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It encompasses programs for editing, typesetting, previewing and printing of TeX documents in many different languages, and a large collection of TeX macros and font libraries. The distribution includes extensive general documentation about TeX, as well as the documentation for the included software packages. %package -n texlive-pslatex Provides: tex-pslatex = %{tl_version} License: LPPL Summary: Use PostScript fonts by default Version: svn57434 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pcrr8rn.map) = %{tl_version} Provides: tex(pslatex.sty) = %{tl_version} %description -n texlive-pslatex A small package that makes LaTeX default to 'standard' PostScript fonts. It is basically a merger of the times and the (obsolete) mathptm packages from the psnfss suite. You must have installed standard LaTeX and the psnfss PostScript fonts to use this package. The main novel feature is that the pslatex package tries to compensate for the visual differences between the Adobe fonts by scaling Helvetica by 90%, and 'condensing' Courier (i.e. scaling horizontally) by 85%. The package is supplied with a (unix) shell file for a 'pslatex' command that allows standard LaTeX documents to be processed, without needing to edit the file. Note that current psnfss uses a different technique for scaling Helvetica, and treats Courier as a lost cause (there are better free fixed-width available now, than there were when pslatex was designed). As a result, pslatex is widely considered obsolete. %package -n texlive-psnfss Provides: tex-psnfss = %{tl_version} License: LPPL Summary: Font support for common PostScript fonts Version: svn54694 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: texlive-symbol, texlive-zapfding, texlive-graphics Requires: tex-graphics, tex(keyval.sty) Provides: tex(charter.map) = %{tl_version}, tex(fpls.map) = %{tl_version} Provides: tex(pazo.map) = %{tl_version}, tex(psnfss.map) = %{tl_version} Provides: tex(utopia.map) = %{tl_version}, tex(8rbch.fd) = %{tl_version} Provides: tex(8rpag.fd) = %{tl_version}, tex(8rpbk.fd) = %{tl_version} Provides: tex(8rpcr.fd) = %{tl_version}, tex(8rphv.fd) = %{tl_version} Provides: tex(8rpnc.fd) = %{tl_version}, tex(8rppl.fd) = %{tl_version} Provides: tex(8rptm.fd) = %{tl_version}, tex(8rput.fd) = %{tl_version} Provides: tex(8rpzc.fd) = %{tl_version}, tex(avant.sty) = %{tl_version} Provides: tex(bookman.sty) = %{tl_version}, tex(chancery.sty) = %{tl_version} Provides: tex(charter.sty) = %{tl_version}, tex(courier.sty) = %{tl_version} Provides: tex(helvet.sty) = %{tl_version}, tex(mathpazo.sty) = %{tl_version} Provides: tex(mathpple.sty) = %{tl_version}, tex(mathptm.sty) = %{tl_version} Provides: tex(mathptmx.sty) = %{tl_version}, tex(newcent.sty) = %{tl_version} Provides: tex(omlbch.fd) = %{tl_version}, tex(omlpag.fd) = %{tl_version} Provides: tex(omlpbk.fd) = %{tl_version}, tex(omlpcr.fd) = %{tl_version} Provides: tex(omlphv.fd) = %{tl_version}, tex(omlpnc.fd) = %{tl_version} Provides: tex(omlppl.fd) = %{tl_version}, tex(omlptm.fd) = %{tl_version} Provides: tex(omlptmcm.fd) = %{tl_version}, tex(omlput.fd) = %{tl_version} Provides: tex(omlpzc.fd) = %{tl_version}, tex(omlzplm.fd) = %{tl_version} Provides: tex(omlzpple.fd) = %{tl_version}, tex(omlztmcm.fd) = %{tl_version} Provides: tex(omsbch.fd) = %{tl_version}, tex(omspag.fd) = %{tl_version} Provides: tex(omspbk.fd) = %{tl_version}, tex(omspcr.fd) = %{tl_version} Provides: tex(omsphv.fd) = %{tl_version}, tex(omspnc.fd) = %{tl_version} Provides: tex(omsppl.fd) = %{tl_version}, tex(omsptm.fd) = %{tl_version} Provides: tex(omsput.fd) = %{tl_version}, tex(omspzc.fd) = %{tl_version} Provides: tex(omspzccm.fd) = %{tl_version}, tex(omszplm.fd) = %{tl_version} Provides: tex(omszpple.fd) = %{tl_version}, tex(omsztmcm.fd) = %{tl_version} Provides: tex(omxpsycm.fd) = %{tl_version}, tex(omxzplm.fd) = %{tl_version} Provides: tex(omxzpple.fd) = %{tl_version}, tex(omxztmcm.fd) = %{tl_version} Provides: tex(ot1bch.fd) = %{tl_version}, tex(ot1pag.fd) = %{tl_version} Provides: tex(ot1pbk.fd) = %{tl_version}, tex(ot1pcr.fd) = %{tl_version} Provides: tex(ot1phv.fd) = %{tl_version}, tex(ot1pnc.fd) = %{tl_version} Provides: tex(ot1ppl.fd) = %{tl_version}, tex(ot1pplj.fd) = %{tl_version} Provides: tex(ot1pplx.fd) = %{tl_version}, tex(ot1ptm.fd) = %{tl_version} Provides: tex(ot1ptmcm.fd) = %{tl_version}, tex(ot1put.fd) = %{tl_version} Provides: tex(ot1pzc.fd) = %{tl_version}, tex(ot1zplm.fd) = %{tl_version} Provides: tex(ot1zpple.fd) = %{tl_version}, tex(ot1ztmcm.fd) = %{tl_version} Provides: tex(palatino.sty) = %{tl_version}, tex(pifont.sty) = %{tl_version} Provides: tex(t1bch.fd) = %{tl_version}, tex(t1pag.fd) = %{tl_version} Provides: tex(t1pbk.fd) = %{tl_version}, tex(t1pcr.fd) = %{tl_version} Provides: tex(t1phv.fd) = %{tl_version}, tex(t1pnc.fd) = %{tl_version} Provides: tex(t1ppl.fd) = %{tl_version}, tex(t1pplj.fd) = %{tl_version} Provides: tex(t1pplx.fd) = %{tl_version}, tex(t1ptm.fd) = %{tl_version} Provides: tex(t1put.fd) = %{tl_version}, tex(t1pzc.fd) = %{tl_version} Provides: tex(times.sty) = %{tl_version}, tex(ts1bch.fd) = %{tl_version} Provides: tex(ts1pag.fd) = %{tl_version}, tex(ts1pbk.fd) = %{tl_version} Provides: tex(ts1pcr.fd) = %{tl_version}, tex(ts1phv.fd) = %{tl_version} Provides: tex(ts1pnc.fd) = %{tl_version}, tex(ts1ppl.fd) = %{tl_version} Provides: tex(ts1pplj.fd) = %{tl_version}, tex(ts1pplx.fd) = %{tl_version} Provides: tex(ts1ptm.fd) = %{tl_version}, tex(ts1put.fd) = %{tl_version} Provides: tex(ts1pzc.fd) = %{tl_version}, tex(ufplm.fd) = %{tl_version} Provides: tex(ufplmbb.fd) = %{tl_version}, tex(upsy.fd) = %{tl_version} Provides: tex(upzd.fd) = %{tl_version}, tex(utopia.sty) = %{tl_version} %description -n texlive-psnfss Font definition files, macros and font metrics for freely- available Adobe Type 1 fonts. The font set consists of the 'LaserWriter 35' set (originally 'freely available' because embedded in PostScript printers), and a variety of other free fonts, together with some additions. Note that while many of the fonts are available in PostScript (and other) printers, most publishers require fonts embedded in documents, which requires that you have the fonts in your TeX system. Fortunately, there are free versions of the fonts from URW (available in the URW base5 bundle). The base set of text fonts covered by PSNFSS are: AvantGarde, Bookman, Courier, Helvetica, New Century Schoolbook, Palatino, Symbol, Times Roman and Zapf Dingbats. In addition, the fonts Bitstream Charter and Adobe Utopia are covered (those fonts were contributed to the Public Domain by their commercial foundries). Separate packages are provided to load each font for use as main text font. The packages helvet (which allows Helvetica to be loaded with its size scaled to something more nearly appropriate for its use as a Sans-Serif font to match Times) and pifont (which provides the means to select single glyphs from symbol fonts) are tailored to special requirements of their fonts. Mathematics are covered by the mathptmx package, which constructs passable mathematics from a combination of Times Roman, Symbol and some glyphs from Computer Modern, and by Pazo Math (optionally extended with the fpl small-caps and old-style figures fonts) which uses Palatino as base font, with the mathpazo fonts. The bundle as a whole is part of the LaTeX 'required' set of packages. %package -n texlive-psnfss-doc Summary: Documentation for psnfss Version: svn54694 Provides: tex-psnfss-doc AutoReqProv: No Requires: tex-graphics-doc %description -n texlive-psnfss-doc Documentation for psnfss %package -n texlive-pspicture Provides: tex-pspicture = %{tl_version} License: LPPL Summary: PostScript picture support Version: svn15878.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pspicture.sty) = %{tl_version} %description -n texlive-pspicture A replacement for LaTeX's picture macros, that uses PostScript \special commands. The package is now largely superseded by pict2e. %package -n texlive-pspicture-doc Summary: Documentation for pspicture Version: svn15878.0 Provides: tex-pspicture-doc AutoReqProv: No %description -n texlive-pspicture-doc Documentation for pspicture %package -n texlive-prodint Provides: tex-prodint = %{tl_version} License: OFL Summary: A font that provides the product integral symbol Version: svn21893.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(prodint.map) = %{tl_version}, tex(prodint.tfm) = %{tl_version} Provides: tex(prodint.pfb) = %{tl_version}, tex(prodint.sty) = %{tl_version} %description -n texlive-prodint Product integrals are to products, as integrals are to sums. They have been around for more than a hundred years, they have not become part of the standard mathematician's toolbox, possibly because no-one invented the right mathematical symbol for them. The authors have remedied that situation by proposing the symbol and providing this font. %package -n texlive-prodint-doc Summary: Documentation for prodint Version: svn21893.0 Provides: tex-prodint-doc AutoReqProv: No %description -n texlive-prodint-doc Documentation for prodint %package -n texlive-punk Provides: tex-punk = %{tl_version} License: Knuth Summary: Donald Knuth's punk font Version: svn27388.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(punk10.tfm) = %{tl_version}, tex(punk12.tfm) = %{tl_version} Provides: tex(punk20.tfm) = %{tl_version}, tex(punkbx20.tfm) = %{tl_version} Provides: tex(punksl20.tfm) = %{tl_version} %description -n texlive-punk A response to the assertion in a lecture that "typography tends to lag behind other stylistic changes by about 10 years". Knuth felt it was (in 1988) time to design a replacement for his designs of the 1970s, and came up with this font! The fonts are distributed as Metafont source. The package offers LaTeX support by Rohit Grover, from an original by Sebastian Rahtz, which is slightly odd in claiming that the fonts are T1- encoded. A (possibly) more rational support package is to be found in punk-latex %package -n texlive-punk-doc Summary: Documentation for punk Version: svn27388.0 Provides: tex-punk-doc AutoReqProv: No %description -n texlive-punk-doc Documentation for punk %package -n texlive-punk-latex Provides: tex-punk-latex = %{tl_version} License: GPL+ Summary: LaTeX support for punk fonts Version: svn27389.1.1 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(ot1pnk.fd) = %{tl_version}, tex(punk.sty) = %{tl_version} %description -n texlive-punk-latex The package and .fd file provide support for Knuth's punk fonts. That bundle also offers support within LaTeX; the present package is to be preferred. %package -n texlive-punk-latex-doc Summary: Documentation for punk-latex Version: svn27389.1.1 Provides: tex-punk-latex-doc AutoReqProv: No %description -n texlive-punk-latex-doc Documentation for punk-latex %package -n texlive-punknova Provides: tex-punknova = %{tl_version} License: Punknova Summary: OpenType version of Knuth's Punk font Version: svn24649.1.003 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(punknova-bold.otf) = %{tl_version}, tex(punknova-boldslanted.otf) = %{tl_version} Provides: tex(punknova-regular.otf) = %{tl_version} Provides: tex(punknova-slanted.otf) = %{tl_version} %description -n texlive-punknova The font was generated from a MetaPost version of the sources of the 'original' punk font. Knuth's original fonts generated different shapes at random. This isn't actually possible in an OpenType font; rather, the font contains several variants of each glyph, and uses the OpenType randomize function to select a variant for each invocation. %package -n texlive-punknova-doc Summary: Documentation for punknova Version: svn24649.1.003 Provides: tex-punknova-doc AutoReqProv: No %description -n texlive-punknova-doc Documentation for punknova %package -n texlive-pxtxalfa Provides: tex-pxtxalfa = %{tl_version} License: LPPL Summary: Virtual maths alphabets based on pxfonts and txfonts Version: svn54080 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(xkeyval.sty) Provides: tex(pxtx.map) = %{tl_version}, tex(pxb-ds.tfm) = %{tl_version} Provides: tex(pxr-ds.tfm) = %{tl_version}, tex(rtxmia.tfm) = %{tl_version} Provides: tex(txb-cal.tfm) = %{tl_version}, tex(txb-frak.tfm) = %{tl_version} Provides: tex(txb-of.tfm) = %{tl_version}, tex(txr-cal.tfm) = %{tl_version} Provides: tex(txr-ds.tfm) = %{tl_version}, tex(txr-frak.tfm) = %{tl_version} Provides: tex(txr-of.tfm) = %{tl_version}, tex(pxb-ds.vf) = %{tl_version} Provides: tex(pxr-ds.vf) = %{tl_version}, tex(txb-cal.vf) = %{tl_version} Provides: tex(txb-frak.vf) = %{tl_version}, tex(txb-of.vf) = %{tl_version} Provides: tex(txr-cal.vf) = %{tl_version}, tex(txr-ds.vf) = %{tl_version} Provides: tex(txr-frak.vf) = %{tl_version}, tex(txr-of.vf) = %{tl_version} Provides: tex(px-ds.sty) = %{tl_version}, tex(pxtx-cal.sty) = %{tl_version} Provides: tex(pxtx-frak.sty) = %{tl_version}, tex(tx-of.sty) = %{tl_version} Provides: tex(upx-ds.fd) = %{tl_version}, tex(utx-cal.fd) = %{tl_version} Provides: tex(utx-frak.fd) = %{tl_version}, tex(utx-of.fd) = %{tl_version} %description -n texlive-pxtxalfa The package provides virtual math alphabets based on pxfonts and txfonts, with LaTeX support files and adjusted metrics. The mathalfa package offers support for this collection. %package -n texlive-pxtxalfa-doc Summary: Documentation for pxtxalfa Version: svn54080 Provides: tex-pxtxalfa-doc AutoReqProv: No %description -n texlive-pxtxalfa-doc Documentation for pxtxalfa %package -n texlive-pxfonts Provides: tex-pxfonts = %{tl_version} License: GPL+ Summary: Palatino-like fonts in support of mathematics Version: svn15878.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pxfonts.map) = %{tl_version}, tex(pxr.map) = %{tl_version} Provides: tex(pxr1.map) = %{tl_version}, tex(pxr2.map) = %{tl_version} Provides: tex(pxr3.map) = %{tl_version}, tex(p1xb.tfm) = %{tl_version} Provides: tex(p1xbi.tfm) = %{tl_version}, tex(p1xbsc.tfm) = %{tl_version} Provides: tex(p1xbsl.tfm) = %{tl_version}, tex(p1xi.tfm) = %{tl_version} Provides: tex(p1xr.tfm) = %{tl_version}, tex(p1xsc.tfm) = %{tl_version} Provides: tex(p1xsl.tfm) = %{tl_version}, tex(pcxb.tfm) = %{tl_version} Provides: tex(pcxbi.tfm) = %{tl_version}, tex(pcxbsl.tfm) = %{tl_version} Provides: tex(pcxi.tfm) = %{tl_version}, tex(pcxr.tfm) = %{tl_version} Provides: tex(pcxsl.tfm) = %{tl_version}, tex(pxb.tfm) = %{tl_version} Provides: tex(pxbex.tfm) = %{tl_version}, tex(pxbexa.tfm) = %{tl_version} Provides: tex(pxbi.tfm) = %{tl_version}, tex(pxbmi.tfm) = %{tl_version} Provides: tex(pxbmi1.tfm) = %{tl_version}, tex(pxbmia.tfm) = %{tl_version} Provides: tex(pxbsc.tfm) = %{tl_version}, tex(pxbsl.tfm) = %{tl_version} Provides: tex(pxbsy.tfm) = %{tl_version}, tex(pxbsya.tfm) = %{tl_version} Provides: tex(pxbsyb.tfm) = %{tl_version}, tex(pxbsyc.tfm) = %{tl_version} Provides: tex(pxex.tfm) = %{tl_version}, tex(pxexa.tfm) = %{tl_version} Provides: tex(pxi.tfm) = %{tl_version}, tex(pxmi.tfm) = %{tl_version} Provides: tex(pxmi1.tfm) = %{tl_version}, tex(pxmia.tfm) = %{tl_version} Provides: tex(pxr.tfm) = %{tl_version}, tex(pxsc.tfm) = %{tl_version} Provides: tex(pxsl.tfm) = %{tl_version}, tex(pxsy.tfm) = %{tl_version} Provides: tex(pxsya.tfm) = %{tl_version}, tex(pxsyb.tfm) = %{tl_version} Provides: tex(pxsyc.tfm) = %{tl_version}, tex(rpcxb.tfm) = %{tl_version} Provides: tex(rpcxbi.tfm) = %{tl_version}, tex(rpcxbsl.tfm) = %{tl_version} Provides: tex(rpcxi.tfm) = %{tl_version}, tex(rpcxr.tfm) = %{tl_version} Provides: tex(rpcxsl.tfm) = %{tl_version}, tex(rpxb.tfm) = %{tl_version} Provides: tex(rpxbi.tfm) = %{tl_version}, tex(rpxbmi.tfm) = %{tl_version} Provides: tex(rpxbsc.tfm) = %{tl_version}, tex(rpxbsl.tfm) = %{tl_version} Provides: tex(rpxi.tfm) = %{tl_version}, tex(rpxmi.tfm) = %{tl_version} Provides: tex(rpxpplb.tfm) = %{tl_version}, tex(rpxpplbi.tfm) = %{tl_version} Provides: tex(rpxpplbo.tfm) = %{tl_version}, tex(rpxpplr.tfm) = %{tl_version} Provides: tex(rpxpplri.tfm) = %{tl_version}, tex(rpxpplro.tfm) = %{tl_version} Provides: tex(rpxr.tfm) = %{tl_version}, tex(rpxsc.tfm) = %{tl_version} Provides: tex(rpxsl.tfm) = %{tl_version}, tex(pxbex.pfb) = %{tl_version} Provides: tex(pxbexa.pfb) = %{tl_version}, tex(pxbmia.pfb) = %{tl_version} Provides: tex(pxbsy.pfb) = %{tl_version}, tex(pxbsya.pfb) = %{tl_version} Provides: tex(pxbsyb.pfb) = %{tl_version}, tex(pxbsyc.pfb) = %{tl_version} Provides: tex(pxex.pfb) = %{tl_version}, tex(pxexa.pfb) = %{tl_version} Provides: tex(pxmia.pfb) = %{tl_version}, tex(pxsy.pfb) = %{tl_version} Provides: tex(pxsya.pfb) = %{tl_version}, tex(pxsyb.pfb) = %{tl_version} Provides: tex(pxsyc.pfb) = %{tl_version}, tex(rpcxb.pfb) = %{tl_version} Provides: tex(rpcxbi.pfb) = %{tl_version}, tex(rpcxi.pfb) = %{tl_version} Provides: tex(rpcxr.pfb) = %{tl_version}, tex(rpxb.pfb) = %{tl_version} Provides: tex(rpxbi.pfb) = %{tl_version}, tex(rpxbmi.pfb) = %{tl_version} Provides: tex(rpxbsc.pfb) = %{tl_version}, tex(rpxi.pfb) = %{tl_version} Provides: tex(rpxmi.pfb) = %{tl_version}, tex(rpxr.pfb) = %{tl_version} Provides: tex(rpxsc.pfb) = %{tl_version}, tex(p1xb.vf) = %{tl_version} Provides: tex(p1xbi.vf) = %{tl_version}, tex(p1xbsc.vf) = %{tl_version} Provides: tex(p1xbsl.vf) = %{tl_version}, tex(p1xi.vf) = %{tl_version} Provides: tex(p1xr.vf) = %{tl_version}, tex(p1xsc.vf) = %{tl_version} Provides: tex(p1xsl.vf) = %{tl_version}, tex(pcxb.vf) = %{tl_version} Provides: tex(pcxbi.vf) = %{tl_version}, tex(pcxbsl.vf) = %{tl_version} Provides: tex(pcxi.vf) = %{tl_version}, tex(pcxr.vf) = %{tl_version} Provides: tex(pcxsl.vf) = %{tl_version}, tex(pxb.vf) = %{tl_version} Provides: tex(pxbi.vf) = %{tl_version}, tex(pxbmi.vf) = %{tl_version} Provides: tex(pxbmi1.vf) = %{tl_version}, tex(pxbsc.vf) = %{tl_version} Provides: tex(pxbsl.vf) = %{tl_version}, tex(pxi.vf) = %{tl_version} Provides: tex(pxmi.vf) = %{tl_version}, tex(pxmi1.vf) = %{tl_version} Provides: tex(pxr.vf) = %{tl_version}, tex(pxsc.vf) = %{tl_version} Provides: tex(pxsl.vf) = %{tl_version}, tex(omlpxmi.fd) = %{tl_version} Provides: tex(omlpxr.fd) = %{tl_version}, tex(omspxr.fd) = %{tl_version} Provides: tex(omspxsy.fd) = %{tl_version}, tex(omxpxex.fd) = %{tl_version} Provides: tex(ot1pxr.fd) = %{tl_version}, tex(ot1pxss.fd) = %{tl_version} Provides: tex(ot1pxtt.fd) = %{tl_version}, tex(pxfonts.sty) = %{tl_version} Provides: tex(t1pxr.fd) = %{tl_version}, tex(t1pxss.fd) = %{tl_version} Provides: tex(t1pxtt.fd) = %{tl_version}, tex(ts1pxr.fd) = %{tl_version} Provides: tex(ts1pxss.fd) = %{tl_version}, tex(ts1pxtt.fd) = %{tl_version} Provides: tex(upxexa.fd) = %{tl_version}, tex(upxmia.fd) = %{tl_version} Provides: tex(upxr.fd) = %{tl_version}, tex(upxss.fd) = %{tl_version} Provides: tex(upxsya.fd) = %{tl_version}, tex(upxsyb.fd) = %{tl_version} Provides: tex(upxsyc.fd) = %{tl_version}, tex(upxtt.fd) = %{tl_version} %description -n texlive-pxfonts Pxfonts supplies virtual text roman fonts using Adobe Palatino (or URWPalladioL) with some modified and additional text symbols in the OT1, T1, and TS1 encodings; maths alphabets using Palatino/Palladio; maths fonts providing all the symbols of the Computer Modern and AMS fonts, including all the Greek capital letters from CMR; and additional maths fonts of various other symbols. The set is complemented by a sans-serif set of text fonts, based on Helvetica/NimbusSanL, and a monospace set derived from the parallel TX font set. All the fonts are in Type 1 format (AFM and PFB files), and are supported by TeX metrics (VF and TFM files) and macros for use with LaTeX. %package -n texlive-pxfonts-doc Summary: Documentation for pxfonts Version: svn15878.0 Provides: tex-pxfonts-doc AutoReqProv: No %description -n texlive-pxfonts-doc Documentation for pxfonts %package -n texlive-psizzl Provides: tex-psizzl = %{tl_version} License: LPPL Summary: A TeX format for physics papers Version: svn15878.0.35 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(mypsizzl.tex) = %{tl_version}, tex(psizzl.tex) = %{tl_version} %description -n texlive-psizzl PSIZZL is a TeX format for physics papers written at SLAC and used at several other places. It dates from rather early in the development of TeX82; as a result, some of the descriptions of limitations look rather quaint to modern eyes. %package -n texlive-psizzl-doc Summary: Documentation for psizzl Version: svn15878.0.35 Provides: tex-psizzl-doc AutoReqProv: No %description -n texlive-psizzl-doc Documentation for psizzl %package -n texlive-psgo Provides: tex-psgo = %{tl_version} License: LPPL Summary: Typeset go diagrams with PSTricks Version: svn15878.0.17 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-node.sty), tex(calc.sty), tex(ifthen.sty) Provides: tex(psgo.sty) = %{tl_version} %description -n texlive-psgo psgo package %package -n texlive-psgo-doc Summary: Documentation for psgo Version: svn15878.0.17 Provides: tex-psgo-doc AutoReqProv: No %description -n texlive-psgo-doc Documentation for psgo %package -n texlive-pst-eucl-translation-bg-doc Summary: Documentation for pst-eucl-translation-bg Version: svn19296.1.3.2 Provides: tex-pst-eucl-translation-bg-doc AutoReqProv: No %description -n texlive-pst-eucl-translation-bg-doc Documentation for pst-eucl-translation-bg %package -n texlive-pxchfon Provides: tex-pxchfon = %{tl_version} License: MIT Summary: Japanese font setup for pLaTeX and upLaTeX Version: svn56537 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(atbegshi.sty) Provides: tex(pxchfon.sty) = %{tl_version} Provides: tex(pxchfon0.def) = %{tl_version} Provides: tex(pxjafont.sty) = %{tl_version} %description -n texlive-pxchfon This package enables users to declare in their document which physical fonts should be used for the standard Japanese (logical) fonts of pLaTeX and upLaTeX. Font setup is realized by changing the font mapping of dvipdfmx, and thus users can use any (monospaced) physical fonts they like, once they properly install this package, without creating helper files for each new font. This package also supports setup for the fonts used in the japanese-otf package. %package -n texlive-pxchfon-doc Summary: Documentation for pxchfon Version: svn56537 Provides: tex-pxchfon-doc AutoReqProv: No %description -n texlive-pxchfon-doc Documentation for pxchfon %package -n texlive-pxbase Provides: tex-pxbase = %{tl_version} License: MIT Summary: Tools for use with (u)pLaTeX Version: svn44756 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(keyval.sty) Provides: tex(ifuptex.sty) = %{tl_version}, tex(pxbabel.sty) = %{tl_version} Provides: tex(pxbase.def) = %{tl_version}, tex(pxbase.sty) = %{tl_version} Provides: tex(pxbasenc.def) = %{tl_version}, tex(pxbsjc.def) = %{tl_version} Provides: tex(pxjsfenc.def) = %{tl_version}, tex(upkcat.sty) = %{tl_version} %description -n texlive-pxbase The main purpose of this package is to provide auxiliary functions which are utilized by other packages created by the same author. It also provides a few user commands to assist in creating Japanese documents using (u)pLaTeX. %package -n texlive-pxbase-doc Summary: Documentation for pxbase Version: svn44756 Provides: tex-pxbase-doc AutoReqProv: No %description -n texlive-pxbase-doc Documentation for pxbase %package -n texlive-pxcjkcat Provides: tex-pxcjkcat = %{tl_version} License: MIT Summary: LaTeX interface for the CJK category codes of upTeX Version: svn47266 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pxcjkcat.sty) = %{tl_version} %description -n texlive-pxcjkcat The package provides management of the CJK category code ('kcatcode'> table of the upTeX extended TeX engine. Package options are available for tailored use in the cases of documents that are principally written in Japanese, or principally written in English or other Western languages. %package -n texlive-pxcjkcat-doc Summary: Documentation for pxcjkcat Version: svn47266 Provides: tex-pxcjkcat-doc AutoReqProv: No %description -n texlive-pxcjkcat-doc Documentation for pxcjkcat %package -n texlive-przechlewski-book Provides: tex-przechlewski-book = %{tl_version} License: LPPL Summary: Examples from Przechlewski's LaTeX book Version: svn23552.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(caption.sty), tex(polski.sty), tex(prelim2e.sty) Provides: tex(upmgr.cls) = %{tl_version}, tex(wkmgr.cls) = %{tl_version} %description -n texlive-przechlewski-book The bundle provides machine-readable copies of the examples from the book "Praca magisterska i dyplomowa z programem LaTeX". %package -n texlive-przechlewski-book-doc Summary: Documentation for przechlewski-book Version: svn23552.0 Provides: tex-przechlewski-book-doc AutoReqProv: No %description -n texlive-przechlewski-book-doc Documentation for przechlewski-book %package -n texlive-psfrag Provides: tex-psfrag = %{tl_version} License: psfrag Summary: Replace strings in encapsulated PostScript figures Version: svn15878.3.04 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(graphics.sty) Provides: tex(psfrag.sty) = %{tl_version} %description -n texlive-psfrag Allows LaTeX constructions (equations, picture environments, etc.) to be precisely superimposed over Encapsulated PostScript figures, using your own favorite drawing tool to create an EPS figure and placing simple text 'tags' where each replacement is to be placed, with PSfrag automatically removing these tags from the figure and replacing them with a user specified LaTeX construction, properly aligned, scaled, and/or rotated. %package -n texlive-psfrag-doc Summary: Documentation for psfrag Version: svn15878.3.04 Provides: tex-psfrag-doc AutoReqProv: No %description -n texlive-psfrag-doc Documentation for psfrag %package -n texlive-psfrag-italian-doc Summary: Documentation for psfrag-italian Version: svn15878.0 Provides: tex-psfrag-italian-doc AutoReqProv: No %description -n texlive-psfrag-italian-doc Documentation for psfrag-italian %package -n texlive-pxjahyper Provides: tex-pxjahyper = %{tl_version} License: MIT Summary: Hyperref support for pLaTeX Version: svn59165 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(atbegshi.sty) Provides: tex(pxjahyper-ajm.def) = %{tl_version} Provides: tex(pxjahyper-enc.sty) = %{tl_version} Provides: tex(pxjahyper.sty) = %{tl_version} %description -n texlive-pxjahyper pxjahyper package %package -n texlive-pxjahyper-doc Summary: Documentation for pxjahyper Version: svn59165 Provides: tex-pxjahyper-doc AutoReqProv: No %description -n texlive-pxjahyper-doc Documentation for pxjahyper %package -n texlive-pxrubrica Provides: tex-pxrubrica = %{tl_version} License: LPPL Summary: pxrubrica package Version: svn58168 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(keyval.sty) Provides: tex(pxrubrica.sty) = %{tl_version} %description -n texlive-pxrubrica pxrubrica package %package -n texlive-pxrubrica-doc Summary: Documentation for pxrubrica Version: svn58168 Provides: tex-pxrubrica-doc AutoReqProv: No %description -n texlive-pxrubrica-doc Documentation for pxrubrica %package -n texlive-prerex Provides: tex-prerex = %{tl_version} License: GPL+ Summary: Interactive editor and macro support for prerequisite charts Version: svn54512 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(relsize.sty), tex(calc.sty), tex(pgf.sty), tex(tikz.sty) Requires: tex(textcomp.sty), tex(hyperref.sty), tex(xcolor.sty) Provides: tex(prerex.sty) = %{tl_version} %description -n texlive-prerex 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-prerex-doc Summary: Documentation for prerex Version: svn54512 Provides: tex-prerex-doc AutoReqProv: No %description -n texlive-prerex-doc Documentation for prerex %package -n texlive-productbox Provides: tex-productbox = %{tl_version} License: Copyright only Summary: Typeset a three-dimensional product box Version: svn20886.1.1 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(keyval.sty), tex(tikz.sty) Provides: tex(productbox.sty) = %{tl_version} %description -n texlive-productbox 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-productbox-doc Summary: Documentation for productbox Version: svn20886.1.1 Provides: tex-productbox-doc AutoReqProv: No %description -n texlive-productbox-doc Documentation for productbox %package -n texlive-pxpgfmark Provides: tex-pxpgfmark = %{tl_version} License: MIT Summary: e-pTeX driver for PGF inter-picture connections Version: svn30212.0.2 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pxpgfmark.sty) = %{tl_version} %description -n texlive-pxpgfmark 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-pxpgfmark-doc Summary: Documentation for pxpgfmark Version: svn30212.0.2 Provides: tex-pxpgfmark-doc AutoReqProv: No %description -n texlive-pxpgfmark-doc Documentation for pxpgfmark %package -n texlive-preprint Provides: tex-preprint = %{tl_version} License: Public Domain Summary: A bundle of packages provided "as is" Version: svn30447.2011 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(authblk.sty) = %{tl_version}, tex(balance.sty) = %{tl_version} Provides: tex(figcaps.sty) = %{tl_version}, tex(fullpage.sty) = %{tl_version} Provides: tex(sublabel.sty) = %{tl_version} %description -n texlive-preprint The bundle comprises: authblk, which permits footnote style author/affiliation input in the \author command, balance, to balance the end of \twocolumn pages, figcaps, to send figure captions, etc., to end document, fullpage, to set narrow page margins and set a fixed page style, and sublabel, which permits counters to be subnumbered. %package -n texlive-preprint-doc Summary: Documentation for preprint Version: svn30447.2011 Provides: tex-preprint-doc AutoReqProv: No %description -n texlive-preprint-doc Documentation for preprint %package -n texlive-pressrelease Provides: tex-pressrelease = %{tl_version} License: LPPL 1.3 Summary: A class for typesetting press releases Version: svn35147.1.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(marvosym.sty), tex(tikz.sty), tex(xkeyval.sty), tex(etoolbox.sty) Requires: tex(setspace.sty), tex(geometry.sty), tex(url.sty), tex(refcount.sty) Provides: tex(pressrelease-symbols.sty) = %{tl_version} Provides: tex(pressrelease.cls) = %{tl_version} %description -n texlive-pressrelease A configurable class for writing press releases. %package -n texlive-pressrelease-doc Summary: Documentation for pressrelease Version: svn35147.1.0 Provides: tex-pressrelease-doc AutoReqProv: No %description -n texlive-pressrelease-doc Documentation for pressrelease %package -n texlive-prettyref Provides: tex-prettyref = %{tl_version} License: Public Domain Summary: Make label references "self-identify" Version: svn15878.3.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(prettyref.sty) = %{tl_version} %description -n texlive-prettyref Prettyref provides a command \newrefformat, which specifies the way in which a reference is typeset, according to a label "identification". The identification is set in the \label command, by using prefixed label names; so instead of \label{mysection}, one uses \label{sec:mysection}, and prettyref interprets the "sec:" part. The package is compatible with hyperref and with other packages. %package -n texlive-prettyref-doc Summary: Documentation for prettyref Version: svn15878.3.0 Provides: tex-prettyref-doc AutoReqProv: No %description -n texlive-prettyref-doc Documentation for prettyref %package -n texlive-printlen Provides: tex-printlen = %{tl_version} License: LPPL Summary: Print lengths using specified units Version: svn19847.1.1a Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(printlen.sty) = %{tl_version} %description -n texlive-printlen \printlength{length} prints the value of a LaTeX length in the units specified by \uselengthunit{unit} ('unit' may be any TeX length unit except for scaled point, viz., any of: pt, pc, in, mm, cm, bp, dd or cc). When the unit is pt, the printed length value will include any stretch or shrink; otherwise these are not printed. The 'unit' argument may also be PT, in which case length values will be printed in point units but without any stretch or shrink values. %package -n texlive-printlen-doc Summary: Documentation for printlen Version: svn19847.1.1a Provides: tex-printlen-doc AutoReqProv: No %description -n texlive-printlen-doc Documentation for printlen %package -n texlive-probsoln Provides: tex-probsoln = %{tl_version} License: LPPL Summary: Generate problem sheets and their solution sheets Version: svn44783 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(ifthen.sty), tex(amsmath.sty), tex(etoolbox.sty), tex(xkeyval.sty) Provides: tex(probsoln.sty) = %{tl_version} %description -n texlive-probsoln The package is designed for lecturers who have to generate new problem sheets for their students on a regular basis (e.g. yearly) by randomly selecting a specified number of problems defined in another file. The package allows you easily to generate a new problem sheet that is different from the previous year, thus alleviating the temptation of students to seek out the previous year's students and checking out their answers. The solutions to the problems can be defined along with the problem, making it easy to generate the solution sheet from the same source code; problems may be reused within a document, so that solutions may appear in a different section of the same document as the problems they cover. %package -n texlive-probsoln-doc Summary: Documentation for probsoln Version: svn44783 Provides: tex-probsoln-doc AutoReqProv: No %description -n texlive-probsoln-doc Documentation for probsoln %package -n texlive-program Provides: tex-program = %{tl_version} License: GPLv3+ Summary: Typesetting programs and algorithms Version: svn44214 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(program.sty) = %{tl_version} %description -n texlive-program The main offering is a program environment; a programbox environment is available for fragments that must not break with the pages. %package -n texlive-program-doc Summary: Documentation for program Version: svn44214 Provides: tex-program-doc AutoReqProv: No %description -n texlive-program-doc Documentation for program %package -n texlive-progress Provides: tex-progress = %{tl_version} License: LPPL Summary: Creates an overview of a document's state Version: svn19519.1.10 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(progress.sty) = %{tl_version} %description -n texlive-progress Progress is a package which. when compiling TeX and LaTeX documents, generates a HTML file showing an overview of a document's state (of how finished it is). The report is sent to file \ProgressReportName, which is by default the \jobname with the date appended (but is user-modifiable). %package -n texlive-progress-doc Summary: Documentation for progress Version: svn19519.1.10 Provides: tex-progress-doc AutoReqProv: No %description -n texlive-progress-doc Documentation for progress %package -n texlive-progressbar Provides: tex-progressbar = %{tl_version} License: LPPL Summary: Visualize shares of total amounts in the form of a (progress-)bar Version: svn33822.v1.0b_4 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(calc.sty), tex(tikz.sty), tex(kvoptions.sty), tex(kvsetkeys.sty) Provides: tex(progressbar.sty) = %{tl_version} %description -n texlive-progressbar This package allows you to easily visualize shares of total amounts in the form of a bar. So basically you can convert any number between 0 and 1 to a progressbar using the command \progressbar{}. Also a lot of customizations are possible, allowing you to create an unique progressbar on your own. The package uses TikZ to produce its graphics. %package -n texlive-progressbar-doc Summary: Documentation for progressbar Version: svn33822.v1.0b_4 Provides: tex-progressbar-doc AutoReqProv: No %description -n texlive-progressbar-doc Documentation for progressbar %package -n texlive-proofread Provides: tex-proofread = %{tl_version} License: LPPL 1.3 Summary: Commands for inserting annotations Version: svn50938 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(soul.sty), tex(tikz.sty), tex(etoolbox.sty) Provides: tex(proofread.sty) = %{tl_version} %description -n texlive-proofread The proofread package defines a few LaTeX commands that are useful when you proofread a LaTeX document. These allow you to easily highlight text and add comments in the margin. Vim escape sequences are provided for inserting these LaTeX commands in the source. The package is based on code for a text highlighting command that was published by Antal S-Z in href='http://tex.stackexchange.com/questions/5959'. The main file, proofread.dtx, is self-extracting, so you can generate the style file by compiling proofread.dtx with pdfLaTeX. %package -n texlive-proofread-doc Summary: Documentation for proofread Version: svn50938 Provides: tex-proofread-doc AutoReqProv: No %description -n texlive-proofread-doc Documentation for proofread %package -n texlive-properties Provides: tex-properties = %{tl_version} License: LPPL Summary: Load properties from a file Version: svn15878.0.2 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(datatool.sty) Provides: tex(properties.sty) = %{tl_version} %description -n texlive-properties The package loads properties (key, value) from a properties file, e.g. \jobname.properties. %package -n texlive-properties-doc Summary: Documentation for properties Version: svn15878.0.2 Provides: tex-properties-doc AutoReqProv: No %description -n texlive-properties-doc Documentation for properties %package -n texlive-prosper Provides: tex-prosper = %{tl_version} License: LPPL 1.2 Summary: LaTeX class for high quality slides Version: svn33033.1.0h Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(amssymb.sty), tex(pst-grad.sty), tex(semhelv.sty), tex(times.sty) Requires: tex(palatino.sty), tex(mathpazo.sty), tex(pst-slpe.sty), tex(multido.sty) Requires: tex(ifthen.sty), tex(fp.sty), tex(graphicx.sty), tex(hyperref.sty) Provides: tex(PPRalcatel.sty) = %{tl_version}, tex(PPRalienglow.sty) = %{tl_version} Provides: tex(PPRautumn.sty) = %{tl_version}, tex(PPRazure.sty) = %{tl_version} Provides: tex(PPRblends.sty) = %{tl_version}, tex(PPRcapsules.sty) = %{tl_version} Provides: tex(PPRcontemporain.sty) = %{tl_version} Provides: tex(PPRcorners.sty) = %{tl_version}, tex(PPRdarkblue.sty) = %{tl_version} Provides: tex(PPRdefault.sty) = %{tl_version}, tex(PPRframes.sty) = %{tl_version} Provides: tex(PPRfyma.sty) = %{tl_version}, tex(PPRgyom.sty) = %{tl_version} Provides: tex(PPRlignesbleues.sty) = %{tl_version} Provides: tex(PPRmancini.sty) = %{tl_version}, tex(PPRnuancegris.sty) = %{tl_version} Provides: tex(PPRprettybox.sty) = %{tl_version}, tex(PPRrico.sty) = %{tl_version} Provides: tex(PPRserpaggi.sty) = %{tl_version}, tex(PPRthomasd.sty) = %{tl_version} Provides: tex(PPRtroispoints.sty) = %{tl_version}, tex(PPRwhitecross.sty) = %{tl_version} Provides: tex(PPRwinter.sty) = %{tl_version}, tex(PPRwj.sty) = %{tl_version} Provides: tex(prosper.cls) = %{tl_version}, tetex-prosper = %{tl_version} Obsoletes: tetex-prosper < %{tl_version} %description -n texlive-prosper Prosper is a LaTeX class for writing transparencies. It is written as an extension of the seminar class by Timothy Van Zandt. Prosper offers a friendly environment for creating slides for both presentations with an overhead projector and a video projector. Slides prepared for a presentation with a computer and a video projector may integrate animation effects, incremental display, and so on. Various visual styles are supported (including some that mimic PowerPoint) and others are being contributed. %package -n texlive-prosper-doc Summary: Documentation for prosper Version: svn33033.1.0h Provides: tex-prosper-doc AutoReqProv: No %description -n texlive-prosper-doc Documentation for prosper %package -n texlive-protex Provides: tex-protex = %{tl_version} License: LPPL Summary: Literate programming package Version: svn41633 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(AlProTex.sty) = %{tl_version}, tex(ProTex.sty) = %{tl_version} %description -n texlive-protex ProTeX is a simple but powerful literate programming tool, which is designed to generate useful hypertext output (either PDF, or HTML using TeX4ht). %package -n texlive-protex-doc Summary: Documentation for protex Version: svn41633 Provides: tex-protex-doc AutoReqProv: No %description -n texlive-protex-doc Documentation for protex %package -n texlive-protocol Provides: tex-protocol = %{tl_version} License: LPPL 1.3 Summary: A class for minutes of meetings Version: svn25562.1.13 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(protocol.cls) = %{tl_version} %description -n texlive-protocol The present version of the class supports German meeting minutes including vote results and action items. The author has ambitions to internationalise the code, and would welcome support in the work. %package -n texlive-protocol-doc Summary: Documentation for protocol Version: svn25562.1.13 Provides: tex-protocol-doc AutoReqProv: No %description -n texlive-protocol-doc Documentation for protocol %package -n texlive-psfragx Provides: tex-psfragx = %{tl_version} License: LPPL Summary: A psfrag eXtension Version: svn26243.1.1 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(graphicx.sty), tex(psfrag.sty), tex(overpic.sty) Provides: tex(psfragx.cfg) = %{tl_version}, tex(psfragx.sty) = %{tl_version} %description -n texlive-psfragx PSfragX offers a mechanism to embed \psfrag commands, as provided by the psfrag package, into the EPS file itself. Each time a graphic is included, the EPS file is scanned. If some tagged lines are found, they are used to define the psfrag replacements that should be performed automatically. In addition, a similar mechanism holds for overpic objects. These are picture objects superimposed on the included graphic. A similar mechanism is implemented in psfrag itself (but deprecated in the documentation), but psfragx offers much more flexibility. For example, if babel is used, it is possible to define different replacements corresponding to different languages. The replacements to take into account will be selected on the basis of the current language of the document. A Matlab script (LaPrint) is provided, to export an EPS file with psfragx annotations ready embedded. %package -n texlive-psfragx-doc Summary: Documentation for psfragx Version: svn26243.1.1 Provides: tex-psfragx-doc AutoReqProv: No %description -n texlive-psfragx-doc Documentation for psfragx %package -n texlive-pstool Provides: tex-pstool = %{tl_version} License: LPPL Summary: Support for psfrag within pdfLaTeX Version: svn46393 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(catchfile.sty), tex(color.sty), tex(ifpdf.sty), tex(ifplatform.sty) Requires: tex(filemod.sty), tex(graphicx.sty), tex(psfrag.sty), tex(suffix.sty) Requires: tex(trimspaces.sty), tex(xkeyval.sty), tex(expl3.sty) Provides: tex(pstool.sty) = %{tl_version} %description -n texlive-pstool The package works in the same sort of way as pst-pdf, but it also processes the PostScript graphics with psfrag to add labels within the graphic, before conversion. Thus the bundle replaces two steps of an ordinary workflow. (Naturally, the package requires that \write 18 is enabled.) Pstool ensures that each version of each graphic is compiled once only (the graphic is (re-)compiled only if it has changed since the previous compilation of the document). This drastically speeds up the running of the package in the typical case (though the first run of any document is inevitably just as slow as with any similar package). %package -n texlive-pstool-doc Summary: Documentation for pstool Version: svn46393 Provides: tex-pstool-doc AutoReqProv: No %description -n texlive-pstool-doc Documentation for pstool %package -n texlive-pxgreeks Provides: tex-pxgreeks = %{tl_version} License: LPPL 1.3 Summary: Shape selection for PX fonts Greek letters Version: svn21838.1.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pxfonts.sty) Provides: tex(pxgreeks.sty) = %{tl_version} %description -n texlive-pxgreeks The package allows LaTeX maths users of the PX fonts to select the shapes (italic or upright) for the Greek lowercase and uppercase letters. Once the shapes for lowercase and uppercase have been selected via a package option, the \other prefix (e.g., \otheralpha) allows using the alternate glyph (as in the fourier package). The pxgreeks package does not constrain the text font that may be used in the document. %package -n texlive-pxgreeks-doc Summary: Documentation for pxgreeks Version: svn21838.1.0 Provides: tex-pxgreeks-doc AutoReqProv: No %description -n texlive-pxgreeks-doc Documentation for pxgreeks %package -n texlive-python Provides: tex-python = %{tl_version} License: GPL+ Summary: Embed Python code in LaTeX Version: svn27064.0.21 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(python.sty) = %{tl_version} %description -n texlive-python The package enables you to embed Python code in LaTeX, and insert the script's output in the document. %package -n texlive-python-doc Summary: Documentation for python Version: svn27064.0.21 Provides: tex-python-doc AutoReqProv: No %description -n texlive-python-doc Documentation for python %package -n texlive-prftree Provides: tex-prftree = %{tl_version} License: GPL+ Summary: Macros for building proof trees Version: svn54080 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(prftree.sty) = %{tl_version} %description -n texlive-prftree A package to typeset proof trees for natural deduction calculi, sequent-like calculi, and similar. %package -n texlive-prftree-doc Summary: Documentation for prftree Version: svn54080 Provides: tex-prftree-doc AutoReqProv: No %description -n texlive-prftree-doc Documentation for prftree %package -n texlive-proba Provides: tex-proba = %{tl_version} License: LPPL Summary: Shortcuts commands to symbols used in probability texts Version: svn15878.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(amsfonts.sty) Provides: tex(proba.sty) = %{tl_version} %description -n texlive-proba This package includes some of the most often used commands in probability texts, e.g. probability, expectation, variance, etc. It also includes some short commands for set (blackboard) or filtrations (calligraphic). It requires LaTeX2e and the amsfonts package. %package -n texlive-proba-doc Summary: Documentation for proba Version: svn15878.0 Provides: tex-proba-doc AutoReqProv: No %description -n texlive-proba-doc Documentation for proba %package -n texlive-present Provides: tex-present = %{tl_version} License: LPPL Summary: Presentations with Plain TeX Version: svn50048 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(present.tex) = %{tl_version} %description -n texlive-present The package offers a collection of simple macros for preparing presentations in Plain TeX. Slide colour and text colour may be set, links between parts of the presentation, to other files, and to web addresses may be inserted. Images may be included easily, and code is available to provide transition effects between slides or frames. The structure of the macros is not overly complex, so that users should find it easy to adapt the macros to their specific needs. %package -n texlive-present-doc Summary: Documentation for present Version: svn50048 Provides: tex-present-doc AutoReqProv: No %description -n texlive-present-doc Documentation for present %package -n texlive-psbao Provides: tex-psbao = %{tl_version} License: LPPL Summary: Draw Bao diagrams Version: svn55013 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(calc.sty), tex(ifthen.sty), tex(cool.sty) Requires: tex(etex.sty) Provides: tex(psbao.sty) = %{tl_version} %description -n texlive-psbao The package draws Bao diagrams in LaTeX. The package is a development of psgo, and uses PSTricks to draw the diagrams. %package -n texlive-psbao-doc Summary: Documentation for psbao Version: svn55013 Provides: tex-psbao-doc AutoReqProv: No %description -n texlive-psbao-doc Documentation for psbao %package -n texlive-pst-2dplot Provides: tex-pst-2dplot = %{tl_version} License: LPPL Summary: A PSTricks package for drawing 2D curves Version: svn15878.1.5 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pst-2dplot.sty) = %{tl_version} %description -n texlive-pst-2dplot Pst-2dplot is a pstricks package that offers an easy-to-use and intuitive tool for plotting 2-d curves. It defines an environment with commands similar to MATLAB for plotting. %package -n texlive-pst-2dplot-doc Summary: Documentation for pst-2dplot Version: svn15878.1.5 Provides: tex-pst-2dplot-doc AutoReqProv: No %description -n texlive-pst-2dplot-doc Documentation for pst-2dplot %package -n texlive-pst-3d Provides: tex-pst-3d = %{tl_version} License: LPPL Summary: A PSTricks package for tilting and other pseudo-3D tricks Version: svn17257.1.10 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-3d.tex) = %{tl_version}, tex(pst-3d.sty) = %{tl_version} %description -n texlive-pst-3d The package provides basic macros that use PSTricks for shadows, tilting and three dimensional representations of text or graphical objects. %package -n texlive-pst-3d-doc Summary: Documentation for pst-3d Version: svn17257.1.10 Provides: tex-pst-3d-doc AutoReqProv: No %description -n texlive-pst-3d-doc Documentation for pst-3d %package -n texlive-pst-3dplot Provides: tex-pst-3dplot = %{tl_version} License: LPPL Summary: Draw 3D objects in parallel projection, using PSTricks Version: svn56758 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-3d.sty), tex(pst-plot.sty), tex(pst-node.sty) Requires: tex(multido.sty) Provides: tex(pst-3dplot.tex) = %{tl_version}, tex(pst-3dplot.sty) = %{tl_version} %description -n texlive-pst-3dplot A package using PSTricks to draw a large variety of graphs and plots, including 3D maths functions. Data can be read from external data files, making this package a generic tool for graphing within TeX/LaTeX, without the need for external tools. %package -n texlive-pst-3dplot-doc Summary: Documentation for pst-3dplot Version: svn56758 Provides: tex-pst-3dplot-doc AutoReqProv: No %description -n texlive-pst-3dplot-doc Documentation for pst-3dplot %package -n texlive-pst-abspos Provides: tex-pst-abspos = %{tl_version} License: LPPL Summary: Put objects at an absolute position Version: svn15878.0.2 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-abspos.tex) = %{tl_version}, tex(pst-abspos.sty) = %{tl_version} %description -n texlive-pst-abspos The (PSTricks-related) package provides a command \pstPutAbs(x,y) to put an object at an arbitrary absolute (or even a relative) position on the page. %package -n texlive-pst-abspos-doc Summary: Documentation for pst-abspos Version: svn15878.0.2 Provides: tex-pst-abspos-doc AutoReqProv: No %description -n texlive-pst-abspos-doc Documentation for pst-abspos %package -n texlive-pst-am Provides: tex-pst-am = %{tl_version} License: LPPL Summary: Simulation of modulation and demodulation Version: svn19591.1.02 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-plot.sty), tex(pst-node.sty), tex(pst-xkey.sty) Requires: tex(numprint.sty), tex(multido.sty) Provides: tex(pst-am.sty) = %{tl_version} %description -n texlive-pst-am The package allows the simulation of the modulated and demodulated amplitude of radio waves. The user may plot curves of modulated signals, wave carrier, signal modulation, signal recovery and signal demodulation. %package -n texlive-pst-am-doc Summary: Documentation for pst-am Version: svn19591.1.02 Provides: tex-pst-am-doc AutoReqProv: No %description -n texlive-pst-am-doc Documentation for pst-am %package -n texlive-pst-asr Provides: tex-pst-asr = %{tl_version} License: LPPL Summary: Typeset autosegmental representations for linguists Version: svn22138.1.3 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-xkey.sty) Provides: tex(pst-asr.tex) = %{tl_version}, tex(pst-asr.sty) = %{tl_version} %description -n texlive-pst-asr The package allows the user to typeset autosegmental representations. It uses the PStricks, and xkeyval packages. %package -n texlive-pst-asr-doc Summary: Documentation for pst-asr Version: svn22138.1.3 Provides: tex-pst-asr-doc AutoReqProv: No %description -n texlive-pst-asr-doc Documentation for pst-asr %package -n texlive-pst-bar Provides: tex-pst-bar = %{tl_version} License: LPPL Summary: Produces bar charts using pstricks Version: svn18734.0.92 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-bar.tex) = %{tl_version}, tex(pst-bar.sty) = %{tl_version} %description -n texlive-pst-bar The package uses pstricks to draw bar charts from data stored in a comma-delimited file. Several types of bar charts may be drawn, and the drawing parameters are highly customizable. No external packages are required except those that are part of the standard pstricks distribution. %package -n texlive-pst-bar-doc Summary: Documentation for pst-bar Version: svn18734.0.92 Provides: tex-pst-bar-doc AutoReqProv: No %description -n texlive-pst-bar-doc Documentation for pst-bar %package -n texlive-pst-barcode Provides: tex-pst-barcode = %{tl_version} License: LPPL Summary: Print barcodes using PostScript Version: svn45096 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-barcode.tex) = %{tl_version}, tex(pst-barcode.sty) = %{tl_version} %description -n texlive-pst-barcode The pst-barcode package allows printing of barcodes, in a huge variety of formats, including quick-response (qr) codes (see documentation for details). As a pstricks package, the package requires pstricks. The package uses PostScript for calculating the bars. For PDF output use a multi-pass mechansism such as pst-pdf. %package -n texlive-pst-barcode-doc Summary: Documentation for pst-barcode Version: svn45096 Provides: tex-pst-barcode-doc AutoReqProv: No %description -n texlive-pst-barcode-doc Documentation for pst-barcode %package -n texlive-pst-bezier Provides: tex-pst-bezier = %{tl_version} License: LPPL Summary: Draw Bezier curves Version: svn41981 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-bezier.tex) = %{tl_version}, tex(pst-bezier.sty) = %{tl_version} %description -n texlive-pst-bezier The package provides a macro \psbcurve for drawing a Bezier curve. Provision is made for full control of over all the control points of the curve. %package -n texlive-pst-bezier-doc Summary: Documentation for pst-bezier Version: svn41981 Provides: tex-pst-bezier-doc AutoReqProv: No %description -n texlive-pst-bezier-doc Documentation for pst-bezier %package -n texlive-pst-blur Provides: tex-pst-blur = %{tl_version} License: LPPL Summary: PSTricks package for "blurred" shadows Version: svn15878.2.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-blur.tex) = %{tl_version}, tex(pst-blur.sty) = %{tl_version} %description -n texlive-pst-blur Pst-blur is a package built for use with PSTricks. It provides macros that apply blurring to the normal shadow function of PSTricks. %package -n texlive-pst-blur-doc Summary: Documentation for pst-blur Version: svn15878.2.0 Provides: tex-pst-blur-doc AutoReqProv: No %description -n texlive-pst-blur-doc Documentation for pst-blur %package -n texlive-pst-bspline Provides: tex-pst-bspline = %{tl_version} License: LPPL Summary: Draw cubic Bspline curves and interpolations Version: svn40685 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pst-bspline.tex) = %{tl_version}, tex(pst-bspline.sty) = %{tl_version} %description -n texlive-pst-bspline The package draws uniform, cubic B-spline curves, open and closed, based on a sequence of B-spline control points. There is also code which permits drawing the open or closed cubic Bspline curve interpolating a sequence of points. Graphical output is created using PStricks. %package -n texlive-pst-bspline-doc Summary: Documentation for pst-bspline Version: svn40685 Provides: tex-pst-bspline-doc AutoReqProv: No %description -n texlive-pst-bspline-doc Documentation for pst-bspline %package -n texlive-pst-calendar Provides: tex-pst-calendar = %{tl_version} License: LPPL Summary: Plot calendars in "fancy" ways Version: svn15878.0.47 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(fp.sty), tex(pstricks.sty), tex(pst-3d.sty), tex(multido.sty) Requires: tex(pst-xkey.sty) Provides: tex(pst-calendar.sty) = %{tl_version} %description -n texlive-pst-calendar The package uses pstricks and pst-3d to draw tabular calendars, or calendars on dodecahedra with a month to each face (the package also requires the multido and pst-xkey packages). The package works for years 2000-2099, and has options for calendars in French German and English, but the documentation is not available in English. %package -n texlive-pst-calendar-doc Summary: Documentation for pst-calendar Version: svn15878.0.47 Provides: tex-pst-calendar-doc AutoReqProv: No %description -n texlive-pst-calendar-doc Documentation for pst-calendar %package -n texlive-pst-circ Provides: tex-pst-circ = %{tl_version} License: LPPL Summary: PSTricks package for drawing electric circuits Version: svn59017 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-circ.tex) = %{tl_version}, tex(pst-circ.sty) = %{tl_version} %description -n texlive-pst-circ The package is built using PSTricks and in particular pst-node. It can easily draw current 2-terminal devices and some 3- and 4- terminal devices used in electronic or electric theory. The package's macros are designed with a view to 'logical' representation of circuits, as far as possible, so as to relieve the user of purely graphical considerations when expressing a circuit. %package -n texlive-pst-circ-doc Summary: Documentation for pst-circ Version: svn59017 Provides: tex-pst-circ-doc AutoReqProv: No %description -n texlive-pst-circ-doc Documentation for pst-circ %package -n texlive-pst-coil Provides: tex-pst-coil = %{tl_version} License: LPPL Summary: A PSTricks package for coils, etc Version: svn37377.1.07 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-coil.tex) = %{tl_version}, tex(pst-coil.sty) = %{tl_version} %description -n texlive-pst-coil Pst-coil is a PSTricks based package for coils and zigzags and for coil and zigzag node connections. %package -n texlive-pst-coil-doc Summary: Documentation for pst-coil Version: svn37377.1.07 Provides: tex-pst-coil-doc AutoReqProv: No %description -n texlive-pst-coil-doc Documentation for pst-coil %package -n texlive-pst-cox Provides: tex-pst-cox = %{tl_version} License: LGPLv2+ Summary: Drawing regular complex polytopes with PSTricks Version: svn15878.0.98_Beta Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-coxcoor.tex) = %{tl_version}, tex(pst-coxeterp.tex) = %{tl_version} Provides: tex(pst-coxcoor.sty) = %{tl_version}, tex(pst-coxeterp.sty) = %{tl_version} %description -n texlive-pst-cox Pst-cox is a PSTricks package for drawing 2-dimensional projections of complex regular polytopes (after the work of Coxeter). The package consists of a macro library for drawing the projections. The complex polytopes appear in the study of the root systems and play a crucial role in many domains related to mathematics and physics. These polytopes have been completely described by Coxeter in his book "Regular Complex Polytopes". There exist only a finite numbers of exceptional regular complex polytopes (for example the icosahedron) and some infinite series (for example, one can construct a multi- dimensional analogue of the hypercube in any finite dimension). The library contains two packages. The first, pst-coxcoor, is devoted to the exceptional complex regular polytopes whose coordinates have been pre-computed. The second, pst-coxeterp, is devoted to the infinite series. %package -n texlive-pst-cox-doc Summary: Documentation for pst-cox Version: svn15878.0.98_Beta Provides: tex-pst-cox-doc AutoReqProv: No %description -n texlive-pst-cox-doc Documentation for pst-cox %package -n texlive-pst-dbicons Provides: tex-pst-dbicons = %{tl_version} License: LPPL Summary: Support for drawing ER diagrams Version: svn17556.0.16 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pst-dbicons.sty) = %{tl_version} %description -n texlive-pst-dbicons The package provides some useful macros in the database area. The package focusses on typesetting ER-Diagrams in a declarative style, i.e., by positioning some nodes and defining the position of all other nodes relative to them by using the standard database terminology. The PSTricks package is required for using pst-dbicons, but no deep knowledge of PSTricks commands is required (although such knowledge is useful for exploiting the full functionality of the package). %package -n texlive-pst-dbicons-doc Summary: Documentation for pst-dbicons Version: svn17556.0.16 Provides: tex-pst-dbicons-doc AutoReqProv: No %description -n texlive-pst-dbicons-doc Documentation for pst-dbicons %package -n texlive-pst-diffraction Provides: tex-pst-diffraction = %{tl_version} License: LPPL Summary: Print diffraction patterns from various apertures Version: svn15878.2.03 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-3dplot.sty), tex(pst-xkey.sty) Provides: tex(pst-diffraction.tex) = %{tl_version} Provides: tex(pst-diffraction.sty) = %{tl_version} %description -n texlive-pst-diffraction The package enables the user to draw (using PSTricks) the diffraction patterns for different geometric forms of apertures for monochromatic light (using PSTricks). The aperture stops can have rectangular, circular or triangular openings. The view of the diffraction may be planar, or three-dimensional. Options available are the dimensions of the aperture under consideration and of the particular optical setting, e.g. the radius in case of an circular opening. Moreover one can choose the wavelength of the light (the associated color will be calculated by the package). %package -n texlive-pst-diffraction-doc Summary: Documentation for pst-diffraction Version: svn15878.2.03 Provides: tex-pst-diffraction-doc AutoReqProv: No %description -n texlive-pst-diffraction-doc Documentation for pst-diffraction %package -n texlive-pst-electricfield Provides: tex-pst-electricfield = %{tl_version} License: LPPL Summary: Draw electric field and equipotential lines with PStricks Version: svn29803.0.14 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-electricfield.tex) = %{tl_version} Provides: tex(pst-electricfield.sty) = %{tl_version} %description -n texlive-pst-electricfield The package provides macros to plot electric field and equipotential lines using PStricks. There may be any number of charges which can be placed in a cartesian coordinate system by (x,y) values. %package -n texlive-pst-electricfield-doc Summary: Documentation for pst-electricfield Version: svn29803.0.14 Provides: tex-pst-electricfield-doc AutoReqProv: No %description -n texlive-pst-electricfield-doc Documentation for pst-electricfield %package -n texlive-pst-eps Provides: tex-pst-eps = %{tl_version} License: LPPL Summary: Create EPS files from PSTricks figures Version: svn15878.1.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-eps.tex) = %{tl_version}, tex(pst-eps.sty) = %{tl_version} %description -n texlive-pst-eps Pst-eps is a PSTricks-based package for exporting PSTricks images 'on the fly' to encapsulated PostScript (EPS) image files, which can then be read into a document in the usual way. %package -n texlive-pst-eps-doc Summary: Documentation for pst-eps Version: svn15878.1.0 Provides: tex-pst-eps-doc AutoReqProv: No %description -n texlive-pst-eps-doc Documentation for pst-eps %package -n texlive-pst-eucl Provides: tex-pst-eucl = %{tl_version} License: LPPL Summary: Euclidian geometry with pstricks Version: svn56474 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-node.sty), tex(pst-tools.sty) Provides: tex(pst-eucl.tex) = %{tl_version}, tex(pst-eucl.sty) = %{tl_version} %description -n texlive-pst-eucl The package allows the drawing of Euclidean geometric figures using TeX pstricks macros for specifying mathematical constraints. It is thus possible to build point using common transformations or intersections. The use of coordinates is limited to points which controlled the figure. %package -n texlive-pst-eucl-doc Summary: Documentation for pst-eucl Version: svn56474 Provides: tex-pst-eucl-doc AutoReqProv: No %description -n texlive-pst-eucl-doc Documentation for pst-eucl %package -n texlive-pst-exa Provides: tex-pst-exa = %{tl_version} License: LPPL Summary: Typeset PSTricks examples, with code Version: svn45289 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(etoolbox.sty), tex(xcolor.sty), tex(showexpl.sty), tex(accsupp.sty) Requires: tex(changepage.sty), tex(tcolorbox.sty) Provides: tex(pst-exa.sty) = %{tl_version} %description -n texlive-pst-exa The (PSTricks-related) package provides an environment PSTexample to put code and output side by side or one above the other. %package -n texlive-pst-exa-doc Summary: Documentation for pst-exa Version: svn45289 Provides: tex-pst-exa-doc AutoReqProv: No %description -n texlive-pst-exa-doc Documentation for pst-exa %package -n texlive-pst-fill Provides: tex-pst-fill = %{tl_version} License: LPPL Summary: Fill or tile areas with PSTricks Version: svn15878.1.01 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-fill.tex) = %{tl_version}, tex(pst-fill.sty) = %{tl_version} %description -n texlive-pst-fill Pst-fill is a PSTricks-based package for filling and tiling areas or characters. %package -n texlive-pst-fill-doc Summary: Documentation for pst-fill Version: svn15878.1.01 Provides: tex-pst-fill-doc AutoReqProv: No %description -n texlive-pst-fill-doc Documentation for pst-fill %package -n texlive-pst-fit Provides: tex-pst-fit = %{tl_version} License: LPPL Summary: Macros for curve fitting Version: svn45109 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pstricks-add.sty) Provides: tex(pst-fit.tex) = %{tl_version}, tex(pst-fit.sty) = %{tl_version} %description -n texlive-pst-fit The package uses PSTricks to fit curves to: Linear Functions; Power Functions; exp Function; Log_{10} and Log_e functions; Recip; Kings Law data; Gaussian; and 4th order Polynomial %package -n texlive-pst-fit-doc Summary: Documentation for pst-fit Version: svn45109 Provides: tex-pst-fit-doc AutoReqProv: No %description -n texlive-pst-fit-doc Documentation for pst-fit %package -n texlive-pst-fr3d Provides: tex-pst-fr3d = %{tl_version} License: LPPL Summary: Draw 3-dimensional framed boxes using PSTricks Version: svn15878.1.10 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pst-fr3d.tex) = %{tl_version}, tex(pst-fr3d.sty) = %{tl_version} %description -n texlive-pst-fr3d A package using PSTricks to draw three dimensional framed boxes using a macro \PstFrameBoxThreeD. The macro is especially useful for drawing 3d-seeming buttons. %package -n texlive-pst-fr3d-doc Summary: Documentation for pst-fr3d Version: svn15878.1.10 Provides: tex-pst-fr3d-doc AutoReqProv: No %description -n texlive-pst-fr3d-doc Documentation for pst-fr3d %package -n texlive-pst-fractal Provides: tex-pst-fractal = %{tl_version} License: LPPL Summary: Draw fractal sets using PSTricks Version: svn54376 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-xkey.sty) Provides: tex(pst-fractal.tex) = %{tl_version}, tex(pst-fractal.sty) = %{tl_version} %description -n texlive-pst-fractal The package uses PSTricks to draw the Julia and Mandelbrot sets, the Sierpinski triangle, Koch flake, and Apollonius Circle as well as fractal trees (which need not be balanced) with a variety of different parameters (including varying numbers of iterations). The package uses the pst-xkey package, part of the xkeyval distribution. %package -n texlive-pst-fractal-doc Summary: Documentation for pst-fractal Version: svn54376 Provides: tex-pst-fractal-doc AutoReqProv: No %description -n texlive-pst-fractal-doc Documentation for pst-fractal %package -n texlive-pst-fun Provides: tex-pst-fun = %{tl_version} License: LPPL Summary: Draw "funny" objects with PSTricks Version: svn17909.0.04 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-grad.sty), tex(pst-slpe.sty), tex(multido.sty) Provides: tex(pst-fun.tex) = %{tl_version}, tex(pst-fun.sty) = %{tl_version} %description -n texlive-pst-fun This is a PSTricks related package for drawing funny objects, like ant, bird, fish, kangaroo, ... Such objects may be useful for testing other PSTricks macros and/or packages. (Or they can be used for fun...) %package -n texlive-pst-fun-doc Summary: Documentation for pst-fun Version: svn17909.0.04 Provides: tex-pst-fun-doc AutoReqProv: No %description -n texlive-pst-fun-doc Documentation for pst-fun %package -n texlive-pst-func Provides: tex-pst-func = %{tl_version} License: LPPL Summary: PSTricks package for plotting mathematical functions Version: svn58786 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-func.tex) = %{tl_version}, tex(pst-func.sty) = %{tl_version} %description -n texlive-pst-func The package is built for use with PSTricks. It provides macros for plotting and manipulating various mathematical functions: polynomials and their derivatives f(x)=an*x^n+an-1*x^(n- 1)+...+a0 defined by the coefficients a0 a1 a2 ... and the derivative order; the Fourier sum f(x) = a0/2+a1cos(omega x)+...+b1sin(omega x)+... defined by the coefficients a0 a1 a2 ... b1 b2 b3 ...; the Bessel function defined by its order; the Gauss function defined by sigma and mu; Bezier curves from order 1 (two control points) to order 9 (10 control points); the superellipse function (the Lame curve); Chebyshev polynomials of the first and second kind; the Thomae (or popcorn) function; the Weierstrass function; various integration-derived functions; normal, binomial, poisson, gamma, chi-squared, student's t, F, beta, Cauchy and Weibull distribution functions and the Lorenz curve; the zeroes of a function, or the intermediate point of two functions; the Vasicek function for describing the evolution of interest rates; and implicit functions. The plots may be generated as volumes of rotation about the X-axis, as well. %package -n texlive-pst-func-doc Summary: Documentation for pst-func Version: svn58786 Provides: tex-pst-func-doc AutoReqProv: No %description -n texlive-pst-func-doc Documentation for pst-func %package -n texlive-pst-gantt Provides: tex-pst-gantt = %{tl_version} License: LPPL Summary: Draw GANTT charts with pstricks Version: svn35832.0.22a Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-gantt.tex) = %{tl_version}, tex(pst-gantt.sty) = %{tl_version} %description -n texlive-pst-gantt The package uses PSTricks to draw GANTT charts, which are a kind of bar chart that displays a project schedule. The package requires the pstricks apparatus, of course. %package -n texlive-pst-gantt-doc Summary: Documentation for pst-gantt Version: svn35832.0.22a Provides: tex-pst-gantt-doc AutoReqProv: No %description -n texlive-pst-gantt-doc Documentation for pst-gantt %package -n texlive-pst-geo Provides: tex-pst-geo = %{tl_version} License: LPPL Summary: Geographical Projections Version: svn46273 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(aus.dat) = %{tl_version}, tex(c-cap.dat) = %{tl_version} Provides: tex(c-sub.dat) = %{tl_version}, tex(canada.dat) = %{tl_version} Provides: tex(capitales.tex) = %{tl_version}, tex(capitales3d.tex) = %{tl_version} Provides: tex(capitals.dat) = %{tl_version}, tex(cities.tex) = %{tl_version} Provides: tex(citycapitals.dat) = %{tl_version}, tex(citysub.dat) = %{tl_version} Provides: tex(corse.dat) = %{tl_version}, tex(france.dat) = %{tl_version} Provides: tex(mex.dat) = %{tl_version}, tex(pborder.dat) = %{tl_version} Provides: tex(pcoast.dat) = %{tl_version}, tex(pisland.dat) = %{tl_version} Provides: tex(plake.dat) = %{tl_version}, tex(rhone.dat) = %{tl_version} Provides: tex(ridge.dat) = %{tl_version}, tex(river.dat) = %{tl_version} Provides: tex(seine.dat) = %{tl_version}, tex(transfrm.dat) = %{tl_version} Provides: tex(trench.dat) = %{tl_version}, tex(usa.dat) = %{tl_version} Provides: tex(villesFrance.tex) = %{tl_version}, tex(villesFrance3d.tex) = %{tl_version} Provides: tex(villesItalia.tex) = %{tl_version}, tex(villesItalia3d.tex) = %{tl_version} Provides: tex(wfraczon.dat) = %{tl_version}, tex(wmaglin.dat) = %{tl_version} Provides: tex(africa-bdy.dat) = %{tl_version}, tex(africa-cil.dat) = %{tl_version} Provides: tex(africa-riv.dat) = %{tl_version}, tex(asia-bdy.dat) = %{tl_version} Provides: tex(asia-cil.dat) = %{tl_version}, tex(asia-isl.dat) = %{tl_version} Provides: tex(asia-riv.dat) = %{tl_version}, tex(c-cap.dat) = %{tl_version} Provides: tex(c-sub.dat) = %{tl_version}, tex(citycapitals.dat) = %{tl_version} Provides: tex(citysub.dat) = %{tl_version}, tex(europe-bdy.dat) = %{tl_version} Provides: tex(europe-cil.dat) = %{tl_version}, tex(europe-riv.dat) = %{tl_version} Provides: tex(namer-bdy.dat) = %{tl_version}, tex(namer-cil.dat) = %{tl_version} Provides: tex(namer-pby.dat) = %{tl_version}, tex(namer-riv.dat) = %{tl_version} Provides: tex(samer-arc.dat) = %{tl_version}, tex(samer-bdy.dat) = %{tl_version} Provides: tex(samer-cil.dat) = %{tl_version}, tex(samer-riv.dat) = %{tl_version} Provides: tex(pst-map2d.tex) = %{tl_version}, tex(pst-map2dII.tex) = %{tl_version} Provides: tex(pst-map3d.tex) = %{tl_version}, tex(pst-map3dII.tex) = %{tl_version} Provides: tex(pst-map2d.sty) = %{tl_version}, tex(pst-map2dII.sty) = %{tl_version} Provides: tex(pst-map3d.sty) = %{tl_version}, tex(pst-map3dII.sty) = %{tl_version} %description -n texlive-pst-geo The package offers a set of PSTricks related packages for various cartographic projections of the terrestrial sphere. The package pst-map2d provides conventional projections such as Mercator, Lambert, cylindrical, etc. The package pst-map3d treats representation in three dimensions of the terrestrial sphere. Packages pst-map2dII and pst-map3dII allow use of the CIA World DataBank II. Various parameters of the packages allow for choice of the level of the detail and the layouts possible (cities, borders, rivers etc). Substantial data files are provided, in an (internally) compressed format. Decompression happens on-the-fly as a document using the data is displayed, printed or converted to PDF format. A Perl script is provided for the user to do the decompression, if the need should arise. %package -n texlive-pst-geo-doc Summary: Documentation for pst-geo Version: svn46273 Provides: tex-pst-geo-doc AutoReqProv: No %description -n texlive-pst-geo-doc Documentation for pst-geo %package -n texlive-pst-ghsb Provides: tex-pst-ghsb = %{tl_version} License: LPPL Summary: pst-ghsb package Version: svn54074 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pst-ghsb.tex) = %{tl_version}, tex(pst-ghsb.sty) = %{tl_version} %description -n texlive-pst-ghsb pst-ghsb package %package -n texlive-pst-ghsb-doc Summary: Documentation for pst-ghsb Version: svn45797 Provides: tex-pst-ghsb-doc AutoReqProv: No %description -n texlive-pst-ghsb-doc Documentation for pst-ghsb %package -n texlive-pst-gr3d Provides: tex-pst-gr3d = %{tl_version} License: LPPL Summary: Three dimensional grids with PSTricks Version: svn15878.1.34 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-gr3d.tex) = %{tl_version}, tex(pst-gr3d.sty) = %{tl_version} %description -n texlive-pst-gr3d This PSTricks package provides a command \PstGridThreeD that will draw a three dimensional grid, offering a number of options for its appearance. %package -n texlive-pst-gr3d-doc Summary: Documentation for pst-gr3d Version: svn15878.1.34 Provides: tex-pst-gr3d-doc AutoReqProv: No %description -n texlive-pst-gr3d-doc Documentation for pst-gr3d %package -n texlive-pst-grad Provides: tex-pst-grad = %{tl_version} License: LPPL Summary: Filling with colour gradients, using PStricks Version: svn15878.1.06 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-grad.tex) = %{tl_version}, tex(pst-grad.sty) = %{tl_version} %description -n texlive-pst-grad The package fills with colour gradients, using PSTricks. The RGB, CMYK and HSB models are supported. Other colour gradient mechanisms are to be found in package pst-slpe. %package -n texlive-pst-grad-doc Summary: Documentation for pst-grad Version: svn15878.1.06 Provides: tex-pst-grad-doc AutoReqProv: No %description -n texlive-pst-grad-doc Documentation for pst-grad %package -n texlive-pst-graphicx Provides: tex-pst-graphicx = %{tl_version} License: LPPL Summary: A pstricks-compatible graphicx for use with Plain TeX Version: svn21717.0.02 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pst-graphicx.tex) = %{tl_version} %description -n texlive-pst-graphicx The package provides a version of graphicx that avoids loading the graphics bundle's (original) keyval package, which clashes with pstricks' use of xkeyval. %package -n texlive-pst-graphicx-doc Summary: Documentation for pst-graphicx Version: svn21717.0.02 Provides: tex-pst-graphicx-doc AutoReqProv: No %description -n texlive-pst-graphicx-doc Documentation for pst-graphicx %package -n texlive-pst-infixplot Provides: tex-pst-infixplot = %{tl_version} License: LPPL Summary: Using pstricks plotting capacities with infix expressions rather than RPN Version: svn15878.0.11 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(infix-RPN.tex) = %{tl_version}, tex(pst-infixplot.tex) = %{tl_version} Provides: tex(infix-RPN.sty) = %{tl_version}, tex(pst-infixplot.sty) = %{tl_version} %description -n texlive-pst-infixplot Plotting functions with pst-plot is very powerful but sometimes difficult to learn since the syntax of \psplot and \parametricplot requires some PostScript knowledge. The infix- RPN and pst-infixplot styles simplify the usage of pst-plot for the beginner, providing macro commands that convert natural mathematical expressions to PostScript syntax. %package -n texlive-pst-infixplot-doc Summary: Documentation for pst-infixplot Version: svn15878.0.11 Provides: tex-pst-infixplot-doc AutoReqProv: No %description -n texlive-pst-infixplot-doc Documentation for pst-infixplot %package -n texlive-pst-intersect Provides: tex-pst-intersect = %{tl_version} License: LPPL Summary: Compute intersections of arbitrary curves Version: svn33210.0.4 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-xkey.sty), tex(pst-node.sty), tex(pst-func.sty) Provides: tex(pst-intersect.tex) = %{tl_version}, tex(pst-intersect.sty) = %{tl_version} %description -n texlive-pst-intersect The package computes the intersections between arbitrary Postscript paths or Bezier curves, using the Bezier clipping algorithm. %package -n texlive-pst-intersect-doc Summary: Documentation for pst-intersect Version: svn33210.0.4 Provides: tex-pst-intersect-doc AutoReqProv: No %description -n texlive-pst-intersect-doc Documentation for pst-intersect %package -n texlive-pst-jtree Provides: tex-pst-jtree = %{tl_version} License: LPPL 1.3 Summary: Typeset complex trees for linguists Version: svn20946.2.6 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pst-jtree.tex) = %{tl_version}, tex(pst-jtree.sty) = %{tl_version} %description -n texlive-pst-jtree jTree uses PStricks to enable linguists to typeset complex trees. The package requires use of PStricks (of course) and xkeyval packages. jTree is a development of, and replacement for, the jftree package, which is no longer available. %package -n texlive-pst-jtree-doc Summary: Documentation for pst-jtree Version: svn20946.2.6 Provides: tex-pst-jtree-doc AutoReqProv: No %description -n texlive-pst-jtree-doc Documentation for pst-jtree %package -n texlive-pst-knot Provides: tex-pst-knot = %{tl_version} License: LPPL Summary: PSTricks package for displaying knots Version: svn16033.0.2 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-knot.tex) = %{tl_version}, tex(pst-knot.sty) = %{tl_version} %description -n texlive-pst-knot The package can produce a fair range of knot shapes, with all the standard graphics controls one expects. %package -n texlive-pst-knot-doc Summary: Documentation for pst-knot Version: svn16033.0.2 Provides: tex-pst-knot-doc AutoReqProv: No %description -n texlive-pst-knot-doc Documentation for pst-knot %package -n texlive-pst-labo Provides: tex-pst-labo = %{tl_version} License: LPPL Summary: Draw objects for Chemistry laboratories Version: svn39077 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-labo.tex) = %{tl_version}, tex(pst-laboObj.tex) = %{tl_version} Provides: tex(pst-labo.sty) = %{tl_version} %description -n texlive-pst-labo Pst-labo is a PSTricks related package for drawing basic and complex chemical objects. The documentation of the package is illuminated with plenty of illustrations together with their source code, making it an easy read. %package -n texlive-pst-labo-doc Summary: Documentation for pst-labo Version: svn39077 Provides: tex-pst-labo-doc AutoReqProv: No %description -n texlive-pst-labo-doc Documentation for pst-labo %package -n texlive-pst-layout Provides: tex-pst-layout = %{tl_version} License: LPPL Summary: Page layout macros based on PStricks packages Version: svn29803.95 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(graphicx.sty), tex(ifthen.sty), tex(arrayjobx.sty) Provides: tex(pst-layout.sty) = %{tl_version} %description -n texlive-pst-layout The package provides a means of creating elaborate ("pseudo- tabular") layouts of material, typically to be overlaid on an included graphic. The package requires a recent version of the package pst-node and some other pstricks-related material. %package -n texlive-pst-layout-doc Summary: Documentation for pst-layout Version: svn29803.95 Provides: tex-pst-layout-doc AutoReqProv: No %description -n texlive-pst-layout-doc Documentation for pst-layout %package -n texlive-pst-lens Provides: tex-pst-lens = %{tl_version} License: LPPL Summary: Lenses with PSTricks Version: svn15878.1.02 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-lens.tex) = %{tl_version}, tex(pst-lens.sty) = %{tl_version} %description -n texlive-pst-lens This PSTricks package provides a really rather simple command \PstLens that will draw a lens. Command parameters provide a remarkable range of effects. %package -n texlive-pst-lens-doc Summary: Documentation for pst-lens Version: svn15878.1.02 Provides: tex-pst-lens-doc AutoReqProv: No %description -n texlive-pst-lens-doc Documentation for pst-lens %package -n texlive-pst-light3d Provides: tex-pst-light3d = %{tl_version} License: LPPL Summary: Three dimensional lighting effects (PSTricks) Version: svn15878.0.12 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-light3d.tex) = %{tl_version}, tex(pst-light3d.sty) = %{tl_version} %description -n texlive-pst-light3d A PSTricks package for three dimensional lighting effects on characters and PSTricks graphics, like lines, curves, plots, ... %package -n texlive-pst-light3d-doc Summary: Documentation for pst-light3d Version: svn15878.0.12 Provides: tex-pst-light3d-doc AutoReqProv: No %description -n texlive-pst-light3d-doc Documentation for pst-light3d %package -n texlive-pst-magneticfield Provides: tex-pst-magneticfield = %{tl_version} License: LPPL Summary: Plotting a magnetic field with PSTricks Version: svn18922.1.13 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-3d.sty), tex(multido.sty) Provides: tex(pst-magneticfield.tex) = %{tl_version} Provides: tex(pst-magneticfield.sty) = %{tl_version} %description -n texlive-pst-magneticfield pst-magneticfield is a PSTricks related package to draw the magnetic field lines of Helmholtz coils in a two or three dimensional view. There are several parameters to create a different output. For more informations or some examples read the documentation of the package. %package -n texlive-pst-magneticfield-doc Summary: Documentation for pst-magneticfield Version: svn18922.1.13 Provides: tex-pst-magneticfield-doc AutoReqProv: No %description -n texlive-pst-magneticfield-doc Documentation for pst-magneticfield %package -n texlive-pst-math Provides: tex-pst-math = %{tl_version} License: LPPL Summary: Enhancement of PostScript math operators to use with pstricks Version: svn49425 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pst-math.tex) = %{tl_version}, tex(pst-math.sty) = %{tl_version} %description -n texlive-pst-math PostScript lacks a lot of basic operators such as tan, acos, asin, cosh, sinh, tanh, acosh, asinh, atanh, exp (with e base). Also (oddly) cos and sin use arguments in degrees. Pst-math provides all those operators in a header file pst-math.pro with wrappers pst-math.sty and pst-math.tex. In addition, sinc, gauss, gammaln and bessel are implemented (only partially for the latter). The package is designed essentially to work with pst-plot but can be used in whatever PS code (such as pstricks SpecialCoor "!", which is useful for placing labels). The package also provides a routine SIMPSON for numerical integration and a solver of linear equation systems. %package -n texlive-pst-math-doc Summary: Documentation for pst-math Version: svn49425 Provides: tex-pst-math-doc AutoReqProv: No %description -n texlive-pst-math-doc Documentation for pst-math %package -n texlive-pst-mirror Provides: tex-pst-mirror = %{tl_version} License: LPPL Summary: Images on a spherical mirror Version: svn32997.1.01 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-mirror.tex) = %{tl_version}, tex(pst-mirror.sty) = %{tl_version} %description -n texlive-pst-mirror The package provides commands and supporting PostScript material for drawing images as if reflected by a spherical mirror. %package -n texlive-pst-mirror-doc Summary: Documentation for pst-mirror Version: svn32997.1.01 Provides: tex-pst-mirror-doc AutoReqProv: No %description -n texlive-pst-mirror-doc Documentation for pst-mirror %package -n texlive-pst-node Provides: tex-pst-node = %{tl_version} License: LPPL Summary: Nodes and node connections in pstricks Version: svn54687 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-node.tex) = %{tl_version}, tex(pst-node97.tex) = %{tl_version} Provides: tex(pst-node.sty) = %{tl_version}, tex(pst-node97.sty) = %{tl_version} %description -n texlive-pst-node The package enables the user to connect information, and to place labels, without knowing (in advance) the actual positions of the items to be connected, or where the connecting line should go. The macros are useful for making graphs and trees, mathematical diagrams, linguistic syntax diagrams, and so on. The package contents were previously distributed as a part of the pstricks base distribution; the package serves as an extension to PSTricks. %package -n texlive-pst-node-doc Summary: Documentation for pst-node Version: svn54687 Provides: tex-pst-node-doc AutoReqProv: No %description -n texlive-pst-node-doc Documentation for pst-node %package -n texlive-pst-ob3d Provides: tex-pst-ob3d = %{tl_version} License: LPPL Summary: Three dimensional objects using PSTricks Version: svn54514 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-ob3d.tex) = %{tl_version}, tex(pst-ob3d.sty) = %{tl_version} %description -n texlive-pst-ob3d The package uses PSTricks to provide basic three-dimensional objects. As yet, only cubes (which can be deformed to rectangular parallelipipeds) and dies (which are only a special kind of cubes) are defined. %package -n texlive-pst-ob3d-doc Summary: Documentation for pst-ob3d Version: svn54514 Provides: tex-pst-ob3d-doc AutoReqProv: No %description -n texlive-pst-ob3d-doc Documentation for pst-ob3d %package -n texlive-pst-ode Provides: tex-pst-ode = %{tl_version} License: LPPL Summary: Solving initial value problems for sets of Ordinary Differential Equations Version: svn58293 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-ode.tex) = %{tl_version}, tex(pst-ode.sty) = %{tl_version} %description -n texlive-pst-ode The package defines \pstODEsolve for solving initial value problems for sets of Ordinary Differential Equations (ODE) using the Runge-Kutta-Fehlberg (RKF45) method with automatic step size adjustment. The result is stored as a PostScript object and may be plotted later using macros from other PSTricks packages, such as \listplot (pst-plot) and \listplotThreeD (pst-3dplot), or may be further processed by user-defined PostScript procedures. Optionally, the computed state vectors can be written as a table to a text file. %package -n texlive-pst-ode-doc Summary: Documentation for pst-ode Version: svn58293 Provides: tex-pst-ode-doc AutoReqProv: No %description -n texlive-pst-ode-doc Documentation for pst-ode %package -n texlive-pst-optexp Provides: tex-pst-optexp = %{tl_version} License: LPPL 1.3 Summary: Drawing optical experimental setups Version: svn57977 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(ifthen.sty), tex(pstricks.sty), tex(pst-xkey.sty), tex(pst-node.sty) Requires: tex(pst-plot.sty), tex(multido.sty), tex(pst-eucl.sty), tex(pst-intersect.sty) Requires: tex(pstricks-add.sty), tex(environ.sty) Provides: tex(pst-optexp.sty) = %{tl_version} %description -n texlive-pst-optexp The package is a collection of optical components that facilitate easy sketching of optical experimental setups. The package uses PSTricks for its output. A wide range of free-ray and fibre components is provided, the alignment, positioning and labelling of which can be achieved in very simple and flexible ways. The components may be connected with fibers or beams, and realistic raytraced beam paths are also possible. %package -n texlive-pst-optexp-doc Summary: Documentation for pst-optexp Version: svn57977 Provides: tex-pst-optexp-doc AutoReqProv: No %description -n texlive-pst-optexp-doc Documentation for pst-optexp %package -n texlive-pst-optic Provides: tex-pst-optic = %{tl_version} License: LPPL Summary: Drawing optics diagrams Version: svn41999 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-optic.tex) = %{tl_version}, tex(pst-optic.sty) = %{tl_version} %description -n texlive-pst-optic A package for drawing both reflective and refractive optics diagrams. The package requires pstricks later than version 1.10. %package -n texlive-pst-optic-doc Summary: Documentation for pst-optic Version: svn41999 Provides: tex-pst-optic-doc AutoReqProv: No %description -n texlive-pst-optic-doc Documentation for pst-optic %package -n texlive-pst-osci Provides: tex-pst-osci = %{tl_version} License: LPPL Summary: Oscgons with PSTricks Version: svn15878.2.82 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-osci.tex) = %{tl_version}, tex(pst-osci.sty) = %{tl_version} %description -n texlive-pst-osci pst-osci is a PSTricks package enables you to produce oscilloscope "screen shots". Three channels can be used to represent the most common signals (damped or not): namely sinusoidal, rectangular, triangular, dog's tooth (left and right oriented). The third channel allows you to add, to subtract or to multiply the two other signals. Lissajous diagrams (XY-mode) can also be obtained. %package -n texlive-pst-osci-doc Summary: Documentation for pst-osci Version: svn15878.2.82 Provides: tex-pst-osci-doc AutoReqProv: No %description -n texlive-pst-osci-doc Documentation for pst-osci %package -n texlive-pst-ovl Provides: tex-pst-ovl = %{tl_version} License: LPPL Summary: Create and manage graphical overlays Version: svn54963 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-ovl.tex) = %{tl_version}, tex(pst-ovl.sty) = %{tl_version} %description -n texlive-pst-ovl The package is useful when building an image from assorted material, as in the slides of a projected presentation. The package requires pstricks, and shares that package's restrictions on usage when generating PDF output. %package -n texlive-pst-ovl-doc Summary: Documentation for pst-ovl Version: svn54963 Provides: tex-pst-ovl-doc AutoReqProv: No %description -n texlive-pst-ovl-doc Documentation for pst-ovl %package -n texlive-pst-pad Provides: tex-pst-pad = %{tl_version} License: LPPL Summary: Draw simple attachment systems with PSTricks Version: svn15878.0.3b Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-pad.tex) = %{tl_version}, tex(pst-pad.sty) = %{tl_version} %description -n texlive-pst-pad The package collects a set of graphical elements based on PStricks that can be used to facilitate display of attachment systems such as two differently shaped surfaces with or without a fluid wedged in between. These macros ease the display of wet adhesion models and common friction systems such as boundary lubrication, elastohydrodynamic lubrication and hydrodynamic lubrication. %package -n texlive-pst-pad-doc Summary: Documentation for pst-pad Version: svn15878.0.3b Provides: tex-pst-pad-doc AutoReqProv: No %description -n texlive-pst-pad-doc Documentation for pst-pad %package -n texlive-pst-pdgr Provides: tex-pst-pdgr = %{tl_version} License: LPPL Summary: Draw medical pedigrees using pstricks Version: svn45875 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pst-pdgr.tex) = %{tl_version}, tex(pst-pdgr.cfg) = %{tl_version} Provides: tex(pst-pdgr.sty) = %{tl_version} %description -n texlive-pst-pdgr The package provides a set of macros based on PSTricks to draw medical pedigrees according to the recommendations for standardized human pedigree nomenclature. The drawing commands place the symbols on a pspicture canvas. An interface for making trees is also provided. The package may be used both with LaTeX and PlainTeX. A separate Perl program for generating TeX files from spreadsheets is available. %package -n texlive-pst-pdgr-doc Summary: Documentation for pst-pdgr Version: svn45875 Provides: tex-pst-pdgr-doc AutoReqProv: No %description -n texlive-pst-pdgr-doc Documentation for pst-pdgr %package -n texlive-pst-perspective Provides: tex-pst-perspective = %{tl_version} License: LPPL 1.3 Summary: Draw perspective views using pstricks Version: svn39585 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-grad.sty) Provides: tex(pst-perspective.tex) = %{tl_version} Provides: tex(pst-perspective.sty) = %{tl_version} %description -n texlive-pst-perspective The package provides the means to draw an orthogonal parallel projection with an arbitrarily chosen angle and a variable shortening factor. %package -n texlive-pst-perspective-doc Summary: Documentation for pst-perspective Version: svn39585 Provides: tex-pst-perspective-doc AutoReqProv: No %description -n texlive-pst-perspective-doc Documentation for pst-perspective %package -n texlive-pst-platon Provides: tex-pst-platon = %{tl_version} License: LPPL Summary: Platonic solids in PSTricks Version: svn16538.0.01 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-3d.sty), tex(pst-xkey.sty) Provides: tex(pst-platon.sty) = %{tl_version} %description -n texlive-pst-platon The package adds to PSTricks the ability to draw 3-dimensional views of the five Platonic solids. %package -n texlive-pst-platon-doc Summary: Documentation for pst-platon Version: svn16538.0.01 Provides: tex-pst-platon-doc AutoReqProv: No %description -n texlive-pst-platon-doc Documentation for pst-platon %package -n texlive-pst-plot Provides: tex-pst-plot = %{tl_version} License: LPPL Summary: Plot data using PSTricks Version: svn54080 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-xkey.sty), tex(multido.sty) Provides: tex(pst-plot.tex) = %{tl_version}, tex(pst-plot97.tex) = %{tl_version} Provides: tex(pst-plot.sty) = %{tl_version} %description -n texlive-pst-plot The package provides plotting of data (typically from external files), using PSTricks. Plots may be configured using a wide variety of parameters. %package -n texlive-pst-plot-doc Summary: Documentation for pst-plot Version: svn54080 Provides: tex-pst-plot-doc AutoReqProv: No %description -n texlive-pst-plot-doc Documentation for pst-plot %package -n texlive-pst-poly Provides: tex-pst-poly = %{tl_version} License: LPPL Summary: Polygons with PSTricks Version: svn35062.1.63 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-poly.tex) = %{tl_version}, tex(pst-poly.sty) = %{tl_version} %description -n texlive-pst-poly This PSTricks package provides a really rather simple command \PstPolygon that will draw various regular and non-regular polygons (according to command parameters); various shortcuts to commonly-used polygons are provided, as well as a command \pspolygonbox that frames text with a polygon. The package uses the xkeyval package for argument decoding. %package -n texlive-pst-poly-doc Summary: Documentation for pst-poly Version: svn35062.1.63 Provides: tex-pst-poly-doc AutoReqProv: No %description -n texlive-pst-poly-doc Documentation for pst-poly %package -n texlive-pst-pulley Provides: tex-pst-pulley = %{tl_version} License: LPPL 1.3 Summary: Plot pulleys, using pstricks Version: svn45316 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-pulley.tex) = %{tl_version}, tex(pst-pulley.sty) = %{tl_version} %description -n texlive-pst-pulley The package enables the user to draw pulley systems with up to 6 pulleys. The pulley diagrams are labelled with the physical properties of the system. The package uses pstricks, and requires a several pstricks-related packages. %package -n texlive-pst-pulley-doc Summary: Documentation for pst-pulley Version: svn45316 Provides: tex-pst-pulley-doc AutoReqProv: No %description -n texlive-pst-pulley-doc Documentation for pst-pulley %package -n texlive-pst-qtree Provides: tex-pst-qtree = %{tl_version} License: GPL+ Summary: Simple syntax for trees Version: svn15878.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pst-qtree.tex) = %{tl_version}, tex(pst-qtree.sty) = %{tl_version} %description -n texlive-pst-qtree The package provides a qtree-like front end for PSTricks. %package -n texlive-pst-qtree-doc Summary: Documentation for pst-qtree Version: svn15878.0 Provides: tex-pst-qtree-doc AutoReqProv: No %description -n texlive-pst-qtree-doc Documentation for pst-qtree %package -n texlive-pst-rubans Provides: tex-pst-rubans = %{tl_version} License: LPPL Summary: Draw three-dimensional ribbons Version: svn23464.1.2 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-rubans.tex) = %{tl_version}, tex(pst-rubans.sty) = %{tl_version} %description -n texlive-pst-rubans The package uses PStricks and pst-solides3d to draw three dimensional ribbons on a cylinder, torus, sphere, cone or paraboloid. The width of the ribbon, the number of turns, the colour of the outer and the inner surface of the ribbon may be set. In the case of circular and conical helices, one may also choose the number of ribbons. %package -n texlive-pst-rubans-doc Summary: Documentation for pst-rubans Version: svn23464.1.2 Provides: tex-pst-rubans-doc AutoReqProv: No %description -n texlive-pst-rubans-doc Documentation for pst-rubans %package -n texlive-pst-sigsys Provides: tex-pst-sigsys = %{tl_version} License: LPPL Summary: Support of signal processing-related disciplines Version: svn21667.1.4 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-sigsys.tex) = %{tl_version}, tex(pst-sigsys.sty) = %{tl_version} %description -n texlive-pst-sigsys The package offers a collection of useful macros for disciplines related to signal processing. It defines macros for plotting a sequence of numbers, drawing the pole-zero diagram of a system, shading the region of convergence, creating an adder or a multiplier node, placing a framed node at a given coordinate, creating an up-sampler or a down-sampler node, drawing the block diagram of a system, drawing adaptive systems, sequentially connecting a list of nodes, and connecting a list of nodes using any node-connecting macro. %package -n texlive-pst-sigsys-doc Summary: Documentation for pst-sigsys Version: svn21667.1.4 Provides: tex-pst-sigsys-doc AutoReqProv: No %description -n texlive-pst-sigsys-doc Documentation for pst-sigsys %package -n texlive-pst-slpe Provides: tex-pst-slpe = %{tl_version} License: LPPL Summary: Sophisticated colour gradients Version: svn24391.1.31 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-slpe.tex) = %{tl_version}, tex(pst-slpe.sty) = %{tl_version} %description -n texlive-pst-slpe This PStricks package covers all the colour gradient functionality of pst-grad (part of the base pstricks distribution), and provides the following facilities: it permits the user to specify an arbitrary number of colours, along with the points at which they are to be reached; it converts between RGB and HSV behind the scenes; it provides concentric and radial gradients; it provides a command \psBall that generates bullets with a three-dimensional appearance; and uses the xkeyval package for the extended key handling. %package -n texlive-pst-slpe-doc Summary: Documentation for pst-slpe Version: svn24391.1.31 Provides: tex-pst-slpe-doc AutoReqProv: No %description -n texlive-pst-slpe-doc Documentation for pst-slpe %package -n texlive-pst-solarsystem Provides: tex-pst-solarsystem = %{tl_version} License: LPPL Summary: Plot the solar system for a specific date Version: svn45097 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-solarsystem.tex) = %{tl_version} Provides: tex(pst-solarsystem.sty) = %{tl_version} %description -n texlive-pst-solarsystem The package uses pstricks to produce diagrams of the visible planets, projected on the plane of the ecliptic. It is not possible to represent all the planets in their real proportions, so only Mercury, Venus, Earth and Mars have their orbits in correct proportions and their relative sizes are observed. Saturn and Jupiter are in the right direction, but not in the correct size. %package -n texlive-pst-solarsystem-doc Summary: Documentation for pst-solarsystem Version: svn45097 Provides: tex-pst-solarsystem-doc AutoReqProv: No %description -n texlive-pst-solarsystem-doc Documentation for pst-solarsystem %package -n texlive-pst-solides3d Provides: tex-pst-solides3d = %{tl_version} License: LPPL 1.3 Summary: Draw perspective views of 3D solids Version: svn49520 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-solides3d.tex) = %{tl_version}, tex(pst-solides3d.sty) = %{tl_version} %description -n texlive-pst-solides3d The package is designed to draw solids in 3d perspective. Features include: create primitive solids; create solids by including a list of its vertices and faces; faces of solids and surfaces can be colored by choosing from a very large palette of colors; draw parametric surfaces in algebraic and reverse polish notation; create explicit and parameterized algebraic functions drawn in 2 or 3 dimensions; project text onto a plane or onto the faces of a solid; support for including external database files. %package -n texlive-pst-solides3d-doc Summary: Documentation for pst-solides3d Version: svn49520 Provides: tex-pst-solides3d-doc AutoReqProv: No %description -n texlive-pst-solides3d-doc Documentation for pst-solides3d %package -n texlive-pst-soroban Provides: tex-pst-soroban = %{tl_version} License: LPPL Summary: Draw a Soroban using PSTricks Version: svn15878.1.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks-add.sty), tex(calc.sty), tex(ifthen.sty) Provides: tex(pst-soroban.sty) = %{tl_version} %description -n texlive-pst-soroban The package uses PSTricks to draw a Japanese abacus, or soroban. The soroban is still used in Japan today. %package -n texlive-pst-soroban-doc Summary: Documentation for pst-soroban Version: svn15878.1.0 Provides: tex-pst-soroban-doc AutoReqProv: No %description -n texlive-pst-soroban-doc Documentation for pst-soroban %package -n texlive-pst-spectra Provides: tex-pst-spectra = %{tl_version} License: LPPL Summary: Draw continuum, emission and absorption spectra with PSTricks Version: svn15878.0.91 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(multido.sty), tex(xkeyval.sty) Provides: tex(pst-spectra.tex) = %{tl_version}, tex(pst-spectra.sty) = %{tl_version} %description -n texlive-pst-spectra The package is a PSTricks extension, based on a NASA lines database. It allows you to draw continuum, emission and absorption spectra. A Total of 16 880 visible lines from 99 elements can be displayed. The package requires the xkeyval package for decoding its arguments. %package -n texlive-pst-spectra-doc Summary: Documentation for pst-spectra Version: svn15878.0.91 Provides: tex-pst-spectra-doc AutoReqProv: No %description -n texlive-pst-spectra-doc Documentation for pst-spectra %package -n texlive-pst-stru Provides: tex-pst-stru = %{tl_version} License: LPPL Summary: Civil engineering diagrams, using pstricks Version: svn38613 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(multido.sty) Provides: tex(pst-stru.tex) = %{tl_version}, tex(pst-stru.sty) = %{tl_version} %description -n texlive-pst-stru The package is a PSTricks-based, and provides facilities to draw structural schemes in civil engineering analysis, for beams, portals, arches and piles. %package -n texlive-pst-stru-doc Summary: Documentation for pst-stru Version: svn38613 Provides: tex-pst-stru-doc AutoReqProv: No %description -n texlive-pst-stru-doc Documentation for pst-stru %package -n texlive-pst-support-doc Summary: Documentation for pst-support Version: svn15878.0 Provides: tex-pst-support-doc AutoReqProv: No %description -n texlive-pst-support-doc Documentation for pst-support %package -n texlive-pst-text Provides: tex-pst-text = %{tl_version} License: LPPL Summary: Text and character manipulation in PSTricks Version: svn49542 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-char.tex) = %{tl_version}, tex(pst-text.tex) = %{tl_version} Provides: tex(pst-char.sty) = %{tl_version}, tex(pst-text.sty) = %{tl_version} %description -n texlive-pst-text Pst-text is a PSTricks based package for plotting text along a different path and manipulating characters. It includes the functionality of the old package pst-char. %package -n texlive-pst-text-doc Summary: Documentation for pst-text Version: svn49542 Provides: tex-pst-text-doc AutoReqProv: No %description -n texlive-pst-text-doc Documentation for pst-text %package -n texlive-pst-thick Provides: tex-pst-thick = %{tl_version} License: LPPL Summary: Drawing very thick lines and curves Version: svn16369.1.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-thick.tex) = %{tl_version}, tex(pst-thick.sty) = %{tl_version} %description -n texlive-pst-thick The package supports drawing of very thick lines and curves in PSTricks, with various fillings for the body of the lines. %package -n texlive-pst-thick-doc Summary: Documentation for pst-thick Version: svn16369.1.0 Provides: tex-pst-thick-doc AutoReqProv: No %description -n texlive-pst-thick-doc Documentation for pst-thick %package -n texlive-pst-tools Provides: tex-pst-tools = %{tl_version} License: LPPL Summary: PStricks support functions Version: svn45978 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-tools.tex) = %{tl_version}, tex(pst-tools.sty) = %{tl_version} %description -n texlive-pst-tools The package provides helper functions for other PSTricks related packages. %package -n texlive-pst-tools-doc Summary: Documentation for pst-tools Version: svn45978 Provides: tex-pst-tools-doc AutoReqProv: No %description -n texlive-pst-tools-doc Documentation for pst-tools %package -n texlive-pst-tree Provides: tex-pst-tree = %{tl_version} License: LPPL Summary: Trees, using pstricks Version: svn43272 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-tree.tex) = %{tl_version}, tex(pst-tree.sty) = %{tl_version} %description -n texlive-pst-tree pst-tree is a pstricks package that defines a macro \pstree which offers a structured way of joining nodes created using pst-node in order to draw trees. %package -n texlive-pst-tree-doc Summary: Documentation for pst-tree Version: svn43272 Provides: tex-pst-tree-doc AutoReqProv: No %description -n texlive-pst-tree-doc Documentation for pst-tree %package -n texlive-pst-tvz Provides: tex-pst-tvz = %{tl_version} License: LPPL 1.3 Summary: Draw trees with more than one root node, using PSTricks Version: svn23451.1.01 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty) Provides: tex(pst-tvz.tex) = %{tl_version}, tex(pst-tvz.sty) = %{tl_version} %description -n texlive-pst-tvz The package uses PSTricks to draw trees with more than one root node. It is similar to pst-tree, though it uses a different placement algorithm. %package -n texlive-pst-tvz-doc Summary: Documentation for pst-tvz Version: svn23451.1.01 Provides: tex-pst-tvz-doc AutoReqProv: No %description -n texlive-pst-tvz-doc Documentation for pst-tvz %package -n texlive-pst-uml Provides: tex-pst-uml = %{tl_version} License: LPPL Summary: UML diagrams with PSTricks Version: svn15878.0.83 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex-multido, tex(pstricks.sty), tex(pst-node.sty), tex(pst-tree.sty) Requires: tex(multido.sty), tex(calc.sty), tex(ifthen.sty), tex(graphicx.sty) Requires: tex(pst-xkey.sty) Provides: tex(pst-uml.sty) = %{tl_version} %description -n texlive-pst-uml pst-uml is a PSTricks package that provides support for drawing moderately complex UML (Universal Modelling Language) diagrams. (The PDF documentation is written in French.) %package -n texlive-pst-uml-doc Summary: Documentation for pst-uml Version: svn15878.0.83 Provides: tex-pst-uml-doc AutoReqProv: No Requires: tex-multido-doc %description -n texlive-pst-uml-doc Documentation for pst-uml %package -n texlive-pst-vectorian Provides: tex-pst-vectorian = %{tl_version} License: LPPL Summary: Printing ornaments Version: svn28801.0.4 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(graphicx.sty), tex(pstricks.sty) Provides: tex(psvectorian.sty) = %{tl_version} %description -n texlive-pst-vectorian The package uses PStricks to draw ornaments (a substantial repertoire of ornaments is provided). %package -n texlive-pst-vectorian-doc Summary: Documentation for pst-vectorian Version: svn28801.0.4 Provides: tex-pst-vectorian-doc AutoReqProv: No %description -n texlive-pst-vectorian-doc Documentation for pst-vectorian %package -n texlive-pst-vowel Provides: tex-pst-vowel = %{tl_version} License: LPPL Summary: Enable arrows showing diphthongs on vowel charts Version: svn25228.1.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pst-node.sty), tex(vowel.sty) Provides: tex(pst-vowel.sty) = %{tl_version} %description -n texlive-pst-vowel The package extends the vowel package (distributed as part of the tipa bundle) by allowing the user to draw arrows between vowels to show relationships such as diphthong membership. The package depends on use of pstricks. %package -n texlive-pst-vowel-doc Summary: Documentation for pst-vowel Version: svn25228.1.0 Provides: tex-pst-vowel-doc AutoReqProv: No %description -n texlive-pst-vowel-doc Documentation for pst-vowel %package -n texlive-pstricks Provides: tex-pstricks = %{tl_version} License: LPPL 1.3 Summary: PostScript macros for TeX Version: svn58371 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: texlive-pst-tools, tex(pst-plot.sty), tex(pst-node.sty), tex(pst-tree.sty) Requires: tex(pst-grad.sty), tex(pst-coil.sty), tex(pst-text.sty), tex(pst-3d.sty) Requires: tex(pst-eps.sty), tex(pst-fill.sty), tex(pstricks-add.sty), tex(multido.sty) Requires: tex(xcolor.sty), tex(fontenc.sty), tex(ifpdf.sty), tex(textcomp.sty) Requires: tex(bera.sty), tex(xspace.sty), tex(makeidx.sty), tex(calc.sty) Requires: tex(babel.sty), tex(xkeyval.sty), tex(pst-xkey.sty), tex(xkvview.sty) Requires: tex(lscape.sty), tex(graphicx.sty), tex(eso-pic.sty), tex(amsmath.sty) Requires: tex(amssymb.sty), tex(tabularx.sty), tex(ragged2e.sty), tex(booktabs.sty) Requires: tex(footmisc.sty), tex(nameref.sty), tex(varioref.sty) Requires: tex(subfig.sty), tex(setspace.sty), tex(paralist.sty), tex(fancyvrb.sty) Requires: tex(filecontents.sty), tex(showexpl.sty) Requires: tex(scrpage2.sty), tex(caption.sty), tex(hyperref.sty), tex(breakurl.sty) Requires: tex(auto-pst-pdf.sty), tex(pst-ovl.sty) Provides: tex(README.cfg) = %{tl_version}, tex(distiller.cfg) = %{tl_version} Provides: tex(dvips.cfg) = %{tl_version}, tex(dvipsone.cfg) = %{tl_version} Provides: tex(gastex.cfg) = %{tl_version}, tex(textures.cfg) = %{tl_version} Provides: tex(vtex.cfg) = %{tl_version}, tex(xdvipdfmx.cfg) = %{tl_version} Provides: tex(pst-fp.tex) = %{tl_version}, tex(pst-key.tex) = %{tl_version} Provides: tex(pstricks.tex) = %{tl_version}, tex(pstricks97.tex) = %{tl_version} Provides: tex(pst-all.sty) = %{tl_version}, tex(pst-doc.cls) = %{tl_version} Provides: tex(pst-key.sty) = %{tl_version}, tex(pstcol.sty) = %{tl_version} Provides: tex(pstricks.sty) = %{tl_version} %description -n texlive-pstricks PSTricks offers an extensive collection of macros for generating PostScript that is usable with most TeX macro formats, including Plain TeX, LaTeX, AMS-TeX, and AMS-LaTeX. Included are macros for colour, graphics, pie charts, rotation, trees and overlays. It has many special features, including a wide variety of graphics (picture drawing) macros, with a flexible interface and with colour support. There are macros for colouring or shading the cells of tables. The package pstricks-add contains bug-fixes and additions for PSTricks (among other things). PSTricks ordinarily uses PostScript \special commands, which are not supported by pdf(La)TeX. This limitation may be overcome by using either the pst-pdf or the pdftricks package, to generate a PDF inclusion from a PSTricks diagram. PSTricks macros can also generate PDF output when the document is processed XeTeX, without the need for other supporting packages. Note that this is one of a pair of catalogue entries for PSTricks; the other one (PSTricks) is acting as a "stub", while editorial work on catalogue entries for PSTricks contributed is completed. %package -n texlive-pstricks-doc Summary: Documentation for pstricks Version: svn58731 Provides: tex-pstricks-doc AutoReqProv: No %description -n texlive-pstricks-doc Documentation for pstricks %package -n texlive-pstricks-add Provides: tex-pstricks-add = %{tl_version} License: LPPL Summary: A collection of add-ons and bugfixes for PSTricks Version: svn53763 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(pstricks.sty), tex(pst-plot.sty), tex(pst-node.sty), tex(pst-3d.sty) Requires: tex(pst-math.sty), tex(multido.sty) Provides: tex(pstricks-add.tex) = %{tl_version}, tex(pstricks-add.cfg) = %{tl_version} Provides: tex(pstricks-add.sty) = %{tl_version} %description -n texlive-pstricks-add Collects together examples that have been posted to the pstricks mailing list, together with many additional features for the basic pstricks, pst-plot and pst-node, including: bugfixes; new options for the pspicture environment; arrows; braces as node connection/linestyle; extended axes for plots (e.g., logarithm axes); polar plots; plotting tangent lines of curves or functions; solving and printing differential equations; box plots; matrix plots; and pie charts. The package makes use of PostScript routines provided by pst-math. %package -n texlive-pstricks-add-doc Summary: Documentation for pstricks-add Version: svn53763 Provides: tex-pstricks-add-doc AutoReqProv: No %description -n texlive-pstricks-add-doc Documentation for pstricks-add %package -n texlive-pstricks_calcnotes-doc Summary: Documentation for pstricks_calcnotes Version: svn34363.1.2 Provides: tex-pstricks_calcnotes-doc AutoReqProv: No %description -n texlive-pstricks_calcnotes-doc Documentation for pstricks_calcnotes %package -n texlive-pracjourn Provides: tex-pracjourn = %{tl_version} License: GPL+ Summary: Typeset articles for PracTeX Version: svn15878.0.4n Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(lmodern.sty), tex(mathpazo.sty), tex(microtype.sty), tex(textcomp.sty) Requires: tex(color.sty), tex(hyperref.sty), tex(graphicx.sty) Provides: tex(pracjourn.cls) = %{tl_version} %description -n texlive-pracjourn The pracjourn class is used for typesetting articles in the PracTeX Journal. It is based on the article class with modifications to allow for more flexible front-matter and revision control, among other small changes. %package -n texlive-pracjourn-doc Summary: Documentation for pracjourn Version: svn15878.0.4n Provides: tex-pracjourn-doc AutoReqProv: No %description -n texlive-pracjourn-doc Documentation for pracjourn %package -n texlive-procIAGssymp Provides: tex-procIAGssymp = %{tl_version} License: LPPL Summary: Macros for IAG symposium papers Version: svn15878.0 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(procIAGssymp.sty) = %{tl_version} %description -n texlive-procIAGssymp This package provides (re-)definitions of some LaTeX commands that can be useful for the preparation of a paper with the style of the proceeding of symposia sponsored by the 'International Association of Geodesy (IAG)' published by Springer-Verlag. %package -n texlive-procIAGssymp-doc Summary: Documentation for procIAGssymp Version: svn15878.0 Provides: tex-procIAGssymp-doc AutoReqProv: No %description -n texlive-procIAGssymp-doc Documentation for procIAGssymp %package -n texlive-proposal Provides: tex-proposal = %{tl_version} License: LPPL Summary: A class for preparing proposals Version: svn40538 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(workaddress.sty), tex(eurosym.sty), tex(xspace.sty), tex(amssymb.sty) Requires: tex(url.sty), tex(graphicx.sty), tex(colortbl.sty), tex(xcolor.sty) Requires: tex(rotating.sty), tex(fancyhdr.sty), tex(array.sty), tex(comment.sty) Requires: tex(tikz.sty), tex(paralist.sty), tex(a4wide.sty), tex(boxedminipage.sty) Requires: tex(helvet.sty), tex(textcomp.sty), tex(biblatex.sty), tex(csquotes.sty) Requires: tex(mdframed.sty), tex(hyperref.sty), tex(ed.sty), tex(svninfo.sty) Requires: tex(babel.sty), tex(longtable.sty), tex(wrapfig.sty) Provides: tex(pdata.sty) = %{tl_version}, tex(proposal.cls) = %{tl_version} Provides: tex(reporting.cls) = %{tl_version}, tex(reporting.sty) = %{tl_version} Provides: tex(dfgpdata.sty) = %{tl_version}, tex(dfgproposal.cls) = %{tl_version} Provides: tex(dfgreporting.cls) = %{tl_version}, tex(dfgreporting.sty) = %{tl_version} Provides: tex(eupdata.sty) = %{tl_version}, tex(eudata.sty) = %{tl_version} Provides: tex(euproposal.cls) = %{tl_version}, tex(eureporting.cls) = %{tl_version} Provides: tex(eureporting.sty) = %{tl_version} %description -n texlive-proposal The process of preparing a collaborative proposal, to a major funding body, involves integration of contributions of a many people at many sites. It is therefore an ideal application for a text-based document preparation system such as LaTeX, in concert with a distributed version control system such as SVN. The proposal class itself provides a basis for such an enterprise. The dfgproposal and dfgproposal classes provide two specialisations of the base class for (respectively) German and European research proposals. The packages depend on the author's stex bundle. %package -n texlive-proposal-doc Summary: Documentation for proposal Version: svn40538 Provides: tex-proposal-doc AutoReqProv: No %description -n texlive-proposal-doc Documentation for proposal %package -n texlive-ptptex Provides: tex-ptptex = %{tl_version} License: LPPL Summary: Macros for 'Progress of Theoretical Physics' Version: svn19440.0.91 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(amsmath.sty), tex(amssymb.sty), tex(overcite.sty), tex(wrapfig.sty) Provides: tex(ptp-prep.clo) = %{tl_version}, tex(ptptex.cls) = %{tl_version} Provides: tex(wrapft.sty) = %{tl_version} %description -n texlive-ptptex The distribution contains the class (which offers an option file for preprints), and a template. The class requires the cite, overcite and wrapfig packages. %package -n texlive-ptptex-doc Summary: Documentation for ptptex Version: svn19440.0.91 Provides: tex-ptptex-doc AutoReqProv: No %description -n texlive-ptptex-doc Documentation for ptptex %package -n texlive-pseudocode Provides: tex-pseudocode = %{tl_version} License: LPPL Summary: LaTeX environment for specifying algorithms in a natural way Version: svn54080 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(fancybox.sty), tex(ifthen.sty) Provides: tex(pseudocode.sty) = %{tl_version} %description -n texlive-pseudocode This package provides the environment "pseudocode" for describing algorithms in a natural manner. %package -n texlive-pseudocode-doc Summary: Documentation for pseudocode Version: svn54080 Provides: tex-pseudocode-doc AutoReqProv: No %description -n texlive-pseudocode-doc Documentation for pseudocode %package -n texlive-ptext Provides: tex-ptext = %{tl_version} License: LPPL 1.2 Summary: A 'lipsum' for Persian Version: svn30171.1.1 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Requires: tex(biditools.sty) Provides: tex(ptext.sty) = %{tl_version} %description -n texlive-ptext The package provides lipsum-like facilities for the Persian language. The source of the filling text is the Persian epic "the Shanameh" (100 paragraphs are used.) The package needs to be run under XeLaTeX. %package -n texlive-ptext-doc Summary: Documentation for ptext Version: svn30171.1.1 Provides: tex-ptext-doc AutoReqProv: No %description -n texlive-ptext-doc Documentation for ptext %package -n texlive-prooftrees-doc Provides: tex-prooftrees-doc = %{tl_version} License: LPPL Summary: doc files of prooftrees Version: svn52221 AutoReqProv: No %description -n texlive-prooftrees-doc Documentation for prooftrees %package -n texlive-prooftrees Provides: tex-prooftrees = %{tl_version} License: LPPL Summary: Forest-based proof trees (symbolic logic) Version: svn52221 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(prooftrees.sty) = %{tl_version} %description -n texlive-prooftrees The package supports drawing proof trees of the kind often used in introductory logic classes, especially those aimed at students without strong mathemtical backgrounds. Hodges (1991) is one example of a text which uses this system. When teaching such a system it is especially useful to annotate the tree with line numbers, justifications and explanations of branch closures. prooftrees provides a single environment, prooftree, and a variety of tools for annotating, customising and highlighting such trees. A cross-referencing system is provided for trees which cite line numbers in justifications for proof lines or branch closures. prooftrees is based on forest and, hence, TikZ. The package requires version 2.0.2 of Forest for expected results and will not work with version 1. %package -n texlive-pst-cie-doc Provides: tex-pst-cie-doc = %{tl_version} License: LPPL Summary: doc files of pst-cie Version: svn49422 AutoReqProv: No %description -n texlive-pst-cie-doc Documentation for pst-cie %package -n texlive-pst-cie Provides: tex-pst-cie = %{tl_version} License: LPPL Summary: CIE color space Version: svn49422 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(pst-cie.sty) = %{tl_version}, tex(pst-cie.tex) = %{tl_version} %description -n texlive-pst-cie pst-cie is a PSTricks related package to show the different CIE color spaces: Adobe, CIE, ColorMatch, NTSC, Pal-Secam, ProPhoto, SMPTE, and sRGB. %package -n texlive-ptex-fonts Provides: tex-ptex-fonts = %{tl_version} License: BSD Summary: Fonts for use with pTeX Version: svn46940 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(ascgrp.mf) = %{tl_version}, tex(ascii.mf) = %{tl_version} Provides: tex(ascii10.mf) = %{tl_version}, tex(ascii36.mf) = %{tl_version} Provides: tex(jis-v.pl) = %{tl_version}, tex(jis.pl) = %{tl_version} Provides: tex(jisn-v.pl) = %{tl_version}, tex(jisn.pl) = %{tl_version} Provides: tex(ngoth10.pl) = %{tl_version}, tex(ngoth5.pl) = %{tl_version} Provides: tex(ngoth6.pl) = %{tl_version}, tex(ngoth7.pl) = %{tl_version} Provides: tex(ngoth8.pl) = %{tl_version}, tex(ngoth9.pl) = %{tl_version} Provides: tex(nmin10.pl) = %{tl_version}, tex(nmin5.pl) = %{tl_version} Provides: tex(nmin6.pl) = %{tl_version}, tex(nmin7.pl) = %{tl_version} Provides: tex(nmin8.pl) = %{tl_version}, tex(nmin9.pl) = %{tl_version} Provides: tex(goth10.pl) = %{tl_version}, tex(goth5.pl) = %{tl_version} Provides: tex(goth6.pl) = %{tl_version}, tex(goth7.pl) = %{tl_version} Provides: tex(goth8.pl) = %{tl_version}, tex(goth9.pl) = %{tl_version} Provides: tex(min10.pl) = %{tl_version}, tex(min5.pl) = %{tl_version} Provides: tex(min6.pl) = %{tl_version}, tex(min7.pl) = %{tl_version} Provides: tex(min8.pl) = %{tl_version}, tex(min9.pl) = %{tl_version} Provides: tex(tgoth10.pl) = %{tl_version}, tex(tgoth5.pl) = %{tl_version} Provides: tex(tgoth6.pl) = %{tl_version}, tex(tgoth7.pl) = %{tl_version} Provides: tex(tgoth8.pl) = %{tl_version}, tex(tgoth9.pl) = %{tl_version} Provides: tex(tmin10.pl) = %{tl_version}, tex(tmin5.pl) = %{tl_version} Provides: tex(tmin6.pl) = %{tl_version}, tex(tmin7.pl) = %{tl_version} Provides: tex(tmin8.pl) = %{tl_version}, tex(tmin9.pl) = %{tl_version} Provides: tex(ascgrp.tfm) = %{tl_version}, tex(ascii10.tfm) = %{tl_version} Provides: tex(ascii36.tfm) = %{tl_version}, tex(gbm.tfm) = %{tl_version} Provides: tex(gbmv.tfm) = %{tl_version}, tex(rml.tfm) = %{tl_version} Provides: tex(rmlv.tfm) = %{tl_version}, tex(jis-v.tfm) = %{tl_version} Provides: tex(jis.tfm) = %{tl_version}, tex(jisg-v.tfm) = %{tl_version} Provides: tex(jisg.tfm) = %{tl_version}, tex(jisgn-v.tfm) = %{tl_version} Provides: tex(jisgn.tfm) = %{tl_version}, tex(jisn-v.tfm) = %{tl_version} Provides: tex(jisn.tfm) = %{tl_version}, tex(ngoth10.tfm) = %{tl_version} Provides: tex(ngoth5.tfm) = %{tl_version}, tex(ngoth6.tfm) = %{tl_version} Provides: tex(ngoth7.tfm) = %{tl_version}, tex(ngoth8.tfm) = %{tl_version} Provides: tex(ngoth9.tfm) = %{tl_version}, tex(nmin10.tfm) = %{tl_version} Provides: tex(nmin5.tfm) = %{tl_version}, tex(nmin6.tfm) = %{tl_version} Provides: tex(nmin7.tfm) = %{tl_version}, tex(nmin8.tfm) = %{tl_version} Provides: tex(nmin9.tfm) = %{tl_version}, tex(goth10.tfm) = %{tl_version} Provides: tex(goth5.tfm) = %{tl_version}, tex(goth6.tfm) = %{tl_version} Provides: tex(goth7.tfm) = %{tl_version}, tex(goth8.tfm) = %{tl_version} Provides: tex(goth9.tfm) = %{tl_version}, tex(min10.tfm) = %{tl_version} Provides: tex(min5.tfm) = %{tl_version}, tex(min6.tfm) = %{tl_version} Provides: tex(min7.tfm) = %{tl_version}, tex(min8.tfm) = %{tl_version} Provides: tex(min9.tfm) = %{tl_version}, tex(tgoth10.tfm) = %{tl_version} Provides: tex(tgoth5.tfm) = %{tl_version}, tex(tgoth6.tfm) = %{tl_version} Provides: tex(tgoth7.tfm) = %{tl_version}, tex(tgoth8.tfm) = %{tl_version} Provides: tex(tgoth9.tfm) = %{tl_version}, tex(tmin10.tfm) = %{tl_version} Provides: tex(tmin5.tfm) = %{tl_version}, tex(tmin6.tfm) = %{tl_version} Provides: tex(tmin7.tfm) = %{tl_version}, tex(tmin8.tfm) = %{tl_version} Provides: tex(tmin9.tfm) = %{tl_version}, tex(ascgrp.pfb) = %{tl_version} Provides: tex(ascii10.pfb) = %{tl_version}, tex(ascii36.pfb) = %{tl_version} Provides: tex(jis-v.vf) = %{tl_version}, tex(jis.vf) = %{tl_version} Provides: tex(jisg-v.vf) = %{tl_version}, tex(jisg.vf) = %{tl_version} Provides: tex(jisgn-v.vf) = %{tl_version}, tex(jisgn.vf) = %{tl_version} Provides: tex(jisn-v.vf) = %{tl_version}, tex(jisn.vf) = %{tl_version} Provides: tex(ngoth10.vf) = %{tl_version}, tex(ngoth5.vf) = %{tl_version} Provides: tex(ngoth6.vf) = %{tl_version}, tex(ngoth7.vf) = %{tl_version} Provides: tex(ngoth8.vf) = %{tl_version}, tex(ngoth9.vf) = %{tl_version} Provides: tex(nmin10.vf) = %{tl_version}, tex(nmin5.vf) = %{tl_version} Provides: tex(nmin6.vf) = %{tl_version}, tex(nmin7.vf) = %{tl_version} Provides: tex(nmin8.vf) = %{tl_version}, tex(nmin9.vf) = %{tl_version} Provides: tex(goth10.vf) = %{tl_version}, tex(goth5.vf) = %{tl_version} Provides: tex(goth6.vf) = %{tl_version}, tex(goth7.vf) = %{tl_version} Provides: tex(goth8.vf) = %{tl_version}, tex(goth9.vf) = %{tl_version} Provides: tex(min10.vf) = %{tl_version}, tex(min5.vf) = %{tl_version} Provides: tex(min6.vf) = %{tl_version}, tex(min7.vf) = %{tl_version} Provides: tex(min8.vf) = %{tl_version}, tex(min9.vf) = %{tl_version} Provides: tex(tgoth10.vf) = %{tl_version}, tex(tgoth5.vf) = %{tl_version} Provides: tex(tgoth6.vf) = %{tl_version}, tex(tgoth7.vf) = %{tl_version} Provides: tex(tgoth8.vf) = %{tl_version}, tex(tgoth9.vf) = %{tl_version} Provides: tex(tmin10.vf) = %{tl_version}, tex(tmin5.vf) = %{tl_version} Provides: tex(tmin6.vf) = %{tl_version}, tex(tmin7.vf) = %{tl_version} Provides: tex(tmin8.vf) = %{tl_version}, tex(tmin9.vf) = %{tl_version} %description -n texlive-ptex-fonts The bundle contains fonts for use with pTeX and the documents for the makejvf program. This is a redistribution derived from the ptex-texmf distribution by ASCII MEDIA WORKS. %package -n texlive-ptex-fonts-doc Summary: Documentation for ptex-fonts Version: svn46940 Provides: tex-ptex-fonts-doc AutoReqProv: No %description -n texlive-ptex-fonts-doc Documentation for ptex-fonts %package -n texlive-ptex-base Provides: tex-ptex-base = %{tl_version} License: BSD Summary: Plain TeX format and documents for pTeX and e-pTeX Version: svn56487 Requires: texlive-base, texlive-kpathsea-bin, tex-kpathsea Provides: tex(ascii-jplain.tex) = %{tl_version}, tex(eptex.ini) = %{tl_version} Provides: tex(kinsoku.tex) = %{tl_version}, tex(ptex.ini) = %{tl_version} Provides: tex(ptex.tex) = %{tl_version} %description -n texlive-ptex-base The bundle contains plain TeX format and documents for pTeX and e-pTeX. %package -n texlive-ptex-base-doc Summary: Documentation for ptex-base Version: svn56487 Provides: tex-ptex-base-doc AutoReqProv: No %description -n texlive-ptex-base-doc Documentation for ptex-base %package -n texlive-pst-arrow Summary: special arrows for PSTricks Version: svn41980 License: LPPL Requires: texlive-base texlive-kpathsea Provides: tex(pst-arrow.tex) = %{tl_version}, tex(pst-arrow.sty) = %{tl_version} %description -n texlive-pst-arrow This package has all the code from the package pstricks-add which was related to arrows, like multiple arrows and so on. %package -n texlive-pst-geometrictools Summary: A PSTricks package to draw geometric tools Version: svn45319 License: LPPL Requires: texlive-base texlive-kpathsea Provides: tex(pst-geometrictools.tex) = %{tl_version} Provides: tex(pst-geometrictools.sty) = %{tl_version} %description -n texlive-pst-geometrictools This PSTricks package facilitates the drawing of protractors, rulers, compasses and pencils. %package -n texlive-pst-poker Summary: Drawing poker cards Version: svn53482 License: LGPLv3 Requires: texlive-base texlive-kpathsea Provides: tex(pst-poker.sty) = %{tl_version} %description -n texlive-pst-poker This PSTricks related package can create poker cards in various manners. %package -n texlive-pstring Summary: typeset sequences with justification pointers Version: svn42857 License: Public Domain Requires: texlive-base texlive-kpathsea Provides: tex(pstring.sty) = %{tl_version} %description -n texlive-pstring This package lets you typeset justified sequences, also called pointing strings. It's used for instance, in research papers about Game Semantics to represent sequence of game moves with their associated justification pointers. Depending on wether using LaTeX or pdfLaTeX, the package uses PSTricks and pst-node respectively pgf/TikZ. %package -n texlive-pst-rputover Summary: Place text over objects without obscuring background colors Version: svn44724 License: LPPL Requires: texlive-base texlive-kpathsea Provides: tex(pst-rputover.tex) = %{tl_version}, tex(pst-rputover.sty) = %{tl_version} %description -n texlive-pst-rputover This is a PSTricks package which allows to place text over objects without obscuring background colors. %package -n texlive-pst-shell Summary: Plotting sea shells Version: svn56070 License: LPPL Requires: texlive-base texlive-kpathsea Provides: tex(pst-shell.tex) = %{tl_version}, tex(pst-shell.sty) = %{tl_version} Requires: texlive-pst-solides3d, texlive-pstricks %description -n texlive-pst-shell pst-shell is a PSTricks related package to draw seashells in 3D view: Argonauta, Epiteonium, Lyria, Turritella, Tonna, Achatina, Oxystele, Conus, Ammonite, Codakia, Escalaria, Helcion, Natalina, Planorbis, and Nautilus, all with different parameters. pst-shell needs pst-solides3d and an up-to-date PSTricks, which should be part of your local TeX installation, otherwise get it from a CTAN server. %package -n texlive-pst-vehicle Summary: A PSTricks package for rolling vehicles on graphs of mathematical functions Version: svn45320 License: LPPL Requires: texlive-base texlive-kpathsea Provides: tex(ListVehicles.tex) = %{tl_version}, tex(pst-vehicle.tex) = %{tl_version} Provides: tex(pst-vehicle.sty) = %{tl_version} %description -n texlive-pst-vehicle This package permits to represent vehicles rolling without slipping on mathematical curves. Different types of vehicles are proposed, the shape of the curve is to be defined by its equation "y=f(x)" in algebraic notation. %package -n texlive-pxtatescale Summary: Patch to graphics driver for scaling in vertical direction of pTeX Version: svn43009 License: MIT Requires: texlive-base texlive-kpathsea Provides: tex(pxtatescale.sty) = %{tl_version} %description -n texlive-pxtatescale Patch for graphics driver 'dvipdfmx' to support correct scaling in vertical direction of Japanese pTeX/upTeX. %package -n texlive-pxufont Summary: Emulate non-Unicode Japanese fonts using Unicode fonts Version: svn53733 License: MIT Requires: texlive-base texlive-kpathsea Provides: tex(zu-brsgnmlgothb-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlgothb-v.tfm) = %{tl_version} Provides: tex(zu-brsgnmlgothbn-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlgothbn-v.tfm) = %{tl_version} Provides: tex(zu-brsgnmlgotheb-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlgotheb-v.tfm) = %{tl_version} Provides: tex(zu-brsgnmlgothebn-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlgothebn-v.tfm) = %{tl_version} Provides: tex(zu-brsgnmlgothr-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlgothr-v.tfm) = %{tl_version} Provides: tex(zu-brsgnmlgothrn-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlgothrn-v.tfm) = %{tl_version} Provides: tex(zu-brsgnmlmgothr-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlmgothr-v.tfm) = %{tl_version} Provides: tex(zu-brsgnmlmgothrn-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlmgothrn-v.tfm) = %{tl_version} Provides: tex(zu-brsgnmlminb-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlminb-v.tfm) = %{tl_version} Provides: tex(zu-brsgnmlminbn-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlminbn-v.tfm) = %{tl_version} Provides: tex(zu-brsgnmlminl-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlminl-v.tfm) = %{tl_version} Provides: tex(zu-brsgnmlminln-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlminln-v.tfm) = %{tl_version} Provides: tex(zu-brsgnmlminr-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlminr-v.tfm) = %{tl_version} Provides: tex(zu-brsgnmlminrn-h.tfm) = %{tl_version} Provides: tex(zu-brsgnmlminrn-v.tfm) = %{tl_version} Provides: tex(zu-cidjgb0-h.tfm) = %{tl_version}, tex(zu-cidjgb0-v.tfm) = %{tl_version} Provides: tex(zu-cidjgb1-h.tfm) = %{tl_version}, tex(zu-cidjgb1-v.tfm) = %{tl_version} Provides: tex(zu-cidjgb2-h.tfm) = %{tl_version}, tex(zu-cidjgb2-v.tfm) = %{tl_version} Provides: tex(zu-cidjgb3-h.tfm) = %{tl_version}, tex(zu-cidjgb3-v.tfm) = %{tl_version} Provides: tex(zu-cidjgb4-h.tfm) = %{tl_version}, tex(zu-cidjgb4-v.tfm) = %{tl_version} Provides: tex(zu-cidjgb5-h.tfm) = %{tl_version}, tex(zu-cidjgb5-v.tfm) = %{tl_version} Provides: tex(zu-cidjge0-h.tfm) = %{tl_version}, tex(zu-cidjge0-v.tfm) = %{tl_version} Provides: tex(zu-cidjge1-h.tfm) = %{tl_version}, tex(zu-cidjge1-v.tfm) = %{tl_version} Provides: tex(zu-cidjge2-h.tfm) = %{tl_version}, tex(zu-cidjge2-v.tfm) = %{tl_version} Provides: tex(zu-cidjge3-h.tfm) = %{tl_version}, tex(zu-cidjge3-v.tfm) = %{tl_version} Provides: tex(zu-cidjge4-h.tfm) = %{tl_version}, tex(zu-cidjge4-v.tfm) = %{tl_version} Provides: tex(zu-cidjge5-h.tfm) = %{tl_version}, tex(zu-cidjge5-v.tfm) = %{tl_version} Provides: tex(zu-cidjgr0-h.tfm) = %{tl_version}, tex(zu-cidjgr0-v.tfm) = %{tl_version} Provides: tex(zu-cidjgr1-h.tfm) = %{tl_version}, tex(zu-cidjgr1-v.tfm) = %{tl_version} Provides: tex(zu-cidjgr2-h.tfm) = %{tl_version}, tex(zu-cidjgr2-v.tfm) = %{tl_version} Provides: tex(zu-cidjgr3-h.tfm) = %{tl_version}, tex(zu-cidjgr3-v.tfm) = %{tl_version} Provides: tex(zu-cidjgr4-h.tfm) = %{tl_version}, tex(zu-cidjgr4-v.tfm) = %{tl_version} Provides: tex(zu-cidjgr5-h.tfm) = %{tl_version}, tex(zu-cidjgr5-v.tfm) = %{tl_version} Provides: tex(zu-cidjmb0-h.tfm) = %{tl_version}, tex(zu-cidjmb0-v.tfm) = %{tl_version} Provides: tex(zu-cidjmb1-h.tfm) = %{tl_version}, tex(zu-cidjmb1-v.tfm) = %{tl_version} Provides: tex(zu-cidjmb2-h.tfm) = %{tl_version}, tex(zu-cidjmb2-v.tfm) = %{tl_version} Provides: tex(zu-cidjmb3-h.tfm) = %{tl_version}, tex(zu-cidjmb3-v.tfm) = %{tl_version} Provides: tex(zu-cidjmb4-h.tfm) = %{tl_version}, tex(zu-cidjmb4-v.tfm) = %{tl_version} Provides: tex(zu-cidjmb5-h.tfm) = %{tl_version}, tex(zu-cidjmb5-v.tfm) = %{tl_version} Provides: tex(zu-cidjmgr0-h.tfm) = %{tl_version}, tex(zu-cidjmgr0-v.tfm) = %{tl_version} Provides: tex(zu-cidjmgr1-h.tfm) = %{tl_version}, tex(zu-cidjmgr1-v.tfm) = %{tl_version} Provides: tex(zu-cidjmgr2-h.tfm) = %{tl_version}, tex(zu-cidjmgr2-v.tfm) = %{tl_version} Provides: tex(zu-cidjmgr3-h.tfm) = %{tl_version}, tex(zu-cidjmgr3-v.tfm) = %{tl_version} Provides: tex(zu-cidjmgr4-h.tfm) = %{tl_version}, tex(zu-cidjmgr4-v.tfm) = %{tl_version} Provides: tex(zu-cidjmgr5-h.tfm) = %{tl_version}, tex(zu-cidjmgr5-v.tfm) = %{tl_version} Provides: tex(zu-cidjml0-h.tfm) = %{tl_version}, tex(zu-cidjml0-v.tfm) = %{tl_version} Provides: tex(zu-cidjml1-h.tfm) = %{tl_version}, tex(zu-cidjml1-v.tfm) = %{tl_version} Provides: tex(zu-cidjml2-h.tfm) = %{tl_version}, tex(zu-cidjml2-v.tfm) = %{tl_version} Provides: tex(zu-cidjml3-h.tfm) = %{tl_version}, tex(zu-cidjml3-v.tfm) = %{tl_version} Provides: tex(zu-cidjml4-h.tfm) = %{tl_version}, tex(zu-cidjml4-v.tfm) = %{tl_version} Provides: tex(zu-cidjml5-h.tfm) = %{tl_version}, tex(zu-cidjml5-v.tfm) = %{tl_version} Provides: tex(zu-cidjmr0-h.tfm) = %{tl_version}, tex(zu-cidjmr0-v.tfm) = %{tl_version} Provides: tex(zu-cidjmr1-h.tfm) = %{tl_version}, tex(zu-cidjmr1-v.tfm) = %{tl_version} Provides: tex(zu-cidjmr2-h.tfm) = %{tl_version}, tex(zu-cidjmr2-v.tfm) = %{tl_version} Provides: tex(zu-cidjmr3-h.tfm) = %{tl_version}, tex(zu-cidjmr3-v.tfm) = %{tl_version} Provides: tex(zu-cidjmr4-h.tfm) = %{tl_version}, tex(zu-cidjmr4-v.tfm) = %{tl_version} Provides: tex(zu-cidjmr5-h.tfm) = %{tl_version}, tex(zu-cidjmr5-v.tfm) = %{tl_version} Provides: tex(zu-jis-v.tfm) = %{tl_version}, tex(zu-jis.tfm) = %{tl_version} Provides: tex(zu-jisg-v.tfm) = %{tl_version}, tex(zu-jisg.tfm) = %{tl_version} Provides: tex(zu-nmlgothb-h.tfm) = %{tl_version}, tex(zu-nmlgothb-v.tfm) = %{tl_version} Provides: tex(zu-nmlgothbn-h.tfm) = %{tl_version}, tex(zu-nmlgothbn-v.tfm) = %{tl_version} Provides: tex(zu-nmlgotheb-h.tfm) = %{tl_version}, tex(zu-nmlgotheb-v.tfm) = %{tl_version} Provides: tex(zu-nmlgothebn-h.tfm) = %{tl_version} Provides: tex(zu-nmlgothebn-v.tfm) = %{tl_version} Provides: tex(zu-nmlgothr-h.tfm) = %{tl_version}, tex(zu-nmlgothr-v.tfm) = %{tl_version} Provides: tex(zu-nmlgothrn-h.tfm) = %{tl_version}, tex(zu-nmlgothrn-v.tfm) = %{tl_version} Provides: tex(zu-nmlmgothr-h.tfm) = %{tl_version}, tex(zu-nmlmgothr-v.tfm) = %{tl_version} Provides: tex(zu-nmlmgothrn-h.tfm) = %{tl_version} Provides: tex(zu-nmlmgothrn-v.tfm) = %{tl_version} Provides: tex(zu-nmlminb-h.tfm) = %{tl_version}, tex(zu-nmlminb-v.tfm) = %{tl_version} Provides: tex(zu-nmlminbn-h.tfm) = %{tl_version}, tex(zu-nmlminbn-v.tfm) = %{tl_version} Provides: tex(zu-nmlminl-h.tfm) = %{tl_version}, tex(zu-nmlminl-v.tfm) = %{tl_version} Provides: tex(zu-nmlminln-h.tfm) = %{tl_version}, tex(zu-nmlminln-v.tfm) = %{tl_version} Provides: tex(zu-nmlminr-h.tfm) = %{tl_version}, tex(zu-nmlminr-v.tfm) = %{tl_version} Provides: tex(zu-nmlminrn-h.tfm) = %{tl_version}, tex(zu-nmlminrn-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlgothb-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlgothb-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlgothbn-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlgothbn-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlgotheb-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlgotheb-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlgothebn-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlgothebn-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlgothr-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlgothr-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlgothrn-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlgothrn-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlmgothr-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlmgothr-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlmgothrn-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlmgothrn-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlminb-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlminb-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlminbn-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlminbn-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlminl-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlminl-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlminln-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlminln-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlminr-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlminr-v.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlminrn-h.tfm) = %{tl_version} Provides: tex(zu-upbrsgnmlminrn-v.tfm) = %{tl_version} Provides: tex(zu-upnmlgothb-h.tfm) = %{tl_version} Provides: tex(zu-upnmlgothb-v.tfm) = %{tl_version} Provides: tex(zu-upnmlgothbn-h.tfm) = %{tl_version} Provides: tex(zu-upnmlgothbn-v.tfm) = %{tl_version} Provides: tex(zu-upnmlgotheb-h.tfm) = %{tl_version} Provides: tex(zu-upnmlgotheb-v.tfm) = %{tl_version} Provides: tex(zu-upnmlgothebn-h.tfm) = %{tl_version} Provides: tex(zu-upnmlgothebn-v.tfm) = %{tl_version} Provides: tex(zu-upnmlgothr-h.tfm) = %{tl_version} Provides: tex(zu-upnmlgothr-v.tfm) = %{tl_version} Provides: tex(zu-upnmlgothrn-h.tfm) = %{tl_version} Provides: tex(zu-upnmlgothrn-v.tfm) = %{tl_version} Provides: tex(zu-upnmlmgothr-h.tfm) = %{tl_version} Provides: tex(zu-upnmlmgothr-v.tfm) = %{tl_version} Provides: tex(zu-upnmlmgothrn-h.tfm) = %{tl_version} Provides: tex(zu-upnmlmgothrn-v.tfm) = %{tl_version} Provides: tex(zu-upnmlminb-h.tfm) = %{tl_version}, tex(zu-upnmlminb-v.tfm) = %{tl_version} Provides: tex(zu-upnmlminbn-h.tfm) = %{tl_version} Provides: tex(zu-upnmlminbn-v.tfm) = %{tl_version} Provides: tex(zu-upnmlminl-h.tfm) = %{tl_version}, tex(zu-upnmlminl-v.tfm) = %{tl_version} Provides: tex(zu-upnmlminln-h.tfm) = %{tl_version} Provides: tex(zu-upnmlminln-v.tfm) = %{tl_version} Provides: tex(zu-upnmlminr-h.tfm) = %{tl_version}, tex(zu-upnmlminr-v.tfm) = %{tl_version} Provides: tex(zu-upnmlminrn-h.tfm) = %{tl_version} Provides: tex(zu-upnmlminrn-v.tfm) = %{tl_version} Provides: tex(pxufont.sty) = %{tl_version}, tex(zu-brsgnmlgothb-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlgothb-v.vf) = %{tl_version} Provides: tex(zu-brsgnmlgothbn-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlgothbn-v.vf) = %{tl_version} Provides: tex(zu-brsgnmlgotheb-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlgotheb-v.vf) = %{tl_version} Provides: tex(zu-brsgnmlgothebn-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlgothebn-v.vf) = %{tl_version} Provides: tex(zu-brsgnmlgothr-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlgothr-v.vf) = %{tl_version} Provides: tex(zu-brsgnmlgothrn-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlgothrn-v.vf) = %{tl_version} Provides: tex(zu-brsgnmlmgothr-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlmgothr-v.vf) = %{tl_version} Provides: tex(zu-brsgnmlmgothrn-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlmgothrn-v.vf) = %{tl_version} Provides: tex(zu-brsgnmlminb-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlminb-v.vf) = %{tl_version} Provides: tex(zu-brsgnmlminbn-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlminbn-v.vf) = %{tl_version} Provides: tex(zu-brsgnmlminl-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlminl-v.vf) = %{tl_version} Provides: tex(zu-brsgnmlminln-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlminln-v.vf) = %{tl_version} Provides: tex(zu-brsgnmlminr-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlminr-v.vf) = %{tl_version} Provides: tex(zu-brsgnmlminrn-h.vf) = %{tl_version} Provides: tex(zu-brsgnmlminrn-v.vf) = %{tl_version} Provides: tex(zu-cidjgb0-h.vf) = %{tl_version}, tex(zu-cidjgb0-v.vf) = %{tl_version} Provides: tex(zu-cidjgb1-h.vf) = %{tl_version}, tex(zu-cidjgb1-v.vf) = %{tl_version} Provides: tex(zu-cidjgb2-h.vf) = %{tl_version}, tex(zu-cidjgb2-v.vf) = %{tl_version} Provides: tex(zu-cidjgb3-h.vf) = %{tl_version}, tex(zu-cidjgb3-v.vf) = %{tl_version} Provides: tex(zu-cidjgb4-h.vf) = %{tl_version}, tex(zu-cidjgb4-v.vf) = %{tl_version} Provides: tex(zu-cidjgb5-h.vf) = %{tl_version}, tex(zu-cidjgb5-v.vf) = %{tl_version} Provides: tex(zu-cidjge0-h.vf) = %{tl_version}, tex(zu-cidjge0-v.vf) = %{tl_version} Provides: tex(zu-cidjge1-h.vf) = %{tl_version}, tex(zu-cidjge1-v.vf) = %{tl_version} Provides: tex(zu-cidjge2-h.vf) = %{tl_version}, tex(zu-cidjge2-v.vf) = %{tl_version} Provides: tex(zu-cidjge3-h.vf) = %{tl_version}, tex(zu-cidjge3-v.vf) = %{tl_version} Provides: tex(zu-cidjge4-h.vf) = %{tl_version}, tex(zu-cidjge4-v.vf) = %{tl_version} Provides: tex(zu-cidjge5-h.vf) = %{tl_version}, tex(zu-cidjge5-v.vf) = %{tl_version} Provides: tex(zu-cidjgr0-h.vf) = %{tl_version}, tex(zu-cidjgr0-v.vf) = %{tl_version} Provides: tex(zu-cidjgr1-h.vf) = %{tl_version}, tex(zu-cidjgr1-v.vf) = %{tl_version} Provides: tex(zu-cidjgr2-h.vf) = %{tl_version}, tex(zu-cidjgr2-v.vf) = %{tl_version} Provides: tex(zu-cidjgr3-h.vf) = %{tl_version}, tex(zu-cidjgr3-v.vf) = %{tl_version} Provides: tex(zu-cidjgr4-h.vf) = %{tl_version}, tex(zu-cidjgr4-v.vf) = %{tl_version} Provides: tex(zu-cidjgr5-h.vf) = %{tl_version}, tex(zu-cidjgr5-v.vf) = %{tl_version} Provides: tex(zu-cidjmb0-h.vf) = %{tl_version}, tex(zu-cidjmb0-v.vf) = %{tl_version} Provides: tex(zu-cidjmb1-h.vf) = %{tl_version}, tex(zu-cidjmb1-v.vf) = %{tl_version} Provides: tex(zu-cidjmb2-h.vf) = %{tl_version}, tex(zu-cidjmb2-v.vf) = %{tl_version} Provides: tex(zu-cidjmb3-h.vf) = %{tl_version}, tex(zu-cidjmb3-v.vf) = %{tl_version} Provides: tex(zu-cidjmb4-h.vf) = %{tl_version}, tex(zu-cidjmb4-v.vf) = %{tl_version} Provides: tex(zu-cidjmb5-h.vf) = %{tl_version}, tex(zu-cidjmb5-v.vf) = %{tl_version} Provides: tex(zu-cidjmgr0-h.vf) = %{tl_version}, tex(zu-cidjmgr0-v.vf) = %{tl_version} Provides: tex(zu-cidjmgr1-h.vf) = %{tl_version}, tex(zu-cidjmgr1-v.vf) = %{tl_version} Provides: tex(zu-cidjmgr2-h.vf) = %{tl_version}, tex(zu-cidjmgr2-v.vf) = %{tl_version} Provides: tex(zu-cidjmgr3-h.vf) = %{tl_version}, tex(zu-cidjmgr3-v.vf) = %{tl_version} Provides: tex(zu-cidjmgr4-h.vf) = %{tl_version}, tex(zu-cidjmgr4-v.vf) = %{tl_version} Provides: tex(zu-cidjmgr5-h.vf) = %{tl_version}, tex(zu-cidjmgr5-v.vf) = %{tl_version} Provides: tex(zu-cidjml0-h.vf) = %{tl_version}, tex(zu-cidjml0-v.vf) = %{tl_version} Provides: tex(zu-cidjml1-h.vf) = %{tl_version}, tex(zu-cidjml1-v.vf) = %{tl_version} Provides: tex(zu-cidjml2-h.vf) = %{tl_version}, tex(zu-cidjml2-v.vf) = %{tl_version} Provides: tex(zu-cidjml3-h.vf) = %{tl_version}, tex(zu-cidjml3-v.vf) = %{tl_version} Provides: tex(zu-cidjml4-h.vf) = %{tl_version}, tex(zu-cidjml4-v.vf) = %{tl_version} Provides: tex(zu-cidjml5-h.vf) = %{tl_version}, tex(zu-cidjml5-v.vf) = %{tl_version} Provides: tex(zu-cidjmr0-h.vf) = %{tl_version}, tex(zu-cidjmr0-v.vf) = %{tl_version} Provides: tex(zu-cidjmr1-h.vf) = %{tl_version}, tex(zu-cidjmr1-v.vf) = %{tl_version} Provides: tex(zu-cidjmr2-h.vf) = %{tl_version}, tex(zu-cidjmr2-v.vf) = %{tl_version} Provides: tex(zu-cidjmr3-h.vf) = %{tl_version}, tex(zu-cidjmr3-v.vf) = %{tl_version} Provides: tex(zu-cidjmr4-h.vf) = %{tl_version}, tex(zu-cidjmr4-v.vf) = %{tl_version} Provides: tex(zu-cidjmr5-h.vf) = %{tl_version}, tex(zu-cidjmr5-v.vf) = %{tl_version} Provides: tex(zu-jis-v.vf) = %{tl_version}, tex(zu-jis.vf) = %{tl_version} Provides: tex(zu-jisg-v.vf) = %{tl_version}, tex(zu-jisg.vf) = %{tl_version} Provides: tex(zu-nmlgothb-h.vf) = %{tl_version}, tex(zu-nmlgothb-v.vf) = %{tl_version} Provides: tex(zu-nmlgothbn-h.vf) = %{tl_version}, tex(zu-nmlgothbn-v.vf) = %{tl_version} Provides: tex(zu-nmlgotheb-h.vf) = %{tl_version}, tex(zu-nmlgotheb-v.vf) = %{tl_version} Provides: tex(zu-nmlgothebn-h.vf) = %{tl_version}, tex(zu-nmlgothebn-v.vf) = %{tl_version} Provides: tex(zu-nmlgothr-h.vf) = %{tl_version}, tex(zu-nmlgothr-v.vf) = %{tl_version} Provides: tex(zu-nmlgothrn-h.vf) = %{tl_version}, tex(zu-nmlgothrn-v.vf) = %{tl_version} Provides: tex(zu-nmlmgothr-h.vf) = %{tl_version}, tex(zu-nmlmgothr-v.vf) = %{tl_version} Provides: tex(zu-nmlmgothrn-h.vf) = %{tl_version}, tex(zu-nmlmgothrn-v.vf) = %{tl_version} Provides: tex(zu-nmlminb-h.vf) = %{tl_version}, tex(zu-nmlminb-v.vf) = %{tl_version} Provides: tex(zu-nmlminbn-h.vf) = %{tl_version}, tex(zu-nmlminbn-v.vf) = %{tl_version} Provides: tex(zu-nmlminl-h.vf) = %{tl_version}, tex(zu-nmlminl-v.vf) = %{tl_version} Provides: tex(zu-nmlminln-h.vf) = %{tl_version}, tex(zu-nmlminln-v.vf) = %{tl_version} Provides: tex(zu-nmlminr-h.vf) = %{tl_version}, tex(zu-nmlminr-v.vf) = %{tl_version} Provides: tex(zu-nmlminrn-h.vf) = %{tl_version}, tex(zu-nmlminrn-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlgothb-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlgothb-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlgothbn-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlgothbn-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlgotheb-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlgotheb-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlgothebn-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlgothebn-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlgothr-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlgothr-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlgothrn-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlgothrn-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlmgothr-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlmgothr-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlmgothrn-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlmgothrn-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlminb-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlminb-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlminbn-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlminbn-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlminl-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlminl-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlminln-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlminln-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlminr-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlminr-v.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlminrn-h.vf) = %{tl_version} Provides: tex(zu-upbrsgnmlminrn-v.vf) = %{tl_version} Provides: tex(zu-upnmlgothb-h.vf) = %{tl_version}, tex(zu-upnmlgothb-v.vf) = %{tl_version} Provides: tex(zu-upnmlgothbn-h.vf) = %{tl_version} Provides: tex(zu-upnmlgothbn-v.vf) = %{tl_version} Provides: tex(zu-upnmlgotheb-h.vf) = %{tl_version} Provides: tex(zu-upnmlgotheb-v.vf) = %{tl_version} Provides: tex(zu-upnmlgothebn-h.vf) = %{tl_version} Provides: tex(zu-upnmlgothebn-v.vf) = %{tl_version} Provides: tex(zu-upnmlgothr-h.vf) = %{tl_version}, tex(zu-upnmlgothr-v.vf) = %{tl_version} Provides: tex(zu-upnmlgothrn-h.vf) = %{tl_version} Provides: tex(zu-upnmlgothrn-v.vf) = %{tl_version} Provides: tex(zu-upnmlmgothr-h.vf) = %{tl_version} Provides: tex(zu-upnmlmgothr-v.vf) = %{tl_version} Provides: tex(zu-upnmlmgothrn-h.vf) = %{tl_version} Provides: tex(zu-upnmlmgothrn-v.vf) = %{tl_version} Provides: tex(zu-upnmlminb-h.vf) = %{tl_version}, tex(zu-upnmlminb-v.vf) = %{tl_version} Provides: tex(zu-upnmlminbn-h.vf) = %{tl_version}, tex(zu-upnmlminbn-v.vf) = %{tl_version} Provides: tex(zu-upnmlminl-h.vf) = %{tl_version}, tex(zu-upnmlminl-v.vf) = %{tl_version} Provides: tex(zu-upnmlminln-h.vf) = %{tl_version}, tex(zu-upnmlminln-v.vf) = %{tl_version} Provides: tex(zu-upnmlminr-h.vf) = %{tl_version}, tex(zu-upnmlminr-v.vf) = %{tl_version} Provides: tex(zu-upnmlminrn-h.vf) = %{tl_version}, tex(zu-upnmlminrn-v.vf) = %{tl_version} Provides: tex(pxufont-ruby.sty) = %{tl_version} %description -n texlive-pxufont The set of the Japanese logical fonts (JFMs) that are used as standard fonts in pTeX and upTeX contains both Unicode JFMs and non-Unicode JFMs. This bundle provides an alternative set of non-Unicode JFMs that are tied to the virtual fonts (VFs) that refer to the glyphs in the Unicode JFMs. Moreover it provides a LaTeX package that redefines the NFSS settings of the Japanese fonts of (u)pLaTeX so that the new set of non-Unicode JFMs will be employed. As a whole, this bundle allows users to dispense with the mapping setup on non-Unicode JFMs. Such a setup is useful in particular when users want to use OpenType fonts (such as Source Han Serif) that have a glyph encoding different from Adobe-Japan1, because mapping setups from non-Unicode JFMs to such physical fonts are difficult to prepare. %package -n texlive-pst-antiprism Summary: A PSTricks related package which draws an antiprism Version: svn46643 License: LPPL Requires: texlive-base texlive-kpathsea Provides: tex(pst-antiprism.pro) = %{tl_version}, tex(pst-antiprism.tex) = %{tl_version} Provides: tex(pst-antiprism.sty) = %{tl_version} %description -n texlive-pst-antiprism pst-antiprism is a PSTricks related package which draws an antiprism, which is a semiregular polyhedron constructed with 2-gons and triangles. %package -n texlive-pst-calculate Summary: Support for floating point operations at LaTeX level Version: svn49817 License: LPPL Requires: texlive-base texlive-kpathsea, tex(expl3.sty) Requires: tex(siunitx.sty), tex(xkeyval.sty), tex(xparse.sty) Provides: tex(pst-calculate.sty) = %{tl_version} %description -n texlive-pst-calculate This package provides an interface to the LaTeX3 floating point unit (part of expl3), mainly used for PSTricks related packages to allow math expressions at LaTeX level. siunitx is used for formatting the calculated number. The package also depends on xkeyval and xparse. %package -n texlive-pst-contourplot Summary: Draw implicit functions using the "marching squares" algorithm Version: svn48230 License: LPPL Requires: texlive-base texlive-kpathsea Provides: tex(pst-contourplot.tex) = %{tl_version} Provides: tex(pst-contourplot.sty) = %{tl_version} %description -n texlive-pst-contourplot This package allows to draw implicit functions "f(x,y) = 0" with options for coloring the inside of the surfaces, for marking the points and arrowing the curve at points chosen by the user. The package uses the "marching squares" algorithm. %package -n texlive-pst-dart Summary: Plotting dart boards Version: svn46579 License: LPPL Requires: texlive-base texlive-kpathsea Provides: tex(pst-dart.sty) = %{tl_version}, tex(pst-dart.tex) = %{tl_version} %description -n texlive-pst-dart pst-dart is a PSTricks related package and draws Dart Boards. Optional arguments are the unit and the fontsize. %package -n texlive-pst-spinner Summary: Drawing a fidget spinner Version: svn54080 License: LPPL Requires: texlive-base texlive-kpathsea Provides: tex(pst-spinner.sty) = %{tl_version}, tex(pst-spinner.tex) = %{tl_version} %description -n texlive-pst-spinner This package aims to propose a model of the fidget spinner gadget. It exists under different forms with 2, 3 poles and even more. We chose the most popular model: the triple Fidget Spinner. You can run the PSTricks related documents with XeLaTeX. %package -n texlive-pythonhighlight Summary: Highlighting of Python code, based on the listings package Version: svn43191 License: BSD Requires: texlive-base texlive-kpathsea Provides: tex(pythonhighlight.sty) = %{tl_version} %description -n texlive-pythonhighlight Highlighting of Python code, based on the listings package. %prep %setup -q -c -T -a 3 %build %install install -d %{buildroot}%{_texdir}/../texmf install -d %{buildroot}%{_texdir}/texmf-config/web2c install -d %{buildroot}%{_var}/lib/texmf install -d %{buildroot}%{_texdir}/texmf-dist install -d %{buildroot}%{_texdir}/texmf-local set +x for i in %{sources}; do if [ "$i" != "%{_sourcedir}/texlive-licenses.tar.xz" ]; then if [ "$i" = "%{_sourcedir}/texlive-msg-translations.tar.xz" -o \ "$i" = "%{_sourcedir}/xecyr.tar.xz" -o \ "$i" = "%{_sourcedir}/xecyr.doc.tar.xz" -o \ "$i" = "%{_sourcedir}/platex.tar.xz" -o \ "$i" = "%{_sourcedir}/platex.doc.tar.xz" -o \ "$i" = "%{_sourcedir}/texworks.doc.tar.xz" -o \ "$i" = "%{_sourcedir}/uplatex.tar.xz" -o \ "$i" = "%{_sourcedir}/texlive-docindex.tar.xz" -o \ "$i" = "%{_sourcedir}/texlive-docindex.doc.tar.xz" ]; then OUTDIR="%{buildroot}%{_texdir}" else OUTDIR="%{buildroot}%{_texdir}/texmf-dist" fi xz -dc $i | tar x -C $OUTDIR fi done set -x cur_dir=$PWD install -d %{buildroot}%{_datadir}/fonts cd %{buildroot}%{_datadir}/fonts font_names="public/punknova" for i in ${font_names}; do j=`echo $i | cut -d / -f 2` ln -s %{_texdir}/texmf-dist/fonts/opentype/$i $j done cd $cur_dir install -d %{buildroot}/%{_infodir}/ cp -R %{buildroot}/%{_texdir}/texmf-dist/doc/man %{buildroot}/%{_datadir}/ rm -f %{buildroot}%{_datadir}/man/man5/prerex.man5.pdf* rm -f %{buildroot}%{_datadir}/texlive/texmf-dist/doc/man/man5/prerex.* rm -f %{buildroot}%{_datadir}/texlive/texmf-dist/tlpkg/tlpobj/* %files -n texlive-pslatex %license lppl1.txt %{_texdir}/texmf-dist/fonts/map/dvips/pslatex/ %{_texdir}/texmf-dist/fonts/tfm/public/pslatex/ %{_texdir}/texmf-dist/fonts/vf/public/pslatex/ %{_texdir}/texmf-dist/tex/latex/pslatex/ %files -n texlive-psnfss %license lppl1.txt %{_texdir}/texmf-dist/fonts/map/dvips/psnfss/ %{_texdir}/texmf-dist/tex/latex/psnfss/ %files -n texlive-psnfss-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/latex/psnfss/ %files -n texlive-pspicture %license lppl1.txt %{_texdir}/texmf-dist/dvips/pspicture/ %{_texdir}/texmf-dist/tex/latex/pspicture/ %files -n texlive-pspicture-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/latex/pspicture/ %files -n texlive-psizzl %license lppl1.txt %{_texdir}/texmf-dist/tex/psizzl/ %files -n texlive-psizzl-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/otherformats/psizzl/ %files -n texlive-pxcjkcat %license other-free.txt %{_texdir}/texmf-dist/tex/latex/pxcjkcat/ %files -n texlive-pxcjkcat-doc %license other-free.txt %{_texdir}/texmf-dist/doc/latex/pxcjkcat/ %files -n texlive-pxjahyper %license other-free.txt %{_texdir}/texmf-dist/tex/platex/pxjahyper/ %files -n texlive-pxjahyper-doc %license other-free.txt %{_texdir}/texmf-dist/doc/platex/pxjahyper/ %files -n texlive-pxrubrica %{_texdir}/texmf-dist/tex/platex/pxrubrica/ %files -n texlive-pxrubrica-doc %{_texdir}/texmf-dist/doc/platex/pxrubrica/ %files -n texlive-pxfonts %license gpl.txt %{_texdir}/texmf-dist/fonts/afm/public/pxfonts/ %{_texdir}/texmf-dist/fonts/map/dvips/pxfonts/ %{_texdir}/texmf-dist/fonts/tfm/public/pxfonts/ %{_texdir}/texmf-dist/fonts/type1/public/pxfonts/ %{_texdir}/texmf-dist/fonts/vf/public/pxfonts/ %{_texdir}/texmf-dist/tex/latex/pxfonts/ %files -n texlive-pxfonts-doc %license gpl.txt %{_texdir}/texmf-dist/doc/fonts/pxfonts/ %files -n texlive-prodint %{_texdir}/texmf-dist/fonts/afm/public/prodint/ %{_texdir}/texmf-dist/fonts/map/dvips/prodint/ %{_texdir}/texmf-dist/fonts/tfm/public/prodint/ %{_texdir}/texmf-dist/fonts/type1/public/prodint/ %{_texdir}/texmf-dist/tex/latex/prodint/ %files -n texlive-prodint-doc %{_texdir}/texmf-dist/doc/fonts/prodint/ %files -n texlive-punk %license knuth.txt %{_texdir}/texmf-dist/fonts/source/public/punk/ %{_texdir}/texmf-dist/fonts/tfm/public/punk/ %files -n texlive-punk-doc %license knuth.txt %{_texdir}/texmf-dist/doc/fonts/punk/ %files -n texlive-punk-latex %license gpl.txt %{_texdir}/texmf-dist/tex/latex/punk-latex/ %files -n texlive-punk-latex-doc %license gpl.txt %{_texdir}/texmf-dist/doc/latex/punk-latex/ %files -n texlive-punknova %{_datadir}/fonts/punknova %{_texdir}/texmf-dist/fonts/opentype/public/punknova/ %files -n texlive-punknova-doc %{_texdir}/texmf-dist/doc/fonts/punknova/ %files -n texlive-pxtxalfa %license lppl1.txt %{_texdir}/texmf-dist/fonts/map/dvips/pxtxalfa/ %{_texdir}/texmf-dist/fonts/tfm/public/pxtxalfa/ %{_texdir}/texmf-dist/fonts/vf/public/pxtxalfa/ %{_texdir}/texmf-dist/tex/latex/pxtxalfa/ %files -n texlive-pxtxalfa-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/fonts/pxtxalfa/ %files -n texlive-psgo %license lppl1.txt %{_texdir}/texmf-dist/tex/latex/psgo/ %files -n texlive-psgo-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/latex/psgo/ %files -n texlive-pst-eucl-translation-bg-doc %{_texdir}/texmf-dist/doc/latex/pst-eucl-translation-bg/ %files -n texlive-przechlewski-book %license lppl1.txt %{_texdir}/texmf-dist/bibtex/bst/przechlewski-book/ %{_texdir}/texmf-dist/tex/latex/przechlewski-book/ %files -n texlive-przechlewski-book-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/latex/przechlewski-book/ %files -n texlive-pxchfon %license other-free.txt %{_texdir}/texmf-dist/fonts/sfd/pxchfon/ %{_texdir}/texmf-dist/fonts/tfm/public/pxchfon/ %{_texdir}/texmf-dist/fonts/vf/public/pxchfon/ %{_texdir}/texmf-dist/tex/platex/pxchfon/ %files -n texlive-pxchfon-doc %license other-free.txt %{_texdir}/texmf-dist/doc/platex/pxchfon/ %files -n texlive-pxbase %license other-free.txt %{_texdir}/texmf-dist/tex/platex/pxbase/ %files -n texlive-pxbase-doc %license other-free.txt %{_texdir}/texmf-dist/doc/platex/pxbase/ %files -n texlive-psfrag %{_texdir}/texmf-dist/dvips/psfrag/ %{_texdir}/texmf-dist/tex/latex/psfrag/ %files -n texlive-psfrag-doc %{_texdir}/texmf-dist/doc/latex/psfrag/ %files -n texlive-psfrag-italian-doc %license gpl.txt %{_texdir}/texmf-dist/doc/latex/psfrag-italian/ %files -n texlive-prerex %license gpl.txt %{_mandir}/man5/prerex.5* %{_texdir}/texmf-dist/tex/latex/prerex/ %files -n texlive-prerex-doc %license gpl.txt %{_texdir}/texmf-dist/doc/latex/prerex/ %files -n texlive-productbox %{_texdir}/texmf-dist/tex/latex/productbox/ %files -n texlive-productbox-doc %{_texdir}/texmf-dist/doc/latex/productbox/ %files -n texlive-pxpgfmark %license other-free.txt %{_texdir}/texmf-dist/tex/latex/pxpgfmark/ %files -n texlive-pxpgfmark-doc %license other-free.txt %{_texdir}/texmf-dist/doc/latex/pxpgfmark/ %files -n texlive-preprint %license collection.txt %{_texdir}/texmf-dist/tex/latex/preprint/ %files -n texlive-preprint-doc %license collection.txt %{_texdir}/texmf-dist/doc/latex/preprint/ 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%{_texdir}/texmf-dist/tex/latex/pst-tools/ %files -n texlive-pst-tools-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/generic/pst-tools/ %files -n texlive-pst-tree %license lppl1.txt %{_texdir}/texmf-dist/tex/generic/pst-tree/ %{_texdir}/texmf-dist/tex/latex/pst-tree/ %files -n texlive-pst-tree-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/generic/pst-tree/ %files -n texlive-pst-tvz %license lppl1.3.txt %{_texdir}/texmf-dist/tex/generic/pst-tvz/ %{_texdir}/texmf-dist/tex/latex/pst-tvz/ %files -n texlive-pst-tvz-doc %license lppl1.3.txt %{_texdir}/texmf-dist/doc/generic/pst-tvz/ %files -n texlive-pst-uml %license lppl1.txt %{_texdir}/texmf-dist/tex/latex/pst-uml/ %files -n texlive-pst-uml-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/generic/pst-uml/ %files -n texlive-pst-vectorian %license lppl1.txt %{_texdir}/texmf-dist/dvips/pst-vectorian/ %{_texdir}/texmf-dist/tex/latex/pst-vectorian/ %files -n texlive-pst-vectorian-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/latex/pst-vectorian/ %files -n texlive-pst-vowel %license lppl1.txt %{_texdir}/texmf-dist/tex/latex/pst-vowel/ %files -n texlive-pst-vowel-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/latex/pst-vowel/ %files -n texlive-pstricks %license lppl1.3.txt %{_texdir}/texmf-dist/dvips/pstricks/ %{_texdir}/texmf-dist/tex/generic/pstricks/ %{_texdir}/texmf-dist/tex/latex/pstricks/ %files -n texlive-pstricks-doc %license lppl1.3.txt %{_texdir}/texmf-dist/doc/generic/pstricks/ %files -n texlive-pstricks-add %license lppl1.txt %{_texdir}/texmf-dist/dvips/pstricks-add/ %{_texdir}/texmf-dist/tex/generic/pstricks-add/ %{_texdir}/texmf-dist/tex/latex/pstricks-add/ %files -n texlive-pstricks-add-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/generic/pstricks-add/ %files -n texlive-pstricks_calcnotes-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/latex/pstricks_calcnotes/ %files -n texlive-pracjourn %license gpl.txt %{_texdir}/texmf-dist/tex/latex/pracjourn/ %files -n texlive-pracjourn-doc %license gpl.txt %{_texdir}/texmf-dist/doc/latex/pracjourn/ %files -n texlive-procIAGssymp %license lppl1.txt %{_texdir}/texmf-dist/tex/latex/procIAGssymp/ %files -n texlive-procIAGssymp-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/latex/procIAGssymp/ %files -n texlive-proposal %license lppl1.txt %{_texdir}/texmf-dist/tex/latex/proposal/ %files -n texlive-proposal-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/latex/proposal/ %files -n texlive-ptptex %license lppl1.txt %{_texdir}/texmf-dist/tex/latex/ptptex/ %files -n texlive-ptptex-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/latex/ptptex/ %files -n texlive-pseudocode %license lppl1.txt %{_texdir}/texmf-dist/tex/latex/pseudocode/ %files -n texlive-pseudocode-doc %license lppl1.txt %{_texdir}/texmf-dist/doc/latex/pseudocode/ %files -n texlive-ptext %license lppl1.2.txt %{_texdir}/texmf-dist/tex/xelatex/ptext/ %files -n texlive-ptext-doc %license lppl1.2.txt %{_texdir}/texmf-dist/doc/xelatex/ptext/ %files -n texlive-prooftrees-doc %license lppl1.3.txt %{_texdir}/texmf-dist/doc/latex/prooftrees/ %files -n texlive-prooftrees %license lppl1.3.txt %{_texdir}/texmf-dist/tex/latex/prooftrees/ %files -n texlive-pst-cie-doc %license lppl.txt %{_texdir}/texmf-dist/doc/generic/pst-cie/ %files -n texlive-pst-cie %license lppl.txt %{_texdir}/texmf-dist/dvips/pst-cie/ %{_texdir}/texmf-dist/tex/generic/pst-cie/ %{_texdir}/texmf-dist/tex/latex/pst-cie/ %files -n texlive-ptex-fonts %license bsd.txt %{_texdir}/texmf-dist/fonts/source/ptex-fonts/ %{_texdir}/texmf-dist/fonts/tfm/ptex-fonts/ %{_texdir}/texmf-dist/fonts/vf/ptex-fonts/ %files -n texlive-ptex-fonts-doc %license bsd.txt %{_texdir}/texmf-dist/doc/fonts/ptex-fonts/ %files -n texlive-ptex-base %license bsd.txt %{_texdir}/texmf-dist/tex/ptex/ptex-base/ %files -n texlive-ptex-base-doc %license bsd.txt %{_texdir}/texmf-dist/doc/ptex/ptex-base/ %files -n texlive-pst-arrow %license lppl1.3.txt %doc %{_texdir}/texmf-dist/doc/generic/pst-arrow/ %{_texdir}/texmf-dist/tex/generic/pst-arrow/ %{_texdir}/texmf-dist/tex/latex/pst-arrow/ %files -n texlive-pst-geometrictools %license lppl1.3.txt %doc %{_texdir}/texmf-dist/doc/generic/pst-geometrictools/ %{_texdir}/texmf-dist/tex/latex/pst-geometrictools/ %{_texdir}/texmf-dist/tex/generic/pst-geometrictools/ %files -n texlive-pst-poker %license lgpl.txt %doc %{_texdir}/texmf-dist/doc/latex/pst-poker/ %{_texdir}/texmf-dist/tex/latex/pst-poker/ %files -n texlive-pstring %license pd.txt %doc %{_texdir}/texmf-dist/doc/latex/pstring/ %{_texdir}/texmf-dist/tex/latex/pstring/ %files -n texlive-pst-rputover %license lppl1.3.txt %doc %{_texdir}/texmf-dist/doc/generic/pst-rputover/ %{_texdir}/texmf-dist/tex/generic/pst-rputover/ %{_texdir}/texmf-dist/tex/latex/pst-rputover/ %files -n texlive-pst-shell %license lppl.txt %doc %{_texdir}/texmf-dist/doc/generic/pst-shell/ %{_texdir}/texmf-dist/dvips/pst-shell/ %{_texdir}/texmf-dist/tex/generic/pst-shell/ %{_texdir}/texmf-dist/tex/latex/pst-shell/ %files -n texlive-pst-vehicle %license lppl1.3.txt %doc %{_texdir}/texmf-dist/doc/generic/pst-vehicle/ %{_texdir}/texmf-dist/tex/latex/pst-vehicle/ %{_texdir}/texmf-dist/tex/generic/pst-vehicle/ %files -n texlive-pxtatescale %doc %{_texdir}/texmf-dist/doc/latex/pxtatescale/ %{_texdir}/texmf-dist/tex/latex/pxtatescale/ %files -n texlive-pxufont %doc %{_texdir}/texmf-dist/doc/latex/pxufont/ %{_texdir}/texmf-dist/fonts/tfm/public/pxufont/ %{_texdir}/texmf-dist/fonts/vf/public/pxufont/ %{_texdir}/texmf-dist/tex/latex/pxufont/ %files -n texlive-pst-antiprism %license lppl.txt %{_texdir}/texmf-dist/dvips/pst-antiprism/ %{_texdir}/texmf-dist/tex/generic/pst-antiprism/ %{_texdir}/texmf-dist/tex/latex/pst-antiprism/ %doc %{_texdir}/texmf-dist/doc/generic/pst-antiprism/ %files -n texlive-pst-calculate %license lppl.txt %{_texdir}/texmf-dist/tex/latex/pst-calculate/ %doc %{_texdir}/texmf-dist/doc/generic/pst-calculate/ %files -n texlive-pst-contourplot %license lppl.txt %{_texdir}/texmf-dist/tex/generic/pst-contourplot/ %{_texdir}/texmf-dist/tex/latex/pst-contourplot/ %doc %{_texdir}/texmf-dist/doc/generic/pst-contourplot/ %files -n texlive-pst-dart %license lppl.txt %{_texdir}/texmf-dist/tex/generic/pst-dart/ %{_texdir}/texmf-dist/tex/latex/pst-dart/ %doc %{_texdir}/texmf-dist/doc/generic/pst-dart/ %files -n texlive-pst-spinner %license lppl.txt %{_texdir}/texmf-dist/dvips/pst-spinner/ %{_texdir}/texmf-dist/tex/generic/pst-spinner/ %{_texdir}/texmf-dist/tex/latex/pst-spinner/ %doc %{_texdir}/texmf-dist/doc/generic/pst-spinner/ %files -n texlive-pythonhighlight %license bsd.txt %{_texdir}/texmf-dist/tex/latex/pythonhighlight/ %doc %{_texdir}/texmf-dist/doc/latex/pythonhighlight/ %changelog * Wed Oct 26 2022 misaka00251 - 9:2021-1 - Upgrade texlive version to 2021 - The following packages no longer exist: presentations, pst-spirograph, - pst-vue3d, psu-thesis * Wed May 19 2021 maminjie - 8:2018-24 - split texlive * Fri Sep 11 2020 Guoshuai Sun - 8:2018-23 - Drop texlive-texinfo,use new files in texinfo-tex instead * Sun Jan 19 2020 daiqianwen - 8:2018-22 - Type:bugfix - ID:NA - SUG:NA - DESC: modify spec * Tue Dec 10 2019 Jiangping Hu - 8:2018-21 - Package init