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added some testing for CM Bright font
== CMbright test ==
The following is a test for enabling the Computer Modern Bright font in ConTeXt.
----
<context>
\starttypescript [sans] [cmbr] [texnansi]
\definefontsynonym [Cmbr] [cmbr10]
\definefontsynonym [Cmbr-Bold] [cmbrbx10]
\definefontsynonym [Cmbr-Slanted] [cmbrsl10]
\stoptypescript
\starttypescript [sans] [cmbr] [name]
\definefontsynonym [Sans] [Cmbr]
\definefontsynonym [SansBold] [Cmbr-Bold]
\definefontsynonym [SansItalic] [Cmbr-Slanted] % no italic as far as I can see
\definefontsynonym [SansSlanted] [Cmbr-Slanted]
\stoptypescript
\starttypescript [serif] [cmbr] [name] % serif is the same as sans
\definefontsynonym [Serif] [Cmbr]
\definefontsynonym [SerifBold] [Cmbr-Bold]
\definefontsynonym [SerifItalic] [Cmbr-Slanted] % no italic as far as I can see
\definefontsynonym [SerifSlanted] [Cmbr-Slanted]
\stoptypescript
\starttypescript [mono] [cmbr] [texnansi]
\definefontsynonym [Cmbr-Mono] [cmtl10]
\definefontsynonym [Cmbr-MonoSlanted] [cmsltl10]
\stoptypescript
\starttypescript [mono] [cmbr] [name]
\definefontsynonym [Mono] [Cmbr-Mono]
\definefontsynonym [MonoSlanted] [Cmbr-MonoSlanted]
\stoptypescript
\starttypescript [math] [cmbr] [default]
\definefontsynonym [Cmbr-Math-Letters] [cmbrmi10]
\definefontsynonym [Cmbr-Math-Symbols] [cmbrsy10]
\definefontsynonym [Cmbr-Math-Alpha] [cmbras10]
\definefontsynonym [Cmbr-Math-Beta] [cmbrbs10]
\stoptypescript
\starttypescript [math] [cmbr] [name]
\definefontsynonym [MathRoman] [Cmbr]
\definefontsynonym [MathItalic] [Cmbr-Math-Letters]
\definefontsynonym [MathSymbol] [Cmbr-Math-Symbols]
\definefontsynonym [MathAlpha] [Cmbr-Math-Alpha]
\definefontsynonym [MathBeta] [Cmbr-Math-Beta]
\stoptypescript
\starttypescript [math] [cmbr] [name]
\definefontsynonym [Calligraphic] [MathSymbol]
\stoptypescript
\starttypescript [boldmath,bfmath] [cmbr] [default]
\definefontsynonym [Cmbr-Math-Letters-Bold] [cmbrbm10]
\stoptypescript
\starttypescript [Cmbr]
\definetypeface [Cmbr] [ss] [sans] [cmbr] [default] [encoding=texnansi]
\definetypeface [Cmbr] [tt] [mono] [cmbr] [default] [encoding=texnansi]
\definetypeface [Cmbr] [mm] [math] [cmbr] [default] [encoding=default]
\definetypeface [Cmbr] [rm] [serif] [cmbr] [default] [encoding=texnansi]
% \usemathcollection[cmbr]
\stoptypescript
\starttext
%\loadmapfile[hfbright.map] % required to embed Type1 fonts
\usetypescript[Cmbr]
\switchtobodyfont[Cmbr,10pt]
This is Computer Modern Bright.
\blank
\showbodyfont
\blank[big]
{\bf Theorem 1 (Residue Theorem).}
Let $f$ be analytic in the region $G$ except for the isolated singularities $a_1,a_2,\ldots,a_m$. If $\gamma$ is a closed rectifiable curve in $G$ which does not pass through any of the points $a_k$ and if $\gamma\approx 0$ in $G$ then
\startformula
\frac{1}{2\pi i}\int_\gamma f = \sum_{k=1}^m n(\gamma;a_k) \text{Res}(f;a_k).
\stopformula
{\bf Theorem 2 (Maximum Modulus).}
{\em Let $G$ be a bounded open set in ${\mb C}$ and suppose that $f$ is a continuous function on $G^-$ which is analytic in $G$. Then}
\startformula
\max\{|f(z)|:z\in G^-\}=\max \{|f(z)|:z\in \partial G \}.
\stopformula
%\vspace*{-1em}
\define\abc{abcdefghijklmnopqrstuvwxyz}
\define\ABC{ABCDEFGHIJKLMNOPQRSTUVWXYZ}
\define\alphabeta{\alpha\beta\gamma\delta\epsilon\varepsilon\zeta\eta\theta\vartheta\iota\kappa\varkappa\lambda\mu\nu\xi o\pi\varpi\rho\varrho\sigma\varsigma\tau\upsilon\phi\varphi\chi\psi\omega}
\define\AlphaBeta{\Gamma\Delta\Theta\Lambda\Xi\Pi\Sigma\Upsilon\Phi\Psi\Omega}
%\ABC \quad $\ABC$
%\abc \quad $\abc$ \quad $01234567890$
%$\AlphaBeta$ \quad $\alphabeta$ \quad $\ell\wp\aleph\infty\propto\emptyset\nabla\partial\mho\imath\jmath\hslash\eth$
${\rm A} \Lambda \Delta \nabla {\rm B C D} \Sigma {\rm E F} \Gamma {\rm G H I J K L M N O} \Theta \Omega \mho {\rm P} \Phi \Pi \Xi {\rm Q R S T U V W X Y} \Upsilon \Psi {\rm Z} $ $ \quad 1234567890 $
%$\mathit{A \Lambda \Delta B C D E F \Gamma G H I J K L M N O \Theta \Omega P \Phi \Pi \Xi Q R S T U V W X Y \Upsilon \Psi Z }$
% don't allow overfull boxes
$a\alpha b \beta c \partial d \delta e \epsilon \varepsilon f \zeta \xi g \gamma h \hbar \hslash \iota i \imath j \jmath k \kappa \varkappa l \ell \lambda m n \eta \theta \vartheta o \sigma \varsigma \phi \varphi \wp p \rho \varrho q r s t \tau \pi u \mu \nu v \upsilon w \omega \varpi x \chi y \psi z$ $\infty \propto \emptyset \varnothing {\rm d}\eth \backepsilon$
%${\cal \ABC} \quad {\mb \ABC}$
%\boldmath $\alpha + b = 27$
\stoptext
</context>
----
The example is taken from the [http://www.tug.org/tex-archive/info/Free_Math_Font_Survey/survey.html free font survey].
The following is a test for enabling the Computer Modern Bright font in ConTeXt.
----
<context>
\starttypescript [sans] [cmbr] [texnansi]
\definefontsynonym [Cmbr] [cmbr10]
\definefontsynonym [Cmbr-Bold] [cmbrbx10]
\definefontsynonym [Cmbr-Slanted] [cmbrsl10]
\stoptypescript
\starttypescript [sans] [cmbr] [name]
\definefontsynonym [Sans] [Cmbr]
\definefontsynonym [SansBold] [Cmbr-Bold]
\definefontsynonym [SansItalic] [Cmbr-Slanted] % no italic as far as I can see
\definefontsynonym [SansSlanted] [Cmbr-Slanted]
\stoptypescript
\starttypescript [serif] [cmbr] [name] % serif is the same as sans
\definefontsynonym [Serif] [Cmbr]
\definefontsynonym [SerifBold] [Cmbr-Bold]
\definefontsynonym [SerifItalic] [Cmbr-Slanted] % no italic as far as I can see
\definefontsynonym [SerifSlanted] [Cmbr-Slanted]
\stoptypescript
\starttypescript [mono] [cmbr] [texnansi]
\definefontsynonym [Cmbr-Mono] [cmtl10]
\definefontsynonym [Cmbr-MonoSlanted] [cmsltl10]
\stoptypescript
\starttypescript [mono] [cmbr] [name]
\definefontsynonym [Mono] [Cmbr-Mono]
\definefontsynonym [MonoSlanted] [Cmbr-MonoSlanted]
\stoptypescript
\starttypescript [math] [cmbr] [default]
\definefontsynonym [Cmbr-Math-Letters] [cmbrmi10]
\definefontsynonym [Cmbr-Math-Symbols] [cmbrsy10]
\definefontsynonym [Cmbr-Math-Alpha] [cmbras10]
\definefontsynonym [Cmbr-Math-Beta] [cmbrbs10]
\stoptypescript
\starttypescript [math] [cmbr] [name]
\definefontsynonym [MathRoman] [Cmbr]
\definefontsynonym [MathItalic] [Cmbr-Math-Letters]
\definefontsynonym [MathSymbol] [Cmbr-Math-Symbols]
\definefontsynonym [MathAlpha] [Cmbr-Math-Alpha]
\definefontsynonym [MathBeta] [Cmbr-Math-Beta]
\stoptypescript
\starttypescript [math] [cmbr] [name]
\definefontsynonym [Calligraphic] [MathSymbol]
\stoptypescript
\starttypescript [boldmath,bfmath] [cmbr] [default]
\definefontsynonym [Cmbr-Math-Letters-Bold] [cmbrbm10]
\stoptypescript
\starttypescript [Cmbr]
\definetypeface [Cmbr] [ss] [sans] [cmbr] [default] [encoding=texnansi]
\definetypeface [Cmbr] [tt] [mono] [cmbr] [default] [encoding=texnansi]
\definetypeface [Cmbr] [mm] [math] [cmbr] [default] [encoding=default]
\definetypeface [Cmbr] [rm] [serif] [cmbr] [default] [encoding=texnansi]
% \usemathcollection[cmbr]
\stoptypescript
\starttext
%\loadmapfile[hfbright.map] % required to embed Type1 fonts
\usetypescript[Cmbr]
\switchtobodyfont[Cmbr,10pt]
This is Computer Modern Bright.
\blank
\showbodyfont
\blank[big]
{\bf Theorem 1 (Residue Theorem).}
Let $f$ be analytic in the region $G$ except for the isolated singularities $a_1,a_2,\ldots,a_m$. If $\gamma$ is a closed rectifiable curve in $G$ which does not pass through any of the points $a_k$ and if $\gamma\approx 0$ in $G$ then
\startformula
\frac{1}{2\pi i}\int_\gamma f = \sum_{k=1}^m n(\gamma;a_k) \text{Res}(f;a_k).
\stopformula
{\bf Theorem 2 (Maximum Modulus).}
{\em Let $G$ be a bounded open set in ${\mb C}$ and suppose that $f$ is a continuous function on $G^-$ which is analytic in $G$. Then}
\startformula
\max\{|f(z)|:z\in G^-\}=\max \{|f(z)|:z\in \partial G \}.
\stopformula
%\vspace*{-1em}
\define\abc{abcdefghijklmnopqrstuvwxyz}
\define\ABC{ABCDEFGHIJKLMNOPQRSTUVWXYZ}
\define\alphabeta{\alpha\beta\gamma\delta\epsilon\varepsilon\zeta\eta\theta\vartheta\iota\kappa\varkappa\lambda\mu\nu\xi o\pi\varpi\rho\varrho\sigma\varsigma\tau\upsilon\phi\varphi\chi\psi\omega}
\define\AlphaBeta{\Gamma\Delta\Theta\Lambda\Xi\Pi\Sigma\Upsilon\Phi\Psi\Omega}
%\ABC \quad $\ABC$
%\abc \quad $\abc$ \quad $01234567890$
%$\AlphaBeta$ \quad $\alphabeta$ \quad $\ell\wp\aleph\infty\propto\emptyset\nabla\partial\mho\imath\jmath\hslash\eth$
${\rm A} \Lambda \Delta \nabla {\rm B C D} \Sigma {\rm E F} \Gamma {\rm G H I J K L M N O} \Theta \Omega \mho {\rm P} \Phi \Pi \Xi {\rm Q R S T U V W X Y} \Upsilon \Psi {\rm Z} $ $ \quad 1234567890 $
%$\mathit{A \Lambda \Delta B C D E F \Gamma G H I J K L M N O \Theta \Omega P \Phi \Pi \Xi Q R S T U V W X Y \Upsilon \Psi Z }$
% don't allow overfull boxes
$a\alpha b \beta c \partial d \delta e \epsilon \varepsilon f \zeta \xi g \gamma h \hbar \hslash \iota i \imath j \jmath k \kappa \varkappa l \ell \lambda m n \eta \theta \vartheta o \sigma \varsigma \phi \varphi \wp p \rho \varrho q r s t \tau \pi u \mu \nu v \upsilon w \omega \varpi x \chi y \psi z$ $\infty \propto \emptyset \varnothing {\rm d}\eth \backepsilon$
%${\cal \ABC} \quad {\mb \ABC}$
%\boldmath $\alpha + b = 27$
\stoptext
</context>
----
The example is taken from the [http://www.tug.org/tex-archive/info/Free_Math_Font_Survey/survey.html free font survey].
