TTimeStamp Class Reference

The TTimeStamp encapsulates seconds and ns since EPOCH.

This extends (and isolates) struct timespec

struct timespec
   {
      time_t   tv_sec;   // seconds
      long     tv_nsec;  // nanoseconds
   }
time_t seconds is relative to Jan 1, 1970 00:00:00 UTC

No accounting of leap seconds is made.

Due to ROOT/CINT limitations TTimeStamp does not explicitly hold a timespec struct; attempting to do so means the Streamer must be hand written. Instead we have chosen to simply contain similar fields within the private area of this class.

NOTE: the use of time_t (and its default implementation as a 32 int) implies overflow conditions occurs somewhere around Jan 18, 19:14:07, 2038. If this experiment is still going when it becomes significant someone will have to deal with it.

Definition at line 71 of file TTimeStamp.h.

Public Member Functions
	TTimeStamp ()
	Default ctor.
	TTimeStamp (const timespec_t &ts)
	TTimeStamp (time_t t, Int_t nsec)
	TTimeStamp (UInt_t date, UInt_t time, UInt_t nsec, Bool_t isUTC=kTRUE, Int_t secOffset=0)
	Create a TTimeStamp and set it to the specified date, time, nanosec.
	TTimeStamp (UInt_t tloc, Bool_t isUTC=kTRUE, Int_t secOffset=0, Bool_t dosDate=kFALSE)
	Create a TTimeStamp and set it to tloc which must be a time_t value returned by time().
	TTimeStamp (UInt_t year, UInt_t month, UInt_t day, UInt_t hour, UInt_t min, UInt_t sec, UInt_t nsec=0, Bool_t isUTC=kTRUE, Int_t secOffset=0)
	Create a TTimeStamp and set it to the specified year, month, day, time, hour, minute, second and nanosec.
virtual	~TTimeStamp ()
void	Add (const TTimeStamp &offset)
	Add "offset" as a delta time.
Double_t	AsDouble () const
Double_t	AsGAST (Double_t UT1Offset=0) const
	Return Greenwich apparent sidereal time (GAST) in hour-angle.
Double_t	AsGMST (Double_t UT1Offset=0) const
	Return Greenwich mean sidereal time (GMST) in hour-angle.
Double_t	AsJulianDate () const
Double_t	AsLAST (Double_t Longitude, Double_t UT1Offset=0) const
	Return local apparent sidereal time (LAST) in hour-angle, given a longitude in degrees.
Double_t	AsLMST (Double_t Longitude, Double_t UT1Offset=0) const
	Return local mean sidereal time (LMST) in hour-angle, given a longitude in degrees.
const char *	AsString (const Option_t *option="") const
	Return the date & time as a string.
void	Copy (TTimeStamp &ts) const
	Copy this to ts.
UInt_t	GetDate (Bool_t inUTC=kTRUE, Int_t secOffset=0, UInt_t *year=0, UInt_t *month=0, UInt_t *day=0) const
	Return date in form of 19971224 (i.e.
Int_t	GetDayOfWeek (Bool_t inUTC=kTRUE, Int_t secOffset=0) const
	Method is using Zeller's formula for calculating the day number.
Int_t	GetDayOfYear (Bool_t inUTC=kTRUE, Int_t secOffset=0) const
	Get the day of the year represented by this time stamp value.
Int_t	GetMonth (Bool_t inUTC=kTRUE, Int_t secOffset=0) const
	Get the month of the year. Valid return values are between 1 and 12.
Int_t	GetNanoSec () const
time_t	GetSec () const
UInt_t	GetTime (Bool_t inUTC=kTRUE, Int_t secOffset=0, UInt_t *hour=0, UInt_t *min=0, UInt_t *sec=0) const
	Return time in form of 123623 (i.e.
timespec_t	GetTimeSpec () const
Int_t	GetWeek (Bool_t inUTC=kTRUE, Int_t secOffset=0) const
	Get the week of the year.
Bool_t	IsLeapYear (Bool_t inUTC=kTRUE, Int_t secOffset=0) const
	Is the year a leap year.
	operator double () const
void	Print (const Option_t *option="") const
	Print date and time.
void	Set ()
	Set Date/Time to current time as reported by the system.
void	Set (Int_t date, Int_t time, Int_t nsec, Bool_t isUTC, Int_t secOffset)
	Set date/time from integers of the form [yy]YYMMDD and HHMMSS, assume UTC (UTC) components:
void	Set (Int_t year, Int_t month, Int_t day, Int_t hour, Int_t min, Int_t sec, Int_t nsec, Bool_t isUTC, Int_t secOffset)
	Set Date/Time from components.
void	Set (UInt_t tloc, Bool_t isUTC, Int_t secOffset, Bool_t dosDate)
	The input arg is a time_t value returned by time() or a value returned by Convert().
void	SetNanoSec (Int_t nsec)
void	SetSec (Int_t sec)

Static Public Member Functions
static void	DumpTMStruct (const tm_t &tmstruct)
	Print out the "tm" structure:
static Int_t	GetDayOfWeek (Int_t day, Int_t month, Int_t year)
	Method is using Zeller's formula for calculating the day number.
static Int_t	GetDayOfYear (Int_t day, Int_t month, Int_t year)
	Get the day of the year represented by day, month and year.
static Int_t	GetWeek (Int_t day, Int_t month, Int_t year)
	Get the week of the year.
static Int_t	GetZoneOffset ()
	Static method returning local (current) time zone offset from UTC.
static Bool_t	IsLeapYear (Int_t year)
	Is the given year a leap year.
static time_t	MktimeFromUTC (tm_t *tmstruct)
	Equivalent of standard routine "mktime" but using the assumption that tm struct is filled with UTC, not local, time.

Private Member Functions
void	NormalizeNanoSec ()
	Ensure that the fNanoSec field is in range [0,999999999].

Private Attributes
Int_t	fNanoSec
Int_t	fSec

Friends
Bool_t	operator!= (const TTimeStamp &lhs, const TTimeStamp &rhs)
Bool_t	operator< (const TTimeStamp &lhs, const TTimeStamp &rhs)
Bool_t	operator<= (const TTimeStamp &lhs, const TTimeStamp &rhs)
Bool_t	operator== (const TTimeStamp &lhs, const TTimeStamp &rhs)
Bool_t	operator> (const TTimeStamp &lhs, const TTimeStamp &rhs)
Bool_t	operator>= (const TTimeStamp &lhs, const TTimeStamp &rhs)

#include <TTimeStamp.h>

Constructor & Destructor Documentation

TTimeStamp() [1/6]

TTimeStamp::TTimeStamp

(

)

Default ctor.

Create a TTimeStamp and set it to the current time (as best possible). The nanosecond part is faked so that subsequent calls simply add 1 to ensure that sequential calls are distinct (and sortable).

Definition at line 95 of file TTimeStamp.cxx.

TTimeStamp() [2/6]

TTimeStamp::TTimeStamp ( const timespec_t &  ts )

inline

Definition at line 91 of file TTimeStamp.h.

TTimeStamp() [3/6]

TTimeStamp::TTimeStamp ( time_t  t, Int_t  nsec  )

inline

Definition at line 95 of file TTimeStamp.h.

TTimeStamp() [4/6]

TTimeStamp::TTimeStamp	(	UInt_t	year,
		UInt_t	month,
		UInt_t	day,
		UInt_t	hour,
		UInt_t	min,
		UInt_t	sec,
		UInt_t	nsec = 0,
		Bool_t	isUTC = kTRUE,
		Int_t	secOffset = 0
	)

Create a TTimeStamp and set it to the specified year, month, day, time, hour, minute, second and nanosec.

If !isUTC then it is assumed to be the standard local time zone.

If local time is PST then one can use

TTimeStamp(year,month,day,hour,min,sec,nsec,kFALSE,0);

or

Int_t secOffset = 8*60*60;
TTimeStamp timeStamp(year,month,day,hour,min,sec,nsec,kTRUE,8*60*60);

Definition at line 115 of file TTimeStamp.cxx.

TTimeStamp() [5/6]

TTimeStamp::TTimeStamp	(	UInt_t	date,
		UInt_t	time,
		UInt_t	nsec,
		Bool_t	isUTC = kTRUE,
		Int_t	secOffset = 0
	)

Create a TTimeStamp and set it to the specified date, time, nanosec.

If !isUTC then it is assumed to be the standard local time zone.

Warning

Watch out! C++ overload resolution often chooses the constructor TTimeStamp(UInt_t tloc, Bool_t isUTC, Int_t secOffset, Bool_t dosDate) instead of this one. Your best bet is to explicitly pass UInt_t values instead of Int_t values. When calling with integer literals, pass for instance

TTimeStamp timeStamp(20150610u,80448u,0u)

to disambiguate.

Definition at line 137 of file TTimeStamp.cxx.

TTimeStamp() [6/6]

TTimeStamp::TTimeStamp	(	UInt_t	tloc,
		Bool_t	isUTC = kTRUE,
		Int_t	secOffset = 0,
		Bool_t	dosDate = kFALSE
	)

Create a TTimeStamp and set it to tloc which must be a time_t value returned by time().

This value is the number of seconds since the EPOCH (i.e. 00:00:00 on Jan 1m 1970). If dosDate is true then the input is a dosDate value.

Definition at line 150 of file TTimeStamp.cxx.

~TTimeStamp()

virtual TTimeStamp::~TTimeStamp ( )

inlinevirtual

Definition at line 112 of file TTimeStamp.h.

Member Function Documentation

Add()

void TTimeStamp::Add

(

const TTimeStamp &

offset

)

Add "offset" as a delta time.

Definition at line 534 of file TTimeStamp.cxx.

AsDouble()

Double_t TTimeStamp::AsDouble ( ) const

inline

Definition at line 138 of file TTimeStamp.h.

AsGAST()

Double_t TTimeStamp::AsGAST

(

Double_t

UT1Offset = 0

)

const

Return Greenwich apparent sidereal time (GAST) in hour-angle.

Return value will always be between 0 and 24 (hours). Sidereal time is most accurately calculated from UT1. If fSec and fNanoSec are in UTC (which they are by default), the optional argument UT1Offset can be supplied (in milliseconds). If UT1Offset is not supplied, conversion has maximum error of 1s. If offset is supplied error can be reduced to us level. Values for UT1Offset can be found in IERS Bulletin B: ftp://ftp.iers.org/products/eop/bulletinb/format_2009/ Equation of the equinoxes is given by USNO: http://aa.usno.navy.mil/faq/docs/GAST.php

Definition at line 191 of file TTimeStamp.cxx.

AsGMST()

Double_t TTimeStamp::AsGMST

(

Double_t

UT1Offset = 0

)

const

Return Greenwich mean sidereal time (GMST) in hour-angle.

Return value will always be between 0 and 24 (hours). Sidereal time is most accurately calculated from UT1. If fSec and fNanoSec are in UTC (which they are by default), the optional argument UT1Offset can be supplied (in milliseconds). If UT1Offset is not supplied, conversion has maximum error of 1s. If offset is supplied error can be reduced to us level. Values for UT1Offset can be found in IERS Bulletin B: ftp://ftp.iers.org/products/eop/bulletinb/format_2009/ The conversion to sidereal time used here is given by Aoki et. al. Astron. Astrophys. 105, 359-362 (1982) http://adsabs.harvard.edu/abs/1982A%26A...105..359A

Definition at line 168 of file TTimeStamp.cxx.

AsJulianDate()

Double_t TTimeStamp::AsJulianDate ( ) const

inline

Definition at line 139 of file TTimeStamp.h.

AsLAST()

Double_t TTimeStamp::AsLAST	(	Double_t	Longitude,
		Double_t	UT1Offset = 0
	)		const

Return local apparent sidereal time (LAST) in hour-angle, given a longitude in degrees.

Return value will always be between 0 and 24 (hours). Sidereal time is most accurately calculated from UT1. If fSec and fNanoSec are in UTC (which they are by default), the optional argument UT1Offset can be supplied (in milliseconds). If UT1Offset is not supplied, conversion has maximum error of 1s. If offset is supplied error can be reduced to us level. Values for UT1Offset can be found in IERS Bulletin B: ftp://ftp.iers.org/products/eop/bulletinb/format_2009/

Definition at line 230 of file TTimeStamp.cxx.

AsLMST()

Double_t TTimeStamp::AsLMST	(	Double_t	Longitude,
		Double_t	UT1Offset = 0
	)		const

Return local mean sidereal time (LMST) in hour-angle, given a longitude in degrees.

Return value will always be between 0 and 24 (hours). Sidereal time is most accurately calculated from UT1. If fSec and fNanoSec are in UTC (which they are by default), the optional argument UT1Offset can be supplied (in milliseconds). If UT1Offset is not supplied, conversion has maximum error of 1s. If offset is supplied error can be reduced to us level. Values for UT1Offset can be found in IERS Bulletin B: ftp://ftp.iers.org/products/eop/bulletinb/format_2009/

Definition at line 214 of file TTimeStamp.cxx.

AsString()

const Char_t * TTimeStamp::AsString

(

const Option_t *

option = ""

)

const

Return the date & time as a string.

Result is pointer to a statically allocated string. User should copy this into their own buffer before calling this method again.

Option "l" returns it in local zone format (can be applied to default or compact format).

Default format is RFC822 compliant:

"Mon, 02 Jan 2001 18:11:12 +0000 (GMT) +999999999 nsec"
"Mon, 02 Jan 2001 10:11:12 -0800 (PST) +999999999 nsec"

Option "c" compact is (almost) ISO 8601 compliant:

• "2001-01-02 18:11:12.9999999999Z"

• "2001-01-02 10:11:12.9999999999-0800" if PST

  • uses "-" as date separator as specified in ISO 8601
  • uses "." rather than preferred "," for decimal separator
  • -HHMM is the difference between local and UTC (if behind, + if ahead).

  The "-HHMM" is replaced with "Z" if given as UTC. To be strictly conforming it should use "T" instead of the blank separating the date and time.

Option "2" returns as {sec,nsec} integers.

Option "s" returns "2001-01-02 18:11:12" with an implied UTC, overrides "l" option.

Internally uses a circular list of buffers to avoid problems using AsString multiple times in a single statement.

Definition at line 271 of file TTimeStamp.cxx.

Copy()

void TTimeStamp::Copy

(

TTimeStamp &

ts

)

const

Copy this to ts.

Definition at line 343 of file TTimeStamp.cxx.

DumpTMStruct()

void TTimeStamp::DumpTMStruct ( const tm_t &  tmstruct )

static

Print out the "tm" structure:

tmstruct.tm_year = year;    // years since 1900
tmstruct.tm_mon  = month-1; // months since Jan [0,11]
tmstruct.tm_mday = day;     // day of the month [1,31]
tmstruct.tm_hour = hour;    // hours since midnight [0,23]
tmstruct.tm_min  = min;     // minutes after the hour [0,59]
tmstruct.tm_sec  = sec;     // seconds after the minute [0,59]
tmstruct.tm_wday            // day of week [0,6]
tmstruct.tm_yday            // days in year [0,365]
tmstruct.tm_isdst           // DST [-1/0/1]  (unknown,false,true)

Definition at line 903 of file TTimeStamp.cxx.

GetDate()

UInt_t TTimeStamp::GetDate	(	Bool_t	inUTC = kTRUE,
		Int_t	secOffset = 0,
		UInt_t *	year = 0,
		UInt_t *	month = 0,
		UInt_t *	day = 0
	)		const

Return date in form of 19971224 (i.e.

24/12/1997), if non-zero pointers supplied for year, month, day fill those as well.

Definition at line 353 of file TTimeStamp.cxx.

GetDayOfWeek() [1/2]

Int_t TTimeStamp::GetDayOfWeek	(	Bool_t	inUTC = kTRUE,
		Int_t	secOffset = 0
	)		const

Method is using Zeller's formula for calculating the day number.

Valid return values range between 1 and 7, where Monday = 1.

Definition at line 418 of file TTimeStamp.cxx.

GetDayOfWeek() [2/2]

Int_t TTimeStamp::GetDayOfWeek ( Int_t  day, Int_t  month, Int_t  year  )

static

Method is using Zeller's formula for calculating the day number.

Valid return values range between 1 and 7, where Monday = 1.

Definition at line 829 of file TTimeStamp.cxx.

GetDayOfYear() [1/2]

Int_t TTimeStamp::GetDayOfYear	(	Bool_t	inUTC = kTRUE,
		Int_t	secOffset = 0
	)		const

Get the day of the year represented by this time stamp value.

Valid return values range between 1 and 366, where January 1 = 1.

Definition at line 397 of file TTimeStamp.cxx.

GetDayOfYear() [2/2]

Int_t TTimeStamp::GetDayOfYear ( Int_t  day, Int_t  month, Int_t  year  )

static

Get the day of the year represented by day, month and year.

Valid return values range between 1 and 366, where January 1 = 1.

Definition at line 812 of file TTimeStamp.cxx.

GetMonth()

Int_t TTimeStamp::GetMonth	(	Bool_t	inUTC = kTRUE,
		Int_t	secOffset = 0
	)		const

Get the month of the year. Valid return values are between 1 and 12.

Definition at line 438 of file TTimeStamp.cxx.

GetNanoSec()

Int_t TTimeStamp::GetNanoSec ( ) const

inline

Definition at line 136 of file TTimeStamp.h.

GetSec()

time_t TTimeStamp::GetSec ( ) const

inline

Definition at line 135 of file TTimeStamp.h.

GetTime()

UInt_t TTimeStamp::GetTime	(	Bool_t	inUTC = kTRUE,
		Int_t	secOffset = 0,
		UInt_t *	hour = 0,
		UInt_t *	min = 0,
		UInt_t *	sec = 0
	)		const

Return time in form of 123623 (i.e.

12:36:23), if non-zero pointers supplied for hour, min, sec fill those as well.

Definition at line 375 of file TTimeStamp.cxx.

GetTimeSpec()

timespec_t TTimeStamp::GetTimeSpec ( ) const

inline

Definition at line 133 of file TTimeStamp.h.

GetWeek() [1/2]

Int_t TTimeStamp::GetWeek	(	Bool_t	inUTC = kTRUE,
		Int_t	secOffset = 0
	)		const

Get the week of the year.

Valid week values are between 1 and 53. The return value is the year*100+week (1 Jan may be in the last week of the previous year so the year must be returned too).

Definition at line 456 of file TTimeStamp.cxx.

GetWeek() [2/2]

Int_t TTimeStamp::GetWeek ( Int_t  day, Int_t  month, Int_t  year  )

static

Get the week of the year.

Valid week values are between 1 and 53. The return value is the year*100+week (1 Jan may be in the last week of the previous year so the year must be returned too).

Definition at line 850 of file TTimeStamp.cxx.

GetZoneOffset()

Int_t TTimeStamp::GetZoneOffset ( )

static

Static method returning local (current) time zone offset from UTC.

This is the value in seconds one must add to the local time to arrive at Coordinated Universal Time, so it is negative east of the Prime Meridian.

Definition at line 504 of file TTimeStamp.cxx.

IsLeapYear() [1/2]

Bool_t TTimeStamp::IsLeapYear	(	Bool_t	inUTC = kTRUE,
		Int_t	secOffset = 0
	)		const

Is the year a leap year.

The calendar year is 365 days long, unless the year is exactly divisible by 4, in which case an extra day is added to February to make the year 366 days long. If the year is the last year of a century, eg. 1700, 1800, 1900, 2000, then it is only a leap year if it is exactly divisible by

1. Therefore, 1900 wasn't a leap year but 2000 was. The reason for these rules is to bring the average length of the calendar year into line with the length of the Earth's orbit around the Sun, so that the seasons always occur during the same months each year.

Definition at line 484 of file TTimeStamp.cxx.

IsLeapYear() [2/2]

Bool_t TTimeStamp::IsLeapYear ( Int_t  year )

static

Is the given year a leap year.

The calendar year is 365 days long, unless the year is exactly divisible by 4, in which case an extra day is added to February to make the year 366 days long. If the year is the last year of a century, eg. 1700, 1800, 1900, 2000, then it is only a leap year if it is exactly divisible by

1. Therefore, 1900 wasn't a leap year but 2000 was. The reason for these rules is to bring the average length of the calendar year into line with the length of the Earth's orbit around the Sun, so that the seasons always occur during the same months each year.

Definition at line 884 of file TTimeStamp.cxx.

MktimeFromUTC()

time_t TTimeStamp::MktimeFromUTC ( tm_t *  tmstruct )

static

Equivalent of standard routine "mktime" but using the assumption that tm struct is filled with UTC, not local, time.

This version ISN'T configured to handle every possible weirdness of out-of-range values in the case of normalizing the tm struct.

This version DOESN'T correctly handle values that can't be fit into a time_t (i.e. beyond year 2038-01-18 19:14:07, or before the start of Epoch).

Definition at line 767 of file TTimeStamp.cxx.

NormalizeNanoSec()

void TTimeStamp::NormalizeNanoSec ( )

private

Ensure that the fNanoSec field is in range [0,999999999].

Definition at line 739 of file TTimeStamp.cxx.

operator double()

TTimeStamp::operator double ( ) const

inline

Definition at line 166 of file TTimeStamp.h.

Print()

void TTimeStamp::Print

(

const Option_t *

option = ""

)

const

Print date and time.

Definition at line 544 of file TTimeStamp.cxx.

Set() [1/4]

void TTimeStamp::Set

(

)

Set Date/Time to current time as reported by the system.

No accounting for nanoseconds with std ANSI functions, ns part faked so that subsequent calls simply add 1 to it this ensures that calls within the same second come back distinct (and sortable). Time is since Jan 1, 1970.

Definition at line 556 of file TTimeStamp.cxx.

Set() [2/4]

void TTimeStamp::Set	(	Int_t	date,
		Int_t	time,
		Int_t	nsec,
		Bool_t	isUTC,
		Int_t	secOffset
	)

Set date/time from integers of the form [yy]YYMMDD and HHMMSS, assume UTC (UTC) components:

MM: 01=January .. 12=December
DD: 01 .. 31
 
HH: 00=midnight .. 23
MM: 00 .. 59
SS: 00 .. 69

• Date must be in format 980418 or 19980418 1001127 or 20001127 (i.e. year 100 = 2000),
• time must be in format 224512 (second precision),
• date must be >= 700101.

Definition at line 660 of file TTimeStamp.cxx.

Set() [3/4]

void TTimeStamp::Set	(	Int_t	year,
		Int_t	month,
		Int_t	day,
		Int_t	hour,
		Int_t	min,
		Int_t	sec,
		Int_t	nsec,
		Bool_t	isUTC,
		Int_t	secOffset
	)

Set Date/Time from components.

Month & day both use normal 1..12 and 1..31 counting, hours, min, sec run from 0 to 23, 59, 59 respectively, secOffset provides method for adjusting for alternative timezones

"year"  |    0    1 ... 37 | 38...69   |   70 .. 100  101 ..  137
true    | 2000 2001   2037 | undefined | 1970   2000 2001 .. 2037
 
"year"  | 138...1969 | 1970 .. 2037 | ...
true    | undefined  | 1970 .. 2037 | undefined

Definition at line 607 of file TTimeStamp.cxx.

Set() [4/4]

void TTimeStamp::Set	(	UInt_t	tloc,
		Bool_t	isUTC,
		Int_t	secOffset,
		Bool_t	dosDate
	)

The input arg is a time_t value returned by time() or a value returned by Convert().

This value is the number of seconds since the EPOCH (i.e. 00:00:00 on Jan 1m 1970). If dosDate is true then the input is a dosDate value.

Definition at line 690 of file TTimeStamp.cxx.

SetNanoSec()

void TTimeStamp::SetNanoSec ( Int_t  nsec )

inline

Definition at line 131 of file TTimeStamp.h.

SetSec()

void TTimeStamp::SetSec ( Int_t  sec )

inline

Definition at line 130 of file TTimeStamp.h.

Friends And Related Symbol Documentation

operator!=

Bool_t operator!= ( const TTimeStamp &  lhs, const TTimeStamp &  rhs  )

friend

Definition at line 185 of file TTimeStamp.h.

operator<

Bool_t operator< ( const TTimeStamp &  lhs, const TTimeStamp &  rhs  )

friend

Definition at line 189 of file TTimeStamp.h.

operator<=

Bool_t operator<= ( const TTimeStamp &  lhs, const TTimeStamp &  rhs  )

friend

Definition at line 194 of file TTimeStamp.h.

operator==

Bool_t operator== ( const TTimeStamp &  lhs, const TTimeStamp &  rhs  )

friend

Definition at line 181 of file TTimeStamp.h.

operator>

Bool_t operator> ( const TTimeStamp &  lhs, const TTimeStamp &  rhs  )

friend

Definition at line 199 of file TTimeStamp.h.

operator>=

Bool_t operator>= ( const TTimeStamp &  lhs, const TTimeStamp &  rhs  )

friend

Definition at line 204 of file TTimeStamp.h.

Member Data Documentation

fNanoSec

Int_t TTimeStamp::fNanoSec

private

Definition at line 82 of file TTimeStamp.h.

fSec

Int_t TTimeStamp::fSec

private

Definition at line 81 of file TTimeStamp.h.