C# Class UnityPlatformer.PlatformerCollider2D

Handle collisions with the world

Inheritance: RaycastController

Afficher le fichier Open project: llafuente/unity-platformer Class Usage Examples

Méthodes publiques

Свойство	Type	Description
enableSlopes	bool
maxClimbAngle	float
maxDescendAngle	float
minTranslation	float
onLanding	System.Action
onLeaveGround	System.Action
onLeftWall	System.Action
onRightWall	System.Action
onTop	System.Action
wallAngle	float

Méthodes publiques

Méthode	Description
ClimbSlope ( Vector3 &velocity ) : void	Modify velocity to smooth climb current slope
ConsolidateCollisions ( ) : void	After all work, notify changes
DescendSlope ( Vector3 &velocity ) : void	Modify velocity to smooth descend current slope
DiagonalCollisions ( Vector3 &velocity ) : void	Unused. This may be redundant still experimental to fix some edge cases...
DisableLeaveGround ( ) : void	same as: 'leavingGround=false' to be used with: UpdateManager.SetTimeout
DisableSlopes ( float resetDelay = 0.5f ) : void	Disable slopes, so no more ClimbSlope/DescendSlope This is important, because while on slope, velocity.y will be modified If you need your velocity to remain, you must disable slopes.\n NOTE use it for jumping over a slope
EnableLeaveGround ( float resetDelay = 0.5f ) : void	leavingGround = true during resetDelay time
EnableSlopes ( ) : void	same as: 'enableSlopes=true' to be used with: UpdateManager.SetTimeout
FallThroughPlatform ( float resetDelay = 0.5f ) : void	fallingThroughPlatform = true during resetDelay time
GetDownSlopeDir ( ) : Vector3	Vector pointing were to descend / slip
HorizontalCollisions ( RaycastHit2D &ray, Vector3 &velocity, int dir, int idx ) : void	Callback for ForeachLeftRay/ForeachRightRay
IsOnGround ( int graceFrames ) : bool	Collider is/was on ground. This is useful to give player some help, no pixel precision jumps :)
Move ( Vector3 velocity, float delta ) : Vector3	Attempt to move the character to current position + velocity. Any colliders in our way will cause velocity to be modified ex: wall -> stop. slope -> modifiy velocity.\n NOTE collisions.velocity has the real velocity applied
OnEnable ( ) : void
ResetFallingThroughPlatform ( ) : void	same as: 'fallingThroughPlatform=false' to be used with: UpdateManager.SetTimeout
Start ( ) : void
UpdateCurrentSlope ( Vector3 velocity ) : void	Launch rays and get the maximum slope found
VerticalCollisions ( RaycastHit2D &ray, Vector3 &velocity, int dir, int idx ) : void	Callback for ForeachHeadRay/ForeachFeetRay

Method Details

ClimbSlope() public méthode

Modify velocity to smooth climb current slope

public ClimbSlope ( Vector3 &velocity ) : void
velocity	Vector3	Amount to be moved
Résultat	void

ConsolidateCollisions() public méthode

After all work, notify changes

public ConsolidateCollisions ( ) : void
Résultat	void

DescendSlope() public méthode

Modify velocity to smooth descend current slope

public DescendSlope ( Vector3 &velocity ) : void
velocity	Vector3	Amount to be moved
Résultat	void

DiagonalCollisions() public méthode

Unused. This may be redundant still experimental to fix some edge cases...

public DiagonalCollisions ( Vector3 &velocity ) : void
velocity	Vector3	Amount to be moved
Résultat	void

DisableLeaveGround() public méthode

same as: 'leavingGround=false' to be used with: UpdateManager.SetTimeout

public DisableLeaveGround ( ) : void
Résultat	void

DisableSlopes() public méthode

Disable slopes, so no more ClimbSlope/DescendSlope This is important, because while on slope, velocity.y will be modified If you need your velocity to remain, you must disable slopes.\n NOTE use it for jumping over a slope

public DisableSlopes ( float resetDelay = 0.5f ) : void
resetDelay	float	0 means no reset
Résultat	void

EnableLeaveGround() public méthode

leavingGround = true during resetDelay time

public EnableLeaveGround ( float resetDelay = 0.5f ) : void
resetDelay	float	0 means no reset
Résultat	void

EnableSlopes() public méthode

same as: 'enableSlopes=true' to be used with: UpdateManager.SetTimeout

public EnableSlopes ( ) : void
Résultat	void

FallThroughPlatform() public méthode

fallingThroughPlatform = true during resetDelay time

public FallThroughPlatform ( float resetDelay = 0.5f ) : void
resetDelay	float	0 means no reset
Résultat	void

GetDownSlopeDir() public méthode

Vector pointing were to descend / slip

public GetDownSlopeDir ( ) : Vector3
Résultat	Vector3

HorizontalCollisions() public méthode

Callback for ForeachLeftRay/ForeachRightRay

public HorizontalCollisions ( RaycastHit2D &ray, Vector3 &velocity, int dir, int idx ) : void
ray	UnityEngine.RaycastHit2D	result of Raycast horizontally
velocity	Vector3	Amount to be moved
dir	int	Direction
idx	int	ray index
Résultat	void

IsOnGround() public méthode

Collider is/was on ground. This is useful to give player some help, no pixel precision jumps :)

public IsOnGround ( int graceFrames ) : bool
graceFrames	int	0 means current frame
Résultat	bool

Move() public méthode

Attempt to move the character to current position + velocity. Any colliders in our way will cause velocity to be modified ex: wall -> stop. slope -> modifiy velocity.\n NOTE collisions.velocity has the real velocity applied

public Move ( Vector3 velocity, float delta ) : Vector3
velocity	Vector3	Amount to be moved (velocity * delta)
delta	float	Time since last update
Résultat	Vector3

OnEnable() public méthode

public OnEnable ( ) : void
Résultat	void

ResetFallingThroughPlatform() public méthode

same as: 'fallingThroughPlatform=false' to be used with: UpdateManager.SetTimeout

public ResetFallingThroughPlatform ( ) : void
Résultat	void

Start() public méthode

public Start ( ) : void
Résultat	void

UpdateCurrentSlope() public méthode

Launch rays and get the maximum slope found

public UpdateCurrentSlope ( Vector3 velocity ) : void
velocity	Vector3	Amount to be moved
Résultat	void

VerticalCollisions() public méthode

Callback for ForeachHeadRay/ForeachFeetRay

public VerticalCollisions ( RaycastHit2D &ray, Vector3 &velocity, int dir, int idx ) : void
ray	UnityEngine.RaycastHit2D	result of Raycast vertically
velocity	Vector3	Amount to be moved
dir	int	Direction
idx	int	ray index
Résultat	void

Property Details

enableSlopes public_oe property

Enable slopes Slopes modify Y position of the collider, even when velocity is really X only, to give a smooth movement

public bool enableSlopes
Résultat	bool

maxClimbAngle public_oe property

Maximum angle the collider can walk-up

public float maxClimbAngle
Résultat	float

maxDescendAngle public_oe property

Maximum angle the collider can walk-down

public float maxDescendAngle
Résultat	float

minTranslation public_oe property

Prevent unwanted micro changes in orientation/falling. Makes the Collider more stable to changes.\n This is not a magnitude, handle X/Y separately

public float minTranslation
Résultat	float

onLanding public_oe property

Collider hit the ground

public Action,System onLanding
Résultat	System.Action

onLeaveGround public_oe property

Collider leave ground

public Action,System onLeaveGround
Résultat	System.Action

onLeftWall public_oe property

Collider hit a wall on left side

public Action,System onLeftWall
Résultat	System.Action

onRightWall public_oe property

Collider hit a wall on right side

public Action,System onRightWall
Résultat	System.Action

onTop public_oe property

Collider hit something with the 'Head'

public Action,System onTop
Résultat	System.Action

wallAngle public_oe property

Greater than wallAngle will be considered a Wall, not a slope

public float wallAngle
Résultat	float