pip.blueprint.json

[
  {
    "_comment": "Quadruped dog template; PixelLab returns 4 rotations on a 92x92 canvas for a size=64 character.",
    "_comment_prompt": "pip create a 64px character based on .pip-mascot.md",
    "MCP create_character": {
      "description": "Adorable tiny corgi-inspired scout puppy mascot named Pip for a PixelLab workflow assistant. Rounded compact body, short little legs, oversized floppy ears, warm honey-tan fur with cream muzzle, chest, belly, and paws, big simple curious dark eyes, cheerful helpful expression. Bright cyan-blue collar with a tiny connected-node route tag or API graph tag. Clean game-ready pixel art, chunky readable shapes, crisp single-color outline, limited warm palette with cyan accent, transparent background. Friendly alert sitting pose with one paw raised where possible; puppy first, subtle tool-routing assistant second. No text, no logos, no gradients, no blur, no complex props.",
      "body_type": "quadruped",
      "template": "dog",
      "mode": "standard",
      "n_directions": 4,
      "size": 64,
      "view": "side",
      "detail": "medium detail",
      "shading": "flat shading",
      "outline": "single color black outline",
      "text_guidance_scale": 8.5
    }
  },
  {
    "_comment": "Animates the character created earlier: pass its character_id (runtime value from create_character, omitted here). Follow-up request: 'it should be happy and also loopable, ... must be a repeated smile or tongue out'.",
    "MCP animate_character": {
      "animation_name": "happy-pant-idle",
      "action_description": "loopable happy idle: Pip stays sitting facing forward with a constant cheerful tongue-out smile, gently panting in place, soft subtle body bounce, floppy ears bobbing slightly, friendly happy expression held throughout the whole seamless loop",
      "mode": "v3",
      "directions": "south",
      "frame_count": 8
    }
  },
  {
    "TASK": {
      "instruction": "Use the nine south-facing animation frames returned by the immediately preceding PixelLab call. Find their union alpha bounds: the smallest axis-aligned rectangle containing every nontransparent pixel across all nine frames. In Aseprite, crop every frame and the earlier south-facing base image to that same rectangle without resizing or repainting. Save the cropped base image as pip.png, then assemble the cropped frames in returned order as pip.gif with a 1.2-second first frame followed by eight 0.1-second frames.",
      "outputs": ["pip.png", "pip.gif"],
      "verify": "pip.png and pip.gif are exactly 34x54; the GIF has nine frames, frame 1 lasts 1.2 seconds, frames 2-9 last 0.1 seconds each, and all visible pixels and alpha come unchanged from the corresponding PixelLab images."
    }
  }
]