Benchmark Functions

This module contains the implementation of several benchmark functions that are commonly used to test optimization algorithms.

You also have the possibility to create your own custom function by inheriting from the CustomFunction class.

Custom Function

optymus.benchmark.CustomFunction(f)	Custom Function
optymus.benchmark.TopologicalDomain(name, ...)	Represents a mathematically defined domain for polygonal mesh.

Benchmark Functions

optymus.benchmark.Ackley()	Ackley Function
optymus.benchmark.Beale()	Beale Function
optymus.benchmark.Booth()	Booth Function
optymus.benchmark.Crossintray()	Crossintray Function
optymus.benchmark.Eggholder()	Eggholder Function
optymus.benchmark.GoldsteinPrice()	Goldstein Price Function
optymus.benchmark.Mccormick()	McCormick Function
optymus.benchmark.Rastrigin()	Rastrigin Function
optymus.benchmark.Rosenbrock([dimension])	Rosenbrock Function
optymus.benchmark.Sphere()	Sphere Function
optymus.benchmark.StyblinskiTang()	Styblinski-Tang Function
optymus.benchmark.WheelersRidge()	Wheeler's Ridge Function
optymus.benchmark.Levy()	Levy Function

Topological Domain

optymus.benchmark.MbbDomain	Represents a mathematically defined domain for polygonal mesh.
optymus.benchmark.HornDomain	Represents a mathematically defined domain for polygonal mesh.
optymus.benchmark.CookDomain	Represents a mathematically defined domain for polygonal mesh.
optymus.benchmark.WrenchDomain	Represents a mathematically defined domain for polygonal mesh.
optymus.benchmark.MichellDomain	Represents a mathematically defined domain for polygonal mesh.
optymus.benchmark.SuspensionDomain	Represents a mathematically defined domain for polygonal mesh.