public GWI_Detection(float angle0, float waveAmplitude0, GravitySignature signature0, string destination0 = "")
{
angle = angle0;
waveAmplitude = waveAmplitude0;
signature = signature0;
warpGateDestination = destination0;
}
/// <summary>
/// Long range sensor detection of WarpGates and LargeBodies
/// </summary>
public void GeneratePassiveSensorReadings()
{
PassiveReadings.Clear();
var overlaps = GetOverlappingAreas();
foreach (Area2D area in overlaps)
{
ulong ID = area.GetInstanceId();
switch (area)
{
case WarpGate warpGate:
{
Vector2 randomInsideCircle = new Vector2(random.RandfRange(-1f, 1f), random.RandfRange(-1f, 1f)).Normalized();
Vector2 noiseOffset = randomInsideCircle * InterferenceScale;
Vector2 positionDiff = (warpGate.GlobalPosition + noiseOffset) - GlobalPosition;
//float angle = GetAngleTo(warpGate.GlobalPosition + noiseOffset);
float angle = Vector2.Right.AngleTo(positionDiff);
float waveAmplitude = GConstant / positionDiff.Length();
PassiveReadings.Add(new PassiveSensorReading(ID, angle, /*waveAmplitude,*/ GravitySignature.WarpGate /*, warpGate.DestinationSolarSystemName*/));
}
break;
case LargeBody largeBody:
{
Vector2 randomInsideCircle = new Vector2(random.RandfRange(-1f, 1f), random.RandfRange(-1f, 1f)).Normalized();
Vector2 noiseOffset = randomInsideCircle * InterferenceScale;
Vector2 noisyVectorToBody = (largeBody.GlobalPosition + noiseOffset) - GlobalPosition;
float angle = Vector2.Right.AngleTo(noisyVectorToBody);
float waveAmplitude = GConstant / noisyVectorToBody.Length();
GravitySignature signature = largeBody.GravitySignature;
PassiveReadings.Add(new PassiveSensorReading(ID, angle, /*waveAmplitude,*/ signature));
}
break;
}
}
}
public void GenerateGWIData()
{
WarpGatesParent = GameObject.FindGameObjectWithTag("WarpGates");
LBodiesParent = GameObject.FindGameObjectWithTag("LargeBodies");
if (WarpGatesParent != null)
{
foreach (Transform warpGate in WarpGatesParent.transform)
{
Vector3 noiseOffset = Random.insideUnitCircle * gameCore.GWIInterferenceScale;
Vector3 positionDiff = (warpGate.transform.position + noiseOffset) - transform.position;
//float angle = Mathf.Atan2(positionDiff.y, positionDiff.x);
float angle = Vector3.SignedAngle(Vector3.right, positionDiff, Vector3.forward);
float waveAmplitude = ShipSensors.GConstant / positionDiff.magnitude;
WarpGate gate = warpGate.GetComponent <WarpGate>();
GalaxyMapNode destinationNode = galaxyMap.FindDestinationNodeForWarpGate(gate);
string destinationNodeName = "Unknown";
if (destinationNode != null)
{
destinationNodeName = destinationNode.name;
}
GWInterferometer.Add(new GWI_Detection(angle, waveAmplitude, GravitySignature.WarpGate, destinationNodeName));
}
}
if (LBodiesParent != null)
{
foreach (Transform largeBody in LBodiesParent.transform)
{
Vector3 noiseOffset = Random.insideUnitCircle * gameCore.GWIInterferenceScale;
Vector3 positionDiff = (largeBody.transform.position + noiseOffset) - transform.position;
//float angle = Mathf.Atan2(positionDiff.y, positionDiff.x);
float angle = Vector3.SignedAngle(Vector3.right, positionDiff, Vector3.forward);
float waveAmplitude = ShipSensors.GConstant / positionDiff.magnitude;
GravitySignature signature = largeBody.GetComponent <SpaceObject>().gravitySignature;
GWInterferometer.Add(new GWI_Detection(angle, waveAmplitude, signature));
}
}
}
public PassiveSensorReading(ulong contactID, float angle, GravitySignature signature)
{
ContactID = contactID;
Heading = angle;
Signature = signature;
}
public WarpStruct(Vector2 vect, GravitySignature signature, String dest)
{
this.warpDest = dest;
this.vector = vect;
finalSignature = signature;
}
