public void GEMOptimizerTestReporter()
{
GEMOptimizer gem = new GEMOptimizer();
GEMParams param = new GEMParams(1, 5, GeneralOptimizerTests.ITER_MAX, 0.6, 10);
var reporter = new TestReporter(typeof(GEMOptimizer), 1, GeneralOptimizerTests.ITER_MAX);
gem.Minimize(param, new OOOptimizationProblem(GeneralOptimizerTests.TargetFunction, GeneralOptimizerTests.LowerBounds, GeneralOptimizerTests.UpperBounds), reporter);
Assert.False(reporter.Error);
}
public void FWOptimizerTestReporter()
{
FWOptimizer fw = new FWOptimizer();
FWParams param = new FWParams(10, GeneralOptimizerTests.ITER_MAX, 3, 1, 4, 5);
var reporter = new TestReporter(typeof(FWOptimizer), 0, GeneralOptimizerTests.ITER_MAX - 1);
// Optimization f(x,y)=x^2 + y^2 on [-10;10]x[-10;10].
fw.Minimize(param, new OOOptimizationProblem(GeneralOptimizerTests.TargetFunction, GeneralOptimizerTests.LowerBounds, GeneralOptimizerTests.UpperBounds), reporter);
Assert.False(reporter.Error);
}
public void BBBCTestReporter()
{
BBBCOptimizer bb = new BBBCOptimizer();
BBBCParams param = new BBBCParams(10, GeneralOptimizerTests.ITER_MAX, 0.4, 0.3);
var reporter = new TestReporter(typeof(BBBCOptimizer), 1, GeneralOptimizerTests.ITER_MAX);
// Optimization f(x,y)=x^2 + y^2 on [-10;10]x[-10;10].
bb.Minimize(param, new OOOptimizationProblem(GeneralOptimizerTests.TargetFunction, GeneralOptimizerTests.LowerBounds, GeneralOptimizerTests.UpperBounds), reporter);
Assert.False(reporter.Error);
}
