public QuadraticProgramming(
	double[,] h,
	double[] g,
	double[,] aEquality,
	double[] bEquality,
	double[,] aInequality,
	double[] bInequality
)

Public Sub New ( 
	h As Double(,),
	g As Double(),
	aEquality As Double(,),
	bEquality As Double(),
	aInequality As Double(,),
	bInequality As Double()
)

public:
QuadraticProgramming(
	array<double,2>^ h, 
	array<double>^ g, 
	array<double,2>^ aEquality, 
	array<double>^ bEquality, 
	array<double,2>^ aInequality, 
	array<double>^ bInequality
)

new : 
        h : float[,] * 
        g : float[] * 
        aEquality : float[,] * 
        bEquality : float[] * 
        aInequality : float[,] * 
        bInequality : float[] -> QuadraticProgramming

Parameters

h

Type: SystemDouble
A square array containing the Hessian. It must be positive definite.

g

Type: SystemDouble
A double array containing the coefficients of the linear term of the objective function.

aEquality

Type: SystemDouble
A rectangular matrix containing the equality constraints. It can be null if there are no equality constraints.

bEquality

Type: SystemDouble
A double array containing the right-side of the equality constraints. It can be null if there are no equality constraints.

aInequality

Type: SystemDouble
A rectangular matrix containing the inequality constraints. It can be null if there are no inequality constraints.

bInequality

Type: SystemDouble
A double array containing the right-side of the inequality constraints. It can be null if there are no inequality constraints.

Reference