public void AddSomeFinishedWork(long ID, int Piece, MappedAnswer[] results)
{
if (!this.OriginalTasks.PieceHasBeenWorked(ID, Piece))
{
this.CurrentTasks.AddCompletedWork(ID, results);
}
}
public void AddNew(long ID, MappedAnswer task)
{
if (task.ReduceKey == long.MaxValue)
{
task.ReduceKey = GetNewPlace(ID);
this.identifier[ID].Add(task.ReduceKey, false);
}
}
public TaskInfoReduce(long ID, MappedAnswer[] task, byte[] WorkDll, string ReturnIP, int ReturnPort)
: base(ID, WorkDll, ReturnIP, ReturnPort)
{
this.task = new List<MappedAnswer>();
foreach (var item in task)
{
this.task.Add(item);
}
}
public void AddFinishedWork(long ID, long ReduceID, MappedAnswer[] work)
{
if (this.ReduceList.CheckAndSwitch(ID, ReduceID))
{
this.CurrentTasks.Remove(ID, ReduceID);
this.ReduceTasks.Remove(ID, ReduceID);
this.ReduceTasks.AddFinishedWork(ID, work);
}
}
public void AddCompletedWork(long ID, MappedAnswer[] mapping)
{
Monitor.Enter(tasks);
try
{
if (tasks.ContainsKey(ID))
{
tasks[ID].AddCompletedWork(mapping);
}
}
finally
{
Monitor.Exit(tasks);
}
}
public void AddCompletedWork(MappedAnswer[] mappedAnswer)
{
Monitor.Enter(this.task);
try
{
foreach (var item in mappedAnswer)
{
this.task.Add(item);
}
}
finally
{
Monitor.Exit(this.task);
}
}
public void AddFinishedWork(long ID, MappedAnswer[] MappedData)
{
if (this.tasks.ContainsKey(ID))
{
Monitor.Enter(this.tasks);
try
{
tasks[ID].AddCompletedWork(MappedData);
}
finally
{
Monitor.Exit(this.tasks);
}
}
}
public MappedAnswer[] Reduce(MappedAnswer[] mappedData)
{
Console.WriteLine("In the reduce");
MappedAnswer[] ma = null;
if(null != mappedData[0] && null != mappedData[1])
{
List<double[]> data1 = (List<double[]>)mappedData[0].Value;
List<Cannon> family1 = new List<Cannon>();
foreach (var item in data1)
{
family1.Add(new Cannon() { Angle = item[0], Force = item[1], minimumForce = item[2], maximumForce = item[3], minimumAngle = item[4], maximumAngle = item[5], legthToPig = item[6], wallHeight = item[9]});
}
List<double[]> data2 = (List<double[]>)mappedData[1].Value;
List<Cannon> family2 = new List<Cannon>();
foreach (var item in data2)
{
family2.Add(new Cannon() { Angle = item[0], Force = item[1], minimumForce = item[2], maximumForce = item[3], minimumAngle = item[4], maximumAngle = item[5], legthToPig = item[6], wallHeight = item[9] });
}
List<Cannon> combinedFamily = new List<Cannon>();
for (int i = 0; i < family1.Count(); i++)
{
combinedFamily.Add(family1[i]);
combinedFamily.Add(family2[i]);
}
Family newGeneration = new Family(combinedFamily, family1[0].wallHeight);
newGeneration.AddRandomCannons(10, 2000);
newGeneration.fireAllCannons();
Cannon[] answer = newGeneration.getFittest(100).ToArray();
List<double[]> cannonConversion = new List<double[]>();
for (int i = 0; i < answer.Length; 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 });
}
Console.WriteLine("Best is " + answer[0].distanceFired + " for " + answer[0].legthToPig);
ma = new MappedAnswer[1];
ma[0] = new MappedAnswer("", cannonConversion);
}
return ma;
}
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;
}
public MappedAnswer[] Reduce(MappedAnswer[] mappedData)
{
Console.WriteLine("In the Reduce!");
double totalHits = 0;
double totalThrows = 0;
for (int i = 0; i < mappedData.Length; i++)
{
if(mappedData[i] != null)
{
double hits = double.Parse(mappedData[i].Key);
totalHits += hits;
totalThrows += (double)mappedData[i].Value;
}
}
Console.WriteLine("adding together hits " + totalHits + " with a total Throw of " + totalThrows);
// double answer = total / count;
return new MappedAnswer[] { new MappedAnswer() { Key = "" + totalHits, Value = totalThrows } };
//Console.WriteLine("Reducing " + mappedData[0].Value);
//int count = 0;
//for (int i = 0; i < mappedData.Length; i++)
//{
// if(mappedData[i] != null)
// {
// count += (int)mappedData[i].Value;
// }
//}
//return new MappedAnswer[] { new MappedAnswer(count.ToString(), count) };
}
internal MappedAnswer MatchReduceKey(long reduceKey, MappedAnswer work)
{
MappedAnswer match = null;
Monitor.Enter(this.task);
try
{
for (int i = 0; i < this.task.Count() && match == null; i++)
{
if(task[i].ReduceKey == reduceKey && task[i] != work && !task[i].isWorked)
{
match = task[i];
}
}
}
finally
{
Monitor.Exit(this.task);
}
return match;
}
public void AddSomeFinishedWork(long ID, int Piece, MappedAnswer[] results)
{
this.TaskHandler.AddSomeFinishedWork(ID, Piece, results);
}
public void AddFinishedWork(long ID, long ReduceID, MappedAnswer[] work)
{
this.TaskHandler.AddFinishedWork(ID, ReduceID, work);
}
private void SendWork(MappedAnswer[] ma, TaskInfoCurrentlyWorking ticw, Routing Route)
{
ReduceList.AddNew(ticw.ID, ma[0]);
if (ma[1] != null)
{
ma[1].Sent();
ma[1].ReduceKey = ma[0].ReduceKey;
}
CreateAndSendMessage(ma, ticw, Route);
}
private void CreateAndSendMessage(MappedAnswer[] ma, TaskInfoCurrentlyWorking ticw, Routing Route)
{
ReduceMessage rm = new ReduceMessage();
rm.Port = ManagerActor.LocalPort;
rm.ReduceDLL = ticw.WorkDLL;
rm.TaskID = ticw.ID;
rm.Data = ma;
rm.ReduceID = ma[0].ReduceKey;
new NetworkResponseActor(rm, Route.Port, Route.IP).Start();
}
private bool CheckReduceIDs(MappedAnswer work, MappedAnswer work2)
{
bool bothOK = false;
if((work2 != null && work.ReduceKey == long.MaxValue && work2.ReduceKey == long.MaxValue) || (work2 != null && work.ReduceKey == work2.ReduceKey))
{
bothOK = true;
}
return bothOK;
}
