📄 mathcalc.h
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#ifndef _MATH_CALC_
#define _MATH_CALC_
#define CHANNEL0_TYPE 0x30
#define CHANNEL1_TYPE 0x70
#define CHANNEL2_TYPE 0xB0
#define COUNTER_LOOP_COUNT 40
#define MATH_CALC_ARRAY_COUNT 20
#define CARD_836_BASE 0x240
#define CARD_836_DIO (CARD_836_BASE+16)
#define CARD_836_DIO_LOW CARD_836_DIO
#define CARD_836_DIO_HIGH (CARD_836_DIO_LOW+1)
#define CARD_836_COUNT0 0
#define CARD_836_COUNT1 1
#define CARD_836_COUNT2 2
#define CARD_836_COUNT3 3
#define CARD_836_COUNT4 4
#define CARD_836_COUNT5 5
#define CARD_836_FREQ_NULL 0x0
#define CARD_836_FREQ_1_65K 0x1
#define CARD_836_FREQ_10K_650K 0x2
#define CARD_836_FREQ_100K_6500K 0x3
#define CARD_836_Fre_Max 200
class CMathCalc
{
private:
static BOOL m_bDot;
private:
static BOOL m_bSampleDebug;
/*
static BOOL m_bDebug;
static int m_nDebugDotCount;
static int m_cxDebug[];
*/
private:
float m_fDotAmpX[2];
float m_fDotAmpY[2];
float m_fDotVolX[2];
float m_fDotVolY[2];
int m_nSpeedDelayTime;
int m_nSampleDelay;
//int m_nSynchronizationPort;
//int m_nSynchronizationBit;
int m_nZhaPhLocation[MATH_CALC_ARRAY_COUNT];
int m_nSynchronizationLocation[MATH_CALC_ARRAY_COUNT];
private:
double m_dbCyclePeriod;
private:
WORD (*m_pStandand)[STANDAND_DATA_COUNT];
public:
static void SetSampleDebug(BOOL bDebug){m_bSampleDebug=bDebug;}
static BOOL GetSampleDebug(){return(m_bSampleDebug);}
public:
static void SetDot(BOOL bDot){m_bDot=bDot;}
public:
//static BOOL GetDebug(){return(m_bDebug);}
//static void SetDebug(BOOL bDebug){m_bDebug=bDebug;}
public:
void SetCyclePeriod(double dbValue){m_dbCyclePeriod=dbValue;}
double GetCyclePeriod(){return(m_dbCyclePeriod);}
public:
void SetSpeedDelayTime(int nTime){m_nSpeedDelayTime=nTime;}
int GetSpeedDelayTime(){return(m_nSpeedDelayTime);}
void SetSampleDelay(int nTime){m_nSampleDelay=nTime;}
int GetSampleDelay(){return(m_nSampleDelay);}
public:
void SetStandandPoint(WORD (*pStandand)[STANDAND_DATA_COUNT]){m_pStandand=pStandand;}
public:
void SetSynchronizationLocation(int nIndex,int nValue){m_nSynchronizationLocation[nIndex]=nValue;}
//void SetSynchronizationPortAndBit(int nPort,int nBit);
void SetAmpAndVol(int bAmpSytle,int nVolStyle);
public:
CMathCalc();
public:
//static void WordToFloat(float *pfWave,WORD *pwWave,int nCount);
//static void FloatToWord(WORD *pwWave,float *pfWave,int nCount);
//static void ClearWord(WORD *pwWave,int nCount);
//static void ClearFloat(float *pfWave,int nCount);
public:
void SetDotAmpXY(float fX1,float fY1,float fX2,float fY2);
void SetDotVolXY(float fX1,float fY1,float fX2,float fY2);
public:
//Calc Common
int GetMax(WORD *pnWave,int nCount);
int GetMin(WORD *pnWave,int nCount);
//Calc Freq
WORD GetCounter(int nChannel);
BOOL InitFreq(int nChannel);
void BeginFreq();
void PurseFreq(int nChannel,int *pnTimes,WORD *pwOldCounter);
float EndFreq(int nChannel,int nTimes);
float StartFreq(int nChannel,int nCircle,BOOL bDelay=TRUE);
//Calc FG
void GetFGPeriod(int *pnWave,int nCount,int nIndex,int *pnStart,int *pnEnd,int *pnMiddle,int nValidDot=20);
int GetFGMax(unsigned int *pnWave,int nStart,int nEnd,int nMiddle,BOOL *pbHigh=NULL);
int GetFGMin(unsigned int *pnWave,int nStart,int nEnd,int nMiddle,BOOL *pbHigh=NULL);
float GetZhanPh(int *pnData,int nCount,int nMax);
//Calc Sin
void GetSinPeriod(int *pnWave,int nCount,int nIndex,int *pnStart,int *pnEnd,int *pnMiddle);
//Line Coordinate
//float GetLineCoordinateXY(float fX,float *pBufX,float *pBufY,int nCount);
//static float GetLineCoordinateXY(float fX1,float fY1,float fX2,float fY2,float fValue);
//Sample
//void SynchronizationWaitting();
static void SynchronizationWaitting(BOOL bSurge, BOOL bWaitBeforeHigh);
void SampleData_1_Cha_Synchronization(int nBase,int nChannel,WORD *pwData,int nCalcCount,BOOL bHigh=FALSE);
void SampleData_1_Cha_Nonsynchronization(int nBase,int nChannel,WORD *pwData,int nCalcCount,BOOL bHigh=FALSE);
void SampleData_2_Cha_Synchronization(int nBase,int nChannel,WORD *pwData,int nCalcCount);
void SampleData_2_Cha_Nonsynchronization(int nBase,int nChannel,WORD *pwData,int nCalcCount);
void SampleDataSurge(WORD *pwData,int nCount);
//Transrate
//void TransrateIntergrateWave(WORD *pwData,int nCount,double dbZoom=1.0);
//Calc SampleData
//float Modify_Average(WORD *pwData,int nLength);
float Modify_1_Cha_Average(WORD *pwData,WORD wFlags,int nCalcCount,BOOL bAmpModify,BOOL bVolModify);
float Modify_2_Cha_Average(WORD *pwData,WORD wFlags,int nCalcCount,BOOL bAmpModify,BOOL bVolModify);
float Modify_1_Cha_Synchronization(WORD *pwData,WORD wFlags,int nCount,BOOL bAmpModify,BOOL bVolModify);
float Modify_1_Cha_Nonsynchronization(WORD *pwData,WORD wFlags,int nCount,BOOL bAmpModify,BOOL bVolModify);
float Modify_2_Cha_Synchronization(WORD *pwData,WORD wFlags,int nCount,BOOL bAmpModify,BOOL bVolModify);
float Modify_2_Cha_Nonsynchronization(WORD *pwData,WORD wFlags,int nCount,BOOL bAmpModify,BOOL bVolModify);
static float ModifySurge(WORD *pwSourceData,WORD *pwTargetData,int nCount,int nIndex,BOOL bAverage);
//Draw Wave
//static void DrawWave(int nX,int nY,int nWidth,int /*nHeight*/,float fScaleX,float fScaleY,WORD wFlags,WORD *pwWaveData,int nCount,BOOL bPurge,int nForeColor,int nBackColor=CYAN);
//static void DrawWave(int nX,int nY,int nWidth,int /*nHeight*/,float fScaleX,float fScaleY,WORD wFlags,float *pwWaveData,int nCount,BOOL bPurge,int nForeColor,int nBackColor=CYAN);
//static void TransrateSurgeTo2048(WORD *pwSurge,WORD *pwTarget,int nCount);
public:
//836HD
//BOOL DigFilterStart(int nBase,int nCounter,float fFilterMaxFreq);
//float CounterFreqRead(int nBase,int nCounter,int nFreqStyle,float fFilterMaxFreq);
//float CounterSpeedRead(int nBase,int nCounter,int nFreqStyle,float fFilterMaxFreq);
public:
//Sail1674
BOOL SampleSAIL1674_1Ch(int nBase,int nChannel,WORD* pwData,int nCount,BOOL bHigh);
BOOL SampleSAIL1674_2Ch(int nBase,int nChannel,WORD* pwData,int nCount);
//Surge
void SampleDataSurgeEx(WORD *pwData,int nCount,int nOscillatory,int nDivideFreq,BOOL bInternalTrigger);
float ModifySurgeEx(WORD *pwData,int nCount,int nIndex,BOOL bAverage);
};
//void HglgDrawWave(int nX,int nY,int nWidth,int /*nHeight*/,float fScaleX,float fScaleY,WORD wFlags,WORD *pwWaveData,int nCount,BOOL bPurge,int nForeColor,int nBackColor=CYAN);
/*
#define BASE_PCL_711B 0x220
//-----------------------------------------------
#define COUNTER0_PCL_711B (BASE_PCL_711B+0x00)
#define COUNTER1_PCL_711B (BASE_PCL_711B+0x01)
#define COUNTER2_PCL_711B (BASE_PCL_711B+0x02)
#define COUNTER_CONTROL_PCL_711B (BASE_PCL_711B+0x03)
//-----------------------------------------------
#define AD_L_PCL_711B (BASE_PCL_711B+0x04)
#define AD_H_PCL_711B (BASE_PCL_711B+0x05)
//-----------------------------------------------
#define DI_L_PCL_711B (BASE_PCL_711B+0x06)
#define DI_H_PCL_711B (BASE_PCL_711B+0x07)
//-----------------------------------------------
#define CLEAR_IRQ_PCL_711B (BASE_PCL_711B+0x08)
//-----------------------------------------------
#define GAIN_PCL_711B (BASE_PCL_711B+0x09)
//-----------------------------------------------
#define CHANNEL_PCL_711B (BASE_PCL_711B+0x0A)
//-----------------------------------------------
#define MODE_PCL_711B (BASE_PCL_711B+0x0B)
//-----------------------------------------------
#define SOFTWARE_PCL_711B (BASE_PCL_711B+0x0C)
//-----------------------------------------------
#define DO_L_PCL_711B (BASE_PCL_711B+0x0D)
#define DO_H_PCL_711B (BASE_PCL_711B+0x0E)
//-----------------------------------------------
#define GAIN_5V01_PCL_711B 0x01
#define GAIN_5V02_PCL_711B 0x02
#define GAIN_5V04_PCL_711B 0x04
#define GAIN_5V08_PCL_711B 0x08
#define GAIN_5V16_PCL_711B 0x10
//-----------------------------------------------
#define BINRARY(a,b,c,d,e,f,g,h) ((BYTE)(a<<7)+\
(BYTE)(b<<6)+\
(BYTE)(c<<5)+\
(BYTE)(d<<4)+\
(BYTE)(e<<3)+\
(BYTE)(f<<2)+\
(BYTE)(g<<1)+\
(BYTE)(h<<0))
//-----------------------------------------------
#define Rt_Zero_LOW 0x00
#define Rt_Zero_High 0x01
//-----------------------------------------------
#define SHIFT8(a) (a<<8)
#define SHIFT16(a) (a<<16)
#define LOBYTE(a) ((BYTE)(a&0xFF))
#define HIBYTE(a) ((((DWORD)a)>>8)&0xFF)
#define LOWORD(a) ((WORD)(a&0xFFFFL))
#define HIWORD(a) ((((DWORD)a)>>16)&0xFFFFL)
//-----------------------------------------------
void PCL_711B_Sample_TimerNonIRQ(WORD *pData,int nCount,int nChannel=0,DWORD dwSample=5000lu,int nGainType=GAIN_5V01_PCL_711B,BOOL bWait=TRUE);
void PCL_711B_Emulate(WORD *pData,int nCount,float fAmp,float fFreq,DWORD dwSampleRate=5000lu);
//-----------------------------------------------
void DrawWave(int nX,int nY,int nWidth,int nHeight,float fScaleX,float fScaleY,WORD wFlags,float *pwWaveData,int nCount,BOOL bPurge,int nForeColor,int nBackColor);
//-----------------------------------------------
void WindowHM(WORD *pwData,int nCount);
void WindowHN(WORD *pwData,int nCount);
void WindowBox(WORD *pwData,int nCount);
void fft(float *xreal,float *ximag,int n,int inv);
int GetMaxAmpLocation(float *pfReal,float *pfImag,int nCount);
int GetPeakCount(float *pfReal,float *pfImag,int nCount);
int GetLocationPeak(float *pfReal,float *pfImag,int nCount,int nIndex);
void far GetMin2Coordinate(float *pfDataX,float *pfDataY,int nCount,float *pfK,float *pfB,float *pfR2);
void far Line(int,int,int,int,int);
void far EmulateSampleSurge(WORD *pwSource,int nCount);
BOOL far InitFreq(int nChannel);
float GetTemperatureFromRt(float fRt);
float GetAntiLine(float x1,float y1,float x2,float y2,float fR);
BOOL far EmulationSurge9225(WORD* pwData,int nCount,int nBase,int nOscillatory,int nDivideFreq,BOOL bInternalTrigger);
BOOL New_PCL_711B_Single_Software(int nBase,int nChannel,WORD* pwData,int nCount);
void PCL711B_Emulate(WORD *pData,int nCount,float fAmp,float fFreq,DWORD dwSampleRate);
void PCL711B_Sample_Timer(int nBase,WORD *pwData,int nCount,int nChannel,DWORD dwSampleRate,int nGainType=SAIL_GAIN_5V01_PCL711B);
void PCL711B_Sample_Timer(int nBase,float *pfData,int nCount,int nChannel,DWORD dwSampleRate,int nGainType=SAIL_GAIN_5V01_PCL711B);
*/
float GetTemperatureFromRt(float fRt);
#endif⌨️ 快捷键说明
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