alt Hacker NewsChangelog:
ffprobe -codec option
EXIF Metadata Parsing
gfxcapture: Windows.Graphics.Capture based window/monitor capture
hxvs demuxer for HXVS/HXVT IP camera format
MPEG-H 3D Audio decoding via mpeghdec
D3D12 H.264 encoder
drawvg filter via libcairo
ffmpeg CLI tiled HEIF support
D3D12 AV1 encoder
ProRes Vulkan hwaccel
DPX Vulkan hwaccel
Rockchip H.264/HEVC hardware encoder
Add vf_scale_d3d12 filter
JPEG-XS parser
JPEG-XS decoder and encoder through libsvtjpegxs
JPEG-XS raw bitstream muxer and demuxer
IAMF Projection mode Ambisonic Audio Elements muxing and demuxing
Add vf_mestimate_d3d12 filter
xHE-AAC Mps212 decoding support (experimental)
Remove the old HLS protocol handler
Vulkan compute codec optimizations
swscale Vulkan support
LCEVC metadata bitstream filter
Add vf_deinterlace_d3d12 filter
ffprobe: only show refs field in stream section when reading frames
ProRes Vulkan encoder
LCEVC parser
LCEVC enhancement layer exporting in MPEG-TS
Replies
> gfxcapture: Windows.Graphics.Capture based window/monitor capture
> This source provides low overhead capture of application windows or entire monitors. The filter outputs hardware frames in d3d11 format; use hwdownload,format= if system memory frames are required.
This would strongly alter my plans if I were to develop an OSS Discord alternative. Chromium originally looked like a better core to start with largely due to its mature screen capture API. WebRTC is the other big thing, but there are other ways to do that. Native desktop apps (i.e., not browser based) are beginning to look much more compelling to me now.
Wait, are you https://www.gyan.dev/ffmpeg/builds/ ?
What I want to know is how much of these were written and/or debugged using AI tools and which ones? Using which workflow?
For that's an actual project, with countless uses, on countless machines.
Show me the AI. I want to see what AI has generated in those.
(btw I pay religiously my Claude Code subscription plan)
TIL: JPEG XS - an image and video codec that offers both visually and mathematically lossless quality for low latency implementations.
Additionally, JPEG XS compressed content is indistinguishable from the original uncompressed content.
https://en.wikipedia.org/wiki/JPEG_XS