ModelPart

Description

sealed class Tinman.Engine.Models.ModelPart

Derived from

IModelPart

Default implementation of the IModelPart interface.

Public / Constructors

Model​Part

2 overloads

public constructor ModelPart1 → ()

Creates a new instance of ModelPart.

public constructor ModelPart2 → (5)

geometry in : IModelGeometry

Initial value for Geometry.

batch in : PrimitiveBatch

Initial value for Batch.

material opt : IMaterial = null

Initial value for Material.

flags opt : ModelPartFlags = ModelPartFlags.FrontFaces

Initial value for Flags.

layer opt : int32 = 0

Initial value for Layer.

Creates a new instance of ModelPart.

Public / Attributes

Batch

public attribute Batch → (get,set)

value : PrimitiveBatch

The primitive batch or PrimitiveBatch.None.

The primitive batch of this model in the geometry buffer.

Defaults to PrimitiveBatch.None.

See also

IModelPart.Geometry

Flags

public attribute Flags → (get,set)

value : ModelPartFlags

The model part flags.

The behaviour flags of this model part.

Defaults to ModelPartFlags.None.

Geometry

public attribute Geometry → (get,set)

value : IModelGeometry

The geometry of the model part or null if none.

The geometry of this model.

IModelGeometry objects may be shared between model parts.

Defaults to null.

See also

IModelPart.Batch

Layer

public attribute Layer → (get,set)

value : int32

The surface layer offset, will be clamped to [-500..500].

The surface layer offset of this model part.

To avoid Z-fighting of coplanar surfaces, layer offsets may be used to decrease the depth value of samples during rendering.

Defaults to 0.

Material

public attribute Material → (get,set)

value : IMaterial

The material or null if none.

The material of this model.

IModelGeometry objects may be shared between model parts.

If null, a material with default values will be used for rendering.

Defaults to null.