Error: Could not find a match for... ?
Hi,
I am trying to compile some code using Studio 10/11 which appears to compile cleanly using a bunch of different C++ compilers (xlC, aCC, VC, g++) but is failing using the C++ compiler in both Studio 10 and Studio 11 with:
"test.cpp", line 18: Error: Could not find a match for MKGeomT::getDistanceSquared<MKGeomT::_DIM, MKGeomT::_TYPE>(const MKGeomT::Segment<MKT::Dim2, MKT::Double>&, const MKGeomT::Point<MKT::Dim2, MKT::Double>&, MKGeomT::Point<MKT::Dim2, MKT::Double>*, double*).
"test.cpp", line 23: Error: Could not find a match for MKGeomT::getDistanceSquared<MKGeomT::_DIM, MKGeomT::_TYPE>(const MKGeomT::Segment<MKT::Dim3, MKT::Double>&, const MKGeomT::Point<MKT::Dim3, MKT::Double>&, MKGeomT::Point<MKT::Dim3, MKT::Double>*, double*).
Any ideas on how to get this to compile would be appreciated.
test.cpp:
/*
/opt/SUNWspro/bin/CC -library=stlport4 -c test.cpp
*/
#include "all.h"
namespace MKGeomT
{
template < class _DIM, class _TYPE >
double getDistanceSquared(Segment < _DIM, _TYPE > const &segment,
Point < _DIM, _TYPE > const &querypt,
Point < _DIM, _TYPE > *closestpoint,
double *param)
{ return 0.0; }
template double getDistanceSquared < MKT::Dim2 > (Segment2 const &segment,
Point2 const &querypt,
Point2 *closestpoint,
double *param);
template double getDistanceSquared < MKT::Dim3 > (Segment3 const &segment,
Point3 const &querypt,
Point3 *closestpoint,
double *param);
}
all.h:
// a.h
namespace MKGeomT
{
template < class _DIM, class _TYPE > class Point;
template < class _DIM, class _TYPE > class Segment;
template < class _DIM, class _TYPE >
double getDistanceSquared(Segment < _DIM, _TYPE > const &segment,
Point < _DIM, _TYPE > const &point,
Point < _DIM, _TYPE > *closestpoint /*= 0*/,
double *param = 0);
template < class _DIM, class _TYPE >
inline double getDistance(Segment < _DIM, _TYPE > const &segment,
Point < _DIM, _TYPE > const &point,
Point < _DIM, _TYPE > *closestpoint = 0)
{
return 0.0;
}
}
// b.h
namespace MKT
{
class Dim2{ public: enum { NUM_DIM = 2 }; };
class Dim3{ public: enum { NUM_DIM = 3 }; };
class Float { public: typedef float Stor_t; typedef double Calc_t; };
class Double { public: typedef double Stor_t; typedef double Calc_t; };
} // end of namespace MKT
// c.h
using MKT::Dim2;
using MKT::Dim3;
using MKT::Double;
namespace MKGeomT
{
template < class _DIM, class _TYPE >
class PointBase
{};
template < class _DIM, class _TYPE > class Point;
#if 1
template < class _TYPE >
class Point < Dim2, _TYPE > : public PointBase < Dim2, _TYPE >
{
};
template < class _TYPE >
class Point < Dim3, _TYPE > : public PointBase < Dim3, _TYPE >
{
};
#endif
typedef Point < Dim2, Double > Point2;
typedef Point < Dim3, Double > Point3;
} // end of namespace MKGeomT
// d.h
namespace MKGeomT
{
/*! The Segment is a geometry class storing a segment in 3-D. Things
like the segment vector and length are cached behind the
scenes so subsequent retrieval is a no-op. */
template < class _DIM, class _TYPE = MKT::Double >
class Segment
{};
template < class _DIM, class _TYPE >
double getDistanceSquared (Segment < _DIM, _TYPE > const &rkSeg0,
Segment < _DIM, _TYPE > const &rkSeg1,
double* pfSegP0 = 0,
double* pfSegP1 = 0);
template < class _DIM, class _TYPE >
double getDistanceSquared2(Segment < _DIM, _TYPE > const &rkSeg0,
Segment < _DIM, _TYPE > const &rkSeg1,
double* pfSegP0 = 0,
double* pfSegP1 = 0);
typedef Segment < MKT::Dim2, MKT::Double > Segment2;
typedef Segment < MKT::Dim3, MKT::Double > Segment3;
}
thanks,
k.m
