private static void RunFireworks2010()
{
// 1. Define a problem to solve
Problem problem = Sphere.Create();
// 2. Setup algorithm stop condition
CounterStopCondition stopCondition = new CounterStopCondition(10000);
problem.QualityCalculated += stopCondition.IncrementCounter;
// 3. Initialize algorithm run settings
FireworksAlgorithmSettings settings = new FireworksAlgorithmSettings
{
LocationsNumber = 5,
ExplosionSparksNumberModifier = 50.0,
ExplosionSparksNumberLowerBound = 0.04,
ExplosionSparksNumberUpperBound = 0.8,
ExplosionSparksMaximumAmplitude = 40.0,
SpecificSparksNumber = 5,
SpecificSparksPerExplosionNumber = 1
};
// 4. Instantiate desired implementation of the algorithm (per 2010 paper in this case)
IFireworksAlgorithm fwa2010 = new FireworksAlgorithm(problem, stopCondition, settings);
// 5. Finally, find a solution
Solution solution = fwa2010.Solve();
}
public void Constructor_NegativeParams_ArgumentNullExceptionThrown(
Problem problem,
IStopCondition stopCondition,
FireworksAlgorithmSettings settings,
string expectedParamName)
{
ArgumentNullException actualException = Assert.Throws <ArgumentNullException>(() => new FireworksAlgorithm(problem, stopCondition, settings));
Assert.NotNull(actualException);
Assert.Equal(expectedParamName, actualException.ParamName);
}
private FireworksAlgorithm GetFireworksAlgorithm()
{
CounterStopCondition testStopCondition = new CounterStopCondition(1);
testProblem.QualityCalculated += testStopCondition.IncrementCounter;
FireworksAlgorithmSettings testFireworksAlgoritmSetting = new FireworksAlgorithmSettings
{
LocationsNumber = 1,
ExplosionSparksNumberModifier = 1,
ExplosionSparksNumberLowerBound = 0.04,
ExplosionSparksNumberUpperBound = 0.8,
ExplosionSparksMaximumAmplitude = 0.5,
SpecificSparksNumber = 1,
SpecificSparksPerExplosionNumber = 1
};
return(new FireworksAlgorithm(testProblem, testStopCondition, testFireworksAlgoritmSetting));
}
