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The Global ETD Search service is a free service for researchers
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Showing 1 to 6 of 6 (0.031 seconds)Spelling suggestions: "subject:"metamodelica"" "subject:"mathmodelica""
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Extended Metamodelica Based Integrated Copiler GeneratorPalanisamy, Arunkumar January 2012 (has links)
OMCCp is a new generation (not yet released) of the OpenModelica Compiler-Compiler parser generator which contains an LALR parser generator implemented in the MetaModelica language with parsing tables generated by the tools Flex and GNU Bison. It also contains very good error handling and is integrated with the MetaModelica semantics specification language. The main benefit with this master thesis project is the development of new version of OMCCp with complete support for an extended Modelica grammar for a complete OMCCp-based Modelica parser. The implemented parser has been tested and the results have been analyzed. This is a new enhanced generation OMCCp with improvements made from the previous version. This version support Modelica as well as the language extensions for MetaModelica, ParModelica, and optimization problem specification. Moreover, the generated parsers are about three times faster than those from the old OMCCp.
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Bidirectional External Function Interface Between Modelica/MetaModelica and JavaSjölund, Martin January 2009 (has links)
<p>A complete Java interface to OpenModelica has been created, supporting both standard Modelica and the metamodeling extensions in MetaModelica. It is bidirectional, and capable of passing both standard Modelica data types, as well as abstract syntax trees and list structures to and from Java and process them in either Java or the OpenModelica Compiler.It currently uses the existing CORBA interface as well as JNI for standard Modelica. It is also capable of automatically generating the Java classes corresponding to MetaModelica code.This interface opens up increased possibilities for tool integration between OpenModelica and Java-based tools, since for example models or model fragments can be extracted from OpenModelica, processed in a Java tool, and put back into the main model representation in OpenModelica.</p><p>A first version text generation template language for MetaModelica is also presented. The goal for such a language is the ability to create a more concise and readablecode when translating an abstract syntax tree (AST) to text.</p>
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Extending Modelica with High-Level Data Structures: Design and Implementation in OpenModelicaBjörklén, Simon January 2008 (has links)
<p>Modelica is an equation-based object-oriented language (EOO). PELAB at Linköping University along with the OpenModelica development group, is developing a metamodeling extension, MetaModelica, to this language along with a compiler called the OpenModelica Compiler (OMC).</p><p>The goal of this thesis was to analyze the compiler, extend it with union type support and then write a report about the extension with union types in particular and extension with high level data structures in general, to facilitate further development. </p><p>The implementation made by this thesis was implemented with the goal of keeping the current structure intact and extending case-clauses where possible. The main parts of the extension is implemented by this thesis work but some parts concerning the pattern matching algorithms are still to be extended. The main goal of this is to bootstrap the OpenModelica Compiler, making it able to compile itself although this is still a goal for the future.</p><p>With this thesis I also introduce some guidelines for implementing a new highlevel data structure into the compiler and which modules needs extension.</p>
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Extending Modelica with High-Level Data Structures: Design and Implementation in OpenModelicaBjörklén, Simon January 2008 (has links)
Modelica is an equation-based object-oriented language (EOO). PELAB at Linköping University along with the OpenModelica development group, is developing a metamodeling extension, MetaModelica, to this language along with a compiler called the OpenModelica Compiler (OMC). The goal of this thesis was to analyze the compiler, extend it with union type support and then write a report about the extension with union types in particular and extension with high level data structures in general, to facilitate further development. The implementation made by this thesis was implemented with the goal of keeping the current structure intact and extending case-clauses where possible. The main parts of the extension is implemented by this thesis work but some parts concerning the pattern matching algorithms are still to be extended. The main goal of this is to bootstrap the OpenModelica Compiler, making it able to compile itself although this is still a goal for the future. With this thesis I also introduce some guidelines for implementing a new highlevel data structure into the compiler and which modules needs extension.
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Bidirectional External Function Interface Between Modelica/MetaModelica and JavaSjölund, Martin January 2009 (has links)
A complete Java interface to OpenModelica has been created, supporting both standard Modelica and the metamodeling extensions in MetaModelica. It is bidirectional, and capable of passing both standard Modelica data types, as well as abstract syntax trees and list structures to and from Java and process them in either Java or the OpenModelica Compiler.It currently uses the existing CORBA interface as well as JNI for standard Modelica. It is also capable of automatically generating the Java classes corresponding to MetaModelica code.This interface opens up increased possibilities for tool integration between OpenModelica and Java-based tools, since for example models or model fragments can be extracted from OpenModelica, processed in a Java tool, and put back into the main model representation in OpenModelica. A first version text generation template language for MetaModelica is also presented. The goal for such a language is the ability to create a more concise and readablecode when translating an abstract syntax tree (AST) to text.
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OMCCp : A MetaModelica Based Parser Generator Applied to ModelicaLopez-Rojas, Edgar Alonso January 2011 (has links)
The OpenModelica Compiler-Compiler parser generator (OMCCp) is an LALR(1) parser generator implemented in the MetaModelica language with parsing tables generated by the tools Flex and GNU Bison. The code generated for the parser is in MetaModelica 2.0 language which is the OpenModelica compiler implementation language and is an extension of the Modelica 3.2 language. OMCCp uses as input an LALR(1) grammar that specifies the Modelica language. The generated Parser can be used inside the OpenModelica Compiler (OMC) as a replacement for the current parser generated by the tool ANTLR from an LL(k) Modelica grammar. This report explains the design and implementation of this novel Lexer and Parser Generator called OMCCp. Modelica and its extension MetaModelica are both languages used in the OpenModelica environment. Modelica is an Object-Oriented Equation-Based language for Modeling and Simulation.
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