Uses of Class
eu.bandm.music.entities.MTree

Packages that use MTree

Package	Description
eu.bandm.music.entities	All fundamental entities for modeling music.

Uses of MTree in eu.bandm.music.entities

Fields in eu.bandm.music.entities declared as MTree

Modifier and Type	Field	Description
protected final MTree	MCover.MetricNotHitException.metricTree
protected final MTree	MCover.metricTree	The top-level metric tree (modelling the whole measure) as passed to MCover.process(MTree, CheckedParameters_approximate, CheckedParameters_divide, List).
protected final MTree	MSplitter.metricTree	The growing metric tree.
protected final MTree	MKinds.MKind.mtree
(package private) @Opt MTree	MTree.parent	The parent node of this tree node.

Fields in eu.bandm.music.entities with type parameters of type MTree

Modifier and Type	Field	Description
protected final Set<MTree>	MSplitter.Result.additionalProportions	Recognized dotted structures which possibly require an additional proportion.
protected Set<MTree>	MSplitter.fromNegativeDotting	Stemend for negative dottings are inherited from the right-most merged node and must not be overwritten when summing up the durations of the morged nodes.
(package private) List<List<MTree>>	MCover.ic	The accumulator for the result; maps (via index) events to lists of MTree nodes.
protected List<List<MTree>>	MSplitter.Result.initialCoverage	The intermediately calculated IC.
(package private) final @Opt List<MTree>	MTree.Printable.list
(package private) Map<MTree,MTree>	MCover.newAlts	Synthesized alternatives for nodes.
(package private) Map<MTree,MTree>	MCover.newAlts	Synthesized alternatives for nodes.
protected final Map<MTree,MTree.Printable>	MSplitter.Result.printables_transformed	FIXME DOCU
protected final Set<MTree>	MSplitter.Result.printed	The result: Set of the nodes, the start points of which carry a note symbol.
protected final Map<MTree,StemEnd>	MSplitter.Result.stemEnds	The beams of the printed note symbols.
protected final Map<MTree,Rational>	MSplitter.Result.summedDuration	Convenience cache: The duration represented by the printed note symbols coming from MXs=merging transformations.

Methods in eu.bandm.music.entities that return MTree

Modifier and Type	Method	Description
(package private) MTree	MTree.cloneAsAlternative()	Copying constructor.
MTree	MSplitter.get_metricTree()	Returns the metric tree in its current state, as modified by all preceding metric splitting tasks.
@Opt MTree	MTree.get_parent()	Return the parent node.
@Opt MTree	MTree.getFollowingSibling()	Returns the node which is child of the same parent, and one position further, iff it exists, otherwise null.
@Opt MTree	MTree.getPrecedingSibling()	Returns the node which is child of the same parent, and one position earlier, iff it exists, otherwise null.
MTree	MTree.getTopNode()	Get the top most node to which this node is linked as a descendant.
static MTree	MTree.install(MTreeSpec mt, MTree.CheckedParameters params)	Only factory method for a user to create an MTree.
protected MTree	MCover.makeSyntheticAlternative(MTree mt, int division)	Search if a synthetic alternative with this division already exists, otherwise make one and memorize it for later tree insertion.
protected MTree	MTree.self()	Necessary to avoid "unchecked cast" warning when returning "this" instance in the parameterized superclass MTree_.

Methods in eu.bandm.music.entities that return types with arguments of type MTree

Modifier and Type	Method	Description
List<List<MTree>>	MCover.get_ic()	Return the accumulated result, which maps events (by their index) to lists of nodes.
List<List<MTree>>	MSplitter.Result.get_InitialCoverage()	Return the initial coverage calculated during the msplit process.

Methods in eu.bandm.music.entities with parameters of type MTree

Modifier and Type	Method	Description
abstract void	MTree.Visitor.action(MTree mt)	Payload method to be overridden by user.
void	MKinds.add(eu.bandm.tools.location.Location<eu.bandm.tools.util.xml.XMLDocumentIdentifier> loc, String name, MTree mtree, Map<String,String> reprs)
(package private) static void	MCover.addAlternative(MTree base, MTree alt)
(package private) void	MCover.addNode(MTree mt, int compareResult)	Store to the result the fact that the given arguments (node and event) are related.
(package private) void	MSplitter.Result.adjustBeamsLocally(MTree node, StemEnd se)	Remove stemlets considered redundant according to parameters.
(package private) void	MSplitter.Result.countPrintedChilds(int[] result, MTree left, MTree right)
protected void	MTree.Visitor.descend(MTree mt)
protected void	MTree.Visitor.do_visit(MTree mt)	Internal worker method, called recursively depth first.
protected void	MCover.do1Alt(MTree mt)	Test to split the duration of one alternative (of possibly several), which all are EXPLICIT nodes (=from MTS, not synthetic).
protected void	MCover.doAlts(MTree mt)	Test the sub-nodes and the alternatives of a node which is not completely in the current event interval, so some sub-nodes must be found to cover that interval.
protected void	MCover.doApprox(MTree mt, int index, int upto, boolean endIsHit)	One ore more event starts lie truely in the current node's interval, partly with prime factors != 2.
protected void	MCover.doFC_bin(MTree mt)	Here the bottom of the MTree is reached: only binary divisions are required, all other primes factors have already been realized somewhere above.
protected void	MCover.doFC_synt(MTree mt, MStackingPlanner.Plan spontPlan)	Is only called if synthesizing is necessary.
protected void	MCover.doFC_top(MTree mt)	Main method for finding the Initial MCover; called once for the top node from MCover.process(MTree,CheckedParameters_approximate,CheckedParameters_divide,List), and later repeatedly for different alternatives in the middle of MCover.do1Alt(MTree).
protected void	MCover.doSynthOrImplicit(MTree mt, MStackingPlanner.Plan spontPlan)	The current event interval is truely included in that of the MTree node, but there are no child nodes.
protected StemEnd	MSplitter.Result.getStemEnd(MTree node)	Get the stem end (left and right long and short beams) for the given node.
boolean	MTree.isFollowingSiblingOf(MTree predec)	Returns whether this node is child of the same parent as the argument, and one position further.
(package private) MStackingPlanner.Plan	MStackingPlanner.makePlan(MTree mt, int eventToProcess, int upto, List<Rational> limits)	Central service provider; is only called when synthesizing is necessary (= to add a new alterative to "mt").
protected MTree	MCover.makeSyntheticAlternative(MTree mt, int division)	Search if a synthetic alternative with this division already exists, otherwise make one and memorize it for later tree insertion.
static MCover	MCover.process(MTree metricTree, @Opt MCover.CheckedParameters_approximate parameters_approximate, @Opt MCover.CheckedParameters_divide parameters_divide, List<Rational> limits)	Main entry method: Finds the lists of all completely covered and maximal nodes for a list of events.
static MCover	MCover.process(MTree metricTree, MCover.CheckedParameters_divide parameters_divide, List<Rational> limits)	A standard MStackingPlanner is used.
static MCover	MCover.process(MTree metricTree, MCover.CheckedParameters_divide parameters_divide, List<Rational> limits, MStackingPlanner stackingPlanner)	Same functionality as MCover.process(MTree,CheckedParameters_divide,List), but a different bracket order stacking planner can be plugged in.
(package private) void	MSplitter.Result.putSum(MTree node, Rational dura)
protected void	MSplitter.Result.WriteOut.testOpenBrackets(MTree start, boolean printedNode)	Called for each node to open essential n-plet-brackets, iff necessary for the following duration values.
abstract void	MetricConsumer.WriteOut.writeOut(int index, MTree node, RationalDuration.DottedBaseDuration symbol, Rational proportion, StemEnd beams, boolean isSound, boolean isFirst, boolean isLast)	Write out one symbol of an event.
void	MSplitter.Result.Dumper.writeOut(int index, MTree node, RationalDuration.DottedBaseDuration symbol, Rational proportion, StemEnd beams, boolean isSound, boolean isFirst, boolean isLast)
abstract void	MSplitter.Result.WriteOut.writeOut(int index, MTree node, RationalDuration.DottedBaseDuration symbol, Rational proportion, StemEnd beams, boolean isSound, boolean isFirst, boolean isLast)	Write out one symbol of an event.

Method parameters in eu.bandm.music.entities with type arguments of type MTree

Modifier and Type	Method	Description
protected void	MTree.do_collect_genuine_beams(StemEnd se_parent, List<MTree> subtrees)
protected void	MSplitter.parseSiblingsAndDottings(List<MTree> irep, boolean isPause, Set<MTree> printThem, Map<MTree,StemEnd> stemEnds)	Delivers all nodes which shall appear in the notation as a symbol, in the output set argument "printThem".
protected void	MSplitter.parseSiblingsAndDottings(List<MTree> irep, boolean isPause, Set<MTree> printThem, Map<MTree,StemEnd> stemEnds)	Delivers all nodes which shall appear in the notation as a symbol, in the output set argument "printThem".
protected void	MSplitter.parseSiblingsAndDottings(List<MTree> irep, boolean isPause, Set<MTree> printThem, Map<MTree,StemEnd> stemEnds)	Delivers all nodes which shall appear in the notation as a symbol, in the output set argument "printThem".
(package private) void	MSplitter.splitDots_withBeams(List<MTree> irep, Set<MTree> printThem, Map<MTree,StemEnd> stemEnds, int dotsCount, boolean dotsCountIsMax, int startPos, int endPos, boolean leftNotRight, boolean positiveDotting)	Add nodes from Initial Coverage to result, representing a sequence of dotted values not exceeding maxDots.
(package private) void	MSplitter.splitDots_withBeams(List<MTree> irep, Set<MTree> printThem, Map<MTree,StemEnd> stemEnds, int dotsCount, boolean dotsCountIsMax, int startPos, int endPos, boolean leftNotRight, boolean positiveDotting)	Add nodes from Initial Coverage to result, representing a sequence of dotted values not exceeding maxDots.
(package private) void	MSplitter.splitDots_withBeams(List<MTree> irep, Set<MTree> printThem, Map<MTree,StemEnd> stemEnds, int dotsCount, boolean dotsCountIsMax, int startPos, int endPos, boolean leftNotRight, boolean positiveDotting)	Add nodes from Initial Coverage to result, representing a sequence of dotted values not exceeding maxDots.
protected boolean	MSplitter.testForSyncopeAndHemiola(List<MTree> irep, boolean isSound)	Returns whether the node list, representing one event, can be replaced by one single symbol, due to syncope or hemiola rules.
protected void	MSplitter.Result.WriteOut.x_writeOut(int index, List<MTree> nodes, Rational currentProportion, boolean isSound, boolean isFirst, boolean isLast)	A wrapper which calls the real "writeout()" for a list of nodes, which come from a cache.

Constructors in eu.bandm.music.entities with parameters of type MTree

Modifier	Constructor	Description
	MetricNotHitException(MTree metricTree, Rational startPos)
	MKind(eu.bandm.tools.location.Location<eu.bandm.tools.util.xml.XMLDocumentIdentifier> loc, String shortName, MTree mtree, Map<String,String> backend_representations)