Update README.md

README.md

@@ -18,7 +18,9 @@ download.file(url = "https://github.com/Hammerling-Research-Group/dlq/archive/re
               destfile = "Desktop/DLQ.zip") # change `Desktop` to anywhere you'd like
 ```
 
-The code is separated into two main scripts: 1) `MAIN_1_simulate` runs the Gaussian puff atmospheric dispersion model, and 2) `MAIN_2_DLQ` uses output from the Gaussian puff model to perform DLQ. The `HELPER_*` scripts contain auxiliary functions used in the `MAIN_1_` and `MAIN_2_` scripts.
+## Usage
+
+The code is separated into two main scripts: 1) `MAIN_1_simulate` runs the Gaussian puff atmospheric dispersion model, and 2) `MAIN_2_DLQ` uses output from the Gaussian puff model to perform DLQ. The `/helpers/HELPER_*` scripts contain auxiliary functions used in the `MAIN_1_` and `MAIN_2_` scripts.
 
 Inputs to the `MAIN_1_` and `MAIN_2_` files are controlled using two configuration files found in the `input_data` directory:
   - `simulation_config.txt` file controls input for the `MAIN_1_` script
@@ -27,3 +29,5 @@ Inputs to the `MAIN_1_` and `MAIN_2_` files are controlled using two configurati
 The `../Example/MAIN_3_` script generates all results and figures for the accompanying manuscript (Daniels et al. 2024): https://doi.org/10.1525/elementa.2023.00110
 
 By way of example (and to get users started with the code), `input_data` contains the raw concentration data, sensor locations, and source locations from the ADED experiment discussed in Daniels et al. 2024.
+
+Users should simply open and run `MAIN_1_simulate`, then `MAIN_2_DLQ`. Optional is to run the `MAIN_3_*` script.