新增STIL CCS-PRIMA激光测试功能。
This commit is contained in:
TAO Cheng
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/************************************************************************/
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/* STIL * Software Departement */
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/*----------------------------------------------------------------------*/
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/* */
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/* MchrDefine.h */
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/* */
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/*----------------------------------------------------------------------*/
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/* Project .................................. CHR DLL */
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/* Reference documents */
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/* Programming Language ................. Visual C++ v6.0 */
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/* Starting date ................... 16/01/2003 */
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/* Date of last update ............. */
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/* Author(s)................................. DMO */
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/* Required Files .........................none */
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/* Required hardware .................... PC Pentium 350 Mhz */
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/* Prefix ........... MCHR_ */
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/*----------------------------------------------------------------------*/
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/* This HEADER file defines constants */
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/* */
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/* */
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/*----------------------------------------------------------------------*/
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/* V? | Date |AUTHOR| COMMENTS */
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/*-------+---------- +--------------------------------------------------*/
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/* 01 | 05 Sept 03| DMO | Initial version */
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/* 02 | 18 Nov 05| DMO | Ethernet, XE, download */
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/* 03 | 07 Mar. 08| RSA | Max number devices set to 8 */
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/*----------------------------------------------------------------------*/
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#ifndef MCHRDEFINE_H
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#define MCHRDEFINE_H
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#if defined(_cplusplus) || defined(__cplusplus)
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extern "C" {
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#endif /* _cplusplus */
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/*!
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\def MCHR_MAX_SENSOR
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\if FR
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Nombre maximum de capteur pouvant être gere par la DLL
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\else
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Maximum number of sensors that can be handled by the DLL
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\endif
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*/
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#define MCHR_MAX_SENSOR 16
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/*!
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\def MCHR_MAX_REFRACTIVE_INDEX
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\if FR
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Nombre maximum de d'indice de refraction pouvant être gere par un capteur
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\else
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Maximum number of refractive indexes that can be handled by a sensor
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\endif
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*/
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#define MCHR_MAX_REFRACTIVE_INDEX 8
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/*!
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\def MCHR_USB_DEVICE_NAME_LENGTH
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\if FR
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Taille max du nom de peripherique USB
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\else
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Max length of Usb device name
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\endif
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*/
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#define MCHR_USB_DEVICE_NAME_LENGTH 50
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/*!
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\def MCHR_MAX_DIGITAL_DATA
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\if FR
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Nombre de donnees max mesurees par un capteur
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\else
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Max number of data measured at each physical point
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\endif
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*/
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#define MCHR_MAX_DIGITAL_DATA 16
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/*!
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\def MCHR_ANALOG_OUTPUT_NUMBER
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\if FR
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Nombre de sorties analogique max d'un capteur
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\else
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Max number of analog outputs for a sensor
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\endif
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*/
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#define MCHR_ANALOG_OUTPUT_NUMBER 2
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/*!
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\def MCHR_MAX_ENCODER
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\if FR
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Nombre de codeur max pour un capteur
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\else
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Max number of encoders for a sensor
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\endif
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*/
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#define MCHR_MAX_ENCODER 3
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/*!
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\def MCHR_MAX_PEN_CHR_150
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\if FR
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Nombre de crayon max dans un CHR-150.
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\else
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Max number of opticals pens ( = calibration tables) by CHR 150
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\endif
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*/
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#define MCHR_MAX_PEN_CHR_150 6
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/*!
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\def MCHR_MAX_PEN_CHR_450
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\if FR
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Nombre de crayon max dans un CHR-450.
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\else
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Max number of opticals pens ( = calibration tables) by CHR 450
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\endif
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*/
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#define MCHR_MAX_PEN_CHR_450 6
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/*!
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\def MCHR_MAX_PEN_CHR_XE
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\if FR
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Nombre de crayon max dans un CHR-XE.
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\else
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Max number of opticals pens ( = calibration tables) by CHR XE
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\endif
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*/
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#define MCHR_MAX_PEN_CHR_XE 6
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/*!
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\def MCHR_MAX_PEN_CHR_XE_E
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\if FR
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Nombre de crayon max dans un CHR-XE.
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\else
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Max number of opticals pens ( = calibration tables) by CHR XE
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\endif
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*/
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#define MCHR_MAX_PEN_CHR_XE_E 20
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/*!
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\def MCHR_MAX_PEN_CCS_ALPHA
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\if FR
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Nombre de crayon max dans un CCS ALPHA.
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\else
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Max number of opticals pens ( = calibration tables) by CCS ALPHA
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\endif
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*/
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#define MCHR_MAX_PEN_CCS_ALPHA 20
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/*!
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\def MCHR_MAX_PEN_CCS_PRIMA
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\if FR
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Nombre de crayon max dans un CCS PRIMA.
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\else
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Max number of opticals pens ( = calibration tables) by CCS PRIMA.
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\endif
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*/
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#define MCHR_MAX_PEN_CCS_PRIMA 20
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/*!
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\def MCHR_MAX_PEN_CCS_OPTIMA
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\if FR
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Nombre de crayon max dans un CCS OPTIMA.
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\else
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Max number of opticals pens ( = calibration tables) by CCS OPTIMA
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\endif
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*/
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#define MCHR_MAX_PEN_CCS_OPTIMA 20
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/*!
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\def MCHR_MAX_PEN_CCS_ULTIMA
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\if FR
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Nombre de crayon max dans un CCS ULTIMA.
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\else
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Max number of opticals pens ( = calibration tables) by CCS ULTIMA
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\endif
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*/
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#define MCHR_MAX_PEN_CCS_ULTIMA 20
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/*!
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\def MCHR_MAX_PEN_CCS_INITIAL
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\if FR
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Nombre de crayon max dans un CCS INITIAL.
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\else
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Max number of opticals pens ( = calibration tables) by CCS INITIAL.
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\endif
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*/
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#define MCHR_MAX_PEN_CCS_INITIAL 1
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/*!
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\def MCHR_MAX_PEN_TRIO
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\if FR
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Nombre de crayon max dans un TRIO.
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\else
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Max number of opticals pens ( = calibration tables) by TRIO.
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\endif
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*/
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#define MCHR_MAX_PEN_TRIO 20
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/*!
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\def MCHR_MAX_PEN_RUBY
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\if FR
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Nombre de crayon max dans un RUBY.
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\else
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Max number of opticals pens ( = calibration tables) by RUBY
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\endif
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*/
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#define MCHR_MAX_PEN_RUBY 20
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/*!
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\def MCHR_MAX_PEN_CHR
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\if FR
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Nombre de crayon max dans un CHR.
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\else
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Max number of opticals pens ( = calibration tables) by CHR.
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\endif
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*/
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#define MCHR_MAX_PEN_CHR MCHR_MAX_PEN_CHR_150
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/*!
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\def MCHR_MAX_EXPOSURE_CHR_150
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\if FR
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Definition du temps d'exposition MAXIMUM pour un capteur.
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\warning Fonction non autorisee pour le CHR 150.
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\else
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MAXIMUM exposure time in microsec for a sensor.
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\warning COMMAND NOT AUTHORIZED for CHR 150.
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\endif
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*/
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#define MCHR_MAX_EXPOSURE_CHR_150 0 /* Non applicable sur CHR-150 */
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/* Command not authorized for CHR 150 */
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/*!
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\def MCHR_MIN_EXPOSURE_CHR_150
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\if FR
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Definition du temps d'exposition MINIMUM pour un capteur.
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\warning Fonction non autorisee pour le CHR 150.
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\else
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MINIMUM exposure time in microsec for a sensor.
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\warning COMMAND NOT AUTHORIZED for CHR 150.
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\endif
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*/
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#define MCHR_MIN_EXPOSURE_CHR_150 0 /* Non applicable sur CHR-150 */
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/* Command not authorized for CHR 150 */
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/*!
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\def MCHR_MAX_EXPOSURE_CHR_450
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\if FR
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Definition du temps d'exposition MAXIMUM pour un CHR 450 <br>
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30000 correspond ?la fréquence 33Hz.
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\else
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MAXIMUM exposure time in microsec for CHR 450. <br>
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30000 correspond to the frequency 33Hz.
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\endif
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*/
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#define MCHR_MAX_EXPOSURE_CHR_450 30000 /* Correspond ?la Freq 33Hhz */
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/* Corresponds to 33Hz */
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/*!
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\def MCHR_MIN_EXPOSURE_CHR_450
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\if FR
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Definition du temps d'exposition MINIMUM pour un CHR 450.
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250 correspond ?la fréquence 4 KHz.
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\else
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MINIMUM exposure time in microsec for CHR 450.
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250 correspond to the frequency 4 kHz.
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\endif
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*/
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#define MCHR_MIN_EXPOSURE_CHR_450 250 /* Correspond la freq 4Khz */
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/* Corresponds to 4KHz */
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/*!
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\def MCHR_MAX_EXPOSURE_CHR_XE
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\if FR
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Definition du temps d'exposition MAXIMUM pour un CHR XE <br>
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30000 correspond ?la fréquence 33Hz.
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\else
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MAXIMUM exposure time in microsec for CHR XE <br>
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30000 correspond to the frequency 33Hz.
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\endif
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*/
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#define MCHR_MAX_EXPOSURE_CHR_XE 30000 /* Correspond ?la Freq 33Hhz */
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/* Corresponds to 33Hz */
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/*!
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\def MCHR_MIN_EXPOSURE_CHR_XE
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\if FR
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Definition du temps d'exposition MINIMUM pour un CHR XE.
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100 correspond ?la fréquence 10 KHz.
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\else
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MINIMUM exposure time in microsec for CHR XE.
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100 correspond to the frequency 10 kHz.
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\endif
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*/
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#define MCHR_MIN_EXPOSURE_CHR_XE 100 /* Correspond la freq 10Khz */
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/* Corresponds to 10KHz */
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/*!
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\def MCHR_MAX_EXPOSURE_CHR_XE_E
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\if FR
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Definition du temps d'exposition MAXIMUM pour un CHR XE_E <br>
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30000 correspond ?la fréquence 33 Hz.
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\else
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MAXIMUM exposure time in microsec for CHR XE_E. <br>
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30000 correspond to the frequency 33 Hz.
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\endif
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*/
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#define MCHR_MAX_EXPOSURE_CHR_XE_E 30000 /* Correspond ?la Freq 33Hhz */
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/* Corresponds to 33Hz */
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/*!
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\def MCHR_MIN_EXPOSURE_XE_E
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\if FR
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Definition du temps d'exposition MINIMUM pour un CHR XE_E.
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32 correspond ?la fréquence 31,250 Khz.
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\else
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MINIMUM exposure time in microsec for CHR XE_E.
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32 correspond to the frequency 31,250 Khz.
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\endif
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*/
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#define MCHR_MIN_EXPOSURE_CHR_XE_E 32 /* Correspond la freq 31Khz250 */
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/* Corresponds to 31250 Hz */
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/*!
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\def MCHR_MAX_EXPOSURE_CCS_ALPHA
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\if FR
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Definition du temps d'exposition MAXIMUM pour un CCS ALPHA <br>
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25000 correspond ?la fréquence 40 Hz.
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\else
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MAXIMUM exposure time in microsec for CCS ALPHA. <br>
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25000 correspond to the frequency 40 Hz.
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\endif
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*/
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#define MCHR_MAX_EXPOSURE_CCS_ALPHA 25000 /* Correspond ?la Freq 40 Hz */
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/* Corresponds to 40 Hz */
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/*!
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\def MCHR_MIN_EXPOSURE_CCS_ALPHA
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\if FR
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Definition du temps d'exposition MINIMUM pour un CCS ALPHA.
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500 correspond ?la fréquence 2 KHz.
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\else
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MINIMUM exposure time in microsec for CHR CCS ALPHA.
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500 correspond to the frequency 2 kHz.
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\endif
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*/
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#define MCHR_MIN_EXPOSURE_CCS_ALPHA 500 /* Correspond la freq 2Khz */
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/* Corresponds to 2000 Hz */
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/*!
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\def MCHR_MAX_EXPOSURE_CCS_INITIAL
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\if FR
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Definition du temps d'exposition MAXIMUM pour un CCS INITIAL <br>
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10000 correspond ?la fréquence 100 Hz.
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\else
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MAXIMUM exposure time in microsec for CHR CCS INITIAL. <br>
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10000 correspond to the frequency 100 Hz.
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\endif
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*/
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#define MCHR_MAX_EXPOSURE_CCS_INITIAL 10000 /* Correspond ?la Freq 100Hhz */
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/* Corresponds to 100Hz */
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/*!
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\def MCHR_MIN_EXPOSURE_CCS_INITIAL
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\if FR
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Definition du temps d'exposition MINIMUM pour un CCS INITIAL.
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500 correspond ?la fréquence 2 KHz.
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\else
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MINIMUM exposure time in microsec for CHR CCS INITIAL.
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500 correspond to the frequency 2 kHz.
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\endif
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*/
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#define MCHR_MIN_EXPOSURE_CCS_INITIAL 500 /* Correspond la freq 2Khz */
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/* Corresponds to 2000 Hz */
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/*!
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\def MCHR_MAX_EXPOSURE_CCS_PRIMA
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\if FR
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Definition du temps d'exposition MAXIMUM pour un CCS PRIMA <br>
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10000 correspond ?la fréquence 100Hz.
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\else
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MAXIMUM exposure time in microsec for CCS PRIMA. <br>
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10000 correspond to the frequency 100Hz.
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\endif
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*/
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#define MCHR_MAX_EXPOSURE_CCS_PRIMA 10000 /* Correspond ?la Freq 100Hhz */
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/* Corresponds to 100Hz */
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/*!
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\def MCHR_MIN_EXPOSURE_CCS_PRIMA
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\if FR
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Definition du temps d'exposition MINIMUM pour un CCS PRIMA.
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500 correspond ?la fréquence 2 KHz.
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\else
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MINIMUM exposure time in microsec for CCS PRIMA.
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500 correspond to the frequency 2 kHz.
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\endif
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*/
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#define MCHR_MIN_EXPOSURE_CCS_PRIMA 500 /* Correspond la freq 2Khz */
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/* Corresponds to 2000 Hz */
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/*!
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\def MCHR_MAX_EXPOSURE_CCS_OPTIMA
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\if FR
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Definition du temps d'exposition MAXIMUM pour un CCS_OPTIMA <br>
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10000 correspond ?la fréquence 100Hz.
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\else
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MAXIMUM exposure time in microsec for CCS_OPTIMA. <br>
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10000 correspond to the frequency 100Hz.
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\endif
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*/
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#define MCHR_MAX_EXPOSURE_CCS_OPTIMA 10000 /* Correspond ?la Freq 100Hhz */
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/* Corresponds to 100Hz */
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/*!
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\def MCHR_MIN_EXPOSURE_CCS_OPTIMA
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\if FR
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Definition du temps d'exposition MINIMUM pour un CCS OPTIMA.
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200 correspond ?la fréquence 5 KHz.
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\else
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MINIMUM exposure time in microsec for CCS OPTIMA.
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200 correspond to the frequency 4 kHz.
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\endif
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*/
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#define MCHR_MIN_EXPOSURE_CCS_OPTIMA 200 /* Correspond la freq 5000 hz */
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/* Corresponds to 5 kHz */
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/*!
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\def MCHR_MAX_EXPOSURE_CCS_ULTIMA
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\if FR
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Definition du temps d'exposition MAXIMUM pour un CCS ULTIMA<br>
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10000 correspond ?la fréquence 100Hz.
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\else
|
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MAXIMUM exposure time in microsec for CCS ULTIMA. <br>
|
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10000 correspond to the frequency 100Hz.
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\endif
|
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*/
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#define MCHR_MAX_EXPOSURE_CCS_ULTIMA 10000 /* Correspond ?la Freq 100Hhz */
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/* Corresponds to 100Hz */
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/*!
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\def MCHR_MIN_EXPOSURE_CCS_ULTIMA
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\if FR
|
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Definition du temps d'exposition MINIMUM pour un CCS ULTIMA.
|
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32 correspond ?la fréquence 31,250 KHz.
|
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\else
|
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MINIMUM exposure time in microsec for CCS ULTIMA.
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32 correspond to the frequency 31,250 kHz.
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\endif
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||||
*/
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#define MCHR_MIN_EXPOSURE_CCS_ULTIMA 32 /* Correspond la freq 31250 hz */
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/* Corresponds to 31250 Hz */
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/*!
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\def MCHR_MAX_EXPOSURE_TRIO
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\if FR
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Definition du temps d'exposition MAXIMUM pour un TRIO <br>
|
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25000 correspond ?la fréquence 40Hz.
|
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\else
|
||||
MAXIMUM exposure time in microsec for TRIO. <br>
|
||||
25000 correspond to the frequency 40Hz.
|
||||
\endif
|
||||
*/
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#define MCHR_MAX_EXPOSURE_TRIO 25000 /* Correspond ?la Freq 40Hz */
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/*!
|
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\def MCHR_MIN_EXPOSURE_TRIO
|
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\if FR
|
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Definition du temps d'exposition MINIMUM pour un TRIO.
|
||||
500 correspond ?la fréquence 2 KHz.
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\else
|
||||
MINIMUM exposure time in microsec for TRIO.
|
||||
500 correspond to the frequency 2 kHz.
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||||
\endif
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||||
*/
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#define MCHR_MIN_EXPOSURE_TRIO 500 /* Correspond ?la Freq 2000Hhz */
|
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/*!
|
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\def MCHR_MAX_EXPOSURE_RUBY
|
||||
\if FR
|
||||
Definition du temps d'exposition MAXIMUM pour un RUBY
|
||||
\else
|
||||
MAXIMUM exposure time in microsec for RUBY.
|
||||
|
||||
\endif
|
||||
*/
|
||||
#define MCHR_MAX_EXPOSURE_RUBY 250000L /* Correspond ?la Freq 100Hhz */
|
||||
/*!
|
||||
\def MCHR_MIN_EXPOSURE_CHR_450
|
||||
\if FR
|
||||
Definition du temps d'exposition MINIMUM pour un RUBY.
|
||||
500 correspond ?la fréquence 2 KHz.
|
||||
\else
|
||||
MINIMUM exposure time in microsec for RUBY.
|
||||
500 correspond to the frequency 2 kHz.
|
||||
\endif
|
||||
*/
|
||||
#define MCHR_MIN_EXPOSURE_RUBY 500 /* Correspond ?la Freq 2Khz */
|
||||
|
||||
/*!
|
||||
\def MCHR_NO_PEN
|
||||
\if FR
|
||||
Identificateur d'absence de crayon configure
|
||||
\else
|
||||
Full scale value attributed to undefined calibration table
|
||||
\endif
|
||||
*/
|
||||
#define MCHR_NO_PEN 999
|
||||
|
||||
/*!
|
||||
\def MCHR_NOT_FREQ_MIN
|
||||
\if FR
|
||||
Identificateur d'absence de Frequence min du Dark
|
||||
\else
|
||||
Dark min frequency value attributed to undefined Dark
|
||||
\endif
|
||||
*/
|
||||
#define MCHR_NOT_FREQ_MIN 999
|
||||
|
||||
/*!
|
||||
\def enum MCHR_STATUS
|
||||
\if FR
|
||||
Definition des etats de l'objet Capteur
|
||||
\else
|
||||
Definition of possible states of the CHR
|
||||
\endif
|
||||
*/
|
||||
enum MCHR_STATUS
|
||||
{
|
||||
/*! \brief not initialized */
|
||||
MCHR_STATUS_NOT_INITIALIZED=1, //not initialized
|
||||
/*! \brief initialized */
|
||||
MCHR_STATUS_INITIALIZED, //initialized
|
||||
/*! \brief initialization failed */
|
||||
MCHR_STATUS_INIT_FAILED, //initialization failed
|
||||
/*! \brief waiting for command */
|
||||
MCHR_STATUS_WAIT_COMMAND, //waiting for command
|
||||
/*! \brief not initialized */
|
||||
MCHR_STATUS_COMMAND_IN_PROGRESS, //command processing in progress
|
||||
/*! \brief finite acquisition in progress */
|
||||
MCHR_STATUS_ACQUISITION_IN_PROGRESS, //finite acquisition in progress
|
||||
/*! \brief finite acquisition in progress */
|
||||
MCHR_STATUS_CONTINUOUS_ACQ_IN_PROGRESS, //continuous acquisition in progress
|
||||
/*! \brief Acquisition-abort in progress */
|
||||
MCHR_STATUS_STOP_ACQ_IN_PROGRESS, //Acquisition-abort in progress
|
||||
/*! \brief communication failed */
|
||||
MCHR_STATUS_COM_FAILED, //communication failed
|
||||
/*! \brief Sensor already in use by another instance */
|
||||
MCHR_STATUS_ALREADY_IN_USE, // Sensor already in use by another instance
|
||||
|
||||
};
|
||||
|
||||
/*!
|
||||
\def enum enSpectrumAcquisitionResult
|
||||
\if FR
|
||||
Definition des etats de l'objet de l'acquisition du spectre
|
||||
\else
|
||||
Definition of possible states of the spectrum acquisition
|
||||
\endif
|
||||
*/
|
||||
enum enSpectrumAcquisitionResult
|
||||
{
|
||||
/*! \brief data present */
|
||||
SPECTRUM_ACQUISITION_DATA_READY,
|
||||
/*! \brief no data present */
|
||||
SPECTRUM_ACQUISITION_BUFFER_EMPTY,
|
||||
/*! \brief error */
|
||||
SPECTRUM_ACQUISITION_ERROR,
|
||||
/*! \brief timeout */
|
||||
SPECTRUM_ACQUISITION_TIMEOUT,
|
||||
};
|
||||
|
||||
|
||||
// Other declarations
|
||||
#define MAX_NAME_LENGTH 128
|
||||
|
||||
#if defined(_cplusplus) || defined(__cplusplus)
|
||||
}
|
||||
#endif /* _cplusplus */
|
||||
#endif
|
||||
Reference in New Issue
Block a user