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This application of mixed reality allows you to visualize the model of railways in 3D. This is the T-13 tram that will connect St-Germain-en-Laye to Poissy. All the information on the construction site can thus be displayed and understood.
Grâceà la réalité mixte, nous avons pu optimiser le projet de la ligne T13 etcommuniquer de manière claire avec les parties prenantes
The revolutionary 3D displayed in mixed reality enhances the user's ability to spatialise, making them more aware of volumes and relationships of scale. For example, the designers of the railway line realised that a tramway wall was too close to a building, or that a glass panel was not aesthetically in keeping with the surrounding urban landscape. This led to lucid discussions about physical and visual issues. Working collaboratively in mixed reality created a very productive effervescence within the team of experts, quite different from the traditional approach of 2D models.
High-resolution 3D is needed to visualise every point and detail of the complex 3km model in 1:1 scale. However, the capabilities of the HoloLens 2 mixed reality headset, with its 150,000 polygons, are not enough on their own to meet this technical requirement. For this project, Conseil 3D is therefore using Azure Remote Rendering (ARR) technology, which increases the display resolution to 15 million polygons.
ARR, the latest offering from Microsoft's Azure Cloud services, extends the possibilities for using the HoloLens 2 headset. Find out more about ARR in our article.
This project combines several Microsoft technologies: Azure Remote Rendering, Spatial Anchor, HoloLens and mixed reality.
