Index

_

__call__() (sparse_ir.augment.AbstractAugmentation method) (sparse_ir.augment.MatsubaraConst method) (sparse_ir.augment.TauConst method) (sparse_ir.augment.TauLinear method) (sparse_ir.kernel.AbstractKernel method) (sparse_ir.kernel.ReducedKernel method) (sparse_ir.LogisticKernel method) (sparse_ir.poly.PiecewiseLegendreFT method) (sparse_ir.poly.PiecewiseLegendrePoly method) (sparse_ir.RegularizedBoseKernel method)

__getitem__() (sparse_ir.poly.PiecewiseLegendrePoly method)

A

a (sparse_ir.sampling.DecomposedMatrix property) (sparse_ir.sampling.SplitDecomposedMatrix property) AbstractAugmentation (class in sparse_ir.augment) AbstractBasis (class in sparse_ir.abstract) AbstractKernel (class in sparse_ir.kernel) AbstractSampling (class in sparse_ir.sampling)

AbstractSVE (class in sparse_ir.sve) AbstractSVEHints (class in sparse_ir.kernel) accuracy (sparse_ir.abstract.AbstractBasis property) (sparse_ir.augment.AugmentedBasis property) (sparse_ir.dlr.DiscreteLehmannRepresentation property) (sparse_ir.FiniteTempBasis property) AugmentedBasis (class in sparse_ir.augment)

B

Basis (class in sparse_ir.adapter) basis (sparse_ir.dlr.DiscreteLehmannRepresentation property) (sparse_ir.sampling.AbstractSampling property)

beta (sparse_ir.abstract.AbstractBasis property) (sparse_ir.augment.AugmentedBasis property) (sparse_ir.dlr.DiscreteLehmannRepresentation property) (sparse_ir.FiniteTempBasis property)

C

CentrosymmSVE (class in sparse_ir.sve) compute() (in module sparse_ir.svd) (in module sparse_ir.sve) compute_sve() (in module sparse_ir) compute_unl() (sparse_ir.adapter.Basis method) cond (sparse_ir.sampling.AbstractSampling property) (sparse_ir.sampling.DecomposedMatrix property) (sparse_ir.sampling.SplitDecomposedMatrix property)

ConditioningWarning (class in sparse_ir.sampling) conv_radius (sparse_ir.kernel.AbstractKernel property) (sparse_ir.kernel.ReducedKernel property) (sparse_ir.LogisticKernel property) (sparse_ir.RegularizedBoseKernel property) create() (sparse_ir.augment.AbstractAugmentation class method) (sparse_ir.augment.MatsubaraConst class method) (sparse_ir.augment.TauConst class method) (sparse_ir.augment.TauLinear class method)

D

d_ulx() (sparse_ir.adapter.Basis method) d_vly() (sparse_ir.adapter.Basis method) DecomposedMatrix (class in sparse_ir.sampling) default_matsubara_sampling_points() (sparse_ir.abstract.AbstractBasis method) (sparse_ir.augment.AugmentedBasis method) (sparse_ir.dlr.DiscreteLehmannRepresentation method) (sparse_ir.FiniteTempBasis method) default_omega_sampling_points() (sparse_ir.FiniteTempBasis method) default_tau_sampling_points() (sparse_ir.abstract.AbstractBasis method) (sparse_ir.augment.AugmentedBasis method) (sparse_ir.dlr.DiscreteLehmannRepresentation method) (sparse_ir.FiniteTempBasis method)

deriv() (sparse_ir.augment.AbstractAugmentation method) (sparse_ir.augment.MatsubaraConst method) (sparse_ir.augment.TauConst method) (sparse_ir.augment.TauLinear method) (sparse_ir.poly.PiecewiseLegendrePoly method) dim() (sparse_ir.adapter.Basis method) DiscreteLehmannRepresentation (class in sparse_ir.dlr)

E

evaluate() (sparse_ir.MatsubaraSampling method) (sparse_ir.sampling.AbstractSampling method) (sparse_ir.TauSampling method)

extrema() (sparse_ir.poly.PiecewiseLegendreFT method)

F

FiniteTempBasis (class in sparse_ir) fit() (sparse_ir.MatsubaraSampling method) (sparse_ir.sampling.AbstractSampling method) (sparse_ir.TauSampling method)

from_IR() (sparse_ir.dlr.DiscreteLehmannRepresentation method)

G

get_symmetrized() (sparse_ir.kernel.AbstractKernel method) (sparse_ir.kernel.ReducedKernel method) (sparse_ir.LogisticKernel method) (sparse_ir.RegularizedBoseKernel method)

H

hat() (sparse_ir.augment.AbstractAugmentation method) (sparse_ir.augment.MatsubaraConst method) (sparse_ir.augment.TauConst method) (sparse_ir.augment.TauLinear method)

I

is_centrosymmetric (sparse_ir.kernel.AbstractKernel property) (sparse_ir.kernel.ReducedKernel property) (sparse_ir.LogisticKernel property) (sparse_ir.RegularizedBoseKernel property)

is_well_conditioned (sparse_ir.abstract.AbstractBasis property) (sparse_ir.augment.AugmentedBasis property) (sparse_ir.dlr.DiscreteLehmannRepresentation property)

K

kernel (sparse_ir.FiniteTempBasis property)

L

Lambda (sparse_ir.adapter.Basis property) lambda_ (sparse_ir.abstract.AbstractBasis property) (sparse_ir.augment.AugmentedBasis property) (sparse_ir.dlr.DiscreteLehmannRepresentation property) (sparse_ir.FiniteTempBasis property)

LogisticKernel (class in sparse_ir) lstsq() (sparse_ir.sampling.DecomposedMatrix method) (sparse_ir.sampling.SplitDecomposedMatrix method)

M

matmul() (sparse_ir.sampling.DecomposedMatrix method) (sparse_ir.sampling.SplitDecomposedMatrix method) matrices (sparse_ir.sve.AbstractSVE property) (sparse_ir.sve.CentrosymmSVE property) (sparse_ir.sve.SamplingSVE property)

matrix (sparse_ir.sampling.AbstractSampling property) MatsubaraConst (class in sparse_ir.augment) MatsubaraSampling (class in sparse_ir) module sparse_ir.svd sparse_ir.sve

N

ngauss (sparse_ir.kernel.AbstractSVEHints property) nsvals (sparse_ir.kernel.AbstractSVEHints property)

num_sections_x() (sparse_ir.adapter.Basis method) num_sections_y() (sparse_ir.adapter.Basis method)

O

overlap() (sparse_ir.poly.PiecewiseLegendrePoly method)

P

PiecewiseLegendreFT (class in sparse_ir.poly) PiecewiseLegendrePoly (class in sparse_ir.poly)

postprocess() (sparse_ir.sve.AbstractSVE method) (sparse_ir.sve.CentrosymmSVE method) (sparse_ir.sve.SamplingSVE method)

R

ReducedKernel (class in sparse_ir.kernel) RegularizedBoseKernel (class in sparse_ir)

rescale() (sparse_ir.FiniteTempBasis method) roots() (sparse_ir.poly.PiecewiseLegendrePoly method)

S

s (sparse_ir.FiniteTempBasis property) (sparse_ir.sampling.DecomposedMatrix property) (sparse_ir.sampling.SplitDecomposedMatrix property) sampling_points (sparse_ir.sampling.AbstractSampling property) sampling_points_matsubara() (sparse_ir.adapter.Basis method) sampling_points_x() (sparse_ir.adapter.Basis method) sampling_points_y() (sparse_ir.adapter.Basis method) SamplingSVE (class in sparse_ir.sve) section_edges_x (sparse_ir.adapter.Basis property) section_edges_y (sparse_ir.adapter.Basis property) segments_x (sparse_ir.kernel.AbstractSVEHints property) segments_y (sparse_ir.kernel.AbstractSVEHints property) shape (sparse_ir.abstract.AbstractBasis property) (sparse_ir.augment.AugmentedBasis property) (sparse_ir.dlr.DiscreteLehmannRepresentation property) (sparse_ir.FiniteTempBasis property) sign_changes() (sparse_ir.poly.PiecewiseLegendreFT method) significance (sparse_ir.abstract.AbstractBasis property) (sparse_ir.augment.AugmentedBasis property) (sparse_ir.dlr.DiscreteLehmannRepresentation property) (sparse_ir.FiniteTempBasis property)

size (sparse_ir.abstract.AbstractBasis property) (sparse_ir.augment.AugmentedBasis property) (sparse_ir.dlr.DiscreteLehmannRepresentation property) (sparse_ir.FiniteTempBasis property) sl() (sparse_ir.adapter.Basis method) sparse_ir.svd module sparse_ir.sve module SplitDecomposedMatrix (class in sparse_ir.sampling) statistics (sparse_ir.abstract.AbstractBasis property) (sparse_ir.adapter.Basis property) (sparse_ir.augment.AugmentedBasis property) (sparse_ir.dlr.DiscreteLehmannRepresentation property) (sparse_ir.FiniteTempBasis property) sve_hints() (sparse_ir.kernel.AbstractKernel method) (sparse_ir.kernel.ReducedKernel method) (sparse_ir.LogisticKernel method) (sparse_ir.RegularizedBoseKernel method) SVEResult (class in sparse_ir.sve)

T

tau (sparse_ir.TauSampling property) TauConst (class in sparse_ir.augment)

TauLinear (class in sparse_ir.augment) TauSampling (class in sparse_ir) to_IR() (sparse_ir.dlr.DiscreteLehmannRepresentation method)

U

u (sparse_ir.abstract.AbstractBasis property) (sparse_ir.augment.AugmentedBasis property) (sparse_ir.dlr.DiscreteLehmannRepresentation property) (sparse_ir.FiniteTempBasis property) (sparse_ir.sampling.DecomposedMatrix property) (sparse_ir.sampling.SplitDecomposedMatrix property)

uhat (sparse_ir.abstract.AbstractBasis property) (sparse_ir.augment.AugmentedBasis property) (sparse_ir.dlr.DiscreteLehmannRepresentation property) (sparse_ir.FiniteTempBasis property) ulx() (sparse_ir.adapter.Basis method)

V

v (sparse_ir.FiniteTempBasis property) value() (sparse_ir.poly.PiecewiseLegendrePoly method)

vH (sparse_ir.sampling.DecomposedMatrix property) (sparse_ir.sampling.SplitDecomposedMatrix property) vly() (sparse_ir.adapter.Basis method)

W

weight_func() (sparse_ir.kernel.AbstractKernel method) (sparse_ir.LogisticKernel method) (sparse_ir.RegularizedBoseKernel method) wmax (sparse_ir.abstract.AbstractBasis property) (sparse_ir.augment.AugmentedBasis property) (sparse_ir.dlr.DiscreteLehmannRepresentation property) (sparse_ir.FiniteTempBasis property)

wn (sparse_ir.MatsubaraSampling property)

X

xrange (sparse_ir.kernel.AbstractKernel property) (sparse_ir.kernel.ReducedKernel property)

Y

ypower (sparse_ir.kernel.AbstractKernel property) (sparse_ir.kernel.ReducedKernel property) (sparse_ir.RegularizedBoseKernel property)

yrange (sparse_ir.kernel.AbstractKernel property) (sparse_ir.kernel.ReducedKernel property)