CHANGELOG.md

• Fix Android build of FFmpeg under Mac OS X causing preprocessor errors on configure (issue #45)
• Avoid versioning of FFTW and GSL libraries, preventing them from working on Android (issue #127)
• Upgrade presets for OpenCV 3.1.0, FFmpeg 2.8.4, GSL 2.1, and Caffe, including the latest versions of their dependencies (issue bytedeco/javacpp#55)
• Add presets for TensorFlow (issue #111)
• Virtualize opencv_videostab.IFrameSource to let us implement it in Java (issue bytedeco/javacv#277)
• Fix MinGW-w64 builds with recent versions of GCC 5.x and potential issue with using "w32threads" for FFmpeg
• Add missing StatModel.loadXXX() methods in the opencv_ml module (issue #109)
• Define commonly used Caffe std::vector types (DatumVector, FloatCallbackVector, and DoubleCallbackVector) for ease of use and performance reasons
• Fix the cppbuild.sh script for FFmpeg, failing to build x264 and OpenH264 properly on Windows

October 25, 2015 version 1.1

• Build the Maven artifacts for Linux in a CentOS 6 Docker container, for maximum compatibility (issue #22)
• Cache files downloaded by cppbuild.sh in the downloads subdirectory to prevent having to redownload everything after a clean
• Add the clang module to the presets for LLVM
• Propose for FFmpeg in the cppbuild.sh file a minimal configuration to support MPEG-4 streams with H.264 and AAC
• Add the non-GPL OpenH264 as an alternative H.264 encoder to x264 in FFmpeg
• Hack together log_callback.h to be able to redirect to Java log messages from FFmpeg
• Pick up OLDCC, OLDCXX, and OLDFC environment variables in cppbuild.sh and platform.oldcompiler system property in Maven to build with it libraries that can tolerate an older version of the C/C++ compiler on Linux
• Upgrade all Maven dependencies and plugins to latest versions, thus bumping minimum requirements to Java SE 7, Android 4.0, and Maven 3.0
• Provide cppbuild.sh script for Caffe that includes all dependencies (pull #77)
• Upgrade presets for Caffe, CUDA 7.5, cuDNN 3, FFmpeg 2.8.1, Speex 1.2rc2, x265 1.8, FlyCapture 2.8.3.1, libfreenect 0.5.3, LLVM 3.7.0, Tesseract 3.04
• Include motion_vector.h, fifo.h, and audio_fifo.h header files in the avutil module of FFmpeg (issue #79)
• Add presets for Chilitags, thanks to Chris Walters for the financial contribution
• Let users choose the runtime type of layer_by_name() from FloatNet or DoubleNet in caffe (issue bytedeco/javacpp#25)
• Add presets for the face, optflow, and xfeatures2d modules of OpenCV 3.0 (issue bytedeco/javacv#196, issue bytedeco/javacv#239, issue #54)
• Switch to GCC 4.9 by default on Android, probably dropping support for Android 2.2, because GCC 4.6 has issues with OpenMP (issue bytedeco/javacv#179)
• Resolve missing dependency for GSL on windows-x86 by linking statically whatever it needs from libgcc_s_dw2-1.dll

July 11, 2015 version 1.0

• Build OpenCV, GSL, Leptonica, and Tesseract from source code on all platforms for better consistency in functionality across platforms
• Add presets for CUDA 7.0 (including cuBLAS, cuDNN, cuFFT, cuRAND, cuSOLVER, cuSPARSE, and NPP)
• Offer the Apache License, Version 2.0, as a new choice of license, in addition to the GPLv2 with Classpath exception
• Add libvpx in the cppbuild.sh script for FFmpeg to support the WebM format (issue #33)
• Upgrade presets for OpenCV 3.0.0, FFmpeg 2.7.1, OpenSSL 1.0.2d, x265 1.7, Leptonica 1.72, LLVM 3.6.1, and the latest of Caffe
• Define commonly used OpenCV std::vector types (PointVector, Point2fVector, Point2dVector, SizeVector, RectVector, KeyPointVector, DMatchVector) for ease of use and performance reasons
• Map cv::saturate_cast<>() in a more meaningful way (issue #53) and name these functions more consistently
• In addition to Leptonica and Tesseract, use only the officially supported GCC compiler for FFmpeg, FFTW, and GSL under Windows as well, to prevent compatibility issues (issue bytedeco/javacv#137)
• Make flycapture/cppbuild.sh fail if FlyCapture is not found installed on the system (issue #46)
• Patch libdc1394, libdcfreenect, FFTW, GSL, Leptonica and Tesseract with missing @rpath needed by Mac OS X (issue #46)

April 4, 2015 version 0.11

• Remove unneeded @Opaque types from gsl and replace them with their definitions whose names end with "_struct"
• Segregate methods using java.awt classes into the new Java2DFrameConverter class of JavaCV (issue #12)
• Emphasize the need to install separately the parent pom.xml file (issue #42)
• Make CMake configurable via CMAKE variable in cppbuild.sh (pull #41)
• Add presets for Caffe (issue #34)
• Let createBuffer() return UByteIndexer and UShortIndexer when appropriate for unsigned data types
• Remove the need to set manually the platform.dependency system property for downstream modules without a cppbuild.sh file
• Fix failing cppbuild.sh for FFmpeg on Ubuntu (issue #32)
• Disable iconv, XCB, and SDL for more portables builds of FFmpeg, but enable x11grab and avfoundation to allow screen capture (issue #39)
• Avoid versioning of Leptonica and Tesseract libraries, preventing them from working on Android (issue #38)
• Add x265 in the cppbuild.sh script for FFmpeg, thanks to Mark Bolstad (issue bytedeco/javacv#41)
• Upgrade presets for OpenCV 2.4.11, FFmpeg 2.6.1, OpenSSL 1.0.2a, FlyCapture 2.7.3.19, libdc1394 2.2.3, libfreenect 0.5.2, LLVM 3.6.0
• Switch from IntPointer to BoolPointer for the BOOL* pointer type of Leptonica (issue #36)
• Add preload for gif, jpeg, png, tiff, and webp libraries in presets for Leptonica (issue #36)
• Include missing ltrresultiterator.h header file in the presets for Tesseract (issue #36)
• Append @Documented to annotation types to have them picked up by Javadoc

December 23, 2014 version 0.10

• Update instructions in the README.md file for manual installation in Android Studio
• Include presets for Leptonica 1.71 and Tesseract 3.03-rc1 on Windows too
• Fix Mat.createFrom(BufferedImage) (issue #30)
• Add Speex, OpenCORE (AMR-NB and AMR-WB), and OpenSSL in the cppbuild.sh script for FFmpeg to support common RTMPS streams, among other things (issue #2 and issue bytedeco/javacv#71)
• Deprecate slow get() and put() methods of CvMat in favor of the fast ones from createIndexer() (issue javacv:317)
• Include operations.hpp and mat.hpp in opencv_core to get a few important functions such as read() and write() for FileStorage
• Replace install_name_tool hack to set @rpath on Mac OS X with patches to do it properly on install (issue bytedeco/javacpp#6 and issue bytedeco/javacv#49)
• Disable DocLint, which prevents the build from succeeding on Java 8 (issue bytedeco/javacpp#5)
• Disable OpenCL detection when building FFmpeg, causing link failures (issue #19)
• Document a bit the create() factory methods in the helper package of the OpenCV module, and their relationship with the release() methods
• Include new createIndexer() method in CvMat, IplImage, Mat, etc. for easy and efficient multidimensional access of data (issue #317)
• Deprecate get*Buffer() methods in favor of a better named and generic createBuffer() method
• Fix java.lang.UnsatisfiedLinkError when allocating opencv_core.Mat, among others (issue bytedeco/javacv#9 and issue bytedeco/javacv#28)
• Force OpenCV to build with GCC 4.6, as newer versions are known to hang on Android 2.2 (issue android:43819)
• Upgrade presets for OpenCV 2.4.10, FFmpeg 2.5.1, FlyCapture 2.7.3.13, libfreenect 0.5.1, ARToolKitPlus 2.3.1, LLVM 3.5.0, and videoInput 0.200, where the latest code got merged into the master branch
• Add callbacks for Tesseract according to new functionality in JavaCPP
• Fix missing dependency of opencv_contrib on opencv_nonfree (issue javacv:490)
• Skip functions that are not actually implemented in avdevice, causing load failures on Android
• Update presets for FFmpeg where avcodec now inherits from swresample (issue #13)
• Add a README.md file to each presets with links to original project, Java API documentation, and sample usage
• Add missing overloaded methods with PointerPointer parameters in LLVM module

July 27, 2014 version 0.9

• Add libmp3lame to FFmpeg builds (issue javacv:411)
• Upgrade presets for FFmpeg 2.3, FlyCapture 2.6.3.4 (pull #6, issue #8), libfreenect 0.5
• Make the cppbuild.sh scripts install native libraries inside the cppbuild subdirectories, instead of on the system
• Include new platform.dependency and platform.dependencies properties to let users depend easily on the artifacts that contain native libraries
• Add presets for flandmark 1.07 (pull #9), FFTW 3.3.4, GSL 1.16, LLVM 3.4.2, Leptonica 1.71, Tesseract 3.03-rc1
• Fix missing static keyword on methods annotated with an @Adapter (issue #3)
• Turn Mat.createFrom() into a static factory method, and make Mat.copyFrom() call Mat.create() as appropriate (issue #1)
• Add missing native_camera modules of opencv_highgui for Android
• Fix functions from opencv_stitching not accepting a MatVector as apparently intended by the API (issue javacv:466)

April 28, 2014 version 0.8

• Move from Google Code to GitHub as main source code repository
• Rename the com.googlecode.javacpp package to org.bytedeco.javacpp
• Appended the version of the parent artifact to the ones of the child modules, in an effort to avoid conflicts
• Updated cppbuild.sh scripts with support for the "android-x86" platform (issue javacv:411), thanks to Xavier Hallade
• Added presets for PGR FlyCapture 1.7
• Fixed compilation errors on Android, Mac OS X, and Windows
• Upgraded to OpenCV 2.4.9, FFmpeg 2.2.1, libdc1394 2.2.2, and libfreenect 0.4
• Introduced build scripts, based on the CPPJARs package of JavaCV, to install native C/C++ libraries
• Ported various helper classes and methods from JavaCV
• Inserted missing dependency entries in the pom.xml files of the child modules
• Added presets for the C++ API of OpenCV 2.4.8, which can now be parsed due to the latest changes in JavaCPP

January 6, 2014 version 0.7

• Fixed JavaCPP properties not getting set by the parent pom.xml file
• Added presets for the C API of OpenCV 2.4.8, FFmpeg 2.1.x, libfreenect 0.2 (OpenKinect), videoInput 0.200, and ARToolkitPlus 2.3.0

September 15, 2013 version 0.6

Initial release

Acknowledgments

This project was conceived at the Okutomi & Tanaka Laboratory, Tokyo Institute of Technology, where I was supported for my doctoral research program by a generous scholarship from the Ministry of Education, Culture, Sports, Science and Technology (MEXT) of the Japanese Government. I extend my gratitude further to all who have reported bugs, donated code, or made suggestions for improvements (details above)!