TimeOptTemplatePlot: Generate summary figure for TimeOptTemplate analyses.
timeOptTemplatePlot(dat=NULL,template=NULL,detrend=T,detrendTemplate=F,flipTemplate=F,
srMin=NULL,srMax=NULL,res1=NULL,simres=NULL,fit=1,flow=NULL,fhigh=NULL,roll=NULL,
targetE=NULL,targetP=NULL,xlab="Depth (m)",ylab="Proxy Value",fitR=NULL,output=0,
verbose=T)
Stratigraphic series used for astrochronologic assessment. First column should be depth or height (in meters), second column should be data value.
Instantaneous sedimentation rate template to fit. This represents a unitless proportional sedimentation rate history. Default model is a copy of dat, which will be scaled for instantaneous accumulation optimization.
Remove linear trend from data series? (T or F)
Remove linear trend from sedimentation rate template? (T or F)
Flip direction of sedimentation rate template? (T or F)
Minimum sedimentation rate for template
Maximum sedimentation rate for template
Data frame containing TimeOpt results: sedimentation rate grid, r^2_envelope, r^2_power, r^2_opt.
Data frame containing the r^2_opt value for each Monte Carlo simulation.
Test for (1) precession amplitude modulation or (2) short eccentricity amplitude modulation?
Low frequency cut-off for Taner bandpass (half power point; in cycles/ka).
High frequency cut-off for Taner bandpass (half power point; in cycles/ka).
Taner filter roll-off rate, in dB/octave.
A vector of eccentricity periods to evaluate (in ka). These must be in order of decreasing period, with a first value of 405 ka.
A vector of precession periods to evaluate (in ka). These must be in order of decreasing period.
Label for the depth/height axis.
Label for proxy variable evaluated.
The r2 value at the optimal sedimentation rate.
Which results you like to return to console? (0) no output; (1) return sedimentation rate grid, r2; (2) return optimal time series, bandpassed series, Hilbert and fitted periods
Verbose output? (T or F)
S.R. Meyers, 2015, The evaluation of eccentricity-related amplitude modulations and bundling in paleoclimate data: An inverse approach for astrochronologic testing and time scale optimization: Paleoceanography, v.30, 1625-1640.
S.R. Meyers, 2019, Cyclostratigraphy and the problem of astrochronologic testing: Earth-Science Reviews v. 190, 190-223.
asm, eAsmTrack, testPrecession, timeOpt, timeOptSim, and timeOptTemplate