A fantasy map generator based on Martin O'Leary's "Generating fantasy map" notes

Interactive erosion in Unity

Procedural Hydrology / River / Lake Simulation

Regional-Convolution Neural Network for blink detection based on contouring.

Hydraulic and thermal erosion with shallow water equations implemented in Unity using compute shaders.

Simple C++ implementatoin of particle-based hydraulic erosion on a square grid

Earth Landscape Evolution Model: https://escape-model.github.io/

3D terrain generation with erosion, rendered in WebGL

A collection of awesome information about the jQAssistant software analytics tool

A simple C# based terrain generation / rendering tool

A MATLAB model generating earthquakes that impact rivers

This Repository demonstrates how can one apply various image pre-processing, image processing & image post-processing techniques in MATLAB environment.

Iowa Daily Erosion Project (version 2)

calculates rainfall erosivity using precipitation time series

tAo is a code to model isostatic, tectonic, and surface geological processes, in 1D (vertical cross section). It's pseudo3D version is called TISC, also available in this site.

Digital Image Processing Project

An open source repository for Gaea automation-friendly files, and related resources.

"Silicates Eroded under Simulated Martian Conditions Effectively Kill Bacteria - A Challenge for Life on Mars" published in Frontiers in Microbiology (2017)

Code and demo result of Blood Smear Analyzer

In this tutorial we are going to find blobs and lines in an image and their size in pixels

Implementation of mathematical morphology techniques using python

Removal of stains from noisy docs using image processing, machine learning, neural nets and autoencoder

降雨侵蚀力自动计算器 - This is a Windows app about Automatic rainfall erosivity calculator.

image processing

A generic Netlogo Agent Based Model to simulate rainfall runoff and erosion in a watershed

Change detection with computer vision techniques

Sediment Transport & Erosion Prediction (STEP) was initiated by Jenderal Soedirman University, a research university of technology located in Indonesia in 2017. STEP is an open-source project use for computing and predict the amount of sediment transport. This program has been tested and should work on almost all Python 3.6 compilers.