Abstract: Aspects of the subject disclosure may include, for example, obtaining an augmented reality (AR) template according to a configurable grouping of digital content and identifying a geometry of a digital entity adapted for presenting digital content within a rendered display of a physical domain according to the geometry. A location of equipment of a user is determined and the AR template is scaled according to the geometry of the digital entity and the location of the equipment of the user to obtain a scaled AR template. The scaled AR template is provided to the equipment of the user to facilitate presentation of the configurable grouping of digital content within the rendered display of the physical domain according to the scaled AR template. Other embodiments are disclosed.

Abstract: Aspects of the subject disclosure may include, for example, identifying a physical domain, identifying a geometry of a digital entity adapted for presenting digital content within a rendered display of the physical domain according to the geometry and storing the geometry in association with the physical domain to obtain a stored geometry. A location of equipment of a user is determined and associated with the physical domain to obtain an association. Responsive to the association, the stored geometry is provided to the equipment of the user for presenting the digital content within the rendered display of the physical domain according to the geometry. Other embodiments are disclosed.

Abstract: Aspects of the subject disclosure may include, for example, identifying a physical domain, identifying a geometry of a digital entity adapted for presenting digital content within a rendered display of the physical domain according to the geometry and storing the geometry in association with the physical domain to obtain a stored geometry. A location of equipment of a user is determined and associated with the physical domain to obtain an association. Responsive to the association, the stored geometry is provided to the equipment of the user for presenting the digital content within the rendered display of the physical domain according to the geometry. Other embodiments are disclosed.

Abstract: A variable skill reward wagering system is disclosed. The system includes an interactive controller that determines a skill outcome for a user while playing a skill-based game of the interactive controller, and communicate the skill outcome to a process controller. The system further includes a variable skill reward controller determines an amount of credits to add to a variable skill reward pool credit meter datastore, receive the skill outcome for the user from the process controller, and determine a variable skill reward of credits from the variable skill reward pool credit meter datastore for the user based on the skill outcome. The system further includes the process controller that receives the skill outcome from the interactive controller, communicates the skill outcome to the variable skill reward controller, and receives the variable skill reward of credits from the variable skill reward controller.

Abstract: A virtual reality baseball system uses a virtual reality device to present a simulated pitch to a batter. The system also includes sensors that are attached to a bat, and optionally external sensors, that sense movement of the bat. The system will generate and present a simulated pitch from a selected pitcher. The simulated pitch simulates attributes of a pitch of the selected pitcher that correspond to a particular batting simulation scenario. The sensors are configured to track movement of bat when a user swings at the simulated pitch.

Abstract: A skill distributed outcome wagering system is disclosed. The system includes an interactive processing device, wherein the interactive processing device is configured to determine a skill outcome for a player, wherein the skill outcome includes a skill metric and one or more skill objectives achieved by the player while playing a skill-based game of the interactive processing device, and communicate the skill outcome to a process controller. The system further includes a skill bonus controller, wherein the skill bonus controller is configured to receive a skill metric for a player from a process controller, and determine a bonus for the player based on the skill metric.

Abstract: A variable skill reward wagering system is disclosed. The system includes an interactive controller that determines a skill outcome for a user while playing a skill-based game of the interactive controller, and communicate the skill outcome to a process controller. The system further includes a variable skill reward controller determines an amount of credits to add to a variable skill reward pool credit meter datastore, receive the skill outcome for the user from the process controller, and determine a variable skill reward of credits from the variable skill reward pool credit meter datastore for the user based on the skill outcome. The system further includes the process controller that receives the skill outcome from the interactive controller, communicates the skill outcome to the variable skill reward controller, and receives the variable skill reward of credits from the variable skill reward controller.

Abstract: A virtual reality baseball system uses a virtual reality device to present a simulated pitch to a batter. The system may include a bat mount configured to be removably secured to a bat. The bat and/or bat mount may include a sensor. The bat mount is configured to be attached to a knob of the bat such that it is not intrusive to a swing of the bat. A sensing device is configured to track movement of the sensor in the bat mount when the bat mount is secured to the bat.

Abstract: A virtual reality baseball system uses a virtual reality device to present a simulated pitch to a batter. The system also includes sensors that are attached to a bat, and optionally external sensors, that sense movement of the bat. The system will generate and present a simulated pitch from a selected pitcher. The simulated pitch simulates attributes of a pitch of the selected pitcher that correspond to a particular batting simulation scenario. The sensors are configured to track movement of bat when a user swings at the simulated pitch.

Abstract: A virtual reality baseball system uses a virtual reality device to present a simulated pitch to a batter. The system may include a bat mount configured to be removably secured to a bat. The bat and/or bat mount may include a sensor. The bat mount is configured to be attached to a knob of the bat such that it is not intrusive to a swing of the bat. A sensing device is configured to track movement of the sensor in the bat mount when the bat mount is secured to the bat.

Abstract: A variable skill reward wagering system is disclosed. The system includes an interactive controller that determines a skill outcome for a user while playing a skill-based game of the interactive controller, and communicate the skill outcome to a process controller. The system further includes a variable skill reward controller determines an amount of credits to add to a variable skill reward pool credit meter datastore, receive the skill outcome for the user from the process controller, and determine a variable skill reward of credits from the variable skill reward pool credit meter datastore for the user based on the skill outcome. The system further includes the process controller that receives the skill outcome from the interactive controller, communicates the skill outcome to the variable skill reward controller, and receives the variable skill reward of credits from the variable skill reward controller.

Abstract: A skill distributed outcome wagering system is disclosed. The system includes an interactive processing device, wherein the interactive processing device is configured to determine a skill outcome for a player, wherein the skill outcome includes a skill metric and one or more skill objectives achieved by the player while playing a skill-based game of the interactive processing device, and communicate the skill outcome to a process controller. The system further includes a skill bonus controller, wherein the skill bonus controller is configured to receive a skill metric for a player from a process controller, and determine a bonus for the player based on the skill metric.