T a b l e o f C o n t e n t s - ILPhotonics.com

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CDI_Convert = (LPCDECLFUNC)GetProcAddress (hDLLInst, "_CDI_Convert");if (CDI_Convert)nResult = CDI_Convert(lpY, &CCDTemp, StatusString, &TimerInt,&SampleDone, lpX, &NumPts);}if(!SetTimer (hWnd, IDT_CONVERT_TIMER, (UINT)( (long)(TimerInt * 1000.0) ),lpfnConvertTimer))MessageBox (hWnd, "Too many clocks or timers!", "ProcessCommands",MB_TASKMODAL | MB_OK | MB_ICONEXCLAMATION);return 0;}__________________________________________________________________________CDI_TimerEnableSyntax: CDI_TimerEnable(short int TimerEnable, int *HandShake, HWND HwndParent )This function enables a self-running timer loop implemented with a self-contained callback function andWM_TIMER messages. When the timer is enabled, the calling program may call CDI_UpdateData() atany time to read the most recent fully processed spectral data.ParametersTimerEnableHandShakeHwndParentshort integer variable which when greater than zero (TimerEnable > 0 ) enables theDLL's internal timer callback function. When not greater than zero (TimerEnable
flag is set to TRUE is in raw A/D counts with no offset subtracted, and this mode will continue until theShowOff flag is set to FALSE.ParametersShowOffPointer to the BOOL variable in which toggles the show offset command. If ShowOffis TRUE then the amplitude calibration mode is overridden so that the raw countscan be returned by CDI_Convert on the next call. When ShowOff is set to FALSEthen the amplitude calibration mode is restored.countsPointer to the float variable in which the current analog offset DAC command isreturned.Return Value No return value.Comments This function when combined with CDI_ChangeOffset performs the same action asthe Setup Analog Offset Countscommand of the CDI SPEC application.__________________________________________________________________________CDI_ChangeOffsetSyntax: CDI_ChangeOffset(float *newCounts)This function is called to change the analog offset counts commanded to the offset DAC.ParametersnewCounts Pointer to the float variable which contains the analog offset counts command.Return Value No return value.__________________________________________________________________________CDI_ChangeIntTimeSyntax: CDI_ChangeIntTime(float *newIntTime, float *Timer)This function is called to set the CCD integration time or exposure time.ParametersnewIntTime Pointer to the float variable which contains the integration time in seconds.TimerPointer 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.Return Value No return value.Comments This function performs the same action as the Setup Integration Time command ofthe CDI SPEC application.__________________________________________________________________________CDI_SetCCDTempSyntax: CDI_SetCCDTemp(float* m_TempCmd, BOOL m_On)This function is called to set the thermoelectric cooler (TEC) operating temperature.Parametersm_TempCmdm_OnReturn ValuePointer to the float variable which specifies the setpoint temperature for thethermoelectric cooler.BOOL variable which when TRUE turns on the thermoelectric cooler.No return value.7
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: CDI_ConvertSyntax: CDI_Convert(floa
Page 9 and 10: ParametersTrigMode Pointer to the u
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

T a b l e o f C o n t e n t s - ILPhotonics.com

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