#Mountain 3d model pro
ĭrone_4_Everson is in ArcGIS Pro layout mode. Start an ArcGIS Pro session, browse to CAUSE_V_Drone_v21n4\Drone_4_Everson and open the new Drone_4_Everson.aprx. It should contain slightly more than 61 MB of data.
After you complete this tutorial, you could re-create those derivative products and add them to the final 3D scene.ĭownload the sample dataset, CAUSE_V_Drone_v21n4, for this tutorial from /arcuser and unzip it on a local machine. Several vector datasets have been modified and filtered to support 3D modeling, although the lidar data used to create hillshades, feature heights, and contours is unchanged.
Getting StartedĪlthough this exercise uses essentially the same data as was provided for the previous tutorial, use the sample dataset that accompanies the online version of this article. The drone was also tasked with monitoring anticipated debris flow from the Nooksack River, over a low divide into Johnson Creek, and into the Sumas River, flowing toward Canada. Drone 4 was assigned to assess the bridge’s condition, monitor traffic flow, and identify threats to the structure and the surrounding community. This bridge bisects the town of Everson and is the only means of crossing the Nooksack River at that point. One of those drones, Drone 4, was stationed on the north side of the Nooksack River, just above the Washington State Route 544 (WA Hwy) bridge. On the second day of the exercise, drones were deployed along the Nooksack River to assess, capture, and relay event status to headquarters for follow-up mapping, incident management, and response planning. One of the critical tests conducted during CAUSE V was capturing high-resolution and real-time data transmitted from the field to the CAUSE V Emergency Operations Center. The Drone_4_Everson in ArcGIS Pro layout mode contains a new feature class, HWY 544 Bridge.
#Mountain 3d model how to
“ Mapping and Modeling Lidar Data with ArcGIS Pro,” the most recent tutorial, which appeared the summer 2018 issue of ArcUser, showed how to compare bare earth and first return lidar rasters to explore natural and cultural features in ArcGIS Pro. “ Test Georeferencing Transformations,” which ran in the Spring 2018 issue, showed how to georeference an image by importing a file containing ground control points and explored the effects of all the transformations available in ArcGIS Pro. In that exercise, two images were georeferenced by interactively connecting the ground control targets on the raster with vector control points. The second tutorial, “ Georeferencing Drone-Captured Imagery,” in the Winter 2018 issue, showed a simple imagery georeferencing workflow that imported an ArcMap document (MXD) into ArcGIS Pro. It introduced a special use of ArcGIS Network Analyst, an ArcGIS Pro extension, to model lahar as it ran down the Nooksack River, through several communities, and into Puget Sound as the result of a hypothetical seismic event-the crater collapse on Mount Baker. The first tutorial, “ Modeling Volcanic Mudflow Travel Time with ArcGIS Pro and ArcGIS Network Analyst,” appeared in the Fall 2017 issue of ArcUser. The data captured during that exercise has been the basis for four tutorials in ArcUser. That exercise, the fifth Canada-United States Enhanced Resiliency Experiment (CAUSE V) exercise, was conducted in Whatcom County, Washington, and southern British Columbia, Canada.
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