internal ChartBase(Report r, Row row, Chart c, MatrixCellEntry[,] m, Expression showTooltips, Expression showTooltipsX, Expression _ToolTipYFormat, Expression _ToolTipXFormat)
{
_ChartDefn = c;
_row = row;
_DataDefn = m;
_bm = null;
int width = _ChartDefn.WidthCalc(r, null);
int height = RSize.PixelsFromPoints(_ChartDefn.HeightOrOwnerHeight);
Layout = new ChartLayout(width, height);
_SeriesBrush = null;
_SeriesMarker = null;
_showToolTips = showTooltips.EvaluateBoolean(r, row);
_showToolTipsX = showTooltipsX.EvaluateBoolean(r, row);
_tooltipYFormat = _ToolTipYFormat.EvaluateString(r, row);
_tooltipXFormat = _ToolTipXFormat.EvaluateString(r, row);
}
Rows GetNestedData(Report rpt, Row row)
{
if (row == null)
{
return(null);
}
ReportLink rl = this.Parent;
while (rl != null)
{
if (rl is TableGroup || rl is List || rl is MatrixCell)
{
break;
}
rl = rl.Parent;
}
if (rl == null)
{
return(null); // should have been caught as an error
}
Grouping g = null;
if (rl is TableGroup)
{
TableGroup tg = rl as TableGroup;
g = tg.Grouping;
}
else if (rl is List)
{
List l = rl as List;
g = l.Grouping;
}
else if (rl is MatrixCell)
{
MatrixCellEntry mce = this.GetMC(rpt);
return(new Rows(rpt, mce.Data));
}
if (g == null)
{
return(null);
}
GroupEntry ge = row.R.CurrentGroups[g.GetIndex(rpt)];
return(new Rows(rpt, row.R, ge.StartRow, ge.EndRow, null));
}
MatrixCellEntry RunGetRowHeader(Report rpt, MatrixEntry me, Rows _Data)
{
ReportItem ri;
if (me.RowGroup.StaticRows != null)
{ // Handle static row reference
StaticRow sr = me.RowGroup.StaticRows.Items[me.StaticRow] as StaticRow;
ri = sr.ReportItems.Items[0];
}
else // handle dynamic row reference
ri = me.RowGroup.DynamicRows.ReportItems.Items[0];
Rows subData = new Rows(rpt, _Data, me.FirstRow, me.LastRow, me.Rows);
MatrixCellEntry mce = new MatrixCellEntry(subData, ri);
return mce;
}
// called first
public bool MatrixStart(Matrix m, MatrixCellEntry[,] matrix, Row r, int headerRows, int maxRows, int maxCols)
{
return true;
}
internal MatrixCellEntry MC; // matrix cell entry
#endregion Fields
#region Constructors
internal WorkClass()
{
MC=null;
BottomPosition=float.NaN;
CurrentPage=null;
}
// called first
public bool MatrixStart(Matrix m, MatrixCellEntry[,] matrix, Row r, int headerRows, int maxRows, int maxCols)
{
_Excel.AddSheet(m.Name.Nm);
_ExcelRow = -1;
// set the widths of the columns
float[] widths = m.ColumnWidths(matrix, maxCols);
for (int i = 0; i < maxCols; i++)
{
_Excel.SetColumnWidth(i, widths[i]);
}
return true;
}
// called first
public bool MatrixStart(Matrix m, MatrixCellEntry[,] matrix, Row r, int headerRows, int maxRows, int maxCols)
{
if (m.DataElementOutput != DataElementOutputEnum.Output)
return false;
tw.WriteLine("<" + (m.DataElementName == null? "Matrix": m.DataElementName) + ">");
return true;
}
internal Page CurrentPage; // the page this reportitem was last put on;
internal WorkClass()
{
MC = null;
BottomPosition = float.NaN;
CurrentPage = null;
}
internal float[] ColumnWidths(MatrixCellEntry[,] matrix, int maxColumns)
{
float[] widths= new float[maxColumns];
for (int iColumn = 0; iColumn < maxColumns; iColumn++)
{
widths[iColumn] = WidthOfColumn(matrix, iColumn);
}
return widths;
}
float WidthOfColumn(MatrixCellEntry[,] matrix, int iCol)
{
int maxRows = matrix.GetLength(0);
for (int iRow=0; iRow < maxRows; iRow++)
{
if (matrix[iRow, iCol] != null && matrix[iRow, iCol].ColSpan == 1)
return matrix[iRow, iCol].Width;
}
return 0;
}
private void SetGroupingValues(Report rpt, MatrixCellEntry mce)
{
WorkClass wc = GetValue(rpt);
Rows data = wc.FullData;
SetGroupingValuesInit(rpt, data, mce.RowME, mce.ColumnME);
SetGroupingValuesMe(rpt, data, mce.RowME);
SetGroupingValuesMe(rpt, data, mce.ColumnME);
return;
}
void RunRowStaticHeaders(Report rpt, WorkClass wc, MatrixCellEntry[,] matrix, Rows _Data, int iRow, int level)
{
RowGrouping rg=null;
int i;
int iColumn=0;
for (i=level+1; i < _RowGroupings.Items.Count; i++)
{
iColumn++; // Column for the row static headers
rg = (RowGrouping) (_RowGroupings.Items[i]);
if (rg.StaticRows != null)
break;
}
if (rg == null || rg.StaticRows == null)
return;
i=0;
foreach (StaticRow sr in rg.StaticRows.Items)
{
ReportItem ri = sr.ReportItems.Items[0];
matrix[iRow, iColumn] = new MatrixCellEntry(_Data, ri);
matrix[iRow, iColumn].Width = rg.Width.Points;
MatrixRow mr = this.MatrixRows.Items[i++] as MatrixRow;
float height = mr.Height == null? 0: mr.Height.Points;
matrix[iRow, iColumn].Height = height;
iRow++;
}
return;
}
void RunRowHeaders(Report rpt, WorkClass wc, MatrixEntry m, MatrixCellEntry[,] matrix, Rows _Data, ref int iRow, int iColumn, int level)
{
foreach (MatrixEntry ame in m.GetSortedData(rpt))
{
matrix[iRow, iColumn] = RunGetRowHeader(rpt, ame, _Data);
matrix[iRow, iColumn].Height = RunRowHeight(iRow);
matrix[iRow, iColumn].Width = ame.RowGroup.Width == null? 0: ame.RowGroup.Width.Points;
if (ame.GetSortedData(rpt) != null)
{
RunRowHeaders(rpt, wc, ame, matrix, _Data, ref iRow, iColumn+1, level+1);
}
else
iRow++;
}
RowGrouping rg = (RowGrouping) (_RowGroupings.Items[level]);
// do we need to subtotal this
if (rg.DynamicRows != null &&
rg.DynamicRows.Subtotal != null)
{ // TODO need to loop thru static??
ReportItem ri = rg.DynamicRows.Subtotal.ReportItems.Items[0];
matrix[iRow, iColumn] = new MatrixCellEntry(_Data, ri);
matrix[iRow, iColumn].Width = rg.Width.Points;
matrix[iRow, iColumn].Height = RunRowHeight(iRow);
RunRowStaticHeaders(rpt, wc, matrix, _Data, iRow, level);
iRow += Math.Max(1,this.RowGroupings.StaticCount);
}
}
void RunPageColumns(Pages pgs, WorkClass wc, MatrixCellEntry[,] matrix, int iRow, int maxColumns)
{
Report rpt = pgs.Report;
float xpos = GetOffsetCalc(pgs.Report) + LeftCalc(rpt);
for (int iColumn = 0; iColumn < maxColumns; iColumn++)
{
MatrixCellEntry mce = matrix[iRow, iColumn];
if (mce == null)
{ // have a null column but we need to fill column space
xpos += WidthOfColumn(matrix, iColumn);
continue;
}
wc.Data = mce.Data; // Must set this for evaluation
Row lrow = wc.Data.Data.Count > 0? wc.Data.Data[0]:null;
SetGroupingValues(rpt, mce);
mce.DisplayItem.SetMC(rpt, mce); // set for use by the display item
mce.XPosition = xpos;
mce.DisplayItem.RunPage(pgs, lrow);
xpos += mce.Width;
iColumn += (mce.ColSpan-1); // skip columns already accounted for
}
}
MatrixCellEntry RunGetColumnHeader(Report rpt, MatrixEntry me, Rows _Data)
{
ReportItem ri;
if (me.ColumnGroup.StaticColumns != null)
{ // Handle static column reference
StaticColumn sc = me.ColumnGroup.StaticColumns.Items[me.StaticColumn] as StaticColumn;
ri = sc.ReportItems.Items[0];
}
else
ri = me.ColumnGroup.DynamicColumns.ReportItems.Items[0]; // dynamic column
Rows subData = new Rows(rpt, _Data, me.FirstRow, me.LastRow, me.Rows);
MatrixCellEntry mce = new MatrixCellEntry(subData, ri);
return mce;
}
float RunGetColumnWidth(MatrixCellEntry mce)
{
if (this.MatrixColumns == null)
return 0; // We use this routine for chart(s) and they don't build the matrix columns
MatrixColumn mcol; // work variable to hold a MatrixColumn
mcol = this.MatrixColumns.Items[0] as MatrixColumn;
float defWidth = mcol.Width.Points;
if (CountMatrixColumns == 1) // if only one column width is easy
return defWidth;
// find out which static column it is.
ColumnGrouping cg=null;
MatrixCells mcells=null;
ReportItem ri = mce.DisplayItem;
for (ReportLink rl= ri.Parent; rl != null; rl = rl.Parent)
{
if (rl is ColumnGrouping)
{
cg = rl as ColumnGrouping;
break;
}
if (rl is MatrixCells)
{
mcells = rl as MatrixCells;
break;
}
if (rl is Matrix)
break;
}
int offset = 0;
// If the item is one of the MatrixCell; then use same offset
if (mcells != null)
{
foreach (MatrixCell mcell in mcells.Items)
{
ReportItem ric = mcell.ReportItems.Items[0] as ReportItem;
if (ric == ri)
{
mcol = this.MatrixColumns.Items[offset] as MatrixColumn;
return mcol.Width.Points;
}
offset++;
}
return defWidth;
}
if (cg == null || cg.StaticColumns == null)
return defWidth;
// Otherwise find the same relative Matrix Column from the static columns
mcol=null;
foreach (StaticColumn sc in cg.StaticColumns.Items)
{
ReportItem cri = sc.ReportItems.Items[0] as ReportItem;
if (ri == cri)
{
mcol = this.MatrixColumns.Items[offset] as MatrixColumn;
break;
}
offset++;
}
return mcol == null? defWidth: mcol.Width.Points;
}
// RunBuild is used by both Matrix.Run and Chart.Run to obtain the necessary data
// used by their respective rendering interfaces
internal MatrixCellEntry[,] RunBuild(Report rpt, out int numRows, out int numCols)
{
WorkClass wc = GetValue(rpt);
Rows _Data = wc.Data;
// loop thru all the data;
// form bitmap arrays for each unique data value of each grouping (row and column) value
int maxColumns = _RowGroupings.Items.Count; // maximum # of columns in matrix
// at top we need a row per column grouping
int maxRows = _ColumnGroupings.Items.Count; // maximum # of rows in matrix
// at left we need a column per row grouping
MatrixEntry mcg = new MatrixEntry(null, "", null, _Data.Data.Count);
_ColumnGroupings.SetME(rpt, mcg);
mcg.FirstRow=0;
mcg.LastRow=_Data.Data.Count-1;
mcg.Rows = new BitArray(_Data.Data.Count, true); // all data
MatrixEntry mrg = new MatrixEntry(null, "", null, _Data.Data.Count);
_RowGroupings.SetME(rpt, mrg);
mrg.FirstRow=0;
mrg.LastRow=_Data.Data.Count-1;
mrg.Rows = new BitArray(_Data.Data.Count, true); // all data
int iRow=0; // row counter
foreach (Row r in _Data.Data)
{
// Handle the column values
HandleColumnGrouping(rpt, wc, _Data, r, mcg, 0, iRow, ref maxColumns);
// Handle the row values
HandleRowGrouping(rpt, wc, _Data, r, mrg, 0, iRow, ref maxRows);
iRow++;
}
// Determine how many subtotal columns are needed
maxColumns += RunCountSubtotalColumns(rpt, wc, mcg, 0);
// Determine how many subtotal rows are needed
maxRows += RunCountSubtotalRows(rpt, wc, mrg, 0);
/////
// Build and populate the 2 dimensional table of MatrixCellEntry
// that constitute the matrix
/////
MatrixCellEntry[,] matrix = new MatrixCellEntry[maxRows, maxColumns];
// Do the column headings
int iColumn = _RowGroupings.Items.Count;
RunColumnHeaders(rpt, wc, mcg, matrix, _Data, 0, ref iColumn, 0);
// Do the row headings
iRow = _ColumnGroupings.Items.Count;
RunRowHeaders(rpt, wc, mrg, matrix, _Data, ref iRow, 0, 0);
// Do the row/column data
iRow = _ColumnGroupings.Items.Count;
RunDataRow(rpt, wc, mrg, mcg, matrix, _Data, ref iRow, _RowGroupings.Items.Count, 0);
// Do the corner
matrix[0, 0] = RunCorner(_Data);
// now return the matrix data
numRows = maxRows;
numCols = maxColumns;
return matrix;
}
internal void SetMC(Report rpt, MatrixCellEntry mce)
{
WorkClass wc = GetWC(rpt);
wc.MC = mce;
}
float HeightOfRow(Pages pgs, MatrixCellEntry[,] matrix, int iRow)
{
Report rpt = pgs.Report;
WorkClass wc = GetValue(rpt);
int maxColumns = matrix.GetLength(1);
float height=0;
bool bResetAllHeights=false;
// Handle the corner; it might span rows & columns
bool bCorner = false;
float cornerHeight=0;
if (iRow == 0 && matrix[0, 0] != null &&
(this.ColumnGroupings.Items.Count > 1 ||
this.RowGroupings.Items.Count > 1))
{
bCorner = true;
}
for (int iCol=0; iCol < maxColumns; iCol++)
{
MatrixCellEntry mce = matrix[iRow, iCol];
if (mce == null)
continue;
if (mce.DisplayItem is Textbox)
{
Textbox tb = mce.DisplayItem as Textbox;
if (tb.CanGrow)
{
wc.Data = mce.Data; // Must set this for evaluation
Row lrow = wc.Data.Data.Count > 0? wc.Data.Data[0]:null;
mce.DisplayItem.SetMC(rpt, mce); // set for use by the display item
SetGroupingValues(rpt, mce);
float tbh = tb.RunTextCalcHeight(rpt, pgs.G, lrow);
if (height < tbh)
{
if (bCorner && iCol == 0)
{
cornerHeight = tbh;
}
else
{
bResetAllHeights = true;
height = tbh;
}
}
}
}
if (bCorner && iCol == 0)
continue;
if (height < mce.Height)
height = mce.Height;
}
if (bResetAllHeights) // If any text forces the row to grow; all heights must be fixed
{
for (int iCol=0; iCol < maxColumns; iCol++)
{
if (bCorner && iCol == 0)
continue;
MatrixCellEntry mce = matrix[iRow, iCol];
if (mce != null)
mce.Height = height;
}
}
// Even with expansion room; we might need more space for the corner
if (bCorner && cornerHeight > matrix[0,0].Height)
{ // add the additional space needed to the first row's height
float newRow0Height;
if (ColumnGroupings.Items.Count == 1)
newRow0Height = cornerHeight;
else if (matrix[0,1] != null)
newRow0Height = matrix[0,1].Height + (cornerHeight - matrix[0,0].Height);
else
newRow0Height = (cornerHeight - matrix[0,0].Height);
height = newRow0Height;
matrix[0,0].Height = cornerHeight;
for (int iCol=1; iCol < maxColumns; iCol++)
{
MatrixCellEntry mce = matrix[0, iCol];
if (mce != null)
mce.Height = newRow0Height;
}
}
return height;
}
// called first
public bool MatrixStart(Matrix m, MatrixCellEntry[,] matrix, Row r, int headerRows, int maxRows, int maxCols)
{
_MatrixCellSpan = 0;
_MatrixCols = maxCols;
_MatrixRows = maxRows;
_MatrixHeaderRows = headerRows;
_MatrixData = matrix;
float[] widths = m.ColumnWidths(this._MatrixData, maxCols);
_MatrixColumnWidths = new int[maxCols];
for (int i = 0; i < maxCols; i++)
_MatrixColumnWidths[i] = RSize.TwipsFromPoints(widths[i]);
tw.Write(@"\par{");
return true;
}
void RunColumnHeaders(Report rpt, WorkClass wc, MatrixEntry m, MatrixCellEntry[,] matrix, Rows _Data, int iRow, ref int iColumn, int level)
{
foreach (MatrixEntry ame in m.GetSortedData(rpt))
{
matrix[iRow, iColumn] = RunGetColumnHeader(rpt, ame, _Data);
matrix[iRow, iColumn].Width = RunGetColumnWidth(matrix[iRow, iColumn]);
matrix[iRow, iColumn].Height = ame.ColumnGroup.Height == null? 0: ame.ColumnGroup.Height.Points;
if (ame.GetSortedData(rpt) != null)
{
RunColumnHeaders(rpt, wc, ame, matrix, _Data, iRow+1, ref iColumn, level+1);
}
else
iColumn++;
}
ColumnGrouping cg = (ColumnGrouping) (_ColumnGroupings.Items[level]);
// if we need subtotal on the group
if (cg.DynamicColumns != null &&
cg.DynamicColumns.Subtotal != null)
{
ReportItem ri = cg.DynamicColumns.Subtotal.ReportItems.Items[0];
matrix[iRow, iColumn] = new MatrixCellEntry(_Data, ri);
matrix[iRow, iColumn].Height = cg.Height.Points;
matrix[iRow, iColumn].Width = RunGetColumnWidth(matrix[iRow, iColumn]);
RunColumnStaticHeaders(rpt, wc, matrix, _Data, iRow, iColumn, level);
iColumn += this.CountMatrixCells;
}
}
// called first
public bool MatrixStart(Matrix m, MatrixCellEntry[,] matrix, Row r, int headerRows, int maxRows, int maxCols)
{
string bookmark = m.BookmarkValue(this.r, r);
if (bookmark != null)
tw.WriteLine("<div id=\"{0}\">", bookmark); // can't use the table id since we're using for css style
// output some of the table styles
string cssName = CssAdd(m.Style, m, r); // get the style name for this item
tw.WriteLine("<table id='{0}'>", cssName);
return true;
}
void RunColumnStaticHeaders(Report rpt, WorkClass wc, MatrixCellEntry[,] matrix, Rows _Data, int iRow, int iColumn, int level)
{
ColumnGrouping cg=null;
for (int i=level+1; i < _ColumnGroupings.Items.Count; i++)
{
iRow++; // the row will below the headers
cg = (ColumnGrouping) (_ColumnGroupings.Items[i]);
if (cg.StaticColumns != null)
break;
}
if (cg == null || cg.StaticColumns == null)
return;
foreach (StaticColumn sc in cg.StaticColumns.Items)
{
ReportItem ri = sc.ReportItems.Items[0];
matrix[iRow, iColumn] = new MatrixCellEntry(_Data, ri);
matrix[iRow, iColumn].Height = cg.Height.Points;
matrix[iRow, iColumn].Width = RunGetColumnWidth(matrix[iRow, iColumn]);
iColumn++;
}
return;
}
internal void SetMC(Report rpt, MatrixCellEntry mce)
{
WorkClass wc = GetWC(rpt);
wc.MC = mce;
}
MatrixCellEntry RunCorner(Rows d)
{
if (_Corner == null)
return null;
ReportItem ri = _Corner.ReportItems.Items[0];
MatrixCellEntry mce = new MatrixCellEntry(d, ri);
float height=0;
foreach (ColumnGrouping cg in this.ColumnGroupings.Items)
{
height += cg.Height.Points;
}
mce.Height = height;
float width=0;
foreach (RowGrouping rg in this.RowGroupings.Items)
{
width += rg.Width.Points;
}
mce.Width = width;
mce.ColSpan = RowGroupings.Items.Count;
return mce;
}
void RunDataColumn(Report rpt, WorkClass wc, MatrixEntry rm, MatrixEntry cm, MatrixCellEntry[,] matrix, Rows _Data, int iRow, ref int iColumn, int level, int rowcell)
{
BitArray andData;
MatrixRow mr = this.MatrixRows.Items[rowcell] as MatrixRow;
float height = mr.Height == null? 0: mr.Height.Points;
foreach (MatrixEntry ame in cm.GetSortedData(rpt))
{
if (ame.ColumnGroup != LastCg)
{
RunDataColumn(rpt, wc, rm, ame, matrix, _Data, iRow, ref iColumn, level+1, rowcell);
continue;
}
andData = new BitArray(ame.Rows); // copy the data
andData.And(rm.Rows); // because And is destructive
matrix[iRow, iColumn] = RunGetMatrixCell(rpt, ame, iRow, _Data, andData,
Math.Max(rm.FirstRow, ame.FirstRow),
Math.Min(rm.LastRow, ame.LastRow));
matrix[iRow, iColumn].Height = height;
matrix[iRow, iColumn].Width = RunGetColumnWidth(matrix[iRow, iColumn]);
matrix[iRow, iColumn].ColumnME = ame;
matrix[iRow, iColumn].RowME = rm;
iColumn++;
}
// do we need to subtotal this?
ColumnGrouping cg = (ColumnGrouping) (_ColumnGroupings.Items[level]);
if (cg.DynamicColumns != null &&
cg.DynamicColumns.Subtotal != null)
{
andData = new BitArray(cm.Rows); // copy the data
andData.And(rm.Rows); // because And is destructive
for (int i=0; i < this.CountMatrixCells; i++)
{
matrix[iRow, iColumn] = RunGetMatrixCell(rpt, cm, rowcell, i, _Data, andData,
Math.Max(rm.FirstRow, cm.FirstRow),
Math.Min(rm.LastRow, cm.LastRow));
matrix[iRow, iColumn].Height = height;
matrix[iRow, iColumn].Width = RunGetColumnWidth(matrix[iRow, iColumn]);
matrix[iRow, iColumn].ColumnME = cm;
matrix[iRow, iColumn].RowME = rm;
iColumn++;
}
}
}
void RunDataRow(Report rpt, WorkClass wc, MatrixEntry rm, MatrixEntry cm, MatrixCellEntry[,] matrix, Rows _Data, ref int iRow, int iColumn, int level)
{
int saveColumn;
int headerRows = _ColumnGroupings.Items.Count; // number of column headers we have
int rgsCount = this.RowGroupings.StaticCount; // count of static row groups
foreach (MatrixEntry ame in rm.GetSortedData(rpt))
{
if (ame.RowGroup != LastRg)
{
RunDataRow(rpt, wc, ame, cm, matrix, _Data, ref iRow, iColumn, level+1);
continue;
}
saveColumn = iColumn;
int rowcell = rgsCount == 0? 0: (iRow - headerRows) % rgsCount;
RunDataColumn(rpt, wc, ame, cm, matrix, _Data, iRow, ref saveColumn, 0, rowcell);
iRow++;
}
// do we need to subtotal this?
RowGrouping rg = (RowGrouping) (_RowGroupings.Items[level]);
if (rg.DynamicRows != null &&
rg.DynamicRows.Subtotal != null)
{
for (int i=0; i < this.CountMatrixRows; i++)
{
saveColumn = iColumn;
RunDataColumn(rpt, wc, rm, cm, matrix, _Data, iRow, ref saveColumn, 0, i);
iRow++;
}
}
}
internal ChartPie(Report r, Row row, Chart c, MatrixCellEntry[,] m, Expression showTooltips, Expression showTooltipsX,Expression _ToolTipYFormat, Expression _ToolTipXFormat)
: base(r, row, c, m, showTooltips, showTooltipsX, _ToolTipYFormat, _ToolTipXFormat)
{
}
MatrixCellEntry RunGetMatrixCell(Report rpt, MatrixEntry me, int rcell, int ccell, Rows _Data, BitArray rows, int firstRow, int lastRow)
{
MatrixRow mr = this._MatrixRows.Items[rcell];
MatrixCell mc = mr.MatrixCells.Items[ccell];
ReportItem ri = mc.ReportItems.Items[0];
Rows subData = new Rows(rpt, _Data, firstRow, lastRow, rows);
MatrixCellEntry mce = new MatrixCellEntry(subData, ri);
return mce;
}
