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;
}
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");
}
void ConfigChanged(CliqueEConfigVm cliqueEConfigVm)
{
OnPropertyChanged(nameof(UpdateCommand));
}
private void DoUpdate()
{
var scse = (SimUtils.SimCliqueSetForEpoch)AppVm.Sim;
var wak = new CliqueUpdateParams(
nodeGroupSynapses: scse.UpdateParams.NodeGroupSynapses,
gain: CliqueEConfigVm.Gain,
stepSize: CliqueEConfigVm.StepSize,
randSeed: MersenneTwister.Default.Next(),
noiseLevel: CliqueEConfigVm.NoiseLevel,
epochs: CliqueEConfigVm.ReportFreq
);
CliqueEConfigVm = new CliqueEConfigVm
(
gain: CliqueEConfigVm.Gain,
stepSize: CliqueEConfigVm.StepSize,
noiseLevel: CliqueEConfigVm.NoiseLevel,
reportFreq: CliqueEConfigVm.ReportFreq
);
var result = AppVm.Sim.SetParams(wak);
if (result.IsSuccess)
{
AppVm.SimRunner.Stop();
AppVm.SetSim(Rop.ExtractResult(result).Value);
AppVm.Run();
return;
}
AppVm.UpdateError(Rop.ExtractErrorMessage(result).Value[0]);
}
