Leica Announces Cyclone 5.1 for New Laser Scanner and As Upgrade for Large Base of Cyclone 4.1 Users 6.2.04
Leica Geosystems HDS, Inc. (formerly Cyra Technologies) announced Cyclone 5.1 software for its new, ultra high-speed HDS4500 short-range laser scanner. This follows the launch of Cyclone 5.0 software in late 2003 in conjunction with the company's new, surveyor-friendly HDS3000 long-range scanner. Cyclone 5.1 enables, for the first time, an ultra high-speed, phase-based laser scanner to be operated using Cyclone, the industry's most popular laser scanning software. HDS4500 users can directly access HDS4500 point cloud data in either Cyclone 5.1 or CloudWorx 3.0. Both applications feature "large point cloud" support, critical for both the HDS4500 and HDS300 because of their large field-of-view (max 360Â°x310Â° and 360Â°x270Â°, respectively) and high point density capabilities.
The company's High-Definition Surveying (also known as laser scanning) hardware and software products are used for conducting as-built, engineering, and detail geometric surveys within the AEC markets.
In addition to directly controlling an HDS4500 laser scanner, Cyclone 5.1 directly exposes point cloud data from this scanner to the full power and versatility of Cyclone and CloudWorx, the industry's two most popular software applications. Cyclone can be used to efficiently geo-reference, register, and process point clouds into deliverables, while CloudWorx enables users to work efficiently with HDS4500 point cloud data directly inside MicroStation or AutoCAD-based applications.
Cyclone 5.1 is the upgrade path for the company's large installed base of Cyclone 4.1 and Cyrax 2500 users for managing very large point cloud data sets (minimum ten-fold increase over Cyclone 4.1). Very large point cloud support, including spatial indexing that makes it easy to find all available scan data for specific areas of interest, was first released in Cyclone 5.0 for the HDS3000 scanner. Other new features in Cyclone 5.1 include the ability to re-sample into regular grids (for convenient export to civil CAD applications) and to readily compare as-built topographic surfaces to design surfaces for construction QA or progress monitoring, increasingly common applications for High-Definition Surveying (HDS).
Source: Leica Geosystems, May 24, 2004