11. A system, comprising: an imaging data stream language in which a plurality of objects to be rendered are divided into a plurality of categories, wherein each object among said plurality of objects are utilized in association with a plurality of callouts, wherein said imaging data stream language comprises a Line Conditioned Data Stream (LCDS) language; and a PDL decomposer for processing each object among said plurality of objects separately from each callout among said plurality of callouts, thereby permitting any of said objects among said plurality of objects to be utilized with any callout among said plurality of callouts in order to efficiently render said plurality of objects utilizing said imaging data stream language.
11. A system, comprising: an imaging data stream language in which a plurality of objects to be rendered are divided into a plurality of categories, wherein each object among said plurality of objects are utilized in association with a plurality of callouts, wherein said imaging data stream language comprises a Line Conditioned Data Stream (LCDS) language; and a PDL decomposer for processing each object among said plurality of objects separately from each callout among said plurality of callouts, thereby permitting any of said objects among said plurality of objects to be utilized with any callout among said plurality of callouts in order to efficiently render said plurality of objects utilizing said imaging data stream language. 12. The system of claim 11 wherein said processor processes at least one object among said plurality of objects independently of each callout among said plurality of callouts in order to determine a plurality of standard attributes thereof, wherein said plurality of attributes are determined based on at least one object type.