ascii-video

Converting video to colored ASCII frames requires a rendering pipeline that maps pixel data to ASCII characters and encodes the output with FFmpeg. This pipeline assembles video-to-ASCII conversion with adaptive tonemap and multi-grid rendering to produce final video.

Audio-reactive ASCII video is generated by driving ASCII frame rendering with audio input data through a shader pipeline. This approach supports audio-reactive visuals and hybrid video plus audio modes to create dynamic, music-synced ASCII art.

Yes, a shader pipeline and tonemap are used for ASCII video rendering. The pipeline enforces a modular rendering path with a ShaderChain and adaptive tonemap to process per-frame lighting and color adjustments before FFmpeg encoding.

The ASCII video pipeline supports text overlays and generative art. It handles multiple modes including generative ASCII art, text and lyrics overlays, and hybrid video plus audio rendering for cohesive visual storytelling.

Adapting palettes and grid systems for ASCII video masking involves using a multi-grid renderer with design pattern references. These references guide palette adaptation, transforms, and masking to achieve cohesive visual results across frames.

Rendering ASCII video with a multi-grid renderer is limited by the complexity of per-frame tonemap adjustments and shader chain processing. While it produces cinematic results, rapid experimentation may require balancing grid density with FFmpeg encoding performance.