Abstract:
A filter includes a filter element with an enlarged end cap at one end of a media ring with an elliptical flange set oblique or angled to the longitudinal axis of the element. The flange carries a sealing element, and is closely and sealingly received in a head casting of the filter to divide the head casting into inlet and outlet partitions. The end cap directs fluid from a transverse port in the housing into an axial flow path into the central cavity of the element, where the fluid flows radially outward through the media, and then out through an opposite transverse port in the head casting. The element can be removed when it is spent from the head casting after removal of an end closure.
Abstract:
A software enabled, matrix switch is presented wherein a scalable plurality of inputs, coupled to media content sources, provide media content which is recursively routed through select media processing object(s) coupled to a scalable plurality of matrix switch outputs in accordance with a user-defined media processing project.
Abstract:
Data structures and related methods facilitate processing of media content for a user-defined development project. In one embodiment, a data structure comprises a chain identified field for holding identifiers for identifying chains of components that are to be employed in connection with the development project, a source identifier field for denoting a project source associated with a particular chain identifier, a project time field for denoting when, during project execution, an associated source chain is required, a source time field for denoting which portion of a source is required to support execution of the project for an associated entry in the project time field, and a dependencies field for denoting whether an associated chain is dependent on any other chain(s).
Abstract:
Methods and systems for processing media content are described and in at least some embodiments utilize a composite or composition, which can be considered as a representation of an editing project as a single track. Editing projects can have one or more tracks, and each track can be associated with one or more data stream sources that can have effects or transitions applied on them. Compositions can be nested inside one another and provide an economical way for complex editing manipulations to take place.
Abstract:
Methods and systems for managing multiple inputs that are capable of competing or contending for a particular or primary output are described. In one embodiment, the multiple inputs are managed through the use of a software-implemented matrix switch object, and an associated data structure that is used to program the switch object and resolve contention issues between the inputs. The matrix switch object can process the multiple inputs to provide a primary output. One implementation of the switch object uses virtual input and output pins to receive and provide data streams. One specific embodiment is used in connection with multi-media editing software that enables users build or define their own editing multi-media editing projects that incorporate multiple different user-selected clips, in the form of digital data streams, into an integrated project. Each clip can be defined in terms of one or more digital data streams, e.g. video and audio streams. One implementation method defines a first data structure that represents an editing project and processes the data structure to provide a second data structure that contains data that can be used to program the matrix switch object so that multiple switch inputs are routed to multiple switch outputs and contentions between the inputs for a primary output are resolved.
Abstract:
Systems and methods load one or more source processing chains to support execution of a development project and determine whether each of the one or more processing chains will be subsequently required during execution of this or another development project. If one or more processing chains are needed, each is cached for subsequent use. The source processing chains are coupled with a matrix switch comprising a scalable plurality of inputs and a scalable plurality of outputs, wherein any one or more of the inputs may be iteratively coupled to any one or more of the outputs. Media is processed using the source processing chain(s) and the matrix switch to produce at least one development project.