public void ProcessStateGaugeUpdateExecute(float timeRegulation, t13.TimeFluctProcess timeFluctProcess, IMonsterData referMonsterData, float endFillAmount)
{
timeRegulation_ = timeRegulation;
referMonsterData_ = referMonsterData;
endFillAmount_ = endFillAmount;
timeFluct_.GetProcessState().state_ = timeFluctProcess;
processState_.state_ = HpGaugePartsProcess.GaugeUpdate;
}
//Bounce
static private float BounceIn(TimeFluctProcessState mine, TimeFluct timeFluct, float count, float startPos, float endPos, float regulation_time)
{
//計算
TimeFluct tempTimeFluct = new TimeFluct();
tempTimeFluct.GetProcessState().state_ = TimeFluctProcess.Bounce;
float result = tempTimeFluct.OutFluct(regulation_time - count, startPos, endPos, regulation_time);
return(timeFluct.GetRange() - result + timeFluct.GetStartPos_Archive());
}
static private float BounceInOut(TimeFluctProcessState mine, TimeFluct timeFluct, float count, float startPos, float endPos, float regulation_time)
{
//計算
if (count < regulation_time / 2)
{
TimeFluct tempTimeFluct = new TimeFluct();
tempTimeFluct.GetProcessState().state_ = TimeFluctProcess.Bounce;
float result = tempTimeFluct.InFluct(count * 2, startPos, endPos, regulation_time);
return(result * .5f + timeFluct.GetStartPos_Archive());
}
else
{
TimeFluct tempTimeFluct = new TimeFluct();
tempTimeFluct.GetProcessState().state_ = TimeFluctProcess.Bounce;
float result = tempTimeFluct.OutFluct(count * 2 - regulation_time, startPos, endPos, regulation_time);
return(result * .5f + timeFluct.GetRange() * .5f + timeFluct.GetStartPos_Archive());
}
}