/// <summary>
/// 車両開発
/// </summary>
/// <param name="name"></param>
/// <param name="bestSpeed"></param>
/// <param name="power"></param>
/// <param name="gauge"></param>
/// <param name="seat"></param>
/// <param name="tilt"></param>
public void DevelopVehicle(string name, int bestSpeed, PowerEnum power, CarGaugeEnum gauge, SeatEnum seat, CarTiltEnum tilt)
{
(bool can, _) = CheckCreateVehicle(name, bestSpeed, power, gauge, seat, tilt);
if (!can)
{
throw new InvalidOperationException("車両を開発可能な技術が揃っていません");
}
SpendMoney(CalcDevelopVehicleCost(bestSpeed, power, gauge, seat, tilt));
vehicles.Add(new Car
{
Name = name,
bestSpeed = bestSpeed,
power = power,
gauge = gauge,
seat = seat,
carTilt = tilt,
type = power == PowerEnum.LinearMotor ? RailTypeEnum.LinearMotor : RailTypeEnum.Iron,
money = CalcPurchaseVehicleCost(bestSpeed, power, gauge, seat, tilt),
});
}
/// <summary>
/// 指定の車両が開発可能か
/// </summary>
/// <returns>開発可否 メッセージ</returns>
public (bool CanCreateVehicle, string msg) CheckCreateVehicle(string Name, int BestSpeed, PowerEnum Power, CarGaugeEnum Gauge, SeatEnum Seat, CarTiltEnum tilt)
{
if (string.IsNullOrWhiteSpace(Name))
{
return(false, "名無しの権兵衛です");
}
if (Power == PowerEnum.LinearMotor)
{
if (genkaiLinear == 0)
{
return(false, "リニアは作れません");
}
else if (BestSpeed > genkaiLinear)
{
return(false, "速すぎます");
}
}
if (Gauge == CarGaugeEnum.FreeGauge && !isDevelopedFreeGauge)
{
return(false, "フリーゲージは作れません");
}
if (Power == PowerEnum.Steam)
{
if (!IsSteamAvailable())
{
return(false, "時代遅れです");
}
if (BestSpeed > genkaiJoki)
{
return(false, "速すぎます");
}
}
if (Power == PowerEnum.Electricity)
{
if (genkaiDenki == 0)
{
return(false, "電車は作れません");
}
else if (BestSpeed > genkaiDenki)
{
return(false, "速すぎます");
}
}
if (Power == PowerEnum.Diesel)
{
if (genkaiKidosha == 0)
{
return(false, "ディーゼルは作れません");
}
else if (BestSpeed > genkaiKidosha)
{
return(false, "速すぎます");
}
}
if (Seat == SeatEnum.Dual && !isDevelopedDualSeat)
{
return(false, "デュアル不可");
}
if (Seat == SeatEnum.Convertible && !isDevelopedConvertibleCross)
{
return(false, "転換式クロス不可");
}
if (Seat == SeatEnum.RetructableLong && !isDevelopedRetructableLong)
{
return(false, "収納式ロング不可");
}
if (Seat == SeatEnum.Rich && !isDevelopedRichCross)
{
return(false, "豪華クロス不可");
}
if (Seat == SeatEnum.DoubleDeckerRich && !isDevelopedRichCross)
{
return(false, "豪華クロス不可");
}
switch (tilt)
{
case CarTiltEnum.Pendulum:
if (!isDevelopedCarTiltPendulum)
{
return(false, "振り子式車体傾斜装置は未開発");
}
break;
case CarTiltEnum.SimpleMecha:
case CarTiltEnum.HighMecha:
if (!isDevelopedMachineTilt)
{
return(false, "機械式式車体傾斜装置は未開発");
}
break;
}
return(true, "");
}
/// <summary>
/// 車両購入コスト計算
/// </summary>
/// <param name="bestSpeed"></param>
/// <param name="power"></param>
/// <param name="gauge"></param>
/// <param name="seat"></param>
/// <param name="tilt"></param>
/// <param name="genkaiLinear"></param>
/// <param name="genkaiJoki"></param>
/// <param name="genkaiDenki"></param>
/// <param name="genkaiKidosha"></param>
/// <returns></returns>
public static int CalcPurchaseCarCost(int bestSpeed, PowerEnum power, CarGaugeEnum gauge, SeatEnum seat, CarTiltEnum tilt,
int genkaiLinear, int genkaiJoki, int genkaiDenki, int genkaiKidosha)
{
// 8*速度^2
int cost = 8 * bestSpeed * bestSpeed;
if (power == PowerEnum.LinearMotor)
{
cost = cost * 6 / 5 / genkaiLinear;
} //リニア
else
{
if (gauge == CarGaugeEnum.Regular || gauge == CarGaugeEnum.FreeGauge)
{
cost = cost * 3 / 2;
} //標準軌orフリーゲージ
if (power == PowerEnum.Steam)
{
cost = cost * 6 / 5 / genkaiJoki;
} //蒸気
if (power == PowerEnum.Electricity)
{
cost /= genkaiDenki;
} //電車
if (power == PowerEnum.Diesel)
{
cost /= genkaiKidosha;
} //ディーゼル
}
switch (tilt)
{
case CarTiltEnum.Pendulum:
cost = cost * 6 / 5;
break;
case CarTiltEnum.SimpleMecha:
cost = cost * 11 / 10;
break;
case CarTiltEnum.HighMecha:
cost = cost * 6 / 5;
break;
}
cost += 500;
//シート別
switch (seat)
{
case SeatEnum.None:
case SeatEnum.Dual:
cost += 100;
break;
case SeatEnum.RetructableLong:
cost += 50;
break;
case SeatEnum.Long:
case SeatEnum.Semi:
case SeatEnum.Convertible:
cost += 150;
break;
case SeatEnum.DoubleDeckerRotatable:
case SeatEnum.DoubleDeckerRich:
cost = cost * 4 / 3;
break;
}
return(cost);
}
