RaTweening.Core.RaTweenPunchBase< TargetT > Class Template Reference

This is the base class of the tweens that handle the logics of tweening a Target's Punch Value More...

Inheritance diagram for RaTweening.Core.RaTweenPunchBase< TargetT >:

Public Member Functions
	RaTweenPunchBase (TargetT target, Vector3 punch, float duration, int vibrato=10, float elasticity=1f)
RaTweenPunchBase< TargetT >	SetPunch (Vector3 punch)
	The Direction and Strength in which the punch will occur. More...
RaTweenPunchBase< TargetT >	SetVibrato (int vibrato)
	The amount the punch will vibrate. This will cause a shake within the punch, else it will be a smooth sine wave punch. More...
RaTweenPunchBase< TargetT >	SetElasticity (float elasticity)
	Represents how much (0 to 1) the vector will go beyond the starting value when bouncing backwards. 1 creates a full oscillation between the punch direction and the opposite direction, while 0 oscillates only between the punch and the start value. More...
Type	GetTargetTypeRaw ()
void	SetTargetRaw (object value)
Public Member Functions inherited from RaTweening.RaTweenBase
delegate void	CallbackHandler ()
delegate void	LoopCallbackHandler (int loopCount)
	RaTweenBase (float duration)
bool	IsAlive (bool inclEnded)
	Returns true if the tween is a living tween ‍Note: A living tween is one which is not State.None, State.Dead or State.Data Note: A living tween is one which is being processed, to be processed or ended processing by a RaTweenSequence or the RaTweeningEngine More...
bool	Pause ()
	An API Call which pauses the tween on the next processor step More...
bool	Resume ()
	An API Call which resumes the tween on the next processor step More...
bool	Stop ()
	An API Call which Ends a tween by stopping it abruptly More...
bool	Rewind (bool inclDelay=true)
	An API Call which Rewinds the tween and evaluates its first frame ‍Note: This will Reset all timers and Refresh internal data Note: This does not change the TweenState More...
bool	Reset (bool resumeAfterReset=false)
	An API Call which Resets the Tween ‍Note: This will Reset all timers and Refresh internal data Note: This will automatically put the tween in the IsPaused state. More...
bool	Complete ()
	An API Call which force completes the tween on the next processor step ‍Note: It will skip over any callbacks which would happen between the current state of the tween and complete. And only call the Completion callback and all after. Note: Does not work on a tween that HasEnded More...
RaTweenBase	Clone (bool inclEvents)
	Creates a clone of the tween. Which is a completely separate instance with cleared event hooks. All other settings such as delay, duration, target and more will be copied over to the new instance More...
bool	CanBeModified ()
	Represents when modification calls will be applied to the tween or not. Modification Calls are methods such as, but not limited to; setting the Delay, Duration, Target, Loop Count, Listen to Events of a tween. ‍Note: All modification calls can only be made when the state is State.None or State.ToStart More...
bool	CanUseAPI (bool inclEnded)
	Represents when API calls will be made on the tween or not. API Calls are methods which make request to the tween, such as Pause, Resume, Stop, Complete ‍Note: All API calls can only be made when the tween IsAlive(bool) More...
Type	GetTargetTypeRaw ()
void	SetTargetRaw (object value)

Protected Member Functions
override void	OnSetup ()
override void	OnStart ()
override void	OnLoop ()
override void	OnComplete ()
override void	ApplyReset (bool resumeAfterReset)
override void	ApplyRewind (bool inclDelay)
override void	ResetData ()
override void	OnSetDuration (float duration)
override void	SetDefaultValues ()
override void	Dispose ()
override void	Evaluate (float normalizedValue)
override float	CalculateEvaluation ()
override RaTweenBase	CloneSelf ()
abstract RaTween	CreateSectionTween (TargetT target, Vector3 end, float duration)
abstract Vector3	ReadValue (TargetT target)
abstract RaTweenPunchBase< TargetT >	RaTweenPunchClone ()
Protected Member Functions inherited from RaTweening.RaTweenBase
abstract void	SetDefaultValues ()
void	SetInfiniteDuration ()
void	SetDuration (float duration)
virtual void	OnSetup ()
virtual void	OnStart ()
virtual void	OnLoop ()
virtual void	ResetData ()
virtual void	OnSetDuration (float duration)
virtual void	OnComplete ()
virtual void	OnEnd ()
virtual void	OnKill ()
	For Clean-up, use Dispose instead. This is a notification before disposal More...
abstract RaTweenBase	CloneSelf ()
abstract void	Evaluate (float normalizedValue)
abstract void	ApplyRewind (bool inclDelay)
abstract void	ApplyReset (bool resumeAfterReset)
abstract void	Dispose ()
abstract float	CalculateEvaluation ()

Properties
override bool	IsValid [get]
Properties inherited from RaTweening.RaTweenBase
float	TimeScale [get]
	A Scaler which represents at what relative speed the tween evaluates. (1 being normal speed, 2 being double speed etc) ‍Note: This affects both the Delay as Evaluation speed Note: This returns the ITimeScaleChannel.ITimeScaleChannel.TimeScale * Tween.TimeScaleValue (passed with RaTweenUtilExtensions.SetTimeScale<TweenT>(TweenT, float)) Note: If there is no ITimeScaleChannel passed to the tween, this will return Tween.TimeScaleValue instead. Note: This value will never go below 0.
object	GroupID [get]
	The GroupID Represents the Group in which the Tween was placed within the RaTweeningProcessor
abstract bool	IsValid [get]
	IsValid will return true when the tween is able to apply its changes to the target. If IsValid returns false, it will be killed automatically when registered to a RaTweenProcessor
float	Delay [get]
	This value represent the duration of the delay of the tween in seconds. ‍Note: No evaluation is applied to the target while the delay is running
float	DelayProgress [get]
	The Normalized Progress of the delay. 0 being at the start 1 being at the end
bool	HasNoDelayRemaining [get]
	Returns true when the delay process has been completed (or was empty)
bool	IsInfinite [get]
	Returns whether the tween itself is infinite. Not to be confused with IsInfiniteLoop, which returns if a finite loop is looping infinitely
float	Duration [get]
	Represents the duration of the actual tween after the delay in seconds
float	Progress [get]
	The Normalized Progress of the delay. 0 being at the start 1 being at the end
float	Time [get]
	Represents the time in seconds that the tween has progressed.
float	TotalTime [get]
	The Time that has passed in seconds in delay + the actual tween Delay Time + Time
float	TotalDuration [get]
	Represents the duration of the delay plus the actual tween in seconds Delay + Duration
float	TotalProgress [get]
	The Normalized Progress of the delay + the actual tween. 0 being at the start 1 being at the end
bool	IsTotalCompleted [get]
	Returns true if the delay + actual tween has reached their end
bool	IsLoop [get]
	Returns true if the tween is set to loop
bool	IsInfiniteLoop [get]
	Returns true if the tween loops an infinite amount of times (unless manually stopped)
int	Loops [get]
	Returns the amount of loops the tween desires to make before marking itself as completed. ‍Note: this will return InfiniteLoopingValue if IsInfiniteLoop is set to true
bool	IncludeDelayInLoops [get]
float	TotalLoopingTime [get]
	The Time of TotalTime in total of all its Passed Loops. Delay Time + Time & Loops
float	TotalLoopingDuration [get]
	Represents the duration of TotalDuration in total of Total Loops. Delay + Duration & Loops ‍Note: this will return InfiniteLoopingValue if IsInfiniteLoop is set to true
float	TotalLoopingProgress [get]
	The Normalized value of TotalProgress in total of Total Loops. 0 being at the start 1 being at the end DelayProgress + Progress & Loops ‍Note: this will return InfiniteLoopingValue if IsInfiniteLoop is set to true
bool	HasReachedLoopEnd [get]
	Returns true if the the current running tween is the last of the loop cycle Returns true on the first tween when it has no loops ‍Note: this will always return false if IsInfiniteLoop is set to true
bool	PauseOnEnd [get]
	When True, this pauses the Tween when it Ends This prevents it from being Killed by the RaTweeningProcessor
bool	HasEnded [get]
	Returns True if the tween has ended. By going through the natural flow or by calling Stop
bool	IsSetup [get]
	Returns True if the tween has been Setup. Meaning it triggered the OnSetup callback of the tween. ‍Note: This happens when a tween is registered to a RaTweeningProcessor and the State.ToStart state is processed.
bool	HasStarted [get]
	Returns True if the tween has transitioned from the State.InDelay state to the State.InProgress state. ‍Note: This resets to False every time the tween is set back in the State.InDelay state.
bool	IsEmpty [get]
	Returns true if Delay and Duration are both 0
State	TweenState [get]
	The current state of the tween. ‍Note: A tween can only be manipulated when CanBeModified returns true. Note: API calls on a tween can only be made when CanUseAPI returns true. Note: To check if a tween is playing, please use IsPlaying Note: To check if a tween is paused, please use IsPaused Note: To check if a tween is completed, please use IsCompleted
bool	IsPlaying [get]
	Returns true if the tween is in its delay or in its active tween evaluation
bool	IsPaused [get]
	Returns true when a tween is in its paused state
bool	IsCompleted [get]
	Returns true when a tween has been completed Meaning fully played or force completed using Complete

Additional Inherited Members
Public Types inherited from RaTweening.RaTweenBase
enum	State
	The state in which a tween can be found
Static Public Member Functions inherited from RaTweening.RaTweenBase
static RaTweenBase[]	GetGroup (object groupID, bool inclEnded)
	Returns all IsAlive(bool) Tweens under a given GroupID set by RaTweenUtilExtensions.SetGroup<TweenT>(TweenT, object) ‍Note: When the tween is Submitted to a Processor, only then does the tween become part of the GroupID it is assigned to. Note: A Tween is Submitted to a Processor when it is Registered to the RaTweeningEngine (When Play<TweenT>(TweenT) is called on it) More...
static void	StopGroup (object groupID)
	Calls Stop on all Tweens under a given GroupID set by RaTweenUtilExtensions.SetGroup<TweenT>(TweenT, object) ‍Note: When the tween is Submitted to a Processor, only then does the tween become part of the GroupID it is assigned to. Note: A Tween is Submitted to a Processor when it is Registered to the RaTweeningEngine (When Play<TweenT>(TweenT) is called on it)
static void	CompleteGroup (object groupID)
	Calls Complete on all Tweens under a given GroupID set by RaTweenUtilExtensions.SetGroup<TweenT>(TweenT, object) ‍Note: When the tween is Submitted to a Processor, only then does the tween become part of the GroupID it is assigned to. Note: A Tween is Submitted to a Processor when it is Registered to the RaTweeningEngine (When Play<TweenT>(TweenT) is called on it)
static void	PauseGroup (object groupID)
	Calls Pause on all Tweens under a given GroupID set by RaTweenUtilExtensions.SetGroup<TweenT>(TweenT, object) ‍Note: When the tween is Submitted to a Processor, only then does the tween become part of the GroupID it is assigned to. Note: A Tween is Submitted to a Processor when it is Registered to the RaTweeningEngine (When Play<TweenT>(TweenT) is called on it)
static void	ResumeGroup (object groupID)
	Calls Resume on all Tweens under a given GroupID set by RaTweenUtilExtensions.SetGroup<TweenT>(TweenT, object) ‍Note: When the tween is Submitted to a Processor, only then does the tween become part of the GroupID it is assigned to. Note: A Tween is Submitted to a Processor when it is Registered to the RaTweeningEngine (When Play<TweenT>(TweenT) is called on it)
Static Public Attributes inherited from RaTweening.RaTweenBase
const int	InfiniteLoopingValue = -1
	The value used to assign and represent Infinity

Detailed Description

This is the base class of the tweens that handle the logics of tweening a Target's Punch Value

Member Function Documentation

ApplyReset()

override void RaTweening.Core.RaTweenPunchBase< TargetT >.ApplyReset ( bool  resumeAfterReset )

protectedvirtual

Implements RaTweening.RaTweenBase.

ApplyRewind()

override void RaTweening.Core.RaTweenPunchBase< TargetT >.ApplyRewind ( bool  inclDelay )

protectedvirtual

Implements RaTweening.RaTweenBase.

CalculateEvaluation()

override float RaTweening.Core.RaTweenPunchBase< TargetT >.CalculateEvaluation ( )

protectedvirtual

Implements RaTweening.RaTweenBase.

CloneSelf()

override RaTweenBase RaTweening.Core.RaTweenPunchBase< TargetT >.CloneSelf ( )

protectedvirtual

Implements RaTweening.RaTweenBase.

Dispose()

override void RaTweening.Core.RaTweenPunchBase< TargetT >.Dispose ( )

protectedvirtual

Implements RaTweening.RaTweenBase.

Evaluate()

override void RaTweening.Core.RaTweenPunchBase< TargetT >.Evaluate ( float  normalizedValue )

protectedvirtual

Implements RaTweening.RaTweenBase.

GetTargetTypeRaw()

Type RaTweening.Core.RaTweenPunchBase< TargetT >.GetTargetTypeRaw

(

)

Implements RaTweening.IRaTweenTarget.

OnComplete()

override void RaTweening.Core.RaTweenPunchBase< TargetT >.OnComplete ( )

protectedvirtual

Reimplemented from RaTweening.RaTweenBase.

OnLoop()

override void RaTweening.Core.RaTweenPunchBase< TargetT >.OnLoop ( )

protectedvirtual

Reimplemented from RaTweening.RaTweenBase.

OnSetDuration()

override void RaTweening.Core.RaTweenPunchBase< TargetT >.OnSetDuration ( float  duration )

protectedvirtual

Reimplemented from RaTweening.RaTweenBase.

OnSetup()

override void RaTweening.Core.RaTweenPunchBase< TargetT >.OnSetup ( )

protectedvirtual

Reimplemented from RaTweening.RaTweenBase.

OnStart()

override void RaTweening.Core.RaTweenPunchBase< TargetT >.OnStart ( )

protectedvirtual

Reimplemented from RaTweening.RaTweenBase.

ResetData()

override void RaTweening.Core.RaTweenPunchBase< TargetT >.ResetData ( )

protectedvirtual

Reimplemented from RaTweening.RaTweenBase.

SetDefaultValues()

override void RaTweening.Core.RaTweenPunchBase< TargetT >.SetDefaultValues ( )

protectedvirtual

Implements RaTweening.RaTweenBase.

SetElasticity()

RaTweenPunchBase< TargetT > RaTweening.Core.RaTweenPunchBase< TargetT >.SetElasticity

(

float

elasticity

)

Represents how much (0 to 1) the vector will go beyond the starting value when bouncing backwards.
1 creates a full oscillation between the punch direction and the opposite direction, while 0 oscillates only between the punch and the start value.

Parameters

elasticity

Value between 0 and 1 representing elasticity

SetPunch()

RaTweenPunchBase< TargetT > RaTweening.Core.RaTweenPunchBase< TargetT >.SetPunch

(

Vector3

punch

)

The Direction and Strength in which the punch will occur.

Parameters

punch

The Direction and Strength the punch will occur in

SetTargetRaw()

void RaTweening.Core.RaTweenPunchBase< TargetT >.SetTargetRaw

(

object

value

)

Implements RaTweening.IRaTweenTarget.

SetVibrato()

RaTweenPunchBase< TargetT > RaTweening.Core.RaTweenPunchBase< TargetT >.SetVibrato

(

int

vibrato

)

The amount the punch will vibrate. This will cause a shake within the punch, else it will be a smooth sine wave punch.

Parameters

vibrato

Vibration of Punch, Default: 10