/// <remarks>needs to be called as soon as soon as it becomes disconnected through its driven port to an output signal -> run with each output signal as source parameter.</remarks>
public int RemoveCycles(MathNet.Symbolics.Signal source, int tag)
{
if (this == source)
{
System.Diagnostics.Debug.Assert(_cycleCount >= 1);
_cycleCount--;
return(1);
}
if (IsSourceSignal || !IsDriven)
{
return(0);
}
else
{
int ret = 0;
if (!((IPort_CycleAnalysis)_drivenByPort).TagWasTagged(tag)) //was not tagged with this tag before.
{
foreach (Signal item in _drivenByPort.InputSignals)
{
ret += item.RemoveCycles(source, tag);
}
((IPort_CycleAnalysis)_drivenByPort).DeTag(tag);
}
System.Diagnostics.Debug.Assert(_cycleCount >= ret);
_cycleCount -= ret;
return(ret);
}
}
/// <remarks>needs to be called as soon as soon as it becomes connected through its driven port to an output signal -> run with each output signal as source parameter.</remarks>
public int AddCycles(MathNet.Symbolics.Signal source, int tag)
{
if (this == source)
{
_cycleCount++;
return(1);
}
if (IsSourceSignal || !IsDriven)
{
return(0);
}
else
{
int ret = 0;
if (!((IPort_CycleAnalysis)_drivenByPort).TagWasTagged(tag)) //was not tagged with this tag before.
{
foreach (Signal item in _drivenByPort.InputSignals)
{
if (item != null)
{
ret += item.AddCycles(source, tag);
}
}
((IPort_CycleAnalysis)_drivenByPort).DeTag(tag);
}
_cycleCount += ret;
return(ret);
}
}
public override int IndexOfOutputSignal(MathNet.Symbolics.Signal signal)
{
for (int i = 0; i < _outputSignalSet.Count; i++)
{
if (_outputSignalSet[i] == signal)
{
return(i);
}
}
return(-1);
}
public override void RemoveOutputSignalBinding(int index)
{
MathNet.Symbolics.Signal signal = _outputSignalSet[index];
_outputSignalSet[index] = null;
_completelyConnected = false;
RemoveLinkedArchitecture();
if (signal != null)
{
for (int i = 0; i < _inputSignalSet.Count; i++)
{
if (_inputSignalSet[i] != null)
{
((ISignal_CycleAnalysis)_inputSignalSet[i]).RemoveCycles(signal, Config.Random.Next());
}
}
((ISignal_Drive)signal).UndriveSignal(index);
}
}
public override void RemoveInputSignalBinding(int index)
{
MathNet.Symbolics.Signal signal = _inputSignalSet[index];
_inputSignalSet[index] = null;
_completelyConnected = false;
RemoveLinkedArchitecture();
if (signal != null)
{
for (int i = 0; i < _outputSignalSet.Count; i++)
{
if (_outputSignalSet[i] != null)
{
((ISignal_CycleAnalysis)signal).RemoveCycles(_outputSignalSet[i], Config.Random.Next());
}
}
OnInputTreeChanged(index);
Service <IMediator> .Instance.NotifySignalDrivesPortNoLonger(signal, this, index);
}
}
public override void AddOutputSignalBinding(int index, MathNet.Symbolics.Signal signal)
{
if (signal == null)
{
throw new ArgumentNullException("signal");
}
if (_outputSignalSet[index] == null)
{
_outputSignalSet[index] = signal;
for (int i = 0; i < _inputSignalSet.Count; i++)
{
if (_inputSignalSet[i] != null)
{
((ISignal_CycleAnalysis)_inputSignalSet[i]).AddCycles(_outputSignalSet[index], Config.Random.Next());
}
}
if (UpdateIsCompletelyConnected())
{
LookupAndLinkNewArchitecture();
}
}
else
{
_outputSignalSet[index] = signal;
for (int i = 0; i < _inputSignalSet.Count; i++)
{
if (_inputSignalSet[i] != null)
{
((ISignal_CycleAnalysis)_inputSignalSet[i]).AddCycles(_outputSignalSet[index], Config.Random.Next());
}
}
if (_completelyConnected && _currentArchitecture != null && !_currentArchitecture.RebindToPortIfSupported(this))
{
LookupAndLinkNewArchitecture();
}
}
((ISignal_Drive)signal).DriveSignal(this, index);
}
public override void AddInputSignalBinding(int index, MathNet.Symbolics.Signal signal)
{
if (_inputSignalSet[index] == null)
{
_inputSignalSet[index] = signal;
for (int i = 0; i < _outputSignalSet.Count; i++)
{
if (_outputSignalSet[i] != null)
{
((ISignal_CycleAnalysis)_inputSignalSet[index]).AddCycles(_outputSignalSet[i], Config.Random.Next());
}
}
if (UpdateIsCompletelyConnected())
{
LookupAndLinkNewArchitecture();
}
}
else
{
_inputSignalSet[index] = signal;
for (int i = 0; i < _outputSignalSet.Count; i++)
{
if (_outputSignalSet[i] != null)
{
((ISignal_CycleAnalysis)_inputSignalSet[index]).AddCycles(_outputSignalSet[i], Config.Random.Next());
}
}
if (_completelyConnected && _currentArchitecture != null && !_currentArchitecture.RebindToPortIfSupported(this))
{
LookupAndLinkNewArchitecture();
}
}
OnInputTreeChanged(index);
Service <IMediator> .Instance.NotifySignalDrivesPort(signal, this, index);
}
protected void SenseSignal(MathNet.Symbolics.Signal signal)
{
signal.ValueChanged += signal_SignalValueChanged;
sensitiveSignals.Add(signal);
}
/// <param name="origin">note: may be null if not applicable</param> protected abstract void Action(bool isInit, MathNet.Symbolics.Signal origin);
protected void StopSenseSignal(MathNet.Symbolics.Signal signal)
{
signal.ValueChanged -= signal_SignalValueChanged;
sensitiveSignals.Remove(signal);
}
public override bool DependsOn(MathNet.Symbolics.Signal signal)
{
return(Service <IScanner> .Instance.ExistsSignal(this, signal.Equals, true));
}
public override void ReplaceOutputSignalBinding(int index, MathNet.Symbolics.Signal replacement)
{
// TODO: could be optimized...
RemoveOutputSignalBinding(index);
AddOutputSignalBinding(index, replacement);
}
protected override MathNet.Symbolics.Signal DivideSignalCore(MathNet.Symbolics.Signal divisor)
{
return(Std.Divide(this, divisor));
}
protected override MathNet.Symbolics.Signal MultiplySignalCore(MathNet.Symbolics.Signal multiplier)
{
return(Std.Multiply(this, multiplier));
}
protected override MathNet.Symbolics.Signal SubtractSignalCore(MathNet.Symbolics.Signal subtrahend)
{
return(Std.Subtract(this, subtrahend));
}
protected override MathNet.Symbolics.Signal AddSignalCore(MathNet.Symbolics.Signal summand)
{
return(Std.Add(this, summand));
}