Macros
#define	PATTERNTYPE_CROSSHAIR SIMTYPE_CROSSHAIR
	two values, cross hairs DC value in PatternParams[0], value 2 in PatternParams[1], every [2] in X, [3] in Y
#define	PATTERNTYPE_DC SIMTYPE_DC
	each read pixel from camera is replaced with DC value in mnSimParams[0]
#define	PATTERNTYPE_GRADIENT_X SIMTYPE_GRADIENT_X
	pixels are scaled from PatternParams[0] to PatternParams[1] by PatternParams[2] in X dimension
#define	PATTERNTYPE_GRADIENT_Y SIMTYPE_GRADIENT_Y
	pixels are scaled from PatternParams[0] to PatternParams[1] by PatternParams[2] in Y dimension
#define	PATTERNTYPE_NONE SIMTYPE_NONE
	use real CCD data
#define	PATTERNTYPE_RAMP SIMTYPE_RAMP
	pixels are incremented by one starting at zero
#define	PATTERNTYPE_RANDOM SIMTYPE_RANDOM
	pixesl mean is PatternParams[0] with std of 0.1 * PatternParams[1]

Detailed Description

Macro Definition Documentation

#define PATTERNTYPE_CROSSHAIR SIMTYPE_CROSSHAIR

two values, cross hairs DC value in PatternParams[0], value 2 in PatternParams[1], every [2] in X, [3] in Y

#define PATTERNTYPE_DC SIMTYPE_DC

each read pixel from camera is replaced with DC value in mnSimParams[0]

#define PATTERNTYPE_GRADIENT_X SIMTYPE_GRADIENT_X

pixels are scaled from PatternParams[0] to PatternParams[1] by PatternParams[2] in X dimension

#define PATTERNTYPE_GRADIENT_Y SIMTYPE_GRADIENT_Y

pixels are scaled from PatternParams[0] to PatternParams[1] by PatternParams[2] in Y dimension

#define PATTERNTYPE_NONE SIMTYPE_NONE

use real CCD data

#define PATTERNTYPE_RAMP SIMTYPE_RAMP

pixels are incremented by one starting at zero

#define PATTERNTYPE_RANDOM SIMTYPE_RANDOM

pixesl mean is PatternParams[0] with std of 0.1 * PatternParams[1]