TerraLens® Real-Time Geospatial SDK

TerraLens Platform Features

• Highly optimized rendering kernel supports over 100,000 real-time plots

• Renders and displays up to 100,000 simultaneous tracks depending on track data complexity

• Delivers optimal performance on low-power hardware, including Intel integrated graphics, and SPARC/ARM architecture

• Precision vector mapping provides up to 1cm/pixel accuracy

• Highly efficient 3D terrain rendering delivers high frame rates with extreme fidelity

• Full-featured, with over 300 supported API methods

• Open standards-based, MVC design pattern

• Fully customizable user interface, look and feel

Supported Operating Systems and Architectures

• Windows XP, Windows 7,8,10, (32bit and 64bit); Windows Phone 7,8,10

• Linux Red Hat: WS 4, WS 5, WS 6 - 32bit and 64bit

• Android: 2.3 and 3.0 (Honeycomb) through 6.0 (Marshmallow)

• Solaris: 8, 9, 10 Intel and SPARC

• Architecture: HP 10, 11, Itanium; PA/RISC, x86, x86_64; SPARC, ARM and more

• OpenGL ES 2.0 support for embedded systems

Application Environment

• Integrates with QML, Qt Quick, Qt, Java, WPF/.NET, MFC, Motif and other GUI toolkits

• Leverages platform capabilities when available, including multi-CPU and GPU hardware acceleration

• Works with 3rd-party tools for design, profiling, tuning, testing and configuration management

• Requires no propriety hardware or drivers

RADAR / SONAR Sensor Data

• Dedicated classes for display of RADAR/SONAR sensor data

• Processes up to 16M points/second of sensor data

RTOS Support

• Partner integration with Wind River® VxWorks® real-time OS

Mil-Std 2525C Symbology Specification

• Comprehensive implementation of complete 2525C specification

• Support for 15-attribute symbol strings

• Symbols are dynamically rendered as required to support full scope of specification

S57 Maritime Charts

• Dedicated service for displaying S-57 maritime chart data

• Chart display implements S-52 presentation standard

• Visual presentation of maritime data verified fully compliant with S-52

Web Services (TerraLens Server)

• Map tile service supports virtually any raster file formats

• Supports WMTS (Web Map Tile Service) tile protocol

Mobile Platforms (TerraLens Mobile)

• Native compilation for Android OS devices

• Support for Windows Phone 7,8,10 mobile devices

• OpenGL ES 2.0 support for mobile devices

Presentation and Display

• Control look-and-feel through application stylesheets

• Presentation service provides stylesheet control of all display attributes, including labels, lines, fills, and overlays

• Stylesheet changes can be applied in real-time

• Full QML-based UI framework available via TerraLens UI

• Map display features can be controlled and filtered at runtime

• Layering, priority, and transparency controls

• Dynamic control over text rotation, alpha blending

• Map projections can be dynamically updated and changed at runtime

• Easily generate 2D and 3D primitives at run-time

• Create and style rings, grids, history trails, velocity vectors and other objects

• Support for 3D models with material controls
  

Map Format Support

Vector Maps and Overlays

• DNC

• DCW (Digital Chart of the World)

• NGA VPF: VMAP 0,1,2,3; WVS+/WVSPLUS

• ESRI ShapeFiles

• S57/S52

• S63

• NITF

• GML

• SVG

• OGC GeoPackage

• CGM

• World Vector Shoreline (WVSPLUS)

• DAFIF 6,7,8 (Digital Aeronautical
  Flight Information File)

Elevation Formats

Supported Elevation Data Display

• DTED 0,1,2

• TIFF DEMs

• OGC GeoPackage

• USGS SRTM (DEMs)

Map Format Support

Raster Maps and Images

• ARCS

• JPEG 2000

• MrSID

• TIFF/GeoTIFF

• NITF

• CIB 1,5,10

• BMP

• JPG

• PNG

• ADRG / CADRG

• OGC GeoPackage

• ECW

• USGS SRTM

• WMS, WMTS, WCS, WFS

Graphic Rendering

Supported Render Pipelines

• GDI

• X11

• OpenGL

• OpenGL ES

Projections and Coordinate Systems

Supported Map Projections

• Alaska Conformal

• Albers

• Azimuthal Equidistant

• Cartesian

• Equidistant Conic

• Equirectangular

• Gnomonic

• Goode

• GVNSP

• Hammer

• Interrupted Mollweide

• Lambert Azimuthal

• Mercator

• Miller

• Mollweide

• Orthographic

• Polyconic

• Robinson

• Sinusoidal

• Stereographic

• Transverse Mercator

• UTM

• VanDerGrinten

• WagnerIV

• WagnerVII

Supported Spheroid Projections

• Airy

• Australian National

• Bessel

• Clarke 1866

• Clarke 1880

• Everest

• GRS 1980

• Hough

• International 1909

• ADRG / CADRG

• OGC GeoPackage

• ECW

• USGS SRTM

• Krassovsky

• Mercury 1960

• Modified Airy

• Modified Everest

• Modified Mercury 1968

• New International 1967

• Southeast Asia

• WGS66

• WGS72

• WGS84

• Sphere Model

Supported Coordinate Systems

• Lat/Long

• Georef

• UTM

• MGRS

• ECEF