private void AdjustBalance()
{
PlayerAtackInputSimulator playerAttackInputSimulator = new PlayerAtackInputSimulator(this);
NodeBehaviour.PlayerAttacks = playerAttackInputSimulator;
PlayerMovementSimulator playerMovementSimulator = new PlayerMovementSimulator(this);
NodeBehaviour.PlayerMovement = playerMovementSimulator;
_playerInputSimulator = new PlayerInputSimulator(this);
MechanicBalancer.StartAnalyze();
for (int i = 0; i < _simIterations; i++)
{
playerAttackInputSimulator.Update(_simTimeStep);
playerMovementSimulator.Update(_simTimeStep);
_playerInputSimulator.Update(_simTimeStep);
UpdateNodegraphState(simulate: true);
RestoreNodeGraphState();
foreach (var node in _uiNodes)
{
MechanicBalancer.RegisterUIObservation(node);
}
}
MechanicBalancer.EndAnalyze(ref _mechanicGraph, _averageDamage);
}
public bool ProccessAttackNode(float spd, float dmg, int type, Node node, int status)
{
if (_hitLastFrame != null)
{
_hitLastFrame = null;
_playerWeaponMechanicTester.CollisionCallback(node);
}
if (_animatingTimer > 0f)
{
return(false);
}
_animatingTimer = _animationTimes[type] / spd;
//Debug.Log($"attack : type.{type} dmg.{dmg} ");
MechanicBalancer.RegisterAttackObservation(node, dmg);
if (_hitChance[type] > UnityEngine.Random.Range(0f, 1f))
{
_hitLastFrame = node;
}
return(true);
}
