Propulsion Class Reference

#include <Propulsion.h>

Inheritance diagram for Propulsion:

Collaboration diagram for Propulsion:

Public Types
enum	FuelState { FUEL_OK , FUEL_WARNING , FUEL_EMPTY }

Public Member Functions
	Propulsion ()
virtual	~Propulsion ()
void	Init (DynamicBody *b, SceneGraph::Model *m, const int tank_mass, const double effExVel, const float lin_Thrust[], const float ang_Thrust)
void	Init (DynamicBody *b, SceneGraph::Model *m, const int tank_mass, const double effExVel, const float lin_Thrust[], const float ang_Thrust, const float lin_AccelerationCap[])
virtual void	SaveToJson (Json &jsonObj, Space *space)
virtual void	LoadFromJson (const Json &jsonObj, Space *space)
void	SetThrustPowerMult (double p, const float lin_Thrust[], const float ang_Thrust)
void	SetAccelerationCapMult (double p, const float lin_AccelerationCap[])
double	GetThrust (Thruster thruster) const
vector3d	GetThrust (const vector3d &dir) const
double	GetThrustFwd () const
double	GetThrustRev () const
double	GetThrustUp () const
double	GetThrustMin () const
vector3d	GetThrustUncapped (const vector3d &dir) const
double	GetAccel (Thruster thruster) const
double	GetAccelFwd () const
double	GetAccelRev () const
double	GetAccelUp () const
double	GetAccelMin () const
double	ClampLinThrusterState (int axis, double level) const
vector3d	ClampLinThrusterState (const vector3d &levels) const
void	SetLinThrusterState (int axis, double level)
void	SetLinThrusterState (const vector3d &levels)
void	SetAngThrusterState (int axis, double level)
void	SetAngThrusterState (const vector3d &levels)
vector3d	GetLinThrusterState () const
vector3d	GetAngThrusterState () const
void	ClearLinThrusterState ()
void	ClearAngThrusterState ()
vector3d	GetActualLinThrust () const
vector3d	GetActualAngThrust () const
FuelState	GetFuelState () const
double	GetFuel () const
double	GetFuelReserve () const
void	SetFuel (const double f)
void	SetFuelReserve (const double f)
float	GetFuelUseRate ()
double	GetSpeedReachedWithFuel () const
float	FuelTankMassLeft ()
void	SetFuelTankMass (int fTank)
void	UpdateFuel (const float timeStep)
bool	IsFuelStateChanged ()
void	Render (Graphics::Renderer *r, const Camera *camera, const vector3d &viewCoords, const matrix4x4d &viewTransform)
void	AIModelCoordsMatchSpeedRelTo (const vector3d &v, const DynamicBody *other)
void	AIAccelToModelRelativeVelocity (const vector3d &v)
bool	AIMatchVel (const vector3d &vel, const vector3d &powerLimit=vector3d(1.0))
bool	AIChangeVelBy (const vector3d &diffvel, const vector3d &powerLimit=vector3d(1.0))
vector3d	AIChangeVelDir (const vector3d &diffvel)
void	AIMatchAngVelObjSpace (const vector3d &angvel, const vector3d &powerLimit=vector3d(1.0), bool ignoreZeroValues=false)
double	AIFaceUpdir (const vector3d &updir, double av=0)
double	AIFaceDirection (const vector3d &dir, double av=0)
vector3d	AIGetLeadDir (const Body *target, const vector3d &targaccel, double projspeed)
Public Member Functions inherited from RefCounted
	RefCounted ()
virtual	~RefCounted ()
void	IncRefCount () const
void	DecRefCount () const
int	GetRefCount () const
Public Member Functions inherited from LuaWrappable
virtual	~LuaWrappable ()

Member Enumeration Documentation

FuelState

enum Propulsion::FuelState

Enumerator
FUEL_OK
FUEL_WARNING
FUEL_EMPTY

Constructor & Destructor Documentation

Propulsion()

Propulsion::Propulsion

(

)

~Propulsion()

virtual Propulsion::~Propulsion ( )

inlinevirtual

Member Function Documentation

AIAccelToModelRelativeVelocity()

void Propulsion::AIAccelToModelRelativeVelocity

(

const vector3d &

v

)

Here is the call graph for this function:

AIChangeVelBy()

bool Propulsion::AIChangeVelBy	(	const vector3d &	diffvel,
		const vector3d &	powerLimit = vector3d(1.0)
	)

Here is the call graph for this function:

AIChangeVelDir()

vector3d Propulsion::AIChangeVelDir

(

const vector3d &

diffvel

)

Here is the call graph for this function:

AIFaceDirection()

double Propulsion::AIFaceDirection	(	const vector3d &	dir,
		double	av = 0
	)

Here is the call graph for this function:

AIFaceUpdir()

double Propulsion::AIFaceUpdir	(	const vector3d &	updir,
		double	av = 0
	)

Here is the call graph for this function:

AIGetLeadDir()

vector3d Propulsion::AIGetLeadDir	(	const Body *	target,
		const vector3d &	targaccel,
		double	projspeed
	)

Here is the call graph for this function:

AIMatchAngVelObjSpace()

void Propulsion::AIMatchAngVelObjSpace	(	const vector3d &	angvel,
		const vector3d &	powerLimit = vector3d(1.0),
		bool	ignoreZeroValues = false
	)

Here is the call graph for this function:

AIMatchVel()

bool Propulsion::AIMatchVel	(	const vector3d &	vel,
		const vector3d &	powerLimit = vector3d(1.0)
	)

Here is the call graph for this function:

AIModelCoordsMatchSpeedRelTo()

void Propulsion::AIModelCoordsMatchSpeedRelTo	(	const vector3d &	v,
		const DynamicBody *	other
	)

Here is the call graph for this function:

ClampLinThrusterState() [1/2]

vector3d Propulsion::ClampLinThrusterState

(

const vector3d &

levels

)

const

Here is the call graph for this function:

ClampLinThrusterState() [2/2]

double Propulsion::ClampLinThrusterState	(	int	axis,
		double	level
	)		const

Here is the call graph for this function:

ClearAngThrusterState()

void Propulsion::ClearAngThrusterState ( )

inline

ClearLinThrusterState()

void Propulsion::ClearLinThrusterState ( )

inline

FuelTankMassLeft()

float Propulsion::FuelTankMassLeft ( )

inline

GetAccel()

double Propulsion::GetAccel ( Thruster  thruster ) const

inline

Here is the call graph for this function:

GetAccelFwd()

double Propulsion::GetAccelFwd ( ) const

inline

Here is the call graph for this function:

GetAccelMin()

double Propulsion::GetAccelMin ( ) const

inline

Here is the call graph for this function:

GetAccelRev()

double Propulsion::GetAccelRev ( ) const

inline

Here is the call graph for this function:

GetAccelUp()

double Propulsion::GetAccelUp ( ) const

inline

Here is the call graph for this function:

GetActualAngThrust()

vector3d Propulsion::GetActualAngThrust ( ) const

inline

GetActualLinThrust()

vector3d Propulsion::GetActualLinThrust ( ) const

inline

Here is the call graph for this function:

GetAngThrusterState()

vector3d Propulsion::GetAngThrusterState ( ) const

inline

GetFuel()

double Propulsion::GetFuel ( ) const

inline

GetFuelReserve()

double Propulsion::GetFuelReserve ( ) const

inline

GetFuelState()

FuelState Propulsion::GetFuelState ( ) const

inline

GetFuelUseRate()

float Propulsion::GetFuelUseRate

(

)

GetLinThrusterState()

vector3d Propulsion::GetLinThrusterState ( ) const

inline

GetSpeedReachedWithFuel()

double Propulsion::GetSpeedReachedWithFuel

(

)

const

Here is the call graph for this function:

GetThrust() [1/2]

vector3d Propulsion::GetThrust

(

const vector3d &

dir

)

const

Here is the call graph for this function:

GetThrust() [2/2]

double Propulsion::GetThrust

(

Thruster

thruster

)

const

Here is the call graph for this function:

GetThrustFwd()

double Propulsion::GetThrustFwd ( ) const

inline

Here is the call graph for this function:

GetThrustMin()

double Propulsion::GetThrustMin

(

)

const

Here is the call graph for this function:

GetThrustRev()

double Propulsion::GetThrustRev ( ) const

inline

Here is the call graph for this function:

GetThrustUncapped()

vector3d Propulsion::GetThrustUncapped

(

const vector3d &

dir

)

const

GetThrustUp()

double Propulsion::GetThrustUp ( ) const

inline

Here is the call graph for this function:

Init() [1/2]

void Propulsion::Init	(	DynamicBody *	b,
		SceneGraph::Model *	m,
		const int	tank_mass,
		const double	effExVel,
		const float	lin_Thrust[],
		const float	ang_Thrust
	)

Init() [2/2]

void Propulsion::Init	(	DynamicBody *	b,
		SceneGraph::Model *	m,
		const int	tank_mass,
		const double	effExVel,
		const float	lin_Thrust[],
		const float	ang_Thrust,
		const float	lin_AccelerationCap[]
	)

Here is the call graph for this function:

IsFuelStateChanged()

bool Propulsion::IsFuelStateChanged ( )

inline

LoadFromJson()

void Propulsion::LoadFromJson ( const Json &  jsonObj, Space *  space  )

virtual

Here is the call graph for this function:

Render()

void Propulsion::Render	(	Graphics::Renderer *	r,
		const Camera *	camera,
		const vector3d &	viewCoords,
		const matrix4x4d &	viewTransform
	)

Here is the call graph for this function:

SaveToJson()

void Propulsion::SaveToJson ( Json &  jsonObj, Space *  space  )

virtual

SetAccelerationCapMult()

void Propulsion::SetAccelerationCapMult	(	double	p,
		const float	lin_AccelerationCap[]
	)

SetAngThrusterState() [1/2]

void Propulsion::SetAngThrusterState

(

const vector3d &

levels

)

Here is the call graph for this function:

SetAngThrusterState() [2/2]

void Propulsion::SetAngThrusterState ( int  axis, double  level  )

inline

Here is the call graph for this function:

SetFuel()

void Propulsion::SetFuel ( const double  f )

inline

Here is the call graph for this function:

SetFuelReserve()

void Propulsion::SetFuelReserve ( const double  f )

inline

Here is the call graph for this function:

SetFuelTankMass()

void Propulsion::SetFuelTankMass ( int  fTank )

inline

SetLinThrusterState() [1/2]

void Propulsion::SetLinThrusterState

(

const vector3d &

levels

)

Here is the call graph for this function:

SetLinThrusterState() [2/2]

void Propulsion::SetLinThrusterState	(	int	axis,
		double	level
	)

Here is the call graph for this function:

SetThrustPowerMult()

void Propulsion::SetThrustPowerMult	(	double	p,
		const float	lin_Thrust[],
		const float	ang_Thrust
	)

UpdateFuel()

void Propulsion::UpdateFuel

(

const float

timeStep

)

Here is the call graph for this function:

---

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

• src/ship/Propulsion.h
• src/ship/Propulsion.cpp