Shape Generator

• Create primitive shapes with ShapeGenerator.CreateShape() to generate basic geometric forms like cubes and spheres

• Generate flat surfaces with ShapeGenerator.GeneratePlane() to create two-dimensional planar meshes

• Create staircases with ShapeGenerator.GenerateStair() to construct customizable staircase structures
• Build archways with ShapeGenerator.GenerateArch() to form architectural arch elements with adjustable parameters
• Design entryways with ShapeGenerator.GenerateDoor() to produce doorframe meshes for architectural models
• Form tubular structures with ShapeGenerator.GeneratePipe() to create hollow cylindrical meshes
• Create tapered objects with ShapeGenerator.GenerateCone() to construct cone-shaped geometry with adjustable dimensions

Auto Unwrap Settings

• Control UV coordinate space with AutoUnwrapSettings.useWorldSpace to calculate UVs in world or local space

• Mirror UVs horizontally with AutoUnwrapSettings.flipU to flip texture mapping along the U axis

• Mirror UVs vertically with AutoUnwrapSettings.flipV to flip texture mapping along the V axis

• Define texture coverage with AutoUnwrapSettings.fill to specify how much texture space the UVs should occupy

• Set UV reference point with AutoUnwrapSettings.anchor to establish the reference point for UV transformations

• Resize texture mapping with AutoUnwrapSettings.scale to adjust UV coordinates and control texture tiling

• Reposition texture mapping with AutoUnwrapSettings.offset to shift UVs and move textures across the surface

Built-in Materials

• Access standard surface with BuiltinMaterials.defaultMaterial for the default material assigned to new meshes

• Highlight selectable faces with BuiltinMaterials.facePickerMaterial to visually indicate selectable faces

• Highlight selectable vertices with BuiltinMaterials.vertexPickerMaterial to emphasize vertices for selection

• Highlight selectable edges with BuiltinMaterials.edgePickerMaterial to mark edges available for manipulation

• Visualize trigger zones with BuiltinMaterials.triggerMaterial to clearly display trigger volumes in the editor

• Visualize colliders with BuiltinMaterials.colliderMaterial to show collision boundaries during development

• Make objects invisible with BuiltinMaterials.noDrawMaterial to exclude specific mesh elements from rendering

Normals

• Recalculate surface direction with Normals.CalculateNormals() to update normal vectors for proper lighting

• Update lighting data with Normals.CalculateTangents() to compute tangent vectors essential for normal mapping

Projection

• Flatten UVs along axis with Projection.PlanarProject() to project texture coordinates onto a single plane

• Create cubic UVs with Projection.BoxProject() to apply six-sided texture mapping for box-like objects

Mesh Utility

• Improve performance with MeshUtility.Optimize() to reorder vertices for better cache efficiency

• Reduce vertex count with MeshUtility.CollapseSharedVertices() to merge vertices sharing the same position

Handle Utility

• Detect faces under cursor with HandleUtility.FaceRaycast() to identify which face the user is pointing at

• Select vertices with mouse with HandleUtility.PickVertices() to enable precise vertex-level editing