Make vectors, pixel art and layered files

Connect the Scenario MCP

Connect your agent and sign in once at mcp.scenario.com. Then tell it which Scenario team and project to use, so every file lands there.

Give the agent the files

The flat emblem for the vector, the character for the sprite and the noodle stall scene for the layers, each 1024 px or more. Upload them with upload_asset or give their asset IDs.

Brief the agent

Three tools, one input each. Read each tool's settings with model_schema_get rather than guessing their names.

Three runs, one image each. Read each model's parameters with model_schema_get first. Quote the cost with a dry run first and wait for my go.

1. Vectorize the emblem with Recraft Vectorize (model_recraft-vectorize), no settings, and download the result as an SVG.
2. Pixelate the character with Pixelate (model_sc-pixelate): pixel grid size 128px, remove noise on, palette taken from the image with 32 colors at most. Then remove the background of that result with Photoroom Background Removal (model_photoroom-background-removal) for a transparent sprite.
3. Split the noodle stall image with Seedream 5.0 Flash Layerize (model_bytedance-seedream-5-0-flash-layerize), resolution auto. Prompt, word for word:
Separate this image into transparent layers: the old cook, the raccoon cub in the yellow raincoat, the noodle stall with its counter and bowls, the hanging lanterns, and the background street.

Launch the first runs with wait: false and collect them with jobs_wait, then show me every result.

Check and redo

Accept an SVG made of a few clean shapes, a sprite whose pixels are all one size on one grid with a readable face and clean edges, and one layer per listed part with a clean filled background. Reject hundreds of tiny shapes, drifting pixels, specks, or two parts on one layer.

Tell me how many shapes the SVG has, whether the sprite has stray specks or leftover background, and which layers came back for which part. Redo only what fails: Scenario Vectorize (model_sc-vectorizer) with its Clean preset for a busy vector, a 256px grid if the face is mush, or the layer prompt with each merged part named on its own.

File the results and report

Create a collection called "Vectors, sprites and layers" with the sources and every kept result. Report each asset ID with its model and the total cost spent.

Pick Recraft Vectorize and add your emblem

Create › Edit Image, then Model › Recraft Vectorize, and under Image › Select from Library pick the emblem. Flat art with clean edges works best.

Vectorize

Recraft Vectorize has no settings: with the emblem loaded, click Vectorize.

Check and download the SVG

Click Download at the top right of the viewer to save the SVG, then zoom far in in your design tool: the edges stay sharp.

Pick Pixelate and your character

Under Model, pick Pixelate, then Image › Select from Library and pick your character.

Set the pixel grid size

Settings › Pixel Grid Size 128px keeps a full character's face readable. Turn on Remove Noise for fewer stray pixels.

Set the color palette

Color Palette › Image with Maximum Colors at 32 (Presets and Custom are the other options). With 128px and Remove Noise on, click Pixelate.

Check the pixel art

Every pixel sits on one grid with a small set of colors, and the face reads at game size.

Remove the background

Pixelate fills the background: click ... above the image › Remove Background for a transparent sprite (here with Photoroom Background Removal).

Pick Seedream 5.0 Flash Layerize and your image

Under Model, pick Seedream 5.0 Flash Layerize and select the noodle stall image from the library. Leave Settings › Resolution on Auto.

List the parts and generate

Open Prompt and write a rule for splitting, naming each part plainly, then click Generate.

Separate this image into transparent layers: the old cook, the raccoon cub in the yellow raincoat, the noodle stall with its counter and bowls, the hanging lanterns, and the background street.

Check the layers

Each part comes back on its own transparent layer, and the street is filled in where the parts stood. If two parts merged, name them more precisely and generate again.