meshlib.DecimatePartsMode Class Reference

Public Member Functions
	DecimatePartsMode (int value)
boolean	equals (java.lang.Object other)
int	hashCode ()
java.lang.String	toString ()

Static Public Member Functions
static DecimatePartsMode	of (int value)

Public Attributes
final int	value

Static Public Attributes
static final DecimatePartsMode	PackedMesh = new DecimatePartsMode(0)
static final DecimatePartsMode	AABBTree = new DecimatePartsMode(1)

Detailed Description

Defines how decimation finds the parts of the mesh for parallel processing (DecimateSettings.subdivideParts > 1)

The constants are static fields of this class. value holds the underlying value, so this can also hold values that aren't named constants.

Constructor & Destructor Documentation

DecimatePartsMode()

meshlib.DecimatePartsMode.DecimatePartsMode

(

int

value

)

Member Function Documentation

equals()

boolean meshlib.DecimatePartsMode.equals

(

java.lang.Object

other

)

hashCode()

int meshlib.DecimatePartsMode.hashCode

(

)

of()

DecimatePartsMode meshlib.DecimatePartsMode.of ( int value )

static

Returns the named constant with this value, or a new instance if there's none.

toString()

java.lang.String meshlib.DecimatePartsMode.toString

(

)

Member Data Documentation

AABBTree

final DecimatePartsMode meshlib.DecimatePartsMode.AABBTree = new DecimatePartsMode(1)

static

the parts are subtrees of mesh's AABB tree (taken from the mesh if present, otherwise constructed), no packing is needed; the number of parts is rounded up to a power of two

PackedMesh

final DecimatePartsMode meshlib.DecimatePartsMode.PackedMesh = new DecimatePartsMode(0)

static

the mesh is already packed optimally (e.g. by mesh.packOptimally()), and the parts are ranges of face ids

value

final int meshlib.DecimatePartsMode.value

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The documentation for this class was generated from the following file:

• DecimatePartsMode.java