#include <math.h>
#include <phal_sw_api.h>
#include <swapi_utils.h>

#include "../../wimax_datasource/interfaces/itf_types.h"
#include "../../wimax_rando/interfaces/itf_types.h"
#include "../../wimax_rsolomon/interfaces/itf_types.h"
#include "../../gen_cconv/interfaces/itf_types.h"
#include "../../wimax_interleaver/interfaces/itf_types.h"
#include "../../wimax_puncturing/interfaces/itf_types.h"
#include "../../wimax_symbolmap/interfaces/itf_types.h"
#include "../../wimax_channel/interfaces/itf_types.h"
#include "../../wimax_symboldemap/interfaces/itf_types.h"
#include "../../wimax_deinterleaver/interfaces/itf_types.h"
#include "../../gen_depunct/interfaces/itf_types.h"
#include "../../gen_viterbi/interfaces/itf_types.h"
#include "../../wimax_dersolomon/interfaces/itf_types.h"
#include "../../wimax_derando/interfaces/itf_types.h"
#include "../../wimax_datasink/interfaces/itf_types.h"

#include "wimaxTxControl.h"	//Defines all the WIMAX control parameters

extern CWimax WIMAXcontrol;
extern int Tslot;
extern float EbNo;

///////////////////////////////////////////BPSKCC1R2////////////////////////////
void modeBPSKCC1R2() {

int i;
//PUNCTURING SEQUENCES WIMAX 802.16e
#define L1R1 2
#define L4R3 4
#define L3R2 6
#define L5R3 10
int rate1R1[L1R1]={1,1};			//Punturing matrix for rate 1/2
int rate4R3[L4R3]={1,1,0,1};			//Puncturing matrix for rate 2/3
int rate3R2[L3R2]={1,1,0,1,1,0};		//Puncturing matrix for rate 3/4
int rate5R3[L5R3]={1,1,0,1,1,0,0,1,1,0};	//Puncturing matrix for rate 5/6



	//EbNo=0.0;
	WIMAXcontrol.usernumber=1;
	WIMAXcontrol.uncodedbytes=11;
	WIMAXcontrol.modulation=_BPSK;
	WIMAXcontrol.coderate=CODERATE1R2;
	WIMAXcontrol.rsolomon=0;
	WIMAXcontrol.channelcoding=CC;
	//CONVOLUTIONAL CODE
	WIMAXcontrol.CCcoderate=CODERATE1R2;		//ALWAYS 1/2 IN CC WIMAX
	WIMAXcontrol.tail=1;				//1 Byte (8 bits)
	WIMAXcontrol.viterbiEbNo=4.0;
	WIMAXcontrol.viterbiK=KWIMAX;
	//CHANNEL
	WIMAXcontrol.channel_mode=GAUSSIAN;
	//WIMAXcontrol.channel_mode=NONOISE;
	WIMAXcontrol.channelEbNo=EbNo;
	//PUNCTURING
	WIMAXcontrol.punct_rate=RATE1R1;
        WIMAXcontrol.pseqlength= L1R1;
        for(i=0; i<L1R1; i++)WIMAXcontrol.puncseq[i]=rate1R1[i];
	//DEPUNCTURING


	WIMAXcontrol.interl=192;


}
///////////////////////////////////////////QPSKCC1R2////////////////////////////
//OVERALL CODE RATE 2/3
void modeQPSKCC1R2()
{
int i;
//PUNCTURING SEQUENCES WIMAX 802.16e
#define L1R1 2
#define L4R3 4
#define L3R2 6
#define L5R3 10
int rate1R1[L1R1]={1,1};			//Punturing matrix for rate 1/2
int rate4R3[L4R3]={1,1,0,1};			//Puncturing matrix for rate 2/3
int rate3R2[L3R2]={1,1,0,1,1,0};		//Puncturing matrix for rate 3/4
int rate5R3[L5R3]={1,1,0,1,1,0,0,1,1,0};	//Puncturing matrix for rate 5/6


	//EbNo=10.0;
	WIMAXcontrol.usernumber=1;
	WIMAXcontrol.uncodedbytes=23;
	WIMAXcontrol.modulation=_QPSK;
	WIMAXcontrol.coderate=CODERATE1R2;
	WIMAXcontrol.rsolomon=8;
	WIMAXcontrol.channelcoding=CC;
	//CONVOLUTIONAL CODE
	WIMAXcontrol.CCcoderate=CODERATE1R2;		//ALWAYS 1/2 IN CC WIMAX
	WIMAXcontrol.tail=1;				//1 Byte (8 bits)
	WIMAXcontrol.viterbiEbNo=4.0;
	WIMAXcontrol.viterbiK=KWIMAX;
	//CHANNEL
	WIMAXcontrol.channel_mode=GAUSSIAN;
	//WIMAXcontrol.channel_mode=NONOISE;
	WIMAXcontrol.channelEbNo=EbNo;
	//PUNCTURING
	WIMAXcontrol.punct_rate=RATE4R3;
        WIMAXcontrol.pseqlength= L4R3;
        for(i=0; i<L4R3; i++)WIMAXcontrol.puncseq[i]=rate4R3[i];
	//DEPUNCTURING


	WIMAXcontrol.interl=384;


}
///////////////////////////////////////////QPSKCC3R4////////////////////////////
//OVERALL CODE RATE 5/6
void modeQPSKCC3R4()
{
int i;
//PUNCTURING SEQUENCES WIMAX 802.16e
#define L1R1 2
#define L4R3 4
#define L3R2 6
#define L5R3 10
int rate1R1[L1R1]={1,1};			//Punturing matrix for rate 1/2
int rate4R3[L4R3]={1,1,0,1};			//Puncturing matrix for rate 2/3
int rate3R2[L3R2]={1,1,0,1,1,0};		//Puncturing matrix for rate 3/4
int rate5R3[L5R3]={1,1,0,1,1,0,0,1,1,0};	//Puncturing matrix for rate 5/6



	//EbNo=10.0;
	WIMAXcontrol.usernumber=1;
	WIMAXcontrol.uncodedbytes=35;
	WIMAXcontrol.modulation=_QPSK;
	WIMAXcontrol.coderate=CODERATE1R2;
	WIMAXcontrol.rsolomon=4;
	WIMAXcontrol.channelcoding=CC;
	//CONVOLUTIONAL CODE
	WIMAXcontrol.CCcoderate=CODERATE1R2;		//ALWAYS 1/2 IN CC WIMAX
	WIMAXcontrol.tail=1;				//1 Byte (8 bits)
	WIMAXcontrol.viterbiEbNo=4.0;
	WIMAXcontrol.viterbiK=KWIMAX;
	//CHANNEL
	WIMAXcontrol.channel_mode=GAUSSIAN;
	//WIMAXcontrol.channel_mode=NONOISE;
	WIMAXcontrol.channelEbNo=EbNo;
	//PUNCTURING
	WIMAXcontrol.punct_rate=RATE5R3;
        WIMAXcontrol.pseqlength= L5R3;
        for(i=0; i<L5R3; i++)WIMAXcontrol.puncseq[i]=rate5R3[i];
	//DEPUNCTURING


	WIMAXcontrol.interl=384;



}


///////////////////////////////////////////16QAMCC1R2///////////////////////////
//OVERALL CODE RATE 2/3
void mode16QAMCC1R2()
{
int i;
//PUNCTURING SEQUENCES WIMAX 802.16e
#define L1R1 2
#define L4R3 4
#define L3R2 6
#define L5R3 10
int rate1R1[L1R1]={1,1};			//Punturing matrix for rate 1/2
int rate4R3[L4R3]={1,1,0,1};			//Puncturing matrix for rate 2/3
int rate3R2[L3R2]={1,1,0,1,1,0};		//Puncturing matrix for rate 3/4
int rate5R3[L5R3]={1,1,0,1,1,0,0,1,1,0};	//Puncturing matrix for rate 5/6



	//EbNo=15.0;
	WIMAXcontrol.usernumber=1;
	WIMAXcontrol.uncodedbytes=47;
	WIMAXcontrol.modulation=_16QAM;
	WIMAXcontrol.coderate=CODERATE1R2;
	WIMAXcontrol.rsolomon=16;
	WIMAXcontrol.channelcoding=CC;
	//CONVOLUTIONAL CODE
	WIMAXcontrol.CCcoderate=CODERATE1R2;		//ALWAYS 1/2 IN CC WIMAX
	WIMAXcontrol.tail=1;				//1 Byte (8 bits)
	WIMAXcontrol.viterbiEbNo=4.0;
	WIMAXcontrol.viterbiK=KWIMAX;
	//CHANNEL
	WIMAXcontrol.channel_mode=GAUSSIAN;
	//WIMAXcontrol.channel_mode=NONOISE;
	WIMAXcontrol.channelEbNo=EbNo;
	//PUNCTURING
	WIMAXcontrol.punct_rate=RATE4R3;
        WIMAXcontrol.pseqlength= L4R3;
        for(i=0; i<L4R3; i++)WIMAXcontrol.puncseq[i]=rate4R3[i];
	//DEPUNCTURING


	WIMAXcontrol.interl=768;

}

///////////////////////////////////////////16QAMCC3R4///////////////////////////
//OVERALL CODE RATE 5/6
void mode16QAMCC3R4()
{
int i;
//PUNCTURING SEQUENCES WIMAX 802.16e
#define L1R1 2
#define L4R3 4
#define L3R2 6
#define L5R3 10
int rate1R1[L1R1]={1,1};			//Punturing matrix for rate 1/2
int rate4R3[L4R3]={1,1,0,1};			//Puncturing matrix for rate 2/3
int rate3R2[L3R2]={1,1,0,1,1,0};		//Puncturing matrix for rate 3/4
int rate5R3[L5R3]={1,1,0,1,1,0,0,1,1,0};	//Puncturing matrix for rate 5/6



	//EbNo=20.0;
	WIMAXcontrol.usernumber=1;
	WIMAXcontrol.uncodedbytes=71;
	WIMAXcontrol.modulation=_16QAM;
	WIMAXcontrol.coderate=CODERATE1R2;
	WIMAXcontrol.rsolomon=8;
	WIMAXcontrol.channelcoding=CC;
	//CONVOLUTIONAL CODE
	WIMAXcontrol.CCcoderate=CODERATE1R2;		//ALWAYS 1/2 IN CC WIMAX
	WIMAXcontrol.tail=1;				//1 Byte (8 bits)
	WIMAXcontrol.viterbiEbNo=4.0;
	WIMAXcontrol.viterbiK=KWIMAX;
	//CHANNEL
	WIMAXcontrol.channel_mode=GAUSSIAN;
	//WIMAXcontrol.channel_mode=NONOISE;
	WIMAXcontrol.channelEbNo=EbNo;
	//PUNCTURING
	WIMAXcontrol.punct_rate=RATE5R3;
        WIMAXcontrol.pseqlength= L5R3;
        for(i=0; i<L5R3; i++)WIMAXcontrol.puncseq[i]=rate5R3[i];
	//DEPUNCTURING


	WIMAXcontrol.interl=768;

}

///////////////////////////////////////////64QAMCC2R3///////////////////////////
//OVERALL CODE RATE 2/3
void mode64QAMCC2R3()
{
int i;
//PUNCTURING SEQUENCES WIMAX 802.16e
#define L1R1 2
#define L4R3 4
#define L3R2 6
#define L5R3 10
int rate1R1[L1R1]={1,1};			//Punturing matrix for rate 1/2
int rate4R3[L4R3]={1,1,0,1};			//Puncturing matrix for rate 2/3
int rate3R2[L3R2]={1,1,0,1,1,0};		//Puncturing matrix for rate 3/4
int rate5R3[L5R3]={1,1,0,1,1,0,0,1,1,0};	//Puncturing matrix for rate 5/6



	//EbNo=20.0;
	WIMAXcontrol.usernumber=1;
	WIMAXcontrol.uncodedbytes=95;
	WIMAXcontrol.modulation=_64QAM;
	WIMAXcontrol.coderate=CODERATE1R2;
	WIMAXcontrol.rsolomon=12;
	WIMAXcontrol.channelcoding=CC;
	//CONVOLUTIONAL CODE
	WIMAXcontrol.CCcoderate=CODERATE1R2;		//ALWAYS 1/2 IN CC WIMAX
	WIMAXcontrol.tail=1;				//1 Byte (8 bits)
	WIMAXcontrol.viterbiEbNo=4.0;
	WIMAXcontrol.viterbiK=KWIMAX;
	//CHANNEL
	WIMAXcontrol.channel_mode=GAUSSIAN;
	//WIMAXcontrol.channel_mode=NONOISE;
	WIMAXcontrol.channelEbNo=EbNo;
	//PUNCTURING
	WIMAXcontrol.punct_rate=RATE3R2;    //4R3
        WIMAXcontrol.pseqlength= L3R2;
        for(i=0; i<L3R2; i++)WIMAXcontrol.puncseq[i]=rate3R2[i];
	//DEPUNCTURING


	WIMAXcontrol.interl=1152;

}
///////////////////////////////////////////64QAMCC3R4///////////////////////////
//OVERALL CODE RATE 3/4
void mode64QAMCC3R4()
{
int i;
//PUNCTURING SEQUENCES WIMAX 802.16e
#define L1R1 2
#define L4R3 4
#define L3R2 6
#define L5R3 10
int rate1R1[L1R1]={1,1};			//Punturing matrix for rate 1/2
int rate4R3[L4R3]={1,1,0,1};			//Puncturing matrix for rate 2/3
int rate3R2[L3R2]={1,1,0,1,1,0};		//Puncturing matrix for rate 3/4
int rate5R3[L5R3]={1,1,0,1,1,0,0,1,1,0};	//Puncturing matrix for rate 5/6

        //printf("CONTROL MODE:FULL 64QAM 3R4\n");

	//EbNo=25.5;
	WIMAXcontrol.usernumber=1;
	WIMAXcontrol.uncodedbytes=107;
	WIMAXcontrol.modulation=_64QAM;
	WIMAXcontrol.coderate=CODERATE1R2;
	WIMAXcontrol.rsolomon=12;
	WIMAXcontrol.channelcoding=CC;
	//CONVOLUTIONAL CODE
	WIMAXcontrol.CCcoderate=CODERATE1R2;		//ALWAYS 1/2 IN CC WIMAX
	WIMAXcontrol.tail=1;				//1 Byte (8 bits)
	WIMAXcontrol.viterbiEbNo=4.0;
	WIMAXcontrol.viterbiK=KWIMAX;
	//CHANNEL
	WIMAXcontrol.channel_mode=GAUSSIAN;
	//WIMAXcontrol.channel_mode=NONOISE;
	WIMAXcontrol.channelEbNo=EbNo;
	//PUNCTURING
	WIMAXcontrol.punct_rate=RATE5R3;
        WIMAXcontrol.pseqlength= L5R3;
        for(i=0; i<L5R3; i++)WIMAXcontrol.puncseq[i]=rate5R3[i];
	//DEPUNCTURING


	WIMAXcontrol.interl=1152;

}
 
////////////////////////////////////////////////////////////////////////////////