SCC – Point Cloud

Import, visualise, analyze and create high quality point cloud models and drawings from scanners, LIDAR and UAVs.  Click here for a visual run-through on our youtube channel

• Extensive support for Leica Pegasus range including Pegasus 2, Ultimate, Backpack and swift

• Support for huge scans no limits on individual point cloud size and tiling options to allow many users work on the same job at the same time
• Automatic feature extraction tools to create accurate rail edges (theoretical running edge), kerb tops and bottoms, cylindrical features, overhead lines, floor plans, building sections and traced facades.

• Unwrap and rewrap cylindrical and non-cylindrical tunnels and analyse by design separation, circularity and radial section

• Import clouds in LAS, LAZ, PTS, E57, FLS, ESRI grid formats and directly from the Leica Nova MS60 and MS 50
• Interactively navigate large point clouds in 3d, plan and section views, in full colour, by intensity, or by feature

• Select and edit data by horizontal and vertical section, or relative to an alignment, a rerefence surface, a best fit plane or cylinder, similar to a reference point or in a polygon.
• Automatically extract line drawings from sections, slices, and oblique planes.
• Automatically extract outlines of points with a similar colour or intensity such as road markings or shop signage
• Automatically clean and smooth extracted line work to user defined tolerances,
  including geometric fitting, trimming, extending, and paralleling
• Point cloud feature library to control how different features within the cloud are drawn, analysed and output.
• Export selected points to new clouds, or directly to PTS, LAS, LAZ or E57 files
• Cut sections, calculate volumes, extract levels directly from raw point clouds

• Extract linear features such as kerbs, paths and barriers using an alignment and moving section template
• Extract optimized TIN models to easily export point cloud surfaces to other systems without support for point clouds
• Snap to nearest low and high points to easily manually trace over complex features
• Group points as ground, 3d, and display only for analysis purposes