View source: R/radiocarbon_functions.R
phi2tau | R Documentation |
tau_curve and phi_curve give the calendar date and fraction modern of the
radiocarbon calibration curve. It is known that the calendar date lies
between tau_curve[ii_lo]
and tau_curve[ii_hi]
. Interpolate to find the
calendar date corresponding to the input phi_known. This function is called
by assess_calib_curve_equif
.
phi2tau(tau_curve, phi_curve, phi_known, ii_lo, ii_hi)
tau_curve |
Calibration curve calendar dates |
phi_curve |
Calibration curve fraction moderns |
phi_known |
Known fraction modern value |
ii_lo |
Lower bounding index |
ii_hi |
Upper bounding index |
The calendar date corresponding to the input phi_known
assess_calib_curve_equif()
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