Sectors
[Objects]

Collaboration diagram for Sectors:

Sectors filled with uniform color
void	Sector (double x, double y, double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB)
	draws a sector region filled with color
void	Sector (double x, double y, double rad_in, double rad_out, double angle_in, double angle_out, double contr)
	gray-scale sector
void	MakeSector (double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB, unsigned short int *&fig)
	save a color sector pixmap in RAM
void	MakeSector (double rad_in, double rad_out, double angle_in, double angle_out, double contr, unsigned short int *&fig)
	save a grayscale sector pixmap in RAM
void	MakeSector (double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB, unsigned short int ind)
	save a color sector pixmap as a texture in video memory
void	MakeSector (double rad_in, double rad_out, double angle_in, double angle_out, double contr, unsigned short int ind)
	save a grayscale sector pixmap as a texture in video memory
Sectors filled with random noise pattern
void	NSector (double x, double y, double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB)
	draws a sector region filled with white. noise
void	NSector (double x, double y, double rad_in, double rad_out, double angle_in, double angle_out, double contr)
	the same in gray-scale
void	MakeNSector (double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB, unsigned short int *&fig)
	save a color sector pixmap in RAM
void	MakeNSector (double rad_in, double rad_out, double angle_in, double angle_out, double contr, unsigned short int *&fig)
	save a grayscale sector pixmap in RAM
void	MakeNSector (double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB, unsigned short int ind)
	save a color sector pixmap as a texture in video memory
void	MakeNSector (double rad_in, double rad_out, double angle_in, double angle_out, double contr, unsigned short int ind)
	save a grayscale sector pixmap as a texture in video memory
Sectors filled with sine-grating pattern
void	SineGratingSector (double x, double y, double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB)
	draws a colored SineGratingSectorian
void	SineGratingSector (double x, double y, double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double contr)
	the same in gray-scale
void	MakeSineGratingSector (double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB, unsigned short int *&fig)
	create a colored SineGratingSectorian pixmap
void	MakeSineGratingSector (double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double contr, unsigned short int *&fig)
	create a grayscale SineGratingSectorian pixmap
void	MakeSineGratingSector (double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB, unsigned short int ind)
	create a colored SineGratingSectorian texture
void	MakeSineGratingSector (double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double contr, unsigned short int ind)
	create a grayscale SineGratingSectorian texture
Sectors filled with checkered pattern
void	CheckeredSector (double x, double y, int n, double shift, double rad_in, double rad_out, double ang_in, double ang_out, double contrR, double contrG, double contrB)
	draw a sector filled with colored checkered texture
void	CheckeredSector (double x, double y, int n, double shift, double rad_in, double rad_out, double ang_in, double ang_out, double contr)
	draw a sector filled with grayscale checkered texture
void	MakeCheckeredSector (int n, double shift, double rad_in, double rad_out, double ang_in, double ang_out, double contrR, double contrG, double contrB, unsigned short int *&fig)
	save a pixmap of a colored checkered sector into RAM
void	MakeCheckeredSector (int n, double shift, double rad_in, double rad_out, double ang_in, double ang_out, double contr, unsigned short int *&fig)
	save a pixmap of a grayscale checkered sector into RAM
void	MakeCheckeredSector (int n, double shift, double rad_in, double rad_out, double ang_in, double ang_out, double contrR, double contrG, double contrB, unsigned short int ind)
	save a colored checkered sector as texture in video memory
void	MakeCheckeredSector (int n, double shift, double rad_in, double rad_out, double ang_in, double ang_out, double contr, unsigned short int ind)
	save a colored checkered sector as texture in video memory
Antialised sectors filled with uniform color
void	GSector (double x, double y, double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contrR, double contrG, double contrB)
	draws a colored antialiased sector; at sigma the intensity drops twofold
void	GSector (double x, double y, double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB)
	the same with sigma = 1 pixel
void	GSector (double x, double y, double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contr)
	draws a gray-scale antialised sector
void	GSector (double x, double y, double rad_in, double rad_out, double angle_in, double angle_out, double contr)
	the same with sigma = 1 pixel
void	MakeGSector (double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contrR, double contrG, double contrB, unsigned short int *&fig)
	creates a colored GSectorian pixmap
void	MakeGSector (double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB, unsigned short int *&fig)
	the same with sigma = 1 pixel
void	MakeGSector (double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contr, unsigned short int *&fig)
	creates a gray-scale GSectorian pixmap
void	MakeGSector (double rad_in, double rad_out, double angle_in, double angle_out, double contr, unsigned short int *&fig)
	the same with sigma = 1 pixel
void	MakeGSector (double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contrR, double contrG, double contrB, unsigned short int ind)
	creates a colored GSectorian texture
void	MakeGSector (double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB, unsigned short int ind)
	the same with sigma = 1 pixel
void	MakeGSector (double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contr, unsigned short int ind)
	creates a gray-scale GSectorian texture
void	MakeGSector (double rad_in, double rad_out, double angle_in, double angle_out, double contr, unsigned short int ind)
	the same with sigma = 1 pixel
Antialised sectors filled with sine-grating pattern
void	SineGratingGSector (double x, double y, double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contrR, double contrG, double contrB)
	draws a colored antialiased sector filled with a sine grating luminance profile
void	SineGratingGSector (double x, double y, double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB)
	the same with sigma = 1 pixel
void	SineGratingGSector (double x, double y, double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contr)
	draws a gray-scale antialiased sector filled with a sine grating luminance profile
void	SineGratingGSector (double x, double y, double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double contr)
	the same with sigma = 1 pixel
void	MakeSineGratingGSector (double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contrR, double contrG, double contrB, unsigned short int *&fig)
	creates a colored SineGratingGSectorian pixmap
void	MakeSineGratingGSector (double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB, unsigned short int *&fig)
	the same with sigma = 1 pixel
void	MakeSineGratingGSector (double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contr, unsigned short int *&fig)
	creates a grayscale SineGratingGSectorian pixmap
void	MakeSineGratingGSector (double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double contr, unsigned short int *&fig)
	the same with sigma = 1 pixel
void	MakeSineGratingGSector (double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contrR, double contrG, double contrB, unsigned short int ind)
	creates a colored SineGratingGSectorian texture
void	MakeSineGratingGSector (double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double contrR, double contrG, double contrB, unsigned short int ind)
	the same with sigma = 1 pixel
void	MakeSineGratingGSector (double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contr, unsigned short int ind)
	creates a grayscale SineGratingGSectorian texture
void	MakeSineGratingGSector (double angle, double sp_freq, double phase, double rad_in, double rad_out, double angle_in, double angle_out, double contr, unsigned short int ind)
	the same with sigma = 1 pixel
Antialised sectors filled with sine-plaid pattern
void	SinePlaidGSector (double x, double y, double angle1, double k1, double phase1, double angle2, double k2, double phase2, double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contr1, double contr2)
	draw a monocular grayscale SinePlaidGSectorian
void	SinePlaidGSector (double x, double y, double angle1, double k1, double phase1, double angle2, double k2, double phase2, double rad_in, double rad_out, double angle_in, double angle_out, double contr1, double contr2)
	the same with sigma = 1 pixel
void	MakeSinePlaidGSector (double angle1, double k1, double phase1, double angle2, double k2, double phase2, double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contr1, double contr2, unsigned short int *&fig)
	create a grayscale SinePlaidGSectorian patch
void	MakeSinePlaidGSector (double angle1, double k1, double phase1, double angle2, double k2, double phase2, double rad_in, double rad_out, double angle_in, double angle_out, double contr1, double contr2, unsigned short int *&fig)
	the same with sigma = 1 pixel
void	MakeSinePlaidGSector (double angle1, double k1, double phase1, double angle2, double k2, double phase2, double rad_in, double rad_out, double angle_in, double angle_out, double sigma, double contr1, double contr2, unsigned short int ind)
	create a grayscale SinePlaidGSectorian patch
void	MakeSinePlaidGSector (double angle1, double k1, double phase1, double angle2, double k2, double phase2, double rad_in, double rad_out, double angle_in, double angle_out, double contr1, double contr2, unsigned short int ind)
	the same with sigma = 1 pixel