// Buffer time for late bloomers to hatch
private void BeginLifeStageMature()
{
curLifeStage = EggLifeStage.Mature;
lifeStageTransitionTimeStepCounter = 0;
developmentProgress = 1f;
UpdateEggSackSize(1f, true);
}
public void ParentDiedWhilePregnant()
{
parentAgent = null;
fixedJoint.enabled = false;
fixedJoint.enableCollision = false;
fixedJoint.connectedBody = null;
curLifeStage = EggLifeStage.Decaying;
lifeStageTransitionTimeStepCounter = 0;
}
private void CheckForLifeStageTransition()
{
switch (curLifeStage)
{
case EggLifeStage.Growing:
// Transition from being attached to parent Agent rigidbody, to free-floating:
// Only happens if this eggSack belongs to a pregnant parent Agent and only starts once
if (isPregnant && !isBeingBorn && parentAgent)
{
CommenceBeingBorn();
}
if (lifeStageTransitionTimeStepCounter >= growDurationTimeSteps)
{
BeginLifeStageMature();
}
if (birthTimeComplete)
{
isBeingBorn = false;
}
if (!isProtectedByParent && isAttachedBySpring)
{
//float distToParent = (parentAgentRef.bodyRigidbody.transform.position - rigidbodyRef.transform.position).magnitude;
SeverJointAttachment();
}
break;
case EggLifeStage.Mature:
if (lifeStageTransitionTimeStepCounter >= matureDurationTimeSteps || isOutsideMap)
{
curLifeStage = EggLifeStage.Decaying;
lifeStageTransitionTimeStepCounter = 0;
}
break;
case EggLifeStage.Decaying:
if (currentBiomass <= 0f)
{
//Decay fully!
currentBiomass = 0f;
curLifeStage = EggLifeStage.Null;
lifeStageTransitionTimeStepCounter = 0;
isDepleted = true; // flagged for respawn
mainCollider.enabled = false;
}
break;
case EggLifeStage.Null:
healthStructural = 0f; // temp hack
break;
default:
Debug.LogError($"NO SUCH ENUM ENTRY IMPLEMENTED, YOU FOOL!!! ({curLifeStage})");
break;
}
}
private void BeginLifeStageGrowing(Agent parent, AgentGenome parentGenome, Vector3 startPos)
{
curLifeStage = EggLifeStage.Growing;
lifeStageTransitionTimeStepCounter = 0;
parentAgent = parent;
birthTimeStepsCounter = 0;
curNumEggs = maxNumEggs;
developmentProgress = 0f;
growthScaleNormalized = 0.01f;
decayStatus = 0f;
rigidbodyRef.mass = 5f;
rigidbodyRef.velocity = Vector2.zero;
rigidbodyRef.angularVelocity = 0f;
rigidbodyRef.drag = 7.5f;
rigidbodyRef.angularDrag = 1.5f;
isProtectedByParent = parent;
isAttachedBySpring = parent;
if (!parent)
{
transform.localPosition = startPos;
// REVISIT THIS:
var parentBoundingBox = parentGenome.bodyGenome.GetFullsizeBoundingBox();
float parentScale = (parentBoundingBox.x + parentBoundingBox.y) * 0.5f;
fullSize.x = parentScale; // golden ratio? // easter egg for math nerds?
fullSize.y = parentScale;
}
else
{
//currentBiomass = 0.05f;
//parentAgentRef.currentBiomass -= 0.05f; // *** Handled within agent initPregnancy
rigidbodyRef.transform.position = parent.bodyRigidbody.position;
fixedJoint.connectedBody = parent.bodyRigidbody;
fixedJoint.autoConfigureConnectedAnchor = false;
fixedJoint.anchor = new Vector2(0f, parent.fullSizeBoundingBox.y * 0.25f);
fixedJoint.connectedAnchor = new Vector2(0f, parent.fullSizeBoundingBox.y * -0.25f);
fixedJoint.enableCollision = false;
fixedJoint.enabled = true;
fixedJoint.frequency = springJointMaxStrength;
}
mainCollider.enabled = true;
isDepleted = false;
isBeingBorn = false;
prevPos = transform.position;
UpdateEggSackSize(0.05f, true);
}
public void ConsumedByPredatorAgent()
{
mainCollider.enabled = false;
curLifeStage = EggLifeStage.Null;
isDepleted = true;
lifeStageTransitionTimeStepCounter = 0;
growthScaleNormalized = 0.01f;
UpdateEggSackSize(growthScaleNormalized, false);
currentBiomass = 0f;
fixedJoint.enabled = false;
isAttachedBySpring = false;
isProtectedByParent = false;
decayStatus = 1f;
}
public void Nullify()
{
isDepleted = true;
curLifeStage = EggLifeStage.Null;
}
