private void Player_HighSpeedFactorChanged(object sender, EventArgs e)
{
if (!active || !synching)
{
return;
}
if (PreferencesManager.PlayerPreferences.SyncLockSpeed)
{
double percentage = Math.Min(players[0].RealtimePercentage, players[1].RealtimePercentage);
players[0].RealtimePercentage = percentage;
players[1].RealtimePercentage = percentage;
}
// Synchronization must be reinitialized.
commonTimeline.Initialize(players[0], players[0].LocalSyncTime, players[1], players[1].LocalSyncTime);
// TODO: Check if current time is still in bounds.
currentTime = Math.Min(currentTime, commonTimeline.GetCommonTime(players[0], players[0].LocalTime));
view.SetupTrkFrame(0, commonTimeline.LastTime, currentTime);
view.UpdateSyncPosition(currentTime);
}
private void Player_PlayStarted(object sender, EventArgs e)
{
// If both players are playing, we must activate the dynamic synching, even if they were started independently.
// This way they will continue playing on the next loop, this time in sync.
if (!active || !synching)
{
return;
}
PlayerScreen player = sender as PlayerScreen;
if (player == null)
{
return;
}
PlayerScreen otherPlayer = GetOtherPlayer(player);
if (player.IsPlaying && otherPlayer.IsPlaying && !view.Playing)
{
// Immediately force synchronization.
// This may not fully register for automatically started players, see `resyncOperations`.
commonTimeline.Initialize(players[0], players[1]);
view.UpdateSyncPosition(commonTimeline.GetCommonTime(players[0], players[0].LocalTimeOriginPhysical));
AlignPlayers(false);
resyncOperations = 0;
view.Play();
dynamicSynching = true;
EnsureBothPlaying();
}
}