Overload List

  NameDescription
Minimize(DoubleMultiVariableFunction, DoubleVector)
Minimizes the given function near the given starting point.
Minimize(NMathFunctions..::.DoubleArrayDoubleArrayFunction, DoubleVector, Int32)
Minimizes the given function near the given starting point.
Minimize(NMathFunctions..::.DoubleVectorDoubleVectorFunction, DoubleVector, Int32)
Minimizes the given function near the given starting point.
Minimize(DoubleMultiVariableFunction, DoubleVector, DoubleVector, DoubleVector)
Minimizes the given function near the given starting point, within the specified contraints.
Minimize(NMathFunctions..::.DoubleArrayDoubleArrayFunction, DoubleVector, Int32, array<NMathFunctions..::.DoubleArrayDoubleArrayFunction>[]()[])
Minimizes the given function near the given starting point, using the given array of partial derivatives.
Minimize(NMathFunctions..::.DoubleVectorDoubleVectorFunction, DoubleVector, Int32, array<NMathFunctions..::.DoubleVectorDoubleVectorFunction>[]()[])
Minimizes the given function near the given starting point, using the given array of partial derivatives.
Minimize(NMathFunctions..::.DoubleArrayDoubleArrayFunction, DoubleVector, Int32, DoubleVector, DoubleVector)
Minimizes the given function near the given starting point, within the specified contraints.
Minimize(NMathFunctions..::.DoubleVectorDoubleVectorFunction, DoubleVector, Int32, DoubleVector, DoubleVector)
Minimizes the given function near the given starting point, within the specified contraints.
Minimize(NMathFunctions..::.DoubleArrayDoubleArrayFunction, DoubleVector, Int32, array<NMathFunctions..::.DoubleArrayDoubleArrayFunction>[]()[], DoubleVector, DoubleVector)
Minimizes the given function near the given starting point, within the specified contraints, and using the given array of partial derivatives.
Minimize(NMathFunctions..::.DoubleVectorDoubleVectorFunction, DoubleVector, Int32, array<NMathFunctions..::.DoubleVectorDoubleVectorFunction>[]()[], DoubleVector, DoubleVector)
Minimizes the given function near the given starting point, within the specified contraints, and using the given array of partial derivatives.

See Also