void get_shaded_client_window_pos(
FvwmWindow *fw, rectangle *ret_g)
{
rectangle big_g;
size_borders b;
get_window_borders(fw, &b);
big_g = (IS_MAXIMIZED(fw)) ? fw->g.max : fw->g.normal;
get_relative_geometry(&big_g, &big_g);
switch (SHADED_DIR(fw))
{
case DIR_S:
case DIR_SW:
case DIR_SE:
ret_g->y = 1 - big_g.height + b.total_size.height;
break;
default:
ret_g->y = 0;
break;
}
switch (SHADED_DIR(fw))
{
case DIR_E:
case DIR_NE:
case DIR_SE:
ret_g->x = 1 - big_g.width + b.total_size.width;
break;
default:
ret_g->x = 0;
break;
}
return;
}
/* update the frame_g according to the window's g.normal or g.max and shaded
* state */
void update_relative_geometry(FvwmWindow *fw)
{
get_relative_geometry(
&fw->g.frame,
(IS_MAXIMIZED(fw)) ? &fw->g.max : &fw->g.normal);
if (IS_SHADED(fw))
{
get_shaded_geometry(
fw, &fw->g.frame, &fw->g.frame);
}
return;
}
/* update the frame_g according to the window's g.normal or g.max and shaded
* state */
void update_relative_geometry(MvwmWindow *fw)
{
struct monitor *m = fw->m;
get_relative_geometry(m,
&fw->g.frame,
(IS_MAXIMIZED(fw)) ? &fw->g.max : &fw->g.normal);
if (IS_SHADED(fw))
{
get_shaded_geometry(
fw, &fw->g.frame, &fw->g.frame);
}
return;
}
void get_unshaded_geometry(
FvwmWindow *fw, rectangle *ret_g)
{
if (IS_SHADED(fw))
{
if (IS_MAXIMIZED(fw))
{
*ret_g = fw->g.max;
}
else
{
*ret_g = fw->g.normal;
}
get_relative_geometry(ret_g, ret_g);
}
else
{
*ret_g = fw->g.frame;
}
return;
}
