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Comments This function performs the same action as the Setup Temperature Control commandof the CDI SPEC application.__________________________________________________________________________CDI_ChangeCompensationSyntax: CDI_ChangeCompensation(float* m_BBTemp, float* m_Multiplier, short int* CMode,short int* BMode, short int* RMode,char* m_RefFilText, char* m_BinRefFile)This function is called to select amplitude calibration units and background subtraction.Parametersm_BBTemp Pointer to the float variable which specifies the ideal blackbody color temperature forcomputation of the blackbody calibration.m_Multiplier Pointer to the float variable which specifies the scale factor which multiplies thenormalized blackbody calibration. m_Multiplier specifies the maximum value of theoutput.CModePointer to the short integer variable which specifies the amplitude calibration mode.CMode identifiers (include CDI32.H):CM_ZeroOffset = Zero Offset CompCM_SubBgnd = Subtract BackgroundCM_NormMax = Percent TransmittanceCM_NormAU = Absorbance Units (log (1/T))CM_NormDB = Normalize (dB)CM_NormBB = Blackbody CalibrationCM_NormFile = File Calibration using file named in m_RefFilTextBModePointer to the short integer variable which specifies the background sutraction mode.BMode identifiers (include CDI32.H):BM_InternalBG = Internal background traceBM_CCDDarkPix = Live CCD dark sensor pixelsBM_IntBGwTracking = Combine internal background and live CCD dark sensorpixelsRModePointer to the short integer variable which specifies the reference trace to be used foramplitude calibration. RMode identifiers (include CDI32.H):RM_InternalRef = Internal reference traceRM_OnboardRef = Default reference stored in file default.refRM_BinRefFile = Loads a binary reference file named in m_BinRefFilem_RefFilText char* to string which contains the name of the file containing calibration data whenCMode = CM_NormFilem_BinRefFile char* to string which contains the name of the file containing the reference whenRMode = RM_BinRefFile.Return Value No return value.Comments This function performs the same action as the Setup Amplitude Calibration commandof the CDI SPEC application.__________________________________________________________________________CDI_ChangeTriggerModeSyntax: CDI_ChangeTriggerMode(unsigned short int *TrigMode)This function is called to change the trigger mode of the system.8
ParametersTrigMode Pointer to the unsigned short integer variable which specifies the trigger mode.TrigMode codes:TM_SynchRead = Internal Trigger, Read Single Spectrum on each sweepTM_AvgBuffer = Internal Trigger, Read and Average 17 Spectra on each sweepTM_IntPixRst = Internal Trigger, Quick Change Integration Time and High Amplitude StabilityTM_IntFast = Internal Trigger, Minimum Integration Time and Trigger LatencyTM_ExtFast = External Trigger, Minimum Integration Time and Trigger LatencyTM_ExtPixRst = External Trigger, High Amplitude StabilityTM_MultiBegin = External Trigger at Beginning of Event, Read and Display 18 SpectraTM_MultiMid = External Trigger at Middle of Event, Read and Display 18 SpectraTM_MultiEnd = External Trigger at End of Event, Read and Display 18 SpectraTM_MultiBeginAvg = External Trigger at Beginning of Event, Read and Average 18 Spectra on eachsweepTM_MultiMidAvg = External Trigger at Middle of Event, Read and Average 18 Spectra on each sweepTM_MultiEndAvg = External Trigger at End of Event, Read and Average 18 Spectra on each sweepReturn Value No return value.Comments This function performs the same action as the Trigger Mode command of the CDISPEC application.__________________________________________________________________________CDI_ChangeBoardAddrSyntax: CDI_ChangeBoardAddr(short int *Addr, float *Timer)This function is called to change the I/O address of the spectrograph card.ParametersAddrPointer to the short int variable specifying the I/O address which matches the switchsettings on the board. Legal values are between 512 and 1008, inclusive.TimerPointer to the float variable in which the recommended time interval (in seconds) tothe next call to CDI_Convert is returned. Timer is used to set the Windows timer forthe next interval. This function issues a Start Convert signal.Return Value No return value.Comments This function performs the same action as the File New Setup Board Addresscommand of the CDI SPEC application.__________________________________________________________________________CDI_GetIntegrateTimeSyntax: CDI_GetIntegrateTime(float *IntTime, float *Timer);This function is called to get the current CCD integration time (exposure time) from the DLL driver library.ParametersIntTimeTimerReturn ValuePointer to the float variable in which the current integration time in seconds isreturned.Pointer to the float variable in which the recommended time interval (in seconds) tothe next call to CDI_Convert is returned. Timer may be used to set the Windowstimer for the next interval.No return value.9
Page 1 and 2: T a b l e o f C o n t e n t sCDI Sp
Page 3 and 4: CDI_InitSyntax: CDI_Init(char* Setu
Page 5 and 6: CDI_ConvertSyntax: CDI_Convert(floa
Page 7: flag is set to TRUE is in raw A/D c
Page 11 and 12: BM_IntBGwTracking = Combine interna
Page 13 and 14: CDI_RereferenceSyntax: CDI_Rerefere
Page 15 and 16: Comments This function performs the
Page 17 and 18: m_FileComment char* to the string w
Page 19 and 20: Syntax: CDI_OpticSwitch2(BOOL Switc
Page 21: CDI_ChangeNoBoardSyntax: CDI_Change
Page 24: m_PksOnlineReturn ValueCommentsBOOL

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