gmLuaCellGeometry.h

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/************************************************************************
**
** Copyright (C) 2014 by Carlos Augusto Teixera Mendes
** All rights reserved.
**
** This file is part of the "GeMA" software. It's use should respect
** the terms in the license agreement that can be found together
** with this source code.
** It is provided AS IS, with NO WARRANTY OF ANY KIND,
** INCLUDING THE WARRANTY OF DESIGN, MERCHANTABILITY AND FITNESS FOR
** A PARTICULAR PURPOSE.
**
************************************************************************/
 
#ifndef _GEMALUA_CELL_GEOMETRY_H_
#define _GEMALUA_CELL_GEOMETRY_H_
 
#include "gmLuaObject.h"
 
#include <gmCell.h>
 
class GML_API_EXPORT GmLuaCellGeometry: public GmLuaObject
{
public:
  GmLuaCellGeometry(GmCellType cellType, const GmLogCategory& logger);
 
  virtual ~GmLuaCellGeometry();
 
  // See comments on the base class
  virtual const char* typeName() const { return "geometry"; }
 
  virtual void fillMetatable(lua_State* L, int index);
 
  virtual void* getClassMetatableID() { static int classID = 0; return &classID; }
 
  static int pushGeometryProxy(lua_State* L, GmCellType cellType, const GmLogCategory& logger);
 
private:
  int type                     (lua_State* L);
  int family                   (lua_State* L);
  int numNodes                 (lua_State* L);
  int numVertices              (lua_State* L);
  int numExtraDofNodes         (lua_State* L);
  int numCoord                 (lua_State* L);
  int numEdges                 (lua_State* L);
  int numFaces                 (lua_State* L);
  int order                    (lua_State* L);
  int isLine                   (lua_State* L);
  int isSurface                (lua_State* L);
  int isSolid                  (lua_State* L);
  int isInterface              (lua_State* L);
  int isHierarchical           (lua_State* L);
  int numEdgeNodes             (lua_State* L);
  int edgeNode                 (lua_State* L);
  int firstEdgeNode            (lua_State* L);
  int lastEdgeNode             (lua_State* L);
  int nodeOnEdge               (lua_State* L);
  int edgeFromNodes            (lua_State* L);
  int numFaceEdges             (lua_State* L);
  int faceEdge                 (lua_State* L);
  int numEdgeFaces             (lua_State* L);
  int edgeFace                 (lua_State* L);
  int numFaceBoundaryNodes     (lua_State* L);
  int numFaceNodes             (lua_State* L);
  int faceNode                 (lua_State* L);
  int numIncidenceNodes        (lua_State* L);
  int incidenceNode            (lua_State* L);
  int numVolumeInternalNodes   (lua_State* L);
  int volumeInternalNode       (lua_State* L);
  int numFaceTypes             (lua_State* L);
  int faceType                 (lua_State* L);
  int edgeElement              (lua_State* L);
  int faceElement              (lua_State* L);
  int edgeElementNode          (lua_State* L);
  int faceElementNode          (lua_State* L);
  int linearElement            (lua_State* L);
  int edgeLinearElement        (lua_State* L);
  int faceLinearElement        (lua_State* L);
  int numInterfaceContactSides (lua_State* L);
  int interfaceContactSide     (lua_State* L);
  int numInterfaceApertureSides(lua_State* L);
  int interfaceApertureSide    (lua_State* L);
  int numInterfaceContactEdges (lua_State* L);
  int interfaceContactEdge     (lua_State* L);
  int numInterfaceApertureEdges(lua_State* L);
  int interfaceApertureEdge    (lua_State* L);
  int length                   (lua_State* L);
  int area                     (lua_State* L);
  int volume                   (lua_State* L);
  int characteristicLength     (lua_State* L);
  int characteristicDimension  (lua_State* L);
  int centroidCartesian        (lua_State* L);
  int localAxis                (lua_State* L);  
 
  const GmCellGeometry _geom;    
};
 
 
#endif