rotsim2d.propagate

Calculate N-dimensional time/frequency spectra.

TODO:

• refactor in terms of rotsim2d.dressedleaf.DressedPathway and get rid of pop attribute in KetBra.

• add pressure and polarization dependence here

Helper functions

pws_autospan(pws[, margin, conv])	Return min/max pump/probe frequencies from pws.
aligned_fs(fsmin, fsmax, df)	Return smallest df-spaced zero-offset grid of values covering [fsmin, fsmax] range.
time_integral(P, frep, w, tp)	Squared time-integral of the electric field at the peak.
conc(p, T[, unit])	Concentration in 1/m^3 from pressure and temp.
amp_to_abscoeff(amp2d, probes, E12, conc)	Convert raw pathway amplitude to abs.

Nonlinear response

leaf_term(nu, gam, coord, domain)	Return either time or frequency domain response.
dressed_leaf_response(dl, coords, domains[, ...])	Calculate response for a single DressedLeaf.
run_mixed_axes(dpws, params)	Prepare mixed time/frequency axes params.
run_propagate(dpws, params)	Calculate mixed time/frequency resposne.
run_save(path, fs_pu, fs_pr, spec2d[, metadata])	Save calculated 2D spectrum or time-domain response.
run_load(path)	Load calculated 2D spectrum.
run_update_metadata_mixed(params)	Update spectrum metadata from file if needed.
run_update_metadata(params)	Update spectrum metadata if needed.