Summary of Image and Plotting Software (IPS) Packages Collected
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Abaqus Installation and Licensing Guide
Abaqus Installation and Licensing Guide Abaqus 6.12 Installation and Licensing Guide Abaqus ID: Printed on: Abaqus Installation and Licensing Guide Abaqus ID: Printed on: Legal Notices CAUTION: This documentation is intended for qualified users who will exercise sound engineering judgment and expertise in the use of the Abaqus Software. The Abaqus Software is inherently complex, and the examples and procedures in this documentation are not intended to be exhaustive or to apply to any particular situation. Users are cautioned to satisfy themselves as to the accuracy and results of their analyses. Dassault Systèmes and its subsidiaries, including Dassault Systèmes Simulia Corp., shall not be responsible for the accuracy or usefulness of any analysis performed using the Abaqus Software or the procedures, examples, or explanations in this documentation. Dassault Systèmes and its subsidiaries shall not be responsible for the consequences of any errors or omissions that may appear in this documentation. The Abaqus Software is available only under license from Dassault Systèmes or its subsidiary and may be used or reproduced only in accordance with the terms of such license. This documentation is subject to the terms and conditions of either the software license agreement signed by the parties, or, absent such an agreement, the then current software license agreement to which the documentation relates. Abaqus software updates are designated by Version, Release, and, if applicable, Maintenance Delivery. Releases are software updates that include enhancements and new functionality. Maintenance Deliveries are software updates that address known issues but generally do not introduce enhancements or new functionality. Abaqus Extended Functionality Releases provide early access to a subset of the new functionality that will be introduced in the next numbered Release. -
Eves2005-Dformstfp04
Chapter 1 Disjoint Forms in Graphical User Interfaces Sander Evers, Peter Achten, Rinus Plasmeijer1 Abstract: Forms are parts of a graphical user interface (GUI) that show a (struc- tured) value and allow the user to update it. Some forms express a choice between two or more (structured) values using radio buttons or check boxes. We show that explicitly modelling such a choice leads to a cleaner separation of logic and lay- out. This is done by extending the combinator library FunctionalForms with dis- joint form combinators. To implement these, we have generalized the technique of compositional functional references which underlies the library. 1.1 INTRODUCTION Forms are parts of a graphical user interface (GUI) that show a (structured) value and allow the user to update it. For example, the omnipresent dialogs labeled Options, Settings and Preferences are forms. An address book can also be con- sidered a form. In our previous work, we have developed the combinator library FunctionalForms[2] for building forms in a concise, compositional way. Many real-life forms allow a choice between two or more alternatives, some of which require extra information. For example, the form in Fig. 1.1 indicates whether the user wishes to receive a certain newsletter; if s/he does, the text entry field next to this option should contain his/her email adress. If s/he does not, this text field is irrelevant (some GUIs provide a visual clue for this: the control is dimmed). Usually, the information in such a form is processed as a product-like data structure containing the choice (e.g. -
Comparison of Common Xml-Based Web User Interface Languages
Journal of Web Engineering, Vol. 9, No. 2 (2010) 095–115 c Rinton Press COMPARISON OF COMMON XML-BASED WEB USER INTERFACE LANGUAGES MIKKO POHJA Department of Media Technology, Aalto University P.O. Box 15400, FI-00076 Aalto, Finland mikko.pohja@hut.fi Received August 1, 2009 Revised February 25, 2010 In addition to being a platform for information access, the World Wide Web is increas- ingly becoming an application platform. While web applications have several benefits compared to desktop applications, there are also some problems. With legacy HTML, for example, one cannot produce user interfaces such as those that users have become accustomed to with desktop applications. What worked for static documents is not suf- ficient for the complicated web applications of today. Several parties have addressed this problem by defining a specific UI description language. In addition, the renewal of HTML aims to enhance support for web applications. This study evaluated five XML- based UI description formats, including HTML 5, in order to determine which language is best suited for modern web application development. The study also assessed what kind of applications are suited to each format. The requirements for a Web UI descrip- tion language from the literature were revised and three use cases were defined, through which the languages are evaluated. The paper also presents the model differences of the languages. Keywords: Web User Interface Description Language, Web Application Communicated by: D. Lowe & O. Pastor 1 Introduction Commerce and communication tasks, such as the use of e-mail, are common today on the World Wide Web (WWW), as is a trend towards realizing higher interaction tasks, such as in- formation authoring. -
Fortran Resources 1
Fortran Resources 1 Ian D Chivers Jane Sleightholme May 7, 2021 1The original basis for this document was Mike Metcalf’s Fortran Information File. The next input came from people on comp-fortran-90. Details of how to subscribe or browse this list can be found in this document. If you have any corrections, additions, suggestions etc to make please contact us and we will endeavor to include your comments in later versions. Thanks to all the people who have contributed. Revision history The most recent version can be found at https://www.fortranplus.co.uk/fortran-information/ and the files section of the comp-fortran-90 list. https://www.jiscmail.ac.uk/cgi-bin/webadmin?A0=comp-fortran-90 • May 2021. Major update to the Intel entry. Also changes to the editors and IDE section, the graphics section, and the parallel programming section. • October 2020. Added an entry for Nvidia to the compiler section. Nvidia has integrated the PGI compiler suite into their NVIDIA HPC SDK product. Nvidia are also contributing to the LLVM Flang project. Updated the ’Additional Compiler Information’ entry in the compiler section. The Polyhedron benchmarks discuss automatic parallelisation. The fortranplus entry covers the diagnostic capability of the Cray, gfortran, Intel, Nag, Oracle and Nvidia compilers. Updated one entry and removed three others from the software tools section. Added ’Fortran Discourse’ to the e-lists section. We have also made changes to the Latex style sheet. • September 2020. Added a computer arithmetic and IEEE formats section. • June 2020. Updated the compiler entry with details of standard conformance. -
Model-Driven Architecture for Cancer Research
Model-driven architecture for cancer research Radu Calinescu, Steve Harris, Jeremy Gibbons and Jim Davies Computing Laboratory, University of Oxford Wolfson Building, Parks Road, Oxford OX1 3QD, UK Igor Toujilov and Sylvia B. Nagl Oncology Department, The Royal Free and University College Medical School Hampstead Campus, Rowland Hill Street, Hampstead, London NW3 2PF, UK Abstract trial designer tool provides oncology clinicians with an in- tegrated environment for the design of cancer clinical trials It is a common phenomenon for research projects to col- that are instances of the metamodel. This use of a common lect and analyse valuable data using ad-hoc information metamodel for the design of different clinical trials enables systems. These costly-to-build systems are often composed the model-driven development of reusable software compo- of incompatible variants of the same modules, and record nents for cancer research. Additionally, the tool enforces data in ways that prevent any meaningful result analysis the consistent use of controlled cancer vocabulary and com- across similar projects. We present a framework that uses a mon data elements (i.e., cancer metadata)—a key factor for combination of formal methods, model-driven development sharing data across clinical trials. Starting from a set of and service-oriented architecture (SOA) technologies to au- trial designs produced by means of this tool, an assembly tomate the generation of data management systems for can- of software artefact generators build the complete code for cer clinical trial research, an area particularly affected by the services, electronic forms and documentation that com- these problems. The SOA solution generated by the frame- pose a trial management system. -
Minidlna Tweaker : Aplicació Per Configurar I Previsualitzar El Servidor Minidlna Per a GNU/Linux
MINIDLNA_TWEAKER APLICACIÓ PER A CONFIGURAR I PREVISUALITZAR EL SERVIDOR MiniDLNA PER A LINUX Treball Fi de Carrera Jordi Martínez Lloveras Enginyeria Tècnica en Telecomunicació, especialitat Telemàtica Universitat Oberta de Catalunya (UOC) Tutor acadèmic: Manel Llopart Vidal Juny 2013 MiniDLNA_tweaker, personalitza el teu servidor MiniDLNA El poder compartir una mateixa biblioteca multimèdia disponible per tota la llar i no haver d’estar movent la informació amb dispositius extraïbles o de gravació és un problema que està sent enfocat des de diferents àmbits de la programació i de l’electrònica. Un d’ells les la possibilitat d’instal·lar un servidor al ordinador d’escriptori de la llar per a poder compartir la informació que hi és a dins o que es pot anar descarregant d’Internet. L’aplicació MiniDLNA per a GNU/Linux és un servidor lleuger que compleix els estàndards DLNA/UPnP configurable a traves d’un simple arxiu de text, això la fa ideal per al propòsit esmentat de la implantació d’un servidor que ofereixi els continguts a tots els dispositius que compleixin els estàndards esmentats. Aquest treball ve a emplenar el buit existent que te aquest programari en quant a una eina gràfica que serveixi per a poder controlar d’una manera senzilla i intuïtiva aquest servidor, que al ser part d’un programari més gran destinat a altres tasques, no disposa d’aquesta eina esmentada. L’aplicació MiniDLNA_tweaker desenvolupada en aquest treball emplena aquest buit tot permetent tres aspectes bàsics relacionat amb el servidor: Configurar els seus paràmetres, controlar el seu funcionament i poder escollir la informació multimèdia que s’ofereix d’una manera molt més intuïtiva que l’existent. -
An Introduction to the SAS System
An Introduction to the SAS System Dileep K. Panda Directorate of Water Management Bhubaneswar-751023 [email protected] Introduction The SAS – Statistical Analysis System (erstwhile expansion of SAS) - is the one of the most widely used Statistical Software package by the academic circles and Industry. The SAS software was developed in late 1960s at North Carolina State University and in 1976 SAS Institute was formed. The SAS system is a collection of products, available from the SAS Institute in North Carolina. SAS software is a combination of a statistical package, a data – base management system, and a high level programming language. The SAS is an integrated system of software solutions that performs the following tasks: Data entry, retrieval, and management Report writing and graphics design Statistical and mathematical analysis Business forecasting and decision support Operations research and project management Applications development At the core of the SAS System is the Base SAS software. The Base SAS software includes a fourth-generation programming language and ready-to-use programs called procedures. These integrated procedures handle data manipulation, information storage and retrieval, statistical analysis, and report writing. Additional components offer capabilities for data entry, retrieval, and management; report writing and graphics; statistical and mathematical analysis; business planning, forecasting, and decision support; operations research and project management; quality improvement; and applications development. In general, the Base SAS software has the following capabilities A data management facility A programming language Data analysis and reporting utilities Learning to use Base SAS enables you to work with these features of SAS. It also prepares you to learn other SAS products, because all SAS products follow the same basic rules. -
Abaqus GUI Toolkit User's Guide
Abaqus GUI Toolkit User’s Guide ABAQUS 6.14 GUI TOOLKIT USER’S GUIDE Abaqus ID: Printed on: Abaqus GUI Toolkit User’s Guide Abaqus ID: Printed on: Legal Notices CAUTION: This documentation is intended for qualified users who will exercise sound engineering judgment and expertise in the use of the Abaqus Software. The Abaqus Software is inherently complex, and the examples and procedures in this documentation are not intended to be exhaustive or to apply to any particular situation. Users are cautioned to satisfy themselves as to the accuracy and results of their analyses. Dassault Systèmes and its subsidiaries, including Dassault Systèmes Simulia Corp., shall not be responsible for the accuracy or usefulness of any analysis performed using the Abaqus Software or the procedures, examples, or explanations in this documentation. Dassault Systèmes and its subsidiaries shall not be responsible for the consequences of any errors or omissions that may appear in this documentation. The Abaqus Software is available only under license from Dassault Systèmes or its subsidiary and may be used or reproduced only in accordance with the terms of such license. This documentation is subject to the terms and conditions of either the software license agreement signed by the parties, or, absent such an agreement, the then current software license agreement to which the documentation relates. This documentation and the software described in this documentation are subject to change without prior notice. No part of this documentation may be reproduced or distributed in any form without prior written permission of Dassault Systèmes or its subsidiary. The Abaqus Software is a product of Dassault Systèmes Simulia Corp., Providence, RI, USA. -
Information Technology Laboratory Technical Accomplishments
CONTENTS Director’s Foreword 1 ITL at a Glance 4 ITL Research Blueprint 6 Accomplishments of our Research Program 7 Foundation Research Areas 8 Selected Cross-Cutting Themes 26 Industry and International Interactions 36 Publications 44 NISTIR 7169 Conferences 47 February 2005 Staff Recognition 50 U.S. DEPARTMENT OF COMMERCE Carlos M. Gutierrez, Secretary Technology Administration Phillip J. Bond Under Secretary of Commerce for Technology National Institute of Standards and Technology Hratch G. Semerjian, Jr., Acting Director About ITL For more information about ITL, contact: Information Technology Laboratory National Institute of Standards and Technology 100 Bureau Drive, Stop 8900 Gaithersburg, MD 20899-8900 Telephone: (301) 975-2900 Facsimile: (301) 840-1357 E-mail: [email protected] Website: http://www.itl.nist.gov INFORMATION TECHNOLOGY LABORATORY D IRECTOR’S F OREWORD n today’s complex technology-driven world, the Information Technology Laboratory (ITL) at the National Institute of Standards and Technology has the broad mission of supporting U.S. industry, government, and Iacademia with measurements and standards that enable new computational methods for scientific inquiry, assure IT innovations for maintaining global leadership, and re-engineer complex societal systems and processes through insertion of advanced information technology. Through its efforts, ITL seeks to enhance productivity and public safety, facilitate trade, and improve the Dr. Shashi Phoha, quality of life. ITL achieves these goals in areas of Director, Information national priority by drawing on its core capabilities in Technology Laboratory cyber security, software quality assurance, advanced networking, information access, mathematical and computational sciences, and statistical engineering. utilizing existing and emerging IT to meet national Information technology is the acknowledged engine for priorities that reflect the country’s broad based social, national and regional economic growth. -
With SCL and C/C++ 3 Graphics for Guis and Data Plotting 4 Implementing Computational Models with C and Graphics José M
Presentation Agenda Using Cross-Platform Graphic Packages for 1 General Goals GUIs and Data Plotting 2 Concepts and Background Overview with SCL and C/C++ 3 Graphics for GUIs and data plotting 4 Implementing Computational Models with C and graphics José M. Garrido C. 5 Demonstration of C programs using graphic libraries on Linux Department of Computer Science College of Science and Mathematics cs.kennesaw.edu/~jgarrido/comp_models Kennesaw State University November 7, 2014 José M. Garrido C. Graphic Packages for GUIs and Data Plotting José M. Garrido C. Graphic Packages for GUIs and Data Plotting A Computational Model Abstraction and Decomposition An software implementation of the solution to a (scientific) Abstraction is recognized as a fundamental and essential complex problem principle in problem solving and software development. It usually requires a mathematical model or mathematical Abstraction and decomposition are extremely important representation that has been formulated for the problem. in dealing with large and complex systems. The software implementation often requires Abstraction is the activity of hiding the details and exposing high-performance computing (HPC) to run. only the essential features of a particular system. In modeling, one of the critical tasks is representing the various aspects of a system at different levels of abstraction. A good abstraction captures the essential elements of a system, and purposely leaving out the rest. José M. Garrido C. Graphic Packages for GUIs and Data Plotting José M. Garrido C. Graphic Packages for GUIs and Data Plotting Developing a Computational Model Levels of Abstraction in the Process The process of developing a computational model can be divided in three levels: 1 Prototyping, using the Matlab programming language 2 Performance implementation, using: C or Fortran programming languages. -
Plotting Package Evaluation
Plotting package evaluation Introduction We would like to evaluate several graphics packages for possible use in the GLAST Standard Analysis Environment. It is hoped that this testing will lead to a recommendation for a plotting package to be adopted for use by the science tools. We will describe the packages we want to test, the tests we want to do to (given the short time and resources for doing this), and then the results of the evaluation. Finally we will discuss the conclusions of our testing and hopefully make a recommendation. According to the draft requirements document for plotting packages the top candidates are: ROOT VTK VisAD JAS PLPLOT There has been some discussion about using some python plotting package: e.g.,Chaco, SciPy, and possibly Biggles (suggested in Computers in Science and Engineering). A desired feature is have is the ability to get the cursor position back from the graphics package. We will look for this desired feature. An additional desired feature would be to have the same graphics package make widgets or have a closely associated widget friend. Widget friends will not be tested here, but will have to studied before agreeing to use it. Package Widget Friend(s) Comments Biggles WxPython Plplot PyQt, Tk, java The Python Qt interface is only experimental at present. ROOT Comes with its own GUI INTEGRAL makes GUIs from ROOT graphics libs. We hear this was a bit of a challenge to do, but much of the work is already done for us. for us. Tests: The testing is to be carried out separately in the Windows and Linux environments. -
Scaling a Content Delivery System for Open Source Software
Scaling a Content Delivery system for Open Source Software Niklas Edmundsson May 25, 2015 Master’s Thesis in Computing Science, 30 credits Supervisor at CS-UmU: Per-Olov Ostberg¨ Examiner: Fredrik Georgsson Ume˚a University Department of Computing Science SE-901 87 UMEA˚ SWEDEN Abstract This master’s thesis addresses scaling of content distribution sites. In a case study, the thesis investigates issues encountered on ftp.acc.umu.se,acontentdistributionsiterun by the Academic Computer Club (ACC) of Ume˚aUniversity. Thissiteischaracterized by the unusual situation of the external network connectivity having higher bandwidth than the components of the system, which differs from the norm of the external con- nectivity being the limiting factor. To address this imbalance, a caching approach is proposed to architect a system that is able to fully utilize the available network capac- ity, while still providing a homogeneous resource to the end user. A set of modifications are made to standard open source solutions to make caching perform as required, and results from production deployment of the system are evaluated. In addition, time se- ries analysis and forecasting techniques are introduced as tools to improve the system further, resulting in the implementation of a method to automatically detect bursts and handle load distribution of unusually popular files. Contents 1Introduction 1 2Background 3 3 Architecture analysis 5 3.1 Overview ................................... 5 3.2 Components . 7 3.2.1 mod cache disk largefile - Apache httpd disk cache . 8 3.2.2 libhttpcacheopen - using the httpd disk cache for otherservices. 9 3.2.3 redirprg.pl-redirectionsubsystem . ... 10 3.3 Results....................................