EvEMath::RAM Namespace Reference

Functions
int32	CopyTime (uint16 BaseTime, uint8 ScienceLevel, float SlotModifier=1, float ImplantModifier=1)
int32	InventionTime (uint32 BaseTime, uint8 AdvLabLevel, float SlotModifier=1, float ImplantModifier=1)
int32	ProductionTime (uint32 BaseTime, float bpProductivityModifier, float ProductionLevel, float TimeModifier=1)
int32	ME_ResearchTime (uint32 BaseTime, uint8 MetallurgyLevel, float SlotModifier=1, float ImplantModifier=1)
int32	PE_ResearchTime (uint32 BaseTime, uint8 ResearchLevel, float SlotModifier=1, float ImplantModifier=1)
int32	RE_ResearchTime (uint32 BaseTime, uint8 ResearchLevel, float SlotModifier=1, float ImplantModifier=1)
float	ME_EffectOnWaste (float MaterialAmount, float BaseWasteFactor, float MaterialEfficiency)
float	ResearchPointsPerDay (float Multiplier, float AgentEffectiveQuality, uint8 CharSkillLevel, uint8 AgentSkillLevel)
uint32	PerfectME (uint32 MaterialAmount, uint8 BaseWasteFactor)
float	WasteSkillBased (uint32 MaterialAmount, float ProductionEfficiency)
float	InventionChance (float BaseChance, uint8 EncryptionLevel, uint8 DataCore1SkillLevel, uint8 DataCore2SkillLevel, uint8 MetaLevel, float DecryptorModifier)

Function Documentation

int32 EvEMath::RAM::CopyTime	(	uint16	BaseTime,
		uint8	ScienceLevel,
		float	SlotModifier = 1,
		float	ImplantModifier = 1
	)

Definition at line 84 of file EvEMath.cpp.

Referenced by RamMethods::Calculate().

{
    return (BaseTime * (1.0f - (0.05f * ScienceLevel)) * SlotModifier * ImplantModifier);
}

Here is the caller graph for this function:

float EvEMath::RAM::InventionChance	(	float	BaseChance,
		uint8	EncryptionLevel,
		uint8	DataCore1SkillLevel,
		uint8	DataCore2SkillLevel,
		uint8	MetaLevel,
		float	DecryptorModifier
	)

Definition at line 121 of file EvEMath.cpp.

{
     return (BaseChance * (1 + 0.11f * EncryptionLevel) * (1.0f + (DataCore1SkillLevel + DataCore2SkillLevel)
     * (0.8f / (5.0f - MetaLevel)) * DecryptorModifier));
     // fuzzysteve's formula (23may13)
     // base * (1+0.01*EncryptionLevel) * (1+ (skill*(0.1/(5-metalevel)))) * max(decryptor,1)
     // skill = sum of sciences skill lvls (as required by bpc)

     // decryptor formula
     //  min(max(rounddown((inputT1BPCruns/T1MaxPerBPC)*(T2MaxPerBPC/10)),1)+decryptorRunBonus, T2MaxPerBPC)

     //  new formula (pre phoebe)
     // base * skill * decryptor
     //  skill = 1 + EncryptionLevel/40 + (DataCore1SkillLevel + DataCore2SkillLevel)/30
}

int32 EvEMath::RAM::InventionTime	(	uint32	BaseTime,
		uint8	AdvLabLevel,
		float	SlotModifier = 1,
		float	ImplantModifier = 1
	)

Definition at line 89 of file EvEMath.cpp.

Referenced by RamMethods::Calculate().

{
     return BaseTime * (1.0f - (0.03f * AdvLabLevel)) * SlotModifier * ImplantModifier;
}

Here is the caller graph for this function:

float EvEMath::RAM::ME_EffectOnWaste	(	float	MaterialAmount,
		float	BaseWasteFactor,
		float	MaterialEfficiency
	)

Definition at line 94 of file EvEMath.cpp.

{
    float ME_Factor(0.0f);
    if (MaterialEfficiency >= 0.0f)
        ME_Factor = 1.0f / (1.0f + MaterialEfficiency);
    else
        ME_Factor = 1.0f - MaterialEfficiency;

    return (floor(0.5f + (MaterialAmount * (BaseWasteFactor / 100.0f) * ME_Factor)));
}

int32 EvEMath::RAM::ME_ResearchTime	(	uint32	BaseTime,
		uint8	MetallurgyLevel,
		float	SlotModifier = 1,
		float	ImplantModifier = 1
	)

Definition at line 68 of file EvEMath.cpp.

Referenced by RamMethods::Calculate().

{
    return (BaseTime * (13.0f - (0.05f * MetallurgyLevel)) * SlotModifier * ImplantModifier);
}

Here is the caller graph for this function:

int32 EvEMath::RAM::PE_ResearchTime	(	uint32	BaseTime,
		uint8	ResearchLevel,
		float	SlotModifier = 1,
		float	ImplantModifier = 1
	)

Definition at line 73 of file EvEMath.cpp.

Referenced by RamMethods::Calculate().

{
    return (BaseTime * (15.0f - (0.05f * ResearchLevel)) * SlotModifier * ImplantModifier);
}

Here is the caller graph for this function:

uint32 EvEMath::RAM::PerfectME	(	uint32	MaterialAmount,
		uint8	BaseWasteFactor
	)

Definition at line 105 of file EvEMath.cpp.

{
    return floor(0.02f * BaseWasteFactor * MaterialAmount);
}

int32 EvEMath::RAM::ProductionTime	(	uint32	BaseTime,
		float	bpProductivityModifier,
		float	ProductionLevel,
		float	TimeModifier = 1
	)

Definition at line 55 of file EvEMath.cpp.

Referenced by RamMethods::Calculate().

{
    float PE_Factor(0.0f);
    if (ProductionLevel >= 0.0f)
        PE_Factor = (ProductionLevel / (1.0f + ProductionLevel));
    else
        PE_Factor = (ProductionLevel - 1.0f);

    float effModifier(1.0f);
    effModifier -= ((bpProductivityModifier / BaseTime) * PE_Factor);
    return (BaseTime * effModifier * TimeModifier);
}

Here is the caller graph for this function:

int32 EvEMath::RAM::RE_ResearchTime	(	uint32	BaseTime,
		uint8	ResearchLevel,
		float	SlotModifier = 1,
		float	ImplantModifier = 1
	)

Definition at line 78 of file EvEMath.cpp.

{
    // base RE time is 60 min.  we may update/modify this later as system matures
    return 60;
}

float EvEMath::RAM::ResearchPointsPerDay	(	float	Multiplier,
		float	AgentEffectiveQuality,
		uint8	CharSkillLevel,
		uint8	AgentSkillLevel
	)

Definition at line 110 of file EvEMath.cpp.

{
     return (Multiplier * (2.0f + (AgentEffectiveQuality / 100.0f)) * pow(CharSkillLevel + AgentSkillLevel,2));
}

float EvEMath::RAM::WasteSkillBased	(	uint32	MaterialAmount,
		float	ProductionEfficiency
	)

Definition at line 116 of file EvEMath.cpp.

{
     return (floor(0.5f + (MaterialAmount * ((25.0f - (5.0f * ProductionEfficiency)) / 100.0f))));
}