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| # Getaviz | ||
| [](https://travis-ci.com/softvis-research/Getaviz) | ||
| [](https://hub.docker.com/r/getaviz/generator2) | ||
| [](https://hub.docker.com/r/getaviz/evaluationserver) | ||
| [](https://hub.docker.com/r/getaviz/ui) | ||
| # Getaviz | ||
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| Getaviz is a toolset for designing, generating, and exploring software visualizations in 2D, 3D, and virtual reality (VR), supporting structural, behavioral and evolutional visualizations. An **online demo** of Getaviz you can find [here](https://home.uni-leipzig.de/svis/getaviz/index.php?setup=web/RD%20freemind&model=RD%20freemind). | ||
| With Getaviz you can solve software engineering problems visually by exploring software artifacts in 2D, 3D, and virtual reality. Among other things it provides proper visualizations for identifying and refactoring antipatterns, locating runtime bottlenecks, assessing software quality, and tracking changes across multiple versions. To get a first impression, have a look at [our showcases](http://home.uni-leipzig.de/svis/Showcases/) that are available online. You can adopt the visualizations as well as the user interface according to your needs. Getaviz visualizes the structure and behavior of several programming languages (*Java*, *Ruby*, *PHP*, and *C#*) and can enrich these visualizations with evolutional information from *git* and *svn* repositories. They can be explored via *browser*, *HTC Vive*, or *Oculus Rift*. We support many different visualizations, e.g., Recursive Disk ([2D](https://home.uni-leipzig.de/svis/getaviz/index.php?setup=web/RD%20freemind&model=RD%20freemind) and [3D](https://home.uni-leipzig.de/svis/getaviz/index.php?setup=web/RD%20reek&model=RD%203D%20reek)), [City](https://home.uni-leipzig.de/svis/getaviz/index.php?setup=web/City%20freemind&model=City%20original%20freemind), [City Floors](https://home.uni-leipzig.de/svis/getaviz/index.php?setup=web/City%20freemind&model=City%20floor%20freemind), [City Bricks](https://home.uni-leipzig.de/svis/getaviz/index.php?setup=web/City%20freemind&model=City%20bricks%20freemind), and many more. | ||
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| ## Features | ||
| * Supported languages: Java, Ruby, and C# | ||
| * Supported version control systems: git and svn | ||
| * Supported output formats: X3D, X3DOM, A-Frame | ||
| * Supported visualization metaphors: | ||
| * Recursive Disk | ||
| * City, City Bricks, City Floors, City Panels | ||
| * Plant | ||
| * MultiSphere | ||
| * … | ||
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| An academic publication about Getaviz you can find [here](https://www.researchgate.net/publication/320083290_GETAVIZ_Generating_Structural_Behavioral_and_Evolutionary_Views_of_Software_Systems_for_Empirical_Evaluation). | ||
| ## How do I get set up? ### | ||
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| ## Build Status | ||
| Clone this repository and follow the instructions under [Installation & Setup](../../wiki/Installation-&-Setup). | ||
| Each subdirectory of this repository represents a standalone component of Getaviz. It contains a separate README.md with further instructions and documentation. | ||
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| * Master branch | ||
|  | ||
| Please have a look at our Wiki which contains many additional information. However, documentation is still incomplete. Feel free to open an issue if you have any question! | ||
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| ## Development Team | ||
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| ### Main Contributors | ||
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| Getaviz is developed by the research group [Visual Software Analytics](https://home.uni-leipzig.de/svis/) at Leipzig University. It has been developed over several years and is the basic for many scientific publications. In 2018 we released Getaviz as open source to simplify collaboration and practical use of our research prototype. | ||
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| Currently, four developers are contributung actively to Getaviz: | ||
| Getaviz is mainly developed by the research group [Visual Software Analytics](http://softvis.wifa.uni-leipzig.de) at Leipzig University. Currently, four main developers are contributung actively to Getaviz: | ||
| * [Richard Müller](https://github.com/rmllr) | ||
| * Jan Schilbach | ||
| * Pascal Kovacs | ||
| * David Baum | ||
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| Have a look at our [website](https://home.uni-leipzig.de/svis/) for more information about our research group, visualization examples, and our publications. We are looking for collaborations with researchers and developers/companies. If you are interested, please contact us via email. | ||
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| ### Further Contributors | ||
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| Many thanks to all the contributors who have improved Getaviz by implementing new features or fixing bugs, especially: | ||
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| * Denise Zilch | ||
| * André Naumann | ||
| * [Stefan Faulhaber](https://github.com/StefanFaulhaber) | ||
| * [Dan Häberlein](https://github.com/dhaeb) | ||
| * Lisa Vogelsberg | ||
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| ## How do I get set up? ### | ||
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| The recommended way is **not** to clone this repository, but to follow the instructions under [Installation & Setup](../../wiki/Installation-&-Setup). | ||
| Each subdirectory of this repository represents a standalone component of Getaviz. It contains a separate README.md with further instructions and documentation. | ||
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| ## Docker ## | ||
| * [Jan Schilbach](https://github.com/schilbach) | ||
| * [Pascal Kovacs](https://github.com/PascalKovacs) | ||
| * [David Baum](http://home.uni-leipzig.de/svis/Research%20Group/#DavidBaum) | ||
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| Getaviz can also be run via Docker. We provide containers via Docker Hub. | ||
| * Evaluation server: https://hub.docker.com/r/getaviz/evaluationserver/ | ||
| * User Interface: https://hub.docker.com/r/getaviz/ui/ | ||
| Many thanks to all the contributors who have improved Getaviz by implementing new features or fixing bugs, especially: Denise Zilch, [André Naumann](https://github.com/sk2andy), [Stefan Faulhaber](https://github.com/StefanFaulhaber), [Dan Häberlein](https://github.com/dhaeb), [Lisa Vogelsberg](https://github.com/Valekta/), [Aaron Sillus](https://github.com/AaronSil) | ||
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| ## Wiki | ||
| ## Publications | ||
| * David Baum, Jens Dietrich, Craig Anslow, Richard Müller: [Visualizing Design Erosion: How Big Balls of Mud are Made](https://arxiv.org/abs/1807.06136), IEEE VISSOFT, 2018. | ||
| * David Baum. Jan Schilbach, Pascal Kovacs, Ulrich Eisenecker, Richard Müller: [GETAVIZ: Generating Structural, Behavioral, and Evolutionary Views of Software Systems for Empirical Evaluation](https://www.researchgate.net/publication/320083290_GETAVIZ_Generating_Structural_Behavioral_and_Evolutionary_Views_of_Software_Systems_for_Empirical_Evaluation), IEEE VISSOFT, 2017. | ||
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| Please have a look at our [Wiki](../../wiki/Home) which contains many additional information. However, documentation is still incomplete. Feel free to open an issue if you have any question! | ||
| A full list of publications you can find on [our website](http://home.uni-leipzig.de/svis/Publications/). |
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