Alternative Equation Formats

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MathML

\begin{aligned} minimize & \sum_{a \in A} \sum_{d \in D} | f_{a d} | \\ subject to & c_{a d}^{x} x_{a} + c_{a d}^{y} y_{a} + \\ c_{a d}^{z} x_{a} y_{a} + c_{a d}^{u} u_{a} + c_{a d} - w_{a d} & = f_{a d} & a \in A, d \in D & (CashFlowDefCon) \\ \sum_{a \in A} (f_{a d} + w_{a d}) & \leq B_{d} & d \in D & (BudgetCon) \\ | {d \in D | f_{a d} < 0} | & \leq K_{a} & a \in A & (CashOutLimitCon) \\ x_{a}, y_{a} & \in [0, 1] & a \in A \\ u_{a} & \geq 0 & a \in A \\ f_{a d} & \geq - w_{a d} & a \in A, d \in D \end{aligned}

MathML rendered with MathJax

\begin{aligned} minimize & \sum_{a \in A} \sum_{d \in D} | f_{a d} | \\ subject to & c_{a d}^{x} x_{a} + c_{a d}^{y} y_{a} + \\ c_{a d}^{z} x_{a} y_{a} + c_{a d}^{u} u_{a} + c_{a d} - w_{a d} & = f_{a d} & a \in A, d \in D & (CashFlowDefCon) \\ \sum_{a \in A} (f_{a d} + w_{a d}) & \leq B_{d} & d \in D & (BudgetCon) \\ | {d \in D | f_{a d} < 0} | & \leq K_{a} & a \in A & (CashOutLimitCon) \\ x_{a}, y_{a} & \in [0, 1] & a \in A \\ u_{a} & \geq 0 & a \in A \\ f_{a d} & \geq - w_{a d} & a \in A, d \in D \end{aligned}

Math as LaTeX Source

\begin{align*} & \text {minimize} & \sum _{a \in A} \sum _{d \in D} | f_{ad} | \\ & \text {subject to} & c^ x_{ad} x_{a} + c^ y_{ad} y_{a} + \\ & & c^ z_{ad} x_{a} y_{a} + c^{u}_{ad} u_{a} + c_{ad} - w_{ad} & = f_{ad} & & a \in A,\ d \in D & & \text {(CashFlowDefCon)}\\ & & \sum _{a \in A} \left(f_{ad} + w_{ad}\right) & \leq B_ d & & d \in D & & \text {(BudgetCon)}\\ & & | \{ d \in D \; | \; f_{ad} < 0\} | & \leq K_ a & & a \in A & & \text {(CashOutLimitCon)}\\ & & x_{a}, y_{a} & \in [0,1] & & a \in A \\ & & u_{a} & \geq 0 & & a \in A \\ & & f_{ad} & \geq -w_{ad} & & a \in A,\ d \in D \end{align*}