namespace yav class TclInrimageView : public TclSceneObject

InrimageView interface

Inheritance:

Public Classes

enum	DISPLAY_MODE different DISPLAY_MODE for vectorial image only WITH_VECTOR we draw the vectorial image and the vectors WITHOUT_VECTOR we draw only the vectorial image VECTOR_ONLY we draw only the vectors
enum	LONG_MAX_MODE different LONG_MAX_MODE to compute the length of the vectors MAX_2 in case of EXPONENTIAL MODE, max length is 2 * max ( voxel_length, voxel_width ) MAX in case of EXPONENTIAL MODE, max length is max ( voxel_length, voxel_width ) MIN_2 in case of EXPONENTIAL MODE, max length is 2 * min ( voxel_length, voxel_width ) MIN in case of EXPONENTIAL MODE, max length is min ( voxel_length, voxel_width )
enum	NORM_MODE different NORM_MODE to compute the norm of the vectors LINEAR the norm is proportionnal with the real norm the norm is limited with the max length depending of the LONG_MAX_MODE EXP it avoids vectors to cross each other

Public Fields

DISPLAY_MODE	displayMode displayMode for vectorial image only (default value = WITHOUT_VECTOR)
LONG_MAX_MODE	longMaxMode longMaxMode controls the over-crossing of the vectors
NORM_MODE	normMode normMode controls the way to compute the norm of the vector
unsigned int	under_sample_x undersample coefficients to display the field of vectors
unsigned int	vector_width vector_width controls the appearance of the vectors
float	vector_scale vector_scale controls a general scale of the vectors
float	alpha coeff pour regler le rapport de norme dans le cas exponentiel
double	col_min seuils pour la couleur en fonction de la norme2D
bool	withArrow if we want to draw the end of the arrow or not

Public Methods

unsigned int	getRef (void) const raise ambigous getRef() function call
static const char*	getTCLObjectName (void) returns object id by command line arguments
void	init (const char *install, const char *uninstall) constructors common code
virtual	~TclInrimageView () destroys client and interface
InrimageView*	getClient () const returns client
static int	list (TclModule *m, int argc, char **argv) raise ambigous list() function call
TclInrimageBackground*	getInrimageBackground (SliceCamera *cam) const returns the tcl inrimage background interface attached to a given slicecam
static int	create (TclModule *m, int argc, char **argv) TCL object creation function
int	destroyCmd (int argc, char **argv) -destroy TCL option
int	sceneCmd (int argc, char **argv) -scene TCL option
int	GLScaleCmd (int argc, char **argv) -GLScale TCL option
int	backgroundCmd (int argc, char **argv) -background TCL option
int	inrimageCmd (int argc, char **argv) -inrimage TCL option
int	displayModeCmd (int argc, char **argv) -displayMode TCL option
int	longMaxModeCmd (int argc, char **argv) -longMaxMode TCL option
int	normModeCmd (int argc, char **argv) -normMode TCL option
int	vectorScaleCmd (int argc, char **argv) -vectorScale TCL option
int	colorScaleCmd (int argc, char **argv) -vectorScale TCL option
int	arrowCmd (int argc, char **argv) -arrow TCL option

Public

	constructors TclInrimageView (TclModule *m, TclInrimage *inr, TclScene2D *scene, bool _createGLScale=true) builds object client from an inrimage then this interface TclInrimageView (TclScene2D *scene, const std::type_info& id, InrimageView *inrview, const char *install=0, const char *uninstall=0) builds interface for an existing client
	returns the tcl inrimage interface attached to this object

enum DISPLAY_MODE

different DISPLAY_MODE for vectorial image only

WITH_VECTOR

we draw the vectorial image and the vectors

WITHOUT_VECTOR

we draw only the vectorial image

VECTOR_ONLY

we draw only the vectors

enum LONG_MAX_MODE

different LONG_MAX_MODE to compute the length of the vectors

MAX_2

in case of EXPONENTIAL MODE, max length is 2 * max ( voxel_length, voxel_width )

MAX

in case of EXPONENTIAL MODE, max length is max ( voxel_length, voxel_width )

MIN_2

in case of EXPONENTIAL MODE, max length is 2 * min ( voxel_length, voxel_width )

MIN

in case of EXPONENTIAL MODE, max length is min ( voxel_length, voxel_width )

enum NORM_MODE

different NORM_MODE to compute the norm of the vectors

LINEAR

the norm is proportionnal with the real norm

the norm is limited with the max length depending of the LONG_MAX_MODE

EXP

it avoids vectors to cross each other

DISPLAY_MODE displayMode

displayMode for vectorial image only (default value = WITHOUT_VECTOR)

LONG_MAX_MODE longMaxMode

longMaxMode controls the over-crossing of the vectors

NORM_MODE normMode

normMode controls the way to compute the norm of the vector

unsigned int under_sample_x

undersample coefficients to display the field of vectors

unsigned int vector_width

vector_width controls the appearance of the vectors

float vector_scale

vector_scale controls a general scale of the vectors

float alpha

coeff pour regler le rapport de norme dans le cas exponentiel

double col_min

seuils pour la couleur en fonction de la norme2D

bool withArrow

if we want to draw the end of the arrow or not

unsigned int getRef(void) const

raise ambigous getRef() function call

static const char* getTCLObjectName(void)

returns object id by command line arguments

constructors

TclInrimageView(TclModule *m, TclInrimage *inr, TclScene2D *scene, bool _createGLScale=true)

builds object client from an inrimage then this interface

Parameters:

m - module this object is built in
inr - displayed inrimage
scene - scene to build client in
_createGLScale - boolean indicating if we should create GLScales associated with each background

TclInrimageView(TclScene2D *scene, const std::type_info& id, InrimageView *inrview, const char *install=0, const char *uninstall=0)

builds interface for an existing client

Parameters:

scene - client scene
id - object dynamic type
inrview - client
install - menu installation TCL command name
uninstall - menu uninstallation TCL command name

void init(const char *install, const char *uninstall)

constructors common code

virtual ~TclInrimageView()

destroys client and interface

InrimageView* getClient() const

returns client

static int list(TclModule *m, int argc, char **argv)

raise ambigous list() function call

returns the tcl inrimage interface attached to this object

TclInrimageBackground* getInrimageBackground(SliceCamera *cam) const

returns the tcl inrimage background interface attached to a given slicecam

static int create(TclModule *m, int argc, char **argv)

TCL object creation function

int destroyCmd(int argc, char **argv)

-destroy TCL option

int sceneCmd(int argc, char **argv)

-scene TCL option

int GLScaleCmd(int argc, char **argv)

-GLScale TCL option

int backgroundCmd(int argc, char **argv)

-background TCL option

int inrimageCmd(int argc, char **argv)

-inrimage TCL option

int displayModeCmd(int argc, char **argv)

-displayMode TCL option

int longMaxModeCmd(int argc, char **argv)

-longMaxMode TCL option

int normModeCmd(int argc, char **argv)

-normMode TCL option

int vectorScaleCmd(int argc, char **argv)

-vectorScale TCL option

int colorScaleCmd(int argc, char **argv)

-vectorScale TCL option

int arrowCmd(int argc, char **argv)

-arrow TCL option

alphabetic index hierarchy of classes

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