fldgen_object_TP: Create a 'fldgen' object from constituent parts
In JGCRI/fldgen: Generate Temperature Fields with Spatial and Temporal Correlation

Normally this code will be called internally, but it is available for external use, so that data created using the old interface can be converted.

fldgen_object_TP(
  griddataT,
  griddataP,
  tgav,
  meanfldT,
  meanfldP,
  tfuns,
  pfuns,
  reof,
  fxmag,
  fxphase,
  infiles
)

`griddataT`	An object returned from `read.temperatures` or `concatGrids`.
`griddataP`	An object returned from `read.temperatures` or `concatGrids`.
`tgav`	Global mean temperature for the grids in griddata.
`meanfldT`	Object returned from whatever mean field analysis is done, currently `pscl_analyze`.
`meanfldP`	Object returned from whatever mean field analysis is done, currently `pscl_analyze`.
`tfuns`	The empirical cdf and empirical quantile functions for each grid cell, characterizing the distribution of residuals resulting from meanfldT.
`pfuns`	The empirical cdf and empirical quantile functions for each grid cell, characterizing the distribution of residuals resulting from meanfldP.
`reof`	Object returned from `eof_analyze`.
`fxmag`	The magnitude of the Fourier transform of the EOF projection coefficients. This should be a matrix Ntime x NEOF. If using `psdest`, note this is the square root of the power spectral density returned by that function.
`fxphase`	List of matrices Ntime x NEOF of phases of the Fourier transform. There should be one element in the list for each input ESM run.
`infiles`	Names of input files used to construct the data.

If there is only a single ESM run in the input data set, then fxphase can be passed as a matrix of phases (instead of a list of matrices). It will be converted into a list automatically.

JGCRI/fldgen documentation built on July 18, 2020, 1:42 p.m.