oem

Workspace.oem: OptimalEstimationData

Numerical problem and results for oemCalc() and oemCalcReduced().

Use oemInit() to move the primitive state, measurement, fit and Jacobian into this object. Covariance helpers and oemFinalizeDiagonal fill its covariance members. Basis helpers retain their spectrum and losses here. The physical fields and Jacobian targets remain in the workspace.

The state basis B has shape (NSTATE, NSTATE_REDUCED), and the measurement basis C has shape (NMEAS_REDUCED, NMEAS). The full sizes are read from the prior and observation vectors, even when the current state or fit is empty. Reduced sizes are zero until the corresponding bases are set.

Effective local shape

[NSTATE, NMEAS, NSTATE_REDUCED, NMEAS_REDUCED]

Input to workspace method

oemRestoreApriori()

Modified by workspace methods

oemAddAtmosphere() oemAddErrorPolyFit() oemAddMagneticField() oemAddOverlappingMagneticField() oemAddOverlappingWindField() oemAddPressure() oemAddSensorFrequencyPolyOffset() oemAddSpeciesIsotopologueRatio() oemAddSpeciesVMR() oemAddSubsurface() oemAddSurface() oemAddTemperature() oemAddWindField() oemAveragingKernelCalc() oemBasisCalc() oemBasisReduce()

oemCalc() oemCalcReduced() oemCheck() oemClearAuxiliary() oemFinalizeDiagonal() oemMeasurementBasisCalc() oemMeasurementCovmatAdd() oemMeasurementCovmatConstant() oemMeasurementCovmatInit() oemMeasurementCovmatNormalization() oemObservationErrorCalc() oemSetApriori() oemSetMeasurement() oemSmoothingErrorCalc() oemStateCovmatCorrelateConstant() oemStateCovmatInit()

Output from workspace methods

oemInit() oemInitFromData()