protected ChkVm(int loudspeaker, int line, CardModel card, MainUnitModel main)
{
Loudspeaker = loudspeaker;
Line = line;
Card = card;
Main = main;
}
public LspNode(int loudspeaker, int line, CardModel card, MainUnitModel main)
: base(loudspeaker, line, card, main)
{
_loudspeaker = loudspeaker;
_line = line;
_flow = card.Flows.Skip(Loudspeaker).FirstOrDefault();
}
/// <summary>
/// Low Pilot
/// 0 1 2
/// Watts A B AB
/// 3 4 5
/// Ohm A B AB
/// High Pilot
/// 6 7 8
/// Watts A B AB
/// 9 1011
/// Ohm A B AB
/// </summary>
public static double[] GetLoads(FlowModel flow, MainUnitModel main)
{
var ret = new double[12];
if (main.DspCopy.Count < 131070)
{
return(Enumerable.Range(0, 12).Select(n => 0.0).ToArray());
}
var ks = main.DspCopy.Skip(McuDat.KreisInstall).Skip(flow.Id * 72).Take(72).ToArray();
for (var g = 0; g < 2; g++)
{
var start = 12 + g * 18;
//stored load high pilot a, b, ab
for (var i = 0; i < 3; i++)
{
ret[i + g * 6] = (DspCoefficients.Nfb(new[]
{
ks[start + i * 2],
ks[start + i * 2 + 1]
}));
}
}
for (var g = 0; g < 2; g++)
{
//add resistance to array
for (var i = 0; i < 3; i++)
{
switch (flow.AmplifierOperationMode)
{
case AmplifierOperationMode.Bridged100V:
case AmplifierOperationMode.Trafo:
var q = ret[i + g * 6];
ret[i + 3 + g * 6] = q < .01 ? 0 : Math.Round(10000 / ret[i + g * 6], 0);
break;
case AmplifierOperationMode.Single50V:
q = ret[i + g * 6];
ret[i + 3 + g * 6] = q < 0.01 ? 0 : Math.Round(2500 / ret[i + g * 6], 0);
break;
default:
ret[i + 3 + g * 6] = 0;
break;
}
}
}
for (int i = 0; i < ret.Length; i++)
{
if (ret[i] < 10)
{
ret[i] = 0;
}
}
return(ret);
}
private static SortedSet <FlowModel> GenFlows(MainUnitModel model, int cardId)
{
return
(new SortedSet <FlowModel>(
Enumerable.Range(model.Id * 12 + cardId * 4, 4).Select(n => new FlowModel {
Id = n
})));
}
public MainUnitViewModel(MainUnitModel mainUnit, MainViewModel main)
{
main.Communication.ConnectionModeChanged += Communication_ConnectionModeChanged;
_mainUnit = mainUnit;
_main = main;
main.SystemChanged += UpdateName;
VuMeter = new VuMeter(this);
AlarmMessages = new AlarmMessagesViewModel(this);
UpdateConnectionMode();
}
protected internal ToneControlUpdater(MainUnitModel main) : base(main)
{
}
protected internal TimeStampUpdater(MainUnitModel main) : base(main)
{
}
protected internal MessageSelector(MainUnitModel main)
: base(main)
{
}
public HardwareReceive(MainUnitModel main)
: base(main)
{
}
public PeqUpload(MainUnitModel main) : base(main)
{
}
protected internal MatrixSender(MainUnitModel main) : base(main)
{
}
protected internal InputSensitivityUpdater(MainUnitModel main) : base(main)
{
}
public MainUnitEmergencyViewModel(MainUnitModel main, int xLocation)
{
_main = main;
Location.Y = 0;
Location.X = xLocation;
}
public SensitivityReceive(int mcuId, MainUnitModel main)
{
_mcuId = mcuId;
_main = main;
}
protected internal EscLogic(MainUnitModel main)
{
Main = main;
}
public EscSender(MainUnitModel main)
{
_main = main;
}
protected internal SliderUpdater(MainUnitModel main) : base(main)
{
}
/// <summary>
/// Design instance
/// </summary>
public MainUnitViewModel()
{
LibraryData.CreateEmptySystem();
_mainUnit = LibraryData.GetMainUnit(0);
_main = new MainViewModel();
}
private static void MainUnitIntegratyChecker(MainUnitModel mainUnitModel)
{
if (mainUnitModel.LoudSpeakers == null || mainUnitModel.LoudSpeakers.Count < 1)
{
mainUnitModel.LoudSpeakers = new List<LoudSpeakerModel>();
mainUnitModel.LoudSpeakers.AddRange(Enumerable.Range(0, 24).Select(n => new LoudSpeakerModel()
{
Id = n,
IsVisibileInMonitoringSchematic = false,
Line = (n < 12) ? LoudspeakerLine.LineA : LoudspeakerLine.LineB
}));
}
}
protected internal LineLinkUpdater(MainUnitModel main)
: base(main)
{
_flows = Main.Cards.OfType <CardModel>().SelectMany(o => o.Flows).ToList();
}
protected internal SdMessageReceive(MainUnitModel main)
: base(main)
{
}
protected internal DelayUpdater(MainUnitModel main) : base(main)
{
}
protected internal AuxLinker(MainUnitModel main)
: base(main)
{
}
public LspLeftHeader(int line, CardModel card, MainUnitModel main)
: base(0, line, card, main)
{
_flow = card.Flows.Skip(line).FirstOrDefault();
}
