Just saw this great blog post by my friend Mr. Yu at Korea National Park on using OpenDroneMap. If you need it in English, google seems to translate it rather well: Maybe it’s time to look at localization for WebODM… . Continue reading Time for localization?
I finally got PDAL properly compiled with Point Cloud Library (PCL) baked in. Word to the wise — CLANG is what the makers are using to compile. The PDAL crew were kind enough to revert the commit which broke GCC support, but why swim upstream? If you are compiling PDAL yourself, use CLANG. (Side note, […]
I finally got PDAL properly compiled with Point Cloud Library (PCL) baked in. Word to the wise — CLANG is what the makers are using to compile. The PDAL crew were kind enough to revert the commit which broke GCC support, but why swim upstream? If you are compiling PDAL yourself, use CLANG. (Side note, […]
I finally got PDAL properly compiled with Point Cloud Library (PCL) baked in. Word to the wise — CLANG is what the makers are using to compile. The PDAL crew were kind enough to revert the commit which broke GCC support, but why swim upstream? If you are compiling PDAL yourself, use CLANG. (Side note, […]
Originally posted on somethingaboutmaps:
I have nearly recovered sufficiently from an amazing NACIS conference, and I think I’m ready to get back to a little blogging. This time around, I’d like to present you all with an unfinished concept, and to ask you for your help in carrying it to completion. Specifically, I’d like to show you some attempts I’ve made at improving digital hillshades… Continue reading On Generalization Blending for Shaded Relief
This will be a different FOSS4G. As the first in a developing country, our vision is for an accessible and inclusive FOSS4G, a FOSS4G for All. Source: FOSS4G 2018: Dar es Salaam Continue reading FOSS4G 2018: Dar es Salaam
I’ve been playing for the last few days with PDAL and it’s ability to filter point clouds. More code and details later, but here’s a teaser of my results to date: Continue reading Filtering buildings and vegetation from drone-derived surface models
Another problem is the difficulty of turning photogrammetrically derived point clouds into Digital Terrain Models. There is proprietary software that does this well (e.g. LasTools and others), but we sought a free and open source alternative and approach. Let’s visualize the problem. Continue reading Finding peace, finding ground: Drone flights for hydrologic modeling
Introduction Recently we partnered up with folks from the University of Akron to help determine how accurate UAS are compared to traditional mapping methods. Given the current difficulty to fly commercially in the National Airspace, this partnership gave us a unique opportunity to fly inside their Field House. This controlled space had a lot of […] via UAS Mapping: Positional Accuracy Assessment — GeoKota Continue reading UAS Mapping: Positional Accuracy Assessment via GeoKota
Guest blog post today from Brandon Garman (@brandon_garman): After seeing Mapzen’s blog post on Sphere Maps, I wanted to try my hand at it. I downloaded the Github repository, set up a python simple server and ‘BOOM’ had my own instance running (Mapzen makes this process very easy). So next I pulled out my Wacom tablet, opened up Photoshop and began painting in circles with … Continue reading The Worlds of #Mapzen Sphere Maps
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