RayCalculations Class Reference

#include <RayCalculations.h>

Inheritance diagram for RayCalculations:

List of all members.

Public Member Functions
	RayCalculations (Volume *volume)
	RayCalculations.cpp.
	RayCalculations ()
virtual	~RayCalculations ()
void	setWork (unsigned int anAmount, Vector3 direction, Vector3 x_pos, Vector3 x_direction, RGBAColor *aColorData, void(RayCalculations::*aModeToUse)(Vector3, Vector3, RGBAColor &), bool *setWhenDone)
void	Run ()
bool	AutoDelete ()
void	calculateLine (unsigned int anAmount, Vector3 direction, Vector3 x_pos, Vector3 x_direction, RGBAColor *aColorData, void(RayCalculations::*aModeToUse)(Vector3, Vector3, RGBAColor &), bool *setWhenDone)
void	levoyAlgorithmF2B (Vector3 position, Vector3 direction, RGBAColor &color)
void	levoyAlgorithmB2F (Vector3 position, Vector3 direction, RGBAColor &color)
void	firstHit (Vector3 position, Vector3 direction, RGBAColor &color)
void	maxIntensity (Vector3 position, Vector3 direction, RGBAColor &color)
void	calcAverage (Vector3 position, Vector3 direction, RGBAColor &color)
Public Attributes
Volume *	volume_
float	step_length_
int	threshold_
RGBAColor *	theColorTransfer
InterpolationMode	theInterpolationMode
unsigned int	aWork_anAmount
Vector3	aWork_direction
Vector3	aWork_x_pos
Vector3	aWork_x_direction
RGBAColor *	aWork_aColorData
void(RayCalculations::*	aWork_aModeToUse )(Vector3, Vector3, RGBAColor &)
bool *	aWork_setWhenDone

---

Constructor & Destructor Documentation

RayCalculations::RayCalculations

(

Volume *

volume

)

RayCalculations.cpp.

The default constructor.

RayCalculations::RayCalculations

(

)

The default constructor.

RayCalculations::~RayCalculations

(

)

[virtual]

The destructor.

---

Member Function Documentation

bool RayCalculations::AutoDelete

(

)

[virtual]

returns if the object should be deleted after being run as a thread

Implements IRunObject.

void RayCalculations::calcAverage	(	Vector3	position,
		Vector3	direction,
		RGBAColor &	color
	)

The ray calculations to project the average image.

void RayCalculations::calculateLine	(	unsigned int	anAmount,
		Vector3	direction,
		Vector3	x_pos,
		Vector3	x_direction,
		RGBAColor *	aColorData,
		void(RayCalculations::*)(Vector3, Vector3, RGBAColor &)	aModeToUse,
		bool *	setWhenDone
	)

calculates a line of colors

void RayCalculations::firstHit	(	Vector3	position,
		Vector3	direction,
		RGBAColor &	color
	)

The ray calculations for the first hit approach.

void RayCalculations::levoyAlgorithmB2F	(	Vector3	position,
		Vector3	direction,
		RGBAColor &	color
	)

The ray calculations for the levoy algorithm B2F.

void RayCalculations::levoyAlgorithmF2B	(	Vector3	position,
		Vector3	direction,
		RGBAColor &	color
	)

The ray calculations for the levoy algorithm F2B.

void RayCalculations::maxIntensity	(	Vector3	position,
		Vector3	direction,
		RGBAColor &	color
	)

The ray calculations for the maximum intensity projection.

void RayCalculations::Run

(

)

[virtual]

start the set work

Implements IRunObject.

void RayCalculations::setWork	(	unsigned int	anAmount,
		Vector3	direction,
		Vector3	x_pos,
		Vector3	x_direction,
		RGBAColor *	aColorData,
		void(RayCalculations::*)(Vector3, Vector3, RGBAColor &)	aModeToUse,
		bool *	setWhenDone
	)

sets a line of colors to be calculate

---

Member Data Documentation

RGBAColor* RayCalculations::aWork_aColorData

void(RayCalculations::* RayCalculations::aWork_aModeToUse)(Vector3, Vector3, RGBAColor &)

unsigned int RayCalculations::aWork_anAmount

Vector3 RayCalculations::aWork_direction

bool* RayCalculations::aWork_setWhenDone

Vector3 RayCalculations::aWork_x_direction

Vector3 RayCalculations::aWork_x_pos

float RayCalculations::step_length_

RGBAColor* RayCalculations::theColorTransfer

InterpolationMode RayCalculations::theInterpolationMode

int RayCalculations::threshold_

Volume* RayCalculations::volume_

---

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

• Eigene Dateien/9.Semester/Visualisierung/LU/Volume_Renderer_dec05v2/Volume Renderer/RayCalculations.h
• Eigene Dateien/9.Semester/Visualisierung/LU/Volume_Renderer_dec05v2/Volume Renderer/RayCalculations.cpp

---