LM-Middleware/HSI_HexagonMI_EF3/HSI_Function.h

#ifndef HSI_FUNCTION_INCLUDED_
#define HSI_FUNCTION_INCLUDED_
#pragma once
#include "HSI.h"


enum E_EF3_PROBE_STATUS
{
	E_EF3_PROBE_DONE,//0表示探针运行状态完成
	E_EF3_PROBE_RUNNING,//1标示探针正在运行
};

class CHSIParameters
{
public:
	CHSIParameters()
	{
		for (int i = 0; i < 12; i++)
		{
			m_I[i] = 0;
			m_L[i] = 0;
			m_S[i] = _T("");
			m_D[i] = 0.0;
			m_F[i] = 0.0;
		}
	}
	virtual ~CHSIParameters()
	{}

	CHSIParameters& operator=(const CHSIParameters &Param)
	{
		for (int i = 0; i < 12; i++)
		{
			m_I[i] = Param.m_I[i];
			m_L[i] = Param.m_L[i];
			m_S[i] = Param.m_S[i];
			m_D[i] = Param.m_D[i];
			m_F[i] = Param.m_F[i];
		}
		return *this;
	}

	virtual bool CHSIParameters::operator==(const CHSIParameters &t) const
	{
		for (int i = 0; i < 12; i++)
		{
			if (m_I[i] != t.m_I[i] ||
				m_L[i] != t.m_L[i] ||
				m_S[i] != t.m_S[i] ||
				m_D[i] != t.m_D[i] ||
				m_F[i] != t.m_F[i])
				return false;
		}
		return true;
	}

	int     m_I[12];
	long    m_L[12];
	CString m_S[12];
	double  m_D[12];
	float   m_F[12];
};

class CHSIMeasPoint
{
public:
	CHSIMeasPoint()
	{
		m_X = 0.0;
		m_Y = 0.0;
		m_Z = 0.0;
		m_I = 0.0;
		m_J = 0.0;
		m_K = 0.0;
		m_V = 0.0;
		m_W = 0.0;
		m_T1 = 0.0;
		m_T2 = 0.0;
	};
	virtual ~CHSIMeasPoint()
	{}
	;

	CHSIMeasPoint& operator=(const CHSIMeasPoint &Source)
	{
		m_X = Source.m_X;
		m_Y = Source.m_Y;
		m_Z = Source.m_Z;
		m_I = Source.m_I;
		m_J = Source.m_J;
		m_K = Source.m_K;
		m_V = Source.m_V;
		m_W = Source.m_W;
		m_T1 = Source.m_T1;
		m_T2 = Source.m_T2;
		return *this;
	}

	virtual bool CHSIMeasPoint::operator==(const CHSIMeasPoint & t) const
	{
		return (m_X == t.m_X &&
			m_Y == t.m_Y &&
			m_Z == t.m_Z &&
			m_I == t.m_I &&
			m_J == t.m_J &&
			m_K == t.m_K &&
			m_V == t.m_V &&
			m_W == t.m_W &&
			m_T1 == t.m_T1 &&
			m_T2 == t.m_T2);
	}

	double m_X;
	double m_Y;
	double m_Z;
	double m_I;
	double m_J;
	double m_K;
	double m_V;
	double m_W;
	double m_T1;
	double m_T2;
};

class CHSITPParams
{
public:
	CHSITPParams()
	{
		m_Overshoot = 0.0;
		m_Approach = 0.0;
		m_SeekSpeed = 0.0;
		m_TravelSpeed = 0.0;
		m_Retract = 0.0;
		wcsncpy_s(m_PartProgram, HSI_MaxStringLength + 1, _T(""), HSI_MaxStringLength);
		wcsncpy_s(m_FeatureID, HSI_MaxStringLength + 1, _T(""), HSI_MaxStringLength);
	};

	virtual ~CHSITPParams()
	{}
	;

	CHSITPParams& operator=(const CHSITPParams & Source)
	{
		m_Overshoot = Source.m_Overshoot;
		m_Approach = Source.m_Approach;
		m_SeekSpeed = Source.m_SeekSpeed;
		m_TravelSpeed = Source.m_TravelSpeed;
		m_Retract = Source.m_Retract;
		m_PrehitPnt = Source.m_PrehitPnt;
		m_RetractPnt = Source.m_RetractPnt;
		return *this;
	};

	virtual bool CHSITPParams::operator==(const CHSITPParams & t) const
	{
		return ((m_Overshoot == t.m_Overshoot) &&
			(m_Approach == t.m_Approach) &&
			(m_SeekSpeed == t.m_SeekSpeed) &&
			(m_TravelSpeed == t.m_TravelSpeed) &&
			(m_Retract == t.m_Retract) &&
			(m_PrehitPnt == t.m_PrehitPnt) &&
			(m_RetractPnt == t.m_RetractPnt)
			);
	};

	double     m_Overshoot;
	double     m_Approach;
	double     m_SeekSpeed;
	double     m_TravelSpeed;
	double     m_Retract;

	CHSIMeasPoint m_PrehitPnt;    // Need for TP scanning
	CHSIMeasPoint m_RetractPnt;

	TCHAR      m_PartProgram[HSI_MaxStringLength + 1];
	TCHAR      m_FeatureID[HSI_MaxStringLength + 1];
};

class CHSITPMeasurePoint : public CHSITPParams
{
public:
	CHSITPMeasurePoint()
	{}
	;

	~CHSITPMeasurePoint()
	{}
	;
	CHSITPMeasurePoint & operator= (const CHSITPMeasurePoint & Source)
	{
		CHSITPParams::operator =(Source);
		m_MeasPoint = Source.m_MeasPoint;
		return *this;
	}
	virtual bool CHSITPMeasurePoint::operator==(const CHSITPMeasurePoint & t) const
	{
		return (CHSITPParams::operator==(t) &&
			m_MeasPoint == t.m_MeasPoint
			);
	}
	CHSIMeasPoint m_MeasPoint;
};


class CHSITPManualConfig
{
public:
	CHSITPManualConfig()
	{
		m_Retract = 0.0;
	};

	virtual ~CHSITPManualConfig()
	{}
	;

	CHSITPManualConfig& operator=(const CHSITPManualConfig & Source)
	{
		m_Retract = Source.m_Retract;
		return *this;
	}

	virtual bool CHSITPManualConfig::operator==(const CHSITPManualConfig & t) const
	{
		return (m_Retract == t.m_Retract);
	};


	double     m_Retract;
};

class HSI_Function :public HSI
{
public:
	HSI_Function();
	~HSI_Function();
	HSI_STATUS HSI_TP_Enable(bool bProbeEnable);
	HSI_STATUS HSI_TP_Startup(void);
	HSI_STATUS HSI_TP_GetActiveProbe(int &nProbe);
	HSI_STATUS HSI_TP_SetActiveProbe(int nProbe);
	HSI_STATUS HSI_TP_SetManualTouchData(double dRetract);
	HSI_STATUS HSI_TP_SetTipOffset(double OffsetX, double OffsetY, double OffsetZ);
	HSI_STATUS HSI_TP_GetTipOffset(double &OffsetX, double &OffsetY, double &OffsetZ);
	HSI_STATUS HSI_TP_SetupMeasurePoint(double dBeginX, double dBeginY, double dBeginZ, double dEndX, double dEndY, double dEndZ, double dTraveSpeed, double dTouchSpeed, double dRetrackDis);
	HSI_STATUS HSI_TP_DoMeasure(bool bWait);
	HSI_STATUS HSI_TP_IsMeasuring(bool &bMeasuring);
	HSI_STATUS HSI_TP_GetMeasureData(double &dBeginX, double &dBeginY, double &dBeginZ, double &dEndX, double &dEndY, double &dEndZ);
	HSI_STATUS HSI_TP_Shutdown(void);
private:
	double startPos[4];
	double endPos[4];
	double travelSpeed;
	double seekSpeed;
	double retractDis;
	double retractManDis;
	E_EF3_PROBE_STATUS probeRunStatus;//探锟斤拷锟斤拷锟斤拷状态
};

extern HSI_Function *g_pHSI_Function;
#endif