void ft_draw_img()
{
int x;
int y;
double wall_height;
double wall_dist;
x = WIN_WID - 1;
while (x >= 0)
{
//printf("x = %d\n", x);
wall_dist = ft_wall_distance(x);
printf("Pour x = %d wall_dist->%f\n", x, wall_dist);
//ft_putstr("\n");
wall_height = STEP / wall_dist * POV;
printf("hauteur a l ecran = %f\n", wall_height);
/*if (wall_height > WIN_HEI)
wall_height = WIN_HEI - 1;*/
y = (WIN_HEI / 2) - 1 - (wall_height / 2);
/* on dessine le plafond */
ft_draw_ceiling(x, y);
/* on dessine le mur */
ft_draw_wall(wall_height, x, y);
/* on dessine le floor */
ft_draw_floor(x, WIN_HEI / 2 + wall_height / 2 - 1);
/*if (x == WIN_WID - 64)
break ;
*/ x--;
}
}
static void setting_cf_text(t_env *e)
{
t_resume tmp;
tmp.distWall = e->perpwalldist;
tmp.distPlayer = 0.0;
e->y = e->drawend + 1;
the_dessin(e);
while (e->y < LON)
{
tmp.currentDist = LON / (2.0 * e->y - LON);
tmp.weight = (tmp.currentDist - tmp.distPlayer)\
/ (tmp.distWall - tmp.distPlayer);
tmp.currentFloorX = tmp.weight * e->floorXWall\
+ (1.0 - tmp.weight) * e->posx;
tmp.currentFloorY = tmp.weight * e->floorYWall\
+ (1.0 - tmp.weight) * e->posy;
e->floorTexX = (int)(tmp.currentFloorX * e->text[e->tid]->width)\
% e->text[e->tid]->width;
e->floorTexY = (int)(tmp.currentFloorY * e->text[e->tid]->height)\
% e->text[e->tid]->height;
ft_draw_floor(e);
ft_draw_ceil(e);
e->y++;
}
}
void ft_draw(t_mlx *mx, int x)
{
int y;
int pixel;
if (mx->v.drawend < 0)
return ;
y = -1;
while (++y < HEIGHT)
{
pixel = (y * mx->width * 4) + x * 4;
if (y < mx->v.drawstart)
ft_draw_sky(mx, x, y, pixel);
else if (y < mx->v.drawend)
ft_draw_wall(mx, y, pixel);
else
ft_draw_floor(mx, x, y, pixel);
}
}
void ft_corps(t_id *s)
{
int x;
x = -1;
while (++x < W_X)
{
ft_start_initialisation(x, s);
ft_ray_direction(s);
ft_dda(s);
ft_calc_pixl_place(s);
ft_calc_floor_place(s);
ft_draw_ceiling(x, s);
if (x == W_X - 1)
mlx_put_image_to_window(s->mlx, s->win, s->wall[13], MU, II);
ft_draw_floor(x, s);
ft_draw_walls(x, s);
}
mlx_put_image_to_window(s->mlx, s->win, s->img, 0, 0);
ft_static_xpm(s);
}
