'\"! tbl | mmdoc
'\"macro stdmacro
.ie n \{\
.   ds Cr \fB
.   ds Cb \fB
.\}
.el \{\
.   ds Cr \f7
.   ds Cb \f8
.\}
.TH SbTime(3IV)
.SH NAME
SbTime \(em class for representation of a time 
.SH INHERITS FROM
SbTime
.SH SYNOPSIS
.ps -1
\*(Cr#include <Inventor/SbTime.h>
.sp
.in 1i
\f1Methods from class SbTime:
.in 0.5i
.sp
.ta 20m
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Cr
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbSbTime\*(Cr()
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Cr
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbSbTime\*(Cr(double sec)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Cr
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbSbTime\*(Cr(int32_t sec, long usec)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Cr
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbSbTime\*(Cr(const struct timeval *tv)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crstatic SbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbgetTimeOfDay\*(Cr()
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbsetToTimeOfDay\*(Cr()
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crstatic SbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cbzero\*(Cr()
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crstatic SbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cbmax\*(Cr()
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbsetValue\*(Cr(double sec)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbsetValue\*(Cr(int32_t sec, long usec)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbsetValue\*(Cr(const struct timeval *tv)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbsetMsecValue\*(Cr(unsigned long msec)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crdouble
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbgetValue\*(Cr() const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbgetValue\*(Cr(int32_t &sec, long &usec) const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbgetValue\*(Cr(struct timeval *tv) const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crunsigned long
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbgetMsecValue\*(Cr() const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbString
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cbformat\*(Cr(const char *fmt = "%S.%i") const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbString
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbformatDate\*(Cr(const char *fmt = "%A, %D %r") const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator +\*(Cr(const SbTime &t0, const SbTime &t1)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator -\*(Cr(const SbTime &t0, const SbTime &t1)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime &
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator +=\*(Cr(const SbTime &tm)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime &
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator -=\*(Cr(const SbTime &tm)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator -\*(Cr() const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator *\*(Cr(double s, const SbTime &tm)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator *\*(Cr(const SbTime &tm, double s)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator /\*(Cr(const SbTime &tm, double s)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime &
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator *=\*(Cr(double s)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime &
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator /=\*(Cr(double s)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crdouble
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator /\*(Cr(const SbTime &tm) const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator %\*(Cr(const SbTime &tm) const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crint
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator ==\*(Cr(const SbTime &tm) const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crint
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator !=\*(Cr(const SbTime &tm) const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbBool
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator <\*(Cr(const SbTime &tm) const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbBool
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator >\*(Cr(const SbTime &tm) const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbBool
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator <=\*(Cr(const SbTime &tm) const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbBool
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator >=\*(Cr(const SbTime &tm) const
.sp
.SH DESCRIPTION
This class represents and performs operations on time. Operations may be done in seconds, seconds and microseconds, or using a \*(Crstruct timeval\f1 (defined in \f2/usr/include/sys/time.h\f1). 
.SH METHODS
.ta 20m
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Cr
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbSbTime\*(Cr()
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Cr
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbSbTime\*(Cr(double sec)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Cr
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbSbTime\*(Cr(int32_t sec, long usec)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Cr
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbSbTime\*(Cr(const struct timeval *tv)
.br
.in 1i
\f1Constructors taking seconds, seconds and microseconds, or a \*(Crstruct timeval\f1.  NOTE that an integer parameter will not automatically cast to a double to invoke the constructor taking seconds; that is, \*(CbSbTime(1)\f1 will result in a compilation error. \*(CbSbTime(1.0)\f1 must be used instead. This is to avoid errors
\&in upgrading from an earlier release, in which \*(CbSbTime(1)\f1 had different semantics. In future releases, this distinction will be eliminated, and the effect of \*(CbSbTime(1.0)\f1 and that of \*(CbSbTime(1)\f1 will be identical.  
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crstatic SbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbgetTimeOfDay\*(Cr()
.br
.in 1i
\f1Get the current time (seconds since Jan 1, 1970). 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbsetToTimeOfDay\*(Cr()
.br
.in 1i
\f1Set to the current time (seconds since Jan 1, 1970). 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crstatic SbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cbzero\*(Cr()
.br
.in 1i
\f1Get a zero time. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crstatic SbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cbmax\*(Cr()
.br
.in 1i
\f1Get a time far, far into the future. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbsetValue\*(Cr(double sec)
.br
.in 1i
\f1Set time from a double (in seconds). 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbsetValue\*(Cr(int32_t sec, long usec)
.br
.in 1i
\f1Set time from seconds + microseconds. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbsetValue\*(Cr(const struct timeval *tv)
.br
.in 1i
\f1Set time from a \*(Crstruct timeval\f1. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbsetMsecValue\*(Cr(unsigned long msec)
.br
.in 1i
\f1Set time from milliseconds. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crdouble
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbgetValue\*(Cr() const
.br
.in 1i
\f1Get time in seconds as a double. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbgetValue\*(Cr(int32_t &sec, long &usec) const
.br
.in 1i
\f1Get time in seconds and microseconds. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crvoid
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbgetValue\*(Cr(struct timeval *tv) const
.br
.in 1i
\f1Get time in a \*(Crstruct timeval\f1. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crunsigned long
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbgetMsecValue\*(Cr() const
.br
.in 1i
\f1Get time in milliseconds (for Xt). 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbString
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cbformat\*(Cr(const char *fmt = "%S.%i") const
.br
.in 1i
\f1Convert to a string. The default format is seconds with 3 digits of fraction precision. \*(Crfmt\f1 is a character string that consists of field descriptors and text characters, in a manner analogous to \*(Cbcftime (3C)\f1 and \*(Cbprintf (3S)\f1. Each
\&field descriptor consists of a % character followed by another character which specifies the replacement for the field descriptor. All other characters are copied from \*(Crfmt\f1 into the result. The following
\&field descriptors are supported: 
.nf
.in 1.5i


%   the `%' character
D   total number of days
H   total number of hours 
M   total number of minutes
S   total number of seconds
I   total number of milliseconds
U   total number of microseconds
h   hours remaining after the days (00-23)
m   minutes remaining after the hours (00-59)
s   seconds remaining after the minutes (00-59)
i   milliseconds remaining after the seconds (000-999)
u   microseconds remaining after the seconds (000000-999999)

.fi
.in 1i
The uppercase descriptors are formatted with a leading `\(em' for negative times; the lowercase descriptors are formatted fixed width, with leading zeros. For example,
\&a reasonable format string might be "elapsed\ time:\ %M\ minutes,\ %s\ seconds". The default value of \*(Crfmt\f1, "%S.%i", formats the time as seconds with 3 digits of fractional precision. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbString
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(CbformatDate\*(Cr(const char *fmt = "%A, %D %r") const
.br
.in 1i
\f1Convert to a date string, interpreting the time as seconds since Jan 1, 1970. The default format gives "Tuesday, 01/26/93 11:23:41 AM". See the \*(Cbcftime()\f1 reference page for explanation of the format string. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator +\*(Cr(const SbTime &t0, const SbTime &t1)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator -\*(Cr(const SbTime &t0, const SbTime &t1)
.br
.in 1i
\f1Addition and subtraction of two times. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime &
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator +=\*(Cr(const SbTime &tm)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime &
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator -=\*(Cr(const SbTime &tm)
.br
.in 1i
\f1Addition and subtraction of two times which modifies the time structure. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator -\*(Cr() const
.br
.in 1i
\f1Unary negation. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator *\*(Cr(double s, const SbTime &tm)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator *\*(Cr(const SbTime &tm, double s)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator /\*(Cr(const SbTime &tm, double s)
.br
.in 1i
\f1Multiplication and division by scalar. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime &
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator *=\*(Cr(double s)
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime &
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator /=\*(Cr(double s)
.br
.in 1i
\f1Destructive multiplication and division by scalar. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crdouble
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator /\*(Cr(const SbTime &tm) const
.br
.in 1i
\f1Division by another time. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbTime
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator %\*(Cr(const SbTime &tm) const
.br
.in 1i
\f1Modulus for two times (remainder when time1 is divided by time2). 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crint
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator ==\*(Cr(const SbTime &tm) const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(Crint
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator !=\*(Cr(const SbTime &tm) const
.br
.in 1i
\f1Equality operators. 
.sp
.in 0.5i
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbBool
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator <\*(Cr(const SbTime &tm) const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbBool
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator >\*(Cr(const SbTime &tm) const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbBool
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator <=\*(Cr(const SbTime &tm) const
.br
.in 1i+20n
.ti 0.5i
.ta 20m
.ds Pt \*(CrSbBool
.ie \w'\*(Pt'>=20n \{\
.ne 3
\*(Pt
.ti 0.5i
	\c\
\}
.el\{\
.ne 2
\*(Pt	\c\
\}
\*(Cboperator >=\*(Cr(const SbTime &tm) const
.br
.in 1i
\f1Relational operators. 
.sp
.in 0.5i
.SH SEE ALSO
\*(Cbcftime