Abstract: A method may include obtaining a first video asset with a first number of frames, where the first video asset includes a terminal portion that has at least one frame. The method may also include duplicating the terminal portion of the first video asset. The method may further include appending the duplicated terminal portion at the end of the first video asset as a new first video asset, and splicing the new first video asset with a second video asset to create a single final video.

Abstract: A method may include providing a list of assets to an end user and receiving a selection of a first asset as a first scene and a second asset as a second scene. The method may include presenting the first asset. The method may include providing a list of elements, receiving a selection of a gesture area element, receiving a selection of a position on the presentation of the first asset for positioning the gesture area element, and positioning the gesture area element on the selected position. The method may include providing a list of properties including a gesture type property and receiving a selection of a gesture type. The method may include presenting a list of actions, receiving a selection of a transition action to transition from the first scene to the second scene, and associating the transition action with the gesture type in the gesture area element.

Abstract: A method may include obtaining a script, the script including a first scene associated with a first asset, a second scene associated with a second asset, a first action, and a first transition from the first scene to the second scene. The method may include generating an asset list based on the first asset and the second asset and generating a first state corresponding with the first scene and the first action and a second state corresponding with the second scene. The method may include verifying the first action and the first transition from the first scene to the second scene and generating a first view associated with the first state and a first triggering event. The method may include re-verifying the first action and the first transition and combining the asset list, the first state, the second state, and the first view to generate an interactive media item.

Abstract: The system and method for application re-creation centers on the need for the rapid recreation of applications and playable media for uses in testing, simulation, sampling, marketing, and feature optimization. Using a video-tree system, this disclosure allows for application reproduction, simulation and playback by first and third parties with a high degree of accuracy. The underlying method for reproduction centers on a branching approach to recording applications (i.e., digital video formats), and the stitching of the sampled digital video using a taxonomical branching of user journeys. The technology simplifies the process of providing accurate, high efficacy samples and reproductions of applications. The sample experiences are provided via a scripting and configuration file linked to a plurality of video branches. The video branches are stitched in a method to mimic the look and feel of the original application.

Abstract: The system and method for application re-creation centers on the need for the rapid recreation of applications and playable media for uses in testing, simulation, sampling, marketing, and feature optimization. Using a video-tree system, this disclosure allows for application reproduction, simulation and playback by first and third parties with a high degree of accuracy. The underlying method for reproduction centers on a branching approach to recording applications (i.e., digital video formats), and the stitching of the sampled digital video using a taxonomical branching of user journeys. The technology simplifies the process of providing accurate, high efficacy samples and reproductions of applications. The sample experiences are provided via a scripting and configuration file linked to a plurality of video branches. The video branches are stitched in a method to mimic the look and feel of the original application.

Abstract: The disclosed invention provides a novel approach to analyzing user-interaction data of digital applications. The invention enables easy-to comprehend visualizations of user interactions with an application, wherein the data visualizations are played either as an overlay, or alongside a replay video of the application. Flexible visualization options allow for the overlay of intuitive images that display analytics of how the application is being used, such as correlating colors, shapes and images to high volume user interactions versus low volume user interactions. Furthermore, visualizations are displayed along a chronological continuum of the application. A variety of filters can be put on the data that is visualized, allowing the developer to see user engagement at specified segments of the application.

Abstract: The system and method for application re-creation centers on the need for the rapid recreation of applications and playable media for uses in testing, simulation, sampling, marketing, and feature optimization. Using a video-tree system, this disclosure allows for application reproduction, simulation and playback by first and third parties with a high degree of accuracy. The underlying method for reproduction centers on a branching approach to recording applications (i.e., digital video formats), and the stitching of the sampled digital video using a taxonomical branching of user journeys. The technology simplifies the process of providing accurate, high efficacy samples and reproductions of applications. The sample experiences are provided via a scripting and configuration file linked to a plurality of video branches. The video branches are stitched in a method to mimic the look and feel of the original application.