std::string LinePlotOptions::saveToProject() const {
MantidQt::API::TSVSerialiser tsv;
tsv.writeLine("PlotAxis") << getPlotAxis();
tsv.writeLine("LogYScale") << isLogScaledY();
tsv.writeLine("Normalization") << static_cast<int>(getNormalization());
return tsv.outputLines();
}
std::string MatrixModel::saveToProject() {
MantidQt::API::TSVSerialiser tsv;
for (int row = 0; row < d_rows; ++row) {
// Index to the first element of each row
const int rowStart = d_cols * row;
// If the row is empty, we can skip it
bool emptyRow = true;
for (int col = 0; col < d_cols; ++col)
if (gsl_finite(d_data[rowStart + col])) {
emptyRow = false;
break;
}
if (emptyRow)
continue;
// Write out the values for the row
tsv.writeLine(Mantid::Kernel::Strings::toString<int>(row));
for (int col = 0; col < d_cols; ++col) {
double val = d_data[rowStart + col];
if (gsl_finite(val))
tsv << QString::number(val, 'e', 16);
else if (col + 1 < d_cols)
tsv << ""; // If we're not the last element, put in an empty spacer
}
}
return tsv.outputLines();
}
std::string Grid::saveToString() {
MantidQt::API::TSVSerialiser tsv;
tsv.writeLine("grid");
tsv << xEnabled() << xMinEnabled();
tsv << yEnabled() << yMinEnabled();
tsv << majPenX().color().name();
tsv << majPenX().style() - 1;
tsv << majPenX().widthF();
tsv << minPenX().color().name();
tsv << minPenX().style() - 1;
tsv << minPenX().widthF();
tsv << majPenY().color().name();
tsv << majPenY().style() - 1;
tsv << majPenY().widthF();
tsv << minPenY().color().name();
tsv << minPenY().style() - 1;
tsv << minPenY().widthF();
tsv << xZeroLineEnabled() << yZeroLineEnabled();
tsv << xAxis() << yAxis();
tsv << testRenderHint(QwtPlotItem::RenderAntialiased);
return tsv.outputLines();
}