Index

A

afbf module afbf.Classes module afbf.Classes.Field module afbf.Classes.PeriodicFunction module afbf.Classes.RandomProcess module

afbf.Classes.SpatialData module afbf.Simulation module afbf.Simulation.TurningBands module afbf.utilities module ApplyAffineTransform() (afbf.Classes.SpatialData.coordinates method), [1] ApplyTransforms() (afbf.Classes.PeriodicFunction.perfunction method), [1]

B

BETA_H() (in module afbf.Classes.Field)

C

ChangeOrder() (afbf.Classes.Field.field method), [1] ChangeParameters() (afbf.Classes.PeriodicFunction.perfunction method), [1] CheckValidity() (afbf.Classes.Field.field method), [1] (afbf.Classes.PeriodicFunction.perfunction method), [1] (afbf.Classes.SpatialData.coordinates method), [1] ComputeApproximateSemiVariogram() (afbf.Simulation.TurningBands.tbfield method), [1] ComputeAutocovariance() (afbf.Classes.RandomProcess.process method), [1] ComputeAutocovarianceSpectrum() (afbf.Classes.RandomProcess.process method), [1] ComputeEmpiricalSemiVariogram() (afbf.Classes.SpatialData.sdata method), [1] ComputeFBMAutocovariance() (afbf.Classes.RandomProcess.process method), [1] ComputeFBMSemiVariogram() (afbf.Classes.RandomProcess.process method), [1]

ComputeFeatures() (afbf.Classes.Field.field method), [1] (afbf.Classes.PeriodicFunction.perfunction method), [1] ComputeFourierBasis() (afbf.Classes.PeriodicFunction.perfunction method), [1] ComputeImageSign() (afbf.Classes.SpatialData.sdata method), [1] ComputeIncrements() (afbf.Classes.SpatialData.sdata method), [1] ComputeLaplacian() (afbf.Classes.SpatialData.sdata method), [1] ComputeQuadraticVariations() (afbf.Classes.SpatialData.sdata method), [1] ComputeSemiVariogram() (afbf.Classes.Field.field method), [1] (afbf.Classes.RandomProcess.process method), [1] ComputeStepBasis() (afbf.Classes.PeriodicFunction.perfunction method), [1] coordinates (class in afbf.Classes.SpatialData), [1] CreateImage() (afbf.Classes.SpatialData.sdata method), [1]

D

DefineNonUniformLocations() (afbf.Classes.SpatialData.coordinates method), [1] DefineUniformGrid() (afbf.Classes.SpatialData.coordinates method), [1] density DiscreteFunctionDescription() (in module afbf.Classes.PeriodicFunction) Display() (afbf.Classes.PeriodicFunction.perfunction method), [1] (afbf.Classes.RandomProcess.process method), [1] (afbf.Classes.SpatialData.coordinates method), [1] (afbf.Classes.SpatialData.sdata method), [1]

DisplayInformation() (afbf.Simulation.TurningBands.tbparameters method), [1] DisplayParameters() (afbf.Classes.Field.field method), [1]

E

Evaluate() (afbf.Classes.PeriodicFunction.perfunction method), [1] EvaluateTurningBandParameters() (afbf.Simulation.TurningBands.tbfield method), [1]

ExtendFBM() (afbf.Classes.RandomProcess.process method), [1] ExtendTopothesy() (afbf.Simulation.TurningBands.tbfield method), [1]

F

field (class in afbf.Classes.Field), [1]

FindOrder() (afbf.Classes.Field.field method), [1]

G

get_state() (in module afbf.utilities)

I

increments InitFourierFunction() (afbf.Classes.PeriodicFunction.perfunction method), [1] InitStepFunction() (afbf.Classes.PeriodicFunction.perfunction method), [1]

InitTurningBands() (afbf.Simulation.TurningBands.tbfield method), [1] IntegrateProcess() (afbf.Classes.RandomProcess.process method), [1] intrinsic isotropy

M

module afbf afbf.Classes afbf.Classes.Field afbf.Classes.PeriodicFunction afbf.Classes.RandomProcess afbf.Classes.SpatialData afbf.Simulation afbf.Simulation.TurningBands afbf.utilities

N

ndarray (class in afbf.utilities)

NormalizeModel() (afbf.Classes.Field.field method), [1]

O

OptimalAngles() (afbf.Simulation.TurningBands.tbparameters method), [1]

P

perfunction (class in afbf.Classes.PeriodicFunction), [1] permutation() (in module afbf.utilities)

Precision() (afbf.Simulation.TurningBands.tbparameters method), [1] process (class in afbf.Classes.RandomProcess), [1] ProjectOnAxis() (afbf.Classes.SpatialData.coordinates method), [1]

Q

QuasiUniformAngles() (afbf.Simulation.TurningBands.tbparameters method), [1]

R

rand() (in module afbf.Classes.PeriodicFunction) (in module afbf.Classes.RandomProcess) (in module afbf.utilities) randint() (in module afbf.utilities)

randn() (in module afbf.Classes.PeriodicFunction) (in module afbf.Classes.RandomProcess) (in module afbf.utilities) random field regularity

S

SampleFourierCoefficients() (afbf.Classes.PeriodicFunction.perfunction method), [1] SampleStepConstants() (afbf.Classes.PeriodicFunction.perfunction method), [1] SampleStepIntervals() (afbf.Classes.PeriodicFunction.perfunction method), [1] sdata (class in afbf.Classes.SpatialData), [1] seed() (in module afbf.utilities) semi-variogram set_state() (in module afbf.utilities) SetModel() (afbf.Classes.Field.field method), [1]

SetStepSampleMode() (afbf.Classes.PeriodicFunction.perfunction method), [1] SetUniformStepInterval() (afbf.Classes.PeriodicFunction.perfunction method), [1] ShowParameters() (afbf.Classes.PeriodicFunction.perfunction method), [1] Simulate() (afbf.Classes.RandomProcess.process method), [1] (afbf.Simulation.TurningBands.tbfield method), [1] Simulate_CirculantCovarianceMethod() (afbf.Classes.RandomProcess.process method), [1] SimulationCost() (afbf.Simulation.TurningBands.tbparameters method), [1] stationarity

T

tbfield (class in afbf.Simulation.TurningBands), [1]

tbparameters (class in afbf.Simulation.TurningBands), [1]