synfig::Mutex mutex;
- void set_onion_skin(bool x)
+ void set_onion_skin(bool x, int *onions)
{
onionskin=x;
Time time(rend_desc().get_time_start());
+ if(!onionskin)
+ return;
onion_skin_queue.push_back(time);
- //onion_skin_queue.push_back(time-1);
- //onion_skin_queue.push_back(time+1);
try
{
- onion_skin_queue.push_back(
- get_canvas()->keyframe_list().find_prev(
- time
- )->get_time()
- );
+ Time thistime=time;
+ for(int i=0; i<onions[0]; i++)
+ {
+ Time keytime=get_canvas()->keyframe_list().find_prev(thistime)->get_time();
+ onion_skin_queue.push_back(keytime);
+ thistime=keytime;
+ }
}
catch(...)
{ }
try
{
- onion_skin_queue.push_back(
- get_canvas()->keyframe_list().find_next(
- time
- )->get_time()
- );
+ Time thistime=time;
+ for(int i=0; i<onions[1]; i++)
+ {
+ Time keytime=get_canvas()->keyframe_list().find_next(thistime)->get_time();
+ onion_skin_queue.push_back(keytime);
+ thistime=keytime;
+ }
}
catch(...)
{ }
std::list<synfig::Time> onion_skin_queue;
- void set_onion_skin(bool x)
+ void set_onion_skin(bool x, int *onions)
{
onionskin=x;
Time time(rend_desc().get_time_start());
+ if(!onionskin)
+ return;
onion_skin_queue.push_back(time);
//onion_skin_queue.push_back(time-1);
//onion_skin_queue.push_back(time+1);
- if(!onionskin)
- return;
-
try
{
- onion_skin_queue.push_back(
- get_canvas()->keyframe_list().find_prev(
- time
- )->get_time()
- );
+ Time thistime=time;
+ for(int i=0; i<onions[0]; i++)
+ {
+ Time keytime=get_canvas()->keyframe_list().find_prev(thistime)->get_time();
+ onion_skin_queue.push_back(keytime);
+ thistime=keytime;
+ }
}
catch(...)
{ }
try
{
- onion_skin_queue.push_back(
- get_canvas()->keyframe_list().find_next(
- time
- )->get_time()
- );
+ Time thistime=time;
+ for(int i=0; i<onions[1]; i++)
+ {
+ Time keytime=get_canvas()->keyframe_list().find_next(thistime)->get_time();
+ onion_skin_queue.push_back(keytime);
+ thistime=keytime;
+ }
}
catch(...)
{ }
ph=0.001;
last_focus_point=Point(0,0);
onion_skin=false;
+ onion_skins[0]=0;
+ onion_skins[1]=0;
queued=false;
dirty_trap_enabled=false;
solid_lines=true;
return onion_skin;
}
+void WorkArea::set_onion_skins(int *onions)
+{
+ onion_skins[0]=onions[0];
+ onion_skins[1]=onions[1];
+ if(onion_skin)
+ queue_render_preview();
+}
+
void
WorkArea::enable_grid()
{
// if the tangent isn't split, then split it
if (!((*(parent_value_node->get_link("split")))(get_time()).get(bool())))
{
- get_canvas_view()->canvas_interface()->
+ if (get_canvas_view()->canvas_interface()->
change_value(synfigapp::ValueDesc(parent_value_node,
parent_value_node->get_link_index_from_name("split")),
- true);
- // rebuild the ducks from scratch, so the tangents ducks aren't connected
- get_canvas_view()->rebuild_ducks();
-
- // reprocess the mouse click
- return on_drawing_area_event(event);
+ true))
+ {
+ // rebuild the ducks from scratch, so the tangents ducks aren't connected
+ get_canvas_view()->rebuild_ducks();
+
+ // reprocess the mouse click
+ return on_drawing_area_event(event);
+ }
+ else
+ return true;
}
} else {
// I don't know how to access the vertex from the tangent duck when originally drawing the bline in the bline tool
drawing_frame->unset_bg(Gtk::STATE_NORMAL);
#endif
- previous_focus=get_focus_point();
-
return true;
}
// if we have lots of pixels to render and the tile renderer isn't disabled, use it
int div;
div = low_resolution ? low_res_pixel_size : 1;
- if (w*h > 240*div*135*div && !getenv("SYNFIG_DISABLE_TILE_RENDER"))
+ if ((w*h > 240*div*135*div && !getenv("SYNFIG_DISABLE_TILE_RENDER")) || getenv("SYNFIG_FORCE_TILE_RENDER"))
{
// do a tile render
handle<WorkAreaTarget> trgt(new class WorkAreaTarget(this,w,h));
trgt->set_rend_desc(&desc);
- trgt->set_onion_skin(get_onion_skin());
+ trgt->set_onion_skin(get_onion_skin(), onion_skins);
target=trgt;
}
else
handle<WorkAreaTarget_Full> trgt(new class WorkAreaTarget_Full(this,w,h));
trgt->set_rend_desc(&desc);
- trgt->set_onion_skin(get_onion_skin());
+ trgt->set_onion_skin(get_onion_skin(), onion_skins);
target=trgt;
}
drawing_area->queue_draw_area( 0, 0, 1, maxy);
drawing_area->queue_draw_area(maxx-dx, 0, maxx-dx, maxy);
}
- else if (dx < 0)
+ else if (dx < 0)
{
drawing_area->queue_draw_area( maxx, 0, maxx, maxy);
drawing_area->queue_draw_area( -dx, 0, -dx, maxy);
drawing_area->queue_draw_area(0, 0, maxx, 1);
drawing_area->queue_draw_area(0, maxy-dy, maxx, maxy-dy);
}
- else if (dy < 0)
+ else if (dy < 0)
{
drawing_area->queue_draw_area(0, maxy, maxx, maxy);
drawing_area->queue_draw_area(0, -dy, maxx, -dy);
void
studio::WorkArea::zoom_fit()
{
- float new_zoom(min(drawing_area->get_width() * zoom / w, drawing_area->get_height() * zoom / h));
- if (zoom == new_zoom) return set_zoom(prev_zoom);
+ float new_zoom(min(drawing_area->get_width() * zoom / w,
+ drawing_area->get_height() * zoom / h) * 0.995);
+ if (zoom / new_zoom > 0.995 && new_zoom / zoom > 0.995)
+ {
+ set_zoom(prev_zoom);
+ return set_focus_point(previous_focus);
+ }
+ previous_focus = get_focus_point();
prev_zoom = zoom;
set_zoom(new_zoom);
+ set_focus_point(Point(0,0));
}
void
//synfig::info("queue_render_preview(): (re)queuing...");
//render_idle_func_id=g_idle_add_full(G_PRIORITY_DEFAULT,__render_preview,this,NULL);
render_idle_func_id=g_timeout_add_full(
- G_PRIORITY_DEFAULT, // priority -
+ G_PRIORITY_DEFAULT, // priority -
queue_time, // interval - the time between calls to the function, in milliseconds (1/1000ths of a second)
__render_preview, // function - function to call
this, // data - data to pass to function
projects / synfig.git / blobdiff