All functions 


Bayesian analysis for C14 age estimations of various samples 

Output of 

Bayesian analysis for OSL age estimation of various samples 

Bayesian analysis for the OSL age estimation of one sample 

Bayesian analysis for age estimation of OSL measurements and C14 ages of various samples 

Chronological Bayesian Models Integrating Optically Stimulated Luminescence and C14 Dating 

DATA of sample named GDB3 

DATA on sample named GDB5 

DATA of sample named FER1 

C14 cal age estiamte and its error 

Generates, from one (or several) BINfile(s) of Singlegrain OSL measurements, a list of luminescence data and information before statistical analysis (DEPRECATED) 

Generates, from one (or several) BIN file(s) of Multigrain OSL measurements a list of luminescence data and information before statistical analysis (DEPRECATED) 

Atmospheric North data for calibration of 14C age 

Atmospheric North data for calibration of 14C age 

Plots Lx/Tx as a function of the regenerative dose (DEPRECATED) 

MCMC sample from the posterior distribution of the dataset GDB5 

Marine data for calibration of 14C age 

Marine data for calibration of 14C age 

Likelihood of C14 samples for JAGS models use in 

Likelihood of OSL samples for JAGS models use in 

Prior for JAGS models use in 

JAGS models use in 

JAGS models use in 

JAGS models use in 

JAGS models use in 

Bayesian analysis for the palaeodose estimation of various samples 

Construct the Stratigraphic Constrain Matrix Interactively 

Create Stratigraphically Ordered Sample Matrix 

Atmospheric South data for calibration of 14C age 

Atmospheric South data for calibration of 14C age 

Combine objects 

Prepare input data for subsequent BayLum Analysis 

Create Folder Templates 

Create Theta Matrix 

Create Age Plot 

Plot MCMC trajectories and posterior distributions 

Plot Regeneration Dose Points 

Display Scatter Plot Matrix of the Bayesian Age Results 

Write BayLum .csvfiles 

Write Auto Generated YAML BayLum Configuration File to the Disc 