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Class juice.solver.SimAnnealSolverTest 

java.lang.Object
   |
   +----juice.solver.SimAnnealSolverTest
public final class SimAnnealSolverTest
extends Object


Constructor Index

o SimAnnealSolverTest()

Method Index

o main(String[])
I solve here 0 = F.image(x) for x = (x1, x2) where F is the Rosenbrock's function F(x1,x2) = 100(x2-x1^2)^2 + (1- x1)^2 The unique minimum is x = (1,1).

Constructors

o SimAnnealSolverTest 
 public SimAnnealSolverTest()

Methods

o main 
 public static void main(String args[])
I solve here 0 = F.image(x) for x = (x1, x2) where F is the Rosenbrock's function F(x1,x2) = 100(x2-x1^2)^2 + (1- x1)^2 The unique minimum is x = (1,1). I use x = (-1.2, 1.0) as a starting value. I would prefer a nonlinear problem with a few local minima but I cannot think of one right now. 

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