User:Sintel/CTE tuning: Difference between revisions

@@ Line 8: / Line 8: @@
 <math>
 \begin{align}
-& \underset{g}{\text{minimize}}   && \left\|   g\mathrm{MW} - j\mathrm{W}   \right\|^2   \\
+\underset{g}{\text{minimize}}   & \quad \|   g\mathrm{MW} - j\mathrm{W}   \|^2   \\
-& \text{subject to} &&  g\mathrm{MV}  = j\mathrm{V} \\
+\text{subject to} & \quad \phantom{\|}  g\mathrm{MV}  = j\mathrm{V} \\
 \end{align}
 </math>
@@ Line 28: / Line 28: @@
 <math>
 \begin{align}
-& \underset{g}{\text{minimize}}   && \left\|   \mathrm{A}g^{\mathsf T} - b   \right\|^2   \\
+\underset{g}{\text{minimize}}   & \quad  \left\|   \mathrm{A}g^{\mathsf T} - b   \right\|^2   \\
-& \text{subject to} &&  \mathrm{C}g^{\mathsf T} = d \\
+\text{s.t.} & \quad \phantom{\|} \mathrm{C}g^{\mathsf T} = d \\
 \end{align}
 </math>
@@ Line 52: / Line 52: @@
 </math>
-Where we introduced the vector of lagrange multipliers <nowiki><math>\lambda</math></nowiki>, with size equal to the number of constraints. The lagrange multipliers have no concrete meaning for the resulting tuning, so they can be ignored.
+Where we introduced the vector of lagrange multipliers <math>\lambda</math>, with size equal to the number of constraints. The lagrange multipliers have no concrete meaning for the resulting tuning, so they can be ignored.
 The problem is feasible if rank (V) ≤ rank (M).