Description of the parameters are as follows:Ĭonsider the 4k test sequence Jockey obtained from. You should customise one of these files based on the input sequence. Sequence specific configuration files are available in folder /trunk/cfg/per-sequence. For example, encoder_intra_main.cfg operates the encoder using only Intra encoding (no motion compensation), with tools Each configuration file operates the encoder in a specific mode. An uncompressed (raw) YUV or Y4M video file,Ĭodec configuration files can be found in the folder trunk/cfg.
If everything builds successfully, you should have TAppEncoder and TAppDecoder executable in the /trunk/bin folder.ĭetailed documentation is available here: If you are using Mac or a linux-based machine, we recommend building the release version of the source using the makefile in /trunk/build/linux folder by running these command lines: cdįor Windows machines, you will need Microsoft Visual Studio to build the solutions.ĭepending on the version of the software, choose the relevant project solution in trunk/ build folder and build in release mode. Project files are provided for the following environments: The latest source code can be obtained using SVN as follows: svn checkout įiles will download into a folder called trunk. Follow these steps to build and run the HM codec: It is suitable for experimenting with the various features available in the HEVC coding standard and/or for checking compliance, but is unlikely to be suitable for real-time implementations. The HM software codec is a reference implementation of the HEVC coding standard developed by the Joint Collaborative Team on Video Coding (JCT-VC). In this article we provide instructions for getting started with the HM and x265 HEVC encoders and the WebM VP9 encoder.
If you are planning to use these codecs in your application or product, or if you just want to find out more about HEVC and VP9, then this is a good starting point. This article explains how to start using HEVC and VP9 software encoders. High efficiency video coding (HEVC) and WebM VP9 are new codec formats designed to support HD and ultra HD streaming and broadcasting.
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