#include <CharacterVirtual.h>

Public Member Functions
void	SaveState (StateRecorder &inStream) const

void	RestoreState (StateRecorder &inStream)

Public Attributes
RVec3	mPosition
	Position where the character makes contact. More...

Vec3	mLinearVelocity
	Velocity of the contact point. More...

Vec3	mContactNormal
	Contact normal, pointing towards the character. More...

Vec3	mSurfaceNormal
	Surface normal of the contact. More...

float	mDistance
	Distance to the contact <= 0 means that it is an actual contact, > 0 means predictive. More...

float	mFraction
	Fraction along the path where this contact takes place. More...

BodyID	mBodyB
	ID of body we're colliding with. More...

SubShapeID	mSubShapeIDB
	Sub shape ID of body we're colliding with. More...

EMotionType	mMotionTypeB
	Motion type of B, used to determine the priority of the contact. More...

bool	mIsSensorB
	If B is a sensor. More...

uint64	mUserData
	User data of B. More...

const PhysicsMaterial *	mMaterial
	Material of B. More...

bool	mHadCollision = false
	If the character actually collided with the contact (can be false if a predictive contact never becomes a real one) More...

bool	mWasDiscarded = false
	If the contact validate callback chose to discard this contact. More...

bool	mCanPushCharacter = true
	When true, the velocity of the contact point can push the character. More...

Member Function Documentation

◆ RestoreState()

void CharacterVirtual::Contact::RestoreState ( StateRecorder & inStream )

◆ SaveState()

void CharacterVirtual::Contact::SaveState ( StateRecorder & inStream ) const

Member Data Documentation

◆ mBodyB

BodyID CharacterVirtual::Contact::mBodyB

ID of body we're colliding with.

◆ mCanPushCharacter

bool CharacterVirtual::Contact::mCanPushCharacter = true

When true, the velocity of the contact point can push the character.

◆ mContactNormal

Vec3 CharacterVirtual::Contact::mContactNormal

Contact normal, pointing towards the character.

◆ mDistance

float CharacterVirtual::Contact::mDistance

Distance to the contact <= 0 means that it is an actual contact, > 0 means predictive.

◆ mFraction

float CharacterVirtual::Contact::mFraction

Fraction along the path where this contact takes place.

◆ mHadCollision

bool CharacterVirtual::Contact::mHadCollision = false

If the character actually collided with the contact (can be false if a predictive contact never becomes a real one)

◆ mIsSensorB

bool CharacterVirtual::Contact::mIsSensorB

If B is a sensor.

◆ mLinearVelocity

Vec3 CharacterVirtual::Contact::mLinearVelocity

Velocity of the contact point.

◆ mMaterial

const PhysicsMaterial* CharacterVirtual::Contact::mMaterial

Material of B.

◆ mMotionTypeB

EMotionType CharacterVirtual::Contact::mMotionTypeB

Motion type of B, used to determine the priority of the contact.

◆ mPosition

RVec3 CharacterVirtual::Contact::mPosition

Position where the character makes contact.

◆ mSubShapeIDB

SubShapeID CharacterVirtual::Contact::mSubShapeIDB

Sub shape ID of body we're colliding with.

◆ mSurfaceNormal

Vec3 CharacterVirtual::Contact::mSurfaceNormal

Surface normal of the contact.

◆ mUserData

uint64 CharacterVirtual::Contact::mUserData

User data of B.

◆ mWasDiscarded

bool CharacterVirtual::Contact::mWasDiscarded = false

If the contact validate callback chose to discard this contact.

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

Jolt/Physics/Character/CharacterVirtual.h
Jolt/Physics/Character/CharacterVirtual.cpp

Public Member Functions

Public Attributes