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I am using the default values for \topfraction, \textfraction and \floatpagefraction but two graphics - totalling less than 0.75 of the page height - will not co-exist on one page. Yet, one full-page graphic will display. How do we interpret the meaning of these parameters, and is there an over-ride instruction that will remove all restrictions on what goes on a page?

I try the following example \DocumentMetadata{ pdfstandard = ua-2, tagging = on, } \tagpdfsetup{math/mathml/luamml/load=false} \documentclass[a4paper,11pt,british]{article} \usepackage{enumerate} % for enumeration to change \usepackage{enumext} % for tagging friendly enumerations \begin{document} List with starting at 50 \begin{enumext}[start=50, noitemsep] \item Coffee \item Tea \item Milk \end{enumext} \end{document} When I have tagging enabled then I the list starts with 1, when I have it disabled it starts with 50 - as expected. When the list starts with 50 somehow the spacing seems to be odd since there is no space between the number+. and the text. Is there a "simple" way to fix both of the issues?

In the meantime, I nailed down the error myself: {\''a} for a German umlaut of course is wrong, {\"a} is correct. (Not that I didn't know, but annoyingly both looks exactly the same in the TeXWorks editor, only a standard editor showed it.) But on the internet, I usually read something like "you place two ticks etc.", and up to now I thought TeXWorks autoconverted ticks (like it does when you place double ticks around a quote). Can someone sum up the TeXWorks editor rules for tick handling?

The goal is to write a lua loader which loads additional file after imputed style. For example after main.sty is loaded input main.addons.sty (if it exists). I use stop_file callback to find files and input via tex.sprint([[\input{]]... but it seams that it just steps over the input. After compiling I see that main.addons.sty is found and I expect to see undefined \ImHere error if this file is loaded but it just breaks expanding next tokens (\begin{document}) <<<./main.sty main>>> FOUND: main.addons.sty STOP LOAD ) ! Argument of \@iinput has an extra }. <inserted text> \par l.20 \begin{document} Full example test.tex (with subfiles): \begin{filecontents}{main.sty} % fake \endinput \end{filecontents} \begin{filecontents}{main.addons.sty} \ProvidesFile{main.addons.sty} \ImHere \endinput \end{filecontents} \begin{filecontents}[noheader]{loadaddons.lua} require(kpse.find_file("lualibs-file.lua", "lua")) local checked_addons = {} function load_addons_files(category) if category == 1 then local info = status.list() local tex_style_name = file.nameonly(info.filename) print (info.filename, tex_style_name) if tex_style_name ~= "" and not checked_addons[tex_style_name] then print ("<<<".. info.filename .." " .. tex_style_name ..">>>") local addons_file = tex_style_name ..".addons.sty" local fullpath = kpse.find_file(addons_file) if fullpath then print ("FOUND:", addons_file) tex.print([[\input{]] .. addons_file .. [[}\relax]]) print ("STOP LOAD") end checked_addons[tex_style_name] = true end end texio.write(")") end luatexbase.add_to_callback('stop_file', load_addons_files, 'stop file') \end{filecontents} \directlua{require("loadaddons.lua")} \documentclass{article} \tracingmacros=2\tracingcommands=2 \usepackage{main} \tracingmacros=0\tracingcommands=0 \begin{document} aa \end{document}

I want to develop the following command to customly assign the bibitem's color: \documentclass[12pt]{article} \bibliographystyle{plain} \usepackage{xcolor} \usepackage{etoolbox} \ExplSyntaxOn \seq_new:N \g_my_cite_refname \seq_new:N \g_my_cite_refcolor \NewDocumentCommand\mycite{O{black}m}{% \textcolor{#1}{\cite{#2}}% \seq_put_right:Nn \g_my_cite_refcolor {#1} \seq_put_right:Nn \g_my_cite_refname {#2} } \let\mybibitem\bibitem \renewcommand{\bibitem}[1]{% \int_step_inline:nn {\seq_count:N \g_my_cite_refname}{% \item {#1}~and~\seq_item:Nn \g_my_cite_refname {##1}~%\par \str_if_eq:nnTF{#1}{\seq_item:Nn \g_my_cite_refname {##1}}{TT}{FF} }\mybibitem{#1} } \ExplSyntaxOff \begin{document} Here is a cite\mycite[cyan]{article-full}. Here is another cite\mycite[magenta]{misc-full}. Here is another cite\mycite{incollection-full} \bibliography{xampl} \end{document} It's inconvenient that, in \str_if_eq, for example: #1 is expanded to article-full \seq_item:Nn \g_my_cite_refname {##1} is also expanded to article-full But it resulted FF. Rather inconvienent for test. Thus, my Questions are: How to fix this case? Is that possible to know the "type"(like int/tl/str) for one element in LaTeX3 coding? Edit: The \seq_item:Nn \g_my_cite_refname {##1}, in the documentationn stated, seemed unexpanded, that cause str_if_eq:eeTF and str_if_eq:nVTF failed(in my comment).

I am rather new to LaTeX and have a question. In Art history I am required to cite Exhibition Catalogues in a specific way. That is: Ausst.kat. Name Of Show, City (Institution of Exhibition), City of Publication Year. How do i implement such a style? Right now my file looks like this: \documentclass[10pt]{article} \usepackage[ngerman]{babel} \usepackage[backend=biber, style=footnote-dw, language=german, sorting=nyt]{biblatex} \addbibresource{kunstgeschichte_literatur.bib} \DeclareNameAlias{default}{family-given} \title{} \author{} \date{\today} \begin{document} \maketitle \tableofcontents \section{Biografie} test Courbet\autocite[12]{courbet2014} \printbibliography \end{document} for the Bib File this is what I am using right now : @catalogue{courbet2014, author = {Sam Keller}, title = {Gustave Courbet}, subtitle = {Fondation Beyeler (Riehen)}, location = {Ostfildern}, year = {2014}, note = {Ausstellungskatalog} } I want it to come out like this: Ausst.kat. Gustave Courbet, Fondation Beyeler (Riehen), Ostfildern 2014 Right now it Appears like this: Keller, Sam: Gustave Courbet. Fondation Beyeler (Riehen), Ausstellungskatalog, Ostfildern, 2014, So I need to get rid of the author, have Ausst.kat. in front of everything instead of Ausstellungskatalog in the middle and no comma between Ostfildern and 2014.

I want to make a watermark, or randomly scattered shapes in every page, whose color is very shallow. And the text above the watermark should have a white color, which is as the following picture. I want to do this as a copy-proof tool so that the printed page will not be easily scanned or copied. Is thera a package that allowing me to achieve this? Or can we draw the shapes and text with tikz?

I am using latex + dvisvgm to extract the paths of all latex glyphs so I can use them in an animation software (Blender). The problem I am having is that the paths in the SVG file remain unchanged when I change the font in my .tex file (e.g. from 10pt to 20pt in the minimal example below). test.tex \documentclass[preview,10pt]{standalone} \usepackage{tgtermes} \begin{document} T \end{document} which I then compile with latex -interaction=nonstopmode -output-format=dvi test.tex followed by dvisvgm --no-fonts --exact-bbox test.dvi -o test.svg Can anyone offer some advice on how I can get changes in the font size to reflect in the SVG path geometry?

How can I use these symbols in LaTex? I didn't find out

I'm trying to peek ahead (using expl) to find out if two consecutive environments are the same. In short I want to be able to identify, when processing the ending part of an environment if, by chance, it will be followed by another environment of the same kind. Well, in the code below, instead of looking for the next environment, I simplified the test just to look for the macro \xyz And, it so happens that, using \begin{myenv}...\end{myenv} the test fails... but if I use \myenv...\endmyenv it works... My question: how to do this test, then? (I mean, using \begin{myenv}... \end{myenv}) \documentclass[10pt]{article} \ExplSyntaxOn \bool_new:N \l_myenv_next_flag_bool \bool_set_false:N \l_myenv_next_flag_bool \NewDocumentEnvironment {myenv} {} { \par \textbf{Start~of~myenv}\par \bool_if:NT \l_myenv_next_flag_bool { \par \textit{Previous~was~another~myenv!} } } { % End environment \par \textbf{End~of~myenv}\par %to just peek the next token, instead. %\peek_after:Nw \myenv_test: \peek_regex:nTF {\c{xyz}} {(next~ is~ xyz~T~)} {(next~ isn't~xyz~F~)} } % this one, if I leave a \cE (to finish the group) at the end of the regexp I get an error... :/ \cs_new:Npn \testnext { \peek_regex:nTF {\c{begin}\cB{myenv}} {(next~is~begin\{myenv\}~T~)} {(next~isn't~begin\{myenv\}~F~)} } %\cs_new:Npn \testend % { % \peek_regex:nTF {\c{end}\cB{myenv}\cE} % {(next~is~end{myenv}~T~)} % {(next~isn't~begin{myenv}~T~)} % } \cs_new:Npn \myenv_test: { \token_to_meaning:N \l_peek_token } \cs_new:Npn \xyz { This~ is~ \textbf{xyz}\par } \ExplSyntaxOff \begin{document} % % \testnext recognizes the \begin{myenv} % % the first \xyz isn't recognized by the environment end % the second \xyz is ... \testnext \begin{myenv} SOME \end{myenv}\xyz \myenv ...so... \endmyenv\xyz \end{document}

I am running some experiments with LuaLaTeX and the fontspec package. In the following example, the chapter and section fonts are not based on the main font declaration. How do I tell scrreprt to use the formerly declared main font Corbel? \documentclass[11pt, a4paper, numbers=noenddot, % not 1.1. but 1.1 oneside, bibliography=totoc, listof=totoc, parskip=half, ]{scrreprt} \usepackage{fontspec} \setmainfont{Corbel}[ Extension = .ttf, Path = fonts/corbel/, UprightFont = corbel, BoldFont = corbelb, ItalicFont = corbeli, BoldItalicFont = corbelz, LightItalicFont = corbelli, LightFont = corbell] \newfontfamily{\CorbelLight}{Corbel Light}[ Extension = .ttf, Path = fonts/corbel/, UprightFont = corbell, ItalicFont = corbelli ] \usepackage{graphicx} \begin{document} \chapter{Some Chapter} \section{Some Section} {\Large \textbf{Some Section}} \textbf{Lorem} ipsum \dots \emph{emphasized}. This is \textbf{\emph{bold emphasized}}. { \CorbelLight The house of \emph{Santa Clause}} \end{document} The result shows a difference in fonts for chapter and section:

I am using the siunitx package to typeset units in my LaTeX document. By default, when I want to use Greek letters for SI prefixes like micro, the package siunitx give me a different font style for the Greek letters, such as μ for micro or μA for microamperes. Is there a way to tell siunitx to use the regular Greek letters (italic or upright) for all SI prefixes with the same font of the document? \documentclass[12pt]{article} \usepackage{amsmath,amssymb} \usepackage{siunitx} \begin{document} Una spira quadrata di lato 7,20 cm è immersa in un campo magnetico di modulo $B=\qty[per-mode = symbol]{30.0}{ \mu\tesla}$ diretto perpendicolarmente alla sua superficie. Calcola il valore del flusso attraverso la spira. Di quanto occorre ruotare la spira affinché il flusso si riduca a un terzo. Una spira quadrata di lato 7,20 cm è immersa in un campo magnetico di modulo $B=\qty[per-mode = symbol]{30.0}{ \micro\tesla}$ diretto perpendicolarmente alla sua superficie. Calcola il valore del flusso attraverso la spira. Di quanto occorre ruotare la spira affinché il flusso si riduca a un terzo. \end{document} For my students I use the font URW-Classico:

I'm trying to split a vbox into upper and lower parts using \vsplit, but the alignment between the two resulting boxes is off. Specifically, the baseline of the first line in the second box doesn't align with the baseline of the first box. Here's a minimal example: \def\splitbox#1#2#3{\setbox#1=\vsplit#2 upto #3\lineheight\relax} \newbox\topsplit \newbox\bottomsplit \setbox\bottomsplit=\vbox{ \hsize=\dimexpr0.5\textwidth - 0.5cm\relax \input knuth } \splitbox{\topsplit}{\bottomsplit}{10} \starttext \leavevmode \vtop{\unvbox\topsplit}% \hskip0.5cm \vtop{\unvbox\bottomsplit} \stoptext Why are the baselines misaligned, and how can I fix it so the two boxes line up correctly? Would appreciate any help!

I am trying to plot the graph of a function like f(x)=e^x in TikZ/PGFPlots. I would like to add endpoint dots to the graph, similar to those seen in some mathematical diagrams. In other words, I want the curve and the axes to end with a "dot" or a "symbol" at the last point of the function. Here is my basic code for plotting f(x)=e^x: \documentclass[12pt]{article} \usepackage{pgfplots} \begin{document} \begin{figure} \centering \begin{tikzpicture} \begin{axis}[ axis on top, axis equal, axis lines=middle, xmin=-3, xmax=3, % Ensure rounded values for the domain ymin=-.25, ymax=1, % Ensure rounded values for the range xtick={-2,-1,0,1, 2}, % Explicit ticks for x-axis ytick={0,1}, % Explicit ticks for y-axis samples=1000, % Ensure sufficient sample points width=12cm, % Optional: define width for the plot height=8cm, % Optional: define height for the plot legend pos=south west, legend style={fill=gray!10,draw=none,cells={anchor=west}}, enlargelimits=true, ] % Plot functions with colors using addplot \addplot[orange, very thick, smooth,domain=-3:3]{e^x}; \addlegendentry{$f(x)=e^x$} \end{axis} \end{tikzpicture} \end{figure} \end{document} I would like to know how I can add endpoint dots at the ends of the axes and of the graph, so that visually ends like this image:

The following source compiles and produces the output shown. % !TEX TS-program = lualatex \documentclass{article} \usepackage[math-style=ISO]{unicode-math} \defaultfontfeatures{Scale=MatchLowercase, Ligatures=TeX} \setmainfont{TeX Gyre Termes X} \setmathfont{TeX Gyre Termes Math} \setmathfont{STIX Two Math}[range={\mdlgwhtdiamond},Scale=MatchUppercase] \usepackage{scalerel} \newcommand\myDiamond{\scalerel*{\mdlgwhtdiamond}{X}} \usepackage[thmtools-compat]{keytheorems} % \DeclareRobustCommand{\qed}{% for run-in QED \ifmmode \mathqed \else \leavevmode\unskip\penalty9999\hbox{}\nobreak \quad\hbox{\qedsymbol}% \fi } \newkeytheoremstyle{defstyle}{% headfont= \sffamily\bfseries, headpunct={\sffamily\bfseries.}, postheadspace=0.5em plus 2pt minus 2pt, bodyfont=\normalfont, } \newkeytheorem{example}[ style=defstyle, qed=$\protect\myDiamond$ % why is \protect needed? ] \begin{document} \begin{example} This is an example of something. \end{example} \end{document} But why does compilation fail, with the following error, if the \protect is omitted from the option qed=$\protect\myDiamond$ of \newkeytheorem{example}? ./file.tex:35: Argument of \@begintheorem has an extra }. <inserted text> \par l.35 T his is an example of something. (I think this requirement for the \protect is a new requirement here, after recent updates to either the LaTeX system or package files.) Related: Move qed symbol not to end of sentence with keytheorems

I am starting to use Pygments, via the LaTeX minted package. My goal is to typeset Python code using the highlighting scheme used in JupyterLab, or something close to that. Starting with the default style, I have managed to get close to what I want by adding modifications to the LaTeX file, as described here: https://topanswers.xyz/tex?q=8045#a7657 But, I am stuck on the highlighting of some of the Python keywords, specifically "continue", "del", "global" and "in". As far as I can tell, none of these words are highlighted using any of the standard keyword tokens, and I have managed to deduce the following: "continued" is highlighted as Name.Class "global" and "in" are highlighted as Name.Namespace But, I haven't been able to figure out how "del" is handled. My goal here is to highlight all of the Python keywords in the same way (bold green). I'm sure that there is a lot that I still don't understand about how pygments works, and any guidance would be greatly appreciated! Thanks, David

I encountered this very cool separator in a book and was wondering how to reproduce it in an efficient way. TikZ could work but I'm worried it would be quite slow if used many times in a long document (like a book). Perhaps there's a font that has these glyphs, or a LaTeX way of creating such a font from TikZ figures?

\documentclass{scrartcl} \usepackage[utf8]{inputenc} \usepackage[T1]{fontenc} \usepackage[final]{changes} \begin{document} \added{“a”} \end{document} Why is there an undefined control sequence error when the first character in \added is a quotation mark and how can I solve this? It only shows up with the final option of changes. I need to add a quote to an article and have to use the quotation marks. 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I'm trying to add § as a command to my .dtx file (as an active character), including the index. Consider the following code: \documentclass{ltxdoc} \EnableCrossrefs \CodelineIndex \NewDocElement[envlike, idxtype=symb., idxgroup=, printtype=\textit{symb.}]{Symb}{symb} \begin{document} % \DescribeSymb{§} % <-- not working \DescribeSymb{\S} Description of~|§|. \begin{symb}{\S} % <-- can disable indexing with [noindex] Definition of~|§|. \begin{macrocode} § % \end{macrocode} \end{symb} \PrintIndex \end{document} There are a few problems: I couldn't use § in \DescribeSymb because of utf8 encoding issues. Falling back to \S worked. I can't use § in the symb environment due to utf8. Falling back to \S first of all prints it verbatim in the margin, and second of all creates a different entry in the index. Is there a way to fix this? I know that makeindex is kind of limited regarding utf8, but especially for symb, it doesn't seem like a makeindex issue only.

I have a document that is using IEEEtran template and it is with more than 26 subsections. This is generating the following error: LaTeX Error: Counter too large. Seaching here in StackOverflow and other sites, I tried putting the following code in the beggining of the section, but it does not work: \renewcommand*{\thesubsection}{\alphalph{\value{subsection}}}. My main file has the following packages: \documentclass[journal]{IEEEtran} \usepackage[english]{babel} \usepackage{csquotes} \usepackage[caption=false,font=normalsize,labelfont=sf,textfont=sf]{subfig} \usepackage{hyperref} \usepackage{alphalph} \usepackage{graphicx} \graphicspath{ {./images/} } \hyphenation{op-tical net-works semi-conduc-tor IEEE-Xplore} \def\BibTeX{{\rm B\kern-.05em{\sc i\kern-.025em b}\kern-.08em T\kern-.1667em\lower.7ex\hbox{E}\kern-.125emX}} \usepackage{balance} \newtheorem{theorem}{Theorem} \usepackage{diagbox} \usepackage{multirow} \usepackage[normalem]{ulem} \useunder{\uline}{\ul}{} \usepackage{booktabs} % Keywords command \providecommand{\keywords}[1] { \small \textbf{\textit{Keywords---}} #1 } \begin{document} ... \input{sectionx} \medskip %\printbibliography \bibliographystyle{IEEEtran} \bibliography{ref.bib} \end{document} And below I put the code I am using in the sectionx file: \section{My Section} \label{sec:mysec} \renewcommand*{\thesubsection}{\alphalph{\value{subsection}}} %... \subsection{sub} \label{subsec} \subsection{sub1} \label{subsec1} %... Can anyone please tell me what I am doing wrong?

I am writing an article for publication. The publisher, Trans Tech Publications, provided a custom document class named TTP.CLS. This documentclass is not in my TeXLive LaTeX distribution. How can I use this custom documentclass?

I'm using a shared counter for both floats (like algorithms) and non-floats (like theorems/examples). However, when LaTeX moves a float (e.g., an algorithm) to a different page, the numbering doesn't reflect the visual order in the document. Here's a minimal working example illustrating the issue: \documentclass[12pt,a4paper,oneside]{memoir} \usepackage{algorithm} \usepackage{algpseudocode} \usepackage{amsthm} \usepackage{etoolbox} % Define theorem-like environments \theoremstyle{definition} \newtheorem{theorem}{Theorem}[chapter] \newtheorem{lemma}[theorem]{Lemma} \newtheorem{definition}[theorem]{Definition} \newtheorem{example}[theorem]{Example} \makeatletter \let\c@algorithm\c@theorem \makeatother \renewcommand{\thealgorithm}{\thetheorem} \begin{document} \chapter{Test} \begin{algorithm} \caption{My Algorithm} \begin{algorithmic} \newcount\i \i=1 \loop \State Step \advance \i by 1 \ifnum\i<28 \repeat \end{algorithmic} \label{alg:myalgo} \end{algorithm} \begin{example} This is an example illustrating the concept. \label{ex:myexample} \end{example} As you can see, Algorithm~\ref{alg:myalgo} gets number 1.1 and Example~\ref{ex:myexample} gets number 1.2, but the algorithm appears after the example due to LaTeX choosing to place the float on the next page. \end{document} I want a dynamic solution that fixes the numbering based on where LaTeX places the float without changing anything else (if possible). So, no use of [H] or equivalent to force float placement. I.e., I want the above MWE to say Example 1.1 and Algorithm 1.2 (if the Algorithm appears after the example in the output) without changing anything else.

I am trying to create this table in LaTeX using tabularray (see image below made using Word). Here is a minimum working example: \documentclass{article} \usepackage{tabularray} \usepackage{siunitx} \usepackage{caption} \usepackage{chemmacros} \DeclareSIUnit{\wt}{wt\%} \begin{document} \begin{table} \centering \caption{Summary of gravimetrically determined excess, total, and net \ch{H2} adsorption capacities (mean of three data sets with standard deviation) of the filler PTPA, pristine PIM-1 membrane, and the two composites at \SI{77}{\kelvin}. The skeletal densities (\(\rho_\text{sk}\)) of the polymers are also given (error is given from the linear fitting). \(\phi\) represents the void fraction of the material.} \label{Here} \begin{tblr}{ colspec={@{}XXXXXXXXX@{}}, hline{1,7} = {-}{0.08em}, hline{2,3} = {-}{0.05em}, row{2} = {r}, column{8} = {r}, column{9} = {r}, cell{1}{1} = {r=2}{}, cell{1}{2} = {c=2}{r}, cell{1}{4} = {c=2}{r}, cell{1}{6} = {c=2}{r}, cell{1}{8} = {r=2}{}, cell{1}{9} = {r=2}{}, cell{3}{2} = {r}, cell{3}{3} = {r}, cell{3}{4} = {r}, cell{3}{5} = {r}, cell{3}{6} = {r}, cell{3}{7} = {r}, cell{4}{2} = {r}, cell{4}{3} = {r}, cell{4}{4} = {r}, cell{4}{5} = {r}, cell{4}{6} = {r}, cell{4}{7} = {r}, cell{5}{2} = {r}, cell{5}{3} = {r}, cell{5}{4} = {r}, cell{5}{5} = {r}, cell{5}{6} = {r}, cell{5}{7} = {r}, cell{6}{2} = {r}, cell{6}{3} = {r}, cell{6}{4} = {r}, cell{6}{5} = {r}, cell{6}{6} = {r}, cell{6}{7} = {r}, } Sample & Excess \ch{H2} capacity at \SI{50}{\bar} & & Total \ch{H2} capacity at \SI{100}{\bar} & & Net \ch{H2} capacity at \SI{10}{\bar} & & \(\rho_\text{sk}\) (\unit{\gram\per\cm\cubed}) & \(\phi\) \\ & \unit{\mmol\per\gram} & \unit{\wt} & \unit{\mmol\per\gram} & \unit{\wt} & \unit{\mmol\per\gram} & \unit{\wt} & & \\ PTPA & \( 11.65 \pm 0.02 \) & \( 2.349 \pm 0.005 \) & \( 20.21 \pm 0.05 \) & \( 4.07 \pm 0.01 \) & \( 8.98 \pm 0.01 \) & \( 1.810 \pm 0.002 \) & \( 1.266 \pm 0.004 \) & 0.50 \\ PIM mem & \( 8.12 \pm 0.03 \) & \( 1.64 \pm 0.01 \) & \( 14.35 \pm 0.01 \) & \( 2.892 \pm 0.002 \) & \( 5.87 \pm 0.03 \) & \( 1.18 \pm 0.01 \) & \( 1.295 \pm 0.002 \) & 0.40 \\ PIM-PTPA-13 & \( 8.53 \pm 0.11 \) & \( 1.72 \pm 0.02 \) & \( 14.96 \pm 0.21 \) & \( 3.02 \pm 0.04 \) & \( 6.26 \pm 0.100 \) & \( 1.26 \pm 0.02 \) & \( 1.285 \pm 0.005 \) & 0.38 \\ PIM-PTPA-23 & \( 9.14 \pm 0.01 \) & \( 1.842 \pm 0.003 \) & \( 15.96 \pm 0.04 \) & \( 3.22 \pm 0.01 \) & \( 6.75 \pm 0.01 \) & \( 1.360 \pm 0.002\) & \( 1.261 \pm 0.005 \) & 0.36 \end{tblr} \end{table} \end{document} I've built this using LaTeX Tables but that tends to only work well with very simple tables. I'm almost there but can anyone help me just make this so it works correctly? It isn't fitting correctly in my document (too wide) and I know tabularray can auto adjust things so they fit correctly. Thanks for any help in advance.

I'm trying to draw rounded stars in TikZ that look similar to what so many AI applications nowadays are using. They look like the following: I modified some LaTeX code from another question to draw a single star that looks like the following: However, as you can see, the inner and outer angles are pointed and not rounded. I assume you can use some kind of (Bezier?) curves to draw the rounded points, but my TikZ skills are not high enough to know how to do this and I can't come up with the proper keywords to figure out how I can tackle this. How might I be able to draw these rounded stars? My code: \documentclass[tikz,dvipsnames]{standalone} \usepackage{tikz} \newcommand{\tstar}[5]{% inner radius, outer radius, tips, rot angle, options \pgfmathsetmacro{\starangle}{360/#3} \draw[#5] (#4:#1) \foreach \x in {1,...,#3} { -- (#4+\x*\starangle-\starangle/2:#2) -- (#4+\x*\starangle:#1) } -- cycle; } \begin{document} \begin{tikzpicture} \tstar{1.75}{4}{4}{45}{thick,draw=none,fill=Purple} \end{tikzpicture} \end{document}

I'm quite a fan of the times compatible super / subscript used in the mathtime pro 2 font, but otherwise would like to use unicode-math and XITS. Is there either any way to use the script from MT Pro 2 alongside XITS in unicode-math, or else is there an open type font with times compatible script?

Here's a minimal non-working example: \documentclass[noamsthm]{beamer} \usepackage[thmmarks]{ntheorem} \begin{document} \begin{frame}{Fail} \begin{itemize} \item<+-> a \item<+-> a \item<+-> a \end{itemize} \end{frame} \end{document} If I run that (via pdflatex), I get the error ! LaTeX Error: \begin{itemize} on input line 10 ended by \end{document}. It seems that the modifications of thmmarks clash with beamer's magic to detect the end of an \item with overlay specification. A simple ugly fix is to wrap the last \item in an explicit command instead, e.g., \documentclass[noamsthm]{beamer} \usepackage[thmmarks]{ntheorem} \begin{document} \begin{frame}{Fail} \begin{itemize} \item<+-> a \item<+-> a \onslide<+->{ \item a } % The explicit group seems to save the day \end{itemize} \end{frame} \end{document} Is there a way to properly patch ntheorem here? Or a clever way to at least apply the fix automatically (by adding an invisible dummy item)? Update: My fix above seems not to work when nesting itemize. We now also need a dummy item before the sub-itemize ... (and the spacing is not quite right as is) \begin{frame}[t]{Fails} \begin{itemize} \item<+-> a \item<+-> a %\visible<.->{\item[] } \begin{itemize} \item<+-> a \visible<.->{\item[] \vspace*{-\itemsep-\baselineskip}} \end{itemize} \item<+-> a \visible<.->{\item[] \vspace*{-\itemsep-\baselineskip}} \end{itemize} After \end{frame}

In a markdown document, I need to express a 2nd order partial derivative inline. I have (afaik) two ways: * $p_{ij}$ stands for $\frac{\partial^2 F}{\partial x_i \partial x_j}$ * $p_{ij}$ stands for $\partial^2 F / \partial x_i \partial x_j$ Which would be better for readability and correctness?

I want to quote something in ConTeXt, but the typical LaTeX syntax is producing the wrong result. \starttext ``Get off my lawn!'' yelled the old man. \stoptext

I have a list of three points (code in Mathematica) {{{-12, 2, -1}, {-11, 1, -5}, {-10, -2, 3}}, {{-12, 2, -1}, {-11, 1, -5}, {-10, 6, 3}}, {{-12, 2, -1}, {-11, 1, -5}, {-9, 5, -7}}, {{-12, 2, -1}, {-11, 1, -5}, {-9, 8, -4}}, {{-12, 2, -1}, {-11, 1, -5}, {-7, -6, -2}}, {{-12, 2, -1}, {-11, 1, -5}, {-7, -2, -8}}, {{-12, 2, -1}, {-11, 1, -5}, {-7, -2, 6}}, {{-12, 2, -1}, {-11, 1, -5}, {-7, 3, -9}}, {{-12, 2, -1}, {-11, 1, -5}, {-7, 3, 7}}, {{-12, 2, -1}, {-11, 1, -5}, {-7, 6, -8}}, {{-12, 2, -1}, {-11, 1, -5}, {-7, 9, 3}}, {{-12, 2, -1}, {-11, 1, -5}, {-7, 10, -2}}, {{-12, 2, -1}, {-11, 1, -5}, {-6, -4, -7}}, {{-12, 2, -1}, {-11, 1, -5}, {-6, -4, 5}}, {{-12, 2, -1}, {-11, 1, -5}, {-6, 8, -7}}, {{-12, 2, -1}, {-11, 1, -5}, {-6, 8, 5}}, {{-12, 2, -1}, {-11, 1, -5}, {-4, -6, 3}}, {{-12, 2, -1}, {-11, 1, -5}, {-4, -2, -9}}, {{-12, 2, -1}, {-11, 1, -5}, {-4, -2, 7}}, {{-12, 2, -1}, {-11, 1, -5}, {-4, 6, -9}}, {{-12, 2, -1}, {-11, 1, -5}, {-4, 6, 7}}, {{-12, 2, -1}, {-11, 1, -5}, {-4, 10, 3}}, {{-12, 2, -1}, {-11, 1, -5}, {-2, -6, 3}}, {{-12, 2, -1}, {-11, 1, -5}, {-2, 6, -9}}, {{-12, 2, -1}, {-11, 1, -5}, {-2, 6, 7}}, {{-12, 2, -1}, {-11, 1, -5}, {-2, 10, 3}}, {{-12, 2, -1}, {-11, 1, -5}, {3, 5, -7}}, {{-12, 2, -1}, {-11, 1, -5}, {3, 8, -4}}, {{-12, 2, -1}, {-11, 1, -5}, {4, -2, 3}}, {{-12, 2, -1}, {-11, 1, -5}, {4, 6, 3}}, {{-12, 2, -1}, {-11, 1, -5}, {5, 6, -2}}, {{-12, 2, -1}, {-11, 1, 3}, {-10, -2, -5}}, {{-12, 2, -1}, {-11, 1, 3}, {-10, 6, -5}}, {{-12, 2, -1}, {-11, 1, 3}, {-9, 5, -7}}, {{-12, 2, -1}, {-11, 1, 3}, {-9, 8, -4}}, {{-12, 2, -1}, {-11, 1, 3}, {-7, -6, -2}}, {{-12, 2, -1}, {-11, 1, 3}, {-7, -2, -8}}, {{-12, 2, -1}, {-11, 1, 3}, {-7, -2, 6}}, {{-12, 2, -1}, {-11, 1, 3}, {-7, 6, -8}}, {{-12, 2, -1}, {-11, 1, 3}, {-7, 9, -5}}} With each three points, I use the ProfLycee package like this \documentclass{article} \usepackage{ProfLycee} \begin{document} \[\TrouveEqCartPlan[SimplifCoeffs,Facteur=-1](-12, 2, -1)(-11, 1, -5)(-10, -2, 3)\] \end{document} How can I write the equation of the plane that passes through three points given in a list of three points?

\ddot{x} gives 2 overdots for x, 2nd derivative of x. How to circle both overdots in \ddot{x}?