MeshInfo Class Reference

Definition of a Mesh. More...

Public Types
enum	MeshSurfaceDistribution { , MSD_HETEROGENEOUS_1, MSD_HETEROGENEOUS_2, MSD_VERTEX, MSD_EDGE }
	Defining several methods to emit particles on the mesh surface. More...

Public Member Functions
	MeshInfo (const std::string &meshName, const MeshSurfaceDistribution distribution=MSD_HOMOGENEOUS, const Quaternion &orientation=Quaternion(), const Vec3 &scale=Vec3::ZERO)
	Constructor.
	MeshInfo ( var meshName, var MSD_HOMOGENEOUS, var ZERO)
	Constructor.
	MeshInfo ( local meshName, local MSD_HOMOGENEOUS, local ZERO)
	Constructor.
	~MeshInfo (void)
	Destructor.
	~MeshInfo ()
	Destructor.
	~MeshInfo ()
	Destructor.
float	getGaussianRandom (float high, float cutoff=4)
	Generate a random number. More...
const PUTriangle &	getTriangle (size_t triangleIndex)
	Retrieve vertex info. More...
var	getTriangle ( var triangleIndex)
	Retrieve vertex info. More...
local	getTriangle ( local triangleIndex)
	Retrieve vertex info. More...
const size_t	getRandomTriangleIndex (void)
	Get a random triangle (index) from the mesh. More...
size_t	getTriangleCount () const
	Get triangle number. More...
const PUTriangle::PositionAndNormal	getRandomPositionAndNormal (const size_t triangleIndex)
	Returns both a random point on a given triangle and its normal vector. More...
local	getRandomPositionAndNormal ( local triangleIndex)
	Returns both a random point on a given triangle and its normal vector. More...

Detailed Description

Definition of a Mesh.

Member Function Documentation

float getGaussianRandom	(	float	high,
		float	cutoff = 4
	)

Generate a random number.

The high argument determines that numbers are returned between [0..high]. The cutoff. The value.

var getGaussianRandom	(	var	high,
		var	cutoff = 4
	)

Generate a random number.

The high argument determines that numbers are returned between [0..high]. The cutoff. The value.

local getGaussianRandom	(	local	high,
		local	cutoff = 4
	)

Generate a random number.

The high argument determines that numbers are returned between [0..high]. The cutoff. The value.

const PUTriangle& getTriangle

(

size_t

triangleIndex

)

Retrieve vertex info.

Get one triangle. The index of triangle. The triangle.

var getTriangle

(

var

triangleIndex

)

Retrieve vertex info.

Get one triangle. The index of triangle. The triangle.

local getTriangle

(

local

triangleIndex

)

Retrieve vertex info.

Get one triangle. The index of triangle. The triangle.

const size_t getRandomTriangleIndex

(

void

)

Get a random triangle (index) from the mesh.

The index of triangle.

var getRandomTriangleIndex

(

)

Get a random triangle (index) from the mesh.

The index of triangle.

local getRandomTriangleIndex

(

)

Get a random triangle (index) from the mesh.

The index of triangle.

size_t getTriangleCount ( ) const

inline

Get triangle number.

The number of triangle.

var getTriangleCount ( )

inline

Get triangle number.

The number of triangle.

local getTriangleCount ( )

inline

Get triangle number.

The number of triangle.

const PUTriangle::PositionAndNormal getRandomPositionAndNormal

(

const size_t

triangleIndex

)

Returns both a random point on a given triangle and its normal vector.

How the random point and the normal are determined depends on the distribution type. The index of triangle. Position and normal.

var getRandomPositionAndNormal

(

var

triangleIndex

)

Returns both a random point on a given triangle and its normal vector.

How the random point and the normal are determined depends on the distribution type. The index of triangle. Position and normal.

local getRandomPositionAndNormal

(

local

triangleIndex

)

Returns both a random point on a given triangle and its normal vector.

How the random point and the normal are determined depends on the distribution type. The index of triangle. Position and normal.

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

• CCPUMeshSurfaceEmitter.h