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Programmatically edit Scratch .sb3 projects and run them headlessly.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "scratch-mcp" yet — see the docs or source repo.
Please programmatically modify a Scratch .sb3 project: rename two sprites, add one variable, and adjust several block connections. Output a description of the updated project structure.
A modified .sb3 project or a clear summary of the structural changes.
Please add a new sprite, two costumes, and one sound to this Scratch project, and explain which asset fields need to be changed.
A list of the added assets and the corresponding project resource changes.
Please explain how to run this Scratch project with a headless VM and debug it with live-reload in TurboWarp Desktop.
A concise workflow for running and debugging the project.
Teachers or course creators can use it to repeatedly update Scratch .sb3 examples by adjusting sprites, blocks, variables, and assets. This reduces manual editor work.
Developers can programmatically update costumes, sounds, and project structure when producing or refactoring Scratch projects at scale. It fits standardized asset workflows.
When validating behavior, combine headless VM execution with TurboWarp Desktop live-reload for iterative debugging. This makes it easier to observe behavior changes after edits.
It can programmatically edit sprites, blocks, costumes, sounds, and variables in Scratch .sb3 projects, and it also supports online project sharing. It additionally provides headless VM execution and live-reload in TurboWarp Desktop.
Its focus is programmatic editing of Scratch projects rather than manual drag-and-drop editing. It is better suited for batch changes, automation, and iterative debugging.
Yes. The description mentions headless VM execution and live-reload in TurboWarp Desktop.
Programmatically edit Scratch projects and live-preview changes in TurboWarp Desktop.
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