xfemOptions.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 _GEMA_PLUGIN_XFEM_OPTIONS_H_
#define _GEMA_PLUGIN_XFEM_OPTIONS_H_
 
class LuaTable;
 
class XfemOptions
{
public:
  enum PropagationCriteria
  {
    MaxPS,
    MaxPE,
    //-----------------------------------
    // IMPORTANT: When adding entries or CHANGING enum order, please remember 
    //            to also change criteriaOptions()
  };
 
  enum EvaluationZone
  {
    tip,
    centroid,
    nonLocalQuad,
    nonLocalCircle,
    //-----------------------------------
    // IMPORTANT: When adding entries or CHANGING enum order, please remember 
    //            to also change evalZoneOptions()
  };
 
  // 
  enum WeightFunction
  {
    uniform,
    gauss,
    cubic,
    //-----------------------------------
    // IMPORTANT: When adding entries or CHANGING enum order, please remember 
    //            to also change weightOptions()
  };
 
  // Saturation and Relative Permeability Model
  enum SaturationRelativePermeabilityModel
  {
          BrooksAndCorey,
          vanGenuchtenMualem,
          //-----------------------------------
          // IMPORTANT: When adding entries or CHANGING enum order, please remember 
          //            to also change saturationRelativePermeabilityModelOptions()
  };
 
  //constructors
  XfemOptions();
 
  void loadFromTable(LuaTable& optionsTable);
 
  PropagationCriteria _criteria;
  EvaluationZone      _evalZone;
  WeightFunction      _weight;
  SaturationRelativePermeabilityModel      _SaRelPer;
  double              _geometricTol;
  double              _radius;
  bool                _noPreProcessing;
  bool                _noPostProcessing;
  bool                _noCubicLaw;
  bool                _multiPhasic;
  bool                _nonIsoThermal;
 
private:
  const char** criteriaOptions();
  const char** evalZoneOptions();
  const char** weightOptions();
  const char** SaRelPerOptions();
 
  void setCriteria(int index) { _criteria = (PropagationCriteria)index; }
  void setEvalZone(int index) { _evalZone = (EvaluationZone)index; }
  void setWeight  (int index) { _weight   = (WeightFunction)index; }
  void setSaRelPer(int index) { _SaRelPer = (SaturationRelativePermeabilityModel)index; }
};
 
#endif