This feedback will let you control the texture offset of a target material over time. More...

Inheritance diagram for MoreMountains.Feedbacks.MMF_TextureOffset:

Public Types
enum	Modes { OverTime , Instant }
	the possible modes for this feedback More...

Public Attributes
Renderer	TargetRenderer
	the renderer on which to change texture offset on
int	MaterialIndex = 0
	the material index
string	MaterialPropertyName = "_MainTex_ST"
	the property name, for example _MainTex_ST, or _MainTex if you don't have UseMaterialPropertyBlocks set to true
Modes	Mode = Modes.OverTime
	whether the feedback should affect the material instantly or over a period of time
float	Duration = 0.2f
	how long the material should change over time
bool	RelativeValues = true
	whether or not the values should be relative
bool	AllowAdditivePlays = false
	if this is true, calling that feedback will trigger it, even if it's in progress. If it's false, it'll prevent any new Play until the current one is over
bool	UseMaterialPropertyBlocks = false
	if this is true, this component will use material property blocks instead of working on an instance of the material.
AnimationCurve	OffsetCurve = new AnimationCurve(new Keyframe(0, 0), new Keyframe(0.3f, 1f), new Keyframe(1, 0))
	the curve to tween the offset on
Vector2	RemapZero = Vector2.zero
	the value to remap the offset curve's 0 to, randomized between its min and max - put the same value in both min and max if you don't want any randomness
Vector2	RemapOne = Vector2.one
	the value to remap the offset curve's 1 to, randomized between its min and max - put the same value in both min and max if you don't want any randomness
Vector2	InstantOffset
	the value to move the intensity to in instant mode
Public Attributes inherited from MoreMountains.Feedbacks.MMF_Feedback
bool	Active = true
	whether or not this feedback is active
int	UniqueID
string	Label = "MMFeedback"
	the name of this feedback to display in the inspector
string	OriginalLabel = ""
	the original label of this feedback, used to display next to the custom label in case we set one
MMChannelModes	ChannelMode = MMChannelModes.Int
int	Channel = 0
	the ID of the channel on which this feedback will communicate
MMChannel	MMChannelDefinition = null
float	Chance = 100f
	the chance of this feedback happening (in percent : 100 : happens all the time, 0 : never happens, 50 : happens once every two calls, etc)
MMFeedbackTiming	Timing
	a number of timing-related values (delay, repeat, etc)
MMFeedbackTargetAcquisition	AutomatedTargetAcquisition
	a set of settings letting you define automated target acquisition for this feedback, to (for example) automatically grab the target on this game object, or a parent, a child, or on a reference holder
bool	RandomizeOutput = false
	if this is true, intensity will be multiplied by a random value on play, picked between RandomMultiplier.x and RandomMultiplier.y
Vector2	RandomMultiplier = new Vector2(0.8f, 1f)
	a random value (randomized between its x and y) by which to multiply the output of this feedback, if RandomizeOutput is true
bool	RandomizeDuration = false
	if this is true, this feedback's duration will be multiplied by a random value on play, picked between RandomDurationMultiplier.x and RandomDurationMultiplier.y
Vector2	RandomDurationMultiplier = new Vector2(0.5f, 2f)
	a random value (randomized between its x and y) by which to multiply the duration of this feedback, if RandomizeDuration is true
bool	UseRange = false
	if this is true, only shakers within the specified range will respond to this feedback
float	RangeDistance = 5f
	when in UseRange mode, only shakers within that distance will respond to this feedback
bool	UseRangeFalloff = false
	when in UseRange mode, whether or not to modify the shake intensity based on the RangeFallOff curve
AnimationCurve	RangeFalloff = new AnimationCurve(new Keyframe(0f, 1f), new Keyframe(1f, 0f))
	the animation curve to use to define falloff (on the x 0 represents the range center, 1 represents the max distance to it)
Vector2	RemapRangeFalloff = new Vector2(0f, 1f)
	the values to remap the falloff curve's y axis' 0 and 1
MMF_Button	AutomaticShakerSetupButton
	a button used to attempt an auto shaker setup for this feedback, adding whatever shaker it requires to function to the scene
MMF_Player	Owner
	the Owner of the feedback, as defined when calling the Initialization method
bool	DebugActive = false
	whether or not this feedback is in debug mode

Static Public Attributes
static bool	FeedbackTypeAuthorized = true
	a static bool used to disable all feedbacks of this type at once
Static Public Attributes inherited from MoreMountains.Feedbacks.MMF_Feedback
const string	_randomnessGroupName = "Feedback Randomness"
const string	_rangeGroupName = "Feedback Range"
const string	_automaticSetupGroupName = "Automatic Setup"

Protected Member Functions
override void	AutomateTargetAcquisition ()
	A method meant to be implemented per feedback letting you specify what happens (usually setting a target)
override void	CustomInitialization (MMF_Player owner)
	On init we store our initial texture offset.
override void	CustomPlayFeedback (Vector3 position, float feedbacksIntensity=1.0f)
	On Play we initiate our offset change.
virtual IEnumerator	TransitionCo (float intensityMultiplier)
	This coroutine will modify the offset value over time.
virtual void	SetMaterialValues (float time, float intensityMultiplier)
	Applies offset to the target material.
virtual void	ApplyValue (Vector2 newValue)
	Applies the specified value to the material.
override void	CustomStopFeedback (Vector3 position, float feedbacksIntensity=1)
	Stops this feedback.
override void	CustomRestoreInitialValues ()
	On restore, we restore our initial state.
Protected Member Functions inherited from MoreMountains.Feedbacks.MMF_Feedback
virtual void	AutomateTargetAcquisitionInternal ()
	Performs automated target acquisition, if needed.
virtual GameObject	FindAutomatedTargetGameObject ()
virtual T	FindAutomatedTarget< T > ()
virtual IEnumerator	PlayCoroutine (Vector3 position, float feedbacksIntensity=1.0f)
	An internal coroutine delaying the initial play of the feedback.
virtual void	RegularPlay (Vector3 position, float feedbacksIntensity=1.0f)
	Triggers delaying coroutines if needed.
virtual void	TriggerCustomPlay (Vector3 position, float intensity)
	Triggers a custom play.
virtual IEnumerator	InfinitePlay (Vector3 position, float feedbacksIntensity=1.0f)
	Internal coroutine used for repeated play without end.
virtual IEnumerator	RepeatedPlay (Vector3 position, float feedbacksIntensity=1.0f)
	Internal coroutine used for repeated play.
virtual IEnumerator	TriggerRepeatedPlay (Vector3 position, float feedbacksIntensity=1.0f)
virtual IEnumerator	SequenceCoroutine (Vector3 position, float feedbacksIntensity=1.0f)
	A coroutine used to play this feedback on a sequence.
virtual IEnumerator	ForceInitialValueDelayedCo (Vector3 position, float feedbacksIntensity=1.0f)
	A coroutine used to delay the Stop when forcing initial values (used mostly with shaker based feedbacks)
virtual float	ApplyTimeMultiplier (float duration)
	Applies the host MMFeedbacks' time multiplier to this feedback.
virtual IEnumerator	WaitFor (float delay)
	Internal method used to wait for a duration, on scaled or unscaled time.
virtual float	ApplyDirection (float normalizedTime)
	Returns a new value of the normalized time based on the current play direction of this feedback.
void	CustomPlayFeedback (Vector3 position, float feedbacksIntensity=1.0f)
	This method describes what happens when the feedback gets played.
virtual void	CustomSkipToTheEnd (Vector3 position, float feedbacksIntensity=1.0f)
	This method describes what happens when the feedback gets skipped to the end.
virtual void	CustomPlayerComplete ()
	This method describes what happens when the player this feedback belongs to completes playing.
virtual void	CustomReset ()
	This method describes what happens when the feedback gets reset.

Protected Attributes
Vector2	_initialValue
Coroutine	_coroutine
Vector2	_newValue
MaterialPropertyBlock	_propertyBlock
Vector4	_propertyBlockVector
Protected Attributes inherited from MoreMountains.Feedbacks.MMF_Feedback
float	_lastPlayTimestamp = -float.MaxValue
int	_playsLeft
bool	_initialized = false
Coroutine	_playCoroutine
Coroutine	_infinitePlayCoroutine
Coroutine	_sequenceCoroutine
Coroutine	_repeatedPlayCoroutine
bool	_requiresSetup = false
string	_requiredTarget = ""
float	_randomDurationMultiplier = 1f
int	_sequenceTrackID = 0
float	_beatInterval
bool	BeatThisFrame = false
int	LastBeatIndex = 0
int	CurrentSequenceIndex = 0
float	LastBeatTimestamp = 0f
MMChannelData	_channelData
float	_totalDuration = 0f
int	_indexInOwnerFeedbackList = 0
string	_requiredTargetTextCached = "."
string	_requiredTargetTextCachedExtra = ""
float	_repeatOffset = 0f

Properties
override bool	HasAutomatedTargetAcquisition `[get]`
	sets the inspector color for this feedback
override float	FeedbackDuration `[get, set]`
	the duration of this feedback is the duration of the transition
override bool	HasRandomness `[get]`
Properties inherited from MoreMountains.Feedbacks.MMF_Feedback
virtual Color	DisplayColor `[get]`
	use this color to customize the background color of the feedback in the MMF_Player's list
virtual IEnumerator	Pause `[get]`
	set this to true if your feedback should pause the execution of the feedback sequence
virtual bool	HoldingPause `[get]`
	if this is true, this feedback will wait until all previous feedbacks have run
virtual bool	LooperPause `[get]`
	if this is true, this feedback will wait until all previous feedbacks have run, then run all previous feedbacks again
virtual bool	ScriptDrivenPause `[get, set]`
	if this is true, this feedback will pause and wait until ResumeFeedbacks() is called on its parent MMF_Player to resume execution
virtual float	ScriptDrivenPauseAutoResume `[get, set]`
	if this is a positive value, the feedback will auto resume after that duration if it hasn't been resumed via script already
virtual bool	LooperStart `[get]`
	if this is true, this feedback will wait until all previous feedbacks have run, then run all previous feedbacks again
virtual bool	HasChannel `[get]`
	if this is true, the Channel property will be displayed, otherwise it'll be hidden
virtual bool	HasAutomaticShakerSetup `[get]`
	if this is true, this feedback will display an automatic shaker setup button
virtual bool	HasRandomness `[get]`
	if this is true, the Randomness group will be displayed, otherwise it'll be hidden
virtual bool	CanForceInitialValue `[get]`
	if this is true, this feedback implements ForceInitialState, otherwise calling that method will have no effect
virtual bool	ForceInitialValueDelayed `[get]`
	if this is true, force initial value will happen over two frames
virtual bool	HasAutomatedTargetAcquisition `[get]`
	whether or not this feedback can automatically grab the target on this game object, or a parent, a child, or on a reference holder
virtual MMF_ReferenceHolder	ForcedReferenceHolder `[get, set]`
	when in forced reference mode, this will contain the forced reference holder that will be used (usually set by itself)
virtual bool	HasRange `[get]`
	if this is true, the Range group will be displayed, otherwise it'll be hidden
virtual int	PlaysLeft `[get]`
	the total amount of plays this feedback has left
virtual bool	HasCustomInspectors `[get]`
virtual bool	InCooldown `[get]`
	returns true if this feedback is in cooldown at this time (and thus can't play), false otherwise
virtual bool	IsPlaying `[get, set]`
	if this is true, this feedback is currently playing
virtual float	ComputedRandomMultiplier `[get]`
	Returns the random multiplier to apply to this feedback's output.
virtual TimescaleModes	ComputedTimescaleMode `[get]`
	Returns the timescale mode to use in logic, taking into account the one set at the feedback level and the player level.
virtual bool	InScaledTimescaleMode `[get]`
	returns true if this feedback is in Scaled timescale mode, false otherwise
virtual float	FeedbackTime `[get]`
	the time (or unscaled time) based on the selected Timing settings
virtual float	FeedbackDeltaTime `[get]`
	the delta time (or unscaled delta time) based on the selected Timing settings
virtual float	TotalDuration `[get]`
	The total duration of this feedback : total = initial delay + duration * (number of repeats + delay between repeats)
virtual bool	IsExpanded `[get, set]`
virtual bool	RequiresSetup `[get]`
	A flag used to determine if a feedback has all it needs, or if it requires some extra setup. This flag will be used to display a warning icon in the inspector if the feedback is not ready to be played.
virtual string	RequiredTarget `[get]`
virtual bool	DrawGroupInspectors `[get]`
	if this is true, group inspectors will be displayed within this feedback
virtual bool	DisplayFullHeaderColor `[get]`
	if this is true, the feedback will be displayed in the MMF Player's list with a full color background, as opposed to just a small line on the left
virtual string	RequiresSetupText `[get]`
	defines the setup text that will be displayed on the feedback, should setup be required
virtual string	RequiredTargetText `[get]`
	the text used to describe the required target
virtual string	RequiredTargetTextExtra `[get]`
	the text used to describe the required target, if more info is needed
virtual string	RequiredChannelText `[get]`
virtual float	FeedbackStartedAt `[get]`
virtual float	FeedbackDuration `[get, set]`
virtual bool	FeedbackPlaying `[get]`
	whether or not this feedback is playing right now
virtual MMChannelData	ChannelData `[get]`
	a ChannelData object, ready to pass to an event
virtual bool	InInitialDelay `[get, set]`
virtual float	FinalNormalizedTime `[get]`
	Returns the t value at which to evaluate a curve at the end of this feedback's play time.
virtual bool	NormalPlayDirection `[get]`
	Returns true if this feedback should play normally, or false if it should play in rewind.
virtual bool	ShouldPlayInThisSequenceDirection `[get]`
	Returns true if this feedback should play in the current parent MMFeedbacks direction, according to its MMFeedbacksDirectionCondition setting.

Additional Inherited Members
Public Member Functions inherited from MoreMountains.Feedbacks.MMF_Feedback
virtual string	GetLabel ()
	you can override this when creating a custom feedback to have it behave differently and display a different label
virtual float	ComputeIntensity (float intensity, Vector3 position)
	Computes the new intensity, taking into account constant intensity and potential randomness.
virtual void	CacheRequiresSetup ()
virtual bool	EvaluateRequiresSetup ()
	Override this method to determine if a feedback requires setup.
virtual void	SetFeedbackDuration (float newDuration)
	Use this method to change the duration of this feedback.
virtual void	PreInitialization (MMF_Player owner, int index)
	Runs at Awake, lets you preinitialize your custom feedback before Initialization.
virtual void	Initialization (MMF_Player owner, int index)
	Typically runs on Start, Initializes the feedback and its timing related variables.
virtual void	SetIndexInFeedbacksList (int index)
	Lets you specify at what index this feedback is in the list - use carefully (or don't use at all)
virtual void	AutomaticShakerSetup ()
	Call this method (either directly or via the inspector button) to try and automatically setup this feedback's corresponding shaker in the scene.
virtual void	ForceAutomateTargetAcquisition ()
	Lets you force target acquisition, outside of initialization where it usually occurs.
virtual void	Play (Vector3 position, float feedbacksIntensity=1.0f)
	Plays the feedback.
virtual void	SetSequence (MMSequence newSequence)
	Use this method to change this feedback's sequence at runtime.
virtual void	Stop (Vector3 position, float feedbacksIntensity=1.0f)
	Stops all feedbacks from playing. Will stop repeating feedbacks, and call custom stop implementations.
virtual void	SkipToTheEnd (Vector3 position, float feedbacksIntensity=1.0f)
	Called when skipping to the end of MMF_Player, calls custom Skip on all feedbacks.
virtual void	ForceInitialValue (Vector3 position, float feedbacksIntensity=1.0f)
	Forces the feedback to set its initial value (behavior will change from feedback to feedback, but for example, a Position feedback that moves a Transform from point A to B would automatically move the Transform to point A when ForceInitialState is called.
virtual void	RestoreInitialValues ()
	Called when restoring the initial state of a player, calls custom Restore on all feedbacks.
virtual void	ResetFeedback ()
	Calls this feedback's custom reset.
virtual void	ResetCooldown ()
	Resets the cooldown for this feedback, allowing it to be played again instantly.
virtual void	PlayerComplete ()
	This gets called by the MMF Player when all feedbacks have completed playing.
virtual void	SetDelayBetweenRepeats (float delay)
	Use this method to specify a new delay between repeats at runtime.
virtual void	SetInitialDelay (float delay)
	Use this method to specify a new initial delay at runtime.
virtual void	ComputeNewRandomDurationMultiplier ()
	Computes a new random duration multiplier.
virtual void	ResetPlayCount ()
	Resets the play count of this feedback.
virtual void	ComputeTotalDuration ()
	Computes the total duration of this feedback.
virtual void	InitializeCustomAttributes ()
	Use this method to initialize any custom attributes you may have.
virtual void	OnValidate ()
	Triggered when a change happens in the inspector.
virtual void	OnAddFeedback ()
	Triggered when the feedback gets added to the player.
virtual void	OnDestroy ()
	Triggered when that feedback gets destroyed.
virtual void	OnDisable ()
	Triggered when the host MMF Player gets disabled.
virtual void	OnDrawGizmosSelectedHandler ()
	Triggered when the host MMF Player gets selected, can be used to draw gizmos.

Detailed Description

This feedback will let you control the texture offset of a target material over time.

Member Enumeration Documentation

◆ Modes

enum MoreMountains.Feedbacks.MMF_TextureOffset.Modes

the possible modes for this feedback

Enumerator
OverTime
Instant

Member Function Documentation

◆ ApplyValue()

virtual void MoreMountains.Feedbacks.MMF_TextureOffset.ApplyValue ( Vector2 newValue )

protectedvirtual

Applies the specified value to the material.

Parameters

newValue

◆ AutomateTargetAcquisition()

override void MoreMountains.Feedbacks.MMF_TextureOffset.AutomateTargetAcquisition ( )

protectedvirtual

A method meant to be implemented per feedback letting you specify what happens (usually setting a target)

Reimplemented from MoreMountains.Feedbacks.MMF_Feedback.

◆ CustomInitialization()

override void MoreMountains.Feedbacks.MMF_TextureOffset.CustomInitialization ( MMF_Player owner )

protectedvirtual

On init we store our initial texture offset.

Parameters

owner

Reimplemented from MoreMountains.Feedbacks.MMF_Feedback.

◆ CustomPlayFeedback()

override void MoreMountains.Feedbacks.MMF_TextureOffset.CustomPlayFeedback	(	Vector3	position,
		float	feedbacksIntensity = 1::0f )

protected

On Play we initiate our offset change.

Parameters

position
feedbacksIntensity

◆ CustomRestoreInitialValues()

override void MoreMountains.Feedbacks.MMF_TextureOffset.CustomRestoreInitialValues ( )

protectedvirtual

On restore, we restore our initial state.

Reimplemented from MoreMountains.Feedbacks.MMF_Feedback.

◆ CustomStopFeedback()

override void MoreMountains.Feedbacks.MMF_TextureOffset.CustomStopFeedback	(	Vector3	position,
		float	feedbacksIntensity = 1 )

protectedvirtual

Stops this feedback.

Parameters

position
feedbacksIntensity

Reimplemented from MoreMountains.Feedbacks.MMF_Feedback.

◆ SetMaterialValues()

virtual void MoreMountains.Feedbacks.MMF_TextureOffset.SetMaterialValues	(	float	time,
		float	intensityMultiplier )

protectedvirtual

Applies offset to the target material.

Parameters

time

◆ TransitionCo()

virtual IEnumerator MoreMountains.Feedbacks.MMF_TextureOffset.TransitionCo ( float intensityMultiplier )

protectedvirtual

This coroutine will modify the offset value over time.

Returns

Member Data Documentation

◆ _coroutine

Coroutine MoreMountains.Feedbacks.MMF_TextureOffset._coroutine

protected

◆ _initialValue

Vector2 MoreMountains.Feedbacks.MMF_TextureOffset._initialValue

protected

◆ _newValue

Vector2 MoreMountains.Feedbacks.MMF_TextureOffset._newValue

protected

◆ _propertyBlock

MaterialPropertyBlock MoreMountains.Feedbacks.MMF_TextureOffset._propertyBlock

protected

◆ _propertyBlockVector

Vector4 MoreMountains.Feedbacks.MMF_TextureOffset._propertyBlockVector

protected

◆ AllowAdditivePlays

bool MoreMountains.Feedbacks.MMF_TextureOffset.AllowAdditivePlays = false

if this is true, calling that feedback will trigger it, even if it's in progress. If it's false, it'll prevent any new Play until the current one is over

◆ Duration

float MoreMountains.Feedbacks.MMF_TextureOffset.Duration = 0.2f

how long the material should change over time

◆ FeedbackTypeAuthorized

bool MoreMountains.Feedbacks.MMF_TextureOffset.FeedbackTypeAuthorized = true

static

a static bool used to disable all feedbacks of this type at once

◆ InstantOffset

Vector2 MoreMountains.Feedbacks.MMF_TextureOffset.InstantOffset

the value to move the intensity to in instant mode

◆ MaterialIndex

int MoreMountains.Feedbacks.MMF_TextureOffset.MaterialIndex = 0

the material index

◆ MaterialPropertyName

string MoreMountains.Feedbacks.MMF_TextureOffset.MaterialPropertyName = "_MainTex_ST"

the property name, for example _MainTex_ST, or _MainTex if you don't have UseMaterialPropertyBlocks set to true

◆ Mode

Modes MoreMountains.Feedbacks.MMF_TextureOffset.Mode = Modes.OverTime

whether the feedback should affect the material instantly or over a period of time

◆ OffsetCurve

AnimationCurve MoreMountains.Feedbacks.MMF_TextureOffset.OffsetCurve = new AnimationCurve(new Keyframe(0, 0), new Keyframe(0.3f, 1f), new Keyframe(1, 0))

the curve to tween the offset on

◆ RelativeValues

bool MoreMountains.Feedbacks.MMF_TextureOffset.RelativeValues = true

whether or not the values should be relative

◆ RemapOne

Vector2 MoreMountains.Feedbacks.MMF_TextureOffset.RemapOne = Vector2.one

the value to remap the offset curve's 1 to, randomized between its min and max - put the same value in both min and max if you don't want any randomness

◆ RemapZero

Vector2 MoreMountains.Feedbacks.MMF_TextureOffset.RemapZero = Vector2.zero

the value to remap the offset curve's 0 to, randomized between its min and max - put the same value in both min and max if you don't want any randomness

◆ TargetRenderer

Renderer MoreMountains.Feedbacks.MMF_TextureOffset.TargetRenderer

the renderer on which to change texture offset on

◆ UseMaterialPropertyBlocks

bool MoreMountains.Feedbacks.MMF_TextureOffset.UseMaterialPropertyBlocks = false

if this is true, this component will use material property blocks instead of working on an instance of the material.

Property Documentation

◆ FeedbackDuration

override float MoreMountains.Feedbacks.MMF_TextureOffset.FeedbackDuration

getset

the duration of this feedback is the duration of the transition

◆ HasAutomatedTargetAcquisition

override bool MoreMountains.Feedbacks.MMF_TextureOffset.HasAutomatedTargetAcquisition

get

sets the inspector color for this feedback

◆ HasRandomness

override bool MoreMountains.Feedbacks.MMF_TextureOffset.HasRandomness

get

The documentation for this class was generated from the following file:

H:/Code/MoreMountains/topdownengine/Assets/TopDownEngine/ThirdParty/MoreMountains/MMFeedbacks/MMFeedbacks/Feedbacks/MMF_TextureOffset.cs

Public Types

Public Attributes

Static Public Attributes

Protected Member Functions

Protected Attributes

Properties

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

◆ Modes

Member Function Documentation

◆ ApplyValue()

◆ AutomateTargetAcquisition()

◆ CustomInitialization()

◆ CustomPlayFeedback()

◆ CustomRestoreInitialValues()

◆ CustomStopFeedback()

◆ SetMaterialValues()

◆ TransitionCo()

Member Data Documentation

◆ _coroutine

◆ _initialValue

◆ _newValue

◆ _propertyBlock

◆ _propertyBlockVector

◆ AllowAdditivePlays

◆ Duration

◆ FeedbackTypeAuthorized

◆ InstantOffset

◆ MaterialIndex

◆ MaterialPropertyName

◆ Mode

◆ OffsetCurve

◆ RelativeValues

◆ RemapOne

◆ RemapZero

◆ TargetRenderer

◆ UseMaterialPropertyBlocks

Property Documentation

◆ FeedbackDuration

◆ HasAutomatedTargetAcquisition

◆ HasRandomness