fTime
BTime fTime;
struct tm fTime;
bigtime_t Time() const { return fTime; }
bigtime_t fTime;
long fTime; // the time encoded in the file name
status_t InitCheck() const { return fTime >= 0 ? B_OK : B_ERROR; }
long Time() const { return fTime; }
BDateTime fTime;
time_t fTime;
fFlurryInfo->fOldTime = fFlurryInfo->fTime;
fFlurryInfo->fTime = _SecondsSinceStart() + fFlurryInfo->randomSeed;
fFlurryInfo->fDeltaTime = fFlurryInfo->fTime - fFlurryInfo->fOldTime;
fFlurryInfo->fTime = _SecondsSinceStart() + fFlurryInfo->randomSeed;
fFlurryInfo->fDeltaTime = fFlurryInfo->fTime - fFlurryInfo->fOldTime;
BTime fTime;
double fTime;
s->p[s->nextParticle].time.f[s->nextSubParticle] = info->fTime;
s->lastParticleTime = info->fTime;
s->lastParticleTime = info->fTime;
frameRate = ((double) info->dframe) / (info->fTime);
thisWidth = (streamSize + (info->fTime - s->p[i].time.f[k])
if (info->fTime - s->lastParticleTime >= 1.0f / 121.0f) {
double thisAngle = info->fTime*rotationsPerSecond;
colorTime = info->fTime;
colorTime = info->fTime + info->randomSeed;
cf = ((float)(cos(7.0 * ((info->fTime) * rotationsPerSecond))
+ cos(3.0 * ((info->fTime) * rotationsPerSecond))
+ cos(13.0 * ((info->fTime) * rotationsPerSecond))));
double thisAngle = info->fTime*rotationsPerSecond;
colorTime = info->fTime;
colorTime = info->fTime + info->randomSeed;
cf = ((float)cos(7.0 * ((info->fTime) * rotationsPerSecond)
+ (float)cos(3.0 * ((info->fTime) * rotationsPerSecond))
+ (float)cos(13.0 * ((info->fTime) * rotationsPerSecond))));
double thisAngle = info->fTime * rotationsPerSecond;
cf = ((float)(cos(7.0 * ((info->fTime) * rotationsPerSecond))
+ cos(3.0 * ((info->fTime) * rotationsPerSecond))
+ cos(13.0 * ((info->fTime) * rotationsPerSecond))));
fTime(system_time()),
bigtime_t Time() const { return fTime; }
bigtime_t fTime;
|| fReplicantTray->fTime->IsShowingCalendar()) {
|| fReplicantTray->fTime->IsShowingCalendar()) {
fTime->MoveTo(Bounds().right - fTime->Bounds().Width() - fTrayPadding,
loc.y + floorf((fMaxReplicantHeight - fTime->fHeight) / 2));
if (row == 0 && !fTime->IsHidden(fTime))
rowRect.right -= fClockMargin + fTime->Frame().Width();
if (fTime == NULL)
settings->showSeconds = fTime->ShowSeconds();
settings->showDayOfWeek = fTime->ShowDayOfWeek();
settings->showTimeZone = fTime->ShowTimeZone();
fTime(NULL),
fTime = new TTimeView(fMinimumTrayWidth, fMaxReplicantHeight + 1, fBarView);
delete fTime;
fTime->SetShowSeconds(clock->showSeconds);
fTime->SetShowDayOfWeek(clock->showDayOfWeek);
fTime->SetShowTimeZone(clock->showTimeZone);
AddChild(fTime);
fTime->MoveTo(Bounds().right - fTime->Bounds().Width() - fTrayPadding, 2);
fTime->Hide();
if (!fTime->IsHidden(fTime) && Bounds().right - fTrayPadding - 2
- fTime->Frame().Width() - fClockMargin
+ fTime->Frame().Width() + fTrayPadding + 2;
if (fTime == NULL)
fTime->UpdateTimeFormat();
fTime->Update();
if (fTime == NULL)
fTime->SetShowSeconds(!fTime->ShowSeconds());
if (fTime == NULL)
fTime->SetShowDayOfWeek(!fTime->ShowDayOfWeek());
if (fTime == NULL)
fTime->SetShowTimeZone(!fTime->ShowTimeZone());
if (fTime == NULL)
bool showClock = !fTime->IsHidden(fTime);
bool showSeconds = fTime->ShowSeconds();
bool showDayOfWeek = fTime->ShowDayOfWeek();
bool showTimeZone = fTime->ShowTimeZone();
if (!fTime->IsHidden(fTime))
fTime->ShowTimeOptions(ConvertToScreen(point));
if (fTime == NULL)
if (fTime->IsHidden(fTime))
fTime->Show();
fTime->Hide();
bool showClock = !fTime->IsHidden(fTime);
TTimeView* fTime;
TTimeView* Time() const { return fTime; }
fTime(0.0f),
fTime += dt;
if (fTime >= fAnimOffset) {
float animTime = (fTime - fAnimOffset);
if (fTime >= fAnimOffset + animDuration) {
if (fTime >= animDuration * 6) {
fTime = 0.0;
float fTime;
: fTime(0),
: fTime(time),
fTime = time;
return fTime;
printf("Event::Execute() - %" B_PRIdBIGTIME "\n", fTime);
bigtime_t fTime;
fTime->SetText(text.String());
fTime = new BStringView(rect, "Time", "");
fTime->SetAlignment(B_ALIGN_RIGHT);
fTime->SetFont(be_fixed_font);
AddChild(fTime);
BStringView *fTime;
fTime(*localtime(time)),
fSeconds = mktime(&fTime);
mk_time fTime;
mk_time fTime;
, fTime(-1)
fTime = 0;
if (p) fTime = atoi(p+1);
fTime = BDateTime::CurrentDateTime(B_LOCAL_TIME);
fTime.SetTime(BTime(hour, minute, second));
return fTime.Time();
message->AddInt32("hour", fTime.Time().Hour());
message->AddInt32("minute", fTime.Time().Minute());
message->AddInt32("second", fTime.Time().Second());
time_t time = fTime.Time_t();
fTime.SetTime(BTime(value, fTime.Time().Minute(),
fTime.Time().Second()));
fTime.SetTime(BTime(fTime.Time().Hour(), value,
fTime.Time().Second()));
fTime.SetTime(BTime(fTime.Time().Hour(), fTime.Time().Minute(),
value = fTime.Time().Hour();
fTime.SetTime(BTime(value, fTime.Time().Minute(),
fTime.Time().Second()));
value = fTime.Time().Hour();
value = fTime.Time().Minute();
value = fTime.Time().Second();
fTime = BDateTime::CurrentDateTime(B_LOCAL_TIME);
ret = fTime.Archive(into);
return fDate.IsValid() && fTime.IsValid();
fTime = time;
return fTime;
return fTime;
fTime = time;
tm_struct.tm_hour = fTime.Hour();
tm_struct.tm_min = fTime.Minute();
tm_struct.tm_sec = fTime.Second();
fTime.SetTime(time);
return fTime != dateTime.fTime && fDate != dateTime.fDate;
return fTime == dateTime.fTime && fDate == dateTime.fDate;
return fTime < dateTime.fTime;
return fTime <= dateTime.fTime;
return fTime > dateTime.fTime;
return fTime >= dateTime.fTime;
bigtime_t fTime;
return fTime.String();
fTime.SetTo(time);
StringWidth(" ") + StringWidth(fTime.String()) + padding);
pt.x = bounds.right - StringWidth(fTime.String());
DrawString(fTime.String(), pt);
BString fTime;
return fTime;
: fTime(0),
: fTime(time),
fTime = time;
bigtime_t fTime;
? fTime - out.LastEntryTime()
: fTime;
out.SetLastEntryTime(fTime);
fTime = system_time();