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ICP.hh
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40\*===========================================================================*/
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47//=============================================================================
48//
49// CLASS ICP
50//
51//=============================================================================
52
53
54#ifndef ICP_HH
55#define ICP_HH
56
63//== INCLUDES =================================================================
64
65#include <gmm/gmm.h>
66
67//== FORWARDDECLARATIONS ======================================================
68
69//== NAMESPACES ===============================================================
70
72namespace ICP {
73
74//== CLASS DEFINITION =========================================================
75
97template < typename VectorT , typename QuaternionT >
98void icp(const std::vector< VectorT >& _points1 , const std::vector< VectorT >& _points2 , VectorT& _cog1 , VectorT& _cog2 , double& _scale1 , double& _scale2 , QuaternionT& _rotation );
99
117template < typename VectorT , typename QuaternionT >
118void icp(const std::vector< VectorT >& _points1 , const std::vector< VectorT >& _points2 , VectorT& _cog1 , VectorT& _cog2 , QuaternionT& _rotation );
119
120//=============================================================================
121} //namespace ICP
122//=============================================================================
123#if defined(INCLUDE_TEMPLATES) && !defined(ICP_C)
124#define ICP_TEMPLATES
125#include "ICPT_impl.hh"
126#endif
127//=============================================================================
128#endif // ICP_HH defined
129//=============================================================================
130
Namespace for ICP.
Definition ICP.hh:72
void icp(const std::vector< VectorT > &_points1, const std::vector< VectorT > &_points2, VectorT &_cog1, VectorT &_cog2, double &_scale1, double &_scale2, QuaternionT &_rotation)
Compute rigid transformation from first point set to second point set.
Definition ICPT_impl.hh:85