Default fuel-code -> base-fuel-type mapping (BC FUEL_TYPE_CD factor levels)
bc_fuel_code_to_base.RdReturns the mapping for a fuel_types_rast whose cells hold the 1-based
integer codes of the BC FUEL_TYPE_CD factor, as as.integer() gives them
for a factor with these 13 levels: 1=B71_S-2, 2=C-2, 3=C-3, 4=C-4, 5=C-5,
6=C-6, 7=C-7, 8=D-1/2, 9=M-1/2, 10=N (non-fuel), 11=O-1a/b, 12=S-1, 13=S-3.
Mapped to the five base types accepted by defaultFuelTypeTable() /
calibration_par_names().
Value
Character vector of length 13, names "1".."13", values
"Conifer" / "ConiferPlantation" / "Deciduous" / "Slash" /
"Open" / NA_character_.
Details
A code table is right only for the raster whose codes it was written for.
terra::rasterize() of a factor field writes 0-based category codes, which
this table reads as the class before each one. Pass such a raster with its
category labels instead: save_observed_fire_targets() decodes a labelled
raster by label, with bc_fuel_label_to_base().
Downstream projects with a different fuel-classification raster should pass
their own mapping vector to save_observed_fire_targets() via the
fuel_code_to_base argument.
See also
Other Dynamic Fire calibration helpers:
apply_calibrated_damage_age(),
apply_calibrated_hi_prop(),
apply_calibrated_ignprob(),
apply_calibrated_num_fires(),
bc_fuel_label_to_base(),
build_calibration_scenario_template(),
build_calibration_spinup_scenario(),
calibrate_dynamic_fire(),
calibration_par_names(),
dedup_community_snapshot(),
default_severity_prior_sturtevant2009(),
fire_cohort_killed(),
fire_cohort_mortality(),
ground_fire_kill_par_names(),
landis_dominant_cohorts(),
landis_overstory_mortality_share(),
loss_from_stats(),
observed_fire_sizes(),
parse_dynamic_fire_logs(),
patch_fire_config(),
run_calibration_spinup(),
run_calibration_validation(),
save_observed_fire_targets(),
sim_landis(),
sim_mock(),
sim_r_reimpl()