getReal3D

AVPL has a well-defined process for creating the virtual world content. Whether it is from scanned data pointclouds, hand sketches, 3D Sketchup models or BIM-compliant models, AVPL will work with the client to iteratively develop a 3D interactive model for real-time immersive visualization. This is essentially a display system to render the virtual world for visualization. AVPL is platform and device agnostic as its belief is that the means of producing the visualization must be appropriate for meeting the client’s identified needs. AVPL has worked with 5-wall CAVE (Computed Automated Virtual Environment) systems, 4-wall CAVE systems, single wall projection systems, Head Mounted Displays (HMDs) as well as wearable Augmented Reality devices. The system combines high realism virtual simulation with state-of-the-art interactive technologies to allow skills to be learned and directly applied to the real world without the need to relearn the physical interactions.

AppGameKit VR adds powerful and easy-to-use VR commands to your core AppGameKit Script language. With just a few commands you can start to develop your own VR experiences, from detecting the head-mounted displays to registering touch events from the touch controllers. Users must already own AppGameKit and have an OpenVR compatible head-mounted display (HMD) and HTC Vive controllers or optional Touch controllers to use this DLC. This DLC is currently only available for the Windows platform. There are over 60 commands provided and we’ve created some getting started demos to show you how to get up and running with your own creations. Visualize and manage your media assets with the asset browser window. View media such as images, 3D models and text files and listen to sound and music files. There are over 60 commands provided and we’ve created some getting started demos to show you how to get up and running with your own creations.