CTimeValue

Class Hierarchy

C++

class CTimeValue;

File

TimeValue.h

Description

MSC_VER > 1000

CTimeValue::TIMEVALUE_PRECISION Data Member

C++

const int64 TIMEVALUE_PRECISION = 100000;

Description

one second

CTimeValue::- Operator ()

C++

CTimeValue operator -() const;

Description

Unary minus.

CTimeValue::- Operator (CTimeValue &)

C++

CTimeValue operator -(const CTimeValue & inRhs) const;

Description

Minus.

CTimeValue::!= Operator

C++

bool operator !=(const CTimeValue & inRhs) const;

CTimeValue::/= Operator

C++

CTimeValue& operator /=(int inRhs);

CTimeValue::~CTimeValue Destructor

C++

~CTimeValue();

Description

Destructor.

CTimeValue::+ Operator

C++

CTimeValue operator +(const CTimeValue & inRhs) const;

Description

Plus.

CTimeValue::+= Operator

C++

CTimeValue& operator +=(const CTimeValue& inRhs);

CTimeValue::< Operator

C++

bool operator <(const CTimeValue & inRhs) const;

Description

comparison

CTimeValue::<= Operator

C++

bool operator <=(const CTimeValue & inRhs) const;

CTimeValue::= Operator

C++

CTimeValue& operator =(const CTimeValue & inRhs);

Parameters

Parameters	Description
const CTimeValue & inRhs	Right side.

Description

Assignment operator.

CTimeValue::-= Operator

C++

CTimeValue& operator -=(const CTimeValue& inRhs);

CTimeValue::== Operator

C++

bool operator ==(const CTimeValue & inRhs) const;

CTimeValue::> Operator

C++

bool operator >(const CTimeValue & inRhs) const;

CTimeValue::>= Operator

C++

bool operator >=(const CTimeValue & inRhs) const;

CTimeValue::CTimeValue Constructor ()

C++

CTimeValue();
CTimeValue(const double fSeconds);

Description

Default constructor.

CTimeValue::CTimeValue Constructor (CTimeValue &)

C++

CTimeValue(const CTimeValue & inValue);

Description

Copy constructor.

CTimeValue::CTimeValue Constructor (float)

C++

CTimeValue(const float fSeconds);

Description

Constructor.

CTimeValue::CTimeValue Constructor (int64)

C++

CTimeValue(const int64 inllValue);

Parameters

Parameters	Description
const int64 inllValue	positive negative, absolute or relative in 1 second= TIMEVALUE_PRECISION units.

Description

Constructor.

CTimeValue::GetDifferenceInSeconds Method

C++

float GetDifferenceInSeconds(const CTimeValue& startTime) const;

Description

Get relative time difference in seconds - call on the endTime object: endTime.GetDifferenceInSeconds( startTime );

CTimeValue::GetMemoryStatistics Method

C++

AUTO_STRUCT_INFO void GetMemoryStatistics(class ICrySizer* pSizer) const;

CTimeValue::GetMemoryUsage Method

C++

void GetMemoryUsage(class ICrySizer * pSizer) const;

CTimeValue::GetMicroSecondsAsInt64 Method

C++

int64 GetMicroSecondsAsInt64() const;

CTimeValue::GetMilliSeconds Method

C++

float GetMilliSeconds() const;

Description

Use only for relative value, absolute values suffer a lot from precision loss.

CTimeValue::GetMilliSecondsAsInt64 Method

C++

int64 GetMilliSecondsAsInt64() const;

CTimeValue::GetPeriodicFraction Method

C++

float GetPeriodicFraction(const CTimeValue TimePeriod) const;

Returns

[0..1[

Description

Useful for periodic events (e.g. water wave, blinking). Changing TimePeriod can results in heavy changes in the returned value.

CTimeValue::GetSeconds Method

C++

float GetSeconds() const;

Description

Use only for relative value, absolute values suffer a lot from precision loss.

CTimeValue::GetValue Method

C++

int64 GetValue() const;

CTimeValue::SetMilliSeconds Method

C++

void SetMilliSeconds(const int64 indwMilliSec);

CTimeValue::SetSeconds Method (double)

C++

void SetSeconds(const double infSec);

CTimeValue::SetSeconds Method (float)

C++

void SetSeconds(const float infSec);

CTimeValue::SetSeconds Method (int64)

C++

void SetSeconds(const int64 indwSec);

CTimeValue::SetValue Method

C++

void SetValue(int64 val);

friend class CTimer Friend

C++

friend class CTimer;

Documentation

CTimeValue