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MathML

\begin{aligned} x_{g j}^{⋆} & = (\frac{g - 0.5}{c_{j}}) th quantile of relevant distribution \\ (g \in 1, \dots, c_{j}) (j \in 1, \dots, K) \\ π_{g j} & = \frac{1}{c_{j}} (same for all g) \end{aligned}

Math Rendered as SVG

Math as LaTeX Source

\begin{align*} x^\star _{gj} & = \left( \frac{g - 0.5}{c_ j} \right) \text {th quantile of relevant distribution}\\ & \quad (g \in 1, \ldots , c_ j) (j \in 1, \ldots , K) \\ \pi _{gj} & = \frac{1}{c_ j} \quad \text {(same for all }g \text {)} \end{align*}