Skill details | Trending Society

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Compress videos locally using FFmpeg and FFprobe. Install missing dependencies needed for the requested workflow. Website workflows require source-code access and browser tools to verify the rendered site.

Commands

Request	Workflow
A video file, or `compress <file>`	Compress using compression.md.
`compare <file>`	Compare quality and estimated sizes using comparison.md.
`audit [project] [URL or scope]`	Inspect embedded videos and report improvements using audit.md.
`scan-and-optimize [project] [URL or scope]`	Discover, audit, optimize, and update videos across the project using scan-and-optimize.md.

Infer the workflow from natural-language requests too. Read only the relevant references. A file without a command uses the compression workflow.

For both website workflows, use the current workspace or a supplied project path. If source code is unavailable, ask for repository access before starting. Begin with routes, components, styles, and asset references in the source code; use a live or local URL to verify rendered video sizes and playback. If no URL is supplied, reuse a development server or start the project locally.

audit reviews the requested page and its source code, or the specified scope. scan-and-optimize covers the whole source project by default; a supplied URL is its browser starting point. Honor an explicitly narrower scope. Ask for a missing input only when it cannot be inferred.

Reuse source locations and preferences already provided. Compression defaults, including CRF values, are defined in compression.md.

Examples

$compress-video demo.mov
$compress-video compare demo.mov
$compress-video audit ./website https://example.com/blog/post
$compress-video scan-and-optimize ./website http://localhost:3000

--- name: compress-video description: Compress local videos with FFmpeg, compare codec/CRF quality, audit embedded videos on a website, or scan and optimize videos across a website's source project. --- Compress videos locally using FFmpeg and FFprobe. Install missing dependencies needed for the requested workflow. Website workflows require source-code access and browser tools to verify the rendered site. ## Commands | Request | Workflow | | --- | --- | | A video file, or `compress <file>` | Compress using [compression.md](references/compression.md). | | `compare <file>` | Compare quality and estimated sizes using [comparison.md](references/comparison.md). | | `audit [project] [URL or scope]` | Inspect embedded videos and report improvements using [audit.md](references/audit.md). | | `scan-and-optimize [project] [URL or scope]` | Discover, audit, optimize, and update videos across the project using [scan-and-optimize.md](references/scan-and-optimize.md). | Infer the workflow from natural-language requests too. Read only the relevant references. A file without a command uses the compression workflow. For both website workflows, use the current workspace or a supplied project path. If source code is unavailable, ask for repository access before starting. Begin with routes, components, styles, and asset references in the source code; use a live or local URL to verify rendered video sizes and playback. If no URL is supplied, reuse a development server or start the project locally. `audit` reviews the requested page and its source code, or the specified scope. `scan-and-optimize` covers the whole source project by default; a supplied URL is its browser starting point. Honor an explicitly narrower scope. Ask for a missing input only when it cannot be inferred. Reuse source locations and preferences already provided. Compression defaults, including CRF values, are defined in [compression.md](references/compression.md). ## Examples ```text $compress-video demo.mov $compress-video compare demo.mov $compress-video audit ./website https://example.com/blog/post $compress-video scan-and-optimize ./website http://localhost:3000 ``` These are agent requests, not terminal commands.

Compress Video

Instructions

Commands

Examples