void eb_print_wall(t_data *d, t_colision *col, int x)
{
double height;
t_pos a;
t_pos b;
int ya;
int yb;
/*printf("eb_print_wolf:dist %f\n", col->dist);*/
height = ((d->dist_screen * (double)HEIGHT) / col->dist);
height = height / 10;
/*printf("height : %d\n", height);*/
ya = (d->map->axis_y - (int)(height / 2));
ya = (ya <= 0 ? 1 : ya);
yb = (d->map->axis_y + (int)(height / 2));
yb = (yb >= HEIGHT ? HEIGHT : yb);
/*printf("color = %f \t", (dist / MAXLEN));*/
eb_init_pos(x, ya, &a);
eb_init_pos(x, yb, &b);
/*eb_trace_line(d, a, b, 0xFFFFFF * ((dist * 2) / MAXLEN));*/
if (col->face == 1)
eb_trace_line(d, a, b, color_shadow(0xFF0000, 500 / col->dist));
else if (col->face == 2)
eb_trace_line(d, a, b, color_shadow(0x00FF00, 500 / col->dist));
else if (col->face == 3)
eb_trace_line(d, a, b, color_shadow(0x0000FF, 500 / col->dist));
else if (col->face == 4)
eb_trace_line(d, a, b, color_shadow(0xFF7F00, 500 / col->dist));
else
eb_trace_line(d, a, b, color_shadow(0xFFFFFF, 500 / col->dist));
}
int get_color(void *object)
{
int color;
color = ((t_struct *)object)->color;
color = color_shadow(color, 0.2);
return (color);
}
