void MultiColumnFragmentainerGroup::addContentRun(LayoutUnit endOffsetInFlowThread)
{
if (!m_contentRuns.isEmpty() && endOffsetInFlowThread <= m_contentRuns.last().breakOffset())
return;
// Append another item as long as we haven't exceeded used column count. What ends up in the
// overflow area shouldn't affect column balancing.
if (m_contentRuns.size() < m_columnSet.usedColumnCount())
m_contentRuns.append(ContentRun(endOffsetInFlowThread));
}
void InitialColumnHeightFinder::addContentRun(LayoutUnit endOffsetInFlowThread)
{
endOffsetInFlowThread -= spaceUsedByStrutsAt(endOffsetInFlowThread);
if (!m_contentRuns.isEmpty() && endOffsetInFlowThread <= m_contentRuns.last().breakOffset())
return;
// Append another item as long as we haven't exceeded used column count. What ends up in the
// overflow area shouldn't affect column balancing.
if (m_contentRuns.size() < group().columnSet().usedColumnCount())
m_contentRuns.append(ContentRun(endOffsetInFlowThread));
}
void RenderMultiColumnSet::addForcedBreak(LayoutUnit offsetFromFirstPage)
{
if (!multiColumnFlowThread()->requiresBalancing())
return;
if (!m_contentRuns.isEmpty() && offsetFromFirstPage <= m_contentRuns.last().breakOffset())
return;
// Append another item as long as we haven't exceeded used column count. What ends up in the
// overflow area shouldn't affect column balancing.
if (m_contentRuns.size() < m_computedColumnCount)
m_contentRuns.append(ContentRun(offsetFromFirstPage));
}
void InitialColumnHeightFinder::addContentRun(
LayoutUnit endOffsetInFlowThread) {
endOffsetInFlowThread -= spaceUsedByStrutsAt(endOffsetInFlowThread);
if (!m_contentRuns.isEmpty() &&
endOffsetInFlowThread <= m_contentRuns.back().breakOffset())
return;
// Append another item as long as we haven't exceeded used column count. What
// ends up in the overflow area shouldn't affect column balancing. However, if
// we're in a nested fragmentation context, we may still need to record all
// runs, since there'll be no overflow area in the inline direction then, but
// rather additional rows of columns in multiple outer fragmentainers.
if (m_contentRuns.size() >= columnSet().usedColumnCount()) {
const auto* flowThread = columnSet().multiColumnFlowThread();
if (!flowThread->enclosingFragmentationContext() ||
columnSet().newFragmentainerGroupsAllowed())
return;
}
m_contentRuns.append(ContentRun(endOffsetInFlowThread));
}
