>>> import qutip.testing as qt >>> qt.run() Qobj data ... ok Qobj type ... ok Qobj Hermicity ... ok Qobj shape ... ok Qobj addition ... ok Qobj subtraction ... ok Qobj multiplication ... ok Qobj division ... ok Qobj power ... ok Qobj negation ... ok Qobj equals ... ok Qobj getitem ... ok Qobj multiplication type ... ok Qobj conjugate ... ok Qobj adjoint (dagger) ... ok Qobj diagonals ... ok Qobj eigenenergies ... ok Qobj eigenstates ... ok Qobj expm ... ok Qobj full ... ok Qobj ket type ... ok Qobj bra type ... ok Qobj operator type ... ok Qobj superoperator type ... ok Transform 2-level to eigenbasis and back ... ok Transform 10-level real-values to eigenbasis and back ... ok Transform 10-level to eigenbasis and back ... ok Transform 10-level imag to eigenbasis and back ... ok Consistency between transformations of kets and denstity matrices ... ok correlation: comparing me and es for oscillator in coherent initial state ... ok correlation: comparing me and es for oscillator in steady state ... ok correlation: compare spectrum obtained for eseries and fft methods ... ok Diagonalization of random two-level system ... ok Diagonalization of composite systems ... ok von-Neumann entropy ... ok Linear entropy ... ok Concurrence ... ok Mutual information ... ok Conditional entropy ... ok Read and write complex valued decimal formatted data ... ok Read and write complex valued default formatted data ... ok Read and write complex valued exp formatted data ... ok Read and write real valued decimal formatted data ... ok Read and write real valued default formatted data ... ok Read and write real valued exp formatted data ... ok Read and write with automatic separator detection ... ok Floquet: test unitary evolution of time-dependent two-level system ... ok Monte-carlo: Constant H with no collapse ops (expect) ... ok Monte-carlo: Constant H with no collapse ops (states) ... ok Monte-carlo: Constant H (str format) with no collapse ops (expect) ... ok Monte-carlo: Constant H (func format) with no collapse ops (expect) ... ok Monte-carlo: Constant H (str format) with no collapse ops (states) ... ok Monte-carlo: Constant H (func format) with no collapse ops (states) ... ok Monte-carlo: Constant H with constant collapse ... ok Monte-carlo: Constant H with single collapse operator ... ok Monte-carlo: Constant H with single expect operator ... ok Monte-carlo: Collapse terms constant (func format) ... ok Monte-carlo: Collapse terms constant (str format) ... ok Monte-carlo: Time-dependent H (func format) ... ok Monte-carlo: Time-dependent H (str format) ... ok Monte-carlo: check for correct dtypes (mc_avg=True) ... ok Monte-carlo: check for correct dtypes (mc_avg=False) ... ok mcsolve_f90: Constant H with no collapse ops (expect) ... ok mcsolve_f90: Constant H with no collapse ops (states) ... ok mcsolve_f90: Constant H with constant collapse ... ok mcsolve_f90: Constant H with single collapse operator ... ok mcsolve_f90: Constant H with single expect operator ... ok mcsolve_f90: check for correct dtypes (mc_avg=True) ... ok mcsolve_f90: check for correct dtypes (mc_avg=False) ... ok mesolve: cavity-qubit interaction, no dissipation ... ok mesolve: cavity-qubit without interaction, decay ... ok mesolve: cavity-qubit with interaction, decay ... ok mesolve: qubit without dissipation ... ok mesolve: simple time-dependence as function list ... ok mesolve: simple time-dependence as string list ... ok mesolve: simple constant decay ... ok mesolve: constant decay as function list ... ok mesolve: constant decay as string list ... ok mesolve: simple constant decay ... ok mesolve: simple constant decay ... ok odechecks: monte-carlo ... ok Spin 1/2 operators ... ok Spin 3/2 operators ... ok Spin 2 operators ... ok Spin 5/2 operators ... ok Destruction operator ... ok Creation operator ... ok Identity operator ... ok Number operator ... ok Squeezing operator ... ok Displacement operator ... ok parfor ... ok partial transpose of bipartite systems ... ok partial transpose: comparing sparse and dense implementations ... ok partial transpose: randomized tests on tripartite system ... ok quantum process tomography for snot gate ... ok quantum process tomography for cnot gate ... ok Test mesolve qubit, with dissipation ... ok Test mesolve qubit, no dissipation ... ok Test essolve qubit, with dissipation ... ok Test mcsolve qubit, with dissipation ... ok Test mcsolve qubit, no dissipation ... ok random Unitary ... ok random density matrix ... ok random hermitian ... ok random ket ... ok Sparse eigs Hermitian ... ok Sparse eigs non-Hermitian ... ok Sparse eigvals only Hermitian. ... ok Dense eigs Hermitian. ... ok Dense eigs non-Hermitian ... ok Dense eigvals only Hermitian ... ok states: coherent density matrix ... ok states: Fock density matrix ... ok states: thermal density matrix ... ok Steady state: Thermal qubit ... ok Steady state: Thermal harmonic oscillator ... ok Superoperator: Conversion matrix to vector to matrix ... ok Superoperator: Test compability between matrix/vector conversion and ... ok Superoperator: Conversion between matrix and vector indices ... ok Superoperator: Conversion vector to matrix to vector ... ok wigner: test wigner function calculation for coherent states ... ok wigner: test wigner function calculation for Fock states ... ok wigner: compare wigner methods for random density matrices ... ok wigner: compare wigner methods for random state vectors ... ok
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