Abstract: A method and system for editing function curves in a computer-based editing or animation environment. The method consists of defining a region having two dimensions. The region contains a number of selected keys associated with one or more function curves. Resizing or moving the region causes the selected keys to be resized or moved accordingly.

Abstract: A graphical user interface for a computer-assisted motion video editing system directs a user through the process of editing a video program. The graphical user interface may also enables a user to plan a video program. Alternatively selectable interfaces within a single window interface, each of which provide a group of planning, capturing, editing, and recording functions can provide such an interface for producing a video program. Other simplifications to the user interface can be provided to assist in editing, such as by maintaining a video display window for displaying the edited video program at a fixed position for all available editing operations. Additionally, video information can be captured directly into a timeline representation of a video program, rather than a bin. Using a storyboard tied to the capturing process, a user is directed through the process of collecting and capturing the video clips to be used in the video program.

Abstract: The present invention advantageously provides for a method and system that is operable on a computer system, for selectively determining parameters values or keys to be made available to graphical imaging system to drive a animation application. The method includes receiving a Parameter Set (PSet) having a plurality of parameters corresponding to the animation application, assigning one or more of said parameters a value; marking a subset of said parameters, modifying the keys of only marked parameters according to the parameter's value, and running the animation application in response to the keys after marking.

Abstract: The invention overcomes the need to adjust the video level settings of different video capture devices for each source by saving each setting as a difference between the actual setting and a default setting when digitizing source material. These saved differences are called differential settings. An actual setting for another capture device that provides consistent video levels when digitizing the same source may be derived from both the differential setting obtained when digitizing using the first capture device and the default setting of the other capture device. As a result, source material is mapped to consistent internal digital levels when used on the different devices. Accordingly, video characteristics such as gain, black, saturation and hue can be maintained correctly regardless of the unique settings due to manufacturing and calibration tolerances of the different video capture devices.

Abstract: A non-linear video editing system includes a graphical user interface to facilitate editing of video clips in a composition. The system includes the ability to display and edit a video frame on a field-by-field basis. Each field can be edited separately from the other field of the same frame. Additionally, inter-field jitter, present when fields are displayed individually, is removed by determining which field includes the top-most line of the frame and adjusting accordingly.