Represents a FunctionBasis made up of Chebyshev polynomials over a specified interval up to a specified degree.

Represents a Chebyshev polynomial series.

Represents a curve with a constant Y-value.

Represents a cubic spline curve.

Represents a curve in two-dimensional space.

Implements the Levenberg-Marquardt algorithm for non-linear least-squares.

Serves as an abstract base class for collections of functions.

Represents a curve in two-dimensional space whose value is defined by a RealFunction delegate.

Represents a FunctionBasis made up of user-defined functions.

Represents a line.

Represents a curve that is a linear combination of the functions in a FunctionBasis.

Represents an algorithm that calculates a linear least squares fit of a curve.

Represents a Curve that can be used for a non-linear regression calculation.

Represents an algorithm that fits a nonlinear curve to data.

Represents the set of parameters that determine the shape of a particular type of Curve.

Represents a curve that has different constant values on different intervals within its domain.

Represents a curve that has different expressions on different intervals within its domain.

Represents a curve that has different expressions on different intervals within its domain.

Represents a polynomial.

Serves as an abstract base class for Curve derived classes that represent polynomials.

Represents a FunctionBasis for the polynomials up to a specified degree.

Represents a quadratic Curve.

Contains a set of standard weight functions that can be used in linear and nonlinear curve fitting.

Represent a point in a two-dimensional plane.

Enumerates the possible methods for solving a least squares problem.