rename AVClock.videoPts to videoTime

src/AudioThread.cpp

@@ -107,8 +107,8 @@ void AudioThread::run()
              * audio may be too fast than video if skip without sleep
              * a frame is about 20ms. sleep time must be << frame time
              */
-            qreal a_v = dts - d.clock->videoPts();
-            //qDebug("skip audio decode at %f/%f v=%f a-v=%fms", dts, d.render_pts0, d.clock->videoPts(), a_v*1000.0);
+            qreal a_v = dts - d.clock->videoTime();
+            //qDebug("skip audio decode at %f/%f v=%f a-v=%fms", dts, d.render_pts0, d.clock->videoTime(), a_v*1000.0);
             if (a_v > 0) {
                 msleep(qMin((ulong)20, ulong(a_v*1000.0)));
             } else {

src/QtAV/AVClock.h

@@ -82,8 +82,8 @@ class Q_AV_EXPORT AVClock : public QObject
     /*external clock outside still running, so it's more accurate for syncing multiple clocks serially*/
     void updateExternalClock(const AVClock& clock);
 
-    inline void updateVideoPts(double pts);
-    inline double videoPts() const;
+    inline void updateVideoTime(double pts);
+    inline double videoTime() const;
     inline double delay() const; //playing audio spends some time
     inline void updateDelay(double delay);
 
@@ -162,14 +162,14 @@ void AVClock::updateValue(double pts)
         pts_ = pts;
 }
 
-void AVClock::updateVideoPts(double pts)
+void AVClock::updateVideoTime(double pts)
 {
     pts_v = pts;
     if (clock_type == VideoClock)
         timer.restart();
 }
 
-double AVClock::videoPts() const
+double AVClock::videoTime() const
 {
     return pts_v;
 }

src/VideoThread.cpp

@@ -378,7 +378,7 @@ void VideoThread::run()
             diff = 0; // TODO: can not change delay!
         }
         // update here after wait
-        d.clock->updateVideoPts(pts); // dts or pts?
+        d.clock->updateVideoTime(pts); // dts or pts?
         seeking = !qFuzzyIsNull(d.render_pts0);
         if (qAbs(diff) < 0.5) {
             if (diff < -kSyncThreshold) { //Speed up. drop frame?