private void _signatureStepSelected(object obj)
{
SignatureSettingViewModel step = obj as SignatureSettingViewModel;
if (SelectedStep != step)
{
if (SelectedStep != null)
{
SelectedStep.ThisStepInputsGroupedByType.SignalList = SampleDataMngr.SortSignalsByType(SelectedStep.InputChannels);
SelectedStep.IsSelected = false;
}
var lastNmberOfSteps = step.StepCounter;
var stepsInputAsSignalHierachy = new ObservableCollection <SignalTree>();
foreach (var sig in SignatureSettings)
{
if (sig.StepCounter < lastNmberOfSteps)
{
stepsInputAsSignalHierachy.Add(sig.ThisStepInputsGroupedByType);
}
else
{
break;
}
}
step.IsSelected = true;
SelectedStep = step;
SampleDataMngr.GroupedSignalBySignatureStepsInput = stepsInputAsSignalHierachy;
SampleDataMngr.DetermineCheckStatusOfGroupedSignals();
}
}
private void _deleteASignatureStep(object obj)
{
// Delete step
SignatureSettingViewModel stepRemove = (SignatureSettingViewModel)obj;
if (MessageBox.Show("Delete step " + stepRemove.StepCounter.ToString() + " in signature calculation: " + stepRemove.SignatureName + "?", "Warning!", MessageBoxButtons.OKCancel) == DialogResult.OK)
{
// Try to delete current step
try
{
SignatureSettings.Remove(stepRemove);
foreach (var step in SignatureSettings)
{
if (step.StepCounter > stepRemove.StepCounter)
{
step.StepCounter -= 1;
}
}
Model.SignatureSettings.Remove(stepRemove.Model);
}
catch (Exception)
{
MessageBox.Show("Error deleting step");
}
// Select a different step?
if (SelectedStep != null)
{
SelectedStep.IsSelected = false;
SelectedStep = null;
}
}
}
private void _addASignatureStep(object obj)
{
var sig = ((SignatureCalMenu)obj).Signature;
var newSig = new SignatureSettingViewModel(sig);
newSig.WindowOverlapStr = WindowOverlapStr;
newSig.WindowSizeStr = WindowSizeStr;
newSig.StepCounter = SignatureSettings.Count + 1;
newSig.ThisStepInputsGroupedByType = new SignalTree("Step " + newSig.StepCounter.ToString() + " _ " + newSig.SignatureName);
newSig.ThisStepOutputsGroupedByPMU = new SignalTree("Step " + newSig.StepCounter.ToString() + " _ " + newSig.SignatureName);
SampleDataMngr.GroupedSignalBySignatureStepsInput.Add(newSig.ThisStepInputsGroupedByType);
SignatureSettings.Add(newSig);
Model.SignatureSettings.Add(newSig.Model);
_signatureStepSelected(newSig);
}
public void ReadConfigFile(string configFile)
{
using (StreamReader reader = File.OpenText(configFile))
{
JsonSerializer serializer = new JsonSerializer();
var config = (SettingsViewModel)serializer.Deserialize(reader, typeof(SettingsViewModel));
WindowOverlapStr = config.WindowOverlapStr;
WindowSizeStr = config.WindowSizeStr;
DataSourceVM = config.DataSourceVM;
DatawriteOutFrequencyStr = config.DatawriteOutFrequencyStr;
DatawriteOutFrequencyUnit = config.DatawriteOutFrequencyUnit;
//SignatureOutputDir = config.SignatureOutputDir;
PreProcessSteps = new ObservableCollection <PreProcessStepViewModel>();
SignatureSettings = new ObservableCollection <SignatureSettingViewModel>();
DataWriters = new ObservableCollection <DataWriterViewModel>();
DateTimeStart = config.DateTimeStart;
DateTimeEnd = config.DateTimeEnd;
foreach (var pre in config.PreProcessSteps)
{
var newStep = new PreProcessStepViewModel(pre.Name);
newStep.StepCounter = PreProcessSteps.Count + 1;
PreProcessSteps.Add(newStep);
if (newStep.Model is VoltPhasorFilt)
{
newStep.NomVoltage = pre.NomVoltage;
newStep.VoltMin = pre.VoltMin;
newStep.VoltMax = pre.VoltMax;
}
if (newStep.Model is FreqFilt)
{
newStep.FreqMaxChan = pre.FreqMaxChan;
newStep.FreqMinChan = pre.FreqMinChan;
newStep.FreqPctChan = pre.FreqPctChan;
newStep.FreqMaxSamp = pre.FreqMaxSamp;
newStep.FreqMinSamp = pre.FreqMinSamp;
}
// take care of all input output signals
foreach (var sig in pre.InputChannels)
{
var foundSig = SampleDataMngr.FindSignal(sig.PMUName, sig.SignalName);
if (foundSig != null)
{
newStep.AddSignal(foundSig);
}
}
//if (newStep.Model is Filter)
//{
// newStep.OutputChannels = newStep.InputChannels;
//}
//else
//{
// foreach (var sig in newStep.InputChannels)
// {
// // need to make up output signals from each input, which might depends on different customization and all differ
// }
//}
newStep.ThisStepInputsGroupedByType = new SignalTree("Step " + newStep.StepCounter.ToString() + " _ " + newStep.Name);
newStep.ThisStepOutputsGroupedByPMU = new SignalTree("Step " + newStep.StepCounter.ToString() + " _ " + newStep.Name);
newStep.ThisStepOutputsGroupedByPMU.SignalList = SampleDataMngr.SortSignalByPMU(newStep.OutputChannels);
newStep.ThisStepInputsGroupedByType.SignalList = SampleDataMngr.SortSignalsByType(newStep.InputChannels);
SampleDataMngr.GroupedSignalByPreProcessStepsInput.Add(newStep.ThisStepInputsGroupedByType);
if (newStep.Model is Customization)
{
SampleDataMngr.GroupedSignalByPreProcessStepsOutput.Add(newStep.ThisStepOutputsGroupedByPMU);
}
}
foreach (var signature in config.SignatureSettings)
{
var newSig = new SignatureSettingViewModel(signature.SignatureName);
newSig.WindowOverlapStr = WindowOverlapStr;
newSig.WindowSizeStr = WindowSizeStr;
newSig.StepCounter = SignatureSettings.Count + 1;
newSig.OmitNan = signature.OmitNan;
if (newSig.Model is RootMeanSquare)
{
newSig.RemoveMean = signature.RemoveMean;
}
if (newSig.Model is FrequencyBandRMS)
{
newSig.CalculateFull = signature.CalculateFull;
newSig.CalculateBand2 = signature.CalculateBand2;
newSig.CalculateBand3 = signature.CalculateBand3;
newSig.CalculateBand4 = signature.CalculateBand4;
newSig.Threshold = signature.Threshold;
}
if (newSig.Model is Percentile)
{
newSig.PercentileStr = signature.PercentileStr;
}
if (newSig.Model is Histogram)
{
newSig.Minimum = signature.Minimum;
newSig.Maximum = signature.Maximum;
newSig.NumberOfBins = signature.NumberOfBins;
}
SignatureSettings.Add(newSig);
Model.SignatureSettings.Add(newSig.Model);
foreach (var sig in signature.InputChannels)
{
var foundSig = SampleDataMngr.FindSignal(sig.PMUName, sig.SignalName);
if (foundSig != null)
{
newSig.InputChannels.Add(foundSig);
}
}
newSig.ThisStepInputsGroupedByType = new SignalTree("Step " + newSig.StepCounter.ToString() + " _ " + newSig.SignatureName);
//newStep.ThisStepOutputsGroupedByPMU.SignalList = SampleDataMngr.SortSignalByPMU(newStep.OutputChannels);
newSig.ThisStepInputsGroupedByType.SignalList = SampleDataMngr.SortSignalsByType(newSig.InputChannels);
SampleDataMngr.GroupedSignalBySignatureStepsInput.Add(newSig.ThisStepInputsGroupedByType);
//if (newStep.Model is Customization)
//{
// SampleDataMngr.GroupedSignalByPreProcessStepsOutput.Add(newStep.ThisStepOutputsGroupedByPMU);
//}
}
foreach (var writer in config.DataWriters)
{
var newWriter = new DataWriterViewModel(writer.Name);
newWriter.StepCounter = DataWriters.Count + 1;
newWriter.Mnemonic = writer.Mnemonic;
newWriter.SeparatePMUs = writer.SeparatePMUs;
newWriter.SavePath = writer.SavePath;
DataWriters.Add(newWriter);
Model.DataWriters.Add(newWriter.Model);
foreach (var sig in writer.InputChannels)
{
var foundSig = SampleDataMngr.FindSignal(sig.PMUName, sig.SignalName);
if (foundSig != null)
{
newWriter.InputChannels.Add(foundSig);
}
}
newWriter.ThisStepInputsGroupedByType = new SignalTree(newWriter.Name + " " + newWriter.StepCounter.ToString());
newWriter.ThisStepInputsGroupedByType.SignalList = SampleDataMngr.SortSignalsByType(newWriter.InputChannels);
SampleDataMngr.GroupedSignalByDataWriterStepsInput.Add(newWriter.ThisStepInputsGroupedByType);
}
}
}