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Sample code to conduct numerical assessment of haze detection model. These codes are written using Python programming language and follow the numerical scheme described in Section 3.2 of the paper. LIDAR parameters used in this sample code: laser wavelength: 808 nm, RFOV: 10 mrad. Sequence of operation and description: 1. data_generator.py - generates data for given LIDAR parameters and exports data as separate .csv files 2. data_analysis.py - extracts data from .csv files for analysis according to numerical model scheme

Python script is written using Python 3.7+. Required Python packages that may require prior installation are: NumPy, SciPy, Matplotlib, csv

Numerical Analysis, Computer Simulation, Lidar

Creative Commons Attribution 4.0 International

Sample code to conduct numerical assessment of haze detection model. These codes are written using Python programming language and follow the numerical scheme described in Section 3.2 of the paper. LIDAR parameters used in this sample code: laser wavelength: 808 nm, RFOV: 10 mrad. Sequence of operation and description: 1. data_generator.py - generates data for given LIDAR parameters and exports data as separate .csv files 2. data_analysis.py - extracts data from .csv files for analysis according to numerical model scheme

Python script is written using Python 3.7+. Additional Python packages that may require prior installation: NumPy, SciPy, Matplotlib, csv

Numerical Analysis, Computer Simulation, Lidar

Creative Commons Attribution 4.0 International