Cloth Class Reference

The data and operations for performing bare earth using Cloth simulation. More...

#include <Cloth.h>

Collaboration diagram for Cloth:

Public Member Functions
void	addForce (const Vector< 3, fltp04 > direction)
void	adjustParticleByNeighbor (Particle &p1, Particle &p2)
	Cloth (const Vector< 3, fltp04 > &origin_pos, const Vector< 2, uint04 > &size, const Vector< 2, fltp04 > &step, fltp04 smoothThreshold, fltp04 heightThreshold, uint04 rigidness, fltp04 time_step, bool use_colors)
void	fillHoles ()
Buffer< uint04 >	findUnmovablePoint (Buffer< Vector< 2, uint04 > > connected)
uint04	get1DIndex (uint04 x, uint04 y) const
Vector< 2, uint04 >	get2DIndex (uint04 index) const
const RGBColor &	getColor (uint04 index)
Buffer< fltp04 > &	getHeightvals ()
Vector< 3, fltp04 >	getNormalAt (const Vector< 2, uint04 > &index) const
Particle &	getParticle (uint04 x, uint04 y)
const Particle &	getParticle (uint04 x, uint04 y) const
Particle &	getParticle1d (uint04 index)
const Buffer< Particle > &	getParticles () const
uint04	getSize ()
void	handle_slop_connected (const Buffer< uint04 > &edgePoints, const Buffer< Vector< 2, uint04 > > &connected, const Buffer< Buffer< uint04 > > &neibors)
void	movableFilter ()
void	setColor (uint04 index, RGBColor color)
void	terrCollision ()
void	timeStep ()

Public Attributes
Buffer< fltp04 >	heightvals
Vertex< 3, fltp04 >	origin_pos
Vector< 2, uint04 >	size
fltp04	step_x
fltp04	step_y

Detailed Description

The data and operations for performing bare earth using Cloth simulation.

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Constructor & Destructor Documentation

Cloth()

Cloth	(	const Vector< 3, fltp04 > &	origin_pos,
		const Vector< 2, uint04 > &	size,
		const Vector< 2, fltp04 > &	step,
		fltp04	smoothThreshold,
		fltp04	heightThreshold,
		uint04	rigidness,
		fltp04	time_step,
		bool	use_colors )

Member Function Documentation

addForce()

void addForce

(

const Vector< 3, fltp04 >

direction

)

adjustParticleByNeighbor()

void adjustParticleByNeighbor	(	Particle &	p1,
		Particle &	p2 )

fillHoles()

void fillHoles

(

)

findUnmovablePoint()

Buffer< uint04 > findUnmovablePoint

(

Buffer< Vector< 2, uint04 > >

connected

)

get1DIndex()

uint04 get1DIndex ( uint04 x, uint04 y ) const

inline

get2DIndex()

Vector< 2, uint04 > get2DIndex ( uint04 index ) const

inline

getColor()

const RGBColor & getColor ( uint04 index )

inline

getHeightvals()

Buffer< fltp04 > & getHeightvals ( )

inline

getNormalAt()

Vector< 3, fltp04 > getNormalAt

(

const Vector< 2, uint04 > &

index

)

const

getParticle() [1/2]

Particle & getParticle ( uint04 x, uint04 y )

inline

getParticle() [2/2]

const Particle & getParticle ( uint04 x, uint04 y ) const

inline

getParticle1d()

Particle & getParticle1d ( uint04 index )

inline

getParticles()

const Buffer< Particle > & getParticles ( ) const

inlinenodiscard

getSize()

uint04 getSize ( )

inline

handle_slop_connected()

void handle_slop_connected	(	const Buffer< uint04 > &	edgePoints,
		const Buffer< Vector< 2, uint04 > > &	connected,
		const Buffer< Buffer< uint04 > > &	neibors )

movableFilter()

void movableFilter

(

)

setColor()

void setColor ( uint04 index, RGBColor color )

inline

terrCollision()

void terrCollision

(

)

timeStep()

void timeStep

(

)

Member Data Documentation

heightvals

Buffer<fltp04> heightvals

origin_pos

Vertex<3, fltp04> origin_pos

size

Vector<2, uint04> size

step_x

fltp04 step_x

step_y

fltp04 step_y

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

• CSF/Headers/Cloth.h