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Teledyne Geospatial BASE Editor

A desktop application for compiling, analyzing, and storing source bathymetry.

Access the latest tools for working with bathymetric data from any sensor. Use BASE Editor to validate, analyze, and compile datasets in a variety of formats and from multiple new and historical sources. Integrate the latest high-resolution bathymetry and topography with historical data in a user-friendly environment. Generate products like smoothed contours, depth areas, and selected soundings for use in charting. Visualize the data with raster images and vector features in the 3D viewer.

  • Teledyne Geospatial BASE Editor
Teledyne Geospatial
300 Interchange Way
L4K 5Z8 Vaughan
Canada
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Videos
Exciting things to check out in BASE Editor 5.5
Exciting things to check out in BASE Editor 5.5

Explore the future of data distribution with Teledyne CARIS.
Explore the future of data distribution with Teledyne CARIS.

See how bathymetry can be loaded on CARIS Cloud and streamed to CARIS Viewer with the Canadian Hydrographic Service.


3D View Feature Creation in BASE Editor
3D View Feature Creation in BASE Editor

Bathy DataBASE Webinar March 2013
Bathy DataBASE Webinar March 2013


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Description

Powered by the CSAR engine and backed by proven RDBMS technology, Bathy DataBASE delivers a robust and scalable solution for the storage and analysis of ever-expanding volumes of sonar and lidar data.

Bathy DataBASE is able to incorporate all sources of data from historical fieldsheets to the latest high density multibeam and lidar surveys in a single space.

Manipulate, analyze and compile data using intuitive CARIS tools, and create bathymetric and cartographic products with confidence.

Extend the Bathy DataBASE advantage by adding the new Engineering Analysis Module to import, create and maintain theoretical models of the seafloor for dredging and other engineering options.

Specifications

  • Year of last update
    2020
  • Year of initial introduction
    2005
  • Modules
    Engineering Analysis Module, Limits and Boundaries Module, BASE Manager Module
  • Supported Systems
    Kongsberg, Reson, R2Sonic, Optech, LADS, AHAB, RIEGL, Renishaw, Leica
  • Source of Point Clouds
    Airborne Lidar, Indoor TLS, Outdoor TLS
  • RAM [GB]
    16
  • HD [GB]
    1
  • Use of GPU
    Y
  • Stereo Display
    Y
  • List software environment, e.g. Microstation
    CARIS
  • Processor
    []
  • Stand-alone
    Yes
  • Input formats
    ASCII,C&C,CRS,GSF,HOB,HTF,HYD93,LAS/LAZ,Raster,etc
  • Output formats
    ASCII,DXF,GML,Shape,CSAR,BAG,ESRI ASCII Grid,etc.
  • Geo-referencing
    Y
  • Automatic Target Detection
    N
  • Stitching multiple scans
    Y
  • Zoom, pan and rotate
    Y
  • Fly-throughs
    Y
  • Adding Points
    Y
  • Removing Points
    Y
  • Point Reduction
    N
  • Image matching facilities
    N
  • Frequency domain decoding for data reduction
    N
  • Removal of individual outliers
    Y
  • Removal of vegetation
    N
  • Removal of buildings
    N
  • Bare ground DEM generation
    N
  • 3D Coordinates extraction
    Y
  • Length and Height
    Y
  • Angle
    Y
  • Distance
    Y
  • Area
    N
  • Volume
    N
  • Regular Grid DEMs
    Y
  • Cross sections
    Y
  • TIN
    Y
  • Contour Lines
    Y
  • Break lines
    Y
  • Boundary detection of solids
    N
  • Building footprints
    N
  • Building roofs
    N
  • 3D City modelling
    N
  • Lines
    N
  • Planes
    Y
  • Cubes
    N
  • Spheres
    N
  • Cylinders
    N
  • NURBS
    N
  • Industrial features
    N
  • Earth surface features
    N
  • Line of sight
    Y
  • Aspect and slope
    Y
  • Individual tree heights
    N
  • Simulation facilities
    Y
  • Time series analysis
    N
  • CAD software
    AutoCAD LandXML (models), DGN, DXF
  • Hydrological software
    CARIS
  • Assigning colour from imagery to points
    Y
  • Image overlay on TIN
    Y
  • Integration with other data types
    Yes:Raster, Vector, Terrestrial, Bathymetric, etc.
  • Support
    Helpdesk, Telephone, Email, Webinars
  • Training
    Y
  • Typical applications
    Terrain modelling, visualization, analysis, etc.
  • Distinguishing features
    Process and visualize very high volume datasets through the CARIS CSAR framework which utilizes an inverse pyramid system to draw the appropriate level of detail for the scale.

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