GenradTable

class PlasmaCalcs.mhd.multifluid.mhd_genrad_tables.GenradTable(indict, outdict, *, coords=None, comment=None)

single table from genrad file, with some var as a function of T, tauh, or column mass.

indict: dict with length 1: key = independent variable name. Probably ‘temp’, ‘tauh’, or ‘cmass’.

indict[key] = independent variable data
outdict: dict with length 1: key = dependent variable name

outdict[key] = dependent variable data
coords: None or dict of scalars: if provided, assign these coords to self.xtable.
comment: None or str: if provided, any arbitrary comment about this variable.

self will also store self.xtable, an xarray.DataArray, with

name = outdict key
values = outdict values
coords = {xtable[indict key]: indict values}

Methods

`init_checks`()
`init_xtable`()	initialize self.xtable.
`interp`(invalues, *[, fill_value])	interpolate from self.xtable.interp(**kw_interp).

Attributes

`invals`	independent variable values
`invar`	independent variable name
`outvals`	dependent variable values
`outvar`	dependent variable name

interp(invalues, *, fill_value='extrapolate', **kw_xarray_interp)

interpolate from self.xtable.interp(**kw_interp).

invalues: values of independent variable. Same units as self.invals.