Method recalculateAxes_

src/openms_gui/source/VISUAL/Plot1DWidget.cpp:56–87

  }

  void Plot1DWidget::recalculateAxes_()
  {
    // set names
    x_axis_->setLegend(string(canvas()->getMapper().getDim(DIM::X).getDimName()));
    y_axis_->setLegend(string(canvas()->getMapper().getDim(DIM::Y).getDimName()));

    // determine which is the gravity axis (usually equals intensity axis (for LOG mode))
    AxisWidget* other_axis = x_axis_;
    AxisWidget* int_axis = y_axis_;
    // in the unusual case: gravity is on X axis
    if (canvas()->getGravitator().getGravityAxis() == DIM::X)
    {
      swap(other_axis, int_axis);
      //vis_area_xy.swapDimensions();
      //all_area_xy.swapDimensions();
    }
    // from now on, we can assume X-dim = data; Y-dim = gravity=intensity

    // deal with log scaling for intensity axis
    int_axis->setLogScale(canvas()->getIntensityMode() == PlotCanvas::IM_LOG);

    // use visible area. Its the only authority!
    const auto& xy_ranges = canvas()->getVisibleArea().getAreaXY();

    x_axis_->setAxisBounds(xy_ranges.minX(), xy_ranges.maxX());
    y_axis_->setAxisBounds(xy_ranges.minY(), xy_ranges.maxY());

    // assume flipped-y-axis is identical
    flipped_y_axis_->setLegend(y_axis_->getLegend());
    flipped_y_axis_->setLogScale(y_axis_->isLogScale());
    flipped_y_axis_->setAxisBounds(y_axis_->getAxisMinimum(), y_axis_->getAxisMaximum());
  }

  Plot1DWidget::~Plot1DWidget()
  {