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Cave Plots: A Graphical Technique for Comparing Time Series
Journal of Computational and Graphical Statistics, 1994Abstract Cave plots are a good way to compare data from two or more time series, even if the two series are observed at irregular times. Cave plots can show thousands of measurements, but they are readily understood, preserve individual values, highlight short-term, long-term, and periodic fluctuations, and make correlation (or lack of correlation ...
Richard A. Becker +2 more
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Lightning fast data plotting and graphics with JSXGraph
2011The JavaScript based library JSXGraph enables a wide range of interactive data visualizations from complex mathematical content like geometry constructions or curve plotting to online charts and maps. Thereto it does not rely on any other library but uses SVG for drawing on most browsers and VML on the Internet Explorer.
Valentin, Bianca, Wilfahrt, Peter
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Converting SAS/GRAPH Plots to ODS Graphics
2015This chapter compares the output from the most commonly used SAS code for producing plots and charts using SAS/GRAPH and ODS Graphics. Each ODS Graphics program is rated as follows:
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Graphical methods for plotting and evaluating Weibull distributed data
Proceedings of 1994 4th International Conference on Properties and Applications of Dielectric Materials (ICPADM), 2002Aiming at making Weibull plots, three types of plotting positions are reviewed: median probability, mean probability and mean plotting position. It is important whether the (log)data are regarded as median or as mean values. Median type plotting gives a biased plot on the average and, if used to identify outliers, can be somewhat misleading at the low ...
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High-resolution graphics — PLOT, DRAW, CIRCLE and INVERSE
1985High-resolution graphics involves the use of pixels, A pixel is a very small dot. Each character position on the screen is made up of eight pixels across and eight pixels up the side. The diagram that follows, which has been enlarged, shows the character position 21,0 divided into 8 x 8 tiny squares — each tiny square is a pixel. Two examples of pixels
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