#include <KartMove.hh>

Description

Responsible for reacting to player inputs and moving the bike.

This derived class has specialized behavior for bikes, such as wheelies and leaning. There are also additional member variables to track the bike's unique state.

Definition at line 420 of file KartMove.hh.

Inheritance diagram for Kart::KartMoveBike:

Classes
struct	TurningParameters
	Represents turning information which differs only between inside/outside drift. More...

Public Member Functions
virtual void	startWheelie ()
	STAGE 1+ - Sets the wheelie bit flag and some wheelie-related variables.

virtual void	cancelWheelie ()
	Clears the wheelie bit flag and resets the rotation decrement.

void	createSubsystems () override

void	calcVehicleRotation (f32) override
	Every frame, calculates rotation, EV, and angular velocity for the bike.

void	calcWheelie () override
	STAGE 1+ - Every frame, checks player input for wheelies and computes wheelie rotation.

void	onHop () override
	Virtual function that just cancels wheelies when you hop.

void	onWallCollision () override
	Called when you collide with a wall. All it does for bikes is cancel wheelies.

void	calcMtCharge () override
	Every frame during a drift, calculates MT charge based on player input.

void	initOob () override

void	setTurnParams () override
	On init, sets the bike's lean rotation cap and increment.In addition to setting the lean rotation cap and increment on init, this function also gets called when falling out-of-bounds.

void	init (bool b1, bool b2) override

void	clear () override

f32	getWheelieSoftSpeedLimitBonus () const override
	Returns what % to raise the speed cap when wheeling.

f32	wheelieRotFactor () const

void	tryStartWheelie ()
	STAGE 1+ - Every frame, checks player input to see if we should start or stop a wheelie.

Public Member Functions inherited from Kart::KartMove
virtual void	calcTurn ()
	Each frame, looks at player input and kart stats. Saves turn-related info.

void	setInitialPhysicsValues (const EGG::Vector3f &position, const EGG::Vector3f &angles)
	Initializes the kart's position and rotation. Calls tire suspension initializers.

void	resetDriftManual ()
	Clears drift state. Called when touching ground and drift is canceled.

void	calc ()
	Each frame, calculates the kart's movement.

void	calcRespawnStart ()

void	calcInRespawn ()

void	calcRespawnBoost ()

void	calcTop ()

void	calcAirtimeTop ()
	Calculates rotation of the bike due to excessive airtime.

void	calcSpecialFloor ()
	Every frame, calculates any boost resulting from a boost panel.

void	calcDirs ()

void	calcStickyRoad ()

void	calcOffroad ()
	Each frame, computes rotation and speed scalars from the floor KCL.

void	calcBoost ()

void	calcRampBoost ()

void	calcDisableBackwardsAccel ()
	Computes the current cooldown duration between braking and reversing.

void	calcSsmt ()
	Calculates standstill mini-turbo components, if applicable.

bool	calcPreDrift ()
	Each frame, checks for hop or slipdrift. Computes drift direction based on player input.

void	calcAutoDrift ()
	Each frame, handles automatic transmission drifting.

void	calcManualDrift ()
	Each frame, handles hopping, drifting, and mini-turbos.

void	startManualDrift ()
	Called when the player lands from a drift hop, or to start a slipdrift.

void	clearDrift ()

void	clearJumpPad ()

void	clearRampBoost ()

void	clearZipperBoost ()

void	clearBoost ()

void	clearSsmt ()

void	clearOffroadInvincibility ()

void	clearRejectRoad ()

void	releaseMt ()
	Stops charging a mini-turbo, and applies boost if charged.

void	controlOutsideDriftAngle ()
	Every frame, handles mini-turbo charging and outside drifting bike rotation.

void	calcRotation ()
	Every frame, calculates kart rotation based on player input.

void	calcVehicleSpeed ()
	Every frame, computes speed based on acceleration and any active boosts.

void	calcDeceleration ()

f32	calcVehicleAcceleration () const
	Every frame, computes acceleration based off the character/vehicle stats.

void	calcAcceleration ()
	Every frame, applies acceleration to the kart's internal velocity.

f32	calcWallCollisionSpeedFactor (f32 &f1)
	Every frame, computes a speed scalar if we are colliding with a wall.

void	calcWallCollisionStart (f32 param_2)
	If we started to collide with a wall this frame, applies rotation.

void	calcStandstillBoostRot ()
	STAGE Computes the x-component of angular velocity based on the kart's speed.

void	calcDive ()
	Responds to player input to handle up/down kart tilt mid-air.

void	calcSsmtStart ()
	Calculates whether we are starting a standstill mini-turbo.

void	calcHopPhysics ()

void	calcRejectRoad ()

bool	calcZipperCollision (f32 radius, f32 scale, EGG::Vector3f &pos, EGG::Vector3f &upLocal, const EGG::Vector3f &prevPos, Field::CollisionInfo colInfo, Field::KCLTypeMask maskOut, Field::KCLTypeMask flags) const

f32	calcSlerpRate (f32 scale, const EGG::Quatf &from, const EGG::Quatf &to) const

virtual void	hop ()
	Initializes hop information, resets upwards EV and clears upwards force.

virtual bool	canHop () const

bool	canStartDrift () const

void	tryStartBoostPanel ()

void	tryStartBoostRamp ()
	Sets offroad invincibility and and enables the ramp boost bitfield flag.

void	tryStartJumpPad ()
	Applies calculations to start interacting with a jump pad.

void	tryEndJumpPad ()

void	cancelJumpPad ()

void	activateBoost (KartBoost::Type type, s16 frames)

void	applyStartBoost (s16 frames)

void	activateMushroom ()

void	activateZipperBoost ()

void	setOffroadInvincibility (s16 timer)
	Ignores offroad KCL collision for a set amount of time.

void	calcOffroadInvincibility ()
	Checks a timer to see if we are still ignoring offroad slowdown.

void	calcMushroomBoost ()
	Checks a timer to see if we are still boosting from a mushroom.

void	calcZipperBoost ()

void	landTrick ()

void	enterCannon ()

void	calcCannon ()

void	calcRotCannon (const EGG::Vector3f &forward)

void	exitCannon ()

void	triggerRespawn ()

void	setSpeed (f32 val)

void	setSmoothedUp (const EGG::Vector3f &v)

void	setUp (const EGG::Vector3f &v)

void	setDir (const EGG::Vector3f &v)

void	setVel1Dir (const EGG::Vector3f &v)

void	setFloorCollisionCount (u16 count)

void	setKCLWheelSpeedFactor (f32 val)

void	setKCLWheelRotFactor (f32 val)

void	setKartSpeedLimit ()

s32	getAppliedHopStickX () const
	Factors in vehicle speed to retrieve our hop direction and magnitude.

f32	softSpeedLimit () const

f32	speed () const

f32	acceleration () const

const EGG::Vector3f &	scale () const

f32	hardSpeedLimit () const

const EGG::Vector3f &	smoothedUp () const

const EGG::Vector3f &	up () const

f32	totalScale () const

f32	hitboxScale () const

const EGG::Vector3f &	dir () const

const EGG::Vector3f &	lastDir () const

const EGG::Vector3f &	vel1Dir () const

f32	speedRatioCapped () const

f32	speedRatio () const

u16	floorCollisionCount () const

s32	hopStickX () const

f32	hopPosY () const

s16	respawnTimer () const

s16	respawnPostLandTimer () const

PadType &	padType ()

KartJump *	jump () const

KartHalfPipe *	halfPipe () const

KartBurnout &	burnout ()

Getters
f32	leanRot () const override

bool	canWheelie () const override
	Checks if the kart is going fast enough to wheelie.

Private Attributes
f32	m_leanRot
	Z-axis rotation of the bike from leaning.

f32	m_leanRotCap
	The maximum leaning rotation.

f32	m_leanRotInc
	The incrementor for leaning rotation.

f32	m_wheelieRot
	X-axis rotation from wheeling.

f32	m_maxWheelieRot
	The maximum wheelie rotation.

u32	m_wheelieFrames
	Tracks wheelie duration and cancels the wheelie after 180 frames.

s16	m_wheelieCooldown
	The number of frames before another wheelie can start.

f32	m_wheelieRotDec
	The wheelie rotation decrementor, used after a wheelie has ended.

s16	m_autoHardStickXFrames

const TurningParameters *	m_turningParams
	Inside/outside drifting bike turn info.

Additional Inherited Members
Public Types inherited from Kart::KartMove
enum class	ePadType { BoostPanel = 0 , BoostRamp = 1 , JumpPad = 2 }

typedef EGG::TBitFlag< u32, ePadType >	PadType

Protected Types inherited from Kart::KartMove
enum class	eFlags { Respawned = 0 , DriftReset = 1 , SsmtCharged = 2 , LaunchBoost = 4 , SsmtLeeway = 5 , TrickableSurface = 6 , WallBounce = 8 }

enum class	DriftState { NotDrifting = 0 , ChargingMt = 1 , ChargedMt = 2 , ChargingSmt = 2 , ChargedSmt = 3 }

enum class	DrivingDirection { Forwards = 0 , Braking = 1 , WaitingForBackwards = 2 , Backwards = 3 }
	The direction the player is currently driving in. More...

typedef EGG::TBitFlag< u16, eFlags >	Flags

Protected Member Functions inherited from Kart::KartObjectProxy
void	apply (size_t idx)

void	setPos (const EGG::Vector3f &pos)

void	setRot (const EGG::Quatf &q)

void	setInertiaScale (const EGG::Vector3f &scale)

KartAction *	action ()

const KartAction *	action () const

KartBody *	body ()

const KartBody *	body () const

KartCollide *	collide ()

const KartCollide *	collide () const

CollisionGroup *	collisionGroup ()

const CollisionGroup *	collisionGroup () const

KartMove *	move ()

const KartMove *	move () const

KartHalfPipe *	halfPipe ()

const KartHalfPipe *	halfPipe () const

KartJump *	jump ()

const KartJump *	jump () const

KartParam *	param ()

const KartParam *	param () const

const BSP &	bsp () const

KartPhysics *	physics ()

const KartPhysics *	physics () const

KartDynamics *	dynamics ()

const KartDynamics *	dynamics () const

KartState *	state ()

const KartState *	state () const

KartSub *	sub ()

const KartSub *	sub () const

KartSuspension *	suspension (u16 suspIdx)

const KartSuspension *	suspension (u16 suspIdx) const

KartSuspensionPhysics *	suspensionPhysics (u16 suspIdx)

const KartSuspensionPhysics *	suspensionPhysics (u16 suspIdx) const

KartTire *	tire (u16 tireIdx)

const KartTire *	tire (u16 tireIdx) const

WheelPhysics *	tirePhysics (u16 tireIdx)

const WheelPhysics *	tirePhysics (u16 tireIdx) const

CollisionData &	collisionData ()

const CollisionData &	collisionData () const

CollisionData &	collisionData (u16 tireIdx)

const CollisionData &	collisionData (u16 tireIdx) const

const System::KPad *	inputs () const

Render::KartModel *	model ()

const Render::KartModel *	model () const

Field::ObjectCollisionKart *	objectCollisionKart ()

const Field::ObjectCollisionKart *	objectCollisionKart () const

Field::BoxColUnit *	boxColUnit ()

const Field::BoxColUnit *	boxColUnit () const

const EGG::Vector3f &	scale () const

const EGG::Matrix34f &	pose () const

EGG::Vector3f	bodyFront () const
	Returns the third column of the rotation matrix, which is the facing vector.

EGG::Vector3f	bodyForward () const
	Returns the first column of the rotation matrix, which is the "right" direction.

EGG::Vector3f	bodyUp () const
	Returns the second column of the rotation matrix, which is the "up" direction.

const EGG::Vector3f &	componentXAxis () const

const EGG::Vector3f &	componentYAxis () const

const EGG::Vector3f &	componentZAxis () const

const EGG::Vector3f &	pos () const

const EGG::Vector3f &	prevPos () const

const EGG::Quatf &	fullRot () const

const EGG::Vector3f &	extVel () const

const EGG::Vector3f &	intVel () const

const EGG::Vector3f &	velocity () const

f32	speed () const

f32	acceleration () const

f32	softSpeedLimit () const

const EGG::Quatf &	mainRot () const

const EGG::Vector3f &	angVel2 () const

bool	isBike () const

u16	suspCount () const

u16	tireCount () const

bool	hasFloorCollision (const WheelPhysics *wheelPhysics) const

std::pair< EGG::Vector3f, EGG::Vector3f >	getCannonPosRot ()

f32	speedRatio () const

f32	speedRatioCapped () const

bool	isInRespawn () const

Static Protected Member Functions inherited from Kart::KartObjectProxy
static std::list< KartObjectProxy * > &	proxyList ()

Protected Attributes inherited from Kart::KartMove
f32	m_baseSpeed
	The speed associated with the current character/vehicle stats.

f32	m_softSpeedLimit
	Base speed + boosts + wheelies, restricted to the hard speed limit.

f32	m_speed
	Current speed, restricted to the soft speed limit.

f32	m_lastSpeed
	Last frame's speed, cached to calculate angular velocity.

f32	m_processedSpeed
	Offset 0x28. It's only ever just a copy of m_speed.

f32	m_hardSpeedLimit
	Absolute speed cap. It's 120, unless you're in a bullet (140).

f32	m_acceleration
	Captures the acceleration from player input and boosts.

f32	m_speedDragMultiplier
	After 5 frames of airtime, this causes speed to slowly decay.

EGG::Vector3f	m_smoothedUp
	A smoothed up vector, mostly used after significant airtime.

EGG::Vector3f	m_up
	Vector perpendicular to the floor, pointing upwards.

EGG::Vector3f	m_landingDir

EGG::Vector3f	m_dir

EGG::Vector3f	m_lastDir
	m_speed from the previous frame but with signed magnitude.

EGG::Vector3f	m_vel1Dir

EGG::Vector3f	m_dirDiff

bool	m_hasLandingDir

f32	m_outsideDriftAngle
	The facing angle of an outward-drifting vehicle.

f32	m_landingAngle

EGG::Vector3f	m_outsideDriftLastDir
	Used to compute the next m_outsideDriftAngle.

f32	m_speedRatioCapped
	m_speedRatio but capped at 1.0f.

f32	m_speedRatio
	The ratio between current speed and the player's base speed stat.

f32	m_kclSpeedFactor
	Float between 0-1 that scales the player's speed on offroad.

f32	m_kclRotFactor
	Float between 0-1 that scales the player's turning radius on offroad.

f32	m_kclWheelSpeedFactor
	The slowest speed multiplier of each wheel's floor collision.

f32	m_kclWheelRotFactor
	The slowest rotation multiplier of each wheel's floor collision.

u16	m_floorCollisionCount
	The number of tires colliding with the floor.

s32	m_hopStickX
	A ternary for the direction of our hop, 0 if still neutral hopping.

s32	m_hopFrame
	A timer that can prevent subsequent hops until reset.

EGG::Vector3f	m_hopUp
	The up vector when hopping.

EGG::Vector3f	m_hopDir
	Used for outward drift. Tracks the forward vector of our rotation.

f32	m_divingRot
	Induces x-axis angular velocity based on up/down stick input.

f32	m_standStillBoostRot

DriftState	m_driftState

u16	m_mtCharge
	A value between 0 and 270 representing current MT charge.

u16	m_smtCharge
	A value between 0 and 300 representing current SMT charge.

f32	m_outsideDriftBonus
	Added to angular velocity when outside drifting.

KartBoost	m_boost

s16	m_zipperBoostTimer

s16	m_zipperBoostMax

KartReject	m_reject

s16	m_offroadInvincibility
	How many frames until the player is affected by offroad.

s16	m_ssmtCharge
	Increments every frame up to 75 when charging stand-still MT.

s16	m_ssmtLeewayTimer
	Frames to forgive letting go of A before clearing SSMT charge.

s16	m_ssmtDisableAccelTimer
	Counter that tracks delay before starting to reverse.

f32	m_realTurn
	The "true" turn magnitude. Equal to m_weightedTurn unless drifting.

f32	m_weightedTurn
	Magnitude+direction of stick input, factoring in the kart's stats.

EGG::Vector3f	m_scale
	[Unused] Always 1.0f

f32	m_totalScale
	[Unused] Always 1.0f

f32	m_hitboxScale

u16	m_mushroomBoostTimer
	Number of frames until the mushroom boost runs out.

u32	m_nonZipperAirtime

f32	m_jumpPadMinSpeed
	Snaps the player to a minimum speed when first touching a jump pad.

f32	m_jumpPadMaxSpeed

const JumpPadProperties *	m_jumpPadProperties

u16	m_rampBoost

f32	m_autoDriftAngle

s16	m_autoDriftStartFrameCounter

f32	m_cannonEntryOfsLength

EGG::Vector3f	m_cannonEntryPos

EGG::Vector3f	m_cannonEntryOfs

EGG::Vector3f	m_cannonOrthog

EGG::Vector3f	m_cannonProgress

f32	m_hopVelY
	Relative velocity due to a hop. Starts at 10 and decreases with gravity.

f32	m_hopPosY
	Relative position as the result of a hop. Starts at 0.

f32	m_hopGravity
	Always main gravity (-1.3f).

s16	m_timeInRespawn
	The number of frames elapsed after position snap from respawn.

s16	m_respawnPreLandTimer
	Counts down from 4 when pressing A before landing from respawn.

s16	m_respawnPostLandTimer
	Counts up to 4 if not accelerating after respawn landing.

s16	m_respawnTimer

DrivingDirection	m_drivingDirection
	Current state of driver's direction.

s16	m_backwardsAllowCounter
	Tracks the 15f delay before reversing.

PadType	m_padType

Flags	m_flags

KartJump *	m_jump

KartHalfPipe *	m_halfPipe
	Pertains to zipper physics.

KartBurnout	m_burnout
	Manages the state of start boost burnout.

const DriftingParameters *	m_driftingParams
	Drift-type-specific parameters.

f32	m_rawTurn
	Float in range [-1, 1]. Represents stick magnitude + direction.

Constructor & Destructor Documentation

◆ KartMoveBike()

Kart::KartMoveBike::KartMoveBike ( )

0x80587B30

Definition at line 2146 of file KartMove.cc.

Member Function Documentation

◆ calcMtCharge()

void Kart::KartMoveBike::calcMtCharge ( )

overridevirtual0x80588888

Every frame during a drift, calculates MT charge based on player input.

Stage: 2

Reimplemented from Kart::KartMove.

Definition at line 2413 of file KartMove.cc.

◆ calcVehicleRotation()

void Kart::KartMoveBike::calcVehicleRotation ( f32 turn )

overridevirtual0x80587D68

Every frame, calculates rotation, EV, and angular velocity for the bike.

Stage: All

Reimplemented from Kart::KartMove.

Definition at line 2183 of file KartMove.cc.

◆ calcWheelie()

void Kart::KartMoveBike::calcWheelie ( )

overridevirtual0x805883F4

STAGE 1+ - Every frame, checks player input for wheelies and computes wheelie rotation.

Reimplemented from Kart::KartMove.

Definition at line 2337 of file KartMove.cc.

◆ cancelWheelie()

void Kart::KartMoveBike::cancelWheelie ( )

virtual0x805883C4

Clears the wheelie bit flag and resets the rotation decrement.

Stage: 1+

Definition at line 2168 of file KartMove.cc.

◆ canWheelie()

bool Kart::KartMoveBike::canWheelie ( ) const

inlinenodiscardoverridevirtual0x80588FE0

Checks if the kart is going fast enough to wheelie.

Reimplemented from Kart::KartMove.

Definition at line 480 of file KartMove.hh.

◆ clear()

void Kart::KartMoveBike::clear ( )

overridevirtual0x80588950

Reimplemented from Kart::KartMove.

Definition at line 2330 of file KartMove.cc.

◆ createSubsystems()

void Kart::KartMoveBike::createSubsystems ( )

overridevirtual0x80587BB8

Reimplemented from Kart::KartMove.

Definition at line 2175 of file KartMove.cc.

◆ getWheelieSoftSpeedLimitBonus()

f32 Kart::KartMoveBike::getWheelieSoftSpeedLimitBonus ( ) const

inlinenodiscardoverridevirtual0x80588324

Returns what % to raise the speed cap when wheeling.

Stage: 2

Reimplemented from Kart::KartMove.

Definition at line 458 of file KartMove.hh.

◆ init()

void Kart::KartMoveBike::init	(	bool	b1,
		bool	b2 )

overridevirtual0x80587D00

Reimplemented from Kart::KartMove.

Definition at line 2316 of file KartMove.cc.

◆ initOob()

void Kart::KartMoveBike::initOob ( )

overridevirtual0x80588B58

Reimplemented from Kart::KartMove.

Definition at line 2441 of file KartMove.cc.

◆ leanRot()

f32 Kart::KartMoveBike::leanRot ( ) const

inlinenodiscardoverridevirtual

Reimplemented from Kart::KartMove.

Definition at line 474 of file KartMove.hh.

◆ onHop()

void Kart::KartMoveBike::onHop ( )

overridevirtual0x80588B30

Virtual function that just cancels wheelies when you hop.

Stage: 2

Todo: This function may be called without actually hopping (slipdrift), in which case we should rename this function.

Reimplemented from Kart::KartMove.

Definition at line 2396 of file KartMove.cc.

◆ onWallCollision()

void Kart::KartMoveBike::onWallCollision ( )

overridevirtual

Called when you collide with a wall. All it does for bikes is cancel wheelies.

Stage: 2

Reimplemented from Kart::KartMove.

Definition at line 2406 of file KartMove.cc.

◆ setTurnParams()

void Kart::KartMoveBike::setTurnParams ( )

overridevirtual0x80587C54

On init, sets the bike's lean rotation cap and increment.In addition to setting the lean rotation cap and increment on init, this function also gets called when falling out-of-bounds.

Reimplemented from Kart::KartMove.

Definition at line 2292 of file KartMove.cc.

◆ startWheelie()

void Kart::KartMoveBike::startWheelie ( )

virtual0x80588350

STAGE 1+ - Sets the wheelie bit flag and some wheelie-related variables.

Definition at line 2153 of file KartMove.cc.

◆ tryStartWheelie()

void Kart::KartMoveBike::tryStartWheelie ( )

0x80588798

STAGE 1+ - Every frame, checks player input to see if we should start or stop a wheelie.

Definition at line 2453 of file KartMove.cc.

◆ wheelieRotFactor()

f32 Kart::KartMoveBike::wheelieRotFactor ( ) const

inlinenodiscard0x80588860

Definition at line 464 of file KartMove.hh.

Member Data Documentation

◆ m_autoHardStickXFrames

s16 Kart::KartMoveBike::m_autoHardStickXFrames

private

Definition at line 497 of file KartMove.hh.

◆ m_leanRot

f32 Kart::KartMoveBike::m_leanRot

private

Z-axis rotation of the bike from leaning.

Definition at line 489 of file KartMove.hh.

◆ m_leanRotCap

f32 Kart::KartMoveBike::m_leanRotCap

private

The maximum leaning rotation.

Definition at line 490 of file KartMove.hh.

◆ m_leanRotInc

f32 Kart::KartMoveBike::m_leanRotInc

private

The incrementor for leaning rotation.

Definition at line 491 of file KartMove.hh.

◆ m_maxWheelieRot

f32 Kart::KartMoveBike::m_maxWheelieRot

private

The maximum wheelie rotation.

Definition at line 493 of file KartMove.hh.

◆ m_turningParams

const TurningParameters* Kart::KartMoveBike::m_turningParams

private

Inside/outside drifting bike turn info.

Definition at line 498 of file KartMove.hh.

◆ m_wheelieCooldown

s16 Kart::KartMoveBike::m_wheelieCooldown

private

The number of frames before another wheelie can start.

Definition at line 495 of file KartMove.hh.

◆ m_wheelieFrames

u32 Kart::KartMoveBike::m_wheelieFrames

private

Tracks wheelie duration and cancels the wheelie after 180 frames.

Definition at line 494 of file KartMove.hh.

◆ m_wheelieRot

f32 Kart::KartMoveBike::m_wheelieRot

private

X-axis rotation from wheeling.

Definition at line 492 of file KartMove.hh.

◆ m_wheelieRotDec

f32 Kart::KartMoveBike::m_wheelieRotDec

private

The wheelie rotation decrementor, used after a wheelie has ended.

Definition at line 496 of file KartMove.hh.

Description

Classes

Public Member Functions

Getters

Private Attributes

Additional Inherited Members

Constructor & Destructor Documentation

◆ KartMoveBike()

Member Function Documentation

◆ calcMtCharge()

◆ calcVehicleRotation()

◆ calcWheelie()

◆ cancelWheelie()

◆ canWheelie()

◆ clear()

◆ createSubsystems()

◆ getWheelieSoftSpeedLimitBonus()

◆ init()

◆ initOob()

◆ leanRot()

◆ onHop()

◆ onWallCollision()

◆ setTurnParams()

◆ startWheelie()

◆ tryStartWheelie()

◆ wheelieRotFactor()

Member Data Documentation

◆ m_autoHardStickXFrames

◆ m_leanRot

◆ m_leanRotCap

◆ m_leanRotInc

◆ m_maxWheelieRot

◆ m_turningParams

◆ m_wheelieCooldown

◆ m_wheelieFrames

◆ m_wheelieRot

◆ m_wheelieRotDec