public void Update(bool isFast, float pastRound, int round)
{
recoverTime += pastRound * GameConstants.RoundRecoverAddon * ((round >= GameConstants.RoundRecoverDoubleRound) ? 2 : 1);
var need = isFast ? GameConstants.DrawManaTimeFast : GameConstants.DrawManaTime;
if (recoverTime >= need)
{
recoverTime -= need;
AddManaData(EnergyGenerator.NextAimMana, 1);
EnergyGenerator.UseMana();
EnergyGenerator.Next(round);
}
if (ManaChanged != null)//todo 先ws下
{
ManaChanged();
}
SpikeManager.OnRound(pastRound);
comboTime -= pastRound;
if (comboTime <= 0)
{
comboTime = 0;
CardManager.UpdateCardCombo();
}
if (CardManager.HeroSkillCd > 0)
{
CardManager.HeroSkillCd -= pastRound;
if (HeroSkillChanged != null && CardManager.HeroSkillCd <= 0)
{
HeroSkillChanged(true);
}
}
}
private void OnTriggerEnter2D(Collider2D other)
{
if (other.tag == "Token")
{
SpikeManager.IncrementPoints();
}
}
public void DoSpell(LiveMonster target, ActiveCard card, Point location)
{
if (!BeforeUseCard(card, location))
{
return;
}
try
{
Spell spell = new Spell(card.CardId);
spell.Addon = SpellEffectAddon;
spell.UpgradeToLevel(card.Level);
if (!card.IsHeroSkill)
{
BattleManager.Instance.StatisticData.GetPlayer(IsLeft).SpellAdd++;
}
SpellAssistant.CheckSpellEffect(spell, IsLeft, target, location);
if (SpikeManager.HasSpike("mirrorspell"))
{
Rival.AddCard(null, card.CardId, card.Level);
}
}
catch (Exception e)
{
NLog.Warn(e);
BattleManager.Instance.FlowWordQueue.Add(new FlowWord("未知错误", location, 0, "Red", 26, 0, 0, 2, 15), false);
return;
}
AfterUseCard(card);
CardManager.DeleteCardAt(SelectId);
}
public virtual void Play()
{
overlay.SetActive(false);
SpikeManager.StartTurn();
StartCoroutine(SpawnToken(tokenSpawn.position));
}
private List <int[]> monsterAddonOnce = new List <int[]>(); //一次性的强化
#endregion
public Player(bool playerControl, bool isLeft)
{
IsLeft = isLeft;
IsAlive = true;
isPlayerControl = playerControl;
CardManager = new CardManager(this);
EnergyGenerator = new EnergyGenerator();
SpikeManager = new SpikeManager(this);
TrapHolder = new TrapHolder(this);
State = new PlayerState();
}
// If it is after Reduce Risk Time then reduce retrace levels by 50%
override protected bool ExcuteRuleLogic()
{
if (BotState.IsAfterReducedRiskTime)
{
if (BotState.OrdersPlaced && BotState.PositionsRemainOpen())
{
//Reduce all retrace limits
SpikeManager.ReduceLevelsBy50Percent();
ExecuteOnceOnly();
return(true);
}
}
return(false);
}
//If Spike retrace is greater than Level 2 but less than Level 3 set Fixed Trailing Stop
override protected bool ExcuteRuleLogic()
{
if (BotState.OrdersPlaced && BotState.PositionsRemainOpen())
{
if (SpikeManager.IsRetraceBetweenLevel2AndLevel3())
{
//Activate Trailing Stop Losses
FixedTrailingStop.activate();
ExecuteOnceOnly();
return(true);
}
}
return(false);
}
//Set BreakEven SL if Spike has retraced between than retraceLevel1 and retraceLevel2
override protected bool ExcuteRuleLogic()
{
if (BotState.OrdersPlaced && BotState.PositionsRemainOpen())
{
//Calculate spike retrace factor
SpikeManager.CalculateRetraceFactor();
if (SpikeManager.IsRetraceBetweenLevel1AndLevel2())
{
StopLossManager.IsBreakEvenStopLossActive = true;
return(true);
}
}
return(false);
}
private void Start()
{
if (Instance == null)
{
Instance = this;
}
else
{
Destroy(gameObject);
return;
}
gameManager = GetComponent <GameManager>();
pointsText = pointsCanvas.GetComponentInChildren <Text>();
pointParticles = pointsCanvas.GetComponentInChildren <ParticleSystem>();
}
// If it is after CloseTime and remaining pending orders have not been closed then close all pending orders
override protected bool ExcuteRuleLogic()
{
if (BotState.OrdersPlaced && BotState.PositionsRemainOpen())
{
//Calculate spike retrace factor
SpikeManager.CalculateRetraceFactor();
if (SpikeManager.IsRetraceGreaterThanLevel3())
{
if (BotState.LastProfitPositionClosePrice > 0)
{
StopLossManager.SetSLWithBufferForAllPositions(BotState.LastProfitPositionClosePrice);
return(true);
}
}
}
return(false);
}
// If it is after CloseTime and remaining pending orders have not been closed then close all pending orders
override protected bool ExcuteRuleLogic()
{
if (BotState.OrdersPlaced && BotState.PositionsRemainOpen())
{
//Calculate spike retrace factor
SpikeManager.CalculateRetraceFactor();
if (SpikeManager.IsRetraceGreaterThanLevel3())
{
if (BotState.LastProfitPositionClosePrice > 0)
{
StopLossManager.ReduceHardSLBufferBy50Percent();
ExecuteOnceOnly();
return(true);
}
}
}
return(false);
}
//If Spike retrace is greater than Level 1 but less than Level 2 set SL to last profit position entry price plus buffer
override protected bool ExcuteRuleLogic()
{
if (BotState.OrdersPlaced && BotState.PositionsRemainOpen())
{
//Calculate spike retrace factor
SpikeManager.CalculateRetraceFactor();
//Set hard stop losses and activate Trail if Spike has retraced between than retraceLevel1 and retraceLevel2
if (SpikeManager.IsRetraceBetweenLevel1AndLevel2())
{
//If Hard SL has not been set yet
if (BotState.LastProfitPositionEntryPrice > 0)
{
StopLossManager.SetSLWithBufferForAllPositions(BotState.LastProfitPositionEntryPrice);
return(true);
}
}
}
return(false);
}
// SingleExponentialEPSC synapseScript;
// Start is called before the first frame update
void Start()
{
if (this.neuronType == "IB")
{
this.C = 150; this.a = 0.01; this.b = 5; this.k = 1.2; this.d = 130;
this.vrest = -75; this.vreset = -56; this.vthr = -45; this.vpeak = 50;
this.currentInjection = 600;
}
else if (neuronType == "Chattering")
{
this.C = 50; this.a = 0.03; this.b = 1; this.k = 1.5; this.d = 150;
this.vrest = -60; this.vreset = -40; this.vthr = -40; this.vpeak = 35;
this.currentInjection = 300;
}
this.v = this.vrest;
this.v_ = this.v;
this.u = 0;
this.mat = gameObject.GetComponent <MeshRenderer>().material;
// 発火管制塔にスパイクを知らせるため
spikeManager = GameObject.Find("SpikeManager");
spikeManagerScript = spikeManager.GetComponent <SpikeManager>();
// 自身に入力するシナプスとその重みを取得
this.connection_weight = spikeManagerScript.connection_weight[spikeManagerScript.neuronDict[gameObject.name]];
// ProjectSettingsでSpikeManagerのStart()が先に実行されるようにした
neuronNum = spikeManagerScript.neuronNum;
// 自身に入っているシナプス後電流の合計を取得するため
// this.synapseScript = gameObject.GetComponent<SingleExponentialEPSC>();
// (16ニューロンのとき)５番目以降のニューロンの入力電流をゼロにする あとで消せる
if (spikeManagerScript.neuronDict[gameObject.name] >= 4)
{
this.currentInjection = 0;
}
}
public bool BeforeUseCard(ActiveCard selectCard, Point location)
{
AddMp(-selectCard.Mp);
AddLp(-selectCard.Lp);
AddPp(-selectCard.Pp);
var rival = Rival as Player;
if (rival.TrapHolder.CheckTrapOnUseCard(selectCard, location, rival))
{
return(false);
}
SpikeManager.OnUseCard(selectCard.CardType);
BattleManager.Instance.MonsterQueue.OnPlayerUseCard(this, (int)selectCard.CardType, selectCard.Level);
if (OnUseCard != null)
{
OnUseCard(selectCard.CardId, selectCard.Level, IsLeft);
}
return(true);
}
// Start is called before the first frame update
void Start()
{
spikeManager = GameObject.FindGameObjectWithTag("GameManager").GetComponent <SpikeManager>();
}
public void RemoveSpike(int id)
{
SpikeManager.RemoveSpike(id);
}
public void AddSpike(int id)
{
SpikeManager.AddSpike(id);
}
private void OnCollisionEnter2D(Collision2D other)
{
GameObject.Destroy(other.gameObject);
SpikeManager.FinishTurn();
}
