What problem does it solve? Creating animated ASCII art video from scratch requires solving font rasterization, grid composition, color mapping, audio analysis, and video encoding all at once. This Skill gives an agent the complete pipeline and reference knowledge to build single-file Python renderers that turn video, audio, images, or pure math into colored ASCII character video. ## Core Features & Use Cases - Six production modes: video-to-ASCII conversion, audio-reactive visualizers with FFT band analysis and beat detection, generative procedural animation, hybrid video+audio, timed lyrics/text overlays, and TTS-narrated quote videos via ElevenLabs. - Deep effect vocabulary: 21 value field generators (fBM noise, voronoi, reaction-diffusion, strange attractors), 24 character palettes, 38 composable shaders, 20 blend modes, particle systems, feedback buffers, and masking. - Production pipeline: multi-density grid composition, adaptive percentile-based tonemapping, parallel ffmpeg encoding with hardware-adaptive quality profiles from 540p draft to 4K. - Use Case: Give the agent an audio track and ask for a 3-minute audio-reactive ASCII music visualizer; it writes a self-contained Python script with beat-triggered particles, per-section scene changes, and renders a 1080p MP4. ## Quick Start Ask the agent to create an audio-reactive ASCII music video from your audio file, specifying the mood, resolution, and output format you want.