kfbxtypes.h

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#ifndef FBXFILESDK_KFBXPLUGINS_KFBXTYPES_H
#define FBXFILESDK_KFBXPLUGINS_KFBXTYPES_H

/**************************************************************************************

 Copyright (C) 2001 - 2009 Autodesk, Inc. and/or its licensors.
 All Rights Reserved.

 The coded instructions, statements, computer programs, and/or related material 
 (collectively the "Data") in these files contain unpublished information 
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 OF THE DATA WILL BE UNINTERRUPTED OR ERROR FREE. 
 
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#include <fbxfilesdk/components/kbaselib/kaydaradef_h.h>
#include <fbxfilesdk/components/kbaselib/kbaselib_forward.h>
#include <fbxfilesdk/components/kbaselib/klib/kdebug.h>
#include <fbxfilesdk/components/kbaselib/klib/kstring.h>
#include <fbxfilesdk/components/kbaselib/klib/ktime.h>

#include <fbxfilesdk/kfbxplugins/kfbxcolor.h>
#include <fbxfilesdk/kfbxplugins/kfbxsystemunit.h>
#include <fbxfilesdk/fbxfilesdk_nsbegin.h>

    class   KFbxSdkManager;

    // Type definitions
    typedef enum {
        eUNIDENTIFIED,
        eBYTE1,      // 8 bit int
        eUBYTE1,  
        eSHORT1,     // 16 bit int
        eUSHORT1,
        eUINTEGER1,  
        eLONGLONG1,  // 64 bit int
        eULONGLONG1,
        eHALFFLOAT,  // 16 bit float
        eBOOL1,
        eINTEGER1,
        eFLOAT1,
        eDOUBLE1,
        eDOUBLE2,
        eDOUBLE3,
        eDOUBLE4,
        eDOUBLE44,
        eENUM,
        eSTRING,
        eTIME,
        eREFERENCE,  // used as a port entry to reference object or properties
        eBLOB,
        eDISTANCE,
        eDATETIME,
        eMAX_TYPES,
    } EFbxType;

    // Base Type for vectors
    template<class T> class fbxVectorTemplate2 {
        public:
            inline fbxVectorTemplate2()                      { *this = 0;  }
            inline fbxVectorTemplate2(T pValue)              { *this = pValue;  }
            inline fbxVectorTemplate2(T pData0,T pData1)    { mData[0] = pData0; mData[1] = pData1; }
            inline ~fbxVectorTemplate2() {}
        public:
            inline T &operator[](int pIndex) { return mData[pIndex]; }
            inline T const&operator[](int pIndex) const { return mData[pIndex]; }
            inline fbxVectorTemplate2<T> &operator=(T const & pValue) { mData[0] = pValue; mData[1] = pValue; return *this; }
            inline fbxVectorTemplate2<T> &operator=(const fbxVectorTemplate2<T> & pRHS) { mData[0] = pRHS.mData[0]; mData[1] = pRHS.mData[1]; return *this; }
            inline bool operator==(fbxVectorTemplate2<T> const & pRHS) const { return ((mData[0] == pRHS.mData[0]) && (mData[1] == pRHS.mData[1])); }
            inline bool operator!=(fbxVectorTemplate2<T> const & pRHS) const { return !operator==( pRHS ); }

        operator T*() { return mData; }
        operator T const*() const { return mData; }

        public:
            T mData[2];
    };

    template<class T> class fbxVectorTemplate3 {
        public:
            inline fbxVectorTemplate3()                          { *this = 0;  }
            inline fbxVectorTemplate3(T pValue)                  { *this = pValue;  }
            inline fbxVectorTemplate3(T pData0,T pData1,T pData2) { mData[0] = pData0; mData[1] = pData1; mData[2] = pData2;  }
            inline ~fbxVectorTemplate3() {}
        public:
            inline T &operator[](int pIndex) { return mData[pIndex]; }
            inline T const&operator[](int pIndex) const { return mData[pIndex]; }
            inline fbxVectorTemplate3<T> &operator=(int pValue)      { mData[0] = pValue; mData[1] = pValue; mData[2] = pValue; return *this; }
            inline fbxVectorTemplate3<T> &operator=(T const &pValue) { mData[0] = pValue; mData[1] = pValue; mData[2] = pValue; return *this; }
            inline fbxVectorTemplate3<T> &operator=(const fbxVectorTemplate3<T> & pRHS) { mData[0] = pRHS.mData[0]; mData[1] = pRHS.mData[1]; mData[2] = pRHS.mData[2]; return *this; }
            inline bool operator==(fbxVectorTemplate3<T> const & pRHS) const { return ((mData[0] == pRHS.mData[0]) && (mData[1] == pRHS.mData[1]) && (mData[2] == pRHS.mData[2])); }
            inline bool operator!=(fbxVectorTemplate3<T> const & pRHS) const { return !operator==(pRHS); }

            inline operator T*() { return mData; }
            inline operator T const*() const { return mData; }

        public:
            T mData[3];
    };

    template<class T> class fbxVectorTemplate4 {
        public:
            inline fbxVectorTemplate4()                                     { *this = 0; }
            inline fbxVectorTemplate4(T pValue)                             { *this = pValue; }
            inline fbxVectorTemplate4(T pData0,T pData1,T pData2,T pData3)  { mData[0] = pData0; mData[1] = pData1; mData[2] = pData2; mData[3] = pData3;   }
            inline ~fbxVectorTemplate4() {}
        public:
            inline T &operator[](int pIndex) { return mData[pIndex]; }
            inline operator fbxVectorTemplate3<T>& () const { return *((fbxVectorTemplate3<T> *)this); }
            inline T const&operator[](int pIndex) const { return mData[pIndex]; }
            inline fbxVectorTemplate4<T> &operator=(int pValue)                          { mData[0] = pValue; mData[1] = pValue; mData[2] = pValue; mData[3] = pValue; return *this; }
            inline fbxVectorTemplate4<T> &operator=(T const &pValue)                     { mData[0] = pValue; mData[1] = pValue; mData[2] = pValue; mData[3] = pValue; return *this; }
            inline fbxVectorTemplate4<T> &operator=(fbxVectorTemplate3<T> const &pValue) { mData[0] = pValue[0]; mData[1] = pValue[1]; mData[2] = pValue[2]; return *this; }
            inline fbxVectorTemplate4<T> &operator=(const fbxVectorTemplate4<T> & pRHS) { mData[0] = pRHS.mData[0]; mData[1] = pRHS.mData[1]; mData[2] = pRHS.mData[2]; mData[3] = pRHS.mData[3]; return *this; }
            inline bool operator==(fbxVectorTemplate4<T> const & pRHS) const { return ((mData[0] == pRHS.mData[0]) && (mData[1] == pRHS.mData[1]) && (mData[2] == pRHS.mData[2]) && (mData[3] == pRHS.mData[3])); }
            inline bool operator!=(fbxVectorTemplate4<T> const & pRHS) const { return !operator==( pRHS ); }
            inline operator T*() { return mData; }
            inline operator T const*() const { return mData; }

        public:
            T mData[4];
    };
    

    class KFBX_DLL fbxBlob {
        public:

            inline fbxBlob()                              { mData = 0; mSize = 0; mRefCount = 0; }

                   fbxBlob(int pSize);

            inline fbxBlob(const fbxBlob & pRHS)          { mData = 0; mSize = 0; mRefCount = 0; *this = pRHS; }

            inline fbxBlob(const void * pData, int pSize) { mData = 0; mSize = 0; mRefCount = 0; Assign(pData,pSize); }

            ~fbxBlob();

        public:

                   fbxBlob &operator=(fbxBlob const &pValue);

                   void Assign(const void * pData, int pSize);  // Always makes a copy.


                   bool operator==(fbxBlob const & pRHS) const; // Compare the contents.

            inline bool operator!=(fbxBlob const & pRHS) const { return !operator==( pRHS ); }

                   void * Modify(); 

            
                   const void * Access() const { return mData; }

                   inline int Size() const { return mSize; }

                   void Clear(); 

        protected:
            int *   mRefCount;
            void *  mData;
            int     mSize;

    };

    class KFBX_DLL fbxDistance {
        public:
            
            fbxDistance(): mUnit(1.0), mValue(0.0) {  }

            fbxDistance(float pValue, KFbxSystemUnit pUnit): mUnit(1.0), mValue(0.0) {
                mValue = pValue;
                mUnit = pUnit;
            }
            
            fbxDistance(float pValue, const char* pUnit);

            ~fbxDistance() {  }

        public:

            
            fbxDistance &operator=(fbxDistance const& pValue) {
                        mValue = pValue.mValue;
                        mUnit = pValue.mUnit;
                        return *this;
            }
            

            bool operator==(fbxDistance const & pRHS) const { return ( (mValue == pRHS.mValue) && (mUnit == pRHS.mUnit) ); }

            bool operator!=(fbxDistance const& pRHS) const { return !operator==(pRHS); }

            
            KString const unitName() const    {   return mUnit.GetScaleFactorAsString();    }


            KFbxSystemUnit const unit() const   {   return mUnit;  }

            float const value() const   {   return mValue;  }

            float const internalValue() const {
                KFbxSystemUnit internalUnit(KFbxSystemUnit::Inch);
                float internalValue = (float)(mValue * mUnit.GetConversionFactorTo(internalUnit));
                return internalValue;
            }

            float const valueAs( KFbxSystemUnit const& pUnit ) const
            {
                float convertedValue = (float)(mValue * mUnit.GetConversionFactorTo(pUnit));
                return convertedValue;
            }

        private:
            float               mValue;
            KFbxSystemUnit      mUnit;
        };

    
       
    

    class KFBX_DLL fbxDateTime
    {
    public:
        kShort mMillisecond;            // 0-999
        kShort mYear;                   // No check

        kByte  mMonth;                  // 1-12
        kByte  mDay;                    // 1-31; no check with regards to the month
        kByte  mHour;                   // 0-23
        kByte  mMinute;                 // 0-59
        kByte  mSecond;                 // 0-59

    public:
       
        fbxDateTime() { Clear(); }

        fbxDateTime(int pDay, int pMonth, int pYear, int pHour, int pMin, int pSec, int pMillisecond = 0);



        bool operator==(const fbxDateTime& pRHS) const;

        bool operator!=(const fbxDateTime& pRHS) const
        {
            return !(*this == pRHS); 
        }

        void Clear()
        {
            mMillisecond = mYear = 0;
            mMonth = mDay = mHour = mMinute = mSecond = 0;
        }

        
        bool isValid() const;

    
       
        void setDate(int pDay, int pMonth, int pYear);

        void setTime(int pHour, int pMin, int pSec, int pMillisecond = 0);



        KString toString() const;

        bool fromString(const char*);
       
        static fbxDateTime currentDateTimeGMT();
    };

    class KFBX_DLL fbxHalfFloat
    {
    public:
            fbxHalfFloat()                          { mValue = 0; }
            fbxHalfFloat(float pVal)                { mValue = FtoHF(&pVal); }
            fbxHalfFloat(const fbxHalfFloat& pVal)  { mValue = pVal.mValue; }

        
        fbxHalfFloat &operator=(fbxHalfFloat const& pValue) 
        { 
            mValue = pValue.mValue;
            return *this;
        }
        

        bool operator==(fbxHalfFloat const & pRHS) const { return (mValue == pRHS.mValue); }

        bool operator!=(fbxHalfFloat const& pRHS) const { return !operator==(pRHS); }

        float const value() const   { return HFtoF(mValue);  }

        unsigned short const internal_value() const { return mValue; }

    private:
        typedef unsigned short half;
        half mValue;

        // we want to extract the mantissa, exponent and sign from the float number.
        // by the IEEE 754 binary standard, the float number is divided as: 
        //        sign          : 1 bit
        //        mantissa      : 23 bits
        //        exponent      : 8 bits
        //        exponent bias : 127
        // and the half-float is:
        //        sing          : 1 bit
        //        mantissa      : 10 bits
        //        exponent      : 5 bits
        //        exponent bias :

        half FtoHF(float *f)
        {
            half         h;
            unsigned int p = *(unsigned int *)f;
            unsigned int s = (p >> 31);
            unsigned int e = p & 0x7F800000;
            unsigned int m = p & 0x007FFFFF;
                  
            // the exponent of the received float will not fit in the 5 bits of
            // the half ? Either is > 15 or < -14
            if (e >= 0x47800000) // > 15
            {
                // If the original float is a Nan, make the half a Nan too
                // else make Inf
                m = (m != 0 && (e==0x7F800000)) ? ((1 << 23) - 1) : 0;
                h = (((half)s) << 15) | (half)((0x1F << 10)) | (half)(m >> 13);
            }
            else 
            if (e <= 0x38000000) // <= -15
            {
                // denormalized, or 0 number.
                e = (0x38000000 - e) >> 23;
                m >>= (14 + e);
                h = (((half)s) << 15) | (half)(m);
            }
            else
            {
                // straight forward case
                h = (((half)s) << 15) | (half)((e-0x38000000) >> 13) | (half)(m >> 13);
            }
            return h;
        }

        float HFtoF(half h) const
        {
            unsigned int f;
            unsigned int s = (unsigned int)(h>>15);
            unsigned int e = (unsigned int)(h&0x7C00);
            unsigned int m = (unsigned int)(h&0x03FF);
            
            if (e == 0x7C00)
            {
                // we have a half-float NaN or Inf, we convert to a float Nan or Inf
                e = (0xFF<<23);
                if (m != 0) m = ((1<<23)-1); 
            }
            else 
            if (e == 0x00000000)
            {
                // denormalized or 0
                if (m != 0)
                {
                   m <<= 1;
                   e = 0x38000000;
                   while ((m&(1<<10)) == 0)
                   {
                       m <<= 1;
                       e -= (1<<23);
                    }
                    m &= ((1<<10)-1); // keep the mantissa on 10 bits
                    m <<= 13; // and now shift it on 23 bits
                }
            }
            else
            {
                m <<= 13; // mantissa on 23 bits
                e = (e<<13) + 0x38000000;
            }

            f = (s<<31)|e|m;
            return *((float *)&f);
        }
    };

    // Corresponding C Types
    typedef char                                fbxByte1;
    typedef unsigned char                       fbxUByte1;
    typedef short                               fbxShort1;
    typedef unsigned short                      fbxUShort1;
    typedef unsigned int                        fbxUInteger1;
#if defined(KARCH_DEV_MSC) && !defined(KARCH_DEV_INTEL)
    typedef signed __int64                      fbxLongLong1;
    typedef unsigned __int64                    fbxULongLong1;
#else
    typedef signed long long                    fbxLongLong1;
    typedef unsigned long long                  fbxULongLong1;
#endif
    typedef bool                                fbxBool1;
    typedef int                                 fbxInteger1;
    typedef float                               fbxFloat1;
    typedef double                              fbxDouble1;
    typedef fbxVectorTemplate2<double>          fbxDouble2;
    typedef fbxVectorTemplate3<double>          fbxDouble3;
    typedef fbxVectorTemplate4<double>          fbxDouble4;
    typedef fbxVectorTemplate4<fbxDouble4>      fbxDouble44;
    typedef int                                 fbxEnum;
    typedef KString                             fbxString;
    typedef KTime                               fbxTime;
    typedef fbxBlob                             KFbxBlob;
    class                                       fbxReference {}; // void type for references
    typedef fbxDistance                         KFbxDistance;

    // Type memory footprint
    const size_t FbxTypeSizeOf[eMAX_TYPES] = {
        0,
        sizeof(fbxByte1),
        sizeof(fbxUByte1),
        sizeof(fbxShort1),
        sizeof(fbxUShort1),
        sizeof(fbxUInteger1),
        sizeof(fbxLongLong1),
        sizeof(fbxULongLong1),
        sizeof(fbxHalfFloat),
        sizeof(fbxBool1),
        sizeof(fbxInteger1),
        sizeof(fbxFloat1),
        sizeof(fbxDouble1),
        sizeof(fbxDouble2),
        sizeof(fbxDouble3),
        sizeof(fbxDouble4),
        sizeof(fbxDouble44),
        sizeof(fbxEnum),
        sizeof(fbxString),
        sizeof(fbxTime),
        sizeof(fbxReference),
        sizeof(fbxBlob),
        sizeof(fbxDistance),
        sizeof(fbxDateTime)
    };

    // Type management for properties
    template <class T> inline EFbxType FbxTypeOf( T const &pItem ) { K_ASSERT_MSG_NOW("Unknown type" ); return eUNIDENTIFIED; }

    inline EFbxType FbxTypeOf( fbxByte1 const &pItem )      { return eBYTE1;      }
    inline EFbxType FbxTypeOf( fbxUByte1 const &pItem )     { return eUBYTE1;     }
    inline EFbxType FbxTypeOf( fbxShort1 const &pItem )     { return eSHORT1;     }
    inline EFbxType FbxTypeOf( fbxUShort1 const &pItem )    { return eUSHORT1;    }
    inline EFbxType FbxTypeOf( fbxUInteger1 const &pItem )  { return eUINTEGER1;  }
    inline EFbxType FbxTypeOf( fbxLongLong1 const &pItem )  { return eLONGLONG1;  }
    inline EFbxType FbxTypeOf( fbxULongLong1 const &pItem ) { return eULONGLONG1; }
    inline EFbxType FbxTypeOf( fbxHalfFloat const &pItem )  { return eHALFFLOAT;  }
    inline EFbxType FbxTypeOf( fbxBool1 const &pItem )      { return eBOOL1;      }
    inline EFbxType FbxTypeOf( fbxInteger1 const &pItem )   { return eINTEGER1;   }
    inline EFbxType FbxTypeOf( fbxFloat1 const &pItem )     { return eFLOAT1;     }
    inline EFbxType FbxTypeOf( fbxDouble1 const &pItem )    { return eDOUBLE1;    }
    inline EFbxType FbxTypeOf( fbxDouble2 const &pItem )    { return eDOUBLE2;    }
    inline EFbxType FbxTypeOf( fbxDouble3 const &pItem )    { return eDOUBLE3;    }
    inline EFbxType FbxTypeOf( fbxDouble4 const &pItem )    { return eDOUBLE4;    }
    inline EFbxType FbxTypeOf( fbxDouble44 const &pItem )   { return eDOUBLE44;   }
//  inline EFbxType FbxTypeOf( fbxEnum const &pItem )       { return eENUM;       }
    inline EFbxType FbxTypeOf( fbxString const &pItem )     { return eSTRING;     }
    inline EFbxType FbxTypeOf( fbxTime  const &pItem )      { return eTIME;       }
    inline EFbxType FbxTypeOf( fbxReference const &pItem )  { return eREFERENCE;  }
    inline EFbxType FbxTypeOf( fbxBlob const &pItem )       { return eBLOB;       }
    inline EFbxType FbxTypeOf( fbxDistance const &pItem)    { return eDISTANCE;   }
    inline EFbxType FbxTypeOf( fbxDateTime const &pItem)    { return eDATETIME;   }

    // To overcome VC6/net2002 compiler bugs I need a function with a different
    // prototype than FbxTypeOf( T const &pItem ) but rather that struggling to
    // find the correct prototype, we simply define a different function.
    // Since I need it in the LayerElement classes only to properly handle the
    // KFbxSurfaceMaterial*, KFbxTexure* and kReference* types, It is not a
    // big deal to have this duplicata of function. However, when the LayerElement
    // stuff is converted to properties, this set of function SHOULD be deleted.
    template <class T> inline EFbxType _FbxTypeOf( T* const &pItem) { return eREFERENCE; }
    inline EFbxType _FbxTypeOf( fbxByte1 const &pItem )      { return eBYTE1;      }
    inline EFbxType _FbxTypeOf( fbxUByte1 const &pItem )     { return eUBYTE1;     }
    inline EFbxType _FbxTypeOf( fbxShort1 const &pItem )     { return eSHORT1;     }
    inline EFbxType _FbxTypeOf( fbxUShort1 const &pItem )    { return eUSHORT1;    }
    inline EFbxType _FbxTypeOf( fbxUInteger1 const &pItem )  { return eUINTEGER1;  }
    inline EFbxType _FbxTypeOf( fbxLongLong1 const &pItem )  { return eLONGLONG1;  }
    inline EFbxType _FbxTypeOf( fbxULongLong1 const &pItem ) { return eULONGLONG1; }
    inline EFbxType _FbxTypeOf( fbxHalfFloat const &pItem )  { return eHALFFLOAT;  }
    inline EFbxType _FbxTypeOf( fbxBool1 const &pItem )      { return eBOOL1;      }
    inline EFbxType _FbxTypeOf( fbxInteger1 const &pItem )   { return eINTEGER1;   }
    inline EFbxType _FbxTypeOf( fbxFloat1 const &pItem )     { return eFLOAT1;     }
    inline EFbxType _FbxTypeOf( fbxDouble1 const &pItem )    { return eDOUBLE1;    }
    inline EFbxType _FbxTypeOf( fbxDouble2 const &pItem )    { return eDOUBLE2;    }
    inline EFbxType _FbxTypeOf( fbxDouble3 const &pItem )    { return eDOUBLE3;    }
    inline EFbxType _FbxTypeOf( fbxDouble4 const &pItem )    { return eDOUBLE4;    }
    inline EFbxType _FbxTypeOf( fbxDouble44 const &pItem )   { return eDOUBLE44;   }
//  inline EFbxType _FbxTypeOf( fbxEnum const &pItem )       { return eENUM;       }
    inline EFbxType _FbxTypeOf( fbxString const &pItem )     { return eSTRING;     }
    inline EFbxType _FbxTypeOf( fbxTime const &pItem )       { return eTIME;       }
    inline EFbxType _FbxTypeOf( fbxReference const &pItem )  { return eREFERENCE;  }
    inline EFbxType _FbxTypeOf( fbxBlob const &pItem )       { return eBLOB;       }
    inline EFbxType _FbxTypeOf( KFbxColor   const &pItem )   { return eDOUBLE4;    }
    inline EFbxType _FbxTypeOf( fbxDistance const &pItem )   { return eDISTANCE;   }
    inline EFbxType _FbxTypeOf( fbxDateTime const &pItem )   { return eDATETIME;   }

    // Additional types
    inline EFbxType FbxTypeOf( KFbxColor    const &pItem )  { return eDOUBLE4; }

    // internal type management
//  template< class T1,class T2,class T3 > inline bool internalfbxCopy1To3 ( T1 &pDst,T2 const &pSrc ) { pDst[0] = (T3)pSrc; pDst[1] = (T3)pSrc; pDst[2] = (T3)pSrc; return true; }
/*  template< class T1,class T2 > inline bool internalfbxCopy  ( T1 &pDst,T2 const &pSrc ) { pDst    = (T1)pSrc; return true; }
    template< class T1,class T2 > inline bool internalfbxCopy2 ( T1 &pDst,T2 const &pSrc ) { pDst[0] = (T1)pSrc[0]; pDst[1] = (T1)pSrc[1]; return true; }
    template< class T1,class T2 > inline bool internalfbxCopy3 ( T1 &pDst,T2 const &pSrc ) { pDst[0] = (T1)pSrc[0]; pDst[1] = (T1)pSrc[1]; pDst[2] = (T1)pSrc[2]; return true; }
    template< class T1,class T2 > inline bool internalfbxCopy4 ( T1 &pDst,T2 const &pSrc ) { pDst[0] = (T1)pSrc[0]; pDst[1] = (T1)pSrc[1]; pDst[2] = (T1)pSrc[2]; pDst[3] = (T1)pSrc[3]; return true; }
*/
    bool KFBX_DLL fbxCopyStr( fbxDouble1& pDst,  fbxString const& pSrc );
    bool KFBX_DLL fbxCopyStr( fbxBool1& pDst,    fbxString const& pSrc );
    bool KFBX_DLL fbxCopyStr( fbxInteger1& pDst, fbxString const& pSrc );
    bool KFBX_DLL fbxCopyStr( fbxByte1& pDst, fbxString const& pSrc );
    bool KFBX_DLL fbxCopyStr( fbxUByte1& pDst, fbxString const& pSrc );
    bool KFBX_DLL fbxCopyStr( fbxShort1& pDst, fbxString const& pSrc );
    bool KFBX_DLL fbxCopyStr( fbxUShort1& pDst, fbxString const& pSrc );
    bool KFBX_DLL fbxCopyStr( fbxUInteger1& pDst, fbxString const& pSrc );
    bool KFBX_DLL fbxCopyStr( fbxLongLong1& pDst, fbxString const& pSrc );
    bool KFBX_DLL fbxCopyStr( fbxULongLong1& pDst, fbxString const& pSrc );
    bool KFBX_DLL fbxCopyStr( fbxHalfFloat& pDst,  fbxString const& pSrc );

    // Copy types and conversions
    template< class T1,class T2 > inline bool fbxCopy ( T1 &pDst,T2 const &pSrc ) { K_ASSERT_MSG_NOW("Incompatible type assigment" ); return false; }

    // Copy Types and Conversions
    inline bool fbxCopy( fbxByte1 &pDst,fbxByte1 const &pSrc )          { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxUByte1 const &pSrc )        { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxShort1 const &pSrc )        { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxUShort1 const &pSrc )      { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxUInteger1 const &pSrc )  { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxLongLong1 const &pSrc )  { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxULongLong1 const &pSrc ){ pDst=pSrc; return true; }
    inline bool fbxCopy( fbxHalfFloat &pDst, fbxHalfFloat const &pSrc ) { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxBool1 const &pSrc )          { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxInteger1 const &pSrc )    { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxFloat1 const &pSrc )        { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxDouble1 const &pSrc )      { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxDouble2 &pDst,fbxDouble2 const &pSrc )      { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxDouble3 const &pSrc )      { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxDouble4 const &pSrc )      { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxDouble44 &pDst,fbxDouble44 const &pSrc )    { pDst=pSrc; return true; }
//  inline bool fbxCopy( fbxEnum &pDst,fbxEnum const &pSrc )            { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxString &pDst,fbxString const &pSrc )        { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxTime &pDst,fbxTime const &pSrc )            { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxReference &pDst,fbxReference const &pSrc )  { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxBlob const &pSrc )            { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxDistance &pDst, fbxDistance const &pSrc )   { pDst=pSrc; return true; }
    inline bool fbxCopy( fbxDateTime &pDst, fbxDateTime const &pSrc )   { pDst=pSrc; return true; }

    // To FbxBool
    inline bool fbxCopy( fbxBool1 &pDst,fbxByte1 const &pSrc )          { pDst   = pSrc == 0 ? false : true; return true; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxUByte1 const &pSrc )         { pDst   = pSrc == 0 ? false : true; return true; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxShort1 const &pSrc )         { pDst   = pSrc == 0 ? false : true; return true; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxUShort1 const &pSrc )        { pDst   = pSrc == 0 ? false : true; return true; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxUInteger1 const &pSrc )      { pDst   = pSrc == 0 ? false : true; return true; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxLongLong1 const &pSrc )      { pDst   = pSrc == 0 ? false : true; return true; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxULongLong1 const &pSrc )     { pDst   = pSrc == 0 ? false : true; return true; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxHalfFloat const &pSrc )      { return false; }
//  inline bool fbxCopy( fbxBool1 &pDst,fbxBool1 const &pSrc )          { pDst   = (fbxBool1)pSrc; return true; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxInteger1 const &pSrc )       { pDst   = pSrc == 0 ? false : true; return true; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxFloat1 const &pSrc )         { pDst   = pSrc == 0.f ? false : true; return true; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxDouble1 const &pSrc )        { pDst   = pSrc == 0. ? false : true; return true; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxDouble2 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxDouble3 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxDouble4 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxDouble44 const &pSrc )       { return false; }
//  inline bool fbxCopy( fbxBool1 &pDst,fbxEnum const &pSrc )           { return false; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxString const &pSrc )         { return fbxCopyStr(pDst,pSrc); }
    inline bool fbxCopy( fbxBool1 &pDst,fbxTime const &pSrc )           { return false; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxReference const &pSrc )      { return false; }
    inline bool fbxCopy( fbxBool1 &pDst,fbxBlob const &pSrc )           { return false; }
    inline bool fbxCopy( fbxBool1 &pDst, fbxDistance const &pSrc )      { return false; }
    inline bool fbxCopy( fbxBool1 &pDst, fbxDateTime const &pSrc )      { return false; }

    // To FbxByte
    //inline bool fbxCopy( fbxByte1 &pDst,fbxByte1 const &pSrc )        { pDst   = (fbxByte1)pSrc; return true; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxUByte1 const &pSrc )         { pDst   = (fbxByte1)pSrc; return true; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxShort1 const &pSrc )         { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxUShort1 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxUInteger1 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxLongLong1 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxULongLong1 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxHalfFloat const &pSrc )      { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxBool1 const &pSrc )          { pDst   = (fbxByte1)pSrc; return true; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxInteger1 const &pSrc )       { pDst   = (fbxByte1)pSrc; return true; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxFloat1 const &pSrc )         { pDst   = (fbxByte1)pSrc; return true; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxDouble1 const &pSrc )        { pDst   = (fbxByte1)pSrc; return true; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxDouble2 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxDouble3 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxDouble4 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxDouble44 const &pSrc )       { return false; }
//  inline bool fbxCopy( fbxByte1 &pDst,fbxEnum const &pSrc )           { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxString const &pSrc )         { return fbxCopyStr(pDst,pSrc); }
    inline bool fbxCopy( fbxByte1 &pDst,fbxTime const &pSrc )           { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxReference const &pSrc )      { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxBlob const &pSrc )           { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxDistance const &pSrc )       { return false; }
    inline bool fbxCopy( fbxByte1 &pDst,fbxDateTime const &pSrc )       { return false; }

    // To FbxUByte
    inline bool fbxCopy( fbxUByte1 &pDst,fbxByte1 const &pSrc )         { pDst   = (fbxUByte1)pSrc; return true; }
//  inline bool fbxCopy( fbxUByte1 &pDst,fbxUByte1 const &pSrc )        { pDst   = (fbxUByte1)pSrc; return true; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxShort1 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxUShort1 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxUInteger1 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxLongLong1 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxULongLong1 const &pSrc )    { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxHalfFloat const &pSrc )     { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxBool1 const &pSrc )         { pDst   = (fbxUByte1)pSrc; return true; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxInteger1 const &pSrc )      { pDst   = (fbxUByte1)pSrc; return true; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxFloat1 const &pSrc )        { pDst   = (fbxUByte1)pSrc; return true; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxDouble1 const &pSrc )       { pDst   = (fbxUByte1)pSrc; return true; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxDouble2 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxDouble3 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxDouble4 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxDouble44 const &pSrc )      { return false; }
//  inline bool fbxCopy( fbxUByte1 &pDst,fbxEnum const &pSrc )          { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxString const &pSrc )        { return fbxCopyStr(pDst,pSrc); }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxTime const &pSrc )          { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxReference const &pSrc )     { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxBlob const &pSrc )          { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxDistance const &pSrc )      { return false; }
    inline bool fbxCopy( fbxUByte1 &pDst,fbxDateTime const &pSrc )      { return false; }

    // To FbxShort
    inline bool fbxCopy( fbxShort1 &pDst,fbxByte1 const &pSrc )         { pDst   = (fbxShort1)pSrc; return true; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxUByte1 const &pSrc )        { pDst   = (fbxShort1)pSrc; return true; }
//  inline bool fbxCopy( fbxShort1 &pDst,fbxShort1 const &pSrc )        { pDst   = (fbxShort1)pSrc; return true; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxUShort1 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxUInteger1 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxLongLong1 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxULongLong1 const &pSrc )    { return false; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxHalfFloat const &pSrc )     { return false; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxBool1 const &pSrc )         { pDst   = (fbxShort1)pSrc; return true; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxInteger1 const &pSrc )      { pDst   = (fbxShort1)pSrc; return true; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxFloat1 const &pSrc )        { pDst   = (fbxShort1)pSrc; return true; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxDouble1 const &pSrc )       { pDst   = (fbxShort1)pSrc; return true; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxDouble2 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxDouble3 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxDouble4 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxDouble44 const &pSrc )      { return false; }
//  inline bool fbxCopy( fbxShort1 &pDst,fbxEnum const &pSrc )          { return false; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxString const &pSrc )        { return fbxCopyStr(pDst,pSrc); }
    inline bool fbxCopy( fbxShort1 &pDst,fbxTime const &pSrc )          { return false; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxReference const &pSrc )     { return false; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxBlob const &pSrc )          { return false; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxDistance const &pSrc )      { return false; }
    inline bool fbxCopy( fbxShort1 &pDst,fbxDateTime const &pSrc )      { return false; }

    // To FbxUShort
    inline bool fbxCopy( fbxUShort1 &pDst,fbxByte1 const &pSrc )        { pDst   = (fbxUShort1)pSrc; return true; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxUByte1 const &pSrc )       { pDst   = (fbxUShort1)pSrc; return true; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxShort1 const &pSrc )       { pDst   = (fbxUShort1)pSrc; return true; }
//  inline bool fbxCopy( fbxUShort1 &pDst,fbxUShort1 const &pSrc )      { pDst   = (fbxUShort1)pSrc; return true; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxUInteger1 const &pSrc )    { return false; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxLongLong1 const &pSrc )    { return false; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxULongLong1 const &pSrc )   { return false; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxHalfFloat const &pSrc )    { return false; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxBool1 const &pSrc )        { pDst   = (fbxUShort1)pSrc; return true; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxInteger1 const &pSrc )     { pDst   = (fbxUShort1)pSrc; return true; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxFloat1 const &pSrc )       { pDst   = (fbxUShort1)pSrc; return true; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxDouble1 const &pSrc )      { pDst   = (fbxUShort1)pSrc; return true; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxDouble2 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxDouble3 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxDouble4 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxDouble44 const &pSrc )     { return false; }
//  inline bool fbxCopy( fbxUShort1 &pDst,fbxEnum const &pSrc )         { return false; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxString const &pSrc )       { return fbxCopyStr(pDst,pSrc); }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxTime const &pSrc )         { return false; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxReference const &pSrc )    { return false; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxBlob const &pSrc )         { return false; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxDistance const &pSrc )     { return false; }
    inline bool fbxCopy( fbxUShort1 &pDst,fbxDateTime const &pSrc )     { return false; }

    // To FbxInteger1
    inline bool fbxCopy( fbxInteger1 &pDst,fbxByte1 const &pSrc )       { pDst   = (fbxInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxUByte1 const &pSrc )      { pDst   = (fbxInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxShort1 const &pSrc )      { pDst   = (fbxInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxUShort1 const &pSrc )     { pDst   = (fbxInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxUInteger1 const &pSrc )   { pDst   = (fbxInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxLongLong1 const &pSrc )   { pDst   = (fbxInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxULongLong1 const &pSrc )  { pDst   = (fbxInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxHalfFloat const &pSrc )   { return false; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxBool1 const &pSrc )       { pDst   = (fbxInteger1)pSrc; return true; }
//  inline bool fbxCopy( fbxInteger1 &pDst,fbxInteger1 const &pSrc )    { pDst   = (fbxInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxFloat1 const &pSrc )      { pDst   = (fbxInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxDouble1 const &pSrc )     { pDst   = (fbxInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxDouble2 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxDouble3 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxDouble4 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxDouble44 const &pSrc )    { return false; }
//  inline bool fbxCopy( fbxInteger1 &pDst,fbxEnum const &pSrc )        { return false; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxString const &pSrc )      { return fbxCopyStr(pDst,pSrc); }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxTime const &pSrc )        { return false; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxReference const &pSrc )   { return false; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxBlob const &pSrc )        { return false; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxDistance const &pSrc )    { return false; }
    inline bool fbxCopy( fbxInteger1 &pDst,fbxDateTime const &pSrc )    { return false; }

    // To FbxUInteger1
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxByte1 const &pSrc )       { pDst   = (fbxUInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxUByte1 const &pSrc )      { pDst   = (fbxUInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxShort1 const &pSrc )      { pDst   = (fbxUInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxUShort1 const &pSrc )     { pDst   = (fbxUInteger1)pSrc; return true; }
//  inline bool fbxCopy( fbxUInteger1 &pDst,fbxUInteger1 const &pSrc )   { pDst   = (fbxUInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxLongLong1 const &pSrc )   { pDst   = (fbxUInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxULongLong1 const &pSrc )  { pDst   = (fbxUInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxHalfFloat const &pSrc )   { return false; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxBool1 const &pSrc )       { pDst   = (fbxUInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxInteger1 const &pSrc )    { pDst   = (fbxUInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxFloat1 const &pSrc )      { pDst   = (fbxUInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxDouble1 const &pSrc )     { pDst   = (fbxUInteger1)pSrc; return true; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxDouble2 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxDouble3 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxDouble4 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxDouble44 const &pSrc )    { return false; }
//  inline bool fbxCopy( fbxUInteger1 &pDst,fbxEnum const &pSrc )        { return false; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxString const &pSrc )      { return fbxCopyStr(pDst,pSrc); }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxTime const &pSrc )        { return false; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxReference const &pSrc )   { return false; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxBlob const &pSrc )        { return false; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxDistance const &pSrc )    { return false; }
    inline bool fbxCopy( fbxUInteger1 &pDst,fbxDateTime const &pSrc )    { return false; }

    // To FbxLongLong
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxByte1 const &pSrc )       { pDst   = (fbxLongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxUByte1 const &pSrc )      { pDst   = (fbxLongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxShort1 const &pSrc )      { pDst   = (fbxLongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxUShort1 const &pSrc )     { pDst   = (fbxLongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxUInteger1 const &pSrc )   { pDst   = (fbxLongLong1)pSrc; return true; }
//  inline bool fbxCopy( fbxLongLong1 &pDst,fbxLongLong const &pSrc )    { pDst   = (fbxLongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxULongLong1 const &pSrc )  { pDst   = (fbxLongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxHalfFloat const &pSrc )   { return false; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxBool1 const &pSrc )       { pDst   = (fbxLongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxInteger1 const &pSrc )    { pDst   = (fbxLongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxFloat1 const &pSrc )      { pDst   = (fbxLongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxDouble1 const &pSrc )     { pDst   = (fbxLongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxDouble2 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxDouble3 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxDouble4 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxDouble44 const &pSrc )    { return false; }
//  inline bool fbxCopy( fbxLongLong1 &pDst,fbxEnum const &pSrc )        { return false; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxString const &pSrc )      { return fbxCopyStr(pDst,pSrc); }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxTime const &pSrc )        { return false; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxReference const &pSrc )   { return false; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxBlob const &pSrc )        { return false; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxDistance const &pSrc )    { return false; }
    inline bool fbxCopy( fbxLongLong1 &pDst,fbxDateTime const &pSrc )    { return false; }

    // To FbxULongLong
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxByte1 const &pSrc )       { pDst   = (fbxULongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxUByte1 const &pSrc )      { pDst   = (fbxULongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxShort1 const &pSrc )      { pDst   = (fbxULongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxUShort1 const &pSrc )     { pDst   = (fbxULongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxUInteger1 const &pSrc )   { pDst   = (fbxULongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxLongLong1 const &pSrc )   { pDst   = (fbxULongLong1)pSrc; return true; }
//  inline bool fbxCopy( fbxULongLong1 &pDst,fbxULongLong const &pSrc )   { pDst   = (fbxULongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxHalfFloat const &pSrc )   { return false; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxBool1 const &pSrc )       { pDst   = (fbxULongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxInteger1 const &pSrc )    { pDst   = (fbxULongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxFloat1 const &pSrc )      { pDst   = (fbxULongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxDouble1 const &pSrc )     { pDst   = (fbxULongLong1)pSrc; return true; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxDouble2 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxDouble3 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxDouble4 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxDouble44 const &pSrc )    { return false; }
//  inline bool fbxCopy( fbxULongLong1 &pDst,fbxEnum const &pSrc )        { return false; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxString const &pSrc )      { return fbxCopyStr(pDst,pSrc); }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxTime const &pSrc )        { return false; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxReference const &pSrc )   { return false; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxBlob const &pSrc )        { return false; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxDistance const &pSrc )    { return false; }
    inline bool fbxCopy( fbxULongLong1 &pDst,fbxDateTime const &pSrc )    { return false; }

    // To fbxHalfFloat
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxByte1 const &pSrc )         { fbxHalfFloat hf((float)pSrc); pDst = hf; return true; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxUByte1 const &pSrc )        { fbxHalfFloat hf((float)pSrc); pDst = hf; return true; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxShort1 const &pSrc )        { fbxHalfFloat hf((float)pSrc); pDst = hf; return true; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxUShort1 const &pSrc )       { fbxHalfFloat hf((float)pSrc); pDst = hf; return true; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxUInteger1 const &pSrc )     { fbxHalfFloat hf((float)pSrc); pDst = hf; return true; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxLongLong1 const &pSrc )     { fbxHalfFloat hf((float)pSrc); pDst = hf; return true; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxULongLong1 const &pSrc )    { fbxHalfFloat hf((float)pSrc); pDst = hf; return true; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxBool1 const &pSrc )         { fbxHalfFloat hf((float)pSrc); pDst = hf; return true; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxInteger1 const &pSrc )      { fbxHalfFloat hf((float)pSrc); pDst = hf; return true; }
//  inline bool fbxCopy( fbxHalfFloat &pDst,fbxHalfFloat const &pSrc )        { pDst   = (fbxHalfFloat)pSrc; return true; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxFloat1 const &pSrc )        { fbxHalfFloat hf((float)pSrc); pDst = hf; return true; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxDouble1 const &pSrc )       { fbxHalfFloat hf((float)pSrc); pDst = hf; return true; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxDouble2 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxDouble3 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxDouble4 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxDouble44 const &pSrc )      { return false; }
//  inline bool fbxCopy( fbxHalfFloat &pDst,fbxEnum const &pSrc )          { return false; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxString const &pSrc )        { return false; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxTime const &pSrc )          { return false; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxReference const &pSrc )     { return false; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxBlob const &pSrc )          { return false; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxDistance const &pSrc )      { fbxHalfFloat hf(pSrc.internalValue()); pDst = hf; return true; }
    inline bool fbxCopy( fbxHalfFloat &pDst,fbxDateTime const &pSrc )      { return false; }

    // To FbxFloat1
    inline bool fbxCopy( fbxFloat1 &pDst,fbxByte1 const &pSrc )         { pDst   = (fbxFloat1)pSrc; return true; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxUByte1 const &pSrc )        { pDst   = (fbxFloat1)pSrc; return true; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxShort1 const &pSrc )        { pDst   = (fbxFloat1)pSrc; return true; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxUShort1 const &pSrc )       { pDst   = (fbxFloat1)pSrc; return true; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxUInteger1 const &pSrc )     { pDst   = (fbxFloat1)pSrc; return true; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxLongLong1 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxULongLong1 const &pSrc )    { return false; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxHalfFloat const &pSrc )     { pDst   = pSrc.value()   ; return true; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxBool1 const &pSrc )         { pDst   = (fbxFloat1)pSrc; return true; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxInteger1 const &pSrc )      { pDst   = (fbxFloat1)pSrc; return true; }
//  inline bool fbxCopy( fbxFloat1 &pDst,fbxFloat1 const &pSrc )        { pDst   = (fbxFloat1)pSrc; return true; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxDouble1 const &pSrc )       { pDst   = (fbxFloat1)pSrc; return true; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxDouble2 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxDouble3 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxDouble4 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxDouble44 const &pSrc )      { return false; }
//  inline bool fbxCopy( fbxFloat1 &pDst,fbxEnum const &pSrc )          { return false; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxString const &pSrc )        { return false; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxTime const &pSrc )          { return false; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxReference const &pSrc )     { return false; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxBlob const &pSrc )          { return false; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxDistance const &pSrc )      { pDst = pSrc.internalValue(); return true; }
    inline bool fbxCopy( fbxFloat1 &pDst,fbxDateTime const &pSrc )      { return false; }

    // To FbxDouble1
    inline bool fbxCopy( fbxDouble1 &pDst,fbxByte1 const &pSrc )        { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxUByte1 const &pSrc )       { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxShort1 const &pSrc )       { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxUShort1 const &pSrc )      { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxUInteger1 const &pSrc )    { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxLongLong1 const &pSrc )    { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxULongLong1 const &pSrc )   { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxHalfFloat const &pSrc )    { pDst   = (fbxDouble1)pSrc.value(); return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxBool1 const &pSrc )        { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxInteger1 const &pSrc )     { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxFloat1 const &pSrc )       { pDst   = (fbxDouble1)pSrc; return true; }
//  inline bool fbxCopy( fbxDouble1 &pDst,fbxDouble1 const &pSrc )      { return internalfbxCopy(pDst,pSrc); }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxDouble2 const &pSrc )      { pDst   = (fbxDouble1)pSrc[0];     return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxDouble3 const &pSrc )      { pDst   = (fbxDouble1)pSrc[0];     return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxDouble4 const &pSrc )      { pDst   = (fbxDouble1)pSrc[0];     return true; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxDouble44 const &pSrc )     { pDst   = (fbxDouble1)pSrc[0][0];  return true; }
//  inline bool fbxCopy( fbxDouble1 &pDst,fbxEnum const &pSrc )         { return false; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxString const &pSrc )       { return fbxCopyStr(pDst,pSrc); }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxTime const &pSrc )         { pDst   = (fbxDouble1)pSrc.GetSecondDouble();  return true; }
//  inline bool fbxCopy( fbxDouble1 &pDst,fbxReference const &pSrc )    { return false; }
//  inline bool fbxCopy( fbxDouble1 &pDst,fbxBlob const &pSrc )         { return false; }
    inline bool fbxCopy( fbxDouble1 &pDst,fbxDistance const &pSrc )     { pDst = pSrc.internalValue(); return true; }
//    inline bool fbxCopy( fbxDouble1 &pDst,fbxDateTime const &pSrc )     { return false; }

    // To fbxDouble2
    inline bool fbxCopy( fbxDouble2 &pDst,fbxByte1 const &pSrc )        { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble2 &pDst,fbxUByte1 const &pSrc )       { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble2 &pDst,fbxShort1 const &pSrc )       { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble2 &pDst,fbxUShort1 const &pSrc )      { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble2 &pDst,fbxUInteger1 const &pSrc )    { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble2 &pDst,fbxLongLong1 const &pSrc )    { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble2 &pDst,fbxULongLong1 const &pSrc )   { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble2 &pDst,fbxHalfFloat const &pSrc )    { pDst   = (fbxDouble1)pSrc.value(); return true; }
    inline bool fbxCopy( fbxDouble2 &pDst,fbxBool1 const &pSrc )        { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble2 &pDst,fbxInteger1 const &pSrc )     { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble2 &pDst,fbxFloat1 const &pSrc )       { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble2 &pDst,fbxDouble1 const &pSrc )      { pDst   = (fbxDouble1)pSrc; return true; }

    // To fbxDouble3
    inline bool fbxCopy( fbxDouble3 &pDst,fbxByte1 const &pSrc )        { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxUByte1 const &pSrc )       { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxShort1 const &pSrc )       { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxUShort1 const &pSrc )      { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxUInteger1 const &pSrc )    { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxLongLong1 const &pSrc )    { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxULongLong1 const &pSrc )   { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxHalfFloat const &pSrc )    { pDst   = (fbxDouble1)pSrc.value(); return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxBool1 const &pSrc )        { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxInteger1 const &pSrc )     { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxFloat1 const &pSrc )       { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxDouble1 const &pSrc )      { pDst   = (fbxDouble1)pSrc; return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxDouble2 const &pSrc )      { return false;  }
//  inline bool fbxCopy( fbxDouble3 &pDst,fbxDouble3 const &pSrc )      { return internalfbxCopy3(pSrc,pDst);  }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxDouble4 const &pSrc )      { pDst   = pSrc; return true; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxDouble44 const &pSrc )     { return false; }
//  inline bool fbxCopy( fbxDouble4 &pDst,fbxEnum const &pSrc )         { return false; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxString const &pSrc )       { return false; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxTime const &pSrc )         { return false; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxReference const &pSrc )    { return false; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxBlob const &pSrc )         { return false; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxDistance const &pSrc )     { return false; }
    inline bool fbxCopy( fbxDouble3 &pDst,fbxDateTime const &pSrc )     { return false; }

    // To fbxDouble4
    inline bool fbxCopy( fbxDouble4 &pDst,fbxByte1 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxUByte1 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxShort1 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxUShort1 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxUInteger1 const &pSrc )    { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxLongLong1 const &pSrc )    { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxULongLong1 const &pSrc )   { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxHalfFloat const &pSrc )    { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxBool1 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxInteger1 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxFloat1 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxDouble1 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxDouble2 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxDouble3 const &pSrc )      { pDst   = pSrc; return true; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxDouble44 const &pSrc )     { return false; }
//  inline bool fbxCopy( fbxDouble4 &pDst,fbxEnum const &pSrc )         { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxString const &pSrc )       { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxTime const &pSrc )         { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxReference const &pSrc )    { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxBlob const &pSrc )         { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxDistance const &pSrc )     { return false; }
    inline bool fbxCopy( fbxDouble4 &pDst,fbxDateTime const &pSrc )     { return false; }

    // To String
    inline bool fbxCopy( fbxString &pDst,fbxByte1 const &pSrc )         { pDst=KString((int)pSrc); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxUByte1 const &pSrc )        { pDst=KString((int)pSrc); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxShort1 const &pSrc )        { pDst=KString((int)pSrc); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxUShort1 const &pSrc )       { pDst=KString((int)pSrc); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxUInteger1 const &pSrc )     { pDst=KString((int)pSrc); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxLongLong1 const &pSrc )     { pDst=KString((int)pSrc); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxULongLong1 const &pSrc )    { pDst=KString((int)pSrc); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxHalfFloat const &pSrc )     { pDst=KString((float)pSrc.value()); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxBool1 const &pSrc )         { pDst=pSrc ? "true" : "false"; return true; }
    inline bool fbxCopy( fbxString &pDst,fbxInteger1 const &pSrc )      { pDst=KString((int)pSrc); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxFloat1 const &pSrc )        { pDst=KString(pSrc); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxDouble1 const &pSrc )       { pDst=KString(pSrc); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxDouble2 const &pSrc )       { pDst=KString(pSrc[0])+","+KString(pSrc[1]); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxDouble3 const &pSrc )       { pDst=KString(pSrc[0])+","+KString(pSrc[1])+","+KString(pSrc[2]); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxDouble4 const &pSrc )       { pDst=KString(pSrc[0])+","+KString(pSrc[1])+","+KString(pSrc[2])+","+KString(pSrc[3]); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxDouble44 const &pSrc )      { pDst=KString(pSrc[0][0])+","+KString(pSrc[0][1])+","+KString(pSrc[0][2])+","+KString(pSrc[0][3]); return true; }
//  inline bool fbxCopy( fbxString &pDst,fbxString const &pSrc )        { return false; }
    inline bool fbxCopy( fbxString &pDst,fbxTime const &pSrc )          { char lTimeStr[128]; pSrc.GetTimeString(lTimeStr); pDst=lTimeStr; return true; }
    inline bool fbxCopy( fbxString &pDst,fbxReference const &pSrc )     { pDst="<reference>"; return true; }
    inline bool fbxCopy( fbxString &pDst,fbxBlob const &pSrc )          { pDst="<blob>"; return true; } // Or convert to ASCII-85?
    inline bool fbxCopy( fbxString &pDst,fbxDistance const &pSrc )      { pDst= KString(pSrc.value()) + " " +pSrc.unitName(); return true; }
    inline bool fbxCopy( fbxString &pDst,fbxDateTime const &pSrc )      { pDst= pSrc.toString(); return true; }

    // To Blob
    inline bool fbxCopy( fbxBlob &pDst,fbxByte1 const &pSrc )           { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxUByte1 const &pSrc )          { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxShort1 const &pSrc )          { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxUShort1 const &pSrc )         { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxUInteger1 const &pSrc )       { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxLongLong1 const &pSrc )       { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxULongLong1 const &pSrc )      { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxHalfFloat const &pSrc )       { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxBool1 const &pSrc )           { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxInteger1 const &pSrc )        { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxFloat1 const &pSrc )          { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxDouble1 const &pSrc )         { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxDouble2 const &pSrc )         { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxDouble3 const &pSrc )         { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxDouble4 const &pSrc )         { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxDouble44 const &pSrc )        { pDst.Assign(&pSrc, sizeof(pSrc)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxString const &pSrc )
    {
        bool lCastable = pSrc.GetLen() == (int)pSrc.GetLen();
        K_ASSERT( lCastable );
        if( lCastable )
            pDst.Assign(pSrc.Buffer(), (int)pSrc.GetLen());
        return lCastable;
    }
    inline bool fbxCopy( fbxBlob &pDst,fbxTime const &pSrc )            { kLongLong t = pSrc.Get(); pDst.Assign( &t, sizeof(t)); return true; }
    inline bool fbxCopy( fbxBlob &pDst,fbxReference const &pSrc )       { return false; }
    inline bool fbxCopy( fbxBlob &pDst,fbxDistance const &pSrc )        { return false; }
    inline bool fbxCopy( fbxBlob &pDst,fbxDateTime const &pSrc )        { return false; }
    //inline bool fbxCopy( fbxBlob &pDst,fbxBlob const &pSrc )          { pDst=pSrc; return true; }

    inline bool fbxCopy( fbxDistance &pDst,fbxByte1 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxUByte1 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxShort1 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxUShort1 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxUInteger1 const &pSrc )    { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxLongLong1 const &pSrc )    { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxULongLong1 const &pSrc )   { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxHalfFloat const &pSrc )    { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxBool1 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxInteger1 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxFloat1 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxDouble1 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxDouble2 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxDouble3 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxDistance &pDst, fbxDouble4 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxDouble44 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxString const &pSrc )       { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxTime const &pSrc )         { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxReference const &pSrc )    { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxBlob const &pSrc )         { return false; }
    inline bool fbxCopy( fbxDistance &pDst,fbxDateTime const &pSrc )     { return false; }

    inline bool fbxCopy( fbxDateTime &pDst,fbxByte1 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxUByte1 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxShort1 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxUShort1 const &pSrc )      { return false; } 
    inline bool fbxCopy( fbxDateTime &pDst,fbxUInteger1 const &pSrc )    { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxLongLong1 const &pSrc )    { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxULongLong1 const &pSrc )   { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxHalfFloat const &pSrc )    { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxBool1 const &pSrc )        { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxInteger1 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxFloat1 const &pSrc )       { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxDouble1 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxDouble2 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxDouble3 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxDouble4 const &pSrc )      { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxDouble44 const &pSrc )     { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxString const &pSrc )       { return pDst.fromString(pSrc); }
    inline bool fbxCopy( fbxDateTime &pDst,fbxTime const &pSrc )         { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxReference const &pSrc )    { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxBlob const &pSrc )         { return false; }
    inline bool fbxCopy( fbxDateTime &pDst,fbxDistance const &pSrc )     { return false; }

    template< class T > inline bool fbxCopy( T &pDst,void const *pSrc,EFbxType pSrcType)
    {
        switch (pSrcType) {
            case eBYTE1:      return fbxCopy( pDst,*(fbxByte1 *)pSrc );
            case eUBYTE1:     return fbxCopy( pDst,*(fbxUByte1 *)pSrc );
            case eSHORT1:     return fbxCopy( pDst,*(fbxShort1 *)pSrc );
            case eUSHORT1:    return fbxCopy( pDst,*(fbxUShort1 *)pSrc );
            case eUINTEGER1:  return fbxCopy( pDst,*(fbxUInteger1 *)pSrc );
            case eLONGLONG1:  return fbxCopy( pDst,*(fbxLongLong1 *)pSrc );
            case eULONGLONG1: return fbxCopy( pDst,*(fbxULongLong1 *)pSrc );
            case eHALFFLOAT:  return fbxCopy( pDst,*(fbxHalfFloat *)pSrc );
            case eBOOL1:      return fbxCopy( pDst,*(fbxBool1 *)pSrc );
            case eINTEGER1:   return fbxCopy( pDst,*(fbxInteger1 *)pSrc );
            case eFLOAT1:     return fbxCopy( pDst,*(fbxFloat1 *)pSrc );
            case eDOUBLE1:    return fbxCopy( pDst,*(fbxDouble1 *)pSrc );
            case eDOUBLE2:    return fbxCopy( pDst,*(fbxDouble2 *)pSrc );
            case eDOUBLE3:    return fbxCopy( pDst,*(fbxDouble3 *)pSrc );
            case eDOUBLE4:    return fbxCopy( pDst,*(fbxDouble4 *)pSrc );
            case eDOUBLE44:   return fbxCopy( pDst,*(fbxDouble44 *)pSrc );
            case eENUM:       return fbxCopy( pDst,*(fbxEnum *)pSrc );
            case eSTRING:     return fbxCopy( pDst,*(fbxString *)pSrc );
            case eTIME:       return fbxCopy( pDst,*(fbxTime *)pSrc );
            case eREFERENCE:
                K_ASSERT_MSG_NOW("Trying to set value on a void Reference type" );
            break;
            case eBLOB:       return fbxCopy( pDst,*(fbxBlob *)pSrc );
            case eDISTANCE:   return fbxCopy( pDst, *(fbxDistance *)pSrc );
            case eDATETIME:   return fbxCopy( pDst, *(fbxDateTime *)pSrc );
            default:
                K_ASSERT_MSG_NOW("Trying to assign an unknown type" );
        }
        return false;
    }

    template< class T > inline bool fbxCopy( void *pDst,EFbxType pDstType,T const &pSrc)
    {
        switch (pDstType) {
            case eBYTE1:      return fbxCopy( *(fbxByte1 *)pDst,pSrc );
            case eUBYTE1:     return fbxCopy( *(fbxUByte1 *)pDst,pSrc );
            case eSHORT1:     return fbxCopy( *(fbxShort1 *)pDst,pSrc );
            case eUSHORT1:    return fbxCopy( *(fbxUShort1 *)pDst,pSrc );
            case eUINTEGER1:  return fbxCopy( *(fbxUInteger1 *)pDst,pSrc );
            case eLONGLONG1:  return fbxCopy( *(fbxLongLong1 *)pDst,pSrc );
            case eULONGLONG1: return fbxCopy( *(fbxULongLong1 *)pDst,pSrc );
            case eHALFFLOAT:  return fbxCopy( *(fbxHalfFloat *)pDst,pSrc );
            case eBOOL1:      return fbxCopy( *(fbxBool1 *)pDst,pSrc    );
            case eINTEGER1:   return fbxCopy( *(fbxInteger1 *)pDst,pSrc );
            case eFLOAT1:     return fbxCopy( *(fbxFloat1 *)pDst,pSrc   );
            case eDOUBLE1:    return fbxCopy( *(fbxDouble1 *)pDst,pSrc  );
            case eDOUBLE2:    return fbxCopy( *(fbxDouble2 *)pDst,pSrc  );
            case eDOUBLE3:    return fbxCopy( *(fbxDouble3 *)pDst,pSrc  );
            case eDOUBLE4:    return fbxCopy( *(fbxDouble4 *)pDst,pSrc  );
            case eDOUBLE44:   return fbxCopy( *(fbxDouble44 *)pDst,pSrc );
            case eENUM:       return fbxCopy( *(fbxEnum *)pDst,pSrc     );
            case eSTRING:     return fbxCopy( *(fbxString *)pDst,pSrc   );
            case eTIME:       return fbxCopy( *(fbxTime *)pDst,pSrc   );
            case eREFERENCE:
                K_ASSERT_MSG_NOW("Trying to set value on a void Reference type" );
            break;
            case eBLOB:       return fbxCopy( *(fbxBlob *)pDst,pSrc   );
            case eDISTANCE:   return fbxCopy( *(fbxDistance *)pDst, pSrc );
            case eDATETIME:   return fbxCopy( *(fbxDateTime *)pDst, pSrc );
            default:
                K_ASSERT_MSG_NOW("Trying to assign an unknown type" );
        }
        return false;
    }

    inline bool fbxCopy( void *pDst,EFbxType pDstType,void const *pSrc,EFbxType pSrcType)
    {
        switch (pSrcType) {
            case eBYTE1:      return fbxCopy( pDst,pDstType,*(fbxByte1 *)pSrc );
            case eUBYTE1:     return fbxCopy( pDst,pDstType,*(fbxUByte1 *)pSrc );
            case eSHORT1:     return fbxCopy( pDst,pDstType,*(fbxShort1 *)pSrc );
            case eUSHORT1:    return fbxCopy( pDst,pDstType,*(fbxUShort1 *)pSrc );
            case eUINTEGER1:  return fbxCopy( pDst,pDstType,*(fbxUInteger1 *)pSrc );
            case eLONGLONG1:  return fbxCopy( pDst,pDstType,*(fbxLongLong1 *)pSrc );
            case eULONGLONG1: return fbxCopy( pDst,pDstType,*(fbxULongLong1 *)pSrc );
            case eHALFFLOAT:  return fbxCopy( pDst,pDstType,*(fbxHalfFloat *)pSrc );
            case eBOOL1:      return fbxCopy( pDst,pDstType,*(fbxBool1 *)pSrc );
            case eINTEGER1:   return fbxCopy( pDst,pDstType,*(fbxInteger1 *)pSrc );
            case eFLOAT1:     return fbxCopy( pDst,pDstType,*(fbxFloat1 *)pSrc );
            case eDOUBLE1:    return fbxCopy( pDst,pDstType,*(fbxDouble1 *)pSrc );
            case eDOUBLE2:    return fbxCopy( pDst,pDstType,*(fbxDouble2 *)pSrc );
            case eDOUBLE3:    return fbxCopy( pDst,pDstType,*(fbxDouble3 *)pSrc );
            case eDOUBLE4:    return fbxCopy( pDst,pDstType,*(fbxDouble4 *)pSrc );
            case eDOUBLE44:   return fbxCopy( pDst,pDstType,*(fbxDouble44 *)pSrc );
            case eENUM:       return fbxCopy( pDst,pDstType,*(fbxEnum *)pSrc );
            case eSTRING:     return fbxCopy( pDst,pDstType,*(fbxString *)pSrc);
            case eTIME:       return fbxCopy( pDst,pDstType,*(fbxTime*)pSrc);
            case eREFERENCE:
                K_ASSERT_MSG_NOW("Trying to set value on a void Reference type" );
            break;
            case eBLOB:       return fbxCopy( pDst,pDstType,*(fbxBlob*)pSrc);
            case eDISTANCE:   return fbxCopy(pDst, pDstType, *(fbxDistance*)pSrc);
            case eDATETIME:   return fbxCopy(pDst, pDstType, *(fbxDateTime*)pSrc);
            default:
                K_ASSERT_MSG_NOW("Trying to assign an unknown type" );
        }
        return false;
    }

    KFBX_DLL void* fbxCreate( EFbxType pType );


    KFBX_DLL bool fbxDestroy( EFbxType pType, void* pData );


    inline bool fbxCompare( const void* pA, const void* pB, EFbxType pType )
    {
        switch (pType) {
            case eBYTE1:      return  (*(fbxByte1*)pA)      == (*(fbxByte1*)pB);
            case eUBYTE1:     return  (*(fbxUByte1*)pA)     == (*(fbxUByte1*)pB);
            case eSHORT1:     return  (*(fbxShort1*)pA)     == (*(fbxShort1*)pB);
            case eUSHORT1:    return  (*(fbxUShort1*)pA)    == (*(fbxUShort1*)pB);
            case eUINTEGER1:  return  (*(fbxUInteger1*)pA)  == (*(fbxUInteger1*)pB);
            case eLONGLONG1:  return  (*(fbxLongLong1*)pA)  == (*(fbxLongLong1*)pB);
            case eULONGLONG1: return  (*(fbxULongLong1*)pA) == (*(fbxULongLong1*)pB);
            case eHALFFLOAT:  return  (*(fbxHalfFloat*)pA)  == (*(fbxHalfFloat*)pB);
            case eBOOL1:      return  (*(fbxBool1*)pA)      == (*(fbxBool1*)pB);
            case eINTEGER1:   return  (*(fbxInteger1*)pA)   == (*(fbxInteger1*)pB);
            case eFLOAT1:     return  (*(fbxFloat1*)pA)     == (*(fbxFloat1*)pB);
            case eDOUBLE1:    return  (*(fbxDouble1*)pA)    == (*(fbxDouble1*)pB);
            case eDOUBLE2:    return  (*(fbxDouble2*)pA)    == (*(fbxDouble2*)pB);
            case eDOUBLE3:    return  (*(fbxDouble3*)pA)    == (*(fbxDouble3*)pB);
            case eDOUBLE4:    return  (*(fbxDouble4*)pA)    == (*(fbxDouble4*)pB);
            case eDOUBLE44:   return  (*(fbxDouble44*)pA)   == (*(fbxDouble44*)pB);
            case eENUM:       return  (*(fbxEnum*)pA)       == (*(fbxEnum*)pB);
            case eSTRING:     return  (*(fbxString*)pA)     == (*(fbxString*)pB);
            case eTIME:       return  (*(fbxTime*)pA)       == (*(fbxTime*)pB);
            case eREFERENCE:
                K_ASSERT_MSG_NOW("Trying to compare value on a void Reference type" );
            break;
            case eBLOB:      return (*(fbxBlob*)pA)         == (*(fbxBlob*)pB);
            case eDISTANCE:  return (*(fbxDistance*)pA)     == (*(fbxDistance*)pB);
            case eDATETIME:  return (*(fbxDateTime*)pA)     == (*(fbxDateTime*)pB);
            default:
                K_ASSERT_MSG_NOW("Trying to compare an unknown type" );
        }
        return false;
    }

#include <fbxfilesdk/fbxfilesdk_nsend.h>

#endif // FBXFILESDK_KFBXPLUGINS_KFBXTYPES_H