surfacegen.h

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#ifndef AIMS_SURFACE_SURFACEGEN_H
#define AIMS_SURFACE_SURFACEGEN_H
 
#include <aims/mesh/surface.h>
#include <cartobase/object/attributed.h>
 
namespace aims
{
 
  class SurfaceGenerator
  {
  public:
    typedef AimsSurfaceTriangle* 
    (*GenFunction)( const carto::GenericObject & );
    typedef AimsTimeSurface<2,Void>* 
    (*GenFunction_wireframe)( const carto::GenericObject & );
 
    struct Generator
    {
      virtual ~Generator() {}
 
      virtual AimsSurfaceTriangle* 
      generator( const carto::GenericObject & ) const = 0;
      virtual carto::Object parameters() const = 0;
    };
 
    struct Generator_wireframe
    {
      virtual ~Generator_wireframe() {}
 
      virtual AimsTimeSurface<2,Void>* 
      generator( const carto::GenericObject & ) const = 0;
      virtual carto::Object parameters() const = 0;
    };
 
    static AimsSurfaceTriangle* 
    generate( const carto::GenericObject & params );
    static AimsSurfaceTriangle* generate( carto::Object params );
    static AimsTimeSurface<2,Void>* 
    generate_wireframe( const carto::GenericObject & params );
    static AimsTimeSurface<2,Void>* generate_wireframe( carto::Object params );
 
    static carto::Object description();
    static carto::Object description_wireframe();
    static void printDescription( std::ostream & s = std::cout );
    static void printDescription_wireframe( std::ostream & s = std::cout );
 
    static AimsSurfaceTriangle* cube( const carto::GenericObject & params );
    static AimsSurfaceTriangle* cube( const Point3df & center, float radius, 
                                      bool smoothnormal = false );
 
    static AimsSurfaceTriangle* 
    cylinder( const carto::GenericObject & params );
    static AimsSurfaceTriangle* cylinder( const Point3df & p1, 
                                          const Point3df & p2, float radius, 
                                          float radius2, unsigned nfacets, 
                                          bool closed, bool smooth = false,
                                          bool smoooth_tube = true );
 
    static AimsSurfaceTriangle* cone( const carto::GenericObject & params );
    static AimsSurfaceTriangle* cone( const Point3df & arrow, 
                                      const Point3df & base, float radius, 
                                      unsigned nfacets, bool closed, 
                                      bool smooth = false );
 
    static AimsSurfaceTriangle* 
    arrow( const carto::GenericObject & params );
    static AimsSurfaceTriangle* arrow( const Point3df & arrow, 
                                        const Point3df & base, float radius, 
                                        float arrowradius, unsigned nfacets, 
                                        float arrowlengthfract );
 
    static AimsSurfaceTriangle* 
      icosahedron( const carto::GenericObject & params );
    static AimsSurfaceTriangle* icosahedron( const Point3df & center, 
                                             float radius );
 
    static AimsSurfaceTriangle* 
      sphere( const carto::GenericObject & params );
    static AimsSurfaceTriangle* sphere( const Point3df & p1, float radius, 
                                        unsigned nfacets,
                                        bool uniquevertices = false );
    static AimsSurfaceTriangle*
      ellipse( const carto::GenericObject & params );
    static AimsSurfaceTriangle* ellipse( const Point3df & p1, float radius1,
                                         float radius2,
                                         unsigned nfacets,
                                         bool uniquevertices = false );
    static AimsSurfaceTriangle*
    icosphere( const carto::GenericObject & params );
    static AimsSurfaceTriangle* icosphere( const Point3df & center,
                                           float radius, unsigned nfacets );
 
    static AimsTimeSurface<2,Void>*
      parallelepiped_wireframe( const carto::GenericObject & params );
    static AimsTimeSurface<2,Void>* parallelepiped_wireframe( 
      const Point3df & boundingbox_min, const Point3df & boundingbox_max );
 
    static AimsSurfaceTriangle*
      parallelepiped( const carto::GenericObject & params );
    static AimsSurfaceTriangle* parallelepiped(
      const Point3df & boundingbox_min, const Point3df & boundingbox_max,
      bool smooth = false );
 
    static AimsTimeSurface<2,Void>*
      circle_wireframe( const carto::GenericObject & params );
    static AimsTimeSurface<2,Void>* circle_wireframe(
      const Point3df & center, float radius, unsigned nseg=20,
      const Point3df & normal = Point3df( 0, 0, 1 ),
      const Point3df & startdir = Point3df( 1, 0, 0 ), float startangle = 0,
      float stopangle = M_PI*2 );
 
    static AimsTimeSurface<2,Void>*
      grid( const carto::GenericObject & params );
 
    static AimsTimeSurface<2,Void>* grid(
      const Point3df & boundingbox_min, const Point3df & boundingbox_max,
      const Point3df & grid_sampling );
  };
 
}
 
 
#endif