neurone.hpp
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	#include <iostream>
	#include <vector>


	#ifndef NEURONE_H
	#define NEURONE_H

	/*!
	* @class Neurone
	*
	* @brief represents a neurone and allows to simulate its life
	*/
	class Neurone {

	private :

	/**
	* Represents the neurone's membrane potential
	*/
	double membrane_potential_;

	/**
	* Used to store the spike times
	*/
	std::vector<double> spikes_times_;

	/**
	* Manage the rest time
	*/
	double rest_time_;

	public :

	/**
	* @brief Neurone constructor (the initiation constants are in constant.h
	*/
	Neurone();
	/**
	* @brief update the neurone (change the membrane potential, make it
	* spike if the treshold is reached and manage rest time)
	*
	* @param Input_current the current coming inside the neurone
	* @param time_i time of the simulation
	*/
	void update (double const Input_current, double time_i);

	/**
	* @brief return the membrane potential
	*/
	double getMembranePotential () const ;

	/**
	* @brief Test if the treshold is reached, if it is, make the neurone spike
	* and reinitialize the membrane potential. Store the spike's time
	*
	* @param time_i used to store the spike's time
	*/
	void Spike(double time_i);

	/**
	* @brief Test if the neuron is in rest. If it is, subtract an unit of time
	* to the rest time
	*/
	bool isInRest();

	/**
	* @brief Return all the spike times
	*/
	std::vector<double> getSpikeTimes() const;

	};

	#endif