adtf::system::lucky::cInterpolatingClock Class Reference

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#include <interpolating_clock.h>

Inherits adtf::system::flash::cBaseClock.

Public Member Functions
	cInterpolatingClock ()
	cInterpolatingClock (const char *strName)
adtf::base::flash::tNanoSeconds	GetTimeNs () const override
tResult	Reset (tTimeStamp nNewTime, double fSpeedFactor=1.0)
tResult	SetTime (tTimeStamp nNewTime)
tResult	Reset (adtf::base::flash::tNanoSeconds nNewTime, double fSpeedFactor=1.0)
tResult	SetTime (adtf::base::flash::tNanoSeconds nNewTime)
void	Start ()
void	Pause ()
Public Member Functions inherited from adtf::system::flash::cBaseClock
	cBaseClock ()
	cBaseClock (const char *strName)
void	SetName (const char *strName)
tResult	GetName (base::ant::IString &&strName) const override
tTimeStamp	GetTime () const override
adtf::base::flash::tNanoSeconds	GetTimeNs () const override
Public Member Functions inherited from adtf::ucom::catwo::object< services::ant::IReferenceClock::IClock, services::flash::IReferenceClock::IClock, ucom::cEventSource >
tResult	GetInterface (const char *i_strIID, void *&o_pInterface) override
	Query interfaces on an object.
tResult	GetInterface (const char *i_strIID, const void *&o_pInterface) const override
	Provides const correct interface querying.
void	Destroy () const override
	Switch from non-virtual destructor to virtual destructor.
tResult	GetInterface (const char *i_strIID, void *&o_pInterface) override
	Query interfaces on an object.
tResult	GetInterface (const char *i_strIID, const void *&o_pInterface) const override
	Provides const correct interface querying.
void	Destroy () const override
	Switch from non-virtual destructor to virtual destructor.
tResult	GetInterface (const char *i_strIID, void *&o_pInterface) override
	Query interfaces on an object.
tResult	GetInterface (const char *i_strIID, const void *&o_pInterface) const override
	Provides const correct interface querying.
void	Destroy () const override
	Switch from non-virtual destructor to virtual destructor.
Public Member Functions inherited from adtf::ucom::ant::IObject
	ADTF_IID (IObject, "object.ant.ucom.adtf.iid")

Additional Inherited Members
Protected Member Functions inherited from adtf::system::flash::cBaseClock
tResult	SendResetBeginEvent (tTimeStamp tmOldTime, tTimeStamp tmNewTime) const
tResult	SendResetEndEvent (tTimeStamp tmOldTime, tTimeStamp tmNewTime) const
tResult	SendUpdateEvent (tTimeStamp tmOldTime, tTimeStamp tmNewTime) const
tResult	SendResetBeginEvent (base::flash::tNanoSeconds tmOldTime, base::flash::tNanoSeconds tmNewTime) const
tResult	SendResetEndEvent (base::flash::tNanoSeconds tmOldTime, base::flash::tNanoSeconds tmNewTime) const
tResult	SendUpdateEvent (base::flash::tNanoSeconds tmOldTime, base::flash::tNanoSeconds tmNewTime) const
Protected Member Functions inherited from adtf::ucom::ant::IObject
	~IObject ()=default
	Protected destructor --> Only the final implementation can be destroyed!

Detailed Description

Interpolating clock.

Time is interpolated between calls to SetTime() and Reset() with the help of the system clock.

Constructor & Destructor Documentation

cInterpolatingClock() [1/2]

adtf::system::lucky::cInterpolatingClock::cInterpolatingClock

(

)

CTOR make sure you call SetName()

cInterpolatingClock() [2/2]

adtf::system::lucky::cInterpolatingClock::cInterpolatingClock

(

const char *

strName

)

Constructor

Parameters

[in]

strName

The name of the clock.

Member Function Documentation

Pause()

void adtf::system::lucky::cInterpolatingClock::Pause

(

)

Pauses the clock at the current instant. GetTime will return the same value for all following calls until Start() is called.

Reset() [1/2]

tResult adtf::system::lucky::cInterpolatingClock::Reset	(	adtf::base::flash::tNanoSeconds	nNewTime,
		double	fSpeedFactor = 1.0 )

Resets the time to the new value and send the reset time events.

Parameters

[in]	nNewTime	the new time
[in]	fSpeedFactor	A factor that slows down or speeds up the clock relative to the hardware clock.

Returns

Standard Result Code

ERR_NOERROR time set successfully

Reset() [2/2]

tResult adtf::system::lucky::cInterpolatingClock::Reset	(	tTimeStamp	nNewTime,
		double	fSpeedFactor = 1.0 )

Resets the time to the new value and send the reset time events.

Parameters

[in]	nNewTime	the new time
[in]	fSpeedFactor	A factor that slows down or speeds up the clock relative to the hardware clock.

Returns

Standard Result Code

ERR_NOERROR time set successfully

SetTime() [1/2]

tResult adtf::system::lucky::cInterpolatingClock::SetTime

(

adtf::base::flash::tNanoSeconds

nNewTime

)

Sets the time to the new value.

This must be greater or equal to the last value set with Reset() or SetTime().

Parameters

[in]

nNewTime

the new time

Returns

Standard Result Code

ERR_NOERROR time set successfully

SetTime() [2/2]

tResult adtf::system::lucky::cInterpolatingClock::SetTime

(

tTimeStamp

nNewTime

)

Sets the time to the new value.

This must be greater or equal to the last value set with Reset() or SetTime().

Parameters

[in]

nNewTime

the new time

Returns

Standard Result Code

ERR_NOERROR time set successfully

Start()

void adtf::system::lucky::cInterpolatingClock::Start

(

)

Restarts interpolation after pausing.

---

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

• src/libraries/systemsdk/include/adtfsystemsdk/interpolating_clock.h