Function reference
-
J()
- The All-Ones Matrix
-
act_eigfun()
- Apply a Function to an Operator
-
act_eigfun(<spectral>)
- Apply a Function to a Hermitian Matrix
-
avg_matrix()
- The Average Mixing Matrix of a Quantum Walk
-
avg_matrix(<ctqwalk>)
- The Average Mixing Matrix of a Continuous-Time Quantum Walk
-
cartesian()
- Adjacency Matrix of the Cartesian Product
-
ctqwalk()
- Create a Continuous-time Quantum Walk
-
gavg_matrix()
- The Generalized Average Mixing Matrix of a Quantum Walk
-
gavg_matrix(<ctqwalk>)
- The Generalized Average Mixing Matrix of a Continuous-Time Quantum Walk
-
get_eigproj()
- Extract an Eigen-Projector from an operator
-
get_eigproj(<spectral>)
- Extract an Eigen-Projector from a Hermitian Matrix
-
get_eigschur()
- Extract a Schur Cross-Product from an Operator
-
get_eigschur(<spectral>)
- Extract a Schur Cross-Product from a Hermitian Matrix
-
get_eigspace()
- Extract an Eigenspace from an Operator
-
get_eigspace(<spectral>)
- Extract an Eigenspace from a Hermitian Matrix
-
mixing_matrix()
- The Mixing Matrix of a Quantum Walk
-
mixing_matrix(<ctqwalk>)
- The Mixing Matrix of a Continuous-Time Quantum Walk
-
print(<ctqwalk>)
- Print the ctqwalk output
-
spectral()
- Spectral Decomposition of a Hermitian Matrix
-
tr()
- The Trace of a Matrix
-
trdot()
- The Trace Inner Product of Matrices
-
unitary_matrix()
- The Unitary Time Evolution Operator of a Quantum Walk
-
unitary_matrix(<ctqwalk>)
- The Unitary Time Evolution Operator of a Continuous-Time Quantum Walk