AbstractRootFinder (FsODE)

FsODE

Documentation for 0.0.2

AbstractRootFinder Type

Namespace: Altaxo.Calc.RootFinding
Assembly: AltaxoCore.Redist.dll
Base Type: obj

Constructors

Constructor	Description
`AbstractRootFinder(f)` Full Usage: `AbstractRootFinder(f)` Parameters: f : `Func<float, float>` - A continuous function.	Constructor. f : `Func<float, float>` A continuous function.
`AbstractRootFinder(function, maxNumberOfIterations, accuracy)` Full Usage: `AbstractRootFinder(function, maxNumberOfIterations, accuracy)` Parameters: function : `Func<float, float>` maxNumberOfIterations : `int` accuracy : `float`	function : `Func<float, float>` maxNumberOfIterations : `int` accuracy : `float`

Instance members

Instance member	Description
`this.Accuracy` Full Usage: `this.Accuracy`
`this.BracketingFactor` Full Usage: `this.BracketingFactor`
`this.MaximumNumberOfIterations` Full Usage: `this.MaximumNumberOfIterations`
`this.SearchBracketsOutward` Full Usage: `this.SearchBracketsOutward` Parameters: xmin : `byref<float>` - Lower value of the range. xmax : `byref<float>` - Upper value of the range factor : `float` - The growing factor of research. Usually 1.6. Returns: `bool` True if the bracketing operation succeeded, else otherwise.	Detect a range containing at least one root. This iterative methods stops when two values with opposite signs are found. xmin : `byref<float>` Lower value of the range. xmax : `byref<float>` Upper value of the range factor : `float` The growing factor of research. Usually 1.6. Returns: `bool` True if the bracketing operation succeeded, else otherwise.
`this.Solve` Full Usage: `this.Solve` Parameters: x1 : `float` - The low value of the range where the root is supposed to be. x2 : `float` - The high value of the range where the root is supposed to be. bracket : `bool` - Determines whether a bracketing operation is required. Returns: `float` Returns the root with the specified accuracy. Modifiers: abstract	Prototype algorithm for solving the equation f(x)==0. x1 : `float` The low value of the range where the root is supposed to be. x2 : `float` The high value of the range where the root is supposed to be. bracket : `bool` Determines whether a bracketing operation is required. Returns: `float` Returns the root with the specified accuracy.
`this.Solve` Full Usage: `this.Solve` Parameters: x1 : `float` - The lower value of the range where the root is supposed to be. x2 : `float` - The higher value of the range where the root is supposed to be. y : `float` - The function value to find the function's argument for. bracket : `bool` - Determines whether a bracketing operation is required. Returns: `float` Returns the root with the specified accuracy. Modifiers: abstract	Prototype algorithm for solving the equation f(x)==y. x1 : `float` The lower value of the range where the root is supposed to be. x2 : `float` The higher value of the range where the root is supposed to be. y : `float` The function value to find the function's argument for. bracket : `bool` Determines whether a bracketing operation is required. Returns: `float` Returns the root with the specified accuracy.

Static members

Static member	Description
`AbstractRootFinder.MessageAccuracyNotReached` Full Usage: `AbstractRootFinder.MessageAccuracyNotReached` Returns: `string`	Returns: `string`
`AbstractRootFinder.MessageInadequateAlgorithm` Full Usage: `AbstractRootFinder.MessageInadequateAlgorithm` Returns: `string`	Returns: `string`
`AbstractRootFinder.MessageInvalidRange` Full Usage: `AbstractRootFinder.MessageInvalidRange` Returns: `string`	Returns: `string`
`AbstractRootFinder.MessageRangeArgumentInvalid` Full Usage: `AbstractRootFinder.MessageRangeArgumentInvalid` Returns: `string`	Returns: `string`
`AbstractRootFinder.MessageRootNotBracketed` Full Usage: `AbstractRootFinder.MessageRootNotBracketed` Returns: `string`	Returns: `string`
`AbstractRootFinder.MessageRootNotFound` Full Usage: `AbstractRootFinder.MessageRootNotFound` Returns: `string`	Returns: `string`