int main(uint16_t argc, char_t *argv[])
{
char_t name1[80], name2[80], name3[80];
uint32_t bits_per_pixel, length, width;
sint16_t **image1, **image2;
uint16_t max;
errFlag = eReturnOK;
/******************************************
*
* Interpret the command line parameters.
*
*******************************************/
if(image1 == NULL) {
errFlag = eImage1Null;
}
if(image2 == NULL) {
errFlag = eImage2Null;
}
if(argc != 5){
printf(
"\n"
"\n usage: mainas in1-file in2-file "
"out_file add-subtract"
"\n"
"\n recall add-subtract a=add s=subtract\n");
errFlag = eNotStuffArg;
}
if(errFlag == eReturnOK) {
strcpy(name1, argv[1]);
strcpy(name2, argv[2]);
strcpy(name3, argv[3]);
if(does_not_exist(name1)){
printf("\nERROR input file %s does not exist",
name1);
errFlag = eNotExistName1;
}
if(errFlag == eReturnOK) {
if(does_not_exist(name2)){
printf("\nERROR input file %s does not exist",
name2);
errFlag = eNotExistName2;
}
if(errFlag == eReturnOK) {
/******************************************
*
* Ensure the two input images have the
* same sizes.
*
*******************************************/
if(are_not_same_size(name1, name2)){
printf(
"\nERROR Image files %s and %s are not same size",
name1, name2);
errFlag = eNotSameSize;
}
if(errFlag == eReturnOK) {
/******************************************
*
* Allocate the two image arrays
*
*******************************************/
get_image_size(name1, &length, &width);
get_bitsperpixel(name1, &bits_per_pixel);
image1 = allocate_image_array(length, width);
image2 = allocate_image_array(length, width);
/******************************************
*
* Create the output file and read the
* two input images.
*
*******************************************/
create_image_file(name1, name3);
read_image_array(name1, image1);
read_image_array(name2, image2);
/********************************************
*
* Add or subtract the input images and
* write the result to the output image.
*
********************************************/
if(argv[4][0] == 'a' || argv[4][0] == 'A'){
if(bits_per_pixel == 4)
max = 16;
else
max = 255;
add_image_array(image1, image2,
length, width, max);
} /* ends if add */
if(argv[4][0] == 's' || argv[4][0] == 'S')
subtract_image_array(image1, image2,
length, width);
write_image_array(name3, image2);
free_image_array(image1, length);
free_image_array(image2, length);
}//eNotSameSize
}//eNotExistName
}//eNotExistName1
}/*eNotStuffArg*/
return errFlag;
} /* ends main */
int main(int32_t argc, char_t *argv[])
{
errFlag = eReturnOK;
char_t name1[80], name2[80], name3[80], type[80];
int32_t count, i, j;
uint32_t length, width;
/*********************************************
*
* Interpret the command line parameters.
*
**********************************************/
if(argc < 5)
{
printf(
"\n\nNot enough parameters:"
"\n"
"\n usage: mainover in-file1 in-file2 out-file "
"type"
"\n"
"\n recall type: nonzero zero greater less"
" average"
"\n the input images must be the same size"
"\n"
"\n");
errFlag = eNotSuffArg;
}
if(errFlag == eReturnOK)
{
strcpy(name1, argv[ARGV_ARGUMENT1]);
strcpy(name2, argv[ARGV_ARGUMENT2]);
strcpy(name3, argv[ARGV_ARGUMENT3]);
strcpy(type, argv[ARGV_ARGUMENT4]);
if(does_not_exist(name1))
{
printf("\nERROR input file %s does not exist", name1);
errFlag = eNotInputFile1;
}
if(errFlag == eReturnOK)
{
if(does_not_exist(name2))
{
printf("\nERROR input file %s does not exist", name2);
errFlag = eNotInputFile2;
}
/*********************************************
*
* Read the input image headers.
* Ensure the input image are the same size.
* Allocate the image arrays and read
* the image data.
*
**********************************************/
if(errFlag == eReturnOK)
{
if(are_not_same_size(name1, name2))
{
printf("\n Images %s and %s are not the same size", name1, name2);
errFlag = eNotSameSize;
} /* ends if sizes not the same */
if(errFlag == eReturnOK)
{
get_image_size(name1, &length, &width);
the_image = allocate_image_array(length, width);
out_image = allocate_image_array(length, width);
create_image_file(name1, name3);
read_image_array(name1, the_image);
read_image_array(name2, out_image);
/*********************************************
*
* Apply the desired overlay function.
*
**********************************************/
/* non-zero */
if(strncmp("non", type, 3) == 0)
{
non_zero_overlay(the_image, out_image, length, width);
} /* ends non_zero operation */
/* zero */
if(strcmp("zero", type) == 0)
{
zero_overlay(the_image, out_image, length, width);
} /* ends zero operation */
/* greater */
if(strncmp("gre", type, 3) == 0)
{
greater_overlay(the_image, out_image, length, width);
} /* ends greater operation */
/* less */
if(strncmp("les", type, 3) == 0)
{
less_overlay(the_image, out_image, length, width);
} /* ends less operation */
/* average */
if(strncmp("ave", type, 3) == 0)
{
average_overlay(the_image, out_image, length, width);
} /* ends average operation */
write_image_array(name3, out_image);
free_image_array(out_image, length);
free_image_array(the_image, length);
}}}}
return errFlag;
} /* ends main */
int main(int32_t argc, char_t *argv[]) {
char_t in_name[MAX_NAME_LENGTH];
char_t out_name[MAX_NAME_LENGTH];
char_t *line, buffer[10];
sint16_t i, j;
sint32_t height, width;
sint16_t **the_image;
errors error_flag = NO_ERROR;
FILE *out_file;
/******************************************
*
* Ensure the command line is correct.
*
******************************************/
if (argc != PARAM_NUMBER){
printf("\nusage: dumpi input-image output-file");
error_flag = WRONG_NUMBER_OF_PARAMETERS;
}
else {
strcpy(in_name, argv[1]);
strcpy(out_name, argv[2]);
/******************************************
*
* Ensure the input image exists.
* Create the output text file.
* Allocate an image array.
* Read the image and dump the nubmers
* to a text file.
*
******************************************/
if (does_not_exist(in_name)) {
printf("\nERROR input file %s does not exist", in_name);
error_flag = IN_FILE_DOES_NOT_EXIST;
} /* ends if does_not_exist */
if ((out_file = fopen(out_name, "wt")) == NULL) {
printf("\nERROR Could not open file %s", out_name);
error_flag = COULD_NOT_OPEN_OUT_FILE;
}
if (error_flag == NO_ERROR) {
if (get_image_size(in_name, &height, &width) != 1) {
error_flag = GET_IMAGE_SIZE_ERROR;
}
else {
the_image = allocate_image_array(height, width);
read_image_array(in_name, the_image);
line = (char_t *) malloc(((width * SIZE_CONST1) + SIZE_CONST2) * sizeof(char_t *));
if ((line == NULL) || (the_image == NULL)) {
error_flag = ALLOCATE_IMAGE_ARRAY_ERROR;
}
else {
sprintf(line, " ");
for (i = 0; i < width; i++) {
sprintf(buffer, "%4d", i);
strcat(line, buffer);
}
strcat(line, "\n");
fputs(line, out_file);
for (i = 0; i < height; i++) {
sprintf(line, "%5d>", i);
for (j = 0; j < width; j++) {
sprintf(buffer, "-%3d", the_image[i][j]);
strcat(line, buffer);
}
strcat(line, "\n");
fputs(line, out_file);
}
}
}
}
free_image_array(the_image, height);
fclose(out_file);
}
return error_flag;
} /* ends main */