Crystal AI  1.0.0
Crystal.Chebyshev Class Reference

Calculates the Chebyshev measure https://en.wikipedia.org/wiki/Chebyshev_distance. More...

Inheritance diagram for Crystal.Chebyshev:
Crystal.IMeasure Crystal.IAiPrototype< IMeasure >

Public Member Functions

float Calculate (ICollection< Utility > elements)
 Calculate the Chebyshev measure for the given set of elements. More...
 
IMeasure Clone ()
 Creates a new instance of the implementing class. Note that the semantics here are somewhat vague, however, by convention the "Prototype Pattern" uses a "Clone" function. Note that this may have very different semantics when compared with either shallow or deep cloning. When implementing this remember to include only the defining characteristics of the class and not its state! More...
 
- Public Member Functions inherited from Crystal.IAiPrototype< IMeasure >
Clone ()
 Creates a new instance of the implementing class. Note that the semantics here are somewhat vague, however, by convention the "Prototype Pattern" uses a "Clone" function. Note that this may have very different semantics when compared with either shallow or deep cloning. When implementing this remember to include only the defining characteristics of the class and not its state! More...
 

Detailed Description

Calculates the Chebyshev measure https://en.wikipedia.org/wiki/Chebyshev_distance.

See also
T:Crystal.IMeasure

Member Function Documentation

float Crystal.Chebyshev.Calculate ( ICollection< Utility elements)
inline

Calculate the Chebyshev measure for the given set of elements.

Parameters
elements
Returns

Implements Crystal.IMeasure.

IMeasure Crystal.Chebyshev.Clone ( )
inline

Creates a new instance of the implementing class. Note that the semantics here are somewhat vague, however, by convention the "Prototype Pattern" uses a "Clone" function. Note that this may have very different semantics when compared with either shallow or deep cloning. When implementing this remember to include only the defining characteristics of the class and not its state!

Returns

The documentation for this class was generated from the following file: