private LineSeries MetaSerieRate(DataType datatype, GrowthMeasurements growthMeasurements, bool isFirstDeriv = false)
{
if (!growthMeasurements.VariableMetaDatas.ContainsKey(datatype))
{
return(null);
}
var metaSerieRate = CreateMetaSerie(Colors.Red, 12, ShapeType.Cross);
var dataSeries = new DataSeries <double, double>("Rate Macro Data");
foreach (var metaData in growthMeasurements.VariableMetaDatas[datatype].Rate)
{
float od;
if (isFirstDeriv)
{
od = growthMeasurements.GetMeasurements(DataType.FirstDerivative).First(m => Math.Abs(m.Time - metaData.Time) < double.Epsilon).OD;
}
else
{
od = metaData.OD;
}
var point = new DataPoint <double, double>(metaData.Time, od);
dataSeries.Add(point);
}
metaSerieRate.DataSeries = dataSeries;
return(metaSerieRate);
}
private LineSeries MetaSerieLag(DataType datatype, GrowthMeasurements growthMeasurements)
{
if (!growthMeasurements.VariableMetaDatas.ContainsKey(datatype))
{
return(null);
}
var metaSerieLag = CreateMetaSerie(Colors.Violet, 8, ShapeType.Ellipse);
var dataSeries = new DataSeries <double, double>("Lag Macro Data");
foreach (var metaData in growthMeasurements.VariableMetaDatas[datatype].Lag)
{
foreach (var groundPoint in metaData.GroundPoints)
{
var point = new DataPoint <double, double>(groundPoint.Time, groundPoint.OD);
dataSeries.Add(point);
}
}
foreach (var metaData in growthMeasurements.VariableMetaDatas[datatype].Lag)
{
foreach (var slopePoint in metaData.SlopePoints)
{
var point = new DataPoint <double, double>(slopePoint.Time, slopePoint.OD);
dataSeries.Add(point);
}
}
foreach (var metaData in growthMeasurements.VariableMetaDatas[datatype].Lag)
{
var point = new DataPoint <double, double>(metaData.InterceptTime, metaData.InterceptOD);
dataSeries.Add(point);
}
metaSerieLag.DataSeries = dataSeries;
return(metaSerieLag);
}
private static void CreateSeriesFromCulture(GrowthMeasurements growthMeasurements, string container, List <DataType> validTypes, ref GrowthGraph graph, ref Range odRange, ref Range timeRange)
{
foreach (KeyValuePair <DataType, List <GrowthMeasurement> > pair in growthMeasurements.Measurements)
{
if (!validTypes.Contains(pair.Key))
{
continue;
}
if (pair.Value.Count > 0)
{
string type = string.Format(CultureInfo.InvariantCulture, "({0})", pair.Key.ToString());
var newGraph = CreateNewSeries(pair.Value, container + type + " [" + pair.Value.Count + "]", ref odRange, ref timeRange);
graph.GrowthSeries.Add(new GrowthSeries {
DataType = pair.Key, Series = newGraph
});
}
}
}
private LineSeries MetaSerieYield(DataType datatype, GrowthMeasurements growthMeasurements)
{
if (!growthMeasurements.VariableMetaDatas.ContainsKey(datatype))
{
return(null);
}
var metaSerieYield = CreateMetaSerie(Colors.Lime, 12, ShapeType.Triangle);
var dataSeries = new DataSeries <double, double>("Yield Macro Data");
foreach (var metaData in growthMeasurements.VariableMetaDatas[datatype].Yield.LowestPoints)
{
var point = new DataPoint <double, double>(metaData.Time, metaData.OD);
dataSeries.Add(point);
}
foreach (var metaData in growthMeasurements.VariableMetaDatas[datatype].Yield.HighestPoints)
{
var point = new DataPoint <double, double>(metaData.Time, metaData.OD);
dataSeries.Add(point);
}
metaSerieYield.DataSeries = dataSeries;
return(metaSerieYield);
}