cbk.lame.normalize: Return normalized element abundances

In misasa/chelyabinsk: Express geochemical datasets

Description

Return normalized element abundances. Note that only elements that exist both in pmlame and reflame are processed. See also "Geochemical Modelling..." by Janousek et al. (2015)

Usage

cbk.lame.normalize(pmlame, reflame, suffix_after_chem = NULL,
  verbose = FALSE)

Arguments

pmlame	A pmlame with row of stone and column of chem [g/g].
reflame	A pmlame of a reference. This can be a pmlame of multiple references.
suffix_after_chem	String to recognize column of errors. Feed "_error" when necessary. As of February 18, 2017, this exists only for compatibility.
verbose	Output debug info (default: FALSE).

Value

A ref-normalized daraframe with only elements defined in ref.

See Also

cbk.ref and cbk.periodic

Examples

dflame.csv <- cbk.path("20081202172326.hkitagawa_trace.dflame")
message(sprintf("The dflame.csv is located at |%s|.",dflame.csv))
pmlame     <- cbk.read.dflame(dflame.csv,"ppm")
reflame    <- cbk.ref("Boynton.1989","ppm")
cbk.lame.normalize(pmlame,reflame)

misasa/chelyabinsk documentation built on Nov. 24, 2020, 5:47 a.m.