C# Class UnityPlatformer.RaycastController

Inheritance: UnityEngine.MonoBehaviour

Show 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 property

Static geometry mask

public LayerMask,UnityEngine collisionMask
return	UnityEngine.LayerMask

horizontalRayCount public property

How many rays to check horizontal collisions

public int horizontalRayCount
return	int

minDistanceToEnv public 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 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 property

How many rays to check vertical collisions

public int verticalRayCount
return	int