penduleressortdesc.h
bc10c26816fdcincotti

penduleressortdesc.h
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			#ifndef PENDULERESSORTDESC_H
			#define PENDULERESSORTDESC_H

			#include "descriptors/oscillateur.h"

			class PenduleRessort : public Oscillateur
			{
			public:
			/* Constructeurs */
			PenduleRessort(const Vector& p,
			const Vector& p_p,
			const double& k, const double& l,
			const double& m1, const double& m2,
			const double& fr1 = 0, const double& fr2 = 0,
			const double& g = 9.81,
			integral_operation op = NEWMARK);

			PenduleRessort(const std::vector<double>& p,
			const std::vector<double>& p_p,
			const double& k, const double& l,
			const double& m1, const double& m2,
			const double& fr1 = 0, const double& fr2 = 0,
			const double& g = 9.81,
			integral_operation op = NEWMARK);

			/* Accesseurs */
			double getLenght() const;
			double getk() const;
			double getMass(int index) const;
			double getg() const;
			double getFrottement(int index) const;

			double getPenduleAngle() const;
			double getPenduleSpeed() const;

			double getRessortPosition() const;
			double getRessortSpeed() const;

			/* Manipulateurs */
			void setLenght(const double&);
			void setk(const double&);
			void setMass(const double& m, int index);
			void setg(const double&);
			void setFrottement(const double& fr, int index);

			void setPenduleAngle(double);
			void setPenduleSpeed(double);

			void setRessortPosition(double);
			void setRessortSpeed(double);

			double energy() const;

			private:

			/* Attributs */

			double k;
			double l;
			double g;
			double m[2];
			double fr[2];

			/* Equation caractérisant le mouvement d'un Pendule-Ressort */
			virtual Vector equation() const override;
			};


			#endif // PENDULERESSORTDESC_H