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See:
Description
Interface Summary | |
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Algebra | This interface defines an algebra. |
Algebra.Member | This interface defines a member of an algebra. |
BanachSpace | This interface defines a Banach space. |
BanachSpace.Member | This interface defines a member of a Banach Space. |
CStarAlgebra | This interface defines a C*-algebra. |
CStarAlgebra.Member | This interface defines a member of a C*-algebra. |
HilbertSpace.Member | This interface defines a member of a Hilbert space. |
Module | This interface defines a module. |
Module.Member | This interface defines a member of a module. |
VectorSpace | This interface defines a vector space. |
VectorSpace.Member | This interface defines a member of a vector space, i.e. |
Class Summary | |
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HilbertSpace | The HilbertSpace class encapsulates Hilbert spaces. |
LieAlgebra | The LieAlgebra class provides an abstract encapsulation for Lie algebras. |
so3_1Dim4 | The so3_1Dim4 class encapsulates so(3,1) algebras using the 4 dimensional (fundamental) representation. |
sp2_RDim2 | The sp2_RDim2 class encapsulates sp(2,R) algebras using the 2 dimensional (fundamental) representation. |
sp2_RDim3 | The sp2_RDim3 class encapsulates sp(2,R) algebras using the 3 dimensional (adjoint) representation. |
su2Dim2 | The su2Dim2 class encapsulates su(2) algebras using the 2 dimensional (fundamental) representation. |
su2Dim3 | The su2Dim3 class encapsulates su(2) algebras using the 3 dimensional (adjoint) representation. |
su3Dim3 | The su3Dim3 class encapsulates su(3) algebras using the 3 dimensional (fundamental) representation. |
Provides classes for algebras and their generalisations (vector spaces, modules).
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