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remotion-to-hyperframes

@heygen-com/hyperframes
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Translate an existing Remotion (React-based) video composition into a HyperFrames HTML composition. Use ONLY when the user explicitly asks to port, convert, migrate, translate, or rewrite a Remotion composition as HyperFrames (e.g. "port my Remotion project to HyperFrames"). Do NOT use when (a) authoring a NEW HyperFrames composition (even if A/B-testing a Remotion video); (b) Remotion is mentioned in passing; (c) Remotion code is shared as reference, not for translation; (d) the user wants "the same video as my Remotion one" without explicitly asking to migrate the source — treat as a fresh HyperFrames build. When in doubt, default to the `hyperframes` skill. Detects unsupported patterns (useState, useEffect side effects, async calculateMetadata, third-party React component libraries, `@remotion/lambda`) and recommends the runtime interop escape hatch instead of a lossy translation.

Install Skill

Shared

Installs to .agents/skills, used by Codex, Amp, Warp, Cursor, OpenCode, and more.

CodexAmp
WarpCursorOpenCode
ClineGemini CLI
GitHub Copilot
Personal

Available across projects.

$npx skills-installer add @heygen-com/hyperframes/remotion-to-hyperframes --client shared
Project

Writes to .agents/skills.

$npx skills-installer add @heygen-com/hyperframes/remotion-to-hyperframes -p --client shared
Note: Review the skill instructions before using it.

SKILL.md

name remotion-to-hyperframes
description Bring existing video code or footage into HyperFrames and verify it frame by frame against the original - Remotion first, also Motion Canvas, Lottie, Three.js, p5.js, canvas or plain HTML/CSS animation, or renders from Manim, After Effects or Blender. Use to port, convert, migrate or reuse work made with another tool.

Plugin installs: Before setup or freshness commands, follow plugin execution rules when this skill is inside a HyperFrames plugin.

Import into HyperFrames

HyperFrames is the container: its tracks, sub-compositions and variables are editable in Studio whatever runs inside a clip. Bring each part in at the highest level it supports and record which level you used.

Level For How Editable in Studio afterwards
Native code that can become HTML + GSAP: most Remotion, HTML/CSS/GSAP animation, simple Motion Canvas translate it, then verify frame by frame every element; variables, catalog, presets apply
Hosted code that can draw any requested frame in a browser: canvas, p5.js, Three.js, Lottie, WebGL, other JS animation keep the code and drive it from HyperFrames time timing, position, exposed parameters
Media anything that outputs video or frames: Manim, After Effects, Blender, PIL, moviepy render to a file and use it as a clip cut, place, layer; not the pixels inside

Code that depends on wall-clock time, live physics or the network can only come in as media.

Native: translate, then verify

  1. For Remotion, run python3 <SKILL_DIR>/scripts/lint_source.py <source dir> first. Blockers (useState, useReducer, useEffect with dependencies, async calculateMetadata, React UI kits such as MUI, Chakra, Mantine, antd, shadcn, Radix, NextUI) don't translate: host them or refactor them out, never approximate (references/escape-hatch.md). Warnings (@remotion/lambda config, delayRender, useMemo, custom hooks) are dropped and noted.
  2. Translate to the /hyperframes contract: one sub-composition per scene, times in seconds (frame / fps), asset paths root-relative. Each Remotion API's equivalent is in references/api-map.md.
  3. Keep it editable: the source's props become data-composition-variables bound with data-var-text, data-var-src or var(--id); each Sequence becomes a timed clip or a sub-composition; a reused component becomes one sub-composition mounted several times with data-variable-values.
  4. Compare frame by frame: npx hyperframes snapshot --at <t,…> --against <original.mp4> saves the original's frame at each time next to yours. Sample every scene and both sides of every cut; look for one late or recoloured element, not only the overall picture. For a scored check, scripts/render_diff.sh <original.mp4> <hf.mp4> <out> gives SSIM per frame and scripts/frame_strip.sh shows which frames diverged (thresholds per complexity tier in references/eval.md). Render the Remotion side with Config.setVideoImageFormat("png") and Config.setColorSpace("bt709"), or the diff measures the encoders (about 0.05 SSIM).
  5. Write what didn't translate cleanly (dropped volume ramps, approximated presentations, substituted fonts) to TRANSLATION_NOTES.md.
Remotion Read
Composition, defaultProps, schema, calculateMetadata references/parameters.md
Sequence, Series, Loop, AbsoluteFill, Freeze references/sequencing.md
useCurrentFrame, interpolate, spring, Easing, interpolateColors references/timing.md
Audio, Video, Img, IFrame, staticFile, delayRender references/media.md
TransitionSeries, @remotion/transitions references/transitions.md
@remotion/lottie references/lottie.md
@remotion/google-fonts, Font.loadFont, @font-face references/fonts.md
What can't be ported references/limitations.md

Before hand-building a named visual the source used, search npx hyperframes catalog --query "<the visual, in English>" --json: it ranks the whole registry with nothing installed.

Hosted

Keep the code and let HyperFrames own the clock: it draws the frame for the time it is given. The seek protocol and the built-in adapters for Lottie, Three.js, anime.js, WAAPI and CSS animations are in ../hyperframes/references/runtimes.md. No requestAnimationFrame loop or timer as the time source, seeded randomness only, and data-duration on the root when nothing else defines the length.

Media

<video class="clip" data-has-audio="true" src="assets/x.mp4" ...>, or muted when it is silent. Nothing else is needed.

In the final message, list each imported part with its level, what a person can change in Studio, and how the frame-by-frame comparison came out.