Abstract: Embodiments disclosed herein generally relate to a system and method for tracking virtual reality experiences. A computing system receives a plurality of location coordinates of a user during a VR simulation. The computing system uploads the plurality of location coordinates to a database. The computing system prompts a client device that an API linking the client device of the user to functionality of the database is available. The computing system receives a query via the API. The computing system translates the received query to a query compatible with the database. The computing system queries the database using the received query for according to criteria set forth in the received query to retrieve a set of location information. The computing system generates a heat map based on the retrieved location information. The computing system prompts the remote client device that the heat map is available for display.

Abstract: Embodiments disclosed herein generally relate to a system and method for tracking virtual reality experiences. A computing system receives a plurality of location coordinates of a user during a VR simulation. The computing system uploads the plurality of location coordinates to a database. The computing system prompts a client device that an API linking the client device of the user to functionality of the database is available. The computing system receives a query via the API. The computing system translates the received query to a query compatible with the database. The computing system queries the database using the received query for according to criteria set forth in the received query to retrieve a set of location information. The computing system generates a heat map based on the retrieved location information. The computing system prompts the remote client device that the heat map is available for display.

Abstract: In one aspect, the present disclosure relates to a method for improved computer-based visualization of a tree structure comprises: receiving a dataset defining the tree structure, the tree structure comprising a plurality of nodes and a plurality of edges; analyzing the dataset to determine constraint information for the tree structure; generating a first plurality of graphical objects corresponding to the node; positioning the first plurality of graphical objects within a three-dimensional coordinate space based on the constraint information, wherein all child nodes of a given node are arranged within a corresponding two-dimensional matrix; generating a second plurality of graphical objects corresponding to the edges; positioning the second plurality of graphical objects based on the positioning of the first plurality of graphical objects; and outputting a three-dimensional tree diagram of the tree structure comprising the first plurality of graphical objects and the second plurality of graphical objects.

Abstract: In one aspect, the present disclosure relates to a method for improved computer-based visualization of a tree structure comprises: receiving a dataset defining the tree structure, the tree structure comprising a plurality of nodes and a plurality of edges; analyzing the dataset to determine constraint information for the tree structure; generating a first plurality of graphical objects corresponding to the node; positioning the first plurality of graphical objects within a three-dimensional coordinate space based on the constraint information, wherein all child nodes of a given node are arranged within a corresponding two-dimensional matrix; generating a second plurality of graphical objects corresponding to the edges; positioning the second plurality of graphical objects based on the positioning of the first plurality of graphical objects; and outputting a three-dimensional tree diagram of the tree structure comprising the first plurality of graphical objects and the second plurality of graphical objects.