Blender Copilot

User prompts: 'Generate a 20-story building with 5x5 window grids on each face.'

Copilot generates the loop logic for mesh creation.

Copilot applies boolean modifiers for window apertures.

Scene is populated in seconds.

User selects ground plane.

User prompts: 'Scatter the objects in the 'Trees' collection across this plane using a density map.'

Copilot sets up the Geometry Nodes tree.

Copilot links the 'Trees' collection to the instance node.

User prompts: 'Add a floor constraint to all foot bones.'

Copilot identifies bone names in the armature.

Copilot scripts the constraint application to each matching bone index.

User prompts: 'Create 50 material variants with randomized hex colors and apply to selected objects.'

Copilot generates a script to iterate through colors.

Copilot creates unique data-blocks for each variant.

User prompts: 'Merge all materials with duplicate names and delete unused data blocks.'

Copilot scans the Outliner for duplicates.

Copilot re-assigns mesh slots and purges orphaned data.

User prompts: 'Create a cinematic 3-point light setup around the active object with a 2:1 contrast ratio.'

Copilot calculates object bounds for light placement.

Copilot adjusts lamp wattage based on scene scale.

User prompts: 'Show me how to rotate the cube by 45 degrees on Z using code and explain each line.'

Copilot provides the script and annotated comments.

User learns API structure through direct application.