Uses of Class
jmri.Section

Packages that use Section

jmri	Provides basic interfaces and certain core implementations for the JMRI layout management concepts.
jmri.jmrit.dispatcher

Uses of Section in jmri

Methods in jmri that return Section

Section	SectionManager.createNewSection(String userName)
Section	SectionManager.createNewSection(String systemName, String userName) Method to create a new Section if the Section does not exist Returns null if a Section with the same systemName or userName already exists, or if there is trouble creating a new Section.
Section	SectionManager.getBySystemName(String name)
Section	SectionManager.getByUserName(String key)
Section	TransitSection.getSection() Access methods
Section	SectionManager.getSection(String name) Method to get an existing Section.
Section	Transit.getSectionFromBlockAndSeq(Block b, int seq) Returns a Section from one of its Blocks and its sequence number
Section	Transit.getSectionFromConnectedBlockAndSeq(Block b, int seq) Returns a Section from one of its EntryPoint Blocks and its sequence number

Methods in jmri that return types with arguments of type Section

ArrayList<Section>

Transit.getSectionListBySeq(int seq) Get a List of Sections with a given sequence number

Methods in jmri with parameters of type Section

boolean	Transit.containsSection(Section s) Test if a Section is in the Transit
void	SectionManager.deleteSection(Section y) Remove an existing Section
int	Transit.getDirectionFromSectionAndSeq(Section s, int seq) Gets the direction of a Section in the transit from its sequence number Returns 0 if direction was not found.
EntryPoint	Section.getEntryPointFromSection(Section s, int dir) Returns the EntryPoint for entry from specified Section for travel in specified direction Returns 'null' if not found.
EntryPoint	Section.getExitPointToSection(Section s, int dir) Returns the EntryPoint for exit to specified Section for travel in specified direction Returns 'null' if not found.
ArrayList<Integer>	Transit.getSeqListBySection(Section s) Get a List of sequence numbers for a given Section
TransitSection	Transit.getTransitSectionFromSectionAndSeq(Section s, int seq) Gets a TransitSection in the transit from its Section and Section sequence number Returns null if TransitSection was not found.

Constructors in jmri with parameters of type Section

TransitSection(Section s, int seq, int direction)
Main constructor method

TransitSection(Section s, int seq, int direction, boolean alt)
Convenience constructor

Uses of Section in jmri.jmrit.dispatcher

Methods in jmri.jmrit.dispatcher that return Section

protected Section	AutoAllocate.autoNextSectionChoice(ArrayList<Section> sList, AllocationRequest ar) Entered to request a choice of Next Section when a Section is being allocated and there are alternate Section choices for the next Section.
Section	ActiveTrain.getEndBlockSection()
Section	ActiveTrain.getLastAllocatedSection()
Section	AllocatedSection.getNextSection()
Section	ActiveTrain.getNextSectionToAllocate()
protected Section	ActiveTrain.getSecondAllocatedSection()
Section	AllocationRequest.getSection() Access methods
Section	AllocatedSection.getSection() Access methods
protected Section	AllocationPlan.getTargetSection(int i)

Methods in jmri.jmrit.dispatcher with parameters of type Section

AllocatedSection	DispatcherFrame.allocateSection(AllocationRequest ar, Section ns) Allocates a Section to an Active Train according to the information in an AllocationRequest If successful, returns an AllocatedSection and removes the AllocationRequest from the queue.
protected boolean	AutoTurnouts.checkTurnoutsInSection(Section s, int seqNum, Section nextSection, ActiveTrain at, LayoutEditor le) Check that all turnouts are correctly set for travel in the designated Section to the next Section.
protected AllocationRequest	DispatcherFrame.findAllocationRequestInQueue(Section s, int seq, int dir, ActiveTrain at)
int	ActiveTrain.getAllocationDirectionFromSectionAndSeq(Section s, int seqNo)
int	ActiveTrain.getRunningDirectionFromSectionAndSeq(Section s, int seqNo)
String	DispatcherFrame.getSectionName(Section sec)
protected boolean	DispatcherFrame.requestAllocation(ActiveTrain activeTrain, Section section, int direction, int seqNumber, boolean showErrorMessages, JmriJFrame frame) Creates an Allocation Request, and registers it with Dispatcher Required input entries: activeTrain - ActiveTrain requesting the allocation section - Section to be allocated direction - direction of travel in the allocated Section seqNumber - sequence number of the Section in the Transit of the ActiveTrain.
void	ActiveTrain.setEndBlockSection(Section eSection)
protected void	AllocationPlan.setTargetSection(Section s, int seq, int i)
protected boolean	AutoTurnouts.setTurnoutsInSection(Section s, int seqNum, Section nextSection, ActiveTrain at, LayoutEditor le, boolean alwaysSet) Set all turnouts for travel in the designated Section to the next Section.

Method parameters in jmri.jmrit.dispatcher with type arguments of type Section

protected Section

AutoAllocate.autoNextSectionChoice(ArrayList<Section> sList, AllocationRequest ar) Entered to request a choice of Next Section when a Section is being allocated and there are alternate Section choices for the next Section.

Constructors in jmri.jmrit.dispatcher with parameters of type Section

AllocatedSection(Section s, ActiveTrain at, int seq, Section next, int nextSeqNo)
Main constructor method

AllocationRequest(Section s, int num, int dir, ActiveTrain at)
Main constructor method