mat_query.h

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#ifndef CYCLUS_SRC_TOOLKIT_MAT_QUERY_H_
#define CYCLUS_SRC_TOOLKIT_MAT_QUERY_H_
 
#include "comp_math.h"
#include "cyc_limits.h"
#include "material.h"
 
namespace cyclus {
namespace toolkit {
 
/// A class that provides convenience methods for querying a material's properties.
class MatQuery {
 public:
  /// Creates a new query object inspecting m.
  MatQuery(Material::Ptr m);
 
  /// Returns the mass in kg of the material.
  double qty();
 
  /// Returns the mass in kg of nuclide nuc in the material.
  double mass(Nuc nuc);
 
  /// Returns the mass in kg of nuclide nuc in the material.
  double mass(std::string nuc);
 
  /// Returns the number of moles of nuclide nuc in the material.
  double moles(Nuc nuc);
 
  /// Returns the number of moles of nuclide nuc in the material.
  double moles(std::string nuc);
 
  /// Returns the mass fraction of nuclide nuc in the material.
  double mass_frac(Nuc nuc);
 
  /// Returns the mass fraction of nuclide nuc in the material.
  double mass_frac(std::string nuc);
 
  /// Returns the combined mass fraction of the set of nuclides
  /// nuc in the material.
  double mass_frac(std::set<Nuc> nucs);
 
  /// returns the atom/mole fraction of nuclide nuc in the material.
  double atom_frac(Nuc nuc);
 
  /// returns the atom/mole fraction of nuclide nuc in the material.
  double atom_frac(std::string nuc);
 
  /// Returns the combined atom/mole fraction of the set of nuclides
  /// nuc in the material.
  double atom_frac(std::set<Nuc> nucs);
 
  /// Returns true if all nuclide fractions of the material and other
  /// are the same within threshold.
  bool AlmostEq(Material::Ptr other, double threshold = eps_rsrc());
 
  /// Returns the maximum mass quantity of composition c that can be extracted
  /// from the material.
  double Amount(Composition::Ptr c);
 
 private:
  Material::Ptr m_;
};
 
}  // namespace toolkit
}  // namespace cyclus
 
#endif  // CYCLUS_SRC_TOOLKIT_MAT_QUERY_H_