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period be?", "topics": [ "astro_term_search" ] }, { "page": "astro_terms", "title": "The menu of named astronomical terms at a given age", "topics": [ "astro_terms" ] }, { "page": "astrogeo22", "title": "Earth-Moon state from the AstroGeo22 model at a given age", "topics": [ "astrogeo22" ] }, { "page": "astroMCBchron", "title": "Joint Bayesian age-depth model of radioisotopic dates and a floating astrochronology (astroMCBchron)", "topics": [ "astroMCBchron" ] }, { "page": "astrosignal_example", "title": "An ETP astronomical solution", "topics": [ "astrosignal_example" ] }, { "page": "bayes_changepoint", "title": "Bayesian change point analysis (Ruggieri, 2013)", "topics": [ "bayes_changepoint" ] }, { "page": "bayes_changepoint_r2", "title": "R-squared of the Bayesian change point model as a function of the maximum number of change points", "topics": [ "bayes_changepoint_r2" ] }, { "page": "bayes_spectrum", "title": "Bayesian probability spectrum", "topics": [ "bayes_spectrum" ] }, { "page": "Bisciaro_al_wt_track", "title": "Period of the short kyr ecc cycle in the Al record of the Bisciaro Fm", "topics": [ "Bisciaro_al_wt_track" ] }, { "page": "Bisciaro_ca_wt_track", "title": "Period of the short kyr ecc cycle in the Ca record of the Bisciaro Fm", "topics": [ "Bisciaro_ca_wt_track" ] }, { "page": "Bisciaro_Mg_wt_track", "title": "Period of the short kyr ecc cycle in the Mg record of the Bisciaro Fm", "topics": [ "Bisciaro_Mg_wt_track" ] }, { "page": "Bisciaro_Mn_wt_track", "title": "Period of the short kyr ecc cycle in the Mn record of the Bisciaro Fm", "topics": [ "Bisciaro_Mn_wt_track" ] }, { "page": "Bisciaro_sial_wt_track", "title": "Period of the short kyr ecc cycle in the si/Al record of the Bisciaro Fm", "topics": [ "Bisciaro_sial_wt_track" ] }, { "page": "Bisciaro_XRF", "title": "XRF records of the Bisciaro Fm", "topics": [ "Bisciaro_XRF" ] }, { "page": "bispectral_analysis", "title": "Bispectral analysis: bispectrum, biphase and squared bicoherence", "topics": [ "bispectral_analysis" ] }, { "page": "bispectral_surrogate", "title": "FT and IAAFT surrogates for bispectral significance testing", "topics": [ "bispectral_surrogate" ] }, { "page": "bundling_ratios", "title": "Precession cycles per eccentricity bundle, predicted", "topics": [ "bundling_ratios" ] }, { "page": "calculate_orbit9", "title": "Nine astronomical periods at a given age", "topics": [ "calculate_orbit9" ] }, { "page": "chaos_scenario", "title": "Shift the fundamental frequencies and see what every cycle does", "topics": [ "chaos_scenario" ] }, { "page": "check_agemodel", "title": "Check an age model against the de-chirped record: where do the astronomical cycles bend away?", "topics": [ "check_agemodel" ] }, { "page": "chirp_eha_significance", "title": "Significance of the lines of a (de-chirped) EHA map against warped noise", "topics": [ "chirp_eha_significance" ] }, { "page": "coco_adaptive", "title": "Adaptive COCO", "topics": [ "coco_adaptive" ] }, { "page": "coco_adaptive_evaluate", "title": "Evaluate Adaptive COCO for a batch of spectra (cocoAdaptiveEvaluate.m)", "topics": [ "coco_adaptive_evaluate" ] }, { "page": "coco_classic", "title": "COCO analysis (Li et al. 2018)", "topics": [ "coco_classic" ] }, { "page": "coco_fixed_target_weights", "title": "Fixed sinusoid-amplitude weights for a COCO target (cocoFixedTargetWeights.m)", "topics": [ "coco_fixed_target_weights" ] }, { "page": "coco_prepare_regular_data", "title": "Prepare a depth series for COCO (cocoPrepareRegularData.m)", "topics": [ "coco_prepare_regular_data" ] }, { "page": "coco_target_fixed", "title": "Fixed-weight astronomical target spectrum (Fixed-target COCO)", "topics": [ "coco_target_fixed" ] }, { "page": "coco_target_from_periods", "title": "Target periodogram from a list of orbital periods (period2spectrum.m)", "topics": [ "coco_target_from_periods" ] }, { "page": "coco_target_from_series", "title": "Target periodogram from an astronomical time series (e.g. La2004 ETP)", "topics": [ "coco_target_from_series" ] }, { "page": "compare_published", "title": "Compare a measured precession constant with published models", "topics": [ "compare_published" ] }, { "page": "completed_series", "title": "Complete the tracking of the period a cycle in a scalogram", "topics": [ "completed_series" ] }, { "page": "ctest", "title": "CTest: astronomical parameters from interpreted spectral peaks", "topics": [ "ctest" ] }, { "page": "ctest_combine", "title": "Combine several CTest results by multiplying their densities", "topics": [ "ctest_combine" ] }, { "page": "ctest_earthmoon", "title": "Earth-Moon distance, length of day and obliquity for CTest samples", "topics": [ "ctest_earthmoon" ] }, { "page": "ctest_input", "title": "Build the CTest input table from interpreted cycle wavelengths", "topics": [ "ctest_input" ] }, { "page": "curve2sedrate", "title": "Convert a tracked tracked to a sedimentation rate curve", "topics": [ "curve2sedrate" ] }, { "page": "curve2time", "title": "Convert the tracked curve to a depth time space", "topics": [ "curve2time" ] }, { "page": "curve2time_unc", "title": "Convert the re-tracked curve results to a depth time space with uncertainty", "topics": [ "curve2time_unc" ] }, { "page": "curve2time_unc_anchor", "title": "Convert the re-tracked curve results to a depth time space with uncertainty", "topics": [ "curve2time_unc_anchor" ] }, { "page": "curve2tune", "title": "Convert data from the depth to the time domain", "topics": [ "curve2tune" ] }, { "page": "cvcoco", "title": "Cross-validated correlation coefficient (cvCOCO) analysis", "topics": [ "cvcoco" ] }, { "page": "cycle_band", "title": "Period range implied by the frequency resolution of a record", "topics": [ "cycle_band" ] }, { "page": "cycles_to_k", "title": "Precession constant implied by an observed obliquity or precession cycle", "topics": [ "cycles_to_k" ] }, { "page": "days_per_year", "title": "Days in a year for a given solar day length", "topics": [ "days_per_year" ] }, { "page": "delpts_tracked_period_wt", "title": "Remove tracking points which were tracked in a wavelet spectra", "topics": [ "delpts_tracked_period_wt" ] }, { "page": "depth_rank_example", "title": "An example depth rank series", "topics": [ "depth_rank_example" ] }, { "page": "detect_transients", "title": "Transient (impulsive) features of a record by transient extraction", "topics": [ "detect_transients" ] }, { "page": "dur_gaps", "title": "calculate the duration of stratigraphic gaps using astronomical cycles", "topics": [ "dur_gaps" ] }, { "page": "dynamic_extraction", "title": "Extract a signal in between tracked boundaries in a wavelet scalogram", "topics": [ "dynamic_extraction" ] }, { "page": "dynamic_filter", "title": "Dynamic (depth-varying) Gaussian band-pass filter", "topics": [ "dynamic_filter" ] }, { "page": "dynamic_filter_controls", "title": "Build dynamic-filter control points from a tracked period curve", "topics": [ "dynamic_filter_controls" ] }, { "page": "dynot", "title": "Dynamic noise after orbital tuning (DYNOT)", "topics": [ "dynot" ] }, { "page": "earth_moment_of_inertia", "title": "Earth's polar moment of inertia at spin rate omega (Farhat et al. 2022, A.3)", "topics": [ "earth_moment_of_inertia" ] }, { "page": "earth_omega", "title": "Earth's angular velocity from the length of day", "topics": [ "earth_omega" ] }, { "page": "earthmoon_angular_momentum", "title": "Earth-Moon system angular momentum (spin + lunar orbit), kg m^2 s^-1", "topics": [ "earthmoon_angular_momentum" ] }, { "page": "earthmoon_from_precession", "title": "Invert the AstroGeo22 precession curve: Earth-Moon state for a measured precession frequency / period.", "topics": [ "earthmoon_from_precession" ] }, { "page": "earthmoon_state", "title": "Full Earth-Moon state from any one observable", "topics": [ "earthmoon_state" ] }, { "page": "ecoco_adaptive", "title": "Adaptive eCOCO", "topics": [ "ecoco_adaptive" ] }, { "page": "ecoco_best_per_window", "title": "Best sedimentation rate per eCOCO window", "topics": [ "ecoco_best_per_window" ] }, { "page": "ecoco_blocked", "title": "Blocked eCOCO (cross-fitted evolutionary correlation coefficient)", "topics": [ "ecoco_blocked" ] }, { "page": "ecoco_classic", "title": "Evolutionary COCO (Li et al. 2018)", "topics": [ "ecoco_classic" ] }, { "page": "ecoco_interleaved", "title": "Interleaved eCOCO (odd/even cross-validated evolutionary COCO)", "topics": [ "ecoco_interleaved" ] }, { "page": "ecoco_track", "title": "Track sedimentation-rate solutions through eCOCO peak maps", "topics": [ "ecoco_track" ] }, { "page": "ecoco_track_ridge", "title": "Track a smooth sedimentation-rate ridge through an eCOCO score map", "topics": [ "ecoco_track_ridge" ] }, { "page": "eha_log2", "title": "Generate a log2 spaced EHA spectra", "topics": [ "eha_log2" ] }, { "page": "em_state", "title": "Full Earth-Moon state from a precession constant", "topics": [ "em_state" ] }, { "page": "example_pridoli", "title": "The Pridoli example: the four terms resolved at Cellon (Carnic Alps) on the astrochronozone time scale of Arts and Da Silva.", "topics": [ "example_pridoli" ] }, { "page": "expSedRamp", "title": "exponentially ramped sedimentation rate model to convert time to stratigraphy", "topics": [ "expSedRamp" ] }, { "page": "extract_amplitude", "title": "Extract the instantaneous amplitude (envelope) of a signal using the CWT", "topics": [ "extract_amplitude" ] }, { "page": "extract_power", "title": "Extract power from a wavelet spectra", "topics": [ "extract_power" ] }, { "page": "extract_power_stable", "title": "Extract power from a wavelet spectra by using a constant period/duration", "topics": [ "extract_power_stable" ] }, { "page": "extract_signal", "title": "Extract signal from a wavelet spectra using a traced period curve", "topics": [ "extract_signal" ] }, { "page": "extract_signal_stable", "title": "Extract a signal/cycle from a wavelet spectra using a set period and boundaries", "topics": [ "extract_signal_stable" ] }, { "page": "extract_signal_stable_V2", "title": "Extract signal from a wavelet spectrum using a upper and lower period boundary", "topics": [ "extract_signal_stable_V2" ] }, { "page": "extract_signal_standard_deviation", "title": "Extract a signal using standard deviation", "topics": [ "extract_signal_standard_deviation" ] }, { "page": "fft_frequency_uncertainty", "title": "Frequency uncertainty of the Fourier transform (FFT) for a record length", "topics": [ "fft_frequency_uncertainty" ] }, { "page": "fft_uncertainty", "title": "Calculate the uncertainty associated with a tracked cycle based on the frequency uncertainty of the FFT", "topics": [ "fft_uncertainty" ] }, { "page": "flmw", "title": "Fit linear models to spectral peaks extracted from the wavelet spectra to astronomical cycles multiplied by sedimentation rate x", "topics": [ "flmw" ] }, { "page": "flmw_path", "title": "Smooth sedimentation rate curve with uncertainty from a flmw score matrix", "topics": [ "flmw_path" ] }, { "page": "gaussian_bandpass", "title": "Gaussian band-pass filter (Acycle)", "topics": [ "gaussian_bandpass" ] }, { "page": "geo_col", "title": "Generate standard color codes for the Geological Time Scale", "topics": [ "geo_col" ] }, { "page": "geo_loc", "title": "Generates ages for the boundaries of a geochronological subdivision", "topics": [ "geo_loc" ] }, { "page": "geo_mid", "title": "Generate the mean age of a geological subdivision", "topics": [ "geo_mid" ] }, { "page": "grey", "title": "Grey scale record IODP 926 of Zeeden et al., (2013)", "topics": [ "grey" ] }, { "page": "grey_track", "title": "Tracking points of the precession (22 kyr cycle) IODP 926 grey scale (154-174m) record of Zeeden et al., (2013)", "topics": [ "grey_track" ] }, { "page": "GTS_info", "title": "Information of the Geological timescale 2020", "topics": [ "GTS_info" ] }, { "page": "k_from_bundling", "title": "Precession constant from bundling: precession cycles per eccentricity bundle", "topics": [ "k_from_bundling" ] }, { "page": "k_from_cycles", "title": "Precession constant from one or more single-valued cycles", "topics": [ "k_from_cycles" ] }, { "page": "k_from_period", "title": "Precession constant implied by one measured cycle period", "topics": [ "k_from_period" ] }, { "page": "k_from_ratio", "title": "Precession constant from the RATIO of two cycles in one section", "topics": [ "k_from_ratio" ] }, { "page": "k_hypotheses", "title": "Which precession term is that peak? One k per hypothesis.", "topics": [ "k_hypotheses" ] }, { "page": "k_scan", "title": "Scan k and count how many measured windows a single k can satisfy", "topics": [ "k_scan" ] }, { "page": "la2004_extrap", "title": "La2004 polynomial extrapolation (Laskar et al. 2004, eqs. 39-40) Strictly valid only over a few hundred Myr; shown for comparison.", "topics": [ "la2004_extrap" ] }, { "page": "lag_1", "title": "lag-1 autocorrelation coefficient", "topics": [ "lag_1" ] }, { "page": "lithlog_disc", "title": "Discriticizes lithologs", "topics": [ "lithlog_disc" ] }, { "page": "lod_from_moon_distance", "title": "Length of day implied by an Earth-Moon distance (angular momentum conserved)", "topics": [ "lod_from_moon_distance" ] }, { "page": "lod_hours", "title": "Length of day from Earth's angular velocity", "topics": [ "lod_hours" ] }, { "page": "loess_auto", "title": "Perform an automatically loess based smoothing of a time series", "topics": [ "loess_auto" ] }, { "page": "mag", "title": "Magnetic susceptibility data of the Sullivan core of Pas et al., (2018)", "topics": [ "mag" ] }, { "page": "mag_track_solution", "title": "Period of the 405 kyr ecc cycle in the magnetic susceptibility record of the Sullivan core", "topics": [ "mag_track_solution" ] }, { "page": "max_detect", "title": "Detect and filter out all maxima in a signal", "topics": [ "max_detect" ] }, { "page": "mesa_average", "title": "Average spectrum of an evolutive MESA", "topics": [ "mesa_average" ] }, { "page": "mesa_evolutive", "title": "Evolutive maximum entropy spectral analysis (evolutive MESA)", "topics": [ "mesa_evolutive" ] }, { "page": "mesa_spectrum", "title": "Maximum entropy spectral analysis (MESA, Burg)", "topics": [ "mesa_spectrum" ] }, { "page": "min_detect", "title": "Detect and filter out all minima in a signal", "topics": [ "min_detect" ] }, { "page": "minimal_tuning", "title": "Create an age model using minimal tuning", "topics": [ "minimal_tuning" ] }, { "page": "modBchron", "title": "Run a modified version of the Bchronology algorithm from the R package \"Bchron\" (Haslett and Parnell, 2008)", "topics": [ "modBchron" ] }, { "page": "modBchron_predict", "title": "Predict ages at new positions from a modBchron (or modifiedBChron) model", "topics": [ "modBchron_predict" ] }, { "page": "model_red_noise_wt", "title": "Models average spectral power based curves based on a red-noise signal generated using the characteristics of an input signal.", "topics": [ "model_red_noise_wt" ] }, { "page": "months_per_year", "title": "Lunar mean motion and months per year from the Earth-Moon distance (Kepler's third law, n^2 a^3 = G(M_E + M_M), as in Farhat et al. 2022 Table D.2)", "topics": [ "months_per_year" ] }, { "page": "moon_distance_from_lod", "title": "Earth-Moon distance implied by a length of day (angular momentum conserved)", "topics": [ "moon_distance_from_lod" ] }, { "page": "moon_distance_from_months", "title": "Earth-Moon distance from the number of lunar months per year (the observable of tidal rhythmites)", "topics": [ "moon_distance_from_months" ] }, { "page": "omega_from_moon_distance", "title": "Earth's spin rate implied by an Earth-Moon distance, assuming the Earth-Moon angular momentum is conserved (solar tidal drain neglected).", "topics": [ "omega_from_moon_distance" ] }, { "page": "orbit9", "title": "Nine principal astronomical terms for a given precession constant", "topics": [ "orbit9" ] }, { "page": "orbit9_at_age", "title": "Nine orbital periods (kyr) at age_ma", "topics": [ "orbit9_at_age" ] }, { "page": "orbital_periods", "title": "All principal astronomical periods for a given precession constant", "topics": [ "orbital_periods" ] }, { "page": "pda", "title": "Power decomposition analysis (strict evolutionary MTM band-power ratio)", "topics": [ "pda" ] }, { "page": "pda_legacy", "title": "Legacy power decomposition analysis (Acycle PDA menu / DYNOT core)", "topics": [ "pda_legacy" ] }, { "page": "percentile_from_red_noise", "title": "Calculate average spectral power from red noise curves for a given percentile", "topics": [ "percentile_from_red_noise" ] }, { "page": "plot_agemodel_check", "title": "Plot an age-model check: the de-chirped maps, the rate corrections the cycles ask for and the flagged intervals", "topics": [ "plot_agemodel_check" ] }, { "page": "plot_amtm_spectrum", "title": "Plot an adaptive multitaper spectrum with background and detections", "topics": [ "plot_amtm_spectrum" ] }, { "page": "plot_astro", "title": "Six-panel summary of an inversion", "topics": [ "plot_astro" ] }, { "page": "plot_astro_anchor", "title": "Plot proxy record anchored to an astronomical solution", "topics": [ "plot_astro_anchor" ] }, { "page": "plot_astro_evidence", "title": "Map of the astronomical evidence against sedimentation rate and depth", "topics": [ "plot_astro_evidence" ] }, { "page": "plot_avg_wavelet", "title": "Plot the average spectral power of a wavelet spectra", "topics": [ "plot_avg_wavelet" ] }, { "page": "plot_Awavelet", "title": "Plots a adaptive wavelet scalogram", "topics": [ "plot_Awavelet" ] }, { "page": "plot_bayes_changepoint", "title": "Plot the result of bayes_changepoint", "topics": [ "plot_bayes_changepoint" ] }, { "page": "plot_bispectral", "title": "Plot the result of a bispectral analysis", "topics": [ "plot_bispectral" ] }, { "page": "plot_chirp_eha", "title": "Plot a chirp-matched EHA map, with or without the surrogate significance", "topics": [ "plot_chirp_eha" ] }, { "page": "plot_cvcoco", "title": "Plot a cvCOCO result", "topics": [ "plot_cvcoco" ] }, { "page": "plot_dechirped", "title": "Plot a de-chirped scalogram", "topics": [ "plot_dechirped" ] }, { "page": "plot_dynamic_filter", "title": "Plot the result of a dynamic filter", "topics": [ "plot_dynamic_filter" ] }, { "page": "plot_dynot", "title": "Plot DYNOT results", "topics": [ "plot_dynot" ] }, { "page": "plot_ecoco_cv", "title": "Plot Blocked / Interleaved eCOCO maps", "topics": [ "plot_ecoco_cv" ] }, { "page": "plot_eha_log2", "title": "Plots an log2 spaced EHA spectra", "topics": [ "plot_eha_log2" ] }, { "page": "plot_mesa_evolutive", "title": "Plot an evolutive MESA", "topics": [ "plot_mesa_evolutive" ] }, { "page": "plot_mesa_spectrum", "title": "Plot a maximum entropy (MESA) spectrum", "topics": [ "plot_mesa_spectrum" ] }, { "page": "plot_sed_model", "title": "Plot sedimentation modelling results", "topics": [ "plot_sed_model" ] }, { "page": "plot_spectral_moments", "title": "Plot the result of spectral_moments", "topics": [ "plot_spectral_moments" ] }, { "page": "plot_superlet", "title": "Plots a superlet scalogram", "topics": [ "plot_superlet" ] }, { "page": "plot_test_k", "title": "Comparison figure of the precession-constant test", "topics": [ "plot_test_k" ] }, { "page": "plot_track", "title": "Plot a continuous track on its scalogram", "topics": [ "plot_track" ] }, { "page": "plot_wavelet", "title": "Plots a wavelet scalogram", "topics": [ "plot_wavelet" ] }, { "page": "plot_wavelet_coherence", "title": "Plots a cross wavelet scalogram", "topics": [ "plot_wavelet_coherence" ] }, { "page": "plot_win_fft", "title": "Plot windowed fft based spectral analysis results", "topics": [ "plot_win_fft" ] }, { "page": "plot_win_timeOpt", "title": "plot the windowed timeOpt sedimentation rate estimation", "topics": [ "plot_win_timeOpt" ] }, { "page": "plot_Xsuperlet", "title": "Plots a cross superlet scalogram", "topics": [ "plot_Xsuperlet" ] }, { "page": "plot_Xwavelet", "title": "Plots a cross wavelet scalogram", "topics": [ "plot_Xwavelet" ] }, { "page": "plot.astroMCBchron", "title": "Plot an astroMCBchron model", "topics": [ "plot.astroMCBchron" ] }, { "page": "plot.coco_adaptive", "title": "Plot an adaptive COCO result", "topics": [ "plot.coco_adaptive" ] }, { "page": "plot.coco_classic", "title": "Plot a COCO result (Li et al. 2018 method)", "topics": [ "plot.coco_classic" ] }, { "page": "plot.ctest", "title": "Plot the CTest posterior distributions", "topics": [ "plot.ctest" ] }, { "page": "plot.ecoco_adaptive", "title": "Plot an adaptive eCOCO result", "topics": [ "plot.ecoco_adaptive" ] }, { "page": "plot.ecoco_classic", "title": "Plot an eCOCO result (Li et al. 2018 method)", "topics": [ "plot.ecoco_classic" ] }, { "page": "precession_frequency", "title": "Luni-solar precession frequency (Farhat et al. 2022, eq. A.7)", "topics": [ "precession_frequency" ] }, { "page": "predict.astroMCBchron", "title": "Predict ages at new positions from an astroMCBchron model", "topics": [ "predict.astroMCBchron" ] }, { "page": "print.astro_from_peaks", "title": "Print an astro_from_peaks result", "topics": [ "print.astro_from_peaks" ] }, { "page": "print.ctest", "title": "Print a CTest result", "topics": [ "print.ctest" ] }, { "page": "rate_gram", "title": "Rate-gram: the astronomical template as a spectrum over sedimentation rate, per window", "topics": [ "rate_gram" ] }, { "page": "resonance_state", "title": "Which secular resonance state does a record show?", "topics": [ "resonance_state" ] }, { "page": "retrack_wt_MC", "title": "Re-track cycles using a Monte-Carlo simulation", "topics": [ "retrack_wt_MC" ] }, { "page": "rho1_evolutive", "title": "Evolutionary lag-1 autocorrelation coefficient (rho1)", "topics": [ "rho1_evolutive" ] }, { "page": "sedrate2tune", "title": "Use a sedimentation curve to convert data to the time domain", "topics": [ "sedrate2tune" ] }, { "page": "spectral_moments", "title": "Sliding-window spectral moments (mean frequency and bandwidth)", "topics": [ "spectral_moments" ] }, { "page": "sst_significance", "title": "Significance of synchrosqueezed (and other) scalograms against autocorrelated noise", "topics": [ "sst_significance" ] }, { "page": "sum_power_sedrate", "title": "Calculate sum of maximum spectral power for sedimentation rates for a wavelet spectra", "topics": [ "sum_power_sedrate" ] }, { "page": "swa_background", "title": "Smoothed Window Average (SWA) spectral background", "topics": [ "swa_background" ] }, { "page": "swa_spectrum", "title": "Power spectrum with SWA background, chi-square and FDR confidence levels", "topics": [ "swa_spectrum" ] }, { "page": "term_sensitivity", "title": "Sensitivity of every cycle to each fundamental frequency", "topics": [ "term_sensitivity" ] }, { "page": "test_tuned", "title": "Precession-constant test for a tuned record", "topics": [ "test_tuned" ] }, { "page": "test_tuned_check", "title": "Check the precession-constant test on a synthetic record", "topics": [ "test_tuned_check" ] }, { "page": "track_astro_auto", "title": "Recommended workflow for continuous astronomical tracking of noisy records", "topics": [ "track_astro_auto" ] }, { "page": "track_astro_hmm", "title": "Astronomically constrained continuous tracking of the sedimentation rate in a scalogram", "topics": [ "track_astro_hmm" ] }, { "page": "track_astro_iterative", "title": "Iterative (demodulated) astronomical tracking of the sedimentation rate", "topics": [ "track_astro_iterative" ] }, { "page": "track_chirp_hmm", "title": "Chirp-steered tracking of the sedimentation rate (rate and rate gradient as the hidden state)", "topics": [ "track_chirp_hmm" ] }, { "page": "track_ecoco", "title": "Track the sedimentation rate through an eCOCO map", "topics": [ "track_ecoco" ] }, { "page": "track_mesa", "title": "Track a spectral peak through an evolutive MESA", "topics": [ "track_mesa" ] }, { "page": "track_period", "title": "Track the period of a cycle in a wavelet or superlet scalogram", "topics": [ "track_period" ] }, { "page": "track_period_wavelet", "title": "Track the period of a cycle in a wavelet spectra", "topics": [ "track_period_wavelet" ] }, { "page": "track_ridge_hmm", "title": "Continuous tracking of a cycle in a (synchrosqueezed) scalogram with a hidden Markov model", "topics": [ "track_ridge_hmm" ] }, { "page": "TSI", "title": "Total solar irradiation data (0-9400ka) of steinhilber et al., (2012)", "topics": [ "TSI" ] }, { "page": "upb_grain_loglik", "title": "Eruption-age likelihoods from single-zircon U-Pb dates (for astroMCBchron)", "topics": [ "upb_grain_loglik" ] }, { "page": "wavelet_band_significance", "title": "Significance of scale-averaged wavelet power (Torrence and Compo, section 4d)", "topics": [ "plot.wr_band_significance", "wavelet_band_significance" ] }, { "page": "wavelet_significance", "title": "Significance of wavelet and superlet power: analytic and surrogate (Monte Carlo) levels", "topics": [ "wavelet_significance" ] }, { "page": "wavelet_uncertainty", "title": "Calculate the uncertainty associated with the wavelet analysis based on the Gabor uncertainty principle", "topics": [ "wavelet_uncertainty" ] }, { "page": "WaverideR_Datasets", "title": "Example data sets for the 'WaverideR' package", "topics": [ "WaverideR_Datasets" ] }, { "page": "win_fft", "title": "Windowed fft based spectral analysis", "topics": [ "win_fft" ] }, { "page": "win_timeOpt", "title": "Windowed timeOpt sedimentation rate estimation", "topics": [ "win_timeOpt" ] }, { "page": "wr_coloured_noise", "title": "Colour noise and palette helpers", "topics": [ "wr_brewer_palettes", "wr_colored_noise", "wr_coloured_noise" ] }, { "page": "zeeden2023_table1", "title": "Devonian reference values of Zeeden et al. 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