Interoperability for translating and traversing 3D experiences in an accessibility environment

A system for rendering a three-dimensional environment for a user participating in the three-dimensional environment via an accessibility environment, the system comprising:

• one or more processing units;
• and
• a computer-readable storage medium having encoded thereon computer-readable instructions that, when executed by the one or more processing units, causes the system to:
• extract a plurality of different component groups from the three-dimensional environment, an individual component group including a plurality of components that share an attribute;
• construct a flow hierarchy for the plurality of different component groups, wherein the flow hierarchy organizes the plurality of different component groups based on a likelihood of user interaction;
• cause the flow hierarchy to be displayed in the accessibility environment;
• receive a first user input at the accessibility environment advancing through the flow hierarchy indicating a selection of a component group from the plurality of different component groups;
• in response to the first user input, cause a plurality of user interface elements respectively associated with the plurality of components included in the selected component group to be displayed in the accessibility environment, wherein each user interface element of the plurality of user interface elements provides information for an associated component;
• receive a second user input at the accessibility environment indicating a selection of a component of the plurality of components included in the selected component group;
• generate an audio output describing a user interface element associated with the selected component;
• and
• invoke a functionality within the three-dimensional environment associated with the selected component.

A computer readable storage medium having encoded thereon, computer readable instructions that, when executed by a system, causes the system to:

• extract a plurality of different component groups from a three-dimensional environment, an individual component group including a plurality of components that share an attribute;
• construct a flow hierarchy for the plurality of different component groups, wherein the flow hierarchy organizes the plurality of different component groups based on a likelihood of user interaction;
• cause the flow hierarchy to be displayed in an accessibility environment;
• receive a first user input at the accessibility environment advancing through the flow hierarchy indicating a selection of a component group from the plurality of different component groups;
• in response to the first user input, cause a plurality of user interface elements respectively associated with the plurality of components included in the selected component group to be displayed in the accessibility environment, wherein each user interface element of the plurality of user interface elements provides information for an associated component;
• receive a second user input at the accessibility environment indicating a selection of a component of the plurality of components included in the selected component group;
• generate an audio output describing a user interface element associated with the selected component;
• and
• invoke a functionality within the three-dimensional environment associated with the selected component.