HOW AR AND VR CAN HELP YOU IN 3D LASER SCANNING

HOW AR AND VR CAN HELP YOU IN 3D LASER SCANNING

Both augmented reality (AR) and virtual reality (VR) have exciting potential for e-commerce, education, gaming, and marketing, among many other fields.

They are popular for the enriched experience bringing together a virtual world and the real one having enhanced, 3D visuals. However, despite their combined significance, there are some significant distinctions between the two.

WHAT IS AUGMENTED REALITY (AR)?

Augmented reality can be experienced by anybody who owns a smartphone. This makes it more efficient than virtual reality as a gaming and branding tool.

AR technology transforms the ordinary, physical world into a colourful one through the projection of virtual images and characters via the camera or video player of your mobile phone. Simply put, AR adds to the real-life experience of the user.

WHAT IS VIRTUAL REALITY (VR)?

On the other hand, VR takes these same components to another level by making a whole computer-generated simulation of an alternate world. As a result, such immersive simulations enable the player or user to experience any visual or place imaginable aided with special equipment such as computers, gloves, headsets, and sensors.

THE DIFFERENCE BETWEEN AR AND VR

There are several devices that make one distinct from the other in terms of devices used and the experience itself.

  • AR uses a real-world setting, while VR is entirely virtual
  • AR users are able to manage their presence in the real world, while VR users are under the control of the system
  • AR can be accessible via smartphone, while VR requires a headset
  • AR can enhance the real and virtual world, while VR can only enhance a fictional reality

USE OF AR AND VR IN 3D LASER SCANNING

The use of immersive virtual reality headsets with building information modelling (BIM) technology enables architects, engineers, and project managers to identify design flaws and plan out a better approach to building it.

Advanced technology like VR has a great potential to help developers evade extremely expensive change orders with the capability of pinpointing potential issues from the beginning stages of planning.

Augmented reality, on the other hand, is able to enhance BIM as it enables users to view BIM data hands-free in 3D. This helps architects and designers by using smart glasses to visualise their models at a tabletop scale, where they can quickly polish their designs.

ADVANTAGES OF INCORPORATING AR and VR WITH BIM

  • Designing. The incorporation of 3D BIM models into AR enables architects and designers to evaluate designs for aesthetics, feasibility, and function in a more immersive method.
  • Construction. Using BIM models in AR will enable construction workers to understand where the materials should be laid, walls should meet, and doors should be placed. This will help the routing services like electrical conduits, HVAC ducts, and waterpipes.
  • Inspections. AR with BIM makes it possible to see hidden overhead and underground powerlines.
  • Operations and maintenance. This can add value to operations and maintenance phases of the project lifecycle.
  • Renovations. AR technology enables clients to visualise redesigns and identify issues as early as the planning phase.

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