Creating the map with ARC pro

 



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Performing Viewshed Analysis in ArcGIS Pro

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Performing Viewshed Analysis in ArcGIS Pro  A dd the project data to a new map document. In the Catalog pane, browse to Databases, and then expand the VSPro geodatabase. On the Map tab,  chose Streets to change the basemap.  In the Format Polygon Symbol pane, click Properties, and then specify the following parameters: Color: No Color Outline Color: Mars Red (row 3, column 2) Outline Width: 2 pt The fields view opens, and the Fields tab opens on the ribbon. The fields view shows the content and format for each field in the LightLocations attribute table. For Field Name, type   OFFSETA . The OFFSETA field will affect the height from which the viewshed will be created. It is a vertical distance in surface units to be added to the elevation of the observation point. Add the following additional fields to the fields view: AZIMUTH1 AZIMUTH2 RADIUS2 In the Geoprocessing pane, in the search field, type  viewshed ., Click Viewshed (3D Analyst Tools), and then specify th...
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Mission Report: 3D Scan and Data Collection

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  Mission 1: 3D object mapping mission (Submitter: Jinwook & Joel)   Weather conditions ●        Cloud Cover: Clear ●        Wind Direction: NE to SW ●        Wind Speed: 4 mph ●        Temp: 72° F   After we checked the potential hazards in the street view of google maps and confirmed that there we could fly without problems, we got permission from LAANCE (Class D, 400 feet) LAANCE APPROVAL: ALTTVJQZJU10 We made an emergency plan (if the aircraft looks unstable, land as soon as possible).   2D mapping mission with skydio 2 + We flew the drone Sykio 2+ with 2D landmowing pattern and opposing grid lines over the area shown in the image below. The intended scan area was constituted of 5 parking slots, the mission was originally planned to have a camera lens angle of 90 degrees for the first pass, 80 degrees for the se...
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Building map with UAS data

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Orthomosaic, DSM, DEM DSM stands for digital surface model and DEM stands for digital elevation model.  The main difference lies in the content I captured. DSMs include all surface features (both natural and artificial), while DEMs specifically focus on representing the elevation of the bare Earth's surface, When using the swipe tool to compare orthomosaic and DSM, I could notice how the orthomosaic aligns with the underlying terrain features depicted in the shaded relief of the DSM.  The orthomosaic and the shaded relief of the DSM provide different perspectives of the same area. The orthomosaic will show the actual visual appearance of the landscape, including objects, buildings, roads, etc., while the DSM shaded relief will reveal the underlying elevation variations that influence the terrain's appearance in the orthomosaic. Building the map with UAS data  I made three types of the map(shaded DSM with transparent DSM on top, orthomosaic map and orthomosaic map with a ...
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