Hi all, I have found a publication using this permille sign with Times New Roman font. I have tried the textcomp \textperthousand and wasysym \permil commands but it does not yield this symbol. This one extends below the character line. Does anyone know of it? Also, I pasted the character into Word and it gives me an ampersand (&) (position 7 on most character maps), with font name as AdvPSMPE7. Any help or tip will be greatly appreciated.
[Tex/LaTex] Different style of permille sign
math-modesymbols
Related Solutions
I'm aware of three packages that will let you create larger integral signs: bigints
, mtpro2
, and relsize
.
- The package
bigints
provides the following commands to scale up the symbol produced by\int
:\bigintssss
,\bigintsss
,\bigintss
,\bigints
, and\bigint
. Using the default math font family (Computer Modern) and the default text font size of 10pt, these commands (including the "ordinary"\int
) produce the following symbols, with a dummy integrand thrown in for scale:
- The
mtpro2
package, which uses Times New Roman-style fonts, provides the commands\xl
,\XL
, and\XXL
(as well as the gynormous, 10cm-tall\XXXL
, not shown below) as prefixes to\int
. This is how these integrals look like when typeset with themtpro2
package:
By the way, the full mtpro2
package is not free. However, its "lite" subset (which is all that's needed to use the prefix commands \xl
, etc.) is free. The package may be downloaded from this site.
- The command
\mathlarger
of therelsize
package can also produce larger integral symbols. (For multi-step enlargements, theexscale
package must be loaded as well.) For a one-step increase in size, you'd type\mathop{\mathlarger{\int}}
; for a two-step increase, you'd type\mathop{\mathlarger{\mathlarger{\int}}}
, etc.
To my taste, all three sets of results look quite professional. :-)
Three further comments, and a caveat:
None of these packages seems to do a great job placing the lower and upper limits of integration. A reasonable positioning of the lower limit of integration, in particular, will require inserting either several "negative thinspace" (
\!
) directives -- the larger the integral symbol, the more\!
instructions will likely be required -- or something like\mkern-18mu
. (Use\mkern
rather than\kern
when in math mode.)The
bigints
package can produce five large variants for\oint
as well, but (again AFAICT) not for double, triple, surface, slashed, etc. integrals. Themtpro2
package, while providing "only" three large variants of\int
(I'm disregarding the\XXXL
-prefix variant!), can produce large variants of\iint
,\iiint
,\oiint
,\oiiint
,\barint
,\slashint
, and clockwise- and counterclockwise-oriented line integrals. Similarly, the\mathlarger
command of therelsize
package can be applied to any operator symbol -- including\iint
,\iiint
, etc.The
mtpro2
package can be used in conjunction with both thebigints
and therelsize
packages. If themtpro2
package is loaded, the instructions\bigintssss
,\bigintsss
, ...\mathop{\mathlarger{\int}}
, ... will produce integral symbols that are a bit "thicker", in keeping with the style of the\int
symbols produced directly by themtpro2
package.May 2014 update: I have recently discovered that the
bigints
package doesn't seem to be compatible with thelmodern
package, in the sense that the macros of thebigints
pacakge do not generate "large" integral symbols if thelmodern
package is loaded as well. For a work-around, please see this answer by @egreg. The work-around consists of inserting the instructions\DeclareFontFamily{OMX}{lmex}{} \DeclareFontShape{OMX}{lmex}{m}{n}{<-> lmex10}{}
in the preamble, after loading the
lmodern
package.
Finally, here's the code that produced the three screenshots shown above.
With the bigints
package:
\documentclass{article}
\usepackage{bigints}
\newcommand\dummy{\frac{a}{c}\,\mathrm{d}P}
\begin{document}
\[
\int\dummy\quad
\bigintssss\dummy\quad
\bigintsss\dummy\quad
\bigintss\dummy\quad
\bigints\dummy\quad
\bigint\dummy
\]
\end{document}
With the mtpro2
package:
\documentclass{article}
\usepackage[lite]{mtpro2}
\newcommand\dummy{\frac{a+b}{c+d}\,\mathrm{d}P\quad}
\begin{document}
\[
\int\dummy\quad
\xl\int\dummy\quad
\XL\int\dummy\quad
\XXL\int\dummy
\]
\end{document}
With the relsize
and exscale
packages:
\documentclass{article}
\usepackage{relsize,exscale}
\newcommand\dummy{\frac{a}{c}\,\mathrm{d}P\quad}
\begin{document}
\[
\int\dummy\quad
\mathop{\mathlarger{\int}}\dummy\quad
\mathop{\mathlarger{\mathlarger{\int}}}\dummy\quad
\mathop{\mathlarger{\mathlarger{\mathlarger{\int}}}}\dummy\quad
\mathop{\mathlarger{\mathlarger{\mathlarger{\mathlarger{\int}}}}}\dummy
\]
\end{document}
You are looking for \lim_{x \to 2} f(x) = 5
. This has to be used in math mode which can be either inline mode (where the limit is placed as a subscript so that the inter line spacing of the paragraph is not perturbed):
or in display mode where the limits are placed underneath):
References:
For the two types of math modes, please see:
- Display Math: Why is \[ ... \] preferable to $$ ... $$?
- Inline Math: Are \( and \) preferable to dollar signs for math mode?
An excellent reference for math mode is Herbert Voss' comprehensive review of mathematics in (La)TeX
Code:
\documentclass{article}
\begin{document}
With in line mode this is typeset as $\lim_{x \to 2} f(x) = 5$
\medskip
In display mode it is typset differently:
\[ \lim_{x \to 2} f(x) = 5 \]
\end{document}
Best Answer
If your main document font is Times Roman or a clone thereof, I would strongly recommend not using the per-thousand symbol you've reproduced in the screenshot: It's too big, it's poorly placed, and it won't mesh visually with the font's per-cent symbol.
Assuming you use a font package that features a
\textperthousand
macro, just use it.Here's an example using pdfLaTeX and the
newtxtext
andnewtxmath
packages:And here's what you'd get using the same in-document code but with LuaLaTeX and the
XITS
andXITS Math
Opentype fonts: