Inheritance diagram for VehiclePhysics.Engine:

Classes
class	ClutchSettings

struct	EngineSpecs

class	Settings

struct	StateVars

Public Types
enum	ClutchType { ClutchType.LockRatio, ClutchType.DiskFriction, ClutchType.TorqueConverter, ClutchType.TorqueConverterLimited }

enum	IdleControlType { IdleControlType.Passive, IdleControlType.Active }

enum	RpmLimiterMode { RpmLimiterMode.InjectionCut, RpmLimiterMode.InjectionLimit }

Public Member Functions
float	AddFrictionTorque (float frictionTorque)

float	CalculatePowerInKw (float rpm)

float	CalculateSpecificFuelConsumption (float rpm)

float	CalculateTorque (float rpm, float throttle=1.0f)

override bool	CheckConnections ()

float	ClampPowerTorque (float powerTorque, float rpm)

override void	EvaluateTorqueDownstream ()

void	GetEngineSpecifications (ref EngineSpecs data, float deltaRpm=5.0f)

float	GetFrictionTorque (float rpm)

float	GetMaxFuelRate (float rpm)

float	GetMaxPowerTorque (float rpm)

float	GetMaxPowerTorqueRaw (float rpm)

override void	GetState (ref State S)

StateVars	GetStateVars ()

override void	GetSubstepDerivative (ref Derivative D)

override void	PreStep ()

void	ResetFrictionTorque ()

override void	SetState (State S)

void	SetStateVars (StateVars stateVars)

override void	SetSubstepState (State S)

Public Member Functions inherited from VehiclePhysics.Block
	Block ()

virtual void	ComputeStateUpstream ()

void	CountConnections ()

bool	DisconnectInput (int inputSlot)

bool	DisconnectOutput (int outputSlot)

Public Attributes
float	allowedFuelRatio = 1.0f

bool	autoRpms = false

float	clutchInput = 0.0f

ClutchSettings	clutchSettings = new ClutchSettings()

float	damping = 1.0f

int	ignitionInput = 0

Settings	settings = new Settings()

float	targetRpms = -1.0f

float	tcsRatio = 1.0f

float	tcsRpms = -1.0f

float	tcsThrottleFactor = 1.0f

float	tempDebug1 = 0.0f

float	tempDebug2 = 0.0f

float	throttleInput = 0.0f

Static Public Attributes
static float	KwToHp = 1.341022f

Static Public Attributes inherited from VehiclePhysics.Block
static float	RpmToW = (2.0f * Mathf.PI) / 60.0f

static float	WToRpm = 60.0f / (2.0f * Mathf.PI)

Protected Member Functions
override void	Initialize ()

Protected Member Functions inherited from VehiclePhysics.Block
void	SetInputs (int count)

void	SetOutputs (int count)

Properties
float	sensorClutchLock `[get]`

float	sensorFlywheelTorque `[get]`

float	sensorFuelRate `[get]`

float	sensorLoad `[get]`

float	sensorOutputTorque `[get]`

float	sensorPower `[get]`

float	sensorRpm `[get]`

bool	sensorRpmLimiter `[get]`

bool	sensorStalled `[get]`

bool	sensorStarting `[get]`

bool	sensorTcsEngaged `[get]`

bool	sensorWorking `[get]`

Properties inherited from VehiclePhysics.Block
int	connectedInputs `[get]`

int	connectedOutputs `[get]`

bool	hasInputs `[get]`

bool	hasOutputs `[get]`

Connection[]	inputs `[get]`

Connection[]	outputs `[get]`

Additional Inherited Members
Static Public Member Functions inherited from VehiclePhysics.Block
static bool	Connect (Block inputUnit, int inputSlot, Block outputUnit, int outputSlot)

static bool	Connect (Block inputUnit, Block outputUnit)

static bool	Connect (Block inputUnit, Block outputUnit, int outputSlot)

static bool	Connect (params Block[] blocks)

Member Enumeration Documentation

enum VehiclePhysics.Engine.ClutchType

Enumerator
LockRatio
DiskFriction
TorqueConverter
TorqueConverterLimited

enum VehiclePhysics.Engine.IdleControlType

Enumerator
Passive
Active

enum VehiclePhysics.Engine.RpmLimiterMode

Enumerator
InjectionCut
InjectionLimit

Member Function Documentation

float VehiclePhysics.Engine.AddFrictionTorque ( float frictionTorque )

inline

float VehiclePhysics.Engine.CalculatePowerInKw ( float rpm )

inline

float VehiclePhysics.Engine.CalculateSpecificFuelConsumption ( float rpm )

inline

float VehiclePhysics.Engine.CalculateTorque	(	float	rpm,
		float	throttle = `1.0f`
	)

inline

override bool VehiclePhysics.Engine.CheckConnections ( )

inlinevirtual

Reimplemented from VehiclePhysics.Block.

float VehiclePhysics.Engine.ClampPowerTorque	(	float	powerTorque,
		float	rpm
	)

inline

override void VehiclePhysics.Engine.EvaluateTorqueDownstream ( )

inlinevirtual

Reimplemented from VehiclePhysics.Block.

void VehiclePhysics.Engine.GetEngineSpecifications	(	ref EngineSpecs	data,
		float	deltaRpm = `5.0f`
	)

inline

float VehiclePhysics.Engine.GetFrictionTorque ( float rpm )

inline

float VehiclePhysics.Engine.GetMaxFuelRate ( float rpm )

inline

float VehiclePhysics.Engine.GetMaxPowerTorque ( float rpm )

inline

float VehiclePhysics.Engine.GetMaxPowerTorqueRaw ( float rpm )

inline

override void VehiclePhysics.Engine.GetState ( ref State S )

inlinevirtual

Reimplemented from VehiclePhysics.Block.

StateVars VehiclePhysics.Engine.GetStateVars ( )

inline

override void VehiclePhysics.Engine.GetSubstepDerivative ( ref Derivative D )

inlinevirtual

Reimplemented from VehiclePhysics.Block.

override void VehiclePhysics.Engine.Initialize ( )

inlineprotectedvirtual

Reimplemented from VehiclePhysics.Block.

override void VehiclePhysics.Engine.PreStep ( )

inlinevirtual

Reimplemented from VehiclePhysics.Block.

void VehiclePhysics.Engine.ResetFrictionTorque ( )

inline

override void VehiclePhysics.Engine.SetState ( State S )

inlinevirtual

Reimplemented from VehiclePhysics.Block.

void VehiclePhysics.Engine.SetStateVars ( StateVars stateVars )

inline

override void VehiclePhysics.Engine.SetSubstepState ( State S )

inlinevirtual

Reimplemented from VehiclePhysics.Block.

Member Data Documentation

float VehiclePhysics.Engine.allowedFuelRatio = 1.0f

bool VehiclePhysics.Engine.autoRpms = false

float VehiclePhysics.Engine.clutchInput = 0.0f

ClutchSettings VehiclePhysics.Engine.clutchSettings = new ClutchSettings()

float VehiclePhysics.Engine.damping = 1.0f

int VehiclePhysics.Engine.ignitionInput = 0

float VehiclePhysics.Engine.KwToHp = 1.341022f

static

Settings VehiclePhysics.Engine.settings = new Settings()

float VehiclePhysics.Engine.targetRpms = -1.0f

float VehiclePhysics.Engine.tcsRatio = 1.0f

float VehiclePhysics.Engine.tcsRpms = -1.0f

float VehiclePhysics.Engine.tcsThrottleFactor = 1.0f

float VehiclePhysics.Engine.tempDebug1 = 0.0f

float VehiclePhysics.Engine.tempDebug2 = 0.0f

float VehiclePhysics.Engine.throttleInput = 0.0f

Property Documentation

float VehiclePhysics.Engine.sensorClutchLock

get

float VehiclePhysics.Engine.sensorFlywheelTorque

get

float VehiclePhysics.Engine.sensorFuelRate

get

float VehiclePhysics.Engine.sensorLoad

get

float VehiclePhysics.Engine.sensorOutputTorque

get

float VehiclePhysics.Engine.sensorPower

get

float VehiclePhysics.Engine.sensorRpm

get

bool VehiclePhysics.Engine.sensorRpmLimiter

get

bool VehiclePhysics.Engine.sensorStalled

get

bool VehiclePhysics.Engine.sensorStarting

get

bool VehiclePhysics.Engine.sensorTcsEngaged

get

bool VehiclePhysics.Engine.sensorWorking

get

The documentation for this class was generated from the following file:

KSP/Assets/Packages/VehiclePhysicsPro/Core/Vehicle Physics core/Blocks/Engine.cs

Classes

Public Types

Public Member Functions

Public Attributes

Static Public Attributes

Protected Member Functions

Properties

Additional Inherited Members

Member Enumeration Documentation

Member Function Documentation

Member Data Documentation

Property Documentation