/*
 * Define here the outputs for the module
 */

#ifndef _WIMAXCONTROL_H
#define	_WIMAXCONTROL_H


////////////////////////////////////////////////////////////////////////////////
///////////////////////EXECUTION CONTROL////////////////////////////////////////
#define NONACTIVE 	0
#define ACTIVE		1	/*Defines a module as active*/
#define TEST_FLOW	2	/*Test flows: Bypass data flow mode*/
#define TEST_PROCESS	3	/*Test Module Process*/	


typedef struct		/*Execution COntrol*/
{
  int status;		/*STATUS: Module Active=1, Module Non Active=0;*/
}CExect;
////////////////////////////////////////////////////////////////////////////////
///////////////////////WIMAX CONTROL////////////////////////////////////////////		
/*Values for modula variable*/
#define OFDMmode	0
#define OFDMAmode	1

/*Values for modula parameter. Indicate the number of bits per symbol*/
#define _BPSK 	1
#define _QPSK 	2
#define _16QAM 	4
#define _64QAM 	6
#define NO_MOD	7

/*Values for cconv parameter CC CODE RATE*/
#ifndef _CODERATE
#define CODERATE1R2	0.5		/*1/2*/
#define CODERATE3R4	0.75		/*3/4*/
#define CODERATE2R3	0.666666	/*2/3*/
#define CODERATE5R6	0.833333	/*5/6*/
#endif
/*Values for channelcoding*/
#define CC	0
#define	CTC	1
#define LDPC	2 

/*Values for Execution control: STATUS VALUES*/
#define STARTED	0
#define STOPED	1
#define WAIT	2
/*Channel Modes*/
/*Values channel_mode*/
#define NONOISE		0
#define GAUSSIAN 	1
#define SUI1 		10
#define SUI2 		11
#define SUI3 		12
#define SUI4		13
/*Values for CCpolinomial*/
#define DEFAULT 0
#define CUSTOM	1
/*Values for K*/
#define KWIMAX	7

/*Puncturing Modes*/
#define WIMAXDEFINED	0
#define CUSTOM 		1	//Puncturing matrix must be provided


typedef struct			//Defined according the control out needs
{
  int usernumber;	//Number of active user//
  int uncodedbytes;	//Number of uncoded data bytes//
  int mode;		//OFDM mode; OFDMA mode//

			//BIT LEVEL///////////////////////////
  int modulation;	//Modulation=Number of bits per symbol//
  int coderate;		//Overall code rates//

  int rsolomon; 	//RSOL:	 	Reed Solomon number of PARITY BYTES//
  			//QPSK 	(32,24,4)	PARITY BYTES=8 	DATASIZE=23
			//QPSK 	(40,36,2)	PARITY BYTES=4	DATASIZE=35
			//16QAM	(64,46,8)	PARITY BYTES=16	DATASIZE=63
			//16QAM	(80,72,4)	PARITY BYTES=8	DATASIZE=71
			//64QAM	(108,96,6)	PARITY BYTES=12	DATASIZE=95
			//64QAM	(120,108,6)	PARITY BYTES=12	DATASIZE=107
  //CONVOLUTIONAL CODE
  int channelcoding;	//	CC: Convolutional coding
  			//	CTC: Convolutional Turbo code
			//	LDPC: Low Density Parity Check
			  				
  float CCcoderate; 	//CCONC, VITERBI: 	Convolutional code rate//
  			//CONVOLUTIONAL CODE RATE ALWAYS EQUAL TO 1/2
			//DIFFERENT CODING RATES DUE TO PUNCTURING 	
  int tail;		//CCONV, VITERBI: 	Number of bytes of tail: 1 byte; 8 bits //
  float viterbiEbNo;	//VITERBI: Adaptative quantiser
  int CCpolinomial;	//0:default; 1:custom 
  int g[2][KMAX];	//Polinomials definition. KMAX=20
  int viterbiK;		//constraint length
  
  //PUNCTURING
  float punct_rate;	//Puncturing rate: (input bits)/(output bits)
  int pseqlength;       //Puncturing sequence length
  int puncseq[MAXPSEQ]; //Define puncturing sequence:
                        //zero indicate punctured data
                        //one indicate non punctured data

  //DEPUNCTURING
  //float depunct_rate;	//Puncturing mode  
  
  //CHANNEL 
  int channel_mode;	//WHITENOISE, SUI
  float channelEbNo;	//EbNo

  

  int interl; 		//INTER: 	Number of bits in Interleaver module//
  
}CWimax;		//CONTROL WIMAX//




///////////////////////WIMAX CONTROL////////////////////////////////////////////












#endif