C# Class UnityPlatformer.RaycastController

Inheritance: UnityEngine.MonoBehaviour

Mostra file Open project: llafuente/unity-platformer

Public Properties

Property	Type	Description
collisionMask	UnityEngine.LayerMask
horizontalRayCount	int
minDistanceToEnv	float
skinWidth	float
verticalRayCount	int

Public Methods

Method	Description
CalculateRaySpacing ( ) : void	Recalculate distance between rays (horizontalRaySpacing & verticalRaySpacing)
FeetRay ( float rayLength, LayerMask mask ) : RaycastHit2D	Return RaycastHit2D of Raycasting at bottom center.
ForeachFeetRay ( float rayLength, Vector3 &velocity, RayItr itr ) : void	Iterate over all feet/vertical rays
ForeachHeadRay ( float rayLength, Vector3 &velocity, RayItr itr ) : void	Iterate over all head/vertical rays
ForeachLeftRay ( float rayLength, Vector3 &velocity, RayItr itr ) : void	Iterate over all left/horizontal rays
ForeachRightRay ( float rayLength, Vector3 &velocity, RayItr itr ) : void	Iterate over all right/horizontal rays
LeftFeetRay ( float rayLength, Vector3 velocity ) : RaycastHit2D	Return RaycastHit2D of Raycasting at bottom left.
OnEnable ( ) : void	Recalculate everything
Raycast ( Vector2 origin, Vector2 direction, float rayLength, int mask, Color color = null ) : RaycastHit2D	Call Physics2D.Raycast and Draw the ray to debug
RightFeetRay ( float rayLength, Vector3 velocity ) : RaycastHit2D	Return RaycastHit2D of Raycasting at bottom right.
UpdateInnerBounds ( ) : void	Recalculate shrinked the bounds
UpdateRaycastOrigins ( ) : void	Recalculate raycastOrigins
VerticalRay ( float directionY, int index, float rayLength, Vector3 &velocity, Color c = null ) : RaycastHit2D	Return RaycastHit2D of Raycasting at given index

Method Details

CalculateRaySpacing() public method

Recalculate distance between rays (horizontalRaySpacing & verticalRaySpacing)

public CalculateRaySpacing ( ) : void
return	void

FeetRay() public method

Return RaycastHit2D of Raycasting at bottom center.

public FeetRay ( float rayLength, LayerMask mask ) : RaycastHit2D
rayLength	float
mask	UnityEngine.LayerMask
return	UnityEngine.RaycastHit2D

ForeachFeetRay() public method

Iterate over all feet/vertical rays

public ForeachFeetRay ( float rayLength, Vector3 &velocity, RayItr itr ) : void
rayLength	float
velocity	Vector3
itr	RayItr
return	void

ForeachHeadRay() public method

Iterate over all head/vertical rays

public ForeachHeadRay ( float rayLength, Vector3 &velocity, RayItr itr ) : void
rayLength	float
velocity	Vector3
itr	RayItr
return	void

ForeachLeftRay() public method

Iterate over all left/horizontal rays

public ForeachLeftRay ( float rayLength, Vector3 &velocity, RayItr itr ) : void
rayLength	float
velocity	Vector3
itr	RayItr
return	void

ForeachRightRay() public method

Iterate over all right/horizontal rays

public ForeachRightRay ( float rayLength, Vector3 &velocity, RayItr itr ) : void
rayLength	float
velocity	Vector3
itr	RayItr
return	void

LeftFeetRay() public method

Return RaycastHit2D of Raycasting at bottom left.

public LeftFeetRay ( float rayLength, Vector3 velocity ) : RaycastHit2D
rayLength	float
velocity	Vector3
return	UnityEngine.RaycastHit2D

OnEnable() public method

Recalculate everything

public OnEnable ( ) : void
return	void

Raycast() public method

Call Physics2D.Raycast and Draw the ray to debug

public Raycast ( Vector2 origin, Vector2 direction, float rayLength, int mask, Color color = null ) : RaycastHit2D
origin	Vector2
direction	Vector2
rayLength	float
mask	int
color	Color
return	UnityEngine.RaycastHit2D

RightFeetRay() public method

Return RaycastHit2D of Raycasting at bottom right.

public RightFeetRay ( float rayLength, Vector3 velocity ) : RaycastHit2D
rayLength	float
velocity	Vector3
return	UnityEngine.RaycastHit2D

UpdateInnerBounds() public method

Recalculate shrinked the bounds

public UpdateInnerBounds ( ) : void
return	void

UpdateRaycastOrigins() public method

Recalculate raycastOrigins

public UpdateRaycastOrigins ( ) : void
return	void

VerticalRay() public method

Return RaycastHit2D of Raycasting at given index

public VerticalRay ( float directionY, int index, float rayLength, Vector3 &velocity, Color c = null ) : RaycastHit2D
directionY	float
index	int
rayLength	float
velocity	Vector3
c	Color
return	UnityEngine.RaycastHit2D

Property Details

collisionMask public_oe property

Static geometry mask

public LayerMask,UnityEngine collisionMask
return	UnityEngine.LayerMask

horizontalRayCount public_oe property

How many rays to check horizontal collisions

public int horizontalRayCount
return	int

minDistanceToEnv public_oe property

How far from then env the Character must be. NOTE: must be less than skinWidth, to allow continuous ground contact

public float minDistanceToEnv
return	float

skinWidth public_oe property

Defines how far in from the edges of the collider rays are we going to cast from. NOTE: This value must be greater than minDistanceToEnv

public float skinWidth
return	float

verticalRayCount public_oe property

How many rays to check vertical collisions

public int verticalRayCount
return	int