#include <stdio.h>
#include <string.h>
#include <stdlib.h>
#include "Matrix.h"
#include "BackGround.h"
#include "GaussMatrix.h"
#include "Bitmap.h"
#include "PMImage.h"
#include "OpticalFlow.h"
#include "Vector.h"
#include "ImagePyramid.h"
#include "OFPyramid.h"
#include "Algorithm.h"

int main(int argc, char *argv[]){
	CAlgorithm *alg;
	CPMImage *ForBg;

	//You must give the first and the last sequence
	//the name is ssipxxxx.pgm

	//fn first seq last seq
	int i;
	int first, last;
	char tmp[100];
	char Filename1[100];
	char Filename2[100];
	char OutFilename[100];
	char OutColorFilename[100];
	char OutFGName[100];

	//hp
	CBackGround *bg;
	bg = new CBackGround(atoi(argv[3]), atoi(argv[4]));
	//hp

	if (argc == 5){
		first = atoi(argv[1]);
		last = atoi(argv[2]);
		for (i= first; i< last; i++){
			itoa(i, tmp, 10);

			if (i<10){
				strcpy(Filename1, "ssip-");
				strcat(Filename1, tmp);
				strcat(Filename1, ".pgm");


			} else if (i< 100){
				strcpy(Filename1, "ssip-");
				strcat(Filename1, tmp);
				strcat(Filename1, ".pgm");
			
			}else if (i<1000){
				strcpy(Filename1, "ssip-");
				strcat(Filename1, tmp);
				strcat(Filename1, ".pgm");
			
			}else{
				strcpy(Filename1, "ssip-");
				strcat(Filename1, tmp);
				strcat(Filename1, ".pgm");
			
			}

			itoa(i+1, tmp, 10);

			if ((i+1)<10){
				strcpy(Filename2, "ssip-");
				strcat(Filename2, tmp);
				strcat(Filename2, ".pgm");


			} else if ((i+1)< 100){
				strcpy(Filename2, "ssip-");
				strcat(Filename2, tmp);
				strcat(Filename2, ".pgm");
			
			}else if ((i+1)<1000){
				strcpy(Filename2, "ssip-");
				strcat(Filename2, tmp);
				strcat(Filename2, ".pgm");
			
			}else{
				strcpy(Filename2, "ssip-");
				strcat(Filename2, tmp);
				strcat(Filename2, ".pgm");
			
			}

			itoa(i, tmp, 10);

			if (i<10){
				strcpy(OutFilename, "out000");
				strcat(OutFilename, tmp);
				strcpy(OutFGName, "outFG000");
				strcat(OutFGName, tmp);
				strcpy(OutColorFilename, OutFilename);	
				
				strcat(OutFGName, ".pgm");
				strcat(OutColorFilename, ".ppm");

				strcat(OutFilename, ".pgm");


			} else if (i< 100){
				strcpy(OutFilename, "out00");
				strcat(OutFilename, tmp);
				strcpy(OutFGName, "outFG00");
				strcat(OutFGName, tmp);
				strcpy(OutColorFilename, OutFilename);	
				
				strcat(OutFGName, ".pgm");
				strcat(OutColorFilename, ".ppm");

				strcat(OutFilename, ".pgm");
			
			}else if (i<1000){
				strcpy(OutFilename, "out0");
				strcat(OutFilename, tmp);
				strcpy(OutFGName, "outFG0");
				strcat(OutFGName, tmp);
				strcpy(OutColorFilename, OutFilename);	
				
				strcat(OutFGName, ".pgm");
				strcat(OutColorFilename, ".ppm");

				strcat(OutFilename, ".pgm");
			
			}else{
				strcpy(OutFilename, "out");
				strcat(OutFilename, tmp);
				strcpy(OutFGName, "outFG");
				strcat(OutFGName, tmp);
				strcpy(OutColorFilename, OutFilename);	

				strcat(OutFGName, ".pgm");
				strcat(OutColorFilename, ".ppm");
				strcat(OutFilename, ".pgm");
			
			}
			ForBg = new CPMImage(Filename1);
			ForBg->Smooth(0);
			ForBg->MakeDifference("bg.pgm", 30, OutFGName);


		//	printf("%s %s\n", Filename1, Filename2);
		alg = new CAlgorithm(Filename2, Filename1, OutFilename,OutColorFilename, 3, 5, 2, 6);		
		}
	} else {
		printf("Arguments error");
	}
	
/*	if (argc == 1){
		printf("Optical flow help!!!\n\n");

		printf("Use: wincommand> main - see this help. \n\n");

		printf("     wincommand> main in1 in2 out\n");
		printf("        -in1: first image sequence (pgm or ppm).\n");
		printf("        -in2: second image sequence (pgm or ppm).\n");
		printf("        -out: out file name (pgm or ppm).\n");
		printf("          (size of in1 and in2 must be 2^n x 2^n)\n\n");

		printf("     wincommand> main in1 in2 out depth gms min rate\n");
		printf("        -in1: first image sequence (pgm or ppm).\n");
		printf("        -in2: second image sequence (pgm or ppm).\n");
		printf("        -out: out file name (pgm or ppm).\n");
		printf("          (size of in1 and in2 must be 2^n x 2^n)\n");
		printf("        -depth: size of the pyramid, 2^depth is the max motion (default = 4)\n");
		printf("        -gms: size of the Gaussian matrix to make image pyramids (default = 5)\n");
		printf("        -min: set the minimal motion in out file (default = 0)\n");
		printf("        -rate: ilyen kozonkent irja ki a vektorokat (default = 10)\n\n");

		printf("Don't worry, be happy! Just for friends!! ;) hp\n\n");
	} else if (argc == 4){
		alg = new CAlgorithm(argv[2], argv[1], argv[3], 4, 5, 0, 10);		
	} else if (argc == 8){
		alg = new CAlgorithm(argv[2], argv[1], argv[3], atoi(argv[4]), atoi(argv[5]), atoi(argv[6]), atoi(argv[7]));
	}else {
		return 0;
	}*/
	return 1;
}