Designer

Whist n4ce Professional more than satisfies most users needs, the n4ce Designer edition introduces advanced user tools for geological modelling, alignments, rail surveys, LiDAR modelling and point cloud editing.

The point cloud tools are extended within n4ce Designer, to include sectioning.  This is useful when working with elevations, as points can be isolated and height shaded, based on distance from the sectioning plane.  Shapes can also be automatically recognised in sectioning planes, such as circles.

LiDAR models allow n4ce to work with mass data for contours, sections and volumes.  n4ce Designer provides tools for editing these models, including updating grid levels with ground survey data.  LiDAR grids can be generated from point clouds.  The point cloud engine can be used to bring in mass LiDAR data, so isolated areas can be identified, and points exported to a smaller LiDAR model for further processing.

Alignments are introduced with n4ce Designer, allowing the creation and I/O of both horizontal and vertical alignments.  Simple carriageways can be designed, with both super elevation and road widening.

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  • Point clouds with sections and elevations
  • Point cloud LiDAR grid generation
  • Plane offset/height shading on point clouds
  • LiDAR contours, sections and volumes
  • Editing LiDAR grids and updating from ground surveys
  • LiDAR grid modelling
  • Cut & fill balanced design using bulking factors
  • Trend surfaces from a listed of points
  • Adding and subtracting bore hole data to predict new surfaces
  • Settlement and bulking surface calculations
  • Bore holes
  • Haul road design
  • Volumes using associated groups
  • Horizontal and vertical alignments
  • Carriageways with lane widening and super elevation
  • Multiple group construction depths
  • Rail overlaps, templates, cant stick and reporting
  • Building footprints
  • Rail parallels, versines and planar offsets
  • Additional design and setting out tools
  • Visibility calculations using radial sections
  • Douglas Peucker point filtering on strings
  • Dimension attributes by gradient and/or direction
  • Selective point comparisons

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