exportfer.cpp

这是校验位打孔重传的源程序

#include "parameter_sets.h"

int ExportFerF(struct BasicParaS * ctrl, double * fer, double * fer1, double * fer2) 
{

	int i;
	FILE * fpOut = fopen("FER.dat", "w");

	fprintf(fpOut, "This is the statistic data of FER ..\n");
	printf("\n");
	for (i=0; i<59; i++)
		printf("*");
	printf("\n");
	printf("This is the statistic data of FER ..\n");

	if (ctrl->noiseMode == 0) 
	{
		for (i=0; i<ctrl->totalNumFrames; i++) 
		{
			fprintf(fpOut, "When Eb_No is %.2fdB, the FER is %E\n", ctrl->Eb_No[i], *(fer+i));
			fprintf(fpOut, " the FER1 is %E\n", *(fer1+i));
			fprintf(fpOut, " the FER2 is %E\n", *(fer2+i));
			printf("When Eb_No is %.2fdB, the FER is %E\n", ctrl->Eb_No[i], *(fer+i));
			printf(" the FER1 is %E\n", *(fer1+i));
			printf(" the FER2 is %E\n", *(fer2+i));

		}
	} 
	else 
	{
		for (i=0; i<ctrl->totalNumFrames; i++) 
		{
			fprintf(fpOut, "When SNR is %.2fdB, the FER is %E\n", ctrl->Eb_No[i], *(fer+i));
			fprintf(fpOut, " the FER1 is %E\n", *(fer1+i));
			fprintf(fpOut, " the FER2 is %E\n", *(fer2+i));
			printf("When SNR is %.2fdB, the FER is %E\n", ctrl->Eb_No[i], *(fer+i));
			printf(" the FER1 is %E\n", *(fer1+i));
			printf(" the FER2 is %E\n", *(fer2+i));
		}	
	}

	fclose(fpOut);
	return 0;
}