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vertex.
position
in the sequence
bfsTraversal is an example (very primitive) of
the possible implementation of a Breadth First Search traversal
of a Graph
bfsTraversal is an example of the possible
implementation of a Breadth First Search traversal of a
Graph.
BinaryForest interface extends the Forest
interface.root.
bubbleSortArrayLike is a very simple
Bubble Sort written for the Java Collection Framework.
bubbleSortExamples is used to run the
two other methods: bubbleSortArrayLike and
bubbleSortSequence.
Sequence.
parent).
parent).
constructDirectedGraph method is used to
initialize a default directed Graph.
constructDirectedGraph method is used to
initialize a default directed Graph.
constructDirectedGraph method is used to
initialize a default directed Graph.
constructUndirectedGraph method is used to
initialize a default undirected Graph.
constructUndirectedGraph method is used to
initialize a default undirected Graph.
Container is a Collection of
elements.child) and its parent.
position and returns
the corresponding element.
position.
position.
edge
edge from one of its extremities, the vertex vertex.
dfsTraversal is an example of the possible
implementation of a Depth First Search traversal of a
Graph.
dfsTraversal is an example of the possible
implementation of a Depth First Search traversal of a
Graph.
dfsTraversal is an example of the possible
implementation of a Depth First Search traversal of a
Graph.
displayBinaryForest method implements a
recursive in-order traversal.
f
This function contains a loop on all the roots of the
forest.
edge
Container determines if
it contains the position and -- if it
is found -- the corresponding element is returned.
element() returns the
element contained in the position.
position is
contained in this ch.bfh.algo.Container.
ex1 method executes all tests concerning the Forest.
ex2 method contains the tests about the BinaryForest.
first() returns the
Position containing the first element of the
sequence.
Forest interface is used to store any type of
arborescence.Graph interface has the functionalities of both a
directed and an undirected graph.GraphExample1 contains one very simple
example of the ch.bfh.algo.Graph interface.GraphExample2 contains an example of the
ch.bfh.algo.Graph interface, using the Factory Pattern
to have specialized Vertices.GraphExample3 contains an example of the
ch.bfh.algo.Graph interface, using the Factory Pattern
to have specialized Vertices.GraphExampleNonGenerics contains an example of use
of graph without any generics.GraphStress contains Stess Tests for the Graphvertex.
initBinaryForest method is used to create a new binary forest.
element into this
Container.
element in the sequence.
element in the sequence.
element.
element.
element.
last() returns the
Position containing the last element of the
sequence.
parent and
child.
node in the list of children of the parent
of sibling.
node in the list of children of the parent
of sibling.
parent, and another node, the child
The child should not have any parent, i.e.
parent, and another node, the child
The child should not have any parent, i.e.
locator method is used to
access the second level place holder (used only for complex data structures) such that ...
mergeSort implements the merge sort
algorithm using the Sequence interface.
vertex on the edge edge.
edge
Position interface is used as a placeholder in all the containers (for instance Sequence, Forest, or Graph).position method returns the
Position corresponding to a given
rank.
positionEfficiencyExample shows the
advantage of the Sequence compared to standard
structures such as java.util.List.
Iterator over all positions is created.
positionListIterator method creates and return a ListIterator for the Positions contained in the sequence.
positionListIterator method creates and return a ListIterator for the Positions contained in the sequence.
rank method returns the rank of the given
position, analogous to the method indexOf in the List interface.
removeFirstThreeOfL1FromL2 removes the
tree first elements of the sequence1 from the sequence2.
position with
the specified element.
edge by element.
vertex by element.
Sequence interface is used to store elements in a flat
datastructure.SequencesSortExamples contains samples of
the use of a Sequence.vertex to be the new destination of the edge edge.
edge as a directed edge.
vertex to be the new origin of the edge edge.
edge as an undirected edge.
edge0 and edge1.
vertex0 and vertex1.
mergeSort()) works as expected
splitUsingIterator()) works as expected
p1 to the node p2.
Forest and the BinaryForest interfaces.vertex
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