Radiocarbon Equations

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Documentation for package ‘rice’ version 1.2.0

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rice-package rice: Radiocarbon Equations
adjust.background Adjust a radiocarbon age for background measurements
adjust.fractionation Adjust a radiocarbon age for fractionation
age.F14C To be deprecated. Use C14.F14C instead
age.pMC To be deprecated. Use C14topMC instead.
as.bin Combine multiple radiocarbon dates within bins
as.one Combine multiple radiocarbon dates assuming they belong to the same single year
b2ktoBCAD calculate BC/AD ages from b2k ages
b2ktoC14 Find the 14C age and error belonging to a b2k age.
b2ktocalBP calculate cal BP ages from b2k ages
b2ktoD14C Find the pMC and error belonging to a b2k age.
b2ktoF14C Find the F14C and error belonging to a b2k age.
b2ktopMC Find the pMC and error belonging to a b2k age.
BCADtob2k calculate b2k from BC/AD ages
BCADtoC14 Find the 14C age and error belonging to a BC/AD age.
BCADtocalBP calculate cal BP ages from BC/AD ages
BCADtoD14C Find the pMC and error belonging to a cal BP age.
BCADtoF14C Find the F14C and error belonging to a BC/AD age.
BCADtopMC Find the pMC and error belonging to a BC/AD age.
C14tob2k Find the b2k age(s) crossing a C14 age.
C14toBCAD Find the BCAD age(s) crossing a C14 age.
C14tocalBP Find the calBP age(s) crossing a C14 age.
C14toD14C Transform C14 age(s) into D14C
C14toF14C Calculate F14C values from C14 ages
C14topMC Calculate pMC values from C14 ages
calBPtob2k calculate b2k ages from cal BP ages
calBPtoBCAD calculate BC/AD ages from cal BP ages
calBPtoC14 Find the 14C age and error belonging to a cal BP age.
calBPtoD14C Find the pMC and error belonging to a cal BP age.
calBPtoF14C Find the F14C and error belonging to a cal BP age.
calBPtopMC Find the pMC and error belonging to a cal BP age.
caldist Calculate calibrated distribution
calib.t Comparison dates calibrated using both the t distribution (Christen and Perez 2009) and the normal distribution.
calibrate Plot individual calibrated dates.
clean Simulate removing contamination from a radiocarbon age
contaminate Simulate the impact of contamination on a radiocarbon age
D14CtoC14 Transform D14C into C14 age
D14CtoF14C Transform D14C into F14C
D14CtopMC Transform D14C into pMC
draw.ccurve Draw a calibration curve.
draw.contamination Draw contamination impacts
draw.D14C Draw d14C and the calibration curve.
draw.dates add calibrated distributions to a plot.
F14C.age To be deprecated. Calculate C14 ages from F14C values.
F14CtoC14 Calculate C14 ages from F14C values.
F14CtoD14C Transform F14C into D14C
F14CtopMC Calculate pMC ages from F14C values.
find.shells Find nearby shell-derived dR values
fractions Estimate a missing radiocarbon age from fractions
fromto translate between realms
howmanyC14 Amount of C14 particles in a sample
hpd Calculate highest posterior density
l.calib Find the calibrated probability of a calendar age for a 14C date.
map.shells Plot regional shell-derived dR values
muck Calculate the amount of muck/contamination to explain an observed C14 age
older Find the probability of a calibrated date being older than a certain age
overlap The overlap between calibrated C14 dates
p.range Probability of a date lying within a cal BP range
pMC.age To be deprecated. Use pMCtoC14 instead.
pMCtoC14 Calculate C14 ages from pMC values.
pMCtoD14C Transform F14C into D14C
pMCtoF14C Calculate pMC ages from F14C values.
point.estimates Calculate a point estimate
pool Test if a set of radiocarbon dates can be combined
push.gamma Add a gamma distribution to a calibrated date
push.normal Add a normal distribution to a calibrated date
r.calib return a random calendar age from a calibrated distribution
shells shells Data
shells.mean Plot and summarize the dR values
shroud shroud Data
smooth.ccurve Smooth a calibration curve
smooth.curve Smooth a calibration curve
span The time span between two calibrated dates
spread The spread among calibrated dates
weighted_means Calculate the weighted mean of C14 ages
younger Find the probability of a calibrated date being of a certain age or younger than it