Thursday, January 14, 2010

IVS_3D_Fledermaus v7.0.0b

Fledermaus Standard is a powerful interactive 3D data visualization system that is used for a variety of applications including environmental impact assessment, mining, geology, and research.

Innovative data exploration features including the ShiftScapeTM rendering engine and the Bat (3D input device), allow for intuitive 3D exploration of geo-spatial data.

A wide variety of industry standard formats are supported for direct import of data to the 3D scene. Object types such as digital terrain maps, point clouds, lines, polygons, satellite imagery, etc. can all be loaded and analyzed in a single scene. Due to its flexible object oriented software design, Fledermaus can be easily tailored to support many additional visualization modules.

Features :

Display scales automatically from high-end to low-end systems using the powerful ShiftScapeTM rendering engine.

Multiple data sets and types of different resolution can be visualized and interactively explored at the same time.

Integrated support for very large data sets. All data sets can be geo-referenced in the 3D scene. Users can interactively query data sets to select coordinates for profiles and measurements. Advanced object oriented architecture allows easy integration of new data types into the system. Explorations can be recorded and used to create movies of data exploration sessions. Visualizations can be displayed in 3D stereo with suitable graphics hardware. Software and data files can be used across wide variety of computer platforms from laptops to large immersive visualization systems.

Data Types

Digital elevation models.

Gridded and un-gridded geo-spatial data.

Seismic sub-surface data.

Imagery such as maps, charts, aerial photos, still or mosaic video imagery, and satellite imagery.

Images as flat geo-referenced 2D plane, draped on surface or vertical images.

Measurement planes and grids.

DXF CAD format.

Solid model 3DS or OBJ files.

Animated surfaces.

ArcView data (shape files, grids, and imagery).

Various multibeam sonar data and processing formats - GSF, CARIS HDCS, SHOALS, HTF, and ASCII.

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