Nummem ( int ) – Numbers of member variables in the cones. For other cone types it is unused and can be set to 0. (input)Ĭonepar ( float ) – For the power cone it denotes the exponent alpha. ParametersĬt ( netype ) – Specifies the type of the cone. Sequentially following variables belong to the first cone, then to the second cone and so on. ![]() That the first variable of the first cone has index \(j\) and starting from there the The \(k\)th cone is assumed to be of dimension nummem. 6.2 (From Linear to Conic Optimization) for details.Īppends a number of conic constraints to the problem, as in Task.appendcone. Conic problems should be specified using the affine conic constraints interface (ACC), see Sec. NOTE: This interface to conic optimization is deprecated and will be removed in a future major release. Solution information, Inspecting the task Task.appendacc ¶ Whichsol ( mosek.soltype) – Selects a solution. Whichstream ( mosek.streamtype) – Index of the stream. If a constraint is violated more than this, it will be listed in the summary. Default is off.ĭparam.ana_sol_infeas_tol is the tolerance defining when a constraint is considered violated. Iparam.ana_sol_print_violated enables or disables listing names of all constraints (both primal and dual) which are violated by the solution. Iparam.ana_sol_basis enables or disables printing of statistics specific to the basis solution (condition number, number of basic variables etc.). ![]() Possibly dual) objective value and the solution status.įollowing parameters can be used to configure the printed statistics: Largest infeasibilites in the solution, the primal (and Print information related to the quality of the solution andīy default this function prints information about the
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