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Problems with formulas in documentation 

Small regression (substitution should not have taken place).
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albert-github 2018-12-09 19:08:51 +01:00
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QP_solver/doc/QP_solver/QP_solver.txt
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@ -533,7 +533,7 @@ when we use the homogeneous representations of the points: if
suitable coefficients for a convex combination if and only if suitable coefficients for a convex combination if and only if
\f[\ccSum{j=1}{n}{~ \lambda_j(p_j \mid 1)} = (p\mid 1), \f] \f[\ccSum{j=1}{n}{~ \lambda_j(p_j \mid 1)} = (p\mid 1), \f]
equivalently, if there are \f$\mu_1,\ldots,\mu_n\f$ equivalently, if there are \f$\mu_1,\ldots,\mu_n\f$
(with \f$\mu_j = \lambda_j \cdot h/{h_j}\f$ for all $j$) such that (with \f$\mu_j = \lambda_j \cdot h/{h_j}\f$ for all \f$j\f$) such that
\f[\ccSum{j=1}{n}{~\mu_j~q_j} = q, \quad \mu_j \geq 0\mbox{~for all $j$}.\f] \f[\ccSum{j=1}{n}{~\mu_j~q_j} = q, \quad \mu_j \geq 0\mbox{~for all $j$}.\f]
The linear program now tests for the existence of nonnegative \f$ \mu_j\f$ The linear program now tests for the existence of nonnegative \f$ \mu_j\f$