DinoFracture.ShatterDetails Class Reference

Required information needed by the engine to produce a fracture. More...

Inheritance diagram for DinoFracture.ShatterDetails:

Collaboration diagram for DinoFracture.ShatterDetails:

Public Member Functions
override bool	IsValid ()
	Returns true if the details are filled in correctly, false otherwise.

Public Attributes
int	NumPieces
	The number of new pieces to produce per iteration. The total number of pieces produced by this fracture will be NumPieces ^ NumIterations.
int	NumIterations
	The number of fracture iterations. The total number of pieces produced by this fracture will be NumPieces ^ NumIterations.
bool	EvenlySizedPieces
	If true, the engine will attempt to make all the randomly generated pieces roughly the same size. This adds a little processing time to the fracture.
Vector3	FractureCenter
	The center of the fracture.
Size	FractureSize
	The bounds for the generated shatter fracture planes. If 0 sized, the bounds of the mesh are used.
int	RandomSeed
	The random seed to use when initiating the fracture. If set to zero, then the system clock will be used to create a random seed.
Public Attributes inherited from DinoFracture.FractureDetails
UnityEngine.Mesh	Mesh
	The mesh to fracture.
Vector3	MeshScale
	The scale of the mesh's game object. The meshes of fracture pieces will be scaled by this amount to allow their game object's scales to be one.
FractureUVScale	UVScale
	Scaling algorithm used on triangles produced during the fracture.
UVBounds	UVBounds = new UVBounds(Vector2.zero, Vector2.one)
	Final 'inside' triangles will be remapped to be within this range after the UV scale is applied.
FractureIssueResolution	IssueResolution
	How to deal with potentially poorly generated pieces.
bool	Asynchronous
	If true, fracturing is done on a background thread and results may not be ready by the time FractureBuilder.Fracture() finishes. If false, fracturing is guaranteed to be done by the time FractureBuilder.Fracture() finishes.
int	InsideMaterialIndex
	The material / sub-mesh index that newly formed triangles should be put in.
bool	SeparateDisjointPieces
	If true, a final pass will be done to separate out meshes that are not physically connected. This can only happen when the mesh has concave parts.
VertexMergingPolicy	VertexMergingPolicy = VertexMergingPolicy.Default
	Defines how aggressively to merge the vertices of this fracture. More aggressive merging will result in meshes that have a reduced number of vertices and triangles at the cost of more computation time during fracture.
MeshValidity	Validity = MeshValidity.Unknown
	Highly recommended to call.

Additional Inherited Members
Properties inherited from DinoFracture.FractureDetails
int	FractureFrame [get, set]
	The frame the fracture started on. Can be used to group separate fractures that should be treated as one.

Detailed Description

Required information needed by the engine to produce a fracture.

Member Function Documentation

IsValid()

override bool DinoFracture.ShatterDetails.IsValid ( )

inlinevirtual

Returns true if the details are filled in correctly, false otherwise.

Returns

Reimplemented from DinoFracture.FractureDetails.