 | Quadratic |
The QuadraticProgrammingProblem type exposes the following members.
Methods| Name | Description | |
|---|---|---|
 | AddBounds(Int32, Double, Double) |
Adds upper and lower bound constraints to a variable.
(Inherited from BoundedVariableProblem) |
| AddBounds(Int32, Double, Double, Double) |
Adds upper and lower bound constraints to a variable.
(Inherited from BoundedVariableProblem) |
| AddConstraint(LinearConstraint) |
Adds the given constraint to the problem.
(Inherited from LinearConstrainedProblem) |
| AddConstraint(DoubleVector, Double, Double) |
Adds a linear inequality constraint of the form
lowerBound <= coefficients'x < upperBound
(Inherited from LinearConstrainedProblem) |
| AddConstraint(ILinearConstraintCoefficients, Double, Double) |
Adds a linear inequality constraint of the form
lowerBound <= coefficients'x < upperBound
(Inherited from LinearConstrainedProblem) |
| AddConstraint(DoubleVector, Double, Double, Double) |
Adds a linear inequality constraint of the form
lowerBound <= coefficients'x < upperBound
(Inherited from LinearConstrainedProblem) |
| AddConstraint(ILinearConstraintCoefficients, Double, Double, Double) |
Adds a linear inequality constraint of the form
lowerBound <= coefficients'x < upperBound
(Inherited from LinearConstrainedProblem) |
| AddEqualityConstraint(DoubleVector, Double) |
Adds an equality constraint of the form
coefficients'x = rightHandSide
(Inherited from LinearConstrainedProblem) |
| AddEqualityConstraint(ILinearConstraintCoefficients, Double) |
Adds an equality constraint of the form
coefficients'x = rightHandSide
(Inherited from LinearConstrainedProblem) |
| AddLowerBound(Int32, Double) |
Adds an lower bound constraint on the variable at the given index.
(Inherited from BoundedVariableProblem) |
| AddLowerBound(Int32, Double, Double) |
Adds an lower bound constraint on the variable at the given index.
(Inherited from BoundedVariableProblem) |
| AddLowerBoundConstraint(DoubleVector, Double) |
Adds a linear inequality constraint of the form
coefficients'x >= lowerBound
(Inherited from LinearConstrainedProblem) |
| AddLowerBoundConstraint(ILinearConstraintCoefficients, Double) |
Adds a linear inequality constraint of the form
coefficients'x >= lowerBound
(Inherited from LinearConstrainedProblem) |
| AddLowerBoundConstraint(DoubleVector, Double, Double) |
Adds a linear inequality constraint of the form
coefficients'x >= lowerBound
(Inherited from LinearConstrainedProblem) |
| AddLowerBoundConstraint(ILinearConstraintCoefficients, Double, Double) |
Adds a linear inequality constraint of the form
coefficients'x >= lowerBound
(Inherited from LinearConstrainedProblem) |
| AddUpperBound(Int32, Double) |
Adds an upper bound constraint on the variable at the given index.
(Inherited from BoundedVariableProblem) |
| AddUpperBound(Int32, Double, Double) |
Adds an upper bound constraint on the variable at the given index.
(Inherited from BoundedVariableProblem) |
| AddUpperBoundConstraint(DoubleVector, Double) |
Adds a linear inequality constraint of the form
coefficients'x <= upperBound
(Inherited from LinearConstrainedProblem) |
| AddUpperBoundConstraint(ILinearConstraintCoefficients, Double) |
Adds a linear inequality constraint of the form
coefficients'x <= upperBound
(Inherited from LinearConstrainedProblem) |
| AddUpperBoundConstraint(DoubleVector, Double, Double) |
Adds a linear inequality constraint of the form
coefficients'x <= upperBound
(Inherited from LinearConstrainedProblem) |
| AddUpperBoundConstraint(ILinearConstraintCoefficients, Double, Double) |
Adds a linear inequality constraint of the form
coefficients'x <= upperBound
(Inherited from LinearConstrainedProblem) |
 | CheckVariableIndex |
Checks that the given variable index is valid. Must be between 0
and number of variables - 1.
(Overrides BoundedVariableProblemCheckVariableIndex(Int32)) |
| Clone | Returns a deep copy of self. |
| EvaluateConstraints |
Evaluates each of the constraints at the specified point and
returns the results.
(Inherited from LinearConstrainedProblem) |
| IsLinear | Performs a check to see if in fact the problem is a linear programming problem. Or, equivalently, if all the entries in the matrix H are zero. |
| PointIsFeasible(DoubleVector) |
Function for determining the feasibility of a give point. A point
x is feasible if it satisfies all the constraints of the
problem.
(Inherited from LinearConstrainedProblem) |
| PointIsFeasible(DoubleVector, Double) |
Function for determining the feasibility of a give point.
(Inherited from LinearConstrainedProblem) |
| ToString |
Creates a string representation of the problem.
(Overrides ObjectToString) |
See Also