Title: | Identifying Usability Issues of Software Analytics Applications in Immersive Augmented Reality |
Authors: | David Baum, Stefan Bechert, Ulrich Eisenecker, Isabelle Meichsner, Richard Müller |
Year: | 2020 |
Language: | EN |
Description: | Screencast for our publication "Identifying Usability Issues of Software AnalyticsApplications in Immersive Augmented Reality" at IEEE VISSOFT 2020. In this tutorial, we will introduce the augmented reality frontend for Getaviz to you. Getaviz enables you to visually explore software artifacts in mixed reality. |
Title: | Understanding Conditional Compilation [SPLC 2019] |
Authors: | David Baum, Christina Sixtus, Lisa Vogelsberg, Ulrich Eisenecker |
Year: | 2019 |
Language: | EN |
Description: | Screencast for our publication "Understanding Conditional Compilation through Integrated Representation of Variability and Source Code" at SPLC 2019. In this tutorial we will introduce Getaviz to you. Getaviz can be used to analyze software product lines implemented in C. |
Title: | Open Source Stack for Software Analysis and Visualization [IEEE VISSOFT 2018] |
Authors: | Richard Müller, Dirk Mahler, Michael Hunger, Jens Nerche, Markus Harrer |
Year: | 2018 |
Language: | EN |
Description: | This screencast shows how to scan, analyze, and visualize software artifacts' data with the open source stack (jQAssistant, Neo4j, React, D3). The corresponding paper is published at VISSOFT 2018. |
Title: | Screencast Getaviz |
Authors: | David Baum, Jan Schilbach, Pascal Kovacs, Ulrich Eisenecker, Richard Müller |
Year: | 2017 |
Language: | EN |
Description: | Screencast for submission "Getaviz: Generating Structural, Behavioral, and Evolutionary Views of Software Systems for Empirical Evaluation" at IEEE VISSOFT 2017 |
Title: | Seeing Software |
Authors: | David Baum, Jan Schilbach, Pascal Kovacs, Ulrich Eisenecker, Richard Müller |
Year: | 2017 |
Language: | EN |
Description: | Software visualizations support developers during development and maintenance activities or managers in decision-making. They give the initially invisible software system and its properties a meaningful shape and facilitate its analysis and comprehension. The video shows various visualization metaphors and their automatic generation. The resulting visualizations can be interactively explored in a web browser for empirical and analytical evaluations or other practical needs. |