
Generate bathymetric contours at a repeating interval or at a custom set of depths.
Display of depth profiles in a 3D plot.
Generate bathymetric profiles along any orientation in the waterway. Optionally include the profile of the channel. Optionally apply a vertical exaggeration for easier view.
Visualize the change in depth (sedimentation, erosion, etc.) between two or more surveys.
BEAMS can compute volumes between a TIN and a Channel Template.
Fast and precise volume computation algorithm based on hyperbolic paraboloid grided surfaces.
Calculate pre and post-dredging volumes using a channel reference. Calculations can be based on a single survey or multiple surveys covering the area. Calculations can be TIN-based (Triangulated Irregular Network) or grid-based.
Generate Channel Shoaling Reports. These reports list all the shoals in a channel as well as their location, dimension, controlling depth and so on.
Route Analysis using RME objects such as Route and Voyage.
Visualize depth as a function of the channel or of a ship voyage. Identify areas of the seabed above and below the required depth using various colours and attributes.
Shoal detection, bounding and reporting capabilities on Channel vs Bathymetry, Bathymetry vs Voyage, and Voyage vs Channel.
Generate Shoaling Reports. These reports list all the shoals in a channel or in a ship voyage as well as their location, dimension, controlling depth and so on.
Display the available water column by applying water level corrections. Input from a single or multiple tide gauges.
Quickly and easily design your publishing templates to match the appearance of your corporate or department documents using Publication Designer. Include your logos, banners, etc.
Publish standard multi-page detailed reports such as volume calculation reports, channel condition reports and shoaling reports. These reports include title pages, headers and footers, etc.
Publish professional-looking documents such as notices to mariners, work orders, etc. in a matter of seconds. Export the documents to PDF, HTML, TIFF, etc.
Publish to the Internet / intranet (CARIS PORTIS). Make all the data produced by BEAMS available on your intranet or the Internet. Refer to the PORTIS product features for more details on PORTIS.
Command line options to jump directly to a working project at startup.
Import multiple surveys over time in order to cover the entire area of interest. By default, the surveys will be chronologically sorted for display and calculations, giving priority to the most recent surveys where more than one overlap.
Support of bathymetry and project meta-data using an XML header file.
Formats include: S-57 ENC, BSB Raster Nautical Charts, GeoTIFF, MrSID, TIFF/TFW, TIFF/IGA, CARIS, MicroStation (.dgn), AutoCAD (.dwg and .dxf), MapInfo (.mif / .mid), ArcView (Shapefiles), and geospatial point data from ODBC databases.
Several BEAMS users on a network can connect to the same bathymetric repository for simple visualization, or perform tasks such as publish results or make calculations.
Using database maps (ODBC databases with geospatial point data), external documents such as images or PDF files can be linked to icons on the map. Query the objects and open them automatically in separate windows.
Both metric and imperial unit systems are fully supported for survey data import/export, base maps, and bathymetric storage.
Users without administrator privileges can run BEAMS, view repositories, but cannot create new repositories.
Export to XYZ format with or without additional attributes. Export attributes of other data (non-BEAMS) as well.
The Reference Model Editor (RME) is the channel editing tool distributed with the BEAMS product. BEAMS utilizes the channels created by RME for such applications as: bathymetric volume calculations, channel condition reports, shoaling reports, reference depth viewing, and bathymetric profiles.