Game.ArtPipeline.InteriorMappingProcessor+Window

Assembly: Game.ArtPipeline
Namespace: Game.ArtPipeline

Type: class public

Base: System.Object

Code

public class Window
{
    private System.Collections.Generic.List<Game.ArtPipeline.InteriorMappingProcessor+Island> m_Islands;
    private UnityEngine.Bounds m_Bounds;
    private System.Boolean m_Empty;
    private UnityEngine.Vector3 <normal>k__BackingField;
    private UnityEngine.Vector3 <tangent>k__BackingField;
    private UnityEngine.Vector3 <up>k__BackingField;
    private UnityEngine.Vector3 <center>k__BackingField;
    private System.Single <width>k__BackingField;
    private System.Single <height>k__BackingField;
    private System.Int32 <room>k__BackingField;
    private System.Int32 <roomIndex>k__BackingField;
    private System.Int32 <floor>k__BackingField;

    public UnityEngine.Vector3 normal { get; private set; }
    public UnityEngine.Vector3 tangent { get; private set; }
    public UnityEngine.Vector3 up { get; private set; }
    public UnityEngine.Vector3 center { get; private set; }
    public System.Single width { get; private set; }
    public System.Single height { get; private set; }
    public System.Int32 room { get; private set; }
    public System.Int32 roomIndex { get; set; }
    public System.Int32 floor { get; set; }
    public UnityEngine.Bounds bounds { get; }
    public System.Boolean valid { get; }
    public System.Collections.Generic.IEnumerable<Game.ArtPipeline.InteriorMappingProcessor+Triangle> triangles { get; }

    public Window();

    public System.Boolean AddIsland(Game.ArtPipeline.InteriorMappingProcessor+Island island);
    public System.Void CalculateNormalTangent(System.Int32[] indices, UnityEngine.Vector3[] normals, UnityEngine.Vector3[] vertices);
    private static System.Int32 DeterimineFace(UnityEngine.Vector3 normal);
    public System.Void DetermineRoom(System.Collections.Generic.List<UnityEngine.Vector4> uvs, System.Int32[] Indices);
    public System.Boolean Merge(Game.ArtPipeline.InteriorMappingProcessor+Window window);
    public System.Collections.Generic.List<Game.ArtPipeline.InteriorMappingProcessor+Window> Split(System.Int32[] indices, UnityEngine.Vector3[] normals);
}

Fields

• private System.Collections.Generic.List<Game.ArtPipeline.InteriorMappingProcessor+Island> m_Islands

private System.Collections.Generic.List<Game.ArtPipeline.InteriorMappingProcessor+Island> m_Islands;

• private UnityEngine.Bounds m_Bounds

private UnityEngine.Bounds m_Bounds;

• private System.Boolean m_Empty

private System.Boolean m_Empty;

• private UnityEngine.Vector3 <normal>k__BackingField

private UnityEngine.Vector3 <normal>k__BackingField;

• private UnityEngine.Vector3 <tangent>k__BackingField

private UnityEngine.Vector3 <tangent>k__BackingField;

• private UnityEngine.Vector3 <up>k__BackingField

private UnityEngine.Vector3 <up>k__BackingField;

• private UnityEngine.Vector3 <center>k__BackingField

private UnityEngine.Vector3 <center>k__BackingField;

• private System.Single <width>k__BackingField

private System.Single <width>k__BackingField;

• private System.Single <height>k__BackingField

private System.Single <height>k__BackingField;

• private System.Int32 <room>k__BackingField

private System.Int32 <room>k__BackingField;

• private System.Int32 <roomIndex>k__BackingField

private System.Int32 <roomIndex>k__BackingField;

• private System.Int32 <floor>k__BackingField

private System.Int32 <floor>k__BackingField;

Properties

• public UnityEngine.Vector3 normal { get; private set }

public UnityEngine.Vector3 normal { get; private set; }

• public UnityEngine.Vector3 tangent { get; private set }

public UnityEngine.Vector3 tangent { get; private set; }

• public UnityEngine.Vector3 up { get; private set }

public UnityEngine.Vector3 up { get; private set; }

• public UnityEngine.Vector3 center { get; private set }

public UnityEngine.Vector3 center { get; private set; }

• public System.Single width { get; private set }

public System.Single width { get; private set; }

• public System.Single height { get; private set }

public System.Single height { get; private set; }

• public System.Int32 room { get; private set }

public System.Int32 room { get; private set; }

• public System.Int32 roomIndex { get; set }

public System.Int32 roomIndex { get; set; }

• public System.Int32 floor { get; set }

public System.Int32 floor { get; set; }

• public UnityEngine.Bounds bounds { get }

public UnityEngine.Bounds bounds { get; }

• public System.Boolean valid { get }

public System.Boolean valid { get; }

• public System.Collections.Generic.IEnumerable<Game.ArtPipeline.InteriorMappingProcessor+Triangle> triangles { get }

public System.Collections.Generic.IEnumerable<Game.ArtPipeline.InteriorMappingProcessor+Triangle> triangles { get; }

Constructors

• public Window()

public Window();

Methods

• public AddIsland(Game.ArtPipeline.InteriorMappingProcessor+Island island) : System.Boolean

public System.Boolean AddIsland(Game.ArtPipeline.InteriorMappingProcessor+Island island);

• public CalculateNormalTangent(System.Int32[] indices, UnityEngine.Vector3[] normals, UnityEngine.Vector3[] vertices) : System.Void

public System.Void CalculateNormalTangent(System.Int32[] indices, UnityEngine.Vector3[] normals, UnityEngine.Vector3[] vertices);

• private static DeterimineFace(UnityEngine.Vector3 normal) : System.Int32

private static System.Int32 DeterimineFace(UnityEngine.Vector3 normal);

• public DetermineRoom(System.Collections.Generic.List<UnityEngine.Vector4> uvs, System.Int32[] Indices) : System.Void

public System.Void DetermineRoom(System.Collections.Generic.List<UnityEngine.Vector4> uvs, System.Int32[] Indices);

• public Merge(Game.ArtPipeline.InteriorMappingProcessor+Window window) : System.Boolean

public System.Boolean Merge(Game.ArtPipeline.InteriorMappingProcessor+Window window);

• public Split(System.Int32[] indices, UnityEngine.Vector3[] normals) : System.Collections.Generic.List<Game.ArtPipeline.InteriorMappingProcessor+Window>

public System.Collections.Generic.List<Game.ArtPipeline.InteriorMappingProcessor+Window> Split(System.Int32[] indices, UnityEngine.Vector3[] normals);

Nested types

• Game.ArtPipeline.InteriorMappingProcessor+Window+<get_triangles>d__44