Packages and settings | Introduction | Step 1. Define your area of interest | Step 2. Create hexagons

Setup | 1. Spatial Data | Basic Run | Including Costs | Runs by 'hand' | Weights? (e.g., Akimiski_Island.Rmd) | Calculating Costs | Selection probabilities | Simple selection | Stratified selection

Benefit definition | Example work through | Step 1 - Load in data | Step 2 Calculate Habitat Composition | Step 3 Sample unit hexagons - benefit calculation | A. - Select a sample unit to calculate benefit for | B. - Draw a hypothetical sample set from all sample units in study area | C. - Calculate representivity | D. - Calculate benefit for sample unit | E. Repeat multiple times | F. Run benefit calculation for all sample units | Represent the Study Area | How the benefit calculation is used in BASS

Cost model parts | Baseline variables

Regular expressions | Other options | Date order | Matching multiple patterns | Subsetting files | Matching non-wave files | Look arounds

Setting up your folder structure | Wind processing | Assign tasks

Setup | 1. Spatial Data | Basic Run | Including Costs | Runs by 'hand' | Weights? (e.g., Akimiski_Island.Rmd) | Calculating Costs | Selection probabilities | Simple selection | Stratified selection

What timezone are my data in? | Calculating time to sunrise/sunset | Important things to note | An example

Read file metadata | Add coordinates | Calculate times to sunrise and sunset | Next steps

Create data | Clean metadata | Parameters | Calculate selection weights | Assign sample size | Draw subsample | GRTS | slice_sample | Compare methods | Assigning recording lengths | Assign start times | Format output filename | Clip and copy files for upload

Problems