#include <stdio.h>

#include <stdlib.h>

#include "targa.h"

#define NUM_IMAGES 133

int main()

{

uint8_t alpha[NUM_IMAGES],

r[NUM_IMAGES],

g[NUM_IMAGES],

b[NUM_IMAGES];

tga_image image[NUM_IMAGES];

int *pixels_addr[NUM_IMAGES];

int *pixels_addr_new;

pixels_addr_new = malloc(sizeof(int));

int height[NUM_IMAGES],

width[NUM_IMAGES];

int i = 0;

tga_result result;

char addr[256];

for(i=0;i<NUM_IMAGES;i++)

{

char path[256];

if(i<10)

{

sprintf(addr,"%s%d%s","/home/ankit/Work/Ankit/BlockColors_WithoutRLE/BlockColors_WithoutRLE_0000",i,".tga");

}

else if(i>=10 && i<100)

{

sprintf(addr,"%s%d%s","/home/ankit/Work/Ankit/BlockColors_WithoutRLE/BlockColors_WithoutRLE_000",i,".tga");

}

else if(i>=100 && i<1000)

{

sprintf(addr,"%s%d%s","/home/ankit/Work/Ankit/BlockColors_WithoutRLE/BlockColors_WithoutRLE_00",i,".tga");

}

else if(i>=1000)

{

sprintf(addr,"%s%d%s","/home/ankit/Work/Ankit/BlockColors_WithoutRLE/BlockColors_WithoutRLE_0",i,".tga");

}

printf("The image being opened is %s\n",addr);

result = tga_read(&image[i],addr);

if(result != TGA_NOERR)

{

printf("Error opening the image\n");

}

else

{

pixels_addr[i] = (int *)image[i].image_data;

height[i] = (int)image[i].height;

width[i] = (int)image[i].width;

}

printf("The Height is %d\n",width[i]);

}

int j = 0, k = 0;

tga_image img_new;

int img[NUM_IMAGES];

char output[256];

for(k=0;k<NUM_IMAGES-1;k++)

{

for(i=0;i<height[k];i++)

// for(i=0;i<18;i++)

{

for(j=0;j<width[k];j++)

// for(j=0;j<86;j++)

{

img[k] = *(pixels_addr[k] + (i * width[k]) + j);

img[k+1] = *(pixels_addr[k+1] + (i * width[k]) + j);

*(pixels_addr[k] + (i *width[k]) + j ) = img[k] ^ img[k+1];

// printf("This is printing %d %d\n",i,j);

}

}

// img_new.image_data = pixels_addr_new;

sprintf(output,"%s%s%d%s","/home/ankit/Work/Ankit/BlockColors_WithoutRLE/","new",k+1,".tga");

result = tga_write(output,&image[k]);

memset(pixels_addr[k],0,height[k]*width[k]);

// tga_close();

}

}