======= 契約ゲームメカニクス =======


契約ゲームメカニクス
マニュアルのゲームメカニクスセクションは、ゲームの計算で使用される内部式の詳細を説明します。マニュアルのこのセクションは疑似コードを使用しており、ゲーム内のコードと100％同じとは限りません。

マニュアルのゲームメカニクスパートは、主に "なぜX、Y、Zをするとこの評価になるのか？"というよくある質問に対するリファレンスとして設計されています。通常、この答えには多くの異なる変数が含まれており、マニュアルのこのセクションではそれを実証しています。

**マニュアルのゲームメカニクスセクションは、[[https://idioms.thefreedictionary.com/seeing+how+the+sausage+gets+made|ソーセージがどのように作られるか]]を示しています。ですから、ゲームを楽しむなら、このマニュアルの部分は避けた方がいいかもしれません。**


====== 変数 ======

^ 名称 ^ 説明 ^ ^ 名称 ^ 説明 ^
| **govPopulation** | 契約している都市や国の人口です。 | | **govCalc** | その国の戦況です。1=通常、0=限定、-1戦争、-2総力戦です。 |
| **year** | これはゲーム年です。 | | **Year_Built** | これはデザインした年です。 |
| **Minimum_Bid_Score** | 選ばれるために必要な最低落札点です。 | | **ContractPeriod** | 契約期間の長さです。 |
| **Wealth_Index** | デザインの裕福度です。[[gamemanual:references_vehicletypeimportance|このページ.]]をご覧ください。 | | **Wealth** | 裕福度を見る。 |
| **Lobbying_Budget** | 自社にかけられるロビー活動予算の加重値です | | **Max_Lobbying_Budget** | 使用できるロビー活動予算の最大値です |
| **contractUnitPriceMod** | EngineContracts.xmlファイルで定義されている、このタイプの契約の価格modです。	  | | **** |  |
| **Engine_Type_EngineSize** | EngineContracts.xmlファイルで定義されているエンジンサイズ変数です。  | | **Engine_Type_UnitNumbers** | EngineContracts.xmlファイルに定義されている、このタイプの契約の注文個数のModifier変数です。  |
| **Engine_Type_FuelMOD** | EngineContracts.xmlファイルで定義されているエンジン燃費変数です。  | | **Engine_Type_HPMOD** | EngineContracts.xml ファイルに定義されているエンジン馬力変数です。  |
| **Engine_Type_torqueMOD** | EngineContracts.xmlファイルで定義されたエンジントルク変数です。  | | **Engine_Type_WidthMOD** | EngineContracts.xmlファイルで定義されたエンジン幅変数です。  |
| **Engine_Type_LengthMOD** | EngineContracts.xmlファイルで定義されているエンジン長さ変数です。 | | **Engine_Type_WeightMOD** | EngineContracts.xmlファイルで定義されたエンジン重量変数です。  |
| **Engine_Type_unitPrice** | このModifier変数は、EngineContracts.xmlファイルで定義されているこのタイプのエンジン契約の単価に影響します。 | | **** | |
| **Type_Popularity** | この車種の車両の人気値です。 | | **CarContractType_unitNumbers** | EngineContracts.xmlファイルに定義されている、このタイプの車種契約の台数に対するModifier値です。  |
| **CarContractType_HPMOD** | EngineContracts.xmlファイルに定義されている、この車種の契約のための馬力のModifier値です。  | | **CarContractType_FuelMOD** | EngineContracts.xmlファイルに定義されている、この車種の契約のための燃費のModifier値です。 |
| **cargoType** | この車種の積載量を重視する評価です。 | | **CarContractType_CargoMOD** | EngineContracts.xmlファイルに定義されている、この車種の契約の積載量のModifier値です。  |
| **CarContractType_torqueMOD** | EngineContracts.xmlファイルに定義されている、この車種の契約のためのトルクのModifier値です。  | | **CarContractType_WeightMOD** | EngineContracts.xmlファイルに定義されている、この車種の契約のための重量のModifier値です。  |
| **CarContractType_TopSpeedMOD** | EngineContracts.xmlファイルに定義されている、この車種の契約のための最高速度のModifier値です。  | | **CarContractType_unitPrice** | EngineContracts.xmlファイルに定義されている、この車種の契約のための契約のための単価のModifier値です。 |
| **RacingSeries_Funding_Value** | RacingSeries.xmlファイルに定義されている、レースシリーズのレース資金変数です。  | | **RacingSeries_Races** | シリーズが1シーズンに開催するレース数です。 |
| **ex_1d002p_year99** | 1.002%%^%%(year-1899) | | **ex_1d005p_year99** | 1.005%%^%%(year-1899) |
| **ex_1d008p_year99** | 1.008%%^%%(year-1899) | | **ex_1d01p_year99** | 1.01%%^%%(year-1899) |
| **ex_1d015p_year99** | 1.015%%^%%(year-1899) | | **ex_1d02p_year99** | 1.02%%^%%(year-1899) |
| **ex_1d025p_year99** | 1.025%%^%%(year-1899) | | **ex_1d03p_year99** | 1.03%%^%%(year-1899) |
| **ex_1d035p_year99** | 1.035%%^%%(year-1899) | | **ex_1d04p_year99** | 1.04%%^%%(year-1899) |
| **ex_1d06p_year99** | 1.06%%^%%(year-1899) | |  |  |



====== 車両契約仕様 ======

===== エンジン =====

==== 排気量 ====

<code cpp>
//Land/Army
	EngineCC = (Random Number Between 0 And 5000) + 10000) * Engine_Type_EngineSize
//Maritime/Navy
	EngineCC = (Random Number Between 0 And 10000) + 25000) * Engine_Type_EngineSize
//Aero
	EngineCC = (Random Number Between 0 And 18000 + 12000) * Engine_Type_EngineSize
</code>


==== ユニット要求 ====

<code cpp>
if(EngineCC > 20000)
    EngineSizeUnitMod = 1000000 / EngineCC
else
    EngineSizeUnitMod = (-0.123 * EngineCC) + 2500



if Land/Army
    Units = ((govPopulation/100000) + EngineSizeUnitMod*0.2 +
     Random Number Between 0 And EngineSizeUnitMod*0.8)) * govCalc + 1
else if Navy
    Units = ((govPopulation/1000000) + EngineSizeUnitMod*0.2 +
     Random Number Between 0 And EngineSizeUnitMod*0.8)) * govCalc + 1
else if Military Aero
    Units = ((govPopulation/250000) + EngineSizeUnitMod*0.2 +
     Random Number Between 0 And EngineSizeUnitMod*0.8)) * govCalc + 1
else if Civil Aero
    Units = ((govPopulation/200000) + EngineSizeUnitMod*0.2 +
     Random Number Between 0 And EngineSizeUnitMod*0.8)) + 1
else if Civil Maritime
    Units = ((govPopulation/750000) + EngineSizeUnitMod*0.2 +
     Random Number Between 0 And EngineSizeUnitMod*0.8))  + 1

Units = Units * Engine_Type_UnitNumbers


UnitsPerMonth = Units / ContractPeriod

if(UnitsPerMonth < 1)
    UnitsPerMonth = 1
</code>


==== 燃費 ====

<code cpp>

fuelRand = Random Number Between 0 And 3

if Land/Army
    MPG = ((10 - (EngineCC/4000)) - fuelRand) * Engine_Type_FuelMOD * ex_1d002p_year99+3;
else if Navy
    MPG =(( 10 - (EngineCC/12000)) - fuelRand)*Engine_Type_FuelMOD * ex_1d002p_year99+3;
else if Aero
    MPG = ((10 - (EngineCC/3500)) - fuelRand) * Engine_Type_FuelMOD * ex_1d002p_year99+3;


if(MPG < 4 || MPG > 200)
    MPG = -1;
</code>


==== 馬力 ====

<code cpp>
if Land/Army
    HP = (Random Number Between 0 And (EngineCC/250)+((EngineCC/100)*ex_1d01p_year99)) * Engine_Type_HPMOD
else if Navy
    HP =  (Random Number Between 0 And (EngineCC/600)+EngineCC/200) *ex_1d015p_year99 * Engine_Type_HPMOD
else if Aero
    HP =  ((Random Number Between 0 And (EngineCC/250)+((EngineCC/70)*ex_1d005p_year99))) * Engine_Type_HPMOD
else if Civil Ships
    HP =  (Random Number Between 0 And (EngineCC/500)+EngineCC/200) *ex_1d005p_year99 * Engine_Type_HPMOD
</code>



==== トルク ====

<code cpp>
if Land/Army
    torque = (15 + Random Number Between 0 And EngineCC/450)+(EngineCC/300) ) * ex_1d008p_year99 * Engine_Type_torqueMOD;
else if Navy
    torque = (15 + Random Number Between 0 And EngineCC/370)+(EngineCC/500) ) * ex_1d008p_year99 * Engine_Type_torqueMOD;
else if Aero
    torque = (20 + Random Number Between 0 And EngineCC/300)+(EngineCC/200) ) * ex_1d008p_year99 * Engine_Type_torqueMOD;
</code>




==== トルク ====

<code cpp>
if Land/Army
    torque = (15 + Random Number Between 0 And EngineCC/450)+(EngineCC/300) ) * ex_1d008p_year99 * Engine_Type_torqueMOD;
else if Navy
    torque = (15 + Random Number Between 0 And EngineCC/370)+(EngineCC/500) ) * ex_1d008p_year99 * Engine_Type_torqueMOD;
else if Aero
    torque = (20 + Random Number Between 0 And EngineCC/300)+(EngineCC/200) ) * ex_1d008p_year99 * Engine_Type_torqueMOD;
</code>





==== 幅 ====

<code cpp>
if Land/Army
    EngineWidth = (EngineCC/300 + 10) * Engine_Type_WidthMOD;
else if Navy
    EngineWidth = (EngineCC/150 + 10)*Engine_Type_WidthMOD;
else if Aero
    EngineWidth = (EngineCC/350 + 10)*Engine_Type_WidthMOD;
</code>




==== 長さ ====

<code cpp>
if Land/Army
    EngineLength = (EngineCC / 300 + 12) * Engine_Type_LengthMOD;
else if Navy
    EngineLength = (EngineCC / 150 + 12)*Engine_Type_LengthMOD;
else if Aero
    EngineLength = (EngineCC / 200 + 12)*Engine_Type_LengthMOD;
</code>




==== 重量 ====

<code cpp>
if Land/Army
    Weight = (EngineCC / 11.5 + 100) * ex_1d008p_year99 * Engine_Type_WeightMOD;
else if Navy
    Weight = (EngineCC / 5.5 + 500) * ex_1d008p_year99 * Engine_Type_WeightMOD;
else if Aero
    Weight = (EngineCC / 10.0 + 50) * Engine_Type_WeightMOD;
</code>



==== ペナルティ、単価、契約ボーナス ====

<code cpp>

if Units < 50 
    bonusPenality = (ex_1d025p_year99 *30000) * (50.0/(Units))


if Land/Army
    Penalty =   (ex_1d025p_year99 * EngineCC/50) * Units + 1 + bonusPenality;
else if Military Navy
    Penalty =   (ex_1d025p_year99 * EngineCC/10) * Units + 1 + bonusPenality;
else if Military Aero
    Penalty =   (ex_1d025p_year99 * EngineCC/30) * Units + 1 + bonusPenality;
else if Civilian Aero
    Penalty =  (ex_1d025p_year99 * EngineCC/80) * Units + 1 + bonusPenality;
else if Civilian Ships
    Penalty =   (ex_1d025p_year99 * EngineCC/80) * Units + 1+bonusPenality;



if(Random Number Between 0 And 1 = 1 )
{
    basePrice = 0

    if Easy Difficulty
        basePrice = 175;
    else if Normal Difficulty
        basePrice = 75


    if Land/Army
    {
        UnitCosts = ((((105 +basePrice) * ex_1d025p_year99) + 
            Random Number Between 0 And (130 + basePrice/1.25) * ex_1d02p_year99)) +
            EngineCC/200 + 1 + (bonusPenality/10))
            
        Penalty = ((UnitCosts + EngineCC/200) /2.0) * Units + 1 + bonusPenality
    }
    else if Military Navy
    {
        UnitCosts = ((((305 + basePrice) * ex_1d025p_year99) + 
            Random Number Between 0 And (200 +basePrice/1.25) * ex_1d02p_year99)) +
            EngineCC/50 + 1+(bonusPenality/10))
            
        Penalty = ((UnitCosts + EngineCC/50)/0.5) * Units + 1 + bonusPenality
    }
    else if Military Aero
    {
        UnitCosts = ((((205  + basePrice) * ex_1d025p_year99) +
            Random Number Between 0 And (230 +basePrice/1.25) * ex_1d02p_year99)) +
            EngineCC/100 + 1 + (bonusPenality/10))
            
        Penalty = ((UnitCosts+EngineCC/100)/1.5) * Units + 1 + bonusPenality
    }
    else if Civilian Aero
    {
        UnitCosts = ((((130 + basePrice) * ex_1d025p_year99) + 
            Random Number Between 0 And (155 +basePrice/1.25) * ex_1d02p_year99)) +
            EngineCC/150 + 1 + (bonusPenality/10))
            
        Penalty = ((UnitCosts+EngineCC/150)/2.0) * Units + 1 + bonusPenality
    }
    else if Civilian Ships
    {
        UnitCosts = ((((255  + basePrice) * ex_1d025p_year99) + 
            Random Number Between 0 And (200 + basePrice/1.25) * ex_1d02p_year99)) +
            EngineCC/100 + 1+(bonusPenality/10))
            
        Penalty = ((UnitCosts + EngineCC/100)/2.0) * Units + 1 + bonusPenality
    }

    if(Units > 1000)
        UnitCosts = (UnitCosts * 0.75) + (UnitCosts * 0.25 * (1000.0/(1000.0 + Units)))
    else
        UnitCosts = (UnitCosts * 0.875)

    UnitCosts = UnitCosts * contractUnitPriceMod;
    UnitCosts = UnitCosts * Engine_Type_unitPrice;


    SigningBonus = UnitCosts / (Random Number Between 0 And 10) + 10) * Units

    SigningBonus = SigningBonus * contractUnitPriceMod
    SigningBonus = SigningBonus * Engine_Type_unitPrice


    Penalty = Penalty + SigningBonus * Random Number Between 0 and 1.0 + 3.0    

}

</code>


===== 車両 =====


==== ユニット ====

<code cpp>
Units = (govPopulation * (0.002 + (0.0025 * Absolute Value of(govStatus*3) ))) * Type_Popularity + 1

Units = Units * CarContractType_unitNumbers

if(warContract)
    Units = Units * 5


</code>


==== 排気量 ====

<code cpp>
EngineCC = (Random Number Between 0 And (500) + 1000) * Wealth
</code>

==== 馬力 ====

<code cpp>
if Military Contract
    HP = (Random Number Between 0 And (10)+(5 * ex_1d008p_year99)) * wealth * CarContractType_HPMOD
else if Civilian Contract
    HP = (Random Number Between 0 And (15)+10) * ex_1d008p_year99 * wealth * CarContractType_HPMOD

</code>


==== 燃費 ====

<code cpp>
if(Military Contract)
    MPG = (14 - (wealth * 2)+ Random Number Between 0 And (4)) * CarContractType_FuelMOD + 3;
else if(Civilian Contract)
    MPG = (20 - (wealth *1.75)+ Random Number Between 0 And (4)) * CarContractType_FuelMOD + 3;

if(MPG < 4 OR MPG > 200)
   No fuel economy limit 

</code>


==== 積載 ====

<code cpp>
if(Military Contract)
    CargoReq = 200 + (Random Number Between 0 And (200) + 200) * (cargoType * 1.2) * CarContractType_CargoMOD
else if(Civilian Contract)
    CargoReq = 200 + (Random Number Between 0 And (200) + 150) * (cargoType * 1.2) * CarContractType_CargoMOD
</code> 


==== トルク ====

<code cpp>
torque =  (25 + (EngineCC/100)) * ex_1d005p_year99 * CarContractType_torqueMOD
</code> 

==== 重量 ====

<code cpp>
Weight = (500 + (CargoReq /  50) + Random Number Between 0 And (300)) * ex_1d008p_year99 * CarContractType_WeightMOD
</code> 

==== 最高速度 ====

<code cpp>
if( Year < 2021 )
    topSpeed = ( (20 + ((year-1899)/3.5)) + Random Number Between 0 And (15 + ((year-1899)/2)) )* ex_1d005p_year99 * CarContractType_TopSpeedMOD
else
    topSpeed =  (40 + Random Number Between 0 And (80)) * ex_1d005p_year99 * CarContractType_TopSpeedMOD

</code> 


==== 単価、ペナルティ、契約ボーナス ====

<code cpp>
basePrice = 0

if Difficulty is Easy
    basePrice = 175
else if Difficulty Normal
    basePrice = 75


if(Military Contract)
{
    UnitCosts = (((350 + basePrice) * ex_1d02p_year99) + 
        Random Number Between 0 And ((50 + basePrice/1.25) *
        ex_1d02p_year99)) * (Wealth * 0.8 + 1)
}
else if(Civilian Contract)
{
    UnitCosts = (((250  + basePrice) * ex_1d02p_year99) + 
        Random Number Between 0 And ((100 + basePrice/1.25) *
        ex_1d02p_year99)) * (Wealth * 0.7 + 1)
}

if(UnitCosts > 1000)
    UnitCosts = (UnitCosts * 0.75) + (UnitCosts * 0.25 * (1000.0/(1000.0 + Units)))
else
    UnitCosts = (UnitCosts * 0.875)


UnitCosts = UnitCosts * contractUnitPriceMod
UnitCosts = UnitCosts * CarContractType_unitPrice

if(UnitCosts < 450)
    UnitCosts = 450

SigningBonus = UnitCosts/(Random Number Between 0 And (10) + 10)  * Units

Penalty = Penalty + SigningBonus * RandomNumber->randDblExc(1.0) + 0.5

Penalty = Penalty + ((ex_1d02p_year99 * EngineCC/50) * Units) + 1

SigningBonus = SigningBonus * contractUnitPriceMod
SigningBonus = SigningBonus * CarContractType_unitPrice


</code>

====== レース契約書の作成 ======

===== 車両 =====

排気量、燃料、過給機、シリンダー、車種など、レースシリーズの制限を定義します。
==== 契約ボーナス、ペナルティ、単価 ====
 


<code cpp>

SigningBonus =  ((2000*ex_1d03p_year99)+(5000*RacingSeries_Funding_Value*ex_1d06p_year99)) *
 (Random Number Between (0 And 1.0)+0.5)

Penalty = SigningBonus * (Random Number Between (0 And 3.0)+2.0)

if Difficulty = Easy
    UnitCosts = (3000*ex_1d025p_year99) * (RacingSeries_Funding_Value/5.0 +1)
else if Difficulty = Normal
    UnitCosts = (2000*ex_1d025p_year99) * (RacingSeries_Funding_Value/6.0 +1)
else if Difficulty = Hard or Nightmare
    UnitCosts = (1000*ex_1d025p_year99) * (RacingSeries_Funding_Value/7.0 +1)

</code>




==== ユニット ====

<code cpp>
Units = ((RacingSeries_Races) * RacingSeries_Funding_Value) + 10;
</code>




==== 最小馬力 ====

<code cpp>
MinHP = (100+(2*(year-1900)))
</code>


==== 横G ====

<code cpp>
Lateral_G =  1 + (0.0005 * (year-1900))
</code>


==== 最高速度 ====

<code cpp>
Top_Speed = 100 + (2 * (year-1900))
</code>
===== エンジン =====

排気量、燃料、過給機、シリンダータイプは、レースシリーズの制限に従うこと。
==== Signing Bonus, Penalties, Unit Costs ====

<code cpp>
SigningBonus =  ((1000*ex_1d03p_year99)+(2500*RacingSeries_Funding_Value*ex_1d06p_year99)) *
(Random Number Between (0 And 1.0)+0.5)

Penalty = SigningBonus * (Random Number Between (0 And 3.0)+2.0)



if Difficulty = Easy
    UnitCosts = (3000*ex_1d02p_year99) * (RacingSeries_Funding_Value/5.0 + 1)
else if Difficulty = Normal
    UnitCosts = (2500*ex_1d02p_year99) * (RacingSeries_Funding_Value/6.0 + 1)
else if Difficulty = Hard or Nightmare
    UnitCosts = (1500*ex_1d02p_year99) * (RacingSeries_Funding_Value/7.0 + 1)


</code>



==== ユニット ====

<code cpp>
Units = ((RacingSeries_Races * 3.0) * RacingSeries_Funding_Value) + 5;
</code>


==== 最小馬力 ====

<code cpp>
Min_HP =  (100+(2*(year-1900)));
</code>



====== 落札者選定 ======


===== 最高入札価格 =====

<code cpp>
if Vehicle Contract
    maxBid = ((500 * ex_1d03p_year99) + Random Number Between 0 and (250 * ex_1d03p_year99)) * (Wealth_Index * .75)
else if( Engine Contract )
    maxBid = (((550 * ex_1d03p_year99) + Random Number Between 0 And (550 * ex_1d04p_year99)) + ( HP/(20 * ex_1d02p_year99) ) + 1)
else
    maxBid = (((550 * ex_1d035p_year99) + RandomNumber Between 0  And (550 * ex_1d04p_year99)) + 1)


}
                
</code>



===== 最低落札点数 =====

<code cpp>
If Only One Bid
    Min_Bid_Mod = 1.6
If Only Two Bids
    Min_Bid_Mod = 1.3
If Only Three Bids
    Min_Bid_Mod = 1.1
If More Than Three Bids
    Min_Bid_Mod = 0
    
    
Minimum_Bid_Score = Minimum_Bid_Score * Min_Bid_Mod;

</code>






===== 車両入札 =====

<code cpp>

							
if(Lobbying Effectiveness > 60)
{
    lobbyMod = (Lobbying Budget / Max_Lobbying_Budget
}
else
{
    lobbyMod = 0
}


if(lobbyMod >= 1.5)
{
    lobbyMod = 1.499;
}


if Vehicle Contract
{
        
if( (Year - Year Built)> 6)
{
    ageMod = 7 /  (Year - Year Built);
}
else
{
    ageMod = 1;
}


if Racing Contract
{
    BuyerRating = (((Spec_HP - ContractRequirements_HP)*2.5)  + (Spec_Fuel - ContractRequirements_FuelConsumption) + ((ContractRequirements_Weight - Spec_Weight)/50.0) +
        ((Spec_Cargo - ContractRequirements_CargoSpace/10.0)) + (Rating_Overall * 10) + (Rating_Cargo) +
        ((Spec_Torque - ContractRequirements_Torque)*2.5) + ((Spec_TopSpeed - ContractRequirements_TopSpeed)*3.5) + (Spec_LateralG - ContractRequirements_LateralG)*3 +
        (Rating_Quality*1) +  (Rating_Dependability*10))/((Unit_Bid_Price^0.25)+1)*(1.5-lobbyMod))
}
else
{
    BuyerRating = (((Spec_HP - ContractRequirements_HP)/2.0)  + (Spec_Fuel - ContractRequirements_FuelConsumption) + ((ContractRequirements_Weight - Spec_Weight)/100.0) +
        ((Spec_Cargo - ContractRequirements_CargoSpace/1.5)) + (Rating_Overall * 20) + (Rating_Cargo*15) +
        ((Spec_Torque - ContractRequirements_Torque)/2.0) + ((Spec_TopSpeed - ContractRequirements_TopSpeed)/3.5) + (Spec_LateralG - ContractRequirements_LateralG) +
        (Rating_Quality*25) +  (Rating_Dependability*30))/((Unit_Bid_Price^0.81)+1)*(1.5-lobbyMod)
}

BuyerRating = BuyerRating * ageMod;


Whoever has the highest buyer rating wins the contract.



</code>




===== エンジン入札 =====

<code cpp>

							
if(Lobbying Effectiveness > 60)
{
    lobbyMod = (Lobbying Budget / Max_Lobbying_Budget
}
else
{
    lobbyMod = 0
}


if(lobbyMod >= 1.5)
{
    lobbyMod = 1.499;
}


		
if( (Year - Year Built) > 6)
{
    ageMod = 7 /  (Year - Year Built);
}
else
{
    ageMod = 1;
}


if(lobbyMod == 1.5)
{
    lobbyMod = 1.499;
}

if Racing Contract
{
    BuyerRating =   (((HP - ContractRequirements_HP)*2) + ((ContractRequirements_EngineWeight - Weight)/2.0) +((Torque - ContractRequirements_Torque)*2) +
        (FuelConsumption - ContractRequirements_FuelConsumption) +  (Overall_Rating * 5) +  (EngineReliability_Rating * 5) +
        (Fuel_Rating * 5) +  (Power_Rating * 5) ) /((UnitBid^0.25)+1)*(1.5-lobbyMod)
}
else
{
        BuyerRating =   (((HP - ContractRequirements_HP)/2.0) + ((ContractRequirements_EngineWeight - Weight)/10.0) +((Torque - ContractRequirements_Torque)/2.0) +
        (FuelConsumption - ContractRequirements_FuelConsumption) +  (Overall_Rating * 15) +  (EngineReliability_Rating * 15) +
        (Fuel_Rating * 10) +  (Power_Rating * 10) + (Smoothness_Rating * 10)) /((UnitBid^0.81)+1)*(1.5-lobbyMod)
}

BuyerRating = BuyerRating * ageMod;
                    
Whoever has the highest buyer rating wins the contract.
							
</code>





===== シャーシ入札 =====

<code cpp>

							
if(Lobbying Effectiveness > 60)
    lobbyMod = (Lobbying Budget / Max_Lobbying_Budget
else
    lobbyMod = 0


if(lobbyMod >= 1.5)
    lobbyMod = 1.499;



if( (Year - Year Built) > 6)
{
    ageMod = 7 /  (Year - Year Built)
}
else
{
    ageMod = 1
}


if Racing Contract
{
    BuyerRating =  (((ChassisMaxEngineLength+ChassisMaxEngineWidth)-ChassisWeightKG) +
                    Strength_Rating*1.25 + Comfort_Rating + (Performance_Rating * 25) +
                    Dependability_Rating*2)/((UnitBid^0.25)+1)*(1.5-lobbyMod)
}
else
{
    BuyerRating =  ((((ChassisMaxEngineLength*2)+(ChassisMaxEngineWidth*2))) +
                    Strength_Rating + Comfort_Rating*2 + Performance_Rating*2 +
                    (Dependability_Rating*4)+Overall_Rating*3)//((UnitBid^0.81)+1)*(1.5-lobbyMod)

}

BuyerRating = BuyerRating * ageMod


Whoever has the highest buyer rating wins the contract.

</code>






===== ギアボックス入札 =====

<code cpp>

							
if(Lobbying Effectiveness > 60)
    lobbyMod = (Lobbying Budget / Max_Lobbying_Budget
else
    lobbyMod = 0


if(lobbyMod >= 1.5)
    lobbyMod = 1.499;



if( (Year - Year Built) > 6)
{
    ageMod = 7 /  (Year - Year Built)
}
else
{
    ageMod = 1
}


if Racing Contract
{
    BuyerRating =  (((Overall_Rating*1.5+(Comfort_Rating*0.25))-Weight) +
                    Reliability_Rating*2 + (Performance_Rating*15) + (FuelConsumption_Rating*2) +
                    Power_Rating*5+(MaxTorqueInput*2.25))/((UnitBid^0.25)+1)*(1.5-lobbyMod)
}
else
{
    BuyerRating =  (((Overall_Rating*2.5+(Comfort_Rating*2.25))-Weight*2.5) +
                    Reliability_Rating*1.5 + (Performance_Rating) + (FuelConsumption_Rating*2) +
                    Power_Rating+(MaxTorqueInput*0.05))/((UnitBid^0.81)+1)*(1.5-lobbyMod)

}

BuyerRating = BuyerRating * ageMod

Whoever has the highest buyer rating wins the contract.

</code>