Public Instance Constructors
 UniDimensionalSolver Constructor | Initializes a new instance of the UniDimensionalSolver class. |
Public Instance Methods
| Equals (inherited from Object) | Determines whether the specified Object is equal to the current Object. |
| GetHashCode (inherited from Object) | Serves as a hash function for a particular type, suitable for use in hashing algorithms and data structures like a hash table. |
| GetType (inherited from Object) | Gets the Type of the current instance. |
| GlobalExtreme | Seeks the global extreme within an interval of an unidimensional optimization problem with a general object function using information from a user selected set of locate and bracketing algorithms. |
| GlobalExtremeDeriv | Seeks the global extreme within an interval of an unidimensional optimization problem with a differentiable object function using information from a user selected set of locate and bracketing algorithms. |
| GlobalExtremeDerivWithDefaults | Seeks the global extreme within an interval of an unidimensional optimization problem with a differentiable object function using information from a default set of locate and bracketing algorithms. |
| GlobalExtremeWithDefaults | Seeks the global extreme within an interval of an unidimensional optimization problem with a general object function using information from a default set of locate and bracketing algorithms. |
| SeekExtremeBidir | Seeks a location of a (local) minimum of a unidimensional object function using user selected bracketing and locate algorithms from BracketingAlgorithm and LocateAlgorithm respectively and starting the iterative search in two directions from a given initial point. |
| SeekExtremeUnidir | Evaluates the location of a (local) extremum (i.e. maximum or minimum) of the unidimensional object function, where the specific bracketing and locate algorithms from the classs BracketingAlgorithm and LocateAlgorithm are set and the initial point given. |
| SeekExtremeValueUnidir | Finds the value of the unidimensional object function at the local extremum (maximum or minimum) found, where the specific bracketing and locate algorithms from the class's BracketingAlgorithm and LocateAlgorithm are set and the initial point given. |
| SeekNextExtreme |
Seeks the closest local extremum to a given initialPoint for the unidimensional object function using information from a user selected set of bracketing and location algorithms.
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| SeekNextExtremeDeriv |
Seeks the closest local extremum to a given initialPoint for the unidimensional differentiable object function using information from a user selected set of bracketing and location algorithms.
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| SeekNextExtremeDerivWithDefaults |
Seeks the closest local extremum to a given initialPoint for the unidimensional differentiable object function using information from a default set of bracketing and location algorithms.
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| SeekNextExtremeUsingDefaults |
Seeks the closest local extremum to a given initialPoint for the unidimensional object function using information from a default set of bracketing and location algorithms.
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| SetFunction | Submits a new uni-dimensional function for which the location of the extremum is to be found. |
| ToString (inherited from Object) | Returns a String that represents the current Object. |
Protected Instance Methods
 Finalize (inherited from Object) | Allows an Object to attempt to free resources and perform other cleanup operations before the Object is reclaimed by garbage collection. |
| MemberwiseClone (inherited from Object) | Creates a shallow copy of the current Object. |
See Also
UniDimensionalSolver Class | WebCab.COM.Math.Optimization.UniDimensional Namespace