DOCSLIB.ORG

Paramagic(TM) Users Guide

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Paramagic(TM) Users Guide 75 Fifth Street NW, Suite 213 Atlanta, GA 30308, USA Voice: +1- 404-592-6897 Web: www.InterCAX.com E-mail: [email protected] ParaMagicTM v16.6 sp1 Users Guide Table of Contents 1! About ..................................................................................................................................................... 3! 2! Quick Start ............................................................................................................................................ 3! 2.1! First Pass – execute existing models .............................................................................................. 3! 2.2! Second Pass – create new models .................................................................................................. 4! 3! Installation ............................................................................................................................................ 5! 3.1! Installation Requirements ............................................................................................................... 5! 3.1.1! System Requirements .............................................................................................................. 5! 3.1.2! MagicDraw Requirements ....................................................................................................... 5! 3.1.3! Core Solver Requirements ...................................................................................................... 5 ! 3.2! Installation Process ...................................................................................................................... 6! 4! User Documents .................................................................................................................................. 11! 4.1! Users Guide .................................................................................................................................. 11! 4.2! Tutorials ....................................................................................................................................... 11! 4.3! Examples ...................................................................................................................................... 12! 5! SysML Model Requirements ............................................................................................................. 13! 5.1! Structural requirements ................................................................................................................ 13! 5.1.1! Model schema requirements .................................................................................................. 13! 5.1.2! Model instance requirements ................................................................................................ 14! 5.2! Naming requirements ................................................................................................................... 14! 5.3! Mathematical expression requirements ........................................................................................ 15! 5.4! Math constants and functions ....................................................................................................... 16! 5.5! Conditional Functions and Operators .......................................................................................... 17! 5.6! Aggregate Properties and Functions ............................................................................................ 18! 5.6.1! Multiplicity ............................................................................................................................ 18! 5.6.2! Instance Slot Values .............................................................................................................. 18! 5.6.3! Aggregate Functions and Operators ...................................................................................... 18! 5.7! Complex Aggregate Relationships ............................................................................................... 19! ParaMagicTM 16.6 sp1 ! Users Guide 5.8! Upgrading your existing models for ParaMagicTM 16.6 .............................................................. 22! 5.9! Limitations .................................................................................................................................... 25! 6! Program Features ............................................................................................................................... 28! 6.1! Command Menus .......................................................................................................................... 28! 6.2! Browser ........................................................................................................................................ 29! 6.2.1! "Solution in progress" Window ............................................................................................. 29! 6.2.2! Variable Browser .................................................................................................................. 30! 6.2.3! Toolbar .................................................................................................................................. 30! 6.2.4! Relationship Browser ............................................................................................................ 31! 6.2.5! Editing an Instance in the Browser Window ......................................................................... 31! 6.3! ParaMagic.ini file ........................................................................................................................ 32! 7! Connections to External Tools .......................................................................................................... 34! 7.1! ParaMagic - Custom Mathematica Connection ........................................................................... 34! 7.1.1! Installation ............................................................................................................................. 34! 7.1.2! Usage ..................................................................................................................................... 35! 7.1.3! Graphing Functions ............................................................................................................... 35! 7.1.4! Statistical Functions .............................................................................................................. 36! 7.1.5! User-Defined Mathematical Functions ................................................................................. 37! 7.1.6! UserfnN.m ............................................................................................................................. 37! 7.1.7! Custom Functions .................................................................................................................. 37! 7.2! ParaMagic - Excel Connection .................................................................................................... 37! 7.2.1! Operation ............................................................................................................................... 38! 7.2.2! Features and Specific Behavior ............................................................................................. 45! 7.2.3! Limitations ............................................................................................................................ 46! 7.3! ParaMagic - MATLAB Connection .............................................................................................. 46! 7.3.1! Using MATLAB scripts ........................................................................................................ 52! 7.3.2! Using MATLAB functions.................................................................................................... 53! 8! Trade Studies ...................................................................................................................................... 55! 8.1! Operation ...................................................................................................................................... 55! 8.2! Limitations .................................................................................................................................... 59! 9! Updates since the last release (ParaMagicTM 16.6) .......................................................................... 60! 10! Copyright ............................................................................................................................................ 60! 10.1! Copyright statement from InterCAX LLC ................................................................................. 60! 10.2! Liability disclaimer from InterCAX LLC .................................................................................. 61! Copyright © InterCAX LLC. All Rights Reserved. ii ParaMagicTM 16.6 sp1 ! Users Guide 1 ABBOUTOUT This is the Users Guide for ParaMagicTM 16.6 sp1. The sections in this document and their purpose are stated below: ! Quick Start – speed up learning ParaMagicTM (run existing models, create new models) ! Installation– installation instructions for ParaMagicTM ! User Documents – important documents for using ParaMagicTM (including tutorials and examples) ! SysML Model Requirements – requirements for creating SysML models executable in ParaMagicTM. ! Program Features – learn about the ParaMagicTM plugin user interface ! Connections to External
Load more

Recommended publications
  • Early Insights on FMI-Based Co-Simulation of Aircraft Vehicle Systems
    The 15th Scandinavian International Conference on Fluid Power, SICFP’17, June 7-9, 2017, Linköping, Sweden Early Insights on FMI-based Co-Simulation of Aircraft Vehicle Systems Robert Hallqvist*, Robert Braun**, and Petter Krus** E-mail: [email protected], [email protected], [email protected] *Systems Simulation and Concept Design, Saab Aeronautics, Linköping, Sweden **Department of Fluid and Mechatronic Systems, Linköping University, Linköping, Sweden Abstract Modelling and Simulation is extensively used for aircraft vehicle system development at Saab Aeronautics in Linköping, Sweden. There is an increased desire to simulate interacting sub-systems together in order to reveal, and get an understanding of, the present cross-coupling effects early on in the development cycle of aircraft vehicle systems. The co-simulation methods implemented at Saab require a significant amount of manual effort, resulting in scarcely updated simulation models, and challenges associated with simulation model scalability, etc. The Functional Mock-up Interface (FMI) standard is identified as a possible enabler for efficient and standardized export and co-simulation of simulation models developed in a wide variety of tools. However, the ability to export industrially relevant models in a standardized way is merely the first step in simulating the targeted coupled sub-systems. Selecting a platform for efficient simulation of the system under investigation is the next step. Here, a strategy for adapting coupled Modelica models of aircraft vehicle systems to TLM-based simulation is presented. An industry-grade application example is developed, implementing this strategy, to be used for preliminary investigation and evaluation of a co- simulation framework supporting the Transmission Line element Method (TLM).
    [Show full text]
  • Openmodelica Development Environment with Eclipse Integration for Browsing, Modeling, and Debugging
    OpenModelica Development Environment with Eclipse Integration for Browsing, Modeling, and Debugging Adrian Pop, Peter Fritzson, Andreas Remar, Elmir Jagudin, David Akhvlediani PELAB – Programming Environment Lab, Dept. Computer Science Linköping University, S-581 83 Linköping, Sweden {adrpo, petfr}@ida.liu.se Abstract mental if it gives quick feedback, e.g. without recom- puting everything from scratch, and maintains a dia- The OpenModelica (MDT) Eclipse Plugin integrates logue with the user, including preserving the state of the OpenModelica compiler and debugger with the previous interactions with the user. Interactive envi- Eclipse Integrated Development Environment Frame- ronments are typically both more productive and more work.. MDT, together with the OpenModelica compiler fun to use. and debugger, provides an environment for Modelica There are many things that one wants a program- development projects. This includes browsing, code ming environment to do for the programmer, particu- completion through menus or popups, automatic inden- larly if it is interactive. What functionality should be tation even of syntactically incorrect models, and included? Comprehensive software development envi- model debugging. Simulation and plotting is also pos- ronments are expected to provide support for the major sible from a special command window. To our knowl- development phases, such as: edge, this is the first Eclipse plugin for an equation- • based language. Requirements analysis. • Design. • Implementation. 1 Introduction • Maintenance. The goal of our work with the Eclipse framework inte- A programming environment can be somewhat more gration in the OpenModelica modeling and develop- restrictive and need not necessarily support early ment environment is to achieve a more comprehensive phases such as requirements analysis, but it is an ad- and more powerful environment.
    [Show full text]
  • Openmodelica System Documentation
    OpenModelica Users Guide Version 2012-03-29 for OpenModelica 1.8.1 March 2012 Peter Fritzson Adrian Pop, Adeel Asghar, Willi Braun, Jens Frenkel, Lennart Ochel, Martin Sjölund, Per Östlund, Peter Aronsson, Mikael Axin, Bernhard Bachmann, Vasile Baluta, Robert Braun, David Broman, Stefan Brus, Francesco Casella, Filippo Donida, Anand Ganeson, Mahder Gebremedhin, Pavel Grozman, Daniel Hedberg, Michael Hanke, Alf Isaksson, Kim Jansson, Daniel Kanth, Tommi Karhela, Juha Kortelainen, Abhinn Kothari, Petter Krus, Alexey Lebedev, Oliver Lenord, Ariel Liebman, Rickard Lindberg, Håkan Lundvall, Abhi Raj Metkar, Eric Meyers, Tuomas Miettinen, Afshin Moghadam, Maroun Nemer, Hannu Niemistö, Peter Nordin, Kristoffer Norling, Karl Pettersson, Pavol Privitzer, Jhansi Reddy, Reino Ruusu, Per Sahlin,Wladimir Schamai, Gerhard Schmitz, Anton Sodja, Ingo Staack, Kristian Stavåker, Sonia Tariq, Mohsen Torabzadeh-Tari, Parham Vasaiely, Niklas Worschech, Robert Wotzlaw, Björn Zackrisson, Azam Zia Copyright by: Open Source Modelica Consortium 2 Copyright © 1998-CurrentYear, Open Source Modelica Consortium (OSMC), c/o Linköpings universitet, Department of Computer and Information Science, SE-58183 Linköping, Sweden All rights reserved. THIS PROGRAM IS PROVIDED UNDER THE TERMS OF GPL VERSION 3 LICENSE OR THIS OSMC PUBLIC LICENSE (OSMC-PL). ANY USE, REPRODUCTION OR DISTRIBUTION OF THIS PROGRAM CONSTITUTES RECIPIENT'S ACCEPTANCE OF THE OSMC PUBLIC LICENSE OR THE GPL VERSION 3, ACCORDING TO RECIPIENTS CHOICE. The OpenModelica software and the OSMC (Open Source Modelica Consortium) Public License (OSMC-PL) are obtained from OSMC, either from the above address, from the URLs: http://www.openmodelica.org or http://www.ida.liu.se/projects/OpenModelica, and in the OpenModelica distribution. GNU version 3 is obtained from: http://www.gnu.org/copyleft/gpl.html.
    [Show full text]
  • Modelica Development Tooling for Eclipse
    Modelica Development Tooling for Eclipse Elmir Jagudin Andreas Remar April 10, 2006 LITH-IDA-EX–06/024–SE i This work is licensed under the Creative Commons Attribution-ShareAlike 2.5 Sweden License. To view a copy of this license, visit http://creativecommons.org/licenses/by-sa/2.5/se/ or send a letter to Creative Commons, 543 Howard Street, 5th Floor, San Francisco, Califor- nia, 94105, USA. ii Summary PELAB at Link¨oping University is developing a complete environment for developing software in the Modelica language. Modelica is a computer lan- guage for modelling and simulating complex systems that can be described by using mathematical equations. The language is currently being extended by PELAB to also support language modeling and meta-modeling. The en- vironment that PELAB is developing is called OpenModelica. An important part of this project is a textual environment for creating and editing Modelica models. The Modelica Development Tooling is a collection of integrated tools for working with Modelica projects. It is developed as a series of plugins to the Eclipse environment. One of the requirements of an integrated development environment (IDE) is to provide the user with extra information that is helpful for developing and understanding software. Some of the information provided by MDT is package browsing and error marking. Modelica packages can be browsed in much the same way as Java packages can be browsed in JDT, the Java Development Tooling. JDT is in fact a source of inspiration for MDT. That should be obvious given the name. Some of the functionality that is provided by MDT is provided by the OpenModelica Compiler.
    [Show full text]
  • Introduction to Object-Oriented Modeling
    Introduction to Object-Oriented Modeling, Modelica/OpenModelica Tutorial Plan for the Simulation, Debugging and Dynamic Optimization MOSES 2016 Workshop with Modelica using OpenModelica • Wednesday slot 24. The Modelica language part 1. MOSES 2016 Workshop Introductory hands-on Modelica modeling. Tutorial, Version May 18, 2016 Peter Fritzson Slides 8 – 49 Linköping University, [email protected] Director of the Open Source Modelica Consortium • Thursday slot 28. The OpenModelica tool. (slides Vice Chairman of Modelica Association Bernhard Thiele, Ph.D., [email protected] 50 – 78) The Modelica language part 2. (slides 95- Researcher at PELAB, Linköping University 115) Slides • Thursday slot 29. Hands-on with Modelica textual Based on book and lecture notes by Peter Fritzson Contributions 2004-2005 by Emma Larsdotter Nilsson, Peter Bunus equation-based modeling (slides 95-115) Contributions 2006-2008 by Adrian Pop and Peter Fritzson Contributions 2009 by David Broman, Peter Fritzson, Jan Brugård, and Mohsen Torabzadeh-Tari Contributions 2010 by Peter Fritzson Contributions 2011 by Peter F., Mohsen T,. Adeel Asghar, Contributions 2012, 2013, 2014, 2015, 2016 by Peter Fritzson, Lena Buffoni, Mahder Gebremedhin, Bernhard Thiele 2016-05-16 2 Copyright © Open Source Modelica Consortium Tutorial Based on Book, Decembr 2014 Introductory Download OpenModelica Software Modelica Book Peter Fritzson September 2011 232 pages Principles of Object Oriented Modeling and Simulation with 2015 –Translations Modelica 3.3 available in A Cyber-Physical
    [Show full text]
  • Openmodelica Users Guide
    OpenModelica Users Guide Version 0.5, November 2005 Preliminary Draft, 2005-11-28 for OpenModelica 1.3.1 PELAB – Programming Environment Laboratory Department of Computer and Information Science Linköping University, Sweden 3 Copyright © 2002-2005, PELAB, Department of Computer and Information Science, Linköpings universitet. All rights reserved. This document is part of OpenModelica, www.ida.liu.se/projects/OpenModelica Contact: [email protected] (Here using the new BSD license, see also http://www.opensource.org/licenses/bsd-license.php) Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: • Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. • Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. • Neither the name of Linköpings universitet nor the names of its contributors may be used to endorse or promote products derived from this software withoutspecific prior written permission. THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
    [Show full text]
  • Openmodelica User's Guide
    OpenModelica User’s Guide Release v1.9.4-dev-455-ge96237f Open Source Modelica Consortium November 24, 2015 CONTENTS 1 Introduction 3 1.1 System Overview...........................................4 1.2 Interactive Session with Examples..................................5 1.3 Summary of Commands for the Interactive Session Handler.................... 21 1.4 Running the compiler from command line.............................. 22 2 OMEdit – OpenModelica Connection Editor 25 2.1 Starting OMEdit........................................... 25 2.2 MainWindow & Browsers...................................... 26 2.3 Perspectives............................................. 31 2.4 Modeling a Model.......................................... 31 2.5 Simulating a Model......................................... 36 2.6 Plotting the Simulation Results................................... 37 2.7 Re-simulating a Model........................................ 38 2.8 How to Create User Defined Shapes – Icons............................. 38 2.9 Settings................................................ 39 2.10 Debugger............................................... 42 3 2D Plotting 43 3.1 Example............................................... 43 3.2 Plotting Commands and their Options................................ 44 4 Debugging 47 4.1 The Equation-based Debugger.................................... 47 4.2 The Algorithmic Debugger...................................... 49 5 OMNotebook with DrModelica and DrControl 55 5.1 Interactive Notebooks with Literate Programming........................
    [Show full text]
  • BYLAWS for the Open Source Modelica Consortium (OSMC)
    BYLAWS for the Open Source Modelica Consortium (OSMC) Version 1.6, December 3, 2019 Revisions: Original version 1.0 adopted at the statutory meeting in Linköping December 4, 2007. Version 1.1 approved at the annual meeting in Linköping February 8, 2010. Version 1.2 approved at the annual meeting in Linköping February 7, 2011. Version 1.3 approved at the annual meeting in Linköping October 18, 2012. Version 1.3 with updated fees approved at the annual meeting in Linköping February 3, 2014. Version 1.4 with vice chairman approved at the annual meeting in Linköping March 17, 2016. Version 1.5 with added appendices about Directly Funded Development (DFD) and Maintenance and support agreement (MSA), approved at the annual meeting September 21, 2017. Version 1.6 with signature rights of vice director, approved at the annual meeting December 3, 2019. _______________________________________________________________ §1 General regulations §1.1 Name and Location of the Association The name of the association is Open Source Modelica Consortium, abbreviated as OSMC. The association has its seat in Linköping, Sweden. §1.2 Purpose of the Association OSMC is a non-profit, non-governmental organization with the aim of developing and promoting the development and usage of the OpenModelica open source implementation of the Modelica computer language (also named Modelica modeling language) and OpenModelica associated open-source tools and libraries, collectively named the OpenModelica Environment, in the following referred to as OpenModelica. OpenModelica is available for commercial and non-commercial usage under the conditions of the OSMC Public License as defined in Appendix A. It is the aim of OSMC, within the limitations of its available resources, to provide support and maintenance of OpenModelica, to support its publication on the web, and to coordinate contributions to OpenModelica.
    [Show full text]
  • Omedit - Openmodelica Connection Editor
    OMEdit - OpenModelica Connection Editor Adeel Asghar Motivation Modelica models were created using; Textual editors SimForge New Graphical User Interface was needed, To overcome the deficiencies of SimForge OMEdit – OpenModelica Connection Editor OMEdit - OpenModelica Connection Editor 2 OMEdit OpenModelica Connection Editor Features Modeling – Easy model creation for Modelica models Pre-defined models – Browsing the Modelica Standard library to access the provided models User defined models – Users can create their own models for immediate usage and later reuse Component interfaces – Smart connection editing for drawing and editing connections between model interfaces Simulation – Subsystem for running simulations and specifying simulation parameters start and stop time, etc. Plotting – Interface to plot variables from simulated models OMEdit - OpenModelica Connection Editor 3 OMEdit - Workflow OMEdit - OpenModelica Connection Editor 4 OMEdit - Windows Library Window Designer Window Messages Window Documentation Window Plot Window OMEdit - OpenModelica Connection Editor 5 Library Window Contains two tabs, Modelica Standard Library Modelica Files OMEdit - OpenModelica Connection Editor 6 Designer Window It consists of three views, Icon View - Shows the model icon view Diagram View - Shows the diagram of the model created by the user Modelica Text View - Shows the Modelica text of the model OMEdit - OpenModelica Connection Editor 7 Messages Window Messages Window is located at the bottom in OMEdit. The Messages Window consists of 4 types of messages, General Messages – Shown in black color Informational Messages – Shown in green color Warning Messages – Shown in orange color Error Messages – Shown in red color OMEdit - OpenModelica Connection Editor 8 Documentation Window Shows the Modelica documentation of component models/libraries in a web view OMEdit - OpenModelica Connection Editor 9 Plot Window Shows a tree containing the list of instance variables.
    [Show full text]
  • D5.8. Opencps
    OPENCPS ITEA3 Project no. 14018 D5.8 Simulink to Modelica importer Access1: PU Type2: Report Version: 2.3 Due Dates3: M24 Open Cyber-Physical System Model-Driven Certified Development Executive summary4: The use of block diagram models is pervasive in industrial modeling, and Simulink models are ubiq- uitous in the domain. This is a major barrier to the wide adoption of Modelica in industry, since rewriting existing Simulink models into Modelica is a difficult and too much time consuming task. With the Simulink/Modelica translator, Inria offers the automatic rewriting of most Simulink models into Modelica. The Simulink/Modelica open source translator will greatly facilitate the migration of the industry to open Modelica standards. 1Access classification as per definitions in PCA; PU = Public, CO = Confidential. Access classification per deliverable stated in FPP. 2Deliverable type according to FPP, note that all non-report deliverables must be accompanied by a deliverable report. 3Due month(s) according to FPP. 4It is mandatory to provide an executive summary for each deliverable. D5.8 - Simulink to Modelica importer Deliverable Contributors: Name Organisation Primary role in Main project Author(s)5 Deliverable Pierre Weis Inria T5.8 leader X Leader6 Habib Jreige Sciworks Tech- T5.8 member nologies Contributing Sébastien Furic Inria T5.8 member Author(s)7 Adrian Pop Linköpings uni- WP5 leader versitet Internal Reviewer(s)8 Document History: Version Date Reason for change Status9 0.1 30/12/2016 First Draft Version Draft 1.0 08/01/2017 Alpha Version Released 1.1 28/02/2017 First Issue Released 2.0 13/11/2017 Alpha version for M24 Draft 2.1 15/11/2017 First release In review 2.2 16/11/2017 Second release In review 2.3 24/11/2017 Third release Released 5Indicate Main Author(s) with an “X” in this column.
    [Show full text]
  • Openmodelica User's Guide
    OpenModelica User’s Guide Release v1.9.4 Open Source Modelica Consortium March 09, 2016 CONTENTS 1 Introduction 3 1.1 System Overview...........................................4 1.2 Interactive Session with Examples..................................5 1.3 Summary of Commands for the Interactive Session Handler.................... 21 1.4 Running the compiler from command line.............................. 22 2 OMEdit – OpenModelica Connection Editor 25 2.1 Starting OMEdit........................................... 25 2.2 MainWindow & Browsers...................................... 26 2.3 Perspectives............................................. 31 2.4 Modeling a Model.......................................... 34 2.5 Simulating a Model......................................... 34 2.6 Plotting the Simulation Results................................... 37 2.7 Re-simulating a Model........................................ 38 2.8 How to Create User Defined Shapes – Icons............................. 38 2.9 Global head section in documentation................................ 39 2.10 Settings................................................ 40 2.11 Debugger............................................... 44 3 2D Plotting 45 3.1 Example............................................... 45 3.2 Plot Command Interface....................................... 46 4 Debugging 49 4.1 The Equation-based Debugger.................................... 49 4.2 The Algorithmic Debugger...................................... 51 5 OMNotebook with DrModelica and DrControl 57
    [Show full text]
  • Support for Debugging in Enhanced MDT Openmodelica Eclipse Plug-In
    Prototype P2.24 Support for Debugging in Enhanced MDT OpenModelica Eclipse Plug-in Adrian Pop, Martin Sjölund, Adeel Asghar, Peter Fritzson (LIU) December, 2012 ••••••••••••••••••••••••••••••••••••••••••••• This document is public. Deliverable OPENPROD (ITEA 2) Page 2 of 2 Summary This deliverable provides a prototype debugger for Modelica and MetaModelica models. The debugger is integrated in the OpenModelica MDT Eclipse plug-in. This debugger is very efficient, even for large applications of size 150 000 lines of code. It is mainly applicable to algorithmic code, but also includes some support for equation-based parts of models. The equation-based model debugging part is an early prototype which has so far been tested for small models, but will be scaled up to larger applications in the near future. Publications included in this Document 1. Adrian Pop, Martin Sjölund, Adeel Asghar, Peter Fritzson, Francesco Casella. Static and Dynamic Debugging of Modelica Models. In Proceedings of the 9th International Modelica Conference (Modelica'2012), Munich, Germany, Sept.3-5, 2012. OPENPROD Static and Dynamic Debugging of Modelica Models Adrian Pop1, Martin Sjölund1, Adeel Asghar1, Peter Fritzson1, Francesco Casella2 1Programming Environments Laboratory Department of Computer and Information Science Linköping University, Linköping, Sweden 2Dipartimento di Elettronica e Informazione, Politecnico di Milano, Milano, Italy {adrian.pop,martin.sjolund,adeel.asghar,peter.fritzson}@liu.se [email protected] Abstract The static transformational debugging functionality addresses the problem that model compilers are opti- The high abstraction level of equation-based object- mized so heavily that it is hard to tell the origin of an oriented languages (EOO) such as Modelica has the equation during runtime.
    [Show full text]