TAO Cheng
86 lines
5.6 KiB
C++
86 lines
5.6 KiB
C++
#if !defined(AFX_ACQUISITION_EASY_H_INCLUDED_)
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#define AFX_ACQUISITION_EASY_H_INCLUDED_
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#include "afxmt.h"
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#include "windows.h"
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#include "MchrType.h"
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#include "MchrDefine.h"
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#include "MchrError.h"
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#include "Mchr.h"
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#include "cAcqEasyType.h"
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class cAcqEasy
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{
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private:
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HANDLE hThread;
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static DWORD WINAPI ProcessThread (LPVOID lpArg);
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DWORD ProcessThread(void);
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HANDLE m_OnEvent[EVENT_ACQ_EASY_NUMBER];
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HANDLE m_OnEventAcquisition[EVENT_ACQUISITION_NUMBER];
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MCHR_tyAcqParam m_acqParam;
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sAcqEasyParam m_acqEasyParam;
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bool m_IsDataAcquisitionStarting;
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bool m_IsSpectrumAcquisitionStarting;
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MCHR_ID m_chr_id;
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short m_status_acquisition;
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char m_status_message[MAX_CHAR];
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int m_number_of_buffer_to_read;
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int m_current_index_of_buffer_to_read;
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long m_measure_index;
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HANDLE m_end_acq_event;
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HANDLE m_status_event;
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float **m_ppAcqBuffer[ID_BUFFER_MAX]; //data buffers
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DWORD **m_ppEncoderBuffer[ID_BUFFER_ENCODER_MAX]; //encoders buffers
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float **m_ppAutoAdaptativeBuffer; //auto adaptative buffers
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bool m_IsCreateAcqBuffer;
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CCriticalSection criticalBuffer;
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void _CreateAcqBuffer(int NumberOfBuffers, int BufferLength);
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void _ReleaseAcqBuffer(int NumberOfBuffers);
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//try to determine and set the sensor mode and digital output
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bool _SetSensorModeAndDigitalOutput(sAcqEasyParam *pAcqEasyParam);
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public:
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cAcqEasy(MCHR_ID SensorID);
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~cAcqEasy();
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//start spectrum acquisition
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bool StartSpectrumAcquisition(unsigned short **ppSpectrum, unsigned short *pFirstUsablePixel, unsigned short *pBufferSize);
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//stop spectrum acquisition
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bool StopSpectrumAcquisition(unsigned short **ppSpectrum);
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//read spectrum acquisition
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bool GetSpectrumAcquisition(unsigned short *pSpectrum, unsigned short DataSize, unsigned short *pCounter, enSpectrumAcquisitionResult *pSpectrumAcquisitionResult, int timeout);
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//start acquisition with acquisition parameters
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bool StartAcquisition(sAcqEasyParam acqEasyParam);
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//stop acquisition
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bool StopAcquisition();
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//select your own acquisition event
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void SetAcqEvent(HANDLE endAcqEvent) { m_end_acq_event = endAcqEvent; };
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//select your own status event
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void SetStatusEvent(HANDLE statusEvent) { m_status_event = statusEvent; };
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void SetSensorId(MCHR_ID Id) { m_chr_id = Id; }
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MCHR_ID GetSensorId(void) { return (m_chr_id); }
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bool GetAltitudeAcquisitionData(PFLOAT pArrayAltitude, PFLOAT pArrayIntensity, PFLOAT pArrayCounter, PFLOAT pArrayBarycenter, PFLOAT pArrayStatus, int* pCount);
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bool GetThicknessAcquisitionData(PFLOAT pArrayThickness, PFLOAT pArrayDistance1, PFLOAT pArrayIntensity1, PFLOAT pArrayBarycenter1, PFLOAT pArrayDistance2, PFLOAT pArrayIntensity2, PFLOAT pArrayBarycenter2, PFLOAT pArrayStatus, PFLOAT pArrayCounter, int* pDataCount);
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bool GetDepthAcquisitionData(PFLOAT pArrayDepth, PFLOAT pArrayIntensity, PFLOAT pArrayCounter, PFLOAT pArrayBarycenter, PFLOAT pArrayStatus, int* pDataCount);
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bool GetInterferometricThicknessAcquisitionData(PFLOAT pArrayThickness1, PFLOAT pArrayThickness2, PFLOAT pArrayThickness3, PFLOAT pArrayQuality1, PFLOAT pArrayQuality2, PFLOAT pArrayQuality3, PFLOAT pArrayIntensity, int* pDataCount);
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bool GetInterferometricThicknessSAWLIAcquisitionData(PFLOAT pArrayThickness1, PFLOAT pArrayThickness2, PFLOAT pArrayThickness3, PFLOAT pArrayQuality1, PFLOAT pArrayQuality2, PFLOAT pArrayQuality3, PFLOAT pArrayIntensity, PFLOAT pArrayThickness, PFLOAT pArrayCounter, PFLOAT pArrayStatus, int* pDataCount);
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bool GetEncoderData(PDWORD pArrayEncoder1, PDWORD pArrayEncoder2, PDWORD pArrayEncoder3);
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bool GetAutoAdaptativeData(PFLOAT pArrayAutoAdaptative);
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bool GetTransmittedData_ChrDistance(PFLOAT pArrayDistance, PFLOAT pArrayIntensity, PFLOAT pArrayBarycenter, int* pDataCount);
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bool GetTransmittedData_ChrThickness(PFLOAT pArrayThickness, PFLOAT pArrayDistance1, PFLOAT pArrayDistance2, PFLOAT pArrayIntensity1, PFLOAT pArrayIntensity2, PFLOAT pArrayBarycenter1, PFLOAT pArrayBarycenter2, int* pDataCount);
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bool GetTransmittedData_CcsDistance(PFLOAT pArrayDistance, PFLOAT pArrayAutoAdaptativeModeData, PFLOAT pArrayIntensity, PFLOAT pArrayBarycenter, PFLOAT pArrayStatus, PFLOAT pArrayCounter, PDWORD pArrayEncoder1, PDWORD pArrayEncoder2, PDWORD pArrayEncoder3, int* pDataCount);
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bool GetTransmittedData_CcsThickness(PFLOAT pArrayThickness, PFLOAT pArrayDistance1, PFLOAT pArrayDistance2, PFLOAT pArrayAutoAdaptativeModeData, PFLOAT pArrayIntensity1, PFLOAT pArrayIntensity2, PFLOAT pArrayBaryCenter1, PFLOAT pArrayBaryCenter2, PFLOAT pArrayStatus, PFLOAT pArrayCounter, PDWORD pArrayEncoder1, PDWORD pArrayEncoder2, PDWORD pArrayEncoder3, int* pDataCount);
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bool GetTransmittedData_DuoDistance(PFLOAT pArrayDistance, PFLOAT pArrayIntensity, PFLOAT pArrayCounter, PFLOAT pArrayBarycenter, PFLOAT pArrayStatus, int* pDataCount);
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bool GetTransmittedData_DuoThickness(PFLOAT pArrayThickness, PFLOAT pArrayDistance1, PFLOAT pArrayDistance2, PFLOAT pArrayCounter, PFLOAT pArrayIntensity1, PFLOAT pArrayIntensity2, PFLOAT pArrayBaryCenter1, PFLOAT pArrayBaryCenter2, PFLOAT pArrayStatus, int* pDataCount);
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bool GetTransmittedData_DuoSawliDistance(PFLOAT pArrayDistance, PFLOAT pArrayQuality, PFLOAT pArrayIntensity, PFLOAT pArrayCounter, PFLOAT pArrayStatus, int* pDataCount);
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bool GetTransmittedData_DuoSawliThickness(PFLOAT pArrayThickness1, PFLOAT pArrayThickness2, PFLOAT pArrayThickness3, PFLOAT pArrayQuality1, PFLOAT pArrayQuality2, PFLOAT pArrayQuality3, PFLOAT pArrayIntensity, PFLOAT pArrayNbThickness, PFLOAT pArrayCounter, PFLOAT pArrayStatus, int* pDataCount);
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short GetStatusAcquisition(char *pMessage);
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};
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#endif //AFX_ACQUISITION_EASY_H_INCLUDED_
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