}
void
-Timecode::set (Time t, int fps)
+Timecode::set (DCPTime t, int fps)
{
/* Do this calculation with frames so that we can round
to a frame boundary at the start rather than the end.
*/
- int64_t f = divide_with_round (t * fps, TIME_HZ);
+ int64_t f = rint (t.seconds() * fps);
int const h = f / (3600 * fps);
f -= h * 3600 * fps;
_fixed->SetLabel (wxString::Format ("%02d:%02d:%02d.%02" wxLongLongFmtSpec "d", h, m, s, f));
}
-Time
+DCPTime
Timecode::get (int fps) const
{
- Time t = 0;
+ DCPTime t;
string const h = wx_to_std (_hours->GetValue ());
- t += lexical_cast<int> (h.empty() ? "0" : h) * 3600 * TIME_HZ;
+ t += DCPTime::from_seconds (lexical_cast<int> (h.empty() ? "0" : h) * 3600);
string const m = wx_to_std (_minutes->GetValue());
- t += lexical_cast<int> (m.empty() ? "0" : m) * 60 * TIME_HZ;
+ t += DCPTime::from_seconds (lexical_cast<int> (m.empty() ? "0" : m) * 60);
string const s = wx_to_std (_seconds->GetValue());
- t += lexical_cast<int> (s.empty() ? "0" : s) * TIME_HZ;
+ t += DCPTime::from_seconds (lexical_cast<int> (s.empty() ? "0" : s));
string const f = wx_to_std (_frames->GetValue());
- t += lexical_cast<int> (f.empty() ? "0" : f) * TIME_HZ / fps;
+ t += DCPTime::from_seconds (lexical_cast<double> (f.empty() ? "0" : f) / fps);
return t;
}