PUBLIC

RealTimerG::RealTimerG(void) RealTimerG::RealTimerG(double) RealTimerG::Dump(ostream &) const TimerG::Reset(void) TimerG::Set(double) TimerG::Set(long,long) TimerG::Restart(void) TimerG::Start(void) TimerG::Stop(void) TimerG::IsTicking(void) TimerG::SetOutputFormat(UIntT,UIntT) TimerG::OutputFmtSecWidth(void) const TimerG::OutputFmtFracWidth(void) const TimerG::Elapsed(void) TimerG::ElapsedTime(void) const TimerG::operator double(void) TimerG::Time(void) TimerG::FullPrint(void) TimerG::Print(int,int) TimerG::operator<<(ostream &,TimerG &)

RealTimerG
Real-time timer.
include	"amma/Timer.hh"
User Level:	Default
Library:	GTimer
Example:	exEndPoint.cc
Section:	Utilities.Timing
In Scope:	std

Comments:
For timing events in seconds. ******* The use of this class is NOT recomended ******* WARNING: This code is unstable and its perfromance depends on the machine you run it on. It is also know to have problems with illegal instructions. These can be got around by adding ANSIFLAG= to the program using it.

public TimerG<class TIMEREP>

RealTimerG()

Default constructor.

RealTimerG(double a)

Constructor.

void Dump(ostream & Out) const

Dump internal state to stdout.

void Reset()

Reset elapse timer to zero

void Set(double t)

Set elapse timer to value

void Set(long s,long n = 0)

Set elapse timer to values

void Restart()

Restart timer

void Start()

Starts the timer from where it last stopped

void Stop()

Stops the timer

bool IsTicking()

Checks if elapse timer is timing

void SetOutputFormat(UIntT sw,UIntT fw)

Set the print format for seconds field and number of decimals

IntT OutputFmtSecWidth() const

Get output width of seconds.

IntT OutputFmtFracWidth() const

Get output width of fraction.

void Elapsed()

Calculate and store elapsed time.
This used to be private, don't use unless your SURE you know what your doing.

const RealTimeRepG & ElapsedTime() const

Access elapsed time.

operator double()

Returns the total amount of elapsed time between all the Start() and Stop()'s.

RealT Time()

The time now from timer creation

void FullPrint()

void Print(int secs_width = 0,int frac_width = 4)

ostream & operator<<(ostream & s,TimerG<RealTimeRepG> & t)