void Start()
{
anim = GetComponent <Animator>();
if (Dragon)
{
if (!Dragon.activeInHierarchy)
{
Dragon = Instantiate(Dragon);
}
animal = Dragon.GetComponent <MAnimal>();
if (animal)
{
animal.transform.position = transform.position;
animal.Anim.Play("Hatch"); //Set the egg State (This set on the animator INT -10 which is the transition for the EggHatching Start Animation
animal.LockInput = true;
animal.LockMovement = true;
animal.EnableColliders(false);
animal.transform.localPosition += preHatchOffset;
}
var skinnedMeshes = Dragon.GetComponentsInChildren <Renderer>();
foreach (var item in skinnedMeshes)
{
item.enabled = false;
}
}
if (hatchtype == HatchType.Time)
{
StartCoroutine(TimeCrackEgg());
}
}
public void Modify(MAnimal animal)
{
if ((int)modify == 0)
{
return; //Means that the animal have no modification
}
if (Modify(modifier.IgnoreLowerStates))
{
animal.ActiveState.IgnoreLowerStates = IgnoreLowerStates;
}
if (Modify(modifier.AdditivePositionSpeed))
{
animal.UseAdditivePos = AdditivePosition;
}
// if (Modify(modifier.AdditiveRotationSpeed)) animal.UseAdditiveRot = AdditiveRotation;
if (Modify(modifier.RootMotion))
{
animal.RootMotion = RootMotion;
}
if (Modify(modifier.Gravity))
{
animal.UseGravity = Gravity;
}
if (Modify(modifier.Sprint))
{
animal.UseSprintState = Sprint;
}
if (Modify(modifier.Grounded))
{
animal.Grounded = Grounded;
}
if (Modify(modifier.OrientToGround))
{
animal.UseOrientToGround = OrientToGround;
}
if (Modify(modifier.CustomRotation))
{
animal.UseCustomAlign = CustomRotation;
}
if (Modify(modifier.Persistent))
{
animal.ActiveState.IsPersistent = Persistent;
}
if (Modify(modifier.LockInput))
{
animal.LockInput = LockInput;
}
if (Modify(modifier.LockMovement))
{
animal.LockMovement = LockMovement;
}
if (Modify(modifier.Colliders))
{
animal.EnableColliders(Colliders);
}
if (Modify(modifier.FreeMovement))
{
animal.FreeMovement = FreeMovement;
}
}
