// Sim.h: interface for the CSim class.
//
//////////////////////////////////////////////////////////////////////

#if !defined(AFX_SIM_H__5C549600_9F75_434C_A89C_0C999D0BC527__INCLUDED_)
#define AFX_SIM_H__5C549600_9F75_434C_A89C_0C999D0BC527__INCLUDED_

#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000

///////////////////
///////////////////
//#include "Header.h"
//#include "CRC.h"
//#include "Frame.h"
#include "Medium.h"		// include these header files to access to the properties and functions of these object (Cmedium, Ccode,CTx and CRx)mthat is used in this class .
#include "Code.h"
#include "Tx.h"
#include "Rx.h"
///////////////////
///////////////////

class CSim		// thwe main simulation object that include all the Txs, Rxs, codes,... objects.
{
public:
	double calibration;// the calibration of the FIR matrix of the simulation (this object) medium.
	int MaxFilterDegree;// maximum degree of the FIR matrix of the simulation medium.
	int GetMaxFilterDegree();// get the maximum degree of the FIR matrix of the simulation medium.
	void Serialize(CArchive& ar);// to load this object to a Carchieve object or to get this object from a Carchieve object.
	BYTE CurrentSubChip;// its not necessary to defind .
	void CoupleData();// this function calculates the data (current subchip)at the entrance of recievers by correlating and adding the signals recieved from Txs (FIR matrix)
	int stop;// the stop time of simulation in byte unit .
	int start;// the start time of simulation in byte unit .
	BYTE SubChipPerChip;// a chip devided by the minimum time unit (sub chip).
	BOOL InitClock();// executes the Init clock () of all Txs and Rxs.
	BOOL Clock();// executes the clock()  of all Txs and Rxs .
	int ClockChip;// the chip inex of the simulation. 
	int	ClockBit;// the bit index of the simulation.
	int ClockSubChip;// the subchip index of the simulation.
	int	ClockByte;// the byte index of the simulation.
	BYTE		MaxCodeSetSize;	//Maximum CodeSet Size by Johnson Bound Theorem
	BYTE		NumTx;			//number of transmitters
	BYTE		NumRx;			//number of receivers
	BYTE		acc;			//autocorrelation constraint
	BYTE		ccc;			//crosscorrelation constraint
	BYTE		k;				//=acc=ccc
	int			w;				//code weight
	int			F;				//code length
	int			MediumDelay;			//meduim delay		(this variable is not used because it is better to use FIR matrix)

	CMedium*	medium;// the pointer to the medium object of the simulation .

	CCode*		code;// the pointer to the code OOC object of this simulation .
	CObArray	codes;// the array of OOCs.

	CRx*		rx;// the pointer to the reciever object of this simulation .
	CObArray	RXs;// the array of Rxs that every member is a CRx object.
	
	CTx*		tx;// the pointer to the transmitter object of this simulation.
	CObArray	TXs;// the array of Txs that every member is a CTx object .
	CSim();// constructor of this object to set some initial values.
	virtual ~CSim();// deconstructor of this object to delete the stored variables.

};

#endif // !defined(AFX_SIM_H__5C549600_9F75_434C_A89C_0C999D0BC527__INCLUDED_)