Class PlatformerMotor2D

Inheritance

System.Object

PlatformerMotor2D

Namespace: Edgar.Unity.Examples.PC2D

Assembly: cs.temp.dll.dll

Syntax

public class PlatformerMotor2D : MonoBehaviour

Fields

additionalRaycastsPerSide	When checking for moving platforms that may have moved into the motor the corners are automatically casted on. This variable impacts how many more casts are made to each side. If the smallest size environment is the same size or bigger than the motor (width and height) then this can be 0. If it's at least half size then this can be 1. Increasing this number allows separation from smaller platform pieces but at a performance cost.
airSpeed	The maximum horizontal speed of the motor in the air.
airStopDistance	The distance the motor will 'slide' to a stop while in the air. Only effects horizontal movement.
angleAllowedForMoving	The angle of slope the motor is allowed to walk on. It could be a good idea to keep this slightly above the minimum.
changeDirectionInAir	If true, then the player can change x direction while jumping. If false, then the x velocity when leaving the ground will be held while in the air
changeSpeedOnSlopes	Should the speed of the motor change depending of the angle of the slope. This only impacts walking on slopes, not while sliding.
cornerDistanceCheck	This is the size of the corner check. This can be tweaked with if corner grabs are not working correctly.
cornerGrabDuration	The duration, in seconds, that the motor will stick to a corner.
cornerJumpMultiplier	The jump speed multiplier when jumping from a corner grab. Useful to forcing bigger jumps.
dashCooldown	When the motor will be allowed to dash again after dashing. The cooldown begins at the end of a dash.
dashDistance	How far the motor will dash.
dashDuration	How long the dash lasts in seconds.
dashEasingFunction	The easing function used during the dash. Pick 'Linear' for just a set speed.
distanceToCheckToStick	If stickOnGround is true then the motor will search down for the ground to place itself on. This is how far it is willing to check. This needs to be high enough to account for the distance placed by the motor speed but should be smaller than the difference between environment heights. Play around until a nice value is found.
enableCornerGrabs	Are corner grabs allowed? A corner grab is when the motor sticks to a corner.
enableDashes	Is dashing allowed?
enableOneWayPlatforms	Should the motor check for one way platforms? Set this to false if there aren't any, the motor will be more efficient. This will only have an effect if the motor's collider can't collide with its own layer. If it can then setting this to false won't help, one way platforms or not.
enableSlopes	Should the motor check for any slopes? Set this to false if there are no slopes, the motor will be more efficient.
enableWallJumps	If wall jumps are allowed.
enableWallSlides	If wall slides are allowed. A wall slide is when a motor slides down a wall. This will only take in effect once the stick is over.
enableWallSticks	If wall sticking is allowed. A wall sticking is when a motor will 'grab' a wall.
endDashNoGravityDuration	Delay (in seconds) before gravity is turned back on after a dash.
envCheckDistance	How far out the motor will check for the environment mask. This value can be tweaked if jump checks are not firing when wanted.
extraJumpHeight	The extra height the motor will jump if jump is 'held' down.
fallSpeed	The maximum speed that the motor will fall. Only effects vertical speed when falling.
fastFallGravityMultiplier	If the motor is in 'fast fall' then the gravityMultiplier is multiplied by the value. Higher number means faster acceleration while falling.
fastFallSpeed	The maximum speed that the motor will fall during 'fast fall'.
gravityMultiplier	Gravity multiplier to the Physics2D.gravity setting. Works like RigidBody2D's gravityMultiplier.
groundSpeed	The maximum speed the motor will move on the ground, only effects horizontal speed.
groundStopDistance	The distance the motor will slide to a stop from full speed while on the ground.
ignoreMovementAfterJump	After a corner or wall jump, this is how longer horizontal input is ignored.
iterationDebug	Internal gizmos for iteration debugging.
jumpHeight	The height the motor will jump when a jump command is issued.
jumpWindowWhenActivated	The grace period once the motor is told to jump where it will jump.
jumpWindowWhenFalling	The amount of time once the motor has left an environment that a jump will be allowed.
ladderSpeed	Maximum horizontal/vertical speed of the motor while climb a ladder
minDistanceFromEnv	The distance the motor will separate itself from environment. This is useful to prevent the motor from catching on edges.
minimumSpeedToMoveUpSlipperySlope	The speed necessary to try running up a slope that's too steep. If speed is less than the minimum then the motor's velocity is zeroed out and the motor can't try to run up the slope.
movingPlatformDebug	Internal gizmos moving platform debug rendering.
movingPlatformLayerMask	The layer that contains moving platforms. If there are no moving platforms then make sure this has no layers (value of 0). Optimizations are made in the motor if it isn't expecting any moving platforms.
normalizedValidWallInteraction	This is the size of a valid check (normalized to collider height) that will consider wall interactions valid. Starts from the top of the collider and moves down.
numOfAirJumps	Number of air jumps allowed.
numOfIterations	The number of iterations the motor is allowed to make during the fixed update. Lower number will be more performant at a cost of losing some movement when collisions occur.
onAirJump	Delegate to attach to when the motor air jumps (called before onJump).
onCornerJump	Delegate to attach to when the motor corner jumps (called before onJump).
onDash	Delegate to attach to when the motor dashes.
onDashEnd	Delegate to attach to when the motor's dash ends.
oneWayPlatformsAreWalls	if enableOneWayPlatforms is disabled how the motor should treat OWP? when both are disabled, OWP are ignored from collisions.
onJump	Delegate to attach to when the motor jumps (ALL JUMPS!).
onJumpEnd	Delegate that notifies, before change state, last jump has ended, reached the maximum allowed. Do not has parity with onJump, this is called when the last Jump ends not when Jump again.
onLanded	Delegate that notifies that the motor has landed. amountFallen can be queried for distance fallen.
onSlipping	Delegate that notifies that the motor start slipping.
onSlippingEnd	Delegate that notifies, before change state, that the motor end sliping.
onWallJump	Delegate to attach to when the motor walls jumps (called before onJump). The vector passed is the normal of the wall.
slopeNormal	The normal of the slope the motor is on. This value doesn't have meaning unless onSlope is true.
speedMultiplierOnSlope	If the motor changes speed on slopes then this acts as a multiplier. Lower values will mean bigger slow downs. A value of 1 means that it's only based off of the angle of the slope.
staticEnvLayerMask	The static environment check mask. This should only be environment that doesn't move.
stickOnGround	Should the motor stick to the ground when walking down onto a slope or up over a slope? Otherwise the motor may fall onto the slope or have a slight hop when moving up over a slope.
timeToAirSpeed	The time it takes to move from zero horizontal speed to the maximum speed. This value is used to calculate the acceleration.
timeToGroundSpeed	How much time does it take for the motor to get from zero speed to max speed. This value is used to calculate the acceleration.
timeToWallSlideSpeed	The time, in seconds, to get to wall slide speed.
wallInteractionCooldown	Cooldown for allowing slides, sticks, and corner grabs. This may be necessary if the motor can slide down a vertical moving platform. If they don't exist then this can be 0.
wallInteractionThreshold	The threshold that normalizedXMovement will have to be higher than to consider wall sticks, wall slides, wall jumps, and corner grabs.
wallJumpAngle	The angle (degrees) in which the motor will jump away from the wall. 0 is horizontal and 90 is straight up.
wallJumpMultiplier	The jump speed multiplier when wall jumping. This is useful to force bigger jumps off of the wall.
wallSlideSpeed	The speed that the motor will slide down the wall.
wallSticksDuration	The duration of the wall sticks in seconds. Set to a very large number to effectively allow permanent sticks.

additionalRaycastsPerSide

When checking for moving platforms that may have moved into the motor the corners are automatically casted on. This variable impacts how many more casts are made to each side. If the smallest size environment is the same size or bigger than the motor (width and height) then this can be 0. If it's at least half size then this can be 1. Increasing this number allows separation from smaller platform pieces but at a performance cost.

Declaration

public int additionalRaycastsPerSide

Field Value

Type	Description
System.Int32

airSpeed

The maximum horizontal speed of the motor in the air.

Declaration

public float airSpeed

Field Value

Type	Description
System.Single

airStopDistance

The distance the motor will 'slide' to a stop while in the air. Only effects horizontal movement.

Declaration

public float airStopDistance

Field Value

Type	Description
System.Single

angleAllowedForMoving

The angle of slope the motor is allowed to walk on. It could be a good idea to keep this slightly above the minimum.

Declaration

public float angleAllowedForMoving

Field Value

Type	Description
System.Single

changeDirectionInAir

If true, then the player can change x direction while jumping. If false, then the x velocity when leaving the ground will be held while in the air

Declaration

public bool changeDirectionInAir

Field Value

Type	Description
System.Boolean

changeSpeedOnSlopes

Should the speed of the motor change depending of the angle of the slope. This only impacts walking on slopes, not while sliding.

Declaration

public bool changeSpeedOnSlopes

Field Value

Type	Description
System.Boolean

cornerDistanceCheck

This is the size of the corner check. This can be tweaked with if corner grabs are not working correctly.

Declaration

public float cornerDistanceCheck

Field Value

Type	Description
System.Single

cornerGrabDuration

The duration, in seconds, that the motor will stick to a corner.

Declaration

public float cornerGrabDuration

Field Value

Type	Description
System.Single

cornerJumpMultiplier

The jump speed multiplier when jumping from a corner grab. Useful to forcing bigger jumps.

Declaration

public float cornerJumpMultiplier

Field Value

Type	Description
System.Single

dashCooldown

When the motor will be allowed to dash again after dashing. The cooldown begins at the end of a dash.

Declaration

public float dashCooldown

Field Value

Type	Description
System.Single

dashDistance

How far the motor will dash.

Declaration

public float dashDistance

Field Value

Type	Description
System.Single

dashDuration

How long the dash lasts in seconds.

Declaration

public float dashDuration

Field Value

Type	Description
System.Single

dashEasingFunction

The easing function used during the dash. Pick 'Linear' for just a set speed.

Declaration

public EasingFunctions.Functions dashEasingFunction

Field Value

Type	Description
EasingFunctions.Functions

distanceToCheckToStick

If stickOnGround is true then the motor will search down for the ground to place itself on. This is how far it is willing to check. This needs to be high enough to account for the distance placed by the motor speed but should be smaller than the difference between environment heights. Play around until a nice value is found.

Declaration

public float distanceToCheckToStick

Field Value

Type	Description
System.Single

enableCornerGrabs

Are corner grabs allowed? A corner grab is when the motor sticks to a corner.

Declaration

public bool enableCornerGrabs

Field Value

Type	Description
System.Boolean

enableDashes

Is dashing allowed?

Declaration

public bool enableDashes

Field Value

Type	Description
System.Boolean

enableOneWayPlatforms

Should the motor check for one way platforms? Set this to false if there aren't any, the motor will be more efficient. This will only have an effect if the motor's collider can't collide with its own layer. If it can then setting this to false won't help, one way platforms or not.

Declaration

public bool enableOneWayPlatforms

Field Value

Type	Description
System.Boolean

enableSlopes

Should the motor check for any slopes? Set this to false if there are no slopes, the motor will be more efficient.

Declaration

public bool enableSlopes

Field Value

Type	Description
System.Boolean

enableWallJumps

If wall jumps are allowed.

Declaration

public bool enableWallJumps

Field Value

Type	Description
System.Boolean

enableWallSlides

If wall slides are allowed. A wall slide is when a motor slides down a wall. This will only take in effect once the stick is over.

Declaration

public bool enableWallSlides

Field Value

Type	Description
System.Boolean

enableWallSticks

If wall sticking is allowed. A wall sticking is when a motor will 'grab' a wall.

Declaration

public bool enableWallSticks

Field Value

Type	Description
System.Boolean

endDashNoGravityDuration

Delay (in seconds) before gravity is turned back on after a dash.

Declaration

public float endDashNoGravityDuration

Field Value

Type	Description
System.Single

envCheckDistance

How far out the motor will check for the environment mask. This value can be tweaked if jump checks are not firing when wanted.

Declaration

public float envCheckDistance

Field Value

Type	Description
System.Single

extraJumpHeight

The extra height the motor will jump if jump is 'held' down.

Declaration

public float extraJumpHeight

Field Value

Type	Description
System.Single

fallSpeed

The maximum speed that the motor will fall. Only effects vertical speed when falling.

Declaration

public float fallSpeed

Field Value

Type	Description
System.Single

fastFallGravityMultiplier

If the motor is in 'fast fall' then the gravityMultiplier is multiplied by the value. Higher number means faster acceleration while falling.

Declaration

public float fastFallGravityMultiplier

Field Value

Type	Description
System.Single

fastFallSpeed

The maximum speed that the motor will fall during 'fast fall'.

Declaration

public float fastFallSpeed

Field Value

Type	Description
System.Single

gravityMultiplier

Gravity multiplier to the Physics2D.gravity setting. Works like RigidBody2D's gravityMultiplier.

Declaration

public float gravityMultiplier

Field Value

Type	Description
System.Single

groundSpeed

The maximum speed the motor will move on the ground, only effects horizontal speed.

Declaration

public float groundSpeed

Field Value

Type	Description
System.Single

groundStopDistance

The distance the motor will slide to a stop from full speed while on the ground.

Declaration

public float groundStopDistance

Field Value

Type	Description
System.Single

ignoreMovementAfterJump

After a corner or wall jump, this is how longer horizontal input is ignored.

Declaration

public float ignoreMovementAfterJump

Field Value

Type	Description
System.Single

iterationDebug

Internal gizmos for iteration debugging.

Declaration

public bool iterationDebug

Field Value

Type	Description
System.Boolean

jumpHeight

The height the motor will jump when a jump command is issued.

Declaration

public float jumpHeight

Field Value

Type	Description
System.Single

jumpWindowWhenActivated

The grace period once the motor is told to jump where it will jump.

Declaration

public float jumpWindowWhenActivated

Field Value

Type	Description
System.Single

jumpWindowWhenFalling

The amount of time once the motor has left an environment that a jump will be allowed.

Declaration

public float jumpWindowWhenFalling

Field Value

Type	Description
System.Single

ladderSpeed

Maximum horizontal/vertical speed of the motor while climb a ladder

Declaration

public float ladderSpeed

Field Value

Type	Description
System.Single

minDistanceFromEnv

The distance the motor will separate itself from environment. This is useful to prevent the motor from catching on edges.

Declaration

public float minDistanceFromEnv

Field Value

Type	Description
System.Single

minimumSpeedToMoveUpSlipperySlope

The speed necessary to try running up a slope that's too steep. If speed is less than the minimum then the motor's velocity is zeroed out and the motor can't try to run up the slope.

Declaration

public float minimumSpeedToMoveUpSlipperySlope

Field Value

Type	Description
System.Single

movingPlatformDebug

Internal gizmos moving platform debug rendering.

Declaration

public bool movingPlatformDebug

Field Value

Type	Description
System.Boolean

movingPlatformLayerMask

The layer that contains moving platforms. If there are no moving platforms then make sure this has no layers (value of 0). Optimizations are made in the motor if it isn't expecting any moving platforms.

Declaration

public LayerMask movingPlatformLayerMask

Field Value

Type	Description
LayerMask

normalizedValidWallInteraction

This is the size of a valid check (normalized to collider height) that will consider wall interactions valid. Starts from the top of the collider and moves down.

Declaration

public float normalizedValidWallInteraction

Field Value

Type	Description
System.Single

numOfAirJumps

Number of air jumps allowed.

Declaration

public int numOfAirJumps

Field Value

Type	Description
System.Int32

numOfIterations

The number of iterations the motor is allowed to make during the fixed update. Lower number will be more performant at a cost of losing some movement when collisions occur.

Declaration

public int numOfIterations

Field Value

Type	Description
System.Int32

onAirJump

Delegate to attach to when the motor air jumps (called before onJump).

Declaration

public Action onAirJump

Field Value

Type	Description
Action

onCornerJump

Delegate to attach to when the motor corner jumps (called before onJump).

Declaration

public Action onCornerJump

Field Value

Type	Description
Action

onDash

Delegate to attach to when the motor dashes.

Declaration

public Action onDash

Field Value

Type	Description
Action

onDashEnd

Delegate to attach to when the motor's dash ends.

Declaration

public Action onDashEnd

Field Value

Type	Description
Action

oneWayPlatformsAreWalls

if enableOneWayPlatforms is disabled how the motor should treat OWP? when both are disabled, OWP are ignored from collisions.

Declaration

public bool oneWayPlatformsAreWalls

Field Value

Type	Description
System.Boolean

onJump

Delegate to attach to when the motor jumps (ALL JUMPS!).

Declaration

public Action onJump

Field Value

Type	Description
Action

onJumpEnd

Delegate that notifies, before change state, last jump has ended, reached the maximum allowed. Do not has parity with onJump, this is called when the last Jump ends not when Jump again.

Declaration

public Action onJumpEnd

Field Value

Type	Description
Action

onLanded

Delegate that notifies that the motor has landed. amountFallen can be queried for distance fallen.

Declaration

public Action onLanded

Field Value

Type	Description
Action

onSlipping

Delegate that notifies that the motor start slipping.

Declaration

public Action onSlipping

Field Value

Type	Description
Action

onSlippingEnd

Delegate that notifies, before change state, that the motor end sliping.

Declaration

public Action onSlippingEnd

Field Value

Type	Description
Action

onWallJump

Delegate to attach to when the motor walls jumps (called before onJump). The vector passed is the normal of the wall.

Declaration

public Action<Vector2> onWallJump

Field Value

Type	Description
Action<Vector2>

slopeNormal

The normal of the slope the motor is on. This value doesn't have meaning unless onSlope is true.

Declaration

public Vector2 slopeNormal

Field Value

Type	Description
Vector2

speedMultiplierOnSlope

If the motor changes speed on slopes then this acts as a multiplier. Lower values will mean bigger slow downs. A value of 1 means that it's only based off of the angle of the slope.

Declaration

public float speedMultiplierOnSlope

Field Value

Type	Description
System.Single

staticEnvLayerMask

The static environment check mask. This should only be environment that doesn't move.

Declaration

public LayerMask staticEnvLayerMask

Field Value

Type	Description
LayerMask

stickOnGround

Should the motor stick to the ground when walking down onto a slope or up over a slope? Otherwise the motor may fall onto the slope or have a slight hop when moving up over a slope.

Declaration

public bool stickOnGround

Field Value

Type	Description
System.Boolean

timeToAirSpeed

The time it takes to move from zero horizontal speed to the maximum speed. This value is used to calculate the acceleration.

Declaration

public float timeToAirSpeed

Field Value

Type	Description
System.Single

timeToGroundSpeed

How much time does it take for the motor to get from zero speed to max speed. This value is used to calculate the acceleration.

Declaration

public float timeToGroundSpeed

Field Value

Type	Description
System.Single

timeToWallSlideSpeed

The time, in seconds, to get to wall slide speed.

Declaration

public float timeToWallSlideSpeed

Field Value

Type	Description
System.Single

wallInteractionCooldown

Cooldown for allowing slides, sticks, and corner grabs. This may be necessary if the motor can slide down a vertical moving platform. If they don't exist then this can be 0.

Declaration

public float wallInteractionCooldown

Field Value

Type	Description
System.Single

wallInteractionThreshold

The threshold that normalizedXMovement will have to be higher than to consider wall sticks, wall slides, wall jumps, and corner grabs.

Declaration

public float wallInteractionThreshold

Field Value

Type	Description
System.Single

wallJumpAngle

The angle (degrees) in which the motor will jump away from the wall. 0 is horizontal and 90 is straight up.

Declaration

public float wallJumpAngle

Field Value

Type	Description
System.Single

wallJumpMultiplier

The jump speed multiplier when wall jumping. This is useful to force bigger jumps off of the wall.

Declaration

public float wallJumpMultiplier

Field Value

Type	Description
System.Single

wallSlideSpeed

The speed that the motor will slide down the wall.

Declaration

public float wallSlideSpeed

Field Value

Type	Description
System.Single

wallSticksDuration

The duration of the wall sticks in seconds. Set to a very large number to effectively allow permanent sticks.

Declaration

public float wallSticksDuration

Field Value

Type	Description
System.Single

Properties

amountFallen	Returns the amount of distance the motor has fallen. Includes fallen fast distance.
amountFastFallen	Returns the amount of distance the motor has fallen fast.
amountJumpedFor	Returns the amount the motor has jumped. This ceases to keep calculating after the motor starts to come down.
canDash	If the motor is currently able to dash.
collidingAgainst	The surfaces the motor is currently colliding against.
connectedPlatform	Returns the moving platform that the motor is coupled with. If null then no moving platform.
dashDirection	Returns the direction of the current dash. If not dashing then returns Vector2.zero.
dashDistanceCalculated	This is the distance calculated for dashed. Not be confused with distanceDashed. This doesn't care if the motor has hit a wall.
distanceDashed	Returns the amount of distance dashed. If not dashing then returns 0.
facingLeft	Since the motor needs to know the facing of the object, this information is made available to anyone else who might need it.
fallFast	Set this true to have the motor fall faster. Set to false to fall at normal speeds.
frozen	Setting frozen to true will put the motor in a 'frozen' state. All information will be saved and set once unfrozen (the motor also reduces gravity to 0). Note: This isn't a way to turn off the motor. To turn off the motor, simply set the script to disabled. Note: No delegate (onXXX) will be called
inArea	The Areas the motor is currently in.
jumpingHeld	If jumpingHeld is set to true then the motor will jump further. Set to false if jumping isn't 'held'.
ladderZone
motorState	Call this to get state information about the motor. This will be information such as if the object is in the air or on the ground. This can be used to set the appropriate animations.
normalizedXMovement	Set the x movement direction. This is multiplied by the max speed. -1 is full left, 1 is full right. Higher numbers will result in faster speed.
normalizedYMovement	Set the y movement direction. This is multiplied by the max speed. -1 is full left, 1 is full right. Higher numbers will result in faster speed. Only used for ladders
onSlope	Whether or not the motor is on a slope. This can be simply walking on a slope or slipping.
timeScale	Set the time scale for the motor. This is independent of the global time scale. Negative values are not supported.
velocity	The velocity of the motor. This should be queried instead of the rigidbody's velocity. Setting this during a dash doesn't have any meaning.

amountFallen

Returns the amount of distance the motor has fallen. Includes fallen fast distance.

Declaration

public float amountFallen { get; }

Property Value

Type	Description
System.Single

amountFastFallen

Returns the amount of distance the motor has fallen fast.

Declaration

public float amountFastFallen { get; }

Property Value

Type	Description
System.Single

amountJumpedFor

Returns the amount the motor has jumped. This ceases to keep calculating after the motor starts to come down.

Declaration

public float amountJumpedFor { get; }

Property Value

Type	Description
System.Single

canDash

If the motor is currently able to dash.

Declaration

public bool canDash { get; }

Property Value

Type	Description
System.Boolean

collidingAgainst

The surfaces the motor is currently colliding against.

Declaration

public PlatformerMotor2D.CollidedSurface collidingAgainst { get; }

Property Value

Type	Description
PlatformerMotor2D.CollidedSurface

connectedPlatform

Returns the moving platform that the motor is coupled with. If null then no moving platform.

Declaration

public MovingPlatformMotor2D connectedPlatform { get; }

Property Value

Type	Description
MovingPlatformMotor2D

dashDirection

Returns the direction of the current dash. If not dashing then returns Vector2.zero.

Declaration

public Vector2 dashDirection { get; }

Property Value

Type	Description
Vector2

dashDistanceCalculated

This is the distance calculated for dashed. Not be confused with distanceDashed. This doesn't care if the motor has hit a wall.

Declaration

public float dashDistanceCalculated { get; }

Property Value

Type	Description
System.Single

distanceDashed

Returns the amount of distance dashed. If not dashing then returns 0.

Declaration

public float distanceDashed { get; }

Property Value

Type	Description
System.Single

facingLeft

Since the motor needs to know the facing of the object, this information is made available to anyone else who might need it.

Declaration

public bool facingLeft { get; set; }

Property Value

Type	Description
System.Boolean

fallFast

Set this true to have the motor fall faster. Set to false to fall at normal speeds.

Declaration

public bool fallFast { get; set; }

Property Value

Type	Description
System.Boolean

frozen

Setting frozen to true will put the motor in a 'frozen' state. All information will be saved and set once unfrozen (the motor also reduces gravity to 0).

Note: This isn't a way to turn off the motor. To turn off the motor, simply set the script to disabled. Note: No delegate (onXXX) will be called

Declaration

public bool frozen { get; set; }

Property Value

Type	Description
System.Boolean

inArea

The Areas the motor is currently in.

Declaration

public PlatformerMotor2D.CollidedArea inArea { get; }

Property Value

Type	Description
PlatformerMotor2D.CollidedArea

jumpingHeld

If jumpingHeld is set to true then the motor will jump further. Set to false if jumping isn't 'held'.

Declaration

public bool jumpingHeld { get; set; }

Property Value

Type	Description
System.Boolean

ladderZone

Declaration

public PlatformerMotor2D.LadderZone ladderZone { get; }

Property Value

Type	Description
PlatformerMotor2D.LadderZone

motorState

Call this to get state information about the motor. This will be information such as if the object is in the air or on the ground. This can be used to set the appropriate animations.

Declaration

public PlatformerMotor2D.MotorState motorState { get; }

Property Value

Type	Description
PlatformerMotor2D.MotorState

normalizedXMovement

Set the x movement direction. This is multiplied by the max speed. -1 is full left, 1 is full right. Higher numbers will result in faster speed.

Declaration

public float normalizedXMovement { get; set; }

Property Value

Type	Description
System.Single

normalizedYMovement

Set the y movement direction. This is multiplied by the max speed. -1 is full left, 1 is full right. Higher numbers will result in faster speed. Only used for ladders

Declaration

public float normalizedYMovement { get; set; }

Property Value

Type	Description
System.Single

onSlope

Whether or not the motor is on a slope. This can be simply walking on a slope or slipping.

Declaration

public bool onSlope { get; }

Property Value

Type	Description
System.Boolean

timeScale

Set the time scale for the motor. This is independent of the global time scale. Negative values are not supported.

Declaration

public float timeScale { get; set; }

Property Value

Type	Description
System.Single

velocity

The velocity of the motor. This should be queried instead of the rigidbody's velocity. Setting this during a dash doesn't have any meaning.

Declaration

public Vector2 velocity { get; set; }

Property Value

Type	Description
Vector2

Methods

ClearRestrictedArea()
Dash()	Call this to have the motor try to dash, once called it will be handled in the FixedUpdate tick. This causes the object to dash along their facing (if left or right for side scrollers).
Dash(Vector2)	Send a direction vector to dash allow dashing in a specific direction.
DisableRestrictedArea()
DisconnectFromPlatform()	Decouples the motor from the platform. This could be useful for a platform that throw the motor in the air. Call this when when the motor should disconnect then set the appropriate velocity.
EnableRestrictedArea()
EndDash()	Call to end dash immediately.
EndJump()	Call to end a jump. Causes the motor to stop calculated held speed for a jump.
ForceDash()	Forces the motor to dash regardless if the motor thinks it is valid or not.
ForceDash(Vector2)	Forces a dash along a specified direction.
ForceJump()	This will force a jump to occur even if the motor doesn't think a jump is valid. This function will not work if the motor is dashing.
ForceJump(Single)	Force a jump with a custom height.
FreedomAreaEnter()
FreedomAreaExit()
FreedomStateEnter()
FreedomStateExit()
IsDashing()	Is the motor Dashing?
IsFalling()	is the motor falling? do not include failling fast.
IsFallingFast()	is the motor falling fast? do not include failling (normal).
IsForceSlipping()
IsGrounded()	Motor is standing on the floor. Does not include Sliding
IsInAir()	Motor is in mid air?
IsJumping()	Is the motor Jumping? include walljumps and airjumps.
IsMovingPlatform(GameObject)
IsOnCorner()	Motor is on corner?
IsOnFreedomArea()
IsOnGround()	Motor is standing onto something?
IsOnLadder()
IsOnWall()	Motor is sticking on a wall or on corner or slidding on a wall.
IsRestricted()
IsSlipping()	Motor is Slipping?
IsStatic(GameObject)
IsUserHandled()	is the motor Jumping? include walljumps and airjumps.
IsWallSliding()	Motor is sliding on wall?
IsWallSticking()	is the motor stick to a wall? Use PressingIntoLeftWall, PressingIntoRightWall to know what wall.
Jump()	Call this to have the GameObject try to jump, once called it will be handled in the FixedUpdate tick. The y axis is considered jump.
Jump(Single)	Jump that allows a custom height.
LadderAreaEnter(Bounds, Single, Single)
LadderAreaExit()
ResetAirJump()	Resets the state for air jumps by setting the counter to 0.
ResetDashCooldown()	Reset the cooldown for dash.
SetLadderZone(PlatformerMotor2D.LadderZone)
SetRestrictedArea(Bounds, Boolean)

ClearRestrictedArea()

Declaration

public void ClearRestrictedArea()

Dash()

Call this to have the motor try to dash, once called it will be handled in the FixedUpdate tick. This causes the object to dash along their facing (if left or right for side scrollers).

Declaration

public void Dash()

Dash(Vector2)

Send a direction vector to dash allow dashing in a specific direction.

Declaration

public void Dash(Vector2 dir)

Parameters

Type	Name	Description
Vector2	dir	The normalized direction of the dash.

DisableRestrictedArea()

Declaration

public void DisableRestrictedArea()

DisconnectFromPlatform()

Decouples the motor from the platform. This could be useful for a platform that throw the motor in the air. Call this when when the motor should disconnect then set the appropriate velocity.

Declaration

public void DisconnectFromPlatform()

EnableRestrictedArea()

Declaration

public void EnableRestrictedArea()

EndDash()

Call to end dash immediately.

Declaration

public void EndDash()

EndJump()

Call to end a jump. Causes the motor to stop calculated held speed for a jump.

Declaration

public void EndJump()

ForceDash()

Forces the motor to dash regardless if the motor thinks it is valid or not.

Declaration

public void ForceDash()

ForceDash(Vector2)

Forces a dash along a specified direction.

Declaration

public void ForceDash(Vector2 dir)

Parameters

Type	Name	Description
Vector2	dir	The normalized direction of the dash.

ForceJump()

This will force a jump to occur even if the motor doesn't think a jump is valid. This function will not work if the motor is dashing.

Declaration

public void ForceJump()

ForceJump(Single)

Force a jump with a custom height.

Declaration

public void ForceJump(float customHeight)

Parameters

Type	Name	Description
System.Single	customHeight	The height the motor should jump to. The extraJumpHeight is still applicable.

FreedomAreaEnter()

Declaration

public void FreedomAreaEnter()

FreedomAreaExit()

Declaration

public void FreedomAreaExit()

FreedomStateEnter()

Declaration

public void FreedomStateEnter()

FreedomStateExit()

Declaration

public void FreedomStateExit()

IsDashing()

Is the motor Dashing?

Declaration

public bool IsDashing()

Returns

Type	Description
System.Boolean

IsFalling()

is the motor falling? do not include failling fast.

Declaration

public bool IsFalling()

Returns

Type	Description
System.Boolean

IsFallingFast()

is the motor falling fast? do not include failling (normal).

Declaration

public bool IsFallingFast()

Returns

Type	Description
System.Boolean

IsForceSlipping()

Declaration

public bool IsForceSlipping()

Returns

Type	Description
System.Boolean

IsGrounded()

Motor is standing on the floor. Does not include Sliding

Declaration

public bool IsGrounded()

Returns

Type	Description
System.Boolean

IsInAir()

Motor is in mid air?

Declaration

public bool IsInAir()

Returns

Type	Description
System.Boolean

IsJumping()

Is the motor Jumping? include walljumps and airjumps.

Declaration

public bool IsJumping()

Returns

Type	Description
System.Boolean

IsMovingPlatform(GameObject)

Declaration

public bool IsMovingPlatform(GameObject obj)

Parameters

Type	Name	Description
GameObject	obj

Returns

Type	Description
System.Boolean

IsOnCorner()

Motor is on corner?

Declaration

public bool IsOnCorner()

Returns

Type	Description
System.Boolean

IsOnFreedomArea()

Declaration

public bool IsOnFreedomArea()

Returns

Type	Description
System.Boolean

IsOnGround()

Motor is standing onto something?

Declaration

public bool IsOnGround()

Returns

Type	Description
System.Boolean

IsOnLadder()

Declaration

public bool IsOnLadder()

Returns

Type	Description
System.Boolean

IsOnWall()

Motor is sticking on a wall or on corner or slidding on a wall.

Declaration

public bool IsOnWall()

Returns

Type	Description
System.Boolean

IsRestricted()

Declaration

public bool IsRestricted()

Returns

Type	Description
System.Boolean

IsSlipping()

Motor is Slipping?

Declaration

public bool IsSlipping()

Returns

Type	Description
System.Boolean

IsStatic(GameObject)

Declaration

public bool IsStatic(GameObject obj)

Parameters

Type	Name	Description
GameObject	obj

Returns

Type	Description
System.Boolean

IsUserHandled()

is the motor Jumping? include walljumps and airjumps.

Declaration

public bool IsUserHandled()

Returns

Type	Description
System.Boolean

IsWallSliding()

Motor is sliding on wall?

Declaration

public bool IsWallSliding()

Returns

Type	Description
System.Boolean

IsWallSticking()

is the motor stick to a wall? Use PressingIntoLeftWall, PressingIntoRightWall to know what wall.

Declaration

public bool IsWallSticking()

Returns

Type	Description
System.Boolean

Jump()

Call this to have the GameObject try to jump, once called it will be handled in the FixedUpdate tick. The y axis is considered jump.

Declaration

public void Jump()

Jump(Single)

Jump that allows a custom height.

Declaration

public void Jump(float customHeight)

Parameters

Type	Name	Description
System.Single	customHeight	The height the motor should jump to. The extraJumpHeight is still applicable.

LadderAreaEnter(Bounds, Single, Single)

Declaration

public void LadderAreaEnter(Bounds area, float topHeight = 0F, float bottomHeight = 0F)

Parameters

Type	Name	Description
Bounds	area
System.Single	topHeight
System.Single	bottomHeight

LadderAreaExit()

Declaration

public void LadderAreaExit()

ResetAirJump()

Resets the state for air jumps by setting the counter to 0.

Declaration

public void ResetAirJump()

ResetDashCooldown()

Reset the cooldown for dash.

Declaration

public void ResetDashCooldown()

SetLadderZone(PlatformerMotor2D.LadderZone)

Declaration

public void SetLadderZone(PlatformerMotor2D.LadderZone z)

Parameters

Type	Name	Description
PlatformerMotor2D.LadderZone	z

SetRestrictedArea(Bounds, Boolean)

Declaration

public void SetRestrictedArea(Bounds b, bool disableTop = false)

Parameters

Type	Name	Description
Bounds	b
System.Boolean	disableTop