QString WindowModelBase::selectionAsHtml () const
{
ENGAUGE_CHECK_PTR (m_view);
int rowLow, colLow, rowHigh, colHigh;
QVector<QString> table;
// Get raw data as a rectangular table. Size may be zero
selectionAsTable (rowLow,
colLow,
rowHigh,
colHigh,
table);
// Concatenate table into output string
QString html;
QTextStream str (&html);
str << "<table>";
for (int row = rowLow; row <= rowHigh; row++) {
str << "<tr>";
for (int col = colLow; col <= colHigh; col++) {
str << "<td>" << table [fold2dIndexes (row, col, rowLow, colLow, colHigh)] << "</td>";
}
str << "<tr>\n";
}
str << "</table>";
return html;
}
QString WindowModelBase::selectionAsText (ExportDelimiter delimiter) const
{
const bool NOT_GNUPLOT = false;
ENGAUGE_CHECK_PTR (m_view);
int rowLow, colLow, rowHigh, colHigh;
QVector<QString> table;
// Get raw data as a rectangular table. Size may be zero
selectionAsTable (rowLow,
colLow,
rowHigh,
colHigh,
table);
// Concatenate table into output string
QString text;
QTextStream str (&text);
for (int row = rowLow; row <= rowHigh; row++) {
QString delimiterStr;
for (int col = colLow; col <= colHigh; col++) {
str << delimiterStr << table [fold2dIndexes (row, col, rowLow, colLow, colHigh)];
delimiterStr = exportDelimiterToText (delimiter,
NOT_GNUPLOT);
}
str << "\n";
}
return text;
}
void WindowModelBase::selectionAsTable (int &rowLow,
int &colLow,
int &rowHigh,
int &colHigh,
QVector<QString> &table) const
{
// This algorithm supports any arbitrary set of selected cells. Specifically, the cells do not need
// to be in a rectangular pattern. A rectangular grid that encompasses all selected cells will be created
QItemSelectionModel *selectionModel = m_view->selectionModel ();
QModelIndexList selection = selectionModel->selectedIndexes ();
if (selection.size () > 0) {
// Gather input. Initialization of row/col limits is needed only to keep some compilers happy
rowLow = 0;
colLow = 0;
rowHigh = 0;
colHigh = 0;
bool isFirst = true;
for (QModelIndexList::const_iterator itr = selection.begin(); itr != selection.end(); itr++) {
QModelIndex index = *itr;
if (isFirst || index.row () < rowLow ) rowLow = index.row ();
if (isFirst || index.row () > rowHigh) rowHigh = index.row ();
if (isFirst || index.column () < colLow ) colLow = index.column ();
if (isFirst || index.column () > colHigh) colHigh = index.column ();
isFirst = false;
}
int numRows = rowHigh - rowLow + 1;
int numCols = colHigh - colLow + 1;
// Put data into two dimensional rowXcolumn table is handled as a flattened vector. Table is initialized
// with empty strings
table.resize (numRows * numCols);
for (int i = 0; i < selection.size (); i++) {
QModelIndex index = selection [i];
QVariant d = data (index);
QString text = d.toString ();
table [fold2dIndexes (index.row(), index.column(), rowLow, colLow, colHigh)] = text;
}
} else {
// Table has zero size
rowLow = 0;
colLow = 0;
rowHigh = -1;
colHigh = -1;
}
}
double Matrix::get (int row, int col) const
{
int foldedIndex = fold2dIndexes (row, col);
return m_vector [foldedIndex];
}
void Matrix::set (int row, int col, double value)
{
m_vector [fold2dIndexes (row, col)] = value;
}
