Point cloud- technical report - Essay Example

enabling the point clouds to be used for a number of uses, which include the creation of the 3D CAD models, which are used in the manufacture of various parts. In addition, the point clouds are beneficial in animation, mass customization functionality (MCEACHRON, 2010). Despite the fact the point clouds can be expressly submitted and inspected, they are not expressly usable in majority of the 3D applications. In this cases, the point clouds are first converted into the either the polygon or triangle mesh before use.

Such applications include the industrial computed tomography. This essay seeks to highlight the fundamental aspects of the Trimble GS 200 and how it is used in focusing and identifying targets. In addition, the essay will illustrate the method attributed to target identification. This is a type of terrestrial scanner, which helps in acquiring intense and precise 3D data of a scene. The instrument works well to achieve quality data in a milieu free of systematic distortions. The instrument is apt in capturing coordinates and surface data.

This is possible through the leading-edge technology. In addition, the Trimble GS series provides an extreme versatility to meet the ever-trending challenges in the market. Use of the Trimble’s 3D data-editing software assures data sets, which are advanced in terms of the final deliverables. On a similar note, the GS series scanners offer both the indoor and outdoor examination through 360 degrees (Héno, & Chandelier 2014). The Trimble scanner has a maximized performance of 200 m. the instrument’s Over Scan technology is attributed to the ability of capturing data up to 350 m.

other attributes of this instruments include the real time true color, high resolution and panoramic snapshot among many others. It is imperative to note that all these factors work together to offer increase productivity and functionality of the Trimble GS series scanner. The calibration of the GS200 was done twice independently in a