cartesianLayout function

CartesianLayout cartesianLayout({
  1. required List<String> categories,
  2. required List<List<double>> all,
  3. required bool stacked,
  4. required Size viewport,
  5. String density = 'default',
  6. bool condensed = false,
  7. String? tickVariant,
})

Implementation

CartesianLayout cartesianLayout({required List<String> categories, required List<List<double>> all, required bool stacked, required Size viewport, String density = 'default', bool condensed = false, String? tickVariant}) {
  final variant = _resolveTickVariant(condensed: condensed, tickVariant: tickVariant, viewportWidth: viewport.width);
  if (condensed) {
    return _condensedLayoutPass(categories: categories, all: all, stacked: stacked, viewport: viewport, variant: variant);
  }
  // The buttons take a row below the plot, so a scrolling chart
  // gets a second pass with the reduced height. A smaller height
  // can only widen slots (fewer label lines fit), never un-scroll,
  // so the second pass stays consistent.
  var layout = _cartesianLayoutPass(categories: categories, all: all, stacked: stacked, viewport: viewport, buttonsH: 0, base: _densitySlot(density), variant: variant);
  if (layout.needsScroll) {
    layout = _cartesianLayoutPass(categories: categories, all: all, stacked: stacked, viewport: viewport, buttonsH: 36, base: _densitySlot(density), variant: variant);
  }
  return layout;
}