archive-fr.com » FR » O » OPUS-PROJECT.FR

Total: 702

Choose link from "Titles, links and description words view":

Or switch to "Titles and links view".
  • WikiRestructuredText – Opus Project
    on your operating system you can download it at the RST Website Install docutils using easy install docutils Do not use the package manager of your OS e g apt get install python docutils because Trac will not find docutils then More information on RST reStructuredText Website http docutils sourceforge net rst html RST Quick Reference http docutils sourceforge net docs rst quickref html Using RST in Trac To specify that a block of text should be parsed using RST use the rst processor TracLinks in reStructuredText Trac provides a custom RST directive trac to allow TracLinks from within RST text Example rst This is a reference to a ticket a ticket trac 42 Trac allows an even easier way of creating TracLinks in RST using the custom trac role Example rst This is a reference to ticket 12 trac To learn how to use Trac see TracGuide trac For a complete example of all uses of the trac role please see WikiRestructuredTextLinks Syntax highlighting in reStructuredText There is a directive for doing TracSyntaxColoring in RST as well The directive is called code block Example rst code block python class Test def TestFunction self pass Will result in the below code block python class Test def TestFunction self pass Wiki Macros in reStructuredText For doing Wiki Macros in RST you use the same directive as for syntax highlighting i e code block To work you must use a version of trac that has 801 applied Wiki Macro Example rst code block RecentChanges Trac 3 Will result in the below 09 28 09 TracUnicode TracFineGrainedPermissions TracBackup Or a more concise Wiki Macro like syntax is also available rst code block RecentChanges Trac 3 Bigger RST Example The example below should be mostly self explanatory rst FooBar Header reStructuredText is nice It

    Original URL path: http://www.opus-project.fr/trac/wiki/WikiRestructuredText (2016-01-11)
    Open archived version from archive


  • WikiRestructuredTextLinks – Opus Project
    trac 3538 sandbox vc refactoring trac 3539 Wiki pages trac CamelCase or trac wiki CamelCase Milestones trac milestone 1 0 Attachment trac attachment ticket 944 attachment 1073 diff Files trac source trunk COPYING A specific file revision trac source trunk COPYING 200 A particular line of a specific file revision trac source trunk COPYING 200 L25 An explicit label can be specified separated from the link by a space See trac 1 ticket 1 and the trac source trunk COPYING license Provided you have docutils installed the above block will render as Examples Tickets trac 1 or trac ticket 1 Ticket comments trac comment ticket 1 2 Reports trac 1 or trac report 1 Changesets trac r1 trac 1 or trac changeset 1 Revision log trac r1 3 trac 1 3 or trac log 1 3 trac log trunk 1 3 Diffs since version 0 10 trac diff 20 30 trac diff tags trac 0 9 2 wiki default tags trac 0 9 3 wiki default or trac diff trunk trac 3538 sandbox vc refactoring trac 3539 Wiki pages trac CamelCase or trac wiki CamelCase Milestones trac milestone 1 0 Attachment trac attachment ticket 944 attachment 1073 diff Files trac

    Original URL path: http://www.opus-project.fr/trac/wiki/WikiRestructuredTextLinks (2016-01-11)
    Open archived version from archive

  • Wp0 – Opus Project
    industrials and developers to keep connected during the project life time Moreover during the project the web resource plays an important role in disseminating the results it centralises the documents scientific papers data and reports produced during the project The OPUS platform Open Source release is a start for the improvements and extensions a suitable infrastructure should be ready on therefore completing the mission of this tool WP0 3 Dissemination Researches used to say that good research project never ends as it keeps discovering the issues to tackle as the next stage It is not the aim of this project however OPUS project targets a completed and sustainable platform that is poised to succeed thanks to its deep foundations on industrial needs and its cutting edge contain and sensible business model Meanwhile it is not supposed to sustain on this basis only The Complex System Design Software inspires many people in France Europe and worldwide Indeed by building and maintaining close links with existing and emerging communities the Uncertainty Treatment platform may reach many more end users contributors and business peoples Considering the importance of this task for the overall prospects of the project product it was decided to design a specific work package on purpose It implements the internal and external communication policy agreed with WP0 1 and WP0 management and expert college respectively The Communication Dissemination working package coordination responsibility is confided to ECP as it is already present in many stakeholders meeting places and relevant projects in France and abroad This WP s actions include the contribution to the creation and regular update of the internet and extranet sites It is in charge of organisation of transitional thematic workshops aimed at results dissemination and endorsement by the scientific community Moreover WP0 3 is responsible for coordination of activities aimed at promotion of the Generic Uncertainty Management mindset practices and platform to the relevant communities and encouraging the use of it including in the projects to emerge The main communication axes includes SCILAB community R community High Performance Modelling community particularly via TERATEC Complex System Design Community Superior and Professional education community The ImdR national group Incertitudes et Industrie gathering large French industrial companies and research units Such actions include Links and advertising from relevant project Home Pages Scilab R to OPUS web site OPUS toolboxes references by original software Scialb R contribution pages Promoting OPUS through relevant conferences and events Design a modules for Engineering Schools and on the methods dealing with uncertainties in numerical modelling Promoting generic uncertainty treatment foundations of OPUS in various stakeholder communities WP0 Expert College The rich experience of various co funded projects where OPUS members were involved as collaborators or coordinators shows how hard it may be to keep an eye on what is actually happening in the fast moving scientific world when the project is running and the schedule is tough Typically the extensive state of the art is dressed prior to the project on that basis the actions are

    Original URL path: http://www.opus-project.fr/trac/wiki/Wp0 (2016-01-11)
    Open archived version from archive

  • Wp1 – Opus Project
    connecting fields high performance Simulation platform SALOME complex system design platform SCOS scientific computing language SCILAB statistical programming software R many domain specific uncertainty libraries and computer codes High performing means that the coding practices and core data models specifications must be on the cutting edge of the resources management Gatherer puts an accent on the requirement to communicate with home made sometimes commercial software and computer models Open highlights that the product codes and documentation must be comprehensive enough to be developer friendly let alone the user friendliness the must Supported Sustained underlines the need to have an evolving structure enabling it to accommodate to any particular development environment and potentially to modern concepts still to emerge Based on the renowned partners know how in Open Source Platform design and Uncertainty Management Methodology EDF and DA two industrial partners lead the cornerstone specification task This work is evenly split between the specifications of scientific research to be carried by the WP2 and the Software specifications for the building blocks and the whole platform that results from the WP3 actions The former mostly features the scope definition for every methodological innovation That includes providing the scientists with a sufficiently wide spectrum of industrial cases both by problem set ups and application fields The Software specifications are based on the cutting edge current development practices and latest available platforms Given the recent progress in the software development it is needless to build the Generic Open Source Uncertainty Management Platform from scratch based on the benchmark of these developments it is sensible to inherit the core data model specifications as well as its sources from an anterior project however a minor specification changes leading to essential overall consensus may prove necessary CEA EADS EDF DA and INRIA are the players who will

    Original URL path: http://www.opus-project.fr/trac/wiki/Wp1 (2016-01-11)
    Open archived version from archive

  • Wp2 – Opus Project
    plus large communauté d utilisateurs et faire émerger de nouvelles solutions est le double objectif de ce WP Ainsi nous avons structuré ce WP l essentiel du projet en deux WP Le WP2 1 intitulé recherche pré industrielle couvre les activités visant un aboutissement à l horizon T0 18 24 ce qui laissera le temps au projet de les industrialiser dans la plate forme Le WP2 2 intitulé recherche amont contient les livrables à T0 33 ce qui permet une validation industrielle mais pas a priori l intégration dans la plate forme Ces méthodes constitueront une base de départ à des PME innovantes pour bâtir une offre de service Le premier constitue dans la plupart des cas un aboutissement enrichissement et généralisation des travaux déjà engagés tandis que le second s attache à résoudre des verrous méthodologiques Toutefois pour garantir la cohérence de l ensemble ainsi qu un échange productif des idées les deux sous WPs auront une structure de pilotage commune Cette structure sera composée par SUPELEC leader du WP2 et ECP qui le secondera dans cette tâche essentielle Elle assurera à la fois la tenue des objectifs sur le chemin critique du projet livraisons pour la validation et

    Original URL path: http://www.opus-project.fr/trac/wiki/Wp2 (2016-01-11)
    Open archived version from archive

  • Wp3 – Opus Project
    the study cases can challenge any would be generic product The actions of this working package are run by four industrial partners CEA DA EADS and EDF on the industrial cases representatives for each groups business areas This WP is an essential step for the project It completes the two stage validation path to be run through by scientific advance prior to the industrialisation investment First Expert College endorsement and

    Original URL path: http://www.opus-project.fr/trac/wiki/Wp3 (2016-01-11)
    Open archived version from archive

  • Wp4 – Opus Project
    method prototypes are both scientifically endorsed and industrially validated It aims to produce a user friendly fully documented and easily maintainable and evolving ready toolboxes for the OPUS platform Besides the software deliveries this package address the issues like Infrastructure specifications and Open Source business model It aims at casting some light on what are the service offer expectations of large companies in the uncertainty treatment field or what is

    Original URL path: http://www.opus-project.fr/trac/wiki/Wp4 (2016-01-11)
    Open archived version from archive

  • OT – Opus Project
    on building together a tool designed to perform uncertainty treatment and reliability analyses Key characteristics OpenTURNS is a Unix Linux software with three main components a scientific C library including an internal data model and algorithms dedicated to the treatment of uncertainties The main function of that library is giving to specific applications all the functionalities needed to treat uncertainties in studies Targeted users are all engineers who want to introduce the probabilistic dimension in their so far deterministic studies an independent application with a graphical user interface This application was built to become the work environment for the specialist of the treatment of uncertainties Targeted users are once again industrial practitioners those who identify the treatment of uncertainties as a full task which can be spread to multiple engineering domains a python module with high level operators in the probabilistic and statistical field The interest of this language is to be both a powerful scientific language capable of using C libraries and a user friendly interpreted language like Matlab s one This python module was designed to make the development of prototypes easier in order to test new algorithms and methods for example to become an easy to use

    Original URL path: http://www.opus-project.fr/trac/wiki/OT?version=2 (2016-01-11)
    Open archived version from archive