int Stack::push(int elem)
{
int m = getmax();
if (top < m)
{
put_elem(elem,top++);
return 0;
}
else
return -1;
}
void cl_screen_put_img(t_removable *remove, SDL_Rect pos,
t_image img, SDL_Surface *texture)
{
loadAllImages(&img);
put_elem(remove, &img);
if (SDL_BlitSurface(texture, NULL, img.screen,
&pos) == -1)
Error("Cannot put image on screen", texture);
if (SDL_Flip(img.screen) == -1)
Error("Cannot refresh screen", texture);
}
int main (void) {
smatrix_t * a, *b, *c;
int i,j;
/* creazione matrici test operazioni */
a = new_smat(N,M);
b = new_smat(N,M);
for (i=0; i < N ; i ++)
for (j=0; j < M ; j ++)
if (i != j) {
put_elem(a,i,j,(1.0)) ;
put_elem(b, i, j ,(2.0)) ;
}
/* calcolo la trasposta */
c = transp_smat(b);
free_smat(&b);
/* stampo le matrici da moltiplicare */
print_smat(stdout,a);
print_smat(stdout,c);
if ( ( b = prod_smat(a,c) ) == NULL ) return EXIT_FAILURE;
print_smat(stdout,b);
free_smat(&a);
free_smat(&b);
free_smat(&c);
return EXIT_SUCCESS;
}
void loadFile(t_image* img, char *filemap)
{
t_removable remove;
img->map = loadMap(filemap);
check_map(img);
if (img->sizeX != SCREEN_X || img->sizeY != SCREEN_Y)
{
fprintf(stderr, "[ERROR] : The map have to have dimension of %d by %d\n",
SCREEN_X, SCREEN_Y);
exitError("");
}
loadAllImages(img);
x_SDL_Flip(img->screen);
remove.monster = catch_monster(img->map);
remove.item = catch_item(img->map, &remove);
put_elem(&remove, img);
x_SDL_Flip(img->screen);
key(&remove, *img);
x_SDL_Flip(img->screen);
waitImage();
freeMap(img->map);
}
