答案1
你可以使用 Baskerville 克隆,看看它们是否符合你的需求。两个软件包似乎有数学支持:baskervaldx
,baskervaldadf
, 和baskervillef
(未经测试)
答案2
我用数学规范包来完成在我的文档中使用不同的字体。您需要先在计算机上安装字体,然后使用正确的字体名称。我的示例使用 Times New Roman,因为它应该适用于大多数人。将字体名称更改为您已安装的任何其他字体。
您还需要使用 XeLaTeX 进行编译。
否则,它很简单:
\documentclass[12pt,twoside]{article}
\usepackage{mathspec}
\setallmainfonts{Times New Roman}
\begin{document}
and so, with $A=1/2t_T$, we have \par
etc.
\end{document}
答案3
尝试Baskervaldx
和newtxmath
可以baskervaldx
选择从 baskervaldx 获取数学字母。
\documentclass[intlimits]{article} % passes intlimits option to amsmath
\usepackage{Baskervaldx}
\usepackage[baskervaldx]{newtxmath}
\newcommand{\du}{\,d\mkern-1.5mu u}
\begin{document}
and so, with $A=1/2t_T$, we have
\[y(t) = \int_0^t v(u)\du = v_T\int_0^1 \tanh(u/2t_T)\du = v_T\cdot 2t_T(\ln\{\cosh(u/2t_T)\})\vert_0^t,\]
or
\begin{equation}
y(t) = 2v_Tt_T\ln\{\cosh(t/2t_T)\}. \tag{5.7}
\end{equation}
You'll notice that (5.7) says $y(t=0)=0$, as it should.
Equation (5.7), simple as it may look, has great surprises for most who encounter it. For example, let's go back to what Galileo had to say about two falling balls:
\begin{quote}
\small
Aristotle says \dots
\end{quote}
\end{document}