manage planetary terrain data for visualization

OpenGL Terrain Simulation is an advanced 3D graphic simulation tool designed to create realistic terrain models. Developed using the C++ programming language and leveraging the OpenGL library for low-level graphic programming, this product offers high-performance rendering and detailed visualizations.

A terrain renderer with LOD - Project 2 at the Bern University of Applied Sciences

Implementation of a Real-time Streaming-based Terrain LOD System - Bachelor thesis at the Bern University of Applied Sciences

D3D-based terrain renderer

A heightmap terrain using the Godot game engine.

render planetary terrain data

Snap vector features to the faces of a triangulated irregular network (TIN)

Renders a simple fractal terrain using LWJGL and OpenGL

Procedual terrain generator with physically based biomes and hydraulic erosion

Heightfield object

Terrain rendering demo in Java for Android and desktop. Includes SOAR, geomipmapping, and vertex-texture-fetch based terrain renderes.

A JavaScript project to create a navigable map of a procedurally generated world

Isometric map renderer

A python script to generate color lookup table for heightmaps based on earth DEM and true color data

A large-scale lunar terrain renderer with DirectX 12 using terrain information from NASA's Scientific Visualization Studio.

Digital Elevation Model provisioner/ terrain map viewer in Qt / QML / OpenGL