My elevation

How to get started with the Elevation Layer on DroneDeploy.The Elevation Layer allows you to view the elevation of your map by use of either our digital surface model (DSM) or our digital terrain model (DTM). Most users will use our digital surface model which is the default and will display heights of all objects within the map. Additional tools within the layer will allow you to explore your data even more deeply through a perspective of the elevation and depth of each area of the map.Getting the Elevation LayerThe elevation data on your map is taken from geospatial information embedded in your images and automatically generated when you process your imagery into a map. By default, the elevation information is expressed in the WGS 84 Global Reference system.The Elevation Toolbox is available to all Individual, Advanced, and Enterprise customers. Learn more about our subscription plans or start your free trial today.What if I need my data in a different spatial reference system?You can calibrate elevation to view elevation data relative to a different ellipsoid model. You can also export data in a variety of different coordinate systems. Learn more.Using the Elevation LayerBy using the Elevation layer and toolbox, you can adjust the contrast to highlight variability within your map.To get started, make sure you have selected the Map Analysis section, and select the Elevation layer from the side panel at the left. You will see the digital surface model (DSM) projecting the height of your map.When you open your map from the dashboard, it will automatically be brought to the orthomosaic map. Choose Elevation layer from the options underneath the "Map" tab.This will also update the panel in the top left showing a histogram of the elevations of the data, and the data itself. By clicking on the arrow next to the Elevation Layer you can expand your elevation Toolbox.Expand your elevation options by clicking on the arrow next to the Elevation layer.IntensityYou can also select different intensities of the shadows, from Low to Max, to emphasize depth:Adjust Opacity:Range of ValuesThe elevation histogram has a few different values. Using the bottom sliding bar, you can change the values presented on the map. The map will automatically update.Adjust the range of the elevation presented using the handles at the bottom of the histogram.The top row of numbers is the area of the total map that falls within the range specified using the scale bar at the bottom. The number at the top of the histogram presents the area of the map that falls within the range specified by handles at the bottom.Important notice for maps processed before April 18, 2019Prior to April 18, 2019, DroneDeploy used relative elevation data when processing maps, rather than the absolute elevation. This means that for older maps processed before this date, elevations are not expressed relative to WGS 84 global elevation but rather expressed as feet or meters above or below the takeoff point of the drone. If you would like to adjust the

Whether I’m looking for the next peak to conquer or a scenic route to wander, I like to explore and fully evaluate my options. As a hiker, a climber, a biker, or even a paraglider, understanding the lay of the land before getting out there is key to being prepared.With the Elevation Profile widget in ArcGIS Experience Builder, you can assess the intensity and technicality of a route by examining the elevation changes and choose suitable paths based on the desired challenge.In the Rocky Mountain National Park Trails Viewer application below, selected trails from the list or on the map can be visualized with their elevation profile and statistics. Leverage the next-selectable options and intersecting functionality to build your own paths and evaluate alternative routes. How to build a trail viewer appFollow the steps below to create a basic trail viewer application. Feel free to further customize the layout, themes, and content for your own app. You will need an ArcGIS organizational account with privileges to create content.Create a new applicationUse your own web map with trail data or use the Rocky Mountain National Park Service Trails map sample from the example above.From the web map item page, click Create Web App and choose Experience Builder.Find the Blank grid template and click Create. Configure elevation profiles for a layerFrom the Insert widget panel, find the Elevation profile widget and add it below the Map widget.Connect the Elevation Profile widget to the Map widget.Update the Map Settings to enable Selectable Layers.

1. Control Point Coordinates and Elevation When I have different coordinates for the same point "GPS and Turned Traverse" I don't know the function where I can control what set of coordinates and elevation I want to hold for that set up. If I set my control GPS control points, then run my control though the GPS points I don't know if I'm sure what version of the point its using when I occupy it. So part of this is a Trimble Access Question, I want to hold the traverse over the GPS coordinates. Maybe there is a better way to do what I'm asking too and I don't know. ------------------------------Alex Alex------------------------------ 2. RE: Control Point Coordinates and Elevation Do you only have Trimble Access or do you also have TBC? If all your data in a JOB file are observations, TA is using your first observation for the positional values to use in the field when you call up that point name.In TBC, you'll need to use the network adjustment in order for it to use more than 1 type of observation for the position of points.------------------------------Robert Hoy------------------------------

Individuals, especially those experiencing pain, instinctively curtail their amplitude of movement, a strategic and gradual approach becomes crucial. For instance, consider someone who has had a stroke and maintains their arm in a sling position. When proposing therapeutic interventions, trust is paramount. I establish an understanding, assuring them that I will cease upon their request, fostering a collaborative relationship.Contrary to forceful actions, my approach to addressing sling posture is methodical. Instead of immediately addressing external rotation or elevation, I start by placing my hands on the individual's back. With gentle fingertip movements around the pec minor insertion near the coracoid process, I initiate a progressive sequence, subtly enhancing the range of motion. This method aims to alleviate discomfort and introduce a controlled dissociation by engaging the scapula.Continuing beneath the armpits, I employ techniques such as lifting and gentle manipulation, gradually expanding the amplitude. Placing the heel of my hand on the scapula, I induce a forward movement, opening up the chest and gradually increasing the range of scapular motion. This approach proves effective in addressing the intricacies of the scapula's 17 muscles.In cases where glenohumeral joint and capsular restrictions are apparent, prioritizing scapular mobility before addressing elevation proves to be a strategic move. Allowing the scapula to move freely alleviates potential pain points before delving into elevation maneuvers. This principle is particularly relevant when working with clients in aquatic therapy, where achieving elevation of the distal end while ensuring proper seating of the humeral head in the glenoid fossa is crucial.A gradual process of loosening up the entire complex is initiated to facilitate the desired elevation and seating. Incorporating Feldenkrais-inspired movements, such as having individuals lie in bed and gently glide their hands together sidelying, allows for a nuanced approach to improving range of motion. This holistic strategy underscores the significance of addressing scapular mobility as a foundational step towards comprehensive rehabilitation, emphasizing controlled amplitude throughout the therapeutic process.Sample Interaction Scenario: Adding Velocity and Amplitude Changes to GaitLocation: Gait trainingBasic interaction: The patient walks at the same self-selected speed.Adding Velocity and Amplitude Changes: After you have assessed the patient’s preferred gait speed and pattern, start playing around the edges. Slow motion walk (6 Million Dollar Man)Freeze frame walkingObstacle course walkingSide-step progression with variations in steppageTandem walkingCircuit training for gait variabilityMetronome-paced walkingSlope and incline walkingMirror gait trainingFrankensteins, butt kickers, high knees(Wiggermann, 2019)Incorporating variations in velocity and amplitude can be instrumental in