========================== :class:`pyCTQW.MPI.Line3P` ========================== .. currentmodule:: pyCTQW.MPI .. autoclass:: pyCTQW.MPI.Line3P :show-inheritance: Method Summary --------------- .. autosummary:: :toctree: stub :template: method.rst Line3P.createH Line3P.createInitState Line3P.destroy Line3P.exportState Line3P.importInitState Line3P.plot Line3P.plotEntanglement Line3P.plotNode Line3P.plotNodes Line3P.propagate Line3P.psiToInit Line3P.watch Attribute Summary ------------------ .. list-table:: :widths: 15 10 30 :header-rows: 0 * - *Attribute* - *Type* - *Description* * - :attr:`Line3P.psi0` - :func:`petsc4py.PETSc.Vec` - :math:`N^3` element PETSc vector containing the initial state * - :attr:`Line3P.psi` - :func:`petsc4py.PETSc.Vec` - :math:`N^3` element PETSc vector containing the final state after the last propagation. * - :attr:`Line3P.psiX` - :func:`petsc4py.PETSc.Vec` - :math:`N` element PETSc vector containing the marginal propability of particle 1 * - :attr:`Line3P.psiY` - :func:`petsc4py.PETSc.Vec` - :math:`N` element PETSc vector containing the marginal propability of particle 2 * - :attr:`Line3P.psiZ` - :func:`petsc4py.PETSc.Vec` - :math:`N` element PETSc vector containing the marginal propability of particle 3 * - :attr:`Line3P.H` - :func:`pyCTQW.MPI.ctqw.Hamiltonian` - Hamiltonian matrix * - :attr:`Line3P.EigSolver` - :func:`pyCTQW.MPI.ctqw.EigSolver` - The Hamiltonian eigensolver * - :attr:`Line3P.handle` - :func:`pyCTQW.MPI.ctqw.nodeHandle` - A node handle, created if nodes are being watched for probability. * - :attr:`Line3P.entanglementHandle` - :func:`pyCTQW.MPI.ctqw.entanglementHandle` - A node handle, created if the entanglement is being watched. |