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determine the common part of this arc with another individual
Arc . cast Arc . <unk> Arc . cast Arc . minimum
two arcs are equal iff their vertices are equal
Arc . cast Arc . <unk> Arc . getEnd Vertex . equals
check if two arc objects have the same source
Arc . cast Arc . <unk> Locator . cast Arc . <unk> Locator . cast Locator . <unk> Arc . <unk> String . equals
remove all annotations on vertices or arcs indexed by k
Arc . cast Arc . <unk> Vertex . <unk> Vertex . cast
compute error term as sum of weighted outputs
Arc . cast Arc . <unk>
create an arc
Arc . cast Arc . <unk>
return the head node of the given edge
Arc . cast Arc . getHead
this returns the label text for the adapted class
Arc . cast Arc . getName String . length
remove the given edge and delete its associated relation
Arc . cast Arc . getRelation StringBuffer . <init> StringBuffer . append StringBuffer . toString Arc . setHead Arc . setTail Arc . <unk> ChangeListener . <init> Set . remove
return true iff the current instance of src is the source or target object of the instance of an undirected arc
Arc . cast Arc . getSource Variable . getInstance Arc . getTarget Variable . getInstance Arc . getTarget Variable . getInstance
return the tail node of the specified edge
Arc . cast Arc . getTail
combine this arc with another individual
Arc . cast Arc . minimum Arc . cast Arc . <unk>
require for membership tests in hashmaps and <unk>
Arc . cast BitSet . equals Arc . <unk>
determine the complement parts of this arc wrt another individual
Arc . cast Element . duplicate Arc . cast Arc . greaterThan Arc . cast
drop arc
Arc . cast Graph . <unk> Graph . <unk> Arc . getSource Arc . getDestination Graph . <unk> Arc . getSource Vector . removeElementAt Graph . <unk> Graph . <unk> Graph . <unk> Graph . <unk> Vector . removeElementAt Graph . <unk>
create the popup menu that the user will see when they right click on a component
Arc . cast JMenuItem . <init> JMenuItem . setText JPopupMenu . add Arc . cast JMenuItem . <init> Arc . <unk> Arc . cast JMenuItem . setText JPopupMenu . add MouseEvent . getPoint JMenuItem . <init> MouseEvent . getPoint JMenuItem . <init> JMenuItem . setText JPopupMenu . add
return true iff the sum of arcs of the source and target nodes of o1 is greater the sum of arcs of the source and target nodes of o2
Arc . cast Node . <unk> Arc . getSource Node . <unk> Arc . getTarget Node . <unk> Arc . getSource Node . <unk> Node . cast Node . <unk>
return true iff the sum of arcs of the source and target nodes of o1 is greater the sum of arcs of the source and target nodes of o2
Arc . cast Node . <unk> Arc . getSource Node . <unk> Node . cast Node . <unk> Arc . getSource Node . <unk> Arc . getTarget
can only be one because automaton is deterministic
Arc . cast Pair . <init> Arc . cast
return the arc called arc name from the <unk> net
Arc . cast String . equalsIgnoreCase Arc . cast
generate a string identifier to help the <unk> robot find the correct arc
Arc . cast StringBuffer . <init> Arc . <unk> StringBuffer . append StringBuffer . toString
consolidate linked list
Arc . equals Arc . <unk> Arc . <unk>
the quadrant of the point where this arc ends
Arc . getAngleExtent Arc . getAngleStart Arc . <unk>
the quadrant of the point where this arc starts
Arc . getAngleStart Arc . <unk>
check whether two arcs have s equal non x link attributes except use and priority , which is one requirement to be of equivalent relationship as described in spec
Arc . getAttributes Attributes . getLength Attributes . getLocalName Attributes . getURI Attributes . getValue String . equals Attributes . getLocalName Attributes . getURI Attributes . getValue String . equals
update the bounding box of the arc component based on the arcs bounds
Arc . getBounds Arc . setBounds
return a specification of the shape to be written into a file in xml format
Arc . getColor Color . getRGB Arc . getY Arc . getWidth Arc . getX Arc . <unk> Arc . getHeight Arc . <unk> Arc . <unk> BasicStroke . getLineWidth Shape . <unk> Arc . getTransparency
check every element in the arcs variables domain and <unk> any that are inconsistent
Arc . getConstraint Arc . getVariable Variable . <unk> Set < Arc > . addAll
do the current location of pos point to a maximal match
Arc . getData BitSet . <init> BitSet . or BitSet . and
the special arc needs to be split on the left
Arc . getData BitSet . <init> BitSet . set
put a new arc in the graph
Arc . getEnd Arc . <unk> Set < Vertex > . contains Map < Vertex , Set < Arc > > . get HashSet < Arc > . <init> Arc . <unk> Map < Vertex , Set < Arc > > . put Set < Arc > . remove Set < Arc > . add
install a <unk> into specials
Arc . getFrom TreeMap < Graph > . containsKey TreeMap < Graph > . remove TreeMap < Graph > . put
step 3 , add arc a = i , j to gp
Arc . getInput Arc . getOutput Graph . <unk> HashMap < Integer , Integer > . get
step 3 , add arc a = i , j to gp
Arc . getInput Arc . getOutput HashMap < Integer , Integer > . get
cancel the <unk> removal of a
Arc . getInput Graph . <unk> Arc . getOutput Graph . <unk> Set < Arc > . remove
set the label of the arc
Arc . getLabel Arc . setIndex Arc . <unk>
<unk> <unk>
Arc . getName List < Arc > . indexOf Arc . getName List < Arc > . indexOf
<unk> <unk>
Arc . getName List < Arc > . indexOf String . equals List < Arc > . indexOf
this returns the label text for the adapted class
Arc . getName String . length
take time linear in number of arcs
Arc . getOutput Double . cast Double . doubleValue Arc . setOutput Double . doubleValue Arc . getOutput Double . doubleValue Double . <init> Arc . setOutput Arc . getOutput Double . cast Double . doubleValue Arc . setOutput
take time linear in number of arcs
Arc . getOutput Double . cast Double . doubleValue Double . <init> Arc . setOutput Arc . getOutput Double . cast Double . doubleValue Double . <init> Arc . setOutput Double . cast Double . doubleValue Arc . setOutput
get x axis value of end position
Arc . getPoint Float . getX
get y axis value of end position
Arc . getPoint Float . getY
get y axis value of start position
Arc . getPoint Float . getY
determine the value of an arc at a given x coordinate
Arc . getPoint Point . getX Arc . getPoint Point . getY Math . pow
return a <unk> version i
Arc . getPoint2 Arc . getPoint1 Arrays . asList Arc . getPoint1 Arrays . asList Arc . getPoint2 Arc . <unk> Arc . getPoint2 Arc . getPoint1 Arc . <unk> Circle . instance Arc . getPoint1 Arc . getPoint2 Arc . <unk> Circle . instance Arc . getPoint1 Arc . getPoint2 Arc . <unk> Point . <unk> Point . <unk> Point . <unk> Point . <unk> Point . <unk> Point . <unk> Math . atan2 Circle . instance Math . atan2 Math . sqrt Circle . instance Math . acos Math . floor Math . round Math . floor Math . round
metoda de <unk> <unk> a <unk> <unk> <unk> la un <unk> <unk>
Arc . getPosition Arc . <unk>
take over a <unk> of my <unk>
Arc . getSource Arc . cast Arc . getSource Graph . add Arc . cast Node . cast Graph . add Arc . cast Graph . add
take over a <unk> of my <unk>
Arc . getSource Arc . cast Graph . add Arc . cast Graph . add Arc . getSource Arc . getTarget Arc . cast Arc . getTarget Graph . add Arc . cast Graph . add Node . cast Graph . add
create an arc layout specified by the ed type e type for an used object specified by the arc <unk> , ed graph object from , ed graph object to
Arc . getSource Arc . getTarget Arc . <unk> Point . <init> Dimension . <init> String . valueOf
update the arcs map hashtable to reflect the new arc
Arc . getSource Arc . getTarget ArrayList . add ArrayList . cast ArrayList . <init> ArrayList . add ArrayList . cast ArrayList . add ArrayList . <init> ArrayList . add
update the arcs map hashtable to reflect the new arc
Arc . getSource Arc . getTarget ArrayList . cast ArrayList . add ArrayList . cast ArrayList . <init> ArrayList . add Hashtable . put Hashtable . get ArrayList . cast ArrayList . add ArrayList . <init> ArrayList . add Hashtable . put
update the <unk> map hashtable to reflect the new <unk> arc
Arc . getSource Arc . getTarget Hashtable . get ArrayList . cast ArrayList . add ArrayList . cast ArrayList . <init> ArrayList . add Hashtable . put Hashtable . get ArrayList . add ArrayList . cast ArrayList . <init> ArrayList . add Hashtable . put
get the <unk> vector for an edge
Arc . getSource Arc . getTarget List < BigInteger > . isEmpty Collections . emptyList ArrayList . <init> List < BigInteger > . get BigInteger . subtract List < BigInteger > . add Collections . unmodifiableList
check if the transition will be <unk> in the future
Arc . getSource Node . <unk>
create the <unk> formula for the task file
Arc . getSource String . substring
add the given arc to the list of type key
Arc . getSource Type . <unk> Arc . getTarget Type . <unk> Vector < Type > . size Vector < Type > . get Type . <unk> Vector < Type > . get LinkedHashSet . <init> HashSet . add Graph . put
draw the arc
Arc . getStroke Graphics2D . setStroke Graphics2D . setColor Arc . getHeight Arc . <unk> Graphics2D . fillArc Arc . <unk> Graphics2D . drawArc Arc . <unk>
create an arc layout specified by the ed type e type for an used object specified by the arc <unk> , ed graph object from , ed graph object to
Arc . getTarget Arc . getSource Arc . <unk> Point . <init> Dimension . <init> String . valueOf
give vertex as the endpoint of edge arc
Arc . getTarget Arc . getSource
remove an arc
Arc . getTarget Hashtable . get Arc . getTarget Arc . getData
return true iff the current instance of src is the source or target object of the instance of an undirected arc
Arc . getTarget Variable . getInstance Arc . getTarget Variable . getInstance Arc . cast Arc . getSource
get direction from this arc view to the next given arc view asserts arc view in this
Arc . getTo Arc . <unk> String . equals Arc . getTo Arc . getFrom Arc . <unk>
convert my type to the inverse type key string that can be used for search operations : arc this
Arc . getType Type . <unk> Arc . getType Type . <unk>
get the destination node of an arc
Arc . getUUID Arc . cast
prune the domain of the passed arc
Arc . getVariable Variable . getDomain ArrayList < Integer > . <init> Integer . intValue ArrayList < Integer > . add Set < Integer > . remove Set < Integer > . size Set < Integer > . iterator Arc . getVariable Iterator < Integer > . next Variable . setValue ArrayList < Integer > . size
get the arcs of the constraint to get to the <unk> say the variable <unk>
Arc . getVariable Variable . getRow Variable . getCol Variable . getRow
compare this arc to another thing
Arc . instance Arc . <unk> Arc . cast Arc . <unk>
test if this arc touches another individual
Arc . instance Arc . <unk> Arc . cast Arc . <unk>
test if this arc contains another individual
Arc . instance Arc . <unk>
test if this arc is disjoint from another individual
Arc . instance Arc . <unk>
compare this arc to another thing
Arc . instance Arc . cast Arc . <unk> Arc . cast Arc . <unk>
test if this arc aligns with another individual
Arc . instance Arc . cast Arc . <unk> Arc . cast Arc . <unk>
test if this arc is disjoint from another individual
Arc . instance Arc . cast Arc . <unk> Arc . cast Arc . <unk>
test if this arc touches another individual
Arc . instance Arc . cast Arc . <unk> Arc . cast Arc . <unk>
determine the common part of this arc with another individual
Arc . instance Arc . cast Arc . <unk> Arc . cast Arc . minimum
check if two arc objects have the same target
Arc . instance Arc . cast Arc . <unk> Locator . cast Locator . <unk> Arc . <unk> String . equals Arc . <unk> Arc . <unk> String . equals
test if this arc aligns with another individual
Arc . instance Arc . cast Arc . <unk>
test if this arc contains another individual
Arc . instance Arc . cast Arc . <unk>
this method is not recursive and compares only the arcs and not the neighbors
Arc . instance Arc . cast Arc . getElement
return the semantic object corresponding to the given node , edge , or composite
Arc . instance Arc . cast Arc . getRelation
return if the given graph object is valid typed as defined in the type graph
Arc . instance Arc . cast
set an internal array list according to the class of the object passed in
Arc . instance Token . instance
draw this component
Arc . intersection Float . <init> Graphics2D . getStroke Graphics2D . setStroke Graphics2D . draw Graphics2D . setStroke Graphics2D . draw Graphics2D . getTransform Math . atan2 Graphics2D . rotate Graphics2D . drawImage Graphics2D . setTransform
follow the follow arc and reads the last arc of its target ; this changes the provided arc 2nd arg in place and returns it
Arc . isFinal DataInput . readByte Arc . <unk> DataInput . readVInt DataInput . readInt Arc . isLast Arc . <unk> DataInput . readByte Arc . isLast
follow the follow arc and reads the last arc of its target ; this changes the provided arc 2nd arg in place and returns it
Arc . isFinal DataInput . readByte DataInput . readVInt DataInput . readInt Arc . isLast Arc . <unk> DataInput . readByte Arc . isLast
check if arcs target state is in expanded or vector format
Arc . isFinal DataInput . readByte
set the uuid of the transition
Arc . length String . toCharArray Math . pow
determine the complement parts of this arc wrt another individual
Arc . lessThan Arc . greaterThan Element . duplicate Arc . cast Arc . greaterThan Arc . cast
combine this arc with another individual
Arc . minimum Arc . <unk>
this constructor give access to required stuff only and container
Arc . setId Node . cast Arc . setSource Node . cast Arc . setTarget Arc . <unk>
this constructor give access to required stuff only and container
Arc . setId Node . cast Arc . setSource Node . cast Arc . setTarget Page . cast Arc . <unk>
set the label of the arc
Arc . setIndex Arc . <unk>
set both source and target vertices this arc connects
Arc . setSource Arc . setTarget
set weight
Arc . setText Integer . toString Arc . setText Arc . <unk> Arc . updateSize Arc . <unk>
<unk> a point from the plane to the sphere
Arc . sqrt Arc . <unk> Arc . cos Arc . sqrt
project a point from the sphere to the plane
Arc . sqrt Arc . asin
check if tail of arc and head of prev meet
Arc . tail Arc . <unk>
determine which side of a line a <unk> lies for debugging only
Arc . tail Arc . head Arc . tail Arc . head
remove an arc with the specified label from the graph , and returns it
Arc < A > . <unk> Arc < A > . <unk> Arc < A > . getLabel A . equals Arc < A > . <unk> Arc < A > . <unk>