iARenderFromPosition Class Reference

Class representing single object render. More...

#include <iADataFormat.h>

Collaboration diagram for iARenderFromPosition:

Public Member Functions
void	clear ()
	Clears all statistical data (penetrations and intersectoins data). More...
	iARenderFromPosition ()
void	write2BinaryFile (FILE *fptr, bool saveAdditionalData=true)
	Writes all rendering data into binary file by file descriptor. More...
	~iARenderFromPosition ()

Static Public Member Functions
static const int	getSkipedSizeInFile ()

Public Attributes
float	avDipAngle
	average dip angle cos More...
float	avPenetrLen
	average penetration length More...
float	badAreaPercentage
	percentage of bad surface area corresponding to radon space analysis More...
std::vector< iAIntersection * >	intersections
	intersections data More...
unsigned int	intersectionsSize
	number of intersections More...
float	maxPenetrLen
	maximum penetration length in rendering More...
float	pos [3]
	object's position More...
std::vector< iARayPenetration * >	rawPtrRaysVec
std::vector< iARayPenetration * >	rays
	rays' penetrations data More...
unsigned int	raysSize
	number of rays More...
float	rotX
float	rotY
float	rotZ
	rotation about X, Y and Z axis More...

Protected Attributes
unsigned int	m_headerSize
	used when writing to binary file More...

Detailed Description

Class representing single object render.

Contains all data of single object render with some set of parameters. Parameters are: rotations about X and Y axes, object's position, average penetration length of render, average dip angle cos of render. Also contains all statistical data as: all intersections data, all rays' penetrations data.

Constructor & Destructor Documentation

iARenderFromPosition()

iARenderFromPosition::iARenderFromPosition ( )

inline

~iARenderFromPosition()

iARenderFromPosition::~iARenderFromPosition ( )

inline

Member Function Documentation

clear()

void iARenderFromPosition::clear ( )

inline

Clears all statistical data (penetrations and intersectoins data).

getSkipedSizeInFile()

static const int iARenderFromPosition::getSkipedSizeInFile ( )

inlinestatic

write2BinaryFile()

void iARenderFromPosition::write2BinaryFile ( FILE *  fptr, bool  saveAdditionalData = true  )

inline

Writes all rendering data into binary file by file descriptor.

Parameters

fptr	output file descriptor.
saveAdditionalData	if true, write also rays and intersections to file

Member Data Documentation

avDipAngle

float iARenderFromPosition::avDipAngle

average dip angle cos

avPenetrLen

float iARenderFromPosition::avPenetrLen

average penetration length

badAreaPercentage

float iARenderFromPosition::badAreaPercentage

percentage of bad surface area corresponding to radon space analysis

intersections

std::vector<iAIntersection*> iARenderFromPosition::intersections

intersections data

intersectionsSize

unsigned int iARenderFromPosition::intersectionsSize

number of intersections

m_headerSize

unsigned int iARenderFromPosition::m_headerSize

protected

used when writing to binary file

maxPenetrLen

float iARenderFromPosition::maxPenetrLen

maximum penetration length in rendering

pos

float iARenderFromPosition::pos[3]

object's position

rawPtrRaysVec

std::vector<iARayPenetration*> iARenderFromPosition::rawPtrRaysVec

rays

std::vector<iARayPenetration*> iARenderFromPosition::rays

rays' penetrations data

raysSize

unsigned int iARenderFromPosition::raysSize

number of rays

rotX

float iARenderFromPosition::rotX

rotY

float iARenderFromPosition::rotY

rotZ

float iARenderFromPosition::rotZ

rotation about X, Y and Z axis

---

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

• Toolkit/Dreamcaster/raycast/include/iADataFormat.h