Day 52. The Hexagonal Nose ⬑

For this project, I explored a speculative version of Yosemite: what if El Capitan's Nose route had formed with hexagonal columnar geometry.

The terrain base comes from OpenTopography LiDAR, so the relief and scale remain grounded in real data.

Built with QGIS, Qgis2threejs, and Three.js.

#100DayMapChallenge Day 52/100
#QGIS #ThreeJS #LiDAR #Geospatial #OpenSource

πŸ”— https://maptheclouds.com/playground/30-day-map-challenge/hexagons/

πŸ› οΈ Live demo: https://maptheclouds.com/playground/30-day-map-challenge/hexagons/
πŸ“š Tutorial (blog): https://blog.maptheclouds.com/learning/3d-hexagons-qgis-tutorial
🧡 Tutorial (thread on X): https://x.com/maptheclouds/status/1456564261132582912
πŸ—ΊοΈ Base map: OpenTopography LiDAR terrain with OSM context layers
πŸ”„ Technical highlights:
β€’ LiDAR terrain processing in QGIS with terrain-preserving simplification
β€’ 50m hexagonal grid converted to raster for terrain-style rendering
β€’ hexagon edges emphasized for legibility on steep faces
β€’ Qgis2threejs export path into browser-based Three.js scene
#30DayMapChallenge Day 4. Hexagons

#30DayMapChallenge on Twitter