Put this component in your scene and it'll catch MMFreezeFrameEvents and MMTimeScaleEvents, allowing you to control the flow of time. More...

Inherits MoreMountains.Tools.MMSingleton< T >.

Public Member Functions
virtual void	PreInitialization ()
	We initialize our stack.
virtual void	Initialization ()
	On init we store our initial timescales and apply the normal timescale.
virtual void	ResetTimeScale ()
	Resets the time scale to the stored normal time scale.
virtual void	Unfreeze ()
	Resets the time scale to the last saved time scale.
virtual void	SetTimeScaleTo (float newNormalTimeScale)
	Sets the time scale to the specified value, instantly.
virtual void	OnTimeScaleEvent (MMTimeScaleMethods timeScaleMethod, float timeScale, float duration, bool lerp, float lerpSpeed, bool infinite, MMTimeScaleLerpModes timeScaleLerpMode=MMTimeScaleLerpModes.Speed, MMTweenType timeScaleLerpCurve=null, float timeScaleLerpDuration=0.2f, bool timeScaleLerpOnUnfreeze=false, MMTweenType timeScaleLerpCurveOnUnfreeze=null, float timeScaleLerpDurationOnUnfreeze=0.2f)
	Catches TimeScaleEvents and acts on them.
virtual void	OnMMFreezeFrameEvent (float duration)
	When getting a freeze frame event we stop the time.

Public Attributes
float	NormalTimeScale = 1f
	The reference time scale, to which the system will go back to after all time is changed.
bool	UpdateTimescale = true
	whether or not to update Time.timeScale when changing time scale
bool	UpdateFixedDeltaTime = true
	whether or not to update Time.fixedDeltaTime when changing time scale
bool	UpdateMaximumDeltaTime = true
	whether or not to update Time.maximumDeltaTime when changing time scale
float	CurrentTimeScale = 1f
	the current, real time, time scale
float	TargetTimeScale = 1f
	the time scale the system is lerping towards
bool	TestButton
	a test button for the inspector

Protected Member Functions
virtual void	TestButtonToSlowDownTime ()
	A method used from the inspector to test the system.
override void	Awake ()
	On start we initialize our stack.
virtual void	Start ()
	On Start we apply our timescale.
virtual void	Update ()
	On Update, applies the time scale and resets it if needed.
virtual void	ApplyTimeScale (float newValue)
	Modifies the time scale and time attributes to match the new time scale.
virtual void	SetTimeScale (float newTimeScale)
	Resets all stacked time scale changes and simply sets the time scale, until further changes.
virtual void	SetTimeScale (TimeScaleProperties timeScaleProperties)
	Sets the time scale for the specified properties (duration, time scale, lerp or not, and lerp speed)
Protected Member Functions inherited from MoreMountains.Tools.MMSingleton< T >
virtual void	InitializeSingleton ()
	Initializes the singleton.

Static Protected Member Functions
static void	InitializeStatics ()
	Statics initialization to support enter play modes.

Protected Attributes
Stack< TimeScaleProperties >	_timeScaleProperties
TimeScaleProperties	_currentProperty
TimeScaleProperties	_resetProperty
float	_initialFixedDeltaTime = 0f
float	_initialMaximumDeltaTime = 0f
float	_startedAt
bool	_lerpingBackToNormal = false
float	_timeScaleLastTime = float.NegativeInfinity
float	_initialTimeScale = 1f

Additional Inherited Members
Static Public Member Functions inherited from MoreMountains.Tools.MMSingleton< T >
static T	TryGetInstance ()
Static Protected Attributes inherited from MoreMountains.Tools.MMSingleton< T >
static T	_instance
Properties inherited from MoreMountains.Tools.MMSingleton< T >
static bool	HasInstance `[get]`
static T	Current `[get]`
static T	Instance `[get]`
	Singleton design pattern.

Detailed Description

Put this component in your scene and it'll catch MMFreezeFrameEvents and MMTimeScaleEvents, allowing you to control the flow of time.

Member Function Documentation

◆ ApplyTimeScale()

virtual void MoreMountains.Feedbacks.MMTimeManager.ApplyTimeScale ( float newValue )

protectedvirtual

Modifies the time scale and time attributes to match the new time scale.

Parameters

newValue

◆ Awake()

override void MoreMountains.Feedbacks.MMTimeManager.Awake ( )

protectedvirtual

On start we initialize our stack.

Reimplemented from MoreMountains.Tools.MMSingleton< T >.

◆ Initialization()

virtual void MoreMountains.Feedbacks.MMTimeManager.Initialization ( )

virtual

On init we store our initial timescales and apply the normal timescale.

◆ InitializeStatics()

void MoreMountains.Feedbacks.MMTimeManager.InitializeStatics ( )

staticprotected

Statics initialization to support enter play modes.

◆ OnMMFreezeFrameEvent()

virtual void MoreMountains.Feedbacks.MMTimeManager.OnMMFreezeFrameEvent ( float duration )

virtual

When getting a freeze frame event we stop the time.

Parameters

freezeFrameEvent Freeze frame event.

◆ OnTimeScaleEvent()

virtual void MoreMountains.Feedbacks.MMTimeManager.OnTimeScaleEvent	(	MMTimeScaleMethods	timeScaleMethod,
		float	timeScale,
		float	duration,
		bool	lerp,
		float	lerpSpeed,
		bool	infinite,
		MMTimeScaleLerpModes	timeScaleLerpMode = MMTimeScaleLerpModes::Speed,
		MMTweenType	timeScaleLerpCurve = null,
		float	timeScaleLerpDuration = 0::2f,
		bool	timeScaleLerpOnUnfreeze = false,
		MMTweenType	timeScaleLerpCurveOnUnfreeze = null,
		float	timeScaleLerpDurationOnUnfreeze = 0::2f )

virtual

Catches TimeScaleEvents and acts on them.

Parameters

timeScaleEvent MMTimeScaleEvent event.

◆ PreInitialization()

virtual void MoreMountains.Feedbacks.MMTimeManager.PreInitialization ( )

virtual

We initialize our stack.

◆ ResetTimeScale()

virtual void MoreMountains.Feedbacks.MMTimeManager.ResetTimeScale ( )

virtual

Resets the time scale to the stored normal time scale.

◆ SetTimeScale() [1/2]

virtual void MoreMountains.Feedbacks.MMTimeManager.SetTimeScale ( float newTimeScale )

protectedvirtual

Resets all stacked time scale changes and simply sets the time scale, until further changes.

Parameters

newTimeScale New time scale.

◆ SetTimeScale() [2/2]

virtual void MoreMountains.Feedbacks.MMTimeManager.SetTimeScale ( TimeScaleProperties timeScaleProperties )

protectedvirtual

Sets the time scale for the specified properties (duration, time scale, lerp or not, and lerp speed)

Parameters

timeScaleProperties Time scale properties.

◆ SetTimeScaleTo()

virtual void MoreMountains.Feedbacks.MMTimeManager.SetTimeScaleTo ( float newNormalTimeScale )

virtual

Sets the time scale to the specified value, instantly.

Parameters

newNormalTimeScale New normal time scale.

◆ Start()

virtual void MoreMountains.Feedbacks.MMTimeManager.Start ( )

protectedvirtual

On Start we apply our timescale.

◆ TestButtonToSlowDownTime()

virtual void MoreMountains.Feedbacks.MMTimeManager.TestButtonToSlowDownTime ( )

protectedvirtual

A method used from the inspector to test the system.

◆ Unfreeze()

virtual void MoreMountains.Feedbacks.MMTimeManager.Unfreeze ( )

virtual

Resets the time scale to the last saved time scale.

◆ Update()

virtual void MoreMountains.Feedbacks.MMTimeManager.Update ( )

protectedvirtual

On Update, applies the time scale and resets it if needed.

Member Data Documentation

◆ _currentProperty

TimeScaleProperties MoreMountains.Feedbacks.MMTimeManager._currentProperty

protected

◆ _initialFixedDeltaTime

float MoreMountains.Feedbacks.MMTimeManager._initialFixedDeltaTime = 0f

protected

◆ _initialMaximumDeltaTime

float MoreMountains.Feedbacks.MMTimeManager._initialMaximumDeltaTime = 0f

protected

◆ _initialTimeScale

float MoreMountains.Feedbacks.MMTimeManager._initialTimeScale = 1f

protected

◆ _lerpingBackToNormal

bool MoreMountains.Feedbacks.MMTimeManager._lerpingBackToNormal = false

protected

◆ _resetProperty

TimeScaleProperties MoreMountains.Feedbacks.MMTimeManager._resetProperty

protected

◆ _startedAt

float MoreMountains.Feedbacks.MMTimeManager._startedAt

protected

◆ _timeScaleLastTime

float MoreMountains.Feedbacks.MMTimeManager._timeScaleLastTime = float.NegativeInfinity

protected

◆ _timeScaleProperties

Stack<TimeScaleProperties> MoreMountains.Feedbacks.MMTimeManager._timeScaleProperties

protected

◆ CurrentTimeScale

float MoreMountains.Feedbacks.MMTimeManager.CurrentTimeScale = 1f

the current, real time, time scale

◆ NormalTimeScale

float MoreMountains.Feedbacks.MMTimeManager.NormalTimeScale = 1f

The reference time scale, to which the system will go back to after all time is changed.

◆ TargetTimeScale

float MoreMountains.Feedbacks.MMTimeManager.TargetTimeScale = 1f

the time scale the system is lerping towards

◆ TestButton

bool MoreMountains.Feedbacks.MMTimeManager.TestButton

a test button for the inspector

◆ UpdateFixedDeltaTime

bool MoreMountains.Feedbacks.MMTimeManager.UpdateFixedDeltaTime = true

whether or not to update Time.fixedDeltaTime when changing time scale

◆ UpdateMaximumDeltaTime

bool MoreMountains.Feedbacks.MMTimeManager.UpdateMaximumDeltaTime = true

whether or not to update Time.maximumDeltaTime when changing time scale

◆ UpdateTimescale

bool MoreMountains.Feedbacks.MMTimeManager.UpdateTimescale = true

whether or not to update Time.timeScale when changing time scale

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

H:/Code/MoreMountains/InventoryEngineStore/Assets/InventoryEngine/MMTools/Core/MMTimeManager/MMTimeManager.cs

Public Member Functions

Public Attributes

Protected Member Functions

Static Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ ApplyTimeScale()

◆ Awake()

◆ Initialization()

◆ InitializeStatics()

◆ OnMMFreezeFrameEvent()

◆ OnTimeScaleEvent()

◆ PreInitialization()

◆ ResetTimeScale()

◆ SetTimeScale() [1/2]

◆ SetTimeScale() [2/2]

◆ SetTimeScaleTo()

◆ Start()

◆ TestButtonToSlowDownTime()

◆ Unfreeze()

◆ Update()

Member Data Documentation

◆ _currentProperty

◆ _initialFixedDeltaTime

◆ _initialMaximumDeltaTime

◆ _initialTimeScale

◆ _lerpingBackToNormal

◆ _resetProperty

◆ _startedAt

◆ _timeScaleLastTime

◆ _timeScaleProperties

◆ CurrentTimeScale

◆ NormalTimeScale

◆ TargetTimeScale

◆ TestButton

◆ UpdateFixedDeltaTime

◆ UpdateMaximumDeltaTime

◆ UpdateTimescale