# Directory `tex-archive/graphics/pgf/contrib/pgfplots`

pgfplots - Create normal/logarithmic plots in two and three dimensions for LaTeX/TeX/ConTeXt. pgfplotstable - Loads, rounds, formats and postprocesses numerical tables. PGFPlots draws high--quality function plots in normal or logarithmic scaling with a user-friendly interface directly in TeX. The user supplies axis labels, legend entries and the plot coordinates for one or more plots and PGFPlots applies axis scaling, computes any logarithms and axis ticks and draws the plots. It supports line plots, scatter plots, piecewise constant plots, bar plots, area plots, mesh-- and surface plots, patch plots, contour plots, quiver plots, histogram plots, polar axes, ternary diagrams, smith charts and some more. Pgfplots is based on Till Tantau's package PGF/TikZ (pgf). Pgfplotstable displays numerical tables rounded to desired precision in various display formats, for example scientific format, fixed point format or integer, using TeX's math facilities for pretty printing. Furthermore, it provides methods for table postprocessing. Please take a look at doc/latex/pgfplots/pgfplots.pdf and doc/latex/pgfplots/pgfplotstable.pdf. Copyright 2007-2014 by Christian Feuersaenger. This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see <http://www.gnu.org/licenses/>. HISTORY: 1.12: scalability + performance - scalability: reduced TeX memory consumption for huge inline tables - scalability: lualatex allows bigger 3d graphics - scalability: lualatex now reduces compilation time for huge 3d graphics (requires \pgfplotsset{compat=newest} at the time of this writing) surf shader=faceted: time reduced to 61% of pdflatex (\addplot3[surf,samples=70] {exp(-x^2-y^2 +x*y)}) surf shader=interp: time reduced to 25% of pdflatex (\addplot3[surf,shader=interp,samples=70] {exp(-x^2-y^2 +x*y)}) surf shader=interp, parametric: time reduced to 36% of pdflatex (\addplot3[surf,shader=interp,z buffer=sort, samples=50,domain=-1:0,y domain=0:2*pi] ({sqrt(1-x^2) * cos(deg(y))}, {sqrt( 1-x^2 ) * sin(deg(y))}, x);) surf shader=faceted, parametric: time reduced to 40% of pdflatex (\addplot3[surf,z buffer=sort, samples=50,domain=-1:0,y domain=0:2*pi] ({sqrt(1-x^2) * cos(deg(y))}, {sqrt( 1-x^2 ) * sin(deg(y))}, x);) - scalability: lualated now reduces compilation time for boxplots. 10000 input points from table: time reduced to 23% of pdflatex - fixed bug: 3d axes where all axes used log scale produced compile failure - fixed bug: axis equal did not respect "disabledatascaling" - fixed bug: mesh legend was confused by color input=explicit - fixed bug: colorbar style did not reset zmin/zmax - fixed bug: memory allocation in FPU consumed too much memory - fixed bug: boxplots: removed compilation error due to spurious spaces in options list - fixed bug: boxplots: now uses standard quantile estimators: has all 9 estimators of R and uses the same as in Excel as default (as of compat=1.12) - fixed bug: boxplots: sometimes failed to compute boxplot statistics for special inputs - fixed bug: boxplots: now, it sets 'mark=*' for outliers if there is no mark (compat=1.12) - fixed regression: compat=1.11 broke arcs inside of axis - new feature: ensured that arcs inside of axis make use of 'axis cs' and 'axis direction cs' automatically - new feature: ensured that (0:1) is evaluated with axis cs - fixed bug: precision of transformation cartesian to polar was too low (added atan2 to fpu) - fixed bug: z buffer caused 'mesh legend' to produce a compile error - new feature: added 'y filter/.expression={y==3 ? nan : y}' to simplify coordinate filters 1.11: usability + bug fixes. - new feature: "hide obscured x ticks=false" to disable the feature which hides ticks - simplified UI for symbolic coords: now, it accepts unexpandable dictionary entries including umlauts, undefined macros, math mode, ... - simplified UI for symbolic coords: added magic prefix [normalized]<number> to allow something like xmin={[normalized]0.7} - simplified UI for custom annotations: one does not need to say "axis cs" any longer; coordinates like (1,2) are now automatically interpreted as (axis cs:1,2) - new feature: 'type ticklabels with struts' improves baseline alignment of tick labels - new feature: 'trig format plots=rad' allows to use radians in trigonometric evaluations - simplified 'external lib': added driver auto-detection for pdflatex, lualatex, xelatex, dvips (\usepgfplotslibrary{external}, or, with the next PGF release, \usetikzlibrary{external}) - simplified UI for \addplot coordinates: now, it expands macros as it goes. - new feature: 'intersection segments' now accepts negative indices to count from the last backwards - simplified UI: 'intersection segments' now accepts new syntax with 1-based indices (old 0-based are still supported) - fixed bug: fillbetween has had a problem with pins on input paths - fixed bug: now, 'stacked ignores zero' is no longer applied to error bars. - fixed bug: tick lines were drawn incorrectly for centered axis lines in 3d - fixed bug: variable=u failed to work in some contexts - fixed bug: fill between implicitly activated layers, but did not install the correct layers for grid lines etc. - fixed bug: z grid style was applied to y grid style - fixed bug: using 'x=1cm' failed to work in axis descriptions (legends) - fixed bug: mesh legend failed to work with 'shader=interp' - fixed bug: bounding box of shader=interp was wrong if there were transformations. - fixed bug: added support for \addplot graphics in ConTeXt - fixed bug: external lib failed to work with dvips (since PGF 3.0.0 I suppose); now it produces correct bounding boxes - fixed bug: \pgfplotstablenew can now overwrite existing tables. - fixed bug: extra ticks near intersections of axis lines were hidden - fixed bug: 'intersection segments' did not work with '--cycle' - fixed bug: 'intersection segments' did not update the last tikz point - fixed bug: tick lines/grid lines have been clipped when they were near the boundary - fixed bug: soft clip decoration failed to apply the transformation matrix - fixed bug: polar axes and units library resulted in broken bounding box - fixed bug: \addplot[stack plots=false] used to work up to 1.8, but failed until now. Fixed. - fixed bug: hist/density was broken since some time 1.10: - new feature: fill between plots (library fillbetween) - new feature: concatenate intersection segments (library fillbetween) - fixed bug: xelatex failed to run contour external - fixed incompatibility with \label and \usepackage{mcaption} - fixed bug: histograms produced wrong point meta - fixed bug: histograms reported the wrong 'plot name' and confused shifts of bar plots 1.9: - new feature: asymmetric error bars - new feature: activated math parser for axis limit arguments, arguments in axis cs, and domain argument in log plots - new feature: stacked bar plots place their 'nodes near coords' correctly in the middle and print the increment (compat=1.9) - new feature: stacked bar plots suppress empty increments (compat=1.9). - new feature: 'scatter/position=relative|absolute' allow to position 'nodes near coords' absolutely. use-case: bar plots + nodes near coords which are at, say, y=0 rather than their y value - new feature: integration of smooth shadings & auto-CMYK conversion \usepackage[cmyk]{xcolor} or \selectcolormodel{cmyk} will reconfigure pgfplots to use CMYK (document-wide) - new feature (advanced audience only): programmatic access to data coordinates during the visualization phase -> allows much more customization for error bars, stacked plots, nodes near coords. - wrote beginner tutorials - fixed bug: error bars and point meta did not work together - fixed bug: stacked plots did not respect 'visualization depends on' - fixed bug: luatex 0.76 is not backwards compatible; added version switch - fixed bug: ternary library precision has been improved - fixed bug: problem with axis limits very close to 0 - fixed bug: colormap specification limit case produced out of bounds exception 1.8: - new feature: tight bounding box even if the axis is no box and bb excludes clip path - new feature: mesh/color input=explicit - new feature: shader=interp now has drivers for both dvipdfmx and xetex - new feature: support for more color spaces in colormap definitions - new feature: shader=interp and device-level gray colorspaces - new feature: 'contour/contour dir=[xyz]' to draw contours in different directions - new feature: statistics library with boxplot handler (both boxplot prepared and automatic computation) - fixed bug: 3d centered axis lines and label placement (requires compat=1.8 or higher) - fixed bug: axis lines and placement of labels, tick scale labels, and reversed axes (requires compat=1.8 or higher) - fixed bug: filtering out coords from a mesh plot failed - fixed bug: every legend image post was not respected inside of \ref{plotlabel} - fixed bug: high-order patches computed the shader=flat mean in a wrong way. - fixed bug: remember picture inside of pgfplots axes failed (due to cell picture) - fixed bug: now, the tick scale label will be omitted if there are no ticks - fixed bug: axis box path was not closed - fixed bug: the bounding box was non-empty even if the axis was hidden. - fixed bug: auto-alignment of nodes near coords failed for xbar plots - fixed bug: providing bar width / bar shift in terms of axis units did not work with [xy]bar and nodes near coords - fixed bug: transformation 'data cs=cart' -> polar is more robust now - fixed bug: code did not compile against pgf 2.00 - fixed bug: patch plot lib and shader=interp,patch type=biquadratic - fixed bug: context path searching issue (pgfplots.lua) - fixed bug: shader=interp and dvips driver - fixed bug: error bars with explicit relative input failed 1.7 - added feature: 'bar shift' and 'bar width' can now be expressed in terms of axis units (compat=1.7 or higher) - fixed incompatibility regression pgfplots 1.6.1 pgf 2.10: layers - fixed incompatibility pgfplots and imakeidx - added feature: 'enlargelimits={abs=1cm}', i.e. enlarge by dimension rather than unit - patchplots lib: added patch type=bicubic - patchplots lib: added support for global paths (fillable) - patchplots lib: added patch type sampling feature - patchplots lib: improved usability (documentation and improvements) - fixed path issues in context: moved lua input file to tex/generic - fixed bug: \ref{legendimage} inside of legend text was wrong. 1.6.1: - fixed incompatibility lualatex,shader=interp, and german package (introduced in 1.6) 1.6: - added support for layered graphics (main use case: multiple axes and layers) - added support for second colormap in mesh plots (mesh/interior colormap name) - added support for scopes inside of axes - contour plots: added ability to provide list of discrete labels (mesh/levels) - empty lines are interpreted as interruptions in data plots (was undocumented since 1.4) - added more scaling options to 'scale mode=scale uniformly' (affects axis equal in 3d and \addplot3 graphics) - fixed wrong implementation of 'axis equal' and 'unit vector ratio' in 3d (backwards compatible for 2d, but not for 3d - the 3d implementation was plain wrong) - fixed incompatibility of lualatex and shader=interp - fixed bugs/added features around \addplot3 graphics - fixed bug: colorbar did not support ymode=log - fixed a couple of minor bugs - fixed bounding box computation for clip=false,axis lines=none 1.5.1: - more operations for FPU library (==, !=,<=,>=,?) - fixed bug in usage of decorations in \addplot - bugfix for contour prepared format=matlab - added 'const plot mark mid' and 'jump mark mid' plot handlers - nodes on a plot (\addplot ... node[pos=<fraction>] {};) - 'trim axis group left' and 'trim axis group right' - bugfixes for polar axes and log+stacked plots - added style 'log ticks with fixed point' - introduced patched tikz paths to simplify circles and ellipses within an axis - patchplots lib: patch type=polygon - some more bugfixes 1.5: - Contour plots, - Histograms, - Quiver plots, - patch plots (library) - Triangle Meshes - Bilinear Elements - Quadratic Triangles - Biquadratic Quadrilaterals - Coons Patches - Discrete colorbars, - Table sorting, - Linear regression, - Ternary diagrams, - Tieline Plots - Smith Charts - Polar axes, - Empty lines in input files result in interrupted plots, - PDF user defined coordinate mouse popups - CMYK colormaps and shadings, - new markers and cycle lists - access to axis limits, - \addplot3 graphics: pgfplots draws an appropriate axis for a three-dimensional(!) external png graphics - 3D axes: support to provide explicit unit vectors: - explicit unit vectors - explicit unit vectors which are uniformly rescaled to match width/height - 3D axes: improved support for unit vector ratios - improvements of the groupplot styles - preliminary support for (2d) bar plots in 3d axes - new shader 'faceted interp' - table package: - 'every nth row' style - 'comment chars' key to define comment characters in input files - 'skip first n' style - lots of smaller bugfixes (see ChangeLog for details) 1.4.1: - improved compatibility to gnuplot 4.4 1.4: Version 1.4 contains several new features, mostly work on details. It fixes many bugs and provides the following improvements: - detached legends - detached colorbars - ybar (and similar plots) can now be mixed with other plot types like line plots. - improved legend formatting - added 'restrict x to domain*' which cups coordinates outside of a specified domain (same for y and z) - Added support for linear regression - Inline tables, - Lots of bug fixes The next version will make a greater step when it is stable. 1.3.1: Version 1.3.1 is a bugfix release containing - improved parametric plots with gnuplot - improved normalsize, small and footnotesize scale styles and added tiny - a lot of bugfixes 1.3: - improvements for two dimensional visualization, among them - axis equal, - color bars, - nodes near coords, - jumps in plots, - improved description positioning, - reverseable axis directions, - simpler alignment of adjacent axes, - units and a simplified user interface, - new three dimensional line, scatter, mesh and surface plots, - a copy of the automatic pdf externalization library, - an improved manual enhanced with a lot of pdf cross references. 1.2.2: - fixed a problem with the samples key, - provides some smaller fixes and some manual improvements. - added plot graphics. 1.2: - completely rewritten math expression parser with extended data range, - colormaps for scatter plots - fine tuning for plot parameters. - table package has been extended and is now a fully featured table typesetting, computing and postprocessing tool.

## Directories

Name | Notes |
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doc | |

scripts | |

source | |

tex |

## Files

Name | Size | Date | Notes |
---|---|---|---|

INSTALL | 180 | 2015-01-31 10:49 | |

README | 15387 | 2015-01-31 10:48 |

Download the contents of this package in one zip archive (14.4M).

## pgfplots – Loads, rounds, formats and postprocesses numerical tables

Pgfplotstable displays numerical tables rounded to desired precision in various display formats (for example scientific format, fixed point format or integer), using TeX’s mathematical facilities for pretty printing. Furthermore, it provides methods for table postprocessing.

Package Details | pgfplots |

Version | 1.7 |

License | GNU General Public License |

Copyright | 2007–2008 Christian Feuersänger |

Maintainer | Christian Feuersänger |

TDS archive | `pgfplots.tds.zip` |

Contained in | TeX Live as pgfplots |

MiKTeX as pgfplots | |

Topics |
plot data |

See also |
pgfplots |