protected void InitializeComponents()
{
this.TV = new SerialControl.PioneerTv(TelevisionPort);
this.PrePro = new SerialControl.EmotivaPrePro(PreProPort);
this.Oppo = new SerialControl.OppoBdp83(OppoPort);
this.Ir = new IrControl.UsbUirt();
this.Oppo.OnDiscTypeUpdate += OppoOnDiscTypeUpdate;
this.Oppo.OnAudioTypeUpdate += OppoOnAudioUpdate;
this.Oppo.OnPowerUpdate += OppoOnPowerUpdate;
this.Ir.OnDvrOk += WatchDvr;
this.Ir.OnDvrChannelDown += WatchDvr;
this.Ir.OnDvrChannelUp += WatchDvr;
this.Ir.OnDvrAv += DvrOnAv;
this.Ir.OnOppoOk += OppoOnOk;
}
protected void InitializeComponents()
{
this.TV = new SerialControl.PioneerTv(TelevisionPort);
this.PrePro = new SerialControl.EmotivaPrePro(PreProPort);
this.Oppo = new SerialControl.OppoBdp83(OppoPort);
this.Ir = new IrControl.UsbUirt();
this.Oppo.OnDiscTypeUpdate += OppoOnDiscTypeUpdate;
this.Oppo.OnAudioTypeUpdate += OppoOnAudioUpdate;
this.Oppo.OnPowerUpdate += OppoOnPowerUpdate;
this.Ir.OnDvrOk += WatchDvr;
this.Ir.OnDvrChannelDown += WatchDvr;
this.Ir.OnDvrChannelUp += WatchDvr;
this.Ir.OnDvrAv += DvrOnAv;
this.Ir.OnOppoOk += OppoOnOk;
}
protected void OppoOnDiscTypeUpdate(OppoBdp83.DiscType type)
{
if((type & OppoBdp83.DiscType.Video) > 0) {
this.WatchVideoOnOppo();
} else {
// we assume it is an audio disc
switch(type) {
case OppoBdp83.DiscType.DVDAudio:
case OppoBdp83.DiscType.SuperAudioCD:
this.ListenAudioOnOppo(true);
break;
default:
this.ListenAudioOnOppo(false);
break;
}
}
}
/// When the Oppo changes audio tracks, ensure we are on the most appropriate input
/// The stereo DACs are higher quality (theoretically), so we use them if we have
/// 2 channels or less
protected void OppoOnAudioUpdate(OppoBdp83.AudioType audioType, Int32 currentTrack, Int32 availableTracks, String language, OppoBdp83.ChannelsDescription channels)
{
switch(channels) {
case OppoBdp83.ChannelsDescription.Mono:
case OppoBdp83.ChannelsDescription.Stereo:
this.PrePro.InputCD();
break;
default:
this.PrePro.Input8Channel();
break;
}
}
