Vacuum.hpp

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#ifndef VACUUM_HPP
#define VACUUM_HPP

#include "Material.hpp"


class Vacuum : public Material {
public:
  Vacuum();
  Vacuum(const Vacuum &the_vacuum);
  Vacuum & operator=(const Vacuum &the_vacuum);
  bool operator==(const Material &m) const;
  Vacuum * clone() const;
  void print() const;
  ~Vacuum();

  virtual double getBulkModulus() const;
  virtual double getDensity() const;
  virtual double getAcousticConductivity() const;
  virtual double getAcousticPhaseVelocity(const double frequency) const;
  virtual double getAcousticWavelength(const double frequency) const;
  virtual std::complex<double> getAcousticWaveNumber(const double frequency) const;
  virtual std::complex<double> getAcousticImpedance(const double frequency) const;

  virtual double getYoungsModulus() const;
  virtual double getLameFirst() const;
  virtual double getShearModulus() const;

  virtual double getThermalConductivity() const;
  virtual double getSpecificHeat() const;
  virtual double getThermalExpansion() const;

  virtual double getElectricConductivity() const;
  virtual double getRelativePermittivity() const;
  virtual double getRelativePermeability() const;
  virtual double getMagneticConductivity() const;
  virtual double getElectromagneticPhaseVelocity(const double frequency) const;
  virtual double getElectromagneticWavelength(const double frequency) const;
  virtual std::complex<double> getElectromagneticWaveNumber(const double frequency) const;
  virtual std::complex<double> getElectromagneticImpedance(const double frequency) const;
};

#endif