Inheritance diagram for ParallelGravity:

Public Types
enum	RANGE_TYPE { RangeType_Sphere = 0 , RangeType_Box = 1 , RangeType_Cylinder = 2 }

enum	DISTANCE_CALC_TYPE { DistanceCalcType_Default = -1 , DistanceCalcType_X = 0 , DistanceCalcType_Y = 1 , DistanceCalcType_Z = 2 }

Public Member Functions
virtual void	updateMtx (const TPos3f &rMtx)

virtual bool	calcOwnGravityVector (TVec3f pDest, f32 pScalar, const TVec3f &rPosition) const

void	setPlane (const TVec3f &rPlaneUp, const TVec3f &rPlanePos)

void	setRangeBox (const TPos3f &)

void	setRangeCylinder (f32 radius, f32 height)

void	setRangeType (RANGE_TYPE rangeType)

void	setBaseDistance (f32 val)

void	setDistanceCalcType (DISTANCE_CALC_TYPE distanceCalcType)

bool	isInSphereRange (const TVec3f &rPosition, f32 *pScalar) const

bool	isInBoxRange (const TVec3f &rPosition, f32 *pScalar) const

bool	isInCylinderRange (const TVec3f &rPosition, f32 *pScalar) const

bool	isInRange (const TVec3f &rPosition, f32 *pScalar) const

Public Member Functions inherited from PlanetGravity
bool	calcGravity (TVec3f *pDest, const TVec3f &rPosition) const

bool	calcGravityFromMassPosition (TVec3f pDirection, f32 pScalar, const TVec3f &rPosition, const TVec3f &rMassPosition) const

bool	isInRangeSquare (f32 radius) const

bool	isInRangeDistance (f32 radius) const

void	setPriority (s32 priority)

void	updateIdentityMtx ()

Public Attributes
TPos3f	mLocalMtx

TPos3f	mWorldMtx

f32	mExtentX

f32	mExtentY

f32	mExtentZ

TVec3f	mPlanePosition

TVec3f	mPlaneUpVec

TVec3f	mWorldPlanePosition

TVec3f	mWorldPlaneUpVec

f32	mCylinderHeight

f32	mCylinderRadius

f32	mBaseDistance

RANGE_TYPE	mRangeType

DISTANCE_CALC_TYPE	mDistanceCalcType

Public Attributes inherited from PlanetGravity
f32	mRange

f32	mDistant

s32	mPriority

s32	mGravityId

const void *	mHost

u32	mGravityType

s32	mGravityPower

bool	mActivated

bool	mIsInverse

bool	mValidFollower

bool	mIsRegistered

bool	mAppeared

Detailed Description

Definition at line 5 of file ParallelGravity.hpp.

Member Enumeration Documentation

◆ RANGE_TYPE

enum ParallelGravity::RANGE_TYPE

Definition at line 7 of file ParallelGravity.hpp.

◆ DISTANCE_CALC_TYPE

enum ParallelGravity::DISTANCE_CALC_TYPE

Definition at line 13 of file ParallelGravity.hpp.

Constructor & Destructor Documentation

◆ ParallelGravity()

ParallelGravity::ParallelGravity ( )

Definition at line 6 of file ParallelGravity.cpp.

Member Function Documentation

◆ updateMtx()

virtual void ParallelGravity::updateMtx ( const TPos3f & rMtx )

virtual

Reimplemented from PlanetGravity.

◆ calcOwnGravityVector()

bool ParallelGravity::calcOwnGravityVector	(	TVec3f *	pDest,
		f32 *	pScalar,
		const TVec3f &	rPosition ) const

virtual

Reimplemented from PlanetGravity.

Definition at line 22 of file ParallelGravity.cpp.

◆ setPlane()

void ParallelGravity::setPlane	(	const TVec3f &	rPlaneUp,
		const TVec3f &	rPlanePos )

Definition at line 54 of file ParallelGravity.cpp.

◆ setRangeCylinder()

void ParallelGravity::setRangeCylinder	(	f32	radius,
		f32	height )

Definition at line 77 of file ParallelGravity.cpp.

◆ setRangeType()

void ParallelGravity::setRangeType ( RANGE_TYPE rangeType )

Definition at line 82 of file ParallelGravity.cpp.

◆ setBaseDistance()

void ParallelGravity::setBaseDistance ( f32 val )

Definition at line 86 of file ParallelGravity.cpp.

◆ setDistanceCalcType()

void ParallelGravity::setDistanceCalcType ( DISTANCE_CALC_TYPE distanceCalcType )

Definition at line 95 of file ParallelGravity.cpp.

◆ isInSphereRange()

bool ParallelGravity::isInSphereRange	(	const TVec3f &	rPosition,
		f32 *	pScalar ) const

Definition at line 99 of file ParallelGravity.cpp.

◆ isInBoxRange()

bool ParallelGravity::isInBoxRange	(	const TVec3f &	rPosition,
		f32 *	pScalar ) const

Definition at line 114 of file ParallelGravity.cpp.

◆ isInCylinderRange()

bool ParallelGravity::isInCylinderRange	(	const TVec3f &	rPosition,
		f32 *	pScalar ) const

Definition at line 169 of file ParallelGravity.cpp.

◆ isInRange()

bool ParallelGravity::isInRange	(	const TVec3f &	rPosition,
		f32 *	pScalar ) const

Definition at line 196 of file ParallelGravity.cpp.

Member Data Documentation

◆ mLocalMtx

TPos3f ParallelGravity::mLocalMtx

Definition at line 36 of file ParallelGravity.hpp.

◆ mWorldMtx

TPos3f ParallelGravity::mWorldMtx

Definition at line 37 of file ParallelGravity.hpp.

◆ mExtentX

f32 ParallelGravity::mExtentX

Definition at line 38 of file ParallelGravity.hpp.

◆ mExtentY

f32 ParallelGravity::mExtentY

Definition at line 39 of file ParallelGravity.hpp.

◆ mExtentZ

f32 ParallelGravity::mExtentZ

Definition at line 40 of file ParallelGravity.hpp.

◆ mPlanePosition

TVec3f ParallelGravity::mPlanePosition

Definition at line 41 of file ParallelGravity.hpp.

◆ mPlaneUpVec

TVec3f ParallelGravity::mPlaneUpVec

Definition at line 42 of file ParallelGravity.hpp.

◆ mWorldPlanePosition

TVec3f ParallelGravity::mWorldPlanePosition

Definition at line 43 of file ParallelGravity.hpp.

◆ mWorldPlaneUpVec

TVec3f ParallelGravity::mWorldPlaneUpVec

Definition at line 44 of file ParallelGravity.hpp.

◆ mCylinderHeight

f32 ParallelGravity::mCylinderHeight

Definition at line 45 of file ParallelGravity.hpp.

◆ mCylinderRadius

f32 ParallelGravity::mCylinderRadius

Definition at line 46 of file ParallelGravity.hpp.

◆ mBaseDistance

f32 ParallelGravity::mBaseDistance

Definition at line 47 of file ParallelGravity.hpp.

◆ mRangeType

RANGE_TYPE ParallelGravity::mRangeType

Definition at line 48 of file ParallelGravity.hpp.

◆ mDistanceCalcType

DISTANCE_CALC_TYPE ParallelGravity::mDistanceCalcType

Definition at line 49 of file ParallelGravity.hpp.

Public Types

Public Member Functions

Public Attributes