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Diffstat (limited to 'Master/texmf-dist/doc/fonts/stickstoo/stickstoo-doc.tex')
-rw-r--r-- | Master/texmf-dist/doc/fonts/stickstoo/stickstoo-doc.tex | 20 |
1 files changed, 13 insertions, 7 deletions
diff --git a/Master/texmf-dist/doc/fonts/stickstoo/stickstoo-doc.tex b/Master/texmf-dist/doc/fonts/stickstoo/stickstoo-doc.tex index 2011210c884..12884811644 100644 --- a/Master/texmf-dist/doc/fonts/stickstoo/stickstoo-doc.tex +++ b/Master/texmf-dist/doc/fonts/stickstoo/stickstoo-doc.tex @@ -3,7 +3,7 @@ \documentclass[11pt]{article} \usepackage[margin=1in]{geometry} \usepackage[parfill]{parskip}% Begin paragraphs with an empty line rather than an indent -\pdfmapfile{+SticksTooText.map} +%\pdfmapfile{+SticksTooText.map} \pdfmapfile{=newtx.map} \usepackage{graphicx} %\usepackage{amssymb}% don't use with newtxmath @@ -29,7 +29,7 @@ {\tt SticksToo} there are most of the options and macros that are part of the {\tt newtxtext} package, but with Times fonts replaced by {\tt StixTwoText} fonts. As of the initial release of {\tt STIX2}, the math fonts have some problem which make them unsuited to high quality mathematical typesetting, and so I'm offering an update of {\tt newtxmath} with option {\tt stix2} that makes use of the Roman and Greek letters from {\tt STIX2} (the two year old beta version, not the one now available on CTAN) together with math symbols from {\tt newtx}. In my opinion, the {\tt STIX2} fonts are a great improvement over Times based fonts---more readable because of the increased x-height, fewer spacing issues with overly sloped Italic shapes, and handsome new Greek glyphs. -The symbols in {\tt newtx} are thinner than those in {\tt STIX2}---56{\tt em} versus 66{\tt em}---and the appearance is therefore somewhat lighter. The math axis with {\tt newtx} is 2 units less than with {\tt STIX2}, an amount that few would notice. There is no mixing of +The symbols in {\tt newtx} are thinner than those in {\tt STIX2}. The usual unit used in PostScript based fonts is one thousandth of the {em} value specified in the font, and that is almost always 10{\tt bp}. So, think of 100 units as 1{\tt bp}. In terms of these units, the line width is 56 units in {\tt newtxmath} versus 66 for {\tt STIX2} and the appearance is therefore somewhat lighter. The math axis with {\tt newtxmath} is 2 units less than with {\tt STIX2}, an amount that few would notice. There is no mixing of math symbols from {\tt STIX2} and {\tt newtx} where the difference in math axis, however small, might be observable. \section{Options and Macros} {\tt scaled, scale:}\\ @@ -39,8 +39,8 @@ Rescales every font in the package. E.g., \end{verbatim} scales everything up by 15\%. -{\tt proportional (p), tabular, lining, osf:}\\ -These affect the figure style used in text. The default is {\tt tabular, lining}, which is appropriate for math usage, and will be used in math mode no matter how you set the text figure option. E.g., {\tt p,osf} sets the text figure style to proportional, oldstyle, like \textosf{12345}. +{\tt proportional (p)}, {\tt tabular}, {\tt lining}, {\tt osf}:\\ +These affect the figure style used in text. The default is {\tt tabular}, {\tt lining}, which is appropriate for math usage, and will be used in math mode no matter how you set the text figure option. E.g., {\tt p,osf} sets the text figure style to {\tt proportional}, {\tt oldstyle}, like \textosf{12345}. {\tt scosf:}\\ This option makes {\tt osf} the default figure style in small cap text. @@ -85,14 +85,20 @@ These macros provide ways to use other figures styles, no matter what defaults m % vvarbb selects the STIX version of blackboard bold. See below. \end{verbatim} \section{Choices for blackboard bold} -Unless you specify in the options a choice (one of {\tt varbb}, {\tt vvarbb} for your blackboard bold alphabet, \verb|\mathbb| will use the default blackboard bold alphabet: $\mathbb{A\dots Z}$ (upper-case only), which I find unappealing because the uneven separations between boundaries makes the gray level likewise uneven. There are two macros which provide access to other alphabets other alphabets: \verb|\varmathbb| gives you $\varmathbb{A\dots z\imath\jmath}$, and \verb|\vvmathbb| gives you $\vvmathbb{A\dots z\imath\jmath}$. These work similarly to those in the original {\tt newtxmath}, but have some advantages. +Unless you specify in the options a choice (one of {\tt varbb}, {\tt vvarbb} for your blackboard bold alphabet, \verb|\mathbb| will use the default blackboard bold alphabet: $\mathbb{A\dots Z}$ (upper-case only), which I find unappealing because the uneven separations between boundaries makes the gray level likewise uneven. There are two macros which provide access to other alphabets: +\begin{itemize} +\item +\verb|\vmathbb| gives you $\vmathbb{A\dots z\imath\jmath}$; +\item \verb|\vvmathbb| gives you $\vvmathbb{A\dots z\imath\jmath}$.\end{itemize} +These work similarly to those in the original {\tt newtxmath}, but have some advantages. \begin{itemize} \item both have full uppercase and lowercase, plus \verb|\imath| (dotlessi) and \verb|\jmath| (dotlessj); -\item both work correctly on strings with more than one token, correctly rendering A..z, \verb|\imath| and \verb|\jmath| and passing through all other control sequences. For example, \verb|\varmathbb{A\imath z\dots\jmath\alpha| renders as $\varmathbb{A\imath z\dots\jmath\alpha}$, the control sequences \verb|\dots| and \verb|\alpha| having passed through to LaTeX for processing. The macro \verb|\vvmathbb| works similarly and renders as STIX blackboard bold. +\item both work correctly on strings with more than one token, correctly rendering digits, A..z, \verb|\imath| and \verb|\jmath| and passing through all other control sequences. \\ +For example, \verb|\vmathbb{A\imath z\dots\jmath\alpha| renders as $\vmathbb{A\imath z\dots\jmath\alpha}$, the control sequences \verb|\dots| and \verb|\alpha| having passed through to LaTeX for processing. The macro \verb|\vvmathbb| works similarly and renders as STIX blackboard bold. \end{itemize} -Option {\tt varbb} causes \verb|\mathbb| causes \verb|\mathbb| to be let equal to \verb|\varmathbb|, effectively {\tt DSSerif}, and option {\tt vvarbb}, causes \verb|\mathbb| to be let equal to \verb|\vvmathbb|, effectively STIX blackboard bold. +Option {\tt varbb} causes \verb|\mathbb| to be let equal to \verb|\varmathbb|, effectively {\tt DSSerif}, and option {\tt vvarbb} causes \verb|\mathbb| to be let equal to \verb|\vvmathbb|, effectively STIX blackboard bold. \section{Some math samples} The following snippets mostly originated with the \TeX Book\ and were adapted for \LaTeX\ from Karl Berry's torture test for plain tex math fonts. |