void wxHtmlListCell::Layout(int w)
{
wxHtmlCell::Layout(w);
ComputeMinMaxWidths();
m_Width = wxMax(m_Width, wxMin(w, GetMaxTotalWidth()));
int s_width = m_Width - m_IndentLeft;
int vpos = 0;
for (int r = 0; r < m_NumRows; r++)
{
// do layout first time to layout contents and adjust pos
m_RowInfo[r].mark->Layout(m_ListmarkWidth);
m_RowInfo[r].cont->Layout(s_width - m_ListmarkWidth);
const int base_mark = ComputeMaxBase( m_RowInfo[r].mark );
const int base_cont = ComputeMaxBase( m_RowInfo[r].cont );
const int adjust_mark = vpos + wxMax(base_cont-base_mark,0);
const int adjust_cont = vpos + wxMax(base_mark-base_cont,0);
m_RowInfo[r].mark->SetPos(m_IndentLeft, adjust_mark);
m_RowInfo[r].cont->SetPos(m_IndentLeft + m_ListmarkWidth, adjust_cont);
vpos = wxMax(adjust_mark + m_RowInfo[r].mark->GetHeight(),
adjust_cont + m_RowInfo[r].cont->GetHeight());
}
m_Height = vpos;
}
void wxHtmlTableCell::Layout(int w)
{
ComputeMinMaxWidths();
wxHtmlCell::Layout(w);
/*
WIDTH ADJUSTING :
*/
if (m_WidthFloatUnits == wxHTML_UNITS_PERCENT)
{
if (m_WidthFloat < 0)
{
if (m_WidthFloat < -100)
m_WidthFloat = -100;
m_Width = (100 + m_WidthFloat) * w / 100;
}
else
{
if (m_WidthFloat > 100)
m_WidthFloat = 100;
m_Width = m_WidthFloat * w / 100;
}
}
else
{
if (m_WidthFloat < 0) m_Width = w + m_WidthFloat;
else m_Width = m_WidthFloat;
}
/*
LAYOUT :
*/
/* 1. setup columns widths:
The algorithm tries to keep the table size less than w if possible.
*/
{
int wpix = m_Width - (m_NumCols + 1) * m_Spacing - 2 * m_Border; // Available space for cell content
int i, j;
// 1a. setup fixed-width columns:
for (i = 0; i < m_NumCols; i++)
if (m_ColsInfo[i].units == wxHTML_UNITS_PIXELS)
{
m_ColsInfo[i].pixwidth = wxMax(m_ColsInfo[i].width,
m_ColsInfo[i].minWidth);
wpix -= m_ColsInfo[i].pixwidth;
}
// 1b. Calculate maximum possible width if line wrapping would be disabled
// Recalculate total width if m_WidthFloat is zero to keep tables as small
// as possible.
int maxWidth = 0;
for (i = 0; i < m_NumCols; i++)
if (m_ColsInfo[i].width == 0)
{
maxWidth += m_ColsInfo[i].maxWidth;
}
if (!m_WidthFloat)
{
// Recalculate table width since no table width was initially given
int newWidth = m_Width - wpix + maxWidth;
// Make sure that floating-width columns will have the right size.
// Calculate sum of all floating-width columns
int percentage = 0;
for (i = 0; i < m_NumCols; i++)
if ((m_ColsInfo[i].units == wxHTML_UNITS_PERCENT) && (m_ColsInfo[i].width != 0))
percentage += m_ColsInfo[i].width;
if (percentage >= 100)
newWidth = w;
else
newWidth = newWidth * 100 / (100 - percentage);
newWidth = wxMin(newWidth, w - (m_NumCols + 1) * m_Spacing - 2 * m_Border);
wpix -= m_Width - newWidth;
m_Width = newWidth;
}
// 1c. setup floating-width columns:
int wtemp = wpix;
for (i = 0; i < m_NumCols; i++)
if ((m_ColsInfo[i].units == wxHTML_UNITS_PERCENT) && (m_ColsInfo[i].width != 0))
{
m_ColsInfo[i].pixwidth = wxMin(m_ColsInfo[i].width, 100) * wpix / 100;
// Make sure to leave enough space for the other columns
int minRequired = m_Border;
for (j = 0; j < m_NumCols; j++)
{
if ((m_ColsInfo[j].units == wxHTML_UNITS_PERCENT && j > i) ||
!m_ColsInfo[j].width)
minRequired += m_ColsInfo[j].minWidth;
}
m_ColsInfo[i].pixwidth = wxMax(wxMin(wtemp - minRequired, m_ColsInfo[i].pixwidth), m_ColsInfo[i].minWidth);
wtemp -= m_ColsInfo[i].pixwidth;
}
wpix = wtemp; // minimum cells width
// 1d. setup default columns (no width specification supplied):
// The algorithm assigns calculates the maximum possible width if line
// wrapping would be disabled and assigns column width as a fraction
// based upon the maximum width of a column
// FIXME: I'm not sure if this algorithm is conform to HTML standard,
// though it seems to be much better than the old one
for (i = j = 0; i < m_NumCols; i++)
if (m_ColsInfo[i].width == 0) j++;
if (wpix < m_Border)
wpix = m_Border;
// Assign widths
for (i = 0; i < m_NumCols; i++)
if (m_ColsInfo[i].width == 0)
{
// Assign with, make sure not to drop below minWidth
if (maxWidth)
m_ColsInfo[i].pixwidth = (int)(wpix * (m_ColsInfo[i].maxWidth / (float)maxWidth) + 0.5);
else
m_ColsInfo[i].pixwidth = wpix / j;
// Make sure to leave enough space for the other columns
int minRequired = 0;
int r;
for (r = i + 1; r < m_NumCols; r++)
{
if (!m_ColsInfo[r].width)
minRequired += m_ColsInfo[r].minWidth;
}
m_ColsInfo[i].pixwidth = wxMax(wxMin(wpix - minRequired, m_ColsInfo[i].pixwidth), m_ColsInfo[i].minWidth);
if (maxWidth)
{
if (m_ColsInfo[i].pixwidth > (wpix * (m_ColsInfo[i].maxWidth / (float)maxWidth) + 0.5))
{
int diff = (int)(m_ColsInfo[i].pixwidth - (wpix * m_ColsInfo[i].maxWidth / (float)maxWidth + 0.5));
maxWidth += diff - m_ColsInfo[i].maxWidth;
}
else
maxWidth -= m_ColsInfo[i].maxWidth;
}
wpix -= m_ColsInfo[i].pixwidth;
}
}
/* 2. compute positions of columns: */
{
int wpos = m_Spacing + m_Border;
for (int i = 0; i < m_NumCols; i++)
{
m_ColsInfo[i].leftpos = wpos;
wpos += m_ColsInfo[i].pixwidth + m_Spacing;
}
// add the remaining space to the last column
if (m_NumCols > 0 && wpos < m_Width - m_Border)
m_ColsInfo[m_NumCols-1].pixwidth += m_Width - wpos - m_Border;
}
/* 3. sub-layout all cells: */
{
int *ypos = new int[m_NumRows + 1];
int actcol, actrow;
int fullwid;
wxHtmlContainerCell *actcell;
ypos[0] = m_Spacing + m_Border;
for (actrow = 1; actrow <= m_NumRows; actrow++) ypos[actrow] = -1;
for (actrow = 0; actrow < m_NumRows; actrow++)
{
if (ypos[actrow] == -1) ypos[actrow] = ypos[actrow-1];
// 3a. sub-layout and detect max height:
for (actcol = 0; actcol < m_NumCols; actcol++) {
if (m_CellInfo[actrow][actcol].flag != cellUsed) continue;
actcell = m_CellInfo[actrow][actcol].cont;
fullwid = 0;
for (int i = actcol; i < m_CellInfo[actrow][actcol].colspan + actcol; i++)
fullwid += m_ColsInfo[i].pixwidth;
fullwid += (m_CellInfo[actrow][actcol].colspan - 1) * m_Spacing;
actcell->SetMinHeight(m_CellInfo[actrow][actcol].minheight, m_CellInfo[actrow][actcol].valign);
actcell->Layout(fullwid);
if (ypos[actrow] + actcell->GetHeight() + m_CellInfo[actrow][actcol].rowspan * m_Spacing > ypos[actrow + m_CellInfo[actrow][actcol].rowspan])
ypos[actrow + m_CellInfo[actrow][actcol].rowspan] =
ypos[actrow] + actcell->GetHeight() + m_CellInfo[actrow][actcol].rowspan * m_Spacing;
}
}
for (actrow = 0; actrow < m_NumRows; actrow++)
{
// 3b. place cells in row & let'em all have same height:
for (actcol = 0; actcol < m_NumCols; actcol++)
{
if (m_CellInfo[actrow][actcol].flag != cellUsed) continue;
actcell = m_CellInfo[actrow][actcol].cont;
actcell->SetMinHeight(
ypos[actrow + m_CellInfo[actrow][actcol].rowspan] - ypos[actrow] - m_Spacing,
m_CellInfo[actrow][actcol].valign);
fullwid = 0;
for (int i = actcol; i < m_CellInfo[actrow][actcol].colspan + actcol; i++)
fullwid += m_ColsInfo[i].pixwidth;
fullwid += (m_CellInfo[actrow][actcol].colspan - 1) * m_Spacing;
actcell->Layout(fullwid);
actcell->SetPos(m_ColsInfo[actcol].leftpos, ypos[actrow]);
}
}
m_Height = ypos[m_NumRows] + m_Border;
delete[] ypos;
}
/* 4. adjust table's width if it was too small: */
if (m_NumCols > 0)
{
int twidth = m_ColsInfo[m_NumCols-1].leftpos +
m_ColsInfo[m_NumCols-1].pixwidth + m_Spacing + m_Border;
if (twidth > m_Width)
m_Width = twidth;
}
}
