//攻撃処理
public void Attack(MapPresenter m, Dictionary <int, CharacterPresenter> characterListPresenter)
{
Vector3 pos = status.position + status.direction;
if (pos.x < 0 || pos.z < 0)
{
return;
}
var vector2Int = new Vector2Int((int)pos.x, (int)pos.z);
if (m.GetTileModel(vector2Int).charaType == TileModel.CharaType.Player ||
m.GetTileModel(vector2Int).charaType == TileModel.CharaType.Enemy)
{
CharacterPresenter characterPresenter =
characterListPresenter
.FirstOrDefault(presenter => presenter.Key == m.GetTileModel(vector2Int).guid).Value;
int damage = CalcAction.CalcAttack(status, characterPresenter.status);
Debug.Log("Attack Damage : " + damage);
characterPresenter.CalcHp(damage);
Debug.Log("After Hp : " + characterPresenter.status.hp);
ActionLogPresenter.Instance.ShowView();
ActionLogPresenter.Instance.AddLog(LogType.Attack, new string[] { status.name, characterPresenter.status.name, damage.ToString() });
if (characterPresenter.status.hp <= 0)
{
characterPresenter.Death();
}
}
SetIsAction(true);
characterView.Attack();
}
// Use this for initialization
void Start()
{
m_fsm = new FSM();
FSMState state1 = new FSMState("log", m_fsm, true);
LogAction action1 = new LogAction();
action1.SetOwner(state1);
state1.AddAction(action1);
state1.AddTransition("calc", 2);
FSMState state2 = new FSMState("calc", m_fsm);
CalcAction action2 = new CalcAction();
action2.SetOwner(state2);
state2.AddAction(action2);
state2.AddTransition("log", state1.id);
m_fsm.AddTransition("g_calc", state2.id);
m_fsm.AddTransition("g_log", state1.id);
m_fsm.AddState(state1);
m_fsm.AddState(state2);
m_fsm.Initialize();
m_fsm.EnableFSM();
StartCoroutine(SendGlobalEvent());
}
public void Multiply(int value)
{
CalcAction act = new CalcAction()
{
operation = Multiply,
actionTotal = total * value,
actionValue = value
};
total = act.actionTotal;
stack.Push(act);
undoAction = false;
}
public void Subtract(int value)
{
CalcAction act = new CalcAction()
{
operation = Subtract,
actionTotal = total - value,
actionValue = value
};
total = act.actionTotal;
stack.Push(act);
undoAction = false;
}
public void Add(int value)
{
CalcAction act = new CalcAction()
{
operation = Add,
actionTotal = total + value,
actionValue = value
};
total = act.actionTotal;
stack.Push(act);
undoAction = false;
}
public void RepeatLastCommand()
{
if (stack.Count > 0)
{
if(undoAction)
Undo();
else
{
CalcAction act = stack.Peek();
act.operation(act.actionValue);
}
}
}
public void ExampleTestB(Calculator calc, int valA, int valB, CalcAction action)
{
switch (action)
{
case CalcAction.Add:
Assert.AreEqual(calc.Add(valA, valB), valA + valB);
break;
case CalcAction.Divide:
Assert.AreEqual(calc.Add(valA, valB), valA / valB);
break;
case CalcAction.Multiply:
Assert.AreEqual(calc.Add(valA, valB), valA * valB);
break;
case CalcAction.Subtract:
Assert.AreEqual(calc.Add(valA, valB), valA - valB);
break;
}
}
