Mixed |
The MixedIntegerNonlinearProgrammingProblem type exposes the following members.
Name | Description | |
---|---|---|
MixedIntegerNonlinearProgrammingProblem | Constructs an empty MixedIntegerNonlinearProgrammingProblem object. | |
MixedIntegerNonlinearProgrammingProblem(DoubleFunctional) | Constructs a MixedIntegerNonlinearProgrammingProblem object with the given objective function. | |
MixedIntegerNonlinearProgrammingProblem(DoubleFunctional, IEnumerableConstraint) | Constructws a MixedIntegerNonlinearProgrammingProblem object with the given objective function and constraints. | |
MixedIntegerNonlinearProgrammingProblem(Int32, FuncDoubleVector, Double) | Constructws a MixedIntegerNonlinearProgrammingProblem object with the given objective function and constraints. | |
MixedIntegerNonlinearProgrammingProblem(Int32, FuncDoubleVector, Double, IEnumerableConstraint) | Constructws a MixedIntegerNonlinearProgrammingProblem object with the given objective function and constraints. |
Name | Description | |
---|---|---|
Constraints |
Gets the constraints.
(Inherited from NonlinearProgrammingProblem) | |
IntegralVariableIndices | Gets the zero based indices of variables with integral constraints. | |
NumVariables |
Number of variables for the problem.
(Inherited from NonlinearProgrammingProblem) | |
ObjectiveFunction |
Gets and sets the objective funtion to minimize.
(Inherited from NonlinearProgrammingProblem) | |
VariableBounds |
Gets and sets variable bounds for the problem.
(Inherited from BoundedVariableProblem) |
Name | Description | |
---|---|---|
AddBinaryConstraint(Int32) | Adds a binary constraint to the variable at the given index. A binary constraint restricts the variable to a value of zero or one. | |
AddBinaryConstraint(Int32) | Adds a binary constraint to the variables at the given indices. A binary constraint restricts the variable to a value of zero or one. | |
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(Constraint) |
Adds the given constraint to the problem.
(Inherited from NonlinearProgrammingProblem) | |
AddConstraint(DoubleFunctional, Double, Double) |
Adds an inequality constraint of the form
lowerBound <= constraintFunction(x) < upperBound
(Inherited from NonlinearProgrammingProblem) | |
AddConstraint(Int32, FuncDoubleVector, Double, Double, Double) |
Adds an inequality constraint of the form
lowerBound <= constraintFunction(x) < upperBound
(Inherited from NonlinearProgrammingProblem) | |
AddEqualityConstraint(DoubleFunctional, Double) |
Adds an equality constraint of the form
constraintFunction(x) = rightHandSide
(Inherited from NonlinearProgrammingProblem) | |
AddEqualityConstraint(Int32, FuncDoubleVector, Double, Double) |
Adds an equality constraint of the form
constraintFunction(x) = rightHandSide
(Inherited from NonlinearProgrammingProblem) | |
AddIntegralConstraint | Adds integral constraints to the variable at the given zero based indices. The indices must be between zero and number of variables minus one, inclusive. | |
AddLinearConstraint(LinearConstraint) |
Adds the given linear constraint to the problem.
(Inherited from NonlinearProgrammingProblem) | |
AddLinearConstraint(DoubleVector, Double, Double) |
Adds a linear inequality constraint of the form
lowerBound <= coefficients'x < upperBound
(Inherited from NonlinearProgrammingProblem) | |
AddLinearEqualityConstraint |
Adds an equality constraint of the form
coefficients'x = rightHandSide
(Inherited from NonlinearProgrammingProblem) | |
AddLinearLowerBoundConstraint |
Adds a linear inequality constraint of the form
coefficients'x >= lowerBound
(Inherited from NonlinearProgrammingProblem) | |
AddLinearUpperBoundConstraint |
Adds a linear inequality constraint of the form
coefficients'x <= upperBound
(Inherited from NonlinearProgrammingProblem) | |
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(DoubleFunctional, Double) |
Adds an inequality constraint of the form
constraintFunction(x) >= lowerBound
(Inherited from NonlinearProgrammingProblem) | |
AddLowerBoundConstraint(Int32, FuncDoubleVector, Double, Double) |
Adds an inequality constraint of the form
constraintFunction(x) >= lowerBound
(Inherited from NonlinearProgrammingProblem) | |
AddNonlinearConstraint |
Adds the given nonlinear constraint to the problem.
(Inherited from NonlinearProgrammingProblem) | |
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(DoubleFunctional, Double) |
Adds an inequality constraint of the form
constraintFunction(x) <= upperBound
(Inherited from NonlinearProgrammingProblem) | |
AddUpperBoundConstraint(Int32, FuncDoubleVector, Double, Double) |
Adds an inequality constraint of the form
constraintFunction(x) <= upperBound
(Inherited from NonlinearProgrammingProblem) | |
CheckVariableIndex |
Checks that the given variable index is valid.
(Inherited from NonlinearProgrammingProblem) | |
EvaluateConstraints |
Evalutes each of the constraints at the specified point and
returns the results.
(Inherited from NonlinearProgrammingProblem) | |
GetIntegrality | Gets the integral constraint state of the variable at the given zero based index. | |
IsFeasiblePoint |
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 NonlinearProgrammingProblem) | |
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 BoundedVariableProblem) | |
PointIsFeasible(DoubleVector, Double) |
Function for determining the feasibility of a give point. A point
x is feasible if it satisfies all the constraints of the
problem within a specified tolerance.
(Inherited from BoundedVariableProblem) | |
SetIntegrality | Sets an integrality constraint for the variable with the given zero based index. |
Name | Description | |
---|---|---|
variableBounds_ |
Map containing variable bounds. Key is the variable ID, the value is the bounds.
(Inherited from BoundedVariableProblem) |