ufo Namespace Reference

Namespaces
	anonymous_namespace{DataExtractor.cc}
	anonymous_namespace{DataExtractorCSVBackend.cc}
	anonymous_namespace{DataExtractorNetCDFBackend.cc}
	anonymous_namespace{DrawObsErrorFromFile.cc}
	anonymous_namespace{DrawValueFromFile.cc}
	anonymous_namespace{InterpolateDataFromFile.cc}
	anonymous_namespace{MetOfficeBuddyCheck.cc}
	anonymous_namespace{MetOfficeBuddyPairFinder.cc}
	anonymous_namespace{ObsAccessor.cc}
	anonymous_namespace{ObsBoundsCheck.cc}
	anonymous_namespace{PoissonDiskThinning.cc}
	anonymous_namespace{QCmanager.cc}
	anonymous_namespace{SolarZenith.cc}
	anonymous_namespace{TemporalThinning.cc}
	anonymous_namespace{TrackCheckUtils.cc}
	anonymous_namespace{VariableAssignment.cc}
	formulas
	lookuptable
	MetOfficeObsIDs
	MetOfficeQCFlags
	metofficesortdetail
	ProfileAveraging
	ProfileInterpolation
	QCflags
	test
	TrackCheckUtils

Classes
class	RunCRTM
class	ObsAodExt
	AodExt observation operator class. More...
class	ObsAodExtTLAD
	AodExt TL/AD observation operator class. More...
class	ObsAodGeos
	AodGeos observation operator class. More...
class	ObsAodGeosTLAD
	AodGeos TL/AD observation operator class. More...
class	AnalyticInit
	AnalyticInit: filling GeoVaLs with analytic formula. More...
class	ObsAtmSfcInterp
	AtmSfcInterp observation operator class. More...
class	ObsAtmVertInterp
	AtmVertInterp observation operator. More...
class	ObsAtmVertInterpTLAD
	AtmVertInterp observation operator. More...
class	ObsAtmVertInterpLay
	AtmVertInterpLay observation operator class. More...
class	ObsAtmVertInterpLayTLAD
	AtmVertInterpLay observation operator. More...
class	ObsAvgKernel
	AvgKernel observation operator class. More...
class	ObsAvgKernelTLAD
	AvgKernel TL/AD observation operator class. More...
class	ObsBackgroundErrorIdentityParameters
	Options controlling the ObsBackgroundErrorIdentity observation operator. More...
class	ObsBackgroundErrorIdentity
	An observation operator calculating ObsDiagnostics representing single-level background errors of simulated variables. More...
class	ObsBackgroundErrorVertInterpParameters
	Options controlling the ObsBackgroundErrorVertInterp observation operator. More...
class	ObsBackgroundErrorVertInterp
	An observation operator calculating ObsDiagnostics representing vertically interpolated background errors of simulated variables. More...
class	ObsCategorical
	Categorical observation operator. More...
struct	ObsOperatorTraits
struct	ObsOperatorTraits< ObsOperatorBase >
struct	ObsOperatorTraits< LinearObsOperatorBase >
class	ObsCategoricalData
	Data handler for the Categorical observation operator and TL/AD code. More...
class	ObsCategoricalParameters
	Configuration options recognized by the Categorical operator. More...
class	ObsCategoricalTLAD
	Categorical observation operator TL/AD code. Please refer to the Categorical observation operator for further documentation. More...
class	ObsComposite
	A collection of observation operators used to simulate different variables. More...
class	ObsCompositeParameters
	Configuration options recognized by the Composite operator. More...
class	ObsCompositeTLAD
	Composite TL/AD observation operator class. More...
class	ObsAodCRTM
	AodCRTM observation for UFO. More...
class	ObsAodCRTMTLAD
class	ObsAodLUTs
	AodLUTs observation for UFO. More...
class	ObsAodLUTsTLAD
class	ObsRadianceCRTM
	RadianceCRTM observation for UFO. More...
class	ObsRadianceCRTMTLAD
	RadianceCRTM (currently only temperature) observation for UFO. More...
class	ObsErrorCrossVarCovParameters
	Parameters for obs errors with cross-variable correlations. More...
class	ObsErrorCrossVarCov
	Observation error covariance matrix with cross-variable correlations. More...
class	ObsErrorDiagonalParameters
	Parameters for diagonal obs errors. More...
class	ObsErrorDiagonal
	Diagonal observation error covariance matrix. More...
class	AcceptListParameters
	Parameters controlling the AcceptList filter. More...
class	AcceptList
	A filter that, by default, performs the accept action on observations selected by the where clause, i.e. resets the QC flags of these observations to pass unless they are currently set to 'missing', 'preQC' or 'Hfailed'. More...
class	AcceptObsParameters
class	AcceptObs
class	AssignErrorParameters
class	AssignError
class	FilterAction
class	FilterActionParametersBase
	Parameters controlling a filter action. More...
class	FilterActionBase
class	FilterActionFactory
	Filter action factory. More...
class	FilterActionMaker
class	InflateErrorParameters
class	InflateError
	Observation error inflation action. More...
class	PassivateObsParameters
class	PassivateObs
	Flag observations as passive. More...
class	RejectObsParameters
class	RejectObs
	The default action of a QC filter: reject observations flagged by the filter. More...
class	BackgroundCheckParameters
	Parameters controlling the operation of the BackgroundCheck filter. More...
class	BackgroundCheck
class	BayesianBackgroundCheckParameters
	Parameters controlling the operation of the BayesianBackgroundCheck filter. More...
class	BayesianBackgroundCheck
	BayesianBackgroundCheck: check observation closeness to background, accounting for probability of gross error, i.e. that observation is bad. More...
class	BayesianBackgroundQCFlagsParameters
	Parameters controlling the operation of the BayesianBackgroundQCFlags filter. More...
class	BayesianBackgroundQCFlags
class	BlackListParameters
class	BlackList
	Generic black listing of observations. More...
class	ConventionalProfileProcessing
	Conventional profile processing. More...
class	ConventionalProfileProcessingParameters
	Options controlling the operation of the ConventionalProfileProcessing filter. More...
class	DifferenceCheckParameters
	Parameters controlling the operation of the DifferenceCheck filter. More...
class	DifferenceCheck
class	FilterBase
	Base class for UFO QC filters. More...
class	FilterActionParameters
	Parameters controlling the action performed on observations flagged by a filter. More...
class	FilterParametersBaseWithAbstractAction
	Parameters shared by all filters derived from FilterBase. More...
class	FilterParametersBase
	Parameters shared by all filters having a default action (typically "reject"). More...
class	FinalCheckParameters
class	FinalCheck
	A filter run automatically at the end of the whole sequence of filters. More...
class	Gaussian_Thinning
	Group observations into grid cells and preserve only one observation in each cell. More...
struct	DistanceNormParameterTraitsHelper
class	GaussianThinningParameters
	Options controlling the operation of the Gaussian_Thinning filter. More...
class	GenericFilterParameters
	A subclass of FilterParametersBase storing the values of all filter options in a single Configuration object. More...
class	GNSSROOneDVarCheck
	GNSSROOneDVarCheck. More...
class	GNSSROOneDVarCheckParameters
	Configuration options recognized by the gnss-ro 1DVar check. More...
class	HistoryCheck
class	HistoryCheckParameters
	Options controlling the operation of history check filter. More...
class	ImpactHeightCheckParameters
	Parameters controlling the operation of the ImpactHeightCheck filter. More...
class	ImpactHeightCheck
class	MetOfficeBuddyCheck
	Met Office's implementation of the buddy check. More...
class	LatLonBoxParameters
	A box covering a specified (closed) interval of latitudes and longitudes. More...
class	MetOfficeBuddyCheckParameters
	Options controlling the operation of the MetOfficeBuddyCheck filter. More...
class	MetOfficeBuddyCollector
	Interface of classes used by MetOfficeBuddyPairFinder to select observations used as buddies of other observations during the buddy check. More...
class	MetOfficeBuddyCollectorV1
	An implementation of the MetOfficeBuddyCollector interface intended to produce the same results as Met Office's OPS system. More...
class	MetOfficeBuddyCollectorV2
	An implementation of the MetOfficeBuddyCollector interface correcting the deficiencies of MetOfficeBuddyCollectorV1. More...
struct	MetOfficeBuddyPair
	Properties of a pair of observations checked against each other during buddy check. More...
class	MetOfficeBuddyPairFinder
	Finds pairs of close observations ("buddies") to check against each other. More...
class	ModelBestFitPressureParameters
	Parameters controlling the operation of the ModelBestFitPressure filter. More...
class	ModelBestFitPressure
	A filter to calculate the best fit pressure and if the pressure is well constrained. Also can calculate the best fit eastward/northward winds. More...
struct	ThresholdTypeParameterTraitsHelper
class	ModelObThresholdParameters
	Parameters controlling the operation of the ModelObThreshold filter. More...
class	ModelObThreshold
	A filter that interpolates a model profile (GeoVaL) and a height-dependent threshold to the observation location and flags observations which are outside the specified limit. More...
class	MWCLWCheckParameters
	Parameters controlling the operation of the MWCLWCheck filter. More...
class	MWCLWCheck
class	ObsAccessor
	This class provides access to observations that may be held on multiple MPI ranks. More...
class	ObsBoundsCheckParameters
	Parameters controlling the operation of the ObsBoundsCheck filter. More...
class	ObsBoundsCheck
	Flag observations that lie outside specified bounds. More...
class	ObsDerivativeCheck
	Derivative check: check if the derivative of one variable with respect to another. More...
class	ObsDiagnosticsWriter
class	ObsDomainCheckParameters
class	ObsDomainCheck
	Domain check: generic check that obs are within domain. More...
class	ObsDomainErrCheckParameters
	Parameters controlling the operation of the ObsDomainErrCheck filter. More...
class	ObsDomainErrCheck
	AMSU-A scattering check and obserr inflation. More...
class	ObsFilterData
	ObsFilterData provides access to all data related to an ObsFilter. More...
class	BennartzScatIndexParameters
	Options for calculating scattering index from 89 GHz and 150 GHz channels. More...
class	BennartzScatIndex
	Calculate scattering index from 89 GHz and 150 GHz channels. More...
class	BgdDepartureAnomalyParameters
	Options for calculating the background departure anomaly between two channels. More...
class	BgdDepartureAnomaly
	Hydrometeors scatter radiation more efficiently with increasing microwave frequency. For example, at 89 GHz the scattering due to clouds is sufficient to decrease the top of atmosphere brightness temperature relative to clear skies. At 36 GHz the scattering is reduced, and clouds appear warm relative to surface emissions. More...
class	ChannelUseflagCheckRadParameters
	Options applying to channel useflag check. More...
class	ChannelUseflagCheckRad
	Channel useflag check: remove channel if useflag is less than one. More...
class	CloudCostFunctionParameters
	Options for calculating Bayesian cost function. More...
class	CloudCostFunction
	Bayesian cost function for detecting cloud-affected radiances. More...
class	CloudDetectMinResidualAVHRRParameters
	Options applying to Cloud Detection Algorithm (Minimum Residual Method) for Infrared sensors. More...
class	CloudDetectMinResidualAVHRR
	Cloud Detection Algorithm (Minimum Residual Method) for Infrared sensors using selected channels from 15 microns CO2 absorption band Output of this function: 0 = channel is not affected by clouds (clear channel) 1 = channel is affected by clouds (cloudy channel) 2 = channel is not affected by clouds but too sensitive to surface condition. More...
class	CloudDetectMinResidualIRParameters
	Options applying to Cloud Detection Algorithm (Minimum Residual Method) for Infrared sensors. More...
class	CloudDetectMinResidualIR
	Cloud Detection Algorithm (Minimum Residual Method) for Infrared sensors using selected channels from 15 microns CO2 absorption band Output of this function: 0 = channel is not affected by clouds (clear channel) 1 = channel is affected by clouds (cloudy channel) 2 = channel is not affected by clouds but too sensitive to surface condition. More...
class	CLWMatchIndexMWParameters
	Options applying to the determination of the cloud match index based on retrieved CLW from observation and background. More...
class	CLWMatchIndexMW
	Determination of cloud match index based on retrieved CLW from observation and simulated observation from background 1: both background and observation cont contain clouds 0: either background has cloud or observation has cloud detected. More...
class	CLWRetMWParameters
	Options applying to the retrieval of cloud liquid water from 23.8 GHz and. More...
class	CLWRetMW
	Retrieve cloud liquid water from 23.8 GHz and 31.4 GHz channels. More...
class	CLWRetMW_SSMISParameters
	Option to override varGroup default of ObsValue for all channels with ObsBias. More...
class	CLWRetMW_SSMIS
	Retrieve cloud liquid water from channels 12-18 of SSMIS data. More...
class	CLWRetSymmetricMW
	Calculate symmetric (mean) cloud amount from the cloud amount retrieved from the observed and simulated measurements. More...
class	LocalConditionalParameters
class	ConditionalParameters
	Parameters controlling the Conditional obs function. More...
class	Conditional
	Creates an array with values for specified variables selected by a series of where statements. More...
class	DrawObsErrorFromFile
	Derive observation error from a file representing the variance or the covariance matrix. More...
class	ExtractVisitor
struct	InterpMethodParameterTraitsHelper
class	InterpolationParameters
	How to identify the relevant elements of the interpolated array along a dimension indexed by a particular variable. More...
class	DrawValueFromFileParametersWithoutGroup
	Options controlling the DrawValueFromFile ObsFunction (excluding the group option). More...
class	DrawValueFromFileParameters
	Options controlling the DrawValueFromFile ObsFunction. More...
class	DrawValueFromFile
	Produce values by interpolating an array loaded from a file, indexed by coordinates whose names correspond to ObsSpace variables. More...
class	HydrometeorCheckAMSUAParameters
	Options controling the cloud and precipitation checks for WM sensors. More...
class	HydrometeorCheckAMSUA
	Cloud and precipitation checks for AMSUA Checks for all observations: (1) Sanity check on observaton values (2) Sanity check on retrieved CLW values Checks for observation over ocean include: (1) Scattering check based on 54.4GHz channel (2) Scattering check based on 53.6GHz channel (3) Sensitivity to surface emissivity Checks observation over non-ocean surface include: (1) Scattering check based on 54.4GHz channel (2) Thick cloud check based on 52.8GHz channel (3) Sensitivity to surface emissivity Output of this function: 0 = channel is not affected by thick clouds and precipitation 1 = channel is affected by thick clouds and precipitataion. More...
class	HydrometeorCheckATMSParameters
	Options controling the cloud and precipitation checks for WM sensors. More...
class	HydrometeorCheckATMS
	Cloud and precipitation checks for ATMS Checks for all observations: (1) Sanity check on observaton values (2) Sanity check on retrieved CLW values Checks for observation over ocean include: (1) Scattering check based on 54.4GHz channel (2) Scattering check based on 53.6GHz channel (3) Sensitivity to surface emissivity Checks observation over non-ocean surface include: (1) Scattering check based on 54.4GHz channel (2) Thick cloud check based on 52.8GHz channel (3) Sensitivity to surface emissivity Output of this function: 0 = channel is not affected by thick clouds and precipitation 1 = channel is affected by thick clouds and precipitataion. More...
class	ImpactHeight
	Function calculates the GNSS-RO impact height as the difference between the impact parameter and earth's radius of curvature. More...
class	InterChannelConsistencyCheckParameters
	Options applying to inter-channel consistency check. More...
class	InterChannelConsistencyCheck
	Inter-channel consistency check. More...
class	LAMDomainCheckParameters
class	LAMDomainCheck
class	ModelHeightAdjustedAirTemperatureParameters
	Options controlling ModelHeightAdjustedAirTemperature ObsFunction. More...
class	ModelHeightAdjustedAirTemperature
	Function to calculate surface temperature observation value adjusted from station height to model surface height. Outputs a derived 2m air temperature adjusted to the model surface height. The correction applied to the temperature is calculated using a standard lapse rate (Constants::Lclr). More...
class	ModelHeightAdjustedMarineWindComponent
	Function to calculate surface marine wind value adjusted from anemometer height to reference height of 10m. Outputs a derived eastward or northward wind adjusted to the reference height. Observed winds are adjusted to the reference height by multiplying by a scaling factor (S) based on a simple stability-independent adjustment based on one of the TurboWin options (Eqn 1 of Thomas et al, 2005; doi.org/10.1002/joc.1176). Observations where the anemometer height is 0m are NOT corrected, instead a missing data indicator is assigned. More...
class	ModelHeightAdjustedEastwardMarineWind
class	ModelHeightAdjustedNorthwardMarineWind
class	ModelHeightAdjustedRelativeHumidityParameters
	Options controlling ModelHeightAdjustedRelativeHumidity ObsFunction. More...
class	ModelHeightAdjustedRelativeHumidity
	Function to calculate surface relative humidity observation value adjusted from station height to model surface height. Outputs a derived 2m relative humidity adjusted to the model surface height. Observed relative humidity is adjusted from station level to model surface using an empirical vertical gradient LRH = -0.01 %/m. The adjusted humidity value is then constrained to lie between zero and supersaturation with respect to liquid water. More...
class	ModelHeightAdjustedWindVectorParameters
	Options controlling ModelHeightAdjustedWindVector ObsFunction. More...
class	ModelHeightAdjustedWindVectorComponent
	Function to calculate surface wind observation values adjusted from station height to model surface height. Outputs a derived eastward and northward wind adjusted to the model surface height. Observed winds from stations above the model surface are divided by a scaling factor (S) based only on height difference (dh). Scaling factors are: More...
class	NearSSTRetCheckIRParameters
	Options controlling the quality control steps using retrieved near-sea-surface temperature (NSST) for Infrared sensors. More...
class	NearSSTRetCheckIR
	QC using retrieved near-sea-surface temperature (NSST) from Infrared radiances 2-step QC procedures: (1) Perform NSST retrieval from radiances at obs location, and obtained increment of NSST from its first guess value (2) For surface sensitive channels, remove them from assimilation if the retrieved NSST increment from step (1) is larger than a pre-defined threshold Output: 0 = channel is retained for assimilation 1 = channel is not retained for assimilation. More...
class	ObsErrorBoundIRParameters
	Options applying to the determination of observation error bounds as a function transmittance at model top and latitude. More...
class	ObsErrorBoundIR
	Determine the observation error bound (Residual Threshold) for gross check as a function of transmittance at model top and latutude. Errobs0 = un-inflated observation error ErrobsMax = maximum observation error bound Errflat = error factor as a function of latitude Errtaotop = error factor as a function of transmittance at model top Residual Threshold = MIN( (3.0 * ( 1 / Errflat )^2 * (1 / Errftaotop )^2), ErrobsMax ) Filter out data if |obs-h(x)| > Residual Threshold. More...
class	ObsErrorBoundMWParameters
	Options applying to the determination of observation error bounds as a function latitude, terrain height, and transmittance at the model top. More...
class	ObsErrorBoundMW
	Determine the observation error bound (Residual Threshold) for gross check as a function of transmittance at model top and latutude. Errobs0 = un-inflated observation error ErrobsMax = maximum observation error bound Errflat = error factor as a function of latitude Errtaotop = error factor as a function of transmittance at model top Residual Threshold = MIN( (3.0 * ( 1 / Errflat )^2 * (1 / Errftaotop )^2), ErrobsMax ) Filter out data if |obs-h(x)| > Residual Threshold. More...
class	ObsErrorFactorConventionalParameters
	Options controlling ObsErrorFactorConventional ObsFunction. More...
class	ObsErrorFactorConventional
	Inflate the observation error for conventional as done by GSI-Observer. More...
class	ObsErrorFactorLatRadParameters
	Options controlling the observation error bound reduction in Tropical regions. More...
class	ObsErrorFactorLatRad
	Function determines the observation error bound reduction within Tropics. The function gives the maximum error bound reduction at equator and decreasing towards higher latitudes. More...
class	ObsErrorFactorQuotientParameters
	Options controlling ObsErrorFactorQuotient ObsFunction. More...
class	ObsErrorFactorQuotient
	Calculate the ratio of two variables, typically related to ObsError. More...
class	ObsErrorFactorSfcPressureParameters
	Options controlling ObsErrorFactorSfcPressure ObsFunction. More...
class	ObsErrorFactorSituDependMWParameters
	Options applying to the situation-dependent error inflation factor. More...
class	ObsErrorFactorSituDependMW
	Situation-dependent error inflation factor based on retrieved cloud liquid water from background and observation, scattering index, surface wind speed, and cloud information match index over the ocean. More...
class	ObsErrorFactorSurfJacobianRadParameters
	Options applying to observation error inflation as a function. More...
class	ObsErrorFactorSurfJacobianRad
	Error Inflation Factor (EIF) as a function of weighted surface temperature jacobian and surface emissivity jacobian Jtemp = surface temperature jacobian Jemis = surface emissivity jacobian Wtemp = empirical constant as a function of surface type applied to Jtemp Wemis = empirical constant as a function of surface type applied to Jemis Beta = ( Wtemp * Jtemp + Wemis * Jemis )^2 Errinv = inverse of effective observation error variance EIF = SQRT [ 1 / ( 1 / (1 + Errinv * Beta) ]. More...
class	ObsErrorFactorTopoRadParameters
	Options applying to observation error inflation as a function of terrain height, channel, and surface-to-space transmittance. More...
class	ObsErrorFactorTopoRad
	Error Inflation Factor (EIF) as a function of terrain height, channel, and surface-to-space transmittance H = surface height [m] X = surface-to-space transmittance IASI: More...
class	ObsErrorFactorTransmitTopRadParameters
	Options applying to observation error inflation as a function to model top-to-space transmittance. More...
class	ObsErrorFactorTransmitTopRad
	Error Inflation Factor (EIF) for satellite radiance as a function of model top-to-space transmittance: tao = model top-to-space transmittance EIF = SQRT ( 1.0 / tao ) More...
class	ObsErrorFactorWavenumIRParameters
	Options applying to observation error inflation as a function of wavenumber, solar zenith angle and surface type for Infrared sensors. More...
class	ObsErrorFactorWavenumIR
	Error Inflation Factor (EIF) for channels with wavenumber in the range of (2000, 2400] during daytime (sun zenith angle < 89) and containing water fraction in the field-of-view x = wavenumber [1/cm] y = surface-to-space transmittance z = solar zenith angle [radian] EIF = SQRT[ 1 / ( 1 - (x - 2000)) * y * MAX(0, COS(z)) / 4000 ]. More...
class	ObsErrorModelQuadParameters
	Options controlling ObsErrorModelQuad ObsFunction. More...
class	ObsErrorModelQuad
	Parameterize the observation error as a piece-wise quadratic function of a ufo::Variable. More...
class	ObsErrorModelRampParameters
	Options controlling the ObsErrorModelRamp ObsFunction. More...
class	ObsErrorModelStepwiseLinearParameters
	Options controlling ObsErrorModelStepwiseLinear ObsFunction. More...
class	ObsErrorModelStepwiseLinear
	Parameterize the observation error as a series of steps with linear interpolation between each step. More...
class	ObsFunction
	A function of observation data. More...
class	ObsFunctionBase
struct	ObsFunctionTraits
	Common properties of ObsFunctions producing values of type FunctionValue. More...
struct	ObsFunctionTraits< float >
struct	ObsFunctionTraits< int >
struct	ObsFunctionTraits< std::string >
struct	ObsFunctionTraits< util::DateTime >
class	ObsFunctionFactory
	Factory of ObsFunctions producing values of type FunctionValue. More...
class	ObsFunctionMaker
class	LinearCombinationParameters
	Options controlling ObsFunctionLinearCombination ObsFunction. More...
class	LinearCombination
	Outputs a linear combination of variables. More...
class	ObsFunctionScattering
class	ObsFunctionVelocity
class	SatwindIndivErrorsParameters
	Options controlling SatwindIndivErrors ObsFunction. More...
class	SatwindIndivErrors
	Function calculates individual observation errors for Satwind u and v winds dependent on an input pressure error estimate and the model wind shear. More...
class	SatWindsLNVDCheckParameters
	Only one option to override the source of HofX wind components. More...
class	SatWindsSPDBCheckParameters
	Two options are required for this function: error_min and error_max, which are bounding the ObsError variable following a GSI fix file. The specification of group name for ObsError is optional but assigned ObsErrorData by default. The HofX group name is also optional to override using test_hofx for testing purposes (set to GsiHofX, for example). More...
class	SCATRetMWParameters
	Options applying to the retrieval of scattering index from 23.8 GHz, 31.4 GHz,. More...
class	SCATRetMW
	Retrieve scattering index from 23.8 GHz, 31.4 GHz and 89 GHz channels. More...
class	SetSurfaceTypeParameters
	Options applying to the setting of the observation operator surface type. More...
class	SetSurfaceType
	Set observation operator surface type based on model and observation data. More...
class	SIRetMWParameters
	Options applying to the retrieval of scattering index from 90.0 GHz and. More...
class	SIRetMW
	Retrieve scattering index from MHS 89.0 GHz and 157.0 GHz channels. More...
class	SIRetSymmetricMW
	Calculate symmetric (mean) cloud amount from the cloud amount retrieved from the observed and simulated measurements. More...
class	SolarZenithParameters
	Configuration options of SolarZenith. More...
class	SolarZenith
	Compute the solar zenith angle of observations (in degrees) as a function of their time and location. More...
class	SunGlintAngle
	Calculate Sun glint angles at observation locations. More...
class	SymmCldImpactIRParameters
	Options controlling Symmetric Cloud Impact for IR instruments. More...
class	SymmCldImpactIR
	Okamoto et al. symmetric cloud impact (SCI) function. More...
class	TotalColumnVaporGuess
	Calculate column water vapor mass in guess at observation locations. More...
class	TropopauseEstimateParameters
	Two optional parameters permit overriding default tropopause pressure at the equator and poles (linear interp between). The optional save (default=false) option can be used to save calculated tropopause estimate to the output file. By default (convert_p2z=false), the output is tropopause pressure, but this optional argument can convert the answer from pressure to height using the ICAO standard atmosphere approximation. More...
class	WindDirAngleDiffParameters
	An optional parameter to override the source of HofX wind components, and an optional parameter for minimum wind components (default=0.5 m/s). More...
class	ObsProcessorBase
	Base class for UFO observation processors (including QC filters). More...
class	RequiredFilterActionParameters
	Parameters controlling the action performed on observations flagged by a filter. More...
class	PerformActionParameters
	Parameters controlling the Perform Action filter. More...
class	PerformAction
	Perform the action specified in the action YAML section on each observation selected by the where statement. More...
class	PoissonDiskThinning
	Thins observations by iterating over them in random order and retaining each observation lying outside the exclusion volumes (ellipsoids or cylinders) surrounding observations that have already been retained. More...
struct	ExclusionVolumeShapeParameterTraitsHelper
class	PoissonDiskThinningParameters
	Options controlling the operation of the PoissonDiskThinning filter. More...
class	PreQCParameters
class	PreQC
class	ProbabilityGrossErrorWholeReportParameters
	Parameters controlling the operation of the ProbabilityGrossErrorWholeReport filter. More...
class	ProbabilityGrossErrorWholeReport
	This filter calculates the probability that an entire report is affected by gross error. More...
class	ProcessAMVQIParameters
	Parameters controlling the operation of the ProcessAMVQI filter. More...
class	ProcessAMVQI
	A filter to convert new BUFR formatted data into variables with names corressponding to the wind generating application. More...
class	WhereParameters
	Contents of a single element of the list taken by the where option of each filter, used to select the subset of observation locations that should be processed by the filter. More...
class	ProfileBackgroundCheckParameters
	Parameters controlling the operation of the ProfileBackgroundCheck filter. More...
class	ProfileBackgroundCheck
class	ProfileFewObsCheckParameters
	Parameters controlling the operation of the ProfileFewObsCheck filter. More...
class	ProfileFewObsCheck
class	QCmanager
	Always the first filter to be run. More...
class	RTTOVOneDVarCheck
	RTTOVOneDVarCheck. More...
class	RTTOVOneDVarCheckParameters
	Parameters controlling the operation of the ObsBoundsCheck filter. More...
class	SatnameParameters
class	FrequencyBandParameters
class	SatIDRangeParameters
class	SatNameParameters
class	SatName
class	SatwindInversionCorrectionParameters
	Parameters controlling the operation of the SatwindInversionCorrection filter. More...
class	SatwindInversionCorrection
	A filter that modifies the assigned pressure of AMV observations if a temperature inversion is detected in the model profile and defined criteria are met. More...
class	StuckCheck
class	StuckCheckCoreParameters
class	StuckCheckParameters
	Options controlling the operation of stuck check filter. More...
class	TemporalThinning
	Thin observations so that the retained ones are sufficiently separated in time. More...
class	TemporalThinningParameters
	Options controlling the operation of the TemporalThinning filter. More...
class	ThinningParameters
	Parameters controlling the operation of the Thinning filter. More...
class	Thinning
	Randomly thin a given percentage of observations. More...
class	TrackCheck
	Checks tracks of mobile weather stations, rejecting observations inconsistent with the rest of the track. More...
class	TrackCheckParameters
	Options controlling the operation of the track check filter. More...
class	TrackCheckShip
	Checks tracks of ships and buoys, rejecting observations whose locations and timestamps make them inconsistent with the rest of the track. The full track is rejected if there are too many inconsistent observations. More...
class	TrackCheckShipDiagnostics
class	TrackCheckShipCoreParameters
class	TrackCheckShipParameters
	Options controlling the operation of the ship track check filter. More...
struct	SurfaceObservationSubtypeParameterTraitsHelper
class	TrackCheckUtilsParameters
	Options controlling the operation of the track check filter. More...
class	Variable
class	AssignmentParameters
	Parameters controlling assignment of new values to a variable. More...
class	VariableAssignmentParameters
	Parameters controlling the VariableAssignment filter. More...
class	VariableAssignment
	Assigns specified values to elements of specified variables selected by the where statement. More...
class	Variables
class	VariableTransforms
	Main filter to apply some variable conversion. More...
class	VariableTransformsParameters
	Options controlling the operation of the variablestansform filter. More...
class	GeoVaLs
	GeoVaLs: geophysical values at locations. More...
class	ObsGnssroBendMetOffice
	GnssroBendMetOffice observation operator. More...
class	ObsGnssroBendMetOfficeOptions
	Configuration options recognized by the bending angle operator. More...
class	ObsGnssroBendMetOfficeParameters
	Configuration options recognized by the bending angle operator. More...
class	ObsGnssroBendMetOfficeTLAD
	GnssroBendMetOffice observation operator. More...
class	ObsGnssroBndNBAM
class	ObsGnssroBndNBAMTLAD
class	ObsGnssroBndROPP1D
	GnssroBndROPP1D observation operator. More...
class	ObsGnssroBndROPP1DTLAD
	GnssroBndROPP1D observation operator. More...
class	ObsGnssroBndROPP2D
	GnssroBndROPP2D observation operator. More...
class	ObsGnssroBndROPP2DTLAD
	GnssroBndROPP2D observation operator. More...
class	ROobserrInflationParameters
class	ROobserrInflation
class	BackgroundCheckRONBAM
	BackgroundCheckRONBAM: check observation closeness to background. More...
class	ROobserror
	ROobserror: calculate observational errors. More...
class	ObsGnssroRefMetOffice
	GnssroRefMetOffice observation operator. More...
class	ObsGnssroRefMetOfficeOptions
	Configuration options recognized by the refractivity operator. More...
class	ObsGnssroRefMetOfficeParameters
	Configuration options recognized by the refractivity operator. More...
class	ObsGnssroRefMetOfficeTLAD
	GnssroRefMetOffice observation operator - TL/AD. More...
class	ObsGnssroRef
	GnssroRef observation operator. More...
class	ObsGnssroRefTLAD
	GnssroRef observation operator. More...
class	ObsGnssGBRefROPP1D
	GnssGBRefROPP1D observation operator. More...
class	ObsGroundgnssMetOffice
	GroundgnssMetOffice observation operator. More...
class	ObsGroundgnssMetOfficeTLAD
	GroundgnssMetOffice observation operator. More...
class	ObsGroundgnssROPP
	GroundgnssROPP observation operator. More...
class	ObsIdentity
	Identity observation operator. More...
class	ObsIdentityTLAD
	TL/AD code for the Identity observation operator. More...
class	LinearObsBiasOperator
	Tangent linear and adjoint of the linear combination bias correction operator. More...
class	LinearObsOperator
class	LinearObsOperatorBase
class	LinearObsOperatorParametersWrapper
	Contains a polymorphic parameter holding an instance of a subclass of ObsOperatorParametersBase. More...
class	LinearObsOperatorFactory
	Linear obs operator factory. More...
class	LinearObsOperatorMaker
class	Locations
	Locations class to handle simple lat-lon-time locations. More...
class	ObsADT
	ADT observation operator class. More...
class	ObsADTTLAD
	ADT for observation operator TL and AD class. More...
class	ObsChlEuzIntegr
class	ObsCoolSkin
	coolskin observation operator class More...
class	ObsCoolSkinTLAD
	ADT for observation operator TL and AD class. More...
class	ObsInsituTemperature
	InsituTemperature observation operator class. More...
class	ObsInsituTemperatureTLAD
	InsituTemperature for observation operator TL and AD class. More...
class	ObsMarineVertInterp
	Marinevertinterp observation operator class. More...
class	ObsMarineVertInterpTLAD
	Marinevertinterp for observation operator TL and AD class. More...
class	ObsSeaIceFraction
	Total ice concentration observation operator class. More...
class	ObsSeaIceFractionTLAD
	Sea-ice fraction TL/AD observation operator class. More...
class	ObsSeaIceThickness
	Sea ice thickness observation operator class. More...
class	ObsSeaIceThicknessTLAD
	Sea-ice thickness TL/AD observation operator class. More...
class	ObsBias
class	ObsBiasCovariance
class	ObsBiasIncrement
	Contains increments to bias correction coefficients. More...
class	ObsBiasOperator
	Application of bias correction. More...
class	PredictorParametersWrapper
	Contains a polymorphic parameter holding an instance of a subclass of PredictorParametersBase. More...
class	StaticOrVariationalBCParameters
class	ObsBiasCovariancePriorInflationParameters
class	ObsBiasCovariancePriorParameters
class	ObsBiasCovarianceParameters
class	ObsBiasParameters
	Parameters influencing the bias correction process. More...
class	ObsDiagnostics
class	ObsLocalization
	Horizontal Box car observation space localization. More...
class	ObsLocGC99
	Horizontal Gaspari-Cohn observation space localization. More...
struct	DistanceTypeParameterTraitsHelper
struct	SearchMethodParameterTraitsHelper
class	ObsLocParameters
	Options controlling local observations subsetting. More...
class	ObsLocSOAR
	Horizontal SOAR observation space localization. More...
class	ObsLocSOARParameters
	Options controlling SOAR obs localization. Inherits options from general horizontal obs localization. More...
class	ObsOperator
class	ObsOperatorBase
class	ObsOperatorParametersWrapper
	Contains a polymorphic parameter holding an instance of a subclass of ObsOperatorParametersBase. More...
class	ObsOperatorFactory
	Obs Operator Factory. More...
class	ObsOperatorMaker
class	ObsOperatorParametersBase
	Base class of classes storing configuration parameters of specific observation operators and linear observation operators. More...
class	GenericObsOperatorParameters
	A subclass of ObsOperatorParametersBase storing the values of all options in a single Configuration object. More...
struct	ObsTraits
class	CloudLiquidWaterParameters
	Configuration parameters of the CloudLiquidWater predictor. More...
class	CloudLiquidWater
class	Constant
class	CosineOfLatitudeTimesOrbitNode
class	Emissivity
class	VariableCorrectionParameters
class	InterpolateDataFromFileParameters
	Configuration parameters of the interpolate_data_from_file predictor. More...
class	InterpolateDataFromFile
	A predictor returning values produced by the DrawValueFromFile ObsFunction. More...
class	LapseRateParameters
	Configuration parameters of the LapseRate predictor. More...
class	LapseRate
class	LegendreParameters
	Configuration parameters of the Legendre predictor. More...
class	Legendre
struct	FourierTermTypeParameterTraitsHelper
class	OrbitalAngleParameters
	Configuration parameters of the OrbitalAngle predictor. More...
class	OrbitalAngle
class	PredictorParametersBase
	Base class for predictor parameters. More...
class	EmptyPredictorParameters
class	PredictorBase
class	PredictorFactory
	Predictor Factory. More...
class	PredictorMaker
class	SatelliteSelectorParameters
	Configuration parameters of the SatelliteSelector wrapper for a predictor. More...
class	SatelliteSelector
class	ScanAngleParameters
	Configuration parameters of the ScanAngle predictor. More...
class	ScanAngle
class	SineOfLatitude
class	ThicknessParameters
	Configuration parameters of the thickness predictor. More...
class	Thickness
class	DataHandlerParameters
	Options controlling the operation of the EntireSampleDataHandler and ProfileDataHandler classes. More...
class	EntireSampleDataHandler
	Retrieve and store data for entire sample. This class uses lazy loading; vectors of variables are retrieved once requested and cached after that. Variables in certain groups are optional, meaning that if they are not present on the obsdb they will be filled with a default value if requested. More...
class	ModelParameters
	Options related to GeoVaLs used in the profile QC code. More...
class	ObsProfileAverage
	Observation operator for profile averaging. More...
class	ObsProfileAverageData
	Data handling class for the ProfileAverage observation operator and TL/AD code. More...
class	ObsProfileAverageParameters
	Configuration options recognized by the average profile operator. More...
class	ObsProfileAverageTLAD
	TL/AD code for the ProfileAverage observation operator. More...
class	ProfileAveragePressure
	Profile QC: apply various transformations to observed and model pressures. The transformed pressures are used in subsequent profile averaging routines. More...
class	ProfileAverageRelativeHumidity
	Profile QC: average relative humidity observations onto model levels. More...
class	ProfileAverageTemperature
	Profile QC: average temperature observations onto model levels. More...
class	ProfileAverageWindSpeed
	Profile QC: average wind speed observations onto model levels. More...
class	ProfileCheckBackgroundGeopotentialHeight
	Profile QC: compare geopotential height data against model background values using a Bayesian method. This check can be performed on both reported level data and on data which have been averaged onto model levels. QC flags are not set for reported level data so that all levels (except those with PGE > 0.999) will be used in vertical averaging. More...
class	ProfileCheckBackgroundRelativeHumidity
	Profile QC: compare relative humidity data against model background values using a Bayesian method. This check can be performed on both reported level data and on data which have been averaged onto model levels. QC flags are not set for reported level data so that all levels (except those with PGE > 0.999) will be used in vertical averaging. More...
class	ProfileCheckBackgroundTemperature
	Profile QC: compare temperature data with model background values using a Bayesian method. This check can be performed on both reported level data and on data which have been averaged onto model levels. QC flags are not set for reported level data so that all levels (except those with PGE > 0.999) will be used in vertical averaging. More...
class	ProfileCheckBackgroundWindSpeed
	Profile QC: compare wind speed data against model background values using a Bayesian method. This check can be performed on both reported level data and on data which have been averaged onto model levels. QC flags are not set for reported level data so that all levels (except those with PGE > 0.999) will be used in vertical averaging. More...
class	ProfileCheckBase
	Profile QC checker base class. More...
class	ProfileCheckFactory
	Profile check factory. More...
class	ProfileCheckMaker
class	ProfileCheckBasic
	Profile QC: basic checks on pressure. More...
struct	CheckSubgroup
	Information on each subgroup of checks. More...
class	ProfileChecker
	Profile QC checker. More...
class	ProfileCheckHistory
	Profile QC: history check. More...
class	ProfileCheckHydrostatic
	Profile QC: hydrostatic check. More...
class	ProfileCheckInterpolation
	Profile QC: interpolation check. More...
class	ProfileCheckPermanentReject
	Profile QC: reject observations which are flagged to be permanently rejected. More...
class	ProfileCheckRH
	Profile QC: relative humidity check. More...
class	ProfileCheckSamePDiffT
	Profile QC: same P/different T check. More...
class	ProfileCheckSign
	Profile QC: sign check. More...
class	ProfileCheckTime
	Profile QC: reject data which are outside the assimilation time window. Also, if requested, reject data taken a short period after the sonde launch. More...
class	ProfileCheckUInterp
	Profile QC: wind speed interpolation check. More...
class	ProfileCheckUInterpAlternative
	Profile QC: alternative wind speed interpolation check. This check is passed all of the profiles in the sample and runs on each in sequence. This check is otherwise identical to the ProfileCheckUInterp. More...
class	ProfileCheckUnstableLayer
	Profile QC: unstable layer check. More...
class	ProfileCheckValidator
	Profile QC check validator. More...
class	ProfileDataHandler
	Retrieve and store data for individual profiles. To do this, first the vector of values in the entire data sample is retrieved then the relevant data corresponding to this profile are extracted. More...
class	ProfileDataHolder
	Profile data holder class. More...
class	ProfileIndices
	Determine indices of observations making up individual profiles. The indices are computed with respect to the entire sample of observations. Used to extract relevant data and flags from the entire sample. More...
class	ProfilePressure
	Profile QC: calculates values of pressure that have not been reported due to the lack of a pressure sensor (e.g. for PILOT sondes and wind profilers). The missing pressures are calculated using the reported heights and linearly-interpolated model background fields. Profiles without a pressure sensor are flagged. More...
class	ProfileSondeFlags
	Sets level indicator flags for radiosondes. The code specifying the level type is checked, and the appropriate flags set. Note that the values given are mutually exclusive e.g. if a significant level temperature is present, a wind will not be present at the same level number. If both significant winds and temperatures are reported, they will occur with different level numbers i.e. Level No. Pressure Temperature Wind 10 800.0 -5.0 missing 11 800.0 missing 50.0 knots, 270 degs. More...
class	ProfileStandardLevels
	Calculate standard levels. More...
class	ProfileWindProfilerFlags
	Profile QC: wind profiler QC flags. Rejects levels of wind-profiler observations for which reported QC flags indicate bad obs. More...
struct	VariableNames
class	ObsRadarRadialVelocity
	RadarRadialVelocity observation operator class. More...
class	ObsRadarRadialVelocityTLAD
	RadarRadialVelocity observation operator. More...
class	ObsRadianceRTTOV
	RadianceRTTOV observation for UFO. More...
class	ObsRadianceRTTOVTLAD
	RadianceRTTOV (currently only temperature) observation for UFO. More...
class	ObsRadianceRTTOVCPP
	RadianceRTTOVCPP observation operator class. More...
class	ObsRadianceRTTOVCPPTLAD
	RadianceRTTOV TL/AD observation operator class. More...
class	SatTCWV
	SatTCWV observation operator. More...
class	SatTCWVTLAD
	Precipitable water observation operator. More...
class	ObsScatwindNeutralMetOffice
	ScatwindNeutralMetOffice observation operator. More...
class	ObsSfcPCorrected
	SfcPCorrected observation operator class. More...
class	ObsTimeOper
	TimeInterp observation operator class. More...
class	ObsTimeOperTLAD
	TimeOper observation operator. More...
class	ArrowProxy
	Utility class used in overloads of operator-> in forward iterators. More...
struct	Constants
	Some useful constants. More...
class	ConstrainedRange
	A range of indices. More...
class	DataExtractorBackend
	Provides data to the DataExtractor. More...
class	DataExtractor
	This class makes it possible to extract and interpolate data loaded from a file. More...
struct	DataExtractorInput
	Input data for the DataExtractor. More...
class	DataExtractorCSVBackend
	Produces input for a DataExtractor by loading data from a CSV file. More...
struct	DataExtractorInputBase
	Parts of the input data for the DataExtractor that don't depend on the type of the extracted values. More...
class	DataExtractorNetCDFBackend
	Produces input for a DataExtractor by loading data from a NetCDF file. More...
class	DistanceCalculator
	Calculates distances between observations and centres of bins used during thinning. More...
class	EquispacedBinSelectorBase
	A finite or infinite collection of non-overlapping intervals (bins) of the same width. More...
class	GeodesicDistanceCalculator
class	MaxNormDistanceCalculator
class	MetOfficeBMatrixStatic
class	MetOfficeRMatrixRadiance
class	PiecewiseLinearInterpolation
	Represents a piecewise linear interpolation of a set of data points. More...
class	PrimitiveVariable
class	PrimitiveVariablesIterator
	Iterator over the names and values of primitive variables held in a Variables object. More...
class	PrimitiveVariables
	A range covering all "primitive" (single-channel) variables in a Variables object. More...
class	ProbabilityOfGrossErrorParameters
	Options controlling the operation of the calculations involving probability of gross error. More...
class	RecursiveSplitter
	Partitions an array into groups of elements equivalent according to certain criteria. More...
class	RoundingEquispacedBinSelector
	Represents an infinite set of consecutive intervals (bins) of the same width. More...
class	SpatialBinSelector
	Represents a partition of a sphere into a number of subsets (bins). More...
struct	AAPP_surfclass
	AAPP surface classification. More...
struct	BUFR_surftype
struct	AAPP_surftype
struct	RTTOV_surftype
struct	CRTM_surftype
class	TruncatingEquispacedBinSelector
	Represents a finite set of consecutive intervals (bins) of the same width, each closed from the left and open from the right. More...
class	Cal_HeightFromPressure
	Converts pressures to heights. More...
class	Cal_RelativeHumidity
	Relative Humidity filter. More...
class	Cal_SpecificHumidity
	Specific Humidity filter. More...
class	Cal_PressureFromHeightForProfile
	Derive Pressure from height for vertical profile (e.g. More...
class	Cal_PressureFromHeightForICAO
	Converts heights to pressures using the ICAO atmosphere. More...
class	Cal_ProfileHorizontalDrift
	Profile horizontal drift calculation. More...
class	Cal_RemapScanPosition
	Renumber satellite scan position. More...
class	Cal_WindSpeedAndDirection
	Wind Speed And Direction filter. More...
class	Cal_WindComponents
	Retrieve wind components. More...
class	TransformBase
	Base class for variable conversion. More...
class	TransformFactory
	Transform factory. More...
class	TransformMaker
	Transform maker. More...
class	ObsExample
	Example observation operator class. More...
class	ObsExampleTLAD
	Example TL/AD observation operator class. More...
class	Example
	Example filter. More...

Typedefs
typedef int	F90onedvarcheck
typedef CLWRetMWParameters	CLWRetSymmetricMWParameters
	Options applying to the calculation of symmetric cloud amount. More...
typedef SIRetMWParameters	SIRetSymmetricMWParameters
	Options applying to the calculation of symmetric cloud amount. More...
typedef int	F90locs
typedef int	F90goms
typedef int	F90hop
typedef int	F90obias
typedef int	F90obfilter
typedef int	F90roerr
typedef std::vector< std::shared_ptr< PredictorBase > >	Predictors
template<typename T >
using	DataExtractorPayload = boost::multi_array< T, 3 >
typedef int	F90check

Enumerations
enum class	DistanceNorm { GEODESIC , MAXIMUM }
enum class	ThresholdType { MIN , MAX }
enum class	ExclusionVolumeShape { CYLINDER , ELLIPSOID }
enum	CloudMotionMethod {   infrared = 1 , visible = 2 , vapourcloud = 3 , combination = 4 ,   vapourclear = 5 , ozone = 6 , vapour = 7 }
enum class	SurfaceObservationSubtype {   LNDSYN , SHPSYN , BUOY , MOBSYN ,   OPENROAD , TEMP , BATHY , TESAC ,   BUOYPROF , LNDSYB , SHPSYB }
enum class	DistanceType { GEODESIC , CARTESIAN }
enum class	SearchMethod { BRUTEFORCE , KDTREE }
enum class	FourierTermType { SIN , COS }
enum class	ObsSpaceSection { Original , Extended }
enum class	InterpMethod {   EXACT , NEAREST , LEAST_UPPER_BOUND , GREATEST_LOWER_BOUND ,   LINEAR , BILINEAR }
	Method used by the DataExtractor to map the value of an ObsSpace variable to a range of slices of the interpolated array along the dimension indexed by that variable. More...
enum class	SpatialBinCountRoundingMode { DOWN , NEAREST }

Functions
void	ufo_aodext_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO aodext routines. More...
void	ufo_aodext_delete_f90 (F90hop &)
void	ufo_aodext_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_aodext_tlad_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO aodext routines. More...
void	ufo_aodext_tlad_delete_f90 (F90hop &)
void	ufo_aodext_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_aodext_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_aodext_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, const double &)
void	ufo_aodgeos_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO aodgeos routines. More...
void	ufo_aodgeos_delete_f90 (F90hop &)
void	ufo_aodgeos_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_aodgeos_tlad_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO aodgeos routines. More...
void	ufo_aodgeos_tlad_delete_f90 (F90hop &)
void	ufo_aodgeos_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_aodgeos_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_aodgeos_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, const double &)
void	ufo_atmsfcinterp_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &operatorVars, const int *operatorVarIndices, const int numOperatorVarIndices, oops::Variables &requiredVars)
	Interface to Fortran UFO atmsfcinterp routines. More...
void	ufo_atmsfcinterp_delete_f90 (F90hop &)
void	ufo_atmsfcinterp_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_atmvertinterp_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &operatorVars, const int *operatorVarIndices, const int numOperatorVarIndices, oops::Variables &requiredVars)
	Interface to Fortran UFO routines. More...
void	ufo_atmvertinterp_delete_f90 (F90hop &)
void	ufo_atmvertinterp_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_atmvertinterp_tlad_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &operatorVars, const int *operatorVarIndices, const int numOperatorVarIndices, oops::Variables &requiredVars)
	Interface to Fortran UFO routines. More...
void	ufo_atmvertinterp_tlad_delete_f90 (F90hop &)
void	ufo_atmvertinterp_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_atmvertinterp_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_atmvertinterp_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, const double &)
void	ufo_atmvertinterplay_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO atmvertinterplay routines. More...
void	ufo_atmvertinterplay_delete_f90 (F90hop &)
void	ufo_atmvertinterplay_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_atmvertinterplay_tlad_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO routines. More...
void	ufo_atmvertinterplay_tlad_delete_f90 (F90hop &)
void	ufo_atmvertinterplay_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_atmvertinterplay_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_atmvertinterplay_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, const double &)
void	ufo_avgkernel_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO avgkernel routines. More...
void	ufo_avgkernel_delete_f90 (F90hop &)
void	ufo_avgkernel_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_avgkernel_tlad_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO avgkernel routines. More...
void	ufo_avgkernel_tlad_delete_f90 (F90hop &)
void	ufo_avgkernel_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_avgkernel_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_avgkernel_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, const double &)
void	ufo_backgrounderroridentity_fillobsdiags_f90 (const F90goms &geovals, const int &nlocs, const oops::Variables &obsvars, const F90goms &obsdiags)
void	ufo_backgrounderrorvertinterp_fillobsdiags_f90 (const int &len_obs_vcoord, const char *obs_vcoord, const int &len_vcoord, const char *vcoord, const F90goms &geovals, const ioda::ObsSpace &obsspace, const int &nlocs, const oops::Variables &obsvars, const F90goms &obsdiags)
void	ufo_aodcrtm_setup_f90 (F90hop &, const eckit::Configuration &, const int &, const int &, oops::Variables &)
	Interface to Fortran UFO routines. More...
void	ufo_aodcrtm_delete_f90 (F90hop &)
void	ufo_aodcrtm_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_aodcrtm_tlad_setup_f90 (F90hop &, const eckit::Configuration &, const int &, const int &, oops::Variables &)
	Interface to Fortran UFO routines. More...
void	ufo_aodcrtm_tlad_delete_f90 (F90hop &)
void	ufo_aodcrtm_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_aodcrtm_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_aodcrtm_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, const double &)
void	ufo_aodluts_setup_f90 (F90hop &, const eckit::Configuration &, const int &, const int &, oops::Variables &)
	Interface to Fortran UFO routines. More...
void	ufo_aodluts_delete_f90 (F90hop &)
void	ufo_aodluts_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_aodluts_tlad_setup_f90 (F90hop &, const eckit::Configuration &, const int &, const int &, oops::Variables &)
	Interface to Fortran UFO routines. More...
void	ufo_aodluts_tlad_delete_f90 (F90hop &)
void	ufo_aodluts_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_aodluts_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_aodluts_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, const double &)
void	ufo_radiancecrtm_setup_f90 (F90hop &, const eckit::Configuration &, const int &, const int &, oops::Variables &)
	Interface to Fortran UFO routines. More...
void	ufo_radiancecrtm_delete_f90 (F90hop &)
void	ufo_radiancecrtm_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &, const F90goms &)
void	ufo_radiancecrtm_tlad_setup_f90 (F90hop &, const eckit::Configuration &, const int &, const int &, oops::Variables &)
	Interface to Fortran UFO routines. More...
void	ufo_radiancecrtm_tlad_delete_f90 (F90hop &)
void	ufo_radiancecrtm_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const F90goms &)
void	ufo_radiancecrtm_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_radiancecrtm_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, const double &)
std::vector< float >	getScalarOrFilterData (const std::string &, const ObsFilterData &)
	Function to fill in a vector with either a scalar or data from ObsFilterData. More...
void	ufo_gnssroonedvarcheck_create_f90 (F90onedvarcheck &, const ioda::ObsSpace &, const int &, const char *, const bool &, const float &, const float &, const float &, const float &, const int &, const float &, const bool &, const bool &, const float &, const int &)
	Interface to Fortran routines. More...
void	ufo_gnssroonedvarcheck_delete_f90 (F90onedvarcheck &)
void	ufo_gnssroonedvarcheck_apply_f90 (const F90onedvarcheck &, const F90goms &, const int &, const char &)
float	amsua_clw (float tobs1, float tobs2, float sza)
void	get_locs (const std::vector< std::size_t > &rSort, const size_t &i1, const size_t &i2, const size_t &ilocs, size_t &ii1, size_t &ii2)
void	lam_domaincheck_esg_f90 (const float &, const float &, const float &, const float &, const float &, const int &, const int &, const float &, const float &, const float &, const float &, int &)
void	lam_domaincheck_circle_f90 (const float &, const float &, const float &, const float &, const float &, int &)
ufo::Variables	getAllWhereVariables (const std::vector< WhereParameters > &params)
template<typename T >
void	processWhereMinMax (const std::vector< T > &data, const T &vmin, const T &vmax, std::vector< bool > &mask)
void	processWhereMinMax (const std::vector< util::DateTime > &data, const util::PartialDateTime &vmin, const util::PartialDateTime &vmax, std::vector< bool > &mask)
void	processWhereIsDefined (const std::vector< float > &data, std::vector< bool > &mask)
void	processWhereIsNotDefined (const std::vector< float > &data, std::vector< bool > &mask)
template<class T >
void	processWhereIsIn (const std::vector< T > &data, const std::set< T > &whitelist, std::vector< bool > &mask)
void	processWhereIsClose (const std::vector< float > &data, const float tolerance, const bool relative, const std::vector< float > &whitelist, std::vector< bool > &mask)
template<class T >
void	processWhereIsNotIn (const std::vector< T > &data, const std::set< T > &blacklist, std::vector< bool > &mask)
void	processWhereIsNotIn (const std::vector< std::string > &data, const std::set< std::string > &blacklist, std::vector< bool > &mask)
void	processWhereIsNotClose (const std::vector< float > &data, const float tolerance, const bool relative, const std::vector< float > &blacklist, std::vector< bool > &mask)
template<typename T >
void	applyMinMax (std::vector< bool > &where, WhereParameters const &parameters, ObsFilterData const &filterdata, Variable const &varname)
void	processWhereAnyBitSetOf (const std::vector< int > &data, const std::set< int > &bitIndices, std::vector< bool > &where)
	Process an any_bit_set_of keyword in a where clause. More...
void	processWhereAnyBitUnsetOf (const std::vector< int > &data, const std::set< int > &bitIndices, std::vector< bool > &where)
	Process an any_bit_unset_of keyword in a where clause. More...
void	processWhereMatchesRegex (const std::vector< std::string > &data, const std::string &pattern, std::vector< bool > &where)
	Process a matches_regex keyword in a where clause. More...
void	processWhereMatchesRegex (const std::vector< int > &data, const std::string &pattern, std::vector< bool > &where)
	Process a matches_regex keyword in a where clause. More...
bool	stringMatchesAnyWildcardPattern (const std::string &string, const std::vector< std::string > &patterns)
void	processWhereMatchesAnyWildcardPattern (const std::vector< std::string > &data, const std::vector< std::string > &patterns, std::vector< bool > &where)
	Function used to process a matches_wildcard or matches_any_wildcard keyword in a where clause. More...
void	processWhereMatchesAnyWildcardPattern (const std::vector< int > &data, const std::vector< std::string > &patterns, std::vector< bool > &where)
void	isInString (std::vector< bool > &where, std::vector< std::string > const &allowedValues, ObsFilterData const &filterdata, Variable const &varname)
void	isInInteger (std::vector< bool > &where, std::set< int > const &allowedValues, ObsFilterData const &filterdata, Variable const &varname)
void	isNotInString (std::vector< bool > &where, std::vector< std::string > const &forbiddenValues, ObsFilterData const &filterdata, Variable const &varname)
void	isNotInInteger (std::vector< bool > &where, std::set< int > const &forbiddenValues, ObsFilterData const &filterdata, Variable const &varname)
std::vector< bool >	processWhere (const std::vector< WhereParameters > &params, const ObsFilterData &filterdata)
void	ufo_rttovonedvarcheck_create_f90 (F90obfilter &, const ioda::ObsSpace &, const eckit::Configuration &, const int &, const int &, oops::Variables &, const int &, const int &)
	Interface to Fortran routines. More...
void	ufo_rttovonedvarcheck_delete_f90 (F90obfilter &)
void	ufo_rttovonedvarcheck_apply_f90 (const F90obfilter &, const eckit::Configuration &, const oops::Variables &, const oops::Variables &, const F90goms &, const int &, const char &)
template<typename Type >
std::string	to_str (const Type &t)
std::string	get_channel_name (int SatID, float centralFrequency, int satobchannel, const std::vector< SatIDRangeParameters > &SatIDRanges)
std::string	get_sat_name (int SatID, const std::vector< SatIDRangeParameters > &SatIDRanges)
util::Duration	abs (const util::Duration &duration)
void	ufo_geovals_default_constr_f90 (F90goms &)
	Interface to Fortran UFO GeoVals routines. More...
void	ufo_geovals_partial_setup_f90 (F90goms &key, const size_t &nlocs, const oops::Variables &vars)
void	ufo_geovals_setup_f90 (F90goms &key, const size_t &nlocs, const oops::Variables &vars, const size_t &nvars, const size_t &nlevs)
void	ufo_geovals_allocate_f90 (const F90goms &, const size_t &nlevels, const oops::Variables &vars)
void	ufo_geovals_delete_f90 (F90goms &)
void	ufo_geovals_copy_f90 (const F90goms &, F90goms &)
void	ufo_geovals_copy_one_f90 (F90goms &, const F90goms &, const int &)
void	ufo_geovals_zero_f90 (const F90goms &)
void	ufo_geovals_reorderzdir_f90 (const F90goms &, const int &, const char *, const int &, const char *)
void	ufo_geovals_abs_f90 (const F90goms &)
void	ufo_geovals_rms_f90 (const F90goms &, double &)
void	ufo_geovals_analytic_init_f90 (F90goms &, const Locations &, const eckit::Configuration &)
void	ufo_geovals_random_f90 (const F90goms &)
void	ufo_geovals_scalmult_f90 (const F90goms &, const double &)
void	ufo_geovals_profmult_f90 (const F90goms &, const int &, const float &)
void	ufo_geovals_assign_f90 (const F90goms &, const F90goms &)
void	ufo_geovals_add_f90 (const F90goms &, const F90goms &)
void	ufo_geovals_diff_f90 (const F90goms &, const F90goms &)
void	ufo_geovals_schurmult_f90 (const F90goms &, const F90goms &)
void	ufo_geovals_normalize_f90 (const F90goms &, const F90goms &)
void	ufo_geovals_split_f90 (const F90goms &, const F90goms &, const F90goms &)
void	ufo_geovals_merge_f90 (const F90goms &, const F90goms &, const F90goms &)
void	ufo_geovals_minmaxavg_f90 (const F90goms &, int &, int &, double &, double &, double &)
void	ufo_geovals_maxloc_f90 (const F90goms &, double &, int &, int &)
void	ufo_geovals_nlocs_f90 (const F90goms &, size_t &)
void	ufo_geovals_nlevs_f90 (const F90goms &, const int &, const char *, int &)
void	ufo_geovals_get2d_f90 (const F90goms &, const int &, const char *, const int &, double &)
void	ufo_geovals_get_f90 (const F90goms &, const int &, const char *, const int &, const int &, float &)
void	ufo_geovals_get_loc_f90 (const F90goms &, const int &, const char *, const int &, const int &, double &)
void	ufo_geovals_getdouble_f90 (const F90goms &, const int &, const char *, const int &, const int &, double &)
void	ufo_geovals_putdouble_f90 (const F90goms &, const int &, const char *, const int &, const int &, const double &)
void	ufo_geovals_put_loc_f90 (const F90goms &, const int &, const char *, const int &, const int &, const double &)
void	ufo_geovals_read_file_f90 (const F90goms &, const eckit::Configuration &, const ioda::ObsSpace &, const oops::Variables &)
void	ufo_geovals_write_file_f90 (const F90goms &, const eckit::Configuration &, const size_t &)
void	ufo_gnssro_bendmetoffice_setup_f90 (F90hop &, const bool &, const bool &, const float &)
	Interface to Fortran UFO routines. More...
void	ufo_gnssro_bendmetoffice_delete_f90 (F90hop &)
void	ufo_gnssro_bendmetoffice_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &, const F90goms &)
void	ufo_gnssro_bendmetoffice_tlad_setup_f90 (F90hop &, const bool &, const bool &, const float &)
	Interface to Fortran UFO routines. More...
void	ufo_gnssro_bendmetoffice_tlad_delete_f90 (F90hop &)
void	ufo_gnssro_bendmetoffice_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_gnssro_bendmetoffice_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_gnssro_bendmetoffice_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
void	ufo_gnssro_bndnbam_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO routines. More...
void	ufo_gnssro_bndnbam_delete_f90 (F90hop &)
void	ufo_gnssro_bndnbam_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_gnssro_bndnbam_tlad_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO routines. More...
void	ufo_gnssro_bndnbam_tlad_delete_f90 (F90hop &)
void	ufo_gnssro_bndnbam_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_gnssro_bndnbam_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_gnssro_bndnbam_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
void	ufo_gnssro_bndropp1d_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO routines. More...
void	ufo_gnssro_bndropp1d_delete_f90 (F90hop &)
void	ufo_gnssro_bndropp1d_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_gnssro_bndropp1d_tlad_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO routines. More...
void	ufo_gnssro_bndropp1d_tlad_delete_f90 (F90hop &)
void	ufo_gnssro_bndropp1d_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_gnssro_bndropp1d_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_gnssro_bndropp1d_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
void	ufo_gnssro_2d_locs_init_f90 (const F90hop &, const ioda::ObsSpace &, const int &, float &, float &)
	Interface to Fortran UFO routines. More...
void	ufo_gnssro_bndropp2d_setup_f90 (F90hop &, const eckit::Configuration &, const int &)
void	ufo_gnssro_bndropp2d_delete_f90 (F90hop &)
void	ufo_gnssro_bndropp2d_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_gnssro_bndropp2d_tlad_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO routines. More...
void	ufo_gnssro_bndropp2d_tlad_delete_f90 (F90hop &)
void	ufo_gnssro_bndropp2d_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_gnssro_bndropp2d_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_gnssro_bndropp2d_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
void	ufo_roobserror_create_f90 (F90roerr &, const ioda::ObsSpace &, const eckit::Configuration &, const oops::Variables &)
	Interface to Fortran RO observation error routines. More...
void	ufo_roobserror_delete_f90 (F90roerr &)
void	ufo_roobserror_prior_f90 (const F90roerr &, const int &, const int &, const float *, const int &, const int &, const float *)
void	ufo_gnssro_refmetoffice_setup_f90 (F90hop &, const bool &, const bool &, const float &)
	Interface to Fortran UFO routines. More...
void	ufo_gnssro_refmetoffice_delete_f90 (F90hop &)
void	ufo_gnssro_refmetoffice_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &, const F90goms &)
void	ufo_gnssro_refmetoffice_tlad_setup_f90 (F90hop &, const bool &, const bool &, const float &)
	Interface to Fortran UFO routines. More...
void	ufo_gnssro_refmetoffice_tlad_delete_f90 (F90hop &)
void	ufo_gnssro_refmetoffice_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_gnssro_refmetoffice_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_gnssro_refmetoffice_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
void	ufo_gnssro_ref_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO routines. More...
void	ufo_gnssro_ref_delete_f90 (F90hop &)
void	ufo_gnssro_ref_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_gnssro_ref_tlad_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO routines. More...
void	ufo_gnssro_ref_tlad_delete_f90 (F90hop &)
void	ufo_gnssro_ref_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_gnssro_ref_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_gnssro_ref_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
void	ufo_gnssgb_refropp1d_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO routines. More...
void	ufo_gnssgb_refropp1d_delete_f90 (F90hop &)
void	ufo_gnssgb_refropp1d_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_groundgnss_metoffice_setup_f90 (F90hop &, const eckit::Configuration *const *)
	Interface to Fortran UFO routines. More...
void	ufo_groundgnss_metoffice_delete_f90 (F90hop &)
void	ufo_groundgnss_metoffice_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_groundgnss_metoffice_tlad_setup_f90 (F90hop &, const eckit::Configuration *const *)
	Interface to Fortran UFO routines. More...
void	ufo_groundgnss_metoffice_tlad_delete_f90 (F90hop &)
void	ufo_groundgnss_metoffice_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_groundgnss_metoffice_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_groundgnss_metoffice_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
void	ufo_groundgnss_ropp_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO routines. More...
void	ufo_groundgnss_ropp_delete_f90 (F90hop &)
void	ufo_groundgnss_ropp_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
template<typename OBS >
void	instantiateObsErrorFactory ()
template<typename OBS >
void	instantiateObsFilterFactory ()
template<typename MODEL >
void	instantiateObsLocFactory ()
std::size_t	locations_get_nlocs_f (const Locations &locs)
void	locations_get_lons_f (const Locations &locs, const std::size_t &nlocs, double *lons)
void	locations_get_lats_f (const Locations &locs, const std::size_t &nlocs, double *lats)
void	locations_get_timemask_f (const Locations &locs, const util::DateTime &t1, const util::DateTime &t2, const std::size_t &nlocs, bool *mask)
void	ufo_adt_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO adt routines. More...
void	ufo_adt_delete_f90 (F90hop &)
void	ufo_adt_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_adt_tlad_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO adt routines. More...
void	ufo_adt_tlad_delete_f90 (F90hop &)
void	ufo_adt_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_adt_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_adt_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
void	ufo_CoolSkin_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO CoolSkin routines. More...
void	ufo_CoolSkin_delete_f90 (F90hop &)
void	ufo_CoolSkin_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_CoolSkin_tlad_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO coolskin routines. More...
void	ufo_CoolSkin_tlad_delete_f90 (F90hop &)
void	ufo_CoolSkin_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_CoolSkin_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_CoolSkin_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
void	ufo_insitutemperature_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO marine/insitutemperature routines. More...
void	ufo_insitutemperature_delete_f90 (F90hop &)
void	ufo_insitutemperature_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_insitutemperature_tlad_setup_f90 (F90hop &, const eckit::Configuration &)
	Interface to Fortran UFO marine/insitutemperature routines. More...
void	ufo_insitutemperature_tlad_delete_f90 (F90hop &)
void	ufo_insitutemperature_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_insitutemperature_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_insitutemperature_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
void	ufo_marinevertinterp_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO marine/marinevertinterp routines. More...
void	ufo_marinevertinterp_delete_f90 (F90hop &)
void	ufo_marinevertinterp_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_marinevertinterp_tlad_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO marine/marinevertinterp routines. More...
void	ufo_marinevertinterp_tlad_delete_f90 (F90hop &)
void	ufo_marinevertinterp_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_marinevertinterp_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_marinevertinterp_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
void	ufo_seaicethickness_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &)
	Interface to Fortran UFO marine/seaicethickness routines. More...
void	ufo_seaicethickness_delete_f90 (F90hop &)
void	ufo_seaicethickness_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_seaicethickness_tlad_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &)
	Interface to Fortran UFO marine/seaicethickness routines. More...
void	ufo_seaicethickness_tlad_delete_f90 (F90hop &)
void	ufo_seaicethickness_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_seaicethickness_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_seaicethickness_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
ioda::ObsGroup	saveBiasCoeffsWithChannels (ioda::Group &parent, const std::vector< std::string > &predictors, const std::vector< int > &channels, const Eigen::MatrixXd &coeffs)
void	CalculateModelHeight (const ModelParameters &options, const float orogGeoVaLs, std::vector< float > &zRhoGeoVaLs, std::vector< float > &zThetaGeoVaLs)
	Calculate model heights on rho and theta levels. The calculation uses the terrain-following height coordinate (eta) and the local orography. More...
void	calculateVerticalAverage (const std::vector< int > &flagsIn, const std::vector< float > &valuesIn, const std::vector< float > &coordIn, const std::vector< float > &bigGap, const std::vector< float > &coordOut, float DZFrac, ProfileAveraging::Method method, std::vector< int > &flagsOut, std::vector< float > &valuesOut, int &numGaps, std::vector< float > *coordMax=nullptr, std::vector< float > *coordMin=nullptr)
	Profile vertical averaging onto model levels. More...
void	profileVerticalInterpolation (const std::vector< float > &coordIn, const std::vector< float > &valuesIn, const std::vector< float > &coordOut, std::vector< float > &valuesOut, const ProfileInterpolation::InterpolationMethod interpMethod, const ProfileInterpolation::CoordinateOrder coordOrder, const ProfileInterpolation::OutOfBoundsTreatment outOfBounds)
std::vector< std::size_t >	getSlantPathLocations (const ioda::ObsSpace &odb, const GeoVaLs &gv, const std::vector< std::size_t > &locs, const std::string &modelVerticalCoord, const int itermax)
void	ufo_radarradialvelocity_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO radarradialvelocity routines. More...
void	ufo_radarradialvelocity_delete_f90 (F90hop &)
void	ufo_radarradialvelocity_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_radarradialvelocity_tlad_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO routines. More...
void	ufo_radarradialvelocity_tlad_delete_f90 (F90hop &)
void	ufo_radarradialvelocity_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_radarradialvelocity_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_radarradialvelocity_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, const double &)
void	ufo_radiancerttov_setup_f90 (F90hop &, const eckit::Configuration &, const int &, const int &, oops::Variables &)
	Interface to Fortran UFO routines. More...
void	ufo_radiancerttov_delete_f90 (F90hop &)
void	ufo_radiancerttov_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &, const F90goms &)
void	ufo_radiancerttov_tlad_setup_f90 (F90hop &, const eckit::Configuration &, const int &, const int &, oops::Variables &)
	Interface to Fortran UFO routines. More...
void	ufo_radiancerttov_tlad_delete_f90 (F90hop &)
void	ufo_radiancerttov_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const F90goms &)
void	ufo_radiancerttov_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_radiancerttov_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, const double &)
void	rttovcpp_interface (const GeoVaLs &geovals, const ioda::ObsSpace &odb_, rttov::RttovSafe &aRttov_, const std::string CoefFileName, const std::vector< int > channels_, std::size_t &nlevels, std::vector< bool > &skip_profile)
	Set one single RttovSafe object for a single sensor. More...
void	ufo_sattcwv_setup_f90 (F90hop &, const eckit::Configuration *const *)
	Interface to Fortran UFO routines. More...
void	ufo_sattcwv_delete_f90 (F90hop &)
void	ufo_sattcwv_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_sattcwv_tlad_setup_f90 (F90hop &, const eckit::Configuration *const *)
	Interface to Fortran UFO routines. More...
void	ufo_sattcwv_tlad_delete_f90 (F90hop &)
void	ufo_sattcwv_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &)
void	ufo_sattcwv_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_sattcwv_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
void	ufo_scatwind_neutralmetoffice_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO routines. More...
void	ufo_scatwind_neutralmetoffice_delete_f90 (F90hop &)
void	ufo_scatwind_neutralmetoffice_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_sfcpcorrected_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &operatorVars, const int *operatorVarIndices, const int numOperatorVarIndices, oops::Variables &requiredVars)
	Interface to Fortran UFO sfcpcorrected routines. More...
void	ufo_sfcpcorrected_delete_f90 (F90hop &)
void	ufo_sfcpcorrected_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
std::vector< std::vector< float > >	timeWeightCreate (const ioda::ObsSpace &odb_, const eckit::Configuration &config)
template<typename T >
const DataExtractorPayload< T >::template const_array_view< 1 >::type	get1DSlice (const DataExtractorPayload< T > &array, const size_t dimIndex, const std::array< ConstrainedRange, 3 > &ranges)
	Fetch a 1D sliced view of a boost multi_array object. More...
template<typename T >
const DataExtractorPayload< T >::template const_array_view< 2 >::type	get2DSlice (const DataExtractorPayload< T > &array, const size_t dimIndex0, const size_t dimIndex1, const std::array< ConstrainedRange, 3 > &ranges)
	Fetch a 2D sliced view of a boost multi_array object. More...
template<typename T , typename R >
float	bilinearInterpolation (const std::string &varName0, const std::vector< T > &varValues0, const T &obVal0, const ConstrainedRange &range0, const std::string &varName1, const std::vector< R > &varValues1, const R &obVal1, const ConstrainedRange &range1, const DataExtractorPayload< float >::const_array_view< 2 >::type &interpolatedArray)
	Perform bilinear interpolation at 'location' at location obVal0 and obVal1, corresponding to the first and second axes. More...
template<typename T >
float	bilinearInterpolation (const std::string &varName0, const std::vector< T > &varValues0, const T &obVal0, const ConstrainedRange &range0, const std::string &varName1, const std::vector< std::string > &varValues1, const std::string &obVal1, const ConstrainedRange &range1, const DataExtractorPayload< float >::const_array_view< 2 >::type &interpolatedArray)
	Bilinear interpolation template, templated coord1, string coord2. More...
template<typename T >
float	bilinearInterpolation (const std::string &varName0, const std::vector< std::string > &varValues0, const std::string &obVal0, const ConstrainedRange &range0, const std::string &varName1, const std::vector< T > &varValues1, const T &obVal1, const ConstrainedRange &range1, const DataExtractorPayload< float >::const_array_view< 2 >::type &interpolatedArray)
	Bilinear interpolation template, string coord1, templated coord2. More...
float	bilinearInterpolation (const std::string &varName0, const std::vector< std::string > &varValues0, const std::string &obVal0, const ConstrainedRange &range0, const std::string &varName1, const std::vector< std::string > &varValues1, const std::string &obVal1, const ConstrainedRange &range1, const DataExtractorPayload< float >::const_array_view< 2 >::type &interpolatedArray)
	Bilinear interpolation template, string coord1, string coord2. More...
template<typename T >
std::vector< int >	getAllIndices (const std::vector< T > &all_elements, typename std::vector< T >::const_iterator elements_to_look_for_begin, typename std::vector< T >::const_iterator elements_to_look_for_end)
template<typename T >
std::vector< int >	getAllIndices (const std::vector< T > &all_elements, const std::vector< T > &elements_to_look_for)
std::vector< int >	getRequiredVariableIndices (const ioda::ObsGroup &obsgroup, const std::string &varname, typename std::vector< std::string >::const_iterator elements_to_look_for_begin, typename std::vector< std::string >::const_iterator elements_to_look_for_end)
std::vector< int >	getRequiredVarOrChannelIndices (const ioda::ObsGroup &obsgroup, const oops::Variables &vars_to_look_for)
void	ufo_metoffice_bmatrixstatic_setup_f90 (F90obfilter &, const eckit::Configuration &, size_t &, size_t &)
	Interface to Fortran routines. More...
void	ufo_metoffice_bmatrixstatic_delete_f90 (F90obfilter &)
void	ufo_metoffice_bmatrixstatic_getelements_f90 (F90obfilter &, const size_t &, const size_t &, float *, float *, float *)
void	ufo_metoffice_rmatrixradiance_setup_f90 (const F90obfilter &, const eckit::Configuration &, size_t &, size_t &, size_t &)
void	ufo_metoffice_rmatrixradiance_delete_f90 (const F90obfilter &)
void	ufo_metoffice_rmatrixradiance_getelements_f90 (const F90obfilter &, const size_t &, int *, float *)
void	ufo_metoffice_rmatrixradiance_print_f90 (const F90obfilter &)
template<typename RandomIt , typename UnaryOperation >
void	metOfficeSort (RandomIt first, RandomIt last, const UnaryOperation &key)
	Sort the range [first, last) in the order of ascending keys using the same algorithm as the Ops_Integer/Char/RealSort subroutines from the Met Office OPS system. More...
template<typename RandomIt >
void	metOfficeSort (RandomIt first, RandomIt last)
	Sort the range [first, last) in ascending order using the same algorithm as the Ops_Integer/Char/RealSort subroutines from the Met Office OPS system. More...
void	getOperatorVariables (const eckit::Configuration &conf, const oops::Variables &simulatedVariables, oops::Variables &operatorVariables, std::vector< int > &operatorVariableIndices)
void	BayesianPGEUpdate (const ProbabilityOfGrossErrorParameters &options, const std::vector< float > &obsVal, const std::vector< float > &obsErr, const std::vector< float > &bkgVal, const std::vector< float > &bkgErr, const std::vector< float > &PdBad, const bool ModelLevels, std::vector< int > &flags, std::vector< float > &PGE, std::vector< float > &PGEBd, float ErrVarMax=-1, const std::vector< float > *obsVal2=nullptr, const std::vector< float > *bkgVal2=nullptr)
	Bayesian update of probability of gross error (PGE) More...
void	splitVarGroup (const std::string &vargrp, std::string &var, std::string &grp)
void	splitInstSat (const std::string &instsat, std::string &inst, std::string &sat)
bool	isFloat (const std::string &str)
bool	readFloat (const std::string &str, float &num)
void	ufo_ops_satrad_qsplit_f90 (const int &, const int &, const float *, const float *, const float *, float *, float *, float *, const bool &)
void	ufo_ops_satrad_qsatwat_f90 (float *, const float *, const float *, const int &)
void	vert_interp_weights_f90 (const int &nlev, const double &obl, const double *vec, int &wi, double &wf)
	Interface to Fortran vertical interpolation routines. More...
void	vert_interp_apply_f90 (const int &nlev, const double *fvec, double &f, const int &wi, const double &wf)
void	ufo_example_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO example routines. More...
void	ufo_example_delete_f90 (F90hop &)
void	ufo_example_simobs_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const int &, double &)
void	ufo_example_tlad_setup_f90 (F90hop &, const eckit::Configuration &, const oops::Variables &, oops::Variables &)
	Interface to Fortran UFO example routines. More...
void	ufo_example_tlad_delete_f90 (F90hop &)
void	ufo_example_tlad_settraj_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const F90goms &)
void	ufo_example_simobs_tl_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, double &)
void	ufo_example_simobs_ad_f90 (const F90hop &, const F90goms &, const ioda::ObsSpace &, const int &, const double &)
void	ufo_example_create_f90 (F90check &, const eckit::Configuration *, oops::Variables &)
	Interface to Fortran routines. More...
void	ufo_example_prior_f90 (const F90check &, const ioda::ObsSpace &, const F90goms &)
void	ufo_example_post_f90 (const F90check &, const ioda::ObsSpace &, const int &, const int &, const double &, const double &, const F90goms &)

Variables
static ObsOperatorMaker< ObsAodExt >	makerAodExt_ ("AodExt")
static LinearObsOperatorMaker< ObsAodExtTLAD >	makerAodExtTL_ ("AodExt")
static ObsOperatorMaker< ObsAodGeos >	makerAodGeos_ ("AodGeos")
static LinearObsOperatorMaker< ObsAodGeosTLAD >	makerAodGeosTL_ ("AodGeos")
static ObsOperatorMaker< ObsAtmSfcInterp >	makerGSISfcModel_ ("GSISfcModel")
static ObsOperatorMaker< ObsAtmVertInterp >	makerVertInterp_ ("VertInterp")
static LinearObsOperatorMaker< ObsAtmVertInterpTLAD >	makerVertInterpTL_ ("VertInterp")
static ObsOperatorMaker< ObsAtmVertInterpLay >	makerAtmVertInterpLay_ ("AtmVertInterpLay")
static LinearObsOperatorMaker< ObsAtmVertInterpLayTLAD >	makerVertInterpLayTL_ ("AtmVertInterpLay")
static ObsOperatorMaker< ObsAvgKernel >	makerAvgKernel_ ("AvgKernel")
static LinearObsOperatorMaker< ObsAvgKernelTLAD >	makerAvgKernelTL_ ("AvgKernel")
static ObsOperatorMaker< ObsBackgroundErrorIdentity >	maker ("BackgroundErrorIdentity")
static ObsOperatorMaker< ObsBackgroundErrorVertInterp >	maker ("BackgroundErrorVertInterp")
static ObsOperatorMaker< ObsCategorical >	obsCategoricalMaker_ ("Categorical")
static LinearObsOperatorMaker< ObsCategoricalTLAD >	makerCategoricalTL_ ("Categorical")
static ObsOperatorMaker< ObsComposite >	obsCompositeMaker_ ("Composite")
static LinearObsOperatorMaker< ObsCompositeTLAD >	makerCompositeTL_ ("Composite")
static ObsOperatorMaker< ObsAodCRTM >	makerAOD_ ("AodCRTM")
static LinearObsOperatorMaker< ObsAodCRTMTLAD >	makerAodTL_ ("AodCRTM")
static ObsOperatorMaker< ObsAodLUTs >	makerAOD_ ("AodLUTs")
static LinearObsOperatorMaker< ObsAodLUTsTLAD >	makerAodTL_ ("AodLUTs")
static ObsOperatorMaker< ObsRadianceCRTM >	makerCRTM_ ("CRTM")
static LinearObsOperatorMaker< ObsRadianceCRTMTLAD >	makerCRTMTL_ ("CRTM")
static FilterActionMaker< AcceptObs >	acceptObsMaker_ ("accept")
static FilterActionMaker< AssignError >	makerAssignErr_ ("assign error")
static FilterActionMaker< InflateError >	makerInflateErr_ ("inflate error")
static FilterActionMaker< PassivateObs >	makerPassivateObs_ ("passivate")
static FilterActionMaker< RejectObs >	makerRejectObs_ ("reject")
static ObsFunctionMaker< BennartzScatIndex >	makerBennartzScatIndex_ ("BennartzScatIndex")
static ObsFunctionMaker< BgdDepartureAnomaly >	makerBgdDepartureAnomaly_ ("BgdDepartureAnomaly")
static ObsFunctionMaker< ChannelUseflagCheckRad >	makerChannelUseflagCheckRad_ ("ChannelUseflagCheckRad")
static ObsFunctionMaker< CloudCostFunction >	makerCloudCostFunction_ ("CloudCostFunction")
static ObsFunctionMaker< CloudDetectMinResidualAVHRR >	makerCloudDetectMinResidualAVHRR_ ("CloudDetectMinResidualAVHRR")
static ObsFunctionMaker< CloudDetectMinResidualIR >	makerCloudDetectMinResidualIR_ ("CloudDetectMinResidualIR")
static ObsFunctionMaker< CLWMatchIndexMW >	makerCLWMatchIndexMW_ ("CLWMatchIndexMW")
static ObsFunctionMaker< CLWRetMW >	makerCLWRetMW_ ("CLWRetMW")
static ObsFunctionMaker< CLWRetMW_SSMIS >	makerCLWRetMW_SSMIS_ ("CLWRetMW_SSMIS")
static ObsFunctionMaker< CLWRetSymmetricMW >	makerCLWRetSymmetricMW_ ("CLWRetSymmetricMW")
static ObsFunctionMaker< Conditional< float > >	floatMaker ("Conditional")
static ObsFunctionMaker< Conditional< int > >	intMaker ("Conditional")
static ObsFunctionMaker< Conditional< std::string > >	stringMaker ("Conditional")
static ObsFunctionMaker< Conditional< util::DateTime > >	dateTimeMaker ("Conditional")
static ObsFunctionMaker< DrawObsErrorFromFile >	maker ("DrawObsErrorFromFile")
static ObsFunctionMaker< DrawValueFromFile< float > >	floatMaker ("DrawValueFromFile")
static ObsFunctionMaker< DrawValueFromFile< int > >	intMaker ("DrawValueFromFile")
static ObsFunctionMaker< DrawValueFromFile< std::string > >	stringMaker ("DrawValueFromFile")
static ObsFunctionMaker< HydrometeorCheckAMSUA >	makerHydrometeorCheckAMSUA_ ("HydrometeorCheckAMSUA")
static ObsFunctionMaker< HydrometeorCheckATMS >	makerHydrometeorCheckATMS_ ("HydrometeorCheckATMS")
static ObsFunctionMaker< ImpactHeight >	makerImpactHeight_ ("ImpactHeight")
static ObsFunctionMaker< InterChannelConsistencyCheck >	makerInterChannelConsistencyCheck_ ("InterChannelConsistencyCheck")
static ObsFunctionMaker< LAMDomainCheck >	makerObsFuncLAMDomainCheck_ ("LAMDomainCheck")
static ObsFunctionMaker< ModelHeightAdjustedAirTemperature >	makerModelHeightAdjustedAirTemperature_ ("ModelHeightAdjustedAirTemperature")
static ObsFunctionMaker< ModelHeightAdjustedEastwardMarineWind >	eastwardMaker_ ("ModelHeightAdjustedEastwardMarineWind")
static ObsFunctionMaker< ModelHeightAdjustedNorthwardMarineWind >	northwardMaker_ ("ModelHeightAdjustedNorthwardMarineWind")
static ObsFunctionMaker< ModelHeightAdjustedRelativeHumidity >	makerModelHeightAdjustedRelativeHumidity_ ("ModelHeightAdjustedRelativeHumidity")
static ObsFunctionMaker< ModelHeightAdjustedWindVectorComponent< false > >	eastwardMaker_ ("ModelHeightAdjustedEastwardWind")
static ObsFunctionMaker< ModelHeightAdjustedWindVectorComponent< true > >	northwardMaker_ ("ModelHeightAdjustedNorthwardWind")
static ObsFunctionMaker< NearSSTRetCheckIR >	makerNearSSTRetCheckIR_ ("NearSSTRetCheckIR")
static ObsFunctionMaker< ObsErrorBoundIR >	makerObsErrorBoundIR_ ("ObsErrorBoundIR")
static ObsFunctionMaker< ObsErrorBoundMW >	makerObsErrorBoundMW_ ("ObsErrorBoundMW")
static ObsFunctionMaker< ObsErrorFactorConventional >	makerSteps_ ("ObsErrorFactorConventional")
static ObsFunctionMaker< ObsErrorFactorLatRad >	makerObsErrorFactorLatRad_ ("ObsErrorFactorLatRad")
static ObsFunctionMaker< ObsErrorFactorQuotient >	makerSteps_ ("ObsErrorFactorQuotient")
static ObsFunctionMaker< ObsErrorFactorSfcPressure >	makerSteps_ ("ObsErrorFactorSfcPressure")
static ObsFunctionMaker< ObsErrorFactorSituDependMW >	makerObsErrorFactorSituDependMW_ ("ObsErrorFactorSituDependMW")
static ObsFunctionMaker< ObsErrorFactorSurfJacobianRad >	makerObsErrorFactorSurfJacobianRad_ ("ObsErrorFactorSurfJacobianRad")
static ObsFunctionMaker< ObsErrorFactorTopoRad >	makerObsErrorFactorTopoRad_ ("ObsErrorFactorTopoRad")
static ObsFunctionMaker< ObsErrorFactorTransmitTopRad >	makerObsErrorFactorTransmitTopRad_ ("ObsErrorFactorTransmitTopRad")
static ObsFunctionMaker< ObsErrorFactorWavenumIR >	makerObsErrorFactorWavenumIR_ ("ObsErrorFactorWavenumIR")
static ObsFunctionMaker< ObsErrorModelQuad >	makerQuad_ ("ObsErrorModelQuad")
static ObsFunctionMaker< ObsErrorModelRamp >	makerRamp_ ("ObsErrorModelRamp")
static ObsFunctionMaker< ObsErrorModelStepwiseLinear >	makerSteps_ ("ObsErrorModelStepwiseLinear")
static ObsFunctionMaker< LinearCombination >	makerLinearCombination_ ("LinearCombination")
static ObsFunctionMaker< ObsFunctionScattering >	makerObsFuncScattering_ ("Scattering")
static ObsFunctionMaker< ObsFunctionVelocity >	makerObsFuncVelocity_ ("Velocity")
static ObsFunctionMaker< SatwindIndivErrors >	makerSatwindIndivErrors_ ("SatwindIndivErrors")
static ObsFunctionMaker< SatWindsLNVDCheck >	makerObsFuncSatWindsLNVDCheck_ ("SatWindsLNVDCheck")
static ObsFunctionMaker< SatWindsSPDBCheck >	makerObsFuncSatWindsSPDBCheck_ ("SatWindsSPDBCheck")
static ObsFunctionMaker< SCATRetMW >	makerSCATRetMW_ ("SCATRetMW")
static ObsFunctionMaker< SetSurfaceType >	makerSetSurfaceType_ ("SetSurfaceType")
static ObsFunctionMaker< SIRetMW >	makerSIRetMW_ ("SIRetMW")
static ObsFunctionMaker< SIRetSymmetricMW >	makerSIRetSymmetricMW_ ("SIRetSymmetricMW")
static ObsFunctionMaker< SolarZenith >	maker_ ("SolarZenith")
static ObsFunctionMaker< SunGlintAngle >	makerSunGlintAngle_ ("SunGlintAngle")
static ObsFunctionMaker< SymmCldImpactIR >	makerSCIIR_ ("SymmCldImpactIR")
static ObsFunctionMaker< TotalColumnVaporGuess >	makerTotalColumnVaporGuess_ ("TotalColumnVaporGuess")
static ObsFunctionMaker< TropopauseEstimate >	makerObsFuncTropopauseEstimate_ ("TropopauseEstimate")
static ObsFunctionMaker< WindDirAngleDiff >	makerObsFuncWindDirAngleDiff_ ("WindDirAngleDiff")
static const std::string	missing_value_string = util::missingValue(missing_value_string)
static ObsOperatorMaker< ObsGnssroBendMetOffice >	makerGnssroBendMetOffice_ ("GnssroBendMetOffice")
static LinearObsOperatorMaker< ObsGnssroBendMetOfficeTLAD >	makerGnssroBendMetOfficeTL_ ("GnssroBendMetOffice")
static ObsOperatorMaker< ObsGnssroBndNBAM >	makerGnssroBndNBAM_ ("GnssroBndNBAM")
static LinearObsOperatorMaker< ObsGnssroBndNBAMTLAD >	makerGnssroBndNBAMTL_ ("GnssroBndNBAM")
static ObsOperatorMaker< ObsGnssroBndROPP1D >	makerGnssroBndROPP1D_ ("GnssroBndROPP1D")
static LinearObsOperatorMaker< ObsGnssroBndROPP1DTLAD >	makerGnssroBndROPP1DTL_ ("GnssroBndROPP1D")
static ObsOperatorMaker< ObsGnssroBndROPP2D >	makerGnssroBndROPP2D_ ("GnssroBndROPP2D")
static LinearObsOperatorMaker< ObsGnssroBndROPP2DTLAD >	makerGnssroBndROPP2DTL_ ("GnssroBndROPP2D")
static FilterActionMaker< ROobserrInflation >	makerInflateErr_ ("RONBAMErrInflate")
static ObsOperatorMaker< ObsGnssroRefMetOffice >	makerGnssroRefMetOffice_ ("GnssroRefMetOffice")
static LinearObsOperatorMaker< ObsGnssroRefMetOfficeTLAD >	makerGnssroRefMetOfficeTL_ ("GnssroRefMetOffice")
static ObsOperatorMaker< ObsGnssroRef >	makerGnssroRef_ ("GnssroRef")
static LinearObsOperatorMaker< ObsGnssroRefTLAD >	makerGnssroRefTL_ ("GnssroRef")
static ObsOperatorMaker< ObsGnssGBRefROPP1D >	makerGnssGBRefROPP1D_ ("GnssGBRefROPP1D")
static ObsOperatorMaker< ObsGroundgnssMetOffice >	makerGroundgnssMetOffice_ ("GroundgnssMetOffice")
static LinearObsOperatorMaker< ObsGroundgnssMetOfficeTLAD >	makerGroundgnssMetOfficeTL_ ("GroundgnssMetOffice")
static ObsOperatorMaker< ObsGroundgnssROPP >	makerGroundgnssROPP_ ("GroundgnssROPP")
static ObsOperatorMaker< ObsIdentity >	obsIdentityMaker_ ("Identity")
static LinearObsOperatorMaker< ObsIdentityTLAD >	makerIdentityTL_ ("Identity")
static ObsOperatorMaker< ObsADT >	makerADT_ ("ADT")
static LinearObsOperatorMaker< ObsADTTLAD >	makerADTTL_ ("ADT")
static ObsOperatorMaker< ObsChlEuzIntegr >	makerChlEuzIntegr_ ("Chlorophyll Ocean Color")
static ObsOperatorMaker< ObsCoolSkin >	makerCoolSkin_ ("CoolSkin")
static LinearObsOperatorMaker< ObsCoolSkinTLAD >	makerCoolSkinTL_ ("CoolSkin")
static ObsOperatorMaker< ObsInsituTemperature >	makerInsituTemperature_ ("InsituTemperature")
static LinearObsOperatorMaker< ObsInsituTemperatureTLAD >	makerInsituTemperatureTL_ ("InsituTemperature")
static ObsOperatorMaker< ObsMarineVertInterp >	makerMarineVertInterp_ ("MarineVertInterp")
static LinearObsOperatorMaker< ObsMarineVertInterpTLAD >	makerMarinevertinterpTL_ ("MarineVertInterp")
static ObsOperatorMaker< ObsSeaIceFraction >	makerSeaIceFraction_ ("SeaIceFraction")
static LinearObsOperatorMaker< ObsSeaIceFractionTLAD >	makerSeaIceFractionTL_ ("SeaIceFraction")
static ObsOperatorMaker< ObsSeaIceThickness >	makerSeaIceThickness_ ("SeaIceThickness")
static LinearObsOperatorMaker< ObsSeaIceThicknessTLAD >	makerSeaIceThicknessTL_ ("SeaIceThickness")
static PredictorMaker< CloudLiquidWater >	makerFuncCloudLiquidWater_ ("cloud_liquid_water")
static PredictorMaker< Constant >	makerFuncConstant_ ("constant")
static PredictorMaker< CosineOfLatitudeTimesOrbitNode >	makerFuncCosineOfLatitudeTimesOrbitNode_ ("cosine_of_latitude_times_orbit_node")
static PredictorMaker< Emissivity >	makerFuncEmissivity_ ("emissivity")
static PredictorMaker< InterpolateDataFromFile >	maker ("interpolate_data_from_file")
static PredictorMaker< LapseRate >	makerFuncLapseRate_ ("lapse_rate")
static PredictorMaker< Legendre >	makerFuncLegendre_ ("Legendre")
static PredictorMaker< OrbitalAngle >	makerFuncOrbitalAngle_ ("orbital_angle")
static PredictorMaker< SatelliteSelector >	makerFuncSatelliteSelector_ ("satellite_selector")
static PredictorMaker< ScanAngle >	makerFuncScanAngle_ ("scan_angle")
static PredictorMaker< SineOfLatitude >	makerFuncSineOfLatitude_ ("sine_of_latitude")
static PredictorMaker< Thickness >	makerFuncThickness_ ("thickness")
static ObsOperatorMaker< ObsProfileAverage >	obsProfileAverageMaker_ ("ProfileAverage")
static LinearObsOperatorMaker< ObsProfileAverageTLAD >	obsProfileAverageMaker_ ("ProfileAverage")
static ProfileCheckMaker< ProfileAveragePressure >	makerProfileAveragePressure_ ("AveragePressure")
static ProfileCheckMaker< ProfileAverageRelativeHumidity >	makerProfileAverageRelativeHumidity_ ("AverageRelativeHumidity")
static ProfileCheckMaker< ProfileAverageTemperature >	makerProfileAverageTemperature_ ("AverageTemperature")
static ProfileCheckMaker< ProfileAverageWindSpeed >	makerProfileAverageWindSpeed_ ("AverageWindSpeed")
static ProfileCheckMaker< ProfileCheckBackgroundGeopotentialHeight >	makerProfileCheckBackgroundGeopotentialHeight_ ("BackgroundGeopotentialHeight")
static ProfileCheckMaker< ProfileCheckBackgroundRelativeHumidity >	makerProfileCheckBackgroundRelativeHumidity_ ("BackgroundRelativeHumidity")
static ProfileCheckMaker< ProfileCheckBackgroundTemperature >	makerProfileCheckBackgroundTemperature_ ("BackgroundTemperature")
static ProfileCheckMaker< ProfileCheckBackgroundWindSpeed >	makerProfileCheckBackgroundWindSpeed_ ("BackgroundWindSpeed")
static ProfileCheckMaker< ProfileCheckBasic >	makerProfileCheckBasic_ ("Basic")
static ProfileCheckMaker< ProfileCheckHistory >	makerProfileCheckHistory_ ("History")
static ProfileCheckMaker< ProfileCheckHydrostatic >	makerProfileCheckHydrostatic_ ("Hydrostatic")
static ProfileCheckMaker< ProfileCheckInterpolation >	makerProfileCheckInterpolation_ ("Interpolation")
static ProfileCheckMaker< ProfileCheckPermanentReject >	makerProfileCheckPermanentReject_ ("PermanentReject")
static ProfileCheckMaker< ProfileCheckRH >	makerProfileCheckRH_ ("RH")
static ProfileCheckMaker< ProfileCheckSamePDiffT >	makerProfileCheckSamePDiffT_ ("SamePDiffT")
static ProfileCheckMaker< ProfileCheckSign >	makerProfileCheckSign_ ("Sign")
static ProfileCheckMaker< ProfileCheckTime >	makerProfileCheckTime_ ("Time")
static ProfileCheckMaker< ProfileCheckUInterp >	makerProfileCheckUInterp_ ("UInterp")
static ProfileCheckMaker< ProfileCheckUInterpAlternative >	makerProfileCheckUInterpAlternative_ ("UInterpAlternative")
static ProfileCheckMaker< ProfileCheckUnstableLayer >	makerProfileCheckUnstableLayer_ ("UnstableLayer")
static ProfileCheckMaker< ProfilePressure >	makerProfilePressure_ ("Pressure")
static ProfileCheckMaker< ProfileSondeFlags >	makerProfileSondeFlags_ ("SondeFlags")
static ProfileCheckMaker< ProfileWindProfilerFlags >	makerProfileWindProfilerFlags_ ("WinProFlags")
static ObsOperatorMaker< ObsRadarRadialVelocity >	makerRadarRadialVelocity_ ("RadarRadialVelocity")
static LinearObsOperatorMaker< ObsRadarRadialVelocityTLAD >	makerRadarRadialVelocityTL_ ("RadarRadialVelocity")
static ObsOperatorMaker< ObsRadianceRTTOV >	makerRTTOV_ ("RTTOV")
static LinearObsOperatorMaker< ObsRadianceRTTOVTLAD >	makerRTTOVTL_ ("RTTOV")
static ObsOperatorMaker< ObsRadianceRTTOVCPP >	makerRTTOVCPP_ ("RTTOVCPP")
static LinearObsOperatorMaker< ObsRadianceRTTOVCPPTLAD >	makerRTTOVCPPTL_ ("RTTOVCPP")
static ObsOperatorMaker< SatTCWV >	makerSatTCWV_ ("SatTCWV")
static LinearObsOperatorMaker< SatTCWVTLAD >	makerSatTCWVTL_ ("SatTCWV")
static ObsOperatorMaker< ObsScatwindNeutralMetOffice >	makerScatwindNeutralMetOffice_ ("ScatwindNeutralMetOffice")
static ObsOperatorMaker< ObsSfcPCorrected >	makerSfcPCorrected_ ("SfcPCorrected")
static ObsOperatorMaker< ObsTimeOper >	makerTimeOper_ ("TimeOperLinInterp")
static LinearObsOperatorMaker< ObsTimeOperTLAD >	makerTimeOperTL_ ("TimeOperLinInterp")
static TransformMaker< Cal_HeightFromPressure >	makerCal_HeightFromPressure_ ("HeightFromPressure")
static TransformMaker< Cal_RelativeHumidity >	makerCal_RelativeHumidity_ ("RelativeHumidity")
static TransformMaker< Cal_SpecificHumidity >	makerCal_SpecificHumidity_ ("SpecificHumidity")
static TransformMaker< Cal_PressureFromHeightForProfile >	makerCal_PressureFromHeightForProfile_ ("PressureFromHeightForProfile")
static TransformMaker< Cal_PressureFromHeightForICAO >	makerCal_PressureFromHeightForICAO_ ("PressureFromHeightForICAO")
static TransformMaker< Cal_ProfileHorizontalDrift >	makerCal_ProfileHorizontalDrift_ ("ProfileHorizontalDrift")
static TransformMaker< Cal_RemapScanPosition >	makerCal_RemapScanPosition_ ("RemapScanPosition")
static TransformMaker< Cal_WindSpeedAndDirection >	makerCal_WindSpeedAndDirection_ ("WindSpeedAndDirection")
static TransformMaker< Cal_WindComponents >	makerCal_WindComponents_ ("WindComponents")
static ObsOperatorMaker< ObsExample >	makerExample_ ("Example")
static LinearObsOperatorMaker< ObsExampleTLAD >	makerExampleTL_ ("Example")

Typedef Documentation

CLWRetSymmetricMWParameters

typedef CLWRetMWParameters ufo::CLWRetSymmetricMWParameters

Options applying to the calculation of symmetric cloud amount.

Definition at line 28 of file CLWRetSymmetricMW.h.

DataExtractorPayload

template<typename T >

using ufo::DataExtractorPayload = typedef boost::multi_array<T, 3>

Definition at line 39 of file src/ufo/utils/dataextractor/DataExtractor.h.

F90check

typedef int ufo::F90check

Definition at line 26 of file Example.interface.h.

F90goms

typedef int ufo::F90goms

Definition at line 16 of file Fortran.h.

F90hop

typedef int ufo::F90hop

Definition at line 18 of file Fortran.h.

F90locs

typedef int ufo::F90locs

Definition at line 14 of file Fortran.h.

F90obfilter

typedef int ufo::F90obfilter

Definition at line 22 of file Fortran.h.

F90obias

typedef int ufo::F90obias

Definition at line 20 of file Fortran.h.

F90onedvarcheck

typedef int ufo::F90onedvarcheck

Definition at line 24 of file GNSSROOneDVarCheck.interface.h.

F90roerr

typedef int ufo::F90roerr

Definition at line 24 of file ROobserror.interface.h.

Predictors

typedef std::vector<std::shared_ptr<PredictorBase> > ufo::Predictors

Definition at line 92 of file PredictorBase.h.

SIRetSymmetricMWParameters

typedef SIRetMWParameters ufo::SIRetSymmetricMWParameters

Options applying to the calculation of symmetric cloud amount.

Definition at line 28 of file SIRetSymmetricMW.h.

Enumeration Type Documentation

CloudMotionMethod

enum ufo::CloudMotionMethod

Enumerator
infrared
visible	Motion observed in the infrared channel.
vapourcloud	Motion observed in the visible channel.
combination	Motion observed in the water vapour channel in cloud.
vapourclear	Motion observed in a combination of spectral channels.
ozone	Motion observed in the water vapour channel in clear air.
vapour	Motion observed in the ozone channel.

Definition at line 36 of file SatwindInversionCorrection.h.

DistanceNorm

enum ufo::DistanceNorm

strong

Enumerator
GEODESIC
MAXIMUM

Definition at line 28 of file GaussianThinningParameters.h.

DistanceType

enum ufo::DistanceType

strong

Enumerator
GEODESIC
CARTESIAN

Definition at line 30 of file ObsLocParameters.h.

ExclusionVolumeShape

enum ufo::ExclusionVolumeShape

strong

Enumerator
CYLINDER
ELLIPSOID

Definition at line 29 of file PoissonDiskThinningParameters.h.

FourierTermType

enum ufo::FourierTermType

strong

Enumerator
SIN
COS

Definition at line 26 of file OrbitalAngle.h.

InterpMethod

enum ufo::InterpMethod

strong

Method used by the DataExtractor to map the value of an ObsSpace variable to a range of slices of the interpolated array along the dimension indexed by that variable.

Enumerator
EXACT	Select slices where the indexing coordinate matches exactly the value of the corresponding ObsSpace variable. If no match is found, an exception is thrown unless there are slices where the indexing coordinate is set to the missing value placeholder; in this case these slices are selected instead. This can be used to define a fallback value (used if there is no exact match). This is the only method that can be used for variables of type 'string'.
NEAREST	Select slices where the indexing coordinate is closest to the value of the corresponding ObsSpace variable. In case of a tie (e.g. if the value of the ObsSpace variable is 3 and the coordinate contains values 2 and 4, but not 3), the smaller of the candidate coordinate values is used (in this example, 2).
LEAST_UPPER_BOUND	Select slices corresponding to the least value of the indexing coordinate greater than or equal to the value of the corresponding ObsSpace variable.
GREATEST_LOWER_BOUND	Select slices corresponding to the greatest value of the indexing coordinate less than or equal to the value of the corresponding ObsSpace variable.
LINEAR	Perform a piecewise linear interpolation along the dimension indexed by the ObsSpace variable. This method can only be used for the last indexing variable. It is supported only when DataExtractor produces values of type float, but not int or std::string.
BILINEAR	Perform a bilinear interpolation along two dimensions indexed by the ObsSpace variables. This method can only be used for the final two indexing variables (see bilinearInterpolation). It is supported only when DataExtractor produces values of type float, but not int or std::string.

Definition at line 342 of file src/ufo/utils/dataextractor/DataExtractor.h.

ObsSpaceSection

enum ufo::ObsSpaceSection

strong

Enumerator
Original
Extended

Definition at line 23 of file ProfileDataHolder.h.

SearchMethod

enum ufo::SearchMethod

strong

Enumerator
BRUTEFORCE
KDTREE

Definition at line 34 of file ObsLocParameters.h.

SpatialBinCountRoundingMode

enum ufo::SpatialBinCountRoundingMode

strong

Enumerator
DOWN
NEAREST

Definition at line 19 of file SpatialBinSelector.h.

SurfaceObservationSubtype

enum ufo::SurfaceObservationSubtype

strong

Enumerator
LNDSYN
SHPSYN
BUOY
MOBSYN
OPENROAD
TEMP
BATHY
TESAC
BUOYPROF
LNDSYB
SHPSYB

Definition at line 21 of file TrackCheckUtilsParameters.h.

ThresholdType

enum ufo::ThresholdType

strong

Enumerator
MIN
MAX

Definition at line 36 of file ModelObThreshold.h.

Function Documentation

abs()

util::Duration ufo::abs ( const util::Duration &  duration )

inline

Definition at line 33 of file TrackCheckUtils.h.

Here is the caller graph for this function:

amsua_clw()

float ufo::amsua_clw	(	float	tobs1,
		float	tobs2,
		float	sza
	)

Definition at line 133 of file MWCLWCheck.cc.

Here is the caller graph for this function:

applyMinMax()

template<typename T >

void ufo::applyMinMax	(	std::vector< bool > &	where,
		WhereParameters const &	parameters,
		ObsFilterData const &	filterdata,
		Variable const &	varname
	)

Definition at line 174 of file processWhere.cc.

Here is the call graph for this function:

BayesianPGEUpdate()

void ufo::BayesianPGEUpdate	(	const ProbabilityOfGrossErrorParameters &	options,
		const std::vector< float > &	obsVal,
		const std::vector< float > &	obsErr,
		const std::vector< float > &	bkgVal,
		const std::vector< float > &	bkgErr,
		const std::vector< float > &	PdBad,
		const bool	ModelLevels,
		std::vector< int > &	flags,
		std::vector< float > &	PGE,
		std::vector< float > &	PGEBd,
		float	ErrVarMax = -1,
		const std::vector< float > *	obsVal2 = nullptr,
		const std::vector< float > *	bkgVal2 = nullptr
	)

Bayesian update of probability of gross error (PGE)

Update PGE across locations according to (obsVal-bkgVal), obsErr, and bkgErr, and update flags to say BG check performed, and whether obs rejected or not. This routine can process both single observations and observations on profile levels. In the vector case, the variance is assumed to be isotropic and obsErr and bkgErr give the error in a single vector component.

Parameters

[in]	options	Configurable parameters that govern the operation of this routine.
[in]	obsVal	Observation values.
[in]	obsErr	Observation errors.
[in]	bkgVal	Background values.
[in]	bkgErr	Background errors.
[in]	PdBad	Probability density for 'bad' observations.
[in]	ModelLevels	Have the data been averaged onto model levels?
[in,out]	flags	QC flags.
[in,out]	PGE	Probability of gross error.
[in,out]	PGEBd	PGE for input to buddy check.
[in]	ErrVarMax	(Optional) Maximum error variance.
[in]	obsVal2	(Optional) Second component of 2D observation values.
[in]	bkgVal2	(Optional) Second component of 2D background values.

Definition at line 11 of file ProbabilityOfGrossError.cc.

Here is the caller graph for this function:

bilinearInterpolation() [1/4]

float ufo::bilinearInterpolation ( const std::string &  varName0, const std::vector< std::string > &  varValues0, const std::string &  obVal0, const ConstrainedRange &  range0, const std::string &  varName1, const std::vector< std::string > &  varValues1, const std::string &  obVal1, const ConstrainedRange &  range1, const DataExtractorPayload< float >::const_array_view< 2 >::type &  interpolatedArray  )

inline

Bilinear interpolation template, string coord1, string coord2.

Definition at line 320 of file src/ufo/utils/dataextractor/DataExtractor.h.

bilinearInterpolation() [2/4]

template<typename T >

float ufo::bilinearInterpolation	(	const std::string &	varName0,
		const std::vector< std::string > &	varValues0,
		const std::string &	obVal0,
		const ConstrainedRange &	range0,
		const std::string &	varName1,
		const std::vector< T > &	varValues1,
		const T &	obVal1,
		const ConstrainedRange &	range1,
		const DataExtractorPayload< float >::const_array_view< 2 >::type &	interpolatedArray
	)

Bilinear interpolation template, string coord1, templated coord2.

Definition at line 304 of file src/ufo/utils/dataextractor/DataExtractor.h.

bilinearInterpolation() [3/4]

template<typename T , typename R >

float ufo::bilinearInterpolation	(	const std::string &	varName0,
		const std::vector< T > &	varValues0,
		const T &	obVal0,
		const ConstrainedRange &	range0,
		const std::string &	varName1,
		const std::vector< R > &	varValues1,
		const R &	obVal1,
		const ConstrainedRange &	range1,
		const DataExtractorPayload< float >::const_array_view< 2 >::type &	interpolatedArray
	)

Perform bilinear interpolation at 'location' at location obVal0 and obVal1, corresponding to the first and second axes.

This function returns the value produced by a bilinear interpolation at point obVal0, obVal1. Where any of the neighbouring points used in the calculation are missing, return the nearest of the non-missing neighbouring points. Where all 4 neighbours are missing or the coordinate value is out of bounds, return a missing value. This must be a final call in the sequence calls to extract. This template handles all types except string (see below overloads).

Parameters

[in]	varName0	Name of the coordinate describing the first dimension of 'interpolatedArray' over which we are to interpolate.
[in]	varValues0	Vector of values of the varName0 coordinate.
[in]	obVal0	Interpolation location along the axis corresponding to varName0.
[in]	range0	Defines how to constrain (slice) varValues0 and the corresponding first dimension of 'interpolatedArray'.
[in]	varName1	Name of the coordinate describing the second dimension of 'interpolatedArray' over which we are to interpolate.
[in]	varValues1	Vector of values of the varName1 coordinate.
[in]	obVal1	Interpolation location along the axis corresponding to varName1.
[in]	range1	Defines how to constrain (slice) varValues1 and the corresponding second dimension of 'interpolatedArray'.
[in]	interpolatedArray	2D interpolated array view.

Definition at line 205 of file src/ufo/utils/dataextractor/DataExtractor.h.

Here is the call graph for this function:

Here is the caller graph for this function:

bilinearInterpolation() [4/4]

template<typename T >

float ufo::bilinearInterpolation	(	const std::string &	varName0,
		const std::vector< T > &	varValues0,
		const T &	obVal0,
		const ConstrainedRange &	range0,
		const std::string &	varName1,
		const std::vector< std::string > &	varValues1,
		const std::string &	obVal1,
		const ConstrainedRange &	range1,
		const DataExtractorPayload< float >::const_array_view< 2 >::type &	interpolatedArray
	)

Bilinear interpolation template, templated coord1, string coord2.

Definition at line 287 of file src/ufo/utils/dataextractor/DataExtractor.h.

CalculateModelHeight()

void ufo::CalculateModelHeight	(	const ModelParameters &	options,
		const float	orogGeoVaLs,
		std::vector< float > &	zRhoGeoVaLs,
		std::vector< float > &	zThetaGeoVaLs
	)

Calculate model heights on rho and theta levels. The calculation uses the terrain-following height coordinate (eta) and the local orography.

Parameters

[in]	options	configuration options related to GeoVaLs.
[in]	orogGeoVaLs	orography GeoVaLs.
[out]	zRhoGeoVaLs	model heights on rho levels.
[out]	zThetaGeoVaLs	model heights on theta levels.

Definition at line 16 of file ModelHeightCalculator.cc.

Here is the caller graph for this function:

calculateVerticalAverage()

void ufo::calculateVerticalAverage	(	const std::vector< int > &	flagsIn,
		const std::vector< float > &	valuesIn,
		const std::vector< float > &	coordIn,
		const std::vector< float > &	bigGap,
		const std::vector< float > &	coordOut,
		float	DZFrac,
		ProfileAveraging::Method	method,
		std::vector< int > &	flagsOut,
		std::vector< float > &	valuesOut,
		int &	numGaps,
		std::vector< float > *	coordMax = nullptr,
		std::vector< float > *	coordMin = nullptr
	)

Profile vertical averaging onto model levels.

This routine averages the observed values in a profile onto model levels. The vertical positions of observations are referred to as reported levels.

Firstly, all valid reported level values are interpolated onto the adjacent model level boundaries. If there are no reported level values adjacent to a model level then the model level value is set to missing.

If the parameter method is set to 'Interpolation' then no further action is taken; otherwise, averaging onto the midpoint of the model layer is performed as follows.

If a model layer contains no reported levels then the mean of the values at the upper and lower model layer bounds is taken as the average value. If the model layer contains at least one reported level then the weighted mean of the values at the model layer boundaries and the reported levels is calculated. The distance between adjacent levels (including the model layer boundaries) is used as the weight in each case. If either of the model boundary values is missing then the layer is referred to as a partial layer. In this case a minimum fraction of distance between the upper and lower model levels must have been included in the weighted mean, otherwise the mean is set to the missing value. The minimum fraction is governed by the parameter DZFrac.

The vector BigGap contains the thresholds for defining the distance between reported level coordinates as a 'big gap'. Interpolation to model levels is not performed for reported levels separted by a big gap.

The vectors coordMin and coordMax, which are the coordinates of the highest and lowest valid values used in the weighted mean calculation, can optionally be recorded. These values are used in (e.g.) atmospheric profile temperature averaging.

Parameters

[in]	flagsIn	flags on input data.
[in]	valuesIn	reported-level values.
[in]	coordIn	reported-level coordinates.
[in]	bigGap	maximum gap to be filled in.
[in]	coordOut	model layer boundaries.
[in]	DZFrac	minimum fraction for partially filled layers to be used.
[in]	method	interpolate to model layer boundaries or average over model layers?
[out]	flagsOut	flags on output data.
[out]	valuesOut	output data (averaged or interpolated).
[out]	numGaps	number of large gaps in profile.
[out]	coordMax	maximum coordinate of the values used in the model layer average.
[out]	coordMin	minimum coordinate of the values used in the model layer average.

Definition at line 24 of file ProfileVerticalAveraging.cc.

Here is the caller graph for this function:

get1DSlice()

template<typename T >

const DataExtractorPayload<T>::template const_array_view<1>::type ufo::get1DSlice	(	const DataExtractorPayload< T > &	array,
		const size_t	dimIndex,
		const std::array< ConstrainedRange, 3 > &	ranges
	)

Fetch a 1D sliced view of a boost multi_array object.

Given a set of constraints (ranges), return a 1D sliced view of the array. This will be along the dimension specified. The constraints must constrain all but the dimension that the 1D varies. Note that the 1D slice returned is not itself constrained or reordered.

Parameters

[in]	array	Some boost array for us to return its sliced view.
[in]	dimIndex	Dimension index corresponding to this 1D slice. Though this argument might be considered superfluous with also passing 'ranges', it does serve to ensure that the 1D slice returned corresponds to the dimension index you were expecting.
[in]	ranges	Constraints for the array provided, used for extracting a 1D slice.

Example:

// Define some 3D boost array
boost::multi_array<float, 3> array (boost::extents[2][3][2]);
for (int i=0; i<2; i++)
  for (int j=0; j<3; j++)
    for (int k=0; k<2; j++)
    array[i][j][k] = ...
 
// Let's fetch a 1D slice, constraining our first and last dimensions.
std::array<ConstrainedRange, 3> ranges {ConstrainedRange(2), ConstrainedRange(3),
                                        ConstrainedRange(2)};
ranges[0].constrain(0, 1);  // Let's pick the very first index...
ranges[2].constrain(0, 1);  // Let's pick the very first index...
 
auto arraySliceView = get1DSlice(array, 1, ranges);

Definition at line 76 of file src/ufo/utils/dataextractor/DataExtractor.h.

Here is the caller graph for this function:

get2DSlice()

template<typename T >

const DataExtractorPayload<T>::template const_array_view<2>::type ufo::get2DSlice	(	const DataExtractorPayload< T > &	array,
		const size_t	dimIndex0,
		const size_t	dimIndex1,
		const std::array< ConstrainedRange, 3 > &	ranges
	)

Fetch a 2D sliced view of a boost multi_array object.

Given a set of constraints (ranges), return a 2D sliced view of the array. This will be along the two dimensions specified. The constraints must constrain all but the two dimensions specified. Note that the 2D slice returned is not itself constrained or reordered.

Parameters

[in]	array	Some boost array for us to return its sliced view.
[in]	dimIndex0	First of two 'array' dimension indices corresponding to our 2D slice. Though this argument might be considered superfluous with also passing 'ranges', it does serve to ensure that the 2D slice returned corresponds to the dimension index you were expecting.
[in]	dimIndex1	Second of two 'array' dimension indices corresponding to our 2D slice. Though this argument might be considered superfluous with also passing 'ranges', it does serve to ensure that the 2D slice returned corresponds to the dimension index you were expecting.
[in]	ranges	Constraints for the array provided, used for extracting a 2D slice.

Example:

// Define some 3D boost array
boost::multi_array<float, 3> array (boost::extents[2][3][2]);
for (int i=0; i<2; i++)
  for (int j=0; j<3; j++)
    for (int k=0; k<2; j++)
    array[i][j][k] = ...
 
// Let's fetch a 2D slice, constraining our first dimension to a specific index.
std::array<ConstrainedRange, 3> ranges {ConstrainedRange(2), ConstrainedRange(3),
                                        ConstrainedRange(2)};
ranges[0].constrain(0, 1);  // Let's pick the very first index...
 
auto arraySliceView = get1DSlice(array, 1, 2, ranges);

Definition at line 143 of file src/ufo/utils/dataextractor/DataExtractor.h.

Here is the caller graph for this function:

get_channel_name()

std::string ufo::get_channel_name	(	int	SatID,
		float	centralFrequency,
		int	satobchannel,
		const std::vector< SatIDRangeParameters > &	SatIDRanges
	)

Definition at line 34 of file SatName.cc.

Here is the caller graph for this function:

get_locs()

void ufo::get_locs	(	const std::vector< std::size_t > &	rSort,
		const size_t &	i1,
		const size_t &	i2,
		const size_t &	ilocs,
		size_t &	ii1,
		size_t &	ii2
	)

Definition at line 45 of file ObsDerivativeCheck.cc.

Here is the caller graph for this function:

get_sat_name()

std::string ufo::get_sat_name	(	int	SatID,
		const std::vector< SatIDRangeParameters > &	SatIDRanges
	)

Definition at line 50 of file SatName.cc.

Here is the caller graph for this function:

getAllIndices() [1/2]

template<typename T >

std::vector<int> ufo::getAllIndices	(	const std::vector< T > &	all_elements,
		const std::vector< T > &	elements_to_look_for
	)

Returns indices of all elements in elements_to_look_for in the all_elements vector, in the same order that elements_to_look_for are in. Throws an exception if at least one of elements looked for is missing from all_elements.

Definition at line 47 of file IodaGroupIndices.cc.

Here is the call graph for this function:

getAllIndices() [2/2]

template<typename T >

std::vector<int> ufo::getAllIndices	(	const std::vector< T > &	all_elements,
		typename std::vector< T >::const_iterator	elements_to_look_for_begin,
		typename std::vector< T >::const_iterator	elements_to_look_for_end
	)

Returns indices of all elements in the range [elements_to_look_for_begin, elements_to_look_for_end) in the all_elements vector, in the same order that the former are in. Throws an exception if at least one of elements looked for is missing from all_elements.

Definition at line 23 of file IodaGroupIndices.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

getAllWhereVariables()

ufo::Variables ufo::getAllWhereVariables

(

const std::vector< WhereParameters > &

params

)

Definition at line 29 of file processWhere.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

getOperatorVariables()

void ufo::getOperatorVariables	(	const eckit::Configuration &	conf,
		const oops::Variables &	simulatedVariables,
		oops::Variables &	operatorVariables,
		std::vector< int > &	operatorVariableIndices
	)

Fill the list of variables to be simulated by an obs operator.

Parameters

	conf	Configuration of the obs operator.
	simulatedVariables	List of all simulated variables in the obs space associated with the obs operator.
[out]	operatorVariables	Set to the list of variables taken from the variables option in conf if this option is present or to simulatedVariables if not.
[out]	operatorVariableIndices	Indices of the elements of simulatedVariables corresponding to the variables in operatorVariables.

Definition at line 17 of file OperatorUtils.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

getRequiredVariableIndices()

std::vector< int > ufo::getRequiredVariableIndices	(	const ioda::ObsGroup &	obsgroup,
		const std::string &	varname,
		typename std::vector< std::string >::const_iterator	elements_to_look_for_begin,
		typename std::vector< std::string >::const_iterator	elements_to_look_for_end
	)

Return the vector of indices of all elements in the range [elements_to_look_for_begin, elements_to_look_for_end) in the varname ioda::Variable from obsgroup ioda::ObsGroup, in the same order that the former are in. Throws an exception if at least one of elements looked for is missing.

Definition at line 53 of file IodaGroupIndices.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

getRequiredVarOrChannelIndices()

std::vector< int > ufo::getRequiredVarOrChannelIndices	(	const ioda::ObsGroup &	obsgroup,
		const oops::Variables &	vars_to_look_for
	)

Return the vector of indices of variables or channels vars_to_look_for in the "variables" or "channels" ioda::Variable from obsgroup ioda::ObsGroup

Definition at line 65 of file IodaGroupIndices.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

getScalarOrFilterData()

std::vector< float > ufo::getScalarOrFilterData	(	const std::string &	strfactor,
		const ObsFilterData &	data
	)

Function to fill in a vector with either a scalar or data from ObsFilterData.

Definition at line 21 of file getScalarOrFilterData.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

getSlantPathLocations()

std::vector< std::size_t > ufo::getSlantPathLocations	(	const ioda::ObsSpace &	odb,
		const GeoVaLs &	gv,
		const std::vector< std::size_t > &	locs,
		const std::string &	modelVerticalCoord,
		const int	itermax = 3
	)

Get slant path locations. This determines, for each model level, the location that corresponds to the intersection of the observed profile with that level.

Parameters

odb	ObsSpace.
gv	GeoVaLs.
locs	All locations in the profile.
modelVerticalCoord	Name of the vertical coordinate used in the model.
itermax	Maximum number of interations that will be used to find the intersections between observed pressures and model levels.

Returns

A vector of the slant path locations.

Definition at line 19 of file SlantPathLocations.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

instantiateObsErrorFactory()

template<typename OBS >

void ufo::instantiateObsErrorFactory

(

)

Definition at line 18 of file instantiateObsErrorFactory.h.

instantiateObsFilterFactory()

template<typename OBS >

void ufo::instantiateObsFilterFactory

(

)

Definition at line 59 of file instantiateObsFilterFactory.h.

instantiateObsLocFactory()

template<typename MODEL >

void ufo::instantiateObsLocFactory

(

)

Definition at line 18 of file instantiateObsLocFactory.h.

isFloat()

bool ufo::isFloat

(

const std::string &

str

)

Definition at line 64 of file StringUtils.cc.

isInInteger()

void ufo::isInInteger	(	std::vector< bool > &	where,
		std::set< int > const &	allowedValues,
		ObsFilterData const &	filterdata,
		Variable const &	varname
	)

Definition at line 352 of file processWhere.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

isInString()

void ufo::isInString	(	std::vector< bool > &	where,
		std::vector< std::string > const &	allowedValues,
		ObsFilterData const &	filterdata,
		Variable const &	varname
	)

Definition at line 343 of file processWhere.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

isNotInInteger()

void ufo::isNotInInteger	(	std::vector< bool > &	where,
		std::set< int > const &	forbiddenValues,
		ObsFilterData const &	filterdata,
		Variable const &	varname
	)

Definition at line 369 of file processWhere.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

isNotInString()

void ufo::isNotInString	(	std::vector< bool > &	where,
		std::vector< std::string > const &	forbiddenValues,
		ObsFilterData const &	filterdata,
		Variable const &	varname
	)

Definition at line 360 of file processWhere.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

lam_domaincheck_circle_f90()

void ufo::lam_domaincheck_circle_f90	(	const float &	,
		const float &	,
		const float &	,
		const float &	,
		const float &	,
		int &
	)

Here is the caller graph for this function:

lam_domaincheck_esg_f90()

void ufo::lam_domaincheck_esg_f90	(	const float &	,
		const float &	,
		const float &	,
		const float &	,
		const float &	,
		const int &	,
		const int &	,
		const float &	,
		const float &	,
		const float &	,
		const float &	,
		int &
	)

Here is the caller graph for this function:

locations_get_lats_f()

void ufo::locations_get_lats_f	(	const Locations &	locs,
		const std::size_t &	nlocs,
		double *	lats
	)

Definition at line 29 of file locations_f.cc.

Here is the call graph for this function:

locations_get_lons_f()

void ufo::locations_get_lons_f	(	const Locations &	locs,
		const std::size_t &	nlocs,
		double *	lons
	)

Definition at line 22 of file locations_f.cc.

Here is the call graph for this function:

locations_get_nlocs_f()

std::size_t ufo::locations_get_nlocs_f

(

const Locations &

locs

)

Definition at line 18 of file locations_f.cc.

Here is the call graph for this function:

locations_get_timemask_f()

void ufo::locations_get_timemask_f	(	const Locations &	locs,
		const util::DateTime &	t1,
		const util::DateTime &	t2,
		const std::size_t &	nlocs,
		bool *	mask
	)

Definition at line 36 of file locations_f.cc.

Here is the call graph for this function:

metOfficeSort() [1/2]

template<typename RandomIt >

void ufo::metOfficeSort	(	RandomIt	first,
		RandomIt	last
	)

Sort the range [first, last) in ascending order using the same algorithm as the Ops_Integer/Char/RealSort subroutines from the Met Office OPS system.

Parameters

first,last

The range of elements to sort.

Definition at line 97 of file src/ufo/utils/metoffice/MetOfficeSort.h.

Here is the call graph for this function:

metOfficeSort() [2/2]

template<typename RandomIt , typename UnaryOperation >

void ufo::metOfficeSort	(	RandomIt	first,
		RandomIt	last,
		const UnaryOperation &	key
	)

Sort the range [first, last) in the order of ascending keys using the same algorithm as the Ops_Integer/Char/RealSort subroutines from the Met Office OPS system.

Parameters

first,last	The range of elements to sort.
key	An unary functor taking an element of the range (a dereferenced iterator RandomIt) and returning a key used as the sorting criterion.

Definition at line 86 of file src/ufo/utils/metoffice/MetOfficeSort.h.

Here is the call graph for this function:

Here is the caller graph for this function:

processWhere()

std::vector< bool > ufo::processWhere	(	const std::vector< WhereParameters > &	params,
		const ObsFilterData &	filterdata
	)

Definition at line 377 of file processWhere.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

processWhereAnyBitSetOf()

void ufo::processWhereAnyBitSetOf	(	const std::vector< int > &	data,
		const std::set< int > &	bitIndices,
		std::vector< bool > &	where
	)

Process an any_bit_set_of keyword in a where clause.

This function sets to false all elements of where corresponding to elements of data in which all bits with indices bitIndices are zero. Bits are numbered from 0 starting from the least significant bit.

The vectors data and where must be of the same length.

Example: Suppose data is set to [1, 3, 4, 8] and bitIndices to [0, 2]. Then this function will set only the last element of where to false, since 8 is the only integer from data in whose binary representation both bits 0 and 2 are zero.

Definition at line 225 of file processWhere.cc.

Here is the caller graph for this function:

processWhereAnyBitUnsetOf()

void ufo::processWhereAnyBitUnsetOf	(	const std::vector< int > &	data,
		const std::set< int > &	bitIndices,
		std::vector< bool > &	where
	)

Process an any_bit_unset_of keyword in a where clause.

This function sets to false all elements of where corresponding to elements of data in which all bits with indices bitIndices are non-zero. Bits are numbered from 0 starting from the least significant bit.

The vectors data and where must be of the same length.

Example: Suppose data is set to [1, 3, 4, 5] and bitIndices to [0, 2]. Then this function will set only the last element of where to false, since 5 is the only integer from data in whose binary representation both bits 0 and 2 are non-zero.

Definition at line 254 of file processWhere.cc.

Here is the caller graph for this function:

processWhereIsClose()

void ufo::processWhereIsClose	(	const std::vector< float > &	data,
		const float	tolerance,
		const bool	relative,
		const std::vector< float > &	whitelist,
		std::vector< bool > &	mask
	)

Definition at line 102 of file processWhere.cc.

Here is the caller graph for this function:

processWhereIsDefined()

void ufo::processWhereIsDefined	(	const std::vector< float > &	data,
		std::vector< bool > &	mask
	)

Definition at line 71 of file processWhere.cc.

Here is the caller graph for this function:

processWhereIsIn()

template<class T >

void ufo::processWhereIsIn	(	const std::vector< T > &	data,
		const std::set< T > &	whitelist,
		std::vector< bool > &	mask
	)

Definition at line 93 of file processWhere.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

processWhereIsNotClose()

void ufo::processWhereIsNotClose	(	const std::vector< float > &	data,
		const float	tolerance,
		const bool	relative,
		const std::vector< float > &	blacklist,
		std::vector< bool > &	mask
	)

Definition at line 147 of file processWhere.cc.

Here is the caller graph for this function:

processWhereIsNotDefined()

void ufo::processWhereIsNotDefined	(	const std::vector< float > &	data,
		std::vector< bool > &	mask
	)

Definition at line 82 of file processWhere.cc.

Here is the caller graph for this function:

processWhereIsNotIn() [1/2]

void ufo::processWhereIsNotIn	(	const std::vector< std::string > &	data,
		const std::set< std::string > &	blacklist,
		std::vector< bool > &	mask
	)

Definition at line 138 of file processWhere.cc.

Here is the call graph for this function:

processWhereIsNotIn() [2/2]

template<class T >

void ufo::processWhereIsNotIn	(	const std::vector< T > &	data,
		const std::set< T > &	blacklist,
		std::vector< bool > &	mask
	)

Definition at line 128 of file processWhere.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

processWhereMatchesAnyWildcardPattern() [1/2]

void ufo::processWhereMatchesAnyWildcardPattern	(	const std::vector< int > &	data,
		const std::vector< std::string > &	patterns,
		std::vector< bool > &	where
	)

Definition at line 333 of file processWhere.cc.

Here is the call graph for this function:

processWhereMatchesAnyWildcardPattern() [2/2]

void ufo::processWhereMatchesAnyWildcardPattern	(	const std::vector< std::string > &	data,
		const std::vector< std::string > &	patterns,
		std::vector< bool > &	where
	)

Function used to process a matches_wildcard or matches_any_wildcard keyword in a where clause.

This function sets to false all elements of where corresponding to elements of data that do not match any of the patterns from the list patterns. The patterns may contain wildcards * (matching any sequence of characters) and ? (matching a single character). The vectors data and where must be of the same length.

Definition at line 322 of file processWhere.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

processWhereMatchesRegex() [1/2]

void ufo::processWhereMatchesRegex	(	const std::vector< int > &	data,
		const std::string &	pattern,
		std::vector< bool > &	where
	)

Process a matches_regex keyword in a where clause.

This function sets to false all elements of where corresponding to elements of data whose string representations do not match the regular expression pattern. The vectors data and where must be of the same length.

Definition at line 292 of file processWhere.cc.

processWhereMatchesRegex() [2/2]

void ufo::processWhereMatchesRegex	(	const std::vector< std::string > &	data,
		const std::string &	pattern,
		std::vector< bool > &	where
	)

Process a matches_regex keyword in a where clause.

This function sets to false all elements of where corresponding to elements of data that do not match the regular expression pattern. The vectors data and where must be of the same length.

Definition at line 277 of file processWhere.cc.

Here is the caller graph for this function:

processWhereMinMax() [1/2]

template<typename T >

void ufo::processWhereMinMax	(	const std::vector< T > &	data,
		const T &	vmin,
		const T &	vmax,
		std::vector< bool > &	mask
	)

Definition at line 40 of file processWhere.cc.

Here is the caller graph for this function:

processWhereMinMax() [2/2]

void ufo::processWhereMinMax	(	const std::vector< util::DateTime > &	data,
		const util::PartialDateTime &	vmin,
		const util::PartialDateTime &	vmax,
		std::vector< bool > &	mask
	)

Definition at line 56 of file processWhere.cc.

profileVerticalInterpolation()

void ufo::profileVerticalInterpolation	(	const std::vector< float > &	coordIn,
		const std::vector< float > &	valuesIn,
		const std::vector< float > &	coordOut,
		std::vector< float > &	valuesOut,
		const ProfileInterpolation::InterpolationMethod	interpMethod = ProfileInterpolation::InterpolationMethod::Linear,
		const ProfileInterpolation::CoordinateOrder	coordOrder = ProfileInterpolation::CoordinateOrder::Ascending,
		const ProfileInterpolation::OutOfBoundsTreatment	outOfBounds = ProfileInterpolation::OutOfBoundsTreatment::SetToBound
	)

Performs vertical interpolation from model levels onto observation levels.

Parameters

[in]	coordIn	Coordinates of input values.
[in]	valuesIn	Input values.
[in]	coordOut	Coordinates of output values.
[out]	valuesOut	Interpolated values.
[in]	interpMethod	Interpolation method (linear or log-linear).
[in]	coordOrder	Order of coordinates (ascending or desceding).
[in]	outOfBounds	How to treat out-of-bounds data.

Definition at line 11 of file ProfileVerticalInterpolation.cc.

Here is the caller graph for this function:

readFloat()

bool ufo::readFloat	(	const std::string &	str,
		float &	num
	)

Definition at line 73 of file StringUtils.cc.

rttovcpp_interface()

void ufo::rttovcpp_interface	(	const GeoVaLs &	geovals,
		const ioda::ObsSpace &	odb_,
		rttov::RttovSafe &	aRttov_,
		const std::string	CoefFileName,
		const std::vector< int >	channels_,
		std::size_t &	nlevels,
		std::vector< bool > &	skip_profile
	)

Set one single RttovSafe object for a single sensor.

rttovcpp_interface() loads rttov coef files, set profiles and surface emissivity/reflectance, call Jacobian function, and perform some quality control. It is called by both simulateObs() and setTrajectory().

Parameters

[in]	geovals	reference to the input full model state at observation locations
[in]	odb_	reference to the input observational information
[in]	CoefFileName	rttov coef file to be loaded
[in]	channels_	indexes for a subset of channels for a single sensor
[out]	nlevels	number of model vertical levels
[out]	aRttov_	reference to the output rttov object
[out]	skip_profile	logical to determine if a profile is used or not

Author

Zhiquan (Jake) Liu (NCAR/MMM), initial version for clear-sky DA

Date

Feb. 2021, initial version

Definition at line 61 of file rttovcpp_interface.cc.

Here is the call graph for this function:

Here is the caller graph for this function:

saveBiasCoeffsWithChannels()

ioda::ObsGroup ufo::saveBiasCoeffsWithChannels	(	ioda::Group &	parent,
		const std::vector< std::string > &	predictors,
		const std::vector< int > &	channels,
		const Eigen::MatrixXd &	coeffs
	)

Create ObsGroup with dimensions npredictors = size(predictors) and nchannels = size(channels), variables predictors, channels and bias_cooefficients (npredictors x nchannels)

Definition at line 158 of file ObsBias.cc.

Here is the caller graph for this function:

splitInstSat()

void ufo::splitInstSat	(	const std::string &	instsat,
		std::string &	inst,
		std::string &	sat
	)

Definition at line 51 of file StringUtils.cc.

Here is the caller graph for this function:

splitVarGroup()

void ufo::splitVarGroup	(	const std::string &	vargrp,
		std::string &	var,
		std::string &	grp
	)

Definition at line 27 of file StringUtils.cc.

Here is the caller graph for this function:

stringMatchesAnyWildcardPattern()

bool ufo::stringMatchesAnyWildcardPattern	(	const std::string &	string,
		const std::vector< std::string > &	patterns
	)

Returns true if string matches any of the patterns from the list patterns.

The patterns may contain wildcards * (matching any sequence of characters) and ? (matching a single character).

Definition at line 307 of file processWhere.cc.

Here is the caller graph for this function:

timeWeightCreate()

std::vector< std::vector< float > > ufo::timeWeightCreate	(	const ioda::ObsSpace &	odb_,
		const eckit::Configuration &	config
	)

Definition at line 25 of file ObsTimeOperUtil.cc.

Here is the call graph for this function:

to_str()

template<typename Type >

std::string ufo::to_str

(

const Type &

t

)

Definition at line 27 of file SatName.cc.

Here is the caller graph for this function:

ufo_adt_delete_f90()

void ufo::ufo_adt_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_adt_setup_f90()

void ufo::ufo_adt_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO adt routines.

Here is the caller graph for this function:

ufo_adt_simobs_ad_f90()

void ufo::ufo_adt_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_adt_simobs_f90()

void ufo::ufo_adt_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_adt_simobs_tl_f90()

void ufo::ufo_adt_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_adt_tlad_delete_f90()

void ufo::ufo_adt_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_adt_tlad_settraj_f90()

void ufo::ufo_adt_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_adt_tlad_setup_f90()

void ufo::ufo_adt_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO adt routines.

Here is the caller graph for this function:

ufo_aodcrtm_delete_f90()

void ufo::ufo_aodcrtm_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_aodcrtm_setup_f90()

void ufo::ufo_aodcrtm_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const int &	,
		const int &	,
		oops::Variables &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_aodcrtm_simobs_ad_f90()

void ufo::ufo_aodcrtm_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_aodcrtm_simobs_f90()

void ufo::ufo_aodcrtm_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_aodcrtm_simobs_tl_f90()

void ufo::ufo_aodcrtm_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_aodcrtm_tlad_delete_f90()

void ufo::ufo_aodcrtm_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_aodcrtm_tlad_settraj_f90()

void ufo::ufo_aodcrtm_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_aodcrtm_tlad_setup_f90()

void ufo::ufo_aodcrtm_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const int &	,
		const int &	,
		oops::Variables &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_aodext_delete_f90()

void ufo::ufo_aodext_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_aodext_setup_f90()

void ufo::ufo_aodext_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO aodext routines.

Here is the caller graph for this function:

ufo_aodext_simobs_ad_f90()

void ufo::ufo_aodext_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_aodext_simobs_f90()

void ufo::ufo_aodext_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_aodext_simobs_tl_f90()

void ufo::ufo_aodext_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_aodext_tlad_delete_f90()

void ufo::ufo_aodext_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_aodext_tlad_settraj_f90()

void ufo::ufo_aodext_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_aodext_tlad_setup_f90()

void ufo::ufo_aodext_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO aodext routines.

Here is the caller graph for this function:

ufo_aodgeos_delete_f90()

void ufo::ufo_aodgeos_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_aodgeos_setup_f90()

void ufo::ufo_aodgeos_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO aodgeos routines.

Here is the caller graph for this function:

ufo_aodgeos_simobs_ad_f90()

void ufo::ufo_aodgeos_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_aodgeos_simobs_f90()

void ufo::ufo_aodgeos_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_aodgeos_simobs_tl_f90()

void ufo::ufo_aodgeos_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_aodgeos_tlad_delete_f90()

void ufo::ufo_aodgeos_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_aodgeos_tlad_settraj_f90()

void ufo::ufo_aodgeos_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_aodgeos_tlad_setup_f90()

void ufo::ufo_aodgeos_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO aodgeos routines.

Here is the caller graph for this function:

ufo_aodluts_delete_f90()

void ufo::ufo_aodluts_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_aodluts_setup_f90()

void ufo::ufo_aodluts_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const int &	,
		const int &	,
		oops::Variables &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_aodluts_simobs_ad_f90()

void ufo::ufo_aodluts_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_aodluts_simobs_f90()

void ufo::ufo_aodluts_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_aodluts_simobs_tl_f90()

void ufo::ufo_aodluts_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_aodluts_tlad_delete_f90()

void ufo::ufo_aodluts_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_aodluts_tlad_settraj_f90()

void ufo::ufo_aodluts_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_aodluts_tlad_setup_f90()

void ufo::ufo_aodluts_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const int &	,
		const int &	,
		oops::Variables &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_atmsfcinterp_delete_f90()

void ufo::ufo_atmsfcinterp_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_atmsfcinterp_setup_f90()

void ufo::ufo_atmsfcinterp_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	operatorVars,
		const int *	operatorVarIndices,
		const int	numOperatorVarIndices,
		oops::Variables &	requiredVars
	)

Interface to Fortran UFO atmsfcinterp routines.

Parameters

	operatorVars	Variables to be simulated by this operator.
	operatorVarIndices	Indices of the variables from operatorVar in the list of all simulated variables in the ObsSpace.
	numOperatorVarIndices	Size of the operatorVarIndices array (must be the same as the number of variables in operatorVars).
[out]	requiredVars	GeoVaLs required for the simulation of the variables operatorVars.

Example: if the list of simulated variables in the ObsSpace is [air_temperature, northward_wind, eastward_wind] and operatorVars is [northward_wind, eastward_wind], then operatorVarIndices should be set to [1, 2].

Here is the caller graph for this function:

ufo_atmsfcinterp_simobs_f90()

void ufo::ufo_atmsfcinterp_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_atmvertinterp_delete_f90()

void ufo::ufo_atmvertinterp_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_atmvertinterp_setup_f90()

void ufo::ufo_atmvertinterp_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	operatorVars,
		const int *	operatorVarIndices,
		const int	numOperatorVarIndices,
		oops::Variables &	requiredVars
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Parameters

	operatorVars	Variables to be simulated by this operator.
	operatorVarIndices	Indices of the variables from operatorVar in the list of all simulated variables in the ObsSpace.
	numOperatorVarIndices	Size of the operatorVarIndices array (must be the same as the number of variables in operatorVars).
[out]	requiredVars	GeoVaLs required for the simulation of the variables operatorVars.

Example: if the list of simulated variables in the ObsSpace is [air_temperature, northward_wind, eastward_wind] and operatorVars is [northward_wind, eastward_wind], then operatorVarIndices should be set to [1, 2].

Here is the caller graph for this function:

ufo_atmvertinterp_simobs_ad_f90()

void ufo::ufo_atmvertinterp_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_atmvertinterp_simobs_f90()

void ufo::ufo_atmvertinterp_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_atmvertinterp_simobs_tl_f90()

void ufo::ufo_atmvertinterp_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_atmvertinterp_tlad_delete_f90()

void ufo::ufo_atmvertinterp_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_atmvertinterp_tlad_settraj_f90()

void ufo::ufo_atmvertinterp_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_atmvertinterp_tlad_setup_f90()

void ufo::ufo_atmvertinterp_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	operatorVars,
		const int *	operatorVarIndices,
		const int	numOperatorVarIndices,
		oops::Variables &	requiredVars
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Parameters

	operatorVars	Variables to be simulated by this operator.
	operatorVarIndices	Indices of the variables from operatorVar in the list of all simulated variables in the ObsSpace.
	numOperatorVarIndices	Size of the operatorVarIndices array (must be the same as the number of variables in operatorVars).
[out]	requiredVars	GeoVaLs required for the simulation of the variables operatorVars.

Example: if the list of simulated variables in the ObsSpace is [air_temperature, northward_wind, eastward_wind] and operatorVars is [northward_wind, eastward_wind], then operatorVarIndices should be set to [1, 2].

Here is the caller graph for this function:

ufo_atmvertinterplay_delete_f90()

void ufo::ufo_atmvertinterplay_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_atmvertinterplay_setup_f90()

void ufo::ufo_atmvertinterplay_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO atmvertinterplay routines.

Here is the caller graph for this function:

ufo_atmvertinterplay_simobs_ad_f90()

void ufo::ufo_atmvertinterplay_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_atmvertinterplay_simobs_f90()

void ufo::ufo_atmvertinterplay_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_atmvertinterplay_simobs_tl_f90()

void ufo::ufo_atmvertinterplay_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_atmvertinterplay_tlad_delete_f90()

void ufo::ufo_atmvertinterplay_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_atmvertinterplay_tlad_settraj_f90()

void ufo::ufo_atmvertinterplay_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_atmvertinterplay_tlad_setup_f90()

void ufo::ufo_atmvertinterplay_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_avgkernel_delete_f90()

void ufo::ufo_avgkernel_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_avgkernel_setup_f90()

void ufo::ufo_avgkernel_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO avgkernel routines.

Here is the caller graph for this function:

ufo_avgkernel_simobs_ad_f90()

void ufo::ufo_avgkernel_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_avgkernel_simobs_f90()

void ufo::ufo_avgkernel_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_avgkernel_simobs_tl_f90()

void ufo::ufo_avgkernel_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_avgkernel_tlad_delete_f90()

void ufo::ufo_avgkernel_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_avgkernel_tlad_settraj_f90()

void ufo::ufo_avgkernel_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_avgkernel_tlad_setup_f90()

void ufo::ufo_avgkernel_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO avgkernel routines.

Here is the caller graph for this function:

ufo_backgrounderroridentity_fillobsdiags_f90()

void ufo::ufo_backgrounderroridentity_fillobsdiags_f90	(	const F90goms &	geovals,
		const int &	nlocs,
		const oops::Variables &	obsvars,
		const F90goms &	obsdiags
	)

Here is the caller graph for this function:

ufo_backgrounderrorvertinterp_fillobsdiags_f90()

void ufo::ufo_backgrounderrorvertinterp_fillobsdiags_f90	(	const int &	len_obs_vcoord,
		const char *	obs_vcoord,
		const int &	len_vcoord,
		const char *	vcoord,
		const F90goms &	geovals,
		const ioda::ObsSpace &	obsspace,
		const int &	nlocs,
		const oops::Variables &	obsvars,
		const F90goms &	obsdiags
	)

Here is the caller graph for this function:

ufo_CoolSkin_delete_f90()

void ufo::ufo_CoolSkin_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_CoolSkin_setup_f90()

void ufo::ufo_CoolSkin_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO CoolSkin routines.

Here is the caller graph for this function:

ufo_CoolSkin_simobs_ad_f90()

void ufo::ufo_CoolSkin_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_CoolSkin_simobs_f90()

void ufo::ufo_CoolSkin_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_CoolSkin_simobs_tl_f90()

void ufo::ufo_CoolSkin_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_CoolSkin_tlad_delete_f90()

void ufo::ufo_CoolSkin_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_CoolSkin_tlad_settraj_f90()

void ufo::ufo_CoolSkin_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_CoolSkin_tlad_setup_f90()

void ufo::ufo_CoolSkin_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO coolskin routines.

Here is the caller graph for this function:

ufo_example_create_f90()

void ufo::ufo_example_create_f90	(	F90check &	,
		const eckit::Configuration *	,
		oops::Variables &
	)

Interface to Fortran routines.

Here is the caller graph for this function:

ufo_example_delete_f90()

void ufo::ufo_example_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_example_post_f90()

void ufo::ufo_example_post_f90	(	const F90check &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		const double &	,
		const double &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_example_prior_f90()

void ufo::ufo_example_prior_f90	(	const F90check &	,
		const ioda::ObsSpace &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_example_setup_f90()

void ufo::ufo_example_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO example routines.

Here is the caller graph for this function:

ufo_example_simobs_ad_f90()

void ufo::ufo_example_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_example_simobs_f90()

void ufo::ufo_example_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_example_simobs_tl_f90()

void ufo::ufo_example_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_example_tlad_delete_f90()

void ufo::ufo_example_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_example_tlad_settraj_f90()

void ufo::ufo_example_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_example_tlad_setup_f90()

void ufo::ufo_example_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO example routines.

Here is the caller graph for this function:

ufo_geovals_abs_f90()

void ufo::ufo_geovals_abs_f90

(

const F90goms &

)

ufo_geovals_add_f90()

void ufo::ufo_geovals_add_f90	(	const F90goms &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_geovals_allocate_f90()

void ufo::ufo_geovals_allocate_f90	(	const F90goms &	,
		const size_t &	nlevels,
		const oops::Variables &	vars
	)

Deprecated, rely on ufo_geovals_setup_f90 to allocate GeoVaLs instead. Allocates GeoVaLs for vars variables with nlevels number of levels. If the GeoVaLs for this variable were allocated before with different size, aborts.

Here is the caller graph for this function:

ufo_geovals_analytic_init_f90()

void ufo::ufo_geovals_analytic_init_f90	(	F90goms &	,
		const Locations &	,
		const eckit::Configuration &
	)

Here is the caller graph for this function:

ufo_geovals_assign_f90()

void ufo::ufo_geovals_assign_f90	(	const F90goms &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_geovals_copy_f90()

void ufo::ufo_geovals_copy_f90	(	const F90goms &	,
		F90goms &
	)

Here is the caller graph for this function:

ufo_geovals_copy_one_f90()

void ufo::ufo_geovals_copy_one_f90	(	F90goms &	,
		const F90goms &	,
		const int &
	)

Here is the caller graph for this function:

ufo_geovals_default_constr_f90()

void ufo::ufo_geovals_default_constr_f90

(

F90goms &

)

Interface to Fortran UFO GeoVals routines.

The core of the UFO GeoVals is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_geovals_delete_f90()

void ufo::ufo_geovals_delete_f90

(

F90goms &

)

Here is the caller graph for this function:

ufo_geovals_diff_f90()

void ufo::ufo_geovals_diff_f90	(	const F90goms &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_geovals_get2d_f90()

void ufo::ufo_geovals_get2d_f90	(	const F90goms &	,
		const int &	,
		const char *	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_geovals_get_f90()

void ufo::ufo_geovals_get_f90	(	const F90goms &	,
		const int &	,
		const char *	,
		const int &	,
		const int &	,
		float &
	)

Here is the caller graph for this function:

ufo_geovals_get_loc_f90()

void ufo::ufo_geovals_get_loc_f90	(	const F90goms &	,
		const int &	,
		const char *	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_geovals_getdouble_f90()

void ufo::ufo_geovals_getdouble_f90	(	const F90goms &	,
		const int &	,
		const char *	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_geovals_maxloc_f90()

void ufo::ufo_geovals_maxloc_f90	(	const F90goms &	,
		double &	,
		int &	,
		int &
	)

Here is the caller graph for this function:

ufo_geovals_merge_f90()

void ufo::ufo_geovals_merge_f90	(	const F90goms &	,
		const F90goms &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_geovals_minmaxavg_f90()

void ufo::ufo_geovals_minmaxavg_f90	(	const F90goms &	,
		int &	,
		int &	,
		double &	,
		double &	,
		double &
	)

Here is the caller graph for this function:

ufo_geovals_nlevs_f90()

void ufo::ufo_geovals_nlevs_f90	(	const F90goms &	,
		const int &	,
		const char *	,
		int &
	)

Here is the caller graph for this function:

ufo_geovals_nlocs_f90()

void ufo::ufo_geovals_nlocs_f90	(	const F90goms &	,
		size_t &
	)

Here is the caller graph for this function:

ufo_geovals_normalize_f90()

void ufo::ufo_geovals_normalize_f90	(	const F90goms &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_geovals_partial_setup_f90()

void ufo::ufo_geovals_partial_setup_f90	(	F90goms &	key,
		const size_t &	nlocs,
		const oops::Variables &	vars
	)

Deprecated, use ufo_geovals_setup_f90 instead. Creates Fortran GeoVaLs with key key, nlocs number of locations for vars variables. Does not allocate internal structures.

Here is the caller graph for this function:

ufo_geovals_profmult_f90()

void ufo::ufo_geovals_profmult_f90	(	const F90goms &	,
		const int &	,
		const float &
	)

Here is the caller graph for this function:

ufo_geovals_put_loc_f90()

void ufo::ufo_geovals_put_loc_f90	(	const F90goms &	,
		const int &	,
		const char *	,
		const int &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_geovals_putdouble_f90()

void ufo::ufo_geovals_putdouble_f90	(	const F90goms &	,
		const int &	,
		const char *	,
		const int &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_geovals_random_f90()

void ufo::ufo_geovals_random_f90

(

const F90goms &

)

Here is the caller graph for this function:

ufo_geovals_read_file_f90()

void ufo::ufo_geovals_read_file_f90	(	const F90goms &	,
		const eckit::Configuration &	,
		const ioda::ObsSpace &	,
		const oops::Variables &
	)

Here is the caller graph for this function:

ufo_geovals_reorderzdir_f90()

void ufo::ufo_geovals_reorderzdir_f90	(	const F90goms &	,
		const int &	,
		const char *	,
		const int &	,
		const char *
	)

Here is the caller graph for this function:

ufo_geovals_rms_f90()

void ufo::ufo_geovals_rms_f90	(	const F90goms &	,
		double &
	)

Here is the caller graph for this function:

ufo_geovals_scalmult_f90()

void ufo::ufo_geovals_scalmult_f90	(	const F90goms &	,
		const double &
	)

Here is the caller graph for this function:

ufo_geovals_schurmult_f90()

void ufo::ufo_geovals_schurmult_f90	(	const F90goms &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_geovals_setup_f90()

void ufo::ufo_geovals_setup_f90	(	F90goms &	key,
		const size_t &	nlocs,
		const oops::Variables &	vars,
		const size_t &	nvars,
		const size_t &	nlevs
	)

Creates and allocates Fortran GeoVaLs with key key, nlocs number of locations for vars variables. nlevs is a pointer to the first element of array size nvars that contains number of values to allocate for each of the variables.

Here is the caller graph for this function:

ufo_geovals_split_f90()

void ufo::ufo_geovals_split_f90	(	const F90goms &	,
		const F90goms &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_geovals_write_file_f90()

void ufo::ufo_geovals_write_file_f90	(	const F90goms &	,
		const eckit::Configuration &	,
		const size_t &
	)

Here is the caller graph for this function:

ufo_geovals_zero_f90()

void ufo::ufo_geovals_zero_f90

(

const F90goms &

)

Here is the caller graph for this function:

ufo_gnssgb_refropp1d_delete_f90()

void ufo::ufo_gnssgb_refropp1d_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_gnssgb_refropp1d_setup_f90()

void ufo::ufo_gnssgb_refropp1d_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_gnssgb_refropp1d_simobs_f90()

void ufo::ufo_gnssgb_refropp1d_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_gnssro_2d_locs_init_f90()

void ufo::ufo_gnssro_2d_locs_init_f90	(	const F90hop &	,
		const ioda::ObsSpace &	,
		const int &	,
		float &	,
		float &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_gnssro_bendmetoffice_delete_f90()

void ufo::ufo_gnssro_bendmetoffice_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_gnssro_bendmetoffice_setup_f90()

void ufo::ufo_gnssro_bendmetoffice_setup_f90	(	F90hop &	,
		const bool &	,
		const bool &	,
		const float &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_gnssro_bendmetoffice_simobs_ad_f90()

void ufo::ufo_gnssro_bendmetoffice_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_gnssro_bendmetoffice_simobs_f90()

void ufo::ufo_gnssro_bendmetoffice_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_gnssro_bendmetoffice_simobs_tl_f90()

void ufo::ufo_gnssro_bendmetoffice_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_gnssro_bendmetoffice_tlad_delete_f90()

void ufo::ufo_gnssro_bendmetoffice_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_gnssro_bendmetoffice_tlad_settraj_f90()

void ufo::ufo_gnssro_bendmetoffice_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_gnssro_bendmetoffice_tlad_setup_f90()

void ufo::ufo_gnssro_bendmetoffice_tlad_setup_f90	(	F90hop &	,
		const bool &	,
		const bool &	,
		const float &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_gnssro_bndnbam_delete_f90()

void ufo::ufo_gnssro_bndnbam_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_gnssro_bndnbam_setup_f90()

void ufo::ufo_gnssro_bndnbam_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_gnssro_bndnbam_simobs_ad_f90()

void ufo::ufo_gnssro_bndnbam_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_gnssro_bndnbam_simobs_f90()

void ufo::ufo_gnssro_bndnbam_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_gnssro_bndnbam_simobs_tl_f90()

void ufo::ufo_gnssro_bndnbam_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_gnssro_bndnbam_tlad_delete_f90()

void ufo::ufo_gnssro_bndnbam_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_gnssro_bndnbam_tlad_settraj_f90()

void ufo::ufo_gnssro_bndnbam_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_gnssro_bndnbam_tlad_setup_f90()

void ufo::ufo_gnssro_bndnbam_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_gnssro_bndropp1d_delete_f90()

void ufo::ufo_gnssro_bndropp1d_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_gnssro_bndropp1d_setup_f90()

void ufo::ufo_gnssro_bndropp1d_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_gnssro_bndropp1d_simobs_ad_f90()

void ufo::ufo_gnssro_bndropp1d_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_gnssro_bndropp1d_simobs_f90()

void ufo::ufo_gnssro_bndropp1d_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_gnssro_bndropp1d_simobs_tl_f90()

void ufo::ufo_gnssro_bndropp1d_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_gnssro_bndropp1d_tlad_delete_f90()

void ufo::ufo_gnssro_bndropp1d_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_gnssro_bndropp1d_tlad_settraj_f90()

void ufo::ufo_gnssro_bndropp1d_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_gnssro_bndropp1d_tlad_setup_f90()

void ufo::ufo_gnssro_bndropp1d_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_gnssro_bndropp2d_delete_f90()

void ufo::ufo_gnssro_bndropp2d_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_gnssro_bndropp2d_setup_f90()

void ufo::ufo_gnssro_bndropp2d_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const int &
	)

Here is the caller graph for this function:

ufo_gnssro_bndropp2d_simobs_ad_f90()

void ufo::ufo_gnssro_bndropp2d_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_gnssro_bndropp2d_simobs_f90()

void ufo::ufo_gnssro_bndropp2d_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_gnssro_bndropp2d_simobs_tl_f90()

void ufo::ufo_gnssro_bndropp2d_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_gnssro_bndropp2d_tlad_delete_f90()

void ufo::ufo_gnssro_bndropp2d_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_gnssro_bndropp2d_tlad_settraj_f90()

void ufo::ufo_gnssro_bndropp2d_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_gnssro_bndropp2d_tlad_setup_f90()

void ufo::ufo_gnssro_bndropp2d_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_gnssro_ref_delete_f90()

void ufo::ufo_gnssro_ref_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_gnssro_ref_setup_f90()

void ufo::ufo_gnssro_ref_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_gnssro_ref_simobs_ad_f90()

void ufo::ufo_gnssro_ref_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_gnssro_ref_simobs_f90()

void ufo::ufo_gnssro_ref_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_gnssro_ref_simobs_tl_f90()

void ufo::ufo_gnssro_ref_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_gnssro_ref_tlad_delete_f90()

void ufo::ufo_gnssro_ref_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_gnssro_ref_tlad_settraj_f90()

void ufo::ufo_gnssro_ref_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_gnssro_ref_tlad_setup_f90()

void ufo::ufo_gnssro_ref_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_gnssro_refmetoffice_delete_f90()

void ufo::ufo_gnssro_refmetoffice_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_gnssro_refmetoffice_setup_f90()

void ufo::ufo_gnssro_refmetoffice_setup_f90	(	F90hop &	,
		const bool &	,
		const bool &	,
		const float &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_gnssro_refmetoffice_simobs_ad_f90()

void ufo::ufo_gnssro_refmetoffice_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_gnssro_refmetoffice_simobs_f90()

void ufo::ufo_gnssro_refmetoffice_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_gnssro_refmetoffice_simobs_tl_f90()

void ufo::ufo_gnssro_refmetoffice_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_gnssro_refmetoffice_tlad_delete_f90()

void ufo::ufo_gnssro_refmetoffice_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_gnssro_refmetoffice_tlad_settraj_f90()

void ufo::ufo_gnssro_refmetoffice_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_gnssro_refmetoffice_tlad_setup_f90()

void ufo::ufo_gnssro_refmetoffice_tlad_setup_f90	(	F90hop &	,
		const bool &	,
		const bool &	,
		const float &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_gnssroonedvarcheck_apply_f90()

void ufo::ufo_gnssroonedvarcheck_apply_f90	(	const F90onedvarcheck &	,
		const F90goms &	,
		const int &	,
		const char &
	)

Here is the caller graph for this function:

ufo_gnssroonedvarcheck_create_f90()

void ufo::ufo_gnssroonedvarcheck_create_f90	(	F90onedvarcheck &	,
		const ioda::ObsSpace &	,
		const int &	,
		const char *	,
		const bool &	,
		const float &	,
		const float &	,
		const float &	,
		const float &	,
		const int &	,
		const float &	,
		const bool &	,
		const bool &	,
		const float &	,
		const int &
	)

Interface to Fortran routines.

Here is the caller graph for this function:

ufo_gnssroonedvarcheck_delete_f90()

void ufo::ufo_gnssroonedvarcheck_delete_f90

(

F90onedvarcheck &

)

Here is the caller graph for this function:

ufo_groundgnss_metoffice_delete_f90()

void ufo::ufo_groundgnss_metoffice_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_groundgnss_metoffice_setup_f90()

void ufo::ufo_groundgnss_metoffice_setup_f90	(	F90hop &	,
		const eckit::Configuration *const *
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_groundgnss_metoffice_simobs_ad_f90()

void ufo::ufo_groundgnss_metoffice_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_groundgnss_metoffice_simobs_f90()

void ufo::ufo_groundgnss_metoffice_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_groundgnss_metoffice_simobs_tl_f90()

void ufo::ufo_groundgnss_metoffice_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_groundgnss_metoffice_tlad_delete_f90()

void ufo::ufo_groundgnss_metoffice_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_groundgnss_metoffice_tlad_settraj_f90()

void ufo::ufo_groundgnss_metoffice_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_groundgnss_metoffice_tlad_setup_f90()

void ufo::ufo_groundgnss_metoffice_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration *const *
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_groundgnss_ropp_delete_f90()

void ufo::ufo_groundgnss_ropp_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_groundgnss_ropp_setup_f90()

void ufo::ufo_groundgnss_ropp_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_groundgnss_ropp_simobs_f90()

void ufo::ufo_groundgnss_ropp_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_insitutemperature_delete_f90()

void ufo::ufo_insitutemperature_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_insitutemperature_setup_f90()

void ufo::ufo_insitutemperature_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO marine/insitutemperature routines.

Here is the caller graph for this function:

ufo_insitutemperature_simobs_ad_f90()

void ufo::ufo_insitutemperature_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_insitutemperature_simobs_f90()

void ufo::ufo_insitutemperature_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_insitutemperature_simobs_tl_f90()

void ufo::ufo_insitutemperature_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_insitutemperature_tlad_delete_f90()

void ufo::ufo_insitutemperature_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_insitutemperature_tlad_settraj_f90()

void ufo::ufo_insitutemperature_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_insitutemperature_tlad_setup_f90()

void ufo::ufo_insitutemperature_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &
	)

Interface to Fortran UFO marine/insitutemperature routines.

Here is the caller graph for this function:

ufo_marinevertinterp_delete_f90()

void ufo::ufo_marinevertinterp_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_marinevertinterp_setup_f90()

void ufo::ufo_marinevertinterp_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO marine/marinevertinterp routines.

Here is the caller graph for this function:

ufo_marinevertinterp_simobs_ad_f90()

void ufo::ufo_marinevertinterp_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_marinevertinterp_simobs_f90()

void ufo::ufo_marinevertinterp_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_marinevertinterp_simobs_tl_f90()

void ufo::ufo_marinevertinterp_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_marinevertinterp_tlad_delete_f90()

void ufo::ufo_marinevertinterp_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_marinevertinterp_tlad_settraj_f90()

void ufo::ufo_marinevertinterp_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_marinevertinterp_tlad_setup_f90()

void ufo::ufo_marinevertinterp_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO marine/marinevertinterp routines.

Here is the caller graph for this function:

ufo_metoffice_bmatrixstatic_delete_f90()

void ufo::ufo_metoffice_bmatrixstatic_delete_f90

(

F90obfilter &

)

Here is the caller graph for this function:

ufo_metoffice_bmatrixstatic_getelements_f90()

void ufo::ufo_metoffice_bmatrixstatic_getelements_f90	(	F90obfilter &	,
		const size_t &	,
		const size_t &	,
		float *	,
		float *	,
		float *
	)

Here is the caller graph for this function:

ufo_metoffice_bmatrixstatic_setup_f90()

void ufo::ufo_metoffice_bmatrixstatic_setup_f90	(	F90obfilter &	,
		const eckit::Configuration &	,
		size_t &	,
		size_t &
	)

Interface to Fortran routines.

Here is the caller graph for this function:

ufo_metoffice_rmatrixradiance_delete_f90()

void ufo::ufo_metoffice_rmatrixradiance_delete_f90

(

const F90obfilter &

)

Here is the caller graph for this function:

ufo_metoffice_rmatrixradiance_getelements_f90()

void ufo::ufo_metoffice_rmatrixradiance_getelements_f90	(	const F90obfilter &	,
		const size_t &	,
		int *	,
		float *
	)

Here is the caller graph for this function:

ufo_metoffice_rmatrixradiance_print_f90()

void ufo::ufo_metoffice_rmatrixradiance_print_f90

(

const F90obfilter &

)

ufo_metoffice_rmatrixradiance_setup_f90()

void ufo::ufo_metoffice_rmatrixradiance_setup_f90	(	const F90obfilter &	,
		const eckit::Configuration &	,
		size_t &	,
		size_t &	,
		size_t &
	)

Here is the caller graph for this function:

ufo_ops_satrad_qsatwat_f90()

void ufo::ufo_ops_satrad_qsatwat_f90	(	float *	,
		const float *	,
		const float *	,
		const int &
	)

Here is the caller graph for this function:

ufo_ops_satrad_qsplit_f90()

void ufo::ufo_ops_satrad_qsplit_f90	(	const int &	,
		const int &	,
		const float *	,
		const float *	,
		const float *	,
		float *	,
		float *	,
		float *	,
		const bool &
	)

Here is the caller graph for this function:

ufo_radarradialvelocity_delete_f90()

void ufo::ufo_radarradialvelocity_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_radarradialvelocity_setup_f90()

void ufo::ufo_radarradialvelocity_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO radarradialvelocity routines.

Here is the caller graph for this function:

ufo_radarradialvelocity_simobs_ad_f90()

void ufo::ufo_radarradialvelocity_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_radarradialvelocity_simobs_f90()

void ufo::ufo_radarradialvelocity_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_radarradialvelocity_simobs_tl_f90()

void ufo::ufo_radarradialvelocity_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_radarradialvelocity_tlad_delete_f90()

void ufo::ufo_radarradialvelocity_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_radarradialvelocity_tlad_settraj_f90()

void ufo::ufo_radarradialvelocity_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_radarradialvelocity_tlad_setup_f90()

void ufo::ufo_radarradialvelocity_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_radiancecrtm_delete_f90()

void ufo::ufo_radiancecrtm_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_radiancecrtm_setup_f90()

void ufo::ufo_radiancecrtm_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const int &	,
		const int &	,
		oops::Variables &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_radiancecrtm_simobs_ad_f90()

void ufo::ufo_radiancecrtm_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_radiancecrtm_simobs_f90()

void ufo::ufo_radiancecrtm_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_radiancecrtm_simobs_tl_f90()

void ufo::ufo_radiancecrtm_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_radiancecrtm_tlad_delete_f90()

void ufo::ufo_radiancecrtm_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_radiancecrtm_tlad_settraj_f90()

void ufo::ufo_radiancecrtm_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_radiancecrtm_tlad_setup_f90()

void ufo::ufo_radiancecrtm_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const int &	,
		const int &	,
		oops::Variables &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_radiancerttov_delete_f90()

void ufo::ufo_radiancerttov_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_radiancerttov_setup_f90()

void ufo::ufo_radiancerttov_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const int &	,
		const int &	,
		oops::Variables &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_radiancerttov_simobs_ad_f90()

void ufo::ufo_radiancerttov_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_radiancerttov_simobs_f90()

void ufo::ufo_radiancerttov_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_radiancerttov_simobs_tl_f90()

void ufo::ufo_radiancerttov_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_radiancerttov_tlad_delete_f90()

void ufo::ufo_radiancerttov_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_radiancerttov_tlad_settraj_f90()

void ufo::ufo_radiancerttov_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const F90goms &
	)

Here is the caller graph for this function:

ufo_radiancerttov_tlad_setup_f90()

void ufo::ufo_radiancerttov_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const int &	,
		const int &	,
		oops::Variables &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_roobserror_create_f90()

void ufo::ufo_roobserror_create_f90	(	F90roerr &	,
		const ioda::ObsSpace &	,
		const eckit::Configuration &	,
		const oops::Variables &
	)

Interface to Fortran RO observation error routines.

Here is the caller graph for this function:

ufo_roobserror_delete_f90()

void ufo::ufo_roobserror_delete_f90

(

F90roerr &

)

Here is the caller graph for this function:

ufo_roobserror_prior_f90()

void ufo::ufo_roobserror_prior_f90	(	const F90roerr &	,
		const int &	,
		const int &	,
		const float *	,
		const int &	,
		const int &	,
		const float *
	)

Here is the caller graph for this function:

ufo_rttovonedvarcheck_apply_f90()

void ufo::ufo_rttovonedvarcheck_apply_f90	(	const F90obfilter &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		const oops::Variables &	,
		const F90goms &	,
		const int &	,
		const char &
	)

Here is the caller graph for this function:

ufo_rttovonedvarcheck_create_f90()

void ufo::ufo_rttovonedvarcheck_create_f90	(	F90obfilter &	,
		const ioda::ObsSpace &	,
		const eckit::Configuration &	,
		const int &	,
		const int &	,
		oops::Variables &	,
		const int &	,
		const int &
	)

Interface to Fortran routines.

Here is the caller graph for this function:

ufo_rttovonedvarcheck_delete_f90()

void ufo::ufo_rttovonedvarcheck_delete_f90

(

F90obfilter &

)

Here is the caller graph for this function:

ufo_sattcwv_delete_f90()

void ufo::ufo_sattcwv_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_sattcwv_setup_f90()

void ufo::ufo_sattcwv_setup_f90	(	F90hop &	,
		const eckit::Configuration *const *
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_sattcwv_simobs_ad_f90()

void ufo::ufo_sattcwv_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_sattcwv_simobs_f90()

void ufo::ufo_sattcwv_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_sattcwv_simobs_tl_f90()

void ufo::ufo_sattcwv_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_sattcwv_tlad_delete_f90()

void ufo::ufo_sattcwv_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_sattcwv_tlad_settraj_f90()

void ufo::ufo_sattcwv_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_sattcwv_tlad_setup_f90()

void ufo::ufo_sattcwv_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration *const *
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_scatwind_neutralmetoffice_delete_f90()

void ufo::ufo_scatwind_neutralmetoffice_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_scatwind_neutralmetoffice_setup_f90()

void ufo::ufo_scatwind_neutralmetoffice_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	,
		oops::Variables &
	)

Interface to Fortran UFO routines.

The core of the UFO is coded in Fortran. Here we define the interfaces to the Fortran code.

Here is the caller graph for this function:

ufo_scatwind_neutralmetoffice_simobs_f90()

void ufo::ufo_scatwind_neutralmetoffice_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_seaicethickness_delete_f90()

void ufo::ufo_seaicethickness_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_seaicethickness_setup_f90()

void ufo::ufo_seaicethickness_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &
	)

Interface to Fortran UFO marine/seaicethickness routines.

Here is the caller graph for this function:

ufo_seaicethickness_simobs_ad_f90()

void ufo::ufo_seaicethickness_simobs_ad_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const double &
	)

Here is the caller graph for this function:

ufo_seaicethickness_simobs_f90()

void ufo::ufo_seaicethickness_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_seaicethickness_simobs_tl_f90()

void ufo::ufo_seaicethickness_simobs_tl_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

ufo_seaicethickness_tlad_delete_f90()

void ufo::ufo_seaicethickness_tlad_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_seaicethickness_tlad_settraj_f90()

void ufo::ufo_seaicethickness_tlad_settraj_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &
	)

Here is the caller graph for this function:

ufo_seaicethickness_tlad_setup_f90()

void ufo::ufo_seaicethickness_tlad_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &
	)

Interface to Fortran UFO marine/seaicethickness routines.

Here is the caller graph for this function:

ufo_sfcpcorrected_delete_f90()

void ufo::ufo_sfcpcorrected_delete_f90

(

F90hop &

)

Here is the caller graph for this function:

ufo_sfcpcorrected_setup_f90()

void ufo::ufo_sfcpcorrected_setup_f90	(	F90hop &	,
		const eckit::Configuration &	,
		const oops::Variables &	operatorVars,
		const int *	operatorVarIndices,
		const int	numOperatorVarIndices,
		oops::Variables &	requiredVars
	)

Interface to Fortran UFO sfcpcorrected routines.

Parameters

	operatorVars	Variables to be simulated by this operator.
	operatorVarIndices	Indices of the variables from operatorVar in the list of all simulated variables in the ObsSpace.
	numOperatorVarIndices	Size of the operatorVarIndices array (must be the same as the number of variables in operatorVars).
[out]	requiredVars	GeoVaLs required for the simulation of the variables operatorVars.

Example: if the list of simulated variables in the ObsSpace is [air_temperature, northward_wind, eastward_wind] and operatorVars is [northward_wind, eastward_wind], then operatorVarIndices should be set to [1, 2].

Here is the caller graph for this function:

ufo_sfcpcorrected_simobs_f90()

void ufo::ufo_sfcpcorrected_simobs_f90	(	const F90hop &	,
		const F90goms &	,
		const ioda::ObsSpace &	,
		const int &	,
		const int &	,
		double &
	)

Here is the caller graph for this function:

vert_interp_apply_f90()

void ufo::vert_interp_apply_f90	(	const int &	nlev,
		const double *	fvec,
		double &	f,
		const int &	wi,
		const double &	wf
	)

Here is the caller graph for this function:

vert_interp_weights_f90()

void ufo::vert_interp_weights_f90	(	const int &	nlev,
		const double &	obl,
		const double *	vec,
		int &	wi,
		double &	wf
	)

Interface to Fortran vertical interpolation routines.

Here is the caller graph for this function:

Variable Documentation

acceptObsMaker_

FilterActionMaker<AcceptObs> ufo::acceptObsMaker_("accept") ( "accept"  )

static

dateTimeMaker

ObsFunctionMaker<Conditional<util::DateTime> > ufo::dateTimeMaker("Conditional") ( "Conditional"  )

static

eastwardMaker_ [1/2]

ObsFunctionMaker<ModelHeightAdjustedEastwardMarineWind> ufo::eastwardMaker_("ModelHeightAdjustedEastwardMarineWind") ( "ModelHeightAdjustedEastwardMarineWind"  )

static

eastwardMaker_ [2/2]

ObsFunctionMaker<ModelHeightAdjustedWindVectorComponent<false> > ufo::eastwardMaker_("ModelHeightAdjustedEastwardWind") ( "ModelHeightAdjustedEastwardWind"  )

static

floatMaker [1/2]

ObsFunctionMaker<Conditional<float> > ufo::floatMaker("Conditional") ( "Conditional"  )

static

floatMaker [2/2]

ObsFunctionMaker<DrawValueFromFile<float> > ufo::floatMaker("DrawValueFromFile") ( "DrawValueFromFile"  )

static

intMaker [1/2]

ObsFunctionMaker<Conditional<int> > ufo::intMaker("Conditional") ( "Conditional"  )

static

intMaker [2/2]

ObsFunctionMaker<DrawValueFromFile<int> > ufo::intMaker("DrawValueFromFile") ( "DrawValueFromFile"  )

static

maker [1/4]

ObsOperatorMaker<ObsBackgroundErrorIdentity> ufo::maker("BackgroundErrorIdentity") ( "BackgroundErrorIdentity"  )

static

maker [2/4]

ObsOperatorMaker<ObsBackgroundErrorVertInterp> ufo::maker("BackgroundErrorVertInterp") ( "BackgroundErrorVertInterp"  )

static

maker [3/4]

ObsFunctionMaker<DrawObsErrorFromFile> ufo::maker("DrawObsErrorFromFile") ( "DrawObsErrorFromFile"  )

static

maker [4/4]

PredictorMaker<InterpolateDataFromFile> ufo::maker("interpolate_data_from_file") ( "interpolate_data_from_file"  )

static

maker_

ObsFunctionMaker<SolarZenith> ufo::maker_("SolarZenith") ( "SolarZenith"  )

static

makerADT_

ObsOperatorMaker<ObsADT> ufo::makerADT_("ADT") ( "ADT"  )

static

makerADTTL_

LinearObsOperatorMaker<ObsADTTLAD> ufo::makerADTTL_("ADT") ( "ADT"  )

static

makerAOD_ [1/2]

ObsOperatorMaker<ObsAodCRTM> ufo::makerAOD_("AodCRTM") ( "AodCRTM"  )

static

makerAOD_ [2/2]

ObsOperatorMaker<ObsAodLUTs> ufo::makerAOD_("AodLUTs") ( "AodLUTs"  )

static

makerAodExt_

ObsOperatorMaker<ObsAodExt> ufo::makerAodExt_("AodExt") ( "AodExt"  )

static

makerAodExtTL_

LinearObsOperatorMaker<ObsAodExtTLAD> ufo::makerAodExtTL_("AodExt") ( "AodExt"  )

static

makerAodGeos_

ObsOperatorMaker<ObsAodGeos> ufo::makerAodGeos_("AodGeos") ( "AodGeos"  )

static

makerAodGeosTL_

LinearObsOperatorMaker<ObsAodGeosTLAD> ufo::makerAodGeosTL_("AodGeos") ( "AodGeos"  )

static

makerAodTL_ [1/2]

LinearObsOperatorMaker<ObsAodCRTMTLAD> ufo::makerAodTL_("AodCRTM") ( "AodCRTM"  )

static

makerAodTL_ [2/2]

LinearObsOperatorMaker<ObsAodLUTsTLAD> ufo::makerAodTL_("AodLUTs") ( "AodLUTs"  )

static

makerAssignErr_

FilterActionMaker<AssignError> ufo::makerAssignErr_("assign error") ( "assign error"  )

static

makerAtmVertInterpLay_

ObsOperatorMaker<ObsAtmVertInterpLay> ufo::makerAtmVertInterpLay_("AtmVertInterpLay") ( "AtmVertInterpLay"  )

static

makerAvgKernel_

ObsOperatorMaker<ObsAvgKernel> ufo::makerAvgKernel_("AvgKernel") ( "AvgKernel"  )

static

makerAvgKernelTL_

LinearObsOperatorMaker<ObsAvgKernelTLAD> ufo::makerAvgKernelTL_("AvgKernel") ( "AvgKernel"  )

static

makerBennartzScatIndex_

ObsFunctionMaker<BennartzScatIndex> ufo::makerBennartzScatIndex_("BennartzScatIndex") ( "BennartzScatIndex"  )

static

makerBgdDepartureAnomaly_

ObsFunctionMaker<BgdDepartureAnomaly> ufo::makerBgdDepartureAnomaly_("BgdDepartureAnomaly") ( "BgdDepartureAnomaly"  )

static

makerCal_HeightFromPressure_

TransformMaker<Cal_HeightFromPressure> ufo::makerCal_HeightFromPressure_("HeightFromPressure") ( "HeightFromPressure"  )

static

makerCal_PressureFromHeightForICAO_

TransformMaker<Cal_PressureFromHeightForICAO> ufo::makerCal_PressureFromHeightForICAO_("PressureFromHeightForICAO") ( "PressureFromHeightForICAO"  )

static

makerCal_PressureFromHeightForProfile_

TransformMaker<Cal_PressureFromHeightForProfile> ufo::makerCal_PressureFromHeightForProfile_("PressureFromHeightForProfile") ( "PressureFromHeightForProfile"  )

static

makerCal_ProfileHorizontalDrift_

TransformMaker<Cal_ProfileHorizontalDrift> ufo::makerCal_ProfileHorizontalDrift_("ProfileHorizontalDrift") ( "ProfileHorizontalDrift"  )

static

makerCal_RelativeHumidity_

TransformMaker<Cal_RelativeHumidity> ufo::makerCal_RelativeHumidity_("RelativeHumidity") ( "RelativeHumidity"  )

static

makerCal_RemapScanPosition_

TransformMaker<Cal_RemapScanPosition> ufo::makerCal_RemapScanPosition_("RemapScanPosition") ( "RemapScanPosition"  )

static

makerCal_SpecificHumidity_

TransformMaker<Cal_SpecificHumidity> ufo::makerCal_SpecificHumidity_("SpecificHumidity") ( "SpecificHumidity"  )

static

makerCal_WindComponents_

TransformMaker<Cal_WindComponents> ufo::makerCal_WindComponents_("WindComponents") ( "WindComponents"  )

static

makerCal_WindSpeedAndDirection_

TransformMaker<Cal_WindSpeedAndDirection> ufo::makerCal_WindSpeedAndDirection_("WindSpeedAndDirection") ( "WindSpeedAndDirection"  )

static

makerCategoricalTL_

LinearObsOperatorMaker<ObsCategoricalTLAD> ufo::makerCategoricalTL_("Categorical") ( "Categorical"  )

static

makerChannelUseflagCheckRad_

ObsFunctionMaker<ChannelUseflagCheckRad> ufo::makerChannelUseflagCheckRad_("ChannelUseflagCheckRad") ( "ChannelUseflagCheckRad"  )

static

makerChlEuzIntegr_

ObsOperatorMaker<ObsChlEuzIntegr> ufo::makerChlEuzIntegr_("Chlorophyll Ocean Color") ( "Chlorophyll Ocean Color"  )

static

makerCloudCostFunction_

ObsFunctionMaker<CloudCostFunction> ufo::makerCloudCostFunction_("CloudCostFunction") ( "CloudCostFunction"  )

static

makerCloudDetectMinResidualAVHRR_

ObsFunctionMaker<CloudDetectMinResidualAVHRR> ufo::makerCloudDetectMinResidualAVHRR_("CloudDetectMinResidualAVHRR") ( "CloudDetectMinResidualAVHRR"  )

static

makerCloudDetectMinResidualIR_

ObsFunctionMaker<CloudDetectMinResidualIR> ufo::makerCloudDetectMinResidualIR_("CloudDetectMinResidualIR") ( "CloudDetectMinResidualIR"  )

static

makerCLWMatchIndexMW_

ObsFunctionMaker<CLWMatchIndexMW> ufo::makerCLWMatchIndexMW_("CLWMatchIndexMW") ( "CLWMatchIndexMW"  )

static

makerCLWRetMW_

ObsFunctionMaker<CLWRetMW> ufo::makerCLWRetMW_("CLWRetMW") ( "CLWRetMW"  )

static

makerCLWRetMW_SSMIS_

ObsFunctionMaker<CLWRetMW_SSMIS> ufo::makerCLWRetMW_SSMIS_("CLWRetMW_SSMIS") ( "CLWRetMW_SSMIS"  )

static

makerCLWRetSymmetricMW_

ObsFunctionMaker<CLWRetSymmetricMW> ufo::makerCLWRetSymmetricMW_("CLWRetSymmetricMW") ( "CLWRetSymmetricMW"  )

static

makerCompositeTL_

LinearObsOperatorMaker<ObsCompositeTLAD> ufo::makerCompositeTL_("Composite") ( "Composite"  )

static

makerCoolSkin_

ObsOperatorMaker<ObsCoolSkin> ufo::makerCoolSkin_("CoolSkin") ( "CoolSkin"  )

static

makerCoolSkinTL_

LinearObsOperatorMaker<ObsCoolSkinTLAD> ufo::makerCoolSkinTL_("CoolSkin") ( "CoolSkin"  )

static

makerCRTM_

ObsOperatorMaker<ObsRadianceCRTM> ufo::makerCRTM_("CRTM") ( "CRTM"  )

static

makerCRTMTL_

LinearObsOperatorMaker<ObsRadianceCRTMTLAD> ufo::makerCRTMTL_("CRTM") ( "CRTM"  )

static

makerExample_

ObsOperatorMaker<ObsExample> ufo::makerExample_("Example") ( "Example"  )

static

makerExampleTL_

LinearObsOperatorMaker<ObsExampleTLAD> ufo::makerExampleTL_("Example") ( "Example"  )

static

makerFuncCloudLiquidWater_

PredictorMaker<CloudLiquidWater> ufo::makerFuncCloudLiquidWater_("cloud_liquid_water") ( "cloud_liquid_water"  )

static

makerFuncConstant_

PredictorMaker<Constant> ufo::makerFuncConstant_("constant") ( "constant"  )

static

makerFuncCosineOfLatitudeTimesOrbitNode_

PredictorMaker<CosineOfLatitudeTimesOrbitNode> ufo::makerFuncCosineOfLatitudeTimesOrbitNode_("cosine_of_latitude_times_orbit_node") ( "cosine_of_latitude_times_orbit_node"  )

static

makerFuncEmissivity_

PredictorMaker<Emissivity> ufo::makerFuncEmissivity_("emissivity") ( "emissivity"  )

static

makerFuncLapseRate_

PredictorMaker<LapseRate> ufo::makerFuncLapseRate_("lapse_rate") ( "lapse_rate"  )

static

makerFuncLegendre_

PredictorMaker<Legendre> ufo::makerFuncLegendre_("Legendre") ( "Legendre"  )

static

makerFuncOrbitalAngle_

PredictorMaker<OrbitalAngle> ufo::makerFuncOrbitalAngle_("orbital_angle") ( "orbital_angle"  )

static

makerFuncSatelliteSelector_

PredictorMaker<SatelliteSelector> ufo::makerFuncSatelliteSelector_("satellite_selector") ( "satellite_selector"  )

static

makerFuncScanAngle_

PredictorMaker<ScanAngle> ufo::makerFuncScanAngle_("scan_angle") ( "scan_angle"  )

static

makerFuncSineOfLatitude_

PredictorMaker<SineOfLatitude> ufo::makerFuncSineOfLatitude_("sine_of_latitude") ( "sine_of_latitude"  )

static

makerFuncThickness_

PredictorMaker<Thickness> ufo::makerFuncThickness_("thickness") ( "thickness"  )

static

makerGnssGBRefROPP1D_

ObsOperatorMaker<ObsGnssGBRefROPP1D> ufo::makerGnssGBRefROPP1D_("GnssGBRefROPP1D") ( "GnssGBRefROPP1D"  )

static

makerGnssroBendMetOffice_

ObsOperatorMaker<ObsGnssroBendMetOffice> ufo::makerGnssroBendMetOffice_("GnssroBendMetOffice") ( "GnssroBendMetOffice"  )

static

makerGnssroBendMetOfficeTL_

LinearObsOperatorMaker<ObsGnssroBendMetOfficeTLAD> ufo::makerGnssroBendMetOfficeTL_("GnssroBendMetOffice") ( "GnssroBendMetOffice"  )

static

makerGnssroBndNBAM_

ObsOperatorMaker<ObsGnssroBndNBAM> ufo::makerGnssroBndNBAM_("GnssroBndNBAM") ( "GnssroBndNBAM"  )

static

makerGnssroBndNBAMTL_

LinearObsOperatorMaker<ObsGnssroBndNBAMTLAD> ufo::makerGnssroBndNBAMTL_("GnssroBndNBAM") ( "GnssroBndNBAM"  )

static

makerGnssroBndROPP1D_

ObsOperatorMaker<ObsGnssroBndROPP1D> ufo::makerGnssroBndROPP1D_("GnssroBndROPP1D") ( "GnssroBndROPP1D"  )

static

makerGnssroBndROPP1DTL_

LinearObsOperatorMaker<ObsGnssroBndROPP1DTLAD> ufo::makerGnssroBndROPP1DTL_("GnssroBndROPP1D") ( "GnssroBndROPP1D"  )

static

makerGnssroBndROPP2D_

ObsOperatorMaker<ObsGnssroBndROPP2D> ufo::makerGnssroBndROPP2D_("GnssroBndROPP2D") ( "GnssroBndROPP2D"  )

static

makerGnssroBndROPP2DTL_

LinearObsOperatorMaker<ObsGnssroBndROPP2DTLAD> ufo::makerGnssroBndROPP2DTL_("GnssroBndROPP2D") ( "GnssroBndROPP2D"  )

static

makerGnssroRef_

ObsOperatorMaker<ObsGnssroRef> ufo::makerGnssroRef_("GnssroRef") ( "GnssroRef"  )

static

makerGnssroRefMetOffice_

ObsOperatorMaker<ObsGnssroRefMetOffice> ufo::makerGnssroRefMetOffice_("GnssroRefMetOffice") ( "GnssroRefMetOffice"  )

static

makerGnssroRefMetOfficeTL_

LinearObsOperatorMaker<ObsGnssroRefMetOfficeTLAD> ufo::makerGnssroRefMetOfficeTL_("GnssroRefMetOffice") ( "GnssroRefMetOffice"  )

static

makerGnssroRefTL_

LinearObsOperatorMaker<ObsGnssroRefTLAD> ufo::makerGnssroRefTL_("GnssroRef") ( "GnssroRef"  )

static

makerGroundgnssMetOffice_

ObsOperatorMaker<ObsGroundgnssMetOffice> ufo::makerGroundgnssMetOffice_("GroundgnssMetOffice") ( "GroundgnssMetOffice"  )

static

makerGroundgnssMetOfficeTL_

LinearObsOperatorMaker<ObsGroundgnssMetOfficeTLAD> ufo::makerGroundgnssMetOfficeTL_("GroundgnssMetOffice") ( "GroundgnssMetOffice"  )

static

makerGroundgnssROPP_

ObsOperatorMaker<ObsGroundgnssROPP> ufo::makerGroundgnssROPP_("GroundgnssROPP") ( "GroundgnssROPP"  )

static

makerGSISfcModel_

ObsOperatorMaker<ObsAtmSfcInterp> ufo::makerGSISfcModel_("GSISfcModel") ( "GSISfcModel"  )

static

makerHydrometeorCheckAMSUA_

ObsFunctionMaker<HydrometeorCheckAMSUA> ufo::makerHydrometeorCheckAMSUA_("HydrometeorCheckAMSUA") ( "HydrometeorCheckAMSUA"  )

static

makerHydrometeorCheckATMS_

ObsFunctionMaker<HydrometeorCheckATMS> ufo::makerHydrometeorCheckATMS_("HydrometeorCheckATMS") ( "HydrometeorCheckATMS"  )

static

makerIdentityTL_

LinearObsOperatorMaker<ObsIdentityTLAD> ufo::makerIdentityTL_("Identity") ( "Identity"  )

static

makerImpactHeight_

ObsFunctionMaker<ImpactHeight> ufo::makerImpactHeight_("ImpactHeight") ( "ImpactHeight"  )

static

makerInflateErr_ [1/2]

FilterActionMaker<InflateError> ufo::makerInflateErr_("inflate error") ( "inflate error"  )

static

makerInflateErr_ [2/2]

FilterActionMaker<ROobserrInflation> ufo::makerInflateErr_("RONBAMErrInflate") ( "RONBAMErrInflate"  )

static

makerInsituTemperature_

ObsOperatorMaker<ObsInsituTemperature> ufo::makerInsituTemperature_("InsituTemperature") ( "InsituTemperature"  )

static

makerInsituTemperatureTL_

LinearObsOperatorMaker<ObsInsituTemperatureTLAD> ufo::makerInsituTemperatureTL_("InsituTemperature") ( "InsituTemperature"  )

static

makerInterChannelConsistencyCheck_

ObsFunctionMaker<InterChannelConsistencyCheck> ufo::makerInterChannelConsistencyCheck_("InterChannelConsistencyCheck") ( "InterChannelConsistencyCheck"  )

static

makerLinearCombination_

ObsFunctionMaker<LinearCombination> ufo::makerLinearCombination_("LinearCombination") ( "LinearCombination"  )

static

makerMarineVertInterp_

ObsOperatorMaker<ObsMarineVertInterp> ufo::makerMarineVertInterp_("MarineVertInterp") ( "MarineVertInterp"  )

static

makerMarinevertinterpTL_

LinearObsOperatorMaker<ObsMarineVertInterpTLAD> ufo::makerMarinevertinterpTL_("MarineVertInterp") ( "MarineVertInterp"  )

static

makerModelHeightAdjustedAirTemperature_

ObsFunctionMaker<ModelHeightAdjustedAirTemperature> ufo::makerModelHeightAdjustedAirTemperature_("ModelHeightAdjustedAirTemperature") ( "ModelHeightAdjustedAirTemperature"  )

static

makerModelHeightAdjustedRelativeHumidity_

ObsFunctionMaker<ModelHeightAdjustedRelativeHumidity> ufo::makerModelHeightAdjustedRelativeHumidity_("ModelHeightAdjustedRelativeHumidity") ( "ModelHeightAdjustedRelativeHumidity"  )

static

makerNearSSTRetCheckIR_

ObsFunctionMaker<NearSSTRetCheckIR> ufo::makerNearSSTRetCheckIR_("NearSSTRetCheckIR") ( "NearSSTRetCheckIR"  )

static

makerObsErrorBoundIR_

ObsFunctionMaker<ObsErrorBoundIR> ufo::makerObsErrorBoundIR_("ObsErrorBoundIR") ( "ObsErrorBoundIR"  )

static

makerObsErrorBoundMW_

ObsFunctionMaker<ObsErrorBoundMW> ufo::makerObsErrorBoundMW_("ObsErrorBoundMW") ( "ObsErrorBoundMW"  )

static

makerObsErrorFactorLatRad_

ObsFunctionMaker<ObsErrorFactorLatRad> ufo::makerObsErrorFactorLatRad_("ObsErrorFactorLatRad") ( "ObsErrorFactorLatRad"  )

static

makerObsErrorFactorSituDependMW_

ObsFunctionMaker<ObsErrorFactorSituDependMW> ufo::makerObsErrorFactorSituDependMW_("ObsErrorFactorSituDependMW") ( "ObsErrorFactorSituDependMW"  )

static

makerObsErrorFactorSurfJacobianRad_

ObsFunctionMaker<ObsErrorFactorSurfJacobianRad> ufo::makerObsErrorFactorSurfJacobianRad_("ObsErrorFactorSurfJacobianRad") ( "ObsErrorFactorSurfJacobianRad"  )

static

makerObsErrorFactorTopoRad_

ObsFunctionMaker<ObsErrorFactorTopoRad> ufo::makerObsErrorFactorTopoRad_("ObsErrorFactorTopoRad") ( "ObsErrorFactorTopoRad"  )

static

makerObsErrorFactorTransmitTopRad_

ObsFunctionMaker<ObsErrorFactorTransmitTopRad> ufo::makerObsErrorFactorTransmitTopRad_("ObsErrorFactorTransmitTopRad") ( "ObsErrorFactorTransmitTopRad"  )

static

makerObsErrorFactorWavenumIR_

ObsFunctionMaker<ObsErrorFactorWavenumIR> ufo::makerObsErrorFactorWavenumIR_("ObsErrorFactorWavenumIR") ( "ObsErrorFactorWavenumIR"  )

static

makerObsFuncLAMDomainCheck_

ObsFunctionMaker<LAMDomainCheck> ufo::makerObsFuncLAMDomainCheck_("LAMDomainCheck") ( "LAMDomainCheck"  )

static

makerObsFuncSatWindsLNVDCheck_

ObsFunctionMaker<SatWindsLNVDCheck> ufo::makerObsFuncSatWindsLNVDCheck_("SatWindsLNVDCheck") ( "SatWindsLNVDCheck"  )

static

makerObsFuncSatWindsSPDBCheck_

ObsFunctionMaker<SatWindsSPDBCheck> ufo::makerObsFuncSatWindsSPDBCheck_("SatWindsSPDBCheck") ( "SatWindsSPDBCheck"  )

static

makerObsFuncScattering_

ObsFunctionMaker<ObsFunctionScattering> ufo::makerObsFuncScattering_("Scattering") ( "Scattering"  )

static

makerObsFuncTropopauseEstimate_

ObsFunctionMaker<TropopauseEstimate> ufo::makerObsFuncTropopauseEstimate_("TropopauseEstimate") ( "TropopauseEstimate"  )

static

makerObsFuncVelocity_

ObsFunctionMaker<ObsFunctionVelocity> ufo::makerObsFuncVelocity_("Velocity") ( "Velocity"  )

static

makerObsFuncWindDirAngleDiff_

ObsFunctionMaker<WindDirAngleDiff> ufo::makerObsFuncWindDirAngleDiff_("WindDirAngleDiff") ( "WindDirAngleDiff"  )

static

makerPassivateObs_

FilterActionMaker<PassivateObs> ufo::makerPassivateObs_("passivate") ( "passivate"  )

static

makerProfileAveragePressure_

ProfileCheckMaker<ProfileAveragePressure> ufo::makerProfileAveragePressure_("AveragePressure") ( "AveragePressure"  )

static

makerProfileAverageRelativeHumidity_

ProfileCheckMaker<ProfileAverageRelativeHumidity> ufo::makerProfileAverageRelativeHumidity_("AverageRelativeHumidity") ( "AverageRelativeHumidity"  )

static

makerProfileAverageTemperature_

ProfileCheckMaker<ProfileAverageTemperature> ufo::makerProfileAverageTemperature_("AverageTemperature") ( "AverageTemperature"  )

static

makerProfileAverageWindSpeed_

ProfileCheckMaker<ProfileAverageWindSpeed> ufo::makerProfileAverageWindSpeed_("AverageWindSpeed") ( "AverageWindSpeed"  )

static

makerProfileCheckBackgroundGeopotentialHeight_

ProfileCheckMaker<ProfileCheckBackgroundGeopotentialHeight> ufo::makerProfileCheckBackgroundGeopotentialHeight_("BackgroundGeopotentialHeight") ( "BackgroundGeopotentialHeight"  )

static

makerProfileCheckBackgroundRelativeHumidity_

ProfileCheckMaker<ProfileCheckBackgroundRelativeHumidity> ufo::makerProfileCheckBackgroundRelativeHumidity_("BackgroundRelativeHumidity") ( "BackgroundRelativeHumidity"  )

static

makerProfileCheckBackgroundTemperature_

ProfileCheckMaker<ProfileCheckBackgroundTemperature> ufo::makerProfileCheckBackgroundTemperature_("BackgroundTemperature") ( "BackgroundTemperature"  )

static

makerProfileCheckBackgroundWindSpeed_

ProfileCheckMaker<ProfileCheckBackgroundWindSpeed> ufo::makerProfileCheckBackgroundWindSpeed_("BackgroundWindSpeed") ( "BackgroundWindSpeed"  )

static

makerProfileCheckBasic_

ProfileCheckMaker<ProfileCheckBasic> ufo::makerProfileCheckBasic_("Basic") ( "Basic"  )

static

makerProfileCheckHistory_

ProfileCheckMaker<ProfileCheckHistory> ufo::makerProfileCheckHistory_("History") ( "History"  )

static

makerProfileCheckHydrostatic_

ProfileCheckMaker<ProfileCheckHydrostatic> ufo::makerProfileCheckHydrostatic_("Hydrostatic") ( "Hydrostatic"  )

static

makerProfileCheckInterpolation_

ProfileCheckMaker<ProfileCheckInterpolation> ufo::makerProfileCheckInterpolation_("Interpolation") ( "Interpolation"  )

static

makerProfileCheckPermanentReject_

ProfileCheckMaker<ProfileCheckPermanentReject> ufo::makerProfileCheckPermanentReject_("PermanentReject") ( "PermanentReject"  )

static

makerProfileCheckRH_

ProfileCheckMaker<ProfileCheckRH> ufo::makerProfileCheckRH_("RH") ( "RH"  )

static

makerProfileCheckSamePDiffT_

ProfileCheckMaker<ProfileCheckSamePDiffT> ufo::makerProfileCheckSamePDiffT_("SamePDiffT") ( "SamePDiffT"  )

static

makerProfileCheckSign_

ProfileCheckMaker<ProfileCheckSign> ufo::makerProfileCheckSign_("Sign") ( "Sign"  )

static

makerProfileCheckTime_

ProfileCheckMaker<ProfileCheckTime> ufo::makerProfileCheckTime_("Time") ( "Time"  )

static

makerProfileCheckUInterp_

ProfileCheckMaker<ProfileCheckUInterp> ufo::makerProfileCheckUInterp_("UInterp") ( "UInterp"  )

static

makerProfileCheckUInterpAlternative_

ProfileCheckMaker<ProfileCheckUInterpAlternative> ufo::makerProfileCheckUInterpAlternative_("UInterpAlternative") ( "UInterpAlternative"  )

static

makerProfileCheckUnstableLayer_

ProfileCheckMaker<ProfileCheckUnstableLayer> ufo::makerProfileCheckUnstableLayer_("UnstableLayer") ( "UnstableLayer"  )

static

makerProfilePressure_

ProfileCheckMaker<ProfilePressure> ufo::makerProfilePressure_("Pressure") ( "Pressure"  )

static

makerProfileSondeFlags_

ProfileCheckMaker<ProfileSondeFlags> ufo::makerProfileSondeFlags_("SondeFlags") ( "SondeFlags"  )

static

makerProfileWindProfilerFlags_

ProfileCheckMaker<ProfileWindProfilerFlags> ufo::makerProfileWindProfilerFlags_("WinProFlags") ( "WinProFlags"  )

static

makerQuad_

ObsFunctionMaker<ObsErrorModelQuad> ufo::makerQuad_("ObsErrorModelQuad") ( "ObsErrorModelQuad"  )

static

makerRadarRadialVelocity_

ObsOperatorMaker<ObsRadarRadialVelocity> ufo::makerRadarRadialVelocity_("RadarRadialVelocity") ( "RadarRadialVelocity"  )

static

makerRadarRadialVelocityTL_

LinearObsOperatorMaker<ObsRadarRadialVelocityTLAD> ufo::makerRadarRadialVelocityTL_("RadarRadialVelocity") ( "RadarRadialVelocity"  )

static

makerRamp_

ObsFunctionMaker<ObsErrorModelRamp> ufo::makerRamp_("ObsErrorModelRamp") ( "ObsErrorModelRamp"  )

static

makerRejectObs_

FilterActionMaker<RejectObs> ufo::makerRejectObs_("reject") ( "reject"  )

static

makerRTTOV_

ObsOperatorMaker<ObsRadianceRTTOV> ufo::makerRTTOV_("RTTOV") ( "RTTOV"  )

static

makerRTTOVCPP_

ObsOperatorMaker<ObsRadianceRTTOVCPP> ufo::makerRTTOVCPP_("RTTOVCPP") ( "RTTOVCPP"  )

static

makerRTTOVCPPTL_

LinearObsOperatorMaker<ObsRadianceRTTOVCPPTLAD> ufo::makerRTTOVCPPTL_("RTTOVCPP") ( "RTTOVCPP"  )

static

makerRTTOVTL_

LinearObsOperatorMaker<ObsRadianceRTTOVTLAD> ufo::makerRTTOVTL_("RTTOV") ( "RTTOV"  )

static

makerSatTCWV_

ObsOperatorMaker<SatTCWV> ufo::makerSatTCWV_("SatTCWV") ( "SatTCWV"  )

static

makerSatTCWVTL_

LinearObsOperatorMaker<SatTCWVTLAD> ufo::makerSatTCWVTL_("SatTCWV") ( "SatTCWV"  )

static

makerSatwindIndivErrors_

ObsFunctionMaker<SatwindIndivErrors> ufo::makerSatwindIndivErrors_("SatwindIndivErrors") ( "SatwindIndivErrors"  )

static

makerSCATRetMW_

ObsFunctionMaker<SCATRetMW> ufo::makerSCATRetMW_("SCATRetMW") ( "SCATRetMW"  )

static

makerScatwindNeutralMetOffice_

ObsOperatorMaker<ObsScatwindNeutralMetOffice> ufo::makerScatwindNeutralMetOffice_("ScatwindNeutralMetOffice") ( "ScatwindNeutralMetOffice"  )

static

makerSCIIR_

ObsFunctionMaker<SymmCldImpactIR> ufo::makerSCIIR_("SymmCldImpactIR") ( "SymmCldImpactIR"  )

static

makerSeaIceFraction_

ObsOperatorMaker<ObsSeaIceFraction> ufo::makerSeaIceFraction_("SeaIceFraction") ( "SeaIceFraction"  )

static

makerSeaIceFractionTL_

LinearObsOperatorMaker<ObsSeaIceFractionTLAD> ufo::makerSeaIceFractionTL_("SeaIceFraction") ( "SeaIceFraction"  )

static

makerSeaIceThickness_

ObsOperatorMaker<ObsSeaIceThickness> ufo::makerSeaIceThickness_("SeaIceThickness") ( "SeaIceThickness"  )

static

makerSeaIceThicknessTL_

LinearObsOperatorMaker<ObsSeaIceThicknessTLAD> ufo::makerSeaIceThicknessTL_("SeaIceThickness") ( "SeaIceThickness"  )

static

makerSetSurfaceType_

ObsFunctionMaker<SetSurfaceType> ufo::makerSetSurfaceType_("SetSurfaceType") ( "SetSurfaceType"  )

static

makerSfcPCorrected_

ObsOperatorMaker<ObsSfcPCorrected> ufo::makerSfcPCorrected_("SfcPCorrected") ( "SfcPCorrected"  )

static

makerSIRetMW_

ObsFunctionMaker<SIRetMW> ufo::makerSIRetMW_("SIRetMW") ( "SIRetMW"  )

static

makerSIRetSymmetricMW_

ObsFunctionMaker<SIRetSymmetricMW> ufo::makerSIRetSymmetricMW_("SIRetSymmetricMW") ( "SIRetSymmetricMW"  )

static

makerSteps_ [1/4]

ObsFunctionMaker<ObsErrorFactorConventional> ufo::makerSteps_("ObsErrorFactorConventional") ( "ObsErrorFactorConventional"  )

static

makerSteps_ [2/4]

ObsFunctionMaker<ObsErrorFactorQuotient> ufo::makerSteps_("ObsErrorFactorQuotient") ( "ObsErrorFactorQuotient"  )

static

makerSteps_ [3/4]

ObsFunctionMaker<ObsErrorFactorSfcPressure> ufo::makerSteps_("ObsErrorFactorSfcPressure") ( "ObsErrorFactorSfcPressure"  )

static

makerSteps_ [4/4]

ObsFunctionMaker<ObsErrorModelStepwiseLinear> ufo::makerSteps_("ObsErrorModelStepwiseLinear") ( "ObsErrorModelStepwiseLinear"  )

static

makerSunGlintAngle_

ObsFunctionMaker<SunGlintAngle> ufo::makerSunGlintAngle_("SunGlintAngle") ( "SunGlintAngle"  )

static

makerTimeOper_

ObsOperatorMaker<ObsTimeOper> ufo::makerTimeOper_("TimeOperLinInterp") ( "TimeOperLinInterp"  )

static

makerTimeOperTL_

LinearObsOperatorMaker<ObsTimeOperTLAD> ufo::makerTimeOperTL_("TimeOperLinInterp") ( "TimeOperLinInterp"  )

static

makerTotalColumnVaporGuess_

ObsFunctionMaker<TotalColumnVaporGuess> ufo::makerTotalColumnVaporGuess_("TotalColumnVaporGuess") ( "TotalColumnVaporGuess"  )

static

makerVertInterp_

ObsOperatorMaker<ObsAtmVertInterp> ufo::makerVertInterp_("VertInterp") ( "VertInterp"  )

static

makerVertInterpLayTL_

LinearObsOperatorMaker<ObsAtmVertInterpLayTLAD> ufo::makerVertInterpLayTL_("AtmVertInterpLay") ( "AtmVertInterpLay"  )

static

makerVertInterpTL_

LinearObsOperatorMaker<ObsAtmVertInterpTLAD> ufo::makerVertInterpTL_("VertInterp") ( "VertInterp"  )

static

missing_value_string

const std::string ufo::missing_value_string = util::missingValue(missing_value_string)

static

Definition at line 32 of file SatName.h.

northwardMaker_ [1/2]

ObsFunctionMaker<ModelHeightAdjustedNorthwardMarineWind> ufo::northwardMaker_("ModelHeightAdjustedNorthwardMarineWind") ( "ModelHeightAdjustedNorthwardMarineWind"  )

static

northwardMaker_ [2/2]

ObsFunctionMaker<ModelHeightAdjustedWindVectorComponent<true> > ufo::northwardMaker_("ModelHeightAdjustedNorthwardWind") ( "ModelHeightAdjustedNorthwardWind"  )

static

obsCategoricalMaker_

ObsOperatorMaker<ObsCategorical> ufo::obsCategoricalMaker_("Categorical") ( "Categorical"  )

static

obsCompositeMaker_

ObsOperatorMaker<ObsComposite> ufo::obsCompositeMaker_("Composite") ( "Composite"  )

static

obsIdentityMaker_

ObsOperatorMaker<ObsIdentity> ufo::obsIdentityMaker_("Identity") ( "Identity"  )

static

obsProfileAverageMaker_ [1/2]

ObsOperatorMaker<ObsProfileAverage> ufo::obsProfileAverageMaker_("ProfileAverage") ( "ProfileAverage"  )

static

obsProfileAverageMaker_ [2/2]

LinearObsOperatorMaker<ObsProfileAverageTLAD> ufo::obsProfileAverageMaker_("ProfileAverage") ( "ProfileAverage"  )

static

stringMaker [1/2]

ObsFunctionMaker<Conditional<std::string> > ufo::stringMaker("Conditional") ( "Conditional"  )

static

stringMaker [2/2]

ObsFunctionMaker<DrawValueFromFile<std::string> > ufo::stringMaker("DrawValueFromFile") ( "DrawValueFromFile"  )

static