エンジンゲームメカニクス

マニュアルのゲームメカニクスセクションでは、ゲームの計算で使用される内部式の詳細を説明します。このセクションでは擬似的な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、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、ゲームを楽しむのであれば、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

計算式で使用する変数とその説明の表です。

スライダー

変数	説明	変数	説明
Slider_Layout_Bore	スライダー：エンジンデザインレイアウト ⇒ ボア	Slider_Layout_Stroke	スライダー：エンジンデザインレイアウト ⇒ ストローク
Slider_Layout_Length	スライダー：エンジンデザインレイアウト ⇒ 長さ	Slider_Layout_Width	スライダー：エンジンデザインレイアウト ⇒ 幅
Slider_Layout_Displacement	(スライダーレイアウトボア＋スライダーレイアウトストローク) ÷ 2.0	Slider_Layout_Weight	スライダー：エンジンデザインレイアウト ⇒ 重量
Slider_Performance_Revolutions	スライダー：エンジンデザインパフォーマンス ⇒ 回転数	Slider_Performance_Torque	スライダー：エンジンデザインパフォーマンス ⇒ エンジントルク
Slider_Performance_FuelEconomy	スライダー：エンジンデザインパフォーマンス ⇒ 燃費	Slider_DesignFocus_Performance	スライダー：エンジンデザインフォーカス ⇒ パフォーマンス重視
Slider_DesignFocus_FuelEconomy	スライダー：エンジンデザインフォーカス ⇒ 燃費重視	Slider_DesignFocus_Dependability	スライダー：エンジンデザインフォーカス ⇒ ディペンダビリティ重視
Slider_DesignFocus_DesignPace	スライダー：エンジンデザインフォーカス ⇒ 開発ペース	Slider_Technology_Materials	スライダー：エンジンデザイン技術 ⇒ 材料品質
Slider_Technology_Components	スライダー：エンジンデザイン技術 ⇒ 部品品質	Slider_Technology_Technologies	スライダー：エンジンデザイン技術 ⇒ 技術
Slider_Technology_Techniques	スライダー：エンジンデザイン技術 ⇒ 製造技術

サブコンポーネント

変数	説明	変数	説明
SubComponent_Layout_UnitCosts	エンジンレイアウトユニットコスト	SubComponent_Layout_DesignCosts	エンジンレイアウト設計コスト
SubComponent_Layout_DesignRequirements	エンジンレイアウト設計要件	SubComponent_Layout_ManufacturingRequirements	エンジンレイアウト製造要件
SubComponent_Layout_Reliability	エンジンレイアウト信頼性値	SubComponent_Layout_Weight	エンジンレイアウト重量値
SubComponent_Layout_FinishTime	エンジンレイアウト開発期間値	SubComponent_Layout_Width	エンジンレイアウト幅値
SubComponent_Layout_Length	エンジンレイアウト長さ値	SubComponent_Layout_Smoothness	エンジンレイアウト滑らかさ値
SubComponent_Layout_ValveLimit	エンジンレイアウトバルブレイアウトにつかえるもの	SubComponent_Layout_UseDisplacement	エンジンレイアウト排気量
SubComponent_Layout_CylinderLengthArrangment	エンジンレイアウトシリンダーバンク数	SubComponent_Layout_FuelRatings	エンジンレイアウト燃費値
SubComponent_Layout_PowerRatings	エンジンレイアウトパワー評価値	SubComponent_Layout_Turbined	エンジンレイアウトの円形
SubComponent_Cylinders_UnitCosts	シリンダーユニットコスト値	SubComponent_Cylinders_DesignCosts	シリンダー設計コスト値
SubComponent_Cylinders_DesignRequire	シリンダー設計要件	SubComponent_Cylinders_ManufacturingRequire	シリンダー製造要件
SubComponent_Cylinders_PowerRating	シリンダーパワー値	SubComponent_Cylinders_FuelRating	シリンダー燃費値
SubComponent_Cylinders_ReliabilityRating	シリンダー信頼性値	SubComponent_Cylinders_Weight	シリンダー重量値
SubComponent_Cylinders_FinishTime	シリンダー開発期間値	SubComponent_Cylinders_CylinderCount	シリンダー数
SubComponent_Cylinders_SmoothnessRating	シリンダー滑らかさ値	SubComponent_FuelType_UnitCosts	燃料タイプユニットコスト
SubComponent_FuelType_DesignCosts	燃料タイプ設計コスト	SubComponent_FuelType_DesignRequirements	燃料タイプレイアウト設計要件
SubComponent_FuelType_ManufacturingRequirements	燃料タイプレイアウト製造要件	SubComponent_FuelType_PowerRating	燃料タイプパワー値
SubComponent_FuelType_FuelRating	燃料タイプ燃費値	SubComponent_FuelType_ReliabilityRating	燃料タイプ信頼性値
SubComponent_FuelType_Weight	燃料タイプ重量値	SubComponent_FuelType_FinishTime	燃料タイプ開発期間値
SubComponent_FuelType_RPM	燃料タイプRPM値	SubComponent_FuelType_SmoothnessRating	燃料タイプ滑らかさ値
SubComponent_FuelType_PopularityRating	燃料タイプ人気値	SubComponent_Induction_UnitCosts	過給機ユニットコスト
SubComponent_Induction_DesignCosts	過給機設計コスト	SubComponent_Induction_DesignRequirements	過給機設計要件
SubComponent_Induction_ManufacturingRequirements	過給機製造要件	SubComponent_Induction_PowerRating	過給機パワー値
SubComponent_Induction_FuelRating	過給機燃費値	SubComponent_Induction_ReliabilityRating	過給機信頼性値
SubComponent_Induction_Weight	過給機重量値	SubComponent_Induction_FinishTime	過給機開発期間値
SubComponent_Valve_UnitCosts	バルブシステムユニットコスト	SubComponent_Valve_DesignCosts	バルブシステム設計コスト
SubComponent_Valve_DesignRequirements	バルブシステム設計要件	SubComponent_Valve_ManufacturingRequirements	バルブシステム製造要件
SubComponent_Valve_FuelRating	バルブシステム燃費値	SubComponent_Valve_ReliabilityRating	バルブシステム燃料信頼性値
SubComponent_Valve_Weight	バルブシステム燃料重量値	SubComponent_Valve_FinishTime	バルブシステム開発期間値
SubComponent_Valve_RPM	バルブシステムRPM値	SubComponent_Valve_SmoothnessRating	バルブシステム滑らかさ値
SubComponent_Valve_Size	バルブシステムサイズ値	SubComponent_Valve_PowerRating	バルブシステムパワー値

グローバル

変数	説明	変数	説明
Year	現在のゲーム年	Marq_DesignEngineSkill	選択したブランドのエンジンデザインスキル
AdjustedYear	年 - 1899年（2020年以降は121に設定されています）	PreResearchEngineAmountEffect	エンジンデザインに関する研究チームのボーナス
Global_Interest_Rate	TurnEvents.xmlファイルで定義されているグローバル金利	carPriceRate	TurnEvents.xmlファイルで定義されているグローバル車両コスト変数
ex_0d996p_year50R	0.996^(2050-year) if Year > 2020: 0.901037361	ex_1d0023p_year99	1.0023^(year-1899)
ex_1d0024p_year99	1.0024^(year-1899)	ex_1d003p_year99	1.003^(year-1899)
ex_1d0035p_year99	1.0035^(year-1899)	ex_1d004p_year99	1.004^(year-1899)
ex_1d005p_year99	1.005^(year-1899)	ex_1d0051p_year99	1.0051^(year-1899)
ex_1d006p_year99	1.006^(year-1899)	ex_1d007p_year99	1.007^(year-1899)
ex_1d008p_year99	1.008^(year-1899)	ex_1d01p_year99	1.01^(year-1899)
ex_1d025p_year99	1.025^(year-1899)	ex_1d03p_year99	1.03^(year-1899)
ex_1d033p_year99	1.033^(year-1899)	ex_1d035p_year99	1.035^(year-1899)
ex_1d038p_year99	1.038^(year-1899)	ex_1d039p_year99	1.039^(year-1899)
ex_1d04p_year99	1.04^(year-1899)	ex_1d05p_year99	1.05^(year-1899)

仕様

ボア

数値はミリメートル単位です。

Bore_mm = スライダーの横にあるテキストボックスの値。

ストローク

数値はミリメートル単位です。

Stroke_mm = スライダーの横にあるテキストボックスの値

排気量

数値は立方センチメートル(cc)です

Displacement_CC = (0.7854 * ((Bore_mm/10) * (Bore_mm/10)) * (Stroke_mm/10) * SubComponent_Cylinders_CylinderCount)

トルク

数値はlb-ft単位です。

Torque = 10 + (Marq_DesignEngineSkill/20.0) + 
    ((((25) * ((Slider_Performance_Torque - 0.4)*1.5)*ex_1d01p_year99) +
    ((4*(SubComponent_Layout_Length + SubComponent_Layout_Width) )*ex_1d005p_year99) - 
    (14 * (Slider_Performance_FuelEconomy+Slider_DesignFocus_FuelEconomy) * ex_1d004p_year99) +
    (SubComponent_Layout_PowerRatings*5 + SubComponent_Cylinders_PowerRating*13 +
    SubComponent_FuelType_PowerRating*24 + 100*SubComponent_Induction_PowerRating +
    (5 * ex_1d004p_year99 * Slider_DesignFocus_Performance) +
    8*(Slider_Technology_Components+Slider_Technology_Materials + 
    Slider_Technology_Technologies +Slider_Technology_Techniques))*ex_1d0024p_year99))
 
Torque = Torque * ((SubComponent_Cylinders_CylinderCount * Stroke_mm*0.93 * Bore_mm*0.9)*0.000027)+5    
 
if year < 2050 then:
    Torque = Torque * ex_0d996p_year50R
 
Torque = Torque * SubComponent_Valve_PowerRating

RPM

tmpAY = AdjustedYear
 
if tmpAY > 80 then:
    tmpAY = 80 + ((AdjustedYear-80)/5)
 
 
rpm = ((((tmpAY^4)*0.00000420875) - 
    ((19*(tmpAY^3))*0.00016835) + ((427*(tmpAY^2))*0.00126) +
    ((1315*(tmpAY))*0.01515) + 620 ) + (265 * ex_1d01p_year99 * Slider_DesignFocus_Performance) +
    (465 * ex_1d0105p_year99 * (Slider_Performance_Revolutions*5.5)) -
    (10 * ex_1d01p_year99 * SubComponent_Induction_PowerRating) +
    (55 * ex_1d005p_year99 * (1-Slider_Layout_Weight)) - (30* ex_1d005p_year99 *
    (Slider_DesignFocus_FuelEconomy + Slider_Performance_FuelEconomy))+  
    (25 * ex_1d01p_year99 * Slider_Technology_Components) + 
    (25 * ex_1d01p_year99 * Slider_Technology_Materials) + 
    (25 * ex_1d01p_year99 * Slider_Technology_Technologies)) * 
    SubComponent_FuelType_RPM
 
 
rpm = rpm * SubComponent_Valve_RPM
 
rpm = rpm - ((rpm/1.5) * (Stroke_mm/221.136364))
 
if rpm < 25 then:
    rpm = 25

馬力

数値は馬力です。

hp = (Torque * rpm) / 5252

長さ

数値はインチ単位です。

SubComponent_Layout_CylinderLengthArrangment Equals 1

Length = (3 + (Displacement_CC/((47.3)+277))) * SubComponent_Layout_Length +
    ((SubComponent_Cylinders_CylinderCount)*(Bore_mm/130.0)) +
    (SubComponent_Cylinders_CylinderCount+(5*(Bore_mm/130.0))+
    2*SubComponent_Valve_Size)
 
Length = Length + (0.16 * Length * Slider_Layout_Length)

SubComponent_Layout_CylinderLengthArrangment Equals -1 Or Less

Bank = SubComponent_Layout_CylinderLengthArrangment * -1
 
Length = 3+(0.039 * (Bore_mm * 2)) + 5 * Slider_Layout_Length
 
Length = Length * Bank

SubComponent_Layout_CylinderLengthArrangment Equals Any Other Value

Banks = 0.5;
 
if SubComponent_Layout_CylinderLengthArrangment > 0
    Banks = 1.0/SubComponent_Layout_CylinderLengthArrangment
 
Length = (4 + ((Displacement_CC*(Banks*2))/((47.3)+277))) * 
    SubComponent_Layout_Length + ((SubComponent_Cylinders_CylinderCount*Banks)*
    (Bore_mm/130.0)) + ((SubComponent_Cylinders_CylinderCount*(Banks*2))+
    (5*(Bore_mm/130.0))+2*SubComponent_Valve_Size)
 
 
Length = Length + (0.16 * Length * Slider_Layout_Length);

幅

数値はインチ単位です。

Width = (6 + (Displacement_CC/((57.3)+302))) * SubComponent_Layout_Width + 
    ((6*(Bore_mm/115.0))+5*SubComponent_Valve_Size)
 
Width = Width + (0.16 * Width * Slider_Layout_Width)
 
if(SubComponent_Layout_CylinderLengthArrangment < -1)
{
    Bank = 1/(SubComponent_Layout_CylinderLengthArrangment * -1)
    Width = Width * Bank
}

重さ

数値はlb単位です。

Weight = 30 + (55*((SubComponent_Valve_Weight+ SubComponent_Layout_Weight + 
    SubComponent_FuelType_Weight + SubComponent_Induction_Weight + 
    SubComponent_Cylinders_Weight)/5.0) )  + (100*(Stroke_mm/80.0)) + 
    (((Length*1.95*Width)/80.0) + 
    ( 40 + (42 * (((Slider_Layout_Width+Slider_Layout_Length)/2.0)+0.05)) + 
    ((15+(15*(SubComponent_Valve_Weight+ SubComponent_Layout_Weight + 
    SubComponent_FuelType_Weight + SubComponent_Induction_Weight + 
    SubComponent_Cylinders_Weight)/5.0 ) ) * (Slider_Layout_Weight + 0.1)) - 
    (15 * Slider_Technology_Materials) + (5 * SubComponent_Induction_Weight)+
    (8*(Slider_Layout_Width+Slider_Layout_Length)) ) * 
    ((Length*1.78*Width)/800.0)) + 
    ((5+(5*SubComponent_Cylinders_Weight))*(SubComponent_Cylinders_CylinderCount))
 
if(SubComponent_Layout_CylinderLengthArrangment > 2)
    Weight = Weight * (SubComponent_Layout_CylinderLengthArrangment/2.9)

燃費

数値はlb単位です。

FuelConsumption_MPG = 95 + ((55 * ex_1d0023p_year99) * (Slider_Performance_FuelEconomy+0.1)) +
    (40 * ex_1d0023p_year99 * Slider_DesignFocus_FuelEconomy )
 
 
FuelConsumption_MPG = FuelConsumption_MPG +
    (12 * ex_1d0023p_year99*SubComponent_FuelType_FuelRating) + 
    (7 * ex_1d0023p_year99*Slider_Technology_Technologies)
 
FuelConsumption_MPG = FuelConsumption_MPG - (15 * ex_1d0051p_year99 * 
    (Slider_Performance_Torque + Slider_Performance_Revolutions + Slider_DesignFocus_Performance)) - 
    (20 * Slider_Layout_Displacement)+(10*SubComponent_Valve_FuelRating)
 
FuelConsumption_MPG = (FuelConsumption_MPG + (6*SubComponent_Cylinders_FuelRating)+
    (6*SubComponent_Layout_FuelRatings))*SubComponent_Induction_FuelRating + 
    (Marq_DesignEngineSkill/50.0)
 
if( (1.5+Displacement_CC/350.0) > 0 )
    FuelConsumption_MPG = FuelConsumption_MPG/(1.5+Displacement_CC/350.0)
 
FuelConsumption_MPG = FuelConsumption_MPG + 5
 
 
if( FuelConsumption_MPG < 1 )
    FuelConsumption_MPG = 1;
 
if( SubComponent_FuelType_FuelRating < 5 AND FuelConsumption_MPG > 30)
{
    if( SubComponent_FuelType_FuelRating > 1.5 AND 
            FuelConsumption_MPG > (30+(SubComponent_FuelType_FuelRating*2.0)) )
    {
        FuelConsumption_MPG = FuelConsumption_MPG + 
            -FuelConsumption_MPG^0.85+18+(SubComponent_FuelType_FuelRating*2.0)
    }
    else
    {
        FuelConsumption_MPG = FuelConsumption_MPG + -FuelConsumption_MPG^0.85+18				
    }
}

評価

設計要件

Design_Requirements = (5 * Slider_DesignFocus_Dependability) + 
    (5 * Slider_DesignFocus_FuelEconomy) +
    (5 * Slider_DesignFocus_Performance) + (3 * Slider_Performance_Revolutions)  + 
    (2 * Slider_Performance_FuelEconomy) + (2 * Slider_Performance_Torque) + 
    (2 * Slider_Technology_Technologies) + (1-Slider_Layout_Weight) + 
    (Slider_Layout_Displacement + (1-Slider_Layout_Length + 
    (1-Slider_Layout_Width))) - (2 * Slider_Technology_Techniques)
 
Design_Requirements = Design_Requirements + (SubComponent_Cylinders_DesignRequire) +
    (SubComponent_FuelType_DesignRequirements) + (SubComponent_Valve_DesignRequirements) +
    (5 * SubComponent_Induction_DesignRequirements) +
    (3* SubComponent_Layout_DesignRequirements)
 
Design_Requirements = 2.7027 * Design_Requirements

製造要件

Manufacturing_Requirements = (Slider_Layout_Displacement ) + (2*(1-Slider_Layout_Length)) +
    (2*(1-Slider_Layout_Width)) + (Slider_Performance_FuelEconomy) + 
    (Slider_Performance_Revolutions * 2) + (2 * Slider_Performance_Torque) + 
    (Slider_Technology_Components + Slider_Technology_Materials +
    Slider_Technology_Technologies + (3 * Slider_Technology_Techniques))
 
Manufacturing_Requirements = Manufacturing_Requirements + 
    (3 * SubComponent_Cylinders_ManufacturingRequire) +
    ( 3 * SubComponent_Layout_ManufacturingRequirements) + 
    ( 2 * SubComponent_Induction_ManufacturingRequirements) +
    (SubComponent_FuelType_ManufacturingRequirements) +
    ( 2 * SubComponent_Valve_ManufacturingRequirements)
 
 
Manufacturing_Requirements = Manufacturing_Requirements * 3.7037

パワー評価

if( SubComponent_Cylinders_CylinderCount > 0 )
    Power_Rating = Torque / ( (100 * ex_1d007p_year99) * SubComponent_Cylinders_CylinderCount / 2.2 )
 
Power_Rating = Power_Rating * 50
 
if( Power_Rating > 50 )
    Power_Rating = 50
 
Power_Rating = Power_Rating + ( 50 * ( Torque/2000.0 ) )
 
if( Power_Rating > 100 )
    Power_Rating = 100

燃費評価

FuelEconomy_Rating = (FuelConsumption_MPG / 120.0)* 100;
 
if(FuelEconomy_Rating >100)
	FuelEconomy_Rating = 100;

信頼性

Reliability_Rating = (6 * Slider_DesignFocus_Dependability) + 
    (3* (1-Slider_DesignFocus_Performance)) + (5*(1-(rpm/10000.0)))  +
    (2*1-Slider_Performance_Torque) + (3*1-Slider_Performance_Revolutions) + 
    (3 * Slider_Technology_Components) + (2 * Slider_Technology_Materials) + 
    (1-Slider_Technology_Technologies) + (Slider_Technology_Techniques)
 
 
Reliability_Rating = Reliability_Rating + (1 * SubComponent_Cylinders_ReliabilityRating) + 
    (1 * SubComponent_FuelType_ReliabilityRating) + 
    (1 * (1-SubComponent_Induction_ReliabilityRating)) + 
    (1 * SubComponent_Layout_Reliability) + 
    (2*SubComponent_Valve_ReliabilityRating)
 
Reliability_Rating = Reliability_Rating + (8 * (1-(Stroke_mm/150.0)))
 
Reliability_Rating = Reliability_Rating / 4.5
 
Reliability_Rating = Reliability_Rating * 10
 
Reliability_Rating = Reliability_Rating + (Marq_DesignEngineSkill/10.0)
 
 
if(Reliability_Rating<0)
	Reliability_Rating = 0
 
if(Reliability_Rating>100)
	Reliability_Rating = 100

滑らかさ

Smoothness_Rating = (-(1.0/10.0)*((SubComponent_Cylinders_CylinderCount-8) * 
    (SubComponent_Cylinders_CylinderCount-8))+5)
 
Smoothness_Rating = Smoothness_Rating + (SubComponent_Cylinders_SmoothnessRating * 2) + 
    (SubComponent_FuelType_SmoothnessRating * 2) + (SubComponent_Layout_Smoothness*2) +
    (Slider_Technology_Components * 3) + (Slider_Technology_Technologies * 2) + 
    (Slider_Technology_Techniques * 3) + (SubComponent_Valve_SmoothnessRating*2) + 
    (Marq_DesignEngineSkill/25)
 
Smoothness_Rating = Smoothness_Rating * 4
 
if( Smoothness_Rating > 100 )
    Smoothness_Rating = 100
 
if(Smoothness_Rating < 1 )
    Smoothness_Rating = 1;

総合

Overall_Rating = (Reliability_Rating + FuelEconomy_Rating + Power_Rating + 
    Smoothness_Rating + (Marq_DesignEngineSkill))/5
 
Overall_Rating = Overall_Rating + (5*PreResearchEngineAmountEffect)
 
if(Overall_Rating > 100)
    Overall_Rating = 100

その他

単価

Unit_Costs =((((((70* ex_1d01p_year99 * (((1-Slider_Layout_Length) + (1-Slider_Layout_Width))/2.0)) +
    (220 * ex_1d004p_year99 * (((0.25+(Slider_Performance_Revolutions * 
    Slider_Performance_Revolutions) + (Slider_Performance_Torque * Slider_Performance_Torque))/2.0) -
    (0.5-(Slider_Performance_FuelEconomy*Slider_Performance_FuelEconomy)) )  ) +
    (60 * ex_1d01p_year99) *  ((Slider_Performance_Revolutions * Slider_Performance_Revolutions) +
    (Slider_Performance_Torque * Slider_Performance_Torque)) +
    220 * ex_1d008p_year99*(0.1+(((Slider_Technology_Materials*Slider_Technology_Materials)+
    (Slider_Technology_Techniques*Slider_Technology_Techniques ) + 
    (Slider_Technology_Components*Slider_Technology_Components))) ) +
    170 * ex_1d008p_year99*(Slider_Technology_Technologies*Slider_Technology_Technologies) +
    50 * ex_1d0035p_year99 * (Slider_DesignFocus_Dependability * Slider_DesignFocus_Dependability) +
    180 * ex_1d0035p_year99 * (Slider_DesignFocus_Performance * Slider_DesignFocus_Performance )+
    (260 * ex_1d006p_year99 * (2.168 * Slider_Layout_Displacement^1.5 -4.44 * Slider_Layout_Displacement^3 +
    2.646  * Slider_Layout_Displacement^4.5 + 3.126 * Slider_Layout_Displacement^6 )+
    (70 * ex_1d005p_year99 * (SubComponent_Cylinders_CylinderCount/6.0) + 
    (.75 +  Slider_Layout_Displacement^1.5) - (Slider_Layout_Weight^2)) + 10 * 
    (Slider_DesignFocus_FuelEconomy^2) - 50 ) *  ex_1d003p_year99 + 
    (160 * SubComponent_Cylinders_UnitCosts)^ex_1d003p_year99 +
    (120 * SubComponent_Layout_UnitCosts)^ex_1d004p_year99 +
    (140 * SubComponent_Valve_UnitCosts)^ex_1d004p_year99 +
    (435 * SubComponent_Induction_UnitCosts)^ex_1d004p_year99 +
    (120 * SubComponent_FuelType_UnitCosts)^ex_1d004p_year99) * 
    (.125 + 0.12 * SubComponent_Cylinders_CylinderCount)) * 
    (Global_Interest_Rate/2.0)) + 50)  * carPriceRate) * (designRandomVal);
 
Hyper_Sliders = ((Slider_Layout_Displacement*2 + (1-Slider_Layout_Length) + 
    (1-Slider_Layout_Width) + (1-Slider_Layout_Weight)) +
    (Slider_Performance_Revolutions + Slider_Performance_Torque + Slider_Performance_FuelEconomy) +
    (Slider_DesignFocus_Performance + Slider_DesignFocus_FuelEconomy  + Slider_DesignFocus_Dependability) +
    (Slider_Technology_Materials + Slider_Technology_Components + Slider_Technology_Techniques +
    Slider_Technology_Technologies))/13.0;
 
Hyper_Costs = 475 * ex_1d04p_year99 * (Hyper_Sliders*Hyper_Sliders*Hyper_Sliders*Hyper_Sliders);
 
 
Unit_Costs = Unit_Costs + Hyper_Costs - ((Unit_Costs/10) * (Marq_DesignEngineSkill/100));

設計コスト

Design_Costs = (((18000 * ( 0.05+Slider_Layout_Displacement^1.5 ) *ex_1d025p_year99 +
    (4000 * (1-(Slider_Layout_Weight*Slider_Layout_Weight))  *ex_1d033p_year99)  +
    5000 *  (0.15+(Slider_Technology_Materials * Slider_Technology_Materials ) + 
    (Slider_Technology_Techniques * Slider_Technology_Techniques ) + 
    (Slider_Technology_Components * Slider_Technology_Components))^ 
    (0.1 + (Slider_DesignFocus_Performance * Slider_DesignFocus_Performance) + 
    (Slider_DesignFocus_Dependability * Slider_DesignFocus_Dependability) + 
    (Slider_DesignFocus_FuelEconomy * Slider_DesignFocus_FuelEconomy)) *
    ex_1d033p_year99+2500*((1.01 - Slider_Layout_Weight)*(1.01-Slider_Layout_Weight)) * ex_1d033p_year99 -
    2500 * ex_1d033p_year99 * ((1-Slider_Layout_Width)+ (1-Slider_Layout_Length)) +
    12000 * (0.2+(Slider_DesignFocus_Performance*Slider_DesignFocus_Performance) +
    (Slider_DesignFocus_FuelEconomy*Slider_DesignFocus_FuelEconomy)) * 
    ex_1d05p_year99 +1500*(3.5+ (Slider_DesignFocus_Dependability*Slider_DesignFocus_Dependability)) *
    ex_1d039p_year99)*ex_1d03p_year99 +
    (4000 * ((Slider_Performance_FuelEconomy *Slider_Performance_FuelEconomy ) + 
    (Slider_Performance_Revolutions * Slider_Performance_Revolutions ) + 
    (Slider_Performance_Torque*Slider_Performance_Torque)) * ex_1d038p_year99) +
    (3000 * (Slider_Technology_Technologies * Slider_Technology_Technologies) * ex_1d035p_year99) +
    (Hyper_Costs * (500*ex_1d035p_year99)) +
    ((95 * SubComponent_Cylinders_DesignCosts)^ex_1d01p_year99) +
    ((115 * SubComponent_Layout_DesignCosts)^ex_1d01p_year99) +
    ((195* SubComponent_Induction_DesignCosts)^ex_1d01p_year99) +
    ((90* SubComponent_Valve_UnitCosts)^ex_1d01p_year99) +
    ((90 * SubComponent_FuelType_DesignCosts)^ex_1d01p_year99) * 
    (Global_Interest_Rate)) * ex_1d003p_year99)
 
 
if(year > 1910 && year < 1930)
    Design_Costs = Design_Costs * (SubComponent_Cylinders_CylinderCount*(1 - 0.0375 * (year-1910)))
else if(year > 1930 && year < 1950)
    Design_Costs = Design_Costs * (SubComponent_Cylinders_CylinderCount*(0.25 - ( 0.005 * (year-1930) )))
else if( year > 1950 )
    Design_Costs = Design_Costs * (SubComponent_Cylinders_CylinderCount * 0.15);
 
 
Design_Costs = (Design_Costs * 0.85) + ((Design_Costs *0.15 ) * SubComponent_Cylinders_DesignCosts)
 
 
Design_Costs = (Design_Costs/5)+(Design_Costs*(Slider_DesignFocus_DesignPace*Slider_DesignFocus_DesignPace*4.5))

開発期間

Finish_Time =   (((0.55 * Slider_Layout_Displacement) + (1- Slider_Layout_Weight) +
    0.45 * (Slider_Performance_Revolutions + Slider_Performance_Torque + Slider_Performance_FuelEconomy) +
    0.45 * (Slider_DesignFocus_Dependability + Slider_DesignFocus_FuelEconomy + 
    Slider_DesignFocus_Performance))*ex_1d004p_year99 +  (SubComponent_Cylinders_FinishTime) +
    (SubComponent_Layout_FinishTime) + (.75 * SubComponent_Induction_FinishTime) + 
    (.55 * SubComponent_FuelType_FinishTime)) + SubComponent_Valve_FinishTime + 1-
    (2*(FactOverallVAL/100.0))+ (1.15*ex_1d003p_year99*Hyper_Sliders)
 
Finish_Time = Finish_Time + ((year-1850)/50)
 
additionalTime = 0;
 
if(year < 2021)
{
    if(( Slider_DesignFocus_DesignPace + 0.05 )  > 0)
        additionalTime = ( ((year-1840)/15.0 ) *((0.5/( Slider_DesignFocus_DesignPace+0.05) ) - 0.45) )
    else
        additionalTime = ( ((year-1840)/15.0 ) *((0.5/(0.05) ) -0.45) )
 
}
else
{
    if(( Slider_DesignFocus_DesignPace+0.05)  > 0)
        additionalTime = ( ((2020-1840)/15.0 ) *((0.5/( Slider_DesignFocus_DesignPace+0.05) ) - 0.45) )
    else
        additionalTime = ( ((2020-1840)/15.0 ) *((0.5/(0.05) ) -0.45) )
}
 
if(Slider_DesignFocus_DesignPace < 0.5)
{
    Finish_Time = Finish_Time +  additionalTime
}
else
{
    turnsOff = (Slider_DesignFocus_DesignPace - 0.5)/0.20
    Finish_Time = Finish_Time +  (additionalTime - turnsOff)
}
 
if(Finish_Time < 1)
    Finish_Time = 1

所要従業員

if(year < 2021)
    Engineers_Required =	Design_Requirements * (0.11833*(year-1899)+0.275);
else
    Engineers_Required =	Design_Requirements * (0.11833*(121)+0.275);
 
 
Engineers_Required = Engineers_Required/5 + ((Engineers_Required/1.2)*
    Slider_DesignFocus_DesignPace) + 3;

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