Nelder-Mead in 2 Dimensions Works for all functions that are continous Finds local / global max depending on size of the simplex Can be extended to work in N dimensions. More...

Public Member Functions
	NelderMead2D (NelderMead2DConfig &config)

bool	singleStep ()
	Runs a single step of the optimization algorithm (One reflection / expansion / contraction / shrink) More...

void	execute ()
	Executes the full optimization algorithm.

Geometry2d::Point	getPoint ()

float	getValue ()

bool	continueExecution ()

Detailed Description

Nelder-Mead in 2 Dimensions Works for all functions that are continous Finds local / global max depending on size of the simplex Can be extended to work in N dimensions.

Use Example: NelderMead2D nm(& [NelderMead2DConfig]); nm.execute(); nm.getValue();

Member Function Documentation

◆ continueExecution()

bool NelderMead2D::continueExecution ( )

Returns: Should continue execution?

◆ getPoint()

Geometry2d::Point NelderMead2D::getPoint ( )

Returns: the XY coordinate of the current guess of the max

◆ getValue()

float NelderMead2D::getValue ( )

Returns: the current guess of the max value

◆ singleStep()

bool NelderMead2D::singleStep ( )

Runs a single step of the optimization algorithm (One reflection / expansion / contraction / shrink)

Note: This is most ikely not the function you are looking for to find the max. This is used when you want to split the optimization accross multiple time steps

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