A class collecting delay, cooldown and repeat values, to be used to define the behaviour of each MMFeedback More...

Public Types
enum	MMFeedbacksDirectionConditions { MMFeedbacksDirectionConditions.Always, MMFeedbacksDirectionConditions.OnlyWhenForwards, MMFeedbacksDirectionConditions.OnlyWhenBackwards }
	the possible ways this feedback can play based on the host MMFeedbacks' directions More...

enum	PlayDirections { PlayDirections.FollowMMFeedbacksDirection, PlayDirections.OppositeMMFeedbacksDirection, PlayDirections.AlwaysNormal, PlayDirections.AlwaysRewind }
	the possible ways this feedback can play More...

Public Attributes
TimescaleModes	TimescaleMode = TimescaleModes.Scaled
	whether we're working on scaled or unscaled time More...

bool	ExcludeFromHoldingPauses = false
	if this is true, holding pauses won't wait for this feedback to finish More...

bool	ContributeToTotalDuration = true
	whether to count this feedback in the parent MMFeedbacks(Player) total duration or not More...

float	InitialDelay = 0f
	the initial delay to apply before playing the delay (in seconds) More...

float	CooldownDuration = 0f
	the cooldown duration mandatory between two plays More...

bool	InterruptsOnStop = true
	if this is true, this feedback will interrupt itself when Stop is called on its parent MMFeedbacks, otherwise it'll keep running More...

int	NumberOfRepeats = 0
	the repeat mode, whether the feedback should be played once, multiple times, or forever More...

bool	RepeatForever = false
	if this is true, the feedback will be repeated forever More...

float	DelayBetweenRepeats = 1f
	the delay (in seconds) between two firings of this feedback. This doesn't include the duration of the feedback. More...

int	PlayCount = 0
	the number of times this feedback's been played since its initialization (or last reset if SetPlayCountToZeroOnReset is true) More...

bool	LimitPlayCount = false
	whether or not to limit the amount of times this feedback can be played. beyond that amount, it won't play anymore More...

int	MaxPlayCount = 3
	if LimitPlayCount is true, the maximum amount of times this feedback can be played More...

bool	SetPlayCountToZeroOnReset = false
	if LimitPlayCount is true, whether or not to reset the play count to zero when the feedback is reset More...

MMFeedbacksDirectionConditions	MMFeedbacksDirectionCondition = MMFeedbacksDirectionConditions.Always

PlayDirections	PlayDirection = PlayDirections.FollowMMFeedbacksDirection

bool	ConstantIntensity = false
	if this is true, intensity will be constant, even if the parent MMFeedbacks is played at a lower intensity More...

bool	UseIntensityInterval = false
	if this is true, this feedback will only play if its intensity is higher or equal to IntensityIntervalMin and lower than IntensityIntervalMax More...

float	IntensityIntervalMin = 0f
	the minimum intensity required for this feedback to play More...

float	IntensityIntervalMax = 0f
	the maximum intensity required for this feedback to play More...

MMSequence	Sequence
	A MMSequence to use to play these feedbacks on. More...

int	TrackID = 0
	The MMSequence's TrackID to consider. More...

bool	Quantized = false
	whether or not to use the quantized version of the target sequence More...

int	TargetBPM = 120
	if using the quantized version of the target sequence, the BPM to apply to the sequence when playing it More...

Properties
virtual bool	UseScriptDrivenTimescale `[get, set]`
	from any class, you can set UseScriptDrivenTimescale:true, from there, instead of looking at Time.time, Time.deltaTime (or their unscaled equivalents), this feedback will compute time based on the values you feed them via ScriptDrivenDeltaTime and ScriptDrivenTime More...

virtual float	ScriptDrivenDeltaTime `[get, set]`
	the value this feedback should use for delta time More...

virtual float	ScriptDrivenTime `[get, set]`
	the value this feedback should use for time More...

Detailed Description

A class collecting delay, cooldown and repeat values, to be used to define the behaviour of each MMFeedback

Member Enumeration Documentation

◆ MMFeedbacksDirectionConditions

enum MoreMountains.Feedbacks.MMFeedbackTiming.MMFeedbacksDirectionConditions

strong

the possible ways this feedback can play based on the host MMFeedbacks' directions

Enumerator
Always
OnlyWhenForwards
OnlyWhenBackwards

◆ PlayDirections

enum MoreMountains.Feedbacks.MMFeedbackTiming.PlayDirections

strong

the possible ways this feedback can play

Enumerator
FollowMMFeedbacksDirection
OppositeMMFeedbacksDirection
AlwaysNormal
AlwaysRewind

Member Data Documentation

◆ ConstantIntensity

bool MoreMountains.Feedbacks.MMFeedbackTiming.ConstantIntensity = false

if this is true, intensity will be constant, even if the parent MMFeedbacks is played at a lower intensity

◆ ContributeToTotalDuration

bool MoreMountains.Feedbacks.MMFeedbackTiming.ContributeToTotalDuration = true

whether to count this feedback in the parent MMFeedbacks(Player) total duration or not

◆ CooldownDuration

float MoreMountains.Feedbacks.MMFeedbackTiming.CooldownDuration = 0f

the cooldown duration mandatory between two plays

◆ DelayBetweenRepeats

float MoreMountains.Feedbacks.MMFeedbackTiming.DelayBetweenRepeats = 1f

the delay (in seconds) between two firings of this feedback. This doesn't include the duration of the feedback.

◆ ExcludeFromHoldingPauses

bool MoreMountains.Feedbacks.MMFeedbackTiming.ExcludeFromHoldingPauses = false

if this is true, holding pauses won't wait for this feedback to finish

◆ InitialDelay

float MoreMountains.Feedbacks.MMFeedbackTiming.InitialDelay = 0f

the initial delay to apply before playing the delay (in seconds)

◆ IntensityIntervalMax

float MoreMountains.Feedbacks.MMFeedbackTiming.IntensityIntervalMax = 0f

the maximum intensity required for this feedback to play

◆ IntensityIntervalMin

float MoreMountains.Feedbacks.MMFeedbackTiming.IntensityIntervalMin = 0f

the minimum intensity required for this feedback to play

◆ InterruptsOnStop

bool MoreMountains.Feedbacks.MMFeedbackTiming.InterruptsOnStop = true

if this is true, this feedback will interrupt itself when Stop is called on its parent MMFeedbacks, otherwise it'll keep running

◆ LimitPlayCount

bool MoreMountains.Feedbacks.MMFeedbackTiming.LimitPlayCount = false

whether or not to limit the amount of times this feedback can be played. beyond that amount, it won't play anymore

◆ MaxPlayCount

int MoreMountains.Feedbacks.MMFeedbackTiming.MaxPlayCount = 3

if LimitPlayCount is true, the maximum amount of times this feedback can be played

◆ MMFeedbacksDirectionCondition

MMFeedbacksDirectionConditions MoreMountains.Feedbacks.MMFeedbackTiming.MMFeedbacksDirectionCondition = MMFeedbacksDirectionConditions.Always

this defines how this feedback should play when the host MMFeedbacks is played :

always (default) : this feedback will always play
OnlyWhenForwards : this feedback will only play if the host MMFeedbacks is played in the top to bottom direction (forwards)
OnlyWhenBackwards : this feedback will only play if the host MMFeedbacks is played in the bottom to top direction (backwards)

◆ NumberOfRepeats

int MoreMountains.Feedbacks.MMFeedbackTiming.NumberOfRepeats = 0

the repeat mode, whether the feedback should be played once, multiple times, or forever

◆ PlayCount

int MoreMountains.Feedbacks.MMFeedbackTiming.PlayCount = 0

the number of times this feedback's been played since its initialization (or last reset if SetPlayCountToZeroOnReset is true)

◆ PlayDirection

PlayDirections MoreMountains.Feedbacks.MMFeedbackTiming.PlayDirection = PlayDirections.FollowMMFeedbacksDirection

this defines the way this feedback will play. It can play in its normal direction, or in rewind (a sound will play backwards, an object normally scaling up will scale down, a curve will be evaluated from right to left, etc)

BasedOnMMFeedbacksDirection : will play normally when the host MMFeedbacks is played forwards, in rewind when it's played backwards
OppositeMMFeedbacksDirection : will play in rewind when the host MMFeedbacks is played forwards, and normally when played backwards
Always Normal : will always play normally, regardless of the direction of the host MMFeedbacks
Always Rewind : will always play in rewind, regardless of the direction of the host MMFeedbacks

◆ Quantized

bool MoreMountains.Feedbacks.MMFeedbackTiming.Quantized = false

whether or not to use the quantized version of the target sequence

◆ RepeatForever

bool MoreMountains.Feedbacks.MMFeedbackTiming.RepeatForever = false

if this is true, the feedback will be repeated forever

◆ Sequence

MMSequence MoreMountains.Feedbacks.MMFeedbackTiming.Sequence

A MMSequence to use to play these feedbacks on.

◆ SetPlayCountToZeroOnReset

bool MoreMountains.Feedbacks.MMFeedbackTiming.SetPlayCountToZeroOnReset = false

if LimitPlayCount is true, whether or not to reset the play count to zero when the feedback is reset

◆ TargetBPM

int MoreMountains.Feedbacks.MMFeedbackTiming.TargetBPM = 120

if using the quantized version of the target sequence, the BPM to apply to the sequence when playing it

◆ TimescaleMode

TimescaleModes MoreMountains.Feedbacks.MMFeedbackTiming.TimescaleMode = TimescaleModes.Scaled

whether we're working on scaled or unscaled time

◆ TrackID

int MoreMountains.Feedbacks.MMFeedbackTiming.TrackID = 0

The MMSequence's TrackID to consider.

◆ UseIntensityInterval

bool MoreMountains.Feedbacks.MMFeedbackTiming.UseIntensityInterval = false

if this is true, this feedback will only play if its intensity is higher or equal to IntensityIntervalMin and lower than IntensityIntervalMax

Property Documentation

◆ ScriptDrivenDeltaTime

virtual float MoreMountains.Feedbacks.MMFeedbackTiming.ScriptDrivenDeltaTime

getset

the value this feedback should use for delta time

◆ ScriptDrivenTime

virtual float MoreMountains.Feedbacks.MMFeedbackTiming.ScriptDrivenTime

getset

the value this feedback should use for time

◆ UseScriptDrivenTimescale

virtual bool MoreMountains.Feedbacks.MMFeedbackTiming.UseScriptDrivenTimescale

getset

from any class, you can set UseScriptDrivenTimescale:true, from there, instead of looking at Time.time, Time.deltaTime (or their unscaled equivalents), this feedback will compute time based on the values you feed them via ScriptDrivenDeltaTime and ScriptDrivenTime

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

F:/Github/Store/Feel/Assets/Feel/MMFeedbacks/MMFeedbacks/Core/MMFeedbackTiming.cs

Public Types

Public Attributes

Properties

Detailed Description

Member Enumeration Documentation

◆ MMFeedbacksDirectionConditions

◆ PlayDirections

Member Data Documentation

◆ ConstantIntensity

◆ ContributeToTotalDuration

◆ CooldownDuration

◆ DelayBetweenRepeats

◆ ExcludeFromHoldingPauses

◆ InitialDelay

◆ IntensityIntervalMax

◆ IntensityIntervalMin

◆ InterruptsOnStop

◆ LimitPlayCount

◆ MaxPlayCount

◆ MMFeedbacksDirectionCondition

◆ NumberOfRepeats

◆ PlayCount

◆ PlayDirection

◆ Quantized

◆ RepeatForever

◆ Sequence

◆ SetPlayCountToZeroOnReset

◆ TargetBPM

◆ TimescaleMode

◆ TrackID

◆ UseIntensityInterval

Property Documentation

◆ ScriptDrivenDeltaTime

◆ ScriptDrivenTime

◆ UseScriptDrivenTimescale