numOSL: Numeric Routines for Optically Stimulated Luminescence Dating

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Package for optimizing regular numeric problems in optically stimulated luminescence dating, such as: equivalent dose calculation, annual dose rate determination, growth curve fitting, decay curve decomposition, statistical age model optimization, and statistical plot visualization.

Author
Jun Peng [aut, cre], Bo Li [aut], Jorge More [ctb], Burton Garbow [ctb], Kenneth Hillstrom [ctb], John Burkardt [ctb], Paul Gilbert [ctb], Ravi Varadhan [ctb]
Date of publication
2016-07-18 16:07:39
Maintainer
Jun Peng <pengjun10@mails.ucas.ac.cn>
License
GPL-3
Version
2.0
URLs

View on CRAN

Man pages

analyst
Equivalent dose analysis
calDA
Annual dose rate (age) calculation
calED
Equivalent dose calculation and error assessment
calSARED
SAR equivalent doses calculation
calSGCED
Equivalent dose calculation using the standardised growth...
dbED
De distribution summarization
decomp
OSL decay curve decomposition
EDdata
Equivalent dose values
fastED
Fast-component equivalent dose calculation
fitGrowth
Growth curve fitting
lsNORM
Regenerative dose signal data optimization using the...
mcFMM
Finite mixture age model optimization (using a Markov chain...
mcMAM
Minimum age model optimization (using a Markov chain Monte...
numOSL-package
Package for tackling basic numeric problems in optically...
pickSARdata
SAR data set selection
pickSARED
Single aliquot regenerative-dose (SAR) equivalent dose record...
psRadialPlot
Pseudo radial plot drawing
RadialPlotter
Statistical age model optimization (with a Maximum Likelihood...
reportSAM
Reporting MCMC outputs for statistical age models
SARdata
Data sets used for SAR equivalent dose calculation
select
BIN file records selection
Signaldata
Decay curves datasets
viewer
BIN file importing

Files in this package

numOSL
numOSL/inst
numOSL/inst/CITATION
numOSL/src
numOSL/src/diffev.f90
numOSL/src/mcCAM.f90
numOSL/src/lmfunc1.f90
numOSL/src/inverse_ger.f90
numOSL/src/inverse_sym.f90
numOSL/src/calcSF.f90
numOSL/src/mcFMM3.f90
numOSL/src/interpolate.f90
numOSL/src/calSGCED.f90
numOSL/src/mcMam4.f90
numOSL/src/fmmED.f90
numOSL/src/lmfit1.f90
numOSL/src/camED.f90
numOSL/src/goodComp.f90
numOSL/src/apfmmstd.f90
numOSL/src/comb_next.f90
numOSL/src/minpack.f90
numOSL/src/norm.f90
numOSL/src/mcFMM4.f90
numOSL/src/calED1.f90
numOSL/src/fitGrowth.f90
numOSL/src/inipars.f90
numOSL/src/minpack1.f90
numOSL/src/mcMam3.f90
numOSL/src/lmfit.f90
numOSL/src/linefit.f90
numOSL/src/apmamstd.f90
numOSL/src/compED.f90
numOSL/src/lmfunc.f90
numOSL/src/mcFMM2.f90
numOSL/src/decomp.f90
numOSL/src/numHess.f90
numOSL/src/hpSort.f90
numOSL/src/pnorm.f90
numOSL/src/calED.f90
numOSL/src/fitGOK.f90
numOSL/src/targfunc.f90
numOSL/NAMESPACE
numOSL/data
numOSL/data/Signaldata.RData
numOSL/data/EDdata.RData
numOSL/data/SARdata.RData
numOSL/R
numOSL/R/select.R
numOSL/R/calSGCED.R
numOSL/R/psRadialPlot.R
numOSL/R/mcMAM.R
numOSL/R/calED.R
numOSL/R/pickSARdata.R
numOSL/R/lsNORM.R
numOSL/R/fitGrowth.R
numOSL/R/mcFMM.R
numOSL/R/dbED.R
numOSL/R/calSARED.R
numOSL/R/RadialPlotter.R
numOSL/R/reportSAM.R
numOSL/R/calDA.R
numOSL/R/analyst.R
numOSL/R/fastED.R
numOSL/R/decomp.R
numOSL/R/pickSARED.R
numOSL/R/viewer.R
numOSL/MD5
numOSL/DESCRIPTION
numOSL/THANKS
numOSL/man
numOSL/man/pickSARED.Rd
numOSL/man/lsNORM.Rd
numOSL/man/reportSAM.Rd
numOSL/man/analyst.Rd
numOSL/man/SARdata.Rd
numOSL/man/EDdata.Rd
numOSL/man/fitGrowth.Rd
numOSL/man/psRadialPlot.Rd
numOSL/man/decomp.Rd
numOSL/man/pickSARdata.Rd
numOSL/man/calDA.Rd
numOSL/man/mcMAM.Rd
numOSL/man/numOSL-package.Rd
numOSL/man/calED.Rd
numOSL/man/calSARED.Rd
numOSL/man/calSGCED.Rd
numOSL/man/viewer.Rd
numOSL/man/dbED.Rd
numOSL/man/RadialPlotter.Rd
numOSL/man/mcFMM.Rd
numOSL/man/fastED.Rd
numOSL/man/Signaldata.Rd
numOSL/man/select.Rd