IntegrityWare Releases Extreme Performance Library

By DE Editors

This motorcycle model was generated by Akihiko Taurutani using the SOLIDS++  geometric modeling kernel.

IntegrityWare (San Diego, CA) announces the release of its new Extreme Performance Library (EXLIb), which is for companies developing visualization, measurement, optical analysis, Finite Element, NC, architecture, or other geometry-based applications.

Performing complex math operations on large data sets is common in these geometric applications, and EXLib can leverage the trend of multi-processor computer architectures because it is a multi-threaded, high-performance extension to IntegrityWare’s powerful SOLIDS++ geometric modeling kernel.

EXLib takes advantage of modern multi-core computer architectures and provides multithreading of the most common and compute-intensive operations, with multi-threaded tessellation and surface/point solvers. The EXLib tessellator creates a crack-free, watertight mesh. Projecting points onto surfaces and mesh generation is now faster as EXLib can deliver up to 10x performance improvements on quad-core machines. EXLib can be integrated with applications using the SOLIDS++ kernel, or also with applications using other kernel modeling systems.

For details, contact IntegrityWare Inc.

Sources:  Press materials received from the company and additional information gleaned from the company’s website.