private void AddMeaureToData(List <string> data, Measure measure, MeasureResult measureResult, List <DimensionResult> dimensionResults)
{
//The CubeDimensionHeaders private class is used to convert an n-dimensional cube into a series of 2D tables to output.
CubeDimensionHeaders cubeDimensionHeaders = new CubeDimensionHeaders(dimensionResults);
if (measureResult.Rows.Count < 1)
{
return;
}
data.Add(GetMeasureDescription(measure));
if (measureResult.Rows.Count == 1)
{
data.Add(dimensionResults[0].HeaderDescriptions);
data.Add(measureResult.Rows[0]);
return;
}
for (int rowIndex = 0; rowIndex < measureResult.Rows.Count; rowIndex++)
{
int dimension1Index = cubeDimensionHeaders.GetItemIndex(rowIndex, 1);
if (dimension1Index == 0)
{
data.Add("");
data.Add(GetSubCubeDescription(rowIndex, cubeDimensionHeaders));
data.Add("\t" + dimensionResults[0].HeaderDescriptions);
}
data.Add(cubeDimensionHeaders.GetDimensionHeader(1, dimension1Index) + "\t" + measureResult.Rows[rowIndex]);
}
}
//Get the name of each 2D cube, by finding the points of each dimension bigger then the first 2D.
private string GetSubCubeDescription(int rowIndex, CubeDimensionHeaders cubeDimensionHeaders)
{
List <string> descriptions = new List <string>();
for (int dimensionIndex = cubeDimensionHeaders.NumberOfDimensions - 1; dimensionIndex > 1; dimensionIndex--)
{
int itemIndex = cubeDimensionHeaders.GetItemIndex(rowIndex, dimensionIndex);
descriptions.Add(cubeDimensionHeaders.GetDimensionHeader(dimensionIndex, itemIndex));
}
return(String.Join(", ", descriptions));
}
