tkwant.onebody.kernels.SparseBlas¶
-
class
tkwant.onebody.kernels.SparseBlas(H0, W, args, double complex[:] psi_st=None)¶ SparseBlas(H0, W, args, double complex[:] psi_st=None) Evaluate the RHS of the Schrödinger equation using sparse blas.
Only available if tkwant has been built against a sparse BLAS library.
- H0
scipy.sparse.base Hamiltonian at
t=0(including any boundary conditions).- Wcallable
Time-dependent part of the Hamiltonian. Typically the object returned by tkwant.system.extract_perturbation.
- psi_st
ndarray, optional The wavefunction of the initial eigenstate defined over the central system (if starting in an initial eigenstate).
- H0int
Handle for a matrix inside the sparse blas library. The Hamiltonian at
t=0.- Wcallable
Time-dependent part of the Hamiltonian. Typically the object returned by tkwant.system.extract_perturbation.
- psi_starray of complex or None
The wavefunction of the initial eigenstate defined over the central system (if starting in an initial eigenstate).
- sizeint
The size of the time-independent part of the Hamiltonian. This also sets the size of the solution vector.
Methods
-
rhs(self, const double complex[::1] psi, double complex[::1] dpsidt, double time)¶ Evaluate the RHS of the TDSE and store the result in dpsidt.
-
set_args(self, args)¶
-
set_params(self, params)¶
Attributes
-
nevals¶ ‘int’
- Type
nevals
-
size¶ ‘int’
- Type
size
- H0