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texlive-wordcloud Requires: texlive-worldflags Requires: texlive-xistercian Requires: texlive-xpicture Requires: texlive-xypic %description Graphics, pictures, diagrams Including TikZ, pict, etc., but MetaPost and PStricks are separate. %package -n texlive-adigraph Summary: Augmenting directed graphs Version: svn70422 License: MIT Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Requires: tex(fp.sty) Requires: tex(tikz.sty) Requires: tex(xparse.sty) Requires: tex(xstring.sty) Provides: tex(adigraph.sty) = %{tl_version} %description -n texlive-adigraph Augmenting directed graphs This LaTeX package provides the means to easily draw augmenting oriented graphs, as well as cuts on them, to demonstrate steps of algorithms for solving max-flow min-cut problems. This package requires the other LaTeX packages fp, xparse, xstring, and TikZ (in particular the TikZ calc library). %package -n texlive-aobs-tikz Summary: TikZ styles for creating overlaid pictures in beamer Version: svn70952 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibraryoverlay-beamer-styles.code.tex) = %{tl_version} %description -n texlive-aobs-tikz TikZ styles for creating overlaid pictures in beamer The package defines auxiliary TikZ styles useful for overlaying pictures' elements in Beamer. The TikZ styles are grouped in a library, overlay-beamer-styles which is automatically called by the package itself. Users may either load just aobs-tikz or the library; the latter method necessitates TikZ manual load. %package -n texlive-askmaps Summary: Typeset American style Karnaugh maps Version: svn56730 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(askmaps.sty) = %{tl_version} %description -n texlive-askmaps Typeset American style Karnaugh maps The package provides 1, 2, 3, 4 and 5 variable Karnaugh maps, in the style used in numerous American textbooks on digital design. The package draws K-maps where the most significant input variables are placed on top of the columns and the least significant variables are placed left of the rows. %package -n texlive-asyfig Summary: Commands for using Asymptote figures Version: svn17512 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(catchfile.sty) Requires: tex(color.sty) Requires: tex(graphicx.sty) Requires: tex(ifmtarg.sty) Requires: tex(ifpdf.sty) Requires: tex(ifplatform.sty) Requires: tex(import.sty) Requires: tex(pdftexcmds.sty) Requires: tex(preview.sty) Requires: tex(suffix.sty) Requires: tex(xkeyval.sty) Provides: tex(asyalign.sty) = %{tl_version} Provides: tex(asyfig.sty) = %{tl_version} Provides: tex(asyprocess.sty) = %{tl_version} %description -n texlive-asyfig Commands for using Asymptote figures The package provides a means of reading Asymptote figures from separate files, rather than within the document, as is standard in the asymptote package, which is provided as part of the Asymptote bundle. 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The BarDiag package is inspired by and based on PSTricks. %package -n texlive-beamerswitch Summary: Convenient mode selection in Beamer documents Version: svn64182 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea %description -n texlive-beamerswitch Convenient mode selection in Beamer documents This class is a wrapper around the beamer class to make it easier to use the same document to generate the different forms of the presentation: the slides themselves, an abbreviated slide set for transparencies or online reference, an n-up handout version (various layouts are provided), and a transcript or set of notes using the article class. The class provides a variety of handout layouts, and allows the mode to be chosen from the command line (without changing the document itself). %package -n texlive-binarytree Summary: Drawing binary trees using TikZ Version: svn41777 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(binarytree.sty) = %{tl_version} %description -n texlive-binarytree Drawing binary trees using TikZ This package provides an easy but flexible way to draw binary trees using TikZ. A path specification and the setting of various options determine the style for each edge of the tree. There is support for the external library of TikZ which does not affect externalization of the rest of the TikZ figures in the document. There is an option to use automatic file naming: useful if the trees are often moved around. %package -n texlive-blochsphere Summary: Draw pseudo-3D diagrams of Bloch spheres Version: svn38388 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(environ.sty) Requires: tex(etoolbox.sty) Requires: tex(ifthen.sty) Requires: tex(kvoptions.sty) Requires: tex(kvsetkeys.sty) Requires: tex(tikz.sty) Provides: tex(blochsphere.sty) = %{tl_version} %description -n texlive-blochsphere Draw pseudo-3D diagrams of Bloch spheres This package is used to draw pseudo-3D Blochsphere diagrams. It supports various annotations, such as great and small circles, axes, rotation markings and state vectors. It can be used in a standalone fashion, or nested within a tikzpicture environment by setting the environment option nested to true. %package -n texlive-bloques Summary: Generate control diagrams Version: svn22490 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(bloques.sty) = %{tl_version} %description -n texlive-bloques Generate control diagrams The package uses TikZ to provide commands for generating control diagrams (specially in power electronics). %package -n texlive-blox Summary: Draw block diagrams, using TikZ Version: svn57949 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(pgffor.sty) Requires: tex(tikz.sty) Provides: tex(blox.sty) = %{tl_version} %description -n texlive-blox Draw block diagrams, using TikZ This package, along with TikZ, will typeset block diagrams for use with programming and control theory. It is an English translation of the schemabloc package. %package -n texlive-bodegraph Summary: Draw Bode, Nyquist and Black plots with gnuplot and TikZ Version: svn72949 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifsym.sty) Requires: tex(ifthen.sty) Requires: tex(relsize.sty) Requires: tex(tikz.sty) Provides: tex(bodegraph.sty) = %{tl_version} %description -n texlive-bodegraph Draw Bode, Nyquist and Black plots with gnuplot and TikZ The package provides facilities to draw Bode, Nyquist and Black plots using Gnuplot and Tikz. Elementary Transfer Functions and basic correctors are preprogrammed for use. %package -n texlive-bondgraph Summary: Create bond graph figures in LaTeX documents Version: svn21670 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Provides: tex(bondgraph.sty) = %{tl_version} %description -n texlive-bondgraph Create bond graph figures in LaTeX documents The package draws bond graphs using PGF and TikZ. %package -n texlive-bondgraphs Summary: Draws bond graphs in LaTeX, using PGF/TikZ Version: svn36605 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(amsfonts.sty) Requires: tex(bm.sty) Requires: tex(kvoptions.sty) Requires: tex(tikz.sty) Provides: tex(bondgraphs.sty) = %{tl_version} %description -n texlive-bondgraphs Draws bond graphs in LaTeX, using PGF/TikZ The package is used to draw bond graphs in LaTeX. It uses a recent version (3.0+) of PGF and TikZ for the drawing, hence, it is mainly a set of TikZ styles that makes the drawing of bond graphs easier. Compared to the bondgraph package this package relies more on TikZ styles and less on macros, to generate the drawings. As such it can be more flexible than his, but requires more TikZ knowledge of the user. %package -n texlive-braids Summary: Draw braid diagrams with PGF/TikZ Version: svn69398 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(braids.sty) = %{tl_version} Provides: tex(tikzlibrarybraids.code.tex) = %{tl_version} %description -n texlive-braids Draw braid diagrams with PGF/TikZ The package enables drawing of braid diagrams with PGF/TikZ using a simple syntax. The braid itself is specified by giving a word in the braid group, and there are many options for styling the strands and for drawing "floors". %package -n texlive-bxeepic Summary: Eepic facilities using pict2e Version: svn30559 License: MIT Requires: texlive-base Requires: texlive-kpathsea Provides: tex(bxdpxp2e.def) = %{tl_version} Provides: tex(bxeepic.sty) = %{tl_version} %description -n texlive-bxeepic Eepic facilities using pict2e The package provides an eepic driver to use pict2e facilities. %package -n texlive-byo-twemojis Summary: "Build Your Own Twemojis" with TikZ Version: svn58917 License: CC-BY-4.0 AND LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Requires: tex(tikz.sty) Requires: tex(xstring.sty) Provides: tex(byo-twemojis.sty) = %{tl_version} %description -n texlive-byo-twemojis "Build Your Own Twemojis" with TikZ This package provides the means to create your own emojis (the simple, round, and mostly yellow ones) from elements of existing emojis. The provided command creates a TikZ picture from the stated elements with multiple possibilities to modify the result in color and position. %package -n texlive-byrne Summary: This package provides a set of tools to typeset geometric proofs in the style of Oliver Byrne's 1847 ed. of Euclid's "Elements" Version: svn61943 License: GPL-3.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifmtarg.sty) Requires: tex(luamplib.sty) Requires: tex(xparse.sty) Provides: tex(byrne.sty) = %{tl_version} %description -n texlive-byrne This package provides a set of tools to typeset geometric proofs in the style of Oliver Byrne's 1847 ed. of Euclid's "Elements" This package is a LaTeX adaptation of a set of tools developed for ConTeXt reproduction of Oliver Byrne's 1847 edition of the first six books of Euclid's "Elements"; (https://github.com/jemmybutton/byrne-euclid). It consists of a MetaPost library, responsible for all the drawing and a set of LaTeX macros to conveniently use them. This package works with LuaLaTeX and relies on luamplib v2.23.0 or higher. %package -n texlive-callouts Summary: Put simple annotations and notes inside a picture Version: svn44899 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(kvoptions.sty) Requires: tex(tikz.sty) Requires: tex(xifthen.sty) Provides: tex(callouts.sty) = %{tl_version} %description -n texlive-callouts Put simple annotations and notes inside a picture The package defines the annotation environment in which callouts, notes, arrows, and the like can be placed to describe certain parts of a picture. %package -n texlive-callouts-box Summary: Provides visually appealing callout boxes Version: svn74635 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tcolorbox.sty) Requires: tex(xcolor.sty) Provides: tex(callouts-box-colors.sty) = %{tl_version} Provides: tex(callouts-box.sty) = %{tl_version} %description -n texlive-callouts-box Provides visually appealing callout boxes This package provides a collection of visually appealing, structured callout boxes for LaTeX documents. These boxes are useful for highlighting important information such as warnings, errors, notes, and success messages. The package is built on top of tcolorbox for highly customizable, breakable callout boxes and xcolor for predefined color schemes. %package -n texlive-celtic Summary: A TikZ library for drawing celtic knots Version: svn39797 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibraryceltic.code.tex) = %{tl_version} %description -n texlive-celtic A TikZ library for drawing celtic knots The package provides a TikZ library for drawing celtic knots. %package -n texlive-chemfig Summary: Draw molecules with easy syntax Version: svn69227 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(chemfig-lewis.tex) = %{tl_version} Provides: tex(chemfig.sty) = %{tl_version} Provides: tex(chemfig.tex) = %{tl_version} %description -n texlive-chemfig Draw molecules with easy syntax The package provides the command \chemfig{}, which draws molecules using the TikZ package. The argument provides instructions for the drawing operation. While the diagrams produced are essentially 2-dimensional, the package supports many of the conventional notations for illustrating the 3-dimensional layout of a molecule. The package uses TikZ for its actual drawing operations. %package -n texlive-circuit-macros Summary: M4 macros for electric circuit diagrams Version: svn76218 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(boxdims.sty) = %{tl_version} %description -n texlive-circuit-macros M4 macros for electric circuit diagrams A set of m4 macros for drawing high-quality electric circuits containing fundamental elements, amplifiers, transistors, and basic logic gates to include in TeX, LaTeX, or similar documents. Some tools and examples for other types of diagrams are also included. The macros can be evaluated to drawing commands in the pic language, which is very easy to understand and which has a good power/complexity ratio. Pic contains elements of a simple programming language, and is well-suited to line drawings requiring parametric or conditional components, fine tuning, significant geometric calculations or repetition, or that are naturally block structured or tree structured. (The m4 and pic processors are readily available for Unix and PC machines.) Alternative output macros can create TeX output to be read by pstricks, TikZ commands for use by the pgf bundle, or SVG. %package -n texlive-circuitikz Summary: Draw electrical networks with TikZ Version: svn75718 License: LPPL-1.3c AND GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(siunitx.sty) Requires: tex(tikz.sty) Requires: tex(xstring.sty) Provides: tex(circuitikz-0.4-body.tex) = %{tl_version} Provides: tex(circuitikz-0.4.sty) = %{tl_version} Provides: tex(circuitikz-0.6-body.tex) = %{tl_version} Provides: tex(circuitikz-0.6.sty) = %{tl_version} Provides: tex(circuitikz-0.7-body.tex) = %{tl_version} Provides: tex(circuitikz-0.7.sty) = %{tl_version} Provides: tex(circuitikz-0.8.3-body.tex) = %{tl_version} Provides: tex(circuitikz-0.8.3.sty) = %{tl_version} Provides: tex(circuitikz-0.9.3-body.tex) = %{tl_version} Provides: tex(circuitikz-0.9.3.sty) = %{tl_version} Provides: tex(circuitikz-0.9.6-body.tex) = %{tl_version} Provides: tex(circuitikz-0.9.6.sty) = %{tl_version} Provides: tex(circuitikz-1.0-body.tex) = %{tl_version} Provides: tex(circuitikz-1.0.sty) = %{tl_version} Provides: tex(circuitikz-1.1.2-body.tex) = %{tl_version} Provides: tex(circuitikz-1.1.2.sty) = %{tl_version} Provides: tex(circuitikz-1.2.7-body.tex) = %{tl_version} Provides: tex(circuitikz-1.2.7.sty) = %{tl_version} Provides: tex(circuitikz-1.4.6-body.tex) = %{tl_version} Provides: tex(circuitikz-1.4.6.sty) = %{tl_version} Provides: tex(circuitikz-1.7.2-body.tex) = %{tl_version} Provides: tex(circuitikz-1.7.2.sty) = %{tl_version} Provides: tex(circuitikz.sty) = %{tl_version} Provides: tex(ctikzstyle-example.tex) = %{tl_version} Provides: tex(ctikzstyle-legacy.tex) = %{tl_version} Provides: tex(ctikzstyle-romano.tex) = %{tl_version} Provides: tex(pgfcirc.defines.tex) = %{tl_version} Provides: tex(pgfcircbipoles.tex) = %{tl_version} Provides: tex(pgfcirccurrent.tex) = %{tl_version} Provides: tex(pgfcircflow.tex) = %{tl_version} Provides: tex(pgfcirclabel.tex) = %{tl_version} Provides: tex(pgfcircmonopoles.tex) = %{tl_version} Provides: tex(pgfcircmultipoles.tex) = %{tl_version} Provides: tex(pgfcircpath.tex) = %{tl_version} Provides: tex(pgfcircquadpoles.tex) = %{tl_version} Provides: tex(pgfcircshapes.tex) = %{tl_version} Provides: tex(pgfcirctripoles.tex) = %{tl_version} Provides: tex(pgfcircutils.tex) = %{tl_version} Provides: tex(pgfcircvoltage.tex) = %{tl_version} Provides: tex(t-circuitikz-0.8.3.tex) = %{tl_version} Provides: tex(t-circuitikz-0.9.3.tex) = %{tl_version} Provides: tex(t-circuitikz-0.9.6.tex) = %{tl_version} Provides: tex(t-circuitikz-1.0.tex) = %{tl_version} Provides: tex(t-circuitikz-1.1.2.tex) = %{tl_version} Provides: tex(t-circuitikz-1.2.7.tex) = %{tl_version} Provides: tex(t-circuitikz-1.4.6.tex) = %{tl_version} Provides: tex(t-circuitikz-1.7.2.tex) = %{tl_version} Provides: tex(t-circuitikz.tex) = %{tl_version} %description -n texlive-circuitikz Draw electrical networks with TikZ The package provides a set of macros for naturally typesetting electrical and (somewhat less naturally, perhaps) electronic networks. It is designed as a tool that is easy to use, with a lean syntax, native to LaTeX, and directly supporting PDF output format. It has therefore been based on the very impressive PGF/TikZ package. %package -n texlive-circularglyphs Summary: A circular glyphs alphabet Version: svn73069 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(simplekv.sty) Requires: tex(tikz.sty) Requires: tex(xstring.sty) Provides: tex(circularglyphs.sty) = %{tl_version} %description -n texlive-circularglyphs A circular glyphs alphabet Circular Glyphs is a graphic alphabet of substitution based on a geometric construction using circles and arcs on a grid. The designs are all based on circular arcs, divided into four quadrants. It is inspired by Star Trek and used by the Bynar and Borg cultures depicted there. %package -n texlive-coffeestains Summary: Add coffee stains to documents Version: svn59703 License: LicenseRef-Public-Domain Requires: texlive-base Requires: texlive-kpathsea Requires: tex(kvoptions.sty) Requires: tex(tikz.sty) Provides: tex(coffeestains.sty) = %{tl_version} %description -n texlive-coffeestains Add coffee stains to documents This package provides an essential feature that LaTeX has been missing for too long: It adds coffee stains to your documents. A lot of time can be saved by printing stains directly on the page rather than adding them manually. %package -n texlive-coloredbelts Summary: Insert colored belts in documents (to present skills, for example) Version: svn76143 License: LPPL-1.3c AND LicenseRef-cc-by-sa-3 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(graphicx.sty) Provides: tex(coloredbelts.sty) = %{tl_version} %description -n texlive-coloredbelts Insert colored belts in documents (to present skills, for example) The package provides commands (English and French version) to insert 'colored belts' (in vectorial format) to present skills, for example. %package -n texlive-combinedgraphics Summary: Include graphic (EPS or PDF)/LaTeX combinations Version: svn27198 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(color.sty) Requires: tex(graphicx.sty) Requires: tex(keyval.sty) Provides: tex(combinedgraphics.sty) = %{tl_version} %description -n texlive-combinedgraphics Include graphic (EPS or PDF)/LaTeX combinations This package provides a macro (\includecombinedgraphics) for the inclusion of combined EPS/LaTeX and PDF/LaTeX graphics (an export format of Gnuplot, Xfig, and maybe other programs). Instead of including the graphics with a simple \input, the \includecombinedgraphics macro has some comforts: changing the font and color of the text of the LaTeX part; rescaling the graphics without affecting the font of the LaTeX part; automatic inclusion of the vector graphics part, as far as LaTeX part does not do it (e.g., for files exported from Gnuplot before version 4.2); and rescaling and rotating of complete graphics (similar to \includegraphics from the graphicx package). %package -n texlive-curve Summary: A class for making curriculum vitae Version: svn20745 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea %description -n texlive-curve A class for making curriculum vitae CurVe is a class for writing a CV, with configuration for the language in which you write. The class provides a set of commands to create rubrics, entries in these rubrics etc. CurVe then format the CV (possibly splitting it onto multiple pages, repeating the titles etc), which is usually the most painful part of CV writing. Another nice feature of CurVe is its ability to manage different CV 'flavours' simultaneously. It is often the case that you want to maintain slightly divergent versions of your CV at the same time, in order to emphasize on different aspects of your background. CurVe also comes with support for use with AUC-TeX. %package -n texlive-curve2e Summary: Extensions for package pict2e Version: svn72842 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(color.sty) Requires: tex(graphicx.sty) Requires: tex(xfp.sty) Requires: tex(xparse.sty) Provides: tex(curve2e-v161.sty) = %{tl_version} Provides: tex(curve2e.sty) = %{tl_version} %description -n texlive-curve2e Extensions for package pict2e The package extends the drawing capacities of the pict2e that serves as a LaTeX2e replacement for picture mode. In particular, curve2e introduces new macros for lines and vectors, new specifications for line terminations and joins, arcs with any angular aperture, arcs with arrows at one or both ends, generic curves specified with their nodes and the tangent direction at these nodes. %package -n texlive-curves Summary: Curves for LaTeX picture environment Version: svn45255 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(curves.sty) = %{tl_version} Provides: tex(curvesls.sty) = %{tl_version} %description -n texlive-curves Curves for LaTeX picture environment This package draws curves in the standard LaTeX picture environment using parabolas between data points with continuous slope at joins; for circles and arcs, it uses up to 16 parabolas. The package can also draw symbols or dash patterns along curves. The package provides facilities equivalent to technical pens with compasses and French curves. Curves consist of short secants drawn by overlapping disks or line-drawing \special commands selected by package options. %package -n texlive-dcpic Summary: Commutative diagrams in a LaTeX and TeX documents Version: svn30206 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(dcpic.sty) = %{tl_version} %description -n texlive-dcpic Commutative diagrams in a LaTeX and TeX documents DCpic is a package for typesetting Commutative Diagrams within a LaTeX and TeX documents. Its distinguishing features are: a powerful graphical engine, the PiCTeX package; an easy specification syntax in which a commutative diagram is described in terms of its objects and its arrows (morphism), positioned in a Cartesian coordinate system. %package -n texlive-diagmac2 Summary: Diagram macros, using pict2e Version: svn15878 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(diagmac2.sty) = %{tl_version} %description -n texlive-diagmac2 Diagram macros, using pict2e This is a development of the long-established diagmac package, using pict2e so that the restrictions on line direction are removed. %package -n texlive-ditaa Summary: Use ditaa diagrams within LaTeX documents Version: svn48932 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(fancyvrb.sty) Requires: tex(graphicx.sty) Requires: tex(kvoptions.sty) Provides: tex(ditaa.sty) = %{tl_version} %description -n texlive-ditaa Use ditaa diagrams within LaTeX documents With this package ditaa (DIagrams Through Ascii Art) diagrams can be embedded directly into LaTeX files. %package -n texlive-doc-pictex Summary: A summary list of PicTeX documentation Version: svn24927 License: LicenseRef-Fedora-UltraPermissive Requires: texlive-base Requires: texlive-kpathsea Provides: texlive-doc-pictex-doc = %{epoch}:%{version}-%{release} Obsoletes: texlive-doc-pictex-doc <= 11:%{version} %description -n texlive-doc-pictex A summary list of PicTeX documentation A summary of available resources providing (or merely discussing) documentation of PicTeX. %package -n texlive-dot2texi Summary: Create graphs within LaTeX using the dot2tex tool Version: svn26237 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(moreverb.sty) Requires: tex(xkeyval.sty) Provides: tex(dot2texi.sty) = %{tl_version} %description -n texlive-dot2texi Create graphs within LaTeX using the dot2tex tool The dot2texi package allows you to embed graphs in the DOT graph description language in your LaTeX documents. The dot2tex tool is used to invoke Graphviz for graph layout, and to transform the output from Graphviz to LaTeX code. The generated code relies on the TikZ and PGF package or the PSTricks package. The process is automated if shell escape is enabled. %package -n texlive-dottex Summary: Use dot code in LaTeX Version: svn15878 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(graphicx.sty) Requires: tex(keyval.sty) Requires: tex(moreverb.sty) Provides: tex(dottex.sty) = %{tl_version} %description -n texlive-dottex Use dot code in LaTeX The dottex package allows you to encapsulate 'dot' and 'neato' files in your document (dot and neato are both part of graphviz; dot creates directed graphs, neato undirected graphs). If you have shell-escape enabled, the package will arrange for your files to be processed at LaTeX time; otherwise, the conversion must be done manually as an intermediate process before a second LaTeX run. %package -n texlive-dpcircling Summary: Decorated text boxes using TikZ Version: svn54994 License: MIT Requires: texlive-base Requires: texlive-kpathsea Requires: tex(keyval.sty) Requires: tex(tikz.sty) Provides: tex(DPcircling.sty) = %{tl_version} %description -n texlive-dpcircling Decorated text boxes using TikZ This simple package provides four types of text decorations using TikZ. You can frame your text with circles, rectangles, jagged rectangles, and fan-shapes. The baseline will be adjusted properly according to the surroundings. You can use these decorations both in text mode and in math mode. You can specify line color, line width, width, and height using option keys. Note: The "DP" in the package name stands for "Decorated Packets". %package -n texlive-dratex Summary: General drawing macros Version: svn15878 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(AlDraTex.sty) = %{tl_version} Provides: tex(DraTex.sty) = %{tl_version} Provides: tex(TeXProject.sty) = %{tl_version} Provides: tex(wotree.sty) = %{tl_version} %description -n texlive-dratex General drawing macros A low level (DraTex.sty) and a high-level (AlDraTex.sty) drawing package written entirely in TeX. %package -n texlive-drs Summary: Typeset Discourse Representation Structures (DRS) Version: svn19232 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(drs.sty) = %{tl_version} %description -n texlive-drs Typeset Discourse Representation Structures (DRS) The package draws Discourse Representation Structures (DRSs). It can draw embedded DRSs, if-then conditions and quantificational "duplex conditions" (with a properly scaled connecting diamond). Formatting parameters allow the user to control the appearance and placement of DRSs, and of DRS variables and conditions. The package is based on DRS macros in the covington package. %package -n texlive-duotenzor Summary: Drawing package for circuit and duotensor diagrams Version: svn76130 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Requires: tex(xspace.sty) Provides: tex(duotenzor.sty) = %{tl_version} %description -n texlive-duotenzor Drawing package for circuit and duotensor diagrams This is a drawing package for circuit and duotensor diagrams within LaTeX documents. It consists of about eighty commands, calling on TikZ for support. %package -n texlive-dynkin-diagrams Summary: Draw Dynkin, Coxeter, and Satake diagrams using TikZ Version: svn75301 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(amsmath.sty) Requires: tex(amssymb.sty) Requires: tex(etoolbox.sty) Requires: tex(mathtools.sty) Requires: tex(pgfkeys.sty) Requires: tex(pgfopts.sty) Requires: tex(tikz.sty) Requires: tex(xstring.sty) Provides: tex(dynkin-diagrams.sty) = %{tl_version} %description -n texlive-dynkin-diagrams Draw Dynkin, Coxeter, and Satake diagrams using TikZ Draws Dynkin, Coxeter, and Satake diagrams in LaTeX documents, using the TikZ package. The package requires amsmath, amssymb, etoolbox, expl3, mathtools, pgfkeys, pgfopts, TikZ, xparse, and xstring. %package -n texlive-ecgdraw Summary: Draws electrocardiograms (ECG) Version: svn76130 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Requires: tex(xparse.sty) Provides: tex(ecgdraw.sty) = %{tl_version} %description -n texlive-ecgdraw Draws electrocardiograms (ECG) This package provides the \ECG{} command which draws electrocardiograms (ECG). The represents a series of abbreviations which allow to draw different types of wave. %package -n texlive-eepic Summary: Extensions to epic and the LaTeX drawing tools Version: svn15878 License: LicenseRef-Public-Domain Requires: texlive-base Requires: texlive-kpathsea Provides: tex(eepic.sty) = %{tl_version} Provides: tex(eepicemu.sty) = %{tl_version} Provides: tex(epic.sty) = %{tl_version} %description -n texlive-eepic Extensions to epic and the LaTeX drawing tools Extensions to epic and the LaTeX picture drawing environment, include the drawing of lines at any slope, the drawing of circles in any radii, and the drawing of dotted and dashed lines much faster with much less TeX memory, and providing several new commands for drawing ellipses, arcs, splines, and filled circles and ellipses. The package uses tpic \special commands. %package -n texlive-egpeirce Summary: Draw existential graphs invented by Charles S. Peirce Version: svn66924 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(everypage.sty) Requires: tex(fancybox.sty) Requires: tex(graphicx.sty) Requires: tex(pst-node.sty) Requires: tex(pst-text.sty) Requires: tex(pstricks-add.sty) Requires: tex(pstricks.sty) Requires: tex(setspace.sty) Provides: tex(egpeirce.sty) = %{tl_version} %description -n texlive-egpeirce Draw existential graphs invented by Charles S. Peirce This package is for drawing existential graphs invented and developed by philosopher and polymath Charles S. Peirce. It also contains new and unique symbols for several types of linear logical operators Peirce invented and used in his larger logical system. %package -n texlive-ellipse Summary: Draw ellipses and elliptical arcs using the standard LaTeX2e picture environment Version: svn39025 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(ellipse.sty) = %{tl_version} %description -n texlive-ellipse Draw ellipses and elliptical arcs using the standard LaTeX2e picture environment Draw ellipses and elliptical arcs using the standard LaTeX2e picture environment. %package -n texlive-endofproofwd Summary: An "end of proof" sign Version: svn55643 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(graphicx.sty) Requires: tex(import.sty) Provides: tex(endofproofwd.sty) = %{tl_version} %description -n texlive-endofproofwd An "end of proof" sign This package provides an additional "end of proof" sign. The command's name is \wasserdicht. %package -n texlive-epspdfconversion Summary: On-the-fly conversion of EPS to PDF Version: svn18703 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(epstopdf-base.sty) Requires: tex(graphics.sty) Requires: tex(kvoptions.sty) Provides: tex(epspdfconversion.sty) = %{tl_version} %description -n texlive-epspdfconversion On-the-fly conversion of EPS to PDF The package calls the epstopdf package to convert EPS graphics to PDF, on the fly. It servs as a vehicle for passing conversion options (such as grayscale, prepress or pdfversion) to the epspdf converter. %package -n texlive-esk Summary: Package to encapsulate Sketch files in LaTeX sources Version: svn18115 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(kvsetkeys.sty) Requires: tex(verbatim.sty) Provides: tex(esk.sty) = %{tl_version} %description -n texlive-esk Package to encapsulate Sketch files in LaTeX sources The ESK package allows to encapsulate Sketch files in LaTeX sources. This is very useful for keeping illustrations in sync with the text. It also frees the user from inventing descriptive names for new files that fit into the confines of file system conventions. Sketch is a 3D scene description language by Eugene K. Ressler and can generate TikZ and PSTricks code. ESK behaves in a similar fashion to EMP (which encapsulates MetaPost files), and was in fact developed from it. %package -n texlive-euflag Summary: A command to reproduce the flag of the European Union Version: svn55265 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(amssymb.sty) Requires: tex(graphicx.sty) Requires: tex(xcolor.sty) Provides: tex(euflag.sty) = %{tl_version} %description -n texlive-euflag A command to reproduce the flag of the European Union This LaTeX package implements a command to reproduce the official flag of the European Union (EU). The flag is reproduced at 1em high based on the current font size, so it can be scaled arbitrarily by changing the font size. %package -n texlive-fadingimage Summary: Add full width fading pictures at the top or bottom of a page Version: svn75447 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(fadingimage.sty) = %{tl_version} %description -n texlive-fadingimage Add full width fading pictures at the top or bottom of a page This package provides commands for adding full width fading pictures at the top or bottom of a page. It is based on TikZ with the fadings library. Welcome to feedback bugs or ideas via email to xiamyphys@gmail.com. %package -n texlive-fast-diagram Summary: Easy generation of FAST diagrams Version: svn29264 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(relsize.sty) Requires: tex(tikz.sty) Requires: tex(xargs.sty) Provides: tex(fast-diagram.sty) = %{tl_version} %description -n texlive-fast-diagram Easy generation of FAST diagrams The package provides simple means of producing FAST diagrams, using TikZ/pgf tools. FAST diagrams are useful for functional analysis techniques in design methods. %package -n texlive-fenetrecas Summary: Commands for CAS-like windows (Xcas or Geogebra) in TikZ Version: svn73069 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(settobox.sty) Requires: tex(simplekv.sty) Requires: tex(tikz.sty) Requires: tex(xintexpr.sty) Requires: tex(xstring.sty) Provides: tex(FenetreCas.sty) = %{tl_version} %description -n texlive-fenetrecas Commands for CAS-like windows (Xcas or Geogebra) in TikZ This package provides some commands (in French) to display, with TikZ, windows like Xcas or Geogebra : \begin{CalculFormelGeogebra} and \LigneCalculsGeogebra ; \begin{CalculFormelXcas} and \LigneCalculsXcas. %package -n texlive-figchild Summary: Pictures for creating children's activities Version: svn75801 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Provides: tex(figchild.sty) = %{tl_version} %description -n texlive-figchild Pictures for creating children's activities This package was created with the aim of facilitating the work of Elementary School teachers who need to create colorful and attractive activities for their students. It is a product of the Computational Mathematics discipline offered at the Federal University of Vicosa -- Campus UFV -- Florestal by professor Fernando de Souza Bastos. At the time, professor Fernando was a faculty member at the UFV Florestal campus. Currently, he is a professor in the Department of Statistics at the UFV main campus in Vicosa. The package makes use of the TikZ and xcolor packages. %package -n texlive-figput Summary: Create interactive figures in LaTeX Version: svn63957 License: CC-BY-SA-4.0 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Requires: tex(verbatim.sty) Requires: tex(xsim.sty) Requires: tex(zref-abspage.sty) Requires: tex(zref-pagelayout.sty) Requires: tex(zref-savepos.sty) Requires: tex(zref-thepage.sty) Requires: tex(zref-user.sty) Provides: tex(figput.sty) = %{tl_version} %description -n texlive-figput Create interactive figures in LaTeX FigPut allows figures to be specified using JavaScript. The resulting document can be viewed as a static PDF, as usual, or the document can be viewed in a web-browser, in which case the figures are interactive. A variety of interactive widgets are included. %package -n texlive-fitbox Summary: Fit graphics on a page Version: svn50088 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(xkeyval.sty) Provides: tex(fitbox.sty) = %{tl_version} %description -n texlive-fitbox Fit graphics on a page The package allows a box (usually an \includegraphics box) to fit on the page. It scales the box to the maximal allowed size within the user-set limits. If there is not enough space on the page, the box is moved to the next one. %package -n texlive-flowchart Summary: Shapes for drawing flowcharts, using TikZ Version: svn36572 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(makeshape.sty) Requires: tex(tikz.sty) Provides: tex(flowchart.sty) = %{tl_version} %description -n texlive-flowchart Shapes for drawing flowcharts, using TikZ The package provides a set of 'traditional' flowchart element shapes; the documentation shows how to build a flowchart from these elements, using pgf/TikZ. The package also requires the makeshape package. %package -n texlive-forest Summary: Drawing (linguistic) trees Version: svn57398 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-elocalloc Requires: texlive-environ Requires: texlive-etoolbox Requires: texlive-inlinedef Requires: texlive-l3packages Requires: texlive-pgf Requires: texlive-pgfopts Requires: tex(dingbat.sty) Requires: tex(elocalloc.sty) Requires: tex(environ.sty) Requires: tex(etoolbox.sty) Requires: tex(inlinedef.sty) Requires: tex(lstdoc.sty) Requires: tex(pgfkeys.sty) Requires: tex(pgfopts.sty) Requires: tex(tikz.sty) Requires: tex(xparse.sty) Provides: tex(forest-compat.sty) = %{tl_version} Provides: tex(forest-doc.sty) = %{tl_version} Provides: tex(forest-index.sty) = %{tl_version} Provides: tex(forest-lib-edges.sty) = %{tl_version} Provides: tex(forest-lib-linguistics.sty) = %{tl_version} Provides: tex(forest.sty) = %{tl_version} %description -n texlive-forest Drawing (linguistic) trees The package provides a PGF/TikZ-based mechanism for drawing linguistic (and other kinds of) trees. Its main features are: a packing algorithm which can produce very compact trees; a user-friendly interface consisting of the familiar bracket encoding of trees plus the key-value interface to option-setting; many tree-formatting options, with control over option values of individual nodes and mechanisms for their manipulation; the possibility to decorate the tree using the full power of PGF/TikZ; and an externalization mechanism sensitive to code-changes. %package -n texlive-genealogytree Summary: Pedigree and genealogical tree diagrams Version: svn66513 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tcolorbox.sty) Requires: tex(xfp.sty) Requires: tex(xparse.sty) Provides: tex(genealogytree.sty) = %{tl_version} Provides: tex(gtrcore.contour.code.tex) = %{tl_version} Provides: tex(gtrcore.drawing.code.tex) = %{tl_version} Provides: tex(gtrcore.node.code.tex) = %{tl_version} Provides: tex(gtrcore.options.code.tex) = %{tl_version} Provides: tex(gtrcore.parser.code.tex) = %{tl_version} Provides: tex(gtrcore.processing.code.tex) = %{tl_version} Provides: tex(gtrcore.symbols.code.tex) = %{tl_version} Provides: tex(gtrlang.catalan.code.tex) = %{tl_version} Provides: tex(gtrlang.chinese.code.tex) = %{tl_version} Provides: tex(gtrlang.danish.code.tex) = %{tl_version} Provides: tex(gtrlang.dutch.code.tex) = %{tl_version} Provides: tex(gtrlang.english.code.tex) = %{tl_version} Provides: tex(gtrlang.french.code.tex) = %{tl_version} Provides: tex(gtrlang.german.code.tex) = %{tl_version} Provides: tex(gtrlang.italian.code.tex) = %{tl_version} Provides: tex(gtrlang.portuguese.code.tex) = %{tl_version} Provides: tex(gtrlang.spanish.code.tex) = %{tl_version} Provides: tex(gtrlang.swedish.code.tex) = %{tl_version} Provides: tex(gtrlib.debug.code.tex) = %{tl_version} Provides: tex(gtrlib.fanchart.code.tex) = %{tl_version} Provides: tex(gtrlib.templates.code.tex) = %{tl_version} %description -n texlive-genealogytree Pedigree and genealogical tree diagrams Pedigree and genealogical tree diagrams are proven tools to visualize genetic and relational connections between individuals. The naming ("tree") derives from historical family diagrams. However, even the smallest family entity consisting of two parents and several children is hardly a 'mathematical' tree -- it is a more general graph. The package provides a set of tools to typeset genealogical trees (i.e., to typeset a set of special graphs for the description of family-like structures). The package uses an autolayout algorithm which can be customized, e. g., to prioritize certain paths. %package -n texlive-gincltex Summary: Include TeX files as graphics (.tex support for \includegraphics) Version: svn64967 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(adjustbox.sty) Requires: tex(svn-prov.sty) Provides: tex(gincltex.sty) = %{tl_version} %description -n texlive-gincltex Include TeX files as graphics (.tex support for \includegraphics) The package builds on the standard LaTeX packages graphics and/or graphicx and allows external LaTeX source files to be included, in the same way as graphic files, by \includegraphics. In effect, then package adds support for the .tex extension. Some of the lower level operations like clipping and trimming are implemented using the adjustbox package which includes native pdfLaTeX support and uses the pgf package for other output formats. %package -n texlive-gnuplottex Summary: Embed Gnuplot commands in LaTeX documents Version: svn54758 License: GPL-2.0-only Requires: texlive-base Requires: texlive-kpathsea Requires: tex(catchfile.sty) Requires: tex(graphicx.sty) Requires: tex(ifthen.sty) Requires: tex(keyval.sty) Requires: tex(moreverb.sty) Provides: tex(gnuplottex.sty) = %{tl_version} %description -n texlive-gnuplottex Embed Gnuplot commands in LaTeX documents This package allows you to include Gnuplot graphs in your LaTeX documents. The gnuplot code is extracted from the document and written to .gnuplot files. Then, if shell escape is used, the graph files are automatically processed to graphics or LaTeX code files which will then be included in the document. If shell escape isn't used, the user will have to manually convert the files by running gnuplot on the extracted .gnuplot files. %package -n texlive-gradientframe Summary: Simple gradient frames around objects Version: svn21387 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(color.sty) Requires: tex(keyval.sty) Provides: tex(gradientframe.sty) = %{tl_version} %description -n texlive-gradientframe Simple gradient frames around objects The package provides a means of drawing graded frames around objects. The gradients of the frames are drawn using the color package. %package -n texlive-grafcet Summary: Draw Grafcet/SFC with TikZ Version: svn22509 License: LPPL-1.0 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifsym.sty) Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Provides: tex(grafcet.sty) = %{tl_version} %description -n texlive-grafcet Draw Grafcet/SFC with TikZ The package provides a library (GRAFCET) that can draw Grafcet Sequential Function Chart (SFC) diagrams, in accordance with EN 60848, using Pgf/TikZ. L'objectif de la librairie GRAFCET est de permettre le trace de grafcet selon la norme EN 60848 a partir de Pgf/TikZ. %package -n texlive-graph35 Summary: Draw keys and screen items of several Casio calculators Version: svn66772 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(amsbsy.sty) Requires: tex(amssymb.sty) Requires: tex(etoolbox.sty) Requires: tex(letterspace.sty) Requires: tex(pgfkeys.sty) Requires: tex(pgfopts.sty) Requires: tex(sansmath.sty) Requires: tex(tikz.sty) Provides: tex(graph35-keys.sty) = %{tl_version} Provides: tex(graph35-pixelart.sty) = %{tl_version} Provides: tex(graph35.sty) = %{tl_version} %description -n texlive-graph35 Draw keys and screen items of several Casio calculators This package defines commands to draw the Casio Graph 35 / fx-9750GII calculator (and other models). It can draw the whole calculator, or parts of it (individual keys, part of the screen, etc.). It was written to typeset documents instructing students how to use their calculator. %package -n texlive-graphicxpsd Summary: Adobe Photoshop Data format (PSD) support for graphicx package Version: svn57341 License: MIT Requires: texlive-base Requires: texlive-kpathsea Requires: tex(shellesc.sty) Provides: tex(graphicxpsd.sty) = %{tl_version} %description -n texlive-graphicxpsd Adobe Photoshop Data format (PSD) support for graphicx package This package provides Adobe Photoshop Data format (PSD) support for the graphicx package with the sips (Darwin/macOS) or convert (ImageMagick) command. %package -n texlive-graphviz Summary: Write graphviz (dot+neato) inline in LaTeX documents Version: svn31517 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(graphicx.sty) Requires: tex(psfrag.sty) Provides: tex(graphviz.sty) = %{tl_version} %description -n texlive-graphviz Write graphviz (dot+neato) inline in LaTeX documents The package allows inline use of graphviz code, in a LaTeX document. %package -n texlive-gtrlib-largetrees Summary: Library for genealogytree aiming at large trees Version: svn49062 License: LPPL-1.2 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(genealogytree.sty) Provides: tex(gtrlib.largetrees.code.tex) = %{tl_version} Provides: tex(gtrlib.largetrees.sty) = %{tl_version} %description -n texlive-gtrlib-largetrees Library for genealogytree aiming at large trees The main goal of this package is to offer additional database fields and formats for the genealogytree package, particularly for typesetting large trees. The package depends on genealogytree and etoolbox. %package -n texlive-harveyballs Summary: Create Harvey Balls using TikZ Version: svn32003 License: GPL-3.0-only Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(harveyballs.sty) = %{tl_version} %description -n texlive-harveyballs Create Harvey Balls using TikZ The package provides 5 commands (giving symbols that indicate values from "none" to "full"). %package -n texlive-here Summary: Emulation of obsolete package for "here" floats Version: svn16135 License: LicenseRef-Public-Domain Requires: texlive-base Requires: texlive-kpathsea Requires: tex(float.sty) Provides: tex(here.sty) = %{tl_version} %description -n texlive-here Emulation of obsolete package for "here" floats Provides the H option for floats in LaTeX to signify that the environment is not really a float (and should therefore be placed "here" and not float at all). The package emulates an older package of the same name, which has long been suppressed by its author. The job is done by nothing more than loading the float package, which has long provided the option in an acceptable framework. %package -n texlive-hf-tikz Summary: A simple way to highlight formulas and formula parts Version: svn34733 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Requires: tex(tikz.sty) Requires: tex(xparse.sty) Provides: tex(hf-tikz.sty) = %{tl_version} %description -n texlive-hf-tikz A simple way to highlight formulas and formula parts The package provides a way to highlight formulas and formula parts in both documents and presentations, us TikZ. %package -n texlive-hobby Summary: An implementation of Hobby's algorithm for PGF/TikZ Version: svn68137 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(hobby-l3draw.sty) = %{tl_version} Provides: tex(hobby.code.tex) = %{tl_version} Provides: tex(pgflibraryhobby.code.tex) = %{tl_version} Provides: tex(pml3array.sty) = %{tl_version} Provides: tex(tikzlibraryhobby.code.tex) = %{tl_version} %description -n texlive-hobby An implementation of Hobby's algorithm for PGF/TikZ This package defines a path generation function for PGF/TikZ which implements Hobby's algorithm for a path built out of Bezier curves which passes through a given set of points. The path thus generated may by used as a TikZ 'to path'. The implementation is in LaTeX3. %package -n texlive-hvfloat Summary: Controlling captions, fullpage and doublepage floats Version: svn73130 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(afterpage.sty) Requires: tex(atbegshi.sty) Requires: tex(caption.sty) Requires: tex(etoolbox.sty) Requires: tex(fbox.sty) Requires: tex(graphicx.sty) Requires: tex(hyperref.sty) Requires: tex(ifoddpage.sty) Requires: tex(marginnote.sty) Requires: tex(multido.sty) Requires: tex(picture.sty) Requires: tex(stfloats.sty) Requires: tex(subcaption.sty) Requires: tex(trimclip.sty) Requires: tex(varwidth.sty) Requires: tex(xkeyval.sty) Requires: tex(zref-savepos.sty) Provides: tex(hvfloat-fps.sty) = %{tl_version} Provides: tex(hvfloat.sty) = %{tl_version} %description -n texlive-hvfloat Controlling captions, fullpage and doublepage floats This package defines a macro to place objects (tables and figures) and their captions in different positions with different rotating angles within a float. All objects and captions can be framed. The main command is \hvFloat{float type}{floating object}{caption}{label}; a simple example is \hvFloat{figure}{\includegraphics{rose}}{Caption}{fig:0}. Options are provided to place captions to the right or left, and rotated. Setting nonFloat=true results in placing the float here. %package -n texlive-istgame Summary: Draw Game Trees with TikZ Version: svn62946 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Requires: tex(xparse.sty) Provides: tex(istgame.sty) = %{tl_version} %description -n texlive-istgame Draw Game Trees with TikZ This LaTeX package provides macros based on TikZ to draw a game tree. The main idea underlying its core macros is the completion of a whole tree by using a sequence of simple 'parent-child' tree structures, with no longer nested relations involved (like the use of 'grandchildren' or 'great-grandchildren'). Using this package you can draw a game tree as easily as drawing a game tree with pen and paper. This package depends on expl3, TikZ, and xparse. The 'ist' prefix stands for "it's a simple tree" or "In-Sung's simple tree." %package -n texlive-kblocks Summary: Easily typeset Control Block Diagrams and Signal Flow Graphs Version: svn57617 License: MIT Requires: texlive-base Requires: texlive-kpathsea Requires: tex(circuitikz.sty) Requires: tex(tikz.sty) Provides: tex(kblocks.sty) = %{tl_version} %description -n texlive-kblocks Easily typeset Control Block Diagrams and Signal Flow Graphs Kblocks defines a number of commands to make drawing control block diagrams using TikZ/PGF more structured and easier. It reduces the learning curve forTikZ/PGF and serves as a frontend, by focusing on the block resp. flow diagrams only. %package -n texlive-kinematikz Summary: Design kinematic chains and mechanisms Version: svn61392 License: LPPL-1.3c AND GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(graphicx.sty) Requires: tex(ifthen.sty) Requires: tex(listofitems.sty) Requires: tex(tikz-3dplot.sty) Requires: tex(tikz.sty) Requires: tex(xpatch.sty) Requires: tex(xstring.sty) Provides: tex(kinematikz.sty) = %{tl_version} %description -n texlive-kinematikz Design kinematic chains and mechanisms This package provides functionalities to draw kinematic diagrams for mechanisms using dedicate symbols (some from the ISO standard and others). The intention is not to represent CAD mechanical drawings of mechanisms and robots, but only to represent 2D and 3D kinematic chains. The package provides links, joints and other symbols, mostly in the form of TikZ pic objects. These pics can be placed in the canvas either by a central point for joints, and start and end points for some links. %package -n texlive-knitting Summary: Produce knitting charts, in Plain TeX or LaTeX Version: svn50782 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(color.sty) Provides: tex(knitting.sty) = %{tl_version} Provides: tex(knitting.tex) = %{tl_version} %description -n texlive-knitting Produce knitting charts, in Plain TeX or LaTeX The package provides symbol fonts and commands to write charted instructions for cable and lace knitting patterns, using either plain TeX or LaTeX. The fonts are available both as Metafont source and in Adobe Type 1 format. %package -n texlive-knittingpattern Summary: Create knitting patterns Version: svn17205 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea %description -n texlive-knittingpattern Create knitting patterns The class provides a simple, effective method for knitters to produce high-quality, attractive patterns using LaTeX. It does this by providing commands to handle as much of the layout of the document as possible, leaving the author free to concentrate on the pattern. %package -n texlive-ladder Summary: Draw simple ladder diagrams using TikZ Version: svn44394 License: MIT Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Provides: tex(ladder.sty) = %{tl_version} %description -n texlive-ladder Draw simple ladder diagrams using TikZ This package permits the creation of simple ladder diagrams within LaTeX documents. Required packages are tikz, ifthen, and calc. %package -n texlive-lapdf Summary: PDF drawing directly in TeX documents Version: svn23806 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Provides: tex(lapdf.sty) = %{tl_version} %description -n texlive-lapdf PDF drawing directly in TeX documents The package provides the means to use PDF drawing primitives to produce high quality, colored graphics. It uses Bezier curves (integral and rational) from degree one to seven, allows TeX typesetting in the graphic, offers most of the standard math functions, allows plotting normal, parametric and polar functions. The package has linear, logx, logy, logxy and polar grids with many specs; it can rotate, clip and do many nice things easily it has two looping commands for programming and many instructive example files. The package requires pdfTeX but otherwise only depends on the calc package. %package -n texlive-latex-make Summary: Easy compiling of complex (and simple) LaTeX documents Version: svn60874 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ae.sty) Requires: tex(aeguill.sty) Requires: tex(color.sty) Requires: tex(epstopdf.sty) Requires: tex(etoolbox.sty) Requires: tex(graphicx.sty) Requires: tex(hyperref.sty) Requires: tex(ifpdf.sty) Requires: tex(ifthen.sty) Requires: tex(ifxetex.sty) Requires: tex(thumbpdf.sty) Requires: tex(xcolor.sty) Requires: tex(xstring.sty) Provides: tex(figlatex.sty) = %{tl_version} Provides: tex(pdfswitch.sty) = %{tl_version} Provides: tex(texdepends.sty) = %{tl_version} Provides: tex(texgraphicx.sty) = %{tl_version} %description -n texlive-latex-make Easy compiling of complex (and simple) LaTeX documents This package provides several tools that aim to simplify the compilation of LaTeX documents: LaTeX.mk: a Makefile snippet to help compiling LaTeX documents in DVI, PDF, PS, ... format. Dependencies are automatically tracked: one should be able to compile documents with a one-line Makefile containing 'include LaTeX.mk'. Complex documents (with multiple bibliographies, indexes, glossaries, ...) should be correctly managed. figlatex.sty: a LaTeX package to easily insert xfig figures (with \includegraphics{file.fig}). It can interact with LaTeX.mk so that the latter automatically invokes transfig if needed. And various helper tools for LaTeX.mk This package requires GNUmake (>= 3.81). %package -n texlive-liftarm Summary: Geometric constructions with liftarms using TikZ and LaTeX3 Version: svn75884 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Provides: tex(liftarm.sty) = %{tl_version} %description -n texlive-liftarm Geometric constructions with liftarms using TikZ and LaTeX3 This package is based on the package TikZ and can be used to draw geometric constructions with liftarms. There are several options for the appearance of the liftarms. It provides an environment to connect multiple liftarms using the Newton-Raphson method and LU decomposition. It also provides a command to describe a construction and a method to animate a construction with one or more traces. %package -n texlive-lpic Summary: Put LaTeX material over included graphics Version: svn20843 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(color.sty) Requires: tex(epsfig.sty) Requires: tex(ifthen.sty) Requires: tex(rotating.sty) Provides: tex(lpic.sty) = %{tl_version} %description -n texlive-lpic Put LaTeX material over included graphics The package defines a convenient interface to put any LaTeX material on top of included graphics. The LaTeX material may also be rotated and typeset on top of a white box overshadowing the graphics. The coordinates of the LaTeX boxes are given relative to the original, unscaled graphics; when the graphics is rescaled, the LaTeX annotations stay at their right places (unless you do something extreme). In a draft mode, the package enables you to draw a coordinate grid over the picture for easy adjustment of positions of the annotations. %package -n texlive-lroundrect Summary: LaTeX macros for utilizing the roundrect MetaPost routines Version: svn39804 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(lroundrect.sty) = %{tl_version} %description -n texlive-lroundrect LaTeX macros for utilizing the roundrect MetaPost routines This LaTeX package provides ways to use the extremely configurable rounded rectangles of the roundrect MetaPost package with LaTeX. It is chiefly useful for examples, but also has macros for particular types of boxes which are useful on their own. %package -n texlive-lua-tikz3dtools Summary: Draw properly occluded 3D parametric objects under perspective projection Version: svn76238 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(lua-tikz3dtools-commands.sty) = %{tl_version} Provides: tex(lua-tikz3dtools-keys.sty) = %{tl_version} Provides: tex(lua-tikz3dtools.sty) = %{tl_version} %description -n texlive-lua-tikz3dtools Draw properly occluded 3D parametric objects under perspective projection This -- currently experimental -- package improves on existing 3D capabilities in TikZ. In particular, the package enables z-sorting of multiple triangulated parametric objects and uses elaborate occlusion logic. The parametric objects are defined using pgfkeys, and endeavor to enable user customization. All of the 3D math is handled in Lua, and the results are projected onto the 2D TikZ canvas. The user is enabled to use linear, affine and projective transformations on their parametric objects. The current aim of the package is to enable parametric object clipping, and to improve on the occlusion logic. %package -n texlive-luamesh Summary: Computes and draws 2D Delaunay triangulation Version: svn63875 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(luamplib.sty) Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Requires: tex(xkeyval.sty) Provides: tex(luamesh.sty) = %{tl_version} %description -n texlive-luamesh Computes and draws 2D Delaunay triangulation The package allows to compute and draw 2D Delaunay triangulation. The algorithm is written with lua, and depending upon the choice of the engine, the drawing is done by MetaPost (with luamplib) or by TikZ. The Delaunay triangulation algorithm is the Bowyer and Watson algorithm. Several macros are provided to draw the global mesh, the set of points, or a particular step of the algorithm. %package -n texlive-luasseq Summary: Drawing spectral sequences in LuaLaTeX Version: svn65511 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(ifthen.sty) Requires: tex(pgf.sty) Requires: tex(pifont.sty) Requires: tex(xkeyval.sty) Provides: tex(luasseq.sty) = %{tl_version} %description -n texlive-luasseq Drawing spectral sequences in LuaLaTeX The package is an update of the author's sseq package, for use with LuaLaTeX. This version uses less memory, and operates faster than the original; it also offers several enhancements. %package -n texlive-lucide-icons Summary: Use lucide-icons through LaTeX commands Version: svn75936 License: LPPL-1.3c AND LicenseRef-isc Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(graphicx.sty) Requires: tex(ifthen.sty) Requires: tex(simplekv.sty) Requires: tex(xstring.sty) Provides: tex(lucide-icons.sty) = %{tl_version} %description -n texlive-lucide-icons Use lucide-icons through LaTeX commands This package provides commands like twemojis which allow to use Lucide-Icons through LaTeX commands. The implementation relies on images (PDF from SVG) and should work on every installation. %package -n texlive-maker Summary: Include Arduino or Processing code in LaTeX documents Version: svn44823 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(listings.sty) Requires: tex(tcolorbox.sty) Requires: tex(xcolor.sty) Provides: tex(maker.sty) = %{tl_version} %description -n texlive-maker Include Arduino or Processing code in LaTeX documents The first version of the package allows to include Arduino or Processing code using three different forms: writing the code directly in the LaTeX document writing Arduino or Processing commands in line with the text calling to Arduino or Processing files All these options support the syntax highlighting of the oficial IDE. %package -n texlive-makeshape Summary: Declare new PGF shapes Version: svn28973 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(makeshape.sty) = %{tl_version} %description -n texlive-makeshape Declare new PGF shapes The package simplifies production of custom shapes with correct anchor borders, in PGF/TikZ; the only requirement is a PGF path describing the anchor border. The package also provides macros that help with the management of shape parameters, and the definition of anchor points. %package -n texlive-maritime Summary: International maritime signal flags using TikZ Version: svn74037 License: MIT Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etex.sty) Requires: tex(graphicx.sty) Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Requires: tex(xkeyval.sty) Requires: tex(xstring.sty) Provides: tex(maritime.sty) = %{tl_version} %description -n texlive-maritime International maritime signal flags using TikZ This package provides LaTeX commands for drawing international maritime signal flags using TikZ (A-Z, NATO 0-9). %package -n texlive-mercatormap Summary: Spherical Mercator coordinate systems and Web Mercator tile integration Version: svn71976 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(graphicx.sty) Requires: tex(siunitx.sty) Requires: tex(tikz.sty) Provides: tex(mercatormap.sty) = %{tl_version} Provides: tex(mercatorpy.def) = %{tl_version} Provides: tex(mercatorsupplier.def) = %{tl_version} %description -n texlive-mercatormap Spherical Mercator coordinate systems and Web Mercator tile integration This package extends TikZ with tools to create map graphics. The provided coordinate system relies on the Web Mercator projection used on the Web by OpenStreetMap and others. The package supports the seamless integration of graphics from public map tile servers by a Python script. Also, common map elements like markers, geodetic networks, bar scales, routes, orthodrome pieces, and more are part of the package. %package -n texlive-milsymb Summary: LaTeX package for TikZ based drawing of military symbols as per NATO APP-6(C) Version: svn76255 License: CC-BY-SA-4.0 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(acronym.sty) Requires: tex(amssymb.sty) Requires: tex(arevmath.sty) Requires: tex(fix-cm.sty) Requires: tex(lmodern.sty) Requires: tex(marvosym.sty) Requires: tex(textcomp.sty) Requires: tex(tikz.sty) Requires: tex(xifthen.sty) Requires: tex(xparse.sty) Provides: tex(milsymb.sty) = %{tl_version} %description -n texlive-milsymb LaTeX package for TikZ based drawing of military symbols as per NATO APP-6(C) The package offers commands to draw military symbols as per NATO APP-6(C) https://web.archive.org/web/20150921231042/http://armawiki.zumo rc.de/files/NATO/APP-6(C).pdf . It has a set of commands for drawing all symbols found in the document up to the control measures, as well as support for custom non-standard symbols. Control measures are planned to be included in a future release. %package -n texlive-miniplot Summary: A package for easy figure arrangement Version: svn17483 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(epsfig.sty) Requires: tex(graphicx.sty) Requires: tex(ifthen.sty) Provides: tex(miniplot.sty) = %{tl_version} %description -n texlive-miniplot A package for easy figure arrangement MiniPlot is a package to help the LaTeX user typeset EPS figures using an easy-to-use interface. Figures can be arranged as one-figure-only or as a collection of figures in columns and rows which can itself contain sub-figures in columns and rows. Wrapped figures are also supported. This package provides commands to display a framebox instead of the figure as the graphics package does already but additionally it writes useful information such as the label and scaling factor into these boxes. %package -n texlive-modiagram Summary: Drawing molecular orbital diagrams Version: svn56886 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(modiagram.sty) = %{tl_version} %description -n texlive-modiagram Drawing molecular orbital diagrams The package provides an environment MOdiagram and some commands, to create molecular orbital diagrams using TikZ. For example, the MO diagram of dihydrogen would be written as: \begin{MOdiagram} \atom{left}{ 1s = {0;up} } \atom{right}{ 1s = {0;up} } \molecule{ 1sMO = {1;pair, } } \end{MOdiagram} The package also needs the l3kernel and l3packages bundles from the LaTeX 3 experimental distribution. %package -n texlive-neuralnetwork Summary: Graph-drawing for neural networks Version: svn31500 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(algorithmicx.sty) Requires: tex(environ.sty) Requires: tex(etoolbox.sty) Requires: tex(mathtools.sty) Requires: tex(tikz.sty) Requires: tex(xkeyval.sty) Provides: tex(neuralnetwork.sty) = %{tl_version} %description -n texlive-neuralnetwork Graph-drawing for neural networks The package provides facilities for graph-drawing, with facilities designed for neural network diagrams. %package -n texlive-nl-interval Summary: Represent intervals on the number line Version: svn58328 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(tkz-fct.sty) Requires: tex(xparse.sty) Provides: tex(nl-interval.sty) = %{tl_version} %description -n texlive-nl-interval Represent intervals on the number line This package provides macros to simplify the process of representing intervals on the number line. It depends on tkz-fct, ifthen, and xparse. %package -n texlive-nndraw Summary: Draw neural networks Version: svn59674 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(nndraw.sty) = %{tl_version} %description -n texlive-nndraw Draw neural networks With this package you can create fully connected neural networks in a simple and efficient way. %package -n texlive-numericplots Summary: Plot numeric data (including Matlab export) using PSTricks Version: svn31729 License: GPL-3.0-only Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(fp.sty) Requires: tex(ifthen.sty) Requires: tex(pst-node.sty) Requires: tex(pst-plot.sty) Requires: tex(pstricks-add.sty) Requires: tex(pstricks.sty) Requires: tex(xcolor.sty) Requires: tex(xkeyval.sty) Requires: tex(xkvview.sty) Provides: tex(NumericPlots.sty) = %{tl_version} Provides: tex(NumericPlots_TickLabels.tex) = %{tl_version} Provides: tex(NumericPlots_labels.tex) = %{tl_version} Provides: tex(NumericPlots_legend.tex) = %{tl_version} Provides: tex(NumericPlots_macros.tex) = %{tl_version} Provides: tex(NumericPlots_styles.tex) = %{tl_version} %description -n texlive-numericplots Plot numeric data (including Matlab export) using PSTricks Plotting numeric data is a task which has often to be done for scientific papers. LaTeX itself provides no facilities for drawing more than the simplest plots from supplied data. The package will process user input, and uses PSTricks to plot the results. The package provides Matlab functions to transform Matlab results to plottable data. %package -n texlive-open-everyday-symbols Summary: A list of "everyday" symbols, to be extended by everybody Version: svn75127 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Requires: tex(tikz.sty) Requires: tex(xstring.sty) Provides: tex(open-everyday-symbols.sty) = %{tl_version} %description -n texlive-open-everyday-symbols A list of "everyday" symbols, to be extended by everybody This is meant to be a community project: It's a list of symbols/icons from an "everyday" context. It can literally be everything, and thus does not aim at mathematical symbols or the like. It's basically an icons portfolio -- tiny at this stage (basically merely providing the infrastructure for more symbols), but we hope for contributions from the community. Just create some symbols and make a pull request. %package -n texlive-openmoji Summary: Use openmoji through LaTeX commands Version: svn75758 License: LPPL-1.3c AND CC-BY-SA-4.0 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(graphicx.sty) Requires: tex(ifthen.sty) Requires: tex(simplekv.sty) Requires: tex(xstring.sty) Provides: tex(openmoji.sty) = %{tl_version} %description -n texlive-openmoji Use openmoji through LaTeX commands This package provides commands like twemojis which allow to use OpenMoji through LaTeX commands. This relies on images (PDF from SVG), so no fancy unicode-font stuff is needed and it should work on every installation. %package -n texlive-optikz Summary: Customizable optical components for drawing laser setups and optical systems using TikZ Version: svn75922 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(amssymb.sty) Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Requires: tex(xparse.sty) Provides: tex(optikz.sty) = %{tl_version} %description -n texlive-optikz Customizable optical components for drawing laser setups and optical systems using TikZ This package provides a collection of TikZ-based commands for drawing laser setups and optical systems. It includes components such as lenses, mirrors, beamsplitters, cameras, spectrometers, detectors and more. Each element is highly customizable through optional key-value arguments (e.g. angle, width, thickness, color). Furthermore, rainbow and single color beams can be drawn to visualize beam size and dispersion in e.g. stretcher-compressor setups. %package -n texlive-outilsgeomtikz Summary: Some geometric tools, with TikZ Version: svn75985 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(nicefrac.sty) Requires: tex(pgffor.sty) Requires: tex(simplekv.sty) Requires: tex(tikz.sty) Requires: tex(xstring.sty) Provides: tex(OutilsGeomTikz.sty) = %{tl_version} %description -n texlive-outilsgeomtikz Some geometric tools, with TikZ This package provides some commands, with French keys, to display geometric tools using TikZ, for example a pen, a compass, a rule, a square, a protractor, ... %package -n texlive-papiergurvan Summary: Commands to work with Gurvan Paper Version: svn73069 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(setspace.sty) Requires: tex(simplekv.sty) Requires: tex(tikz.sty) Requires: tex(xstring.sty) Provides: tex(PapierGurvan.sty) = %{tl_version} %description -n texlive-papiergurvan Commands to work with Gurvan Paper This package provides commands to display Gurvan grids or Gurvan full pages, and also the possibility to write on lines. The source for the design of the paper can be found at http://www.sos-ecriture.fr/2014/10/papier-gurvan.html. %package -n texlive-pb-diagram Summary: A commutative diagram package using LAMSTeX or Xy-pic fonts Version: svn15878 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Provides: tex(lamsarrow.sty) = %{tl_version} Provides: tex(pb-diagram.sty) = %{tl_version} Provides: tex(pb-lams.sty) = %{tl_version} Provides: tex(pb-xy.sty) = %{tl_version} %description -n texlive-pb-diagram A commutative diagram package using LAMSTeX or Xy-pic fonts %package -n texlive-pgf Summary: Create PostScript and PDF graphics in TeX Version: svn76180 License: LPPL-1.3c AND GPL-2.0-only AND GFDL-1.3-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-atveryend Requires: texlive-fp Requires: texlive-graphics Requires: texlive-pdftexcmds Requires: texlive-xcolor Requires: tex(calc.sty) Requires: tex(graphicx.sty) Requires: tex(keyval.sty) Requires: tex(xcolor.sty) Provides: tex(pgf.revision.tex) = %{tl_version} Provides: tex(pgf.sty) = %{tl_version} Provides: tex(pgf.tex) = %{tl_version} Provides: tex(pgfarrows.sty) = %{tl_version} Provides: tex(pgfautomata.sty) = %{tl_version} Provides: tex(pgfbaseimage.sty) = %{tl_version} Provides: tex(pgfbaseimage.tex) = %{tl_version} Provides: tex(pgfbaselayers.sty) = %{tl_version} Provides: tex(pgfbaselayers.tex) = %{tl_version} Provides: tex(pgfbasematrix.sty) = %{tl_version} Provides: tex(pgfbasematrix.tex) = %{tl_version} Provides: tex(pgfbasepatterns.sty) = %{tl_version} Provides: tex(pgfbasepatterns.tex) = %{tl_version} Provides: tex(pgfbaseplot.sty) = %{tl_version} Provides: tex(pgfbaseplot.tex) = %{tl_version} Provides: tex(pgfbaseshapes.sty) = %{tl_version} Provides: tex(pgfbaseshapes.tex) = %{tl_version} Provides: tex(pgfbasesnakes.sty) = %{tl_version} Provides: tex(pgfbasesnakes.tex) = %{tl_version} Provides: tex(pgfcalendar.code.tex) = %{tl_version} Provides: tex(pgfcalendar.sty) = %{tl_version} Provides: tex(pgfcalendar.tex) = %{tl_version} Provides: tex(pgfcomp-version-0-65.sty) = %{tl_version} Provides: tex(pgfcomp-version-1-18.sty) = %{tl_version} Provides: tex(pgfcore.code.tex) = %{tl_version} Provides: tex(pgfcore.sty) = %{tl_version} Provides: tex(pgfcore.tex) = %{tl_version} Provides: tex(pgfcorearrows.code.tex) = %{tl_version} Provides: tex(pgfcoreexternal.code.tex) = %{tl_version} Provides: tex(pgfcoregraphicstate.code.tex) = %{tl_version} Provides: tex(pgfcoreimage.code.tex) = %{tl_version} Provides: tex(pgfcorelayers.code.tex) = %{tl_version} Provides: tex(pgfcoreobjects.code.tex) = %{tl_version} Provides: tex(pgfcorepathconstruct.code.tex) = %{tl_version} Provides: tex(pgfcorepathprocessing.code.tex) = %{tl_version} Provides: tex(pgfcorepathusage.code.tex) = %{tl_version} Provides: tex(pgfcorepatterns.code.tex) = %{tl_version} Provides: tex(pgfcorepoints.code.tex) = %{tl_version} Provides: tex(pgfcorequick.code.tex) = %{tl_version} Provides: tex(pgfcorerdf.code.tex) = %{tl_version} Provides: tex(pgfcorescopes.code.tex) = %{tl_version} Provides: tex(pgfcoreshade.code.tex) = %{tl_version} Provides: tex(pgfcoretransformations.code.tex) = %{tl_version} Provides: tex(pgfcoretransparency.code.tex) = %{tl_version} Provides: tex(pgfexternal.tex) = %{tl_version} Provides: tex(pgfexternalwithdepth.tex) = %{tl_version} Provides: tex(pgffor.code.tex) = %{tl_version} Provides: tex(pgffor.sty) = %{tl_version} Provides: tex(pgffor.tex) = %{tl_version} Provides: tex(pgfheaps.sty) = %{tl_version} Provides: tex(pgfint.code.tex) = %{tl_version} Provides: tex(pgfkeys.code.tex) = %{tl_version} Provides: tex(pgfkeys.sty) = %{tl_version} Provides: tex(pgfkeys.tex) = %{tl_version} Provides: tex(pgfkeyslibraryfiltered.code.tex) = %{tl_version} Provides: tex(pgflibraryarrows.code.tex) = %{tl_version} Provides: tex(pgflibraryarrows.meta.code.tex) = %{tl_version} Provides: tex(pgflibraryarrows.spaced.code.tex) = %{tl_version} Provides: tex(pgflibraryarrows.sty) = %{tl_version} Provides: tex(pgflibraryautomata.sty) = %{tl_version} Provides: tex(pgflibrarycurvilinear.code.tex) = %{tl_version} Provides: tex(pgflibrarydatavisualization.barcharts.code.tex) = %{tl_version} Provides: tex(pgflibrarydatavisualization.formats.functions.code.tex) = %{tl_version} Provides: tex(pgflibrarydatavisualization.polar.code.tex) = %{tl_version} Provides: tex(pgflibrarydecorations.footprints.code.tex) = %{tl_version} Provides: tex(pgflibrarydecorations.fractals.code.tex) = %{tl_version} Provides: tex(pgflibrarydecorations.markings.code.tex) = %{tl_version} Provides: tex(pgflibrarydecorations.pathmorphing.code.tex) = %{tl_version} Provides: tex(pgflibrarydecorations.pathreplacing.code.tex) = %{tl_version} Provides: tex(pgflibrarydecorations.shapes.code.tex) = %{tl_version} Provides: tex(pgflibrarydecorations.text.code.tex) = %{tl_version} Provides: tex(pgflibraryfadings.code.tex) = %{tl_version} Provides: tex(pgflibraryfixedpointarithmetic.code.tex) = %{tl_version} Provides: tex(pgflibraryfpu.code.tex) = %{tl_version} Provides: tex(pgflibrarygraphdrawing.circular.code.tex) = %{tl_version} Provides: tex(pgflibrarygraphdrawing.code.tex) = %{tl_version} Provides: tex(pgflibrarygraphdrawing.examples.code.tex) = %{tl_version} Provides: tex(pgflibrarygraphdrawing.force.code.tex) = %{tl_version} Provides: tex(pgflibrarygraphdrawing.layered.code.tex) = %{tl_version} Provides: tex(pgflibrarygraphdrawing.trees.code.tex) = %{tl_version} Provides: tex(pgflibraryintersections.code.tex) = %{tl_version} Provides: tex(pgflibrarylindenmayersystems.code.tex) = %{tl_version} Provides: tex(pgflibraryluamath.code.tex) = %{tl_version} Provides: tex(pgflibrarypatterns.code.tex) = %{tl_version} Provides: tex(pgflibrarypatterns.meta.code.tex) = %{tl_version} Provides: tex(pgflibraryplothandlers.code.tex) = %{tl_version} Provides: tex(pgflibraryplothandlers.sty) = %{tl_version} Provides: tex(pgflibraryplotmarks.code.tex) = %{tl_version} Provides: tex(pgflibraryplotmarks.sty) = %{tl_version} Provides: tex(pgflibraryprofiler.code.tex) = %{tl_version} Provides: tex(pgflibraryshadings.code.tex) = %{tl_version} Provides: tex(pgflibraryshapes.arrows.code.tex) = %{tl_version} Provides: tex(pgflibraryshapes.callouts.code.tex) = %{tl_version} Provides: tex(pgflibraryshapes.code.tex) = %{tl_version} Provides: tex(pgflibraryshapes.gates.ee.IEC.code.tex) = %{tl_version} Provides: tex(pgflibraryshapes.gates.ee.code.tex) = %{tl_version} Provides: tex(pgflibraryshapes.gates.logic.IEC.code.tex) = %{tl_version} Provides: tex(pgflibraryshapes.gates.logic.US.code.tex) = %{tl_version} Provides: tex(pgflibraryshapes.gates.logic.code.tex) = %{tl_version} Provides: tex(pgflibraryshapes.geometric.code.tex) = %{tl_version} Provides: tex(pgflibraryshapes.misc.code.tex) = %{tl_version} Provides: tex(pgflibraryshapes.multipart.code.tex) = %{tl_version} Provides: tex(pgflibraryshapes.sty) = %{tl_version} Provides: tex(pgflibraryshapes.symbols.code.tex) = %{tl_version} Provides: tex(pgflibrarysnakes.code.tex) = %{tl_version} Provides: tex(pgflibrarysnakes.sty) = %{tl_version} Provides: tex(pgflibrarysvg.path.code.tex) = %{tl_version} Provides: tex(pgflibrarytikzbackgrounds.sty) = %{tl_version} Provides: tex(pgflibrarytikztrees.sty) = %{tl_version} Provides: tex(pgflibrarytimelines.code.tex) = %{tl_version} Provides: tex(pgfmanual-en-macros.tex) = %{tl_version} Provides: tex(pgfmanual.code.tex) = %{tl_version} Provides: tex(pgfmanual.pdflinks.code.tex) = %{tl_version} Provides: tex(pgfmanual.prettyprinter.code.tex) = %{tl_version} Provides: tex(pgfmanual.sty) = %{tl_version} Provides: tex(pgfmath.code.tex) = %{tl_version} Provides: tex(pgfmath.sty) = %{tl_version} Provides: tex(pgfmath.tex) = %{tl_version} Provides: tex(pgfmathcalc.code.tex) = %{tl_version} Provides: tex(pgfmathfloat.code.tex) = %{tl_version} Provides: tex(pgfmathfunctions.base.code.tex) = %{tl_version} Provides: tex(pgfmathfunctions.basic.code.tex) = %{tl_version} Provides: tex(pgfmathfunctions.code.tex) = %{tl_version} Provides: tex(pgfmathfunctions.comparison.code.tex) = %{tl_version} Provides: tex(pgfmathfunctions.integerarithmetics.code.tex) = %{tl_version} Provides: tex(pgfmathfunctions.misc.code.tex) = %{tl_version} Provides: tex(pgfmathfunctions.random.code.tex) = %{tl_version} Provides: tex(pgfmathfunctions.round.code.tex) = %{tl_version} Provides: tex(pgfmathfunctions.trigonometric.code.tex) = %{tl_version} Provides: tex(pgfmathode.code.tex) = %{tl_version} Provides: tex(pgfmathparser.code.tex) = %{tl_version} Provides: tex(pgfmathutil.code.tex) = %{tl_version} Provides: tex(pgfmoduleanimations.code.tex) = %{tl_version} Provides: tex(pgfmodulebending.code.tex) = %{tl_version} Provides: tex(pgfmoduledatavisualization.code.tex) = %{tl_version} Provides: tex(pgfmoduledecorations.code.tex) = %{tl_version} Provides: tex(pgfmodulematrix.code.tex) = %{tl_version} Provides: tex(pgfmodulenonlineartransformations.code.tex) = %{tl_version} Provides: tex(pgfmoduleoo.code.tex) = %{tl_version} Provides: tex(pgfmoduleparser.code.tex) = %{tl_version} Provides: tex(pgfmoduleplot.code.tex) = %{tl_version} Provides: tex(pgfmoduleshapes.code.tex) = %{tl_version} Provides: tex(pgfmodulesnakes.code.tex) = %{tl_version} Provides: tex(pgfmodulesorting.code.tex) = %{tl_version} Provides: tex(pgfnodes.sty) = %{tl_version} Provides: tex(pgfpages.sty) = %{tl_version} Provides: tex(pgfparser.sty) = %{tl_version} Provides: tex(pgfpict2e.sty) = %{tl_version} Provides: tex(pgfrcs.code.tex) = %{tl_version} Provides: tex(pgfrcs.sty) = %{tl_version} Provides: tex(pgfrcs.tex) = %{tl_version} Provides: tex(pgfshade.sty) = %{tl_version} Provides: tex(pgfsys-common-pdf-via-dvi.def) = %{tl_version} Provides: tex(pgfsys-common-pdf.def) = %{tl_version} Provides: tex(pgfsys-common-postscript.def) = %{tl_version} Provides: tex(pgfsys-common-svg.def) = %{tl_version} Provides: tex(pgfsys-dvi.def) = %{tl_version} Provides: tex(pgfsys-dvipdfm.def) = %{tl_version} Provides: tex(pgfsys-dvipdfmx.def) = %{tl_version} Provides: tex(pgfsys-dvips.def) = %{tl_version} Provides: tex(pgfsys-dvisvgm.def) = %{tl_version} Provides: tex(pgfsys-dvisvgm4ht.def) = %{tl_version} Provides: tex(pgfsys-luatex.def) = %{tl_version} Provides: tex(pgfsys-pdftex.def) = %{tl_version} Provides: tex(pgfsys-tex4ht.def) = %{tl_version} Provides: tex(pgfsys-textures.def) = %{tl_version} Provides: tex(pgfsys-vtex.def) = %{tl_version} Provides: tex(pgfsys-xetex.def) = %{tl_version} Provides: tex(pgfsys.code.tex) = %{tl_version} Provides: tex(pgfsys.sty) = %{tl_version} Provides: tex(pgfsys.tex) = %{tl_version} Provides: tex(pgfsysanimations.code.tex) = %{tl_version} Provides: tex(pgfsysprotocol.code.tex) = %{tl_version} Provides: tex(pgfsyssoftpath.code.tex) = %{tl_version} Provides: tex(pgfutil-common-lists.tex) = %{tl_version} Provides: tex(pgfutil-common.tex) = %{tl_version} Provides: tex(pgfutil-context.def) = %{tl_version} Provides: tex(pgfutil-latex.def) = %{tl_version} Provides: tex(pgfutil-plain.def) = %{tl_version} Provides: tex(t-pgf.tex) = %{tl_version} Provides: tex(t-pgfbim.tex) = %{tl_version} Provides: tex(t-pgfbla.tex) = %{tl_version} Provides: tex(t-pgfbma.tex) = %{tl_version} Provides: tex(t-pgfbpl.tex) = %{tl_version} Provides: tex(t-pgfbpt.tex) = %{tl_version} Provides: tex(t-pgfbsh.tex) = %{tl_version} Provides: tex(t-pgfbsn.tex) = %{tl_version} Provides: tex(t-pgfcal.tex) = %{tl_version} Provides: tex(t-pgfcor.tex) = %{tl_version} Provides: tex(t-pgffor.tex) = %{tl_version} Provides: tex(t-pgfkey.tex) = %{tl_version} Provides: tex(t-pgfmat.tex) = %{tl_version} Provides: tex(t-pgfmod.tex) = %{tl_version} Provides: tex(t-pgfrcs.tex) = %{tl_version} Provides: tex(t-pgfsys.tex) = %{tl_version} Provides: tex(t-tikz.tex) = %{tl_version} Provides: tex(tikz.code.tex) = %{tl_version} Provides: tex(tikz.sty) = %{tl_version} Provides: tex(tikz.tex) = %{tl_version} Provides: tex(tikzexternal.sty) = %{tl_version} Provides: tex(tikzexternalshared.code.tex) = %{tl_version} Provides: tex(tikzlibrary3d.code.tex) = %{tl_version} Provides: tex(tikzlibraryangles.code.tex) = %{tl_version} Provides: tex(tikzlibraryanimations.code.tex) = %{tl_version} Provides: tex(tikzlibraryarrows.code.tex) = %{tl_version} Provides: tex(tikzlibraryautomata.code.tex) = %{tl_version} Provides: tex(tikzlibrarybabel.code.tex) = %{tl_version} Provides: tex(tikzlibrarybackgrounds.code.tex) = %{tl_version} Provides: tex(tikzlibrarybending.code.tex) = %{tl_version} Provides: tex(tikzlibrarycalc.code.tex) = %{tl_version} Provides: tex(tikzlibrarycalendar.code.tex) = %{tl_version} Provides: tex(tikzlibrarychains.code.tex) = %{tl_version} Provides: tex(tikzlibrarycircuits.code.tex) = %{tl_version} Provides: tex(tikzlibrarycircuits.ee.IEC.code.tex) = %{tl_version} Provides: tex(tikzlibrarycircuits.ee.code.tex) = %{tl_version} Provides: tex(tikzlibrarycircuits.logic.CDH.code.tex) = %{tl_version} Provides: tex(tikzlibrarycircuits.logic.IEC.code.tex) = %{tl_version} Provides: tex(tikzlibrarycircuits.logic.US.code.tex) = %{tl_version} Provides: tex(tikzlibrarycircuits.logic.code.tex) = %{tl_version} Provides: tex(tikzlibrarydatavisualization.3d.code.tex) = %{tl_version} Provides: tex(tikzlibrarydatavisualization.barcharts.code.tex) = %{tl_version} Provides: tex(tikzlibrarydatavisualization.code.tex) = %{tl_version} Provides: tex(tikzlibrarydatavisualization.formats.functions.code.tex) = %{tl_version} Provides: tex(tikzlibrarydatavisualization.polar.code.tex) = %{tl_version} Provides: tex(tikzlibrarydatavisualization.sparklines.code.tex) = %{tl_version} Provides: tex(tikzlibrarydecorations.code.tex) = %{tl_version} Provides: tex(tikzlibrarydecorations.footprints.code.tex) = %{tl_version} Provides: tex(tikzlibrarydecorations.fractals.code.tex) = %{tl_version} Provides: tex(tikzlibrarydecorations.markings.code.tex) = %{tl_version} Provides: tex(tikzlibrarydecorations.pathmorphing.code.tex) = %{tl_version} Provides: tex(tikzlibrarydecorations.pathreplacing.code.tex) = %{tl_version} Provides: tex(tikzlibrarydecorations.shapes.code.tex) = %{tl_version} Provides: tex(tikzlibrarydecorations.text.code.tex) = %{tl_version} Provides: tex(tikzlibraryer.code.tex) = %{tl_version} Provides: tex(tikzlibraryexternal.code.tex) = %{tl_version} Provides: tex(tikzlibraryfadings.code.tex) = %{tl_version} Provides: tex(tikzlibraryfit.code.tex) = %{tl_version} Provides: tex(tikzlibraryfixedpointarithmetic.code.tex) = %{tl_version} Provides: tex(tikzlibraryfolding.code.tex) = %{tl_version} Provides: tex(tikzlibraryfpu.code.tex) = %{tl_version} Provides: tex(tikzlibrarygraphdrawing.code.tex) = %{tl_version} Provides: tex(tikzlibrarygraphdrawing.evolving.code.tex) = %{tl_version} Provides: tex(tikzlibrarygraphs.code.tex) = %{tl_version} Provides: tex(tikzlibrarygraphs.standard.code.tex) = %{tl_version} Provides: tex(tikzlibraryintersections.code.tex) = %{tl_version} Provides: tex(tikzlibrarylindenmayersystems.code.tex) = %{tl_version} Provides: tex(tikzlibrarymath.code.tex) = %{tl_version} Provides: tex(tikzlibrarymatrix.code.tex) = %{tl_version} Provides: tex(tikzlibrarymindmap.code.tex) = %{tl_version} Provides: tex(tikzlibrarypatterns.code.tex) = %{tl_version} Provides: tex(tikzlibrarypatterns.meta.code.tex) = %{tl_version} Provides: tex(tikzlibraryperspective.code.tex) = %{tl_version} Provides: tex(tikzlibrarypetri.code.tex) = %{tl_version} Provides: tex(tikzlibraryplothandlers.code.tex) = %{tl_version} Provides: tex(tikzlibraryplotmarks.code.tex) = %{tl_version} Provides: tex(tikzlibrarypositioning.code.tex) = %{tl_version} Provides: tex(tikzlibraryquotes.code.tex) = %{tl_version} Provides: tex(tikzlibraryrdf.code.tex) = %{tl_version} Provides: tex(tikzlibraryscopes.code.tex) = %{tl_version} Provides: tex(tikzlibraryshadings.code.tex) = %{tl_version} Provides: tex(tikzlibraryshadows.code.tex) = %{tl_version} Provides: tex(tikzlibraryshapes.arrows.code.tex) = %{tl_version} Provides: tex(tikzlibraryshapes.callouts.code.tex) = %{tl_version} Provides: tex(tikzlibraryshapes.code.tex) = %{tl_version} Provides: tex(tikzlibraryshapes.gates.logic.IEC.code.tex) = %{tl_version} Provides: tex(tikzlibraryshapes.gates.logic.US.code.tex) = %{tl_version} Provides: tex(tikzlibraryshapes.geometric.code.tex) = %{tl_version} Provides: tex(tikzlibraryshapes.misc.code.tex) = %{tl_version} Provides: tex(tikzlibraryshapes.multipart.code.tex) = %{tl_version} Provides: tex(tikzlibraryshapes.symbols.code.tex) = %{tl_version} Provides: tex(tikzlibrarysnakes.code.tex) = %{tl_version} Provides: tex(tikzlibraryspy.code.tex) = %{tl_version} Provides: tex(tikzlibrarysvg.path.code.tex) = %{tl_version} Provides: tex(tikzlibrarythrough.code.tex) = %{tl_version} Provides: tex(tikzlibrarytopaths.code.tex) = %{tl_version} Provides: tex(tikzlibrarytrees.code.tex) = %{tl_version} Provides: tex(tikzlibraryturtle.code.tex) = %{tl_version} Provides: tex(tikzlibraryviews.code.tex) = %{tl_version} Provides: tex(xxcolor.sty) = %{tl_version} %description -n texlive-pgf Create PostScript and PDF graphics in TeX PGF is a macro package for creating graphics. It is platform- and format-independent and works together with the most important TeX backend drivers, including pdfTeX and dvips. It comes with a user-friendly syntax layer called TikZ. Its usage is similar to pstricks and the standard picture environment. PGF works with plain (pdf-)TeX, (pdf-)LaTeX, and ConTeXt. Unlike pstricks, it can produce either PostScript or PDF output. %package -n texlive-pgf-blur Summary: PGF/TikZ package for "blurred" shadows Version: svn54512 License: LPPL-1.3c AND LicenseRef-Public-Domain Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibraryshadows.blur.code.tex) = %{tl_version} %description -n texlive-pgf-blur PGF/TikZ package for "blurred" shadows The package adds blurred/faded/fuzzy shadows to PGF/TikZ pictures. It is configured as a TikZ/PGF library module. The method is similar to that of the author's pst-blur package for PSTricks. %package -n texlive-pgf-interference Summary: Drawing interference patterns with PGF/TikZ Version: svn61562 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(pgf-interference.sty) = %{tl_version} %description -n texlive-pgf-interference Drawing interference patterns with PGF/TikZ This LaTeX package makes it possible to simulate interference patterns occuring on a screen if monochromatic light is diffracted at regular structures of slits. It makes use of the PGF/TikZ graphics package. %package -n texlive-pgf-periodictable Summary: Create custom periodic tables of elements Version: svn73886 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(fontenc.sty) Requires: tex(fontspec.sty) Requires: tex(lmodern.sty) Requires: tex(silence.sty) Requires: tex(tikz.sty) Requires: tex(zhnumber.sty) Provides: tex(pgf-PeriodicTable.sty) = %{tl_version} Provides: tex(pgfPT.backcolors.keys.tex) = %{tl_version} Provides: tex(pgfPT.buildcell.tex) = %{tl_version} Provides: tex(pgfPT.coordinates.tex) = %{tl_version} Provides: tex(pgfPT.data.tex) = %{tl_version} Provides: tex(pgfPT.drawing.keys.tex) = %{tl_version} Provides: tex(pgfPT.formatNumbers.tex) = %{tl_version} Provides: tex(pgfPT.input.library.tex) = %{tl_version} Provides: tex(pgfPT.labels.tex) = %{tl_version} Provides: tex(pgfPT.lang.nl.tex) = %{tl_version} Provides: tex(pgfPT.lang.undefined.tex) = %{tl_version} Provides: tex(pgfPT.lang.zh.tex) = %{tl_version} Provides: tex(pgfPT.library.colorschemes.tex) = %{tl_version} Provides: tex(pgfPT.names.tex) = %{tl_version} Provides: tex(pgfPT.process.language.tex) = %{tl_version} %description -n texlive-pgf-periodictable Create custom periodic tables of elements The purpose of this package is to provide the Periodic Table of Elements in a simple way. It relies on PGF/TikZ to offer a full or partial periodic table with a variety of options and displaying the desired data for all the 118 elements. It can be done in different languages: English, French, German, Portuguese (from Portugal and from Brazil), Spanish, Italian and translations provided by user contributions -- currently in Dutch and Chinese. Compatible with pdfLaTeX, LuaLaTeX and XeLaTeX engines. %package -n texlive-pgf-pie Summary: Draw pie charts, using PGF Version: svn63603 License: GPL-2.0-only AND LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-carlisle Requires: texlive-latex Requires: texlive-pgf Requires: tex(tikz.sty) Provides: tex(pgf-pie.sty) = %{tl_version} Provides: tex(tikzlibrarypie.code.tex) = %{tl_version} %description -n texlive-pgf-pie Draw pie charts, using PGF The package provides the means to draw pie (and variant) charts, using PGF/TikZ. %package -n texlive-pgf-soroban Summary: Create images of the soroban using TikZ/PGF Version: svn32269 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Provides: tex(pgf-soroban.sty) = %{tl_version} %description -n texlive-pgf-soroban Create images of the soroban using TikZ/PGF The package makes it possible to create pictures of the soroban (Japanese abacus) using PGF/TikZ %package -n texlive-pgf-spectra Summary: Draw continuous or discrete spectra using PGF/TikZ Version: svn75535 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(pgf-spectra.data.LSE.tex) = %{tl_version} Provides: tex(pgf-spectra.data.NIST.tex) = %{tl_version} Provides: tex(pgf-spectra.input.library.tex) = %{tl_version} Provides: tex(pgf-spectra.library.data.tex) = %{tl_version} Provides: tex(pgf-spectra.library.pgfplots.tex) = %{tl_version} Provides: tex(pgf-spectra.library.rainbow.tex) = %{tl_version} Provides: tex(pgf-spectra.library.tempercolor.tex) = %{tl_version} Provides: tex(pgf-spectra.sty) = %{tl_version} %description -n texlive-pgf-spectra Draw continuous or discrete spectra using PGF/TikZ The purpose of this package is to draw the spectrum of elements in a simple way. It relies on PGF/TikZ to draw the desired spectrum, continuous or discrete. Data for the spectra of 98 elements and their ions are available (from the NASA database and from NIST). Lines data ranges from Extreme UV to Near IR (from 10 to 4000 nanometers). It also allows the user to draw spectra using their own data. It is possible to redshift the lines of a spectrum, by directly entering the redshift value or the velocity and the angle to compute the redshift value. Spectral lines data can be presented in a table or exported to a file. The package also provides color conversion (correlated color temperature), shadings for use with TikZ and/or pgfplots and color maps for use with pgfplots. %package -n texlive-pgf-umlcd Summary: Some LaTeX macros for UML Class Diagrams Version: svn63386 License: GPL-2.0-only AND LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-latex Requires: texlive-pgf Requires: tex(tikz.sty) Provides: tex(pgf-umlcd.sty) = %{tl_version} Provides: tex(tikzlibraryumlcd.code.tex) = %{tl_version} %description -n texlive-pgf-umlcd Some LaTeX macros for UML Class Diagrams Some LaTeX macros for UML Class Diagrams. %package -n texlive-pgf-umlsd Summary: Draw UML Sequence Diagrams Version: svn55342 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-latex Requires: texlive-pgf Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Provides: tex(pgf-umlsd.sty) = %{tl_version} %description -n texlive-pgf-umlsd Draw UML Sequence Diagrams LaTeX macros to draw UML diagrams using pgf %package -n texlive-pgfgantt Summary: Draw Gantt charts with TikZ Version: svn71565 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-pgf Requires: tex(pgfcalendar.sty) Requires: tex(tikz.sty) Provides: tex(pgfgantt.sty) = %{tl_version} %description -n texlive-pgfgantt Draw Gantt charts with TikZ The package provides an environment for drawing Gantt charts that contain various elements (titles, bars, milestones, groups and links). Several keys customize the appearance of the chart elements. %package -n texlive-pgfkeysearch Summary: Find keys in a given path 'recursively' Version: svn75348 License: LPPL-1.3c AND GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Provides: tex(pgfkeysearch.sty) = %{tl_version} %description -n texlive-pgfkeysearch Find keys in a given path 'recursively' The command \pgfkeysvalueof, unlike \pgfkeys, does not use the .unknown handler, but raises an error if a key is not defined in the given path. It neither offers an option to search for the key in other paths. This package defines commands that allow to retrieve the value of a key, recursively searching for it in a list of paths. %package -n texlive-pgfkeyx Summary: Extended and more robust version of pgfkeys Version: svn26093 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pdftexcmds.sty) Provides: tex(pgfkeyx.sty) = %{tl_version} %description -n texlive-pgfkeyx Extended and more robust version of pgfkeys The package extends and improves the robustness of the pgfkeys package. In particular, it can deal with active comma, equality sign, and slash in key parsing. The difficulty with active characters has long been a problem with the pgfkeys package. The package also introduces handlers beyond those that pgfkeys can offer. %package -n texlive-pgfmolbio Summary: Draw graphs typically found in molecular biology texts Version: svn71551 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifluatex.sty) Requires: tex(luatexbase-modutils.sty) Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Provides: tex(pgfmolbio.chromatogram.tex) = %{tl_version} Provides: tex(pgfmolbio.convert.tex) = %{tl_version} Provides: tex(pgfmolbio.domains.tex) = %{tl_version} Provides: tex(pgfmolbio.sty) = %{tl_version} %description -n texlive-pgfmolbio Draw graphs typically found in molecular biology texts The package draws graphs typically found in molecular biology texts. Currently, the package contains modules for drawing DNA sequencing chromatograms and protein domain diagrams. %package -n texlive-pgfmorepages Summary: Assemble multiple logical pages onto a physical page Version: svn54770 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(pgfcore.sty) Provides: tex(pgfmorepages.sty) = %{tl_version} Provides: tex(pgfmorepageslayouts.code.tex) = %{tl_version} %description -n texlive-pgfmorepages Assemble multiple logical pages onto a physical page This package replaces and extends the pgfpages sub-package of the PGF system. It provides the capability to arrange multiple "logical" pages on multiple "physical" pages, for example as for arranging pages to make booklets. %package -n texlive-pgfopts Summary: LaTeX package options with pgfkeys Version: svn56615 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-pgf Requires: tex(pgfkeys.sty) Provides: tex(pgfopts.sty) = %{tl_version} %description -n texlive-pgfopts LaTeX package options with pgfkeys The pgfkeys package (part of the pgf distribution) is a well-designed way of defining and using large numbers of keys for key-value syntaxes. However, pgfkeys itself does not offer means of handling LaTeX class and package options. This package adds such option handling to pgfkeys, in the same way that kvoptions adds the same facility to the LaTeX standard keyval package. %package -n texlive-pgfornament Summary: Drawing of Vectorian ornaments with PGF/TikZ Version: svn72029 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(iftex.sty) Requires: tex(pgfopts.sty) Requires: tex(tikz.sty) Provides: tex(pgflibraryam.code.tex) = %{tl_version} Provides: tex(pgflibrarypgfhan.code.tex) = %{tl_version} Provides: tex(pgflibraryvectorian.code.tex) = %{tl_version} Provides: tex(pgfornament.sty) = %{tl_version} Provides: tex(tikzrput.sty) = %{tl_version} %description -n texlive-pgfornament Drawing of Vectorian ornaments with PGF/TikZ This package allows the drawing of Vectorian ornaments (196) with PGF/TikZ. The documentation presents the syntax and parameters of the macro "pgfornament". %package -n texlive-pgfplots Summary: Create normal/logarithmic plots in two and three dimensions Version: svn76111 License: GPL-3.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-pgf Requires: tex(array.sty) Requires: tex(graphicx.sty) Requires: tex(hyperref.sty) Requires: tex(listings.sty) Requires: tex(luatexbase.sty) Requires: tex(tikz.sty) Provides: tex(bugtracker.sty) = %{tl_version} Provides: tex(pgflibraryfillbetween.code.tex) = %{tl_version} Provides: tex(pgflibrarypgfplots.colorbrewer.code.tex) = %{tl_version} Provides: tex(pgflibrarypgfplots.colortol.code.tex) = %{tl_version} Provides: tex(pgflibrarypgfplots.surfshading.code.tex) = %{tl_version} Provides: tex(pgflibrarypgfplots.surfshading.pgfsys-dvipdfmx.def) = %{tl_version} Provides: tex(pgflibrarypgfplots.surfshading.pgfsys-dvips.def) = %{tl_version} Provides: tex(pgflibrarypgfplots.surfshading.pgfsys-luatex.def) = %{tl_version} Provides: tex(pgflibrarypgfplots.surfshading.pgfsys-luatexpatch.def) = %{tl_version} Provides: tex(pgflibrarypgfplots.surfshading.pgfsys-pdftex.def) = %{tl_version} Provides: tex(pgflibrarypgfplots.surfshading.pgfsys-xetex.def) = %{tl_version} Provides: tex(pgfplots.assert.code.tex) = %{tl_version} Provides: tex(pgfplots.assert.sty) = %{tl_version} Provides: tex(pgfplots.code.tex) = %{tl_version} Provides: tex(pgfplots.errorbars.code.tex) = %{tl_version} Provides: tex(pgfplots.markers.code.tex) = %{tl_version} Provides: tex(pgfplots.paths.code.tex) = %{tl_version} Provides: tex(pgfplots.revision.tex) = %{tl_version} Provides: tex(pgfplots.scaling.code.tex) = %{tl_version} Provides: tex(pgfplots.sty) = %{tl_version} Provides: tex(pgfplots.tex) = %{tl_version} Provides: tex(pgfplotsarray.code.tex) = %{tl_version} Provides: tex(pgfplotsbinary.code.tex) = %{tl_version} Provides: tex(pgfplotsbinary.data.code.tex) = %{tl_version} Provides: tex(pgfplotscolor.code.tex) = %{tl_version} Provides: tex(pgfplotscolormap.code.tex) = %{tl_version} Provides: tex(pgfplotscoordprocessing.code.tex) = %{tl_version} Provides: tex(pgfplotscore.code.tex) = %{tl_version} Provides: tex(pgfplotsdeque.code.tex) = %{tl_version} Provides: tex(pgfplotslibrary.code.tex) = %{tl_version} Provides: tex(pgfplotsliststructure.code.tex) = %{tl_version} Provides: tex(pgfplotsliststructureext.code.tex) = %{tl_version} Provides: tex(pgfplotsmatrix.code.tex) = %{tl_version} Provides: tex(pgfplotsmeshplothandler.code.tex) = %{tl_version} Provides: tex(pgfplotsmeshplotimage.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_leq.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_loader.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_misc.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgfcoreexternal.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgfcoreimage.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgfcorelayers.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgfcorescopes.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgfkeys.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgfkeysfiltered.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgflibraryfpu.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgflibraryintersections.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgflibraryluamath.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgflibraryplothandlers.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgfmanual.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgfmanual.pdflinks.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgfmanual.prettyprinter.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgfmathfloat.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_pgfutil-common-lists.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_tikzexternal.sty) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_tikzexternalshared.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_tikzlibraryexternal.code.tex) = %{tl_version} Provides: tex(pgfplotsoldpgfsupp_trig_format.code.tex) = %{tl_version} Provides: tex(pgfplotsplothandlers.code.tex) = %{tl_version} Provides: tex(pgfplotsstackedplots.code.tex) = %{tl_version} Provides: tex(pgfplotssysgeneric.code.tex) = %{tl_version} Provides: tex(pgfplotstable.code.tex) = %{tl_version} Provides: tex(pgfplotstable.coltype.code.tex) = %{tl_version} Provides: tex(pgfplotstable.sty) = %{tl_version} Provides: tex(pgfplotstable.tex) = %{tl_version} Provides: tex(pgfplotstableshared.code.tex) = %{tl_version} Provides: tex(pgfplotsticks.code.tex) = %{tl_version} Provides: tex(pgfplotsutil.code.tex) = %{tl_version} Provides: tex(pgfplotsutil.verb.code.tex) = %{tl_version} Provides: tex(pgfregressiontest.sty) = %{tl_version} Provides: tex(pgfsys-luatexpatch.def) = %{tl_version} Provides: tex(t-pgfplots.tex) = %{tl_version} Provides: tex(t-pgfplotstable.tex) = %{tl_version} Provides: tex(tikzlibrarycolorbrewer.code.tex) = %{tl_version} Provides: tex(tikzlibrarycolortol.code.tex) = %{tl_version} Provides: tex(tikzlibrarydateplot.code.tex) = %{tl_version} Provides: tex(tikzlibrarydecorations.softclip.code.tex) = %{tl_version} Provides: tex(tikzlibraryfillbetween.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.clickable.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.colormaps.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.contourlua.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.dateplot.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.decorations.softclip.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.external.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.fillbetween.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.groupplots.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.patchplots.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.polar.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.smithchart.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.statistics.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.ternary.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplots.units.code.tex) = %{tl_version} Provides: tex(tikzlibrarypgfplotsclickable.code.tex) = %{tl_version} %description -n texlive-pgfplots Create normal/logarithmic plots in two and three dimensions 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, supporting line plots, scatter plots, piecewise constant plots, bar plots, area plots, mesh-- and surface plots and some more. Pgfplots is based on PGF/TikZ (PGF); it runs equally for LaTeX/TeX/ConTeXt. %package -n texlive-pgfplotsthemebeamer Summary: Use colours from the current beamer theme in pgfplots Version: svn71954 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-beamer Requires: texlive-pgfopts Requires: texlive-pgfplots Requires: texlive-tools Requires: tex(pgfplots.sty) Provides: tex(pgfplotsthemebeamer.sty) = %{tl_version} %description -n texlive-pgfplotsthemebeamer Use colours from the current beamer theme in pgfplots A LaTeX package for using colours from the current beamer theme in pgfplots diagrams. %package -n texlive-picinpar Summary: Insert pictures into paragraphs Version: svn65097 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Provides: tex(picinpar.sty) = %{tl_version} %description -n texlive-picinpar Insert pictures into paragraphs A legacy package for creating 'windows' in paragraphs, for inserting graphics, etc. (including "dropped capitals"). Users should note that Pieter van Oostrum (in a published review of packages of this sort) does not recommend this package; Picins is recommended instead. %package -n texlive-pict2e Summary: New implementation of picture commands Version: svn56504 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(trig.sty) Provides: tex(p2e-dvipdfm.def) = %{tl_version} Provides: tex(p2e-dvipdfmx.def) = %{tl_version} Provides: tex(p2e-dvips.def) = %{tl_version} Provides: tex(p2e-luatex.def) = %{tl_version} Provides: tex(p2e-pctex32.def) = %{tl_version} Provides: tex(p2e-pctexps.def) = %{tl_version} Provides: tex(p2e-pdftex.def) = %{tl_version} Provides: tex(p2e-textures.def) = %{tl_version} Provides: tex(p2e-vtex.def) = %{tl_version} Provides: tex(p2e-xetex.def) = %{tl_version} Provides: tex(pict2e.sty) = %{tl_version} %description -n texlive-pict2e New implementation of picture commands This package was described in the 2nd edition of 'LaTeX: A Document Preparation System', but the LaTeX project team declined to produce the package. For a long time, LaTeX included a 'pict2e package' that merely produced an apologetic error message. The new package extends the existing LaTeX picture environment, using the familiar technique (cf. the graphics and color packages) of driver files (at present, drivers for dvips, pdfTeX, LuaTeX, XeTeX, VTeX, dvipdfm, and dvipdfmx are available). The package documentation has a fair number of examples of use, showing where things are improved by comparison with the LaTeX picture environment. %package -n texlive-pictex Summary: Picture drawing macros for TeX and LaTeX Version: svn59551 License: LPPL-1.0 Requires: texlive-base Requires: texlive-kpathsea Provides: tex(errorbars.tex) = %{tl_version} Provides: tex(latexpicobjs.tex) = %{tl_version} Provides: tex(piccorr.sty) = %{tl_version} Provides: tex(picmore.tex) = %{tl_version} Provides: tex(pictex.sty) = %{tl_version} Provides: tex(pictex.tex) = %{tl_version} Provides: tex(pictexwd.sty) = %{tl_version} Provides: tex(pictexwd.tex) = %{tl_version} Provides: tex(pointers.tex) = %{tl_version} Provides: tex(postpictex.tex) = %{tl_version} Provides: tex(prepictex.tex) = %{tl_version} Provides: tex(texpictex.tex) = %{tl_version} Provides: tex(tree.sty) = %{tl_version} %description -n texlive-pictex Picture drawing macros for TeX and LaTeX PicTeX is an early and very comprehensive drawing package that mostly draws by placing myriads of small dots to make up pictures. It has a tendency to run out of space; packages m-pictex and pictexwd deal with the problems in different ways. %package -n texlive-pictex2 Summary: Adds relative coordinates and improves the \plot command Version: svn15878 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pictex.sty) Provides: tex(pictex2.sty) = %{tl_version} %description -n texlive-pictex2 Adds relative coordinates and improves the \plot command Adds two user commands to standard PiCTeX. One command uses relative coordinates, thus eliminating the need to calculate the coordinate of every point manually as in standard PiCTeX. The other command modifies \plot to use a rule instead of dots if the line segment is horizontal or vertical. %package -n texlive-pictochrono Summary: Insert "chronometer pictograms" with a duration Version: svn75622 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(etoolbox.sty) Requires: tex(simplekv.sty) Requires: tex(tikz.sty) Requires: tex(xstring.sty) Provides: tex(pictochrono.sty) = %{tl_version} %description -n texlive-pictochrono Insert "chronometer pictograms" with a duration Small package to insert, inline with automatic height and vertical offset, small "pictogram chronometers" to indicate a duration. %package -n texlive-pinlabel Summary: A TeX labelling package Version: svn24769 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(graphicx.sty) Provides: tex(pinlabel.sty) = %{tl_version} %description -n texlive-pinlabel A TeX labelling package Pinlabel is a labelling package for attaching perfectly formatted TeX labels to figures and diagrams in both eps and pdf formats. It is suitable both for labelling a new diagram and for relabelling an existing diagram. The package uses coordinates derived from GhostView (or gv) and labels are placed with automatic and consistent spacing relative to the object labelled. %package -n texlive-pixelart Summary: Draw pixel-art pictures Version: svn66012 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Requires: tex(iftex.sty) Requires: tex(luacode.sty) Requires: tex(pgf.sty) Requires: tex(pgfkeys.sty) Requires: tex(pgfopts.sty) Requires: tex(tikz.sty) Provides: tex(pixelart.sty) = %{tl_version} Provides: tex(pixelart0.sty) = %{tl_version} %description -n texlive-pixelart Draw pixel-art pictures A LuaLaTeX package to draw pixel-art pictures using TikZ. %package -n texlive-pixelarttikz Summary: Work with PixelArts, with TikZ Version: svn75126 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(csvsimple.sty) Requires: tex(datatool.sty) Requires: tex(ifthen.sty) Requires: tex(listofitems.sty) Requires: tex(multicol.sty) Requires: tex(simplekv.sty) Requires: tex(tabularray.sty) Requires: tex(tikz.sty) Requires: tex(xintexpr.sty) Requires: tex(xinttools.sty) Requires: tex(xstring.sty) Provides: tex(PixelArtTikz.sty) = %{tl_version} %description -n texlive-pixelarttikz Work with PixelArts, with TikZ The package defines commands and an environment for displaying pixel arts. %package -n texlive-pmgraph Summary: "Poor man's" graphics Version: svn15878 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Provides: tex(pmgraph.sty) = %{tl_version} %description -n texlive-pmgraph "Poor man's" graphics A set of extensions to LaTeX picture environment, including a wider range of vectors, and a lot more box frame styles. %package -n texlive-polyhedra Summary: A TikZ package for drawing polyhedra Version: svn68770 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz-3dplot.sty) Requires: tex(tikz.sty) Requires: tex(xcolor-solarized.sty) Requires: tex(xcolor.sty) Requires: tex(xparse.sty) Requires: tex(xstring.sty) Provides: tex(polyhedra.sty) = %{tl_version} %description -n texlive-polyhedra A TikZ package for drawing polyhedra This package provides macros for creating polyhedral objects in 2D and 3D. It requires TikZ and tikz-3dplot. The macros provided can be used for drawing vertices, edges, rays, polygons and cones. %package -n texlive-polyomino Summary: Polyominoes using TikZ and LaTeX3 Version: svn75885 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(polyomino.sty) = %{tl_version} %description -n texlive-polyomino Polyominoes using TikZ and LaTeX3 This package is based on the package TikZ and can be used to draw polyominoes. It is possible to define custom styles, pics and grids. %package -n texlive-postage Summary: Stamp letters with >>Deutsche Post<<'s service >>Internetmarke<< Version: svn55920 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(graphicx.sty) Requires: tex(keyval.sty) Requires: tex(tikz.sty) Provides: tex(postage.sty) = %{tl_version} %description -n texlive-postage Stamp letters with >>Deutsche Post<<'s service >>Internetmarke<< The postage package is used for franking letters with >>Deutsche Post<<'s online postage service >>Internetmarke<<. Note that in order to print valid stamps you must point to a valid PDF of >>Deutsche Post<<'s >>Ausdruck 4-spaltig (DIN A4)<<. %package -n texlive-postit Summary: A LaTeX package for displaying Post-it notes Version: svn75925 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(settobox.sty) Requires: tex(simplekv.sty) Requires: tex(tcolorbox.sty) Requires: tex(varwidth.sty) Requires: tex(xstring.sty) Provides: tex(postit.sty) = %{tl_version} %description -n texlive-postit A LaTeX package for displaying Post-it notes This package provides some commands and options for creating Post-it-like boxes with tcolorbox: an environment PostIt with customizations; a command \MiniPostIt to display a simple Post-It. %package -n texlive-prerex Summary: Interactive editor and macro support for prerequisite charts Version: svn54512 License: GPL-2.0-only AND LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(hyperref.sty) Requires: tex(pgf.sty) Requires: tex(relsize.sty) Requires: tex(textcomp.sty) Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Provides: tex(prerex.sty) = %{tl_version} %description -n texlive-prerex Interactive editor and macro support for prerequisite charts This package consists of prerex.sty, a LaTeX package for producing charts of course nodes linked by arrows representing pre- and co-requisites, and prerex, an interactive program for creating and editing chart descriptions. The implementation of prerex.sty uses PGF, so that it may be used equally happily with LaTeX or pdfLaTeX; prerex itself is written in C. The package includes source code for a previewer application, a lightweight Qt-4 and poppler-based prerex-enabled PDF viewer. %package -n texlive-prisma-flow-diagram Summary: An abstraction for creating PRISMA 2009 flow diagrams with TikZ Version: svn74874 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(float.sty) Requires: tex(graphicx.sty) Requires: tex(tikz.sty) Provides: tex(prisma-flow-diagram.sty) = %{tl_version} %description -n texlive-prisma-flow-diagram An abstraction for creating PRISMA 2009 flow diagrams with TikZ This package provides an abstraction for creating PRISMA 2009 flow diagrams in LaTeX. It simplifies the process of building these diagrams by providing intuitive commands while maintaining full compatibility with TikZ. %package -n texlive-productbox Summary: Typeset a three-dimensional product box Version: svn20886 License: LicenseRef-Fedora-UltraPermissive Requires: texlive-base Requires: texlive-kpathsea Requires: tex(keyval.sty) Requires: tex(tikz.sty) Provides: tex(productbox.sty) = %{tl_version} %description -n texlive-productbox Typeset a three-dimensional product box The package enables typesetting of a three-dimensional product box. This product box can be rendered as it is standing on a surface and some light is shed onto it. Alternatively it can be typeset as a wireframe to be cut out and glued together. This will lead to a physical product box. The package requires pgf and TikZ. %package -n texlive-ptolemaicastronomy Summary: Diagrams of sphere models for variably strict conditionals (Lewis counterfactuals) Version: svn50810 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(ptolemaicastronomy.sty) = %{tl_version} %description -n texlive-ptolemaicastronomy Diagrams of sphere models for variably strict conditionals (Lewis counterfactuals) David K. Lewis (Counterfactuals, Blackwell 1973) introduced a sphere semantics for counterfactual conditionals. He jokingly referred to the diagrams depicting such sphere models as Ptolemaic astronomy, hence the name of this package. The macros provided in this package aid in the construction of sphere model diagrams in the style of Lewis. The macros all make use of TikZ. %package -n texlive-puyotikz Summary: Quickly typeset board states of Puyo Puyo games Version: svn57254 License: MIT Requires: texlive-base Requires: texlive-kpathsea Requires: tex(keyval.sty) Requires: tex(pythontex.sty) Requires: tex(tikz.sty) Provides: tex(puyotikz.sty) = %{tl_version} %description -n texlive-puyotikz Quickly typeset board states of Puyo Puyo games This LaTeX package permits to quickly typeset board states of Puyo Puyo games. It supports large and small boards with arbitrary shape, hidden rows, current and next puyos, labels and move planning markers. The package requires Python3 in support of scripts driven by PythonTeX. %package -n texlive-pxpgfmark Summary: e-pTeX driver for PGF inter-picture connections Version: svn30212 License: MIT Requires: texlive-base Requires: texlive-kpathsea Provides: tex(pxpgfmark.sty) = %{tl_version} %description -n texlive-pxpgfmark e-pTeX driver for PGF inter-picture connections The distributed drivers do not support the PGF feature of "inter-picture connections" under e-pTeX and dvipdfmx. The package uses existing features of dvipdfmx to fix this problem %package -n texlive-pxpic Summary: Draw pixel pictures Version: svn67955 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(expkv.sty) Requires: tex(xcolor.sty) Provides: tex(pxpic.sty) = %{tl_version} %description -n texlive-pxpic Draw pixel pictures With pxpic you draw pictures pixel by pixel. It was inspired by a lovely post by Paulo Cereda, among other things (most notably a beautiful duck) showcasing the use of characters from the Mario video games by Nintendo in LaTeX. %package -n texlive-qcircuit Summary: Macros to generate quantum ciruits Version: svn48400 License: GPL-2.0-only Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifpdf.sty) Requires: tex(xy.sty) Provides: tex(qcircuit.sty) = %{tl_version} %description -n texlive-qcircuit Macros to generate quantum ciruits The package supports those within the quantum information community who typeset quantum circuits, using xy-pic package, offering macros designed to help users generate circuits. %package -n texlive-qrcode Summary: Generate QR codes in LaTeX Version: svn36065 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(xcolor.sty) Requires: tex(xkeyval.sty) Provides: tex(qrcode.sty) = %{tl_version} %description -n texlive-qrcode Generate QR codes in LaTeX The package generates QR (Quick Response) codes in LaTeX, without the need for PSTricks or any other graphical package. %package -n texlive-qrcodetikz Summary: Prettier QR codes Version: svn75341 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(qrcode.sty) Requires: tex(tikz.sty) Provides: tex(qrcodetikz.sty) = %{tl_version} %description -n texlive-qrcodetikz Prettier QR codes This package improves the display of QR codes provided by qrcode. The Quick Response (QR) codes provided by package qrcode show white borders on each square (from little to very prominent, depending on the pdf viewer). This is because the QR code is printed square by square, not the connected regions of squares as such, and pdf screen viewers show these undesired borders. This package overwrites the qrcode printing functions to fill connected regions of the QR code using TikZ, allowing prettier qrcodes on screen visualization, with possibility of customization. %package -n texlive-randbild Summary: Marginal pictures Version: svn15878 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pst-plot.sty) Provides: tex(randbild.sty) = %{tl_version} %description -n texlive-randbild Marginal pictures Provides environments randbild to draw small marginal plots (using the packages pstricks and pst-plot), and randbildbasis (the same, only without the automatically drawn coordinate system). %package -n texlive-randomwalk Summary: Random walks using TikZ Version: svn49513 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pgfcore.sty) Requires: tex(xparse.sty) Provides: tex(randomwalk.sty) = %{tl_version} %description -n texlive-randomwalk Random walks using TikZ The randomwalk package provides a user command, \RandomWalk, to draw random walks with a given number of steps. Lengths and angles of the steps can be customized in various ways. The package uses lcg for its 'random' numbers and PGF/TikZ for its graphical output. %package -n texlive-realhats Summary: Put real hats on symbols instead of ^ Version: svn66924 License: MIT Requires: texlive-base Requires: texlive-kpathsea Requires: tex(amsmath.sty) Requires: tex(calc.sty) Requires: tex(graphicx.sty) Requires: tex(ifthen.sty) Requires: tex(lcg.sty) Requires: tex(stackengine.sty) Provides: tex(realhats.sty) = %{tl_version} %description -n texlive-realhats Put real hats on symbols instead of ^ This LaTeX package makes \hat put real hats on symbols. The package depends on amsmath, calc, graphicx, ifthen, lcg, and stackengine. %package -n texlive-reotex Summary: Draw Reo Channels and Circuits Version: svn34924 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Requires: tex(verbatim.sty) Provides: tex(reotex.sty) = %{tl_version} %description -n texlive-reotex Draw Reo Channels and Circuits The package defines macros and other utilities to design Reo Circuits. The package requires PGF/TikZ support. %package -n texlive-robotarm Summary: TikZ powered LaTeX package to draw parameterized 2D robot arms Version: svn63116 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(robotarm.sty) = %{tl_version} %description -n texlive-robotarm TikZ powered LaTeX package to draw parameterized 2D robot arms This LaTeX package uses TikZ to draw parameterized 2D robot arms, for example to be used in educational material. %package -n texlive-rviewport Summary: Relative Viewport for Graphics Inclusion Version: svn23739 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(keyval.sty) Provides: tex(rviewport.sty) = %{tl_version} %description -n texlive-rviewport Relative Viewport for Graphics Inclusion Package graphicx provides a useful keyword viewport which allows to show just a part of an image. However, one needs to put there the actual coordinates of the viewport window. Sometimes it is useful to have relative coordinates as fractions of natural size. For example, one may want to print a large image on a spread, putting a half on a verso page, and another half on the next recto page. For this one would need a viewport occupying exactly one half of the file's bounding box, whatever the actual width of the image may be. This package adds a new keyword rviewport to the graphicx package specifiying Relative Viewport for graphics inclusion: a window defined by the given fractions of the natural width and height of the image. %package -n texlive-sa-tikz Summary: TikZ library to draw switching architectures Version: svn32815 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(sa-tikz.sty) = %{tl_version} Provides: tex(tikzlibraryswitching-architectures.code.tex) = %{tl_version} %description -n texlive-sa-tikz TikZ library to draw switching architectures The package provides a library that offers an easy way to draw switching architectures and to customize their aspect. %package -n texlive-sacsymb Summary: "Sacred Symbols" prepared with TikZ Version: svn65768 License: LPPL-1.0 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(sacsymb.sty) = %{tl_version} %description -n texlive-sacsymb "Sacred Symbols" prepared with TikZ The author tells us: This is "a package with symbols prepared with TikZ. These symbols are the variables used in the space of the collapse of the wave function of a quantum field associated with the micro-tubule while exploring an Orchestrated, objective reduction (Orch OR) theory of consciousness as applied to the three brains model of psychological experience." %package -n texlive-schemabloc Summary: Draw block diagrams, using TikZ Version: svn68445 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Provides: tex(schemabloc.sty) = %{tl_version} %description -n texlive-schemabloc Draw block diagrams, using TikZ The package provides a set of macros for constructing block diagrams, using TikZ. (The blox package is an "English translation" of this package.) %package -n texlive-scratch Summary: Draw programs like "scratch" Version: svn66655 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(simplekv.sty) Requires: tex(tikz.sty) Provides: tex(scratch.sty) = %{tl_version} %description -n texlive-scratch Draw programs like "scratch" This package is now obsolete. From now on, scratch at scratch.mit.edu is now version3 with a new design. Please, use the "scratch3" package to draw blocks with the new design. This package permits to draw program charts in the style of the scatch project (scratch.mit.edu). It depends on the other LaTeX packages TikZ and simplekv. %package -n texlive-scratch3 Summary: Draw programs like "scratch" Version: svn61921 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(simplekv.sty) Requires: tex(tikz.sty) Provides: tex(scratch3.sty) = %{tl_version} %description -n texlive-scratch3 Draw programs like "scratch" This package permits to draw program charts in the style of the scatch project (scratch.mit.edu). It depends on the other LaTeX packages TikZ and simplekv. %package -n texlive-scsnowman Summary: Snowman variants using TikZ Version: svn66115 License: BSD-2-Clause Requires: texlive-base Requires: texlive-kpathsea Requires: tex(keyval.sty) Requires: tex(pxeveryshi.sty) Requires: tex(tikz.sty) Provides: tex(scsnowman-normal.def) = %{tl_version} Provides: tex(scsnowman.sty) = %{tl_version} Provides: tex(sctkzsym-base.sty) = %{tl_version} %description -n texlive-scsnowman Snowman variants using TikZ This LaTeX package provides a command \scsnowman which can display many variants of "snowman" ("yukidaruma" in Japanese). TikZ is required for drawing these snowmen. %package -n texlive-setdeck Summary: Typeset cards for Set Version: svn40613 License: GPL-3.0-only Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Provides: tex(setdeck.sty) = %{tl_version} %description -n texlive-setdeck Typeset cards for Set The package will typeset cards for use in a game of Set. %package -n texlive-signchart Summary: Create beautifully typeset sign charts Version: svn39707 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pgfplots.sty) Requires: tex(tikz.sty) Requires: tex(xkeyval.sty) Requires: tex(xstring.sty) Provides: tex(signchart.sty) = %{tl_version} %description -n texlive-signchart Create beautifully typeset sign charts The package allows users to easily typeset beautiful looking sign charts directly into their (La)TeX document. %package -n texlive-simplenodes Summary: Simple nodes in four colors written in TikZ for LaTeX Version: svn62888 License: MIT Requires: texlive-base Requires: texlive-kpathsea Requires: tex(color.sty) Requires: tex(kvoptions.sty) Requires: tex(tikz.sty) Provides: tex(simplenodes.sty) = %{tl_version} %description -n texlive-simplenodes Simple nodes in four colors written in TikZ for LaTeX This is a LaTeX macro package for generating simple node-based flow graphs or diagrams built upon the TikZ package. The package provides two basic commands, one to generate a node and one to create links between nodes. The positioning of the nodes is not handled by the package itself but is preferably done in a tabular environment. In total, four simple node types are defined, loosely based on the nomenclature and color patterns of the popular Java script Bootstrap. %package -n texlive-simpleoptics Summary: Drawing lenses and mirrors for optical diagrams Version: svn62977 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(simpleoptics.sty) = %{tl_version} %description -n texlive-simpleoptics Drawing lenses and mirrors for optical diagrams This package provides some of macros for drawing simple lenses and mirrors for use in optical diagrams. %package -n texlive-smartdiagram Summary: Generate diagrams from lists Version: svn42781 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Requires: tex(tikz.sty) Requires: tex(xparse.sty) Requires: tex(xstring.sty) Provides: tex(smartdiagram.sty) = %{tl_version} Provides: tex(smartdiagramlibraryadditions.code.tex) = %{tl_version} Provides: tex(smartdiagramlibrarycore.commands.code.tex) = %{tl_version} Provides: tex(smartdiagramlibrarycore.definitions.code.tex) = %{tl_version} Provides: tex(smartdiagramlibrarycore.styles.code.tex) = %{tl_version} %description -n texlive-smartdiagram Generate diagrams from lists The package will create 'smart' diagrams from lists of items, for simple documents and for presentations. %package -n texlive-spath3 Summary: Manipulate "soft paths" in PGF Version: svn71396 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pgf.sty) Requires: tex(xparse.sty) Provides: tex(spath3.sty) = %{tl_version} Provides: tex(tikzlibrarycalligraphy.code.tex) = %{tl_version} Provides: tex(tikzlibraryknots.code.tex) = %{tl_version} Provides: tex(tikzlibraryspath3.code.tex) = %{tl_version} %description -n texlive-spath3 Manipulate "soft paths" in PGF The spath3 library provides methods for manipulating the "soft paths" of TikZ/PGF. Packaged with it are two TikZ libraries that make use of the methods provided. These are libraries for drawing calligraphic paths and for drawing knot diagrams. %package -n texlive-spectralsequences Summary: Print spectral sequence diagrams using PGF/TikZ Version: svn65667 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Requires: tex(pdfcomment.sty) Requires: tex(tikz.sty) Requires: tex(verbatim.sty) Requires: tex(xparse.sty) Provides: tex(spectralsequences.sty) = %{tl_version} Provides: tex(sseqcheckdefinitions.code.tex) = %{tl_version} Provides: tex(sseqdrawing.code.tex) = %{tl_version} Provides: tex(sseqforeach.code.tex) = %{tl_version} Provides: tex(sseqkeys.code.tex) = %{tl_version} Provides: tex(sseqloadstore.code.tex) = %{tl_version} Provides: tex(sseqmacromakers.code.tex) = %{tl_version} Provides: tex(sseqmain.code.tex) = %{tl_version} Provides: tex(sseqmessages.code.tex) = %{tl_version} Provides: tex(sseqparsers.code.tex) = %{tl_version} %description -n texlive-spectralsequences Print spectral sequence diagrams using PGF/TikZ The package is a specialized tool built on top of PGF/TikZ for drawing spectral sequences. It provides a powerful, concise syntax for specifying the data of a spectral sequence, and then allows the user to print various pages of spectral sequences, automatically choosing which subset of the classes, differentials, and structure lines to display on each page. It also handles most of the details of the layout. At the same time, it is extremely flexible. spectralsequences is closely integrated with TikZ to ensure that users can take advantage of as much as possible of its expressive power. It is possible to turn off most of the automated layout features and draw replacements using TikZ commands. The package also provides a carefully designed error reporting system intended to ensure that it is as clear as possible what is going wrong. %package -n texlive-strands Summary: Draw objects constructed from strands Version: svn59906 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(forarray.sty) Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Requires: tex(xfp.sty) Requires: tex(xkeyval.sty) Requires: tex(xstring.sty) Provides: tex(strands.sty) = %{tl_version} %description -n texlive-strands Draw objects constructed from strands This package permits to draw objects constructed from strands, like set partitions, permutations, braids, etc. It depends on forarray, ifthen, TikZ, xfp, xstring, and xkeyval. %package -n texlive-sunpath Summary: Draw sun path charts Version: svn72604 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(sunpath.sty) = %{tl_version} %description -n texlive-sunpath Draw sun path charts This package can help to draw sun path charts using a polar coordinate system. %package -n texlive-swimgraf Summary: Graphical/textual representations of swimming performances Version: svn25446 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(keyval.sty) Requires: tex(mathpazo.sty) Requires: tex(pst-plot.sty) Requires: tex(pstcol.sty) Requires: tex(pstricks.sty) Provides: tex(swimgraf.sty) = %{tl_version} %description -n texlive-swimgraf Graphical/textual representations of swimming performances The package provides two macros that produce representations of a swimmer's performances. The user records data in a text file and specifies as arguments of the macros the date range of interest. The macros extract the relevant information from the file and process it: \swimgraph produces a graph of the times in a single swimming event (specified as an argument), plotting long course and short course times in separate lines. Records and qualifying times, stored in text files, may optionally be included on the graph. \swimtext produces a written record of the times in all events. Files of current world and Canadian records are included. The package requires the PSTricks and keyval packages. For attractive output it also requires a colour output device. %package -n texlive-syntaxdi Summary: Create "railroad" syntax diagrams Version: svn56685 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(syntaxdi.sty) = %{tl_version} %description -n texlive-syntaxdi Create "railroad" syntax diagrams This package provides TikZ styles for creating special syntax diagrams known as "railroad" diagrams. The package was originally distributed as part of the schule bundle. %package -n texlive-table-fct Summary: Draw a variations table of functions and a convexity table of its graph Version: svn41849 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(environ.sty) Requires: tex(graphicx.sty) Requires: tex(pstricks-add.sty) Requires: tex(pstricks.sty) Requires: tex(xargs.sty) Requires: tex(xcolor.sty) Requires: tex(xifthen.sty) Requires: tex(xkeyval.sty) Provides: tex(table-fct.sty) = %{tl_version} %description -n texlive-table-fct Draw a variations table of functions and a convexity table of its graph Draw a variations table of functions and a convexity table of its graph This version offers two environnements, to draw variations table of a function and a convexity table of its graph. %package -n texlive-texdraw Summary: Graphical macros, using embedded PostScript Version: svn64477 License: CC-BY-4.0 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(graphics.sty) Provides: tex(blockdiagram.tex) = %{tl_version} Provides: tex(texdraw.sty) = %{tl_version} Provides: tex(texdraw.tex) = %{tl_version} Provides: tex(txdps.tex) = %{tl_version} Provides: tex(txdtools.tex) = %{tl_version} %description -n texlive-texdraw Graphical macros, using embedded PostScript TeXdraw is a set of macro definitions for TeX, which allow the user to produce PostScript drawings from within TeX and LaTeX. TeXdraw has been designed to be extensible. Drawing 'segments' are relocatable, self-contained units. Using a combination of TeX's grouping mechanism and the gsave/grestore mechanism in PostScript, drawing segments allow for local changes to the scaling and line parameters. Using TeX's macro definition capability, new drawing commands can be constructed from drawing segments. %package -n texlive-ticollege Summary: Graphical representation of keys on a standard scientific calculator Version: svn36306 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(amssymb.sty) Requires: tex(ifthen.sty) Requires: tex(mathtools.sty) Requires: tex(multido.sty) Requires: tex(multirow.sty) Requires: tex(newtxtt.sty) Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Requires: tex(xkeyval.sty) Provides: tex(ticollege.sty) = %{tl_version} %description -n texlive-ticollege Graphical representation of keys on a standard scientific calculator This package provides commands to draw scientific calculator keys with the help of TikZ. It also provides commands to draw the content of screens and of menu items. %package -n texlive-tikz-3dplot Summary: Coordinate transformation styles for 3d plotting in TikZ Version: svn25087 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(pgf.sty) Provides: tex(tikz-3dplot.sty) = %{tl_version} %description -n texlive-tikz-3dplot Coordinate transformation styles for 3d plotting in TikZ The package provides straightforward ways to define three-dimensional coordinate frames through which to plot in TikZ. The user can specify the orientation of the main coordinate frame, and use standard TikZ commands and coordinates to render their tikzfigure. A secondary coordinate frame is provided to allow rotations and translations with respect to the main coordinate frame. In addition, the package can also handle plotting user-specified functions in spherical polar coordinates, where both the radius and fill color can be expressed as parametric functions of polar angles. %package -n texlive-tikz-among-us Summary: Create some AmongUs characters in TikZ environments Version: svn60880 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(eso-pic.sty) Requires: tex(fancyhdr.sty) Requires: tex(kvoptions.sty) Requires: tex(tikz.sty) Requires: tex(xifthen.sty) Provides: tex(tikz-among-us-fancyhdr.sty) = %{tl_version} Provides: tex(tikz-among-us-watermark-eso-pic.sty) = %{tl_version} Provides: tex(tikz-among-us.sty) = %{tl_version} %description -n texlive-tikz-among-us Create some AmongUs characters in TikZ environments This package recreates some AmongUs characters in TikZ environments. Some interesting uses alongside other packages are also supported. %package -n texlive-tikz-bagua Summary: Draw Bagua symbols in Yijing Version: svn64103 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(bitset.sty) Requires: tex(tikz.sty) Requires: tex(xintexpr.sty) Requires: tex(xparse.sty) Requires: tex(xstring.sty) Provides: tex(tikz-bagua.sty) = %{tl_version} %description -n texlive-tikz-bagua Draw Bagua symbols in Yijing This package provides commands for drawing symbols in Yijing (I Ching) or Zhouyi using TikZ. There is no need for extra special fonts for showing these symbols. The package relies on TikZ, bitset, xintexpr, xparse, and xstring. %package -n texlive-tikz-bayesnet Summary: Draw Bayesian networks, graphical models and directed factor graphs Version: svn38295 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibrarybayesnet.code.tex) = %{tl_version} %description -n texlive-tikz-bayesnet Draw Bayesian networks, graphical models and directed factor graphs The package provides a library supporting the display of Bayesian networks, graphical models and (directed) factor graphs in LaTeX. %package -n texlive-tikz-bbox Summary: Precise determination of bounding boxes in TikZ Version: svn57444 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(pgflibrarybbox.code.tex) = %{tl_version} %description -n texlive-tikz-bbox Precise determination of bounding boxes in TikZ The built-in determination of the bounding box in TikZ is not entirely accurate. This is because, for Bezier curves, it is the smallest box that contains all control points, which is in general larger than the box that just contains the curve. This library determines the exact bounding box of the curve. %package -n texlive-tikz-bpmn Summary: A TikZ library for creating BPMN models Version: svn73368 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibrarybpmn.code.tex) = %{tl_version} %description -n texlive-tikz-bpmn A TikZ library for creating BPMN models This package provides primitives for drawing Business Process Modelling and Notation (BPMN) models. It includes tasks, subprocesses, events, task markers and gateways. The symbols aim to follow the BPMN standard as closely as possible. Please refer to the documentation for further information. %package -n texlive-tikz-cd Summary: Create commutative diagrams with TikZ Version: svn59133 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(tikz-cd.sty) = %{tl_version} Provides: tex(tikzlibrarycd.code.tex) = %{tl_version} %description -n texlive-tikz-cd Create commutative diagrams with TikZ The general-purpose drawing package TiKZ can be used to typeset commutative diagrams and other kinds of mathematical pictures, generating high-quality results. The purpose of this package is to make the process of creation of such diagrams easier by providing a convenient set of macros and reasonable default settings. This package also includes an arrow tip library that match closely the arrows present in the Computer Modern typeface. %package -n texlive-tikz-cookingsymbols Summary: Draw cooking symbols Version: svn75636 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(tikz.sty) Provides: tex(tikz-cookingsymbols.sty) = %{tl_version} %description -n texlive-tikz-cookingsymbols Draw cooking symbols The package uses TikZ for drawing cooking symbols like top heat, airfryer and so on. The commands are provided in English and German. The size of the symbol is based on the font size and grabbed with \settoheight and \settodepth. %package -n texlive-tikz-decofonts Summary: Simple decoration fonts, made with TikZ, for short texts Version: svn76308 License: LPPL-1.3c AND CC-BY-SA-4.0 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(ifthen.sty) Requires: tex(listofitems.sty) Requires: tex(simplekv.sty) Requires: tex(tikz.sty) Requires: tex(xintexpr.sty) Requires: tex(xstring.sty) Provides: tex(tikz-decofonts.sty) = %{tl_version} %description -n texlive-tikz-decofonts Simple decoration fonts, made with TikZ, for short texts Some simple "decoration" fonts made with TikZ, for short texts: paint brush; ink brush; pixelart brush; bicolor texts; bicolor texts; 'surround' or 'underline' effect. %package -n texlive-tikz-dependency Summary: A library for drawing dependency graphs Version: svn54512 License: LPPL-1.3c AND GPL-2.0-only Requires: texlive-base Requires: texlive-kpathsea Requires: tex(environ.sty) Requires: tex(tikz.sty) Provides: tex(pgfmanual.code.tex) = %{tl_version} Provides: tex(pgfmanual.pdflinks.code.tex) = %{tl_version} Provides: tex(pgfmanual.prettyprinter.code.tex) = %{tl_version} Provides: tex(tikz-dependency.sty) = %{tl_version} %description -n texlive-tikz-dependency A library for drawing dependency graphs The package provides a library that draws together existing TikZ facilities to make a comfortable environment for drawing dependency graphs. Basic facilities of the package include a lot of styling facilities, to let you personalize the look and feel of the graphs. %package -n texlive-tikz-dimline Summary: Technical dimension lines using PGF/TikZ Version: svn35805 License: WTFPL Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(pgfplots.sty) Requires: tex(tikz.sty) Provides: tex(tikz-dimline.sty) = %{tl_version} %description -n texlive-tikz-dimline Technical dimension lines using PGF/TikZ tikz-dimline helps drawing technical dimension lines in TikZ picture environments. Its usage is similar to some contributions posted on stackexchange. %package -n texlive-tikz-ext Summary: A collection of libraries for PGF/TikZ Version: svn75014 License: GFDL-1.3-or-later AND LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pgfcalendar.sty) Requires: tex(pgffor.sty) Provides: tex(pgfcalendar-ext.code.tex) = %{tl_version} Provides: tex(pgfcalendar-ext.sty) = %{tl_version} Provides: tex(pgfcalendar-ext.tex) = %{tl_version} Provides: tex(pgffor-ext.code.tex) = %{tl_version} Provides: tex(pgffor-ext.sty) = %{tl_version} Provides: tex(pgffor-ext.tex) = %{tl_version} Provides: tex(pgfkeyslibraryext.pgfkeys-plus.code.tex) = %{tl_version} Provides: tex(pgflibraryext.arrows.code.tex) = %{tl_version} Provides: tex(pgflibraryext.shapes.circlearrow.code.tex) = %{tl_version} Provides: tex(pgflibraryext.shapes.circlecrosssplit.code.tex) = %{tl_version} Provides: tex(pgflibraryext.shapes.heatmark.code.tex) = %{tl_version} Provides: tex(pgflibraryext.shapes.rectangleroundedcorners.code.tex) = %{tl_version} Provides: tex(pgflibraryext.shapes.superellipse.code.tex) = %{tl_version} Provides: tex(pgflibraryext.shapes.uncenteredrectangle.code.tex) = %{tl_version} Provides: tex(pgflibraryext.transformations.mirror.code.tex) = %{tl_version} Provides: tex(tikzext-util.tex) = %{tl_version} Provides: tex(tikzlibraryext.arrows-plus.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.beamer.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.calendar-plus.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.layers.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.misc.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.node-families.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.node-families.shapes.geometric.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.nodes.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.paths.arcto.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.paths.ortho.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.paths.timer.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.patterns.images.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.positioning-plus.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.scalepicture.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.shapes.uncenteredrectangle.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.topaths.arcthrough.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.topaths.autobend.code.tex) = %{tl_version} Provides: tex(tikzlibraryext.transformations.mirror.code.tex) = %{tl_version} %description -n texlive-tikz-ext A collection of libraries for PGF/TikZ This is a collection of PGF and TikZ libraries which were developed in response to questions on tex.stackexchange.com or texwelt.de. These libraries can be loaded by either \usepgflibrary or \usetikzlibrary. %package -n texlive-tikz-feynhand Summary: Feynman diagrams with TikZ Version: svn51915 License: GPL-3.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pgfopts.sty) Requires: tex(tikz.sty) Provides: tex(tikz-feynhand.sty) = %{tl_version} Provides: tex(tikzfeynhand.keys.code.tex) = %{tl_version} Provides: tex(tikzlibraryfeynhand.code.tex) = %{tl_version} %description -n texlive-tikz-feynhand Feynman diagrams with TikZ This package lets you draw Feynman diagrams using TikZ. It is a low-end modification of the TikZ-Feynman package, one of whose principal advantages is the automatic generation of diagrams, for which it needs LuaTex. TikZ-FeynHand only provides the manual mode and hence runs in LaTeX without any reference to LuaTeX. In addition it provides some new styles for vertices and propagators, alternative shorter keywords in addition to TikZ-Feynman's longer ones, some shortcut commands for quickly customizing the diagrams' look, and the new feature of putting one propagator "on top" of another. It also includes a quick user guide for getting started, with many examples and a 5-minute introduction to TikZ. %package -n texlive-tikz-feynman Summary: Feynman diagrams with TikZ Version: svn56615 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-iftex Requires: texlive-pgfopts Requires: tex(ifluatex.sty) Requires: tex(pgfopts.sty) Requires: tex(tikz.sty) Provides: tex(tikz-feynman.sty) = %{tl_version} Provides: tex(tikzfeynman.keys.code.tex) = %{tl_version} Provides: tex(tikzlibraryfeynman.code.tex) = %{tl_version} %description -n texlive-tikz-feynman Feynman diagrams with TikZ This is a LaTeX package allowing Feynman diagrams to be easily generated within LaTeX with minimal user instructions and without the need of external programs. It builds upon the TikZ package and leverages the graph placement algorithms from TikZ in order to automate the placement of many vertices. tikz-feynman allows fine-tuned placement of vertices so that even complex diagrams can still be generated with ease. %package -n texlive-tikz-imagelabels Summary: Put labels on images using TikZ Version: svn51490 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Requires: tex(xifthen.sty) Provides: tex(tikz-imagelabels.sty) = %{tl_version} %description -n texlive-tikz-imagelabels Put labels on images using TikZ This package allows to add label texts to an existing image with the aid of TikZ. This may be used to label certain features in an image. %package -n texlive-tikz-inet Summary: Draw interaction nets with TikZ Version: svn15878 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Provides: tex(tikz-inet.sty) = %{tl_version} %description -n texlive-tikz-inet Draw interaction nets with TikZ The package extends TikZ with macros to draw interaction nets. %package -n texlive-tikz-kalender Summary: A LaTeX based calendar using TikZ Version: svn52890 License: LicenseRef-cc-by-sa-1 Requires: texlive-base Requires: texlive-kpathsea %description -n texlive-tikz-kalender A LaTeX based calendar using TikZ For usage see the example files tikz-kalender-example1.tex, tikz-kalender-example2.tex, and *.events. The Code is inspired by this document and is subject to the >>Creative Commons attribution license (CC-BY-SA)<<. The class tikz-kalender requires the package TikZ and the TikZ libraries calc and calendar. %package -n texlive-tikz-karnaugh Summary: Typeset Karnaugh maps using TikZ Version: svn62040 License: LPPL-1.0 Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibrarykarnaugh.code.tex) = %{tl_version} %description -n texlive-tikz-karnaugh Typeset Karnaugh maps using TikZ The tikz-karnaugh package is a LaTeX package used to draw Karnaugh maps. It uses TikZ to produce high quality graph from 1 to 12 variables, but this upper limit depends on the TeX memory usage and can be different for you. It is very good for presentation since TikZ allows for a better control over the final appearance of the map. You can control colour, styles and distances. It can be considered as an upgrade and extension of Andreas W. Wieland's karnaugh package towards TikZ supporting. Upgrade because uses TikZ for more option on typesetting and overall higher quality. Extension because it also supports American style and inputting the values as they would appear in the map or in the truth table. Complex maps with solution (implicants) pointed out can be generated with external java software (see documentation for details). It supports both American and traditional (simplified labels) styles and from version 1.3 on American style is natively supported, therefore, no more addition work is required to typeset Gray coded labels, variable names etc. From version 1.4, two new macros allow typesetting a map much more similarly as it should appear. Original order, as the values appear in the truth table, still being supported. %package -n texlive-tikz-ladder Summary: Draw ladder diagrams using TikZ Version: svn62992 License: LPPL-1.0 Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibrarycircuits.plc.ladder.code.tex) = %{tl_version} %description -n texlive-tikz-ladder Draw ladder diagrams using TikZ The tikz-ladder package contains a collection of symbols for typesetting ladder diagrams (PLC program) in agreement with the international standard IEC-61131-3/2013. It includes blocks (for representing functions and function blocks) besides contacts and coils. It extends the circuit library of TikZ and allows you to draw a ladder diagram in the same way as you would draw any other circuit. %package -n texlive-tikz-lake-fig Summary: Schematic diagrams of lakes Version: svn55288 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(array.sty) Requires: tex(colortbl.sty) Requires: tex(multirow.sty) Requires: tex(pbox.sty) Requires: tex(relsize.sty) Requires: tex(subfiles.sty) Requires: tex(tabularx.sty) Requires: tex(tikz.sty) Provides: tex(tikz-lake-fig.sty) = %{tl_version} %description -n texlive-tikz-lake-fig Schematic diagrams of lakes This package contains a collection of schematic diagrams of lakes for use in LaTeX documents. Diagrams include representations of material budgets, fluxes, and connectivity arrangements. %package -n texlive-tikz-layers Summary: TikZ provides graphical layers on TikZ: "behind", "above" and "glass" Version: svn46660 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(tikz-layers.sty) = %{tl_version} %description -n texlive-tikz-layers TikZ provides graphical layers on TikZ: "behind", "above" and "glass" TikZ-layers is a tiny package that provides, along side "background", typical graphical layers on TikZ: "behind", "above" and "glass". The layers may be selected with one of the styles "on behind layer", "on above layer", "on glass layer" as an option to a {scope} environment. %package -n texlive-tikz-mirror-lens Summary: Spherical mirrors and lenses in TikZ Version: svn65500 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(amsmath.sty) Requires: tex(tikz.sty) Provides: tex(tikz-mirror-lens.sty) = %{tl_version} %description -n texlive-tikz-mirror-lens Spherical mirrors and lenses in TikZ This package allows the automatic drawing of the image of objects in spherical mirrors and lenses from the data of the focus, from the position and height of the object. It calculates the position and height of the image, and also displays the notable rays. %package -n texlive-tikz-nef Summary: Create diagrams for neural networks constructed with the methods of the Neural Engineering Framework (NEF) Version: svn55920 License: MIT Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibrarynef.code.tex) = %{tl_version} %description -n texlive-tikz-nef Create diagrams for neural networks constructed with the methods of the Neural Engineering Framework (NEF) The nef TikZ library provides predefined styles and shapes to create diagrams for neural networks constructed with the methods of the Neural Engineering Framework (NEF). The following styles are supported: ea: ensemble array ens: ensemble ext: external input or output inhibt: inhibitory connection net: network pnode: pass-through node rect: rectification ensemble recurrent: recurrent connection %package -n texlive-tikz-network Summary: Draw networks with TikZ Version: svn51884 License: GPL-3.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(datatool.sty) Requires: tex(etex.sty) Requires: tex(graphicx.sty) Requires: tex(tikz.sty) Requires: tex(trimspaces.sty) Requires: tex(xifthen.sty) Requires: tex(xkeyval.sty) Provides: tex(tikz-network.sty) = %{tl_version} %description -n texlive-tikz-network Draw networks with TikZ This package allows the creation of images of complex networks that are seamlessly integrated into the underlying LaTeX files. The package requires datatool, etex, graphicx, tikz, trimspaces, xifthen, and xkeyval. %package -n texlive-tikz-nfold Summary: Triple, quadruple, and n-fold paths with TikZ Version: svn67718 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(pgflibrarybezieroffset.code.tex) = %{tl_version} Provides: tex(pgflibrarynfold.code.tex) = %{tl_version} Provides: tex(pgflibraryoffsetpath.code.tex) = %{tl_version} Provides: tex(tikzlibrarynfold.code.tex) = %{tl_version} %description -n texlive-tikz-nfold Triple, quadruple, and n-fold paths with TikZ This library adds higher-order paths to TikZ and also fixes some graphical issues with TikZ' double paths, used e.g. in arrows with an Implies tip. It is also compatible with tikz-cd, adding support for triple and higher arrows. Macros to offset arbitrary paths are included as well. %package -n texlive-tikz-opm Summary: Typeset OPM diagrams Version: svn32769 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(amsmath.sty) Requires: tex(makeshape.sty) Requires: tex(tikz.sty) Provides: tex(tikz-opm.sty) = %{tl_version} %description -n texlive-tikz-opm Typeset OPM diagrams Typeset OPM (Object-Process Methodology) diagrams using LaTeX and PGF/TikZ. %package -n texlive-tikz-optics Summary: A library for drawing optical setups with TikZ Version: svn62977 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibraryoptics.code.tex) = %{tl_version} %description -n texlive-tikz-optics A library for drawing optical setups with TikZ This package provides a new TikZ library designed to easily draw optical setups with TikZ. It provides shapes for lens, mirror, etc. The geometrically (in)correct computation of light rays through the setup is left to the user. %package -n texlive-tikz-osci Summary: Produce oscilloscope "screen shots" Version: svn68636 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pgfkeys.sty) Requires: tex(pgfplots.sty) Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Provides: tex(tikz-osci.sty) = %{tl_version} %description -n texlive-tikz-osci Produce oscilloscope "screen shots" This package enables you to produce oscilloscope "screen shots". %package -n texlive-tikz-page Summary: Small macro to help building nice and complex layout materials Version: svn42039 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(fancyhdr.sty) Requires: tex(graphicx.sty) Requires: tex(textpos.sty) Requires: tex(tikz.sty) Provides: tex(tikz-page.sty) = %{tl_version} %description -n texlive-tikz-page Small macro to help building nice and complex layout materials The package provides a small macro to help building nice and complex layout materials. %package -n texlive-tikz-palattice Summary: Draw particle accelerator lattices with TikZ Version: svn43442 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Requires: tex(iflang.sty) Requires: tex(ifthen.sty) Requires: tex(siunitx.sty) Requires: tex(tikz.sty) Requires: tex(xargs.sty) Provides: tex(tikz-palattice.sty) = %{tl_version} %description -n texlive-tikz-palattice Draw particle accelerator lattices with TikZ This package allows for drawing a map of a particle accelerator just by giving a list of elements -- similar to lattice files for simulation software. The package includes 12 common element types like dipoles, quadrupoles, cavities, or screens, as well as automatic labels with element names, a legend, a rule, and an environment to fade out parts of the accelerator. The coordinate of any element can be saved and used for custom TikZ drawings or annotations. Thereby, lattices can be connected to draw injection/extraction or even a complete accelerator facility. %package -n texlive-tikz-planets Summary: Illustrate celestial mechanics and the solar system Version: svn75210 License: CC-BY-SA-4.0 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pgfkeys.sty) Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Requires: tex(xstring.sty) Provides: tex(planets.sty) = %{tl_version} %description -n texlive-tikz-planets Illustrate celestial mechanics and the solar system This TikZ-package makes it easy to illustrate celestial mechanics and the solar system. You can use it to draw sketches of the eclipses, the phases of the Moon, etc. The package requires the standard packages TikZ, xcolor, xstring, and pgfkeys. %package -n texlive-tikz-qtree Summary: Use existing qtree syntax for trees in TikZ Version: svn26108 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pgf.sty) Requires: tex(pgffor.sty) Requires: tex(tikz.sty) Provides: tex(pgfsubpic.sty) = %{tl_version} Provides: tex(pgfsubpic.tex) = %{tl_version} Provides: tex(pgftree.sty) = %{tl_version} Provides: tex(pgftree.tex) = %{tl_version} Provides: tex(tikz-qtree-compat.sty) = %{tl_version} Provides: tex(tikz-qtree.sty) = %{tl_version} Provides: tex(tikz-qtree.tex) = %{tl_version} %description -n texlive-tikz-qtree Use existing qtree syntax for trees in TikZ The package provides a macro for drawing trees with TikZ using the easy syntax of Alexis Dimitriadis' Qtree. It improves on TikZ's standard tree-drawing facility by laying out tree nodes without collisions; it improves on Qtree by adding lots of features from TikZ (for example, edge labels, arrows between nodes); and it improves on pst-qtree in being usable with pdfTeX and XeTeX. %package -n texlive-tikz-relay Summary: TikZ library for typesetting electrical diagrams Version: svn64072 License: LPPL-1.0 Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibrarycircuits.ee.IEC.relay.code.tex) = %{tl_version} %description -n texlive-tikz-relay TikZ library for typesetting electrical diagrams This package contains a collection of symbols for typesetting electrical wiring diagrams for relay control systems. The symbols are meant to be in agreement with the international standard IEC-60617 which has been adopted worldwide, with perhaps the exception of the USA. It extends and modifies, when needed, the TikZ-libray circuits.ee.IEC. A few non-standard symbols are also included mainly to be used in presentations, particularly with the beamer package. %package -n texlive-tikz-sfc Summary: Symbols collection for typesetting Sequential Function Chart (SFC) diagrams (PLC programs) Version: svn49424 License: LPPL-1.0 Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibrarycircuits.plc.sfc.code.tex) = %{tl_version} %description -n texlive-tikz-sfc Symbols collection for typesetting Sequential Function Chart (SFC) diagrams (PLC programs) This package contains a collection of symbols for typesetting Sequential Function Chart (SFC) diagrams in agreement with the international standard IEC-61131-3/2013. It includes steps (normal and initial), transitions, actions and actions qualifiers (with and without time duration). It extends the circuit library of TikZ and allows you to draw an SFC diagram in same way you would draw any other circuit. %package -n texlive-tikz-shields Summary: Badges as in shields.io, but in LaTeX Version: svn75933 License: GPL-3.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(fontawesome.sty) Requires: tex(hyperref.sty) Requires: tex(ifthen.sty) Requires: tex(tcolorbox.sty) Requires: tex(tikz.sty) Requires: tex(xkeyval.sty) Provides: tex(tikz-shields.sty) = %{tl_version} %description -n texlive-tikz-shields Badges as in shields.io, but in LaTeX A small package that allows to include in a LaTeX document shields badges, as in shields.io. Various styles of badges and other features are available, including clickable links, logos, and color customization options. %package -n texlive-tikz-swigs Summary: Horizontally and vertically split elliptical nodes Version: svn59889 License: LPPL-1.3c AND GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibraryswigs.code.tex) = %{tl_version} %description -n texlive-tikz-swigs Horizontally and vertically split elliptical nodes This package provides horizontally and vertically split elliptical (pairs of) nodes in TikZ. The package name derives from the fact that split ellipses of this type are used to represent Single-World Intervention Graph (SWIG) models which are used in counterfactual causal inference. %package -n texlive-tikz-timing Summary: Easy generation of timing diagrams as TikZ pictures Version: svn64967 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-svn-prov Requires: tex(amsmath.sty) Requires: tex(array.sty) Requires: tex(booktabs.sty) Requires: tex(environ.sty) Requires: tex(pgfopts.sty) Requires: tex(tikz.sty) Provides: tex(tikz-timing-advnodes.sty) = %{tl_version} Provides: tex(tikz-timing-arrows.sty) = %{tl_version} Provides: tex(tikz-timing-beamer.sty) = %{tl_version} Provides: tex(tikz-timing-clockarrows.sty) = %{tl_version} Provides: tex(tikz-timing-columntype.sty) = %{tl_version} Provides: tex(tikz-timing-counters.sty) = %{tl_version} Provides: tex(tikz-timing-either.sty) = %{tl_version} Provides: tex(tikz-timing-ifsym.sty) = %{tl_version} Provides: tex(tikz-timing-interval.sty) = %{tl_version} Provides: tex(tikz-timing-nicetabs.sty) = %{tl_version} Provides: tex(tikz-timing-overlays.sty) = %{tl_version} Provides: tex(tikz-timing.sty) = %{tl_version} %description -n texlive-tikz-timing Easy generation of timing diagrams as TikZ pictures This package provides macros and an environment to generate timing diagrams (digital waveforms) without much effort. The TikZ package is used to produce the graphics. The diagrams may be inserted into text (paragraphs, \hbox, etc.) and into tikzpictures. A tabular-like environment is provided to produce larger timing diagrams. %package -n texlive-tikz-trackschematic Summary: A TikZ library for creating track diagrams in railways Version: svn63480 License: LicenseRef-isc Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Requires: tex(tikz.sty) Requires: tex(xkeyval.sty) Provides: tex(tikz-trackschematic.sty) = %{tl_version} Provides: tex(tikzlibrarytrackschematic.code.tex) = %{tl_version} Provides: tex(tikzlibrarytrackschematic.constructions.code.tex) = %{tl_version} Provides: tex(tikzlibrarytrackschematic.electrics.code.tex) = %{tl_version} Provides: tex(tikzlibrarytrackschematic.measures.code.tex) = %{tl_version} Provides: tex(tikzlibrarytrackschematic.symbology.code.tex) = %{tl_version} Provides: tex(tikzlibrarytrackschematic.topology.code.tex) = %{tl_version} Provides: tex(tikzlibrarytrackschematic.trafficcontrol.code.tex) = %{tl_version} Provides: tex(tikzlibrarytrackschematic.vehicles.code.tex) = %{tl_version} %description -n texlive-tikz-trackschematic A TikZ library for creating track diagrams in railways This TikZ library is a toolbox of symbols geared primarily towards creating track schematic for either research or educational purposes. It provides a TikZ frontend to some of the symbols which may be needed to describe situations and layouts in railway operation. The library is divided into sublibraries: topology, trafficcontrol, vehicles, constructions, electrics, symbology, and measures. %package -n texlive-tikz-truchet Summary: Draw Truchet tiles Version: svn50020 License: MIT Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Provides: tex(tikz-truchet.sty) = %{tl_version} %description -n texlive-tikz-truchet Draw Truchet tiles This is a package for LaTeX that draws Truchet tiles, as used in Colin Beveridge's article Too good to be Truchet in issue 08 of Chalkdust. %package -n texlive-tikz2d-fr Summary: Work with some 2D TikZ commands (French) Version: svn73069 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(listofitems.sty) Requires: tex(pgffor.sty) Requires: tex(simplekv.sty) Requires: tex(tikz.sty) Requires: tex(xintexpr.sty) Requires: tex(xstring.sty) Provides: tex(tikz2d-fr.sty) = %{tl_version} %description -n texlive-tikz2d-fr Work with some 2D TikZ commands (French) This is a small package to work with some (French) 2D commands for TikZ: "freehand style" mainlevee define and mark points \DefinirPoints, \MarquerPoints draw colored segments \TracerSegments %package -n texlive-tikz3d-fr Summary: Work with some 3D figures Version: svn75291 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(listofitems.sty) Requires: tex(randomlist.sty) Requires: tex(simplekv.sty) Requires: tex(tikz-3dplot.sty) Requires: tex(tikz.sty) Requires: tex(xintexpr.sty) Requires: tex(xinttools.sty) Requires: tex(xstring.sty) Provides: tex(tikz3d-fr.sty) = %{tl_version} %description -n texlive-tikz3d-fr Work with some 3D figures This is a package for working with some 3D figures. %package -n texlive-tikzbricks Summary: Drawing bricks with TikZ Version: svn73140 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-epstopdf-pkg Requires: texlive-iftex Requires: texlive-pgf Requires: texlive-tikz-3dplot Requires: tex(tikz-3dplot.sty) Requires: tex(tikz.sty) Requires: tex(xkeyval.sty) Provides: tex(tikzbricks.sty) = %{tl_version} %description -n texlive-tikzbricks Drawing bricks with TikZ A small LaTeX package to draw bricks with TikZ. The user can modify color, shape, and viewpoint. %package -n texlive-tikzcalendarnotes Summary: Highlighting, marking and annotating dates in a TikZ calendar in a systematic way Version: svn75712 License: LPPL-1.3c AND GPL-3.0-or-later Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzcalendarnotes.sty) = %{tl_version} %description -n texlive-tikzcalendarnotes Highlighting, marking and annotating dates in a TikZ calendar in a systematic way This package offers a "calendar arrangement" (atop of the TikZ calendar library) and provides a set of commands to highlighting, mark and annotate dates in a calendar. %package -n texlive-tikzcodeblocks Summary: Helps to draw codeblocks like scratch, NEPO and PXT in TikZ Version: svn54758 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(adjustbox.sty) Requires: tex(colortbl.sty) Requires: tex(fontawesome.sty) Requires: tex(ifthen.sty) Requires: tex(longtable.sty) Requires: tex(tikz.sty) Requires: tex(translations.sty) Requires: tex(xcolor.sty) Requires: tex(xspace.sty) Provides: tex(tikzcodeblocks.sty) = %{tl_version} %description -n texlive-tikzcodeblocks Helps to draw codeblocks like scratch, NEPO and PXT in TikZ tikzcodeblocks is a LaTeX package for typesetting blockwise graphic programming languages like scratch, nepo or pxt. %package -n texlive-tikzdotncross Summary: Marking coordinates and crossing paths Version: svn73605 License: LPPL-1.3c AND GPL-3.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Provides: tex(tikzdotncross.sty) = %{tl_version} %description -n texlive-tikzdotncross Marking coordinates and crossing paths This package offers a few alternative ways for declaring and marking coordinates and drawing a line with "jumps" over an already existent path, which is quite a common issue when drawing, for instace, electronic circuits (like with CircuiTikZ). %package -n texlive-tikzducks Summary: A little fun package for using rubber ducks in TikZ Version: svn73659 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-epstopdf-pkg Requires: texlive-iftex Requires: texlive-pgf Requires: tex(tikz.sty) Provides: tex(tikzducks.sty) = %{tl_version} Provides: tex(tikzlibraryducks.code.tex) = %{tl_version} %description -n texlive-tikzducks A little fun package for using rubber ducks in TikZ The package is a LaTeX package for ducks to be used in TikZ pictures. This project is a continuation of an answer at StackExchange How we can draw a duck? %package -n texlive-tikzfill Summary: TikZ libraries for filling with images and patterns Version: svn67847 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(tikzfill-common.sty) = %{tl_version} Provides: tex(tikzfill.hexagon.sty) = %{tl_version} Provides: tex(tikzfill.image.sty) = %{tl_version} Provides: tex(tikzfill.rhombus.sty) = %{tl_version} Provides: tex(tikzfill.sty) = %{tl_version} Provides: tex(tikzlibraryfill.hexagon.code.tex) = %{tl_version} Provides: tex(tikzlibraryfill.image.code.tex) = %{tl_version} Provides: tex(tikzlibraryfill.rhombus.code.tex) = %{tl_version} %description -n texlive-tikzfill TikZ libraries for filling with images and patterns This is a collection of TikZ libraries which add further options to fill TikZ paths with images and patterns. The libraries comprise fillings with images from files and from TikZ pictures. Also, patterns of hexagons and of rhombi are provided. %package -n texlive-tikzfxgraph Summary: Plotting functions in a simplified way Version: svn74987 License: LPPL-1.3c AND GPL-3.0-or-later Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzfxgraph.sty) = %{tl_version} %description -n texlive-tikzfxgraph Plotting functions in a simplified way This package is mostly a wrap around pgfplots and Gnuplot, hiding most of their inherent complexity. %package -n texlive-tikzinclude Summary: Import TikZ images from colletions Version: svn28715 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Provides: tex(tikzinclude.sty) = %{tl_version} %description -n texlive-tikzinclude Import TikZ images from colletions The package addresses the problem of importing only one TikZ-image from a file holding multiple images. %package -n texlive-tikzlings Summary: A collection of cute little animals and similar creatures Version: svn74735 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-epstopdf-pkg Requires: texlive-iftex Requires: texlive-pgf Requires: texlive-pgf-blur Requires: tex(tikz.sty) Provides: tex(tikzlibrarytikzlings.code.tex) = %{tl_version} Provides: tex(tikzlings-addons.sty) = %{tl_version} Provides: tex(tikzlings-anteaters.sty) = %{tl_version} Provides: tex(tikzlings-apes.sty) = %{tl_version} Provides: tex(tikzlings-bats.sty) = %{tl_version} Provides: tex(tikzlings-bears.sty) = %{tl_version} Provides: tex(tikzlings-bees.sty) = %{tl_version} Provides: tex(tikzlings-bugs.sty) = %{tl_version} Provides: tex(tikzlings-cats.sty) = %{tl_version} Provides: tex(tikzlings-chickens.sty) = %{tl_version} Provides: tex(tikzlings-coatis.sty) = %{tl_version} Provides: tex(tikzlings-dogs.sty) = %{tl_version} Provides: tex(tikzlings-elephants.sty) = %{tl_version} Provides: tex(tikzlings-hippos.sty) = %{tl_version} Provides: tex(tikzlings-koalas.sty) = %{tl_version} Provides: tex(tikzlings-list.sty) = %{tl_version} Provides: tex(tikzlings-marmots.sty) = %{tl_version} Provides: tex(tikzlings-meerkats.sty) = %{tl_version} Provides: tex(tikzlings-mice.sty) = %{tl_version} Provides: tex(tikzlings-moles.sty) = %{tl_version} Provides: tex(tikzlings-owls.sty) = %{tl_version} Provides: tex(tikzlings-pandas.sty) = %{tl_version} Provides: tex(tikzlings-penguins.sty) = %{tl_version} Provides: tex(tikzlings-pigs.sty) = %{tl_version} Provides: tex(tikzlings-rhinos.sty) = %{tl_version} Provides: tex(tikzlings-sheep.sty) = %{tl_version} Provides: tex(tikzlings-sloths.sty) = %{tl_version} Provides: tex(tikzlings-snowmen.sty) = %{tl_version} Provides: tex(tikzlings-squirrels.sty) = %{tl_version} Provides: tex(tikzlings-wolves.sty) = %{tl_version} Provides: tex(tikzlings.sty) = %{tl_version} %description -n texlive-tikzlings A collection of cute little animals and similar creatures A collection of LaTeX packages for drawing cute little animals and similar creatures using TikZ. Currently, the following TikZlings are included: anteater bat bear bee bug cat chicken coati dog elephant hippo koala marmot meerkat mole mouse owl panda penguin pig rhino sheep sloth snowman squirrel wolf These little drawings can be customized in many ways. %package -n texlive-tikzmark Summary: Use TikZ's method of remembering a position on a page Version: svn64819 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibrarytikzmark.code.tex) = %{tl_version} Provides: tex(tikzmarklibraryams.code.tex) = %{tl_version} Provides: tex(tikzmarklibraryhighlighting.code.tex) = %{tl_version} Provides: tex(tikzmarklibrarylistings.code.tex) = %{tl_version} %description -n texlive-tikzmark Use TikZ's method of remembering a position on a page The tikzmark package defines a command to "remember" a position on a page for later (or earlier) use, primarily (but not exclusively) with TikZ. %package -n texlive-tikzmarmots Summary: Drawing little marmots in TikZ Version: svn73100 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-tikzlings Requires: tex(ifluatex.sty) Requires: tex(ifxetex.sty) Requires: tex(tikz.sty) Requires: tex(tikzlings-marmots.sty) Provides: tex(tikzlibrarymarmots.code.tex) = %{tl_version} Provides: tex(tikzmarmots-v1.sty) = %{tl_version} Provides: tex(tikzmarmots.sty) = %{tl_version} %description -n texlive-tikzmarmots Drawing little marmots in TikZ This is a LaTeX package for marmots to be used in TikZ pictures. These little figures are constructed in such a way that they may even "borrow" some accessories and other attributes from the TikZlings package. %package -n texlive-tikzorbital Summary: Atomic and molecular orbitals using TikZ Version: svn36439 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Provides: tex(tikzorbital.sty) = %{tl_version} %description -n texlive-tikzorbital Atomic and molecular orbitals using TikZ Atomic s, p and d orbitals may be drawn, as well as molecular orbital diagrams. %package -n texlive-tikzpackets Summary: Display network packets Version: svn55827 License: MIT Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pbox.sty) Requires: tex(tcolorbox.sty) Requires: tex(tikz.sty) Requires: tex(xparse.sty) Provides: tex(tikzPackets.sty) = %{tl_version} %description -n texlive-tikzpackets Display network packets This package allows you to easily display network packets graphically. %package -n texlive-tikzpagenodes Summary: A single TikZ node for the whole page Version: svn64967 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifoddpage.sty) Requires: tex(tikz.sty) Provides: tex(tikzpagenodes.sty) = %{tl_version} %description -n texlive-tikzpagenodes A single TikZ node for the whole page The package provides special PGF/TikZ nodes for the text, marginpar, footer and header area of the current page. They are inspired by the 'current page' node defined by PGF/TikZ itself. %package -n texlive-tikzpeople Summary: Draw people-shaped nodes in TikZ Version: svn67840 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(capt-of.sty) Requires: tex(etoolbox.sty) Requires: tex(tikz.sty) Requires: tex(xifthen.sty) Requires: tex(xparse.sty) Provides: tex(tikzpeople.shape.alice.sty) = %{tl_version} Provides: tex(tikzpeople.shape.bob.sty) = %{tl_version} Provides: tex(tikzpeople.shape.bride.sty) = %{tl_version} Provides: tex(tikzpeople.shape.builder.sty) = %{tl_version} Provides: tex(tikzpeople.shape.businessman.sty) = %{tl_version} Provides: tex(tikzpeople.shape.charlie.sty) = %{tl_version} Provides: tex(tikzpeople.shape.chef.sty) = %{tl_version} Provides: tex(tikzpeople.shape.conductor.sty) = %{tl_version} Provides: tex(tikzpeople.shape.cowboy.sty) = %{tl_version} Provides: tex(tikzpeople.shape.criminal.sty) = %{tl_version} Provides: tex(tikzpeople.shape.dave.sty) = %{tl_version} Provides: tex(tikzpeople.shape.devil.sty) = %{tl_version} Provides: tex(tikzpeople.shape.duck.sty) = %{tl_version} Provides: tex(tikzpeople.shape.graduate.sty) = %{tl_version} Provides: tex(tikzpeople.shape.groom.sty) = %{tl_version} Provides: tex(tikzpeople.shape.guard.sty) = %{tl_version} Provides: tex(tikzpeople.shape.jester.sty) = %{tl_version} Provides: tex(tikzpeople.shape.judge.sty) = %{tl_version} Provides: tex(tikzpeople.shape.maninblack.sty) = %{tl_version} Provides: tex(tikzpeople.shape.mexican.sty) = %{tl_version} Provides: tex(tikzpeople.shape.nun.sty) = %{tl_version} Provides: tex(tikzpeople.shape.nurse.sty) = %{tl_version} Provides: tex(tikzpeople.shape.physician.sty) = %{tl_version} Provides: tex(tikzpeople.shape.pilot.sty) = %{tl_version} Provides: tex(tikzpeople.shape.police.sty) = %{tl_version} Provides: tex(tikzpeople.shape.priest.sty) = %{tl_version} Provides: tex(tikzpeople.shape.sailor.sty) = %{tl_version} Provides: tex(tikzpeople.shape.santa.sty) = %{tl_version} Provides: tex(tikzpeople.shape.surgeon.sty) = %{tl_version} Provides: tex(tikzpeople.sty) = %{tl_version} %description -n texlive-tikzpeople Draw people-shaped nodes in TikZ This package provides people-shaped nodes in the style of Microsoft Visio clip art, to be used with TikZ. The available, highly customizable, node shapes are: alice, bob, bride, builder, businessman, charlie, chef, conductor, cowboy, criminal, dave, devil, duck, graduate, groom, guard, jester, judge, maininblack, mexican, nun, nurse, physician, pilot, police, priest, sailor, santa, surgeon. %package -n texlive-tikzpfeile Summary: Draw arrows using PGF/TikZ Version: svn25777 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(kvoptions.sty) Requires: tex(tikz.sty) Provides: tex(tikzpfeile.sty) = %{tl_version} %description -n texlive-tikzpfeile Draw arrows using PGF/TikZ In a document with a lot of diagrams created with PGF/TikZ, there is a possibility of the reader being distracted by different sorts of arrowheads in the diagrams and in the text (as, e.g., in \rightarrow). The package defines macros to create all arrows using PGF/TikZ, so as to avoid the problem. %package -n texlive-tikzpingus Summary: Penguins with TikZ Version: svn75543 License: GPL-3.0-only Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Requires: tex(tikz.sty) Provides: tex(tikzpingus.sty) = %{tl_version} %description -n texlive-tikzpingus Penguins with TikZ tikzpingus is a package similar to TikZducks but with penguins and a vast set of gadgets and extras (capable of changing the wing-positions, body-types, and more). %package -n texlive-tikzposter Summary: Create scientific posters using TikZ Version: svn32732 License: LPPL-1.2 Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzposterBackgroundstyles.tex) = %{tl_version} Provides: tex(tikzposterBlockstyles.tex) = %{tl_version} Provides: tex(tikzposterColorpalettes.tex) = %{tl_version} Provides: tex(tikzposterColorstyles.tex) = %{tl_version} Provides: tex(tikzposterInnerblockstyles.tex) = %{tl_version} Provides: tex(tikzposterLayoutthemes.tex) = %{tl_version} Provides: tex(tikzposterNotestyles.tex) = %{tl_version} Provides: tex(tikzposterTitlestyles.tex) = %{tl_version} %description -n texlive-tikzposter Create scientific posters using TikZ A document class provides a simple way of using TikZ for generating posters. Several formatting options are available, and spacing and layout of the poster is to a large extent automated. %package -n texlive-tikzquads Summary: A few shapes designed to be used with CircuiTikZ Version: svn74535 License: LPPL-1.3c OR AGPL-3.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pgfkeysearch.sty) Provides: tex(tikzquads.sty) = %{tl_version} %description -n texlive-tikzquads A few shapes designed to be used with CircuiTikZ This package defines a few extra shapes, Quadripoles and single port, which can be used 'standalone', but are mainly meant to be used with CircuiTikZ. %package -n texlive-tikzquests Summary: A parametric questions' repositories framework Version: svn75031 License: LPPL-1.3c AND GPL-3.0-or-later Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzquests.sty) = %{tl_version} %description -n texlive-tikzquests A parametric questions' repositories framework This is a framework for building parametric questions' repositories, which can be further used to construct parametric questions for exams. Unlike other packages of the kind this does not try to enforce any pre-defined presentation format, focusing only on how to set a repository of questions and use them. %package -n texlive-tikzscale Summary: Resize pictures while respecting text size Version: svn30637 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Requires: tex(graphicx.sty) Requires: tex(letltxmacro.sty) Requires: tex(pgfkeys.sty) Requires: tex(xparse.sty) Requires: tex(xstring.sty) Provides: tex(tikzscale.sty) = %{tl_version} %description -n texlive-tikzscale Resize pictures while respecting text size The package extends the \includegraphics command to support tikzpictures. It allows scaling of TikZ images and PGFPlots to a given width or height without changing the text size. %package -n texlive-tikzsymbols Summary: Some symbols created using TikZ Version: svn61300 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(xparse.sty) Provides: tex(tikzsymbols.sty) = %{tl_version} %description -n texlive-tikzsymbols Some symbols created using TikZ The package provides various emoticons, cooking symbols and trees. %package -n texlive-tikzviolinplots Summary: Draws violin plots from data Version: svn75043 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(pgfkeys.sty) Requires: tex(pgfplots.sty) Requires: tex(pgfplotstable.sty) Requires: tex(stringstrings.sty) Provides: tex(tikzviolinplots.sty) = %{tl_version} %description -n texlive-tikzviolinplots Draws violin plots from data This package enables the user to draw violin plots, calculating the kernel density estimation from the data and plotting the resulting curve inside a tikzpicture environment. It supports different kernels, and allows the user to either set the bandwidth value for each plot or use a default value. %package -n texlive-tile-graphic Summary: Create tiles of a graphical file Version: svn55325 License: LPPL-1.2 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(graphicx.sty) Requires: tex(multido.sty) Requires: tex(shellesc.sty) Requires: tex(web.sty) Requires: tex(xkeyval.sty) Provides: tex(tile-graphic.sty) = %{tl_version} %description -n texlive-tile-graphic Create tiles of a graphical file This package breaks a given graphical file into n rows and m columns of subgraphics, which are called tiles. The tiles can be written separately to individual PDF files, or packaged into a single PDF file. %package -n texlive-tilings Summary: A TikZ library for drawing tiles and tilings Version: svn67292 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tikzlibrarypenrose.code.tex) = %{tl_version} Provides: tex(tikzlibrarytilings.code.tex) = %{tl_version} Provides: tex(tikzlibrarytilings.penrose.code.tex) = %{tl_version} Provides: tex(tikzlibrarytilings.polykite.code.tex) = %{tl_version} %description -n texlive-tilings A TikZ library for drawing tiles and tilings This package provides a TikZ library for working with tiles, tilings, and tessellations. Using it, one can define tiles, place tiles, deform tiles, and -- in some cases -- apply replacement rules to generate tessellations. It has pre-defined tiles for most of the Penrose tile sets and the aperiodical polykite tiles. This is a replacement for the penrose package, renamed as it now deals with more extensive tiles than just the Penrose tile sets. %package -n texlive-timechart Summary: A package for drawing chronological charts Version: svn74560 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(timechart.sty) = %{tl_version} %description -n texlive-timechart A package for drawing chronological charts This package provides for the easy creation of chronological charts which show visually the relative historical positions of people and events. Each event or period can be specified by a single line of LaTeX code comprising (possibly uncertain) start and finish dates and a label, and the package takes care of indicating the uncertainties and whether intervals extend beyond the specified bounds of the chart. %package -n texlive-timing-diagrams Summary: Draw timing diagrams Version: svn31491 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Provides: tex(timing-diagrams.sty) = %{tl_version} %description -n texlive-timing-diagrams Draw timing diagrams The package provides commands to draw and annotate various kinds of timing diagrams, using Tikz. Documentation is sparse, but the source and the examples file should be of some use. %package -n texlive-tipfr Summary: Produces calculator's keys with the help of TikZ Version: svn38646 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(amssymb.sty) Requires: tex(ifthen.sty) Requires: tex(mathtools.sty) Requires: tex(multido.sty) Requires: tex(newtxtt.sty) Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Requires: tex(xkeyval.sty) Provides: tex(tipfr.sty) = %{tl_version} %description -n texlive-tipfr Produces calculator's keys with the help of TikZ The package provides commands to draw calculator keys with the help of TikZ. It also provides commands to draw the content of screens and of menu items. %package -n texlive-tkz-base Summary: Tools for drawing with a cartesian coordinate system Version: svn69460 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(fp.sty) Requires: tex(numprint.sty) Requires: tex(tikz.sty) Requires: tex(xfp.sty) Provides: tex(tkz-base.sty) = %{tl_version} Provides: tex(tkz-lib-marks.tex) = %{tl_version} Provides: tex(tkz-lib-shape.tex) = %{tl_version} Provides: tex(tkz-obj-axes.tex) = %{tl_version} Provides: tex(tkz-obj-grids.tex) = %{tl_version} Provides: tex(tkz-obj-marks.tex) = %{tl_version} Provides: tex(tkz-obj-points.tex) = %{tl_version} Provides: tex(tkz-obj-rep.tex) = %{tl_version} Provides: tex(tkz-tools-BB.tex) = %{tl_version} Provides: tex(tkz-tools-arith.tex) = %{tl_version} Provides: tex(tkz-tools-base.tex) = %{tl_version} Provides: tex(tkz-tools-colors.tex) = %{tl_version} Provides: tex(tkz-tools-misc.tex) = %{tl_version} Provides: tex(tkz-tools-modules.tex) = %{tl_version} Provides: tex(tkz-tools-print.tex) = %{tl_version} Provides: tex(tkz-tools-text.tex) = %{tl_version} Provides: tex(tkz-tools-utilities.tex) = %{tl_version} %description -n texlive-tkz-base Tools for drawing with a cartesian coordinate system The bundle is a set of packages, designed to give mathematics teachers (and students) easy access to programming of drawings with TikZ. %package -n texlive-tkz-berge Summary: Macros for drawing graphs of graph theory Version: svn57485 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tkz-graph.sty) Provides: tex(tkz-berge.sty) = %{tl_version} %description -n texlive-tkz-berge Macros for drawing graphs of graph theory The package provides a collection of useful macros for drawing classic graphs of graph theory, or to make other graphs. This package has been taken temporarily out of circulation to give the author time to investigate some problems. %package -n texlive-tkz-bernoulli Summary: Draw Bernoulli trees with TikZ Version: svn73069 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pgffor.sty) Requires: tex(simplekv.sty) Requires: tex(tikz.sty) Requires: tex(xintbinhex.sty) Requires: tex(xintexpr.sty) Requires: tex(xstring.sty) Provides: tex(tkz-bernoulli.sty) = %{tl_version} %description -n texlive-tkz-bernoulli Draw Bernoulli trees with TikZ This is a package for representing Bernoulli trees with PGF/TikZ. %package -n texlive-tkz-doc Summary: Documentation macros for the TKZ series of packages Version: svn68665 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea %description -n texlive-tkz-doc Documentation macros for the TKZ series of packages This bundle offers a documentation class (tkz-doc) and a package (tkzexample). These files are used in the documentation of the author's packages tkz-base, tkz-euclide, tkz-fct, tkz-linknodes, and tkz-tab. %package -n texlive-tkz-elements Summary: A Lua library for drawing Euclidean geometry with TikZ or tkz-euclide Version: svn75523 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(iftex.sty) Provides: tex(tkz-elements.sty) = %{tl_version} %description -n texlive-tkz-elements A Lua library for drawing Euclidean geometry with TikZ or tkz-euclide This package provides a library written in Lua, allowing to make all the necessary calculations to define the objects of a Euclidean geometry figure. You need to compile with LuaLaTeX. The definitions and calculations are only done with Lua. The main possibility of programmation proposed is oriented "object programming" with object classes like point, line, triangle, circle and now, conic. For the moment, once the calculations are done, it is tkz-euclide or TikZ which allows the drawings. %package -n texlive-tkz-euclide Summary: Tools for drawing Euclidean geometry Version: svn71131 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(luacode.sty) Requires: tex(tikz.sty) Requires: tex(xfp.sty) Requires: tex(xpatch.sty) Provides: tex(tkz-draw-eu-angles.tex) = %{tl_version} Provides: tex(tkz-draw-eu-arcs.tex) = %{tl_version} Provides: tex(tkz-draw-eu-circles.tex) = %{tl_version} Provides: tex(tkz-draw-eu-compass.tex) = %{tl_version} Provides: tex(tkz-draw-eu-ellipses.tex) = %{tl_version} Provides: tex(tkz-draw-eu-lines.tex) = %{tl_version} Provides: tex(tkz-draw-eu-points.tex) = %{tl_version} Provides: tex(tkz-draw-eu-polygons.tex) = %{tl_version} Provides: tex(tkz-draw-eu-protractor.tex) = %{tl_version} Provides: tex(tkz-draw-eu-sectors.tex) = %{tl_version} Provides: tex(tkz-draw-eu-show.tex) = %{tl_version} Provides: tex(tkz-euclide.sty) = %{tl_version} Provides: tex(tkz-lib-eu-marks.tex) = %{tl_version} Provides: tex(tkz-lib-eu-shape.tex) = %{tl_version} Provides: tex(tkz-obj-eu-axesmin.tex) = %{tl_version} Provides: tex(tkz-obj-eu-circles-by.tex) = %{tl_version} Provides: tex(tkz-obj-eu-circles.tex) = %{tl_version} Provides: tex(tkz-obj-eu-grids.tex) = %{tl_version} Provides: tex(tkz-obj-eu-lines.tex) = %{tl_version} Provides: tex(tkz-obj-eu-lua-circles-by.tex) = %{tl_version} Provides: tex(tkz-obj-eu-lua-circles.tex) = %{tl_version} Provides: tex(tkz-obj-eu-lua-points-by.tex) = %{tl_version} Provides: tex(tkz-obj-eu-lua-points-spc.tex) = %{tl_version} Provides: tex(tkz-obj-eu-lua-points-with.tex) = %{tl_version} Provides: tex(tkz-obj-eu-lua-points.tex) = %{tl_version} Provides: tex(tkz-obj-eu-points-by.tex) = %{tl_version} Provides: tex(tkz-obj-eu-points-rnd.tex) = %{tl_version} Provides: tex(tkz-obj-eu-points-spc.tex) = %{tl_version} Provides: tex(tkz-obj-eu-points-with.tex) = %{tl_version} Provides: tex(tkz-obj-eu-points.tex) = %{tl_version} Provides: tex(tkz-obj-eu-polygons.tex) = %{tl_version} Provides: tex(tkz-obj-eu-triangles.tex) = %{tl_version} Provides: tex(tkz-tools-eu-BB.tex) = %{tl_version} Provides: tex(tkz-tools-eu-angles.tex) = %{tl_version} Provides: tex(tkz-tools-eu-base.tex) = %{tl_version} Provides: tex(tkz-tools-eu-colors.tex) = %{tl_version} Provides: tex(tkz-tools-eu-intersections.tex) = %{tl_version} Provides: tex(tkz-tools-eu-lua-angles.tex) = %{tl_version} Provides: tex(tkz-tools-eu-lua-base.tex) = %{tl_version} Provides: tex(tkz-tools-eu-lua-intersections.tex) = %{tl_version} Provides: tex(tkz-tools-eu-lua-math.tex) = %{tl_version} Provides: tex(tkz-tools-eu-math.tex) = %{tl_version} Provides: tex(tkz-tools-eu-modules.tex) = %{tl_version} Provides: tex(tkz-tools-eu-text.tex) = %{tl_version} Provides: tex(tkz-tools-eu-utilities.tex) = %{tl_version} %description -n texlive-tkz-euclide Tools for drawing Euclidean geometry The tkz-euclide package is a set of files designed to give math teachers and students easy access to the programming of Euclidean geometry with TikZ. %package -n texlive-tkz-fct Summary: Tools for drawing graphs of functions Version: svn61949 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(fp.sty) Requires: tex(tkz-base.sty) Provides: tex(tkz-fct.sty) = %{tl_version} %description -n texlive-tkz-fct Tools for drawing graphs of functions The tkz-fct package is designed to give math teachers (and students) easy access to programming graphs of functions with TikZ and gnuplot. %package -n texlive-tkz-graph Summary: Draw graph-theory graphs Version: svn57484 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etex.sty) Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Requires: tex(xkeyval.sty) Provides: tex(tkz-graph.sty) = %{tl_version} %description -n texlive-tkz-graph Draw graph-theory graphs The package is designed to create graph diagrams as simply as possible, using TikZ. %package -n texlive-tkz-grapheur Summary: A LaTeX package with tools for graph plotting (and TikZ) Version: svn76119 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(listofitems.sty) Requires: tex(pgfplots.sty) Requires: tex(simplekv.sty) Requires: tex(siunitx.sty) Requires: tex(tikz.sty) Requires: tex(xint-regression.sty) Requires: tex(xintexpr.sty) Requires: tex(xstring.sty) Provides: tex(tkz-grapheur.sty) = %{tl_version} %description -n texlive-tkz-grapheur A LaTeX package with tools for graph plotting (and TikZ) This package provides some commands to help French mathematics teachers for 15-18 years olds, with graphs of functions: define and draw functions and interpolations curves work with integrals, tangents, intersersections get coordinates of points ... The syntax is rather explicit, like \DefinirCourbe, \RecupererCoordonnees,\TrouverIntersections, etc. %package -n texlive-tkz-orm Summary: Create Object-Role Model (ORM) diagrams Version: svn61719 License: GPL-2.0-only AND LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(tkz-orm.sty) = %{tl_version} %description -n texlive-tkz-orm Create Object-Role Model (ORM) diagrams The package provides styles for drawing Object-Role Model (ORM) diagrams in TeX based on the PGF and TikZ picture environment. %package -n texlive-tkz-tab Summary: Tables of signs and variations using PGF/TikZ Version: svn66115 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Requires: tex(xkeyval.sty) Provides: tex(tkz-tab.sty) = %{tl_version} %description -n texlive-tkz-tab Tables of signs and variations using PGF/TikZ The package provides comprehensive facilities for preparing lists of signs and variations, using PGF. The package documentation requires the tkz-doc bundle. This package has been taken temporarily out of circulation to give the author time to investigate some problems. %package -n texlive-tkzexample Summary: Package for the documentation of all tkz-* packages Version: svn63908 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(fancyvrb.sty) Requires: tex(mdframed.sty) Provides: tex(tkzexample.sty) = %{tl_version} %description -n texlive-tkzexample Package for the documentation of all tkz-* packages This package is needed to compile the documentation of all tkz-* packages (like tkz-euclide). %package -n texlive-tonevalue Summary: Tool for linguists and phoneticians to visualize tone value patterns Version: svn60058 License: Apache-2.0 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(contour.sty) Requires: tex(etoolbox.sty) Requires: tex(listofitems.sty) Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Requires: tex(xkeyval.sty) Requires: tex(xstring.sty) Provides: tex(tonevalue.sty) = %{tl_version} %description -n texlive-tonevalue Tool for linguists and phoneticians to visualize tone value patterns This package provides a TikZ-based solution to typeset visualisations of tone values. Currently, unt's model is implemented. Support for more models is planned. %package -n texlive-tqft Summary: Drawing TQFT diagrams with TikZ/PGF Version: svn71401 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(pgf.sty) Requires: tex(pgfkeys.sty) Provides: tex(tikzlibrarytqft.code.tex) = %{tl_version} Provides: tex(tqft.sty) = %{tl_version} %description -n texlive-tqft Drawing TQFT diagrams with TikZ/PGF The package defines some node shapes useful for drawing TQFT diagrams with TikZ/PGF. That is, it defines highly customisable shapes that look like cobordisms between circles, such as those used in TQFT and other mathematical diagrams. %package -n texlive-tsemlines Summary: Support for the ancient \emline macro Version: svn23440 License: LicenseRef-Public-Domain Requires: texlive-base Requires: texlive-kpathsea Provides: tex(tsemlines.sty) = %{tl_version} %description -n texlive-tsemlines Support for the ancient \emline macro Occasional Documents appear, that use graphics generated by texcad from the emtex distribution. These documents often use the \emline macro, which produced lines at an arbitrary orientation. The present package emulates the macro, using TikZ. %package -n texlive-tufte-latex Summary: Document classes inspired by the work of Edward Tufte Version: svn37649 License: Apache-2.0 Requires: texlive-base Requires: texlive-kpathsea Requires: texlive-xifthen Requires: texlive-ifmtarg Requires: texlive-changepage Requires: texlive-paralist Requires: texlive-sauerj Requires: texlive-placeins Provides: tex(tufte-common.def) = %{tl_version} %description -n texlive-tufte-latex Document classes inspired by the work of Edward Tufte Provided are two classes inspired, respectively, by handouts and books created by Edward Tufte. %package -n texlive-twemojis Summary: Use Twitter's open source emojis through LaTeX commands Version: svn62930 License: LPPL-1.3c AND CC-BY-4.0 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Provides: tex(twemojis.sty) = %{tl_version} %description -n texlive-twemojis Use Twitter's open source emojis through LaTeX commands This package provides a simple wrapper which allows to use Twitter's open source emojis through LaTeX commands. This relies on images, so no fancy unicode-font stuff is needed and it should work on every installation. %package -n texlive-tzplot Summary: Plot graphs with TikZ abbreviations Version: svn64537 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Requires: tex(xparse.sty) Provides: tex(tzplot.sty) = %{tl_version} %description -n texlive-tzplot Plot graphs with TikZ abbreviations This is a LaTeX package that provides TikZ-based macros to make it easy to draw graphs. The macros provided in this package are just abbreviations for TikZ codes, which can be complicated; but using the package will hopefully make drawing easier, especially when drawing repeatedly. The macros were chosen and developed with an emphasis on drawing graphs in economics. The package depends on TikZ, xparse, and expl3. %package -n texlive-utfsym Summary: Provides various Unicode symbols Version: svn63076 License: CC0-1.0 Requires: texlive-base Requires: texlive-kpathsea Requires: tex(graphicx.sty) Requires: tex(newunicodechar.sty) Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Provides: tex(utfsym.sty) = %{tl_version} %description -n texlive-utfsym Provides various Unicode symbols This package provides various symbols from the Unicode in order to be able to use them originally in a school setting such as on worksheets. %package -n texlive-vectorlogos Summary: Vectorial logos (GeoGebra, Emacs, Scratch, ...) with 'inline' support Version: svn73069 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calc.sty) Requires: tex(graphicx.sty) Requires: tex(xstring.sty) Provides: tex(vectorlogos.sty) = %{tl_version} %description -n texlive-vectorlogos Vectorial logos (GeoGebra, Emacs, Scratch, ...) with 'inline' support With this package you can insert vectorial logos of some 'classic' software. The format of the logos is pdf. The package provides macros to insert them inline, with automatic height and alignment. %package -n texlive-venndiagram Summary: Creating Venn diagrams with TikZ Version: svn47952 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etoolbox.sty) Requires: tex(tikz.sty) Requires: tex(xkeyval.sty) Provides: tex(venndiagram.sty) = %{tl_version} %description -n texlive-venndiagram Creating Venn diagrams with TikZ The package assists generation of simple two- and three-set Venn diagrams for lectures or assignment sheets. The package requires the TikZ package. %package -n texlive-visualpstricks Summary: Visual help for PSTricks based on images with minimum text Version: svn39799 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Provides: texlive-visualpstricks-doc = %{epoch}:%{version}-%{release} Obsoletes: texlive-visualpstricks-doc <= 11:%{version} %description -n texlive-visualpstricks Visual help for PSTricks based on images with minimum text Visual help for PSTricks based on images with minimum text. One image per command or per parameter. %package -n texlive-wheelchart Summary: Diagrams with circular or other shapes using TikZ and LaTeX3 Version: svn75886 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(tikz.sty) Provides: tex(wheelchart.sty) = %{tl_version} %description -n texlive-wheelchart Diagrams with circular or other shapes using TikZ and LaTeX3 This package is based on the package TikZ and can be used to draw various kinds of diagrams such as bar charts, doughnut charts, infographics, pie charts, ring charts, square charts, sunburst charts, waffle charts and wheel charts. It provides several options to customize the diagrams. It is also possible to specify a plot for the shape of the chart. Furthermore a legend can be added and the table of contents can be displayed as one of these diagrams. %package -n texlive-wordcloud Summary: Drawing wordclouds with MetaPost and Lua Version: svn68209 License: LPPL-1.3c AND GFDL-1.3-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(luamplib.sty) Provides: tex(wordcloud.sty) = %{tl_version} %description -n texlive-wordcloud Drawing wordclouds with MetaPost and Lua This MetaPost and LuaLaTeX package allows drawing wordclouds from a list of words and weights. The algorithm is implemented with MetaPost whereas Lua is used to parse LaTeX commands, to build the list of words and weights from a text file and to generate MetaPost code interpreted by luamplib. %package -n texlive-worldflags Summary: Drawing flags with TikZ Version: svn68827 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(etex.sty) Requires: tex(graphicx.sty) Requires: tex(ifthen.sty) Requires: tex(tikz.sty) Requires: tex(xcolor.sty) Requires: tex(xkeyval.sty) Provides: tex(worldflag_0.tex) = %{tl_version} Provides: tex(worldflag_1.tex) = %{tl_version} Provides: tex(worldflag_2.tex) = %{tl_version} Provides: tex(worldflag_3.tex) = %{tl_version} Provides: tex(worldflag_4.tex) = %{tl_version} Provides: tex(worldflag_5.tex) = %{tl_version} Provides: tex(worldflag_6.tex) = %{tl_version} Provides: tex(worldflag_7.tex) = %{tl_version} Provides: tex(worldflag_8.tex) = %{tl_version} Provides: tex(worldflag_9.tex) = %{tl_version} Provides: tex(worldflag_A.tex) = %{tl_version} Provides: tex(worldflag_AD.tex) = %{tl_version} Provides: tex(worldflag_AE.tex) = %{tl_version} Provides: tex(worldflag_AF.tex) = %{tl_version} Provides: tex(worldflag_AG.tex) = %{tl_version} Provides: tex(worldflag_AL.tex) = %{tl_version} Provides: tex(worldflag_AM.tex) = %{tl_version} Provides: tex(worldflag_AO.tex) = %{tl_version} Provides: tex(worldflag_AQ.tex) = %{tl_version} Provides: tex(worldflag_AR.tex) = %{tl_version} Provides: tex(worldflag_AT-B.tex) = %{tl_version} Provides: tex(worldflag_AT-K.tex) = %{tl_version} Provides: tex(worldflag_AT-N.tex) = %{tl_version} Provides: tex(worldflag_AT-O.tex) = %{tl_version} Provides: tex(worldflag_AT-S.tex) = %{tl_version} Provides: tex(worldflag_AT-St.tex) = %{tl_version} Provides: tex(worldflag_AT-T.tex) = %{tl_version} Provides: tex(worldflag_AT-V.tex) = %{tl_version} Provides: tex(worldflag_AT-W.tex) = %{tl_version} Provides: tex(worldflag_AT.tex) = %{tl_version} Provides: tex(worldflag_AU.tex) = %{tl_version} Provides: tex(worldflag_AX.tex) = %{tl_version} Provides: tex(worldflag_AZ.tex) = %{tl_version} Provides: tex(worldflag_Abkhazia.tex) = %{tl_version} Provides: tex(worldflag_Artsakh.tex) = %{tl_version} Provides: tex(worldflag_B.tex) = %{tl_version} Provides: tex(worldflag_BA.tex) = %{tl_version} Provides: tex(worldflag_BB.tex) = %{tl_version} Provides: tex(worldflag_BD.tex) = %{tl_version} Provides: tex(worldflag_BE.tex) = %{tl_version} Provides: tex(worldflag_BF.tex) = %{tl_version} Provides: tex(worldflag_BG.tex) = %{tl_version} Provides: tex(worldflag_BH.tex) = %{tl_version} Provides: tex(worldflag_BI.tex) = %{tl_version} Provides: tex(worldflag_BJ.tex) = %{tl_version} Provides: tex(worldflag_BN.tex) = %{tl_version} Provides: tex(worldflag_BO.tex) = %{tl_version} Provides: tex(worldflag_BR.tex) = %{tl_version} Provides: tex(worldflag_BS.tex) = %{tl_version} Provides: tex(worldflag_BT.tex) = %{tl_version} Provides: tex(worldflag_BW.tex) = %{tl_version} Provides: tex(worldflag_BY.tex) = %{tl_version} Provides: tex(worldflag_BZ.tex) = %{tl_version} Provides: tex(worldflag_Bonaire.tex) = %{tl_version} Provides: tex(worldflag_Buddhism.tex) = %{tl_version} Provides: tex(worldflag_C.tex) = %{tl_version} Provides: tex(worldflag_CA.tex) = %{tl_version} Provides: tex(worldflag_CD.tex) = %{tl_version} Provides: tex(worldflag_CF.tex) = %{tl_version} Provides: tex(worldflag_CG.tex) = %{tl_version} Provides: tex(worldflag_CH.tex) = %{tl_version} Provides: tex(worldflag_CI.tex) = %{tl_version} Provides: tex(worldflag_CK.tex) = %{tl_version} Provides: tex(worldflag_CL.tex) = %{tl_version} Provides: tex(worldflag_CM.tex) = %{tl_version} Provides: tex(worldflag_CN.tex) = %{tl_version} Provides: tex(worldflag_CO.tex) = %{tl_version} Provides: tex(worldflag_CR.tex) = %{tl_version} Provides: tex(worldflag_CU.tex) = %{tl_version} Provides: tex(worldflag_CV.tex) = %{tl_version} Provides: tex(worldflag_CY.tex) = %{tl_version} Provides: tex(worldflag_CZ.tex) = %{tl_version} Provides: tex(worldflag_Christian.tex) = %{tl_version} Provides: tex(worldflag_D.tex) = %{tl_version} Provides: tex(worldflag_DE-BY.tex) = %{tl_version} Provides: tex(worldflag_DE.tex) = %{tl_version} Provides: tex(worldflag_DJ.tex) = %{tl_version} Provides: tex(worldflag_DK.tex) = %{tl_version} Provides: tex(worldflag_DM.tex) = %{tl_version} Provides: tex(worldflag_DO.tex) = %{tl_version} Provides: tex(worldflag_DZ.tex) = %{tl_version} Provides: tex(worldflag_E.tex) = %{tl_version} Provides: tex(worldflag_EC.tex) = %{tl_version} Provides: tex(worldflag_EE.tex) = %{tl_version} Provides: tex(worldflag_EG.tex) = %{tl_version} Provides: tex(worldflag_EH.tex) = %{tl_version} Provides: tex(worldflag_ER.tex) = %{tl_version} Provides: tex(worldflag_ES.tex) = %{tl_version} Provides: tex(worldflag_ET.tex) = %{tl_version} Provides: tex(worldflag_EU.tex) = %{tl_version} Provides: tex(worldflag_Esperanto.tex) = %{tl_version} Provides: tex(worldflag_F.tex) = %{tl_version} Provides: tex(worldflag_FI.tex) = %{tl_version} Provides: tex(worldflag_FJ.tex) = %{tl_version} Provides: tex(worldflag_FM.tex) = %{tl_version} Provides: tex(worldflag_FO.tex) = %{tl_version} Provides: tex(worldflag_FR.tex) = %{tl_version} Provides: tex(worldflag_G.tex) = %{tl_version} Provides: tex(worldflag_GA.tex) = %{tl_version} Provides: tex(worldflag_GB-ENG.tex) = %{tl_version} Provides: tex(worldflag_GB-RAF.tex) = %{tl_version} Provides: tex(worldflag_GB-RED.tex) = %{tl_version} Provides: tex(worldflag_GB-RN.tex) = %{tl_version} Provides: tex(worldflag_GB-SCT.tex) = %{tl_version} Provides: tex(worldflag_GB.tex) = %{tl_version} Provides: tex(worldflag_GD.tex) = %{tl_version} Provides: tex(worldflag_GE.tex) = %{tl_version} Provides: tex(worldflag_GF.tex) = %{tl_version} Provides: tex(worldflag_GG.tex) = %{tl_version} Provides: tex(worldflag_GH.tex) = %{tl_version} Provides: tex(worldflag_GI.tex) = %{tl_version} Provides: tex(worldflag_GL.tex) = %{tl_version} Provides: tex(worldflag_GM.tex) = %{tl_version} Provides: tex(worldflag_GN.tex) = %{tl_version} Provides: tex(worldflag_GQ.tex) = %{tl_version} Provides: tex(worldflag_GR.tex) = %{tl_version} Provides: tex(worldflag_GT.tex) = %{tl_version} Provides: tex(worldflag_GW.tex) = %{tl_version} Provides: tex(worldflag_GY.tex) = %{tl_version} Provides: tex(worldflag_H.tex) = %{tl_version} Provides: tex(worldflag_HN.tex) = %{tl_version} Provides: tex(worldflag_HR.tex) = %{tl_version} Provides: tex(worldflag_HT.tex) = %{tl_version} Provides: tex(worldflag_HU.tex) = %{tl_version} Provides: tex(worldflag_I.tex) = %{tl_version} Provides: tex(worldflag_ID.tex) = %{tl_version} Provides: tex(worldflag_IE.tex) = %{tl_version} Provides: tex(worldflag_IL.tex) = %{tl_version} Provides: tex(worldflag_IM.tex) = %{tl_version} Provides: tex(worldflag_IN.tex) = %{tl_version} Provides: tex(worldflag_IQ.tex) = %{tl_version} Provides: tex(worldflag_IR.tex) = %{tl_version} Provides: tex(worldflag_IS.tex) = %{tl_version} Provides: tex(worldflag_IT-AA.tex) = %{tl_version} Provides: tex(worldflag_IT-AB.tex) = %{tl_version} Provides: tex(worldflag_IT-AO.tex) = %{tl_version} Provides: tex(worldflag_IT-BA.tex) = %{tl_version} Provides: tex(worldflag_IT-CL.tex) = %{tl_version} Provides: tex(worldflag_IT-CM.tex) = %{tl_version} Provides: tex(worldflag_IT-EM.tex) = %{tl_version} Provides: tex(worldflag_IT-FR.tex) = %{tl_version} Provides: tex(worldflag_IT-LA.tex) = %{tl_version} Provides: tex(worldflag_IT-LI.tex) = %{tl_version} Provides: tex(worldflag_IT-LO.tex) = %{tl_version} Provides: tex(worldflag_IT-MA.tex) = %{tl_version} Provides: tex(worldflag_IT-MO.tex) = %{tl_version} Provides: tex(worldflag_IT-PI.tex) = %{tl_version} Provides: tex(worldflag_IT-PU.tex) = %{tl_version} Provides: tex(worldflag_IT-SA.tex) = %{tl_version} Provides: tex(worldflag_IT-SI.tex) = %{tl_version} Provides: tex(worldflag_IT-TA.tex) = %{tl_version} Provides: tex(worldflag_IT-TN.tex) = %{tl_version} Provides: tex(worldflag_IT-TO.tex) = %{tl_version} Provides: tex(worldflag_IT-UM.tex) = %{tl_version} Provides: tex(worldflag_IT-VE.tex) = %{tl_version} Provides: tex(worldflag_IT.tex) = %{tl_version} Provides: tex(worldflag_J.tex) = %{tl_version} Provides: tex(worldflag_JE.tex) = %{tl_version} Provides: tex(worldflag_JM.tex) = %{tl_version} Provides: tex(worldflag_JO.tex) = %{tl_version} Provides: tex(worldflag_JP.tex) = %{tl_version} Provides: tex(worldflag_JollyRoger.tex) = %{tl_version} Provides: tex(worldflag_K.tex) = %{tl_version} Provides: tex(worldflag_KE.tex) = %{tl_version} Provides: tex(worldflag_KG.tex) = %{tl_version} Provides: tex(worldflag_KH.tex) = %{tl_version} Provides: tex(worldflag_KI.tex) = %{tl_version} Provides: tex(worldflag_KM.tex) = %{tl_version} Provides: tex(worldflag_KN.tex) = %{tl_version} Provides: tex(worldflag_KO.tex) = %{tl_version} Provides: tex(worldflag_KP.tex) = %{tl_version} Provides: tex(worldflag_KR.tex) = %{tl_version} Provides: tex(worldflag_KW.tex) = %{tl_version} Provides: tex(worldflag_KZ.tex) = %{tl_version} Provides: tex(worldflag_L.tex) = %{tl_version} Provides: tex(worldflag_LA.tex) = %{tl_version} Provides: tex(worldflag_LB.tex) = %{tl_version} Provides: tex(worldflag_LC.tex) = %{tl_version} Provides: tex(worldflag_LI.tex) = %{tl_version} Provides: tex(worldflag_LK.tex) = %{tl_version} Provides: tex(worldflag_LR.tex) = %{tl_version} Provides: tex(worldflag_LS.tex) = %{tl_version} Provides: tex(worldflag_LT.tex) = %{tl_version} Provides: tex(worldflag_LU.tex) = %{tl_version} Provides: tex(worldflag_LV.tex) = %{tl_version} Provides: tex(worldflag_LY.tex) = %{tl_version} Provides: tex(worldflag_M.tex) = %{tl_version} Provides: tex(worldflag_MA.tex) = %{tl_version} Provides: tex(worldflag_MC.tex) = %{tl_version} Provides: tex(worldflag_MD.tex) = %{tl_version} Provides: tex(worldflag_ME.tex) = %{tl_version} Provides: tex(worldflag_MG.tex) = %{tl_version} Provides: tex(worldflag_MH.tex) = %{tl_version} Provides: tex(worldflag_MK.tex) = %{tl_version} Provides: tex(worldflag_ML.tex) = %{tl_version} Provides: tex(worldflag_MM.tex) = %{tl_version} Provides: tex(worldflag_MN.tex) = %{tl_version} Provides: tex(worldflag_MR.tex) = %{tl_version} Provides: tex(worldflag_MT.tex) = %{tl_version} Provides: tex(worldflag_MU.tex) = %{tl_version} Provides: tex(worldflag_MV.tex) = %{tl_version} Provides: tex(worldflag_MW.tex) = %{tl_version} Provides: tex(worldflag_MX.tex) = %{tl_version} Provides: tex(worldflag_MY.tex) = %{tl_version} Provides: tex(worldflag_MZ.tex) = %{tl_version} Provides: tex(worldflag_N.tex) = %{tl_version} Provides: tex(worldflag_NA.tex) = %{tl_version} Provides: tex(worldflag_NATO.tex) = %{tl_version} Provides: tex(worldflag_NE.tex) = %{tl_version} Provides: tex(worldflag_NG.tex) = %{tl_version} Provides: tex(worldflag_NI.tex) = %{tl_version} Provides: tex(worldflag_NL.tex) = %{tl_version} Provides: tex(worldflag_NO.tex) = %{tl_version} Provides: tex(worldflag_NP.tex) = %{tl_version} Provides: tex(worldflag_NR.tex) = %{tl_version} Provides: tex(worldflag_NU.tex) = %{tl_version} Provides: tex(worldflag_NZ.tex) = %{tl_version} Provides: tex(worldflag_O.tex) = %{tl_version} Provides: tex(worldflag_OM.tex) = %{tl_version} Provides: tex(worldflag_Olympics.tex) = %{tl_version} Provides: tex(worldflag_P.tex) = %{tl_version} Provides: tex(worldflag_PA.tex) = %{tl_version} Provides: tex(worldflag_PE.tex) = %{tl_version} Provides: tex(worldflag_PG.tex) = %{tl_version} Provides: tex(worldflag_PH.tex) = %{tl_version} Provides: tex(worldflag_PK.tex) = %{tl_version} Provides: tex(worldflag_PL.tex) = %{tl_version} Provides: tex(worldflag_PR.tex) = %{tl_version} Provides: tex(worldflag_PS.tex) = %{tl_version} Provides: tex(worldflag_PT.tex) = %{tl_version} Provides: tex(worldflag_PW.tex) = %{tl_version} Provides: tex(worldflag_PY.tex) = %{tl_version} Provides: tex(worldflag_Q.tex) = %{tl_version} Provides: tex(worldflag_QA.tex) = %{tl_version} Provides: tex(worldflag_R.tex) = %{tl_version} Provides: tex(worldflag_RE.tex) = %{tl_version} Provides: tex(worldflag_RO.tex) = %{tl_version} Provides: tex(worldflag_RS.tex) = %{tl_version} Provides: tex(worldflag_RU.tex) = %{tl_version} Provides: tex(worldflag_RW.tex) = %{tl_version} Provides: tex(worldflag_Rainbow.tex) = %{tl_version} Provides: tex(worldflag_RedCrescent.tex) = %{tl_version} Provides: tex(worldflag_RedCross.tex) = %{tl_version} Provides: tex(worldflag_RedCrystal.tex) = %{tl_version} Provides: tex(worldflag_S.tex) = %{tl_version} Provides: tex(worldflag_SA.tex) = %{tl_version} Provides: tex(worldflag_SB.tex) = %{tl_version} Provides: tex(worldflag_SC.tex) = %{tl_version} Provides: tex(worldflag_SD.tex) = %{tl_version} Provides: tex(worldflag_SE.tex) = %{tl_version} Provides: tex(worldflag_SG.tex) = %{tl_version} Provides: tex(worldflag_SI.tex) = %{tl_version} Provides: tex(worldflag_SK.tex) = %{tl_version} Provides: tex(worldflag_SL.tex) = %{tl_version} Provides: tex(worldflag_SM.tex) = %{tl_version} Provides: tex(worldflag_SN.tex) = %{tl_version} Provides: tex(worldflag_SO.tex) = %{tl_version} Provides: tex(worldflag_SR.tex) = %{tl_version} Provides: tex(worldflag_SS.tex) = %{tl_version} Provides: tex(worldflag_ST.tex) = %{tl_version} Provides: tex(worldflag_SU.tex) = %{tl_version} Provides: tex(worldflag_SV.tex) = %{tl_version} Provides: tex(worldflag_SY.tex) = %{tl_version} Provides: tex(worldflag_SZ.tex) = %{tl_version} Provides: tex(worldflag_Saba.tex) = %{tl_version} Provides: tex(worldflag_Somaliland.tex) = %{tl_version} Provides: tex(worldflag_StEustasius.tex) = %{tl_version} Provides: tex(worldflag_T.tex) = %{tl_version} Provides: tex(worldflag_TD.tex) = %{tl_version} Provides: tex(worldflag_TG.tex) = %{tl_version} Provides: tex(worldflag_TH.tex) = %{tl_version} Provides: tex(worldflag_TJ.tex) = %{tl_version} Provides: tex(worldflag_TL.tex) = %{tl_version} Provides: tex(worldflag_TM.tex) = %{tl_version} Provides: tex(worldflag_TN.tex) = %{tl_version} Provides: tex(worldflag_TO.tex) = %{tl_version} Provides: tex(worldflag_TR.tex) = %{tl_version} Provides: tex(worldflag_TT.tex) = %{tl_version} Provides: tex(worldflag_TV.tex) = %{tl_version} Provides: tex(worldflag_TW.tex) = %{tl_version} Provides: tex(worldflag_TZ.tex) = %{tl_version} Provides: tex(worldflag_Tibet.tex) = %{tl_version} Provides: tex(worldflag_Transnistria.tex) = %{tl_version} Provides: tex(worldflag_U.tex) = %{tl_version} Provides: tex(worldflag_UA.tex) = %{tl_version} Provides: tex(worldflag_UG.tex) = %{tl_version} Provides: tex(worldflag_UNESCO.tex) = %{tl_version} Provides: tex(worldflag_UNO.tex) = %{tl_version} Provides: tex(worldflag_US.tex) = %{tl_version} Provides: tex(worldflag_UY.tex) = %{tl_version} Provides: tex(worldflag_UZ.tex) = %{tl_version} Provides: tex(worldflag_V.tex) = %{tl_version} Provides: tex(worldflag_VA.tex) = %{tl_version} Provides: tex(worldflag_VC.tex) = %{tl_version} Provides: tex(worldflag_VE.tex) = %{tl_version} Provides: tex(worldflag_VN.tex) = %{tl_version} Provides: tex(worldflag_VU.tex) = %{tl_version} Provides: tex(worldflag_W.tex) = %{tl_version} Provides: tex(worldflag_WB.tex) = %{tl_version} Provides: tex(worldflag_WHO.tex) = %{tl_version} Provides: tex(worldflag_WS.tex) = %{tl_version} Provides: tex(worldflag_X.tex) = %{tl_version} Provides: tex(worldflag_Y.tex) = %{tl_version} Provides: tex(worldflag_YE.tex) = %{tl_version} Provides: tex(worldflag_Z.tex) = %{tl_version} Provides: tex(worldflag_ZA.tex) = %{tl_version} Provides: tex(worldflag_ZM.tex) = %{tl_version} Provides: tex(worldflag_ZW.tex) = %{tl_version} Provides: tex(worldflags.sty) = %{tl_version} %description -n texlive-worldflags Drawing flags with TikZ This is a package for drawing flags using TikZ. Currently the national flags of all independent nations are included, additionally some other flags of various organizations. A flag can be drawn ... as a single TikZ-picture within ordinary text, as a picture element within a TikZ-picture. The appearance of a flag (size, frame etc.) can be adapted using optional parameters. %package -n texlive-xistercian Summary: Cistercian numerals in LaTeX Version: svn74943 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(expkv-opt.sty) Requires: tex(pgf.sty) Provides: tex(xistercian.sty) = %{tl_version} %description -n texlive-xistercian Cistercian numerals in LaTeX This package allows you to use Cistercian numerals in LaTeX. The glyphs are created using PGF and to a certain degree configurable. You can use Cistercian numerals as page numbers using \pagenumbering{cistercian}. The two main macros are: \cistercian{} formats the LaTeX2e counter as a Cistercian numeral, \cisterciannum{} formats the integer (given as a string) as a Cistercian numeral. %package -n texlive-xpicture Summary: Extensions of LaTeX picture drawing Version: svn28770 License: LPPL-1.3c Requires: texlive-base Requires: texlive-kpathsea Requires: tex(calculus.sty) Requires: tex(xcolor.sty) Provides: tex(xpicture.sty) = %{tl_version} %description -n texlive-xpicture Extensions of LaTeX picture drawing The package extends the facilities of the pict2e and the curve2e packages, providing extra reference frames, conic section curves, graphs of elementary functions and other parametric curves. %package -n texlive-xypic Summary: Flexible diagramming macros Version: svn61719 License: GPL-2.0-or-later Requires: texlive-base Requires: texlive-kpathsea Requires: tex(ifpdf.sty) Provides: tex(xy.sty) = %{tl_version} Provides: tex(xy.tex) = %{tl_version} Provides: tex(xy16textures.tex) = %{tl_version} Provides: tex(xy17oztex.tex) = %{tl_version} Provides: tex(xy2cell.tex) = %{tl_version} Provides: tex(xyall.tex) = %{tl_version} Provides: tex(xyarc.tex) = %{tl_version} Provides: tex(xyarrow.tex) = %{tl_version} Provides: tex(xybarr.tex) = %{tl_version} Provides: tex(xycmactex.tex) = %{tl_version} Provides: tex(xycmtip.tex) = %{tl_version} Provides: tex(xycolor.tex) = %{tl_version} Provides: tex(xycrayon.tex) = %{tl_version} Provides: tex(xycurve.tex) = %{tl_version} Provides: tex(xydummy.tex) = %{tl_version} Provides: tex(xydvidrv.tex) = %{tl_version} Provides: tex(xydvips.tex) = %{tl_version} Provides: tex(xydvitops.tex) = %{tl_version} Provides: tex(xyemtex.tex) = %{tl_version} Provides: tex(xyframe.tex) = %{tl_version} Provides: tex(xygraph.tex) = %{tl_version} Provides: tex(xyidioms.tex) = %{tl_version} Provides: tex(xyimport.tex) = %{tl_version} Provides: tex(xyknot.tex) = %{tl_version} Provides: tex(xyline.tex) = %{tl_version} Provides: tex(xymatrix.tex) = %{tl_version} Provides: tex(xymovie.tex) = %{tl_version} Provides: tex(xynecula.tex) = %{tl_version} Provides: tex(xyoztex.tex) = %{tl_version} Provides: tex(xypdf-co.tex) = %{tl_version} Provides: tex(xypdf-cu.tex) = %{tl_version} Provides: tex(xypdf-fr.tex) = %{tl_version} Provides: tex(xypdf-li.tex) = %{tl_version} Provides: tex(xypdf-ro.tex) = %{tl_version} Provides: tex(xypdf.tex) = %{tl_version} Provides: tex(xypic.sty) = %{tl_version} Provides: tex(xypic.tex) = %{tl_version} Provides: tex(xypicture.tex) = %{tl_version} Provides: tex(xypoly.tex) = %{tl_version} Provides: tex(xyps-c.tex) = %{tl_version} Provides: tex(xyps-col.tex) = %{tl_version} Provides: tex(xyps-f.tex) = %{tl_version} Provides: tex(xyps-l.tex) = %{tl_version} Provides: tex(xyps-pro.tex) = %{tl_version} Provides: tex(xyps-ps.tex) = %{tl_version} Provides: tex(xyps-r.tex) = %{tl_version} Provides: tex(xyps-s.tex) = %{tl_version} Provides: tex(xyps-t.tex) = %{tl_version} Provides: tex(xyps.tex) = %{tl_version} Provides: tex(xypsdict.tex) = %{tl_version} Provides: tex(xypspatt.tex) = %{tl_version} Provides: tex(xyrecat.tex) = %{tl_version} Provides: tex(xyrotate.tex) = %{tl_version} Provides: tex(xysmart.tex) = %{tl_version} Provides: tex(xytextures.tex) = %{tl_version} Provides: tex(xytile.tex) = %{tl_version} Provides: tex(xytips.tex) = %{tl_version} Provides: tex(xytp-f.tex) = %{tl_version} Provides: tex(xytpic.tex) = %{tl_version} Provides: tex(xyv2.tex) = %{tl_version} Provides: tex(xyweb.tex) = %{tl_version} Provides: tex(xyxdvi.tex) = %{tl_version} %description -n texlive-xypic Flexible diagramming macros A package for typesetting a variety of graphs and diagrams with TeX. Xy-pic works with most formats (including LaTeX, AMS-LaTeX, AMS-TeX, and plain TeX). The distribution includes Michael Barr's diag package, which was previously distributed stand-alone. %prep # Extract license files tar -xf %{SOURCE1} %build # Nothing to build %install mkdir -p %{buildroot}%{_texmf_main} tar -xf %{SOURCE2} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE3} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE4} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE5} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE6} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE7} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE8} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE9} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE10} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE11} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE12} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE13} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE14} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE15} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE16} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE17} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE18} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE19} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE20} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE21} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE22} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE23} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE24} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE25} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE26} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE27} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE28} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE29} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE30} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE31} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE32} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE33} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE34} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE35} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE36} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE37} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE38} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE39} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE40} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE41} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE42} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE43} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE44} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE45} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE46} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE47} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE48} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE49} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE50} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE51} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE52} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE53} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE54} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE55} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE56} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE57} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE58} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE59} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE60} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE61} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE62} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE63} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE64} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE65} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE66} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE67} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE68} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE69} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE70} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE71} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE72} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE73} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE74} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE75} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE76} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE77} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE78} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE79} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE80} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE81} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE82} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE83} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE84} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE85} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE86} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE87} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE88} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE89} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE90} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE91} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE92} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE93} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE94} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE95} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE96} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE97} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE98} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE99} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE100} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE101} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE102} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE103} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE104} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE105} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE106} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE107} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE108} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE109} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE110} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE111} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE112} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE113} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE114} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE115} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE116} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE117} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE118} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE119} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE120} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE121} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE122} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE123} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE124} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE125} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE126} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE127} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE128} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE129} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE130} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE131} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE132} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE133} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE134} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE135} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE136} -C 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-xf %{SOURCE507} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE508} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE509} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE510} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE511} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE512} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE513} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE514} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE515} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE516} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE517} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE518} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE519} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE520} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE521} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE522} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE523} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE524} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE525} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE526} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE527} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE528} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE529} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE530} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE531} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE532} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE533} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE534} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE535} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE536} -C %{buildroot}%{_texmf_main} tar -xf %{SOURCE537} -C %{buildroot}%{_texmf_main} # Remove tlpobj files rm -rf %{buildroot}%{_texmf_main}/tlpkg/tlpobj/*.tlpobj # Fix Python shebangs %py3_shebang_fix %{buildroot}%{_texmf_main}/* # Compile Python bytecode %py_byte_compile %{python3} %{buildroot}%{_texmf_main}/scripts/latex-make %py_byte_compile %{python3} %{buildroot}%{_texmf_main}/scripts/pgfplots # Main collection metapackage (empty) %files %files -n texlive-adigraph %license mit.txt %{_texmf_main}/tex/latex/adigraph/ %doc %{_texmf_main}/doc/latex/adigraph/ %files -n texlive-aobs-tikz %license lppl1.3c.txt %{_texmf_main}/tex/latex/aobs-tikz/ %doc %{_texmf_main}/doc/latex/aobs-tikz/ %files -n texlive-askmaps %license lppl1.3c.txt %{_texmf_main}/tex/latex/askmaps/ %doc %{_texmf_main}/doc/latex/askmaps/ %files -n texlive-asyfig %license lppl1.3c.txt %{_texmf_main}/tex/latex/asyfig/ %doc %{_texmf_main}/doc/latex/asyfig/ %files -n texlive-asypictureb %license lppl1.3c.txt %{_texmf_main}/tex/latex/asypictureb/ %doc %{_texmf_main}/doc/latex/asypictureb/ %files -n texlive-autoarea %license lppl1.3c.txt %{_texmf_main}/tex/latex/autoarea/ %doc %{_texmf_main}/doc/latex/autoarea/ %files -n texlive-bardiag %license lppl1.3c.txt %{_texmf_main}/tex/latex/bardiag/ %doc %{_texmf_main}/doc/latex/bardiag/ %files -n texlive-beamerswitch %license lppl1.3c.txt %{_texmf_main}/tex/latex/beamerswitch/ %doc %{_texmf_main}/doc/latex/beamerswitch/ %files -n texlive-binarytree %license lppl1.3c.txt %{_texmf_main}/tex/latex/binarytree/ %doc %{_texmf_main}/doc/latex/binarytree/ %files -n texlive-blochsphere %license lppl1.3c.txt %{_texmf_main}/tex/latex/blochsphere/ %doc %{_texmf_main}/doc/latex/blochsphere/ %files -n texlive-bloques %license lppl1.3c.txt %{_texmf_main}/tex/latex/bloques/ %doc %{_texmf_main}/doc/latex/bloques/ %files -n texlive-blox %license lppl1.3c.txt %{_texmf_main}/tex/latex/blox/ %doc %{_texmf_main}/doc/latex/blox/ %files -n texlive-bodegraph %license lppl1.3c.txt %{_texmf_main}/tex/latex/bodegraph/ %doc %{_texmf_main}/doc/latex/bodegraph/ %files -n texlive-bondgraph %license lppl1.3c.txt %{_texmf_main}/tex/latex/bondgraph/ %doc %{_texmf_main}/doc/latex/bondgraph/ %files -n texlive-bondgraphs %license lppl1.3c.txt %{_texmf_main}/tex/latex/bondgraphs/ %doc %{_texmf_main}/doc/latex/bondgraphs/ %files -n texlive-braids %license lppl1.3c.txt %{_texmf_main}/tex/latex/braids/ %doc %{_texmf_main}/doc/latex/braids/ %files -n texlive-bxeepic %license mit.txt %{_texmf_main}/tex/latex/bxeepic/ %doc %{_texmf_main}/doc/latex/bxeepic/ %files -n texlive-byo-twemojis %license cc-by-4.txt %{_texmf_main}/tex/latex/byo-twemojis/ %doc %{_texmf_main}/doc/latex/byo-twemojis/ %files -n texlive-byrne %license gpl3.txt %{_texmf_main}/metapost/byrne/ %{_texmf_main}/tex/latex/byrne/ %doc %{_texmf_main}/doc/metapost/byrne/ %files -n texlive-callouts %license lppl1.3c.txt %{_texmf_main}/tex/latex/callouts/ %doc %{_texmf_main}/doc/latex/callouts/ %files -n texlive-callouts-box %license lppl1.3c.txt %{_texmf_main}/tex/latex/callouts-box/ %doc %{_texmf_main}/doc/latex/callouts-box/ %files -n texlive-celtic %license lppl1.3c.txt %{_texmf_main}/tex/latex/celtic/ %doc %{_texmf_main}/doc/latex/celtic/ %files -n texlive-chemfig %license lppl1.3c.txt %{_texmf_main}/tex/generic/chemfig/ %doc %{_texmf_main}/doc/generic/chemfig/ %files -n texlive-circuit-macros %license lppl1.3c.txt %{_texmf_main}/tex/latex/circuit-macros/ %doc %{_texmf_main}/doc/latex/circuit-macros/ %files -n texlive-circuitikz %license lppl1.3c.txt %{_texmf_main}/tex/context/third/ %{_texmf_main}/tex/generic/circuitikz/ %{_texmf_main}/tex/latex/circuitikz/ %doc %{_texmf_main}/doc/context/third/ %doc %{_texmf_main}/doc/generic/circuitikz/ %doc %{_texmf_main}/doc/latex/circuitikz/ %files -n texlive-circularglyphs %license lppl1.3c.txt %{_texmf_main}/tex/latex/circularglyphs/ %doc %{_texmf_main}/doc/latex/circularglyphs/ %files -n texlive-coffeestains %license pd.txt %{_texmf_main}/tex/latex/coffeestains/ %doc %{_texmf_main}/doc/latex/coffeestains/ %files -n texlive-coloredbelts %license lppl1.3c.txt %{_texmf_main}/tex/latex/coloredbelts/ %doc %{_texmf_main}/doc/latex/coloredbelts/ %files -n texlive-combinedgraphics %license gpl2.txt %{_texmf_main}/tex/latex/combinedgraphics/ %doc %{_texmf_main}/doc/latex/combinedgraphics/ %files -n texlive-curve %license lppl1.3c.txt %{_texmf_main}/tex/latex/curve/ %doc %{_texmf_main}/doc/latex/curve/ %files 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%{_texmf_main}/doc/latex/dpcircling/ %files -n texlive-dratex %license lppl1.3c.txt %{_texmf_main}/tex/generic/dratex/ %doc %{_texmf_main}/doc/generic/dratex/ %files -n texlive-drs %license lppl1.3c.txt %{_texmf_main}/tex/latex/drs/ %doc %{_texmf_main}/doc/latex/drs/ %files -n texlive-duotenzor %license lppl1.3c.txt %{_texmf_main}/tex/latex/duotenzor/ %doc %{_texmf_main}/doc/latex/duotenzor/ %files -n texlive-dynkin-diagrams %license lppl1.3c.txt %{_texmf_main}/tex/latex/dynkin-diagrams/ %doc %{_texmf_main}/doc/latex/dynkin-diagrams/ %files -n texlive-ecgdraw %license lppl1.3c.txt %{_texmf_main}/tex/latex/ecgdraw/ %doc %{_texmf_main}/doc/latex/ecgdraw/ %files -n texlive-eepic %license pd.txt %{_texmf_main}/tex/latex/eepic/ %doc %{_texmf_main}/doc/latex/eepic/ %files -n texlive-egpeirce %license lppl1.3c.txt %{_texmf_main}/tex/latex/egpeirce/ %doc %{_texmf_main}/doc/latex/egpeirce/ %files -n texlive-ellipse %license lppl1.3c.txt %{_texmf_main}/tex/latex/ellipse/ %doc %{_texmf_main}/doc/latex/ellipse/ %files -n texlive-endofproofwd %license lppl1.3c.txt %{_texmf_main}/tex/latex/endofproofwd/ %doc %{_texmf_main}/doc/latex/endofproofwd/ %files -n texlive-epspdfconversion %license lppl1.3c.txt %{_texmf_main}/tex/latex/epspdfconversion/ %doc %{_texmf_main}/doc/latex/epspdfconversion/ %files -n texlive-esk %license gpl2.txt %{_texmf_main}/tex/latex/esk/ %doc %{_texmf_main}/doc/latex/esk/ %files -n texlive-euflag %license lppl1.3c.txt %{_texmf_main}/tex/latex/euflag/ %doc %{_texmf_main}/doc/latex/euflag/ %files -n texlive-fadingimage %license lppl1.3c.txt %{_texmf_main}/tex/latex/fadingimage/ %doc %{_texmf_main}/doc/latex/fadingimage/ %files -n texlive-fast-diagram %license lppl1.3c.txt %{_texmf_main}/tex/latex/fast-diagram/ %doc %{_texmf_main}/doc/latex/fast-diagram/ %files -n texlive-fenetrecas %license lppl1.3c.txt %{_texmf_main}/tex/latex/fenetrecas/ %doc %{_texmf_main}/doc/latex/fenetrecas/ %files -n texlive-figchild %license lppl1.3c.txt %{_texmf_main}/tex/latex/figchild/ %doc %{_texmf_main}/doc/latex/figchild/ %files -n texlive-figput %license cc-by-sa-4.txt %{_texmf_main}/tex/latex/figput/ %doc %{_texmf_main}/doc/latex/figput/ %files -n texlive-fitbox %license lppl1.3c.txt %{_texmf_main}/tex/latex/fitbox/ %doc %{_texmf_main}/doc/latex/fitbox/ %files -n texlive-flowchart %license lppl1.3c.txt %{_texmf_main}/tex/latex/flowchart/ %doc %{_texmf_main}/doc/latex/flowchart/ %files -n texlive-forest %license lppl1.3c.txt %{_texmf_main}/makeindex/forest/ %{_texmf_main}/tex/latex/forest/ %doc %{_texmf_main}/doc/latex/forest/ %files -n texlive-genealogytree %license lppl1.3c.txt %{_texmf_main}/tex/latex/genealogytree/ %doc %{_texmf_main}/doc/latex/genealogytree/ %files -n texlive-gincltex %license lppl1.3c.txt %{_texmf_main}/tex/latex/gincltex/ %doc %{_texmf_main}/doc/latex/gincltex/ %files -n texlive-gnuplottex %license gpl2.txt %{_texmf_main}/tex/latex/gnuplottex/ %doc %{_texmf_main}/doc/latex/gnuplottex/ %files -n texlive-gradientframe %license lppl1.3c.txt %{_texmf_main}/tex/latex/gradientframe/ %doc %{_texmf_main}/doc/latex/gradientframe/ %files -n texlive-grafcet %license lppl1.txt %{_texmf_main}/tex/latex/grafcet/ %doc %{_texmf_main}/doc/latex/grafcet/ %files -n texlive-graph35 %license lppl1.3c.txt %{_texmf_main}/tex/latex/graph35/ %doc %{_texmf_main}/doc/latex/graph35/ %files -n texlive-graphicxpsd %license mit.txt %{_texmf_main}/tex/latex/graphicxpsd/ %doc %{_texmf_main}/doc/latex/graphicxpsd/ %files -n texlive-graphviz %license lppl1.3c.txt %{_texmf_main}/tex/latex/graphviz/ %doc %{_texmf_main}/doc/latex/graphviz/ %files -n texlive-gtrlib-largetrees %license lppl1.2.txt %{_texmf_main}/tex/latex/gtrlib-largetrees/ %doc %{_texmf_main}/doc/latex/gtrlib-largetrees/ %files -n texlive-harveyballs %license gpl3.txt %{_texmf_main}/tex/latex/harveyballs/ %doc %{_texmf_main}/doc/latex/harveyballs/ %files -n texlive-here %license pd.txt %{_texmf_main}/tex/latex/here/ %doc %{_texmf_main}/doc/latex/here/ %files -n texlive-hf-tikz %license lppl1.3c.txt %{_texmf_main}/tex/latex/hf-tikz/ %doc %{_texmf_main}/doc/latex/hf-tikz/ %files -n texlive-hobby %license lppl1.3c.txt %{_texmf_main}/tex/latex/hobby/ %doc %{_texmf_main}/doc/latex/hobby/ %files -n texlive-hvfloat %license lppl1.3c.txt %{_texmf_main}/tex/latex/hvfloat/ %doc %{_texmf_main}/doc/latex/hvfloat/ %files -n texlive-istgame %license lppl1.3c.txt %{_texmf_main}/tex/latex/istgame/ %doc %{_texmf_main}/doc/latex/istgame/ %files -n texlive-kblocks %license mit.txt %{_texmf_main}/tex/latex/kblocks/ %doc %{_texmf_main}/doc/latex/kblocks/ %files -n texlive-kinematikz %license lppl1.3c.txt %{_texmf_main}/tex/latex/kinematikz/ %doc %{_texmf_main}/doc/latex/kinematikz/ %files -n texlive-knitting %license lppl1.3c.txt %{_texmf_main}/fonts/afm/public/knitting/ %{_texmf_main}/fonts/map/dvips/knitting/ %{_texmf_main}/fonts/source/public/knitting/ %{_texmf_main}/fonts/tfm/public/knitting/ %{_texmf_main}/fonts/type1/public/knitting/ %{_texmf_main}/tex/latex/knitting/ %{_texmf_main}/tex/plain/knitting/ %doc %{_texmf_main}/doc/fonts/knitting/ %files -n texlive-knittingpattern %license lppl1.3c.txt %{_texmf_main}/tex/latex/knittingpattern/ %doc %{_texmf_main}/doc/latex/knittingpattern/ %files -n texlive-ladder %license mit.txt %{_texmf_main}/tex/latex/ladder/ %doc %{_texmf_main}/doc/latex/ladder/ %files -n texlive-lapdf %license gpl2.txt %{_texmf_main}/tex/latex/lapdf/ %doc %{_texmf_main}/doc/latex/lapdf/ %files -n texlive-latex-make %license gpl2.txt %{_texmf_main}/scripts/latex-make/ %{_texmf_main}/tex/latex/latex-make/ %doc %{_texmf_main}/doc/support/latex-make/ %files -n texlive-liftarm %license lppl1.3c.txt %{_texmf_main}/tex/latex/liftarm/ %doc %{_texmf_main}/doc/latex/liftarm/ %files -n texlive-lpic %license lppl1.3c.txt %{_texmf_main}/tex/latex/lpic/ %doc %{_texmf_main}/doc/latex/lpic/ %files -n texlive-lroundrect %license lppl1.3c.txt %{_texmf_main}/tex/latex/lroundrect/ %doc %{_texmf_main}/doc/latex/lroundrect/ %files -n texlive-lua-tikz3dtools %license lppl1.3c.txt %{_texmf_main}/tex/latex/lua-tikz3dtools/ %doc %{_texmf_main}/doc/latex/lua-tikz3dtools/ %files -n texlive-luamesh %license lppl1.3c.txt %{_texmf_main}/metapost/luamesh/ %{_texmf_main}/scripts/luamesh/ %{_texmf_main}/tex/lualatex/luamesh/ %doc %{_texmf_main}/doc/lualatex/luamesh/ %files -n texlive-luasseq %license lppl1.3c.txt %{_texmf_main}/scripts/luasseq/ %{_texmf_main}/tex/lualatex/luasseq/ %doc %{_texmf_main}/doc/lualatex/luasseq/ %files -n texlive-lucide-icons %license lppl1.3c.txt %{_texmf_main}/tex/latex/lucide-icons/ %doc %{_texmf_main}/doc/latex/lucide-icons/ %files -n texlive-maker %license lppl1.3c.txt %{_texmf_main}/tex/latex/maker/ %doc %{_texmf_main}/doc/latex/maker/ %files -n texlive-makeshape %license lppl1.3c.txt %{_texmf_main}/tex/latex/makeshape/ %doc %{_texmf_main}/doc/latex/makeshape/ %files -n texlive-maritime %license mit.txt 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%{_texmf_main}/fonts/source/public/xypic/ %{_texmf_main}/fonts/tfm/public/xypic/ %{_texmf_main}/fonts/type1/public/xypic/ %{_texmf_main}/tex/generic/xypic/ %doc %{_texmf_main}/doc/generic/xypic/ %changelog * Tue Sep 16 2025 Tom Callaway - 12:svn75936-1 - Update to TeX Live 2025