A new interactive command in Geomagic Studio 12 provides visual feedback on the bridge shape before filling in holes Geomagic Qualify provides an environment in which to conduct metrology and inspection processes using a combination of laser scanning and hard probing. It helps gain an understanding of how the produced part differs from the nominal 3D data. Meanwhile, Geomagic Studio occupies the front of the design process, providing tools to take part scans and use them to aid the product development process. The Studio software has many diverse applications.

It can be used to capture a concept model that needs to be brought into a digital environment for further work. It can be used to match an existing part in terms of form and remanufacture it.

This is common in high-value industries (turbomachinery and aerospace spring to mind) where there is no original data or the form of the part has changed over time and no longer is a true representation of the nominal CAD data. The latest version is a major new update. While the last few releases have seen the system gain more and more power in terms of processing of point cloud data, there has also been a lot of work done on improving the process of bringing captured data into a workhorse CAD system as analytic surfaces. That work continues with this release but there has also been a major focus on user interface (UI) and interaction. For this release, and across of all of its products, Geomagic has adopted increasingly ubiquitous in this space.

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Gone are the complex toolbars, and the user interface is now extremely clean and well organised. While I’ve never been a huge fan of engineering software blindly following the current en-vogue UI stylings of Microsoft, in the case of Studio it makes perfect sense.

The Ribbon is well suited to highly linear software, such as Studio, where there is a clear workflow and process that’s followed and the user typically moves through distinct stages. To assist with getting started, the welcome screen now gives quick access to ‘what’s new’ guides, tutorials and help. It also provides quick shortcuts to recent files, to load or import data or to connect to specific hardware. This could be a Faro or Perceptron arm, a Konica Minolta scanner, a Creaform Handyscan or many of the measurement devices that currently possess a Geomagic plug-in.

All of the commands that would commonly have been found in panels and dialog boxes are now contained within the Ribbon. There are distinct panels for viewing, selection, alignment, and features and the Ribbon has also given Geomagic the opportunity to separate out areas of functionality that might have previously been hidden away in a complex dialog. For example, the feature identification tools that previously would have been in a single dialog, now have their own panel. Unlike many other Ribbon-based applications, the user can customise the Studio interface to expose the most commonly-used commands and options and strip out those that aren’t used. Customisations can be saved out as an XML file for backup or standardisation - something that Microsoft hasn’t implemented in its own solutions to date. Exact & parametric surfaces In previous releases, Geomagic Studio featured two separate modules for dealing with scan data. Geomagic Shape provided the tools for capturing exact form, while Geomagic Fashion was used to take scanned data and recreate it with exact surfaces for use in a 3D design system.

This has now been is simplified with two sets of tools integrated directly within Studio: Exact Surfacing is used for shape capture and Parametric Surfaces, as the name suggests, is used for creating explicit surfaces. When using the Exact Surfacing tools, the goal is to find a balance between fixing any problems with the scanned point cloud data and improving upon the form of the part.

Aside from ‘noise’, one of the most common problems is that some features simply don’t scan well - in particular sharp edges. This release introduces the Optimise Edges command that provides a generic sharpening tool that allows users to sharpen up edges by rearranging the mesh interactively.

While this tool is useful in many applications, an obvious example is the reconstruction of blade edges in turbomachinery for repair or remanufacture. To aid with this process, and helping ensure users have the best view of a part, Geomagic Studio now offers greater control over the lighting used to display the model/mesh. This can now be adapted with more lights added so areas of shadow can be removed. Another complementary tool in relation to Exact Surfacing provides users with the ability to perform a 2D area calculation on a selected set of geometry. Moving onto the Parametric Surfaces tools, these have been rationalised.