public Ring6PageVm()
{
Randy = new ThreadSafeRandom();
DisplayFrequencySliderVm = new SliderVm(new I <float>(1.0f, 50.0f), 1, "0", "DisplayFrequency")
{
Title = "Display Frequency", Value = 20
};
StepSizeVm = new SliderVm(new I <float>(0.0f, 0.3f), 0.02, "0.00", "StepSize")
{
Title = "Step Size", Value = 0.1f
};
DisplayFrequencySliderVm = new SliderVm(new I <float>(1.0f, 100.0f), 1, "0", "DisplayFrequency")
{
Title = "Display Frequency", Value = 50
};
NoiseLevelVm = new SliderVm(new I <float>(0.0f, 0.3f), 0.002, "0.000", "NoiseLevel")
{
Title = "Noise", Value = 0.02f
};
Grid2DVm = new Grid2DVm <float>(Bounds, ColorSets.RedBlueSFLeg, "Ring 1");
NodeArray = NodeProcs.RandNodeArray(Bounds, Randy);
UpdateUi();
}
public Ring5PageVm()
{
GridValsVm = new Grid2DVm <float>(Bounds, ColorSets.QuadColorUFLeg, "Ring 5 Values");
GridDeltasVm = new Grid2DVm <float>(Bounds, ColorSets.BlueUFLeg, "Ring 5 Deltas");
DisplayFrequencySliderVm = new SliderVm(new I <float>(1.0f, 50.0f), 1, "0", "DisplayFrequency")
{
Title = "Display Frequency", Value = 2
};
NoiseLevelVm = new SliderVm(new I <float>(0.0f, 0.5f), 0.01, "0.00", "NoiseLevel")
{
Title = "Noise", Value = 0.25f
};
StepSizeVm = new SliderVm(new I <float>(0.0f, 0.3f), 0.01, "0.00", "StepSize")
{
Title = "Step Size", Value = 0.1f
};
NoiseFieldDecayVm = new SliderVm(new I <float>(0.0f, 0.9f), 0.01, "0.00", "NoiseFieldDecay")
{
Title = "Noise field decay", Value = 0.3f
};
DeltaToNoiseVm = new SliderVm(new I <float>(0.0f, 0.9f), 0.01, "0.00", "DeltaToNoise")
{
Title = "Delta to noiseLevel", Value = 0.2f
};
NoiseFieldCplVm = new SliderVm(new I <float>(0.0f, 0.4f), 0.01, "0.00", "NoiseLevel")
{
Title = "Noise field cpl", Value = 0.12f
};
FixedFieldCplVm = new SliderVm(new I <float>(0.0f, 4.0f), 0.002, "0.000", "FixedFieldCpl")
{
Title = "Fixed field cpl", Value = 0.8f
};
AbsDeltaTargetVm = new SliderVm(new I <float>(0.0f, 0.4f), 0.002, "0.000", "AbsDeltaTarget")
{
Title = "AbsDelta Target", Value = 0.2f
};
Star5Grid = Star5Procs.RandStarGrid(Bounds, DesignData.GradientGrid(Bounds), 1293);
UpdateUi();
}
public Ring2PageVm()
{
GridValsVm = new Grid2DVm <float>(Bounds, ColorSets.QuadColorUFLeg, "Ring 2 Values");
GridDeltasVm = new Grid2DVm <float>(Bounds, ColorSets.BlueUFLeg, "Ring 2 Deltas");
DisplayFrequencySliderVm = new SliderVm(new I <float>(1.0f, 50.0f), 1, "0", "DisplayFrequency")
{
Title = "Display Frequency", Value = 2
};
NoiseLevelVm = new SliderVm(new I <float>(0.0f, 0.5f), 0.01, "0.00", "NoiseLevel")
{
Title = "Noise", Value = 0.25f
};
StepSizeVm = new SliderVm(new I <float>(0.0f, 0.3f), 0.01, "0.00", "StepSize")
{
Title = "Step Size", Value = 0.1f
};
NoiseFieldDecayVm = new SliderVm(new I <float>(0.0f, 0.9f), 0.01, "0.00", "NoiseFieldDecay")
{
Title = "Noise field decay", Value = 0.3f
};
DeltaToNoiseVm = new SliderVm(new I <float>(0.0f, 0.9f), 0.01, "0.00", "DeltaToNoise")
{
Title = "Delta to noiseLevel", Value = 0.2f
};
NoiseFieldCplVm = new SliderVm(new I <float>(0.0f, 0.4f), 0.01, "0.00", "NoiseFieldCpl")
{
Title = "Noise field cpl", Value = 0.12f
};
Star2Grid = Star2Procs.RandStarGrid(Bounds, 1293);
UpdateUi();
}
void InitUi()
{
var scse = (SimUtils.SimCliqueSetForEpoch)AppVm.Sim;
var m = scse.CliqueNetworkTr.NodeGroups;
CliqueEConfigVm = new CliqueEConfigVm
(
gain: scse.UpdateParams.Gain,
stepSize: scse.UpdateParams.StepSize,
noiseLevel: scse.UpdateParams.NoiseLevel,
reportFreq: scse.UpdateParams.Epochs
);
NodeCount = m.RowCount;
GroupCount = m.ColumnCount;
MemCount = scse.Memories.ColumnCount;
MatrixSfVm = new Grid2DVm<float>(
strides: MathNetUtils.ToD2Bounds(scse.Memories),
colorMapper: ColorMap.RedBlue(NodeCount),
title: "Correlations");
}
public RingPageVm()
{
StepSizeVm = new SliderVm(new I <float>(0.0f, 0.3f), 0.02, "0.00", "StepSize")
{
Title = "Step Size", Value = 0.1f
};
DisplayFrequencySliderVm = new SliderVm(new I <float>(1.0f, 100.0f), 1, "0", "DisplayFrequency")
{
Title = "Display Frequency", Value = 50
};
NoiseLevelVm = new SliderVm(new I <float>(0.0f, 0.3f), 0.002, "0.000", "NoiseLevel")
{
Title = "Noise", Value = 0.02f
};
Grid2DVm = new Grid2DVm <float>(Bounds, ColorSets.QuadColorUFLeg, "Ring 1");
StarGrid = StarProcs.RandStarGrid(Bounds, 1293, 444);
UpdateUi();
}
public PairsPageVm()
{
GridValsVm = new Grid2DVm <float>(Bounds, ColorSets.QuadColorUFLeg, "Ring 2 Values");
GridDeltasVm = new Grid2DVm <float>(Bounds, ColorSets.BlueUFLeg, "Ring 2 Deltas");
DisplayFrequencySliderVm = new SliderVm(new I <float>(1.0f, 50.0f), 1, "0", "DisplayFrequency")
{
Title = "Display Frequency", Value = 2
};
NoiseLevelVm = new SliderVm(new I <float>(0.0f, 0.3f), 0.002, "0.000", "NoiseLevel")
{
Title = "Noise", Value = 0.03f
};
StepSizeVm = new SliderVm(new I <float>(0.0f, 0.3f), 0.02, "0.00", "StepSize")
{
Title = "Step Size", Value = 0.1f
};
FixedFieldCplVm = new SliderVm(new I <float>(0.0f, 4.0f), 0.002, "0.000", "FixedFieldCpl")
{
Title = "Fixed field cpl", Value = 0.8f
};
//Star3Grid = Star3Procs.RandStarGrid(Bounds,
// DesignData.CirculoGrid1(Bounds, new P2<double>(0.4, 0.4), 0.3), 1293);
Star3Grid = Star3Procs.RandStarGrid(Bounds,
DesignData.GradientGrid(Bounds), 123);
UpdateUi();
}
private void UpdateUi()
{
Grid2DVm.UpdateData(NodeArray.DataToP2Vs(Bounds));
OnPropertyChanged("Generation");
OnPropertyChanged("ElapsedTime");
}
private void UpdateUi()
{
Grid2DVm.UpdateData(StarGrid.CurValuesAsP2Vs());
OnPropertyChanged("Generation");
OnPropertyChanged("ElapsedTime");
}
