Uses of Class
org.apache.fop.layoutmgr.PageBreakingAlgorithm

Packages that use PageBreakingAlgorithm

Package	Description
org.apache.fop.layoutmgr	FOP's layout engine.

Uses of PageBreakingAlgorithm in org.apache.fop.layoutmgr

Subclasses of PageBreakingAlgorithm in org.apache.fop.layoutmgr

Modifier and Type	Class	Description
class	BalancingColumnBreakingAlgorithm	This is a the breaking algorithm that is responsible for balancing columns in multi-column layout.

Fields in org.apache.fop.layoutmgr declared as PageBreakingAlgorithm

Modifier and Type	Field	Description
private PageBreakingAlgorithm	BlockContainerLayoutManager.BlockContainerBreaker.deferredAlg

Methods in org.apache.fop.layoutmgr with parameters of type PageBreakingAlgorithm

Modifier and Type	Method	Description
protected void	AbstractBreaker.addAreas(PageBreakingAlgorithm alg, int startPart, int partCount, AbstractBreaker.BlockSequence originalList, AbstractBreaker.BlockSequence effectiveList)
protected void	AbstractBreaker.addAreas(PageBreakingAlgorithm alg, int startPart, int partCount, AbstractBreaker.BlockSequence originalList, AbstractBreaker.BlockSequence effectiveList, LayoutContext childLC)	Phase 3 of Knuth algorithm: Adds the areas
protected void	AbstractBreaker.addAreas(PageBreakingAlgorithm alg, int partCount, AbstractBreaker.BlockSequence originalList, AbstractBreaker.BlockSequence effectiveList)	Phase 3 of Knuth algorithm: Adds the areas
protected void	PageBreaker.addAreas(PageBreakingAlgorithm alg, int startPart, int partCount, AbstractBreaker.BlockSequence originalList, AbstractBreaker.BlockSequence effectiveList, LayoutContext childLC)
protected void	AbstractBreaker.addAreasForFloats(PageBreakingAlgorithm alg, int startPart, int partCount, AbstractBreaker.BlockSequence originalList, AbstractBreaker.BlockSequence effectiveList, LayoutContext childLC, int lastBreak, int startElementIndex, int endElementIndex)
protected void	PageBreaker.addAreasForFloats(PageBreakingAlgorithm alg, int startPart, int partCount, AbstractBreaker.BlockSequence originalList, AbstractBreaker.BlockSequence effectiveList, LayoutContext childLC, int lastBreak, int startElementIndex, int endElementIndex)
protected abstract void	AbstractBreaker.doPhase3(PageBreakingAlgorithm alg, int partCount, AbstractBreaker.BlockSequence originalList, AbstractBreaker.BlockSequence effectiveList)	Phase 3 of Knuth algorithm: Adds the areas
protected void	BlockContainerLayoutManager.BlockContainerBreaker.doPhase3(PageBreakingAlgorithm alg, int partCount, AbstractBreaker.BlockSequence originalList, AbstractBreaker.BlockSequence effectiveList)
protected void	LocalBreaker.doPhase3(PageBreakingAlgorithm alg, int partCount, AbstractBreaker.BlockSequence originalList, AbstractBreaker.BlockSequence effectiveList)
protected void	PageBreaker.doPhase3(PageBreakingAlgorithm alg, int partCount, AbstractBreaker.BlockSequence originalList, AbstractBreaker.BlockSequence effectiveList)	Phase 3 of Knuth algorithm: Adds the areas
private void	RestartAtLM.findPositionIndex(AbstractBreaker breaker, BreakingAlgorithm.KnuthNode optimalBreak, PageBreakingAlgorithm alg, int start)
private void	RestartAtLM.findPositionIndexForBlockLayout(AbstractBreaker breaker, BreakingAlgorithm.KnuthNode optimalBreak, PageBreakingAlgorithm alg)
protected abstract void	AbstractBreaker.finishPart(PageBreakingAlgorithm alg, AbstractBreaker.PageBreakPosition pbp)	Finish part.
protected void	BlockContainerLayoutManager.BlockContainerBreaker.finishPart(PageBreakingAlgorithm alg, AbstractBreaker.PageBreakPosition pbp)
protected void	LocalBreaker.finishPart(PageBreakingAlgorithm alg, AbstractBreaker.PageBreakPosition pbp)
protected void	PageBreaker.finishPart(PageBreakingAlgorithm alg, AbstractBreaker.PageBreakPosition pbp)	Finish part.
protected LayoutManager	RestartAtLM.getRestartAtLM(AbstractBreaker breaker, PageBreakingAlgorithm alg, boolean ipdChangesOnNextPage, boolean onLastPageAndIPDChanges, boolean visitedBefore, AbstractBreaker.BlockSequence blockList, int start)
protected int	AbstractBreaker.handleFloatLayout(PageBreakingAlgorithm alg, int optimalPageCount, AbstractBreaker.BlockSequence blockList, LayoutContext childLC)
protected int	PageBreaker.handleFloatLayout(PageBreakingAlgorithm alg, int optimalPageCount, AbstractBreaker.BlockSequence blockList, LayoutContext childLC)
protected void	AbstractBreaker.prepareToRedoLayout(PageBreakingAlgorithm alg, int partCount, AbstractBreaker.BlockSequence originalList, AbstractBreaker.BlockSequence effectiveList)
protected void	PageBreaker.prepareToRedoLayout(PageBreakingAlgorithm alg, int partCount, AbstractBreaker.BlockSequence originalList, AbstractBreaker.BlockSequence effectiveList)
private void	PageBreaker.redoLayout(PageBreakingAlgorithm alg, int partCount, AbstractBreaker.BlockSequence originalList, AbstractBreaker.BlockSequence effectiveList)	Restart the algorithm at the break corresponding to the given partCount.
void	PageSequenceLayoutManager.retrieveFootnotes(PageBreakingAlgorithm alg)
void	PageBreaker.retrieveFootones(PageBreakingAlgorithm alg)
private boolean	AbstractBreaker.shouldRedoLayoutWithoutPagePositionOnly(boolean ipdChangesOnNextPage, int optimalPageCount, PageBreakingAlgorithm alg)
private boolean	AbstractBreaker.thereIsANonRestartableLM(PageBreakingAlgorithm alg)