/src/templatematching.java

import static com.googlecode.javacv.cpp.opencv_core.*;

import static com.googlecode.javacv.cpp.opencv_imgproc.*;

import static com.googlecode.javacv.cpp.opencv_highgui.*;

import java.io.File;

import java.util.Scanner;



public class templatematching{

	public static void main (String[] args)throws Exception,NullPointerException

	{				

		int location[][] = new int[16][4];

		File[] g = new File(("C:/Users/chens_000/Desktop/new")).listFiles();	

		

	    for (int p=0;p <g.length;p++)

		{      		

	    

//	    	System.out.println(g[p].getName());

	    	int task = taskorder(g[p].getName());

			 

					IplImage src = cvLoadImage(g[p].getPath(),0);

		 

					IplImage tmp = cvLoadImage("d.jpg",0);   

				 

					IplImage result = cvCreateImage(cvSize(src.width()-tmp.width()+1, src.height()-tmp.height()+1), IPL_DEPTH_32F, 1);

				 

					cvZero(result);

					cvMatchTemplate(src, tmp, result, CV_TM_CCORR_NORMED);

					                

					double[] min_val = new double[2];

					double[] max_val = new double[2];

			 

					CvPoint minLoc = new CvPoint(); 

					CvPoint maxLoc = new CvPoint();

					        

					cvMinMaxLoc(result, min_val, max_val, minLoc, maxLoc, null); 

					        

					CvPoint point = new CvPoint();

					point.x(maxLoc.x()+tmp.width());

					point.y(maxLoc.y()+tmp.height());

					location[task][0] = maxLoc.x();

					location[task][1] = maxLoc.y();

					location[task][2] = point.x();

					location[task][3] = point.y();

					

	//				System.out.println("("+maxLoc.x()+", "+maxLoc.y()+") ("+point.x()+", "+point.y()+")");

					cvRectangle(src, maxLoc, point, CvScalar.RED, 2, 8, 0);  

		//			cvSaveImage("abc.jpg", src);

		//			cvShowImage("abc.jpg", src);

		//			cvWaitKey(0);					

					//Release 

					cvReleaseImage(src);

					cvReleaseImage(tmp);

					cvReleaseImage(result);

		}

	    

	 

	    File f = new File(("C:/Users/chens_000/Desktop/1.txt"));

	    File h = new File(("C:/Users/chens_000/Desktop/2.txt"));

//	    File g = new File("C:/Users/chens_000/Desktop/New1/Mrigendra_Singh/Frame_and_mouselocation_and_keystroke_and_time.txt");

//		File f = new File("C:/Users/chens_000/Desktop/New1/Mrigendra_Singh/Mouse_location_with_time.txt");

	//	System.out.println(g[0].getName());

	 	long timestample[] = new long[16];		

		Scanner s = new Scanner(h);

		Scanner r = new Scanner(f);

		s.useDelimiter("\\s+|,|\\n|:|;|\\(|\\)| ");

		r.useDelimiter("\\s+|,|\\n|:|;|\\(|\\)| ");

		long a[] = new long[200000];

		long b[] = new long[200000];

		

		int ii = 0;

		a[0] = 0;

		String c = null;

		

		int jj = 0;

		b[0] = 0;

		String e = null;

		

		while (s.hasNext())

		{

			c = s.next();

			if (isParsableToInt(c)) 

			{

				a[ii] = Long.parseLong(c);

//				System.out.println(a[ii]+" ");

				ii++;

			}

		}

		

		while (r.hasNext())

		{

			e = r.next();

			if (isParsableToInt(e)) 

			{

				b[jj] = Long.parseLong(e);

	//			System.out.println(b[jj]+" ");

				jj++;

			}

		}

		int k = 0;

		int l=0;

		int m;

		for(int n=0;n<16;n++)

		{

			for(m=l;m<jj;m+=4)		

			{

				if((location[n][0]<=b[m]) & (b[m]<=location[n][2]) & (location[n][1]<=b[m+1]) & (b[m+1]<=location[n][3]) & (b[m+2]==1) & (b[m+6]==0))

				{

					timestample[n]=b[m+3];

	//				System.out.println(n+" "+timestample[n]);



					l=m+4;

					break;

				}

			}

			

		}

		int u=4;

		int w;

		long frame[] = new long[16];

		for(int n=0;n<16;n++)

		{

			for( w=u;w<ii;w++)

			{

				if( (100000<a[w-3]) & (100000<a[w+1]) & (a[w-3]<=timestample[n]) & (timestample[n]<=a[w+1]))

				{	

	//				System.out.println(n+" "+w+" "+a[w-3]+" "+timestample[n]+" "+a[w+1]);

					frame[n] = a[w];

					System.out.println(frame[n]);

					u=w;

					break;

				}

					

			}

		}

	/*	

		long d[] = new long[ii];

		

	

		for (int j = 0; j < ii; j++) 

		{

					d[j] = Long.parseLong(a[j]);

		}

		

	

		k=0;

		for (int j = 1; j <ii; j++) 

		{

			if(d[j]>90000)

				k++;

	

		}

			

		long m[]=new long[k];

		k=0;

		for( int j=1;j<ii;j++)

		{

			if(d[j]>90000)

			{

				m[k]=d[j];

		

				k++;

				

			}

		}

	

		int count1=0;

		int temp=0;

		for(int j=1;j<k;j++)

		{

			for(int ij=2;ij<=jj/4;ij++)

			{	

				if((m[j-1]<=b[ij*4-1])&(b[ij*4-1]<m[j]))

				{

				

					if(((b[ij*4-2]-b[ij*4-6])!=0) |((b[ij*4-3]-b[ij*4-7])!=0)|((b[ij*4-4])!=0)|((b[ij*4-8])!=0))

						count1++;

					

				}

			}	

				

				

			

				System.out.println(count1);

	

			count1=0;

		}

		*/

	    

	}

	

	

	







public static int taskorder(String i){

	

	 

	int j = 0;

	

	if(i.equals("task1.jpg"))

		j=0;

	if(i.equals("task2.jpg"))

		j=1;

	if(i.equals("task3.jpg"))

		j=2;

	if(i.equals("task3a.jpg"))

		j=3;

	if(i.equals("task3b.jpg"))

		j=4;

	if(i.equals("task3c.jpg"))

		j=5;

	if(i.equals("task3d.jpg"))

		j=6;

	if(i.equals("task4.jpg"))

		j=7;

	if(i.equals("task5.jpg"))

		j=8;

	if(i.equals("task6.jpg"))

		j=9;

	if(i.equals("task7.jpg"))

		j=10;

	if(i.equals("task8.jpg"))

		j=11;

	if(i.equals("task9.jpg"))

		j=12;

	if(i.equals("task10.jpg"))

		j=13;

	if(i.equals("task11.jpg"))

		j=14;

	if(i.equals("task12.jpg"))

		j=15;



	

	

	return j;

	

}



public static boolean isParsableToInt(String i) {

	 

	try

	{

		Long.parseLong(i);

		return true;

	} 

	catch (NumberFormatException nfe) 

	{

		return false;

	}

}





}