BackwardDerivative(Func<Double, Double>, Double) |
Returns an approximation to the derivative of a function
by using only function values at x and
and values smaller than x.
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BackwardDerivative(Func<Double, Double>, Double, Double) |
Returns an approximation to the derivative of a function
by using only function values at x and
and values smaller than x.
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BackwardDerivative(Func<Double, Double>, Double, Double, Int32) |
Returns an approximation to the derivative of a function
by using only function values at x and
and values smaller than x.
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CentralDerivative(Func<Double, Double>, Double) |
Returns an approximation to the derivative of a function.
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CentralDerivative(Func<Double, Double>, Double, Double) |
Returns an approximation to the derivative of a function.
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CentralDerivative(Func<Double, Double>, Double, Double, Int32) |
Returns an approximation to the derivative of a function.
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Combine |
Constructs a multivariate function returning a vector from an array of
multivariate function delegates.
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CombineFast(Func<Vector<Double>, Vector<Double>>[]) |
Constructs a delegate that represents a multivariate function returning a matrix in its second argument from an array of
multivariate functions returning a vector.
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CombineFast(Func<Vector<Double>, Double>[]) |
Constructs a multivariate function returning a vector in its second argument from an array of
multivariate function delegates.
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CombineFast(Func<Vector<Double>, Vector<Double>, Vector<Double>>[]) |
Constructs a delegate that represents a multivariate function returning a matrix in its second argument from an array of
multivariate functions returning a vector.
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Derivative(Func<Double, Double>, Double) |
Returns an approximation to the derivative of a function.
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Derivative(Func<Double, Double>, Double, DifferencesDirection) |
Returns an approximation to the derivative of a function.
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Derivative(Func<Double, Double>, Double, Double) |
Returns an approximation to the derivative of a function.
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Derivative(Func<Double, Double>, Double, DifferencesDirection, Int32) |
Returns an approximation to the derivative of a function.
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FindMaximum(Func<Vector<Double>, Double>, Vector<Double>) |
Computes a maximum of the specified function.
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FindMaximum(Func<Double, Double>, Double) |
Computes a maximum of the specified function.
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FindMaximum(Func<Vector<Double>, Double>, Func<Vector<Double>, Vector<Double>, Vector<Double>>, Vector<Double>) |
Computes a maximum of the specified function.
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FindMaximum(Func<Double, Double>, Double, Double) |
Computes a maximum of the specified function.
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FindMinimum(Func<Vector<Double>, Double>, Vector<Double>) |
Computes a minimum of the specified function.
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FindMinimum(Func<Double, Double>, Double) |
Computes a minimum of the specified function.
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FindMinimum(Func<Vector<Double>, Double>, Func<Vector<Double>, Vector<Double>, Vector<Double>>, Vector<Double>) |
Computes a minimum of the specified function.
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FindMinimum(Func<Double, Double>, Double, Double) |
Computes a minimum of the specified function.
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FindZero(Func<Vector<Double>, Double>[], Vector<Double>) |
Solves a system of nonlinear equations starting from an initial guess.
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FindZero(Func<Double, Double>, Double) |
Finds a zero of a function starting from an initial guess.
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FindZero(Func<Vector<Double>, Vector<Double>, Vector<Double>>, Vector<Double>) |
Solves a system of nonlinear equations starting from an initial guess.
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FindZero(Func<Vector<Double>, Double>[], Func<Vector<Double>, Vector<Double>, Vector<Double>>[], Vector<Double>) |
Finds a zero of a function starting from an initial guess.
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FindZero(Func<Double, Double>, Double, Double) |
Finds a zero of a function when the solution is known to lie within a specified interval.
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FindZero(Func<Double, Double>, Func<Double, Double>, Double) |
Finds a zero of a function starting from an initial guess.
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FindZero(Func<Vector<Double>, Vector<Double>, Vector<Double>>, Func<Vector<Double>, Matrix<Double>, Matrix<Double>>, Vector<Double>) |
Finds a zero of a function starting from an initial guess.
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FindZero(Func<Double, Double>, Func<Double, Double>, Double, Double, Double) |
Finds a zero of a function starting from an initial guess.
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ForwardDerivative(Func<Double, Double>, Double) |
Returns an approximation to the derivative of a function
by using only function values at x and
and values greater than x.
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ForwardDerivative(Func<Double, Double>, Double, Double) |
Returns an approximation to the derivative of a function
by using only function values at x and
and values greater than x.
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ForwardDerivative(Func<Double, Double>, Double, Double, Int32) |
Returns an approximation to the derivative of a function
by using only function values at x and
and values greater than x.
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GetBackwardDifferentiator |
Creates a function of one variable that
represents the numerical derivative of the specified
function of one variable using
backward differences.
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GetEquationSolver(Func<Double, Double>, Double) |
Returns an EquationSolver suitable for solving an equation using the specified information.
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GetEquationSolver(Func<Vector<Double>, Double>[], Func<Vector<Double>, Vector<Double>, Vector<Double>>[], Vector<Double>) |
Finds a zero of a function starting from an initial guess.
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GetEquationSolver(Func<Double, Double>, Double, Double) |
Finds a zero of a function when the solution is known to lie within a specified interval.
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GetEquationSolver(Func<Double, Double>, Func<Double, Double>, Double) |
Finds a zero of a function starting from an initial guess.
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GetEquationSolver(Func<Vector<Double>, Vector<Double>, Vector<Double>>, Func<Vector<Double>, Matrix<Double>, Matrix<Double>>, Vector<Double>) |
Finds a zero of a function starting from an initial guess.
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GetForwardDifferentiator |
Creates a function of one variable that
represents the numerical derivative of the specified
function of one variable using
forward differences.
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GetIntegrator(Func<Double, Double>) |
Returns a function that numerically evaluates the definite integral of a function
between the two function arguments.
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GetIntegrator(Func<Double, Double>, Double) |
Returns a function that numerically evaluates the definite integral from the specified lower bound
to the function argument.
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GetMaximizer(Func<Vector<Double>, Double>) |
Returns an MultidimensionalOptimizer suitable for solving an equation using the specified information.
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GetMaximizer(Func<Double, Double>) |
Returns an OneDimensionalOptimizer suitable for solving an equation using the specified information.
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GetMaximizer(Func<Vector<Double>, Double>, Func<Vector<Double>, Vector<Double>, Vector<Double>>) |
Finds a maximum of a function starting from an initial guess.
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GetMaximizer(Func<Double, Double>, Func<Double, Double>) |
Finds a maximum of a function starting from an initial guess.
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GetMinimizer(Func<Vector<Double>, Double>) |
Returns an MultidimensionalOptimizer suitable for
finding the minimum of a function using the specified information.
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GetMinimizer(Func<Double, Double>) |
Returns an OneDimensionalOptimizer suitable for solving an equation using the specified information.
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GetMinimizer(Func<Vector<Double>, Double>, Func<Vector<Double>, Vector<Double>, Vector<Double>>) |
Finds a minimum of a function starting from an initial guess.
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GetMinimizer(Func<Double, Double>, Func<Double, Double>) |
Finds a minimum of a function starting from an initial guess.
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GetNumericalDifferentiator |
Creates a function of one variable that
represents the numerical derivative of the specified
function of one variable.
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GetNumericalGradient |
Returns a delegate that numerically evaluates the gradient of a multivariate function.
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GetNumericalJacobian(Func<Vector<Double>, Double>[]) |
Returns a delegate that numerically evaluates the Jacobian of a multivariate vector function.
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GetNumericalJacobian(Func<Vector<Double>, Vector<Double>, Vector<Double>>) |
Returns a delegate that numerically evaluates the Jacobian of a multivariate vector function.
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GetNumericalJacobian(Func<Vector<Double>, Vector<Double>, Vector<Double>>, DifferencesDirection) |
Returns a delegate that numerically evaluates the Jacobian of a multivariate vector function.
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GetNumericalJacobian(Func<Vector<Double>, Vector<Double>, Vector<Double>>, DifferencesDirection, Vector<Double>) |
Returns a delegate that numerically evaluates the Jacobian of a multivariate vector function.
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GetNumericalJacobian(Func<Vector<Double>, Vector<Double>, Vector<Double>>, DifferencesDirection, Vector<Double>, Vector<Double>) |
Returns a delegate that numerically evaluates the Jacobian of a multivariate vector function.
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GetNumericalJacobian(Func<Vector<Double>, Vector<Double>, Vector<Double>>, DifferencesDirection, Vector<Double>, Vector<Double>, Vector<Double>) |
Returns a delegate that numerically evaluates the Jacobian of a multivariate vector function.
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Integrate(Func<Double, Double>, Interval<Double>) |
Numerically integrates a function of one variable.
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Integrate(Func<Double, Double>, Double, Double) |
Numerically integrates a function of one variable.
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Integrate(Func<Double, Double, Double>, Interval<Double>, Interval<Double>) |
Numerically integrates a function of two variables over a rectangular region.
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Integrate(Func<Double, Double, Double>, Double, Double, Double, Double) |
Numerically integrates a function of two variables over a rectangular region.
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Product |
Computes the product of an expression evaluated over the specified range.
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Sum(Func<Int32, Double>, Int32, Int32) |
Computes the sum of an expression evaluated over the specified range.
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Sum<T>(IEnumerable<T>, Func<T, Double>) |
Computes the sum of an expression evaluated for each member of a collection.
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SumIf<T> |
Computes the sum of an expression evaluated for each member of a collection that meets the specified condition.
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SumSeries(Func<Int32, Double>, Int32, Double) |
Adds up the terms of a series.
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SumSeries(IEnumerable<Double>, Int32, Double) |
Adds up the terms of a series.
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