include/model/DiscreteModel.h

#ifndef _DISCRETEMODEL_H_
#define _DISCRETEMODEL_H_
//==============================================================
// File        : DiscreteModel.h
// Generated   : 23 May 2011 15:02
//        by   : Gilberto Luis
// Company     : Faculdade de Engenharia Mecânica - UNICAMP
//--------------------------------------------------------------
// !! Note: This file was generated by Metamill 5.0.
// !!       Make changes only inside user blocks.
// !!       Full code markers generated.
//==============================================================

//#UBLK-BEG-HEADERH
//==============================================================
// Description : 
//--------------------------------------------------------------
// Author      : Gilberto Luis
// Created     : 23 May 2011
//--------------------------------------------------------------
// Change history : 
//   23 May 2011 (Gilberto Luis) Initial version generated
//
//==============================================================
//#UBLK-END-HEADERH


#include "Model/Nodes.h"
#include "Model/DOFs.h"


class DiscreteModel
{
//#UBLK-BEG-CLASSDEF mm:4527a72f-f997-11df-9ddc-963be5e4332b
//#UBLK-END-CLASSDEF

 public:

   // METHOD=mm:149526b2-f99a-11df-9ddd-963be5e4332b
   DiscreteModel();

   // METHOD=mm:3c36c18b-f997-11df-9ddc-963be5e4332b
   DiscreteModel(char* Title);

   // METHOD=mm:ac810f85-0304-11e0-843e-b9717acb62a7
   DiscreteModel(DiscreteModel& Instance);

   // METHOD=mm:ac8116bf-0304-11e0-843e-b9717acb62a7
   ~DiscreteModel();

   // METHOD=mm:d12fea07-3a9c-11e0-87c1-fb85dddc7efb
   void operator =(DiscreteModel& Instance);

   // METHOD=mm:09cfe0dd-3a9d-11e0-87c1-fb85dddc7efb
   operator Nodes&();

   // METHOD=mm:41d7233e-3a9d-11e0-87c1-fb85dddc7efb
   operator Nodes* const();

   // METHOD=mm:4e0f9e1d-3a9e-11e0-87c1-fb85dddc7efb
   operator DOFs&();

   // METHOD=mm:739cba5d-3a9e-11e0-87c1-fb85dddc7efb
   operator DOFs* const();

   // METHOD=mm:96c76357-3a9e-11e0-87c1-fb85dddc7efb
   operator MeshTopology&();

   // METHOD=mm:a47cde87-3a9e-11e0-87c1-fb85dddc7efb
   operator MeshTopology* const();

   // METHOD=mm:c5ddd5bd-3a9e-11e0-87c1-fb85dddc7efb
   operator Equations&();

   // METHOD=mm:bbbbd6ed-3a9e-11e0-87c1-fb85dddc7efb
   operator Equations* const();

   // METHOD=mm:d5f5a63d-3a9e-11e0-87c1-fb85dddc7efb
   operator FEGroups&();

   // METHOD=mm:e27a0011-3a9e-11e0-87c1-fb85dddc7efb
   operator FEGroups* const();

   // METHOD=mm:0b9a90cd-3a9f-11e0-87c1-fb85dddc7efb
   operator LoadSets&();

   // METHOD=mm:ffaed977-3a9e-11e0-87c1-fb85dddc7efb
   operator LoadSets* const();

   // METHOD=mm:3684e24d-3a9f-11e0-87c1-fb85dddc7efb
   operator BoundaryConditions&();

   // METHOD=mm:2d941d4d-3a9f-11e0-87c1-fb85dddc7efb
   operator BoundaryConditions* const();

   // METHOD=mm:4bfa00bd-3a9f-11e0-87c1-fb85dddc7efb
   operator GeometryMesh&();

   // METHOD=mm:5288963d-3a9f-11e0-87c1-fb85dddc7efb
   operator GeometryMesh* const();

   // METHOD=mm:3c36c18c-f997-11df-9ddc-963be5e4332b
   void Save(FILE* File);

   // METHOD=mm:3c36c18d-f997-11df-9ddc-963be5e4332b
   void Save(char* Tabname, int Version, char* Filename);

   // METHOD=mm:3c36c18e-f997-11df-9ddc-963be5e4332b
   void Restore(FILE* File);

   // METHOD=mm:3c36c18f-f997-11df-9ddc-963be5e4332b
   void Restore(char* Tabname, int Version, char* Filename);

   // METHOD=mm:3c36c190-f997-11df-9ddc-963be5e4332b
   void Read(FILE* FileFEM, FILE* FileDEF, FILE* LogFile, std::string DBaux);

   // METHOD=mm:3c36c226-f997-11df-9ddc-963be5e4332b
   void Print(FILE* File, std::string AuxDB, char* Message);

   // METHOD=mm:3c36c227-f997-11df-9ddc-963be5e4332b
   void Free();

   // METHOD=mm:3c36c228-f997-11df-9ddc-963be5e4332b
   unsigned long GetNumberNodes();

   // METHOD=mm:3c36c229-f997-11df-9ddc-963be5e4332b
   unsigned long GetNumberLoadSets();

   // METHOD=mm:3c36c22a-f997-11df-9ddc-963be5e4332b
   unsigned long GetCurrentLoadSet();

   // METHOD=mm:3c36c22b-f997-11df-9ddc-963be5e4332b
   unsigned long GetNumberElements();

   // METHOD=mm:3c36c22c-f997-11df-9ddc-963be5e4332b
   unsigned long GetNumberFEGroups();

   // METHOD=mm:3c36c22d-f997-11df-9ddc-963be5e4332b
   unsigned long GetNumberEquations();

   // METHOD=mm:3c36c22e-f997-11df-9ddc-963be5e4332b
   unsigned short GetDimension();



   // attr=mm:e3b3eae3-f997-11df-9ddc-963be5e4332b
   DOFs DOFs;

   // attr=mm:3c839c63-f998-11df-9ddc-963be5e4332b
   Nodes Coords;

   // attr=mm:781e4c23-f998-11df-9ddc-963be5e4332b
   MeshTopology MeshTopo;

   // attr=mm:88362a6d-f998-11df-9ddc-963be5e4332b
   Equations Eqs;

   // attr=mm:aa2fc2eb-f998-11df-9ddc-963be5e4332b
   FEGroups FEGrps;

   // attr=mm:13173e8d-f999-11df-9ddc-963be5e4332b
   LoadSets LS;

   // attr=mm:3641f565-f999-11df-9ddc-963be5e4332b
   BoundaryConditions BCs;

   // attr=mm:288c532f-f999-11df-9ddd-963be5e4332b
   GeometryMesh GeoMsh;


 protected:

   // attr=mm:3c36c18a-f997-11df-9ddc-963be5e4332b
   char* Tit;


 private:

//#UBLK-BEG-CLASSMEMB mm:4527a72f-f997-11df-9ddc-963be5e4332b
//#UBLK-END-CLASSMEMB
};

//#UBLK-BEG-GLOBALH
//#UBLK-END-GLOBALH

#endif // _DISCRETEMODEL_H_