#ifdef __cplusplus
extern "C" {
#endif

#pragma once


#include "hgdalType.h"

#include "STDDeletable.h"

#include "stdcxxType.h"


#define OGRGEOMETRY_DECL_VIRT(Type) \
unsigned int Type##_getGeometryType ( Type##_p p );\
void Type##_getEnvelope ( Type##_p p, OGREnvelope_p psEnvelope );\
bool Type##_Intersects ( Type##_p p, OGRGeometry_p g );\
bool Type##_Equals ( Type##_p p, OGRGeometry_p g );\
bool Type##_Disjoint ( Type##_p p, OGRGeometry_p g );\
bool Type##_Touches ( Type##_p p, OGRGeometry_p g );\
bool Type##_Crosses ( Type##_p p, OGRGeometry_p g );\
bool Type##_Within ( Type##_p p, OGRGeometry_p g );\
bool Type##_Contains ( Type##_p p, OGRGeometry_p g );\
bool Type##_Overlaps ( Type##_p p, OGRGeometry_p g );\
OGRGeometry_p Type##_Boundary ( Type##_p p );\
double Type##_Distance ( Type##_p p, OGRGeometry_p poOtherGeom );\
OGRGeometry_p Type##_ConvexHull ( Type##_p p );\
OGRGeometry_p Type##_Buffer ( Type##_p p, double dfDist, int nQuadSegs );\
OGRGeometry_p Type##_Intersection ( Type##_p p, OGRGeometry_p poOtherGeom );\
OGRGeometry_p Type##_Union ( Type##_p p, OGRGeometry_p poOtherGeom );\
OGRGeometry_p Type##_UnionCascaded ( Type##_p p );\
OGRGeometry_p Type##_Difference ( Type##_p p, OGRGeometry_p poOtherGeom );\
OGRGeometry_p Type##_SymDifference ( Type##_p p, OGRGeometry_p poOtherGeom );\
int Type##_Centroid ( Type##_p p, OGRPoint_p poPoint );\
OGRGeometry_p Type##_Simplify ( Type##_p p, double dTolerance );\
OGRGeometry_p Type##_DelaunayTriangulation ( Type##_p p, double dfTolerance, int bOnlyEdges );\
OGRGeometry_p Type##_Polygonize ( Type##_p p );\
double Type##_Distance3D ( Type##_p p, OGRGeometry_p poOtherGeom );


#define OGRGEOMETRY_DECL_NONVIRT(Type) \
OGRGeometry_p Type##_oGRGeometry_SimplifyPreserveTopology ( Type##_p p, double dTolerance );\
OGRPolygon_p Type##_oGRGeometry_toPolygon ( Type##_p p );\
OGRMultiPolygon_p Type##_oGRGeometry_toMultiPolygon ( Type##_p p );


#define OGRGEOMETRY_DECL_ACCESSOR(Type) \



#define OGRGEOMETRY_DEF_VIRT(Type) \
unsigned int Type##_getGeometryType ( Type##_p p ) {\
return ((TYPECASTMETHOD(Type, getGeometryType, OGRGeometry))(p))->getGeometryType();\
}\
\
void Type##_getEnvelope ( Type##_p p, OGREnvelope_p psEnvelope ) {\
((TYPECASTMETHOD(Type, getEnvelope, OGRGeometry))(p))->getEnvelope(from_nonconst_to_nonconst<OGREnvelope, OGREnvelope_t>(psEnvelope));\
}\
\
bool Type##_Intersects ( Type##_p p, OGRGeometry_p g ) {\
return ((TYPECASTMETHOD(Type, Intersects, OGRGeometry))(p))->Intersects(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(g));\
}\
\
bool Type##_Equals ( Type##_p p, OGRGeometry_p g ) {\
return ((TYPECASTMETHOD(Type, Equals, OGRGeometry))(p))->Equals(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(g));\
}\
\
bool Type##_Disjoint ( Type##_p p, OGRGeometry_p g ) {\
return ((TYPECASTMETHOD(Type, Disjoint, OGRGeometry))(p))->Disjoint(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(g));\
}\
\
bool Type##_Touches ( Type##_p p, OGRGeometry_p g ) {\
return ((TYPECASTMETHOD(Type, Touches, OGRGeometry))(p))->Touches(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(g));\
}\
\
bool Type##_Crosses ( Type##_p p, OGRGeometry_p g ) {\
return ((TYPECASTMETHOD(Type, Crosses, OGRGeometry))(p))->Crosses(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(g));\
}\
\
bool Type##_Within ( Type##_p p, OGRGeometry_p g ) {\
return ((TYPECASTMETHOD(Type, Within, OGRGeometry))(p))->Within(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(g));\
}\
\
bool Type##_Contains ( Type##_p p, OGRGeometry_p g ) {\
return ((TYPECASTMETHOD(Type, Contains, OGRGeometry))(p))->Contains(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(g));\
}\
\
bool Type##_Overlaps ( Type##_p p, OGRGeometry_p g ) {\
return ((TYPECASTMETHOD(Type, Overlaps, OGRGeometry))(p))->Overlaps(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(g));\
}\
\
OGRGeometry_p Type##_Boundary ( Type##_p p ) {\
return from_nonconst_to_nonconst<OGRGeometry_t, OGRGeometry>((OGRGeometry*)((TYPECASTMETHOD(Type, Boundary, OGRGeometry))(p))->Boundary());\
}\
\
double Type##_Distance ( Type##_p p, OGRGeometry_p poOtherGeom ) {\
return ((TYPECASTMETHOD(Type, Distance, OGRGeometry))(p))->Distance(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(poOtherGeom));\
}\
\
OGRGeometry_p Type##_ConvexHull ( Type##_p p ) {\
return from_nonconst_to_nonconst<OGRGeometry_t, OGRGeometry>((OGRGeometry*)((TYPECASTMETHOD(Type, ConvexHull, OGRGeometry))(p))->ConvexHull());\
}\
\
OGRGeometry_p Type##_Buffer ( Type##_p p, double dfDist, int nQuadSegs ) {\
return from_nonconst_to_nonconst<OGRGeometry_t, OGRGeometry>((OGRGeometry*)((TYPECASTMETHOD(Type, Buffer, OGRGeometry))(p))->Buffer(dfDist, nQuadSegs));\
}\
\
OGRGeometry_p Type##_Intersection ( Type##_p p, OGRGeometry_p poOtherGeom ) {\
return from_nonconst_to_nonconst<OGRGeometry_t, OGRGeometry>((OGRGeometry*)((TYPECASTMETHOD(Type, Intersection, OGRGeometry))(p))->Intersection(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(poOtherGeom)));\
}\
\
OGRGeometry_p Type##_Union ( Type##_p p, OGRGeometry_p poOtherGeom ) {\
return from_nonconst_to_nonconst<OGRGeometry_t, OGRGeometry>((OGRGeometry*)((TYPECASTMETHOD(Type, Union, OGRGeometry))(p))->Union(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(poOtherGeom)));\
}\
\
OGRGeometry_p Type##_UnionCascaded ( Type##_p p ) {\
return from_nonconst_to_nonconst<OGRGeometry_t, OGRGeometry>((OGRGeometry*)((TYPECASTMETHOD(Type, UnionCascaded, OGRGeometry))(p))->UnionCascaded());\
}\
\
OGRGeometry_p Type##_Difference ( Type##_p p, OGRGeometry_p poOtherGeom ) {\
return from_nonconst_to_nonconst<OGRGeometry_t, OGRGeometry>((OGRGeometry*)((TYPECASTMETHOD(Type, Difference, OGRGeometry))(p))->Difference(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(poOtherGeom)));\
}\
\
OGRGeometry_p Type##_SymDifference ( Type##_p p, OGRGeometry_p poOtherGeom ) {\
return from_nonconst_to_nonconst<OGRGeometry_t, OGRGeometry>((OGRGeometry*)((TYPECASTMETHOD(Type, SymDifference, OGRGeometry))(p))->SymDifference(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(poOtherGeom)));\
}\
\
int Type##_Centroid ( Type##_p p, OGRPoint_p poPoint ) {\
return ((TYPECASTMETHOD(Type, Centroid, OGRGeometry))(p))->Centroid(from_nonconst_to_nonconst<OGRPoint, OGRPoint_t>(poPoint));\
}\
\
OGRGeometry_p Type##_Simplify ( Type##_p p, double dTolerance ) {\
return from_nonconst_to_nonconst<OGRGeometry_t, OGRGeometry>((OGRGeometry*)((TYPECASTMETHOD(Type, Simplify, OGRGeometry))(p))->Simplify(dTolerance));\
}\
\
OGRGeometry_p Type##_DelaunayTriangulation ( Type##_p p, double dfTolerance, int bOnlyEdges ) {\
return from_nonconst_to_nonconst<OGRGeometry_t, OGRGeometry>((OGRGeometry*)((TYPECASTMETHOD(Type, DelaunayTriangulation, OGRGeometry))(p))->DelaunayTriangulation(dfTolerance, bOnlyEdges));\
}\
\
OGRGeometry_p Type##_Polygonize ( Type##_p p ) {\
return from_nonconst_to_nonconst<OGRGeometry_t, OGRGeometry>((OGRGeometry*)((TYPECASTMETHOD(Type, Polygonize, OGRGeometry))(p))->Polygonize());\
}\
\
double Type##_Distance3D ( Type##_p p, OGRGeometry_p poOtherGeom ) {\
return ((TYPECASTMETHOD(Type, Distance3D, OGRGeometry))(p))->Distance3D(from_nonconst_to_nonconst<OGRGeometry, OGRGeometry_t>(poOtherGeom));\
}


#define OGRGEOMETRY_DEF_NONVIRT(Type) \
OGRGeometry_p Type##_oGRGeometry_SimplifyPreserveTopology ( Type##_p p, double dTolerance ) {\
return from_nonconst_to_nonconst<OGRGeometry_t, OGRGeometry>((OGRGeometry*)((TYPECASTMETHOD(Type, oGRGeometry_SimplifyPreserveTopology, OGRGeometry))(p))->SimplifyPreserveTopology(dTolerance));\
}\
\
OGRPolygon_p Type##_oGRGeometry_toPolygon ( Type##_p p ) {\
return from_nonconst_to_nonconst<OGRPolygon_t, OGRPolygon>((OGRPolygon*)((TYPECASTMETHOD(Type, oGRGeometry_toPolygon, OGRGeometry))(p))->toPolygon());\
}\
\
OGRMultiPolygon_p Type##_oGRGeometry_toMultiPolygon ( Type##_p p ) {\
return from_nonconst_to_nonconst<OGRMultiPolygon_t, OGRMultiPolygon>((OGRMultiPolygon*)((TYPECASTMETHOD(Type, oGRGeometry_toMultiPolygon, OGRGeometry))(p))->toMultiPolygon());\
}


#define OGRGEOMETRY_DEF_ACCESSOR(Type) \



DELETABLE_DECL_VIRT(OGRGeometry)
OGRGEOMETRY_DECL_VIRT(OGRGeometry)
OGRGEOMETRY_DECL_NONVIRT(OGRGeometry)
OGRGEOMETRY_DECL_ACCESSOR(OGRGeometry)

#ifdef __cplusplus
}
#endif