/// <summary>
/// モード設定の1ブロックの文字列から設定を抽出
/// </summary>
/// <param name="modeLines"></param>
private Mode(List <string> modeLines)
{
Name = ApplicationUtil.ExtractModProperty(modeLines, "#mode");
Year = int.Parse(ApplicationUtil.ExtractModProperty(modeLines, "year"));
Money = long.Parse(ApplicationUtil.ExtractModProperty(modeLines, "money"));
Message = ApplicationUtil.ExtractModProperty(modeLines, "message").Replace(',', '\n');
MYear = int.Parse(ApplicationUtil.ExtractModProperty(modeLines, "myear"));
DefautltCompositions = ApplicationUtil.ExtractModProperties(modeLines, "car").Select(value =>
{
string[] arr = value.Split(",");
int ck = int.Parse(arr[2]); //編成規格
bool isLinear = (ck & 32) > 0;
bool isDiesel = (ck & 16) > 0;
bool isElectric = (ck & 8) > 0;
bool isSteam = (ck & 4) > 0;
bool isNarrow = (ck & 1) > 0;
bool isRegular = (ck & 2) > 0;
bool isPendulum = (ck & 64) > 0;
bool isFreeGauge = (ck & 128) > 0;
RailTypeEnum railType = isLinear ? RailTypeEnum.LinearMotor : RailTypeEnum.Iron;
CarGaugeEnum?carGauge =
isLinear ? (CarGaugeEnum?)null :
isNarrow ? CarGaugeEnum.Narrow :
isRegular ? CarGaugeEnum.Regular :
isFreeGauge ? CarGaugeEnum.FreeGauge :
throw new ArgumentException("軌間が未定義です");
PowerEnum powerSource =
isLinear ? PowerEnum.LinearMotor :
isElectric ? PowerEnum.Electricity :
isDiesel ? PowerEnum.Diesel :
isSteam ? PowerEnum.Steam :
throw new ArgumentException("動力源が未指定です");
return(new DefautltComposition
{
Name = arr[0],
BestSpeed = int.Parse(arr[1]),
CarCount = int.Parse(arr[3]),
HeldUnits = int.Parse(arr[4]),
Price = int.Parse(arr[5]),
seat = LogicUtil.ConvertSeatModToInternalId(int.Parse(arr[6])),
Gauge = carGauge,
Power = powerSource,
Tilt = isPendulum ? CarTiltEnum.Pendulum : CarTiltEnum.None,
Type = railType
});
}).ToList();
}
/// <summary>
/// モード設定文字列からモードオブジェクト作成
/// </summary>
/// <param name="modeLines"></param>
/// <returns></returns>
private static Mode CreateMode(List <string> modeLines)
{
Mode mode = new Mode();
//ゲーム設定
mode.Name = ExtractModProperty(modeLines, "#mode");
mode.Year = int.Parse(ExtractModProperty(modeLines, "year"));
mode.Money = long.Parse(ExtractModProperty(modeLines, "money"));
mode.Message = ExtractModProperty(modeLines, "message").Replace(',', '\n');
mode.MYear = int.Parse(ExtractModProperty(modeLines, "myear"));
mode.genkaiJoki = ParseIntOrNull(ExtractModProperty(modeLines, "steam")) ?? 40;
mode.genkaiDenki = ParseIntOrNull(ExtractModProperty(modeLines, "elect"));
mode.genkaiKidosha = ParseIntOrNull(ExtractModProperty(modeLines, "diesel"));
mode.genkaiLinear = ParseIntOrNull(ExtractModProperty(modeLines, "linear"));
var tecno = ParseIntOrNull(ExtractModProperty(modeLines, "tecno"));
if (tecno.HasValue)
{
int tecnoV = tecno.Value;
if ((tecnoV & 256) > 0) //動的信号
{
mode.isDevelopedDynamicSignal = true;
mode.isDevelopedFreeGauge = true;
mode.isDevelopedMachineTilt = true;
mode.isDevelopedDualSeat = true;
mode.isDevelopedRetructableLong = true;
mode.isDevelopedRichCross = true;
mode.isDevelopedCarTiltPendulum = true;
mode.isDevelopedAutoGate = true;
mode.isDevelopedConvertibleCross = true;
mode.isDevelopedBlockingSignal = true;
}
else if ((tecnoV & 4) > 0) //フリーゲージトレイン
{
mode.isDevelopedFreeGauge = true;
mode.isDevelopedMachineTilt = true;
mode.isDevelopedDualSeat = true;
mode.isDevelopedRetructableLong = true;
mode.isDevelopedRichCross = true;
mode.isDevelopedCarTiltPendulum = true;
mode.isDevelopedAutoGate = true;
mode.isDevelopedConvertibleCross = true;
mode.isDevelopedBlockingSignal = true;
}
else if ((tecnoV & 512) > 0) //機械式車体傾斜装置
{
mode.isDevelopedMachineTilt = true;
mode.isDevelopedDualSeat = true;
mode.isDevelopedRetructableLong = true;
mode.isDevelopedRichCross = true;
mode.isDevelopedCarTiltPendulum = true;
mode.isDevelopedAutoGate = true;
mode.isDevelopedConvertibleCross = true;
mode.isDevelopedBlockingSignal = true;
}
else if ((tecnoV & 8) > 0) //デュアルシート
{
mode.isDevelopedDualSeat = true;
mode.isDevelopedRetructableLong = true;
mode.isDevelopedRichCross = true;
mode.isDevelopedCarTiltPendulum = true;
mode.isDevelopedAutoGate = true;
mode.isDevelopedConvertibleCross = true;
mode.isDevelopedBlockingSignal = true;
}
else if ((tecnoV & 32) > 0) //収納式ロングシート
{
mode.isDevelopedRetructableLong = true;
mode.isDevelopedRichCross = true;
mode.isDevelopedCarTiltPendulum = true;
mode.isDevelopedAutoGate = true;
mode.isDevelopedConvertibleCross = true;
mode.isDevelopedBlockingSignal = true;
}
else if ((tecnoV & 16) > 0) //豪華クロスシート
{
mode.isDevelopedRichCross = true;
mode.isDevelopedCarTiltPendulum = true;
mode.isDevelopedAutoGate = true;
mode.isDevelopedConvertibleCross = true;
mode.isDevelopedBlockingSignal = true;
}
else if ((tecnoV & 1) > 0) //振り子式車体傾斜装置
{
mode.isDevelopedCarTiltPendulum = true;
mode.isDevelopedAutoGate = true;
mode.isDevelopedConvertibleCross = true;
mode.isDevelopedBlockingSignal = true;
}
else if ((tecnoV & 128) > 0) //自動改札機
{
mode.isDevelopedAutoGate = true;
mode.isDevelopedConvertibleCross = true;
mode.isDevelopedBlockingSignal = true;
}
else if ((tecnoV & 64) > 0) //転換クロスシート
{
mode.isDevelopedConvertibleCross = true;
mode.isDevelopedBlockingSignal = true;
}
else if ((tecnoV & 2) > 0) //閉塞信号
{
mode.isDevelopedBlockingSignal = true;
}
}
int[] people = ExtractModProperty(modeLines, "people")?.Split(",").Select(it => int.Parse(it)).Take(2).ToArray() ?? new int[] { 1, 1 };
if (people.Count() == 2)
{
mode.peopleNume = people[0];
mode.peopleDenom = people[1];
}
//デフォルト編成
mode.DefautltCompositions = ExtractModProperties(modeLines, "car").Select(value =>
{
string[] arr = value.Split(",");
int ck = int.Parse(arr[2]); //編成規格
bool isLinear = (ck & 32) > 0;
bool isDiesel = (ck & 16) > 0;
bool isElectric = (ck & 8) > 0;
bool isSteam = (ck & 4) > 0;
bool isNarrow = (ck & 1) > 0;
bool isRegular = (ck & 2) > 0;
bool isPendulum = (ck & 64) > 0;
bool isFreeGauge = (ck & 128) > 0;
RailTypeEnum railType = isLinear ? RailTypeEnum.LinearMotor : RailTypeEnum.Iron;
CarGaugeEnum?carGauge =
isLinear ? (CarGaugeEnum?)null :
isNarrow ? CarGaugeEnum.Narrow :
isRegular ? CarGaugeEnum.Regular :
isFreeGauge ? CarGaugeEnum.FreeGauge :
throw new ArgumentException("軌間が未定義です");
PowerEnum powerSource =
isLinear ? PowerEnum.LinearMotor :
isElectric ? PowerEnum.Electricity :
isDiesel ? PowerEnum.Diesel :
isSteam ? PowerEnum.Steam :
throw new ArgumentException("動力源が未指定です");
return(new DefautltComposition
{
Name = arr[0],
BestSpeed = int.Parse(arr[1]),
CarCount = int.Parse(arr[3]),
HeldUnits = int.Parse(arr[4]),
Price = int.Parse(arr[5]),
seat = LogicUtil.ConvertSeatModToInternalId(int.Parse(arr[6])),
Gauge = carGauge,
Power = powerSource,
Tilt = isPendulum ? CarTiltEnum.Pendulum : CarTiltEnum.None,
Type = railType
});
}).ToList();
//路線
List <LineDefaultSetting> lineDefaultSettings = new List <LineDefaultSetting>();
bool[] ltn = ExtractModProperty(modeLines, "ltn")?.Split(",").Select(flg => int.Parse(flg) != 0).ToArray() ?? new bool[0];
int[] lk = ExtractModProperty(modeLines, "lk")?.Split(",").Select(value => int.Parse(value)).ToArray() ?? new int[ltn.Length];
int[] lbs = ExtractModProperty(modeLines, "lbs")?.Split(",").Select(value => int.Parse(value)).ToArray() ?? new int[ltn.Length];
int[] las = ExtractModProperty(modeLines, "las")?.Split(",").Select(value => int.Parse(value)).ToArray() ?? new int[ltn.Length];
int[] lwe = ExtractModProperty(modeLines, "lwe")?.Split(",").Select(value => int.Parse(value)).ToArray() ?? Enumerable.Repeat(GameConstants.RetentionRateDefault, ltn.Length).ToArray();
int[] lts = ExtractModProperty(modeLines, "lts")?.Split(",").Select(value => int.Parse(value)).ToArray() ?? new int[ltn.Length];
int[] ulc = ExtractModProperty(modeLines, "ulc")?.Split(",").Select(value => int.Parse(value)).ToArray() ?? null;
int[] ulcr = ExtractModProperty(modeLines, "ulcr")?.Split(",").Select(value => int.Parse(value)).ToArray() ?? new int[ltn.Length];
for (int i = 0; i < ltn.Length; i++)
{
LineDefaultSetting setting = new LineDefaultSetting();
setting.IsExist = ltn[i];
if (setting.IsExist)
{
if (i < lk.Length)
{
setting.Type = (lk[i] & 4) > 0 ? RailTypeEnum.LinearMotor : RailTypeEnum.Iron;
setting.gauge = (lk[i] & 1) > 0 ? RailGaugeEnum.Regular : RailGaugeEnum.Narrow;
setting.IsElectrified = (lk[i] & 2) > 0;
}
if (i < lbs.Length)
{
setting.bestSpeed = lbs[i];
}
if (i < las.Length)
{
setting.LaneNum = las[i];
}
if (i < lwe.Length)
{
setting.retentionRate = lwe[i];
}
if (i < lts.Length)
{
setting.taihisen = (TaihisenEnum)lts[i];
}
if (ulc != null)
{
setting.useComposition = mode.DefautltCompositions[ulc[i] - 1];
}
if (i < ulcr.Length)
{
setting.runningPerDay = ulcr[i];
}
}
lineDefaultSettings.Add(setting);
}
mode.LineSettings = lineDefaultSettings;
//運行系統
List <KeitoDefaultSetting> keitoDefaultSettings = new List <KeitoDefaultSetting>();
int[] udc = ExtractModProperty(modeLines, "udc")?.Split(",").Select(value => int.Parse(value)).ToArray() ?? new int[0];
int[] udcr = ExtractModProperty(modeLines, "udcr")?.Split(",").Select(value => int.Parse(value)).ToArray() ?? new int[udc.Length];
for (int i = 0; i < udc.Length; i++)
{
KeitoDefaultSetting setting = new KeitoDefaultSetting()
{
useComposition = mode.DefautltCompositions[udc[i] - 1],
runningPerDay = udcr[i]
};
keitoDefaultSettings.Add(setting);
}
mode.KeitoDefaultSettings = keitoDefaultSettings;
//目標
mode.goalLineMake = (LineGoalTargetEnum?)ParseIntOrNull(ExtractModProperty(modeLines, "mmake"));
mode.goalTechDevelop = ExtractModProperties(modeLines, "mtec").ToDictionary(
value => (PowerEnum)(int.Parse(value.Split(",")[0]) - 1),
value => int.Parse(value.Split(",")[1]));
string[] mlbsValues = ExtractModProperty(modeLines, "mlbs")?.Split(",") ?? null;
if (mlbsValues != null)
{
mode.goalLineBestSpeed = ((LineGoalTargetEnum?)ParseIntOrNull(mlbsValues[0]), int.Parse(mlbsValues[1]));
}
string[] mmanegeValues = ExtractModProperty(modeLines, "mmanage")?.Split(",") ?? null;
if (mmanegeValues != null)
{
mode.goalLineManage = (LineGoalTargetEnum?)ParseIntOrNull(mmanegeValues[0]);
}
mode.goalMoney = ParseIntOrNull(ExtractModProperty(modeLines, "mmoney"));
mode.gameoverYear = int.Parse(ExtractModProperty(modeLines, "myear"));
return(mode);
}
/// <summary>
/// 路線建造コスト計算ロジック
/// </summary>
/// <param name="bestSpeed"></param>
/// <param name="laneSu"></param>
/// <param name="distance"></param>
/// <param name="railType"></param>
/// <param name="railGauge"></param>
/// <param name="isElectrified"></param>
/// <param name="taihisen"></param>
/// <param name="lineProperty"></param>
/// <param name="gameInfo"></param>
/// <returns></returns>
public static long CalcLineConstructionCost(
int bestSpeed, int laneSu, int distance,
RailTypeEnum railType, RailGaugeEnum?railGauge, bool?isElectrified,
TaihisenEnum taihisen, LinePropertyType lineProperty,
GameInfo gameInfo)
{
if (gameInfo is null)
{
throw new ArgumentNullException(nameof(gameInfo));
}
int railCostKeisu = gameInfo.LineMakeCost, year = gameInfo.Year, basicYear = gameInfo.BasicYear, economicIndex = gameInfo.CalcEconomicIndex();
long railCost;
long taihiCost;
int taihiKeisu;
if (laneSu == 3)
{
laneSu = 4;
}
switch (lineProperty)
{
case LinePropertyType.JapaneseInterCity:
railCost = (bestSpeed + 40) * (laneSu + 1) * (distance + 10) * 4;
taihiKeisu = 400;
break;
case LinePropertyType.Surburb:
railCost = (bestSpeed + 40) * (laneSu) * (distance + 1) * 6;
taihiKeisu = 500;
break;
case LinePropertyType.Outskirts:
railCost = (bestSpeed + 40) * (laneSu) * (distance + 1) * 8;
taihiKeisu = 700;
break;
case LinePropertyType.Plain:
railCost = (bestSpeed + 200) * (laneSu + 1) * (distance + 10) * 4 / 3;
taihiKeisu = 300;
break;
case LinePropertyType.Mountain:
if (bestSpeed > 80)
{
railCost = (bestSpeed + 200) * (laneSu + 1) * (distance + 10) * 4;
taihiKeisu = 500;
}
else
{
railCost = (bestSpeed + 40) * (laneSu + 1) * (distance + 10) * 4;
taihiKeisu = 400;
}
break;
case LinePropertyType.Alpine:
if (bestSpeed > 60)
{
railCost = (bestSpeed + 200) * (laneSu + 1) * (distance + 10) * 5;
taihiKeisu = 550;
}
else
{
railCost = (bestSpeed + 30) * (laneSu + 1) * (distance + 10) * 5;
taihiKeisu = 450;
}
break;
case LinePropertyType.Sea:
if (bestSpeed > 40)
{
railCost = (bestSpeed + 500) * (laneSu + 1) * (distance + 10) * 5;
taihiKeisu = 800;
}
else
{
railCost = 240 * (laneSu + 1) * (distance + 10) * 5;
taihiKeisu = 500;
}
break;
case LinePropertyType.RussianPlain:
railCost = (bestSpeed + 500) * (laneSu + 1) / 7 * (distance + 20) * 4;
taihiKeisu = 200;
break;
case LinePropertyType.Underground:
if (bestSpeed > 40)
{
railCost = (bestSpeed + 200) * (laneSu + 1) * (distance + 10) * 8;
taihiKeisu = 200;
}
else
{
railCost = 240 * (laneSu + 1) * (distance + 10);
taihiKeisu = 500;
}
break;
default:
throw new ArgumentException($"引数の内容が誤りです 内容:{lineProperty}", nameof(lineProperty));
}
//標準軌、リニア
if (railType == RailTypeEnum.LinearMotor || railGauge == RailGaugeEnum.Regular)
{
railCost = railCost * 6 / 5;
}
//電化(リニアは電化)
if (railType == RailTypeEnum.LinearMotor || isElectrified.GetValueOrDefault(true))
{
railCost = railCost * 3 / 2;
}
//リニア地下鉄(都営大江戸線、福岡市営地下鉄七隈線みたいな)
if (lineProperty == LinePropertyType.Underground && railType == RailTypeEnum.LinearMotor && bestSpeed < 200)
{
railCost /= 2;
}
switch (taihisen)
{
case TaihisenEnum.None:
taihiCost = 0;
break;
case TaihisenEnum.Every100km:
taihiCost = (distance / 100 + 1) * taihiKeisu * laneSu;
break;
case TaihisenEnum.Every50km:
taihiCost = (distance / 50 + 1) * taihiKeisu * laneSu;
break;
case TaihisenEnum.Every20km:
taihiCost = (distance / 20 + 1) * taihiKeisu * laneSu;
break;
case TaihisenEnum.Every10km:
taihiCost = (distance / 10 + 1) * taihiKeisu * laneSu;
break;
case TaihisenEnum.Every5km:
taihiCost = (distance / 5 + 1) * taihiKeisu * laneSu;
break;
case TaihisenEnum.Every2km:
taihiCost = (distance / 2 + 1) * taihiKeisu * laneSu;
break;
default:
throw new ArgumentException($"引数の内容が誤りです 内容:{taihisen}", nameof(taihisen));
}
var totalCost = railCost + taihiCost;
return(totalCost / 100 * railCostKeisu / 188 * (year / 10 - basicYear / 10 + 188) / 10 * economicIndex / 10);
}
