void Start()
{
statusDesc = GetComponent <TextMesh>();
bodycoll = mainBody.GetComponent <BodyCollision>();
//Create Limb objects that can control the joint movements
limbs = new Limb[jointObjects.Length];
for (int i = 0; i < jointObjects.Length; i++)
{
limbs[i] = new Limb(jointObjects[i]);
}
fitness = 0;
alive = true;
startingPos = mainBody.transform.position;
previousPos = mainBody.transform.position;
//Create target position for the creature based on selected training type
switch (trainingType)
{
case TrainingType.forward:
target = new Vector3(startingPos.x, startingPos.y, startingPos.z + 10000);
break;
case TrainingType.backward:
target = new Vector3(startingPos.x, startingPos.y, startingPos.z - 10000);
break;
case TrainingType.left:
target = new Vector3(startingPos.x - 10000, startingPos.y, startingPos.z);
break;
case TrainingType.right:
target = new Vector3(startingPos.x + 10000, startingPos.y, startingPos.z);
break;
}
startingDistanceToTarget = Vector3.Distance(startingPos, target);
//Check if alive after the given training time has expired
Invoke("checkIfAlive", trainingTime);
//Finished initialising
finishedInit = true;
}
void SetCurrentCollisionState(playerCollisionStates pcs)
{
switch (pcs)
{
case playerCollisionStates.Invulnerable:
bodyCollision = PushNoHit;
break;
case playerCollisionStates.Vulnerable:
if (currentPlayerState != playerStates.BoostOnEndDrag && currentPlayerState != playerStates.InBoost &&
currentPlayerState != playerStates.BoostStarted)
{
bodyCollision = HitPush;
}
else
{
bodyCollision = PushNoHit;
}
break;
default:
break;
}
}
