
Plot factorial sensitivity of fit to each growth parameter
plot_growth_factorial_sensitivity.RdFor every species and parameter, shows how the shape error varies as that parameter moves below or above its calibrated value, marginalizing over the others. A parameter whose boxes separate cleanly is one the fit is sensitive to; a parameter whose boxes overlap is one the reference data cannot constrain.
Details
Only the SWEPT parameters appear, and which those are is read from scores
rather than assumed. biomass_max is pinned across the factorial and
recovered arithmetically, so it has no sensitivity to show; a shape parameter
the design fixes to one value per species has none either, and drawing it
would be actively misleading. Such a parameter has no "calibrated" box at all
– every cell sits on one side of the in-use value – so the panel would show
a lone box under "lower" or "higher" and invite the reader to interpret the
side as a result, when it only restates which value was assigned.
Candidates are shown by their position RELATIVE to the calibrated value rather than by their absolute value: the candidates differ per species, so an absolute axis would have to carry every species' values in every panel.
See also
Other growth calibration helpers:
extract_landscape_cohort_structures(),
growth_add_objective(),
growth_auto_window(),
growth_best_candidates(),
growth_bin_observations(),
growth_calibration_design(),
growth_calibration_partition(),
growth_calibration_work_root(),
growth_climatic_distance(),
growth_climatic_weight(),
growth_expand_over_pseudo_species(),
growth_factorial_ratio_grid(),
growth_fitting_windows(),
growth_identifiability(),
growth_inflation_factor(),
growth_mortality_onset_frac(),
growth_plot_palette(),
growth_pseudo_species_name(),
growth_reference_curves(),
growth_reference_inflection(),
growth_score_fit(),
growth_scoring_for(),
growth_smooth_observations(),
growth_structure_cell_curves(),
growth_structure_cohort_table(),
growth_structure_design(),
growth_structure_summary(),
growth_window_for(),
plot_growth_calibration(),
plot_growth_candidate(),
plot_growth_structures(),
read_growth_scoring(),
read_landscape_cohort_structures(),
scale_linetype_growth_reference(),
write_growth_review_bundle()