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diff --git a/Master/texmf-dist/doc/latex/halloweenmath/00readme.txt b/Master/texmf-dist/doc/latex/halloweenmath/00readme.txt new file mode 100644 index 00000000000..bbc4103480e --- /dev/null +++ b/Master/texmf-dist/doc/latex/halloweenmath/00readme.txt @@ -0,0 +1,252 @@ + +This is file `00readme.txt'. +(Start your first tour of the halloweenmath package by reading this file.) + +This file is part of a work named "halloweenmath package". + +Copyright (C) 2017 by Gustavo MEZZETTI. + +The halloweenmath package may be distributed and/or modified under +the conditions of the LaTeX Project Public License, either version 1.3 +of this license or (at your option) any later version. +The latest version of this license is in + http://www.latex-project.org/lppl.txt +and version 1.3 or later is part of all distributions of LaTeX +version 2005/12/01 or later. + +The halloweenmath package has the LPPL maintenance status + "author-maintained". + +The file `manifest.txt' that comes along with this file specifies +what the halloweenmath package consists of; more precisely, it explains +how the locutions "Work" and "Compiled Work", used in the LaTeX Project +Public License, are to be interpreted in the case of this work. + +This file, after giving a brief description of the halloweenmath +package, explains how to install it and how to generate its--alas, still +incomplete!--documentation. + +January 6, 2017 (vers. 0.01) + + + +CONTENTS +======== + +- A dozen lines description of the software +- Installation in a snapshot +- Checking the contents of the distribution +- How to install the halloweenmath package +- How to generate the documentation +- The makefile + + + +A DOZEN LINES DESCRIPTION OF THE SOFTWARE +========================================= + +The halloweenmath package originated from a question asked for enjoyment +on TeX-LaTeX Stack Exchange <http://tex.stackexchange.com> by the user +cfr (see <http://tex.stackexchange.com/q/336768/69818>); it defines a +handful of commands for typesetting mathematical symbols of various +kinds, ranging from "large" operators to extensible arrow-like relations +and growing arrow-like math accents, that all draw from the classic +Halloween-related iconography (pumpkins, witches, ghosts, cats, and so +on) while being, at the same time, seamlessly integrated within the rest +of the mathematics produced by (AmS-)LaTeX. + + + +INSTALLATION IN A SNAPSHOT +========================== + +The halloweenmath package is distributed in the usual .dtx + .ins +format. The main file is `halloweenmath.dtx', with installation script +`halloweenmath.ins'. Do the usual things to install it and to generate +the documentation. If you don't know what the usual things are, read +below. Note that in order to generate the documentation you should do +the following: + +latex; latex; makeindex (.idx); makeindex (.glo); latex; latex. + + + +CHECKING THE CONTENTS OF THE DISTRIBUTION +========================================= + +Before installing the halloweenmath package and generating its +documentation, it is a good idea to read the file `manifest.txt', which +lists all the files that make up the distribution, to check that you +don't lack any of them (in particular, that you have the file +`manifest.txt' itself!). If you do find that some files are missing, +don't hesitate to complain to the distributor from whom you obtained the +others: this person, company, or institution is infringing the copyright +(actually, the copyleft) of the halloweenmath package. Please remember, +however, that in order to comply with the copyright a distributor is +only requested to supply the files listed in `manifest.txt' under the +title "MEANING OF THE TERM `Work'", but not those listed under "MEANING +OF THE TERM `Compiled Work'". + + + +HOW TO INSTALL THE HALLOWEENMATH PACKAGE +======================================== + +Note that in many pre-packaged TeX distributions, like MikTeX and TeX +Live, the halloweenmath package could be already installed, in which +case you can use it straight away. + +If you need to install the halloweenmath package yourself, follow these +steps (but also see the section titled "The makefile", below): + +1) Make sure that the files `halloweenmath.dtx' and `halloweenmath.ins' +are placed in the same directory; below, we shall indicate this +directory as "the current directory". + +2) Run LaTeX (or plain TeX) once on the file `halloweenmath.ins'. This +will generate, in the current directory, the following LaTeX input file: + + halloweenmath.sty + +3) Move the file listed in 2) from the current directory to a LaTeX +input directory--see b) and c) below. + +4) If you wish, delete the file `halloweenmath.log' to save disk space. + +Installation is now finished! The following comments may be useful: + +a) The above listing of the files you need to move is also displayed on +the terminal at the end of the run of the file `halloweenmath.ins'. + +b) The documentation of your TeX installation should tell you how to +find the LaTeX input directory/ies, and probably also how to create new +LaTeX input directories reserved to hold your private classes and +packages. + +c) If you are not able to find the LaTeX input directories, or you are +not allowed to modify them and cannot create your personal LaTeX input +directories, do this: place all the files listed under 2) above in any +directory of your choice (a newly created, empty directory would be the +best choice, however); then put all the LaTeX source files that you want +to typeset using the halloweenmath package in that same directory. Of +course, this solution becomes impractical if the number of such source +files exceeds a dozen or so; but for a few files you can do this way, at +least until you decide to finally learn how to create your private LaTeX +input directories! :-) + +d) You may also choose to install the halloweenmath package inside the +main texmf tree of your TeX installation (as opposed to installing it +inside a directory devoted to private classes and packages). In this +case, note that the _proposed_ TDS-compliant location for the +halloweenmath package, that is, the directory inside which you should +put all the files listed in 2), is + + $TEXMF/tex/latex/halloweenmath/ + +The documentation, on the other hand, should be stored inside + + $TEXMF/doc/latex/halloweenmath/ + +Of course, in order to do so you must have appropriate access +priviledges to the texmf tree of your site. + + + +HOW TO GENERATE THE DOCUMENTATION +================================= + +A shortened form of the documentation, already typeset and packaged in +PDF, is provided in the file `halloweenmath-doc.pdf' that you might have +found on some sites (e.g., the CTAN sites). This file, however, is not +part of the halloweenmath package and distributors are not requested to +include it among the distributed files. Moreover, it does not contain +any implementation notes (in which most users, though, are not at all +interested). + +If the distributor from whom you obtained the halloweenmath package did +not provide the file `halloweenmath-doc.pdf', or if you want the full +documentation, complete with all the available implementation notes +(but, alas, still unfinished for many respects), you can generate it +following these steps (but also see the section titled "The makefile", +below): + +1) Run LaTeX (_not_ plain TeX) _twice_ on the file `halloweenmath.dtx'. +This, among other things, will generate the files `halloweenmath.idx' +and `halloweenmath.glo' in the same directory as the file +`halloweenmath.dtx'. + +2) Run MakeIndex on the file `halloweenmath.idx' obtained in 1), using +the style file `gind.ist', which is part of the standard LaTeX +distribution. + +3) Run MakeIndex on the file `halloweenmath.glo' obtained in 1), using +the style file `gglo.ist', which is part of the standard LaTeX +distribution, and specifying the file `halloweenmath.gls' as the output +file. + +4) Run LaTeX _two_ more times on the file `halloweenmath.dtx'. + +5) If you wish, you can now delete the following files, to save disk +space: + + halloweenmath.aux + halloweenmath.glg + halloweenmath.glo + halloweenmath.gls + halloweenmath.hd + halloweenmath.idx + halloweenmath.ilg + halloweenmath.ind + halloweenmath.lof + halloweenmath.log + halloweenmath.out + halloweenmath.toc + +After step 4), you should get the documentation in DVI format in the +file `halloweenmath.dvi', located in the same directory as +`halloweenmath.dtx', with all indexes, table of contents, etc. +correctly set. + +However, if you are neurotic (as I am) and have a fast computer, you +could run LaTeX three or four times, instead of two, in step 1)... :-) + +Other LaTeX typesetting engines should work in the same way, perhaps +producing the output in a different format; for example, you may use +pdflatex in place of LaTeX to obtain the documentation in PDF. + + + +THE MAKEFILE +============ + +A (quite trivial!) makefile that "knows" how to produce the +documentation is offered along with the halloweenmath package. Although +it is not a required part of the distribution (as per LPPL), you may +find that some distributors supply it all the same (I hope the CTAN +sites will do so). With this makefile in the same directory as +`halloweenmath.dtx', the shell command + + make doc + +will take all the necessary actions to produce the full documentation +(in PDF; the modifications you need to introduce into the makefile in +order to obtain DVI output should be quite obvious, however). + +The same makefile can also be used to extract the "executable" package +file: simply issue the command + + make code + +at the shell prompt; whereas + + make + +will _both_ extract the code _and_ typeset the documentation. Type + + make help + +for more information. + + +Have fun with the halloweenmath package! + diff --git a/Master/texmf-dist/doc/latex/halloweenmath/Makefile b/Master/texmf-dist/doc/latex/halloweenmath/Makefile new file mode 100644 index 00000000000..8292e7c8602 --- /dev/null +++ b/Master/texmf-dist/doc/latex/halloweenmath/Makefile @@ -0,0 +1,132 @@ +# makefile +# +# 2017 Jan 06 +# +# Macro definitions +ROOT_NAME = halloweenmath +DTX_NAME = $(ROOT_NAME).dtx +INS_NAME = $(ROOT_NAME).ins +DOC_AUX_FIL = $(ROOT_NAME).aux $(ROOT_NAME).log \ + $(ROOT_NAME).glo $(ROOT_NAME).gls \ + $(ROOT_NAME).idx $(ROOT_NAME).ind \ + $(ROOT_NAME).ilg $(ROOT_NAME).glg \ + $(ROOT_NAME).toc $(ROOT_NAME).lof \ + $(ROOT_NAME).hd $(ROOT_NAME).out +DOCUM_FILE = $(ROOT_NAME).pdf +CODE_FILES = $(ROOT_NAME).sty +# +LATEX = pdflatex +MAKEINDEX = makeindex + +# +define GEN_FAKE_INDEX + @echo '\\begin{theindex}' > $(ROOT_NAME).ind + @echo '\\end{theindex}' >> $(ROOT_NAME).ind + @echo "Generating fake .ind file." +endef +# +define GEN_FAKE_GLOSSARY + @echo '\\begin{theglossary}' > $(ROOT_NAME).gls + @echo '\\end{theglossary}' >> $(ROOT_NAME).gls + @echo "Generating fake .gls file." +endef + + + +.PHONY: default +.PHONY: code doc +.PHONY: clean cleandoc cleanaux cleancode cleanall +.PHONY: help + +# Default target +default: doc code + +# Generating the code +################################################################ +# # +# PLEASE NOTE THAT THE INSTALLER SCRIPT IS EXECUTED WITH # +# openout_any=r # +# # +################################################################ +code: + openout_any=r tex $(INS_NAME) + +# Generating the documentation +doc: $(DOCUM_FILE) + +$(DOCUM_FILE): $(DTX_NAME) +# Hack for getting index and glossary in the toc since first run: + $(GEN_FAKE_INDEX) + $(GEN_FAKE_GLOSSARY) +# We know how many runs are needed: + $(LATEX) $(DTX_NAME) + $(LATEX) $(DTX_NAME) + $(MAKEINDEX) -s gind.ist -t $(ROOT_NAME).ilg -o $(ROOT_NAME).ind \ + $(ROOT_NAME).idx + $(MAKEINDEX) -s gglo.ist -t $(ROOT_NAME).glg -o $(ROOT_NAME).gls \ + $(ROOT_NAME).glo + $(LATEX) $(DTX_NAME) + $(LATEX) $(DTX_NAME) +# Hyperlinks in the indexes seem not to work properly without the +# following additional run: + $(MAKEINDEX) -s gind.ist -t $(ROOT_NAME).ilg -o $(ROOT_NAME).ind \ + $(ROOT_NAME).idx + $(MAKEINDEX) -s gglo.ist -t $(ROOT_NAME).glg -o $(ROOT_NAME).gls \ + $(ROOT_NAME).glo + $(LATEX) $(DTX_NAME) + +# Cleaning up: command "make clean" defaults to "make cleanall" +clean: cleanall + +# Cleaning the code files +cleancode: + -rm $(CODE_FILES) + +# Cleaning the documentation files +cleandoc: cleanaux + -rm $(DOCUM_FILE) + +# Cleanng just the auxiliary files used in producing the documentation +cleanaux: + -rm $(DOC_AUX_FIL) + +# Cleaning up all the generated files +cleanall: cleancode cleandoc + +# Giving help +help: + @echo "Here is a list of the available commands:" + @echo + @echo " make" + @echo " Generate both the code and the documentation (see below)." + @echo + @echo " make code" + @echo " Generate the LaTeX sources for all the classes, packages," + @echo " definition files, etc. of the C.D.P. Bundle; these files go" + @echo " into the LaTeX input directories." + @echo + @echo " make doc" + @echo " Generate the documentation (in PDF); the resulting PDF file" + @echo " goes into the LaTeX documentation directories (the auxiliary" + @echo " files may be discarded)." + @echo + @echo " make clean" + @echo " make cleanall" + @echo " These two commands are synonyms; they remove all of the" + @echo " generated files (both code and documentation)." + @echo + @echo " make cleancode" + @echo " Remove the LaTeX source files (the \"code files\")." + @echo + @echo " make cleandoc" + @echo " Remove the documentation, together with all the auxiliary" + @echo " files used to generate it." + @echo + @echo " make cleanaux" + @echo " Remove only the auxiliary files used to generate the" + @echo " documentation." + @echo + @echo " make help" + @echo " Print this help message." + @echo + diff --git a/Master/texmf-dist/doc/latex/halloweenmath/README b/Master/texmf-dist/doc/latex/halloweenmath/README new file mode 100644 index 00000000000..26277efd6a5 --- /dev/null +++ b/Master/texmf-dist/doc/latex/halloweenmath/README @@ -0,0 +1,30 @@ +(Version indicator: 2017 Jan 06) + +The halloweenmath package originated from a question asked for enjoyment +on TeX-LaTeX Stack Exchange <http://tex.stackexchange.com> by the user +cfr (see <http://tex.stackexchange.com/q/336768/69818>); it defines a +handful of commands for typesetting mathematical symbols of various +kinds, ranging from "large" operators to extensible arrow-like relations +and growing arrow-like math accents, that all draw from the classic +Halloween-related iconography (pumpkins, witches, ghosts, cats, and so +on) while being, at the same time, seamlessly integrated within the rest +of the mathematics produced by (AmS-)LaTeX. + +The halloweenmath package may be distributed and/or modified under +the conditions of the LaTeX Project Public License, either version 1.3 +of this license or (at your option) any later version. + +For more information, read the following files: + +00readme.txt -- start by reading this file +halloweenmath-doc.pdf -- overview of the halloweenmath package (PDF) +halloweenexample.pdf -- output produced by sample source file (PDF) + +Other files that make up the distribution are: + +manifest.txt -- legal stuff +halloweenmath.dtx -- main source file +halloweenmath.ins -- installation script + +See the file `manifest.txt' for a more precise specification of what +files constitutes a LPPL-compliant distribution. diff --git a/Master/texmf-dist/doc/latex/halloweenmath/halloweenexample.pdf b/Master/texmf-dist/doc/latex/halloweenmath/halloweenexample.pdf Binary files differnew file mode 100644 index 00000000000..91e55fad8b4 --- /dev/null +++ b/Master/texmf-dist/doc/latex/halloweenmath/halloweenexample.pdf diff --git a/Master/texmf-dist/doc/latex/halloweenmath/halloweenexample.tex b/Master/texmf-dist/doc/latex/halloweenmath/halloweenexample.tex new file mode 100644 index 00000000000..d6e30050822 --- /dev/null +++ b/Master/texmf-dist/doc/latex/halloweenmath/halloweenexample.tex @@ -0,0 +1,206 @@ +\documentclass[12pt,a4paper]{article} +\usepackage[T1]{fontenc} % not necessary, but recommended +\usepackage{halloweenmath} +\usepackage{hyperref} % just for "\hypersetup" + +\title{Sample Halloween Math} +\author{A.~U.~Thor} +\date{January~6, 2017} + +\hypersetup{ + pdftitle = {Sample Halloween Math}, + pdfauthor = {A. U. Thor}, + pdfsubject = {Sample source file for the halloweenmath package}, + pdfkeywords = {Halloween, math, scary mathematical symbols}, + pdfcreationdate = {D:20170106000000}, + pdfmoddate = {D:20170106000000} +} + + + +\begin{document} + +\maketitle + +A reduction my students are likely to make: +\[\mathwitch \frac{\sin x}{s} = x\,\mathrm{in}\] +The same reduction as an in-line formula: +\(\mathwitch \frac{\sin x}{s} = x\,\mathrm{in}\). + +Now with limits: +\[ + \mathwitch_{i=1}^{n} \frac + {\text{$i$-th magic term}} + {\text{$2^{i}$-th wizardry}} +\] +And repeated in-line: \( \mathwitch_{i=1}^{n} x_{i}y_{i} \). + +The \texttt{bold} math version is honored:\mathversion{bold} +\[ + \mathwitch* + \genfrac{<}{>}{0pt}{} + {\textbf{something terribly}}{\textbf{complicated}} + = 0 +\] +Compare it with \texttt{normal} math\mathversion{normal}: +\[ + \mathwitch* + \genfrac{<}{>}{0pt}{} + {\text{something terribly}}{\text{complicated}} + = 0 +\] +In-line math comparison: +{\boldmath $\mathwitch* f(x)$} versus $\mathwitch* f(x)$. + +There is also a left-facing witch: +\[\reversemathwitch \frac{\sin x}{s} = x\,\mathrm{in}\] +And here is the in-line version: +\(\reversemathwitch \frac{\sin x}{s} = x\,\mathrm{in}\). + +Test for \verb|\dots|: +\[ + \mathwitch_{i_{1}=1}^{n_{1}} \dots \mathwitch_{i_{p}=1}^{n_{p}} + \frac + {\text{$i_{1}$-th magic factor}} + {\text{$2^{i_{1}}$-th wizardry}} + \pumpkin\dots\pumpkin + \frac + {\text{$i_{p}$-th magic factor}} + {\text{$2^{i_{p}}$-th wizardry}} +\] +And repeated in-line: \( \mathwitch\dots\mathwitch_{i=1}^{n} x_{i}y_{i} \). + +\bigbreak + +Now the pumpkins. First the \texttt{bold} math version:\mathversion{bold}: +\[ \bigoplus_{h=1}^{m}\bigpumpkin_{k=1}^{n} P_{h,k} \] +Then the \texttt{normal} one\mathversion{normal}: +\[ \bigoplus_{h=1}^{m}\bigpumpkin_{k=1}^{n} P_{h,k} \] +In-line math comparison: +{\boldmath \( \bigpumpkin_{i=1}^{n} P_{i} \neq \bigoplus_{i=1}^{n} P_{i} \)} +versus \( \bigpumpkin_{i=1}^{n} P_{i} \neq \bigoplus_{i=1}^{n} P_{i} \). + +Close test: {\boldmath $\bigoplus$}$\bigoplus$. +And against the pumpkins: +{\boldmath $\bigpumpkin$}$\bigpumpkin\bigoplus${\boldmath $\bigoplus$}. + +In-line, but with \verb|\limits|: +\( \bigoplus\limits_{h=1}^{m}\bigpumpkin\limits_{k=1}^{n} P_{h,k} \). + +Binary: \( x\pumpkin y \neq x\oplus y \). And in display: +\[ a\pumpkin\frac{x\pumpkin y}{x\oplus y}\otimes b \] +Close test: {\boldmath $\oplus$}$\oplus$. +And with the pumpkins too: +{\boldmath $\pumpkin$}$\pumpkin\oplus${\boldmath $\oplus$}. + +In general, +\[ \bigpumpkin_{i=1}^{n} P_{i} = P_{1}\pumpkin\dots\pumpkin P_{n} \] + +\begingroup + +\bfseries\boldmath + +The same in bold: +\[ \bigpumpkin_{i=1}^{n} P_{i} = P_{1}\pumpkin\dots\pumpkin P_{n} \] + +\endgroup + +Other styles: \( \frac{x\pumpkin y}{2} \), exponent~$Z^{\pumpkin}$, +subscript~$W_{\!x\pumpkin y}$, double script \( 2^{t_{x\pumpkin y}} \). + +\bigbreak + +Clouds. A hypothetical identity: +\( \frac{\sin^{2}x + \cos^{2}x}{\cos^{2}x} = \mathcloud \). +Now the same identity set in display: +\[ \frac{\sin^{2}x + \cos^{2}x}{\cos^{2}x} = \mathcloud \] +Now in smaller size: \( \frac{\sin x+\cos x}{\mathcloud} = 1 \). + +Specular clouds, \texttt{bold}\ldots\mathversion{bold} +\[ \reversemathcloud \longleftrightarrow \mathcloud \] +\ldots and in \texttt{normal} math.\mathversion{normal} +\[ \reversemathcloud \longleftrightarrow \mathcloud \] +In-line math comparison: +{\boldmath \( \reversemathcloud \leftrightarrow \mathcloud \)} +versus \( \reversemathcloud \leftrightarrow \mathcloud \). +Abutting: {\boldmath $\mathcloud$}$\mathcloud$. + +\bigbreak + +Ghosts: \( \mathleftghost \mathghost \mathrightghost \mathghost \mathleftghost +\mathghost \mathrightghost \). Now with letters: \( H \mathghost H \mathghost h +\mathghost ab \mathghost f \mathghost wxy \mathghost \), and also \( +2\mathghost^{3} + 5\mathleftghost^{\!2}-3\mathrightghost_{i} = +12\mathrightghost_{j}^{4} \). Then, what about~$x^{2\mathghost}$ and \( +z_{\!\mathrightghost+1} = z_{\!\mathrightghost}^{2} + z_{\mathghost} \)? + +In subscripts: +\begin{align*} + F_{\mathghost+2} &= F_{\mathghost+1} + F_{\mathghost} \\ + F_{\!\mathrightghost+2} &= F_{\!\mathrightghost+1} + F_{\!\mathrightghost} +\end{align*} +Another test: \( \mathghost | \mathrightghost | \mathghost | \mathleftghost | +\mathghost | \mathrightghost | \mathghost | \mathleftghost | \mathghost \). We +should also try this: \( \mathrightghost \mathleftghost \mathrightghost +\mathleftghost \). + +Extensible arrows: +\begin{gather*} + A \xrightwitchonbroom[a\star f(t)]{x_{1}+\dots+x_{n}} B + \xrightwitchonbroom{x+z} C \xrightwitchonbroom{} D \\ + A \xrightwitchonbroom*[a\star f(t)]{x_{1}+\dots+x_{n}} B + \xrightwitchonbroom*{x+z} C \xrightwitchonbroom*{} D \\ + A \xleftwitchonbroom*[a\star f(t)]{x_{1}+\dots+x_{n}} B + \xleftwitchonbroom*{x+z} C \xleftwitchonbroom*{} D \\ + A \xleftwitchonbroom[a\star f(t)]{x_{1}+\dots+x_{n}} B + \xleftwitchonbroom{x+z} C \xleftwitchonbroom{} D +\end{gather*} +And \( \overrightwitchonbroom*{x_{1}+\dots+x_{n}}=0 \) versus \( +\overrightwitchonbroom{x_{1}+\dots+x_{n}}=0 \); or \( +\overleftwitchonbroom*{x_{1}+\dots+x_{n}}=0 \) versus \( +\overleftwitchonbroom{x_{1}+\dots+x_{n}}=0 \). + +Hovering ghosts: \( \overrightswishingghost{x_{1}+\dots+x_{n}}=0 \). You might +wonder whether there is enough space left for the swishing ghost; let's try +again: \( \overrightswishingghost{(x_{1}+\dots+x_{n})y}=0 \). As you can see, +there is enough room. Lorem ipsum dolor sit amet consectetur adipisci elit. +And \( \overrightswishingghost{\mathstrut} \) too. +\begin{gather*} + A \xrightswishingghost[a\star f(t)]{x_{1}+\dots+x_{n}} B + \xrightswishingghost{x+z} C \xrightswishingghost{} D \\ + A \xleftswishingghost[a\star f(t)]{x_{1}+\dots+x_{n}} B + \xleftswishingghost{x+z} C \xleftswishingghost{} D +\end{gather*} +Another hovering ghost: \( \overleftswishingghost{x_{1}+\dots+x_{n}}=0 \).. +Lorem ipsum dolor sit amet consectetur adipisci elit. Ulla rutrum, vel sivi sit +anismus oret, rubi sitiunt silvae. Let's see how it looks like when the ghost +hovers on a taller formula, as in \( +\overrightswishingghost{H_{1}\oplus\dots\oplus H_{k}} \). Mmmh, it's +suboptimal, to say the least.\footnote{We'd better try \( +\underleftswishingghost{y_{1}+\dots+y_{n}} \), too; well, this one looks good!} + +Under ``arrow-like'' symbols: \( \underleftswishingghost{x_{1}+\dots+x_{n}}=0 \) +and \( \underrightswishingghost{x+y+z} \). There are \( +\underleftwitchonbroom*{x_{1}+\dots+x_{n}}=0 \) and \( +\underrightwitchonbroom*{x+y+z} \) as well. + +\bigbreak + +A comparison between the ``standard'' and the ``script-style'' over\slash under +extensible arrows: +\begin{align*} + \overrightarrow{f_{1}+\dots+f_{n}} + &\neq\overscriptrightarrow{f_{1}+\dots+f_{n}} \\ + \overleftarrow{f_{1}+\dots+f_{n}} + &\neq\overscriptleftarrow{f_{1}+\dots+f_{n}} \\ + \overleftrightarrow{f_{1}+\dots+f_{n}} + &\neq\overscriptleftrightarrow{f_{1}+\dots+f_{n}} \\ + \underrightarrow{f_{1}+\dots+f_{n}} + &\neq\underscriptrightarrow{f_{1}+\dots+f_{n}} \\ + \underleftarrow{f_{1}+\dots+f_{n}} + &\neq\underscriptleftarrow{f_{1}+\dots+f_{n}} \\ + \underleftrightarrow{f_{1}+\dots+f_{n}} + &\neq\underscriptleftrightarrow{f_{1}+\dots+f_{n}} +\end{align*} + +\end{document} diff --git a/Master/texmf-dist/doc/latex/halloweenmath/halloweenmath-doc.pdf b/Master/texmf-dist/doc/latex/halloweenmath/halloweenmath-doc.pdf Binary files differnew file mode 100644 index 00000000000..8bc4d0a6fa3 --- /dev/null +++ b/Master/texmf-dist/doc/latex/halloweenmath/halloweenmath-doc.pdf diff --git a/Master/texmf-dist/doc/latex/halloweenmath/manifest.txt b/Master/texmf-dist/doc/latex/halloweenmath/manifest.txt new file mode 100644 index 00000000000..74ae5fc5634 --- /dev/null +++ b/Master/texmf-dist/doc/latex/halloweenmath/manifest.txt @@ -0,0 +1,100 @@ + +This is file `manifest.txt'. + +This file is part of a work named "halloweenmath package". + +Copyright (C) 2017 by Gustavo MEZZETTI. + +The halloweenmath package may be distributed and/or modified under +the conditions of the LaTeX Project Public License, either version 1.3 +of this license or (at your option) any later version. +The latest version of this license is in + http://www.latex-project.org/lppl.txt +and version 1.3 or later is part of all distributions of LaTeX +version 2005/12/01 or later. + +The halloweenmath package has the LPPL maintenance status + "author-maintained". + +This file specifies what the halloweenmath package consists of; more +precisely, it explains how the locutions "Work" and "Compiled Work", +used in the LaTeX Project Public License, are to be interpreted in the +case of this work. + +January 6, 2017 (vers. 0.01) + + + +MEANING OF THE TERM "Work" +========================== + +In the case of the halloweenmath package, the "Work" is the collection +of the following 4 files: + +00readme.txt -- start by reading this file +manifest.txt -- the file you are reading now +halloweenmath.dtx -- main source file +halloweenmath.ins -- installation script + +If you have received the 4 files listed above, you possess an integral +copy of the halloweenmath package. + + + +MEANING OF THE TERM "Compiled Work" +=================================== + +In the case of the halloweenmath package, a "Compiled Work" is the +collection of: + +a) the following 2 files that are also part of the "Work" (see above): + +00readme.txt +manifest.txt + +AND +b) the following 2 files: + +halloweenmath.sty -- the halloweenmath LaTeX package +halloweenmath.dvi -- full documentation in DVI format + +You may, at your option, substitute the file `halloweenmath.dvi' with +either one (or both) of the following two files: + +halloweenmath.pdf -- full documentation in PDF +halloweenmath-doc.pdf -- overview of the halloweenmath package (PDF) + +but at least one among the files `halloweenmath.dvi', +`halloweenmath.pdf', and `halloweenmath-doc.pdf' must be included in a +"Compiled Work" that you intend to distribute. The file +`halloweenmath.pdf' is obtained by submitting to the program pdflatex +the file `halloweenmath.dtx', following the same steps as those +explained in `00readme.txt' under the title "How to generate the +documentation". + + + +ANCILLARY FILES +=============== + +The package of files distributed through the Comprehensive TeX Archive +Network (CTAN) includes also the following five files: + +README -- guide to directory contents +halloweenmath-doc.pdf -- overview of the halloweenmath package (PDF) +halloweenexample.tex -- example LaTeX source for this package +halloweenexample.pdf -- typeset version of the preceding item (PDF) +Makefile -- Makefile to generate code or documentation + +These five files are included only for convenience's sake and are _not_ +a required part of the halloweenmath package (of course you may, if you +wish, include them in your distribution too). + + + +COMMENT +======= + +Please remember that, in order to distribute a LPPL-compliant copy of +the halloweenmath package, it suffices to distribute only the 4 files +that constitute the "Work". |