internal override void RebuildGrid()
{
FGrid.fMeasures.InitMeasures();
var LA = FGrid.FLayout;
ChartAxis colorAxis = null;
fColorAxisDescriptor = new ChartAxisDescriptor();
fColorGridMembers = null;
SortedDictionary <int, Member>
f_ColorGridMembers = null; // <ID, index in the corresponding Members collection>
if (LA.fColorAxisItem != null)
{
if (LA.fColorAxisItem is Measure)
{
fColorAxisDescriptor.fDescriptor = LA.fColorAxisItem;
colorAxis = new ChartAxis(this, ChartAxisFormat.Continuous, fColorAxisDescriptor);
}
if (LA.fColorAxisItem is Hierarchy)
{
var H = (Hierarchy)LA.fColorAxisItem;
H.DefaultInit(1);
fColorAxisDescriptor.fDescriptor = ((Hierarchy)LA.fColorAxisItem).FirstVisibleLevel();
if (fColorAxisDescriptor.fDescriptor != null)
{
fColorGridMembers = new List <Member>(((Level)fColorAxisDescriptor.fDescriptor).Members);
colorAxis = new ChartAxis(this, ChartAxisFormat.Discrete, fColorAxisDescriptor);
}
}
}
fForeColorAxisDescriptor = new ChartAxisDescriptor();
fForeColorGridMembers = null;
SortedDictionary <int, Member>
f_ForeColorChartMembers = null; // <ID, index in the corresponding Members collection>
if (LA.fColorForeAxisItem != null)
{
if (LA.fColorForeAxisItem is Measure)
{
fForeColorAxisDescriptor.fDescriptor = LA.fColorForeAxisItem;
colorAxis = new ChartAxis(this, ChartAxisFormat.Continuous, fForeColorAxisDescriptor);
}
if (LA.fColorForeAxisItem is Hierarchy)
{
var H = (Hierarchy)LA.fColorForeAxisItem;
H.DefaultInit(1);
fForeColorAxisDescriptor.fDescriptor = ((Hierarchy)LA.fColorForeAxisItem).FirstVisibleLevel();
if (fForeColorAxisDescriptor.fDescriptor != null)
{
fForeColorGridMembers =
new List <Member>(((Level)fForeColorAxisDescriptor.fDescriptor).Members);
colorAxis = new ChartAxis(this, ChartAxisFormat.Discrete, fForeColorAxisDescriptor);
}
}
}
//// making the cartesian product of used levels
//List<Level> ldecart = new List<Level>();
//SortedList<string, Level> l_keys = new SortedList<string, Level>(); // list of levels to hold the IChartCell array
//for (int i = 0; i < LA.fColumnLevels.Count; i++)
//{
// Level l = LA.fColumnLevels[i];
// //if ((i < LA.fColumnLevels.Count - 1) &&
// // (LA.fColumnLevels[i + 1].Hierarchy == l.Hierarchy)) continue;
// ldecart.Add(l);
//}
//for (int i = 0; i < LA.fRowLevels.Count; i++)
//{
// Level l = LA.fRowLevels[i];
// //if ((i < LA.fRowLevels.Count - 1) &&
// // (LA.fRowLevels[i + 1].Hierarchy == l.Hierarchy)) continue;
// ldecart.Add(l);
//}
//if (LA.fColorAxisItem is Hierarchy)
//{
// Level l = ((Hierarchy)LA.fColorAxisItem).FirstVisibleLevel();
// ldecart.Add(l);
// CheckLevelForFetchedParents(l);
//}
//// fetching ascendants of members of used levels if it is necessary (it should be done BEFORE fetching the lines)
//foreach (Level l in LA.fRowLevels)
//{
// CheckLevelForFetchedParents(l);
//}
//foreach (Level l in LA.fColumnLevels)
//{
// CheckLevelForFetchedParents(l);
//}
//// fetching the data for size and color modifiers
//Line colorLine = null;
//ChartAxis colorAxis = null;
//if (LA.fColorAxisItem is Measure)
//{
// colorLine = FGrid.FEngine.RetrieveRelatedLine(ldecart, (Measure)LA.fColorAxisItem);
// colorAxis = new ChartAxis(this, ChartAxisFormat.Continuous, fColorAxisDescriptor);
//}
//else
//{
// if (LA.fColorAxisItem is Hierarchy)
// {
// colorAxis = new ChartAxis(this, ChartAxisFormat.Discrete, fColorAxisDescriptor);
// }
//}
//List<Level> clue = new List<Level>();
//// fetching the data
//SortedList<string, List<CubeDataNumeric>> datalist = new SortedList<string, List<CubeDataNumeric>>();
//SortedList<string, Line> datalist2 = new SortedList<string, Line>();
//Line xLine = null;
//foreach (Measure m in FGrid.fMeasures)
//{
// if (m.Visible == false)
// continue;
// datalist2.Add(m.UniqueName, FGrid.FEngine.RetrieveRelatedLine(ldecart, m));
//}
//// all the data has been prepared for fetching
//if (!FGrid.DeferLayoutUpdate)
// FGrid.FEngine.DoRetrieveData();
//foreach (KeyValuePair<string, Line> dl2 in datalist2)
// datalist.Add(dl2.Key, FGrid.FEngine.RetrieveCubeData(dl2.Value, out clue));
//int coloraxis_idx = -1;
//if (LA.fColorAxisItem is Hierarchy)
//{
// coloraxis_idx = clue.IndexOf(((Hierarchy)LA.fColorAxisItem).FirstVisibleLevel());
// ((Hierarchy)LA.fColorAxisItem).FirstVisibleLevel().SetSortPosition();
//}
//if (FGrid.fMeasures.Count > 0)
//{
// foreach (Measure m in FGrid.fMeasures)
// {
// if (m.Visible == false)
// continue;
// List<CubeDataNumeric> data;
// datalist.TryGetValue(m.UniqueName, out data);
// foreach (CubeDataNumeric dn in data)
// {
// ChartCellDetails CD = new ChartCellDetails(FGrid, clue, dn.MemberIDs);
// Member colorMember = null;
// if (colorLine != null)
// {
// double sd;
// if (colorLine.GetNumericData(dn.LineIdx, out sd, out CD._ColorValueFormatted))
// {
// CD._ColorValue = sd;
// colorAxis.fMax = Math.Max(colorAxis.fMax, sd);
// colorAxis.fMin = Math.Min(colorAxis.fMin, sd);
// }
// }
// else
// {
// if (LA.fColorAxisItem is Hierarchy)
// {
// Member mc = clue[coloraxis_idx].GetMemberByID(dn.MemberIDs[coloraxis_idx]);
// colorMember = mc;
// if (!f_ColorGridMembers.ContainsKey(mc.FSortPosition))
// f_ColorGridMembers.Add(mc.FSortPosition, mc);
// }
// }
// }
// }
//}
//else
//{
// if (datalist.Count > 0)
// {
// List<CubeDataNumeric> data = datalist.Values[0];
// foreach (CubeDataNumeric dn in data)
// {
// Member colorMember = null;
// ChartCellDetails CD = new ChartCellDetails(FGrid, clue, dn.MemberIDs);
// if (colorLine != null)
// {
// double sd;
// if (colorLine.GetNumericData(dn.LineIdx, out sd, out CD._ColorValueFormatted))
// {
// CD._ColorValue = sd;
// colorAxis.fMax = Math.Max(colorAxis.fMax, sd);
// colorAxis.fMin = Math.Min(colorAxis.fMin, sd);
// }
// }
// else
// {
// if (LA.fColorAxisItem is Hierarchy)
// {
// Member mc = clue[0].GetMemberByID(dn.MemberIDs[0]);
// colorMember = mc;
// if (!f_ColorGridMembers.ContainsKey(mc.FSortPosition))
// f_ColorGridMembers.Add(mc.FSortPosition, mc);
// }
// }
// }
// }
//}
//if (f_ColorGridMembers != null)
//{
// fColorGridMembers = new List<Member>(f_ColorGridMembers.Values);
//}
}
internal override void ClearMembers()
{
base.ClearMembers();
fColorAxisDescriptor = null;
fForeColorAxisDescriptor = null;
}
