compute_temperature.hh
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	#ifndef __COMPUTE_TEMPERATURE__HH__
	#define __COMPUTE_TEMPERATURE__HH__

	/* -------------------------------------------------------------------------- */
	#include "compute.hh"

	//! Compute contact interaction between ping-pong balls
	class ComputeTemperature : public Compute {

	public:
	//! temperature evolution implementation
	void compute(System& system) override;

	//! return the heat conductivity
	Real & getConductivity(){return conductivity;};
	//! return the heat capacity
	Real & getCapacity(){return capacity;};
	//! return the heat capacity
	Real & getDensity(){return density;};
	//! return the characteristic length of the square
	Real & getL(){return L;};
	//! return the characteristic length of the square
	Real & getDeltat(){return delta_t;};

	//! return the heat conductivity
	void setConductivity(Real conductivity){ this->conductivity = conductivity;};
	//! return the heat capacity
	void setCapacity(Real capacity){ this->capacity = capacity;};
	//! return the heat capacity
	void setDensity(Real density){ this->density = density;};
	//! return the characteristic length of the square
	void setL(Real L){ this->L = L;};
	//! return the characteristic length of the square
	void setDeltat(Real delta_t){ this->delta_t = delta_t;};

	bool implicit = true;
	private:

	Real conductivity;
	Real capacity;
	Real density;
	//! side length of the problem
	Real L;

	Real delta_t;
	};

	/* -------------------------------------------------------------------------- */
	#endif //__COMPUTE_TEMPERATURE__HH__