Search Results for "alpha"

...The project outlines the syntax and semantics required for AVIF compliance, including support for multiple image profiles, color depths, chroma subsampling modes, HDR/WCG, alpha channels, animation/image sequences, and various color-space/bit-depth combinations — making AVIF a versatile, modern image format suitable for both simple photos and advanced imagery needing high fidelity. The specification ensures interoperability across encoders and decoders, providing guidelines so that images created by any compliant AVIF encoder can be reliably decoded by compliant decoders. ...

That is an video encoder that implements h264 encoding. Main goal is to provide lite Java h264 implementation for Applets and Client development.

Libavinterface is a C++ wrapper library for the C video library FFMPEG and the C graphics library SDL. It is designed to be class-based, predominantly for scenarios where non-class data is impossible (eg. the VST SDK). It is designed for mingw/msys.

Kumaji is an advanced subtitle rendering library aiming for complete cross-platform support, complete and compliant support for all common subtitle formats and, of course, speed. The source code is also intended to be easy to understand and hack at.

OpenAVS is the open source implementaion of AVS (Advanced Coding of Audio and Video ). AVS is competing with MPEG-4 and H.264 to replace the current worldwide compression standard, MPEG-2.

AVAR(Audio/Video de Alto Rendimiento) is an Audio and Video mass storage of high performance for brodcast. The new concept of encoding and high availability in data retrieval by possible erros. Not limit sizes on sound and video tracks.

Tools and library to extract, analize and inject metadata in FLV(flash 8) video files.

Implementation of a RLE encoder/decoder library tailored for DICOM image.

Adobe(R) Flash(R) Video format (FLV) to MPEG4 Transcoder.

h264rtp is a full implementation of RFC3984 (http://www.faqs.org/rfcs/rfc3984.html), packing and unpacking H.264 video into RTP packets.

We will create a complete MPEG4 part 14/Quicktime parser in Java, add a full working example in J2ME and then port the whole thing to C#.