Arithmetica to Launch Pointfuse V2 at SPAR 3D 2016

Shepperton Studios, 06 April 2016 – Arithmetica will launch a brand new version of Pointfuse at the SPAR 3D Expo in Texas this month. Pointfuse V2 represents a major change in the way that point cloud data is automatically converted to three dimensional vector models.  Offering a “one button” approach, the new techniques in Pointfuse V2 not only convert point clouds into 3D vector models with accurate geometry, but also enable shapes in these models to be isolated and manipulated in third party software to a greater extent than before. In addition to the official launch of Pointfuse V2 on Booth 518, Arithmetica will also demonstrate the use of Pointfuse V2 at the DotProduct booth (417) on Wednesday 13th at 10:30.

 

The SPAR 3D Expo and Conference takes place from April 11-14, 2016 at The Woodlands in Texas. SPAR 3D, formerly SPAR International, is the premier global market place for 3D technologies. It is the only vendor neutral conference and exhibition in this sector and is aimed at users in the oil and gas, AEC (architecture / engineering / construction), surveying and mapping and transport and civil infrastructure sectors, as well as users from law enforcement, digital historic preservation and industrial facilities.

 

“Because SPAR 3D occupies a unique position within the 3D sector it is the perfect event for the official launchof Pointfuse V2,” commented Mark Senior, Business Development Manager at Arithmetica – the company behind Pointfuse. “Pointfuse V2 is set to revolutionize the way we generate, manipulate and use vector data, and focus on results, allowing end users to focus on the destination rather than the journey.”

 

Pointfuse V2 allows users to generate 3D geometry automatically and in a matter of minutes, regardless of the source of the point cloud. Unlike meshing techniques, the vector geometries produced by Pointfuse V2 are separated along natural break lines or edges, allowing manipulation using a variety of design or manufacturing software.

 

“Pointfuse V2 addresses so many pain points,” continued Senior. “It rapidly produces vectors with only the click of one button, making the software easy to use with literally no training or learning of software. The resulting geometries of shapes and objects can then be easily exported and used in a wide variety of workflows.”

 

CONTACTS:

Editorial enquiries to Robert Peel, robert@market-it.co.uk, +44 (0)1666 823306

Reader and advertising enquiries to Mark Senior, mark.senior@arithmetica.com, +44 (0) 208 783 1972

Color separation requests to robert@market-it.co.uk

www.arithmetica.com

www.pointfuse.com

 

 

Pointfuse is a powerful modeling engine developed by Arithmetica, a hi-tech company based at Shepperton Studios. Pointfuse gives professionals an astonishingly fast, precise and flexible way of converting the vast point cloud datasets generated by laser scanners or photogrammetry into high fidelity vector models. Designed for anyone capturing or using point cloud data, Pointfuse uses advanced statistical techniques to create vector models which can then be manipulated using any industry-standard CAD system.

www.pointfuse.com

 

 

Arithmetica is an innovator in 360-degree imaging solutions and automated laser scanning data processing software. Located at the world famous Shepperton Studios near London, Arithmetica is the company behind SphereVision and Pointfuse. Arithmetica is an inventive software house that develops groundbreaking software solutions to solve real world scientific, medical and engineering problems. Arithmetica builds on more than thirty years of television and film production to develop software for clients around the world. Arithmetica solutions handle complex data rich information and are simple and easy to use.

 

Arithmetica’s wide-ranging experience and capabilities include: image analysis and computer vision for industrial and biomedical fields, massively parallel computation, multimedia data compression, data mining and machine learning, Monte-Carlo methods, traffic simulation, mathematical optimization used in conceptual aircraft design, statistical estimation, computational fluid dynamics applied to aerofoil optimization, nonlinear variable demand economics models involving millions of variables, finite element electromagnetic analysis, spherical image processing and 360-degree video presentation.

www.arithmetica.com

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