public override IReadOnlyCollection <object> Report(Simulation simulation, OSPSuiteTracker buildTracker)
{
_lazyLoadTask.Load(simulation);
var chapter = new Chapter(simulation.Name);
var report = new List <object> {
chapter
};
buildTracker.AddReference(simulation, chapter);
report.AddRange(this.ReportDescription(simulation, buildTracker));
report.Add(new Section(PKSimConstants.UI.UsedBuildingBlocks));
report.Add(simulation.UsedBuildingBlocks);
report.Add(new Section(PKSimConstants.UI.SimulationProperties));
report.Add(simulation.Properties);
addHistograms(simulation, report);
if (simulation.Analyses.Any())
{
report.Add(simulation.Analyses.ToList());
}
return(report);
}
public override void Build(TBuildingBlock buildingBlock, OSPSuiteTracker tracker)
{
_lazyLoadTask.Load(buildingBlock);
var section = new Section(buildingBlock.Name);
tracker.AddReference(buildingBlock, section);
_builderRepository.Report(section, tracker);
_builderRepository.Report(this.ReportDescription(buildingBlock, tracker), tracker);
_builderRepository.Report(BuildingBlockReport(buildingBlock, tracker), tracker);
}
public override IReadOnlyCollection <object> Report(TSimulationComparison simulationComparison, OSPSuiteTracker buildTracker)
{
_lazyLoadTask.Load(simulationComparison);
var chapter = new Chapter(simulationComparison.Name);
var report = new List <object> {
chapter
};
buildTracker.AddReference(simulationComparison, chapter);
var populationComparison = simulationComparison as PopulationSimulationComparison;
if (populationComparison != null)
{
report.Add(getTableFor(populationComparison));
if (populationComparison.ReferenceGroupingItem != null)
{
report.Add(new Text("The reference simulation is named: {0}", populationComparison.ReferenceGroupingItem.Label));
}
report.Add(new SelectedDistribution(populationComparison, 1));
if (populationComparison.Analyses.Any())
{
report.Add(populationComparison.Analyses.ToList());
}
}
var comparison = simulationComparison as IndividualSimulationComparison;
if (comparison != null)
{
report.Add(comparison);
}
return(report);
}
public override void Build(TPopulationAnalysisChart analysisChart, OSPSuiteTracker buildTracker)
{
var groupPlots = GetGroupPlots(analysisChart);
var listToReport = new List <object>();
foreach (var groupPlot in groupPlots)
{
listToReport.Add(groupPlot);
buildTracker.AddReference(analysisChart, groupPlot);
}
if (analysisChart.AnalysisType == PopulationAnalysisType.TimeProfile)
{
var chartData = _chartDataCreator.CreateFor(analysisChart, _aggregate) as ChartData <TimeProfileXValue, TimeProfileYValue>;
if (chartData != null)
{
var populationPKAnalyses = new PopulationPKAnalyses(analysisChart.Analysable.DowncastTo <IPopulationDataCollector>(), chartData, analysisChart);
listToReport.Add(populationPKAnalyses);
}
}
_builderRepository.Report(listToReport, buildTracker);
}
public override void Build(CurveChart chart, OSPSuiteTracker tracker)
{
if (!chart.Axes.Any())
{
return;
}
var listToReport = new List <object>();
AxisTypes firstOrdinate;
AxisTypes secondOrdinate;
AxisTypes thirdOrdinate;
var colors = getUsedColors(chart);
ChartTypes chartType = checkChartType(chart, out firstOrdinate, out secondOrdinate, out thirdOrdinate);
switch (chartType)
{
case ChartTypes.XYPlot:
{
var axisOptions = getAxisOptions(chart, firstOrdinate);
axisOptions.YAxisPosition = AxisOptions.AxisYLine.box;
var plots = getPlots(chart, firstOrdinate);
var plot = new OSPSuite.TeXReporting.Items.Plot(colors, axisOptions, plots, new Text(chart.Description))
{
Position = FigureWriter.FigurePositions.H
};
listToReport.Add(plot);
tracker.AddReference(chart, plot);
}
break;
case ChartTypes.XYY2Plot:
{
var axisOptionsY = getAxisOptions(chart, firstOrdinate);
var plotsY = getPlots(chart, firstOrdinate);
addOrdinateToLegendEntry(plotsY, firstOrdinate);
var axisOptionsY2 = getAxisOptions(chart, secondOrdinate);
axisOptionsY2.BackgroundColor = string.Empty;
var plotsY2 = getPlots(chart, secondOrdinate);
addOrdinateToLegendEntry(plotsY2, secondOrdinate);
var plot = new PlotTwoOrdinates(colors, axisOptionsY, plotsY, axisOptionsY2,
plotsY2, new Text(chart.Description))
{
Position = FigureWriter.FigurePositions.H
};
listToReport.Add(plot);
tracker.AddReference(chart, plot);
}
break;
case ChartTypes.XYY2Y3Plot:
{
var axisOptionsY = getAxisOptions(chart, firstOrdinate);
var plotsY = getPlots(chart, firstOrdinate);
addOrdinateToLegendEntry(plotsY, firstOrdinate);
var axisOptionsY2 = getAxisOptions(chart, secondOrdinate);
axisOptionsY2.BackgroundColor = string.Empty;
var plotsY2 = getPlots(chart, secondOrdinate);
addOrdinateToLegendEntry(plotsY2, secondOrdinate);
var axisOptionsY3 = getAxisOptions(chart, thirdOrdinate);
axisOptionsY3.BackgroundColor = string.Empty;
var plotsY3 = getPlots(chart, thirdOrdinate);
addOrdinateToLegendEntry(plotsY3, thirdOrdinate);
var plot = new PlotThreeOrdinates(colors, axisOptionsY, plotsY, axisOptionsY2,
plotsY2, axisOptionsY3, plotsY3,
new Text(chart.Description))
{
Position = FigureWriter.FigurePositions.H
};
listToReport.Add(plot);
tracker.AddReference(chart, plot);
}
break;
}
_builderRepository.Report(listToReport, tracker);
}