = ( x - w/2, x + w/2 ) yAxis = ( y - h/2, y + h/2 ) self._Draw(graphics, xAxis, yAxis) def GetClosestPoints(self, pntXY, pointScaled= True): """Returns list with [curveNumber, legend, index of closest point, pointXY, scaledXY, distance] list for each curve. Returns [] if no curves are being plotted. x, y in user coords if pointScaled == True based on screen coords if pointScaled == False based on user coords """ if self.last_draw == None: #no graph available return [] graphics, xAxis, yAxis= self.last_draw l = [] for curveNum,obj in enumerate(graphics): #check there are points in the curve if len(obj.points) == 0: continue #go to next obj #[curveNumber, legend, index of closest point, pointXY, scaledXY, distance] cn = [curveNum]+ [obj.getLegend()]+ obj.getClosestPoint( pntXY, pointScaled) l.append(cn) return l def GetClosestPoint(self, pntXY, pointScaled= True): """Returns list with [curveNumber, legend, index of closest point, pointXY, scaledXY, distance] list for only the closest curve. Returns [] if no curves are being plotted. x, y in user coords if pointScaled == True based on screen coords if pointScaled == False based on user coords """ #closest points on screen based on screen scaling (pointScaled= True) #list [curveNumber, index, pointXY, scaledXY, distance] for each curve closestPts= self.GetClosestPoints(pntXY, pointScaled) if closestPts == []: return [] #no graph present #find one with least distance dists = [c[-1] for c in closestPts] mdist = min(dists) #Min dist i = dists.index(mdist) #index for min dist return closestPts[i] #this is the closest point on closest curve GetClosetPoint = GetClosestPoint def UpdatePointLabel(self, mDataDict): """Updates the pointLabel point on screen with data contained in mDataDict. mDataDict will be passed to your function set by SetPointLabelFunc. It can contain anything you want to display on the screen at the scaledXY point you specify. This function can be called from parent window with onClick, onMotion events etc. """ if self.last_PointLabel != None: #compare pointXY if _Numeric.sometrue(mDataDict["pointXY"] != self.last_PointLabel["pointXY"]): #closest changed self._drawPointLabel(self.last_PointLabel) #erase old self._drawPointLabel(mDataDict) #plot new else: #just plot new with no erase self._drawPointLabel(mDataDict) #plot new #save for next erase self.last_PointLabel = mDataDict # event handlers ********************************** def OnMotion(self, event): if self._zoomEnabled and event.LeftIsDown(): if self._hasDragged: self._drawRubberBand(self._zoomCorner1, self._zoomCorner2) # remove old else: self._hasDragged= True self._zoomCorner2[0], self._zoomCorner2[1] = self._getXY(event) self._drawRubberBand(self._zoomCorner1, self._zoomCorner2) # add new elif self._dragEnabled and event.LeftIsDown(): coordinates = event.GetPosition() newpos, oldpos = map(_Numeric.array, map(self.PositionScreenToUser, [coordinates, self._screenCoordinates])) dist = newpos-oldpos self._screenCoordinates = coordinates if self.last_draw is not None: graphics, xAxis, yAxis= self.last_draw yAxis -= dist[1] xAxis -= dist[0] self._Draw(graphics,xAxis,yAxis) def OnMouseLeftDown(self,event): self._zoomCorner1[0], self._zoomCorner1[1]= self._getXY(event) self._screenCoordinates = _Numeric.array(event.GetPosition()) if self._dragEnabled: self.SetCursor(self.GrabHandCursor) self.canvas.CaptureMouse() def OnMouseLeftUp(self, event): if self._zoomEnabled: if self._hasDragged == True: self._drawRubberBand(self._zoomCorner1, self._zoomCorner2) # remove old self._zoomCorner2[0], self._zoomCorner2[1]= self._getXY(event) self._hasDragged = False # reset flag minX, minY= _Numeric.minimum( self._zoomCorner1, self._zoomCorner2) maxX, maxY= _Numeric.maximum( self._zoomCorner1, self._zoomCorner2) self.last_PointLabel = None #reset pointLabel if self.last_draw != None: self._Draw(self.last_draw[0], xAxis = (minX,maxX), yAxis = (minY,maxY), dc = None) #else: # A box has not been drawn, zoom in on a point ## this interfered with the double click, so I've disables it. # X,Y = self._getXY(event) # self.Zoom( (X,Y), (self._zoomInFactor,self._zoomInFactor) ) if self._dragEnabled: self.SetCursor(self.HandCursor) if self.canvas.HasCapture(): self.canvas.ReleaseMouse() def OnMouseDoubleClick(self,event): if self._zoomEnabled: # Give a little time for the click to be totally finished # before (possibly) removing the scrollbars and trigering # size events, etc. wx.FutureCall(200,self.Reset) def OnMouseRightDown(self,event): if self._zoomEnabled: X,Y = self._getXY(event) self.Zoom( (X,Y), (self._zoomOutFactor, self._zoomOutFactor) ) def OnPaint(self, event): # All that is needed here is to draw the buffer to screen if self.last_PointLabel != None: self._drawPointLabel(self.last_PointLabel) #erase old self.last_PointLabel = None dc = wx.BufferedPaintDC(self.canvas, self._Buffer) if self._antiAliasingEnabled: try: dc = wx.GCDC(dc) except Exception, exception: pass def OnSize(self,event): # The Buffer init is done here, to make sure the buffer is always # the same size as the Window Size = self.canvas.GetClientSize() Size.width = max(1, Size.width) Size.height = max(1, Size.height) # Make new offscreen bitmap: this bitmap will always have the # current drawing in it, so it can be used to save the image to # a file, or whatever. self._Buffer = wx.EmptyBitmap(Size.width, Size.height) self._setSize() self.last_PointLabel = None #reset pointLabel if self.last_draw is None: self.Clear() else: graphics, xSpec, ySpec = self.last_draw self._Draw(graphics,xSpec,ySpec) def OnLeave(self, event): """Used to erase pointLabel when mouse outside window""" if self.last_PointLabel != None: self._drawPointLabel(self.last_PointLabel) #erase old self.last_PointLabel = None def OnScroll(self, evt): if not self._adjustingSB: self._sb_ignore = True sbpos = evt.GetPosition() if evt.GetOrientation() == wx.VERTICAL: fullrange,pagesize = self.sb_vert.GetRange(),self.sb_vert.GetPageSize() sbpos = fullrange-pagesize-sbpos dist = sbpos*self._sb_yunit-(self._getYCurrentRange()[0]-self._sb_yfullrange[0]) self.ScrollUp(dist) if evt.GetOrientation() == wx.HORIZONTAL: dist = sbpos*self._sb_xunit-(self._getXCurrentRange()[0]-self._sb_xfullrange[0]) self.ScrollRight(dist) # Private Methods ************************************************** def _setSize(self, width=None, height=None): """DC width and height.""" if width == None: (self.width,self.height) = self.canvas.GetClientSize() else: self.width, self.height= width,height self.width *= self._pointSize[0] # high precision self.height *= self._pointSize[1] # high precision self.plotbox_size = 0.97*_Numeric.array([self.width, self.height]) xo = 0.5*(self.width-self.plotbox_size[0]) yo = self.height-0.5*(self.height-self.plotbox_size[1]) self.plotbox_origin = _Numeric.array([xo, yo]) def _setPrinterScale(self, scale): """Used to thicken lines and increase marker size for print out.""" # line thickness on printer is very thin at 600 dot/in. Markers small self.printerScale= scale def _printDraw(self, printDC): """Used for printing.""" if self.last_draw != None: graphics, xSpec, ySpec= self.last_draw self._Draw(graphics,xSpec,ySpec,printDC) def _drawPointLabel(self, mDataDict): """Draws and erases pointLabels""" width = self._Buffer.GetWidth() height = self._Buffer.GetHeight() if sys.platform != "darwin": tmp_Buffer = wx.EmptyBitmap(width,height) dcs = wx.MemoryDC() dcs.SelectObject(tmp_Buffer) dcs.Clear() else: tmp_Buffer = self._Buffer.GetSubBitmap((0, 0, width, height)) dcs = wx.MemoryDC(self._Buffer) dcs.BeginDrawing() self._pointLabelFunc(dcs,mDataDict) #custom user pointLabel function dcs.EndDrawing() dc = wx.ClientDC( self.canvas ) #this will erase if called twice dc.Blit(0, 0, width, height, dcs, 0, 0, self._logicalFunction) if sys.platform == "darwin": self._Buffer = tmp_Buffer def _drawLegend(self,dc,graphics,rhsW,topH,legendBoxWH, legendSymExt, legendTextExt): """Draws legend symbols and text""" # top right hand corner of graph box is ref corner trhc= self.plotbox_origin+ (self.plotbox_size-[rhsW,topH])*[1,-1] legendLHS= .091* legendBoxWH[0] # border space between legend sym and graph box lineHeight= max(legendSymExt[1], legendTextExt[1]) * 1.1 #1.1 used as space between lines dc.SetFont(self._getFont(self._fontSizeLegend)) for i in range(len(graphics)): o = graphics[i] s= i*lineHeight if isinstance(o,PolyMarker): # draw marker with legend pnt= (trhc[0]+legendLHS+legendSymExt[0]/2., trhc[1]+s+lineHeight/2.) o.draw(dc, self.printerScale, coord= _Numeric.array([pnt])) elif isinstance(o,PolyLine): # draw line with legend pnt1= (trhc[0]+legendLHS, trhc[1]+s+lineHeight/2.) pnt2= (trhc[0]+legendLHS+legendSymExt[0], trhc[1]+s+lineHeight/2.) o.draw(dc, self.printerScale, coord= _Numeric.array([pnt1,pnt2])) else: raise TypeError, "object is neither PolyMarker or PolyLine instance" # draw legend txt pnt= (trhc[0]+legendLHS+legendSymExt[0]+5*self._pointSize[0], trhc[1]+s+lineHeight/2.-legendTextExt[1]/2) dc.DrawText(o.getLegend(),pnt[0],pnt[1]) dc.SetFont(self._getFont(self._fontSizeAxis)) # reset def _titleLablesWH(self, dc, graphics): """Draws Title and labels and returns width and height for each""" # TextExtents for Title and Axis Labels dc.SetFont(self._getFont(self._fontSizeTitle)) if self._titleEnabled: title= graphics.getTitle() titleWH= dc.GetTextExtent(title) else: titleWH= (0,0) dc.SetFont(self._getFont(self._fontSizeAxis)) xLabel, yLabel= graphics.getXLabel(),graphics.getYLabel() xLabelWH= dc.GetTextExtent(xLabel) yLabelWH= dc.GetTextExtent(yLabel) return titleWH, xLabelWH, yLabelWH def _legendWH(self, dc, graphics): """Returns the size in screen units for legend box""" if self._legendEnabled != True: legendBoxWH= symExt= txtExt= (0,0) else: # find max symbol size symExt= graphics.getSymExtent(self.printerScale) # find max legend text extent dc.SetFont(self._getFont(self._fontSizeLegend)) txtList= graphics.getLegendNames() txtExt= dc.GetTextExtent(txtList[0]) for txt in graphics.getLegendNames()[1:]: txtExt= _Numeric.maximum(txtExt,dc.GetTextExtent(txt)) maxW= symExt[0]+txtExt[0] maxH= max(symExt[1],txtExt[1]) # padding .1 for lhs of legend box and space between lines maxW= maxW* 1.1 maxH= maxH* 1.1 * len(txtList) dc.SetFont(self._getFont(self._fontSizeAxis)) legendBoxWH= (maxW,maxH) return (legendBoxWH, symExt, txtExt) def _drawRubberBand(self, corner1, corner2): """Draws/erases rect box from corner1 to corner2""" ptx,pty,rectWidth,rectHeight= self._point2ClientCoord(corner1, corner2) # draw rectangle dc = wx.ClientDC( self.canvas ) dc.BeginDrawing() dc.SetPen(wx.Pen(wx.BLACK)) dc.SetBrush(wx.Brush( wx.WHITE, wx.TRANSPARENT ) ) dc.SetLogicalFunction(wx.INVERT) dc.DrawRectangle( ptx,pty, rectWidth,rectHeight) dc.SetLogicalFunction(wx.COPY) dc.EndDrawing() def _getFont(self,size): """Take font size, adjusts if printing and returns wx.Font""" s = size*self.printerScale*self._fontScale of = self.GetFont() # Linux speed up to get font from cache rather than X font server key = (int(s), of.GetFamily (), of.GetStyle (), of.GetWeight ()) font = self._fontCache.get (key, None) if font: return font # yeah! cache hit else: font = wx.Font(int(s), of.GetFamily(), of.GetStyle(), of.GetWeight()) self._fontCache[key] = font return font def _point2ClientCoord(self, corner1, corner2): """Converts user point coords to client screen int coords x,y,width,height""" c1= _Numeric.array(corner1) c2= _Numeric.array(corner2) # convert to screen coords pt1= c1*self._pointScale+self._pointShift pt2= c2*self._pointScale+self._pointShift # make height and width positive pul= _Numeric.minimum(pt1,pt2) # Upper left corner plr= _Numeric.maximum(pt1,pt2) # Lower right corner rectWidth, rectHeight= plr-pul ptx,pty= pul return ptx, pty, rectWidth, rectHeight def _axisInterval(self, spec, lower, upper): """Returns sensible axis range for given spec""" if spec == 'none' or spec == 'min' or isinstance(spec, (float, int)): if lower == upper: return lower-0.5, upper+0.5 else: return lower, upper elif spec == 'auto': range = upper-lower if range == 0.: return lower-0.5, upper+0.5 log = _Numeric.log10(range) power = _Numeric.floor(log) fraction = log-power if fraction <= 0.05: power = power-1 grid = 10.**power lower = lower - lower % grid mod = upper % grid if mod != 0: upper = upper - mod + grid return lower, upper elif type(spec) == type(()): lower, upper = spec if lower <= upper: return lower, upper else: return upper, lower else: raise ValueError, str(spec) + ': illegal axis specification' def _drawAxes(self, dc, p1, p2, scale, shift, xticks, yticks): penWidth= self.printerScale * self._pointSize[0] # increases thickness for printing only dc.SetPen(wx.Pen(self._gridColour, penWidth)) # set length of tick marks--long ones make grid if self._gridEnabled: x,y,width,height= self._point2ClientCoord(p1,p2) if self._gridEnabled == 'Horizontal': yTickLength= (width/2.0 +1) * self._pointSize[1] xTickLength= 3 * self.printerScale * self._pointSize[0] elif self._gridEnabled == 'Vertical': yTickLength= 3 * self.printerScale * self._pointSize[1] xTickLength= (height/2.0 +1) * self._pointSize[0] else: yTickLength= (width/2.0 +1) * self._pointSize[1] xTickLength= (height/2.0 +1) * self._pointSize[0] else: yTickLength= 3 * self.printerScale * self._pointSize[1] # lengthens lines for printing xTickLength= 3 * self.printerScale * self._pointSize[0] if self._xSpec is not 'none': lower, upper = p1[0],p2[0] text = 1 for y, d in [(p1[1], -xTickLength), (p2[1], xTickLength)]: # miny, maxy and tick lengths for x, label in xticks: pt = scale*_Numeric.array([x, y])+shift dc.DrawLine(pt[0],pt[1],pt[0],pt[1] + d) # draws tick mark d units if text: dc.DrawText(label,pt[0],pt[1]+2*self._pointSize[1]) a1 = scale*_Numeric.array([lower, y])+shift a2 = scale*_Numeric.array([upper, y])+shift dc.DrawLine(a1[0],a1[1],a2[0],a2[1]) # draws upper and lower axis line text = 0 # axis values not drawn on top side if self._ySpec is not 'none': lower, upper = p1[1],p2[1] text = 1 h = dc.GetCharHeight() for x, d in [(p1[0], -yTickLength), (p2[0], yTickLength)]: for y, label in yticks: pt = scale*_Numeric.array([x, y])+shift dc.DrawLine(pt[0],pt[1],pt[0]-d,pt[1]) if text: dc.DrawText(label,pt[0]-dc.GetTextExtent(label)[0]-3*self._pointSize[0], pt[1]-0.75*h) a1 = scale*_Numeric.array([x, lower])+shift a2 = scale*_Numeric.array([x, upper])+shift dc.DrawLine(a1[0],a1[1],a2[0],a2[1]) text = 0 # axis values not drawn on right side if self._centerLinesEnabled: if self._centerLinesEnabled in ('Horizontal', True): y1 = scale[1]*p1[1]+shift[1] y2 = scale[1]*p2[1]+shift[1] y = (y1 - y2) / 2.0 + y2 dc.DrawLine(scale[0] * p1[0] + shift[0], y, scale[0] * p2[0] + shift[0], y) if self._centerLinesEnabled in ('Vertical', True): x1 = scale[0]*p1[0]+shift[0] x2 = scale[0]*p2[0]+shift[0] x = (x1 - x2) / 2.0 + x2 dc.DrawLine(x, scale[1] * p1[1] + shift[1], x, scale[1] * p2[1] + shift[1]) if self._diagonalsEnabled: if self._diagonalsEnabled in ('Bottomleft-Topright', True): dc.DrawLine(scale[0] * p1[0] + shift[0], scale[1] * p1[1] + shift[1], scale[0] * p2[0] + shift[0], scale[1] * p2[1] + shift[1]) if self._diagonalsEnabled in ('Bottomright-Topleft', True): dc.DrawLine(scale[0] * p1[0] + shift[0], scale[1] * p2[1] + shift[1], scale[0] * p2[0] + shift[0], scale[1] * p1[1] + shift[1]) def _xticks(self, *args): if self._logscale[0]: return self._logticks(*args) else: attr = {'numticks': self._xSpec} return self._ticks(*args, **attr) def _yticks(self, *args): if self._logscale[1]: return self._logticks(*args) else: attr = {'numticks': self._ySpec} return self._ticks(*args, **attr) def _logticks(self, lower, upper): #lower,upper = map(_Numeric.log10,[lower,upper]) #print 'logticks',lower,upper ticks = [] mag = _Numeric.power(10,_Numeric.floor(lower)) if upper-lower > 6: t = _Numeric.power(10,_Numeric.ceil(lower)) base = _Numeric.power(10,_Numeric.floor((upper-lower)/6)) def inc(t): return t*base-t else: t = _Numeric.ceil(_Numeric.power(10,lower)/mag)*mag def inc(t): return 10**int(_Numeric.floor(_Numeric.log10(t)+1e-16)) majortick = int(_Numeric.log10(mag)) while t <= pow(10,upper): if majortick != int(_Numeric.floor(_Numeric.log10(t)+1e-16)): majortick = int(_Numeric.floor(_Numeric.log10(t)+1e-16)) ticklabel = '1e%d'%majortick else: if upper-lower < 2: minortick = int(t/pow(10,majortick)+.5) ticklabel = '%de%d'%(minortick,majortick) else: ticklabel = '' ticks.append((_Numeric.log10(t), ticklabel)) t += inc(t) if len(ticks) == 0: ticks = [(0,'')] return ticks def _ticks(self, lower, upper, numticks=None): if isinstance(numticks, (float, int)): ideal = (upper-lower)/float(numticks) else: ideal = (upper-lower)/7. log = _Numeric.log10(ideal) power = _Numeric.floor(log) if isinstance(numticks, (float, int)): grid = ideal else: fraction = log-power factor = 1. error = fraction for f, lf in self._multiples: e = _Numeric.fabs(fraction-lf) if e < error: error = e factor = f grid = factor * 10.**power if self._useScientificNotation and (power > 4 or power < -4): format = '%+7.1e' elif power >= 0: digits = max(1, int(power)) format = '%' + `digits`+'.0f' else: digits = -int(power) format = '%'+`digits+2`+'.'+`digits`+'f' ticks = [] t = -grid*_Numeric.floor(-lower/grid) while t <= upper: if t == -0: t = 0 ticks.append( (t, format % (t,)) ) t = t + grid return ticks _multiples = [(2., _Numeric.log10(2.)), (5., _Numeric.log10(5.))] def _adjustScrollbars(self): if self._sb_ignore: self._sb_ignore = False return if not self.GetShowScrollbars(): return self._adjustingSB = True needScrollbars = False # horizontal scrollbar r_current = self._getXCurrentRange() r_max = list(self._getXMaxRange()) sbfullrange = float(self.sb_hor.GetRange()) r_max[0] = min(r_max[0],r_current[0]) r_max[1] = max(r_max[1],r_current[1]) self._sb_xfullrange = r_max unit = (r_max[1]-r_max[0])/float(self.sb_hor.GetRange()) pos = int((r_current[0]-r_max[0])/unit) if pos >= 0: pagesize = int((r_current[1]-r_current[0])/unit) self.sb_hor.SetScrollbar(pos, pagesize, sbfullrange, pagesize) self._sb_xunit = unit needScrollbars = needScrollbars or (pagesize != sbfullrange) else: self.sb_hor.SetScrollbar(0, 1000, 1000, 1000) # vertical scrollbar r_current = self._getYCurrentRange() r_max = list(self._getYMaxRange()) sbfullrange = float(self.sb_vert.GetRange()) r_max[0] = min(r_max[0],r_current[0]) r_max[1] = max(r_max[1],r_current[1]) self._sb_yfullrange = r_max unit = (r_max[1]-r_max[0])/sbfullrange pos = int((r_current[0]-r_max[0])/unit) if pos >= 0: pagesize = int((r_current[1]-r_current[0])/unit) pos = (sbfullrange-1-pos-pagesize) self.sb_vert.SetScrollbar(pos, pagesize, sbfullrange, pagesize) self._sb_yunit = unit needScrollbars = needScrollbars or (pagesize != sbfullrange) else: self.sb_vert.SetScrollbar(0, 1000, 1000, 1000) self.SetShowScrollbars(needScrollbars) self._adjustingSB = False #------------------------------------------------------------------------------- # Used to layout the printer page class PlotPrintout(wx.Printout): """Controls how the plot is made in printing and previewing""" # Do not change method names in this class, # we have to override wx.Printout methods here! def __init__(self, graph): """graph is instance of plotCanvas to be printed or previewed""" wx.Printout.__init__(self) self.graph = graph def HasPage(self, page): if page == 1: return True else: return False def GetPageInfo(self): return (1, 1, 1, 1) # disable page numbers def OnPrintPage(self, page): dc = self.GetDC() # allows using floats for certain functions ## print "PPI Printer",self.GetPPIPrinter() ## print "PPI Screen", self.GetPPIScreen() ## print "DC GetSize", dc.GetSize() ## print "GetPageSizePixels", self.GetPageSizePixels() # Note PPIScreen does not give the correct number # Calulate everything for printer and then scale for preview PPIPrinter= self.GetPPIPrinter() # printer dots/inch (w,h) #PPIScreen= self.GetPPIScreen() # screen dots/inch (w,h) dcSize= dc.GetSize() # DC size if self.graph._antiAliasingEnabled and not isinstance(dc, wx.GCDC): try: dc = wx.GCDC(dc) except Exception, exception: pass else: if self.graph._hiResEnabled: dc.SetMapMode(wx.MM_TWIPS) # high precision - each logical unit is 1/20 of a point pageSize= self.GetPageSizePixels() # page size in terms of pixcels clientDcSize= self.graph.GetClientSize() # find what the margins are (mm) margLeftSize,margTopSize= self.graph.pageSetupData.GetMarginTopLeft() margRightSize, margBottomSize= self.graph.pageSetupData.GetMarginBottomRight() # calculate offset and scale for dc pixLeft= margLeftSize*PPIPrinter[0]/25.4 # mm*(dots/in)/(mm/in) pixRight= margRightSize*PPIPrinter[0]/25.4 pixTop= margTopSize*PPIPrinter[1]/25.4 pixBottom= margBottomSize*PPIPrinter[1]/25.4 plotAreaW= pageSize[0]-(pixLeft+pixRight) plotAreaH= pageSize[1]-(pixTop+pixBottom) # ratio offset and scale to screen size if preview if self.IsPreview(): ratioW= float(dcSize[0])/pageSize[0] ratioH= float(dcSize[1])/pageSize[1] pixLeft *= ratioW pixTop *= ratioH plotAreaW *= ratioW plotAreaH *= ratioH # rescale plot to page or preview plot area self.graph._setSize(plotAreaW,plotAreaH) # Set offset and scale dc.SetDeviceOrigin(pixLeft,pixTop) # Thicken up pens and increase marker size for printing ratioW= float(plotAreaW)/clientDcSize[0] ratioH= float(plotAreaH)/clientDcSize[1] aveScale= (ratioW+ratioH)/2 if self.graph._antiAliasingEnabled and not self.IsPreview(): scale = dc.GetUserScale() dc.SetUserScale(scale[0] / self.graph._pointSize[0], scale[1] / self.graph._pointSize[1]) self.graph._setPrinterScale(aveScale) # tickens up pens for printing self.graph._printDraw(dc) # rescale back to original self.graph._setSize() self.graph._setPrinterScale(1) self.graph.Redraw() #to get point label scale and shift correct return True #---------------------------------------------------------------------- try: from embeddedimage import PyEmbeddedImage except ImportError: from wx.lib.embeddedimage import PyEmbeddedImage MagPlus = PyEmbeddedImage( "iVBORw0KGgoAAAANSUhEUgAAABgAAAAYCAYAAADgdz34AAAABHNCSVQICAgIfAhkiAAAAOFJ" "REFUeJy1VdEOxCAIo27//8XbuKfuPASGZ0Zisoi2FJABbZM3bY8c13lo5GvbjioBPAUEB0Yc" "VZ0iGRRc56Ee8DcikEgrJD8EFpzRegQASiRtBtzuA0hrdRPYQxaEKyJPG6IHyiK3xnNZvUSS" "NvUuzgYh0il4y14nCFPk5XgmNbRbQbVotGo9msj47G3UXJ7fuz8Q8FAGEu0/PbZh2D3NoshU" "1VUydBGVZKMimlGeErdNGUmf/x7YpjMjcf8HVYvS2adr6aFVlCy/5Ijk9q8SeCR9isJR8SeJ" "8pv7S0Wu2Acr0qdj3w7DRAAAAABJRU5ErkJggg==") GrabHand = PyEmbeddedImage( "iVBORw0KGgoAAAANSUhEUgAAABgAAAAYCAYAAADgdz34AAAABHNCSVQICAgIfAhkiAAAARFJ" "REFUeJy1VdESgzAIS2j//4s3s5fRQ6Rad5M7H0oxCZhWSpK1TjwUBCBJAIBItL1fijlfe1yJ" "8noCGC9KgrXO7f0SyZEDAF/H2opsAHv9V/548nplT5Jo7YAFQKQ1RMWzmHUS96suqdBrHkuV" "uxpdJjCS8CfGXWdJ2glzcquKSR5c46QOtCpgNyIHj6oieAXg3282QvMX45hy8a8H0VonJZUO" "clesjOPg/dhBTq64o1Kacz4Ri2x5RKsf8+wcWQaJJL+A+xRcZHeQeBKjK+5EFiVJ4xy4x2Mn" "1Vk4U5/DWmfPieiqbye7a3tV/cCsWKu76K76KUFFchVnhigJ/hmktelm/m3e3b8k+Ec8PqLH" "CT4JRfyK9o1xYwAAAABJRU5ErkJggg==") Hand = PyEmbeddedImage( "iVBORw0KGgoAAAANSUhEUgAAABgAAAAYCAYAAADgdz34AAAABHNCSVQICAgIfAhkiAAAARBJ" "REFUeJytluECwiAIhDn1/Z942/UnjCGoq+6XNeWDC1xAqbKr6zyo61Ibds60J8GBT0yS3IEM" "ABuIpJTa4IOLiAAQksuKyixLH1ShHgTgZl8KiALxOsODPoEMkgJ25Su6zoO3ZrjRnI96OLIq" "k7dsqOCboDa4XV/nwQEQVeFtmMnvbSJja+oagKBUaLn9hzd7VipRa9ostIv0O1uhzzaqNJxk" "hViwDVxqg51kksMg9r2rDDIFwHCap130FBhdMzeAfWg//6Ki5WWQrHSv6EIUeVs0g3wT3J7r" "FmWQp/JJDXeRh2TXcJa91zAH2uN2mvXFsrIrsjS8rnftWmWfAiLIStuD9m9h9belvzgS/1fP" "X7075IwDENteAAAAAElFTkSuQmCC") #--------------------------------------------------------------------------- # if running standalone... # # ...a sample implementation using the above # def _draw1Objects(): # 100 points sin function, plotted as green circles data1 = 2.*_Numeric.pi*_Numeric.arange(200)/200. data1.shape = (100, 2) data1[:,1] = _Numeric.sin(data1[:,0]) markers1 = PolyMarker(data1, legend='Green Markers', colour='green', marker='circle',size=1) # 50 points cos function, plotted as red line data1 = 2.*_Numeric.pi*_Numeric.arange(100)/100. data1.shape = (50,2) data1[:,1] = _Numeric.cos(data1[:,0]) lines = PolySpline(data1, legend= 'Red Line', colour='red') # A few more points... pi = _Numeric.pi markers2 = PolyMarker([(0., 0.), (pi/4., 1.), (pi/2, 0.), (3.*pi/4., -1)], legend='Cross Legend', colour='blue', marker='cross') return PlotGraphics([markers1, lines, markers2],"Graph Title", "X Axis", "Y Axis") def _draw2Objects(): # 100 points sin function, plotted as green dots data1 = 2.*_Numeric.pi*_Numeric.arange(200)/200. data1.shape = (100, 2) data1[:,1] = _Numeric.sin(data1[:,0]) line1 = PolySpline(data1, legend='Green Line', colour='green', width=6, style=wx.DOT) # 50 points cos function, plotted as red dot-dash data1 = 2.*_Numeric.pi*_Numeric.arange(100)/100. data1.shape = (50,2) data1[:,1] = _Numeric.cos(data1[:,0]) line2 = PolySpline(data1, legend='Red Line', colour='red', width=3, style= wx.DOT_DASH) # A few more points... pi = _Numeric.pi markers1 = PolyMarker([(0., 0.), (pi/4., 1.), (pi/2, 0.), (3.*pi/4., -1)], legend='Cross Hatch Square', colour='blue', width= 3, size= 6, fillcolour= 'red', fillstyle= wx.CROSSDIAG_HATCH, marker='square') return PlotGraphics([markers1, line1, line2], "Big Markers with Different Line Styles") def _draw3Objects(): markerList= ['circle', 'dot', 'square', 'triangle', 'triangle_down', 'cross', 'plus', 'circle'] m=[] for i in range(len(markerList)): m.append(PolyMarker([(2*i+.5,i+.5)], legend=markerList[i], colour='blue', marker=markerList[i])) return PlotGraphics(m, "Selection of Markers", "Minimal Axis", "No Axis") def _draw4Objects(): # 25,000 point line data1 = _Numeric.arange(5e5,1e6,10) data1.shape = (25000, 2) line1 = PolyLine(data1, legend='Wide Line', colour='green', width=5) # A few more points... markers2 = PolyMarker(data1, legend='Square', colour='blue', marker='square') return PlotGraphics([line1, markers2], "25,000 Points", "Value X", "") def _draw5Objects(): # Empty graph with axis defined but no points/lines points=[] line1 = PolyLine(points, legend='Wide Line', colour='green', width=5) return PlotGraphics([line1], "Empty Plot With Just Axes", "Value X", "Value Y") def _draw6Objects(): # Bar graph points1=[(1,0), (1,10)] line1 = PolyLine(points1, colour='green', legend='Feb.', width=10) points1g=[(2,0), (2,4)] line1g = PolyLine(points1g, colour='red', legend='Mar.', width=10) points1b=[(3,0), (3,6)] line1b = PolyLine(points1b, colour='blue', legend='Apr.', width=10) points2=[(4,0), (4,12)] line2 = PolyLine(points2, colour='Yellow', legend='May', width=10) points2g=[(5,0), (5,8)] line2g = PolyLine(points2g, colour='orange', legend='June', width=10) points2b=[(6,0), (6,4)] line2b = PolyLine(points2b, colour='brown', legend='July', width=10) return PlotGraphics([line1, line1g, line1b, line2, line2g, line2b], "Bar Graph - (Turn on Grid, Legend)", "Months", "Number of Students") def _draw7Objects(): # Empty graph with axis defined but no points/lines x = _Numeric.arange(1,1000,1) y1 = 4.5*x**2 y2 = 2.2*x**3 points1 = _Numeric.transpose([x,y1]) points2 = _Numeric.transpose([x,y2]) line1 = PolyLine(points1, legend='quadratic', colour='blue', width=1) line2 = PolyLine(points2, legend='cubic', colour='red', width=1) return PlotGraphics([line1,line2], "double log plot", "Value X", "Value Y") class TestFrame(wx.Frame): def __init__(self, parent, id, title): wx.Frame.__init__(self, parent, id, title, wx.DefaultPosition, (600, 400)) # Now Create the menu bar and items self.mainmenu = wx.MenuBar() menu = wx.Menu() menu.Append(200, 'Page Setup...', 'Setup the printer page') self.Bind(wx.EVT_MENU, self.OnFilePageSetup, id=200) menu.Append(201, 'Print Preview...', 'Show the current plot on page') self.Bind(wx.EVT_MENU, self.OnFilePrintPreview, id=201) menu.Append(202, 'Print...', 'Print the current plot') self.Bind(wx.EVT_MENU, self.OnFilePrint, id=202) menu.Append(203, 'Save Plot...', 'Save current plot') self.Bind(wx.EVT_MENU, self.OnSaveFile, id=203) menu.Append(205, 'E&xit', 'Enough of this already!') self.Bind(wx.EVT_MENU, self.OnFileExit, id=205) self.mainmenu.Append(menu, '&File') menu = wx.Menu() menu.Append(206, 'Draw1', 'Draw plots1') self.Bind(wx.EVT_MENU,self.OnPlotDraw1, id=206) menu.Append(207, 'Draw2', 'Draw plots2') self.Bind(wx.EVT_MENU,self.OnPlotDraw2, id=207) menu.Append(208, 'Draw3', 'Draw plots3') self.Bind(wx.EVT_MENU,self.OnPlotDraw3, id=208) menu.Append(209, 'Draw4', 'Draw plots4') self.Bind(wx.EVT_MENU,self.OnPlotDraw4, id=209) menu.Append(210, 'Draw5', 'Draw plots5') self.Bind(wx.EVT_MENU,self.OnPlotDraw5, id=210) menu.Append(260, 'Draw6', 'Draw plots6') self.Bind(wx.EVT_MENU,self.OnPlotDraw6, id=260) menu.Append(261, 'Draw7', 'Draw plots7') self.Bind(wx.EVT_MENU,self.OnPlotDraw7, id=261) menu.Append(211, '&Redraw', 'Redraw plots') self.Bind(wx.EVT_MENU,self.OnPlotRedraw, id=211) menu.Append(212, '&Clear', 'Clear canvas') self.Bind(wx.EVT_MENU,self.OnPlotClear, id=212) menu.Append(213, '&Scale', 'Scale canvas') self.Bind(wx.EVT_MENU,self.OnPlotScale, id=213) menu.Append(214, 'Enable &Zoom', 'Enable Mouse Zoom', kind=wx.ITEM_CHECK) self.Bind(wx.EVT_MENU,self.OnEnableZoom, id=214) menu.Append(215, 'Enable &Grid', 'Turn on Grid', kind=wx.ITEM_CHECK) self.Bind(wx.EVT_MENU,self.OnEnableGrid, id=215) menu.Append(217, 'Enable &Drag', 'Activates dragging mode', kind=wx.ITEM_CHECK) self.Bind(wx.EVT_MENU,self.OnEnableDrag, id=217) menu.Append(220, 'Enable &Legend', 'Turn on Legend', kind=wx.ITEM_CHECK) self.Bind(wx.EVT_MENU,self.OnEnableLegend, id=220) menu.Append(222, 'Enable &Point Label', 'Show Closest Point', kind=wx.ITEM_CHECK) self.Bind(wx.EVT_MENU,self.OnEnablePointLabel, id=222) menu.Append(223, 'Enable &Anti-Aliasing', 'Smooth output', kind=wx.ITEM_CHECK) self.Bind(wx.EVT_MENU,self.OnEnableAntiAliasing, id=223) menu.Append(224, 'Enable &High-Resolution AA', 'Draw in higher resolution', kind=wx.ITEM_CHECK) self.Bind(wx.EVT_MENU,self.OnEnableHiRes, id=224) menu.Append(226, 'Enable Center Lines', 'Draw center lines', kind=wx.ITEM_CHECK) self.Bind(wx.EVT_MENU,self.OnEnableCenterLines, id=226) menu.Append(227, 'Enable Diagonal Lines', 'Draw diagonal lines', kind=wx.ITEM_CHECK) self.Bind(wx.EVT_MENU,self.OnEnableDiagonals, id=227) menu.Append(231, 'Set Gray Background', 'Change background colour to gray') self.Bind(wx.EVT_MENU,self.OnBackgroundGray, id=231) menu.Append(232, 'Set &White Background', 'Change background colour to white') self.Bind(wx.EVT_MENU,self.OnBackgroundWhite, id=232) menu.Append(233, 'Set Red Label Text', 'Change label text colour to red') self.Bind(wx.EVT_MENU,self.OnForegroundRed, id=233) menu.Append(234, 'Set &Black Label Text', 'Change label text colour to black') self.Bind(wx.EVT_MENU,self.OnForegroundBlack, id=234) menu.Append(225, 'Scroll Up 1', 'Move View Up 1 Unit') self.Bind(wx.EVT_MENU,self.OnScrUp, id=225) menu.Append(230, 'Scroll Rt 2', 'Move View Right 2 Units') self.Bind(wx.EVT_MENU,self.OnScrRt, id=230) menu.Append(235, '&Plot Reset', 'Reset to original plot') self.Bind(wx.EVT_MENU,self.OnReset, id=235) self.mainmenu.Append(menu, '&Plot') menu = wx.Menu() menu.Append(300, '&About', 'About this thing...') self.Bind(wx.EVT_MENU, self.OnHelpAbout, id=300) self.mainmenu.Append(menu, '&Help') self.SetMenuBar(self.mainmenu) # A status bar to tell people what's happening self.CreateStatusBar(1) self.client = PlotCanvas(self) #define the function for drawing pointLabels self.client.SetPointLabelFunc(self.DrawPointLabel) # Create mouse event for showing cursor coords in status bar self.client.canvas.Bind(wx.EVT_LEFT_DOWN, self.OnMouseLeftDown) # Show closest point when enabled self.client.canvas.Bind(wx.EVT_MOTION, self.OnMotion) self.Show(True) def DrawPointLabel(self, dc, mDataDict): """This is the fuction that defines how the pointLabels are plotted dc - DC that will be passed mDataDict - Dictionary of data that you want to use for the pointLabel As an example I have decided I want a box at the curve point with some text information about the curve plotted below. Any wxDC method can be used. """ # ---------- dc.SetPen(wx.Pen(wx.BLACK)) dc.SetBrush(wx.Brush( wx.BLACK, wx.SOLID ) ) sx, sy = mDataDict["scaledXY"] #scaled x,y of closest point dc.DrawRectangle( sx-5,sy-5, 10, 10) #10by10 square centered on point px,py = mDataDict["pointXY"] cNum = mDataDict["curveNum"] pntIn = mDataDict["pIndex"] legend = mDataDict["legend"] #make a string to display s = "Crv# %i, '%s', Pt. (%.2f,%.2f), PtInd %i" %(cNum, legend, px, py, pntIn) dc.DrawText(s, sx , sy+1) # ----------- def OnMouseLeftDown(self,event): s= "Left Mouse Down at Point: (%.4f, %.4f)" % self.client._getXY(event) self.SetStatusText(s) event.Skip() #allows plotCanvas OnMouseLeftDown to be called def OnMotion(self, event): #show closest point (when enbled) if self.client.GetEnablePointLabel() == True: #make up dict with info for the pointLabel #I've decided to mark the closest point on the closest curve dlst= self.client.GetClosestPoint( self.client._getXY(event), pointScaled= True) if dlst != []: #returns [] if none curveNum, legend, pIndex, pointXY, scaledXY, distance = dlst #make up dictionary to pass to my user function (see DrawPointLabel) mDataDict= {"curveNum":curveNum, "legend":legend, "pIndex":pIndex,\ "pointXY":pointXY, "scaledXY":scaledXY} #pass dict to update the pointLabel self.client.UpdatePointLabel(mDataDict) event.Skip() #go to next handler def OnFilePageSetup(self, event): self.client.PageSetup() def OnFilePrintPreview(self, event): self.client.PrintPreview() def OnFilePrint(self, event): self.client.Printout() def OnSaveFile(self, event): self.client.SaveFile() def OnFileExit(self, event): self.Close() def OnPlotDraw1(self, event): self.resetDefaults() self.client.Draw(_draw1Objects()) def OnPlotDraw2(self, event): self.resetDefaults() self.client.Draw(_draw2Objects()) def OnPlotDraw3(self, event): self.resetDefaults() self.client.SetFont(wx.Font(10,wx.SCRIPT,wx.NORMAL,wx.NORMAL)) self.client.SetFontSizeAxis(20) self.client.SetFontSizeLegend(12) self.client.SetXSpec('min') self.client.SetYSpec('none') self.client.Draw(_draw3Objects()) def OnPlotDraw4(self, event): self.resetDefaults() drawObj= _draw4Objects() self.client.Draw(drawObj) ## # profile ## start = _time.clock() ## for x in range(10): ## self.client.Draw(drawObj) ## print "10 plots of Draw4 took: %f sec."%(_time.clock() - start) ## # profile end def OnPlotDraw5(self, event): # Empty plot with just axes self.resetDefaults() drawObj= _draw5Objects() # make the axis X= (0,5), Y=(0,10) # (default with None is X= (-1,1), Y= (-1,1)) self.client.Draw(drawObj, xAxis= (0,5), yAxis= (0,10)) def OnPlotDraw6(self, event): #Bar Graph Example self.resetDefaults() #self.client.SetEnableLegend(True) #turn on Legend #self.client.SetEnableGrid(True) #turn on Grid self.client.SetXSpec('none') #turns off x-axis scale self.client.SetYSpec('auto') self.client.Draw(_draw6Objects(), xAxis= (0,7)) def OnPlotDraw7(self, event): #log scale example self.resetDefaults() self.client.setLogScale((True,True)) self.client.Draw(_draw7Objects()) def OnPlotRedraw(self,event): self.client.Redraw() def OnPlotClear(self,event): self.client.Clear() def OnPlotScale(self, event): if self.client.last_draw != None: graphics, xAxis, yAxis= self.client.last_draw self.client.Draw(graphics,(1,3.05),(0,1)) def OnEnableZoom(self, event): self.client.SetEnableZoom(event.IsChecked()) self.mainmenu.Check(217, not event.IsChecked()) def OnEnableGrid(self, event): self.client.SetEnableGrid(event.IsChecked()) def OnEnableDrag(self, event): self.client.SetEnableDrag(event.IsChecked()) self.mainmenu.Check(214, not event.IsChecked()) def OnEnableLegend(self, event): self.client.SetEnableLegend(event.IsChecked()) def OnEnablePointLabel(self, event): self.client.SetEnablePointLabel(event.IsChecked()) def OnEnableAntiAliasing(self, event): self.client.SetEnableAntiAliasing(event.IsChecked()) def OnEnableHiRes(self, event): self.client.SetEnableHiRes(event.IsChecked()) def OnEnableCenterLines(self, event): self.client.SetEnableCenterLines(event.IsChecked()) def OnEnableDiagonals(self, event): self.client.SetEnableDiagonals(event.IsChecked()) def OnBackgroundGray(self, event): self.client.SetBackgroundColour("#CCCCCC") self.client.Redraw() def OnBackgroundWhite(self, event): self.client.SetBackgroundColour("white") self.client.Redraw() def OnForegroundRed(self, event): self.client.SetForegroundColour("red") self.client.Redraw() def OnForegroundBlack(self, event): self.client.SetForegroundColour("black") self.client.Redraw() def OnScrUp(self, event): self.client.ScrollUp(1) def OnScrRt(self,event): self.client.ScrollRight(2) def OnReset(self,event): self.client.Reset() def OnHelpAbout(self, event): from wx.lib.dialogs import ScrolledMessageDialog about = ScrolledMessageDialog(self, __doc__, "About...") about.ShowModal() def resetDefaults(self): """Just to reset the fonts back to the PlotCanvas defaults""" self.client.SetFont(wx.Font(10,wx.SWISS,wx.NORMAL,wx.NORMAL)) self.client.SetFontSizeAxis(10) self.client.SetFontSizeLegend(7) self.client.setLogScale((False,False)) self.client.SetXSpec('auto') self.client.SetYSpec('auto') def __test(): class MyApp(wx.App): def OnInit(self): wx.InitAllImageHandlers() frame = TestFrame(None, -1, "PlotCanvas") #frame.Show(True) self.SetTopWindow(frame) return True app = MyApp(0) app.MainLoop() if __name__ == '__main__': __test() dispcalGUI-1.7.1.6/dispcalGUI/wxfixes.py000644 000765 000000 00000013357 12025152312 017653 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import sys from meta import wx_minversion import wxversion if not getattr(sys, "frozen", False): wxversion.ensureMinimal("%i.%i" % wx_minversion[:2]) import wx if wx.VERSION < wx_minversion: app = wx.PySimpleApp() result = wx.MessageBox("This application requires a version of wxPython " "greater than or equal to %s, but your most recent " "version is %s.\n\n" "Would you like to download a new version of wxPython?\n" % (".".join(str(n) for n in wx_minversion), wx.__version__), "wxPython Upgrade Needed", style=wx.YES_NO) if result == wx.YES: import webbrowser webbrowser.open(wxversion.UPDATE_URL) app.MainLoop() sys.exit() import wx.grid wx.BitmapButton._SetBitmapLabel = wx.BitmapButton.SetBitmapLabel def SetBitmapLabel(self, bitmap): """ Replacement for SetBitmapLabel which avoids flickering """ if self.GetBitmapLabel() != bitmap: self._SetBitmapLabel(bitmap) wx.BitmapButton.SetBitmapLabel = SetBitmapLabel def BitmapButtonEnable(self, enable = True): """ Replacement for BitmapButton.Enable which circumvents repainting issues (bitmap does not change on button state change) """ wx.Button.Enable(self, enable) if not hasattr(self, "_bitmaplabel"): self._bitmaplabel = self.GetBitmapLabel() if not hasattr(self, "_bitmapdisabled"): self._bitmapdisabled = self.GetBitmapDisabled() if enable: if not self._bitmaplabel.IsNull(): self.SetBitmapLabel(self._bitmaplabel) else: if not self._bitmapdisabled.IsNull(): self.SetBitmapLabel(self._bitmapdisabled) def BitmapButtonDisable(self): """ Replacement for BitmapButton.Disable which circumvents repainting issues (bitmap does not change on button state change) """ self.Enable(False) wx.BitmapButton.Enable = BitmapButtonEnable wx.BitmapButton.Disable = BitmapButtonDisable def FindMenuItem(self, label): """ Replacement for wx.Menu.FindItem """ label = GTKMenuItemGetFixedLabel(label) for menuitem in self.GetMenuItems(): if GTKMenuItemGetFixedLabel(menuitem.Label) == label: return menuitem.GetId() wx.Menu.FindItem = FindMenuItem def GTKMenuItemGetFixedLabel(label): if sys.platform not in ("darwin", "win32"): # The underscore is a special character under GTK, like the # ampersand on Mac OS X and Windows # Recent wxPython versions already do the right thing, but we need # this workaround for older releases if "__" in label: label = label.replace("__", "_") while label and label[0] == "_": label = label[1:] return label wx.Window._SetToolTipString = wx.Window.SetToolTipString def SetToolTipString(self, string): """ Replacement for SetToolTipString which updates correctly """ wx.Window.SetToolTip(self, None) wx.Window._SetToolTipString(self, string) wx.Window.SetToolTipString = SetToolTipString def GridGetSelection(self): """ Return selected rows, cols, block and cells """ sel = [] numrows = self.GetNumberRows() numcols = self.GetNumberCols() # rows rows = self.GetSelectedRows() for row in rows: if row > -1 and row < numrows: for i in range(numcols): if not (row, i) in sel: sel += [(row, i)] # cols cols = self.GetSelectedCols() for col in cols: if col > -1 and col < numcols: for i in range(numrows): if not (i, col) in sel: sel += [(i, col)] # block tl = self.GetSelectionBlockTopLeft() br = self.GetSelectionBlockBottomRight() if tl and br: for n in range(min(len(tl), len(br))): for i in range(tl[n][0], br[n][0] + 1): # rows if i > -1 and i < numrows: for j in range(tl[n][1], br[n][1] + 1): # cols if j > -1 and j < numcols and not (i, j) in sel: sel += [(i, j)] # single selected cells cells = self.GetSelectedCells() for cell in cells: if not -1 in cell and cell[0] < numrows and cell[1] < numcols and \ cell not in sel: sel += [cell] sel.sort() return sel wx.grid.Grid.GetSelection = GridGetSelection wx._ScrolledWindow = wx.ScrolledWindow class ScrolledWindow(wx._ScrolledWindow): """ ScrolledWindow that scrolls child controls into view on focus. OnChildFocus and ScrollChildIntoView borrowed from wx.lib.scrolledpanel. """ def __init__(self, *args, **kwargs): wx._ScrolledWindow.__init__(self, *args, **kwargs) self.Bind(wx.EVT_CHILD_FOCUS, self.OnChildFocus) def OnChildFocus(self, evt): # If the child window that gets the focus is not visible, # this handler will try to scroll enough to see it. evt.Skip() child = evt.GetWindow() self.ScrollChildIntoView(child) def ScrollChildIntoView(self, child): """ Scrolls the panel such that the specified child window is in view. """ sppu_x, sppu_y = self.GetScrollPixelsPerUnit() vs_x, vs_y = self.GetViewStart() cr = child.GetRect() clntsz = self.GetClientSize() new_vs_x, new_vs_y = -1, -1 # is it before the left edge? if cr.x < 0 and sppu_x > 0: new_vs_x = vs_x + (cr.x / sppu_x) # is it above the top? if cr.y < 0 and sppu_y > 0: new_vs_y = vs_y + (cr.y / sppu_y) # For the right and bottom edges, scroll enough to show the # whole control if possible, but if not just scroll such that # the top/left edges are still visible # is it past the right edge ? if cr.right > clntsz.width and sppu_x > 0: diff = (cr.right - clntsz.width) / sppu_x if cr.x - diff * sppu_x > 0: new_vs_x = vs_x + diff + 1 else: new_vs_x = vs_x + (cr.x / sppu_x) # is it below the bottom ? if cr.bottom > clntsz.height and sppu_y > 0: diff = (cr.bottom - clntsz.height) / sppu_y if cr.y - diff * sppu_y > 0: new_vs_y = vs_y + diff + 1 else: new_vs_y = vs_y + (cr.y / sppu_y) # if we need to adjust if new_vs_x != -1 or new_vs_y != -1: #print "%s: (%s, %s)" % (self.GetName(), new_vs_x, new_vs_y) self.Scroll(new_vs_x, new_vs_y) wx.ScrolledWindow = ScrolledWindow dispcalGUI-1.7.1.6/dispcalGUI/wxLUT3DFrame.py000644 000765 000000 00000062574 12266411534 020363 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import os import sys from config import (get_data_path, get_verified_path, getcfg, geticon, hascfg, setcfg) from log import safe_print from meta import name as appname from util_os import waccess from worker import Error, get_current_profile_path, show_result_dialog import ICCProfile as ICCP import config import localization as lang import worker from worker import check_set_argyll_bin from wxaddons import FileDrop from wxwindows import (BaseFrame, ConfirmDialog, FileBrowseBitmapButtonWithChoiceHistory as FileBrowse, InfoDialog, wx) from wx import xrc class LUT3DFrame(BaseFrame): """ 3D LUT creation window """ def __init__(self, parent=None): self.res = xrc.XmlResource(get_data_path(os.path.join("xrc", "3dlut.xrc"))) pre = wx.PreFrame() self.res.LoadOnFrame(pre, parent, "lut3dframe") self.PostCreate(pre) self.Bind(wx.EVT_CLOSE, self.OnClose) self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) self.set_child_ctrls_as_attrs(self) self.panel = self.FindWindowByName("panel") self.worker = worker.Worker(self) self.worker.set_argyll_version("collink") # Bind event handlers self.abstract_profile_cb.Bind(wx.EVT_CHECKBOX, self.use_abstract_profile_ctrl_handler) self.output_profile_current_btn.Bind(wx.EVT_BUTTON, self.output_profile_current_ctrl_handler) self.apply_cal_cb.Bind(wx.EVT_CHECKBOX, self.apply_cal_ctrl_handler) self.encoding_input_ctrl.Bind(wx.EVT_CHOICE, self.encoding_input_ctrl_handler) self.encoding_output_ctrl.Bind(wx.EVT_CHOICE, self.encoding_output_ctrl_handler) self.apply_bt1886_cb.Bind(wx.EVT_CHECKBOX, self.apply_bt1886_ctrl_handler) self.bt1886_gamma_ctrl.Bind(wx.EVT_KILL_FOCUS, self.bt1886_gamma_ctrl_handler) self.bt1886_gamma_type_ctrl.Bind(wx.EVT_CHOICE, self.bt1886_gamma_type_ctrl_handler) self.rendering_intent_ctrl.Bind(wx.EVT_CHOICE, self.rendering_intent_ctrl_handler) self.lut3d_format_ctrl.Bind(wx.EVT_CHOICE, self.lut3d_format_ctrl_handler) self.lut3d_size_ctrl.Bind(wx.EVT_CHOICE, self.lut3d_size_ctrl_handler) self.lut3d_bitdepth_input_ctrl.Bind(wx.EVT_CHOICE, self.lut3d_bitdepth_input_ctrl_handler) self.lut3d_bitdepth_output_ctrl.Bind(wx.EVT_CHOICE, self.lut3d_bitdepth_output_ctrl_handler) self.lut3d_create_btn.Bind(wx.EVT_BUTTON, self.lut3d_create_handler) self.lut3d_create_btn.SetDefault() self.setup_language() self.update_controls() self.update_layout() config.defaults.update({ "position.lut3dframe.x": self.GetDisplay().ClientArea[0] + 40, "position.lut3dframe.y": self.GetDisplay().ClientArea[1] + 60, "size.lut3dframe.w": self.GetMinSize()[0], "size.lut3dframe.h": self.GetMinSize()[1]}) if (hascfg("position.lut3dframe.x") and hascfg("position.lut3dframe.y") and hascfg("size.lut3dframe.w") and hascfg("size.lut3dframe.h")): self.SetSaneGeometry(int(getcfg("position.lut3dframe.x")), int(getcfg("position.lut3dframe.y")), int(getcfg("size.lut3dframe.w")), int(getcfg("size.lut3dframe.h"))) else: self.Center() def OnClose(self, event=None): if (self.IsShownOnScreen() and not self.IsMaximized() and not self.IsIconized()): x, y = self.GetScreenPosition() setcfg("position.lut3dframe.x", x) setcfg("position.lut3dframe.y", y) setcfg("size.lut3dframe.w", self.GetSize()[0]) setcfg("size.lut3dframe.h", self.GetSize()[1]) config.writecfg() if event: event.Skip() def use_abstract_profile_ctrl_handler(self, event): setcfg("3dlut.use_abstract_profile", int(self.abstract_profile_cb.GetValue())) config.writecfg() enable = bool(getcfg("3dlut.use_abstract_profile")) self.abstract_profile_ctrl.Enable(enable) self.abstract_profile_desc.Enable(enable) def apply_bt1886_ctrl_handler(self, event): v = self.apply_bt1886_cb.GetValue() self.bt1886_gamma_ctrl.Enable(v) self.bt1886_gamma_type_ctrl.Enable(v) setcfg("3dlut.apply_bt1886_gamma_mapping", int(v)) config.writecfg() def apply_cal_ctrl_handler(self, event): setcfg("3dlut.output.profile.apply_cal", int(self.apply_cal_cb.GetValue())) config.writecfg() def abstract_drop_unsupported_handler(self): self.drop_unsupported("abstract") def bt1886_gamma_ctrl_handler(self, event): try: v = float(self.bt1886_gamma_ctrl.GetValue().replace(",", ".")) if (v < config.valid_ranges["3dlut.bt1886_gamma"][0] or v > config.valid_ranges["3dlut.bt1886_gamma"][1]): raise ValueError() except ValueError: wx.Bell() self.bt1886_gamma_ctrl.SetValue(str(getcfg("3dlut.bt1886_gamma"))) else: if str(v) != self.bt1886_gamma_ctrl.GetValue(): self.bt1886_gamma_ctrl.SetValue(str(v)) setcfg("3dlut.bt1886_gamma", v) config.writecfg() event.Skip() def bt1886_gamma_type_ctrl_handler(self, event): setcfg("3dlut.bt1886_gamma_type", self.bt1886_gamma_types_ab[self.bt1886_gamma_type_ctrl.GetSelection()]) config.writecfg() def input_drop_unsupported_handler(self): self.drop_unsupported("input") def output_drop_unsupported_handler(self): self.drop_unsupported("output") def drop_unsupported(self, which): if not self.worker.is_working(): files = getattr(self, "%s_droptarget" % which)._filenames InfoDialog(self, msg=lang.getstr("error.file_type_unsupported") + "\n\n" + "\n".join(files), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) def abstract_drop_handler(self, path): if not self.worker.is_working(): self.abstract_profile_ctrl.SetPath(path) self.set_profile("abstract") def encoding_input_ctrl_handler(self, event): encoding = self.encoding_ab[self.encoding_input_ctrl.GetSelection()] setcfg("3dlut.encoding.input", encoding) if getcfg("3dlut.format") == "eeColor": self.encoding_output_ctrl.SetSelection(self.encoding_ba[encoding]) setcfg("3dlut.encoding.output", encoding) config.writecfg() def encoding_output_ctrl_handler(self, event): encoding = self.encoding_ab[self.encoding_output_ctrl.GetSelection()] if getcfg("3dlut.format") == "madVR" and encoding != "t": profile = getattr(self, "output_profile") if (profile and "meta" in profile.tags and isinstance(profile.tags.meta, ICCP.DictType) and "EDID_model" in profile.tags.meta): devicename = profile.tags.meta["EDID_model"] else: devicename = None dlg = ConfirmDialog(self, msg=lang.getstr("3dlut.encoding.output.warning.madvr", devicename or lang.getstr("device.name.placeholder")), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-warning")) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: self.encoding_output_ctrl.SetSelection( self.encoding_ba[getcfg("3dlut.encoding.output")]) return False setcfg("3dlut.encoding.output", encoding) config.writecfg() def input_drop_handler(self, path): if not self.worker.is_working(): self.input_profile_ctrl.SetPath(path) self.set_profile("input") def output_drop_handler(self, path): if not self.worker.is_working(): self.output_profile_ctrl.SetPath(path) self.set_profile("output") def abstract_profile_ctrl_handler(self, event): self.set_profile("abstract", silent=not event) def input_profile_ctrl_handler(self, event): self.set_profile("input", silent=not event) def lut3d_bitdepth_input_ctrl_handler(self, event): setcfg("3dlut.bitdepth.input", self.lut3d_bitdepth_ab[self.lut3d_bitdepth_input_ctrl.GetSelection()]) config.writecfg() def lut3d_bitdepth_output_ctrl_handler(self, event): setcfg("3dlut.bitdepth.output", self.lut3d_bitdepth_ab[self.lut3d_bitdepth_output_ctrl.GetSelection()]) config.writecfg() def lut3d_create_consumer(self, result=None): if isinstance(result, Exception) and result: show_result_dialog(result, self) # Remove temporary files self.worker.wrapup(False) def lut3d_create_handler(self, event): if not check_set_argyll_bin(): return profile_in = self.set_profile("input") if getcfg("3dlut.use_abstract_profile"): profile_abst = self.set_profile("abstract") else: profile_abst = None profile_out = self.set_profile("output") if (not None in (profile_in, profile_out) or (profile_in and profile_in.profileClass == "link")): if profile_out and profile_in.isSame(profile_out, force_calculation=True): show_result_dialog(Error(lang.getstr("error.source_dest_same")), self) return path = None defaultDir, defaultFile = get_verified_path("last_3dlut_path") ext = getcfg("3dlut.format") if ext == "eeColor": ext = "txt" elif ext == "madVR": ext = "3dlut" defaultFile = os.path.splitext(defaultFile or os.path.basename(config.defaults.get("last_3dlut_path")))[0] + "." + ext dlg = wx.FileDialog(self, lang.getstr("3dlut.create"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard="*." + ext, style=wx.SAVE | wx.FD_OVERWRITE_PROMPT) dlg.Center(wx.BOTH) if dlg.ShowModal() == wx.ID_OK: path = dlg.GetPath() dlg.Destroy() if path: if not waccess(path, os.W_OK): show_result_dialog(Error(lang.getstr("error.access_denied.write", path)), self) return setcfg("last_3dlut_path", path) config.writecfg() self.worker.interactive = False self.worker.start(self.lut3d_create_consumer, self.lut3d_create_producer, wargs=(profile_in, profile_abst, profile_out, path), progress_msg=lang.getstr("3dlut.create")) def lut3d_create_producer(self, profile_in, profile_abst, profile_out, path): apply_cal = (profile_out and "vcgt" in profile_out.tags and getcfg("3dlut.output.profile.apply_cal")) input_encoding = getcfg("3dlut.encoding.input") output_encoding = getcfg("3dlut.encoding.output") if getcfg("3dlut.apply_bt1886_gamma_mapping"): bt1886_gamma = getcfg("3dlut.bt1886_gamma") else: bt1886_gamma = None bt1886_gamma_type = getcfg("3dlut.bt1886_gamma_type") intent = getcfg("3dlut.rendering_intent") format = getcfg("3dlut.format") size = getcfg("3dlut.size") input_bits = getcfg("3dlut.bitdepth.input") output_bits = getcfg("3dlut.bitdepth.output") try: self.worker.create_3dlut(profile_in, path, profile_abst, profile_out, apply_cal=apply_cal, intent=intent, format=format, size=size, input_bits=input_bits, output_bits=output_bits, input_encoding=input_encoding, output_encoding=output_encoding, bt1886_gamma=bt1886_gamma, bt1886_gamma_type=bt1886_gamma_type) except Exception, exception: return exception def lut3d_format_ctrl_handler(self, event): if getcfg("3dlut.format") in ("eeColor", "madVR"): # If previous format was eeColor or madVR, restore 3D LUT encoding setcfg("3dlut.encoding.input", getcfg("3dlut.encoding.input.backup")) setcfg("3dlut.encoding.output", getcfg("3dlut.encoding.output.backup")) format = self.lut3d_formats_ab[self.lut3d_format_ctrl.GetSelection()] setcfg("3dlut.format", format) if format in ("eeColor", "madVR"): setcfg("3dlut.encoding.input.backup", getcfg("3dlut.encoding.input")) setcfg("3dlut.encoding.output.backup", getcfg("3dlut.encoding.output")) if format == "eeColor": if getcfg("3dlut.encoding.input") == "x": # As eeColor usually needs same input & output encoding, # and xvYCC output encoding is not supported generally, fall # back to Rec601 YCbCr SD for xvYCC Rec601 YCbCr SD setcfg("3dlut.encoding.input", "6") elif getcfg("3dlut.encoding.input") == "X": # As eeColor usually needs same input & output encoding, # and xvYCC output encoding is not supported generally, fall # back to Rec709 1125/60Hz YCbCr HD for xvYCC Rec709 YCbCr SD setcfg("3dlut.encoding.input", "7") # eeColor uses a fixed size of 65x65x65 setcfg("3dlut.size", 65) self.lut3d_size_ctrl.SetSelection(self.lut3d_size_ba[65]) elif format == "mga": # Pandora uses a fixed size of 33x33x33 setcfg("3dlut.size", 33) self.lut3d_size_ctrl.SetSelection(self.lut3d_size_ba[33]) # Pandora uses a fixed bitdepth of 16 setcfg("3dlut.bitdepth.output", 16) self.lut3d_bitdepth_output_ctrl.SetSelection(self.lut3d_bitdepth_ba[16]) elif format == "madVR": # -et -Et for madVR setcfg("3dlut.encoding.input", "t") setcfg("3dlut.encoding.output", "t") # collink says madVR works best with 65 setcfg("3dlut.size", 65) self.lut3d_size_ctrl.SetSelection(self.lut3d_size_ba[65]) config.writecfg() self.setup_encoding_ctrl(format) self.enable_encoding_controls() self.enable_size_controls() self.show_bitdepth_controls() self.lut3d_create_btn.Enable(format != "madVR" or self.output_profile_ctrl.IsShown()) def lut3d_size_ctrl_handler(self, event): setcfg("3dlut.size", self.lut3d_size_ab[self.lut3d_size_ctrl.GetSelection()]) config.writecfg() def output_profile_ctrl_handler(self, event): self.set_profile("output", silent=not event) def output_profile_current_ctrl_handler(self, event): profile_path = get_current_profile_path() if profile_path and os.path.isfile(profile_path): self.output_profile_ctrl.SetPath(profile_path) self.set_profile("output", profile_path or False, silent=not event) def rendering_intent_ctrl_handler(self, event): setcfg("3dlut.rendering_intent", self.rendering_intents_ab[self.rendering_intent_ctrl.GetSelection()]) config.writecfg() def set_profile(self, which, profile_path=None, silent=False): path = getattr(self, "%s_profile_ctrl" % which).GetPath() if which == "output": if profile_path is None: profile_path = get_current_profile_path() self.output_profile_current_btn.Enable(self.output_profile_ctrl.IsShown() and bool(profile_path) and os.path.isfile(profile_path) and profile_path != path) if path: if not os.path.isfile(path): if not silent: show_result_dialog(Error(lang.getstr("file.missing", path)), parent=self) return try: profile = ICCP.ICCProfile(path) except ICCP.ICCProfileInvalidError: if not silent: show_result_dialog(Error(lang.getstr("profile.invalid")), parent=self) except IOError, exception: if not silent: show_result_dialog(exception, parent=self) else: if ((which in ("input", "output") and (profile.profileClass not in ("mntr", "link", "scnr", "spac") or profile.colorSpace != "RGB")) or (which == "abstract" and (profile.profileClass != "abst" or profile.colorSpace not in ("Lab", "XYZ")))): show_result_dialog(NotImplementedError(lang.getstr("profile.unsupported", (profile.profileClass, profile.colorSpace))), parent=self) else: if profile.profileClass == "link": if which == "output": self.input_profile_ctrl.SetPath(path) if getcfg("3dlut.output.profile") == path: # The original file was probably overwritten # by the device link. Reset. setcfg("3dlut.output.profile", None) self.output_profile_ctrl.SetPath(getcfg("3dlut.output.profile")) self.set_profile("input", silent=silent) return else: self.abstract_profile_cb.SetValue(False) self.abstract_profile_cb.Disable() self.abstract_profile_ctrl.Disable() self.abstract_profile_desc.Disable() self.Freeze() self.output_profile_label.Hide() self.output_profile_ctrl.Hide() self.output_profile_current_btn.Hide() self.output_profile_desc.Hide() self.apply_cal_cb.Hide() self.show_encoding_controls(False) self.show_bt1886_controls(False) self.rendering_intent_label.Hide() self.rendering_intent_ctrl.Hide() self.panel.GetSizer().Layout() self.Thaw() else: if which == "input": enable = bool(getcfg("3dlut.use_abstract_profile")) self.abstract_profile_cb.SetValue(enable) self.abstract_profile_cb.Enable() self.abstract_profile_ctrl.Enable(enable) self.abstract_profile_desc.Enable(enable) self.Freeze() self.output_profile_label.Show() self.output_profile_ctrl.Show() self.output_profile_current_btn.Show() self.output_profile_desc.Show() self.apply_cal_cb.Show() self.show_encoding_controls() self.enable_encoding_controls() self.show_bt1886_controls() self.apply_bt1886_cb.SetValue(bool(getcfg("3dlut.apply_bt1886_gamma_mapping"))) enable_bt1886_gamma = self.apply_bt1886_cb.GetValue() self.bt1886_gamma_ctrl.Enable(enable_bt1886_gamma) self.bt1886_gamma_type_ctrl.Enable(enable_bt1886_gamma) self.rendering_intent_label.Show() self.rendering_intent_ctrl.Show() # Update controls related to output profile self.set_profile("output", silent=silent) self.panel.GetSizer().Layout() self.Thaw() elif which == "output": self.apply_cal_cb.SetValue("vcgt" in profile.tags and bool(getcfg("3dlut.output.profile.apply_cal"))) self.apply_cal_cb.Enable("vcgt" in profile.tags) setattr(self, "%s_profile" % which, profile) getattr(self, "%s_profile_desc" % which).SetLabel(profile.getDescription()) if which == "output" and not self.output_profile_ctrl.IsShown(): return setcfg("3dlut.%s.profile" % which, profile.fileName) config.writecfg() self.lut3d_create_btn.Enable(bool(getcfg("3dlut.input.profile")) and os.path.isfile(getcfg("3dlut.input.profile")) and ((bool(getcfg("3dlut.output.profile")) and os.path.isfile(getcfg("3dlut.output.profile"))) or profile.profileClass == "link") and (getcfg("3dlut.format") != "madVR" or self.output_profile_ctrl.IsShown())) return profile getattr(self, "%s_profile_ctrl" % which).SetPath(getcfg("3dlut.%s.profile" % which)) else: if which == "input": getattr(self, "%s_profile_ctrl" % which).SetPath(getcfg("3dlut.%s.profile" % which)) else: getattr(self, "%s_profile_desc" % which).SetLabel("") if not silent: setattr(self, "%s_profile" % which, None) setcfg("3dlut.%s.profile" % which, None) if which == "output": self.apply_cal_cb.Disable() self.lut3d_create_btn.Disable() def setup_language(self): BaseFrame.setup_language(self) # Create the file picker ctrls dynamically to get translated strings for which in ("input", "abstract", "output"): origpickerctrl = self.FindWindowByName("%s_profile_ctrl" % which) hsizer = origpickerctrl.GetContainingSizer() msg = {"input": lang.getstr("3dlut.input.profile"), "abstract": lang.getstr("3dlut.use_abstract_profile"), "output": lang.getstr("output.profile")}[which] kwargs = dict(toolTip=msg.rstrip(":"), dialogTitle=msg, fileMask=lang.getstr("filetype.icc") + "|*.icc;*.icm", changeCallback=getattr(self, "%s_profile_ctrl_handler" % which), name="%s_profile_ctrl" % which) if which not in ("abstract", "output"): kwargs["history"] = get_data_path("ref", "\.(icc|icm)$") setattr(self, "%s_profile_ctrl" % which, FileBrowse(self.panel, -1, **kwargs)) getattr(self, "%s_profile_ctrl" % which).SetMaxFontSize(11) hsizer.Replace(origpickerctrl, getattr(self, "%s_profile_ctrl" % which)) origpickerctrl.Destroy() hsizer.Layout() # Drop targets setattr(self, "%s_droptarget" % which, FileDrop()) getattr(self, "%s_droptarget" % which).drophandlers = {".icc": getattr(self, "%s_drop_handler" % which), ".icm": getattr(self, "%s_drop_handler" % which)} getattr(self, "%s_droptarget" % which).unsupported_handler = getattr(self, "%s_drop_unsupported_handler" % which) getattr(self, "%s_profile_ctrl" % which).SetDropTarget(getattr(self, "%s_droptarget" % which)) self.bt1886_gamma_types_ab = {0: "b", 1: "B"} self.bt1886_gamma_types_ba = {"b": 0, "B": 1} self.bt1886_gamma_type_ctrl.SetItems([lang.getstr("trc.type.relative"), lang.getstr("trc.type.absolute")]) self.rendering_intents_ab = {} self.rendering_intents_ba = {} for i, ri in enumerate(config.valid_values["3dlut.rendering_intent"]): self.rendering_intent_ctrl.Append(lang.getstr("gamap.intents." + ri)) self.rendering_intents_ab[i] = ri self.rendering_intents_ba[ri] = i self.lut3d_formats_ab = {} self.lut3d_formats_ba = {} for i, format in enumerate(config.valid_values["3dlut.format"]): if format != "madVR" or self.worker.argyll_version >= [1, 6]: self.lut3d_format_ctrl.Append(lang.getstr("3dlut.format.%s" % format)) self.lut3d_formats_ab[i] = format self.lut3d_formats_ba[format] = i self.lut3d_size_ab = {} self.lut3d_size_ba = {} for i, size in enumerate(config.valid_values["3dlut.size"]): self.lut3d_size_ctrl.Append("%sx%sx%s" % ((size, ) * 3)) self.lut3d_size_ab[i] = size self.lut3d_size_ba[size] = i self.lut3d_bitdepth_ab = {} self.lut3d_bitdepth_ba = {} for i, bitdepth in enumerate(config.valid_values["3dlut.bitdepth.input"]): self.lut3d_bitdepth_input_ctrl.Append(str(bitdepth)) self.lut3d_bitdepth_output_ctrl.Append(str(bitdepth)) self.lut3d_bitdepth_ab[i] = bitdepth self.lut3d_bitdepth_ba[bitdepth] = i self.setup_encoding_ctrl(getcfg("3dlut.format")) def setup_encoding_ctrl(self, format=None): if format == "madVR": encodings = ["n", "t"] else: encodings = config.valid_values["3dlut.encoding.input"] self.encoding_ab = {} self.encoding_ba = {} self.encoding_input_ctrl.Freeze() self.encoding_input_ctrl.Clear() self.encoding_output_ctrl.Freeze() self.encoding_output_ctrl.Clear() for i, encoding in enumerate(encodings): lstr = lang.getstr("3dlut.encoding.type_%s" % encoding) if encoding not in ("x", "X") or format != "eeColor": # As eeColor usually needs same input & output encoding, # and xvYCC output encoding is not supported generally, # don't add xvYCC input encoding choices for eeColor self.encoding_input_ctrl.Append(lstr) if encoding not in ("x", "X"): # collink: xvYCC output encoding is not supported self.encoding_output_ctrl.Append(lstr) self.encoding_ab[i] = encoding self.encoding_ba[encoding] = i self.encoding_input_ctrl.Thaw() self.encoding_output_ctrl.Thaw() def update_controls(self): """ Update controls with values from the configuration """ self.lut3d_create_btn.Disable() self.input_profile_ctrl.SetPath(getcfg("3dlut.input.profile")) self.input_profile_ctrl_handler(None) enable = bool(getcfg("3dlut.use_abstract_profile")) self.abstract_profile_cb.SetValue(enable) self.abstract_profile_ctrl.SetPath(getcfg("3dlut.abstract.profile")) self.abstract_profile_ctrl_handler(None) self.output_profile_ctrl.SetPath(getcfg("3dlut.output.profile")) self.output_profile_ctrl_handler(None) self.bt1886_gamma_ctrl.SetValue(str(getcfg("3dlut.bt1886_gamma"))) self.bt1886_gamma_type_ctrl.SetSelection(self.bt1886_gamma_types_ba[getcfg("3dlut.bt1886_gamma_type")]) self.rendering_intent_ctrl.SetSelection(self.rendering_intents_ba[getcfg("3dlut.rendering_intent")]) format = getcfg("3dlut.format") if format == "madVR" and self.worker.argyll_version < [1, 6]: # MadVR only available with Argyll 1.6+, fall back to 3dl format = "3dl" setcfg("3dlut.format", format) self.lut3d_format_ctrl.SetSelection(self.lut3d_formats_ba[getcfg("3dlut.format")]) self.lut3d_size_ctrl.SetSelection(self.lut3d_size_ba[getcfg("3dlut.size")]) self.enable_size_controls() self.lut3d_bitdepth_input_ctrl.SetSelection(self.lut3d_bitdepth_ba[getcfg("3dlut.bitdepth.input")]) self.lut3d_bitdepth_output_ctrl.SetSelection(self.lut3d_bitdepth_ba[getcfg("3dlut.bitdepth.output")]) self.show_bitdepth_controls() def show_bitdepth_controls(self): self.Freeze() input_show = getcfg("3dlut.format") == "3dl" self.lut3d_bitdepth_input_label.Show(input_show) self.lut3d_bitdepth_input_ctrl.Show(input_show) output_show = getcfg("3dlut.format") in ("3dl", "mga") self.lut3d_bitdepth_output_label.Show(output_show) self.lut3d_bitdepth_output_ctrl.Show(output_show) self.panel.GetSizer().Layout() self.Thaw() def show_bt1886_controls(self, show=True): show = show and self.worker.argyll_version >= [1, 6] self.apply_bt1886_cb.Show(show) self.bt1886_gamma_ctrl.Show(show) self.bt1886_gamma_type_ctrl.Show(show) def show_encoding_controls(self, show=True): show = show and self.worker.argyll_version >= [1, 6] self.encoding_input_label.Show(show) self.encoding_input_ctrl.Show(show) self.encoding_output_label.Show(show) self.encoding_output_ctrl.Show(show) def enable_encoding_controls(self): self.encoding_input_ctrl.SetSelection(self.encoding_ba[getcfg("3dlut.encoding.input")]) self.encoding_input_ctrl.Enable(getcfg("3dlut.format") != "madVR") if getcfg("3dlut.format") == "eeColor": setcfg("3dlut.encoding.output", getcfg("3dlut.encoding.input")) self.encoding_output_ctrl.SetSelection(self.encoding_ba[getcfg("3dlut.encoding.output")]) self.encoding_output_ctrl.Enable(getcfg("3dlut.format") != "eeColor") def enable_size_controls(self): self.lut3d_size_ctrl.Enable(getcfg("3dlut.format") not in ("eeColor", "madVR")) def main(): config.initcfg() lang.init() lang.update_defaults() app = wx.App(0) app.lut3dframe = LUT3DFrame() app.lut3dframe.Show() app.MainLoop() if __name__ == "__main__": main() dispcalGUI-1.7.1.6/dispcalGUI/wxLUTViewer.py000644 000765 000000 00000135454 12266411534 020401 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from decimal import Decimal import math import os import re import subprocess as sp import sys import tempfile import traceback from numpy import interp from argyll_cgats import cal_to_fake_profile, vcgt_to_cal from config import (fs_enc, get_bitmap_as_icon, get_display_profile, get_display_rects, getcfg, geticon, setcfg) from log import safe_print from meta import name as appname from options import debug from util_decimal import float2dec from util_os import waccess from worker import (Error, Worker, get_argyll_util, make_argyll_compatible_path, show_result_dialog) from wxaddons import FileDrop, wx from wxenhancedplot import _Numeric from wxMeasureFrame import MeasureFrame from wxwindows import InfoDialog import colormath import config import wxenhancedplot as plot import localization as lang import CGATS import ICCProfile as ICCP BGCOLOUR = "#333333" FGCOLOUR = "#999999" GRIDCOLOUR = "#444444" if sys.platform == "darwin": FONTSIZE_LARGE = 11 FONTSIZE_SMALL = 10 else: FONTSIZE_LARGE = 9 FONTSIZE_SMALL = 8 class CoordinateType(list): """ List of coordinates. [(Y, x)] where Y is in the range 0..100 and x in the range 0..255 """ def __init__(self): self._transfer_function = {} def get_gamma(self, use_vmin_vmax=False, average=True, least_squares=False, slice=(0.01, 0.99)): """ Return average or least squares gamma or a list of gamma values """ if len(self): start = slice[0] * 100 end = slice[1] * 100 values = [] for i, (y, x) in enumerate(self): n = colormath.XYZ2Lab(0, y, 0)[0] if n >= start and n <= end: values.append((x / 255.0 * 100, y)) else: # Identity if average or least_squares: return 1.0 return [1.0] vmin = 0 vmax = 100.0 if use_vmin_vmax: if len(self) > 2: vmin = self[0][0] vmax = self[-1][0] return colormath.get_gamma(values, 100.0, vmin, vmax, average, least_squares) def get_transfer_function(self, best=True, slice=(0.05, 0.95)): """ Return transfer function name, exponent and match percentage """ transfer_function = self._transfer_function.get((best, slice)) if transfer_function: return transfer_function trc = CoordinateType() match = {} vmin = self[0][0] vmax = self[-1][0] best_yx = (0, 255) for i, (y, x) in enumerate(self): if x - 127.5 > 0 and x < best_yx[1]: best_yx = (y, x) gamma = colormath.get_gamma([(best_yx[1] / 255.0 * 100.0, best_yx[0])], 100.0, vmin, vmax) for name, exp in (("Rec. 709", -709), ("SMPTE 240M", -240), ("L*", -3.0), ("sRGB", -2.4), ("Gamma %.2f" % gamma, gamma)): trc.set_trc(exp, self, vmin, vmax) match[(name, exp)] = 0.0 count = 0 start = slice[0] * 255 end = slice[1] * 255 for i, (n, x) in enumerate(self): ##n = colormath.XYZ2Lab(0, n, 0)[0] if x >= start and x <= end: n = colormath.get_gamma([(x / 255.0 * 100, n)], 100.0, vmin, vmax, False) if n: n = n[0] ##n2 = colormath.XYZ2Lab(0, trc[i][0], 0)[0] n2 = colormath.get_gamma([(trc[i][1] / 255.0 * 100, trc[i][0])], 100.0, vmin, vmax, False) if n2: n2 = n2[0] match[(name, exp)] += 1 - (max(n, n2) - min(n, n2)) / n2 count += 1 if count: match[(name, exp)] /= count if not best: self._transfer_function[(best, slice)] = match return match match, (name, exp) = sorted(zip(match.values(), match.keys()))[-1] self._transfer_function[(best, slice)] = (name, exp), match return (name, exp), match def set_trc(self, power=2.2, values=(), vmin=0, vmax=100): """ Set the response to a certain function. Positive power, or -2.4 = sRGB, -3.0 = L*, -240 = SMPTE 240M, -601 = Rec. 601, -709 = Rec. 709 (Rec. 601 and 709 transfer functions are identical) """ self[:] = [[y, x] for y, x in values] for i in xrange(len(self)): self[i][0] = vmin + colormath.specialpow(self[i][1] / 255.0, power) * (vmax - vmin) class LUTCanvas(plot.PlotCanvas): def __init__(self, *args, **kwargs): plot.PlotCanvas.__init__(self, *args, **kwargs) self.canvas.Unbind(wx.EVT_LEAVE_WINDOW) self.SetBackgroundColour(BGCOLOUR) self.SetEnableAntiAliasing(True) self.SetEnableHiRes(True) self.SetEnableCenterLines(True) self.SetEnableDiagonals('Bottomleft-Topright') self.SetEnableGrid(False) self.SetEnablePointLabel(True) self.SetForegroundColour(FGCOLOUR) self.SetFontSizeAxis(FONTSIZE_SMALL) self.SetFontSizeLegend(FONTSIZE_SMALL) self.SetFontSizeTitle(FONTSIZE_LARGE) self.SetGridColour(GRIDCOLOUR) self.setLogScale((False,False)) self.SetXSpec(5) self.SetYSpec(5) self.SetPointLabelFunc(self.DrawPointLabel) self.worker = Worker() def DrawLUT(self, vcgt=None, title=None, xLabel=None, yLabel=None, r=True, g=True, b=True): if not title: title = "" if not xLabel: xLabel = "" if not yLabel: yLabel = "" detect_increments = False Plot = plot.PolyLine Plot._attributes["width"] = 1 lines = [] linear_points = [] axis_y = 255.0 if xLabel in ("L*", "Y"): axis_x = 100.0 else: axis_x = 255.0 self.point_grid = [{}, {}, {}] if not vcgt: irange = range(0, 256) elif "data" in vcgt: # table data = list(vcgt['data']) while len(data) < 3: data.append(data[0]) r_points = [] g_points = [] b_points = [] if (not isinstance(vcgt, ICCP.VideoCardGammaTableType) and not isinstance(data[0], ICCP.CurveType)): # Coordinate list irange = range(0, len(data[0])) for i in xrange(len(data)): if i == 0 and r: for n, y in data[i]: if xLabel == "L*": n = colormath.XYZ2Lab(0, n / axis_x * 100, 0)[0] * (axis_x / 100.0) r_points.append([n, y]) self.point_grid[i][n] = y elif i == 1 and g: for n, y in data[i]: if xLabel == "L*": n = colormath.XYZ2Lab(0, n / axis_x * 100, 0)[0] * (axis_x / 100.0) g_points.append([n, y]) self.point_grid[i][n] = y elif i == 2 and b: for n, y in data[i]: if xLabel == "L*": n = colormath.XYZ2Lab(0, n / axis_x * 100, 0)[0] * (axis_x / 100.0) b_points.append([n, y]) self.point_grid[i][n] = y else: irange = range(0, vcgt['entryCount']) for i in irange: j = i * (axis_y / (vcgt['entryCount'] - 1)) if not detect_increments: linear_points += [[j, j]] if r: n = float(data[0][i]) / (math.pow(256, vcgt['entrySize']) - 1) * axis_x if not detect_increments or not r_points or \ i == vcgt['entryCount'] - 1 or n != i: if detect_increments and n != i and \ len(r_points) == 1 and i > 1 and \ r_points[-1][0] == r_points[-1][1]: r_points += [[i - 1, i - 1]] if xLabel == "L*": n = colormath.XYZ2Lab(0, n / axis_x * 100, 0)[0] * (axis_x / 100.0) if xLabel in ("L*", "Y"): r_points += [[n, j]] self.point_grid[0][n] = j else: r_points += [[j, n]] self.point_grid[0][j] = n if g: n = float(data[1][i]) / (math.pow(256, vcgt['entrySize']) - 1) * axis_x if not detect_increments or not g_points or \ i == vcgt['entryCount'] - 1 or n != i: if detect_increments and n != i and \ len(g_points) == 1 and i > 1 and \ g_points[-1][0] == g_points[-1][1]: g_points += [[i - 1, i - 1]] if xLabel == "L*": n = colormath.XYZ2Lab(0, n / axis_x * 100, 0)[0] * (axis_x / 100.0) if xLabel in ("L*", "Y"): g_points += [[n, j]] self.point_grid[1][n] = j else: g_points += [[j, n]] self.point_grid[1][j] = n if b: n = float(data[2][i]) / (math.pow(256, vcgt['entrySize']) - 1) * axis_x if not detect_increments or not b_points or \ i == vcgt['entryCount'] - 1 or n != i: if detect_increments and n != i and \ len(b_points) == 1 and i > 1 and \ b_points[-1][0] == b_points[-1][1]: b_points += [[i - 1, i - 1]] if xLabel == "L*": n = colormath.XYZ2Lab(0, n / axis_x * 100, 0)[0] * (axis_x / 100.0) if xLabel in ("L*", "Y"): b_points += [[n, j]] self.point_grid[2][n] = j else: b_points += [[j, n]] self.point_grid[2][j] = n else: # formula irange = range(0, 256) step = 100.0 / axis_y r_points = [] g_points = [] b_points = [] for i in irange: # float2dec(v) fixes miniscule deviations in the calculated gamma # n = float2dec(n, 8) if not detect_increments: linear_points += [[i, (i)]] if r: vmin = float2dec(vcgt["redMin"] * axis_x) v = float2dec(math.pow(step * i / 100.0, vcgt["redGamma"])) vmax = float2dec(vcgt["redMax"] * axis_x) n = vmin + v * (vmax - vmin) if xLabel == "L*": n = colormath.XYZ2Lab(0, float(n) / axis_x * 100, 0)[0] * (axis_x / 100.0) if xLabel in ("L*", "Y"): r_points += [[n, i]] self.point_grid[0][n] = i else: r_points += [[i, n]] self.point_grid[0][i] = n if g: vmin = float2dec(vcgt["greenMin"] * axis_x) v = float2dec(math.pow(step * i / 100.0, vcgt["greenGamma"])) vmax = float2dec(vcgt["greenMax"] * axis_x) n = vmin + v * (vmax - vmin) if xLabel == "L*": n = colormath.XYZ2Lab(0, float(n) / axis_x * 100, 0)[0] * (axis_x / 100.0) if xLabel in ("L*", "Y"): g_points += [[n, i]] self.point_grid[1][n] = i else: g_points += [[i, n]] self.point_grid[1][i] = n if b: vmin = float2dec(vcgt["blueMin"] * axis_x) v = float2dec(math.pow(step * i / 100.0, vcgt["blueGamma"])) vmax = float2dec(vcgt["blueMax"] * axis_x) n = vmin + v * (vmax - vmin) if xLabel == "L*": n = colormath.XYZ2Lab(0, float(n) / axis_x * 100, 0)[0] * (axis_x / 100.0) if xLabel in ("L*", "Y"): b_points += [[n, i]] self.point_grid[2][n] = i else: b_points += [[i, n]] self.point_grid[2][i] = n #for n in sorted(self.point_grid[0].keys()): #print n, self.point_grid[0].get(n), self.point_grid[1].get(n), self.point_grid[2].get(n) self.entryCount = irange[-1] + 1 linear = [[0, 0], [irange[-1], irange[-1]]] if not vcgt: if detect_increments: r_points = g_points = b_points = linear else: r_points = g_points = b_points = linear_points self.r_unique = len(set(round(y) for x, y in r_points)) self.g_unique = len(set(round(y) for x, y in g_points)) self.b_unique = len(set(round(y) for x, y in b_points)) legend = [] colour = None if r and g and b and r_points == g_points == b_points: colour = 'white' points = r_points legend += ['R'] legend += ['G'] legend += ['B'] elif r and g and r_points == g_points: colour = 'yellow' points = r_points legend += ['R'] legend += ['G'] elif r and b and r_points == b_points: colour = 'magenta' points = b_points legend += ['R'] legend += ['B'] elif g and b and g_points == b_points: colour = 'cyan' points = b_points legend += ['G'] legend += ['B'] else: if r: legend += ['R'] if g: legend += ['G'] if b: legend += ['B'] if colour: suffix = ((', ' + lang.getstr('linear').capitalize()) if points == (linear if detect_increments else linear_points) else '') lines += [Plot(points, legend='='.join(legend) + suffix, colour=colour)] if colour != 'white': if r and colour not in ('yellow', 'magenta'): suffix = ((', ' + lang.getstr('linear').capitalize()) if r_points == (linear if detect_increments else linear_points) else '') lines += [Plot(r_points, legend='R' + suffix, colour='red')] if g and colour not in ('yellow', 'cyan'): suffix = ((', ' + lang.getstr('linear').capitalize()) if g_points == (linear if detect_increments else linear_points) else '') lines += [Plot(g_points, legend='G' + suffix, colour='green')] if b and colour not in ('cyan', 'magenta'): suffix = ((', ' + lang.getstr('linear').capitalize()) if b_points == (linear if detect_increments else linear_points) else '') lines += [Plot(b_points, legend='B' + suffix, colour='#0080FF')] if not lines: lines += [Plot([])] self.Draw(plot.PlotGraphics(lines, title, " ".join([xLabel, lang.getstr("in")]), " ".join([yLabel, lang.getstr("out")])), xAxis=(0, axis_x), yAxis=(0, axis_y)) def DrawPointLabel(self, dc, mDataDict): """ Draw point labels. dc - DC that will be passed mDataDict - Dictionary of data that you want to use for the pointLabel """ dc.SetPen(wx.Pen(wx.BLACK)) dc.SetBrush(wx.Brush( wx.BLACK, wx.SOLID ) ) sx, sy = mDataDict["scaledXY"] # Scaled x, y of closest point dc.DrawRectangle(sx - 3, sy - 3, 7, 7) # 7x7 square centered on point class LUTFrame(wx.Frame): def __init__(self, *args, **kwargs): if len(args) < 3 and not "title" in kwargs: kwargs["title"] = lang.getstr("calibration.lut_viewer.title") wx.Frame.__init__(self, *args, **kwargs) self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) self.CreateStatusBar(1) self.profile = None self.xLabel = lang.getstr("in") self.yLabel = lang.getstr("out") self.sizer = wx.BoxSizer(wx.VERTICAL) self.SetSizer(self.sizer) self.client = LUTCanvas(self) self.sizer.Add(self.client, 1, wx.EXPAND) self.box_panel = wx.Panel(self) self.box_panel.SetBackgroundColour(BGCOLOUR) self.sizer.Add(self.box_panel, flag=wx.EXPAND) self.box_sizer = wx.FlexGridSizer(0, 3) self.box_sizer.AddGrowableCol(0) self.box_sizer.AddGrowableCol(2) self.box_panel.SetSizer(self.box_sizer) self.box_sizer.Add((0, 0)) self.cbox_sizer = wx.BoxSizer(wx.HORIZONTAL) self.box_sizer.Add(self.cbox_sizer, flag=wx.ALL | wx.ALIGN_CENTER | wx.ALIGN_CENTER_VERTICAL, border=8) self.box_sizer.Add((0, 0)) self.plot_mode_select = wx.Choice(self.box_panel, -1, size=(-1, -1), choices=[]) self.plot_mode_select.SetMaxFontSize(11) self.cbox_sizer.Add(self.plot_mode_select, flag=wx.ALIGN_CENTER_VERTICAL) self.Bind(wx.EVT_CHOICE, self.DrawLUT, id=self.plot_mode_select.GetId()) self.reload_vcgt_btn = wx.BitmapButton(self.box_panel, -1, geticon(16, "stock_refresh"), style=wx.NO_BORDER) self.reload_vcgt_btn.SetBackgroundColour(BGCOLOUR) self.cbox_sizer.Add(self.reload_vcgt_btn, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=20) self.reload_vcgt_btn.Bind(wx.EVT_BUTTON, self.reload_vcgt_handler) self.reload_vcgt_btn.SetToolTipString( lang.getstr("calibration.load_from_display_profile")) self.reload_vcgt_btn.SetBitmapDisabled(geticon(16, "empty")) self.reload_vcgt_btn.Disable() self.apply_bpc_btn = wx.BitmapButton(self.box_panel, -1, geticon(16, "black_point"), style=wx.NO_BORDER) self.apply_bpc_btn.SetBackgroundColour(BGCOLOUR) self.cbox_sizer.Add(self.apply_bpc_btn, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=16) self.apply_bpc_btn.Bind(wx.EVT_BUTTON, self.apply_bpc_handler) self.apply_bpc_btn.SetToolTipString(lang.getstr("black_point_compensation")) self.apply_bpc_btn.SetBitmapDisabled(geticon(16, "empty")) self.apply_bpc_btn.Disable() self.install_vcgt_btn = wx.BitmapButton(self.box_panel, -1, geticon(16, "install"), style=wx.NO_BORDER) self.install_vcgt_btn.SetBackgroundColour(BGCOLOUR) self.cbox_sizer.Add(self.install_vcgt_btn, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=16) self.install_vcgt_btn.Bind(wx.EVT_BUTTON, self.install_vcgt_handler) self.install_vcgt_btn.SetToolTipString(lang.getstr("apply_cal")) self.install_vcgt_btn.SetBitmapDisabled(geticon(16, "empty")) self.install_vcgt_btn.Disable() self.save_vcgt_btn = wx.BitmapButton(self.box_panel, -1, geticon(16, "media-floppy"), style=wx.NO_BORDER) self.save_vcgt_btn.SetBackgroundColour(BGCOLOUR) self.cbox_sizer.Add(self.save_vcgt_btn, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=16) self.save_vcgt_btn.Bind(wx.EVT_BUTTON, self.SaveFile) self.save_vcgt_btn.SetToolTipString(lang.getstr("save_as") + " " + "(*.cal)") self.save_vcgt_btn.SetBitmapDisabled(geticon(16, "empty")) self.save_vcgt_btn.Disable() self.cbox_sizer.Add((20, 0)) self.show_as_L = wx.CheckBox(self.box_panel, -1, u"L* \u2192") self.show_as_L.SetForegroundColour(FGCOLOUR) self.show_as_L.SetMaxFontSize(11) self.show_as_L.SetValue(True) self.cbox_sizer.Add(self.show_as_L, flag=wx.ALIGN_CENTER_VERTICAL | wx.RIGHT, border=4) self.Bind(wx.EVT_CHECKBOX, self.DrawLUT, id=self.show_as_L.GetId()) self.toggle_red = wx.CheckBox(self.box_panel, -1, "R") self.toggle_red.SetForegroundColour(FGCOLOUR) self.toggle_red.SetMaxFontSize(11) self.toggle_red.SetValue(True) self.cbox_sizer.Add(self.toggle_red, flag=wx.ALIGN_CENTER_VERTICAL) self.Bind(wx.EVT_CHECKBOX, self.DrawLUT, id=self.toggle_red.GetId()) self.cbox_sizer.Add((4, 0)) self.toggle_green = wx.CheckBox(self.box_panel, -1, "G") self.toggle_green.SetForegroundColour(FGCOLOUR) self.toggle_green.SetMaxFontSize(11) self.toggle_green.SetValue(True) self.cbox_sizer.Add(self.toggle_green, flag=wx.ALIGN_CENTER_VERTICAL) self.Bind(wx.EVT_CHECKBOX, self.DrawLUT, id=self.toggle_green.GetId()) self.cbox_sizer.Add((4, 0)) self.toggle_blue = wx.CheckBox(self.box_panel, -1, "B") self.toggle_blue.SetForegroundColour(FGCOLOUR) self.toggle_blue.SetMaxFontSize(11) self.toggle_blue.SetValue(True) self.cbox_sizer.Add(self.toggle_blue, flag=wx.ALIGN_CENTER_VERTICAL) self.Bind(wx.EVT_CHECKBOX, self.DrawLUT, id=self.toggle_blue.GetId()) self.toggle_clut = wx.CheckBox(self.box_panel, -1, "LUT") self.toggle_clut.SetForegroundColour(FGCOLOUR) self.toggle_clut.SetMaxFontSize(11) xicclu = get_argyll_util("xicclu") self.toggle_clut.SetValue(bool(xicclu)) self.toggle_clut.Enable(bool(xicclu)) self.cbox_sizer.Add(self.toggle_clut, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=16) self.Bind(wx.EVT_CHECKBOX, self.toggle_clut_handler, id=self.toggle_clut.GetId()) self.save_plot_btn = wx.BitmapButton(self.box_panel, -1, geticon(16, "media-floppy"), style=wx.NO_BORDER) self.save_plot_btn.SetBackgroundColour(BGCOLOUR) self.cbox_sizer.Add(self.save_plot_btn, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=16) self.save_plot_btn.Bind(wx.EVT_BUTTON, self.SaveFile) self.save_plot_btn.SetToolTipString(lang.getstr("save_as") + " " + "(*.bmp, *.xbm, *.xpm, *.jpg, *.png)") self.save_plot_btn.SetBitmapDisabled(geticon(16, "empty")) self.save_plot_btn.Disable() self.box_sizer.Add((0, 6)) self.box_sizer.Add((0, 6)) self.box_sizer.Add((0, 6)) self.box_sizer.Add((0, 0)) self.show_actual_lut_cb = wx.CheckBox(self.box_panel, -1, lang.getstr("calibration.show_actual_lut")) self.show_actual_lut_cb.SetForegroundColour(FGCOLOUR) self.show_actual_lut_cb.SetMaxFontSize(11) self.box_sizer.Add(self.show_actual_lut_cb, flag=wx.ALIGN_CENTER | wx.BOTTOM, border=16) self.Bind(wx.EVT_CHECKBOX, self.show_actual_lut_handler, id=self.show_actual_lut_cb.GetId()) self.box_sizer.Add((0, 0)) self.client.canvas.Bind(wx.EVT_MOTION, self.OnMotion) self.droptarget = FileDrop() self.droptarget.drophandlers = { ".cal": self.drop_handler, ".icc": self.drop_handler, ".icm": self.drop_handler } self.droptarget.unsupported_handler = self.drop_unsupported_handler self.client.SetDropTarget(self.droptarget) self.SetSaneGeometry( getcfg("position.lut_viewer.x"), getcfg("position.lut_viewer.y"), getcfg("size.lut_viewer.w"), getcfg("size.lut_viewer.h")) self.Bind(wx.EVT_MOVE, self.OnMove) self.Bind(wx.EVT_SIZE, self.OnSize) self.display_no = -1 self.display_rects = get_display_rects() def apply_bpc_handler(self, event): cal = vcgt_to_cal(self.profile) cal.filename = self.profile.fileName or "" cal.apply_bpc(True) self.LoadProfile(cal_to_fake_profile(cal)) self.DrawLUT() def drop_handler(self, path): """ Drag'n'drop handler for .cal/.icc/.icm files. """ filename, ext = os.path.splitext(path) if ext == ".cal": profile = cal_to_fake_profile(path) if not profile: InfoDialog(self, msg=lang.getstr("calibration.file.invalid") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return else: try: profile = ICCP.ICCProfile(path) except ICCP.ICCProfileInvalidError, exception: InfoDialog(self, msg=lang.getstr("profile.invalid") + "\n" + path, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return self.LoadProfile(profile) self.DrawLUT() def drop_unsupported_handler(self): """ Drag'n'drop handler for unsupported files. Shows an error message. """ files = self.droptarget._filenames InfoDialog(self, msg=lang.getstr("error.file_type_unsupported") + "\n\n" + "\n".join(files), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) get_display = MeasureFrame.__dict__["get_display"] def install_vcgt_handler(self, event): cwd = self.worker.create_tempdir() if isinstance(cwd, Exception): show_result_dialog(cwd, self) else: cal = os.path.join(cwd, re.sub(r"[\\/:*?\"<>|]+", "", make_argyll_compatible_path( config.get_display_name( include_geometry=True) or "Video LUT"))) vcgt_to_cal(self.profile).write(cal) cmd, args = self.worker.prepare_dispwin(cal) if isinstance(cmd, Exception): show_result_dialog(cmd, self) elif cmd: result = self.worker.exec_cmd(cmd, args, capture_output=True, skip_scripts=True) if isinstance(result, Exception): show_result_dialog(result, self) elif not result: show_result_dialog(Error("".join(self.worker.errors)), self) # Important: # Make sure to only delete the temporary cal file we created # (which hasn't an extension, so we can use ext_filter to # exclude files which should not be deleted) self.worker.wrapup(copy=False, ext_filter=[".app", ".cal", ".ccmx", ".ccss", ".cmd", ".command", ".gam", ".gz", ".icc", ".icm", ".log", ".sh", ".ti1", ".ti3", ".wrl", ".wrz"]) def toggle_clut_handler(self, event): try: self.lookup_tone_response_curves() except Exception, exception: show_result_dialog(exception, self) else: self.trc = None self.DrawLUT() def show_actual_lut_handler(self, event): setcfg("lut_viewer.show_actual_lut", int(self.show_actual_lut_cb.GetValue())) if hasattr(self, "current_cal"): profile = self.current_cal else: profile = None self.load_lut(profile=profile) def load_lut(self, profile=None): self.current_cal = profile if (getcfg("lut_viewer.show_actual_lut") and (self.worker.argyll_version[0:3] > [1, 1, 0] or (self.worker.argyll_version[0:3] == [1, 1, 0] and not "Beta" in self.worker.argyll_version_string)) and not config.get_display_name() in ("Web", "Untethered")): tmp = self.worker.create_tempdir() if isinstance(tmp, Exception): show_result_dialog(tmp, self) return cmd, args = (get_argyll_util("dispwin"), ["-d" + self.worker.get_display(), "-s", os.path.join(tmp, re.sub(r"[\\/:*?\"<>|]+", "", make_argyll_compatible_path( config.get_display_name( include_geometry=True) or "Video LUT")))]) result = self.worker.exec_cmd(cmd, args, capture_output=True, skip_scripts=True, silent=not __name__ == "__main__") if not isinstance(result, Exception) and result: profile = cal_to_fake_profile(args[-1]) else: if isinstance(result, Exception): safe_print(result) # Important: lut_viewer_load_lut is called after measurements, # so make sure to only delete the temporary cal file we created # (which hasn't an extension, so we can use ext_filter to # exclude files which should not be deleted) self.worker.wrapup(copy=False, ext_filter=[".app", ".cal", ".ccmx", ".ccss", ".cmd", ".command", ".gam", ".gz", ".icc", ".icm", ".log", ".sh", ".ti1", ".ti3", ".wrl", ".wrz"]) if profile and (profile.is_loaded or not profile.fileName or os.path.isfile(profile.fileName)): if not self.profile or \ self.profile.fileName != profile.fileName or \ not self.profile.isSame(profile): self.LoadProfile(profile) self.DrawLUT() else: self.LoadProfile(None) self.DrawLUT() def lookup_tone_response_curves(self, intent="r"): """ Lookup Y -> RGB tone values through TRC tags or LUT """ mult = 2 size = 256 * mult # Final number of coordinates if (intent == "r" and (not "B2A0" in self.profile.tags or not self.toggle_clut.GetValue()) and isinstance(self.profile.tags.get("rTRC"), ICCP.CurveType) and isinstance(self.profile.tags.get("gTRC"), ICCP.CurveType) and isinstance(self.profile.tags.get("bTRC"), ICCP.CurveType)): #self.rTRC = self.profile.tags.rTRC #self.gTRC = self.profile.tags.gTRC #self.bTRC = self.profile.tags.bTRC #return # Use TRC tags if no LUT if (len(self.profile.tags.rTRC) == 1 and len(self.profile.tags.gTRC) == 1 and len(self.profile.tags.bTRC) == 1): # Gamma, convert to curves trc = {"rTRC": [], "gTRC": [], "bTRC": []} for sig in ("rTRC", "gTRC", "bTRC"): gamma = self.profile.tags[sig][0] setattr(self, sig, CoordinateType()) for i in xrange(256): trc[sig].append(math.pow(i / 255.0, gamma) * 65535) else: trc = {"rTRC": self.profile.tags.rTRC, "gTRC": self.profile.tags.gTRC, "bTRC": self.profile.tags.bTRC} # Curves for sig in ("rTRC", "gTRC", "bTRC"): x, xp, y, yp = [], [], [], [] # First, get actual values for i, Y in enumerate(trc[sig]): xp.append(i / (len(trc[sig]) - 1.0) * 255) yp.append(Y / 65535.0 * 100) # Second, interpolate to given size and use the same Y axis # for all channels for i in xrange(size): x.append(i / (size - 1.0) * 255) y.append(colormath.Lab2XYZ(i / (size - 1.0) * 100, 0, 0)[1] * 100) yi = interp(x, xp, yp) xi = interp(y, yi, x) setattr(self, sig, CoordinateType()) for v, Y in zip(xi, y): if Y <= yp[0]: Y = yp[0] getattr(self, sig).append([Y, v]) return profile = self.profile channels = {'XYZ': 3, 'Lab': 3, 'Luv': 3, 'YCbr': 3, 'Yxy': 3, 'RGB': 3, 'GRAY': 1, 'HSV': 3, 'HLS': 3, 'CMYK': 4, 'CMY': 3, '2CLR': 2, '3CLR': 3, '4CLR': 4, '5CLR': 5, '6CLR': 6, '7CLR': 7, '8CLR': 8, '9CLR': 9, 'ACLR': 10, 'BCLR': 11, 'CCLR': 12, 'DCLR': 13, 'ECLR': 14, 'FCLR': 15}.get(profile.colorSpace) if not channels: raise Error(lang.getstr("profile.unsupported", (profile.profileClass, profile.colorSpace))) # Setup xicclu xicclu = get_argyll_util("xicclu") if not xicclu: return xicclu = xicclu.encode(fs_enc) cwd = self.client.worker.create_tempdir() if isinstance(cwd, Exception): raise cwd if sys.platform == "win32": startupinfo = sp.STARTUPINFO() startupinfo.dwFlags |= sp.STARTF_USESHOWWINDOW startupinfo.wShowWindow = sp.SW_HIDE else: startupinfo = None # Prepare profile profile.write(os.path.join(cwd, "profile.icc")) # Prepare input Lab values XYZ_triplets = [] Lab_triplets = [] for i in xrange(0, size): if intent == "a": # Experimental - basically this makes the resulting # response match relative colorimetric X, Y, Z = colormath.Lab2XYZ(i * (100.0 / (size - 1)), 0, 0) L, a, b = colormath.XYZ2Lab(*[v * 100 for v in colormath.adapt(X, Y, Z, whitepoint_destination=profile.tags.wtpt.values())]) else: a = b = 0 Lab_triplets.append(" ".join([str(i * (100.0 / (size - 1))), str(a), str(b)])) # Lookup Lab -> RGB values through 'input' profile using xicclu stderr = tempfile.SpooledTemporaryFile() p = sp.Popen([xicclu, "-fb", "-i" + intent, "-pl", "profile.icc"], stdin=sp.PIPE, stdout=sp.PIPE, stderr=stderr, cwd=cwd.encode(fs_enc), startupinfo=startupinfo) self.client.worker.subprocess = p if p.poll() not in (0, None): stderr.seek(0) raise Error(stderr.read().strip()) try: odata = p.communicate("\n".join(Lab_triplets))[0].splitlines() except IOError: stderr.seek(0) raise Error(stderr.read().strip()) if p.wait() != 0: raise IOError(''.join(odata)) stderr.close() # Remove temporary files self.client.worker.wrapup(False) rgb_triplets = [] for i, line in enumerate(odata): line = "".join(line.strip().split("->")).split() rgb_triplet = [float(n) for n in line[channels + 2:channels + 5]] rgb_triplets.append(rgb_triplet) self.rTRC = CoordinateType() self.gTRC = CoordinateType() self.bTRC = CoordinateType() for j, rgb in enumerate(rgb_triplets): for i, v in enumerate(rgb): v *= 255 y = colormath.Lab2XYZ(float(Lab_triplets[j].split()[0]), 0, 0)[1] * 100 if i == 0: self.rTRC.append([y, v]) elif i == 1: self.gTRC.append([y, v]) elif i == 2: self.bTRC.append([y, v]) def move_handler(self, event): if not self.IsShownOnScreen(): return display_no, geometry, client_area = self.get_display() if display_no != self.display_no: self.display_no = display_no # Translate from wx display index to Argyll display index geometry = "%i, %i, %ix%i" % tuple(geometry) for i, display in enumerate(getcfg("displays").split(os.pathsep)): if display.find("@ " + geometry) > -1: if debug: safe_print("[D] Found display %s at index %i" % (geometry, i)) # Save Argyll display index to configuration setcfg("display.number", i + 1) self.load_lut(get_display_profile(i)) break event.Skip() def reload_vcgt_handler(self, event): cmd, args = self.worker.prepare_dispwin(True) if isinstance(cmd, Exception): show_result_dialog(cmd, self) elif cmd: result = self.worker.exec_cmd(cmd, args, capture_output=True, skip_scripts=True) if isinstance(result, Exception): show_result_dialog(result, self) elif not result: show_result_dialog(Error("".join(self.worker.errors)), self) else: self.load_lut(get_display_profile()) def LoadProfile(self, profile): if not profile: profile = ICCP.ICCProfile() profile._data = "\0" * 128 profile._tags.desc = ICCP.TextDescriptionType("", "desc") profile.size = len(profile.data) profile.is_loaded = True elif not isinstance(profile, ICCP.ICCProfile): profile = ICCP.ICCProfile(profile) self.profile = profile self.rTRC = profile.tags.get("rTRC") self.gTRC = profile.tags.get("gTRC") self.bTRC = profile.tags.get("bTRC") self.trc = None curves = [] curves.append(lang.getstr('vcgt')) if ((isinstance(self.rTRC, ICCP.CurveType) and isinstance(self.gTRC, ICCP.CurveType) and isinstance(self.bTRC, ICCP.CurveType)) or ("B2A0" in profile.tags and profile.colorSpace == "RGB")): try: self.lookup_tone_response_curves() except Exception, exception: show_result_dialog(exception, self) else: curves.append(lang.getstr('[rgb]TRC')) selection = self.plot_mode_select.GetSelection() if curves and (selection < 0 or selection > len(curves) - 1): selection = 0 self.plot_mode_select.SetItems(curves) self.plot_mode_select.Enable(len(curves) > 1) self.plot_mode_select.SetSelection(selection) self.cbox_sizer.Layout() self.box_sizer.Layout() def add_tone_values(self, legend): if not self.profile: return colorants = legend[0] if (self.plot_mode_select.GetSelection() == 0 and 'vcgt' in self.profile.tags): if 'R' in colorants or 'G' in colorants or 'B' in colorants: legend.append(lang.getstr("tone_values")) if '=' in colorants: unique = [] if 'R' in colorants: unique.append(self.client.r_unique) if 'G' in colorants: unique.append(self.client.g_unique) if 'B' in colorants: unique.append(self.client.b_unique) unique = min(unique) legend[-1] += " %.1f%% (%i/%i) @ 8 Bit" % (unique / (self.client.entryCount / 100.0), unique, self.client.entryCount) else: if 'R' in colorants: legend[-1] += " %.1f%% (%i/%i) @ 8 Bit" % (self.client.r_unique / (self.client.entryCount / 100.0), self.client.r_unique, self.client.entryCount) if 'G' in colorants: legend[-1] += " %.1f%% (%i/%i) @ 8 Bit" % (self.client.g_unique / (self.client.entryCount / 100.0), self.client.g_unique, self.client.entryCount) if 'B' in colorants: legend[-1] += " %.1f%% (%i/%i) @ 8 Bit" % (self.client.b_unique / (self.client.entryCount / 100.0), self.client.b_unique, self.client.entryCount) unique = [] unique.append(self.client.r_unique) unique.append(self.client.g_unique) unique.append(self.client.b_unique) if not 0 in unique: unique = min(unique) legend[-1] += ", %s %.1f%% (%i/%i) @ 8 Bit" % (lang.getstr("grayscale"), unique / (self.client.entryCount / 100.0), unique, self.client.entryCount) elif (self.plot_mode_select.GetSelection() == 1 and isinstance(self.rTRC, (ICCP.CurveType, CoordinateType)) and len(self.rTRC) > 1 and isinstance(self.gTRC, (ICCP.CurveType, CoordinateType)) and len(self.gTRC) > 1 and isinstance(self.bTRC, (ICCP.CurveType, CoordinateType)) and len(self.bTRC) > 1): transfer_function = None if (not getattr(self, "trc", None) and len(self.rTRC) == len(self.gTRC) == len(self.bTRC)): if isinstance(self.rTRC, ICCP.CurveType): self.trc = ICCP.CurveType() for i in xrange(len(self.rTRC)): self.trc.append(int(round((self.rTRC[i] + self.gTRC[i] + self.bTRC[i]) / 3.0))) else: self.trc = CoordinateType() for i in xrange(len(self.rTRC)): self.trc.append([(self.rTRC[i][0] + self.gTRC[i][0] + self.bTRC[i][0]) / 3.0, (self.rTRC[i][1] + self.gTRC[i][1] + self.bTRC[i][1]) / 3.0]) if getattr(self, "trc", None): transfer_function = self.trc.get_transfer_function(slice=(0.00, 1.00)) #if "R" in colorants and "G" in colorants and "B" in colorants: #if self.profile.tags.rTRC == self.profile.tags.gTRC == self.profile.tags.bTRC: #transfer_function = self.profile.tags.rTRC.get_transfer_function() #elif ("R" in colorants and #(not "G" in colorants or #self.profile.tags.rTRC == self.profile.tags.gTRC) and #(not "B" in colorants or #self.profile.tags.rTRC == self.profile.tags.bTRC)): #transfer_function = self.profile.tags.rTRC.get_transfer_function() #elif ("G" in colorants and #(not "R" in colorants or #self.profile.tags.gTRC == self.profile.tags.rTRC) and #(not "B" in colorants or #self.profile.tags.gTRC == self.profile.tags.bTRC)): #transfer_function = self.profile.tags.gTRC.get_transfer_function() #elif ("B" in colorants and #(not "G" in colorants or #self.profile.tags.bTRC == self.profile.tags.gTRC) and #(not "R" in colorants or #self.profile.tags.bTRC == self.profile.tags.rTRC)): #transfer_function = self.profile.tags.bTRC.get_transfer_function() if transfer_function and transfer_function[1] >= .95: if self.rTRC == self.gTRC == self.bTRC: label = lang.getstr("rgb.trc") else: label = lang.getstr("rgb.trc.averaged") if round(transfer_function[1], 2) == 1.0: value = u"%s" % (transfer_function[0][0]) else: value = u"≈ %s (Δ %.2f%%)" % (transfer_function[0][0], 100 - transfer_function[1] * 100) legend.append(" ".join([label, value])) def DrawLUT(self, event=None): self.SetStatusText('') self.Freeze() curves = None if self.profile: yLabel = [] if self.toggle_red.GetValue(): yLabel.append("R") if self.toggle_green.GetValue(): yLabel.append("G") if self.toggle_blue.GetValue(): yLabel.append("B") if self.plot_mode_select.GetSelection() == 0: if 'vcgt' in self.profile.tags: curves = self.profile.tags['vcgt'] else: curves = None self.xLabel = "".join(yLabel) self.yLabel = "".join(yLabel) elif (self.plot_mode_select.GetSelection() == 1 and isinstance(self.rTRC, (ICCP.CurveType, CoordinateType)) and isinstance(self.gTRC, (ICCP.CurveType, CoordinateType)) and isinstance(self.bTRC, (ICCP.CurveType, CoordinateType))): if (len(self.rTRC) == 1 and len(self.gTRC) == 1 and len(self.bTRC) == 1): # gamma curves = { 'redMin': 0.0, 'redGamma': self.rTRC[0], 'redMax': 1.0, 'greenMin': 0.0, 'greenGamma': self.gTRC[0], 'greenMax': 1.0, 'blueMin': 0.0, 'blueGamma': self.bTRC[0], 'blueMax': 1.0 } else: # curves curves = { 'data': [self.rTRC, self.gTRC, self.bTRC], 'entryCount': len(self.rTRC), 'entrySize': 2 } if self.show_as_L.GetValue(): self.xLabel = "L*" else: self.xLabel = "Y" self.yLabel = "".join(yLabel) self.toggle_red.Enable(bool(curves)) self.toggle_green.Enable(bool(curves)) self.toggle_blue.Enable(bool(curves)) self.show_as_L.Enable(bool(curves)) self.show_as_L.Show(self.plot_mode_select.GetSelection() != 0) self.toggle_clut.Show(self.plot_mode_select.GetSelection() == 1 and "B2A0" in self.profile.tags and isinstance(self.profile.tags.get("rTRC"), ICCP.CurveType) and isinstance(self.profile.tags.get("gTRC"), ICCP.CurveType) and isinstance(self.profile.tags.get("bTRC"), ICCP.CurveType)) self.save_plot_btn.Enable(bool(curves)) if hasattr(self, "reload_vcgt_btn"): self.reload_vcgt_btn.Enable(not(self.plot_mode_select.GetSelection()) and bool(self.profile)) self.reload_vcgt_btn.Show(not(self.plot_mode_select.GetSelection())) if hasattr(self, "apply_bpc_btn"): enable_bpc = (not(self.plot_mode_select.GetSelection()) and bool(self.profile) and "vcgt" in self.profile.tags) if enable_bpc: values = self.profile.tags.vcgt.getNormalizedValues() self.apply_bpc_btn.Enable(enable_bpc and values[0] != (0, 0, 0)) self.apply_bpc_btn.Show(not(self.plot_mode_select.GetSelection())) if hasattr(self, "install_vcgt_btn"): self.install_vcgt_btn.Enable(not(self.plot_mode_select.GetSelection()) and bool(self.profile) and "vcgt" in self.profile.tags) self.install_vcgt_btn.Show(not(self.plot_mode_select.GetSelection())) if hasattr(self, "save_vcgt_btn"): self.save_vcgt_btn.Enable(not(self.plot_mode_select.GetSelection()) and bool(self.profile) and "vcgt" in self.profile.tags) self.save_vcgt_btn.Show(not(self.plot_mode_select.GetSelection())) self.show_as_L.GetContainingSizer().Layout() if hasattr(self, "show_actual_lut_cb"): self.show_actual_lut_cb.Show(self.plot_mode_select.GetSelection() == 0) if hasattr(self, "cbox_sizer"): self.cbox_sizer.Layout() if hasattr(self, "box_sizer"): self.box_sizer.Layout() if self.client.last_PointLabel != None: pointXY = self.client.last_PointLabel["pointXY"] self.client._drawPointLabel(self.client.last_PointLabel) #erase old self.client.last_PointLabel = None else: pointXY = (127.5, 127.5) self.client.DrawLUT(curves, title=self.profile.getDescription() if self.profile else None, xLabel=self.xLabel, yLabel=self.yLabel, r=self.toggle_red.GetValue() if hasattr(self, "toggle_red") else False, g=self.toggle_green.GetValue() if hasattr(self, "toggle_green") else False, b=self.toggle_blue.GetValue() if hasattr(self, "toggle_blue") else False) self.Thaw() wx.CallLater(125, self.UpdatePointLabel, pointXY) def OnClose(self, event): config.writecfg() if self.worker.tempdir and os.path.isdir(self.worker.tempdir): self.worker.wrapup(False) wx.GetApp().ExitMainLoop() def OnMotion(self, event): if isinstance(event, wx.MouseEvent): xy = self.client._getXY(event) else: xy = event self.UpdatePointLabel(xy) if isinstance(event, wx.MouseEvent): event.Skip() # Go to next handler def OnMove(self, event=None): if self.IsShownOnScreen() and not \ self.IsMaximized() and not self.IsIconized(): x, y = self.GetScreenPosition() setcfg("position.lut_viewer.x", x) setcfg("position.lut_viewer.y", y) if event: event.Skip() def OnSize(self, event=None): if self.IsShownOnScreen() and not \ self.IsMaximized() and not self.IsIconized(): w, h = self.GetSize() setcfg("size.lut_viewer.w", w) setcfg("size.lut_viewer.h", h) if event: event.Skip() def SaveFile(self, event=None): """Saves the file to the type specified in the extension. If no file name is specified a dialog box is provided. Returns True if sucessful, otherwise False. .bmp Save a Windows bitmap file. .xbm Save an X bitmap file. .xpm Save an XPM bitmap file. .png Save a Portable Network Graphics file. .jpg Save a Joint Photographic Experts Group file. """ fileName = " ".join([self.plot_mode_select.GetStringSelection(), os.path.basename(os.path.splitext(self.profile.fileName or lang.getstr("unnamed"))[0])]) if (event and hasattr(self, "save_vcgt_btn") and event.GetId() == self.save_vcgt_btn.GetId()): extensions = {"cal": 1} else: extensions = { "bmp": wx.BITMAP_TYPE_BMP, # Save a Windows bitmap file. "xbm": wx.BITMAP_TYPE_XBM, # Save an X bitmap file. "xpm": wx.BITMAP_TYPE_XPM, # Save an XPM bitmap file. "jpg": wx.BITMAP_TYPE_JPEG, # Save a JPG file. "png": wx.BITMAP_TYPE_PNG, # Save a PNG file. } fType = fileName[-3:].lower() dlg1 = None while fType not in extensions: if dlg1: # FileDialog exists: Check for extension InfoDialog(self, msg=lang.getstr("error.file_type_unsupported"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) else: # FileDialog doesn't exist: just check one dlg1 = wx.FileDialog( self, lang.getstr("save_as"), ".", fileName, "|".join(["%s (*.%s)|*.%s" % (ext.upper(), ext, ext) for ext in extensions.keys()]), wx.SAVE|wx.OVERWRITE_PROMPT ) if dlg1.ShowModal() == wx.ID_OK: fileName = dlg1.GetPath() if not waccess(fileName, os.W_OK): show_result_dialog(Error(lang.getstr("error.access_denied.write", fileName)), self) return fType = fileName[-3:].lower() else: # exit without saving dlg1.Destroy() return False if dlg1: dlg1.Destroy() # Save Bitmap if (event and hasattr(self, "save_vcgt_btn") and event.GetId() == self.save_vcgt_btn.GetId()): res = vcgt_to_cal(self.profile) res.write(fileName) else: res= self.client._Buffer.SaveFile(fileName, extensions.get(fType, ".png")) return res def UpdatePointLabel(self, xy): if self.client.GetEnablePointLabel(): # Show closest point (when enbled) # Make up dict with info for the point label dlst = self.client.GetClosestPoint(xy, pointScaled=True) if dlst != []: curveNum, legend, pIndex, pointXY, scaledXY, distance = dlst legend = legend.split(", ") R, G, B = (self.client.point_grid[0].get(pointXY[0], 0 if self.toggle_red.GetValue() else None), self.client.point_grid[1].get(pointXY[0], 0 if self.toggle_green.GetValue() else None), self.client.point_grid[2].get(pointXY[0], 0 if self.toggle_blue.GetValue() else None)) if (self.plot_mode_select.GetSelection() == 0 or R == G == B or ((R == G or G == B or R == B) and None in (R, G ,B))): rgb = "" else: rgb = legend[0] + " " if self.plot_mode_select.GetSelection() == 1: joiner = u" \u2192 " if self.show_as_L.GetValue(): format = "L* %.4f", "%s %.2f" else: format = "Y %.4f", "%s %.2f" axis_y = 100.0 if R == G == B or ((R == G or G == B or R == B) and None in (R, G ,B)): #if R is None: RGB = " ".join(["=".join(["%s" % v for v, s in filter(lambda v: v[1] is not None, (("R", R), ("G", G), ("B", B)))]), "%.2f" % pointXY[1]]) #else: #RGB = "R=G=B %.2f" % R else: RGB = " ".join([format[1] % (v, s) for v, s in filter(lambda v: v[1] is not None, (("R", R), ("G", G), ("B", B)))]) legend[0] = joiner.join([format[0] % pointXY[0], RGB]) pointXY = pointXY[1], pointXY[0] else: joiner = u" \u2192 " format = "%.2f", "%.2f" axis_y = 255.0 legend[0] += " " + joiner.join([format[i] % point for i, point in enumerate(pointXY)]) if (len(legend) == 1 and pointXY[0] > 0 and pointXY[0] < 255 and pointXY[1] > 0): y = pointXY[1] if (self.plot_mode_select.GetSelection() == 1 and self.show_as_L.GetValue()): y = colormath.Lab2XYZ(y, 0, 0)[1] * 100 legend.append(rgb + "Gamma %.2f" % (math.log(y / axis_y) / math.log(pointXY[0] / 255.0))) self.add_tone_values(legend) self.SetStatusText(", ".join(legend)) # Make up dictionary to pass to DrawPointLabel mDataDict= {"curveNum": curveNum, "legend": legend, "pIndex": pIndex, "pointXY": pointXY, "scaledXY": scaledXY} # Pass dict to update the point label self.client.UpdatePointLabel(mDataDict) def update_controls(self): self.show_actual_lut_cb.Enable((self.worker.argyll_version[0:3] > [1, 1, 0] or (self.worker.argyll_version[0:3] == [1, 1, 0] and not "Beta" in self.worker.argyll_version_string)) and not config.get_display_name() in ("Web", "Untethered")) self.show_actual_lut_cb.SetValue(bool(getcfg("lut_viewer.show_actual_lut")) and not config.get_display_name() in ("Web", "Untethered")) @property def worker(self): return self.client.worker class LUTViewer(wx.App): def OnInit(self): self.frame = LUTFrame(None, -1) self.frame.Bind(wx.EVT_CLOSE, self.frame.OnClose, self.frame) return True def main(profile=None): config.initcfg() lang.init() lang.update_defaults() app = LUTViewer(0) app.frame.worker.enumerate_displays_and_ports(check_lut_access=False, enumerate_ports=False) app.frame.Bind(wx.EVT_MOVE, app.frame.move_handler, app.frame) app.frame.Show(True) app.frame.update_controls() if profile: app.frame.drop_handler(profile) else: app.frame.load_lut(get_display_profile()) app.MainLoop() if __name__ == '__main__': main(*sys.argv[1:2])dispcalGUI-1.7.1.6/dispcalGUI/wxMeasureFrame.py000644 000765 000000 00000051154 12266411534 021121 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import os import re import sys import config import localization as lang from config import (btn_width_correction, defaults, getcfg, geticon, get_bitmap_as_icon, get_data_path, get_display_number, get_display_rects, scale_adjustment_factor, setcfg, writecfg) from debughelpers import handle_error from log import safe_print from meta import name as appname from options import debug from util_list import floatlist, strlist from util_str import safe_unicode from wxaddons import CustomEvent, wx from wxwindows import ConfirmDialog, InfoDialog, InvincibleFrame try: import RealDisplaySizeMM as RDSMM except ImportError, exception: RDSMM = None handle_error(u"Error - couldn't import RealDisplaySizeMM: " + safe_unicode(exception), silent=True) def get_default_size(): """ Get and return the default size for the window in pixels. The default size is always equivalent to 100 x 100 mm according to the display's size as returned by the RealDisplaySizeMM function, which uses the same code as Argyll to determine that size. This function is used internally. """ display_sizes = [] display_sizes_mm = [] for display_no in xrange(len(getcfg("displays").split(os.pathsep))): display_size = wx.Display(get_display_number(display_no)).Geometry[2:] display_size_mm = [] if RDSMM: try: display_size_mm = RDSMM.RealDisplaySizeMM(display_no) except Exception, exception: handle_error(u"Error - RealDisplaySizeMM() failed: " + safe_unicode(exception), silent=True) else: display_size_mm = floatlist(display_size_mm) if debug: safe_print("[D] display_size_mm:", display_size_mm) if not len(display_size_mm) or 0 in display_size_mm: if sys.platform == "darwin": ppi_def = 72.0 else: ppi_def = 96.0 method = 1 if method == 0: # use configurable screen diagonal inch = 20.0 mm = inch * 25.4 f = mm / math.sqrt(math.pow(display_size[0], 2) + \ math.pow(display_size[1], 2)) w_mm = math.sqrt(math.pow(mm, 2) - \ math.pow(display_size[1] * f, 2)) h_mm = math.sqrt(math.pow(mm, 2) - \ math.pow(display_size[0] * f, 2)) display_size_mm = w_mm, h_mm elif method == 1: # use the first display display_size_1st = wx.DisplaySize() display_size_mm = floatlist(wx.DisplaySizeMM()) if 0 in display_size_mm: # bogus display_size_mm = [display_size_1st[0] / ppi_def * 25.4, display_size_1st[1] / ppi_def * 25.4] if display_no > 0: display_size_mm[0] = display_size[0] / ( display_size_1st[0] / display_size_mm[0]) display_size_mm[1] = display_size[1] / ( display_size_1st[1] / display_size_mm[1]) else: # use assumed ppi display_size_mm = (display_size[0] / ppi_def * 25.4, display_size[1] / ppi_def * 25.4) display_sizes += [display_size] display_sizes_mm += [display_size_mm] if sum(mm[0] for mm in display_sizes_mm) / \ len(display_sizes_mm) == display_sizes_mm[0][0] and \ sum(mm[1] for mm in display_sizes_mm) / \ len(display_sizes_mm) == display_sizes_mm[0][1]: # display_size_mm is the same for all screens, use the 1st one display_size = display_sizes[0] display_size_mm = display_sizes_mm[0] else: if getcfg("display_lut.link"): display_no = getcfg("display.number") - 1 else: display_no = getcfg("display_lut.number") - 1 display_size = display_sizes[display_no] display_size_mm = display_sizes_mm[display_no] px_per_mm = (display_size[0] / display_size_mm[0], display_size[1] / display_size_mm[1]) if debug: safe_print("[D] H px_per_mm:", px_per_mm[0]) safe_print("[D] V px_per_mm:", px_per_mm[1]) return round(100.0 * max(px_per_mm)) class MeasureFrame(InvincibleFrame): """ A rectangular window to set the measure area size for dispcal/dispread. """ exitcode = 0 def __init__(self, parent=None, id=-1): InvincibleFrame.__init__(self, parent, id, lang.getstr("measureframe.title"), style=wx.DEFAULT_FRAME_STYLE & ~(wx.RESIZE_BORDER | wx.RESIZE_BOX | wx.MAXIMIZE_BOX)) self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) self.Bind(wx.EVT_CLOSE, self.close_handler, self) self.Bind(wx.EVT_MOVE, self.move_handler, self) self.Bind(wx.EVT_SIZE, self.size_handler, self) self.panel = wx.Panel(self, -1) self.sizer = wx.GridSizer(3, 1) self.panel.SetSizer(self.sizer) self.hsizer = wx.BoxSizer(wx.HORIZONTAL) self.sizer.Add(self.hsizer, flag=wx.ALIGN_CENTER_HORIZONTAL | wx.ALL | wx.ALIGN_TOP, border=10) self.zoommaxbutton = wx.BitmapButton(self.panel, -1, geticon(32, "zoom-best-fit"), style=wx.NO_BORDER) self.Bind(wx.EVT_BUTTON, self.zoommax_handler, self.zoommaxbutton) self.hsizer.Add(self.zoommaxbutton, flag=wx.ALIGN_CENTER) self.zoommaxbutton.SetToolTipString(lang.getstr("measureframe.zoommax")) self.hsizer.Add((2, 1)) self.zoominbutton = wx.BitmapButton(self.panel, -1, geticon(32, "zoom-in"), style=wx.NO_BORDER) self.Bind(wx.EVT_BUTTON, self.zoomin_handler, self.zoominbutton) self.hsizer.Add(self.zoominbutton, flag=wx.ALIGN_CENTER) self.zoominbutton.SetToolTipString(lang.getstr("measureframe.zoomin")) self.hsizer.Add((2, 1)) self.zoomnormalbutton = wx.BitmapButton(self.panel, -1, geticon(32, "zoom-original"), style=wx.NO_BORDER) self.Bind(wx.EVT_BUTTON, self.zoomnormal_handler, self.zoomnormalbutton) self.hsizer.Add(self.zoomnormalbutton, flag=wx.ALIGN_CENTER) self.zoomnormalbutton.SetToolTipString(lang.getstr("measureframe." "zoomnormal")) self.hsizer.Add((2, 1)) self.zoomoutbutton = wx.BitmapButton(self.panel, -1, geticon(32, "zoom-out"), style=wx.NO_BORDER) self.Bind(wx.EVT_BUTTON, self.zoomout_handler, self.zoomoutbutton) self.hsizer.Add(self.zoomoutbutton, flag=wx.ALIGN_CENTER) self.zoomoutbutton.SetToolTipString(lang.getstr("measureframe.zoomout")) self.centerbutton = wx.BitmapButton(self.panel, -1, geticon(32, "window-center"), style=wx.NO_BORDER) self.Bind(wx.EVT_BUTTON, self.center_handler, self.centerbutton) self.sizer.Add(self.centerbutton, flag=wx.ALIGN_CENTER | wx.LEFT | wx.RIGHT, border=10) self.centerbutton.SetToolTipString(lang.getstr("measureframe.center")) self.vsizer = wx.BoxSizer(wx.VERTICAL) self.sizer.Add(self.vsizer, flag=wx.ALIGN_BOTTOM | wx.ALIGN_CENTER_HORIZONTAL) self.measure_darken_background_cb = wx.CheckBox(self.panel, -1, lang.getstr("measure.darken_background")) self.measure_darken_background_cb.SetValue( bool(int(getcfg("measure.darken_background")))) self.Bind(wx.EVT_CHECKBOX, self.measure_darken_background_ctrl_handler, id=self.measure_darken_background_cb.GetId()) self.vsizer.Add(self.measure_darken_background_cb, flag=wx.ALIGN_BOTTOM | wx.ALIGN_CENTER_HORIZONTAL | wx.LEFT | wx.RIGHT | wx.TOP, border=10) self.measurebutton = wx.Button(self.panel, -1, lang.getstr("measureframe.measurebutton")) self.Bind(wx.EVT_BUTTON, self.measure_handler, self.measurebutton) self.vsizer.Add(self.measurebutton, flag=wx.ALIGN_BOTTOM | wx.ALIGN_CENTER_HORIZONTAL | wx.ALL, border=10) self.measurebutton.SetMaxFontSize(11) self.measurebutton.SetInitialSize((self.measurebutton.GetSize()[0] + btn_width_correction, -1)) min_size = max(self.sizer.GetMinSize()) # Make sure the min size is quadratic and large enough to accomodate # all controls self.SetMinSize((min_size, min_size)) self.SetMaxSize((20000, 20000)) self.display_no = wx.Display.GetFromWindow(self) self.display_rects = get_display_rects() def measure_darken_background_ctrl_handler(self, event): if self.measure_darken_background_cb.GetValue() and \ getcfg("measure.darken_background.show_warning"): dlg = ConfirmDialog(self, msg=lang.getstr("measure.darken_background." "warning"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-warning")) chk = wx.CheckBox(dlg, -1, lang.getstr("dialog.do_not_show_again")) dlg.Bind(wx.EVT_CHECKBOX, self.measure_darken_background_warning_handler, id=chk.GetId()) dlg.sizer3.Add(chk, flag=wx.TOP | wx.ALIGN_LEFT, border=12) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() rslt = dlg.ShowModal() if rslt == wx.ID_CANCEL: self.measure_darken_background_cb.SetValue(False) setcfg("measure.darken_background", int(self.measure_darken_background_cb.GetValue())) def measure_darken_background_warning_handler(self, event): setcfg("measure.darken_background.show_warning", int(not event.GetEventObject().GetValue())) def info_handler(self, event): InfoDialog(self, msg=lang.getstr("measureframe.info"), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-information"), log=False) def measure_handler(self, event): if self.Parent and hasattr(self.Parent, "call_pending_function"): self.Parent.call_pending_function() else: MeasureFrame.exitcode = 255 self.Close() def Show(self, show=True): if show: self.measure_darken_background_cb.SetValue( bool(int(getcfg("measure.darken_background")))) if self.Parent and hasattr(self.Parent, "display_ctrl"): display_no = self.Parent.display_ctrl.GetSelection() else: display_no = getcfg('display.number') - 1 if display_no < 0 or display_no > wx.Display.GetCount() - 1: display_no = 0 else: display_no = get_display_number(display_no) x, y = wx.Display(display_no).Geometry[:2] self.SetPosition((x, y)) # place measure frame on correct display self.place_n_zoom( *floatlist(getcfg("dimensions.measureframe").split(","))) self.display_no = wx.Display.GetFromWindow(self) elif self.IsShownOnScreen(): setcfg("dimensions.measureframe", self.get_dimensions()) if self.Parent and hasattr(self.Parent, "get_set_display"): self.Parent.get_set_display() wx.CallAfter(wx.Frame.Show, self, show) def Hide(self): self.Show(False) def place_n_zoom(self, x=None, y=None, scale=None): """ Place and scale the window. x, y and scale need to be in Argyll coordinates (0.0...1.0) if given. Without arguments, they are read from the user configuration. """ if debug: safe_print("[D] measureframe.place_n_zoom") if None in (x, y, scale): cur_x, cur_y, cur_scale = floatlist(self.get_dimensions().split(",")) if x is None: x = cur_x if y is None: y = cur_y if scale is None: scale = cur_scale if scale > 50.0: # Argyll max scale = 50 if debug: safe_print(" x:", x) if debug: safe_print(" y:", y) if debug: safe_print(" scale:", scale) if debug: safe_print("[D] scale_adjustment_factor:", scale_adjustment_factor) scale /= scale_adjustment_factor if debug: safe_print("[D] scale / scale_adjustment_factor:", scale) display = self.get_display(getcfg("display.number") - 1) display_client_rect = display[2] if debug: safe_print("[D] display_client_rect:", display_client_rect) display_client_size = display_client_rect[2:] if debug: safe_print("[D] display_client_size:", display_client_size) measureframe_min_size = list(self.GetMinSize()) if debug: safe_print("[D] measureframe_min_size:", measureframe_min_size) default_measureframe_size = get_default_size() size = [min(display_client_size[0], default_measureframe_size * scale), min(display_client_size[1], default_measureframe_size * scale)] if measureframe_min_size[0] > size[0]: size = measureframe_min_size if size[0] > display_client_size[0]: size[0] = display_client_size[0] if size[1] > display_client_size[1]: size[1] = display_client_size[1] if max(size) >= max(display_client_size): scale = 50 if debug: safe_print("[D] measureframe_size:", size) self.SetSize(size) display_rect = display[1] if debug: safe_print("[D] display_rect:", display_rect) display_size = display_rect[2:] if debug: safe_print("[D] display_size:", display_size) if sys.platform in ("darwin", "win32"): titlebar = 0 # size already includes window decorations else: titlebar = 25 # assume titlebar height of 25px measureframe_pos = [display_rect[0] + round((display_size[0] - size[0]) * x), display_rect[1] + round((display_size[1] - size[1]) * y) - titlebar] if measureframe_pos[0] < display_client_rect[0]: measureframe_pos[0] = display_client_rect[0] if measureframe_pos[1] < display_client_rect[1]: measureframe_pos[1] = display_client_rect[1] if debug: safe_print("[D] measureframe_pos:", measureframe_pos) setcfg("dimensions.measureframe", ",".join(strlist((x, y, scale)))) wx.CallAfter(self.SetPosition, measureframe_pos) def zoomin_handler(self, event): if debug: safe_print("[D] measureframe_zoomin_handler") # We can't use self.get_dimensions() here because if we are near # fullscreen, next magnification step will be larger than normal display_size = self.get_display()[1][2:] default_measureframe_size = get_default_size() size = floatlist(self.GetSize()) x, y = None, None self.place_n_zoom(x, y, scale=(display_size[0] / default_measureframe_size) / (display_size[0] / size[0]) + .125) def zoomout_handler(self, event): if debug: safe_print("[D] measureframe_zoomout_handler") # We can't use self.get_dimensions() here because if we are # fullscreen, scale will be 50, thus changes won't be visible quickly display_size = self.get_display()[1][2:] default_measureframe_size = get_default_size() size = floatlist(self.GetSize()) x, y = None, None self.place_n_zoom(x, y, scale=(display_size[0] / default_measureframe_size) / (display_size[0] / size[0]) - .125) def zoomnormal_handler(self, event): if debug: safe_print("[D] measureframe_zoomnormal_handler") x, y = None, None scale = floatlist(defaults["dimensions.measureframe"].split(","))[2] self.place_n_zoom(x, y, scale=scale) def zoommax_handler(self, event): if debug: safe_print("[D] measureframe_zoommax_handler") display_client_rect = self.get_display()[2] if debug: safe_print("[D] display_client_rect:", display_client_rect) display_client_size = display_client_rect[2:] if debug: safe_print("[D] display_client_size:", display_client_size) size = self.GetSize() if debug: safe_print(" size:", size) if max(size) >= max(display_client_size) - 50: dim = getcfg("dimensions.measureframe.unzoomed") self.place_n_zoom(*floatlist(dim.split(","))) else: setcfg("dimensions.measureframe.unzoomed", self.get_dimensions()) self.place_n_zoom(x=.5, y=.5, scale=50.0) def center_handler(self, event): if debug: safe_print("[D] measureframe_center_handler") x, y = floatlist(defaults["dimensions.measureframe"].split(","))[:2] self.place_n_zoom(x, y) def close_handler(self, event): if debug: safe_print("[D] measureframe_close_handler") self.Hide() if self.Parent: self.Parent.Show() if getattr(self.Parent, "restore_testchart"): self.Parent.restore_testchart() else: writecfg() self.Destroy() def get_display(self, display_no=None): """ Get the display number, geometry and client area, taking into account separate X screens, TwinView and similar """ if wx.Display.GetCount() == 1 and len(self.display_rects) > 1: # Separate X screens, TwinView or similar display = wx.Display(0) geometry = display.Geometry union = wx.Rect() xy = [] for rect in self.display_rects: if rect[:2] in xy or rect[2:] == geometry[2:]: # Overlapping x y coordinates or screen filling whole # reported geometry, so assume separate X screens union = None break xy.append(rect[:2]) union = union.Union(rect) if union == geometry: # Assume TwinView or similar where Argyll enumerates 1+n # displays but wx only 'sees' one that is the union of them framerect = self.Rect if display_no is not None: geometry = self.display_rects[display_no] else: display_no = 0 for i, coord in enumerate(framerect[:2]): if coord < 0: framerect[i] = 0 elif coord > geometry[i + 2]: framerect[i] = geometry[i] for i, display_rect in enumerate(self.display_rects): if display_rect.Contains(framerect[:2]): display_no = i geometry = display_rect break elif display_no is None: # Assume separate X screens display_no = 0 client_rect = wx.Rect(*tuple(geometry)).Intersect(display.GetRealClientArea()) else: display_no = wx.Display.GetFromWindow(self) display = self.GetDisplay() geometry = display.Geometry client_rect = display.GetRealClientArea() return display_no, geometry, client_rect def move_handler(self, event): if not self.IsShownOnScreen(): return display_no, geometry, client_area = self.get_display() if display_no != self.display_no: self.display_no = display_no # Translate from wx display index to Argyll display index geometry = "%i, %i, %ix%i" % tuple(geometry) for i, display in enumerate(getcfg("displays").split(os.pathsep)): if display.find("@ " + geometry) > -1: if debug: safe_print("[D] Found display %s at index %i" % (geometry, i)) # Save Argyll display index to configuration setcfg("display.number", i + 1) break def size_handler(self, event): if debug: safe_print("[D] measureframe_size_handler") display_client_size = self.get_display()[2][2:] size = self.GetSize() if debug: safe_print("[D] display_client_size:", display_client_size) safe_print("[D] measureframe_size:", size) measureframe_pos = self.GetScreenPosition() safe_print("[D] measureframe_pos:", measureframe_pos) if min(size) < min(display_client_size) - 50 and \ size[0] != size[1]: if sys.platform != "win32": wx.CallAfter(self.SetSize, (min(size), min(size))) else: self.SetSize((min(size), min(size))) if debug: wx.CallAfter(self.get_dimensions) event.Skip() def get_dimensions(self): """ Calculate and return the relative dimensions from the pixel values. Returns x, y and scale in Argyll coordinates (0.0...1.0). """ if debug: safe_print("[D] measureframe.get_dimensions") display = self.get_display() display_rect = display[1] display_size = display_rect[2:] display_client_rect = display[2] display_client_size = display_client_rect[2:] if debug: safe_print("[D] display_size:", display_size) if debug: safe_print("[D] display_client_size:", display_client_size) default_measureframe_size = get_default_size() if debug: safe_print("[D] default_measureframe_size:", default_measureframe_size) measureframe_pos = floatlist(self.GetScreenPosition()) measureframe_pos[0] -= display_rect[0] measureframe_pos[1] -= display_rect[1] if debug: safe_print("[D] measureframe_pos:", measureframe_pos) size = floatlist(self.GetSize()) if debug: safe_print(" size:", size) if max(size) >= max(display_client_size) - 50: # Fullscreen? scale = 50.0 # Argyll max is 50 measureframe_pos = [.5, .5] else: scale = (display_size[0] / default_measureframe_size) / \ (display_size[0] / size[0]) if debug: safe_print("[D] scale:", scale) if debug: safe_print("[D] scale_adjustment_factor:", scale_adjustment_factor) scale *= scale_adjustment_factor if size[0] >= display_client_size[0]: measureframe_pos[0] = .5 elif measureframe_pos[0] != 0: if display_size[0] - size[0] < measureframe_pos[0]: measureframe_pos[0] = display_size[0] - size[0] measureframe_pos[0] = 1.0 / ((display_size[0] - size[0]) / (measureframe_pos[0])) if size[1] >= display_client_size[1]: measureframe_pos[1] = .5 elif measureframe_pos[1] != 0: if display_size[1] - size[1] < measureframe_pos[1]: measureframe_pos[1] = display_size[1] - size[1] if sys.platform in ("darwin", "win32"): titlebar = 0 # size already includes window decorations else: titlebar = 25 # assume titlebar height of 25px measureframe_pos[1] = 1.0 / ((display_size[1] - size[1]) / (measureframe_pos[1] + titlebar)) if debug: safe_print("[D] scale:", scale) if debug: safe_print("[D] measureframe_pos:", measureframe_pos) measureframe_dimensions = ",".join(str(max(0, n)) for n in measureframe_pos + [scale]) if debug: safe_print("[D] measureframe_dimensions:", measureframe_dimensions) return measureframe_dimensions def main(): config.initcfg() lang.init() app = wx.App(0) app.measureframe = MeasureFrame() app.measureframe.Show() app.MainLoop() if __name__ == "__main__": main() sys.exit(MeasureFrame.exitcode) dispcalGUI-1.7.1.6/dispcalGUI/wxProfileInfo.py000644 000765 000000 00000131070 12266411534 020755 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import re import subprocess as sp import math import os import sys import tempfile from config import (defaults, fs_enc, get_bitmap_as_icon, get_data_path, get_display_profile, getbitmap, getcfg, geticon, setcfg, writecfg) from meta import name as appname from ordereddict import OrderedDict from util_str import safe_unicode, universal_newlines, wrap from worker import (Error, check_set_argyll_bin, get_argyll_util, show_result_dialog) from wxaddons import get_platform_window_decoration_size, wx from wxenhancedplot import _Numeric from wxLUTViewer import LUTCanvas, LUTFrame from wxwindows import (BitmapBackgroundPanelText, FileDrop, InfoDialog, SimpleBook, TwoWaySplitter) import colormath import config import wxenhancedplot as plot import localization as lang import ICCProfile as ICCP BGCOLOUR = "#333333" FGCOLOUR = "#999999" TEXTCOLOUR = "#333333" if sys.platform == "darwin": FONTSIZE_LARGE = 11 FONTSIZE_MEDIUM = 11 FONTSIZE_SMALL = 10 else: FONTSIZE_LARGE = 10 FONTSIZE_MEDIUM = 8 FONTSIZE_SMALL = 8 class GamutCanvas(LUTCanvas): def __init__(self, *args, **kwargs): LUTCanvas.__init__(self, *args, **kwargs) self.SetEnableTitle(False) self.SetFontSizeAxis(FONTSIZE_SMALL) self.SetFontSizeLegend(FONTSIZE_SMALL) self.spec_x = 8 self.spec_y = 8 self.SetXSpec(self.spec_x) self.SetYSpec(self.spec_y) self.pcs_data = [] self.profiles = {} self.colorspace = "a*b*" self.intent = "" self.reset() self.resetzoom() self.HandCursor = wx.StockCursor(wx.CURSOR_CROSS) self.GrabHandCursor = wx.StockCursor(wx.CURSOR_SIZING) def _DrawCanvas(self, graphics): """ Draw proportionally correct, center and zoom """ w = float(self.GetSize()[0] or 1) h = float(self.GetSize()[1] or 1) if w > 45: w -= 45 if h > 20: h -= 20 ratio = [w / h, h / w] axis_x, axis_y = self.axis, self.axis if ratio[0] > ratio[1]: self.SetXSpec(self.spec_x * ratio[0]) else: self.SetXSpec(self.spec_x) if ratio[0] > 1: axis_x=tuple([v * ratio[0] for v in self.axis]) if ratio[1] > ratio[0]: self.SetYSpec(self.spec_y * ratio[1]) else: self.SetYSpec(self.spec_y) if ratio[1] > 1: axis_y=tuple([v * ratio[1] for v in self.axis]) x, y = self.center_x, self.center_y w = (axis_x[1] - axis_x[0]) * self._zoomfactor h = (axis_y[1] - axis_y[0]) * self._zoomfactor axis_x = (x - w / 2, x + w / 2) axis_y = (y - h / 2, y + h / 2) self.Draw(graphics, axis_x, axis_y) def _set_center(self): """ Set center position from current X and Y axis """ axis_x = self.GetXCurrentRange() axis_y = self.GetYCurrentRange() if axis_x[0] < 0: if axis_x[1] < 0: x = axis_x[0] + (abs(axis_x[0]) - abs(axis_x[1])) / 2.0 else: x = axis_x[0] + (abs(axis_x[1]) + abs(axis_x[0])) / 2.0 else: x = axis_x[0] + (abs(axis_x[1]) - abs(axis_x[0])) / 2.0 if axis_y[0] < 0: if axis_y[1] < 0: y = axis_y[0] + (abs(axis_y[0]) - abs(axis_y[1])) / 2.0 else: y = axis_y[0] + (abs(axis_y[1]) + abs(axis_y[0])) / 2.0 else: y = axis_y[0] + (abs(axis_y[1]) - abs(axis_y[0])) / 2.0 self.center_x, self.center_y = x, y def DrawCanvas(self, title=None, colorspace=None, whitepoint=None, center=False, show_outline=True): if not title: title = "" if colorspace: self.colorspace = colorspace # Defaults poly = plot.PolyLine poly._attributes["width"] = 3 polys = [] if self.colorspace == "xy": self.spec_x = 8 self.spec_y = 8 label_x = "x" label_y = "y" if show_outline: polys.append(plot.PolySpline([(0.173, 0.003), (0.165, 0.010), (0.157, 0.017), (0.144, 0.029), (0.135, 0.039), (0.124, 0.057), (0.109, 0.086), (0.090, 0.131), (0.068, 0.200), (0.045, 0.295), (0.023, 0.413), (0.007, 0.538), (0.003, 0.655), (0.013, 0.750), (0.039, 0.814), (0.074, 0.835), (0.115, 0.827), (0.156, 0.807), (0.194, 0.783), (0.230, 0.755), (0.266, 0.725), (0.303, 0.693), (0.338, 0.660), (0.374, 0.626), (0.513, 0.488), (0.740, 0.260)], colour=wx.Colour(102, 102, 102, 153), width=1.75)) polys.append(plot.PolyLine([(0.173, 0.003), (0.740, 0.260)], colour=wx.Colour(102, 102, 102, 153), width=1.75)) max_x = 0.84 max_y = 0.84 min_x = 0 min_y = 0 step = .1 elif self.colorspace == "u'v'": self.spec_x = 6 self.spec_y = 6 label_x = "u'" label_y = "v'" if show_outline: polys.append(plot.PolySpline([(0.260, 0.018), (0.254, 0.016), (0.232, 0.038), (0.213, 0.059), (0.186, 0.090), (0.142, 0.154), (0.082, 0.272), (0.028, 0.410), (0.005, 0.501), (0.001, 0.543), (0.002, 0.559), (0.006, 0.570), (0.012, 0.577), (0.021, 0.583), (0.036, 0.586), (0.052, 0.587), (0.081, 0.586), (0.115, 0.582), (0.156, 0.577), (0.207, 0.569), (0.264, 0.561), (0.334, 0.550), (0.408, 0.539), (0.472, 0.530), (0.624, 0.507)], colour=wx.Colour(102, 102, 102, 153), width=1.75)) polys.append(plot.PolyLine([(0.260, 0.018), (0.624, 0.507)], colour=wx.Colour(102, 102, 102, 153), width=1.75)) max_x = 0.6 max_y = 0.6 min_x = 0 min_y = 0 step = .1 elif self.colorspace == "u*v*": # Not used, hard to present gamut projection appropriately in 2D # because blue tones 'cave in' towards the center label_x = "u*" label_y = "v*" max_x = 50.0 max_y = 50.0 min_x = -50.0 min_y = -50.0 step = 50 else: label_x = "a*" label_y = "b*" if show_outline: # Very rough polys.append(plot.PolySpline([(102, -131), (119, -134), (128, -133), (127, -123), (124, -118), (114, -108), (115, -94), (116, -77), (114, -63), (110, -46), (104, -27), (97, -1), (92, 32), (90, 53), (89, 73), (88, 90), (84, 102), (75, 114), (64, 124), (50, 133), (35, 141), (17, 145), (-6, 140), (-46, 129), (-81, 116), (-113, 97), (-144, 68), (-160, 39), (-163, 26), (-162, 16), (-155, 4), (-135, -12), (-89, -46), (-58, -67), (-29, -83), (17, -103), (67, -121), (102, -131)], colour=wx.Colour(102, 102, 102, 153), width=1.75)) max_x = 130.0 max_y = 146.0 min_x = -166.0 min_y = -136.0 step = 50 convert2coords = {"a*b*": lambda X, Y, Z: colormath.XYZ2Lab(*[v * 100 for v in X, Y, Z])[1:], "xy": lambda X, Y, Z: colormath.XYZ2xyY(X, Y, Z)[:2], "u*v*": lambda X, Y, Z: colormath.XYZ2Luv(*[v * 100 for v in X, Y, Z])[1:], "u'v'": lambda X, Y, Z: colormath.XYZ2Lu_v_(X, Y, Z)[1:]}[self.colorspace] # Add color temp graph from 4000 to 9000K if whitepoint == 1: colortemps = [] for kelvin in xrange(4000, 25001, 100): colortemps.append(convert2coords(*colormath.CIEDCCT2XYZ(kelvin))) polys.append(plot.PolySpline(colortemps, colour=wx.Colour(255, 255, 255, 204), width=1.5)) elif whitepoint == 2: colortemps = [] for kelvin in xrange(1667, 25001, 100): colortemps.append(convert2coords(*colormath.planckianCT2XYZ(kelvin))) polys.append(plot.PolySpline(colortemps, colour=wx.Colour(255, 255, 255, 204), width=1.5)) kwargs = {"scale": 255} amount = len(self.pcs_data) for i, pcs_triplets in enumerate(reversed(self.pcs_data)): if not pcs_triplets or len(pcs_triplets) == 1: amount -= 1 continue # Convert xicclu output to coordinates coords = [] for pcs_triplet in pcs_triplets: coords.append(convert2coords(*pcs_triplet)) xy = [] for x, y in coords[:-1]: xy.append((x, y)) if i == 0 or amount == 1: if x > max_x: max_x = x if y > max_y: max_y = y if x < min_x: min_x = x if y < min_y: min_y = y xy2 = [] for j, (x, y) in enumerate(xy): xy2.append((x, y)) if len(xy2) == self.size: xy3 = [] for k, (x, y) in enumerate(xy2): xy3.append((x, y)) if len(xy3) == 2: if i == 1: # Draw comparison profile with grey outline RGBA = 102, 102, 102, 255 w = 2 else: RGBA = colormath.XYZ2RGB(*pcs_triplets[j - len(xy2) + k], **kwargs) w = 3 polys.append(poly(list(xy3), colour=wx.Colour(*RGBA), width=w)) if i == 1: xy3 = [] else: xy3 = xy3[1:] xy2 = xy2[self.size:] # Add whitepoint x, y = coords[-1] if i == 1: # Draw comparison profile with grey outline RGBA = 204, 204, 204, 102 marker="cross" s = 1.5 w = 1.75 else: RGBA = colormath.XYZ2RGB(*pcs_triplets[-1], **kwargs) marker = "plus" s = 2 w = 1.75 polys.append(plot.PolyMarker([(x, y)], colour=wx.Colour(*RGBA), size=s, marker=marker, width=w)) max_abs_x = max(abs(min_x), max_x) max_abs_y = max(abs(min_y), max_y) if center: self.axis = (min(min_x, min_y), max(max_x, max_y)) self.center_x = 0 + (min_x + max_x) / 2 self.center_y = 0 + (min_y + max_y) / 2 self.ratio = [max(max_abs_x, max_abs_y) / max(max_abs_x, max_abs_y)] * 2 if colorspace == "ab": ab_range = max(abs(min_x), abs(min_y)) + max(max_x, max_y) self.spec_x = ab_range / step self.spec_y = ab_range / step if polys: self._DrawCanvas(plot.PlotGraphics(polys, title, label_x, label_y)) def OnMouseDoubleClick(self, event): self.resetzoom() if self.last_draw: self.center() def OnMouseLeftUp(self, event): if self._dragEnabled: self.SetCursor(self.HandCursor) if self.canvas.HasCapture(): self.canvas.ReleaseMouse() self._set_center() def center(self): """ Center the current graphic """ min_x, max_x = self.GetXMaxRange() min_y, max_y = self.GetYMaxRange() self.axis = (min(min_x, min_y), max(max_x, max_y)) self.center_x = 0 + sum((min_x, max_x)) / 2 self.center_y = 0 + sum((min_y, max_y)) / 2 self._DrawCanvas(self.last_draw[0]) def reset(self): self.axis = -128, 128 self.ratio = 1.0, 1.0 def resetzoom(self): self.center_x = 0 self.center_y = 0 self._zoomfactor = 1.0 def set_pcs_data(self, i): if len(self.pcs_data) < i + 1: self.pcs_data.append([]) else: self.pcs_data[i] = [] def setup(self, profiles=None, profile_no=None, intent="a"): self.size = 40 # Number of segments from one primary to the next secondary color if not check_set_argyll_bin(): return # Setup xicclu xicclu = get_argyll_util("xicclu") if not xicclu: return xicclu = xicclu.encode(fs_enc) cwd = self.worker.create_tempdir() if isinstance(cwd, Exception): raise cwd if sys.platform == "win32": startupinfo = sp.STARTUPINFO() startupinfo.dwFlags |= sp.STARTF_USESHOWWINDOW startupinfo.wShowWindow = sp.SW_HIDE else: startupinfo = None if not profiles: profiles = [ICCP.ICCProfile(get_data_path("ref/sRGB.icm")), get_display_profile()] for i, profile in enumerate(profiles): if profile_no is not None and i != profile_no: continue if not profile or profile.profileClass == "link": self.set_pcs_data(i) self.profiles[i] = "" continue id = profile.calculateID(False) if self.profiles.get(i) == id and intent == self.intent: continue self.profiles[i] = id self.set_pcs_data(i) channels = {'XYZ': 3, 'Lab': 3, 'Luv': 3, 'YCbr': 3, 'Yxy': 3, 'RGB': 3, 'GRAY': 1, 'HSV': 3, 'HLS': 3, 'CMYK': 4, 'CMY': 3, '2CLR': 2, '3CLR': 3, '4CLR': 4, '5CLR': 5, '6CLR': 6, '7CLR': 7, '8CLR': 8, '9CLR': 9, 'ACLR': 10, 'BCLR': 11, 'CCLR': 12, 'DCLR': 13, 'ECLR': 14, 'FCLR': 15}.get(profile.colorSpace) if not channels: raise Error(lang.getstr("profile.unsupported", (profile.profileClass, profile.colorSpace))) # Create input values device_values = [] step = 1.0 / (self.size - 1) for j in xrange(min(3, channels)): for k in xrange(min(3, channels)): device_value = [0.0] * channels device_value[j] = 1.0 if j != k: for l in xrange(self.size): device_value[k] = step * l device_values.append(list(device_value)) # Add white if profile.colorSpace in ("RGB", "GRAY"): device_values.append([1.0] * channels) else: device_values.append([0.0] * channels) # Convert RGB triplets to list of strings for j, device_value in enumerate(device_values): device_values[j] = " ".join(str(n) for n in device_value) # Prepare profile profile.write(os.path.join(cwd, "profile.icc")) # Lookup RGB -> XYZ values through profile using xicclu stderr = tempfile.SpooledTemporaryFile() try: p = sp.Popen([xicclu, "-ff", "-i" + intent, "-px", "profile.icc"], stdin=sp.PIPE, stdout=sp.PIPE, stderr=stderr, cwd=cwd.encode(fs_enc), startupinfo=startupinfo) except Exception, exception: raise Error("\n".join([safe_unicode(v) for v in (xicclu, exception)])) self.worker.subprocess = p if p.poll() not in (0, None): stderr.seek(0) raise Error(stderr.read().strip()) try: odata = p.communicate("\n".join(device_values))[0].splitlines() except IOError: stderr.seek(0) raise Error(stderr.read().strip()) if p.wait() != 0: raise IOError(''.join(odata)) stderr.close() pcs_triplets = [] for line in odata: line = "".join(line.strip().split("->")).split() pcs_triplets.append([float(n) for n in line[channels + 2:channels + 5]]) if len(self.pcs_data) < i + 1: self.pcs_data.append(pcs_triplets) else: self.pcs_data[i] = pcs_triplets # Remove temporary files self.worker.wrapup(False) self.intent = intent def zoom(self, direction=1): _zoomfactor = .025 * direction if (self._zoomfactor + _zoomfactor > 0 and self._zoomfactor + _zoomfactor <= 5): self._zoomfactor += _zoomfactor self._set_center() self._DrawCanvas(self.last_draw[0]) class GamutViewOptions(wx.Panel): def __init__(self, *args, **kwargs): wx.Panel.__init__(self, *args, **kwargs) self.SetBackgroundColour(BGCOLOUR) self.sizer = wx.FlexGridSizer(0, 3, 4) self.sizer.AddGrowableCol(0) self.sizer.AddGrowableCol(2) self.SetSizer(self.sizer) self.sizer.Add((0, 0)) legendsizer = wx.BoxSizer(wx.HORIZONTAL) self.sizer.Add(legendsizer) # Whitepoint legend legendsizer.Add(wx.StaticBitmap(self, -1, getbitmap("theme/cross-2px-12x12-fff")), flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=2) self.whitepoint_legend = wx.StaticText(self, -1, lang.getstr("whitepoint")) self.whitepoint_legend.SetMaxFontSize(11) self.whitepoint_legend.SetForegroundColour(FGCOLOUR) legendsizer.Add(self.whitepoint_legend, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=10) # Comparison profile whitepoint legend self.comparison_whitepoint_bmp = wx.StaticBitmap(self, -1, getbitmap("theme/x-2px-12x12-999")) legendsizer.Add(self.comparison_whitepoint_bmp, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=20) self.comparison_whitepoint_legend = wx.StaticText(self, -1, "%s (%s)" % (lang.getstr("whitepoint"), lang.getstr("comparison_profile"))) self.comparison_whitepoint_legend.SetMaxFontSize(11) self.comparison_whitepoint_legend.SetForegroundColour(FGCOLOUR) legendsizer.Add(self.comparison_whitepoint_legend, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=8) self.sizer.Add((0, 0)) # Empty 'row' self.sizer.Add((0, 0)) self.sizer.Add((0, 0)) self.sizer.Add((0, 0)) self.sizer.Add((0, 0)) self.options_sizer = wx.FlexGridSizer(0, 3, 4, 8) self.sizer.Add(self.options_sizer) # Colorspace select self.colorspace_outline_bmp = wx.StaticBitmap(self, -1, getbitmap("theme/solid-16x2-666")) self.options_sizer.Add(self.colorspace_outline_bmp, flag=wx.ALIGN_CENTER_VERTICAL) self.colorspace_label = wx.StaticText(self, -1, lang.getstr("colorspace")) self.colorspace_label.SetMaxFontSize(11) self.colorspace_label.SetForegroundColour(FGCOLOUR) self.options_sizer.Add(self.colorspace_label, flag=wx.ALIGN_CENTER_VERTICAL) self.colorspace_select = wx.Choice(self, -1, size=(150, -1), choices=["CIE a*b*", #"CIE u*v*", "CIE u'v'", "CIE xy"]) self.options_sizer.Add(self.colorspace_select, flag=wx.ALIGN_CENTER_VERTICAL) self.colorspace_select.Bind(wx.EVT_CHOICE, self.generic_select_handler) self.colorspace_select.SetSelection(0) # Colorspace outline self.options_sizer.Add((0, 0)) self.options_sizer.Add((0, 0)) self.draw_gamut_outline_cb = wx.CheckBox(self, -1, lang.getstr("colorspace.show_outline")) self.draw_gamut_outline_cb.Bind(wx.EVT_CHECKBOX, self.draw_gamut_outline_handler) self.draw_gamut_outline_cb.SetMaxFontSize(11) self.draw_gamut_outline_cb.SetForegroundColour(FGCOLOUR) self.draw_gamut_outline_cb.SetValue(True) self.options_sizer.Add(self.draw_gamut_outline_cb, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=4) # Colortemperature curve select self.whitepoint_bmp = wx.StaticBitmap(self, -1, getbitmap("theme/solid-16x1-fff")) self.options_sizer.Add(self.whitepoint_bmp, flag=wx.ALIGN_CENTER_VERTICAL) self.whitepoint_label = wx.StaticText(self, -1, lang.getstr("whitepoint.colortemp.locus.curve")) self.whitepoint_label.SetMaxFontSize(11) self.whitepoint_label.SetForegroundColour(FGCOLOUR) self.options_sizer.Add(self.whitepoint_label, flag=wx.ALIGN_CENTER_VERTICAL) self.whitepoint_select = wx.Choice(self, -1, size=(150, -1), choices=[lang.getstr("calibration.file.none"), lang.getstr("whitepoint.colortemp.locus.daylight"), lang.getstr("whitepoint.colortemp.locus.blackbody")]) self.options_sizer.Add(self.whitepoint_select, flag=wx.ALIGN_CENTER_VERTICAL) self.whitepoint_select.Bind(wx.EVT_CHOICE, self.generic_select_handler) self.whitepoint_select.SetSelection(0) self.whitepoint_bmp.Hide() # Comparison profile select self.comparison_profile_bmp = wx.StaticBitmap(self, -1, getbitmap("theme/dashed-16x2-666")) self.options_sizer.Add(self.comparison_profile_bmp, flag=wx.ALIGN_CENTER_VERTICAL) self.comparison_profile_label = wx.StaticText(self, -1, lang.getstr("comparison_profile")) self.comparison_profile_label.SetMaxFontSize(11) self.comparison_profile_label.SetForegroundColour(FGCOLOUR) self.options_sizer.Add(self.comparison_profile_label, flag=wx.ALIGN_CENTER_VERTICAL) self.comparison_profiles = OrderedDict([(lang.getstr("calibration.file.none"), None)]) for name in ["sRGB", "ClayRGB1998", "DCI_P3", "Rec601_525_60", "Rec601_625_50", "Rec709", "SMPTE240M"]: path = get_data_path("ref/%s.icm" % name) if path: profile = ICCP.ICCProfile(path) self.comparison_profiles[profile.getDescription()] = profile for path in ["AdobeRGB1998.icc", "ECI-RGB.V1.0.icc", "eciRGB_v2.icc", "GRACoL2006_Coated1v2.icc", "ISOcoated.icc", "ISOcoated_v2_eci.icc", #"ISOnewspaper26v4.icc", #"ISOuncoated.icc", #"ISOuncoatedyellowish.icc", "ISOwebcoated.icc", "LStar-RGB.icc", "LStar-RGB-v2.icc", "ProPhoto.icm", "PSO_Coated_300_NPscreen_ISO12647_eci.icc", "PSO_Coated_NPscreen_ISO12647_eci.icc", "PSO_LWC_Improved_eci.icc", "PSO_LWC_Standard_eci.icc", "PSO_MFC_Paper_eci.icc", #"PSO_Uncoated_ISO12647_eci.icc", #"PSO_Uncoated_NPscreen_ISO12647_eci.icc", #"PSO_SNP_Paper_eci.icc", "SC_paper_eci.icc", "SWOP2006_Coated3v2.icc", "SWOP2006_Coated5v2.icc"]: try: profile = ICCP.ICCProfile(path) except IOError: pass else: self.comparison_profiles[profile.getDescription()] = profile comparison_profiles = self.comparison_profiles[2:] def cmp(x, y): if x.lower() > y.lower(): return 1 if x.lower() < y.lower(): return -1 return 0 comparison_profiles.sort(cmp) self.comparison_profiles = self.comparison_profiles[:2] self.comparison_profiles.update(comparison_profiles) self.comparison_profile_select = wx.Choice(self, -1, size=(150, -1), choices=self.comparison_profiles.keys()[:2] + comparison_profiles.keys()) self.options_sizer.Add(self.comparison_profile_select, flag=wx.ALIGN_CENTER_VERTICAL) self.comparison_profile_select.Bind(wx.EVT_CHOICE, self.comparison_profile_select_handler) self.comparison_profile_select.SetSelection(1) # Rendering intent select self.options_sizer.Add((0, 0)) self.rendering_intent_label = wx.StaticText(self, -1, lang.getstr("rendering_intent")) self.rendering_intent_label.SetMaxFontSize(11) self.rendering_intent_label.SetForegroundColour(FGCOLOUR) self.options_sizer.Add(self.rendering_intent_label, flag=wx.ALIGN_CENTER_VERTICAL) self.rendering_intent_select = wx.Choice(self, -1, size=(150, -1), choices=[lang.getstr("gamap.intents.a"), lang.getstr("gamap.intents.r"), lang.getstr("gamap.intents.p"), lang.getstr("gamap.intents.s")]) self.options_sizer.Add(self.rendering_intent_select, flag=wx.ALIGN_CENTER_VERTICAL) self.rendering_intent_select.Bind(wx.EVT_CHOICE, self.rendering_intent_select_handler) self.rendering_intent_select.SetSelection(0) self.sizer.Add((0, 0)) def DrawCanvas(self, profile_no=None, reset=True): # Gamut plot parent = self.Parent.Parent.Parent.Parent parent.client.SetEnableCenterLines(False) parent.client.SetEnableDiagonals(False) parent.client.SetEnableDrag(True) parent.client.SetEnableGrid(True) parent.client.SetEnablePointLabel(False) try: parent.client.setup([self.comparison_profiles.values()[self.comparison_profile_select.GetSelection()], parent.profile], profile_no, intent={0: "a", 1: "r", 2: "p", 3: "s"}.get(self.rendering_intent_select.GetSelection())) except Exception, exception: show_result_dialog(exception, parent) if reset: parent.client.reset() parent.client.resetzoom() self.draw(center=reset) def comparison_profile_select_handler(self, event): self.comparison_whitepoint_bmp.Show(self.comparison_profile_select.GetSelection() > 0) self.comparison_whitepoint_legend.Show(self.comparison_profile_select.GetSelection() > 0) self.comparison_profile_bmp.Show(self.comparison_profile_select.GetSelection() > 0) self.DrawCanvas(0, reset=False) def draw(self, center=False): colorspace = {0: "a*b*", 1: "u'v'", 2: "xy"}.get(self.colorspace_select.GetSelection(), "a*b*") parent = self.Parent.Parent.Parent.Parent parent.client.DrawCanvas("%s %s" % (colorspace, lang.getstr("colorspace")), colorspace, whitepoint=self.whitepoint_select.GetSelection(), center=center, show_outline=self.draw_gamut_outline_cb.GetValue()) def draw_gamut_outline_handler(self, event): self.colorspace_outline_bmp.Show(self.draw_gamut_outline_cb.GetValue()) self.draw() def generic_select_handler(self, event): self.whitepoint_bmp.Show(self.whitepoint_select.GetSelection() > 0) parent = self.Parent.Parent.Parent.Parent if parent.client.profiles: self.draw(center=event.GetId() == self.colorspace_select.GetId()) else: self.DrawCanvas() def rendering_intent_select_handler(self, event): self.DrawCanvas(reset=False) class ProfileInfoFrame(LUTFrame): def __init__(self, *args, **kwargs): if len(args) < 3 and not "title" in kwargs: kwargs["title"] = lang.getstr("profile.info") wx.Frame.__init__(self, *args, **kwargs) self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) self.CreateStatusBar(1) self.profile = None self.xLabel = lang.getstr("in") self.yLabel = lang.getstr("out") self.sizer = wx.BoxSizer(wx.VERTICAL) self.SetSizer(self.sizer) self.title_panel = BitmapBackgroundPanelText(self) self.title_panel.SetForegroundColour(TEXTCOLOUR) self.title_panel.SetBitmap(getbitmap("theme/gradient")) self.sizer.Add(self.title_panel, flag=wx.EXPAND) self.title_sizer = wx.BoxSizer(wx.HORIZONTAL) self.title_panel.SetSizer(self.title_sizer) self.title_txt = self.title_panel font = wx.Font(FONTSIZE_LARGE, wx.FONTFAMILY_DEFAULT, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL) self.title_txt.SetFont(font) self.title_sizer.Add((0, 32)) gridbgcolor = wx.Colour(234, 234, 234) self.splitter = TwoWaySplitter(self, -1, agwStyle = wx.SP_LIVE_UPDATE | wx.SP_NOSASH) self.splitter.SetBackgroundColour(wx.Colour(204, 204, 204)) self.sizer.Add(self.splitter, 1, flag=wx.EXPAND) p1 = wx.Panel(self.splitter) p1.SetBackgroundColour(BGCOLOUR) p1.sizer = wx.BoxSizer(wx.VERTICAL) p1.SetSizer(p1.sizer) self.splitter.AppendWindow(p1) self.plot_mode_sizer = wx.BoxSizer(wx.HORIZONTAL) p1.sizer.Add(self.plot_mode_sizer, flag=wx.ALIGN_CENTER | wx.TOP, border=12) # The order of the choice items is significant for compatibility # with LUTFrame: # 0 = vcgt, # 1 = [rgb]TRC # 2 = gamut self.plot_mode_select = wx.Choice(p1, -1, choices=[lang.getstr("vcgt"), lang.getstr("[rgb]TRC"), lang.getstr("gamut")]) self.plot_mode_sizer.Add(self.plot_mode_select, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=20) self.plot_mode_select.Bind(wx.EVT_CHOICE, self.plot_mode_select_handler) self.plot_mode_select.SetSelection(2) self.plot_mode_select.Disable() self.tooltip_btn = wx.StaticBitmap(p1, -1, geticon(16, "dialog-information"), style=wx.NO_BORDER) self.tooltip_btn.SetBackgroundColour(BGCOLOUR) self.tooltip_btn.SetToolTipString(lang.getstr("gamut_plot.tooltip")) self.tooltip_btn.SetCursor(wx.StockCursor(wx.CURSOR_QUESTION_ARROW)) self.plot_mode_sizer.Add(self.tooltip_btn, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=8) self.save_plot_btn = wx.BitmapButton(p1, -1, geticon(16, "media-floppy"), style=wx.NO_BORDER) self.save_plot_btn.SetBackgroundColour(BGCOLOUR) self.save_plot_btn.Bind(wx.EVT_BUTTON, self.SaveFile) self.save_plot_btn.SetToolTipString(lang.getstr("save_as")) self.save_plot_btn.SetBitmapDisabled(geticon(16, "empty")) self.save_plot_btn.Disable() self.plot_mode_sizer.Add(self.save_plot_btn, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=8) self.client = GamutCanvas(p1) p1.sizer.Add(self.client, 1, flag=wx.EXPAND | wx.LEFT | wx.RIGHT | wx.TOP | wx.BOTTOM, border=4) self.options_panel = SimpleBook(p1) self.options_panel.SetBackgroundColour(BGCOLOUR) p1.sizer.Add(self.options_panel, flag=wx.EXPAND | wx.BOTTOM, border=12) # Gamut view options self.options_panel.AddPage(GamutViewOptions(p1), "") # Curve view options self.lut_view_options = wx.Panel(p1) self.lut_view_options.SetBackgroundColour(BGCOLOUR) self.lut_view_options_sizer = wx.FlexGridSizer(0, 8, 4, 4) self.lut_view_options_sizer.AddGrowableCol(0) self.lut_view_options_sizer.AddGrowableCol(7) self.lut_view_options.SetSizer(self.lut_view_options_sizer) self.options_panel.AddPage(self.lut_view_options, "") self.lut_view_options_sizer.Add((0, 0)) self.lut_view_options_sizer.Add((26, 0)) self.show_as_L = wx.CheckBox(self.lut_view_options, -1, u"L* \u2192") self.show_as_L.SetForegroundColour(FGCOLOUR) self.show_as_L.SetValue(True) self.lut_view_options_sizer.Add(self.show_as_L, flag=wx.ALIGN_CENTER_VERTICAL) self.Bind(wx.EVT_CHECKBOX, self.DrawLUT, id=self.show_as_L.GetId()) self.toggle_red = wx.CheckBox(self.lut_view_options, -1, "R") self.toggle_red.SetForegroundColour(FGCOLOUR) self.toggle_red.SetValue(True) self.lut_view_options_sizer.Add(self.toggle_red, flag=wx.ALIGN_CENTER_VERTICAL) self.Bind(wx.EVT_CHECKBOX, self.DrawLUT, id=self.toggle_red.GetId()) self.toggle_green = wx.CheckBox(self.lut_view_options, -1, "G") self.toggle_green.SetForegroundColour(FGCOLOUR) self.toggle_green.SetValue(True) self.lut_view_options_sizer.Add(self.toggle_green, flag=wx.ALIGN_CENTER_VERTICAL) self.Bind(wx.EVT_CHECKBOX, self.DrawLUT, id=self.toggle_green.GetId()) self.toggle_blue = wx.CheckBox(self.lut_view_options, -1, "B") self.toggle_blue.SetForegroundColour(FGCOLOUR) self.toggle_blue.SetValue(True) self.lut_view_options_sizer.Add(self.toggle_blue, flag=wx.ALIGN_CENTER_VERTICAL) self.Bind(wx.EVT_CHECKBOX, self.DrawLUT, id=self.toggle_blue.GetId()) self.toggle_clut = wx.CheckBox(self.lut_view_options, -1, "LUT") self.toggle_clut.SetForegroundColour(FGCOLOUR) self.toggle_clut.SetValue(True) self.lut_view_options_sizer.Add(self.toggle_clut, flag=wx.ALIGN_CENTER_VERTICAL | wx.LEFT, border=16) self.Bind(wx.EVT_CHECKBOX, self.toggle_clut_handler, id=self.toggle_clut.GetId()) self.lut_view_options_sizer.Add((0, 0)) p2 = wx.Panel(self.splitter) p2.SetBackgroundColour(gridbgcolor) p2.sizer = wx.BoxSizer(wx.VERTICAL) p2.SetSizer(p2.sizer) self.splitter.AppendWindow(p2) self.grid = wx.grid.Grid(p2, -1) self.grid.CreateGrid(0, 2) self.grid.SetCellHighlightColour(gridbgcolor) self.grid.SetCellHighlightPenWidth(0) self.grid.SetCellHighlightROPenWidth(0) self.grid.SetDefaultCellBackgroundColour(gridbgcolor) self.grid.SetDefaultCellTextColour(TEXTCOLOUR) font = wx.Font(FONTSIZE_MEDIUM, wx.FONTFAMILY_DEFAULT, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL) self.grid.SetDefaultCellFont(font) self.grid.SetDefaultRowSize(20) self.grid.SetLabelBackgroundColour(gridbgcolor) self.grid.SetRowLabelSize(0) self.grid.SetColLabelSize(0) self.grid.DisableDragRowSize() self.grid.EnableDragColSize() self.grid.EnableEditing(False) self.grid.EnableGridLines(False) self.grid.Bind(wx.grid.EVT_GRID_COL_SIZE, self.resize_grid) p2.sizer.Add(self.grid, 1, flag=wx.EXPAND, border=12) drophandlers = { ".icc": self.drop_handler, ".icm": self.drop_handler } droptarget = FileDrop(drophandlers, parent=self) self.title_panel.SetDropTarget(droptarget) droptarget = FileDrop(drophandlers, parent=self) self.title_txt.SetDropTarget(droptarget) droptarget = FileDrop(drophandlers, parent=self) self.client.SetDropTarget(droptarget) droptarget = FileDrop(drophandlers, parent=self) self.grid.SetDropTarget(droptarget) self.splitter.SetMinimumPaneSize(defaults["size.profile_info.w"] - self.splitter._GetSashSize()) self.splitter.SetHSplit(0) border, titlebar = get_platform_window_decoration_size() self.SetSaneGeometry( getcfg("position.profile_info.x"), getcfg("position.profile_info.y"), getcfg("size.profile_info.w") + border * 2, getcfg("size.profile_info.h") + titlebar + border) self.SetMinSize((defaults["size.profile_info.w"] + border * 2, defaults["size.profile_info.h"] + titlebar + border)) self.splitter.SetSplitSize((getcfg("size.profile_info.split.w") + border * 2, self.GetSize()[1])) self.splitter.SetExpandedSize(self.GetSize()) self.splitter.SetExpanded(0) self.client.canvas.Bind(wx.EVT_MOTION, self.OnMotion) self.Bind(wx.EVT_MOVE, self.OnMove) self.Bind(wx.EVT_SIZE, self.OnSize) self.Bind(wx.EVT_SPLITTER_SASH_POS_CHANGING, self.OnSashPosChanging) children = self.GetAllChildren() for child in children: if isinstance(child, wx.Choice): child.SetMaxFontSize(11) child.Bind(wx.EVT_KEY_DOWN, self.key_handler) child.Bind(wx.EVT_MOUSEWHEEL, self.OnWheel) def DrawCanvas(self, profile_no=None, reset=True): self.SetStatusText('') if self.plot_mode_select.GetSelection() == self.plot_mode_select.GetCount() - 1: # Gamut plot self.plot_mode_sizer.Show(self.tooltip_btn) self.options_panel.GetCurrentPage().DrawCanvas(reset=reset) self.save_plot_btn.Enable() else: # Curves plot self.plot_mode_sizer.Hide(self.tooltip_btn) self.client.SetEnableCenterLines(True) self.client.SetEnableDiagonals('Bottomleft-Topright') self.client.SetEnableDrag(False) self.client.SetEnableGrid(False) self.client.SetEnablePointLabel(True) self.client.SetXSpec(5) self.client.SetYSpec(5) if ("vcgt" in self.profile.tags or ("rTRC" in self.profile.tags and "gTRC" in self.profile.tags and "bTRC" in self.profile.tags) or ("B2A0" in self.profile.tags and self.profile.colorSpace == "RGB")): self.toggle_red.Enable() self.toggle_green.Enable() self.toggle_blue.Enable() self.DrawLUT() else: self.toggle_red.Disable() self.toggle_green.Disable() self.toggle_blue.Disable() self.client.DrawLUT() self.splitter.GetTopLeft().sizer.Layout() self.splitter.GetTopLeft().Refresh() def LoadProfile(self, profile): if not isinstance(profile, ICCP.ICCProfile): try: profile = ICCP.ICCProfile(profile) except ICCP.ICCProfileInvalidError, exception: show_result_dialog(Error(lang.getstr("profile.invalid") + "\n" + profile), self) return self.profile = profile self.rTRC = profile.tags.get("rTRC") self.gTRC = profile.tags.get("gTRC") self.bTRC = profile.tags.get("bTRC") self.trc = None plot_mode = self.plot_mode_select.GetSelection() plot_mode_count = self.plot_mode_select.GetCount() choice = [] info = profile.get_info() if (("rTRC" in self.profile.tags and "gTRC" in self.profile.tags and "bTRC" in self.profile.tags) or ("B2A0" in self.profile.tags and self.profile.colorSpace == "RGB")): # vcgt needs to be in here for compatibility with LUTFrame choice.append(lang.getstr("vcgt")) try: self.lookup_tone_response_curves() except Exception, exception: show_result_dialog(exception, self) else: choice.append(lang.getstr("[rgb]TRC")) choice.append(lang.getstr("gamut")) self.Freeze() self.plot_mode_select.SetItems(choice) if plot_mode_count != self.plot_mode_select.GetCount(): plot_mode = self.plot_mode_select.GetCount() - 1 self.plot_mode_select.SetSelection(min(plot_mode, self.plot_mode_select.GetCount() - 1)) self.select_current_page() self.plot_mode_select.Enable() self.title_txt.SetLabel(profile.getDescription()) border, titlebar = get_platform_window_decoration_size() titlewidth = self.title_txt.GetTextExtent(self.title_txt.GetLabel())[0] + 30 if titlewidth > defaults["size.profile_info.w"]: defaults["size.profile_info.w"] = titlewidth if titlewidth > defaults["size.profile_info.split.w"]: defaults["size.profile_info.split.w"] = titlewidth if titlewidth + border * 2 > self.GetMinSize()[0]: self.SetMinSize((titlewidth + border * 2, defaults["size.profile_info.h"] + titlebar + border)) if titlewidth + border * 2 > self.GetSize()[0]: self.SetSize((self.get_platform_window_size()[0], self.GetSize()[1])) self.splitter.SetExpandedSize(self.get_platform_window_size()) rows = [("", "")] lines = [] for label, value in info: label = label.replace("\0", "") value = wrap(universal_newlines(value.strip()), 52).replace("\0", "").split("\n") linecount = len(value) for i, line in enumerate(value): value[i] = line.strip() label = universal_newlines(label).split("\n") while len(label) < linecount: label.append("") lines.extend(zip(label, value)) for i, line in enumerate(lines): line = list(line) indent = re.match("\s+", line[0]) if indent: #if i + 1 < len(lines) and lines[i + 1][0].startswith(" "): #marker = u" ├ " #else: #marker = u" └ " line[0] = indent.group() + lang.getstr(line[0].strip()) elif line[0]: #if i + 1 < len(lines) and lines[i + 1][0].startswith(" "): #marker = u"▼ " #else: #marker = u"► " line[0] = lang.getstr(line[0]) line[1] = lang.getstr(line[1]) rows.append(line) rows.append(("", "")) if self.grid.GetNumberRows(): self.grid.DeleteRows(0, self.grid.GetNumberRows()) self.grid.AppendRows(len(rows)) labelcolor = wx.Colour(0x80, 0x80, 0x80) altcolor = wx.Colour(230, 230, 230) for i, (label, value) in enumerate(rows): self.grid.SetCellValue(i, 0, " " * 4 + label) if i % 2: self.grid.SetCellBackgroundColour(i, 0, altcolor) self.grid.SetCellBackgroundColour(i, 1, altcolor) self.grid.SetCellTextColour(i, 0, labelcolor) self.grid.SetCellValue(i, 1, value) self.grid.AutoSizeColumn(0) self.resize_grid() self.DrawCanvas() self.Thaw() def OnMotion(self, event): if isinstance(event, wx.MouseEvent): xy = self.client._getXY(event) else: xy = event if self.plot_mode_select.GetSelection() < self.plot_mode_select.GetCount() - 1: # Curves plot self.UpdatePointLabel(xy) else: # Gamut plot if self.options_panel.GetCurrentPage().colorspace_select.GetSelection() == 0: format = "%.2f %.2f" else: format = "%.4f %.4f" page = self.options_panel.GetCurrentPage() colorspace_no = page.colorspace_select.GetSelection() whitepoint_no = page.whitepoint_select.GetSelection() if whitepoint_no > 0: if colorspace_no == 0: # a*b* x, y, Y = colormath.Lab2xyY(100.0, xy[0], xy[1]) elif colorspace_no == 1: # u' v' x, y = colormath.u_v_2xy(xy[0], xy[1]) else: x, y = xy cct, delta = colormath.xy_CCT_delta(x, y, daylight=whitepoint_no == 1) status = format % xy if cct: if delta: locus = {"Blackbody": "blackbody", "Daylight": "daylight"}.get(page.whitepoint_select.GetStringSelection(), page.whitepoint_select.GetStringSelection()) status = u"%s, CCT %i (%s %.2f)" % ( format % xy, cct, lang.getstr("delta_e_to_locus", locus), delta["E"]) else: status = u"%s, CCT %i" % (format % xy, cct) self.SetStatusText(status) else: self.SetStatusText(format % xy) if isinstance(event, wx.MouseEvent): event.Skip() # Go to next handler def OnMove(self, event=None): if self.IsShownOnScreen() and not \ self.IsMaximized() and not self.IsIconized(): x, y = self.GetScreenPosition() setcfg("position.profile_info.x", x) setcfg("position.profile_info.y", y) if event: event.Skip() def OnSashPosChanging(self, event): border, titlebar = get_platform_window_decoration_size() self.splitter.SetExpandedSize((self.splitter._splitx + self.splitter._GetSashSize() + border * 2, self.GetSize()[1])) setcfg("size.profile_info.w", self.splitter._splitx + self.splitter._GetSashSize()) wx.CallAfter(self.redraw) wx.CallAfter(self.resize_grid) def OnSize(self, event=None): if self.IsShownOnScreen() and self.IsMaximized(): self.splitter.AdjustLayout() self.splitter.Refresh() wx.CallAfter(self.redraw) wx.CallAfter(self.resize_grid) if self.IsShownOnScreen() and not self.IsIconized(): wx.CallAfter(self._setsize) if event: event.Skip() def OnWheel(self, event): xy = wx.GetMousePosition() if not self.client.GetClientRect().Contains(self.client.ScreenToClient(xy)): if self.grid.GetClientRect().Contains(self.grid.ScreenToClient(xy)): self.grid.SetFocus() event.Skip() elif self.client.GetEnableDrag() and self.client.last_draw: if event.WheelRotation < 0: direction = 1.0 else: direction = -1.0 self.client.zoom(direction) def _setsize(self): if not self.IsMaximized(): w, h = self.GetSize() border, titlebar = get_platform_window_decoration_size() if self.splitter._expanded < 0: self.splitter.SetExpandedSize((self.splitter._splitx + self.splitter._GetSashSize() + border * 2, self.GetSize()[1])) self.splitter.SetSplitSize((w, self.GetSize()[1])) setcfg("size.profile_info.w", self.splitter._splitx + self.splitter._GetSashSize()) setcfg("size.profile_info.split.w", w - border * 2) else: self.splitter.SetExpandedSize((w, self.GetSize()[1])) setcfg("size.profile_info.w", w - border * 2) setcfg("size.profile_info.h", h - titlebar - border) def drop_handler(self, path): """ Drag'n'drop handler for .cal/.icc/.icm files. """ self.LoadProfile(path) def get_platform_window_size(self, defaultwidth=None, defaultheight=None, split=False): if split: name = ".split" else: name = "" if not defaultwidth: defaultwidth = defaults["size.profile_info%s.w" % name] if not defaultheight: defaultheight = defaults["size.profile_info.h"] border, titlebar = get_platform_window_decoration_size() #return (max(max(getcfg("size.profile_info%s.w" % name), #defaultwidth) + border * 2, self.GetMinSize()[0]), #max(getcfg("size.profile_info.h"), #defaultheight) + titlebar + border) if split: w, h = self.splitter.GetSplitSize() else: w, h = self.splitter.GetExpandedSize() return (max(w, defaultwidth + border * 2, self.GetMinSize()[0]), max(h, defaultheight + titlebar + border)) def key_handler(self, event): # AltDown # CmdDown # ControlDown # GetKeyCode # GetModifiers # GetPosition # GetRawKeyCode # GetRawKeyFlags # GetUniChar # GetUnicodeKey # GetX # GetY # HasModifiers # KeyCode # MetaDown # Modifiers # Position # RawKeyCode # RawKeyFlags # ShiftDown # UnicodeKey # X # Y key = event.GetKeyCode() if (event.ControlDown() or event.CmdDown()): # CTRL (Linux/Mac/Windows) / CMD (Mac) focus = self.FindFocus() if self.grid in (focus, focus.GetParent(), focus.GetGrandParent()): if key == 65: # A self.grid.SelectAll() return elif key in (67, 88): # C / X clip = [] cells = self.grid.GetSelection() i = -1 start_col = self.grid.GetNumberCols() for cell in cells: row = cell[0] col = cell[1] if i < row: clip += [[]] i = row if col < start_col: start_col = col while len(clip[-1]) - 1 < col: clip[-1] += [""] clip[-1][col] = self.grid.GetCellValue(row, col) for i, row in enumerate(clip): clip[i] = "\t".join(row[start_col:]) clipdata = wx.TextDataObject() clipdata.SetText("\n".join(clip)) wx.TheClipboard.Open() wx.TheClipboard.SetData(clipdata) wx.TheClipboard.Close() return if key == 83 and self.profile: # S self.SaveFile() return else: event.Skip() elif key in (43, wx.WXK_NUMPAD_ADD) and self.client.GetEnableDrag(): # + key zoom in self.client.zoom(-1) elif key in (45, wx.WXK_NUMPAD_SUBTRACT) and self.client.GetEnableDrag(): # - key zoom out self.client.zoom(1) else: event.Skip() def plot_mode_select_handler(self, event): self.Freeze() self.select_current_page() self.DrawCanvas(reset=False) self.Thaw() def redraw(self): if self.plot_mode_select.GetSelection() == self.plot_mode_select.GetCount() - 1 and self.client.last_draw: # Update gamut plot self.client.Parent.Freeze() self.client._DrawCanvas(self.client.last_draw[0]) self.client.Parent.Thaw() def resize_grid(self, event=None): self.grid.SetColSize(1, max(self.grid.GetSize()[0] - self.grid.GetColSize(0) - wx.SystemSettings_GetMetric(wx.SYS_VSCROLL_X), 0)) self.grid.SetMargins(0 - wx.SystemSettings_GetMetric(wx.SYS_VSCROLL_X), 0 - wx.SystemSettings_GetMetric(wx.SYS_HSCROLL_Y)) self.grid.ForceRefresh() def select_current_page(self): if self.plot_mode_select.GetSelection() == self.plot_mode_select.GetCount() - 1: # Gamut plot self.options_panel.SetSelection(0) else: # Curves plot self.options_panel.SetSelection(1) self.splitter.GetTopLeft().Layout() class ProfileInfoViewer(wx.App): def OnInit(self): check_set_argyll_bin() self.frame = ProfileInfoFrame(None, -1) return True def main(profile=None): config.initcfg() lang.init() lang.update_defaults() app = ProfileInfoViewer(0) app.frame.LoadProfile(profile or get_display_profile()) app.frame.Show(True) app.MainLoop() writecfg() if __name__ == "__main__": main(*sys.argv[1:2]) dispcalGUI-1.7.1.6/dispcalGUI/wxReportFrame.py000644 000765 000000 00000046727 12266603364 021011 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import os import sys from config import get_data_path, initcfg, getcfg, geticon, hascfg, setcfg from log import safe_print from meta import name as appname from util_str import strtr from worker import Error, get_current_profile_path, show_result_dialog import CGATS import ICCProfile as ICCP import config import localization as lang import worker from wxTestchartEditor import TestchartEditor from wxaddons import FileDrop from wxwindows import (BaseFrame, FileBrowseBitmapButtonWithChoiceHistory as FileBrowse, InfoDialog, wx) from wx import xrc class ReportFrame(BaseFrame): """ Measurement report creation window """ def __init__(self, parent=None): self.res = xrc.XmlResource(get_data_path(os.path.join("xrc", "report.xrc"))) pre = wx.PreFrame() self.res.LoadOnFrame(pre, parent, "reportframe") self.PostCreate(pre) self.Bind(wx.EVT_CLOSE, self.OnClose) self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) self.set_child_ctrls_as_attrs(self) self.panel = self.FindWindowByName("panel") self.worker = worker.Worker(self) self.worker.set_argyll_version("xicclu") # Bind event handlers self.fields_ctrl.Bind(wx.EVT_CHOICE, self.fields_ctrl_handler) self.chart_btn.SetBitmapDisabled(geticon(16, "empty")) self.chart_btn.Bind(wx.EVT_BUTTON, self.chart_btn_handler) self.simulation_profile_cb.Bind(wx.EVT_CHECKBOX, self.use_simulation_profile_ctrl_handler) self.use_simulation_profile_as_output_cb.Bind(wx.EVT_CHECKBOX, self.use_simulation_profile_as_output_handler) self.enable_3dlut_cb.Bind(wx.EVT_CHECKBOX, self.enable_3dlut_handler) self.apply_bt1886_cb.Bind(wx.EVT_CHECKBOX, self.apply_bt1886_ctrl_handler) self.bt1886_gamma_ctrl.Bind(wx.EVT_KILL_FOCUS, self.bt1886_gamma_ctrl_handler) self.bt1886_gamma_type_ctrl.Bind(wx.EVT_CHOICE, self.bt1886_gamma_type_ctrl_handler) self.simulate_whitepoint_cb.Bind(wx.EVT_CHECKBOX, self.simulate_whitepoint_ctrl_handler) self.simulate_whitepoint_relative_cb.Bind(wx.EVT_CHECKBOX, self.simulate_whitepoint_relative_ctrl_handler) self.devlink_profile_cb.Bind(wx.EVT_CHECKBOX, self.use_devlink_profile_ctrl_handler) self.output_profile_current_btn.Bind(wx.EVT_BUTTON, self.output_profile_current_ctrl_handler) self.setup_language() self.update_controls() self.update_layout() config.defaults.update({ "position.reportframe.x": self.GetDisplay().ClientArea[0] + 40, "position.reportframe.y": self.GetDisplay().ClientArea[1] + 60, "size.reportframe.w": self.GetMinSize()[0], "size.reportframe.h": self.GetMinSize()[1]}) if (hascfg("position.reportframe.x") and hascfg("position.reportframe.y") and hascfg("size.reportframe.w") and hascfg("size.reportframe.h")): self.SetSaneGeometry(int(getcfg("position.reportframe.x")), int(getcfg("position.reportframe.y")), int(getcfg("size.reportframe.w")), int(getcfg("size.reportframe.h"))) else: self.Center() def OnClose(self, event=None): if (self.IsShownOnScreen() and not self.IsMaximized() and not self.IsIconized()): x, y = self.GetScreenPosition() setcfg("position.reportframe.x", x) setcfg("position.reportframe.y", y) setcfg("size.reportframe.w", self.GetSize()[0]) setcfg("size.reportframe.h", self.GetSize()[1]) config.writecfg() if event: event.Skip() def apply_bt1886_ctrl_handler(self, event): v = self.apply_bt1886_cb.GetValue() setcfg("measurement_report.apply_bt1886_gamma_mapping", int(v)) config.writecfg() self.update_main_controls() def bt1886_gamma_ctrl_handler(self, event): try: v = float(self.bt1886_gamma_ctrl.GetValue().replace(",", ".")) if (v < config.valid_ranges["measurement_report.bt1886_gamma"][0] or v > config.valid_ranges["measurement_report.bt1886_gamma"][1]): raise ValueError() except ValueError: wx.Bell() self.bt1886_gamma_ctrl.SetValue(str(getcfg("measurement_report.bt1886_gamma"))) else: if str(v) != self.bt1886_gamma_ctrl.GetValue(): self.bt1886_gamma_ctrl.SetValue(str(v)) setcfg("measurement_report.bt1886_gamma", v) config.writecfg() event.Skip() def bt1886_gamma_type_ctrl_handler(self, event): setcfg("measurement_report.bt1886_gamma_type", self.bt1886_gamma_types_ab[self.bt1886_gamma_type_ctrl.GetSelection()]) config.writecfg() def chart_btn_handler(self, event): if self.Parent: parent = self.Parent else: parent = self chart = getcfg("measurement_report.chart") if not hasattr(parent, "tcframe"): parent.tcframe = TestchartEditor(parent, path=chart, cfg="measurement_report.chart", target=self) elif (not hasattr(parent.tcframe, "ti1") or chart != parent.tcframe.ti1.filename): parent.tcframe.tc_load_cfg_from_ti1(None, chart, "measurement_report.chart", self) setcfg("tc.show", 1) parent.tcframe.Show() parent.tcframe.Raise() def chart_ctrl_handler(self, event): chart = self.chart_ctrl.GetPath() values = [] try: cgats = CGATS.CGATS(chart) except (IOError, CGATS.CGATSInvalidError), exception: show_result_dialog(exception, self) else: data_format = cgats.queryv1("DATA_FORMAT") if data_format: for column in data_format.itervalues(): column_prefix = column.split("_")[0] if (column_prefix in ("CMYK", "LAB", "RGB", "XYZ") and column_prefix not in values): values.append(column_prefix) if values: self.panel.Freeze() self.fields_ctrl.SetItems(values) self.fields_ctrl.GetContainingSizer().Layout() self.panel.Thaw() fields = getcfg("measurement_report.chart.fields") try: index = values.index(fields) except ValueError: index = 0 self.fields_ctrl.SetSelection(index) setcfg("measurement_report.chart", chart) config.writecfg() self.chart_patches_amount.Freeze() self.chart_patches_amount.SetLabel( str(cgats.queryv1("NUMBER_OF_SETS") or "")) self.chart_patches_amount.GetContainingSizer().Layout() self.chart_patches_amount.Thaw() self.chart_white = cgats.get_white_cie() if event: v = int(not self.chart_white or not "RGB" in values) setcfg("measurement_report.whitepoint.simulate", v) setcfg("measurement_report.whitepoint.simulate.relative", v) if not values: if chart: show_result_dialog(lang.getstr("error.testchart.missing_fields", (chart, "RGB/CMYK %s LAB/XYZ" % lang.getstr("or"))), self) self.chart_ctrl.SetPath(getcfg("measurement_report.chart")) else: self.chart_btn.Enable("RGB" in values and "XYZ" in values) self.fields_ctrl.Enable(self.fields_ctrl.GetCount() > 1) self.fields_ctrl_handler(None) def chart_drop_handler(self, path): if not self.worker.is_working(): self.chart_ctrl.SetPath(path) self.chart_ctrl_handler(True) def chart_drop_unsupported_handler(self): self.drop_unsupported("chart") def devlink_profile_ctrl_handler(self, event): self.set_profile("devlink") def devlink_profile_drop_handler(self, path): if not self.worker.is_working(): self.devlink_profile_ctrl.SetPath(path) self.set_profile("devlink") def devlink_profile_drop_unsupported_handler(self): self.drop_unsupported("devlink_profile") def drop_unsupported(self, which): if not self.worker.is_working(): files = getattr(self, "%s_droptarget" % which)._filenames InfoDialog(self, msg=lang.getstr("error.file_type_unsupported") + "\n\n" + "\n".join(files), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) def enable_3dlut_handler(self, event): setcfg("3dlut.madVR.enable", int(self.enable_3dlut_cb.GetValue())) setcfg("measurement_report.use_devlink_profile", 0) config.writecfg() self.update_main_controls() def fields_ctrl_handler(self, event): setcfg("measurement_report.chart.fields", self.fields_ctrl.GetStringSelection()) self.update_main_controls() def output_profile_ctrl_handler(self, event): self.set_profile("output") def output_profile_current_ctrl_handler(self, event): profile_path = get_current_profile_path() if profile_path and os.path.isfile(profile_path): self.output_profile_ctrl.SetPath(profile_path) self.set_profile("output") def output_profile_drop_handler(self, path): if not self.worker.is_working(): self.output_profile_ctrl.SetPath(path) self.set_profile("output") def output_profile_drop_unsupported_handler(self): self.drop_unsupported("output_profile") def set_profile(self, which, profile_path=None, silent=False): path = getattr(self, "%s_profile_ctrl" % which).GetPath() if which == "output": if profile_path is None: profile_path = get_current_profile_path() self.output_profile_current_btn.Enable(self.output_profile_ctrl.IsShown() and bool(profile_path) and os.path.isfile(profile_path) and profile_path != path) if path: if not os.path.isfile(path): if not silent: show_result_dialog(Error(lang.getstr("file.missing", path)), parent=self) return try: profile = ICCP.ICCProfile(path) except ICCP.ICCProfileInvalidError: if not silent: show_result_dialog(Error(lang.getstr("profile.invalid")), parent=self) except IOError, exception: if not silent: show_result_dialog(exception, parent=self) else: if ((which == "simulation" and (profile.profileClass not in ("mntr", "prtr") or profile.colorSpace not in ("CMYK", "RGB"))) or (which == "output" and (profile.profileClass != "mntr" or profile.colorSpace != "RGB")) or (which == "devlink" and profile.profileClass != "link")): show_result_dialog(NotImplementedError(lang.getstr("profile.unsupported", (profile.profileClass, profile.colorSpace))), parent=self) else: setattr(self, "%s_profile" % which, profile) getattr(self, "%s_profile_desc" % which).SetLabel(profile.getDescription()) if not silent: setcfg("measurement_report.%s_profile" % which, profile.fileName) if which == "simulation": self.use_simulation_profile_ctrl_handler(None) else: self.update_main_controls() return profile getattr(self, "%s_profile_ctrl" % which).SetPath(getcfg("measurement_report.%s_profile" % which)) else: getattr(self, "%s_profile_desc" % which).SetLabel("") if not silent: setattr(self, "%s_profile" % which, None) setcfg("measurement_report.%s_profile" % which, None) self.update_main_controls() def setup_language(self): BaseFrame.setup_language(self) # Create the file picker ctrls dynamically to get translated strings for which in ("chart", "simulation_profile", "devlink_profile", "output_profile"): origpickerctrl = self.FindWindowByName("%s_ctrl" % which) hsizer = origpickerctrl.GetContainingSizer() if which.endswith("_profile"): wildcard = lang.getstr("filetype.icc") + "|*.icc;*.icm" else: wildcard = (lang.getstr("filetype.ti1_ti3_txt") + "|*.cgats;*.cie;*.ti1;*.ti2;*.ti3;*.txt") msg = {"chart": "measurement_report_choose_chart_or_reference", "output_profile": "measurement_report_choose_profile"}.get(which, which) kwargs = dict(toolTip=lang.getstr(msg).rstrip(":"), dialogTitle=lang.getstr(msg), fileMask=wildcard, changeCallback=getattr(self, "%s_ctrl_handler" % which), name="%s_ctrl" % which) if which not in ("devlink_profile", "output_profile"): if which == "chart": wildcard = "\.(cie|ti1|ti3)$" else: wildcard = "\.(icc|icm)$" kwargs["history"] = get_data_path("ref", wildcard) setattr(self, "%s_ctrl" % which, FileBrowse(self.panel, -1, **kwargs)) getattr(self, "%s_ctrl" % which).SetMaxFontSize(11) hsizer.Replace(origpickerctrl, getattr(self, "%s_ctrl" % which)) origpickerctrl.Destroy() hsizer.Layout() # Drop targets setattr(self, "%s_droptarget" % which, FileDrop()) droptarget = getattr(self, "%s_droptarget" % which) handler = getattr(self, "%s_drop_handler" % which) if which.endswith("_profile"): droptarget.drophandlers = {".icc": handler, ".icm": handler} else: droptarget.drophandlers = {".cgats": handler, ".cie": handler, ".ti1": handler, ".ti2": handler, ".ti3": handler, ".txt": handler} droptarget.unsupported_handler = getattr(self, "%s_drop_unsupported_handler" % which) getattr(self, "%s_ctrl" % which).SetDropTarget(droptarget) self.bt1886_gamma_types_ab = {0: "b", 1: "B"} self.bt1886_gamma_types_ba = {"b": 0, "B": 1} self.bt1886_gamma_type_ctrl.SetItems([lang.getstr("trc.type.relative"), lang.getstr("trc.type.absolute")]) def simulate_whitepoint_ctrl_handler(self, event): v = self.simulate_whitepoint_cb.GetValue() setcfg("measurement_report.whitepoint.simulate", int(v)) config.writecfg() self.update_main_controls() def simulate_whitepoint_relative_ctrl_handler(self, event): setcfg("measurement_report.whitepoint.simulate.relative", int(self.simulate_whitepoint_relative_cb.GetValue())) config.writecfg() def simulation_profile_ctrl_handler(self, event): self.set_profile("simulation") def simulation_profile_drop_handler(self, path): if not self.worker.is_working(): self.simulation_profile_ctrl.SetPath(path) self.set_profile("simulation") def simulation_profile_drop_unsupported_handler(self): self.drop_unsupported("simulation_profile") def update_controls(self): """ Update controls with values from the configuration """ self.simulation_profile_ctrl.SetPath(getcfg("measurement_report.simulation_profile")) self.set_profile("simulation", silent=True) self.bt1886_gamma_ctrl.SetValue(str(getcfg("measurement_report.bt1886_gamma"))) self.bt1886_gamma_type_ctrl.SetSelection(self.bt1886_gamma_types_ba[getcfg("measurement_report.bt1886_gamma_type")]) self.devlink_profile_ctrl.SetPath(getcfg("measurement_report.devlink_profile")) self.set_profile("devlink", silent=True) self.output_profile_ctrl.SetPath(getcfg("measurement_report.output_profile")) self.set_profile("output", silent=True) self.set_testchart(getcfg("measurement_report.chart")) def set_testchart(self, path): self.chart_ctrl.SetPath(path) self.chart_ctrl_handler(None) def update_main_controls(self): chart_has_white = bool(getattr(self, "chart_white", None)) color = getcfg("measurement_report.chart.fields") sim_profile_color = (getattr(self, "simulation_profile", None) and self.simulation_profile.colorSpace) if getcfg("measurement_report.use_simulation_profile"): setcfg("measurement_report.use_simulation_profile", int(sim_profile_color == color)) self.simulation_profile_cb.Enable(sim_profile_color == color) enable1 = bool(getcfg("measurement_report.use_simulation_profile")) enable2 = (sim_profile_color == "RGB" and bool(getcfg("measurement_report.use_simulation_profile_as_output"))) self.simulation_profile_cb.SetValue(enable1) self.simulation_profile_ctrl.Enable(color in ("CMYK", "RGB")) self.simulation_profile_desc.Enable(color in ("CMYK", "RGB")) self.use_simulation_profile_as_output_cb.Enable(enable1 and sim_profile_color == "RGB") self.use_simulation_profile_as_output_cb.SetValue(enable1 and enable2) self.enable_3dlut_cb.Enable(enable1 and enable2) self.enable_3dlut_cb.SetValue(enable1 and enable2 and bool(getcfg("3dlut.madVR.enable"))) self.enable_3dlut_cb.Show(config.get_display_name() == "madVR") enable5 = (sim_profile_color == "RGB" and isinstance(self.simulation_profile.tags.get("rXYZ"), ICCP.XYZType) and isinstance(self.simulation_profile.tags.get("gXYZ"), ICCP.XYZType) and isinstance(self.simulation_profile.tags.get("bXYZ"), ICCP.XYZType)) self.apply_bt1886_cb.Enable(enable1 and enable5) enable6 = (enable1 and enable5 and bool(getcfg("measurement_report.apply_bt1886_gamma_mapping"))) self.apply_bt1886_cb.SetValue(enable6) self.bt1886_gamma_ctrl.Enable(enable6) self.bt1886_gamma_type_ctrl.Enable(enable6) self.simulate_whitepoint_cb.Enable((enable1 and not enable2) or (color in ("LAB", "XYZ") and chart_has_white)) enable3 = bool(getcfg("measurement_report.whitepoint.simulate")) self.simulate_whitepoint_cb.SetValue(((enable1 and not enable2) or color in ("LAB", "XYZ")) and enable3) self.simulate_whitepoint_relative_cb.Enable(((enable1 and not enable2) or color in ("LAB", "XYZ")) and enable3) self.simulate_whitepoint_relative_cb.SetValue( ((enable1 and not enable2) or color in ("LAB", "XYZ")) and enable3 and bool(getcfg("measurement_report.whitepoint.simulate.relative"))) self.devlink_profile_cb.Enable(enable1 and enable2) enable4 = bool(getcfg("measurement_report.use_devlink_profile")) self.devlink_profile_cb.SetValue(enable1 and enable2 and enable4) self.devlink_profile_ctrl.Enable(enable1 and enable2 and enable4) self.devlink_profile_desc.Enable(enable1 and enable2 and enable4) self.output_profile_label.Enable((color in ("LAB", "RGB", "XYZ") or enable1) and (not enable1 or not enable2 or self.apply_bt1886_cb.GetValue())) self.output_profile_ctrl.Enable((color in ("LAB", "RGB", "XYZ") or enable1) and (not enable1 or not enable2 or self.apply_bt1886_cb.GetValue())) self.output_profile_desc.Enable((color in ("LAB", "RGB", "XYZ") or enable1) and (not enable1 or not enable2 or self.apply_bt1886_cb.GetValue())) output_profile = (bool(getcfg("measurement_report.output_profile")) and os.path.isfile(getcfg("measurement_report.output_profile"))) self.measure_btn.Enable(((enable1 and enable2 and (not enable6 or output_profile) and (not enable4 or (bool(getcfg("measurement_report.devlink_profile")) and os.path.isfile(getcfg("measurement_report.devlink_profile"))))) or (((not enable1 and color in ("LAB", "RGB", "XYZ")) or (enable1 and sim_profile_color == color and not enable2)) and output_profile)) and bool(getcfg("measurement_report.chart")) and os.path.isfile(getcfg("measurement_report.chart"))) def use_devlink_profile_ctrl_handler(self, event): setcfg("3dlut.madVR.enable", 0) setcfg("measurement_report.use_devlink_profile", int(self.devlink_profile_cb.GetValue())) config.writecfg() self.update_main_controls() def use_simulation_profile_ctrl_handler(self, event): use_sim_profile = self.simulation_profile_cb.GetValue() setcfg("measurement_report.use_simulation_profile", int(use_sim_profile)) sim_profile = getattr(self, "simulation_profile", None) if use_sim_profile and sim_profile: v = int(sim_profile.profileClass == "prtr") setcfg("measurement_report.whitepoint.simulate", v) setcfg("measurement_report.whitepoint.simulate.relative", v) config.writecfg() self.update_main_controls() def use_simulation_profile_as_output_handler(self, event): setcfg("measurement_report.use_simulation_profile_as_output", int(self.use_simulation_profile_as_output_cb.GetValue())) config.writecfg() self.update_main_controls() if __name__ == "__main__": config.initcfg() lang.init() lang.update_defaults() app = wx.App(0) frame = ReportFrame() frame.Show() app.MainLoop() dispcalGUI-1.7.1.6/dispcalGUI/wxSynthICCFrame.py000644 000765 000000 00000025313 12266411534 021142 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import os import sys from ICCProfile import ICCProfile from config import (get_data_path, get_verified_path, getcfg, geticon, hascfg, setcfg) from log import safe_print from meta import name as appname from util_os import waccess from worker import Error, show_result_dialog import ICCProfile as ICCP import colormath import config import localization as lang import worker from wxaddons import FileDrop from wxwindows import BaseFrame, InfoDialog, wx from wx import xrc class SynthICCFrame(BaseFrame): """ 3D LUT creation window """ def __init__(self, parent=None): self.res = xrc.XmlResource(get_data_path(os.path.join("xrc", "synthicc.xrc"))) pre = wx.PreFrame() self.res.LoadOnFrame(pre, parent, "synthiccframe") self.PostCreate(pre) self.Bind(wx.EVT_CLOSE, self.OnClose) self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) self.set_child_ctrls_as_attrs(self) self.panel = self.FindWindowByName("panel") self._updating_ctrls = False # Presets presets = [""] + sorted(colormath.rgb_spaces.keys()) self.preset_ctrl.SetItems(presets) # Bind event handlers self.preset_ctrl.Bind(wx.EVT_CHOICE, self.preset_ctrl_handler) for color in ("red", "green", "blue", "white"): for component in "XYZxy": if component in "xy": handler = "xy" else: handler = "XYZ" self.Bind(wx.EVT_TEXT, getattr(self, "%s_%s_ctrl_handler" % (color, handler)), getattr(self, "%s_%s" % (color, component))) self.trc_ctrl.Bind(wx.EVT_CHOICE, self.trc_ctrl_handler) self.trc_textctrl.Bind(wx.EVT_COMBOBOX, self.trc_textctrl_handler) self.trc_textctrl.Bind(wx.EVT_TEXT, self.trc_textctrl_handler) self.profile_name_textctrl.Bind(wx.EVT_TEXT, self.profile_name_ctrl_handler) self.save_as_btn.Bind(wx.EVT_BUTTON, self.save_as_btn_handler) self.save_as_btn.SetDefault() self.save_as_btn.Disable() self.setup_language() self.update_controls() self.save_btn.Hide() self.update_layout() config.defaults.update({ "position.synthiccframe.x": self.GetDisplay().ClientArea[0] + 40, "position.synthiccframe.y": self.GetDisplay().ClientArea[1] + 60, "size.synthiccframe.w": self.GetMinSize()[0], "size.synthiccframe.h": self.GetMinSize()[1]}) if (hascfg("position.synthiccframe.x") and hascfg("position.synthiccframe.y") and hascfg("size.synthiccframe.w") and hascfg("size.synthiccframe.h")): self.SetSaneGeometry(int(getcfg("position.synthiccframe.x")), int(getcfg("position.synthiccframe.y")), int(getcfg("size.synthiccframe.w")), int(getcfg("size.synthiccframe.h"))) else: self.Center() def OnClose(self, event=None): if (self.IsShownOnScreen() and not self.IsMaximized() and not self.IsIconized()): x, y = self.GetScreenPosition() setcfg("position.synthiccframe.x", x) setcfg("position.synthiccframe.y", y) setcfg("size.synthiccframe.w", self.GetSize()[0]) setcfg("size.synthiccframe.h", self.GetSize()[1]) config.writecfg() if event: event.Skip() def blue_XYZ_ctrl_handler(self, event): self.parse_XYZ("blue") def blue_xy_ctrl_handler(self, event): self.parse_xy("blue") def drop_handler(self, path): pass def drop_unsupported_handler(self): pass def enable_save_as_btn(self): self.save_as_btn.Enable(bool(self.get_XYZ() and self.profile_name_textctrl.Value)) def get_XYZ(self): XYZ = {} for color in ("white", "red", "green", "blue"): for component in "XYZ": try: XYZ[color[0] + component] = float(getattr(self, "%s_%s" % (color, component)).Value.replace(",", ".")) / 100.0 except ValueError: pass if ("wX" in XYZ and "wY" in XYZ and "wZ" in XYZ and "rX" in XYZ and "rY" in XYZ and "rZ" in XYZ and "gX" in XYZ and "gY" in XYZ and "gZ" in XYZ and "bX" in XYZ and "bY" in XYZ and "bZ" in XYZ): return XYZ def green_XYZ_ctrl_handler(self, event): self.parse_XYZ("green") def green_xy_ctrl_handler(self, event): self.parse_xy("green") def parse_XYZ(self, name): if not self._updating_ctrls: self.preset_ctrl.SetSelection(0) XYZ = {} for component in "XYZ": try: XYZ[component] = float(getattr(self, "%s_%s" % (name, component)).Value.replace(",", ".")) except ValueError: pass if "X" in XYZ and "Y" in XYZ and "Z" in XYZ: xyY = colormath.XYZ2xyY(XYZ["X"], XYZ["Y"], XYZ["Z"]) for i, component in enumerate("xy"): getattr(self, "%s_%s" % (name, component)).ChangeValue(str(xyY[i])) self.enable_save_as_btn() def parse_xy(self, name): if not self._updating_ctrls: self.preset_ctrl.SetSelection(0) xy = {} for color in ("white", "red", "green", "blue"): for component in "xy": try: xy[color[0] + component] = float(getattr(self, "%s_%s" % (color, component)).Value.replace(",", ".")) except ValueError: pass if "wx" in xy and "wy" in xy: wXYZ = colormath.xyY2XYZ(xy["wx"], xy["wy"], 1.0) for i, component in enumerate("XYZ"): getattr(self, "white_%s" % component).ChangeValue(str(wXYZ[i] * 100)) has_rgb_xy = ("rx" in xy and "ry" in xy and "gx" in xy and "gy" in xy and "bx" in xy and "by" in xy) if name != "white" and has_rgb_xy: # Calculate RGB to XYZ matrix from chromaticities and white mtx = colormath.rgb_to_xyz_matrix(xy["rx"], xy["ry"], xy["gx"], xy["gy"], xy["bx"], xy["by"], wXYZ) rgb = {"r": (1.0, 0.0, 0.0), "g": (0.0, 1.0, 0.0), "b": (0.0, 0.0, 1.0)} XYZ = {} for color in ("red", "green", "blue"): # Calculate XYZ for primaries XYZ[color[0]] = mtx * rgb[color[0]] for i, component in enumerate("XYZ"): getattr(self, "%s_%s" % (color, component)).ChangeValue(str(XYZ[color[0]][i] * 100)) self.enable_save_as_btn() def preset_ctrl_handler(self, event): preset_name = self.preset_ctrl.GetStringSelection() if preset_name: gamma, white, red, green, blue = colormath.rgb_spaces[preset_name] white = colormath.get_whitepoint(white) self._updating_ctrls = True for i, component in enumerate("XYZ"): getattr(self, "white_%s" % component).SetValue(str(white[i] * 100)) for color in ("red", "green", "blue"): for i, component in enumerate("xy"): getattr(self, "%s_%s" % (color, component)).SetValue(str(locals()[color][i])) if gamma == -3.0: # L* self.trc_ctrl.SetSelection(1) elif gamma == -709: # Rec. 709 self.trc_ctrl.SetSelection(2) elif gamma == -240: # SMPTE 240M self.trc_ctrl.SetSelection(3) elif gamma == -2.4: # sRGB self.trc_ctrl.SetSelection(4) else: # Gamma self.trc_ctrl.SetSelection(0) self.trc_textctrl.SetValue(str(gamma)) self.trc_ctrl_handler() self._updating_ctrls = False self.profile_name_textctrl.SetValue(preset_name) def profile_ctrl_handler(self, event): pass def profile_name_ctrl_handler(self, event): self.enable_save_as_btn() def red_XYZ_ctrl_handler(self, event): self.parse_XYZ("red") def red_xy_ctrl_handler(self, event): self.parse_xy("red") def save_as_btn_handler(self, event): XYZ = self.get_XYZ() if self.trc_ctrl.GetSelection() == 0: # Gamma try: trc = float(self.trc_textctrl.Value) except ValueError: wx.Bell() trc = 2.2 self.trc_textctrl.Value = str(trc) elif self.trc_ctrl.GetSelection() == 1: # L* trc = -3.0 elif self.trc_ctrl.GetSelection() == 2: # Rec. 709 trc = -709 elif self.trc_ctrl.GetSelection() == 3: # SMPTE 240M trc = -240 elif self.trc_ctrl.GetSelection() == 4: # sRGB trc = -2.4 defaultDir, defaultFile = get_verified_path("last_icc_path") defaultFile = self.profile_name_textctrl.Value profile = ICCP.ICCProfile.from_XYZ((XYZ["rX"], XYZ["rY"], XYZ["rZ"]), (XYZ["gX"], XYZ["gY"], XYZ["gZ"]), (XYZ["bX"], XYZ["bY"], XYZ["bZ"]), (XYZ["wX"], XYZ["wY"], XYZ["wZ"]), trc, defaultFile, getcfg("copyright")) path = None dlg = wx.FileDialog(self, lang.getstr("save_as"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard="*.icc", style=wx.SAVE | wx.FD_OVERWRITE_PROMPT) dlg.Center(wx.BOTH) if dlg.ShowModal() == wx.ID_OK: path = dlg.GetPath() dlg.Destroy() if path: if os.path.splitext(path)[1].lower() not in (".icc", ".icm"): path += ".icc" if not waccess(path, os.W_OK): show_result_dialog(Error(lang.getstr("error.access_denied.write", path)), self) return setcfg("last_icc_path", path) config.writecfg() try: profile.write(path) except Exception, exception: show_result_dialog(exception, self) def setup_language(self): BaseFrame.setup_language(self) # Create the file picker ctrls dynamically to get translated strings if sys.platform in ("darwin", "win32"): origpickerctrl = self.FindWindowByName("profile_ctrl") sizer = origpickerctrl.GetContainingSizer() self.profile_ctrl = wx.FilePickerCtrl(self.panel, -1, "", message=lang.getstr("profile"), wildcard=lang.getstr("filetype.icc") + "|*.icc;*.icm", name="profile_ctrl") self.profile_ctrl.PickerCtrl.Label = lang.getstr("browse") self.profile_ctrl.PickerCtrl.SetMaxFontSize(11) sizer.Replace(origpickerctrl, self.profile_ctrl) origpickerctrl.Destroy() sizer.Layout() self.profile_ctrl.Bind(wx.EVT_FILEPICKER_CHANGED, self.profile_ctrl_handler) self.profile_ctrl_label.Hide() self.profile_ctrl.Hide() # Drop targets self.droptarget = FileDrop() self.droptarget.drophandlers = {".icc": self.drop_handler, ".icm": self.drop_handler} self.droptarget.unsupported_handler = self.drop_unsupported_handler self.profile_ctrl.SetDropTarget(self.droptarget) items = [] for item in self.trc_ctrl.Items: items.append(lang.getstr(item)) self.trc_ctrl.SetItems(items) self.trc_ctrl.SetSelection(0) def trc_ctrl_handler(self, event=None): if not self._updating_ctrls: self.preset_ctrl.SetSelection(0) self.panel.Freeze() self.trc_textctrl.Show(self.trc_ctrl.GetSelection() == 0) self.panel.GetSizer().Layout() self.panel.Thaw() def trc_textctrl_handler(self, event=None): if not self._updating_ctrls: self.preset_ctrl.SetSelection(0) def update_controls(self): """ Update controls with values from the configuration """ pass def white_XYZ_ctrl_handler(self, event): self.parse_XYZ("white") def white_xy_ctrl_handler(self, event): self.parse_xy("white") def main(): config.initcfg() lang.init() lang.update_defaults() app = wx.App(0) app.synthiccframe = SynthICCFrame() app.synthiccframe.Show() app.MainLoop() if __name__ == "__main__": main() dispcalGUI-1.7.1.6/dispcalGUI/wxTestchartEditor.py000644 000765 000000 00000320710 12266603364 021656 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import math import os import re import shutil import sys import CGATS import ICCProfile as ICCP import colormath import config import localization as lang from argyll_RGB2XYZ import RGB2XYZ as argyll_RGB2XYZ, XYZ2RGB as argyll_XYZ2RGB from argyll_cgats import ti3_to_ti1, verify_ti1_rgb_xyz from config import (btn_width_correction, defaults, getcfg, geticon, get_bitmap_as_icon, get_current_profile, get_data_path, get_total_patches, get_verified_path, hascfg, setcfg, writecfg) from debughelpers import handle_error from log import safe_print from meta import name as appname from options import debug, tc_use_alternate_preview, test, verbose from ordereddict import OrderedDict from util_io import StringIOu as StringIO from util_os import waccess from util_str import safe_str, safe_unicode from worker import (Error, Worker, check_file_isfile, check_set_argyll_bin, get_argyll_util, show_result_dialog) from wxaddons import CustomEvent, CustomGridCellEvent, FileDrop, wx from wxwindows import (ConfirmDialog, FileBrowseBitmapButtonWithChoiceHistory, InfoDialog) try: import wx.lib.agw.floatspin as floatspin except ImportError: import floatspin from wxMeasureFrame import get_default_size def swap_dict_keys_values(mydict): return dict([(v, k) for (k, v) in mydict.iteritems()]) class TestchartEditor(wx.Frame): def __init__(self, parent = None, id = -1, path=None, cfg=None, target=None): wx.Frame.__init__(self, parent, id, lang.getstr("testchart.edit")) self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) self.Bind(wx.EVT_CLOSE, self.tc_close_handler) self.tc_algos_ab = { "": lang.getstr("tc.ofp"), "t": lang.getstr("tc.t"), "r": lang.getstr("tc.r"), "R": lang.getstr("tc.R"), "q": lang.getstr("tc.q"), "i": lang.getstr("tc.i"), "I": lang.getstr("tc.I") } self.worker = Worker() self.worker.set_argyll_version("targen") if self.worker.argyll_version >= [1, 1, 0]: self.tc_algos_ab["Q"] = lang.getstr("tc.Q") self.tc_algos_ba = swap_dict_keys_values(self.tc_algos_ab) self.droptarget = FileDrop() self.droptarget.drophandlers = { ".cgats": self.ti1_drop_handler, ".icc": self.ti1_drop_handler, ".icm": self.ti1_drop_handler, ".ti1": self.ti1_drop_handler, ".ti3": self.ti1_drop_handler, ".txt": self.ti1_drop_handler } self.droptarget.unsupported_handler = self.drop_unsupported_handler if tc_use_alternate_preview: # splitter splitter = self.splitter = wx.SplitterWindow(self, -1, style = wx.SP_LIVE_UPDATE | wx.SP_3D) self.Bind(wx.EVT_SPLITTER_SASH_POS_CHANGED, self.tc_sash_handler, splitter) self.Bind(wx.EVT_SPLITTER_SASH_POS_CHANGING, self.tc_sash_handler, splitter) p1 = wx.Panel(splitter) p1.sizer = wx.BoxSizer(wx.VERTICAL) p1.SetSizer(p1.sizer) p2 = wx.Panel(splitter) # Setting a droptarget seems to cause crash when destroying ##p2.SetDropTarget(self.droptarget) p2.sizer = wx.BoxSizer(wx.VERTICAL) p2.SetSizer(p2.sizer) splitter.SetMinimumPaneSize(20) splitter.SplitHorizontally(p1, p2, -150) # splitter end panel = self.panel = p1 else: panel = self.panel = wx.Panel(self) panel.SetDropTarget(self.droptarget) self.sizer = wx.BoxSizer(wx.VERTICAL) panel.SetSizer(self.sizer) border = 4 sizer = wx.FlexGridSizer(0, 4) self.sizer.Add(sizer, flag = (wx.ALL & ~wx.BOTTOM), border = 12) # white patches sizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.white")), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.tc_white_patches = wx.SpinCtrl(panel, -1, size = (65, -1), min = 0, name = "tc_white_patches") self.Bind(wx.EVT_TEXT, self.tc_white_patches_handler, id = self.tc_white_patches.GetId()) sizer.Add(self.tc_white_patches, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) # single channel patches sizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.single")), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT, border = border) self.tc_single_channel_patches = wx.SpinCtrl(panel, -1, size = (65, -1), min = 0, max = 256, name = "tc_single_channel_patches") self.tc_single_channel_patches.Bind(wx.EVT_KILL_FOCUS, self.tc_single_channel_patches_handler) self.Bind(wx.EVT_SPINCTRL, self.tc_single_channel_patches_handler, id = self.tc_single_channel_patches.GetId()) hsizer = wx.BoxSizer(wx.HORIZONTAL) sizer.Add(hsizer) hsizer.Add(self.tc_single_channel_patches, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) hsizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.single.perchannel")), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) # black patches if self.worker.argyll_version >= [1, 6]: hsizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.black")), flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT, border=border) self.tc_black_patches = wx.SpinCtrl(panel, -1, size=(65, -1), min=0, name="tc_black_patches") self.Bind(wx.EVT_TEXT, self.tc_black_patches_handler, id=self.tc_black_patches.GetId()) hsizer.Add(self.tc_black_patches, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) # gray axis patches sizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.gray")), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.tc_gray_patches = wx.SpinCtrl(panel, -1, size = (65, -1), min = 0, max = 256, name = "tc_gray_patches") self.tc_gray_patches.Bind(wx.EVT_KILL_FOCUS, self.tc_gray_handler) self.Bind(wx.EVT_SPINCTRL, self.tc_gray_handler, id = self.tc_gray_patches.GetId()) sizer.Add(self.tc_gray_patches, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) # multidim steps sizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.multidim")), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT, border = border) hsizer = wx.BoxSizer(wx.HORIZONTAL) sizer.Add(hsizer) self.tc_multi_steps = wx.SpinCtrl(panel, -1, size = (65, -1), min = 0, max = 21, name = "tc_multi_steps") # 16 multi dim steps = 4096 patches self.tc_multi_steps.Bind(wx.EVT_KILL_FOCUS, self.tc_multi_steps_handler) self.Bind(wx.EVT_SPINCTRL, self.tc_multi_steps_handler, id = self.tc_multi_steps.GetId()) hsizer.Add(self.tc_multi_steps, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) if self.worker.argyll_version >= [1, 6, 0]: self.tc_multi_bcc_cb = wx.CheckBox(panel, -1, lang.getstr("centered")) self.tc_multi_bcc_cb.Bind(wx.EVT_CHECKBOX, self.tc_multi_bcc_cb_handler) hsizer.Add(self.tc_multi_bcc_cb, flag=wx.LEFT | wx.ALIGN_CENTER_VERTICAL, border=border) self.tc_multi_patches = wx.StaticText(panel, -1, "", name = "tc_multi_patches") hsizer.Add(self.tc_multi_patches, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) # full spread patches sizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.fullspread")), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.tc_fullspread_patches = wx.SpinCtrl(panel, -1, size = (65, -1), min = 0, max = 9999, name = "tc_fullspread_patches") self.Bind(wx.EVT_TEXT, self.tc_fullspread_handler, id = self.tc_fullspread_patches.GetId()) sizer.Add(self.tc_fullspread_patches, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) # algo algos = self.tc_algos_ab.values() algos.sort() sizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.algo")), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT, border = border) self.tc_algo = wx.Choice(panel, -1, choices = algos, name = "tc_algo") self.tc_algo.Disable() self.Bind(wx.EVT_CHOICE, self.tc_algo_handler, id = self.tc_algo.GetId()) sizer.Add(self.tc_algo, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) # adaption hsizer = wx.BoxSizer(wx.HORIZONTAL) sizer.Add(hsizer, 1, flag = wx.EXPAND) hsizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.adaption")), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.tc_adaption_slider = wx.Slider(panel, -1, 0, 0, 100, size = (64, -1), name = "tc_adaption_slider") self.tc_adaption_slider.Disable() self.Bind(wx.EVT_SLIDER, self.tc_adaption_handler, id = self.tc_adaption_slider.GetId()) hsizer.Add(self.tc_adaption_slider, flag = wx.ALIGN_CENTER_VERTICAL) self.tc_adaption_intctrl = wx.SpinCtrl(panel, -1, size = (65, -1), min = 0, max = 100, name = "tc_adaption_intctrl") self.tc_adaption_intctrl.Disable() self.Bind(wx.EVT_TEXT, self.tc_adaption_handler, id = self.tc_adaption_intctrl.GetId()) sizer.Add(self.tc_adaption_intctrl, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) hsizer = wx.GridSizer(0, 2) sizer.Add(hsizer, 1, flag = wx.EXPAND) hsizer.Add(wx.StaticText(panel, -1, "%"), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) hsizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.angle")), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT, border = border) # angle hsizer = wx.BoxSizer(wx.HORIZONTAL) sizer.Add(hsizer, 1, flag = wx.EXPAND) self.tc_angle_slider = wx.Slider(panel, -1, 0, 0, 5000, size = (128, -1), name = "tc_angle_slider") self.tc_angle_slider.Disable() self.Bind(wx.EVT_SLIDER, self.tc_angle_handler, id = self.tc_angle_slider.GetId()) hsizer.Add(self.tc_angle_slider, flag = wx.ALIGN_CENTER_VERTICAL) self.tc_angle_intctrl = wx.SpinCtrl(panel, -1, size = (75, -1), min = 0, max = 5000, name = "tc_angle_intctrl") self.tc_angle_intctrl.Disable() self.Bind(wx.EVT_TEXT, self.tc_angle_handler, id = self.tc_angle_intctrl.GetId()) hsizer.Add(self.tc_angle_intctrl, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) # gamma if (self.worker.argyll_version == [1, 1, "RC2"] or self.worker.argyll_version >= [1, 1]): sizer.Add(wx.StaticText(panel, -1, lang.getstr("trc.gamma")), flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) self.tc_gamma_floatctrl = floatspin.FloatSpin(panel, -1, size=(65, -1), min_val=0.0, max_val=9.9, increment=0.05, digits=2, name="tc_gamma_floatctrl") self.Bind(floatspin.EVT_FLOATSPIN, self.tc_gamma_handler, id=self.tc_gamma_floatctrl.GetId()) sizer.Add(self.tc_gamma_floatctrl, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) # neutral axis emphasis if self.worker.argyll_version >= [1, 3, 3]: sizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.neutral_axis_emphasis")), flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT, border=border) hsizer = wx.BoxSizer(wx.HORIZONTAL) sizer.Add(hsizer, 1, flag = wx.EXPAND) self.tc_neutral_axis_emphasis_slider = wx.Slider(panel, -1, 0, 0, 100, size=(64, -1), name="tc_neutral_axis_emphasis_slider") self.tc_neutral_axis_emphasis_slider.Disable() self.Bind(wx.EVT_SLIDER, self.tc_neutral_axis_emphasis_handler, id=self.tc_neutral_axis_emphasis_slider.GetId()) hsizer.Add(self.tc_neutral_axis_emphasis_slider, flag=wx.ALIGN_CENTER_VERTICAL) self.tc_neutral_axis_emphasis_intctrl = wx.SpinCtrl(panel, -1, size=(65, -1), min=0, max=100, name="tc_neutral_axis_emphasis_intctrl") self.tc_neutral_axis_emphasis_intctrl.Disable() self.Bind(wx.EVT_TEXT, self.tc_neutral_axis_emphasis_handler, id=self.tc_neutral_axis_emphasis_intctrl.GetId()) hsizer.Add(self.tc_neutral_axis_emphasis_intctrl, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) hsizer.Add(wx.StaticText(panel, -1, "%"), flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) # dark patch emphasis if self.worker.argyll_version >= [1, 6, 2]: hsizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.dark_emphasis")), flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT, border=border) self.tc_dark_emphasis_slider = wx.Slider(panel, -1, 0, 0, 100, size=(64, -1), name="tc_dark_emphasis_slider") self.tc_dark_emphasis_slider.Disable() self.Bind(wx.EVT_SLIDER, self.tc_dark_emphasis_handler, id=self.tc_dark_emphasis_slider.GetId()) hsizer.Add(self.tc_dark_emphasis_slider, flag=wx.ALIGN_CENTER_VERTICAL) self.tc_dark_emphasis_intctrl = wx.SpinCtrl(panel, -1, size=(65, -1), min=0, max=100, name="tc_dark_emphasis_intctrl") self.tc_dark_emphasis_intctrl.Disable() self.Bind(wx.EVT_TEXT, self.tc_dark_emphasis_handler, id=self.tc_dark_emphasis_intctrl.GetId()) hsizer.Add(self.tc_dark_emphasis_intctrl, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) hsizer.Add(wx.StaticText(panel, -1, "%"), flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) # precond profile hsizer = wx.BoxSizer(wx.HORIZONTAL) self.sizer.Add(hsizer, flag = wx.ALL & ~(wx.BOTTOM | wx.TOP) | wx.EXPAND, border = 12) self.tc_precond = wx.CheckBox(panel, -1, lang.getstr("tc.precond"), name = "tc_precond") self.tc_precond.Disable() self.Bind(wx.EVT_CHECKBOX, self.tc_precond_handler, id = self.tc_precond.GetId()) hsizer.Add(self.tc_precond, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.tc_precond_profile = FileBrowseBitmapButtonWithChoiceHistory( panel, -1, toolTip=lang.getstr("tc.precond"), dialogTitle=lang.getstr("tc.precond"), fileMask=lang.getstr("filetype.icc_mpp") + "|*.icc;*.icm;*.mpp", changeCallback=self.tc_precond_profile_handler, history=get_data_path("ref", "\.(icm|icc)$")) self.tc_precond_profile.SetMaxFontSize(11) hsizer.Add(self.tc_precond_profile, 1, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.tc_precond_profile_current_btn = wx.Button(panel, -1, lang.getstr("profile.current"), name="tc_precond_profile_current") self.Bind(wx.EVT_BUTTON, self.tc_precond_profile_current_ctrl_handler, id=self.tc_precond_profile_current_btn.GetId()) hsizer.Add(self.tc_precond_profile_current_btn, 0, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) # limit samples to lab sphere hsizer = wx.BoxSizer(wx.HORIZONTAL) self.sizer.Add(hsizer, flag = wx.ALL & ~(wx.BOTTOM | wx.TOP), border = 12) self.tc_filter = wx.CheckBox(panel, -1, lang.getstr("tc.limit.sphere"), name = "tc_filter") self.Bind(wx.EVT_CHECKBOX, self.tc_filter_handler, id = self.tc_filter.GetId()) hsizer.Add(self.tc_filter, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) # L hsizer.Add(wx.StaticText(panel, -1, "L"), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.tc_filter_L = wx.SpinCtrl(panel, -1, initial = 50, size = (65, -1), min = 0, max = 100, name = "tc_filter_L") self.Bind(wx.EVT_TEXT, self.tc_filter_handler, id = self.tc_filter_L.GetId()) hsizer.Add(self.tc_filter_L, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) # a hsizer.Add(wx.StaticText(panel, -1, "a"), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.tc_filter_a = wx.SpinCtrl(panel, -1, initial = 0, size = (65, -1), min = -128, max = 127, name = "tc_filter_a") self.Bind(wx.EVT_TEXT, self.tc_filter_handler, id = self.tc_filter_a.GetId()) hsizer.Add(self.tc_filter_a, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) # b hsizer.Add(wx.StaticText(panel, -1, "b"), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.tc_filter_b = wx.SpinCtrl(panel, -1, initial = 0, size = (65, -1), min = -128, max = 127, name = "tc_filter_b") self.Bind(wx.EVT_TEXT, self.tc_filter_handler, id = self.tc_filter_b.GetId()) hsizer.Add(self.tc_filter_b, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) # radius hsizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.limit.sphere_radius")), flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.tc_filter_rad = wx.SpinCtrl(panel, -1, initial = 255, size = (65, -1), min = 1, max = 255, name = "tc_filter_rad") self.Bind(wx.EVT_TEXT, self.tc_filter_handler, id = self.tc_filter_rad.GetId()) hsizer.Add(self.tc_filter_rad, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) # diagnostic VRML files hsizer = wx.BoxSizer(wx.HORIZONTAL) self.sizer.Add(hsizer, flag = wx.ALL & ~(wx.BOTTOM | wx.TOP), border = 12 + border) self.tc_vrml_label = wx.StaticText(panel, -1, lang.getstr("tc.vrml"), name = "tc_vrml_label") hsizer.Add(self.tc_vrml_label, flag = (wx.ALL & ~wx.LEFT) | wx.ALIGN_CENTER_VERTICAL, border = border * 2) self.tc_vrml_lab = wx.CheckBox(panel, -1, lang.getstr("tc.vrml.lab"), name = "tc_vrml_lab", style = wx.RB_GROUP) self.Bind(wx.EVT_CHECKBOX, self.tc_vrml_handler, id = self.tc_vrml_lab.GetId()) hsizer.Add(self.tc_vrml_lab, flag = (wx.ALL & ~wx.LEFT) | wx.ALIGN_CENTER_VERTICAL, border = border * 2) self.tc_vrml_device = wx.CheckBox(panel, -1, lang.getstr("tc.vrml.device"), name = "tc_vrml_device") self.Bind(wx.EVT_CHECKBOX, self.tc_vrml_handler, id = self.tc_vrml_device.GetId()) hsizer.Add(self.tc_vrml_device, flag = (wx.ALL & ~wx.LEFT) | wx.ALIGN_CENTER_VERTICAL, border = border * 2) hsizer.Add(wx.StaticText(panel, -1, lang.getstr("tc.vrml.black_offset")), flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) self.tc_vrml_black_offset_intctrl = wx.SpinCtrl(panel, -1, size=(55, -1), min=0, max=40, name="tc_vrml_black_offset_intctrl") self.Bind(wx.EVT_TEXT, self.tc_vrml_black_offset_ctrl_handler, id=self.tc_vrml_black_offset_intctrl.GetId()) hsizer.Add(self.tc_vrml_black_offset_intctrl, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) self.tc_vrml_use_D50_cb = wx.CheckBox(panel, -1, lang.getstr("tc.vrml.use_D50"), name="tc_vrml_use_D50_cb") self.Bind(wx.EVT_CHECKBOX, self.tc_vrml_use_D50_handler, id=self.tc_vrml_use_D50_cb.GetId()) hsizer.Add(self.tc_vrml_use_D50_cb, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) self.tc_vrml_compress_cb = wx.CheckBox(panel, -1, lang.getstr("compression.gzip"), name="tc_vrml_compress_cb") self.Bind(wx.EVT_CHECKBOX, self.tc_vrml_compress_handler, id=self.tc_vrml_compress_cb.GetId()) hsizer.Add(self.tc_vrml_compress_cb, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) # buttons hsizer = wx.BoxSizer(wx.HORIZONTAL) self.sizer.Add(hsizer, flag = (wx.ALL & ~wx.BOTTOM) | wx.ALIGN_CENTER, border = 12) self.preview_btn = wx.Button(panel, -1, lang.getstr("testchart.create"), name = "tc_create") self.preview_btn.SetInitialSize((self.preview_btn.GetSize()[0] + btn_width_correction, -1)) self.Bind(wx.EVT_BUTTON, self.tc_preview_handler, id = self.preview_btn.GetId()) hsizer.Add(self.preview_btn, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.save_btn = wx.Button(panel, -1, lang.getstr("testchart.save")) self.save_btn.SetInitialSize((self.save_btn.GetSize()[0] + btn_width_correction, -1)) self.save_btn.Disable() self.Bind(wx.EVT_BUTTON, self.tc_save_handler, id = self.save_btn.GetId()) hsizer.Add(self.save_btn, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.save_as_btn = wx.Button(panel, -1, lang.getstr("testchart.save_as")) self.save_as_btn.SetInitialSize((self.save_as_btn.GetSize()[0] + btn_width_correction, -1)) self.save_as_btn.Disable() self.Bind(wx.EVT_BUTTON, self.tc_save_as_handler, id = self.save_as_btn.GetId()) hsizer.Add(self.save_as_btn, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.export_btn = wx.Button(panel, -1, lang.getstr("export"), name = "tc_export") self.export_btn.SetInitialSize((self.export_btn.GetSize()[0] + btn_width_correction, -1)) self.export_btn.Disable() self.Bind(wx.EVT_BUTTON, self.tc_export_handler, id = self.export_btn.GetId()) hsizer.Add(self.export_btn, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.vrml_save_as_btn = wx.Button(panel, -1, lang.getstr("tc.vrml.save_as")) self.vrml_save_as_btn.SetInitialSize((self.vrml_save_as_btn.GetSize()[0] + btn_width_correction, -1)) self.vrml_save_as_btn.Disable() self.Bind(wx.EVT_BUTTON, self.tc_vrml_save_as_handler, id = self.vrml_save_as_btn.GetId()) hsizer.Add(self.vrml_save_as_btn, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) self.clear_btn = wx.Button(panel, -1, lang.getstr("testchart.discard"), name = "tc_clear") self.clear_btn.SetInitialSize((self.clear_btn.GetSize()[0] + btn_width_correction, -1)) self.clear_btn.Disable() self.Bind(wx.EVT_BUTTON, self.tc_clear_handler, id = self.clear_btn.GetId()) hsizer.Add(self.clear_btn, flag = wx.ALL | wx.ALIGN_CENTER_VERTICAL, border = border) # buttons row 2 hsizer = wx.BoxSizer(wx.HORIZONTAL) self.sizer.Add(hsizer, flag=wx.ALIGN_CENTER | wx.LEFT | wx.RIGHT, border=12) hsizer.Add(wx.StaticText(panel, -1, lang.getstr("testchart.add_saturation_sweeps")), flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) self.saturation_sweeps_intctrl = wx.SpinCtrl(panel, -1, size=(50, -1), initial=getcfg("tc.saturation_sweeps"), min=2, max=255) self.saturation_sweeps_intctrl.Disable() hsizer.Add(self.saturation_sweeps_intctrl, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) for color in ("R", "G", "B", "C", "M", "Y"): name = "saturation_sweeps_%s_btn" % color setattr(self, name, wx.Button(panel, -1, color, size=(30, -1))) getattr(self, "saturation_sweeps_%s_btn" % color).Disable() self.Bind(wx.EVT_BUTTON, self.tc_add_saturation_sweeps_handler, id=getattr(self, name).GetId()) hsizer.Add(getattr(self, name), flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) self.saturation_sweeps_custom_btn = wx.Button(panel, -1, lang.getstr("color.custom")) self.saturation_sweeps_custom_btn.Disable() self.Bind(wx.EVT_BUTTON, self.tc_add_saturation_sweeps_handler, id=self.saturation_sweeps_custom_btn.GetId()) hsizer.Add(self.saturation_sweeps_custom_btn, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) for component in ("R", "G", "B"): hsizer.Add(wx.StaticText(panel, -1, component), flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) name = "saturation_sweeps_custom_%s_ctrl" % component setattr(self, name, floatspin.FloatSpin(panel, -1, size=(65, -1), value=getcfg("tc.saturation_sweeps.custom.%s" % component), min_val=0, max_val=100, increment=100.0 / 255, digits=2)) getattr(self, "saturation_sweeps_custom_%s_ctrl" % component).Disable() self.Bind(floatspin.EVT_FLOATSPIN, self.tc_algo_handler, id=getattr(self, name).GetId()) hsizer.Add(getattr(self, name), flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) # buttons row 3 hsizer = wx.BoxSizer(wx.HORIZONTAL) self.sizer.Add(hsizer, flag=wx.ALIGN_CENTER | wx.LEFT | wx.RIGHT, border=12) self.add_ti3_btn = wx.Button(panel, -1, lang.getstr("testchart.add_ti3_patches")) self.add_ti3_btn.SetInitialSize((self.add_ti3_btn.GetSize()[0] + btn_width_correction, -1)) self.add_ti3_btn.Disable() self.Bind(wx.EVT_BUTTON, self.tc_add_ti3_handler, id=self.add_ti3_btn.GetId()) hsizer.Add(self.add_ti3_btn, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) self.add_ti3_relative_cb = wx.CheckBox(panel, -1, lang.getstr("whitepoint.simulate.relative")) self.add_ti3_relative_cb.Disable() self.Bind(wx.EVT_CHECKBOX, self.tc_add_ti3_relative_handler, id=self.add_ti3_relative_cb.GetId()) hsizer.Add(self.add_ti3_relative_cb, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) hsizer.Add((50, 1)) hsizer.Add(wx.StaticText(panel, -1, lang.getstr("testchart.change_patch_order")), flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) patch_order_choices = [] for lstr in ("testchart.sort_RGB_gray_to_top", "testchart.sort_RGB_white_to_top", "testchart.sort_by_HSV", "testchart.sort_by_L", "testchart.sort_by_RGB", "testchart.sort_by_RGB_sum", "testchart.optimize_for_untethered_auto_mode"): patch_order_choices.append(lang.getstr(lstr)) self.change_patch_order_ctrl = wx.Choice(panel, -1, choices=patch_order_choices) self.change_patch_order_ctrl.SetSelection(0) hsizer.Add(self.change_patch_order_ctrl, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) self.change_patch_order_btn = wx.Button(panel, -1, lang.getstr("apply")) self.Bind(wx.EVT_BUTTON, self.tc_sort_handler, id=self.change_patch_order_btn.GetId()) hsizer.Add(self.change_patch_order_btn, flag=wx.ALL | wx.ALIGN_CENTER_VERTICAL, border=border) # grid self.grid = wx.grid.Grid(panel, -1, size = (-1, 150), style = wx.BORDER_STATIC) self.grid.select_in_progress = False self.sizer.Add(self.grid, 1, flag = wx.ALL | wx.EXPAND, border = 12 + border) self.grid.CreateGrid(0, 0) self.Bind(wx.grid.EVT_GRID_CELL_CHANGE, self.tc_grid_cell_change_handler) self.grid.Bind(wx.grid.EVT_GRID_LABEL_LEFT_CLICK, self.tc_grid_label_left_click_handler) self.grid.Bind(wx.grid.EVT_GRID_LABEL_LEFT_DCLICK, self.tc_grid_label_left_dclick_handler) self.grid.Bind(wx.grid.EVT_GRID_CELL_LEFT_CLICK, self.tc_grid_cell_left_click_handler) self.grid.Bind(wx.grid.EVT_GRID_RANGE_SELECT, self.tc_grid_range_select_handler) self.grid.Bind(wx.grid.EVT_GRID_SELECT_CELL, self.tc_grid_cell_select_handler) self.grid.DisableDragRowSize() # preview area if tc_use_alternate_preview: hsizer = wx.StaticBoxSizer(wx.StaticBox(p2, -1, lang.getstr("preview")), wx.VERTICAL) p2.sizer.Add(hsizer, 1, flag = wx.ALL | wx.ALIGN_CENTER | wx.EXPAND, border = 12) preview = self.preview = wx.ScrolledWindow(p2, -1, style = wx.VSCROLL) preview.Bind(wx.EVT_ENTER_WINDOW, self.tc_set_default_status, id = preview.GetId()) hsizer.Add(preview, 1, wx.EXPAND) preview.sizer = wx.BoxSizer(wx.VERTICAL) preview.SetSizer(preview.sizer) self.patchsizer = wx.GridSizer(0, 0) preview.sizer.Add(self.patchsizer) preview.SetMinSize((-1, 100)) panel.Bind(wx.EVT_ENTER_WINDOW, self.tc_set_default_status, id = panel.GetId()) # status status = wx.StatusBar(self, -1) self.SetStatusBar(status) # layout self.sizer.SetSizeHints(self) self.sizer.Layout() if tc_use_alternate_preview: self.SetMinSize((self.GetMinSize()[0], self.GetMinSize()[1] + 150)) defaults.update({ "position.tcgen.x": self.GetDisplay().ClientArea[0] + 40, "position.tcgen.y": self.GetDisplay().ClientArea[1] + 60, "size.tcgen.w": self.GetMinSize()[0], "size.tcgen.h": self.GetMinSize()[1] }) if hascfg("position.tcgen.x") and hascfg("position.tcgen.y") and hascfg("size.tcgen.w") and hascfg("size.tcgen.h"): self.SetSaneGeometry(int(getcfg("position.tcgen.x")), int(getcfg("position.tcgen.y")), int(getcfg("size.tcgen.w")), int(getcfg("size.tcgen.h"))) else: self.Center() self.tc_size_handler() children = self.GetAllChildren() for child in children: if hasattr(child, "SetFont"): child.SetMaxFontSize(11) child.Bind(wx.EVT_KEY_DOWN, self.tc_key_handler) self.Bind(wx.EVT_MOVE, self.tc_move_handler) self.Bind(wx.EVT_SIZE, self.tc_size_handler, self) self.Bind(wx.EVT_MAXIMIZE, self.tc_size_handler, self) self.Children[0].Bind(wx.EVT_WINDOW_DESTROY, self.tc_destroy_handler) wx.CallAfter(self.tc_load_cfg_from_ti1, None, path, cfg, target) def ti1_drop_handler(self, path): self.tc_load_cfg_from_ti1(None, path) def drop_unsupported_handler(self): if not self.worker.is_working(): files = self.droptarget._filenames InfoDialog(self, msg = lang.getstr("error.file_type_unsupported") + "\n\n" + "\n".join(files), ok = lang.getstr("ok"), bitmap = geticon(32, "dialog-error")) def tc_grid_cell_left_click_handler(self, event): event.Skip() def tc_grid_cell_select_handler(self, event): if debug: safe_print("[D] tc_grid_cell_select_handler") row, col = event.GetRow(), event.GetCol() if event.Selecting(): pass self.grid.SelectBlock(row, col, row, col) self.tc_grid_anchor_row = row event.Skip() def tc_grid_range_select_handler(self, event): if debug: safe_print("[D] tc_grid_range_select_handler") if not self.grid.select_in_progress: wx.CallAfter(self.tc_set_default_status) event.Skip() def tc_grid_label_left_click_handler(self, event): row, col = event.GetRow(), event.GetCol() if row == -1 and col > -1: # col label clicked self.grid.SetFocus() self.grid.SetGridCursor(max(self.grid.GetGridCursorRow(), 0), col) self.grid.MakeCellVisible(max(self.grid.GetGridCursorRow(), 0), col) elif col == -1 and row > -1: # row label clicked if self.tc_grid_select_row_handler(row, event.ShiftDown(), event.ControlDown() or event.CmdDown()): return event.Skip() def tc_grid_label_left_dclick_handler(self, event): row, col = event.GetRow(), event.GetCol() if col == -1: # row label clicked data = self.ti1.queryv1("DATA") wp = self.ti1.queryv1("APPROX_WHITE_POINT") if wp: wp = [float(v) for v in wp.split()] wp = [CGATS.rpad((v / wp[1]) * 100.0, data.vmaxlen) for v in wp] else: wp = colormath.get_standard_illuminant("D65", scale=100) newdata = { "SAMPLE_ID": row + 2, "RGB_R": 100.0, "RGB_G": 100.0, "RGB_B": 100.0, "XYZ_X": wp[0], "XYZ_Y": 100, "XYZ_Z": wp[2] } self.tc_add_data(row, [newdata]) event.Skip() def tc_grid_select_row_handler(self, row, shift = False, ctrl = False): if debug: safe_print("[D] tc_grid_select_row_handler") self.grid.SetFocus() if not shift and not ctrl: self.grid.SetGridCursor(row, max(self.grid.GetGridCursorCol(), 0)) self.grid.MakeCellVisible(row, max(self.grid.GetGridCursorCol(), 0)) self.grid.SelectRow(row) self.tc_grid_anchor_row = row if self.grid.IsSelection(): if shift: self.grid.select_in_progress = True rows = self.grid.GetSelectionRows() sel = range(min(self.tc_grid_anchor_row, row), max(self.tc_grid_anchor_row, row)) desel = [] add = [] for i in rows: if i not in sel: desel += [i] for i in sel: if i not in rows: add += [i] if len(desel) >= len(add): # in this case deselecting rows will take as long or longer than selecting, so use SelectRow to speed up the operation self.grid.SelectRow(row) else: for i in desel: self.grid.DeselectRow(i) for i in add: self.grid.SelectRow(i, True) self.grid.select_in_progress = False return False elif ctrl: if self.grid.IsInSelection(row, 0): self.grid.select_in_progress = True self.grid.DeselectRow(row) self.grid.select_in_progress = False self.tc_set_default_status() return True else: self.grid.SelectRow(row, True) return False def tc_key_handler(self, event): # AltDown # CmdDown # ControlDown # GetKeyCode # GetModifiers # GetPosition # GetRawKeyCode # GetRawKeyFlags # GetUniChar # GetUnicodeKey # GetX # GetY # HasModifiers # KeyCode # MetaDown # Modifiers # Position # RawKeyCode # RawKeyFlags # ShiftDown # UnicodeKey # X # Y if debug: safe_print("[D] event.KeyCode", event.GetKeyCode(), "event.RawKeyCode", event.GetRawKeyCode(), "event.UniChar", event.GetUniChar(), "event.UnicodeKey", event.GetUnicodeKey(), "CTRL/CMD:", event.ControlDown() or event.CmdDown(), "ALT:", event.AltDown(), "SHIFT:", event.ShiftDown()) if (event.ControlDown() or event.CmdDown()): # CTRL (Linux/Mac/Windows) / CMD (Mac) key = event.GetKeyCode() focus = self.FindFocus() if self.grid in (focus, focus.GetParent(), focus.GetGrandParent()): if key in (8, 127): # BACKSPACE / DEL rows = self.grid.GetSelectionRows() if rows and len(rows) and min(rows) >= 0 and max(rows) + 1 <= self.grid.GetNumberRows(): if len(rows) == self.grid.GetNumberRows(): self.tc_check_save_ti1() else: self.tc_delete_rows(rows) return elif key == 65: # A self.grid.SelectAll() return elif key in (67, 88): # C / X clip = [] cells = self.grid.GetSelection() i = -1 start_col = self.grid.GetNumberCols() for cell in cells: row = cell[0] col = cell[1] if i < row: clip += [[]] i = row if col < start_col: start_col = col while len(clip[-1]) - 1 < col: clip[-1] += [""] clip[-1][col] = self.grid.GetCellValue(row, col) for i, row in enumerate(clip): clip[i] = "\t".join(row[start_col:]) clipdata = wx.TextDataObject() clipdata.SetText("\n".join(clip)) wx.TheClipboard.Open() wx.TheClipboard.SetData(clipdata) wx.TheClipboard.Close() return elif key == 86: # V do = wx.TextDataObject() wx.TheClipboard.Open() success = wx.TheClipboard.GetData(do) wx.TheClipboard.Close() if success: txt = StringIO(do.GetText()) lines = txt.readlines() txt.close() for i, line in enumerate(lines): lines[i] = re.sub(" +", "\t", line).split("\t") # translate from selected cells into a grid with None values for not selected cells grid = [] cells = self.grid.GetSelection() i = -1 start_col = self.grid.GetNumberCols() for cell in cells: row = cell[0] col = cell[1] # Skip read-only cells if (self.grid.IsReadOnly(row, col) or not self.grid.GetColLabelValue(col)): continue if i < row: grid += [[]] i = row if col < start_col: start_col = col while len(grid[-1]) - 1 < col: grid[-1] += [None] grid[-1][col] = cell for i, row in enumerate(grid): grid[i] = row[start_col:] # 'paste' values from clipboard for i, row in enumerate(grid): for j, cell in enumerate(row): if cell != None and len(lines) > i and len(lines[i]) > j and self.grid.GetColLabelValue(j): self.grid.SetCellValue(cell[0], cell[1], lines[i][j]) self.tc_grid_cell_change_handler(CustomGridCellEvent(wx.grid.EVT_GRID_CELL_CHANGE.evtType[0], self.grid, cell[0], cell[1])) return if key == 83: # S if (hasattr(self, "ti1")): if event.ShiftDown() or event.AltDown() or not os.path.exists(self.ti1.filename): self.tc_save_as_handler() elif self.ti1.modified: self.tc_save_handler() return else: event.Skip() else: event.Skip() def tc_sash_handler(self, event): if event.GetSashPosition() < self.sizer.GetMinSize()[1]: self.splitter.SetSashPosition(self.sizer.GetMinSize()[1]) event.Skip() def tc_size_handler(self, event = None): if hasattr(self, "preview"): safe_margin = 5 scrollbarwidth = 20 self.patchsizer.SetCols((self.preview.GetSize()[0] - scrollbarwidth - safe_margin) / 20) if self.IsShownOnScreen() and not self.IsMaximized() and not self.IsIconized(): w, h = self.GetSize() setcfg("size.tcgen.w", w) setcfg("size.tcgen.h", h) if event: event.Skip() def tc_sort_handler(self, event): idx = self.change_patch_order_ctrl.GetSelection() if idx == 0: self.ti1.sort_RGB_gray_to_top() elif idx == 1: self.ti1.sort_RGB_white_to_top() elif idx == 2: self.ti1.sort_by_HSV() elif idx == 3: self.ti1.sort_by_L() elif idx == 4: self.ti1.sort_by_RGB() elif idx == 5: self.ti1.sort_by_RGB_sum() elif idx == 6: self.ti1.checkerboard() self.tc_clear(False) self.tc_preview(True) def tc_enable_sort_controls(self): enable = hasattr(self, "ti1") self.change_patch_order_ctrl.Enable(enable) self.change_patch_order_btn.Enable(enable) def tc_grid_cell_change_handler(self, event, save_check=True): data = self.ti1[0]["DATA"] sample = data[event.GetRow()] label = self.grid.GetColLabelValue(event.GetCol()) value = self.grid.GetCellValue(event.GetRow(), event.GetCol()).replace(",", ".") value_set = False try: value = float(value) except ValueError, exception: if label in self.ti1[0]["DATA_FORMAT"].values(): value = sample[label] else: value = "" else: if label in ("RGB_R", "RGB_G", "RGB_B"): if value > 100: value = 100.0 elif value < 0: value = 0.0 sample[label] = value # If the same RGB combo is already in the ti1, use its XYZ # TODO: Implement proper lookup when using precond profile # This costs too much performance when updating multiple cells! # (e.g. paste operation from spreadsheet) ##ref = data.queryi({"RGB_R": sample["RGB_R"], ##"RGB_G": sample["RGB_G"], ##"RGB_B": sample["RGB_B"]}) ##if ref: ##for i in ref: ##if ref[i] != sample: ##ref = ref[i] ##break ##if "XYZ_X" in ref: ##XYZ = [component / 100.0 for component in (ref["XYZ_X"], ref["XYZ_Y"], ref["XYZ_Z"])] ##else: # Fall back to default D65-ish values XYZ = argyll_RGB2XYZ(*[component / 100.0 for component in (sample["RGB_R"], sample["RGB_G"], sample["RGB_B"])]) sample["XYZ_X"], sample["XYZ_Y"], sample["XYZ_Z"] = [component * 100.0 for component in XYZ] for label in ("XYZ_X", "XYZ_Y", "XYZ_Z"): for col in range(self.grid.GetNumberCols()): if self.grid.GetColLabelValue(col) == label: self.grid.SetCellValue(event.GetRow(), col, str(round(sample[label], 4))) value_set = True elif label in ("XYZ_X", "XYZ_Y", "XYZ_Z"): # FIXME: Should this be removed? There are no XYZ fields in the editor if value < 0: value = 0.0 sample[label] = value RGB = argyll_XYZ2RGB(*[component / 100.0 for component in (sample["XYZ_X"], sample["XYZ_Y"], sample["XYZ_Z"])]) sample["RGB_R"], sample["RGB_G"], sample["RGB_B"] = [component * 100.0 for component in RGB] for label in ("RGB_R", "RGB_G", "RGB_B"): for col in range(self.grid.GetNumberCols()): if self.grid.GetColLabelValue(col) == label: self.grid.SetCellValue(event.GetRow(), col, str(round(sample[label], 4))) value_set = True self.tc_grid_setcolorlabel(event.GetRow()) if save_check: self.tc_save_check() if hasattr(self, "preview"): patch = self.patchsizer.GetItem(event.GetRow()).GetWindow() self.tc_patch_setcolorlabel(patch) patch.Refresh() if not value_set: self.grid.SetCellValue(event.GetRow(), event.GetCol(), CGATS.rcut(value, sample.parent.vmaxlen)) def tc_white_patches_handler(self, event = None): setcfg("tc_white_patches", self.tc_white_patches.GetValue()) self.tc_check() if event: event.Skip() def tc_black_patches_handler(self, event = None): setcfg("tc_black_patches", self.tc_black_patches.GetValue()) self.tc_check() if event: event.Skip() def tc_single_channel_patches_handler(self, event = None): if event: event = CustomEvent(event.GetEventType(), event.GetEventObject()) if event and event.GetEventType() == wx.EVT_TEXT.evtType[0]: wx.CallLater(3000, self.tc_single_channel_patches_handler2, event) # 3 seconds delay to allow user to finish keying in a value before it is validated else: wx.CallAfter(self.tc_single_channel_patches_handler2, event) def tc_single_channel_patches_handler2(self, event = None): if self.tc_single_channel_patches.GetValue() == 1: if event and event.GetEventType() in (0, wx.EVT_SPINCTRL.evtType[0]) and getcfg("tc_single_channel_patches") == 2: # decrease self.tc_single_channel_patches.SetValue(0) else: # increase self.tc_single_channel_patches.SetValue(2) setcfg("tc_single_channel_patches", self.tc_single_channel_patches.GetValue()) self.tc_check() def tc_gray_handler(self, event = None): if event: event = CustomEvent(event.GetEventType(), event.GetEventObject()) if event and event.GetEventType() == wx.EVT_TEXT.evtType[0]: wx.CallLater(3000, self.tc_gray_handler2, event) # 3 seconds delay to allow user to finish keying in a value before it is validated else: wx.CallAfter(self.tc_gray_handler2, event) def tc_gray_handler2(self, event = None): if self.tc_gray_patches.GetValue() == 1: if event and event.GetEventType() in (0, wx.EVT_SPINCTRL.evtType[0]) and getcfg("tc_gray_patches") == 2: # decrease self.tc_gray_patches.SetValue(0) else: # increase self.tc_gray_patches.SetValue(2) setcfg("tc_gray_patches", self.tc_gray_patches.GetValue()) self.tc_check() def tc_fullspread_handler(self, event = None): setcfg("tc_fullspread_patches", self.tc_fullspread_patches.GetValue()) self.tc_algo_handler() self.tc_check() def tc_gamma_handler(self, event): setcfg("tc_gamma", self.tc_gamma_floatctrl.GetValue()) def tc_get_total_patches(self, white_patches = None, black_patches=None, single_channel_patches = None, gray_patches = None, multi_steps = None, multi_bcc_steps=None, fullspread_patches = None): if hasattr(self, "ti1") and [white_patches, black_patches, single_channel_patches, gray_patches, multi_steps, multi_bcc_steps, fullspread_patches] == [None] * 7: return self.ti1.queryv1("NUMBER_OF_SETS") if white_patches is None: white_patches = self.tc_white_patches.GetValue() if black_patches is None: if self.worker.argyll_version >= [1, 6]: black_patches = self.tc_black_patches.GetValue() elif hasattr(self, "ti1"): black_patches = self.ti1.queryv1("BLACK_COLOR_PATCHES") if single_channel_patches is None: single_channel_patches = self.tc_single_channel_patches.GetValue() single_channel_patches_total = single_channel_patches * 3 if gray_patches is None: gray_patches = self.tc_gray_patches.GetValue() if (gray_patches == 0 and (single_channel_patches > 0 or black_patches > 0) and white_patches > 0): gray_patches = 2 if multi_steps is None: multi_steps = self.tc_multi_steps.GetValue() if multi_bcc_steps is None and getcfg("tc_multi_bcc") and self.worker.argyll_version >= [1, 6]: multi_bcc_steps = self.tc_multi_steps.GetValue() if fullspread_patches is None: fullspread_patches = self.tc_fullspread_patches.GetValue() return get_total_patches(white_patches, black_patches, single_channel_patches, gray_patches, multi_steps, multi_bcc_steps, fullspread_patches) def tc_get_black_patches(self): if self.worker.argyll_version >= [1, 6]: black_patches = self.tc_black_patches.GetValue() else: black_patches = 0 single_channel_patches = self.tc_single_channel_patches.GetValue() gray_patches = self.tc_gray_patches.GetValue() if gray_patches == 0 and single_channel_patches > 0 and black_patches > 0: gray_patches = 2 multi_steps = self.tc_multi_steps.GetValue() if multi_steps > 1 or gray_patches > 1: # black always in multi channel or gray patches black_patches -= 1 return max(0, black_patches) def tc_get_white_patches(self): white_patches = self.tc_white_patches.GetValue() single_channel_patches = self.tc_single_channel_patches.GetValue() gray_patches = self.tc_gray_patches.GetValue() if gray_patches == 0 and single_channel_patches > 0 and white_patches > 0: gray_patches = 2 multi_steps = self.tc_multi_steps.GetValue() if multi_steps > 1 or gray_patches > 1: # white always in multi channel or gray patches white_patches -= 1 return max(0, white_patches) def tc_multi_steps_handler(self, event = None): if event: event = CustomEvent(event.GetEventType(), event.GetEventObject()) if event and event.GetEventType() == wx.EVT_TEXT.evtType[0]: wx.CallLater(3000, self.tc_multi_steps_handler2, event) # 3 seconds delay to allow user to finish keying in a value before it is validated else: wx.CallAfter(self.tc_multi_steps_handler2, event) def tc_multi_steps_handler2(self, event = None): if self.tc_multi_steps.GetValue() == 1: if event and event.GetEventType() in (0, wx.EVT_SPINCTRL.evtType[0]) and getcfg("tc_multi_steps") == 2: # decrease self.tc_multi_steps.SetValue(0) else: # increase self.tc_multi_steps.SetValue(2) multi_steps = self.tc_multi_steps.GetValue() multi_patches = int(math.pow(multi_steps, 3)) if getcfg("tc_multi_bcc") and self.worker.argyll_version >= [1, 6]: pref = "tc_multi_bcc_steps" if multi_steps: multi_patches += int(math.pow(multi_steps - 1, 3)) multi_steps += multi_steps - 1 setcfg("tc_multi_steps", self.tc_multi_steps.GetValue()) else: pref = "tc_multi_steps" setcfg("tc_multi_bcc_steps", 0) self.tc_multi_patches.SetLabel(lang.getstr("tc.multidim.patches", (multi_patches, multi_steps))) setcfg(pref, self.tc_multi_steps.GetValue()) self.tc_check() def tc_neutral_axis_emphasis_handler(self, event=None): if event.GetId() == self.tc_neutral_axis_emphasis_slider.GetId(): self.tc_neutral_axis_emphasis_intctrl.SetValue(self.tc_neutral_axis_emphasis_slider.GetValue()) else: self.tc_neutral_axis_emphasis_slider.SetValue(self.tc_neutral_axis_emphasis_intctrl.GetValue()) setcfg("tc_neutral_axis_emphasis", self.tc_neutral_axis_emphasis_intctrl.GetValue() / 100.0) self.tc_algo_handler() def tc_dark_emphasis_handler(self, event=None): if event.GetId() == self.tc_dark_emphasis_slider.GetId(): self.tc_dark_emphasis_intctrl.SetValue(self.tc_dark_emphasis_slider.GetValue()) else: self.tc_dark_emphasis_slider.SetValue(self.tc_dark_emphasis_intctrl.GetValue()) setcfg("tc_dark_emphasis", self.tc_dark_emphasis_intctrl.GetValue() / 100.0) self.tc_algo_handler() def tc_algo_handler(self, event = None): tc_algo_enable = self.tc_fullspread_patches.GetValue() > 0 self.tc_algo.Enable(tc_algo_enable) tc_algo = self.tc_algos_ba[self.tc_algo.GetStringSelection()] self.tc_adaption_slider.Enable(tc_algo_enable and tc_algo == "") self.tc_adaption_intctrl.Enable(tc_algo_enable and tc_algo == "") tc_precond_enable = (tc_algo in ("I", "Q", "R", "t") or (tc_algo == "" and self.tc_adaption_slider.GetValue() > 0)) if self.worker.argyll_version >= [1, 3, 3]: self.tc_neutral_axis_emphasis_slider.Enable(tc_algo_enable and tc_precond_enable) self.tc_neutral_axis_emphasis_intctrl.Enable(tc_algo_enable and tc_precond_enable) self.tc_precond.Enable(bool(getcfg("tc_precond_profile"))) if not getcfg("tc_precond_profile"): self.tc_precond.SetValue(False) else: self.tc_precond.SetValue(bool(int(getcfg("tc_precond")))) if self.worker.argyll_version >= [1, 6, 2]: tc_dark_emphasis_enable = (self.worker.argyll_version >= [1, 6, 3] or (tc_precond_enable and bool(int(getcfg("tc_precond"))) and bool(getcfg("tc_precond_profile")))) self.tc_dark_emphasis_slider.Enable(tc_dark_emphasis_enable) self.tc_dark_emphasis_intctrl.Enable(tc_dark_emphasis_enable) self.tc_angle_slider.Enable(tc_algo_enable and tc_algo in ("i", "I")) self.tc_angle_intctrl.Enable(tc_algo_enable and tc_algo in ("i", "I")) setcfg("tc_algo", tc_algo) self.tc_enable_add_precond_controls() def tc_enable_add_precond_controls(self): tc_algo = getcfg("tc_algo") add_preconditioned_enable = (hasattr(self, "ti1") and bool(getcfg("tc_precond_profile")) and (tc_algo in ("I", "Q", "R", "t") or (tc_algo == "" and getcfg("tc_adaption") == 1))) self.saturation_sweeps_intctrl.Enable(add_preconditioned_enable) for color in ("R", "G", "B", "C", "M", "Y"): getattr(self, "saturation_sweeps_%s_btn" % color).Enable( add_preconditioned_enable) RGB = {} for component in ("R", "G", "B"): ctrl = getattr(self, "saturation_sweeps_custom_%s_ctrl" % component) ctrl.Enable(add_preconditioned_enable) RGB[component] = ctrl.GetValue() self.saturation_sweeps_custom_btn.Enable( add_preconditioned_enable and not (RGB["R"] == RGB["G"] == RGB["B"])) self.add_ti3_btn.Enable(add_preconditioned_enable) self.add_ti3_relative_cb.Enable(add_preconditioned_enable) def tc_adaption_handler(self, event = None): if event.GetId() == self.tc_adaption_slider.GetId(): self.tc_adaption_intctrl.SetValue(self.tc_adaption_slider.GetValue()) else: self.tc_adaption_slider.SetValue(self.tc_adaption_intctrl.GetValue()) setcfg("tc_adaption", self.tc_adaption_intctrl.GetValue() / 100.0) self.tc_algo_handler() def tc_add_saturation_sweeps_handler(self, event): try: profile = ICCP.ICCProfile(getcfg("tc_precond_profile")) except (IOError, ICCP.ICCProfileInvalidError), exception: show_result_dialog(exception, self) else: rgb_space = profile.get_rgb_space() if not rgb_space: show_result_dialog(Error( lang.getstr("profile.required_tags_missing", lang.getstr("profile.type.shaper_matrix"))), self) return R, G, B = {self.saturation_sweeps_R_btn.GetId(): (1, 0, 0), self.saturation_sweeps_G_btn.GetId(): (0, 1, 0), self.saturation_sweeps_B_btn.GetId(): (0, 0, 1), self.saturation_sweeps_C_btn.GetId(): (0, 1, 1), self.saturation_sweeps_M_btn.GetId(): (1, 0, 1), self.saturation_sweeps_Y_btn.GetId(): (1, 1, 0), self.saturation_sweeps_custom_btn.GetId(): (self.saturation_sweeps_custom_R_ctrl.GetValue() / 100.0, self.saturation_sweeps_custom_G_ctrl.GetValue() / 100.0, self.saturation_sweeps_custom_B_ctrl.GetValue() / 100.0)}[event.GetId()] maxv = self.saturation_sweeps_intctrl.GetValue() newdata = [] row = self.grid.GetSelectionRows()[-1] for i in xrange(maxv): saturation = 1.0 / (maxv - 1) * i RGB, xyY = colormath.RGBsaturation(R, G, B, 1.0 / (maxv - 1) * i, rgb_space) X, Y, Z = colormath.xyY2XYZ(*xyY) newdata.append({ "SAMPLE_ID": row + 2, "RGB_R": round(RGB[0] * 100, 4), "RGB_G": round(RGB[1] * 100, 4), "RGB_B": round(RGB[2] * 100, 4), "XYZ_X": X * 100, "XYZ_Y": Y * 100, "XYZ_Z": Z * 100 }) self.tc_add_data(row, newdata) def tc_add_ti3_handler(self, event): try: profile = ICCP.ICCProfile(getcfg("tc_precond_profile")) except (IOError, ICCP.ICCProfileInvalidError), exception: show_result_dialog(exception, self) return defaultDir, defaultFile = get_verified_path("testchart.reference") dlg = wx.FileDialog(self, lang.getstr("testchart_or_reference"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard=(lang.getstr("filetype.ti1_ti3_txt") + "|*.cgats;*.cie;*.gam;*.jpg;*.jpeg;*.png;*.ti1;*.ti2;*.ti3;*.tif;*.tiff;*.txt"), style=wx.FD_OPEN | wx.FD_FILE_MUST_EXIST) dlg.Center(wx.BOTH) result = dlg.ShowModal() if result == wx.ID_OK: path = dlg.GetPath() setcfg("testchart.reference", path) dlg.Destroy() if result != wx.ID_OK: return use_gamut = False # Determine if this is an image filename, ext = os.path.splitext(path) if ext.lower() in (".jpg", ".jpeg", ".png", ".tif", ".tiff"): llevel = wx.Log.GetLogLevel() wx.Log.SetLogLevel(0) # Suppress TIFF library related message popups try: img = wx.Image(path, wx.BITMAP_TYPE_ANY) if not img.IsOk(): raise Error(lang.getstr("error.file_type_unsupported")) except Exception, exception: show_result_dialog(exception, self) return finally: wx.Log.SetLogLevel(llevel) if test: dlg = ConfirmDialog(self, msg=lang.getstr("gamut"), ok="L*a*b*", alt="RGB", bitmap=geticon(32, "dialog-question")) result = dlg.ShowModal() if result == wx.ID_CANCEL: return use_gamut = result == wx.ID_OK else: img = None self.worker.start(self.tc_add_ti3_consumer, self.tc_add_ti3, cargs=(profile, ), wargs=(path, img, use_gamut, profile), wkwargs={}, progress_msg=lang.getstr("testchart.add_ti3_patches"), parent=self, progress_start=500) def tc_add_ti3_consumer(self, result, profile=None): if isinstance(result, Exception): show_result_dialog(result, self) else: chart = result data_format = chart.queryv1("DATA_FORMAT").values() if getcfg("tc_add_ti3_relative"): intent = "r" else: intent = "a" if not (chart[0].type.strip() == "GAMUT" and "RGB_R" in data_format and "RGB_G" in data_format and "RGB_B" in data_format): as_ti3 = ("LAB_L" in data_format and "LAB_A" in data_format and "LAB_B" in data_format) or ("XYZ_X" in data_format and "XYZ_Y" in data_format and "XYZ_Z" in data_format) if getcfg("tc_add_ti3_relative"): adapted = chart.adapt() ti1, ti3, void = self.worker.chart_lookup(chart, profile, as_ti3, intent=intent, add_white_patches=False) if not ti1 or not ti3: return if as_ti3: chart = ti1 else: chart = ti3 dataset = chart.queryi1("DATA") data_format = dataset.queryv1("DATA_FORMAT").values() # Returned CIE values are always either XYZ or Lab if ("LAB_L" in data_format and "LAB_A" in data_format and "LAB_B" in data_format): cie = "Lab" else: cie = "XYZ" newdata = [] row = self.grid.GetSelectionRows()[-1] for i in dataset.DATA: if cie == "Lab": (dataset.DATA[i]["XYZ_X"], dataset.DATA[i]["XYZ_Y"], dataset.DATA[i]["XYZ_Z"]) = colormath.Lab2XYZ( dataset.DATA[i]["LAB_L"], dataset.DATA[i]["LAB_A"], dataset.DATA[i]["LAB_B"], scale=100) if intent == "r": (dataset.DATA[i]["XYZ_X"], dataset.DATA[i]["XYZ_Y"], dataset.DATA[i]["XYZ_Z"]) = colormath.adapt( dataset.DATA[i]["XYZ_X"], dataset.DATA[i]["XYZ_Y"], dataset.DATA[i]["XYZ_Z"], "D50", profile.tags.wtpt.values()) entry = {"SAMPLE_ID": row + 2 + i} for label in ("RGB_R", "RGB_G", "RGB_B", "XYZ_X", "XYZ_Y", "XYZ_Z"): entry[label] = round(dataset.DATA[i][label], 4) newdata.append(entry) self.tc_add_data(row, newdata) def tc_add_ti3(self, path, img=None, use_gamut=True, profile=None): if img: cwd = self.worker.create_tempdir() if isinstance(cwd, Exception): return cwd size = 70.0 scale = math.sqrt((img.Width * img.Height) / (size * size)) w, h = int(round(img.Width / scale)), int(round(img.Height / scale)) loresimg = img.Scale(w, h, wx.IMAGE_QUALITY_NORMAL) if loresimg.CountColours() < img.CountColours(size * size): # Assume a photo quality = wx.IMAGE_QUALITY_HIGH else: # Assume a target quality = wx.IMAGE_QUALITY_NORMAL img.Rescale(w, h, quality) imgpath = os.path.join(cwd, "image.tif") outpath = os.path.join(cwd, "imageout.tif") img.SaveFile(imgpath, wx.BITMAP_TYPE_TIF) # Process image to get colors # Two ways to do this: Convert image using cctiff # or use tiffgamut # In both cases, a profile embedded in the image will be used # with the preconditioning profile as fallback if there is no # image profile if not use_gamut: # Use cctiff cmdname = "cctiff" else: # Use tiffgamut cmdname = "tiffgamut" gam = os.path.join(cwd, "image.gam") cmd = get_argyll_util(cmdname) if cmd: ppath = getcfg("tc_precond_profile") intent = "r" if getcfg("tc_add_ti3_relative") else "a" for n in xrange(2 if ppath else 1): if use_gamut: res = 10 if imgpath == path else 1 args = ["-d%s" % res, "-O", gam] #if self.worker.argyll_version >= [1, 0, 4]: #args.append("-f100") else: args = ["-a"] args.append("-i%s" % intent) if n == 0 or imgpath == path: # Try to use embedded profile args.append(path) else: # Fall back to preconditioning profile args.append(ppath) if not use_gamut: # Target args.append("-i%s" % intent) args.append(ppath) args.append(imgpath) if not use_gamut: args.append(outpath) result = self.worker.exec_cmd(cmd, ["-v"] + args, capture_output=True, skip_scripts=True) if not result: errors = "".join(self.worker.errors) if ("Error - Can't open profile in file" in errors or "Error - Can't read profile" in errors): # Try again? if not use_gamut: # No sense converting when input profile is # same as output. Use image as-is. outpath = imgpath result = True break continue elif ("Error - TIFF Input file has 3 input " "chanels and is mismatched" in errors or "Error - Last colorspace RGB from file" in errors): # Try again? imgpath = path continue break if isinstance(result, Exception) or not result: self.worker.wrapup(False) if isinstance(result, Exception): return result elif result: if use_gamut: chart = path = gam else: path = outpath else: return Error("\n".join(self.worker.errors or self.worker.output)) else: return Error(lang.getstr("argyll.util.not_found", cmdname)) if not use_gamut: llevel = wx.Log.GetLogLevel() wx.Log.SetLogLevel(0) # Suppress TIFF library related message popups try: img = wx.Image(path, wx.BITMAP_TYPE_ANY) if not img.IsOk(): raise Error(lang.getstr("error.file_type_unsupported")) except Exception, exception: return exception finally: wx.Log.SetLogLevel(llevel) self.worker.wrapup(False) if img.Width > w or img.Height > h: img.Rescale(w, h, quality) # Select RGB colors and fill chart chart = ["TI1 ", "BEGIN_DATA_FORMAT", "RGB_R RGB_G RGB_B", "END_DATA_FORMAT", "BEGIN_DATA", "END_DATA"] for y in xrange(h): for x in xrange(w): R, G, B = (img.GetRed(x, y) / 2.55, img.GetGreen(x, y) / 2.55, img.GetBlue(x, y) / 2.55) chart.insert(-1, "%.4f %.4f %.4f" % (R, G, B)) chart = "\n".join(chart) else: chart = path try: chart = CGATS.CGATS(chart) except CGATS.CGATSError, exception: return exception finally: if os.path.dirname(path) == self.worker.tempdir: self.worker.wrapup(False) if img: if use_gamut: threshold = 2 else: threshold = 4 try: void, ti3, void = self.worker.chart_lookup(chart, profile, intent=intent, add_white_patches=False) except Exception, exception: return exception if ti3: chart = ti3 else: return Error(lang.getstr("error.generic", (-1, lang.getstr("unknown")))) colorsets = OrderedDict() weights = {} demph = getcfg("tc_dark_emphasis") # Select Lab color data = chart.queryv1("DATA") for sample in data.itervalues(): if not use_gamut: RGB = sample["RGB_R"], sample["RGB_G"], sample["RGB_B"] L, a, b = (sample["LAB_L"], sample["LAB_A"], sample["LAB_B"]) color = round(L / 10), round(a / 15), round(b / 15) if not color in colorsets: weights[color] = 0 colorsets[color] = [] if L >= 50: weights[color] += L / 50 - demph else: weights[color] += L / 50 + demph colorsets[color].append((L, a, b)) if not use_gamut: colorsets[color][-1] += RGB # Fill chart data_format = "LAB_L LAB_A LAB_B" if not use_gamut: data_format += " RGB_R RGB_G RGB_B" chart = ["GAMUT ", "BEGIN_DATA_FORMAT", data_format, "END_DATA_FORMAT", "BEGIN_DATA", "END_DATA"] weight = bool(filter(lambda color: weights[color] >= threshold, colorsets.iterkeys())) for color, colors in colorsets.iteritems(): if weight and weights[color] < threshold: continue L, a, b = 0, 0, 0 R, G, B = 0, 0, 0 for v in colors: L += v[0] a += v[1] b += v[2] if len(v) == 6: R += v[3] G += v[4] B += v[5] L /= len(colors) a /= len(colors) b /= len(colors) R /= len(colors) G /= len(colors) B /= len(colors) chart.insert(-1, "%.4f %.4f %.4f" % (L, a, b)) if not use_gamut: chart[-2] += " %.4f %.4f %.4f" % (R, G, B) chart = CGATS.CGATS("\n".join(chart)) else: chart.fix_device_values_scaling() return chart def tc_add_ti3_relative_handler(self, event): setcfg("tc_add_ti3_relative", int(self.add_ti3_relative_cb.GetValue())) def tc_angle_handler(self, event = None): if event.GetId() == self.tc_angle_slider.GetId(): self.tc_angle_intctrl.SetValue(self.tc_angle_slider.GetValue()) else: self.tc_angle_slider.SetValue(self.tc_angle_intctrl.GetValue()) setcfg("tc_angle", self.tc_angle_intctrl.GetValue() / 10000.0) def tc_multi_bcc_cb_handler(self, event=None): setcfg("tc_multi_bcc", int(self.tc_multi_bcc_cb.GetValue())) self.tc_multi_steps_handler2() def tc_precond_handler(self, event = None): setcfg("tc_precond", int(self.tc_precond.GetValue())) self.tc_algo_handler() def tc_precond_profile_handler(self, event = None): tc_precond_enable = bool(self.tc_precond_profile.GetPath()) self.tc_precond.Enable(tc_precond_enable) setcfg("tc_precond_profile", self.tc_precond_profile.GetPath()) self.tc_algo_handler() def tc_precond_profile_current_ctrl_handler(self, event): profile = get_current_profile(include_display_profile=True) if profile: self.tc_precond_profile.SetPath(profile.fileName) self.tc_precond_profile_handler() else: wx.Bell() def tc_filter_handler(self, event = None): setcfg("tc_filter", int(self.tc_filter.GetValue())) setcfg("tc_filter_L", self.tc_filter_L.GetValue()) setcfg("tc_filter_a", self.tc_filter_a.GetValue()) setcfg("tc_filter_b", self.tc_filter_b.GetValue()) setcfg("tc_filter_rad", self.tc_filter_rad.GetValue()) def tc_vrml_black_offset_ctrl_handler(self, event): setcfg("tc_vrml_black_offset", self.tc_vrml_black_offset_intctrl.GetValue()) def tc_vrml_compress_handler(self, event): setcfg("vrml.compress", int(self.tc_vrml_compress_cb.GetValue())) def tc_vrml_handler(self, event = None): d = self.tc_vrml_device.GetValue() l = self.tc_vrml_lab.GetValue() if event: setcfg("tc_vrml_device", int(d)) setcfg("tc_vrml_lab", int(l)) self.vrml_save_as_btn.Enable(hasattr(self, "ti1") and (d or l)) def tc_vrml_use_D50_handler(self, event): setcfg("tc_vrml_use_D50", int(self.tc_vrml_use_D50_cb.GetValue())) def tc_update_controls(self): self.tc_algo.SetStringSelection(self.tc_algos_ab.get(getcfg("tc_algo"), self.tc_algos_ab.get(defaults["tc_algo"]))) self.tc_white_patches.SetValue(getcfg("tc_white_patches")) if self.worker.argyll_version >= [1, 6]: self.tc_black_patches.SetValue(getcfg("tc_black_patches")) self.tc_single_channel_patches.SetValue(getcfg("tc_single_channel_patches")) self.tc_gray_patches.SetValue(getcfg("tc_gray_patches")) if getcfg("tc_multi_bcc_steps"): setcfg("tc_multi_bcc", 1) self.tc_multi_steps.SetValue(getcfg("tc_multi_bcc_steps")) else: setcfg("tc_multi_bcc", 0) self.tc_multi_steps.SetValue(getcfg("tc_multi_steps")) if hasattr(self, "tc_multi_bcc_cb"): self.tc_multi_bcc_cb.SetValue(bool(getcfg("tc_multi_bcc"))) self.tc_multi_steps_handler2() self.tc_fullspread_patches.SetValue(getcfg("tc_fullspread_patches")) self.tc_angle_slider.SetValue(getcfg("tc_angle") * 10000) self.tc_angle_handler(self.tc_angle_slider) self.tc_adaption_slider.SetValue(getcfg("tc_adaption") * 100) self.tc_adaption_handler(self.tc_adaption_slider) if (self.worker.argyll_version == [1, 1, "RC2"] or self.worker.argyll_version >= [1, 1]): self.tc_gamma_floatctrl.SetValue(getcfg("tc_gamma")) if self.worker.argyll_version >= [1, 3, 3]: self.tc_neutral_axis_emphasis_slider.SetValue(getcfg("tc_neutral_axis_emphasis") * 100) self.tc_neutral_axis_emphasis_handler(self.tc_neutral_axis_emphasis_slider) if self.worker.argyll_version >= [1, 6, 2]: self.tc_dark_emphasis_slider.SetValue(getcfg("tc_dark_emphasis") * 100) self.tc_dark_emphasis_handler(self.tc_dark_emphasis_slider) self.tc_precond_profile.SetPath(getcfg("tc_precond_profile")) self.tc_filter.SetValue(bool(int(getcfg("tc_filter")))) self.tc_filter_L.SetValue(getcfg("tc_filter_L")) self.tc_filter_a.SetValue(getcfg("tc_filter_a")) self.tc_filter_b.SetValue(getcfg("tc_filter_b")) self.tc_filter_rad.SetValue(getcfg("tc_filter_rad")) self.tc_vrml_lab.SetValue(bool(int(getcfg("tc_vrml_lab")))) self.tc_vrml_device.SetValue(bool(int(getcfg("tc_vrml_device")))) self.tc_vrml_black_offset_intctrl.SetValue(getcfg("tc_vrml_black_offset")) self.tc_vrml_use_D50_cb.SetValue(bool(getcfg("tc_vrml_use_D50"))) self.tc_vrml_handler() self.tc_vrml_compress_cb.SetValue(bool(getcfg("vrml.compress"))) self.add_ti3_relative_cb.SetValue(bool(getcfg("tc_add_ti3_relative"))) self.tc_enable_sort_controls() def tc_check(self, event = None): white_patches = self.tc_white_patches.GetValue() self.tc_amount = self.tc_get_total_patches(white_patches) self.preview_btn.Enable(self.tc_amount - max(0, self.tc_get_white_patches()) - max(0, self.tc_get_black_patches()) >= 8) self.clear_btn.Enable(hasattr(self, "ti1")) self.tc_save_check() self.save_as_btn.Enable(hasattr(self, "ti1")) self.export_btn.Enable(hasattr(self, "ti1")) self.tc_vrml_handler() self.tc_enable_add_precond_controls() self.tc_enable_sort_controls() self.tc_set_default_status() def tc_save_check(self): self.save_btn.Enable(hasattr(self, "ti1") and self.ti1.modified and os.path.exists(self.ti1.filename) and get_data_path(os.path.join("ref", os.path.basename(self.ti1.filename))) != self.ti1.filename and get_data_path(os.path.join("ti1", os.path.basename(self.ti1.filename))) != self.ti1.filename) def tc_save_cfg(self): setcfg("tc_white_patches", self.tc_white_patches.GetValue()) if self.worker.argyll_version >= [1, 6]: setcfg("tc_black_patches", self.tc_black_patches.GetValue()) setcfg("tc_single_channel_patches", self.tc_single_channel_patches.GetValue()) setcfg("tc_gray_patches", self.tc_gray_patches.GetValue()) setcfg("tc_multi_steps", self.tc_multi_steps.GetValue()) setcfg("tc_fullspread_patches", self.tc_fullspread_patches.GetValue()) tc_algo = self.tc_algos_ba[self.tc_algo.GetStringSelection()] setcfg("tc_algo", tc_algo) setcfg("tc_angle", self.tc_angle_intctrl.GetValue() / 10000.0) setcfg("tc_adaption", self.tc_adaption_intctrl.GetValue() / 100.0) tc_precond_enable = tc_algo in ("I", "Q", "R", "t") or (tc_algo == "" and self.tc_adaption_slider.GetValue() > 0) if tc_precond_enable: setcfg("tc_precond", int(self.tc_precond.GetValue())) setcfg("tc_precond_profile", self.tc_precond_profile.GetPath()) setcfg("tc_filter", int(self.tc_filter.GetValue())) setcfg("tc_filter_L", self.tc_filter_L.GetValue()) setcfg("tc_filter_a", self.tc_filter_a.GetValue()) setcfg("tc_filter_b", self.tc_filter_b.GetValue()) setcfg("tc_filter_rad", self.tc_filter_rad.GetValue()) setcfg("tc_vrml_lab", int(self.tc_vrml_lab.GetValue())) setcfg("tc_vrml_device", int(self.tc_vrml_device.GetValue())) def tc_preview_handler(self, event = None): if self.worker.is_working(): return if not self.tc_check_save_ti1(): return if not check_set_argyll_bin(): return # if sys.platform == "win32": # sp.call("cls", shell = True) # else: # sp.call('clear', shell = True) safe_print("-" * 80) safe_print(lang.getstr("testchart.create")) #self.tc_create() self.worker.interactive = False self.worker.start(self.tc_preview, self.tc_create, wargs = (), wkwargs = {}, progress_msg = lang.getstr("testchart.create"), parent = self, progress_start = 500) def tc_clear_handler(self, event): self.tc_check_save_ti1() def tc_clear(self, clear_ti1=True): grid = self.grid if grid.GetNumberRows() > 0: grid.DeleteRows(0, grid.GetNumberRows()) if grid.GetNumberCols() > 0: grid.DeleteCols(0, grid.GetNumberCols()) if hasattr(self, "preview"): self.preview.Freeze() self.patchsizer.Clear(True) self.preview.Layout() self.preview.FitInside() self.preview.SetScrollbars(20, 20, 0, 0) self.preview.Thaw() if clear_ti1: if hasattr(self, "ti1"): del self.ti1 self.tc_update_controls() self.tc_check() # UGLY HACK: This 'safe_print' call fixes a GTK assertion and # segfault under Arch Linux when setting the window title safe_print("") self.SetTitle(lang.getstr("testchart.edit")) def tc_export_handler(self, event): if not hasattr(self, "ti1"): return dlg = ConfirmDialog(self, msg=lang.getstr("testchart.export.repeat_patch"), ok=lang.getstr("ok"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-question")) sizer = wx.BoxSizer(wx.HORIZONTAL) dlg.sizer3.Add(sizer, 0, flag=wx.TOP | wx.ALIGN_LEFT, border=12) intctrl = wx.SpinCtrl(dlg, -1, size=(60, -1), min=config.valid_ranges["tc_export_repeat_patch_max"][0], max=config.valid_ranges["tc_export_repeat_patch_max"][1], value=str(getcfg("tc_export_repeat_patch_max"))) sizer.Add(intctrl, 0, flag=wx.RIGHT | wx.ALIGN_CENTER_VERTICAL, border=4) sizer.Add(wx.StaticText(dlg, -1, u"× " + lang.getstr("max")), 0, flag=wx.RIGHT | wx.ALIGN_CENTER_VERTICAL, border=12) intctrl2 = wx.SpinCtrl(dlg, -1, size=(60, -1), min=config.valid_ranges["tc_export_repeat_patch_min"][0], max=config.valid_ranges["tc_export_repeat_patch_min"][1], value=str(getcfg("tc_export_repeat_patch_min"))) sizer.Add(intctrl2, 0, flag=wx.RIGHT | wx.ALIGN_CENTER_VERTICAL, border=4) sizer.Add(wx.StaticText(dlg, -1, u"× " + lang.getstr("min")), 0, flag=wx.RIGHT | wx.ALIGN_CENTER_VERTICAL, border=12) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() result = dlg.ShowModal() repeatmax = intctrl.GetValue() repeatmin = intctrl2.GetValue() dlg.Destroy() if result != wx.ID_OK: return setcfg("tc_export_repeat_patch_max", repeatmax) setcfg("tc_export_repeat_patch_min", repeatmin) writecfg() path = None (defaultDir, defaultFile) = (get_verified_path("last_testchart_export_path")[0], os.path.basename(os.path.splitext(self.ti1.filename or getcfg("last_testchart_export_path"))[0])) dlg = wx.FileDialog(self, lang.getstr("export"), defaultDir=defaultDir, defaultFile=defaultFile, # Disable JPEG as it introduces slight color errors wildcard=##lang.getstr("filetype.jpg") + "|*.jpg|" + lang.getstr("filetype.png") + "|*.png|" + lang.getstr("filetype.tif") + "|*.tif", style=wx.SAVE | wx.OVERWRITE_PROMPT) dlg.Center(wx.BOTH) if dlg.ShowModal() == wx.ID_OK: filter_index = dlg.GetFilterIndex() path = dlg.GetPath() dlg.Destroy() if path: if not waccess(path, os.W_OK): show_result_dialog(Error(lang.getstr("error.access_denied.write", path)), self) return setcfg("last_testchart_export_path", path) writecfg() if sys.platform not in ("darwin", "win32"): # Linux segfaults if running the export threaded self.tc_export(path, filter_index) else: self.worker.start(lambda result: None, self.tc_export, wargs=(path, filter_index), wkwargs={}, progress_msg=lang.getstr("export"), parent=self, progress_start=500) def tc_export(self, path, filter_index): name, ext = os.path.splitext(path)[0], {0: ".png", 1: ".tif"}.get(filter_index) ext2type = {".jpg": wx.BITMAP_TYPE_JPEG, ".png": wx.BITMAP_TYPE_PNG, ".tif": wx.BITMAP_TYPE_TIF} repeatmax = getcfg("tc_export_repeat_patch_max") repeatmin = getcfg("tc_export_repeat_patch_min") maxlen = len(self.ti1[0].DATA) maxcount = maxlen * repeatmax filenameformat = "%%s-%%0%id%%s" % len(str(maxcount)) size = int(round(get_default_size() * float(getcfg("dimensions.measureframe").split(",")[-1]))) count = 0 bitmap = wx.EmptyBitmap(size, size) dc = wx.MemoryDC() dc.SelectObject(bitmap) for i in xrange(maxlen): if self.worker.thread_abort: break self.worker.lastmsg.write("%d%%\n" % (100.0 / maxlen * (i + 1))) R, G, B = (self.ti1[0].DATA[i]["RGB_R"], self.ti1[0].DATA[i]["RGB_G"], self.ti1[0].DATA[i]["RGB_B"]) X, Y, Z = colormath.RGB2XYZ(R / 100.0, G / 100.0, B / 100.0, scale=100.0) L, a, b = colormath.XYZ2Lab(X, Y, Z) # Careful when rounding floats! # Incorrect: int(round(50 * 2.55)) = 127 (127.499999) # Correct: int(round(float(str(50 * 2.55)))) = 128 (127.5) color = wx.Colour(int(round(float(str(R * 2.55)))), int(round(float(str(G * 2.55)))), int(round(float(str(B * 2.55))))) dc.SetBackground(wx.Brush(color)) dc.Clear() count += 1 filename = filenameformat % (name, count, ext) bitmap.SaveFile(filename, ext2type.get(ext, ext2type[".png"])) repeat = int(round(repeatmin + ((repeatmax - repeatmin) / 100.0 * (100 - L)))) ##safe_print("RGB", R, G, B, "L* %.2f" % L, "repeat", repeat) if repeat > 1: for j in xrange(repeat - 1): count += 1 filecopyname = filenameformat % (name, count, ext) shutil.copyfile(filename, filecopyname) def tc_save_handler(self, event = None): self.tc_save_as_handler(event, path = self.ti1.filename) def tc_save_as_handler(self, event = None, path = None): if path is None or not os.path.exists(path): path = None if (hasattr(self, "ti1") and self.ti1.filename and os.path.isfile(self.ti1.filename)): defaultDir = os.path.dirname(self.ti1.filename) defaultFile = os.path.basename(self.ti1.filename) else: defaultDir = get_verified_path("last_ti1_path")[0] defaultFile = os.path.basename(config.defaults["last_ti1_path"]) dlg = wx.FileDialog(self, lang.getstr("testchart.save_as"), defaultDir = defaultDir, defaultFile = defaultFile, wildcard = lang.getstr("filetype.ti1") + "|*.ti1", style = wx.SAVE | wx.OVERWRITE_PROMPT) dlg.Center(wx.BOTH) if dlg.ShowModal() == wx.ID_OK: path = dlg.GetPath() dlg.Destroy() if path: if not waccess(path, os.W_OK): show_result_dialog(Error(lang.getstr("error.access_denied.write", path)), self) return filename, ext = os.path.splitext(path) if ext.lower() != ".ti1": path += ".ti1" if os.path.exists(path): dlg = ConfirmDialog(self, msg = lang.getstr("dialog.confirm_overwrite", (path)), ok = lang.getstr("overwrite"), cancel = lang.getstr("cancel"), bitmap = geticon(32, "dialog-warning")) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: return setcfg("last_ti1_path", path) try: file_ = open(path, "w") file_.write(str(self.ti1)) file_.close() self.ti1.filename = path self.ti1.root.setmodified(False) if not self.IsBeingDeleted(): # UGLY HACK: This 'safe_print' call fixes a GTK assertion and # segfault under Arch Linux when setting the window title safe_print("") self.SetTitle(lang.getstr("testchart.edit").rstrip(".") + ": " + os.path.basename(path)) except Exception, exception: handle_error(u"Error - testchart could not be saved: " + safe_unicode(exception), parent = self) else: self.tc_vrml_save(path) if path != getcfg(self.cfg): dlg = ConfirmDialog(self, msg = lang.getstr("testchart.confirm_select"), ok = lang.getstr("testchart.select"), cancel = lang.getstr("testchart.dont_select"), bitmap = geticon(32, "dialog-question")) result = dlg.ShowModal() dlg.Destroy() if result == wx.ID_OK: setcfg(self.cfg, path) writecfg() if path == getcfg(self.cfg) and self.target and hasattr(self.target, "set_testchart"): self.target.set_testchart(path) if not self.IsBeingDeleted(): self.save_btn.Disable() return True return False def tc_vrml_save_as_handler(self, event): path = None if (hasattr(self, "ti1") and self.ti1.filename and os.path.isfile(self.ti1.filename)): defaultDir = os.path.dirname(self.ti1.filename) defaultFile = os.path.splitext(os.path.basename(self.ti1.filename))[0] else: defaultDir = get_verified_path("last_vrml_path")[0] defaultFile = os.path.basename(config.defaults["last_vrml_path"]) wildcard = lang.getstr("filetype.vrml") + "|*.wrl" vrmlext = ".wrl" if getcfg("vrml.compress"): vrmlext = ".wrz" wildcard = wildcard.replace(".wrl", vrmlext) dlg = wx.FileDialog(self, lang.getstr("testchart.save_as"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard=wildcard, style=wx.SAVE | wx.OVERWRITE_PROMPT) dlg.Center(wx.BOTH) if dlg.ShowModal() == wx.ID_OK: path = dlg.GetPath() dlg.Destroy() if path: if not waccess(path, os.W_OK): show_result_dialog(Error(lang.getstr("error.access_denied.write", path)), self) return filename, ext = os.path.splitext(path) if ext.lower() != vrmlext: path += vrmlext setcfg("last_vrml_path", path) self.tc_vrml_save(path) def tc_vrml_save(self, path): if getcfg("tc_vrml_device") or getcfg("tc_vrml_lab"): opath = path vrml_types = [] if getcfg("tc_vrml_device"): vrml_types.append("d") if getcfg("tc_vrml_lab"): vrml_types.append("l") for vrml_type in vrml_types: wrlsuffix = "%s.wrl" % vrml_type if getcfg("vrml.compress"): wrlsuffix = wrlsuffix.replace(".wrl", ".wrz") path = os.path.splitext(opath)[0] + wrlsuffix if os.path.exists(path): dlg = ConfirmDialog(self, msg=lang.getstr("dialog.confirm_overwrite", (path)), ok=lang.getstr("overwrite"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-warning")) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: continue try: self.ti1[0].export_vrml(path, wrlsuffix in ("d.wrl", "d.wrz"), RGB_black_offset=getcfg("tc_vrml_black_offset"), normalize_RGB_white=getcfg("tc_vrml_use_D50"), compress=getcfg("vrml.compress")) except Exception, exception: handle_error(u"Warning - VRML file could not be saved: " + safe_unicode(exception), parent = self) def tc_check_save_ti1(self, clear = True): if hasattr(self, "ti1"): if self.ti1.root.modified or not os.path.exists(self.ti1.filename): if os.path.exists(self.ti1.filename): ok = lang.getstr("testchart.save") else: ok = lang.getstr("testchart.save_as") dlg = ConfirmDialog(self, msg = lang.getstr("testchart.save_or_discard"), ok = ok, cancel = lang.getstr("cancel"), bitmap = geticon(32, "dialog-warning")) if self.IsBeingDeleted(): dlg.sizer2.Hide(0) if os.path.exists(self.ti1.filename): dlg.save_as = wx.Button(dlg, -1, lang.getstr("testchart.save_as")) dlg.save_as.SetInitialSize((dlg.save_as.GetSize()[0] + btn_width_correction, -1)) ID_SAVE_AS = dlg.save_as.GetId() dlg.Bind(wx.EVT_BUTTON, dlg.OnClose, id = ID_SAVE_AS) dlg.sizer2.Add((12, 12)) dlg.sizer2.Add(dlg.save_as) else: ID_SAVE_AS = wx.ID_OK dlg.discard = wx.Button(dlg, -1, lang.getstr("testchart.discard")) dlg.discard.SetInitialSize((dlg.discard.GetSize()[0] + btn_width_correction, -1)) ID_DISCARD = dlg.discard.GetId() dlg.Bind(wx.EVT_BUTTON, dlg.OnClose, id = ID_DISCARD) dlg.sizer2.Add((12, 12)) dlg.sizer2.Add(dlg.discard) dlg.sizer0.SetSizeHints(dlg) dlg.sizer0.Layout() result = dlg.ShowModal() dlg.Destroy() if result in (wx.ID_OK, ID_SAVE_AS): if result == ID_SAVE_AS: path = None else: path = self.ti1.filename if not self.tc_save_as_handler(event = None, path = path): return False elif result == wx.ID_CANCEL: return False clear = True if clear and not self.IsBeingDeleted(): self.tc_clear() return True def tc_close_handler(self, event = None): if (not event or self.IsShownOnScreen()) and self.tc_check_save_ti1(False): setcfg("tc.saturation_sweeps", self.saturation_sweeps_intctrl.GetValue()) for component in ("R", "G", "B"): setcfg("tc.saturation_sweeps.custom.%s" % component, getattr(self, "saturation_sweeps_custom_%s_ctrl" % component).GetValue()) self.Hide() if self.Parent: setcfg("tc.show", 0) return True else: writecfg() self.Destroy() def tc_move_handler(self, event = None): if self.IsShownOnScreen() and not self.IsMaximized() and not self.IsIconized(): x, y = self.GetScreenPosition() setcfg("position.tcgen.x", x) setcfg("position.tcgen.y", y) if event: event.Skip() def tc_destroy_handler(self, event): event.Skip() def tc_load_cfg_from_ti1(self, event = None, path = None, cfg=None, target=None): if self.worker.is_working(): return self.cfg = cfg or "testchart.file" self.target = target or self.Parent if path is None: path = getcfg(self.cfg) try: filename, ext = os.path.splitext(path) if ext.lower() not in (".icc", ".icm"): if ext.lower() == ".ti3": ti1 = CGATS.CGATS(ti3_to_ti1(open(path, "rU"))) ti1.filename = filename + ".ti1" else: ti1 = CGATS.CGATS(path) ti1.filename = path if ext.lower() not in (".ti1", ".ti3"): ti1.fix_device_values_scaling() else: # icc or icm profile profile = ICCP.ICCProfile(path) ti1 = CGATS.CGATS(ti3_to_ti1(profile.tags.get("CIED", "") or profile.tags.get("targ", ""))) ti1.filename = filename + ".ti1" try: ti1_1 = verify_ti1_rgb_xyz(ti1) except CGATS.CGATSError, exception: msg = {CGATS.CGATSKeyError: lang.getstr("error.testchart.missing_fields", (path, "RGB_R, RGB_G, RGB_B, " " XYZ_X, XYZ_Y, XYZ_Z"))}.get(exception.__class__, lang.getstr("error.testchart.invalid", path) + "\n" + lang.getstr(safe_str(exception))) InfoDialog(self, msg=msg, ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return False else: if not self.tc_check_save_ti1(): return ti1.root.setmodified(False) self.ti1 = ti1 # UGLY HACK: This 'safe_print' call fixes a GTK assertion and # segfault under Arch Linux when setting the window title safe_print("") self.SetTitle(lang.getstr("testchart.edit").rstrip(".") + ": " + os.path.basename(ti1.filename)) except Exception, exception: InfoDialog(self, msg = lang.getstr("error.testchart.read", path) + "\n\n" + safe_unicode(exception), ok = lang.getstr("ok"), bitmap = geticon(32, "dialog-error")) return False safe_print(lang.getstr("testchart.read")) self.worker.interactive = False self.worker.start(self.tc_load_cfg_from_ti1_finish, self.tc_load_cfg_from_ti1_worker, wargs = (), wkwargs = {}, progress_msg = lang.getstr("testchart.read"), parent = self, progress_start = 500) def tc_load_cfg_from_ti1_worker(self): white_patches = self.ti1.queryv1("WHITE_COLOR_PATCHES") or None black_patches = self.ti1.queryv1("BLACK_COLOR_PATCHES") or None single_channel_patches = self.ti1.queryv1("SINGLE_DIM_STEPS") or 0 gray_patches = self.ti1.queryv1("COMP_GREY_STEPS") or 0 multi_bcc_steps = self.ti1.queryv1("MULTI_DIM_BCC_STEPS") or 0 multi_steps = self.ti1.queryv1("MULTI_DIM_STEPS") or multi_bcc_steps fullspread_patches = self.ti1.queryv1("NUMBER_OF_SETS") gamma = self.ti1.queryv1("EXTRA_DEV_POW") or 1.0 dark_emphasis = ((self.ti1.queryv1("DARK_REGION_EMPHASIS") or 1.0) - 1.0) / 3.0 if None in (white_patches, single_channel_patches, gray_patches, multi_steps): if None in (single_channel_patches, gray_patches, multi_steps): white_patches = 0 black_patches = 0 R = [] G = [] B = [] gray_channel = [0] data = self.ti1.queryv1("DATA") multi = { "R": [], "G": [], "B": [] } if multi_steps is None: multi_steps = 0 uniqueRGB = [] vmaxlen = 4 for i in data: if self.worker.thread_abort: return False patch = [round(float(str(v * 2.55)), vmaxlen) for v in (data[i]["RGB_R"], data[i]["RGB_G"], data[i]["RGB_B"])] # normalize to 0...255 range strpatch = [str(int(round(round(v, 1)))) for v in patch] if patch[0] == patch[1] == patch[2] == 255: # white white_patches += 1 if 255 not in gray_channel: gray_channel += [255] elif patch[0] == patch[1] == patch[2] == 0: # black black_patches += 1 if 0 not in R and 0 not in G and 0 not in B: R += [0] G += [0] B += [0] if 0 not in gray_channel: gray_channel += [0] elif patch[2] == patch[1] == 0 and patch[0] not in R: # red R += [patch[0]] elif patch[0] == patch[2] == 0 and patch[1] not in G: # green G += [patch[1]] elif patch[0] == patch[1] == 0 and patch[2] not in B: # blue B += [patch[2]] elif patch[0] == patch[1] == patch[2]: # gray if patch[0] not in gray_channel: gray_channel += [patch[0]] elif multi_steps == 0: multi_steps = None if debug >= 9: safe_print("[D]", strpatch) if strpatch not in uniqueRGB: uniqueRGB += [strpatch] if patch[0] not in multi["R"]: multi["R"] += [patch[0]] if patch[1] not in multi["G"]: multi["G"] += [patch[1]] if patch[2] not in multi["B"]: multi["B"] += [patch[2]] if single_channel_patches is None: R_inc = self.tc_get_increments(R, vmaxlen) G_inc = self.tc_get_increments(G, vmaxlen) B_inc = self.tc_get_increments(B, vmaxlen) if debug: safe_print("[D] R_inc:") for i in R_inc: if self.worker.thread_abort: return False safe_print("[D] %s: x%s" % (i, R_inc[i])) safe_print("[D] G_inc:") for i in G_inc: if self.worker.thread_abort: return False safe_print("[D] %s: x%s" % (i, G_inc[i])) safe_print("[D] B_inc:") for i in B_inc: if self.worker.thread_abort: return False safe_print("[D] %s: x%s" % (i, B_inc[i])) RGB_inc = {"0": 0} for inc in R_inc: if self.worker.thread_abort: return False if inc in G_inc and inc in B_inc and R_inc[inc] == G_inc[inc] == B_inc[inc]: RGB_inc[inc] = R_inc[inc] for inc in G_inc: if self.worker.thread_abort: return False if inc in R_inc and inc in B_inc and R_inc[inc] == G_inc[inc] == B_inc[inc]: RGB_inc[inc] = G_inc[inc] for inc in B_inc: if self.worker.thread_abort: return False if inc in R_inc and inc in G_inc and R_inc[inc] == G_inc[inc] == B_inc[inc]: RGB_inc[inc] = B_inc[inc] if False: RGB_inc_max = max(RGB_inc.values()) if RGB_inc_max > 0: single_channel_patches = RGB_inc_max + 1 else: single_channel_patches = 0 else: single_inc = {"0": 0} for inc in RGB_inc: if self.worker.thread_abort: return False if inc != "0": finc = float(inc) n = int(round(float(str(255.0 / finc)))) finc = 255.0 / n n += 1 if debug >= 9: safe_print("[D] inc:", inc) safe_print("[D] n:", n) for i in range(n): if self.worker.thread_abort: return False v = str(int(round(float(str(i * finc))))) if debug >= 9: safe_print("[D] Searching for", v) if [v, "0", "0"] in uniqueRGB and ["0", v, "0"] in uniqueRGB and ["0", "0", v] in uniqueRGB: if not inc in single_inc: single_inc[inc] = 0 single_inc[inc] += 1 else: if debug >= 9: safe_print("[D] Not found!") break single_channel_patches = max(single_inc.values()) if debug: safe_print("[D] single_channel_patches:", single_channel_patches) if 0 in R + G + B: fullspread_patches += 3 # black in single channel patches elif single_channel_patches >= 2: fullspread_patches += 3 # black always in SINGLE_DIM_STEPS if gray_patches is None: RGB_inc = self.tc_get_increments(gray_channel, vmaxlen) if debug: safe_print("[D] RGB_inc:") for i in RGB_inc: if self.worker.thread_abort: return False safe_print("[D] %s: x%s" % (i, RGB_inc[i])) if False: RGB_inc_max = max(RGB_inc.values()) if RGB_inc_max > 0: gray_patches = RGB_inc_max + 1 else: gray_patches = 0 else: gray_inc = {"0": 0} for inc in RGB_inc: if self.worker.thread_abort: return False if inc != "0": finc = float(inc) n = int(round(float(str(255.0 / finc)))) finc = 255.0 / n n += 1 if debug >= 9: safe_print("[D] inc:", inc) safe_print("[D] n:", n) for i in range(n): if self.worker.thread_abort: return False v = str(int(round(float(str(i * finc))))) if debug >= 9: safe_print("[D] Searching for", v) if [v, v, v] in uniqueRGB: if not inc in gray_inc: gray_inc[inc] = 0 gray_inc[inc] += 1 else: if debug >= 9: safe_print("[D] Not found!") break gray_patches = max(gray_inc.values()) if debug: safe_print("[D] gray_patches:", gray_patches) if 0 in gray_channel: fullspread_patches += 1 # black in gray patches if 255 in gray_channel: fullspread_patches += 1 # white in gray patches elif gray_patches >= 2: fullspread_patches += 2 # black and white always in COMP_GREY_STEPS if multi_steps is None: R_inc = self.tc_get_increments(multi["R"], vmaxlen) G_inc = self.tc_get_increments(multi["G"], vmaxlen) B_inc = self.tc_get_increments(multi["B"], vmaxlen) RGB_inc = {"0": 0} for inc in R_inc: if self.worker.thread_abort: return False if inc in G_inc and inc in B_inc and R_inc[inc] == G_inc[inc] == B_inc[inc]: RGB_inc[inc] = R_inc[inc] for inc in G_inc: if self.worker.thread_abort: return False if inc in R_inc and inc in B_inc and R_inc[inc] == G_inc[inc] == B_inc[inc]: RGB_inc[inc] = G_inc[inc] for inc in B_inc: if self.worker.thread_abort: return False if inc in R_inc and inc in G_inc and R_inc[inc] == G_inc[inc] == B_inc[inc]: RGB_inc[inc] = B_inc[inc] if debug: safe_print("[D] RGB_inc:") for i in RGB_inc: if self.worker.thread_abort: return False safe_print("[D] %s: x%s" % (i, RGB_inc[i])) multi_inc = {"0": 0} for inc in RGB_inc: if self.worker.thread_abort: return False if inc != "0": finc = float(inc) n = int(round(float(str(255.0 / finc)))) finc = 255.0 / n n += 1 if debug >= 9: safe_print("[D] inc:", inc) safe_print("[D] n:", n) for i in range(n): if self.worker.thread_abort: return False r = str(int(round(float(str(i * finc))))) for j in range(n): if self.worker.thread_abort: return False g = str(int(round(float(str(j * finc))))) for k in range(n): if self.worker.thread_abort: return False b = str(int(round(float(str(k * finc))))) if debug >= 9: safe_print("[D] Searching for", i, j, k, [r, g, b]) if [r, g, b] in uniqueRGB: if not inc in multi_inc: multi_inc[inc] = 0 multi_inc[inc] += 1 else: if debug >= 9: safe_print("[D] Not found! (b loop)") break if [r, g, b] not in uniqueRGB: if debug >= 9: safe_print("[D] Not found! (g loop)") break if [r, g, b] not in uniqueRGB: if debug >= 9: safe_print("[D] Not found! (r loop)") break multi_patches = max(multi_inc.values()) multi_steps = int(float(str(math.pow(multi_patches, 1 / 3.0)))) if debug: safe_print("[D] multi_patches:", multi_patches) safe_print("[D] multi_steps:", multi_steps) elif multi_steps >= 2: fullspread_patches += 2 # black and white always in MULTI_DIM_STEPS else: white_patches = len(self.ti1[0].queryi({"RGB_R": 100, "RGB_G": 100, "RGB_B": 100})) black_patches = len(self.ti1[0].queryi({"RGB_R": 0, "RGB_G": 0, "RGB_B": 0})) if single_channel_patches >= 2: fullspread_patches += 3 # black always in SINGLE_DIM_STEPS if gray_patches >= 2: fullspread_patches += 2 # black and white always in COMP_GREY_STEPS if multi_steps >= 2: fullspread_patches += 2 # black and white always in MULTI_DIM_STEPS fullspread_patches -= white_patches if self.worker.argyll_version >= [1, 6]: fullspread_patches -= black_patches fullspread_patches -= single_channel_patches * 3 fullspread_patches -= gray_patches fullspread_patches -= int(float(str(math.pow(multi_steps, 3)))) - single_channel_patches * 3 return (white_patches, black_patches, single_channel_patches, gray_patches, multi_steps, multi_bcc_steps, fullspread_patches, gamma, dark_emphasis) def tc_load_cfg_from_ti1_finish(self, result): if result: safe_print(lang.getstr("success")) (white_patches, black_patches, single_channel_patches, gray_patches, multi_steps, multi_bcc_steps, fullspread_patches, gamma, dark_emphasis) = result fullspread_ba = { "ERROR_OPTIMISED_PATCHES": "", # OFPS in older Argyll CMS versions #"ERROR_OPTIMISED_PATCHES": "R", # Perc. space random - same keyword as OFPS in older Argyll CMS versions, don't use "IFP_PATCHES": "t", # Inc. far point "INC_FAR_PATCHES": "t", # Inc. far point in older Argyll CMS versions "OFPS_PATCHES": "", # OFPS "RANDOM_DEVICE_PATCHES": "r", # Dev. space random "RANDOM_PATCHES": "r", # Dev. space random in older Argyll CMS versions "RANDOM_PERCEPTUAL_PATCHES": "R", # Perc. space random #"RANDOM_PERCEPTUAL_PATCHES": "Q", # Perc. space filling quasi-random - same keyword as perc. space random, don't use "SIMPLEX_DEVICE_PATCHES": "i", # Dev. space body centered cubic grid "SIMPLEX_PERCEPTUAL_PATCHES": "I", # Perc. space body centered cubic grid "SPACEFILING_RANDOM_PATCHES": "q", # Device space filling quasi-random, typo in older Argyll CMS versions "SPACEFILLING_RANDOM_PATCHES": "q", # Device space filling quasi-random } algo = None for key in fullspread_ba.keys(): if self.ti1.queryv1(key) > 0: algo = fullspread_ba[key] break if white_patches != None: setcfg("tc_white_patches", white_patches) if black_patches != None: setcfg("tc_black_patches", black_patches) if single_channel_patches != None: setcfg("tc_single_channel_patches", single_channel_patches) if gray_patches != None: setcfg("tc_gray_patches", gray_patches) if multi_steps != None: setcfg("tc_multi_steps", multi_steps) if multi_bcc_steps != None: setcfg("tc_multi_bcc_steps", multi_bcc_steps) setcfg("tc_fullspread_patches", self.ti1.queryv1("NUMBER_OF_SETS") - self.tc_get_total_patches(white_patches, black_patches, single_channel_patches, gray_patches, multi_steps, multi_bcc_steps, 0)) if gamma != None: setcfg("tc_gamma", gamma) if dark_emphasis != None: setcfg("tc_dark_emphasis", dark_emphasis) if algo != None: setcfg("tc_algo", algo) writecfg() self.tc_update_controls() self.tc_preview(True) return True else: safe_print(lang.getstr("aborted")) self.tc_update_controls() self.tc_check() if self.Parent and hasattr(self.Parent, "start_timers"): self.Parent.start_timers() def tc_get_increments(self, channel, vmaxlen = 4): channel.sort() increments = {"0": 0} for i, v in enumerate(channel): for j in reversed(xrange(i, len(channel))): inc = round(float(str(channel[j] - v)), vmaxlen) if inc > 0: inc = str(inc) if not inc in increments: increments[inc] = 0 increments[inc] += 1 return increments def tc_create(self): writecfg() cmd, args = self.worker.prepare_targen() if not isinstance(cmd, Exception): result = self.worker.exec_cmd(cmd, args, low_contrast = False, skip_scripts = True, silent = False, parent = self) else: result = cmd if not isinstance(result, Exception) and result: tmp = self.worker.create_tempdir() if isinstance(tmp, Exception): result = tmp if not isinstance(result, Exception): path = os.path.join(self.worker.tempdir, "temp.ti1") result = check_file_isfile(path, silent = False) if not isinstance(result, Exception) and result: try: self.ti1 = CGATS.CGATS(path) safe_print(lang.getstr("success")) except Exception, exception: return Error(u"Error - testchart file could not be read: " + safe_unicode(exception)) self.worker.wrapup(False) return result def tc_preview(self, result): self.tc_check() if isinstance(result, Exception): show_result_dialog(result, self) elif result: if verbose >= 1: safe_print(lang.getstr("tc.preview.create")) data = self.ti1.queryv1("DATA") if hasattr(self, "preview"): self.preview.Freeze() grid = self.grid data_format = self.ti1.queryv1("DATA_FORMAT") for i in data_format: if data_format[i] in ("RGB_R", "RGB_G", "RGB_B"): grid.AppendCols(1) grid.SetColLabelValue(grid.GetNumberCols() - 1, data_format[i]) grid.AppendCols(1) grid.SetColLabelValue(grid.GetNumberCols() - 1, "") colwidth = 100 for i in range(grid.GetNumberCols() - 1): grid.SetColSize(i, colwidth) grid.SetColSize(grid.GetNumberCols() - 1, 20) self.tc_amount = self.ti1.queryv1("NUMBER_OF_SETS") grid.AppendRows(self.tc_amount) grid.SetRowLabelSize(colwidth) attr = wx.grid.GridCellAttr() attr.SetAlignment(wx.ALIGN_CENTER, wx.ALIGN_CENTER) attr.SetReadOnly() grid.SetColAttr(grid.GetNumberCols() - 1, attr) for i in data: sample = data[i] for j in range(grid.GetNumberCols()): label = grid.GetColLabelValue(j) if label in ("RGB_R", "RGB_G", "RGB_B"): grid.SetCellValue(i, j, str(sample[label])) self.tc_grid_setcolorlabel(i, data) self.tc_add_patch(i, sample) if hasattr(self, "preview"): self.patchsizer.Layout() self.preview.sizer.Layout() self.preview.FitInside() self.preview.SetScrollRate(20, 20) self.preview.Thaw() self.tc_set_default_status() if verbose >= 1: safe_print(lang.getstr("success")) if self.Parent and hasattr(self.Parent, "start_timers"): self.Parent.start_timers() def tc_add_data(self, row, newdata): self.grid.InsertRows(row + 1, len(newdata)) data = self.ti1.queryv1("DATA") if hasattr(self, "preview"): self.preview.Freeze() data_format = self.ti1.queryv1("DATA_FORMAT") for i in xrange(len(newdata)): for label in data_format.itervalues(): if not label in newdata[i]: newdata[i][label] = 0.0 data.add_data(newdata[i], row + 1 + i) for label in ("RGB_R", "RGB_G", "RGB_B"): for col in range(self.grid.GetNumberCols()): if self.grid.GetColLabelValue(col) == label: self.grid.SetCellValue(row + 1 + i, col, str(round(float(newdata[i][label]), 4))) self.tc_grid_setcolorlabel(row + 1 + i, data) if hasattr(self, "preview"): self.tc_add_patch(row + 1 + i, data[row + 1 + i]) self.tc_amount = self.ti1.queryv1("NUMBER_OF_SETS") self.tc_set_default_status() self.tc_save_check() if hasattr(self, "preview"): self.preview.Layout() self.preview.FitInside() self.preview.Thaw() def tc_add_patch(self, before, sample): if hasattr(self, "preview"): patch = wx.Panel(self.preview, -1) patch.Bind(wx.EVT_ENTER_WINDOW, self.tc_mouseover_handler, id = patch.GetId()) patch.Bind(wx.EVT_LEFT_DOWN, self.tc_mouseclick_handler, id = patch.GetId()) patch.SetMinSize((20,20)) patch.sample = sample self.patchsizer.Insert(before, patch) self.tc_patch_setcolorlabel(patch) def tc_grid_setcolorlabel(self, row, data=None): grid = self.grid col = grid.GetNumberCols() - 1 if data is None: data = self.ti1.queryv1("DATA") sample = data[row] style, colour, labeltext, labelcolour = self.tc_getcolorlabel(sample) grid.SetCellBackgroundColour(row, col, colour) grid.SetCellValue(row, col, labeltext) if labelcolour: grid.SetCellTextColour(row, col, labelcolour) self.grid.Refresh() def tc_getcolorlabel(self, sample): scale = 2.55 colour = wx.Colour(*[round(value * scale) for value in (sample.RGB_R, sample.RGB_G, sample.RGB_B)]) # mark patches: # W = white (R/G/B == 100) # K = black (R/G/B == 0) # k = light black (R == G == B > 0) # R = red # r = light red (R == 100 and G/B > 0) # G = green # g = light green (G == 100 and R/B > 0) # B = blue # b = light blue (B == 100 and R/G > 0) # C = cyan # c = light cyan (G/B == 100 and R > 0) # M = magenta # m = light magenta (R/B == 100 and G > 0) # Y = yellow # y = light yellow (R/G == 100 and B > 0) # border = 50% value style = wx.NO_BORDER if sample.RGB_R == sample.RGB_G == sample.RGB_B: # Neutral / black / white if sample.RGB_R < 50: labelcolour = wx.Colour(255, 255, 255) else: if sample.RGB_R == 50: style = wx.SIMPLE_BORDER labelcolour = wx.Colour(0, 0, 0) if sample.RGB_R <= 50: labeltext = "K" elif sample.RGB_R == 100: labeltext = "W" else: labeltext = "k" elif (sample.RGB_G == 0 and sample.RGB_B == 0) or (sample.RGB_R == 100 and sample.RGB_G == sample.RGB_B): # Red if sample.RGB_R > 75: labelcolour = wx.Colour(0, 0, 0) else: labelcolour = wx.Colour(255, 255, 255) if sample.RGB_R == 50: style = wx.SIMPLE_BORDER if sample.RGB_R == 100 and sample.RGB_G > 0: labeltext = "r" else: labeltext = "R" elif (sample.RGB_R == 0 and sample.RGB_B == 0) or (sample.RGB_G == 100 and sample.RGB_R == sample.RGB_B): # Green if sample.RGB_G > 75: labelcolour = wx.Colour(0, 0, 0) else: labelcolour = wx.Colour(255, 255, 255) if sample.RGB_G == 50: style = wx.SIMPLE_BORDER if sample.RGB_G == 100 and sample.RGB_R > 0: labeltext = "g" else: labeltext = "G" elif (sample.RGB_R == 0 and sample.RGB_G == 0) or (sample.RGB_B == 100 and sample.RGB_R == sample.RGB_G): # Blue if sample.RGB_R > 25: labelcolour = wx.Colour(0, 0, 0) else: labelcolour = wx.Colour(255, 255, 255) if sample.RGB_B == 50: style = wx.SIMPLE_BORDER if sample.RGB_B == 100 and sample.RGB_R > 0: labeltext = "b" else: labeltext = "B" elif (sample.RGB_R == 0 or sample.RGB_B == 100) and sample.RGB_G == sample.RGB_B: # Cyan if sample.RGB_G > 75: labelcolour = wx.Colour(0, 0, 0) else: labelcolour = wx.Colour(255, 255, 255) if sample.RGB_G == 50: style = wx.SIMPLE_BORDER if sample.RGB_G == 100 and sample.RGB_R > 0: labeltext = "c" else: labeltext = "C" elif (sample.RGB_G == 0 or sample.RGB_R == 100) and sample.RGB_R == sample.RGB_B: # Magenta if sample.RGB_R > 75: labelcolour = wx.Colour(0, 0, 0) else: labelcolour = wx.Colour(255, 255, 255) if sample.RGB_R == 50: style = wx.SIMPLE_BORDER if sample.RGB_R == 100 and sample.RGB_G > 0: labeltext = "m" else: labeltext = "M" elif (sample.RGB_B == 0 or sample.RGB_G == 100) and sample.RGB_R == sample.RGB_G: # Yellow if sample.RGB_G > 75: labelcolour = wx.Colour(0, 0, 0) else: labelcolour = wx.Colour(255, 255, 255) if sample.RGB_R == 100 and sample.RGB_G == 50: style = wx.SIMPLE_BORDER if sample.RGB_B > 0: labeltext = "y" else: labeltext = "Y" else: labeltext = "" labelcolour = None return style, colour, labeltext, labelcolour def tc_patch_setcolorlabel(self, patch): if hasattr(self, "preview"): sample = patch.sample style, colour, labeltext, labelcolour = self.tc_getcolorlabel(sample) patch.SetBackgroundColour(colour) if style: patch.SetWindowStyle(style) if labeltext: if not hasattr(patch, "label"): label = patch.label = wx.StaticText(patch, -1, "") label.SetMaxFontSize(11) label.patch = patch label.Bind(wx.EVT_ENTER_WINDOW, self.tc_mouseover_handler, id = label.GetId()) label.Bind(wx.EVT_LEFT_DOWN, self.tc_mouseclick_handler, id = label.GetId()) else: label = patch.label label.SetLabel(labeltext) label.SetForegroundColour(labelcolour) label.Center() else: if hasattr(patch, "label"): patch.label.Destroy() del patch.label def tc_set_default_status(self, event = None): if hasattr(self, "tc_amount"): statustxt = "%s: %s" % (lang.getstr("tc.patches.total"), self.tc_amount) sel = self.grid.GetSelectionRows() if sel: statustxt += " / %s: %s" % (lang.getstr("tc.patches.selected"), len(sel)) self.SetStatusText(statustxt) def tc_mouseover_handler(self, event): patch = self.preview.FindWindowById(event.GetId()) if hasattr(patch, "patch"): patch = patch.patch colour = patch.GetBackgroundColour() sample = patch.sample patchinfo = "%s %s: R=%s G=%s B=%s" % (lang.getstr("tc.patch"), sample.key + 1, colour[0], colour[1], colour[2]) self.SetStatusText("%s: %s / %s" % (lang.getstr("tc.patches.total"), self.tc_amount, patchinfo)) event.Skip() def tc_mouseclick_handler(self, event): patch = self.preview.FindWindowById(event.GetId()) if hasattr(patch, "patch"): patch = patch.patch sample = patch.sample self.tc_grid_select_row_handler(sample.key, event.ShiftDown(), event.ControlDown() or event.CmdDown()) return def tc_delete_rows(self, rows): self.grid.Freeze() if hasattr(self, "preview"): self.preview.Freeze() rows.sort() rows.reverse() self.grid.DeleteRows(rows[-1], len(rows)) if hasattr(self, "preview"): for row in rows: patch = self.patchsizer.GetItem(row).GetWindow() if self.patchsizer.Detach(patch): patch.Destroy() data = self.ti1.queryv1("DATA") if rows[0] != len(data) - 1: data.moveby1(rows[-1] + len(rows), -len(rows)) for row in rows: dict.pop(data, len(data) - 1) data.setmodified() self.tc_amount = self.ti1.queryv1("NUMBER_OF_SETS") row = min(rows[-1], self.grid.GetNumberRows() - 1) self.grid.SelectRow(row) self.grid.SetGridCursor(row, 0) self.grid.MakeCellVisible(row, 0) self.grid.Thaw() self.tc_save_check() if hasattr(self, "preview"): self.preview.Layout() self.preview.FitInside() self.preview.Thaw() self.tc_set_default_status() def main(testchart=None): config.initcfg() lang.init() lang.update_defaults() app = wx.App(0) app.tcframe = TestchartEditor(path=testchart) app.tcframe.Show() app.MainLoop() if __name__ == "__main__": argv = [] for arg in sys.argv: if arg[0] != "-": argv.append(arg) main(*argv[1:2]) dispcalGUI-1.7.1.6/dispcalGUI/wxUntetheredFrame.py000644 000765 000000 00000057742 12266603364 021644 0ustar00svpwheel000000 000000 # -*- coding: UTF-8 -*- """ Interactive display calibration UI """ import os import re import sys import time from wxaddons import wx from config import (getbitmap, getcfg, geticon, get_data_path, get_icon_bundle, setcfg) from log import get_file_logger, safe_print from meta import name as appname from options import debug, test, verbose from wxwindows import BitmapBackgroundPanel, FlatShadedButton, numpad_keycodes import CGATS import colormath import config import localization as lang BGCOLOUR = wx.Colour(0x33, 0x33, 0x33) FGCOLOUR = wx.Colour(0x99, 0x99, 0x99) if sys.platform == "darwin": FONTSIZE_LARGE = 11 FONTSIZE_MEDIUM = 11 FONTSIZE_SMALL = 10 else: FONTSIZE_LARGE = 10 FONTSIZE_MEDIUM = 8 FONTSIZE_SMALL = 8 class UntetheredFrame(wx.Frame): def __init__(self, parent=None, handler=None, keyhandler=None, start_timer=True): wx.Frame.__init__(self, parent, wx.ID_ANY, lang.getstr("measurement.untethered"), style=wx.DEFAULT_FRAME_STYLE) self.SetIcons(get_icon_bundle([256, 48, 32, 16], appname)) self.sizer = wx.FlexGridSizer(2, 1) self.sizer.AddGrowableCol(0) self.sizer.AddGrowableRow(0) self.sizer.AddGrowableRow(1) self.panel = wx.Panel(self) self.SetSizer(self.sizer) self.sizer.Add(self.panel, 1, wx.EXPAND) self.panel.SetBackgroundColour(BGCOLOUR) panelsizer = wx.FlexGridSizer(3, 2, 8, 8) panelsizer.AddGrowableCol(0) panelsizer.AddGrowableCol(1) panelsizer.AddGrowableRow(1) self.panel.SetSizer(panelsizer) self.label_RGB = wx.StaticText(self.panel, wx.ID_ANY, " ") self.label_RGB.SetForegroundColour(FGCOLOUR) panelsizer.Add(self.label_RGB, 0, wx.TOP | wx.LEFT | wx.EXPAND, border=8) self.label_XYZ = wx.StaticText(self.panel, wx.ID_ANY, " ") self.label_XYZ.SetForegroundColour(FGCOLOUR) panelsizer.Add(self.label_XYZ, 0, wx.TOP | wx.RIGHT | wx.EXPAND, border=8) self.panel_RGB = BitmapBackgroundPanel(self.panel, size=(256, 256), style=wx.BORDER_SIMPLE) self.panel_RGB.scalebitmap = (True, True) self.panel_RGB.SetBitmap(getbitmap("theme/checkerboard-32x32x5-333-444")) panelsizer.Add(self.panel_RGB, 1, wx.LEFT | wx.EXPAND, border=8) self.panel_XYZ = BitmapBackgroundPanel(self.panel, size=(256, 256), style=wx.BORDER_SIMPLE) self.panel_XYZ.scalebitmap = (True, True) self.panel_XYZ.SetBitmap(getbitmap("theme/checkerboard-32x32x5-333-444")) panelsizer.Add(self.panel_XYZ, 1, wx.RIGHT | wx.EXPAND, border=8) sizer = wx.BoxSizer(wx.HORIZONTAL) self.back_btn = FlatShadedButton(self.panel, bitmap=geticon(10, "back"), label="", fgcolour=FGCOLOUR) self.back_btn.Bind(wx.EVT_BUTTON, self.back_btn_handler) sizer.Add(self.back_btn, 0, wx.LEFT | wx.RIGHT, border=8) self.label_index = wx.StaticText(self.panel, wx.ID_ANY, " ") self.label_index.SetForegroundColour(FGCOLOUR) sizer.Add(self.label_index, 0, wx.ALIGN_CENTER_VERTICAL) self.next_btn = FlatShadedButton(self.panel, bitmap=geticon(10, "play"), label="", fgcolour=FGCOLOUR) self.next_btn.Bind(wx.EVT_BUTTON, self.next_btn_handler) sizer.Add(self.next_btn, 0, wx.LEFT, border=8) sizer.Add((12, 1), 1) self.measure_auto_cb = wx.CheckBox(self.panel, wx.ID_ANY, lang.getstr("auto")) self.measure_auto_cb.SetForegroundColour(FGCOLOUR) self.measure_auto_cb.Bind(wx.EVT_CHECKBOX, self.measure_auto_ctrl_handler) sizer.Add(self.measure_auto_cb, 0, wx.ALIGN_CENTER_VERTICAL | wx.ALIGN_RIGHT) panelsizer.Add(sizer, 0, wx.BOTTOM | wx.EXPAND, border=8) sizer = wx.BoxSizer(wx.HORIZONTAL) self.measure_btn = FlatShadedButton(self.panel, bitmap=geticon(10, "play"), label=" " + lang.getstr("measure"), fgcolour=FGCOLOUR) self.measure_btn.Bind(wx.EVT_BUTTON, self.measure_btn_handler) sizer.Add(self.measure_btn, 0, wx.RIGHT, border=6) # Sound when measuring # Needs to be stereo! try: self.measurement_sound = wx.Sound(get_data_path("beep.wav") or "") self.commit_sound = wx.Sound(get_data_path("camera_shutter.wav") or "") except NotImplementedError: pass if getcfg("measurement.play_sound"): bitmap = geticon(16, "sound_volume_full") else: bitmap = geticon(16, "sound_off") self.sound_on_off_btn = FlatShadedButton(self.panel, bitmap=bitmap, fgcolour=FGCOLOUR) self.sound_on_off_btn.SetToolTipString(lang.getstr("measurement.play_sound")) self.sound_on_off_btn.Bind(wx.EVT_BUTTON, self.measurement_play_sound_handler) sizer.Add(self.sound_on_off_btn, 0) sizer.Add((12, 1), 1) self.finish_btn = FlatShadedButton(self.panel, label=lang.getstr("finish"), fgcolour=FGCOLOUR) self.finish_btn.Bind(wx.EVT_BUTTON, self.finish_btn_handler) sizer.Add(self.finish_btn, 0, wx.RIGHT, border=8) panelsizer.Add(sizer, 0, wx.BOTTOM | wx.EXPAND, border=8) self.grid = wx.grid.Grid(self, -1, size=(536, 256)) self.grid.CreateGrid(0, 8) self.grid.SetRowLabelSize(62) for i in xrange(8): if i in (3, 4): size = 20 else: size = 62 self.grid.SetColSize(i, size) for i, label in enumerate(["R", "G", "B", "", "", "L*", "a*", "b*"]): self.grid.SetColLabelValue(i, label) gridbgcolor = wx.Colour(234, 234, 234) if sys.version_info >= (2, 6): self.grid.SetCellHighlightColour(gridbgcolor) self.grid.SetCellHighlightROPenWidth(0) self.grid.SetCellHighlightPenWidth(0) self.grid.SetDefaultCellBackgroundColour(gridbgcolor) self.grid.SetDefaultCellTextColour(BGCOLOUR) font = wx.Font(FONTSIZE_MEDIUM, wx.FONTFAMILY_DEFAULT, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL) self.grid.SetDefaultCellFont(font) self.grid.SetDefaultRowSize(20) self.grid.SetLabelBackgroundColour(gridbgcolor) self.grid.SetSelectionMode(wx.grid.Grid.wxGridSelectRows) self.grid.EnableDragColSize() self.grid.EnableEditing(False) self.grid.EnableGridLines(True) self.grid.Bind(wx.grid.EVT_GRID_LABEL_LEFT_CLICK, self.grid_left_click_handler) self.grid.Bind(wx.grid.EVT_GRID_CELL_LEFT_CLICK, self.grid_left_click_handler) self.sizer.Add(self.grid, 1, wx.EXPAND) self.Fit() self.SetMinSize(self.GetSize()) self.keyhandler = keyhandler if sys.platform in ("darwin", "win32"): # Use an accelerator table for space, 0-9, A-Z, numpad keycodes = [ord(" ")] + range(ord("0"), ord("9")) + range(ord("A"), ord("Z")) + numpad_keycodes self.id_to_keycode = {} for keycode in keycodes: self.id_to_keycode[wx.NewId()] = keycode accels = [] for id, keycode in self.id_to_keycode.iteritems(): self.Bind(wx.EVT_MENU, self.key_handler, id=id) accels += [(wx.ACCEL_NORMAL, keycode, id)] self.SetAcceleratorTable(wx.AcceleratorTable(accels)) else: self.Bind(wx.EVT_CHAR_HOOK, self.key_handler) self.Bind(wx.EVT_KEY_DOWN, self.key_handler) # Event handlers self.Bind(wx.EVT_CLOSE, self.OnClose, self) self.Bind(wx.EVT_MOVE, self.OnMove, self) self.timer = wx.Timer(self) if handler: self.Bind(wx.EVT_TIMER, handler, self.timer) self.Bind(wx.EVT_WINDOW_DESTROY, self.OnDestroy, self) # Final initialization steps self.logger = get_file_logger("untethered") self._setup() self.Show() if start_timer: self.start_timer() def EndModal(self, returncode=wx.ID_OK): return returncode def MakeModal(self, makemodal=False): pass def OnClose(self, event): config.writecfg() if not self.timer.IsRunning(): self.Destroy() else: self.keepGoing = False def OnDestroy(self, event): self.stop_timer() del self.timer def OnMove(self, event): if self.IsShownOnScreen() and not self.IsIconized() and \ (not self.GetParent() or not self.GetParent().IsShownOnScreen()): prev_x = getcfg("position.progress.x") prev_y = getcfg("position.progress.y") x, y = self.GetScreenPosition() if x != prev_x or y != prev_y: setcfg("position.progress.x", x) setcfg("position.progress.y", y) def Pulse(self, msg=""): if msg == lang.getstr("instrument.initializing"): self.label_RGB.SetLabel(msg) return self.keepGoing, False def Resume(self): self.keepGoing = True def Update(self, value, msg=""): return self.Pulse(msg) def UpdatePulse(self, msg=""): return self.Pulse(msg) def back_btn_handler(self, event): if self.index > 0: self.update(self.index - 1) def enable_btns(self, enable=True, enable_measure_button=False): self.is_measuring = not enable and enable_measure_button self.back_btn.Enable(enable and self.index > 0) self.next_btn.Enable(enable and self.index < self.index_max) self.measure_btn._bitmap = geticon(10, {True: "play", False: "pause"}.get(enable)) self.measure_btn.Enable(enable or enable_measure_button) def finish_btn_handler(self, event): self.finish_btn.Disable() self.cgats[0].type = "CTI3" self.cgats[0].add_keyword("COLOR_REP", "RGB_XYZ") if self.white_XYZ[1] > 0: # Normalize to Y = 100 query = self.cgats[0].DATA for i in query: XYZ = query[i]["XYZ_X"], query[i]["XYZ_Y"], query[i]["XYZ_Z"] XYZ = [v / self.white_XYZ[1] * 100 for v in XYZ] query[i]["XYZ_X"], query[i]["XYZ_Y"], query[i]["XYZ_Z"] = XYZ normalized = "YES" else: normalized = "NO" self.cgats[0].add_keyword("NORMALIZED_TO_Y_100", normalized) self.cgats[0].add_keyword("DEVICE_CLASS", "DISPLAY") self.cgats[0].add_keyword("INSTRUMENT_TYPE_SPECTRAL", "NO") if hasattr(self.cgats[0], "APPROX_WHITE_POINT"): self.cgats[0].remove_keyword("APPROX_WHITE_POINT") self.cgats[0].write(os.path.splitext(self.cgats.filename)[0] + ".ti3") self.safe_send("Q") time.sleep(.5) self.safe_send("Q") def flush(self): pass def get_Lab_RGB(self): row = self.cgats[0].DATA[self.index] XYZ = row["XYZ_X"], row["XYZ_Y"], row["XYZ_Z"] self.last_XYZ = XYZ Lab = colormath.XYZ2Lab(*XYZ) if self.white_XYZ[1] > 0: XYZ = [v / self.white_XYZ[1] * 100 for v in XYZ] white_XYZ_Y100 = [v / self.white_XYZ[1] * 100 for v in self.white_XYZ] white_CCT = colormath.XYZ2CCT(*white_XYZ_Y100) if white_CCT: DXYZ = colormath.CIEDCCT2XYZ(white_CCT, scale=100.0) if DXYZ: white_CIEDCCT_Lab = colormath.XYZ2Lab(*DXYZ) PXYZ = colormath.planckianCT2XYZ(white_CCT, scale=100.0) if PXYZ: white_planckianCCT_Lab = colormath.XYZ2Lab(*PXYZ) white_Lab = colormath.XYZ2Lab(*white_XYZ_Y100) if (DXYZ and PXYZ and (colormath.delta(*white_CIEDCCT_Lab + white_Lab)["E"] < 6 or colormath.delta(*white_planckianCCT_Lab + white_Lab)["E"] < 6)): # Is white close enough to daylight or planckian locus? XYZ = colormath.adapt(XYZ[0], XYZ[1], XYZ[2], white_XYZ_Y100, "D65") X, Y, Z = [v / 100.0 for v in XYZ] color = [int(round(v)) for v in colormath.XYZ2RGB(X, Y, Z, scale=255)] return Lab, color def grid_left_click_handler(self, event): if not self.is_measuring: row, col = event.GetRow(), event.GetCol() if row == -1 and col > -1: # col label clicked pass elif row > -1: # row clicked self.update(row) def has_worker_subprocess(self): return bool(getattr(self, "worker", None) and getattr(self.worker, "subprocess", None)) def isatty(self): return True def key_handler(self, event): keycode = None if event.GetEventType() in (wx.EVT_CHAR.typeId, wx.EVT_CHAR_HOOK.typeId, wx.EVT_KEY_DOWN.typeId): keycode = event.GetKeyCode() elif event.GetEventType() == wx.EVT_MENU.typeId: keycode = self.id_to_keycode.get(event.GetId()) if keycode is not None: if event.GetEventType() == wx.EVT_KEY_DOWN.typeId: if event.ControlDown() or event.CmdDown(): # CTRL (Linux/Mac/Windows) / CMD (Mac) if keycode == 65: # A self.grid.SelectAll() elif keycode in (67, 88): # C / X clip = [] cells = self.grid.GetSelection() i = -1 start_col = self.grid.GetNumberCols() for cell in cells: row = cell[0] col = cell[1] if i < row: clip += [[]] i = row if col < start_col: start_col = col while len(clip[-1]) - 1 < col: clip[-1] += [""] clip[-1][col] = self.grid.GetCellValue(row, col) for i, row in enumerate(clip): clip[i] = "\t".join(row[start_col:]) clipdata = wx.TextDataObject() clipdata.SetText("\n".join(clip)) wx.TheClipboard.Open() wx.TheClipboard.SetData(clipdata) wx.TheClipboard.Close() elif keycode in (wx.WXK_UP, wx.WXK_NUMPAD_UP): self.back_btn_handler(None) elif keycode in (wx.WXK_DOWN, wx.WXK_NUMPAD_DOWN): self.next_btn_handler(None) elif keycode in (wx.WXK_HOME, wx.WXK_NUMPAD_HOME): if self.index > -1: self.update(0) elif keycode in (wx.WXK_END, wx.WXK_NUMPAD_END): if self.index_max > -1: self.update(self.index_max) elif keycode in (wx.WXK_PAGEDOWN, wx.WXK_NUMPAD_PAGEDOWN): if self.index > -1: self.grid.MovePageDown() self.update(self.grid.GetGridCursorRow()) elif keycode in (wx.WXK_PAGEUP, wx.WXK_NUMPAD_PAGEUP): if self.index > -1: self.grid.MovePageUp() self.update(self.grid.GetGridCursorRow()) return elif self.has_worker_subprocess() and keycode < 255: if keycode == 27 or chr(keycode) == "Q": # ESC or Q self.worker.abort_subprocess() elif (not isinstance(self.FindFocus(), wx.Control) or keycode != 32): self.measure_btn_handler(None) return event.Skip() def measure(self, event=None): self.enable_btns(False, True) # Use a delay to allow for TFT lag wx.CallLater(200, self.safe_send, " ") def measure_auto_ctrl_handler(self, event): auto = self.measure_auto_cb.GetValue() setcfg("untethered.measure.auto", int(auto)) def measure_btn_handler(self, event): if self.is_measuring: self.is_measuring = False else: self.last_XYZ = (-1, -1, -1) self.measure_count = 1 self.measure() def measurement_play_sound_handler(self, event): setcfg("measurement.play_sound", int(not(bool(getcfg("measurement.play_sound"))))) if getcfg("measurement.play_sound"): bitmap = geticon(16, "sound_volume_full") else: bitmap = geticon(16, "sound_off") self.sound_on_off_btn._bitmap = bitmap def next_btn_handler(self, event): if self.index < self.index_max: self.update(self.index + 1) def parse_txt(self, txt): if not txt or not self.keepGoing: return self.logger.info("%r" % txt) data_len = len(self.cgats[0].DATA) if (self.grid.GetNumberRows() < data_len): self.index = 0 self.index_max = data_len - 1 self.grid.AppendRows(data_len - self.grid.GetNumberRows()) for i in self.cgats[0].DATA: self.grid.SetRowLabelValue(i, "%i" % (i + 1)) row = self.cgats[0].DATA[i] RGB = [] for j, label in enumerate("RGB"): value = int(round(float(str(row["RGB_%s" % label] * 2.55)))) self.grid.SetCellValue(row.SAMPLE_ID - 1, j, "%i" % value) RGB.append(value) self.grid.SetCellBackgroundColour(row.SAMPLE_ID - 1, 3, wx.Colour(*RGB)) if "Connecting to the instrument" in txt: self.Pulse(lang.getstr("instrument.initializing")) if "Spot read failed" in txt: self.last_error = txt if "Result is XYZ:" in txt: self.last_error = None if (getattr(self, "measurement_sound", None) and getcfg("measurement.play_sound") and self.measurement_sound.IsOk()): self.measurement_sound.Play(wx.SOUND_ASYNC) # Result is XYZ: d.dddddd d.dddddd d.dddddd, D50 Lab: d.dddddd d.dddddd d.dddddd XYZ = re.search("XYZ:\s+(-?\d+(?:\.\d+)?)\s+(-?\d+(?:\.\d+)?)\s+(-?\d+(?:\.\d+)?)", txt) if not XYZ: return XYZ = [float(v) for v in XYZ.groups()] row = self.cgats[0].DATA[self.index] if (row["RGB_R"] == 100 and row["RGB_G"] == 100 and row["RGB_B"] == 100): # White if XYZ[1] > 0: self.cgats[0].add_keyword("LUMINANCE_XYZ_CDM2", "%.6f %.6f %.6f" % tuple(XYZ)) self.white_XYZ = XYZ Lab1 = colormath.XYZ2Lab(*self.last_XYZ) Lab2 = colormath.XYZ2Lab(*XYZ) delta = colormath.delta(*Lab1 + Lab2) if debug or test or verbose > 1: safe_print("Last recorded Lab: %.4f %.4f %.4f" % Lab1) safe_print("Current Lab: %.4f %.4f %.4f" % Lab2) safe_print("Delta E to last recorded Lab: %.4f" % delta["E"]) safe_print("Abs. delta L to last recorded Lab: %.4f" % abs(delta["L"])) safe_print("Abs. delta C to last recorded Lab: %.4f" % abs(delta["C"])) if (delta["E"] > getcfg("untethered.min_delta") or (abs(delta["L"]) > getcfg("untethered.min_delta.lightness") and abs(delta["C"]) < getcfg("untethered.max_delta.chroma"))): self.measure_count += 1 if self.measure_count == 2: if (getattr(self, "commit_sound", None) and getcfg("measurement.play_sound") and self.commit_sound.IsOk()): self.commit_sound.Play(wx.SOUND_ASYNC) self.measure_count = 0 # Reset row label self.grid.SetRowLabelValue(self.index, "%i" % (self.index + 1)) # Update CGATS query = self.cgats[0].queryi({"RGB_R": row["RGB_R"], "RGB_G": row["RGB_G"], "RGB_B": row["RGB_B"]}) for i in query: index = query[i].SAMPLE_ID - 1 if index not in self.measured: self.measured.append(index) if index == self.index + 1: # Increment the index if we have consecutive patches self.index = index query[i]["XYZ_X"], query[i]["XYZ_Y"], query[i]["XYZ_Z"] = XYZ if getcfg("untethered.measure.auto"): self.show_RGB(False, False) self.show_XYZ() Lab, color = self.get_Lab_RGB() for i in query: row = query[i] self.grid.SetCellBackgroundColour(query[i].SAMPLE_ID - 1, 4, wx.Colour(*color)) for j in xrange(3): self.grid.SetCellValue(query[i].SAMPLE_ID - 1, 5 + j, "%.2f" % Lab[j]) self.grid.MakeCellVisible(self.index, 0) self.grid.ForceRefresh() if len(self.measured) == data_len: self.finished = True self.finish_btn.Enable() else: # Jump to the next or previous unmeasured patch, if any index = self.index for i in xrange(self.index + 1, data_len): if (getcfg("untethered.measure.auto") or not i in self.measured): self.index = i break if self.index == index: for i in xrange(self.index - 1, -1, -1): if not i in self.measured: self.index = i break if self.index != index: # Mark the row containing the next/previous patch self.grid.SetRowLabelValue(self.index, u"\u25ba %i" % (self.index + 1)) self.grid.MakeCellVisible(self.index, 0) if "key to take a reading" in txt and not self.last_error: if getcfg("untethered.measure.auto") and self.is_measuring: if not self.finished: self.measure() else: self.enable_btns() else: show_XYZ = self.index in self.measured delay = getcfg("untethered.measure.manual.delay") * 1000 wx.CallLater(delay, self.show_RGB, not show_XYZ) if show_XYZ: wx.CallLater(delay, self.show_XYZ) wx.CallLater(delay, self.enable_btns) def pause_continue_handler(self, event=None): if not event: self.parse_txt(self.worker.lastmsg.read()) @property def paused(self): return False def reset(self): self._setup() def _setup(self): self.logger.info("-" * 80) self.is_measuring = False self.keepGoing = True self.last_error = None self.index = -1 self.index_max = -1 self.last_XYZ = (-1, -1, -1) self.white_XYZ = (-1, -1, -1) self.measure_count = 0 self.measured = [] self.finished = False self.label_RGB.SetLabel(" ") self.label_XYZ.SetLabel(" ") self.panel_RGB.SetBackgroundColour(BGCOLOUR) self.panel_RGB.Refresh() self.panel_RGB.Update() self.panel_XYZ.SetBackgroundColour(BGCOLOUR) self.panel_XYZ.Refresh() self.panel_XYZ.Update() self.label_index.SetLabel(" ") self.enable_btns(False) self.measure_auto_cb.SetValue(bool(getcfg("untethered.measure.auto"))) self.finish_btn.Disable() if self.grid.GetNumberRows(): self.grid.DeleteRows(0, self.grid.GetNumberRows()) # Set position placed = False if self.GetParent(): if self.GetParent().IsShownOnScreen(): self.Center() placed = True else: x = getcfg("position.progress.x", False) or self.GetParent().GetScreenPosition()[0] y = getcfg("position.progress.y", False) or self.GetParent().GetScreenPosition()[1] else: x = getcfg("position.progress.x") y = getcfg("position.progress.y") if not placed: self.SetSaneGeometry(x, y) def safe_send(self, bytes): if self.has_worker_subprocess() and not self.worker.subprocess_abort: self.worker.safe_send(bytes) def show_RGB(self, clear_XYZ=True, mark_current_row=True): row = self.cgats[0].DATA[self.index] self.label_RGB.SetLabel("RGB %i %i %i" % (round(row["RGB_R"] * 2.55), round(row["RGB_G"] * 2.55), round(row["RGB_B"] * 2.55))) color = [int(round(v * 2.55)) for v in (row["RGB_R"], row["RGB_G"], row["RGB_B"])] self.panel_RGB.SetBackgroundColour(wx.Colour(*color)) self.panel_RGB.SetBitmap(None) self.panel_RGB.Refresh() self.panel_RGB.Update() if clear_XYZ: self.label_XYZ.SetLabel(" ") self.panel_XYZ.SetBackgroundColour(BGCOLOUR) self.panel_XYZ.SetBitmap(getbitmap("theme/checkerboard-32x32x5-333-444")) self.panel_XYZ.Refresh() self.panel_XYZ.Update() if mark_current_row: self.grid.SetRowLabelValue(self.index, u"\u25ba %i" % (self.index + 1)) self.grid.MakeCellVisible(self.index, 0) self.grid.SelectRow(self.index) self.grid.SetGridCursor(self.index, 0) self.label_index.SetLabel("%i/%i" % (self.index + 1, len(self.cgats[0].DATA))) self.label_index.GetContainingSizer().Layout() def show_XYZ(self): Lab, color = self.get_Lab_RGB() self.label_XYZ.SetLabel("L*a*b* %.2f %.2f %.2f" % Lab) self.panel_XYZ.SetBackgroundColour(wx.Colour(*color)) self.panel_XYZ.SetBitmap(None) self.panel_XYZ.Refresh() self.panel_XYZ.Update() def start_timer(self, ms=50): self.timer.Start(ms) def stop_timer(self): self.timer.Stop() def update(self, index): # Reset row label self.grid.SetRowLabelValue(self.index, "%i" % (self.index + 1)) self.index = index show_XYZ = self.index in self.measured self.show_RGB(not show_XYZ) if show_XYZ: self.show_XYZ() self.enable_btns() def write(self, txt): wx.CallAfter(self.parse_txt, txt) if __name__ == "__main__": from thread import start_new_thread from time import sleep class Subprocess(): def send(self, bytes): start_new_thread(test, (bytes,)) class Worker(object): def __init__(self): self.subprocess = Subprocess() self.subprocess_abort = False def abort_subprocess(self): self.subprocess.send("Q") def safe_send(self, bytes): self.subprocess.send(bytes) return True config.initcfg() print "untethered.min_delta", getcfg("untethered.min_delta") print "untethered.min_delta.lightness", getcfg("untethered.min_delta.lightness") print "untethered.max_delta.chroma", getcfg("untethered.max_delta.chroma") lang.init() lang.update_defaults() app = wx.App(0) frame = UntetheredFrame(start_timer=False) frame.cgats = CGATS.CGATS(getcfg("testchart.file")) frame.worker = Worker() frame.Show() def test(bytes=None): menu = r"""Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""" if not bytes: txt = menu elif bytes == " ": i = frame.index row = frame.cgats[0].DATA[i] txt = """ Result is XYZ: %.6f %.6f %.6f Place instrument on spot to be measured, and hit [A-Z] to read white and setup FWA compensation (keyed to letter) [a-z] to read and make FWA compensated reading from keyed reference 'r' to set reference, 's' to save spectrum, 'h' to toggle high res., 'k' to do a calibration Hit ESC or Q to exit, any other key to take a reading:""" % (row.XYZ_X, row.XYZ_Y, row.XYZ_Z) elif bytes in ("Q", "q"): wx.CallAfter(frame.Close) return else: return for line in txt.split("\n"): sleep(.03125) if frame: wx.CallAfter(frame.write, line) print line start_new_thread(test, tuple()) app.MainLoop() dispcalGUI-1.7.1.6/dispcalGUI/wxwindows.py000644 000765 000000 00000140612 12266701714 020237 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from time import gmtime, strftime, time import math import os import sys import config from config import (btn_width_correction, defaults, getbitmap, getcfg, geticon, get_bitmap_as_icon, get_data_path, get_verified_path, setcfg) from debughelpers import getevtobjname, getevttype from log import log as log_, safe_print from meta import name as appname from options import debug from thread import start_new_thread from util_os import waccess from util_str import safe_unicode, wrap from wxaddons import (CustomEvent, FileDrop as _FileDrop, get_dc_font_size, get_platform_window_decoration_size, wx) from wxfixes import GTKMenuItemGetFixedLabel from lib.agw import labelbook from lib.agw.gradientbutton import GradientButton, HOVER from lib.agw.fourwaysplitter import (_TOLERANCE, FLAG_CHANGED, FLAG_PRESSED, NOWHERE, FourWaySplitter, FourWaySplitterEvent) import localization as lang import util_str try: import wx.lib.agw.floatspin as floatspin except ImportError: import floatspin import wx.lib.filebrowsebutton as filebrowse numpad_keycodes = [wx.WXK_NUMPAD0, wx.WXK_NUMPAD1, wx.WXK_NUMPAD2, wx.WXK_NUMPAD3, wx.WXK_NUMPAD4, wx.WXK_NUMPAD5, wx.WXK_NUMPAD6, wx.WXK_NUMPAD7, wx.WXK_NUMPAD8, wx.WXK_NUMPAD9, wx.WXK_NUMPAD_ADD, wx.WXK_NUMPAD_ENTER, wx.WXK_NUMPAD_EQUAL, wx.WXK_NUMPAD_DIVIDE, wx.WXK_NUMPAD_MULTIPLY, wx.WXK_NUMPAD_SUBTRACT] class AboutDialog(wx.Dialog): def __init__(self, *args, **kwargs): kwargs["style"] = wx.DEFAULT_DIALOG_STYLE & ~(wx.RESIZE_BORDER | wx.RESIZE_BOX | wx.MAXIMIZE_BOX) wx.Dialog.__init__(self, *args, **kwargs) self.set_properties() self.sizer = wx.BoxSizer(wx.VERTICAL) self.SetSizer(self.sizer) def set_properties(self): icon = wx.EmptyIcon() self.SetIcon(icon) def OnClose(self, event): self.Hide() def Layout(self): self.sizer.SetSizeHints(self) self.sizer.Layout() def add_items(self, items): self.closebtn = wx.Button(self, -1, lang.getstr("ok")) self.Bind(wx.EVT_BUTTON, self.OnClose, id=self.closebtn.GetId()) items += [self.closebtn, (1, 16)] pointsize = 10 for item in items: if isinstance(item, wx.Window): font = item.GetFont() if item.GetLabel() and font.GetPointSize() > pointsize: font.SetPointSize(pointsize) item.SetFont(font) self.sizer.Add(item, 0, wx.ALL | wx.ALIGN_CENTER_HORIZONTAL, 0) class BaseFrame(wx.Frame): """ Main frame base class. """ def __init__(self, *args, **kwargs): wx.Frame.__init__(self, *args, **kwargs) def focus_handler(self, event): if debug and hasattr(self, "last_focused_ctrl"): safe_print("[D] Last focused control: %s" % self.last_focused_ctrl) if hasattr(self, "last_focused_ctrl") and self.last_focused_ctrl and \ self.last_focused_ctrl != event.GetEventObject(): catchup_event = wx.FocusEvent(wx.EVT_KILL_FOCUS.evtType[0], self.last_focused_ctrl.GetId()) if debug: safe_print("[D] Last focused control ID %s %s processing " "catchup event type %s %s" % (self.last_focused_ctrl.GetId(), self.last_focused_ctrl.GetName(), catchup_event.GetEventType(), getevttype(catchup_event))) if self.last_focused_ctrl.ProcessEvent(catchup_event): if debug: safe_print("[D] Last focused control processed catchup " "event") event.Skip() if hasattr(event.GetEventObject(), "GetId") and \ callable(event.GetEventObject().GetId): event = CustomEvent(event.GetEventType(), event.GetEventObject(), self.last_focused_ctrl) if hasattr(event.GetEventObject(), "GetId") and \ callable(event.GetEventObject().GetId): if debug: safe_print("[D] Setting last focused control to %s " % event.GetEventObject()) self.last_focused_ctrl = event.GetEventObject() if debug: if hasattr(event, "GetWindow") and event.GetWindow(): safe_print("[D] Focus moving from control ID %s %s to %s %s, " "event type %s %s" % (event.GetWindow().GetId(), event.GetWindow().GetName(), event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) else: safe_print("[D] Focus moving to control ID %s %s, event type " "%s %s" % (event.GetId(), getevtobjname(event, self), event.GetEventType(), getevttype(event))) event.Skip() def setup_language(self): """ Substitute translated strings for menus, controls, labels and tooltips. """ # Title if not hasattr(self, "_Title"): # Backup un-translated label title = self._Title = self.Title else: # Restore un-translated label title = self._Title translated = lang.getstr(title) if translated != title: self.Title = translated # Menus menubar = self.menubar if hasattr(self, "menubar") else self.GetMenuBar() if menubar: for menu, label in menubar.GetMenus(): menu_pos = menubar.FindMenu(label) if not hasattr(menu, "_Label"): # Backup un-translated label menu._Label = label menubar.SetMenuLabel(menu_pos, "&" + lang.getstr( GTKMenuItemGetFixedLabel(menu._Label))) if not hasattr(menu, "_Items"): # Backup un-translated labels menu._Items = [(item, item.Label) for item in menu.GetMenuItems()] for item, label in menu._Items: if item.Label: label = GTKMenuItemGetFixedLabel(label) if item.Accel: item.Text = lang.getstr(label) + "\t" + \ item.Accel.ToString() else: item.Text = lang.getstr(label) if sys.platform == "darwin": wx.GetApp().SetMacHelpMenuTitleName(lang.getstr("menu.help")) self.SetMenuBar(menubar) # Controls and labels for child in self.GetAllChildren(): if (isinstance(child, wx.StaticText) or isinstance(child, wx.Control)): if not hasattr(child, "_Label"): # Backup un-translated label label = child._Label = child.Label else: # Restore un-translated label label = child._Label translated = lang.getstr(label) if translated != label: child.Label = translated if child.ToolTip: if not hasattr(child, "_ToolTipString"): # Backup un-translated tooltip tooltipstr = child._ToolTipString = child.ToolTip.Tip else: # Restore un-translated tooltip tooltipstr = child._ToolTipString translated = lang.getstr(tooltipstr) if translated != tooltipstr: child.SetToolTipString(wrap(translated, 72)) def update_layout(self): """ Update main window layout. """ self.GetSizer().SetSizeHints(self) self.GetSizer().Layout() def set_child_ctrls_as_attrs(self, parent=None): """ Set child controls and labels as attributes of the frame. Will also set a maximum font size of 11 pt. parent is the window over which children will be iterated and defaults to self. """ if not parent: parent = self for child in parent.GetAllChildren(): if debug: safe_print(child.__class__, child.Name) if isinstance(child, (wx.StaticText, wx.Control, floatspin.FloatSpin)): child.SetMaxFontSize(11) if sys.platform == "darwin" or debug: # Work around ComboBox issues on Mac OS X # (doesn't receive EVT_KILL_FOCUS) if isinstance(child, wx.ComboBox): if child.IsEditable(): if debug: safe_print("[D]", child.Name, "binds EVT_TEXT to focus_handler") child.Bind(wx.EVT_TEXT, self.focus_handler) else: child.Bind(wx.EVT_SET_FOCUS, self.focus_handler) if not hasattr(self, child.Name): setattr(self, child.Name, child) class BaseInteractiveDialog(wx.Dialog): """ Base class for informational and confirmation dialogs """ def __init__(self, parent=None, id=-1, title=appname, msg="", ok="OK", bitmap=None, pos=(-1, -1), size=(400, -1), show=True, log=True, print_=False, style=wx.DEFAULT_DIALOG_STYLE, nowrap=False, wrap=70): if print_: safe_print(msg, log=False) if log: log_(msg) if parent: pos = list(pos) i = 0 for coord in pos: if coord > -1: pos[i] += parent.GetScreenPosition()[i] i += 1 pos = tuple(pos) wx.Dialog.__init__(self, parent, id, title, pos, size, style) self.SetPosition(pos) # yes, this is needed self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) self.Bind(wx.EVT_SHOW, self.OnShow, self) margin = 12 self.sizer0 = wx.BoxSizer(wx.VERTICAL) self.SetSizer(self.sizer0) if bitmap: self.sizer1 = wx.FlexGridSizer(1, 2) else: self.sizer1 = wx.BoxSizer(wx.HORIZONTAL) self.sizer2 = wx.BoxSizer(wx.HORIZONTAL) self.sizer3 = wx.FlexGridSizer(0, 1) self.sizer0.Add(self.sizer1, flag = wx.ALIGN_LEFT | wx.TOP | wx.RIGHT | wx.LEFT, border = margin) self.sizer0.Add(self.sizer2, flag = wx.ALIGN_RIGHT | wx.ALL, border = margin) if bitmap: self.bitmap = wx.StaticBitmap(self, -1, bitmap, size=(32, 32)) self.sizer1.Add(self.bitmap, flag=wx.RIGHT, border=margin) self.sizer1.Add(self.sizer3, flag=wx.ALIGN_LEFT) msg = msg.replace("&", "&&") self.message = wx.StaticText(self, -1, msg if nowrap else util_str.wrap(msg, wrap)) self.sizer3.Add(self.message) btnwidth = 80 self.ok = wx.Button(self, wx.ID_OK, ok) self.ok.SetInitialSize((self.ok.GetSize()[0] + btn_width_correction, -1)) self.sizer2.Add(self.ok) self.Bind(wx.EVT_BUTTON, self.OnClose, id=wx.ID_OK) self.sizer0.SetSizeHints(self) self.sizer0.Layout() if parent and parent.IsIconized(): parent.Restore() if not pos or pos == (-1, -1): self.Center(wx.BOTH) elif pos[0] == -1: self.Center(wx.HORIZONTAL) elif pos[1] == -1: self.Center(wx.VERTICAL) if not wx.GetApp().IsActive() and wx.GetApp().GetTopWindow(): wx.CallAfter(wx.GetApp().GetTopWindow().RequestUserAttention) if show: self.ok.SetDefault() self.ShowModalThenDestroy(parent) def ShowModalThenDestroy(self, parent=None): if parent: if getattr(parent, "modaldlg", None): wx.CallLater(250, self.ShowModalThenDestroy, parent) return parent.modaldlg = self self.ShowModal() if parent: parent.modaldlg = None del parent.modaldlg self.Destroy() def OnShow(self, event): self.SetFocus() def OnClose(self, event): if event.GetEventObject() == self: id = wx.ID_OK else: id = event.GetId() self.EndModal(id) class BitmapBackgroundBitmapButton(wx.BitmapButton): """ A BitmapButton that will use its parent bitmap background. The parent needs to have a GetBitmap() method. """ def __init__(self, *args, **kwargs): wx.BitmapButton.__init__(self, *args, **kwargs) self.Bind(wx.EVT_PAINT, self.OnPaint) def OnPaint(self, dc): dc = wx.PaintDC(self) try: dc = wx.GCDC(dc) except Exception, exception: pass dc.DrawBitmap(self.Parent.GetBitmap(), 0, -self.GetPosition()[1]) dc.DrawBitmap(self.GetBitmapLabel(), 0, 0) class BitmapBackgroundPanel(wx.Panel): """ A panel with a background bitmap """ def __init__(self, *args, **kwargs): wx.Panel.__init__(self, *args, **kwargs) self._bitmap = None self.scalebitmap = (True, False) self.scalequality = wx.IMAGE_QUALITY_NORMAL self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM) self.Bind(wx.EVT_PAINT, self.OnPaint) self.Bind(wx.EVT_SIZE, self.OnSize) def GetBitmap(self): return self._bitmap def SetBitmap(self, bitmap): self._bitmap = bitmap def OnPaint(self, event): dc = wx.BufferedPaintDC(self) self._draw(dc) def OnSize(self,event): self.Refresh() def _draw(self, dc): bbr = wx.Brush(self.GetBackgroundColour(), wx.SOLID) dc.SetBackground(bbr) dc.SetBackgroundMode(wx.SOLID) dc.Clear() dc.SetTextForeground(self.GetForegroundColour()) dc.SetTextBackground(self.GetBackgroundColour()) bmp = self._bitmap if bmp: if True in self.scalebitmap: img = bmp.ConvertToImage() bmp = wx.BitmapFromImage(img.Rescale(self.GetSize()[0] if self.scalebitmap[0] else img.GetSize()[0], self.GetSize()[1] if self.scalebitmap[1] else img.GetSize()[1], quality=self.scalequality)) dc.DrawBitmap(bmp, 0, 0) class BitmapBackgroundPanelText(BitmapBackgroundPanel): """ A panel with a background bitmap and text label """ def __init__(self, *args, **kwargs): BitmapBackgroundPanel.__init__(self, *args, **kwargs) self._label = "" def _set_font(self, dc): try: dc = wx.GCDC(dc) except Exception, exception: pass font = self.GetFont() font.SetPointSize(get_dc_font_size(font.GetPointSize(), dc)) dc.SetFont(font) return dc def GetLabel(self): return self._label def SetLabel(self, label): self._label = label def _draw(self, dc): BitmapBackgroundPanel._draw(self, dc) pen = wx.Pen(wx.Colour(0x66, 0x66, 0x66), 1, wx.SOLID) pen.SetCap(wx.CAP_BUTT) dc.SetPen(pen) dc.DrawLine(0, self.GetSize()[1] - 1, self.GetSize()[0], self.GetSize()[1] - 1) dc = self._set_font(dc) w1, h1 = self.GetTextExtent(self.GetLabel()) w2, h2 = dc.GetTextExtent(self.GetLabel()) w = (max(w1, w2) - min(w1, w2)) / 2.0 + min(w1, w2) h = (max(h1, h2) - min(h1, h2)) / 2.0 + min(h1, h2) x, y = (self.GetSize()[0] / 2.0 - w / 2.0, self.GetSize()[1] / 2.0 - h / 2.0) dc.SetTextForeground(wx.Colour(214, 214, 214)) dc.DrawText(self.GetLabel(), x + 1, y + 1) dc.SetTextForeground(self.GetForegroundColour()) dc.DrawText(self.GetLabel(), x, y) class ConfirmDialog(BaseInteractiveDialog): """ Confirmation dialog with OK and Cancel buttons """ def __init__(self, parent=None, id=-1, title=appname, msg="", ok="OK", cancel="Cancel", bitmap=None, pos=(-1, -1), size=(400, -1), alt=None, log=False, print_=False, style=wx.DEFAULT_DIALOG_STYLE, nowrap=False, wrap=70): BaseInteractiveDialog.__init__(self, parent, id, title, msg, ok, bitmap, pos, size, show=False, log=log, print_=print_, style=style, nowrap=nowrap, wrap=wrap) self.Bind(wx.EVT_CLOSE, self.OnClose, self) margin = 12 if alt: self.alt = wx.Button(self, -1, alt) self.alt.SetInitialSize((self.alt.GetSize()[0] + btn_width_correction, -1)) self.sizer2.Prepend((margin, margin)) self.sizer2.Prepend(self.alt) self.Bind(wx.EVT_BUTTON, self.OnClose, id=self.alt.GetId()) self.cancel = wx.Button(self, wx.ID_CANCEL, cancel) self.cancel.SetInitialSize((self.cancel.GetSize()[0] + btn_width_correction, -1)) self.sizer2.Prepend((margin, margin)) self.sizer2.Prepend(self.cancel) self.Bind(wx.EVT_BUTTON, self.OnClose, id=wx.ID_CANCEL) self.Fit() def OnClose(self, event): if hasattr(self, "OnCloseIntercept"): self.OnCloseIntercept(event) return if event.GetEventObject() == self: id = wx.ID_CANCEL else: id = event.GetId() self.EndModal(id) class FileBrowseBitmapButtonWithChoiceHistory(filebrowse.FileBrowseButtonWithHistory): def __init__(self, *arguments, **namedarguments): self.history = namedarguments.get("history") or [] if 'history' in namedarguments: del namedarguments["history"] self.historyCallBack = None if callable(self.history): self.historyCallBack = self.history self.history = [] name = namedarguments.get('name', 'fileBrowseButtonWithHistory') if 'name' in namedarguments: del namedarguments['name'] filebrowse.FileBrowseButton.__init__(self, *arguments, **namedarguments) self.SetName(name) def Disable(self): self.Enable(False) def Enable(self, enable=True): self.textControl.Enable(enable and self.history != [""]) self.browseButton.Enable(enable) def GetValue(self): """ retrieve current value of text control """ if self.textControl.GetSelection() > -1: return self.history[self.textControl.GetSelection()] return "" GetPath = GetValue def OnChanged(self, evt): self.textControl.SetToolTipString(self.history[self.textControl.GetSelection()]) if self.callCallback and self.changeCallback: self.changeCallback(evt) def SetBackgroundColour(self,color): wx.Panel.SetBackgroundColour(self,color) def SetHistory(self, value=(), selectionIndex=None, control=None): """Set the current history list""" if control is None: control = self.textControl if self.history == value: return index = control.GetSelection() if self.history and index > -1: tempValue = self.history[index] else: tempValue = None self.history = value control.Clear() for path in value: control.Append(os.path.basename(path)) if tempValue: self.history.append(tempValue) control.Append(os.path.basename(tempValue)) self.setupControl(selectionIndex, control) def SetMaxFontSize(self, pointsize=11): self.textControl.SetMaxFontSize(pointsize) def SetValue(self, value, callBack=1, clear_on_empty_value=False): if not value: if clear_on_empty_value and self.history: index = self.textControl.GetSelection() if index > -1: self.history.pop(index) self.textControl.Delete(index) if not value in self.history: self.history.append(value) self.textControl.Append(os.path.basename(value)) self.setupControl(self.history.index(value)) if callBack: self.changeCallback(CustomEvent(wx.EVT_CHOICE.typeId, self.textControl)) def SetPath(self, path): self.SetValue(path, 0, clear_on_empty_value=True) def createBrowseButton(self): """Create the browse-button control""" button = wx.BitmapButton(self, -1, geticon(16, "document-open"), style=wx.NO_BORDER) button.SetBitmapDisabled(geticon(16, "empty")) button.SetToolTipString(self.toolTip) button.Bind(wx.EVT_BUTTON, self.OnBrowse) return button def createDialog(self, parent, id, pos, size, style, name=None): """Setup the graphic representation of the dialog""" wx.Panel.__init__ (self, parent, id, pos, size, style) self.SetMinSize(size) # play nice with sizers box = wx.BoxSizer(wx.HORIZONTAL) self.textControl = self.createTextControl() if self.history: history = self.history self.history = [] self.SetHistory(history) box.Add(self.textControl, 1, wx.ALIGN_CENTER_VERTICAL | wx.TOP | wx.BOTTOM, 4) self.browseButton = self.createBrowseButton() box.Add(self.browseButton, 0, wx.ALIGN_CENTER_VERTICAL | wx.LEFT, 8) self.SetAutoLayout(True) self.SetSizer(box) self.Layout() def createLabel(self): return (0, 0) def createTextControl(self): """Create the text control""" textControl = wx.Choice(self, -1) textControl.Bind(wx.EVT_SET_FOCUS, self.OnSetFocus) if self.changeCallback: textControl.Bind(wx.EVT_CHOICE, self.OnChanged) return textControl def setupControl(self, selectionIndex=None, control=None): if control is None: control = self.textControl if selectionIndex is None: selectionIndex = len(self.history) - 1 control.SetSelection(selectionIndex) toolTip = (self.history[selectionIndex] if selectionIndex > -1 else self.toolTip) control.SetToolTipString(toolTip) control.Enable(control.Enabled and self.history != [""]) class FileDrop(_FileDrop): def __init__(self, *args, **kwargs): self.parent = kwargs.pop("parent") _FileDrop.__init__(self, *args, **kwargs) self.unsupported_handler = self.drop_unsupported_handler def drop_unsupported_handler(self): """ Drag'n'drop handler for unsupported files. Shows an error message. """ files = self._filenames InfoDialog(self.parent, msg=lang.getstr("error.file_type_unsupported") + "\n\n" + "\n".join(files), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) class FlatShadedButton(GradientButton): def __init__(self, parent, id=wx.ID_ANY, bitmap=None, label="", pos=wx.DefaultPosition, size=wx.DefaultSize, style=wx.NO_BORDER, validator=wx.DefaultValidator, name="gradientbutton", bgcolour=None, fgcolour=None): GradientButton.__init__(self, parent, id, bitmap, label, pos, size, style, validator, name) if sys.platform != "win32": self.SetFont(wx.Font(11, wx.FONTFAMILY_DEFAULT, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)) self._setcolours(bgcolour, fgcolour) def _setcolours(self, bgcolour=None, fgcolour=None): self.SetTopStartColour(bgcolour or wx.Colour(0x22, 0x22, 0x22)) self.SetTopEndColour(bgcolour or wx.Colour(0x22, 0x22, 0x22)) self.SetBottomStartColour(bgcolour or wx.Colour(0x22, 0x22, 0x22)) self.SetBottomEndColour(bgcolour or wx.Colour(0x22, 0x22, 0x22)) self.SetForegroundColour(fgcolour or wx.Colour(0xdd, 0xdd, 0xdd)) self.SetPressedBottomColour(bgcolour or wx.Colour(0x22, 0x22, 0x22)) self.SetPressedTopColour(bgcolour or wx.Colour(0x22, 0x22, 0x22)) def Disable(self): self.Enable(False) def DoGetBestSize(self): """ Overridden base class virtual. Determines the best size of the button based on the label and bezel size. """ if not getattr(self, "_lastBestSize", None): label = self.GetLabel() or u"\u200b" dc = wx.ClientDC(self) dc.SetFont(self.GetFont()) retWidth, retHeight = dc.GetTextExtent(label) bmpWidth = bmpHeight = 0 constant = 15 if self._bitmap: if label != u"\u200b": constant = 10 else: constant = 0 # Pin the bitmap height to 10 bmpWidth, bmpHeight = self._bitmap.GetWidth()+constant, 10 retWidth += bmpWidth retHeight = max(bmpHeight, retHeight) constant = 15 self._lastBestSize = wx.Size(retWidth+constant, retHeight+constant) return self._lastBestSize def OnGainFocus(self, event): """ Handles the ``wx.EVT_SET_FOCUS`` event for L{GradientButton}. :param `event`: a `wx.FocusEvent` event to be processed. """ self._hasFocus = True self._mouseAction = HOVER self.Refresh() self.Update() def OnLoseFocus(self, event): """ Handles the ``wx.EVT_LEAVE_WINDOW`` event for L{GradientButton}. :param `event`: a `wx.MouseEvent` event to be processed. """ self._hasFocus = False self._mouseAction = None self.Refresh() event.Skip() def Enable(self, enable=True): if enable: self._setcolours() else: self._setcolours(wx.Colour(0x66, 0x66, 0x66)) GradientButton.Enable(self, enable) def SetBitmap(self, bitmap): self._bitmap = bitmap self.Refresh() class InfoDialog(BaseInteractiveDialog): """ Informational dialog with OK button """ def __init__(self, parent=None, id=-1, title=appname, msg="", ok="OK", bitmap=None, pos=(-1, -1), size=(400, -1), show=True, log=True, print_=False): BaseInteractiveDialog.__init__(self, parent, id, title, msg, ok, bitmap, pos, size, show, log, print_) class InvincibleFrame(wx.Frame): """ A frame that won't be destroyed when closed """ def __init__(self, parent=None, id=-1, title="", pos=None, size=None, style=wx.DEFAULT_FRAME_STYLE): wx.Frame.__init__(self, parent, id, title, pos, size, style) self.Bind(wx.EVT_CLOSE, self.OnClose, self) def OnClose(self, event): self.Hide() class LogWindow(InvincibleFrame): """ A log-type window with Clear and Save As buttons """ def __init__(self, parent=None, id=-1): InvincibleFrame.__init__(self, parent, id, lang.getstr("infoframe.title"), pos=(int(getcfg("position.info.x")), int(getcfg("position.info.y"))), style=wx.DEFAULT_FRAME_STYLE) self.last_visible = False self.panel = wx.Panel(self, -1) self.sizer = wx.BoxSizer(wx.VERTICAL) self.panel.SetSizer(self.sizer) self.log_txt = wx.TextCtrl(self.panel, -1, "", style=wx.TE_MULTILINE | wx.TE_READONLY) if sys.platform == "win32": font = wx.Font(9, wx.FONTFAMILY_TELETYPE, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL, face="Consolas") elif sys.platform == "darwin": font = wx.Font(11, wx.FONTFAMILY_TELETYPE, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL, face="Monaco") else: font = wx.Font(10, wx.FONTFAMILY_TELETYPE, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL) self.log_txt.SetFont(font) self.sizer.Add(self.log_txt, 1, flag=wx.ALL | wx.EXPAND, border=4) self.btnsizer = wx.BoxSizer(wx.HORIZONTAL) self.sizer.Add(self.btnsizer) self.save_as_btn = wx.BitmapButton(self.panel, -1, geticon(16, "media-floppy"), style = wx.NO_BORDER) self.save_as_btn.Bind(wx.EVT_BUTTON, self.OnSaveAs) self.save_as_btn.SetToolTipString(lang.getstr("save_as")) self.btnsizer.Add(self.save_as_btn, flag=wx.ALL, border=4) self.clear_btn = wx.BitmapButton(self.panel, -1, geticon(16, "edit-delete"), style = wx.NO_BORDER) self.clear_btn.Bind(wx.EVT_BUTTON, self.OnClear) self.clear_btn.SetToolTipString(lang.getstr("clear")) self.btnsizer.Add(self.clear_btn, flag=wx.ALL, border=4) self.SetMinSize((defaults["size.info.w"], defaults["size.info.h"])) self.SetSaneGeometry(int(getcfg("position.info.x")), int(getcfg("position.info.y")), int(getcfg("size.info.w")), int(getcfg("size.info.h"))) self.Bind(wx.EVT_MOVE, self.OnMove) self.Bind(wx.EVT_SIZE, self.OnSize) self.Children[0].Bind(wx.EVT_WINDOW_DESTROY, self.OnDestroy) def Log(self, txt): self.log_txt.AppendText(txt + os.linesep) def ScrollToBottom(self): self.log_txt.ScrollLines(self.log_txt.GetNumberOfLines()) def OnClear(self, event): self.log_txt.SetValue("") def OnClose(self, event): setcfg("log.show", 0) self.Hide() def OnDestroy(self, event): event.Skip() def OnMove(self, event=None): if self.IsShownOnScreen() and not self.IsMaximized() and not \ self.IsIconized(): x, y = self.GetScreenPosition() setcfg("position.info.x", x) setcfg("position.info.y", y) if event: event.Skip() def OnSaveAs(self, event): defaultDir, defaultFile = (get_verified_path("last_filedialog_path")[0], appname) dlg = wx.FileDialog(self, lang.getstr("save_as"), defaultDir=defaultDir, defaultFile=defaultFile, wildcard=lang.getstr("filetype.log") + "|*.log", style=wx.SAVE | wx.OVERWRITE_PROMPT) dlg.Center(wx.BOTH) result = dlg.ShowModal() path = dlg.GetPath() dlg.Destroy() if result == wx.ID_OK: if not waccess(path, os.W_OK): InfoDialog(self, msg=lang.getstr("error.access_denied.write", path), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) return filename, ext = os.path.splitext(path) if ext.lower() != ".log": path += ".log" if os.path.exists(path): dlg = ConfirmDialog(self, msg=lang.getstr("dialog." "confirm_overwrite", (path)), ok=lang.getstr("overwrite"), cancel=lang.getstr("cancel"), bitmap=geticon(32, "dialog-warning")) result = dlg.ShowModal() dlg.Destroy() if result != wx.ID_OK: return setcfg("last_filedialog_path", path) try: file_ = open(path, "w") file_.write(self.log_txt.GetValue().encode("UTF-8", "replace")) file_.close() except Exception, exception: InfoDialog(self, msg=safe_unicode(exception), ok=lang.getstr("ok"), bitmap=geticon(32, "dialog-error")) def OnSize(self, event=None): if self.IsShownOnScreen() and not self.IsMaximized() and not \ self.IsIconized(): w, h = self.GetSize() setcfg("size.info.w", w) setcfg("size.info.h", h) if event: event.Skip() class ProgressDialog(wx.Dialog): """ A progress dialog. """ def __init__(self, title=appname, msg="", maximum=100, parent=None, style=None, handler=None, keyhandler=None, start_timer=True, pos=None, pauseable=False): if style is None: style = wx.PD_APP_MODAL | wx.PD_ELAPSED_TIME | wx.PD_CAN_ABORT | wx.PD_SMOOTH wx.Dialog.__init__(self, parent, wx.ID_ANY, title) self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) self.Bind(wx.EVT_CLOSE, self.OnClose, self) if not pos: self.Bind(wx.EVT_MOVE, self.OnMove, self) self.timer = wx.Timer(self) self.Bind(wx.EVT_TIMER, handler or self.OnTimer, self.timer) self.keepGoing = True self.skip = False self.paused = False margin = 12 self.sizer0 = wx.BoxSizer(wx.VERTICAL) self.SetSizer(self.sizer0) self.sizer1 = wx.BoxSizer(wx.VERTICAL) self.sizer2 = wx.BoxSizer(wx.HORIZONTAL) self.sizer0.Add(self.sizer1, flag = wx.ALIGN_LEFT | wx.TOP | wx.RIGHT | wx.LEFT, border = margin) self.sizer0.Add(self.sizer2, flag = wx.ALIGN_RIGHT | wx.ALL, border = margin) self.msg = wx.StaticText(self, -1, "") self.sizer1.Add(self.msg, flag=wx.EXPAND | wx.BOTTOM, border=margin) gauge_style = wx.GA_HORIZONTAL if style & wx.PD_SMOOTH: gauge_style |= wx.GA_SMOOTH self.gauge = wx.Gauge(self, wx.ID_ANY, range=maximum, style=gauge_style) self.sizer1.Add(self.gauge, flag=wx.EXPAND | wx.BOTTOM, border=margin) if style & wx.PD_ELAPSED_TIME: self.sizer3 = wx.BoxSizer(wx.HORIZONTAL) self.sizer1.Add(self.sizer3, flag=wx.ALIGN_CENTER) self.sizer3.Add(wx.StaticText(self, -1, lang.getstr("elapsed_time"))) self.time = time() self.elapsed_time = wx.StaticText(self, -1, "") self.elapsed_time_handler(None) self.sizer3.Add(self.elapsed_time, flag=wx.LEFT, border=margin) self.elapsed_timer = wx.Timer(self) self.Bind(wx.EVT_TIMER, self.elapsed_time_handler, self.elapsed_timer) if style & wx.PD_CAN_ABORT: self.cancel = wx.Button(self, wx.ID_ANY, lang.getstr("cancel")) self.sizer2.Add(self.cancel) self.Bind(wx.EVT_BUTTON, self.OnClose, id=self.cancel.GetId()) self.pause_continue = wx.Button(self, wx.ID_ANY, lang.getstr("pause")) self.sizer2.Prepend((margin, margin)) self.sizer2.Prepend(self.pause_continue) self.Bind(wx.EVT_BUTTON, self.pause_continue_handler, id=self.pause_continue.GetId()) self.pause_continue.Show(pauseable) # Use an accelerator table for 0-9, a-z, numpad keycodes = range(48, 58) + range(97, 123) + numpad_keycodes self.id_to_keycode = {} for keycode in keycodes: self.id_to_keycode[wx.NewId()] = keycode accels = [] for id, keycode in self.id_to_keycode.iteritems(): self.Bind(wx.EVT_MENU, keyhandler or self.key_handler, id=id) accels += [(wx.ACCEL_NORMAL, keycode, id)] self.SetAcceleratorTable(wx.AcceleratorTable(accels)) text_extent = self.msg.GetTextExtent("E") w, h = (text_extent[0] * 80, text_extent[1] * 4) self.msg.SetMinSize((w, h)) self.msg.SetSize((w, h)) self.Fit() self.SetMinSize(self.GetSize()) self.msg.SetLabel(msg.replace("&", "&&")) self.Bind(wx.EVT_WINDOW_DESTROY, self.OnDestroy, self) # set position placed = False if pos: x, y = pos else: if parent: if parent.IsShownOnScreen(): self.Center() placed = True else: x = getcfg("position.progress.x", False) or parent.GetScreenPosition()[0] y = getcfg("position.progress.y", False) or parent.GetScreenPosition()[1] else: x = getcfg("position.progress.x") y = getcfg("position.progress.y") if not placed: self.SetSaneGeometry(x, y) if start_timer: self.start_timer() self.Show() if style & wx.PD_APP_MODAL: self.MakeModal() def OnClose(self, event): self.keepGoing = False if hasattr(self, "cancel"): self.cancel.Disable() self.pause_continue.Disable() if not self.timer.IsRunning(): self.Destroy() elif self.gauge.GetValue() == self.gauge.GetRange(): event.Skip() def OnDestroy(self, event): self.stop_timer() del self.timer def OnMove(self, event): if self.IsShownOnScreen() and not self.IsIconized() and \ (not self.GetParent() or not self.GetParent().IsShownOnScreen()): prev_x = getcfg("position.progress.x") prev_y = getcfg("position.progress.y") x, y = self.GetScreenPosition() if x != prev_x or y != prev_y: setcfg("position.progress.x", x) setcfg("position.progress.y", y) def OnTimer(self, event): if self.keepGoing: if self.gauge.GetValue() < self.gauge.GetRange(): self.Update(self.gauge.GetValue() + 1) else: self.stop_timer() self.Update(self.gauge.GetRange(), "Finished. You may now close this window.") else: self.Pulse("Aborting...") if not hasattr(self, "delayed_stop"): self.delayed_stop = wx.CallLater(3000, self.stop_timer) wx.CallLater(3000, self.Pulse, "Aborted. You may now close this window.") def Pulse(self, msg=None): if msg and msg != self.msg.Label: self.msg.SetLabel(msg) self.msg.Refresh() self.msg.Update() self.gauge.Pulse() return self.keepGoing, self.skip def Resume(self): self.keepGoing = True if hasattr(self, "cancel"): self.cancel.Enable() self.pause_continue.Enable() def Update(self, value, msg=None): if msg and msg != self.msg.Label: self.msg.SetLabel(msg) self.msg.Refresh() self.msg.Update() self.gauge.SetValue(value) return self.keepGoing, self.skip UpdatePulse = Pulse def elapsed_time_handler(self, event): self.elapsed_time.Label = strftime("%H:%M:%S", gmtime(time() - self.time)) def key_handler(self, event): pass def pause_continue_handler(self, event=None): self.paused = not self.paused if self.paused: self.pause_continue.Label = lang.getstr("continue") else: self.pause_continue.Label = lang.getstr("pause") self.pause_continue.Enable(not event) self.Layout() def start_timer(self, ms=50): self.timer.Start(ms) if hasattr(self, "elapsed_timer"): self.elapsed_timer.Start(1000) def stop_timer(self): self.timer.Stop() if hasattr(self, "elapsed_timer"): self.elapsed_timer.Stop() class SimpleBook(labelbook.FlatBookBase): def __init__(self, parent, id=wx.ID_ANY, pos=wx.DefaultPosition, size=wx.DefaultSize, style=0, agwStyle=0, name="SimpleBook"): labelbook.FlatBookBase.__init__(self, parent, id, pos, size, style, agwStyle, name) self._pages = self.CreateImageContainer() # Label book specific initialization self._mainSizer = wx.BoxSizer(wx.HORIZONTAL) self.SetSizer(self._mainSizer) def CreateImageContainer(self): """ Creates the image container (LabelContainer) class for L{FlatImageBook}. """ return labelbook.ImageContainerBase(self, wx.ID_ANY, agwStyle=self.GetAGWWindowStyleFlag()) class SimpleTerminal(InvincibleFrame): """ A simple terminal-like window. """ def __init__(self, parent=None, id=-1, title=appname, handler=None, keyhandler=None, start_timer=True): wx.Frame.__init__(self, parent, id, title, style=wx.DEFAULT_FRAME_STYLE) self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) self.Bind(wx.EVT_CLOSE, self.OnClose, self) self.Bind(wx.EVT_MOVE, self.OnMove, self) self.timer = wx.Timer(self) if handler: self.Bind(wx.EVT_TIMER, handler, self.timer) self.panel = wx.Panel(self, -1) self.sizer = wx.BoxSizer(wx.VERTICAL) self.panel.SetSizer(self.sizer) self.console = wx.TextCtrl(self.panel, -1, "", style=wx.TE_MULTILINE | wx.TE_READONLY | wx.VSCROLL | wx.NO_BORDER) self.console.SetBackgroundColour(wx.BLACK) self.console.SetForegroundColour("#808080") if sys.platform == "win32": font = wx.Font(9, wx.FONTFAMILY_TELETYPE, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL, face="Terminal") elif sys.platform == "darwin": font = wx.Font(11, wx.FONTFAMILY_TELETYPE, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL, face="Monaco") else: font = wx.Font(10, wx.FONTFAMILY_TELETYPE, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL) self.console.SetFont(font) self.sizer.Add(self.console, 1, flag=wx.ALL | wx.EXPAND, border=0) if sys.platform == "win32": # Mac: TextCtrls don't receive EVT_KEY_DOWN self.console.Bind(wx.EVT_KEY_DOWN, keyhandler or self.key_handler, self.console) else: # Windows: EVT_CHAR_HOOK only receives "special" keys e.g. ESC, Tab self.Bind(wx.EVT_CHAR_HOOK, keyhandler or self.key_handler) # Use an accelerator table for space, 0-9, a-z, numpad keycodes = [32] + range(48, 58) + range(97, 123) + numpad_keycodes self.id_to_keycode = {} for keycode in keycodes: self.id_to_keycode[wx.NewId()] = keycode # set size text_extent = self.console.GetTextExtent(" ") vscroll_w = self.console.GetSize()[0] - self.console.GetClientRect()[2] w, h = (text_extent[0] * 80 + vscroll_w, text_extent[1] * 24) self.console.SetSize((w, h)) self.sizer.SetSizeHints(self) self.sizer.Layout() # set position placed = False if parent: if parent.IsShownOnScreen(): self.Center() placed = True else: x = getcfg("position.progress.x", False) or parent.GetScreenPosition()[0] y = getcfg("position.progress.y", False) or parent.GetScreenPosition()[1] else: x = getcfg("position.progress.x") y = getcfg("position.progress.y") if not placed: self.SetSaneGeometry(x, y, w, h) self.lastmsg = "" self.keepGoing = True self.Bind(wx.EVT_WINDOW_DESTROY, self.OnDestroy, self) if start_timer: self.start_timer() self.Show() self.console.SetFocus() def EndModal(self, returncode=wx.ID_OK): return returncode def MakeModal(self, makemodal=False): pass def OnClose(self, event): if not self.timer.IsRunning(): self.Destroy() else: self.keepGoing = False def OnDestroy(self, event): self.stop_timer() del self.timer def OnMove(self, event): if self.IsShownOnScreen() and not self.IsIconized() and \ (not self.GetParent() or not self.GetParent().IsShownOnScreen()): prev_x = getcfg("position.progress.x") prev_y = getcfg("position.progress.y") x, y = self.GetScreenPosition() if x != prev_x or y != prev_y: setcfg("position.progress.x", x) setcfg("position.progress.y", y) def Pulse(self, msg=""): self.lastmsg = msg return self.keepGoing, False def Resume(self): self.keepGoing = True def Update(self, value, msg=""): return self.Pulse(msg) def UpdatePulse(self, msg=""): return self.Pulse(msg) def add_text(self, txt): pos = self.console.GetLastPosition() if txt.startswith("\r"): txt = txt.lstrip("\r") numlines = self.console.GetNumberOfLines() start = pos - self.console.GetLineLength(numlines - 1) self.console.Replace(start, pos, txt) else: self.console.AppendText(txt) def flush(self): pass def isatty(self): return True def key_handler(self, event): pass def start_timer(self, ms=50): self.timer.Start(ms) def stop_timer(self): self.timer.Stop() def write(self, txt): wx.CallAfter(self.add_text, txt) class TooltipWindow(InvincibleFrame): """ A tooltip-style window """ def __init__(self, parent=None, id=-1, title=appname, msg="", bitmap=None, pos=(-1, -1), size=(400, -1), style=wx.DEFAULT_FRAME_STYLE | wx.FRAME_TOOL_WINDOW, wrap=70): InvincibleFrame.__init__(self, parent, id, title, pos, size, style) self.SetPosition(pos) # yes, this is needed self.SetIcons(config.get_icon_bundle([256, 48, 32, 16], appname)) margin = 12 self.panel = wx.Panel(self, -1) self.sizer0 = wx.BoxSizer(wx.VERTICAL) self.panel.SetSizer(self.sizer0) if bitmap: self.sizer1 = wx.FlexGridSizer(1, 2) else: self.sizer1 = wx.BoxSizer(wx.HORIZONTAL) self.sizer0.Add(self.sizer1, flag = wx.ALIGN_CENTER | wx.ALL, border = margin) if bitmap: self.bitmap = wx.StaticBitmap(self.panel, -1, bitmap, size = (32, 32)) self.sizer1.Add(self.bitmap, flag=wx.RIGHT, border=margin) self.message = wx.StaticText(self.panel, -1, util_str.wrap(msg, wrap)) self.sizer1.Add(self.message) self.sizer0.SetSizeHints(self) self.sizer0.Layout() if not pos or pos == (-1, -1): self.Center(wx.BOTH) elif pos[0] == -1: self.Center(wx.HORIZONTAL) elif pos[1] == -1: self.Center(wx.VERTICAL) self.Show() self.Raise() class TwoWaySplitter(FourWaySplitter): def __init__(self, *args, **kwargs): FourWaySplitter.__init__(self, *args, **kwargs) self._minimum_pane_size = 0 self._sashbitmap = getbitmap("theme/sash") self._splitsize = (800, 400) self._expandedsize = (400, 400) self._handcursor = wx.StockCursor(wx.CURSOR_HAND) self.Bind(wx.EVT_LEFT_DCLICK, self.OnLeftDClick) def _GetSashSize(self): """ Used internally. """ if self.HasFlag(wx.SP_NOSASH): return 0 return self._sashbitmap.GetSize()[0] # Recompute layout def _SizeWindows(self): """ Recalculate the layout based on split positions and split fractions. :see: L{SetHSplit} and L{SetVSplit} for more information about split fractions. """ win0 = self.GetTopLeft() win1 = self.GetTopRight() width, height = self.GetSize() barSize = self._GetSashSize() border = self._GetBorderSize() if self._expanded < 0: totw = width - barSize - 2*border self._splitx = max((self._fhor*totw)/10000, self._minimum_pane_size) self._splity = height rightw = totw - self._splitx if win0: win0.SetDimensions(0, 0, self._splitx, self._splity) win0.Show() if win1: win1.SetDimensions(self._splitx + barSize, 0, rightw, self._splity) win1.Show() else: if self._expanded < len(self._windows): for ii, win in enumerate(self._windows): if ii == self._expanded: win.SetDimensions(0, 0, width - barSize - 2*border, height-2*border) win.Show() else: win.Hide() # Draw the horizontal split def DrawSplitter(self, dc): """ Actually draws the sashes. :param `dc`: an instance of `wx.DC`. """ backColour = self.GetBackgroundColour() dc.SetBrush(wx.Brush(backColour, wx.SOLID)) dc.SetPen(wx.Pen(backColour)) dc.Clear() width, height = self.GetSize() if self._expanded > -1: splitx = width - self._GetSashSize() - 2*self._GetBorderSize() else: splitx = self._splitx if self._expanded < 0: if splitx <= self._minimum_pane_size: self._sashbitmap = getbitmap("theme/sash-right") else: self._sashbitmap = getbitmap("theme/sash") else: self._sashbitmap = getbitmap("theme/sash-left") sashwidth, sashheight = self._sashbitmap.GetSize() dc.DrawRectangle(splitx, 0, sashwidth, height) dc.DrawBitmap(self._sashbitmap, splitx, height / 2 - sashheight / 2, True) dc.SetPen(wx.Pen(wx.Colour(178, 178, 178), 1)) dc.DrawLine(splitx, 0, splitx, height) dc.DrawLine(splitx + self._GetSashSize() - 1, 0, splitx + self._GetSashSize() - 1, height) def GetExpandedSize(self): return self._expandedsize # Determine split mode def GetMode(self, pt): """ Determines the split mode for L{FourWaySplitter}. :param `pt`: the point at which the mouse has been clicked, an instance of `wx.Point`. :return: One of the following 3 split modes: ================= ============================== Split Mode Description ================= ============================== ``wx.HORIZONTAL`` the user has clicked on the horizontal sash ``wx.VERTICAL`` The user has clicked on the vertical sash ``wx.BOTH`` The user has clicked at the intersection between the 2 sashes ================= ============================== """ barSize = self._GetSashSize() flag = wx.BOTH width, height = self.GetSize() if self._expanded > -1: splitx = width - self._GetSashSize() - 2*self._GetBorderSize() else: splitx = self._splitx if pt.x < splitx - _TOLERANCE: flag &= ~wx.VERTICAL if pt.y < self._splity - _TOLERANCE: flag &= ~wx.HORIZONTAL if pt.x >= splitx + barSize + _TOLERANCE: flag &= ~wx.VERTICAL if pt.y >= self._splity + barSize + _TOLERANCE: flag &= ~wx.HORIZONTAL return flag def GetSplitSize(self): return self._splitsize def OnLeftDClick(self, event): if not self.IsEnabled(): return pt = event.GetPosition() if self.GetMode(pt): width, height = self.GetSize() barSize = self._GetSashSize() border = self._GetBorderSize() totw = width - barSize - 2*border winborder, titlebar = get_platform_window_decoration_size() winwidth, winheight = self.Parent.GetSize() self.Freeze() self.SetExpanded(-1 if self._expanded > -1 else 0) if self._expanded < 0: if self.GetExpandedSize()[0] < self.GetSplitSize()[0]: self._fhor = int(math.ceil((self.GetExpandedSize()[0] - barSize - winborder * 2) / float(self.GetSplitSize()[0] - barSize - winborder * 2) * 10000)) else: self._fhor = int(math.ceil(self._minimum_pane_size / float(self.GetSplitSize()[0] - barSize - winborder * 2) * 10000)) self.Parent.SetMinSize((defaults["size.profile_info.split.w"] + winborder * 2, self.Parent.GetMinSize()[1])) if (not self.Parent.IsMaximized() and self.Parent.GetSize()[0] < self.GetSplitSize()[0]): self.Parent.SetSize((self.GetSplitSize()[0], self.Parent.GetSize()[1])) else: self.Parent.SetMinSize((defaults["size.profile_info.w"] + winborder * 2, self.Parent.GetMinSize()[1])) w = max(self.GetExpandedSize()[0], self._splitx + barSize + winborder * 2) if (not self.Parent.IsMaximized() and self.Parent.GetSize()[0] > w): self.Parent.SetSize((w, self.Parent.GetSize()[1])) #wx.CallLater(25, self.Parent.redraw) self.Parent.idle = False self.Parent.resize_grid() self.Thaw() # Button being released def OnLeftUp(self, event): """ Handles the ``wx.EVT_LEFT_UP`` event for L{FourWaySplitter}. :param `event`: a `wx.MouseEvent` event to be processed. """ if not self.IsEnabled(): return if self.HasCapture(): self.ReleaseMouse() flgs = self._flags self._flags &= ~FLAG_CHANGED self._flags &= ~FLAG_PRESSED if flgs & FLAG_PRESSED: if not self.GetAGWWindowStyleFlag() & wx.SP_LIVE_UPDATE: self.DrawTrackSplitter(self._splitx, self._splity) self.DrawSplitter(wx.ClientDC(self)) self.AdjustLayout() if flgs & FLAG_CHANGED: event = FourWaySplitterEvent(wx.wxEVT_COMMAND_SPLITTER_SASH_POS_CHANGED, self) event.SetSashIdx(self._mode) event.SetSashPosition(wx.Point(self._splitx, self._splity)) self.GetEventHandler().ProcessEvent(event) else: self.OnLeftDClick(event) self._mode = NOWHERE def OnMotion(self, event): """ Handles the ``wx.EVT_MOTION`` event for L{FourWaySplitter}. :param `event`: a `wx.MouseEvent` event to be processed. """ if self.HasFlag(wx.SP_NOSASH): return pt = event.GetPosition() # Moving split if self._flags & FLAG_PRESSED: width, height = self.GetSize() barSize = self._GetSashSize() border = self._GetBorderSize() totw = width - barSize - 2*border if pt.x > totw - _TOLERANCE: self._expanded = 0 self._offx += 1 elif self._expanded > -1 and pt.x > self._minimum_pane_size: self._fhor = int((pt.x - barSize - 2*border) / float(totw) * 10000) self._splitx = (self._fhor*totw)/10000 self._offx = pt.x - self._splitx + 1 self._expanded = -1 oldsplitx = self._splitx oldsplity = self._splity if self._mode == wx.BOTH: self.MoveSplit(pt.x - self._offx, pt.y - self._offy) elif self._mode == wx.VERTICAL: self.MoveSplit(pt.x - self._offx, self._splity) elif self._mode == wx.HORIZONTAL: self.MoveSplit(self._splitx, pt.y - self._offy) # Send a changing event if not self.DoSendChangingEvent(wx.Point(self._splitx, self._splity)): self._splitx = oldsplitx self._splity = oldsplity return if oldsplitx != self._splitx or oldsplity != self._splity: if not self.GetAGWWindowStyleFlag() & wx.SP_LIVE_UPDATE: self.DrawTrackSplitter(oldsplitx, oldsplity) self.DrawTrackSplitter(self._splitx, self._splity) else: self.AdjustLayout() self._flags |= FLAG_CHANGED self.Refresh() # Change cursor based on position ff = self.GetMode(pt) if self._expanded > -1 and self._splitx <= self._minimum_pane_size: self.SetCursor(self._handcursor) elif ff == wx.BOTH: self.SetCursor(self._sashCursorSIZING) elif ff == wx.VERTICAL: self.SetCursor(self._sashCursorWE) elif ff == wx.HORIZONTAL: self.SetCursor(self._sashCursorNS) else: self.SetCursor(self._handcursor) event.Skip() def SetExpandedSize(self, size): self._expandedsize = size def SetMinimumPaneSize(self, size=0): self._minimum_pane_size = size def SetSplitSize(self, size): self._splitsize = size def test(): def key_handler(self, event): if event.GetEventType() == wx.EVT_CHAR_HOOK.typeId: print "Received EVT_CHAR_HOOK", event.GetKeyCode(), repr(unichr(event.GetKeyCode())) elif event.GetEventType() == wx.EVT_KEY_DOWN.typeId: print "Received EVT_KEY_DOWN", event.GetKeyCode(), repr(unichr(event.GetKeyCode())) elif event.GetEventType() == wx.EVT_MENU.typeId: print "Received EVT_MENU", self.id_to_keycode.get(event.GetId()), repr(unichr(self.id_to_keycode.get(event.GetId()))) event.Skip() ProgressDialog.key_handler = key_handler SimpleTerminal.key_handler = key_handler app = wx.App(0) p = ProgressDialog(msg="".join(("Test " * 5))) t = SimpleTerminal(start_timer=False) app.MainLoop() if __name__ == "__main__": test() dispcalGUI-1.7.1.6/dispcalGUI/xh_filebrowsebutton.py000644 000765 000000 00000004665 12263672717 022300 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import wx import wx.xrc as xrc import wx.lib.filebrowsebutton as filebrowse class FileBrowseButtonXmlHandler(xrc.XmlResourceHandler): def __init__(self): xrc.XmlResourceHandler.__init__(self) # Standard styles self.AddWindowStyles() def CanHandle(self,node): return self.IsOfClass(node, 'FileBrowseButton') # Process XML parameters and create the object def DoCreateResource(self): w = filebrowse.FileBrowseButton(parent=self.GetParentAsWindow(), id=self.GetID(), pos=self.GetPosition(), size=self.GetSize(), style=self.GetStyle(), labelText=self.GetText('labelText') or 'File Entry:', buttonText=self.GetText('buttonText') or 'Browse', toolTip=self.GetText('toolTip') or 'Type filename or click browse to choose file', dialogTitle=self.GetText('dialogTitle') or 'Choose a file', startDirectory=self.GetText('startDirectory') or '.', initialValue=self.GetText('initialValue') or '', fileMask=self.GetText('fileMask') or '*.*', fileMode=self.GetLong('fileMode') or wx.OPEN, labelWidth=self.GetLong('labelWidth') or 0, name=self.GetName()) self.SetupWindow(w) return w class FileBrowseButtonWithHistoryXmlHandler(FileBrowseButtonXmlHandler): def __init__(self): FileBrowseButtonXmlHandler.__init__(self) def CanHandle(self,node): return self.IsOfClass(node, 'FileBrowseButtonWithHistory') # Process XML parameters and create the object def DoCreateResource(self): w = filebrowse.FileBrowseButtonWithHistory(parent=self.GetParentAsWindow(), id=self.GetID(), pos=self.GetPosition(), size=self.GetSize(), style=self.GetStyle(), labelText=self.GetText('labelText') or 'File Entry:', buttonText=self.GetText('buttonText') or 'Browse', toolTip=self.GetText('toolTip') or 'Type filename or click browse to choose file', dialogTitle=self.GetText('dialogTitle') or 'Choose a file', startDirectory=self.GetText('startDirectory') or '.', initialValue=self.GetText('initialValue') or '', fileMask=self.GetText('fileMask') or '*.*', fileMode=self.GetLong('fileMode') or wx.OPEN, labelWidth=self.GetLong('labelWidth') or 0, name=self.GetName()) self.SetupWindow(w) return w dispcalGUI-1.7.1.6/dispcalGUI/xh_floatspin.py000644 000765 000000 00000002551 12025152312 020646 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- import wx import wx.xrc as xrc try: import wx.lib.agw.floatspin as floatspin except ImportError: import floatspin class FloatSpinCtrlXmlHandler(xrc.XmlResourceHandler): def __init__(self): xrc.XmlResourceHandler.__init__(self) # Standard styles self.AddWindowStyles() # Custom styles self.AddStyle('FS_LEFT', floatspin.FS_LEFT) self.AddStyle('FS_RIGHT', floatspin.FS_RIGHT) self.AddStyle('FS_CENTRE', floatspin.FS_CENTRE) self.AddStyle('FS_READONLY', floatspin.FS_READONLY) def CanHandle(self,node): return self.IsOfClass(node, 'FloatSpin') # Process XML parameters and create the object def DoCreateResource(self): try: min_val = float(self.GetText('min_val')) except: min_val = None try: max_val = float(self.GetText('max_val')) except: max_val = None try: increment = float(self.GetText('increment')) except: increment = 1.0 w = floatspin.FloatSpin(parent=self.GetParentAsWindow(), id=self.GetID(), pos=self.GetPosition(), size=self.GetSize(), style=self.GetStyle(), min_val=min_val, max_val=max_val, increment=increment, name=self.GetName()) try: w.SetValue(float(self.GetText('value'))) except: w.SetValue(0.0) try: w.SetDigits(int(self.GetText('digits'))) except: pass self.SetupWindow(w) return w dispcalGUI-1.7.1.6/dispcalGUI/xrandr.py000644 000765 000000 00000011567 12266411534 017470 0ustar00svpwheel000000 000000 # -*- coding: utf-8 -*- from ctypes import POINTER, Structure, c_int, c_long, c_ubyte, c_ulong, cdll, pointer, util libx11pth = util.find_library("X11") if not libx11pth: raise ImportError("Couldn't find libX11") try: libx11 = cdll.LoadLibrary(libx11pth) except OSError: raise ImportError("Couldn't load libX11") libxrandrpth = util.find_library("Xrandr") if not libxrandrpth: raise ImportError("Couldn't find libXrandr") try: libxrandr = cdll.LoadLibrary(libxrandrpth) except OSError: raise ImportError("Couldn't load libXrandr") import os import sys import RealDisplaySizeMM as RDSMM from options import debug from util_x import get_display XA_CARDINAL = 6 XA_INTEGER = 19 Atom = c_ulong class Display(Structure): __slots__ = [] Display._fields_ = [('_opaque_struct', c_int)] try: libx11.XInternAtom.restype = Atom libx11.XOpenDisplay.restype = POINTER(Display) libx11.XRootWindow.restype = c_ulong libx11.XGetWindowProperty.restype = c_int libx11.XGetWindowProperty.argtypes = [POINTER(Display), c_ulong, Atom, c_long, c_long, c_int, c_ulong, POINTER(c_ulong), POINTER(c_int), POINTER(c_ulong), POINTER(c_ulong), POINTER(POINTER(c_ubyte))] except AttributeError, exception: raise ImportError("libX11: %s" % exception) try: libxrandr.XRRGetOutputProperty.restype = c_int libxrandr.XRRGetOutputProperty.argtypes = [POINTER(Display), c_ulong, Atom, c_long, c_long, c_int, c_int, c_ulong, POINTER(c_ulong), POINTER(c_int), POINTER(c_ulong), POINTER(c_ulong), POINTER(POINTER(c_ubyte))] except AttributeError, exception: raise ImportError("libXrandr: %s" % exception) def get_atom(atom_name=None, atom_type=XA_CARDINAL, x_hostname="", x_display_no=0, x_screen_no=0): display = get_display() if not x_hostname: x_hostname = display[0] if not x_display_no: x_display_no = display[1] if not x_screen_no: x_screen_no = display[2] display = "%s:%i.%i" % (x_hostname, x_display_no, x_screen_no) x_display = libx11.XOpenDisplay(display) if not x_display: libx11.XCloseDisplay(x_display) raise ValueError("Invalid X display %r" % display) x_window = libx11.XRootWindow(x_display, x_screen_no) if not x_window: libx11.XCloseDisplay(x_display) raise ValueError("Invalid X screen %r" % x_screen_no) x_atom = libx11.XInternAtom(x_display, atom_name, True) if not x_atom: libx11.XCloseDisplay(x_display) raise ValueError("Invalid atom name %r" % atom_name) ret_type, ret_format, ret_len, ret_togo, atomv = (c_ulong(), c_int(), c_ulong(), c_ulong(), pointer(c_ubyte())) property = None if libx11.XGetWindowProperty(x_display, x_window, x_atom, 0, 0x7ffffff, False, atom_type, ret_type, ret_format, ret_len, ret_togo, atomv) == 0 and ret_len.value > 0: if debug: print "ret_type:", ret_type.value print "ret_format:", ret_format.value print "ret_len:", ret_len.value print "ret_togo:", ret_togo.value property = [atomv[i] for i in xrange(ret_len.value)] libx11.XCloseDisplay(x_display) return property def get_output_property(display_no=0, property_name=None, property_type=XA_CARDINAL, x_hostname="", x_display_no=0, x_screen_no=0): xrandr_output_xid = RDSMM.GetXRandROutputXID(display_no) if not xrandr_output_xid: raise ValueError("Invalid display number %r specified or XrandR " "unsupported" % display_no) display = get_display() if not x_hostname: x_hostname = display[0] if not x_display_no: x_display_no = display[1] if not x_screen_no: x_screen_no = display[2] display = "%s:%i.%i" % (x_hostname, x_display_no, x_screen_no) x_display = libx11.XOpenDisplay(display) if not x_display: libx11.XCloseDisplay(x_display) raise ValueError("Invalid X display %r" % display) x_atom = libx11.XInternAtom(x_display, property_name, False) if not x_atom: libx11.XCloseDisplay(x_display) raise ValueError("Invalid property name %r" % property_name) ret_type, ret_format, ret_len, ret_togo, atomv = (c_ulong(), c_int(), c_ulong(), c_ulong(), pointer(c_ubyte())) property = None if libxrandr.XRRGetOutputProperty(x_display, xrandr_output_xid, x_atom, 0, 0x7ffffff, False, False, property_type, ret_type, ret_format, ret_len, ret_togo, atomv) == 0 and \ ret_len.value > 0: if debug: print "ret_type:", ret_type.value print "ret_format:", ret_format.value print "ret_len:", ret_len.value print "ret_togo:", ret_togo.value property = [atomv[i] for i in xrange(ret_len.value)] libx11.XCloseDisplay(x_display) return property if __name__ == "__main__": property = get_output_property(int(sys.argv[1]), sys.argv[2], int(sys.argv[3])) print "%s for display %s: %r" % (sys.argv[2], sys.argv[1], property) dispcalGUI-1.7.1.6/dispcalGUI/xrc/000755 000765 000000 00000000000 12266723171 016405 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/dispcalGUI/xrc/3dlut.xrc000644 000765 000000 00000026566 12263702502 020165 0ustar00svpwheel000000 000000 wxVERTICAL wxVERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 profile.input filetype.icc|*.icc;*.icm wxEXPAND|wxALIGN_CENTRE_VERTICAL wxLEFT|wxEXPAND 4 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 profile.abstract filetype.icc|*.icc;*.icm wxEXPAND|wxALIGN_CENTRE_VERTICAL wxLEFT|wxEXPAND 4 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 gamap.profile filetype.icc|*.icc;*.icm wxALIGN_CENTRE_VERTICAL wxLEFT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL wxEXPAND wxBOTTOM|wxLEFT|wxEXPAND 4 wxBOTTOM|wxLEFT 4 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 4 wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 4 wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 75,-1 2.2 2.4 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 0 wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 0 wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 4 wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 4 wxALIGN_CENTRE_VERTICAL 8, 1 wxALIGN_CENTRE_VERTICAL wxALIGN_RIGHT|wxALIGN_BOTTOM wxHORIZONTAL wxEXPAND|wxALIGN_CENTRE_VERTICAL 2 0 8 1 wxALL|wxEXPAND 12 wxEXPAND -1,100 3dlut.frame.title EVT_CLOSE dispcalGUI-1.7.1.6/dispcalGUI/xrc/extra.xrc000644 000765 000000 00000010624 12237536421 020247 0ustar00svpwheel000000 000000 wxVERTICAL wxVERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 320,-1 wxEXPAND|wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 320,-1 wxEXPAND|wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 320,-1 wxEXPAND|wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 320,-1 wxEXPAND|wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 320,-1 wxEXPAND|wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 320,-1 wxEXPAND|wxALIGN_CENTRE_VERTICAL 2 8 1 wxALL|wxEXPAND 12 400, -1 wxEXPAND -1,100 400,-1 extra_args 1 EVT_CLOSE dispcalGUI-1.7.1.6/dispcalGUI/xrc/gamap.xrc000644 000765 000000 00000013241 12072027110 020172 0ustar00svpwheel000000 000000 wxVERTICAL wxVERTICAL wxHORIZONTAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 gamap.profile filetype.icc|*.icc;*.icm EVT_FILEPICKER_CHANGED wxALIGN_CENTRE_VERTICAL wxTOP|wxLEFT|wxRIGHT|wxEXPAND 12 EVT_CHECKBOX wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxEXPAND|wxALIGN_CENTRE_VERTICAL EVT_CHECKBOX wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxEXPAND|wxALIGN_CENTRE_VERTICAL 2 0 8 1 wxLEFT|wxRIGHT|wxTOP|wxEXPAND 12 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxEXPAND|wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxEXPAND|wxALIGN_CENTRE_VERTICAL 2 0 8 1 wxALL|wxEXPAND 12 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxEXPAND|wxALIGN_CENTRE_VERTICAL 2 0 8 1 wxLEFT|wxRIGHT|wxBOTTOM|wxEXPAND 12 wxEXPAND -1,100 gamapframe.title EVT_CLOSE dispcalGUI-1.7.1.6/dispcalGUI/xrc/main.xrc000644 000765 000000 00000171173 12253365512 020056 0ustar00svpwheel000000 000000 wxVERTICAL wxHORIZONTAL 480,60 480,60 wxEXPAND 2 0 1 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 ../theme/icons/16x16/document-open.png calibration.load EVT_BUTTON wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 ../theme/icons/16x16/edit-delete.png delete EVT_BUTTON wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 ../theme/icons/16x16/install.png profile.install EVT_BUTTON wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 ../theme/icons/16x16/info.png profile.info EVT_BUTTON wxALIGN_CENTRE_VERTICAL wxTOP|wxBOTTOM|wxEXPAND|wxALIGN_CENTRE_VERTICAL 8 EVT_CHECKBOX wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL wxTOP|wxBOTTOM|wxALIGN_CENTRE_VERTICAL 4 wxLEFT|wxRIGHT|wxEXPAND|wxALIGN_CENTRE_VERTICAL 18 8,-1 wxLEFT|wxALIGN_CENTRE_VERTICAL 8 wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 2 wxALIGN_CENTRE_VERTICAL wxHORIZONTAL wxTOP|wxBOTTOM|wxEXPAND|wxALIGN_CENTRE_VERTICAL 4 wxALIGN_CENTRE_VERTICAL wxEXPAND|wxALIGN_CENTRE_VERTICAL wxALIGN_CENTRE_VERTICAL wxEXPAND|wxALIGN_CENTRE_VERTICAL 2 2 8 8 1 wxTOP|wxBOTTOM 4 ../theme/icons/16x16/stock_lock-open.png display_lut.link wxLEFT|wxALIGN_CENTRE_VERTICAL 8 ../theme/refresh_lr.png detect_displays_and_ports wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL wxLEFT|wxEXPAND 18 wxVERTICAL drift_compensation.whitelevel.info EVT_CHECKBOX wxTOP|wxALIGN_CENTRE_VERTICAL 6 wxHORIZONTAL wxLEFT|wxRIGHT|wxEXPAND 18 wxBOTTOM|wxRIGHT|wxEXPAND 2 wxRIGHT|wxALIGN_CENTRE_VERTICAL 2 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL wxTOP|wxBOTTOM|wxEXPAND|wxALIGN_CENTRE_VERTICAL 4 wxEXPAND|wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxALIGN_CENTRE_VERTICAL wxHORIZONTAL wxEXPAND 1 2 8 8 0 wxTOP|wxBOTTOM|wxRIGHT 4 wxHORIZONTAL wxRIGHT|wxEXPAND 14 wxVERTICAL drift_compensation.blacklevel.info EVT_CHECKBOX wxTOP|wxALIGN_CENTRE_VERTICAL 6 wxHORIZONTAL wxRIGHT|wxEXPAND 18 wxBOTTOM 2 wxHORIZONTAL wxTOP|wxEXPAND 4 wxLEFT|wxALIGN_CENTRE_VERTICAL 18 wxLEFT|wxRIGHT|wxEXPAND|wxALIGN_CENTRE_VERTICAL 8 ../theme/icons/16x16/document-open.png colorimeter_correction_matrix_file.choose EVT_BUTTON wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 ../theme/icons/16x16/web.png colorimeter_correction.web_check EVT_BUTTON wxRIGHT|wxALIGN_CENTRE_VERTICAL 42 wxHORIZONTAL wxTOP 8 wxHORIZONTAL wxEXPAND|wxALIGN_CENTRE_VERTICAL 1,12 wxHORIZONTAL 8,-1 wxLEFT|wxALIGN_CENTRE_VERTICAL 8 wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 2 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxTOP|wxBOTTOM|wxEXPAND|wxALIGN_CENTRE_VERTICAL 4 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 native whitepoint.colortemp whitepoint.xy 0 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 90,-1 EVT_COMBOBOX|EVT_KILL_FOCUS wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 0 wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 0 75,-1 EVT_KILL_FOCUS wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 0 wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 75,-1 EVT_KILL_FOCUS wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 0 wxLEFT|wxALIGN_CENTRE_VERTICAL 4 wxLEFT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL wxTOP|wxBOTTOM|wxALIGN_CENTRE_VERTICAL 4 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 native other 0 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 75,-1 EVT_KILL_FOCUS wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 0 wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 wxHORIZONTAL wxTOP|wxBOTTOM|wxALIGN_CENTRE_VERTICAL 4 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 native other 0 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 75,-1 EVT_KILL_FOCUS wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 0 wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 wxHORIZONTAL wxTOP|wxBOTTOM|wxALIGN_CENTRE_VERTICAL 4 wxTOP|wxBOTTOM|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL trc.gamma trc.lstar trc.rec709 trc.smpte240m trc.srgb 0 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 75,-1 EVT_COMBOBOX|EVT_KILL_FOCUS wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 0 wxLEFT|wxALIGN_CENTRE_VERTICAL 8 wxTOP|wxBOTTOM|wxALIGN_CENTRE_VERTICAL 4 wxHORIZONTAL calibration.ambient_viewcond_adjust.info EVT_CHECKBOX wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 50,-1 EVT_KILL_FOCUS wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 0 wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 ../theme/icons/16x16/dialog-information.png calibration.ambient_viewcond_adjust.info wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxALIGN_CENTRE_VERTICAL wxTOP|wxBOTTOM|wxALIGN_CENTRE_VERTICAL 4 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL 128,-1 0 100 EVT_SLIDER wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 65,-1 0 100 EVT_TEXT wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 wxALIGN_CENTRE_VERTICAL wxTOP|wxBOTTOM|wxALIGN_CENTRE_VERTICAL 3 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 1 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 128,-1 0 100 EVT_SLIDER wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 65,-1 0 100 EVT_TEXT wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 wxALIGN_CENTRE_VERTICAL wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 9 75,-1 400 5 2000 EVT_SLIDER wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 65,-1 4.0 0.05 20 0.01 2 EVT_TEXT wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 24,1 wxHORIZONTAL wxTOP|wxBOTTOM|wxALIGN_CENTRE_VERTICAL 2 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL 75,-1 2 1 4 EVT_SLIDER wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 64,-1 wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 1 EVT_CHECKBOX wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 10 24,1 wxTOP|wxALIGN_CENTRE_VERTICAL 3 2 0 wxLEFT|wxRIGHT 18 8,-1 wxLEFT|wxALIGN_CENTRE_VERTICAL 8 wxLEFT|wxRIGHT|wxALIGN_CENTRE_VERTICAL 2 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL wxTOP|wxEXPAND|wxALIGN_CENTRE_VERTICAL 12 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL 75,-1 2 1 3 EVT_SLIDER wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 64,-1 wxRIGHT|wxALIGN_CENTRE_VERTICAL 20 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 EVT_BUTTON wxALIGN_CENTRE_VERTICAL wxTOP|wxBOTTOM|wxALIGN_CENTRE_VERTICAL 2 black_point_compensation.info wxRIGHT|wxALIGN_CENTRE_VERTICAL 20 profile.quality.b2a.low.info wxALIGN_CENTRE_VERTICAL wxHORIZONTAL wxTOP|wxBOTTOM 5 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 ../theme/icons/16x16/document-open.png testchart.set EVT_BUTTON wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 ../theme/icons/16x16/rgbsquares.png testchart.edit EVT_BUTTON wxALIGN_CENTRE_VERTICAL 48,-1 testchart.info wxLEFT|wxALIGN_CENTRE_VERTICAL 8 wxTOP|wxBOTTOM|wxEXPAND|wxALIGN_CENTRE_VERTICAL 5 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL EVT_TEXT wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 ../theme/icons/16x16/dialog-information.png wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 ../theme/icons/16x16/media-floppy.png profile.set_save_path EVT_BUTTON wxALIGN_CENTRE_VERTICAL 48,-1 wxLEFT|wxALIGN_CENTRE_VERTICAL 8 wxTOP|wxBOTTOM|wxEXPAND|wxALIGN_CENTRE_VERTICAL 4 1,1 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL wxBOTTOM|wxRIGHT|wxALIGN_CENTRE_VERTICAL 4 wxTOP|wxEXPAND|wxALIGN_CENTRE_VERTICAL 4 2 0 1 wxTOP|wxLEFT|wxRIGHT|wxEXPAND 5 wxVERTICAL wxLEFT|wxRIGHT|wxEXPAND 13 wxVERTICAL wxEXPAND wxHORIZONTAL EVT_BUTTON wxALIGN_CENTRE_VERTICAL 16,1 EVT_BUTTON wxALIGN_CENTRE_VERTICAL 16,1 EVT_BUTTON wxALIGN_CENTRE_VERTICAL wxTOP|wxBOTTOM|wxALIGN_CENTRE 16 wxEXPAND wxVERTICAL window.title EVT_CLOSE|EVT_MOVE|EVT_SHOW|EVT_TIMER|EVT_TIMER dispcalGUI-1.7.1.6/dispcalGUI/xrc/mainmenu.xrc000644 000765 000000 00000015630 12263672715 020745 0ustar00svpwheel000000 000000 CTRL+O 1 1 1 1 1 1 1 1 1 1 1 1 1 dispcalGUI-1.7.1.6/dispcalGUI/xrc/report.xrc000644 000765 000000 00000025022 12265441404 020432 0ustar00svpwheel000000 000000 wxVERTICAL wxVERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL measurement_report_choose_chart_or_reference filetype.ti1_ti3_txt|*.cgats;*.cie;*.ti1;*.ti2;*.ti3;*.txt wxALIGN_CENTRE_VERTICAL wxLEFT|wxALIGN_CENTRE_VERTICAL 8 ../theme/icons/16x16/rgbsquares.png testchart.edit EVT_BUTTON wxLEFT|wxALIGN_CENTRE_VERTICAL 8 48,-1 wxLEFT|wxALIGN_CENTRE_VERTICAL 8 wxEXPAND wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxALIGN_CENTRE_VERTICAL wxHORIZONTAL wxLEFT|wxEXPAND 4 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 simulation_profile filetype.icc|*.icc;*.icm wxEXPAND|wxALIGN_CENTRE_VERTICAL wxBOTTOM|wxLEFT|wxEXPAND 4 wxHORIZONTAL wxLEFT 8 wxLEFT 4 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 75,-1 2.2 2.4 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 wxALIGN_CENTRE_VERTICAL wxHORIZONTAL wxLEFT 4 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 devlink_profile filetype.icc|*.icc;*.icm wxEXPAND|wxALIGN_CENTRE_VERTICAL wxLEFT|wxEXPAND 4 wxRIGHT|wxALIGN_CENTRE_VERTICAL 8 measurement_report_choose_profile filetype.icc|*.icc;*.icm wxALIGN_CENTRE_VERTICAL wxLEFT|wxALIGN_CENTRE_VERTICAL 8 wxHORIZONTAL wxEXPAND wxLEFT|wxEXPAND 4 2 0 8 1 wxALIGN_RIGHT|wxALIGN_BOTTOM wxALL|wxEXPAND 12 wxEXPAND -1,100 measurement_report EVT_CLOSE dispcalGUI-1.7.1.6/dispcalGUI/xrc/synthicc.xrc000644 000765 000000 00000036023 12147653626 020760 0ustar00svpwheel000000 000000 wxVERTICAL wxVERTICAL 2 8 1 wxRIGHT|wxALIGN_CENTRE_VERTICAL 10 wxEXPAND|wxALIGN_CENTRE_VERTICAL wxRIGHT|wxALIGN_CENTRE_VERTICAL 10 wxALIGN_CENTRE_VERTICAL 0, 0 0, 0 0, 0 wxALIGN_CENTRE_VERTICAL wxHORIZONTAL 75, -1 75, -1 75, -1 75, -1 65, -1 wxRIGHT|wxALIGN_CENTRE_VERTICAL 10 wxHORIZONTAL 65, -1 wxRIGHT 10 65, -1 wxRIGHT 10 65, -1 wxRIGHT 10 65, -1 wxRIGHT 10 65, -1 wxRIGHT|wxALIGN_CENTRE_VERTICAL 10 wxHORIZONTAL 65, -1 wxRIGHT 10 65, -1 wxRIGHT 10 65, -1 wxRIGHT 10 65, -1 wxRIGHT 10 65, -1 wxRIGHT|wxALIGN_CENTRE_VERTICAL 10 wxHORIZONTAL 65, -1 wxRIGHT 10 65, -1 wxRIGHT 10 65, -1 wxRIGHT 10 65, -1 wxRIGHT 10 65, -1 wxRIGHT|wxALIGN_CENTRE_VERTICAL 10 wxHORIZONTAL 65, -1 wxRIGHT 10 65, -1 wxRIGHT 10 65, -1 wxRIGHT 10 65, -1 wxRIGHT 10 65, -1 0, 0 0, 0 wxRIGHT|wxALIGN_CENTRE_VERTICAL 10 wxHORIZONTAL trc.gamma trc.lstar trc.rec709 trc.smpte240m trc.srgb 0 wxRIGHT|wxALIGN_CENTRE 8 75, -1 1.0 1.2 1.4 1.6 1.8 2.0 2.2 2.4 2.6 2.8 3.0 6 0, 0 0, 0 wxRIGHT|wxALIGN_CENTRE_VERTICAL 10 wxEXPAND wxHORIZONTAL wxRIGHT 10 wxEXPAND wxALL|wxEXPAND 12 wxEXPAND -1,100 synthicc.create EVT_CLOSE dispcalGUI-1.7.1.6/dispcalGUI/ti1/ccxx.ti1000644 000765 000000 00000001154 12025152303 017655 0ustar00svpwheel000000 000000 CTI1 DESCRIPTOR "Argyll Calibration Target chart information 1 for creating .ti3 for ccxxmake" ORIGINATOR "Argyll targen" CREATED "Thu Apr 19 13:24:37 2012" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.045781 100.000003 108.905751" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 4 BEGIN_DATA 1 100.00 100.00 100.00 95.046 100.00 108.91 2 100.00 0.0000 0.0000 41.238 21.260 1.9306 3 0.0000 100.00 0.0000 35.757 71.520 11.921 4 0.0000 0.0000 100.00 18.050 7.2205 95.055 END_DATA dispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s0-g25-m3-b3-f0-crossover.ti1000644 000765 000000 00000014474 12251072570 023625 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "MULTI_DIM_BCC_STEPS" MULTI_DIM_BCC_STEPS "3" CREATED "Fri Oct 18 17:54:11 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "25" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.106486 100.000000 108.844025" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "MULTI_DIM_STEPS" MULTI_DIM_STEPS "3" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "3" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 73 BEGIN_DATA 1 100.0000 100.0000 100.0000 95.10649 100.0000 108.8440 2 100.0000 100.0000 100.0000 95.10649 100.0000 108.8440 3 100.0000 100.0000 100.0000 95.10649 100.0000 108.8440 4 100.0000 100.0000 100.0000 95.10649 100.0000 108.8440 5 0.000000 0.000000 0.000000 1.000000 1.000000 1.000000 6 0.000000 0.000000 0.000000 1.000000 1.000000 1.000000 7 0.000000 0.000000 0.000000 1.000000 1.000000 1.000000 8 0.000000 0.000000 0.000000 1.000000 1.000000 1.000000 9 4.166700 4.166700 4.166700 1.303726 1.319519 1.348063 10 8.333300 8.333300 8.333300 1.717853 1.755181 1.822644 11 12.50000 12.50000 12.50000 2.350416 2.420638 2.547548 12 16.66700 16.66700 16.66700 3.225924 3.341671 3.550861 13 20.83300 20.83300 20.83300 4.365228 4.540219 4.856479 14 25.00000 25.00000 25.00000 5.787770 6.036733 6.486682 15 29.16700 29.16700 29.16700 7.510475 7.849018 8.460866 16 33.33300 33.33300 33.33300 9.548618 9.993144 10.79653 17 37.50000 37.50000 37.50000 11.91787 12.48560 13.51165 18 41.66700 41.66700 41.66700 14.63156 15.34039 16.62147 19 45.83300 45.83300 45.83300 17.70189 18.57038 20.14001 20 50.00000 50.00000 50.00000 21.14266 22.19007 24.08306 21 54.16700 54.16700 54.16700 24.96491 26.21108 28.46327 22 58.33300 58.33300 58.33300 29.17879 30.64408 33.29229 23 62.50000 62.50000 62.50000 33.79707 35.50251 38.58474 24 66.66700 66.66700 66.66700 38.82914 40.79624 44.35138 25 70.83300 70.83300 70.83300 44.28359 46.53432 50.60207 26 75.00000 75.00000 75.00000 50.17267 52.72963 57.35083 27 79.16700 79.16700 79.16700 56.50443 59.39065 64.60690 28 83.33300 83.33300 83.33300 63.28623 66.52510 72.37869 29 87.50000 87.50000 87.50000 70.53008 74.14563 80.67999 30 91.66700 91.66700 91.66700 78.24293 82.25955 89.51875 31 95.83300 95.83300 95.83300 86.43106 90.87346 98.90218 32 0.000000 0.000000 50.00000 4.825152 2.529819 21.14747 33 0.000000 0.000000 100.0000 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75.00000 25.00000 25.00000 25.04513 15.96589 7.389049 52 75.00000 25.00000 75.00000 33.47396 19.33689 51.78455 53 75.00000 75.00000 25.00000 41.74384 49.35864 12.95533 54 100.0000 0.000000 0.000000 41.83017 22.05217 2.913230 55 100.0000 0.000000 50.00000 45.65532 23.58199 23.06070 56 100.0000 0.000000 100.0000 59.70128 29.19948 97.04219 57 100.0000 50.00000 0.000000 49.40834 37.20639 5.439309 58 100.0000 50.00000 50.00000 53.23349 38.73621 25.58678 59 100.0000 50.00000 100.0000 67.27945 44.35371 99.56827 60 100.0000 100.0000 0.000000 77.23538 92.85269 14.71507 61 100.0000 100.0000 50.00000 81.06053 94.38251 34.86254 62 0.000000 12.50000 100.0000 19.37917 9.163293 95.29831 63 12.50000 0.000000 100.0000 19.45702 8.449410 95.15641 64 0.000000 100.0000 12.50000 36.66166 71.90308 14.15257 65 12.50000 100.0000 0.000000 36.99112 72.10261 12.82929 66 100.0000 0.000000 12.50000 42.08662 22.15473 4.263969 67 100.0000 12.50000 0.000000 42.33823 23.06815 3.082585 68 0.000000 25.00000 100.0000 20.67239 11.74937 95.72939 69 25.00000 0.000000 100.0000 20.94839 9.218366 95.22630 70 0.000000 100.0000 25.00000 37.31442 72.16414 17.59075 71 25.00000 100.0000 0.000000 38.48249 72.87157 12.89917 72 100.0000 0.000000 25.00000 42.73938 22.41580 7.702144 73 100.0000 25.00000 0.000000 43.63145 25.65422 3.513662 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "October 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.000 100.000 100.000 95.0460 100.000 108.910 1 0.00000 46.3070 100.000 24.5380 20.1970 97.2170 2 100.000 0.00000 76.4350 51.0790 25.1960 53.7500 3 0.00000 0.00000 55.4170 4.83100 1.93250 25.4410 4 100.000 64.4300 0.00000 54.5660 47.9170 6.37360 5 0.00000 34.0820 0.00000 3.40060 6.80170 1.13370 6 78.9890 0.00000 0.00000 24.2000 12.4760 1.13290 7 5.02670 4.49050 3.59250 0.33816 0.35379 0.31287 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.00 100.00 100.00 95.046 100.00 108.91 1 0.0000 100.00 100.00 53.807 78.740 106.98 2 100.00 0.0000 100.00 59.288 28.480 96.985 3 0.0000 0.0000 100.00 18.050 7.2205 95.055 4 100.00 100.00 0.0000 76.996 92.780 13.851 5 0.0000 100.00 0.0000 35.757 71.520 11.921 6 100.00 0.0000 0.0000 41.238 21.260 1.9306 7 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 8 50.000 50.000 50.000 20.344 21.405 23.311 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s0-g49-m3-b3-f0-crossover.ti1000644 000765 000000 00000014760 12251072570 023631 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "MULTI_DIM_BCC_STEPS" MULTI_DIM_BCC_STEPS "3" CREATED "Fri Oct 18 17:57:02 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "49" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.106486 100.000000 108.844025" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "MULTI_DIM_STEPS" MULTI_DIM_STEPS "3" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "3" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 97 BEGIN_DATA 1 100.00 100.00 100.00 95.106 100.00 108.84 2 100.00 100.00 100.00 95.106 100.00 108.84 3 100.00 100.00 100.00 95.106 100.00 108.84 4 100.00 100.00 100.00 95.106 100.00 108.84 5 0.0000 0.0000 0.0000 1.0000 1.0000 1.0000 6 0.0000 0.0000 0.0000 1.0000 1.0000 1.0000 7 0.0000 0.0000 0.0000 1.0000 1.0000 1.0000 8 0.0000 0.0000 0.0000 1.0000 1.0000 1.0000 9 2.0833 2.0833 2.0833 1.1517 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25.000 75.000 33.474 19.337 51.785 77 75.000 75.000 25.000 41.744 49.359 12.955 78 100.00 0.0000 0.0000 41.830 22.052 2.9132 79 100.00 0.0000 50.000 45.655 23.582 23.061 80 100.00 0.0000 100.00 59.701 29.199 97.042 81 100.00 50.000 0.0000 49.408 37.206 5.4393 82 100.00 50.000 50.000 53.233 38.736 25.587 83 100.00 50.000 100.00 67.279 44.354 99.568 84 100.00 100.00 0.0000 77.235 92.853 14.715 85 100.00 100.00 50.000 81.061 94.383 34.863 86 0.0000 12.500 100.00 19.379 9.1633 95.298 87 12.500 0.0000 100.00 19.457 8.4494 95.156 88 0.0000 100.00 12.500 36.662 71.903 14.153 89 12.500 100.00 0.0000 36.991 72.103 12.829 90 100.00 0.0000 12.500 42.087 22.155 4.2640 91 100.00 12.500 0.0000 42.338 23.068 3.0826 92 0.0000 25.000 100.00 20.672 11.749 95.729 93 25.000 0.0000 100.00 20.948 9.2184 95.226 94 0.0000 100.00 25.000 37.314 72.164 17.591 95 25.000 100.00 0.0000 38.482 72.872 12.899 96 100.00 0.0000 25.000 42.739 22.416 7.7021 97 100.00 25.000 0.0000 43.631 25.654 3.5137 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "October 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.00 100.00 100.00 95.106 100.00 108.84 1 0.0000 47.361 100.00 25.613 21.629 97.376 2 100.00 0.0000 79.351 52.426 26.290 58.722 3 0.0000 0.0000 58.997 6.4858 3.1940 29.894 4 100.00 66.659 0.0000 56.059 50.505 7.6561 5 0.0000 35.601 0.0000 4.6856 8.3702 2.2286 6 84.444 0.0000 0.0000 28.843 15.356 2.3047 7 0.0000 0.0000 0.0000 1.0000 1.0000 1.0000 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.00 100.00 100.00 95.106 100.00 108.84 1 0.0000 100.00 100.00 54.276 78.948 106.93 2 100.00 0.0000 100.00 59.701 29.199 97.042 3 0.0000 0.0000 100.00 18.871 8.1473 95.129 4 100.00 100.00 0.0000 77.235 92.853 14.715 5 0.0000 100.00 0.0000 36.405 71.801 12.802 6 100.00 0.0000 0.0000 41.830 22.052 2.9132 7 0.0000 0.0000 0.0000 1.0000 1.0000 1.0000 8 50.000 50.000 50.000 21.143 22.190 24.083 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s0-g9-m3-b3-f0-crossover.ti1000644 000765 000000 00000012105 12251072570 023534 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "MULTI_DIM_BCC_STEPS" MULTI_DIM_BCC_STEPS "3" CREATED "Wed Oct 16 19:18:48 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "9" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.106486 100.000000 108.844025" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "MULTI_DIM_STEPS" MULTI_DIM_STEPS "3" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "3" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 57 BEGIN_DATA 1 100.000 100.000 100.000 95.1065 100.000 108.844 2 100.000 100.000 100.000 95.1065 100.000 108.844 3 100.000 100.000 100.000 95.1065 100.000 108.844 4 100.000 100.000 100.000 95.1065 100.000 108.844 5 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 6 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 8 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 9 12.5000 12.5000 12.5000 2.35042 2.42064 2.54755 10 25.0000 25.0000 25.0000 5.78777 6.03673 6.48668 11 37.5000 37.5000 37.5000 11.9179 12.4856 13.5116 12 50.0000 50.0000 50.0000 21.1427 22.1901 24.0831 13 62.5000 62.5000 62.5000 33.7971 35.5025 38.5847 14 75.0000 75.0000 75.0000 50.1727 52.7296 57.3508 15 87.5000 87.5000 87.5000 70.5301 74.1456 80.6800 16 0.00000 0.00000 50.0000 4.82515 2.52982 21.1475 17 0.00000 0.00000 100.000 18.8711 8.14731 95.1290 18 0.00000 50.0000 0.00000 8.57817 16.1542 3.52608 19 0.00000 50.0000 50.0000 12.4033 17.6840 23.6735 20 0.00000 50.0000 100.000 26.4493 23.3015 97.6550 21 0.00000 100.000 0.00000 36.4052 71.8005 12.8018 22 0.00000 100.000 50.0000 40.2304 73.3303 32.9493 23 0.00000 100.000 100.000 54.2763 78.9478 106.931 24 25.0000 25.0000 75.0000 14.2166 9.40773 50.8822 25 25.0000 75.0000 25.0000 22.4865 39.4295 12.0530 26 25.0000 75.0000 75.0000 30.9153 42.8005 56.4485 27 50.0000 0.00000 0.00000 9.73934 5.50603 1.40951 28 50.0000 0.00000 50.0000 13.5645 7.03585 21.5570 29 50.0000 0.00000 100.000 27.6104 12.6533 95.5385 30 50.0000 50.0000 0.00000 17.3175 20.6603 3.93559 31 50.0000 50.0000 100.000 35.1886 27.8076 98.0645 32 50.0000 100.000 0.00000 45.1445 76.3065 13.2113 33 50.0000 100.000 50.0000 48.9697 77.8364 33.3588 34 50.0000 100.000 100.000 63.0157 83.4539 107.340 35 75.0000 25.0000 25.0000 25.0451 15.9659 7.38905 36 75.0000 25.0000 75.0000 33.4740 19.3369 51.7845 37 75.0000 75.0000 25.0000 41.7438 49.3586 12.9553 38 100.000 0.00000 0.00000 41.8302 22.0522 2.91323 39 100.000 0.00000 50.0000 45.6553 23.5820 23.0607 40 100.000 0.00000 100.000 59.7013 29.1995 97.0422 41 100.000 50.0000 0.00000 49.4083 37.2064 5.43931 42 100.000 50.0000 50.0000 53.2335 38.7362 25.5868 43 100.000 50.0000 100.000 67.2794 44.3537 99.5683 44 100.000 100.000 0.00000 77.2354 92.8527 14.7151 45 100.000 100.000 50.0000 81.0605 94.3825 34.8625 46 0.00000 12.5000 100.000 19.3792 9.16329 95.2983 47 12.5000 0.00000 100.000 19.4570 8.44941 95.1564 48 0.00000 100.000 12.5000 36.6617 71.9031 14.1526 49 12.5000 100.000 0.00000 36.9911 72.1026 12.8293 50 100.000 0.00000 12.5000 42.0866 22.1547 4.26397 51 100.000 12.5000 0.00000 42.3382 23.0681 3.08259 52 0.00000 25.0000 100.000 20.6724 11.7494 95.7294 53 25.0000 0.00000 100.000 20.9484 9.21837 95.2263 54 0.00000 100.000 25.0000 37.3144 72.1641 17.5907 55 25.0000 100.000 0.00000 38.4825 72.8716 12.8992 56 100.000 0.00000 25.0000 42.7394 22.4158 7.70214 57 100.000 25.0000 0.00000 43.6314 25.6542 3.51366 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "October 16, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.000 100.000 100.000 95.0460 100.000 108.910 1 0.00000 46.3070 100.000 24.5380 20.1970 97.2170 2 100.000 0.00000 76.4350 51.0790 25.1960 53.7500 3 0.00000 0.00000 55.4170 4.83100 1.93250 25.4410 4 100.000 64.4300 0.00000 54.5660 47.9170 6.37360 5 0.00000 34.0820 0.00000 3.40060 6.80170 1.13370 6 78.9890 0.00000 0.00000 24.2000 12.4760 1.13290 7 5.02670 4.49050 3.59250 0.33816 0.35379 0.31287 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 16, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.00 100.00 100.00 95.046 100.00 108.91 1 0.0000 100.00 100.00 53.807 78.740 106.98 2 100.00 0.0000 100.00 59.288 28.480 96.985 3 0.0000 0.0000 100.00 18.050 7.2205 95.055 4 100.00 100.00 0.0000 76.996 92.780 13.851 5 0.0000 100.00 0.0000 35.757 71.520 11.921 6 100.00 0.0000 0.0000 41.238 21.260 1.9306 7 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 8 50.000 50.000 50.000 20.344 21.405 23.311 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s0-g97-m3-b3-f0-crossover.ti1000644 000765 000000 00000023045 12251072570 023630 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "MULTI_DIM_BCC_STEPS" MULTI_DIM_BCC_STEPS "3" CREATED "Fri Oct 18 17:57:51 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "97" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD 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"October 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.00 100.00 100.00 95.106 100.00 108.84 1 0.0000 47.361 100.00 25.613 21.629 97.376 2 100.00 0.0000 79.351 52.426 26.290 58.722 3 0.0000 0.0000 58.997 6.4858 3.1940 29.894 4 100.00 66.659 0.0000 56.059 50.505 7.6561 5 0.0000 35.601 0.0000 4.6856 8.3702 2.2286 6 84.444 0.0000 0.0000 28.843 15.356 2.3047 7 0.0000 0.0000 0.0000 1.0000 1.0000 1.0000 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.00 100.00 100.00 95.106 100.00 108.84 1 0.0000 100.00 100.00 54.276 78.948 106.93 2 100.00 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33.3333 100.000 22.0874 14.5790 96.2011 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.000 100.000 100.000 95.1065 100.000 108.844 1 0.00000 47.3607 100.000 25.6130 21.6292 97.3763 2 100.000 0.00000 79.3514 52.4258 26.2898 58.7215 3 0.00000 0.00000 58.9971 6.48583 3.19399 29.8944 4 100.000 66.6593 0.00000 56.0588 50.5054 7.65614 5 0.00000 35.6011 0.00000 4.68562 8.37021 2.22855 6 84.4444 0.00000 0.00000 28.8428 15.3558 2.30466 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 95.1065 100.000 108.844 1 0.00000 100.000 100.000 54.2763 78.9478 106.931 2 100.000 0.00000 100.000 59.7013 29.1995 97.0422 3 0.00000 0.00000 100.000 18.8711 8.14731 95.1290 4 100.000 100.000 0.00000 77.2354 92.8527 14.7151 5 0.00000 100.000 0.00000 36.4052 71.8005 12.8018 6 100.000 0.00000 0.00000 41.8302 22.0522 2.91323 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 8 50.0000 50.0000 50.0000 21.1427 22.1901 24.0831 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s17-g49-m5-b5-f0.ti1000644 000765 000000 00000040242 12237536424 021703 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "MULTI_DIM_BCC_STEPS" MULTI_DIM_BCC_STEPS "5" CREATED "Sat Oct 19 13:37:24 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "49" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.106486 100.000000 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37.5000 62.5000 16.0728 14.1473 35.3961 265 37.5000 62.5000 62.5000 24.3043 30.6080 38.1399 266 37.5000 62.5000 87.5000 31.2800 33.3978 74.8817 267 62.5000 62.5000 87.5000 40.7728 38.2924 75.3265 268 62.5000 87.5000 87.5000 54.5927 65.9282 79.9332 269 0.00000 25.0000 75.0000 12.1393 8.33668 50.7848 270 0.00000 50.0000 75.0000 17.9162 19.8888 52.7105 271 0.00000 75.0000 100.000 37.3711 45.1421 101.296 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.000 100.000 100.000 95.1065 100.000 108.844 1 0.00000 47.3607 100.000 25.6130 21.6292 97.3763 2 100.000 0.00000 79.3514 52.4258 26.2898 58.7215 3 0.00000 0.00000 58.9971 6.48583 3.19399 29.8944 4 100.000 66.6593 0.00000 56.0588 50.5054 7.65614 5 0.00000 35.6011 0.00000 4.68562 8.37021 2.22855 6 84.4444 0.00000 0.00000 28.8428 15.3558 2.30466 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 95.1065 100.000 108.844 1 0.00000 100.000 100.000 54.2763 78.9478 106.931 2 100.000 0.00000 100.000 59.7013 29.1995 97.0422 3 0.00000 0.00000 100.000 18.8711 8.14731 95.1290 4 100.000 100.000 0.00000 77.2354 92.8527 14.7151 5 0.00000 100.000 0.00000 36.4052 71.8005 12.8018 6 100.000 0.00000 0.00000 41.8302 22.0522 2.91323 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 8 50.0000 50.0000 50.0000 21.1427 22.1901 24.0831 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s21-g61-m6-b6-f0.ti1000644 000765 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8.33333 75.0000 8.33333 19.9478 38.2099 7.89934 674 8.33333 91.6667 8.33333 30.5083 59.3279 11.4195 675 25.0000 91.6667 75.0000 41.4758 63.9185 59.9687 676 25.0000 91.6667 91.6667 46.8063 66.0504 88.0450 677 41.6667 91.6667 91.6667 50.6433 68.0287 88.2248 678 58.3333 91.6667 91.6667 56.9552 71.2832 88.5205 679 75.0000 91.6667 91.6667 66.0637 75.9795 88.9474 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.000 100.000 100.000 95.1065 100.000 108.844 1 0.00000 47.3607 100.000 25.6130 21.6292 97.3763 2 100.000 0.00000 79.3514 52.4258 26.2898 58.7215 3 0.00000 0.00000 58.9971 6.48583 3.19399 29.8944 4 100.000 66.6593 0.00000 56.0588 50.5054 7.65614 5 0.00000 35.6011 0.00000 4.68562 8.37021 2.22855 6 84.4444 0.00000 0.00000 28.8428 15.3558 2.30466 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 95.1065 100.000 108.844 1 0.00000 100.000 100.000 54.2763 78.9478 106.931 2 100.000 0.00000 100.000 59.7013 29.1995 97.0422 3 0.00000 0.00000 100.000 18.8711 8.14731 95.1290 4 100.000 100.000 0.00000 77.2354 92.8527 14.7151 5 0.00000 100.000 0.00000 36.4052 71.8005 12.8018 6 100.000 0.00000 0.00000 41.8302 22.0522 2.91323 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 8 50.0000 50.0000 50.0000 21.1427 22.1901 24.0831 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s29-g85-m0-f994-caRGB.ti1000644 000765 000000 00000231767 12261120515 022500 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7.446810000 991 48.22250000 10.59260000 32.62960000 13.33360000 7.071110000 9.037350000 992 90.72770000 10.90690000 56.92310000 52.15410000 26.66800000 30.94400000 993 90.61200000 14.65930000 70.62380000 55.46150000 28.36350000 48.41030000 994 100.0000000 25.61520000 86.69390000 72.34850000 38.37380000 75.46740000 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "December 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.0000 100.0000 100.0000 95.04580 99.99690 108.8960 1 0.000000 77.02890 94.93270 27.23730 42.05040 92.39530 2 100.0000 0.000000 75.91840 67.94000 33.84370 56.78280 3 0.000000 0.000000 53.88990 4.832290 1.932840 25.45160 4 100.0000 68.59390 0.000000 65.77010 57.11770 5.786370 5 0.000000 45.14720 0.000000 3.227610 10.91310 1.229510 6 67.33170 0.000000 0.000000 24.16480 12.45980 1.131960 7 7.958970 7.632930 6.909270 0.338157 0.353794 0.312873 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "December 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 95.0458 99.9969 108.896 1 0.00000 100.000 100.000 37.3737 70.2602 106.194 2 100.000 0.00000 100.000 76.4924 37.2646 101.828 3 0.00000 0.00000 100.000 18.8203 7.52782 99.1264 4 100.000 100.000 0.00000 76.2255 92.4691 9.76917 5 0.00000 100.000 0.00000 18.5534 62.7324 7.06762 6 100.000 0.00000 0.00000 57.6721 29.7367 2.70155 7 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 8 50.0000 50.0000 50.0000 20.6967 21.7749 23.7126 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s29-g85-m0-f994-ceRGBv2.ti1000644 000765 000000 00000202440 12237536424 022753 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "OFPS_PATCHES" OFPS_PATCHES "819" CREATED "Sat Oct 19 13:03:52 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "85" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "96.415999 99.996948 82.488027" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "ACCURATE_EXPECTED_VALUES" ACCURATE_EXPECTED_VALUES "true" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "29" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 994 BEGIN_DATA 1 100.00000 100.00000 100.00000 96.416000 99.996900 82.488000 2 39.760700 14.575100 0.0000000 7.5484100 4.6597800 0.1242360 3 100.00000 30.982300 0.0000000 66.204800 36.025500 0.4507780 4 100.00000 64.840600 42.017400 72.748600 53.374900 11.767900 5 100.00000 74.177200 41.037800 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88.806600 42.265300 0.0000000 50.213200 31.249700 0.8596910 989 92.422300 64.659400 10.663600 59.244900 46.485800 3.2000200 990 91.573100 84.435600 12.889900 63.622800 64.739000 5.5730400 991 55.502800 54.218100 10.083600 19.332900 20.943400 2.3656200 992 60.813700 60.740600 0.0000000 24.035600 26.731100 1.9642000 993 76.210400 66.304000 10.532000 39.183300 37.684500 3.3287300 994 95.515900 75.041700 5.4883100 66.459700 57.607500 3.7395400 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.0000 100.0000 100.0000 96.41600 99.99690 82.48800 1 0.000000 67.45460 100.0000 20.21840 30.18340 78.23010 2 100.0000 0.000000 69.46800 70.45640 35.13010 30.27950 3 0.000000 0.000000 70.02640 5.542030 3.166550 30.87730 4 100.0000 65.46120 0.000000 71.18840 52.87630 2.349460 5 0.000000 49.64810 0.000000 3.227580 10.91320 1.229660 6 100.0000 4.373660 4.349220 65.17320 32.35370 0.397234 7 3.095820 3.216760 3.448330 0.338157 0.353794 0.312873 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 96.4160 99.9969 82.4880 1 0.00000 100.000 100.000 31.3944 67.9720 82.4880 2 100.000 0.00000 100.000 78.6094 39.7885 75.7040 3 0.00000 0.00000 100.000 13.5878 7.76364 75.7040 4 100.000 100.000 0.00000 82.8282 92.2333 6.78405 5 0.00000 100.000 0.00000 17.8066 60.2084 6.78405 6 100.000 0.00000 0.00000 65.0216 32.0249 0.00000 7 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 8 50.0000 50.0000 50.0000 17.7583 18.4178 15.1930 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s29-g85-m0-f994-cRec709_Gamma22.ti1000644 000765 000000 00000231770 12261120515 024136 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "OFPS_PATCHES" OFPS_PATCHES "819" CREATED "Wed Dec 18 02:48:53 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "85" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.045781 100.000003 108.905751" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DARK_REGION_EMPHASIS" DARK_REGION_EMPHASIS "1.6" KEYWORD "ACCURATE_EXPECTED_VALUES" ACCURATE_EXPECTED_VALUES "true" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "29" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 994 BEGIN_DATA 1 100.0000000 100.0000000 100.0000000 95.04580000 100.0000000 108.9060000 2 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20.6967 21.7756 23.7148 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s29-g85-m0-f994-csRGB.ti1000644 000765 000000 00000216254 12261120515 022514 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "OFPS_PATCHES" OFPS_PATCHES "819" CREATED "Wed Dec 18 02:50:25 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "85" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.045781 100.000003 108.905751" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DARK_REGION_EMPHASIS" DARK_REGION_EMPHASIS "1.6" KEYWORD "ACCURATE_EXPECTED_VALUES" ACCURATE_EXPECTED_VALUES "true" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "29" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 994 BEGIN_DATA 1 100.000000 100.000000 100.000000 95.0458000 100.000000 108.906000 2 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84.1876 974 92.8571 50.0000 92.8571 58.1889 39.9867 84.6951 975 7.14286 64.2857 7.14286 14.4919 27.4318 5.96738 976 21.4286 64.2857 92.8571 30.7753 34.0933 85.0013 977 35.7143 64.2857 92.8571 33.5132 35.5050 85.1296 978 50.0000 64.2857 92.8571 37.9740 37.8050 85.3387 979 64.2857 64.2857 92.8571 44.3778 41.1068 85.6387 980 71.4286 71.4286 100.000 54.5952 51.1897 101.556 981 7.14286 21.4286 92.8571 17.6904 9.84129 81.0091 982 7.14286 78.5714 92.8571 36.8859 48.2268 87.4077 983 21.4286 78.5714 92.8571 38.1755 48.8918 87.4681 984 35.7143 78.5714 92.8571 40.9134 50.3034 87.5964 985 50.0000 78.5714 92.8571 45.3743 52.6035 87.8054 986 64.2857 78.5714 92.8571 51.7780 55.9053 88.1055 987 7.14286 21.4286 50.0000 6.41201 5.33064 21.6045 988 7.14286 21.4286 64.2857 9.21490 6.45162 36.3676 989 7.14286 21.4286 78.5714 12.9502 7.94552 56.0421 990 21.4286 92.8571 92.8571 47.5665 67.6711 90.5985 991 35.7143 92.8571 92.8571 50.3044 69.0828 90.7268 992 50.0000 92.8571 92.8571 54.7652 71.3828 90.9358 993 64.2857 92.8571 92.8571 61.1690 74.6846 91.2359 994 78.5714 92.8571 92.8571 69.7032 79.0848 91.6357 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.000 100.000 100.000 95.1065 100.000 108.844 1 0.00000 47.3607 100.000 25.6130 21.6292 97.3763 2 100.000 0.00000 79.3514 52.4258 26.2898 58.7215 3 0.00000 0.00000 58.9971 6.48583 3.19399 29.8944 4 100.000 66.6593 0.00000 56.0588 50.5054 7.65614 5 0.00000 35.6011 0.00000 4.68562 8.37021 2.22855 6 84.4444 0.00000 0.00000 28.8428 15.3558 2.30466 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 95.1065 100.000 108.844 1 0.00000 100.000 100.000 54.2763 78.9478 106.931 2 100.000 0.00000 100.000 59.7013 29.1995 97.0422 3 0.00000 0.00000 100.000 18.8711 8.14731 95.1290 4 100.000 100.000 0.00000 77.2354 92.8527 14.7151 5 0.00000 100.000 0.00000 36.4052 71.8005 12.8018 6 100.000 0.00000 0.00000 41.8302 22.0522 2.91323 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 8 50.0000 50.0000 50.0000 21.1427 22.1901 24.0831 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s3-g3-m0-f0.ti1000644 000765 000000 00000005013 12261120515 021173 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" CREATED "Mon Feb 22 23:41:53 2010" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "3" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.106486 100.000000 108.844025" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "3" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 12 BEGIN_DATA 1 100.00 100.00 100.00 95.106 100.00 108.84 2 100.00 100.00 100.00 95.106 100.00 108.84 3 100.00 100.00 100.00 95.106 100.00 108.84 4 100.00 100.00 100.00 95.106 100.00 108.84 5 0.0000 0.0000 0.0000 1.0000 1.0000 1.0000 6 50.000 0.0000 0.0000 9.7393 5.5060 1.4095 7 100.00 0.0000 0.0000 41.830 22.052 2.9132 8 0.0000 50.000 0.0000 8.5782 16.154 3.5261 9 0.0000 100.00 0.0000 36.405 71.801 12.802 10 0.0000 0.0000 50.000 4.8252 2.5298 21.147 11 0.0000 0.0000 100.00 18.871 8.1473 95.129 12 50.000 50.000 50.000 21.143 22.190 24.083 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "February 22, 2010" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.00 100.00 100.00 95.106 100.00 108.84 1 0.0000 47.361 100.00 25.613 21.629 97.376 2 100.00 0.0000 79.351 52.426 26.290 58.722 3 0.0000 0.0000 58.997 6.4858 3.1940 29.894 4 100.00 66.659 0.0000 56.059 50.505 7.6561 5 0.0000 35.601 0.0000 4.6856 8.3702 2.2286 6 84.444 0.0000 0.0000 28.843 15.356 2.3047 7 0.0000 0.0000 0.0000 1.0000 1.0000 1.0000 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "February 22, 2010" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.00 100.00 100.00 95.106 100.00 108.84 1 0.0000 100.00 100.00 54.276 78.948 106.93 2 100.00 0.0000 100.00 59.701 29.199 97.042 3 0.0000 0.0000 100.00 18.871 8.1473 95.129 4 100.00 100.00 0.0000 77.235 92.853 14.715 5 0.0000 100.00 0.0000 36.405 71.801 12.802 6 100.00 0.0000 0.0000 41.830 22.052 2.9132 7 0.0000 0.0000 0.0000 1.0000 1.0000 1.0000 8 60.000 60.000 60.000 30.977 32.536 35.353 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s33-g97-m0-f1399-caRGB.ti1000644 000765 000000 00000327532 12261121003 022543 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "OFPS_PATCHES" OFPS_PATCHES "1200" CREATED "Wed Dec 18 02:24:54 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "97" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.045794 99.996943 108.895612" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DARK_REGION_EMPHASIS" DARK_REGION_EMPHASIS "1.6" KEYWORD "ACCURATE_EXPECTED_VALUES" ACCURATE_EXPECTED_VALUES "true" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "33" KEYWORD "COLOR_REP" COLOR_REP 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Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.0000 100.0000 100.0000 95.04580 99.99690 108.8960 1 0.000000 77.02890 94.93270 27.23730 42.05040 92.39530 2 100.0000 0.000000 75.91840 67.94000 33.84370 56.78280 3 0.000000 0.000000 53.88990 4.832290 1.932840 25.45160 4 100.0000 68.59390 0.000000 65.77010 57.11770 5.786370 5 0.000000 45.14720 0.000000 3.227610 10.91310 1.229510 6 67.33170 0.000000 0.000000 24.16480 12.45980 1.131960 7 7.958970 7.632930 6.909270 0.338157 0.353794 0.312873 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "December 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 95.0458 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11.831500 10.978100 2.4786200 1.9448600 1.0464400 996 23.939100 7.9307900 6.1266900 2.9024400 1.8881600 0.5732700 997 28.536200 22.439700 25.278800 4.9404000 4.3535700 3.6581600 998 28.005100 45.235000 29.445900 6.9863400 11.072300 5.5502600 999 45.665200 63.238000 39.135900 16.902800 24.835200 10.291600 1000 36.496000 62.140600 31.585600 12.407500 21.908400 7.3001500 1001 42.995200 76.164700 43.532200 19.321300 35.460100 13.635500 1002 52.602600 76.871900 53.344800 25.490100 39.181300 19.654300 1003 74.146600 81.951500 77.132300 48.269200 55.298700 43.263000 1004 9.5574100 13.140600 7.3416900 1.0883700 1.3600500 0.7229290 1005 13.776700 7.7933300 5.3466400 1.3335700 1.1066900 0.5065550 1006 19.263400 3.6076700 48.286300 4.2102700 2.4611400 12.912300 1007 29.737500 11.193600 57.347500 7.6504300 4.7017900 19.225800 1008 61.982700 9.8001400 57.601600 23.422000 12.375600 19.412700 1009 66.749200 15.087000 67.769500 29.063400 15.707800 28.640700 1010 70.919600 89.206600 87.976400 50.424800 63.981400 59.580300 1011 13.187500 31.140200 25.331100 2.8454100 4.9020500 3.8792500 1012 7.8279200 62.598300 29.220100 6.9070800 19.466200 6.5947200 1013 13.205600 66.799600 58.123400 11.058700 24.432800 22.219300 1014 12.101500 79.116800 63.690400 15.147300 36.166500 28.285300 1015 35.454900 80.651500 46.984600 18.149800 38.864200 16.042900 1016 50.154800 95.588800 48.063600 30.200600 60.845600 18.791400 1017 18.267700 37.553300 9.2054000 3.5675000 6.8292000 1.4442000 1018 19.173100 82.239200 14.536600 12.876500 37.605600 5.5017100 1019 21.559300 100.00000 36.487200 21.272300 62.014600 13.797100 1020 91.574600 100.00000 36.572900 70.928800 86.472300 13.831500 1021 48.478600 42.739700 18.109900 13.824100 13.515100 2.8053600 1022 59.878000 58.170000 65.686700 27.598200 27.413300 28.209300 1023 66.952200 67.049000 73.000500 36.449000 37.312300 36.681300 1024 84.060500 82.318800 74.502000 59.027100 60.901300 40.082700 1025 92.909600 84.312600 83.600800 73.928500 70.354000 52.309100 1026 25.076000 18.154300 9.9774400 3.4943200 3.0460200 1.0229300 1027 27.646600 18.276800 3.9795300 3.9828900 3.2933600 0.5088220 1028 63.475200 83.194800 13.336500 32.265500 48.073300 5.4662700 1029 70.224300 95.483800 9.5875600 42.656600 66.681900 6.8349300 1030 83.084700 95.385500 12.905100 56.498300 73.384400 7.1778300 1031 55.868100 61.190200 12.076600 20.902400 25.466800 3.0726100 1032 67.499300 71.990200 13.800700 32.253000 38.353800 4.2442800 1033 39.699000 44.528100 9.2686100 9.8681300 12.179200 1.7464800 1034 46.910200 55.643300 12.949800 14.778100 19.413700 2.7751200 1035 67.714500 55.849500 6.6108000 28.769600 26.400700 2.1658500 1036 71.439000 92.127600 26.843900 42.954500 62.870200 9.3089000 1037 73.380600 93.179000 44.060600 46.477600 65.927300 16.164300 1038 44.085700 56.271200 53.794100 16.302500 20.702500 18.130500 1039 64.358500 57.498800 82.965900 34.583700 30.783100 48.737200 1040 26.448100 31.964600 8.8998100 4.5795000 5.9025000 1.2285100 1041 26.874700 46.961700 11.800100 6.3178600 11.351800 2.1269500 1042 37.218000 50.669300 13.860000 9.8906200 14.655100 2.5790300 1043 46.449200 67.454300 13.125600 16.990900 27.539200 3.7240800 1044 48.448000 78.301100 8.7566800 20.849300 37.914100 4.3806100 1045 59.888200 87.652800 9.0424500 31.046800 52.001500 5.6014700 1046 60.108700 92.555000 24.505500 33.536600 58.719700 8.7826100 1047 94.611600 92.182400 31.791200 71.769200 77.146500 10.797200 1048 75.698000 51.814300 20.776200 36.109700 28.096100 3.7676100 1049 90.382900 57.722300 20.392400 55.143800 40.396800 4.0793000 1050 91.743200 70.379000 20.831200 59.889300 50.770600 5.2244500 1051 57.552200 43.985700 7.4545600 19.150600 16.554400 1.5629100 1052 58.070500 54.708600 7.7639400 21.078200 22.040800 2.1868300 1053 57.911000 66.283200 65.682600 27.919000 32.484000 28.853300 1054 63.644700 74.269100 69.569600 34.891100 41.854900 33.585300 1055 72.067700 76.924000 82.317600 45.880100 49.691700 49.580900 1056 27.544500 56.499600 55.926000 11.026000 18.243900 19.703200 1057 28.902000 69.349300 73.333400 17.069600 29.385100 37.279500 1058 71.208900 85.344100 94.277800 51.177800 60.427500 69.568200 1059 79.289600 92.936600 93.665600 62.272100 74.178000 69.585500 1060 18.516100 29.724400 26.601400 3.4764400 4.9158800 4.1652400 1061 75.299700 37.768900 27.004600 34.167900 22.005800 4.5326300 1062 76.376200 52.191100 44.911100 38.421800 29.528300 12.338700 1063 27.269800 33.141900 87.467500 14.370900 11.748800 54.238700 1064 39.598600 41.680000 90.232300 19.784300 16.890900 58.979000 1065 72.377700 57.337100 89.244500 43.402200 35.175100 58.253000 1066 46.240000 32.134300 39.984500 12.843200 10.121200 8.9954700 1067 53.078000 47.211100 43.435800 18.440000 17.549700 11.280900 1068 59.089200 55.794800 51.367800 24.519600 24.481500 16.436800 1069 51.230300 53.755800 45.769100 18.582700 20.500000 12.906000 1070 51.613100 58.331000 56.932000 20.937400 24.112200 20.599500 1071 54.471600 68.225900 61.372800 25.427300 32.532000 25.062000 1072 63.028000 79.573000 68.774600 35.822900 46.830400 33.343000 1073 67.084400 80.405000 81.568500 42.198400 50.947900 48.942500 1074 43.136400 54.293900 59.387400 16.307200 19.772000 22.289100 1075 43.290600 65.742100 87.629300 24.601100 30.879300 56.349200 1076 43.638100 71.587900 88.821300 26.526900 35.999000 58.779300 1077 55.076100 73.374200 90.976600 33.758800 40.993500 62.478800 1078 0.0000000 0.0000000 0.0000000 0.0000000 0.0000000 0.0000000 1079 18.348200 33.773600 20.138400 3.5056700 5.8225200 2.8246000 1080 47.430600 39.642700 33.027700 13.621900 12.467000 6.4647300 1081 59.965800 51.350100 41.783100 23.426300 21.737900 10.684700 1082 62.453600 53.213300 51.060900 26.522600 24.196600 16.068300 1083 91.105700 56.719600 88.788600 65.586000 45.765300 57.478200 1084 98.879900 63.760400 92.812300 80.159900 57.086600 64.690900 1085 60.036500 65.330900 32.903800 25.468200 30.352900 8.0107600 1086 59.887000 72.997200 36.856200 27.532000 36.891000 10.226100 1087 100.00000 78.853000 88.782100 84.771800 70.665000 59.505500 1088 46.481700 7.4635100 13.157300 10.524000 5.6253600 1.2581100 1089 54.347900 10.714100 10.068600 14.874000 7.9662500 0.9423240 1090 63.122500 59.210500 20.969400 25.927500 26.824500 4.3000600 1091 34.744000 73.402300 13.043500 13.807800 30.365800 4.2936300 1092 34.717700 93.206400 10.538300 20.454600 53.006700 6.5667200 1093 47.538100 94.096600 12.472500 26.110300 56.853800 6.9194100 1094 57.123700 95.298500 11.768200 32.202200 61.309000 7.0305200 1095 15.644000 40.557900 16.652600 3.6870800 7.8021900 2.4747800 1096 11.903000 48.053600 25.767500 4.5371100 10.945200 4.6761400 1097 15.424800 74.295600 40.546800 11.265100 29.933900 11.969500 1098 29.014500 90.373100 51.498700 20.207500 49.828800 20.146400 1099 6.6153100 49.107400 13.979400 3.8588500 11.013800 2.5060900 1100 28.648700 64.466100 12.543200 9.8536000 22.038400 3.3920600 1101 92.890700 66.648800 7.9610100 60.344400 48.335500 3.1208900 1102 93.382200 77.561400 9.8414700 64.009500 58.528400 4.3965000 1103 19.315800 53.157300 9.1457900 5.7462300 13.741100 2.2086400 1104 16.415600 70.451200 28.383200 9.5509000 26.056600 7.0484200 1105 16.258500 79.780300 27.841100 12.155500 35.000500 7.9056000 1106 35.082600 86.916000 27.723700 18.715800 45.197400 8.7919700 1107 45.172500 94.410200 61.878400 29.002200 58.963300 28.758200 1108 38.505200 52.688100 34.501000 11.563400 16.462900 7.6548100 1109 67.486400 54.072500 39.604000 29.661400 26.065500 9.8330300 1110 77.115800 55.892100 72.424600 43.889600 34.336200 35.146900 1111 82.808000 59.088700 87.876100 54.771700 41.697700 56.201600 1112 23.761300 14.665500 21.976600 3.4244900 2.6742400 2.7819100 1113 34.050900 10.204500 81.153200 13.411200 7.8277700 44.553200 1114 42.223400 21.326400 82.534000 17.143000 10.814100 46.624300 1115 24.447800 8.8484500 33.346800 3.9773300 2.5470100 5.8946600 1116 41.900900 10.064500 37.056100 9.5885300 5.4088000 7.3208600 1117 41.253000 45.585900 36.980200 11.777300 13.600300 8.2278000 1118 49.983000 50.833700 62.377700 19.563700 19.803600 24.649600 1119 70.335100 67.209900 61.769900 37.474000 37.765900 25.316300 1120 77.293500 69.676900 66.254100 45.844300 43.687100 29.724500 1121 93.142500 76.244400 68.672400 68.397000 59.970100 32.854000 1122 92.300900 85.306600 89.910000 75.118000 72.075700 62.136900 1123 94.558700 90.167500 89.674200 80.218200 79.754700 62.434600 1124 24.780000 30.273500 28.147300 4.7046000 5.6414900 4.6039700 1125 45.842900 31.613300 30.204100 11.943100 9.5074000 5.2535100 1126 84.684300 35.573600 39.268200 45.551800 27.071800 8.7841500 1127 30.717900 5.5495100 9.3556300 4.4983500 2.5425900 0.8325590 1128 73.748500 11.599600 11.997100 30.544400 15.751800 1.1556300 1129 80.745100 16.021900 7.3221100 38.204600 19.907700 0.7565100 1130 80.717900 13.682100 22.337300 38.476800 19.851000 2.8464200 1131 91.872000 18.113100 54.320800 55.768700 29.014200 17.037800 1132 94.870800 80.735800 61.293500 71.118600 65.176000 26.330100 1133 9.6663800 30.486100 38.462500 3.2567400 5.0252500 8.2714600 1134 12.079600 60.722400 62.389800 10.267600 20.270000 25.325600 1135 7.7184300 81.162400 76.685600 17.950700 39.615400 42.604300 1136 9.6945700 93.144300 79.098700 23.026000 54.777500 47.363900 1137 29.100600 69.977800 54.476500 14.119000 28.138800 19.739800 1138 27.275800 77.557800 63.784800 17.139400 35.777200 28.191400 1139 38.865000 79.055300 80.808000 24.575400 41.030400 47.735800 1140 46.061700 91.431000 91.951300 35.053400 58.988400 66.403000 1141 77.576700 66.776000 56.171700 43.877100 40.559300 20.697900 1142 81.638600 83.710600 56.776300 53.439400 59.253700 23.003200 1143 65.054500 87.074100 47.349300 36.888700 54.430800 17.089500 1144 89.010800 92.048400 50.254700 65.159300 73.860900 19.587800 1145 19.488700 19.337900 7.6604900 2.4803500 2.6846600 0.8335310 1146 17.588600 24.917100 5.5715400 2.4437900 3.4676300 0.7643850 1147 15.505000 24.269900 17.407300 2.3721500 3.3458100 2.0917300 1148 20.709600 23.433800 16.653200 3.0631500 3.5535500 1.9550700 1149 80.028400 58.619500 58.561000 45.236100 36.256800 21.909700 1150 80.600600 67.884200 70.384100 49.896200 44.469000 33.829700 1151 31.565900 28.238700 36.841400 6.7555200 6.2817800 7.5326300 1152 31.917500 32.302200 46.505300 7.9947000 7.8190500 12.333700 1153 32.657400 41.103100 57.074700 10.319600 11.486300 19.735200 1154 34.249800 63.326000 74.513500 17.435600 25.546000 38.135200 1155 51.277800 69.250400 81.158300 27.737200 34.708200 47.174800 1156 17.618700 22.797200 28.789600 3.0312100 3.4790800 4.6116100 1157 23.500400 20.828200 27.332600 3.8456200 3.5960300 4.1632600 1158 23.627700 17.601700 58.196200 6.5805900 4.7717400 19.975600 1159 30.682000 44.607600 66.661800 11.694000 13.483800 28.362200 1160 32.060300 47.446500 77.494800 14.651800 16.193700 40.747800 1161 13.571500 25.624100 53.419300 4.8117400 4.9760400 16.538700 1162 14.607900 45.132000 91.058800 14.482400 15.504000 60.506100 1163 9.4198400 78.042200 91.484600 20.982200 38.594800 63.840800 1164 10.468000 87.436600 90.803900 24.003100 49.128500 63.898300 1165 20.233700 85.570300 61.242800 17.946900 43.687000 26.906200 1166 20.395800 87.797200 71.215100 20.540900 47.424700 37.035700 1167 25.798600 49.872900 58.676400 9.9281800 14.595100 21.440000 1168 24.806900 52.684200 91.334800 17.291700 20.042800 61.382700 1169 12.086100 27.069600 47.437100 4.0567400 4.8059600 12.728400 1170 58.181100 24.934600 56.440300 21.096400 12.911700 18.734500 1171 58.245000 34.949400 58.843200 22.207200 15.583900 20.907700 1172 68.287000 61.519600 75.230800 36.868400 34.031300 38.851800 1173 74.776000 62.590200 81.020500 44.647200 38.612600 46.402800 1174 79.435800 70.544700 81.690000 51.720000 47.475000 48.033700 1175 27.355100 15.888600 18.960300 4.1365500 3.1353200 2.2138400 1176 39.994400 29.307700 15.929900 8.6581000 7.3519000 1.9828600 1177 42.098700 37.359200 21.354400 10.356500 10.143100 3.1886600 1178 44.615100 80.730900 23.451600 20.137100 39.787000 6.9121300 1179 43.564000 96.807300 93.124800 36.491300 66.171400 69.264300 1180 17.678700 42.745400 35.089200 5.0650200 9.2672100 7.3487200 1181 14.043500 43.974500 43.552100 5.4289300 9.9281600 11.180700 1182 19.891200 54.688100 78.576900 13.319300 18.780800 42.565100 1183 20.089400 74.285100 82.010600 18.549400 34.035300 48.861700 1184 18.092000 84.817700 94.307300 25.024100 47.015300 69.550300 1185 36.167900 85.356500 94.082300 29.405200 49.711700 69.224600 1186 42.465400 35.456500 40.211100 11.425300 10.238800 9.2062600 1187 54.984000 33.855200 40.770500 17.905900 13.028100 9.4128000 1188 91.373400 32.931300 66.896400 57.862700 32.750600 28.137100 1189 48.709200 13.732700 28.517100 12.355000 7.0117500 4.3932500 1190 48.851300 10.766200 45.344400 13.589800 7.4838100 11.279500 1191 60.685700 9.8947200 75.015700 25.546800 13.672000 36.643300 1192 69.997200 12.082700 88.116500 36.571000 19.516800 54.836100 1193 37.070000 14.153600 52.816800 9.3762500 5.7449200 15.925700 1194 39.234000 38.479300 61.424900 12.904300 12.002800 23.213400 1195 38.030500 43.293500 69.632500 14.415400 14.400700 31.361600 1196 40.496000 55.170100 76.142700 18.434100 21.495800 39.509100 1197 40.538900 64.878000 95.460800 25.618600 31.002500 69.459500 1198 91.283100 70.453300 94.913100 70.686100 57.045400 68.983600 1199 80.999800 41.003700 61.112800 44.123500 28.150600 23.044900 1200 83.736100 47.293400 73.669600 50.496300 33.721400 36.070500 1201 91.096800 74.031100 75.535200 66.171100 57.165700 40.368900 1202 62.098800 93.047200 52.189500 37.396600 61.368800 21.013700 1203 61.369200 93.237700 72.216000 40.138900 63.197100 38.960700 1204 69.549900 93.333100 77.421700 48.089200 67.313900 45.224600 1205 74.822100 94.017300 84.141100 55.140600 71.730100 54.493800 1206 11.244800 15.890100 32.511000 2.2064100 2.2338400 5.6777400 1207 56.601900 12.137600 44.799100 18.152200 9.8290000 10.997300 1208 71.350600 12.261000 58.150000 31.570400 16.572600 19.871600 1209 92.934000 11.926600 63.726500 58.508100 29.882100 24.673100 1210 37.657500 6.3734300 19.975900 6.9663800 3.8260200 2.3058300 1211 92.887000 8.2577900 17.369700 54.264800 27.222800 1.8641000 1212 94.552900 38.140500 25.056200 58.698200 34.188000 4.0464900 1213 91.055700 47.389100 29.784500 54.852000 35.475400 5.7616200 1214 21.145900 6.4355900 20.394400 2.6811500 1.7200600 2.3865700 1215 76.156700 8.7439400 28.837500 33.560700 17.090700 4.4372400 1216 92.582400 9.0514900 28.947000 54.298800 27.323800 4.4720200 1217 93.416900 9.2754800 43.267300 56.564600 28.534700 10.167300 1218 93.410800 30.407200 42.635000 57.453800 31.729100 10.211300 1219 94.245400 70.714500 79.605400 70.862400 56.988800 45.217100 1220 60.927400 42.477100 43.092400 23.041800 18.080100 10.877400 1221 92.487900 65.790600 42.733400 61.195500 48.310200 12.204900 1222 92.599800 82.224300 44.802600 66.122500 63.951100 15.021100 1223 72.296000 26.336000 14.048500 29.776900 17.185300 1.6454200 1224 81.292400 32.510900 9.2681400 39.806600 23.378900 1.2788000 1225 79.832600 71.382000 8.0323100 44.394700 43.862700 3.5735800 1226 89.645700 74.923200 50.980600 60.308600 54.680600 17.841500 1227 92.991200 86.798200 79.351600 73.872900 72.778500 46.768300 1228 100.00000 94.054000 82.123800 88.452100 88.140000 51.614300 1229 29.479200 37.753300 20.557600 6.1154300 8.1636900 3.0444700 1230 37.918800 49.301200 23.410200 10.239700 14.261800 4.1793200 1231 48.508300 48.929400 33.143100 15.337900 16.656200 6.9454500 1232 47.823000 56.504800 32.948500 16.199000 20.619500 7.3445000 1233 25.695200 25.827500 8.8228800 3.9872300 4.3859200 1.0597500 1234 32.046900 25.929000 10.285800 5.6190400 5.2089200 1.2014900 1235 39.763600 31.190600 6.5150500 8.5202900 7.6673300 1.0026100 1236 43.154400 79.059300 33.931000 19.506000 37.999900 9.7708800 1237 53.477700 84.338900 34.718000 26.631100 46.496300 10.717800 1238 58.171900 93.735200 37.900100 33.436200 60.121700 13.338200 1239 65.468200 93.260600 65.556700 42.126100 64.104000 31.978900 1240 45.759400 61.839100 29.623500 16.020000 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83.205100 29.390400 17.070000 47.606500 1318 90.954100 28.924200 83.466400 60.566200 33.493500 48.122200 1319 41.216000 16.342500 28.704500 8.9663300 5.5923300 4.4802800 1320 84.434300 21.283100 44.555000 44.725600 23.889000 10.994800 1321 86.520700 44.570700 50.413600 49.971700 32.136600 15.173500 1322 88.674400 45.835600 59.974300 54.290400 34.832300 22.296700 1323 91.084400 45.569000 69.094900 59.178400 37.261100 30.899600 1324 67.069000 31.397300 74.253000 31.492700 19.524400 36.118700 1325 77.128200 32.229400 74.314100 41.338300 24.563100 36.216200 1326 86.027800 41.790600 82.446000 54.750200 33.981000 47.112900 1327 87.358300 49.823400 91.116800 59.948500 39.767900 60.849200 1328 75.635800 22.571100 49.159900 35.116500 19.376700 13.666800 1329 100.00000 27.428900 51.805400 68.669700 36.734700 15.475100 1330 56.001700 21.161400 20.100400 16.544500 9.8716900 2.5045000 1331 56.583000 49.017900 28.034700 19.807900 18.871900 5.3359300 1332 60.276100 51.316500 61.108600 25.957300 23.151700 23.562000 1333 61.444800 72.200300 92.278700 38.227600 42.310300 64.553300 1334 68.133400 78.192800 91.865600 45.266200 50.696200 64.500700 1335 76.335200 77.771900 91.485900 53.010200 54.134000 63.811900 1336 86.806500 93.118100 96.112200 72.352200 79.418100 73.991600 1337 8.1830400 15.654300 13.576800 1.1763200 1.6423800 1.3922700 1338 7.0982800 31.704800 10.058400 1.9039400 4.5278600 1.3302700 1339 5.9736000 38.966500 20.997200 2.7657300 6.8694300 3.1783500 1340 23.376300 45.681700 62.065400 9.3622600 12.671400 24.094100 1341 26.678700 67.321600 82.346700 18.118200 28.639500 48.648700 1342 88.410300 76.731700 90.954300 67.162200 60.197500 62.804800 1343 62.361900 16.672300 6.7674100 20.544500 11.276000 0.7183180 1344 92.761000 33.942800 8.9286700 55.148900 31.278200 1.2927300 1345 93.076400 44.926800 6.5490700 56.738800 35.406200 1.5316500 1346 58.612900 33.573700 6.6922700 18.793800 13.278900 1.0900000 1347 65.367100 34.096200 15.945000 24.158700 16.064600 2.1273500 1348 68.717600 44.148000 24.839200 28.403700 21.207100 4.2496400 1349 81.074200 71.333700 51.029500 48.326900 45.960200 17.501900 1350 10.632700 11.597300 17.591100 1.3564500 1.3867000 1.9296800 1351 11.956300 7.1027800 14.147300 1.2884900 1.0581300 1.3818200 1352 10.019400 4.9095400 18.373200 1.1841600 0.8909800 2.0069000 1353 6.3740200 26.184800 41.453900 2.9663000 4.0652700 9.5248600 1354 33.691800 39.454800 40.875600 8.6583200 10.010600 9.6640600 1355 35.394000 45.750200 44.319800 10.251600 12.959400 11.667800 1356 43.800600 49.640200 45.263400 14.136200 16.440500 12.381300 1357 44.387300 57.524300 44.813800 15.665400 20.968100 12.635800 1358 54.472300 60.272600 45.539800 21.669900 25.455400 13.232000 1359 73.293300 69.295000 56.887800 40.108200 40.469700 21.477300 1360 75.872200 75.448500 69.462000 46.461000 48.514100 33.597100 1361 59.538700 62.489500 56.530500 26.792600 29.392400 20.607300 1362 65.915000 64.717900 79.882100 36.569800 35.947200 45.037500 1363 82.309500 74.613500 94.732300 59.886700 54.946200 69.085000 1364 90.428700 87.548200 94.813000 74.729600 74.328700 70.820900 1365 18.346000 12.700300 16.441700 2.2547000 1.9127400 1.7587400 1366 15.730900 17.361500 72.067700 7.7001700 5.4849300 33.289300 1367 16.099200 26.067200 71.105100 7.9799300 6.8372700 32.377300 1368 12.013700 53.637800 86.566400 14.161000 18.844200 53.798800 1369 7.8421000 67.834200 96.034700 19.527100 29.999700 70.763600 1370 11.592000 75.875000 97.520300 22.457000 37.621700 74.323000 1371 9.0227500 20.262600 33.946500 2.2808700 2.7801600 6.2504400 1372 20.433000 21.207400 49.826900 5.0850500 4.3973800 14.057700 1373 31.713900 26.340800 67.756000 10.506100 8.0794500 28.826300 1374 40.439800 29.890100 77.599900 15.730000 11.494700 40.191900 1375 61.545700 31.947200 90.002900 31.051300 19.743600 58.248700 1376 62.670900 44.407900 91.834900 33.712800 24.729400 61.774700 1377 63.391100 55.603400 91.691500 35.905100 30.639700 62.169900 1378 7.7257900 8.1522100 37.086600 2.0190200 1.5615900 7.3174200 1379 11.453000 13.443100 47.264800 3.3571600 2.6685000 12.392000 1380 20.240400 7.4933800 69.673200 7.6041600 4.6035200 30.555100 1381 27.151900 9.2768100 90.658800 14.093900 8.3067100 58.918700 1382 62.580200 13.451400 93.072700 31.799700 17.394800 63.046400 1383 80.330600 17.777300 92.076900 48.666100 26.105800 61.394100 1384 44.777900 14.149500 50.142000 12.184000 7.1023600 14.152600 1385 44.969900 10.467600 60.731100 13.585600 7.6124900 21.991100 1386 76.681400 9.1960400 73.909400 39.673400 20.566200 35.319700 1387 85.613500 6.5169400 88.423900 53.746600 27.624200 55.275000 1388 92.549500 17.354800 91.172600 64.419800 33.796200 59.863900 1389 85.414000 19.664500 64.368900 48.485200 25.731500 25.374700 1390 29.072700 4.9006200 30.477600 4.7848900 2.7049700 4.9061200 1391 27.075000 16.454400 31.052500 4.6260600 3.4765000 5.2013100 1392 36.341300 21.072100 36.940700 7.8461600 5.6452400 7.4177800 1393 39.049900 41.186800 54.165200 12.090000 12.354700 17.566900 1394 48.257900 46.732700 66.503300 18.757500 17.759900 28.310300 1395 57.702000 61.066300 72.288100 27.889200 29.292400 35.366500 1396 61.987000 67.956100 72.290300 32.500500 35.980900 35.951600 1397 72.755600 67.974800 43.499000 37.714100 38.234000 12.789700 1398 80.532600 91.013800 42.543800 53.199200 66.725900 15.058000 1399 86.730400 89.857000 68.607400 63.967800 71.012300 34.530500 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.0000 100.0000 100.0000 96.41600 99.99690 82.48800 1 0.000000 67.45460 100.0000 20.21840 30.18340 78.23010 2 100.0000 0.000000 69.46800 70.45640 35.13010 30.27950 3 0.000000 0.000000 70.02640 5.542030 3.166550 30.87730 4 100.0000 65.46120 0.000000 71.18840 52.87630 2.349460 5 0.000000 49.64810 0.000000 3.227580 10.91320 1.229660 6 100.0000 4.373660 4.349220 65.17320 32.35370 0.397234 7 3.095820 3.216760 3.448330 0.338157 0.353794 0.312873 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 96.4160 99.9969 82.4880 1 0.00000 100.000 100.000 31.3944 67.9720 82.4880 2 100.000 0.00000 100.000 78.6094 39.7885 75.7040 3 0.00000 0.00000 100.000 13.5878 7.76364 75.7040 4 100.000 100.000 0.00000 82.8282 92.2333 6.78405 5 0.00000 100.000 0.00000 17.8066 60.2084 6.78405 6 100.000 0.00000 0.00000 65.0216 32.0249 0.00000 7 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 8 50.0000 50.0000 50.0000 17.7583 18.4178 15.1930 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s33-g97-m0-f1399-cRec709_Gamma22.ti1000644 000765 000000 00000327533 12261120515 024217 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "OFPS_PATCHES" OFPS_PATCHES "1200" CREATED "Wed Dec 18 02:47:06 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "97" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.045781 100.000003 108.905751" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DARK_REGION_EMPHASIS" DARK_REGION_EMPHASIS "1.6" KEYWORD "ACCURATE_EXPECTED_VALUES" ACCURATE_EXPECTED_VALUES "true" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "33" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 1399 BEGIN_DATA 1 100.0000000 100.0000000 100.0000000 95.04580000 100.0000000 108.9060000 2 36.18660000 40.25050000 29.03860000 10.43240000 12.41520000 8.082730000 3 75.62240000 56.57030000 28.01850000 33.62140000 32.37170000 10.24120000 4 82.79480000 56.83720000 43.69100000 40.46860000 35.84890000 20.10110000 5 19.47590000 14.15960000 0.000000000 1.614820000 1.553530000 0.214771000 6 20.94060000 9.655240000 0.000000000 1.533610000 1.101250000 0.131754000 7 21.64610000 0.000000000 9.880980000 1.535610000 0.778814000 0.651906000 8 64.49270000 50.86790000 23.72350000 24.56660000 24.58230000 7.448250000 9 78.94490000 73.49390000 36.37540000 44.63550000 49.75270000 17.48580000 10 0.000000000 15.10070000 0.000000000 0.559497000 1.119080000 0.186522000 11 0.000000000 9.493670000 0.000000000 0.201613000 0.403256000 0.067212600 12 11.29030000 0.000000000 0.000000000 0.340406000 0.175489000 0.015935900 13 13.15790000 0.000000000 0.000000000 0.476651000 0.245728000 0.022314200 14 13.21410000 8.186610000 0.000000000 0.626698000 0.539183000 0.071050300 15 6.646220000 6.646220000 6.646220000 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73.3339000 93.7152000 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "December 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.0000 100.0000 100.0000 95.04580 100.0000 108.9060 1 0.000000 46.30660 100.0000 24.53780 20.19710 97.21750 2 100.0000 0.000000 76.43500 51.07860 25.19590 53.75030 3 0.000000 0.000000 55.41690 4.831040 1.932540 25.44110 4 100.0000 64.42970 0.000000 54.56610 47.91680 6.373650 5 0.000000 34.08240 0.000000 3.400610 6.801720 1.133680 6 78.98890 0.000000 0.000000 24.20010 12.47580 1.132910 7 5.026730 4.490490 3.592540 0.338157 0.353794 0.312873 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "December 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 95.0458 100.000 108.906 1 0.00000 100.000 100.000 53.8073 78.7404 106.975 2 100.000 0.00000 100.000 59.2885 28.4801 96.9852 3 0.00000 0.00000 100.000 18.0500 7.22046 95.0546 4 100.000 100.000 0.00000 76.9958 92.7795 13.8511 5 0.00000 100.000 0.00000 35.7573 71.5199 11.9206 6 100.000 0.00000 0.00000 41.2385 21.2596 1.93056 7 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 8 50.0000 50.0000 50.0000 20.3442 21.4046 23.3108 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s33-g97-m9-b9-f0.ti1000644 000765 000000 00000225673 12237536424 021731 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "MULTI_DIM_BCC_STEPS" MULTI_DIM_BCC_STEPS "9" CREATED "Sat Oct 19 04:48:08 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "97" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT 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6.25000 15.2000 12.4926 2.95355 916 68.7500 31.2500 6.25000 21.4828 15.7320 3.24795 917 81.2500 31.2500 6.25000 29.4380 19.8337 3.62072 918 93.7500 31.2500 6.25000 39.1735 24.8534 4.07690 919 100.000 75.0000 37.5000 62.4035 59.8762 20.0004 920 18.7500 43.7500 6.25000 7.97921 13.0310 3.43779 921 31.2500 43.7500 6.25000 10.0305 14.0886 3.53391 922 43.7500 43.7500 6.25000 13.3418 15.7960 3.68907 923 56.2500 43.7500 6.25000 18.0714 18.2346 3.91069 924 68.7500 43.7500 6.25000 24.3542 21.4740 4.20509 925 81.2500 43.7500 6.25000 32.3095 25.5757 4.57786 926 93.7500 43.7500 6.25000 42.0449 30.5954 5.03405 927 93.7500 56.2500 6.25000 46.1461 38.7965 6.40111 928 18.7500 56.2500 6.25000 12.0804 21.2322 4.80485 929 31.2500 56.2500 6.25000 14.1316 22.2898 4.90097 930 43.7500 56.2500 6.25000 17.4430 23.9972 5.05614 931 56.2500 56.2500 6.25000 22.1726 26.4357 5.27775 932 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 933 81.2500 56.2500 6.25000 36.4106 33.7769 5.94493 934 81.2500 68.7500 81.2500 52.9401 49.1033 66.1280 935 81.2500 81.2500 93.7500 64.0995 64.6021 90.8714 936 93.7500 81.2500 93.7500 73.8349 69.6217 91.3275 937 18.7500 68.7500 6.25000 17.5284 32.1267 6.62087 938 43.7500 68.7500 6.25000 22.8910 34.8916 6.87215 939 56.2500 68.7500 6.25000 27.6206 37.3302 7.09377 940 68.7500 68.7500 6.25000 33.9033 40.5696 7.38817 941 81.2500 68.7500 6.25000 41.8586 44.6714 7.76094 942 93.7500 68.7500 6.25000 51.5941 49.6910 8.21713 943 6.25000 68.7500 6.25000 16.5408 31.6175 6.57459 944 6.25000 81.2500 6.25000 23.4391 45.4121 8.87404 945 31.2500 81.2500 6.25000 26.4779 46.9789 9.01643 946 43.7500 81.2500 6.25000 29.7893 48.6863 9.17160 947 56.2500 81.2500 6.25000 34.5189 51.1249 9.39322 948 68.7500 81.2500 6.25000 40.8016 54.3643 9.68762 949 81.2500 81.2500 6.25000 48.7569 58.4660 10.0604 950 93.7500 81.2500 6.25000 58.4923 63.4857 10.5166 951 18.7500 81.2500 6.25000 24.4267 45.9213 8.92032 952 18.7500 93.7500 6.25000 32.8686 62.8028 11.7343 953 31.2500 93.7500 6.25000 34.9198 63.8604 11.8304 954 43.7500 93.7500 6.25000 38.2312 65.5678 11.9856 955 56.2500 93.7500 6.25000 42.9608 68.0064 12.2072 956 68.7500 93.7500 6.25000 49.2436 71.2458 12.5016 957 81.2500 93.7500 6.25000 57.1988 75.3475 12.8744 958 93.7500 93.7500 6.25000 66.9343 80.3672 13.3306 959 93.7500 93.7500 18.7500 67.3665 80.5400 15.6073 960 18.7500 6.25000 18.7500 2.90500 2.19248 3.87900 961 31.2500 6.25000 18.7500 4.95625 3.25011 3.97512 962 43.7500 6.25000 18.7500 8.26763 4.95747 4.13028 963 56.2500 6.25000 18.7500 12.9972 7.39604 4.35190 964 68.7500 6.25000 18.7500 19.2800 10.6355 4.64630 965 81.2500 6.25000 18.7500 27.2352 14.7372 5.01907 966 93.7500 6.25000 18.7500 36.9707 19.7569 5.47526 967 93.7500 81.2500 81.2500 69.5738 67.9175 68.8837 968 100.000 100.000 100.000 95.1065 100.000 108.844 969 43.7500 18.7500 18.7500 9.12398 6.66993 4.41573 970 56.2500 18.7500 18.7500 13.8535 9.10851 4.63735 971 68.7500 18.7500 18.7500 20.1363 12.3479 4.93175 972 81.2500 18.7500 18.7500 28.0916 16.4497 5.30452 973 93.7500 18.7500 18.7500 37.8270 21.4693 5.76071 974 93.7500 56.2500 81.2500 57.2275 43.2284 64.7682 975 93.7500 56.2500 93.7500 61.4886 44.9326 87.2121 976 18.7500 31.2500 18.7500 5.54006 7.46186 4.75736 977 43.7500 31.2500 18.7500 10.9027 10.2268 5.00864 978 56.2500 31.2500 18.7500 15.6322 12.6654 5.23026 979 68.7500 31.2500 18.7500 21.9150 15.9048 5.52466 980 81.2500 31.2500 18.7500 29.8703 20.0066 5.89743 981 93.7500 31.2500 18.7500 39.6057 25.0262 6.35362 982 93.7500 56.2500 68.7500 53.7455 41.8359 46.4283 983 93.7500 68.7500 68.7500 59.1935 52.7303 48.2443 984 93.7500 81.2500 68.7500 66.0918 66.5250 50.5438 985 43.7500 43.7500 18.7500 13.7741 15.9689 5.96579 986 56.2500 43.7500 18.7500 18.5037 18.4074 6.18740 987 68.7500 43.7500 18.7500 24.7864 21.6469 6.48180 988 81.2500 43.7500 18.7500 32.7417 25.7486 6.85457 989 93.7500 43.7500 18.7500 42.4771 30.7682 7.31076 990 31.2500 31.2500 18.7500 7.59131 8.51949 4.85348 991 31.2500 43.7500 18.7500 10.4627 14.2615 5.81062 992 31.2500 56.2500 18.7500 14.5639 22.4627 7.17768 993 43.7500 56.2500 18.7500 17.8753 24.1700 7.33285 994 56.2500 56.2500 18.7500 22.6048 26.6086 7.55447 995 68.7500 56.2500 18.7500 28.8876 29.8480 7.84887 996 81.2500 56.2500 18.7500 36.8429 33.9498 8.22164 997 93.7500 56.2500 18.7500 46.5783 38.9694 8.67783 998 93.7500 68.7500 18.7500 52.0263 49.8639 10.4938 999 31.2500 68.7500 6.25000 19.5796 33.1843 6.71699 1000 31.2500 68.7500 18.7500 20.0119 33.3572 8.99370 1001 43.7500 68.7500 18.7500 23.3233 35.0645 9.14887 1002 56.2500 68.7500 18.7500 28.0528 37.5031 9.37049 1003 68.7500 68.7500 18.7500 34.3356 40.7425 9.66489 1004 81.2500 68.7500 18.7500 42.2909 44.8443 10.0377 1005 93.7500 81.2500 18.7500 58.9246 63.6585 12.7933 1006 18.7500 43.7500 18.7500 8.41147 13.2039 5.71450 1007 18.7500 56.2500 18.7500 12.5126 21.4050 7.08157 1008 31.2500 81.2500 18.7500 26.9102 47.1518 11.2931 1009 43.7500 81.2500 18.7500 30.2215 48.8592 11.4483 1010 56.2500 81.2500 18.7500 34.9511 51.2977 11.6699 1011 68.7500 81.2500 18.7500 41.2339 54.5372 11.9643 1012 81.2500 81.2500 18.7500 49.1892 58.6389 12.3371 1013 18.7500 68.7500 18.7500 17.9606 32.2995 8.89758 1014 18.7500 81.2500 18.7500 24.8589 46.0942 11.1970 1015 18.7500 93.7500 18.7500 33.3008 62.9757 14.0110 1016 31.2500 93.7500 18.7500 35.3521 64.0333 14.1071 1017 43.7500 93.7500 18.7500 38.6635 65.7407 14.2623 1018 56.2500 93.7500 18.7500 43.3930 68.1792 14.4839 1019 68.7500 93.7500 18.7500 49.6758 71.4186 14.7783 1020 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 1021 6.25000 6.25000 18.7500 1.91743 1.68328 3.83272 1022 6.25000 6.25000 31.2500 2.81525 2.04236 8.56163 1023 18.7500 6.25000 31.2500 3.80282 2.55155 8.60790 1024 31.2500 6.25000 31.2500 5.85407 3.60918 8.70402 1025 43.7500 6.25000 31.2500 9.16545 5.31654 8.85919 1026 56.2500 6.25000 31.2500 13.8950 7.75511 9.08081 1027 68.7500 6.25000 31.2500 20.1778 10.9945 9.37521 1028 81.2500 6.25000 31.2500 28.1331 15.0963 9.74798 1029 93.7500 6.25000 31.2500 37.8685 20.1159 10.2042 1030 93.7500 31.2500 81.2500 50.2549 29.2852 62.4440 1031 93.7500 43.7500 93.7500 57.3875 36.7314 85.8450 1032 31.2500 18.7500 31.2500 6.71042 5.32164 8.98947 1033 43.7500 18.7500 31.2500 10.0218 7.02900 9.14464 1034 56.2500 18.7500 31.2500 14.7514 9.46758 9.36626 1035 68.7500 18.7500 31.2500 21.0341 12.7070 9.66066 1036 81.2500 18.7500 31.2500 28.9894 16.8088 10.0334 1037 93.7500 18.7500 31.2500 38.7249 21.8284 10.4896 1038 93.7500 31.2500 43.7500 41.9529 25.9650 18.7165 1039 93.7500 31.2500 56.2500 44.0230 26.7929 29.6199 1040 93.7500 43.7500 56.2500 46.8944 32.5349 30.5771 1041 56.2500 31.2500 31.2500 16.5301 13.0245 9.95917 1042 68.7500 31.2500 31.2500 22.8128 16.2639 10.2536 1043 81.2500 31.2500 31.2500 30.7681 20.3657 10.6263 1044 93.7500 31.2500 31.2500 40.5036 25.3853 11.0825 1045 93.7500 43.7500 43.7500 44.8243 31.7070 19.6736 1046 18.7500 31.2500 31.2500 6.43788 7.82093 9.48626 1047 18.7500 43.7500 31.2500 9.30929 13.5629 10.4434 1048 43.7500 43.7500 31.2500 14.6719 16.3279 10.6947 1049 56.2500 43.7500 31.2500 19.4015 18.7665 10.9163 1050 68.7500 43.7500 31.2500 25.6842 22.0059 11.2107 1051 81.2500 43.7500 31.2500 33.6395 26.1077 11.5835 1052 93.7500 43.7500 31.2500 43.3750 31.1273 12.0397 1053 93.7500 56.2500 43.7500 48.9255 39.9081 21.0407 1054 31.2500 43.7500 31.2500 11.3605 14.6206 10.5395 1055 31.2500 56.2500 31.2500 15.4617 22.8217 11.9066 1056 43.7500 56.2500 31.2500 18.7731 24.5291 12.0618 1057 56.2500 56.2500 31.2500 23.5026 26.9677 12.2834 1058 68.7500 56.2500 31.2500 29.7854 30.2071 12.5778 1059 81.2500 56.2500 31.2500 37.7407 34.3089 12.9505 1060 93.7500 56.2500 31.2500 47.4761 39.3285 13.4067 1061 100.000 62.5000 37.5000 56.2426 47.5561 17.9468 1062 18.7500 68.7500 31.2500 18.8584 32.6586 13.6265 1063 31.2500 68.7500 31.2500 20.9097 33.7162 13.7226 1064 43.7500 68.7500 31.2500 24.2211 35.4236 13.8778 1065 56.2500 68.7500 31.2500 28.9506 37.8622 14.0994 1066 68.7500 68.7500 31.2500 35.2334 41.1016 14.3938 1067 81.2500 68.7500 31.2500 43.1887 45.2033 14.7666 1068 93.7500 68.7500 31.2500 52.9241 50.2230 15.2227 1069 93.7500 81.2500 31.2500 59.8224 64.0176 17.5222 1070 6.25000 68.7500 18.7500 16.9731 31.7903 8.85131 1071 6.25000 81.2500 31.2500 24.7692 45.9440 15.8797 1072 43.7500 81.2500 31.2500 31.1194 49.2182 16.1772 1073 56.2500 81.2500 31.2500 35.8489 51.6568 16.3988 1074 68.7500 81.2500 31.2500 42.1317 54.8962 16.6932 1075 81.2500 81.2500 31.2500 50.0870 58.9980 17.0660 1076 6.25000 81.2500 18.7500 23.8713 45.5850 11.1508 1077 6.25000 93.7500 18.7500 32.3133 62.4665 13.9648 1078 6.25000 93.7500 31.2500 33.2111 62.8255 18.6937 1079 31.2500 93.7500 31.2500 36.2499 64.3924 18.8361 1080 43.7500 93.7500 31.2500 39.5613 66.0997 18.9912 1081 56.2500 93.7500 31.2500 44.2909 68.5383 19.2128 1082 68.7500 93.7500 31.2500 50.5736 71.7777 19.5072 1083 81.2500 93.7500 31.2500 58.5289 75.8795 19.8800 1084 93.7500 93.7500 31.2500 68.2643 80.8991 20.3362 1085 93.7500 93.7500 43.7500 69.7137 81.4788 27.9702 1086 18.7500 6.25000 43.7500 5.25219 3.13120 16.2419 1087 31.2500 6.25000 43.7500 7.30344 4.18884 16.3380 1088 43.7500 6.25000 43.7500 10.6148 5.89619 16.4932 1089 56.2500 6.25000 43.7500 15.3444 8.33477 16.7148 1090 68.7500 6.25000 43.7500 21.6272 11.5742 17.0092 1091 81.2500 6.25000 43.7500 29.5824 15.6760 17.3820 1092 93.7500 6.25000 43.7500 39.3179 20.6956 17.8381 1093 93.7500 18.7500 81.2500 48.4762 25.7283 61.8511 1094 93.7500 18.7500 93.7500 52.7374 27.4325 84.2950 1095 93.7500 31.2500 93.7500 54.5161 30.9894 84.8879 1096 43.7500 18.7500 43.7500 11.4712 7.60866 16.7786 1097 56.2500 18.7500 43.7500 16.2007 10.0472 17.0002 1098 68.7500 18.7500 43.7500 22.4835 13.2867 17.2946 1099 81.2500 18.7500 43.7500 30.4388 17.3884 17.6674 1100 93.7500 18.7500 43.7500 40.1742 22.4080 18.1236 1101 93.7500 18.7500 56.2500 42.2443 23.2360 29.0270 1102 31.2500 18.7500 43.7500 8.15979 5.90130 16.6235 1103 31.2500 31.2500 43.7500 9.93850 9.45822 17.2164 1104 43.7500 31.2500 43.7500 13.2499 11.1656 17.3715 1105 81.2500 31.2500 43.7500 32.2175 20.9453 18.2603 1106 100.000 100.000 100.000 95.1065 100.000 108.844 1107 6.25000 18.7500 18.7500 2.77379 3.39575 4.11818 1108 6.25000 31.2500 18.7500 4.55249 6.95267 4.71108 1109 6.25000 43.7500 18.7500 7.42390 12.6947 5.66823 1110 6.25000 43.7500 31.2500 8.32172 13.0537 10.3971 1111 31.2500 43.7500 43.7500 12.8099 15.2002 18.1735 1112 56.2500 43.7500 43.7500 20.8508 19.3462 18.5503 1113 68.7500 43.7500 43.7500 27.1336 22.5856 18.8447 1114 81.2500 43.7500 43.7500 35.0889 26.6873 19.2175 1115 81.2500 68.7500 68.7500 49.4581 47.7107 47.7881 1116 6.25000 56.2500 18.7500 11.5251 20.8959 7.03529 1117 18.7500 56.2500 31.2500 13.4104 21.7641 11.8105 1118 31.2500 56.2500 43.7500 16.9111 23.4014 19.5406 1119 43.7500 56.2500 43.7500 20.2224 25.1088 19.6957 1120 56.2500 56.2500 43.7500 24.9520 27.5473 19.9174 1121 68.7500 56.2500 43.7500 31.2348 30.7868 20.2118 1122 81.2500 56.2500 43.7500 39.1901 34.8885 20.5845 1123 93.7500 56.2500 56.2500 50.9956 40.7361 31.9441 1124 93.7500 68.7500 56.2500 56.4436 51.6305 33.7601 1125 93.7500 81.2500 56.2500 63.3419 65.4252 36.0596 1126 31.2500 68.7500 43.7500 22.3591 34.2959 21.3566 1127 43.7500 68.7500 43.7500 25.6704 36.0032 21.5117 1128 56.2500 68.7500 43.7500 30.4000 38.4418 21.7334 1129 68.7500 68.7500 43.7500 36.6828 41.6812 22.0278 1130 81.2500 68.7500 43.7500 44.6381 45.7830 22.4005 1131 93.7500 68.7500 43.7500 54.3735 50.8026 22.8567 1132 93.7500 81.2500 43.7500 61.2718 64.5973 25.1562 1133 31.2500 81.2500 31.2500 27.8080 47.5109 16.0221 1134 31.2500 81.2500 43.7500 29.2574 48.0905 23.6560 1135 43.7500 81.2500 43.7500 32.5687 49.7979 23.8112 1136 56.2500 81.2500 43.7500 37.2983 52.2365 24.0328 1137 68.7500 81.2500 43.7500 43.5811 55.4759 24.3272 1138 81.2500 81.2500 43.7500 51.5363 59.5776 24.7000 1139 18.7500 81.2500 31.2500 25.7567 46.4532 15.9259 1140 18.7500 93.7500 31.2500 34.1987 63.3347 18.7399 1141 18.7500 93.7500 43.7500 35.6480 63.9144 26.3739 1142 31.2500 93.7500 43.7500 37.6993 64.9720 26.4700 1143 43.7500 93.7500 43.7500 41.0107 66.6794 26.6252 1144 56.2500 93.7500 43.7500 45.7402 69.1180 26.8468 1145 68.7500 93.7500 43.7500 52.0230 72.3574 27.1412 1146 81.2500 93.7500 43.7500 59.9783 76.4591 27.5140 1147 6.25000 6.25000 43.7500 4.26462 2.62201 16.1956 1148 6.25000 6.25000 56.2500 6.33472 3.44992 27.0990 1149 18.7500 6.25000 56.2500 7.32229 3.95911 27.1453 1150 31.2500 6.25000 56.2500 9.37354 5.01674 27.2414 1151 43.7500 6.25000 56.2500 12.6849 6.72410 27.3966 1152 56.2500 6.25000 56.2500 17.4145 9.16268 27.6182 1153 68.7500 6.25000 56.2500 23.6972 12.4021 27.9126 1154 81.2500 6.25000 56.2500 31.6525 16.5039 28.2854 1155 93.7500 6.25000 56.2500 41.3880 21.5235 28.7416 1156 6.25000 18.7500 43.7500 5.12097 4.33448 16.4811 1157 6.25000 18.7500 56.2500 7.19107 5.16239 27.3845 1158 31.2500 18.7500 56.2500 10.2299 6.72921 27.5269 1159 43.7500 18.7500 56.2500 13.5413 8.43657 27.6820 1160 56.2500 18.7500 56.2500 18.2708 10.8751 27.9037 1161 68.7500 18.7500 56.2500 24.5536 14.1146 28.1981 1162 81.2500 18.7500 56.2500 32.5089 18.2163 28.5708 1163 93.7500 18.7500 68.7500 44.9942 24.3358 43.5112 1164 93.7500 31.2500 68.7500 46.7730 27.8927 44.1041 1165 18.7500 18.7500 31.2500 4.65917 4.26401 8.89336 1166 18.7500 31.2500 43.7500 7.88725 8.40059 17.1202 1167 43.7500 31.2500 56.2500 15.3200 11.9935 28.2749 1168 56.2500 31.2500 56.2500 20.0495 14.4321 28.4966 1169 68.7500 31.2500 56.2500 26.3323 17.6715 28.7910 1170 81.2500 31.2500 56.2500 34.2876 21.7732 29.1637 1171 93.7500 43.7500 68.7500 49.6444 33.6347 45.0612 1172 93.7500 43.7500 81.2500 53.1263 35.0272 63.4011 1173 93.7500 68.7500 81.2500 62.6755 54.1229 66.5842 1174 93.7500 68.7500 93.7500 66.9366 55.8271 89.0281 1175 56.2500 31.2500 43.7500 17.9794 13.6042 17.5931 1176 56.2500 43.7500 56.2500 22.9209 20.1741 29.4537 1177 68.7500 43.7500 56.2500 29.2037 23.4135 29.7481 1178 81.2500 43.7500 56.2500 37.1590 27.5153 30.1209 1179 43.7500 31.2500 31.2500 11.8005 10.5859 9.73755 1180 43.7500 43.7500 56.2500 18.1914 17.7355 29.2321 1181 31.2500 43.7500 56.2500 14.8800 16.0281 29.0769 1182 31.2500 56.2500 56.2500 18.9812 24.2293 30.4440 1183 43.7500 56.2500 56.2500 22.2925 25.9367 30.5992 1184 68.7500 56.2500 56.2500 33.3049 31.6147 31.1152 1185 81.2500 56.2500 56.2500 41.2601 35.7164 31.4879 1186 81.2500 56.2500 68.7500 44.0101 36.8162 45.9721 1187 81.2500 56.2500 81.2500 47.4921 38.2088 64.3120 1188 18.7500 68.7500 56.2500 22.3779 34.0662 32.1639 1189 31.2500 68.7500 56.2500 24.4292 35.1238 32.2600 1190 43.7500 68.7500 56.2500 27.7405 36.8312 32.4152 1191 56.2500 68.7500 56.2500 32.4701 39.2697 32.6368 1192 68.7500 68.7500 56.2500 38.7529 42.5091 32.9312 1193 81.2500 68.7500 56.2500 46.7082 46.6109 33.3040 1194 18.7500 68.7500 43.7500 20.3078 33.2383 21.2605 1195 18.7500 81.2500 43.7500 27.2061 47.0329 23.5599 1196 18.7500 81.2500 56.2500 29.2762 47.8608 34.4633 1197 31.2500 81.2500 56.2500 31.3275 48.9184 34.5595 1198 43.7500 81.2500 56.2500 34.6388 50.6258 34.7146 1199 56.2500 81.2500 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6.25000 68.7500 44.1379 22.6233 43.2257 1219 18.7500 18.7500 56.2500 8.17864 5.67158 27.4308 1220 18.7500 18.7500 68.7500 10.9286 6.77138 41.9149 1221 31.2500 18.7500 68.7500 12.9798 7.82901 42.0110 1222 43.7500 18.7500 68.7500 16.2912 9.53636 42.1662 1223 56.2500 18.7500 68.7500 21.0208 11.9749 42.3878 1224 68.7500 18.7500 68.7500 27.3035 15.2144 42.6822 1225 81.2500 18.7500 68.7500 35.2588 19.3161 43.0550 1226 81.2500 31.2500 93.7500 44.7806 25.9698 84.4317 1227 81.2500 56.2500 93.7500 51.7532 39.9130 86.7559 1228 31.2500 31.2500 56.2500 12.0086 10.2861 28.1198 1229 31.2500 31.2500 68.7500 14.7585 11.3859 42.6039 1230 43.7500 31.2500 68.7500 18.0699 13.0933 42.7591 1231 56.2500 31.2500 68.7500 22.7995 15.5319 42.9807 1232 68.7500 31.2500 68.7500 29.0822 18.7713 43.2751 1233 81.2500 31.2500 68.7500 37.0375 22.8730 43.6479 1234 81.2500 68.7500 93.7500 57.2012 50.8075 88.5719 1235 6.25000 31.2500 56.2500 8.96978 8.71930 27.9774 1236 6.25000 43.7500 68.7500 14.5911 15.5611 43.4187 1237 31.2500 43.7500 68.7500 17.6299 17.1279 43.5611 1238 43.7500 43.7500 68.7500 20.9413 18.8353 43.7163 1239 56.2500 43.7500 68.7500 25.6709 21.2739 43.9379 1240 68.7500 43.7500 68.7500 31.9536 24.5133 44.2323 1241 81.2500 43.7500 68.7500 39.9089 28.6151 44.6050 1242 18.7500 31.2500 56.2500 9.95735 9.22850 28.0237 1243 18.7500 31.2500 68.7500 12.7073 10.3283 42.5078 1244 18.7500 56.2500 68.7500 19.6798 24.2715 44.8320 1245 31.2500 56.2500 68.7500 21.7311 25.3291 44.9282 1246 43.7500 56.2500 68.7500 25.0425 27.0365 45.0833 1247 56.2500 56.2500 68.7500 29.7720 29.4750 45.3049 1248 68.7500 56.2500 68.7500 36.0548 32.7145 45.5993 1249 18.7500 43.7500 43.7500 10.7587 14.1426 18.0774 1250 18.7500 56.2500 43.7500 14.8598 22.3438 19.4444 1251 18.7500 56.2500 56.2500 16.9299 23.1717 30.3479 1252 18.7500 68.7500 68.7500 25.1278 35.1660 46.6481 1253 31.2500 68.7500 68.7500 27.1791 36.2236 46.7442 1254 43.7500 68.7500 68.7500 30.4905 37.9310 46.8993 1255 56.2500 68.7500 68.7500 35.2200 40.3695 47.1210 1256 56.2500 81.2500 81.2500 45.6003 55.5567 67.7603 1257 6.25000 56.2500 31.2500 12.4229 21.2549 11.7642 1258 6.25000 68.7500 31.2500 17.8709 32.1494 13.5802 1259 6.25000 68.7500 56.2500 21.3904 33.5570 32.1176 1260 31.2500 81.2500 68.7500 34.0774 50.0182 49.0436 1261 43.7500 81.2500 68.7500 37.3888 51.7256 49.1988 1262 56.2500 81.2500 68.7500 42.1183 54.1642 49.4204 1263 68.7500 81.2500 68.7500 48.4011 57.4036 49.7148 1264 6.25000 81.2500 56.2500 28.2886 47.3516 34.4171 1265 6.25000 93.7500 56.2500 36.7306 64.2331 37.2311 1266 6.25000 93.7500 68.7500 39.4805 65.3329 51.7152 1267 18.7500 93.7500 68.7500 40.4681 65.8421 51.7615 1268 31.2500 93.7500 68.7500 42.5193 66.8997 51.8576 1269 43.7500 93.7500 68.7500 45.8307 68.6071 52.0128 1270 56.2500 93.7500 68.7500 50.5602 71.0457 52.2344 1271 68.7500 93.7500 68.7500 56.8430 74.2851 52.5288 1272 81.2500 93.7500 68.7500 64.7983 78.3868 52.9016 1273 6.25000 6.25000 68.7500 9.08465 4.54972 41.5832 1274 6.25000 6.25000 81.2500 12.5666 5.94229 59.9231 1275 18.7500 6.25000 81.2500 13.5542 6.45148 59.9694 1276 31.2500 6.25000 81.2500 15.6054 7.50911 60.0655 1277 43.7500 6.25000 81.2500 18.9168 9.21647 60.2207 1278 56.2500 6.25000 81.2500 23.6464 11.6550 60.4423 1279 68.7500 6.25000 81.2500 29.9292 14.8945 60.7367 1280 81.2500 6.25000 81.2500 37.8844 18.9962 61.1094 1281 93.7500 6.25000 81.2500 47.6199 24.0159 61.5656 1282 93.7500 6.25000 93.7500 51.8810 25.7200 84.0095 1283 18.7500 18.7500 43.7500 6.10854 4.84367 16.5273 1284 31.2500 18.7500 81.2500 16.4618 9.22158 60.3509 1285 43.7500 18.7500 81.2500 19.7732 10.9289 60.5061 1286 56.2500 18.7500 81.2500 24.5027 13.3675 60.7277 1287 68.7500 18.7500 81.2500 30.7855 16.6069 61.0221 1288 81.2500 18.7500 81.2500 38.7408 20.7087 61.3949 1289 81.2500 18.7500 93.7500 43.0019 22.4129 83.8388 1290 18.7500 18.7500 81.2500 14.4105 8.16395 60.2548 1291 18.7500 31.2500 81.2500 16.1892 11.7209 60.8477 1292 31.2500 31.2500 81.2500 18.2405 12.7785 60.9439 1293 43.7500 31.2500 81.2500 21.5519 14.4859 61.0990 1294 56.2500 31.2500 81.2500 26.2814 16.9244 61.3206 1295 68.7500 31.2500 81.2500 32.5642 20.1638 61.6150 1296 81.2500 31.2500 81.2500 40.5195 24.2656 61.9878 1297 18.7500 43.7500 56.2500 12.8288 14.9705 28.9808 1298 18.7500 43.7500 68.7500 15.5787 16.0703 43.4650 1299 18.7500 43.7500 81.2500 19.0607 17.4629 61.8049 1300 31.2500 43.7500 81.2500 21.1119 18.5205 61.9010 1301 43.7500 43.7500 81.2500 24.4233 20.2279 62.0562 1302 56.2500 43.7500 81.2500 29.1528 22.6664 62.2778 1303 68.7500 43.7500 81.2500 35.4356 25.9059 62.5722 1304 81.2500 43.7500 81.2500 43.3909 30.0076 62.9450 1305 81.2500 43.7500 93.7500 47.6520 31.7118 85.3888 1306 6.25000 18.7500 68.7500 9.94100 6.26218 41.8686 1307 18.7500 56.2500 81.2500 23.1618 25.6640 63.1719 1308 31.2500 56.2500 81.2500 25.2131 26.7217 63.2681 1309 43.7500 56.2500 81.2500 28.5244 28.4290 63.4232 1310 56.2500 56.2500 81.2500 33.2540 30.8676 63.6448 1311 68.7500 56.2500 81.2500 39.5368 34.1070 63.9392 1312 68.7500 68.7500 81.2500 44.9848 45.0015 65.7553 1313 6.25000 56.2500 43.7500 13.8722 21.8346 19.3982 1314 6.25000 56.2500 56.2500 15.9423 22.6625 30.3016 1315 18.7500 68.7500 81.2500 28.6098 36.5585 64.9880 1316 31.2500 68.7500 81.2500 30.6611 37.6162 65.0841 1317 43.7500 68.7500 81.2500 33.9724 39.3235 65.2392 1318 56.2500 68.7500 81.2500 38.7020 41.7621 65.4609 1319 68.7500 81.2500 81.2500 51.8831 58.7962 68.0547 1320 68.7500 81.2500 93.7500 56.1442 60.5003 90.4986 1321 6.25000 81.2500 68.7500 31.0386 48.4514 48.9012 1322 6.25000 81.2500 81.2500 34.5205 49.8440 67.2411 1323 18.7500 81.2500 81.2500 35.5081 50.3532 67.2874 1324 31.2500 81.2500 81.2500 37.5594 51.4108 67.3835 1325 43.7500 81.2500 81.2500 40.8707 53.1182 67.5387 1326 6.25000 68.7500 43.7500 19.3203 32.7291 21.2142 1327 6.25000 81.2500 43.7500 26.2185 46.5237 23.5136 1328 6.25000 93.7500 43.7500 34.6605 63.4052 26.3276 1329 6.25000 93.7500 81.2500 42.9625 66.7255 70.0551 1330 18.7500 93.7500 81.2500 43.9500 67.2347 70.1014 1331 31.2500 93.7500 81.2500 46.0013 68.2923 70.1975 1332 43.7500 93.7500 81.2500 49.3127 69.9997 70.3527 1333 56.2500 93.7500 81.2500 54.0422 72.4382 70.5743 1334 68.7500 93.7500 81.2500 60.3250 75.6777 70.8687 1335 81.2500 93.7500 81.2500 68.2803 79.7794 71.2415 1336 93.7500 93.7500 81.2500 78.0157 84.7990 71.6977 1337 6.25000 6.25000 93.7500 16.8278 7.64648 82.3670 1338 18.7500 6.25000 93.7500 17.8153 8.15567 82.4133 1339 31.2500 6.25000 93.7500 19.8666 9.21330 82.5094 1340 43.7500 6.25000 93.7500 23.1780 10.9207 82.6645 1341 56.2500 6.25000 93.7500 27.9075 13.3592 82.8862 1342 68.7500 6.25000 93.7500 34.1903 16.5987 83.1806 1343 81.2500 6.25000 93.7500 42.1456 20.7004 83.5533 1344 6.25000 18.7500 81.2500 13.4230 7.65475 60.2086 1345 6.25000 18.7500 93.7500 17.6841 9.35894 82.6524 1346 18.7500 18.7500 93.7500 18.6717 9.86813 82.6987 1347 31.2500 18.7500 93.7500 20.7229 10.9258 82.7948 1348 43.7500 18.7500 93.7500 24.0343 12.6331 82.9500 1349 56.2500 18.7500 93.7500 28.7639 15.0717 83.1716 1350 68.7500 18.7500 93.7500 35.0466 18.3111 83.4660 1351 6.25000 31.2500 68.7500 11.7197 9.81910 42.4616 1352 6.25000 31.2500 81.2500 15.2017 11.2117 60.8015 1353 6.25000 31.2500 93.7500 19.4628 12.9159 83.2453 1354 18.7500 31.2500 93.7500 20.4504 13.4251 83.2916 1355 31.2500 31.2500 93.7500 22.5016 14.4827 83.3877 1356 43.7500 31.2500 93.7500 25.8130 16.1900 83.5429 1357 56.2500 31.2500 93.7500 30.5426 18.6286 83.7645 1358 68.7500 31.2500 93.7500 36.8254 21.8680 84.0589 1359 68.7500 43.7500 93.7500 39.6968 27.6100 85.0161 1360 6.25000 43.7500 81.2500 18.0731 16.9537 61.7586 1361 6.25000 43.7500 93.7500 22.3342 18.6579 84.2025 1362 18.7500 43.7500 93.7500 23.3218 19.1671 84.2488 1363 31.2500 43.7500 93.7500 25.3730 20.2247 84.3449 1364 43.7500 43.7500 93.7500 28.6844 21.9320 84.5000 1365 56.2500 43.7500 93.7500 33.4140 24.3706 84.7217 1366 6.25000 43.7500 56.2500 11.8412 14.4613 28.9345 1367 6.25000 56.2500 68.7500 18.6923 23.7623 44.7858 1368 6.25000 56.2500 81.2500 22.1743 25.1549 63.1257 1369 6.25000 56.2500 93.7500 26.4354 26.8590 85.5695 1370 18.7500 56.2500 93.7500 27.4230 27.3682 85.6158 1371 31.2500 56.2500 93.7500 29.4742 28.4259 85.7119 1372 43.7500 56.2500 93.7500 32.7856 30.1332 85.8671 1373 56.2500 56.2500 93.7500 37.5151 32.5718 86.0887 1374 68.7500 56.2500 93.7500 43.7979 35.8112 86.3831 1375 68.7500 68.7500 93.7500 49.2459 46.7057 88.1991 1376 6.25000 68.7500 81.2500 27.6223 36.0493 64.9417 1377 6.25000 68.7500 93.7500 31.8834 37.7535 87.3856 1378 18.7500 68.7500 93.7500 32.8710 38.2627 87.4318 1379 31.2500 68.7500 93.7500 34.9222 39.3204 87.5280 1380 43.7500 68.7500 93.7500 38.2336 41.0277 87.6831 1381 56.2500 68.7500 93.7500 42.9632 43.4663 87.9047 1382 56.2500 81.2500 93.7500 49.8614 57.2609 90.2042 1383 6.25000 18.7500 31.2500 3.67160 3.75482 8.84708 1384 6.25000 31.2500 43.7500 6.89968 7.89139 17.0740 1385 18.7500 81.2500 68.7500 32.0261 48.9606 48.9475 1386 18.7500 81.2500 93.7500 39.7692 52.0574 89.7313 1387 31.2500 81.2500 93.7500 41.8205 53.1150 89.8274 1388 43.7500 81.2500 93.7500 45.1319 54.8223 89.9826 1389 6.25000 31.2500 31.2500 5.45031 7.31174 9.43999 1390 6.25000 43.7500 43.7500 9.77109 13.6334 18.0311 1391 6.25000 68.7500 68.7500 24.1403 34.6568 46.6018 1392 6.25000 81.2500 93.7500 38.7817 51.5482 89.6850 1393 6.25000 93.7500 93.7500 47.2236 68.4297 92.4990 1394 18.7500 93.7500 93.7500 48.2112 68.9389 92.5453 1395 31.2500 93.7500 93.7500 50.2624 69.9965 92.6414 1396 43.7500 93.7500 93.7500 53.5738 71.7038 92.7966 1397 56.2500 93.7500 93.7500 58.3034 74.1424 93.0182 1398 68.7500 93.7500 93.7500 64.5861 77.3818 93.3126 1399 81.2500 93.7500 93.7500 72.5414 81.4836 93.6854 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.000 100.000 100.000 95.1065 100.000 108.844 1 0.00000 47.3607 100.000 25.6130 21.6292 97.3763 2 100.000 0.00000 79.3514 52.4258 26.2898 58.7215 3 0.00000 0.00000 58.9971 6.48583 3.19399 29.8944 4 100.000 66.6593 0.00000 56.0588 50.5054 7.65614 5 0.00000 35.6011 0.00000 4.68562 8.37021 2.22855 6 84.4444 0.00000 0.00000 28.8428 15.3558 2.30466 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 95.1065 100.000 108.844 1 0.00000 100.000 100.000 54.2763 78.9478 106.931 2 100.000 0.00000 100.000 59.7013 29.1995 97.0422 3 0.00000 0.00000 100.000 18.8711 8.14731 95.1290 4 100.000 100.000 0.00000 77.2354 92.8527 14.7151 5 0.00000 100.000 0.00000 36.4052 71.8005 12.8018 6 100.000 0.00000 0.00000 41.8302 22.0522 2.91323 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 8 50.0000 50.0000 50.0000 21.1427 22.1901 24.0831 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s37-g109-m0-f1906-caRGB.ti1000644 000765 000000 00000444725 12261120515 022626 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "OFPS_PATCHES" OFPS_PATCHES "1683" CREATED "Wed Dec 18 02:26:26 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "109" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.045794 99.996943 108.895612" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DARK_REGION_EMPHASIS" DARK_REGION_EMPHASIS "1.6" KEYWORD "ACCURATE_EXPECTED_VALUES" ACCURATE_EXPECTED_VALUES "true" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "37" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 1906 BEGIN_DATA 1 100.0000000 100.0000000 100.0000000 95.04580000 99.99690000 108.8960000 2 20.87830000 18.61430000 28.03050000 3.447680000 2.962810000 6.306580000 3 19.95270000 31.55810000 41.20160000 5.811400000 6.894760000 14.74010000 4 24.94280000 46.56060000 41.25630000 8.860340000 14.15570000 15.58710000 5 32.64400000 70.53730000 80.19210000 25.11060000 36.28400000 64.51400000 6 0.000000000 15.67260000 36.62200000 2.381370000 1.891700000 11.00340000 7 0.000000000 28.18720000 55.41220000 6.283020000 5.927840000 27.49600000 8 0.000000000 30.78080000 66.41420000 9.041450000 7.760520000 40.82920000 9 0.000000000 38.08200000 81.39340000 14.18710000 12.29260000 63.87680000 10 21.35390000 66.53530000 82.65090000 21.88420000 31.55400000 68.16820000 11 89.77270000 70.13510000 100.0000000 72.81430000 59.73560000 104.4970000 12 47.03520000 38.21790000 44.82910000 16.43960000 14.51510000 18.34480000 13 49.54600000 55.27010000 75.48660000 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67.31060000 80.21650000 77.41800000 46.29300000 55.37070000 61.94190000 1872 11.41120000 8.384000000 5.121350000 0.594233000 0.531309000 0.196975000 1873 9.865510000 12.49620000 5.488910000 0.577094000 0.842478000 0.257014000 1874 11.59200000 6.830190000 13.16770000 0.773084000 0.518731000 1.190570000 1875 31.89960000 32.09930000 38.11860000 8.454920000 8.466820000 12.68520000 1876 31.28730000 35.99430000 37.45710000 8.611290000 9.808510000 12.39340000 1877 29.88300000 37.17460000 78.51210000 17.20920000 13.62770000 59.21970000 1878 65.42610000 39.41130000 76.89340000 35.64030000 24.01550000 57.59510000 1879 11.25980000 15.93530000 18.66530000 1.269320000 1.536580000 2.618560000 1880 6.095600000 13.32330000 25.30700000 1.259840000 1.175220000 4.917900000 1881 5.179510000 23.26480000 50.06480000 4.946740000 4.227510000 21.93700000 1882 17.67950000 62.54500000 62.24910000 14.52210000 25.66210000 37.52750000 1883 80.77240000 62.13650000 66.17410000 50.16540000 43.65900000 44.15110000 1884 92.77800000 77.60610000 76.06330000 69.84180000 65.26260000 60.64640000 1885 20.46300000 12.61770000 13.36990000 2.181370000 1.659090000 1.343690000 1886 17.22590000 14.72180000 9.295510000 1.581310000 1.590310000 0.694621000 1887 15.77670000 8.873010000 8.373420000 1.164310000 0.849381000 0.504940000 1888 18.99130000 13.17520000 6.718370000 1.758670000 1.517360000 0.413179000 1889 66.37670000 29.68200000 6.796000000 24.75160000 16.43380000 1.853750000 1890 68.75040000 61.71390000 26.45330000 32.72760000 35.15050000 8.952350000 1891 68.36830000 67.24870000 25.11750000 33.64500000 39.46010000 8.873000000 1892 68.74070000 87.54500000 32.49470000 40.72710000 60.49740000 14.82650000 1893 63.96910000 83.11060000 47.18190000 37.54910000 54.33870000 24.71640000 1894 63.60650000 90.67610000 92.52760000 52.14740000 67.92330000 90.26040000 1895 8.905190000 22.81510000 38.35530000 3.289490000 3.493290000 12.33570000 1896 2.202260000 27.76820000 45.65090000 4.476300000 5.096060000 18.09310000 1897 20.68510000 30.57130000 82.87120000 15.62240000 10.53950000 66.18150000 1898 20.20010000 38.02830000 88.89100000 18.45040000 14.17520000 77.43290000 1899 34.56200000 39.31120000 89.01110000 22.52500000 16.75120000 77.90530000 1900 33.15890000 56.05440000 93.99940000 26.70970000 26.75840000 88.73100000 1901 27.20840000 56.62390000 79.98260000 20.12150000 24.26380000 62.83100000 1902 30.20600000 59.53460000 92.04860000 25.76130000 28.46350000 85.06770000 1903 50.48200000 69.52760000 91.81940000 36.76820000 41.06020000 85.94140000 1904 38.33960000 47.70170000 63.73810000 17.63610000 18.72420000 38.53030000 1905 37.31210000 49.20590000 72.45900000 19.76470000 20.29610000 50.60410000 1906 78.92650000 93.19590000 77.76260000 60.98610000 75.72730000 64.67090000 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "December 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.0000 100.0000 100.0000 95.04580 99.99690 108.8960 1 0.000000 77.02890 94.93270 27.23730 42.05040 92.39530 2 100.0000 0.000000 75.91840 67.94000 33.84370 56.78280 3 0.000000 0.000000 53.88990 4.832290 1.932840 25.45160 4 100.0000 68.59390 0.000000 65.77010 57.11770 5.786370 5 0.000000 45.14720 0.000000 3.227610 10.91310 1.229510 6 67.33170 0.000000 0.000000 24.16480 12.45980 1.131960 7 7.958970 7.632930 6.909270 0.338157 0.353794 0.312873 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "December 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 95.0458 99.9969 108.896 1 0.00000 100.000 100.000 37.3737 70.2602 106.194 2 100.000 0.00000 100.000 76.4924 37.2646 101.828 3 0.00000 0.00000 100.000 18.8203 7.52782 99.1264 4 100.000 100.000 0.00000 76.2255 92.4691 9.76917 5 0.00000 100.000 0.00000 18.5534 62.7324 7.06762 6 100.000 0.00000 0.00000 57.6721 29.7367 2.70155 7 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 8 50.0000 50.0000 50.0000 20.6967 21.7749 23.7126 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s37-g109-m0-f1906-ceRGBv2.ti1000644 000765 000000 00000370076 12237536424 023114 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "OFPS_PATCHES" OFPS_PATCHES "1683" CREATED "Sat Oct 19 13:08:42 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "109" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "96.415999 99.996948 82.488027" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "ACCURATE_EXPECTED_VALUES" ACCURATE_EXPECTED_VALUES "true" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" 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85.605100 63.818500 90.732700 60.080500 47.183600 61.180700 1258 100.00000 100.00000 100.00000 96.416000 99.996900 82.488000 1259 7.7177500 18.631700 5.9292800 1.1184300 1.9267800 0.6779490 1260 6.8393800 15.739500 13.306000 1.0755900 1.6005000 1.3591700 1261 7.8342000 12.833600 8.7866400 0.9696690 1.2783300 0.8426270 1262 0.0000000 5.7286900 15.825500 0.3934810 0.5418410 1.6066600 1263 10.145900 55.465400 29.860500 5.7479700 14.925700 6.2640300 1264 9.5891800 62.303500 55.785800 9.3955500 20.703200 20.028000 1265 21.092100 100.00000 57.186800 23.344600 63.205100 25.796300 1266 21.630000 73.128900 47.911400 12.569300 29.703000 15.738800 1267 40.188900 72.628900 51.181700 17.971400 32.001500 17.732200 1268 49.350600 75.216900 51.152200 22.920200 36.508000 17.985600 1269 55.316600 89.386200 79.394300 36.019000 56.907200 47.190400 1270 58.626900 90.325200 86.388500 40.369600 60.230900 57.283500 1271 79.637700 89.850700 93.901700 61.525000 70.297600 69.535600 1272 85.568400 92.528900 92.960700 69.491700 77.240400 68.296900 1273 8.1867100 13.512000 21.249900 1.3327600 1.5390200 2.6184000 1274 19.281500 11.024000 38.677800 3.4775400 2.4756400 8.0140200 1275 30.652200 6.8117500 38.601300 5.7807900 3.3465000 7.9466800 1276 38.982600 26.922400 41.094200 9.4458200 7.3860300 9.3698800 1277 14.641000 0.0000000 15.729800 1.4761200 0.7489520 1.5490700 1278 18.349800 6.2441200 14.697400 2.0633200 1.3917600 1.4495700 1279 47.102600 8.4988100 20.759000 11.067600 5.9699000 2.4726700 1280 65.000700 83.949600 24.568600 34.110600 49.750600 7.5777100 1281 72.526700 92.950900 25.407600 44.272400 64.472800 9.0647100 1282 43.526800 74.030200 19.646300 17.505600 32.700600 5.3683600 1283 50.127000 78.046900 35.319600 22.711000 38.690800 10.170400 1284 64.414200 86.079700 64.717700 38.374200 54.314900 30.129300 1285 22.493100 29.055000 25.964900 4.0627400 5.0656000 3.9815900 1286 27.913000 36.044900 40.039500 6.6676500 8.0507000 9.1482400 1287 28.197200 46.828700 46.168600 8.5175300 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33.783900 23.600100 32.667300 6.8514700 5.4999900 5.8602100 1304 42.525200 25.743000 38.064100 10.555900 7.7043700 7.9809200 1305 50.852300 28.560500 45.652900 15.495300 10.708700 11.750700 1306 49.972700 35.293500 48.044500 15.787500 12.403100 13.327200 1307 50.785100 39.676000 45.692100 16.420900 13.936000 12.138000 1308 55.141000 48.471100 53.037300 20.919600 19.360000 17.123000 1309 64.936800 62.845600 69.008100 33.025300 32.840000 31.924200 1310 72.188400 64.295100 74.808600 40.994500 37.764900 38.568200 1311 25.540400 70.851600 70.619900 16.117600 29.974200 34.368100 1312 26.705200 76.261100 84.304600 20.988600 36.910300 52.357800 1313 19.340600 27.112800 33.463000 3.8058700 4.5982300 6.2174400 1314 24.444800 31.322500 47.987800 6.2453000 6.7482600 13.167200 1315 24.072300 36.773400 52.440800 7.1482000 8.5841000 16.187600 1316 43.052200 39.571800 52.531800 13.338100 12.445600 16.356600 1317 42.529100 40.001200 60.979900 14.326900 13.157400 22.888500 1318 8.3919900 38.634400 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48.382400 80.243500 100.00000 34.874600 47.626300 79.578600 1350 38.476900 60.215700 73.170400 17.957700 23.921300 36.312700 1351 46.928600 93.196200 78.928100 32.680900 59.590800 47.147000 1352 7.0289500 18.299900 38.854200 2.4034400 2.6267500 8.1803600 1353 13.376100 16.421400 39.491400 2.9320700 2.6844900 8.4351600 1354 7.7674000 23.331100 66.528000 6.1460900 5.4182100 27.526200 1355 9.2284300 25.133800 84.786500 10.375100 8.1065400 49.956100 1356 19.775100 36.304600 85.250600 12.575700 11.622000 50.964600 1357 28.449600 48.816600 85.126600 15.767200 17.449300 51.341500 1358 30.079000 58.298800 82.792000 17.147700 22.623900 48.546800 1359 87.970400 62.903800 83.870000 61.093200 46.962100 50.446300 1360 19.905900 24.104100 17.131800 2.9803200 3.6184400 2.0438400 1361 60.771100 48.574800 12.740400 22.127100 19.788400 2.3216900 1362 62.249400 56.073500 7.4114000 24.340900 24.335500 2.2484100 1363 68.148300 60.425100 0.0000000 29.913200 29.443400 1.9401100 1364 68.302500 100.00000 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75.176000 15.302300 9.3309400 36.929100 1411 57.240200 14.547100 93.168200 28.016000 15.630900 63.224200 1412 76.367400 14.787100 100.00000 46.748500 25.057900 75.830800 1413 49.488100 48.006100 61.662600 18.768600 18.206600 23.858100 1414 58.085200 55.423400 63.745800 25.509900 24.919600 26.179800 1415 76.324000 92.665400 63.100900 51.728100 68.102100 29.581500 1416 20.560500 34.111500 15.369400 3.7399300 6.0104200 2.0437700 1417 45.429700 34.747000 13.441700 11.369800 9.9240100 1.8058600 1418 47.059000 45.069500 11.058100 13.216700 14.029000 1.9511600 1419 67.138800 44.946500 14.988900 26.780100 20.670700 2.4267800 1420 70.280500 57.860500 11.600700 31.535600 28.824800 2.7709600 1421 77.091300 71.015500 14.981800 41.380600 42.113600 4.3054000 1422 44.974800 82.841000 11.149500 20.633800 41.998200 5.1678500 1423 45.639500 92.908200 9.6629100 24.639300 54.715800 6.4342300 1424 56.885200 93.547300 9.3913900 31.268200 58.734300 6.5079900 1425 48.223000 76.888500 12.101800 20.370700 36.460400 4.5600600 1426 69.529300 90.398700 0.0000000 39.804100 59.298400 5.2351100 1427 75.993300 92.948600 4.8155000 47.255800 65.896500 6.0246400 1428 87.799300 80.073500 0.0000000 56.703200 57.150600 3.8541100 1429 91.134000 87.313000 34.785500 64.942900 68.415200 11.145400 1430 70.311600 53.165900 22.416500 31.053300 26.237500 4.1883000 1431 82.576000 80.169200 23.550500 50.587300 54.268400 6.8662300 1432 56.017800 51.048000 12.615300 19.202600 19.406800 2.4461900 1433 69.338700 51.826800 5.7229900 29.535000 24.836300 1.8353500 1434 87.952400 82.906300 55.938900 61.072400 62.220100 22.262000 1435 95.048000 84.746800 63.503400 73.084400 70.038800 28.817100 1436 15.840600 34.294600 29.903900 3.6383700 6.0511700 5.2439300 1437 14.065200 55.118100 69.142500 10.608200 17.502100 31.498500 1438 11.587700 55.051400 76.968200 11.961300 18.263200 40.530700 1439 5.7253800 60.612100 81.858100 13.699200 22.208800 47.404700 1440 37.516400 77.978600 81.220900 23.852400 39.731100 48.175300 1441 49.048700 82.694800 84.194000 31.188400 47.732300 52.961500 1442 47.425700 56.755000 33.299000 16.064700 20.685700 7.4848500 1443 64.859400 68.604100 31.763000 29.880200 34.748500 7.9172000 1444 34.542500 34.955400 46.583800 9.0215100 8.9716700 12.463500 1445 35.285100 34.871100 63.343100 11.468500 10.329800 24.797300 1446 44.077900 40.318800 71.686300 16.940000 14.692900 33.476100 1447 93.104400 39.277100 71.272300 61.814900 36.467900 32.972400 1448 93.691100 47.927900 79.951700 65.649600 41.550100 43.981000 1449 39.832400 22.483000 25.627700 8.5283400 6.1282100 3.7462700 1450 45.323200 25.926100 24.304700 11.016900 7.8994700 3.4955400 1451 53.742600 30.603900 22.596100 15.786900 11.150800 3.2283500 1452 64.869800 33.142100 22.792400 23.893400 15.718800 3.3470700 1453 67.546000 55.930500 41.942800 30.231100 27.287800 11.053000 1454 76.873000 63.216800 59.394600 42.771800 37.742400 22.946100 1455 86.092800 65.572000 57.476200 53.972400 44.741900 21.598100 1456 86.118500 69.525200 66.424000 56.371900 48.764400 29.877500 1457 90.393800 87.812900 67.322800 67.967900 70.742300 32.919600 1458 43.687200 13.304300 6.4427700 9.2414300 5.3882500 0.6492160 1459 51.841500 14.023300 6.5403100 13.413600 7.5060000 0.6655580 1460 91.283800 23.890400 8.5831700 52.291700 27.857000 0.9962860 1461 92.298600 68.020800 47.438200 61.901000 50.209600 14.959800 1462 92.768500 86.241500 50.925200 68.405600 69.117500 19.182900 1463 27.007200 25.988800 19.538500 4.5485100 4.7105500 2.4982900 1464 29.674100 23.703400 16.234700 4.9748800 4.5357200 1.8962500 1465 33.843100 22.389300 18.409000 6.1581100 4.9257200 2.2218900 1466 54.096700 88.983000 34.528900 28.670400 52.339700 11.285700 1467 58.942000 93.289700 46.717400 34.572200 60.214900 17.638800 1468 4.2878800 24.120700 9.7700100 1.1943100 2.7281000 1.1107500 1469 9.2815000 23.862800 5.2476900 1.4748000 2.8199000 0.7151620 1470 17.772600 32.988500 7.1717400 3.0538600 5.3870000 1.1123300 1471 29.605500 54.041700 10.093300 8.0258700 15.288700 2.3552300 1472 28.881500 58.574500 67.986100 13.653900 20.798900 30.534300 1473 17.143400 32.842300 54.846500 5.9411100 7.0101700 17.753000 1474 38.303300 53.978200 59.966200 14.396300 18.684400 22.751700 1475 42.676400 61.137700 61.539300 17.709900 24.168300 24.605500 1476 19.333900 50.225200 36.437700 6.4058000 12.825300 8.2554600 1477 17.678800 60.508400 49.060400 9.0976400 19.428300 15.302700 1478 14.316000 85.528600 51.091000 15.728800 42.443000 19.195400 1479 77.377400 84.305800 82.861700 53.840400 60.438300 51.249100 1480 78.927700 92.980700 82.533600 58.726800 72.235000 52.023100 1481 58.371700 90.083300 53.941600 33.733000 56.190800 21.783000 1482 67.346800 93.170900 57.433800 42.409300 64.037100 24.861000 1483 73.724300 93.100600 86.030700 54.150200 70.194500 57.160100 1484 79.354700 94.619000 92.069100 62.546000 76.278900 67.096600 1485 34.957400 22.661100 50.681800 8.7523200 6.4182700 14.631400 1486 36.568600 23.189100 69.672300 12.212100 8.4300100 30.759500 1487 42.190700 24.169400 89.358600 19.128400 12.359700 57.003900 1488 58.775000 48.374000 90.715800 31.038600 24.912400 60.102100 1489 32.859400 8.1851700 19.421200 5.4073400 3.1601000 2.2168900 1490 38.841800 5.6975500 17.179200 7.3009200 3.9451300 1.8141000 1491 68.450800 26.325900 32.040400 26.920200 15.834100 5.7065000 1492 81.303400 31.504600 41.994600 41.297900 24.007100 9.9265700 1493 80.585600 43.155900 49.110900 42.298100 27.844600 14.287100 1494 32.530000 83.272600 16.977700 16.234200 40.260900 5.9916500 1495 58.175900 87.721600 15.247500 29.996400 51.567100 6.3293000 1496 67.675000 93.101400 13.171000 39.435400 62.236100 6.8481000 1497 61.653000 76.144400 12.445700 28.630900 39.899200 4.5164200 1498 53.495700 67.082600 12.912000 20.734900 29.128300 3.6649400 1499 56.858500 80.609200 14.526000 26.644800 42.857200 5.2984700 1500 66.260100 92.921900 92.208900 48.959000 67.568000 67.068000 1501 5.6669400 27.975700 46.668800 3.5203000 4.7053200 12.306800 1502 10.736100 38.582700 55.547400 5.8397800 8.4868600 18.470700 1503 14.995800 75.201200 58.634600 13.513100 31.939400 23.460900 1504 41.635300 76.607500 70.797700 22.728000 37.815800 35.167300 1505 44.360400 85.162800 75.841600 27.715100 48.299300 42.071900 1506 10.555100 68.717000 33.752900 8.7879600 24.449500 8.6156900 1507 5.3529100 80.880700 37.090000 12.061300 36.009000 11.209600 1508 13.591500 94.050200 70.581500 21.933600 55.170300 37.271700 1509 10.217800 95.175900 90.408200 26.915100 59.367000 64.407300 1510 54.549000 95.521000 89.944400 40.801000 66.618400 63.702300 1511 36.187400 30.348000 5.4877100 7.1392300 6.8036100 0.8924290 1512 41.506800 28.426600 12.916700 9.1328300 7.4042100 1.5540200 1513 41.348700 33.496300 52.280800 12.011300 10.130300 15.966400 1514 45.245900 31.870100 71.862600 16.726200 12.318800 33.373500 1515 75.666900 71.494400 93.086600 51.027400 48.095700 65.870500 1516 4.6672900 14.585500 7.4993400 0.7747800 1.3334000 0.7528010 1517 8.1057300 11.646100 3.3819400 0.8757540 1.1317400 0.3750720 1518 10.300200 6.7493200 3.8434300 0.9488330 0.8559540 0.3732080 1519 44.411300 23.775500 1.2700500 9.9212400 6.9618700 0.3797360 1520 50.822900 44.214000 18.594800 15.280300 14.748600 2.9569500 1521 70.265800 63.941000 18.191300 32.918400 33.076000 4.1591700 1522 72.881600 85.771800 16.767900 41.580600 55.240800 6.2875400 1523 78.420600 92.400200 35.134600 50.760900 67.069000 12.020800 1524 81.737100 92.598100 49.631300 55.963900 69.964300 19.277900 1525 91.616400 93.760300 59.890000 70.807400 78.750400 26.945500 1526 30.561700 48.789900 26.861000 7.9934400 12.953900 5.0012200 1527 36.003800 50.609100 34.715600 10.365500 14.934000 7.6107500 1528 44.744600 56.387700 40.477400 15.232400 20.125600 10.385500 1529 63.648400 70.574900 59.941500 32.263600 37.575200 24.061900 1530 67.223600 94.786500 72.271100 45.510800 67.696700 39.267600 1531 30.125800 41.499400 29.708400 7.0878400 9.8211900 5.4582700 1532 48.527500 62.723000 30.230500 17.618100 24.822600 6.9128700 1533 80.850300 62.208800 32.679100 44.304800 37.664900 7.6735000 1534 90.270100 75.124600 37.813400 59.982300 54.585600 10.846900 1535 58.175500 40.914800 7.5811300 19.218200 15.549800 1.4364700 1536 91.314800 47.042600 8.7350600 54.473000 35.096900 1.8231400 1537 27.102400 15.313600 63.380200 8.0399800 5.3148600 24.392700 1538 34.845400 13.891200 78.813800 13.200100 7.9664200 41.455100 1539 60.890000 60.620300 91.016900 34.737100 32.773300 61.398200 1540 24.746500 39.078800 36.625000 5.9929000 8.5581200 7.7946000 1541 28.714000 74.129100 35.730100 13.281400 30.763400 9.8960200 1542 27.150200 92.201500 40.325600 19.353600 51.400300 14.172600 1543 7.8382500 53.943100 50.368900 7.0121700 14.930400 15.665800 1544 14.158000 54.367600 56.035700 8.3711200 15.861800 19.644300 1545 10.285200 70.482000 61.064300 12.119800 27.598800 25.009200 1546 93.324700 71.348400 73.702700 68.316000 56.105100 37.903800 1547 96.710600 79.980500 76.081300 76.529100 67.366700 41.709900 1548 13.807600 18.300800 5.4997500 1.6461000 2.1470900 0.6361110 1549 11.760000 22.057300 31.998300 2.4825100 3.1153400 5.6025900 1550 12.739600 25.959900 30.313300 2.6962500 3.8305400 5.1389800 1551 75.430800 26.749400 29.187200 33.533800 19.154200 4.8142700 1552 75.793500 36.684300 36.224100 35.128000 22.218100 7.5440100 1553 76.646300 45.386800 74.694800 42.259300 28.949100 37.187500 1554 76.333600 77.679900 84.890000 51.110400 52.971000 53.380000 1555 79.111300 84.718300 88.145100 57.329900 62.681100 59.225600 1556 7.7846000 5.0516500 26.277600 1.3175700 0.9886670 3.7033600 1557 8.1563300 11.214600 29.713300 1.6491000 1.5422400 4.7211900 1558 8.8412200 52.975900 39.368500 5.8598000 13.816700 9.6592700 1559 10.201200 61.958600 44.427800 8.0752200 19.742500 12.761100 1560 7.4583600 71.798300 46.512600 10.384300 27.585600 14.789600 1561 9.1836600 84.034400 60.842900 16.034900 41.197200 26.357700 1562 13.433600 92.271600 78.341800 22.851200 53.658300 46.240800 1563 24.852300 92.265900 83.520200 25.898000 55.252500 53.321400 1564 39.203000 92.783700 85.505300 30.797500 58.309800 56.319000 1565 45.972400 69.341900 78.765200 24.413900 33.091800 43.977000 1566 45.916500 75.260700 78.506100 25.906500 38.386200 44.241300 1567 51.435100 78.572000 88.037500 32.226200 44.519200 58.291300 1568 31.814300 40.025900 49.316100 8.9858200 10.412400 14.278900 1569 32.787900 47.180600 74.655500 14.200400 15.816900 37.231300 1570 87.543500 78.203800 80.026600 63.489300 59.427500 46.579200 1571 94.803100 87.454600 82.668900 77.661600 75.398900 51.402000 1572 26.303100 31.974800 23.366000 4.9446100 6.1159100 3.4390400 1573 46.649800 46.596700 24.337200 13.612600 14.832400 4.2489600 1574 45.903300 49.670700 44.714600 15.061000 16.904700 12.085800 1575 69.448500 53.879700 52.212600 32.644900 27.541800 16.876500 1576 63.093700 64.377300 47.548500 28.769800 31.458700 14.703900 1577 62.711800 66.088000 60.965900 30.593400 33.609100 24.517100 1578 75.682700 67.461400 64.749100 43.318500 40.855600 28.063000 1579 60.626700 9.2665900 13.645000 19.153000 9.9829200 1.3332700 1580 64.124000 9.4339700 55.596800 24.810600 13.014200 17.872200 1581 80.156400 11.651600 72.537300 43.318500 22.508700 33.752900 1582 91.841800 12.713800 73.054300 58.663100 30.157800 34.356900 1583 50.005200 19.812800 20.445700 12.924100 7.9121800 2.5475500 1584 67.523400 38.364800 18.104800 26.450300 18.349600 2.6219000 1585 93.362100 69.194000 28.393800 62.301300 51.121900 6.9306700 1586 94.210600 84.682800 26.440900 68.072800 67.213900 8.1437100 1587 49.431400 48.496900 54.246800 17.747300 17.820300 17.978000 1588 50.145200 60.116500 61.400700 21.122400 25.254300 24.406200 1589 64.561100 67.415500 76.485300 35.287600 37.050300 40.890000 1590 64.708200 74.751400 76.672100 37.353900 43.574400 41.849200 1591 5.9247100 31.846100 9.4755700 1.8204900 4.5177200 1.2783200 1592 11.122100 33.719500 5.1977600 2.3118100 5.1952300 0.9699440 1593 93.414300 57.839300 10.789000 59.324300 42.498800 2.6823500 1594 93.797300 66.615700 11.787300 61.758700 49.015100 3.4914300 1595 16.279400 11.811700 4.4470100 1.7132300 1.5581100 0.4659960 1596 20.748600 7.8170200 6.0396900 2.3119900 1.5907500 0.5652160 1597 20.205500 23.342800 6.5584100 2.7700500 3.3791800 0.8141620 1598 22.624300 26.792600 29.322600 4.1045400 4.6678300 4.8563800 1599 29.571000 22.638400 22.005900 5.0781000 4.4395100 2.9135400 1600 33.835300 28.474600 30.926000 7.0585200 6.4463500 5.3939700 1601 41.422200 34.876500 34.182800 10.490000 9.5931700 6.7021400 1602 61.053100 44.408600 39.900000 23.092800 18.758300 9.4300000 1603 79.539700 54.442700 49.771000 42.791900 32.790500 15.318100 1604 89.382700 57.321000 50.656800 55.826700 40.689000 16.077500 1605 98.230300 58.403000 53.855900 69.757300 48.164400 18.323800 1606 82.089800 28.322200 24.993000 40.907400 23.064600 3.7194600 1607 83.552800 56.398400 64.766400 50.015700 37.500800 27.202000 1608 94.094800 60.418200 88.703000 70.671600 50.301800 57.609700 1609 93.271400 70.380900 93.700500 73.195400 58.197400 66.829300 1610 39.273300 23.011300 45.957300 9.7822700 6.9377800 11.793200 1611 49.940600 21.816800 48.584100 14.905900 9.3084200 13.300900 1612 49.342500 22.779000 55.787200 15.507200 9.8134500 18.195900 1613 50.596800 34.711900 60.585800 17.702200 13.324600 22.353300 1614 60.299700 38.096700 66.158700 25.137100 17.978700 27.584700 1615 68.870900 51.045400 71.392900 34.714300 27.487700 33.682200 1616 71.677700 55.781000 68.626300 37.572400 31.109500 31.002000 1617 72.383500 59.898400 79.145800 41.246100 35.314300 43.675100 1618 67.344100 36.068700 55.459900 28.903800 19.138800 18.312400 1619 70.417000 35.409200 64.631300 32.996800 21.089100 26.014900 1620 83.534300 38.765100 86.127000 52.223700 31.865300 52.375500 1621 40.851400 33.469600 44.399100 10.953200 9.5354600 11.212800 1622 39.902200 38.004800 44.804200 11.031200 10.778300 11.587800 1623 39.901700 44.494400 71.654400 15.665400 15.473500 33.626100 1624 5.1567300 16.178100 23.750000 1.2981300 1.7801800 3.1912400 1625 9.7091100 27.264300 76.943600 8.6211300 7.4658600 39.292800 1626 12.868400 34.233700 93.300600 13.815600 11.878400 63.881300 1627 2.5867200 37.267500 87.209700 11.480400 11.389700 53.978800 1628 14.456900 42.672600 94.059200 15.085900 15.001300 65.535900 1629 9.4530200 82.560000 92.517900 22.733900 43.625200 66.141100 1630 14.524300 79.376300 27.014600 11.775100 34.445700 7.6305800 1631 35.539300 93.917100 28.064800 21.597100 54.458700 9.9216700 1632 30.025800 67.105800 28.820700 11.392900 24.588200 6.8612600 1633 38.033900 73.313300 43.297700 16.514900 31.755300 13.209100 1634 19.530800 43.741700 24.753900 4.8898300 9.4812200 4.2095400 1635 21.643500 54.964300 29.929900 7.1422300 15.361300 6.2521900 1636 31.494700 81.213700 51.370900 17.605600 39.156700 18.823400 1637 84.315000 81.163900 89.974100 62.876200 62.014300 61.709600 1638 57.920600 49.202600 65.567200 24.712300 21.678700 27.524900 1639 59.679300 50.301000 78.176300 28.651600 24.289200 41.777400 1640 60.531500 75.256300 91.573600 38.178600 44.702000 63.678200 1641 59.785400 80.491300 92.678300 39.554500 49.968600 66.159400 1642 11.051600 82.705300 18.728600 12.160300 37.709000 6.2114700 1643 27.785800 86.622700 27.759100 16.555900 43.827600 8.7616300 1644 81.379700 90.781900 27.183400 53.058300 66.311700 9.1974200 1645 72.697800 78.618100 23.642600 39.273900 47.301000 6.7028600 1646 71.028500 82.967700 28.092500 39.262600 51.341100 8.3708300 1647 74.776300 93.757300 44.252500 48.147800 67.436500 16.355300 1648 29.670900 36.563700 35.489600 6.8135400 8.2355000 7.2514100 1649 29.928000 43.585700 36.301000 7.6941300 10.859100 7.8583700 1650 32.760400 43.629900 43.830800 9.1121100 11.621900 11.308900 1651 35.952700 53.147700 54.033800 12.603100 17.338500 18.096700 1652 55.704300 52.688700 87.969900 28.838200 25.654500 55.917400 1653 36.398800 30.684500 55.788900 10.374200 8.7161400 18.385900 1654 60.343600 29.358100 75.159800 26.194600 16.497000 37.147200 1655 62.121600 39.119100 75.220700 28.379200 20.017100 37.542800 1656 47.258000 65.396800 54.457400 19.741800 27.735600 19.307600 1657 55.062800 68.730900 60.479300 25.782800 33.052200 24.339800 1658 92.539300 86.123500 72.806500 71.512800 70.801300 38.597500 1659 95.201700 85.758000 90.790900 79.903400 74.913400 63.646400 1660 3.8167300 9.7946700 35.050700 1.6291600 1.4593100 6.5276000 1661 10.658300 4.2803900 41.055600 2.4902500 1.5977100 9.0401100 1662 9.2704800 12.779000 61.924100 5.0633600 3.6043000 23.052500 1663 49.785200 93.731400 68.905500 32.260500 59.850600 35.428500 1664 52.919100 35.918200 20.786400 15.666100 12.361900 3.0224900 1665 62.464600 42.534900 21.641900 22.875300 17.912500 3.4582600 1666 73.445500 58.037500 35.922200 35.658400 31.033000 8.5527900 1667 95.374900 64.689600 80.534500 71.374600 53.083700 45.913900 1668 46.382500 33.177500 34.069300 12.562300 10.192500 6.6050900 1669 53.026600 33.422200 33.088800 16.106900 11.992300 6.2617600 1670 71.231000 44.826500 38.042000 31.591500 23.084400 8.6335800 1671 89.677400 81.254600 39.250700 61.124100 60.534800 12.178100 1672 100.00000 88.171300 42.767100 79.684300 76.638700 14.756700 1673 37.539300 56.291500 6.4897600 10.800000 17.777100 2.1857900 1674 38.110200 69.303300 7.4717100 13.793700 27.258200 3.3240000 1675 74.557500 74.689400 9.7329000 39.593100 44.092500 4.0683800 1676 85.114400 81.921800 11.335400 53.954100 57.530100 5.0716300 1677 40.871200 63.609100 81.798400 21.560400 27.887700 47.559900 1678 40.491000 64.805600 92.046700 24.508900 30.324700 63.468900 1679 32.439200 56.530400 91.583200 19.926500 23.242900 62.049700 1680 32.199100 82.668100 93.747100 27.129600 45.924500 68.284400 1681 7.4398100 40.391800 63.612300 6.9738700 9.6907200 25.252600 1682 12.167300 50.628800 91.542900 15.132600 18.054700 61.609400 1683 21.086300 76.203600 90.705600 21.643300 37.325600 62.332800 1684 6.7763500 12.754100 15.588800 1.0330800 1.3139500 1.6324100 1685 5.5138300 6.9410400 11.690300 0.7184730 0.7640640 1.0818100 1686 11.492700 49.659700 8.5351500 4.2231800 11.418700 1.9467500 1687 25.471000 58.860300 9.5279900 7.9021900 17.728400 2.6305300 1688 32.368200 66.888600 16.152300 11.499300 24.453400 4.0866800 1689 40.946000 85.653000 30.019900 20.523800 44.791100 9.2919700 1690 70.321600 91.823500 50.780800 43.687100 63.031100 19.892200 1691 96.537100 93.266600 77.154100 81.289900 83.582800 44.875900 1692 52.438500 52.110500 45.087400 18.942500 19.898700 12.429700 1693 51.804000 57.235700 49.638800 19.927700 22.953100 15.423200 1694 51.166500 57.502100 74.096000 23.519000 25.171900 37.195600 1695 57.869300 57.775500 79.889200 29.046400 28.143800 44.506500 1696 66.900700 65.831400 85.237600 39.016600 37.986800 52.704900 1697 72.543000 74.936800 93.750600 49.003400 49.824800 67.384100 1698 87.666300 90.135400 94.235500 71.708700 75.637200 70.165600 1699 18.161900 75.122100 16.178700 10.582200 30.168700 4.9040700 1700 16.429000 95.265600 12.365000 17.333400 53.946400 7.0934200 1701 38.649000 96.159100 46.127700 24.982300 58.965300 17.763100 1702 32.354300 56.752100 31.380100 10.028100 17.701800 6.8320300 1703 40.151600 71.247100 30.837800 15.845800 29.760800 7.8695400 1704 65.819600 76.665900 48.520700 34.232400 43.267300 16.485400 1705 57.896100 68.557900 46.443500 25.825900 32.811300 14.436600 1706 61.073400 70.403200 77.788400 33.612700 38.378500 42.815900 1707 71.524300 70.175500 77.835900 42.423000 42.551200 42.854500 1708 84.250600 85.292300 77.091700 60.849000 64.771600 43.644100 1709 85.246600 93.200500 80.886400 66.006100 76.046500 49.769500 1710 56.655500 59.371500 64.221400 25.355600 26.952700 26.900100 1711 58.975600 66.461200 64.729700 28.533300 32.892900 27.954700 1712 13.602700 46.181600 20.256900 4.2378400 10.043200 3.3563100 1713 10.714700 71.867500 71.169400 14.299300 29.853300 35.073500 1714 14.898400 83.497900 82.651200 20.823500 43.375500 50.845600 1715 14.541100 91.023200 91.910500 26.109700 54.118900 66.272400 1716 18.369700 63.863000 62.293000 11.680100 22.868100 25.490000 1717 38.488900 86.934900 61.708800 23.266200 47.723100 27.499100 1718 48.427300 86.086600 67.536800 28.351800 49.424900 32.897500 1719 10.561300 67.688700 12.851900 7.6759500 23.112700 3.7127700 1720 21.641800 80.956400 8.6793100 12.750200 36.326000 4.6906300 1721 53.987800 83.465400 26.306400 26.166200 45.368200 7.9498200 1722 53.515400 95.268900 30.647000 30.592800 60.535000 10.910100 1723 40.624700 42.948800 56.716900 13.247500 13.539300 19.539300 1724 62.373800 43.261400 94.604300 34.206800 24.635100 66.528600 1725 46.267000 13.173800 58.833700 13.987900 7.9952400 20.433100 1726 55.834800 7.6022500 68.177900 20.783500 11.078600 28.986500 1727 77.804800 93.307600 73.604100 55.545900 70.890500 40.568200 1728 55.570000 75.063500 38.160400 25.269600 37.440700 10.987900 1729 74.447200 75.384800 37.393400 40.854000 45.376000 10.699300 1730 58.032900 52.178500 25.179500 21.126200 20.896800 4.7647000 1731 82.438700 57.108600 26.072800 44.841700 35.014100 5.3104900 1732 83.269900 74.517400 28.070800 49.957000 49.104500 7.3750200 1733 20.515500 42.428000 6.9810600 4.4085300 8.7528000 1.4524900 1734 18.539200 42.306700 34.382700 5.0909500 9.1274900 7.0645500 1735 8.5907700 28.592500 21.255700 2.0810100 3.9826300 2.8933000 1736 8.7160500 33.944100 21.830300 2.5216700 5.3847000 3.1669700 1737 10.109300 47.284900 41.690200 5.3042600 11.096700 10.413500 1738 28.883500 77.414800 59.229600 16.771800 35.415900 24.192000 1739 36.584000 94.794700 71.927700 27.489900 58.825400 38.881600 1740 36.543000 65.659000 35.635600 13.452900 24.664500 9.0437200 1741 42.061700 78.497400 39.042900 19.232000 37.394900 11.755500 1742 46.902500 92.519600 38.750500 26.375800 55.218600 13.514100 1743 29.454300 52.917500 65.260800 12.317300 17.221800 27.447500 1744 30.696500 54.348500 73.343700 14.421100 19.065100 36.102300 1745 30.712000 65.393600 84.211900 19.157600 27.896400 51.152900 1746 39.383700 78.043300 94.914900 28.443500 42.354800 69.793100 1747 12.740500 25.494100 48.036800 4.0899200 4.5492300 13.046500 1748 7.3385700 57.009800 91.046900 15.646300 21.373200 61.184800 1749 11.712000 64.722700 91.145600 17.594500 26.843700 61.943700 1750 6.1134900 73.965000 92.381900 19.829600 34.635900 64.911600 1751 34.113400 55.895900 23.469300 10.017800 17.223100 4.5975400 1752 40.993200 59.764600 20.775600 13.105900 20.821200 4.3023200 1753 50.276200 64.719800 61.580600 22.191500 28.582300 24.932700 1754 51.439100 71.392200 66.947600 25.358800 34.876900 30.580200 1755 57.577200 84.016000 70.319600 33.605200 49.962900 35.542500 1756 66.145900 87.230900 74.443300 42.080500 57.486200 40.663200 1757 94.117400 86.726100 95.689200 80.118100 76.140300 72.285100 1758 100.00000 100.00000 100.00000 96.416000 99.996900 82.488000 1759 18.036000 22.453100 74.020800 8.6412000 6.6306600 35.627900 1760 17.382500 42.773900 83.896700 12.543700 13.553000 49.232500 1761 25.792100 65.179300 92.010700 20.113000 28.401000 63.440000 1762 54.722800 40.030900 15.404900 17.011600 14.196900 2.2663900 1763 65.509800 71.618600 12.828000 30.440600 37.176000 4.0859600 1764 92.233400 72.461800 16.731200 61.018700 52.890100 4.7092100 1765 96.288200 79.531300 92.417500 80.017200 69.016300 65.597100 1766 29.903900 16.323000 23.272200 4.9416100 3.5882700 3.0848300 1767 30.243000 17.842700 41.201600 6.1909900 4.4550600 9.2460200 1768 36.778000 15.239900 49.126600 8.8763100 5.5659500 13.529400 1769 70.912100 13.748000 72.717000 33.726900 17.958000 33.980200 1770 42.356500 9.8320800 39.727600 9.9817000 5.6030300 8.4685000 1771 50.117200 9.1662500 39.083500 13.676500 7.3759600 8.1754500 1772 52.992500 10.571100 80.341900 21.677900 11.908600 43.451500 1773 60.090800 19.397100 79.579200 26.458600 15.092300 42.540900 1774 70.212800 24.048000 91.849700 38.346500 21.864700 61.120700 1775 80.321900 40.822400 92.606000 50.471600 31.783800 62.928200 1776 48.338600 52.644700 56.312500 18.075700 19.821300 19.745200 1777 51.136800 65.997400 69.661300 24.367000 30.601300 32.882400 1778 57.965400 66.918700 80.852000 31.269300 34.811900 46.541000 1779 79.958200 74.372100 88.280100 55.098500 52.238700 58.205600 1780 69.163000 53.096600 60.921200 33.455100 27.661100 23.508300 1781 69.194100 61.795500 66.329400 35.986700 33.622900 29.111500 1782 75.039500 69.706300 73.636000 44.883900 43.347700 37.665500 1783 75.071300 79.784500 74.177900 47.874300 53.042300 39.385900 1784 9.2259700 8.1691800 16.383600 1.1255300 1.0431000 1.7084900 1785 9.3827100 3.8660000 16.712400 1.0625100 0.7677690 1.7266900 1786 26.359200 9.2796900 14.857200 3.6065800 2.3290200 1.4955600 1787 42.054700 18.578900 15.848300 8.9038100 5.7700600 1.7467200 1788 44.611700 68.710400 25.302000 16.823600 28.366400 6.0587100 1789 51.843900 69.232800 26.512500 20.740400 30.672600 6.4175700 1790 93.939100 71.814200 40.633000 64.658700 54.286200 11.752800 1791 27.189100 3.5708500 51.216400 6.0698500 3.4010600 14.756200 1792 43.840200 8.6472700 68.679400 14.382500 7.9939800 29.514900 1793 68.437300 14.949300 81.057400 33.375100 18.042200 44.472500 1794 71.630200 86.004600 92.824100 51.358300 61.156200 67.118600 1795 40.345000 66.089300 46.173100 15.854100 26.202600 14.060400 1796 49.379700 80.104800 59.464700 25.508400 42.109900 24.701400 1797 48.699200 67.709500 48.035700 20.259300 29.488500 15.284700 1798 57.642500 77.877600 59.813800 29.868300 42.274400 24.730300 1799 58.672300 88.448900 67.278500 35.371900 55.369300 32.964500 1800 9.3320300 13.724200 88.290900 10.851300 6.9883200 55.128900 1801 18.881200 8.4930200 94.149900 13.570000 8.0852000 64.882500 1802 46.056800 13.069900 93.307400 21.604200 12.346300 63.448700 1803 63.513000 9.0352900 88.213400 30.972600 16.548400 54.960900 1804 93.493800 28.699800 91.959000 66.655500 36.636600 61.415300 1805 70.489700 11.304800 36.304000 28.429200 14.771300 7.0286000 1806 70.112800 14.347400 54.605600 29.983200 15.930200 17.192700 1807 81.627800 25.429700 57.693800 43.057300 23.825300 19.719300 1808 86.320400 46.929700 59.769300 51.253800 33.755100 22.180300 1809 76.426600 37.577400 19.616300 35.038700 22.356600 2.8595300 1810 91.200900 40.351600 19.704500 53.756400 32.404700 2.9855300 1811 93.023800 51.556300 38.608600 58.916800 39.290000 9.2387300 1812 59.359000 27.667300 34.808600 19.918900 12.644500 6.7233400 1813 65.373300 40.923900 63.665400 28.951400 20.684600 25.323800 1814 82.527600 45.369000 71.585500 48.328800 31.880900 33.591200 1815 93.896900 44.311400 89.064000 67.887400 41.461800 57.200900 1816 53.299000 19.436100 34.008400 15.459600 9.1665100 6.2592700 1817 72.262600 31.528200 41.032800 31.482200 19.171400 9.4638400 1818 73.192700 51.963200 56.657300 36.478400 28.575000 19.967600 1819 79.007600 71.505600 55.124500 46.499600 45.230100 20.362500 1820 80.575700 78.125000 61.626000 51.107000 52.973300 26.310900 1821 32.409000 33.735200 22.534900 6.6270900 7.3575600 3.3100900 1822 34.803600 38.600900 42.552500 9.0667200 9.9679900 10.443400 1823 35.568800 49.450800 44.924300 10.879600 14.753300 12.186300 1824 37.854100 56.362200 49.314700 13.254600 19.206000 15.160500 1825 40.164900 63.352000 57.106700 16.481700 24.851400 21.122300 1826 81.043400 66.188200 92.487100 55.518300 46.515600 64.340000 1827 23.043800 6.1898800 26.298800 3.2603800 2.0103900 3.7174200 1828 53.852100 7.3508000 30.436500 15.214900 7.9811000 4.9113800 1829 64.127400 19.212100 33.453700 22.981600 12.840800 6.0556400 1830 63.469900 17.721600 39.360800 22.821700 12.620500 8.3962400 1831 67.892900 21.201400 48.431400 27.511300 15.429900 13.196400 1832 79.972000 75.811200 51.063700 48.277500 49.488600 17.992700 1833 80.159300 83.726900 50.575100 50.922300 57.967900 18.622200 1834 27.811800 36.157000 14.386100 5.3660500 7.3379800 1.9773200 1835 28.462400 42.462400 15.076500 6.2020300 9.6600500 2.3237200 1836 85.417700 65.673700 10.767300 49.835500 42.512300 3.2981900 1837 94.506200 77.863400 9.8722400 65.798600 59.671600 4.4339500 1838 94.162600 85.818900 10.244400 67.890800 68.236100 5.4648000 1839 94.142000 94.796300 8.6362100 71.306500 79.951900 6.6365600 1840 69.315500 29.253900 6.5460700 27.024100 16.371800 0.9512180 1841 78.672600 33.164200 10.766500 36.869800 22.088400 1.4466900 1842 96.606700 36.846000 7.8779800 61.283300 35.056800 1.3012400 1843 22.807100 12.719400 71.191700 8.4750200 5.4095600 32.252500 1844 30.989300 23.903400 92.332000 16.114700 10.903300 61.938000 1845 49.431100 54.252400 92.317700 26.687300 25.442300 63.144500 1846 56.967200 69.728100 92.015300 34.341500 38.541700 63.860900 1847 28.855100 32.772600 78.722900 12.480900 10.553600 41.724300 1848 30.206200 38.664800 92.297800 17.030300 14.642900 62.313700 1849 5.9350800 26.471800 34.173000 2.4012200 3.7941700 6.4591700 1850 9.9125900 26.781500 38.525900 3.0289800 4.1834200 8.2029100 1851 9.9340400 42.751100 43.052300 4.8324200 9.2043800 10.869300 1852 10.086700 47.441900 52.861900 6.4951400 11.837700 16.947200 1853 8.4932200 93.826600 55.336700 18.884800 53.205600 23.364600 1854 41.519800 92.769700 57.208400 26.023000 55.493500 24.622000 1855 50.627100 81.550100 48.900300 25.290600 43.235400 17.292500 1856 68.280400 85.906700 54.762400 40.095900 54.867400 21.784700 1857 70.625100 85.412000 64.662100 43.544200 56.176800 29.986500 1858 38.435900 37.284800 30.648100 9.3288000 9.6498800 5.5806200 1859 49.482300 43.719900 31.442900 15.055800 14.507400 6.1048900 1860 59.100500 50.354700 39.334700 22.452400 20.802300 9.4876000 1861 61.222500 57.420500 39.676700 25.200300 25.573000 10.090400 1862 61.836900 56.806000 50.542900 26.611700 26.027000 15.967900 1863 64.784300 64.263000 56.428700 31.168000 32.651500 20.674800 1864 68.100100 70.233500 57.221100 35.510700 38.891500 21.826000 1865 80.738900 72.622300 72.481100 51.682900 48.867600 36.621700 1866 82.833900 77.495300 79.716400 57.173600 55.694300 46.082900 1867 24.262500 19.408400 30.501800 4.1004100 3.5514400 5.0699300 1868 23.411300 17.634700 37.922900 4.3493500 3.5037800 7.7701200 1869 23.699000 17.912100 56.286100 6.3392000 4.6666300 18.488900 1870 13.701900 17.582600 30.449200 2.3956700 2.4968400 5.0248300 1871 9.5759500 14.829000 47.908100 3.3037000 2.7720500 12.786900 1872 4.0547400 20.128300 53.208100 3.7156000 3.6113300 16.282400 1873 25.428500 29.234400 55.177700 7.1572900 6.8225700 17.891500 1874 31.456500 42.592800 82.637900 15.101200 14.725200 47.419800 1875 40.952000 53.775100 91.242600 22.307100 23.028400 61.296400 1876 49.449400 71.725500 91.318200 30.140100 37.941400 62.880900 1877 16.853500 14.344200 23.727100 2.3416800 2.1171800 3.1625000 1878 12.371100 33.788000 42.886200 4.1364700 6.2444300 10.439900 1879 1.9216800 34.499200 45.966900 3.6789500 6.2190100 12.100200 1880 10.922100 43.033300 54.037600 6.1508700 10.045100 17.556600 1881 9.4445700 62.351900 67.485600 11.239100 21.786200 30.311900 1882 24.487800 60.749300 63.325200 12.266800 21.282400 26.173600 1883 24.231700 64.740000 72.737500 14.799500 25.113800 36.177000 1884 27.146900 70.010600 84.089100 19.333100 31.178700 51.395500 1885 8.3504900 3.4707700 7.3978000 0.7808680 0.5908070 0.6460830 1886 2.7777800 0.0000000 0.0000000 0.2003350 0.0986703 0.0000000 1887 81.240100 12.487900 18.836500 38.933500 19.966600 2.1514300 1888 92.309200 18.642700 16.865400 53.711000 27.848700 1.9024500 1889 92.789700 15.732200 31.925200 54.957800 28.196500 5.4776400 1890 90.870700 29.362800 49.314200 54.336600 30.029900 13.919100 1891 92.761500 34.896200 58.493500 58.696300 33.538100 20.622600 1892 71.951300 30.232400 75.371600 36.109100 21.565000 37.427600 1893 89.634800 31.175400 83.035400 58.755700 33.065200 47.566700 1894 32.742900 6.8041600 29.598800 5.7831200 3.3005600 4.6494200 1895 40.698200 38.318000 82.580300 17.760600 14.686500 47.160400 1896 47.123300 38.211700 92.049700 23.276500 17.580700 61.873200 1897 75.630600 50.053800 91.564300 46.169500 33.090900 61.612100 1898 83.581000 57.387100 95.057400 57.568000 42.319000 68.150900 1899 84.416700 74.982000 94.992600 62.673900 56.626000 69.590200 1900 20.987700 17.037700 15.034700 2.7797800 2.5778300 1.6060600 1901 32.000400 32.259800 11.571600 6.0715800 6.7091200 1.5048400 1902 38.174600 40.597600 10.001100 8.8449600 10.343200 1.6402900 1903 40.932800 53.338100 12.722300 11.696200 16.762600 2.5978500 1904 51.449500 52.262000 7.2423400 16.520000 18.627100 1.9896200 1905 78.674500 58.312200 12.592600 40.234300 33.356100 2.9170700 1906 81.894400 69.858700 5.7325000 46.387000 43.711100 3.2308200 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.0000 100.0000 100.0000 96.41600 99.99690 82.48800 1 0.000000 67.45460 100.0000 20.21840 30.18340 78.23010 2 100.0000 0.000000 69.46800 70.45640 35.13010 30.27950 3 0.000000 0.000000 70.02640 5.542030 3.166550 30.87730 4 100.0000 65.46120 0.000000 71.18840 52.87630 2.349460 5 0.000000 49.64810 0.000000 3.227580 10.91320 1.229660 6 100.0000 4.373660 4.349220 65.17320 32.35370 0.397234 7 3.095820 3.216760 3.448330 0.338157 0.353794 0.312873 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 96.4160 99.9969 82.4880 1 0.00000 100.000 100.000 31.3944 67.9720 82.4880 2 100.000 0.00000 100.000 78.6094 39.7885 75.7040 3 0.00000 0.00000 100.000 13.5878 7.76364 75.7040 4 100.000 100.000 0.00000 82.8282 92.2333 6.78405 5 0.00000 100.000 0.00000 17.8066 60.2084 6.78405 6 100.000 0.00000 0.00000 65.0216 32.0249 0.00000 7 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 8 50.0000 50.0000 50.0000 17.7583 18.4178 15.1930 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s37-g109-m0-f1906-cRec709_Gamma22.ti1000644 000765 000000 00000444726 12261120515 024273 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "OFPS_PATCHES" OFPS_PATCHES "1683" CREATED "Wed Dec 18 02:40:57 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "109" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.045781 100.000003 108.905751" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DARK_REGION_EMPHASIS" DARK_REGION_EMPHASIS "1.6" KEYWORD "ACCURATE_EXPECTED_VALUES" ACCURATE_EXPECTED_VALUES "true" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "37" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 1906 BEGIN_DATA 1 100.0000000 100.0000000 100.0000000 95.04580000 100.0000000 108.9060000 2 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51.5859000 15.3445000 25.5995000 25.3125000 5.46800000 1806 68.2003000 92.8886000 28.6935000 48.8869000 69.9629000 17.2617000 1807 27.2499000 51.5189000 19.7890000 11.2408000 17.8507000 5.92370000 1808 30.9125000 75.2996000 28.4216000 23.2465000 39.8346000 12.6770000 1809 31.8698000 76.8166000 45.5742000 26.2933000 42.4544000 23.3983000 1810 39.4114000 76.5382000 65.7371000 31.8963000 44.6585000 43.8055000 1811 52.7911000 84.0594000 74.1758000 43.2651000 57.0710000 56.9670000 1812 54.7772000 91.4244000 75.9004000 49.6220000 67.7750000 61.2417000 1813 9.10150000 14.1702000 46.1340000 4.24159000 2.75386000 17.3369000 1814 9.76187000 8.97032000 84.0396000 12.8781000 5.68376000 64.2412000 1815 11.7155000 6.82073000 93.3591000 16.1807000 6.86453000 81.4162000 1816 54.3082000 8.96115000 93.6480000 26.4155000 12.2722000 82.4883000 1817 35.8897000 7.45095000 44.7595000 7.64378000 3.93458000 16.3185000 1818 42.8882000 37.1352000 51.0545000 14.4581000 13.0212000 22.9384000 1819 41.8392000 41.8094000 50.0969000 15.1232000 15.0940000 22.4523000 1820 59.7968000 82.3415000 54.2568000 40.6898000 54.6462000 32.5841000 1821 59.5178000 83.3240000 79.1246000 47.1997000 58.2321000 64.4886000 1822 60.3211000 91.1157000 83.5318000 54.2540000 69.5643000 73.5262000 1823 22.2532000 36.3446000 42.5341000 8.29020000 9.72762000 15.7579000 1824 21.1140000 35.9432000 61.8945000 11.4667000 10.8375000 33.7600000 1825 61.0415000 42.4558000 84.3693000 31.3173000 22.7281000 67.1258000 1826 73.1485000 52.1955000 91.8185000 43.6493000 33.2566000 82.0677000 1827 91.1913000 67.1245000 90.9864000 62.6133000 52.2621000 83.1467000 1828 17.3075000 4.60144000 28.5926000 2.37273000 1.27529000 6.40992000 1829 13.1143000 44.5278000 55.9607000 11.5423000 14.2373000 28.0086000 1830 8.54835000 48.6127000 73.7868000 16.6232000 18.2123000 50.3073000 1831 9.75222000 51.1610000 92.4009000 23.5266000 22.3279000 82.1430000 1832 44.1521000 56.6382000 91.6558000 31.6056000 29.4845000 81.6621000 1833 40.3808000 48.7680000 77.2652000 22.9230000 21.4194000 55.7683000 1834 45.3678000 69.0616000 90.9667000 37.2667000 40.6091000 82.1959000 1835 48.1153000 75.5680000 92.8342000 42.3727000 48.2939000 87.0050000 1836 26.4329000 27.0651000 22.1512000 5.19686000 5.75571000 4.64117000 1837 33.2079000 40.6161000 19.2486000 9.18010000 11.9531000 4.73878000 1838 49.5582000 46.3907000 21.0776000 15.8319000 17.7547000 6.05201000 1839 78.1454000 48.6277000 18.6615000 31.3565000 26.8046000 6.27355000 1840 86.5926000 53.0129000 16.4333000 38.8652000 32.8877000 6.48133000 1841 28.9440000 12.8073000 12.9647000 3.61862000 2.62694000 1.75940000 1842 33.1014000 7.86496000 13.2572000 4.23011000 2.52088000 1.76233000 1843 38.0452000 6.81206000 24.3917000 6.01239000 3.30453000 4.90787000 1844 58.9727000 12.4512000 58.3778000 18.5715000 9.70581000 29.2731000 1845 68.4338000 16.2080000 69.1215000 26.2347000 13.8105000 42.4949000 1846 70.3882000 64.7847000 91.6860000 47.0161000 42.5544000 83.4304000 1847 70.9120000 76.6820000 92.1630000 53.6467000 55.0743000 86.4160000 1848 15.6639000 42.5762000 32.6964000 7.87116000 11.9261000 10.1479000 1849 12.6990000 60.8078000 48.2331000 15.9128000 25.2055000 22.7646000 1850 81.8908000 60.3594000 52.9461000 42.1582000 38.3623000 28.1103000 1851 83.0130000 65.0166000 65.3585000 47.6005000 43.9243000 42.3686000 1852 28.2776000 20.6665000 21.5986000 4.63075000 4.17683000 4.18588000 1853 46.8274000 17.6593000 77.4941000 18.7518000 9.88996000 54.1143000 1854 67.3401000 23.7594000 91.9284000 33.5084000 17.9965000 79.8686000 1855 51.4050000 19.9313000 90.9544000 25.1047000 13.0073000 77.4856000 1856 50.6097000 29.1888000 89.6061000 25.6114000 15.2561000 75.3581000 1857 59.3335000 47.8144000 92.0479000 34.7232000 26.4916000 81.6747000 1858 69.6432000 31.6661000 57.1697000 26.3604000 17.3325000 29.0635000 1859 63.2254000 28.7043000 79.8401000 27.9884000 16.7320000 58.6282000 1860 66.5182000 37.7043000 81.4635000 32.0434000 21.4373000 61.9541000 1861 71.7449000 63.7870000 82.2482000 44.1503000 40.7735000 66.3447000 1862 72.3227000 92.3948000 83.8545000 61.8639000 74.8536000 74.6954000 1863 18.6218000 27.1198000 26.2093000 4.34034000 5.29455000 6.07755000 1864 18.4647000 28.6711000 34.3585000 5.31155000 6.08474000 10.0440000 1865 18.1468000 79.0218000 45.4790000 25.2932000 43.8572000 23.6473000 1866 19.1271000 93.9282000 48.2692000 35.8521000 64.1157000 29.2547000 1867 7.24653000 48.8004000 32.9280000 9.11973000 15.2986000 10.8528000 1868 21.6759000 61.1093000 33.1846000 15.0738000 25.1890000 12.5836000 1869 31.8421000 64.2683000 40.5961000 19.1382000 29.2573000 17.6084000 1870 39.6063000 64.3155000 48.3437000 22.2341000 30.7562000 23.5959000 1871 46.3830000 65.1307000 62.1403000 27.3699000 33.6580000 37.6110000 1872 55.1036000 68.9763000 63.3686000 32.8892000 39.2215000 39.8304000 1873 22.3362000 17.2539000 16.0791000 2.98573000 2.83006000 2.48710000 1874 62.0647000 15.6861000 14.6677000 15.2510000 8.94941000 2.70776000 1875 62.2883000 10.7132000 18.7049000 15.1913000 8.36325000 3.57747000 1876 89.2702000 34.4634000 16.9734000 35.8002000 23.5713000 4.97587000 1877 88.5286000 48.8547000 24.7270000 39.4624000 31.0482000 8.62418000 1878 83.6431000 46.1164000 35.4497000 35.8167000 27.7965000 13.2398000 1879 83.6292000 52.6797000 70.3005000 44.2474000 34.5917000 47.1363000 1880 85.1500000 56.6288000 79.5833000 49.4597000 39.1500000 61.4143000 1881 85.9982000 58.4064000 87.2819000 53.2991000 41.8853000 74.7870000 1882 94.9057000 58.8160000 90.2562000 61.8270000 46.4078000 80.6787000 1883 59.6899000 9.62858000 33.5928000 14.9920000 8.03859000 9.49478000 1884 74.3726000 11.0215000 40.6153000 24.0414000 12.7279000 14.1726000 1885 83.6245000 6.60294000 64.1824000 34.3786000 17.2466000 36.4828000 1886 95.0239000 8.86180000 67.9689000 44.5959000 22.5587000 41.7048000 1887 22.7178000 26.6070000 15.9818000 4.19444000 5.17152000 2.85307000 1888 27.7570000 32.4613000 15.3725000 6.02794000 7.63170000 3.09273000 1889 54.1538000 31.1844000 10.7489000 13.5327000 11.1601000 2.50297000 1890 59.4123000 33.7222000 3.52573000 16.2312000 13.3010000 1.96955000 1891 90.0977000 50.4268000 7.13100000 40.4574000 32.4173000 4.70522000 1892 91.3020000 65.1066000 9.87571000 47.3608000 44.6442000 7.05178000 1893 55.7748000 15.7304000 8.76301000 12.1045000 7.35536000 1.55834000 1894 64.4296000 12.3121000 6.32989000 15.9656000 8.96299000 1.38435000 1895 87.9619000 9.44633000 44.7910000 34.2115000 17.7722000 17.6134000 1896 86.7079000 76.4119000 58.2728000 54.7228000 56.5089000 36.2904000 1897 88.9212000 89.3370000 64.7338000 66.0852000 74.3912000 46.5096000 1898 14.5675000 30.7001000 14.2668000 3.83669000 6.01500000 2.65849000 1899 9.20632000 33.4203000 9.72162000 3.80303000 6.78866000 2.01813000 1900 15.1653000 81.5507000 12.5114000 23.6269000 45.6182000 8.92004000 1901 12.4619000 92.5283000 37.0172000 32.6051000 61.0795000 20.7549000 1902 13.9339000 92.7035000 58.3810000 36.2330000 62.7511000 38.5846000 1903 11.0645000 83.0005000 41.4320000 26.5226000 48.1959000 21.4468000 1904 30.1775000 92.0409000 41.4677000 35.2668000 61.8590000 23.6482000 1905 64.3624000 95.3992000 68.5505000 55.1819000 75.2547000 52.0761000 1906 89.9603000 95.5155000 93.5205000 80.1593000 87.3642000 93.9001000 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "December 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.0000 100.0000 100.0000 95.04580 100.0000 108.9060 1 0.000000 46.30660 100.0000 24.53780 20.19710 97.21750 2 100.0000 0.000000 76.43500 51.07860 25.19590 53.75030 3 0.000000 0.000000 55.41690 4.831040 1.932540 25.44110 4 100.0000 64.42970 0.000000 54.56610 47.91680 6.373650 5 0.000000 34.08240 0.000000 3.400610 6.801720 1.133680 6 78.98890 0.000000 0.000000 24.20010 12.47580 1.132910 7 5.026730 4.490490 3.592540 0.338157 0.353794 0.312873 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "December 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 95.0458 100.000 108.906 1 0.00000 100.000 100.000 53.8073 78.7404 106.975 2 100.000 0.00000 100.000 59.2885 28.4801 96.9852 3 0.00000 0.00000 100.000 18.0500 7.22046 95.0546 4 100.000 100.000 0.00000 76.9958 92.7795 13.8511 5 0.00000 100.000 0.00000 35.7573 71.5199 11.9206 6 100.000 0.00000 0.00000 41.2385 21.2596 1.93056 7 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 8 50.0000 50.0000 50.0000 20.3442 21.4046 23.3108 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s37-g109-m10-b10-f0.ti1000644 000765 000000 00000341534 12237536424 022122 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "MULTI_DIM_BCC_STEPS" MULTI_DIM_BCC_STEPS "10" CREATED "Sat Oct 19 04:41:32 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "109" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.106486 100.000000 108.844025" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "MULTI_DIM_STEPS" MULTI_DIM_STEPS "10" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "37" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 1906 BEGIN_DATA 1 100.0000 100.0000 100.0000 95.10650 100.0000 108.8440 2 66.66670 55.55560 22.22220 27.66380 28.80500 8.753170 3 77.77780 55.55560 22.22220 34.39540 32.27580 9.068600 4 11.11110 11.11110 0.000000 1.902210 2.087030 1.162310 5 0.925926 0.925926 0.925926 1.067440 1.070950 1.077290 6 11.11110 11.11110 11.11110 2.113710 2.171620 2.276280 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21.96540 10.22850 83.96030 1831 50.00000 5.555560 94.44440 25.59220 12.09850 84.13020 1832 61.11110 5.555560 94.44440 30.39500 14.57480 84.35530 1833 72.22220 5.555560 94.44440 36.46320 17.70360 84.63960 1834 83.33330 5.555560 94.44440 43.87740 21.52640 84.98700 1835 5.555560 16.66670 83.33330 13.84770 7.499010 63.58930 1836 5.555560 16.66670 94.44440 17.71450 9.045460 83.95580 1837 16.66670 16.66670 94.44440 18.49830 9.449620 83.99250 1838 27.77780 16.66670 94.44440 20.09320 10.27190 84.06730 1839 38.88890 16.66670 94.44440 22.64510 11.58770 84.18680 1840 50.00000 16.66670 94.44440 26.27190 13.45770 84.35680 1841 61.11110 16.66670 94.44440 31.07470 15.93410 84.58180 1842 72.22220 16.66670 94.44440 37.14290 19.06280 84.86620 1843 83.33330 16.66670 94.44440 44.55710 22.88560 85.21360 1844 83.33330 72.22220 94.44440 60.72440 55.21570 90.60270 1845 83.33330 83.33330 94.44440 67.15350 68.07210 92.74580 1846 16.66670 27.77780 94.44440 19.88130 12.21520 84.45350 1847 27.77780 27.77780 94.44440 21.47620 13.03750 84.52830 1848 38.88890 27.77780 94.44440 24.02810 14.35330 84.64780 1849 50.00000 27.77780 94.44440 27.65490 16.22330 84.81780 1850 61.11110 27.77780 94.44440 32.45770 18.69960 85.04280 1851 72.22220 27.77780 94.44440 38.52590 21.82840 85.32720 1852 5.555560 16.66670 50.00000 5.844440 4.298200 21.43510 1853 5.555560 38.88890 83.33330 17.44350 14.68960 64.78790 1854 5.555560 38.88890 94.44440 21.31030 16.23610 85.15440 1855 16.66670 38.88890 94.44440 22.09410 16.64020 85.19110 1856 27.77780 38.88890 94.44440 23.68900 17.46260 85.26590 1857 38.88890 38.88890 94.44440 26.24090 18.77830 85.38550 1858 50.00000 38.88890 94.44440 29.86770 20.64830 85.55540 1859 61.11110 38.88890 94.44440 34.67050 23.12470 85.78040 1860 72.22220 38.88890 94.44440 40.73870 26.25340 86.06480 1861 83.33330 38.88890 94.44440 48.15290 30.07620 86.41220 1862 5.555560 27.77780 83.33330 15.23070 10.26460 64.05030 1863 5.555560 27.77780 94.44440 19.09750 11.81100 84.41680 1864 16.66670 50.00000 94.44440 25.23910 22.92920 86.23950 1865 27.77780 50.00000 94.44440 26.83400 23.75160 86.31420 1866 38.88890 50.00000 94.44440 29.38590 25.06730 86.43380 1867 50.00000 50.00000 94.44440 33.01270 26.93730 86.60370 1868 61.11110 50.00000 94.44440 37.81550 29.41370 86.82880 1869 72.22220 50.00000 94.44440 43.88360 32.54240 87.11310 1870 72.22220 61.11110 94.44440 48.04830 40.87060 88.50140 1871 5.555560 50.00000 94.44440 24.45520 22.52510 86.20270 1872 5.555560 61.11110 94.44440 28.61990 30.85330 87.59100 1873 16.66670 61.11110 94.44440 29.40380 31.25740 87.62770 1874 27.77780 61.11110 94.44440 30.99860 32.07980 87.70240 1875 38.88890 61.11110 94.44440 33.55050 33.39550 87.82200 1876 50.00000 61.11110 94.44440 37.17740 35.26550 87.99200 1877 61.11110 61.11110 94.44440 41.98020 37.74190 88.21700 1878 5.555560 50.00000 83.33330 20.58850 20.97860 65.83630 1879 5.555560 61.11110 83.33330 24.75320 29.30680 67.22450 1880 5.555560 72.22220 83.33330 30.01510 39.82910 68.97850 1881 5.555560 72.22220 94.44440 33.88180 41.37560 89.34490 1882 16.66670 72.22220 94.44440 34.66560 41.77970 89.38170 1883 27.77780 72.22220 94.44440 36.26050 42.60210 89.45640 1884 38.88890 72.22220 94.44440 38.81240 43.91780 89.57600 1885 50.00000 72.22220 94.44440 42.43920 45.78780 89.74590 1886 5.555560 38.88890 38.88890 7.852810 10.85390 14.27250 1887 5.555560 61.11110 50.00000 16.74990 26.10600 25.07030 1888 5.555560 61.11110 61.11110 18.85200 26.94670 36.14260 1889 5.555560 72.22220 61.11110 24.11390 37.46900 37.89660 1890 5.555560 72.22220 72.22220 26.76990 38.53130 51.88590 1891 16.66670 83.33330 94.44440 41.09480 54.63620 91.52470 1892 27.77780 83.33330 94.44440 42.68960 55.45850 91.59950 1893 38.88890 83.33330 94.44440 45.24150 56.77420 91.71900 1894 50.00000 83.33330 94.44440 48.86840 58.64420 91.88900 1895 5.555560 27.77780 38.88890 5.639990 6.428900 13.53490 1896 5.555560 50.00000 61.11110 14.68740 18.61850 34.75430 1897 5.555560 61.11110 72.22220 21.50800 28.00900 50.13190 1898 5.555560 83.33330 94.44440 40.31090 54.23200 91.48800 1899 5.555560 94.44440 94.44440 47.97140 69.55090 94.04150 1900 16.66670 94.44440 94.44440 48.75530 69.95510 94.07830 1901 27.77780 94.44440 94.44440 50.35020 70.77740 94.15300 1902 38.88890 94.44440 94.44440 52.90210 72.09320 94.27260 1903 50.00000 94.44440 94.44440 56.52890 73.96320 94.44250 1904 61.11110 94.44440 94.44440 61.33170 76.43950 94.66760 1905 72.22220 94.44440 94.44440 67.39990 79.56830 94.95190 1906 83.33330 94.44440 94.44440 74.81410 83.39110 95.29930 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.000 100.000 100.000 95.1065 100.000 108.844 1 0.00000 47.3607 100.000 25.6130 21.6292 97.3763 2 100.000 0.00000 79.3514 52.4258 26.2898 58.7215 3 0.00000 0.00000 58.9971 6.48583 3.19399 29.8944 4 100.000 66.6593 0.00000 56.0588 50.5054 7.65614 5 0.00000 35.6011 0.00000 4.68562 8.37021 2.22855 6 84.4444 0.00000 0.00000 28.8428 15.3558 2.30466 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 95.1065 100.000 108.844 1 0.00000 100.000 100.000 54.2763 78.9478 106.931 2 100.000 0.00000 100.000 59.7013 29.1995 97.0422 3 0.00000 0.00000 100.000 18.8711 8.14731 95.1290 4 100.000 100.000 0.00000 77.2354 92.8527 14.7151 5 0.00000 100.000 0.00000 36.4052 71.8005 12.8018 6 100.000 0.00000 0.00000 41.8302 22.0522 2.91323 7 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 8 50.0000 50.0000 50.0000 21.1427 22.1901 24.0831 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s41-g121-m0-f2527-caRGB.ti1000644 000765 000000 00000603413 12261120515 022602 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "OFPS_PATCHES" OFPS_PATCHES "2280" CREATED "Wed Dec 18 02:33:28 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "121" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.045794 99.996943 108.895612" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DARK_REGION_EMPHASIS" DARK_REGION_EMPHASIS "1.6" KEYWORD "ACCURATE_EXPECTED_VALUES" ACCURATE_EXPECTED_VALUES "true" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "41" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 2527 BEGIN_DATA 1 100.0000000 100.0000000 100.0000000 95.04580000 99.99690000 108.8960000 2 34.85590000 25.39880000 49.83750000 10.65970000 7.636090000 22.04440000 3 52.86060000 26.41390000 58.56920000 20.98920000 12.99660000 31.60940000 4 48.56120000 48.56120000 48.56120000 19.40950000 20.42060000 22.23780000 5 47.61900000 47.61900000 47.61900000 18.59100000 19.55940000 21.30000000 6 50.51020000 100.0000000 78.91960000 42.57720000 73.82650000 66.56390000 7 60.72510000 100.0000000 79.39950000 49.14040000 77.19320000 67.65480000 8 100.0000000 23.86720000 0.000000000 58.46650000 32.42290000 3.004180000 9 100.0000000 81.86290000 0.000000000 69.61970000 70.13390000 7.252820000 10 100.0000000 100.0000000 0.000000000 76.22550000 92.46910000 9.769170000 11 100.0000000 100.0000000 19.92540000 76.76730000 92.68580000 12.62300000 12 10.20410000 10.20410000 10.20410000 0.628073000 0.660790000 0.719594000 13 10.20410000 0.000000000 0.000000000 0.381103000 0.196503000 0.017852100 14 3.554500000 0.000000000 0.000000000 0.037481000 0.019325900 0.001755730 15 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6.134120000 15.82680000 2523 47.24750000 21.73360000 41.95240000 14.52060000 9.017780000 15.43970000 2524 63.57370000 37.60270000 41.36410000 26.15730000 19.36140000 16.04540000 2525 71.64740000 42.36880000 48.70430000 34.37760000 25.32160000 22.74110000 2526 81.45630000 49.78570000 62.80680000 47.50330000 35.17940000 38.88730000 2527 83.77920000 73.74360000 94.37850000 65.14460000 58.88360000 92.73080000 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "December 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.0000 100.0000 100.0000 95.04580 99.99690 108.8960 1 0.000000 77.02890 94.93270 27.23730 42.05040 92.39530 2 100.0000 0.000000 75.91840 67.94000 33.84370 56.78280 3 0.000000 0.000000 53.88990 4.832290 1.932840 25.45160 4 100.0000 68.59390 0.000000 65.77010 57.11770 5.786370 5 0.000000 45.14720 0.000000 3.227610 10.91310 1.229510 6 67.33170 0.000000 0.000000 24.16480 12.45980 1.131960 7 7.958970 7.632930 6.909270 0.338157 0.353794 0.312873 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "December 18, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 95.0458 99.9969 108.896 1 0.00000 100.000 100.000 37.3737 70.2602 106.194 2 100.000 0.00000 100.000 76.4924 37.2646 101.828 3 0.00000 0.00000 100.000 18.8203 7.52782 99.1264 4 100.000 100.000 0.00000 76.2255 92.4691 9.76917 5 0.00000 100.000 0.00000 18.5534 62.7324 7.06762 6 100.000 0.00000 0.00000 57.6721 29.7367 2.70155 7 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 8 50.0000 50.0000 50.0000 20.6967 21.7749 23.7126 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s41-g121-m0-f2527-ceRGBv2.ti1000644 000765 000000 00000510130 12237536424 023064 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "OFPS_PATCHES" OFPS_PATCHES "2280" CREATED "Sat Oct 19 13:13:00 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "121" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "96.415999 99.996948 82.488027" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "ACCURATE_EXPECTED_VALUES" ACCURATE_EXPECTED_VALUES "true" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "41" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 2527 BEGIN_DATA 1 100.00000 100.00000 100.00000 96.416000 99.996900 82.488000 2 26.617500 16.049000 0.0000000 3.5999200 2.8579300 0.1430810 3 59.286600 20.285500 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85.108700 93.056000 74.960000 71.872500 67.398900 1309 100.00000 92.844700 94.353200 91.430600 88.448800 70.782500 1310 60.431500 53.352500 62.187900 26.565800 24.404900 24.632400 1311 61.754300 63.033900 67.224200 30.231500 31.554400 30.102900 1312 55.699000 54.659000 62.507500 23.590800 23.577000 25.000900 1313 63.077200 77.322000 64.808400 34.464200 44.120000 29.125300 1314 76.453700 78.838400 74.242800 49.048400 52.772200 39.351100 1315 79.093800 87.370800 83.921800 57.107200 65.212000 53.187200 1316 88.549000 93.168300 87.943400 72.222000 79.216500 60.121800 1317 28.053200 42.640800 45.221600 7.8594300 10.673600 12.005800 1318 34.729000 48.146300 53.073100 11.317800 14.498600 17.130500 1319 37.037900 61.757300 55.715200 14.789300 23.029900 19.932100 1320 19.447500 34.571700 27.653200 4.0551300 6.3166400 4.5965900 1321 76.378400 33.949600 25.711000 34.892900 21.342400 4.0609000 1322 78.128300 44.048100 72.050400 43.153900 28.858400 34.049500 1323 88.436500 50.839800 87.024100 60.376000 40.327600 54.332300 1324 25.018800 16.276800 48.075700 5.5487800 4.0214900 12.905600 1325 24.593000 31.335300 92.472600 15.106900 11.811800 62.363300 1326 27.860800 40.631800 81.460200 13.645300 13.341600 45.688000 1327 33.118400 60.893900 89.349100 20.301000 25.784100 58.682900 1328 45.190800 72.103500 95.202500 29.316600 37.919600 69.666000 1329 12.977900 21.493900 31.484100 2.5469800 3.0649300 5.4219400 1330 5.0081300 20.503300 31.902900 1.8725200 2.6004600 5.5427800 1331 0.0000000 59.172700 42.981100 6.6322300 17.406200 11.798000 1332 35.440700 79.945300 77.251200 22.804900 40.894800 43.167500 1333 67.746600 93.483400 77.370500 46.524100 66.720300 45.183500 1334 24.286700 36.649300 23.049900 4.9068100 7.2669500 3.5224500 1335 26.006500 41.009900 34.963600 6.3536600 9.3261000 7.2253500 1336 36.671700 53.493100 46.590600 12.050200 17.163200 13.350900 1337 40.905600 62.195200 51.333900 15.787900 23.741700 16.884000 1338 39.588500 68.226700 67.152200 18.976600 29.432100 30.481900 1339 47.917100 76.701600 67.798500 25.088300 39.013500 32.002400 1340 51.067300 79.753600 78.390400 29.903000 44.236900 44.603300 1341 84.369700 81.934600 78.547700 60.193200 61.181200 45.074500 1342 24.553900 22.516200 58.265900 6.9956300 5.6097500 20.115000 1343 22.213200 22.627500 70.733900 8.6613000 6.6129100 31.895800 1344 20.855100 44.706400 83.318100 13.165900 14.529400 48.487500 1345 36.034100 51.414600 91.018800 20.034000 20.804900 60.778100 1346 5.9240100 14.115400 24.106800 1.2999400 1.5843400 3.2476100 1347 44.300300 8.8893500 57.971300 12.832900 7.1066000 19.698100 1348 72.369900 14.145500 59.974400 32.877000 17.396200 21.388200 1349 46.750600 27.732100 35.378700 12.428000 8.9705900 6.9416500 1350 61.958800 34.315400 45.625400 23.227600 15.798800 11.904500 1351 68.500700 44.346000 62.056300 31.781600 23.221700 24.021100 1352 71.093700 54.786300 76.243100 38.398600 31.139500 39.608500 1353 90.293500 62.739500 83.055100 64.056500 48.304300 49.260200 1354 92.814400 65.573200 93.202400 71.199900 53.849300 65.518700 1355 92.542300 65.083400 100.00000 72.939300 54.563400 78.020900 1356 22.253000 18.062900 27.745700 3.5108400 3.0887700 4.2323100 1357 21.884100 26.480600 25.642600 3.7680300 4.4317800 3.8354300 1358 44.158200 62.932800 26.446300 15.344900 23.816700 5.8466600 1359 58.504400 84.918000 29.092100 29.751100 48.586500 8.9136700 1360 87.147300 84.018500 71.904100 63.042000 64.488500 37.292400 1361 81.234200 44.996100 38.709100 42.309000 28.429400 8.9279000 1362 91.048300 55.560900 71.289000 61.070600 42.612100 33.849600 1363 92.417300 68.514700 75.468600 66.634600 53.238300 39.739900 1364 94.852800 83.567900 85.206800 77.029100 71.179400 54.567600 1365 64.096000 68.349300 83.224100 36.755700 38.550500 49.988400 1366 70.151300 72.355000 82.925300 42.932400 44.539900 49.951300 1367 13.853200 17.028800 35.443200 2.7042200 2.6126100 6.7591500 1368 21.714900 42.871900 58.101400 8.1045800 10.995100 20.621300 1369 57.337200 49.168600 65.392000 24.281800 21.449800 27.354400 1370 27.205700 20.075500 25.811900 4.5316000 3.8291100 3.7494300 1371 32.075500 19.229500 27.651000 5.8511100 4.3798000 4.2239000 1372 54.062600 35.856700 48.295800 18.231100 13.757200 13.497000 1373 55.201400 42.539000 47.393600 19.542400 16.410700 13.227500 1374 63.505200 42.106000 51.774700 25.883200 19.427200 15.951500 1375 70.233500 56.248400 54.538000 34.070000 29.449300 18.660900 1376 72.846400 62.488600 57.427100 38.176700 35.008700 21.302300 1377 75.345200 73.067800 65.900000 44.592700 45.625200 29.715000 1378 0.0000000 11.121700 12.992100 0.4398110 0.8910640 1.2685900 1379 6.9685400 4.1410200 12.966500 0.7952930 0.6442760 1.2099300 1380 40.823500 15.524900 35.537800 9.1921100 5.6539600 6.7751800 1381 57.536400 12.979800 40.780000 18.436500 10.008100 8.9844100 1382 57.960200 21.690600 52.242100 20.230600 11.946800 15.646000 1383 70.671700 22.939400 51.286700 30.446700 17.150400 15.031800 1384 71.769800 67.324000 52.425200 37.554400 37.781000 18.052500 1385 72.030500 85.127200 53.243900 43.105600 55.539700 20.597200 1386 28.773000 75.357700 21.614800 12.900500 31.517800 5.8948000 1387 56.836600 76.795600 66.675400 30.131600 41.561400 30.881100 1388 43.339700 57.787000 47.998400 15.568700 21.086600 14.458900 1389 57.105300 62.505400 50.130500 24.312600 28.117300 16.129000 1390 67.050200 66.540000 61.602500 34.345500 35.768300 25.110000 1391 71.001500 74.754600 76.174100 42.777000 46.239200 41.230000 1392 8.7334600 31.568300 12.506400 2.0600100 4.5777800 1.5911300 1393 14.889900 67.989100 8.0199900 8.1074100 23.526900 3.2476700 1394 41.126600 71.415000 10.071800 15.540200 29.678600 3.7629400 1395 90.607000 76.047700 0.0000000 59.368000 54.941500 3.3896600 1396 13.108900 0.0000000 45.711000 3.0728800 1.6747800 11.398400 1397 13.802400 20.000200 46.395800 3.7493300 3.5506900 11.984600 1398 21.419600 38.630600 64.670100 8.6128300 9.9756500 26.169700 1399 44.914000 45.265800 67.054500 17.026000 16.357300 28.786200 1400 57.250100 30.650500 48.029800 19.815200 13.285300 13.173000 1401 65.606800 33.138000 51.972900 26.726500 17.288700 15.747600 1402 64.626200 84.895300 54.898700 36.652200 52.144100 21.748900 1403 12.766900 19.569200 11.860600 1.6933800 2.3316100 1.2444500 1404 15.855100 17.072700 9.2885900 1.9001500 2.1388500 0.9417580 1405 35.167300 29.769400 6.6055200 6.7734100 6.5035300 0.9700640 1406 62.391100 55.056400 9.3621400 24.302000 23.803500 2.3508100 1407 74.477600 83.002400 43.343000 43.743100 53.666100 14.353100 1408 88.151000 87.864500 48.357000 62.165200 67.725300 17.797700 1409 42.696600 43.601200 24.465600 11.416200 12.645000 4.1334400 1410 58.255900 50.756800 31.194300 21.365300 20.398700 6.3910700 1411 61.471600 57.756700 50.703700 26.530100 26.492800 16.138100 1412 83.635400 63.126200 75.359500 53.492300 43.195700 39.136600 1413 87.613300 72.323700 84.999000 63.166500 54.524400 52.963100 1414 73.917000 64.523600 71.547500 42.081200 38.392500 34.813300 1415 75.174400 81.202300 80.810600 49.947700 55.488200 47.998000 1416 74.386000 82.332000 89.341300 51.782400 57.639200 60.826700 1417 13.445200 0.0000000 20.202100 1.4765400 0.7597950 2.3007300 1418 20.042700 12.019400 21.044000 2.6436900 2.0619000 2.5612900 1419 22.267600 10.366000 31.965900 3.5036300 2.4052700 5.4319000 1420 31.777400 37.021400 38.329500 7.6399300 8.7852200 8.4256200 1421 74.624700 37.924900 39.608200 34.290400 22.174700 9.0210400 1422 79.537600 38.129300 46.876900 40.298600 25.245600 12.745800 1423 78.397800 90.588400 62.976100 53.143000 66.418700 29.154200 1424 76.171100 93.788200 71.178600 53.482800 70.405700 37.886700 1425 81.371000 93.692900 76.807500 60.473000 73.828900 44.506900 1426 38.105800 36.376400 25.337800 8.8524600 9.1434000 4.0501600 1427 37.451000 41.844400 37.246000 9.8830900 11.349200 8.1625600 1428 72.614900 59.260400 49.407200 36.285500 32.111200 15.423700 1429 78.984400 63.526300 57.461000 44.886100 38.954500 21.413200 1430 78.656500 70.571700 65.177600 47.387800 45.088400 28.765100 1431 81.676600 76.446800 68.257200 53.040500 52.571300 32.445500 1432 32.390000 35.201600 51.856600 8.9709700 9.0562400 15.737000 1433 35.449200 35.401300 80.267300 14.988400 12.470000 43.859800 1434 53.536700 45.081400 100.00000 30.194200 23.453000 76.694500 1435 34.381100 6.7635000 23.281600 5.9881700 3.3758000 2.9909500 1436 44.256100 13.604600 20.552900 9.8343100 5.7318800 2.4812300 1437 60.988600 15.039100 17.363000 19.673900 10.700600 1.9309700 1438 91.639900 31.931900 25.770700 53.842600 30.198000 4.0133800 1439 64.897000 42.102600 18.499800 24.648700 18.632600 2.8438200 1440 73.818200 45.084100 17.362800 33.107200 23.842900 2.7916300 1441 85.045900 56.773700 42.922400 49.154700 37.051400 11.597000 1442 89.488300 67.241600 49.985100 57.979700 47.761500 16.441000 1443 94.626600 71.296100 66.787000 68.926600 56.260400 30.410200 1444 31.850900 7.7488500 17.165000 5.0345300 2.9457000 1.8271600 1445 44.665800 4.5023600 21.371600 9.8436100 5.1402700 2.5656000 1446 75.897700 76.681200 21.607700 41.874900 46.896600 6.0394600 1447 81.123800 76.796200 79.502100 54.863200 53.952900 45.719100 1448 10.799700 9.6916800 93.016300 12.273900 7.4934500 62.911300 1449 54.443100 10.621300 94.799600 26.617300 14.664900 66.053400 1450 68.787400 24.436800 91.136800 36.850000 21.172300 59.930400 1451 81.118900 33.168800 91.820000 50.426100 29.613500 61.307900 1452 55.679200 24.895800 63.204600 20.447200 12.665800 24.396300 1453 55.686400 49.309400 94.110800 30.145600 24.943600 65.960200 1454 7.1557400 0.0000000 26.197500 1.1695000 0.6275870 3.6445800 1455 10.564100 31.904700 30.638900 2.9177500 5.1296000 5.3980700 1456 13.532300 89.086500 32.921400 15.330700 45.873800 10.722300 1457 13.117000 87.916600 51.589500 16.517300 45.327100 19.852300 1458 10.153900 70.697700 75.124400 14.766100 29.266800 39.531200 1459 0.0000000 91.121300 76.899200 21.002100 51.402100 44.227800 1460 16.068100 41.384700 24.274800 4.0980600 8.2905800 3.9895000 1461 14.067600 50.944900 24.201700 5.1202000 12.453200 4.4548700 1462 10.597000 63.515600 59.614300 10.282400 21.929200 23.153300 1463 13.947300 64.048700 69.905300 12.488900 23.490000 32.976400 1464 11.727700 65.324500 76.732800 13.965500 25.150300 41.014400 1465 43.684000 66.817600 81.163100 23.321100 30.834600 46.957400 1466 54.523400 86.757000 91.861600 37.912500 55.290200 65.577500 1467 26.292900 50.954300 51.272000 9.2258400 14.644000 16.070100 1468 59.210600 50.609800 50.398000 23.641900 21.584600 15.482000 1469 77.530200 54.228800 88.200200 47.883600 35.774900 56.377500 1470 17.911500 5.6602500 53.266200 4.6288900 2.8300100 16.160400 1471 16.827500 14.477000 67.194000 6.8087000 4.6812700 28.049800 1472 38.368500 11.254800 73.019800 13.066500 7.5870900 34.302100 1473 53.257400 33.158200 81.595500 23.285600 16.021300 45.601900 1474 61.253100 35.828900 89.076400 30.893100 20.600000 56.872500 1475 66.009200 44.677000 93.721800 37.023300 26.503200 65.036100 1476 43.782500 33.524000 27.042000 10.979800 9.4651600 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0.0000000 8.5865900 3.0703100 1.5224100 0.7206930 1493 23.755600 30.642500 17.930800 4.1153200 5.3976000 2.3355400 1494 21.528200 42.747400 16.384700 4.8102800 9.0742200 2.5285000 1495 20.095100 67.428600 26.973400 9.2739300 23.758300 6.3724100 1496 24.870700 70.484800 44.583400 12.159300 27.458800 13.596100 1497 53.556800 90.262500 47.100000 29.893900 54.437200 17.400700 1498 37.258000 77.625100 29.794200 16.490900 35.233500 8.2244400 1499 46.278900 77.650800 29.734100 20.265300 37.114600 8.2096100 1500 49.707600 84.444700 37.750600 24.730200 45.682500 11.935900 1501 66.647800 76.982800 34.650000 33.819200 43.238400 9.7960900 1502 83.706700 78.096400 39.518300 52.285000 53.324800 11.920200 1503 25.948700 18.225300 7.1782800 3.6401300 3.1225400 0.7761300 1504 33.366900 15.074900 10.886000 5.5232100 3.7223300 1.0733300 1505 91.345700 40.826500 12.596500 53.824400 32.573300 1.9315000 1506 93.529100 47.525400 82.065400 65.869900 41.538000 46.853600 1507 18.642500 7.0170300 44.277400 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31.767000 1753 89.357600 41.965200 93.784400 62.457300 38.088500 65.021600 1754 29.346100 31.363000 40.935800 6.7032600 6.9294400 9.4130800 1755 27.981800 40.764700 52.357600 8.4113600 10.390000 16.286800 1756 26.127800 87.558200 52.647700 18.600400 45.982200 20.516400 1757 38.355400 96.459300 53.456900 25.832000 59.823400 22.433500 1758 57.451800 96.260600 68.956500 37.985400 65.752200 35.888500 1759 31.728500 42.125500 33.761700 7.8426500 10.419300 6.8298000 1760 41.922600 55.264500 33.693700 13.292600 18.558000 7.5247500 1761 90.942600 66.886400 33.295200 58.487900 47.654400 8.2845900 1762 93.581500 74.954900 33.430600 64.449700 56.622900 9.1280800 1763 54.636800 55.130700 15.011400 19.047200 21.261600 3.0102100 1764 77.158000 75.892600 10.849800 42.698800 46.615200 4.3116600 1765 79.891900 82.234500 15.097500 47.806500 54.806200 5.5783500 1766 99.103300 86.267700 9.5846400 75.872800 72.628200 5.4612300 1767 39.222800 8.9808800 6.5354700 7.2911000 4.1122300 0.6152700 1768 61.724000 10.467800 54.929800 22.876900 12.123600 17.388300 1769 82.225700 13.678400 54.326100 42.804200 22.182200 16.982600 1770 76.123700 15.691300 55.841100 36.159100 19.112600 18.121200 1771 75.913900 51.910600 68.120800 41.101600 30.973300 30.231400 1772 77.256800 53.453000 76.838100 44.572900 33.543200 40.264800 1773 22.143400 17.728500 33.159900 3.7836000 3.2095900 5.9285100 1774 28.180500 17.805500 35.124400 5.1964800 3.9243000 6.6488000 1775 29.553200 55.387300 73.241200 14.274700 19.507400 36.051700 1776 31.696800 79.814000 83.732500 23.190300 41.089000 51.934800 1777 14.964600 7.2438500 11.848200 1.5671700 1.1993400 1.1020000 1778 24.836000 3.7869200 0.0000000 2.9117500 1.6499000 0.0284594 1779 37.810200 39.138200 7.5334600 8.5161500 9.7276400 1.3598500 1780 51.741600 51.690900 25.475000 17.109000 18.696900 4.8087200 1781 66.700100 56.605200 32.900600 28.945900 26.949900 7.3349400 1782 75.155000 58.819700 34.556600 37.455100 32.338700 8.0876900 1783 75.975000 71.790100 37.210700 41.441600 42.811700 10.247500 1784 85.994000 76.685800 65.656700 58.022200 55.190700 29.867600 1785 91.497300 80.956500 77.838900 69.336900 64.753400 44.038200 1786 92.316400 92.219900 87.700600 77.104600 80.508400 59.595200 1787 49.741400 42.372400 45.544400 16.134100 14.660900 12.170400 1788 59.057700 44.182900 54.376000 23.134900 18.816900 17.852400 1789 66.066700 59.194700 77.877700 35.076300 31.854900 41.974200 1790 67.724700 80.300100 77.979900 41.861500 50.617700 44.139100 1791 74.458200 84.634500 86.212700 51.756200 59.809500 56.220700 1792 82.511600 92.728800 93.835800 66.022300 75.786300 69.852200 1793 14.628600 91.471100 23.489600 15.893400 48.776200 8.3818700 1794 29.320600 94.133200 25.669600 19.747200 53.797700 9.3148800 1795 41.858800 94.590000 29.445700 24.315100 56.612200 10.430700 1796 42.390400 70.250400 29.982500 16.459000 29.317700 7.5037900 1797 68.209700 70.294500 76.381800 39.069900 40.960900 41.031900 1798 74.280500 93.542600 76.696900 52.582000 69.761800 44.344800 1799 40.016800 23.443200 19.059000 8.3976400 6.1880600 2.3571300 1800 50.064100 21.293400 29.709900 13.433800 8.3915600 4.8579800 1801 50.609100 57.416900 57.408500 20.269100 23.295400 20.906200 1802 16.976400 30.802100 60.100900 6.4998600 6.8819100 21.820800 1803 13.098900 58.733600 73.874200 12.107000 20.216100 37.022800 1804 8.8283100 62.883000 82.184200 14.476500 23.955200 48.039200 1805 69.138400 79.452100 91.700300 46.503600 52.421400 64.368900 1806 71.146600 92.516300 93.150700 53.468300 69.338400 68.623900 1807 88.206900 96.221500 93.018600 74.540100 84.176100 68.984000 1808 31.695700 40.104000 37.419100 7.8616900 9.7961500 8.1604700 1809 60.134800 71.286100 36.291100 27.214900 35.417400 9.8254200 1810 86.706800 91.707700 35.517800 60.576600 71.106100 12.061900 1811 51.152400 57.672500 16.476200 17.474300 21.807200 3.3992100 1812 62.918500 60.996500 14.749400 25.935500 27.836900 3.3940300 1813 65.816400 77.776500 22.175600 32.706000 43.323500 6.2822300 1814 92.102700 77.607400 52.861000 64.824400 59.181900 19.401700 1815 60.407200 78.064200 33.902100 29.158300 41.874000 9.6442700 1816 60.536700 91.579600 38.601200 34.297100 58.033700 13.306800 1817 72.642100 91.674000 46.591000 45.388900 63.661500 17.318100 1818 49.084400 47.551900 42.622800 16.166100 16.559200 10.886400 1819 68.702500 48.409600 47.481200 30.590000 24.047500 13.568600 1820 71.676200 57.565700 62.381100 36.809700 31.580700 25.085500 1821 78.753300 60.834000 68.166000 45.802700 37.916000 30.888500 1822 80.725000 66.884500 93.153200 55.512800 46.998200 65.548900 1823 84.846200 81.199500 95.153500 65.153600 63.294800 70.596900 1824 52.037400 46.671800 57.911100 19.442900 17.965300 20.652600 1825 64.107500 49.849800 68.954700 30.009500 24.610700 30.978700 1826 68.423200 49.748200 86.811900 37.768100 28.713800 53.943500 1827 78.760300 57.782300 95.209400 52.000600 39.791800 68.451800 1828 24.981300 3.5047800 13.432600 3.1580700 1.7722800 1.2629800 1829 26.516900 26.986700 6.9308900 4.2120400 4.7001700 0.9265110 1830 34.850600 25.226700 7.3546000 6.3875800 5.4642400 0.9210610 1831 42.312000 37.171100 6.7276100 10.075500 9.9239900 1.2167600 1832 50.804300 39.145700 34.566700 15.457700 13.228600 6.9999900 1833 51.711700 56.244400 47.880200 19.503300 22.210700 14.281800 1834 53.266000 63.104800 54.829800 22.583800 27.679800 19.385800 1835 52.760100 68.127200 81.883100 28.498700 34.300800 48.073000 1836 23.086600 92.340100 86.440600 26.352700 55.623600 57.665500 1837 29.451400 94.481200 93.112300 30.603700 60.405000 68.864900 1838 38.055300 32.177600 26.923300 8.5442100 7.9477200 4.3216000 1839 65.715000 33.662700 32.747200 25.134800 16.495300 6.1500700 1840 50.881500 9.0765400 30.390500 13.510900 7.2424600 4.9101300 1841 56.341100 7.7380900 32.960700 16.944300 8.8665000 5.7503600 1842 66.047800 5.9756300 32.315700 24.107900 12.291800 5.5152400 1843 76.354200 33.249900 51.030800 36.798400 22.267500 15.126900 1844 83.521500 40.279700 56.564300 46.421400 29.000500 19.306500 1845 91.882000 53.235100 76.733500 63.031400 42.528800 40.120100 1846 93.908400 58.308400 87.808800 69.725400 48.630900 56.039000 1847 12.872800 4.8904000 23.634600 1.6414300 1.1299700 3.0562300 1848 6.8534500 5.0974900 22.878000 1.1049900 0.8749990 2.8878700 1849 7.0628000 7.1703000 47.494300 2.8784800 2.0019300 12.468900 1850 9.3800100 7.7968300 57.489500 4.2899000 2.8290200 19.308100 1851 65.560600 34.301200 58.259700 27.617600 18.077900 20.414900 1852 75.191700 43.460000 62.717000 38.234300 26.093800 24.570200 1853 87.287100 80.985400 64.668600 60.877400 60.406900 29.424600 1854 16.048600 26.847400 6.1061800 2.3606500 3.7623900 0.8539570 1855 16.147200 26.197900 12.557500 2.4434700 3.6958800 1.4559500 1856 23.322400 34.985600 7.4373300 4.1570900 6.4241600 1.1993800 1857 31.436000 44.281500 6.5102800 7.0432400 10.695400 1.4975300 1858 58.264700 46.398700 7.8634500 19.952300 17.842800 1.7145100 1859 61.447000 66.847800 38.208500 27.224600 32.257300 10.197700 1860 60.712500 74.646000 79.071000 34.782200 42.265800 44.913800 1861 62.932000 89.136600 95.312500 45.749200 61.776800 71.943500 1862 64.252300 93.084000 94.138600 47.969100 67.318600 70.440400 1863 24.224200 34.072700 44.499800 6.0709000 7.2796300 11.285900 1864 42.279700 39.119200 53.829700 13.120400 12.214500 17.242900 1865 58.213600 53.762700 53.865800 23.869400 23.179500 18.016400 1866 65.443300 76.529200 60.075400 35.373700 43.831000 24.797000 1867 72.866300 82.457200 68.557200 45.385100 54.220600 33.470900 1868 88.981700 82.237700 82.260400 67.271800 65.026900 50.133600 1869 8.9939200 3.5306100 37.134800 2.0252900 1.3012700 7.3020100 1870 17.509300 3.1137500 65.836400 6.3997200 3.7055600 26.605000 1871 50.173900 26.011500 67.587400 18.000500 11.710100 28.647100 1872 14.619600 13.894500 20.390400 1.9199800 1.8590300 2.4535900 1873 65.897900 28.633700 17.747900 24.231500 14.891200 2.2507200 1874 63.829500 59.074100 23.595700 26.559100 27.067300 4.8497100 1875 65.676000 65.618200 25.624400 29.527000 32.509600 5.8607800 1876 75.430700 64.651500 25.611200 38.451100 36.275600 5.7745000 1877 79.387000 80.102200 54.861600 49.376800 53.812600 21.115200 1878 0.0000000 0.0000000 0.0000000 0.0000000 0.0000000 0.0000000 1879 6.9276900 7.8369900 12.534000 0.8556090 0.8833360 1.1853700 1880 9.2138800 13.825000 26.757900 1.6509100 1.7409300 3.9067100 1881 9.3948600 31.690100 87.374800 11.536500 10.014900 54.049800 1882 11.645500 45.022200 92.557600 14.609200 15.561800 63.035500 1883 33.780000 87.769300 92.228000 28.921200 51.937200 66.340800 1884 7.2674900 28.811300 33.108400 2.5806800 4.3174700 6.1348600 1885 20.610700 43.261000 32.478900 5.4102900 9.6013800 6.4303000 1886 34.394800 51.104300 71.701700 14.650900 17.636800 34.030400 1887 49.047300 56.978300 74.622100 22.377200 24.340600 37.784600 1888 49.779700 78.087300 87.489200 31.006700 43.480000 57.376900 1889 36.578300 7.9215600 14.397800 6.4554000 3.6495000 1.4216100 1890 56.999800 4.7842100 8.2044000 16.423100 8.3713300 0.7239000 1891 69.198200 48.518800 59.341200 32.548100 25.174900 21.908600 1892 68.764800 49.860000 79.490600 36.209200 27.845400 43.472400 1893 85.422900 51.434700 79.141200 54.455300 37.517300 43.101600 1894 26.006100 15.135000 27.164400 4.1318800 3.0847000 4.0316000 1895 26.761500 48.124500 28.502100 7.0324800 12.213500 5.4206100 1896 27.825500 57.870500 34.740400 9.2419900 17.925200 8.0876000 1897 58.948000 58.773500 40.027300 23.837400 25.638100 10.347000 1898 67.933300 59.547000 42.149100 31.261300 29.740800 11.410600 1899 40.284700 17.904300 6.0613200 7.9635800 5.2137700 0.6777160 1900 74.597800 27.171800 7.4050100 32.006400 18.424400 0.9703510 1901 80.405500 49.742100 12.884600 40.775700 29.463200 2.4040800 1902 93.940400 62.498500 20.365300 61.291300 46.160600 4.4350100 1903 95.390000 73.710800 17.659100 66.142300 56.395700 4.9875300 1904 61.912000 44.469900 32.523300 23.218400 18.800900 6.5020300 1905 70.825300 55.239800 40.862000 32.991000 28.289500 10.487800 1906 82.485900 72.300400 47.237300 49.848100 47.413100 15.257400 1907 36.156300 63.752700 19.525700 12.087500 22.700800 4.3789900 1908 47.311200 87.556400 21.190300 23.687900 48.299300 7.3209500 1909 10.954000 72.009400 18.549700 8.9518300 26.902100 4.9629400 1910 12.163700 81.403000 21.769300 11.941700 36.371800 6.6292700 1911 12.750500 86.140100 41.330000 14.786500 42.527800 13.770100 1912 19.054900 93.340100 47.940000 18.982600 52.606200 18.359700 1913 92.025200 93.943400 56.962200 71.053700 79.056600 24.614100 1914 94.973200 95.360600 86.248900 81.989600 86.626000 57.848500 1915 34.017100 29.709200 68.532500 11.560600 9.2560000 29.712200 1916 36.269900 39.647000 76.521400 14.809500 13.515900 39.161100 1917 49.116800 48.681600 88.572300 24.543100 21.790700 56.637900 1918 7.7493500 43.782900 21.280100 3.4460000 8.7737800 3.4417100 1919 20.240300 59.091100 28.588500 7.5843100 17.749500 6.1398600 1920 73.225500 72.239300 28.443400 38.192700 41.512100 7.2433500 1921 90.458100 81.931800 33.730000 62.045200 61.595000 10.047100 1922 74.503000 67.614500 57.825000 41.051200 39.759400 22.054800 1923 91.200400 70.808300 71.224800 64.557600 53.809200 35.029100 1924 95.396500 70.916100 90.769600 75.669800 59.742700 61.885500 1925 25.477300 7.4607200 51.653500 5.8153900 3.5015900 15.074000 1926 40.580100 9.3650100 65.615600 12.464400 7.0501800 26.438000 1927 54.368200 9.6971100 82.480100 23.022600 12.554100 46.395900 1928 63.199900 12.842100 87.146500 30.521500 16.576800 53.328200 1929 84.876500 61.949600 92.351800 59.238100 45.657800 63.754200 1930 45.476400 33.220800 48.868100 13.415200 10.724300 13.756400 1931 47.354900 42.145300 61.882400 16.948000 15.150100 23.766300 1932 50.439100 51.291200 75.899100 22.449500 21.630900 38.967300 1933 56.615100 60.500200 80.478100 28.875000 29.591800 45.500500 1934 65.251300 74.091500 89.480400 40.902700 45.048000 60.097500 1935 35.459700 65.997100 44.594600 13.902400 25.168200 13.186700 1936 50.413200 80.552700 46.415700 24.587600 41.939100 15.705100 1937 94.516900 83.743700 63.162100 71.869000 68.439200 28.373200 1938 92.879000 13.545900 21.556500 54.522100 27.739800 2.6810600 1939 94.457300 10.364700 29.078400 57.145900 28.812600 4.5221900 1940 95.142200 11.521100 88.118400 67.253000 34.585200 54.833400 1941 94.299600 33.929200 91.360700 68.091700 38.488200 60.558900 1942 16.411000 4.2397900 30.791500 2.3936200 1.4906700 5.0001200 1943 13.670000 73.220400 45.263700 11.191600 29.075200 14.239100 1944 42.358200 75.407800 72.699700 23.066900 37.008900 37.165400 1945 68.739600 74.976300 71.565400 39.782800 44.869200 35.836700 1946 70.234800 82.451200 73.862700 43.916800 53.574800 39.342500 1947 26.501700 17.877300 16.220200 3.9328800 3.2412500 1.7909800 1948 53.017500 74.513400 11.905200 22.343400 35.457000 4.2766200 1949 70.366200 76.302000 14.759000 36.060400 43.695500 4.8292300 1950 63.350200 82.849600 9.9139800 31.982500 47.594200 5.0416600 1951 62.471400 84.286800 39.556800 33.127300 49.672200 12.700100 1952 80.883800 93.530200 48.543200 55.213500 70.681100 18.751800 1953 100.00000 100.00000 100.00000 96.416000 99.996900 82.488000 1954 41.244500 58.271200 55.354700 15.651000 21.459400 19.401100 1955 44.435000 64.283700 63.419100 19.458900 26.980600 26.544100 1956 16.915400 57.839700 8.0491400 6.1997300 16.330100 2.4248400 1957 29.910900 68.313700 8.8338700 11.001800 25.181000 3.3477500 1958 35.100400 76.018000 9.8803700 14.597900 32.878100 4.2269000 1959 40.830700 85.398400 9.0165500 19.675300 44.057400 5.2899800 1960 57.546400 85.845800 42.257800 30.344700 49.894500 14.181000 1961 76.708400 37.229100 18.385300 35.267300 22.367900 2.6275000 1962 93.058400 42.005200 22.811500 56.768900 34.432000 3.6836300 1963 92.449700 51.273700 25.068600 57.210200 38.258500 4.6830700 1964 94.914200 50.455900 47.262900 62.391300 40.575300 13.555600 1965 93.346900 59.681400 55.802300 62.630500 45.386200 19.837700 1966 95.774600 80.132700 76.818500 75.268100 66.897300 42.645400 1967 19.391900 14.972100 18.816800 2.5528000 2.2650400 2.1765500 1968 16.763500 10.546700 24.046400 2.2373100 1.7622700 3.1966500 1969 40.704700 6.3993900 33.516200 8.7783800 4.7713000 5.9360900 1970 84.225900 16.047900 49.012000 44.707000 23.292700 13.469600 1971 88.363800 24.703000 63.789900 52.542300 28.449400 24.930000 1972 85.800000 23.744800 94.561400 56.428100 30.789000 65.820500 1973 28.035200 10.967500 31.026900 4.6863800 3.0261400 5.1298400 1974 29.263800 8.5540800 79.296200 11.565600 6.7782000 42.037900 1975 38.469400 56.507600 81.646100 19.185300 22.650300 46.812300 1976 73.846900 77.627100 82.515100 47.898800 51.294900 49.938600 1977 84.578200 80.387300 86.805900 62.057900 60.821200 56.591100 1978 19.603700 21.645800 16.111000 2.7766300 3.1483500 1.8373100 1979 17.562800 37.527000 18.119900 3.6700700 6.8884600 2.5927400 1980 18.532900 56.319100 33.462900 7.0836000 16.036300 7.5130500 1981 16.101200 57.831700 78.592400 13.336800 20.412400 42.799300 1982 8.8552400 36.336600 55.411400 5.4452500 7.6560800 18.285700 1983 11.514200 44.569000 61.197900 7.4070400 11.286500 23.278900 1984 8.0076100 57.193600 65.116100 9.6962000 18.063700 27.590600 1985 11.033500 89.169400 79.441100 21.661500 49.599000 47.221000 1986 8.0602700 89.827200 90.735900 24.686700 52.051200 64.127100 1987 39.959400 95.446500 90.817600 33.700500 63.050300 65.127300 1988 27.467700 30.736600 15.059100 4.8461300 5.7712900 1.8964500 1989 28.879700 42.623900 13.852700 6.2951600 9.7580900 2.1657800 1990 43.512200 61.982000 16.757600 14.496200 22.791700 3.7656700 1991 51.479500 79.289000 13.859400 22.901700 39.811100 5.0515300 1992 51.276300 93.611900 14.619300 27.958100 57.189200 7.1159300 1993 64.393400 93.392900 12.339100 36.776700 61.269100 6.7931400 1994 94.046100 87.741600 13.223800 68.468700 70.533200 6.0629600 1995 94.330700 86.925700 29.080500 69.183100 70.069500 9.1821700 1996 15.302100 28.174600 30.205200 3.1196200 4.4450900 5.1593500 1997 12.511000 27.623100 94.525600 13.665700 10.393100 65.844500 1998 26.562600 76.916100 93.719500 23.861200 39.094400 67.547600 1999 31.655800 25.181200 21.207300 5.7540300 5.1712100 2.8012400 2000 34.289600 37.439000 21.632400 7.5031800 8.7609400 3.2478100 2001 45.211400 55.046800 28.148200 14.394400 18.966800 5.7322300 2002 54.833500 63.758500 45.295600 22.597700 28.008200 13.374700 2003 44.736300 48.241100 38.816300 13.791500 15.642300 9.1406600 2004 45.860800 53.598900 46.600600 15.843100 19.081700 13.363200 2005 64.622800 56.556800 51.794800 28.899900 27.035600 16.772300 2006 91.819900 56.962100 94.961700 68.537100 47.493900 67.949900 2007 43.948900 17.705300 30.222500 10.271600 6.3887300 4.9564300 2008 86.135300 19.339900 38.173900 46.270100 24.352600 7.9033300 2009 91.611800 38.498100 42.201200 55.473800 32.791800 10.265400 2010 95.139000 43.721200 64.336700 64.128200 38.959900 26.072800 2011 94.977000 53.817800 66.764600 65.753200 43.990000 28.975800 2012 71.503100 43.303800 44.459200 32.212600 22.890500 11.625100 2013 82.170900 57.645600 55.517600 47.153200 36.638100 19.477700 2014 82.325200 86.119300 70.985900 57.476900 63.855000 36.550700 2015 83.947500 96.867000 84.965000 66.952900 81.064400 56.167400 2016 35.998400 48.048600 41.346800 10.495800 13.957400 10.288700 2017 41.574700 58.445700 42.708500 14.418300 20.837100 11.607600 2018 47.797400 69.015100 51.082500 20.454500 30.530500 17.311900 2019 50.163000 95.939600 76.717600 35.004700 64.011300 44.754000 2020 15.977200 39.046100 33.998000 4.3528500 7.7261400 6.7870000 2021 11.925600 68.178000 48.391200 10.035500 24.782600 15.540900 2022 31.014500 85.084700 58.129600 19.658600 44.000200 24.246400 2023 45.584200 92.719300 68.960200 29.727900 57.410800 35.328700 2024 84.582700 96.574800 71.910700 64.578900 79.288300 39.152000 2025 93.524000 96.754400 78.419400 78.409100 86.436500 47.055700 2026 0.0000000 0.0000000 0.0000000 0.0000000 0.0000000 0.0000000 2027 30.516800 12.210900 22.169600 4.9329800 3.2073600 2.7943000 2028 51.479200 15.147600 21.559200 13.605200 7.7329500 2.7008300 2029 53.737600 30.122600 35.307400 16.423500 11.414800 6.9767000 2030 53.680500 44.283000 68.347900 21.816900 18.376500 30.057100 2031 60.052100 44.183700 86.491400 30.182700 22.788000 53.163400 2032 29.016100 24.325800 51.335300 7.2055400 5.9193200 15.091900 2033 31.216200 40.693000 89.795400 16.771800 15.078200 58.223200 2034 19.218700 24.553900 61.208000 6.5869600 5.7577800 22.611800 2035 31.209100 22.509900 92.622200 16.191100 10.736300 62.406900 2036 34.544300 19.270100 73.644500 12.150500 7.9246700 35.129900 2037 70.054500 25.816300 78.656300 34.763300 20.113600 41.451000 2038 75.114600 23.642000 89.301400 42.385200 23.729900 56.900800 2039 38.331800 32.958900 34.292000 9.1272300 8.4499700 6.6798100 2040 39.173700 39.342400 34.397500 10.044500 10.621100 6.9451600 2041 44.442800 86.226600 44.941400 23.355800 46.863400 15.620100 2042 46.766700 94.294100 44.639200 27.548100 57.936200 16.645700 2043 9.1940400 24.635300 10.480500 1.5933600 3.0088700 1.1923600 2044 10.265700 34.781700 7.7462000 2.3655500 5.4897400 1.2180200 2045 19.995600 48.815000 8.7671700 5.1810500 11.535400 1.9202300 2046 29.624500 47.926500 39.081500 8.3913000 12.856700 9.2407300 2047 8.8799500 17.159100 52.329000 3.8345700 3.3088800 15.630700 2048 7.2749600 22.206700 79.293300 8.6928900 6.7129500 42.212100 2049 49.636200 22.273800 90.191300 22.842800 13.919800 58.321300 2050 62.406900 23.321000 93.632700 32.243600 18.789000 64.173600 2051 18.973300 47.253300 19.954600 5.0740400 10.871100 3.3538700 2052 25.288800 55.567400 18.813100 7.4811100 15.793700 3.6400200 2053 23.499100 67.742400 16.394700 9.5626200 24.085900 4.2011900 2054 29.534500 75.445300 42.440800 14.393600 32.426000 13.004000 2055 34.091100 51.380000 51.713800 11.428500 15.922800 16.388100 2056 33.453600 53.480900 63.793900 13.287400 17.947200 26.098400 2057 21.059400 49.256600 73.863900 11.607700 15.372900 36.404400 2058 26.329700 51.504700 81.352800 14.701000 18.010800 46.087000 2059 30.699500 71.644300 89.558400 22.161300 33.908600 59.971900 2060 50.496800 74.690700 89.558800 30.997100 40.655300 60.288300 2061 87.133500 86.701600 95.332200 70.066900 71.155200 71.636300 2062 39.346100 26.500700 25.374300 8.5549900 6.7920900 3.7688400 2063 43.339300 24.893000 28.231100 10.237200 7.3550300 4.4943000 2064 51.659500 67.884000 26.367600 20.297900 29.500700 6.2541700 2065 74.244800 91.395500 30.096400 45.599600 63.346000 10.133700 2066 83.109000 94.506300 36.020800 57.172700 72.726300 12.693000 2067 19.519700 22.154500 25.791800 3.1355900 3.4247500 3.7816300 2068 46.312900 25.278800 81.584600 18.970800 12.299300 45.376200 2069 49.472000 33.761300 92.336800 24.165500 16.835400 62.205600 2070 18.220900 10.543400 37.901600 3.2460000 2.3222700 7.6769400 2071 36.628200 10.592200 38.189100 7.6718000 4.5072400 7.7997000 2072 43.131500 38.853200 42.238400 12.215300 11.590700 10.297300 2073 44.543700 43.507900 48.161000 13.948000 13.995500 13.726000 2074 45.432700 48.129300 53.534200 15.593600 16.602300 17.452200 2075 19.620700 32.946600 37.864200 4.5808200 6.2277300 8.0894400 2076 21.229800 33.143700 76.925000 10.488300 9.6274800 39.433400 2077 23.842300 74.542200 83.201100 19.600200 34.784300 50.572900 2078 8.8026200 40.576700 44.527100 4.6317600 8.4017300 11.541800 2079 13.579200 68.169100 55.990100 11.128000 25.387200 20.687200 2080 11.033200 76.681100 57.081200 13.303200 33.055600 22.391100 2081 10.979600 84.945700 64.964200 17.173300 42.720900 30.211700 2082 17.965200 85.419200 79.437300 21.099800 45.366100 46.694100 2083 44.666000 94.841700 84.204300 33.594200 62.113100 54.716900 2084 57.000100 100.00000 84.580200 42.869500 73.250900 56.133700 2085 0.0000000 0.0000000 0.0000000 0.0000000 0.0000000 0.0000000 2086 5.3039200 9.4249400 8.3709500 0.6953160 0.8942350 0.7731620 2087 55.950300 6.4732600 21.462700 16.101600 8.3350800 2.5987400 2088 77.159500 12.857300 21.398400 34.409300 17.775600 2.6416900 2089 83.555200 11.707800 27.760400 42.075600 21.481700 4.1571600 2090 86.969100 53.917200 32.296500 50.358000 36.143600 6.9495000 2091 89.958900 57.034400 59.618200 57.764600 41.585600 22.664700 2092 92.477800 65.001200 65.986100 64.035400 49.431500 29.038300 2093 48.100000 33.417200 33.355000 13.394800 10.656700 6.3553900 2094 48.013900 33.982700 41.426000 14.000200 11.140600 9.7278200 2095 51.235700 33.590700 59.135000 17.745300 13.049800 21.101900 2096 74.252900 47.227600 92.625500 44.665700 31.208700 63.262900 2097 72.138300 35.369200 71.223300 35.844400 22.576900 32.773400 2098 83.328600 67.672800 71.565500 53.350900 46.042300 35.110100 2099 88.256000 71.084400 78.765800 62.147100 52.957000 44.146800 2100 93.274100 78.687000 85.109800 73.036900 64.657700 53.822600 2101 56.262300 16.052900 9.9182400 16.246100 9.0988300 0.9872220 2102 56.228800 23.805500 16.954200 16.728300 10.342200 2.0100400 2103 87.305100 23.095700 17.177800 46.924400 25.106000 2.0308500 2104 100.00000 51.628100 17.162000 68.867500 44.136600 3.1127700 2105 45.329100 81.664000 10.676400 20.401400 40.759700 4.9693900 2106 49.983400 80.837000 23.086000 22.846300 41.218900 6.8430600 2107 60.304300 94.047700 90.087700 44.104000 66.460900 63.700200 2108 6.2698700 19.338300 25.670700 1.5846100 2.2841200 3.7009800 2109 8.0731100 17.600300 33.228300 2.0527800 2.3430500 5.9508600 2110 6.7626500 17.837700 39.455400 2.4130100 2.5823200 8.4397000 2111 7.4926600 35.740900 43.543400 3.9571800 6.6586700 10.840600 2112 24.115800 38.643600 46.264700 6.6518700 8.8189500 12.416600 2113 50.700800 69.503700 64.594800 24.049700 32.804100 28.106700 2114 59.899800 92.081900 77.562500 39.747500 61.745900 45.211500 2115 15.834900 21.210800 17.535300 2.2602200 2.8366600 2.0529900 2116 26.966000 27.420000 18.144600 4.5841800 4.9825700 2.2863800 2117 0.0000000 0.0000000 0.0000000 0.0000000 0.0000000 0.0000000 2118 3.8764000 24.816700 7.3749500 1.1661700 2.8242800 0.9137350 2119 15.359700 93.100500 10.549000 16.261800 50.817200 6.5513000 2120 34.473200 86.948600 30.431100 18.674500 45.222400 9.5966000 2121 58.189300 94.733000 31.284500 33.420300 61.277400 11.029100 2122 71.852000 95.720200 32.478200 45.143600 68.264800 11.586000 2123 76.258600 97.984600 62.861700 53.875800 75.675400 30.223600 2124 13.464900 19.567900 6.2196600 1.6726000 2.3137500 0.7169630 2125 30.186200 38.306000 6.9878200 6.0366100 8.2593900 1.2822200 2126 37.292300 54.924200 8.8810900 10.508900 16.943600 2.2978100 2127 67.350200 71.085900 33.160000 32.690500 37.947300 8.6322800 2128 72.994300 74.327600 42.008400 39.467800 43.860100 12.670400 2129 93.437900 75.829800 58.014100 66.963400 58.778800 23.030600 2130 37.515100 64.722300 37.035700 13.683000 24.175200 9.5216500 2131 39.047900 71.848800 38.861100 16.120000 30.394300 10.954600 2132 37.991600 70.496400 58.059900 17.475400 30.211800 22.513900 2133 39.515900 90.999000 76.327500 27.953200 54.677200 43.495800 2134 24.940500 58.587700 56.594800 10.922600 19.317000 20.358700 2135 25.965600 94.537800 59.159500 22.182200 55.725400 26.462100 2136 29.877300 94.851800 67.196900 24.574400 57.387500 33.850000 2137 9.6277900 52.135300 41.985000 6.0070900 13.516400 10.830700 2138 17.808200 56.856900 59.617500 9.7855300 17.860700 22.651700 2139 10.632000 5.6930500 30.871200 1.7951100 1.2787200 5.0364400 2140 5.4801300 7.1054100 32.770600 1.5442600 1.2450700 5.6794200 2141 15.224800 7.6822600 73.406000 7.6405800 4.6909800 34.719100 2142 21.801900 7.1875900 95.425500 14.434500 8.4683500 67.150700 2143 12.155300 96.986300 30.839000 18.278700 56.605600 11.252400 2144 7.8213800 95.876100 50.809400 19.132700 55.773000 20.548500 2145 8.7388200 56.912400 34.452800 6.1706200 15.900800 7.9133600 2146 5.8651200 60.354400 49.094900 7.9019000 18.750600 15.312200 2147 30.143100 45.364600 42.622200 8.4822400 11.930900 10.774800 2148 49.717900 55.175400 41.483900 17.590100 20.676200 10.779800 2149 50.875800 60.295300 47.581900 19.762900 24.545600 14.397000 2150 58.049000 62.618600 55.949900 25.699600 28.926600 20.177100 2151 63.943000 68.024000 64.757100 32.634800 35.983700 28.122100 2152 63.529700 76.095700 70.104200 35.422500 43.625900 34.356100 2153 67.653500 75.761700 76.538400 40.098300 45.755700 41.791400 2154 75.538900 88.783400 76.265800 51.914300 64.021400 43.095300 2155 88.899500 90.362900 77.316700 68.885300 74.139100 44.641400 2156 88.714100 95.184000 84.544300 72.357600 81.629100 55.270500 2157 90.206400 94.434500 94.207300 76.920600 83.188200 70.773400 2158 3.3270500 30.698200 27.208600 2.1032000 4.4468000 4.3550200 2159 7.3569800 37.861300 29.361800 3.1248300 6.7524800 5.2065600 2160 32.858200 55.864300 44.964700 11.065100 17.836000 12.602800 2161 48.316500 60.075000 55.622900 19.303800 24.268800 19.733600 2162 8.3503800 13.372500 4.8367700 0.9631210 1.3150800 0.5160040 2163 18.763500 12.451900 5.6759800 2.0984400 1.7991300 0.5753870 2164 23.327400 8.2423900 5.3641200 2.7773700 1.8438400 0.5114330 2165 48.954400 25.222500 6.2134600 12.308400 8.3783700 0.8254190 2166 58.395900 69.349200 12.323000 24.442800 32.542800 3.8037900 2167 83.284200 74.425600 9.4812400 49.347800 48.682600 4.0163700 2168 85.831500 82.484900 13.379900 55.105900 58.637300 5.3815000 2169 85.274800 89.917000 13.286700 57.043800 67.270100 6.3821600 2170 90.964500 90.185100 13.245600 64.856300 71.415500 6.4165500 2171 53.275100 49.284000 19.133000 17.400600 17.769300 3.3128200 2172 57.360800 50.677400 43.103200 21.625900 20.562100 11.302200 2173 59.915600 56.525600 61.382900 26.611300 25.996200 24.131900 2174 66.814900 70.541700 96.007000 43.286000 43.643400 70.969100 2175 57.194100 22.068200 45.534300 18.992100 11.332400 11.540300 2176 80.296700 21.661600 64.718700 42.385400 22.997200 25.739300 2177 46.284800 13.246600 80.180600 18.095800 10.347600 43.261500 2178 45.256500 10.807100 89.132900 19.910500 11.239000 56.442000 2179 81.775000 8.2625900 92.577500 50.243300 26.095400 62.144100 2180 36.485300 29.658300 38.568200 8.5232100 7.4462800 8.2947900 2181 36.787500 33.979700 40.722700 9.1404400 8.7415800 9.3943600 2182 57.379600 34.326900 69.213900 23.300200 16.101500 30.564400 2183 77.021400 80.527900 70.701800 49.463700 54.449000 35.519100 2184 90.736300 90.919700 71.413800 70.412900 75.418200 37.707800 2185 56.082300 24.295300 8.1803600 16.471500 10.278300 0.9702800 2186 83.984800 27.669600 31.397600 43.514500 24.249500 5.5261600 2187 83.129700 63.521600 52.734900 49.141600 40.998300 17.935400 2188 78.760700 71.760000 53.114700 46.031000 45.172500 18.950000 2189 78.329400 76.093600 57.652200 47.352400 49.336100 22.772300 2190 55.502100 68.479800 41.833000 23.790300 31.719200 12.001600 2191 57.009100 78.706500 45.947400 27.971300 41.932800 15.221600 2192 60.386200 96.407100 49.106400 37.171500 65.302500 19.557500 2193 48.423300 65.249900 57.054200 20.651000 28.114600 21.241200 2194 48.495800 72.904000 59.909900 22.999500 34.784400 24.269100 2195 49.523300 91.624600 61.050200 29.921800 56.132600 27.603900 2196 85.087700 93.220500 61.654400 61.970400 73.779600 28.374100 2197 64.744900 60.492000 59.705100 30.812100 30.222600 22.988700 2198 71.425000 65.425700 62.857300 38.262400 36.972900 26.129400 2199 86.490900 67.452500 63.280200 55.815300 46.985100 26.693800 2200 68.642000 51.671600 55.334400 31.956000 26.200800 18.952200 2201 72.702200 54.685000 71.291400 38.891600 31.250200 33.794400 2202 77.814100 57.541700 83.243500 47.441100 37.144400 49.136700 2203 41.086800 27.969700 38.998200 10.167400 7.9232700 8.4374200 2204 41.136900 32.707700 38.281300 10.480400 9.0794900 8.2594600 2205 62.239900 43.344700 62.036500 26.472100 20.251800 23.956900 2206 65.139800 56.336900 70.257500 32.157900 28.752600 32.772000 2207 73.962600 78.394100 88.296000 49.800400 53.023700 58.678500 2208 74.827200 79.926300 94.417300 53.001400 56.117400 69.128100 2209 12.800700 64.192500 16.570700 7.1796000 20.554800 3.9172500 2210 82.265500 71.395900 18.934200 47.512800 45.428700 4.9695600 2211 95.135400 81.176100 26.881600 68.334200 63.951100 7.8130800 2212 93.551500 93.479600 37.112500 71.043100 78.336200 12.969700 2213 37.196100 37.187000 16.903200 8.2970500 9.0690100 2.3818900 2214 50.839000 44.462000 39.742800 16.467600 15.513500 9.3612400 2215 28.650300 25.572700 35.489300 5.7159300 5.2767900 6.9323900 2216 47.558400 23.754200 39.517500 12.902000 8.5426600 8.5718500 2217 50.927700 19.041200 36.264400 14.221700 8.5207500 7.1116800 2218 72.919700 15.453500 36.955900 30.934300 16.363100 7.3377600 2219 93.135500 12.317400 36.401400 55.659300 28.260500 7.0772100 2220 94.237000 11.220500 52.629200 58.848100 29.871000 15.764500 2221 94.545800 21.620100 62.162800 61.038700 32.145300 23.391800 2222 4.8417100 7.9243900 18.149000 0.8517230 0.8977760 1.9908700 2223 5.4441400 24.978000 20.948300 1.6159100 3.0980900 2.7458600 2224 6.4866300 35.825800 18.948100 2.4264900 5.8116900 2.6757500 2225 8.0488300 67.102800 25.545100 7.7512700 22.780000 5.9724200 2226 62.768900 92.526000 25.982100 35.584700 59.699800 9.1440100 2227 84.437000 96.117400 27.084200 58.978900 75.547800 10.004100 2228 91.355300 94.655600 25.946600 67.640800 78.016800 9.4682600 2229 97.533500 93.414600 28.515800 76.672700 80.989600 9.9716600 2230 40.100800 45.843200 6.3654000 10.149000 12.800900 1.5615100 2231 51.683700 60.405100 7.8295400 18.122300 23.633800 2.5943400 2232 63.517400 66.607600 49.920000 29.869200 33.485100 16.343100 2233 71.633000 73.506100 66.829600 41.161400 44.293800 30.677800 2234 82.042000 76.350600 74.889200 54.778500 53.450900 39.838600 2235 86.675500 80.032600 74.530800 61.653100 60.060600 39.835500 2236 20.732900 8.1132400 8.8055600 2.3572200 1.6337600 0.8010260 2237 22.921500 9.4828500 14.100500 2.8820600 1.9837700 1.3943100 2238 27.969600 3.6897500 23.790800 4.1622000 2.3029800 3.0833300 2239 30.212800 18.099800 57.988800 8.0897500 5.5688100 19.817200 2240 29.957800 27.743800 78.137600 12.260300 9.3697500 40.824700 2241 33.663500 62.533900 78.459900 17.964900 25.388200 42.983000 2242 40.998500 72.711700 91.413500 26.466200 36.892500 63.140800 2243 46.562000 60.471800 76.654400 22.226200 26.230300 40.522300 2244 44.451800 64.981200 71.801900 21.153500 28.384400 35.137100 2245 53.720300 77.019800 72.160000 29.264600 41.407700 36.729900 2246 57.397100 85.650500 78.285500 35.749800 52.796100 45.216300 2247 75.049300 95.689100 83.725400 55.970400 74.161400 54.157100 2248 82.682200 95.670500 91.471300 66.723500 79.606000 66.256000 2249 29.787400 14.357400 4.4728700 4.3849700 3.0869900 0.4962210 2250 40.061000 9.0116600 22.801700 8.0262700 4.5085400 2.9012600 2251 39.562800 19.360800 44.259300 9.5542900 6.3126700 10.804400 2252 47.060400 25.643800 58.350800 14.848200 9.9750600 20.247700 2253 56.291100 31.144400 93.053900 28.223200 18.243900 63.358300 2254 38.502600 22.952000 63.718900 11.828700 8.1211500 24.828200 2255 38.618300 27.518400 79.908800 15.407700 10.910200 43.146000 2256 40.482000 26.657700 97.977900 21.281100 14.056000 72.151100 2257 13.143800 19.480600 90.827400 12.153000 8.2943100 59.321600 2258 9.7748300 58.986600 93.447000 16.936100 23.136200 65.418200 2259 15.623000 65.469400 92.348400 18.558500 27.833000 64.039900 2260 23.670600 63.072400 92.250600 19.283100 26.660700 63.671800 2261 63.996200 72.563800 93.989500 40.833200 43.916600 67.554200 2262 79.142300 79.516800 94.495300 57.561400 57.994400 69.217500 2263 93.680200 90.823900 95.587400 80.964200 81.001800 72.687400 2264 51.727400 50.465100 64.690600 20.864400 20.313000 26.756700 2265 54.291400 56.401300 69.697500 24.275400 24.894800 32.174200 2266 31.359000 31.555100 54.724000 8.7311300 8.0874100 17.624500 2267 56.110400 42.146800 63.758300 22.279800 17.800700 25.462200 2268 56.838100 63.180400 64.822200 26.356500 29.703100 27.763700 2269 11.502600 4.9623600 0.0000000 0.9641210 0.7576970 0.0373032 2270 13.619400 8.4734400 5.9140800 1.3383300 1.1492600 0.5598650 2271 12.866200 11.339500 5.2120600 1.3138500 1.3267500 0.5257470 2272 46.445800 31.018800 22.961100 11.844400 9.3001100 3.3200600 2273 57.308900 35.752200 34.936200 19.143200 14.087000 7.0121500 2274 77.696200 43.582700 78.581000 44.043500 29.243700 41.954600 2275 65.865800 37.182500 64.996100 29.197000 19.701800 26.425200 2276 82.370400 50.720900 66.069900 47.853500 33.736400 28.100500 2277 83.770800 63.789200 65.447000 51.868400 42.656800 28.412000 2278 82.930000 86.220200 82.151700 60.749800 65.767900 50.502400 2279 95.966600 86.998700 92.037300 81.914500 77.219000 65.908700 2280 95.095300 86.848400 99.560600 82.962400 77.771800 79.575700 2281 17.205700 6.0627400 17.809900 1.9812100 1.3478000 1.9201000 2282 19.495500 1.7677000 22.132200 2.3804900 1.3114400 2.7025500 2283 78.858200 60.216400 23.815100 41.155600 34.904000 4.9854200 2284 12.631300 40.977900 7.3183900 3.1977200 7.6792800 1.4174100 2285 11.170100 50.422500 6.0609400 4.2702500 11.767900 1.7820100 2286 86.631900 55.926700 10.252200 49.435800 36.623500 2.4951300 2287 66.961500 5.6708100 20.921200 24.335500 12.343100 2.4839000 2288 92.985400 8.9047100 79.282100 61.631300 31.457900 42.022100 2289 92.594000 20.420600 92.644100 65.060500 34.516300 62.406100 2290 39.648600 4.9775600 45.727600 9.3240300 5.0374600 11.445100 2291 50.699900 10.343700 48.784600 14.936600 8.1457400 13.267300 2292 75.826600 12.519100 93.733000 44.021700 23.353000 64.185600 2293 90.618600 71.657900 93.359000 69.556400 57.352600 66.359300 2294 40.540500 49.875000 33.721900 11.860900 15.346400 7.2045000 2295 48.543400 73.041000 42.074800 20.959200 33.721400 12.568200 2296 56.018500 80.268700 53.564800 28.669100 43.752800 20.204900 2297 58.566000 88.375100 53.208800 33.128000 54.015200 21.019900 2298 64.643800 94.349200 71.074700 42.923200 65.875400 37.860100 2299 13.505700 29.064600 7.9230600 2.2332700 4.1251200 1.0613000 2300 6.9222000 27.983100 4.5479100 1.5376000 3.5666800 0.7506410 2301 62.480200 29.842000 24.493700 21.812000 13.963000 3.6386100 2302 72.165600 28.207900 31.561600 30.470300 17.928600 5.5940100 2303 79.092200 26.538400 55.062400 39.821800 22.396200 17.739400 2304 93.043500 43.764700 73.424600 62.671500 38.392700 35.610800 2305 23.178000 14.386500 19.485800 3.2143700 2.5383700 2.2891400 2306 35.612000 25.585800 18.528700 6.9058100 5.7996200 2.3089700 2307 40.548300 29.596100 15.644700 8.8901400 7.5242500 1.9490000 2308 40.957700 27.843900 32.136100 9.6294700 7.5965800 5.7757100 2309 43.060700 75.884300 55.609800 20.628800 35.976900 21.182000 2310 49.364000 80.481200 64.220300 26.372400 42.940200 28.941700 2311 85.132600 37.374600 30.759300 45.712500 27.595600 5.6188800 2312 83.526500 80.657400 29.655900 52.198100 55.533100 8.5407300 2313 81.574800 86.170100 43.194900 52.671700 61.231100 14.695800 2314 76.096400 80.581900 62.643100 47.051200 53.196900 27.505100 2315 94.093300 87.555100 77.890600 75.459900 74.329800 44.969400 2316 56.387400 52.269600 48.593900 21.776200 21.395700 14.454600 2317 69.400100 57.904200 68.537200 35.808900 31.353500 31.056300 2318 73.208700 86.685200 81.149200 49.907700 60.891300 49.175400 2319 78.259700 92.793600 84.635300 58.448600 71.922000 55.027000 2320 28.439200 33.280400 31.503500 5.9540100 6.9499900 5.7194200 2321 37.455000 43.088000 32.148300 9.6877500 11.646900 6.3102800 2322 43.630000 47.759600 60.766400 15.727200 16.598600 23.067600 2323 49.512000 52.960500 60.969100 19.423000 20.686200 23.541200 2324 38.641100 43.334900 44.922400 11.147500 12.529600 11.874600 2325 39.012800 83.712700 52.353700 21.025000 43.245500 19.798000 2326 48.898000 94.450100 54.805800 29.847200 59.347100 23.073000 2327 27.777100 80.151000 30.203500 14.494500 36.500300 8.6476100 2328 27.634300 80.542900 60.363800 17.602400 38.628500 25.508600 2329 39.379500 85.065700 65.671500 23.594300 46.013700 30.907900 2330 9.0185100 25.552500 33.289400 2.5128300 3.6842700 6.1194700 2331 7.2598200 23.524300 51.413400 3.8940500 4.1629800 15.127000 2332 9.4566200 24.968700 59.265200 5.1834100 5.1116100 20.977300 2333 8.6854200 27.483900 69.779800 7.0592400 6.6194200 30.969600 2334 49.322900 37.148700 85.299500 22.372600 16.679800 51.067900 2335 56.838800 42.551400 92.688800 29.564800 22.057500 63.145400 2336 15.925400 16.029800 28.840900 2.5149800 2.3835700 4.5152200 2337 18.119100 23.995400 36.999800 3.6802700 4.0234100 7.4988100 2338 16.606700 28.370200 37.640700 3.7842000 4.8483300 7.8654400 2339 64.770300 40.817500 36.987400 25.337800 18.626100 8.0127500 2340 61.335400 17.156600 5.5715600 19.766500 10.943200 0.6250650 2341 86.770400 19.669600 6.4047600 45.830100 24.075800 0.7340000 2342 89.516900 38.541100 54.810100 53.880200 32.128000 17.925200 2343 64.583100 52.118400 42.306400 27.129000 23.914000 10.987500 2344 63.962800 69.618000 56.249100 31.741600 36.575500 21.019300 2345 72.007200 71.991000 59.528200 39.917400 42.406800 23.857000 2346 95.343700 75.556600 78.651600 73.639100 62.143100 44.462800 2347 42.166200 7.8344100 12.780000 8.5599400 4.6782000 1.2152800 2348 47.119600 8.1168600 7.9527400 10.755700 5.7693800 0.7273600 2349 43.907000 31.193400 6.7447400 10.256300 8.5232800 1.0216900 2350 43.874400 57.258600 7.9745400 13.546200 19.637500 2.3771800 2351 45.980300 66.984900 9.6555900 16.584900 27.012700 3.3030400 2352 58.907100 86.197200 11.063400 29.857600 49.893700 5.6008600 2353 71.125500 85.759400 40.351800 41.128700 55.104200 13.258700 2354 19.822900 38.257700 3.8664000 3.7951900 7.1377700 1.0187000 2355 23.463300 63.262700 40.796000 9.8360900 21.380600 11.050300 2356 17.054400 66.170900 34.214400 8.9357400 22.771400 8.5527100 2357 14.121700 79.120200 34.206500 12.058000 34.387400 9.8790000 2358 15.266100 94.571000 70.011200 22.233800 55.936300 36.736400 2359 9.9495200 95.014300 76.228900 23.164600 57.034000 43.995600 2360 12.002900 95.869400 84.714600 25.779000 59.534600 55.632100 2361 40.417000 78.848300 45.314600 19.220800 37.743800 14.888400 2362 67.310000 79.761700 44.260900 36.009700 46.824800 14.429800 2363 78.568000 91.842300 55.667500 52.742700 67.561000 23.304400 2364 27.711300 22.742000 5.8128000 4.2300000 4.0065000 0.7398830 2365 26.510700 49.716300 6.4885800 6.5354300 12.579100 1.7771600 2366 26.673100 75.272600 9.0941100 12.049000 31.002300 4.0708800 2367 41.424400 83.209800 25.727300 19.660400 41.912200 7.7674900 2368 41.470600 87.486200 81.104700 28.521200 51.198600 49.225400 2369 35.671800 36.772800 41.218300 9.0544000 9.4313000 9.7243700 2370 49.213500 38.699400 75.093500 20.000100 15.762600 37.373000 2371 61.425600 43.303200 75.247200 28.327500 21.346500 37.753400 2372 55.999700 60.298200 67.243500 25.636700 27.659700 29.907000 2373 56.993400 63.979400 77.906900 29.246100 31.832600 42.387200 2374 80.073700 73.754500 90.682700 55.757900 52.123000 62.030500 2375 95.275100 80.067100 92.111000 78.509300 68.752100 65.137900 2376 47.605500 37.700700 38.934800 13.929300 12.077500 8.7132600 2377 76.894900 50.512400 38.197300 38.136200 28.589000 9.0003600 2378 92.613800 60.834100 40.696400 60.136300 44.691600 10.810700 2379 92.048000 73.267800 41.562000 62.320700 54.267900 12.341600 2380 95.191300 86.622300 55.495200 72.776100 71.710400 22.422300 2381 72.444500 66.752500 43.352100 37.104700 37.093400 12.603200 2382 71.845500 82.339400 60.480200 42.981400 52.816200 25.830000 2383 26.895100 29.267600 23.607300 4.8871000 5.5065200 3.4164700 2384 39.106600 30.530200 48.440300 10.449800 8.6503800 13.415900 2385 71.501600 40.390500 54.741400 33.035300 22.422900 17.948900 2386 86.478000 51.015900 60.239100 52.121600 35.894100 22.800600 2387 92.698800 61.672700 69.741300 64.333600 47.561100 32.608000 2388 96.556900 61.741500 83.599800 73.363100 52.294700 49.962600 2389 50.429200 11.090800 38.749400 13.867000 7.5980000 8.0455900 2390 68.181500 18.712100 40.457500 26.894300 14.748200 8.9095100 2391 70.566300 29.222500 39.264100 29.547000 17.716000 8.5880500 2392 57.484100 14.150300 58.548500 20.448700 11.258800 20.212900 2393 84.481600 11.616200 85.782500 51.680500 26.871800 51.232100 2394 85.885400 29.784500 87.840300 54.899800 30.970700 54.722300 2395 24.549800 22.092200 26.741600 4.0875100 3.8885800 4.0274400 2396 22.663400 23.018800 37.398600 4.4103300 4.2343700 7.6426900 2397 19.699700 34.684300 51.015700 6.0008500 7.4527300 15.163600 2398 19.142700 46.946500 51.128000 7.2867100 12.015800 15.754900 2399 15.787400 51.346000 57.944600 8.3421000 14.451800 20.937200 2400 11.571200 71.485600 68.044200 13.679100 29.210500 31.701700 2401 9.8597100 82.089400 81.278700 19.500200 41.337200 48.749500 2402 28.854200 79.454200 68.405500 18.915400 38.390700 32.945100 2403 26.801800 96.050700 82.012900 27.511900 60.557900 51.780600 2404 8.1550500 40.856300 38.428300 4.0875600 8.1805100 8.6187200 2405 8.6166500 47.641800 43.361900 5.3828800 11.289600 11.265600 2406 29.201300 46.640800 92.931400 17.902800 17.804600 63.758700 2407 23.219900 25.494200 46.599300 5.4638900 5.2140900 12.207800 2408 27.001100 30.668200 62.341200 8.6568600 7.9429800 23.761100 2409 34.045200 40.926900 62.018500 11.460000 12.049500 23.834400 2410 76.845400 52.699800 61.442600 41.082300 31.237700 23.935300 2411 25.689800 19.294400 13.370000 3.7401300 3.3082100 1.4196200 2412 33.646300 21.304800 10.120900 5.8445000 4.6019300 1.0900900 2413 53.838000 36.648600 5.6760600 15.939900 12.666700 1.1095700 2414 61.143000 37.995400 7.6929400 21.035700 15.557900 1.3287100 2415 69.903300 36.527200 8.4141400 28.186600 18.668600 1.3352600 2416 70.405700 59.775300 14.728600 32.088900 30.162700 3.2981200 2417 79.118700 59.896500 9.8382700 40.987100 34.606300 2.7366700 2418 79.549500 94.735100 7.7565400 51.945600 70.340800 6.5512900 2419 95.136400 96.143100 8.9784600 73.405400 82.641100 6.8850600 2420 53.678100 55.215000 4.6763600 18.282800 20.912200 1.9611700 2421 55.266800 56.679900 84.764000 28.363700 27.324100 51.288900 2422 55.555600 63.154300 93.156300 32.242000 33.116000 65.235100 2423 57.410200 73.016300 93.978800 36.106500 41.940900 67.581800 2424 6.0957200 13.635000 40.169000 2.2784800 2.1012200 8.7078000 2425 5.6929000 8.2970200 67.800600 5.6959400 3.6819300 28.604400 2426 25.021700 13.812800 86.748000 12.620700 7.8336200 52.725200 2427 22.189500 14.495600 59.285700 6.3576600 4.3585900 20.818700 2428 40.334700 16.196000 59.739600 11.610300 7.1161600 21.217200 2429 46.038700 18.660200 72.712600 16.498900 9.9776600 34.041800 2430 64.048500 23.114600 81.504600 30.119800 17.443300 45.220000 2431 74.871900 69.492900 82.813800 46.786400 44.297600 49.510800 2432 80.225100 73.489500 82.453600 53.598300 50.671100 49.399600 2433 87.710000 78.253000 85.174700 65.034600 60.334800 53.868800 2434 93.741700 89.482300 88.797600 78.463000 78.111900 60.922100 2435 53.267500 11.226100 15.651900 14.350700 7.7551400 1.6257700 2436 69.796100 14.847300 17.944500 26.982900 14.284200 2.0244100 2437 73.259100 25.920800 17.579700 30.794200 17.620500 2.1565900 2438 83.105100 46.418700 20.030200 43.729200 29.584000 3.3251800 2439 58.617100 38.063500 22.781500 19.617000 14.909700 3.5158200 2440 64.798200 50.777300 23.579200 25.909900 22.616500 4.3011600 2441 79.827600 54.955900 27.033500 41.425700 32.230900 5.4175700 2442 84.065900 67.948500 34.191900 49.588500 44.006400 8.7043900 2443 56.896000 46.355800 58.502600 22.501400 19.356300 21.110700 2444 83.818900 45.930900 70.356100 49.746200 32.771100 32.266200 2445 26.103400 18.295900 78.997300 11.032300 7.3513000 41.754400 2446 25.500500 33.293000 84.028000 13.056500 11.064500 49.061400 2447 44.343400 40.738700 85.075700 20.226100 16.690200 50.876100 2448 46.291400 40.139300 94.400800 23.800500 18.476400 66.031400 2449 49.909800 56.197100 96.839200 28.727200 27.536600 71.318200 2450 53.767400 81.578600 95.334700 36.759500 49.670400 70.970900 2451 18.218500 65.371600 65.306200 12.494500 24.278400 28.410200 2452 16.796600 77.433800 79.335100 18.317100 36.495800 45.570100 2453 25.138800 83.371800 91.623700 24.946600 45.479500 64.724600 2454 45.850700 87.050500 93.344200 33.721200 53.568700 68.162200 2455 71.579500 86.776400 92.796800 51.578000 62.063700 67.177500 2456 78.268900 93.341600 96.721700 62.277600 74.735400 75.146700 2457 20.260400 30.062600 26.722400 3.7794900 5.1354900 4.2069200 2458 27.259400 53.818700 26.599600 7.9279100 15.173900 5.2285100 2459 34.678800 59.552200 25.077700 10.945100 19.650100 5.2364100 2460 33.442300 59.989400 60.044900 13.868600 21.592700 23.235500 2461 38.033700 61.609000 65.828800 16.674500 23.993200 28.605900 2462 47.282100 61.846700 71.326400 21.735600 26.708800 34.348700 2463 47.056400 82.427900 74.417700 27.757600 45.603000 39.995800 2464 53.179100 91.811500 80.761700 35.973500 59.635600 49.385800 2465 52.733800 95.130500 89.290600 39.344800 65.407600 62.577700 2466 61.677300 59.149600 46.110800 26.451300 27.178500 13.465900 2467 66.625600 69.311400 45.681000 32.624300 36.690800 14.080400 2468 92.700300 71.536500 59.770500 64.941700 54.388200 24.013400 2469 48.752400 39.735700 28.832400 14.069500 12.697100 5.1224300 2470 52.124600 47.070100 35.155800 17.197900 16.830300 7.5831800 2471 77.850100 48.785700 45.790800 39.590000 28.622200 12.624600 2472 80.554800 67.540700 76.573100 51.054900 44.903900 41.010800 2473 80.634300 84.684900 93.258900 60.588100 64.372300 67.693900 2474 7.4987300 23.661900 24.542900 1.8314300 3.0035800 3.5027700 2475 10.485900 27.860400 47.564600 3.9722900 4.9130700 12.823200 2476 4.3182500 37.855800 51.020400 4.7134500 7.6759000 15.279800 2477 5.1910600 45.671700 51.877900 5.7721400 10.787600 16.187400 2478 52.300000 50.132100 54.879300 19.671100 19.463900 18.527600 2479 6.1169800 19.599200 11.522500 1.1365700 2.0606800 1.2067000 2480 4.1058500 16.218500 14.312300 0.9196330 1.5739800 1.4963700 2481 10.579600 14.510700 20.012100 1.5123600 1.7127900 2.3882300 2482 13.003900 17.094100 18.137800 1.7759400 2.0961000 2.0869000 2483 29.949300 39.181500 20.601100 6.3846700 8.7154000 3.1084700 2484 44.729000 47.417700 18.664400 12.602100 14.640200 3.1289300 2485 52.010000 62.432800 24.573000 19.189700 25.397400 5.3361400 2486 35.912400 70.031400 19.802000 13.491100 27.659900 4.9930600 2487 38.990200 88.725000 18.929100 20.400200 47.926600 7.0592800 2488 54.489100 88.797500 16.214900 28.010400 51.747200 6.6234700 2489 60.558200 64.060900 10.992500 24.717800 29.099100 3.1846600 2490 67.268000 63.696100 7.0487300 29.930900 31.431300 2.7912000 2491 93.158500 79.982200 39.711600 65.774600 61.654200 12.229400 2492 92.339800 85.954900 43.618800 66.907200 68.024400 14.883400 2493 48.438500 31.684300 16.838700 12.691100 9.8483500 2.1886100 2494 50.942600 70.668100 34.223600 21.025700 31.895400 8.9740700 2495 54.216200 75.117600 79.438400 30.618600 40.607200 45.449700 2496 14.667400 17.521400 58.776800 5.2705100 4.1240800 20.442400 2497 10.019100 34.243900 79.717700 9.8147100 9.6160700 43.083800 2498 11.819400 53.612700 80.711200 12.619600 17.953200 45.336800 2499 11.773600 76.034500 84.041900 18.501700 35.490000 51.949300 2500 9.7657900 73.575200 93.912800 20.470700 34.678800 67.524100 2501 13.450300 88.281300 96.057600 26.249800 51.264800 73.173400 2502 11.684400 96.365200 94.733500 28.888100 61.912800 72.019500 2503 21.036800 50.479700 65.338800 10.153000 15.052500 27.377000 2504 19.715500 50.564800 92.284200 16.315500 18.626900 62.862400 2505 27.172900 57.784400 92.587100 19.080200 23.513600 63.844300 2506 28.661700 5.4467700 34.259000 4.9234800 2.8221500 6.1985900 2507 34.624200 10.611900 45.604900 7.6549000 4.5516000 11.421300 2508 33.531600 7.7443700 51.811700 7.9289000 4.5599900 15.181500 2509 52.746500 24.844700 55.037300 17.432400 11.077700 17.682600 2510 65.168800 27.458700 69.555100 28.664600 17.252500 30.729500 2511 73.239700 36.757900 83.158100 39.767200 25.094600 47.923500 2512 81.747500 39.716400 85.068600 49.864800 30.968000 50.823300 2513 81.942500 51.596100 86.597700 52.062800 36.561600 53.721500 2514 23.337600 5.0608000 39.167600 4.0975000 2.4217400 8.1811800 2515 26.724800 5.5233000 59.182500 7.0571800 4.0818900 20.652100 2516 66.665400 13.273000 63.496200 28.191600 15.056300 24.475100 2517 81.486400 16.532900 75.352500 45.623500 24.128700 37.124500 2518 91.915200 12.226400 65.110000 57.253400 29.305800 25.978200 2519 96.931600 14.967000 73.115500 66.496600 34.215400 34.454000 2520 31.722600 6.2752100 7.0620600 4.7579200 2.7092000 0.6394110 2521 53.394800 10.666300 1.7875600 14.164100 7.6031300 0.2325850 2522 75.959700 12.193800 5.6178800 32.735400 16.868000 0.5678760 2523 83.293200 30.206800 7.5946600 42.019600 23.956100 1.0651400 2524 94.233400 30.355100 7.4588000 57.047000 31.388400 1.0579900 2525 94.730200 51.062200 7.6897800 60.112400 39.555300 1.9550600 2526 94.951800 62.705900 34.328400 63.568500 47.463500 8.3021400 2527 94.615100 71.351900 46.956600 66.156600 54.720000 14.999500 END_DATA CTI1 ORIGINATOR "Argyll targen" KEYWORD "DENSITY_EXTREME_VALUES" DENSITY_EXTREME_VALUES "8" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 8 BEGIN_DATA 0 100.0000 100.0000 100.0000 96.41600 99.99690 82.48800 1 0.000000 67.45460 100.0000 20.21840 30.18340 78.23010 2 100.0000 0.000000 69.46800 70.45640 35.13010 30.27950 3 0.000000 0.000000 70.02640 5.542030 3.166550 30.87730 4 100.0000 65.46120 0.000000 71.18840 52.87630 2.349460 5 0.000000 49.64810 0.000000 3.227580 10.91320 1.229660 6 100.0000 4.373660 4.349220 65.17320 32.35370 0.397234 7 3.095820 3.216760 3.448330 0.338157 0.353794 0.312873 END_DATA CTI1 ORIGINATOR "Argyll targen" CREATED "October 19, 2013" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DEVICE_COMBINATION_VALUES" DEVICE_COMBINATION_VALUES "9" KEYWORD "INDEX" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT INDEX RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 9 BEGIN_DATA 0 100.000 100.000 100.000 96.4160 99.9969 82.4880 1 0.00000 100.000 100.000 31.3944 67.9720 82.4880 2 100.000 0.00000 100.000 78.6094 39.7885 75.7040 3 0.00000 0.00000 100.000 13.5878 7.76364 75.7040 4 100.000 100.000 0.00000 82.8282 92.2333 6.78405 5 0.00000 100.000 0.00000 17.8066 60.2084 6.78405 6 100.000 0.00000 0.00000 65.0216 32.0249 0.00000 7 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 8 50.0000 50.0000 50.0000 17.7583 18.4178 15.1930 END_DATAdispcalGUI-1.7.1.6/dispcalGUI/ti1/d3-e4-s41-g121-m0-f2527-cRec709_Gamma22.ti1000644 000765 000000 00000603414 12261120515 024247 0ustar00svpwheel000000 000000 CTI1 ORIGINATOR "Argyll targen" KEYWORD "OFPS_PATCHES" OFPS_PATCHES "2280" CREATED "Wed Dec 18 02:44:24 2013" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "121" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.045781 100.000003 108.905751" DESCRIPTOR "Argyll Calibration Target chart information 1" KEYWORD "DARK_REGION_EMPHASIS" DARK_REGION_EMPHASIS "1.6" KEYWORD "ACCURATE_EXPECTED_VALUES" ACCURATE_EXPECTED_VALUES "true" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "41" KEYWORD "COLOR_REP" COLOR_REP "RGB" NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT 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52.57140000 1989 21.39400000 6.509340000 43.30120000 4.340740000 2.037430000 15.17970000 1990 45.05560000 10.58350000 89.32640000 21.48030000 9.827280000 74.57920000 1991 52.42170000 6.658650000 94.85170000 26.12590000 11.74980000 85.12080000 1992 71.55850000 26.72330000 92.39640000 36.88650000 20.17870000 81.45980000 1993 87.20630000 80.91870000 92.36810000 68.12250000 66.69250000 88.73850000 1994 63.72100000 29.97550000 40.48340000 20.30440000 13.93430000 14.56940000 1995 71.87270000 36.94510000 44.93090000 27.05550000 19.53110000 18.63030000 1996 74.54110000 51.62020000 57.18470000 35.24360000 29.95880000 31.60460000 1997 91.63530000 22.69530000 20.85030000 35.97550000 20.51500000 5.073850000 1998 93.70340000 34.69170000 25.19250000 40.09820000 25.74540000 7.419080000 1999 55.59190000 62.31000000 16.68870000 24.32400000 31.25620000 6.595870000 2000 63.01760000 62.15260000 12.46950000 27.68700000 32.90520000 5.864110000 2001 83.67820000 70.73490000 16.92840000 44.92980000 47.91160000 8.783670000 2002 67.74430000 9.060500000 19.75330000 18.20450000 9.596200000 3.565420000 2003 80.70010000 7.903460000 30.59740000 27.20290000 14.06970000 8.278390000 2004 80.11950000 7.334830000 44.92440000 28.54840000 14.52850000 17.58090000 2005 94.05680000 8.822840000 51.36280000 40.38130000 20.59090000 23.70410000 2006 94.33260000 61.18720000 75.42520000 58.11920000 46.86270000 56.86670000 2007 28.40530000 18.72820000 25.75140000 4.401230000 3.497090000 5.231240000 2008 29.70600000 64.88130000 24.06360000 17.45380000 29.40870000 8.881740000 2009 33.89650000 95.55230000 30.18230000 37.46750000 67.19740000 17.78520000 2010 75.88650000 94.28600000 93.27560000 69.38320000 80.62290000 93.08780000 2011 81.10330000 93.28250000 94.73630000 72.72990000 81.20120000 95.84530000 2012 20.95450000 17.60280000 22.41360000 2.783310000 2.520850000 3.868330000 2013 71.86630000 29.89880000 21.68680000 23.08130000 15.55780000 5.068420000 2014 80.60110000 31.38090000 35.40210000 30.29880000 19.55730000 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14.0797000 26.1786000 6.61340000 1794 29.3256000 79.1618000 17.0376000 24.4147000 43.8381000 9.50279000 1795 54.2771000 79.3854000 36.0210000 33.6938000 48.6497000 17.7058000 1796 70.0018000 93.1667000 38.3166000 51.1154000 71.3003000 22.5502000 1797 65.3618000 45.4222000 15.7163000 22.4778000 20.7856000 4.84207000 1798 66.6242000 53.3177000 11.0543000 25.5652000 26.2169000 4.82326000 1799 74.4380000 58.3425000 9.91253000 32.0806000 32.4198000 5.50274000 1800 92.6842000 17.9552000 4.59593000 35.7439000 19.8605000 2.29004000 1801 93.1818000 17.8920000 33.1280000 37.7152000 20.6879000 10.4923000 1802 84.4267000 12.2282000 28.4678000 29.7960000 15.9606000 7.74410000 1803 82.5339000 13.5670000 36.2963000 29.2580000 15.7346000 11.7486000 1804 83.8085000 12.8375000 64.0540000 34.8266000 17.9860000 36.4443000 1805 94.2447000 7.07365000 67.2048000 43.6505000 21.9752000 40.6545000 1806 30.0698000 10.1252000 58.3356000 8.80484000 4.45766000 28.7271000 1807 45.7553000 9.22033000 58.1319000 12.9731000 6.53911000 28.6927000 1808 53.4272000 8.05083000 78.6213000 20.9328000 9.96726000 55.7585000 1809 58.3967000 9.79058000 90.7917000 27.2205000 12.8745000 77.0323000 1810 30.6091000 13.8884000 29.8682000 5.06957000 3.37294000 7.25105000 1811 37.1871000 20.7249000 30.9019000 7.37165000 5.51795000 8.03468000 1812 52.1005000 43.5382000 32.5438000 16.8978000 16.9731000 10.5667000 1813 59.4743000 54.7901000 52.4270000 26.5023000 27.0279000 26.2597000 1814 59.1446000 54.4080000 58.6102000 27.3842000 27.1365000 32.4182000 1815 59.0399000 62.4869000 79.5122000 35.8845000 35.7496000 61.3542000 1816 63.1192000 62.7488000 92.7413000 42.4694000 38.8007000 84.9784000 1817 18.9603000 36.3681000 31.9791000 6.63207000 9.02172000 9.28358000 1818 16.8268000 35.3362000 35.2665000 6.49946000 8.57853000 10.9698000 1819 12.8579000 56.2300000 59.2388000 16.0889000 22.3147000 32.7601000 1820 11.9303000 58.7202000 67.3389000 18.8283000 24.9765000 42.7122000 1821 24.9750000 58.6003000 64.5321000 19.6585000 25.4093000 39.2530000 1822 25.5352000 71.2962000 66.6845000 26.1322000 37.4049000 43.8934000 1823 26.1294000 81.7183000 79.7352000 35.7518000 50.8012000 64.6214000 1824 11.1484000 6.08551000 23.1008000 1.45572000 0.92429700 4.22648000 1825 26.8774000 6.23485000 40.9777000 5.12858000 2.62538000 13.4642000 1826 33.6108000 11.2975000 46.2894000 7.51751000 4.14288000 17.5547000 1827 56.2089000 20.4128000 47.5280000 16.0787000 9.71611000 19.1793000 1828 66.5957000 30.1207000 51.5060000 23.2995000 15.4569000 23.3488000 1829 56.2147000 38.8920000 34.5935000 17.6367000 15.5362000 11.3485000 1830 73.3259000 50.0610000 36.8353000 30.1812000 26.7196000 14.1397000 1831 87.9378000 52.9806000 40.2273000 41.9223000 34.2157000 17.1170000 1832 22.1913000 13.1397000 13.8061000 2.52837000 2.09635000 1.87709000 1833 20.1590000 14.3698000 11.4588000 2.26108000 2.10535000 1.46439000 1834 49.6392000 14.3327000 84.7167000 21.7343000 10.7347000 65.9085000 1835 58.2598000 21.9446000 93.6071000 29.2602000 15.3874000 82.8514000 1836 91.1691000 46.1481000 93.2560000 55.2789000 36.2819000 84.8241000 1837 79.7912000 36.0520000 57.8355000 33.8832000 22.5299000 30.3644000 1838 80.4744000 38.9001000 65.8475000 36.7753000 24.7960000 39.8491000 1839 36.8518000 37.6005000 29.8337000 10.0920000 11.2449000 8.48992000 1840 42.8767000 40.3990000 28.1269000 12.3606000 13.4409000 8.02665000 1841 74.4823000 58.6026000 54.3966000 36.6733000 34.4279000 29.0272000 1842 79.7824000 66.7492000 59.5372000 44.8165000 43.8492000 35.7292000 1843 78.4835000 72.4777000 63.5296000 47.6862000 49.5280000 41.2280000 1844 83.8914000 59.3548000 47.2965000 42.2609000 37.9050000 23.0520000 1845 93.7919000 70.8834000 69.6406000 60.1212000 54.5266000 49.2550000 1846 98.5019000 94.6468000 93.9015000 87.0503000 89.9182000 94.7737000 1847 100.000000 100.000000 100.000000 95.0458000 99.9985000 108.896000 1848 73.9050000 62.3744000 47.0957000 36.6547000 36.9232000 22.9934000 1849 91.2416000 73.7475000 45.9911000 54.7184000 54.5506000 24.5606000 1850 52.6058000 31.4746000 20.0480000 13.3433000 11.0971000 4.58562000 1851 56.2145000 49.4321000 19.6878000 19.4351000 21.0377000 6.07682000 1852 61.0378000 54.8778000 28.6417000 24.2148000 26.2524000 10.1011000 1853 61.2914000 54.0820000 40.5096000 25.3059000 26.2339000 16.6406000 1854 70.9558000 52.1286000 42.8197000 30.1899000 27.6810000 18.2732000 1855 71.6139000 57.5598000 63.9730000 36.4577000 33.4677000 39.2488000 1856 74.5797000 59.7557000 78.4825000 43.0084000 37.7259000 59.7358000 1857 31.0032000 27.2934000 36.4789000 7.37065000 6.78563000 11.2819000 1858 40.6002000 40.1026000 35.1803000 12.2643000 13.2021000 11.5101000 1859 42.2850000 47.1807000 59.3036000 18.5200000 18.9259000 32.0489000 1860 47.9980000 56.7819000 72.0218000 26.7892000 27.7994000 49.1100000 1861 51.6752000 64.5145000 78.8935000 33.4080000 35.8457000 60.5235000 1862 32.8999000 50.0300000 64.2843000 18.0027000 19.8845000 37.9740000 1863 36.0255000 94.1985000 78.9395000 46.1925000 68.9350000 66.3085000 1864 22.2090000 43.2136000 38.4739000 9.47206000 12.9356000 13.5795000 1865 54.0686000 67.0405000 40.1883000 27.4353000 35.4680000 18.0956000 1866 62.4781000 68.0401000 39.6255000 31.7519000 38.4240000 18.0661000 1867 18.4478000 20.6538000 12.7081000 2.69826000 3.22737000 1.87672000 1868 26.9514000 19.5485000 24.1965000 4.43014000 3.86820000 5.02755000 1869 24.7801000 18.1392000 26.3501000 4.06774000 3.44489000 5.79048000 1870 23.2799000 91.7652000 31.2674000 32.6824000 60.3570000 17.4644000 1871 46.3625000 35.1652000 10.8623000 11.3368000 11.2074000 2.64597000 1872 65.1679000 34.0164000 14.4352000 19.4824000 15.0348000 3.60990000 1873 65.6925000 69.0144000 25.6290000 32.5320000 39.7026000 11.0039000 1874 7.40990000 43.0058000 21.5421000 6.49343000 11.4913000 5.48149000 1875 6.09575000 49.7189000 29.9706000 9.08550000 15.7552000 9.47685000 1876 6.00893000 75.6151000 44.7904000 22.2785000 39.3802000 22.4101000 1877 11.6744000 85.1385000 62.7494000 31.7099000 52.4855000 41.7199000 1878 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 1879 7.85453000 4.22282000 2.25909000 0.43779200 0.39556600 0.21864700 1880 21.3856000 5.99226000 92.6002000 16.8810000 7.21128000 79.9547000 1881 18.6003000 19.5597000 90.9761000 16.8883000 8.70986000 77.1228000 1882 57.3495000 49.2747000 92.0447000 34.2647000 26.9471000 81.7728000 1883 20.3226000 27.1167000 5.48011000 3.62329000 5.03128000 1.19499000 1884 37.3650000 32.7616000 7.43313000 8.00076000 8.76495000 1.88418000 1885 36.8587000 39.4844000 8.48125000 9.37926000 11.6819000 2.50088000 1886 36.4922000 62.9765000 29.3276000 18.4545000 28.1803000 11.0847000 1887 38.1308000 86.8505000 81.5981000 42.3237000 59.0674000 68.8896000 1888 16.5036000 38.5730000 49.2679000 9.10137000 10.7937000 21.2180000 1889 16.0842000 49.4721000 62.1780000 14.6127000 17.9187000 35.2855000 1890 22.0686000 48.8857000 75.7771000 18.5852000 19.2884000 53.3285000 1891 30.1098000 4.31483000 26.4542000 4.18995000 2.21966000 5.59003000 1892 74.2850000 11.2612000 34.5757000 23.2947000 12.4484000 10.4447000 1893 81.7913000 11.2239000 41.3868000 29.1823000 15.3872000 14.9418000 1894 88.3638000 31.5053000 57.0712000 39.2009000 23.9121000 29.5530000 1895 87.3505000 86.7379000 91.6913000 71.0780000 73.3849000 88.1153000 1896 86.2968000 95.8108000 92.0815000 76.9417000 86.1013000 91.0126000 1897 29.8790000 50.0998000 16.0930000 11.0830000 17.0781000 4.81321000 1898 42.8302000 74.3766000 19.8247000 25.2592000 40.1776000 9.50420000 1899 72.1008000 85.5131000 50.5255000 48.7694000 61.9246000 30.0949000 1900 72.2421000 93.2769000 50.9902000 54.3805000 72.8927000 32.3303000 1901 30.3350000 46.3522000 23.9345000 10.4339000 14.9331000 6.75166000 1902 42.1497000 55.1129000 37.8353000 17.7111000 22.9220000 14.6731000 1903 44.5618000 61.2896000 38.3876000 21.0271000 28.3057000 15.8824000 1904 45.4772000 74.7001000 41.2363000 28.2719000 41.7686000 19.9766000 1905 50.9302000 89.5632000 41.1327000 39.5767000 61.4487000 23.1085000 1906 47.7412000 79.8375000 62.9284000 35.8666000 49.6590000 41.1655000 1907 47.5899000 94.5411000 71.6840000 47.9341000 70.4532000 55.7565000 1908 34.1261000 56.5192000 55.5896000 18.7869000 23.9559000 29.1272000 1909 60.8769000 60.8491000 65.0334000 32.1775000 33.2356000 40.7146000 1910 93.9064000 64.4595000 66.8429000 56.3935000 48.0374000 44.5519000 1911 37.0231000 9.30151000 6.90890000 5.08579000 3.08662000 0.88327500 1912 41.9899000 3.80160000 11.9651000 6.41896000 3.43775000 1.58830000 1913 50.8243000 7.72621000 19.1565000 9.94197000 5.42644000 3.41289000 1914 63.8158000 30.7773000 67.7569000 25.3291000 16.2858000 41.2300000 1915 19.1145000 24.2631000 23.2582000 3.76725000 4.39688000 4.82972000 1916 17.4753000 24.2953000 31.0617000 4.20149000 4.55565000 8.09379000 1917 24.0127000 25.7378000 47.4866000 7.32163000 6.23547000 18.9347000 1918 22.1349000 40.0926000 78.2009000 16.7841000 14.5437000 56.2035000 1919 13.6662000 38.9749000 61.5156000 11.2593000 11.7806000 33.5170000 1920 32.2527000 38.5658000 60.6811000 13.7936000 12.9618000 32.6677000 1921 75.9184000 38.4618000 74.1538000 35.7140000 23.8458000 50.9155000 1922 83.7929000 43.7915000 74.2899000 42.6265000 29.4574000 51.8315000 1923 34.1502000 17.0854000 42.3412000 7.52787000 4.88195000 14.7245000 1924 33.1849000 53.7676000 43.7415000 15.5704000 20.9934000 18.4258000 1925 35.2675000 63.4164000 47.6765000 20.5638000 29.3018000 22.8456000 1926 67.5562000 62.9818000 60.5719000 35.6179000 36.5008000 35.9396000 1927 73.4316000 71.6663000 65.8893000 44.5044000 47.1869000 43.8156000 1928 26.8658000 28.8042000 20.2696000 5.44438000 6.31700000 4.14451000 1929 54.7591000 39.1709000 16.8492000 15.7361000 14.8113000 4.31181000 1930 93.5039000 37.9213000 22.1615000 40.3828000 27.0419000 6.89947000 1931 92.9260000 74.1239000 31.2060000 54.5469000 54.9753000 15.2447000 1932 34.2237000 27.2655000 42.7956000 8.88323000 7.46769000 15.4768000 1933 40.2647000 31.9832000 44.8014000 11.5911000 10.0528000 17.3215000 1934 44.6089000 50.8784000 56.7087000 19.9345000 21.4882000 29.7248000 1935 50.2112000 51.6866000 63.3481000 23.6111000 23.6322000 37.2824000 1936 75.9799000 56.5843000 82.2135000 43.7883000 36.1071000 65.3992000 1937 71.5101000 27.4050000 31.1848000 22.9891000 14.9281000 9.16766000 1938 83.3240000 35.0869000 34.0924000 32.6202000 21.9815000 11.5269000 1939 84.8283000 43.8124000 32.5724000 35.7405000 26.8022000 11.4862000 1940 58.7681000 32.3538000 30.9690000 17.0180000 13.1467000 9.03169000 1941 60.3238000 77.2125000 32.9831000 34.8377000 47.3764000 15.7170000 1942 14.6336000 20.4611000 64.0111000 8.63987000 5.52259000 35.3662000 1943 10.9674000 33.1856000 77.9540000 13.9777000 10.7963000 55.2453000 1944 9.47658000 41.0267000 77.8311000 15.6375000 14.3187000 55.6471000 1945 11.9817000 39.7762000 84.4519000 17.5551000 14.5981000 66.4167000 1946 6.10580000 19.4189000 80.2307000 12.2939000 6.73337000 58.1466000 1947 16.5327000 24.1815000 82.9350000 14.4819000 8.63081000 62.8460000 1948 34.3150000 93.1766000 90.5997000 48.8569000 68.7324000 86.3096000 1949 19.4413000 31.0345000 29.2649000 5.35682000 6.78125000 7.61604000 1950 17.4295000 29.2970000 43.8917000 6.47396000 6.70583000 16.2599000 1951 14.1399000 54.5894000 52.9328000 14.3608000 20.6465000 26.1403000 1952 13.8936000 75.3642000 71.5291000 28.0773000 41.5328000 51.0064000 1953 7.53231000 78.6518000 93.3165000 36.4776000 47.8753000 88.1702000 1954 26.3585000 23.1605000 54.1751000 8.49333000 6.17346000 24.8436000 1955 47.6221000 26.8876000 78.3130000 20.4361000 12.4550000 55.7835000 1956 54.0487000 36.2688000 94.2521000 30.0979000 19.4385000 84.8667000 1957 4.53157000 11.1217000 15.7355000 0.95425900 1.07642000 2.17640000 1958 9.68711000 15.4515000 12.5302000 1.39266000 1.78467000 1.63408000 1959 13.7225000 17.3272000 4.73119000 1.66715000 2.19908000 0.68651200 1960 93.7684000 52.1061000 11.1022000 44.2193000 35.1987000 5.58218000 1961 94.2838000 58.4634000 8.62032000 46.9865000 40.1816000 6.03886000 1962 53.0880000 55.9773000 9.73784000 20.0092000 24.8187000 4.64622000 1963 53.9822000 60.2110000 49.6225000 25.7034000 29.8526000 24.3279000 1964 68.0934000 62.6139000 82.0303000 41.4167000 38.5950000 65.7011000 1965 69.9708000 64.0526000 91.2215000 46.2647000 41.6892000 82.4074000 1966 100.000000 100.000000 100.000000 95.0458000 99.9985000 108.896000 1967 9.53243000 32.6029000 29.1675000 4.73605000 6.90479000 7.62797000 1968 14.6882000 56.3040000 38.3767000 12.8846000 21.0969000 14.9130000 1969 21.8074000 67.7917000 40.4917000 18.9860000 31.6479000 18.0063000 1970 23.6516000 84.4752000 50.4802000 30.2277000 51.3542000 28.9904000 1971 32.6419000 55.1461000 9.77085000 13.2313000 20.8570000 4.24295000 1972 40.1224000 61.2153000 9.59841000 17.5890000 26.7200000 5.12086000 1973 66.1764000 70.2005000 6.87545000 32.5357000 40.6940000 6.69198000 1974 84.3147000 75.7398000 42.2590000 49.8194000 53.7261000 21.8654000 1975 84.8441000 87.6164000 46.5404000 58.2332000 68.9774000 27.5962000 1976 36.4490000 20.6976000 6.24877000 5.86493000 4.88782000 1.12171000 1977 39.1624000 18.4825000 19.5132000 6.83302000 4.97373000 3.59021000 1978 38.7510000 41.1115000 89.1862000 24.0811000 18.2802000 75.2362000 1979 48.6281000 41.1205000 90.6023000 27.7756000 20.1303000 78.0454000 1980 14.3481000 6.27385000 76.5494000 10.8042000 4.70451000 52.0845000 1981 25.6250000 8.56745000 76.4148000 12.3195000 5.63731000 51.9819000 1982 39.7613000 10.3965000 74.2701000 15.0177000 7.24210000 48.9693000 1983 39.5535000 8.02139000 83.0646000 17.4679000 8.01942000 62.7889000 1984 92.7051000 16.4683000 92.1832000 50.5578000 25.5628000 80.9144000 1985 56.1100000 16.5604000 36.1753000 14.1213000 8.29796000 11.0390000 1986 64.0292000 34.4965000 41.1770000 21.1978000 15.8108000 15.2995000 1987 68.2676000 50.6561000 61.0156000 31.3129000 27.1419000 34.8582000 1988 79.3296000 54.3297000 68.4840000 41.3036000 34.0118000 44.7560000 1989 32.1297000 24.2777000 16.6860000 5.61926000 5.39756000 2.98780000 1990 58.5265000 22.0865000 13.2930000 14.1564000 9.38789000 2.57168000 1991 58.7209000 64.5135000 15.3205000 26.2636000 33.3397000 6.97661000 1992 67.9166000 67.2492000 15.5979000 32.3087000 38.3665000 7.68985000 1993 81.2534000 70.6183000 74.0939000 51.3012000 49.6389000 54.9856000 1994 89.0649000 76.1634000 78.2402000 61.4222000 59.1780000 62.5283000 1995 56.0466000 28.9694000 5.28041000 13.8305000 10.7445000 1.74240000 1996 80.1326000 28.4603000 12.6264000 27.6152000 17.7036000 3.34272000 1997 96.7951000 29.8434000 9.25660000 41.0529000 24.9954000 3.50506000 1998 93.5194000 42.8505000 8.61619000 41.0646000 29.3165000 4.25343000 1999 91.5648000 42.0964000 41.5319000 41.6579000 29.0371000 17.0198000 2000 91.6564000 41.7799000 51.4704000 43.1665000 29.5147000 24.9830000 2001 93.2368000 75.7828000 67.8766000 61.8526000 59.4053000 47.7837000 2002 93.8254000 80.9489000 74.7960000 67.2281000 66.4903000 58.4229000 2003 21.5466000 36.4502000 40.0131000 7.88147000 9.58977000 14.0142000 2004 19.8220000 41.9407000 41.9921000 9.25186000 12.2590000 15.8099000 2005 46.6716000 42.7372000 49.0604000 16.7834000 16.3388000 21.7046000 2006 56.3551000 43.2039000 61.0534000 23.0175000 19.4808000 33.8590000 2007 56.6503000 48.6954000 68.6808000 26.5610000 23.5298000 43.7675000 2008 56.3611000 68.3363000 72.3053000 35.3275000 39.7508000 51.3646000 2009 62.6008000 73.3332000 73.2733000 41.1444000 46.5557000 53.7428000 2010 62.2668000 94.6854000 90.5717000 60.2546000 76.2870000 87.1145000 2011 28.6457000 73.7538000 40.8110000 23.2497000 38.4138000 19.3032000 2012 29.3946000 84.9463000 44.8754000 30.6697000 52.1408000 24.4949000 2013 62.7611000 85.3979000 51.9906000 43.7177000 59.1780000 31.1545000 2014 71.2066000 36.7834000 21.8163000 23.8827000 18.1475000 5.93861000 2015 82.3189000 57.4190000 27.2701000 37.9896000 34.8147000 10.4365000 2016 81.8984000 90.9732000 34.4603000 56.8560000 71.9361000 20.0934000 2017 91.3605000 92.3566000 66.2964000 70.6129000 79.8926000 49.2606000 2018 10.9838000 9.48720000 53.6812000 5.31550000 2.71026000 23.8656000 2019 9.96659000 59.4582000 90.2072000 25.8601000 28.2567000 78.9708000 2020 11.5810000 59.0233000 95.3805000 27.7158000 28.7263000 89.0477000 2021 9.35368000 21.9704000 38.2683000 3.97298000 3.89663000 11.9949000 2022 6.01644000 26.0790000 46.2625000 5.44751000 5.36642000 17.8783000 2023 22.7100000 57.5899000 69.7198000 20.1619000 24.9220000 45.7523000 2024 21.4340000 76.6106000 82.7653000 32.9114000 44.6944000 68.5509000 2025 26.7772000 90.7129000 92.7199000 46.2656000 64.6444000 89.7242000 2026 11.6241000 33.2608000 37.1182000 5.80765000 7.55737000 11.8961000 2027 10.8478000 44.6956000 52.7617000 10.8236000 14.0062000 24.8848000 2028 6.90348000 64.2088000 52.1126000 17.6927000 28.2675000 26.6717000 2029 69.6548000 63.7894000 65.6667000 38.3257000 38.3015000 42.1486000 2030 75.4578000 64.8268000 71.7241000 43.8899000 41.6976000 50.4760000 2031 77.4583000 71.3909000 71.5874000 48.3985000 48.8158000 51.4225000 2032 6.70079000 25.0604000 7.28259000 2.17446000 3.82139000 1.21987000 2033 9.50949000 30.0555000 5.93229000 3.09821000 5.48954000 1.35258000 2034 7.99369000 30.5045000 38.9941000 5.27799000 6.47987000 12.8862000 2035 5.76713000 37.8057000 45.2220000 7.52393000 9.78322000 17.8057000 2036 9.08826000 63.3547000 80.9114000 24.3750000 30.3368000 63.1666000 2037 4.98240000 72.0569000 81.2821000 28.5401000 38.7730000 65.1810000 2038 56.2033000 38.5051000 43.8503000 18.6827000 15.8055000 17.3420000 2039 72.4346000 45.3718000 42.8051000 28.9173000 23.8086000 17.5823000 2040 93.5134000 51.4264000 48.6561000 47.1937000 35.9868000 23.5519000 2041 94.8264000 65.5917000 56.2646000 55.4128000 48.5755000 32.6300000 2042 27.6759000 15.0113000 13.1102000 3.54987000 2.83989000 1.83141000 2043 27.0573000 12.6820000 5.52281000 3.05959000 2.34877000 0.71078300 2044 36.6780000 23.2887000 14.1445000 6.47147000 5.65093000 2.42396000 2045 48.4054000 37.4825000 25.4227000 13.3247000 12.9126000 6.76462000 2046 57.5277000 69.7991000 23.0713000 28.6803000 38.3240000 10.0004000 2047 35.5986000 44.1205000 23.6126000 10.9632000 14.2415000 6.47480000 2048 60.9680000 43.3075000 57.6335000 24.4938000 20.3670000 30.2282000 2049 60.9781000 54.5639000 81.3327000 34.1743000 30.0467000 63.2833000 2050 64.4685000 54.9916000 88.6890000 38.5496000 32.2569000 76.2552000 2051 32.2809000 29.1002000 17.2138000 6.42226000 6.91411000 3.36882000 2052 40.3756000 34.1240000 16.2170000 9.40449000 9.86268000 3.53792000 2053 46.4353000 78.6779000 12.3190000 28.5775000 45.5786000 8.61663000 2054 58.2074000 85.2381000 11.2733000 37.4119000 56.2304000 10.0271000 2055 69.5529000 93.8154000 7.95001000 49.2737000 71.3054000 11.8411000 2056 81.0172000 94.2853000 14.5431000 57.2386000 75.9112000 13.3922000 2057 81.8296000 91.4051000 51.2886000 59.4426000 73.4623000 32.4425000 2058 82.9589000 93.6915000 68.4245000 65.5456000 78.6842000 52.0232000 2059 35.2879000 41.3371000 29.7009000 10.6030000 12.8773000 8.71580000 2060 38.8454000 47.8330000 32.7061000 13.6844000 17.1988000 10.8634000 2061 40.5391000 56.9923000 74.2102000 25.0210000 26.9409000 52.1575000 2062 43.1724000 62.2949000 75.7358000 28.4507000 31.9199000 55.1850000 2063 85.9357000 73.3514000 88.3849000 60.6749000 56.0986000 79.1341000 2064 50.9345000 7.65333000 8.77678000 9.57924000 5.28113000 1.29297000 2065 59.5100000 12.4387000 11.6622000 13.6437000 7.76384000 1.99052000 2066 67.0472000 8.86900000 11.5221000 17.3149000 9.34516000 2.07919000 2067 96.4148000 11.3160000 11.5080000 38.6222000 20.5347000 3.11440000 2068 72.6471000 11.5258000 60.1337000 26.2960000 13.5574000 31.5151000 2069 81.8828000 9.20025000 70.2215000 34.6984000 17.4182000 44.2146000 2070 81.2685000 24.2751000 76.4090000 37.3484000 20.6701000 53.5564000 2071 84.1632000 32.2215000 85.4478000 43.5820000 25.5075000 68.8797000 2072 28.0273000 8.71784000 49.9733000 6.78299000 3.48360000 20.5411000 2073 31.2295000 74.4040000 58.2130000 27.0101000 40.5489000 34.6030000 2074 10.6959000 52.7535000 24.6479000 9.94829000 17.7871000 7.58969000 2075 23.5251000 53.3358000 30.2318000 12.0094000 19.1062000 10.0930000 2076 29.0878000 65.9280000 32.9301000 18.4587000 30.1485000 13.2268000 2077 33.6167000 84.1130000 37.3139000 30.0518000 51.1309000 19.1469000 2078 56.9535000 85.9468000 56.3205000 42.0940000 58.7884000 35.3591000 2079 66.2868000 94.0854000 59.6284000 53.1726000 72.9752000 41.0096000 2080 71.6431000 93.4912000 85.0847000 62.6619000 76.4177000 77.0669000 2081 45.1521000 54.8432000 84.4396000 28.7482000 27.2874000 68.2549000 2082 57.6939000 72.2707000 92.5950000 44.4081000 46.6767000 86.1112000 2083 65.3647000 92.5029000 93.8531000 61.4531000 74.3512000 93.0215000 2084 7.37554000 18.0013000 16.0392000 1.63643000 2.24239000 2.43568000 2085 7.64941000 20.7717000 14.4369000 1.88115000 2.81910000 2.17961000 2086 11.3364000 55.9259000 8.77974000 10.4154000 19.8459000 4.06004000 2087 15.3094000 74.5888000 10.7931000 19.4971000 37.4249000 7.26467000 2088 74.6685000 77.3141000 9.97801000 41.5170000 51.0725000 8.61513000 2089 89.3990000 79.8834000 10.2720000 53.6958000 59.6095000 9.66478000 2090 93.8382000 74.3739000 9.81924000 54.2093000 55.1501000 8.71032000 2091 95.5871000 76.7953000 55.2465000 61.7207000 60.5117000 33.5781000 2092 16.1390000 3.54776000 8.41084000 1.15786000 0.72624600 0.81017400 2093 19.3702000 7.66806000 13.0133000 1.80521000 1.25883000 1.59956000 2094 58.2513000 9.64788000 20.3335000 13.2680000 7.27371000 3.93607000 2095 79.4014000 8.58724000 16.9486000 25.2130000 13.3727000 3.55925000 2096 95.3229000 8.72552000 48.5649000 40.9102000 21.1074000 20.9345000 2097 94.5241000 48.6355000 71.9670000 52.1003000 36.5717000 49.3935000 2098 19.6508000 13.6634000 23.3225000 2.71874000 2.19446000 4.48269000 2099 17.3478000 11.5975000 40.2319000 3.92981000 2.41876000 12.9843000 2100 14.9994000 70.0032000 53.0744000 21.2243000 34.2160000 28.5314000 2101 14.4168000 77.0975000 55.4072000 25.4551000 42.0670000 32.0883000 2102 15.4641000 86.6581000 56.8788000 31.8136000 54.1820000 35.5844000 2103 8.70738000 56.1308000 49.6824000 13.9863000 21.3801000 23.3617000 2104 19.5862000 66.3956000 55.8163000 20.4627000 31.1277000 30.6507000 2105 55.8229000 65.7160000 85.0647000 37.6498000 38.6339000 71.0575000 2106 60.6900000 72.3377000 87.3825000 44.0000000 46.7342000 76.3868000 2107 38.7603000 78.5082000 57.6418000 31.0897000 46.1456000 34.8642000 2108 41.9130000 87.0335000 69.6289000 40.1396000 58.5189000 51.0618000 2109 16.7278000 47.9453000 28.8359000 9.19252000 14.9761000 8.80201000 2110 36.2459000 47.4033000 37.0540000 13.3207000 16.7590000 13.2374000 2111 21.8537000 22.4069000 18.3006000 3.59202000 3.97556000 3.23256000 2112 20.1885000 20.9689000 26.2671000 3.69682000 3.71084000 5.82826000 2113 22.5521000 77.9075000 37.3020000 24.1308000 42.4022000 17.7670000 2114 49.3268000 77.7747000 80.9766000 40.0370000 49.4331000 66.1335000 2115 59.9222000 79.6564000 85.7315000 47.2161000 54.6151000 74.8027000 2116 62.3187000 84.7160000 86.8010000 51.9355000 61.7227000 77.8183000 2117 32.0473000 7.41868000 13.5909000 3.98533000 2.36394000 1.81037000 2118 42.3856000 10.8138000 16.7781000 7.03267000 4.17788000 2.70069000 2119 74.6736000 28.5804000 19.2692000 24.2737000 15.9765000 4.72588000 2120 87.1151000 50.4478000 22.3554000 38.7119000 31.4568000 7.90385000 2121 85.5481000 65.7586000 25.0683000 43.8260000 43.1877000 10.8659000 2122 86.1811000 79.1065000 22.5862000 51.2519000 57.5911000 12.3639000 2123 94.1657000 91.2750000 23.5483000 65.8618000 77.0105000 15.6746000 2124 55.8624000 68.7348000 10.5210000 26.8111000 36.6346000 6.68485000 2125 68.9834000 83.5196000 12.2401000 41.9205000 56.8937000 10.0837000 2126 89.7689000 94.2973000 84.1279000 75.7810000 84.1135000 76.2095000 2127 7.92003000 13.3064000 5.86723000 0.94863800 1.32524000 0.65636900 2128 12.1505000 8.33059000 4.54289000 0.90141200 0.86217700 0.45359500 2129 24.0352000 9.71959000 10.9537000 2.49454000 1.77145000 1.30417000 2130 24.1794000 5.89562000 5.75825000 2.22072000 1.38953000 0.59200800 2131 25.8560000 19.3619000 11.3714000 3.57789000 3.47253000 1.64373000 2132 23.9272000 23.1366000 32.3381000 5.02941000 4.73622000 8.72385000 2133 34.3902000 32.8674000 44.0277000 10.0907000 9.54699000 16.7188000 2134 33.9897000 44.6282000 57.9779000 15.2264000 16.1330000 30.2617000 2135 40.8735000 57.1482000 79.9535000 26.8542000 27.7830000 60.9960000 2136 67.3112000 66.6495000 78.9292000 41.8736000 41.6926000 61.2624000 2137 78.3892000 67.1729000 87.3236000 51.6818000 46.8106000 75.8911000 2138 20.2590000 5.11186000 21.5879000 2.23404000 1.28651000 3.75066000 2139 20.2058000 9.77212000 29.6106000 3.02511000 1.92425000 6.95974000 2140 18.2550000 14.2505000 35.5411000 3.66495000 2.62492000 10.1265000 2141 54.6845000 43.7030000 42.6767000 19.2054000 18.0937000 16.8985000 2142 68.1076000 51.2256000 69.3221000 33.3616000 28.2596000 45.1698000 2143 68.3393000 51.7880000 79.9033000 36.6418000 29.8957000 60.8083000 2144 39.4176000 38.6189000 43.8378000 12.6377000 12.7294000 17.0573000 2145 70.1339000 37.2791000 51.1641000 26.7132000 19.3869000 23.6182000 2146 72.2995000 40.3353000 84.4091000 36.9864000 24.8273000 67.2943000 2147 41.3175000 50.6185000 46.7801000 17.0746000 20.0844000 20.5199000 2148 47.3822000 58.9539000 45.6842000 22.0005000 27.2433000 20.7727000 2149 66.0373000 64.6401000 48.1865000 33.2242000 36.6449000 24.0192000 2150 73.0240000 78.4728000 58.3552000 46.3872000 53.9855000 36.3269000 2151 81.5510000 87.9150000 57.4946000 57.9390000 68.9067000 37.6899000 2152 54.1148000 35.1933000 8.26728000 14.2516000 12.7275000 2.41912000 2153 58.4182000 40.1238000 4.91039000 17.2410000 15.9802000 2.54042000 2154 83.1684000 69.3899000 11.5571000 43.1138000 45.5238000 7.70823000 2155 68.1721000 56.0317000 24.4423000 28.1035000 28.9416000 8.71049000 2156 73.5690000 56.8783000 59.5264000 36.4228000 33.1652000 34.0977000 2157 74.0364000 62.9500000 61.5577000 39.6793000 38.5496000 37.2344000 2158 83.6705000 67.9635000 68.8340000 50.3366000 47.3222000 47.3084000 2159 86.0406000 92.4829000 93.0801000 74.6157000 81.1500000 92.1192000 2160 93.5401000 91.9590000 98.8508000 82.5792000 84.4283000 104.093000 2161 62.4729000 70.9585000 76.9169000 40.8480000 44.4174000 58.7255000 2162 63.5267000 79.0055000 79.7333000 46.7082000 53.9955000 64.6580000 2163 35.6944000 49.8704000 58.1156000 17.2865000 19.5906000 30.9669000 2164 36.1609000 58.9599000 66.0027000 22.4908000 27.0473000 41.2291000 2165 3.52110000 34.9040000 27.3083000 4.77820000 7.64023000 6.95685000 2166 5.54695000 36.3450000 38.3560000 6.26438000 8.74474000 12.8648000 2167 45.3672000 40.4812000 37.4883000 14.1264000 14.2748000 12.9793000 2168 63.9744000 39.5802000 40.7896000 22.2785000 18.0954000 15.4188000 2169 35.1434000 22.8286000 52.2156000 9.94629000 6.89950000 23.0516000 2170 46.4594000 27.2259000 56.2435000 14.6791000 10.1901000 27.3456000 2171 54.5979000 31.1219000 62.1956000 19.7297000 13.6424000 34.2112000 2172 62.2072000 39.9552000 69.3254000 26.8781000 19.9801000 43.9179000 2173 80.0973000 62.0229000 71.3813000 45.6687000 40.7592000 49.7268000 2174 65.4397000 41.1695000 47.2972000 24.3867000 19.6735000 20.4754000 2175 70.2347000 49.8712000 51.0302000 30.2627000 26.4347000 24.6707000 2176 78.2933000 54.6062000 52.9968000 37.3772000 32.5221000 27.2807000 2177 93.6071000 53.2799000 59.9603000 50.0222000 38.1678000 34.8231000 2178 92.6092000 52.6631000 66.2638000 50.3681000 37.8563000 42.1735000 2179 93.7889000 75.1215000 85.5255000 67.0693000 60.9525000 74.6185000 2180 32.6657000 31.0101000 49.1932000 10.1242000 8.94697000 20.7427000 2181 39.8644000 30.1424000 59.0955000 13.6451000 10.3181000 30.4191000 2182 48.0588000 31.6514000 72.5307000 19.7757000 13.5206000 47.4378000 2183 47.2965000 42.3253000 72.4582000 21.9164000 18.2400000 48.1341000 2184 59.2926000 55.0327000 75.1244000 31.6901000 29.2378000 53.5885000 2185 83.0004000 61.0193000 77.2232000 48.9402000 41.6168000 58.2263000 2186 94.2258000 66.0973000 87.1907000 63.3619000 52.0757000 76.0527000 2187 24.8582000 34.9500000 4.46219000 5.71945000 8.25925000 1.62075000 2188 34.2685000 49.1635000 10.2056000 11.5324000 16.8785000 3.62876000 2189 45.1407000 68.6654000 9.45161000 22.5978000 34.4145000 6.32076000 2190 22.6139000 31.3135000 25.7077000 5.55292000 6.99264000 6.14228000 2191 36.3773000 41.1383000 36.1493000 11.4711000 13.1739000 12.1044000 2192 39.7576000 42.6505000 45.5478000 14.0129000 14.9389000 18.7119000 2193 44.6465000 49.3993000 51.5190000 18.4976000 20.1291000 24.5152000 2194 48.8227000 59.5345000 56.3843000 24.5977000 28.7240000 30.5435000 2195 52.1714000 62.4987000 63.9699000 28.7610000 32.5615000 39.4755000 2196 51.9360000 83.1491000 71.7137000 41.6646000 55.4525000 53.2331000 2197 52.5663000 84.0562000 78.1906000 44.3212000 57.4767000 63.0228000 2198 92.5131000 87.3039000 89.2722000 74.8008000 75.9736000 83.8584000 2199 92.8070000 8.47258000 19.0033000 35.6372000 18.7271000 4.58377000 2200 93.2634000 6.28261000 74.4107000 44.6543000 22.2288000 50.5063000 2201 95.0823000 6.61713000 89.3451000 50.9555000 24.9524000 75.4036000 2202 31.7096000 32.7619000 6.68192000 6.61773000 8.05374000 1.73770000 2203 69.4180000 47.7392000 8.50901000 25.2054000 23.2616000 3.90594000 2204 74.3672000 51.3328000 30.7496000 30.6380000 27.6633000 11.0105000 2205 86.7334000 59.5243000 36.0719000 42.9969000 38.5613000 15.2992000 2206 89.3174000 64.4007000 59.4560000 50.8703000 45.3418000 35.6099000 2207 65.5496000 47.5436000 53.3398000 27.2793000 23.7428000 26.4432000 2208 65.2401000 82.7068000 64.8392000 45.8916000 57.4128000 44.4212000 2209 14.2996000 22.8522000 15.6501000 2.65166000 3.58921000 2.55177000 2210 11.8505000 31.6992000 92.4793000 18.5827000 12.1835000 80.5902000 2211 12.0444000 48.4752000 94.4582000 23.5691000 20.9462000 85.9121000 2212 11.5844000 73.7025000 93.4462000 33.9621000 42.3962000 87.4999000 2213 12.5408000 83.5412000 92.3310000 39.4500000 53.9289000 87.2591000 2214 16.2043000 29.2214000 33.4726000 5.06358000 6.10561000 9.57908000 2215 23.8204000 31.0764000 35.7278000 6.61438000 7.36769000 10.9940000 2216 46.3542000 25.1348000 28.9898000 10.5713000 8.03708000 7.45932000 2217 56.7955000 26.8032000 38.0762000 15.8979000 11.0471000 12.6264000 2218 67.6870000 29.2417000 41.1318000 22.1773000 14.8320000 15.0280000 2219 89.5491000 58.0099000 48.7735000 46.3469000 39.1748000 24.3105000 2220 22.5508000 44.7051000 7.15651000 7.84394000 12.9627000 2.67128000 2221 32.0961000 53.0852000 74.5505000 21.4843000 22.9379000 52.0675000 2222 75.4587000 75.2406000 87.7481000 54.0829000 54.2684000 77.9701000 2223 82.7609000 82.5939000 95.2868000 66.2454000 66.7210000 94.1619000 2224 23.1828000 11.8423000 26.4735000 3.30785000 2.28305000 5.65669000 2225 35.7023000 7.84710000 53.9879000 9.13185000 4.55299000 24.3162000 2226 38.9352000 93.2847000 56.5234000 40.7553000 65.7587000 36.9829000 2227 9.92395000 70.8037000 18.3154000 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width: 1.75em; } td.patch.sample_id, div.patch.sample_id { width: auto; } .ok { color: #339900; } .warn { color: #FF3300; font-weight: bold; } .ko { color: red; font-weight: bold; } .hidden { color: white; visibility: hidden; } td.ok, td.ko { line-height: 1em; } .statonly, tr.statonly td { color: gray; } tr.verbose { display: none; } dispcalGUI-1.7.1.6/dispcalGUI/report/compare.constants.js000644 000765 000000 00000006141 12025152306 023112 0ustar00svpwheel000000 000000 var DELTA_A_MAX = 'DELTA_A_MAX', DELTA_A_AVG = 'DELTA_A_AVG', DELTA_A_MED = 'DELTA_A_MED', // Median DELTA_A_MAD = 'DELTA_A_MAD', // Median absolute deviation DELTA_A_RANGE = 'DELTA_A_RANGE', // The 'range' between two delta values is calculated as follows: abs(delta1 - delta2) // e.g. if delta1 = -0.2 and delta2 = 0.3, the range is 0.5 DELTA_A_STDDEV = 'DELTA_A_STDDEV', // Standard deviation DELTA_A_B_RANGE = 'DELTA_A_B_RANGE', // The 'range' between two delta a b values is calculated as follows: abs(delta_a - delta_b) // e.g. if delta_a = -0.2 and delta_b = 0.3, the range is 0.5 DELTA_B_MAX = 'DELTA_B_MAX', DELTA_B_AVG = 'DELTA_B_AVG', DELTA_B_MED = 'DELTA_B_MED', // Median DELTA_B_MAD = 'DELTA_B_MAD', // Median absolute deviation DELTA_B_RANGE = 'DELTA_B_RANGE', // The 'range' between two delta values is calculated as follows: abs(delta1 - delta2) // e.g. if delta1 = -0.2 and delta2 = 0.3, the range is 0.5 DELTA_B_STDDEV = 'DELTA_B_STDDEV', // Standard deviation DELTA_E_MAX = 'DELTA_E_MAX', DELTA_E_AVG = 'DELTA_E_AVG', DELTA_E_MED = 'DELTA_E_MED', // Median DELTA_E_MAD = 'DELTA_E_MAD', // Median absolute deviation DELTA_E_RANGE = 'DELTA_E_RANGE', // The 'range' between two delta values is calculated as follows: abs(delta1 - delta2) // e.g. if delta1 = -0.2 and delta2 = 0.3, the range is 0.5 DELTA_E_STDDEV = 'DELTA_E_STDDEV', // Standard deviation DELTA_L_MAX = 'DELTA_L_MAX', DELTA_L_AVG = 'DELTA_L_AVG', DELTA_L_MED = 'DELTA_L_MED', // Median DELTA_L_MAD = 'DELTA_L_MAD', // Median absolute deviation DELTA_L_RANGE = 'DELTA_L_RANGE', // The 'range' between two delta values is calculated as follows: abs(delta1 - delta2) // e.g. if delta1 = -0.2 and delta2 = 0.3, the range is 0.5 DELTA_L_STDDEV = 'DELTA_L_STDDEV', // Standard deviation DELTA_C_MAX = 'DELTA_C_MAX', DELTA_C_AVG = 'DELTA_C_AVG', DELTA_C_MED = 'DELTA_C_MED', // Median DELTA_C_MAD = 'DELTA_C_MAD', // Median absolute deviation DELTA_C_RANGE = 'DELTA_C_RANGE', // The 'range' between two delta values is calculated as follows: abs(delta1 - delta2) // e.g. if delta1 = -0.2 and delta2 = 0.3, the range is 0.5 DELTA_C_STDDEV = 'DELTA_C_STDDEV', // Standard deviation DELTA_H_MAX = 'DELTA_H_MAX', DELTA_H_AVG = 'DELTA_H_AVG', DELTA_H_MED = 'DELTA_H_MED', // Median DELTA_H_MAD = 'DELTA_H_MAD', // Median absolute deviation DELTA_H_RANGE = 'DELTA_H_RANGE', // The 'range' between two delta values is calculated as follows: abs(delta1 - delta2) // e.g. if delta1 = -0.2 and delta2 = 0.3, the range is 0.5 DELTA_H_STDDEV = 'DELTA_H_STDDEV', // Standard deviation GAMMA_MAX = 'GAMMA_MAX', GAMMA_MIN = 'GAMMA_MIN', GAMMA_AVG = 'GAMMA_AVG', GAMMA_MED = 'GAMMA_MED', // Median GAMMA_MAD = 'GAMMA_MAD', // Median absolute deviation GAMMA_RANGE = 'GAMMA_RANGE', // The 'range' between two delta values is calculated as follows: abs(delta1 - delta2) // e.g. if delta1 = -0.2 and delta2 = 0.3, the range is 0.5 GAMMA_STDDEV = 'GAMMA_STDDEV', // Standard deviation CIE76 = 'CIE76', CIE94 = 'CIE94', CIE00 = 'CIE00', CMC11 = 'CMC11', CMC21 = 'CMC21';dispcalGUI-1.7.1.6/dispcalGUI/report/compare.css000644 000765 000000 00000016220 12261120515 021251 0ustar00svpwheel000000 000000 a { text-decoration: none; } a:link, a:active { color: #006699; } a:visited { color: #666666; } a:hover, a:visited:hover { border-bottom: 1px dotted #0099CC; color: #0099CC; text-decoration: none; } :focus { box-shadow: none; outline: none; } html { background: #fff; border-top: 4px solid #202020; } body { font-size: 12px; margin: 17px auto; padding: 15px 20px; width: 900px; } button { background: rgb(249,249,249); /* Old browsers */ /* IE9 SVG, needs conditional override of 'filter' to 'none' */ background: url(data:image/svg+xml;base64,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); background: -moz-linear-gradient(top, rgba(249,249,249,1) 0%, rgba(204,204,204,1) 100%); /* FF3.6+ */ background: -webkit-gradient(linear, left top, left bottom, color-stop(0%,rgba(249,249,249,1)), color-stop(100%,rgba(204,204,204,1))); /* Chrome,Safari4+ */ background: -webkit-linear-gradient(top, rgba(249,249,249,1) 0%,rgba(204,204,204,1) 100%); /* Chrome10+,Safari5.1+ */ background: -o-linear-gradient(top, rgba(249,249,249,1) 0%,rgba(204,204,204,1) 100%); /* Opera11.10+ */ background: -ms-linear-gradient(top, rgba(249,249,249,1) 0%,rgba(204,204,204,1) 100%); /* IE10+ */ background: linear-gradient(top, rgba(249,249,249,1) 0%,rgba(204,204,204,1) 100%); /* W3C */ border: 1px solid #999; border-radius: 15px; -moz-border-radius: 15px; -webkit-border-radius: 15px; color: #333; height: 30px; opacity: .9; padding: 0 10px; text-shadow: 1px 1px 1px #fff; } button:hover, button:focus, button:active { border-color: #09c; opacity: 1; } h2 { color: #333333; font-size: 20px; font-weight: normal; margin-bottom: 9px; } h3 { cursor: pointer; } p { line-height: 18px; } form, div.process { clear: both; } #F_out { margin-bottom: 20px; } form { margin: 0; } h1 { background: #202020; color: #fff; border: none; border-radius: 20px; -moz-border-radius: 20px; -webkit-border-radius: 20px; font-size: 12px; font-weight: lighter; padding: 12px 15px; z-index: 1; } p.error { color: #c00; font-weight: bold; } #report { /* display: none; oddly cuts off part of the summary in IE6 */ visibility: hidden; } .disabled { color: #999; } .options { line-height: 2em; margin: 6px 0 10px; width: 430px; } .functions { margin: 6px 0 10px; text-align: right; } .functions button { margin-left: 1em; } * > .functions { float: right; width: 430px; } input[type=checkbox] { vertical-align: middle; } label[for=FF_gray_balance_cal_only] { display: none; } table { width: 900px; } td, th { font-size: 12px; } .graph { position: relative; } .graph table, .graph th, .graph tr.x td, .graph .canvas, .canvas .overlay { background-color: #eee; border-radius: 10px; -moz-border-radius: 10px; -webkit-border-radius: 10px; color: #333; } .canvas .overlay { height: 900em; opacity: 0; pointer-events: none; position: absolute; width: 900em; z-index: 9999; } .graph th { padding: 0 .5em 0; } .graph .ref, .graph .act, .canvas .overlay { background: #eee; -moz-transition: all .125s linear; -webkit-transition: all .125s linear; -o-transition: all .125s linear; transition: all .125s linear; } .graph .col:hover .ref, .graph .col:hover .act, .hover .wrap.hover .ref, .hover .wrap.hover .act { -moz-transform: scale(1.6); -webkit-transform: scale(1.6); -o-transform: scale(1.6); -ms-transform: scale(1.6); transform: scale(1.6); } .hover .overlay { opacity: .9375; } .graph .act:hover, .hover .wrap.hover { z-index: 10000; } .toggle:before { content: '▼ '; font-size: 12px; position: relative; top: -2px; } .collapsed .toggle:before { content: '► '; } .collapsed .collapsed { display: none; } .dragging, .dragging * { cursor: move; } /* Pure CSS3 Tooltips */ [data-title] { cursor: default; } a[data-title] { cursor: pointer; } [data-title]:before { /* Tooltip body */ background: #333; border-radius: 7px; -moz-border-radius: 7px; -webkit-border-radius: 7px; box-shadow: 0 1px 3px rgba(0, 0, 0, .25); color: #fff; content: attr(data-title); font-size: 12px; font-weight: normal; margin-left: 21px; overflow: hidden; padding: 4px 7px; text-align: left; text-overflow: ellipsis; white-space: pre; } [data-title]:after { /* Tooltip arrow */ border-bottom: 7px solid transparent; border-top: 7px solid transparent; border-right: 7px solid #333; content: ""; margin-left: 14px; margin-top: 12px; } [data-title]:before, [data-title]:after { opacity: 0; pointer-events: none; position: absolute; top: 46%; -moz-transform: translate3d(0, 0, 0) translateX(11px); -webkit-transform: translate3d(0, 0, 0) translateX(11px); -o-transform: translate3d(0, 0, 0) translateX(11px); -ms-transform: translate3d(0, 0, 0) translateX(11px); transform: translate3d(0, 0, 0) translateX(11px); -moz-transition: -moz-transform .25s ease, opacity .25s ease, visibility .25s ease; -webkit-transition: -webkit-transform .25s ease, opacity .25s ease, visibility .25s ease; -o-transition: -o-transform .25s ease, opacity .25s ease, visibility .25s ease; transition: transform .25s ease, opacity .25s ease, visibility .25s ease; visibility: hidden; z-index: 99999; } .canvas [data-title]:before { border-radius: 0; -moz-border-radius: 0; -webkit-border-radius: 0; bottom: 0; height: 14px; left: 0; margin-left: 0; margin-top: 7px; text-align: center; white-space: nowrap; width: 100%; } .canvas [data-title]:after { border-bottom: 7px solid #333; border-left: 7px solid transparent; border-right: 7px solid transparent; bottom: 22px; margin-left: -6px; margin-top: 0; } .canvas [data-title]:before, .canvas [data-title]:after { position: fixed; top: auto; -moz-transform: translate3d(0, 0, 0) translateY(20px); -webkit-transform: translate3d(0, 0, 0) translateY(20px); -o-transform: translate3d(0, 0, 0) translateY(20px); -ms-transform: translate3d(0, 0, 0) translateY(20px); transform: translate3d(0, 0, 0) translateY(20px); } .canvas.dragging [data-title]:before, .canvas.dragging [data-title]:after { opacity: 0; visibility: hidden; } [data-title]:hover:after, [data-title]:hover:before { opacity: 1; -moz-transform: translate3d(0, 0, 0) translateX(0); -webkit-transform: translate3d(0, 0, 0) translateX(0); -o-transform: translate3d(0, 0, 0) translateX(0); -ms-transform: translate3d(0, 0, 0) translateX(0); transform: translate3d(0, 0, 0) translateX(0); visibility: visible; } .canvas [data-title]:hover:before, .canvas [data-title]:hover:after { -moz-transform: translate3d(0, 0, 0) translateY(0); -webkit-transform: translate3d(0, 0, 0) translateY(0); -o-transform: translate3d(0, 0, 0) translateY(0); -ms-transform: translate3d(0, 0, 0) translateY(0); transform: translate3d(0, 0, 0) translateY(0); }dispcalGUI-1.7.1.6/dispcalGUI/report/compare.functions.js000644 000765 000000 00000212612 12263672717 023131 0ustar00svpwheel000000 000000 var p; // Array methods p=Array.prototype; p.indexof = function(v, ignore_case) { for (var i=0; i -1) ipart+=v.substr(i).length; while (v.length-1 && (data_end = src.search(_data_regexp2))>data_begin) { if (!this.data.length) { // 1st var header = lf2cr(src).substr(0, data_begin).replace(_data_format_regexp, ""); if (v = header.match(_header_regexp1)) for (i=0; i -1 && this.data_format.indexOf('CMYK_M') > -1 && this.data_format.indexOf('CMYK_Y') > -1 && this.data_format.indexOf('CMYK_K') > -1) this.device = 'CMYK'; else this.device = 'RGB'; if (comparison_criteria[this.id]) this.id = comparison_criteria[this.id].id; else this.id = this.device; return src ? true : false }; p=dataset.prototype; p.header_get = function() { var header=[], i, j, v; for (i=0; i-1) { header.push(["BEGIN_"+this.header[i][0]]); v=this.header[i][1].split("\n"); for (j=0; j 3 ? 3 : 0, // start offset for device values in fields_match (CMYK if length > 3, else RGB) devend = criteria.fields_match.length > 3 ? 6 : 2, // end offset for device values in fields_match (CMYK if length > 3, else RGB) missing_data, delta_calc_method = f['F_out'].elements['FF_delta_calc_method'].value, patch_number_html, verbosestats = f['F_out'].elements['FF_verbosestats'].checked, warn_deviation = criteria.warn_deviation, no_Lab = (this.data_format.indexof("LAB_L", true) < 0 || this.data_format.indexof("LAB_A", true) < 0 || this.data_format.indexof("LAB_B", true) < 0), no_XYZ = (this.data_format.indexof("XYZ_X", true) < 0 || this.data_format.indexof("XYZ_Y", true) < 0 || this.data_format.indexof("XYZ_Z", true) < 0), gray_balance_cal_only = f['F_out'].elements['FF_gray_balance_cal_only'].checked; if (profile_wp.length == 3) { for (var i=0; i

Basic Information

', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', (e['FF_correction_matrix'].value ? '' : ''), ' ', ' ', ' ', ' ' ]; if (profile_wp.length == 3) this.report_html = this.report_html.concat([ ' ', ' ', ' ', ' ' ]); if (wp.length == 3) this.report_html = this.report_html.concat([ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ' ]); if (bp.length == 3 && bp[0] > -1 && bp[1] > -1 && bp[2] > -1) this.report_html = this.report_html.concat([ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ' ]); this.report_html = this.report_html.concat([ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '
Device:' + e['FF_display'].value + '
Instrument:' + e['FF_instrument'].value + '
Correction:' + e['FF_correction_matrix'].value + '
Target profile:' + e['FF_profile'].value + '
Profile whitepoint XYZ (normalized):' + profile_wp_round.join(' ') + (profile_wp_norm_round.join(' ') != profile_wp_round.join(' ') ? ' (' + profile_wp_norm_round.join(' ') + ')' : '') + ', CCT = ' + profile_colortemp + 'K
Measured luminance:' + wp[1].accuracy(1) + ' cd/m²
Measured whitepoint XYZ (normalized):' + wp_round.join(' ') + ' (' + wp_norm_round.join(' ') + '), CCT = ' + colortemp + 'K
Assumed target whitepoint (XYZ):' + colortemp_assumed + 'K ' + (planckian ? 'blackbody' : 'daylight') + ' (' + wp_assumed_round.join(' ') + ')
Measured black luminance:' + bp[1].accuracy(4) + ' cd/m²
Contrast:' + (wp[1] / bp[1]).accuracy(1) + ':1
Testchart:' + this.testchart + '
Simulation profile:' + (SIMULATION_PROFILE || 'None') + '
BT.1886 gamma mapping:' + (BT_1886_GAMMA ? BT_1886_GAMMA.toFixed(2) + ' ' + {"b": "relative", "B": "absolute"}[BT_1886_GAMMA_TYPE] : (SIMULATION_PROFILE ? 'No' : 'N/A')) + '
Whitepoint simulation:' + (WHITEPOINT_SIMULATION ? 'Yes' + (WHITEPOINT_SIMULATION_RELATIVE ? ', relative to target profile whitepoint' : '') : (!DEVICELINK_PROFILE ? 'No' : 'N/A')) + '
Chromatic adaption:' + e['FF_adaption'].value + '
Devicelink profile:' + (DEVICELINK_PROFILE || 'None') + '
Evaluation criteria:' + criteria.name + '
Date:' + e['FF_datetime'].value + '
' ]); var result_start = this.report_html.length; this.report_html = this.report_html.concat([ '
', '

Summary

', '
', ' ', ' ', ' ', ' ' ]); var seen = []; for (var j=0; j(' + window.CAL_RGBLEVELS[0] + '/' + CAL_ENTRYCOUNT + ')'; } else { rules[j][3] = null; rules[j][4] = null; continue; } break; case 'CAL_GREENLEVELS': if (window.CAL_RGBLEVELS) { result[j].sum = (window.CAL_RGBLEVELS[1] / CAL_ENTRYCOUNT * 100).accuracy(1); result[j].htmlsum = result[j].sum + '%
(' + window.CAL_RGBLEVELS[1] + '/' + CAL_ENTRYCOUNT + ')'; } else { rules[j][3] = null; rules[j][4] = null; continue; } break; case 'CAL_BLUELEVELS': if (window.CAL_RGBLEVELS) { result[j].sum = (window.CAL_RGBLEVELS[2] / CAL_ENTRYCOUNT * 100).accuracy(1); result[j].htmlsum = result[j].sum + '%
(' + window.CAL_RGBLEVELS[2] + '/' + CAL_ENTRYCOUNT + ')'; } else { rules[j][3] = null; rules[j][4] = null; continue; } break; case 'CAL_GRAYLEVELS': if (window.CAL_RGBLEVELS) { var cal_graylevels = Math.min(CAL_RGBLEVELS[0], CAL_RGBLEVELS[1], CAL_RGBLEVELS[2]); result[j].sum = (cal_graylevels / CAL_ENTRYCOUNT * 100).accuracy(1); result[j].htmlsum = result[j].sum + '%
(' + cal_graylevels + '/' + CAL_ENTRYCOUNT + ')'; } else { rules[j][3] = null; rules[j][4] = null; continue; } break; case 'WHITEPOINT_MvsA': // Measured vs. assumed if (wp.length == 3) { target_Lab = jsapi.math.color.XYZ2Lab(wp_assumed[0], wp_assumed[1], wp_assumed[2]); actual_Lab = jsapi.math.color.XYZ2Lab(wp_norm[0], wp_norm[1], wp_norm[2]); // alert(rules[j] + '\ntarget_Lab: ' + target_Lab + '\nactual_Lab: ' + actual_Lab); delta = jsapi.math.color.delta(target_Lab[0], target_Lab[1], target_Lab[2], actual_Lab[0], actual_Lab[1], actual_Lab[2], rules[j][5]); result[j].E.push(delta.E); result[j].L.push(delta.L); result[j].C.push(delta.C); result[j].H.push(delta.H); result[j].a.push(delta.a); result[j].b.push(delta.b); } else { rules[j][3] = null; rules[j][4] = null; continue; } break; case 'WHITEPOINT_MvsP': // Profile vs. measured if (wp.length == 3 && profile_wp.length == 3) { target_Lab = jsapi.math.color.XYZ2Lab(profile_wp_norm[0], profile_wp_norm[1], profile_wp_norm[2]); actual_Lab = jsapi.math.color.XYZ2Lab(wp_norm[0], wp_norm[1], wp_norm[2]); // alert(rules[j] + '\ntarget_Lab: ' + target_Lab + '\nactual_Lab: ' + actual_Lab); delta = jsapi.math.color.delta(target_Lab[0], target_Lab[1], target_Lab[2], actual_Lab[0], actual_Lab[1], actual_Lab[2], rules[j][5]); result[j].E.push(delta.E); result[j].L.push(delta.L); result[j].C.push(delta.C); result[j].H.push(delta.H); result[j].a.push(delta.a); result[j].b.push(delta.b); } else { rules[j][3] = null; rules[j][4] = null; continue; } break; } }; this.report_html.push(' '); this.report_html.push(' '); this.report_html.push(' '); this.report_html.push(' '); var bar_html = []; if (result[j].sum != null && rules[j][2] && rules[j][2].indexOf("GAMMA") < 0) { if (!rules[j][3] || (rules[j][5] && rules[j][5].substr(3) != delta_calc_method.substr(3))) rgb = [204, 204, 204]; else { var rgb = [0, 255, 0], step = 255 / (rules[j][3] + rules[j][3] / 2); if (Math.abs(result[j].sum) <= rules[j][3]) { rgb[0] += Math.min(step * Math.abs(result[j].sum), 255); rgb[1] -= Math.min(step * Math.abs(result[j].sum), 255); var maxrg = Math.max(rgb[0], rgb[1]); rgb[0] *= (255 / maxrg); rgb[1] *= (255 / maxrg); rgb[0] = Math.round(rgb[0]); rgb[1] = Math.round(rgb[1]); } else rgb = [255, 0, 0]; }; for (var l = 0; l < actual_rgb_html.length; l ++) { bar_html.push(Math.abs(result[j].sum).accuracy(2) > 0 ? ' ' : ' '); }; }; this.report_html.push(' '); this.report_html.push(' '); if (rules[j][1] && rules[j][1].length > 1 && rules[j][5].substr(3) == delta_calc_method.substr(3)) seen.push(rules[j][1].join(',')); }; this.report_html.push('
CriteriaNominalRecommended# Actual Result
' + rules[j][0] + '' + (rules[j][3] ? (rules[j][2] ? '<= ' + rules[j][3] : '>= ' + rules[j][3] + '%') : ' ') + '' + (rules[j][4] ? (rules[j][2] ? '<= ' + rules[j][4] : '>= ' + rules[j][4] + '%'): ' ') + ''); patch_number_html = []; actual_rgb_html = []; target_rgb_html = []; var haspatchid = false; if (rules[j][2].indexOf("_MAX") < 0 && rules[j][2].indexOf("_MIN") < 0) { for (var k=0; k 1 && seen.indexOf(rules[j][1].join(',')) < 0 && rules[j][5].substr(3) == delta_calc_method.substr(3)) { patch_number_html.push('
 
'); haspatchid = true; if (rules[j][1][k].length == 4) // Assume CMYK target_rgb = jsapi.math.color.CMYK2RGB(rules[j][1][k][0] / 100, rules[j][1][k][1] / 100, rules[j][1][k][2] / 100, rules[j][1][k][3] / 100, 255); else target_rgb = [rules[j][1][k][0] * 2.55, rules[j][1][k][1] * 2.55, rules[j][1][k][2] * 2.55]; target_rgb_html.push('
 
'); actual_rgb_html.push('
\u2716 
'); } }; if (rules[j][1].length) { for (var k=0; k' + n.fill(String(number_of_sets).length) + ''); haspatchid = true; } target_rgb = jsapi.math.color.Lab2RGB(target_Lab[0], target_Lab[1], target_Lab[2], "D50", 255, true); actual_rgb = jsapi.math.color.Lab2RGB(actual_Lab[0], actual_Lab[1], actual_Lab[2], "D50", 255, true); target_rgb_html[k] = ('
 
'); actual_rgb_html[k] = ('
 
'); }; matched = true } } } else matched = true; if (matched) { delta = jsapi.math.color.delta(target_Lab[0], target_Lab[1], target_Lab[2], actual_Lab[0], actual_Lab[1], actual_Lab[2], rules[j][5]); result[j].E.push(delta.E); result[j].L.push(delta.L); result[j].C.push(delta.C); result[j].H.push(delta.H); result[j].a.push(delta.a); result[j].b.push(delta.b); if (actual.gamma) result[j].g.push(actual.gamma); if ((rules[j][1].length || rules[j][2].indexOf('_MAX') > -1 || rules[j][2].indexOf('_MIN') > -1) && (rules[j][2].indexOf('GAMMA') < 0 || actual.gamma)) result[j].matches.push([i, i, n]) } }; this.report_html = this.report_html.concat(patch_number_html); var number_of_sets = n; if (!rules[j][1].length || ((rules[j][1][0] == 'WHITEPOINT_MvsA' || (rules[j][1][0] == 'WHITEPOINT_MvsP' && profile_wp.length == 3)) && wp.length == 3) || result[j].matches.length >= rules[j][1].length) switch (rules[j][2]) { case DELTA_A_MAX: result[j].sum = jsapi.math.absmax(result[j].a); break; case DELTA_A_AVG: result[j].sum = jsapi.math.avg(result[j].a); break; case DELTA_A_MED: result[j].sum = jsapi.math.median(result[j].a); break; case DELTA_A_MAD: result[j].sum = jsapi.math.mad(result[j].a); break; case DELTA_A_RANGE: result[j].sum = Math.abs(jsapi.math.max(result[j].a) - jsapi.math.min(result[j].a)); break; case DELTA_A_STDDEV: result[j].sum = jsapi.math.stddev(result[j].a); break; case DELTA_A_B_RANGE: result[j].sum = Math.abs(jsapi.math.absmax(result[j].a)) + Math.abs(jsapi.math.absmax(result[j].b)); break; case DELTA_B_MAX: result[j].sum = jsapi.math.absmax(result[j].b); break; case DELTA_B_AVG: result[j].sum = jsapi.math.avg(result[j].b); break; case DELTA_B_MED: result[j].sum = jsapi.math.median(result[j].b); break; case DELTA_B_MAD: result[j].sum = jsapi.math.mad(result[j].b); break; case DELTA_B_RANGE: result[j].sum = Math.abs(jsapi.math.max(result[j].b) - jsapi.math.min(result[j].b)); break; case DELTA_B_STDDEV: result[j].sum = jsapi.math.stddev(result[j].b); break; case DELTA_E_MAX: result[j].sum = jsapi.math.absmax(result[j].E); break; case DELTA_E_AVG: result[j].sum = jsapi.math.avg(result[j].E); break; case DELTA_E_MED: result[j].sum = jsapi.math.median(result[j].E); break; case DELTA_E_MAD: result[j].sum = jsapi.math.mad(result[j].E); break; case DELTA_E_RANGE: result[j].sum = Math.abs(jsapi.math.max(result[j].E) - jsapi.math.min(result[j].E)); break; case DELTA_E_STDDEV: result[j].sum = jsapi.math.stddev(result[j].E); break; case DELTA_L_MAX: result[j].sum = jsapi.math.absmax(result[j].L); break; case DELTA_L_AVG: result[j].sum = jsapi.math.avg(result[j].L); break; case DELTA_L_MED: result[j].sum = jsapi.math.median(result[j].L); break; case DELTA_L_MAD: result[j].sum = jsapi.math.mad(result[j].L); break; case DELTA_L_RANGE: result[j].sum = Math.abs(jsapi.math.max(result[j].L) - jsapi.math.min(result[j].L)); break; case DELTA_L_STDDEV: result[j].sum = jsapi.math.stddev(result[j].L); break; case DELTA_C_MAX: result[j].sum = jsapi.math.absmax(result[j].C); break; case DELTA_C_AVG: result[j].sum = jsapi.math.avg(result[j].C); break; case DELTA_C_MED: result[j].sum = jsapi.math.median(result[j].C); break; case DELTA_C_MAD: result[j].sum = jsapi.math.mad(result[j].C); break; case DELTA_C_RANGE: result[j].sum = Math.abs(jsapi.math.max(result[j].C) - jsapi.math.min(result[j].C)); break; case DELTA_C_STDDEV: result[j].sum = jsapi.math.stddev(result[j].C); break; case DELTA_H_MAX: result[j].sum = jsapi.math.absmax(result[j].H); break; case DELTA_H_AVG: result[j].sum = jsapi.math.avg(result[j].H); break; case DELTA_H_MED: result[j].sum = jsapi.math.median(result[j].H); break; case DELTA_H_MAD: result[j].sum = jsapi.math.mad(result[j].H); break; case DELTA_H_RANGE: result[j].sum = Math.abs(jsapi.math.max(result[j].H) - jsapi.math.min(result[j].H)); break; case DELTA_H_STDDEV: result[j].sum = jsapi.math.stddev(result[j].H); break; case GAMMA_MAX: if (result[j].g.length) result[j].sum = jsapi.math.max(result[j].g); break; case GAMMA_MIN: if (result[j].g.length) result[j].sum = jsapi.math.min(result[j].g); break; case GAMMA_AVG: if (result[j].g.length) result[j].sum = jsapi.math.avg(result[j].g); break; case GAMMA_MED: if (result[j].g.length) result[j].sum = jsapi.math.median(result[j].g); break; case GAMMA_MAD: if (result[j].g.length) result[j].sum = jsapi.math.mad(result[j].g); break; case GAMMA_RANGE: if (result[j].g.length) result[j].sum = Math.abs(jsapi.math.max(result[j].g) - jsapi.math.min(result[j].g)); break; case GAMMA_STDDEV: if (result[j].g.length) result[j].sum = jsapi.math.stddev(result[j].g); break; } else if (!rules[j][1].length || (rules[j][1][0] + '').indexOf('LEVELS') < 0) missing_data = true; if (result[j].matches.length) { matched = false; for (var k=0; k' + result[j].finalmatch[2].fill(String(number_of_sets).length) + ''); haspatchid = true; var colors = get_colors(target, actual, o, no_Lab, no_XYZ, gray_balance_cal_only, true, profile_wp_norm, wp_norm, absolute, cat); target_Lab = colors.target_Lab; actual_Lab = colors.actual_Lab; target_rgb = jsapi.math.color.Lab2RGB(target_Lab[0], target_Lab[1], target_Lab[2], "D50", 255, true); actual_rgb = jsapi.math.color.Lab2RGB(actual_Lab[0], actual_Lab[1], actual_Lab[2], "D50", 255, true); target_rgb_html.push('
 
'); actual_rgb_html.push('
 
'); }; } if (!target_rgb_html.length) { target_rgb_html.push(' '); actual_rgb_html.push(' '); }; if (!haspatchid) this.report_html.push('
 
'); this.report_html.push(' 		' + target_rgb_html.join('') + '' + actual_rgb_html.join('') + '' + (result[j].sum != null ? result[j].htmlsum || result[j].sum.accuracy(2) : ' ') + '' + (bar_html.join('') || ' ') + 'OK ✔' : (result[j].sum != null && rules[j][3] ? 'warn">OK \u26a0' : 'statonly">')) + '✔' : '"> ')) : 'ko">' + (result[j].sum != null ? 'NOT OK' : '') + ' \u2716') + '
'); var pass, overachieve; for (var j=0; j rules[j][3] : Math.abs(result[j].sum) < rules[j][3])) pass = false; if (!rules[j][4]) continue; if (missing_data || isNaN(result[j].sum) || (rules[j][2] ? Math.abs(result[j].sum) > rules[j][4] : Math.abs(result[j].sum) < rules[j][4])) overachieve = false; } if (rules[j][5] && rules[j][5].substr(3) == delta_calc_method.substr(3)) for (var k=0; k -1) { this.data[result[j].matches[k][1]].actual_DE = Math.abs(rules[j][2].indexOf('_MAX') < 0 ? result[j].sum : result[j].E[k]); this.data[result[j].matches[k][1]].tolerance_DE = rules[j][3]; } else if (rules[j][2].indexOf('_L_') > -1) { this.data[result[j].matches[k][1]].actual_DL = Math.abs(rules[j][2].indexOf('_MAX') < 0 ? result[j].sum : result[j].L[k]); this.data[result[j].matches[k][1]].tolerance_DL = rules[j][3]; } else if (rules[j][2].indexOf('_A_') > -1) { this.data[result[j].matches[k][1]].actual_Da = Math.abs(rules[j][2].indexOf('_MAX') < 0 ? result[j].sum : result[j].a[k]); this.data[result[j].matches[k][1]].tolerance_Da = rules[j][3]; } else if (rules[j][2].indexOf('_B_') > -1) { this.data[result[j].matches[k][1]].actual_Db = Math.abs(rules[j][2].indexOf('_MAX') < 0 ? result[j].sum : result[j].b[k]); this.data[result[j].matches[k][1]].tolerance_Db = rules[j][3]; } else if (rules[j][2].indexOf('_C_') > -1) { this.data[result[j].matches[k][1]].actual_DC = Math.abs(rules[j][2].indexOf('_MAX') < 0 ? result[j].sum : result[j].C[k]); this.data[result[j].matches[k][1]].tolerance_DC = rules[j][3]; } else if (rules[j][2].indexOf('_H_') > -1) { this.data[result[j].matches[k][1]].actual_DH = Math.abs(rules[j][2].indexOf('_MAX') < 0 ? result[j].sum : result[j].H[k]); this.data[result[j].matches[k][1]].tolerance_DH = rules[j][3]; } }; }; this.report_html.push('

✔ ' + criteria.passtext : 'ko">\u2716 ' + (missing_data ? 'MISSING DATA' : criteria.failtext)) + '' + ((overachieve !== false && criteria.passrecommendedtext) || (overachieve === false && criteria.failrecommendedtext) ? '
✔ ' + criteria.passrecommendedtext : 'info">✘ ' + criteria.failrecommendedtext) + '' : '') + '

'); this.result_html = this.report_html.slice(result_start); this.report_html.push('
'); this.report_html.push('
'); this.report_html.push('

Overview

'); this.report_html.push(' '); this.report_html.push(' '); var device_labels = fields_match.slice(devstart, devend + 1), device_channels = device_labels.join('').replace(/(?:CMYK|RGB)_/g, ''); this.report_html.push(' '); this.report_html.push(' '); this.report_html.push(' '); if (mode == 'Lab') labels = 'L*,a*,b*'; else if (mode == 'XYZ') labels = 'X,Y,Z'; else if (mode == 'xyY') labels = 'x,y,Y'; else if (mode == "Lu'v'") labels = "L*,u',v'"; this.report_html.push(' ' + (criteria.fields_match.join(',').indexOf('CMYK') < 0 ? '' : '') + '' + (criteria.fields_match.join(',').indexOf('CMYK') < 0 ? '' : '') + '' + /* '' + */ ''); this.report_html.push(' '); var grayscale_values = [], gamut_values = []; for (var i=0, n=0; i'); var bar_html = [], rgb = [0, 255, 0]; if (actual.tolerance_DE == null) actual.tolerance_DE = 5; if (actual.actual_DE == null) actual.actual_DE = delta.E; var step = 255 / (actual.tolerance_DE + actual.tolerance_DE / 2); if (actual.actual_DE <= actual.tolerance_DE) { rgb[0] += Math.min(step * actual.actual_DE, 255); rgb[1] -= Math.min(step * actual.actual_DE, 255); var maxrg = Math.max(rgb[0], rgb[1]); rgb[0] *= (255 / maxrg); rgb[1] *= (255 / maxrg); rgb[0] = Math.round(rgb[0]); rgb[1] = Math.round(rgb[1]); } else rgb = [255, 0, 0]; bar_html.push(actual.actual_DE.accuracy(2) > 0 ? ' ' : ' '); if (criteria.fields_match.join(',').indexOf('CMYK') > -1) var device = current_cmyk; else { var device = current_rgb; for (var j=0; j' + n.fill(String(number_of_sets).length) + '' + (criteria.fields_match.join(',').indexOf('CMYK') < 0 ? '' : '') + '' + (criteria.fields_match.join(',').indexOf('CMYK') < 0 ? '' : '') + '' + /* '' + */ ''); this.report_html.push(' '); }; this.report_html.push('
#Device ValuesNominal Values Measured ValuesΔE*' + delta_calc_method.substr(3) + ' 
 ' + device_labels.join('').replace(/\w+_/g, '') + '' + labels.split(',').join('') + 'γ  ' + labels.split(',').join('') + 'γΔL*Δa*Δb*ΔC*ΔH*ΔE* 
' + device.join('') + '' + target_color[0].accuracy(accuracy) + '' + target_color[1].accuracy(accuracy) + '' + target_color[2].accuracy(accuracy) + '' + (target.gamma ? target.gamma.accuracy(2) : ' ') + '
 
 
' + actual_color[0].accuracy(accuracy) + '' + actual_color[1].accuracy(accuracy) + '' + actual_color[2].accuracy(accuracy) + '' + (actual.gamma ? actual.gamma.accuracy(2) : ' ') + '' + delta.L.accuracy(2) + '' + delta.a.accuracy(2) + '' + delta.b.accuracy(2) + '' + delta.C.accuracy(2) + '' + delta.H.accuracy(2) + '' + delta.E.accuracy(2) + '' + bar_html.join('') + '
'); this.report_html.push('
'); if (grayscale_values.length) { grayscale_values.sort(function(a, b) { // Compare signal level if (a[0][0] < b[0][0]) return -1; if (a[0][0] > b[0][0]) return 1; // If same signal level, compare target L* if (a[3][0] < b[3][0]) return -1; if (a[3][0] > b[3][0]) return 1; return 0; }); // CCT var CCT = [], hwidth = 100 / 18, width = (100 - hwidth) / grayscale_values.length, rows = 16, start = 10000, end = 2500, rstep = (start - end) / (rows - 1), rowh = 30; CCT.push('
'); CCT.push('

Correlated Color Temperature

'); CCT.push(' '); CCT.push(''); for (var i = 0; i < grayscale_values.length; i ++) { var target_XYZ = jsapi.math.color.Lab2XYZ(grayscale_values[i][3][0], grayscale_values[i][3][1], grayscale_values[i][3][2]), actual_XYZ = jsapi.math.color.Lab2XYZ(grayscale_values[i][4][0], grayscale_values[i][4][1], grayscale_values[i][4][2]); if (!absolute) { target_XYZ = jsapi.math.color.adapt(target_XYZ[0], target_XYZ[1], target_XYZ[2], [96.42, 100, 82.49], profile_wp_norm, cat); actual_XYZ = jsapi.math.color.adapt(actual_XYZ[0], actual_XYZ[1], actual_XYZ[2], [96.42, 100, 82.49], wp_norm, cat); } window.console && console.log(target_XYZ.join(', '), actual_XYZ.join(', ')); var target_CCT = jsapi.math.color.XYZ2CorColorTemp(target_XYZ[0], target_XYZ[1], target_XYZ[2]), actual_CCT = jsapi.math.color.XYZ2CorColorTemp(actual_XYZ[0], actual_XYZ[1], actual_XYZ[2]); var rgb = [0, 255, 0], brgb = [], step = .75; if (target_CCT != actual_CCT) { rgb[0] += Math.min(step * Math.abs(target_CCT - actual_CCT), 255); rgb[1] -= Math.min(step * Math.abs(target_CCT - actual_CCT), 255); var maxrg = Math.max(rgb[0], rgb[1]); rgb[0] *= (255 / maxrg); rgb[1] *= (255 / maxrg); rgb[0] = Math.round(rgb[0]); rgb[1] = Math.round(rgb[1]); } for (var j = 0; j < 3; j ++) brgb[j] = Math.round(rgb[j] * .8); CCT.push(''); } CCT.push(''); for (var i = start - rstep; i >= end; i -= rstep) { CCT.push(''); } CCT.push(''); for (var i = 0; i < grayscale_values.length; i ++) { CCT.push(''); } CCT.push('
10000K
' + i + 'K
%' + (grayscale_values[i][0][0] / 255 * 100).accuracy(0) + '
'); //var idx = this.report_html.indexOf('
'); //this.report_html.splice(idx, 0, CCT.join('\n')); this.report_html = this.report_html.concat(CCT); // Gamma tracking var numgamma = 0; for (var i = 0; i < grayscale_values.length; i ++) { if (grayscale_values[i][1].gamma && grayscale_values[i][2].gamma) numgamma ++; } if (numgamma > 0) { var gamma_tracking = [], hwidth = 100 / 31, width = (100 - hwidth) / numgamma, rows = 21, start = 30, end = 10, rstep = (start - end) / (rows - 1), rowh = 30; gamma_tracking.push('
'); gamma_tracking.push('

Gamma

'); gamma_tracking.push(' '); gamma_tracking.push(''); for (var i = 0; i < grayscale_values.length; i ++) { if (!grayscale_values[i][1].gamma || !grayscale_values[i][2].gamma) continue; var rgb = [0, 255, 0], brgb = [], step = 255 / 2; if (grayscale_values[i][1].gamma != grayscale_values[i][2].gamma) { rgb[0] += Math.min(step * Math.abs(grayscale_values[i][1].gamma - grayscale_values[i][2].gamma) * 12.75, 255); rgb[1] -= Math.min(step * Math.abs(grayscale_values[i][1].gamma - grayscale_values[i][2].gamma) * 12.75, 255); var maxrg = Math.max(rgb[0], rgb[1]); rgb[0] *= (255 / maxrg); rgb[1] *= (255 / maxrg); rgb[0] = Math.round(rgb[0]); rgb[1] = Math.round(rgb[1]); } for (var j = 0; j < 3; j ++) brgb[j] = Math.round(rgb[j] * .8); gamma_tracking.push(''); } gamma_tracking.push(''); for (var i = start - rstep; i >= end; i -= rstep) { gamma_tracking.push(''); } gamma_tracking.push(''); for (var i = 0; i < grayscale_values.length; i ++) { if (!grayscale_values[i][1].gamma || !grayscale_values[i][2].gamma) continue; gamma_tracking.push(''); } gamma_tracking.push('
' + (start / 10).toFixed(1) + '
' + (i / 10).toFixed(1) + '
%' + (grayscale_values[i][0][0] / 255 * 100).accuracy(0) + '
'); //var idx = this.report_html.indexOf('
'); //this.report_html.splice(idx, 0, gamma_tracking.join('\n')); this.report_html = this.report_html.concat(gamma_tracking); } // numgamma > 0 // RGB Balance var rgb_balance = [], hwidth = 100 / 21, width = (100 - hwidth) / grayscale_values.length, rows = 13, start = 30, end = -30, rstep = (start - end) / (rows - 1), rowh = 30; rgb_balance.push('
'); rgb_balance.push('

RGB Gray Balance

'); rgb_balance.push(' '); rgb_balance.push(''); for (var i = 0; i < grayscale_values.length; i ++) { var target_rgb = jsapi.math.color.Lab2RGB(grayscale_values[i][3][0], grayscale_values[i][3][1], grayscale_values[i][3][2], 'D50', 100), actual_rgb = jsapi.math.color.Lab2RGB(grayscale_values[i][4][0], grayscale_values[i][4][1], grayscale_values[i][4][2], 'D50', 100); window.console && console.log(target_rgb.join(', '), actual_rgb.join(', ')); rgb_balance.push(''); } rgb_balance.push(''); for (var i = start - rstep; i >= end; i -= rstep) { rgb_balance.push(''); } rgb_balance.push(''); for (var i = 0; i < grayscale_values.length; i ++) { rgb_balance.push(''); } rgb_balance.push('
+' + start + '%
' + (i > 0 ? '+' : '') + i + '%
%' + (grayscale_values[i][0][0] / 255 * 100).accuracy(0) + '
'); //var idx = this.report_html.indexOf('
'); //this.report_html.splice(idx, 0, rgb_balance.join('\n')); this.report_html = this.report_html.concat(rgb_balance); } if (gamut_values.length) { var accuracy, offset, multiplier; switch (mode) { case "Lu'v'": xy = "u'v'"; accuracy = 4; offset = [10, 95]; multiplier = 1200; break; case 'XYZ': xy = 'XZ'; accuracy = 2; offset = [5, 95]; multiplier = 8; break; case 'xyY': xy = 'xy'; accuracy = 4; offset = [10, 95]; multiplier = 1000; break; default: xy = 'a*b*'; accuracy = 2; offset = [50, 50]; multiplier = 3; } this.report_html.push('
'); this.report_html.push('

Gamut CIE ' + xy + '

'); this.report_html.push('
'); // Sort by L* gamut_values.sort(function (a, b) { if (a[4][0] < b[4][0]) return -1; if (a[4][0] > b[4][0]) return 1; return 0; }); for (var i = 0; i < gamut_values.length; i ++) { var n = gamut_values[i][0], device_channels = gamut_values[i][1], device = gamut_values[i][2], target_color = gamut_values[i][3], target_xy, actual_color = gamut_values[i][5], actual_xy, target_rgb = gamut_values[i][6], actual_rgb = gamut_values[i][7], delta_calc_method = gamut_values[i][8], deltaE = gamut_values[i][9]; switch (mode) { case 'XYZ': target_xy = [target_color[2], target_color[0]]; actual_xy = [actual_color[2], actual_color[0]]; break; case 'xyY': target_xy = target_color; actual_xy = actual_color; break; default: target_xy = target_color.slice(1); actual_xy = actual_color.slice(1); } this.report_html.push('
'); } this.report_html.push('
'); } return this.report_html.join('\n') }; function bggridlines(rowh) { return window.btoa ? 'background-image: url(data:image/svg+xml;base64,' + btoa('') + ');' : ''; }; function trim(txt) { return txt.replace(/^\s+|\s+$/g, "") }; function lf2cr(txt) { return txt.replace(/\r\n/g, "\r").replace(/\n/g, "\r") }; function cr2lf(txt) { // CR LF = Windows // CR = Mac OS 9 // LF = Unix/Linux/Mac OS X return txt.replace(/\r\n/g, "\n").replace(/\r/g, "\n") }; function compact(txt, collapse_whitespace) { txt = trim(txt).replace(/\n\s+|\s+\n/g, "\n"); return collapse_whitespace?txt.replace(/\s+/g, " "):txt }; function comma2point(txt) { return decimal(txt) }; function decimal(txt, sr, re) { if (!sr) sr = "\\,"; if (!re) re = "."; return txt.replace(new RegExp("((^|\\s)\\-?\\d+)"+sr+"(\\d+(\\s|$))", "g"), "$1"+re+"$3") }; function toarray(txt, level) { txt=comma2point(compact(cr2lf(txt))); if (!txt) return []; if (level) { txt=txt.split(/\s/) } else { txt=txt.split("\n"); for (var i=0; i -1) current_cmyk = [actual[fields_extract_indexes_i[3]], actual[fields_extract_indexes_i[4]], actual[fields_extract_indexes_i[5]], actual[fields_extract_indexes_i[6]]]; } else { current_rgb = [actual[fields_extract_indexes_i[4]], actual[fields_extract_indexes_i[5]], actual[fields_extract_indexes_i[6]]]; if (fields_match.join(',').indexOf('CMYK') > -1) current_cmyk = [actual[fields_extract_indexes_i[0]], actual[fields_extract_indexes_i[1]], actual[fields_extract_indexes_i[2]], actual[fields_extract_indexes_i[3]]]; } for (var l=0; l 0 && current_rgb[0] < 100 && target_Lab[0] > 0 && actual_Lab[0] > 0) { var target_XYZ = jsapi.math.color.Lab2XYZ(target_Lab[0], target_Lab[1], target_Lab[2]), actual_XYZ = jsapi.math.color.Lab2XYZ(actual_Lab[0], actual_Lab[1], actual_Lab[2]); target.gamma = Math.log(target_XYZ[1]) / Math.log(current_rgb[0] / 100); actual.gamma = Math.log(actual_XYZ[1]) / Math.log(current_rgb[0] / 100); } } return {target_Lab: target_Lab, actual_Lab: actual_Lab, current_rgb: current_rgb, current_cmyk: current_cmyk}; }; function get_data(which) { var f=document.forms; if (which == "r" || !which) { data_ref=new dataset(f["F_data"].elements["FF_data_ref"].value) }; if (which == "i" || !which) { data_in=new dataset(f["F_data"].elements["FF_data_in"].value) }; if (which == "r" || !which) { if (!data_ref.data_format.length) return false; if (!data_ref.data.length) return false }; if (which == "i" || !which) { if (!data_in.data_format.length) return false; if (!data_in.data.length) return false }; return true }; function compare(set_delta_calc_method) { form_elements_set_disabled(null, true); var fe = document.forms["F_out"].elements, fe2 = document.forms["F_data"].elements; if (fe2["FF_variables"]) try { eval(fe2["FF_variables"].value); window.comparison_criteria = comparison_criteria; if (window.location.href.indexOf("?debug")>-1) alert("Comparsion criteria: " + (comparison_criteria.toSource ? comparison_criteria.toSource() : comparison_criteria)) } catch (e) { alert("Error parsing variable:\n" + e + "\nUsing default values.") }; var report = data_in.generate_report(set_delta_calc_method); document.getElementById('result').innerHTML = report; layout(); document.getElementById('reporttitle').style.visibility = "visible"; document.getElementById('report').style.visibility = "visible"; form_elements_set_disabled(null, false); if (document.getElementsByClassName) { var canvas = document.getElementsByClassName('canvas'), inner_coords, mouse_is_down, mouse_down_coords; document.addEventListener('mouseup', function (e) { for (var i = 0; i < canvas.length; i ++) { jsapi.dom.attributeRemoveWord(canvas[i], 'class', 'dragging'); } mouse_is_down = false; }); for (var i = 0; i < canvas.length; i ++) { var act = Array.prototype.slice.apply(canvas[i].getElementsByClassName('act')), ref = Array.prototype.slice.apply(canvas[i].getElementsByClassName('ref')), pts = act.concat(ref); for (var j = 0; j < pts.length; j ++) { pts[j].addEventListener('mouseenter', function (e) { var linked = this.parentNode.parentNode.getElementsByClassName('patch-' + jsapi.dom.attr(this, 'data-index')); jsapi.dom.attributeAddWord(this.parentNode.parentNode, 'class', 'hover'); for (var k = 0; k < linked.length; k ++) { jsapi.dom.attributeAddWord(linked[k].parentNode, 'class', 'hover'); if (jsapi.dom.attributeHasWord(linked[k], 'class', 'ref')) { linked[k].style.backgroundColor = jsapi.dom.attr(linked[k], 'data-bgcolor'); linked[k].style.borderColor = jsapi.dom.attr(linked[k], 'data-bordercolor'); } } }); pts[j].addEventListener('mouseleave', function (e) { var linked = this.parentNode.parentNode.getElementsByClassName('patch-' + jsapi.dom.attr(this, 'data-index')); jsapi.dom.attributeRemoveWord(this.parentNode.parentNode, 'class', 'hover'); for (var k = 0; k < linked.length; k ++) { jsapi.dom.attributeRemoveWord(linked[k].parentNode, 'class', 'hover'); if (jsapi.dom.attributeHasWord(linked[k], 'class', 'ref')) { linked[k].style.backgroundColor = ''; linked[k].style.borderColor = ''; } } }); } // Reset viewport canvas[i].addEventListener('dblclick', function () { var inner = this.getElementsByClassName('inner')[0]; this.style.fontSize = '1px'; inner.style.marginLeft = ''; inner.style.marginTop = ''; }); // Click drag viewport canvas[i].addEventListener('mousedown', function (e) { var inner = this.getElementsByClassName('inner')[0]; inner_coords = [parseFloat(inner.style.marginLeft) || 0, parseFloat(inner.style.marginTop) || 0]; jsapi.dom.attributeAddWord(this, 'class', 'dragging'); mouse_is_down = true; mouse_down_coords = [e.pageX, e.pageY]; e.preventDefault(); }); canvas[i].addEventListener('mousemove', function (e) { if (mouse_is_down) { var fontSize = parseFloat(this.style.fontSize) || 1, inner = this.getElementsByClassName('inner')[0]; inner.style.marginLeft = inner_coords[0] + (e.pageX - mouse_down_coords[0]) / fontSize + 'em'; inner.style.marginTop = inner_coords[1] + (e.pageY - mouse_down_coords[1]) / fontSize + 'em'; } }); // Mousewheel zoom canvas[i].addEventListener('wheel', function (e) { var fontSize = parseFloat(this.style.fontSize) || 1; if ((e.deltaY < 0 && fontSize < 1000) || (e.deltaY > 0 && fontSize > 1)) { if (e.deltaY < 0) fontSize += fontSize / 4; else fontSize = Math.max(fontSize - fontSize / 4, 1); this.style.fontSize = fontSize + 'px'; e.preventDefault(); } }); } } return true }; function layout() { var padding = 0, borderwidth = 0, margin = 20, maxwidth = (document.getElementById("report").offsetWidth || 900) - padding * 2 - borderwidth * 2, tables = document.getElementsByTagName("table"); for (var i = 0; i < tables.length; i ++) { if (tables[i].offsetWidth > maxwidth) { maxwidth = tables[i].offsetWidth; document.body.style.width = (maxwidth + padding * 2 + borderwidth * 2) + 'px'; } } for (var i = 0; i < tables.length; i ++) tables[i].style.width = maxwidth + 'px'; } function form_element_set_disabled(form_element, disabled) { if (!form_element || form_element.readOnly || form_element.type == "hidden" || form_element.type == "file" || jsapi.dom.attributeHasWord(form_element, "class", "fakefile") || jsapi.dom.attributeHasWord(form_element, "class", "save") || jsapi.dom.attributeHasWord(form_element, "class", "delete")) return; if (form_element.name == "FF_delta_calc_method") disabled = form_element.disabled; disabled = disabled ? "disabled" : ""; form_element.disabled = disabled; if (disabled && !jsapi.dom.attributeHasWord(form_element, "class", "disabled")) jsapi.dom.attributeAddWord(form_element, "class", "disabled"); else if (!disabled && jsapi.dom.attributeHasWord(form_element, "class", "disabled")) jsapi.dom.attributeRemoveWord(form_element, "class", "disabled"); var labels = document.getElementsByTagName("label"); for (var i=0; i= 1% luminance) average ΔC*76", window.CRITERIA_GRAYSCALE, DELTA_C_AVG, 1.0, 0.5, CIE76], ["RGB gray balance (>= 1% luminance) combined Δa*76 and Δb*76 range", window.CRITERIA_GRAYSCALE, DELTA_A_B_RANGE, 2.0, 1.5, CIE76], ["RGB gray balance (>= 1% luminance) maximum ΔC*76", window.CRITERIA_GRAYSCALE, DELTA_C_MAX, null, null, CIE76], ["RGB gray balance (>= 1% luminance) average ΔC*94", window.CRITERIA_GRAYSCALE, DELTA_C_AVG, 1.0, 0.5, CIE94], ["RGB gray balance (>= 1% luminance) combined Δa*94 and Δb*94 range", window.CRITERIA_GRAYSCALE, DELTA_A_B_RANGE, 2.0, 1.5, CIE94], ["RGB gray balance (>= 1% luminance) maximum ΔC*94", window.CRITERIA_GRAYSCALE, DELTA_C_MAX, null, null, CIE94], ["RGB gray balance (>= 1% luminance) average ΔC*00", window.CRITERIA_GRAYSCALE, DELTA_C_AVG, 1.0, 0.5, CIE00], ["RGB gray balance (>= 1% luminance) combined Δa*00 and Δb*00 range", window.CRITERIA_GRAYSCALE, DELTA_A_B_RANGE, 2.0, 1.5, CIE00], ["RGB gray balance (>= 1% luminance) maximum ΔC*00", window.CRITERIA_GRAYSCALE, DELTA_C_MAX, null, null, CIE00] ] ), CRITERIA_RULES_CMYK = CRITERIA_RULES_DEFAULT.clone(), CRITERIA_DEFAULT = { fields_compare: ['LAB_L', 'LAB_A', 'LAB_B'], name: "Default", passtext: "Nominal tolerance passed", failtext: "Nominal tolerance exceeded", passrecommendedtext: "Recommended tolerance passed", failrecommendedtext: null, delta_calc_method: CIE00, // delta calculation method for overview lock_delta_calc_method: false, warn_deviation: 5, // values with greater Delta E will be marked in the overview (informational, not a pass criteria) rules: CRITERIA_RULES_DEFAULT }, CRITERIA_CMYK = { fields_match: ['CMYK_C', 'CMYK_M', 'CMYK_Y', 'CMYK_K'], fields_compare: ['LAB_L', 'LAB_A', 'LAB_B'], id: "CMYK", name: "CMYK", strip_name: "CMYK", passtext: "Nominal tolerance passed", failtext: "Nominal tolerance exceeded", passrecommendedtext: "Recommended tolerance passed", failrecommendedtext: null, delta_calc_method: CIE00, // delta calculation method for overview lock_delta_calc_method: false, warn_deviation: 5, // values with greater Delta E will be marked in the overview (informational, not a pass criteria) rules: CRITERIA_RULES_CMYK }, CRITERIA_IDEALLIANCE = { fields_match: ['CMYK_C', 'CMYK_M', 'CMYK_Y', 'CMYK_K'], fields_compare: ['LAB_L', 'LAB_A', 'LAB_B'], id: "IDEALLIANCE", name: "IDEAlliance Control Strip 2009", passtext: "Nominal tolerance passed", failtext: "Nominal tolerance exceeded", passrecommendedtext: "Recommended tolerance passed", failrecommendedtext: null, delta_calc_method: CIE00, // delta calculation method for overview lock_delta_calc_method: true, warn_deviation: 3, // values with greater Delta E will be marked in the overview (informational, not a pass criteria) rules: CRITERIA_RULES_CMYK.concat([ // description, [[C, M, Y, K],...], DELTA_[E|L|C|H]_[MAX|AVG], max, recommended, [CIE[76|94|00]|CMC11|CMC21] ["Paper white ΔL*00", [[0, 0, 0, 0]], DELTA_L_MAX, 2, 1, CIE00], ["Paper white Δa*00", [[0, 0, 0, 0]], DELTA_A_MAX, 1, .5, CIE00], ["Paper white Δb*00", [[0, 0, 0, 0]], DELTA_B_MAX, 2, 1, CIE00], /* ["Average ΔE*00", [], DELTA_E_AVG, 2, 1, CIE00], ["Maximum ΔE*00", [], DELTA_E_MAX, 6, 3, CIE00], */ ["CMYK solids maximum ΔE*00", [ [100, 0, 0, 0], [0, 100, 0, 0], [0, 0, 100, 0], [0, 0, 0, 100] ], DELTA_E_MAX, 7, 3, CIE00], ["CMY 50% grey ΔE*00", [[50, 40, 40, 0]], DELTA_E_MAX, 1.5, 0.75, CIE00], ["CMY grey maximum ΔL*00", [ [3.1, 2.2, 2.2, 0], [10.2, 7.4, 7.4, 0], [25, 19, 19, 0], [50, 40, 40, 0], [75, 66, 66, 0] ], DELTA_L_MAX, 2, 1, CIE00], ["CMY grey maximum Δa*00", [ [3.1, 2.2, 2.2, 0], [10.2, 7.4, 7.4, 0], [25, 19, 19, 0], [50, 40, 40, 0], [75, 66, 66, 0] ], DELTA_A_MAX, 1, .5, CIE00], ["CMY grey maximum Δb*00", [ [3.1, 2.2, 2.2, 0], [10.2, 7.4, 7.4, 0], [25, 19, 19, 0], [50, 40, 40, 0], [75, 66, 66, 0] ], DELTA_B_MAX, 1, .5, CIE00], ["CMY grey maximum ΔE*00", [ [3.1, 2.2, 2.2, 0], [10.2, 7.4, 7.4, 0], [25, 19, 19, 0], [50, 40, 40, 0], [75, 66, 66, 0] ], DELTA_E_MAX, 2, 1, CIE00] ]) }, CRITERIA_ISO12647_7 = { fields_match: ['CMYK_C', 'CMYK_M', 'CMYK_Y', 'CMYK_K'], fields_compare: ['LAB_L', 'LAB_A', 'LAB_B'], passtext: "Nominal tolerance passed", failtext: "Nominal tolerance exceeded", passrecommendedtext: "Recommended tolerance passed", failrecommendedtext: null, delta_calc_method: CIE76, // delta calculation method for overview lock_delta_calc_method: true, warn_deviation: 5, // values with greater Delta E will be marked in the overview (informational, not a pass criteria) rules: CRITERIA_RULES_CMYK.concat([ // description, [[C, M, Y, K],...], DELTA_[E|L|C|H]_[MAX|AVG], max, recommended, [CIE[76|94|00]|CMC11|CMC21] ["Paper white ΔE*76", [[0, 0, 0, 0]], DELTA_E_MAX, 3, 1, CIE76], /* ["Average ΔE*", [], DELTA_E_AVG, 3, 2, CIE76], ["Maximum ΔE*", [], DELTA_E_MAX, 6, 5, CIE76], */ ["CMYK solids maximum ΔE*76", [ [100, 0, 0, 0], [0, 100, 0, 0], [0, 0, 100, 0], [0, 0, 0, 100] ], DELTA_E_MAX, 5, 3, CIE76], ["CMYK solids maximum ΔH*76", [ [100, 0, 0, 0], [0, 100, 0, 0], [0, 0, 100, 0], [0, 0, 0, 100] ], DELTA_H_MAX, 2.5, 1.5, CIE76], ["CMY grey average ΔH*76", [ [100, 85, 85, 0], [80, 65, 65, 0], [60, 45, 45, 0], [40, 27, 27, 0], [20, 12, 12, 0], [10, 6, 6, 0] ], DELTA_H_AVG, 1.5, 0.5, CIE76] ]) }, CRITERIA_FOGRA_MEDIAWEDGE_3 = CRITERIA_ISO12647_7, comparison_criteria = { // values MUST pass these criteria RGB: CRITERIA_DEFAULT.clone(), CMYK: CRITERIA_CMYK, FOGRA_MW3: CRITERIA_FOGRA_MEDIAWEDGE_3, IDEALLIANCE: CRITERIA_IDEALLIANCE }; comparison_criteria['CMYK_FOGRA_MEDIAWEDGE_V3'] = CRITERIA_FOGRA_MEDIAWEDGE_3; for (var i=27; i<=47; i++) { comparison_criteria['1x_MW2_FOGRA' + i + 'L_SB'] = CRITERIA_FOGRA_MEDIAWEDGE_3; comparison_criteria['2x_MW2_FOGRA' + i + 'L_SB'] = CRITERIA_FOGRA_MEDIAWEDGE_3; comparison_criteria['FOGRA' + i + '_MW2_SUBSET'] = CRITERIA_FOGRA_MEDIAWEDGE_3; comparison_criteria['FOGRA' + i + '_MW3_SUBSET'] = CRITERIA_FOGRA_MEDIAWEDGE_3; }; comparison_criteria['CMYK_IDEALLIANCE_CONTROLSTRIP_2009'] = CRITERIA_IDEALLIANCE; comparison_criteria['GRACOLCOATED1_ISO12647-7_CONTROLSTRIP2009_REF'] = CRITERIA_IDEALLIANCE; comparison_criteria['SWOPCOATED3_ISO12647-7_CONTROLSTRIP2009_REF'] = CRITERIA_IDEALLIANCE; comparison_criteria['SWOPCOATED5_ISO12647-7_CONTROLSTRIP2009_REF'] = CRITERIA_IDEALLIANCE; CRITERIA_FOGRA_MEDIAWEDGE_3.id = 'FOGRA_MW3'; CRITERIA_FOGRA_MEDIAWEDGE_3.name = "Fogra Media Wedge V3"; CRITERIA_FOGRA_MEDIAWEDGE_3.strip_name = "Ugra/Fogra Media Wedge CMYK V3.0"; CRITERIA_IDEALLIANCE.rules[8][3] = 2; // Average ΔE*00 nominal CRITERIA_IDEALLIANCE.rules[11][3] = 6; // Maximum ΔE*00 nominal comparison_criteria.RGB.id = 'RGB'; comparison_criteria.RGB.fields_match = ['RGB_R', 'RGB_G', 'RGB_B']; comparison_criteria.RGB.name = "RGB"; comparison_criteria.RGB.strip_name = "RGB"; comparison_criteria.RGB.rules = CRITERIA_RULES_RGB; if (window.CRITERIA_GRAYSCALE) { comparison_criteria.RGB_GRAY = comparison_criteria.RGB.clone(); comparison_criteria.RGB_GRAY.delta_calc_method = CIE00; comparison_criteria.RGB_GRAY.id = 'RGB_GRAY'; comparison_criteria.RGB_GRAY.name = "RGB + gray balance"; comparison_criteria.RGB_GRAY.rules = CRITERIA_RULES_VERIFY; }; dispcalGUI-1.7.1.6/dispcalGUI/report/jsapi-packages.js000644 000765 000000 00000103762 12224371766 022360 0ustar00svpwheel000000 000000 /* ############################## */ /* ##### jsapi Distribution ##### */ /* ############################## */ /* 2006 Florian Hoech Function.prototype.apply.js adds apply method for functions in browsers without native implementation */ if (!Function.prototype.apply) { Function.prototype.apply = function(o, args) { o = o ? Object(o) : window; o.__apply__ = this; for (var i = 0, sargs = []; i < args.length; i ++) sargs[i] = "args[" + i + "]"; var result = eval("o.__apply__(" + sargs.join(",") + ");"); o.__apply__ = null; return result } }; /* ##### Array.prototype.pop.js ##### */ /* 2006 Ash Searle http://hexmen.com/blog/2006/12/push-and-pop/ */ if (!Array.prototype.pop) Array.prototype.pop = function() { // Removes the last element from an array and returns that element. This method changes the length of the array. var n = this.length >>> 0, value; if (n) { value = this[--n]; delete this[n] }; this.length = n; return value }; if (!Array.pop) Array.pop = function(object) { return Array.prototype.pop.apply(object) }; /* ##### Array.prototype.shift.js ##### */ /* 2006 Florian Hoech Array.prototype.shift.js adds shift method for arrays in browsers without native or incorrect implementation */ if (!Array.prototype.shift) Array.prototype.shift = function() { // Removes the first element from an array and returns that element. This method changes the length of the array. var n = this.length >>> 0, value = this[0]; for (var i = 1; i < n; i ++) this[i - 1] = this[i]; delete this[n]; this.length = n - 1 >>> 0; return value }; if (!Array.shift) Array.shift = function(object) { return Array.prototype.shift.apply(object) }; /* ##### Array.prototype.unshift.js ##### */ /* 2006 Florian Hoech Array.prototype.unshift.js adds unshift method for arrays in browsers without native or incorrect implementation */ if (!Array.prototype.unshift) Array.prototype.unshift = function() { // Adds one or more elements to the beginning of an array and returns the new length of the array. var n = this.length >>> 0; for (var i = (n - 1) >>> 0; i >= 0; i --) this[i + arguments.length] = this[i]; for (var i = arguments.length - 1; i >= 0; i --) { this[i] = arguments[i]; n = n + 1 >>> 0 }; this.length = n; return n }; /* ##### Array.prototype.push.js ##### */ /* 2006 Ash Searle http://hexmen.com/blog/2006/12/push-and-pop/ */ if (!Array.prototype.push || [].push(0) == 0) Array.prototype.push = function() { var n = this.length >>> 0; for (var i = 0; i < arguments.length; i++) { this[n] = arguments[i]; n = n + 1 >>> 0 }; this.length = n; return n }; /* ##### Array.prototype.splice.js ##### */ /* 2006 Florian Hoech Array.prototype.splice.js adds splice method for arrays in browsers without native or incorrect implementation */ if (!Array.prototype.splice || [0].splice(0, 1) === 0) Array.prototype.splice = function(index, howMany) { /* Changes the content of an array, adding new elements while removing old elements. Returns an array containing the removed elements. If only one element is removed, an array of one element is returned. Returns undefined if no arguments are passed. */ if (arguments.length == 0) return index; if (typeof index != "number") index = 0; if (index < 0) index = Math.max(0, this.length + index); if (index > this.length) { if (arguments.length > 2) index = this.length; else return [] }; if (arguments.length < 2) howMany = this.length - index; howMany = (typeof howMany == "number") ? Math.max(0, howMany) : 0; var removedElements = this.slice(index, index + howMany); var elementsToMove = this.slice(index + howMany); this.length = index; for (var i = 2; i < arguments.length; i ++) this[this.length] = arguments[i]; for (var i = 0; i < elementsToMove.length; i ++) this[this.length] = elementsToMove[i]; return removedElements }; /* ##### Number.prototype.toFixed.js ##### */ /* 2006 Florian Hoech Number.prototype.toFixed.js */ if (!Number.prototype.toFixed) { Number.prototype.toFixed = function(ln) { if (!ln) ln = 0; var i, n = Math.pow(10, ln), n = (Math.round(this * n) / n) + ""; if (ln && (i = n.indexOf(".")) < 0) { i = n.length; n += "." }; while (n.substr(i).length < ln + 1) n += "0"; return n } }; /* ##### Array.prototype.indexOf.js ##### */ /* http://developer.mozilla.org/en/docs/Core_JavaScript_1.5_Reference:Objects:Array:indexOf Summary Returns the first index at which a given element can be found in the array, or -1 if it is not present. Method of Array Implemented in: JavaScript 1.6 (Gecko 1.8b2 and later) ECMAScript Edition: none Syntax var index = array.indexOf(searchElement[, fromIndex]); Parameters searchElement Element to locate in the array. fromIndex The index at which to begin the search. Defaults to 0, i.e. the whole array will be searched. If the index is greater than or equal to the length of the array, -1 is returned, i.e. the array will not be searched. If negative, it is taken as the offset from the end of the array. Note that even when the index is negative, the array is still searched from front to back. If the calculated index is less than 0, the whole array will be searched. Description indexOf compares searchElement to elements of the Array using strict equality (the same method used by the ===, or triple-equals, operator). Compatibility indexOf is a JavaScript extension to the ECMA-262 standard; as such it may not be present in other implementations of the standard. You can work around this by inserting the following code at the beginning of your scripts, allowing use of indexOf in ECMA-262 implementations which do not natively support it. This algorithm is exactly the one used in Firefox and SpiderMonkey. Again, note that this implementation aims for absolute compatibility with indexOf in Firefox and the SpiderMonkey JavaScript engine, including in cases where the index passed to indexOf is not an integer value. If you intend to use this in real-world applications, you may not need all of the code to calculate from. Example: Using indexOf The following example uses indexOf to locate values in an array. var array = [2, 5, 9]; var index = array.indexOf(2); // index is 0 index = array.indexOf(7); // index is -1 Example: Finding all the occurrences of an element The following example uses indexOf to find all the indices of an element in a given array, using push to add them to another array as they are found. var indices = []; var idx = array.indexOf(element) while (idx != -1) { indices.push(idx); idx = array.indexOf(element, idx + 1); } */ // NOTE: semicolons added where necessary to make compatible with JavaScript compressors if (!Array.prototype.indexOf) { Array.prototype.indexOf = function(elt /*, from*/) { var len = this.length; var from = Number(arguments[1]) || 0; from = (from < 0) ? Math.ceil(from) : Math.floor(from); if (from < 0) from += len; for (; from < len; from++) { if (/* from in this && */ /* Not compatible with IE/Mac */ this[from] === elt) return from }; return -1 } }; /* ##### jsapi.js ##### */ /* 2006 Florian Hoech jsapi.js */ jsapi = function() { return new jsapi.jsapi(arguments); }; jsapi.constants = { OBJECTTYPES: { OBJECT: 0, ARRAY: 1, BOOLEAN: 2, DATE: 3, FUNCTION: 4, NUMBER: 5, REGEXP: 6, STRING: 7 } }; jsapi.extend = function(object, _this) { jsapi.jsapi.prototype.extend(object, _this) }; jsapi.jsapi = function() { var objectType; if (!jsapi.initialized) { for (var propertyName in jsapi.dom) if (typeof jsapi.dom[propertyName] == "function" && !jsapi.dom[propertyName]._args) jsapi.dom[propertyName]._args = [jsapi.dom.isNode]; for (var propertyName in jsapi.regexp) if (typeof jsapi.regexp[propertyName] == "function") jsapi.regexp[propertyName]._args = [function(argument) { return argument.constructor == RegExp; }]; for (var propertyName in jsapi.string) if (typeof jsapi.string[propertyName] == "function") jsapi.string[propertyName]._args = [function(argument) { return typeof argument == "string" || argument.constructor == String; }]; for (var propertyName in jsapi) jsapi.extend(jsapi[propertyName], jsapi[propertyName]); var arrayMethodNames = [ "every", "filter", "forEach", "indexOf", "join", "lastIndexOf", "map", "slice", "some", /* Mutator methods */ "pop", "push", "reverse", "shift", "sort", "splice", "unshift" ]; for (var i = 0; i < arrayMethodNames.length; i ++) { (function (arrayMethodName) { jsapi.jsapi.prototype[arrayMethodName] = function () { var result = Array.prototype[arrayMethodName].apply(this, arguments); return typeof result == "object" ? jsapi(result) : (result != null || arrayMethodName == "pop" || arrayMethodName == "shift" ? result : this); } })(arrayMethodNames[i]); }; jsapi.initialized = true; }; if (this.length == null) this.length = 0; for (var i = 0; i < arguments[0].length; i ++) { var object = arguments[0][i]; switch (typeof object) { case "function": objectType = jsapi.constants.OBJECTTYPES.FUNCTION; break; case "number": objectType = jsapi.constants.OBJECTTYPES.NUMBER; break; case "string": objectType = jsapi.constants.OBJECTTYPES.STRING; break; default: if (!object) continue; // null or undefined switch (object.constructor) { case Boolean: objectType = jsapi.constants.OBJECTTYPES.BOOLEAN; break; case Date: objectType = jsapi.constants.OBJECTTYPES.DATE; break; case Number: objectType = jsapi.constants.OBJECTTYPES.NUMBER; break; case RegExp: objectType = jsapi.constants.OBJECTTYPES.REGEXP; break; case String: objectType = jsapi.constants.OBJECTTYPES.STRING; break; default: objectType = jsapi.constants.OBJECTTYPES.OBJECT; } }; switch (objectType) { case jsapi.constants.OBJECTTYPES.STRING: var expression = object.split(":"); if (expression.length > 1) switch (expression[0]) { case "html": case "xhtml": case "xml": object = jsapi.dom.parseString(expression.slice(1).join(":")); break; case "xpath": object = jsapi.dom.getByXpath(expression.slice(1).join(":")); break; } else if (/<[^<]*>/.test(object)) object = jsapi.dom.parseString(object); default: if (object.constructor == Array) Array.prototype.push.apply(this, object); else if (typeof object == "object" && typeof object.length == "number" && object.constructor != String && object.constructor != Function) Array.prototype.push.apply(this, Array.prototype.slice.apply(object)); else this[this.length ++] = object; } }; }; jsapi.jsapi.prototype = { concat: function(object) { var result = jsapi(this); jsapi.jsapi.apply(result, [object]); return result }, extend: function(object, _this) { /* if _this evaluates to false, use the current result as "this"-object. otherwise, use _this as "this"-object and pass the current result as first argument. */ for (var propertyName in object) if (typeof object[propertyName] == "function" && propertyName != "$" && propertyName != "extend" && propertyName != "toString" && propertyName != "valueOf") { if (!this[propertyName]) { this[propertyName] = function() { if (this.length) { var _callbacks = arguments.callee._callbacks; for (var i = 0; i < this.length; i ++) { for (var n = 0; n < _callbacks.length; n ++) { var _this = _callbacks[n]._this || this[i], _arguments = _callbacks[n]._this ? [this[i]].concat(Array.prototype.slice.apply(arguments)) : arguments; if (_callbacks[n].hasValidArguments.apply(_callbacks[n], _arguments)) { this[i] = _callbacks[n].apply(_this, _arguments); } } } }; return this; }; this[propertyName]._callbacks = []; }; if (!object[propertyName].hasValidArguments) { if (object[propertyName]._args) object[propertyName].hasValidArguments = function() { for (var i = 0; i < this._args.length; i ++) { if (!(typeof this._args[i] == "string" ? typeof arguments[i] == this._args[i] : (typeof this._args[i] == "function" ? this._args[i](arguments[i]) : arguments[i] == this._args[i]))) { return false; } }; return true }; else object[propertyName].hasValidArguments = function() { return true }; }; object[propertyName]._this = _this; if (this[propertyName]._callbacks.indexOf(object[propertyName]) < 0) this[propertyName]._callbacks.push(object[propertyName]); } }, toString: function() { return Array.prototype.slice.apply(this).toString(); } }; /* ##### jsapi.array.js ##### */ /* 2006 Florian Hoech jsapi.array.js jsapi.js */ jsapi.array = { $: function(object) { // make array from object with only the numerical indices var array = [], n; if (object.length != null) for (var i = 0; i < object.length; i ++) array[i] = object[i]; else for (var i in object) if (!isNaN(n = parseInt(i)) && n == i) array[n] = object[i]; return array } }; jsapi.array.$._args = [null]; /* ##### jsapi.array.flat.js ##### */ /* 2006 Florian Hoech jsapi.array.search.js jsapi.array.js */ jsapi.array.flat = function(a) { var r = []; for (var i = 0; i < a.length; i ++) { if (a[i].constructor == Array) r = r.concat(jsapi.array.flat(a[i])); else r.push(a[i]) }; return r }; jsapi.array.flat._args = [Array]; /* ##### jsapi.dom.js ##### */ /* 2006 Florian Hoech jsapi.dom.js jsapi.js */ jsapi.dom = {}; /* ##### jsapi.dom.NODETYPES.js ##### */ /* 2006 Florian Hoech jsapi.dom.NODETYPES.js jsapi.dom.js */ jsapi.dom.NODETYPES = { "1": "ELEMENT", "2": "ATTRIBUTE", "3": "TEXT", "4": "CDATA_SECTION", "5": "ENTITY_REFERENCE", "6": "ENTITY", "7": "PROCESSING_INSTRUCTION", "8": "COMMENT", "9": "DOCUMENT", "10": "DOCUMENT_TYPE", "11": "DOCUMENT_FRAGMENT", "12": "NOTATION" }; /* ##### jsapi.dom.isNode.js ##### */ /* Florian Hoech jsapi.dom.isNode.js jsapi.dom.NODETYPES.js */ jsapi.dom.isNode = function(object) { return !!(object && jsapi.dom.NODETYPES[object.nodeType] && object.cloneNode); }; /* ##### jsapi.string.js ##### */ /* 2006 Florian Hoech jsapi.string.js jsapi.js */ jsapi.string = {}; /* ##### jsapi.string.trim.js ##### */ /* 2006 Florian Hoech jsapi.string.trim.js jsapi.string.js */ jsapi.string.trim = function(str) { return str.replace(/(^\s+|\s+$)/g, "") }; jsapi.string.trim._args = [String]; /* ##### jsapi.useragent.js ##### */ /* 2006 Florian Hoech jsapi.useragent.js jsapi.string.trim.js TO-DO: add KHTML */ jsapi.useragent = { $: function (ua) { ua = (ua || navigator.userAgent).toLowerCase(); var i, j, match, _match, replace = [ [/(\d+\.)(\d+)\.(\d+)(\.(\d+))?/g, "$1$2$3$5"], [/linux/g, ";linux;linux"], [/mac/, ";mac;mac"], [/microsoft ((p)ocket )?internet explorer/g, "ms$2ie"], [/win32/g, "windows"], [/windows (\w+)/g, "windows;windows $1"] ]; for (i = 0; i < replace.length; i ++) ua = ua.replace(replace[i][0], replace[i][1]); ua = ua.split(/[\(\)\[\]\{\}\,;]/); for (i in this) { if (typeof this[i] != "object" && typeof this[i] != "function") delete this[i] }; for (i = 0; i < ua.length; i ++) { match = ua[i].match(/[a-z\.\-_]+(\s+[a-z\.\-_]+)*\Wv?\d+(\.\d+)*/g); if (match) { for (j = 0; j < match.length; j ++) { _match = match[j].match(/([a-z\.\-_]+(\s[a-z\.\-_]+)*)\Wv?(\d+(\.\d+)*)/); if (!this[_match[1]] || (parseFloat(_match[3]) == _match[3] && this[_match[1]] < parseFloat(_match[3]))) this[_match[1]] = parseFloat(_match[3]) == _match[3] ? parseFloat(_match[3]) : _match[3] } } else { ua[i] = jsapi.string.trim(ua[i]); if (ua[i]) this[ua[i]] = true } }; if (this.konqueror && !this.khtml) this.khtml = true; if (this.safari === true) delete this.safari; // safari would have a version number here if (!this.gecko && this.mozilla) { this.compatible = this.mozilla; delete this.mozilla }; if (this.opera || this.safari || this.konqueror) { if (this.mozilla) delete this.mozilla; if (this.msie) delete this.msie }; return this } }; jsapi.useragent.toString = function() { var props = []; for (i in this) { if (typeof this[i] != "object" && typeof this[i] != "function") props.push((/\s/.test(i) ? "'" : "") + i + (/\s/.test(i) ? "'" : "") + ":" + (typeof this[i] == "string" ? '"' : "") + this[i] + (typeof this[i] == "string" ? '"' : "")) }; return props.join(", "); }; jsapi.useragent.$._args = [String]; jsapi.useragent.$(); /* ##### jsapi.util.js ##### */ /* 2006 Florian Hoech jsapi.util.js jsapi.js */ jsapi.util = {}; /* ##### jsapi.generic_accessor_mutator.js ##### */ /* Florian Hoech jsapi.generic_accessor_mutator.js jsapi.js jsapi.dom.js jsapi.dom.isNode.js jsapi.useragent.js jsapi.util.js */ jsapi.constants.ATTRIBUTE_ALIASES = { "class": "className", "for": "htmlFor", readonly: "readOnly", maxlength: "maxLength" }; jsapi._attribute = function(object, attributeName, value) { // if arguments.length == 2, get attribute. otherwise, if value == null, remove attribute, else set attribute switch (attributeName) { case "style": case "value": return arguments.length == 2 ? jsapi._property(object, attributeName) : jsapi._property(object, attributeName, value); default: if (jsapi.constants.ATTRIBUTE_ALIASES[attributeName]) return jsapi._property.apply(jsapi, arguments); else { if (arguments.length == 2) return object.getAttribute(attributeName); // get attribute if (value == null) object.removeAttribute(attributeName); // remove attribute else object.setAttribute(attributeName, value); // set attribute } }; return object }; jsapi._property = function(object, propertyName, value) { // if arguments.length == 2, get property. otherwise, if value == null, delete property, else set property switch (propertyName) { case "style": if (arguments.length == 2) return object.style.cssText; // get attribute object.style.cssText = value || ""; // set attribute break; }; if (jsapi.dom.isNode(object)) propertyName = jsapi.constants.ATTRIBUTE_ALIASES[propertyName] || propertyName; if (arguments.length == 2) return object[propertyName]; object[propertyName] = value; // set property if (value == null) try { delete object[propertyName] } catch (e) { }; // delete property return object }; jsapi.dom.attr = jsapi.dom.attribute = function (object, attribute, value) { return arguments.length == 2 && (typeof attribute != "object" || attribute.constructor == Array) ? jsapi._get(object, jsapi._attribute, attribute) : jsapi._set(object, jsapi._attribute, attribute, value); }; jsapi.util.prop = jsapi.util.property = function (object, property, value) { return arguments.length == 2 && (typeof property != "object" || property.constructor == Array) ? jsapi._get(object, jsapi._property, property) : jsapi._set(object, jsapi._property, property, value); }; jsapi._get = function (object, callback, property) { if (typeof property != "object") return callback(object, property); else { var result = []; for (var i = 0; i < property.length; i ++) result.push(callback(object, property[i])); return result; } }; jsapi._set = function (object, callback, property, value) { if (typeof property != "object") callback(object, property, value); else { if (property.constructor == Array) for (var i = 0; i < property.length; i ++) callback(object, property[i], value); else for (var propertyName in property) callback(object, propertyName, property[propertyName] != null ? property[propertyName] : value); }; return object; };; /* ##### jsapi.dom.attribute.js ##### */ /* 2006 Florian Hoech jsapi.dom.attribute.js jsapi.generic_accessor_mutator.js */ /* ##### jsapi.dom.attributeAddWord.js ##### */ /* 2006 Florian Hoech jsapi.dom.attributeAddWord.js jsapi.dom.attribute.js */ jsapi.dom.attributeAddWord = function(element, attr, word) { var value = jsapi.dom.attribute(element, attr); return jsapi.dom.attribute(element, attr, (value != null ? value + " " : "") + word) }; /* ##### jsapi.dom.attributeHasWord.js ##### */ /* 2006 Florian Hoech jsapi.dom.attributeHasWord.js jsapi.dom.attribute.js */ jsapi.dom.attributeHasWord = function(element, attr, word) { return (new RegExp("(^|\\s)" + word + "(\\s|$)")).test(jsapi.dom.attribute(element, attr)) }; /* ##### jsapi.dom.attributeRemoveWord.js ##### */ /* 2006 Florian Hoech jsapi.dom.attributeRemoveWord.js jsapi.dom.attribute.js */ jsapi.dom.attributeRemoveWord = function(element, attr, word) { var value = jsapi.dom.attribute(element, attr); if (value) jsapi.dom.attribute(element, attr, value.replace(new RegExp("(^|\\s+)" + word + "(\\s|$)"), "$2")); return element }; /* ##### jsapi.math.js ##### */ /* 2006 Florian Hoech jsapi.math.js jsapi.array.flat.js */ jsapi.math = { absmax: function(v) { var a = jsapi.array.flat(arguments), r = a[0]; for (var i = 0; i < a.length; i ++) if (Math.abs(r) < Math.abs(a[i])) r = a[i]; return r }, avg: function() { var a = jsapi.array.flat(arguments), r = 0; for (var i = 0; i < a.length; i ++) r += a[i]; return r / a.length }, cbrt: function(x) { return x >= 0 ? Math.pow (x, 1 / 3) : -Math.pow (-x, 1 / 3) }, deg: function(v) { return v * 180 / Math.PI }, longToUnsigned: function(num) { while (num < 0) num += 4294967296; return num }, max: function(v) { var a = jsapi.array.flat(arguments), r = a[0]; for (var i = 0; i < a.length; i ++) r = Math.max(r, a[i]); return r }, min: function(v) { var a = jsapi.array.flat(arguments), r = a[0]; for (var i = 0; i < a.length; i ++) r = Math.min(r, a[i]); return r }, rad: function(v) { return v / 180 * Math.PI } }; jsapi.math.absmax._args = [Number]; jsapi.math.avg._args = [Number]; jsapi.math.cbrt._args = [Number]; jsapi.math.deg._args = [Number]; jsapi.math.longToUnsigned._args = [Number]; jsapi.math.max._args = [Array]; jsapi.math.min._args = [Array]; jsapi.math.rad._args = [Number]; /* ##### jsapi.math.color.js ##### */ /* 2006 Florian Hoech jsapi.math.color.js jsapi.math.js */ jsapi.math.color = {}; /* ##### jsapi.math.color.XYZ2CorColorTemp.js ##### */ /* 2007 Florian Hoech jsapi.math.color.XYZ2CorColorTemp.js jsapi.math.color.js */ jsapi.math.color.XYZ2CorColorTemp = function(x, y, z) { // derived from ANSI C implementation by Bruce Lindbloom www.brucelindbloom.com // LERP(a,b,c) = linear interpolation macro, is 'a' when c == 0.0 and 'b' when c == 1.0 function LERP(a,b,c) { return (b - a) * c + a }; var rt = [ // reciprocal temperature (K) Number.MIN_VALUE, 10.0e-6, 20.0e-6, 30.0e-6, 40.0e-6, 50.0e-6, 60.0e-6, 70.0e-6, 80.0e-6, 90.0e-6, 100.0e-6, 125.0e-6, 150.0e-6, 175.0e-6, 200.0e-6, 225.0e-6, 250.0e-6, 275.0e-6, 300.0e-6, 325.0e-6, 350.0e-6, 375.0e-6, 400.0e-6, 425.0e-6, 450.0e-6, 475.0e-6, 500.0e-6, 525.0e-6, 550.0e-6, 575.0e-6, 600.0e-6 ]; var uvt = [ [0.18006, 0.26352, -0.24341], [0.18066, 0.26589, -0.25479], [0.18133, 0.26846, -0.26876], [0.18208, 0.27119, -0.28539], [0.18293, 0.27407, -0.30470], [0.18388, 0.27709, -0.32675], [0.18494, 0.28021, -0.35156], [0.18611, 0.28342, -0.37915], [0.18740, 0.28668, -0.40955], [0.18880, 0.28997, -0.44278], [0.19032, 0.29326, -0.47888], [0.19462, 0.30141, -0.58204], [0.19962, 0.30921, -0.70471], [0.20525, 0.31647, -0.84901], [0.21142, 0.32312, -1.0182], [0.21807, 0.32909, -1.2168], [0.22511, 0.33439, -1.4512], [0.23247, 0.33904, -1.7298], [0.24010, 0.34308, -2.0637], [0.24792, 0.34655, -2.4681], // Note: 0.24792 is a corrected value for the error found in W&S as 0.24702 [0.25591, 0.34951, -2.9641], [0.26400, 0.35200, -3.5814], [0.27218, 0.35407, -4.3633], [0.28039, 0.35577, -5.3762], [0.28863, 0.35714, -6.7262], [0.29685, 0.35823, -8.5955], [0.30505, 0.35907, -11.324], [0.31320, 0.35968, -15.628], [0.32129, 0.36011, -23.325], [0.32931, 0.36038, -40.770], [0.33724, 0.36051, -116.45] ]; var us, vs, p, di, dm, i; if ((x < 1e-20) && (y < 1e-20) && (z < 1e-20)) return -1; // protect against possible divide-by-zero failure us = (4 * x) / (x + 15 * y + 3 * z); vs = (6 * y) / (x + 15 * y + 3 * z); dm = 0; for (i = 0; i < 31; i++) { di = (vs - uvt[i][1]) - uvt[i][2] * (us - uvt[i][0]); if ((i > 0) && (((di < 0) && (dm >= 0)) || ((di >= 0) && (dm < 0)))) break; // found lines bounding (us, vs) : i-1 and i dm = di }; if (i == 31) return -1; // bad XYZ input, color temp would be less than minimum of 1666.7 degrees, or too far towards blue di = di / Math.sqrt(1 + uvt[i ][2] * uvt[i ][2]); dm = dm / Math.sqrt(1 + uvt[i - 1][2] * uvt[i - 1][2]); p = dm / (dm - di); // p = interpolation parameter, 0.0 : i-1, 1.0 : i return 1 / (LERP(rt[i - 1], rt[i], p)); }; /* ##### jsapi.math.color.delta.js ##### */ /* 2007 Florian Hoech jsapi.math.color.delta.js jsapi.math.color.js */ jsapi.math.color.delta = function (L1, a1, b1, L2, a2, b2, method, p1, p2, p3, debug) { /* CIE 1994 & CMC calculation code derived from formulas on www.brucelindbloom.com CIE 1994 code uses some alterations seen on www.farbmetrik-gall.de/cielab/korrcielab/cie94.html (see notes in code below) CIE 2000 calculation code derived from Excel spreadsheet available at www.ece.rochester.edu/~gsharma/ciede2000 method: either "CIE94", "CMC", "CIE2K" or "CIE76" (default if method is not set) p1, p2, p3 arguments have different meaning for each calculation method: CIE 1994: if p1 is not null, calculation will be adjusted for textiles, otherwise graphics arts (default if p1 is not set) CMC(l:c): p1 equals l (lightness) weighting factor and p2 equals c (chroma) weighting factor. commonly used values are CMC(1:1) for perceptability (default if p1 and p2 are not set) and CMC(2:1) for acceptability CIE 2000: p1 becomes kL (lightness) weighting factor, p2 becomes kC (chroma) weighting factor and p3 becomes kH (hue) weighting factor (all three default to 1 if not set) */ for (var i = 0; i < 6; i ++) if (typeof arguments[i] != "number" || isNaN(arguments[i])) return NaN; if (typeof method == "string") method = method.toLowerCase(); switch (method) { case "94": case "1994": case "cie94": case "cie1994": var textiles = p1, dL = L1 - L2, C1 = Math.sqrt(Math.pow(a1, 2) + Math.pow(b1, 2)), C2 = Math.sqrt(Math.pow(a2, 2) + Math.pow(b2, 2)), dC = C1 - C2, dH2 = Math.pow(a1 - a2, 2) + Math.pow(b1 - b2, 2) - Math.pow(dC, 2), dH = dH2 > 0 ? Math.sqrt(dH2) : 0, SL = 1, K1 = textiles ? 0.048 : 0.045, K2 = textiles ? 0.014 : 0.015, C_ = (Math.sqrt((1 + (K1 * C1)) * (1 + (K1 * C2))) - 1) / K1, // www.farbmetrik-gall.de/cielab/korrcielab/cie94.html SC = 1 + K1 * C_, // brucelindbloom.com formula originally used C1 instead of C_, but the results are different from ProfileMaker/MeasureTool implementation, so use this instead (found on www.farbmetrik-gall.de/cielab/korrcielab/cie94.html) SH = 1 + K2 * C_, // brucelindbloom.com formula originally used C1 instead of C_, but the results are different from ProfileMaker/MeasureTool implementation, so use this instead (found on www.farbmetrik-gall.de/cielab/korrcielab/cie94.html) KL = textiles ? 2 : 1, KC = 1, KH = 1, dE = Math.sqrt(Math.pow(dL / (KL * SL), 2) + Math.pow(dC / (KC * SC), 2) + Math.pow(dH / (KH * SH), 2)); break; case "cmc(2:1)": case "cmc21": p1 = 2; case "cmc(1:1)": case "cmc11": case "cmc": var l = typeof p1 == "number" ? p1 : 1, c = typeof p2 == "number" ? p2 : 1; dL = L1 - L2, C1 = Math.sqrt(Math.pow(a1, 2) + Math.pow(b1, 2)), C2 = Math.sqrt(Math.pow(a2, 2) + Math.pow(b2, 2)), dC = C1 - C2, dH2 = Math.pow(a1 - a2, 2) + Math.pow(b1 - b2, 2) - Math.pow(dC, 2), dH = dH2 > 0 ? Math.sqrt(dH2) : 0, SL = L1 < 16 ? 0.511 : (0.040975 * L1) / (1 + 0.01765 * L1), SC = (0.0638 * C1) / (1 + 0.0131 * C1) + 0.638, F = Math.sqrt(Math.pow(C1, 4) / (Math.pow(C1, 4) + 1900)), H1 = jsapi.math.deg(Math.atan2(b1, a1)) + (b1 >= 0 ? 0 : 360), T = 164 <= H1 && H1 <= 345 ? 0.56 + Math.abs(0.2 * Math.cos(jsapi.math.rad(H1 + 168))) : 0.36 + Math.abs(0.4 * Math.cos(jsapi.math.rad(H1 + 35))), SH = SC * (F * T + 1 - F), dE = Math.sqrt(Math.pow(dL / (l * SL), 2) + Math.pow(dC / (c * SC), 2) + Math.pow(dH / SH, 2)); break; case "00": case "2k": case "2000": case "cie00": case "cie2k": case "cie2000": var pow25_7 = Math.pow(25, 7), k_L = typeof p1 == "number" ? p1 : 1, k_C = typeof p2 == "number" ? p2 : 1, k_H = typeof p3 == "number" ? p3 : 1, C1 = Math.sqrt(Math.pow(a1, 2) + Math.pow(b1, 2)), C2 = Math.sqrt(Math.pow(a2, 2) + Math.pow(b2, 2)) , C_avg = jsapi.math.avg(C1, C2), G = .5 * (1 - Math.sqrt(Math.pow(C_avg, 7) / (Math.pow(C_avg, 7) + pow25_7))), L1_ = L1, a1_ = (1 + G) * a1, b1_ = b1, L2_ = L2, a2_ = (1 + G) * a2, b2_ = b2, C1_ = Math.sqrt(Math.pow(a1_, 2) + Math.pow(b1_, 2)), C2_ = Math.sqrt(Math.pow(a2_, 2) + Math.pow(b2_, 2)), h1_ = a1_ == 0 && b1_ == 0 ? 0 : jsapi.math.deg(Math.atan2(b1_, a1_)) + (b1_ >= 0 ? 0 : 360), h2_ = a2_ == 0 && b2_ == 0 ? 0 : jsapi.math.deg(Math.atan2(b2_, a2_)) + (b2_ >= 0 ? 0 : 360), dh_cond = h2_ - h1_ > 180 ? 1 : (h2_ - h1_ < -180 ? 2 : 0), dh_ = dh_cond == 0 ? h2_ - h1_ : (dh_cond == 1 ? h2_ - h1_ - 360 : h2_ + 360 - h1_), dL_ = L2_ - L1_, dL = dL_, dC_ = C2_ - C1_, dC = dC_, dH_ = 2 * Math.sqrt(C1_ * C2_) * Math.sin(jsapi.math.rad(dh_ / 2)), dH = dH_, L__avg = jsapi.math.avg(L1_, L2_), C__avg = jsapi.math.avg(C1_, C2_), h__avg_cond = C1_ * C2_ == 0 ? 3 : (Math.abs(h2_ - h1_) <= 180 ? 0 : (h2_ + h1_ < 360 ? 1 : 2)), h__avg = h__avg_cond == 3 ? h1_ + h2_ : (h__avg_cond == 0 ? jsapi.math.avg(h1_, h2_) : (h__avg_cond == 1 ? jsapi.math.avg(h1_, h2_) + 180 : jsapi.math.avg(h1_, h2_) - 180)), AB = Math.pow(L__avg - 50, 2), // (L'_ave-50)^2 S_L = 1 + .015 * AB / Math.sqrt(20 + AB), S_C = 1 + .045 * C__avg, T = 1 - .17 * Math.cos(jsapi.math.rad(h__avg - 30)) + .24 * Math.cos(jsapi.math.rad(2 * h__avg)) + .32 * Math.cos(jsapi.math.rad(3 * h__avg + 6)) - .2 * Math.cos(jsapi.math.rad(4 * h__avg - 63)), S_H = 1 + .015 * C__avg * T, dTheta = 30 * Math.exp(-1 * Math.pow((h__avg - 275) / 25, 2)), R_C = 2 * Math.sqrt(Math.pow(C__avg, 7) / (Math.pow(C__avg, 7) + pow25_7)), R_T = -Math.sin(jsapi.math.rad(2 * dTheta)) * R_C, AJ = dL_ / S_L / k_L, // dL' / k_L / S_L AK = dC_ / S_C / k_C, // dC' / k_C / S_C AL = dH_ / S_H / k_H, // dH' / k_H / S_H dE = Math.sqrt(Math.pow(AJ, 2) + Math.pow(AK, 2) + Math.pow(AL, 2) + R_T * AK * AL); if (debug) { r = (C1 + "|" + C2 + "|" + C_avg + "|" + G + "|" + L1_ + "|" + a1_ + "|" + b1_ + "|" + L2_ + "|" + a2_ + "|" + b2_ + "|" + C1_ + "|" + C2_ + "|" + h1_ + "|" + h2_ + "|" + dh_ + "|" + dL_ + "|" + dC_ + "|" + dH_ + "|" + L__avg + "|" + C__avg + "|" + h__avg + "|" + AB + "|" + S_L + "|" + S_C + "|" + T + "|" + S_H + "|" + dTheta + "|" + R_C + "|" + R_T + "|" + AJ + "|" + AK + "|" + AL + "|" + dE + "|" + dh_cond + "|" + h__avg_cond).split("|"); alpha = "ABCDEFGHIJKLMNOPQRSTUVWXYZ"; t = []; n = alpha.indexOf("G"); for (i = 0; i < r.length; i ++) { a = i + n < alpha.length ? alpha[i + n] : "A" + alpha[i + n - alpha.length]; t.push(a + ": " + r[i]); } return t.join("\n"); }; break; default: var dL = L1 - L2, C1 = Math.sqrt(Math.pow(a1, 2) + Math.pow(b1, 2)), C2 = Math.sqrt(Math.pow(a2, 2) + Math.pow(b2, 2)), dC = C1 - C2, dH2 = Math.pow(a1 - a2, 2) + Math.pow(b1 - b2, 2) - Math.pow(dC, 2), dH = dH2 > 0 ? Math.sqrt(dH2) : 0, dE = Math.sqrt(Math.pow(dL, 2) + Math.pow(a1 - a2, 2) + Math.pow(b1 - b2, 2)); if (isNaN(dH)) { if (window.location.href.indexOf("?debug")>-1) alert('a1: ' + a1 + '\na2: ' + a2 + '\nMath.pow(a1 - a2, 2): ' + Math.pow(a1 - a2, 2) + '\nb1: ' + b1 + '\nb2: ' + b2 + '\nMath.pow(b1 - b2, 2): ' + Math.pow(b1 - b2, 2) + '\ndC: ' + dC + '\nMath.pow(dC, 2): ' + Math.pow(dC, 2) + '\nMath.pow(a1 - a2, 2) + Math.pow(b1 - b2, 2) - Math.pow(dC, 2): ' + (Math.pow(a1 - a2, 2) + Math.pow(b1 - b2, 2) - Math.pow(dC, 2))); } }; return { E: dE, L: dL, C: dC, H: dH, a: a1 - a2, b: b1 - b2 }; }; dispcalGUI-1.7.1.6/dispcalGUI/report/jsapi-patches.js000644 000765 000000 00000043201 12261120515 022201 0ustar00svpwheel000000 000000 function sortNumber(a, b) { return a - b; }; jsapi.array.flat = function(a) { var r = []; for (var i = 0; i < a.length; i ++) { if (a[i] != null && a[i].constructor == Array) r = r.concat(jsapi.array.flat(a[i])); else r.push(a[i]) }; return r }; jsapi.array.flat._args = [Array]; jsapi.math.median = function () { // http://en.wikipedia.org/wiki/Median var a = jsapi.array.flat(arguments), median, sorted = a.sort(sortNumber); if (sorted.length % 2 == 0) median = (sorted[sorted.length / 2] + sorted[sorted.length / 2 + 1]) / 2; else median = sorted[(sorted.length + 1) / 2]; return median }; jsapi.math.mad = function () { // http://en.wikipedia.org/wiki/Median_absolute_deviation var a = jsapi.array.flat(arguments), median = jsapi.math.median(a), sorted = a.sort(sortNumber); for (var i = 0; i < sorted.length; i++) sorted[i] = Math.abs(sorted[i] - median); return jsapi.math.median(sorted); }; jsapi.math.stddev = function () { // http://en.wikipedia.org/wiki/Standard_deviation // http://jsfromhell.com/array/average return Math.sqrt(jsapi.math.variance(jsapi.array.flat(arguments))); }; jsapi.math.variance = function () { // http://jsfromhell.com/array/average var a = jsapi.array.flat(arguments); for (var m, s = 0, l = a.length; l--; s += a[l]); for (m = s / a.length, l = a.length, s = 0; l--; s += Math.pow(a[l] - m, 2)); return s / a.length; }; jsapi.math.color.adapt = function (XS, YS, ZS, whitepoint_source, whitepoint_destination, MA) { // chromatic adaption // based on formula http://brucelindbloom.com/Eqn_ChromAdapt.html // MA = adaption matrix or predefined choice ('CAT02', 'Bradford', 'HPE D65', 'XYZ scaling'), // defaults to 'Bradford' if (!MA) MA = 'Bradford'; if (typeof MA == 'string') { switch (MA) { case 'XYZ scaling': MA = [[1, 0, 0], [0, 1, 0], [0, 0, 1]]; break; case 'HPE D65': MA = [[ 0.40024, 0.70760, -0.08081], [-0.22630, 1.16532, 0.04570], [ 0.00000, 0.00000, 0.91822]]; break; case 'CAT02': MA = [[ 0.7328, 0.4296, -0.1624], [-0.7036, 1.6975, 0.0061], [ 0.0030, 0.0136, 0.9834]]; break; case 'Bradford': default: MA = [[ 0.8951, 0.2664, -0.1614], [-0.7502, 1.7135, 0.0367], [ 0.0389, -0.0685, 1.0296]]; } }; if (MA.constructor != jsapi.math.Matrix3x3) MA = new jsapi.math.Matrix3x3(MA); var XYZWS = jsapi.math.color.get_whitepoint(whitepoint_source), pybs = MA.multiply(XYZWS), XYZWD = jsapi.math.color.get_whitepoint(whitepoint_destination), pybd = MA.multiply(XYZWD); return MA.invert().multiply([[pybd[0]/pybs[0], 0, 0], [0, pybd[1]/pybs[1], 0], [0, 0, pybd[2]/pybs[2]]]).multiply(MA).multiply([XS, YS, ZS]); }; jsapi.math.color.Lab2RGB = function (L, a, b, whitepoint, scale, round_) { var XYZ = jsapi.math.color.Lab2XYZ(L, a, b, whitepoint || "D50"); return jsapi.math.color.XYZ2RGB(XYZ[0], XYZ[1], XYZ[2], whitepoint || "D50", scale, round_) }; jsapi.math.color.Lab2XYZ = function(L, a, b, whitepoint, scale) { // based on http://www.easyrgb.com/math.php?MATH=M8 // whitepoint can be a color temperature in Kelvin or an array containing XYZ values if (!scale) scale = 1.0; var Y = ( L + 16 ) / 116, X = a / 500 + Y, Z = Y - b / 200; // Bruce Lindbloom's fix for the discontinuity of the CIE L* function // (http://brucelindbloom.com/LContinuity.html) var E = 216 / 24389, // Intent of CIE standard, actual CIE standard = 0.008856 K = 24389 / 27; // Intent of CIE standard, actual CIE standard = 903.3 // K / 116 is used instead of 7.787 if ( Math.pow(Y, 3) > E ) Y = Math.pow(Y, 3); else Y = ( Y - 16 / 116 ) / (K / 116); if ( Math.pow(X, 3) > E ) X = Math.pow(X, 3); else X = ( X - 16 / 116 ) / (K / 116); if ( Math.pow(Z, 3) > E ) Z = Math.pow(Z, 3); else Z = ( Z - 16 / 116 ) / (K / 116); var ref_XYZ = jsapi.math.color.get_whitepoint(whitepoint, scale); X *= ref_XYZ[0]; Y *= ref_XYZ[1]; Z *= ref_XYZ[2]; return [X, Y, Z] }; jsapi.math.color.XYZ2RGB = function (X, Y, Z, whitepoint, scale, round_) { if (!scale) scale = 1.0; var RGB = jsapi.math.color.xyz_to_rgb_matrix(0.6400, 0.3300, 0.3000, 0.6000, 0.1500, 0.0600, whitepoint || "D65", 1.0).multiply([X, Y, Z]); // sRGB for (var i = 0; i < 3; i ++) { if (RGB[i] > 0.0031308) { RGB[i] = 1.055 * Math.pow(RGB[i], 1 / 2.4) - 0.055; } else { RGB[i] *= 12.92; } RGB[i] = Math.min(1.0, Math.max(0, RGB[i])) * scale; if (round_) RGB[i] = Math.round(RGB[i]); } return RGB; }; jsapi.math.color.CIEDCorColorTemp2XYZ = function(T, scale) { var xyY = jsapi.math.color.CIEDCorColorTemp2xyY(T, scale); return jsapi.math.color.xyY2XYZ(xyY[0], xyY[1], xyY[2]); }; jsapi.math.color.CIEDCorColorTemp2xyY = function(T, scale) { // Based on formula from http://brucelindbloom.com/Eqn_T_to_xy.html if (!scale) scale = 1.0; if (typeof T == "string") { // Assume standard illuminant, e.g. "D50" var illuminant = jsapi.math.color.get_standard_illuminant(T, null, scale); return jsapi.math.color.XYZ2xyY(illuminant[0], illuminant[1], illuminant[2]); } var xD = 4000 <= T && T <= 7000 ? ((-4.607 * Math.pow(10, 9)) / Math.pow(T, 3)) + ((2.9678 * Math.pow(10, 6)) / Math.pow(T, 2)) + ((0.09911 * Math.pow(10, 3)) / T) + 0.244063 : (7000 < T && T <= 25000 ? ((-2.0064 * Math.pow(10, 9)) / Math.pow(T, 3)) + ((1.9018 * Math.pow(10, 6)) / Math.pow(T, 2)) + ((0.24748 * Math.pow(10, 3)) / T) + 0.237040 : null), yD = xD != null ? -3 * Math.pow(xD, 2) + 2.87 * xD - 0.275 : null; return xD == null ? null : [xD, yD, scale]; }; jsapi.math.color.CMYK2RGB = function(C, M, Y, K, scale, round_) { // http://www.easyrgb.com/math.php?MATH=M14 if (!scale) scale = 1.0; C = ( C * ( 1 - K ) + K ); M = ( M * ( 1 - K ) + K ); Y = ( Y * ( 1 - K ) + K ); // http://www.easyrgb.com/math.php?MATH=M12 var R, G, B; R = ( 1 - C ) * scale; G = ( 1 - M ) * scale; B = ( 1 - Y ) * scale; if (round_) { R = Math.round(R); G = Math.round(G); B = Math.round(B); } return [R, G, B]; }; jsapi.math.color.XYZ2Lab = function(X, Y, Z, whitepoint) { /* Convert from XYZ to Lab. The input Y value needs to be in the nominal range [0.0, 100.0] and other input values scaled accordingly. The output L value is in the nominal range [0.0, 100.0]. whitepoint can be string (e.g. "D50"), list/tuple of XYZ coordinates or color temperature as float or int. Defaults to D50 if not set. Based on formula from http://brucelindbloom.com/Eqn_XYZ_to_Lab.html */ whitepoint = jsapi.math.color.get_whitepoint(whitepoint, 100); var E = 216 / 24389, // Intent of CIE standard, actual CIE standard = 0.008856 K = 24389 / 27, // Intent of CIE standard, actual CIE standard = 903.3 xr = X / whitepoint[0], yr = Y / whitepoint[1], zr = Z / whitepoint[2], fx = xr > E ? jsapi.math.cbrt(xr) : (K * xr + 16) / 116, fy = yr > E ? jsapi.math.cbrt(yr) : (K * yr + 16) / 116, fz = zr > E ? jsapi.math.cbrt(zr) : (K * zr + 16) / 116, L = 116 * fy - 16, a = 500 * (fx - fy), b = 200 * (fy - fz); return [L, a, b]; }; jsapi.math.color.XYZ2Lu_v_ = function(X, Y, Z, whitepoint) { /* Convert from XYZ to CIE Lu'v' */ if (X + Y + Z == 0) { // We can't check for X == Y == Z == 0 because they may actually add up // to 0, thus resulting in ZeroDivisionError later var XYZ = jsapi.math.color.get_whitepoint(whitepoint), Lu_v_ = jsapi.math.color.XYZ2Lu_v_(XYZ[0], XYZ[1], XYZ[2]); return [0, Lu_v_[1], Lu_v_[2]]; } var XYZr = jsapi.math.color.get_whitepoint(whitepoint, 100), yr = Y / XYZr[1], L = yr > 216 / 24389 ? 116 * jsapi.math.cbrt(yr) - 16 : 24389 / 27 * yr, u_ = (4 * X) / (X + 15 * Y + 3 * Z), v_ = (9 * Y) / (X + 15 * Y + 3 * Z); return [L, u_, v_]; }; jsapi.math.color.xyY2XYZ = function(x, y, Y) { /* Convert from xyY to XYZ. Based on formula from http://brucelindbloom.com/Eqn_xyY_to_XYZ.html Implementation Notes: 1. Watch out for the case where y = 0. In that case, X = Y = Z = 0 is returned. 2. The output XYZ values are in the nominal range [0.0, Y[xyY]]. */ if (y == 0) return [0, 0, 0]; if (Y == null) Y = 1.0; var X = (x * Y) / y, Z = (1 - x - y) * Y / y; return [X, Y, Z]; }; jsapi.math.color.XYZ2xyY = function (X, Y, Z, whitepoint) { /* Convert from XYZ to xyY. Based on formula from http://brucelindbloom.com/Eqn_XYZ_to_xyY.html Implementation Notes: 1. Watch out for black, where X = Y = Z = 0. In that case, x and y are set to the chromaticity coordinates of the reference whitepoint. 2. The output Y value is in the nominal range [0.0, Y[XYZ]]. */ if (X == Y && Y == Z && Z == 0) { whitepoint = jsapi.math.color.get_whitepoint(whitepoint); var xyY = jsapi.math.color.XYZ2xyY(whitepoint[0], whitepoint[1], whitepoint[2]); return [xyY[0], xyY[1], 0.0]; } var x = X / (X + Y + Z), y = Y / (X + Y + Z); return [x, y, Y]; }; jsapi.math.color.planckianCT2XYZ = function(T) { var xyY = jsapi.math.color.planckianCT2xyY(T); return jsapi.math.color.xyY2XYZ(xyY[0], xyY[1], xyY[2]); }; jsapi.math.color.planckianCT2xyY = function (T) { /* Convert from planckian temperature to xyY. T = temperature in Kelvin. Formula from http://en.wikipedia.org/wiki/Planckian_locus */ var x, y; if (1667 <= T && T <= 4000) x = ( -0.2661239 * (Math.pow(10, 9) / Math.pow(T, 3)) - 0.2343580 * (Math.pow(10, 6) / Math.pow(T, 2)) + 0.8776956 * (Math.pow(10, 3) / T) + 0.179910); else if (4000 <= T && T <= 25000) x = ( -3.0258469 * (Math.pow(10, 9) / Math.pow(T, 3)) + 2.1070379 * (Math.pow(10, 6) / Math.pow(T, 2)) + 0.2226347 * (Math.pow(10, 3) / T) + 0.24039); else return null; if (1667 <= T && T <= 2222) y = ( -1.1063814 * Math.pow(x, 3) - 1.34811020 * Math.pow(x, 2) + 2.18555832 * x - 0.20219683); else if (2222 <= T && T <= 4000) y = ( -0.9549476 * Math.pow(x, 3) - 1.37418593 * Math.pow(x, 2) + 2.09137015 * x - 0.16748867); else if (4000 <= T && T <= 25000) y = ( 3.0817580 * Math.pow(x, 3) - 5.87338670 * Math.pow(x, 2) + 3.75112997 * x - 0.37001483); return [x, y, 1.0] }; jsapi.math.color.xyz_to_rgb_matrix = function (xr, yr, xg, yg, xb, yb, whitepoint, scale) { // Create and return an XYZ to RGB matrix if (!scale) scale = 1.0; var cachehash = [xr, yr, xg, yg, xb, yb, whitepoint, scale].join(","), cache = jsapi.math.color.xyz_to_rgb_matrix.cache[cachehash]; if (cache) return cache; whitepoint = jsapi.math.color.get_whitepoint(whitepoint, scale); var XYZr = jsapi.math.color.xyY2XYZ(xr, yr, scale), XYZg = jsapi.math.color.xyY2XYZ(xg, yg, scale), XYZb = jsapi.math.color.xyY2XYZ(xb, yb, scale), SrSgSb = new jsapi.math.Matrix3x3([[XYZr[0], XYZg[0], XYZb[0]], [XYZr[1], XYZg[1], XYZb[1]], [XYZr[2], XYZg[2], XYZb[2]]]).invert().multiply(whitepoint); return jsapi.math.color.xyz_to_rgb_matrix.cache[cachehash] = new jsapi.math.Matrix3x3([[SrSgSb[0] * XYZr[0], SrSgSb[1] * XYZg[0], SrSgSb[2] * XYZb[0]], [SrSgSb[0] * XYZr[1], SrSgSb[1] * XYZg[1], SrSgSb[2] * XYZb[1]], [SrSgSb[0] * XYZr[2], SrSgSb[1] * XYZg[2], SrSgSb[2] * XYZb[2]]]).invert(); }; jsapi.math.color.xyz_to_rgb_matrix.cache = {}; jsapi.math.color.standard_illuminants = { // 1st level is the standard name => illuminant definitions // 2nd level is the illuminant name => CIE XYZ coordinates // (Y should always assumed to be 1.0 and is not explicitly defined) "None": {"E": {"X": 1.00000, "Z": 1.00000}}, "ASTM E308-01": {"A": {"X": 1.09850, "Z": 0.35585}, "C": {"X": 0.98074, "Z": 1.18232}, "D50": {"X": 0.96422, "Z": 0.82521}, "D55": {"X": 0.95682, "Z": 0.92149}, "D65": {"X": 0.95047, "Z": 1.08883}, "D75": {"X": 0.94972, "Z": 1.22638}, "F2": {"X": 0.99186, "Z": 0.67393}, "F7": {"X": 0.95041, "Z": 1.08747}, "F11": {"X": 1.00962, "Z": 0.64350}}, "ICC": {"D50": {"X": 0.9642, "Z": 0.8249}, "D65": {"X": 0.9505, "Z": 1.0890}}, "Wyszecki & Stiles": {"A": {"X": 1.09828, "Z": 0.35547}, "B": {"X": 0.99072, "Z": 0.85223}, "C": {"X": 0.98041, "Z": 1.18103}, "D55": {"X": 0.95642, "Z": 0.92085}, "D65": {"X": 0.95017, "Z": 1.08813}, "D75": {"X": 0.94939, "Z": 1.22558}} }; jsapi.math.color.get_standard_illuminant = function (illuminant_name, priority, scale) { if (!priority) priority = ["ICC", "ASTM E308-01", "Wyszecki & Stiles", "None"]; if (!scale) scale = 1.0; var cachehash = [illuminant_name, priority, scale].join(","), cache = jsapi.math.color.get_standard_illuminant.cache[cachehash]; if (cache) return cache; var illuminant = null; for (var i = 0; i < priority.length; i ++) { if (!jsapi.math.color.standard_illuminants[priority[i]]) throw 'Unrecognized standard "' + priority[i] + '"'; illuminant = jsapi.math.color.standard_illuminants[priority[i]][illuminant_name.toUpperCase()]; if (illuminant) return jsapi.math.color.get_standard_illuminant.cache[cachehash] = [illuminant["X"] * scale, 1.0 * scale, illuminant["Z"] * scale]; } throw 'Unrecognized illuminant "' + illuminant_name + '"'; }; jsapi.math.color.get_standard_illuminant.cache = {}; jsapi.math.color.get_whitepoint = function (whitepoint, scale) { // Return a whitepoint as XYZ coordinates if (whitepoint && whitepoint.constructor == Array) return whitepoint; if (!scale) scale = 1.0; if (!whitepoint) whitepoint = "D50"; var cachehash = [whitepoint, scale].join(","), cache = jsapi.math.color.get_whitepoint.cache[cachehash]; if (cache) return cache; if (typeof whitepoint == "string") whitepoint = jsapi.math.color.get_standard_illuminant(whitepoint); else if (typeof whitepoint == "number") whitepoint = jsapi.math.color.CIEDCorColorTemp2XYZ(whitepoint); if (scale > 1.0 && whitepoint[1] == 100) scale = 1.0; if (whitepoint[1] * scale > 100) throw "Y value out of range after scaling: " + (whitepoint[1] * scale); return jsapi.math.color.get_whitepoint.cache[cachehash] = [whitepoint[0] * scale, whitepoint[1] * scale, whitepoint[2] * scale]; }; jsapi.math.color.get_whitepoint.cache = {}; jsapi.math.Matrix3x3 = function (matrix) { if (matrix.length != 3) throw 'Invalid number of rows for 3x3 matrix: ' + matrix.length; for (var i=0; i 0) str += ', '; str += '[' + this[i].join(', ') + ']'; }; return str + ']'; } }; dispcalGUI-1.7.1.6/dispcalGUI/report/print.css000644 000765 000000 00000000772 12261120515 020764 0ustar00svpwheel000000 000000 #F_data, .options, .functions { display: none; } body { background: white; font-size: .75em; padding: 1em; } h1 { background: #333333; border-radius: 1.1em; -moz-border-radius: 1.1em; -webkit-border-radius: 1.1em; color: white; display: block; font-size: 1em; font-weight: normal; margin: 0 auto .5em; padding: .5em .9em; width: 19em; } h2 { font-weight: lighter; font-size: 2em; } p { line-height: 1.5em; } .graph th, .graph tr.x td { background: #fff; } .collapsed { display: none; } dispcalGUI-1.7.1.6/dispcalGUI/report/report.html000644 000765 000000 00000011614 12261120515 021314 0ustar00svpwheel000000 000000 Measurement Report ${REPORT_VERSION} — ${DISPLAY} — ${DATETIME}

Measurement Report ${REPORT_VERSION}

${DISPLAY} — ${DATETIME}





dispcalGUI-1.7.1.6/dispcalGUI/report/uniformity.functions.js000644 000765 000000 00000013677 12112730202 023673 0ustar00svpwheel000000 000000 // Number methods p=Number.prototype; p.accuracy = function(ln) { var n = Math.pow(10, ln || 0); return Math.round(this * n) / n }; p.fill=function(ipart, fpart) { var i, v=(fpart!=null?this.toFixed(fpart):this+""); if ((i = v.indexOf(".")) > -1) ipart+=v.substr(i).length; while (v.length Ymax) Ymax = results[i][j]['XYZ'][1]; } } var scale = 100 / Ymax; for (var i = 0; i < rows * cols; i ++) { for (var j = 0; j < results[i].length; j ++) { var XYZ = results[i][j]['XYZ'], XYZ_scaled = [scale * XYZ[0], scale * XYZ[1], scale * XYZ[2]]; results[i][j]['XYZ_scaled'] = XYZ_scaled; results[i][j]['Lab'] = jsapi.math.color.XYZ2Lab(XYZ[0], XYZ[1], XYZ[2]); results[i][j]['Lab_scaled'] = jsapi.math.color.XYZ2Lab(XYZ_scaled[0], XYZ_scaled[1], XYZ_scaled[2]); results[i][j]['CCT'] = jsapi.math.color.XYZ2CorColorTemp(XYZ[0], XYZ[1], XYZ[2]); } } for (var i = 0; i < rows * cols; i ++) { var cellcontent = [], Y_diff = [], Y_diff_percent = [], rgb, delta_C = [], CCT = [], CCT_diff = [], CCT_diff_percent = [], CT = [], CT_diff = [], CT_diff_percent = []; for (var j = 0; j < results[i].length; j ++) { var line = '' + (100 - j * 25) + '% RGB: Y = ' + results[i][j]['XYZ'][1].accuracy(2) + ' cd/m²', rLab = reference[j]['Lab_scaled'], Lab = results[i][j]['Lab_scaled']; CCT.push(results[i][j]['CCT']); CT.push(results[i][j]['C' + locus.substr(0, 1) + 'T']); if (results[i] == reference) { line += ' (' + (reference[j]['XYZ'][1] / reference[0]['XYZ'][1] * 100).accuracy(2) + '%)' + /*', D50 L*a*b* = ' + results[i][j]['Lab_scaled'][0].accuracy(2) + ' ' + results[i][j]['Lab_scaled'][1].accuracy(2) + ' ' + results[i][j]['Lab_scaled'][2].accuracy(2) +*/ '\n
CCT ' + Math.round(CCT[j]) + 'K, C' + locus.substr(0, 1) + 'T ' + Math.round(CT[j]) + 'K'; } else { var delta = jsapi.math.color.delta(rLab[0], rLab[1], rLab[2], Lab[0], Lab[1], Lab[2], "2k"); delta_C.push(delta["C"]); CCT_diff.push(-(reference[j]['CCT'] - results[i][j]['CCT'])); CCT_diff_percent.push(100.0 / reference[j]['CCT'] * CCT_diff[j]); CT_diff.push(-(reference[j]['C' + locus.substr(0, 1) + 'T'] - CT[j])); CT_diff_percent.push(100.0 / reference[j]['C' + locus.substr(0, 1) + 'T'] * CT_diff[j]); Y_diff.push(-(reference[j]['XYZ'][1] - results[i][j]['XYZ'][1])); Y_diff_percent.push(100.0 / reference[0]['XYZ'][1] * Y_diff[j]); line += ' (' + (Y_diff_percent[j] > 0 ? '+' : '') + Y_diff_percent[j].accuracy(2) + '%), ' + delta_C[j].accuracy(2) + ' ΔC*00
\nCCT ' + Math.round(CCT[j]) + 'K (' + (CCT_diff_percent[j] > 0 ? '+' : '') + CCT_diff_percent[j].accuracy(2) + '%), C' + locus.substr(0, 1) + 'T ' + Math.round(CT[j]) + 'K (' + (CT_diff_percent[j] > 0 ? '+' : '') + CT_diff_percent[j].accuracy(2) + '%)'; } if (j == selected_index) { rgb = jsapi.math.color.Lab2RGB(Lab[0], Lab[1] - rLab[1], Lab[2] - rLab[2], 'D50', 255, true); if (results[i] == reference && rgb[0] < 128 && rgb[1] < 128 && rgb[2] < 128) document.getElementsByTagName('body')[0].style.color = '#fff'; else document.getElementsByTagName('body')[0].style.color = '#000'; } cellcontent.push(line); } cellcontent.push(''); cellcontent.push('Average:'); if (results[i] == reference) { line = 'CCT ' + Math.round(jsapi.math.avg(CCT)) + 'K, C' + locus.substr(0, 1) + 'T ' + Math.round(jsapi.math.avg(CT)) + 'K'; } else { line = jsapi.math.avg(Y_diff).accuracy(2) + ' ΔY (' + (jsapi.math.avg(Y_diff_percent) > 0 ? '+' : '') + jsapi.math.avg(Y_diff_percent).accuracy(2) + '%), ' + jsapi.math.avg(delta_C).accuracy(2) + ' ΔC*00
\nCCT ' + Math.round(jsapi.math.avg(CCT)) + 'K (' + (jsapi.math.avg(CCT_diff_percent) > 0 ? '+' : '') + jsapi.math.avg(CCT_diff_percent).accuracy(2) + '%), C' + locus.substr(0, 1) + 'T ' + Math.round(jsapi.math.avg(CT)) + 'K (' + (jsapi.math.avg(CT_diff_percent) > 0 ? '+' : '') + jsapi.math.avg(CT_diff_percent).accuracy(2) + '%)'; } cellcontent.push(line); cells.push('' + cellcontent.join('
\n') + ''); if ((i + 1) % self.cols == 0 && i + 1 < self.rows * self.cols) { cells[cells.length - 1] += '\n'; } } document.getElementsByTagName('body')[0].innerHTML = '' + cells.join('') + '
'; }; window.onload = generate_report; dispcalGUI-1.7.1.6/dispcalGUI/report/uniformity.html000644 000765 000000 00000002404 12261120515 022203 0ustar00svpwheel000000 000000 Uniformity Check ${REPORT_VERSION} — ${DISPLAY} — ${DATETIME}
dispcalGUI-1.7.1.6/dispcalGUI/ref/ACES.icm000644 000765 000000 00000000744 12142254475 017576 0ustar00svpwheel000000 000000 @mntrRGB XYZ +acsp-^?coG desc_cprtP5wtptrXYZrTRC gXYZgTRC bXYZbTRC descACEStextPublic Domain. No Warranty, Use at own risk.XYZ BXYZ \OcurvXYZ "XYZ edispcalGUI-1.7.1.6/dispcalGUI/ref/ClayRGB1998.gam000644 000765 000000 00000170231 12025152306 020622 0ustar00svpwheel000000 000000 GAMUT DESCRIPTOR "Argyll Gamut surface poligon data" ORIGINATOR "Argyll CMS gamut library" CREATED "Mon Feb 27 17:52:58 2012" KEYWORD "COLOR_REP" COLOR_REP "LAB" KEYWORD "GAMUT_CENTER" GAMUT_CENTER "50.000000 0.000000 0.000000" KEYWORD "CSPACE_WHITE" CSPACE_WHITE "100.000000 0.000000 0.000000" KEYWORD "GAMUT_WHITE" GAMUT_WHITE "100.000000 0.000000 0.000000" KEYWORD "CSPACE_BLACK" CSPACE_BLACK "0.000000 0.000000 0.000000" KEYWORD "GAMUT_BLACK" GAMUT_BLACK "0.000000 0.000000 0.000000" KEYWORD "CUSP_RED" CUSP_RED "62.601347 90.370785 78.149474" KEYWORD "CUSP_YELLOW" CUSP_YELLOW "97.502205 -16.478555 103.676451" KEYWORD "CUSP_GREEN" CUSP_GREEN "83.214105 -129.090229 87.172706" KEYWORD "CUSP_CYAN" CUSP_CYAN "86.448981 -83.408548 -21.777749" KEYWORD "CUSP_BLUE" CUSP_BLUE "30.210038 69.243471 -113.611880" KEYWORD "CUSP_MAGENTA" CUSP_MAGENTA "67.600524 101.303881 -50.815824" # First come the triangle verticy location KEYWORD "VERTEX_NO" NUMBER_OF_FIELDS 4 BEGIN_DATA_FORMAT VERTEX_NO LAB_L LAB_A LAB_B END_DATA_FORMAT NUMBER_OF_SETS 1135 BEGIN_DATA 0 83.214 -129.09 87.173 1 30.210 69.243 -113.61 2 62.601 90.371 78.149 3 67.601 101.30 -50.816 4 97.502 -16.479 103.68 5 84.715 -110.36 88.939 6 84.882 -108.47 89.136 7 86.549 -91.168 91.088 8 86.799 -88.802 91.379 9 87.324 -83.975 91.991 10 87.600 -81.522 92.312 11 94.693 -8.7150 101.43 12 88.177 -76.551 92.984 13 88.478 -74.041 93.334 14 83.490 -124.41 65.629 15 91.010 1.6774 98.504 16 90.102 4.2763 97.789 17 88.304 9.4672 96.382 18 89.767 -63.888 94.827 19 65.877 79.350 80.159 20 90.110 -61.335 95.222 21 91.183 -53.673 96.461 22 84.790 19.784 93.663 23 81.408 29.932 91.091 24 91.557 -51.124 96.891 25 65.873 99.535 -53.672 26 69.302 68.049 82.402 27 78.976 37.361 89.273 28 69.880 66.166 82.792 29 70.477 64.225 83.198 30 71.094 62.228 83.622 31 76.651 44.573 87.565 32 79.776 34.906 89.868 33 72.384 58.077 84.517 34 75.902 46.917 87.021 35 73.055 55.929 84.988 36 93.122 -40.991 98.688 37 93.531 -38.481 99.156 38 93.947 -35.981 99.632 39 96.577 -21.263 102.63 40 94.798 -31.019 100.60 41 95.234 -28.558 101.10 42 60.696 94.321 -62.265 43 83.809 -119.22 48.568 44 59.835 93.468 -63.698 45 62.761 90.733 61.729 46 62.792 90.802 59.321 47 54.702 88.486 -72.264 48 33.728 57.110 -107.68 49 53.854 87.682 -73.682 50 63.147 91.600 38.728 51 62.945 91.146 49.191 52 62.991 91.249 46.589 53 84.199 -113.20 32.843 54 63.205 91.731 36.106 55 38.508 41.226 -99.645 56 84.397 -110.24 26.076 57 50.499 84.563 -79.307 58 63.399 92.166 28.277 59 63.622 92.663 20.545 60 49.671 83.809 -80.697 61 63.470 92.325 25.686 62 43.461 25.511 -91.364 63 63.702 92.843 17.995 64 84.616 -107.08 19.339 65 46.697 15.649 -85.980 66 48.848 83.068 -82.079 67 66.759 99.514 -40.346 68 64.358 94.298 0.59833 69 86.220 -86.128 -17.603 70 65.300 96.364 -18.260 71 48.031 82.340 -83.453 72 65.992 97.864 -29.501 73 64.804 95.278 -8.9677 74 85.023 -101.41 8.2263 75 85.387 -96.543 -0.52662 76 81.804 -73.567 -29.068 77 80.637 -71.036 -30.910 78 50.060 5.7266 -80.405 79 42.531 77.655 -92.722 80 85.786 -91.437 -9.1395 81 75.946 -60.613 -38.350 82 74.768 -57.930 -40.227 83 41.785 77.054 -93.981 84 71.224 -49.689 -45.898 85 70.040 -46.876 -47.799 86 66.483 -38.238 -53.535 87 65.297 -35.292 -55.455 88 37.618 73.878 -101.03 89 64.110 -32.313 -57.379 90 62.924 -29.301 -59.305 91 61.739 -26.256 -61.233 92 52.352 -0.84803 -76.618 93 57.016 -13.767 -68.950 94 14.182 45.227 -74.206 95 7.1930 34.587 -56.902 96 13.509 44.218 -72.551 97 6.5231 33.160 -54.951 98 61.334 -100.62 67.948 99 18.754 52.077 -85.445 100 19.388 53.028 -87.006 101 48.802 -84.316 56.937 102 33.734 -64.711 43.698 103 39.938 -72.782 49.149 104 35.310 -66.761 45.083 105 25.554 -54.067 35.616 106 49.492 75.299 65.116 107 18.563 -44.970 27.146 108 16.735 -42.360 24.726 109 23.849 -51.849 33.673 110 40.933 65.458 56.606 111 3.2382 20.204 -41.088 112 3.7000 22.898 -43.667 113 35.339 59.026 50.687 114 34.194 57.710 49.382 115 25.885 48.157 39.067 116 24.650 46.737 37.416 117 12.962 -35.251 19.490 118 2.0511 12.797 -32.650 119 0.0000 0.0000 0.0000 120 100.00 0.0000 0.0000 121 18.252 39.381 28.427 122 0.035831 0.15948 0.057090 123 0.072059 -0.20491 0.10959 124 16.921 37.850 26.473 125 12.802 33.115 20.264 126 11.382 31.482 18.070 127 11.007 -30.725 16.660 128 8.4560 28.118 13.472 129 75.231 75.757 -38.584 130 75.811 73.859 -37.660 131 92.092 23.018 -12.123 132 93.808 17.930 -9.4750 133 91.244 25.550 -13.434 134 94.676 15.377 -8.1397 135 0.23660 0.52749 0.37176 136 0.36675 -0.78153 0.56035 137 96.430 10.259 -5.4487 138 6.9905 26.183 11.138 139 88.745 33.083 -17.309 140 97.315 7.6951 -4.0942 141 1.7200 10.731 -29.587 142 87.929 35.568 -18.579 143 99.100 2.5649 -1.3693 144 0.33820 -0.89558 0.33658 145 8.9999 -25.531 13.679 146 78.965 63.639 -32.655 147 79.642 61.467 -31.583 148 84.758 45.334 -23.532 149 2.4824 -7.0591 3.7753 150 83.991 47.723 -24.734 151 0.91361 5.7002 -19.542 152 6.9788 -19.845 10.613 153 98.076 -12.523 62.598 154 97.958 -13.329 68.967 155 3.7069 -10.541 5.6375 156 0.52569 3.2799 -12.035 157 98.464 -9.9086 45.189 158 98.892 -7.0785 29.885 159 99.910 -0.56423 2.0897 160 99.649 -2.2049 8.4038 161 99.566 -2.7341 10.523 162 0.37454 2.3368 -8.5744 163 99.249 -4.7595 19.068 164 96.207 -18.131 -6.0585 165 97.831 -10.044 -3.4609 166 98.253 -8.0266 -2.7871 167 5.2028 -14.795 7.9125 168 99.554 -1.9989 -0.71013 169 94.690 -26.201 -8.4902 170 0.47343 1.5816 0.74911 171 94.328 -28.207 -9.0707 172 89.586 -58.199 -16.703 173 4.4962 19.796 7.1639 174 1.8432 8.2043 2.9369 175 2.5871 11.515 4.1221 176 92.312 -40.040 -12.310 177 92.003 -41.964 -12.807 178 3.4701 15.446 5.5291 179 8.1299 -12.656 -11.875 180 8.3927 -10.955 -15.119 181 11.553 -25.639 0.92434 182 9.6336 -20.823 -2.0038 183 8.6794 -9.0301 -18.252 184 3.8011 14.505 6.0324 185 15.290 -33.498 6.4817 186 2.9180 10.574 4.6253 187 7.8924 -14.145 -8.5135 188 7.3801 -18.059 11.253 189 15.551 -29.973 -0.27641 190 3.7885 -10.032 3.7704 191 5.6042 -13.009 8.5520 192 2.5640 -6.5503 1.9082 193 4.1083 -8.7546 6.2770 194 1.6012 -3.8125 0.44400 195 2.8838 -5.2726 4.4148 196 8.9885 -6.8703 -21.281 197 1.9210 -2.5349 2.9506 198 7.2413 26.881 5.3961 199 7.3650 27.207 2.5638 200 15.094 -36.142 13.343 201 6.2798 28.421 -32.567 202 6.9103 28.946 -28.054 203 7.0890 28.037 -17.010 204 6.1943 25.357 -3.0027 205 11.416 -26.942 4.4734 206 6.5822 26.604 -10.298 207 7.2539 -1.9981 -24.122 208 1.7208 3.4048 -18.269 209 5.6480 24.971 -15.652 210 16.935 -39.271 15.851 211 7.5161 27.590 -0.89639 212 2.9401 4.5411 -23.933 213 97.746 3.1509 -3.4686 214 5.7580 2.2559 -26.575 215 4.8707 21.683 -1.4104 216 98.112 4.5683 -0.64120 217 6.8204 27.304 -13.724 218 5.0814 26.462 -37.985 219 96.848 5.7266 -4.8410 220 6.1210 4.5211 -29.477 221 5.1902 24.607 -23.818 222 7.6956 28.024 -4.5915 223 4.6497 20.597 3.6488 224 37.221 -62.978 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91.970 7.4728 40.780 838 87.121 27.600 -19.936 839 97.931 3.4700 3.5686 840 87.598 33.987 -12.239 841 90.810 -53.893 35.905 842 2.7540 1.1728 4.2779 843 92.538 -41.001 15.413 844 93.688 9.7417 15.405 845 78.888 -21.311 -33.426 846 5.5501 -2.3368 8.5744 847 89.376 15.556 34.801 848 77.501 -20.287 -35.642 849 3.3629 3.8829 5.2480 850 89.509 23.476 4.5271 851 90.974 -22.214 -14.273 852 95.397 4.1291 20.226 853 83.290 25.382 -26.053 854 75.053 -16.357 -39.554 855 85.206 26.477 -22.988 856 78.570 25.946 -33.610 857 4.1067 7.1938 6.4332 858 89.348 24.355 -16.437 859 91.540 12.701 23.833 860 94.578 7.1666 16.723 861 89.247 22.100 11.114 862 92.424 10.125 25.119 863 3.7168 -1.5649 5.7420 864 92.134 -42.221 -1.2700 865 89.694 24.438 0.18071 866 62.203 -5.4554 -60.383 867 78.938 21.465 -33.053 868 93.533 8.8348 19.788 869 90.206 21.799 -15.107 870 95.631 5.5392 13.706 871 90.024 19.107 14.605 872 90.317 13.339 33.781 873 86.468 34.967 -7.0624 874 92.804 12.314 14.092 875 80.614 -20.442 -30.662 876 89.083 21.228 15.548 877 89.944 18.674 16.822 878 85.789 -25.832 -22.472 879 96.373 2.0120 19.373 880 62.304 -13.559 -60.254 881 71.362 24.229 -45.269 882 78.440 61.741 -24.191 883 83.381 -22.244 -26.267 884 66.161 57.666 -53.528 885 70.235 -16.059 -47.338 886 94.848 -17.516 -8.1705 887 92.724 11.857 16.284 888 90.190 26.993 -10.522 889 77.531 22.317 -35.308 890 88.526 32.015 -13.093 891 62.775 -11.143 -59.471 892 90.662 15.271 22.553 893 92.095 15.820 8.4201 894 90.736 15.687 20.325 895 95.245 -15.499 -7.5349 896 4.9898 11.124 7.8402 897 89.420 23.009 6.7139 898 5.0695 4.4561 7.8974 899 61.925 -6.7872 -60.846 900 92.029 7.8215 38.534 901 91.348 -20.223 -13.669 902 91.926 14.882 12.786 903 70.985 28.686 -45.851 904 70.003 6.2669 -47.590 905 70.139 -8.1910 -47.450 906 84.680 24.631 -23.843 907 91.112 -52.689 52.458 908 76.790 -15.646 -36.755 909 92.819 14.087 -11.064 910 70.544 -14.444 -46.827 911 84.982 34.255 7.0738 912 62.490 10.947 -59.833 913 7.1770 4.8872 11.167 914 92.009 15.347 10.599 915 75.548 15.012 -38.555 916 71.293 17.940 -45.422 917 77.144 -13.828 -36.176 918 89.045 27.960 -5.4165 919 70.429 8.0257 -46.886 920 89.333 22.550 8.9096 921 77.444 15.943 -35.495 922 88.311 24.203 12.057 923 69.587 4.5201 -48.276 924 76.962 14.096 -36.284 925 70.349 14.408 -46.978 926 92.229 -41.419 -3.3931 927 76.109 -10.982 -37.823 928 86.301 27.613 18.521 929 84.760 -23.092 -24.083 930 64.142 39.767 -56.959 931 84.160 22.777 -24.687 932 88.638 18.841 29.028 933 76.481 -9.1540 -37.213 934 89.886 25.435 -4.1286 935 32.694 62.405 -61.860 936 70.816 16.172 -46.208 937 81.240 17.967 -29.389 938 83.633 46.196 -18.393 939 90.960 12.816 -14.001 940 92.516 -14.223 -11.789 941 97.325 -5.4268 -4.2044 942 5.9526 8.3867 9.3044 943 89.979 -19.528 -15.815 944 89.605 -21.509 -16.419 945 92.333 12.153 -11.846 946 87.285 32.479 -5.8077 947 62.399 3.3283 -60.019 948 90.677 -54.378 28.730 949 97.353 -0.093370 18.539 950 76.023 10.402 -37.821 951 88.229 23.774 14.281 952 91.398 11.895 28.298 953 91.550 -11.558 -13.283 954 92.920 -12.219 -11.140 955 6.9786 12.330 10.939 956 64.171 23.515 -57.007 957 96.691 3.9526 10.735 958 32.372 61.773 -59.758 959 76.488 12.249 -37.060 960 85.072 34.684 4.8466 961 88.571 25.545 5.4354 962 91.497 19.849 0.62123 963 91.314 18.860 4.9415 964 89.191 18.011 -16.744 965 86.366 34.484 -4.8973 966 83.888 28.945 41.440 967 62.769 18.658 -59.334 968 6.0158 15.249 9.4750 969 69.819 -1.8558 -47.935 970 95.110 2.3831 29.008 971 93.177 6.7363 30.854 972 85.890 32.195 6.0791 973 86.994 24.314 24.285 974 91.961 -9.5597 -12.621 975 92.744 19.383 -6.5934 976 81.692 -14.795 -28.905 977 93.330 -10.214 -10.481 978 82.872 48.572 -19.580 979 88.755 26.485 1.0664 980 75.458 -6.3055 -38.841 981 91.853 10.212 -12.618 982 92.182 16.303 6.2494 983 85.467 30.129 17.294 984 88.926 20.394 20.013 985 13.845 38.040 -36.293 986 86.785 36.466 -13.496 987 85.547 30.524 15.033 988 96.844 -0.82668 -4.9108 989 81.183 11.515 -29.529 990 64.989 37.122 -55.585 991 78.658 -6.4031 -33.700 992 81.661 13.404 -28.750 993 75.848 -4.4717 -38.201 994 81.532 42.834 9.0541 995 91.006 -6.8950 -14.099 996 82.147 15.290 -27.960 997 78.390 6.7135 -34.040 998 76.096 3.9034 -37.748 999 81.062 -10.105 -29.878 1000 82.311 46.201 -8.7890 1001 82.070 -12.887 -28.290 1002 75.668 2.0526 -38.450 1003 82.418 46.659 -10.970 1004 93.851 10.686 11.051 1005 63.237 26.351 -58.524 1006 93.055 13.740 7.5643 1007 80.461 -5.4134 -30.806 1008 91.431 -4.9054 -13.414 1009 86.149 26.848 23.058 1010 85.556 36.958 -6.1388 1011 90.912 6.3100 -14.133 1012 82.456 -10.969 -27.661 1013 90.451 4.3505 -14.876 1014 86.922 23.944 26.559 1015 84.894 33.836 9.3107 1016 90.055 -4.2256 -15.573 1017 81.456 -8.1947 -29.236 1018 82.584 10.706 -27.297 1019 85.259 35.568 0.42197 1020 85.389 29.744 19.563 1021 86.720 22.892 33.414 1022 80.319 1.1753 -30.988 1023 85.630 30.928 12.781 1024 84.782 26.710 40.268 1025 87.287 18.779 46.071 1026 96.084 0.22353 28.114 1027 80.761 45.230 7.8993 1028 80.756 3.0809 -30.275 1029 80.872 -3.5046 -30.136 1030 15.314 39.774 -36.972 1031 89.629 -6.2076 -16.260 1032 21.992 48.498 -46.784 1033 81.041 46.419 1.1194 1034 88.322 17.122 40.405 1035 89.071 5.0403 -17.046 1036 92.549 18.322 -2.3478 1037 89.549 0.41845 -16.331 1038 96.948 5.5040 4.3323 1039 92.361 17.295 1.9334 1040 81.445 48.123 -7.7652 1041 90.964 9.3916 44.050 1042 80.189 48.377 2.2246 1043 58.308 48.206 -66.523 1044 80.673 44.851 10.181 1045 83.243 32.336 33.304 1046 86.076 26.479 25.337 1047 81.834 38.244 24.012 1048 91.694 -49.059 60.035 1049 58.788 53.411 -65.699 1050 97.908 -4.9364 30.744 1051 93.771 2.2990 43.277 1052 60.021 -79.909 67.213 1053 50.133 32.594 -80.179 1054 89.747 -57.791 -9.6429 1055 90.113 -57.504 16.236 1056 94.735 0.062214 42.307 1057 81.197 41.361 18.226 1058 77.518 62.996 -20.940 1059 77.045 61.290 -12.181 1060 81.120 41.016 20.543 1061 81.278 41.716 15.919 1062 90.505 6.6884 66.277 1063 89.819 10.497 54.118 1064 89.645 -58.766 -7.5290 1065 91.375 -51.105 57.348 1066 58.715 57.087 -65.798 1067 76.266 63.024 -10.990 1068 75.736 61.127 0.31034 1069 89.702 -58.818 -2.8672 1070 76.037 57.582 10.592 1071 89.984 -58.056 11.397 1072 89.778 -58.716 1.8424 1073 86.320 20.786 49.492 1074 74.662 73.978 -30.144 1075 81.762 37.915 26.340 1076 76.046 62.242 -6.5084 1077 97.485 -7.6924 46.108 1078 91.065 -53.115 54.652 1079 80.971 40.354 25.200 1080 82.365 34.518 34.491 1081 88.888 12.816 55.205 1082 82.429 34.820 32.153 1083 75.269 59.436 11.925 1084 82.949 30.913 44.973 1085 75.871 52.025 40.293 1086 74.978 62.893 1.6090 1087 76.774 50.460 34.046 1088 93.421 0.13630 58.814 1089 20.992 47.603 -48.464 1090 22.344 49.188 -49.076 1091 90.972 -53.181 43.091 1092 76.053 52.738 33.038 1093 90.766 -55.085 51.950 1094 92.427 2.2061 62.026 1095 15.682 40.501 -39.460 1096 50.266 51.696 -79.871 1097 75.184 59.123 14.284 1098 12.752 37.061 -38.130 1099 77.279 47.198 44.672 1100 85.367 22.829 52.940 1101 75.283 54.734 34.472 1102 75.629 56.047 22.420 1103 88.800 12.320 59.674 1104 50.105 37.838 -80.203 1105 80.225 36.983 55.771 1106 78.031 44.845 45.674 1107 87.008 -82.628 16.032 1108 75.554 55.766 24.815 1109 81.662 31.166 68.903 1110 89.485 -63.607 36.212 1111 89.252 -65.227 33.528 1112 88.759 12.087 61.887 1113 79.391 39.234 57.091 1114 80.039 36.124 67.043 1115 89.096 -66.102 28.625 1116 82.489 28.658 69.845 1117 8.9578 17.699 -44.592 1118 90.476 -57.011 49.245 1119 77.886 44.227 52.801 1120 7.9025 13.824 -39.939 1121 86.665 -86.159 20.180 1122 76.438 49.106 48.493 1123 90.042 -59.626 39.378 1124 89.730 -61.923 38.906 1125 73.016 60.354 41.468 1126 27.068 57.213 -68.691 1127 73.575 57.849 47.243 1128 73.526 57.672 49.676 1129 90.198 -58.890 46.539 1130 74.163 55.328 52.955 1131 89.985 -60.180 41.608 1132 87.913 -76.577 40.808 1133 88.674 -71.184 57.907 1134 87.966 -76.674 50.109 END_DATA # And then come the triangles KEYWORD "VERTEX_0" KEYWORD "VERTEX_1" KEYWORD "VERTEX_2" NUMBER_OF_FIELDS 3 BEGIN_DATA_FORMAT VERTEX_0 VERTEX_1 VERTEX_2 END_DATA_FORMAT NUMBER_OF_SETS 2266 BEGIN_DATA 83 1 88 48 1 100 99 48 100 45 2 106 67 3 130 3 129 130 123 136 144 39 4 154 41 39 154 159 120 168 135 122 170 76 69 172 175 178 184 174 175 186 152 167 188 149 155 190 167 155 191 155 149 193 144 136 194 136 149 194 123 144 194 149 192 194 149 136 197 195 149 197 138 173 198 185 189 205 189 181 205 151 156 208 117 108 210 200 117 210 199 204 211 141 151 212 143 140 213 141 212 214 212 207 214 204 199 215 140 143 216 206 209 217 209 203 217 112 97 218 97 201 218 213 140 219 118 141 220 141 214 220 201 202 221 202 203 221 204 206 222 211 204 222 198 173 223 199 198 223 173 178 223 215 199 223 183 196 225 207 212 226 196 207 226 225 196 226 140 137 227 219 140 227 0 14 228 98 0 228 182 187 230 185 200 231 182 181 232 181 189 232 101 98 233 98 228 233 127 117 234 117 200 234 200 185 234 224 229 235 203 209 236 221 203 236 222 206 237 224 235 238 224 238 239 214 207 240 220 214 240 156 151 241 179 187 242 187 182 242 182 232 242 145 127 243 205 145 243 185 205 243 127 234 243 234 185 243 105 102 244 202 201 245 224 239 246 244 224 246 103 101 247 101 233 247 229 224 247 233 229 247 180 183 248 183 225 248 102 104 249 244 102 249 104 103 249 103 247 249 224 244 249 247 224 249 207 196 250 111 112 251 112 218 251 218 201 251 201 221 251 206 217 252 237 206 252 209 206 254 206 253 254 179 180 256 180 248 256 187 179 256 181 182 257 205 181 257 43 53 261 258 43 261 235 229 261 212 151 262 226 212 262 210 108 263 206 204 265 253 206 265 204 215 265 229 233 266 233 228 266 14 43 266 43 258 266 228 14 266 258 261 266 261 229 266 200 210 267 210 263 267 113 110 268 110 260 268 114 113 268 244 246 269 107 109 270 208 156 271 180 179 272 179 242 272 183 180 272 56 64 275 53 56 275 261 53 275 235 261 275 221 236 276 269 246 278 189 185 280 185 231 280 232 189 280 260 255 281 255 273 281 236 209 282 209 254 282 276 236 282 151 208 283 262 151 283 226 262 283 208 271 283 267 270 284 270 269 284 269 278 284 238 235 285 105 244 286 244 269 286 269 270 286 275 64 287 225 226 288 226 283 288 283 271 288 271 156 290 264 274 292 279 264 292 267 284 293 134 137 294 238 285 295 293 284 297 284 278 300 297 284 300 108 107 301 107 270 301 263 108 301 267 263 301 270 267 301 259 277 302 201 97 303 245 201 303 239 238 304 238 295 304 246 239 304 278 246 304 300 278 304 170 174 305 280 231 306 232 280 306 293 297 306 248 225 308 225 288 308 288 271 308 271 290 308 256 248 308 291 256 308 290 291 308 231 200 309 200 267 309 267 293 309 293 306 309 306 231 309 289 279 310 279 292 310 96 95 311 296 273 312 297 300 313 300 304 313 109 105 314 105 286 314 270 109 314 286 270 314 96 311 315 75 80 316 74 75 316 235 275 316 285 235 316 64 74 316 287 64 316 275 287 316 251 221 317 221 276 317 118 111 317 111 251 317 102 105 318 105 299 318 152 145 319 145 205 319 205 257 319 257 152 319 94 96 320 96 315 320 99 94 320 182 230 321 259 302 323 128 138 324 138 198 324 198 199 324 199 211 324 320 315 326 260 281 327 296 312 328 312 298 328 115 114 329 114 268 329 268 260 329 260 327 329 116 115 329 273 255 330 312 273 330 65 62 331 62 55 332 331 62 332 55 48 333 48 99 333 320 326 333 326 332 333 332 55 333 273 296 334 296 328 334 297 313 335 298 289 336 289 310 336 310 322 336 322 328 336 328 298 336 302 277 337 277 307 337 337 307 338 230 187 339 326 315 340 322 310 341 99 320 342 320 333 342 333 99 342 327 281 343 281 273 343 265 215 344 315 311 345 340 315 345 328 322 346 334 328 346 322 341 346 187 256 347 339 187 347 256 291 347 323 302 348 302 337 348 337 338 348 292 325 349 311 95 350 345 311 350 109 107 351 250 196 352 162 119 353 332 326 355 326 340 355 340 345 357 355 340 357 307 277 358 299 307 358 105 109 359 299 105 359 109 351 359 116 329 361 329 327 361 327 343 361 307 299 362 338 307 362 351 338 362 299 359 362 359 351 362 274 259 363 292 274 363 259 323 363 325 292 363 240 207 366 207 250 366 178 175 367 223 178 367 215 223 367 344 215 367 348 338 368 338 351 368 273 334 369 343 273 369 346 341 369 334 346 369 295 285 370 285 316 370 351 107 371 368 351 371 156 162 372 290 156 372 365 343 373 343 369 373 80 69 374 316 80 374 370 316 374 357 345 375 364 356 375 345 350 376 350 364 376 364 375 376 375 345 376 310 292 377 292 349 377 341 310 377 107 108 378 371 107 378 121 116 380 116 361 380 361 343 380 343 365 380 196 183 381 352 196 381 183 272 381 368 371 382 371 378 382 295 370 383 323 348 384 348 368 384 331 332 385 332 355 385 313 304 386 335 313 386 304 295 386 295 383 386 257 182 388 182 321 388 289 298 389 69 76 390 374 69 390 370 374 390 368 382 391 384 368 391 323 384 391 232 306 392 306 297 392 297 335 392 325 363 393 78 65 394 65 331 394 331 385 394 92 78 394 372 162 395 291 290 395 290 372 395 347 291 395 276 282 396 282 254 396 116 121 397 264 279 399 279 289 399 108 117 400 378 108 400 365 373 401 126 128 402 54 50 403 58 54 403 203 202 404 354 203 404 202 245 404 52 51 405 50 52 405 403 50 405 46 45 406 45 106 406 106 110 406 51 46 406 259 274 408 274 264 408 152 188 411 379 410 411 379 391 412 410 379 412 391 382 412 357 375 413 125 126 414 126 407 414 382 378 415 378 400 415 412 382 415 410 412 415 403 405 417 113 114 418 114 115 418 93 92 419 387 93 419 392 335 420 363 323 423 323 391 423 391 379 423 379 393 423 393 363 423 76 77 424 390 76 424 405 51 427 51 406 427 110 113 427 113 418 427 406 110 427 383 370 429 370 390 429 393 379 430 379 411 430 349 325 430 325 393 430 409 417 431 417 405 431 405 427 431 427 418 431 115 116 432 418 115 432 431 418 432 217 203 433 252 217 433 237 252 433 203 354 433 277 259 435 259 408 435 61 58 436 58 403 436 59 61 436 403 417 436 63 59 436 425 426 436 417 409 437 425 436 438 436 417 438 417 437 438 126 402 439 407 126 439 414 407 439 397 121 440 121 398 440 116 397 440 432 116 440 408 264 442 422 420 443 68 63 445 63 436 445 436 426 445 73 68 445 434 428 447 124 125 448 125 414 448 117 127 449 400 117 449 415 400 449 441 445 450 445 426 450 369 341 452 373 369 452 401 373 452 341 377 452 72 70 454 70 73 454 73 445 454 445 441 454 392 420 455 441 450 456 426 425 457 425 438 457 421 443 458 220 240 459 240 366 459 360 220 459 453 360 459 121 124 460 398 121 460 124 448 460 446 447 461 447 454 461 454 441 461 441 456 461 456 446 461 440 398 462 398 460 462 385 355 463 394 385 463 92 394 463 419 92 463 272 242 464 289 389 466 399 289 466 128 324 467 402 128 467 254 253 468 396 254 468 446 456 469 457 438 470 465 457 470 358 277 472 277 435 472 450 426 473 426 457 473 457 465 473 431 432 474 432 440 474 440 462 474 409 431 474 462 471 474 437 409 474 438 437 474 470 438 474 471 470 474 255 260 475 330 255 475 421 458 476 428 434 477 125 124 478 390 424 479 429 390 479 383 429 479 462 460 480 470 471 480 471 462 480 434 447 481 477 434 481 3 67 482 67 72 482 447 428 482 72 454 482 454 447 482 25 3 482 428 477 482 456 450 483 469 456 483 450 473 483 37 38 484 451 37 484 38 40 484 154 153 484 40 41 484 41 154 484 469 483 487 356 360 488 375 356 488 360 453 488 413 375 488 44 42 490 42 25 490 25 482 490 482 477 490 317 276 492 276 396 492 153 157 493 411 410 494 127 145 494 448 414 495 470 480 495 460 448 497 480 460 497 448 495 497 495 480 497 439 402 499 402 467 499 444 416 500 478 444 500 380 365 501 365 401 502 401 444 502 501 365 502 478 124 502 444 478 502 377 349 503 349 416 503 486 507 508 496 485 508 477 481 509 481 489 509 489 485 509 253 265 510 468 253 510 36 37 511 37 451 511 447 446 512 481 447 512 446 469 512 469 487 512 487 486 512 489 481 512 485 489 512 486 508 512 508 485 512 77 81 513 424 77 513 381 272 514 272 464 514 490 477 515 477 509 515 509 506 515 410 415 516 415 449 516 494 410 516 449 127 516 127 494 516 500 416 517 486 487 518 507 486 518 487 483 518 465 470 519 470 495 519 473 465 519 167 152 520 388 167 520 152 257 520 257 388 520 162 156 521 519 495 522 451 484 523 484 153 523 153 493 523 493 498 523 511 451 523 506 509 524 95 97 525 350 95 525 97 112 525 265 344 527 510 265 527 122 119 529 119 162 529 162 521 529 521 528 529 508 507 530 507 518 530 510 527 532 529 528 533 528 532 533 476 458 534 458 479 534 479 424 534 424 513 534 264 399 535 442 264 535 399 466 535 170 122 536 122 529 536 529 533 536 174 170 536 124 121 537 121 380 537 380 501 537 501 502 537 502 124 537 532 527 538 533 532 538 536 533 538 367 175 539 344 367 539 527 344 539 538 527 539 47 44 540 44 490 540 490 515 540 174 536 541 536 538 541 175 174 541 539 175 541 538 539 541 521 156 544 528 521 544 145 152 545 152 411 545 411 494 545 494 145 545 483 473 546 518 483 546 473 519 546 519 522 546 355 357 547 531 355 547 81 82 548 513 81 548 476 534 548 534 513 548 505 511 549 468 510 550 510 532 550 532 528 550 528 544 550 491 504 551 542 491 551 523 498 551 498 542 551 511 523 551 549 511 551 422 443 552 463 355 553 355 531 553 419 463 553 543 419 553 91 93 554 93 387 554 387 419 554 419 543 554 298 312 555 389 298 555 128 126 556 500 128 556 478 500 556 211 222 557 324 211 557 467 324 557 335 386 558 386 383 558 383 479 558 554 543 560 24 36 561 36 511 561 354 404 562 524 509 563 552 560 565 126 125 566 125 478 566 478 556 566 556 126 566 414 439 567 439 499 567 495 414 567 522 495 567 499 467 567 467 557 567 546 522 567 517 416 568 504 491 569 41 40 570 39 41 570 20 21 571 526 20 571 21 24 571 505 526 571 40 38 572 570 40 572 509 485 573 563 509 573 485 496 573 222 237 575 557 222 575 416 444 577 444 401 577 401 452 577 452 377 577 377 503 577 503 416 577 468 550 579 550 544 579 544 578 579 564 559 580 241 151 581 151 578 581 156 241 581 544 156 581 578 544 581 531 547 582 37 36 584 38 37 584 572 38 584 508 530 585 575 574 585 82 84 586 548 82 586 476 548 586 11 4 587 4 39 589 39 570 589 570 572 589 572 584 589 587 4 589 163 161 591 588 163 591 242 232 592 232 392 592 392 455 592 464 242 592 24 21 593 36 24 593 584 36 593 511 505 595 561 511 595 24 561 595 571 24 595 505 571 595 551 504 596 504 569 596 596 569 597 22 17 598 17 590 598 543 553 599 553 531 599 531 565 599 560 543 599 565 560 599 157 158 600 493 157 600 498 493 600 542 498 600 559 564 600 491 542 600 576 491 600 564 576 600 158 580 602 580 559 602 559 600 602 600 158 602 563 573 603 573 562 603 237 433 604 575 237 604 574 575 604 582 547 605 601 160 606 13 12 607 18 13 607 594 18 607 163 588 608 27 32 612 32 23 612 250 352 613 366 250 613 459 366 613 352 381 613 601 606 614 160 159 615 159 606 615 606 160 615 492 396 616 396 468 616 468 579 616 579 578 616 606 159 617 166 609 617 526 505 618 505 549 618 549 551 618 551 596 618 21 20 619 593 21 619 20 18 619 18 594 619 594 607 619 546 567 620 567 557 620 530 518 620 585 530 620 518 546 620 557 575 620 575 585 620 57 49 621 49 47 621 515 506 621 60 57 621 47 540 621 540 515 621 569 491 624 491 576 624 610 611 624 576 623 624 597 569 624 623 610 624 31 27 625 34 31 625 27 612 625 591 161 626 161 160 626 160 601 626 588 591 626 588 622 630 562 573 631 573 496 631 496 508 631 508 585 631 585 574 631 574 604 631 614 606 632 606 617 632 15 11 633 11 587 633 16 15 633 17 16 633 590 17 633 598 590 633 601 614 634 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1126 99 100 1126 1090 99 1126 935 958 1126 958 1090 1126 2 1125 1127 1125 1085 1127 19 2 1128 2 1127 1128 1085 1099 1128 1127 1085 1128 1099 1122 1128 1118 1091 1129 1091 1123 1129 26 19 1130 1122 26 1130 19 1128 1130 1128 1122 1130 0 5 1131 5 6 1131 6 1129 1131 1123 1124 1131 1129 1123 1131 14 0 1132 0 1110 1132 43 14 1132 1111 43 1132 1110 1111 1132 6 7 1133 7 1118 1133 1118 1129 1133 1129 6 1133 1124 0 1134 0 1131 1134 1131 1124 1134 END_DATA dispcalGUI-1.7.1.6/dispcalGUI/ref/CMYK_FOGRA_MediaWedge_V3.ti1000644 000765 000000 00000005217 12025152306 023102 0ustar00svpwheel000000 000000 CTI3 DESCRIPTOR "Argyll Calibration Target chart information 1" ORIGINATOR "Argyll target" CREATED "Sun Feb 01 18:20:41 2009" KEYWORD "DEVICE_CLASS" DEVICE_CLASS "OUTPUT" KEYWORD "COLOR_REP" COLOR_REP "CMYK" KEYWORD "TOTAL_INK_LIMIT" TOTAL_INK_LIMIT "300" NUMBER_OF_FIELDS 9 BEGIN_DATA_FORMAT SAMPLE_ID CMYK_C CMYK_M CMYK_Y CMYK_K END_DATA_FORMAT NUMBER_OF_SETS 72 BEGIN_DATA 1 100.00 0.0000 0.0000 0.0000 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!!""##$$%%&&''(())**++,,--..//00112233445566778899::;;<<==>>??@@AABBCCDDEEFFGGHHIIJJKKLLMMNNOOPPQQRRSSTTUUVVWWXXYYZZ[[\\]]^^__``aabbccddeeffgghhiijjkkllmmnnooppqqrrssttuuvvwwxxyyzz{{||}}~~  !!""##$$%%&&''(())**++,,--..//00112233445566778899::;;<<==>>??@@AABBCCDDEEFFGGHHIIJJKKLLMMNNOOPPQQRRSSTTUUVVWWXXYYZZ[[\\]]^^__``aabbccddeeffgghhiijjkkllmmnnooppqqrrssttuuvvwwxxyyzz{{||}}~~XYZ o8XYZ bXYZ $curv(<Pcw 9To2W}%SM2o/sG*z  r y 2 U ^<!%Af,fLD !P""#p$*$%&d'&'(){*F++,-.a/:0012345i6U7B839%:;< =>?@ ABC#D0E?FQGeH|IJKLNO9PaQRSUVPWXY[=\~]_ `Rabd>efh@ijl[mo$pqsftvJwy9z|2}7Fх_P5ܕ2⚔Iy9¨V%ʱ{W7±ĥƜȕʒ̑ΔЙҡԭֻ.NqM3ttextCTI3 DESCRIPTOR "Argyll Calibration Target chart information 3" ORIGINATOR "Argyll dispread" CREATED "Sat Mar 14 19:00:55 2009" KEYWORD "DEVICE_CLASS" DEVICE_CLASS "DISPLAY" KEYWORD "APPROX_WHITE_POINT" APPROX_WHITE_POINT "95.106486 100.000000 108.844025" KEYWORD "COLOR_REP" COLOR_REP "RGB_XYZ" KEYWORD "BLACK_COLOR_PATCHES" BLACK_COLOR_PATCHES "4" KEYWORD "COMP_GREY_STEPS" COMP_GREY_STEPS "97" KEYWORD "MULTI_DIM_BCC_STEPS" MULTI_DIM_BCC_STEPS "9" KEYWORD "MULTI_DIM_STEPS" MULTI_DIM_STEPS "9" KEYWORD "SINGLE_DIM_STEPS" SINGLE_DIM_STEPS "33" KEYWORD "WHITE_COLOR_PATCHES" WHITE_COLOR_PATCHES "4" KEYWORD "USE_BLACK_POINT_COMPENSATION" USE_BLACK_POINT_COMPENSATION "NO" BEGIN_ARGYLL_COLPROF_ARGS -qh -bl -ax END_ARGYLL_COLPROF_ARGS NUMBER_OF_FIELDS 7 BEGIN_DATA_FORMAT SAMPLE_ID RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z END_DATA_FORMAT NUMBER_OF_SETS 1399 BEGIN_DATA 1 100.000 100.000 100.000 95.1065 100.000 108.844 2 0.00000 50.0000 25.0000 9.48738 16.5179 8.31499 3 0.00000 62.5000 37.5000 15.4124 26.5039 16.0335 4 37.5000 62.5000 37.5000 20.1494 28.9463 16.2555 5 68.7500 56.2500 6.25000 28.4553 29.6752 5.57215 6 87.5000 75.0000 12.5000 49.9236 53.6516 9.93103 7 73.9583 73.9583 73.9583 48.6594 51.1377 55.6166 8 75.0000 75.0000 75.0000 50.1727 52.7296 57.3508 9 10.4167 10.4167 10.4167 2.00521 2.05749 2.15195 10 0.00000 0.00000 9.37500 1.16227 1.06490 1.85470 11 6.25000 0.00000 0.00000 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11.4483 1010 56.2500 81.2500 18.7500 34.9511 51.2977 11.6699 1011 68.7500 81.2500 18.7500 41.2339 54.5372 11.9643 1012 81.2500 81.2500 18.7500 49.1892 58.6389 12.3371 1013 18.7500 68.7500 18.7500 17.9606 32.2995 8.89758 1014 18.7500 81.2500 18.7500 24.8589 46.0942 11.1970 1015 18.7500 93.7500 18.7500 33.3008 62.9757 14.0110 1016 31.2500 93.7500 18.7500 35.3521 64.0333 14.1071 1017 43.7500 93.7500 18.7500 38.6635 65.7407 14.2623 1018 56.2500 93.7500 18.7500 43.3930 68.1792 14.4839 1019 68.7500 93.7500 18.7500 49.6758 71.4186 14.7783 1020 0.00000 0.00000 0.00000 1.00000 1.00000 1.00000 1021 6.25000 6.25000 18.7500 1.91743 1.68328 3.83272 1022 6.25000 6.25000 31.2500 2.81525 2.04236 8.56163 1023 18.7500 6.25000 31.2500 3.80282 2.55155 8.60790 1024 31.2500 6.25000 31.2500 5.85407 3.60918 8.70402 1025 43.7500 6.25000 31.2500 9.16545 5.31654 8.85919 1026 56.2500 6.25000 31.2500 13.8950 7.75511 9.08081 1027 68.7500 6.25000 31.2500 20.1778 10.9945 9.37521 1028 81.2500 6.25000 31.2500 28.1331 15.0963 9.74798 1029 93.7500 6.25000 31.2500 37.8685 20.1159 10.2042 1030 93.7500 31.2500 81.2500 50.2549 29.2852 62.4440 1031 93.7500 43.7500 93.7500 57.3875 36.7314 85.8450 1032 31.2500 18.7500 31.2500 6.71042 5.32164 8.98947 1033 43.7500 18.7500 31.2500 10.0218 7.02900 9.14464 1034 56.2500 18.7500 31.2500 14.7514 9.46758 9.36626 1035 68.7500 18.7500 31.2500 21.0341 12.7070 9.66066 1036 81.2500 18.7500 31.2500 28.9894 16.8088 10.0334 1037 93.7500 18.7500 31.2500 38.7249 21.8284 10.4896 1038 93.7500 31.2500 43.7500 41.9529 25.9650 18.7165 1039 93.7500 31.2500 56.2500 44.0230 26.7929 29.6199 1040 93.7500 43.7500 56.2500 46.8944 32.5349 30.5771 1041 56.2500 31.2500 31.2500 16.5301 13.0245 9.95917 1042 68.7500 31.2500 31.2500 22.8128 16.2639 10.2536 1043 81.2500 31.2500 31.2500 30.7681 20.3657 10.6263 1044 93.7500 31.2500 31.2500 40.5036 25.3853 11.0825 1045 93.7500 43.7500 43.7500 44.8243 31.7070 19.6736 1046 18.7500 31.2500 31.2500 6.43788 7.82093 9.48626 1047 18.7500 43.7500 31.2500 9.30929 13.5629 10.4434 1048 43.7500 43.7500 31.2500 14.6719 16.3279 10.6947 1049 56.2500 43.7500 31.2500 19.4015 18.7665 10.9163 1050 68.7500 43.7500 31.2500 25.6842 22.0059 11.2107 1051 81.2500 43.7500 31.2500 33.6395 26.1077 11.5835 1052 93.7500 43.7500 31.2500 43.3750 31.1273 12.0397 1053 93.7500 56.2500 43.7500 48.9255 39.9081 21.0407 1054 31.2500 43.7500 31.2500 11.3605 14.6206 10.5395 1055 31.2500 56.2500 31.2500 15.4617 22.8217 11.9066 1056 43.7500 56.2500 31.2500 18.7731 24.5291 12.0618 1057 56.2500 56.2500 31.2500 23.5026 26.9677 12.2834 1058 68.7500 56.2500 31.2500 29.7854 30.2071 12.5778 1059 81.2500 56.2500 31.2500 37.7407 34.3089 12.9505 1060 93.7500 56.2500 31.2500 47.4761 39.3285 13.4067 1061 100.000 62.5000 37.5000 56.2426 47.5561 17.9468 1062 18.7500 68.7500 31.2500 18.8584 32.6586 13.6265 1063 31.2500 68.7500 31.2500 20.9097 33.7162 13.7226 1064 43.7500 68.7500 31.2500 24.2211 35.4236 13.8778 1065 56.2500 68.7500 31.2500 28.9506 37.8622 14.0994 1066 68.7500 68.7500 31.2500 35.2334 41.1016 14.3938 1067 81.2500 68.7500 31.2500 43.1887 45.2033 14.7666 1068 93.7500 68.7500 31.2500 52.9241 50.2230 15.2227 1069 93.7500 81.2500 31.2500 59.8224 64.0176 17.5222 1070 6.25000 68.7500 18.7500 16.9731 31.7903 8.85131 1071 6.25000 81.2500 31.2500 24.7692 45.9440 15.8797 1072 43.7500 81.2500 31.2500 31.1194 49.2182 16.1772 1073 56.2500 81.2500 31.2500 35.8489 51.6568 16.3988 1074 68.7500 81.2500 31.2500 42.1317 54.8962 16.6932 1075 81.2500 81.2500 31.2500 50.0870 58.9980 17.0660 1076 6.25000 81.2500 18.7500 23.8713 45.5850 11.1508 1077 6.25000 93.7500 18.7500 32.3133 62.4665 13.9648 1078 6.25000 93.7500 31.2500 33.2111 62.8255 18.6937 1079 31.2500 93.7500 31.2500 36.2499 64.3924 18.8361 1080 43.7500 93.7500 31.2500 39.5613 66.0997 18.9912 1081 56.2500 93.7500 31.2500 44.2909 68.5383 19.2128 1082 68.7500 93.7500 31.2500 50.5736 71.7777 19.5072 1083 81.2500 93.7500 31.2500 58.5289 75.8795 19.8800 1084 93.7500 93.7500 31.2500 68.2643 80.8991 20.3362 1085 93.7500 93.7500 43.7500 69.7137 81.4788 27.9702 1086 18.7500 6.25000 43.7500 5.25219 3.13120 16.2419 1087 31.2500 6.25000 43.7500 7.30344 4.18884 16.3380 1088 43.7500 6.25000 43.7500 10.6148 5.89619 16.4932 1089 56.2500 6.25000 43.7500 15.3444 8.33477 16.7148 1090 68.7500 6.25000 43.7500 21.6272 11.5742 17.0092 1091 81.2500 6.25000 43.7500 29.5824 15.6760 17.3820 1092 93.7500 6.25000 43.7500 39.3179 20.6956 17.8381 1093 93.7500 18.7500 81.2500 48.4762 25.7283 61.8511 1094 93.7500 18.7500 93.7500 52.7374 27.4325 84.2950 1095 93.7500 31.2500 93.7500 54.5161 30.9894 84.8879 1096 43.7500 18.7500 43.7500 11.4712 7.60866 16.7786 1097 56.2500 18.7500 43.7500 16.2007 10.0472 17.0002 1098 68.7500 18.7500 43.7500 22.4835 13.2867 17.2946 1099 81.2500 18.7500 43.7500 30.4388 17.3884 17.6674 1100 93.7500 18.7500 43.7500 40.1742 22.4080 18.1236 1101 93.7500 18.7500 56.2500 42.2443 23.2360 29.0270 1102 31.2500 18.7500 43.7500 8.15979 5.90130 16.6235 1103 31.2500 31.2500 43.7500 9.93850 9.45822 17.2164 1104 43.7500 31.2500 43.7500 13.2499 11.1656 17.3715 1105 81.2500 31.2500 43.7500 32.2175 20.9453 18.2603 1106 100.000 100.000 100.000 95.1065 100.000 108.844 1107 6.25000 18.7500 18.7500 2.77379 3.39575 4.11818 1108 6.25000 31.2500 18.7500 4.55249 6.95267 4.71108 1109 6.25000 43.7500 18.7500 7.42390 12.6947 5.66823 1110 6.25000 43.7500 31.2500 8.32172 13.0537 10.3971 1111 31.2500 43.7500 43.7500 12.8099 15.2002 18.1735 1112 56.2500 43.7500 43.7500 20.8508 19.3462 18.5503 1113 68.7500 43.7500 43.7500 27.1336 22.5856 18.8447 1114 81.2500 43.7500 43.7500 35.0889 26.6873 19.2175 1115 81.2500 68.7500 68.7500 49.4581 47.7107 47.7881 1116 6.25000 56.2500 18.7500 11.5251 20.8959 7.03529 1117 18.7500 56.2500 31.2500 13.4104 21.7641 11.8105 1118 31.2500 56.2500 43.7500 16.9111 23.4014 19.5406 1119 43.7500 56.2500 43.7500 20.2224 25.1088 19.6957 1120 56.2500 56.2500 43.7500 24.9520 27.5473 19.9174 1121 68.7500 56.2500 43.7500 31.2348 30.7868 20.2118 1122 81.2500 56.2500 43.7500 39.1901 34.8885 20.5845 1123 93.7500 56.2500 56.2500 50.9956 40.7361 31.9441 1124 93.7500 68.7500 56.2500 56.4436 51.6305 33.7601 1125 93.7500 81.2500 56.2500 63.3419 65.4252 36.0596 1126 31.2500 68.7500 43.7500 22.3591 34.2959 21.3566 1127 43.7500 68.7500 43.7500 25.6704 36.0032 21.5117 1128 56.2500 68.7500 43.7500 30.4000 38.4418 21.7334 1129 68.7500 68.7500 43.7500 36.6828 41.6812 22.0278 1130 81.2500 68.7500 43.7500 44.6381 45.7830 22.4005 1131 93.7500 68.7500 43.7500 54.3735 50.8026 22.8567 1132 93.7500 81.2500 43.7500 61.2718 64.5973 25.1562 1133 31.2500 81.2500 31.2500 27.8080 47.5109 16.0221 1134 31.2500 81.2500 43.7500 29.2574 48.0905 23.6560 1135 43.7500 81.2500 43.7500 32.5687 49.7979 23.8112 1136 56.2500 81.2500 43.7500 37.2983 52.2365 24.0328 1137 68.7500 81.2500 43.7500 43.5811 55.4759 24.3272 1138 81.2500 81.2500 43.7500 51.5363 59.5776 24.7000 1139 18.7500 81.2500 31.2500 25.7567 46.4532 15.9259 1140 18.7500 93.7500 31.2500 34.1987 63.3347 18.7399 1141 18.7500 93.7500 43.7500 35.6480 63.9144 26.3739 1142 31.2500 93.7500 43.7500 37.6993 64.9720 26.4700 1143 43.7500 93.7500 43.7500 41.0107 66.6794 26.6252 1144 56.2500 93.7500 43.7500 45.7402 69.1180 26.8468 1145 68.7500 93.7500 43.7500 52.0230 72.3574 27.1412 1146 81.2500 93.7500 43.7500 59.9783 76.4591 27.5140 1147 6.25000 6.25000 43.7500 4.26462 2.62201 16.1956 1148 6.25000 6.25000 56.2500 6.33472 3.44992 27.0990 1149 18.7500 6.25000 56.2500 7.32229 3.95911 27.1453 1150 31.2500 6.25000 56.2500 9.37354 5.01674 27.2414 1151 43.7500 6.25000 56.2500 12.6849 6.72410 27.3966 1152 56.2500 6.25000 56.2500 17.4145 9.16268 27.6182 1153 68.7500 6.25000 56.2500 23.6972 12.4021 27.9126 1154 81.2500 6.25000 56.2500 31.6525 16.5039 28.2854 1155 93.7500 6.25000 56.2500 41.3880 21.5235 28.7416 1156 6.25000 18.7500 43.7500 5.12097 4.33448 16.4811 1157 6.25000 18.7500 56.2500 7.19107 5.16239 27.3845 1158 31.2500 18.7500 56.2500 10.2299 6.72921 27.5269 1159 43.7500 18.7500 56.2500 13.5413 8.43657 27.6820 1160 56.2500 18.7500 56.2500 18.2708 10.8751 27.9037 1161 68.7500 18.7500 56.2500 24.5536 14.1146 28.1981 1162 81.2500 18.7500 56.2500 32.5089 18.2163 28.5708 1163 93.7500 18.7500 68.7500 44.9942 24.3358 43.5112 1164 93.7500 31.2500 68.7500 46.7730 27.8927 44.1041 1165 18.7500 18.7500 31.2500 4.65917 4.26401 8.89336 1166 18.7500 31.2500 43.7500 7.88725 8.40059 17.1202 1167 43.7500 31.2500 56.2500 15.3200 11.9935 28.2749 1168 56.2500 31.2500 56.2500 20.0495 14.4321 28.4966 1169 68.7500 31.2500 56.2500 26.3323 17.6715 28.7910 1170 81.2500 31.2500 56.2500 34.2876 21.7732 29.1637 1171 93.7500 43.7500 68.7500 49.6444 33.6347 45.0612 1172 93.7500 43.7500 81.2500 53.1263 35.0272 63.4011 1173 93.7500 68.7500 81.2500 62.6755 54.1229 66.5842 1174 93.7500 68.7500 93.7500 66.9366 55.8271 89.0281 1175 56.2500 31.2500 43.7500 17.9794 13.6042 17.5931 1176 56.2500 43.7500 56.2500 22.9209 20.1741 29.4537 1177 68.7500 43.7500 56.2500 29.2037 23.4135 29.7481 1178 81.2500 43.7500 56.2500 37.1590 27.5153 30.1209 1179 43.7500 31.2500 31.2500 11.8005 10.5859 9.73755 1180 43.7500 43.7500 56.2500 18.1914 17.7355 29.2321 1181 31.2500 43.7500 56.2500 14.8800 16.0281 29.0769 1182 31.2500 56.2500 56.2500 18.9812 24.2293 30.4440 1183 43.7500 56.2500 56.2500 22.2925 25.9367 30.5992 1184 68.7500 56.2500 56.2500 33.3049 31.6147 31.1152 1185 81.2500 56.2500 56.2500 41.2601 35.7164 31.4879 1186 81.2500 56.2500 68.7500 44.0101 36.8162 45.9721 1187 81.2500 56.2500 81.2500 47.4921 38.2088 64.3120 1188 18.7500 68.7500 56.2500 22.3779 34.0662 32.1639 1189 31.2500 68.7500 56.2500 24.4292 35.1238 32.2600 1190 43.7500 68.7500 56.2500 27.7405 36.8312 32.4152 1191 56.2500 68.7500 56.2500 32.4701 39.2697 32.6368 1192 68.7500 68.7500 56.2500 38.7529 42.5091 32.9312 1193 81.2500 68.7500 56.2500 46.7082 46.6109 33.3040 1194 18.7500 68.7500 43.7500 20.3078 33.2383 21.2605 1195 18.7500 81.2500 43.7500 27.2061 47.0329 23.5599 1196 18.7500 81.2500 56.2500 29.2762 47.8608 34.4633 1197 31.2500 81.2500 56.2500 31.3275 48.9184 34.5595 1198 43.7500 81.2500 56.2500 34.6388 50.6258 34.7146 1199 56.2500 81.2500 56.2500 39.3684 53.0644 34.9362 1200 68.7500 81.2500 56.2500 45.6512 56.3038 35.2306 1201 81.2500 81.2500 56.2500 53.6064 60.4056 35.6034 1202 81.2500 81.2500 68.7500 56.3564 61.5054 50.0876 1203 6.25000 93.7500 6.25000 31.8810 62.2936 11.6880 1204 18.7500 93.7500 56.2500 37.7181 64.7423 37.2773 1205 31.2500 93.7500 56.2500 39.7694 65.7999 37.3735 1206 43.7500 93.7500 56.2500 43.0808 67.5073 37.5286 1207 56.2500 93.7500 56.2500 47.8103 69.9459 37.7502 1208 68.7500 93.7500 56.2500 54.0931 73.1853 38.0446 1209 81.2500 93.7500 56.2500 62.0484 77.2870 38.4174 1210 93.7500 93.7500 56.2500 71.7838 82.3067 38.8736 1211 93.7500 93.7500 68.7500 74.5337 83.4065 53.3578 1212 18.7500 6.25000 68.7500 10.0722 5.05891 41.6295 1213 31.2500 6.25000 68.7500 12.1235 6.11654 41.7256 1214 43.7500 6.25000 68.7500 15.4348 7.82390 41.8808 1215 56.2500 6.25000 68.7500 20.1644 10.2625 42.1024 1216 68.7500 6.25000 68.7500 26.4472 13.5019 42.3968 1217 81.2500 6.25000 68.7500 34.4025 17.6037 42.7695 1218 93.7500 6.25000 68.7500 44.1379 22.6233 43.2257 1219 18.7500 18.7500 56.2500 8.17864 5.67158 27.4308 1220 18.7500 18.7500 68.7500 10.9286 6.77138 41.9149 1221 31.2500 18.7500 68.7500 12.9798 7.82901 42.0110 1222 43.7500 18.7500 68.7500 16.2912 9.53636 42.1662 1223 56.2500 18.7500 68.7500 21.0208 11.9749 42.3878 1224 68.7500 18.7500 68.7500 27.3035 15.2144 42.6822 1225 81.2500 18.7500 68.7500 35.2588 19.3161 43.0550 1226 81.2500 31.2500 93.7500 44.7806 25.9698 84.4317 1227 81.2500 56.2500 93.7500 51.7532 39.9130 86.7559 1228 31.2500 31.2500 56.2500 12.0086 10.2861 28.1198 1229 31.2500 31.2500 68.7500 14.7585 11.3859 42.6039 1230 43.7500 31.2500 68.7500 18.0699 13.0933 42.7591 1231 56.2500 31.2500 68.7500 22.7995 15.5319 42.9807 1232 68.7500 31.2500 68.7500 29.0822 18.7713 43.2751 1233 81.2500 31.2500 68.7500 37.0375 22.8730 43.6479 1234 81.2500 68.7500 93.7500 57.2012 50.8075 88.5719 1235 6.25000 31.2500 56.2500 8.96978 8.71930 27.9774 1236 6.25000 43.7500 68.7500 14.5911 15.5611 43.4187 1237 31.2500 43.7500 68.7500 17.6299 17.1279 43.5611 1238 43.7500 43.7500 68.7500 20.9413 18.8353 43.7163 1239 56.2500 43.7500 68.7500 25.6709 21.2739 43.9379 1240 68.7500 43.7500 68.7500 31.9536 24.5133 44.2323 1241 81.2500 43.7500 68.7500 39.9089 28.6151 44.6050 1242 18.7500 31.2500 56.2500 9.95735 9.22850 28.0237 1243 18.7500 31.2500 68.7500 12.7073 10.3283 42.5078 1244 18.7500 56.2500 68.7500 19.6798 24.2715 44.8320 1245 31.2500 56.2500 68.7500 21.7311 25.3291 44.9282 1246 43.7500 56.2500 68.7500 25.0425 27.0365 45.0833 1247 56.2500 56.2500 68.7500 29.7720 29.4750 45.3049 1248 68.7500 56.2500 68.7500 36.0548 32.7145 45.5993 1249 18.7500 43.7500 43.7500 10.7587 14.1426 18.0774 1250 18.7500 56.2500 43.7500 14.8598 22.3438 19.4444 1251 18.7500 56.2500 56.2500 16.9299 23.1717 30.3479 1252 18.7500 68.7500 68.7500 25.1278 35.1660 46.6481 1253 31.2500 68.7500 68.7500 27.1791 36.2236 46.7442 1254 43.7500 68.7500 68.7500 30.4905 37.9310 46.8993 1255 56.2500 68.7500 68.7500 35.2200 40.3695 47.1210 1256 56.2500 81.2500 81.2500 45.6003 55.5567 67.7603 1257 6.25000 56.2500 31.2500 12.4229 21.2549 11.7642 1258 6.25000 68.7500 31.2500 17.8709 32.1494 13.5802 1259 6.25000 68.7500 56.2500 21.3904 33.5570 32.1176 1260 31.2500 81.2500 68.7500 34.0774 50.0182 49.0436 1261 43.7500 81.2500 68.7500 37.3888 51.7256 49.1988 1262 56.2500 81.2500 68.7500 42.1183 54.1642 49.4204 1263 68.7500 81.2500 68.7500 48.4011 57.4036 49.7148 1264 6.25000 81.2500 56.2500 28.2886 47.3516 34.4171 1265 6.25000 93.7500 56.2500 36.7306 64.2331 37.2311 1266 6.25000 93.7500 68.7500 39.4805 65.3329 51.7152 1267 18.7500 93.7500 68.7500 40.4681 65.8421 51.7615 1268 31.2500 93.7500 68.7500 42.5193 66.8997 51.8576 1269 43.7500 93.7500 68.7500 45.8307 68.6071 52.0128 1270 56.2500 93.7500 68.7500 50.5602 71.0457 52.2344 1271 68.7500 93.7500 68.7500 56.8430 74.2851 52.5288 1272 81.2500 93.7500 68.7500 64.7983 78.3868 52.9016 1273 6.25000 6.25000 68.7500 9.08465 4.54972 41.5832 1274 6.25000 6.25000 81.2500 12.5666 5.94229 59.9231 1275 18.7500 6.25000 81.2500 13.5542 6.45148 59.9694 1276 31.2500 6.25000 81.2500 15.6054 7.50911 60.0655 1277 43.7500 6.25000 81.2500 18.9168 9.21647 60.2207 1278 56.2500 6.25000 81.2500 23.6464 11.6550 60.4423 1279 68.7500 6.25000 81.2500 29.9292 14.8945 60.7367 1280 81.2500 6.25000 81.2500 37.8844 18.9962 61.1094 1281 93.7500 6.25000 81.2500 47.6199 24.0159 61.5656 1282 93.7500 6.25000 93.7500 51.8810 25.7200 84.0095 1283 18.7500 18.7500 43.7500 6.10854 4.84367 16.5273 1284 31.2500 18.7500 81.2500 16.4618 9.22158 60.3509 1285 43.7500 18.7500 81.2500 19.7732 10.9289 60.5061 1286 56.2500 18.7500 81.2500 24.5027 13.3675 60.7277 1287 68.7500 18.7500 81.2500 30.7855 16.6069 61.0221 1288 81.2500 18.7500 81.2500 38.7408 20.7087 61.3949 1289 81.2500 18.7500 93.7500 43.0019 22.4129 83.8388 1290 18.7500 18.7500 81.2500 14.4105 8.16395 60.2548 1291 18.7500 31.2500 81.2500 16.1892 11.7209 60.8477 1292 31.2500 31.2500 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39.7692 52.0574 89.7313 1387 31.2500 81.2500 93.7500 41.8205 53.1150 89.8274 1388 43.7500 81.2500 93.7500 45.1319 54.8223 89.9826 1389 6.25000 31.2500 31.2500 5.45031 7.31174 9.43999 1390 6.25000 43.7500 43.7500 9.77109 13.6334 18.0311 1391 6.25000 68.7500 68.7500 24.1403 34.6568 46.6018 1392 6.25000 81.2500 93.7500 38.7817 51.5482 89.6850 1393 6.25000 93.7500 93.7500 47.2236 68.4297 92.4990 1394 18.7500 93.7500 93.7500 48.2112 68.9389 92.5453 1395 31.2500 93.7500 93.7500 50.2624 69.9965 92.6414 1396 43.7500 93.7500 93.7500 53.5738 71.7038 92.7966 1397 56.2500 93.7500 93.7500 58.3034 74.1424 93.0182 1398 68.7500 93.7500 93.7500 64.5861 77.3818 93.3126 1399 81.2500 93.7500 93.7500 72.5414 81.4836 93.6854 END_DATA CAL DESCRIPTOR "Argyll Device Calibration State" ORIGINATOR "Argyll dispcal" CREATED "Sat Mar 14 19:07:36 2009" KEYWORD "DEVICE_CLASS" DEVICE_CLASS "DISPLAY" KEYWORD "COLOR_REP" COLOR_REP "RGB" BEGIN_ARGYLL_DISPCAL_ARGS -dmadvr -qh -w0.3127,0.3290 -gs -f1 -m 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O$ $`N`.0c$0$CNCz&@ d.A T h z@0 04?Sj{!CKQYbj9 *+,-./012345@678:;<=>? __mh_bundle_headerdyld_stub_binding_helper__dyld_func_lookup_RealDisplaySizeMM_GetXRandROutputXIDdyld__mach_header_RealDisplaySizeMM_methods_callback_ddebug_free_disppaths_get_a_display_get_displays_initRealDisplaySizeMM_CFDictionaryGetCount_CFDictionaryGetKeysAndValues_CFDictionaryGetValue_CFRelease_CFStringGetCString_CFStringGetCStringPtr_CGDisplayBounds_CGDisplayIOServicePort_CGDisplayIsMain_CGDisplayScreenSize_CGGetActiveDisplayList_IODisplayCreateInfoDictionary_PyArg_ParseTuple_Py_BuildValue_Py_InitModule4___CFConstantStringClassReference_calloc_free_malloc_sprintf_strdup_strncpy/Users/Shared/dispcalGUI/trunk/dispcalGUI/RealDisplaySizeMM.c/Users/Shared/dispcalGUI/trunk/build/temp.macosx-10.3-fat-2.6/dispcalGUI/RealDisplaySizeMM.o_free_disppaths_get_displays_get_a_display_RealDisplaySizeMM_GetXRandROutputXID_initRealDisplaySizeMM_RealDisplaySizeMM_methods_callback_ddebugdispcalGUI-1.7.1.6/dispcalGUI/lib/agw/__init__.py000644 000765 000000 00000013663 12025152305 021243 0ustar00svpwheel000000 000000 """ This is the Advanced Generic Widgets package (AGW). It provides many custom-drawn wxPython controls: some of them can be used as a replacement of the platform native controls, others are simply an addition to the already rich wxPython widgets set. Description: AGW contains many different modules, listed below. Items labelled with an asterisk were already present in `wx.lib` before: - AdvancedSplash: reproduces the behaviour of `wx.SplashScreen`, with more advanced features like custom shapes and text animations; - AquaButton: this is another custom-drawn button class which *approximatively* mimics the behaviour of Aqua buttons on the Mac; - AUI: a pure-Python implementation of `wx.aui`, with many bug fixes and new features like HUD docking and L{AuiNotebook} tab arts; - BalloonTip: allows you to display tooltips in a balloon style window (actually a frame), similarly to the Windows XP balloon help; - ButtonPanel (*): a panel with gradient background shading with the possibility to add buttons and controls still respecting the gradient background; - CubeColourDialog: an alternative implementation of `wx.ColourDialog`, it offers different functionalities like colour wheel and RGB cube; - CustomTreeCtrl (*): mimics the behaviour of `wx.TreeCtrl`, with almost the same base functionalities plus a bunch of enhancements and goodies; - FlatMenu: as the name implies, it is a generic menu implementation, offering the same `wx.MenuBar`/`wx.Menu`/`wx.ToolBar` capabilities and much more; - FlatNotebook (*): a full implementation of the `wx.Notebook`, and designed to be a drop-in replacement for `wx.Notebook` with enhanced capabilities; - FloatSpin: this class implements a floating point spinctrl, cabable (in theory) of handling infinite-precision floating point numbers; - FoldPanelBar (*): a control that contains multiple panels that can be expanded or collapsed a la Windows Explorer/Outlook command bars; - FourWaySplitter: this is a layout manager which manages four children like four panes in a window, similar to many CAD software interfaces; - GenericMessageDialog: it is a possible replacement for the standard `wx.MessageDialog`, with a fancier look and extended functionalities; - GradientButton: another custom-drawn button class which mimics Windows CE mobile gradient buttons, using a tri-vertex blended gradient background; - HyperLinkCtrl (*): this widget acts line an hyper link in a typical browser; - HyperTreeList: a class that mimics the behaviour of `wx.gizmos.TreeListCtrl`, with almost the same base functionalities plus some more enhancements; - KnobCtrl: a widget which lets the user select a numerical value by rotating it, like a slider with a wheel shape; - LabelBook and FlatImageBook: these are a quasi-full implementations of `wx.ListBook`, with additional features; - MultiDirDialog: it represents a possible replacement for `wx.DirDialog`, with the additional ability of selecting multiple folders at once and a fancier look; - PeakMeter: this widget mimics the behaviour of LED equalizers that are usually found in stereos and MP3 players; - PersistentControls: widgets which automatically save their state when they are destroyed and restore it when they are recreated, even during another program invocation; - PieCtrl and ProgressPie: these are simple classes that reproduce the behavior of a pie chart, in a static or progress-gauge-like way; - PyBusyInfo: constructs a busy info window and displays a message in it: it is similar to `wx.BusyInfo`; - PyCollapsiblePane: a pure Python implementation of the original wxWidgets C++ code of `wx.CollapsiblePane`, with customizable buttons; - PyGauge: a generic `wx.Gauge` implementation, it supports the determinate mode functions as `wx.Gauge`; - PyProgress: it is similar to `wx.ProgressDialog` in indeterminated mode, but with a different gauge appearance and a different spinning behavior; - RibbonBar: the RibbonBar library is a set of classes for writing a ribbon user interface, similar to the user interface present in recent versions of Microsoft Office; - RulerCtrl: it implements a ruler window that can be placed on top, bottom, left or right to any wxPython widget. It is somewhat similar to the rulers you can find in text editors software; - ShapedButton: this class tries to fill the lack of "custom shaped" controls in wxPython. It can be used to build round buttons or elliptic buttons; - SpeedMeter: this widget tries to reproduce the behavior of some car controls (but not only), by creating an "angular" control; - SuperToolTip: a class that mimics the behaviour of `wx.TipWindow` and generic tooltips, with many features and highly customizable; - ThumbnailCtrl: a widget that can be used to display a series of images in a "thumbnail" format; it mimics, for example, the Windows Explorer behavior when you select the "view thumbnails" option; - ToasterBox: a cross-platform widget to make the creation of MSN-style "toaster" popups easier; - UltimateListCtrl: mimics the behaviour of `wx.ListCtrl`, with almost the same base functionalities plus some more enhancements; - ZoomBar: a class that *appoximatively* mimics the behaviour of the Mac Dock, inside a `wx.Panel`. Bugs and Limitations: many, patches and fixes welcome :-D See the demos for an example of what AGW can do, and on how to use it. Copyright: Andrea Gavana License: Same as the version of wxPython you are using it with. SVN for latest code: http://svn.wxwidgets.org/viewvc/wx/wxPython/3rdParty/AGW/ Mailing List: wxpython-users@lists.wxwidgets.org My personal web page: http://xoomer.alice.it/infinity77 Please let me know if you are using AGW! You can contact me at: andrea.gavana@gmail.com gavana@kpo.kz AGW version: 0.9.1 Last updated: 21 Jun 2011, 22.00 GMT """ __version__ = "0.9.1" __author__ = "Andrea Gavana " dispcalGUI-1.7.1.6/dispcalGUI/lib/agw/artmanager.py000644 000765 000000 00000212535 12025152305 021624 0ustar00svpwheel000000 000000 """ This module contains drawing routines and customizations for the AGW widgets L{LabelBook} and L{FlatMenu}. """ import wx import cStringIO import random from fmresources import * # ---------------------------------------------------------------------------- # # Class DCSaver # ---------------------------------------------------------------------------- # _ = wx.GetTranslation _libimported = None if wx.Platform == "__WXMSW__": osVersion = wx.GetOsVersion() # Shadows behind menus are supported only in XP if osVersion[1] == 5 and osVersion[2] == 1: try: import win32api import win32con import winxpgui _libimported = "MH" except: try: import ctypes _libimported = "ctypes" except: pass else: _libimported = None class DCSaver(object): """ Construct a DC saver. The dc is copied as-is. """ def __init__(self, pdc): """ Default class constructor. :param `pdc`: an instance of `wx.DC`. """ self._pdc = pdc self._pen = pdc.GetPen() self._brush = pdc.GetBrush() def __del__(self): """ While destructing, restores the dc pen and brush. """ if self._pdc: self._pdc.SetPen(self._pen) self._pdc.SetBrush(self._brush) # ---------------------------------------------------------------------------- # # Class RendererBase # ---------------------------------------------------------------------------- # class RendererBase(object): """ Base class for all theme renderers. """ def __init__(self): """ Default class constructor. Intentionally empty. """ pass def DrawButtonBorders(self, dc, rect, penColour, brushColour): """ Draws borders for buttons. :param `dc`: an instance of `wx.DC`; :param `rect`: the button's client rectangle; :param `penColour`: a valid `wx.Colour` for the pen border; :param `brushColour`: a valid `wx.Colour` for the brush. """ # Keep old pen and brush dcsaver = DCSaver(dc) dc.SetPen(wx.Pen(penColour)) dc.SetBrush(wx.Brush(brushColour)) dc.DrawRectangleRect(rect) def DrawBitmapArea(self, dc, xpm_name, rect, baseColour, flipSide): """ Draws the area below a bitmap and the bitmap itself using a gradient shading. :param `dc`: an instance of `wx.DC`; :param `xpm_name`: a name of a XPM bitmap; :param `rect`: the bitmap client rectangle; :param `baseColour`: a valid `wx.Colour` for the bitmap background; :param `flipSide`: ``True`` to flip the gradient direction, ``False`` otherwise. """ # draw the gradient area if not flipSide: ArtManager.Get().PaintDiagonalGradientBox(dc, rect, wx.WHITE, ArtManager.Get().LightColour(baseColour, 20), True, False) else: ArtManager.Get().PaintDiagonalGradientBox(dc, rect, ArtManager.Get().LightColour(baseColour, 20), wx.WHITE, True, False) # draw arrow arrowDown = wx.BitmapFromXPMData(xpm_name) arrowDown.SetMask(wx.Mask(arrowDown, wx.WHITE)) dc.DrawBitmap(arrowDown, rect.x + 1 , rect.y + 1, True) def DrawBitmapBorders(self, dc, rect, penColour, bitmapBorderUpperLeftPen): """ Draws borders for a bitmap. :param `dc`: an instance of `wx.DC`; :param `rect`: the button's client rectangle; :param `penColour`: a valid `wx.Colour` for the pen border; :param `bitmapBorderUpperLeftPen`: a valid `wx.Colour` for the pen upper left border. """ # Keep old pen and brush dcsaver = DCSaver(dc) # lower right size dc.SetPen(wx.Pen(penColour)) dc.DrawLine(rect.x, rect.y + rect.height - 1, rect.x + rect.width, rect.y + rect.height - 1) dc.DrawLine(rect.x + rect.width - 1, rect.y, rect.x + rect.width - 1, rect.y + rect.height) # upper left side dc.SetPen(wx.Pen(bitmapBorderUpperLeftPen)) dc.DrawLine(rect.x, rect.y, rect.x + rect.width, rect.y) dc.DrawLine(rect.x, rect.y, rect.x, rect.y + rect.height) def GetMenuFaceColour(self): """ Returns the foreground colour for the menu. """ return ArtManager.Get().LightColour(wx.SystemSettings_GetColour(wx.SYS_COLOUR_3DFACE), 80) def GetTextColourEnable(self): """ Returns the colour used for text colour when enabled. """ return wx.BLACK def GetTextColourDisable(self): """ Returns the colour used for text colour when disabled. """ return ArtManager.Get().LightColour(wx.SystemSettings_GetColour(wx.SYS_COLOUR_GRAYTEXT), 30) def GetFont(self): """ Returns the font used for text. """ return wx.SystemSettings_GetFont(wx.SYS_DEFAULT_GUI_FONT) # ---------------------------------------------------------------------------- # # Class RendererXP # ---------------------------------------------------------------------------- # class RendererXP(RendererBase): """ Xp-Style renderer. """ def __init__(self): """ Default class constructor. """ RendererBase.__init__(self) def DrawButton(self, dc, rect, state, input=None): """ Draws a button using the XP theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the button's client rectangle; :param `state`: the button state; :param `input`: a flag used to call the right method. """ if input is None or type(input) == type(False): self.DrawButtonTheme(dc, rect, state, input) else: self.DrawButtonColour(dc, rect, state, input) def DrawButtonTheme(self, dc, rect, state, useLightColours=None): """ Draws a button using the XP theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the button's client rectangle; :param `state`: the button state; :param `useLightColours`: ``True`` to use light colours, ``False`` otherwise. """ # switch according to the status if state == ControlFocus: penColour = ArtManager.Get().FrameColour() brushColour = ArtManager.Get().BackgroundColour() elif state == ControlPressed: penColour = ArtManager.Get().FrameColour() brushColour = ArtManager.Get().HighlightBackgroundColour() else: penColour = ArtManager.Get().FrameColour() brushColour = ArtManager.Get().BackgroundColour() # Draw the button borders self.DrawButtonBorders(dc, rect, penColour, brushColour) def DrawButtonColour(self, dc, rect, state, colour): """ Draws a button using the XP theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the button's client rectangle; :param `state`: the button state; :param `colour`: a valid `wx.Colour` instance. """ # switch according to the status if statet == ControlFocus: penColour = colour brushColour = ArtManager.Get().LightColour(colour, 75) elif state == ControlPressed: penColour = colour brushColour = ArtManager.Get().LightColour(colour, 60) else: penColour = colour brushColour = ArtManager.Get().LightColour(colour, 75) # Draw the button borders self.DrawButtonBorders(dc, rect, penColour, brushColour) def DrawMenuBarBg(self, dc, rect): """ Draws the menu bar background according to the active theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the menu bar's client rectangle. """ # For office style, we simple draw a rectangle with a gradient colouring artMgr = ArtManager.Get() vertical = artMgr.GetMBVerticalGradient() dcsaver = DCSaver(dc) # fill with gradient startColour = artMgr.GetMenuBarFaceColour() if artMgr.IsDark(startColour): startColour = artMgr.LightColour(startColour, 50) endColour = artMgr.LightColour(startColour, 90) artMgr.PaintStraightGradientBox(dc, rect, startColour, endColour, vertical) # Draw the border if artMgr.GetMenuBarBorder(): dc.SetPen(wx.Pen(startColour)) dc.SetBrush(wx.TRANSPARENT_BRUSH) dc.DrawRectangleRect(rect) def DrawToolBarBg(self, dc, rect): """ Draws the toolbar background according to the active theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the toolbar's client rectangle. """ artMgr = ArtManager.Get() if not artMgr.GetRaiseToolbar(): return # For office style, we simple draw a rectangle with a gradient colouring vertical = artMgr.GetMBVerticalGradient() dcsaver = DCSaver(dc) # fill with gradient startColour = artMgr.GetMenuBarFaceColour() if artMgr.IsDark(startColour): startColour = artMgr.LightColour(startColour, 50) startColour = artMgr.LightColour(startColour, 20) endColour = artMgr.LightColour(startColour, 90) artMgr.PaintStraightGradientBox(dc, rect, startColour, endColour, vertical) artMgr.DrawBitmapShadow(dc, rect) def GetTextColourEnable(self): """ Returns the colour used for text colour when enabled. """ return wx.BLACK # ---------------------------------------------------------------------------- # # Class RendererMSOffice2007 # ---------------------------------------------------------------------------- # class RendererMSOffice2007(RendererBase): """ Windows MS Office 2007 style. """ def __init__(self): """ Default class constructor. """ RendererBase.__init__(self) def GetColoursAccordingToState(self, state): """ Returns a `wx.Colour` according to the menu item state. :param `state`: one of the following bits: ==================== ======= ========================== Item State Value Description ==================== ======= ========================== ``ControlPressed`` 0 The item is pressed ``ControlFocus`` 1 The item is focused ``ControlDisabled`` 2 The item is disabled ``ControlNormal`` 3 Normal state ==================== ======= ========================== """ # switch according to the status if state == ControlFocus: upperBoxTopPercent = 95 upperBoxBottomPercent = 50 lowerBoxTopPercent = 40 lowerBoxBottomPercent = 90 concaveUpperBox = True concaveLowerBox = True elif state == ControlPressed: upperBoxTopPercent = 75 upperBoxBottomPercent = 90 lowerBoxTopPercent = 90 lowerBoxBottomPercent = 40 concaveUpperBox = True concaveLowerBox = True elif state == ControlDisabled: upperBoxTopPercent = 100 upperBoxBottomPercent = 100 lowerBoxTopPercent = 70 lowerBoxBottomPercent = 70 concaveUpperBox = True concaveLowerBox = True else: upperBoxTopPercent = 90 upperBoxBottomPercent = 50 lowerBoxTopPercent = 30 lowerBoxBottomPercent = 75 concaveUpperBox = True concaveLowerBox = True return upperBoxTopPercent, upperBoxBottomPercent, lowerBoxTopPercent, lowerBoxBottomPercent, \ concaveUpperBox, concaveLowerBox def DrawButton(self, dc, rect, state, useLightColours): """ Draws a button using the MS Office 2007 theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the button's client rectangle; :param `state`: the button state; :param `useLightColours`: ``True`` to use light colours, ``False`` otherwise. """ self.DrawButtonColour(dc, rect, state, ArtManager.Get().GetThemeBaseColour(useLightColours)) def DrawButtonColour(self, dc, rect, state, colour): """ Draws a button using the MS Office 2007 theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the button's client rectangle; :param `state`: the button state; :param `colour`: a valid `wx.Colour` instance. """ artMgr = ArtManager.Get() # Keep old pen and brush dcsaver = DCSaver(dc) # Define the rounded rectangle base on the given rect # we need an array of 9 points for it baseColour = colour # Define the middle points leftPt = wx.Point(rect.x, rect.y + (rect.height / 2)) rightPt = wx.Point(rect.x + rect.width-1, rect.y + (rect.height / 2)) # Define the top region top = wx.RectPP((rect.GetLeft(), rect.GetTop()), rightPt) bottom = wx.RectPP(leftPt, (rect.GetRight(), rect.GetBottom())) upperBoxTopPercent, upperBoxBottomPercent, lowerBoxTopPercent, lowerBoxBottomPercent, \ concaveUpperBox, concaveLowerBox = self.GetColoursAccordingToState(state) topStartColour = artMgr.LightColour(baseColour, upperBoxTopPercent) topEndColour = artMgr.LightColour(baseColour, upperBoxBottomPercent) bottomStartColour = artMgr.LightColour(baseColour, lowerBoxTopPercent) bottomEndColour = artMgr.LightColour(baseColour, lowerBoxBottomPercent) artMgr.PaintStraightGradientBox(dc, top, topStartColour, topEndColour) artMgr.PaintStraightGradientBox(dc, bottom, bottomStartColour, bottomEndColour) rr = wx.Rect(rect.x, rect.y, rect.width, rect.height) dc.SetBrush(wx.TRANSPARENT_BRUSH) frameColour = artMgr.LightColour(baseColour, 60) dc.SetPen(wx.Pen(frameColour)) dc.DrawRectangleRect(rr) wc = artMgr.LightColour(baseColour, 80) dc.SetPen(wx.Pen(wc)) rr.Deflate(1, 1) dc.DrawRectangleRect(rr) def DrawMenuBarBg(self, dc, rect): """ Draws the menu bar background according to the active theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the menu bar's client rectangle. """ # Keep old pen and brush dcsaver = DCSaver(dc) artMgr = ArtManager.Get() baseColour = artMgr.GetMenuBarFaceColour() dc.SetBrush(wx.Brush(wx.SystemSettings_GetColour(wx.SYS_COLOUR_3DFACE))) dc.SetPen(wx.Pen(wx.SystemSettings_GetColour(wx.SYS_COLOUR_3DFACE))) dc.DrawRectangleRect(rect) # Define the rounded rectangle base on the given rect # we need an array of 9 points for it regPts = [wx.Point() for ii in xrange(9)] radius = 2 regPts[0] = wx.Point(rect.x, rect.y + radius) regPts[1] = wx.Point(rect.x+radius, rect.y) regPts[2] = wx.Point(rect.x+rect.width-radius-1, rect.y) regPts[3] = wx.Point(rect.x+rect.width-1, rect.y + radius) regPts[4] = wx.Point(rect.x+rect.width-1, rect.y + rect.height - radius - 1) regPts[5] = wx.Point(rect.x+rect.width-radius-1, rect.y + rect.height-1) regPts[6] = wx.Point(rect.x+radius, rect.y + rect.height-1) regPts[7] = wx.Point(rect.x, rect.y + rect.height - radius - 1) regPts[8] = regPts[0] # Define the middle points factor = artMgr.GetMenuBgFactor() leftPt1 = wx.Point(rect.x, rect.y + (rect.height / factor)) leftPt2 = wx.Point(rect.x, rect.y + (rect.height / factor)*(factor-1)) rightPt1 = wx.Point(rect.x + rect.width, rect.y + (rect.height / factor)) rightPt2 = wx.Point(rect.x + rect.width, rect.y + (rect.height / factor)*(factor-1)) # Define the top region topReg = [wx.Point() for ii in xrange(7)] topReg[0] = regPts[0] topReg[1] = regPts[1] topReg[2] = wx.Point(regPts[2].x+1, regPts[2].y) topReg[3] = wx.Point(regPts[3].x + 1, regPts[3].y) topReg[4] = wx.Point(rightPt1.x, rightPt1.y+1) topReg[5] = wx.Point(leftPt1.x, leftPt1.y+1) topReg[6] = topReg[0] # Define the middle region middle = wx.RectPP(leftPt1, wx.Point(rightPt2.x - 2, rightPt2.y)) # Define the bottom region bottom = wx.RectPP(leftPt2, wx.Point(rect.GetRight() - 1, rect.GetBottom())) topStartColour = artMgr.LightColour(baseColour, 90) topEndColour = artMgr.LightColour(baseColour, 60) bottomStartColour = artMgr.LightColour(baseColour, 40) bottomEndColour = artMgr.LightColour(baseColour, 20) topRegion = wx.RegionFromPoints(topReg) artMgr.PaintGradientRegion(dc, topRegion, topStartColour, topEndColour) artMgr.PaintStraightGradientBox(dc, bottom, bottomStartColour, bottomEndColour) artMgr.PaintStraightGradientBox(dc, middle, topEndColour, bottomStartColour) def DrawToolBarBg(self, dc, rect): """ Draws the toolbar background according to the active theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the toolbar's client rectangle. """ artMgr = ArtManager.Get() if not artMgr.GetRaiseToolbar(): return # Keep old pen and brush dcsaver = DCSaver(dc) baseColour = artMgr.GetMenuBarFaceColour() baseColour = artMgr.LightColour(baseColour, 20) dc.SetBrush(wx.Brush(wx.SystemSettings_GetColour(wx.SYS_COLOUR_3DFACE))) dc.SetPen(wx.Pen(wx.SystemSettings_GetColour(wx.SYS_COLOUR_3DFACE))) dc.DrawRectangleRect(rect) radius = 2 # Define the rounded rectangle base on the given rect # we need an array of 9 points for it regPts = [None]*9 regPts[0] = wx.Point(rect.x, rect.y + radius) regPts[1] = wx.Point(rect.x+radius, rect.y) regPts[2] = wx.Point(rect.x+rect.width-radius-1, rect.y) regPts[3] = wx.Point(rect.x+rect.width-1, rect.y + radius) regPts[4] = wx.Point(rect.x+rect.width-1, rect.y + rect.height - radius - 1) regPts[5] = wx.Point(rect.x+rect.width-radius-1, rect.y + rect.height-1) regPts[6] = wx.Point(rect.x+radius, rect.y + rect.height-1) regPts[7] = wx.Point(rect.x, rect.y + rect.height - radius - 1) regPts[8] = regPts[0] # Define the middle points factor = artMgr.GetMenuBgFactor() leftPt1 = wx.Point(rect.x, rect.y + (rect.height / factor)) rightPt1 = wx.Point(rect.x + rect.width, rect.y + (rect.height / factor)) leftPt2 = wx.Point(rect.x, rect.y + (rect.height / factor)*(factor-1)) rightPt2 = wx.Point(rect.x + rect.width, rect.y + (rect.height / factor)*(factor-1)) # Define the top region topReg = [None]*7 topReg[0] = regPts[0] topReg[1] = regPts[1] topReg[2] = wx.Point(regPts[2].x+1, regPts[2].y) topReg[3] = wx.Point(regPts[3].x + 1, regPts[3].y) topReg[4] = wx.Point(rightPt1.x, rightPt1.y+1) topReg[5] = wx.Point(leftPt1.x, leftPt1.y+1) topReg[6] = topReg[0] # Define the middle region middle = wx.RectPP(leftPt1, wx.Point(rightPt2.x - 2, rightPt2.y)) # Define the bottom region bottom = wx.RectPP(leftPt2, wx.Point(rect.GetRight() - 1, rect.GetBottom())) topStartColour = artMgr.LightColour(baseColour, 90) topEndColour = artMgr.LightColour(baseColour, 60) bottomStartColour = artMgr.LightColour(baseColour, 40) bottomEndColour = artMgr.LightColour(baseColour, 20) topRegion = wx.RegionFromPoints(topReg) artMgr.PaintGradientRegion(dc, topRegion, topStartColour, topEndColour) artMgr.PaintStraightGradientBox(dc, bottom, bottomStartColour, bottomEndColour) artMgr.PaintStraightGradientBox(dc, middle, topEndColour, bottomStartColour) artMgr.DrawBitmapShadow(dc, rect) def GetTextColourEnable(self): """ Returns the colour used for text colour when enabled. """ return wx.NamedColour("MIDNIGHT BLUE") # ---------------------------------------------------------------------------- # # Class ArtManager # ---------------------------------------------------------------------------- # class ArtManager(wx.EvtHandler): """ This class provides various art utilities, such as creating shadow, providing lighter / darker colours for a given colour, etc... """ _alignmentBuffer = 7 _menuTheme = StyleXP _verticalGradient = False _renderers = {StyleXP: None, Style2007: None} _bmpShadowEnabled = False _ms2007sunken = False _drowMBBorder = True _menuBgFactor = 5 _menuBarColourScheme = _("Default") _raiseTB = True _bitmaps = {} _transparency = 255 def __init__(self): """ Default class constructor. """ wx.EvtHandler.__init__(self) self._menuBarBgColour = wx.SystemSettings_GetColour(wx.SYS_COLOUR_3DFACE) # connect an event handler to the system colour change event self.Bind(wx.EVT_SYS_COLOUR_CHANGED, self.OnSysColourChange) def SetTransparency(self, amount): """ Sets the alpha channel value for transparent windows. :param `amount`: the actual transparency value (between 0 and 255). """ if self._transparency == amount: return if amount < 0 or amount > 255: raise Exception("Invalid transparency value") self._transparency = amount def GetTransparency(self): """ Returns the alpha channel value for transparent windows. """ return self._transparency def ConvertToBitmap(self, xpm, alpha=None): """ Convert the given image to a bitmap, optionally overlaying an alpha channel to it. :param `xpm`: a list of strings formatted as XPM; :param `alpha`: a list of alpha values, the same size as the xpm bitmap. """ if alpha is not None: img = wx.BitmapFromXPMData(xpm) img = img.ConvertToImage() x, y = img.GetWidth(), img.GetHeight() img.InitAlpha() for jj in xrange(y): for ii in xrange(x): img.SetAlpha(ii, jj, alpha[jj*x+ii]) else: stream = cStringIO.StringIO(xpm) img = wx.ImageFromStream(stream) return wx.BitmapFromImage(img) def Initialize(self): """ Initializes the bitmaps and colours. """ # create wxBitmaps from the xpm's self._rightBottomCorner = self.ConvertToBitmap(shadow_center_xpm, shadow_center_alpha) self._bottom = self.ConvertToBitmap(shadow_bottom_xpm, shadow_bottom_alpha) self._bottomLeft = self.ConvertToBitmap(shadow_bottom_left_xpm, shadow_bottom_left_alpha) self._rightTop = self.ConvertToBitmap(shadow_right_top_xpm, shadow_right_top_alpha) self._right = self.ConvertToBitmap(shadow_right_xpm, shadow_right_alpha) # initialise the colour map self.InitColours() self.SetMenuBarColour(self._menuBarColourScheme) # Create common bitmaps self.FillStockBitmaps() def FillStockBitmaps(self): """ Initializes few standard bitmaps. """ bmp = self.ConvertToBitmap(arrow_down, alpha=None) bmp.SetMask(wx.Mask(bmp, wx.Colour(0, 128, 128))) self._bitmaps.update({"arrow_down": bmp}) bmp = self.ConvertToBitmap(arrow_up, alpha=None) bmp.SetMask(wx.Mask(bmp, wx.Colour(0, 128, 128))) self._bitmaps.update({"arrow_up": bmp}) def GetStockBitmap(self, name): """ Returns a bitmap from a stock. :param `name`: the bitmap name. :return: The stock bitmap, if `name` was found in the stock bitmap dictionary. Othewise, `wx.NullBitmap` is returned. """ if self._bitmaps.has_key(name): return self._bitmaps[name] return wx.NullBitmap def Get(self): """ Accessor to the unique art manager object. """ if not hasattr(self, "_instance"): self._instance = ArtManager() self._instance.Initialize() # Initialize the renderers map self._renderers[StyleXP] = RendererXP() self._renderers[Style2007] = RendererMSOffice2007() return self._instance Get = classmethod(Get) def Free(self): """ Destructor for the unique art manager object. """ if hasattr(self, "_instance"): del self._instance Free = classmethod(Free) def OnSysColourChange(self, event): """ Handles the ``wx.EVT_SYS_COLOUR_CHANGED`` event for L{ArtManager}. :param `event`: a `wx.SysColourChangedEvent` event to be processed. """ # reinitialise the colour map self.InitColours() def LightColour(self, colour, percent): """ Return light contrast of `colour`. The colour returned is from the scale of `colour` ==> white. :param `colour`: the input colour to be brightened; :param `percent`: determines how light the colour will be. `percent` = 100 returns white, `percent` = 0 returns `colour`. """ end_colour = wx.WHITE rd = end_colour.Red() - colour.Red() gd = end_colour.Green() - colour.Green() bd = end_colour.Blue() - colour.Blue() high = 100 # We take the percent way of the colour from colour -. white i = percent r = colour.Red() + ((i*rd*100)/high)/100 g = colour.Green() + ((i*gd*100)/high)/100 b = colour.Blue() + ((i*bd*100)/high)/100 return wx.Colour(r, g, b) def DarkColour(self, colour, percent): """ Like the L{LightColour} function, but create the colour darker by `percent`. :param `colour`: the input colour to be darkened; :param `percent`: determines how dark the colour will be. `percent` = 100 returns black, `percent` = 0 returns `colour`. """ end_colour = wx.BLACK rd = end_colour.Red() - colour.Red() gd = end_colour.Green() - colour.Green() bd = end_colour.Blue() - colour.Blue() high = 100 # We take the percent way of the colour from colour -. white i = percent r = colour.Red() + ((i*rd*100)/high)/100 g = colour.Green() + ((i*gd*100)/high)/100 b = colour.Blue() + ((i*bd*100)/high)/100 return wx.Colour(r, g, b) def PaintStraightGradientBox(self, dc, rect, startColour, endColour, vertical=True): """ Paint the rectangle with gradient colouring; the gradient lines are either horizontal or vertical. :param `dc`: an instance of `wx.DC`; :param `rect`: the rectangle to be filled with gradient shading; :param `startColour`: the first colour of the gradient shading; :param `endColour`: the second colour of the gradient shading; :param `vertical`: ``True`` for gradient colouring in the vertical direction, ``False`` for horizontal shading. """ dcsaver = DCSaver(dc) if vertical: high = rect.GetHeight()-1 direction = wx.SOUTH else: high = rect.GetWidth()-1 direction = wx.EAST if high < 1: return dc.GradientFillLinear(rect, startColour, endColour, direction) def PaintGradientRegion(self, dc, region, startColour, endColour, vertical=True): """ Paint a region with gradient colouring. :param `dc`: an instance of `wx.DC`; :param `region`: a region to be filled with gradient shading (an instance of `wx.Region`); :param `startColour`: the first colour of the gradient shading; :param `endColour`: the second colour of the gradient shading; :param `vertical`: ``True`` for gradient colouring in the vertical direction, ``False`` for horizontal shading. """ # The way to achieve non-rectangle memDC = wx.MemoryDC() rect = region.GetBox() bitmap = wx.EmptyBitmap(rect.width, rect.height) memDC.SelectObject(bitmap) # Colour the whole rectangle with gradient rr = wx.Rect(0, 0, rect.width, rect.height) self.PaintStraightGradientBox(memDC, rr, startColour, endColour, vertical) # Convert the region to a black and white bitmap with the white pixels being inside the region # we draw the bitmap over the gradient coloured rectangle, with mask set to white, # this will cause our region to be coloured with the gradient, while area outside the # region will be painted with black. then we simply draw the bitmap to the dc with mask set to # black tmpRegion = wx.Region(rect.x, rect.y, rect.width, rect.height) tmpRegion.Offset(-rect.x, -rect.y) regionBmp = tmpRegion.ConvertToBitmap() regionBmp.SetMask(wx.Mask(regionBmp, wx.WHITE)) # The function ConvertToBitmap() return a rectangle bitmap # which is shorter by 1 pixl on the height and width (this is correct behavior, since # DrawLine does not include the second point as part of the line) # we fix this issue by drawing our own line at the bottom and left side of the rectangle memDC.SetPen(wx.BLACK_PEN) memDC.DrawBitmap(regionBmp, 0, 0, True) memDC.DrawLine(0, rr.height - 1, rr.width, rr.height - 1) memDC.DrawLine(rr.width - 1, 0, rr.width - 1, rr.height) memDC.SelectObject(wx.NullBitmap) bitmap.SetMask(wx.Mask(bitmap, wx.BLACK)) dc.DrawBitmap(bitmap, rect.x, rect.y, True) def PaintDiagonalGradientBox(self, dc, rect, startColour, endColour, startAtUpperLeft=True, trimToSquare=True): """ Paint rectangle with gradient colouring; the gradient lines are diagonal and may start from the upper left corner or from the upper right corner. :param `dc`: an instance of `wx.DC`; :param `rect`: the rectangle to be filled with gradient shading; :param `startColour`: the first colour of the gradient shading; :param `endColour`: the second colour of the gradient shading; :param `startAtUpperLeft`: ``True`` to start the gradient lines at the upper left corner of the rectangle, ``False`` to start at the upper right corner; :param `trimToSquare`: ``True`` to trim the gradient lines in a square. """ # Save the current pen and brush savedPen = dc.GetPen() savedBrush = dc.GetBrush() # gradient fill from colour 1 to colour 2 with top to bottom if rect.height < 1 or rect.width < 1: return # calculate some basic numbers size = rect.width sizeX = sizeY = 0 proportion = 1 if rect.width > rect.height: if trimToSquare: size = rect.height sizeX = sizeY = rect.height - 1 else: proportion = float(rect.height)/float(rect.width) size = rect.width sizeX = rect.width - 1 sizeY = rect.height -1 else: if trimToSquare: size = rect.width sizeX = sizeY = rect.width - 1 else: sizeX = rect.width - 1 size = rect.height sizeY = rect.height - 1 proportion = float(rect.width)/float(rect.height) # calculate gradient coefficients col2 = endColour col1 = startColour rf, gf, bf = 0, 0, 0 rstep = float(col2.Red() - col1.Red())/float(size) gstep = float(col2.Green() - col1.Green())/float(size) bstep = float(col2.Blue() - col1.Blue())/float(size) # draw the upper triangle for i in xrange(size): currCol = wx.Colour(col1.Red() + rf, col1.Green() + gf, col1.Blue() + bf) dc.SetBrush(wx.Brush(currCol, wx.SOLID)) dc.SetPen(wx.Pen(currCol)) if startAtUpperLeft: if rect.width > rect.height: dc.DrawLine(rect.x + i, rect.y, rect.x, int(rect.y + proportion*i)) dc.DrawPoint(rect.x, int(rect.y + proportion*i)) else: dc.DrawLine(int(rect.x + proportion*i), rect.y, rect.x, rect.y + i) dc.DrawPoint(rect.x, rect.y + i) else: if rect.width > rect.height: dc.DrawLine(rect.x + sizeX - i, rect.y, rect.x + sizeX, int(rect.y + proportion*i)) dc.DrawPoint(rect.x + sizeX, int(rect.y + proportion*i)) else: xTo = (int(rect.x + sizeX - proportion * i) > rect.x and [int(rect.x + sizeX - proportion*i)] or [rect.x])[0] dc.DrawLine(xTo, rect.y, rect.x + sizeX, rect.y + i) dc.DrawPoint(rect.x + sizeX, rect.y + i) rf += rstep/2 gf += gstep/2 bf += bstep/2 # draw the lower triangle for i in xrange(size): currCol = wx.Colour(col1.Red() + rf, col1.Green() + gf, col1.Blue() + bf) dc.SetBrush(wx.Brush(currCol, wx.SOLID)) dc.SetPen(wx.Pen(currCol)) if startAtUpperLeft: if rect.width > rect.height: dc.DrawLine(rect.x + i, rect.y + sizeY, rect.x + sizeX, int(rect.y + proportion * i)) dc.DrawPoint(rect.x + sizeX, int(rect.y + proportion * i)) else: dc.DrawLine(int(rect.x + proportion * i), rect.y + sizeY, rect.x + sizeX, rect.y + i) dc.DrawPoint(rect.x + sizeX, rect.y + i) else: if rect.width > rect.height: dc.DrawLine(rect.x, (int)(rect.y + proportion * i), rect.x + sizeX - i, rect.y + sizeY) dc.DrawPoint(rect.x + sizeX - i, rect.y + sizeY) else: xTo = (int(rect.x + sizeX - proportion*i) > rect.x and [int(rect.x + sizeX - proportion*i)] or [rect.x])[0] dc.DrawLine(rect.x, rect.y + i, xTo, rect.y + sizeY) dc.DrawPoint(xTo, rect.y + sizeY) rf += rstep/2 gf += gstep/2 bf += bstep/2 # Restore the pen and brush dc.SetPen( savedPen ) dc.SetBrush( savedBrush ) def PaintCrescentGradientBox(self, dc, rect, startColour, endColour, concave=True): """ Paint a region with gradient colouring. The gradient is in crescent shape which fits the 2007 style. :param `dc`: an instance of `wx.DC`; :param `rect`: the rectangle to be filled with gradient shading; :param `startColour`: the first colour of the gradient shading; :param `endColour`: the second colour of the gradient shading; :param `concave`: ``True`` for a concave effect, ``False`` for a convex one. """ diagonalRectWidth = rect.GetWidth()/4 spare = rect.width - 4*diagonalRectWidth leftRect = wx.Rect(rect.x, rect.y, diagonalRectWidth, rect.GetHeight()) rightRect = wx.Rect(rect.x + 3 * diagonalRectWidth + spare, rect.y, diagonalRectWidth, rect.GetHeight()) if concave: self.PaintStraightGradientBox(dc, rect, self.MixColours(startColour, endColour, 50), endColour) self.PaintDiagonalGradientBox(dc, leftRect, startColour, endColour, True, False) self.PaintDiagonalGradientBox(dc, rightRect, startColour, endColour, False, False) else: self.PaintStraightGradientBox(dc, rect, endColour, self.MixColours(endColour, startColour, 50)) self.PaintDiagonalGradientBox(dc, leftRect, endColour, startColour, False, False) self.PaintDiagonalGradientBox(dc, rightRect, endColour, startColour, True, False) def FrameColour(self): """ Return the surrounding colour for a control. """ return wx.SystemSettings_GetColour(wx.SYS_COLOUR_ACTIVECAPTION) def BackgroundColour(self): """ Returns the background colour of a control when not in focus. """ return self.LightColour(self.FrameColour(), 75) def HighlightBackgroundColour(self): """ Returns the background colour of a control when it is in focus. """ return self.LightColour(self.FrameColour(), 60) def MixColours(self, firstColour, secondColour, percent): """ Return mix of input colours. :param `firstColour`: the first colour to be mixed, an instance of `wx.Colour`; :param `secondColour`: the second colour to be mixed, an instance of `wx.Colour`; :param `percent`: the relative percentage of `firstColour` with respect to `secondColour`. """ # calculate gradient coefficients redOffset = float((secondColour.Red() * (100 - percent) / 100) - (firstColour.Red() * percent / 100)) greenOffset = float((secondColour.Green() * (100 - percent) / 100) - (firstColour.Green() * percent / 100)) blueOffset = float((secondColour.Blue() * (100 - percent) / 100) - (firstColour.Blue() * percent / 100)) return wx.Colour(firstColour.Red() + redOffset, firstColour.Green() + greenOffset, firstColour.Blue() + blueOffset) def RandomColour(): """ Creates a random colour. """ r = random.randint(0, 255) # Random value betweem 0-255 g = random.randint(0, 255) # Random value betweem 0-255 b = random.randint(0, 255) # Random value betweem 0-255 return wx.Colour(r, g, b) def IsDark(self, colour): """ Returns whether a colour is dark or light. :param `colour`: an instance of `wx.Colour`. """ evg = (colour.Red() + colour.Green() + colour.Blue())/3 if evg < 127: return True return False def TruncateText(self, dc, text, maxWidth): """ Truncates a given string to fit given width size. if the text does not fit into the given width it is truncated to fit. the format of the fixed text is . :param `dc`: an instance of `wx.DC`; :param `text`: the text to be (eventually) truncated; :param `maxWidth`: the maximum width allowed for the text. """ textLen = len(text) tempText = text rectSize = maxWidth fixedText = "" textW, textH = dc.GetTextExtent(text) if rectSize >= textW: return text # The text does not fit in the designated area, # so we need to truncate it a bit suffix = ".." w, h = dc.GetTextExtent(suffix) rectSize -= w for i in xrange(textLen, -1, -1): textW, textH = dc.GetTextExtent(tempText) if rectSize >= textW: fixedText = tempText fixedText += ".." return fixedText tempText = tempText[:-1] def DrawButton(self, dc, rect, theme, state, input=None): """ Colour rectangle according to the theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the rectangle to be filled with gradient shading; :param `theme`: the theme to use to draw the button; :param `state`: the button state; :param `input`: a flag used to call the right method. """ if input is None or type(input) == type(False): self.DrawButtonTheme(dc, rect, theme, state, input) else: self.DrawButtonColour(dc, rect, theme, state, input) def DrawButtonTheme(self, dc, rect, theme, state, useLightColours=True): """ Draws a button using the appropriate theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the button's client rectangle; :param `theme`: the theme to use to draw the button; :param `state`: the button state; :param `useLightColours`: ``True`` to use light colours, ``False`` otherwise. """ renderer = self._renderers[theme] # Set background colour if non given by caller renderer.DrawButton(dc, rect, state, useLightColours) def DrawButtonColour(self, dc, rect, theme, state, colour): """ Draws a button using the appropriate theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the button's client rectangle; :param `theme`: the theme to use to draw the button; :param `state`: the button state; :param `colour`: a valid `wx.Colour` instance. """ renderer = self._renderers[theme] renderer.DrawButton(dc, rect, state, colour) def CanMakeWindowsTransparent(self): """ Used internally. :return: ``True`` if the system supports transparency of toplevel windows, otherwise returns ``False``. """ if wx.Platform == "__WXMSW__": version = wx.GetOsDescription() found = version.find("XP") >= 0 or version.find("2000") >= 0 or version.find("NT") >= 0 return found elif wx.Platform == "__WXMAC__": return True else: return False # on supported windows systems (Win2000 and greater), this function # will make a frame window transparent by a certain amount def MakeWindowTransparent(self, wnd, amount): """ Used internally. Makes a toplevel window transparent if the system supports it. :param `wnd`: the toplevel window to make transparent; :param `amount`: the window transparency to apply. """ if wnd.GetSize() == (0, 0): return # this API call is not in all SDKs, only the newer ones, so # we will runtime bind this if wx.Platform == "__WXMSW__": hwnd = wnd.GetHandle() if not hasattr(self, "_winlib"): if _libimported == "MH": self._winlib = win32api.LoadLibrary("user32") elif _libimported == "ctypes": self._winlib = ctypes.windll.user32 if _libimported == "MH": pSetLayeredWindowAttributes = win32api.GetProcAddress(self._winlib, "SetLayeredWindowAttributes") if pSetLayeredWindowAttributes == None: return exstyle = win32api.GetWindowLong(hwnd, win32con.GWL_EXSTYLE) if 0 == (exstyle & 0x80000): win32api.SetWindowLong(hwnd, win32con.GWL_EXSTYLE, exstyle | 0x80000) winxpgui.SetLayeredWindowAttributes(hwnd, 0, amount, 2) elif _libimported == "ctypes": style = self._winlib.GetWindowLongA(hwnd, 0xffffffecL) style |= 0x00080000 self._winlib.SetWindowLongA(hwnd, 0xffffffecL, style) self._winlib.SetLayeredWindowAttributes(hwnd, 0, amount, 2) else: if not wnd.CanSetTransparent(): return wnd.SetTransparent(amount) return # assumption: the background was already drawn on the dc def DrawBitmapShadow(self, dc, rect, where=BottomShadow|RightShadow): """ Draws a shadow using background bitmap. :param `dc`: an instance of `wx.DC`; :param `rect`: the bitmap's client rectangle; :param `where`: where to draw the shadow. This can be any combination of the following bits: ========================== ======= ================================ Shadow Settings Value Description ========================== ======= ================================ ``RightShadow`` 1 Right side shadow ``BottomShadow`` 2 Not full bottom shadow ``BottomShadowFull`` 4 Full bottom shadow ========================== ======= ================================ """ shadowSize = 5 # the rect must be at least 5x5 pixles if rect.height < 2*shadowSize or rect.width < 2*shadowSize: return # Start by drawing the right bottom corner if where & BottomShadow or where & BottomShadowFull: dc.DrawBitmap(self._rightBottomCorner, rect.x+rect.width, rect.y+rect.height, True) # Draw right side shadow xx = rect.x + rect.width yy = rect.y + rect.height - shadowSize if where & RightShadow: while yy - rect.y > 2*shadowSize: dc.DrawBitmap(self._right, xx, yy, True) yy -= shadowSize dc.DrawBitmap(self._rightTop, xx, yy - shadowSize, True) if where & BottomShadow: xx = rect.x + rect.width - shadowSize yy = rect.height + rect.y while xx - rect.x > 2*shadowSize: dc.DrawBitmap(self._bottom, xx, yy, True) xx -= shadowSize dc.DrawBitmap(self._bottomLeft, xx - shadowSize, yy, True) if where & BottomShadowFull: xx = rect.x + rect.width - shadowSize yy = rect.height + rect.y while xx - rect.x >= 0: dc.DrawBitmap(self._bottom, xx, yy, True) xx -= shadowSize dc.DrawBitmap(self._bottom, xx, yy, True) def DropShadow(self, wnd, drop=True): """ Adds a shadow under the window (Windows Only). :param `wnd`: the window for which we are dropping a shadow; :param `drop`: ``True`` to drop a shadow, ``False`` to remove it. """ if not self.CanMakeWindowsTransparent() or not _libimported: return if "__WXMSW__" in wx.Platform: hwnd = wnd.GetHandle() if not hasattr(self, "_winlib"): if _libimported == "MH": self._winlib = win32api.LoadLibrary("user32") elif _libimported == "ctypes": self._winlib = ctypes.windll.user32 if _libimported == "MH": csstyle = win32api.GetWindowLong(hwnd, win32con.GCL_STYLE) else: csstyle = self._winlib.GetWindowLongA(hwnd, win32con.GCL_STYLE) if drop: if csstyle & CS_DROPSHADOW: return else: csstyle |= CS_DROPSHADOW #Nothing to be done else: if csstyle & CS_DROPSHADOW: csstyle &= ~(CS_DROPSHADOW) else: return #Nothing to be done win32api.SetWindowLong(hwnd, win32con.GCL_STYLE, csstyle) def GetBitmapStartLocation(self, dc, rect, bitmap, text="", style=0): """ Returns the top left `x` and `y` cordinates of the bitmap drawing. :param `dc`: an instance of `wx.DC`; :param `rect`: the bitmap's client rectangle; :param `bitmap`: the bitmap associated with the button; :param `text`: the button label; :param `style`: the button style. This can be one of the following bits: ============================== ======= ================================ Button style Value Description ============================== ======= ================================ ``BU_EXT_XP_STYLE`` 1 A button with a XP style ``BU_EXT_2007_STYLE`` 2 A button with a MS Office 2007 style ``BU_EXT_LEFT_ALIGN_STYLE`` 4 A left-aligned button ``BU_EXT_CENTER_ALIGN_STYLE`` 8 A center-aligned button ``BU_EXT_RIGHT_ALIGN_STYLE`` 16 A right-aligned button ``BU_EXT_RIGHT_TO_LEFT_STYLE`` 32 A button suitable for right-to-left languages ============================== ======= ================================ """ alignmentBuffer = self.GetAlignBuffer() # get the startLocationY fixedTextWidth = fixedTextHeight = 0 if not text: fixedTextHeight = bitmap.GetHeight() else: fixedTextWidth, fixedTextHeight = dc.GetTextExtent(text) startLocationY = rect.y + (rect.height - fixedTextHeight)/2 # get the startLocationX if style & BU_EXT_RIGHT_TO_LEFT_STYLE: startLocationX = rect.x + rect.width - alignmentBuffer - bitmap.GetWidth() else: if style & BU_EXT_RIGHT_ALIGN_STYLE: maxWidth = rect.x + rect.width - (2 * alignmentBuffer) - bitmap.GetWidth() # the alignment is for both sides # get the truncaed text. The text may stay as is, it is not a must that is will be trancated fixedText = self.TruncateText(dc, text, maxWidth) # get the fixed text dimentions fixedTextWidth, fixedTextHeight = dc.GetTextExtent(fixedText) # calculate the start location startLocationX = maxWidth - fixedTextWidth elif style & BU_EXT_LEFT_ALIGN_STYLE: # calculate the start location startLocationX = alignmentBuffer else: # meaning BU_EXT_CENTER_ALIGN_STYLE maxWidth = rect.x + rect.width - (2 * alignmentBuffer) - bitmap.GetWidth() # the alignment is for both sides # get the truncaed text. The text may stay as is, it is not a must that is will be trancated fixedText = self.TruncateText(dc, text, maxWidth) # get the fixed text dimentions fixedTextWidth, fixedTextHeight = dc.GetTextExtent(fixedText) if maxWidth > fixedTextWidth: # calculate the start location startLocationX = (maxWidth - fixedTextWidth) / 2 else: # calculate the start location startLocationX = maxWidth - fixedTextWidth # it is very important to validate that the start location is not less than the alignment buffer if startLocationX < alignmentBuffer: startLocationX = alignmentBuffer return startLocationX, startLocationY def GetTextStartLocation(self, dc, rect, bitmap, text, style=0): """ Returns the top left `x` and `y` cordinates of the text drawing. In case the text is too long, the text is being fixed (the text is cut and a '...' mark is added in the end). :param `dc`: an instance of `wx.DC`; :param `rect`: the text's client rectangle; :param `bitmap`: the bitmap associated with the button; :param `text`: the button label; :param `style`: the button style. :see: L{GetBitmapStartLocation} for a list of valid button styles. """ alignmentBuffer = self.GetAlignBuffer() # get the bitmap offset bitmapOffset = 0 if bitmap != wx.NullBitmap: bitmapOffset = bitmap.GetWidth() # get the truncated text. The text may stay as is, it is not a must that is will be trancated maxWidth = rect.x + rect.width - (2 * alignmentBuffer) - bitmapOffset # the alignment is for both sides fixedText = self.TruncateText(dc, text, maxWidth) # get the fixed text dimentions fixedTextWidth, fixedTextHeight = dc.GetTextExtent(fixedText) startLocationY = (rect.height - fixedTextHeight) / 2 + rect.y # get the startLocationX if style & BU_EXT_RIGHT_TO_LEFT_STYLE: startLocationX = maxWidth - fixedTextWidth + alignmentBuffer else: if style & BU_EXT_LEFT_ALIGN_STYLE: # calculate the start location startLocationX = bitmapOffset + alignmentBuffer elif style & BU_EXT_RIGHT_ALIGN_STYLE: # calculate the start location startLocationX = maxWidth - fixedTextWidth + bitmapOffset + alignmentBuffer else: # meaning wxBU_EXT_CENTER_ALIGN_STYLE # calculate the start location startLocationX = (maxWidth - fixedTextWidth) / 2 + bitmapOffset + alignmentBuffer # it is very important to validate that the start location is not less than the alignment buffer if startLocationX < alignmentBuffer: startLocationX = alignmentBuffer return startLocationX, startLocationY, fixedText def DrawTextAndBitmap(self, dc, rect, text, enable=True, font=wx.NullFont, fontColour=wx.BLACK, bitmap=wx.NullBitmap, grayBitmap=wx.NullBitmap, style=0): """ Draws the text & bitmap on the input dc. :param `dc`: an instance of `wx.DC`; :param `rect`: the text and bitmap client rectangle; :param `text`: the button label; :param `enable`: ``True`` if the button is enabled, ``False`` otherwise; :param `font`: the font to use to draw the text, an instance of `wx.Font`; :param `fontColour`: the colour to use to draw the text, an instance of `wx.Colour`; :param `bitmap`: the bitmap associated with the button; :param `grayBitmap`: a greyed-out version of the input `bitmap` representing a disabled bitmap; :param `style`: the button style. :see: L{GetBitmapStartLocation} for a list of valid button styles. """ # enable colours if enable: dc.SetTextForeground(fontColour) else: dc.SetTextForeground(wx.SystemSettings_GetColour(wx.SYS_COLOUR_GRAYTEXT)) # set the font if font == wx.NullFont: font = wx.SystemSettings_GetFont(wx.SYS_DEFAULT_GUI_FONT) dc.SetFont(font) startLocationX = startLocationY = 0 if bitmap != wx.NullBitmap: # calculate the bitmap start location startLocationX, startLocationY = self.GetBitmapStartLocation(dc, rect, bitmap, text, style) # draw the bitmap if enable: dc.DrawBitmap(bitmap, startLocationX, startLocationY, True) else: dc.DrawBitmap(grayBitmap, startLocationX, startLocationY, True) # calculate the text start location location, labelOnly = self.GetAccelIndex(text) startLocationX, startLocationY, fixedText = self.GetTextStartLocation(dc, rect, bitmap, labelOnly, style) # after all the caculations are finished, it is time to draw the text # underline the first letter that is marked with a '&' if location == -1 or font.GetUnderlined() or location >= len(fixedText): # draw the text dc.DrawText(fixedText, startLocationX, startLocationY) else: # underline the first '&' before = fixedText[0:location] underlineLetter = fixedText[location] after = fixedText[location+1:] # before dc.DrawText(before, startLocationX, startLocationY) # underlineLetter if "__WXGTK__" not in wx.Platform: w1, h = dc.GetTextExtent(before) font.SetUnderlined(True) dc.SetFont(font) dc.DrawText(underlineLetter, startLocationX + w1, startLocationY) else: w1, h = dc.GetTextExtent(before) dc.DrawText(underlineLetter, startLocationX + w1, startLocationY) # Draw the underline ourselves since using the Underline in GTK, # causes the line to be too close to the letter uderlineLetterW, uderlineLetterH = dc.GetTextExtent(underlineLetter) curPen = dc.GetPen() dc.SetPen(wx.BLACK_PEN) dc.DrawLine(startLocationX + w1, startLocationY + uderlineLetterH - 2, startLocationX + w1 + uderlineLetterW, startLocationY + uderlineLetterH - 2) dc.SetPen(curPen) # after w2, h = dc.GetTextExtent(underlineLetter) font.SetUnderlined(False) dc.SetFont(font) dc.DrawText(after, startLocationX + w1 + w2, startLocationY) def CalcButtonBestSize(self, label, bmp): """ Returns the best fit size for the supplied label & bitmap. :param `label`: the button label; :param `bmp`: the bitmap associated with the button. """ if "__WXMSW__" in wx.Platform: HEIGHT = 22 else: HEIGHT = 26 dc = wx.MemoryDC() dc.SelectBitmap(wx.EmptyBitmap(1, 1)) dc.SetFont(wx.SystemSettings_GetFont(wx.SYS_DEFAULT_GUI_FONT)) width, height, dummy = dc.GetMultiLineTextExtent(label) width += 2*self.GetAlignBuffer() if bmp.Ok(): # allocate extra space for the bitmap heightBmp = bmp.GetHeight() + 2 if height < heightBmp: height = heightBmp width += bmp.GetWidth() + 2 if height < HEIGHT: height = HEIGHT dc.SelectBitmap(wx.NullBitmap) return wx.Size(width, height) def GetMenuFaceColour(self): """ Returns the colour used for the menu foreground. """ renderer = self._renderers[self.GetMenuTheme()] return renderer.GetMenuFaceColour() def GetTextColourEnable(self): """ Returns the colour used for enabled menu items. """ renderer = self._renderers[self.GetMenuTheme()] return renderer.GetTextColourEnable() def GetTextColourDisable(self): """ Returns the colour used for disabled menu items. """ renderer = self._renderers[self.GetMenuTheme()] return renderer.GetTextColourDisable() def GetFont(self): """ Returns the font used by this theme. """ renderer = self._renderers[self.GetMenuTheme()] return renderer.GetFont() def GetAccelIndex(self, label): """ Returns the mnemonic index of the label and the label stripped of the ampersand mnemonic (e.g. 'lab&el' ==> will result in 3 and labelOnly = label). :param `label`: a string containining an ampersand. """ indexAccel = 0 while True: indexAccel = label.find("&", indexAccel) if indexAccel == -1: return indexAccel, label if label[indexAccel:indexAccel+2] == "&&": label = label[0:indexAccel] + label[indexAccel+1:] indexAccel += 1 else: break labelOnly = label[0:indexAccel] + label[indexAccel+1:] return indexAccel, labelOnly def GetThemeBaseColour(self, useLightColours=True): """ Returns the theme (Blue, Silver, Green etc.) base colour, if no theme is active it return the active caption colour, lighter in 30%. :param `useLightColours`: ``True`` to use light colours, ``False`` otherwise. """ if not useLightColours and not self.IsDark(self.FrameColour()): return wx.NamedColour("GOLD") else: return self.LightColour(self.FrameColour(), 30) def GetAlignBuffer(self): """ Return the padding buffer for a text or bitmap. """ return self._alignmentBuffer def SetMenuTheme(self, theme): """ Set the menu theme, possible values (Style2007, StyleXP, StyleVista). :param `theme`: a rendering theme class, either `StyleXP`, `Style2007` or `StyleVista`. """ self._menuTheme = theme def GetMenuTheme(self): """ Returns the currently used menu theme. """ return self._menuTheme def AddMenuTheme(self, render): """ Adds a new theme to the stock. :param `render`: a rendering theme class, which must be derived from L{RendererBase}. """ # Add new theme lastRenderer = len(self._renderers) self._renderers[lastRenderer] = render return lastRenderer def SetMS2007ButtonSunken(self, sunken): """ Sets MS 2007 button style sunken or not. :param `sunken`: ``True`` to have a sunken border effect, ``False`` otherwise. """ self._ms2007sunken = sunken def GetMS2007ButtonSunken(self): """ Returns the sunken flag for MS 2007 buttons. """ return self._ms2007sunken def GetMBVerticalGradient(self): """ Returns ``True`` if the menu bar should be painted with vertical gradient. """ return self._verticalGradient def SetMBVerticalGradient(self, v): """ Sets the menu bar gradient style. :param `v`: ``True`` for a vertical shaded gradient, ``False`` otherwise. """ self._verticalGradient = v def DrawMenuBarBorder(self, border): """ Enables menu border drawing (XP style only). :param `border`: ``True`` to draw the menubar border, ``False`` otherwise. """ self._drowMBBorder = border def GetMenuBarBorder(self): """ Returns menu bar border drawing flag. """ return self._drowMBBorder def GetMenuBgFactor(self): """ Gets the visibility depth of the menu in Metallic style. The higher the value, the menu bar will look more raised """ return self._menuBgFactor def DrawDragSash(self, rect): """ Draws resize sash. :param `rect`: the sash client rectangle. """ dc = wx.ScreenDC() mem_dc = wx.MemoryDC() bmp = wx.EmptyBitmap(rect.width, rect.height) mem_dc.SelectObject(bmp) mem_dc.SetBrush(wx.WHITE_BRUSH) mem_dc.SetPen(wx.Pen(wx.WHITE, 1)) mem_dc.DrawRectangle(0, 0, rect.width, rect.height) dc.Blit(rect.x, rect.y, rect.width, rect.height, mem_dc, 0, 0, wx.XOR) def TakeScreenShot(self, rect, bmp): """ Takes a screenshot of the screen at given position & size (rect). :param `rect`: the screen rectangle we wish to capture; :param `bmp`: currently unused. """ # Create a DC for the whole screen area dcScreen = wx.ScreenDC() # Create a Bitmap that will later on hold the screenshot image # Note that the Bitmap must have a size big enough to hold the screenshot # -1 means using the current default colour depth bmp = wx.EmptyBitmap(rect.width, rect.height) # Create a memory DC that will be used for actually taking the screenshot memDC = wx.MemoryDC() # Tell the memory DC to use our Bitmap # all drawing action on the memory DC will go to the Bitmap now memDC.SelectObject(bmp) # Blit (in this case copy) the actual screen on the memory DC # and thus the Bitmap memDC.Blit( 0, # Copy to this X coordinate 0, # Copy to this Y coordinate rect.width, # Copy this width rect.height, # Copy this height dcScreen, # From where do we copy? rect.x, # What's the X offset in the original DC? rect.y # What's the Y offset in the original DC? ) # Select the Bitmap out of the memory DC by selecting a new # uninitialized Bitmap memDC.SelectObject(wx.NullBitmap) def DrawToolBarBg(self, dc, rect): """ Draws the toolbar background according to the active theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the toolbar's client rectangle. """ renderer = self._renderers[self.GetMenuTheme()] # Set background colour if non given by caller renderer.DrawToolBarBg(dc, rect) def DrawMenuBarBg(self, dc, rect): """ Draws the menu bar background according to the active theme. :param `dc`: an instance of `wx.DC`; :param `rect`: the menubar's client rectangle. """ renderer = self._renderers[self.GetMenuTheme()] # Set background colour if non given by caller renderer.DrawMenuBarBg(dc, rect) def SetMenuBarColour(self, scheme): """ Sets the menu bar colour scheme to use. :param `scheme`: a string representing a colour scheme (i.e., 'Default', 'Dark', 'Dark Olive Green', 'Generic'). """ self._menuBarColourScheme = scheme # set default colour if scheme in self._colourSchemeMap.keys(): self._menuBarBgColour = self._colourSchemeMap[scheme] def GetMenuBarColourScheme(self): """ Returns the current colour scheme. """ return self._menuBarColourScheme def GetMenuBarFaceColour(self): """ Returns the menu bar face colour. """ return self._menuBarBgColour def GetMenuBarSelectionColour(self): """ Returns the menu bar selection colour. """ return self._menuBarSelColour def InitColours(self): """ Initialise the colour map. """ self._colourSchemeMap = {_("Default"): wx.SystemSettings_GetColour(wx.SYS_COLOUR_3DFACE), _("Dark"): wx.BLACK, _("Dark Olive Green"): wx.NamedColour("DARK OLIVE GREEN"), _("Generic"): wx.SystemSettings_GetColour(wx.SYS_COLOUR_ACTIVECAPTION)} def GetColourSchemes(self): """ Returns the available colour schemes. """ return self._colourSchemeMap.keys() def CreateGreyBitmap(self, bmp): """ Creates a grey bitmap image from the input bitmap. :param `bmp`: a valid `wx.Bitmap` object to be greyed out. """ img = bmp.ConvertToImage() return wx.BitmapFromImage(img.ConvertToGreyscale()) def GetRaiseToolbar(self): """ Returns ``True`` if we are dropping a shadow under a toolbar. """ return self._raiseTB def SetRaiseToolbar(self, rais): """ Enables/disables toobar shadow drop. :param `rais`: ``True`` to drop a shadow below a toolbar, ``False`` otherwise. """ self._raiseTB = rais dispcalGUI-1.7.1.6/dispcalGUI/lib/agw/fmresources.py000644 000765 000000 00000032372 12025152305 022037 0ustar00svpwheel000000 000000 import wx # Overall menu styles StyleDefault = 0 StyleXP = 1 Style2007 = 2 StyleVista = 3 # Menu shadows RightShadow = 1 # Right side shadow BottomShadow = 2 # Not full bottom shadow BottomShadowFull = 4 # Full bottom shadow # Button styles BU_EXT_XP_STYLE = 1 BU_EXT_2007_STYLE = 2 BU_EXT_LEFT_ALIGN_STYLE = 4 BU_EXT_CENTER_ALIGN_STYLE = 8 BU_EXT_RIGHT_ALIGN_STYLE = 16 BU_EXT_RIGHT_TO_LEFT_STYLE = 32 # Control state ControlPressed = 0 ControlFocus = 1 ControlDisabled = 2 ControlNormal = 3 # FlatMenu styles FM_OPT_IS_LCD = 1 """ Use this style if your computer uses a LCD screen. """ FM_OPT_MINIBAR = 2 """ Use this if you plan to use the toolbar only. """ FM_OPT_SHOW_CUSTOMIZE = 4 """ Show "customize link" in the `More` menu, you will need to write your own handler. See demo. """ FM_OPT_SHOW_TOOLBAR = 8 """ Set this option is you are planning to use the toolbar. """ # Control status ControlStatusNoFocus = 0 ControlStatusFocus = 1 ControlStatusPressed = 2 # HitTest constants NoWhere = 0 MenuItem = 1 ToolbarItem = 2 DropDownArrowButton = 3 FTB_ITEM_TOOL = 0 FTB_ITEM_SEPARATOR = 1 FTB_ITEM_CHECK = 2 FTB_ITEM_RADIO = 3 FTB_ITEM_RADIO_MENU = 4 FTB_ITEM_CUSTOM = 5 LargeIcons = 32 SmallIcons = 16 MENU_HT_NONE = 0 MENU_HT_ITEM = 1 MENU_HT_SCROLL_UP = 2 MENU_HT_SCROLL_DOWN = 3 MENU_DEC_TOP = 0 MENU_DEC_BOTTOM = 1 MENU_DEC_LEFT = 2 MENU_DEC_RIGHT = 3 DROP_DOWN_ARROW_WIDTH = 16 SPACER = 12 MARGIN = 3 TOOLBAR_SPACER = 4 TOOLBAR_MARGIN = 4 SEPARATOR_WIDTH = 12 SCROLL_BTN_HEIGHT = 20 CS_DROPSHADOW = 0x00020000 INB_BOTTOM = 1 INB_LEFT = 2 INB_RIGHT = 4 INB_TOP = 8 INB_BORDER = 16 INB_SHOW_ONLY_TEXT = 32 INB_SHOW_ONLY_IMAGES = 64 INB_FIT_BUTTON = 128 INB_DRAW_SHADOW = 256 INB_USE_PIN_BUTTON = 512 INB_GRADIENT_BACKGROUND = 1024 INB_WEB_HILITE = 2048 INB_NO_RESIZE = 4096 INB_FIT_LABELTEXT = 8192 INB_DEFAULT_STYLE = INB_BORDER | INB_TOP | INB_USE_PIN_BUTTON INB_TAB_AREA_BACKGROUND_COLOUR = 100 INB_ACTIVE_TAB_COLOUR = 101 INB_TABS_BORDER_COLOUR = 102 INB_TEXT_COLOUR = 103 INB_ACTIVE_TEXT_COLOUR = 104 INB_HILITE_TAB_COLOUR = 105 INB_LABEL_BOOK_DEFAULT = INB_DRAW_SHADOW | INB_BORDER | INB_USE_PIN_BUTTON | INB_LEFT # HitTest results IMG_OVER_IMG = 0 IMG_OVER_PIN = 1 IMG_OVER_EW_BORDER = 2 IMG_NONE = 3 # Pin button states INB_PIN_NONE = 0 INB_PIN_HOVER = 200 INB_PIN_PRESSED = 201 # Windows Vista Colours rgbSelectOuter = wx.Colour(170, 200, 245) rgbSelectInner = wx.Colour(230, 250, 250) rgbSelectTop = wx.Colour(210, 240, 250) rgbSelectBottom = wx.Colour(185, 215, 250) check_mark_xpm = [" 16 16 16 1", "` c #000000", ". c #800000", "# c #008000", "a c #808000", "b c #000080", "c c #800080", "d c #008080", "e c #808080", "f c #c0c0c0", "g c #ff0000", "h c #00ff00", "i c #ffff00", "j c #0000ff", "k c #ff00ff", "l c #00ffff", "m c #ffffff", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmm`mmmmm", "mmmmmmmmm``mmmmm", "mmmm`mmm```mmmmm", "mmmm``m```mmmmmm", "mmmm`````mmmmmmm", "mmmmm```mmmmmmmm", "mmmmmm`mmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm" ] radio_item_xpm = [" 16 16 16 1", "` c #000000", ". c #800000", "# c #008000", "a c #808000", "b c #000080", "c c #800080", "d c #008080", "e c #808080", "f c #c0c0c0", "g c #ff0000", "h c #00ff00", "i c #ffff00", "j c #0000ff", "k c #ff00ff", "l c #00ffff", "m c #ffffff", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmm```mmmmmmm", "mmmmm`````mmmmmm", "mmmmm`````mmmmmm", "mmmmmm```mmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm", "mmmmmmmmmmmmmmmm"] menu_right_arrow_xpm = [ " 16 16 8 1", "` c #ffffff", ". c #000000", "# c #000000", "a c #000000", "b c #000000", "c c #000000", "d c #000000", "e c #000000", "````````````````", "````````````````", "````````````````", "````````````````", "````````````````", "``````.`````````", "``````..````````", "``````...```````", "``````....``````", "``````...```````", "``````..````````", "``````.`````````", "````````````````", "````````````````", "````````````````", "````````````````" ] #---------------------------------- # Shadow images #---------------------------------- shadow_right_xpm = ["5 5 1 1"," c Black"," "," "," "," "," "] # shadow_right.xpm 5x5 shadow_right_alpha = [168, 145, 115, 76, 46, 168, 145, 115, 76, 46, 168, 145, 115, 76, 46, 168, 145, 115, 76, 46, 168, 145, 115, 76, 46] shadow_right_top_xpm = ["5 10 1 1"," c Black"," "," "," "," ", " "," "," "," "," "," "] shadow_right_top_alpha = [40, 35, 28, 18, 11, 67, 58, 46, 31, 18, 101, 87, 69, 46, 28, 128, 110, 87, 58, 35, 148, 128, 101, 67, 40, 161, 139, 110, 73, 44, 168, 145, 115, 76, 46, 168, 145, 115, 76, 46, 168, 145, 115, 76, 46, 168, 145, 115, 76, 46] # shadow_buttom.xpm 5x5 shadow_bottom_alpha = [184, 184, 184, 184, 184, 168, 168, 168, 168, 168, 145, 145, 145, 145, 145, 115, 115, 115, 115, 115, 76, 76, 76, 76, 76] shadow_bottom_left_xpm = ["10 5 1 1"," c Black"," "," ", " "," "," "] shadow_bottom_left_alpha = [22, 44, 73, 110, 139, 161, 176, 184, 184, 184, 20, 40, 67, 101, 128, 148, 161, 168, 168, 168, 17, 35, 58, 87, 110, 128, 139, 145, 145, 145, 13, 28, 46, 69, 87, 101, 110, 115, 115, 115, 9, 18, 31, 46, 58, 67, 73, 76, 76, 76] shadow_center_xpm = ["5 5 1 1"," c Black"," "," "," "," "," "] shadow_center_alpha = [161, 139, 110, 73, 44, 148, 128, 101, 67, 40, 128, 110, 87, 58, 35, 101, 87, 69, 46, 28, 67, 58, 46, 31, 18] shadow_bottom_xpm = ["5 5 1 1"," c Black"," "," "," "," "," "] arrow_down_xpm = ["16 16 3 1", ". c Black", "X c #FFFFFF", " c #008080", " ", " ", " ", " ", " ....... ", " XXXXXXX ", " ", " ....... ", " X.....X ", " X...X ", " X.X ", " X ", " ", " ", " ", " "] #--------------------------------------------- # Pin images #--------------------------------------------- pin_left_xpm = [" 16 16 8 1", "` c #ffffff", ". c #000000", "# c #808080", "a c #000000", "b c #000000", "c c #000000", "d c #000000", "e c #000000", "````````````````", "````````````````", "```````.````````", "```````.````````", "```````.......``", "```````.`````.``", "`````...`````.``", "``......#####.``", "`````...#####.``", "```````.......``", "```````.......``", "```````.````````", "```````.````````", "````````````````", "````````````````", "````````````````"] pin_down_xpm = [" 16 16 8 1", "` c #ffffff", ". c #000000", "# c #808080", "a c #000000", "b c #000000", "c c #000000", "d c #000000", "e c #000000", "````````````````", "````````````````", "````.......`````", "````.``##..`````", "````.``##..`````", "````.``##..`````", "````.``##..`````", "````.``##..`````", "``...........```", "``````...```````", "``````...```````", "```````.````````", "```````.````````", "```````.````````", "````````````````", "````````````````"] arrow_up = 'BM\xf6\x00\x00\x00\x00\x00\x00\x00v\x00\x00\x00(\x00\x00\x00\x10\x00\x00\ \x00\x10\x00\x00\x00\x01\x00\x04\x00\x00\x00\x00\x00\x80\x00\x00\x00\x12\x0b\x00\x00\x12\ \x0b\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\xff\xff\xff\x00\x80\x80\x00\ \x00w\xfcM\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\ \x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\ \x00\x00\x00\x00\x00\x00\x00""""""""""""""""""""""""""""""""""\x00\x00\x00\x02""""\x11\x11\ \x11\x12""""""""""""\x00\x00\x00\x02""""\x10\x00\x00\x12""""!\x00\x01""""""\x10\x12""""""!\ """"""""""""""""""""""""""""""""""""' arrow_down = 'BM\xf6\x00\x00\x00\x00\x00\x00\x00v\x00\x00\x00(\x00\x00\x00\x10\x00\x00\x00\ \x10\x00\x00\x00\x01\x00\x04\x00\x00\x00\x00\x00\x00\x00\x00\x00\x12\x0b\x00\x00\x12\x0b\ \x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\xff\xff\xff\x00\x80\x80\x00\x00w\ \xfcM\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\ \x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\ \x00\x00\x00\x00\x00\x00"""""""""""""""""""""""""""""""""""!"""""""\x10\x12"""""!\x00\x01\ """""\x10\x00\x00\x12""""\x00\x00\x00\x02""""""""""""\x11\x11\x11\x12""""\x00\x00\x00\x02\ """"""""""""""""""""""""""""""""""' menu_up_arrow_xpm = ["16 16 2 1", ". c Black", " c White", " ", " ", " ", " ", " ", " ", " . ", " ... ", " ..... ", " ", " ", " ", " ", " ", " ", " "] menu_down_arrow_xpm = ["16 16 2 1", ". c Black", " c White", " ", " ", " ", " ", " ", " ", " ..... ", " ... ", " . ", " ", " ", " ", " ", " ", " ", " "] def getMenuUpArrowBitmap(): bmp = wx.BitmapFromXPMData(menu_up_arrow_xpm) bmp.SetMask(wx.Mask(bmp, wx.WHITE)) return bmp def getMenuDownArrowBitmap(): bmp = wx.BitmapFromXPMData(menu_down_arrow_xpm) bmp.SetMask(wx.Mask(bmp, wx.WHITE)) return bmp dispcalGUI-1.7.1.6/dispcalGUI/lib/agw/fourwaysplitter.py000644 000765 000000 00000103673 12025152305 022770 0ustar00svpwheel000000 000000 # --------------------------------------------------------------------------------- # # FOURWAYSPLITTER wxPython IMPLEMENTATION # # Andrea Gavana, @ 03 Nov 2006 # Latest Revision: 14 Apr 2010, 12.00 GMT # # # TODO List # # 1. Any idea? # # For All Kind Of Problems, Requests Of Enhancements And Bug Reports, Please # Write To Me At: # # gavana@kpo.kz # andrea.gavana@gmail.com # # Or, Obviously, To The wxPython Mailing List!!! # # # End Of Comments # --------------------------------------------------------------------------------- # """ FourWaySplitter is a layout manager which manages 4 children like 4 panes in a window. Description =========== The FourWaySplitter is a layout manager which manages four children like four panes in a window. You can use a four-way splitter for example in a CAD program where you may want to maintain three orthographic views, and one oblique view of a model. The FourWaySplitter allows interactive repartitioning of the panes by means of moving the central splitter bars. When the FourWaySplitter is itself resized, each child is proportionally resized, maintaining the same split-percentage. The main characteristics of FourWaySplitter are: - Handles horizontal, vertical or four way sizing via the sashes; - Delayed or live update when resizing; - Possibility to swap windows; - Setting the vertical and horizontal split fractions; - Possibility to expand a window by hiding the onther 3. And a lot more. See the demo for a complete review of the functionalities. Supported Platforms =================== FourWaySplitter has been tested on the following platforms: * Windows (Windows XP); * Linux Ubuntu (Dapper 6.06) Window Styles ============= This class supports the following window styles: ================== =========== ================================================== Window Styles Hex Value Description ================== =========== ================================================== ``SP_NOSASH`` 0x10 No sash will be drawn on `FourWaySplitter`. ``SP_LIVE_UPDATE`` 0x80 Don't draw XOR line but resize the child windows immediately. ``SP_3DBORDER`` 0x200 Draws a 3D effect border. ================== =========== ================================================== Events Processing ================= This class processes the following events: ================================== ================================================== Event Name Description ================================== ================================================== ``EVT_SPLITTER_SASH_POS_CHANGED`` The sash position was changed. This event is generated after the user releases the mouse after dragging the splitter. Processes a `wx.wxEVT_COMMAND_SPLITTER_SASH_POS_CHANGED` event. ``EVT_SPLITTER_SASH_POS_CHANGING`` The sash position is in the process of being changed. You may prevent this change from happening by calling `Veto` or you may also modify the position of the tracking bar to properly reflect the position that would be set if the drag were to be completed at this point. Processes a `wx.wxEVT_COMMAND_SPLITTER_SASH_POS_CHANGING` event. ================================== ================================================== License And Version =================== FourWaySplitter is distributed under the wxPython license. Latest Revision: Andrea Gavana @ 14 Apr 2010, 12.00 GMT Version 0.4 """ __docformat__ = "epytext" import wx _RENDER_VER = (2,6,1,1) # Tolerance for mouse shape and sizing _TOLERANCE = 5 # Modes NOWHERE = 0 FLAG_CHANGED = 1 FLAG_PRESSED = 2 # FourWaySplitter styles SP_NOSASH = wx.SP_NOSASH """ No sash will be drawn on `FourWaySplitter`. """ SP_LIVE_UPDATE = wx.SP_LIVE_UPDATE """ Don't draw XOR line but resize the child windows immediately. """ SP_3DBORDER = wx.SP_3DBORDER """ Draws a 3D effect border. """ # FourWaySplitter events EVT_SPLITTER_SASH_POS_CHANGING = wx.EVT_SPLITTER_SASH_POS_CHANGING """ The sash position is in the process of being changed. You may prevent this change""" \ """ from happening by calling `Veto` or you may also modify the position of the tracking""" \ """ bar to properly reflect the position that would be set if the drag were to be""" \ """ completed at this point. Processes a `wx.wxEVT_COMMAND_SPLITTER_SASH_POS_CHANGING` event.""" EVT_SPLITTER_SASH_POS_CHANGED = wx.EVT_SPLITTER_SASH_POS_CHANGED """ The sash position was changed. This event is generated after the user releases the""" \ """ mouse after dragging the splitter. Processes a `wx.wxEVT_COMMAND_SPLITTER_SASH_POS_CHANGED` event. """ # ---------------------------------------------------------------------------- # # Class FourWaySplitterEvent # ---------------------------------------------------------------------------- # class FourWaySplitterEvent(wx.PyCommandEvent): """ This event class is almost the same as `wx.SplitterEvent` except it adds an accessor for the sash index that is being changed. The same event type IDs and event binders are used as with `wx.SplitterEvent`. """ def __init__(self, evtType=wx.wxEVT_NULL, splitter=None): """ Default class constructor. :param `evtType`: the event type; :param `splitter`: the associated L{FourWaySplitter} window. """ wx.PyCommandEvent.__init__(self, evtType) if splitter: self.SetEventObject(splitter) self.SetId(splitter.GetId()) self.sashIdx = -1 self.sashPos = -1 self.isAllowed = True def SetSashIdx(self, idx): """ Sets the index of the sash currently involved in the event. :param `idx`: an integer between 0 and 3, representing the index of the sash involved in the event. """ self.sashIdx = idx def SetSashPosition(self, pos): """ In the case of ``EVT_SPLITTER_SASH_POS_CHANGED`` events, sets the new sash position. In the case of ``EVT_SPLITTER_SASH_POS_CHANGING`` events, sets the new tracking bar position so visual feedback during dragging will represent that change that will actually take place. Set to -1 from the event handler code to prevent repositioning. :param `pos`: the new sash position. :note: May only be called while processing ``EVT_SPLITTER_SASH_POS_CHANGING`` and ``EVT_SPLITTER_SASH_POS_CHANGED`` events. """ self.sashPos = pos def GetSashIdx(self): """ Returns the index of the sash currently involved in the event. """ return self.sashIdx def GetSashPosition(self): """ Returns the new sash position. :note: May only be called while processing ``EVT_SPLITTER_SASH_POS_CHANGING`` and ``EVT_SPLITTER_SASH_POS_CHANGED`` events. """ return self.sashPos # methods from wx.NotifyEvent def Veto(self): """ Prevents the change announced by this event from happening. :note: It is in general a good idea to notify the user about the reasons for vetoing the change because otherwise the applications behaviour (which just refuses to do what the user wants) might be quite surprising. """ self.isAllowed = False def Allow(self): """ This is the opposite of L{Veto}: it explicitly allows the event to be processed. For most events it is not necessary to call this method as the events are allowed anyhow but some are forbidden by default (this will be mentioned in the corresponding event description). """ self.isAllowed = True def IsAllowed(self): """ Returns ``True`` if the change is allowed (L{Veto} hasn't been called) or ``False`` otherwise (if it was). """ return self.isAllowed # ---------------------------------------------------------------------------- # # Class FourWaySplitter # ---------------------------------------------------------------------------- # class FourWaySplitter(wx.PyPanel): """ This class is very similar to `wx.SplitterWindow` except that it allows for four windows and two sashes. Many of the same styles, constants, and methods behave the same as in `wx.SplitterWindow`. However, in addition of the ability to drag the vertical and the horizontal sash, by dragging at the intersection between the two sashes, it is possible to resize the four windows at the same time. :note: These things are not yet supported: * Minimum pane size (minimum of what? Width? Height?); * Using negative sash positions to indicate a position offset from the end; * User controlled unsplitting with double clicks on the sash (but supported via the L{FourWaySplitter.SetExpanded} method); * Sash gravity. """ def __init__(self, parent, id=wx.ID_ANY, pos=wx.DefaultPosition, size=wx.DefaultSize, style=0, agwStyle=0, name="FourWaySplitter"): """ Default class constructor. :param `parent`: parent window. Must not be ``None``; :param `id`: window identifier. A value of -1 indicates a default value; :param `pos`: the control position. A value of (-1, -1) indicates a default position, chosen by either the windowing system or wxPython, depending on platform; :param `size`: the control size. A value of (-1, -1) indicates a default size, chosen by either the windowing system or wxPython, depending on platform; :param `style`: the underlying `wx.PyPanel` window style; :param `agwStyle`: the AGW-specific window style. It can be a combination of the following bits: ================== =========== ================================================== Window Styles Hex Value Description ================== =========== ================================================== ``SP_NOSASH`` 0x10 No sash will be drawn on L{FourWaySplitter}. ``SP_LIVE_UPDATE`` 0x80 Don't draw XOR line but resize the child windows immediately. ``SP_3DBORDER`` 0x200 Draws a 3D effect border. ================== =========== ================================================== :param `name`: the window name. """ # always turn on tab traversal style |= wx.TAB_TRAVERSAL # and turn off any border styles style &= ~wx.BORDER_MASK style |= wx.BORDER_NONE self._agwStyle = agwStyle # initialize the base class wx.PyPanel.__init__(self, parent, id, pos, size, style, name) self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM) self._windows = [] self._splitx = 0 self._splity = 0 self._expanded = -1 self._fhor = 5000 self._fver = 5000 self._offx = 0 self._offy = 0 self._mode = NOWHERE self._flags = 0 self._isHot = False self._sashTrackerPen = wx.Pen(wx.BLACK, 2, wx.SOLID) self._sashCursorWE = wx.StockCursor(wx.CURSOR_SIZEWE) self._sashCursorNS = wx.StockCursor(wx.CURSOR_SIZENS) self._sashCursorSIZING = wx.StockCursor(wx.CURSOR_SIZING) self.Bind(wx.EVT_PAINT, self.OnPaint) self.Bind(wx.EVT_MOTION, self.OnMotion) self.Bind(wx.EVT_SIZE, self.OnSize) self.Bind(wx.EVT_LEFT_DOWN, self.OnLeftDown) self.Bind(wx.EVT_LEFT_UP, self.OnLeftUp) self.Bind(wx.EVT_LEAVE_WINDOW, self.OnLeaveWindow) self.Bind(wx.EVT_ENTER_WINDOW, self.OnEnterWindow) def SetAGWWindowStyleFlag(self, agwStyle): """ Sets the L{FourWaySplitter} window style flags. :param `agwStyle`: the AGW-specific window style. This can be a combination of the following bits: ================== =========== ================================================== Window Styles Hex Value Description ================== =========== ================================================== ``SP_NOSASH`` 0x10 No sash will be drawn on L{FourWaySplitter}. ``SP_LIVE_UPDATE`` 0x80 Don't draw XOR line but resize the child windows immediately. ``SP_3DBORDER`` 0x200 Draws a 3D effect border. ================== =========== ================================================== """ self._agwStyle = agwStyle self.Refresh() def GetAGWWindowStyleFlag(self): """ Returns the L{FourWaySplitter} window style. :see: L{SetAGWWindowStyleFlag} for a list of possible window styles. """ return self._agwStyle def AppendWindow(self, window): """ Add a new window to the splitter at the right side or bottom of the window stack. :param `window`: an instance of `wx.Window`. """ self.InsertWindow(len(self._windows), window) def InsertWindow(self, idx, window, sashPos=-1): """ Insert a new window into the splitter at the position given in `idx`. :param `idx`: the index at which the window will be inserted; :param `window`: an instance of `wx.Window`; :param `sashPos`: the sash position after the window insertion. """ assert window not in self._windows, "A window can only be in the splitter once!" self._windows.insert(idx, window) self._SizeWindows() def DetachWindow(self, window): """ Removes the window from the stack of windows managed by the splitter. The window will still exist so you should `Hide` or `Destroy` it as needed. :param `window`: an instance of `wx.Window`. """ assert window in self._windows, "Unknown window!" idx = self._windows.index(window) del self._windows[idx] self._SizeWindows() def ReplaceWindow(self, oldWindow, newWindow): """ Replaces `oldWindow` (which is currently being managed by the splitter) with `newWindow`. The `oldWindow` window will still exist so you should `Hide` or `Destroy` it as needed. :param `oldWindow`: an instance of `wx.Window`; :param `newWindow`: another instance of `wx.Window`. """ assert oldWindow in self._windows, "Unknown window!" idx = self._windows.index(oldWindow) self._windows[idx] = newWindow self._SizeWindows() def ExchangeWindows(self, window1, window2): """ Trade the positions in the splitter of the two windows. :param `window1`: an instance of `wx.Window`; :param `window2`: another instance of `wx.Window`. """ assert window1 in self._windows, "Unknown window!" assert window2 in self._windows, "Unknown window!" idx1 = self._windows.index(window1) idx2 = self._windows.index(window2) self._windows[idx1] = window2 self._windows[idx2] = window1 if "__WXMSW__" in wx.Platform: self.Freeze() self._SizeWindows() if "__WXMSW__" in wx.Platform: self.Thaw() def GetWindow(self, idx): """ Returns the window at the index `idx`. :param `idx`: the index at which the window is located. """ if len(self._windows) > idx: return self._windows[idx] return None # Get top left child def GetTopLeft(self): """ Returns the top left window (window index: 0). """ return self.GetWindow(0) # Get top right child def GetTopRight(self): """ Returns the top right window (window index: 1). """ return self.GetWindow(1) # Get bottom left child def GetBottomLeft(self): """ Returns the bottom left window (window index: 2). """ return self.GetWindow(2) # Get bottom right child def GetBottomRight(self): """ Returns the bottom right window (window index: 3). """ return self.GetWindow(3) def DoGetBestSize(self): """ Gets the size which best suits the window: for a control, it would be the minimal size which doesn't truncate the control, for a panel - the same size as it would have after a call to `Fit()`. :note: Overridden from `wx.PyPanel`. """ if not self._windows: # something is better than nothing... return wx.Size(10, 10) width = height = 0 border = self._GetBorderSize() tl = self.GetTopLeft() tr = self.GetTopRight() bl = self.GetBottomLeft() br = self.GetBottomRight() for win in self._windows: w, h = win.GetEffectiveMinSize() width += w height += h if tl and tr: width += self._GetSashSize() if bl and br: height += self._GetSashSize() return wx.Size(width+2*border, height+2*border) # Recompute layout def _SizeWindows(self): """ Recalculate the layout based on split positions and split fractions. :see: L{SetHSplit} and L{SetVSplit} for more information about split fractions. """ win0 = self.GetTopLeft() win1 = self.GetTopRight() win2 = self.GetBottomLeft() win3 = self.GetBottomRight() width, height = self.GetSize() barSize = self._GetSashSize() border = self._GetBorderSize() if self._expanded < 0: totw = width - barSize - 2*border toth = height - barSize - 2*border self._splitx = (self._fhor*totw)/10000 self._splity = (self._fver*toth)/10000 rightw = totw - self._splitx bottomh = toth - self._splity if win0: win0.SetDimensions(0, 0, self._splitx, self._splity) win0.Show() if win1: win1.SetDimensions(self._splitx + barSize, 0, rightw, self._splity) win1.Show() if win2: win2.SetDimensions(0, self._splity + barSize, self._splitx, bottomh) win2.Show() if win3: win3.SetDimensions(self._splitx + barSize, self._splity + barSize, rightw, bottomh) win3.Show() else: if self._expanded < len(self._windows): for ii, win in enumerate(self._windows): if ii == self._expanded: win.SetDimensions(0, 0, width-2*border, height-2*border) win.Show() else: win.Hide() # Determine split mode def GetMode(self, pt): """ Determines the split mode for L{FourWaySplitter}. :param `pt`: the point at which the mouse has been clicked, an instance of `wx.Point`. :return: One of the following 3 split modes: ================= ============================== Split Mode Description ================= ============================== ``wx.HORIZONTAL`` the user has clicked on the horizontal sash ``wx.VERTICAL`` The user has clicked on the vertical sash ``wx.BOTH`` The user has clicked at the intersection between the 2 sashes ================= ============================== """ barSize = self._GetSashSize() flag = wx.BOTH if pt.x < self._splitx - _TOLERANCE: flag &= ~wx.VERTICAL if pt.y < self._splity - _TOLERANCE: flag &= ~wx.HORIZONTAL if pt.x >= self._splitx + barSize + _TOLERANCE: flag &= ~wx.VERTICAL if pt.y >= self._splity + barSize + _TOLERANCE: flag &= ~wx.HORIZONTAL return flag # Move the split intelligently def MoveSplit(self, x, y): """ Moves the split accordingly to user action. :param `x`: the new splitter `x` coordinate; :param `y`: the new splitter `y` coordinate. """ width, height = self.GetSize() barSize = self._GetSashSize() if x < 0: x = 0 if y < 0: y = 0 if x > width - barSize: x = width - barSize if y > height - barSize: y = height - barSize self._splitx = x self._splity = y # Adjust layout def AdjustLayout(self): """ Adjust layout of L{FourWaySplitter}. Mainly used to recalculate the correct values for split fractions. """ width, height = self.GetSize() barSize = self._GetSashSize() border = self._GetBorderSize() self._fhor = (width > barSize and \ [(10000*self._splitx+(width-barSize-1))/(width-barSize)] \ or [0])[0] self._fver = (height > barSize and \ [(10000*self._splity+(height-barSize-1))/(height-barSize)] \ or [0])[0] self._SizeWindows() # Button being pressed def OnLeftDown(self, event): """ Handles the ``wx.EVT_LEFT_DOWN`` event for L{FourWaySplitter}. :param `event`: a `wx.MouseEvent` event to be processed. """ if not self.IsEnabled(): return pt = event.GetPosition() self.CaptureMouse() self._mode = self.GetMode(pt) if self._mode: self._offx = pt.x - self._splitx self._offy = pt.y - self._splity if not self.GetAGWWindowStyleFlag() & wx.SP_LIVE_UPDATE: self.DrawSplitter(wx.ClientDC(self)) self.DrawTrackSplitter(self._splitx, self._splity) self._flags |= FLAG_PRESSED # Button being released def OnLeftUp(self, event): """ Handles the ``wx.EVT_LEFT_UP`` event for L{FourWaySplitter}. :param `event`: a `wx.MouseEvent` event to be processed. """ if not self.IsEnabled(): return if self.HasCapture(): self.ReleaseMouse() flgs = self._flags self._flags &= ~FLAG_CHANGED self._flags &= ~FLAG_PRESSED if flgs & FLAG_PRESSED: if not self.GetAGWWindowStyleFlag() & wx.SP_LIVE_UPDATE: self.DrawTrackSplitter(self._splitx, self._splity) self.DrawSplitter(wx.ClientDC(self)) self.AdjustLayout() if flgs & FLAG_CHANGED: event = FourWaySplitterEvent(wx.wxEVT_COMMAND_SPLITTER_SASH_POS_CHANGED, self) event.SetSashIdx(self._mode) event.SetSashPosition(wx.Point(self._splitx, self._splity)) self.GetEventHandler().ProcessEvent(event) self._mode = NOWHERE def OnLeaveWindow(self, event): """ Handles the ``wx.EVT_LEAVE_WINDOW`` event for L{FourWaySplitter}. :param `event`: a `wx.MouseEvent` event to be processed. """ self.SetCursor(wx.STANDARD_CURSOR) self._RedrawIfHotSensitive(False) def OnEnterWindow(self, event): """ Handles the ``wx.EVT_ENTER_WINDOW`` event for L{FourWaySplitter}. :param `event`: a `wx.MouseEvent` event to be processed. """ self._RedrawIfHotSensitive(True) def _RedrawIfHotSensitive(self, isHot): """ Used internally. Redraw the splitter if we are using a hot-sensitive splitter. :param `isHot`: ``True`` if the splitter is in a hot state, ``False`` otherwise. """ if not wx.VERSION >= _RENDER_VER: return if wx.RendererNative.Get().GetSplitterParams(self).isHotSensitive: self._isHot = isHot dc = wx.ClientDC(self) self.DrawSplitter(dc) def OnMotion(self, event): """ Handles the ``wx.EVT_MOTION`` event for L{FourWaySplitter}. :param `event`: a `wx.MouseEvent` event to be processed. """ if self.HasFlag(wx.SP_NOSASH): return pt = event.GetPosition() # Moving split if self._flags & FLAG_PRESSED: oldsplitx = self._splitx oldsplity = self._splity if self._mode == wx.BOTH: self.MoveSplit(pt.x - self._offx, pt.y - self._offy) elif self._mode == wx.VERTICAL: self.MoveSplit(pt.x - self._offx, self._splity) elif self._mode == wx.HORIZONTAL: self.MoveSplit(self._splitx, pt.y - self._offy) # Send a changing event if not self.DoSendChangingEvent(wx.Point(self._splitx, self._splity)): self._splitx = oldsplitx self._splity = oldsplity return if oldsplitx != self._splitx or oldsplity != self._splity: if not self.GetAGWWindowStyleFlag() & wx.SP_LIVE_UPDATE: self.DrawTrackSplitter(oldsplitx, oldsplity) self.DrawTrackSplitter(self._splitx, self._splity) else: self.AdjustLayout() self._flags |= FLAG_CHANGED # Change cursor based on position ff = self.GetMode(pt) if ff == wx.BOTH: self.SetCursor(self._sashCursorSIZING) elif ff == wx.VERTICAL: self.SetCursor(self._sashCursorWE) elif ff == wx.HORIZONTAL: self.SetCursor(self._sashCursorNS) else: self.SetCursor(wx.STANDARD_CURSOR) event.Skip() def OnPaint(self, event): """ Handles the ``wx.EVT_PAINT`` event for L{FourWaySplitter}. :param `event`: a `wx.PaintEvent` event to be processed. """ dc = wx.PaintDC(self) self.DrawSplitter(dc) def OnSize(self, event): """ Handles the ``wx.EVT_SIZE`` event for L{FourWaySplitter}. :param `event`: a `wx.SizeEvent` event to be processed. """ parent = wx.GetTopLevelParent(self) if parent.IsIconized(): event.Skip() return self._SizeWindows() def DoSendChangingEvent(self, pt): """ Sends a ``EVT_SPLITTER_SASH_POS_CHANGING`` event. :param `pt`: the point at which the splitter is being positioned. """ # send the event event = FourWaySplitterEvent(wx.wxEVT_COMMAND_SPLITTER_SASH_POS_CHANGING, self) event.SetSashIdx(self._mode) event.SetSashPosition(pt) if self.GetEventHandler().ProcessEvent(event) and not event.IsAllowed(): # the event handler vetoed the change or missing event.Skip() return False else: # or it might have changed the value return True def _GetSashSize(self): """ Used internally. """ if self.HasFlag(wx.SP_NOSASH): return 0 if wx.VERSION >= _RENDER_VER: return wx.RendererNative.Get().GetSplitterParams(self).widthSash else: return 5 def _GetBorderSize(self): """ Used internally. """ if wx.VERSION >= _RENDER_VER: return wx.RendererNative.Get().GetSplitterParams(self).border else: return 0 # Draw the horizontal split def DrawSplitter(self, dc): """ Actually draws the sashes. :param `dc`: an instance of `wx.DC`. """ backColour = self.GetBackgroundColour() dc.SetBrush(wx.Brush(backColour, wx.SOLID)) dc.SetPen(wx.Pen(backColour)) dc.Clear() if wx.VERSION >= _RENDER_VER: if self.HasFlag(wx.SP_3DBORDER): wx.RendererNative.Get().DrawSplitterBorder( self, dc, self.GetClientRect()) else: barSize = self._GetSashSize() # if we are not supposed to use a sash then we're done. if self.HasFlag(wx.SP_NOSASH): return flag = 0 if self._isHot: flag = wx.CONTROL_CURRENT width, height = self.GetSize() if self._mode & wx.VERTICAL: if wx.VERSION >= _RENDER_VER: wx.RendererNative.Get().DrawSplitterSash(self, dc, self.GetClientSize(), self._splitx, wx.VERTICAL, flag) else: dc.DrawRectangle(self._splitx, 0, barSize, height) if self._mode & wx.HORIZONTAL: if wx.VERSION >= _RENDER_VER: wx.RendererNative.Get().DrawSplitterSash(self, dc, self.GetClientSize(), self._splity, wx.VERTICAL, flag) else: dc.DrawRectangle(0, self._splity, width, barSize) def DrawTrackSplitter(self, x, y): """ Draws a fake sash in case we don't have ``wx.SP_LIVE_UPDATE`` style. :param `x`: the `x` position of the sash; :param `y`: the `y` position of the sash. :note: This method relies on `wx.ScreenDC` which is currently unavailable on wxMac. """ # Draw a line to represent the dragging sash, for when not # doing live updates w, h = self.GetClientSize() dc = wx.ScreenDC() dc.SetLogicalFunction(wx.INVERT) dc.SetPen(self._sashTrackerPen) dc.SetBrush(wx.TRANSPARENT_BRUSH) if self._mode == wx.VERTICAL: x1 = x y1 = 2 x2 = x y2 = h-2 if x1 > w: x1 = w x2 = w elif x1 < 0: x1 = 0 x2 = 0 x1, y1 = self.ClientToScreenXY(x1, y1) x2, y2 = self.ClientToScreenXY(x2, y2) dc.DrawLine(x1, y1, x2, y2) dc.SetLogicalFunction(wx.COPY) elif self._mode == wx.HORIZONTAL: x1 = 2 y1 = y x2 = w-2 y2 = y if y1 > h: y1 = h y2 = h elif y1 < 0: y1 = 0 y2 = 0 x1, y1 = self.ClientToScreenXY(x1, y1) x2, y2 = self.ClientToScreenXY(x2, y2) dc.DrawLine(x1, y1, x2, y2) dc.SetLogicalFunction(wx.COPY) elif self._mode == wx.BOTH: x1 = 2 x2 = w-2 y1 = y y2 = y x1, y1 = self.ClientToScreenXY(x1, y1) x2, y2 = self.ClientToScreenXY(x2, y2) dc.DrawLine(x1, y1, x2, y2) x1 = x x2 = x y1 = 2 y2 = h-2 x1, y1 = self.ClientToScreenXY(x1, y1) x2, y2 = self.ClientToScreenXY(x2, y2) dc.DrawLine(x1, y1, x2, y2) dc.SetLogicalFunction(wx.COPY) # Change horizontal split [fraction*10000] def SetHSplit(self, s): """ Change horizontal split fraction. :param `s`: the split fraction, which is an integer value between 0 and 10000 (inclusive), indicating how much space to allocate to the leftmost panes. For example, to split the panes at 35 percent, use:: fourSplitter.SetHSplit(3500) """ if s < 0: s = 0 if s > 10000: s =10000 if s != self._fhor: self._fhor = s self._SizeWindows() # Change vertical split [fraction*10000] def SetVSplit(self, s): """ Change vertical split fraction. :param `s`: the split fraction, which is an integer value between 0 and 10000 (inclusive), indicating how much space to allocate to the topmost panes. For example, to split the panes at 35 percent, use:: fourSplitter.SetVSplit(3500) """ if s < 0: s = 0 if s > 10000: s =10000 if s != self._fver: self._fver = s self._SizeWindows() # Expand one or all of the four panes def SetExpanded(self, expanded): """ This method is used to expand one of the four window to fill the whole client size (when `expanded` >= 0) or to return to the four-window view (when `expanded` < 0). :param `expanded`: an integer >= 0 to expand a window to fill the whole client size, or an integer < 0 to return to the four-window view. """ if expanded >= 4: raise Exception("ERROR: SetExpanded: index out of range: %d"%expanded) if self._expanded != expanded: self._expanded = expanded self._SizeWindows() dispcalGUI-1.7.1.6/dispcalGUI/lib/agw/gradientbutton.py000644 000765 000000 00000046740 12025152305 022537 0ustar00svpwheel000000 000000 # --------------------------------------------------------------------------------- # # GRADIENTBUTTON wxPython IMPLEMENTATION # # Andrea Gavana, @ 07 October 2008 # Latest Revision: 27 Nov 2009, 17.00 GMT # # # TODO List # # 1) Anything to do? # # # For all kind of problems, requests of enhancements and bug reports, please # write to me at: # # andrea.gavana@gmail.com # gavana@kpo.kz # # Or, obviously, to the wxPython mailing list!!! # # # End Of Comments # --------------------------------------------------------------------------------- # """ GradientButton is another custom-drawn button class which mimics Windows CE mobile gradient buttons. Description =========== GradientButton is another custom-drawn button class which mimics Windows CE mobile gradient buttons, using a tri-vertex blended gradient plus some ClearType bold font (best effect with Tahoma Bold). GradientButton supports: * Triple blended gradient background, with customizable colours; * Custom colours for the "pressed" state; * Rounded-corners buttons; * Text-only or image+text buttons. And a lot more. Check the demo for an almost complete review of the functionalities. Supported Platforms =================== GradientButton has been tested on the following platforms: * Windows (Windows XP). Window Styles ============= `No particular window styles are available for this class.` Events Processing ================= This class processes the following events: ================= ================================================== Event Name Description ================= ================================================== ``wx.EVT_BUTTON`` Process a `wx.wxEVT_COMMAND_BUTTON_CLICKED` event, when the button is clicked. ================= ================================================== License And Version =================== GradientButton is distributed under the wxPython license. Latest Revision: Andrea Gavana @ 27 Nov 2009, 17.00 GMT Version 0.3 """ import wx HOVER = 1 CLICK = 2 class GradientButtonEvent(wx.PyCommandEvent): """ Event sent from L{GradientButton} when the button is activated. """ def __init__(self, eventType, eventId): """ Default class constructor. :param `eventType`: the event type; :param `eventId`: the event identifier. """ wx.PyCommandEvent.__init__(self, eventType, eventId) self.isDown = False self.theButton = None def SetButtonObj(self, btn): """ Sets the event object for the event. :param `btn`: the button object, an instance of L{GradientButton}. """ self.theButton = btn def GetButtonObj(self): """ Returns the object associated with this event. """ return self.theButton class GradientButton(wx.PyControl): """ This is the main class implementation of L{GradientButton}. """ def __init__(self, parent, id=wx.ID_ANY, bitmap=None, label="", pos=wx.DefaultPosition, size=wx.DefaultSize, style=wx.NO_BORDER, validator=wx.DefaultValidator, name="gradientbutton"): """ Default class constructor. :param `parent`: the L{GradientButton} parent; :param `id`: window identifier. A value of -1 indicates a default value; :param `bitmap`: the button bitmap (if any); :param `label`: the button text label; :param `pos`: the control position. A value of (-1, -1) indicates a default position, chosen by either the windowing system or wxPython, depending on platform; :param `size`: the control size. A value of (-1, -1) indicates a default size, chosen by either the windowing system or wxPython, depending on platform; :param `style`: the button style (unused); :param `validator`: the validator associated to the button; :param `name`: the button name. """ wx.PyControl.__init__(self, parent, id, pos, size, style, validator, name) self.Bind(wx.EVT_PAINT, self.OnPaint) self.Bind(wx.EVT_ERASE_BACKGROUND, lambda event: None) self.Bind(wx.EVT_SIZE, self.OnSize) self.Bind(wx.EVT_LEFT_DOWN, self.OnLeftDown) self.Bind(wx.EVT_LEFT_UP, self.OnLeftUp) self.Bind(wx.EVT_LEAVE_WINDOW, self.OnMouseLeave) self.Bind(wx.EVT_ENTER_WINDOW, self.OnMouseEnter) self.Bind(wx.EVT_SET_FOCUS, self.OnGainFocus) self.Bind(wx.EVT_KILL_FOCUS, self.OnLoseFocus) self.Bind(wx.EVT_KEY_DOWN, self.OnKeyDown) self.Bind(wx.EVT_KEY_UP, self.OnKeyUp) self.Bind(wx.EVT_LEFT_DCLICK, self.OnLeftDown) self._mouseAction = None self._bitmap = bitmap self._hasFocus = False self.SetLabel(label) self.InheritAttributes() self.SetInitialSize(size) # The following defaults are better suited to draw the text outline self._bottomStartColour = wx.BLACK rgba = self._bottomStartColour.Red(), self._bottomStartColour.Green(), \ self._bottomStartColour.Blue(), self._bottomStartColour.Alpha() self._bottomEndColour = self.LightColour(self._bottomStartColour, 20) self._topStartColour = self.LightColour(self._bottomStartColour, 40) self._topEndColour = self.LightColour(self._bottomStartColour, 25) self._pressedTopColour = self.LightColour(self._bottomStartColour, 20) self._pressedBottomColour = wx.Colour(*rgba) self.SetForegroundColour(wx.WHITE) for method in dir(self): if method.endswith("Colour"): newMethod = method[0:-6] + "Colour" if not hasattr(self, newMethod): setattr(self, newMethod, method) def LightColour(self, colour, percent): """ Return light contrast of `colour`. The colour returned is from the scale of `colour` ==> white. :param `colour`: the input colour to be brightened; :param `percent`: determines how light the colour will be. `percent` = 100 returns white, `percent` = 0 returns `colour`. """ end_colour = wx.WHITE rd = end_colour.Red() - colour.Red() gd = end_colour.Green() - colour.Green() bd = end_colour.Blue() - colour.Blue() high = 100 # We take the percent way of the colour from colour -. white i = percent r = colour.Red() + ((i*rd*100)/high)/100 g = colour.Green() + ((i*gd*100)/high)/100 b = colour.Blue() + ((i*bd*100)/high)/100 return wx.Colour(r, g, b) def OnSize(self, event): """ Handles the ``wx.EVT_SIZE`` event for L{GradientButton}. :param `event`: a `wx.SizeEvent` event to be processed. """ event.Skip() self.Refresh() def OnLeftDown(self, event): """ Handles the ``wx.EVT_LEFT_DOWN`` event for L{GradientButton}. :param `event`: a `wx.MouseEvent` event to be processed. """ if not self.IsEnabled(): return self._mouseAction = CLICK self.CaptureMouse() self.Refresh() event.Skip() def OnLeftUp(self, event): """ Handles the ``wx.EVT_LEFT_UP`` event for L{GradientButton}. :param `event`: a `wx.MouseEvent` event to be processed. """ if not self.IsEnabled() or not self.HasCapture(): return pos = event.GetPosition() rect = self.GetClientRect() if self.HasCapture(): self.ReleaseMouse() if rect.Contains(pos): self._mouseAction = HOVER self.Notify() else: self._mouseAction = None self.Refresh() event.Skip() def OnMouseEnter(self, event): """ Handles the ``wx.EVT_ENTER_WINDOW`` event for L{GradientButton}. :param `event`: a `wx.MouseEvent` event to be processed. """ if not self.IsEnabled(): return self._mouseAction = HOVER self.Refresh() event.Skip() def OnMouseLeave(self, event): """ Handles the ``wx.EVT_LEAVE_WINDOW`` event for L{GradientButton}. :param `event`: a `wx.MouseEvent` event to be processed. """ self._mouseAction = None self.Refresh() event.Skip() def OnGainFocus(self, event): """ Handles the ``wx.EVT_SET_FOCUS`` event for L{GradientButton}. :param `event`: a `wx.FocusEvent` event to be processed. """ self._hasFocus = True self.Refresh() self.Update() def OnLoseFocus(self, event): """ Handles the ``wx.EVT_KILL_FOCUS`` event for L{GradientButton}. :param `event`: a `wx.FocusEvent` event to be processed. """ self._hasFocus = False self.Refresh() self.Update() def OnKeyDown(self, event): """ Handles the ``wx.EVT_KEY_DOWN`` event for L{GradientButton}. :param `event`: a `wx.KeyEvent` event to be processed. """ if self._hasFocus and event.GetKeyCode() == ord(" "): self._mouseAction = HOVER self.Refresh() event.Skip() def OnKeyUp(self, event): """ Handles the ``wx.EVT_KEY_UP`` event for L{GradientButton}. :param `event`: a `wx.KeyEvent` event to be processed. """ if self._hasFocus and event.GetKeyCode() == ord(" "): self._mouseAction = HOVER self.Notify() self.Refresh() event.Skip() def OnPaint(self, event): """ Handles the ``wx.EVT_PAINT`` event for L{GradientButton}. :param `event`: a `wx.PaintEvent` event to be processed. """ dc = wx.BufferedPaintDC(self) gc = wx.GraphicsContext.Create(dc) dc.SetBackground(wx.Brush(self.GetParent().GetBackgroundColour())) dc.Clear() clientRect = self.GetClientRect() gradientRect = wx.Rect(*clientRect) capture = wx.Window.GetCapture() x, y, width, height = clientRect gradientRect.SetHeight(gradientRect.GetHeight()/2 + ((capture==self and [1] or [0])[0])) if capture != self: if self._mouseAction == HOVER: topStart, topEnd = self.LightColour(self._topStartColour, 10), self.LightColour(self._topEndColour, 10) else: topStart, topEnd = self._topStartColour, self._topEndColour rc1 = wx.Rect(x, y, width, height/2) path1 = self.GetPath(gc, rc1, 8) br1 = gc.CreateLinearGradientBrush(x, y, x, y+height/2, topStart, topEnd) gc.SetBrush(br1) gc.FillPath(path1) #draw main path4 = gc.CreatePath() path4.AddRectangle(x, y+height/2-8, width, 8) path4.CloseSubpath() gc.SetBrush(br1) gc.FillPath(path4) else: rc1 = wx.Rect(x, y, width, height) path1 = self.GetPath(gc, rc1, 8) gc.SetPen(wx.Pen(self._pressedTopColour)) gc.SetBrush(wx.Brush(self._pressedTopColour)) gc.FillPath(path1) gradientRect.Offset((0, gradientRect.GetHeight())) if capture != self: if self._mouseAction == HOVER: bottomStart, bottomEnd = self.LightColour(self._bottomStartColour, 10), self.LightColour(self._bottomEndColour, 10) else: bottomStart, bottomEnd = self._bottomStartColour, self._bottomEndColour rc3 = wx.Rect(x, y+height/2, width, height/2) path3 = self.GetPath(gc, rc3, 8) br3 = gc.CreateLinearGradientBrush(x, y+height/2, x, y+height, bottomStart, bottomEnd) gc.SetBrush(br3) gc.FillPath(path3) #draw main path4 = gc.CreatePath() path4.AddRectangle(x, y+height/2, width, 8) path4.CloseSubpath() gc.SetBrush(br3) gc.FillPath(path4) shadowOffset = 0 else: rc2 = wx.Rect(x+1, gradientRect.height/2, gradientRect.width, gradientRect.height) path2 = self.GetPath(gc, rc2, 8) gc.SetPen(wx.Pen(self._pressedBottomColour)) gc.SetBrush(wx.Brush(self._pressedBottomColour)) gc.FillPath(path2) shadowOffset = 1 font = gc.CreateFont(self.GetFont(), self.GetForegroundColour()) gc.SetFont(font) label = self.GetLabel() tw, th = gc.GetTextExtent(label) if self._bitmap: bw, bh = self._bitmap.GetWidth(), self._bitmap.GetHeight() else: bw = bh = 0 pos_x = (width-bw-tw)/2+shadowOffset # adjust for bitmap and text to centre if self._bitmap: pos_y = (height-bh)/2+shadowOffset gc.DrawBitmap(self._bitmap, pos_x, pos_y, bw, bh) # draw bitmap if available pos_x = pos_x + 2 # extra spacing from bitmap gc.DrawText(label, pos_x + bw + shadowOffset, (height-th)/2+shadowOffset) def GetPath(self, gc, rc, r): """ Returns a rounded `wx.GraphicsPath` rectangle. :param `gc`: an instance of `wx.GraphicsContext`; :param `rc`: a client rectangle; :param `r`: the radious of the rounded part of the rectangle. """ x, y, w, h = rc path = gc.CreatePath() path.AddRoundedRectangle(x, y, w, h, r) path.CloseSubpath() return path def SetInitialSize(self, size=None): """ Given the current font and bezel width settings, calculate and set a good size. :param `size`: an instance of `wx.Size`. """ if size is None: size = wx.DefaultSize wx.PyControl.SetInitialSize(self, size) SetBestSize = SetInitialSize def AcceptsFocus(self): """ Can this window be given focus by mouse click? :note: Overridden from `wx.PyControl`. """ return self.IsShown() and self.IsEnabled() def GetDefaultAttributes(self): """ Overridden base class virtual. By default we should use the same font/colour attributes as the native `wx.Button`. """ return wx.Button.GetClassDefaultAttributes() def ShouldInheritColours(self): """ Overridden base class virtual. Buttons usually don't inherit the parent's colours. :note: Overridden from `wx.PyControl`. """ return False def Enable(self, enable=True): """ Enables/disables the button. :param `enable`: ``True`` to enable the button, ``False`` to disable it. :note: Overridden from `wx.PyControl`. """ wx.PyControl.Enable(self, enable) self.Refresh() def SetTopStartColour(self, colour): """ Sets the top start colour for the gradient shading. :param `colour`: a valid `wx.Colour` object. """ self._topStartColour = colour self.Refresh() def GetTopStartColour(self): """ Returns the top start colour for the gradient shading. """ return self._topStartColour def SetTopEndColour(self, colour): """ Sets the top end colour for the gradient shading. :param `colour`: a valid `wx.Colour` object. """ self._topEndColour = colour self.Refresh() def GetTopEndColour(self): """ Returns the top end colour for the gradient shading. """ return self._topEndColour def SetBottomStartColour(self, colour): """ Sets the top bottom colour for the gradient shading. :param `colour`: a valid `wx.Colour` object. """ self._bottomStartColour = colour self.Refresh() def GetBottomStartColour(self): """ Returns the bottom start colour for the gradient shading. """ return self._bottomStartColour def SetBottomEndColour(self, colour): """ Sets the bottom end colour for the gradient shading. :param `colour`: a valid `wx.Colour` object. """ self._bottomEndColour = colour self.Refresh() def GetBottomEndColour(self): """ Returns the bottom end colour for the gradient shading. """ return self._bottomEndColour def SetPressedTopColour(self, colour): """ Sets the pressed top start colour for the gradient shading. :param `colour`: a valid `wx.Colour` object. """ self._pressedTopColour = colour self.Refresh() def GetPressedTopColour(self): """ Returns the pressed top start colour for the gradient shading. """ return self._pressedTopColour def SetPressedBottomColour(self, colour): """ Sets the pressed bottom start colour for the gradient shading. :param `colour`: a valid `wx.Colour` object. """ self._pressedBottomColour = colour self.Refresh() def GetPressedBottomColour(self): """ Returns the pressed bottom start colour for the gradient shading. """ return self._pressedBottomColour def SetForegroundColour(self, colour): """ Sets the L{GradientButton} foreground (text) colour. :param `colour`: a valid `wx.Colour` object. :note: Overridden from `wx.PyControl`. """ wx.PyControl.SetForegroundColour(self, colour) self.Refresh() def DoGetBestSize(self): """ Overridden base class virtual. Determines the best size of the button based on the label and bezel size. """ label = self.GetLabel() if not label: return wx.Size(112, 48) dc = wx.ClientDC(self) dc.SetFont(self.GetFont()) retWidth, retHeight = dc.GetTextExtent(label) bmpWidth = bmpHeight = 0 constant = 15 if self._bitmap: bmpWidth, bmpHeight = self._bitmap.GetWidth()+10, self._bitmap.GetHeight() retWidth += bmpWidth retHeight = max(bmpHeight, retHeight) constant = 15 return wx.Size(retWidth+constant, retHeight+constant) def SetDefault(self): """ Sets the default button. """ tlw = wx.GetTopLevelParent(self) if hasattr(tlw, 'SetDefaultItem'): tlw.SetDefaultItem(self) def Notify(self): """ Actually sends a ``wx.EVT_BUTTON`` event to the listener (if any). """ evt = GradientButtonEvent(wx.wxEVT_COMMAND_BUTTON_CLICKED, self.GetId()) evt.SetButtonObj(self) evt.SetEventObject(self) self.GetEventHandler().ProcessEvent(evt) dispcalGUI-1.7.1.6/dispcalGUI/lib/agw/labelbook.py000644 000765 000000 00000324774 12025152305 021446 0ustar00svpwheel000000 000000 # --------------------------------------------------------------------------- # # LABELBOOK And FLATIMAGEBOOK Widgets wxPython IMPLEMENTATION # # Original C++ Code From Eran, embedded in the FlatMenu source code # # # License: wxWidgets license # # # Python Code By: # # Andrea Gavana, @ 03 Nov 2006 # Latest Revision: 17 Jan 2011, 15.00 GMT # # # For All Kind Of Problems, Requests Of Enhancements And Bug Reports, Please # Write To Me At: # # andrea.gavana@gmail.com # gavana@kpo.kz # # Or, Obviously, To The wxPython Mailing List!!! # # TODO: # LabelBook - Support IMB_SHOW_ONLY_IMAGES # LabelBook - An option for the draw border to only draw the border # between the controls and the pages so the background # colour can flow into the window background # # # # End Of Comments # --------------------------------------------------------------------------- # """ LabelBook and FlatImageBook are a quasi-full generic and owner-drawn implementations of `wx.Notebook`. Description =========== LabelBook and FlatImageBook are a quasi-full implementations of the `wx.Notebook`, and designed to be a drop-in replacement for `wx.Notebook`. The API functions are similar so one can expect the function to behave in the same way. LabelBook anf FlatImageBook share their appearance with `wx.Toolbook` and `wx.Listbook`, while having more options for custom drawings, label positioning, mouse pointing and so on. Moreover, they retain also some visual characteristics of the Outlook address book. Some features: - They are generic controls; - Supports for left, right, top (FlatImageBook only), bottom (FlatImageBook only) book styles; - Possibility to draw images only, text only or both (FlatImageBook only); - Support for a "pin-button", that allows the user to shrink/expand the book tab area; - Shadows behind tabs (LabelBook only); - Gradient shading of the tab area (LabelBook only); - Web-like mouse pointing on tabs style (LabelBook only); - Many customizable colours (tab area, active tab text, tab borders, active tab, highlight) - LabelBook only. And much more. See the demo for a quasi-complete review of all the functionalities of LabelBook and FlatImageBook. Supported Platforms =================== LabelBook and FlatImageBook have been tested on the following platforms: * Windows (Windows XP); * Linux Ubuntu (Dapper 6.06) Window Styles ============= This class supports the following window styles: =========================== =========== ================================================== Window Styles Hex Value Description =========================== =========== ================================================== ``INB_BOTTOM`` 0x1 Place labels below the page area. Available only for `FlatImageBook`. ``INB_LEFT`` 0x2 Place labels on the left side. Available only for `FlatImageBook`. ``INB_RIGHT`` 0x4 Place labels on the right side. ``INB_TOP`` 0x8 Place labels above the page area. ``INB_BORDER`` 0x10 Draws a border around `LabelBook` or `FlatImageBook`. ``INB_SHOW_ONLY_TEXT`` 0x20 Shows only text labels and no images. Available only for `LabelBook`. ``INB_SHOW_ONLY_IMAGES`` 0x40 Shows only tab images and no label texts. Available only for `LabelBook`. ``INB_FIT_BUTTON`` 0x80 Displays a pin button to show/hide the book control. ``INB_DRAW_SHADOW`` 0x100 Draw shadows below the book tabs. Available only for `LabelBook`. ``INB_USE_PIN_BUTTON`` 0x200 Displays a pin button to show/hide the book control. ``INB_GRADIENT_BACKGROUND`` 0x400 Draws a gradient shading on the tabs background. Available only for `LabelBook`. ``INB_WEB_HILITE`` 0x800 On mouse hovering, tabs behave like html hyperlinks. Available only for `LabelBook`. ``INB_NO_RESIZE`` 0x1000 Don't allow resizing of the tab area. ``INB_FIT_LABELTEXT`` 0x2000 Will fit the tab area to the longest text (or text+image if you have images) in all the tabs. =========================== =========== ================================================== Events Processing ================= This class processes the following events: =================================== ================================================== Event Name Description =================================== ================================================== ``EVT_IMAGENOTEBOOK_PAGE_CHANGED`` Notify client objects when the active page in `ImageNotebook` has changed. ``EVT_IMAGENOTEBOOK_PAGE_CHANGING`` Notify client objects when the active page in `ImageNotebook` is about to change. ``EVT_IMAGENOTEBOOK_PAGE_CLOSED`` Notify client objects when a page in `ImageNotebook` has been closed. ``EVT_IMAGENOTEBOOK_PAGE_CLOSING`` Notify client objects when a page in `ImageNotebook` is closing. =================================== ================================================== License And Version =================== LabelBook and FlatImageBook are distributed under the wxPython license. Latest Revision: Andrea Gavana @ 17 Jan 2011, 15.00 GMT Version 0.5. """ __docformat__ = "epytext" #---------------------------------------------------------------------- # Beginning Of IMAGENOTEBOOK wxPython Code #---------------------------------------------------------------------- import wx from artmanager import ArtManager, DCSaver from fmresources import * # Check for the new method in 2.7 (not present in 2.6.3.3) if wx.VERSION_STRING < "2.7": wx.Rect.Contains = lambda self, point: wx.Rect.Inside(self, point) # FlatImageBook and LabelBook styles INB_BOTTOM = 1 """ Place labels below the page area. Available only for `FlatImageBook`.""" INB_LEFT = 2 """ Place labels on the left side. Available only for `FlatImageBook`.""" INB_RIGHT = 4 """ Place labels on the right side. """ INB_TOP = 8 """ Place labels above the page area. """ INB_BORDER = 16 """ Draws a border around `LabelBook` or `FlatImageBook`. """ INB_SHOW_ONLY_TEXT = 32 """ Shows only text labels and no images. Available only for `LabelBook`.""" INB_SHOW_ONLY_IMAGES = 64 """ Shows only tab images and no label texts. Available only for `LabelBook`.""" INB_FIT_BUTTON = 128 """ Displays a pin button to show/hide the book control. """ INB_DRAW_SHADOW = 256 """ Draw shadows below the book tabs. Available only for `LabelBook`.""" INB_USE_PIN_BUTTON = 512 """ Displays a pin button to show/hide the book control. """ INB_GRADIENT_BACKGROUND = 1024 """ Draws a gradient shading on the tabs background. Available only for `LabelBook`.""" INB_WEB_HILITE = 2048 """ On mouse hovering, tabs behave like html hyperlinks. Available only for `LabelBook`.""" INB_NO_RESIZE = 4096 """ Don't allow resizing of the tab area. """ INB_FIT_LABELTEXT = 8192 """ Will fit the tab area to the longest text (or text+image if you have images) in all the tabs. """ wxEVT_IMAGENOTEBOOK_PAGE_CHANGED = wx.wxEVT_COMMAND_NOTEBOOK_PAGE_CHANGED wxEVT_IMAGENOTEBOOK_PAGE_CHANGING = wx.wxEVT_COMMAND_NOTEBOOK_PAGE_CHANGING wxEVT_IMAGENOTEBOOK_PAGE_CLOSING = wx.NewEventType() wxEVT_IMAGENOTEBOOK_PAGE_CLOSED = wx.NewEventType() #-----------------------------------# # ImageNotebookEvent #-----------------------------------# EVT_IMAGENOTEBOOK_PAGE_CHANGED = wx.EVT_NOTEBOOK_PAGE_CHANGED """ Notify client objects when the active page in `ImageNotebook` has changed. """ EVT_IMAGENOTEBOOK_PAGE_CHANGING = wx.EVT_NOTEBOOK_PAGE_CHANGING """ Notify client objects when the active page in `ImageNotebook` is about to change. """ EVT_IMAGENOTEBOOK_PAGE_CLOSING = wx.PyEventBinder(wxEVT_IMAGENOTEBOOK_PAGE_CLOSING, 1) """ Notify client objects when a page in `ImageNotebook` is closing. """ EVT_IMAGENOTEBOOK_PAGE_CLOSED = wx.PyEventBinder(wxEVT_IMAGENOTEBOOK_PAGE_CLOSED, 1) """ Notify client objects when a page in `ImageNotebook` has been closed. """ # ---------------------------------------------------------------------------- # # Class ImageNotebookEvent # ---------------------------------------------------------------------------- # class ImageNotebookEvent(wx.PyCommandEvent): """ This events will be sent when a ``EVT_IMAGENOTEBOOK_PAGE_CHANGED``, ``EVT_IMAGENOTEBOOK_PAGE_CHANGING``, ``EVT_IMAGENOTEBOOK_PAGE_CLOSING``, ``EVT_IMAGENOTEBOOK_PAGE_CLOSED`` is mapped in the parent. """ def __init__(self, eventType, eventId=1, sel=-1, oldsel=-1): """ Default class constructor. :param `eventType`: the event type; :param `eventId`: the event identifier; :param `sel`: the current selection; :param `oldsel`: the old selection. """ wx.PyCommandEvent.__init__(self, eventType, eventId) self._eventType = eventType self._sel = sel self._oldsel = oldsel self._allowed = True def SetSelection(self, s): """ Sets the event selection. :param `s`: an integer specifying the new selection. """ self._sel = s def SetOldSelection(self, s): """ Sets the event old selection. :param `s`: an integer specifying the old selection. """ self._oldsel = s def GetSelection(self): """ Returns the event selection. """ return self._sel def GetOldSelection(self): """ Returns the old event selection. """ return self._oldsel def Veto(self): """ Prevents the change announced by this event from happening. :note: It is in general a good idea to notify the user about the reasons for vetoing the change because otherwise the applications behaviour (which just refuses to do what the user wants) might be quite surprising. """ self._allowed = False def Allow(self): """ This is the opposite of L{Veto}: it explicitly allows the event to be processed. For most events it is not necessary to call this method as the events are allowed anyhow but some are forbidden by default (this will be mentioned in the corresponding event description). """ self._allowed = True def IsAllowed(self): """ Returns ``True`` if the change is allowed (L{Veto} hasn't been called) or ``False`` otherwise (if it was). """ return self._allowed # ---------------------------------------------------------------------------- # # Class ImageInfo # ---------------------------------------------------------------------------- # class ImageInfo(object): """ This class holds all the information (caption, image, etc...) belonging to a single tab in L{LabelBook}. """ def __init__(self, strCaption="", imageIndex=-1): """ Default class constructor. :param `strCaption`: the tab caption; :param `imageIndex`: the tab image index based on the assigned (set) `wx.ImageList` (if any). """ self._pos = wx.Point() self._size = wx.Size() self._strCaption = strCaption self._ImageIndex = imageIndex self._captionRect = wx.Rect() def SetCaption(self, value): """ Sets the tab caption. :param `value`: the new tab caption. """ self._strCaption = value def GetCaption(self): """ Returns the tab caption. """ return self._strCaption def SetPosition(self, value): """ Sets the tab position. :param `value`: the new tab position, an instance of `wx.Point`. """ self._pos = value def GetPosition(self): """ Returns the tab position. """ return self._pos def SetSize(self, value): """ Sets the tab size. :param `value`: the new tab size, an instance of `wx.Size`. """ self._size = value def GetSize(self): """ Returns the tab size. """ return self._size def SetImageIndex(self, value): """ Sets the tab image index. :param `value`: an index into the image list.. """ self._ImageIndex = value def GetImageIndex(self): """ Returns the tab image index. """ return self._ImageIndex def SetTextRect(self, rect): """ Sets the client rectangle available for the tab text. :param `rect`: the tab text client rectangle, an instance of `wx.Rect`. """ self._captionRect = rect def GetTextRect(self): """ Returns the client rectangle available for the tab text. """ return self._captionRect # ---------------------------------------------------------------------------- # # Class ImageContainerBase # ---------------------------------------------------------------------------- # class ImageContainerBase(wx.Panel): """ Base class for L{FlatImageBook} image container. """ def __init__(self, parent, id=wx.ID_ANY, pos=wx.DefaultPosition, size=wx.DefaultSize, style=0, agwStyle=0, name="ImageContainerBase"): """ Default class constructor. :param `parent`: parent window. Must not be ``None``; :param `id`: window identifier. A value of -1 indicates a default value; :param `pos`: the control position. A value of (-1, -1) indicates a default position, chosen by either the windowing system or wxPython, depending on platform; :param `size`: the control size. A value of (-1, -1) indicates a default size, chosen by either the windowing system or wxPython, depending on platform; :param `style`: the underlying `wx.Panel` window style; :param `agwStyle`: the AGW-specific window style. This can be a combination of the following bits: =========================== =========== ================================================== Window Styles Hex Value Description =========================== =========== ================================================== ``INB_BOTTOM`` 0x1 Place labels below the page area. Available only for L{FlatImageBook}. ``INB_LEFT`` 0x2 Place labels on the left side. Available only for L{FlatImageBook}. ``INB_RIGHT`` 0x4 Place labels on the right side. ``INB_TOP`` 0x8 Place labels above the page area. ``INB_BORDER`` 0x10 Draws a border around L{LabelBook} or L{FlatImageBook}. ``INB_SHOW_ONLY_TEXT`` 0x20 Shows only text labels and no images. Available only for L{LabelBook}. ``INB_SHOW_ONLY_IMAGES`` 0x40 Shows only tab images and no label texts. Available only for L{LabelBook}. ``INB_FIT_BUTTON`` 0x80 Displays a pin button to show/hide the book control. ``INB_DRAW_SHADOW`` 0x100 Draw shadows below the book tabs. Available only for L{LabelBook}. ``INB_USE_PIN_BUTTON`` 0x200 Displays a pin button to show/hide the book control. ``INB_GRADIENT_BACKGROUND`` 0x400 Draws a gradient shading on the tabs background. Available only for L{LabelBook}. ``INB_WEB_HILITE`` 0x800 On mouse hovering, tabs behave like html hyperlinks. Available only for L{LabelBook}. ``INB_NO_RESIZE`` 0x1000 Don't allow resizing of the tab area. ``INB_FIT_LABELTEXT`` 0x2000 Will fit the tab area to the longest text (or text+image if you have images) in all the tabs. =========================== =========== ================================================== :param `name`: the window name. """ self._nIndex = -1 self._nImgSize = 16 self._ImageList = None self._nHoeveredImgIdx = -1 self._bCollapsed = False self._tabAreaSize = (-1, -1) self._nPinButtonStatus = INB_PIN_NONE self._pagesInfoVec = [] self._pinBtnRect = wx.Rect() wx.Panel.__init__(self, parent, id, pos, size, style | wx.NO_BORDER | wx.NO_FULL_REPAINT_ON_RESIZE, name) def HasAGWFlag(self, flag): """ Tests for existance of flag in the style. :param `flag`: a window style. This can be a combination of the following bits: =========================== =========== ================================================== Window Styles Hex Value Description =========================== =========== ================================================== ``INB_BOTTOM`` 0x1 Place labels below the page area. Available only for L{FlatImageBook}. ``INB_LEFT`` 0x2 Place labels on the left side. Available only for L{FlatImageBook}. ``INB_RIGHT`` 0x4 Place labels on the right side. ``INB_TOP`` 0x8 Place labels above the page area. ``INB_BORDER`` 0x10 Draws a border around L{LabelBook} or L{FlatImageBook}. ``INB_SHOW_ONLY_TEXT`` 0x20 Shows only text labels and no images. Available only for L{LabelBook}. ``INB_SHOW_ONLY_IMAGES`` 0x40 Shows only tab images and no label texts. Available only for L{LabelBook}. ``INB_FIT_BUTTON`` 0x80 Displays a pin button to show/hide the book control. ``INB_DRAW_SHADOW`` 0x100 Draw shadows below the book tabs. Available only for L{LabelBook}. ``INB_USE_PIN_BUTTON`` 0x200 Displays a pin button to show/hide the book control. ``INB_GRADIENT_BACKGROUND`` 0x400 Draws a gradient shading on the tabs background. Available only for L{LabelBook}. ``INB_WEB_HILITE`` 0x800 On mouse hovering, tabs behave like html hyperlinks. Available only for L{LabelBook}. ``INB_NO_RESIZE`` 0x1000 Don't allow resizing of the tab area. ``INB_FIT_LABELTEXT`` 0x2000 Will fit the tab area to the longest text (or text+image if you have images) in all the tabs. =========================== =========== ================================================== """ style = self.GetParent().GetAGWWindowStyleFlag() res = (style & flag and [True] or [False])[0] return res def ClearFlag(self, flag): """ Removes flag from the style. :param `flag`: a window style flag. :see: L{HasAGWFlag} for a list of possible window style flags. """ parent = self.GetParent() agwStyle = parent.GetAGWWindowStyleFlag() agwStyle &= ~(flag) parent.SetAGWWindowStyleFlag(agwStyle) def AssignImageList(self, imglist): """ Assigns an image list to the L{ImageContainerBase}. :param `imglist`: an instance of `wx.ImageList`. """ if imglist and imglist.GetImageCount() != 0: self._nImgSize = imglist.GetBitmap(0).GetHeight() self._ImageList = imglist parent = self.GetParent() agwStyle = parent.GetAGWWindowStyleFlag() parent.SetAGWWindowStyleFlag(agwStyle) def GetImageList(self): """ Return the image list for L{ImageContainerBase}. """ return self._ImageList def GetImageSize(self): """ Returns the image size inside the L{ImageContainerBase} image list. """ return self._nImgSize def FixTextSize(self, dc, text, maxWidth): """ Fixes the text, to fit `maxWidth` value. If the text length exceeds `maxWidth` value this function truncates it and appends two dots at the end. ("Long Long Long Text" might become "Long Long..."). :param `dc`: an instance of `wx.DC`; :param `text`: the text to fix/truncate; :param `maxWidth`: the maximum allowed width for the text, in pixels. """ return ArtManager.Get().TruncateText(dc, text, maxWidth) def CanDoBottomStyle(self): """ Allows the parent to examine the children type. Some implementation (such as L{LabelBook}), does not support top/bottom images, only left/right. """ return False def AddPage(self, caption, selected=False, imgIdx=-1): """ Adds a page to the container. :param `caption`: specifies the text for the new tab; :param `selected`: specifies whether the page should be selected; :param `imgIdx`: specifies the optional image index for the new tab. """ self._pagesInfoVec.append(ImageInfo(caption, imgIdx)) if selected or len(self._pagesInfoVec) == 1: self._nIndex = len(self._pagesInfoVec)-1 self.Refresh() def InsertPage(self, page_idx, caption, selected=False, imgIdx=-1): """ Inserts a page into the container at the specified position. :param `page_idx`: specifies the position for the new tab; :param `caption`: specifies the text for the new tab; :param `selected`: specifies whether the page should be selected; :param `imgIdx`: specifies the optional image index for the new tab. """ self._pagesInfoVec.insert(page_idx, ImageInfo(caption, imgIdx)) if selected or len(self._pagesInfoVec) == 1: self._nIndex = len(self._pagesInfoVec)-1 self.Refresh() def SetPageImage(self, page, imgIdx): """ Sets the image for the given page. :param `page`: the index of the tab; :param `imgIdx`: specifies the optional image index for the tab. """ imgInfo = self._pagesInfoVec[page] imgInfo.SetImageIndex(imgIdx) def SetPageText(self, page, text): """ Sets the tab caption for the given page. :param `page`: the index of the tab; :param `text`: the new tab caption. """ imgInfo = self._pagesInfoVec[page] imgInfo.SetCaption(text) def GetPageImage(self, page): """ Returns the image index for the given page. :param `page`: the index of the tab. """ imgInfo = self._pagesInfoVec[page] return imgInfo.GetImageIndex() def GetPageText(self, page): """ Returns the tab caption for the given page. :param `page`: the index of the tab. """ imgInfo = self._pagesInfoVec[page] return imgInfo.GetCaption() def ClearAll(self): """ Deletes all the pages in the container. """ self._pagesInfoVec = [] self._nIndex = wx.NOT_FOUND def DoDeletePage(self, page): """ Does the actual page deletion. :param `page`: the index of the tab. """ # Remove the page from the vector book = self.GetParent() self._pagesInfoVec.pop(page) if self._nIndex >= page: self._nIndex = self._nIndex - 1 # The delete page was the last first on the array, # but the book still has more pages, so we set the # active page to be the first one (0) if self._nIndex < 0 and len(self._pagesInfoVec) > 0: self._nIndex = 0 # Refresh the tabs if self._nIndex >= 0: book._bForceSelection = True book.SetSelection(self._nIndex) book._bForceSelection = False if not self._pagesInfoVec: # Erase the page container drawings dc = wx.ClientDC(self) dc.Clear() def OnSize(self, event): """ Handles the ``wx.EVT_SIZE`` event for L{ImageContainerBase}. :param `event`: a `wx.SizeEvent` event to be processed. """ self.Refresh() # Call on paint event.Skip() def OnEraseBackground(self, event): """ Handles the ``wx.EVT_ERASE_BACKGROUND`` event for L{ImageContainerBase}. :param `event`: a `wx.EraseEvent` event to be processed. :note: This method is intentionally empty to reduce flicker. """ pass def HitTest(self, pt): """ Returns the index of the tab at the specified position or ``wx.NOT_FOUND`` if ``None``, plus the flag style of L{HitTest}. :param `pt`: an instance of `wx.Point`, to test for hits. :return: The index of the tab at the specified position plus the hit test flag, which can be one of the following bits: ====================== ======= ================================ HitTest Flags Value Description ====================== ======= ================================ ``IMG_OVER_IMG`` 0 The mouse is over the tab icon ``IMG_OVER_PIN`` 1 The mouse is over the pin button ``IMG_OVER_EW_BORDER`` 2 The mouse is over the east-west book border ``IMG_NONE`` 3 Nowhere ====================== ======= ================================ """ style = self.GetParent().GetAGWWindowStyleFlag() if style & INB_USE_PIN_BUTTON: if self._pinBtnRect.Contains(pt): return -1, IMG_OVER_PIN for i in xrange(len(self._pagesInfoVec)): if self._pagesInfoVec[i].GetPosition() == wx.Point(-1, -1): break # For Web Hover style, we test the TextRect if not self.HasAGWFlag(INB_WEB_HILITE): buttonRect = wx.RectPS(self._pagesInfoVec[i].GetPosition(), self._pagesInfoVec[i].GetSize()) else: buttonRect = self._pagesInfoVec[i].GetTextRect() if buttonRect.Contains(pt): return i, IMG_OVER_IMG if self.PointOnSash(pt): return -1, IMG_OVER_EW_BORDER else: return -1, IMG_NONE def PointOnSash(self, pt): """ Tests whether pt is located on the sash. :param `pt`: an instance of `wx.Point`, to test for hits. """ # Check if we are on a the sash border cltRect = self.GetClientRect() if self.HasAGWFlag(INB_LEFT) or self.HasAGWFlag(INB_TOP): if pt.x > cltRect.x + cltRect.width - 4: return True else: if pt.x < 4: return True return False def OnMouseLeftDown(self, event): """ Handles the ``wx.EVT_LEFT_DOWN`` event for L{ImageContainerBase}. :param `event`: a `wx.MouseEvent` event to be processed. """ newSelection = -1 event.Skip() # Support for collapse/expand style = self.GetParent().GetAGWWindowStyleFlag() if style & INB_USE_PIN_BUTTON: if self._pinBtnRect.Contains(event.GetPosition()): self._nPinButtonStatus = INB_PIN_PRESSED dc = wx.ClientDC(self) self.DrawPin(dc, self._pinBtnRect, not self._bCollapsed) return # Incase panel is collapsed, there is nothing # to check if self._bCollapsed: return tabIdx, where = self.HitTest(event.GetPosition()) if where == IMG_OVER_IMG: self._nHoeveredImgIdx = -1 if tabIdx == -1: return self.GetParent().SetSelection(tabIdx) def OnMouseLeaveWindow(self, event): """ Handles the ``wx.EVT_LEAVE_WINDOW`` event for L{ImageContainerBase}. :param `event`: a `wx.MouseEvent` event to be processed. """ bRepaint = self._nHoeveredImgIdx != -1 self._nHoeveredImgIdx = -1 # Make sure the pin button status is NONE # incase we were in pin button style style = self.GetParent().GetAGWWindowStyleFlag() if style & INB_USE_PIN_BUTTON: self._nPinButtonStatus = INB_PIN_NONE dc = wx.ClientDC(self) self.DrawPin(dc, self._pinBtnRect, not self._bCollapsed) # Restore cursor wx.SetCursor(wx.StockCursor(wx.CURSOR_ARROW)) if bRepaint: self.Refresh() def OnMouseLeftUp(self, event): """ Handles the ``wx.EVT_LEFT_UP`` event for L{ImageContainerBase}. :param `event`: a `wx.MouseEvent` event to be processed. """ style = self.GetParent().GetAGWWindowStyleFlag() if style & INB_USE_PIN_BUTTON: bIsLabelContainer = not self.CanDoBottomStyle() if self._pinBtnRect.Contains(event.GetPosition()): self._nPinButtonStatus = INB_PIN_NONE self._bCollapsed = not self._bCollapsed if self._bCollapsed: # Save the current tab area width self._tabAreaSize = self.GetSize() if bIsLabelContainer: self.SetSizeHints(20, self._tabAreaSize.y) else: if style & INB_BOTTOM or style & INB_TOP: self.SetSizeHints(self._tabAreaSize.x, 20) else: self.SetSizeHints(20, self._tabAreaSize.y) else: if bIsLabelContainer: self.SetSizeHints(self._tabAreaSize.x, -1) else: # Restore the tab area size if style & INB_BOTTOM or style & INB_TOP: self.SetSizeHints(-1, self._tabAreaSize.y) else: self.SetSizeHints(self._tabAreaSize.x, -1) self.GetParent().GetSizer().Layout() self.Refresh() return def OnMouseMove(self, event): """ Handles the ``wx.EVT_MOTION`` event for L{ImageContainerBase}. :param `event`: a `wx.MouseEvent` event to be processed. """ style = self.GetParent().GetAGWWindowStyleFlag() if style & INB_USE_PIN_BUTTON: # Check to see if we are in the pin button rect if not self._pinBtnRect.Contains(event.GetPosition()) and self._nPinButtonStatus == INB_PIN_PRESSED: self._nPinButtonStatus = INB_PIN_NONE dc = wx.ClientDC(self) self.DrawPin(dc, self._pinBtnRect, not self._bCollapsed) imgIdx, where = self.HitTest(event.GetPosition()) self._nHoeveredImgIdx = imgIdx if not self._bCollapsed: if self._nHoeveredImgIdx >= 0 and self._nHoeveredImgIdx < len(self._pagesInfoVec): # Change the cursor to be Hand if self.HasAGWFlag(INB_WEB_HILITE) and self._nHoeveredImgIdx != self._nIndex: wx.SetCursor(wx.StockCursor(wx.CURSOR_HAND)) else: # Restore the cursor only if we have the Web hover style set, # and we are not currently hovering the sash if self.HasAGWFlag(INB_WEB_HILITE) and not self.PointOnSash(event.GetPosition()): wx.SetCursor(wx.StockCursor(wx.CURSOR_ARROW)) # Dont display hover effect when hoevering the # selected label if self._nHoeveredImgIdx == self._nIndex: self._nHoeveredImgIdx = -1 self.Refresh() def DrawPin(self, dc, rect, downPin): """ Draw a pin button, that allows collapsing of the image panel. :param `dc`: an instance of `wx.DC`; :param `rect`: the pin button client rectangle; :param `downPin`: ``True`` if the pin button is facing downwards, ``False`` if it is facing leftwards. """ # Set the bitmap according to the button status if downPin: pinBmp = wx.BitmapFromXPMData(pin_down_xpm) else: pinBmp = wx.BitmapFromXPMData(pin_left_xpm) xx = rect.x + 2 if self._nPinButtonStatus in [INB_PIN_HOVER, INB_PIN_NONE]: dc.SetBrush(wx.TRANSPARENT_BRUSH) dc.SetPen(wx.BLACK_PEN) dc.DrawRectangle(xx, rect.y, 16, 16) # Draw upper and left border with grey colour dc.SetPen(wx.WHITE_PEN) dc.DrawLine(xx, rect.y, xx + 16, rect.y) dc.DrawLine(xx, rect.y, xx, rect.y + 16) elif self._nPinButtonStatus == INB_PIN_PRESSED: dc.SetBrush(wx.TRANSPARENT_BRUSH) dc.SetPen(wx.Pen(wx.NamedColour("LIGHT GREY"))) dc.DrawRectangle(xx, rect.y, 16, 16) # Draw upper and left border with grey colour dc.SetPen(wx.BLACK_PEN) dc.DrawLine(xx, rect.y, xx + 16, rect.y) dc.DrawLine(xx, rect.y, xx, rect.y + 16) # Set the masking pinBmp.SetMask(wx.Mask(pinBmp, wx.WHITE)) # Draw the new bitmap dc.DrawBitmap(pinBmp, xx, rect.y, True) # Save the pin rect self._pinBtnRect = rect # ---------------------------------------------------------------------------- # # Class ImageContainer # ---------------------------------------------------------------------------- # class ImageContainer(ImageContainerBase): """ Base class for L{FlatImageBook} image container. """ def __init__(self, parent, id=wx.ID_ANY, pos=wx.DefaultPosition, size=wx.DefaultSize, style=0, agwStyle=0, name="ImageContainer"): """ Default class constructor. :param `parent`: parent window. Must not be ``None``; :param `id`: window identifier. A value of -1 indicates a default value; :param `pos`: the control position. A value of (-1, -1) indicates a default position, chosen by either the windowing system or wxPython, depending on platform; :param `size`: the control size. A value of (-1, -1) indicates a default size, chosen by either the windowing system or wxPython, depending on platform; :param `style`: the underlying `wx.Panel` window style; :param `agwStyle`: the AGW-specific window style. This can be a combination of the following bits: =========================== =========== ================================================== Window Styles Hex Value Description =========================== =========== ================================================== ``INB_BOTTOM`` 0x1 Place labels below the page area. Available only for L{FlatImageBook}. ``INB_LEFT`` 0x2 Place labels on the left side. Available only for L{FlatImageBook}. ``INB_RIGHT`` 0x4 Place labels on the right side. ``INB_TOP`` 0x8 Place labels above the page area. ``INB_BORDER`` 0x10 Draws a border around L{LabelBook} or L{FlatImageBook}. ``INB_SHOW_ONLY_TEXT`` 0x20 Shows only text labels and no images. Available only for L{LabelBook}. ``INB_SHOW_ONLY_IMAGES`` 0x40 Shows only tab images and no label texts. Available only for L{LabelBook}. ``INB_FIT_BUTTON`` 0x80 Displays a pin button to show/hide the book control. ``INB_DRAW_SHADOW`` 0x100 Draw shadows below the book tabs. Available only for L{LabelBook}. ``INB_USE_PIN_BUTTON`` 0x200 Displays a pin button to show/hide the book control. ``INB_GRADIENT_BACKGROUND`` 0x400 Draws a gradient shading on the tabs background. Available only for L{LabelBook}. ``INB_WEB_HILITE`` 0x800 On mouse hovering, tabs behave like html hyperlinks. Available only for L{LabelBook}. ``INB_NO_RESIZE`` 0x1000 Don't allow resizing of the tab area. ``INB_FIT_LABELTEXT`` 0x2000 Will fit the tab area to the longest text (or text+image if you have images) in all the tabs. =========================== =========== ================================================== :param `name`: the window name. """ ImageContainerBase.__init__(self, parent, id, pos, size, style, agwStyle, name) self.Bind(wx.EVT_PAINT, self.OnPaint) self.Bind(wx.EVT_SIZE, self.OnSize) self.Bind(wx.EVT_LEFT_DOWN, self.OnMouseLeftDown) self.Bind(wx.EVT_LEFT_UP, self.OnMouseLeftUp) self.Bind(wx.EVT_ERASE_BACKGROUND, self.OnEraseBackground) self.Bind(wx.EVT_MOTION, self.OnMouseMove) self.Bind(wx.EVT_LEAVE_WINDOW, self.OnMouseLeaveWindow) def OnSize(self, event): """ Handles the ``wx.EVT_SIZE`` event for L{ImageContainer}. :param `event`: a `wx.SizeEvent` event to be processed. """ ImageContainerBase.OnSize(self, event) event.Skip() def OnMouseLeftDown(self, event): """ Handles the ``wx.EVT_LEFT_DOWN`` event for L{ImageContainer}. :param `event`: a `wx.MouseEvent` event to be processed. """ ImageContainerBase.OnMouseLeftDown(self, event) event.Skip() def OnMouseLeftUp(self, event): """ Handles the ``wx.EVT_LEFT_UP`` event for L{ImageContainer}. :param `event`: a `wx.MouseEvent` event to be processed. """ ImageContainerBase.OnMouseLeftUp(self, event) event.Skip() def OnEraseBackground(self, event): """ Handles the ``wx.EVT_ERASE_BACKGROUND`` event for L{ImageContainer}. :param `event`: a `wx.EraseEvent` event to be processed. """ ImageContainerBase.OnEraseBackground(self, event) def OnMouseMove(self, event): """ Handles the ``wx.EVT_MOTION`` event for L{ImageContainer}. :param `event`: a `wx.MouseEvent` event to be processed. """ ImageContainerBase.OnMouseMove(self, event) event.Skip() def OnMouseLeaveWindow(self, event): """ Handles the ``wx.EVT_LEAVE_WINDOW`` event for L{ImageContainer}. :param `event`: a `wx.MouseEvent` event to be processed. """ ImageContainerBase.OnMouseLeaveWindow(self, event) event.Skip() def CanDoBottomStyle(self): """ Allows the parent to examine the children type. Some implementation (such as L{LabelBook}), does not support top/bottom images, only left/right. """ return True def OnPaint(self, event): """ Handles the ``wx.EVT_PAINT`` event for L{ImageContainer}. :param `event`: a `wx.PaintEvent` event to be processed. """ dc = wx.BufferedPaintDC(self) style = self.GetParent().GetAGWWindowStyleFlag() backBrush = wx.WHITE_BRUSH if style & INB_BORDER: borderPen = wx.Pen(wx.SystemSettings_GetColour(wx.SYS_COLOUR_3DSHADOW)) else: borderPen = wx.TRANSPARENT_PEN size = self.GetSize() # Background dc.SetBrush(backBrush) borderPen.SetWidth(1) dc.SetPen(borderPen) dc.DrawRectangle(0, 0, size.x, size.y) bUsePin = (style & INB_USE_PIN_BUTTON and [True] or [False])[0] if bUsePin: # Draw the pin button clientRect = self.GetClientRect() pinRect = wx.Rect(clientRect.GetX() + clientRect.GetWidth() - 20, 2, 20, 20) self.DrawPin(dc, pinRect, not self._bCollapsed) if self._bCollapsed: return borderPen = wx.BLACK_PEN borderPen.SetWidth(1) dc.SetPen(borderPen) dc.DrawLine(0, size.y, size.x, size.y) dc.DrawPoint(0, size.y) clientSize = 0 bUseYcoord = (style & INB_RIGHT or style & INB_LEFT) if bUseYcoord: clientSize = size.GetHeight() else: clientSize = size.GetWidth() # We reserver 20 pixels for the 'pin' button # The drawing of the images start position. This is # depenedent of the style, especially when Pin button # style is requested if bUsePin: if style & INB_TOP or style & INB_BOTTOM: pos = (style & INB_BORDER and [0] or [1])[0] else: pos = (style & INB_BORDER and [20] or [21])[0] else: pos = (style & INB_BORDER and [0] or [1])[0] nPadding = 4 # Pad text with 2 pixels on the left and right nTextPaddingLeft = 2 count = 0 for i in xrange(len(self._pagesInfoVec)): count = count + 1 # incase the 'fit button' style is applied, we set the rectangle width to the # text width plus padding # Incase the style IS applied, but the style is either LEFT or RIGHT # we ignore it normalFont = wx.SystemSettings_GetFont(wx.SYS_DEFAULT_GUI_FONT) dc.SetFont(normalFont) textWidth, textHeight = dc.GetTextExtent(self._pagesInfoVec[i].GetCaption()) # Restore font to be normal normalFont.SetWeight(wx.FONTWEIGHT_NORMAL) dc.SetFont(normalFont) # Default values for the surronounding rectangle # around a button rectWidth = self._nImgSize * 2 # To avoid the recangle to 'touch' the borders rectHeight = self._nImgSize * 2 # Incase the style requires non-fixed button (fit to text) # recalc the rectangle width if style & INB_FIT_BUTTON and \ not ((style & INB_LEFT) or (style & INB_RIGHT)) and \ not self._pagesInfoVec[i].GetCaption() == "" and \ not (style & INB_SHOW_ONLY_IMAGES): rectWidth = ((textWidth + nPadding * 2) > rectWidth and [nPadding * 2 + textWidth] or [rectWidth])[0] # Make the width an even number if rectWidth % 2 != 0: rectWidth += 1 # Check that we have enough space to draw the button # If Pin button is used, consider its space as well (applicable for top/botton style) # since in the left/right, its size is already considered in 'pos' pinBtnSize = (bUsePin and [20] or [0])[0] if pos + rectWidth + pinBtnSize > clientSize: break # Calculate the button rectangle modRectWidth = ((style & INB_LEFT or style & INB_RIGHT) and [rectWidth - 2] or [rectWidth])[0] modRectHeight = ((style & INB_LEFT or style & INB_RIGHT) and [rectHeight] or [rectHeight - 2])[0] if bUseYcoord: buttonRect = wx.Rect(1, pos, modRectWidth, modRectHeight) else: buttonRect = wx.Rect(pos , 1, modRectWidth, modRectHeight) # Check if we need to draw a rectangle around the button if self._nIndex == i: # Set the colours penColour = wx.SystemSettings_GetColour(wx.SYS_COLOUR_ACTIVECAPTION) brushColour = ArtManager.Get().LightColour(wx.SystemSettings_GetColour(wx.SYS_COLOUR_ACTIVECAPTION), 75) dc.SetPen(wx.Pen(penColour)) dc.SetBrush(wx.Brush(brushColour)) # Fix the surrounding of the rect if border is set if style & INB_BORDER: if style & INB_TOP or style & INB_BOTTOM: buttonRect = wx.Rect(buttonRect.x + 1, buttonRect.y, buttonRect.width - 1, buttonRect.height) else: buttonRect = wx.Rect(buttonRect.x, buttonRect.y + 1, buttonRect.width, buttonRect.height - 1) dc.DrawRectangleRect(buttonRect) if self._nHoeveredImgIdx == i: # Set the colours penColour = wx.SystemSettings_GetColour(wx.SYS_COLOUR_ACTIVECAPTION) brushColour = ArtManager.Get().LightColour(wx.SystemSettings_GetColour(wx.SYS_COLOUR_ACTIVECAPTION), 90) dc.SetPen(wx.Pen(penColour)) dc.SetBrush(wx.Brush(brushColour)) # Fix the surrounding of the rect if border is set if style & INB_BORDER: if style & INB_TOP or style & INB_BOTTOM: buttonRect = wx.Rect(buttonRect.x + 1, buttonRect.y, buttonRect.width - 1, buttonRect.height) else: buttonRect = wx.Rect(buttonRect.x, buttonRect.y + 1, buttonRect.width, buttonRect.height - 1) dc.DrawRectangleRect(buttonRect) if bUseYcoord: rect = wx.Rect(0, pos, rectWidth, rectWidth) else: rect = wx.Rect(pos, 0, rectWidth, rectWidth) # Incase user set both flags: # INB_SHOW_ONLY_TEXT and INB_SHOW_ONLY_IMAGES # We override them to display both if style & INB_SHOW_ONLY_TEXT and style & INB_SHOW_ONLY_IMAGES: style ^= INB_SHOW_ONLY_TEXT style ^= INB_SHOW_ONLY_IMAGES self.GetParent().SetAGWWindowStyleFlag(style) # Draw the caption and text imgTopPadding = 10 if not style & INB_SHOW_ONLY_TEXT and self._pagesInfoVec[i].GetImageIndex() != -1: if bUseYcoord: imgXcoord = self._nImgSize / 2 imgYcoord = (style & INB_SHOW_ONLY_IMAGES and [pos + self._nImgSize / 2] or [pos + imgTopPadding])[0] else: imgXcoord = pos + (rectWidth / 2) - (self._nImgSize / 2) imgYcoord = (style & INB_SHOW_ONLY_IMAGES and [self._nImgSize / 2] or [imgTopPadding])[0] self._ImageList.Draw(self._pagesInfoVec[i].GetImageIndex(), dc, imgXcoord, imgYcoord, wx.IMAGELIST_DRAW_TRANSPARENT, True) # Draw the text if not style & INB_SHOW_ONLY_IMAGES and not self._pagesInfoVec[i].GetCaption() == "": dc.SetFont(normalFont) # Check if the text can fit the size of the rectangle, # if not truncate it fixedText = self._pagesInfoVec[i].GetCaption() if not style & INB_FIT_BUTTON or (style & INB_LEFT or (style & INB_RIGHT)): fixedText = self.FixTextSize(dc, self._pagesInfoVec[i].GetCaption(), self._nImgSize *2 - 4) # Update the length of the text textWidth, textHeight = dc.GetTextExtent(fixedText) if bUseYcoord: textOffsetX = ((rectWidth - textWidth) / 2 ) textOffsetY = (not style & INB_SHOW_ONLY_TEXT and [pos + self._nImgSize + imgTopPadding + 3] or \ [pos + ((self._nImgSize * 2 - textHeight) / 2 )])[0] else: textOffsetX = (rectWidth - textWidth) / 2 + pos + nTextPaddingLeft textOffsetY = (not style & INB_SHOW_ONLY_TEXT and [self._nImgSize + imgTopPadding + 3] or \ [((self._nImgSize * 2 - textHeight) / 2 )])[0] dc.SetTextForeground(wx.SystemSettings_GetColour(wx.SYS_COLOUR_WINDOWTEXT)) dc.DrawText(fixedText, textOffsetX, textOffsetY) # Update the page info self._pagesInfoVec[i].SetPosition(buttonRect.GetPosition()) self._pagesInfoVec[i].SetSize(buttonRect.GetSize()) pos += rectWidth # Update all buttons that can not fit into the screen as non-visible for ii in xrange(count, len(self._pagesInfoVec)): self._pagesInfoVec[ii].SetPosition(wx.Point(-1, -1)) # Draw the pin button if bUsePin: clientRect = self.GetClientRect() pinRect = wx.Rect(clientRect.GetX() + clientRect.GetWidth() - 20, 2, 20, 20) self.DrawPin(dc, pinRect, not self._bCollapsed) # ---------------------------------------------------------------------------- # # Class LabelContainer # ---------------------------------------------------------------------------- # class LabelContainer(ImageContainerBase): """ Base class for L{LabelBook}. """ def __init__(self, parent, id=wx.ID_ANY, pos=wx.DefaultPosition, size=wx.DefaultSize, style=0, agwStyle=0, name="LabelContainer"): """ Default class constructor. :param `parent`: parent window. Must not be ``None``; :param `id`: window identifier. A value of -1 indicates a default value; :param `pos`: the control position. A value of (-1, -1) indicates a default position, chosen by either the windowing system or wxPython, depending on platform; :param `size`: the control size. A value of (-1, -1) indicates a default size, chosen by either the windowing system or wxPython, depending on platform; :param `style`: the underlying `wx.Panel` window style; :param `agwStyle`: the AGW-specific window style. This can be a combination of the following bits: =========================== =========== ================================================== Window Styles Hex Value Description =========================== =========== ================================================== ``INB_BOTTOM`` 0x1 Place labels below the page area. Available only for L{FlatImageBook}. ``INB_LEFT`` 0x2 Place labels on the left side. Available only for L{FlatImageBook}. ``INB_RIGHT`` 0x4 Place labels on the right side. ``INB_TOP`` 0x8 Place labels above the page area. ``INB_BORDER`` 0x10 Draws a border around L{LabelBook} or L{FlatImageBook}. ``INB_SHOW_ONLY_TEXT`` 0x20 Shows only text labels and no images. Available only for L{LabelBook}. ``INB_SHOW_ONLY_IMAGES`` 0x40 Shows only tab images and no label texts. Available only for L{LabelBook}. ``INB_FIT_BUTTON`` 0x80 Displays a pin button to show/hide the book control. ``INB_DRAW_SHADOW`` 0x100 Draw shadows below the book tabs. Available only for L{LabelBook}. ``INB_USE_PIN_BUTTON`` 0x200 Displays a pin button to show/hide the book control. ``INB_GRADIENT_BACKGROUND`` 0x400 Draws a gradient shading on the tabs background. Available only for L{LabelBook}. ``INB_WEB_HILITE`` 0x800 On mouse hovering, tabs behave like html hyperlinks. Available only for L{LabelBook}. ``INB_NO_RESIZE`` 0x1000 Don't allow resizing of the tab area. ``INB_FIT_LABELTEXT`` 0x2000 Will fit the tab area to the longest text (or text+image if you have images) in all the tabs. =========================== =========== ================================================== :param `name`: the window name. """ ImageContainerBase.__init__(self, parent, id, pos, size, style, agwStyle, name) self._nTabAreaWidth = 100 self._oldCursor = wx.NullCursor self._coloursMap = {} self._skin = wx.NullBitmap self._sashRect = wx.Rect() self.Bind(wx.EVT_PAINT, self.OnPaint) self.Bind(wx.EVT_SIZE, self.OnSize) self.Bind(wx.EVT_LEFT_DOWN, self.OnMouseLeftDown) self.Bind(wx.EVT_LEFT_UP, self.OnMouseLeftUp) self.Bind(wx.EVT_MOTION, self.OnMouseMove) self.Bind(wx.EVT_LEAVE_WINDOW, self.OnMouseLeaveWindow) self.Bind(wx.EVT_ERASE_BACKGROUND, self.OnEraseBackground) def OnSize(self, event): """ Handles the ``wx.EVT_SIZE`` event for L{LabelContainer}. :param `event`: a `wx.SizeEvent` event to be processed. """ ImageContainerBase.OnSize(self, event) event.Skip() def OnEraseBackground(self, event): """ Handles the ``wx.EVT_ERASE_BACKGROUND`` event for L{LabelContainer}. :param `event`: a `wx.EraseEvent` event to be processed. """ ImageContainerBase.OnEraseBackground(self, event) def GetTabAreaWidth(self): """ Returns the width of the tab area. """ return self._nTabAreaWidth def SetTabAreaWidth(self, width): """ Sets the width of the tab area. :param `width`: the width of the tab area, in pixels. """ self._nTabAreaWidth = width def CanDoBottomStyle(self): """ Allows the parent to examine the children type. Some implementation (such as L{LabelBook}), does not support top/bottom images, only left/right. """ return False def SetBackgroundBitmap(self, bmp): """ Sets the background bitmap for the control. :param `bmp`: a valid `wx.Bitmap` object. """ self._skin = bmp def OnPaint(self, event): """ Handles the ``wx.EVT_PAINT`` event for L{LabelContainer}. :param `event`: a `wx.PaintEvent` event to be processed. """ style = self.GetParent().GetAGWWindowStyleFlag() dc = wx.BufferedPaintDC(self) backBrush = wx.Brush(self._coloursMap[INB_TAB_AREA_BACKGROUND_COLOUR]) if self.HasAGWFlag(INB_BORDER): borderPen = wx.Pen(self._coloursMap[INB_TABS_BORDER_COLOUR]) else: borderPen = wx.TRANSPARENT_PEN size = self.GetSize() # Set the pen & brush dc.SetBrush(backBrush) dc.SetPen(borderPen) # Incase user set both flags, we override them to display both # INB_SHOW_ONLY_TEXT and INB_SHOW_ONLY_IMAGES if style & INB_SHOW_ONLY_TEXT and style & INB_SHOW_ONLY_IMAGES: style ^= INB_SHOW_ONLY_TEXT style ^= INB_SHOW_ONLY_IMAGES self.GetParent().SetAGWWindowStyleFlag(style) if self.HasAGWFlag(INB_GRADIENT_BACKGROUND) and not self._skin.Ok(): # Draw graident in the background area startColour = self._coloursMap[INB_TAB_AREA_BACKGROUND_COLOUR] endColour = ArtManager.Get().LightColour(self._coloursMap[INB_TAB_AREA_BACKGROUND_COLOUR], 50) ArtManager.Get().PaintStraightGradientBox(dc, wx.Rect(0, 0, size.x / 2, size.y), startColour, endColour, False) ArtManager.Get().PaintStraightGradientBox(dc, wx.Rect(size.x / 2, 0, size.x / 2, size.y), endColour, startColour, False) else: # Draw the border and background if self._skin.Ok(): dc.SetBrush(wx.TRANSPARENT_BRUSH) self.DrawBackgroundBitmap(dc) dc.DrawRectangleRect(wx.Rect(0, 0, size.x, size.y)) # Draw border if self.HasAGWFlag(INB_BORDER) and self.HasAGWFlag(INB_GRADIENT_BACKGROUND): # Just draw the border with transparent brush dc.SetBrush(wx.TRANSPARENT_BRUSH) dc.DrawRectangleRect(wx.Rect(0, 0, size.x, size.y)) bUsePin = (self.HasAGWFlag(INB_USE_PIN_BUTTON) and [True] or [False])[0] if bUsePin: # Draw the pin button clientRect = self.GetClientRect() pinRect = wx.Rect(clientRect.GetX() + clientRect.GetWidth() - 20, 2, 20, 20) self.DrawPin(dc, pinRect, not self._bCollapsed) if self._bCollapsed: return dc.SetPen(wx.BLACK_PEN) self.SetSizeHints(self._nTabAreaWidth, -1) # We reserve 20 pixels for the pin button posy = 20 count = 0 for i in xrange(len(self._pagesInfoVec)): count = count+1 # Default values for the surronounding rectangle # around a button rectWidth = self._nTabAreaWidth if self.HasAGWFlag(INB_SHOW_ONLY_TEXT): font = wx.SystemSettings_GetFont(wx.SYS_DEFAULT_GUI_FONT) font.SetPointSize(font.GetPointSize() * self.GetParent().GetFontSizeMultiple()) if self.GetParent().GetFontBold(): font.SetWeight(wx.FONTWEIGHT_BOLD) dc.SetFont(font) w, h = dc.GetTextExtent(self._pagesInfoVec[i].GetCaption()) rectHeight = h * 2 else: rectHeight = self._nImgSize * 2 # Check that we have enough space to draw the button if posy + rectHeight > size.GetHeight(): break # Calculate the button rectangle posx = 0 buttonRect = wx.Rect(posx, posy, rectWidth, rectHeight) indx = self._pagesInfoVec[i].GetImageIndex() if indx == -1: bmp = wx.NullBitmap else: bmp = self._ImageList.GetBitmap(indx) self.DrawLabel(dc, buttonRect, self._pagesInfoVec[i].GetCaption(), bmp, self._pagesInfoVec[i], self.HasAGWFlag(INB_LEFT) or self.HasAGWFlag(INB_TOP), i, self._nIndex == i, self._nHoeveredImgIdx == i) posy += rectHeight # Update all buttons that can not fit into the screen as non-visible for ii in xrange(count, len(self._pagesInfoVec)): self._pagesInfoVec[i].SetPosition(wx.Point(-1, -1)) if bUsePin: clientRect = self.GetClientRect() pinRect = wx.Rect(clientRect.GetX() + clientRect.GetWidth() - 20, 2, 20, 20) self.DrawPin(dc, pinRect, not self._bCollapsed) def DrawBackgroundBitmap(self, dc): """ Draws a bitmap as the background of the control. :param `dc`: an instance of `wx.DC`. """ clientRect = self.GetClientRect() width = clientRect.GetWidth() height = clientRect.GetHeight() coveredY = coveredX = 0 xstep = self._skin.GetWidth() ystep = self._skin.GetHeight() bmpRect = wx.Rect(0, 0, xstep, ystep) if bmpRect != clientRect: mem_dc = wx.MemoryDC() bmp = wx.EmptyBitmap(width, height) mem_dc.SelectObject(bmp) while coveredY < height: while coveredX < width: mem_dc.DrawBitmap(self._skin, coveredX, coveredY, True) coveredX += xstep coveredX = 0 coveredY += ystep mem_dc.SelectObject(wx.NullBitmap) #self._skin = bmp dc.DrawBitmap(bmp, 0, 0) else: dc.DrawBitmap(self._skin, 0, 0) def OnMouseLeftUp(self, event): """ Handles the ``wx.EVT_LEFT_UP`` event for L{LabelContainer}. :param `event`: a `wx.MouseEvent` event to be processed. """ if self.HasAGWFlag(INB_NO_RESIZE): ImageContainerBase.OnMouseLeftUp(self, event) return if self.HasCapture(): self.ReleaseMouse() # Sash was being dragged? if not self._sashRect.IsEmpty(): # Remove sash ArtManager.Get().DrawDragSash(self._sashRect) self.Resize(event) self._sashRect = wx.Rect() return self._sashRect = wx.Rect() # Restore cursor if self._oldCursor.Ok(): wx.SetCursor(self._oldCursor) self._oldCursor = wx.NullCursor ImageContainerBase.OnMouseLeftUp(self, event) def Resize(self, event): """ Actually resizes the tab area. :param `event`: an instance of `wx.SizeEvent`. """ # Resize our size self._tabAreaSize = self.GetSize() newWidth = self._tabAreaSize.x x = event.GetX() if self.HasAGWFlag(INB_BOTTOM) or self.HasAGWFlag(INB_RIGHT): newWidth -= event.GetX() else: newWidth = x if newWidth < 100: # Dont allow width to be lower than that newWidth = 100 self.SetSizeHints(newWidth, self._tabAreaSize.y) # Update the tab new area width self._nTabAreaWidth = newWidth self.GetParent().Freeze() self.GetParent().GetSizer().Layout() self.GetParent().Thaw() def OnMouseMove(self, event): """ Handles the ``wx.EVT_MOTION`` event for L{LabelContainer}. :param `event`: a `wx.MouseEvent` event to be processed. """ if self.HasAGWFlag(INB_NO_RESIZE): ImageContainerBase.OnMouseMove(self, event) return # Remove old sash if not self._sashRect.IsEmpty(): ArtManager.Get().DrawDragSash(self._sashRect) if event.LeftIsDown(): if not self._sashRect.IsEmpty(): # Progress sash, and redraw it clientRect = self.GetClientRect() pt = self.ClientToScreen(wx.Point(event.GetX(), 0)) self._sashRect = wx.RectPS(pt, wx.Size(4, clientRect.height)) ArtManager.Get().DrawDragSash(self._sashRect) else: # Sash is not being dragged if self._oldCursor.Ok(): wx.SetCursor(self._oldCursor) self._oldCursor = wx.NullCursor else: if self.HasCapture(): self.ReleaseMouse() if self.PointOnSash(event.GetPosition()): # Change cursor to EW cursor self._oldCursor = self.GetCursor() wx.SetCursor(wx.StockCursor(wx.CURSOR_SIZEWE)) elif self._oldCursor.Ok(): wx.SetCursor(self._oldCursor) self._oldCursor = wx.NullCursor self._sashRect = wx.Rect() ImageContainerBase.OnMouseMove(self, event) def OnMouseLeftDown(self, event): """ Handles the ``wx.EVT_LEFT_DOWN`` event for L{LabelContainer}. :param `event`: a `wx.MouseEvent` event to be processed. """ if self.HasAGWFlag(INB_NO_RESIZE): ImageContainerBase.OnMouseLeftDown(self, event) return imgIdx, where = self.HitTest(event.GetPosition()) if IMG_OVER_EW_BORDER == where and not self._bCollapsed: # We are over the sash if not self._sashRect.IsEmpty(): ArtManager.Get().DrawDragSash(self._sashRect) else: # first time, begin drawing sash self.CaptureMouse() # Change mouse cursor self._oldCursor = self.GetCursor() wx.SetCursor(wx.StockCursor(wx.CURSOR_SIZEWE)) clientRect = self.GetClientRect() pt = self.ClientToScreen(wx.Point(event.GetX(), 0)) self._sashRect = wx.RectPS(pt, wx.Size(4, clientRect.height)) ArtManager.Get().DrawDragSash(self._sashRect) else: ImageContainerBase.OnMouseLeftDown(self, event) def OnMouseLeaveWindow(self, event): """ Handles the ``wx.EVT_LEAVE_WINDOW`` event for L{LabelContainer}. :param `event`: a `wx.MouseEvent` event to be processed. """ if self.HasAGWFlag(INB_NO_RESIZE): ImageContainerBase.OnMouseLeaveWindow(self, event) return # If Sash is being dragged, ignore this event if not self.HasCapture(): ImageContainerBase.OnMouseLeaveWindow(self, event) def DrawRegularHover(self, dc, rect): """ Draws a rounded rectangle around the current tab. :param `dc`: an instance of `wx.DC`; :param `rect`: the current tab client rectangle. """ # The hovered tab with default border dc.SetBrush(wx.TRANSPARENT_BRUSH) dc.SetPen(wx.Pen(wx.WHITE)) # We draw CCW if self.HasAGWFlag(INB_RIGHT) or self.HasAGWFlag(INB_TOP): # Right images # Upper line dc.DrawLine(rect.x + 1, rect.y, rect.x + rect.width, rect.y) # Right line (white) dc.DrawLine(rect.x + rect.width, rect.y, rect.x + rect.width, rect.y + rect.height) # Bottom diagnol - we change pen dc.SetPen(wx.Pen(self._coloursMap[INB_TABS_BORDER_COLOUR])) # Bottom line dc.DrawLine(rect.x + rect.width, rect.y + rect.height, rect.x, rect.y + rect.height) else: # Left images # Upper line white dc.DrawLine(rect.x, rect.y, rect.x + rect.width - 1, rect.y) # Left line dc.DrawLine(rect.x, rect.y, rect.x, rect.y + rect.height) # Bottom diagnol, we change the pen dc.SetPen(wx.Pen(self._coloursMap[INB_TABS_BORDER_COLOUR])) # Bottom line dc.DrawLine(rect.x, rect.y + rect.height, rect.x + rect.width, rect.y + rect.height) def DrawWebHover(self, dc, caption, xCoord, yCoord): """ Draws a web style hover effect (cursor set to hand & text is underlined). :param `dc`: an instance of `wx.DC`; :param `caption`: the tab caption text; :param `xCoord`: the x position of the tab caption; :param `yCoord`: the y position of the tab caption. """ # Redraw the text with underlined font underLinedFont = wx.SystemSettings_GetFont(wx.SYS_DEFAULT_GUI_FONT) underLinedFont.SetPointSize(underLinedFont.GetPointSize() * self.GetParent().GetFontSizeMultiple()) if self.GetParent().GetFontBold(): underLinedFont.SetWeight(wx.FONTWEIGHT_BOLD) underLinedFont.SetUnderlined(True) dc.SetFont(underLinedFont) dc.DrawText(caption, xCoord, yCoord) def SetColour(self, which, colour): """ Sets a colour for a parameter. :param `which`: can be one of the following parameters: ================================== ======= ================================== Colour Key Value Description ================================== ======= ================================== ``INB_TAB_AREA_BACKGROUND_COLOUR`` 100 The tab area background colour ``INB_ACTIVE_TAB_COLOUR`` 101 The active tab background colour ``INB_TABS_BORDER_COLOUR`` 102 The tabs border colour ``INB_TEXT_COLOUR`` 103 The tab caption text colour ``INB_ACTIVE_TEXT_COLOUR`` 104 The active tab caption text colour ``INB_HILITE_TAB_COLOUR`` 105 The tab caption highlight text colour ================================== ======= ================================== :param `colour`: a valid `wx.Colour` object. """ self._coloursMap[which] = colour def GetColour(self, which): """ Returns a colour for a parameter. :param `which`: the colour key. :see: L{SetColour} for a list of valid colour keys. """ if not self._coloursMap.has_key(which): return wx.Colour() return self._coloursMap[which] def InitializeColours(self): """ Initializes the colours map to be used for this control. """ # Initialize map colours self._coloursMap.update({INB_TAB_AREA_BACKGROUND_COLOUR: ArtManager.Get().LightColour(ArtManager.Get().FrameColour(), 50)}) self._coloursMap.update({INB_ACTIVE_TAB_COLOUR: ArtManager.Get().GetMenuFaceColour()}) self._coloursMap.update({INB_TABS_BORDER_COLOUR: wx.SystemSettings_GetColour(wx.SYS_COLOUR_3DSHADOW)}) self._coloursMap.update({INB_HILITE_TAB_COLOUR: wx.NamedColour("LIGHT BLUE")}) self._coloursMap.update({INB_TEXT_COLOUR: wx.WHITE}) self._coloursMap.update({INB_ACTIVE_TEXT_COLOUR: wx.BLACK}) # dont allow bright colour one on the other if not ArtManager.Get().IsDark(self._coloursMap[INB_TAB_AREA_BACKGROUND_COLOUR]) and \ not ArtManager.Get().IsDark(self._coloursMap[INB_TEXT_COLOUR]): self._coloursMap[INB_TEXT_COLOUR] = ArtManager.Get().DarkColour(self._coloursMap[INB_TEXT_COLOUR], 100) def DrawLabel(self, dc, rect, text, bmp, imgInfo, orientationLeft, imgIdx, selected, hover): """ Draws a label using the specified dc. :param `dc`: an instance of `wx.DC`; :param `rect`: the text client rectangle; :param `text`: the actual text string; :param `bmp`: a bitmap to be drawn next to the text; :param `imgInfo`: an instance of L{ImageInfo}; :param `orientationLeft`: ``True`` if the book has the ``INB_RIGHT`` or ``INB_LEFT`` style set; :param `imgIdx`: the tab image index; :param `selected`: ``True`` if the tab is selected, ``False`` otherwise; :param `hover`: ``True`` if the tab is being hovered with the mouse, ``False`` otherwise. """ dcsaver = DCSaver(dc) nPadding = 6 if orientationLeft: rect.x += nPadding rect.width -= nPadding else: rect.width -= nPadding textRect = wx.Rect(*rect) imgRect = wx.Rect(*rect) font = wx.SystemSettings_GetFont(wx.SYS_DEFAULT_GUI_FONT) font.SetPointSize(font.GetPointSize() * self.GetParent().GetFontSizeMultiple()) if self.GetParent().GetFontBold(): font.SetWeight(wx.FONTWEIGHT_BOLD) dc.SetFont(font) # First we define the rectangle for the text w, h = dc.GetTextExtent(text) #------------------------------------------------------------------------- # Label layout: # [ nPadding | Image | nPadding | Text | nPadding ] #------------------------------------------------------------------------- # Text bounding rectangle textRect.x += nPadding textRect.y = rect.y + (rect.height - h)/2 textRect.width = rect.width - 2 * nPadding if bmp.Ok() and not self.HasAGWFlag(INB_SHOW_ONLY_TEXT): textRect.x += (bmp.GetWidth() + nPadding) textRect.width -= (bmp.GetWidth() + nPadding) textRect.height = h # Truncate text if needed caption = ArtManager.Get().TruncateText(dc, text, textRect.width) # Image bounding rectangle if bmp.Ok() and not self.HasAGWFlag(INB_SHOW_ONLY_TEXT): imgRect.x += nPadding imgRect.width = bmp.GetWidth() imgRect.y = rect.y + (rect.height - bmp.GetHeight())/2 imgRect.height = bmp.GetHeight() # Draw bounding rectangle if selected: # First we colour the tab dc.SetBrush(wx.Brush(self._coloursMap[INB_ACTIVE_TAB_COLOUR])) if self.HasAGWFlag(INB_BORDER): dc.SetPen(wx.Pen(self._coloursMap[INB_TABS_BORDER_COLOUR])) else: dc.SetPen(wx.Pen(self._coloursMap[INB_ACTIVE_TAB_COLOUR])) labelRect = wx.Rect(*rect) if orientationLeft: labelRect.width += 3 else: labelRect.width += 3 labelRect.x -= 3 dc.DrawRoundedRectangleRect(labelRect, 3) if not orientationLeft and self.HasAGWFlag(INB_DRAW_SHADOW): dc.SetPen(wx.BLACK_PEN) dc.DrawPoint(labelRect.x + labelRect.width - 1, labelRect.y + labelRect.height - 1) # Draw the text & bitmap if caption != "": if selected: dc.SetTextForeground(self._coloursMap[INB_ACTIVE_TEXT_COLOUR]) else: dc.SetTextForeground(self._coloursMap[INB_TEXT_COLOUR]) dc.DrawText(caption, textRect.x, textRect.y) imgInfo.SetTextRect(textRect) else: imgInfo.SetTextRect(wx.Rect()) if bmp.Ok() and not self.HasAGWFlag(INB_SHOW_ONLY_TEXT): dc.DrawBitmap(bmp, imgRect.x, imgRect.y, True) # Drop shadow if self.HasAGWFlag(INB_DRAW_SHADOW) and selected: sstyle = 0 if orientationLeft: sstyle = BottomShadow else: sstyle = BottomShadowFull | RightShadow if self.HasAGWFlag(INB_WEB_HILITE): # Always drop shadow for this style ArtManager.Get().DrawBitmapShadow(dc, rect, sstyle) else: if imgIdx+1 != self._nHoeveredImgIdx: ArtManager.Get().DrawBitmapShadow(dc, rect, sstyle) # Draw hover effect if hover: if self.HasAGWFlag(INB_WEB_HILITE) and caption != "": self.DrawWebHover(dc, caption, textRect.x, textRect.y) else: self.DrawRegularHover(dc, rect) # Update the page information bout position and size imgInfo.SetPosition(rect.GetPosition()) imgInfo.SetSize(rect.GetSize()) # ---------------------------------------------------------------------------- # # Class FlatBookBase # ---------------------------------------------------------------------------- # class FlatBookBase(wx.Panel): """ Base class for the containing window for L{LabelBook} and L{FlatImageBook}. """ def __init__(self, parent, id=wx.ID_ANY, pos=wx.DefaultPosition, size=wx.DefaultSize, style=0, agwStyle=0, name="FlatBookBase"): """ Default class constructor. :param `parent`: parent window. Must not be ``None``; :param `id`: window identifier. A value of -1 indicates a default value; :param `pos`: the control position. A value of (-1, -1) indicates a default position, chosen by either the windowing system or wxPython, depending on platform; :param `size`: the control size. A value of (-1, -1) indicates a default size, chosen by either the windowing system or wxPython, depending on platform; :param `style`: the underlying `wx.Panel` window style; :param `agwStyle`: the AGW-specific window style. This can be a combination of the following bits: =========================== =========== ================================================== Window Styles Hex Value Description =========================== =========== ================================================== ``INB_BOTTOM`` 0x1 Place labels below the page area. Available only for L{FlatImageBook}. ``INB_LEFT`` 0x2 Place labels on the left side. Available only for L{FlatImageBook}. ``INB_RIGHT`` 0x4 Place labels on the right side. ``INB_TOP`` 0x8 Place labels above the page area. ``INB_BORDER`` 0x10 Draws a border around L{LabelBook} or L{FlatImageBook}. ``INB_SHOW_ONLY_TEXT`` 0x20 Shows only text labels and no images. Available only for L{LabelBook}. ``INB_SHOW_ONLY_IMAGES`` 0x40 Shows only tab images and no label texts. Available only for L{LabelBook}. ``INB_FIT_BUTTON`` 0x80 Displays a pin button to show/hide the book control. ``INB_DRAW_SHADOW`` 0x100 Draw shadows below the book tabs. Available only for L{LabelBook}. ``INB_USE_PIN_BUTTON`` 0x200 Displays a pin button to show/hide the book control. ``INB_GRADIENT_BACKGROUND`` 0x400 Draws a gradient shading on the tabs background. Available only for L{LabelBook}. ``INB_WEB_HILITE`` 0x800 On mouse hovering, tabs behave like html hyperlinks. Available only for L{LabelBook}. ``INB_NO_RESIZE`` 0x1000 Don't allow resizing of the tab area. ``INB_FIT_LABELTEXT`` 0x2000 Will fit the tab area to the longest text (or text+image if you have images) in all the tabs. =========================== =========== ================================================== :param `name`: the window name. """ self._pages = None self._bInitializing = True self._pages = None self._bForceSelection = False self._windows = [] self._fontSizeMultiple = 1.0 self._fontBold = False style |= wx.TAB_TRAVERSAL self._agwStyle = agwStyle wx.Panel.__init__(self, parent, id, pos, size, style, name) self._bInitializing = False def SetAGWWindowStyleFlag(self, agwStyle): """ Sets the window style. :param `agwStyle`: can be a combination of the following bits: =========================== =========== ================================================== Window Styles Hex Value Description =========================== =========== ================================================== ``INB_BOTTOM`` 0x1 Place labels below the page area. Available only for L{FlatImageBook}. ``INB_LEFT`` 0x2 Place labels on the left side. Available only for L{FlatImageBook}. ``INB_RIGHT`` 0x4 Place labels on the right side. ``INB_TOP`` 0x8 Place labels above the page area. ``INB_BORDER`` 0x10 Draws a border around L{LabelBook} or L{FlatImageBook}. ``INB_SHOW_ONLY_TEXT`` 0x20 Shows only text labels and no images. Available only for L{LabelBook}. ``INB_SHOW_ONLY_IMAGES`` 0x40 Shows only tab images and no label texts. Available only for L{LabelBook}. ``INB_FIT_BUTTON`` 0x80 Displays a pin button to show/hide the book control. ``INB_DRAW_SHADOW`` 0x100 Draw shadows below the book tabs. Available only for L{LabelBook}. ``INB_USE_PIN_BUTTON`` 0x200 Displays a pin button to show/hide the book control. ``INB_GRADIENT_BACKGROUND`` 0x400 Draws a gradient shading on the tabs background. Available only for L{LabelBook}. ``INB_WEB_HILITE`` 0x800 On mouse hovering, tabs behave like html hyperlinks. Available only for L{LabelBook}. ``INB_NO_RESIZE`` 0x1000 Don't allow resizing of the tab area. ``INB_FIT_LABELTEXT`` 0x2000 Will fit the tab area to the longest text (or text+image if you have images) in all the tabs. =========================== =========== ================================================== """ self._agwStyle = agwStyle # Check that we are not in initialization process if self._bInitializing: return if not self._pages: return # Detach the windows attached to the sizer if self.GetSelection() >= 0: self._mainSizer.Detach(self._windows[self.GetSelection()]) self._mainSizer.Detach(self._pages) # Create new sizer with the requested orientaion className = self.GetName() if className == "LabelBook": self._mainSizer = wx.BoxSizer(wx.HORIZONTAL) else: if agwStyle & INB_LEFT or agwStyle & INB_RIGHT: self._mainSizer = wx.BoxSizer(wx.HORIZONTAL) else: self._mainSizer = wx.BoxSizer(wx.VERTICAL) self.SetSizer(self._mainSizer) # Add the tab container and the separator self._mainSizer.Add(self._pages, 0, wx.EXPAND) if className == "FlatImageBook": if agwStyle & INB_LEFT or agwStyle & INB_RIGHT: self._pages.SetSizeHints(self._pages._nImgSize * 2, -1) else: self._pages.SetSizeHints(-1, self._pages._nImgSize * 2) # Attach the windows back to the sizer to the sizer if self.GetSelection() >= 0: self.DoSetSelection(self._windows[self.GetSelection()]) if agwStyle & INB_FIT_LABELTEXT: self.ResizeTabArea() self._mainSizer.Layout() dummy = wx.SizeEvent() wx.PostEvent(self, dummy) self._pages.Refresh() def GetAGWWindowStyleFlag(self): """ Returns the L{FlatBookBase} window style. :see: L{SetAGWWindowStyleFlag} for a list of possible window style flags. """ return self._agwStyle def HasAGWFlag(self, flag): """ Returns whether a flag is present in the L{FlatBookBase} style. :param `flag`: one of the possible L{FlatBookBase} window styles. :see: L{SetAGWWindowStyleFlag} for a list of possible window style flags. """ agwStyle = self.GetAGWWindowStyleFlag() res = (agwStyle & flag and [True] or [False])[0] return res def AddPage(self, page, text, select=False, imageId=-1): """ Adds a page to the book. :param `page`: specifies the new page; :param `text`: specifies the text for the new page; :param `select`: specifies whether the page should be selected; :param `imageId`: specifies the optional image index for the new page. :note: The call to this function generates the page changing events. """ if not page: return page.Reparent(self) self._windows.append(page) if select or len(self._windows) == 1: self.DoSetSelection(page) else: page.Hide() self._pages.AddPage(text, select, imageId) self.ResizeTabArea() self.Refresh() def InsertPage(self, page_idx, page, text, select=False, imageId=-1): """ Inserts a page into the book at the specified position. :param `page_idx`: specifies the position for the new page; :param `page`: specifies the new page; :param `text`: specifies the text for the new page; :param `select`: specifies whether the page should be selected; :param `imageId`: specifies the optional image index for the new page. :note: The call to this function generates the page changing events. """ if not page: return page.Reparent(self) self._windows.insert(page_idx, page) if select or len(self._windows) == 1: self.DoSetSelection(page) else: page.Hide() self._pages.InsertPage(page_idx, text, select, imageId) self.ResizeTabArea() self.Refresh() def DeletePage(self, page): """ Deletes the specified page, and the associated window. :param `page`: an integer specifying the page to be deleted. :note: The call to this function generates the page changing events. """ if page >= len(self._windows) or page < 0: return # Fire a closing event event = ImageNotebookEvent(wxEVT_IMAGENOTEBOOK_PAGE_CLOSING, self.GetId()) event.SetSelection(page) event.SetEventObject(self) self.GetEventHandler().ProcessEvent(event) # The event handler allows it? if not event.IsAllowed(): return False self.Freeze() # Delete the requested page pageRemoved = self._windows[page] # If the page is the current window, remove it from the sizer # as well if page == self.GetSelection(): self._mainSizer.Detach(pageRemoved) # Remove it from the array as well self._windows.pop(page) # Now we can destroy it in wxWidgets use Destroy instead of delete pageRemoved.Destroy() self._mainSizer.Layout() self._pages.DoDeletePage(page) self.ResizeTabArea() self.Thaw() # Fire a closed event closedEvent = ImageNotebookEvent(wxEVT_IMAGENOTEBOOK_PAGE_CLOSED, self.GetId()) closedEvent.SetSelection(page) closedEvent.SetEventObject(self) self.GetEventHandler().ProcessEvent(closedEvent) def RemovePage(self, page): """ Deletes the specified page, without deleting the associated window. :param `page`: an integer specifying the page to be removed. :note: The call to this function generates the page changing events. """ if page >= len(self._windows): return False # Fire a closing event event = ImageNotebookEvent(wxEVT_IMAGENOTEBOOK_PAGE_CLOSING, self.GetId()) event.SetSelection(page) event.SetEventObject(self) self.GetEventHandler().ProcessEvent(event) # The event handler allows it? if not event.IsAllowed(): return False self.Freeze() # Remove the requested page pageRemoved = self._windows[page] # If the page is the current window, remove it from the sizer # as well if page == self.GetSelection(): self._mainSizer.Detach(pageRemoved) # Remove it from the array as well self._windows.pop(page) self._mainSizer.Layout() self.ResizeTabArea() self.Thaw() self._pages.DoDeletePage(page) # Fire a closed event closedEvent = ImageNotebookEvent(wxEVT_IMAGENOTEBOOK_PAGE_CLOSED, self.GetId()) closedEvent.SetSelection(page) closedEvent.SetEventObject(self) self.GetEventHandler().ProcessEvent(closedEvent) return True def ResizeTabArea(self): """ Resizes the tab area if the control has the ``INB_FIT_LABELTEXT`` style set. """ agwStyle = self.GetAGWWindowStyleFlag() if agwStyle & INB_FIT_LABELTEXT == 0: return if agwStyle & INB_LEFT or agwStyle & INB_RIGHT: dc = wx.MemoryDC() dc.SelectObject(wx.EmptyBitmap(1, 1)) font = wx.SystemSettings_GetFont(wx.SYS_DEFAULT_GUI_FONT) font.SetPointSize(font.GetPointSize()*self._fontSizeMultiple) if self.GetFontBold(): font.SetWeight(wx.FONTWEIGHT_BOLD) dc.SetFont(font) maxW = 0 for page in xrange(self.GetPageCount()): caption = self._pages.GetPageText(page) w, h = dc.GetTextExtent(caption) maxW = max(maxW, w) maxW += 24 #TODO this is 6*4 6 is nPadding from drawlabel if not agwStyle & INB_SHOW_ONLY_TEXT: maxW += self._pages._nImgSize * 2 maxW = max(maxW, 100) self._pages.SetSizeHints(maxW, -1) self._pages._nTabAreaWidth = maxW def DeleteAllPages(self): """ Deletes all the pages in the book. """ if not self._windows: return self.Freeze() for win in self._windows: win.Destroy() self._windows = [] self.Thaw() # remove old selection self._pages.ClearAll() self._pages.Refresh() def SetSelection(self, page): """ Changes the selection from currently visible/selected page to the page given by page. :param `page`: an integer specifying the page to be selected. :note: The call to this function generates the page changing events. """ if page >= len(self._windows): return if page == self.GetSelection() and not self._bForceSelection: return oldSelection = self.GetSelection() # Generate an event that indicates that an image is about to be selected event = ImageNotebookEvent(wxEVT_IMAGENOTEBOOK_PAGE_CHANGING, self.GetId()) event.SetSelection(page) event.SetOldSelection(oldSelection) event.SetEventObject(self) self.GetEventHandler().ProcessEvent(event) # The event handler allows it? if not event.IsAllowed() and not self._bForceSelection: return self.DoSetSelection(self._windows[page]) # Now we can update the new selection self._pages._nIndex = page # Refresh calls the OnPaint of this class self._pages.Refresh() # Generate an event that indicates that an image was selected eventChanged = ImageNotebookEvent(wxEVT_IMAGENOTEBOOK_PAGE_CHANGED, self.GetId()) eventChanged.SetEventObject(self) eventChanged.SetOldSelection(oldSelection) eventChanged.SetSelection(page) self.GetEventHandler().ProcessEvent(eventChanged) def AssignImageList(self, imglist): """ Assigns an image list to the control. :param `imglist`: an instance of `wx.ImageList`. """ self._pages.AssignImageList(imglist) # Force change self.SetAGWWindowStyleFlag(self.GetAGWWindowStyleFlag()) def GetSelection(self): """ Returns the current selection. """ if self._pages: return self._pages._nIndex else: return -1 def DoSetSelection(self, window): """ Select the window by the provided pointer. :param `window`: an instance of `wx.Window`. """ curSel = self.GetSelection() agwStyle = self.GetAGWWindowStyleFlag() # Replace the window in the sizer self.Freeze() # Check if a new selection was made bInsertFirst = (agwStyle & INB_BOTTOM or agwStyle & INB_RIGHT) if curSel >= 0: # Remove the window from the main sizer self._mainSizer.Detach(self._windows[curSel]) self._windows[curSel].Hide() if bInsertFirst: self._mainSizer.Insert(0, window, 1, wx.EXPAND) else: self._mainSizer.Add(window, 1, wx.EXPAND) window.Show() self._mainSizer.Layout() self.Thaw() def GetImageList(self): """ Returns the associated image list. """ return self._pages.GetImageList() def GetPageCount(self): """ Returns the number of pages in the book. """ return len(self._windows) def GetFontBold(self): """ Gets the font bold status. """ return self._fontBold def SetFontBold(self, bold): """ Sets whether the page captions are bold or not. :param `bold`: ``True`` or ``False``. """ self._fontBold = bold def GetFontSizeMultiple(self): """ Gets the font size multiple for the page captions. """ return self._fontSizeMultiple def SetFontSizeMultiple(self, multiple): """ Sets the font size multiple for the page captions. :param `multiple`: The multiple to be applied to the system font to get the our font size. """ self._fontSizeMultiple = multiple def SetPageImage(self, page, imageId): """ Sets the image index for the given page. :param `page`: an integer specifying the page index; :param `image`: an index into the image list. """ self._pages.SetPageImage(page, imageId) self._pages.Refresh() def SetPageText(self, page, text): """ Sets the text for the given page. :param `page`: an integer specifying the page index; :param `text`: the new tab label. """ self._pages.SetPageText(page, text) self._pages.Refresh() def GetPageText(self, page): """ Returns the text for the given page. :param `page`: an integer specifying the page index. """ return self._pages.GetPageText(page) def GetPageImage(self, page): """ Returns the image index for the given page. :param `page`: an integer specifying the page index. """ return self._pages.GetPageImage(page) def GetPage(self, page): """ Returns the window at the given page position. :param `page`: an integer specifying the page to be returned. """ if page >= len(self._windows): return return self._windows[page] def GetCurrentPage(self): """ Returns the currently selected notebook page or ``None``. """ if self.GetSelection() < 0: return return self.GetPage(self.GetSelection()) def AdvanceSelection(self, forward=True): """ Cycles through the tabs. :param `forward`: if ``True``, the selection is advanced in ascending order (to the right), otherwise the selection is advanced in descending order. :note: The call to this function generates the page changing events. """ nSel = self.GetSelection() if nSel < 0: return nMax = self.GetPageCount() - 1 if forward: newSelection = (nSel == nMax and [0] or [nSel + 1])[0] else: newSelection = (nSel == 0 and [nMax] or [nSel - 1])[0] self.SetSelection(newSelection) def ChangeSelection(self, page): """ Changes the selection for the given page, returning the previous selection. :param `page`: an integer specifying the page to be selected. :note: The call to this function does not generate the page changing events. """ if page < 0 or page >= self.GetPageCount(): return oldPage = self.GetSelection() self.DoSetSelection(page) return oldPage CurrentPage = property(GetCurrentPage, doc="See `GetCurrentPage`") Page = property(GetPage, doc="See `GetPage`") PageCount = property(GetPageCount, doc="See `GetPageCount`") PageImage = property(GetPageImage, SetPageImage, doc="See `GetPageImage, SetPageImage`") PageText = property(GetPageText, SetPageText, doc="See `GetPageText, SetPageText`") Selection = property(GetSelection, SetSelection, doc="See `GetSelection, SetSelection`") # ---------------------------------------------------------------------------- # # Class FlatImageBook # ---------------------------------------------------------------------------- # class FlatImageBook(FlatBookBase): """ Default implementation of the image book, it is like a `wx.Notebook`, except that images are used to control the different pages. This container is usually used for configuration dialogs etc. :note: Currently, this control works properly for images of size 32x32 and bigger. """ def __init__(self, parent, id=wx.ID_ANY, pos=wx.DefaultPosition, size=wx.DefaultSize, style=0, agwStyle=0, name="FlatImageBook"): """ Default class constructor. :param `parent`: parent window. Must not be ``None``; :param `id`: window identifier. A value of -1 indicates a default value; :param `pos`: the control position. A value of (-1, -1) indicates a default position, chosen by either the windowing system or wxPython, depending on platform; :param `size`: the control size. A value of (-1, -1) indicates a default size, chosen by either the windowing system or wxPython, depending on platform; :param `style`: the underlying `wx.Panel` window style; :param `agwStyle`: the AGW-specific window style. This can be a combination of the following bits: =========================== =========== ================================================== Window Styles Hex Value Description =========================== =========== ================================================== ``INB_BOTTOM`` 0x1 Place labels below the page area. Available only for L{FlatImageBook}. ``INB_LEFT`` 0x2 Place labels on the left side. Available only for L{FlatImageBook}. ``INB_RIGHT`` 0x4 Place labels on the right side. ``INB_TOP`` 0x8 Place labels above the page area. ``INB_BORDER`` 0x10 Draws a border around L{LabelBook} or L{FlatImageBook}. ``INB_SHOW_ONLY_TEXT`` 0x20 Shows only text labels and no images. Available only for L{LabelBook}. ``INB_SHOW_ONLY_IMAGES`` 0x40 Shows only tab images and no label texts. Available only for L{LabelBook}. ``INB_FIT_BUTTON`` 0x80 Displays a pin button to show/hide the book control. ``INB_DRAW_SHADOW`` 0x100 Draw shadows below the book tabs. Available only for L{LabelBook}. ``INB_USE_PIN_BUTTON`` 0x200 Displays a pin button to show/hide the book control. ``INB_GRADIENT_BACKGROUND`` 0x400 Draws a gradient shading on the tabs background. Available only for L{LabelBook}. ``INB_WEB_HILITE`` 0x800 On mouse hovering, tabs behave like html hyperlinks. Available only for L{LabelBook}. ``INB_NO_RESIZE`` 0x1000 Don't allow resizing of the tab area. ``INB_FIT_LABELTEXT`` 0x2000 Will fit the tab area to the longest text (or text+image if you have images) in all the tabs. =========================== =========== ================================================== :param `name`: the window name. """ FlatBookBase.__init__(self, parent, id, pos, size, style, agwStyle, name) self._pages = self.CreateImageContainer() if agwStyle & INB_LEFT or agwStyle & INB_RIGHT: self._mainSizer = wx.BoxSizer(wx.HORIZONTAL) else: self._mainSizer = wx.BoxSizer(wx.VERTICAL) self.SetSizer(self._mainSizer) # Add the tab container to the sizer self._mainSizer.Add(self._pages, 0, wx.EXPAND) if agwStyle & INB_LEFT or agwStyle & INB_RIGHT: self._pages.SetSizeHints(self._pages.GetImageSize() * 2, -1) else: self._pages.SetSizeHints(-1, self._pages.GetImageSize() * 2) self._mainSizer.Layout() def CreateImageContainer(self): """ Creates the image container class for L{FlatImageBook}. """ return ImageContainer(self, wx.ID_ANY, agwStyle=self.GetAGWWindowStyleFlag()) # ---------------------------------------------------------------------------- # # Class LabelBook # ---------------------------------------------------------------------------- # class LabelBook(FlatBookBase): """ An implementation of a notebook control - except that instead of having tabs to show labels, it labels to the right or left (arranged horizontally). """ def __init__(self, parent, id=wx.ID_ANY, pos=wx.DefaultPosition, size=wx.DefaultSize, style=0, agwStyle=0, name="LabelBook"): """ Default class constructor. :param `parent`: parent window. Must not be ``None``; :param `id`: window identifier. A value of -1 indicates a default value; :param `pos`: the control position. A value of (-1, -1) indicates a default position, chosen by either the windowing system or wxPython, depending on platform; :param `size`: the control size. A value of (-1, -1) indicates a default size, chosen by either the windowing system or wxPython, depending on platform; :param `style`: the underlying `wx.Panel` window style; :param `agwStyle`: the AGW-specific window style. This can be a combination of the following bits: =========================== =========== ================================================== Window Styles Hex Value Description =========================== =========== ================================================== ``INB_BOTTOM`` 0x1 Place labels below the page area. Available only for L{FlatImageBook}. ``INB_LEFT`` 0x2 Place labels on the left side. Available only for L{FlatImageBook}. ``INB_RIGHT`` 0x4 Place labels on the right side. ``INB_TOP`` 0x8 Place labels above the page area. ``INB_BORDER`` 0x10 Draws a border around L{LabelBook} or L{FlatImageBook}. ``INB_SHOW_ONLY_TEXT`` 0x20 Shows only text labels and no images. Available only for L{LabelBook}. ``INB_SHOW_ONLY_IMAGES`` 0x40 Shows only tab images and no label texts. Available only for L{LabelBook}. ``INB_FIT_BUTTON`` 0x80 Displays a pin button to show/hide the book control. ``INB_DRAW_SHADOW`` 0x100 Draw shadows below the book tabs. Available only for L{LabelBook}. ``INB_USE_PIN_BUTTON`` 0x200 Displays a pin button to show/hide the book control. ``INB_GRADIENT_BACKGROUND`` 0x400 Draws a gradient shading on the tabs background. Available only for L{LabelBook}. ``INB_WEB_HILITE`` 0x800 On mouse hovering, tabs behave like html hyperlinks. Available only for L{LabelBook}. ``INB_NO_RESIZE`` 0x1000 Don't allow resizing of the tab area. ``INB_FIT_LABELTEXT`` 0x2000 Will fit the tab area to the longest text (or text+image if you have images) in all the tabs. =========================== =========== ================================================== :param `name`: the window name. """ FlatBookBase.__init__(self, parent, id, pos, size, style, agwStyle, name) self._pages = self.CreateImageContainer() # Label book specific initialization self._mainSizer = wx.BoxSizer(wx.HORIZONTAL) self.SetSizer(self._mainSizer) # Add the tab container to the sizer self._mainSizer.Add(self._pages, 0, wx.EXPAND) self._pages.SetSizeHints(self._pages.GetTabAreaWidth(), -1) # Initialize the colours maps self._pages.InitializeColours() self.Bind(wx.EVT_SIZE, self.OnSize) def CreateImageContainer(self): """ Creates the image container (LabelContainer) class for L{FlatImageBook}. """ return LabelContainer(self, wx.ID_ANY, agwStyle=self.GetAGWWindowStyleFlag()) def SetColour(self, which, colour): """ Sets the colour for the specified parameter. :param `which`: the colour key; :param `colour`: a valid `wx.Colour` instance. :see: L{LabelContainer.SetColour} for a list of valid colour keys. """ self._pages.SetColour(which, colour) def GetColour(self, which): """ Returns the colour for the specified parameter. :param `which`: the colour key. :see: L{LabelContainer.SetColour} for a list of valid colour keys. """ return self._pages.GetColour(which) def OnSize(self, event): """ Handles the ``wx.EVT_SIZE`` event for L{LabelBook}. :param `event`: a `wx.SizeEvent` event to be processed. """ self._pages.Refresh() event.Skip() dispcalGUI-1.7.1.6/dispcalGUI/lib/agw/pygauge.py000644 000765 000000 00000026240 12025152305 021140 0ustar00svpwheel000000 000000 # --------------------------------------------------------------------------------- # # PYGAUGE wxPython IMPLEMENTATION # # Mark Reed, @ 28 Jul 2010 # Latest Revision: 02 Aug 2010, 09.00 GMT # # TODO List # # 1. Indeterminate mode (see wx.Gauge) # 2. Vertical bar # 3. Bitmap support (bar, background) # 4. UpdateFunction - Pass a function to PyGauge which will be called every X # milliseconds and the value will be updated to the returned value. # 5. Currently the full gradient is drawn from 0 to value. Perhaps the gradient # should be drawn from 0 to range and clipped at 0 to value. # 6. Add a label? # # For All Kind Of Problems, Requests Of Enhancements And Bug Reports, Please # Write To The: # # wxPython Mailing List!!! # # End Of Comments # --------------------------------------------------------------------------------- # """ PyGauge is a generic `wx.Gauge` implementation. Description =========== PyGauge supports the determinate mode functions as `wx.Gauge` and adds an L{Update} function which takes a value and a time parameter. The `value` is added to the current value over a period of `time` milliseconds. Supported Platforms =================== PyGauge has been tested on the following platforms: * Windows (Windows XP); License And Version =================== PyGauge is distributed under the wxPython license. PyGauge has been kindly contributed to the AGW library by Mark Reed. Latest Revision: Andrea Gavana @ 02 Aug 2010, 09.00 GMT Version 0.1 """ import wx import copy class PyGauge(wx.PyWindow): """ This class provides a visual alternative for `wx.Gauge`. It currently only support determinate mode (see L{PyGauge.SetValue} and L{PyGauge.SetRange}) """ def __init__(self, parent, id=wx.ID_ANY, range=100, pos=wx.DefaultPosition, size=(-1,30), style=0): """ Default class constructor. :param `parent`: parent window. Must not be ``None``; :param `id`: window identifier. A value of -1 indicates a default value; :param `pos`: the control position. A value of (-1, -1) indicates a default position, chosen by either the windowing system or wxPython, depending on platform; :param `size`: the control size. A value of (-1, -1) indicates a default size, chosen by either the windowing system or wxPython, depending on platform; :param `style`: the underlying `wx.PyWindow` window style. """ wx.PyWindow.__init__(self, parent, id, pos, size, style) self._size = size self._border_colour = None self._barColour = self._barColourSorted = [wx.Colour(212,228,255)] self._barGradient = self._barGradientSorted = None self._border_padding = 0 self._range = range self._value = [0] self._valueSorted = [0] self._timerId = wx.NewId() self._timer = None self.Bind(wx.EVT_PAINT, self.OnPaint) self.Bind(wx.EVT_ERASE_BACKGROUND, self.OnEraseBackground) self.Bind(wx.EVT_TIMER, self.OnTimer) def DoGetBestSize(self): """ Overridden base class virtual. Determines the best size of the button based on the label and bezel size. """ return wx.Size(self._size[0], self._size[1]) def GetBorderColour(self): """ Returns the L{PyGauge} border colour. """ return self._border_colour def SetBorderColour(self, colour): """ Sets the L{PyGauge} border colour. :param `colour`: an instance of `wx.Colour`. """ self._border_colour = colour SetBorderColor = SetBorderColour GetBorderColor = GetBorderColour def GetBarColour(self): """ Returns the L{PyGauge} main bar colour. """ return self._barColour[0] def SetBarColour(self, colour): """ Sets the L{PyGauge} main bar colour. :param `colour`: an instance of `wx.Colour`. """ if type(colour) != type([]): self._barColour = [colour] else: self._barColour = list(colour) self.SortForDisplay() SetBarColor = SetBarColour GetBarColor = GetBarColour def GetBarGradient(self): """ Returns a tuple containing the gradient start and end colours. """ if self._barGradient == None: return None return self._barGradient[0] def SetBarGradient(self, gradient): """ Sets the bar gradient. :param `gradient`: a tuple containing the gradient start and end colours. :note: This overrides the bar colour previously set with L{SetBarColour}. """ if type(gradient) != type([]): self._barGradient = [gradient] else: self._barGradient = list(gradient) self.SortForDisplay() def GetBorderPadding(self): """ Gets the border padding. """ return self._border_padding def SetBorderPadding(self, padding): """ Sets the border padding. :param `padding`: pixels between the border and the progress bar. """ self._border_padding = padding def GetRange(self): """ Returns the maximum value of the gauge. """ return self._range def SetRange(self, range): """ Sets the range of the gauge. The gauge length is its value as a proportion of the range. :param `range`: The maximum value of the gauge. """ if range <= 0: raise Exception("ERROR:\n Gauge range must be greater than 0.") self._range = range def GetValue(self): """ Returns the current position of the gauge. """ return self._value[0] def SetValue(self, value): """ Sets the current position of the gauge. :param `value`: an integer specifying the current position of the gauge. """ if type(value) != type([]): self._value = [value] else: self._value = list(value) self.SortForDisplay() for v in self._value: if v < 0 or v > self._range: raise Exception("ERROR:\n Gauge value must be between 0 and its range.") def OnEraseBackground(self, event): """ Handles the ``wx.EVT_ERASE_BACKGROUND`` event for L{PyGauge}. :param `event`: a `wx.EraseEvent` event to be processed. :note: This method is intentionally empty to reduce flicker. """ pass def OnPaint(self, event): """ Handles the ``wx.EVT_PAINT`` event for L{PyGauge}. :param `event`: a `wx.PaintEvent` event to be processed. """ dc = wx.BufferedPaintDC(self) rect = self.GetClientRect() dc.SetBackground(wx.Brush(self.GetBackgroundColour())) dc.Clear() colour = self.GetBackgroundColour() dc.SetBrush(wx.Brush(colour)) dc.SetPen(wx.Pen(colour)) dc.DrawRectangleRect(rect) if self._border_colour: dc.SetPen(wx.Pen(self.GetBorderColour())) dc.DrawRectangleRect(rect) pad = 1 + self.GetBorderPadding() rect.Deflate(pad,pad) if self.GetBarGradient(): for i, gradient in enumerate(self._barGradientSorted): c1,c2 = gradient w = rect.width * (float(self._valueSorted[i]) / self._range) r = copy.copy(rect) r.width = w dc.GradientFillLinear(r, c1, c2, wx.EAST) else: for i, colour in enumerate(self._barColourSorted): dc.SetBrush(wx.Brush(colour)) dc.SetPen(wx.Pen(colour)) w = rect.width * (float(self._valueSorted[i]) / self._range) r = copy.copy(rect) r.width = w dc.DrawRectangleRect(r) def OnTimer(self,event): """ Handles the ``wx.EVT_TIMER`` event for L{PyGauge}. :param `event`: a `wx.TimerEvent` event to be processed. """ if self._timerId == event.GetId(): stop_timer = True for i, v in enumerate(self._value): self._value[i] += self._update_step[i] if self._update_step[i] > 0: if self._value[i] > self._update_value[i]: self._value[i] = self._update_value[i] else: stop_timer = False else: if self._value[i] < self._update_value[i]: self._value[i] = self._update_value[i] else: stop_timer = False if stop_timer: self._timer.Stop() self.SortForDisplay() self.Refresh() def Update(self, value, time=0): """ Update the gauge by adding `value` to it over `time` milliseconds. The `time` parameter **must** be a multiple of 50 milliseconds. :param `value`: The value to be added to the gauge; :param `time`: The length of time in milliseconds that it will take to move the gauge. """ if type(value) != type([]): value = [value] if len(value) != len(self._value): raise Exception("ERROR:\n len(value) != len(self.GetValue())") self._update_value = [] self._update_step = [] for i, v in enumerate(self._value): if value[i]+v <= 0 or value[i]+v > self._range: raise Exception("ERROR:\n Gauge value must be between 0 and its range. ") self._update_value.append(value[i] + v) self._update_step.append(float(value[i])/(time/50)) #print self._update_ if not self._timer: self._timer = wx.Timer(self, self._timerId) self._timer.Start(100) def SortForDisplay(self): """ Internal method which sorts things so we draw the longest bar first. """ if self.GetBarGradient(): tmp = sorted(zip(self._value,self._barGradient)); tmp.reverse() a,b = zip(*tmp) self._valueSorted = list(a) self._barGradientSorted = list(b) else: tmp = sorted(zip(self._value,self._barColour)); tmp.reverse() a,b = zip(*tmp) self._valueSorted = list(a) self._barColourSorted = list(b) dispcalGUI-1.7.1.6/dispcalGUI/lang/de.json000644 000765 000000 00000167671 12266603364 020040 0ustar00svpwheel000000 000000 { "*": "Note to translators: Keys which are not yet translated are marked with a leading asterisk (*) and are indented with two tabs instead of one. Please remove the asterisk when translated.", "!author": "Florian Höch", "!language": "Deutsch", "!language_name": "GERMAN", "apply": "Anwenden", "apply_bt1886_gamma_mapping": "BT.1886 Gamma-Mapping anwenden", "3dlut.bitdepth.input": "3D LUT Eingabe-Bittiefe", "3dlut.bitdepth.output": "3D LUT Ausgabe-Bittiefe", "3dlut.create": "3D LUT erstellen...", "3dlut.encoding.input": "Eingabe-Kodierung", "3dlut.encoding.output": "Ausgabe-Kodierung", "3dlut.encoding.output.warning.madvr": "Warnung: Diese Ausgabe-Kodierung ist nicht empfohlen und wird „Clipping“ verursachen, falls madVR nicht ausgabeseitig auf „TV-Pegel (16-235)“ unter „Geräte“ → „%s“ → „Eigenschaften“ eingestellt ist. Benutzung auf eigene Gefahr!", "3dlut.encoding.type_n": "Voller Bereich RGB 0-255", "3dlut.encoding.type_t": "TV RGB 16-235", "3dlut.encoding.type_6": "TV Rec. 601 YCbCr SD", "3dlut.encoding.type_7": "TV Rec. 709 1125/60Hz YCbCr HD", "3dlut.encoding.type_5": "TV Rec. 709 1250/50Hz YCbCr HD", "3dlut.encoding.type_2": "TV Rec. 2020 YCbCr UHD", "3dlut.encoding.type_C": "TV Rec. 2020 konstante Luminanz YCbCr UHD", "3dlut.encoding.type_x": "TV xvYCC Rec. 601 YCbCr (Rec. 709 Primärfarben) SD", "3dlut.encoding.type_X": "TV xvYCC Rec. 709 YCbCr HD", "3dlut.format": "3D LUT Dateiformat", "3dlut.frame.title": "3D LUT erstellen", "3dlut.input.profile": "Quellprofil", "3dlut.madVR.enable": "madVR 3D LUT verwenden", "output.profile": "Zielprofil", "apply_cal": "Kalibrierung (vcgt) anwenden", "apply_cal.error": "Kalibrierung konnte nicht angewendet werden.", "3dlut.size": "3D LUT Größe", "3dlut.use_abstract_profile": "Abstraktes (“Look”) Profil", "[rgb]TRC": "Farbtonwiedergabekurven", "aborted": "...abgebrochen.", "aborting": "Breche ab, bitte warten (dies kann einige Sekunden dauern)...", "adaptive_mode_unavailable": "Der adaptive Modus ist erst mit Argyll CMS 1.1.0 RC3 oder neuer verfügbar.", "allow_skip_sensor_cal": "Überspringen der Spectrometer-Kalibrierung erlauben", "ambient.measure": "Umgebungslicht messen", "ambient.set": "Möchten sie auch die Umgebungshelligkeit auf den gemessenen Wert setzen?", "app.confirm_restore_defaults": "Wollen Sie wirklich Ihre Einstellungen verwerfen und die Standardeinstellungen wiederherstellen?", "app.restart_request": "Bitte starten Sie die Anwendung neu.", "argyll.debug.warning1": "Bitte benutzen Sie diese Option nur, wenn Sie Debugging-Informationen wirklich benötigen (z.B. zur tiefgreifenden Fehlersuche in Argyll CMS)! In der Regel ist diese Option nur für Software-Entwickler zum Auffinden und Beheben von Problemen nützlich. Möchten Sie die Debugging-Ausgabe wirklich aktivieren?", "argyll.debug.warning2": "Bitte vergessen Sie nicht, die Debugging-Ausgabe für den normalen Betrieb der Software wieder zu deaktivieren.", "argyll.dir": "Argyll-CMS-Programmverzeichnis:", "argyll.dir.invalid": "Argyll-CMS-Programmdateien nicht gefunden!\nBitte legen Sie das Verzeichnis fest, in dem sich die ausführbaren Dateien mit den folgenden möglichen Namen und eventuellem „argyll-“-Präfix oder „-argyll“-Suffix befinden: %s", "argyll.error.detail": "Detaillierte Argyll-CMS-Fehlermeldung:", "argyll.instrument.driver.missing": "Eventuell ist der Argyll-CMS-Treiber für Ihr Messgarät nicht oder nicht korrekt installiert. Bitte überprüfen Sie, ob Ihr Messgerät im Windows-Gerätemanager unter „Argyll LibUSB-1.0A devices“ angezeigt wird und installieren Sie ggf. den Argyll-CMS-Treiber. Folgen Sie dazu der Anleitung in der Dokumentation.", "argyll.util.not_found": "Argyll CMS „%s“ Hilfsprogramm nicht gefunden!", "as_measured": "Wie gemessen", "auth.failed": "Authentifizierung fehlgeschlagen.", "auto": "Automatisch", "autostart_remove_old": "Entferne alten Autostart-Eintrag", "backlight": "Hintergrundbeleuchtung", "black": "Schwarz", "black_point": "Schwarzpunkt", "black_point_compensation": "Tiefenkompensierung", "black_point_compensation.info": "Tiefenkompensierung verhindert effektiv den Verlust von Tiefenzeichnung, wirkt sich aber negativ auf die Genauigkeit der Farbkonvertierung aus.", "blacklevel": "Schwarzwert", "blue": "Blau", "brightness": "Helligkeit", "browse": "Wählen...", "bug_report": "Fehler melden...", "button.calibrate": "Nur Kalibrieren", "button.calibrate_and_profile": "Kalibrieren && profilieren", "button.profile": "Nur profilieren", "cal_extraction_failed": "Konnte die Kalibrierungsdaten nicht aus dem Profil extrahieren.", "calibration": "Kalibrierung", "calibration.ambient_viewcond_adjust": "Umgebungshelligkeits-Anpassung", "calibration.ambient_viewcond_adjust.info": "Um eine Anpassung der Betrachtungsbedingungen während der Berechnung der Kalibrierungskurven durchzuführen, aktivieren Sie das Kontrollkästchen und tragen die Umgebungshelligkeit ein. Sie können die Umgebungshelligkeit auch messen, falls von Ihrem Messgerät unterstützt.", "calibration.black_luminance": "Schwarzluminanz", "calibration.black_output_offset": "Schwarzausgabeoffset", "calibration.black_point_correction": "Schwarztonkorrektur", "calibration.black_point_correction_choice": "Sie können die Schwarztonkorrektur ausschalten, um den Schwarzwert gering zu halten und den Kontrast zu verbessern (empfohlen für LCD), oder einschalten, um Schwarz auf den Farbton des gewählten Weißpunkts zu optimieren (empfohlen für CRT). Bitte wählen Sie Ihre bevorzugte Schwarztonkorrektur-Einstellung:", "calibration.black_point_correction_choice_dialogtitle": "Schwarztonkorrektur", "calibration.black_point_rate": "Rate", "calibration.check_all": "Einstellungen überprüfen", "calibration.complete": "Kalibrierung abgeschlossen!", "calibration.create_fast_matrix_shaper": "Matrix-Profil erstellen", "calibration.create_fast_matrix_shaper_choice": "Möchten Sie aus den Messwerten der Kalibrierung ein einfaches Matrix-Profil erstellen oder nur kalibrieren?", "calibration.do_not_use_video_lut": "Zum Anwenden der Kalibrierung nicht die Grafikkarten-Gammatabelle verwenden", "calibration.do_not_use_video_lut.warning": "Wollen Sie die empfohlene Einstellung wirklich ändern?", "calibration.embed": "Kalibrierungskurven in Profil einbetten", "calibration.file": "Einstellungen", "calibration.file.invalid": "Die gewählte Einstellungsdatei ist ungültig.", "calibration.file.none": "", "calibration.incomplete": "Die Kalibrierung wurde nicht abgeschlossen.", "calibration.interactive_display_adjustment": "Interaktive Anzeigegeräte-Einstellung", "calibration.interactive_display_adjustment.black_level.crt": "Wählen Sie „Messung starten“ und benutzen Sie den Helligkeits- und/oder die RGB-Versatz-Regler Ihres Anzeigegerätes, um den gewünschten Schwarzpegel einzustellen.", "calibration.interactive_display_adjustment.black_point.crt": "Wählen Sie „Messung starten“ und benutzen Sie die RGB-Versatz-Regler Ihres Anzeigegerätes, um den gewünschten Schwarzpunkt einzustellen.", "calibration.interactive_display_adjustment.check_all": "Wählen Sie „Messung starten“, um alle Einstellungen zu überprüfen.", "calibration.interactive_display_adjustment.generic_hint.plural": "Eine gute Übereinstimmung ist erreicht, wenn die Balken in die markierte mittige Position gebracht werden können.", "calibration.interactive_display_adjustment.generic_hint.singular": "Eine gute Übereinstimmung ist erreicht, wenn der Balken in die markierte mittige Position gebracht werden kann.", "calibration.interactive_display_adjustment.start": "Messung starten", "calibration.interactive_display_adjustment.stop": "Messung stoppen", "calibration.interactive_display_adjustment.white_level.crt": "Wählen Sie „Messung starten“ und benutzen Sie den Kontrast- und/oder die RGB-Zuwachs-Regler Ihres Anzeigegerätes, um den gewünschten Weißpegel einzustellen.", "calibration.interactive_display_adjustment.white_level.lcd": "Wählen Sie „Messung starten“ und benutzen Sie den Hintegrundbeleuchtungs- bzw. Helligkeitsregler Ihres Anzeigegerätes, um den gewünschten Weißpegel einzustellen.", "calibration.interactive_display_adjustment.white_point": "Wählen Sie „Messung starten“ und benutzen Sie die Farbtemperatur- und/oder RGB-Zuwachs-Regler Ihres Anzeigegerätes, um den gewünschten Weißpunkt einzustellen.", "calibration.keep_black_point_correction": "Aktuelle Einstellung beibehalten", "calibration.load": "Einstellungen laden...", "calibration.load_error": "Kalibrierungskurven konnten nicht geladen werden.", "calibration.load_from_cal": "Kalibrierungskurven aus Kalibrierungsdatei laden...", "calibration.load_from_cal_or_profile": "Kalibrierungskurven aus Kalibrierungsdatei oder Profil laden...", "calibration.load_from_display_profile": "Kalibrierungskurven von aktuellem Anzeigegeräteprofil laden", "calibration.load_from_profile": "Kalibrierungskurven aus Profil laden...", "calibration.load_success": "Kalibrierungskurven geladen.", "calibration.loading": "Lade Kalibrierungskurven aus Datei...", "calibration.loading_from_display_profile": "Lade Kalibrierungskurven des aktuellen Anzeigegeräteprofils...", "calibration.luminance": "Weißluminanz", "calibration.lut_viewer.title": "Kurven", "calibration.preview": "Kalibrierungsvorschau", "calibration.quality": "Kalibrierungsqualität", "calibration.quality.high": "Hoch", "calibration.quality.low": "Niedrig", "calibration.quality.medium": "Mittel", "calibration.quality.ultra": "Ultra", "calibration.quality.verylow": "Sehr niedrig", "calibration.speed": "Kalibrierungsgeschwindigkeit", "calibration.speed.high": "Hoch", "calibration.speed.low": "Niedrig", "calibration.speed.medium": "Mittel", "calibration.speed.veryhigh": "Sehr hoch", "calibration.speed.verylow": "Sehr niedrig", "calibration.reset": "Grafikkarten-Gammatabelle zurücksetzen", "calibration.reset_error": "Grafikkarten-Gammatabelle konnte nicht zurückgesetzt werden.", "calibration.reset_success": "Grafikkarten-Gammatabelle zurückgesetzt.", "calibration.resetting": "Setze Grafikkarten-Gammatabelle zurück...", "calibration.settings": "Kalibrierungseinstellungen", "calibration.show_actual_lut": "Tatsächliche Kalibrierungskurven aus der Grafikkarten-Gammatabelle zeigen", "calibration.show_lut": "Kurven zeigen", "calibration.start": "Weiter zur Kalibrierung", "calibration.turn_off_black_point_correction": "Ausschalten", "calibration.turn_on_black_point_correction": "Einschalten", "calibration.update": "Kalibrierung aktualisieren", "calibration.update_profile_choice": "Möchten Sie auch die Kalibrierungskurven im bestehenden Profil aktualisieren oder nur kalibrieren?", "calibration.use_linear_instead": "Lineare Kalibrierung stattdessen verwenden", "calibration.verify": "Kalibrierung überprüfen", "calibration_profiling.complete": "Kalibrierung und Profilierung abgeschlossen!", "calibrationloader.description": "Setzt ICC-Profile und lädt Kalibrierungskurven für alle konfigurierten Anzeigegeräte", "cancel": "Abbrechen", "ccxx.ti1": "Testform für Colorimeter-Korrektur", "checking_lut_access": "Überprüfe Grafikkarten-Gammatabellen-Zugriff auf Anzeigegerät %s...", "centered": "Zentriert", "clear": "Löschen", "color.custom": "Benutzerdefinierte Farbe", "colorconfig_remove_old": "Entferne alte Anzeigegeräte-Konfigurationsdatei", "colorimeter_correction.create": "Colorimeter-Korrektur erstellen...", "colorimeter_correction.create.details": "Bitte überprüfen Sie die angezeigten Informationen und ändern diese wenn nötig. Die Beschreibung sollte auch wichtige Zusatzinformationen enthalten (z.B. spezielle Anzeigeräte-Einstellungen, Abweichung vom CIE-Normbeobachter o.ä.).", "colorimeter_correction.create.failure": "Erstellen der Korrektur fehlgeschlagen.", "colorimeter_correction.create.info": "Um eine Colorimeter-Korrekturmatrix (CCMX) oder eine Spektralkalibrierung (CCSS) zu erstellen, müssen Sie zuerst die „Testform für Colorimeter-Korrektur“ mit einem Spektrometer messen, und falls Sie eine CCMX-Datei erstellen möchten, auch mit dem zu korrigierenden Colorimeter.\nWählen Sie dazu „Testform messen“. Danach wählen Sie die so erzeugten Messwertdatei(en) per „Colorimeter-Korrektur erstellen....“.", "colorimeter_correction.create.success": "Korrektur erfolgreich erstellt.", "colorimeter_correction.file.none": "Keine", "colorimeter_correction.import": "Colorimeter-Korrekturen von anderer Anzeigegeräteprofilierungs-Software importieren...", "colorimeter_correction.import.auto_manual": "Wenn Sie Colorimeter-Korrekturen automatisch installieren lassen möchten, müssen Sie entweder die Herstellersoftware Ihres Colorimeters bereits installiert haben, oder das Installationsmedium einlegen. Wählen Sie dann “Auto”. Falls Sie ein Installationprogramm haben, dieses aber noch nicht installiert ist, oder Sie eine Datei selbst auswählen möchten, benutzen Sie “Datei auswählen”.", "colorimeter_correction.import.choose": "Bitte wählen Sie eine Datei mit Colorimeter-Korrekturen aus:", "colorimeter_correction.import.failure": "Es konnte keine Colorimeter-Korrektur importiert werden.", "colorimeter_correction.import.success": "Colorimeter-Korrekturen wurden erfolgreich von folgenden Softwares importiert:\n\n%s", "colorimeter_correction.instrument_mismatch": "Die gewählte Colorimeter-Korrektur ist nicht für das gewählte Messgerät geeignet.", "colorimeter_correction.upload": "Colorimeter-Korrektur hochladen...", "colorimeter_correction.upload.confirm": "Möchten Sie die Colorimeter-Korrekturdatei in die Online-Datenbank hochladen (empfohlen)? Hochgeladene Dateien werden als lizenzfrei („Public Domain“) behandelt, damit sie uneingeschränkt genutzt werden können.", "colorimeter_correction.upload.deny": "Diese Korrekturdatei darf nicht hochgeladen werden.", "colorimeter_correction.upload.exists": "Die Colorimeter-Korrekturdatei existiert bereits in der Datenbank.", "colorimeter_correction.upload.failure": "Die Korrekturdatei konnte nicht in die Online-Datenbank eingetragen werden.", "colorimeter_correction.upload.success": "Die Korrekturdatei wurde in die Online-Datenbank eingetragen.", "colorimeter_correction.web_check": "Online nach Colorimeter-Korrektur suchen...", "colorimeter_correction.web_check.choose": "Für das gewählte Anzeige- und Messgerät wurden folgende Colorimeter-Korrekturen gefunden:", "colorimeter_correction.web_check.failure": "Für das gewählte Anzeige- und Messgerät wurden keine Colorimeter-Korrekturen gefunden.", "colorimeter_correction_matrix_file": "Korrektur", "colorimeter_correction_matrix_file.choose": "Colorimeter-Korrektur auswählen", "colorspace": "Farbraum", "colorspace.show_outline": "Umriss zeigen", "commandline": "Befehlszeile:", "comparison_profile": "Vergleichsprofil", "comport_detected": "Eine Änderung in der Messgeräte-/Port-Konfiguration wurde erkannt.", "compression.gzip": "GZIP-Komprimierung", "computer.name": "Computername", "connection.fail": "Verbindungs-Fehler (%s)", "connection.fail.http": "HTTP-Fehler %s", "continue": "Fortfahren", "contrast": "Kontrast", "create_and_preview": "Erstellen && Vorschau", "create_ccss_or_ccmx": "Möchten Sie eine Korrekturmatrix für herkömmliche Colorimeter erstellen (CCMX) oder eine Spektralkalibration für das i1 Display Pro und ColorMunki Display (CCSS)?", "create_profile": "Profil aus Messwertdatei erstellen...", "create_profile_from_edid": "Profil aus EDID erstellen...", "created": "Erstellt", "current": "Aktuell", "custom": "Benutzerdefiniert", "cyan": "Cyan", "d3-e4-s0-g9-m3-b3-f0-crossover.ti1": "Standard-Testform für Matrix-Profile", "d3-e4-s0-g25-m3-b3-f0-crossover.ti1": "Erweiterte Testform für Matrix-Profile", "d3-e4-s0-g49-m3-b3-f0-crossover.ti1": "Große Testform für Matrix-Profile", "d3-e4-s0-g97-m3-b3-f0-crossover.ti1": "Sehr große Testform für Matrix-Profile", "d3-e4-s3-g3-m0-f0.ti1": "Standard-Testform für „Gamma + Matrix“-Profile", "d3-e4-s13-g37-m4-b4-f0.ti1": "Kleine Testform für LUT-Profile", "d3-e4-s17-g49-m5-b5-f0.ti1": "Standard-Testform für LUT-Profile", "d3-e4-s21-g61-m6-b6-f0.ti1": "Erweiterte Testform für LUT-Profile", "d3-e4-s25-g73-m7-b7-f0.ti1": "Große Testform für LUT-Profile", "d3-e4-s29-g85-m8-b8-f0.ti1": "Sehr große Testform für LUT-Profile", "d3-e4-s29-g85-m0-f994-caRGB.ti1": "Sehr große Testform für LUT-Profile, optimiert für Gamma 2.2 mit AdobeRGB-Primärfarben (D65)", "d3-e4-s29-g85-m0-f994-ceRGBv2.ti1": "Sehr große Testform für LUT-Profile, optimiert für L* mit NTSC-Primärfarben (D50)", "d3-e4-s29-g85-m0-f994-cRec709_Gamma22.ti1": "Sehr große Testform für LUT-Profile, optimiert für Gamma 2.2 mit Rec.-709-Primärfarben (D65)", "d3-e4-s29-g85-m0-f994-csRGB.ti1": "Sehr große Testform für LUT-Profile, optimiert für sRGB (D65)", "d3-e4-s33-g97-m9-b9-f0.ti1": "XXL Testform für LUT-Profile", "d3-e4-s33-g97-m0-f1399-caRGB.ti1": "XXL Testform für LUT-Profile, optimiert für Gamma 2.2 mit AdobeRGB-Primärfarben (D65)", "d3-e4-s33-g97-m0-f1399-ceRGBv2.ti1": "XXL Testform für LUT-Profile, optimiert für L* mit NTSC-Primärfarben (D50)", "d3-e4-s33-g97-m0-f1399-cRec709_Gamma22.ti1": "XXL Testform für LUT-Profile, optimiert für Gamma 2.2 mit Rec.-709-Primärfarben (D65)", "d3-e4-s33-g97-m0-f1399-csRGB.ti1": "XXL Testform für LUT-Profile, optimiert für sRGB (D65)", "d3-e4-s37-g109-m10-b10-f0.ti1": "XXXL Testform für LUT-Profile", "d3-e4-s37-g109-m0-f1906-caRGB.ti1": "XXXL Testform für LUT-Profile, optimiert für Gamma 2.2 mit AdobeRGB-Primärfarben (D65)", "d3-e4-s37-g109-m0-f1906-ceRGBv2.ti1": "XXXL Testform für LUT-Profile, optimiert für L* mit NTSC-Primärfarben (D50)", "d3-e4-s37-g109-m0-f1906-cRec709_Gamma22.ti1": "XXXL Testform für LUT-Profile, optimiert für Gamma 2.2 mit Rec.-709-Primärfarben (D65)", "d3-e4-s37-g109-m0-f1906-csRGB.ti1": "XXXL Testform für LUT-Profile, optimiert für sRGB (D65)", "d3-e4-s41-g121-m11-b11-f0.ti1": "Gigantische Testform für LUT-Profile", "d3-e4-s41-g121-m0-f2527-caRGB.ti1": "Gigantische Testform für LUT-Profile, optimiert für Gamma 2.2 mit AdobeRGB-Primärfarben (D65)", "d3-e4-s41-g121-m0-f2527-ceRGBv2.ti1": "Gigantische Testform für LUT-Profile, optimiert für L* mit NTSC-Primärfarben (D50)", "d3-e4-s41-g121-m0-f2527-cRec709_Gamma22.ti1": "Gigantische Testform für LUT-Profile, optimiert für Gamma 2.2 mit Rec.-709-Primärfarben (D65)", "d3-e4-s41-g121-m0-f2527-csRGB.ti1": "Gigantische Testform für LUT-Profile, optimiert für sRGB (D65)", "default": "Standard", "delete": "Löschen", "delta_e_to_locus": "ΔE*00 zu %s-Farbort", "description": "Beschreibung", "deselect_all": "Alles abwählen", "detect_displays_and_ports": "Anzeigegeräte- und Messgeräte-Erkennung", "device.name.placeholder": "", "devlink_profile": "DeviceLink-Profil", "dialog.cal_info": "Die Kalibrierungsdatei “%s” wird verwendet. Wollen Sie fortfahren?", "dialog.confirm_cancel": "Möchten Sie wirklich abbrechen?", "dialog.confirm_delete": "Möchten Sie die gewählte(n) Datei(en) wirklich löschen?", "dialog.confirm_overwrite": "Die Datei “%s” existiert bereits. Möchten Sie die Datei überschreiben?", "dialog.current_cal_warning": "Die gerade geladenen Kalibrierungskurven werden verwendet. Wollen Sie fortfahren?", "dialog.do_not_show_again": "Diese Meldung nicht erneut anzeigen", "dialog.enter_password": "Bitte geben Sie Ihr Kennwort ein.", "dialog.install_profile": "Möchten Sie das Profil „%s“ installieren und als Standard für Anzeigegerät „%s“ setzen?", "dialog.linear_cal_info": "Lineare Kalibrierungskurven werden verwendet. Wollen Sie fortfahren?", "dialog.load_cal": "Einstellungen laden", "dialog.set_argyll_bin": "Bitte wählen Sie das Argyll-CMS-Programmverzeichnis aus.", "dialog.set_profile_save_path": "Profilordner „%s“ erzeugen in:", "dialog.set_testchart": "Testform auswählen", "dialog.ti3_no_cal_info": "Die Messwerte enthalten keine Kalibrierungskurven. Wollen Sie wirklich fortfahren?", "display": "Anzeigegerät", "display.connection.type": "Anschlusstyp", "display.manufacturer": "Anzeigegerätehersteller", "display.primary": "(Primär)", "display.properties": "Anzeigegeräteeingenschaften", "display.settings": "Anzeigegeräteeinstellungen", "display.tech": "Anzeigegerätetechnologie", "display_detected": "Eine Änderung in der Anzeigegerätekonfiguration wurde erkannt.", "display_lut.link": "Anzeigegerät und Grafikkarten-Gammatabellen-Zugriff getrennt oder gemeinsam ändern", "display_short": "Anzeigegerät (Kurzname)", "*displayport": "DisplayPort", "drift_compensation.blacklevel": "Schwarzabgleich-Drift-Kompensierung", "drift_compensation.blacklevel.info": "Schwarzabgleich-Drift-Kompensierung versucht, Messwertabweichungen verursacht durch ein sich erwärmendes Messgerät auszugleichen. Dazu wird in gewissen Zeitabständen ein schwarzes Farbfeld gemessen, was die Messzeit insgesamt verlängert. Viele Colorimeter haben eine eingebaute Temperaturkompensierung, was eine Schwarzabgleich-Drift-Kompensierung überflüssig macht, allerdings fehlt diese bei den meisten Spektrometern.", "drift_compensation.whitelevel": "Weißluminanz-Drift-Kompensierung", "drift_compensation.whitelevel.info": "Weißluminanz-Drift-Kompensierung versucht, Messwertabweichungen verursacht durch Helligkeitsänderungen eines sich erwärmenden Anzeigegerätes ausgleichen. Dazu wird in gewissen Zeitabständen ein weißes Farbfeld gemessen, was die Messzeit insgesamt verlängert.", "dry_run": "Trockenlauf", "dry_run.end": "Trockenlauf beendet.", "dry_run.info": "Trockenlauf. Schauen Sie im Protokoll nach, um die Befehlszeile zu sehen.", "*dvi": "DVI", "edid.crc32": "EDID-CRC32-Prüfsumme", "edid.serial": "EDID-Seriennummer", "elapsed_time": "Verstrichene Zeit", "enable_argyll_debug": "Argyll CMS Debugging-Ausgabe aktivieren", "enable_spyder2": "Spyder 2 Colorimeter freischalten...", "enable_spyder2_failure": "Spyder 2 konnte nicht freigeschaltet werden. Bitte installieren Sie die Spyder 2 Software manuell (falls noch nicht geschehen) und führen dann diese Funktion erneut aus.", "enable_spyder2_success": "Spyder 2 wurde erfolgreich freigeschaltet.", "enumerate_ports.auto": "Automatische Messgeräte-Erkennung", "enumerating_displays_and_comports": "Anzeigegeräte- und Messgeräte-Erkennung...", "error": "Fehler", "error.access_denied.write": "Sie haben keinen Schreibzugriff auf %s", "error.already_exists": "Der Name „%s“ kann nicht verwendet werden, da bereits ein anderes Objekt mit diesem Namen existiert. Bitte wählen Sie einen anderen Namen oder ein anderes Verzeichnis.", "error.autostart_creation": "Der Autostart-Eintrag für %s, um die Kalibrierungskurven bei der Anmeldung zu laden, konnte nicht angelegt werden.", "error.autostart_remove_old": "Der alte Autostart-Eintrag, welcher Kalibrierungskurven bei der Anmeldung lädt, konnte nicht entfernt werden: %s", "error.autostart_system": "Der systemweite Autostart-Eintrag, um die Kalibrierungskurven bei der Anmeldung zu laden, konnte nicht angelegt werden, weil das systemweite Autostart-Verzeichnis nicht ermittelt werden konnte.", "error.autostart_user": "Der benutzerspezifische Autostart-Eintrag, um die Kalibrierungskurven bei der Anmeldung zu laden, konnte nicht angelegt werden, weil das benutzerspezifische Autostart-Verzeichnis nicht ermittelt werden konnte.", "error.cal_extraction": "Die Kalibrierung konnte nicht aus dem Profil “%s” extrahiert werden.", "error.calibration.file_missing": "Die Kalibrierungsdatei „%s“ fehlt.", "error.calibration.file_not_created": "Es wurde keine Kalibrierungsdatei erstellt.", "error.calibration.file_notfile": "„%s“ ist keine Datei.", "error.colorconfig_remove_old": "Die alte Konfigurationsdatei, die Anzeigegeräten Profile zuordnet, konnte nicht entfernt werden: %s", "error.copy_failed": "Die Datei „%s“ konnte nicht nach „%s“ kopiert werden.", "error.deletion": "Beim Bewegen von Dateien in den %s ist ein Fehler aufgetreten. Einige Dateien wurden eventuell nicht entfernt.", "error.dir_creation": "Das Verzeichnis „%s“ konnte nicht erstellt werden. Eventuell bestehen keine Zugriffsrechte. Bitte erlauben Sie den Schreibzugriff oder wählen Sie ein anderes Verzeichnis.", "error.dir_notdir": "Das Verzeichnis „%s“ konnte nicht erstellt werden, da bereits ein anderes Objekt mit diesem Namen existiert. Bitte wählen Sie ein anderes Verzeichnis.", "error.file.create": "Die Datei „%s“ konnte nicht erstellt werden.", "error.file.open": "Die Datei „%s“ konnte nicht geöffnet werden.", "error.file_type_unsupported": "Nicht unterstützter Dateityp.", "error.generic": "Es ist ein interner Fehler aufgetreten.\n\nFehlernummer: %s\nFehlermeldung: %s", "error.measurement.file_invalid": "Die Messwertedatei „%s“ ist ungültig.", "error.measurement.file_missing": "Die Messwertedatei „%s“ fehlt.", "error.measurement.file_not_created": "Es wurde keine Messwertedatei erstellt.", "error.measurement.file_notfile": "„%s“ ist keine Datei.", "error.measurement.missing_spectral": "Die Messwertdatei enthält keine Spektralwerte.", "error.measurement.one_colorimeter": "Es wird genau eine Colorimeter-Messwertdatei benötigt.", "error.measurement.one_reference": "Es wird genau eine Referenzmesswertdatei benötigt.", "error.no_displays_detected": "Achtung: Es wurden kein Anzeigegerät erkannt.", "error.profile.file_missing": "Die Profildatei „%s“ fehlt.", "error.profile.file_not_created": "Es wurde keine Profildatei erstellt.", "error.profile.file_notfile": "„%s“ ist keine Datei.", "error.source_dest_same": "Quell- und Zieldatei sind identisch.", "error.testchart.creation_failed": "Die Testform „%s“ konnte nicht erstellt werden. Eventuell bestehen keine Zugriffsrechte, oder die Quelldatei ist nicht vorhanden.", "error.testchart.invalid": "Die Testform „%s“ ist ungültig.", "error.testchart.missing": "Die Testform „%s“ existiert nicht.", "error.testchart.missing_fields": "Der Testform „%s“ fehlen folgende Felder: %s", "error.testchart.read": "Die Testform „%s“ konnte nicht gelesen werden.", "error.tmp_creation": "Konnte das temporäre Arbeitsverzeichnis nicht erstellen.", "error.trashcan_unavailable": "Der %s ist nicht verfügbar. Es wurden keine Dateien entfernt.", "errors.none_found": "Keine Fehler gefunden.", "export": "Exportieren...", "extra_args": "Zusätzliche Befehlszeilen-Parameter setzen...", "failure": "...fehlgeschlagen!", "file.invalid": "Datei ungültig.", "file.missing": "Die Datei „%s“ existiert nicht.", "file.notfile": "„%s“ ist keine Datei.", "file.select": "Datei auswählen", "filetype.any": "Alle Dateitypen", "filetype.cal": "Kalibrierungsdateien (*.cal)", "filetype.cal_icc": "Kalibrierungsdateien und Profile (*.cal;*.icc;*.icm)", "filetype.ccmx": "Korrekturmatrizen/Spektralkalibrierungen (*.ccmx;*.ccss)", "filetype.html": "HTML-Dateien (*.html;*.htm)", "filetype.icc": "Profile (*.icc;*.icm)", "filetype.icc_mpp": "Profile (*.icc;*.icm;*.mpp)", "filetype.icc_ti1_ti3": "Testformdateien (*.icc;*.icm;*.ti1;*.ti3)", "filetype.icc_ti3": "Messwertdateien (*.icc;*.icm;*.ti3)", "filetype.log": "Protokolldateien (*.log)", "filetype.png": "Portable Network Graphics (*.png)", "filetype.tif": "Tagged Image File (*.tif)", "filetype.ti1": "Testformdateien (*.ti1)", "filetype.ti1_ti3_txt": "Testformdateien (*.ti1), Messwertdateien (*.ti3;*.txt)", "filetype.ti3": "Messwertdateien (*.ti3)", "filetype.txt": "DeviceCorrections.txt", "filetype.vrml": "VRML-Dateien (*.wrl)", "finish": "Fertigstellen", "gamap.default_intent": "Standard-Intent für Anzeigegeräteprofil", "gamap.intents.a": "Absolut farbmetrisch", "gamap.intents.aa": "Absolutes Erscheinungsbild", "gamap.intents.aw": "Absolut farbmetrisch mit Weißpunkt-Skalierung", "gamap.intents.la": "Luminanz angleichen", "gamap.intents.ms": "Sättigung erhalten", "gamap.intents.p": "Wahrnehmung", "gamap.intents.pa": "Wahrnehmungs-Erscheinungsbild", "gamap.intents.r": "Relativ farbmetrisch", "gamap.intents.s": "Sättigung", "gamap.out_viewcond": "Betrachtungsbedingungen (Ziel)", "gamap.perceptual": "Gamut-Mapping für Wahrnehmungs-Intent", "gamap.profile": "Quellprofil", "gamap.saturation": "Gamut-Mapping für Sättigungs-Intent", "gamap.src_viewcond": "Betrachtungsbedingungen (Quelle)", "gamap.viewconds.cx": "Dias auf Leuchtkasten", "gamap.viewconds.jd": "Projektor in lichtloser Umgebung", "gamap.viewconds.jm": "Projektor in abgedunkelter Umgebung", "gamap.viewconds.mb": "Monitor in heller Arbeitsumgebung", "gamap.viewconds.md": "Monitor in abgedunkelter Arbeitsumgebung", "gamap.viewconds.mt": "Monitor in typischer Arbeitsumgebung", "gamap.viewconds.ob": "Außenaufnahme in hellem Licht", "gamap.viewconds.pcd": "Photo CD - Außenaufnahme", "gamap.viewconds.pe": "Druck unter Normlicht", "gamap.viewconds.pp": "Druck", "gamapframe.title": "Erweiterte Gamut-Mapping-Einstellungen", "gamut": "Farbumfang", "gamut.coverage": "Farbraumabdeckung", "gamut.view.create": "Generiere Gamut-Ansichten...", "gamut.volume": "Farbraumvolumen", "gamut_plot.tooltip": "Klicken und ziehen Sie die Maus im Diagramm, um den Ausschnitt zu verschieben,\noder zoomen Sie mit dem Mausrad und den +/- Tasten. Doppelklick setzt die Ansicht zurück.", "glossy": "Glossy", "go_to_website": "Gehe zur Website", "grayscale": "Graustufen", "green": "Grün", "*hdmi": "HDMI", "help_support": "Hilfe und Unterstützung...", "hue": "Farbton", "if_available": "falls verfügbar", "illumination": "Beleuchtung", "in": "Eingang", "infoframe.default_text": "", "infoframe.title": "Protokoll", "infoframe.toggle": "Protokollfenster zeigen", "initial": "Start", "initializing_gui": "Initialisiere GUI...", "install_display_profile": "Anzeigegeräteprofil installieren...", "instrument": "Messgerät", "instrument.calibrate": "Setzen Sie das Messgerät auf einen dunklen, nichtreflektierenden Untergrund oder auf eine eventuell zum Messgerät-Zubehör gehörende Kalibrierplatte und drücken Sie dann OK, um das Messgerät zu eichen.", "instrument.calibrate.colormunki": "Drehen Sie den ColorMunki-Sensor in die Kalibrierposition und drücken Sie dann OK, um das Messgerät zu eichen.", "instrument.calibrating": "Messgerätekalibrierung...", "instrument.initializing": "Initialisiere Messgerät, bitte warten...", "instrument.measure_ambient": "Falls Ihr Messgerät einen speziellen Aufsatz zur Umgebungslichtmessung benötigt, bringen Sie diesen bitte an. Platzieren Sie das Messgerät zur Umgebungslichtmessung mit der nach oben gerichteten Messöffnung neben Ihrem Anzeigegerät, oder legen Sie zur Messung eines Normlichtkastens eine Metamerie-freie Graukarte hinein und richten Sie das Messgerät darauf. Weitere Infos zum Messen von Umgebungslicht entnehmen Sie bitte der Dokumentation Ihres Messgeräts. Klicken Sie zum Durchführen der Messung auf OK.", "instrument.place_on_screen": "Setzen Sie das Messgerät auf die Messfläche und klicken Sie OK, um fortzufahren.", "instrument.reposition_sensor": "Die Messung konnte nicht durchgeführt werden, weil sich der Messgerätesensor in der falschen Position befindet. Bitte korrigieren Sie die Sensorposition und klicken Sie OK, um fortzufahren.", "internal": "Intern", "invert_selection": "Auswahl umkehren", "laptop.icc": "Laptop", "license": "Lizenz", "license_info": "Lizensiert unter der GPL", "linear": "linear", "locale.set": "Setze Lokalisierung: %s", "locate_spyder2_setup": "Bitte wählen Sie im folgenden Auswahldialog die Datei “Spyder2express_2.3.6_Setup.exe” oder “Spyder2PRO_2.3.5_Setup.exe”, welche Sie unter http://support.datacolor.com/index.php?/Knowledgebase/List/Index/88/windows herunterladen können.", "locate_spyder2_setup_mac": "Bitte wählen Sie im folgenden Auswahldialog die Datei “Spyder2express_2.3.6_Setup.exe” bzw. “Spyder2PRO_2.3.5_Setup.exe”, oder falls Sie die Software bereits installiert haben, suchen Sie die Datei Spyder.lib (eventuell müssen Sie dazu in den Finder wechseln und einen Ctrl-Klick auf das Spyder2-Programm ausführen, das sich normalerweise unter „Programme/Spyder2express 2.3“ bzw. „Programme/Spyder2PRO 2.2“ befindet, und dann „Paketinhalt zeigen“ aus dem Popup-Menü wählen – anschließend kopieren Sie die Datei aus „Contents/Mac OS Classic“, um Sie auswählen zu können).", "locate_spyder2_setup_win": "Bitte wählen Sie im folgenden Auswahldialog die Datei “Spyder2express_2.3.6_Setup.exe” bzw. “Spyder2PRO_2.3.5_Setup.exe”, oder falls Sie die Software bereits installiert haben, suchen Sie die Datei CVSpyder.dll (die sich normalerweise unter “C:\\Programme\\ColorVision\\Spyder2express” bzw. “C:\\Programme\\ColorVision\\Spyder2PRO” befindet).", "log.autoshow": "Protokollfenster automatisch zeigen", "lut_access": "Grafikkarten-Gammatabellen-Zugriff", "magenta": "Magenta", "matrix": "Matrix", "matte": "Matt", "max": "Max", "maximal": "Maximal", "measure": "Messen", "measure.darken_background": "Schwarzer Hintergrund", "measure.darken_background.warning": "Achtung: Wenn „Schwarzer Hintergrund“ gewählt ist, verdeckt er den gesamten Bildschirm und Sie werden das Einstellungsfenster nicht sehen können! Falls Sie eine Mehrschirmkonfiguration verwenden, verschieben Sie das Einstellungsfenster vor der Messung auf einen anderen Bildschirm, oder benutzen Sie die Tastatur (um die Messung abzubrechen, drücken Sie Q. Falls die Messung bereits läuft, drücken Sie nach einer kurzen Pause nochmals Q).", "measure.testchart": "Testform messen", "measureframe.center": "Zentrieren", "measureframe.info": "Platzieren Sie das Messfenster an der gewünschten Stelle und passen Sie gegebenenfalls die Größe an. In etwa die gesamte Fensterfläche wird zur Anzeige der Messfelder genutzt, der Kreis dient nur als Positionierhilfe für ihr Messgerät.\nPlatzieren Sie das Messgerät auf dem Messfenster und klicken Sie dann auf „Messung starten“. Um abzubrechen und zum Hauptfenster zurückzukehren, schließen Sie das Messfenster.", "measureframe.infobutton": "Info", "measureframe.measurebutton": "Messung starten", "measureframe.title": "Messfenster", "measureframe.zoomin": "Vergrößern", "measureframe.zoommax": "Maximieren/Wiederherstellen", "measureframe.zoomnormal": "Normale Größe", "measureframe.zoomout": "Verkleinern", "measurement.play_sound": "Akustische Rückmeldung bei fortlaufender Messung", "measurement.set_save_path": "Messwertdatei in folgendem Ordner speichern:", "measurement.untethered": "Nicht verbundene Messung", "measurement_file.check_sanity": "Messwertdatei überprüfen...", "measurement_file.check_sanity.auto": "Messwertdateien automatisch überprüfen", "measurement_file.check_sanity.auto.warning": "Bitte beachten Sie, dass es sich bei der automatischen Messwertüberprüfung um ein experimentelles Feature handelt. Verwendung auf eigene Gefahr.", "measurement_file.choose": "Bitte eine Messwertdatei auswählen", "measurement_file.choose.colorimeter": "Bitte eine Colorimeter-Messwertdatei auswählen", "measurement_file.choose.reference": "Bitte eine Referenz-Messwertdatei auswählen", "measurement_mode": "Modus", "measurement_mode.adaptive": "Adaptiv", "measurement_mode.factory": "Werkskalibrierung", "measurement_mode.generic": "Generisch", "measurement_mode.highres": "HiRes", "measurement_mode.lcd": "LCD (generisch)", "measurement_mode.lcd.ccfl": "LCD (CCFL)", "measurement_mode.lcd.ccfl.2": "LCD (CCFL Typ 2)", "measurement_mode.lcd.white_led": "LCD (Weisse LED)", "measurement_mode.lcd.wide_gamut.ccfl": "Wide Gamut LCD (CCFL)", "measurement_mode.lcd.wide_gamut.rgb_led": "Wide Gamut LCD (RGB LED)", "measurement_mode.raw": "Raw", "measurement_mode.refresh": "Refresh (generisch)", "measurements.complete": "Messung abgeschlossen! Möchten Sie den Ordner mit den Messwertdateien öffnen?", "measuring.characterization": "Messe Farbfelder für Charakterisierung...", "menu.about": "Über...", "menu.file": "Datei", "menu.help": "?", "menu.language": "Sprache", "menu.options": "Optionen", "menu.tools": "Werkzeuge", "menuitem.quit": "Beenden", "menuitem.set_argyll_bin": "Argyll-CMS-Programmverzeichnis festlegen...", "min": "Min", "minimal": "Minimal", "native": "Nativ", "no": "Nein", "no_settings": "Die Datei enthält keine Einstellungen.", "office_web.icc": "Büro & Web", "offset": "Versatz", "ok": "OK", "or": "oder", "*osd": "OSD", "other": "Andere", "out": "Ausgang", "overwrite": "Überschreiben", "panel.surface": "Paneloberfläche", "panel.type": "Panel-Typ", "patches": "Felder", "pause": "Pause", "photo.icc": "Photo", "please_wait": "Bitte warten...", "prepress.icc": "Druckvorstufe", "preset": "Voreinstellung", "preview": "Vorschau", "profile": "Profil", "profile.advanced_gamap": "Erweitert...", "profile.choose": "Bitte wählen Sie ein Profil:", "profile.confirm_regeneration": "Möchten Sie das Profil neu erstellen?", "profile.created": "Das Profil wurde erstellt.", "profile.current": "Aktuelles Profil", "profile.do_not_install": "Profil nicht installieren", "profile.info": "Profilinformationen", "profile.info.show": "Profilinformationen zeigen", "profile.install": "Profil installieren", "profile.install.error": "Das Profil konnte nicht installiert/aktiviert werden.", "profile.install.osx_manual_select": "Das Profil wurde installiert. Bitte aktivieren Sie es in der Systemeinstellung „Monitore“.", "profile.install.success": "Das Profil wurde installiert und aktiviert.", "profile.install.virtual.unsupported": "Profile können nicht für virtuelle Anzeigegeräte installiert werden.", "profile.install_local_system": "Profil systemweit installieren", "profile.install_network": "Profil im Netzwerk installieren", "profile.install_user": "Profil nur für aktuellen Benutzer installieren", "profile.invalid": "Ungültiges Profil.", "profile.load_error": "Anzeigegeräteprofil konnte nicht geladen werden.", "profile.load_on_login": "Kalibrierung beim Anmelden laden", "profile.load_on_login.handled_by_os": "Kalibrierung vom Betriebssystem laden lassen (niedrige Qualität)", "profile.name": "Profilname", "profile.name.create": "Profilname erzeugen", "profile.name.placeholders": "Sie können folgende Platzhalter im Profilnamen verwenden:\n\n%a Abgekürzter Wochentagsname\n%A Voller Wochentagsname\n%b Abgekürzter Monatsname\n%B Voller Monatsname\n%d Tag des Monats\n%H Stunde (24-Stunden-Format)\n%I Stunde (12-Stunden-Format)\n%j Tag des Jahres\n%m Monat\n%M Minute\n%p AM/PM\n%S Sekunde\n%U Woche (Sonntag als erster Wochentag)\n%w Wochentag (Sonntag ist 0)\n%W Woche (Montag als erster Wochentag)\n%y Jahr ohne Jahrhundert\n%Y Jahr inklusive Jahrhundert", "profile.no_embedded_ti3": "Das Profil enthält keine Argyll-kompatiblen Messwerte.", "profile.no_vcgt": "Das Profil enthält keine Kalibrierungskurven.", "profile.quality": "Profilqualität", "profile.quality.b2a.low": "Niedrige Qualität der B2A-Tabelle", "profile.quality.b2a.low.info": "Wählen Sie diese Option, wenn das Profil ausschliesslich mit inversem A2B-Gamut-Mapping zum Erstellen eines DeviceLinks oder einer 3D LUT verwendet werden soll", "profile.required_tags_missing": "Es fehlen benötigte Tags im Profil: %s", "profile.self_check": "Profil-Selbsttest ΔE*76", "profile.self_check.avg" : "Durchschnitt", "profile.self_check.max" : "Maximum", "profile.self_check.rms" : "RMS", "profile.set_save_path": "Ablagepfad auswählen...", "profile.settings": "Profilierungseinstellungen", "profile.share": "Profil hochladen...", "profile.share.avg_dE_too_high": "Das Profil weist ein zu hohes Delta E auf (ist = %s, Schwellenwert = %s).", "profile.share.enter_info": "Sie können Ihr Profil mit anderen Nutzern über den OpenSUSE „ICC Profile Taxi“-Service teilen.\n\nBitte geben Sie dazu eine aussagekräftige Beschreibung und die zutreffenden Anzeigegeräteeigenschaften an. Lesen Sie die Anzeigegeräteeinstellungen vom On-Screen-Menü ihres Anzeigegerätes ab und tragen nur die für ihr Anzeigerät zutreffenden Einstellungen ein, die von Standardeinstellungen abweichen.\nEin Beispiel: Für die meisten Anzeigeräte sind das der Name der gewählten Voreinstellung, Helligkeit, Kontrast, Farbtemperatur und/oder Weißpunkt-RGB-Werte, sowie Gamma. Bei Laptops und Notebooks in der Regel nur die Helligkeit. Falls Sie bei der Kalibrierung ihres Anzeigegerätes weitere Einstellungen gemacht haben, tragen Sie auch diese ein falls möglich.", "profile.share.meta_missing": "Das Profil enthält nicht die notwendigen Meta-Informationen.", "profile.share.success": "Profil erfolgreich hochgeladen.", "profile.testchart_recommendation": "Um ein hochwertiges Profil zu erzeugen, wird eine Testform mit einer höheren Anzahl Testfelder empfohlen, die dann allerdings auch mehr Zeit zum Messen benötigt. Möchten Sie die empfohlene Testform verwenden?", "profile.type": "Profiltyp", "profile.type.gamma_matrix": "Gamma + Matrix", "profile.type.lut.lab": "L*a*b* LUT", "profile.type.lut.xyz": "XYZ LUT", "profile.type.lut_matrix.xyz": "XYZ LUT + Matrix", "profile.type.lut_rg_swapped_matrix.xyz": "XYZ LUT + vertauschte Matrix", "profile.type.shaper_matrix": "Kurven + Matrix", "profile.type.single_gamma_matrix": "Einzelnes Gamma + Matrix", "profile.type.single_shaper_matrix": "Einzelne Kurve + Matrix", "profile.unsupported": "Nicht unterstützter Profil-Typ (%s) und/oder -Farbraum (%s).", "profile.update": "Profil aktualisieren", "measurement_report.update": "Messwertreport aktualisieren...", "measurement_report": "Messwertreport...", "measurement_report_choose_chart": "Bitte wählen Sie die zu messende Testform:", "measurement_report_choose_chart_or_reference": "Bitte wählen Sie eine Testform oder Referenzdatei:", "measurement_report_choose_profile": "Bitte wählen Sie das zu überprüfende Profil:", "profiling.complete": "Profilierung abgeschlossen!", "profiling.incomplete": "Die Profilierung wurde nicht abgeschlossen.", "projector": "Projektor", "projector_mode_unavailable": "Der Projektor-Modus ist erst mit Argyll CMS 1.1.0 Beta oder neuer verfügbar.", "quality.ultra.warning": "Ultra-Qualität sollte so gut wie nie benutzt werden, ausser um damit zu belegen, dass sie so gut wie nie benutzt werden sollte (sehr lange Verarbeitungszeit!). Verwenden Sie stattdessen hohe oder mittlere Qualität.", "readme": "LiesMich", "ready": "Bereit.", "red": "Rot", "reference": "Referenz", "rendering_intent": "Rendering-Intent", "report.calibrated": "Kalibriertes Anzeigegerät messen (Kurzreport)", "report.uncalibrated": "Unkalibriertes Anzeigegerät messen (Kurzreport)", "report.uniformity": "Anzeigegeräteausleuchtung messen...", "resources.notfound.error": "Kritischer Fehler: Eine benötigte Datei wurde nicht gefunden:", "resources.notfound.warning": "Warnung: Einige benötigte Dateien wurden nicht gefunden:", "restore_defaults": "Standardeinstellungen wiederherstellen", "rgb.trc": "RGB Übertragungsfunktion", "rgb.trc.averaged": "gemittelte RGB Übertragungsfunktion", "saturation": "Sättigung", "save": "Sichern", "save_as": "Sichern unter...", "select_all": "Alles auswählen", "settings.additional": "Weitere Einstellungen", "settings.basic": "Grundlegende Einstellungen", "settings.new": "", "settings_loaded": "Kalibrierungskurven und die folgenden Einstellungen wurden geladen: %s. Andere Kalibrierungseinstellungen wurden auf Standardwerte zurückgesetzt und die Profilierungseinstellungen nicht verändert.", "settings_loaded.all": "Einstellungen und Kalibrierungskurven wurden geladen.", "settings_loaded.cal": "Das Profil enthielt nur Kalibrierungseinstellungen. Andere Einstellungen wurden nicht verändert. Keine Kalibrierungskurven gefunden.", "settings_loaded.cal_and_lut": "Das Profil enthielt nur Kalibrierungseinstellungen. Andere Einstellungen wurden nicht verändert und die Kalibrierungskurven geladen.", "settings_loaded.cal_and_profile": "Einstellungen wurden geladen. Keine Kalibrierungskurven gefunden.", "settings_loaded.profile": "Das Profil enthielt nur Profilierungseinstellungen. Andere Einstellungen wurden nicht verändert. Keine Kalibrierungskurven gefunden.", "settings_loaded.profile_and_lut": "Das Profil enthielt nur Profilierungseinstellungen. Andere Einstellungen wurden nicht verändert und die Kalibrierungskurven geladen.", "show_advanced_calibration_options": "Erweiterte Kalibrierungsoptionen zeigen", "simulation_profile": "Simulationsprofil", "softproof.icc": "Softproof", "spectral": "Spektral", "sRGB.icc": "sRGB", "startup": "Starte...", "success": "...ok.", "synthicc.create": "Synthethisches ICC Profil erzeugen...", "target": "Ziel", "tc.I": "Kubisches Raster (wahrnehmungsorientiert)", "tc.Q": "Wahrnehmungsorientiert füllend (quasi-zufällig)", "tc.R": "Wahrnehmungsorientiert (zufällig)", "tc.adaption": "Anpassung", "tc.algo": "Verteilung", "tc.angle": "Winkel", "tc.black": "Schwarze Felder", "tc.dark_emphasis": "Betonung dunkler Bereiche", "tc.fullspread": "Iterative Felder", "tc.gray": "Neutrale Felder", "tc.i": "Kubisches Raster (Geräte-Farbraum)", "tc.limit.sphere": "Felder auf Kugel begrenzen", "tc.limit.sphere_radius": "Radius", "tc.multidim": "Multidimensional", "tc.multidim.patches": "Schritte = %s Felder (%s neutrale)", "tc.neutral_axis_emphasis": "Grauachsengewichtung", "tc.ofp": "Optimierte Fernste-Punkte-Abtastung", "tc.patch": "Feld", "tc.patches.gray": "grau", "tc.patches.selected": "ausgewählt", "tc.patches.total": "Felder gesamt", "tc.precond": "Profil zur Vorkonditionierung", "tc.preview.create": "Erstelle Vorschau, bitte warten...", "tc.q": "Geräte-Farbraum füllend (quasi-zufällig)", "tc.r": "Geräte-Farbraum (zufällig)", "tc.single": "Einzelkanal-Felder", "tc.single.perchannel": "pro Kanal", "tc.t": "Inkrementelle Ferne-Punkte-Abtastung", "tc.vrml": "VRML-Datei zur Diagnose erstellen", "tc.vrml.black_offset": "RGB Schwarz-Offset (L*)", "tc.vrml.device": "Geräte-Farborte", "tc.vrml.lab": "Lab-Farborte", "tc.vrml.save_as": "VRML-Datei(en) sichern unter...", "tc.vrml.use_D50": "Neutrales RGB-Weiß", "tc.white": "Weiße Felder", "tempdir_should_still_contain_files": "Erzeugte Dateien sollten sich noch im temporären Verzeichnis „%s“ befinden.", "testchart.add_saturation_sweeps": "Sättigungsfelder hinzufügen", "testchart.add_ti3_patches": "Referenzfelder hinzufügen...", "testchart.change_patch_order": "Feldreihenfolge ändern", "testchart.confirm_select": "Datei gespeichert. Möchten Sie diese Testform auswählen?", "testchart.create": "Testform erstellen", "testchart.discard": "Verwerfen", "testchart.dont_select": "Nicht auswählen", "testchart.edit": "Testform bearbeiten...", "testchart.export.repeat_patch": "Jedes Feld wiederholen:", "testchart.file": "Testform", "testchart.info": "Anzahl Felder in gewählter Testform", "testchart.invalid": "Testform ungültig!", "testchart.read": "Lese Testform...", "testchart.save": "Sichern", "testchart.save_as": "Sichern unter...", "testchart.save_or_discard": "Die Testform wurde nicht gesichert.", "testchart.select": "Auswählen", "testchart.set": "Testform auswählen...", "testchart.sort_by_HSV": "Nach HSV sortieren", "testchart.sort_by_L": "Nach L* sortieren", "testchart.sort_by_RGB": "Nach RGB sortieren", "testchart.sort_by_RGB_sum": "Nach Summe von RGB sortieren", "testchart.sort_RGB_gray_to_top": "RGB-Grau nach oben", "testchart.sort_RGB_white_to_top": "RGB-Weiß nach oben", "testchart.optimize_for_untethered_auto_mode": "Für nicht verbundenen Messmodus optimieren", "testchart_or_reference": "Testchart oder Referenz", "tone_values": "Tonwertstufen", "translations": "Übersetzungen", "trashcan.linux": "Mülleimer", "trashcan.mac": "Papierkorb", "trashcan.windows": "Papierkorb", "trc": "Tonwertkurve", "trc.gamma": "Gamma", "trc.lstar": "L*", "trc.rec709": "Rec. 709", "trc.rec1886": "Rec. 1886", "trc.should_use_viewcond_adjust": "Wenn Sie die Rec.-709-, SMPTE-240M- oder sRGB-Kurven verwenden, sollten Sie auch eine Anpassung der Betrachtungsbedingungen an Ihr Umgebungslicht durchführen, um ein korrektes Ergebnis zu erhalten. Aktivieren Sie hierzu das Kontrollkästchen „Umgebungshelligkeit“ und geben Sie einen Wert in Lux ein, oder messen Sie das Umgebungslicht während der Kalibrierung (falls von Ihrem Messgerät unterstützt).", "trc.smpte240m": "SMPTE 240M", "trc.srgb": "sRGB", "trc.type.absolute": "Absolut", "trc.type.relative": "Relativ", "type": "Typ", "uninstall_display_profile": "Anzeigegeräteprofil deinstallieren...", "unknown": "unbekannt", "unnamed": "Unbenannt", "Untethered": "Nicht verbunden", "update_check": "Auf Programmaktualisierung überprüfen...", "update_check.fail": "Programmaktualisierungsüberprüfung fehlgeschlagen:", "update_check.fail.version": "Versionsdatei vom Server %s konnte nicht korrekt interpretiert werden.", "update_check.new_version": "Es ist eine Programmaktualisierung verfügbar: %s", "update_check.onstartup": "Beim Start auf Programmaktualisierung überprüfen", "update_check.uptodate": "%s ist auf dem neuesten Stand.", "upload": "Hochladen", "use_separate_lut_access": "Gesonderten Grafikkarten-Gammatabellen-Zugriff verwenden", "use_simulation_profile_as_output": "Simulationsprofil als Zielprofil verwenden", "vcgt": "Kalibrierungskurven", "verify.ti1": "Profilüberprüfungs-Testform", "verify_extended.ti1": "Erweiterte Profilüberprüfungs-Testform", "*vga": "VGA", "video.icc": "Video", "warning": "Warnung", "warning.already_exists": "Die Datei „%s“ existiert bereits am gewählten Ort und wird überschrieben. Wollen Sie wirklich fortfahren?", "warning.autostart_system": "Das systemweite Autostart-Verzeichnis konnte nicht ermittelt werden.", "warning.autostart_user": "Das benutzerspezifische Autostart-Verzeichnis konnte nicht ermittelt werden.", "warning.copy_failed_continue": "Die Datei „%s“ konnte nicht nach „%s“ kopiert werden. Fahre fort...", "warning.discard_changes": "Möchten Sie die Änderungen an den aktuellen Einstellungen wirklich verwerfen?", "warning.no_comports_detected": "Es wurde kein Messgerät erkannt.", "warning.suspicious_delta_e": "Warnung: Verdächtige Messwerte wurden gefunden. Bitte beachten Sie, dass die Prüfung ein in gewissem Unfang sRGB-ähnliches Anzeigegerät annimmt. Weicht Ihr Anzeigerät über eine bestimmte Toleranzschwelle hinaus davon ab (z.B. Bildschirme mit sehr breitem Gamut oder Tonwertkurve stark abweichend von sRGB), so sind gefundene Fehler eventuell nicht aussagekräftig.\n\nEines oder alle der folgenden Kriterien trafen zu:\n\n• Aufeinanderfolgende Farbfelder mit unterschiedlichen RGB-Werten, aber verdächtig niedrigem ΔE*00 der Messwerte gegeneinander.\n• RGB-Grau mit aufsteigenden RGB-Werten gegenüber dem vorherigenn Farbfeld, aber fallender Helligkeit (L*).\n• RGB-Grau mit absteigenden RGB-Werten gegenüber dem vorherigenn Farbfeld, aber steigender Helligkeit (L*).\n• Ungewöhnlich hohes ΔE*00 und ΔL*00 oder ΔH*00 oder ΔC*00 der gemessenen Werte zum sRGB-Äquivalent der RGB-Werte.\n\nDies könnte auf Messfehler hindeuten. Werte, die als problematisch erachtet werden (was nicht stimmen muss!), werden rot hervorgehaben. Überprüfen Sie die Messwerte sorgfältig und wählen Sie Felder, die Sie übernehmen möchten. Sie können die RGB- und XYZ-Werte auch bearbeiten.", "warning.suspicious_delta_e.info": "Erklärung der Δ-Spalten:\n\nΔE*00 XYZ A/B: ΔE*00 der Messwerte des Farbfelds zu den Messwerten des vorherigen Farbfelds. Fehlt dieser Wert, so war er für die Prüfung nicht ausschlaggebend. Ist er angegeben, so wurde er als zu niedrig vermutet.\n\n0.5 ΔE*00 RGB A/B: ΔE*00 des sRGB-Äquivalents der RGB-Werte des Farbfelds zum sRGB-Äquivalent der RGB-Werte des vorherigen Farbfelds (Faktor 0.5). Ist dieser Wert angegeben, so gibt er den Vergleichswert (Mindestwert) an, der bei der Prüfung auf vermutet zu niedriges ΔE*00 XYZ A/B Verwendung fand. Er dient als sehr grobe Orientierung.\n\nΔE*00 RGB-XYZ: ΔE*00 der Messwerte zum sRGB-Äquivalent der RGB-Werte.\nΔL*00 RGB-XYZ: ΔL*00 der Messwerte zum sRGB-Äquivalent der RGB-Werte.\nΔC*00 RGB-XYZ: ΔC*00 der Messwerte zum sRGB-Äquivalent der RGB-Werte.\nΔH*00 RGB-XYZ: ΔH*00 der Messwerte zum sRGB-Äquivalent der RGB-Werte.", "webserver.waiting": "Webserver wartet unter", "white": "Weiß", "whitepoint": "Weißpunkt", "whitepoint.colortemp": "Farbtemperatur", "whitepoint.colortemp.locus.blackbody": "Schwarzkörper", "whitepoint.colortemp.locus.curve": "Farbtemperatur-Kurve", "whitepoint.colortemp.locus.daylight": "Tageslicht", "whitepoint.set": "Möchten sie auch den Weißpunkt auf den gemessenen Wert setzen?", "whitepoint.simulate": "Weißpunkt simulieren", "whitepoint.simulate.relative": "Relativ zum Zielprofil-Weißpunkt", "whitepoint.xy": "Farbort", "window.title": "dispcalGUI", "windows.version.unsupported": "Diese Version von Windows wird nicht unterstützt.", "windows_only": "Nur Windows", "working_dir": "Arbeitsverzeichnis:", "yellow": "Gelb", "yes": "Ja", "ORPHANED KEY-VALUE PAIRS": "Note to translators: Key-value pairs below this point may no longer be used (but there are exceptions, all keys from ICCProfile.ICCProfile.get_info will be listed as orphaned). You may consider removing them.", "Abstract profile": "Abstraktes Profil", "Active matrix display": "Aktiv-Matrix Anzeigegerät", "Attributes": "Attribute", "Backing XYZ": "Messunterlage XYZ", "Bitdepth": "Bittiefe", "Black & white": "Schwarzweiss", "Black Lab": "Schwarz Lab", "Black XYZ": "Schwarz XYZ", "Blue Lab": "Blau Lab", "Blue XYZ": "Blau XYZ", "Blue gamma": "Blau Gamma", "Blue matrix column": "Blauer Matrix-Farbwert", "Blue maximum": "Blau Maximum", "Blue minimum": "Blau Minimum", "Blue tone response curve": "Blaue Farbtonwiedergabekurve", "Calculated checksum": "Errechnete Prüfsumme", "Can be used independently": "Kann unabhängig verwendet werden", "Cathode ray tube display": "Kathodenstrahlröhrenmonitor", "Channel 1 (C) xy": "Kanal 1 (C) xy", "Channel 1 (R) xy": "Kanal 1 (R) xy", "Channel 1 gamma at 50% input": "Kanal 1 Gamma bei 50% Stimulus", "Channel 1 is linear": "Kanal 1 ist linear", "Channel 1 maximum": "Kanal 1 Maximum", "Channel 1 minimum": "Kanal 1 Minimum", "Channel 1 unique values": "Kanal 1 eindeutige Tonwerte", "Channel 2 (G) xy": "Kanal 2 (G) xy", "Channel 2 (M) xy": "Kanal 2 (M) xy", "Channel 2 gamma at 50% input": "Kanal 2 Gamma bei 50% Stimulus", "Channel 2 is linear": "Kanal 2 ist linear", "Channel 2 maximum": "Kanal 2 Maximum", "Channel 2 minimum": "Kanal 2 Minimum", "Channel 2 unique values": "Kanal 2 eindeutige Tonwerte", "Channel 3 (B) xy": "Kanal 3 (B) xy", "Channel 3 (Y) xy": "Kanal 3 (Y) xy", "Channel 3 gamma at 50% input": "Kanal 3 Gamma bei 50% Stimulus", "Channel 3 is linear": "Kanal 3 ist linear", "Channel 3 maximum": "Kanal 3 Maximum", "Channel 3 minimum": "Kanal 3 Minimum", "Channel 3 unique values": "Kanal 3 eindeutige Tonwerte", "Channel 4 (K) xy": "Kanal 4 (K) xy", "Channels": "Kanäle", "Characterization device values": "Gerätefarbwerte", "Characterization measurement values": "Farbmesswerte", "Characterization target": "Charakterisierungsdaten", "Checksum": "Prüfsumme", "Checksum OK": "Prüfsumme OK", "Chromatic adaptation matrix": "Matrix zur chromatischen Anpassung", "Chromatic adaptation transform": "Methode zur chromatischen Anpassung", "Chromaticity (illuminant-relative)": "Chromatizität (Leuchtmittel-Bezug)", "Color": "Farbig", "Color model": "Farbmodell", "Color space Conversion profile": "Farbraum-Konvertierungsprofil", "Colorant order": "Farbmittel-Druckreihenfolge", "Colorants (PCS-relative)": "Farbmittel (PCS-Bezug)", "Copyright": "Urheberrecht", "Created": "Erstellt", "Creator": "Ersteller", "Default rendering intent": "Standard-Rendering-Intent", "Description": "Beschreibung", "Description (ASCII)": "Beschreibung (ASCII)", "Description (Macintosh)": "Beschreibung (Macintosh)", "Description (Unicode)": "Beschreibung (Unicode)", "Device": "Gerät", "Device manufacturer name": "Gerätehersteller", "Device manufacturer name (ASCII)": "Gerätehersteller (ASCII)", "Device manufacturer name (Macintosh)": "Gerätehersteller (Macintosh)", "Device manufacturer name (Unicode)": "Gerätehersteller (Unicode)", "Device model name": "Gerätemodell", "Device model name (ASCII)": "Gerätemodell (ASCII)", "Device model name (Macintosh)": "Gerätemodell (Macintosh)", "Device model name (Unicode)": "Gerätemodell (Unicode)", "Device to PCS: Intent 0": "Gerät zu PCS: Anpassungsart 0", "Device to PCS: Intent 1": "Gerät zu PCS: Anpassungsart 1", "Device to PCS: Intent 2": "Gerät zu PCS: Anpassungsart 2", "DeviceLink profile": "DeviceLink-Profil", "Digital camera": "Digitale Kamera", "Display device profile": "Anzeigegeräteprofil", "Dye sublimation printer": "Sublimationsdrucker", "Electrophotographic printer": "Elektrophotographischer Drucker", "Electrostatic printer": "Elektrostatischer Drucker", "Film scanner": "Filmscanner", "Film writer": "Filmbelichter", "Flare": "Streulicht", "Flexography": "Flexodruck", "Generic name-value data": "Generische Wertetabelle", "Geometry": "Messgeometrie", "Glossy": "Glänzend", "Gravure": "Tiefdruck", "Gray tone response curve": "Graue Farbtonwiedergabekurve", "Green Lab": "Grün Lab", "Green XYZ": "Grün XYZ", "Green gamma": "Grün Gamma", "Green matrix column": "Grüner Matrix-Farbwert", "Green maximum": "Grün Maximum", "Green minimum": "Grün Minimum", "Green tone response curve": "Grüne Farbtonwiedergabekurve", "ICC version": "ICC-Version", "ICC-absolute colorimetric": "ICC-absolut farbmetrisch", "Illuminant": "Leuchtmittel", "Illuminant XYZ": "Leuchtmittel XYZ", "Illuminant-relative CCT": "Leuchtmittel-Bezug CCT", "Illuminant-relative Lab": "Leuchtmittel-Bezug Lab", "Illuminant-relative XYZ": "Leuchtmittel-Bezug XYZ", "Ink jet printer": "Tintenstrahldrucker", "Input device profile": "Eingabegeräteprofil", "Is embedded": "Ist eingebettet", "Is illuminant": "Ist Leuchtmittel", "Is linear": "Ist linear", "Luminance": "Helligkeit", "Make and model": "Gerätehersteller und Modell", "Manufacturer": "Hersteller", "Matte": "Matt", "Measurement type": "Messungsart", "Media black point": "Medien-Schwarzpunkt", "Media white point": "Medien-Weißpunkt", "Media-relative colorimetric": "Medien-relativ farbmetrisch", "Metadata": "Metadaten", "Model": "Modell", "Named colour profile": "Farbwerte-Profil", "Negative": "Negativ", "No": "Nein", "None": "Keine", "Number of entries": "Anzahl Werte", "Number of entries per channel": "Anzahl Werte pro Kanal", "Observer": "Beobachter", "Offset lithography": "Offsetdruck", "Out of gamut tag": "Gamut-Prüftabelle", "Output device profile": "Ausgabegeräteprofil", "Output offset": "Ausgabe-Offset", "PCS illuminant XYZ": "PCS-Leuchtmittel XYZ", "PCS to device: Intent 0": "PCS zu Gerät: Anpassungsart 0", "PCS to device: Intent 1": "PCS zu Gerät: Anpassungsart 1", "PCS to device: Intent 2": "PCS zu Gerät: Anpassungsart 2", "PCS-relative CCT": "PCS-Bezug CCT", "PCS-relative Lab": "PCS-Bezug Lab", "PCS-relative XYZ": "PCS-Bezug XYZ", "Passive matrix display": "Passiv-Matrix Anzeigegerät", "Perceptual": "Wahrnehmung", "Photo imagesetter": "Photo-Filmbelichter", "Photographic paper printer": "Fotopapier-Drucker", "Platform": "Plattform", "Positive": "Positiv", "Preferred CMM": "Bevorzugtes CMM", "Profile class": "Profilklasse", "Profile connection space (PCS)": "Bezugsfarbraum (PCS)", "Projection television": "Rückprojektions-Fernseher", "Red Lab": "Rot Lab", "Red XYZ": "Rot XYZ", "Red gamma": "Rot Gamma", "Red matrix column": "Roter Matrix-Farbwert", "Red maximum": "Rot Maximum", "Red minimum": "Rot Minimum", "Red tone response curve": "Rote Farbtonwiedergabekurve", "Reflective": "Aufsicht", "Reflective scanner": "Auflicht-Scanner", "Saturation": "Sättigung", "Silkscreen": "Siebdruck", "Size": "Größe", "Surround XYZ": "Umgebungslicht XYZ", "Technology": "Technologie", "Thermal wax printer": "Thermosublimationsdrucker", "Transfer function": "Übertragungsfunktion", "Transparency": "Durchsicht", "Unknown": "Unbekannt", "Video camera": "Video-Kamera", "Video card gamma table": "Grafikkarten-Gammatabelle", "Video monitor": "Video-Monitor", "Viewing conditions": "Betrachtungbedingungen", "Viewing conditions description": "Beschreibung der Betrachtungbedingungen", "Yellow Lab": "Gelb Lab", "Yellow XYZ": "Gelb XYZ", "Yes": "Ja", "tc.patches.colour": "farbig", "ΔE 2000 to blackbody locus": "ΔE 2000 zu Schwarzkörper-Farbort", "ΔE 2000 to daylight locus": "ΔE 2000 zu Tageslicht-Farbort", } dispcalGUI-1.7.1.6/dispcalGUI/lang/en.json000644 000765 000000 00000141336 12266603364 020040 0ustar00svpwheel000000 000000 { "*": "Note to translators: Keys which are not yet translated are marked with a leading asterisk (*) and are indented with two tabs instead of one. Please remove the asterisk when translated.", "!author": "Florian Höch", "!language": "English", "!language_name": "ENGLISH", "apply": "Apply", "apply_bt1886_gamma_mapping": "Apply BT.1886 gamma mapping", "3dlut.bitdepth.input": "3D LUT input bitdepth", "3dlut.bitdepth.output": "3D LUT output bitdepth", "3dlut.create": "Create 3D LUT...", "3dlut.encoding.input": "Input encoding", "3dlut.encoding.output": "Output encoding", "3dlut.encoding.output.warning.madvr": "Warning: This output encoding is not recommended and will cause clipping if madVR is not set up to output “TV levels (16-235)” under “Devices” → “%s” → “Properties”. Use at own risk!", "3dlut.encoding.type_n": "Full range RGB 0-255", "3dlut.encoding.type_t": "TV RGB 16-235", "3dlut.encoding.type_6": "TV Rec. 601 YCbCr SD", "3dlut.encoding.type_7": "TV Rec. 709 1125/60Hz YCbCr HD", "3dlut.encoding.type_5": "TV Rec. 709 1250/50Hz YCbCr HD", "3dlut.encoding.type_2": "TV Rec. 2020 YCbCr UHD", "3dlut.encoding.type_C": "TV Rec. 2020 Constant Luminance YCbCr UHD", "3dlut.encoding.type_x": "TV xvYCC Rec. 601 YCbCr (Rec. 709 Primaries) SD", "3dlut.encoding.type_X": "TV xvYCC Rec. 709 YCbCr HD", "3dlut.format": "3D LUT file format", "3dlut.format.3dl": "Autodesk Lustre / Kodak Look Manager System (.3dl)", "3dlut.format.cube": "IRIDAS (.cube)", "3dlut.format.eeColor": "eeColor Box (.txt)", "3dlut.format.mga": "Pandora (.mga)", "3dlut.format.madVR": "madVR (.3dlut)", "3dlut.format.spi3d": "Sony Imageworks (.spi3d)", "3dlut.frame.title": "Create 3D LUT", "3dlut.input.profile": "Source profile", "3dlut.madVR.enable": "Enable madVR 3D LUT", "output.profile": "Target profile", "apply_cal": "Apply calibration (vcgt)", "apply_cal.error": "Calibration could not be applied.", "3dlut.size": "3D LUT size", "3dlut.use_abstract_profile": "Abstract (“Look”) profile", "[rgb]TRC": "Tone response curves", "aborted": "...aborted.", "aborting": "Aborting, please wait (this may take a few seconds)...", "adaptive_mode_unavailable": "Adaptive mode is only available with Argyll CMS 1.1.0 RC3 or newer.", "allow_skip_sensor_cal": "Allow skipping of spectrometer self-calibration", "ambient.measure": "Measure ambient", "ambient.set": "Do you also want to set the ambient light level to the measured value?", "app.confirm_restore_defaults": "Do you really want to discard your changes and restore defaults?", "app.restart_request": "Please restart the application.", "argyll.debug.warning1": "Please only use this option if you actually need debugging information (e.g. for troubleshooting Argyll CMS functionality)! It is normally only useful for software developers to aid in problem diagnosis and resolution. Are you sure you want to enable debugging output?", "argyll.debug.warning2": "Please remember to disable debugging output for normal operation of the software.", "argyll.dir": "Argyll CMS executable directory:", "argyll.dir.invalid": "Argyll CMS executables not found!\nPlease select the directory which contains the executable files (maybe prefixed or suffixed “argyll-” / “-argyll”): %s", "argyll.error.detail": "Detailed Argyll CMS error message:", "argyll.instrument.driver.missing": "The Argyll CMS driver for your measurement device seems not to be installed or installed incorrectly. Please check if your measurement device is shown in Windows' device manager under „Argyll LibUSB-1.0A devices“ and (re-)install the driver if necessary. Please read the documentation for installation instructions.", "argyll.util.not_found": "Argyll CMS “%s” executable not found!", "as_measured": "As measured", "auth.failed": "Authentification failed.", "auto": "Auto", "autostart_remove_old": "Removing old autostart entry", "backlight": "Backlight", "black": "Black", "black_point": "Black point", "black_point_compensation": "Black point compensation", "black_point_compensation.info": "Black point compensation effectively prevents black crush, but reduces the accuracy of color conversion.", "blacklevel": "Black level", "blue": "Blue", "brightness": "Brightness", "browse": "Browse...", "bug_report": "Report a bug...", "button.calibrate": "Calibrate only", "button.calibrate_and_profile": "Calibrate && profile", "button.profile": "Profile only", "cal_extraction_failed": "Could not extract calibration data from the profile.", "calibration": "Calibration", "calibration.ambient_viewcond_adjust": "Ambient light level adjustment", "calibration.ambient_viewcond_adjust.info": "To perform a viewing condition adjustment when computing calibration curves, tick the checkbox and enter your ambient light level. You can also optionally measure ambient light, if supported by your instrument.", "calibration.black_luminance": "Black level", "calibration.black_output_offset": "Black output offset", "calibration.black_point_correction": "Black point correction", "calibration.black_point_correction_choice": "You may turn off black point correction, to optimize black level and contrast ratio (recommended for most LCD monitors), or you can turn it on to make black the same hue as the whitepoint (recommended for most CRT monitors). Please select your black point correction preference:", "calibration.black_point_correction_choice_dialogtitle": "Black point correction", "calibration.black_point_rate": "Rate", "calibration.check_all": "Check settings", "calibration.complete": "Calibration complete!", "calibration.create_fast_matrix_shaper": "Create matrix profile", "calibration.create_fast_matrix_shaper_choice": "Do you want to create a fast matrix shaper profile from calibration measurements or just calibrate?", "calibration.do_not_use_video_lut": "Do not use video card gamma table to apply calibration", "calibration.do_not_use_video_lut.warning": "Do you really want to change the recommended setting?", "calibration.embed": "Embed calibration curves in profile", "calibration.file": "Settings", "calibration.file.invalid": "The chosen settings file is invalid.", "calibration.file.none": "", "calibration.incomplete": "Calibration has not been finished.", "calibration.interactive_display_adjustment": "Interactive display adjustment", "calibration.interactive_display_adjustment.black_level.crt": "Select “Start measurement” and adjust your display's brightness and/or RGB offset controls to match the desired level.", "calibration.interactive_display_adjustment.black_point.crt": "Select “Start measurement” and adjust your display's RGB offset controls to match the desired black point.", "calibration.interactive_display_adjustment.check_all": "Select “Start measurement” to check on the overall settings.", "calibration.interactive_display_adjustment.generic_hint.plural": "A good match is obtained if all bars can be brought to the marked position in the center.", "calibration.interactive_display_adjustment.generic_hint.singular": "A good match is obtained if the bar can be brought to the marked position in the center.", "calibration.interactive_display_adjustment.start": "Start measurement", "calibration.interactive_display_adjustment.stop": "Stop measurement", "calibration.interactive_display_adjustment.white_level.crt": "Select “Start measurement” and adjust your display's contrast and/or RGB gain controls to match the desired level.", "calibration.interactive_display_adjustment.white_level.lcd": "Select “Start measurement” and adjust your display's backlight/brightness control to match the desired level.", "calibration.interactive_display_adjustment.white_point": "Select “Start measurement” and adjust your display's color temperature and/or RGB gain controls to match the desired white point.", "calibration.keep_black_point_correction": "Keep current setting", "calibration.load": "Load settings...", "calibration.load_error": "Calibration curves could not be loaded.", "calibration.load_from_cal": "Load calibration curves from calibration file...", "calibration.load_from_cal_or_profile": "Load calibration curves from calibration file or profile...", "calibration.load_from_display_profile": "Load calibration curves from current display device profile", "calibration.load_from_profile": "Load calibration curves from profile...", "calibration.load_success": "Calibration curves successfully loaded.", "calibration.loading": "Loading calibration curves from file...", "calibration.loading_from_display_profile": "Loading calibration curves of current display device profile...", "calibration.luminance": "White level", "calibration.lut_viewer.title": "Curves", "calibration.preview": "Preview calibration", "calibration.quality": "Calibration quality", "calibration.quality.high": "High", "calibration.quality.low": "Low", "calibration.quality.medium": "Medium", "calibration.quality.ultra": "Ultra", "calibration.quality.verylow": "Very low", "calibration.speed": "Calibration speed", "calibration.speed.high": "High", "calibration.speed.low": "Low", "calibration.speed.medium": "Medium", "calibration.speed.veryhigh": "Very high", "calibration.speed.verylow": "Very low", "calibration.reset": "Reset video card gamma table", "calibration.reset_error": "Video card gamma table could not be reset.", "calibration.reset_success": "Video card gamma table successfully reset.", "calibration.resetting": "Resetting video card gamma table to linear...", "calibration.settings": "Calibration settings", "calibration.show_actual_lut": "Show actual calibration curves from video card gamma table", "calibration.show_lut": "Show curves", "calibration.start": "Continue on to calibration", "calibration.turn_off_black_point_correction": "Turn off", "calibration.turn_on_black_point_correction": "Turn on", "calibration.update": "Update calibration", "calibration.update_profile_choice": "Do you want to also update the calibration curves in the existing profile or just calibrate?", "calibration.use_linear_instead": "Use linear calibration instead", "calibration.verify": "Verify calibration", "calibration_profiling.complete": "Calibration and profiling complete!", "calibrationloader.description": "Sets ICC profiles and loads calibration curves for all configured display devices", "cancel": "Cancel", "ccxx.ti1": "Testchart for colorimeter correction", "checking_lut_access": "Checking video card gamma table access for display %s...", "centered": "Centered", "clear": "Clear", "color.custom": "Custom color", "colorconfig_remove_old": "Removing old display configuration file", "colorimeter_correction.create": "Create colorimeter correction...", "colorimeter_correction.create.details": "Please check the fields below and change them when necessary. The description should also contain important details (e.g. specific display settings, non-default CIE observer or the like).", "colorimeter_correction.create.failure": "Correction creation failed.", "colorimeter_correction.create.info": "To create a colorimeter correction matrix (CCMX) or Calibration Spectral Sample (CCSS) file, you first need to measure the “Testchart for colorimeter correction” with a spectrometer, and in case you want to create a CCMX, also with the colorimeter.\nTo do this, choose “Measure testchart”. Afterwards, choose “Create colorimeter correction...” and select the measured file(s).", "colorimeter_correction.create.success": "Correction successfully created.", "colorimeter_correction.file.none": "None", "colorimeter_correction.import": "Import colorimeter corrections from other display profiling software...", "colorimeter_correction.import.auto_manual": "If you want to automatically import colorimeter corrections, you need to either already have installed the vendor software of your instrument, or insert its installation media, and then choose “Auto”. If you have a software installer which you haven't run yet, or want to select a file yourself, choose “Select file”.", "colorimeter_correction.import.choose": "Please choose the colorimeter correction file to import:", "colorimeter_correction.import.failure": "No colorimeter corrections could be imported.", "colorimeter_correction.import.success": "Colorimeter corrections have been successfully imported from the following softwares:\n\n%s", "colorimeter_correction.instrument_mismatch": "The selected colorimeter correction is not suitable for the selected instrument.", "colorimeter_correction.upload": "Upload colorimeter correction...", "colorimeter_correction.upload.confirm": "Do you want to upload the colorimeter correction to the online database (recommended)? Any uploaded files will be assumed to have been placed in the public domain, so that they can be used freely.", "colorimeter_correction.upload.deny": "This colorimeter correction may not be uploaded.", "colorimeter_correction.upload.exists": "The colorimeter correction already exists in the database.", "colorimeter_correction.upload.failure": "The correction couldn't be entered into the online database.", "colorimeter_correction.upload.success": "The correction was successfully uploaded to the online database.", "colorimeter_correction.web_check": "Check online for colorimeter correction...", "colorimeter_correction.web_check.choose": "The folowing colorimeter corrections for the selected display and instrument have been found:", "colorimeter_correction.web_check.failure": "No colorimeter corrections for the selected display and instrument have been found.", "colorimeter_correction_matrix_file": "Correction", "colorimeter_correction_matrix_file.choose": "Choose colorimeter correction", "colorspace": "Colorspace", "colorspace.show_outline": "Show outline", "commandline": "Command line:", "comparison_profile": "Comparison profile", "comport_detected": "A change in the instrument/port configuration has been detected.", "compression.gzip": "GZIP compression", "computer.name": "Computername", "connection.fail": "Connection error (%s)", "connection.fail.http": "HTTP error %s", "continue": "Continue", "contrast": "Contrast", "create_and_preview": "Create && Preview", "create_ccss_or_ccmx": "Do you want to create a correction matrix for ordinary colorimeters (CCMX) or a calibration spectral sample for the i1 Display Pro and ColorMunki Display (CCSS)?", "create_profile": "Create profile from measurement data...", "create_profile_from_edid": "Create profile from extended display identification data...", "created": "Created", "current": "Current", "custom": "Custom", "cyan": "Cyan", "d3-e4-s0-g9-m3-b3-f0-crossover.ti1": "Default testchart for matrix profiles", "d3-e4-s0-g25-m3-b3-f0-crossover.ti1": "Extended testchart for matrix profiles", "d3-e4-s0-g49-m3-b3-f0-crossover.ti1": "Large testchart for matrix profiles", "d3-e4-s0-g97-m3-b3-f0-crossover.ti1": "Very large testchart for matrix profiles", "d3-e4-s3-g3-m0-f0.ti1": "Default testchart for “gamma + matrix” profiles", "d3-e4-s13-g37-m4-b4-f0.ti1": "Small testchart for LUT profiles", "d3-e4-s17-g49-m5-b5-f0.ti1": "Default testchart for LUT profiles", "d3-e4-s21-g61-m6-b6-f0.ti1": "Extended testchart for LUT profiles", "d3-e4-s25-g73-m7-b7-f0.ti1": "Large testchart for LUT profiles", "d3-e4-s29-g85-m8-b8-f0.ti1": "Very large testchart for LUT profiles", "d3-e4-s29-g85-m0-f994-caRGB.ti1": "Very large testchart for LUT profiles, optimized for Gamma 2.2 with AdobeRGB primaries (D65)", "d3-e4-s29-g85-m0-f994-ceRGBv2.ti1": "Very large testchart for LUT profiles, optimized for L* with NTSC primaries (D50)", "d3-e4-s29-g85-m0-f994-cRec709_Gamma22.ti1": "Very large testchart for LUT profiles, optimized for Gamma 2.2 with Rec. 709 primaries (D65)", "d3-e4-s29-g85-m0-f994-csRGB.ti1": "Very large testchart for LUT profiles, optimized for sRGB (D65)", "d3-e4-s33-g97-m9-b9-f0.ti1": "XXL testchart for LUT profiles", "d3-e4-s33-g97-m0-f1399-caRGB.ti1": "XXL testchart for LUT profiles, optimized for Gamma 2.2 with AdobeRGB primaries (D65)", "d3-e4-s33-g97-m0-f1399-ceRGBv2.ti1": "XXL testchart for LUT profiles, optimized for L* with NTSC primaries (D50)", "d3-e4-s33-g97-m0-f1399-cRec709_Gamma22.ti1": "XXL testchart for LUT profiles, optimized for Gamma 2.2 with Rec. 709 primaries (D65)", "d3-e4-s33-g97-m0-f1399-csRGB.ti1": "XXL testchart for LUT profiles, optimized for sRGB (D65)", "d3-e4-s37-g109-m10-b10-f0.ti1": "XXXL testchart for LUT profiles", "d3-e4-s37-g109-m0-f1906-caRGB.ti1": "XXXL testchart for LUT profiles, optimized for Gamma 2.2 with AdobeRGB primaries (D65)", "d3-e4-s37-g109-m0-f1906-ceRGBv2.ti1": "XXXL testchart for LUT profiles, optimized for L* with NTSC primaries (D50)", "d3-e4-s37-g109-m0-f1906-cRec709_Gamma22.ti1": "XXXL testchart for LUT profiles, optimized for Gamma 2.2 with Rec. 709 primaries (D65)", "d3-e4-s37-g109-m0-f1906-csRGB.ti1": "XXXL testchart for LUT profiles, optimized for sRGB (D65)", "d3-e4-s41-g121-m11-b11-f0.ti1": "Massive testchart for LUT profiles", "d3-e4-s41-g121-m0-f2527-caRGB.ti1": "Massive testchart for LUT profiles, optimized for Gamma 2.2 with AdobeRGB primaries (D65)", "d3-e4-s41-g121-m0-f2527-ceRGBv2.ti1": "Massive testchart for LUT profiles, optimized for L* with NTSC primaries (D50)", "d3-e4-s41-g121-m0-f2527-cRec709_Gamma22.ti1": "Massive testchart for LUT profiles, optimized for Gamma 2.2 with Rec. 709 primaries (D65)", "d3-e4-s41-g121-m0-f2527-csRGB.ti1": "Massive testchart for LUT profiles, optimized for sRGB (D65)", "default": "Default", "delete": "Delete", "delta_e_to_locus": "ΔE*00 to %s locus", "description": "Description", "deselect_all": "Deselect all", "detect_displays_and_ports": "Detect display devices and instruments", "device.name.placeholder": "", "devlink_profile": "DeviceLink profile", "dialog.cal_info": "The calibration file “%s” will be used. Do you want to continue?", "dialog.confirm_cancel": "Do you really want to cancel?", "dialog.confirm_delete": "Do you really want to delete the selected file(s)?", "dialog.confirm_overwrite": "The file “%s” already exists. Do you want to overwrite it?", "dialog.current_cal_warning": "The current calibration curves will be used. Do you want to continue?", "dialog.do_not_show_again": "Do not show this message again", "dialog.enter_password": "Please enter your password.", "dialog.install_profile": "Do you want to install the profile “%s” and make it the default for display “%s”?", "dialog.linear_cal_info": "Linear calibration curves will be used. Do you want to continue?", "dialog.load_cal": "Load settings", "dialog.set_argyll_bin": "Please locate the directory where the Argyll CMS executables reside.", "dialog.set_profile_save_path": "Create profile directory “%s” here:", "dialog.set_testchart": "Choose testchart file", "dialog.ti3_no_cal_info": "The measurement data does not contain calibration curves. Do you really want to continue?", "display": "Display device", "display.connection.type": "Connection", "display.manufacturer": "Display device manufacturer", "display.primary": "(Primary)", "display.properties": "Display device properties", "display.settings": "Display device settings", "display.tech": "Display technology", "display_detected": "A change in the display device configuration has been detected.", "display_lut.link": "Link/unlink display and video card gamma table access", "display_short": "Display device (abbreviated)", "displayport": "DisplayPort", "drift_compensation.blacklevel": "Black level drift compensation", "drift_compensation.blacklevel.info": "Black level drift compensation tries to counter measurement deviations caused by black calibration drift of a warming up measurement device. For this purpose, a black test patch is measured periodically, which increases the overall time needed for measurements. Many colorimeters have built-in temperature compensation, in which case black level drift compensation should not be needed, but most spectrometers are not temperature compensated.", "drift_compensation.whitelevel": "White level drift compensation", "drift_compensation.whitelevel.info": "White level drift compensation tries to counter measurement deviations caused by luminance changes of a warming up display device. For this purpose, a white test patch is measured periodically, which increases the overall time needed for measurements.", "dry_run": "Dry run", "dry_run.end": "Dry run ended.", "dry_run.info": "Dry run. Check the log to see the command line.", "dvi": "DVI", "edid.crc32": "EDID CRC32 checksum", "edid.serial": "EDID serial", "elapsed_time": "Elapsed time", "enable_argyll_debug": "Enable Argyll CMS debugging output", "enable_spyder2": "Enable Spyder 2 Colorimeter...", "enable_spyder2_failure": "Spyder 2 could not be enabled. Please install the Spyder 2 software manually if it hasn't been installed yet, then run this command again.", "enable_spyder2_success": "Spyder 2 successfully enabled.", "enumerate_ports.auto": "Automatically detect instruments", "enumerating_displays_and_comports": "Enumerating display devices and communication ports...", "error": "Error", "error.access_denied.write": "You do not have write access to %s", "error.already_exists": "The name “%s” can not be used, because another object of the same name already exists. Please choose another name or another directory.", "error.autostart_creation": "Creation of the autostart entry for %s to load the calibration curves on login has failed.", "error.autostart_remove_old": "The old autostart entry which loads calibration curves on login could not be removed: %s", "error.autostart_system": "The system-wide autostart entry to load the calibration curves on login could not be created, because the system-wide autostart directory could not be determined.", "error.autostart_user": "The user-specific autostart entry to load the calibration curves on login could not be created, because the user-specific autostart directory could not be determined.", "error.cal_extraction": "The calibration could not be extracted from “%s”.", "error.calibration.file_missing": "The calibration file “%s” is missing.", "error.calibration.file_not_created": "No calibration file has been created.", "error.calibration.file_notfile": "“%s” is not a file.", "error.colorconfig_remove_old": "The old configuration file mapping profiles to displays could not be removed: %s", "error.copy_failed": "The file “%s” could not be copied to “%s”.", "error.deletion": "An error occured while moving files to the %s. Some files might not have been removed.", "error.dir_creation": "The directory “%s” could not be created. Maybe there are access restrictions. Please allow writing access or choose another directory.", "error.dir_notdir": "The directory “%s” could not be created, because another object of the same name already exists. Please choose another directory.", "error.file.create": "The file “%s” could not be created.", "error.file.open": "The file “%s” could not be opened.", "error.file_type_unsupported": "Unsupported filetype.", "error.generic": "An internal error occured.\n\nError code: %s\nError message: %s", "error.measurement.file_invalid": "The measurement file „%s“ is invalid.", "error.measurement.file_missing": "The measurement file “%s” is missing.", "error.measurement.file_not_created": "No measurement file has been created.", "error.measurement.file_notfile": "“%s” is not a file.", "error.measurement.missing_spectral": "The measurement file does not contain spectral values.", "error.measurement.one_colorimeter": "Exactly one colorimeter measurement is needed.", "error.measurement.one_reference": "Exactly one reference measurement is needed.", "error.no_displays_detected": "No display devices could be detected.", "error.profile.file_missing": "The profile “%s” is missing.", "error.profile.file_not_created": "No profile has been created.", "error.profile.file_notfile": "“%s” is not a file.", "error.source_dest_same": "Source and target file are the same.", "error.testchart.creation_failed": "The testchart file “%s” could not be created. Maybe there are access restrictions, or the source file does not exist.", "error.testchart.invalid": "The testchart file “%s” is invalid.", "error.testchart.missing": "The testchart file “%s” is missing.", "error.testchart.missing_fields": "The testchart file „%s“ does not contain required fields: %s", "error.testchart.read": "The testchart file “%s” could not be read.", "error.tmp_creation": "Could not create temporary working directory.", "error.trashcan_unavailable": "The %s is not available. No files were removed.", "errors.none_found": "No errors found.", "export": "Export...", "extra_args": "Set additional commandline arguments...", "failure": "...failed!", "file.invalid": "File invalid.", "file.missing": "The file “%s” does not exist.", "file.notfile": "“%s” is not a file.", "file.select": "Select file", "filetype.any": "Any Filetype", "filetype.cal": "Calibration files (*.cal)", "filetype.cal_icc": "Calibration and profile files (*.cal;*.icc;*.icm)", "filetype.ccmx": "Correction matrices/Calibration spectral samples (*.ccmx;*.ccss)", "filetype.html": "HTML files (*.html;*.htm)", "filetype.icc": "Profile files (*.icc;*.icm)", "filetype.icc_mpp": "Profile files (*.icc;*.icm;*.mpp)", "filetype.icc_ti1_ti3": "Testchart files (*.icc;*.icm;*.ti1;*.ti3)", "filetype.icc_ti3": "Measurement files (*.icc;*.icm;*.ti3)", "filetype.log": "Log files (*.log)", "filetype.png": "Portable Network Graphics (*.png)", "filetype.tif": "Tagged Image File (*.tif)", "filetype.ti1": "Testchart files (*.ti1)", "filetype.ti1_ti3_txt": "Testchart files (*.ti1), Measurement files (*.ti3;*.txt)", "filetype.ti3": "Measurement files (*.ti3)", "filetype.txt": "DeviceCorrections.txt", "filetype.vrml": "VRML files (*.wrl)", "finish": "Finish", "gamap.default_intent": "Default rendering intent for display device profile", "gamap.intents.a": "Absolute colorimetric", "gamap.intents.aa": "Absolute appearance", "gamap.intents.aw": "Absolute colorimetric with white point scaling", "gamap.intents.la": "Luminance matched appearance", "gamap.intents.ms": "Preserve saturation", "gamap.intents.p": "Perceptual", "gamap.intents.pa": "Perceptual appearance", "gamap.intents.r": "Relative colorimetric", "gamap.intents.s": "Saturation", "gamap.out_viewcond": "Target viewing conditions", "gamap.perceptual": "Gamut mapping for perceptual intent", "gamap.profile": "Source profile", "gamap.saturation": "Gamut mapping for saturation intent", "gamap.src_viewcond": "Source viewing conditions", "gamap.viewconds.cx": "Cut Sheet Transparencies on a viewing box", "gamap.viewconds.jd": "Projector in dark environment", "gamap.viewconds.jm": "Projector in dim environment", "gamap.viewconds.mb": "Monitor in bright work environment", "gamap.viewconds.md": "Monitor in darkened work environment", "gamap.viewconds.mt": "Monitor in typical work environment", "gamap.viewconds.ob": "Original scene - Bright Outdoors", "gamap.viewconds.pcd": "Photo CD - original scene outdoors", "gamap.viewconds.pe": "Print evaluation environment", "gamap.viewconds.pp": "Practical Reflection Print", "gamapframe.title": "Advanced gamut mapping options", "gamut": "Gamut", "gamut.coverage": "Gamut coverage", "gamut.view.create": "Generating gamut views...", "gamut.volume": "Gamut volume", "gamut_plot.tooltip": "Click and drag the mouse inside the plot to move the viewport,\nor zoom with the mouse wheel and +/- keys. Double-click resets the viewport.", "glossy": "Glossy", "go_to_website": "Go to Website", "grayscale": "grayscale", "green": "Green", "hdmi": "HDMI", "help_support": "Help and support...", "hue": "Hue", "if_available": "if available", "illumination": "Illumination", "in": "In", "infoframe.default_text": "", "infoframe.title": "Log", "infoframe.toggle": "Show log window", "initial": "Initial", "initializing_gui": "Initializing GUI...", "install_display_profile": "Install display device profile...", "instrument": "Instrument", "instrument.calibrate": "Place the instrument on a dark, matte surface or onto its calibration plate and press OK to calibrate the instrument.", "instrument.calibrate.colormunki": "Set the ColorMunki sensor to calibration position and press OK to calibrate the instrument.", "instrument.calibrating": "Calibrating instrument...", "instrument.initializing": "Setting up the instrument, please wait...", "instrument.measure_ambient": "If your instrument requires a special cap to measure ambient, please attach it. To measure ambient light, place the instrument upwards, beside the display. Or if you want to measure a viewing booth, put a metamerism-free gray card inside the booth and point the instrument towards it. Further instructions how to measure ambient may be available in your instrument's documentation. Press OK to commence measurement.", "instrument.place_on_screen": "Place the instrument on the test window and click OK to continue.", "instrument.reposition_sensor": "The measurement failed because the instrument sensor is in the wrong position. Please correct the sensor position, then click OK to continue.", "internal": "Internal", "invert_selection": "Invert selection", "laptop.icc": "Laptop", "license": "License", "license_info": "Licensed under the GPL", "linear": "linear", "locale.set": "Setting locale: %s", "locate_spyder2_setup": "In the following file dialog, please select the file Spyder2express_2.3.6_Setup.exe or Spyder2PRO_2.3.5_Setup.exe which can be downloaded from http://support.datacolor.com/index.php?/Knowledgebase/List/Index/88/windows", "locate_spyder2_setup_mac": "In the following file dialog, please select the Spyder 2 software installer, or if the software has already been installed, locate the file Spyder.lib (you may have to switch to the Finder and Ctrl-click the Spyder2 application, which is usually located under “Applications/Spyder2 ”, and select “Show package Contents” from the popup menu, then copy the file out of the folder “Contents/Mac OS Classic” to be able to select it).", "locate_spyder2_setup_win": "In the following file dialog, please select the Spyder 2 software installer, or if the software has already been installed, locate the file CVSpyder.dll (which is usually located under “Program Files\\ColorVision\\Spyder2”).", "log.autoshow": "Show log window automatically", "lut_access": "Video card gamma table access", "madVR.icc": "madVR", "magenta": "Magenta", "matrix": "Matrix", "matte": "Matte", "max": "Max", "maximal": "Maximal", "measure": "Measure", "measure.darken_background": "Black background", "measure.darken_background.warning": "Attention: If „black background“ is chosen, it will cover the whole screen and you will not be able to see the display adjustment window! If you have a multi-screen setup, move the display adjustment window to another screen before starting the measurement, or use the keyboard (to abort the measurement, press Q. If the measurement is already running, wait briefly, then press Q again).", "measure.testchart": "Measure testchart", "measureframe.center": "Center", "measureframe.info": "Move the measurement window to the desired screen position and resize if needed. Approximately the whole window area will be used to display measurement patches, the circle is just there as a guide to help you place your measurement device.\nPlace the measurement device on the window and click on „Start measurement“. To cancel and return to the main window, close the measurement window.", "measureframe.infobutton": "Info", "measureframe.measurebutton": "Start measurement", "measureframe.title": "Measurement area", "measureframe.zoomin": "Enlarge", "measureframe.zoommax": "Maximize/Restore", "measureframe.zoomnormal": "Normal size", "measureframe.zoomout": "Shrink", "measurement.play_sound": "Acoustic feedback on continuous measurements", "measurement.set_save_path": "Save the measurement file in the following folder:", "measurement.untethered": "Untethered measurement", "measurement_file.check_sanity": "Check measurement file...", "measurement_file.check_sanity.auto": "Automatically check measurements", "measurement_file.check_sanity.auto.warning": "Please note automatic checking of measurements is an experimental feature. Use at own risk.", "measurement_file.choose": "Please choose a measurement file", "measurement_file.choose.colorimeter": "Please choose a colorimeter measurement file", "measurement_file.choose.reference": "Please choose a reference measurement file", "measurement_mode": "Mode", "measurement_mode.adaptive": "Adaptive", "measurement_mode.factory": "Factory calibration", "measurement_mode.generic": "Generic", "measurement_mode.highres": "HiRes", "measurement_mode.lcd": "LCD (generic)", "measurement_mode.lcd.ccfl": "LCD (CCFL)", "measurement_mode.lcd.ccfl.2": "LCD (CCFL Type 2)", "measurement_mode.lcd.white_led": "LCD (White LED)", "measurement_mode.lcd.wide_gamut.ccfl": "Wide Gamut LCD (CCFL)", "measurement_mode.lcd.wide_gamut.rgb_led": "Wide Gamut LCD (RGB LED)", "measurement_mode.raw": "Raw", "measurement_mode.refresh": "Refresh (generic)", "measurements.complete": "Measurements complete! Do you want to open the folder containing the measurement files?", "measuring.characterization": "Measuring color swatches for characterization...", "menu.about": "About...", "menu.file": "File", "menu.help": "?", "menu.language": "Language", "menu.options": "Options", "menu.tools": "Tools", "menuitem.quit": "Quit", "menuitem.set_argyll_bin": "Locate Argyll CMS executables...", "min": "Min", "minimal": "Minimal", "native": "Native", "no": "No", "no_settings": "The file does not contain settings.", "office_web.icc": "Office & Web", "offset": "Offset", "ok": "OK", "or": "or", "osd": "OSD", "other": "Other", "out": "Out", "overwrite": "Overwrite", "panel.surface": "Panel surface", "panel.type": "Panel type", "patches": "Patches", "pause": "Pause", "photo.icc": "Photo", "please_wait": "Please wait...", "prepress.icc": "Prepress", "preset": "Preset", "preview": "Preview", "profile": "Profile", "profile.advanced_gamap": "Advanced...", "profile.choose": "Please choose a profile:", "profile.confirm_regeneration": "Do you want to regenerate the profile?", "profile.created": "The profile has been successfully created.", "profile.current": "Current profile", "profile.do_not_install": "Don't install profile", "profile.info": "Profile information", "profile.info.show": "Show profile information", "profile.install": "Install profile", "profile.install.error": "The profile could not be installed/activated.", "profile.install.osx_manual_select": "The profile has been installed. Please activate it in the “Displays” system preferences pane.", "profile.install.success": "The profile has been installed and activated.", "profile.install.virtual.unsupported": "Profiles cannot be installed for virtual display devices.", "profile.install_local_system": "Install profile system-wide", "profile.install_network": "Install profile network-wide", "profile.install_user": "Install profile for current user only", "profile.invalid": "Invalid profile.", "profile.load_error": "Display profile couldn't be loaded.", "profile.load_on_login": "Load calibration on login", "profile.load_on_login.handled_by_os": "Let the operating system handle calibration loading (low quality)", "profile.name": "Profile name", "profile.name.create": "Generate profile name", "profile.name.placeholders": "You may use the following placeholders in the profile name:\n\n%a Abbreviated weekday name\n%A Full weekday name\n%b Abbreviated month name\n%B Full month name\n%d Day of the month\n%H Hour (24-hour clock)\n%I Hour (12-hour clock)\n%j Day of the year\n%m Month\n%M Minute\n%p AM/PM\n%S Second\n%U Week (Sunday as first day of the week)\n%w Weekday (sunday is 0)\n%W Week (Monday as first day of the week)\n%y Year without century\n%Y Year with century", "profile.no_embedded_ti3": "The profile does not contain Argyll compatible measurement data.", "profile.no_vcgt": "The profile does not contain calibration curves.", "profile.quality": "Profile quality", "profile.quality.b2a.low": "Low quality B2A table", "profile.quality.b2a.low.info": "Choose this option if the profile is only going to be used with inverse A2B gamut mapping to create a DeviceLink or 3D LUT", "profile.required_tags_missing": "The profile is missing required tags: %s", "profile.self_check": "Profile self check ΔE*76", "profile.self_check.avg" : "average", "profile.self_check.max" : "maximum", "profile.self_check.rms" : "RMS", "profile.set_save_path": "Choose save path...", "profile.settings": "Profiling settings", "profile.share": "Upload profile...", "profile.share.avg_dE_too_high": "The profile yields a too high delta E (actual = %s, threshold = %s).", "profile.share.enter_info": "You may share your profile with other users via the OpenSUSE “ICC Profile Taxi” service.\n\nPlease provide a meaningful description and enter display device properties below. Read display device settings from your display device's OSD and only enter settings applicable to your display device which have changed from defaults.\nExample: For most display devices, these are the name of the chosen preset, brightness, contrast, color temperature and/or whitepoint RGB gains, as well as gamma. On laptops and notebooks, usually only the brightness. If you have changed additional settings while calibrating your display device, enter them too if possible.", "profile.share.meta_missing": "The profile does not contain the necessary meta information.", "profile.share.success": "Profile uploaded successfully.", "profile.testchart_recommendation": "For a higher quality profile, a testchart with more samples is recommended, but it will take more time to measure. Do you want to use the recommended testchart?", "profile.type": "Profile type", "profile.type.gamma_matrix": "Gamma + matrix", "profile.type.lut.lab": "L*a*b* LUT", "profile.type.lut.xyz": "XYZ LUT", "profile.type.lut_matrix.xyz": "XYZ LUT + matrix", "profile.type.lut_rg_swapped_matrix.xyz": "XYZ LUT + swapped matrix", "profile.type.shaper_matrix": "Curves + matrix", "profile.type.single_gamma_matrix": "Single gamma + matrix", "profile.type.single_shaper_matrix": "Single curve + matrix", "profile.unsupported": "Unsupported profile type (%s) and/or colorspace (%s).", "profile.update": "Update profile", "measurement_report.update": "Update measurement report...", "measurement_report": "Measurement report...", "measurement_report_choose_chart": "Please choose the testchart to measure:", "measurement_report_choose_chart_or_reference": "Please choose a testchart or reference:", "measurement_report_choose_profile": "Please choose the profile to validate:", "profiling.complete": "Profiling complete!", "profiling.incomplete": "Profiling has not been finished.", "projector": "Projector", "projector_mode_unavailable": "Projector mode is only available with Argyll CMS 1.1.0 Beta or newer.", "quality.ultra.warning": "Ultra quality should almost never be used, except to prove that it should almost never be used (long processing time!). Maybe choose high or medium quality instead.", "readme": "ReadMe", "ready": "Ready.", "red": "Red", "reference": "Reference", "rendering_intent": "Rendering intent", "report.calibrated": "Report on calibrated display device", "report.uncalibrated": "Report on uncalibrated display device", "report.uniformity": "Measure display device uniformity...", "resources.notfound.error": "Fatal error: A required file has not been found:", "resources.notfound.warning": "Warning: Some required files have not been found:", "restore_defaults": "Restore defaults", "rgb.trc": "RGB transfer function", "rgb.trc.averaged": "averaged RGB transfer function", "saturation": "Saturation", "save": "Save", "save_as": "Save as...", "select_all": "Select all", "settings.additional": "Additional settings", "settings.basic": "Basic settings", "settings.new": "", "settings_loaded": "Calibration curves and the following calibration settings have been loaded: %s. Other calibration options have been restored to default and profiling options have not been changed.", "settings_loaded.all": "Settings and calibration curves have been loaded.", "settings_loaded.cal": "The profile contained just calibration settings. Other options have not been changed. No calibration curves have been found.", "settings_loaded.cal_and_lut": "The profile contained just calibration settings. Other options have not been changed and calibration curves have been loaded.", "settings_loaded.cal_and_profile": "Settings have been loaded. No calibration curves have been found.", "settings_loaded.profile": "The profile contained just profiling settings. Other options have not been changed. No calibration curves have been found.", "settings_loaded.profile_and_lut": "The profile contained just profiling settings. Other options have not been changed and calibration curves have been loaded.", "show_advanced_calibration_options": "Show advanced calibration options", "simulation_profile": "Simulation profile", "softproof.icc": "Softproof", "spectral": "Spectral", "sRGB.icc": "sRGB", "startup": "Starting up...", "success": "...ok.", "synthicc.create": "Create synthetic ICC profile...", "target": "Target", "tc.I": "Perceptual space body centered cubic grid", "tc.Q": "Perceptual space filling quasi-random", "tc.R": "Perceptual space random", "tc.adaption": "Adaption", "tc.algo": "Distribution", "tc.angle": "Angle", "tc.black": "Black patches", "tc.dark_emphasis": "Dark region emphasis", "tc.fullspread": "Iterative patches", "tc.gray": "Neutral patches", "tc.i": "Device space body centered cubic grid", "tc.limit.sphere": "Limit samples to sphere", "tc.limit.sphere_radius": "Radius", "tc.multidim": "Multidimensional", "tc.multidim.patches": "steps = %s patches (%s neutral)", "tc.neutral_axis_emphasis": "Neutral axis emphasis", "tc.ofp": "Optimized farthest point sampling", "tc.patch": "Patch", "tc.patches.gray": "neutral", "tc.patches.selected": "selected", "tc.patches.total": "Total patches", "tc.precond": "Preconditioning profile", "tc.preview.create": "Creating preview, please wait...", "tc.q": "Device space filling quasi-random", "tc.r": "Device space random", "tc.single": "Single channel patches", "tc.single.perchannel": "per channel", "tc.t": "Incremental far point sampling", "tc.vrml": "Create diagnostic VRML file", "tc.vrml.black_offset": "RGB black offset (L*)", "tc.vrml.device": "Device locations", "tc.vrml.lab": "Lab locations", "tc.vrml.save_as": "Save VRML file(s) as...", "tc.vrml.use_D50": "Neutral RGB white", "tc.white": "White patches", "tempdir_should_still_contain_files": "Created files should still be in the temporary directory “%s”.", "testchart.add_saturation_sweeps": "Add saturation sweeps", "testchart.add_ti3_patches": "Add reference patches...", "testchart.change_patch_order": "Change patch order", "testchart.confirm_select": "File saved. Do you want to select this testchart?", "testchart.create": "Create testchart", "testchart.discard": "Discard", "testchart.dont_select": "Don't select", "testchart.edit": "Edit testchart...", "testchart.export.repeat_patch": "Repeat each patch:", "testchart.file": "Testchart file", "testchart.info": "Number of patches in selected testchart", "testchart.invalid": "The testchart file is invalid!", "testchart.read": "Reading testchart...", "testchart.save": "Save", "testchart.save_as": "Save as...", "testchart.save_or_discard": "The testchart has not been saved.", "testchart.select": "Select", "testchart.set": "Choose testchart file...", "testchart.sort_by_HSV": "Sort by HSV", "testchart.sort_by_L": "Sort by L*", "testchart.sort_by_RGB": "Sort by RGB", "testchart.sort_by_RGB_sum": "Sort by sum of RGB", "testchart.sort_RGB_gray_to_top": "Sort RGB gray to top", "testchart.sort_RGB_white_to_top": "Sort RGB white to top", "testchart.optimize_for_untethered_auto_mode": "Optimize for untethered in auto mode", "testchart_or_reference": "Testchart or reference", "tone_values": "tone values", "translations": "Translations", "trashcan.linux": "trash", "trashcan.mac": "trash", "trashcan.windows": "recycle bin", "trc": "Tone curve", "trc.gamma": "Gamma", "trc.lstar": "L*", "trc.rec709": "Rec. 709", "trc.rec1886": "Rec. 1886", "trc.should_use_viewcond_adjust": "When using the SMPTE 240M, Rec. 709 or sRGB curves, you should use an adjustment for your ambient light levels as well to get correct results. To do that, tick the checkbox near “Ambient light level” and enter a value in Lux. You can also optionally measure ambient light while calibrating, if supported by your instrument.", "trc.smpte240m": "SMPTE 240M", "trc.srgb": "sRGB", "trc.type.absolute": "Absolute", "trc.type.relative": "Relative", "type": "Type", "uninstall_display_profile": "Uninstall display device profile...", "unknown": "unknown", "unnamed": "Unnamed", "Untethered": "Untethered", "update_check": "Check for application update...", "update_check.fail": "Check for application update failed:", "update_check.fail.version": "Remote version file from server %s couldn't be parsed.", "update_check.new_version": "An update is available: %s", "update_check.onstartup": "Check for application update on startup", "update_check.uptodate": "%s is up-to-date.", "upload": "Upload", "use_separate_lut_access": "Use separate video card gamma table access", "use_simulation_profile_as_output": "Use simulation profile as target profile", "vcgt": "Calibration curves", "verify.ti1": "Profile verification testchart", "verify_extended.ti1": "Extended profile verification testchart", "vga": "VGA", "video.icc": "Video", "warning": "Warning", "warning.already_exists": "The file “%s” already exists at the chosen location and will be overwritten. Do you want to continue?", "warning.autostart_system": "The system-wide autostart directory could not be determined.", "warning.autostart_user": "The user-specific autostart directory could not be determined.", "warning.copy_failed_continue": "The file “%s” could not be copied to “%s”. Continuing...", "warning.discard_changes": "Do you really want to discard the changes to the current settings?", "warning.no_comports_detected": "No instrument could be detected.", "warning.suspicious_delta_e": "Warning: Suspicious measurements have been found. Please note this check assumes an sRGB-like display device. If your display device differs from this assumption (e.g. if it has a very wide gamut or a tone response too far from sRGB), then errors found are probably not meaningful.\n\nOne or all of the following criteria matched:\n\n• Consecutive patches with different RGB numbers, but suspiciously low ΔE*00 of the measurements against each other.\n• RGB gray with increasing RGB numbers towards the previous patch, but declining lightness (L*).\n• RGB gray with decreasing RGB numbers towards the previous patch, but rising lightness (L*).\n• Unusually high ΔE*00 and ΔL*00 or ΔH*00 or ΔC*00 of measurements to the sRGB equivalent of the RGB numbers.\n\nThis could hint at measurement errors. Values that are considered problematic (which does not have to be true!) are highlighted in red. Check the measurements carefully and mark the ones you want to accept. You can also edit the RGB and XYZ values.", "warning.suspicious_delta_e.info": "Explanation of the Δ columns:\n\nΔE*00 XYZ A/B: ΔE*00 of measured values towards measured values of the previous patch. If this value is missing, it wasn't a factor while checking. If it is present, then it is assumed to be too low.\n\n0.5 ΔE*00 RGB A/B: ΔE*00 of the sRGB equivalent of the RGB numbers towards the sRGB equivalent of the RGB numbers of the previous patch (with a factor of 0.5). If this value is present, it represents the comparison (minimal) value during checking for assumed too low ΔE*00 XYZ A/B. It serves as a very rough orientation.\n\nΔE*00 RGB-XYZ: ΔE*00 of measured values towards the sRGB equivalent of the RGB numbers.\nΔL*00 RGB-XYZ: ΔL*00 of measured values towards the sRGB equivalent of the RGB numbers.\nΔC*00 RGB-XYZ: ΔC*00 of measured values towards the sRGB equivalent of the RGB numbers.\nΔH*00 RGB-XYZ: ΔH*00 of measured values towards the sRGB equivalent of the RGB numbers.", "webserver.waiting": "Webserver waiting at", "white": "White", "whitepoint": "Whitepoint", "whitepoint.colortemp": "Color temperature", "whitepoint.colortemp.locus.blackbody": "Blackbody", "whitepoint.colortemp.locus.curve": "Color temperature curve", "whitepoint.colortemp.locus.daylight": "Daylight", "whitepoint.set": "Do you also want to set the whitepoint to the measured value?", "whitepoint.simulate": "Simulate whitepoint", "whitepoint.simulate.relative": "Relative to target profile whitepoint", "whitepoint.xy": "Chromaticity coordinates", "window.title": "dispcalGUI", "windows.version.unsupported": "This version of Windows is not supported.", "windows_only": "Windows only", "working_dir": "Working directory:", "yellow": "Yellow", "yes": "Yes", } dispcalGUI-1.7.1.6/dispcalGUI/lang/es.json000644 000765 000000 00000137553 12266603364 020053 0ustar00svpwheel000000 000000 { "*": "Note to translators: Keys which are not yet translated are marked with a leading asterisk (*) and are indented with two tabs instead of one. Please remove the asterisk when translated.", "!author": "Roberto Quintero", "!language": "Español", "!language_name": "SPANISH", "apply": "Aplicar", "3dlut.bitdepth.input": "Profundidad de bits de entrada 3D LUT", "3dlut.bitdepth.output": "Profundidad de bits de salida 3D LUT", "3dlut.create": "Crear 3D LUT...", "*3dlut.encoding.output.warning.madvr": "Warning: This output encoding is not recommended and will cause clipping if madVR is not set up to output “TV levels (16-235)” under “Devices” → “%s” → “Properties”. Use at own risk!", "3dlut.format": "Formato de archivo 3D LUT", "3dlut.frame.title": "Crear 3D LUT", "3dlut.input.profile": "Perfil de origen", "*3dlut.madVR.enable": "Enable madVR 3D LUT", "output.profile": "Perfil de destino", "apply_cal": "Aplicar calibracion (vcgt)", "apply_cal.error": "La calibracion no puede ser aplicada.", "3dlut.size": "Tamaño 3D LUT", "[rgb]TRC": "Curva de respuesta tonal", "aborted": "...abortada.", "aborting": "Abortando, por favor espere (esto llevará unos segundos)...", "adaptive_mode_unavailable": "El modo adaptivo esta solo disponible con Argyll CMS 1.1.0 RC3 o reciente.", "allow_skip_sensor_cal": "Permitir saltarse la autocalibración del espectrofotometro", "ambient.measure": "Medicion ambiente", "ambient.set": "¿Desea tambien ajustar la luz ambiente a los niveles medidos?", "app.confirm_restore_defaults": "¿Desea descartar sus cambios y restaurar los valores por defecto?", "app.restart_request": "Por favor reinicie la aplicación.", "argyll.debug.warning1": "Por favor utilize solo esta opcion si necesita informacion de depuracion (p.e. para solucionar problemas en la funcionalidad de Argyll CMS)! Normalmente solo es util para desarrolladoes de software para ayudar en el diagnostico de problemas y su resolucion. ¿Está seguro de querer activar la salida de depuración?", "argyll.debug.warning2": "Por favor recuerde desactivar la salida de depuración para un funcionamiento normal del programa.", "argyll.dir": "Directorio de ejecutables de Argyll CMS:", "argyll.dir.invalid": "Los ejecutables de Argyll CMS no se han encontrado!\nPor favor seleccione el directorio que contiene los archivos ejecutables (quizá el prefijo o sufijo “argyll-” / “-argyll”): %s", "argyll.error.detail": "Mensaje de error de Argyll CMS detallado:", "argyll.instrument.driver.missing": "El controlador Argyll CMS para su instrumento de medición parece no estar instalado o está instalado incorrectamente. Por favor compruebe que su instruemento de medición se muestra en Windows' gestor de perifericos debajo de „Argyll LibUSB-1.0A devices“ y (re-)instalar el controlador si es necesario. Por favor lea la documentacion para instrucciones de instalación.", "argyll.util.not_found": "El ejecutable de Argyll CMS “%s” no se encuentra!", "as_measured": "Nativo", "auth.failed": "Autentificacion fallida.", "auto": "Auto", "autostart_remove_old": "Removiendo la entrada antigua de autoinicio", "backlight": "Luz de fondo", "black": "Negro", "black_point": "Punto negro", "black_point_compensation": "Compensación del punto negro", "black_point_compensation.info": "La compensación del punto negro previene el aplastamiento del negro, pero reduce la precisión de la conversión de color.", "blacklevel": "Nivel de negro", "blue": "Azul", "brightness": "Brillo", "browse": "Seleccionar...", "bug_report": "Notificar un error...", "button.calibrate": "Solo calibrar", "button.calibrate_and_profile": "Calibrar y perfilar", "button.profile": "Solo perfilar", "cal_extraction_failed": "No se pueden extraer datos de calibracion del perfil.", "calibration": "Calibracion", "calibration.ambient_viewcond_adjust": "Nivel de luz ambiente", "calibration.ambient_viewcond_adjust.info": "Para realizar un ajuste de las condiciones de visualización cuando se calculan las curvas de calibración, active la casilla e introduzca su nivel de luz ambiente. Opcionalmente puede medir la luz ambiente mientras calibra, si lo soporta su instrumento.", "calibration.black_luminance": "Nivel de negro", "calibration.black_output_offset": "Compensacion salida del negro", "calibration.black_point_correction": "Corrección punto negro", "calibration.black_point_correction_choice": "Debe desactivar la corrección del punto negro, para optimizar el nivel de negro y el ratio de contraste (recomendado para la mayoria de los monitores LCD), o puede activarlo para hacer el negro del mismo matiz que el punto blanco (recomendado para la mayoria de los monitores CRT). Por favor seleccione su preferencia de corrección de punto negro:", "calibration.black_point_correction_choice_dialogtitle": "Corrección punto negro", "calibration.black_point_rate": "Tasa", "calibration.check_all": "Comprobrar ajustes", "calibration.complete": "Calibración completada!", "calibration.create_fast_matrix_shaper": "Crear perfil de matriz", "calibration.create_fast_matrix_shaper_choice": "¿Quiere crear un perfil de matriz rapido de las mediciones de calibracion o solo calibrar?", "*calibration.do_not_use_video_lut": "Do not use video card gamma table to apply calibration", "*calibration.do_not_use_video_lut.warning": "Do you really want to change the recommended setting?", "calibration.file": "Ajustes", "calibration.file.invalid": "El archivo de configuración seleccionado no es valido.", "calibration.file.none": "", "calibration.incomplete": "La calibración no ha terminado.", "calibration.interactive_display_adjustment": "Ajuste del monitor interactivo", "calibration.interactive_display_adjustment.black_level.crt": "Seleccione “Comenzar medicion” y ajustar el brillo de su pantalla y/o los controles desplazamiento RGB para conseguir el nivel deseado.", "calibration.interactive_display_adjustment.black_point.crt": "Seleccione “Comenzar medicion” y ajustar los controles desplazamiento RGB de su pantalla para conseguir el punto negro deseado.", "calibration.interactive_display_adjustment.check_all": "Seleccione “Comenzar medicion” para comprobar los ajustes generales.", "calibration.interactive_display_adjustment.generic_hint.plural": "Un buen resultado se obtiene si todas las barras pueden ser llevadas a la posición marcada en el centro.", "calibration.interactive_display_adjustment.generic_hint.singular": "Un buen resultado se obtiene si la barra puede ser llevada a la posición marcada en el centro.", "calibration.interactive_display_adjustment.start": "Comenzar medicion", "calibration.interactive_display_adjustment.stop": "Parar medicion", "calibration.interactive_display_adjustment.white_level.crt": "Seleccione “Comenzar medicion” y ajustar el contraste de su pantalla y/o los controles de ganancia RGB para conseguir el nivel deseado.", "calibration.interactive_display_adjustment.white_level.lcd": "Seleccione “Comenzar medicion” y ajustar los controles luz de fondo/brillo de su pantalla para conseguir el punto negro deseado.", "calibration.interactive_display_adjustment.white_point": "Seleccione “Comenzar medicion” y ajustar los controles temperatura de color y/o ganacia RGB de su pantalla para conseguir el punto blanco deseado.", "calibration.keep_black_point_correction": "Mantener valores actuales", "calibration.load": "Cargando ajustes...", "calibration.load_error": "Las curvas de calibración no pueden ser cargadas.", "calibration.load_from_cal": "Cargando curvas de calibración desde el archivo de calibracion...", "calibration.load_from_cal_or_profile": "Cargando curvas de calibración desde el archivo de calibración o del perfil...", "calibration.load_from_display_profile": "Cargar curvas de calibración desde el perfil de pantalla actual", "calibration.load_from_profile": "Cargar curvas de calibración desde el perfil...", "calibration.load_success": "Curvas de calibración cargadas correctamente.", "calibration.loading": "Cargando curvas de calibración desde archivo...", "calibration.loading_from_display_profile": "Cargar curvas de calibración del perfil de pantalla actual...", "calibration.luminance": "Nivel de blanco", "calibration.lut_viewer.title": "Curvas", "calibration.preview": "Calibracion previa", "calibration.quality": "Calidad de la calibración", "calibration.quality.high": "Alta", "calibration.quality.low": "Baja", "calibration.quality.medium": "Media", "calibration.quality.ultra": "Ultra", "calibration.quality.verylow": "Muy baja", "calibration.speed": "Velocidad de la calibración", "calibration.speed.high": "Alta", "calibration.speed.low": "Baja", "calibration.speed.medium": "Media", "calibration.speed.veryhigh": "Muy alta", "calibration.speed.verylow": "Muy baja", "calibration.reset": "Resetear curvas de calibración", "calibration.reset_error": "Las curvas de calibración no pueden ser reseteadas.", "calibration.reset_success": "Curvas de calibración reseteadas correctamente.", "calibration.resetting": "Reseteando curvas de calibración a valores por defecto...", "calibration.settings": "Valores de calibración", "calibration.show_actual_lut": "Mostrar curvas de calibracion actual de la tabla de gama de la tarjeta grafica", "calibration.show_lut": "Mostrar curvas", "calibration.start": "Continúe con la calibración", "calibration.turn_off_black_point_correction": "Desactivar", "calibration.turn_on_black_point_correction": "Activar", "calibration.update": "Calibración actualizada", "calibration.update_profile_choice": "¿Quiere actualizar también las curvas de calibración en el perfil existente o solo calibrar?", "*calibration.use_linear_instead": "Use linear calibration instead", "calibration.verify": "Verificando calibración", "calibration_profiling.complete": "Calibración y perfilado completado!", "calibrationloader.description": "Establece los perfiles ICC y carga curvas de calibración para todos los dispositivos de visualización configurados", "cancel": "Cancelar", "ccxx.ti1": "Carta de ajustes para correcion de colorimetro", "checking_lut_access": "Chequeando acceso calibración para la pantalla %s...", "*centered": "Centered", "clear": "Limpiar", "*color.custom": "Custom color", "colorconfig_remove_old": "Eliminando archivo de ajustes de pantalla antiguo", "colorimeter_correction.create": "Crear correccion de colorimetro...", "colorimeter_correction.create.details": "Por favor comprobar los campos de abajo y cambiarlos cuando sea necesario. La descripcion puede contener detalles importantes (p.e. ajustes de pantalla especificas, observador no CIE por defecto o similar).", "colorimeter_correction.create.failure": "Creacion de correcion fallada.", "colorimeter_correction.create.info": "Para crear una correcion de matriz de colorimetro (CCMX) o un ejemplo de archivo de calibracion espectral (CCSS), primero nedesita medir “carta de ajustes para correcion de colorimetro” con un espectrofotometro, y en caso de crear un archivo CCMX, tambien con el colorimetro.\nPara hacer esto, seleccionar “Medir carta de ajustes”. Despues, seleccionar “Crear correcion de colorimetro...” y seleccionar el(los) archivo(s) medidos.", "colorimeter_correction.create.success": "Correcion creada con exito.", "colorimeter_correction.file.none": "Ninguno", "colorimeter_correction.import": "Importar correciones de colorimetro desde otros programas de calibracion de pantallas...", "colorimeter_correction.import.auto_manual": "Si desea importar automaticamente correcciones de colorimetro, necesita tener instalado el software del vendedor de su instrumento, o introducir el medio de instalacion, y entonces seleccionar “Auto”. Si tiene un instalador de software que todavia no ha utilizado, o si desea seleccionar un archivo , seleccione “Seleccionar archivo”.", "colorimeter_correction.import.choose": "Por favor seleccione el archivo de correccion de colorimetro a importar:", "colorimeter_correction.import.failure": "No se pueden importar las correciones de colorimetro.", "colorimeter_correction.import.success": "Las correciones de colorimetro han sido importadas con exito de los siguientes programas:\n\n%s", "*colorimeter_correction.instrument_mismatch": "The selected colorimeter correction is not suitable for the selected instrument.", "colorimeter_correction.upload": "Subir correcion de colorimetro...", "colorimeter_correction.upload.confirm": "¿Quiere subir la correccion de colorimetro a la base de datos en linea (recomendado)? Cualquier archivo subido se asume será de dominio publico, asi que pueden ser usados libremente.", "colorimeter_correction.upload.deny": "Esta correccion de colorimetro no puede ser subida.", "colorimeter_correction.upload.exists": "La correcion de colorimetro ya existe en la base de datos.", "colorimeter_correction.upload.failure": "La correccion no pudo ser introducida en la base de datos en linea.", "colorimeter_correction.upload.success": "La correcion fue subida con exito a la base de datos en linea.", "colorimeter_correction.web_check": "Comprobar en linea para correcion de colorimetro...", "colorimeter_correction.web_check.choose": "Se han encontrado las siguientes correciones de colorimetro para la pantalla e instrumento seleccionado :", "colorimeter_correction.web_check.failure": "No se han encontrado correciones de colorimetro para la pantalla y el instrumento seleccionado.", "colorimeter_correction_matrix_file": "Correccion", "colorimeter_correction_matrix_file.choose": "seleccionar correcion de colorimetro", "colorspace": "Espacio de color", "colorspace.show_outline": "Mostrar borde", "commandline": "Linea de comandos:", "comparison_profile": "Perfil de comparacion", "comport_detected": "Ha sido detectado un cambio en el instrumento/puerto de ajustes.", "*compression.gzip": "GZIP compression", "*computer.name": "Computername", "connection.fail": "Error de Conexion (%s)", "connection.fail.http": "Error HTTP %s", "continue": "Continuar", "contrast": "Contraste", "create_and_preview": "Crear && Previo", "create_ccss_or_ccmx": "¿Desea crear una correcion de matriz para colorimetros ordinarios (CCMX) o un ejemplo de calibracion espectral para el i1 Display Pro y el ColorMunki (CCSS)?", "create_profile": "Crear perfil desde datos de medición...", "create_profile_from_edid": "Crear perfil a partir de EDID...", "created": "Creado", "current": "Actual", "custom": "Otro", "cyan": "Cian", "*d3-e4-s0-g9-m3-b3-f0-crossover.ti1": "Default testchart for matrix profiles", "*d3-e4-s0-g25-m3-b3-f0-crossover.ti1": "Extended testchart for matrix profiles", "*d3-e4-s0-g49-m3-b3-f0-crossover.ti1": "Large testchart for matrix profiles", "*d3-e4-s0-g97-m3-b3-f0-crossover.ti1": "Very large testchart for matrix profiles", "d3-e4-s3-g3-m0-f0.ti1": "Carta de ajustes por defecto para perfiles “gamma + matriz” ", "*d3-e4-s13-g37-m4-b4-f0.ti1": "Small testchart for LUT profiles", "*d3-e4-s17-g49-m5-b5-f0.ti1": "Default testchart for LUT profiles", "*d3-e4-s21-g61-m6-b6-f0.ti1": "Extended testchart for LUT profiles", "*d3-e4-s25-g73-m7-b7-f0.ti1": "Large testchart for LUT profiles", "*d3-e4-s29-g85-m8-b8-f0.ti1": "Very large testchart for LUT profiles", "*d3-e4-s29-g85-m0-f994-caRGB.ti1": "Very large testchart for LUT profiles, optimized for Gamma 2.2 with AdobeRGB primaries (D65)", "*d3-e4-s29-g85-m0-f994-ceRGBv2.ti1": "Very large testchart for LUT profiles, optimized for L* with NTSC primaries (D50)", "*d3-e4-s29-g85-m0-f994-cRec709_Gamma22.ti1": "Very large testchart for LUT profiles, optimized for Gamma 2.2 with Rec. 709 primaries (D65)", "*d3-e4-s29-g85-m0-f994-csRGB.ti1": "Very large testchart for LUT profiles, optimized for sRGB (D65)", "*d3-e4-s33-g97-m9-b9-f0.ti1": "XXL testchart for LUT profiles", "*d3-e4-s33-g97-m0-f1399-caRGB.ti1": "XXL testchart for LUT profiles, optimized for Gamma 2.2 with AdobeRGB primaries (D65)", "*d3-e4-s33-g97-m0-f1399-ceRGBv2.ti1": "XXL testchart for LUT profiles, optimized for L* with NTSC primaries (D50)", "*d3-e4-s33-g97-m0-f1399-cRec709_Gamma22.ti1": "XXL testchart for LUT profiles, optimized for Gamma 2.2 with Rec. 709 primaries (D65)", "*d3-e4-s33-g97-m0-f1399-csRGB.ti1": "XXL testchart for LUT profiles, optimized for sRGB (D65)", "*d3-e4-s37-g109-m10-b10-f0.ti1": "XXXL testchart for LUT profiles", "*d3-e4-s37-g109-m0-f1906-caRGB.ti1": "XXXL testchart for LUT profiles, optimized for Gamma 2.2 with AdobeRGB primaries (D65)", "*d3-e4-s37-g109-m0-f1906-ceRGBv2.ti1": "XXXL testchart for LUT profiles, optimized for L* with NTSC primaries (D50)", "*d3-e4-s37-g109-m0-f1906-cRec709_Gamma22.ti1": "XXXL testchart for LUT profiles, optimized for Gamma 2.2 with Rec. 709 primaries (D65)", "*d3-e4-s37-g109-m0-f1906-csRGB.ti1": "XXXL testchart for LUT profiles, optimized for sRGB (D65)", "*d3-e4-s41-g121-m11-b11-f0.ti1": "Massive testchart for LUT profiles", "*d3-e4-s41-g121-m0-f2527-caRGB.ti1": "Massive testchart for LUT profiles, optimized for Gamma 2.2 with AdobeRGB primaries (D65)", "*d3-e4-s41-g121-m0-f2527-ceRGBv2.ti1": "Massive testchart for LUT profiles, optimized for L* with NTSC primaries (D50)", "*d3-e4-s41-g121-m0-f2527-cRec709_Gamma22.ti1": "Massive testchart for LUT profiles, optimized for Gamma 2.2 with Rec. 709 primaries (D65)", "*d3-e4-s41-g121-m0-f2527-csRGB.ti1": "Massive testchart for LUT profiles, optimized for sRGB (D65)", "default": "Por defecto", "delete": "Borrar", "delta_e_to_locus": "ΔE*00 a %s locus", "description": "Descripcion", "detect_displays_and_ports": "Detectar pantallas e instrumentos", "*device.name.placeholder": "", "*devlink_profile": "DeviceLink profile", "dialog.confirm_delete": "Realmente desea borrar el(los) archivo(s) seleccionado(s)?", "dialog.confirm_overwrite": "El archivo “%s” ya existe. ¿Desea sobreescribirlo?", "*dialog.cal_info": "The calibration file “%s” will be used. Do you want to continue?", "*dialog.confirm_cancel": "Do you really want to cancel?", "dialog.current_cal_warning": "Las curvas de calibracion actual seran usadas. ¿Desea continuar?", "dialog.do_not_show_again": "No mostrar este mensaje de nuevo", "dialog.enter_password": "Por favor introduzca su contraseña.", "dialog.install_profile": "Desea instalar el perfil “%s” y hacerlo predeterminado para la pantalla “%s”?", "*dialog.linear_cal_info": "Linear calibration curves will be used. Do you want to continue?", "dialog.load_cal": "Cargar configuración", "dialog.set_argyll_bin": "Por favor localizar el directorio donde residen los ejecutables de Argyll.", "dialog.set_profile_save_path": "Crear directorio de perfil “%s” aqui:", "dialog.set_testchart": "Escoja el archivo de carta de ajustes", "dialog.ti3_no_cal_info": "Los datos de medicion no contienen curvas de calibracion. ¿Realmente desea continuar?", "display": "Pantalla", "display.connection.type": "Conexion", "display.manufacturer": "Fabricante de pantalla", "display.primary": "(Primaria)", "display.properties": "Propiedades de pantalla", "display.settings": "ajustes de pantalla", "display.tech": "tecnologia de pantalla", "display_detected": "Se ha detectado un cambio en la ajustes de la pantalla.", "display_lut.link": "Enlace/desenlace acceso a pantalla y calibración", "display_short": "Pantalla (abreviado)", "displayport": "DisplayPort", "drift_compensation.blacklevel": "Compensacion de la desviacion del nivel del negro", "drift_compensation.blacklevel.info": "La compensacion de la desviacion del nivel del negro trata de contar desviaciones de la medicion por desviacion de la calibracion del negro marcadas por las advertencias del instrumento de medicion. Para este proposito, un parche de negro es medido periodicamente, lo que incrementa el tiempo total necesario para las mediciones. Muchos colorimetros tiene incorporada compensacion de temepratura, en cuyo caso la compensacion de la desviacion del negro no es necesaria, pero la mayor parte de los espectrofotometros no tiene compensacion de temperatura.", "drift_compensation.whitelevel": "Desviacion de la compensacion del nivel de blanco", "drift_compensation.whitelevel.info": "La desviacion de la compensacion del nivel de blanco trata de contar desviaciones de la medicion causadas por cambios de luminancia marcadas por las advertencias de la pantalla. Para este proposito, un parche de blanco es medido periodicamente, lo que incrementa el tiempo total necesario para las mediciones.", "*dry_run": "Dry run", "*dry_run.end": "Dry run ended.", "*dry_run.info": "Dry run. Check the log to see the command line.", "dvi": "DVI", "*edid.crc32": "EDID CRC32 checksum", "*edid.serial": "EDID serial", "elapsed_time": "Tiempo transcurrido", "enable_argyll_debug": "Activar salida de errores Argyll CMS", "enable_spyder2": "Activar colorimetro Spyder 2 ...", "enable_spyder2_failure": "Spyder 2 no puede ser activado.", "enable_spyder2_success": "Spyder 2 activado correctamente.", "enumerate_ports.auto": "Detectar automaticamente instrumentos", "enumerating_displays_and_comports": "Enumeranado pantallas y puertos de comunicación...", "error": "Error", "error.access_denied.write": "No tiene acceso de escritura a %s", "error.already_exists": "El nombre “%s” no pude ser usado, porque otro objeto del mismo nombre todavia existe. Por favor escoja otro nombre u otro directotio.", "error.autostart_creation": "La creación de la entrada de autoarranque para %s para cargar las curvas de calibración en la entrada ha fallado.", "error.autostart_remove_old": "La entrada de autoarranque antigua que carga las curvas de calibracion al inicio del sistema no puede ser eliminada: %s", "error.autostart_system": "La entrada de autoarranque del sistema que carga las curvas de calibracion al inicio no puede ser creada, porque el directorio de autoarranque del sistema no se puede determinar.", "error.autostart_user": "La entrada de autoarrqnue de usuario que carga las curvas de clibracion al inicio no puede ser creada, porque el directorio de autoarranque del usuario no se puede determinar.", "error.cal_extraction": "La calibracion no puede ser extraida de “%s”.", "error.calibration.file_missing": "El archivo de calibración “%s” no se encuentra.", "error.calibration.file_not_created": "El archivo de calibración no ha sido creado.", "error.calibration.file_notfile": "“%s” no es un archivo.", "error.colorconfig_remove_old": "El archivo antiguo de ajustes asignado a perfiles de pantallas no puede ser eliminado: %s", "error.copy_failed": "El archivo “%s” no se puede copiar en “%s”.", "error.deletion": "Ocurrio un error mientras se movian archivos a %s. Algunos archivos no se han eliminado.", "error.dir_creation": "El directorio “%s” no puede ser creado. Quizás haya restricciones de acceso. Por favor permita el acceso de escritura o escoja otro directorio.", "error.dir_notdir": "El directorio “%s” no puede ser creado, porque otro objeto del mismo nombre existe. Por favor escoja otro directorio.", "error.file.create": "El archivo “%s” no se puede crear.", "error.file.open": "El archivo “%s” no se puede abrir.", "error.file_type_unsupported": "Tipo de archivo no soportado.", "error.generic": "Un error de sistema ha ocurrido.\n\nCodigo de error: %s\nMensaje de error: %s", "error.measurement.file_invalid": "El archivo de medicion „%s“ no es valido.", "error.measurement.file_missing": "El archivo de medición “%s” no se encuentra.", "error.measurement.file_not_created": "No se ha creado archivo de medición.", "error.measurement.file_notfile": "“%s” no es un archivo.", "error.measurement.missing_spectral": "El archivo de medicion no contiene valores espectrales.", "error.measurement.one_colorimeter": "Se necesita exactamente una medicion de colorimetro.", "error.measurement.one_reference": "Se necesita exactamente una medicion de referencia.", "error.no_displays_detected": "Ninguna pantalla ha sido detectada.", "error.profile.file_missing": "El perfil “%s” no se encuentra.", "error.profile.file_not_created": "Ningun perfil ha sido creado.", "error.profile.file_notfile": "“%s” no es un archivo.", "error.source_dest_same": "El archivo de origen y destino es el mismo.", "error.testchart.creation_failed": "El archivo de carta de ajustes “%s” no puede ser creado. Quizas haya restricciones de acceso, o el archivo de origen no existe.", "error.testchart.invalid": "El archivo de carta de ajustes “%s” no es valido.", "error.testchart.missing": "El archivo de carta de ajustes “%s” no se encuentra.", "error.testchart.missing_fields": "El archivo de carta de ajustes „%s“ no contiene los campos requeridos: %s", "error.testchart.read": "El archivo de carta de ajustes “%s” no se puede leer.", "error.tmp_creation": "No se puede crear directorio de trabajo temporal.", "error.trashcan_unavailable": "El %s no esta disponible. No se eliminaron archivos.", "export": "Exportar...", "extra_args": "Establecer argumentos adicionales de línea de comandos...", "failure": "...fallado!", "*file.invalid": "File invalid.", "file.missing": "El archivo no existe “%s” no existe.", "file.notfile": "“%s” no es un archivo.", "file.select": "Seleccionar archivo", "filetype.any": "Cualquier tipo de archivo", "filetype.cal": "Archivos de calibracion (*.cal)", "filetype.cal_icc": "Archivos de calibracion y perfiles (*.cal;*.icc;*.icm)", "filetype.ccmx": "Matrices de correccion/Ejemplos de calibration espectral (*.ccmx;*.ccss)", "filetype.html": "Archivos HTML (*.html;*.htm)", "filetype.icc": "Archivos de perfil (*.icc;*.icm)", "filetype.icc_mpp": "Archivos de perfil (*.icc;*.icm;*.mpp)", "filetype.icc_ti1_ti3": "Archivos carta de pruebas (*.icc;*.icm;*.ti1;*.ti3)", "filetype.icc_ti3": "Archivos de medicion (*.icc;*.icm;*.ti3)", "filetype.log": "Archivos Log (*.log)", "filetype.png": "Portable Network Graphics (*.png)", "filetype.tif": "Tagged Image File (*.tif)", "filetype.ti1": "Archivos carta de ajustes (*.ti1)", "filetype.ti1_ti3_txt": "Archivos de carta de ajustes (*.ti1), Archivos de medicion (*.ti3;*.txt)", "filetype.ti3": "Archivos de medicion (*.icc;*.icm;*.ti3)", "filetype.txt": "Correcciones periferico.txt", "*filetype.vrml": "VRML files (*.wrl)", "*finish": "Finish", "gamap.default_intent": "Intento de renderizado por defecto para el perfil de la pantalla", "gamap.intents.a": "Absoluto colorimetrico", "gamap.intents.aa": "Apariencia absoluto", "gamap.intents.aw": "Colorimetrico absoluto con escalado de punto blanco", "gamap.intents.la": "Apariencia de luminancia ajustada", "gamap.intents.ms": "Preservar saturacion", "gamap.intents.p": "Perceptual", "gamap.intents.pa": "Apariencia perceptual", "gamap.intents.r": "Relativo colorimetrico", "gamap.intents.s": "Saturacion", "gamap.out_viewcond": "Condiciones de visualizacion de salida", "gamap.perceptual": "Aplicar mapeado de gama a la tabla perceptual", "gamap.profile": "Perfil de origen", "gamap.saturation": "Aplicar mapeado de gama a la tabla saturacion", "gamap.src_viewcond": "Condiciones de visualizacion de entrada", "gamap.viewconds.cx": "Cortar hoja de transparencias en una caja de luz", "gamap.viewconds.jd": "Proyector en entorno oscuro", "gamap.viewconds.jm": "Proyector en entorno tenue", "gamap.viewconds.mb": "Monitor en entorno de trabajo claro", "gamap.viewconds.md": "Monitor en entorno de trabajo oscuro", "gamap.viewconds.mt": "Monitor en entorno de trabajo tipico", "gamap.viewconds.ob": "Escena original - Exteriores claro", "gamap.viewconds.pcd": "Photo CD - Escena original exteriores", "gamap.viewconds.pe": "Evaluacion entorno de impresion", "gamap.viewconds.pp": "Impresion reflexiva practica", "gamapframe.title": "Opciones de mapeado de gama avanzadas", "gamut": "Gama", "gamut.coverage": "Cobertura de la gama", "gamut.view.create": "Generanado vistas de gama...", "gamut.volume": "Volumen de gama", "gamut_plot.tooltip": "Pulsar y arrastrar el raton dentro de la zona para mover el punto de vision, o hacer zoom con la rueda del raton y +/- teclas. Doble pulsacion reinicia el punto de vision.", "glossy": "Brillante", "go_to_website": "ir a la pagina web", "grayscale": "escala de gris", "green": "Verde", "hdmi": "HDMI", "help_support": "Ayuda y soporte...", "hue": "Color", "*if_available": "if available", "illumination": "Iluminacion", "in": "Entrada", "infoframe.default_text": "", "infoframe.title": "Info", "infoframe.toggle": "Mostrar/ocultar ventana de informacion", "initial": "Inicial", "initializing_gui": "Inicializando GUI...", "install_display_profile": "Instalar perfil del monitor...", "instrument": "Instrumento/Puerto", "instrument.calibrate": "Poner el instrumento en una superficie oscura, mate o en su placa y presionar OK para calibrar el instrumento.", "instrument.calibrate.colormunki": "Poner el sensor ColorMunki en posicion de calibracion y presionar OK para calibrar el instrumento.", "instrument.calibrating": "Calibrando instrumento...", "instrument.initializing": "Configurando instrumento, por favor espere...", "instrument.measure_ambient": "Si su instrumento requiere de una tapa especial para medir la luz ambiente, por favor coloquela. Para medir la luz ambiente, coloque el instrumento hacia arriba, al lado de la pantalla. O si desea medir una caja de luz, coloque una carta de gris sin metamerismo dentro de la caja de luz y ponga el instrumento hacia ella. Instrucciones adicionales de como medir la luz ambiente pueden estar disponibles en la documentacion del instrumento. Presione OK para comenzar la medicion.", "instrument.place_on_screen": "Coloque el instrumwento en la ventana de test. Pulse OK. Presione ESC, Q o CTRL^C para abortar, cualquier otra tecla para iniciar la medición.", "*instrument.reposition_sensor": "The measurement failed because the instrument sensor is in the wrong position. Please correct the sensor position, then click OK to continue.", "internal": "Interno", "laptop.icc": "Portatil", "license": "Licencia", "license_info": "Licenciado bajo la GPL", "linear": "lineal", "locale.set": "Setting locale: %s", "locate_spyder2_setup": "En el siguiente dialogo, por favor seleccione el programa de instalacion del Spyder 2 “Spyder2express_2.3.6_Setup.exe” (descargar: http://support.datacolor.com/index.php?/Knowledgebase/List/Index/88/windows)", "locate_spyder2_setup_mac": "En el siguiente dialogo, por favor seleccione el programa de instalacion del Spyder 2, o si el programa ya ha sido instalado, localizar el archivo Spyder.lib (debe de ir al Finder y pulsar Ctrl-click en la aplicacion Spyder2, que esta habitualmente localizada en “Aplicaciones/Spyder2 ”, y seleccionar “mostrar contenido del paquete” del menu emergente, entonces copiar el archivo fuera de la carpeta “Contenido/Mac OS Classic” para poder seleccionarlo).", "locate_spyder2_setup_win": "En el siguiente dialogo, por favor seleccione el programa de instalacion del Spyder 2, o si el programa ya ha sido instalado, localizar el archivo CVSpyder.dll (donde el archivo esta localizado habitualmente en “Archivos de programa\\ColorVision\\Spyder2”).", "log.autoshow": "Mostar ventana de log automaticamente", "lut_access": "Acceso a calibración", "magenta": "Magenta", "matrix": "Matriz", "matte": "Mate", "max": "Max", "maximal": "Maximo", "measure": "Medicion", "measure.darken_background": "Color de fondo negro", "*measure.darken_background.warning": "Attention: If „black background“ is chosen, it will cover the whole screen and you will not be able to see the display adjustment window! If you have a multi-screen setup, move the display adjustment window to another screen before starting the measurement, or use the keyboard (to abort the measurement, press Q. If the measurement is already running, wait briefly, then press Q again).", "measure.testchart": "Carta de pruebas de ajustes", "measureframe.center": "Centro", "measureframe.info": "Mover la ventana de medicion a la posición de pantalla deseada y redimensionarla si es necesario. Aproximadamente todo el area de la ventana se utilizara para mostrar los parches de medicion, el circulo es como una guia para ayudarle a situar su instrumento de medicion.\nSitue el instrumento de medicion en la pantalla y pulse en „Comenzar medicion“. Para cancelar y volver a la pantalla principal, cierre la ventana de medicion.", "measureframe.infobutton": "Info", "measureframe.measurebutton": "Comenzar medicion", "measureframe.title": "Area de medicion", "measureframe.zoomin": "Aumentar", "measureframe.zoommax": "Maximizar/Restaurar", "measureframe.zoomnormal": "Tamaño normal", "measureframe.zoomout": "Encoger", "measurement.play_sound": "Aviso acustico en la medicion continua", "measurement.set_save_path": "Guardar el archivo de medicion en la siguiente carpeta:", "*measurement.untethered": "Untethered measurement", "measurement_file.choose": "Por favor seleccione un archivo de medicion", "measurement_file.choose.colorimeter": "Por favor seleccione un archivo de medicion de colorimetro", "measurement_file.choose.reference": "Por favor seleccione un archivo de medicion de referencia", "measurement_mode": "Tipo", "measurement_mode.adaptive": "Adaptivo", "measurement_mode.factory": "Calibration de fabrica", "measurement_mode.highres": "AltaRes", "measurement_mode.lcd": "LCD (genérico)", "measurement_mode.lcd.ccfl": "LCD (CCFL)", "measurement_mode.lcd.ccfl.2": "LCD (CCFL Type 2)", "measurement_mode.lcd.white_led": "LCD (LED Blanco)", "measurement_mode.lcd.wide_gamut.ccfl": "LCD Gama Amplia(CCFL)", "measurement_mode.lcd.wide_gamut.rgb_led": "LCD Gama Amplia (RGB LED)", "measurement_mode.raw": "Raw", "measurement_mode.refresh": "Refresco (generico)", "measurements.complete": "Mediciones completadas! ¿Desea abrir la carpeta que contiene los archivos de medicion?", "measuring.characterization": "Midiendo muestras de color para caracterizacion...", "menu.about": "Acerca...", "menu.file": "Archivo", "menu.help": "?", "menu.language": "Idioma", "menu.options": "Opciones", "menu.tools": "Herramientas", "menuitem.quit": "Salir", "menuitem.set_argyll_bin": "Localizar ejecutables de Argyll CMS...", "min": "Min", "minimal": "Minimo", "native": "Nativo", "no": "No", "no_settings": "El archivo no contiene ajustes.", "office_web.icc": "Oficina y Web", "offset": "Offset", "ok": "OK", "or": "o", "osd": "OSD", "other": "Otro", "out": "Salida", "overwrite": "Sobreescribir", "panel.surface": "Superficie del panel", "panel.type": "Tipo de panel", "patches": "Parches", "pause": "Pausa", "photo.icc": "Foto", "please_wait": "Por favor esperar...", "prepress.icc": "Preprensa", "preset": "Preestablecido", "preview": "Previo", "profile": "Perfil", "profile.advanced_gamap": "Avanzado...", "*profile.choose": "Please choose a profile:", "profile.created": "El perfil ha sido creado correctamente.", "profile.current": "Perfil actual", "profile.do_not_install": "No instalar el perfil", "profile.info": "Information de perfil", "profile.info.show": "Mostrar information del perfil", "profile.install": "Instalar el perfil", "profile.install.error": "El perfil no puede ser instalado/activado.", "profile.install.osx_manual_select": "El perfil ha sido instalado. Por favor activelo en el panel de preferencias del sistema “Pantallas”.", "profile.install.success": "El perfil ha sido instalado y activado.", "*profile.install.virtual.unsupported": "Profiles cannot be installed for virtual display devices.", "profile.install_local_system": "Instalar perfil en todo el sistema", "profile.install_network": "Instalar perfil en toda la red", "profile.install_user": "Instalar perfil solo para el usuario actual", "profile.invalid": "Perfil no valido.", "profile.load_error": "El perfil de pantalla no puede ser cargado.", "profile.load_on_login": "Cargar la calibracion en la entrada", "profile.load_on_login.handled_by_os": "Dejar al sistema operativo el manejo de la carga de la calibracion (baja calidad)", "profile.name": "Nombre del perfil", "profile.name.create": "Generar nombre del perfil", "profile.name.placeholders": "Debe de utilizar los siguientes argumentos en el nombre de perfil:\n\n%a Nombre del dia de la semana abreviado\n%A Nombre del dia de la semana completo\n%b Nombre del mes abreviado\n%B Nombre del mes completo\n%d Dia del mes\n%H Hora (reloj 24-horas)\n%I Hora (reloj12-horas)\n%j Dia del año\n%m Mes\n%M Minuto\n%p AM/PM\n%S Segundos\n%U Semana (Domingo como primer dia de la semana)\n%w Dia de la semana (domingo es 0)\n%W Semana (Lunes como primer dia de la semana)\n%y Año sin el siglo\n%Y Año con el siglo", "profile.no_embedded_ti3": "El perfil no contiene datos de medicion compatibles con Argyll.", "profile.no_vcgt": "El perfil no contiene curvas de calibracion.", "profile.quality": "Calidad del perfil", "*profile.quality.b2a.low": "Low quality B2A table", "*profile.quality.b2a.low.info": "Choose this option if the profile is only going to be used with inverse A2B gamut mapping to create a DeviceLink or 3D LUT", "*profile.required_tags_missing": "The profile is missing required tags: %s", "*profile.self_check": "Profile self check ΔE*76", "*profile.self_check.avg" : "average", "*profile.self_check.max" : "maximum", "*profile.self_check.rms" : "RMS", "profile.set_save_path": "Seleccionar ruta de guardado...", "profile.settings": "Opciones de perfilado", "profile.share": "Subido perfil...", "profile.share.avg_dE_too_high": "El perfil muestra un valor delta E demasiado alto (actual = %s, umbral = %s).", "profile.share.enter_info": "Puede compartir su perfil con otros usuarios via el servicio OpenSUSE “ICC Profile Taxi”.\n\nPor favor proporcione una descripcion significativa e introduzca las propiedades de la pantalla mas abajo. Leer ajustes de la pantalla del menu OSD de la misma y aplicar solo las ajustes aplicables a la pantalla que se alteraron de las que trae por defecto.\nEjemplo: Para la mayor parte de las pantallas, estos son los nombres de los preajustes escogidos, brillo, contraste, color temperatura y/o ganancia del punto blanco RGB, asi como la gamma. En portatiles and ultraligeros, habitualmente solo el brillo. Si ha cambiado ajustes adicionales mientras calibraba su pantalla, introduzcalas si es posible.", "profile.share.meta_missing": "El perfil no contiene la meta informacion necesaria.", "profile.share.success": "Perfil subido satisfactoriamente.", "profile.testchart_recommendation": "Para un perfil de mayor calidad, es recomendable una carta de ajustes con mas parches, pero llevará mas tiempo medirla. ¿Desea usar la carta de ajustes recomendada?", "profile.type": "Tipo de perfil", "profile.type.gamma_matrix": "Gamma + matriz", "profile.type.lut.lab": "L*a*b* LUT", "profile.type.lut.xyz": "XYZ LUT", "profile.type.lut_matrix.xyz": "XYZ LUT + matriz", "profile.type.lut_rg_swapped_matrix.xyz": "XYZ LUT + matriz swapped", "profile.type.shaper_matrix": "Curvas + matriz", "profile.type.single_gamma_matrix": "Gamma simple + matriz", "profile.type.single_shaper_matrix": "Curva simple + matriz", "profile.unsupported": "Tipo de perfil no soportado (%s) y/o espacio de color (%s).", "profile.update": "Actualizar perfil", "*measurement_report.update": "Update measurement report...", "*measurement_report": "Measurement report...", "measurement_report_choose_chart": "Por favor seleccione la carta de ajustes a medir:", "measurement_report_choose_chart_or_reference": "Por favor seleccione una carta de ajustes o referencia:", "measurement_report_choose_profile": "Por favor seleccione el perfil a validar:", "profiling.complete": "Perfilado completado!", "profiling.incomplete": "El perfilado todavia no ha terminado.", "projector": "Proyector", "projector_mode_unavailable": "El modo proyector esta solo disponible con Argyll CMS 1.1.0 Beta o mas actual.", "quality.ultra.warning": "La calidad Ultra no deberia ser usada nunca, excepto para probar que no deberia ser nunca usada (tiempo muy largo de procesado!). Quizas deberia escoger calidad media o alta.", "readme": "Leame", "ready": "Listo.", "red": "Rojo", "reference": "Referencia", "rendering_intent": "Intento de renderizado", "report.calibrated": "Informe de pantalla calibrada", "report.uncalibrated": "Informe de pantalla no calibrada", "resources.notfound.error": "Error fatal: no se encuentra el archivo requerido:", "resources.notfound.warning": "Cuidado: no se encuentran algunos archivos requeridos:", "restore_defaults": "Restaurar valores por defecto", "rgb.trc": "Funcion de transferencia RGB", "rgb.trc.averaged": "Funcion de transferencia RGB promedio", "saturation": "Saturacion", "save": "Guardar", "save_as": "Guardar como...", "settings.additional": "ajustes adicionales", "settings.basic": "ajustes basicas", "settings.new": "", "settings_loaded": "Las siguientes ajustes de calibracion han sido cargadas: %s. Otras opciones de calibracion han sido restauradas a sus valores por defecto y las opciones de perfilado no han sido cambiadas. Las curvas calibración han sido cargadas.", "settings_loaded.all": "ajustes y curvas calibración han sido cargadas.", "settings_loaded.cal": "El perfil solo contiene ajsutes de calibracion. Otras opciones no se han cambiado. No se han encontrado curvas de calibracion.", "settings_loaded.cal_and_lut": "El perfil solo contiene ajsutes de calibracion. Otras opciones no se han cambiado y las curvas de calibracion se han cargado.", "settings_loaded.cal_and_profile": "Las ajustes han sido cargadas. No se han encontrado curvas calibración.", "settings_loaded.profile": "El perfil contiene solo ajustes del perfil. Otras opciones no han sido cambiadas. No se han encontrado curvas calibración.", "settings_loaded.profile_and_lut": "El perfil contiene solo ajustes del perfil. Otras opciones no han sido cambiadas y las curvas calibración han sido cargadas.", "show_advanced_calibration_options": "Mostar opciones avanzadas de calibracion", "softproof.icc": "Softproof", "spectral": "Espectral", "sRGB.icc": "sRGB", "startup": "Comenzando...", "success": "...hecho.", "*synthicc.create": "Create synthetic ICC profile...", "target": "Destino", "tc.I": "Cuerpo espacial del dipositivo centrado en rejilla cubica perceptual", "tc.Q": "Llenado de espacio perceptual quasi-random", "tc.R": "Espacio perceptual aleatorio", "tc.adaption": "Adaptacion", "tc.algo": "Distribucion", "tc.angle": "Angulo", "*tc.black": "Black patches", "*tc.dark_emphasis": "Dark region emphasis", "tc.fullspread": "Parches interactivos", "tc.gray": "Parches neutros", "tc.i": "Cuerpo espacial del dipositivo centrado en rejilla cubica", "tc.limit.sphere": "Limitar ejemplos a esfera", "tc.limit.sphere_radius": "Radio", "tc.multidim": "Multidimensional", "tc.multidim.patches": "pasos = %s parches (%s neutral)", "*tc.neutral_axis_emphasis": "Neutral axis emphasis", "tc.ofp": "Punto de ejemplo mas lejano optimizado", "tc.patch": "Parche", "tc.patches.gray": "Neutral", "tc.patches.selected": "Seleccionado", "tc.patches.total": "Parches totales", "tc.precond": "Precondicionando perfil", "tc.preview.create": "Creando previo, por favor espere...", "tc.q": "Llenado del espacio de dispositivo quasi-random", "tc.r": "Espacio del dispositivo aleatorio", "tc.single": "Parches de un canal", "tc.single.perchannel": "Por canal", "tc.t": "Punto de ejemplo lejano incremental", "tc.vrml": "Crear archivo VRML de diagnostico", "*tc.vrml.black_offset": "RGB black offset (L*)", "tc.vrml.device": "Localizacion de dispositivos", "tc.vrml.lab": "Localizaciones Lab", "*tc.vrml.save_as": "Save VRML file(s) as...", "*tc.vrml.use_D50": "Neutral RGB white", "tc.white": "Parches blancos", "*tempdir_should_still_contain_files": "Created files should still be in the temporary directory “%s”.", "*testchart.add_saturation_sweeps": "Add saturation sweeps", "*testchart.add_ti3_patches": "Add reference patches...", "*testchart.change_patch_order": "Change patch order", "testchart.confirm_select": "Archivo guardado. Desea seleccionar este testchart?", "testchart.create": "Crear archivo de carta de ajustes", "testchart.discard": "Descartar", "testchart.dont_select": "No seleccionar", "testchart.edit": "Editar carta de ajustes...", "*testchart.export.repeat_patch": "Repeat each patch:", "testchart.file": "Archivo Carta de ajustes", "testchart.info": "Numero de parches en la carta de ajustes seleccionado", "testchart.invalid": "El archivo carta de ajustes no es valido!", "testchart.read": "Leyendo carta de ajustes...", "testchart.save": "Guardar", "testchart.save_as": "Guardar como...", "testchart.save_or_discard": "La carta de ajustes no ha sido guardado.", "testchart.select": "Seleccionar", "testchart.set": "Seleccione archivo carta de ajustes...", "*testchart.sort_by_HSV": "Sort by HSV", "*testchart.sort_by_L": "Sort by L*", "*testchart.sort_by_RGB": "Sort by RGB", "*testchart.sort_by_RGB_sum": "Sort by sum of RGB", "*testchart.sort_RGB_gray_to_top": "Sort RGB gray to top", "*testchart.sort_RGB_white_to_top": "Sort RGB white to top", "*testchart.optimize_for_untethered_auto_mode": "Optimize for untethered in auto mode", "tone_values": "valores tonales", "translations": "Traducciones", "trashcan.linux": "papelera", "trashcan.mac": "papelera", "trashcan.windows": "papelera de reciclaje", "trc": "Curva tonal", "trc.gamma": "Gamma", "trc.lstar": "L*", "trc.rec709": "Rec. 709", "trc.rec1886": "Rec. 1886", "trc.should_use_viewcond_adjust": "Cuando se usan las curvas SMPTE 240M, Rec. 709 o sRGB, debe usar un ajuste en las condiciones de visualizacion para los niveles de luz ambiente tan buenos como pueda para obtener los resultados que desee. Para hacer esto, marque la casilla cerca de “Nivel de luz ambiente” e introduzca un valor en Lux. Opcionalmente puede medir la luz ambiente cuando realiza una calibracion, si lo soporta su instrumento.", "trc.smpte240m": "SMPTE 240M", "trc.srgb": "sRGB", "trc.type.absolute": "Absoluto", "trc.type.relative": "Relativo", "type": "Tipo", "uninstall_display_profile": "Desinstalar perfil de pantalla...", "unknown": "desconocido", "unnamed": "Sin nombre", "*Untethered": "Untethered", "update_check": "Comprobar actualizacion de la aplicacion...", "update_check.fail": "Comprobar fallo de actualizacion de la aplicacion:", "update_check.fail.version": "Version del archivo remoto desde el servidor %s no se pudo analizar.", "update_check.new_version": "Una actualizacion esta disponible: %s", "update_check.onstartup": "Comprobar actualizacion de la aplicacion al inicio", "update_check.uptodate": "%s esta actualizada.", "upload": "Subir", "use_separate_lut_access": "Usar acceso separado a la tabla de gamma de la tarjeta grafica ", "vcgt": "Curvas de calibracion", "verify.ti1": "Carta de ajustes de verificacion de perfil", "verify_extended.ti1": "Carta de ajustes de verificacion de perfil extendida", "vga": "VGA", "video.icc": "Video", "warning": "Cuidado", "warning.already_exists": "El archivo “%s” ya existe en la localizacion escogida y será sobreescrito. Desea continuar?", "warning.autostart_system": "El directorio de autoarranque del sistema no se pudo determinar.", "warning.autostart_user": "El directorio de autoarranque específico del usuario no se pudo determinar.", "warning.copy_failed_continue": "El archivo “%s” no puede ser copiado en “%s”. Continuando...", "warning.discard_changes": "¿Realmente desea descartar los cambios en la configuración actual?", "warning.no_comports_detected": "Ningun instrumento ha sido detectado.", "white": "Blanco", "whitepoint": "Punto blanco", "whitepoint.colortemp": "Temperatura", "whitepoint.colortemp.locus.blackbody": "Cuerpo negro", "whitepoint.colortemp.locus.curve": "Curva de la temperatura de color", "whitepoint.colortemp.locus.daylight": "Luz dia", "whitepoint.set": "¿También desea establecer el punto blanco con el valor medido?", "*whitepoint.simulate": "Simulate whitepoint", "*whitepoint.simulate.relative": "Relative to target profile whitepoint", "whitepoint.xy": "Coordenadas cromaticidad", "window.title": "dispcalGUI", "*windows.version.unsupported": "This version of Windows is not supported.", "*windows_only": "Windows only", "working_dir": "Directorio de trabajo:", "yellow": "Amarillo", "yes": "Si", } dispcalGUI-1.7.1.6/dispcalGUI/lang/fr.json000644 000765 000000 00000160610 12266603364 020041 0ustar00svpwheel000000 000000 { "*": "Note to translators: Keys which are not yet translated are marked with a leading asterisk (*) and are indented with two tabs instead of one. Please remove the asterisk when translated.", "!author": "Loïc Guégant", "!language": "Français", "!language_name": "FRENCH", "apply": "Appliquer", "apply_bt1886_gamma_mapping": "Appliquer le mappage de gamma BT.1886", "3dlut.bitdepth.input": "Résolution d'entrée de la table de correspondance 3D", "3dlut.bitdepth.output": "Résolution de sortie de la table de correspondance 3D", "3dlut.create": "Créer une table de correspondance 3D...", "3dlut.encoding.input": "Encodage d'entrée", "3dlut.encoding.output": "Encodage de sortie", "*3dlut.encoding.output.warning.madvr": "Warning: This output encoding is not recommended and will cause clipping if madVR is not set up to output “TV levels (16-235)” under “Devices” → “%s” → “Properties”. Use at own risk!", "3dlut.encoding.type_n": "Étendue complète RGB 0-255", "3dlut.encoding.type_t": "TV RGB 16-235", "3dlut.encoding.type_6": "TV Rec. 601 YCbCr SD", "3dlut.encoding.type_7": "TV Rec. 709 1125/60Hz YCbCr HD", "3dlut.encoding.type_5": "TV Rec. 709 1250/50Hz YCbCr HD", "3dlut.encoding.type_2": "TV Rec. 2020 YCbCr UHD", "3dlut.encoding.type_C": "TV Rec. 2020 Constant Luminance YCbCr UHD", "3dlut.encoding.type_x": "TV xvYCC Rec. 601 YCbCr (primaires Rec. 709) SD", "3dlut.encoding.type_X": "TV xvYCC Rec. 709 YCbCr HD", "3dlut.format": "Format de fichier de table de correspondance 3D", "3dlut.format.3dl": "Autodesk Lustre / Kodak Look Manager System (.3dl)", "3dlut.format.cube": "IRIDAS (.cube)", "3dlut.format.eeColor": "eeColor Box (.txt)", "3dlut.format.mga": "Pandora (.mga)", "3dlut.format.madVR": "madVR (.3dlut)", "3dlut.format.spi3d": "Sony Imageworks (.spi3d)", "3dlut.frame.title": "Créer une table de correspondance 3D", "3dlut.input.profile": "Profil source", "*3dlut.madVR.enable": "Enable madVR 3D LUT", "output.profile": "Profil cible", "apply_cal": "Appliquer le calibrage (vcgt)", "apply_cal.error": "Le calibrage n'a pu être appliqué.", "3dlut.size": "Taille de la table de correspondance 3D", "3dlut.use_abstract_profile": "Profil abstrait (« Look »)", "[rgb]TRC": "Courbes de réponse du ton", "aborted": "... interrompu.", "aborting": "Interruption, veuillez patienter (cela peut prendre quelques secondes)...", "adaptive_mode_unavailable": "Le mode Adaptatif n'est disponible qu'avec Argyll CMS 1.1.0 RC3 ou ultérieur.", "allow_skip_sensor_cal": "Autoriser à passer l'autocalibrage du spectromètre", "ambient.measure": "Mesurer la lumière ambiante", "ambient.set": "Voulez-vous également régler le niveau de lumière ambiante à la valeur mesurée ?", "app.confirm_restore_defaults": "Voulez-vous réellement annuler vos modifications et restaurer les valeurs par défaut ?", "app.restart_request": "Veuillez redémarrer l'application.", "argyll.debug.warning1": "Veuillez utiliser cette option uniquement si vous avez vraiment besoin d'information de débogage (p. ex. pour le dépannage d'une fonctionnalité d'Argyll CMS) ! Ceci est en principe utile uniquement aux développeurs du logiciel pour aider au diagnostic et à la résolution de problèmes. Êtes-vous sûr(e) de vouloir activer la sortie du débogage ?", "argyll.debug.warning2": "N'oubliez pas de désactiver la sortie du débogage pour le fonctionnement normal du logiciel.", "argyll.dir": "Répertoire des exécutables Argyll CMS :", "argyll.dir.invalid": "Exécutables Argyll CMS introuvables.\nVeuillez sélectionner le répertoire contenant les fichiers exécutables (peut-être préfixé ou suffixé « argyll- » / « -argyll ») : %s", "argyll.error.detail": "Message d'erreur détaillé d'Argyll CMS :", "argyll.instrument.driver.missing": "Le pilote d'Argyll CMS pour votre périphérique de mesure ne semble pas installé ou installé incorrectement. Veuillez vérifier si votre périphérique de mesure apparaît dans le gestionnaire de périphériques de Windows sous « Argyll LibUSB-1.0A devices » et (ré-)installez le pilote si nécessaire. Veuillez consulter la documentation pour les instructions d'installation.", "argyll.util.not_found": "Exécutable Argyll CMS « %s » introuvable.", "as_measured": "Tel que mesuré", "auth.failed": "Échec de l'authentification.", "auto": "Automatique", "autostart_remove_old": "Suppression de l'ancienne entrée de démarrage automatique", "backlight": "Rétroéclairage", "black": "Noir", "black_point": "Point noir", "black_point_compensation": "Compensation du point noir", "black_point_compensation.info": "La compensation du point noir empêche efficacement la réduction du noir, mais réduit la précision de la conversion des couleurs.", "blacklevel": "Niveau de noir", "blue": "Bleu", "brightness": "Luminosité", "browse": "Sélectionner...", "bug_report": "Rapporter un bogue...", "button.calibrate": "Calibrer uniquement", "button.calibrate_and_profile": "Calibrer && caractériser", "button.profile": "Caractériser uniquement", "cal_extraction_failed": "Échec de l'extraction des données de calibrage à partir du profil.", "calibration": "Calibrage", "calibration.ambient_viewcond_adjust": "Niveau de luminosité ambiante", "calibration.ambient_viewcond_adjust.info": "Pour réaliser un ajustement des conditions de visualisation \nlors du calcul des courbes de calibrage, cochez la case et \nsaisissez votre niveau de luminosité ambiante. Vous pouvez \néventuellement mesurer aussi la luminosité ambiante au \ncours du calibrage, si votre instrument le permet.", "calibration.black_luminance": "Niveau de noir", "calibration.black_output_offset": "Compensation du noir restitué", "calibration.black_point_correction": "Correction du point noir", "calibration.black_point_correction_choice": "Vous pouvez désactiver la correction du point noir pour optimiser le niveau de noir et le taux de contraste (recommandé pour la plupart des écrans cathodiques). Veuillez indiquer votre choix pour la correction du point noir :", "calibration.black_point_correction_choice_dialogtitle": "Correction du point noir", "calibration.black_point_rate": "Taux", "calibration.check_all": "Vérifier les réglages", "calibration.complete": "Calibrage terminé.", "calibration.create_fast_matrix_shaper": "Créer un profil de matrice", "calibration.create_fast_matrix_shaper_choice": "Voulez-vous créer un profil de façonnage de matrice rapide à partir des mesures de calibrage ou juste calibrer ?", "*calibration.do_not_use_video_lut": "Do not use video card gamma table to apply calibration", "*calibration.do_not_use_video_lut.warning": "Do you really want to change the recommended setting?", "calibration.embed": "Incorporer les courbes de calibrage dans le profil", "calibration.file": "Réglages", "calibration.file.invalid": "Le fichier de réglages sélectionné est invalide.", "calibration.file.none": "", "calibration.incomplete": "Le calibrage n'a pas été achevé.", "calibration.interactive_display_adjustment": "Réglage interactif de l'écran", "calibration.interactive_display_adjustment.black_level.crt": "Sélectionnez « Commencer la mesure » et ajustez la luminosité et/ou les contrôles de décalage RVB de votre écran pour obtenir le niveau désiré.", "calibration.interactive_display_adjustment.black_point.crt": "Sélectionnez « Commencer la mesure » et ajustez les contrôles de décalage RVB de votre écran pour obtenir le point noir désiré.", "calibration.interactive_display_adjustment.check_all": "Sélectionnez « Commencer la mesure » pour contrôler l'ensemble des réglages.", "calibration.interactive_display_adjustment.generic_hint.plural": "Une bonne correspondance est obtenue si toutes les barres peuvent être amenées à la position indiquée au centre.", "calibration.interactive_display_adjustment.generic_hint.singular": "Une bonne correspondance est obtenue si la barre peut être amenée à la position indiquée au centre.", "calibration.interactive_display_adjustment.start": "Commencer la mesure", "calibration.interactive_display_adjustment.stop": "Arrêter la mesure", "calibration.interactive_display_adjustment.white_level.crt": "Sélectionnez « Commencer la mesure » et ajustez le contraste et/ou les contrôles de gain RVB de votre écran pour obtenir le niveau désiré.", "calibration.interactive_display_adjustment.white_level.lcd": "Sélectionnez « Commencer la mesure » et ajustez le contrôle de rétro-éclairage/luminosité de votre écran pour obtenir le niveau désiré.", "calibration.interactive_display_adjustment.white_point": "Sélectionnez « Commencer la mesure » et ajustez les contrôles de température des couleurs et/ou de gain RVB de vote écran pour obtenir le point blanc désiré.", "calibration.keep_black_point_correction": "Conserver le réglage actuel", "calibration.load": "Charger des réglages...", "calibration.load_error": "Les courbes de la table de correspondance n'ont pas pu être chargées.", "calibration.load_from_cal": "Charger les courbes de la table de correspondance à partir du fichier de calibrage...", "calibration.load_from_cal_or_profile": "Charger les courbes de la table de correspondance à partir du fichier de calibrage ou du profil...", "calibration.load_from_display_profile": "Charger les courbes de la table de correspondance à partir du profil actuel du périphérique d'affichage...", "calibration.load_from_profile": "Charger les courbes de la table de correspondance à partir du profil...", "calibration.load_success": "Les courbes de la table de correspondance ont été chargées avec succès.", "calibration.loading": "Chargement des courbes de la table de correspondance à partir du fichier...", "calibration.loading_from_display_profile": "Chargement des courbes de la table de correspondance du profil actuel du périphérique d'affichage...", "calibration.luminance": "Niveau de blanc", "calibration.lut_viewer.title": "Courbes", "calibration.preview": "Aperçu du calibrage", "calibration.quality": "Qualité du calibrage", "calibration.quality.high": "Haute", "calibration.quality.low": "Basse", "calibration.quality.medium": "Moyenne", "calibration.quality.ultra": "Ultra", "calibration.quality.verylow": "Très basse", "calibration.speed": "Vitesse du calibrage", "calibration.speed.high": "Haute", "calibration.speed.low": "Basse", "calibration.speed.medium": "Moyenne", "calibration.speed.veryhigh": "Très haute", "calibration.speed.verylow": "Très basse", "calibration.reset": "Réinitialiser les courbes de la table de correspondance", "calibration.reset_error": "Les courbes de la table de correspondance n'ont pas pu être réinitialisées.", "calibration.reset_success": "Les courbes de la table de correspondance ont été réinitialisées avec succès.", "calibration.resetting": "Réinitialisation linéaire des courbes de la table de correspondance...", "calibration.settings": "Réglages du calibrage", "calibration.show_actual_lut": "Afficher les courbes de calibrage actuelles de la table du gamma de la carte vidéo", "calibration.show_lut": "Afficher les courbes de la table de correspondance", "calibration.start": "Poursuivre le calibrage", "calibration.turn_off_black_point_correction": "Désactiver", "calibration.turn_on_black_point_correction": "Activer", "calibration.update": "Mettre à jour le calibrage", "calibration.update_profile_choice": "Voulez-vous également mettre à jour les courbes de calibrage dans le profil existant ou juste calibrer ?", "*calibration.use_linear_instead": "Use linear calibration instead", "calibration.verify": "Vérifier le calibrage", "calibration_profiling.complete": "Calibrage et caractérisation terminés.", "calibrationloader.description": "Charge les courbes de calibrage à partir du profil ICC pour l'écran %s", "cancel": "Annuler", "ccxx.ti1": "Grille de test pour la correction du colorimètre", "checking_lut_access": "Contrôle de l'accès à la table de correspondance pour l'écran %s...", "centered": "Centré", "clear": "Effacer", "*color.custom": "Custom color", "colorconfig_remove_old": "Suppression de l'ancien fichier de configuration de l'écran", "colorimeter_correction.create": "Créer une correction du colorimètre...", "colorimeter_correction.create.details": "Veuillez vérifier les champs ci-dessous et les changer si nécessaire. La description peut également contenir des détails importants (p. ex. des réglages spécifiques à l'écran, un observateur CIE non-standard ou ce genre de chose).", "colorimeter_correction.create.failure": "Échec de la création de la correction.", "colorimeter_correction.create.info": "Pour créer une matrice de correction du colorimètre (CCMX) ou un fichier d'échantillons de spectre de calibrage (CCSS), vous devez d'abord mesurer la « Grille de test pour la correction du colorimètre » à l'aide d'un spectromètre, et au cas où vous voulez créer une CCMX, également avec le colorimètre.\nPour cela, choisissez « Grille de test de mesure ». Ensuite, choisissez « Créer une correction du colorimètre... » et sélectionnez le(s) fichier(s) mesuré(s).", "colorimeter_correction.create.success": "Correction créée.", "colorimeter_correction.file.none": "Aucune", "colorimeter_correction.import": "Importer les corrections du colorimètre d'un autre logiciel de profilage d'écrans...", "colorimeter_correction.import.auto_manual": "Si vous voulez importer automatiquement des corrections de colorimètre, vous devez soit avoir déjà installé le logiciel du vendeur de votre instrument, soit insérer son support d'installation, puis choisir « Auto ». Si vous avez un installateur de logiciel que vous n'avez pas encore exécuté, ou que vous voulez sélectionner un fichier vous-même, choisissez « Sélectionner un fichier ».", "colorimeter_correction.import.choose": "Veuillez choisir le fichier de correction de colorimètre à importer :", "colorimeter_correction.import.failure": "Aucune correction de colorimètre n'a pu être importée.", "colorimeter_correction.import.success": "Les corrections du colorimètre ont été importées depuis les logiciels suivants :\n\n%s", "colorimeter_correction.instrument_mismatch": "La correction de colorimètre sélectionnée ne convient pas à l'instrument sélectionné.", "colorimeter_correction.upload": "Charger la correction du colorimètre...", "colorimeter_correction.upload.confirm": "Voulez-vous charger la correction du colorimètre vers la base de données en ligne (recommandé) ? Tout fichier chargé sera considéré comme placé dans le domaine public, de sorte à pouvoir être utilisé librement.", "colorimeter_correction.upload.deny": "Cette correction de colorimètre ne peut être chargée.", "colorimeter_correction.upload.exists": "La correction du colorimètre existe déjà dans la base de données.", "colorimeter_correction.upload.failure": "La correction n'a pu être entrée dans la base de données en ligne.", "colorimeter_correction.upload.success": "La correction a été chargée dans la base de données en ligne.", "colorimeter_correction.web_check": "Chercher en ligne une correction de colorimètre...", "colorimeter_correction.web_check.choose": "Les corrections de colorimètre suivantes pour les écran et instrument sélectionnés ont été trouvées :", "colorimeter_correction.web_check.failure": "Aucune correction de colorimètre pour les écran et instrument sélectionnés n'a été trouvée.", "colorimeter_correction_matrix_file": "Matrice de correction", "colorimeter_correction_matrix_file.choose": "Choisir une matrice de correction", "colorspace": "Espace de couleurs", "colorspace.show_outline": "Afficher le contour", "commandline": "Ligne de commande :", "comparison_profile": "Profil de comparaison", "comport_detected": "Une modification de la configuration de l'instrument ou du port a été détectée.", "compression.gzip": "Compression GZIP", "computer.name": "Nom de l'ordinateur", "connection.fail": "Erreur de connexion (%s)", "connection.fail.http": "Erreur HTTP %s", "continue": "Continuer", "contrast": "Contraste", "create_and_preview": "Création && aperçu", "create_ccss_or_ccmx": "Voulez-vous créer une matrice de correction pour les colorimètres ordinaires (CCMX) ou un échantillon de spectre de calibrage pour les i1 Display Pro et ColorMunki Display (CCSS)?", "create_profile": "Créer un profil à partir des données mesurées...", "create_profile_from_edid": "Créer un profil à partir des données d'identification étendues de l'écran...", "created": "Créé", "current": "Courant", "custom": "Personnalisé", "cyan": "Cyan", "d3-e4-s0-g9-m3-b3-f0-crossover.ti1": "Grille de test par défaut pour profils de matrice", "d3-e4-s0-g25-m3-b3-f0-crossover.ti1": "Grille de test étendue pour profils de matrice", "d3-e4-s0-g49-m3-b3-f0-crossover.ti1": "Grande grille de test pour profils de matrice", "d3-e4-s0-g97-m3-b3-f0-crossover.ti1": "Très grande grille de test pour profils de matrice", "d3-e4-s3-g3-m0-f0.ti1": "Grille de tests par défaut pour les profils « gamma + matrice »", "d3-e4-s13-g37-m4-b4-f0.ti1": "Petite grille de test pour profils de tables de correspondance", "d3-e4-s17-g49-m5-b5-f0.ti1": "Grille de test par défaut pour profils de tables de correspondance", "d3-e4-s21-g61-m6-b6-f0.ti1": "Grille de test étendue pour profils de tables de correspondance", "d3-e4-s25-g73-m7-b7-f0.ti1": "Grande grille de test pour profils de tables de correspondance", "d3-e4-s29-g85-m8-b8-f0.ti1": "Très grande grille de test pour profils de tables de correspondance", "d3-e4-s29-g85-m0-f994-caRGB.ti1": "Très grande grille de test pour profils de tables de correspondance, optimisée pour Gamma 2.2 avec primaires AdobeRGB (D65)", "d3-e4-s29-g85-m0-f994-ceRGBv2.ti1": "Très grande grille de test pour profils de tables de correspondance, optimisée pour L* avec primaires NTSC (D50)", "d3-e4-s29-g85-m0-f994-cRec709_Gamma22.ti1": "Très grande grille de test pour profils de tables de correspondance, optimisée pour Gamma 2.2 avec primaires Rec. 709 (D65)", "d3-e4-s29-g85-m0-f994-csRGB.ti1": "Très grande grille de test pour profils de tables de correspondance, optimisée pour sRGB (D65)", "d3-e4-s33-g97-m9-b9-f0.ti1": "Grille de test XXL pour profils de tables de correspondance", "d3-e4-s33-g97-m0-f1399-caRGB.ti1": "Grille de test XXL pour profils de tables de correspondance, optimisée pour Gamma 2.2 avec primaires AdobeRGB (D65)", "d3-e4-s33-g97-m0-f1399-ceRGBv2.ti1": "Grille de test XXL pour profils de tables de correspondance, optimisée pour L* avec primaires NTSC (D50)", "d3-e4-s33-g97-m0-f1399-cRec709_Gamma22.ti1": "Grille de test XXL pour profils de tables de correspondance, optimisée pour Gamma 2.2 avec primaires Rec. 709 (D65)", "d3-e4-s33-g97-m0-f1399-csRGB.ti1": "Grille de test XXL pour profils de tables de correspondance, optimisée pour sRGB (D65)", "d3-e4-s37-g109-m10-b10-f0.ti1": "Grille de test XXXL pour profils de tables de correspondance", "d3-e4-s37-g109-m0-f1906-caRGB.ti1": "Grille de test XXXL pour profils de tables de correspondance, optimisée pour Gamma 2.2 avec primaires AdobeRGB (D65)", "d3-e4-s37-g109-m0-f1906-ceRGBv2.ti1": "Grille de test XXXL pour profils de tables de correspondance, optimisée pour L* avec primaires NTSC (D50)", "d3-e4-s37-g109-m0-f1906-cRec709_Gamma22.ti1": "Grille de test XXXL pour profils de tables de correspondance, optimisée pour Gamma 2.2 avec primaires Rec. 709 (D65)", "d3-e4-s37-g109-m0-f1906-csRGB.ti1": "Grille de test XXXL pour profils de tables de correspondance, optimisée pour sRGB (D65)", "d3-e4-s41-g121-m11-b11-f0.ti1": "Grille de test massive pour profils de tables de correspondance", "d3-e4-s41-g121-m0-f2527-caRGB.ti1": "Grille de test massive pour profils de tables de correspondance, optimisée pour Gamma 2.2 avec primaires AdobeRGB (D65)", "d3-e4-s41-g121-m0-f2527-ceRGBv2.ti1": "Grille de test massive pour profils de tables de correspondance, optimisée pour L* avec primaires NTSC (D50)", "d3-e4-s41-g121-m0-f2527-cRec709_Gamma22.ti1": "Grille de test massive pour profils de tables de correspondance, optimisée pour Gamma 2.2 avec primaires Rec. 709 (D65)", "d3-e4-s41-g121-m0-f2527-csRGB.ti1": "Grille de test massive pour profils de tables de correspondance, optimisée pour sRGB (D65)", "default": "Valeur par défaut", "delete": "Supprimer", "delta_e_to_locus": "ΔE*00 vers locus %s", "description": "Description", "detect_displays_and_ports": "Détecter les périphériques d'affichage et les instruments", "*device.name.placeholder": "", "*devlink_profile": "DeviceLink profile", "dialog.confirm_delete": "Voulez-vous réellement supprimer le(s) fichier(s) sélectionné(s) ?", "dialog.confirm_overwrite": "Le fichier « %s » existe déjà. Voulez-vous l'écraser ?", "dialog.cal_info": "Le fichier de calibrage “%s” sera utilisé. Voulez-vous continuer ?", "*dialog.confirm_cancel": "Do you really want to cancel?", "dialog.confirm_delete": "Voulez-vous vraiment supprimer le(s) fichier(s) sélectionné(s) ?", "dialog.current_cal_warning": "Le profil contiendra les courbes de calibrage actuelles. Voulez-vous continuer ?", "dialog.do_not_show_again": "Ne plus afficher ce message", "dialog.enter_password": "Veuillez saisir votre mot de passe.", "dialog.install_profile": "Voulez-vous installer le profil « %s » et en faire le profil par défaut pour l'écran « %s » ?", "dialog.linear_cal_info": "Les courbes de calibrage linéaires seront utilisées. Voulez-vous continuer ?", "dialog.load_cal": "Charger les réglages", "dialog.set_argyll_bin": "Veuillez indiquer le répertoire dans lequel se trouvent les exécutables d'Argyll CMS.", "dialog.set_profile_save_path": "Créer le répertoire du profil « %s » ici :", "dialog.set_testchart": "Sélectionner un fichier de grille de test", "dialog.ti3_no_cal_info": "Les données de mesure ne contiennent pas de courbes de calibrage. Voulez-vous réellement continuer ?", "display": "Périphérique d'affichage", "display.connection.type": "Connexion", "display.manufacturer": "Fabricant du périphérique d'affichage", "display.primary": "(Primaire)", "display.properties": "Propriétés du périphérique d'affichage", "display.settings": "Réglages du périphérique d'affichage", "display.tech": "Technologie de l'écran", "display_detected": "Une modification de la configuration du périphérique d'affichage a été détectée.", "display_lut.link": "Lier/délier l'accès à l'écran et à la table de correspondance", "display_short": "Périphérique d'affichage (abrégé)", "displayport": "DisplayPort", "drift_compensation.blacklevel": "Compensation de la dérive du niveau de noir", "drift_compensation.blacklevel.info": "La compensation de la dérive du niveau de noir tente de prendre en compte les déviations de mesure causées par la dérive du calibrage du noir d'un périphérique de mesure s'échauffant. À cette fin, un échantillon de test noir est mesuré périodiquement, augmentant la durée totale nécessaire aux mesures. De nombreux colorimètres ont une compensation de la température intégrée, auquel cas la compensation de la dérive du niveau de noir n'est pas nécessaire, mais la plupart des spectromètres ne sont pas compensés en température.", "drift_compensation.whitelevel": "Compensation de la dérive du niveau de blanc", "drift_compensation.whitelevel.info": "La compensation de la dérive du niveau de blanc tente de prendre en compte les déviations de mesure causées par les changements de luminosité d'un périphérique d'affichage s'échauffant. À cette fin, un échantillon de test blanc est mesuré périodiquement, augmentant la durée totale nécessaire aux mesures.", "dry_run": "Simulation", "dry_run.end": "Simulation terminée.", "dry_run.info": "Simulation. Vérifiez le journal pour voir la ligne de commande.", "dvi": "DVI", "edid.crc32": "Somme de contrôle EDID CRC32", "edid.serial": "N° de série EDID", "elapsed_time": "Temps écoulé", "enable_argyll_debug": "Activer la sortie du diagnostic d'Argyll CMS", "enable_spyder2": "Activer le colorimètre Spyder 2...", "enable_spyder2_failure": "Spyder 2 n'a pas pu être activé.", "enable_spyder2_success": "Spyder 2 a été activé avec succès.", "enumerate_ports.auto": "Détecter automatiquement les instruments", "enumerating_displays_and_comports": "Inventaire des périphériques d'affichage et des ports de communication...", "error": "Erreur", "error.access_denied.write": "Vous n'avez pas l'accès en écriture à %s", "error.already_exists": "Le nom « %s » ne peut pas être utilisé, car un autre objet du même nom existe déjà. Veuillez choisir un autre nom ou un autre répertoire.", "error.autostart_creation": "La création d'une entrée de démarrage automatique pour que %s charge les courbes de calibrage à la connexion a échoué.", "error.autostart_remove_old": "L'ancienne entrée d'autodémarrage qui charge les courbes de calibrage à la connexion n'a pu être supprimée : %s", "error.autostart_system": "L'entrée d'autodémarrage système pour charger les courbes de calibrage à la connexion n'a pas pu être créée car le répertoire d'autodémarrage système n'a pas pu être déterminé.", "error.autostart_user": "L'entrée d'autodémarrage spécifique à l'utilisateur/trice pour charger les courbes de calibrage à la connexion n'a pas pu être créée car le répertoire d'autodémarrage spécifique à l'utilisateur/trice n'a pas pu être déterminé.", "error.cal_extraction": "Le calibrage n'a pas pu être extrait de « %s ».", "error.calibration.file_missing": "Le fichier de calibrage « %s » est manquant.", "error.calibration.file_not_created": "Aucun fichier de calibrage n'a été créé.", "error.calibration.file_notfile": "« %s » n'est pas un fichier.", "error.colorconfig_remove_old": "L'ancien fichier de configuration associant les profils aux écrans n'a pu être supprimé : %s", "error.copy_failed": "Le fichier « %s » n'a pas pu être copié vers « %s ».", "error.deletion": "Une erreur s'est produite pendant le déplacement des fichiers vers la %s. Certains fichiers peuvent ne pas avoir été supprimés.", "error.dir_creation": "Le répertoire « %s » n'a pas pu être créé. Il y a peut-être des restrictions d'accès. Veuillez autoriser l'accès en écriture ou sélectionner un répertoire différent.", "error.dir_notdir": "Le répertoire « %s » n'a pas pu être créé, car un autre objet du même nom existe déjà. Veuillez sélectionner un autre répertoire.", "error.file.create": "Le fichier « %s » n'a pu être créé.", "error.file.open": "Le fichier « %s » n'a pas pu être ouvert.", "error.file_type_unsupported": "Type de fichier non supporté.", "error.generic": "Une erreur interne est survenue.\n\nCode erreur : %s\nMessage d'erreur : %s", "error.measurement.file_invalid": "Le fichier de mesure « %s » est invalide.", "error.measurement.file_missing": "Le fichier de mesure « %s » est manquant.", "error.measurement.file_not_created": "Aucun fichier de mesure n'a été créé.", "error.measurement.file_notfile": "« %s » n'est pas un fichier.", "error.measurement.missing_spectral": "Le fichier de mesure ne contient pas de valeurs spectrales.", "error.measurement.one_colorimeter": "Une mesure de colorimètre exactement est nécessaire.", "error.measurement.one_reference": "Une mesure de référence du spectromètre exactement est nécessaire.", "error.no_displays_detected": "Aucun périphérique d'affichage n'a pu être détecté.", "error.profile.file_missing": "Le profil « %s » est manquant.", "error.profile.file_not_created": "Aucun profil n'a été créé.", "error.profile.file_notfile": "« %s » n'est pas un fichier.", "error.source_dest_same": "Les fichiers source et cible sont les mêmes.", "error.testchart.creation_failed": "Le fichier de grille de test « %s » n'a pas pu être créé. Peut-être y a-t-il des restrictions d'accès, ou bien le fichier source n'existe pas.", "error.testchart.invalid": "Le fichier de grille de test « %s » est invalide.", "error.testchart.missing": "Le fichier de grille de test « %s » est manquant.", "error.testchart.missing_fields": "Le fichier de grille de test « %s » ne contient pas les champs requis : %s", "error.testchart.read": "Le fichier de grille de test « %s » n'a pas pu être lu.", "error.tmp_creation": "Il n'a pas été possible de créer un répertoire de travail temporaire.", "error.trashcan_unavailable": "La %s n'est pas disponible. Aucun fichier n'a été supprimé.", "errors.none_found": "Aucune erreur trouvée.", "export": "Exporter...", "extra_args": "Définir des arguments de ligne de commande supplémentaires...", "failure": "... échec !", "file.invalid": "Fichier invalide.", "file.missing": "Le fichier « %s » n'existe pas.", "file.notfile": "« %s » n'est pas un fichier.", "file.select": "Sélectionnez un fichier", "filetype.any": "Tout type de fichier", "filetype.cal": "Fichiers de calibrages (*.cal)", "filetype.cal_icc": "Fichiers de calibrages et de profils (*.cal;*.icc;*.icm)", "filetype.ccmx": "Matrices de correction (*.ccmx;*.ccss)", "filetype.html": "Fichiers HTML (*.html;*.htm)", "filetype.icc": "Fichiers de profils (*.icc;*.icm)", "filetype.icc_mpp": "Fichiers de profils (*.icc;*.icm;*.mpp)", "filetype.icc_ti1_ti3": "Fichiers de grilles de tests (*.icc;*.icm;*.ti1;*.ti3)", "filetype.icc_ti3": "Fichiers de mesures (*.icc;*.icm;*.ti3)", "filetype.log": "Fichiers journaux (*.log)", "filetype.png": "Portable Network Graphics (*.png)", "filetype.tif": "Tagged Image File (*.tif)", "filetype.ti1": "Fichiers de grilles de tests (*.ti1)", "filetype.ti1_ti3_txt": "Fichiers de grilles de tests (*.ti1), fichiers de mesures (*.ti3;*.txt)", "filetype.ti3": "Fichiers de mesures (*.icc;*.icm;*.ti3)", "filetype.txt": "Corrections_du_peripherique.txt", "filetype.vrml": "Fichiers VRML (*.wrl)", "finish": "Finir", "gamap.default_intent": "Intention de rendu par défaut pour le profil du périphérique d'affichage", "gamap.intents.a": "Colorimétrie absolue", "gamap.intents.aa": "Apparence absolue", "gamap.intents.aw": "Colorimétrie absolue avec échantillonnage du point blanc", "gamap.intents.la": "Apparence correspondant à la luminance", "gamap.intents.ms": "Préserver la saturation", "gamap.intents.p": "Perceptuel", "gamap.intents.pa": "Apparence perceptuelle", "gamap.intents.r": "Colorimétrie relative", "gamap.intents.s": "Saturation", "gamap.out_viewcond": "Conditions de visualisation cibles", "gamap.perceptual": "Appliquer la correspondance de l'espace de couleurs à la table perceptuelle", "gamap.profile": "Profil source", "gamap.saturation": "Appliquer la correspondance de l'espace de couleurs à la table de saturation", "gamap.src_viewcond": "Conditions de visualisation sources", "gamap.viewconds.cx": "Transparents sur une table lumineuse", "gamap.viewconds.jd": "Projecteur en environnement obscur", "gamap.viewconds.jm": "Projecteur en environnement sombre", "gamap.viewconds.mb": "Moniteur en environnement de travail lumineux", "gamap.viewconds.md": "Moniteur en environnement de travail assombri", "gamap.viewconds.mt": "Moniteur en environnement de travail type", "gamap.viewconds.ob": "Scène originale - Extérieur lumineux", "gamap.viewconds.pcd": "CD photo - scène originale en extérieur", "gamap.viewconds.pe": "Environnement de contrôle d'impression", "gamap.viewconds.pp": "Impression pratique réfléchissante", "gamapframe.title": "Options avancées de correspondance de l'espace de couleurs", "gamut": "Gamut", "gamut.coverage": "Étendue du gamut", "gamut.view.create": "Génération des vues du gamut...", "gamut.volume": "Volume du gamut", "gamut_plot.tooltip": "Cliquez-tirez la souris à l'intérieur du graphique pour déplacer la zone affichée, ou zoomez avec la molette de la souris et les touches +/-. Double-cliquer réinitialise la zone affichée.", "glossy": "Brillant", "go_to_website": "Aller au site Internet", "grayscale": "échelle de gris", "green": "Vert", "hdmi": "HDMI", "help_support": "Aide et support...", "hue": "Teinte", "if_available": "si disponible", "illumination": "Illumination", "in": "Dans", "infoframe.default_text": "", "infoframe.title": "Info", "infoframe.toggle": "Afficher / masquer la fenêtre d'information", "initial": "Initial", "initializing_gui": "Initialisation de l'interface graphique utilisateur/trice...", "install_display_profile": "Installer le profil du périphérique d'affichage...", "instrument": "Instrument / port", "instrument.calibrate": "Placez l'instrument sur une surface sombre, mate ou sur son support de calibrage et appuyez sur Valider pour calibrer l'instrument.", "instrument.calibrate.colormunki": "Réglez le capteur ColorMunki sur la position calibrage et appuyez sur OK pour calibrer l'instrument.", "instrument.calibrating": "Calibrage de l'instrument...", "instrument.initializing": "Connexion à l'instrument...", "instrument.measure_ambient": "Si votre instrument requiert une coiffe spéciale pour mesurer la lumière ambiante, veuillez l'attacher. Pour mesurer la lumière ambiante, placez l'instrument vers le haut, à côté de l'écran, ou si vous voulez mesurer une cabine de visionnage, placez une carte grise sans métamérisme à l'intérieur de la cabine et pointez l'instrument vers elle. Des instructions complémentaires sur la façon de mesurer la lumière ambiante peuvent être disponibles dans la documentation de votre instrument. Appuyez sur Valider pour commencer la mesure.", "instrument.place_on_screen": "1. Cliquez sur Valider. Après 1 à 3 secondes, la fenêtre de mesure va apparaître.\n2. Placez l'instrument sur la fenêtre de mesure.\n3. Appuyez sur Échap, Q ou Ctrl+C pour abandonner, ou sur toute autre touche pour commencer la mesure.", "instrument.reposition_sensor": "La mesure a échoué car le capteur de l'instrument est dans la mauvaise position. Veuillez corriger la position du capteur, puis cliquer sur OK pour continuer.", "internal": "Interne", "invert_selection": "Inverser la sélection", "laptop.icc": "Ordinateur portable", "license": "Licence", "license_info": "Sous licence GPL", "linear": "linéaire", "locale.set": "Réglage local : %s", "locate_spyder2_setup": "Veuillez indiquer l'emplacement du fichier « Spyder2express_2.3.6_Setup.exe » (télécharger: http://support.datacolor.com/index.php?/Knowledgebase/List/Index/88/windows)", "locate_spyder2_setup_mac": "Dans le dialogue de fichier suivant, veuillez sélectionner l'installateur du logiciel Spyder 2, ou si le logiciel a déjà été installé, localisez le fichier Spyder.lib (vous devrez utiliser la recherche et Ctrl-cliquer sur l'application Spyder2, qui est habituellement située sous « Applications/Spyder2  », et sélectionner « Show package Contents » dans le menu contextuel, puis copier le fichier hors du répertoire « Contents/Mac OS Classic » pour pouvoir le sélectionner).", "locate_spyder2_setup_win": "Dans le dialogue de fichier suivant, veuillez sélectionner l'installateur du logiciel Spyder 2, ou si le logiciel a déjà été installé, localisez le fichier CVSpyder.dll (qui est habituellement situé dans « Program Files\\ColorVision\\Spyder2 »).", "log.autoshow": "Afficher la fenêtre du journal automatiquement", "lut_access": "Accès à la table de correspondance", "madVR.icc": "madVR", "magenta": "Magenta", "matrix": "Matrice", "matte": "Mat", "max": "Max", "maximal": "Maximal", "measure": "Mesurer", "measure.darken_background": "Arrière-plan noir", "measure.darken_background.warning": "Attention : si „arrière-plan noir“ est choisi, il couvrira tout l'écran et vous ne pourrez pas voir la fenêtre d'ajustement du périphérique d'affichage ! Si vous avez un réglage multi-écrans, déplacez la fenêtre d'ajustement du périphérique d'affichage vers un autre écran avant de commencer la mesure, ou utilisez le clavier (pour interrompre la mesure, pressez Q. Si la mesure est déjà en cours, attendez un instant puis pressez Q à nouveau).", "measure.testchart": "Grille de test de mesure", "measureframe.center": "Centrer", "measureframe.info": "Déplacez la fenêtre de mesure à l'endroit désiré de l'écran et redimensionnez-la si besoin. Pratiquement toute la surface de la fenêtre sera utilisée pour afficher les échantillons à mesurer, le cercle n'est là que pour vous servir de guide pour placer votre périphérique de mesure.\nPlacez le périphérique de mesure sur la fenêtre et cliquez sur « Commencer la mesure ». Pour annuler et revenir à la fenêtre principale, fermez la fenêtre de mesure.", "measureframe.infobutton": "Info", "measureframe.measurebutton": "Commencer la mesure", "measureframe.title": "Zone de mesure", "measureframe.zoomin": "Agrandir", "measureframe.zoommax": "Maximiser / restaurer", "measureframe.zoomnormal": "Taille normale", "measureframe.zoomout": "Réduire", "measurement.play_sound": "Effets sonores au cours des mesures", "measurement.set_save_path": "Enregistrer le fichier de mesure dans le répertoire suivant :", "measurement.untethered": "Mesure autonome", "measurement_file.check_sanity": "Vérifier le fichier de mesure...", "measurement_file.check_sanity.auto": "Vérifier automatiquement les mesures", "measurement_file.check_sanity.auto.warning": "Veuillez noter que la vérification automatique des mesures est une fonctionnalité expérimentale. À utiliser à vos propres risques.", "measurement_file.choose": "Veuillez choisir un fichier de mesure", "measurement_file.choose.colorimeter": "Veuillez choisir un fichier de mesure du colorimètre", "measurement_file.choose.reference": "Veuillez choisir un fichier de mesure du spectromètre", "measurement_mode": "Mode", "measurement_mode.adaptive": "Adaptatif", "measurement_mode.factory": "Calibrage d'usine", "measurement_mode.generic": "Générique", "measurement_mode.highres": "Haute résolution", "measurement_mode.lcd": "LCD (générique)", "measurement_mode.lcd.ccfl": "LCD (CCFL)", "measurement_mode.lcd.ccfl.2": "LCD (CCFL type 2)", "measurement_mode.lcd.white_led": "LCD (LED blanc)", "measurement_mode.lcd.wide_gamut.ccfl": "LCD à gamut étendu (CCFL)", "measurement_mode.lcd.wide_gamut.rgb_led": "LCD à gamut étendu (LED RVB)", "measurement_mode.raw": "Brut", "measurement_mode.refresh": "À rafraîchissement (générique)", "measurements.complete": "Mesures effectuées ! Voulez-vous ouvrir le répertoire contenant les fichiers de mesure ?", "measuring.characterization": "Mesure des échantillons de couleurs pour la caractérisation...", "menu.about": "À propos...", "menu.file": "Fichier", "menu.help": "?", "menu.language": "Langue", "menu.options": "Options", "menu.tools": "Outils", "menuitem.quit": "Quitter", "menuitem.set_argyll_bin": "Localiser les exécutables Argyll CMS...", "min": "Min", "minimal": "Minimal", "native": "Natif", "no": "Non", "no_settings": "Le fichier ne contient pas de réglages.", "office_web.icc": "Bureautique & Internet", "offset": "Décalage", "ok": "Valider", "or": "ou", "osd": "OSD", "other": "Autre", "out": "Hors", "overwrite": "Écraser", "panel.surface": "Surface du panneau", "panel.type": "Type de panneau", "patches": "Échantillons", "pause": "Pause", "photo.icc": "Photographie", "please_wait": "Veuillez patienter...", "prepress.icc": "Pré-presse", "preset": "Pré-réglage", "preview": "Aperçu", "profile": "Profil", "profile.advanced_gamap": "Options avancées...", "profile.choose": "Veuillez choisir un profil :", "profile.confirm_regeneration": "Voulez-vous régénérer le profil ?", "profile.created": "Le profil a été créé avec succès.", "profile.current": "Profil courant", "profile.do_not_install": "Ne pas installer le profil", "profile.info": "Information du profil", "profile.info.show": "Afficher l'information du profil", "profile.install": "Installer le profil", "profile.install.error": "Le profil n'a pas pu être installé/activé.", "profile.install.osx_manual_select": "Le profil a été installé. Veuillez l'activer dans le panneau « Écrans » des préférences du système.", "profile.install.success": "Le profil a été installé et activé.", "profile.install.virtual.unsupported": "Les profils ne peuvent être installés pour le périphérique d'affichage virtuel.", "profile.install_local_system": "Installer le profil sur l'ensemble du système", "profile.install_network": "Installer le profil sur l'ensemble du réseau", "profile.install_user": "Installer le profil pour l'utilisateur courant uniquement", "profile.invalid": "Profil invalide.", "profile.load_error": "Le profil d'affichage n'a pu être chargé.", "profile.load_on_login": "Charger le calibrage à la connexion", "profile.load_on_login.handled_by_os": "Laisser le système d'exploitation traiter le chargement du calibrage (faible qualité)", "profile.name": "Nom du profil", "profile.name.create": "Générer le nom du profil", "profile.name.placeholders": "Vous pouvez utiliser les paramètres de substitution suivants dans le nom du profil :\n\n%a Nom du jour de la semaine abrégé\n%A Nom complet du jour de la semaine\n%b Nom du mois abrégé\n%B Nom complet du mois\n%d Jour du mois\n%H Heure (sur 24 heures)\n%I Heure (sur 12 heures)\n%j Jour de l'année\n%m Mois\n%M Minute\n%p AM/PM\n%S Secondes\n%U Semaine (avec dimanche comme premier jour de la semaine)\n%w Jour de la semaine (dimanche correspondant à 0)\n%W Semaine (avec lundi comme premier jour de la semaine)\n%y Année sans le siècle\n%Y Année avec le siècle", "profile.no_embedded_ti3": "Le profil ne contient pas de donnée de mesure compatible avec Argyll.", "profile.no_vcgt": "Le profil ne contient pas de courbes d'une table de correspondance", "profile.quality": "Qualité du profil", "profile.quality.b2a.low": "Table B2A de basse qualité", "profile.quality.b2a.low.info": "Choisissez cette option si le profil doit être utilisé avec un mappage de gamut A2B inverse pour créer une liaison entre périphériques ou une table de correspondance 3D", "*profile.required_tags_missing": "The profile is missing required tags: %s", "profile.self_check": "Auto-contrôle du profil ΔE*76", "profile.self_check.avg" : "moyenne", "profile.self_check.max" : "maximum", "profile.self_check.rms" : "RMS", "profile.set_save_path": "Sélectionner le chemin d'enregistrement...", "profile.settings": "Réglages de la caractérisation", "profile.share": "Charger le profil...", "profile.share.avg_dE_too_high": "Le profil produit un delta E trop élevé (actuel = %s, seuil = %s).", "profile.share.enter_info": "Vous pouvez partager votre profil avec les autres utilisateurs via le service OpenSUSE « ICC Profile Taxi ».\n\nVeuillez fournir une description significative et entrer les propriétés du périphérique d'affichage ci-dessous. Consultez les réglages du périphérique d'affichage depuis l'OSD de votre périphérique d'affichage et n'entrez que les réglages applicables à votre périphérique d'affichage qui ont changé par rapport aux valeurs par défaut.\nExemple : pour la plupart des périphériques d'affichage, il s'agit du nom de la présélection choisie, luminosité, contraste, température des couleurs et/ou niveaux RVB du point blanc, ainsi que le gamma. Sur les portables et notebooks, généralement uniquement la luminosité. Si vous avez modifié des réglages supplémentaires au cours du calibrage de votre périphérique d'affichage, entrez-les également si possible.", "profile.share.meta_missing": "Le profil ne contient pas la méta-information nécessaire.", "profile.share.success": "Profil chargé.", "profile.testchart_recommendation": "Pour une qualité de profil élevée, une grille de test contenant plus d'échantillons est recommandée, mais celle-ci prendra plus de temps à mesurer. Voulez-vous utiliser la grille de test recommandée ?", "profile.type": "Type de profil", "profile.type.gamma_matrix": "Gamma + matrice", "profile.type.lut.lab": "Table L*a*b*", "profile.type.lut.xyz": "Table XYZ", "profile.type.lut_matrix.xyz": "Table XYZ + matrice", "profile.type.lut_rg_swapped_matrix.xyz": "Table XYZ + matrice d'inversion", "profile.type.shaper_matrix": "Courbes + matrice", "profile.type.single_gamma_matrix": "Gamma unique + matrice", "profile.type.single_shaper_matrix": "Courbe unique + matrice", "profile.unsupported": "Type de profil (%s) ou espace de couleurs (%s) non supporté.", "profile.update": "Mettre à jour le profil", "*measurement_report.update": "Update measurement report...", "*measurement_report": "Measurement report...", "measurement_report_choose_chart": "Veuillez choisir la grille de test à mesurer :", "measurement_report_choose_chart_or_reference": "Veuillez choisir une grille de test ou une référence :", "measurement_report_choose_profile": "Veuillez choisir le profil à valider :", "profiling.complete": "Caractérisation achevée.", "profiling.incomplete": "La caractérisation n'a pas été achevée.", "projector": "Projecteur", "projector_mode_unavailable": "Le mode Projecteur n'est disponible qu'avec Argyll CMS 1.1.0 Bêta ou ultérieur.", "quality.ultra.warning": "La qualité Ultra ne devrait pratiquement jamais être utilisée, excepté pour prouver qu'elle ne devrait pratiquement jamais être utilisée (durée de traitement longue). Préférez plutôt une qualité moyenne ou élevée.", "readme": "Lisez-moi", "ready": "Prêt.", "red": "Rouge", "reference": "Référence", "rendering_intent": "Intention de rendu", "report.calibrated": "Établir un rapport sur le périphérique d'affichage calibré", "report.uncalibrated": "Établir un rapport sur le périphérique d'affichage non calibré", "report.uniformity": "Mesurer l'uniformité du périphérique d'affichage...", "resources.notfound.error": "Erreur fatale - un fichier requis n'a pas été trouvé :", "resources.notfound.warning": "Attention - des fichiers requis n'ont pas été trouvés :", "restore_defaults": "Restaurer les valeurs par défaut", "rgb.trc": "Fonction de transfert RVB", "rgb.trc.averaged": "Fonction de transfert RVB moyen", "saturation": "Saturation", "save": "Enregistrer", "save_as": "Enregistrer sous...", "select_all": "Sélectionner tout", "settings.additional": "Réglages supplémentaires", "settings.basic": "Réglages basiques", "settings.new": "", "settings_loaded": "Les courbes de la table de correspondance et les réglages de calibrage suivants ont été chargés : %s. Les autres options de calibrage ont été restaurés à leurs valeurs par défaut et les options de caractérisation n'ont pas été modifiées.", "settings_loaded.all": "Les réglages et les courbes de la table de correspondance ont été chargés.", "settings_loaded.cal": "Le profil ne contenait que des réglages de calibrage. Les autres options n'ont pas été modifiées. Aucune courbe de calibrage n'a été trouvée.", "settings_loaded.cal_and_lut": "Le profil ne contenait que des réglages de calibrage. Les autres options n'ont pas été modifiées et les courbes de calibrage ont été chargées.", "settings_loaded.cal_and_profile": "Les réglages ont été chargés. Aucune courbe d'une table de correspondance n'a été trouvée.", "settings_loaded.profile": "Le profil ne contenait que des réglages de caractérisation. Les autres options n'ont pas été modifiées. Aucune courbe d'une table de correspondance n'a été trouvée.", "settings_loaded.profile_and_lut": "Le profil ne contenait que des réglages de caractérisation. Les autres options n'ont pas été modifiées et les courbes de la table de correspondance ont été chargées.", "show_advanced_calibration_options": "Afficher les options de calibrage avancées", "softproof.icc": "Softproof", "spectral": "Spectral", "sRGB.icc": "sRGB", "startup": "Démarrage...", "success": "... opération effectuée.", "synthicc.create": "Créer un profil ICC synthétique...", "target": "Cible", "tc.I": "Grille cubique centrée de l'espace perceptuel", "tc.Q": "Distribution quasi-aléatoire du remplissage de l'espace perceptuel", "tc.R": "Distribution aléatoire dans l'espace perceptuel", "tc.adaption": "Adaptation", "tc.algo": "Distribution", "tc.angle": "Angle", "tc.fullspread": "Échantillons itératifs", "tc.gray": "Échantillons neutres", "tc.i": "Grille cubique centrée de l'espace du périphérique", "tc.limit.sphere": "Limiter les sondages à la sphère", "tc.limit.sphere_radius": "Rayon", "tc.multidim": "Multidimensionnel", "tc.multidim.patches": "étapes = %s échantillons (%s neutres)", "tc.neutral_axis_emphasis": "Accentuation de l'axe neutre", "tc.ofp": "Échantillonnage optimisé du point le plus éloigné", "tc.patch": "Échantillon", "tc.patches.gray": "neutre", "tc.patches.selected": "sélectionné(s) ", "tc.patches.total": "Nombre total d'échantillons ", "tc.precond": "Préconditionnement du profil", "tc.preview.create": "Création de l'aperçu en cours, veuillez patienter...", "tc.q": "Distribution quasi-aléatoire du remplissage de l'espace du périphérique", "tc.r": "Distribution aléatoire dans l'espace du périphérique", "tc.single": "Échantillons de canal unique", "tc.single.perchannel": "par canal", "tc.t": "Échantillonnage incrémentiel du point éloigné", "tc.vrml": "Créer un fichier de diagnostic VRML", "tc.vrml.black_offset": "Décalage du noir RGB (L*)", "tc.vrml.device": "Emplacements des périphériques", "tc.vrml.lab": "Emplacements des Lab", "tc.vrml.save_as": "Enregistrer le(s) fichier(s) sous...", "tc.vrml.use_D50": "Blanc RGB neutre", "tc.white": "Échantillons de blancs", "tempdir_should_still_contain_files": "Les fichiers créés devraient être encore dans le répertoire temporaire “%s”.", "*testchart.add_saturation_sweeps": "Add saturation sweeps", "*testchart.add_ti3_patches": "Add reference patches...", "*testchart.change_patch_order": "Change patch order", "testchart.confirm_select": "Fichier enregistré. Voulez-vous sélectionner cette grille de test ?", "testchart.create": "Créer une grille de test", "testchart.discard": "Supprimer", "testchart.dont_select": "Ne pas sélectionner", "testchart.edit": "Éditer la grille de test...", "testchart.export.repeat_patch": "Répéter chaque échantillon :", "testchart.file": "Fichier de grille de test", "testchart.info": "Nombre d'échantillons de la grille de test sélectionnée", "testchart.invalid": "Le fichier de grille de test est invalide.", "testchart.read": "Lecture de la grille de test...", "testchart.save": "Enregistrer", "testchart.save_as": "Enregistrer sous...", "testchart.save_or_discard": "La grille de test n'a pas été enregistrée.", "testchart.select": "Sélectionner", "testchart.set": "Sélectionner un fichier de grille de test", "*testchart.sort_by_HSV": "Sort by HSV", "testchart.sort_by_L": "Trier par L*", "testchart.sort_by_RGB": "Trier par RGB", "testchart.sort_by_RGB_sum": "Trier par somme de RGB", "testchart.sort_RGB_gray_to_top": "Trier le gris RGB vers le haut", "testchart.sort_RGB_white_to_top": "Trier le blanc RGB vers le haut", "testchart.optimize_for_untethered_auto_mode": "Optimiser pour Autonome en mode automatique", "tone_values": "valeurs de teinte", "translations": "Traductions ", "trashcan.linux": "corbeille", "trashcan.mac": "corbeille", "trashcan.windows": "corbeille", "trc": "Courbe des couleurs", "trc.gamma": "Gamma", "trc.lstar": "L*", "trc.rec709": "Rec. 709", "trc.rec1886": "Rec. 1886", "trc.should_use_viewcond_adjust": "Si vous utilisez les courbes SMPTE 240M, Rec. 709 ou sRVB, vous devriez recourir à un ajustement des niveaux de votre lumière ambiante afin d'obtenir des résultats corrects. Pour cela, cochez la case à côté de « Niveau de luminosité ambiante » et saisissez une valeur en Lux. Vous pouvez éventuellement mesurer aussi la luminosité ambiante au cours du calibrage, si votre instrument le permet.", "trc.smpte240m": "SMPTE 240M", "trc.srgb": "sRVB", "trc.type.absolute": "Absolu", "trc.type.relative": "Relatif", "type": "Type", "uninstall_display_profile": "Désinstallation du profil du périphérique d'affichage...", "unknown": "inconnu", "unnamed": "Sans nom", "Untethered": "Autonome", "update_check": "Vérifier la mise à jour de l'application...", "update_check.fail": "Échec de la vérification de la mise à jour de l'application :", "update_check.fail.version": "La version du fichier distant du serveur %s n'a pu être analysée.", "update_check.new_version": "Une mise à jour est disponible : %s", "update_check.onstartup": "Vérifier la mise à jour de l'application au démarrage", "update_check.uptodate": "%s est à jour.", "upload": "Chargement", "use_separate_lut_access": "Utiliser un accès séparé à la table du gamma de la carte vidéo", "vcgt": "Courbes de calibrage", "verify.ti1": "Grille de test de vérification du profil", "verify_extended.ti1": "Grille de test étendue de vérification du profil", "vga": "VGA", "video.icc": "Vidéo", "warning": "Attention", "warning.already_exists": "Le fichier « %s » existe déjà à l'emplacement choisi et sera écrasé. Voulez-vous continuer ?", "warning.autostart_system": "Le répertoire d'autodémarrage système n'a pu être déterminé.", "warning.autostart_user": "Le répertoire d'autodémarrage spécifique à l'utilisateur/trice n'a pu être déterminé.", "warning.copy_failed_continue": "Le fichier « %s » ne peut être copié sous « %s ». Poursuite...", "warning.discard_changes": "Voulez-vous réellement annuler les modifications des réglages actuels ?", "warning.no_comports_detected": "Aucun instrument n'a pu être détecté.", "warning.suspicious_delta_e": "Attention : des mesures suspectes ont été trouvées. Veuillez noter que ce contrôle suppose un périphérique d'affichage de type sRGB. Si votre périphérique d'affichage diffère de ce pré-supposé (p. ex. s'il a un très grand gamut ou une réponse de ton trop éloignée de sRGB), alors les erreurs trouvées ne sont probablement pas significatives.\n\nUn ou plusieurs de ces critères ont été vérifiés :\n\n• Échantillons consécutifs avec différents nombres RGB, mais ΔE*00 étrangement bas des mesures entre eux.\n• Gris RGB avec nombres RGB croissants par rapport à l'échantillon précédent, mais luminosité décroissante (L*).\n• Gris RGB avec nombres RGB décroissants par rapport à l'échantillon précédent, mais luminosité croissante (L*).\n• ΔE*00 et ΔL*00 ou ΔH*00 ou ΔC*00 anormalement élevés des mesures par rapport à l'équivalent sRGB des nombres RGB.\n\nCeci pourrait signifier des erreurs de mesure. Les valeurs considérées comme problématiques (ce qui ne l'est pas forcément !) sont surlignées en rouge. Contrôlez les mesures soigneusement et marquez celles que vous voulez accepter. Vous pouvez également éditer les valeurs RGB et XYZ.", "warning.suspicious_delta_e.info": "Explication des colonnes Δ :\n\nΔE*00 XYZ A/B : ΔE*00 des valeurs mesurées par rapport aux valeurs mesurées de l'échantillon précédent. Si cette valeur est manquante, elle n'était pas un facteur pendant la vérification. Si elle est présente, alors elle est supposée trop basse.\n\n0.5 ΔE*00 RGB A/B : ΔE*00 de l'équivalent sRGB des nombres RGB par rapport à l'équivalent sRGB des nombres RGB de l'échantillon précédent (avec un facteur de 0,5). Si cette valeur est présente, elle représente la valeur (minimale) de comparaison pendant la vérification pour ΔE*00 XYZ A/B considéré trop bas. Elle sert d'orientation très grossière.\n\nΔE*00 RGB-XYZ : ΔE*00 des valeurs mesurées par rapport à l'équivalent sRGB des nombres RGB.\nΔL*00 RGB-XYZ : ΔL*00 des valeurs mesurées par rapport à l'équivalent sRGB des nombres RGB.\nΔC*00 RGB-XYZ : ΔC*00 des valeurs mesurées par rapport à l'équivalent sRGB des nombres RGB.\nΔH*00 RGB-XYZ : ΔH*00 des valeurs mesurées par rapport à l'équivalent sRGB des nombres RGB.", "webserver.waiting": "Serveur web en attente à", "white": "Blanc", "whitepoint": "Point blanc", "whitepoint.colortemp": "Température", "whitepoint.colortemp.locus.blackbody": "Corps noir", "whitepoint.colortemp.locus.curve": "Courbe de température des couleurs", "whitepoint.colortemp.locus.daylight": "Lumière du jour", "whitepoint.set": "Voulez-vous également régler le point blanc à la valeur mesurée ?", "*whitepoint.simulate": "Simulate whitepoint", "*whitepoint.simulate.relative": "Relative to target profile whitepoint", "whitepoint.xy": "Coordonnées chromatiques", "window.title": "dispcalGUI", "windows.version.unsupported": "Cette version de Windows n'est pas supportée.", "windows_only": "Windows uniquement", "working_dir": "Répertoire de travail :", "yellow": "Jaune", "yes": "Oui", } dispcalGUI-1.7.1.6/dispcalGUI/lang/it.json000644 000765 000000 00000136201 12266603364 020045 0ustar00svpwheel000000 000000 { "*": "Note to translators: Keys which are not yet translated are marked with a leading asterisk (*) and are indented with two tabs instead of one. Please remove the asterisk when translated.", "!author": "Tommaso Schiavinotto", "!language": "Italiano", "!language_name": "ITALIAN", "apply": "Applicare", "*3dlut.bitdepth.input": "3D LUT input bitdepth", "*3dlut.bitdepth.output": "3D LUT output bitdepth", "*3dlut.create": "Create 3D LUT...", "*3dlut.encoding.output.warning.madvr": "Warning: This output encoding is not recommended and will cause clipping if madVR is not set up to output “TV levels (16-235)” under “Devices” → “%s” → “Properties”. Use at own risk!", "*3dlut.format": "3D LUT file format", "*3dlut.frame.title": "Create 3D LUT", "*3dlut.input.profile": "Source profile", "*3dlut.madVR.enable": "Enable madVR 3D LUT", "*output.profile": "Target profile", "*apply_cal": "Apply calibration (vcgt)", "*apply_cal.error": "Calibration could not be applied.", "*3dlut.size": "3D LUT size", "*[rgb]TRC": "Tone response curves", "aborted": "...annullato.", "*aborting": "Aborting, please wait (this may take a few seconds)...", "*adaptive_mode_unavailable": "Adaptive mode is only available with Argyll CMS 1.1.0 RC3 or newer.", "*allow_skip_sensor_cal": "Allow skipping of spectrometer self-calibration", "*ambient.measure": "Measure ambient", "*ambient.set": "Do you also want to set the ambient light level to the measured value?", "app.confirm_restore_defaults": "Vuoi davvero perdere le tue modifiche e usare le impostazioni predefinite?", "app.restart_request": "Riavviare l'applicazione, prego.", "*argyll.debug.warning1": "Please only use this option if you actually need debugging information (e.g. for troubleshooting Argyll CMS functionality)! It is normally only useful for software developers to aid in problem diagnosis and resolution. Are you sure you want to enable debugging output?", "*argyll.debug.warning2": "Please remember to disable debugging output for normal operation of the software.", "argyll.dir": "Directory con gli eseguibili di Argyll CMS:", "argyll.dir.invalid": "Gli eseguibili Argyll CMS non sono stati trovati!\nSeleziona la directory che contiene gli eseguibili (prefisso o suffisso forse “argyll-” / “-argyll”): %s", "*argyll.error.detail": "Detailed Argyll CMS error message:", "*argyll.instrument.driver.missing": "The Argyll CMS driver for your measurement device seems not to be installed or installed incorrectly. Please check if your measurement device is shown in Windows' device manager under „Argyll LibUSB-1.0A devices“ and (re-)install the driver if necessary. Please read the documentation for installation instructions.", "*argyll.util.not_found": "Argyll CMS “%s” executable not found!", "as_measured": "Nativo", "*auth.failed": "Authentification failed.", "*auto": "Auto", "*autostart_remove_old": "Removing old autostart entry", "*backlight": "Backlight", "*black": "Black", "*black_point": "Black point", "*black_point_compensation": "Black point compensation", "*black_point_compensation.info": "Black point compensation effectively prevents black crush, but reduces the accuracy of color conversion.", "*blacklevel": "Black level", "*blue": "Blue", "*brightness": "Brightness", "browse": "Selezionare...", "*bug_report": "Report a bug...", "button.calibrate": "Calibra solamente", "button.calibrate_and_profile": "Calibra && Crea profilo", "button.profile": "Crea solamente il profilo", "cal_extraction_failed": "Impossibile estrare i dati di calibrazione dal profilo.", "*calibration": "Calibration", "calibration.ambient_viewcond_adjust": "Livello della luce ambientale", "calibration.ambient_viewcond_adjust.info": "Per eseguire una correzione sulle condizioni di visualizzazione quando vengono calcolate le curve di calibrazione, spunta la casella ed inserisci il livello della luce ambientale. Se lo strumento lo permette, è possibile misurare la luce ambientale durante la calibrazione.", "calibration.black_luminance": "Livello del nero", "calibration.black_output_offset": "Compensazione per il livello di uscita del nero", "calibration.black_point_correction": "Correzione del punto di nero", "calibration.black_point_correction_choice": "La correzione del punto di nero può essere disabilitata, per ottimizzare il livello di nero ed il rapporto di contrasto (raccomandato per la maggior parte dei monitor LCD), può essere invece abilitata per fare in modo che il nero abbia la stessa tinta del punto di bianco (raccomandato per la maggior parte dei monitor CRT). Imposta la tua preferenza sulla correzione del punto di nero:", "calibration.black_point_correction_choice_dialogtitle": "Correzione del punto di nero", "calibration.black_point_rate": "Rapporto", "*calibration.check_all": "Check settings", "calibration.complete": "Calibrazione completa!", "*calibration.create_fast_matrix_shaper": "Create matrix profile", "*calibration.create_fast_matrix_shaper_choice": "Do you want to create a fast matrix shaper profile from calibration measurements or just calibrate?", "*calibration.do_not_use_video_lut": "Do not use video card gamma table to apply calibration", "*calibration.do_not_use_video_lut.warning": "Do you really want to change the recommended setting?", "calibration.file": "Impostazioni", "calibration.file.invalid": "Il file delle impostazioni scelto non è valido.", "calibration.file.none": "", "calibration.incomplete": "La calibrazione non è stata completata.", "calibration.interactive_display_adjustment": "Correzione interattiva dello schermo", "*calibration.interactive_display_adjustment.black_level.crt": "Select “Start measurement” and adjust your display's brightness and/or RGB offset controls to match the desired level.", "*calibration.interactive_display_adjustment.black_point.crt": "Select “Start measurement” and adjust your display's RGB offset controls to match the desired black point.", "*calibration.interactive_display_adjustment.check_all": "Select “Start measurement” to check on the overall settings.", "*calibration.interactive_display_adjustment.generic_hint.plural": "A good match is obtained if all bars can be brought to the marked position in the center.", "*calibration.interactive_display_adjustment.generic_hint.singular": "A good match is obtained if the bar can be brought to the marked position in the center.", "*calibration.interactive_display_adjustment.start": "Start measurement", "*calibration.interactive_display_adjustment.stop": "Stop measurement", "*calibration.interactive_display_adjustment.white_level.crt": "Select “Start measurement” and adjust your display's contrast and/or RGB gain controls to match the desired level.", "*calibration.interactive_display_adjustment.white_level.lcd": "Select “Start measurement” and adjust your display's backlight/brightness control to match the desired level.", "*calibration.interactive_display_adjustment.white_point": "Select “Start measurement” and adjust your display's color temperature and/or RGB gain controls to match the desired white point.", "calibration.keep_black_point_correction": "Mantieni le impostazioni attuali", "calibration.load": "Caricamento delle impostazioni...", "calibration.load_error": "Impossibile leggere le curve calibrazione.", "calibration.load_from_cal": "Caricamento delle curve calibrazione dal file di calibrazione...", "calibration.load_from_cal_or_profile": "Caricamento delle curve calibrazione dal file di calibrazione o di profilo...", "calibration.load_from_display_profile": "Caricamento delle curve calibrazione dal profilo corrente dello schermo", "calibration.load_from_profile": "Caricamento delle curve di calibrazione dal profilo...", "calibration.load_success": "Lettura delle curve calibrazione completata con successo.", "calibration.loading": "Caricamento delle curve calibrazione da file...", "calibration.loading_from_display_profile": "Caricamento delle curve calibrazione dell'attuale profilo dello schermo in corso...", "calibration.luminance": "Livello di bianco", "*calibration.lut_viewer.title": "Curves", "calibration.preview": "Anteprima calibrazione", "calibration.quality": "Qualità calibrazione", "calibration.quality.high": "Alta", "calibration.quality.low": "Bassa", "calibration.quality.medium": "Media", "calibration.quality.ultra": "Ultra", "*calibration.quality.verylow": "Very low", "calibration.speed": "Velocità calibrazione", "calibration.speed.high": "Alta", "calibration.speed.low": "Bassa", "calibration.speed.medium": "Media", "calibration.speed.veryhigh": "Molto alta", "calibration.speed.verylow": "Molto bassa", "calibration.reset": "Ripristino curve calibrazione", "calibration.reset_error": "Le curve calibrazione non possono essere ripristinate.", "calibration.reset_success": "Le curve calibrazione sono state ripristinate con successo.", "calibration.resetting": "Ripristino delle curve calibrazione a lineari in corso...", "calibration.settings": "Impostazioni per la calibrazione", "*calibration.show_actual_lut": "Show actual calibration curves from video card gamma table", "*calibration.show_lut": "Show curves", "*calibration.start": "Continue on to calibration", "calibration.turn_off_black_point_correction": "Disabilita", "calibration.turn_on_black_point_correction": "Abilita", "calibration.update": "Aggiorna calibrazione", "*calibration.update_profile_choice": "Do you want to also update the calibration curves in the existing profile or just calibrate?", "*calibration.use_linear_instead": "Use linear calibration instead", "calibration.verify": "Verifica calibrazione", "calibration_profiling.complete": "Calibrazione e creazione profilo completati!", "*calibrationloader.description": "Sets ICC profiles and loads calibration curves for all configured display devices", "cancel": "Annulla", "*ccxx.ti1": "Testchart for colorimeter correction", "checking_lut_access": "Controllo dell'accesso per il calibrazione per il monitor %s...", "*centered": "Centered", "clear": "Pulire", "*color.custom": "Custom color", "*colorconfig_remove_old": "Removing old display configuration file", "*colorimeter_correction.create": "Create colorimeter correction...", "*colorimeter_correction.create.details": "Please check the fields below and change them when necessary. The description should also contain important details (e.g. specific display settings, non-default CIE observer or the like).", "*colorimeter_correction.create.failure": "Correction creation failed.", "*colorimeter_correction.create.info": "To create a colorimeter correction matrix (CCMX) or Calibration Spectral Sample (CCSS) file, you first need to measure the “Testchart for colorimeter correction” with a spectrometer, and in case you want to create a CCMX, also with the colorimeter.\nTo do this, choose “Measure testchart”. Afterwards, choose “Create colorimeter correction...” and select the measured file(s).", "*colorimeter_correction.create.success": "Correction successfully created.", "*colorimeter_correction.file.none": "None", "*colorimeter_correction.import": "Import colorimeter corrections from other display profiling software...", "*colorimeter_correction.import.auto_manual": "If you want to automatically import colorimeter corrections, you need to either already have installed the vendor software of your instrument, or insert its installation media, and then choose “Auto”. If you have a software installer which you haven't run yet, or want to select a file yourself, choose “Select file”.", "*colorimeter_correction.import.choose": "Please choose the colorimeter correction file to import:", "*colorimeter_correction.import.failure": "No colorimeter corrections could be imported.", "*colorimeter_correction.import.success": "Colorimeter corrections have been successfully imported from the following softwares:\n\n%s", "*colorimeter_correction.instrument_mismatch": "The selected colorimeter correction is not suitable for the selected instrument.", "*colorimeter_correction.upload": "Upload colorimeter correction...", "*colorimeter_correction.upload.confirm": "Do you want to upload the colorimeter correction to the online database (recommended)? Any uploaded files will be assumed to have been placed in the public domain, so that they can be used freely.", "*colorimeter_correction.upload.deny": "This colorimeter correction may not be uploaded.", "*colorimeter_correction.upload.exists": "The colorimeter correction already exists in the database.", "*colorimeter_correction.upload.failure": "The correction couldn't be entered into the online database.", "*colorimeter_correction.upload.success": "The correction was successfully uploaded to the online database.", "*colorimeter_correction.web_check": "Check online for colorimeter correction...", "*colorimeter_correction.web_check.choose": "The folowing colorimeter corrections for the selected display and instrument have been found:", "*colorimeter_correction.web_check.failure": "No colorimeter corrections for the selected display and instrument have been found.", "*colorimeter_correction_matrix_file": "Correction", "*colorimeter_correction_matrix_file.choose": "Choose colorimeter correction", "*colorspace": "Colorspace", "*colorspace.show_outline": "Show outline", "commandline": "Linea di comando:", "*comparison_profile": "Comparison profile", "comport_detected": "È stata rilevata una modifica nella configurazione dello strumento o della porta.", "*compression.gzip": "GZIP compression", "*computer.name": "Computername", "*connection.fail": "Connection error (%s)", "*connection.fail.http": "HTTP error %s", "continue": "Continua", "*contrast": "Contrast", "create_and_preview": "Crea && Mostra anteprima", "*create_ccss_or_ccmx": "Do you want to create a correction matrix for ordinary colorimeters (CCMX) or a calibration spectral sample for the i1 Display Pro and ColorMunki Display (CCSS)?", "create_profile": "Creazione del profilo dai dati di misurazione...", "*create_profile_from_edid": "Create profile from extended display identification data...", "*created": "Created", "*current": "Current", "custom": "Altro", "*cyan": "Cyan", "*d3-e4-s0-g9-m3-b3-f0-crossover.ti1": "Default testchart for matrix profiles", "*d3-e4-s0-g25-m3-b3-f0-crossover.ti1": "Extended testchart for matrix profiles", "*d3-e4-s0-g49-m3-b3-f0-crossover.ti1": "Large testchart for matrix profiles", "*d3-e4-s0-g97-m3-b3-f0-crossover.ti1": "Very large testchart for matrix profiles", "*d3-e4-s3-g3-m0-f0.ti1": "Default testchart for “gamma + matrix” profiles", "*d3-e4-s13-g37-m4-b4-f0.ti1": "Small testchart for LUT profiles", "*d3-e4-s17-g49-m5-b5-f0.ti1": "Default testchart for LUT profiles", "*d3-e4-s21-g61-m6-b6-f0.ti1": "Extended testchart for LUT profiles", "*d3-e4-s25-g73-m7-b7-f0.ti1": "Large testchart for LUT profiles", "*d3-e4-s29-g85-m8-b8-f0.ti1": "Very large testchart for LUT profiles", "*d3-e4-s29-g85-m0-f994-caRGB.ti1": "Very large testchart for LUT profiles, optimized for Gamma 2.2 with AdobeRGB primaries (D65)", "*d3-e4-s29-g85-m0-f994-ceRGBv2.ti1": "Very large testchart for LUT profiles, optimized for L* with NTSC primaries (D50)", "*d3-e4-s29-g85-m0-f994-cRec709_Gamma22.ti1": "Very large testchart for LUT profiles, optimized for Gamma 2.2 with Rec. 709 primaries (D65)", "*d3-e4-s29-g85-m0-f994-csRGB.ti1": "Very large testchart for LUT profiles, optimized for sRGB (D65)", "*d3-e4-s33-g97-m9-b9-f0.ti1": "XXL testchart for LUT profiles", "*d3-e4-s33-g97-m0-f1399-caRGB.ti1": "XXL testchart for LUT profiles, optimized for Gamma 2.2 with AdobeRGB primaries (D65)", "*d3-e4-s33-g97-m0-f1399-ceRGBv2.ti1": "XXL testchart for LUT profiles, optimized for L* with NTSC primaries (D50)", "*d3-e4-s33-g97-m0-f1399-cRec709_Gamma22.ti1": "XXL testchart for LUT profiles, optimized for Gamma 2.2 with Rec. 709 primaries (D65)", "*d3-e4-s33-g97-m0-f1399-csRGB.ti1": "XXL testchart for LUT profiles, optimized for sRGB (D65)", "*d3-e4-s37-g109-m10-b10-f0.ti1": "XXXL testchart for LUT profiles", "*d3-e4-s37-g109-m0-f1906-caRGB.ti1": "XXXL testchart for LUT profiles, optimized for Gamma 2.2 with AdobeRGB primaries (D65)", "*d3-e4-s37-g109-m0-f1906-ceRGBv2.ti1": "XXXL testchart for LUT profiles, optimized for L* with NTSC primaries (D50)", "*d3-e4-s37-g109-m0-f1906-cRec709_Gamma22.ti1": "XXXL testchart for LUT profiles, optimized for Gamma 2.2 with Rec. 709 primaries (D65)", "*d3-e4-s37-g109-m0-f1906-csRGB.ti1": "XXXL testchart for LUT profiles, optimized for sRGB (D65)", "*d3-e4-s41-g121-m11-b11-f0.ti1": "Massive testchart for LUT profiles", "*d3-e4-s41-g121-m0-f2527-caRGB.ti1": "Massive testchart for LUT profiles, optimized for Gamma 2.2 with AdobeRGB primaries (D65)", "*d3-e4-s41-g121-m0-f2527-ceRGBv2.ti1": "Massive testchart for LUT profiles, optimized for L* with NTSC primaries (D50)", "*d3-e4-s41-g121-m0-f2527-cRec709_Gamma22.ti1": "Massive testchart for LUT profiles, optimized for Gamma 2.2 with Rec. 709 primaries (D65)", "*d3-e4-s41-g121-m0-f2527-csRGB.ti1": "Massive testchart for LUT profiles, optimized for sRGB (D65)", "*default": "Default", "*delete": "Delete", "*delta_e_to_locus": "ΔE*00 to %s locus", "*description": "Description", "detect_displays_and_ports": "Rileva schermo e strumenti", "*device.name.placeholder": "", "*devlink_profile": "DeviceLink profile", "*dialog.confirm_delete": "Do you really want to delete the selected file(s)?", "dialog.confirm_overwrite": "Il file “%s” già esiste. Sovrascrivere?", "*dialog.cal_info": "The calibration file “%s” will be used. Do you want to continue?", "*dialog.confirm_cancel": "Do you really want to cancel?", "*dialog.current_cal_warning": "The current calibration curves will be used. Do you want to continue?", "dialog.do_not_show_again": "Non mostrare più questo messaggio", "*dialog.enter_password": "Please enter your password.", "dialog.install_profile": "Installare il profilo “%s” e renderlo quello predefinito per il monitor “%s”?", "*dialog.linear_cal_info": "Linear calibration curves will be used. Do you want to continue?", "dialog.load_cal": "Caricamento impostazioni", "dialog.set_argyll_bin": "Individuare la cartella dove si trovano gli eseguibili di Argyll CMS.", "dialog.set_profile_save_path": "Creare la directory dei profili “%s” qui:", "dialog.set_testchart": "Scegliere il file con il testchart", "dialog.ti3_no_cal_info": "I dati di misurazione non contengono curve di calibrazione. Continuare?", "display": "Schermo", "*display.connection.type": "Connection", "*display.manufacturer": "Display device manufacturer", "display.primary": "(Primario)", "*display.properties": "Display device properties", "*display.settings": "Display device settings", "*display.tech": "Display technology", "display_detected": "Rilevato un cambiamento nella configurazione dello schermo.", "display_lut.link": "Collega/Scollega schermo e accesso a calibrazione", "*display_short": "Display device (abbreviated)", "*displayport": "DisplayPort", "*drift_compensation.blacklevel": "Black level drift compensation", "*drift_compensation.blacklevel.info": "Black level drift compensation tries to counter measurement deviations caused by black calibration drift of a warming up measurement device. For this purpose, a black test patch is measured periodically, which increases the overall time needed for measurements. Many colorimeters have built-in temperature compensation, in which case black level drift compensation should not be needed, but most spectrometers are not temperature compensated.", "*drift_compensation.whitelevel": "White level drift compensation", "*drift_compensation.whitelevel.info": "White level drift compensation tries to counter measurement deviations caused by luminance changes of a warming up display device. For this purpose, a white test patch is measured periodically, which increases the overall time needed for measurements.", "*dry_run": "Dry run", "*dry_run.end": "Dry run ended.", "*dry_run.info": "Dry run. Check the log to see the command line.", "*dvi": "DVI", "*edid.crc32": "EDID CRC32 checksum", "*edid.serial": "EDID serial", "elapsed_time": "Tempo trascorso", "*enable_argyll_debug": "Enable Argyll CMS debugging output", "enable_spyder2": "Attivazione colorimetro Spyder 2...", "enable_spyder2_failure": "Impossibile attivare Spyder 2 .", "enable_spyder2_success": "Spyder 2 attivato con successo.", "*enumerate_ports.auto": "Automatically detect instruments", "enumerating_displays_and_comports": "Elenco degli schermi e delle porte di comunicazione in corso...", "error": "Errore", "*error.access_denied.write": "You do not have write access to %s", "error.already_exists": "Impossibile usare il nome “%s”, perché un altro oggetto con lo stesso nome già esiste. Scegliere un'altro nome o cartella.", "error.autostart_creation": "La creazione della voce di partenza automatica per far caricare a %s le curve di calibrazione è fallita.", "*error.autostart_remove_old": "The old autostart entry which loads calibration curves on login could not be removed: %s", "*error.autostart_system": "The system-wide autostart entry to load the calibration curves on login could not be created, because the system-wide autostart directory could not be determined.", "*error.autostart_user": "The user-specific autostart entry to load the calibration curves on login could not be created, because the user-specific autostart directory could not be determined.", "error.cal_extraction": "Impossibile estrarre la calibrazione da “%s”.", "error.calibration.file_missing": "Manca il file di calibrazione “%s”.", "error.calibration.file_not_created": "Non è stato creato alcun file di calibrazione.", "error.calibration.file_notfile": "“%s” non è un file.", "*error.colorconfig_remove_old": "The old configuration file mapping profiles to displays could not be removed: %s", "error.copy_failed": "Impossibile copiare il file “%s” in “%s”.", "*error.deletion": "An error occured while moving files to the %s. Some files might not have been removed.", "error.dir_creation": "Impossibile creare la cartella “%s”. Forse ci sono restrizioni sull'accesso. Permettere l'accesso in scrittura o scegliere un'altra cartella.", "error.dir_notdir": "Impossibile creare la cartella “%s” perché un altro oggetto con lo stesso nome già esiste. Scegliere un'altra cartella.", "*error.file.create": "The file “%s” could not be created.", "*error.file.open": "The file “%s” could not be opened.", "error.file_type_unsupported": "Tipo di file non gestito.", "error.generic": "Errore di sistema.\n\nCodice d'errore: %s\nMessaggio d'errore: %s", "*error.measurement.file_invalid": "The measurement file „%s“ is invalid.", "error.measurement.file_missing": "Manca il file delle misure “%s”.", "error.measurement.file_not_created": "Non è stato creato alcun file di misure.", "error.measurement.file_notfile": "“%s” non è un file.", "*error.measurement.missing_spectral": "The measurement file does not contain spectral values.", "*error.measurement.one_colorimeter": "Exactly one colorimeter measurement is needed.", "*error.measurement.one_reference": "Exactly one reference measurement is needed.", "error.no_displays_detected": "Non è stato creato alcun file di misurazioni.", "error.profile.file_missing": "Manca il profilo “%s”.", "error.profile.file_not_created": "Non è stato creato alcun profilo.", "error.profile.file_notfile": "“%s” non è un file.", "*error.source_dest_same": "Source and target file are the same.", "error.testchart.creation_failed": "Impossibile creare il file di testchart “%s”. Forse ci sono restrizioni sull'accesso oppure il file di origine non esiste.", "error.testchart.invalid": "Il file di testchart “%s” non è valido.", "error.testchart.missing": "Manca il file di testchart “%s”.", "*error.testchart.missing_fields": "The testchart file „%s“ does not contain required fields: %s", "error.testchart.read": "Impossibile leggere il file di testchart “%s”.", "error.tmp_creation": "Impossibile creare una cartella di lavoro temporanea.", "*error.trashcan_unavailable": "The %s is not available. No files were removed.", "export": "Esportazione...", "*extra_args": "Set additional commandline arguments...", "failure": "...fallito!", "*file.invalid": "File invalid.", "file.missing": "Il file “%s” non esiste.", "file.notfile": "“%s” non è un file.", "*file.select": "Select file", "*filetype.any": "Any Filetype", "filetype.cal": "File di calibrazione(*.cal)", "filetype.cal_icc": "File di calibrazione e profilo (*.cal;*.icc;*.icm)", "*filetype.ccmx": "Correction matrices/Calibration spectral samples (*.ccmx;*.ccss)", "*filetype.html": "HTML files (*.html;*.htm)", "filetype.icc": "File di profile (*.icc;*.icm)", "filetype.icc_mpp": "File di profilo (*.icc;*.icm;*.mpp)", "filetype.icc_ti1_ti3": "File di testchart (*.icc;*.icm;*.ti1;*.ti3)", "*filetype.icc_ti3": "Measurement files (*.icc;*.icm;*.ti3)", "filetype.log": "File di log (*.log)", "filetype.png": "Portable Network Graphics (*.png)", "filetype.tif": "Tagged Image File (*.tif)", "filetype.ti1": "File di testchart (*.ti1)", "*filetype.ti1_ti3_txt": "Testchart files (*.ti1), Measurement files (*.ti3;*.txt)", "filetype.ti3": "File di misurazioni (*.icc;*.icm;*.ti3)", "*filetype.txt": "DeviceCorrections.txt", "*filetype.vrml": "VRML files (*.wrl)", "*finish": "Finish", "*gamap.default_intent": "Default rendering intent for display device profile", "*gamap.intents.a": "Absolute colorimetric", "*gamap.intents.aa": "Absolute appearance", "*gamap.intents.aw": "Absolute colorimetric with white point scaling", "*gamap.intents.la": "Luminance matched appearance", "*gamap.intents.ms": "Preserve saturation", "*gamap.intents.p": "Perceptual", "*gamap.intents.pa": "Perceptual appearance", "*gamap.intents.r": "Relative colorimetric", "*gamap.intents.s": "Saturation", "gamap.out_viewcond": "Condizioni di visualizzazione obiettivo", "gamap.perceptual": "Applicare la mappatura di gamut alla tabella percettiva", "gamap.profile": "Profilo di origine", "gamap.saturation": "Applicare la mappatura di gamut alla tabella di saturazione", "gamap.src_viewcond": "Condizioni di visualizzazione di partenza", "gamap.viewconds.cx": "Fogli trasparenti ritagliati su una scatola per la visualizzazione", "gamap.viewconds.jd": "Proiettore in un ambiente buio", "gamap.viewconds.jm": "Proiettore in un ambiente con luce soffusa", "gamap.viewconds.mb": "Monitor in un ambiente di lavoro ben illuminato", "gamap.viewconds.md": "Monitor in un ambiente di lavoro buio", "gamap.viewconds.mt": "Monitor in un ambiente di lavoro", "gamap.viewconds.ob": "Scena originale - all'aperto molto illuminato", "gamap.viewconds.pcd": "Photo CD - scena originale all'aperto", "gamap.viewconds.pe": "Ambiente di valutazione di stampa", "gamap.viewconds.pp": "Stampa riflessa realistica", "gamapframe.title": "Opzioni avanze per la mappatura di gamut", "*gamut": "Gamut", "*gamut.coverage": "Gamut coverage", "*gamut.view.create": "Generating gamut views...", "*gamut.volume": "Gamut volume", "*gamut_plot.tooltip": "Click and drag the mouse inside the plot to move the viewport,\nor zoom with the mouse wheel and +/- keys. Double-click resets the viewport.", "*glossy": "Glossy", "*go_to_website": "Go to Website", "*grayscale": "*grayscale", "*green": "Green", "*hdmi": "HDMI", "*help_support": "Help and support...", "*hue": "Hue", "*if_available": "if available", "*illumination": "Illumination", "*in": "In", "infoframe.default_text": "", "infoframe.title": "Informazioni", "infoframe.toggle": "Mostrare/Nascondere finestra delle informazioni", "*initial": "Initial", "initializing_gui": "Inizializzazione interfaccia grafica...", "install_display_profile": "Installa il profilo del monitor...", "instrument": "Strumento/Porta", "*instrument.calibrate": "Place the instrument on a dark, matte surface or onto its calibration plate and press OK to calibrate the instrument.", "*instrument.calibrate.colormunki": "Set the ColorMunki sensor to calibration position and press OK to calibrate the instrument.", "*instrument.calibrating": "Calibrating instrument...", "*instrument.initializing": "Setting up the instrument, please wait...", "*instrument.measure_ambient": "If your instrument requires a special cap to measure ambient, please attach it. To measure ambient light, place the instrument upwards, beside the display. Or if you want to measure a viewing booth, put a metamerism-free gray card inside the booth and point the instrument towards it. Further instructions how to measure ambient may be available in your instrument's documentation. Press OK to commence measurement.", "instrument.place_on_screen": "Posizionare lo strumento sulla finestra di test. Clicca su OK. Premere ESC, Q o CTRL^C per annullare, qualsiasi altro tasto avvierà la misurazione.", "*instrument.reposition_sensor": "The measurement failed because the instrument sensor is in the wrong position. Please correct the sensor position, then click OK to continue.", "*internal": "Internal", "*laptop.icc": "Laptop", "*license": "License", "license_info": "Rilasciato sotto licenza GPL", "*linear": "*linear", "locale.set": "Impostazioni della locale: %s", "*locate_spyder2_setup": "In the following file dialog, please select the file Spyder2express_2.3.6_Setup.exe or Spyder2PRO_2.3.5_Setup.exe which can be downloaded from http://support.datacolor.com/index.php?/Knowledgebase/List/Index/88/windows", "*locate_spyder2_setup_mac": "In the following file dialog, please select the Spyder 2 software installer, or if the software has already been installed, locate the file Spyder.lib (you may have to switch to the Finder and Ctrl-click the Spyder2 application, which is usually located under “Applications/Spyder2 ”, and select “Show package Contents” from the popup menu, then copy the file out of the folder “Contents/Mac OS Classic” to be able to select it).", "*locate_spyder2_setup_win": "In the following file dialog, please select the Spyder 2 software installer, or if the software has already been installed, locate the file CVSpyder.dll (which is usually located under “Program Files\\ColorVision\\Spyder2”).", "*log.autoshow": "Show log window automatically", "lut_access": "Accesso a calibrazione", "*magenta": "Magenta", "*matrix": "Matrix", "*matte": "Matte", "*max": "Max", "*maximal": "Maximal", "measure": "Misurazione", "measure.darken_background": "Sfondo nero", "*measure.darken_background.warning": "Attention: If „black background“ is chosen, it will cover the whole screen and you will not be able to see the display adjustment window! If you have a multi-screen setup, move the display adjustment window to another screen before starting the measurement, or use the keyboard (to abort the measurement, press Q. If the measurement is already running, wait briefly, then press Q again).", "*measure.testchart": "Measure testchart", "measureframe.center": "Centrare", "measureframe.info": "Spostare la finestra di misurazione nella posizione dello schermo desiderata e ridimensionarla se necessario. Tutta l'area sarà usata approssimativamente per mostrare i campioni, il cerchio è solo una guida per l'aiuto al posizionamento dello strumento di misurazione.\nPosizionare lo strumento di misurazione sulla finestra e premere su „Avvio misurazione“. Per annullare e ritornare alla finestra principale chiudere la finestra di misurazione.", "measureframe.infobutton": "Informazioni", "measureframe.measurebutton": "Avvio misurazione", "measureframe.title": "Area di misurazione", "measureframe.zoomin": "Allargare", "measureframe.zoommax": "Massimizzare/Ripristinare", "measureframe.zoomnormal": "Dimensioni normali", "measureframe.zoomout": "Restringere", "*measurement.play_sound": "Acoustic feedback on continuous measurements", "*measurement.set_save_path": "Save the measurement file in the following folder:", "*measurement.untethered": "Untethered measurement", "*measurement_file.choose": "Please choose a measurement file", "*measurement_file.choose.colorimeter": "Please choose a colorimeter measurement file", "*measurement_file.choose.reference": "Please choose a reference measurement file", "measurement_mode": "Modalità", "*measurement_mode.adaptive": "Adaptive", "*measurement_mode.factory": "Factory calibration", "*measurement_mode.highres": "HiRes", "measurement_mode.lcd": "LCD (generico)", "*measurement_mode.lcd.ccfl": "LCD (CCFL)", "*measurement_mode.lcd.ccfl.2": "LCD (CCFL Type 2)", "*measurement_mode.lcd.white_led": "LCD (White LED)", "*measurement_mode.lcd.wide_gamut.ccfl": "Wide Gamut LCD (CCFL)", "*measurement_mode.lcd.wide_gamut.rgb_led": "Wide Gamut LCD (RGB LED)", "*measurement_mode.raw": "Raw", "*measurement_mode.refresh": "Refresh (generic)", "*measurements.complete": "Measurements complete! Do you want to open the folder containing the measurement files?", "*measuring.characterization": "Measuring color swatches for characterization...", "menu.about": "A riguardo...", "menu.file": "File", "menu.help": "?", "menu.language": "Lingua", "*menu.options": "Options", "*menu.tools": "Tools", "menuitem.quit": "Esci", "menuitem.set_argyll_bin": "Trova gli eseguibili di Argyll CMS...", "*min": "Min", "*minimal": "Minimal", "native": "Nativo", "no": "No", "no_settings": "Il file non contiene impostazioni.", "*office_web.icc": "Office & Web", "*offset": "Offset", "ok": "OK", "or": "o", "*osd": "OSD", "other": "Altro", "*out": "Out", "overwrite": "Sovrascrivi", "*panel.surface": "Panel surface", "*panel.type": "Panel type", "patches": "Campioni", "pause": "Pausa", "*photo.icc": "Photo", "*please_wait": "Please wait...", "*prepress.icc": "Prepress", "*preset": "Preset", "preview": "Anteprima", "profile": "Profilo", "profile.advanced_gamap": "Avanzato...", "*profile.choose": "Please choose a profile:", "profile.created": "Il profilo è stato creato con successo.", "*profile.current": "Current profile", "profile.do_not_install": "Non installare il profilo", "*profile.info": "Profile information", "*profile.info.show": "Show profile information", "profile.install": "Installare il profilo", "profile.install.error": "Impossibile installare e attivare il profilo.", "*profile.install.osx_manual_select": "The profile has been installed. Please activate it in the “Displays” system preferences pane.", "profile.install.success": "Il profilo è stato installato ed attivato.", "*profile.install.virtual.unsupported": "Profiles cannot be installed for virtual display devices.", "*profile.install_local_system": "Install profile system-wide", "*profile.install_network": "Install profile network-wide", "*profile.install_user": "Install profile for current user only", "profile.invalid": "Profilo non valido.", "*profile.load_error": "Display profile couldn't be loaded.", "*profile.load_on_login": "Load calibration on login", "profile.load_on_login.handled_by_os": "Sistema operativo (di bassa qualità)", "profile.name": "Nome del profile", "profile.name.create": "Generare il nome del profilo", "*profile.name.placeholders": "You may use the following placeholders in the profile name:\n\n%a Abbreviated weekday name\n%A Full weekday name\n%b Abbreviated month name\n%B Full month name\n%d Day of the month\n%H Hour (24-hour clock)\n%I Hour (12-hour clock)\n%j Day of the year\n%m Month\n%M Minute\n%p AM/PM\n%S Second\n%U Week (Sunday as first day of the week)\n%w Weekday (sunday is 0)\n%W Week (Monday as first day of the week)\n%y Year without century\n%Y Year with century", "profile.no_embedded_ti3": "Il profilo non contiene dati di misurazione compatibili con Argyll.", "*profile.no_vcgt": "The profile does not contain calibration curves.", "profile.quality": "Qualita del profilo", "*profile.quality.b2a.low": "Low quality B2A table", "*profile.quality.b2a.low.info": "Choose this option if the profile is only going to be used with inverse A2B gamut mapping to create a DeviceLink or 3D LUT", "*profile.required_tags_missing": "The profile is missing required tags: %s", "*profile.self_check": "Profile self check ΔE*76", "*profile.self_check.avg" : "average", "*profile.self_check.max" : "maximum", "*profile.self_check.rms" : "RMS", "profile.set_save_path": "Scegli un percorso per salvare...", "profile.settings": "Impostazioni per la creazione del profilo", "*profile.share": "Upload profile...", "*profile.share.avg_dE_too_high": "The profile yields a too high delta E (actual = %s, threshold = %s).", "*profile.share.enter_info": "You may share your profile with other users via the OpenSUSE “ICC Profile Taxi” service.\n\nPlease provide a meaningful description and enter display device properties below. Read display device settings from your display device's OSD and only enter settings applicable to your display device which have changed from defaults.\nExample: For most display devices, these are the name of the chosen preset, brightness, contrast, color temperature and/or whitepoint RGB gains, as well as gamma. On laptops and notebooks, usually only the brightness. If you have changed additional settings while calibrating your display device, enter them too if possible.", "*profile.share.meta_missing": "The profile does not contain the necessary meta information.", "*profile.share.success": "Profile uploaded successfully.", "*profile.testchart_recommendation": "For a higher quality profile, a testchart with more samples is recommended, but it will take more time to measure. Do you want to use the recommended testchart?", "profile.type": "Tipo di profilo", "*profile.type.gamma_matrix": "Gamma + matrix", "*profile.type.lut.lab": "L*a*b* LUT", "*profile.type.lut.xyz": "XYZ LUT", "*profile.type.lut_matrix.xyz": "XYZ LUT + matrix", "*profile.type.lut_rg_swapped_matrix.xyz": "XYZ LUT + swapped matrix", "*profile.type.shaper_matrix": "Curves + matrix", "*profile.type.single_gamma_matrix": "Single gamma + matrix", "*profile.type.single_shaper_matrix": "Single curve + matrix", "profile.unsupported": "Tipo di profilo (%s) e/o spazio di colore (%s) non supportato.", "profile.update": "Aggiornamento profilo", "*measurement_report.update": "Update measurement report...", "*measurement_report": "Measurement report...", "*measurement_report_choose_chart": "Please choose the testchart to measure:", "*measurement_report_choose_chart_or_reference": "Please choose a testchart or reference:", "*measurement_report_choose_profile": "Please choose the profile to validate:", "profiling.complete": "Creazione del profilo completa!", "profiling.incomplete": "La creazione del profilo non è stata completata.", "*projector": "Projector", "*projector_mode_unavailable": "Projector mode is only available with Argyll CMS 1.1.0 Beta or newer.", "quality.ultra.warning": "La qualità di livello Ultra non dovrebbe quasi mai essere usata, tranne che per dimostrare che non dovrebbe quasi mai essere usata (tempi di elaborazioni lunghi!). Scegliere invece qualità media o alta.", "*readme": "ReadMe", "ready": "Pronto.", "*red": "Red", "*reference": "Reference", "*rendering_intent": "Rendering intent", "report.calibrated": "Rapporto sullo schermo calibrato", "report.uncalibrated": "Rapporto sullo schermo non calibrato", "*resources.notfound.error": "Fatal error: A required file has not been found:", "*resources.notfound.warning": "Warning: Some required files have not been found:", "restore_defaults": "Ripristina i valori predefiniti", "*rgb.trc": "RGB transfer function", "*rgb.trc.averaged": "averaged RGB transfer function", "*saturation": "Saturation", "*save": "Save", "save_as": "Salva con nome...", "*settings.additional": "Additional settings", "*settings.basic": "Basic settings", "*settings.new": "", "settings_loaded": "Sono state caricate le curve calibrazione e le seguenti impostazioni di calibrazione: %s. Le altre opzioni di calibrazione sono state ripristinate ai valori predefiniti e le opzioni di profilo non sono state modificate.", "settings_loaded.all": "Sono state caricate le impostazioni e le curve calibrazione.", "*settings_loaded.cal": "The profile contained just calibration settings. Other options have not been changed. No calibration curves have been found.", "*settings_loaded.cal_and_lut": "The profile contained just calibration settings. Other options have not been changed and calibration curves have been loaded.", "settings_loaded.cal_and_profile": "Sono state caricate le impostazioni. Le curve calibrazione non sono state trovate.", "settings_loaded.profile": "Il profilo contiene solo le impostazioni del profilo. Le altre opzioni non sono state modificate. Le curve calibrazione non sono state trovate.", "settings_loaded.profile_and_lut": "Il profilo contiene solo le impostazioni del profilo. Le altre opzioni non sono state modificate e le curve calibrazione sono state caricate.", "*show_advanced_calibration_options": "Show advanced calibration options", "softproof.icc": "Softproof", "*spectral": "Spectral", "sRGB.icc": "sRGB", "startup": "Avvio...", "success": "...ok.", "*synthicc.create": "Create synthetic ICC profile...", "*target": "Target", "tc.I": "Perceptual space body centered cubic grid", "*tc.Q": "Perceptual space filling quasi-random", "tc.R": "Spazio percettivo casuale", "tc.adaption": "Adattamento", "tc.algo": "Distribuzione", "tc.angle": "Angolo", "*tc.black": "Black patches", "*tc.dark_emphasis": "Dark region emphasis", "tc.fullspread": "Campioni iterativi", "tc.gray": "Campioni neutri", "tc.i": "Device space body centered cubic grid", "tc.limit.sphere": "Limitare il campionamento alla sfera", "tc.limit.sphere_radius": "Raggio", "tc.multidim": "Multidimensionale", "tc.multidim.patches": "passi = %s Campioni (%s neutri)", "*tc.neutral_axis_emphasis": "Neutral axis emphasis", "tc.ofp": "Campionamento con punto più remoto ottimizzato", "tc.patch": "Campione", "tc.patches.gray": "neutro", "tc.patches.selected": "selezionato", "tc.patches.total": "Totale campioni", "tc.precond": "Precondizionamento del profilo", "tc.preview.create": "Creazione dell'anteprima, attendere prego...", "tc.q": "Riempimento dello spazio del dispositivo quasi-random", "tc.r": "Spazio del dispositivo casuale", "tc.single": "Campioni su singolo canale", "tc.single.perchannel": "per canale", "tc.t": "Campionamento con punto remoto incrementale", "tc.vrml": "Creazione del file VRML diagnostico VRML", "*tc.vrml.black_offset": "RGB black offset (L*)", "tc.vrml.device": "Posizioni del dispositivo", "tc.vrml.lab": "Posizioni del Lab", "*tc.vrml.save_as": "Save VRML file(s) as...", "*tc.vrml.use_D50": "Neutral RGB white", "tc.white": "Campioni bianchi", "*tempdir_should_still_contain_files": "Created files should still be in the temporary directory “%s”.", "*testchart.add_saturation_sweeps": "Add saturation sweeps", "*testchart.add_ti3_patches": "Add reference patches...", "*testchart.change_patch_order": "Change patch order", "testchart.confirm_select": "File salvato. Selezionare il testchart?", "testchart.create": "Creazione testchart", "testchart.discard": "Scartare", "testchart.dont_select": "Non selezionare", "testchart.edit": "Modifica testchart...", "*testchart.export.repeat_patch": "Repeat each patch:", "testchart.file": "File di testchart", "testchart.info": "Numero di campioni nel testchart selezionati", "testchart.invalid": "Il file di testchart non è valido!", "testchart.read": "Lettura testchart...", "testchart.save": "Salva", "testchart.save_as": "Salva con nome...", "testchart.save_or_discard": "Il testchart non è stato salvato.", "testchart.select": "Selezionare", "testchart.set": "Scegli il file di testchart...", "*testchart.sort_by_HSV": "Sort by HSV", "*testchart.sort_by_L": "Sort by L*", "*testchart.sort_by_RGB": "Sort by RGB", "*testchart.sort_by_RGB_sum": "Sort by sum of RGB", "*testchart.sort_RGB_gray_to_top": "Sort RGB gray to top", "*testchart.sort_RGB_white_to_top": "Sort RGB white to top", "*testchart.optimize_for_untethered_auto_mode": "Optimize for untethered in auto mode", "*tone_values": "tone values", "*translations": "Translations", "*trashcan.linux": "trash", "*trashcan.mac": "trash", "*trashcan.windows": "recycle bin", "trc": "Curva dei toni", "trc.gamma": "Gamma", "trc.lstar": "L*", "trc.rec709": "Rec. 709", "trc.rec1886": "Rec. 1886", "trc.should_use_viewcond_adjust": "Per ottenere i risultati voluti, quando vengono usate le curve SMPTE 240M, Rec. 709 o sRGB, si dovrebbero applicare anche delle correzioni alle condizioni di visualizzazione per i livelli della luce ambientale. Per ottenere questo deve essere spuntata la casella vicino a “Livello di luce ambientale” e deve essere inserito un valore in Lux. Facoltativamente è possibile misurare la luce ambientale durante la calibrazione se lo strumento mette a disposizione questa funzionalità.", "trc.smpte240m": "SMPTE 240M", "trc.srgb": "sRGB", "trc.type.absolute": "Absoluta", "trc.type.relative": "Relativa", "*type": "Type", "*uninstall_display_profile": "Uninstall display device profile...", "*unknown": "*unknown", "unnamed": "Senza nome", "*Untethered": "Untethered", "*update_check": "Check for application update...", "*update_check.fail": "Check for application update failed:", "*update_check.fail.version": "Remote version file from server %s couldn't be parsed.", "*update_check.new_version": "An update is available: %s", "*update_check.onstartup": "Check for application update on startup", "*update_check.uptodate": "%s is up-to-date.", "*upload": "Upload", "*use_separate_lut_access": "Use separate video card gamma table access", "*vcgt": "Calibration curves", "*verify.ti1": "Profile verification testchart", "*verify_extended.ti1": "Extended profile verification testchart", "*vga": "VGA", "*video.icc": "Video", "warning": "Attenzione", "warning.already_exists": "Il file “%s” già esiste nella posizione scelta e sarà sovrascritto. Continuare?", "*warning.autostart_system": "The system-wide autostart directory could not be determined.", "*warning.autostart_user": "The user-specific autostart directory could not be determined.", "warning.copy_failed_continue": "Impossibile copiare il file “%s” in “%s”. Continua...", "*warning.discard_changes": "Do you really want to discard the changes to the current settings?", "warning.no_comports_detected": "Non è stato rilevato nessuno strumento di calibrazione.", "*white": "White", "whitepoint": "Punto di bianco", "whitepoint.colortemp": "Temperatura", "whitepoint.colortemp.locus.blackbody": "Corpo nero", "*whitepoint.colortemp.locus.curve": "Color temperature curve", "whitepoint.colortemp.locus.daylight": "Luce diurna", "*whitepoint.set": "Do you also want to set the whitepoint to the measured value?", "*whitepoint.simulate": "Simulate whitepoint", "*whitepoint.simulate.relative": "Relative to target profile whitepoint", "whitepoint.xy": "Coordinate della cromaticità", "window.title": "dispcalGUI", "*windows.version.unsupported": "This version of Windows is not supported.", "*windows_only": "Windows only", "working_dir": "Directory di lavoro:", "*yellow": "Yellow", "yes": "Sì", } dispcalGUI-1.7.1.6/autopackage/autopackage-devel.spec000644 000765 000000 00000002641 12025152300 022330 0ustar00svpwheel000000 000000 Summary: Makes software installation on Linux easy Name: autopackage-devel Version: 1.4.2 Release: 1 License: GPL %if 0%{?suse_version} > 0 Group: Development/Tools/Building BuildRequires: fdupes %else %if 0%{?fedora_version} > 0 Group: Development/Tools %else %if 0%{?mandriva_version} > 0 Group: Development/Other %endif %endif %endif Source: http://autopackage.googlecode.com/files/autopackage-devel-1.4.2.tar.bz2 URL: http://autopackage.org/ #!BuildIgnore: post-build-checks BuildRoot: %{_tmppath}/%{name}-%{version}-root BuildRequires: autopackage, gcc, gcc-c++ Autoreq: 0 Requires: autopackage, gcc, gcc-c++ %description Software distributed using Autopackage can be installed on multiple Linux distributions and integrate well into the desktop environment. %prep %setup -n autopackage %build %install export PATH=`pwd`/apbuild:$PATH make install PREFIX=%{buildroot}/usr %if 0%{?suse_version} > 0 %fdupes -s $RPM_BUILD_ROOT/usr/gtk-headers %endif export NO_BRP_CHECK_RPATH=true %clean rm -rf $RPM_BUILD_ROOT %files %defattr(-,root,root) /usr/bin/* /usr/binreloc/* /usr/gtk-headers/* /usr/include/apbuild/* /usr/libexec/autopackage/* /usr/share/aclocal/* /usr/share/apbuild/* /usr/share/autopackage/* %dir /usr/binreloc %dir /usr/gtk-headers %dir /usr/include/apbuild %dir /usr/libexec/autopackage %dir /usr/share/aclocal %dir /usr/share/apbuild %changelog * Tue Aug 03 2010 Florian Höch - Version 1.4.2 dispcalGUI-1.7.1.6/autopackage/autopackage.spec000644 000765 000000 00000014474 12025152300 021242 0ustar00svpwheel000000 000000 Summary: Makes software installation on Linux easy Name: autopackage Version: 1.4.2 Release: 1 License: GPL %if 0%{?suse_version} > 0 Group: Development/Tools/Building %else %if 0%{?fedora_version} > 0 Group: Development/Tools %else %if 0%{?mandriva_version} > 0 Group: Development/Other %endif %endif %endif Source: http://autopackage.googlecode.com/files/autopackage-1.4.2-x86.tar.bz2 URL: http://autopackage.org/ #!BuildIgnore: post-build-checks BuildRoot: %{_tmppath}/%{name}-%{version}-root BuildRequires: gcc, libstdc++ Autoreqprov: 0 Requires: tcl Provides: autopackage %description Software distributed using Autopackage can be installed on multiple Linux distributions and integrate well into the desktop environment. %prep %setup -n %{name} %build %install #!/bin/bash # Install script for Autopackage Support Code ### # # This code is free software; you can redistribute it and/or # modify it under the terms of the GNU Lesser General Public # License as published by the Free Software Foundation; either # version 2.1 of the License, or (at your option) any later version. # # This library is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU # Lesser General Public License for more details. # # You should have received a copy of the GNU Lesser General Public # License along with this library; if not, write to the Free Software # Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA # # Copyright 2002-2003 Curtis Knight (knighcl@fastmail.fm) # ### ########## ### ### Determine directories ### ########## prefix=%{buildroot}/usr etc_dir=%{buildroot}/etc ########## ### ### Install ### ########## mkdir -p "$prefix/bin" mkdir -p "$prefix/libexec/autopackage" mkdir -p "$prefix/share/autopackage" mkdir -p "$etc_dir/autopackage" set +e cp -f "package" "$prefix/bin/package" cp -f "autopackage" "$prefix/bin/autopackage" cp -f "libexec"/* "$prefix/libexec/autopackage/" cp -f "share"/apkg-* "$prefix/share/autopackage/" cp -f "share"/*template "$prefix/share/autopackage/" cp -fr "share/locale" "$prefix/share/" cp -f "share/remove" "$prefix/share/autopackage/" # FIXME: should NOT be commented - this is done so that some return code does not fail # the install and stop the auto-setup code before gtkfe can be installed. #set -e # sub in autopackage prefix into config file sed "s|%AutopackagePrefix%|/usr|g" "etc/config" >"$etc_dir/autopackage/config" export NO_BRP_CHECK_RPATH=true %find_lang %{name} %clean rm -rf $RPM_BUILD_ROOT %post #!/bin/bash prefix=/usr pushd "$prefix/libexec/autopackage" >/dev/null [ ! -e libuau.so.3 ] && ln -s libuau.so.3.0.0 libuau.so.3 [ ! -e libcurl.so.2 ] && ln -s libcurl.so.2.0.2 libcurl.so.2 popd >/dev/null # if we have write access to the linker cache, refresh it (ie if we are root) if [ -w /etc/ld.so.cache ]; then echo -n "Refreshing linker cache, please wait ... " /sbin/ldconfig echo "done" fi _refresh_again=false # install libgcc_s.so.1 if needed if ! /sbin/ldconfig -p | grep -q libgcc_s.so.1 && [ ! -e "$prefix/lib/libgcc_s.so.1" ]; then echo "Your system is missing the GCC support library, putting a copy in $prefix/lib" mkdir -p "$prefix/lib" cp "$prefix/libexec/autopackage/libgcc_s.so.1" "$prefix/lib/libgcc_s.so.1" _refresh_again=true fi if ! /sbin/ldconfig -p | grep -q libstdc++.so.5 && [ ! -e "$prefix/lib/libstdc++.so.5" ]; then echo "Your system is missing v5 of the C++ support library, putting a copy in $prefix/lib" mkdir -p "$prefix/lib" cp "$prefix/libexec/autopackage/libstdc++.so.5.0.7" "$prefix/lib/libstdc++.so.5.0.7.apkg" ln -s "$prefix/lib/libstdc++.so.5.0.7.apkg" "$prefix/lib/libstdc++.so.5" _refresh_again=true fi if ! /sbin/ldconfig -p | grep -q libstdc++.so.6 && [ ! -e "$prefix/lib/libstdc++.so.6" ]; then echo "Your system is missing v6 of the C++ support library, putting a copy in $prefix/lib" mkdir -p "$prefix/lib" cp "$prefix/libexec/autopackage/libstdc++.so.6.0.9" "$prefix/lib/libstdc++.so.6.0.9.apkg" ln -s "$prefix/lib/libstdc++.so.6.0.9.apkg" "$prefix/lib/libstdc++.so.6" _refresh_again=true fi if $_refresh_again && [ -w /etc/ld.so.cache ]; then echo -n "Refreshing linker cache again, please wait ... " /sbin/ldconfig echo "done" fi # load installed autopackage support code [ -e /etc/autopackage/config ] && source /etc/autopackage/config; # link to autopackage functions - required for upgrading installation session if [ -e "$autopackage_prefix/share/autopackage/apkg-funclib" ]; then export PATH=$autopackage_prefix/share/autopackage:$PATH source "$autopackage_prefix/share/autopackage/apkg-funclib" fi # add marker file to denote that this is a first time installation session # of the support code; _initializeAutopackage converts this to variable # _autopackage_support_install=1 touch "$WORKING_DIRECTORY/apkg-support-install" # initialize autopackage variables (cpu_architecture) _initializeAutopackage # install GTK+ graphical front end # set variable to install in same location as support code export first_autosu="true" _installGTKFE r="$?" # unset variable to ask user where to install selected packages unset first_autosu # return value in case GTK+ graphical front end fails if [[ "$r" != "0" ]]; then exit 5 fi # add to PATH if necessary if ! isInList "$prefix/bin" "$PREFIX"; then updateEnv PATH "$prefix/bin" shell=$(basename $(cat /etc/passwd | grep ^$(whoami): | awk -F: '{print $7}')) if [[ "$shell" == "" ]]; then shell=$(basename $(readlink /bin/sh 2> /dev/null)) [[ "$shell" == "" ]] && shell="bash" # Still empty? Then use bash as a fallback fi out "Please run 'exec %s' in each terminal to update your path." "$shell"; out " " fi ### DONE "$autopackage_silent" || echo exit 0 %preun #!/bin/bash prefix=/usr pushd "$prefix/libexec/autopackage" >/dev/null rm libuau.so.3 rm libcurl.so.2 popd >/dev/null exit 0 %files -f %{name}.lang %defattr(-,root,root) /usr/bin/package /usr/bin/autopackage %config /etc/autopackage/config /usr/libexec/autopackage/* /usr/share/autopackage/* %dir /etc/autopackage/ %dir /usr/libexec/autopackage/ %dir /usr/share/autopackage/ %changelog * Tue Aug 03 2010 Florian Höch - Version 1.4.2 dispcalGUI-1.7.1.6/autopackage/default.apspec000644 000765 000000 00000022232 12025152300 020712 0ustar00svpwheel000000 000000 # -*- shell-script -*- # Generated by mkapspec 0.5 [Meta] ShortName: dispcalgui SoftwareVersion: `python -c "from dispcalGUI import meta;print meta.version"` DisplayName: dispcalGUI - Display Calibration RootName: @dispcalgui.hoech.net/dispcalgui:$SOFTWAREVERSION RootInstallOnly: No URL: http://dispcalGUI.hoech.net Summary: A graphical user interface for the Argyll CMS display calibration utilities Maintainer: Florian Höch Packager: Florian Höch PackageVersion: 1 CPUArchitectures: x86 x86_64 AutopackageTarget: 1.4 Type: Application License: GNU General Public License (GPL) [Description] A graphical user interface for the Argyll CMS display calibration utilities. [BuildPrepare] # If you're using autotools, the default should be enough. # prepareBuild will set up apbuild and run configure for you. If you # need to pass arguments to configure, just add them to prepareBuild: # prepareBuild --enable-foo --disable-bar export CC=apgcc python setup.py clean --all --use-distutils python setup.py build_py build_scripts --use-distutils python setup.py install --no-compile --use-distutils \ --root="$build_root" \ --prefix=/usr \ --doc-layout=generic \ --exec-prefix=/usr \ --install-data=/share \ --install-lib=/lib/python/site-packages \ --install-scripts=/bin \ --skip-build \ --skip-instrument-configuration-files \ --skip-postinstall # Use precompiled extension modules for bits in "32" "64" ; do mkdir -p "$build_root/lib/python/site-packages/dispcalGUI/lib$bits" echo "copying dispcalGUI/lib$bits/*.py -> $build_root/lib/python/site-packages/dispcalGUI/lib$bits" cp -f dispcalGUI/lib$bits/*.py "$build_root/lib/python/site-packages/dispcalGUI/lib$bits" for pycompat in "25" "26" "27" ; do mkdir -p "$build_root/lib/python/site-packages/dispcalGUI/lib$bits/python$pycompat" echo "copying dispcalGUI/lib$bits/python$pycompat/*.py -> $build_root/lib/python/site-packages/dispcalGUI/lib$bits/python$pycompat" cp -f dispcalGUI/lib$bits/python$pycompat/*.py "$build_root/lib/python/site-packages/dispcalGUI/lib$bits/python$pycompat" echo "copying dispcalGUI/lib$bits/python$pycompat/*.so -> $build_root/lib/python/site-packages/dispcalGUI/lib$bits/python$pycompat" cp -f dispcalGUI/lib$bits/python$pycompat/*.so "$build_root/lib/python/site-packages/dispcalGUI/lib$bits/python$pycompat" done done # udev/hotplug mkdir -p "$build_root/share/dispcalGUI/usb" # USB and serial instruments using udev, where udev already creates /dev/bus/usb/00X/00X devices cp -f "misc/55-Argyll.rules" "$build_root/share/dispcalGUI/usb/55-Argyll.rules" # USB using udev, where there are NOT /dev/bus/usb/00X/00X devices cp -f "misc/45-Argyll.rules" "$build_root/share/dispcalGUI/usb/45-Argyll.rules" # USB using hotplug and Serial using udev (older versions of Linux) cp -f "misc/Argyll" "$build_root/share/dispcalGUI/usb/Argyll" cp -f "misc/Argyll.usermap" "$build_root/share/dispcalGUI/usb/Argyll.usermap" [BuildUnprepare] # If you're using prepareBuild above, there is no need to change this! # unprepareBuild [Globals] # Variables declared in this section will be available in all other sections [Prepare] function requireLibs() { pushOptE; set +e; for lib in $*; do outputTest $lib if `testForLib $lib.so`; then outputTestPass else outputTestFail outputFail "Required library not found." popOptE return 1 fi done popOptE return 0 } require '@python.org/python' 2.5 2.6 2.7 requireAtLeast '@wxpython.org/python-wxgtk:2.8' requireLibs libc libdl libpthread libX11 libXau libXext libXinerama libXrandr libXrender libXxf86vm testForPythonModule numpy || requireAtLeast '@numpy.scipy.org/numpy:1.1' removeOwningPackage "$PREFIX/bin/dispcalGUI" [Imports] # This command will tell makepackage what to include in the package. # The selection comes from the files created by 'make install' or equivalent. # Usually, you can leave this at the default echo '*' | import [Install] outputStatus "Determining python version..." python_version=`python -c "import sys;print sys.version[:3]"` outputStatus "Determining python binary..." python=`which python$python_version 2>/dev/null || which python` outputStatus "Determining python library prefix..." if [ `whoami` = "root" ]; then python_lib_prefix=None else python_lib_prefix=\"$PREFIX\" fi platlib=`python -c "from distutils.sysconfig import get_python_lib; print get_python_lib(True, prefix=$python_lib_prefix)"` for script in `ls bin` ; do outputStatus "Adjusting script shebang line for $script..." safeSed bin/$script "s|/usr/bin/python|$python|" if [ `whoami` != "root" ]; then outputStatus "Adjusting module search path for $script..." safeSed bin/$script "s|import sys|import sys\nsys.path.insert(0, '$platlib')|" fi done # Copy autostart entries if [ `whoami` = "root" ]; then outputStatus "Installing profile loader autostart entry to /etc/xdg/autostart..." mkdir -p /etc/xdg/autostart copyFiles etc/xdg/autostart/* /etc/xdg/autostart else outputStatus "Adjusting profile loader autostart entry..." safeSed etc/xdg/autostart/z-dispcalGUI-apply-profiles.desktop "s|Exec=dispcalGUI-apply-profiles|Exec=$PREFIX/bin/dispcalGUI-apply-profiles|" outputStatus "Installing profile loader autostart entry to ${XDG_CONFIG_HOME:-$HOME/.config}/autostart..." mkdir -p "${XDG_CONFIG_HOME:-$HOME/.config}/autostart" copyFiles etc/xdg/autostart/* "${XDG_CONFIG_HOME:-$HOME/.config}/autostart" fi # Copy package files outputStatus "Installing dispcalGUI to $platlib..." copyFiles lib/python/site-packages/dispcalGUI "$platlib" # Byte-compile *.py files # set PYTHONDONTWRITEBYTECODE for Mandriva 2011 export PYTHONDONTWRITEBYTECODE= outputStatus "Byte-compiling pure python modules..." python -c "import glob import os from distutils.sysconfig import get_python_lib from distutils.util import byte_compile mod = os.path.join(get_python_lib(True, prefix=$python_lib_prefix), 'dispcalGUI') for py in (glob.glob(os.path.join(mod, '*.py')), glob.glob(os.path.join(mod, 'lib', '*.py')), glob.glob(os.path.join(mod, 'lib', 'agw', '*.py')), glob.glob(os.path.join(mod, 'lib$bits', '*.py')), glob.glob(os.path.join(mod, 'lib$bits', 'python$pycompat', '*.py'))): byte_compile(py, optimize=0, force=1) byte_compile(py, optimize=1, force=1)" installData share/dispcalGUI share/doc installExe bin/* installIcon share/icons/hicolor installMan 1 share/man/man1/* if [ `whoami` != "root" ]; then outputStatus "Adjusting desktop menu entry..." safeSed share/applications/dispcalGUI.desktop "s|Exec=dispcalGUI|Exec=$PREFIX/bin/dispcalGUI|" fi # installMenuItem changes the .desktop file to include so-called 'Actions' # which makes the menu entry vanish in recent GNOME versions after logout! So # we only use it to make our app appear under 'desktop applications' in # autopackage's 'manage 3rd party software' utility installMenuItem "Graphics" share/applications/dispcalGUI.desktop # Install our proper one which xdg-desktop-menu > /dev/null 2>&1 && xdg-desktop-menu install --novendor share/applications/dispcalGUI.desktop || true if [ `whoami` = "root" ]; then if [ -e "/etc/udev/rules.d" ]; then outputStatus "Installing udev rules..." ls /dev/bus/usb/*/* > /dev/null 2>&1 && ( # USB and serial instruments using udev, where udev already creates /dev/bus/usb/00X/00X devices if [ ! -e "/etc/udev/rules.d/55-Argyll.rules" ]; then linkFile "$PREFIX/share/dispcalGUI/usb/55-Argyll.rules" "/etc/udev/rules.d/55-Argyll.rules" fi ) || ( # USB using udev, where there are NOT /dev/bus/usb/00X/00X devices if [ ! -e "/etc/udev/rules.d/45-Argyll.rules" ]; then linkFile "$PREFIX/share/dispcalGUI/usb/45-Argyll.rules" "/etc/udev/rules.d/45-Argyll.rules" fi ) # Reload udev rules if [ -e "/sbin/udevadm" ]; then /sbin/udevadm control --reload-rules fi else if [ -e "/etc/hotplug" ]; then # USB using hotplug and Serial using udev (older versions of Linux) outputStatus "Installing hotplug scripts..." if [ ! -e "/etc/hotplug/usb/Argyll" ]; then linkFile "$PREFIX/share/dispcalGUI/usb/Argyll" "/etc/hotplug/usb/Argyll" fi if [ ! -e "/etc/hotplug/usb/Argyll.usermap" ]; then linkFile "$PREFIX/share/dispcalGUI/usb/Argyll.usermap" "/etc/hotplug/usb/Argyll.usermap" fi fi fi fi [Uninstall] # Leaving this at the default is safe unless you use custom commands in # "Install" to create files. All autopackage API functions # that installs files are logged. uninstallFromLog # Determine python library prefix if [ `whoami` = "root" ]; then python_lib_prefix=None else python_lib_prefix=\"$PREFIX\" fi # Remove *.py[co] python -c "import glob import os import platform import sys from distutils.sysconfig import get_python_lib bits = platform.architecture()[0][:2] mod = os.path.join(get_python_lib(True, prefix=$python_lib_prefix), 'dispcalGUI') for pyco in (glob.glob(os.path.join(mod, '*.py[co]')) + glob.glob(os.path.join(mod, 'lib', '*.py[co]')) + glob.glob(os.path.join(mod, 'lib', 'agw', '*.py[co]')) + glob.glob(os.path.join(mod, 'lib' + bits, '*.py[co]')) + glob.glob(os.path.join(mod, 'lib' + bits, 'python%s%s' % sys.version_info[:2], '*.py[co]'))): os.remove(pyco)" # Remove menu entry which xdg-desktop-menu > /dev/null 2>&1 && xdg-desktop-menu uninstall dispcalGUI.desktop || true dispcalGUI-1.7.1.6/autopackage/skeletons/000755 000765 000000 00000000000 12266723170 020117 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/autopackage/skeletons/@numpy.scipy.org/000755 000765 000000 00000000000 12266723170 023303 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/autopackage/skeletons/@python.org/000755 000765 000000 00000000000 12266723170 022326 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/autopackage/skeletons/@wxpython.org/000755 000765 000000 00000000000 12266723170 022705 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/autopackage/skeletons/@wxpython.org/python-wxgtk/000755 000765 000000 00000000000 12266723170 025370 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/autopackage/skeletons/@wxpython.org/python-wxgtk/skeleton.1000644 000765 000000 00000001646 12025152300 027265 0ustar00svpwheel000000 000000 [Meta] RootName: @wxpython.org/python-wxgtk DisplayName: wxPython GUI Toolkit (GTK) ShortName: python-wxgtk Skeleton-Author: Florian Höch Skeleton-Version: 1 [Notes] Earliest detected version is wxPython 2.5.3.0, where wxversion was introduced. [Test] INTERFACE_VERSIONS= # we test for wx and wxversion because even if wxversion is importable it does # NOT mean that wx is importable (the wxPython install might be broken or have # been tampered with, in which case wxversion might still find it, but # importing wx could fail) if testForPythonModule wx; then if testForPythonModule wxversion; then INTERFACE_VERSIONS=`python -c 'import wxversion; print " ".join([version.split("-")[0] for version in wxversion.getInstalled()])' ` fi fi SOFTWARE_VERSIONS=$INTERFACE_VERSIONS # We should probably publish some information about what wx libraries # (xrc, opengl, etc) are available -- maybe next time. dispcalGUI-1.7.1.6/autopackage/skeletons/@python.org/python/000755 000765 000000 00000000000 12266723170 023647 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/autopackage/skeletons/@python.org/python/skeleton.1000644 000765 000000 00000001060 12025152300 025532 0ustar00svpwheel000000 000000 [Meta] RootName: @python.org/python DisplayName: Python Interpreter ShortName: python Skeleton-Author: Florian Höch Skeleton-Version: 2 [Notes] Tests only the "system" python executable. For example if python 2.5.2 is installed, INTERFACE_VERSIONS is "2.5" and SOFTWARE_VERSIONS is set to the output of "python -V". [Test] SOFTWARE_VERSIONS=$( locateCommand python -V 2>&1 | cut -f2 -d' ' ) if [[ "$?" != "0" ]]; then INTERFACE_VERSIONS="" else INTERFACE_VERSIONS=$( echo $SOFTWARE_VERSIONS | awk -F. '{print $1 "." $2}' ) fi dispcalGUI-1.7.1.6/autopackage/skeletons/@numpy.scipy.org/numpy/000755 000765 000000 00000000000 12266723170 024453 5ustar00svpwheel000000 000000 dispcalGUI-1.7.1.6/autopackage/skeletons/@numpy.scipy.org/numpy/skeleton.1000644 000765 000000 00000000630 12025152300 026340 0ustar00svpwheel000000 000000 [Meta] RootName: @numpy.scipy.org/numpy DisplayName: NumPy ShortName: numpy Skeleton-Author: Florian Höch Skeleton-Version: 1 [Notes] [Test] testForPythonModule numpy SOFTWARE_VERSIONS=`python -c 'import numpy; print numpy.__version__' ` if [[ "$?" != "0" ]]; then INTERFACE_VERSIONS="" else INTERFACE_VERSIONS=$( echo $SOFTWARE_VERSIONS | awk -F. '{print $1 "." $2}' ) fi