void solver(t_tetri *tetri, t_square **sq, int tetri_nb)
{
init_square(sq, tetri_nb);
clear_positions(tetri, tetri_nb);
while (!insert_tetri(tetri, 0, *sq, tetri_nb))
{
clear_positions(tetri, tetri_nb);
(*sq)->x_max++;
(*sq)->y_max++;
}
}
OneStim *NewSquare(Stimulus *st,Substim *sst)
{
OneStim *gb;
st->pos.size[0] = 250;
st->pos.size[1] = 10;
st->pos.size[0] = 250;
st->pos.size[1] = 10;
FreeStimulus(sst);
if(sst->ptr == NULL)
sst->ptr = (OneStim *)malloc(sizeof(OneStim));
gb = sst->ptr;
init_square(st, sst);
st->type = STIM_SQUARE;
sst->type = STIM_SQUARE;
return(gb);
}
int main(int argc, char** argv) {
struct Square square;
struct Circle circle;
struct Triangle triangle;
init_square(&square, 2);
init_circle(&circle, 4);
init_triangle(&triangle, 3, 4, 5);
struct Shape * shapes[3];
shapes[0] = (struct Shape *) □
shapes[1] = (struct Shape *) &circle;
shapes[2] = (struct Shape *) ▵
int i;
for (i = 0; i < 3; ++i) {
(*shapes[i]).print();
printf("area: %f\n", (*shapes[i]).area(shapes[i]));
printf("perimeter: %f\n\n", (*shapes[i]).perimeter(shapes[i]));
}
return (EXIT_SUCCESS);
}
