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Macros
#define	BINCODE_BIN 0
	Set this to keep the row in the CCD Readout Register (CCD Binning with the next row) More...

#define	BINCODE_DISCARD 6
	Set this to read the row out of the CCD and discard it. More...

#define	BINCODE_SUM 4
	Set this to read the row out of the CCD and SUM in the current FPGA row. More...

#define	BINCODE_SEND 5
	Set this to read ou the row, sum in FPGA, send results to PC (a new row is started in the FPGA) More...

#define	CL_MAX_BINSETS 8
	The maximum number of bin sets supported by the camera. More...

#define	MAX_VERT_BIN_SETS CL_MAX_BINSETS

#define	MAX_HOR_BIN_SETS CL_MAX_BINSETS

#define	MAX_NUM_BIN_SEQS 16
	THe maximum number of binning sequences. More...

#define	MAX_PIXELS_PER_MSG 4096
	Maximum number of pixels in a image data message. More...

#define	CCDSP_AREA_READ 0
	Area Read message/data. More...

#define	CCDSP_BINNED_READ 1
	Binned Read message/data. More...

#define	CCDSP_MASKED_READ_VERT 2
	V masked Read message/data. More...

#define	CCDSP_MASKED_READ_HORI 3
	H masked Read message/data. More...

#define	CCDSP_CUSTOM_READ 4
	Custom Read message/data. More...

#define	CCDSP_AREA8_READ 5
	8-Bit Pixel Area Read message/data More...

#define	MAX_GAIN_SETTINGS 4
	maximum gain settings supported in camera More...

#define	MAX_NUM_MULTIPLE_ROI 16
	maximum number of multiple windows a multiple-ROI camera can have (used for the size of the message). More...

#define	CCDSP_MAX_ERROR_LENGTH 256
	Maximum length of an error message. More...

#define	SIMTYPE_NONE 0
	use real CCD data More...

#define	SIMTYPE_DC 1
	each read pixel from camera is replaced with DC value in mnSimParams[0] More...

#define	SIMTYPE_RAMP 2
	pixels are incremented by one starting at zero More...

#define	SIMTYPE_GRADIENT_X 3
	pixels are scaled from mnSimParams[0] to mnSimParams[1] by mnSimParams[2] in X dimension More...

#define	SIMTYPE_GRADIENT_Y 4
	pixels are scaled from mnSimParams[0] to mnSimParams[1] by mnSimParams[2] in X dimension More...

#define	SIMTYPE_CROSSHAIR 5
	two values, cross hairs DC value in mnSimParams[0], value 2 in mnSimParams[1], every [2] in X, [3] in Y More...

#define	SIMTYPE_RANDOM 6
	gaussian, mean is mnSimParams[0], std is 0.1 * mnSimParams[1] More...

#define	TRIGMODEONEPERIMAGE 0
	one trigger required per image More...

#define	TRIGMODEONEPERGROUP 1
	one trigger required per group More...

Detailed Description

This file holds defines and constants used by the clcamiface DLL and the underlying camera interface protocol.

Author: Critical Link LLC

Date: 6/16/2009

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Macro Definition Documentation

◆ BINCODE_BIN

#define BINCODE_BIN 0

Set this to keep the row in the CCD Readout Register (CCD Binning with the next row)

◆ BINCODE_DISCARD

#define BINCODE_DISCARD 6

Set this to read the row out of the CCD and discard it.

◆ BINCODE_SEND

#define BINCODE_SEND 5

Set this to read ou the row, sum in FPGA, send results to PC (a new row is started in the FPGA)

◆ BINCODE_SUM

#define BINCODE_SUM 4

Set this to read the row out of the CCD and SUM in the current FPGA row.

◆ CCDSP_AREA8_READ

#define CCDSP_AREA8_READ 5

8-Bit Pixel Area Read message/data

◆ CCDSP_AREA_READ

#define CCDSP_AREA_READ 0

Area Read message/data.

◆ CCDSP_BINNED_READ

#define CCDSP_BINNED_READ 1

Binned Read message/data.

◆ CCDSP_CUSTOM_READ

#define CCDSP_CUSTOM_READ 4

Custom Read message/data.

◆ CCDSP_MASKED_READ_HORI

#define CCDSP_MASKED_READ_HORI 3

H masked Read message/data.

◆ CCDSP_MASKED_READ_VERT

#define CCDSP_MASKED_READ_VERT 2

V masked Read message/data.

◆ CCDSP_MAX_ERROR_LENGTH

#define CCDSP_MAX_ERROR_LENGTH 256

Maximum length of an error message.

◆ CL_MAX_BINSETS

#define CL_MAX_BINSETS 8

The maximum number of bin sets supported by the camera.

◆ MAX_GAIN_SETTINGS

#define MAX_GAIN_SETTINGS 4

maximum gain settings supported in camera

◆ MAX_HOR_BIN_SETS

#define MAX_HOR_BIN_SETS CL_MAX_BINSETS

◆ MAX_NUM_BIN_SEQS

#define MAX_NUM_BIN_SEQS 16

THe maximum number of binning sequences.

◆ MAX_NUM_MULTIPLE_ROI

#define MAX_NUM_MULTIPLE_ROI 16

maximum number of multiple windows a multiple-ROI camera can have (used for the size of the message).

◆ MAX_PIXELS_PER_MSG

#define MAX_PIXELS_PER_MSG 4096

Maximum number of pixels in a image data message.

◆ MAX_VERT_BIN_SETS

#define MAX_VERT_BIN_SETS CL_MAX_BINSETS

◆ SIMTYPE_CROSSHAIR

#define SIMTYPE_CROSSHAIR 5

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

◆ SIMTYPE_DC

#define SIMTYPE_DC 1

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

◆ SIMTYPE_GRADIENT_X

#define SIMTYPE_GRADIENT_X 3

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

◆ SIMTYPE_GRADIENT_Y

#define SIMTYPE_GRADIENT_Y 4

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

◆ SIMTYPE_NONE

#define SIMTYPE_NONE 0

use real CCD data

◆ SIMTYPE_RAMP

#define SIMTYPE_RAMP 2

pixels are incremented by one starting at zero

◆ SIMTYPE_RANDOM

#define SIMTYPE_RANDOM 6

gaussian, mean is mnSimParams[0], std is 0.1 * mnSimParams[1]

◆ TRIGMODEONEPERGROUP

#define TRIGMODEONEPERGROUP 1

one trigger required per group

◆ TRIGMODEONEPERIMAGE

#define TRIGMODEONEPERIMAGE 0

one trigger required per image

Macros