METHOD AND SYSTEM FOR HANDLING EVENTS OF A REAL ENVIRONMENT IN A VIRTUAL REALITY ENVIRONMENT

Smart overview of the Invention

A method for integrating real-world events into a virtual reality (VR) environment has been developed. The process begins by identifying objects, users, and events occurring in the real environment surrounding a primary user wearing a VR module. This involves determining specific parameters related to both the user and the event, as well as analyzing the VR environment to find an appropriate area for merging augmented reality (AR) elements.

Event Identification and Parameter Determination

The system employs an environment sensing sub-module to identify the relevant objects and users in the real world. This module assesses the first set of parameters for the identified user and object, while another sub-module analyzes the scene to recognize events occurring in the environment. The second set of parameters is then established based on the identified event and its actor, who is typically the user themselves.

Augmented Reality Creation

Once the necessary parameters have been determined, the system creates an AR representation of the actor involved in the event. This AR element is then scaled according to both sets of parameters to ensure accurate representation. The alignment of this AR with respect to the real environment is crucial for maintaining immersion within the VR experience.

Merging AR with VR

The aligned AR is subsequently merged into a designated area of the VR environment. This integration is designed to preserve the context of the VR setting, ensuring that users remain engaged without disruption from external events. The technology aims to enhance user confidence in responding to real-world occurrences while fully immersed in virtual experiences.

Technological Components

The method utilizes various technological components, including sensors for detecting objects and users, as well as location and orientation awareness modules. These components work together to gather data about the real environment, enabling detailed analysis of events and actors. By leveraging these technologies, the system effectively bridges the gap between reality and virtuality, offering a seamless mixed reality experience.