virtual void move_func() {
vec x = state.x();
vec n = perturbation.x();
vec xnew;
move_func(x, control, n, dt_or_dx, x, XNEW_x, XNEW_pert);
state.x() = xnew;
}
void _gevastwin_move_xxx(GtkgEvasObj * object, double x, double y)
{
GtkgEvasTwin *ev;
gpointer d;
d = gtk_object_get_data(GTK_OBJECT(object), GEVASTWIN_BACKWARD_LOOKUP_KEY);
if (d) {
ev = GTK_GEVASTWIN(d);
/* printf("gevastwin_move_xxx(top) extra object. main:%lp aux:%lp obj:%lp\n", */
/* ev->mainobj, ev->auxobj, object ); */
if (ev->mainobj == object) {
printf("gevastwin_move_xxx(MO) extra object. main:%p aux:%p obj:%p\n",
ev->mainobj, ev->auxobj, object );
ev->main_obj_move(object, x, y);
_gevastwin_sync_obj(ev, ev->auxobj);
}
else if (ev->auxobj == object) {
printf("gevastwin_move_xxx(AO) extra object. main:%p aux:%p obj:%p\n",
ev->mainobj, ev->auxobj, object );
ev->aux_obj_move(object, x, y);
_gevastwin_sync_obj(ev, ev->mainobj);
}
else
{
/* printf("gevastwin_move_xxx() extra object. main:%lp aux:%lp obj:%lp\n", */
/* ev->mainobj, ev->auxobj, object ); */
Evas_Coord ox = 0, oy = 0, oh = 0, ow = 0;
gevasobj_get_geometry( object, &ox, &oy, &ow, &oh);
Evas_Coord main_x = 0, main_y = 0, main_w = 0, main_h = 0;
gevasobj_get_geometry(ev->mainobj, &main_x, &main_y, &main_w, &main_h);
/* printf("gevastwin_move_xxx(2) extra object. main:%lp aux:%lp obj:%lp\n", */
/* ev->mainobj, ev->auxobj, object ); */
Evas_Coord dx = ox - x;
Evas_Coord dy = oy - y;
/* printf("gevastwin_move_xxx(2.0) extra object. main:%lp aux:%lp obj:%lp dx:%ld dy:%ld\n", */
/* ev->mainobj, ev->auxobj, object, dx, dy ); */
/* gevasobj_move( ev->mainobj, main_x - dx, main_y - dy ); */
ev->main_obj_move(ev->mainobj, main_x - dx, main_y - dy );
/* printf("gevastwin_move_xxx(2.1) extra object. main:%lp aux:%lp obj:%lp\n", */
/* ev->mainobj, ev->auxobj, object ); */
ev->aux_obj_move (ev->auxobj, main_x - dx , main_y + main_h + 5 - dy );
/* printf("gevastwin_move_xxx(3) extra object. main:%lp aux:%lp obj:%lp\n", */
/* ev->mainobj, ev->auxobj, object ); */
Eina_List* li = gevas_obj_collection_to_list( ev->extra_objects );
for( ; li; li = li->next)
if(li->data)
{
GtkgEvasObj* gobj = (GtkgEvasObj*)li->data;
/* printf("gevastwin_move_xxx(5.t) extra object. main:%lp aux:%lp obj:%lp gobj:%lp\n", */
/* ev->mainobj, ev->auxobj, object, gobj ); */
// if( gobj != object )
{
gpointer d;
d = gtk_object_get_data(GTK_OBJECT(gobj),
GEVASTWIN_EXTRA_OBJ_MOVE_FUNC_KEY );
/* printf("gevastwin_move_xxx(5.a) extra object. main:%lp aux:%lp obj:%lp\n", */
/* ev->mainobj, ev->auxobj, object ); */
void (*move_func) (GtkgEvasObj * object, double x, double y)
= d;
gevasobj_get_geometry( gobj, &ox, &oy, &ow, &oh);
move_func( gobj, ox - dx, oy - dy );
/* printf("gevastwin_move_xxx(5.b) extra object. main:%lp aux:%lp obj:%lp\n", */
/* ev->mainobj, ev->auxobj, object ); */
}
}
gevasobj_queue_redraw(ev->mainobj);
gevasobj_queue_redraw(ev->auxobj);
}
#if 0
else if( ev->sprite )
{
/* The moved part of a sprite */
if( gevas_obj_collection_contains( ev->sprite->col, GTK_GEVASOBJ(object) ))
{
if( GTK_GEVASOBJ(ev->sprite)->original_move )
GTK_GEVASOBJ(ev->sprite)->original_move( ev->sprite, x, y );
else
GTK_GEVASOBJ(ev->sprite)->move( ev->sprite, x, y );
_gevastwin_sync_obj(ev, ev->auxobj);
}
}
#endif
/* printf("gevastwin_move_xxx(bottom) extra object. main:%lp aux:%lp obj:%lp\n", */
/* ev->mainobj, ev->auxobj, object ); */
}
