IModelGeometrySimple

Description

interface Tinman.Engine.Models.IModelGeometrySimple

Base interface for IModelGeometry classes that contain simple line and/or triangle geometry that can be described with a single PrimitiveBatch, each.

public attribute Lines → (get)

The primitive batch that represents the edge lines.

public attribute Triangles → (get)

The primitive batch that represents the surface triangles.

_3 overloads

public static method ToModel¹ → (6)

model ⁱⁿ : Model: [not-null]
The model that will get additional model parts based on this geometry (see remarks).
materialEdges ⁱⁿ : IMaterial: The material to use for edges.
materialTriangles ⁱⁿ : IMaterial: The material to use for triangles.
faces ^opt : int32 = 0: > 0 : show only front-facing triangles
= 0 : show both front- and back-facing triangles
< 0 : show only back-facing triangles
lighting ^opt : bool = true: Enable lighting for the triangle model part, i.e. do not use the ModelPartFlags.NoLighting flag?
layer ^opt : int32 = 0: The surface layer (see IModelPart.Layer). If both model parts are added, the layer for the line part will be incremented by one.
returns → Model: The resulting model.

Creates a simple IModel from this geometry.

The given model ⁱⁿ will get up to two additional model parts:

Triangles:
If materialTriangles ⁱⁿ is not null and this geometry has at least one triangle.
Lines:
If materialEdges ⁱⁿ is not null and this geometry has at least one line.

public static method ToModel² → (7)

model ⁱⁿ : Model: [not-null]
The model that will get additional model parts based on this geometry (see remarks).
faces ^opt : int32 = 0: > 0 : show only front-facing triangles
= 0 : show both front- and back-facing triangles
< 0 : show only back-facing triangles
lighting ^opt : bool = true: Enable lighting for the triangle model part, i.e. do not use the ModelPartFlags.NoLighting flag?
colorEdges ^opt : int64 = Colors.White: The color to use for edges. If fully transparent, no model part will be generated for edges.
colorTriangles ^opt : int64 = Colors.Opaque50: The color to use for triangles. If fully transparent, no model part will be generated for triangles.
lineThickness ^opt : float32 = 1: The line thickness (see IMaterial.LineThickness).
layer ^opt : int32 = 0: The surface layer (see IModelPart.Layer). If both model parts are added, the layer for the line part will be incremented by one.
returns → Model: The resulting model.

Creates a simple IModel from this geometry.

This method creates a new instance(s) of Material and then delegates to ToModel¹. See Material.Uniform¹.

public static method ToModel³ → (7)

faces ^opt : int32 = 0: > 0 : show only front-facing triangles
= 0 : show both front- and back-facing triangles
< 0 : show only back-facing triangles
lighting ^opt : bool = false: Enable lighting for the triangle model part, i.e. do not use the ModelPartFlags.NoLighting flag?
colorEdges ^opt : int64 = Colors.White: The color to use for edges. If fully transparent, no model part will be generated for edges.
colorTriangles ^opt : int64 = Colors.Opaque50: The color to use for triangles. If fully transparent, no model part will be generated for triangles.
lineThickness ^opt : float32 = 1: The line thickness (see IMaterial.LineThickness).
layer ^opt : int32 = 0: The surface layer (see IModelPart.Layer).
name ^opt : string = null: The model name, see IModel.Name.
returns → Model: The resulting model.

Creates a simple IModel from this geometry.

This method creates a new instance of Model and then delegates to ToModel².