class ClassInrimageInformation : public RangeInformation

a class that store all information necessary for computing an external force based on the image classification

Inheritance:

Public Fields

static const TclString

informationName name stored in the Range Information

Public Methods

static RangeInformation*	readClassInformation (GFInput &input) create a class information Object from a file
virtual RangeInformation*	duplicate () create a copy of this class information object
virtual void	writeInFile (GFOutput &output) write in a file the data stored in a gradient information object
double	getMaxDistance (void) const get the maximum range distance
void	setMaxDistance (double r) set the maximum range distance
double	getInlength (void) const returns minimum length of inside voxels
double	getOutlength (void) const returns minimum length of outside voxels
void	setInlength (double d) set minimum length of inside voxels
void	setOutlength (double d) set minimum length of outside voxels
unsigned int	getMaxInClasses () const return the maximum number of inner classes
unsigned int	getMaxOutClasses () const return the maximum number of outer classes
unsigned char	getIn (unsigned int i) return class value that should lie inside the model
unsigned char	getOut (unsigned int i) return class value that should lie outside the model
const unsigned char*	getInArray (unsigned int& _nin) const return class values that should lie inside the model
const unsigned char*	getOutArray (unsigned int& _nout) const return class values that should lie inside the model
void	setInArray (unsigned int _nin, const unsigned char *_in) set class values that should lie inside the model
void	setOutArray (unsigned int _nout, const unsigned char *_out) set class values that should lie outside the model

Public

	constructor ClassInrimageInformation (double max = 10.0, unsigned int _nint = 0, unsigned char *_in=0, unsigned int _nout = 0, unsigned char *_out=0) builds a data structure storing the gradient threshold, its orientation constraint and its intensity range
	destructor virtual ~ClassInrimageInformation () destroys the object

Protected Fields

double	range the half-distance along which the highest gradient voxel is searched
unsigned int	nin number of elements in in array
unsigned int	nout number of elements in out array
unsigned char*	in class values that should be inside the model
unsigned char*	out class values that should be outside the model
double	inlength minimum length of inside voxels
double	outlength minimum length of outside voxels

static const TclString informationName

name stored in the Range Information

double range

the half-distance along which the highest gradient voxel is searched

unsigned int nin

number of elements in in array

unsigned int nout

number of elements in out array

unsigned char* in

class values that should be inside the model

unsigned char* out

class values that should be outside the model

double inlength

minimum length of inside voxels

double outlength

minimum length of outside voxels

constructor

ClassInrimageInformation(double max = 10.0, unsigned int _nint = 0, unsigned char *_in=0, unsigned int _nout = 0, unsigned char *_out=0)

builds a data structure storing the gradient threshold, its orientation constraint and its intensity range

Parameters:

max - the half-distance used for the search algorithm
_nint - the number of elements in the array describing the inside class labels
_in - the array describing the inside class labels
_nout - the number of elements in the array describing the outside class labels
_out - the array describing the outside class labels

destructor

virtual ~ClassInrimageInformation()

destroys the object

static RangeInformation* readClassInformation(GFInput &input)

create a class information Object from a file

virtual RangeInformation* duplicate()

create a copy of this class information object. This is used to apply the same algorithm to all vertices of a mesh

virtual void writeInFile(GFOutput &output)

write in a file the data stored in a gradient information object

Parameters:

output - a pointer on a file

double getMaxDistance(void) const

get the maximum range distance

void setMaxDistance(double r)

set the maximum range distance

double getInlength(void) const

returns minimum length of inside voxels

double getOutlength(void) const

returns minimum length of outside voxels

void setInlength(double d)

set minimum length of inside voxels

void setOutlength(double d)

set minimum length of outside voxels

unsigned int getMaxInClasses() const

return the maximum number of inner classes

unsigned int getMaxOutClasses() const

return the maximum number of outer classes

unsigned char getIn(unsigned int i)

return class value that should lie inside the model

Returns:

inner class value of the ith class

Parameters:

in - index of the inner class values

unsigned char getOut(unsigned int i)

return class value that should lie outside the model

Returns:

outer class value of the ith class

Parameters:

in - index of the outer class values

const unsigned char* getInArray(unsigned int& _nin) const

return class values that should lie inside the model

Returns:

array of inner class values

Parameters:

nin - number of inner class values

const unsigned char* getOutArray(unsigned int& _nout) const

return class values that should lie inside the model

Returns:

array of outer class values

Parameters:

nin - number of outer class values

void setInArray(unsigned int _nin, const unsigned char *_in)

set class values that should lie inside the model

Parameters:

nin - number of inner class values
array - of inner class values

void setOutArray(unsigned int _nout, const unsigned char *_out)

set class values that should lie outside the model

Parameters:

nout - number of outter class values
array - of outter class values

alphabetic index hierarchy of classes

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(c)opyright by Malte Zöckler, Roland Wunderling
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