print.G2IL

print.Gbeta

print.GbetaIL

print.TheBigG

ubalancer

calculate_FSS_from_enlarged_summed_fields

calculate_FSSvector_from_enlarged_summed_fields

calculate_fractions_from_enlarged_summed_field

calculate_n05_using_bisection_from_the_summed_fields

calculate_summed_field

enlarge_matrix

datagrabber

datagrabber.SpatialVx

datagrabber.features

datagrabber.matched

deltammSqCen

deltammOrig

FeatureMatchAnalyzer.matched

MergeIdentifier

hoods2dPrep

hoods2dSetUpLists

KernelGradFUN

locmeasures2dPrep

LocListSetup

MakeClusterList

makeEmptyWave

makeWaveNames

ORSS

QlossRigid

QcorrRigid

inside

CI.fun

sig.coverage

is.sig

detailer

energizer

variogram.matrix

initGMM

gmmEMstep

gmmNegLogLik

grads1

grads2

plot.matchedMap

plot.matchedNoMap

plot.saller

plot.SpatialVxMap

plot.SpatialVxNoMap

plot.variographied

plot.wavePurifyVxFieldsMap

plot.wavePurifyVxFieldsNoMap

plot.wavePurifyVxStats

print.summary.interester

print.variographied

shrinkgrid

Qgauss

Qnonzero

plot.iwarped

plot.warped

plot.warped.lonlat

print.warped

prinwarp

summary.iwarped

summary.warped

warpTps

warpTpsConverter

warpTpsMatrices

warpingRadialBasis

equal.axis

 internal

SpatialVx-internal

Spatial forecast verification refers to verifying weather forecasts when the verification set (forecast and observations) is on a spatial field, usually a high-resolution gridded spatial field.  Most of the functions here require the forecast and observed fields to be gridded and on the same grid. For a thorough review of most of the methods in this package, please see Gilleland et al. (2009) <doi: 10.1175/2009WAF2222269.1> and for a tutorial on some of the main functions available here, see Gilleland (2022) <doi: 10.5065/4px3-5a05>.

SpatialVx-internal: Internal functions for the SpatialVx package

Description

Arguments