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blob: ff52a92b33f404bce700396abfab54eb28ec8342 [file] [log] [blame]
{"usecases":[
{
"medias": {
"mainSrc": "images/gallery/capella-1.jpg",
"imgAlt": "Put image name here",
"thumbs": [
{"src": "images/gallery/capella-2.jpg"},
{"src": "images/gallery/capella-3.jpg"},
{"src": "images/gallery/capella-4.jpg"},
{"src": "images/gallery/capella-5.jpg"},
{"src": "images/gallery/capella-6.jpg"}
]
},
"infos": {
"title": "Capella",
"author": "Thales",
"description": "<p>Capella is a field-proven model driven engineering solution based on a graphical modeling workbench for engineers developing systems, software and hardware architectures.</p><p>It provides a domain-specific language (DSL) implementing Arcadia, both as a simplification and a semantic enrichment of the UML and SysML standards.</p>",
"tags": [
{
"nom": "Systems Engineering",
"url": "#"
}
],
"lnks": [
{
"nom": "Project Page",
"url": "https://polarsys.org/capella/"
},
{
"nom": "Strategy for building custom modeling workbenches",
"url": "http://neptune.irit.fr/images/Neptune_2013/transparents/P11_SBonnet.pdf"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/mindstorms-1.jpg",
"imgAlt": "Put image name here",
"thumbs": [
{"src": "images/gallery/mindstorms-2.jpg"}
]
},
"infos": {
"title": "Mindstorms Designer",
"author": "Obeo",
"description": "<p>A tool for describing the choreography of a Lego Mindstorms robot: go forward, rotate, grab, release.<br>Java code is generated automatically and can be uploaded on the robot to execute the described choreography.</p>",
"tags": [
{
"nom": "Robotics",
"url": "#"
}
],
"lnks": [
{
"nom": "Tutorial",
"url": "https://wiki.eclipse.org/Sirius/Tutorials/Mindstorms"
},
{
"nom": "Github",
"url": "https://github.com/mbats/mindstorms"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/advocate-1.png",
"imgAlt": "",
"thumbs": [
{"src": "images/gallery/advocate-2.png"},
{"src": "images/gallery/advocate-3.png"},
{"src": "images/gallery/advocate-4.png"}
]
},
"infos": {
"title": "Advocate",
"author": "Nasa",
"description": "<p>AdvoCATE is a toolset developed by NASA's Ames Research Center to specify Safety/assurance cases. AdvoCATE facilitates model-based development, exploiting validations, transformations, and a range of views in the construction of (some of) the artifacts constituting a safety case. NASA has used AdvoCATE to successfully obtain regulatory approval for flight operations involving a fleet of small unmanned aircraft systems (UAS) flying beyond visual line of sight.</p>",
"tags": [
{
"nom": "Safety",
"url": "#"
},
{
"nom": "Risk Analysis",
"url": "#"
}
],
"lnks": [
{
"nom": "Project Page",
"url": "https://ti.arc.nasa.gov/tech/rse/research/advocate/"
},
{
"nom": "Article: Tool Support for Assurance Case Development",
"url": "https://ti.arc.nasa.gov/publications/45370/download"
},
{
"nom": "Article: Model-driven Development of Safety Architectures",
"url": "http://ti.arc.nasa.gov/publications/48294/download/"
},
{
"nom": "SiriusCon slides",
"url": "https://fr.slideshare.net/slideshow/embed_code/key/8UYZkyAZjVFWko"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/cft-1.png",
"imgAlt": "",
"thumbs": [
{"src": "images/gallery/cft-2.png"}
]
},
"infos": {
"title": "Component Fault Tree",
"author": "Siemens",
"description": "<p>A Component Fault Tree is an extension of classic fault trees introducing a component concept which extends the advantages of model-based development to safety and reliability engineering. This provides a modular, hierarchical composition of system fault trees and facilitates their reuse.</p><p>The seamlessly integration of a Component Fault Tree approach in Capella allows safety engineers to define Fault Trees directly on components defined by systems architects.</p>",
"tags": [
{
"nom": "Safety",
"url": "#"
},
{
"nom": "Risk Analysis",
"url": "#"
}
],
"lnks": [
{
"nom": "SiriusCon slides",
"url": "https://www.slideshare.net/slideshow/embed_code/key/fTfWaXYyqacwHY"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/modane-1.png",
"imgAlt": "Modane - CEA-DAM",
"thumbs": [
{"src": "images/gallery/modane-2.png"},
{"src": "images/gallery/modane-3.png"}
]
},
"infos": {
"title": "Modane",
"author": "CEA-DAM",
"description": "<p>The continual increasing power of supercomputers allows numerical simulation codes to take into account more complex physical phenomena. Therefore, physicists and mathematicians have to implement complex algorithms using cutting edge technologies and integrate them in large simulators. To improve its simulators development cycle, the CEA-DAM has developed Modane, a tool based on Sirius, Xtext and EMF Compare.</p>",
"tags": [
{
"nom": "Simulation",
"url": "#"
}
],
"lnks": [
{
"nom": "SiriusCon slides",
"url": "https://www.slideshare.net/slideshow/embed_code/key/F7aJYWBvhs4i77"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/simqri-1.png",
"imgAlt": "SimQRi - CETIC",
"thumbs": [
]
},
"infos": {
"title": "SimQRi",
"author": "CETIC",
"description": "<p>Companies have to face increasing procurement risks especially in the globalisation context. SimQRi aims at providing a holistic approach to conduct and obtain procurement-specified risk assessments including internal risk treatment, with a specific focus on small and medium enterprises in the field of Mechanical Engineering. The methodology is supported by a Sirius-based Open Source tool that guides the user through the whole process of risk assessment with a logistics DSL and tables presenting results of Monte Carlo simulations.</p>",
"tags": [
{
"nom": "Risk Analysis",
"url": "#"
}
],
"lnks": [
{
"nom": "SiriusCon slides",
"url": "https://fr.slideshare.net/slideshow/embed_code/key/xqpCfkrx5xLhvr"
},
{
"nom": "Source Code",
"url": "https://github.com/cetic/SimQRI"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/iri-tmb.png",
"imgAlt": "",
"thumbs": [
{"src": "images/gallery/iri-er.png"},
{"src": "images/gallery/iri-flow.png"}
]
},
"infos": {
"title": "IRI Workbench for Voracity",
"author": "IRI, The CoSort Company",
"description": "<p>IRI Workbench provides a simple visual interface and ergonomic modules to design and run all job scripts. In this graphical IDE built on Eclipse, you build, modify, share, and execute the simple, portable job scripts of IRI tools, and the state-of-the-art, portable workflows of the new IRI Voracity platform.</p><p>IRI Workbench features metadata creation, conversion, discovery, and application wizards to help you generate, deploy, and manage the simple job scripts (SortCL, etc.), data definition files (DDF), and XML workflows common to all IRI software.</p>",
"tags": [
{
"nom": "Big Data",
"url": "#"
},
{
"nom": "ETL",
"url": "#"
},
{
"nom": "Data Masking",
"url": "#"
}
],
"lnks": [
{
"nom": "Product website",
"url": "http://www.iri.com/products/workbench"
},
{
"nom": "SiriusCon slides",
"url": "https://www.slideshare.net/slideshow/embed_code/key/hNmwbQGGsLW2DY"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/smartmdsd-1.jpg",
"imgAlt": "",
"thumbs": [
{"src": "images/gallery/smartmdsd-2.jpg"}
]
},
"infos": {
"title": "SmartMDSD",
"author": "Technische Hochschule Ulm",
"description": "<p>SmartMDSD is an integrated development environment (IDE) that allows different roles that act around the development of robotics systems to offer building blocks and/or to reuse them and easily compose them to complex robotic software systems.</p>",
"tags": [
{
"nom": "Robotics",
"url": "#"
}
],
"lnks": [
{
"nom": "The SmartMDSD Toolchain",
"url": "https://wiki.servicerobotik-ulm.de/smartmdsd-toolchain:start"
},
{
"nom": "SiriusCon slides",
"url": "https://www.slideshare.net/slideshow/embed_code/key/Nk9uhKm1DC2ZPR"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/plat4mc-1.png",
"imgAlt": "",
"thumbs": [
{"src": "images/gallery/plat4mc-2.jpg"}
]
},
"infos": {
"title": "PLAT4MC",
"author": "Robert Bosch",
"description": "<p>PLAT4MC is tailored platform for the development of multi-core software systems. In this platform several visualization tools have been created with Eclipse Sirius.</p>",
"tags": [
{
"nom": "Software Development",
"url": "#"
},
{
"nom": "Automotive",
"url": "#"
},
{
"nom": "Microcontrollers",
"url": "#"
}
],
"lnks": [
{
"nom": "Article",
"url": "https://www.microconsult.de/files/fachinfo_ese_multicore_plat4mc_-_multicore_performance_optimization_with_open_source_robert_bosch_raza.pdf"
},
{
"nom": "SiriusCon slides",
"url": "https://www.slideshare.net/slideshow/embed_code/key/zdThE4VJE0Ctii"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/xatkit-1.png",
"imgAlt": "",
"thumbs": [
]
},
"infos": {
"title": "Xatkit Chatbot Diagrams",
"author": "Xatkit",
"description": "<p>Xatkit is a generic and extensible platform for developing all kinds of digital assistants.</p><p>Xtext and Sirius are work together inside Xatkit to make textual and graphical representations co-exist together in harmony</p>",
"tags": [
{
"nom": "Chatbot",
"url": "#"
}
],
"lnks": [
{
"nom": "Sirius integration within Xatkit",
"url": "https://xatkit.com/graphical-rendering-of-your-chatbot-models/"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/nxp-1.png",
"imgAlt": "",
"thumbs": [
]
},
"infos": {
"title": "S32 Design Studio",
"author": "NXP",
"description": "<p>The S32 Design Studio is a complimentary Integrated Development Environment (IDE) for automotive and ultra-reliable Power Architecture® (e200 core) and Arm®-based microcontrollers and processors.</p>",
"tags": [
{
"nom": "Software Development",
"url": "#"
},
{
"nom": "Automotive",
"url": "#"
},
{
"nom": "Microcontrollers",
"url": "#"
}
],
"lnks": [
{
"nom": "EclipseCon slides",
"url": "https://www.eclipsecon.org/sites/default/files/slides/NXP%20S32Design%20Studio%20%28Eclipse%20Conf%202020%29.pdf"
},
{
"nom": "Getting started with S32 Design Studio (video)",
"url": "https://www.nxp.com/design/training/getting-started-with-s32-design-studio-ide-for-vision-2018-r1:TIP-S32DS"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/trades-1.png",
"imgAlt": "",
"thumbs": [
]
},
"infos": {
"title": "TRADES Tool",
"author": "Israel Aerospace Industries / ELTA Cyber Division",
"description": "<p>A threat and risk assessment (TRA) tool for the design of engineered systems. TRADES Tool is an open-source design tool, implementing a risk-based, cybersecurity assessment methodology. The underlying model-based approach promotes establishing and maintaining the system's cybersecurity posture throughout the system life cycle.</p>",
"tags": [
{
"nom": "Risk Analysis",
"url": "#"
},
{
"nom": "Cybersecurity",
"url": "#"
}
],
"lnks": [
{
"nom": "Github project",
"url": "https://github.com/iai-cyber/TRADES"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/iris-1.png",
"imgAlt": "IRIS - Grace Park (University of Texas at Dallas)",
"thumbs": [
{"src": "images/gallery/iris-2.png"}
]
},
"infos": {
"title": "IRIS",
"author": "Grace Park (University of Texas at Dallas)",
"description": "<p>IRIS is a framework for aligning big data analytics with business in a goal-oriented approach in order to address the problems of big data/IoT, i.e., lack of business context around the data, lack of expertise to connect the dots, and implicit business objectives. It is composed of ontology for a business context model, analytics methods for connecting big data with business, a process for collaborative work and an assistant tool utilizing Spark for big data processing and Sirius for visualizing conceptual models of the ontology.</p>",
"tags": [
{
"nom": "Big Data",
"url": "#"
},
{
"nom": "IoT",
"url": "#"
},
{
"nom": "Business Analytics",
"url": "#"
},
{
"nom": "Goal-orientation",
"url": "#"
}
],
"lnks": [
{
"nom": "Project Page",
"url": "https://sites.google.com/site/irisforbigdata/"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/lyo-designer.png",
"imgAlt": "Lyo Designer",
"thumbs": [
]
},
"infos": {
"title": "Lyo Designer",
"author": "KTH Royal Institute of Technology",
"description": "<p>If you are developing modelling tools, you might be already considering their interoperability with other software applications.<br>Lyo Designer is an open source modeling tool that supports the architectural design and implementation of tool interfaces based on <a href='https://open-services.net/' target='_blank'>OSLC</a> (Open Services for Lifecycle Collaboration) - an OASIS standard for the interoperability of heterogeneous software applications.<br>Lyo Designer includes an integrated code generator that synthesizes the toolchain model into almost-complete <a href='https://wiki.eclipse.org/Lyo/LyoOSLC4J' target='_blank'>OSLC4J</a> - compliant running implementation. </p>",
"tags": [
{
"nom": "Systems Engineering",
"url": "#"
}
],
"lnks": [
{
"nom": "Lyo Designer",
"url": "https://wiki.eclipse.org/Lyo/Lyo_Designer"
},
{
"nom": "OASIS OSLC",
"url": "http://docs.oasis-open.org/oslc-core/oslc-core/v3.0/oslc-core-v3.0-part1-overview.html"
},
{
"nom": "Lyo Designer Workshop",
"url": "https://github.com/kth-mda/workshop-lyo-designer"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/crala-1.jpg",
"imgAlt": "Put image name here",
"thumbs": [
{"src": "images/gallery/crala-2.jpg"},
{"src": "images/gallery/crala-3.jpg"},
{"src": "images/gallery/crala-4.jpg"},
{"src": "images/gallery/crala-5.jpg"}
]
},
"infos": {
"title": "CRALA",
"author": "Huaxi Yulin ZHANG (University of Picardie Jules Verne, France)<br>Lei ZHANG (Northeastern University, China)",
"description": "<p>A tool for modeling Cloud robotic systems from IaaS, PaaS and Saas 3-levels, including their variability.</p>",
"tags": [
{
"nom": "Robotics",
"url": "#"
}
],
"lnks": [
{
"nom": "Article",
"url": "https://arxiv.org/abs/1701.03608"
},
{
"nom": "Video",
"url": "https://www.youtube.com/watch?v=rmeAzF2dCSQ"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/ubibots-1.jpg",
"imgAlt": "Put image name here",
"thumbs": [
{"src": "images/gallery/ubibots-2.jpg"}
]
},
"infos": {
"title": "UbiBots",
"author": "Leibniz Universität Hannover",
"description": "<p>Ubibots allows specifying complex interaction behaviors of ubiquitous cyber-physical systems.<br>In includes a simulation tool to execute scenarios on distributed robots. Sirius has been used to implement the visualization part.</p>",
"tags": [
{
"nom": "Robotics",
"url": "#"
}
],
"lnks": [
{
"nom": "Project",
"url": "http://ubibots2015.scenariotools.org"
},
{
"nom": "Video",
"url": "https://www.youtube.com/watch?v=g0hcGSYC2Wk"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/etas-1.png",
"imgAlt": "Put image name here",
"thumbs": [
{"src": "images/gallery/etas-2.png"}
]
},
"infos": {
"title": "ASCET-CONGRA",
"author": "ETAS GmbH",
"description": "<p>ETAS ASCET-CONGRA (CONstraint GRAph) allows function developers to depict mathematically describable relationships using interactive graphs. These describe the overall system based on equations, differential equations, maps, and curves. The tool checks all input for computability, automatically carries out the mathematical work in the background, and offers various analyses and functions that serve to implement, correctly and efficiently, the system to be developed. It includes interaction with an XText based model and cooperation with a textual representation.</p>",
"tags": [
{
"nom": "Systems Engineering",
"url": "#"
},
{
"nom": "Embedded Software Development",
"url": "#"
},
{
"nom": "Domain Driven Development",
"url": "#"
},
{
"nom": "Constraint Graph",
"url": "#"
}
],
"lnks": [
{
"nom": "Project Page",
"url": "https://www.etas.com/fr/products/ascet_congra.php"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/palladio-1.jpg",
"imgAlt": "Put image name here",
"thumbs": [
{"src": "images/gallery/palladio-2.jpg"}
]
},
"infos": {
"title": "Palladio Component Model",
"author": "The Palladio Simulator group",
"description": "<p>Palladio is an approach for performance evaluation and design-time performance prediction for component-based software architectures. When creating a Palladio model, at first, components are specified including their interfaces and abstractions of their behavior. This includes performance properties like resource demands. From these components, a system architecture can be assembled. The instances of the components can then be deployed on resource containers. A workload is then be applied to the system interface. Such a model can then be analyzed by the simulators of the Palladio approach.</p>",
"tags": [
{
"nom": "Software Architecture",
"url": "#"
},
{
"nom": "Software Performance Engineering",
"url": "#"
}
],
"lnks": [
{
"nom": "Project Page",
"url": "http://palladio-simulator.com/"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/maif-1.png",
"imgAlt": "Put image name here",
"thumbs": [
]
},
"infos": {
"title": "P&C Insurance Products",
"author": "MAIF",
"description": "The MAIF insurance company has developped a graphical tool to manage the P&C products (property and casualty, IARD in french for Incendie, Accidents et Risques Divers).</p><p>It provides graphical representations to create, modify, consult, version and validate the products.</p>",
"tags": [
{
"nom": "Business Analysis",
"url": "#"
},
{
"nom": "Domain Driven Development",
"url": "#"
}
],
"lnks": [
{
"nom": "Fr&eacute;d&eacute;ric Madiot's blog",
"url": "http://fmadiot.blogspot.fr/2012/05/modeling-p-insurance-products-maif-case.html"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/graphicalModelingWorkbench.png",
"imgAlt": "Put image name here",
"thumbs": [
{"src": "images/gallery/appsComponentsArtifacts.png"},
{"src": "images/gallery/tripSellingProcessBO.png"}
]
},
"infos": {
"title": "Obeo SmartEA",
"author": "Obeo",
"description": "Obeo SmartEA is an enterprise architecture solution based on standards: ArchiMate® and TOGAF®. It operates natively with EMF and Sirius for defining metamodels and creating tailor-made modelling diagrams. It adapts to your domain to integrate your approach and help you manage your company's strategic changes. Thanks to its common repository shared between all the members of your Enterprise Architecture team, users can work on different versions of the same architecture.</p>",
"tags": [
{
"nom": "Enterprise Architecture",
"url": "#"
},
{
"nom": "Archimate",
"url": "#"
},
{
"nom": "Information System",
"url": "#"
},
{
"nom": "Strategic Changes Management",
"url": "#"
}
],
"lnks": [
{
"nom": "Product website",
"url": "https://www.obeosmartea.com/en/"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/uml-1.png",
"imgAlt": "Put image name here",
"thumbs":[
{"src": "images/gallery/uml-2.png"},
{"src": "images/gallery/uml-3.png"},
{"src": "images/gallery/uml-4.png"},
{"src": "images/gallery/uml-5.png"}
]
},
"infos": {
"title": "UML Designer",
"author": "Obeo",
"description": "<p>UML Designer is an open source modeling tool to edit and vizualize UML 2.5 models.</p><p>It provides the following generic UML diagrams: Package, Class, Component, Composite Structure, Deployment, Use Case, Activity, State Machine, Sequence, Profile</p>",
"tags": [
{
"nom": "Software Development",
"url": "#"
}
],
"lnks": [
{
"nom": "Product website",
"url": "http://www.umldesigner.org/"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/ecore-1.png",
"imgAlt": "Put image name here",
"thumbs": [
{"src": "images/gallery/ecore-2.png"}
]
},
"infos": {
"title": "Ecore Tools",
"author": "Obeo",
"description": "<p>Ecore Tools allows you to design Classes, Datatypes, References and all the classical Ecore constructions</p><p>It also provides specific layers to support concerns involved in expressing your domain model: documenting, reviewing the referencing mechanism of elements, identifying business constraints, exploring the model.</p>",
"tags": [
{
"nom": "Domain Driven Development",
"url": "#"
},
{
"nom": "Software Development",
"url": "#"
}
],
"lnks": [
{
"nom": "Product website",
"url": "http://www.eclipse.org/ecoretools/"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/view1.jpg",
"imgAlt": "Put image name here",
"thumbs": [
{"src": "images/gallery/view2.jpg"},
{"src": "images/gallery/view9.jpg"},
{"src": "images/gallery/view10.jpg"}
]
},
"infos": {
"title": "ARTIST",
"author": "Safran-Sagem",
"description": "<p>ARTIST eases engineering activities while developing safety-critical software embedded in complex system. It provides a wide set of services and interacts with a whole ecosystem.</p>",
"tags": [
{
"nom": "Software Development",
"url": "#"
}
],
"lnks": [
{
"nom": "EclipseCon Talk",
"url": "https://www.eclipsecon.org/france2015/sites/default/files/slides/Synchronizing_DOORS_SIRIUS-SAGEM_session.pdf"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/modulestudio-1.png",
"imgAlt": "Put image name here",
"thumbs": [
{"src": "images/gallery/modulestudio-2.png"}
]
},
"infos": {
"title": "ModuleStudio",
"author": "Guite",
"description": "<p>A DSL with tooling based on Sirius and Xtext to describe structure and behavior of web applications. The models are used to generate extensions for a PHP-based web application framework.</p>",
"tags": [
{
"nom": "Software Development",
"url": "#"
}
],
"lnks": [
{
"nom": "Project Page",
"url": "http://modulestudio.de/en/"
},
{
"nom": "Video",
"url": "https://www.youtube.com/watch?v=sZcOIh92zxY"
}
]
}
},
{
"medias": {
"mainSrc": "images/gallery/nosql_visualization-1.png",
"imgAlt": "Put image name here",
"thumbs": [
{"src": "images/gallery/nosql_visualization-2.png"},
{"src": "images/gallery/nosql_visualization-3.png"}
]
},
"infos": {
"title": "NoSQL Visualization Tool",
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},
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"url": "#"
}
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},
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},
"infos": {
"title": "MIMIC (Mobile Multimodality Creator)",
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{
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"url": "#"
}
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{"src": "images/gallery/dart-package.png"}
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},
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"title": "Dart Designer",
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{"src": "images/gallery/ifml-3.png"}
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},
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},
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"url": "#"
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]
},
"infos": {
"title": "Telecom Reference Architecture",
"author": "Orange",
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{
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"url": "#"
}
],
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]
}
},
{
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{"src": "images/gallery/esa-2.png"}
]
},
"infos": {
"title": "Satellite Software Modeling",
"author": "ESA (European Space Agency)",
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},
"infos": {
"title": "Timing Constraints",
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},
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"medias": {
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{"src": "images/gallery/safety-sysml.png"},
{"src": "images/gallery/safety-library.png"}
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},
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"title": "Risk Analysis Designer",
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{
"nom": "Safety",
"url": "#"
},
{
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"url": "#"
}
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},
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]
},
"infos": {
"title": "EIP Designer",
"author": "Laurent Broudoux",
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{
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"url": "#"
}
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{"src": "images/gallery/citrus-2.png"}
]
},
"infos": {
"title": "Citrus",
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},
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{"src": "images/gallery/emfta-2.png"}
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},
"infos": {
"title": "EMFTA",
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"title": "BPMN Designer",
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{"src": "images/gallery/intelhome-2.png"}
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},
"infos": {
"title": "IntelHome Designer",
"author": "University of South Britanny",
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{
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]
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},
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]
},
"infos": {
"title": "Cinematic Designer",
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"description": "Cinematic Designer allows the modeling of UI navigation by focusing on the description of Scenario, Flow, Transitions, Actions / Events, and the content of each screens with Widgets.",
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"url": "#"
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"imgAlt": "Put image name here",
"thumbs": [
]
},
"infos": {
"title": "Database Designer",
"author": "Obeo",
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},
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{"src": "images/gallery/graal-2.png"},
{"src": "images/gallery/graal-3.png"},
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"infos": {
"title": "GRAF Designer",
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"url": "#"
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"url": "#"
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"title": "FHIR Designer",
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"url": "#"
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],
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]}