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Data Visualisation is the use of graphical
representations of information to make certain characteristics or values more
apparent. Visualisation conveys information by employing geometric forms (e.g.,
surfaces, solids) and colours that are mapped to data values in particular ways.
The geometric forms may represent real-life objects, such as an airplane or wave
guide, or may be graphical elements that indicate data values, such as
streamlines or slice planes. VR is particularly useful in visualising complex
3-D data. For example, where there are very complicated parts assemblies, such
as in an airplane engine or automotive design, VR can be used to visualise how
these parts will fit together and to understand their spatial
inter-relationships. VR is also used where companies need to test health and
safety measures or need to avoid exposing their employees to unnecessary risk .
Because VR is unsurpassed at modelling human operations, it is often used to
'try out' specific tasks or activities within a computing environment. And
because VR is dynamic rather than static, this offers unique abilities in being
able to model moving objects or environments.
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View scientific data on
virtual anything
View and adapt the structure
using Data Visualisation
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