Vega-Lite: A Grammar of Interactive Graphics

Interactive Conjecturing with Vega

VEGA: Vienna Environment for Graphics Applications

This paper presents a software development environment for rendering applications. The main parts of this environment are a set of rules concerning the coding style, a set of tools to maintain source files and a number of libraries providing graphics functionality. The environment has been successfully used in a number of internal projects, dealing with rendering.

Reactive Vega: Declarative Interactive Visualization + a Streaming Dataflow Architecture

Interactivity is a key concern in system design. Judiciously designed interaction provides a more cohesive user experience and enables people to steer algorithmic processes — for example, guiding predictions when the input or output domains are unbounded. Yet, despite decades of research in human-computer interaction, reasoning about interaction remains difficult. Automated design and retargeti...

C4.1 Interactive Statistical Graphics

Examining data using graphical tools, such as histograms, bar charts, quantile plots, scatterplots and other statistical graphics, is a necessary part of any serious analysis effort. Statistical graphics are typically most useful at two stages of an analysis. Initially, plots are useful for data cleansing [cross-ref. C2.1] where unusual sets of values can be investigated, attribute distribution...

Analyzing Interactive Graphics Systems

The use of high-quality graphics by interactive applications is discussed. A number of graphics systems designed to support interactive graphics applications are described, including three window systems. These systems are analyzed and compared with respect to issues such as redisplay and event handling. 1