aituber-onair

Add a new TTS provider to @aituber-onair/voice and wire it through engine implementation, public voice option types, internal engine handlers, factory registration, tests, docs, examples, and optional versioning updates. Use when requests include adding a TTS engine, supporting a voice provider or speech service, adding <provider> TTS, or updating supported voice providers.

Add a new TTS provider to @aituber-onair/voice and wire it through engine implementation, public voice option types, internal engine handlers, factory registration, tests, docs, examples, and optional versioning updates. Use when requests include adding a TTS engine, supporting a voice provider or speech service, adding <provider> TTS, or updating supported voice providers.

Apply released @aituber-onair/chat updates to @aituber-onair/core and core React examples, including dependency alignment, core re-exports, example model lists, docs, version/changelog, lockfiles, and verification. Use after chat package upgrades or when users ask to propagate chat changes into core.

Apply released @aituber-onair/chat updates to @aituber-onair/core and core React examples, including dependency alignment, core re-exports, example model lists, docs, version/changelog, lockfiles, and verification. Use after chat package upgrades or when users ask to propagate chat changes into core.

Add a new chat model id to @aituber-onair/chat and wire it through constants, provider implementation, tests, example UI selector, docs, and versioning updates. Use when requests include adding a new model, supporting a specific model id, adding a provider model, or updating supported models for providers such as claude, gemini, and openai.

Add a new chat model id to @aituber-onair/chat and wire it through constants, provider implementation, tests, example UI selector, docs, and versioning updates. Use when requests include adding a new model, supporting a specific model id, adding a provider model, or updating supported models for providers such as claude, gemini, and openai.

Create stable four-state PNGTuber avatar assets for lip-sync and blinking workflows. Use when Codex is asked to generate or adapt character images into mouth-close/mouth-open and eyes-open/eyes-closed PNG states, prepare 2x2 avatar sheets, split sheets into app-ready files, or validate that PNGTuber state images keep the same canvas, character placement, pose, and style.

Create stable four-state PNGTuber avatar assets for lip-sync and blinking workflows. Use when Codex is asked to generate or adapt character images into mouth-close/mouth-open and eyes-open/eyes-closed PNG states, prepare 2x2 avatar sheets, split sheets into app-ready files, or validate that PNGTuber state images keep the same canvas, character placement, pose, and style.

Launch a local-tts-on-google-colab OpenAI-compatible TTS server through Colab MCP Go, expose it with trycloudflare, then validate it from @aituber-onair/voice using the Node.js openaiCompatible example. Use when requests mention connecting Colab local TTS, local-tts-on-google-colab, Colab MCP Go, trycloudflare TTS URLs, or running @aituber-onair/voice against a Colab OpenAI-compatible speech endpoint.

Launch a local-tts-on-google-colab OpenAI-compatible TTS server through Colab MCP Go, expose it with trycloudflare, then validate it from @aituber-onair/voice using the Node.js openaiCompatible example. Use when requests mention connecting Colab local TTS, local-tts-on-google-colab, Colab MCP Go, trycloudflare TTS URLs, or running @aituber-onair/voice against a Colab OpenAI-compatible speech endpoint.

Wrap a practical local or self-hosted TTS engine behind an OpenAI-compatible `POST /v1/audio/speech` server, especially for Google Colab or browser-driven testing. Use when requests include exposing a TTS model as OpenAI-compatible speech, building a compatibility wrapper for a broadly usable local TTS, classifying how an upstream TTS should be adapted, adding JSON/CORS support, or debugging browser/CORS/422/500/runtime issues for custom TTS servers.

Wrap a practical local or self-hosted TTS engine behind an OpenAI-compatible `POST /v1/audio/speech` server, especially for Google Colab or browser-driven testing. Use when requests include exposing a TTS model as OpenAI-compatible speech, building a compatibility wrapper for a broadly usable local TTS, classifying how an upstream TTS should be adapted, adding JSON/CORS support, or debugging browser/CORS/422/500/runtime issues for custom TTS servers.