private void showChartOnStepStart(int stepIndex)
{
TestStep step = TestPlan.ManualConnectionList[TestPlan.currentConnIndex].TestStepList[stepIndex];
windowChart.clearData();
windowChart.Traces.Clear();
Application.Current.Dispatcher.Invoke(DispatcherPriority.Background, new Action(delegate { }));
List <SymtChartLib.XAxis> lstXAxis = new List <SymtChartLib.XAxis>();
int k = 0;
if (step as LoopTestStep != null)
{
return;
}
foreach (TestTrace tr in step.ItemList.Where(x => x is TestTrace))
{
if (lstXAxis.Select(x => x.Start == tr.XAxisInfo.Start && x.Stop == tr.XAxisInfo.Stop && x.Unit == tr.XAxisInfo.Unit).Count() == 0)
{
lstXAxis.Add(new SymtChartLib.XAxis()
{
Start = tr.XAxisInfo.Start, Stop = tr.XAxisInfo.Stop, Center = tr.XAxisInfo.Center
});
}
SymtChartLib.Trace trace = new SymtChartLib.Trace();
k++;
trace.Title = step.Name + "_" + tr.TypeName;
trace.AxisIndex = lstXAxis.FindIndex(x => x.Start == tr.XAxisInfo.Start && x.Stop == tr.XAxisInfo.Stop && x.Center == tr.XAxisInfo.Center);
if (tr.ResultData != null)
{
List <XYData> xyData = tr.ResultData;
if (xyData.Count > 0)
{
Point[] point = new Point[xyData.Count];
for (int i = 0; i < xyData.Count; i++)
{
Point p = new Point()
{
X = xyData[i].X, Y = xyData[i].Y
};
point[i] = p;
}
trace.TraceData = point;
windowChart.Traces.Add(trace);
}
}
if (tr.TestSpecList.Count > 0 && SpecIndex >= 0)
{
XYTestLimit testLimit = tr.TestSpecList[SpecIndex].TestLimit;
if (testLimit != null)
{
if (testLimit.Enable)
{
foreach (var limit in testLimit.LimitLine)
{
SymtChartLib.LimitLineTypeEnum type = new SymtChartLib.LimitLineTypeEnum();
if (limit.Type == ModelBaseLib.LimitLineTypeEnum.Max)
{
type = SymtChartLib.LimitLineTypeEnum.Max;
}
else if (limit.Type == ModelBaseLib.LimitLineTypeEnum.Min)
{
type = SymtChartLib.LimitLineTypeEnum.Min;
}
else
{
type = SymtChartLib.LimitLineTypeEnum.None;
}
trace.LimitLineList.Add(new SymtChartLib.LimitLine()
{
X1 = limit.X1, Y1 = limit.Y1, X2 = limit.X2, Y2 = limit.Y2, Type = type
});
}
}
else
{
double?yValue = null;
if (tr.TestSpecList[SpecIndex].LowLimit == null && tr.TestSpecList[SpecIndex].UpLimit == null)
{
}
else
{
if (trace.TraceData != null)
{
double x1 = trace.TraceData.Select((d, y) => d.X).Min();
double x2 = trace.TraceData.Select((d, y) => d.X).Max();
yValue = tr.TestSpecList[SpecIndex].LowLimit != null ? tr.TestSpecList[SpecIndex].LowLimit : tr.TestSpecList[SpecIndex].UpLimit;
trace.LimitLineList.Add(new SymtChartLib.LimitLine()
{
X1 = x1, Y1 = Convert.ToDouble(yValue), X2 = x2, Y2 = Convert.ToDouble(yValue), Type = SymtChartLib.LimitLineTypeEnum.None
});
}
}
}
}
}
trace.Scale = tr.Scale;
trace.DivisionCount = tr.DivCount;
trace.ReferenceLevel = tr.RefValue;
trace.Unit = tr.Unit;
trace.ReferencePosition = tr.RefPosition;
}
windowChart.XAxisList = lstXAxis;
windowChart.UpdateData();
}
private void showChartOnPointFinish(int stepIndex, int traceIndex, int markerIndex)
{
windowChart.ClearTraceInfo();
TestStep step = TestPlan.ManualConnectionList[TestPlan.currentConnIndex].TestStepList[stepIndex];
foreach (TestTrace tr in step.ItemList.Where(x => x is TestTrace))
{
List <XYData> xyData = tr.ResultData;
SymtChartLib.Trace trace = new SymtChartLib.Trace();
trace.Title = step.Name + "_" + tr.TypeName;
trace.AxisIndex = windowChart.XAxisList.FindIndex(x => x.Start == tr.XAxisInfo.Start && x.Stop == tr.XAxisInfo.Stop && x.Center == tr.XAxisInfo.Center);
if (xyData.Count > 0)
{
Point[] point = new Point[xyData.Count];
for (int i = 0; i < xyData.Count; i++)
{
Point p = new Point()
{
X = xyData[i].X, Y = xyData[i].Y
};
point[i] = p;
}
trace.TraceData = point;
windowChart.Traces.Add(trace);
}
//添加Marker
//foreach(XYTestMarker marker in tr.TestSpecList[SpecIndex].TestMarkerList)
//{
// int index = tr.ResultData.Select((d, i) => { return new { value = d.X, valueIndex = i }; }).OrderBy(x => Math.Abs(x.value - marker.Start)).First().valueIndex;
//}
if (tr.TestSpecList.Count > 0 && SpecIndex >= 0)
{
XYTestLimit testLimit = tr.TestSpecList[SpecIndex].TestLimit;
if (testLimit != null)
{
if (testLimit.Enable)
{
foreach (var limit in testLimit.LimitLine)
{
SymtChartLib.LimitLineTypeEnum type = new SymtChartLib.LimitLineTypeEnum();
if (limit.Type == ModelBaseLib.LimitLineTypeEnum.Max)
{
type = SymtChartLib.LimitLineTypeEnum.Max;
}
else if (limit.Type == ModelBaseLib.LimitLineTypeEnum.Min)
{
type = SymtChartLib.LimitLineTypeEnum.Min;
}
else
{
type = SymtChartLib.LimitLineTypeEnum.None;
}
trace.LimitLineList.Add(new SymtChartLib.LimitLine()
{
X1 = limit.X1, Y1 = limit.Y1, X2 = limit.X2, Y2 = limit.Y2, Type = type
});
}
}
else
{
double?yValue = null;
if (tr.TestSpecList[SpecIndex].LowLimit == null && tr.TestSpecList[SpecIndex].UpLimit == null)
{
}
else
{
if (trace.TraceData != null)
{
double x1 = trace.TraceData.Select((d, y) => d.X).Min();
double x2 = trace.TraceData.Select((d, y) => d.X).Max();
yValue = tr.TestSpecList[SpecIndex].LowLimit != null ? tr.TestSpecList[SpecIndex].LowLimit : tr.TestSpecList[SpecIndex].UpLimit;
trace.LimitLineList.Add(new SymtChartLib.LimitLine()
{
X1 = x1, Y1 = Convert.ToDouble(yValue), X2 = x2, Y2 = Convert.ToDouble(yValue), Type = SymtChartLib.LimitLineTypeEnum.None
});
}
}
}
}
}
trace.Scale = tr.Scale;
trace.DivisionCount = tr.DivCount;
trace.ReferenceLevel = tr.RefValue;
trace.Unit = tr.Unit;
trace.ReferencePosition = tr.RefPosition;
}
windowChart.UpdatePointData(traceIndex);
}