Top level API (thermoextrap)

Classes/routines to deal with thermodynamic extrapolation.

Data Models

These classes/routines are made available at the top level by importing from thermoextrap.data

DataCentralMoments(dxduave, *, meta[, ...])	Data class using cmomy.xCentralMoments to handle central moments.
DataCentralMomentsVals(uv, xv, *, meta[, ...])	Data object based on central co-moments array.
DataValues(uv, xv, order, *, meta[, ...])	Class to hold uv/xv data.
DataValuesCentral(uv, xv, order, *, meta[, ...])	Data class using values and central moments.
factory_data_values(order, uv, xv[, ...])	Factory function to produce a DataValues object.
resample_indices(size, nrep[, rec_dim, ...])	Get indexing DataArray.

General extrapolation and interpolation models

These classes/routines are made available at the top level by importing from thermoextrap.models

ExtrapModel(alpha0, data, derivatives[, ...])	Apply taylor series extrapolation.
ExtrapWeightedModel(states, *[, kws])	Weighted extrapolation model.
InterpModel(states, *[, kws])	Interpolation model.
InterpModelPiecewise(states, *[, kws])	Apposed to the multiple model InterpModel, perform a piecewise interpolation.
MBARModel(states, *[, kws])	Sadly, this doesn't work as beautifully.
PerturbModel(alpha0, data[, alpha_name])	Perturbation model.
StateCollection(states, *[, kws])	Sequence of models.
Derivatives(funcs, *[, exprs, args])	Class to wrap functions calculating derivatives to specified order.