& LIDAR ◦ LIDAR data is typically available in local coordinate systems ◦ OmniSci ver4 internally supports Web Mercator & Geographic Coordinates (WGS84 lat/lon) ◦ Back-projection of local into Geo-coordinates is default • LIDAR to OmniSci Readable Format ◦ PDAL is the best tool to convert LIDAR files to formats readable by OmniSci ◦ PDAL is an open source library installable locally using Conda ▪ conda install -c mathieu pdal ◦ PDAL Docker image available for easy execution ▪ !sudo docker run -v {laz_dir}:/data:z pdal/pdal:1.7 pdal translate -i /data/{laz_file} -o /data/{csv_file} -f filters.reprojection --filters.reprojection.out_srs="EPSG:4326" • Reference blogs ◦ https://www.omnisci.com/blog/taming-the-lidar-beast-part-1/ ◦ https://www.omnisci.com/blog/3d-lidar-with-mapd-and-ubers-deck-gl/
• OmniSci provides mapd-charting - a superfast charting library that is based on dc.js, and is designed to work with MapD-Connector and MapD-Crossfilter to create charts instantly using OmniSci's Core SQL Database as the backend. • Reference blogs ◦ Creating OmniSci Custom Apps for Oil & Gas Applications
provides a python DB API 2.0-compliant OmniSci interface. • pymapd provides methods to get results in the Apache Arrow-based GDF format for efficient data interchange with ML Libraries (XGBoost, H2O) • Reference blogs ◦ Using pymapd to Load Data to OmniSci Cloud
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