chi_ffinterpolation.h

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#ifndef CHI_FFINTERPOLATION_H
#define CHI_FFINTERPOLATION_H
 
#include <memory>
#include <vector>
 
namespace chi_physics
{
  class FieldFunctionGridBased;
  typedef std::shared_ptr<FieldFunctionGridBased> FieldFunctionGridBasedPtr;
}
 
namespace chi_mesh::ff_interpolation
{
  enum class Type : int
  {
    SLICE = 1,
    LINE  = 2,
    VOLUME = 3,
    POINT = 4
  };
 
  enum class Operation : int
  {
    OP_SUM     = 10,
    OP_AVG     = 11,
    OP_MAX     = 12,
    OP_SUM_LUA = 13,
    OP_AVG_LUA = 14,
    OP_MAX_LUA = 15,
  };
 
  enum class Property : int
  {
    PROBEPOINT     = 0,
    SLICEPOINT     = 1,
    SLICENORMAL    = 2,
    SLICETANGENT   = 3,
    SLICEBINORM    = 4,
    OPERATION      = 5,
    LOGICAL_VOLUME = 8,
 
    ADD_FIELD_FUNCTION = 9,
    SET_FIELD_FUNCTIONS = 10,
 
    FIRSTPOINT     = 11,
    SECONDPOINT    = 12,
    NUMBEROFPOINTS = 13,
    CUSTOM_ARRAY   = 14,
  };
}
 
namespace chi_mesh
{
 
//###################################################################
/** Base class for field-function interpolation objects.*/
class FieldFunctionInterpolation
{
protected:
  ff_interpolation::Type type_;
  unsigned int ref_component_ = 0;
  std::vector<chi_physics::FieldFunctionGridBasedPtr> field_functions_;
 
public:
  explicit
  FieldFunctionInterpolation(ff_interpolation::Type type) :
    type_(type) {}
 
  std::vector<chi_physics::FieldFunctionGridBasedPtr>& GetFieldFunctions()
  {return field_functions_;}
 
  ff_interpolation::Type Type() const {return type_;}
 
  virtual void Initialize(){};
  virtual void Execute(){};
 
  virtual std::string GetDefaultFileBaseName() const = 0;
  virtual void ExportPython(std::string base_name) = 0;
};
 
}//namespace chi_mesh
 
 
 
 
#endif