14.2.38 Class SymmetricVariable¶
- mosek.fusion.SymmetricVariable¶
In some cases using this variable instead of a standard
Variablecan reduce the number of instantiated variables by approximately 50%.- Implements
- Members
Expression.Eval – Evaluate the expression and push the result onto the work stack.
Expression.GetDim – Return the d’th dimension in the expression.
Variable.Antidiag – Return the anti-diagonal of a variable matrix.
Variable.AsExpr – Create an expression corresponding to the variable object.
Variable.Diag – Return the diagonal of a variable matrix.
Variable.Dual – Get the dual solution value of the variable.
Variable.FromTril – Convert from a linear representation of the lower triangular part of a square variable into a square variable.
Variable.GetModel – Return the model to which the variable belongs.
Variable.GetND – Get the number of dimensions in the variable shape.
Variable.GetShape – Return the shape of the variable.
Variable.GetSize – Get the total number of elements in the variable.
Variable.Index – Return a single entry in the variable.
Variable.Level – Return the primal value of the variable as an array.
Variable.MakeContinuous – Drop integrality constraints on the variable, if any.
Variable.MakeInteger – Apply integrality constraints on the variable. Has no effect on elements of semidefinite matrix variables.
Variable.Pick – Create a one-dimensional variable by picking a list of indexes from this variable.
Variable.Remove – Remove the variable from the model.
Variable.Reshape – Reshape the variable. The new shape must have the same total size as the current.
Variable.SetLevel – Input solution values for this variable
Variable.Slice – Create a slice variable by picking a range of indexes for each variable dimension.
Variable.ToString – Create a string representation of the variable.
Variable.Transpose – Transpose the variable.
Variable.Tril – Convert a square variable into a linear representation of the lower triangular part of the variable.
- Implemented by
