Package | Description |
---|---|
lavesdk.algorithm | |
lavesdk.algorithm.plugin.views | |
lavesdk.gui.dialogs | |
lavesdk.gui.widgets | |
lavesdk.math | |
lavesdk.math.graph | |
lavesdk.math.graph.matching | |
lavesdk.utils |
Class and Description |
---|
Matrix
Represents the base of a matrix of a specific type of objects.
|
Set
Represents a mathematical set of elements which means it is not permissible that the set of elements contains:
a null element
itself
an element twice
Set operations:
Set.union(Set, Set) /Set.union(Collection) /Set.union(Set[])
Set.intersection(Set, Set) /Set.intersection(Collection) /Set.intersection(Set[])
Set.complement(Set, Set)
Set.symDifference(Set, Set)
The internal data structure of the set is based on an ArrayList . |
Class and Description |
---|
Matrix
Represents the base of a matrix of a specific type of objects.
|
Class and Description |
---|
Matrix
Represents the base of a matrix of a specific type of objects.
|
Class and Description |
---|
Matrix
Represents the base of a matrix of a specific type of objects.
|
Class and Description |
---|
ElementParser
A parser for the elements of a set in a string representation.
|
Matrix
Represents the base of a matrix of a specific type of objects.
|
NumericMatrix
Represents a numeric matrix.
|
ObjectMatrix
Represents an object matrix.
|
Set
Represents a mathematical set of elements which means it is not permissible that the set of elements contains:
a null element
itself
an element twice
Set operations:
Set.union(Set, Set) /Set.union(Collection) /Set.union(Set[])
Set.intersection(Set, Set) /Set.intersection(Collection) /Set.intersection(Set[])
Set.complement(Set, Set)
Set.symDifference(Set, Set)
The internal data structure of the set is based on an ArrayList . |
Class and Description |
---|
Set
Represents a mathematical set of elements which means it is not permissible that the set of elements contains:
a null element
itself
an element twice
Set operations:
Set.union(Set, Set) /Set.union(Collection) /Set.union(Set[])
Set.intersection(Set, Set) /Set.intersection(Collection) /Set.intersection(Set[])
Set.complement(Set, Set)
Set.symDifference(Set, Set)
The internal data structure of the set is based on an ArrayList . |
Class and Description |
---|
Set
Represents a mathematical set of elements which means it is not permissible that the set of elements contains:
a null element
itself
an element twice
Set operations:
Set.union(Set, Set) /Set.union(Collection) /Set.union(Set[])
Set.intersection(Set, Set) /Set.intersection(Collection) /Set.intersection(Set[])
Set.complement(Set, Set)
Set.symDifference(Set, Set)
The internal data structure of the set is based on an ArrayList . |
Class and Description |
---|
Matrix
Represents the base of a matrix of a specific type of objects.
|
NumericMatrix
Represents a numeric matrix.
|