private void InitFormat(Area area, FormatInfo previousFormatInfo)
{
TableFormatInfo prevTableFormatInfo = (TableFormatInfo)previousFormatInfo;
TableRenderInfo tblRenderInfo = new TableRenderInfo();
tblRenderInfo.DocumentObject = _table;
// Equalize the two borders, that are used to determine a rounded corner's border.
// This way the innerWidth of the cell, which is got by the saved _formattedCells, is the same regardless of which corner relevant border is set.
foreach (Row row in _table.Rows)
{
foreach (Cell cell in row.Cells)
{
EqualizeRoundedCornerBorders(cell);
}
}
_renderInfo = tblRenderInfo;
if (prevTableFormatInfo != null)
{
_mergedCells = prevTableFormatInfo.MergedCells;
_formattedCells = prevTableFormatInfo.FormattedCells;
_bottomBorderMap = prevTableFormatInfo.BottomBorderMap;
_lastHeaderRow = prevTableFormatInfo.LastHeaderRow;
_connectedRowsMap = prevTableFormatInfo.ConnectedRowsMap;
_startRow = prevTableFormatInfo.EndRow + 1;
}
else
{
_mergedCells = new MergedCellList(_table);
FormatCells();
CalcLastHeaderRow();
CreateConnectedRows();
CreateBottomBorderMap();
if (_doHorizontalBreak)
{
CalcLastHeaderColumn();
CreateConnectedColumns();
}
_startRow = _lastHeaderRow + 1;
}
((TableFormatInfo)tblRenderInfo.FormatInfo).MergedCells = _mergedCells;
((TableFormatInfo)tblRenderInfo.FormatInfo).FormattedCells = _formattedCells;
((TableFormatInfo)tblRenderInfo.FormatInfo).BottomBorderMap = _bottomBorderMap;
((TableFormatInfo)tblRenderInfo.FormatInfo).ConnectedRowsMap = _connectedRowsMap;
((TableFormatInfo)tblRenderInfo.FormatInfo).LastHeaderRow = _lastHeaderRow;
}
void InitFormat(Area area, FormatInfo previousFormatInfo)
{
TableFormatInfo prevTableFormatInfo = (TableFormatInfo)previousFormatInfo;
TableRenderInfo tblRenderInfo = new TableRenderInfo();
tblRenderInfo.table = this.table;
this.renderInfo = tblRenderInfo;
if (prevTableFormatInfo != null)
{
this.mergedCells = prevTableFormatInfo.mergedCells;
this.formattedCells = prevTableFormatInfo.formattedCells;
this.bottomBorderMap = prevTableFormatInfo.bottomBorderMap;
this.lastHeaderRow = prevTableFormatInfo.lastHeaderRow;
this.connectedRowsMap = prevTableFormatInfo.connectedRowsMap;
this.startRow = prevTableFormatInfo.endRow + 1;
}
else
{
this.mergedCells = new MergedCellList(this.table);
FormatCells();
CalcLastHeaderRow();
CreateConnectedRows();
CreateBottomBorderMap();
if (this.doHorizontalBreak)
{
CalcLastHeaderColumn();
CreateConnectedColumns();
}
this.startRow = this.lastHeaderRow + 1;
}
((TableFormatInfo)tblRenderInfo.FormatInfo).mergedCells = this.mergedCells;
((TableFormatInfo)tblRenderInfo.FormatInfo).formattedCells = this.formattedCells;
((TableFormatInfo)tblRenderInfo.FormatInfo).bottomBorderMap = this.bottomBorderMap;
((TableFormatInfo)tblRenderInfo.FormatInfo).connectedRowsMap = this.connectedRowsMap;
((TableFormatInfo)tblRenderInfo.FormatInfo).lastHeaderRow = this.lastHeaderRow;
}
void InitFormat(Area area, FormatInfo previousFormatInfo)
{
TableFormatInfo prevTableFormatInfo = (TableFormatInfo)previousFormatInfo;
TableRenderInfo tblRenderInfo = new TableRenderInfo();
tblRenderInfo.table = this.table;
this.renderInfo = tblRenderInfo;
if (prevTableFormatInfo != null)
{
this.mergedCells = prevTableFormatInfo.mergedCells;
this.formattedCells = prevTableFormatInfo.formattedCells;
this.bottomBorderMap = prevTableFormatInfo.bottomBorderMap;
this.lastHeaderRow = prevTableFormatInfo.lastHeaderRow;
this.connectedRowsMap = prevTableFormatInfo.connectedRowsMap;
this.startRow = prevTableFormatInfo.endRow + 1;
}
else
{
this.mergedCells = new MergedCellList(this.table);
FormatCells();
CalcLastHeaderRow();
CreateConnectedRows();
CreateBottomBorderMap();
if (this.doHorizontalBreak)
{
CalcLastHeaderColumn();
CreateConnectedColumns();
}
this.startRow = this.lastHeaderRow + 1;
}
((TableFormatInfo)tblRenderInfo.FormatInfo).mergedCells = this.mergedCells;
((TableFormatInfo)tblRenderInfo.FormatInfo).formattedCells = this.formattedCells;
((TableFormatInfo)tblRenderInfo.FormatInfo).bottomBorderMap = this.bottomBorderMap;
((TableFormatInfo)tblRenderInfo.FormatInfo).connectedRowsMap = this.connectedRowsMap;
((TableFormatInfo)tblRenderInfo.FormatInfo).lastHeaderRow = this.lastHeaderRow;
}
/// <summary>
/// Formats (measures) the table.
/// </summary>
/// <param name="area"> The area on which to fit the table. </param>
/// <param name="previousFormatInfo"> </param>
internal override void Format(Area area, FormatInfo previousFormatInfo)
{
DocumentElements elements = DocumentRelations.GetParent(_table) as DocumentElements;
if (elements != null)
{
Section section = DocumentRelations.GetParent(elements) as Section;
if (section != null)
{
_doHorizontalBreak = section.PageSetup.HorizontalPageBreak;
}
}
_renderInfo = new TableRenderInfo();
InitFormat(area, previousFormatInfo);
// Don't take any Rows higher then MaxElementHeight
XUnit topHeight = CalcStartingHeight();
XUnit probeHeight = topHeight;
XUnit offset;
if (_startRow > _lastHeaderRow + 1 &&
_startRow < _table.Rows.Count)
{
offset = _bottomBorderMap[_startRow] - topHeight;
}
else
{
offset = -CalcMaxTopBorderWidth(0);
}
int probeRow = _startRow;
XUnit currentHeight = 0;
XUnit startingHeight = 0;
bool isEmpty = false;
while (probeRow < _table.Rows.Count)
{
bool firstProbe = probeRow == _startRow;
probeRow = _connectedRowsMap[probeRow];
// Don't take any Rows higher then MaxElementHeight
probeHeight = _bottomBorderMap[probeRow + 1] - offset;
// First test whether MaxElementHeight has been set.
if (MaxElementHeight > 0 && firstProbe && probeHeight > MaxElementHeight - Tolerance)
{
probeHeight = MaxElementHeight - Tolerance;
}
//if (firstProbe && probeHeight > MaxElementHeight - Tolerance)
// probeHeight = MaxElementHeight - Tolerance;
//The height for the first new row(s) + headerrows:
if (startingHeight == 0)
{
if (probeHeight > area.Height)
{
isEmpty = true;
break;
}
startingHeight = probeHeight;
}
if (probeHeight > area.Height)
{
break;
}
else
{
_currRow = probeRow;
currentHeight = probeHeight;
++probeRow;
}
}
if (!isEmpty)
{
TableFormatInfo formatInfo = (TableFormatInfo)_renderInfo.FormatInfo;
formatInfo.StartRow = _startRow;
formatInfo._isEnding = _currRow >= _table.Rows.Count - 1;
formatInfo.EndRow = _currRow;
}
FinishLayoutInfo(area, currentHeight, startingHeight);
}
/// <summary>
/// Formats (measures) the table.
/// </summary>
/// <param name="area"> The area on which to fit the table. </param>
/// <param name="previousFormatInfo"> </param>
internal override void Format(Area area, FormatInfo previousFormatInfo)
{
DocumentElements elements = DocumentRelations.GetParent(_table) as DocumentElements;
if (elements != null)
{
Section section = DocumentRelations.GetParent(elements) as Section;
if (section != null)
_doHorizontalBreak = section.PageSetup.HorizontalPageBreak;
}
_renderInfo = new TableRenderInfo();
InitFormat(area, previousFormatInfo);
// Don't take any Rows higher then MaxElementHeight
XUnit topHeight = CalcStartingHeight();
XUnit probeHeight = topHeight;
XUnit offset;
if (_startRow > _lastHeaderRow + 1 &&
_startRow < _table.Rows.Count)
offset = _bottomBorderMap[_startRow] - topHeight;
else
offset = -CalcMaxTopBorderWidth(0);
int probeRow = _startRow;
XUnit currentHeight = 0;
XUnit startingHeight = 0;
bool isEmpty = false;
while (probeRow < _table.Rows.Count)
{
bool firstProbe = probeRow == _startRow;
probeRow = _connectedRowsMap[probeRow];
// Don't take any Rows higher then MaxElementHeight
probeHeight = _bottomBorderMap[probeRow + 1] - offset;
// First test whether MaxElementHeight has been set.
if (MaxElementHeight > 0 && firstProbe && probeHeight > MaxElementHeight - Tolerance)
probeHeight = MaxElementHeight - Tolerance;
//if (firstProbe && probeHeight > MaxElementHeight - Tolerance)
// probeHeight = MaxElementHeight - Tolerance;
//The height for the first new row(s) + headerrows:
if (startingHeight == 0)
{
if (probeHeight > area.Height)
{
isEmpty = true;
break;
}
startingHeight = probeHeight;
}
if (probeHeight > area.Height)
break;
else
{
_currRow = probeRow;
currentHeight = probeHeight;
++probeRow;
}
}
if (!isEmpty)
{
TableFormatInfo formatInfo = (TableFormatInfo)_renderInfo.FormatInfo;
formatInfo.StartRow = _startRow;
formatInfo._isEnding = _currRow >= _table.Rows.Count - 1;
formatInfo.EndRow = _currRow;
}
FinishLayoutInfo(area, currentHeight, startingHeight);
}
private void InitFormat(Area area, FormatInfo previousFormatInfo)
{
TableFormatInfo prevTableFormatInfo = (TableFormatInfo)previousFormatInfo;
TableRenderInfo tblRenderInfo = new TableRenderInfo();
tblRenderInfo.DocumentObject = _table;
// Equalize the two borders, that are used to determine a rounded corner's border.
// This way the innerWidth of the cell, which is got by the saved _formattedCells, is the same regardless of which corner relevant border is set.
foreach (Row row in _table.Rows)
foreach (Cell cell in row.Cells)
EqualizeRoundedCornerBorders(cell);
_renderInfo = tblRenderInfo;
if (prevTableFormatInfo != null)
{
_mergedCells = prevTableFormatInfo.MergedCells;
_formattedCells = prevTableFormatInfo.FormattedCells;
_bottomBorderMap = prevTableFormatInfo.BottomBorderMap;
_lastHeaderRow = prevTableFormatInfo.LastHeaderRow;
_connectedRowsMap = prevTableFormatInfo.ConnectedRowsMap;
_startRow = prevTableFormatInfo.EndRow + 1;
}
else
{
_mergedCells = new MergedCellList(_table);
FormatCells();
CalcLastHeaderRow();
CreateConnectedRows();
CreateBottomBorderMap();
if (_doHorizontalBreak)
{
CalcLastHeaderColumn();
CreateConnectedColumns();
}
_startRow = _lastHeaderRow + 1;
}
((TableFormatInfo)tblRenderInfo.FormatInfo).MergedCells = _mergedCells;
((TableFormatInfo)tblRenderInfo.FormatInfo).FormattedCells = _formattedCells;
((TableFormatInfo)tblRenderInfo.FormatInfo).BottomBorderMap = _bottomBorderMap;
((TableFormatInfo)tblRenderInfo.FormatInfo).ConnectedRowsMap = _connectedRowsMap;
((TableFormatInfo)tblRenderInfo.FormatInfo).LastHeaderRow = _lastHeaderRow;
}
