EON Spatial Meeting
Rather than using video calls or generic settings for meeting with colleagues, students, and peers around the world, invite them to join you in your actual location. With EON Spatial Meeting, users can digitally teleport themselves into the physical location of another user, complete with the ability to discover, explore, and interact with the environment. Real, interpersonal connection is a key part of education, business, and life in general. As many learned during the COVID-19 pandemic, video calls aren’t an acceptable substitute for that. With EON Spatial Meeting, users can “physically” be in the same location while they move, converse, interact, and much more in ways never before possible. No need to get special hardware, EON Spatial Meeting is available on many smartphones and tablets. Whether one visitor or several, hosts can bring guests from around the world to their current location.
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Terrain Tools
Ideal for 3D site design, stockpile volume calculations, mine surveying, quantity takeoffs, pad and pond design, geological mapping, surface contouring and visualization, and landfill site design. Includes functions for: surveying, coordinate geometry, image manipulation, digital terrain modeling, contouring, volume and earthwork calculations, design, grading, visualization and report generation. Create surface models from large LiDAR and UAV datasets. Have complete control over your point data thinning functionality. Thinning to polygons, corridors, coordinates regions, or exterior regions. Import and management of a variety of survey and file formats, including: total station, LiDAR, ASCII, DWG, DGN, USGS DEM, LandXMl and image formats (TIFF, BMP, JPG). Total station data can be included with automatic control of linear features, breaklines and symbology. Import georeferenced background imagery from our Live Maps tool.
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The Wild
Put your stakeholders inside your design remotely from any location. Effectively communicate spatial concepts through immersive design reviews to unlock better decisions and alignment. Collaborate in a shared virtual space that evolves with your ideas. See what your colleague is building, and they can see you. Meet together in real time remotely, or leave comments for your team to see later. Rapidly sketch, prototype, and iterate on your ideas. Import your SketchUp or Revit models, and gain critical context by experiencing your work at scale. Integrates with Revit, SketchUp, and BIM 360 workflows. Import from all major 3D filetypes. Easily access your content from HTC Vive, Oculus Rift, Oculus Quest, Windows Mixed Reality, AR (iOS), or desktop (Mac or PC). Rapidly prototype and express ideas spatially in an immersive environment. Work and present from anywhere in real time, with up to eight people in a space.
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Slide3
Locate critical failure surfaces and compute the correct factor of safety using a combination of global metaheuristic search methods and local surface-altering technology. With parallel processing added for both failure searching and FS computations, results can now be generated within minutes. Streamline your workflow and get more detailed insights by integrating 3D wireframes (representing surveyed topography, geological surfaces, modeled faults, etc.) directly into your 3D models. Constructing slope stability models is easier and faster than ever before. Import surfaces from geological modeling or mine planning software or use built-in surface construction methods using coordinates or borehole data. Choose to build surfaces from point cloud data or import block models from applications such as Leapfrog, Deswik, Datamine, and Vulcan.
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