Class MeshStripMeshData
Creates mesh data from a quad that is subdivided a number of times to make a horizontal strip for each cell.
[CreateAssetMenu(fileName = "MeshData", menuName = "Grids/MeshData/Uniform Strip")]
public class MeshStripMeshData : MeshData
- Inheritance
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MeshStripMeshData
- Inherited Members
-
Object.Instantiate(Object, Vector3, Quaternion)Object.Instantiate(Object)Object.Instantiate(Object, Transform)Object.Instantiate<T>(T)Object.Instantiate<T>(T, Vector3, Quaternion)Object.Instantiate<T>(T, Vector3, Quaternion, Transform)Object.Instantiate<T>(T, Transform)Object.Destroy(Object)Object.DestroyImmediate(Object)Object.DestroyObject(Object)Object.FindObjectsOfType<T>()Object.nameObject.hideFlags
Remarks
This is useful for polar grids (that need more triangles horizontally - transformed along rings - to faithfully produce the curvature, and 1D grids that follow curves.
Fields
Methods
- GetNormals(IExplicitShape<GridPoint2>, GridMap<GridPoint2>, bool)
Gets the normals for the given shape.
- GetNormals(IExplicitShape<GridPoint3>, GridMap<GridPoint3>, bool)
Gets the normals for the given shape.
- GetNormals(IExplicitShape<int>, GridMap<int>, bool)
Gets the normals for the given shape.
- GetTriangles(IExplicitShape<GridPoint2>, bool, bool)
Gets a list of triangle indices for the given shape.
- GetTriangles(IExplicitShape<GridPoint3>, bool, bool)
Gets a list of triangle indices for the given shape.
- GetTriangles(IExplicitShape<int>, bool, bool)
Gets a list of triangle indices for the given shape.
- GetUVs(IExplicitShape<GridPoint2>)
Gets the UVs for the given shape.
- GetUVs(IExplicitShape<GridPoint3>)
Gets the UVs for the given shape.
- GetUVs(IExplicitShape<int>)
Gets the UVs for the given shape.
- GetVertices(IExplicitShape<GridPoint2>, GridMap<GridPoint2>)
Gets a list of vertices of a mesh for the given shape.
- GetVertices(IExplicitShape<GridPoint3>, GridMap<GridPoint3>)
Gets a list of vertices of a mesh for the given shape.
- GetVertices(IExplicitShape<int>, GridMap<int>)
Gets a list of vertices of a mesh for the given shape.