Yosemite. LiDAR 0.5m. Walls >75°. Flow algorithms estimated heights.
Yellow to red: 45°/100m → 75°/900m.
Challenge: LiDAR can't see overhangs.
Some questions need both data and dirt. 🏔️
#100DayMapChallenge #LiDAR
Yosemite. LiDAR 0.5m. Walls >75°. Flow algorithms estimated heights.
Yellow to red: 45°/100m → 75°/900m.
Challenge: LiDAR can't see overhangs.
Some questions need both data and dirt. 🏔️
#100DayMapChallenge #LiDAR
Aiudului Gorges, 2011. I digitized contour lines by hand and built my first web map using GDAL2Tiles, MapTiler, and OpenLayers.
Before WebGL was mainstream.
Still asking the same question: how do we make terrain feel real online? ⛰️
#100DayMapChallenge #GIS #OpenLayers
Aiudului Gorges, 2011. I digitized contour lines by hand and built my first web map using GDAL2Tiles, MapTiler, and OpenLayers.
Before WebGL was mainstream.
Still asking the same question: how do we make terrain feel real online? ⛰️
#100DayMapChallenge #GIS #OpenLayers
10+ years: LiDAR → GIS → WebGL → storytelling
Something's shifting. Drawing me toward immersive work.
Feb 9: #100DayMapChallenge
100 days. GIS → interactive 3D viz.
From static maps to immersive environments.
From QGIS to WebGL. 🗺️
#WebMapping #MapTheClouds
10+ years: LiDAR → GIS → WebGL → storytelling
Something's shifting. Drawing me toward immersive work.
Feb 9: #100DayMapChallenge
100 days. GIS → interactive 3D viz.
From static maps to immersive environments.
From QGIS to WebGL. 🗺️
#WebMapping #MapTheClouds