Alternative Equation Formats

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MathML

\begin{array}{rcl} z_{i} | z_{- i}, y_{i} & \sim & {\begin{cases} normal (m_{i}, v_{i}) I (z_{i} > 0) & if y_{i} = 1 \\ normal (m_{i}, v_{i}) I (z_{i} \leq 0) & otherwise \end{cases} \\ m_{i} & = & x_{i} B - w_{i} (z_{i} - x_{i} B) \\ v_{i} & = & 1 + w_{i} \\ w_{i} & = & h_{i} / (1 - h_{i}) \\ h_{i} & = & (H)_{i} i, H = x V x^{'} \end{array}

Math Rendered as SVG

Math as LaTeX Source

\begin{eqnarray*} z_ i | \mb{z}_{-i}, y_ i & \sim & \left\{ \begin{array}{ll} \mbox{normal}(m_ i, v_ i) I (z_ i > 0) & \mbox{if } y_ i = 1\\ \mbox{normal}(m_ i, v_ i) I (z_ i \leq 0) & \mbox{otherwise}\\ \end{array} \right. \\ m_ i & =& \mb{x}_ i \mb{B} - w_ i(z_ i - \mb{x}_ i \mb{B}) \\ v_ i & =& 1 + w_ i \\ w_ i & =& h_ i / (1-h_ i) \\ h_ i & =& (\mb{H})_ ii, \mb{H} = \mb{x} \mb{V} \mb{x}^{\prime } \end{eqnarray*}