/**
* Sets the merge type and the <code>RtfCell</code> with which this
* <code>RtfCell</code> is to be merged.
*
* @param mergeType The merge type specifies the kind of merge to be applied
* (MERGE_HORIZ_PREV, MERGE_VERT_PREV, MERGE_BOTH_PREV)
* @param mergeCell The <code>RtfCell</code> that the cell at x and y is to
* be merged with
*/
public void SetMerge(int mergeType, RtfCell mergeCell)
{
this.mergeType = mergeType;
store = mergeCell.GetStore();
}
/**
* Import a <code>Row</code>.
* <P>
* All the parameters are taken from the <code>RtfTable</code> which contains
* this <code>RtfRow</code> and they do exactely what they say
* @param row
* @param propWidths in percent
* @param tableWidth in percent
* @param pageWidth
* @param cellpadding
* @param cellspacing
* @param borders
* @param borderColor
* @param borderWidth
* @param y
* @return true if importing the row succeeded
*/
public bool ImportRow(Row row, float[] propWidths, int tableWidth, int pageWidth, int cellpadding,
int cellspacing, int borders, Color borderColor, float borderWidth,
int y)
{
// the width of this row is the absolute witdh, calculated from the
// proportional with of the table and the total width of the page
this.origRow = row;
this.width = pageWidth / 100 * tableWidth;
this.cellpadding = cellpadding;
this.cellspacing = cellspacing;
this.borders = borders;
this.borderColor = borderColor;
this.borderWidth = borderWidth;
if (this.borderWidth > 2)
{
this.borderWidth = 2;
}
int cellLeft = 0;
for (int i = 0; i < row.Columns; i++)
{
IElement cell = (IElement)row.GetCell(i);
// cellWidth is an absolute argument
// it's based on the absolute of this row and the proportional
// width of this column
int cellWidth = (int)(width / 100 * propWidths[i]);
if (cell != null)
{
if (cell.Type == Element.CELL)
{
RtfCell rtfCell = (RtfCell)cells[i];
cellLeft = rtfCell.ImportCell((Cell)cell, cellLeft, cellWidth, i, y, cellpadding);
}
}
else
{
RtfCell rtfCell = (RtfCell)cells[i];
cellLeft = rtfCell.ImportCell(null, cellLeft, cellWidth, i, y, cellpadding);
}
}
// recalculate the cell right border and the cumulative width
// on col spanning cells.
// col + row spanning cells are also handled by this loop, because the real cell of
// the upper left corner in such an col, row matrix is copied as first cell
// in each row in this matrix
int columns = row.Columns;
for (int i = 0; i < columns; i++)
{
RtfCell firstCell = (RtfCell)cells[i];
Cell cell = firstCell.GetStore();
int cols = 0;
if (cell != null)
{
cols = cell.Colspan;
}
if (cols > 1)
{
RtfCell lastCell = (RtfCell)cells[i + cols - 1];
firstCell.SetCellRight(lastCell.GetCellRight());
int width = firstCell.GetCellWidth();
for (int j = i + 1; j < i + cols; j++)
{
RtfCell cCell = (RtfCell)cells[j];
width += cCell.GetCellWidth();
}
firstCell.SetCellWidth(width);
i += cols - 1;
}
}
return(true);
}
/**
* Sets the merge type and the <code>RtfCell</code> with which this
* <code>RtfCell</code> is to be merged.
*
* @param mergeType The merge type specifies the kind of merge to be applied
* (MERGE_HORIZ_PREV, MERGE_VERT_PREV, MERGE_BOTH_PREV)
* @param mergeCell The <code>RtfCell</code> that the cell at x and y is to
* be merged with
*/
public void SetMerge(int mergeType, RtfCell mergeCell)
{
this.mergeType = mergeType;
store = mergeCell.GetStore();
}