multiplot.TL: multiplot.TL

In Zink-Antoine/TLpack: Analyse TL measurement using Bayesian approach, MCMC, Gibbs and slice samplers

multiplot.TL

Description

plot for TL measurements

Usage

multiplot.TL(
  file,
  nomFile = "",
  ech = 1,
  Doseb0 = 90,
  Dosea0 = 0,
  supra = FALSE,
  norm = FALSE,
  plateau = seq(200, 500),
  Temp = seq(26, 599),
  Ib.max = -1,
  Ia.max = -1,
  Isup.max = -1,
  NumInv = "",
  b.check = rep(1, 9),
  a.check = rep(1, 4),
  sup.check = rep(1, 9),
  brate = 0.1,
  arate = 0.1
)

Arguments

file	Risoe.BINfileData (required) the BIN/BINX file(s)
nomFile	character (with default) name of the BIN/BINX file
ech	numeric (with default) the sample number
Doseb0	numeric (with default) the reference of beta irradiation (in seconds)
Dosea0	numeric (with default) the reference of alpha irradiation (in seconds)
supra	logical (with default) TRUE if supra measurements are included. Based on the number of data files, the value is corrected
norm	logical (with default) TRUE if the measurements are normalized.
plateau	numeric,list (with default) the plateau range for normalization
Temp	numeric,list (with default) the temperature range
Ib.max	numeric (with default) the Y-axis range for beta curve (default value is the maximum of TL intensity between 175°C and 450°C increased by 25%)
Ia.max	numeric (with default) the Y-axis range for alpha curve (default value is the maximum of TL intensity between 175°C and 450°C increased by 25%)
Isup.max	numeric (with default) the Y-axis range for supralinearity curve (default value is the maximum of TL intensity between 175°C and 450°C increased by 25%)
NumInv	character (with default) the inventory number
b.check	numeric,list (with default) list of beta curves to plot
a.check	numeric,list (with default) list of alpha curves to plot
sup.check	numeric,list (with default) list of supralinarity curves to plot
brate	numeric (with default) dose rate of the beta source (default value 0.1 Gy/s)
arate	numeric (with default) dose rate of the alpha source (default value 0.1 micro-2)

Value

plot figures

Examples

## Not run: 
library(OSLpack)
file<-OSLpack::ReadFile(n=1)

File<-file$FILE
NFile<-file$NFILE

png("TLplot.png",width=720,height=960)
multiplot.TL(file=File,nomFile=NFile)
dev.off()

## End(Not run)

Zink-Antoine/TLpack documentation built on April 14, 2025, 1:58 p.m.