parsing steps (calls CoFFee) and visualization for MBES (EM2040) water column data using Matlab

plots the paths particles from the scoria cone model take in the air before landing

uses a slice-by-slice fitting of a 2D Gaussian curve to detect a hydrothermal plume and find its centerline

uses a slice-by-slice contouring to detect a hydrothermal plume and find centerline

ballistic-based model to predict landing distributions of pyroclastic (volcanic) particles on real topography (note: this version does not have the drag force implemented)

uses COVIS imaging sonar gridded data to compute and visualize plume azimuth and backscatter data with time plots

Basic visualization options for COVIS sonar data

Matlab code to simulate the growth of a scoria cone volcano.

testing git skills

test repository to learn process