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SLEPc for Python
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Identifier Index
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]
A
A
(in
MatType
)
ALL
(in
Which
)
appendOptionsPrefix()
(in
SVD
)
ABS
(in
Conv
)
ALL
(in
Which
)
apply()
(in
ST
)
ABS
(in
Conv
)
allocate()
(in
DS
)
applyMatrix()
(in
BV
)
ABSOLUTE
(in
ErrorType
)
ALWAYS
(in
RefineType
)
applyTranspose()
(in
ST
)
ABSOLUTE
(in
ErrorType
)
appendOptionsPrefix()
(in
EPS
)
ARNOLDI
(in
Type
)
ABSOLUTE
(in
ErrorType
)
appendOptionsPrefix()
(in
MFN
)
ARPACK
(in
Type
)
ABSOLUTE
(in
ErrorType
)
appendOptionsPrefix()
(in
NEP
)
ADD
(in
CombineType
)
appendOptionsPrefix()
(in
PEP
)
B
B
(in
MatType
)
Basis
(in
PEP
)
BV
(in
slepc4py.SLEPc
)
BACKWARD
(in
ErrorType
)
BlockType
(in
BV
)
bv
(in
EPS
)
BACKWARD
(in
ErrorType
)
BLOPEX
(in
Type
)
bv
(in
SVD
)
BACKWARD
(in
ErrorType
)
BLZPACK
(in
Type
)
Balance
(in
EPS
)
BOTH
(in
Scale
)
C
C
(in
MatType
)
computeError()
(in
PEP
)
CONVERGED_USER
(in
ConvergedReason
)
cancelMonitor()
(in
EPS
)
computeError()
(in
SVD
)
ConvergedReason
(in
EPS
)
cancelMonitor()
(in
MFN
)
CONDENSED
(in
StateType
)
ConvergedReason
(in
MFN
)
cancelMonitor()
(in
NEP
)
CONSTANT
(in
PowerShiftType
)
ConvergedReason
(in
NEP
)
cancelMonitor()
(in
PEP
)
CONTIGUOUS
(in
Type
)
ConvergedReason
(in
PEP
)
cancelMonitor()
(in
SVD
)
Conv
(in
EPS
)
ConvergedReason
(in
SVD
)
CAYLEY
(in
Type
)
Conv
(in
PEP
)
COPY
(in
MatMode
)
CGS
(in
OrthogType
)
CONVERGED_ITERATING
(in
ConvergedReason
)
copy()
(in
BV
)
CHEBYSHEV1
(in
Basis
)
CONVERGED_ITERATING
(in
ConvergedReason
)
create()
(in
BV
)
CHEBYSHEV2
(in
Basis
)
CONVERGED_ITERATING
(in
ConvergedReason
)
create()
(in
DS
)
CHOL
(in
BlockType
)
CONVERGED_ITERATING
(in
ConvergedReason
)
create()
(in
EPS
)
CISS
(in
Type
)
CONVERGED_ITERATING
(in
ConvergedReason
)
create()
(in
FN
)
CISS
(in
Type
)
CONVERGED_ITS
(in
ConvergedReason
)
create()
(in
MFN
)
COMBINE
(in
Type
)
CONVERGED_TOL
(in
ConvergedReason
)
create()
(in
NEP
)
CombineType
(in
FN
)
CONVERGED_TOL
(in
ConvergedReason
)
create()
(in
PEP
)
COMM_NULL
(in
slepc4py.SLEPc
)
CONVERGED_TOL
(in
ConvergedReason
)
create()
(in
RG
)
COMM_SELF
(in
slepc4py.SLEPc
)
CONVERGED_TOL
(in
ConvergedReason
)
create()
(in
ST
)
COMM_WORLD
(in
slepc4py.SLEPc
)
CONVERGED_TOL
(in
ConvergedReason
)
create()
(in
SVD
)
COMPOSE
(in
CombineType
)
CONVERGED_USER
(in
ConvergedReason
)
CROSS
(in
Type
)
computeError()
(in
EPS
)
CONVERGED_USER
(in
ConvergedReason
)
CYCLIC
(in
Type
)
computeError()
(in
NEP
)
CONVERGED_USER
(in
ConvergedReason
)
D
D
(in
MatType
)
destroy()
(in
ST
)
DIVERGED_ITS
(in
ConvergedReason
)
DECIDE
(in
slepc4py.SLEPc
)
destroy()
(in
SVD
)
DIVERGED_ITS
(in
ConvergedReason
)
DEFAULT
(in
slepc4py.SLEPc
)
DETERMINE
(in
slepc4py.SLEPc
)
DIVERGED_LINEAR_SOLVE
(in
ConvergedReason
)
DELAYED
(in
LanczosReorthogType
)
DIAGONAL
(in
Scale
)
DIVERGED_SYMMETRY_LOST
(in
ConvergedReason
)
destroy()
(in
BV
)
DIVERGED_BREAKDOWN
(in
ConvergedReason
)
DIVERGED_SYMMETRY_LOST
(in
ConvergedReason
)
destroy()
(in
DS
)
DIVERGED_BREAKDOWN
(in
ConvergedReason
)
DIVIDE
(in
CombineType
)
destroy()
(in
EPS
)
DIVERGED_BREAKDOWN
(in
ConvergedReason
)
dot()
(in
BV
)
destroy()
(in
FN
)
DIVERGED_BREAKDOWN
(in
ConvergedReason
)
dotVec()
(in
BV
)
destroy()
(in
MFN
)
DIVERGED_BREAKDOWN
(in
ConvergedReason
)
DS
(in
slepc4py.SLEPc
)
destroy()
(in
NEP
)
DIVERGED_ITS
(in
ConvergedReason
)
duplicate()
(in
BV
)
destroy()
(in
PEP
)
DIVERGED_ITS
(in
ConvergedReason
)
destroy()
(in
RG
)
DIVERGED_ITS
(in
ConvergedReason
)
E
ELLIPSE
(in
Type
)
errorView()
(in
NEP
)
EXPLICIT
(in
RefineScheme
)
EPS
(in
slepc4py.SLEPc
)
errorView()
(in
PEP
)
EXPOKIT
(in
Type
)
ErrorType
(in
EPS
)
errorView()
(in
SVD
)
Extract
(in
PEP
)
ErrorType
(in
NEP
)
evaluateDerivative()
(in
FN
)
Extraction
(in
EPS
)
ErrorType
(in
PEP
)
evaluateFunction()
(in
FN
)
extraction
(in
EPS
)
ErrorType
(in
SVD
)
EXP
(in
Type
)
errorView()
(in
EPS
)
EXPLICIT
(in
RefineScheme
)
F
FEAST
(in
Type
)
FN
(in
slepc4py.SLEPc
)
FULL
(in
LanczosReorthogType
)
G
GD
(in
Type
)
getIntervalEndpoints()
(in
RG
)
getRIILagPreconditioner()
(in
NEP
)
GENERAL
(in
ProblemType
)
getInvariantSubspace()
(in
EPS
)
getRQCGReset()
(in
EPS
)
get_include()
(in
slepc4py
)
getIterationNumber()
(in
EPS
)
getScale()
(in
FN
)
getActiveColumns()
(in
BV
)
getIterationNumber()
(in
MFN
)
getScale()
(in
PEP
)
getArnoldiDelayed()
(in
EPS
)
getIterationNumber()
(in
NEP
)
getShift()
(in
ST
)
getBalance()
(in
EPS
)
getIterationNumber()
(in
PEP
)
getSingularTriplet()
(in
SVD
)
getBasis()
(in
PEP
)
getIterationNumber()
(in
SVD
)
getSizes()
(in
BV
)
getBV()
(in
EPS
)
getKrylovSchurDetectZeros()
(in
EPS
)
getST()
(in
EPS
)
getBV()
(in
MFN
)
getKrylovSchurDimensions()
(in
EPS
)
getST()
(in
PEP
)
getBV()
(in
NEP
)
getKrylovSchurLocking()
(in
EPS
)
getState()
(in
DS
)
getBV()
(in
PEP
)
getKrylovSchurPartitions()
(in
EPS
)
getTarget()
(in
EPS
)
getBV()
(in
SVD
)
getKrylovSchurRestart()
(in
EPS
)
getTarget()
(in
PEP
)
getColumn()
(in
BV
)
getKrylovSchurSubcommInfo()
(in
EPS
)
getTolerances()
(in
EPS
)
getCompact()
(in
DS
)
getKrylovSchurSubcommMats()
(in
EPS
)
getTolerances()
(in
MFN
)
getComplement()
(in
RG
)
getKrylovSchurSubcommPairs()
(in
EPS
)
getTolerances()
(in
NEP
)
getConverged()
(in
EPS
)
getKSP()
(in
ST
)
getTolerances()
(in
PEP
)
getConverged()
(in
NEP
)
getLanczosReorthogType()
(in
EPS
)
getTolerances()
(in
SVD
)
getConverged()
(in
PEP
)
getLeadingDimension()
(in
DS
)
getTrackAll()
(in
EPS
)
getConverged()
(in
SVD
)
getLinearCompanionForm()
(in
PEP
)
getTrackAll()
(in
NEP
)
getConvergedReason()
(in
EPS
)
getLinearEPS()
(in
PEP
)
getTrackAll()
(in
PEP
)
getConvergedReason()
(in
MFN
)
getLinearExplicitMatrix()
(in
PEP
)
getTransform()
(in
ST
)
getConvergedReason()
(in
NEP
)
getMatMode()
(in
ST
)
getTrueResidual()
(in
EPS
)
getConvergedReason()
(in
PEP
)
getMatrices()
(in
ST
)
getType()
(in
BV
)
getConvergedReason()
(in
SVD
)
getMatrix()
(in
BV
)
getType()
(in
DS
)
getConvergenceTest()
(in
EPS
)
getMethod()
(in
DS
)
getType()
(in
EPS
)
getConvergenceTest()
(in
PEP
)
getMonitor()
(in
EPS
)
getType()
(in
FN
)
getCrossEPS()
(in
SVD
)
getOperator()
(in
MFN
)
getType()
(in
MFN
)
getCyclicEPS()
(in
SVD
)
getOperator()
(in
SVD
)
getType()
(in
NEP
)
getCyclicExplicitMatrix()
(in
SVD
)
getOperators()
(in
EPS
)
getType()
(in
PEP
)
getDimensions()
(in
DS
)
getOperators()
(in
PEP
)
getType()
(in
RG
)
getDimensions()
(in
EPS
)
getOptionsPrefix()
(in
BV
)
getType()
(in
ST
)
getDimensions()
(in
MFN
)
getOptionsPrefix()
(in
DS
)
getType()
(in
SVD
)
getDimensions()
(in
NEP
)
getOptionsPrefix()
(in
EPS
)
getValue()
(in
SVD
)
getDimensions()
(in
PEP
)
getOptionsPrefix()
(in
FN
)
getVectors()
(in
SVD
)
getDimensions()
(in
SVD
)
getOptionsPrefix()
(in
MFN
)
getVersion()
(in
Sys
)
getDS()
(in
EPS
)
getOptionsPrefix()
(in
NEP
)
getVersionInfo()
(in
Sys
)
getEigenpair()
(in
EPS
)
getOptionsPrefix()
(in
PEP
)
getWhichEigenpairs()
(in
EPS
)
getEigenpair()
(in
NEP
)
getOptionsPrefix()
(in
RG
)
getWhichEigenpairs()
(in
NEP
)
getEigenpair()
(in
PEP
)
getOptionsPrefix()
(in
ST
)
getWhichEigenpairs()
(in
PEP
)
getEigenvalue()
(in
EPS
)
getOptionsPrefix()
(in
SVD
)
getWhichSingularTriplets()
(in
SVD
)
getEigenvector()
(in
EPS
)
getOrthogonalization()
(in
BV
)
GHEP
(in
Type
)
getEllipseParameters()
(in
RG
)
getPathArchSLEPc()
(in
slepc4py.lib
)
GHEP
(in
ProblemType
)
getErrorEstimate()
(in
EPS
)
getPowerShiftType()
(in
EPS
)
GHIEP
(in
Type
)
getErrorEstimate()
(in
NEP
)
getProblemType()
(in
EPS
)
GHIEP
(in
ProblemType
)
getErrorEstimate()
(in
PEP
)
getProblemType()
(in
PEP
)
GNHEP
(in
Type
)
getExtraction()
(in
EPS
)
getRefine()
(in
PEP
)
GNHEP
(in
ProblemType
)
getExtraRow()
(in
DS
)
getRefined()
(in
DS
)
GS
(in
BlockType
)
getFN()
(in
MFN
)
getRG()
(in
EPS
)
GYROSCOPIC
(in
ProblemType
)
getImplicitTranspose()
(in
SVD
)
getRG()
(in
NEP
)
getInterval()
(in
EPS
)
getRG()
(in
PEP
)
H
HARMONIC
(in
Extraction
)
HARMONIC_RIGHT
(in
Extraction
)
HERMITE
(in
Basis
)
HARMONIC_LARGEST
(in
Extraction
)
HEP
(in
Type
)
HERMITIAN
(in
ProblemType
)
HARMONIC_RELATIVE
(in
Extraction
)
HEP
(in
ProblemType
)
I
IFNEEDED
(in
RefineType
)
INTERPOL
(in
Type
)
ITERATING
(in
ConvergedReason
)
ImportSLEPc()
(in
slepc4py.lib
)
INTERVAL
(in
Type
)
ITERATING
(in
ConvergedReason
)
init()
(in
slepc4py
)
INVSQRT
(in
Type
)
ITERATING
(in
ConvergedReason
)
INPLACE
(in
MatMode
)
isGeneralized()
(in
EPS
)
ITERATING
(in
ConvergedReason
)
insertVec()
(in
BV
)
isHermitian()
(in
EPS
)
ITERATING
(in
ConvergedReason
)
insertVecs()
(in
BV
)
isPositive()
(in
EPS
)
INTERMEDIATE
(in
StateType
)
isTrivial()
(in
RG
)
J
JD
(in
Type
)
JD
(in
Type
)
K
KRYLOV
(in
Type
)
KRYLOVSCHUR
(in
Type
)
ksp
(in
ST
)
L
LAGUERRE
(in
Basis
)
LARGEST_IMAGINARY
(in
Which
)
LEGENDRE
(in
Basis
)
LANCZOS
(in
Type
)
LARGEST_IMAGINARY
(in
Which
)
lib
(in
slepc4py
)
LANCZOS
(in
Type
)
LARGEST_MAGNITUDE
(in
Which
)
LINEAR
(in
Type
)
LanczosReorthogType
(in
EPS
)
LARGEST_MAGNITUDE
(in
Which
)
LOBPCG
(in
Type
)
LAPACK
(in
Type
)
LARGEST_MAGNITUDE
(in
Which
)
LOCAL
(in
LanczosReorthogType
)
LAPACK
(in
Type
)
LARGEST_REAL
(in
Which
)
LOG
(in
Type
)
LARGEST
(in
Which
)
LARGEST_REAL
(in
Which
)
LARGEST_IMAGINARY
(in
Which
)
LARGEST_REAL
(in
Which
)
M
MAT
(in
Type
)
MatType
(in
DS
)
MGS
(in
OrthogType
)
mat_mode
(in
ST
)
max_it
(in
EPS
)
MONOMIAL
(in
Basis
)
MatMode
(in
ST
)
max_it
(in
SVD
)
MULTIPLE
(in
Refine
)
matMult()
(in
BV
)
MBE
(in
RefineScheme
)
MULTIPLE
(in
Refine
)
matMultHermitianTranspose()
(in
BV
)
MBE
(in
RefineScheme
)
MULTIPLY
(in
CombineType
)
matProject()
(in
BV
)
MFN
(in
slepc4py.SLEPc
)
multVec()
(in
BV
)
N
NARNOLDI
(in
Type
)
NLEIGS
(in
Type
)
NORM
(in
Conv
)
NEP
(in
Type
)
NONE
(in
Balance
)
NORM
(in
Conv
)
NEP
(in
slepc4py.SLEPc
)
NONE
(in
Refine
)
NORM
(in
Extract
)
NEVER
(in
RefineType
)
NONE
(in
Extract
)
norm()
(in
BV
)
NHEP
(in
Type
)
NONE
(in
Refine
)
normColumn()
(in
BV
)
NHEP
(in
ProblemType
)
NONE
(in
Scale
)
O
ONESIDE
(in
Balance
)
orthogonalizeVec()
(in
BV
)
orthogonalize()
(in
BV
)
OrthogType
(in
BV
)
P
PARTIAL
(in
LanczosReorthogType
)
PHI
(in
Type
)
PRIMME
(in
Type
)
PEP
(in
Type
)
POLYGON
(in
Type
)
problem_type
(in
EPS
)
PEP
(in
slepc4py.SLEPc
)
POWER
(in
Type
)
ProblemType
(in
EPS
)
PERIODIC
(in
LanczosReorthogType
)
PowerShiftType
(in
EPS
)
ProblemType
(in
PEP
)
PGNHEP
(in
ProblemType
)
PRECOND
(in
Type
)
Q
Q
(in
MatType
)
QARNOLDI
(in
Type
)
R
RATIONAL
(in
Type
)
REL
(in
Conv
)
reset()
(in
PEP
)
RAW
(in
StateType
)
REL
(in
Conv
)
reset()
(in
ST
)
RAYLEIGH
(in
PowerShiftType
)
RELATIVE
(in
ErrorType
)
reset()
(in
SVD
)
Refine
(in
NEP
)
RELATIVE
(in
ErrorType
)
RESIDUAL
(in
Extract
)
Refine
(in
PEP
)
RELATIVE
(in
ErrorType
)
restoreColumn()
(in
BV
)
REFINED
(in
Extraction
)
RELATIVE
(in
ErrorType
)
RG
(in
slepc4py.SLEPc
)
REFINED_HARMONIC
(in
Extraction
)
reset()
(in
DS
)
RII
(in
Type
)
RefineScheme
(in
NEP
)
reset()
(in
EPS
)
RING
(in
Type
)
RefineScheme
(in
PEP
)
reset()
(in
MFN
)
RITZ
(in
Extraction
)
RefineType
(in
BV
)
reset()
(in
NEP
)
RQCG
(in
Type
)
S
SCALAR
(in
Scale
)
setKrylovSchurSubintervals()
(in
EPS
)
setTrackAll()
(in
PEP
)
Scale
(in
PEP
)
setKSP()
(in
ST
)
setTransform()
(in
ST
)
scale()
(in
BV
)
setLanczosOneSide()
(in
SVD
)
setTRLanczosOneSide()
(in
SVD
)
scaleColumn()
(in
BV
)
setLanczosReorthogType()
(in
EPS
)
setTrueResidual()
(in
EPS
)
SCHUR
(in
RefineScheme
)
setLinearCompanionForm()
(in
PEP
)
setType()
(in
BV
)
SCHUR
(in
RefineScheme
)
setLinearEPS()
(in
PEP
)
setType()
(in
DS
)
SELECTIVE
(in
LanczosReorthogType
)
setLinearExplicitMatrix()
(in
PEP
)
setType()
(in
EPS
)
setActiveColumns()
(in
BV
)
setMatMode()
(in
ST
)
setType()
(in
FN
)
setArnoldiDelayed()
(in
EPS
)
setMatrices()
(in
ST
)
setType()
(in
MFN
)
setBalance()
(in
EPS
)
setMatrix()
(in
BV
)
setType()
(in
NEP
)
setBasis()
(in
PEP
)
setMatStructure()
(in
ST
)
setType()
(in
PEP
)
setBV()
(in
EPS
)
setMethod()
(in
DS
)
setType()
(in
RG
)
setBV()
(in
MFN
)
setMonitor()
(in
EPS
)
setType()
(in
ST
)
setBV()
(in
NEP
)
setOperator()
(in
MFN
)
setType()
(in
SVD
)
setBV()
(in
PEP
)
setOperator()
(in
SVD
)
setUp()
(in
EPS
)
setBV()
(in
SVD
)
setOperators()
(in
EPS
)
setUp()
(in
MFN
)
setCayleyAntishift()
(in
ST
)
setOperators()
(in
PEP
)
setUp()
(in
NEP
)
setCompact()
(in
DS
)
setOptionsPrefix()
(in
BV
)
setUp()
(in
PEP
)
setComplement()
(in
RG
)
setOptionsPrefix()
(in
DS
)
setUp()
(in
ST
)
setConvergenceTest()
(in
EPS
)
setOptionsPrefix()
(in
EPS
)
setUp()
(in
SVD
)
setConvergenceTest()
(in
PEP
)
setOptionsPrefix()
(in
FN
)
setWhichEigenpairs()
(in
EPS
)
setCrossEPS()
(in
SVD
)
setOptionsPrefix()
(in
MFN
)
setWhichEigenpairs()
(in
NEP
)
setCyclicEPS()
(in
SVD
)
setOptionsPrefix()
(in
NEP
)
setWhichEigenpairs()
(in
PEP
)
setCyclicExplicitMatrix()
(in
SVD
)
setOptionsPrefix()
(in
PEP
)
setWhichSingularTriplets()
(in
SVD
)
setDeflationSpace()
(in
EPS
)
setOptionsPrefix()
(in
RG
)
SHELL
(in
MatMode
)
setDimensions()
(in
DS
)
setOptionsPrefix()
(in
ST
)
SHELL
(in
Type
)
setDimensions()
(in
EPS
)
setOptionsPrefix()
(in
SVD
)
SHIFT
(in
Type
)
setDimensions()
(in
MFN
)
setOrthogonalization()
(in
BV
)
shift
(in
ST
)
setDimensions()
(in
NEP
)
setPowerShiftType()
(in
EPS
)
SIMPLE
(in
Refine
)
setDimensions()
(in
PEP
)
setProblemType()
(in
EPS
)
SIMPLE
(in
Refine
)
setDimensions()
(in
SVD
)
setProblemType()
(in
PEP
)
SINVERT
(in
Type
)
setDS()
(in
EPS
)
setRandom()
(in
BV
)
SLEPc
(in
slepc4py
)
setEllipseParameters()
(in
RG
)
setRationalDenominator()
(in
FN
)
slepc4py
setExtraction()
(in
EPS
)
setRationalNumerator()
(in
FN
)
SLP
(in
Type
)
setExtraRow()
(in
DS
)
setRefine()
(in
PEP
)
SMALLEST
(in
Which
)
setFN()
(in
MFN
)
setRefined()
(in
DS
)
SMALLEST_IMAGINARY
(in
Which
)
setFromOptions()
(in
BV
)
setRG()
(in
EPS
)
SMALLEST_IMAGINARY
(in
Which
)
setFromOptions()
(in
DS
)
setRG()
(in
NEP
)
SMALLEST_IMAGINARY
(in
Which
)
setFromOptions()
(in
EPS
)
setRG()
(in
PEP
)
SMALLEST_MAGNITUDE
(in
Which
)
setFromOptions()
(in
FN
)
setRIILagPreconditioner()
(in
NEP
)
SMALLEST_MAGNITUDE
(in
Which
)
setFromOptions()
(in
MFN
)
setRQCGReset()
(in
EPS
)
SMALLEST_MAGNITUDE
(in
Which
)
setFromOptions()
(in
NEP
)
setScale()
(in
FN
)
SMALLEST_REAL
(in
Which
)
setFromOptions()
(in
PEP
)
setScale()
(in
PEP
)
SMALLEST_REAL
(in
Which
)
setFromOptions()
(in
RG
)
setShift()
(in
ST
)
SMALLEST_REAL
(in
Which
)
setFromOptions()
(in
ST
)
setSizes()
(in
BV
)
solve()
(in
EPS
)
setFromOptions()
(in
SVD
)
setSizesFromVec()
(in
BV
)
solve()
(in
MFN
)
setFunction()
(in
NEP
)
setSplitOperator()
(in
NEP
)
solve()
(in
NEP
)
setImplicitTranspose()
(in
SVD
)
setST()
(in
EPS
)
solve()
(in
PEP
)
setInitialSpace()
(in
EPS
)
setST()
(in
PEP
)
solve()
(in
SVD
)
setInitialSpace()
(in
NEP
)
setState()
(in
DS
)
SQRT
(in
Type
)
setInitialSpace()
(in
PEP
)
setStoppingTest()
(in
EPS
)
st
(in
EPS
)
setInitialSpaces()
(in
SVD
)
setTarget()
(in
EPS
)
ST
(in
slepc4py.SLEPc
)
setInterval()
(in
EPS
)
setTarget()
(in
PEP
)
StateType
(in
DS
)
setIntervalEndpoints()
(in
RG
)
setTolerances()
(in
EPS
)
STOAR
(in
Type
)
setJacobian()
(in
NEP
)
setTolerances()
(in
MFN
)
STRUCTURED
(in
Extract
)
setKrylovSchurDetectZeros()
(in
EPS
)
setTolerances()
(in
NEP
)
SUBSPACE
(in
Type
)
setKrylovSchurDimensions()
(in
EPS
)
setTolerances()
(in
PEP
)
SVD
(in
Type
)
setKrylovSchurLocking()
(in
EPS
)
setTolerances()
(in
SVD
)
SVD
(in
slepc4py.SLEPc
)
setKrylovSchurPartitions()
(in
EPS
)
setTrackAll()
(in
EPS
)
SVEC
(in
Type
)
setKrylovSchurRestart()
(in
EPS
)
setTrackAll()
(in
NEP
)
Sys
(in
slepc4py.SLEPc
)
T
T
(in
MatType
)
TARGET_REAL
(in
Which
)
Type
(in
BV
)
target
(in
EPS
)
TOAR
(in
Type
)
Type
(in
DS
)
TARGET_IMAGINARY
(in
Which
)
tol
(in
EPS
)
Type
(in
EPS
)
TARGET_IMAGINARY
(in
Which
)
tol
(in
SVD
)
Type
(in
FN
)
TARGET_IMAGINARY
(in
Which
)
transpose_mode
(in
SVD
)
Type
(in
MFN
)
TARGET_MAGNITUDE
(in
Which
)
TRLAN
(in
Type
)
Type
(in
NEP
)
TARGET_MAGNITUDE
(in
Which
)
TRLANCZOS
(in
Type
)
Type
(in
PEP
)
TARGET_MAGNITUDE
(in
Which
)
truncate()
(in
DS
)
Type
(in
RG
)
TARGET_REAL
(in
Which
)
TRUNCATED
(in
StateType
)
Type
(in
ST
)
TARGET_REAL
(in
Which
)
TWOSIDE
(in
Balance
)
Type
(in
SVD
)
U
U
(in
MatType
)
USER
(in
Balance
)
USER
(in
Which
)
updateExtraRow()
(in
DS
)
USER
(in
Conv
)
USER
(in
Conv
)
updateKrylovSchurSubcommMats()
(in
EPS
)
USER
(in
Which
)
USER
(in
Which
)
V
VECS
(in
Type
)
view()
(in
FN
)
view()
(in
RG
)
view()
(in
BV
)
view()
(in
MFN
)
view()
(in
ST
)
view()
(in
DS
)
view()
(in
NEP
)
view()
(in
SVD
)
view()
(in
EPS
)
view()
(in
PEP
)
VT
(in
MatType
)
W
W
(in
MatType
)
Which
(in
NEP
)
which
(in
SVD
)
Which
(in
EPS
)
Which
(in
PEP
)
WILKINSON
(in
PowerShiftType
)
which
(in
EPS
)
Which
(in
SVD
)
X
X
(in
MatType
)
Y
Y
(in
MatType
)
Z
Z
(in
MatType
)
_
__arch__
(in
slepc4py.SLEPc
)
__qualname__
(in
MatType
)
__qualname__
(in
Which
)
__credits__
(in
slepc4py
)
__qualname__
(in
StateType
)
__qualname__
(in
Basis
)
__new__()
(in
BV
)
__qualname__
(in
Type
)
__qualname__
(in
Conv
)
__new__()
(in
DS
)
__qualname__
(in
Balance
)
__qualname__
(in
ConvergedReason
)
__new__()
(in
EPS
)
__qualname__
(in
Conv
)
__qualname__
(in
ErrorType
)
__new__()
(in
FN
)
__qualname__
(in
ConvergedReason
)
__qualname__
(in
Extract
)
__new__()
(in
MFN
)
__qualname__
(in
ErrorType
)
__qualname__
(in
ProblemType
)
__new__()
(in
NEP
)
__qualname__
(in
Extraction
)
__qualname__
(in
Refine
)
__new__()
(in
PEP
)
__qualname__
(in
LanczosReorthogType
)
__qualname__
(in
RefineScheme
)
__new__()
(in
RG
)
__qualname__
(in
PowerShiftType
)
__qualname__
(in
Scale
)
__new__()
(in
ST
)
__qualname__
(in
ProblemType
)
__qualname__
(in
Type
)
__new__()
(in
SVD
)
__qualname__
(in
Type
)
__qualname__
(in
Which
)
__new__()
(in
Sys
)
__qualname__
(in
Which
)
__qualname__
(in
Type
)
__new__()
(in
_p_mem
)
__qualname__
(in
CombineType
)
__qualname__
(in
MatMode
)
__package__
(in
slepc4py.SLEPc
)
__qualname__
(in
Type
)
__qualname__
(in
Type
)
__package__
(in
slepc4py
)
__qualname__
(in
ConvergedReason
)
__qualname__
(in
ConvergedReason
)
__package__
(in
slepc4py.lib
)
__qualname__
(in
Type
)
__qualname__
(in
ErrorType
)
__pyx_capi__
(in
slepc4py.SLEPc
)
__qualname__
(in
ConvergedReason
)
__qualname__
(in
Type
)
__qualname__
(in
BlockType
)
__qualname__
(in
ErrorType
)
__qualname__
(in
Which
)
__qualname__
(in
OrthogType
)
__qualname__
(in
Refine
)
_finalize()
(in
slepc4py.SLEPc
)
__qualname__
(in
RefineType
)
__qualname__
(in
RefineScheme
)
_initialize()
(in
slepc4py.SLEPc
)
__qualname__
(in
Type
)
__qualname__
(in
Type
)
_p_mem
(in
slepc4py.SLEPc
)
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