public static Function1x1<Number, Number> differentiate(Function1x1 f) i.e. take x^2 and return the function 2x, not 2x(x0) public static Function1x1<Number, Number> differentiate(Function1x1 f, int orderOfDerivative) i.e. take x^3 and return the function 6x, not 6x(x0) public static Function2x1<Number, Number, Number> getPartialDerivativeOnX(Function2x1 f) i..e take x^2 + 4y and return the function 2x + 4y public static Function2x1<Number, Number, Number> getPartialDerivativeOnY(Function2x1 f) i..e take x^2 + 4y and return the function x^2 + 4 SolveFirstOrderOrdinaryDifferentialEquationUsingEulerMethod
getNumberOfCombinationsWithElementRepetition(Number n, Number r) GetPascalTriangle GetStirlingNumberOfFirstKind getStirlingNumberOfSecondKind etNumberOfOrderedSelections(Number numberOfItems, Number sizeOfEachSelection) getNumberOfWaysToChooseWithReplacementInAnyOrder(Number numberOfItems, Number sizeOfEachSelection) getNumberOfMPartCompositionsOfN(Number n, Number m) GetNumberOfCompositionsOfN GetExtendedBinomialCoefficient getError(Number realValue, Number approximateValue) getAbsoluteError(Number realValue, Number approximateValue) getRelativeError(Number realValue, Number approximateValue) getPercentError(Number realValue, Number approximateValue) getErrorSquared(Number realValue, Number approximateValue) getSumOfSquaredErrors(Vector realValues, Vector approximateValues) getMeanSquaredError(Vector realValues, Vector approximateValues) PolynomialFunction object using Java util functions Function object using Java util functions that can represent any function and do symbolic math on it
