private void UpdateControlLimits(ChartBase dataContext)
{
Mean = dataContext.Mean;
if (_meanSeries == null)
_meanSeries = RunChart.Find(x => x.Name == "meanSeries") as LineSeries;
if (_meanSeries != null)
_meanSeries.ValueBinding = new PropertyNameDataPointBinding("Mean");
dataContext.UpdateChartBoundaries();
UpdateDataPointTemplates(this);
}
private void UpdateControlLimits(ChartBase dataContext)
{
if (dataContext.UseCustomCLs)
{
UCL = dataContext.ParentPanel.CustomUCL;
LCL = dataContext.ParentPanel.CustomLCL;
Mean = (UCL + LCL) / 2;
if (_meanSeries == null)
_meanSeries = PChart.Find(x => x.Name == "meanSeries") as LineSeries;
if (_meanSeries != null)
_meanSeries.ValueBinding = new PropertyNameDataPointBinding("CustomMean");
DynamicUclData = PerSampleControlLimitsHelper.BuildStaticUclLimit(dataContext, false);
DynamicLclData = PerSampleControlLimitsHelper.BuildStaticLclLimit(dataContext, false);
OnPropertyChanged("DynamicUclData");
OnPropertyChanged("DynamicLclData");
}
else
{
UCL = dataContext.UCL;
Mean = dataContext.Mean;
LCL = dataContext.LCL;
if (_meanSeries == null)
_meanSeries = PChart.Find(x => x.Name == "meanSeries") as LineSeries;
if (_meanSeries != null)
_meanSeries.ValueBinding = new PropertyNameDataPointBinding("Mean");
if (dataContext.AverageLimits)
{
DynamicUclData = PerSampleControlLimitsHelper.BuildStaticUclLimit(dataContext, true);
DynamicLclData = PerSampleControlLimitsHelper.BuildStaticLclLimit(dataContext, true);
}
else
{
DynamicUclData = PerSampleControlLimitsHelper.BuildUclLimits(dataContext.DataSource);
DynamicLclData = PerSampleControlLimitsHelper.BuildLclLimits(dataContext.DataSource);
}
OnPropertyChanged("DynamicUclData");
OnPropertyChanged("DynamicLclData");
}
dataContext.UpdateChartBoundaries();
UpdateDataPointTemplates(this);
}
private void UpdateControlLimits(ChartBase dataContext)
{
if (dataContext.UseCustomCLs)
{
UCL = dataContext.ParentPanel.CustomUCL;
LCL = dataContext.ParentPanel.CustomLCL;
Mean = (UCL + LCL) / 2;
if (_uclSeries == null)
_uclSeries = RChart.Find(x => x.Name == "uclSeries") as LineSeries;
if (_uclSeries != null)
_uclSeries.ValueBinding = new PropertyNameDataPointBinding("CustomUCL");
if (_meanSeries == null)
_meanSeries = RChart.Find(x => x.Name == "meanSeries") as LineSeries;
if (_meanSeries != null)
_meanSeries.ValueBinding = new PropertyNameDataPointBinding("CustomMean");
if (_lclSeries == null)
_lclSeries = RChart.Find(x => x.Name == "lclSeries") as LineSeries;
if (_lclSeries != null)
_lclSeries.ValueBinding = new PropertyNameDataPointBinding("CustomLCL");
}
else
{
UCL = dataContext.UCL;
Mean = dataContext.Mean;
LCL = dataContext.LCL;
if (_uclSeries == null)
_uclSeries = RChart.Find(x => x.Name == "uclSeries") as LineSeries;
if (_uclSeries != null)
_uclSeries.ValueBinding = new PropertyNameDataPointBinding("UCL");
if (_meanSeries == null)
_meanSeries = RChart.Find(x => x.Name == "meanSeries") as LineSeries;
if (_meanSeries != null)
_meanSeries.ValueBinding = new PropertyNameDataPointBinding("Mean");
if (_lclSeries == null)
_lclSeries = RChart.Find(x => x.Name == "lclSeries") as LineSeries;
if (_lclSeries != null)
_lclSeries.ValueBinding = new PropertyNameDataPointBinding("LCL");
}
dataContext.UpdateChartBoundaries();
UpdateDataPointTemplates(this);
}
private void UpdateControlLimits(ChartBase dataContext)
{
if (dataContext.DataSource == null || dataContext.DataSource.Count == 0)
{
UclData = null; OnPropertyChanged("UclData");
MeanData = null; OnPropertyChanged("MeanData");
LclData = null; OnPropertyChanged("LclData");
LslData = null; OnPropertyChanged("LslData");
UslData = null; OnPropertyChanged("UslData");
dataContext.BellCurveData = null;
return;
}
if (dataContext.UseCustomCLs)
{
UCL = dataContext.ParentPanel.CustomUCL;
LCL = dataContext.ParentPanel.CustomLCL;
Mean = (UCL + LCL) / 2;
UclData = PerSampleControlLimitsHelper.BuildHistogramControlLimit(UCL);
OnPropertyChanged("UclData");
MeanData = PerSampleControlLimitsHelper.BuildHistogramControlLimit(Mean);
OnPropertyChanged("MeanData");
LclData = PerSampleControlLimitsHelper.BuildHistogramControlLimit(LCL);
OnPropertyChanged("LclData");
}
else
{
UCL = dataContext.UCL;
Mean = dataContext.Mean;
LCL = dataContext.LCL;
UclData = PerSampleControlLimitsHelper.BuildHistogramControlLimit(UCL);
OnPropertyChanged("UclData");
MeanData = PerSampleControlLimitsHelper.BuildHistogramControlLimit(Mean);
OnPropertyChanged("MeanData");
LclData = PerSampleControlLimitsHelper.BuildHistogramControlLimit(LCL);
OnPropertyChanged("LclData");
}
var minimum = dataContext.MinXValue;
var maximum = dataContext.MaxXValue;
var chartIndex = dataContext.ParentPanel.Charts.IndexOf(dataContext);
UpdateLevelValuesCommand.BeginExecute(dataContext.ParentPanel, chartIndex, false, (sender, result) =>
{
if (result.Error == null && result.Object != null)
{
if (!minimum.Equals(result.Object.Panel.Charts[chartIndex].MinXValue) || !maximum.Equals(result.Object.Panel.Charts[chartIndex].MaxXValue))
{
dataContext.DataSource = result.Object.Panel.Charts[chartIndex].DataSource;
dataContext.BellCurveData = result.Object.Panel.Charts[chartIndex].BellCurveData;
dataContext.MinXValue = result.Object.Panel.Charts[chartIndex].MinXValue;
dataContext.MaxXValue = result.Object.Panel.Charts[chartIndex].MaxXValue;
dataContext.XStep = result.Object.Panel.Charts[chartIndex].XStep;
dataContext.Sigma = result.Object.Panel.Charts[chartIndex].Sigma;
dataContext.ParentPanel.Exponent = result.Object.Panel.Charts[chartIndex].ParentPanel.Exponent;
AdjustLabelsAndTicks(HistogramChart, result.Object.Panel.Charts[chartIndex]);
}
}
});
dataContext.UpdateChartBoundaries();
}
