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All functions

clean_forBass() run_full_BASS_w_selection()
BASSr defunct functions
subsample_grts_and_calc_benefit() extract_habitat_cost() genraster() noGRTS_BASS_run() getresults_BASS()
BASSr deprecated functions
BASSr-package BASSr
BASSr: Benefit Applied Strategic Sampling in R
StudyArea_hexes
BASSr data needed for example study area
all_study_areas
All of Ontario's Study Areas
allhexes()
Run speed bass on all hexagons and all samples
calculate_PPS_hab_inlc_pr()
Calculate Propbability Proportional to Size (PPS) inclusion probabilities
calculate_benefit()
Calculate the benefit of a hexagon from grts results.
calculate_inclusion_probs()
BASS cost benefit calculation
calculate_z_scores()
Calculate z-scores for each hexagon by sum of individual z scores
clean_land_cover()
Clean land cover habitat data
clrfile
rgb colour codes to plot 2015 National Land Cover.
cost_vars
Variables for cost estimation
create_hexes()
Create Hexagonal grid
create_sites()
Create sampling sites within hexagons
downweight_selection_pr()
Adjust selection weighting
draw_random_samples()
Draw random sample
estimate_cost_study_area()
Cost model estimate
extract_habitat_cost-deprecated
Extract Habitat and Cost
full_BASS_run()
A full BASS run
genraster-deprecated
Generate Raster
getresults_BASS-deprecated
Get the results from a BASS grts run
lcc2015_codes
2015 National Landcover Classification Table
noGRTS_BASS_run-deprecated
A calculate BASS from random samples
ontario
Polygon SF of Ontario
oppositeSigns()
Opposite signs True or false
prepare_cost()
Propare hexagons for cost calculations
psu_costs
Dummy costs data
psu_hex_dirty
Dummy hex data to be cleaned
psu_hexagons
Dummy hex data
psu_samples
Dummy sampled hexes
run_full_BASS_w_selection-defunct
Full BASSr run with sample selection
run_grts_on_BASS()
Run grts sampling on BASSr results
select_sites()
Select sites for sampling
speedbass()
The internal BASSr benefit algorithm
ssu_land_cover
Dummy SSU land cover
ssu_points
Dummy SSU points
subsample_grts_and_calc_benefit-deprecated
Subsample GRTS and calculate benefit
sumC()
sum of vector
sumH()
Add a number to a sum of vector