Customizable Time-Oriented Visualizations
- Mohammad Amin Kuhail,
- Kostas Pantazos,
Research Output:
Journal Article or Conference Article in Journal
Conference article
Peer-reviewOpen access
Publication Information
Output type
Research Output:
Journal Article or Conference Article in Journal
Conference article
Peer-reviewOriginal language
EnglishJournal (Volume, Issue Number)
Lecture Notes in Computer Science (Volume 7432)Publication milestones
- Published - 07/2012
Publication status
Published - 07/2012
ISSN
0302-9743Publication IDs
- Scopus: 84866696535
Abstract
Most commercial visualization tools support an easy and quick creation of conventional time-oriented visualizations such as line charts, but customization
is limited. In contrast, some academic visualization tools and programming languages support the creation of some customizable time-oriented visualizations but it is time consuming and hard. To combine efficiency, the effort
required to develop a visualization, and customizability, the ability to tailor a visualization, we developed time-oriented building blocks that address the specifics of time (e.g. linear vs. cyclic or point-based vs. interval-based) and consist of inner customizable parts (e.g. ticks). A combination of the time-oriented and other primitive graphical building blocks allowed the creation of several customizable advanced time-oriented visualizations. The appearance and behavior of the blocks are specified using spreadsheet-like formulas. We compared our approach with other popular visualization tools. Evaluation showed that our approach rates well in customizability.
is limited. In contrast, some academic visualization tools and programming languages support the creation of some customizable time-oriented visualizations but it is time consuming and hard. To combine efficiency, the effort
required to develop a visualization, and customizability, the ability to tailor a visualization, we developed time-oriented building blocks that address the specifics of time (e.g. linear vs. cyclic or point-based vs. interval-based) and consist of inner customizable parts (e.g. ticks). A combination of the time-oriented and other primitive graphical building blocks allowed the creation of several customizable advanced time-oriented visualizations. The appearance and behavior of the blocks are specified using spreadsheet-like formulas. We compared our approach with other popular visualization tools. Evaluation showed that our approach rates well in customizability.
Publication metrics
PlumX
Captures
12
Citations
5
Related Event
Title
8th International Symposium on Visual Computing
Event type
ConferenceDate
16/07/2012 - 18/07/2012Location
RethymnonGreece
