TrueView 660

Data from a standard LIDAR system can be used to generate a 3D monochromatic point cloud. Attributes of the point cloud typically include: • X, Y, Z position in an exploitation spatial reference system (SRS) • High resolution GPS time of pulse • Intensity of the laser return • Return number (if your LIDAR is multiple return capable) • Scan angle (angle of the beam relative to nadir when this point was detected) • Flight line (swath) ID

Derived products are what the name implies – analytic data derived from the base TrueView 655/660 products. These are generated using workflows and tools within LP360 Drone. Examples of derived products include: • Classified ground model – 3D LIDAR points that represent bare earth. These are generated using both automatic and manual editing tools in LP360 Drone • Automatically derived planar surfaces such as building roof prints • Topographic contours • Automatic and manual digitized stockpile boundaries (“toes”) • Volumetric analysis such as stockpile volumes and cut/fill computations • Profiles and cross sections • Automatic rail extraction tools (classified rail points, vectorized center line) • Automatic power line extraction tools (classified wire points, vectorized catenaries) • Gridded elevation models derived from ground points and first surface points In addition to the above, LP360 Drone supports feature-constrained (“breakline enforced”) modeling. This allows creation of surface data that is constrained by features such as water body boundaries, edge of pavement, downstream flow, retaining walls and so forth.