static void Main(string[] args)
{
Console.WriteLine("Press Enter to Start Client");
Console.ReadLine();
var watch = Stopwatch.StartNew();
PigData pigData = new PigData();
pigData.distanceToPig = 100;
pigData.generations = 10;
pigData.maximumforce = 1000;
pigData.wallheight = 30;
//DistributedProcess distributedProcess = new DistributedProcess("localhost", 56000, 55559);
//distributedProcess.AddFunctionFile(@"..\..\..\WorkPigShot\bin\Release\WorkPigShot.dll")
// .addWork((object)pigData);
DistributedProcess distributedProcess = new DistributedProcess("localhost", 56000, 55559);
distributedProcess.AddFunctionFile(@"..\..\..\WorkPigShot\bin\Debug\WorkPigShot.dll")
.addWork((object)new double[] { 100, 10, 1000, 30 });
//DistributedProcess distributedProcess = new DistributedProcess("localhost", 56000, 55559);
//distributedProcess.AddFunctionFile(@"..\..\..\WorkFile\bin\Release\WorkFile.dll")
// .addWork((string)@".\TestText.txt");
long IDNumber = distributedProcess.Start();
Console.WriteLine("Task ID number = " + IDNumber);
var answer = distributedProcess.GetFinishedWork(IDNumber);
List<double[]> answerValue = (List<double[]>)answer.values;
List<Cannon> cannons = new List<Cannon>();
foreach (var item in answerValue)
{
cannons.Add(new Cannon() { Angle = item[0], Force = item[1], minimumForce = item[2], maximumForce = item[3], minimumAngle = item[4], maximumAngle = item[5], legthToPig = item[6], distanceFired = item[7], fitness = item[8], wallHeight = item[9] });
}
Cannon bestCannon = cannons.OrderBy(x => x.fitness).FirstOrDefault();
double angle = bestCannon.Angle;
double force = bestCannon.Force;
//double totalHits = double.Parse(answer.Key.ToString());
//double totalThrows = (double)answer.values;
//double result = (double)((totalHits / totalThrows) * 4d);
watch.Stop();
var elapsedMs = watch.ElapsedMilliseconds;
Console.WriteLine("The force for the shot is " + force);
Console.WriteLine("The angle for the shot is " + angle * 180 / Math.PI);
Console.WriteLine("The distance travelled is " + bestCannon.distanceFired);
//Console.WriteLine("The answer to the mapReduce is for pi is : " + result);
//Console.WriteLine("Total time elapsed = " + elapsedMs + "ms");
Console.ReadLine();
}
public ReduceResult[] Distribute(object obj)
{
Console.WriteLine("distributing data................");
double[] pigDataArray = (double[])obj;
PigData pigData = new PigData() { distanceToPig = pigDataArray[0], generations = (int)pigDataArray[1], maximumforce = pigDataArray[2], wallheight = pigDataArray[3] };
ReduceResult[] results = new ReduceResult[pigData.generations];
for (int i = 0; i < results.Length; i++)
{
results[i] = new ReduceResult("", obj);
}
Console.WriteLine("Broke apart the data.");
return results;
}
public MappedAnswer[] Map(object data)
{
ReduceResult SomeData = (ReduceResult)data;
double[] pigDataArray = (double[])SomeData.values;
PigData pigData = new PigData() { distanceToPig = pigDataArray[0], generations = (int)pigDataArray[1], maximumforce = pigDataArray[2], wallheight = pigDataArray[2] };
Family generation = new Family(pigData.wallheight);
generation.AddRandomCannons(500, pigData.maximumforce);
generation.fireAllCannons();
Cannon[] answer = generation.getFittest(100).ToArray();
List<double[]> cannonConversion = new List<double[]>();
Console.WriteLine("Best is " + answer[0].distanceFired + " for " + pigData.distanceToPig);
for (int i = 0; i < 100; i++)
{
cannonConversion.Add(new double[] { answer[i].Angle, answer[i].Force, answer[i].minimumForce, answer[i].maximumForce, answer[i].minimumAngle, answer[i].maximumAngle, answer[i].legthToPig, answer[i].distanceFired, answer[i].fitness, answer[i].wallHeight});
}
MappedAnswer[] ma = new MappedAnswer[1];
ma[0] = new MappedAnswer("", cannonConversion);
return ma;
}
