curvefit_com.hpp

用MATLAB函数进行非线性拟合

#ifndef _Curvefit_com_HPP
#define _Curvefit_com_HPP 1

#include <windows.h>
#include "curvefit_idl.h"
#include "mclcommain.h"
#include "mclcomclass.h"

class CCurvefit : public CMCLClassImpl<ICurvefit, &IID_ICurvefit,
                                       CCurvefit, &CLSID_Curvefit>
{
public:
    CCurvefit();
    ~CCurvefit();

    HRESULT __stdcall mycurvefit3(/* [in] */ long nargout,
                                  /* [in,out] */ VARIANT* a,
                                  /* [in] */ VARIANT x, /* [in] */ VARIANT y,
                                  /* [in] */ VARIANT a0);
    

    HRESULT __stdcall mycurvefit4(/* [in] */ long nargout,
                                  /* [in,out] */ VARIANT* a,
                                  /* [in] */ VARIANT x, /* [in] */ VARIANT y,
                                  /* [in] */ VARIANT a0);
    

    HRESULT __stdcall mycurvefit5(/* [in] */ long nargout,
                                  /* [in,out] */ VARIANT* a,
                                  /* [in] */ VARIANT x, /* [in] */ VARIANT y,
                                  /* [in] */ VARIANT a0);
    

    HRESULT __stdcall mycurvefit6(/* [in] */ long nargout,
                                  /* [in,out] */ VARIANT* a,
                                  /* [in] */ VARIANT x, /* [in] */ VARIANT y,
                                  /* [in] */ VARIANT a0);
    

    HRESULT __stdcall mygauss3(/* [in] */ long nargout,
                               /* [in,out] */ VARIANT* f,
                               /* [in] */ VARIANT a, /* [in] */ VARIANT t);
    

    HRESULT __stdcall mygauss4(/* [in] */ long nargout,
                               /* [in,out] */ VARIANT* f,
                               /* [in] */ VARIANT a, /* [in] */ VARIANT t);
    

    HRESULT __stdcall mygauss5(/* [in] */ long nargout,
                               /* [in,out] */ VARIANT* f,
                               /* [in] */ VARIANT a, /* [in] */ VARIANT t);
    

    HRESULT __stdcall mygauss6(/* [in] */ long nargout,
                               /* [in,out] */ VARIANT* f,
                               /* [in] */ VARIANT a, /* [in] */ VARIANT t);
    

    HRESULT __stdcall mysum3(/* [in] */ long nargout,
                             /* [in,out] */ VARIANT* s,
                             /* [in] */ VARIANT a, /* [in] */ VARIANT t);
    

    HRESULT __stdcall mysum4(/* [in] */ long nargout,
                             /* [in,out] */ VARIANT* s,
                             /* [in] */ VARIANT a, /* [in] */ VARIANT t);
    

    HRESULT __stdcall mysum5(/* [in] */ long nargout,
                             /* [in,out] */ VARIANT* s,
                             /* [in] */ VARIANT a, /* [in] */ VARIANT t);
    

    HRESULT __stdcall mysum6(/* [in] */ long nargout,
                             /* [in,out] */ VARIANT* s,
                             /* [in] */ VARIANT a, /* [in] */ VARIANT t);
    
};
#endif