Uses of Package
net.sf.oriented.omi

Packages that use net.sf.oriented.omi

Package	Description
net.sf.oriented.omi	This package is the public interface, with OM as the key interface defining oriented matroids.
net.sf.oriented.pseudoline	This package is for representing rank 3 oriented matroids as pseudoline drawings, particularly in the Euclidean plane.
net.sf.oriented.util.matrix	Minimal extension over the Apache Commons Math Library required for this library.

Classes in net.sf.oriented.omi used by net.sf.oriented.omi

Class and Description
AxiomViolation An object does not satisfy its invariants and/or axioms.
Chirotope The base interface for implementing new chirotope sources.
ChirotopeFactory Create Oriented Matroids from their Chirotope.
Face A face in a FaceLattice
Face.Type The types of faces in a FaceLattice
FaceLattice The face lattice corresponding to an oriented matroid.
Factory Provides conversion to and from String for some class.
FactoryFactory This class generates Factory's and SetFactory's for the interfaces in the API.
FullChirotope A true chirotope with an alternating map.
JavaSet This interface adds nothing to the java.util.Set interface, but is used in preference, to clarify the distinction with the more mathematically pure set interfaces.
Label The base items in sets and signed sets are these, which essentially correspond to Strings.
LabelFactory A factory for producing labels, which are used as the points or elements on which our oriented matroids and matroids are defined.
Matroid A minimal matroid interface, not intended as a useful part of this library.
MatroidAsSet View a matroid also as a set.
OM An Oriented Matroid.
OMasChirotope The chirotope view of an oriented matroid.
OMasFaceLattice The face lattice view of an oriented matroid.
OMasRealized For an oriented matroid which was produced, or whose dual was produced, from a rational matrix, retrieve that view.
OMasSignedSet An oriented matroid viewed as a set of signed sets: a set of circuits, a set of vectors, or a set of maximum vectors.
OMSFactory An interface for producing oriented matroids from sets of signed sets (cicruits, vectors, maximum vectors).
Options Provide the options for String representations.
Options.Impl The choices of underlying implementation.
RealizedFactory An interface for producing oriented matroids from rational matrixes which realize them.
SetFactory Provides conversion to and from String for some Set class.
SetOf Immutable mathematical sets.
SetOfSignedSet Mathematical sets of signed sets, as defined in Oriented Matroid literature.
SetOfUnsignedSet Mathematical sets SetOf of mathematical sets SetOf of Labels.
SignedSet A signed set is defined by disjoint positive SignedSet.plus() and negative SignedSet.minus() components, both of which are UnsignedSets.
SignedSetFactory A factory for producing signed sets.
UnsignedSet This class represents mathematical sets of Labels which are the base elements in our universe of discourse.
Verify This interface is implemented by classes which represent mathematical concepts that have certain axioms, and/or by java classes that have invariants.

Classes in net.sf.oriented.omi used by net.sf.oriented.pseudoline

Class and Description
AxiomViolation An object does not satisfy its invariants and/or axioms.
Label The base items in sets and signed sets are these, which essentially correspond to Strings.
OM An Oriented Matroid.
Verify This interface is implemented by classes which represent mathematical concepts that have certain axioms, and/or by java classes that have invariants.

Classes in net.sf.oriented.omi used by net.sf.oriented.util.matrix

Class and Description
AxiomViolation An object does not satisfy its invariants and/or axioms.
Verify This interface is implemented by classes which represent mathematical concepts that have certain axioms, and/or by java classes that have invariants.