Client: Safe Software Description : AlphaPixel developed a virtual-paging database interface to FME’s internal geospatial data store for FME’s OpenSceneGraph-based Data inspector. FME (Feature Manipulation Engine), a spatial ETL (Extract, Transform, Load) tool, contains a sub-module known as Data Inspector for inspecting data at any stage of the data pipeline. This tool pulls data from
Client: Hobu, Inc Description : Designed and implemented an quadtree-based system for libLAS to efficiently sort and index massive streams of LIDAR data points in one pass without requiring the dataset be memory resident. The index can be stored embedded in the original LAS file as a set of VLR (variable Length Record) data types.
Client: Ball Aerospace Description : AlphaPixel, with Skew Matrix Software contributed training and consulting in support of Ball’s development of a realtime system allowing joystick-driven ‘flight’ of an airborne LIDAR mapping sensor over large-area landscapes built from USGS survey data. Subsequently AlphaPixel provided similar support in the development of shader-based implementation of material surface properties,
Client: Ames Laboratory Description : Add specialized GIS clipping capability to Minerva GIS’s libraries to permit regions of interest to be selected and clipped against a large database of landcover polygons to generate data and summaries for further analysis.
Client: Confidential defense contractor Description : Realtime airborne mapping GIS system.
Client: Confidential defense contractor Description : AlphaPixel designed and implemented a realtime 3D display to depict the positions and movements of multiple air craft and armaments within a realistic terrain environment, controlled by their “black box” telemetry either from pre-recorded files or live network data sources. The terrain environment was built from real-world GIS data
Client: NITEC LLC Description : High-performance realtime data visualization library for displaying and interacting with subsurface geology and well structures for petroleum geology. Implemented in OpenSceneGraph, integrated into a .NET application. This library efficiently displays wells, fractures, permeability and rock structure, using only OpenGL Fixed Function Pipeline features in order to be compatible with the
