AbsoluteFunction

Gets a function which is the derivative of this function. The returned function may be either analytic or approximate.

First operand.

Second operand.

Gets a function which is the indefinite integral of this function. The returned function may be analytic or approximate. Note that numeric approximation of indefinite integrals is a slow and not particularly high quality process.

Gets a description of this function.

Returns an array of *all* the non-vertical asymptotes for this function. This property may return both null and empty arrays, implying no asymptotes. Due to the nature of non-vertical asymptotes, there can only be a finite amount of them.

Compute the automatic codomain for a given domain.

Override this method to provide an analytic derivative.

Override this method to provide an analytic indefinite integral.

A binary operation is undefined wherever either operand is, and blows up wherever either operand does. Overridden because the unary base relays F alone, which would drop G's features silently.

Evaluate the definite integral between two parameters. Unless a function specifically implements an analytic integral, this value will be approximate. Note to implementer: if you provide an analytic integral via the Function.Integral property, that function will be used to compute an analytic result. There is typically no reason to override this method.

A binary operation is undefined wherever either operand is, and blows up wherever either operand does. Overridden because the unary base relays F alone, which would drop G's features silently.

Evaluate a large amount of values. Functions may choose to use multiple threads to perform this calculation. This method should not throw, instead every failed evaluation will be represented by a NaN value.