///@brief Describe the Monte Carlo shower simulation
PSimulationHeader{
	///Name of the corresponding target
	std::string targetName;
	///Minimal value of the altitude
	float altitudeMin;
	///Maximal value of the altitude
	float altitudeMax;
	///Minimal value of the azimuth
	float azimuthMin;
	///Maximal value of the azimuth
	float azimuthMax;
	///True if the source is not a point
	bool isDiffuseMode;
	///Minimal value of the core (impact parameter)
	float coreMin;
	///Maximal value of the core (impact parameter)
	float coreMax;
}

///@brief describe a Monte Carlo shower
PSimuShower{
	///Monte Carlo shower id
	size_t id;
	///Type of the particle simulated
	enum PSimuParticle::PSimuParticle particleType;
	///Energy of the primary particle (TeV)
	float energy;
	///Azimuth (N->E) [rad]
	float azimuth;
	///Altitude [rad]
	float altitude;
	///Atmospheric depth where particle started [g/cm^2]
	float depthStart;
	///height of first interaction a.s.l. [m]
	float heightFirstInteraction;
	///Atmospheric depth of shower maximum [g/cm^2], derived from all charged particles
	float xmax;
	///Height of shower maximum [m] in xmax
	float hmax;
	///Atm. depth of maximum in electron number
	float emax;
	///Atm. depth of max. in Cherenkov photon emission
	float cmax;
}

///@brief describe a Monte Carlo event
PSimuEvent{
	///Monte Carlo event id
	size_t id;
	///Corresponding Monte Carlo shower
	size_t showerNum;
	///Position of the core to the north
	float xCore;
	///Position of the core to the west
	float yCore;
}

///@brief Describe a Monte Calo simulation
PSimulation{
	///Header of the simulation
	PSimulationHeader header;
	///Number of MC event those use the same shower (ratio between nbEvent and nbShower, nbShower*nbUseShower = nbEvent)
	size_t nbUseShower;
	///Table of all monte carlo shower
	Table(PSimuShower, nbShower) tabSimuShower;
	///Table of all monte carlo event
	Table(PSimuEvent, nbEvent) tabSimuEvent;
}