Abstract: Various implementations include computing devices and related computer-implemented methods for developing and previewing audio pins in an augmented audio environment. Certain implementations include a computer-implemented method including: generating a digital audio workstation (DAW) on a display, the DAW including a set of inputs assignable to an audio pin for playback; receiving assigned inputs for the audio pin from selections by a user at the display or at a wearable audio device worn by the user; and rendering the assigned inputs as audio playback at the wearable audio device worn by the user to preview the audio playback associated with the audio pin, where the set of inputs are configured to be rendered as audio playback at the wearable audio device worn by the user in real time as the inputs are assigned.

Abstract: Various implementations include computing devices and related computer-implemented methods for rendering a scene in an augmented audio environment. Certain implementations include a computer-implemented method including: generating a set of inputs to an application programming interface (API) on a display, the set of inputs including: a media library input; an experience state input for defining a set of experiences; and an event toolbar input for defining transitions between the experiences; and rendering the set of inputs at an audio device to generate a scene in an augmented audio environment.

Abstract: Various implementations include computing devices and related computer-implemented methods for developing and previewing audio pins in an augmented audio environment. Certain implementations include a computer-implemented method including: generating a digital audio workstation (DAW) on a display, the DAW including a set of inputs assignable to an audio pin for playback; receiving assigned inputs for the audio pin from selections by a user at the display or at a wearable audio device worn by the user; and rendering the assigned inputs as audio playback at the wearable audio device worn by the user to preview the audio playback associated with the audio pin, where the set of inputs are configured to be rendered as audio playback at the wearable audio device worn by the user in real time as the inputs are assigned.

Abstract: Various implementations include computing devices and related computer-implemented methods for rendering a scene in an augmented audio environment. Certain implementations include a computer-implemented method including: generating a set of inputs to an application programming interface (API) on a display, the set of inputs including: a media library input; an experience state input for defining a set of experiences; and an event toolbar input for defining transitions between the experiences; and rendering the set of inputs at an audio device to generate a scene in an augmented audio environment.

Abstract: Various implementations include approaches for demonstrating wearable audio device capabilities. In particular aspects, a computer-implemented method of demonstrating a feature of a wearable audio device includes: receiving a command to initiate an audio demonstration mode at a demonstration device; initiating binaural playback of a demonstration audio file at wearable playback device being worn by a user and initiating playback of a corresponding demonstration video file at a video interface coupled with the demonstration device; receiving a user command to adjust a demonstration setting at the demonstration device to emulate adjustment of a corresponding setting on the wearable audio device; and adjusting the binaural playback at the wearable playback device based upon the user command.

Abstract: Various implementations include approaches for demonstrating wearable audio device capabilities. In particular aspects, a computer-implemented method of demonstrating a feature of a wearable audio device includes: receiving a command to initiate an audio demonstration mode at a demonstration device; initiating binaural playback of a demonstration audio file at wearable playback device being worn by a user and initiating playback of a corresponding demonstration video file at a video interface coupled with the demonstration device; receiving a user command to adjust a demonstration setting at the demonstration device to emulate adjustment of a corresponding setting on the wearable audio device; and adjusting the binaural playback at the wearable playback device based upon the user command.

Abstract: A method for creating a display lighting presentation is provided. The method includes providing a light sequence definition graphical user interface configured to enable entry of lighting states associated with a lighting sequence to be included in the display lighting presentation, and receiving input via the light sequence publication user interface, the input specifying lighting states to be included in the display lighting presentation.

Abstract: A method for creating a display lighting presentation is provided. The method includes providing a light sequence definition graphical user interface configured to enable entry of lighting states associated with a lighting sequence to be included in the display lighting presentation, and receiving input via the light sequence publication user interface, the input specifying lighting states to be included in the display lighting presentation.