public void SendSoldierBee()
{
_sentBeeNumber = Convert.ToInt32(_soldierBtn._input);
//Actual sending bees....
_initialPosition = _uiManager.gameObjects[0];
_targetPosition = _uiManager.gameObjects[1];
Bee _targetBee = _targetPosition.GetComponent <Bee>();
Bee _initialBee = _initialPosition.GetComponent <Bee>();
if (_targetPosition.tag == "Resource")
{
Debug.Log("Soldiers can't be sent to the resource.");
return;
}
else if (_sentBeeNumber <= _initialBee.GetSoldierBeeNumber())
{
_initialBee.SetSoldierBeeNumber(_initialBee.GetSoldierBeeNumber() - _sentBeeNumber);
Debug.Log("Sent Bee number:" + _sentBeeNumber);
_targetBee.SetSoldierBeeNumber(_targetBee.GetSoldierBeeNumber() + _sentBeeNumber);
Debug.Log("sent bees: " + _sentBeeNumber);
}
else
{
Debug.Log("Soldier bee sent error:" + _sentBeeNumber);
}
}
public static void ActivateBee(Bee b)
{
if (!activeBees.Contains(b))
{
activeBees.Add(b);
}
}
private void AddItem(Bee bee)
{
//проверка в биистеарий
var beeItem = new BeeItem(bee);
list.Add(beeItem);
}
public static void Detection(Bee _bee, List <Honey> _honeys)
{
IntersectionManager intersectionManager = new IntersectionManager();
foreach (Sensor sensor in _bee.Sensors)
{
sensor.State = 0;
foreach (Honey honey in _honeys)
{
if (intersectionManager.LineIntersectsRect(sensor.Display, honey.Rectangle))
{
GeometricHelper.GetClosestDistance(sensor, CalculateDistance(new Point(sensor.Display.X1, sensor.Display.Y1), new Point(intersectionManager.IntersectionX, intersectionManager.IntersectionY)));
sensor.State = 1; // ==> Avec un événement ça aurait été plus propre
//Console.WriteLine("Distance sensor object = " + sensor.DistanceToObject +
// " intersection (X;Y) = (" + intersectionManager.IntersectionX + ";" + intersectionManager.IntersectionY + ")" +
// " sensorcoor (X;Y) = (" + sensor.Display.X1 + ";" + sensor.Display.Y1 + ")");
}
}
if (sensor.State == 1)
{
sensor.Display.Stroke = Brushes.Red;
}
else
{
sensor.Display.Stroke = Brushes.Black;
if (sensor.DistanceToObject != SensorConfig.SENSOR_LENGHT)
{
sensor.DistanceToObject = SensorConfig.SENSOR_LENGHT;
}
}
}
}
public static void AddBee(Bee b)
{
if (!beeList.Contains(b))
{
beeList.Add(b);
}
}
public void AddBeeToSwarm(Bee bee)
{
Swarm.Add(bee);
_interactables.RemoveInteractable(bee);
bee.SetPlayerSkin(this);
}
private void SetLifeStatus(ref Bee bee)
{
if (bee.Health < bee.HealthResistance)
{
bee.IsDead = true;
}
}
/// <summary>
/// 主循环
/// </summary>
void Update()
{
if (this.list == null)
{
return;
}
int count = this.list.Count;
for (int i = 0; i < count; ++i)
{
Bee bee = this.list[i];
if (bee != null)
{
bee.vx += Random.Range(0f, 1f) * this.rangeX - this.rangeX * .5f;
bee.vy += Random.Range(0f, 1f) * this.rangeY - this.rangeY * .5f;
bee.vz += Random.Range(0f, 1f) * this.rangeZ - this.rangeZ * .5f;
bee.transform.localPosition = new Vector3(bee.transform.localPosition.x + bee.vx,
bee.transform.localPosition.y + bee.vy,
bee.transform.localPosition.z + bee.vz);
bee.vx *= this.friction;
bee.vy *= this.friction;
bee.vz *= this.friction;
}
}
}
public void DamageInputAmountTest1()
{
int damageAmount = -1;
Bee bee = new Bee();
Assert.ThrowsException <System.ArgumentOutOfRangeException>(() => bee.Damage(damageAmount));
}
//pass a negative to take away from quantity
public void addToBeeQuantity(Texture texture, int amount)
{
foreach (GameObject bee in bees)
{
if (bee.GetComponentInChildren <RawImage>().texture == texture)
{
Bee comp = bee.GetComponentInChildren <Bee>();
int temp = comp.quantity;
if (texture.name == "diligentWorker" || texture.name == "exoticWorker") //infinity exceptionss
{
comp.quantity = 1;
}
else if ((temp += amount) < 0) //if the amount will be less than 0
{
comp.quantity = 0;
}
else if (comp.quantity == -1 && amount > 1) //for if >1 bees are added the first time a bee is discovered
{
comp.quantity += (amount + 1);
}
else if (comp.quantity == -1) //if 1 is added the first time a bee is discovered
{
comp.quantity = 1;
}
else //otherwise just regularly add
{
comp.quantity += amount;
}
DisplayBee(bee, comp);
}
}
}
void OnCollisionEnter(Collision c)
{
if (c.transform.tag.Equals("Bee") || c.transform.tag.Equals("Wall"))
{
Bounce(c.relativeVelocity.magnitude);
Bee b = c.gameObject.GetComponent <Bee>();
if (b != null)
{
if (b.lastBeeHit == this)
{
return;
}
int p = Mathf.FloorToInt((float)baseScore * multiplier * b.multiplier); /// SCORE
Score scoreSpawn = Instantiate(scorePrefab);
scoreSpawn.transform.position = c.GetContact(0).point;
//scoreSpawn.transform.position = transform.position;
scoreSpawn.SetPoints(p);
ScoreController.AddScore(p);
AddMultiplier();
lastBeeHit = b;
b.lastBeeHit = this;
}
}
}
public void addBeeToApaiary(GameObject obj)
{
Bee currentBee = obj.GetComponentInChildren <Bee>();
if (currentBee.quantity > 0)
{
Texture texture = obj.GetComponentInChildren <RawImage>().texture;
if (beeSlotOne.texture.name == "flowerBlue")
{
beeSlotOne.GetComponentInChildren <BeeSlotScript>().addBee(beeSlotOne, texture);
}
else if (beeSlotTwo.texture.name == "flowerBlue")
{
beeSlotTwo.GetComponentInChildren <BeeSlotScript>().addBee(beeSlotTwo, texture);
}
else
{
return;
}
//remove one from quantity and update the text
addToBeeQuantity(obj.GetComponentInChildren <RawImage>().texture, -1);
obj.GetComponentInChildren <Text>().text = currentBee.quantity.ToString(); //can probably use DisplayBee() here but its not super important
}
else
{
return;
}
}
public static UInt32 ChooseNextNode(Bee bee, UInt32 graphDimension)
{
List <UInt32> nodeList = new List <UInt32>();
for (UInt32 i = 0; i < graphDimension; i++)
{
nodeList.Add(i);
}
foreach (UInt32 node in bee.path)
{
nodeList.Remove(node);
}
foreach (UInt32 node in nodeList)
{
Console.Write(node);
Console.Write(", ");
}
Console.WriteLine("___________________");
int index = rand.Next(0, nodeList.Count);
UInt32 nextNode = nodeList[index];
return(nextNode);
}
public void AddBeeToBackpack(string clicked)
{
//now remove graphic and unenable them again
//add to quantity of bee with same texture
if (clicked == "one")
{
Bee comp = beeResultOne.GetComponentInChildren <Bee>();
Texture text = beeResultOne.GetComponentInChildren <RawImage>().texture;
addToBeeQuantity(text, 1);
resultOne.enabled = false;
resultOneButton.enabled = false;
//HERE TURN OFF BUTTON
//TODO: for infinibee bug - maybe enabled is not enough, might have to unset onclick listener
}
else if (clicked == "two")
{
Bee comp = beeResultTwo.GetComponentInChildren <Bee>();
Texture text = beeResultTwo.GetComponentInChildren <RawImage>().texture;
addToBeeQuantity(text, 1);
resultTwo.enabled = false;
resultTwoButton.enabled = false;
}
else if (clicked == "three")
{
Bee comp = beeResultThree.GetComponentInChildren <Bee>();
Texture text = beeResultThree.GetComponentInChildren <RawImage>().texture;
addToBeeQuantity(text, 1);
resultThree.enabled = false;
resultThreeButton.enabled = false;
}
}
public Hive(int beesInactive, int beesActive, int beesScouting, int visitsMax, int iterationsMax)
{
_visitsMax = visitsMax;
_iterationsMax = iterationsMax;
_beesInactive = beesInactive;
_beesActive = beesActive;
_beesScouting = beesScouting;
_beesTotal = beesInactive + beesScouting + beesActive;
_bees = new Bee[_beesTotal];
_bestMatrix = new Matrix();
_bestScore = Bee.SuperScout(_bestMatrix, double.MaxValue, 10000);
// these bees are not active
_indicesInactive = new int[beesInactive];
int next = 0;
for (int i = 0; i < beesInactive; i++)
{
_bees[next++] = NewBee(BeeState.Inactive);
_indicesInactive[i] = i;
}
for (int i = 0; i < beesActive; i++)
{
_bees[next++] = NewBee(BeeState.Active);
}
for (int i = 0; i < beesScouting; i++)
{
_bees[next++] = NewBee(BeeState.Scouting);
}
}
public void StartChase(Bird bird, Bee bee)
{
this.bird = bird;
this.bee = bee;
chaseOn = true;
Chase(bird, bee);
}
public void ManageOutputsOfNetwork(Bee bee)
{
List <double> inputs = new List <double>();
foreach (Sensor sensor in bee.Sensors)
{
inputs.Add((sensor.DistanceToObject / SensorConfig.SENSOR_LENGHT)); // the division allows to keep the value between [0-100] which allows to be easely between [0-6] for a sigmoid -> ]0-1[
}
List <double> coord = bee.NeuralNetwork.ExecuteNetwork(inputs);
//foreach(double d in coord)
//{
// Console.WriteLine("Bee " + bee.Number + " =====> " + d);
//}
// coord[0] = speed
// coord[1] = left
// coord[2] = right
bee.X = bee.X + Math.Cos(bee.Angle) * ApplicationConfig.SPEED_RATE * coord[0];
bee.Y = bee.Y + Math.Sin(bee.Angle) * ApplicationConfig.SPEED_RATE * coord[0];
// rotationRate > 0 ==> angle[T0] < angle[T] ==> on trigonometric we are going to the left
// rotationRate < 0 ==> angle[T0] < angle[T] ==> on trigonometric we are going to the right
double rotationRate = coord[1] - coord[2];
bee.Angle = bee.Angle + rotationRate * Math.PI / 18;
//Console.WriteLine("Bee angle : " + bee.Angle + ", Bee corrd[1] = " + coord[0]);
}
public void GenerateIA()
{
for (int i = 0; i < ApplicationConfig.NUMBER_OF_AI; i++)
{
Bee bee = new Bee();
bee.Number = i;
bee.X = ApplicationConfig.AI_X;
bee.Y = ApplicationConfig.AI_Y;
bee.NeuralNetwork = new MyNeuralNetwork(NeuralNetworkConfig.NUMBER_OF_INPUTS,
NeuralNetworkConfig.NEURON_ON_EACH_LAYER,
RandomCoord);
bee.NeuralNetwork.GenerateNeurons();
bee.NeuralNetwork.InitWeightsOnNetwork();
this.Bees.Add(bee);
}
for (int i = 0; i < ApplicationConfig.NUMBER_OF_AREA; i++)
{
this.Honeys.Add(new Honey(RandomCoord.NextDouble() * ApplicationConfig.MAX_WIDTH_PANEL, RandomCoord.NextDouble() * ApplicationConfig.MAX_HEIGHT_PANEL));
}
}
public void addWorker()
{
Bee bee = Instantiate(workerPrefab) as WorkerBee;
bee.transform.SetPositionAndRotation(respawner.position, Quaternion.identity);
createBee(bee);
}
/// <summary>
/// 添加蜜蜂
/// </summary>
/// <param name="bee">蜜蜂对象</param>
public void addBee(Bee bee)
{
if (this.list.IndexOf(bee) == -1)
{
this.list.Add(bee);
}
}
public void GenerateTrainedIA()
{
Bee bee = new Bee();
bee.X = ApplicationConfig.AI_X;
bee.Y = ApplicationConfig.AI_Y;
bee.NeuralNetwork = new MyNeuralNetwork(NeuralNetworkConfig.NUMBER_OF_INPUTS,
NeuralNetworkConfig.NEURON_ON_EACH_LAYER,
RandomCoord);
bee.NeuralNetwork.GenerateNeurons();
// trained weights
List <double> weights = new List <double> {
-0.255130714855683, -0.955834815258083, -0.783108153279455, 0.592491513394048, -0.784140992343491, 0.98408665926386, 0.967099378335802, -0.442148500328021, -0.632802178912238, -0.985582368907324, 0.734380449044695, 0.889736337070231, -0.96948987616668, -0.0441478486378434, -0.424890779622314, -0.875818291155537, -0.49081501294431, 0.928610841244744, -0.733780128757367, 0.901407715352908, 0.422541373140431, -0.859910866180393, -0.00569380400967496, -0.319530605021646, -0.153766952526647, -0.787081397039388, -0.351918173652104, 0.0480898516476573, 0.776869147912073, 0.146528345135287, 0.533762837077381, 0.653492134834403, 0.978287229769997, -0.545320124619324, 0.629172365008468, 0.701040347898863, 0.792735186774626, 0.88193937338979, -0.88227203203471, -0.593355259203052, -0.945778405268573, 0.00502261147136922, -0.613798863074649, 0.736431643709741, 0.296256835710377, -0.0655902545273259, 0.569690959793372, -0.803169875779734, 0.713029795192662, -0.809193837367554, -0.168522292826568, -0.0133588630768279, -0.776029413461699, 0.456884687513525, 0.638324160891736, -0.197333722467224, 0.305246607076957, 0.900872538285736, -0.199626027233724, -0.710890946775158, 0.953108638037512, 0.805236903394217, 0.735971083741622, 0.00928217964679104, -0.742394056982544, 0.885624664782372, 0.958955365679672, 0.866589023669525, -0.911685968708101, -0.561104091611274, 0.89031102596331, 0.953664542154253, 0.379058851571315, -0.616981185794334, -0.754791849644292, 0.801609388460223, 0.306108725865422, -0.331175773093093, -0.577235685930231, -0.485617822262281, 0.667881177583654
};
bee.NeuralNetwork.CopyWeightsOnNetwork(weights);
this.Bees.Add(bee);
for (int i = 0; i < ApplicationConfig.NUMBER_OF_AREA; i++)
{
this.Honeys.Add(new Honey(RandomCoord.NextDouble() * ApplicationConfig.MAX_WIDTH_PANEL, RandomCoord.NextDouble() * ApplicationConfig.MAX_HEIGHT_PANEL));
}
}
public static double FitnessCheck(FoodSource foodSource, Bee bee)
{
var geo = foodSource.Location.GeoCoordinate;
//Console.WriteLine(string.Format("{0:0.##}, {1:0.##}", geo.Latitude, geo.Longitude));
return(random.NextDouble());
}
public void UpdateUI()
{
// Change order of pictures
// Change order of health
for (int i = 0; i < numBees; i++)
{
if (bees[i] == null)
{
beeNames [i].text = "";
beeHealths [i].text = "";
beeImages [i].sprite = blankSprite;
continue;
}
Bee b = bees [i].GetComponent <Bee> ();
float curHP = b.GetCurHealth();
float maxHP = b.GetMaxHealth();
beeHealths [i].text = curHP.ToString() + "/" + maxHP.ToString();
beeNames [i].text = b.GetName();
beeImages [i].sprite = bees [i].GetComponent <SpriteRenderer> ().sprite;
if (i == curBee)
{
GameObject.Find("Bee" + i.ToString() + "Icon").GetComponent <RectTransform> ().sizeDelta = (new Vector2(75, 75));
}
else
{
GameObject.Find("Bee" + i.ToString() + "Icon").GetComponent <RectTransform> ().sizeDelta = (new Vector2(50, 50));
}
}
}
void _SpawnBee(Vector3 pos, int team)
{
Bee bee;
if (pooledBees.Count == 0)
{
bee = new Bee();
}
else
{
bee = pooledBees[pooledBees.Count - 1];
pooledBees.RemoveAt(pooledBees.Count - 1);
}
bee.Init(pos, team, Random.Range(minBeeSize, maxBeeSize));
bee.velocity = Random.insideUnitSphere * maxSpawnSpeed;
bees.Add(bee);
teamsOfBees[team].Add(bee);
if (beeMatrices[activeBatch].Count == beesPerBatch)
{
activeBatch++;
if (beeMatrices.Count == activeBatch)
{
beeMatrices.Add(new List <Matrix4x4>());
beeColors.Add(new List <Vector4>());
}
}
beeMatrices[activeBatch].Add(Matrix4x4.identity);
beeColors[activeBatch].Add(teamColors[team]);
}
public BeePrototype _Clone()
{
Bee bee = new Bee(this);
bee.gens.Clone = true;
return(bee);
}
/// <summary>
/// Create an animal object of a species (Bee,Butterfly) of Insect cateogry.
/// </summary>
/// <param name="Species">Species: Bee, Butterfly, etc.</param>
/// <returns>Object of the Species type.</returns>
/// <remarks></remarks>
public static Insect CreateInsect(InsectSpecies Species)
{
Insect animalObj = null; //type not known at this time
//type determined by late binding
switch (Species)
{
case InsectSpecies.Bee:
animalObj = new Bee(); //Late binding
break;
//Continue with the rest
case InsectSpecies.Butterfly:
animalObj = new Butterfly(); //Late binding
break;
default:
Debug.Assert(false, "To be completed!");
break;
}
//Set the category
animalObj.Category = CategoryType.Insect;
return(animalObj); //return the created animal object.
}
private static void GenPoisen(Hive hive, Bee bee, Flower flower)
{
if (bee.Health == 0)
{
hive.Pollen += 0;
flower.pollen -= 0;
}
else
if (flower.pollen == 0)
{
hive.Pollen += 0;
}
else
if (flower.poison == true)
{
bee.Health = 0;
hive.Pollen += 0;
flower.pollen -= 0;
}
else
{
flower.pollen -= 10;
hive.Pollen += 10;
}
}
// solve it
public void Solve()
{
int progressIterations = 1000;
int iterations = 0;
while (iterations < _iterationsMax)
{
for (int i = 0; i < _beesTotal; i++)
{
var bee = _bees[i];
if (bee._state == BeeState.Active)
{
bee.DoActive(this, i);
}
else if (bee._state == BeeState.Scouting)
{
bee.DoScout(this, i);
}
}
iterations++;
// emit progress
if (iterations % progressIterations == 0)
{
_bestScore = Bee.SuperScout(_bestMatrix, _bestScore, 1000);
msg.AppendFormat("Iterations:{0} Score: {1} ss:{2} wag:{3}\n", iterations, _bestScore, _superscoutsCount, _wagglesCount);
_wagglesCount = 0;
_superscoutsCount = 0;
}
}
}
public void DamageInputAmountTest5()
{
int damageAmount = 50;
Bee bee = new Bee();
bee.Damage(damageAmount);
Assert.AreEqual(bee.Health, 50);
}
Bee NewBee(BeeState state)
{
var bee = new Bee(state);
TestNewBest(bee._memoryMatrix, bee._memoryScore);
return(bee);
}
public Bee AddBee(Bee bee)
{
m_mongoClient.Open();
m_mongoClient.GetCollection<Bee>(MongoCollection.BeeCollection)
.InsertOneAsync(bee)
.Wait();
return bee;
}
public Bee Map(AddBeeDto addBeeDto)
{
Bee bee = new Bee()
{
FirstName = addBeeDto.FirstName,
LastName = addBeeDto.LastName,
Email = addBeeDto.Email,
Password = addBeeDto.Password,
UserName = addBeeDto.UserName,
};
return bee;
}
public static Insect CreateInsect(InsectSpecies Species)
{
/// <summary
/// Static method that creates choosen Animal, determed on the parameter Species.
/// Insect animalObj set to null;
/// <returns>animalObj with created animal object</returns>
/// </summary
Insect animalObj = null;
switch (Species)
{
case InsectSpecies.Bee:
animalObj = new Bee();
break;
case InsectSpecies.Butterfly:
animalObj = new Butterfly();
break;
}
animalObj.Category = CategoryType.Insect;
return animalObj;
}
private void checkRange(ref Bee tmp)
{
for (int i = 0; i < argCnt; i++)
{
tmp.point[i] = tmp.point[i] < rangeMin[i] ? rangeMin[i] : tmp.point[i];
tmp.point[i] = tmp.point[i] > rangeMax[i] ? rangeMax[i] : tmp.point[i];
}
}
private double getProfit(Bee tmp)
{
return optOrient * func.result(argCnt, tmp.point.x);
}
private Bee getRandBee()
{
Bee tmp = new Bee(argCnt);
for (int j = 0; j < argCnt; j++)
{
tmp.point[j] = rand.NextDouble() * (rangeMax[j] - rangeMin[j]) + rangeMin[j];
tmp.profit = getProfit(tmp);
}
return tmp;
}
public void Copy(Bee a)
{
point.Copy(a.point);
profit = a.profit;
}
public double[] search()
{
List<Bee> bee = new List<Bee>();
Bee best = new Bee(argCnt);
List<Bee> workBee = new List<Bee>();
List<Bee> newWorkBee = new List<Bee>();
Bee tmp;
//Step 2
for (int i = 0; i < B; i++)
{
tmp = getRandBee();
bee.Add(tmp);
}
iter = 1;
//Step 3
best.Copy(bee.First());
while (T != TFinal && iter != iterMax)
{
newWorkBee.Clear();
workBee.Clear();
for (int i = 0; i < bee.Count; i++)
{
if (best.profit < bee[i].profit)
{
best.Copy(bee[i]);
}
}
for (int i = 0; i < bee.Count; i++)
{
if (Math.Exp(-Math.Abs(bee[i].profit - best.profit) / T) > rand.NextDouble())
{
workBee.Add(bee[i]);
}
}
workBee.Add(best);
//Step 4
foreach (Bee currBee in workBee)
{
tmp = new Bee(argCnt);
for (int i = 0; i < argCnt; i++)
{
tmp.point[i] = currBee.point[i] - getRandSign() * rand.NextDouble() * (currBee.point[i] - best.point[i]);
}
checkRange(ref tmp);
tmp.profit = getProfit(tmp);
newWorkBee.Add(tmp);
}
foreach (Bee currBee in workBee)
{
tmp = new Bee(argCnt);
for (int i = 0; i < argCnt; i++)
{
tmp.point[i] = best.point[i] - getRandSign() * rand.NextDouble() * (currBee.point[i] - best.point[i]);
}
checkRange(ref tmp);
tmp.profit = getProfit(tmp);
newWorkBee.Add(tmp);
}
newWorkBee.AddRange(workBee);
foreach (Bee currBee in newWorkBee)
{
if (best.profit < currBee.profit)
{
best.Copy(currBee);
}
}
//Step 5
double fullProfit = 0;
foreach (Bee currBee in newWorkBee)
{
fullProfit += currBee.profit;
}
double d;
double L;
bee.Clear();
for (int i = 0; i < newWorkBee.Count; i++)
{
d = newWorkBee[i].profit / fullProfit;
d += getRandSign() * rand.NextDouble() * wMax;
d = d > 1 ? 1 : d;
d = d < eMax ? 0 : d;
L = (d - eta * fullProfit / newWorkBee.Count) < 0 ? 0 : (d - eta * fullProfit / newWorkBee.Count);
if (L / beta > (gamma * fullProfit / newWorkBee.Count))
{
bee.Add(newWorkBee[i]); //danced bee are added
tmp = new Bee(argCnt);
for (int j = 0; j < argCnt; j++)
{
tmp.point[j] = newWorkBee[i].point[j] + range * rand.NextDouble() - range / 2;
}
checkRange(ref tmp);
tmp.profit = getProfit(tmp);
bee.Add(tmp);
}
else
{
tmp = getRandBee();
bee.Add(tmp);
}
}
iter++;
T *= alpha;
range *= (1 - (double)iter / iterMax);
}
return (best.point.x);
}
private void Init()
{
// tablica z liczbami dla kazdej pszczoly
int[] initialTable = new int[n];
for (int i = 0; i < n; i++)
{
initialTable[i] = i;
}
// tworzymy pszczoly
bees = new Bee[nb];
for (int i = 0; i < nb; i++)
{
bees[i] = new Bee((int[])initialTable.Clone()); // kazda pszczola otrzymuje swoja kopie tablicy liczb
bees[i].FindSomeSite(n); // i ja losowo permutuje
}
// sortujemy pszczoly wedlug kosztu wyliczonego z posiadanych przez nie permutacji
Array.Sort<Bee>(bees,Bee.Compare);
SaveBestResult();
}
public Hive(int totalNumberBees, int numberInactive, int numberActive, int numberScout, int maxNumberVisits, int maxNumberCycles, CitiesData citiesData, int BeginningAndEnd = 0)
{
//random = new Random(0);
this.BeginningAndEnd = BeginningAndEnd;
this.totalNumberBees = totalNumberBees;
this.numberInactive = numberInactive;
this.numberActive = numberActive;
this.numberScout = numberScout;
this.maxNumberVisits = maxNumberVisits;
this.maxNumberCycles = maxNumberCycles;
//this.maxCyclesWithNoImprovement = maxCyclesWithNoImprovement;
//this.citiesData = new CitiesData(citiesData.cities.Length); // hive's copy of problem-specific data
this.citiesData = citiesData; // reference to CityData
// this.probPersuasion & this.probMistake are hard-coded in class definition
this.bees = new Bee[totalNumberBees];
this.bestMemoryMatrix = GenerateRandomMemoryMatrix(); // alternative initializations are possible
this.bestMeasureOfQuality = MeasureOfQuality(this.bestMemoryMatrix);
this.indexesOfInactiveBees = new int[numberInactive]; // indexes of bees which are currently inactive
for (int i = 0; i < totalNumberBees; ++i) // initialize each bee, and best solution
{
int currStatus; // depends on i. need status before we can initialize Bee
if (i < numberInactive)
{
currStatus = 0; // inactive
indexesOfInactiveBees[i] = i; // curr bee is inactive
}
else if (i < numberInactive + numberScout)
{
currStatus = 2; // scout
}
else
{
currStatus = 1; // active
}
SubCalendarEvent[] randomMemoryMatrix = GenerateRandomMemoryMatrix();
double mq = MeasureOfQuality(randomMemoryMatrix);
int numberOfVisits = 0;
bees[i] = new Bee(currStatus, randomMemoryMatrix, mq, numberOfVisits); // instantiate current bee
// does this bee have best solution?
if (bees[i].measureOfQuality < bestMeasureOfQuality) // curr bee is better (< because smaller is better)
{
Array.Copy(bees[i].memoryMatrix, this.bestMemoryMatrix, bees[i].memoryMatrix.Length);
this.bestMeasureOfQuality = bees[i].measureOfQuality;
}
} // each bee
} // TravelingSalesmanHive ctor
public MakingHoneyState(Bee bee)
: base(bee)
{
}
public GatheringNectarState(Bee bee)
: base(bee)
{
}
public ReturningToHiveState(Bee bee)
: base(bee)
{
}
public Bee AddBee(Bee bee)
{
return m_beeRepository.AddBee(bee);
}
public RetiredState(Bee bee)
: base(bee)
{
}
private Bee GetMinimalBee(Bee[] beesArray)
{
Bee minBee = beesArray[0];
for (int i = 1; i < beesArray.Length; i++)
{
if (Bee.Compare(minBee, beesArray[i]) > 0)
minBee = beesArray[i];
}
return minBee;
}
void Awake()
{
Bee.Instance = this;
}
public FlyingToFlowerState(Bee bee)
: base(bee)
{
}
public IdleState(Bee bee)
: base(bee)
{
}
public void ReleaseTheBees()
{
Init();
neighbourhoodSize = (int) Math.Round(n * ngh); // wyliczamy rozmiar sasiedztwa
for (int iter = 0; iter < imax; iter++)
{
// przetwarzamy najlepsze pszczoly
for (int bestSites = 0; bestSites < e; bestSites++)
{
Bee[] nepBees = new Bee[nep];
for (int i = 0; i < nep; i++)
{
nepBees[i] = new Bee(bees[bestSites].Data);
nepBees[i].FindSomeSite(neighbourhoodSize);
}
Bee minimalBee = GetMinimalBee(nepBees);
if(minimalBee.Value < bees[bestSites].Value)
bees[bestSites] = minimalBee;
}
// pozostale wybrane pszczoly
for (int selectedSites = e; selectedSites < m; selectedSites++)
{
Bee[] nspBees = new Bee[selsit];
for (int i = 0; i < selsit; i++)
{
nspBees[i] = new Bee(bees[selectedSites].Data);
nspBees[i].FindSomeSite(neighbourhoodSize);
}
Bee minimalBee = GetMinimalBee(nspBees);
if (minimalBee.Value < bees[selectedSites].Value)
bees[selectedSites] = minimalBee;
}
// pozostale wysylamy losowo
for (int randomSites = m; randomSites < nb; randomSites++)
{
bees[randomSites].FindSomeSite(n);
}
// sortujemy
Array.Sort<Bee>(bees, Bee.Compare);
if (minimalCost > bees[0].Value)
{
SaveBestResult();
}
//jeśli został przypisany background worker to notyfikuje go
if (_backgroundWorker != null) _backgroundWorker.ReportProgress(minimalCost);
if (cancel) break;
}
finished = true;
}
public BeeController(Bee Form)
{
this.form= Form;
Initialize();
}