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zur Erlangung des Grades eines
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@MISC{Sperber_zurerlangung,
author = {Dipl. -inform Michael Sperber and Dekan Prof and Dr. Andreas Zell},
title = {zur Erlangung des Grades eines},
year = {}
}
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Abstract
This dissertation shows that computer-based lighting control systems can support the lighting design process considerably better than traditional consoles. It describes the Lula Project, a new software package for lighting design and control, that implements this level of support. Lula’s focus is on the conceptual ideas behind a lighting design rather than the concrete lighting fixtures used to put it on stage. Among the innovative aspects of the system are its model for designing static lighting looks and its subsystem for programmable continuous animated lighting. Lula’s application design is centered around the idea of componential lighting design that allows the user to express a lighting design as a hierarchy of components. Lula is a result of the rigorous application of high-level software engineering techniques and implementation technology from the general realm of functional programming. The high-level structure of the application rests upon stratified design, algebraic modelling, and domain-specific languages. Among the implementation techniques instrumental to Lula are automatic memory management, higher-order
Keyphrases
grade eines zur erlangung static lighting look general realm lula project control system high-level software engineering technique design process implementation technology lula focus algebraic modelling lula application design high-level structure stratified design innovative aspect conceptual idea implementation technique rigorous application concrete lighting fixture automatic memory management new software package functional programming traditional console domain-specific language lighting design
