Represents a curve in two-dimensional space whose value
is defined by a RealFunction delegate.
Namespace: Extreme.Mathematics.Curves
Assembly: Extreme.Numerics (Extreme.Numerics)
Syntax
Methods
| Icon | Type | Description |
|---|---|---|
 | Clone() |
Constructs an exact copy of this instance.
|
| Equals(Object) | |
 | Finalize() | |
| FindRoots() |
Gets the set of X-coordinates where the curve crosses
the X-axis.
|
| GetCurveFitter() |
Returns a CurveFitter object that can be used to fit the curve to data.
|
| GetDerivative() | |
| GetHashCode() | Serves as a hash function for a particular type. |
| GetType() | Gets the Type of the current instance. |
| Integral(Double, Double) |
Gets the definite integral of the curve between the
specified X-coordinates.
|
| MemberwiseClone() | Creates a shallow copy of the current Object. |
| OnParameterChanged(Int32, Double) |
Called after a Curve parameter has been changed.
|
| OnParameterChanging(Int32, Double) |
Called before the value of a curve parameter is changed.
|
| SlopeAt(Double) |
Gets the slope of the curve at the specified
X-coordinate.
|
| TangentAt(Double) |
Gets the tangent Line to the curve at the
specified X-coordinate.
|
| ToString() | |
| ValueAt(Double) |
Gets the Y-value of the curve at the specified
X-coordinate.
|
Constructors
| Icon | Type | Description |
|---|---|---|
| GeneralCurveNew(RealFunction) |
Constructs a new GeneralCurve from a
RealFunction delegate.
|
| GeneralCurveNew(RealFunction, RealFunction) |
Constructs a new GeneralCurve from a
RealFunction delegate with the
specified derivative.
|
| GeneralCurveNew(RealFunction, RealFunction, RealFunction) |
Constructs a new GeneralCurve from a
RealFunction delegate with the
specified derivative.
|
Properties
| Icon | Type | Description |
|---|---|---|
 | Parameters |
Gets the collection of parameters that determine the shape of this
Curve.
|
Remarks
This class inherits from the Curve
class, which provides common
properties and methods for all classes that represent
two-dimensional curves.
The ValueAt(Double) method evaluates the curve at a specific point. SlopeAt(Double) evaluates the derivative, and Integral(Double, Double) evaluates the definite integral over a specified interval. If overridden by a descendant class, the GetDerivative() method returns the Curve that is the derivative of the instance. The FindRoots() method attempts to find one zero of the function using NewtonRaphsonSolver.
Curves of this type do not have any parameters. The Parameters collection is always empty.
Inheritance Hierarchy
