#pragma once
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//MV_EM 1400C Ïà»ú¿ª·¢°ü
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#include "MyCameraBase.h"
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#ifdef _WIN64
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#include ".\MV_SDK64\MVGigE.h"
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#include ".\MV_SDK64\MVImage.h"
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#else
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#include ".\MV_SDK\MVGigE.h"
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#include ".\MV_SDK\MVImage.h"
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#endif
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#include <gdiplus.h>
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//#include "Gdiplus.h"
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// ¶àMVÏà»úÀàÎļþ
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class MVCamera2 : public MyCamera
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{
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public:
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MVCamera2(void);
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~MVCamera2(void);
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private:
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volatile static int LabInited; //³ÌÐò¿âÊÇ·ñÒѾ³õʼ»¯£¬ÒÔ¼°³õʼ»¯µÄ´ÎÊý¡£
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volatile static int TotalCameraCount;
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public:
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HANDLE m_hCam; //´ò¿ªµÄÏà»ú¾ä±ú
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MVImage m_Raw; //ÔʼͼÏñ
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MVImage m_image; //Õý³£Í¼Ïñ
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double m_fExpo; //! Æعâʱ¼ä,uS
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volatile int Grabok;
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volatile int TrigeredCount;
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volatile int BackCallCount;
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static int InitLib();
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int GetCameraCount(){return TotalCameraCount;}
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int GetCameraInfo(int index, MyCameraInfo * pMyCameraInfo);
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int OpenCamera(int Index);
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int CloseCamera();
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int GetCameraWidthHeight(int * nWidth, int * nHeight)
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{
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*nWidth=m_nWidth;
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*nHeight=m_nHeight;
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return CameraOk;
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};
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int GetCameraPixelFormat()
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{
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return m_PixelFormat;
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};
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int GetExposureTime(double *ExposureTime);
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int SetExposureTime(double ExposeTime);
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int GetWidth(int *nWidth)
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{
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if (MVGetWidth(m_hCam,nWidth)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int GetWidthRange(int *WidthMin,int *WidthMax)
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{
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if (MVGetWidthRange(m_hCam,WidthMin,WidthMax)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int GetWidthInc(int *WidthInc)
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{
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if (MVGetWidthInc(m_hCam,WidthInc)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int SetWidth(int nWidth)
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{
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if (MVSetWidth(m_hCam,nWidth)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int GetHeight(int *nHeight)
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{
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if (MVGetHeight(m_hCam,nHeight)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int GetHeightRange(int *HeightMin,int *HeightMax)
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{
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if (MVGetHeightRange(m_hCam,HeightMin,HeightMax)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int GetHeightInc(int *HeightInc)
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{
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return CameraError;
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};
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int SetHeight(int nHeight)
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{
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if (MVSetHeight(m_hCam,nHeight)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int GetOffsetXRange(int *OffsetXMin,int *OffsetXMax)
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{
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if (MVGetOffsetXRange(m_hCam,OffsetXMin,OffsetXMax)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int GetOffsetYRange(int *OffsetYMin,int *OffsetYMax)
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{
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if (MVGetOffsetYRange(m_hCam,OffsetYMin,OffsetYMax)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int GetOffsetX(int *OffsetX)
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{
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if (MVGetOffsetX(m_hCam,OffsetX)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int GetOffsetY(int *OffsetY)
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{
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if (MVGetOffsetY(m_hCam,OffsetY)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int SetOffsetX(int nOffsetX)
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{
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if (MVSetOffsetX(m_hCam,nOffsetX)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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}
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int SetOffsetY(int nOffsetY)
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{
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if (MVSetOffsetY(m_hCam,nOffsetY)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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}
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int SetROI(int nOffsetX, int nOffsetY, int nWidth, int nHeight)
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{
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int WidthMax,WidthMin,WidthInc,HeightMax,HeigtMin,OffsetXMin,OffsetXMax,OffsetYMin,OffsetYMax;
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if (MVGetWidthRange(m_hCam,&WidthMin,&WidthMax)!=MVST_SUCCESS) return CameraError;
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if (MVGetWidthInc(m_hCam,&WidthInc)!=MVST_SUCCESS) return CameraError;
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if (WidthInc==0) return CameraError;
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if (MVGetHeightRange(m_hCam,&HeigtMin,&HeightMax)!=MVST_SUCCESS) return CameraError;
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if (MVGetOffsetXRange(m_hCam,&OffsetXMin,&OffsetXMax)!=MVST_SUCCESS) return CameraError;
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if (MVGetOffsetYRange(m_hCam,&OffsetYMin,&OffsetYMax)!=MVST_SUCCESS) return CameraError;
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if (nWidth<WidthMin||nWidth>WidthMax) return CameraError;
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if ((nWidth%WidthInc)!=0) return CameraError;
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if (nHeight<HeigtMin||nHeight>HeightMax) return CameraError;
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if (nOffsetX<OffsetXMin||nOffsetX>OffsetXMax) return CameraError;
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if (nOffsetY<OffsetYMin||nOffsetY>OffsetYMax) return CameraError;
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if (nOffsetX+nWidth>WidthMax) return CameraError;
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if (nOffsetY+nHeight>HeightMax) return CameraError;
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if (MVSetOffsetX(m_hCam,0)!=MVST_SUCCESS) return CameraError;
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if (MVSetOffsetY(m_hCam,0)!=MVST_SUCCESS) return CameraError;
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if (MVSetWidth(m_hCam,nWidth)!=MVST_SUCCESS) return CameraError;
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if (MVSetHeight(m_hCam,nHeight)!=MVST_SUCCESS) return CameraError;
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if (MVSetOffsetX(m_hCam,nOffsetX)!=MVST_SUCCESS) return CameraError;
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if (MVSetOffsetY(m_hCam,nOffsetY)!=MVST_SUCCESS) return CameraError;
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return CameraOk;
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};
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int GetGain(double *Gain)
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{
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if (MVGetGain(m_hCam,Gain)==MVST_SUCCESS)
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return CameraOk;
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else return CameraError;
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};
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int GetGainRange(double *GainMin,double *GainMax)
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{
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if (MVGetGainRange(m_hCam,GainMin,GainMax)==MVST_SUCCESS)
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return CameraOk;
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else return CameraError;
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};
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int SetGain(double Gain)
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{
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if (MVSetGain(m_hCam,Gain)==MVST_SUCCESS)
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return CameraOk;
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else return CameraError;
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};
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int GetGamma(double *Gamma)
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{
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if (MVGetGamma(m_hCam,Gamma)==MVST_SUCCESS)
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return CameraOk;
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else return CameraError;
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};
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int GetGammaRange(double *GammaMin,double *GammaMax)
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{
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if (MVGetGammaRange(m_hCam,GammaMin,GammaMax)==MVST_SUCCESS)
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return CameraOk;
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else return CameraError;
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};
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int SetGamma(double Gamma)
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{
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if (MVSetGamma(m_hCam,Gamma)==MVST_SUCCESS)
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return CameraOk;
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else return CameraError;
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};
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int GetLUTEnable(int *bIsEnable)
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{
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if (MVGetEnableLUT(m_hCam,bIsEnable)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int SetLUTEnable(int bIsEnable)
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{
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if (MVSetEnableLUT(m_hCam,bIsEnable)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int SetLUT(int *pBuf,int nCount)
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{
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unsigned long buf1[1024];
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for (int i=0;i<nCount&&i<1024;i++)
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{
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buf1[i]=pBuf[i];
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}
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if (MVSetLUT(m_hCam,buf1,nCount)==MVST_SUCCESS) return CameraOk;
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else return CameraError;
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};
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int StartGrab();
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int StopGrab(){return CameraOk;};
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int WaitForGrabFinish(int mSecound);
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int FetchImageData();
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int UpdateFps();
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int UpdateImage();
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#ifdef _WIN64
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int static StreamCB(MV_IMAGE_INFO *pInfo,long long nUserVal);
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#else
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int static StreamCB(MV_IMAGE_INFO *pInfo,long nUserVal);
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#endif
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int OnStreamCB( MV_IMAGE_INFO *pInfo);
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};
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