Skip to content

Latest commit

 

History

History
180 lines (145 loc) · 9.45 KB

how_to_build_win.md

File metadata and controls

180 lines (145 loc) · 9.45 KB
Raw

Building on Windows

This software can be built using Visual Studio 2019 and Qt 5.x

Required Software

Visual Studio Community 2019

CMake

Qt

Customized Qt v5.15.2 with WinTab support

  • Qt have started to support Windows Ink from 5.12. Unlike WinTab API used in Qt 5.9 the tablet behaviors are different and are (at least, for OT) problematic.
  • The customized Qt5.15.2 are made with cherry-picking the WinTab feature to be officially introduced from 6.0.
  • You can build OT with WinTab support by using the prebuilt package of the customized version of Qt for MSVC2019-x64 provided here and checking the WITH_WINTAB checkbox in CMake to build.

boost

OpenCV

  • v4.1.0 and later
  • https://opencv.org/
  • On configuring with CMake or in the environmental variables, specify OpenCV_DIR to the build folder in the install folder of OpenCV (like C:/opencv/build).

Acquiring the Source Code

  • Note: You can also perform these next commands with Github for Desktop client.
  • Clone the base repository.
  • Throughout the explanation $opentoonz will represent the root for the base repository.

lib and dll

  • lib and dll files are tracked by Git Large File Storage.
  • Note: git-lfs is also installed with Github Desktop.
  • Visual Studio cannot recognize UTF-8 without BOM source code properly. Furthermore, since the endline character is represented with only the LF character, one line comments in Japanese will often cause the following line to be treated as a comment by MSVS as well.
  • In order to prevent this, please change the following setting in git so that it will preserve the proper endline characters:
  • git config core.safecrlf true
  • Execute git lfs pull after git clone by using the lfs client.

Using CMake to Create a Visual Studio Project

  • Launch CMake
  • In Where is the source code, navigate to $opentoonz/toonz/sources
  • In Where to build the binaries, navigate to $opentoonz/toonz/build
  • Or to wherever you usually build to.
  • If the build directory is in the git repository, be sure to add the directory to .gitignore
  • If the build directory is different from the one above, be sure to change to the specified directory where appropriate below. -Click on Configure and select the version of Visual Studio you are using. -If Qt was installed to a directory other than the default, and the error Specify QT_PATH properly appears, navigate to the QT_DIR install folder and specify the path to msvc2019_64. Rerun Configure. -If red lines appear in the bottom box, you can safely ignore them. -Click Generate -Should the CMakeLists.txt file change, such as during automatic build cleanup, there is no need to rerun CMake.

Setting Up Libraries

Rename the following files:

  • $opentoonz/thirdparty/LibJPEG/jpeg-9/jconfig.vc to $opentoonz/thirdparty/LibJPEG/jpeg-9/jconfig.h
  • $opentoonz/thirdparty/tiff-4.0.3/libtiff/tif_config.vc.h to $opentoonz/thirdparty/tiff-4.0.3/libtiff/tif_config.h
  • $opentoonz/thirdparty/tiff-4.0.3/libtiff/tiffconf.vc.h to $opentoonz/thirdparty/tiff-4.0.3/libtiff/tiffconf.h
  • $opentoonz/thirdparty/libpng-1.6.21/scripts/pnglibconf.h.prebuilt to $opentoonz/thirdparty/libpng-1.6.21/pnglibconf.h
  • Note that the destination is a different folder for the last file.

Building

  • Open $opentoonz/toonz/build/OpenToonz.sln and change to Debug or Release in the top bar.
  • Compile the build.
  • The output will be in the corresponding folder in $opentoonz/toonz/build/

Building with Canon DSLR camera support

You will need the Canon SDK. This requires applying for the Canon developer program and downloading the SDK.

  • Copy the Header and library folders from the Canon SDK to $opentoonz/thirdparty/canon
    • Make sure that the library is the one from the EDSDK_64 folder.

Check the WITH_CANON checkbox in CMake to build with Canon DSLR camera support.

To run the program with Canon DSLR camera support, you will need to copy the .dll files from the Canon SDK into the folder where your project is built.

Running the Program

Setting Up the Program's Path

  1. Copy the entire contents of $opentoonz/toonz/build/Release to an appropriate folder.

  2. Open a Command Prompt and navigate to QT_DIR/msvc2015_64/bin. Run the Qt program windeployqt.exe with the path for OpenToonz.exe as an argument. (Another way to do this is navigate to the exe that was created in your Release folder and drag and drop the Opentoonz.exe on top of the windeployqt.exe This will automatically generate the QT files and folders you will need.)

  • The necessary Qt library files should be in the same folder as OpenToonz.exe
  • These include:
    • Qt5Core.dll
    • Qt5Gui.dll
    • Qt5Network.dll
    • Qt5OpenGL.dll
    • Qt5PrintSupport.dll
    • Qt5Script.dll
    • Qt5Svg.dll
    • Qt5Widgets.dll
    • Qt5Multimedia.dll
  • These files should be in the corresponding folders in the same folder OpenToonz.exe
    • /bearer/qgenericbearer.dll
    • /bearer/qnativewifibearer.dll
    • /iconengines/qsvgicon.dll
    • /imageformats/qdds.dll
    • /imageformats/qgif.dll
    • /imageformats/qicns.dll
    • /imageformats/qico.dll
    • /imageformats/qjpeg.dll
    • /imageformats/qsvg.dll
    • /imageformats/qtga.dll
    • /imageformats/qtiff.dll
    • /imageformats/qwbmp.dll
    • /imageformats/qwebp.dll
    • /platforms/qwindows.dll
  1. Copy the following files to the same folder as OpenToonz.exe
  • $opentoonz/thirdparty/glut/3.7.6/lib/glut64.dll
  • $opentoonz/thirdparty/glew/glew-1.9.0/bin/64bit/glew32.dll
  • turbojpeg.dll from libjpeg-turbo package
  • opencv_world***.dll from OpenCV package
  1. Copy the srv folder from the previous OpenToonz installation to the same folder as OpenToonz.exe
  • If there is no srv folder, OpenToonz can still be used. However, various file formats such as mov cannot be used.
  • Creating the files for srv is discussed later.

Creating the stuff Folder

If a previous binary of OpenToonz was already installed, this step and the following about creating a registry key has already been dealt with. So feel free to skip these parts.

  1. Copy the files from $opentoonz/stuff to an appropriate folder.

Creating Registry Keys

  1. Using the registry editor, create the following key and copy the path of the $opentoonz/stuff folder from above to it.
  • HKEY_LOCAL_MACHINE\SOFTWARE\OpenToonz\OpenToonz\TOONZROOT

Running

OpenToonz.exe can now be run. Congratulations!

Debugging

  1. In the Solution Explorer, select the OpenToonz project within the OpenToonz solution.
  2. In the Project menu, choose Set as StartUp Project.

Creating the Files for the srv Folder

OpenToonz utilizes the QuickTime SDK's mov and associated file formats. Since the QuickTime SDK only comes in 32-bit versions, the 32-bit file t32bitsrv.exe from the QuickTime SDK is used in both the 64-bit and 32-bit versions of OpenToonz. As a result, the following instructions apply to both the 32 and 64-bit versions of OpenToonz.

Qt

QuickTime SDK

  1. Sign in using your Apple developer ID and download QuickTime 7.3 SDK for Windows.zip from the following url.
  1. After installing the QuickTime SDK, copy the contents of C:\Program Files (x86)\QuickTime SDK to $opentoonz/thirdparty/quicktime/QT73SDK

Using CMake to Create a Visual Studio 32-bit Project

  • Follow the same instructions as for the 64-bit version, but change the following:
    • $opentoonz/toonz/build to $opentoonz/toonz/build32
    • Visual Studio 16 2019 x64 to Visual Studio 16 2019 Win32
  • Change QT_PATH to the path of your 32-bit version of Qt

Building the 32-bit Version

  1. Open $opentoonz/toonz/build32/OpenToonz.sln

Layout of the srv Folder

  • For the 64-bit version, copy the following files to the srv folder:
    • From $opentoonz/toonz/build32/Release
      • t32bitsrv.exe
      • image.dll
      • tnzbase.dll
      • tnzcore.dll
      • tnzext.dll
      • toonzlib.dll
    • From the 32-bit version of Qt
      • run windeployqt to obtain required libraries
      • additionally, Qt5Gui.dll
    • $opentoonz/thirdparty/glut/3.7.6/lib/glut32.dll

Creating Translation Files

Qt translation files are generated first from the source code to .ts files, then from .ts files to a .qm file. These files can be created in Visual Studio if the translation_ project and Build translation_??? only (translation_???のみをビルド」) is used. These files are not created in the default Build Project Solution.