public void ISignalEmmiterConditions()
{
if (this.gameObject.tag == "SignalEmmiter")
{
if (SimulationManager.Get().oneGeneration&& AgentPopulation.freezedAgentList.Count / ((float)AgentPopulation.populationList.Count - AgentPopulation.cancelledAgentList.Count) * 100 < 97)
{
base.CalculateEnergyLevels(SimulationManager.Get().gridDistribution_6Neighbours, SimulationManager.Get()._12Neighbours, SimulationManager.Get().is3D, SimulationManager.Get().is2D);
}
//if (SimulationManager.Get().displayColorByEmotion)
//{
// DisplayEmotion();
//}
if (SimulationManager.Get().addWindForce == false)
{
displacementPositions.Clear();
}
if (SimulationManager.Get().addWindForce)
{
string[] separators = { ".", " " };
string value = this.gameObject.name;
string[] words = value.Split(separators, StringSplitOptions.RemoveEmptyEntries);
string targetEmmiterAgentIndex = words[1]; /// THIS WILL ALWAYS OUTPUT A NUMBER ---> EXAMPLE: Place Holder 100.1 it will output 100
int index = Convert.ToInt32(targetEmmiterAgentIndex);
if (AgentPopulation.indexActivatedAgentsList.Count != 0)
{
if (AgentPopulation.indexActivatedAgentsList[0] != index)
{
//StartCoroutine(ApplyWindForce(SimulationManager.Get().windForce, SimulationManager.Get().windForceIntervalSeconds)); // Used to update object with my physics engine
StartCoroutine(ApplyWindForce(SimulationManager.Get().windForce, SimulationManager.Get().windForceIntervalSeconds)); // used to update agent with Rigid body physics AddForce()
// StartCoroutine(ApplyWindForce(7, SimulationManager.Get().windForceIntervalSeconds)); // used to update agent with Rigid body physics AddForce()
}
}
}
// if (SimulationManager.Get().addWindForce == false && SimulationManager.Get().addaptToEnvironmentalForces == false)
// {
//////////////////// set display////////////////////////////////
if (SimulationManager.Get().windDisplacementAnalysis == false)
{
base.ChangeDisplayInspectorInput(gameObject.GetComponent <Agent>(), false);
}
//////////////////// set display////////////////////////////////
// }
time++;
base.EnergyLevelSharing(this.gameObject.GetComponent <Agent>());
base.mySignalReceivers = base.mySignalReceiversTemp.Distinct().ToList();
signalEmitterCounter++;
if (createPlaceHolders == false && time > 10)
{
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
Cell _currentScalarValue;
if (SimulationManager.Get().ScalarField2d)
{
ScalarFieldDataLookUp(SF, out _currentScalarValue);
base.currentScalarCell = _currentScalarValue.CellName;
base.currentScalarValueRules = _currentScalarValue.ScalarValueRules;
base.currentScalarValuePackingProximity = _currentScalarValue.ScalarValueProximity;
base.currentScalarValueHumanData = _currentScalarValue.ScalarValueHumanData;
// placeHolderOffset = base.currentScalarValueRules * 0.4f;
// if (placeHolderOffset < 1) placeHolderOffset = 0.0f; // 0.30 is the index[0] of domain.B when scaled to * 0.4
// placeHolderOffset = currentScalarValueRules * .4f;
placeHolderOffset = 0.0f;
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
this.gameObject.GetComponent <SphereCollider>().radius = this.gameObject.GetComponent <SphereCollider>().radius + placeHolderOffset;
if (SimulationManager.Get().singleRule)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule18);
if (SimulationManager.Get().addWindForce&& SimulationManager.Get().addaptToEnvironmentalForces)
{
if (this.averegeNeighbourDisplacement > neighBourDisplacementThreshold)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule01);
}
}
}
if (SimulationManager.Get().multipleRules)
{
if (SimulationManager.Get().radialScalarField)
{
//List<float> values = new List<float>();
//for (int i = 0; i < ScalarFields.ScalarField2D.scalarFieldValuesProximity.GetLength(0); i++)
//{
// for (int j = 0; j < ScalarFields.ScalarField2D.scalarFieldValuesProximity.GetLength(1); j++)
// {
// values.Add(ScalarFields.ScalarField2D.scalarFieldValuesProximity[i, j]);
// }
//}
//values.Sort();
//float minVal = values[0];
//float maxVal = values[values.Count-1];
//float remapProximityValues = SharpMath.Remap(base.currentScalarValuePackingProximity, minVal, maxVal, 0, 1);
//// if (base.currentScalarValueRules >= domains[1].A && base.currentScalarValueRules < domains[1].B && this.gameObject.transform.position.y<10.2 && this.gameObject.transform.position.y >= 9.8) CreatePlaceHolders(this.gameObject.GetComponent<Agent>(), placeHolderOffset, DirectionalityRules.Rule19);
//if (remapProximityValues<=0.25f) CreatePlaceHolders(this.gameObject.GetComponent<Agent>(), placeHolderOffset, DirectionalityRules.Rule01);
//if (remapProximityValues > 0.25f && remapProximityValues < 0.50f) CreatePlaceHolders(this.gameObject.GetComponent<Agent>(), placeHolderOffset, DirectionalityRules.Rule18);
//if (remapProximityValues >= 0.5f && remapProximityValues < 0.75f) CreatePlaceHolders(this.gameObject.GetComponent<Agent>(), placeHolderOffset, DirectionalityRules.Rule10);
//if (remapProximityValues >= 0.75) CreatePlaceHolders(this.gameObject.GetComponent<Agent>(), placeHolderOffset, DirectionalityRules.Rule03);
}
if (SimulationManager.Get().interpolatedScalarField)
{
if (SimulationManager.Get().addWindForce&& SimulationManager.Get().addaptToEnvironmentalForces)
{
List <VectorData> domains = VectorData.ConvertStringToVectorData(SimulationManager.Get().ImportToUnityDomainsFilePath);
if (this.averegeNeighbourDisplacement < neighBourDisplacementThreshold)
{
if (base.currentScalarValueRules >= domains[0].A && base.currentScalarValueRules < domains[0].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule04);
}
if (base.currentScalarValueRules >= domains[1].A && base.currentScalarValueRules < domains[1].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule18);
}
if (base.currentScalarValueRules >= domains[2].A && base.currentScalarValueRules < domains[2].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule01);
}
if (base.currentScalarValueRules >= domains[3].A && base.currentScalarValueRules <= domains[3].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule03);
}
}
if (this.averegeNeighbourDisplacement > neighBourDisplacementThreshold)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule03);
}
}
else
{
List <VectorData> domains = VectorData.ConvertStringToVectorData(SimulationManager.Get().ImportToUnityDomainsFilePath);
if (base.currentScalarValueRules >= domains[0].A && base.currentScalarValueRules < domains[0].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule12);
}
if (base.currentScalarValueRules >= domains[1].A && base.currentScalarValueRules < domains[1].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule26);
}
if (base.currentScalarValueRules >= domains[2].A && base.currentScalarValueRules < domains[2].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule15);
}
if (base.currentScalarValueRules >= domains[3].A && base.currentScalarValueRules <= domains[3].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule16);
}
}
}
}
/// ADDING THIS PINS SIGNAL EMMITTERS!!!!!!!!!!!!!!!
if (SimulationManager.Get().addFixedJoints)
{
for (int i = 0; i < placeHolderLocalList.Count; i++)
{
base.AddFixedJointPlaceHolders(placeHolderLocalList[i], 20);
}
}
createPlaceHolders = true;
}
/// Only search closest neighbour once and search the first closest neighbour after n seconds
/// time > AgentPopulation.timeToInitFirstAgent * 20 &&
if (this.searchClosestNeighbour == false && time > 50 && AgentPopulation.deActivatedAgentList.Count > 0)
{
if (SimulationManager.Get().addWindForce == false)
{
float maxThreshold = 1.65f;
base.currentScalarValueDensityCheck = base.currentScalarValueRules;
if (base.currentScalarValueDensityCheck > maxThreshold)
{
base.currentScalarValueDensityCheck = maxThreshold;
}
if (base.currentScalarValueDensityCheck < 1.1f)
{
base.currentScalarValueDensityCheck = 1.1f;
}
// base.PlaceHolderBehavior(DensityRules.RuleA, base.currentScalarValueDensityCheck); //0.9f //1.2f 1.65f 1.5f
base.PlaceHolderBehavior(DensityRules.RuleA, 1.0f);
}
if (SimulationManager.Get().addWindForce == true && SimulationManager.Get().addaptToEnvironmentalForces == false)
{
// get my total displacement
displacementPositions.Add(this.gameObject.transform.position);
this.totalDisplacement = base.GetTotalDisplacement(displacementPositions);
float maxThreshold = 1.68f;
base.currentScalarValueDensityCheck = base.currentScalarValueRules;
if (base.currentScalarValueDensityCheck > maxThreshold)
{
base.currentScalarValueDensityCheck = maxThreshold;
}
if (base.currentScalarValueDensityCheck < 1.15f)
{
base.currentScalarValueDensityCheck = 1.1f;
}
base.PlaceHolderBehavior(DensityRules.RuleA, base.currentScalarValueDensityCheck); //0.9f //1.2f 1.65f 1.5f
//base.PlaceHolderBehavior(DensityRules.RuleA, 1.2f); //0.9f //1.2f 1.65f 1.5f
if (SimulationManager.Get().windDisplacementAnalysis == true)
{
base.ChangeDisplayInspectorInput(gameObject.GetComponent <Agent>(), true, this.totalDisplacement);
}
}
if (SimulationManager.Get().addWindForce&& SimulationManager.Get().addaptToEnvironmentalForces)
{
// get my total displacement
displacementPositions.Add(this.gameObject.transform.position);
// get neighbours averege displacement
for (int i = 0; i < base.neighbours.Count; i++)
{
if (base.neighbours[i] != null)
{
neighboursDisplacement.Add(neighbours[i].GetComponent <OrganizationBehavior>().totalDisplacement);
}
}
this.totalDisplacement = base.GetTotalDisplacement(displacementPositions);
float totalNeighboursDisplacement = neighboursDisplacement.Sum();
this.averegeNeighbourDisplacement = totalNeighboursDisplacement / base.neighbours.Count;
// if my current displacement is > than the averege sum of my neighbours displacement
if (this.averegeNeighbourDisplacement > neighBourDisplacementThreshold) // choose my minimum density check value to be tighly packed
{
base.currentScalarValueDensityCheck = 0.90f;
base.PlaceHolderBehavior(DensityRules.RuleA, base.currentScalarValueDensityCheck);
}
else // use heat map to read density values
{
float maxThreshold = 1.68f;
base.currentScalarValueDensityCheck = base.currentScalarValueRules;
if (base.currentScalarValueDensityCheck > maxThreshold)
{
base.currentScalarValueDensityCheck = maxThreshold;
}
base.PlaceHolderBehavior(DensityRules.RuleA, base.currentScalarValueDensityCheck);
}
}
//if (base.currentScalarValuePackingProximity > maxThreshold) base.currentScalarValuePackingProximity = maxThreshold;
//if (base.currentScalarValuePackingProximity < 1.26f) base.currentScalarValuePackingProximity = 0.90f;
// base.PlaceHolderBehavior(DensityRules.RuleA, base.currentScalarValuePackingProximity); //0.9f //1.2f 1.65f 1.5f
// base.PlaceHolderBehavior(DensityRules.RuleA,1.2f);
if (SimulationManager.Get().windDisplacementAnalysis == true)
{
base.ChangeDisplayInspectorInput(gameObject.GetComponent <Agent>(), true, this.totalDisplacement);
}
base.ActivateAgents();
this.searchClosestNeighbour = true;
}
if (placeHolders.Count != 0)
{
if (SimulationManager.Get().drawPlaceHolders2D)
{
// Color color;
Color color = Color.white;
for (int i = 0; i < placeHolders.Count; i++)
{
List <Vector3> ptsCirc = Draw2dCircle(placeHolders[i].transform.position, placeHolders[i]); // get list of vector points on circle for each place holder
// if (placeHolders[i].tag == "DeActivatedPlaceHolder") color = Color.red;
// else color = Color.white;
for (int j = 0; j < ptsCirc.Count - 1; j++)
{
//if (j == ptsCirc.Count)
//{
// Debug.DrawLine(ptsCirc[j], ptsCirc[0], color);
//}
Debug.DrawLine(ptsCirc[j], ptsCirc[j + 1], color);
//if (j == ptsCirc.Count-1)
//{
// Debug.DrawLine(ptsCirc[j], ptsCirc[j+1], color);
//}
}
}
}
}
if (mySignalReceivers.Count == 1 && mySignalReceivers[0].tag == "Freezed" && searchClosestNeighbourAgain == false)
{
int activatedPlaceHolderCount = 0;
for (int i = 0; i < placeHolders.Count; i++)
{
if (placeHolders[i] != null)
{
if (placeHolders[i].tag == "ActivatedPlaceHolder")
{
activatedPlaceHolderCount++;
}
}
}
if (activatedPlaceHolderCount == 1)
{
mySignalReceivers.Clear();
mySignalReceiversTemp.Clear();
base.ActivateAgents();
searchClosestNeighbourAgain = true;
}
}
if (mySignalReceivers.Count == 2 && mySignalReceivers[0].tag == "Freezed" && mySignalReceivers[1].tag == "Freezed" && searchClosestNeighbourAgain == false)
{
int activatedPlaceHolderCount = 0;
for (int i = 0; i < placeHolders.Count; i++)
{
if (placeHolders[i] != null)
{
if (placeHolders[i].tag == "ActivatedPlaceHolder")
{
activatedPlaceHolderCount++;
}
}
}
if (activatedPlaceHolderCount == 2)
{
mySignalReceivers.Clear();
mySignalReceiversTemp.Clear();
base.ActivateAgents();
searchClosestNeighbourAgain = true;
}
}
/////////////////// IF ALL MY PLACEHOLDERS ARE DEACTIVATED CHANGE MY STATE TO AGENT ///////////////////
if (searchClosestNeighbour == true && createPlaceHolders == true)
{
int DeactivatedPlaceHolderCount = 0;
int totalPlaceHolders = placeHolders.Count;
for (int i = 0; i < placeHolders.Count; i++)
{
if (placeHolders[i] != null)
{
if (placeHolders[i].tag == "DeActivatedPlaceHolder")
{
DeactivatedPlaceHolderCount++;
}
}
}
if (DeactivatedPlaceHolderCount == placeHolders.Count)
{
base.ChangeStateToFreezed(this.gameObject.GetComponent <Agent>(), 0);
//if (SimulationManager.Get().addaptToEnvironmentalForces == false) base.ChangeStateToFreezed(this.gameObject.GetComponent<Agent>(), 0);
//if (SimulationManager.Get().addaptToEnvironmentalForces == true) base.ChangeStateToFreezed(this.gameObject.GetComponent<Agent>(), 0);//base.ChangeStateToDeactivatedPassive(this.gameObject.GetComponent<Agent>(), 0);
}
}
////// If one of my neighbours neighbour is one of my signal receivers///// change my state to freezed. This is intended to be used when wind is activated. Due to causes on impresisions.
//// BUT THIS IS THROWING OUT A LOT OF CANCELLED AGENTS!!!
if (SimulationManager.Get().addRigidBodyCollider&& SimulationManager.Get().addWindForce)
{
if (searchClosestNeighbour == true && createPlaceHolders == true && AgentPopulation.deActivatedAgentList.Count == 0)
{
// int count = 0;
//for (int i = 0; i < base.neighbours.Count; i++)
//{
// if (base.neighbours[i] != null)
// {
// List<Agent> myNeighboursNeighbours = base.neighbours[i].neighbours;
// foreach (var item in myNeighboursNeighbours)
// {
// if (item != null)
// {
// foreach (var receiver in mySignalReceivers)
// {
// if (receiver != null)
// {
// if (item.name == receiver.name)
// {
// print("I am " + " " + gameObject.name + " " + " and Found my lost receiver!");
// base.ChangeStateToFreezed(receiver, 0);
// // count++;
// }
// }
// }
// }
// }
// }
//}
////if (count >= 1) base.ChangeStateToFreezed(this.gameObject.GetComponent<Agent>(), 0);
//List<Agent> neighbours = base.FindNeighbours(this.gameObject.GetComponent<Agent>(), 1.2f, AgentPopulation.populationList);
//foreach (var receiver in mySignalReceivers)
//{
// if (receiver != null)
// {
// foreach (var neighbour in neighbours)
// {
// if (neighbour != null)
// {
// if (neighbour.name == receiver.name)
// {
// base.ChangeStateToFreezed(receiver, 0);
// }
// }
// }
// }
//}
int countFreezedReceivers = 0;
/// check how many of my receivers are freezed
foreach (var item in mySignalReceivers)
{
if (item.tag == "Freezed")
{
countFreezedReceivers++;
}
}
// if all my receivers are freezed i will change my state to freezed
if (countFreezedReceivers == mySignalReceivers.Count)
{
base.ChangeStateToFreezed(gameObject.GetComponent <Agent>(), 0);
}
}
}
////// If one of my neighbours neighbour is one of my signal receivers///// change my state to freezed. This is intended to be used when wind is activated. Due to causes on impresisions.
if (searchClosestNeighbour == true && createPlaceHolders == true)
{
base.communicationType = base.mySignalReceivers.Count;
}
if (searchClosestNeighbour == true && createPlaceHolders == true && placeHolders.Count == 0 && AgentPopulation.deActivatedAgentList.Count == 0)
{
base.ChangeStateToFreezed(this.gameObject.GetComponent <Agent>(), 0);
}
}
}// END METHOD
/// <summary>
///
/// </summary>
public void ISignalEmmiterBehaviorConditions()
{
if (this.gameObject.tag == "SignalEmmiter")
{
if (SimulationManager.Get().addWindForce)
{
//StartCoroutine(ApplyWindForce(SimulationManager.Get().windForce, SimulationManager.Get().windForceIntervalSeconds)); // Used to update object with my physics engine
StartCoroutine(ApplyWindForce(6f, SimulationManager.Get().windForceIntervalSeconds)); // used to update agent with Rigid body physics AddForce()
}
// if (SimulationManager.Get().addWindForce == false && SimulationManager.Get().addaptToEnvironmentalForces == false)
// {
//////////////////// set display////////////////////////////////
base.ChangeDisplayInspectorInput(gameObject.GetComponent <Agent>(), false);
//////////////////// set display////////////////////////////////
// }
time_ReOrg++;
base.neighboursTemp.Distinct().ToList();
Pixel currentPixel;
PixelDataLookUp3D(pixelPop, out currentPixel);
base.currentPixel = currentPixel.PixelName;
base.EnergyLevelSharing(this.gameObject.GetComponent <Agent>());
base.CalculateEnergyLevels(SimulationManager.Get().gridDistribution_6Neighbours, SimulationManager.Get()._12Neighbours, SimulationManager.Get().is3D, SimulationManager.Get().is2D);
base.mySignalReceivers = base.mySignalReceiversTemp.Distinct().ToList();
if (GenerationManager.generationChange)
{
currentPixel.ClusterAgentCounter();
currentPixel.AddClusterAgentNames(this.gameObject.name);
base.myNameInCurrentPixel = currentPixel.ClusterHistoryrAgentNames;
int occurences = currentPixel.ClusterHistoryrAgentNames.NumberOfOccurences(this.gameObject.name);
base.timesInCurrentPixel = occurences;
}
if (createPlaceHolders_ReOrg == false && time_ReOrg > 10)
{
Cell _currentScalarValue;
////if (SimulationManager.Get().ScalarField3d)
////{
//// ScalarField3DDataLookUp(SF, out _currentScalarValue);
//// base.currentScalarCell = _currentScalarValue.CellName;
//// base.currentScalarValue = _currentScalarValue.ScalarValue;
//// // placeHolderOffset = base.currentScalarValue;
////}
if (SimulationManager.Get().ScalarField2d)
{
ScalarFieldDataLookUp(SF, out _currentScalarValue);
base.currentScalarCell = _currentScalarValue.CellName;
base.currentScalarValueRules = _currentScalarValue.ScalarValueRules;
base.currentScalarValuePackingProximity = _currentScalarValue.ScalarValueProximity;
// placeHolderOffset = base.currentScalarValueRules * 0.4f;
// if (placeHolderOffset < 1) placeHolderOffset = 0.0f; // 0.30 is the index[0] of domain.B when scaled to * 0.4
//placeHolderOffset = base.currentScalarValueProximity;
placeHolderOffset = 0.0f;
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
this.gameObject.GetComponent <SphereCollider>().radius = this.gameObject.GetComponent <SphereCollider>().radius + placeHolderOffset;
if (SimulationManager.Get().singleRule)
{
// CreatePlaceHolders(this.gameObject.GetComponent<Agent>(), placeHolderOffset, DirectionalityRules.Rule18);
if (GenerationManager.generationCount == 1)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule05);
}
if (GenerationManager.generationCount == 2)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule14);
}
if (GenerationManager.generationCount == 3)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule25);
}
if (GenerationManager.generationCount == 4)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule12);
}
if (GenerationManager.generationCount == 4)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule20);
}
if (GenerationManager.generationCount == 4)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule17);
}
}
if (SimulationManager.Get().multipleRules)
{
//if (SimulationManager.Get().radialScalarField)
//{
// List<float> values = new List<float>();
// for (int i = 0; i < ScalarFields.ScalarField2D.scalarFieldValuesProximity.GetLength(0); i++)
// {
// for (int j = 0; j < ScalarFields.ScalarField2D.scalarFieldValuesProximity.GetLength(1); j++)
// {
// values.Add(ScalarFields.ScalarField2D.scalarFieldValuesProximity[i, j]);
// }
// }
// values.Sort();
// float minVal = values[0];
// float maxVal = values[values.Count - 1];
// float remapProximityValues = SharpMath.Remap(base.currentScalarValuePackingProximity, minVal, maxVal, 0, 1);
// if (remapProximityValues <= 0.25f) CreatePlaceHolders(this.gameObject.GetComponent<Agent>(), placeHolderOffset, DirectionalityRules.Rule01);
// if (remapProximityValues > 0.25f && remapProximityValues < 0.50f) CreatePlaceHolders(this.gameObject.GetComponent<Agent>(), placeHolderOffset, DirectionalityRules.Rule18);
// if (remapProximityValues >= 0.5f && remapProximityValues < 0.75f) CreatePlaceHolders(this.gameObject.GetComponent<Agent>(), placeHolderOffset, DirectionalityRules.Rule10);
// if (remapProximityValues >= 0.75) CreatePlaceHolders(this.gameObject.GetComponent<Agent>(), placeHolderOffset, DirectionalityRules.Rule03);
//}
if (SimulationManager.Get().interpolatedScalarField)
{
if (SimulationManager.Get().addWindForce&& SimulationManager.Get().addaptToEnvironmentalForces)
{
List <VectorData> domains = VectorData.ConvertStringToVectorData(SimulationManager.Get().ImportToUnityDomainsFilePath);
if (this.averegeNeighbourDisplacement < 70)
{
if (base.currentScalarValueRules >= domains[0].A && base.currentScalarValueRules < domains[0].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule04);
}
if (base.currentScalarValueRules >= domains[1].A && base.currentScalarValueRules < domains[1].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule18);
}
if (base.currentScalarValueRules >= domains[2].A && base.currentScalarValueRules < domains[2].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule01);
}
if (base.currentScalarValueRules >= domains[3].A && base.currentScalarValueRules <= domains[3].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule03);
}
}
if (this.averegeNeighbourDisplacement > 70)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule09);
}
}
else
{
List <VectorData> domains = VectorData.ConvertStringToVectorData(SimulationManager.Get().ImportToUnityDomainsFilePath);
if (base.currentScalarValueRules >= domains[0].A && base.currentScalarValueRules < domains[0].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule21);
}
if (base.currentScalarValueRules >= domains[1].A && base.currentScalarValueRules < domains[1].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule10);
}
if (base.currentScalarValueRules >= domains[2].A && base.currentScalarValueRules < domains[2].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule01);
}
if (base.currentScalarValueRules >= domains[3].A && base.currentScalarValueRules <= domains[3].B)
{
CreatePlaceHolders(this.gameObject.GetComponent <Agent>(), placeHolderOffset, DirectionalityRules.Rule11);
}
}
}
}
/// PINS SIGNAL RECEIVER, NO WIND FORCE EFECT
if (SimulationManager.Get().addFixedJoints)
{
for (int i = 0; i < placeHolderLocalList.Count; i++)
{
base.AddFixedJointPlaceHolders(placeHolderLocalList[i], 50);
}
}
this.createPlaceHolders_ReOrg = true;
}
/// Only search closest neighbour once and search the first closest neighbour after n seconds
/// time > AgentPopulation.timeToInitFirstAgent * 20 &&
if (this.searchClosestNeighbour_ReOrg == false && time_ReOrg > 50 && AgentPopulation.deActivatedAgentList.Count > 0)
{
if (SimulationManager.Get().addWindForce == false)
{
float maxThreshold = 1.68f;
base.currentScalarValueDensityCheck = base.currentScalarValueRules;
if (base.currentScalarValueDensityCheck > maxThreshold)
{
base.currentScalarValueDensityCheck = maxThreshold;
}
if (base.currentScalarValueDensityCheck < 1.15f)
{
base.currentScalarValueDensityCheck = 0.90f;
}
//base.PlaceHolderBehavior(DensityRules.RuleA, base.currentScalarValueDensityCheck); //0.9f //1.2f 1.65f 1.5f
base.PlaceHolderBehavior(DensityRules.RuleA, 1.2f);
}
if (SimulationManager.Get().addWindForce == true && SimulationManager.Get().addaptToEnvironmentalForces == false)
{
// get my total displacement
displacementPositions.Add(this.gameObject.transform.position);
this.totalDisplacement = base.GetTotalDisplacement(displacementPositions);
//////////////////// set display////////////////////////////////
base.ChangeDisplayInspectorInput(gameObject.GetComponent <Agent>(), false, this.totalDisplacement);
//////////////////// set display////////////////////////////////
float maxThreshold = 1.68f;
base.currentScalarValueDensityCheck = base.currentScalarValueRules;
if (base.currentScalarValueDensityCheck > maxThreshold)
{
base.currentScalarValueDensityCheck = maxThreshold;
}
if (base.currentScalarValueDensityCheck < 1.15f)
{
base.currentScalarValueDensityCheck = 1.1f;
}
// base.PlaceHolderBehavior(DensityRules.RuleA, base.currentScalarValueDensityCheck); //0.9f //1.2f 1.65f 1.5f
base.PlaceHolderBehavior(DensityRules.RuleA, 1.2f); //0.9f //1.2f 1.65f 1.5f
}
if (SimulationManager.Get().addWindForce&& SimulationManager.Get().addaptToEnvironmentalForces)
{
// get my total displacement
displacementPositions.Add(this.gameObject.transform.position);
// get neighbours averege displacement
for (int i = 0; i < base.neighbours.Count; i++)
{
if (base.neighbours[i] != null)
{
neighboursDisplacement.Add(neighbours[i].GetComponent <OrganizationBehavior>().totalDisplacement);
}
}
this.totalDisplacement = base.GetTotalDisplacement(displacementPositions);
float totalNeighboursDisplacement = neighboursDisplacement.Sum();
this.averegeNeighbourDisplacement = totalNeighboursDisplacement / base.neighbours.Count;
//////////////////// set display////////////////////////////////
base.ChangeDisplayInspectorInput(gameObject.GetComponent <Agent>(), false, this.totalDisplacement);
//////////////////// set display////////////////////////////////
// if my current displacement is > than the averege sum of my neighbours displacement
if (this.averegeNeighbourDisplacement > 0.7f) // choose my minimum density check value to be tighly packed
{
base.currentScalarValueDensityCheck = 0.90f;
base.PlaceHolderBehavior(DensityRules.RuleA, base.currentScalarValueDensityCheck);
}
else // use heat map to read density values
{
float maxThreshold = 1.68f;
base.currentScalarValueDensityCheck = base.currentScalarValueRules;
if (base.currentScalarValueDensityCheck > maxThreshold)
{
base.currentScalarValueDensityCheck = maxThreshold;
}
base.PlaceHolderBehavior(DensityRules.RuleA, base.currentScalarValueDensityCheck);
}
}
//if (base.currentScalarValuePackingProximity > maxThreshold) base.currentScalarValuePackingProximity = maxThreshold;
//if (base.currentScalarValuePackingProximity < 1.26f) base.currentScalarValuePackingProximity = 0.90f;
// base.PlaceHolderBehavior(DensityRules.RuleA, base.currentScalarValuePackingProximity); //0.9f //1.2f 1.65f 1.5f
// base.PlaceHolderBehavior(DensityRules.RuleA,1.2f);
base.ActivateAgents();
this.searchClosestNeighbour_ReOrg = true;
}
if (mySignalReceivers.Count == 1 && mySignalReceivers[0].tag == "Freezed" && this.searchClosestNeighbourAgain_ReOrg == false)
{
int activatedPlaceHolderCount = 0;
for (int i = 0; i < placeHolders.Count; i++)
{
if (placeHolders[i] != null)
{
if (placeHolders[i].tag == "ActivatedPlaceHolder")
{
activatedPlaceHolderCount++;
}
}
}
if (activatedPlaceHolderCount == 1)
{
mySignalReceivers.Clear();
mySignalReceiversTemp.Clear();
base.ActivateAgents();
this.searchClosestNeighbourAgain_ReOrg = true;
}
}
if (mySignalReceivers.Count == 2 && mySignalReceivers[0].tag == "Freezed" && mySignalReceivers[1].tag == "Freezed" && this.searchClosestNeighbourAgain_ReOrg == false)
{
int activatedPlaceHolderCount = 0;
for (int i = 0; i < placeHolders.Count; i++)
{
if (placeHolders[i] != null)
{
if (placeHolders[i].tag == "ActivatedPlaceHolder")
{
activatedPlaceHolderCount++;
}
}
}
if (activatedPlaceHolderCount == 2)
{
mySignalReceivers.Clear();
mySignalReceiversTemp.Clear();
base.ActivateAgents();
this.searchClosestNeighbourAgain_ReOrg = true;
}
}
/////////////////// IF ALL MY PLACEHOLDERS ARE DEACTIVATED CHANGE MY STATE TO AGENT ///////////////////
if (this.searchClosestNeighbourRe_Org == true && this.createPlaceHolders_ReOrg == true)
{
int DeactivatedPlaceHolderCount = 0;
int totalPlaceHolders = placeHolders.Count;
for (int i = 0; i < placeHolders.Count; i++)
{
if (placeHolders[i] != null)
{
if (placeHolders[i].tag == "DeActivatedPlaceHolder")
{
DeactivatedPlaceHolderCount++;
}
}
}
if (DeactivatedPlaceHolderCount == placeHolders.Count)
{
base.ChangeStateToFreezed(this.gameObject.GetComponent <Agent>(), 0);
//if (SimulationManager.Get().addaptToEnvironmentalForces == false) base.ChangeStateToFreezed(this.gameObject.GetComponent<Agent>(), 0);
//if (SimulationManager.Get().addaptToEnvironmentalForces == true) base.ChangeStateToFreezed(this.gameObject.GetComponent<Agent>(), 0);//base.ChangeStateToDeactivatedPassive(this.gameObject.GetComponent<Agent>(), 0);
}
}
//if (this.searchClosestNeighbourRe_Org == true && this.createPlaceHolders_ReOrg == true)
//{
// base.communicationType = base.mySignalReceivers.Count;
//}
// if (SimulationManager.Get().addaptToEnvironmentalForces == true)
if (this.searchClosestNeighbourRe_Org == true && this.createPlaceHolders_ReOrg == true && placeHolders.Count == 0 && AgentPopulation.deActivatedAgentList.Count == 0)
{
// if(placeHolders.Count==0 && AgentPopulation.deActivatedAgentList.Count==0)
// {
base.ChangeStateToFreezed(this.gameObject.GetComponent <Agent>(), 0);
// }
}
base.communicationType = base.mySignalReceivers.Count;
}
}
