Here's a similar construction I created once.
Gary
\begin{equation*}
\left.
\begin{array}{ccl}
\displaystyle \P(\beta_i^b|T)
&\propto& \displaystyle\int \P(\beta_i^b,\phi|T)d\phi\\
&\propto&\displaystyle\int \P(\phi|T)\P(\beta_i^b|T,\phi) d\phi \\
&\propto& \displaystyle\int \P(\phi)\prod_{i=1}^p
\N(T_i|\mu_i,\sigma_i^2)
\frac{S(\bbetau,\Sigmau)}{R(\bbetau,\Sigmau)} \\
&&\displaystyle\qquad\times
\TN\left[T_i|\bbetau_i^b+\frac{\omega_i}{\sigma_i^2}\epsilon_i,\;
\sigmau_b^2-\frac{\omega_i^2}{\sigma_i^2}\right]d\phi
\end{array} \right\} \parbox{.7in}{\textbf{This is\newline too hard!}}
\end{equation*}
On Sun, 20 Apr 2003, vick Julius wrote:
Hi
I would like to number each equation (such as the one we get with cases) and
have a left curly brace to embrace all the equations.
for example (Latex, Leslie Lamport page 49)
x={ y if y > 0
{ z+y otherwise
\[ x = \left{ \begin{array}{ll}
y & \mbox{ if $y > 0 $ \\
z+y & \mbox{otherwise}
\end{array}
\right. \]
what I want is to number each line as follow
x={ y if y > 0 (1)
{ z+y otherwise (2)
Any suggestions?
Thanks
Vick
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