LayoutRect BoxShape::shapePaddingLogicalBoundingBox() const
{
FloatRect paddingBounds(m_bounds.rect());
if (shapePadding() > 0)
paddingBounds.inflate(-shapePadding());
return static_cast<LayoutRect>(paddingBounds);
}
const RasterShapeIntervals& RasterShape::paddingIntervals() const
{
ASSERT(shapePadding() >= 0);
if (!shapePadding())
return *m_intervals;
// FIXME: Add support for non-zero padding, see https://bugs.webkit.org/show_bug.cgi?id=116348.
return *m_intervals;
}
FloatRoundedRect BoxShape::shapePaddingBounds() const
{
FloatRoundedRect paddingBounds(m_bounds);
if (shapePadding() > 0) {
paddingBounds.inflate(-shapePadding());
paddingBounds.expandRadii(-shapePadding());
}
return paddingBounds;
}
const FloatPolygon& ExclusionPolygon::shapePaddingBounds() const
{
ASSERT(shapePadding() >= 0);
if (!shapePadding())
return m_polygon;
if (!m_paddingBounds)
m_paddingBounds = computeShapePaddingBounds(m_polygon, shapePadding(), m_polygon.fillRule());
return *m_paddingBounds;
}
BoxShape::BoxShape(const FloatRoundedRect& bounds)
: Shape()
, m_bounds(bounds)
, m_marginBounds(bounds)
, m_paddingBounds(bounds)
{
if (shapeMargin() > 0) {
m_marginBounds.inflate(shapeMargin());
m_marginBounds.expandRadii(shapeMargin());
}
if (shapePadding() > 0) {
m_paddingBounds.inflate(-shapePadding());
m_paddingBounds.expandRadii(-shapePadding());
}
}
FloatRoundedRect RectangleShape::shapePaddingBounds() const
{
if (!m_haveInitializedPaddingBounds) {
m_haveInitializedPaddingBounds = true;
m_paddingBounds = m_bounds.paddingBounds(shapePadding());
}
return m_paddingBounds;
}
