Class TriangleOnModuleFaceDetector

Class holding methods for checking if triangles are on any of a module's faces.

Any tris that are on one of a module's faces can cause the importer to miscalculate the corner contents and the face-face connections.

Inheritance

System.Object

TriangleOnModuleFaceDetector

Inherited Members

System.Object.ToString()

System.Object.Equals(System.Object)

System.Object.Equals(System.Object, System.Object)

System.Object.ReferenceEquals(System.Object, System.Object)

System.Object.GetHashCode()

System.Object.GetType()

System.Object.MemberwiseClone()

Namespace: CarbideFunction.Wildtile.Editor

Syntax

public static class TriangleOnModuleFaceDetector

Methods

AreFloatsEqualOnFace(Single, Single)

Returns true if offsetFromOrigin is close enough to faceOffset to be considered on the face.

Declaration

public static bool AreFloatsEqualOnFace(float left, float right)

Parameters

Type	Name	Description
System.Single	left
System.Single	right

Returns

Type	Description
System.Boolean

FindAndReportFacesOnModuleBoundsFace(Vector3[], Int32[], SubMeshDescriptor, Vector3, TriangleOnModuleFaceDetector.OnFoundFaceOnModuleBoundsFace)

This method finds all faces that lie on the tile's boundaries, calling reporterCallable if/when it finds one.

Declaration

public static void FindAndReportFacesOnModuleBoundsFace(Vector3[] vertices, int[] indexBuffer, SubMeshDescriptor subMesh, Vector3 dimensions, TriangleOnModuleFaceDetector.OnFoundFaceOnModuleBoundsFace reporterCallable)

Parameters

Type	Name	Description
Vector3[]	vertices
System.Int32[]	indexBuffer	Indices for drawing polygons on the face. This is known as triangles in Unity's Mesh class.
SubMeshDescriptor	subMesh	The sub mesh to check. This must have triangle topology.
Vector3	dimensions
TriangleOnModuleFaceDetector.OnFoundFaceOnModuleBoundsFace	reporterCallable

Remarks

The mesh-related vertices, indexBuffer, and subMesh parameters are used instead of Unity's Mesh class because this allows for optimisations as repeated accesses (e.g. mesh.vertices) allocate and populate a new array for each access.