minimax-multimodal-toolkit

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MiniMax-native multimodal workflow for image, video, voice, music, and media-processing tasks. Use when the user asks to generate image/video/audio assets, wants MiniMax-specific media APIs, needs TTS or voice workflows, wants reproducible local media outputs, or needs FFmpeg-style processing around generated media. M3's native multimodal input means image/video inputs can be fed directly to the model for grounded decisions in coding work.

QUICK START

How to use this skill

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Prompt to paste

I want to install this Agent Skill for this project in Codex.

Source SKILL.md: https://github.com/madebyaris/advance-minimax-m3-cursor-rules/blob/HEAD/.cursor/skills/minimax-multimodal-toolkit/SKILL.md

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MiniMax Multimodal Toolkit

Use MiniMax-native media workflows without bloating the always-on prompt. Route the task to the smallest path that can honestly produce the requested artifact.

When to Use

The user asks for image, video, voice, speech, music, or multimodal asset generation
The user explicitly mentions MiniMax media capabilities or wants MiniMax API integration
The user wants reproducible local media outputs rather than only in-chat prose
The task involves media conversion, trimming, concatenation, or extraction around generated assets

For deeper routing notes, output conventions, and implementation details, also read reference.md in this skill directory.

Step 0: Determine the Real Goal

Classify the task before acting:

Direct asset generation: user wants an image, clip, narration, or music artifact
Product integration: user wants app code that calls MiniMax media APIs
Media pipeline work: user already has files and needs processing, conversion, or stitching
Capability research: user wants comparison, planning, or API guidance before building

Do not jump into API integration when a direct generation path is enough.

Step 1: Route to the Right Path

User need	Primary path	Notes
One-off image asset	Use the runtime's direct image-generation tool if available	Fastest path for explicit image requests
Video, TTS, voice, music, or MiniMax-specific generation	Use current MiniMax docs and the repo/runtime tool surface	Check auth and output path first
Existing media needs editing	Use local tooling such as FFmpeg when available	Avoid re-generation unless needed
App feature using MiniMax media APIs	Implement integration code and verify with a focused request or fixture	Prefer smallest vertical slice
Planning or research only	Gather current docs and synthesize	Do not implement prematurely
M3 input path: read an attached image / video frame as ground truth	Feed the file/frame into the model directly via the runtime's multimodal input — no separate "describe the image" step	Use for design parity, error UI triage, screenshot-driven dev. See the `minimax-m3-multimodal-input` skill for the full workflow.

Step 2: Inspect Before Generating

Before any implementation or generation:

Inspect the repo for existing media patterns, asset folders, env handling, and helper utilities
Check the current runtime for direct generation tools before inventing scripts
Check whether required MiniMax credentials or host configuration already exist
Clarify only if the missing answer changes the route:
- output medium
- target format
- duration or size constraints
- whether the user wants direct generation or product integration

M3 Native Multimodal Input

On M3, image and video inputs can be fed to the model directly. This collapses the older "read the file, write a text description, then reason about the description" loop into a single grounded step:

The user attaches an image, screenshot, mock, or short clip; the runtime passes it to M3 as native input.
Ground decisions in what the image actually shows. Quote visible text, cite regions, name the file path.
For the full input-handling workflow (region citations, before/after diffing, multi-frame video, design parity), load the minimax-m3-multimodal-input skill.

This skill (minimax-multimodal-toolkit) remains the source of truth for generation paths — calling MiniMax media APIs, FFmpeg pipelines, and reproducible local outputs. The two skills are complementary: this one for output, minimax-m3-multimodal-input for input.

Core Rules

Prefer the smallest path that produces the requested artifact honestly
Use direct generation tools for explicit image requests when available
Use MiniMax-specific API flows when the user asks for MiniMax integration, reproducibility, video, TTS, voice, or music
Keep generated outputs in a predictable project-local folder rather than scattering temp files
Never hardcode secrets; use environment variables and document the missing configuration
Do not claim a generated asset exists until you have verified the file or response
For integration work, verify one focused happy-path request before broadening the feature

Verification Expectations

Match proof to the task:

Asset generation: verify the output file exists or the tool returned a concrete artifact
API integration: verify one focused request, script, or runtime flow
Media processing: verify the output file was created and matches the requested format or duration
UI integration: verify at the user surface, not only by build success

If the artifact was designed but not generated, report it as changed and unverified, not complete.

Workflow

1. CLASSIFY -> direct asset, integration, processing, or research
2. ROUTE -> choose direct tool, MiniMax API path, or local media tooling
3. INSPECT -> repo patterns, runtime surface, env/auth, output constraints
4. EXECUTE -> make the smallest honest slice
5. VERIFY -> prove the artifact or integration at the relevant surface

Quick Reference

IMAGE      -> direct image tool first when available
VIDEO/TTS  -> MiniMax-specific workflow or integration path
MUSIC      -> MiniMax-specific workflow or integration path
PROCESSING -> local media tooling, usually FFmpeg
INTEGRATE  -> smallest API slice + focused verification

ALWAYS     -> inspect runtime first, use env vars for secrets, verify outputs
NEVER      -> hardcode keys, promise files that were not produced, skip surface proof