#include "interlacemodes.h"
#include "labels.h"
#include "localsession.h"
+#include "maskautos.h"
#include "mutex.h"
#include "nestededls.h"
#include "panauto.h"
return 0;
}
+void EDL::retrack()
+{
+ int min_w = session->output_w, min_h = session->output_h;
+ for( Track *track=tracks->first; track!=0; track=track->next ) {
+ if( track->data_type != TRACK_VIDEO ) continue;
+ int w = min_w, h = min_h;
+ for( Edit *current=track->edits->first; current!=0; current=NEXT ) {
+ Indexable* indexable = current->get_source();
+ if( !indexable ) continue;
+ int edit_w = indexable->get_w(), edit_h = indexable->get_h();
+ if( w < edit_w ) w = edit_w;
+ if( h < edit_h ) h = edit_h;
+ }
+ if( track->track_w == w && track->track_h == h ) continue;
+ ((MaskAutos*)track->automation->autos[AUTOMATION_MASK])->
+ translate_masks( (w - track->track_w) / 2, (h - track->track_h) / 2);
+ track->track_w = w; track->track_h = h;
+ }
+}
+
void EDL::rechannel()
{
for(Track *current = tracks->first; current; current = NEXT)
// Get the total output size scaled to aspect ratio
void EDL::calculate_conformed_dimensions(int single_channel, float &w, float &h)
{
- w = session->output_w;
- h = session->output_h;
-
if((float)session->output_w / session->output_h > get_aspect_ratio())
- {
- h = (float)h *
- (session->output_w / get_aspect_ratio() / session->output_h);
- }
+ h = (w = session->output_w) / get_aspect_ratio();
else
- {
- w = (float)w *
- (h * get_aspect_ratio() / session->output_w);
- }
+ w = (h = session->output_h) * get_aspect_ratio();
}
float EDL::get_aspect_ratio()