private void Start()
{
instance = this;
m_dt = 0;
translation = 0f;
straffe = 0f;
isHoodOnPlaying = false;
isHoodOn = false;
isHoodOffPlaying = false;
isOnIdle = false;
isAttackPlaying = false;
m_characterSprite = GetComponent <SpriteRenderer>();
m_anim = GetComponent <Script_AnimationMgr>();
m_originalcolCenter = GetComponent <CapsuleCollider>().center;
m_originalcolHeight = GetComponent <CapsuleCollider>().height;
}
// Start is called before the first frame update
void Start()
{
m_anim = GetComponentInParent <Script_AnimationMgr>();
instance = this;
invertDetection = new BT_Inverter(new BT_Detect(this, m_fov.m_visibleTargets, m_soundCheck));
invertCatch = new BT_Inverter(new BT_Catch(this, ARRIVAL_RANGE));
m_targetPos = transform.position;
m_target = transform;
m_idleSequence = new BT_Sequence(new List <Script_BTNode>
{
new BT_Idle(this, transform),
new BT_Wander(this, SEARCH_RANGE),
});
m_catchSequence = new BT_Sequence(new List <Script_BTNode>
{
new BT_Catch(this, CATCH_RANGE),
});
m_detectionSequence = new BT_Sequence(new List <Script_BTNode>
{
invertDetection,
new BT_CheckArrival(this, ARRIVAL_RANGE),
m_idleSequence
});
m_moveSequence = new BT_Sequence(new List <Script_BTNode>
{
new BT_Approach(this),
});
m_rootAI = new BT_Selector(new List <Script_BTNode>
{
m_detectionSequence,
m_catchSequence,
m_moveSequence,
});
new BT_Wander(this, SEARCH_RANGE);
}
