Effective Multi-Dimensional 3D Scatterplots as 2D Figures
<|reference_start|>Effective Multi-Dimensional 3D Scatterplots as 2D Figures: Computationally and data intensive workloads including design space exploration or large studies often lead to multi-dimensional results, which are often not trivial to digest with conventional plotting software. 3D scatterplots can be a powerful technique to visualise and explore such datasets, especially with the help of colour mapping and other approaches to represent more than the 3 dimensions of the Cartesian coordinate system. However, modern software commonly lacks this multi-dimensional functionality or is ineffective. One limitation is the frequent use of isometric axes, which is equivalent to removing one entire dimension. In manuscripts, additional visual cues such as movement are also not present to mitigate for the loss of depth perception and spatial information, hence their relatively limited use as static figures.   In this work, we present a novel open-source JavaFX-based plotting framework that focuses on easy exploration of multi-dimensional datasets, and provides unique features or feature combinations to improve knowledge transfer from single stand-alone plots. An empirical study was conducted within an academic institution to quantify the effectiveness of feature or feature combinations on 3D scatterplots in terms of reading time and accuracy.<|reference_end|>
@article{papaphilippou2024effective,
    title={Effective Multi-Dimensional 3D Scatterplots as 2D Figures},
    author={Philippos Papaphilippou, Lucy Hederman},
    journal={arXiv preprint arXiv:2406.06146},
    year={2024},
    archivePrefix={arXiv},
    eprint={2406.06146},
    primaryClass={cs.HC cs.GR}
}