internal Transition(StateMachine <TState, TTransition, TSignal> machine, TTransition name, TickType tickType) : base(name)
{
this.MachineI = machine;
this.CanTransitionI = true;
this.SignalsI = new List <Signal <TState, TTransition, TSignal> >();
this.actions = new TransitionActionList();
this.tickableActions = new TickableList();
this.startConditions = new TransitionConditionList();
this.finishConditions = new TransitionConditionList();
this.idleStatus = new IdleStatus(this, tickType);
this.startingStatus = new StartingStatus(this, tickType);
this.finishingStatus = new FinishingStatus(this, tickType);
this.status = this.idleStatus;
this.signal = null;
}
public byte[] ToByteArray(Context context)
{
List <byte> result = new List <byte>(49);
result.Add(SkillSet.Value);
result.AddRange(InnateA.Offset.ToBytes());
result.AddRange(InnateB.Offset.ToBytes());
result.AddRange(InnateC.Offset.ToBytes());
result.AddRange(InnateD.Offset.ToBytes());
result.AddRange(Equipment.ToByteArray(context));
result.Add(HPConstant);
result.Add(HPMultiplier);
result.Add(MPConstant);
result.Add(MPMultiplier);
result.Add(SpeedConstant);
result.Add(SpeedMultiplier);
result.Add(PAConstant);
result.Add(PAMultiplier);
result.Add(MAConstant);
result.Add(MAMultiplier);
result.Add(Move);
result.Add(Jump);
result.Add(CEvade);
result.AddRange(PermanentStatus.ToByteArray());
result.AddRange(StatusImmunity.ToByteArray());
result.AddRange(StartingStatus.ToByteArray());
result.Add(AbsorbElement.ToByte());
result.Add(CancelElement.ToByte());
result.Add(HalfElement.ToByte());
result.Add(WeakElement.ToByte());
result.Add(MPortrait);
result.Add(MPalette);
result.Add(MGraphic);
return(result.ToArray());
}
