KickTheMap vs CavernSeer

This is the perfect tool for utility mapping, volumes calculation, road mapping and infrastructure modelling (bridges, tunnels, retaining walls..). No prior knowledge required! Just walk around your site and the app works by itself, taking pictures all along the way thanks to an advanced Augmented Reality engine. 3D models are delivered within 24 hours on your personal desktop platform, allowing you to visualise, measure, digitise and export your data. Possibility to scale or georeference your model within the app with simple and intuitive features. App Features: - Picture auto-trigger based on user's motion - 3D model delivered within 24h - Up to 2000 pictures/job - Lightweight pictures for fast upload - Scale your model with a known distance - Georeference your model with on known points - Accuracy of 3 cm (1.2 in) in XYZ - In-app warnings - Unlimited number of jobs - Output quality checks - Offline mode in case of no internet coverage - Pictures counter Platform features: - High-quality visualisation - Fast rendering of millions of points - Distance, height, area - Easy digitisation with points and polylines - Objects attributes to export - Multiple point clouds display - Export objects in DXF, CSV or JSON - Export point clouds in LAS Trial version is limited to 5 projects of 150 pictures max.

Designed for cave and shelter surveying, CavernSeer leverages the LiDAR scanner of the 2020 iPad Pro and the iPhone 12 Pro, and RealityKit's scene reconstruction, to generate relatively-accurate 3D meshes of real-world spaces and render them in various convenient ways. ### App Usage ### All iOS/iPadOS 14 devices can run the app and view existing scans shared by others, but devices with a LiDAR scanner (currently iPhone 12 Pros and newer iPad Pros) can capture new scans. ### Viewing ### Scans created by the user or imported from elsewhere will appear in the "Scan List" tab, which lists out the names and the starting photo of the scan. Selecting a scan displays the start and end photos (if available), *export* options for the scan file as well as a plaintext .OBJ render, as well as the following: * Advanced - underlying information about the scan. * 3D Render - a 3D perspective rendering view navigable based on the setting "3D render interaction mode". * Plan Projected Render - a "top-down" orthographic projection complete with scale bar. Defaults to north-up. The height control allows for raising or lowering the camera to show or hide obstructions. * Elevation Projected Render - a "side-view" orthographic projection with scale bar, compass, and various controls. The angle controls change the direction the camera is facing relative to magnetic-north. The depth control is similar to the plan-projected height control, allowing for pushing the camera through obstructions. * Cross Section Render - an elevation projection (see above) with an inset plan-projection indicating the position and size of the camera, and a switch for making the camera "depth-of-field" 1-meter deep to create a cross-section slice. All of the renders support high-resolution screenshots scaled to higher detail than the device itself. ### Scanning ### Devices with a LiDAR scanner can capture new scans in the "Scanner" tab. Pressing the center button starts a scan, after which you can enable Apple's debugging overlays, either showing _Debug_ information or a _Mesh_ preview which displays the currently captured mesh on screen, as well as enabling the device's flashlight. Clicking the center button again will complete and save the scan, which will appear in the scan list. ### Settings ### * Three settings for mesh color change the way that the meshes in the various viewers are displayed. * Switch for changing between meters and decimal-feet in any distance contexts. * Setting for changing the interaction mode in the 3d Render view. The recommended option is "Orbit angle mapping". * Debugging options where appropriate.