Index

_

__call__() (py4mulas.formulas.KuboFormula method) (py4mulas.integrator.Nquad method) (py4mulas.mpi.computers.HamParamComputer method) (py4mulas.mpi.computers.MuTEtaComputer method) (py4mulas.mu_kernels.BerryKernel method) (py4mulas.mu_kernels.FermiDirac method) (py4mulas.mu_kernels.KuboBastinKernel method) (py4mulas.mu_kernels.KuboKernel method) (py4mulas.mu_kernels.MuKernel method) (py4mulas.mu_kernels.PrimitiveFermiDirac method) (py4mulas.mu_kernels.SecondOrderKuboKernel method) (py4mulas.opera_kernels.Kubo method) (py4mulas.operators.HamDiff method) (py4mulas.operators.Identity method) (py4mulas.operators.SpinOperator method) (py4mulas.operators.Velocity method) (py4mulas.topology.BerryCurvature method) (py4mulas.topology.QuantumGeometricTensor method) (py4mulas.topology.QuantumMetric method)

A

a (py4mulas.operators.MagneticOctupoleCurrent attribute) (py4mulas.operators.MagneticOctupoleDensity attribute) (py4mulas.operators.QuadripoleCurrent attribute) (py4mulas.operators.QuadripoleDensity attribute)

alpha (py4mulas.responses.Kubo attribute) (py4mulas.responses.SecondOrderKubo attribute) (py4mulas.topology.BerryCurvature attribute) anomalous_kernel() (py4mulas.mu_kernels.KuboKernel method) apply() (py4mulas.mpi.kspace_partitioner.MakeBounds method)

B

b (py4mulas.operators.MagneticOctupoleCurrent attribute) (py4mulas.operators.MagneticOctupoleDensity attribute) (py4mulas.operators.QuadripoleCurrent attribute) (py4mulas.operators.QuadripoleDensity attribute) band_resolved() (py4mulas.operators.SpinOperator method) batcher() (in module py4mulas.formulas) BerryCurvature (class in py4mulas.topology)

BerryKernel (class in py4mulas.mu_kernels) beta (py4mulas.responses.Kubo attribute) (py4mulas.responses.SecondOrderKubo attribute) (py4mulas.topology.BerryCurvature attribute) bmII_kernel() (py4mulas.mu_kernels.KuboBastinKernel method) boxes_factory() (py4mulas.mpi.kspace_partitioner.MakeBounds method) build_box_from_center() (py4mulas.mpi.kspace_partitioner.MakeBounds method)

C

c (py4mulas.operators.MagneticOctupoleCurrent attribute) (py4mulas.operators.MagneticOctupoleDensity attribute) centers (py4mulas.mpi.kspace_partitioner.MakeBounds attribute) (py4mulas.mpi.kspace_partitioner.MakeVectors attribute) chunk_size (py4mulas.formulas.KuboFormula property) (py4mulas.utils.KspaceOptions attribute)

coarse_n (py4mulas.mpi.kspace_partitioner.MakeVectors attribute) complementary_directions() (py4mulas.mpi.kspace_partitioner.MakeBounds method) contractions (py4mulas.formulas.KuboFormula attribute) (py4mulas.mu_kernels.MuKernel property) contribution (py4mulas.responses.SecondOrderKubo attribute)

D

data() (py4mulas.mpi.kspace_partitioner.MakeBounds method) (py4mulas.mpi.kspace_partitioner.MakeVectors method) delete() (py4mulas.mpi.kspace_partitioner.MakeBounds method) direction (py4mulas.operators.MagneticOctupoleCurrent attribute) (py4mulas.operators.OrbitalCurrent attribute) (py4mulas.operators.QuadripoleCurrent attribute) (py4mulas.operators.SpinCurrent attribute) (py4mulas.operators.SpinOperator attribute)

discret_response() (py4mulas.mpi.computers.HamParamComputer method) (py4mulas.mpi.computers.MuTEtaComputer method)

E

e_shape (py4mulas.formulas.KuboFormula property)

equal_in_some_directions() (py4mulas.mpi.kspace_partitioner.MakeBounds method) evenKernel() (py4mulas.mu_kernels.KuboKernel method)

F

FermiDirac (class in py4mulas.mu_kernels)

full_kernel() (py4mulas.mu_kernels.KuboBastinKernel method)

G

gamma (py4mulas.operators.OrbitalCurrent attribute) (py4mulas.operators.OrbitalDensity attribute) (py4mulas.responses.SecondOrderKubo attribute)

generate_bounds() (py4mulas.mpi.kspace_partitioner.MakeBounds method)

H

H (py4mulas.formulas.KuboFormula property)

HamDiff (class in py4mulas.operators) HamParamComputer (class in py4mulas.mpi.computers)

I

Identity (class in py4mulas.operators) integrand() (py4mulas.formulas.KuboFormula method)

interband_kubo_kernel() (py4mulas.mu_kernels.KuboKernel method) intraband_kubo_kernel() (py4mulas.mu_kernels.KuboKernel method) isinside() (py4mulas.mpi.kspace_partitioner.MakeBounds method)

K

k_vectors (py4mulas.formulas.KuboFormula property) kernel (py4mulas.responses.Kubo attribute) (py4mulas.responses.SecondOrderKubo attribute) kernel_shape (py4mulas.formulas.KuboFormula property) kplot() (in module py4mulas.plotters) kspace_options (py4mulas.formulas.KuboFormula attribute) (py4mulas.responses.Kubo attribute) (py4mulas.responses.SecondOrderKubo attribute)

KspaceOptions (class in py4mulas.utils) Kubo (class in py4mulas.opera_kernels) (class in py4mulas.responses) KuboBastinKernel (class in py4mulas.mu_kernels) KuboFormula (class in py4mulas.formulas) KuboKernel (class in py4mulas.mu_kernels)

M

MagneticOctupoleCurrent (class in py4mulas.operators) MagneticOctupoleDensity (class in py4mulas.operators) MakeBounds (class in py4mulas.mpi.kspace_partitioner) MakeVectors (class in py4mulas.mpi.kspace_partitioner) memmap (py4mulas.utils.KspaceOptions attribute) model (py4mulas.formulas.KuboFormula attribute) (py4mulas.mpi.kspace_partitioner.MakeBounds attribute) (py4mulas.mpi.kspace_partitioner.MakeVectors attribute) (py4mulas.operators.MagneticOctupoleCurrent attribute) (py4mulas.operators.MagneticOctupoleDensity attribute) (py4mulas.operators.OrbitalCurrent attribute) (py4mulas.operators.OrbitalDensity attribute) (py4mulas.operators.QuadripoleCurrent attribute) (py4mulas.operators.QuadripoleDensity attribute) (py4mulas.operators.SpinCurrent attribute) (py4mulas.operators.SpinDensity attribute) (py4mulas.operators.SpinOperator attribute) (py4mulas.responses.Kubo attribute) (py4mulas.responses.SecondOrderKubo attribute) (py4mulas.topology.BerryCurvature attribute)

module py4mulas.formulas py4mulas.integrator py4mulas.mpi.computers py4mulas.mpi.kspace_partitioner py4mulas.mu_kernels py4mulas.opera_kernels py4mulas.operators py4mulas.plotters py4mulas.responses py4mulas.topology py4mulas.utils mu_kernel (py4mulas.formulas.KuboFormula attribute) MuKernel (class in py4mulas.mu_kernels) MuTEtaComputer (class in py4mulas.mpi.computers)

N

name (py4mulas.mu_kernels.KuboBastinKernel attribute) (py4mulas.mu_kernels.KuboKernel attribute) Nquad (class in py4mulas.integrator)

nquad_response() (py4mulas.mpi.computers.HamParamComputer method) (py4mulas.mpi.computers.MuTEtaComputer method) num_k (py4mulas.formulas.KuboFormula property)

O

oddKernel() (py4mulas.mu_kernels.KuboKernel method) opera_kernel (py4mulas.formulas.KuboFormula attribute)

OrbitalCurrent (class in py4mulas.operators) OrbitalDensity (class in py4mulas.operators) overlap_kernel() (py4mulas.mu_kernels.KuboBastinKernel method)

P

partial_generation() (py4mulas.mpi.kspace_partitioner.MakeBounds method) pauli (py4mulas.operators.SpinCurrent attribute) (py4mulas.operators.SpinDensity attribute) (py4mulas.operators.SpinOperator attribute) plot_bands() (in module py4mulas.plotters) precomp (py4mulas.utils.KspaceOptions attribute) prefactor (py4mulas.formulas.KuboFormula property) PrimitiveFermiDirac (class in py4mulas.mu_kernels) projected_spectrum() (in module py4mulas.plotters) py4mulas.formulas module py4mulas.integrator module py4mulas.mpi.computers module

py4mulas.mpi.kspace_partitioner module py4mulas.mu_kernels module py4mulas.opera_kernels module py4mulas.operators module py4mulas.plotters module py4mulas.responses module py4mulas.topology module py4mulas.utils module

Q

QuadripoleCurrent (class in py4mulas.operators) QuadripoleDensity (class in py4mulas.operators)

QuantumGeometricTensor (class in py4mulas.topology) QuantumMetric (class in py4mulas.topology)

S

SecondOrderKubo (class in py4mulas.responses) SecondOrderKuboKernel (class in py4mulas.mu_kernels) size (py4mulas.mpi.kspace_partitioner.MakeBounds attribute) SpinCurrent (class in py4mulas.operators)

SpinDensity (class in py4mulas.operators) SpinOperator (class in py4mulas.operators) split_boxes() (py4mulas.mpi.kspace_partitioner.MakeBounds method) split_others() (py4mulas.mpi.kspace_partitioner.MakeBounds method) stredaI_kernel() (py4mulas.mu_kernels.KuboBastinKernel method)

U

update_bounds() (py4mulas.mpi.kspace_partitioner.MakeBounds method)

V

valid() (py4mulas.mpi.kspace_partitioner.MakeBounds method) valid_appartenance() (py4mulas.mpi.kspace_partitioner.MakeBounds method)

Velocity (class in py4mulas.operators) view() (py4mulas.mpi.kspace_partitioner.MakeBounds method) (py4mulas.mpi.kspace_partitioner.MakeVectors method)

W

where_it_belongs() (py4mulas.mpi.kspace_partitioner.MakeBounds method)

where_it_partially_belongs() (py4mulas.mpi.kspace_partitioner.MakeBounds method)