# 14.2.6 Class ConicConstraint¶

mosek.fusion.ConicConstraint

This class represents a conic constraint of the form

$Ax-b \in \K$

where $$\K$$ is a cone. Then class is never explicitly instantiated, but is created using Model.constraint by specifying a conic domain.

Note that a conic constraint in Fusion is always dense in the sense that all member constraints are created in the underlying optimization problem immediately.

Implements

ModelConstraint

Members

ConicConstraint.toString – Create a human readable string representation of the constraint.

Constraint.dual – Get the dual solution values of the constraint.

Constraint.getModel – Return the model that the constraint belongs to.

Constraint.getND – Return the number of dimensions in the constraint shape.

Constraint.getShape – Return the constraint’s shape.

Constraint.getSize – Return the total number of elements in the constraint.

Constraint.index – Get a single element from a constraint.

Constraint.level – Get the primal solution values of the constraint.

Constraint.slice – Create a slice constraint.

Constraint.update – Update part of a constraint.

ModelConstraint.remove – Remove the constraint from the model.

ConicConstraint.toString
toString() -> str


Create a human readable string representation of the constraint.

Return

(str)