def get_times_jd(self, jd): times = self.backend.getTimesByJd( jd, getUtcOffsetByJd(jd, localTz) / 3600, ) return [ (name, times[name]) for name in self.shownTimeNames ]
def onCurrentDateChange(self, gdate):
print("praytimes: onCurrentDateChange", gdate)
if not self.enable:
return
jd = gregorian_to_jd(*tuple(gdate))
#print(
# getUtcOffsetByJd(jd, localTz) / 3600,
# getUtcOffsetCurrent() / 3600,
#)
#utcOffset = getUtcOffsetCurrent()
utcOffset = getUtcOffsetByJd(jd, localTz)
tmUtc = now()
epochLocal = tmUtc + utcOffset
secondsFromMidnight = epochLocal % (24 * 3600)
midnightUtc = tmUtc - secondsFromMidnight
#print("------- hours from midnight", secondsFromMidnight/3600.0)
for timeName, azanHour in self.backend.getTimesByJd(
jd,
utcOffset / 3600,
).items():
if timeName not in self.azanTimeNamesAll:
continue
if timeName not in self.shownTimeNames:
continue
azanSec = azanHour * 3600.0
#####
toAzanSecs = int(azanSec - secondsFromMidnight)
if toAzanSecs >= 0:
preAzanSec = azanSec - self.preAzanMinutes * 60
toPreAzanSec = max(
0,
int(preAzanSec - secondsFromMidnight)
)
print("toPreAzanSec=%.1f" % toPreAzanSec)
Timer(
toPreAzanSec,
self.doPlayPreAzan,
#midnightUtc + preAzanSec,
).start()
###
print("toAzanSecs=%.1f" % toAzanSecs)
Timer(
toAzanSecs,
self.doPlayAzan,
#midnightUtc + azanSec,
).start()
def onCurrentDateChange(self, gdate):
print("praytimes: onCurrentDateChange", gdate)
if not self.enable:
return
jd = gregorian_to_jd(*tuple(gdate))
#print(
# getUtcOffsetByJd(jd, localTz) / 3600,
# getUtcOffsetCurrent() / 3600,
#)
#utcOffset = getUtcOffsetCurrent()
utcOffset = getUtcOffsetByJd(jd, localTz)
tmUtc = now()
epochLocal = tmUtc + utcOffset
secondsFromMidnight = epochLocal % (24 * 3600)
midnightUtc = tmUtc - secondsFromMidnight
#print("------- hours from midnight", secondsFromMidnight/3600.0)
for timeName, azanHour in self.backend.getTimesByJd(
jd,
utcOffset / 3600,
).items():
if timeName not in self.azanTimeNamesAll:
continue
if timeName not in self.shownTimeNames:
continue
azanSec = azanHour * 3600.0
#####
toAzanSecs = int(azanSec - secondsFromMidnight)
if toAzanSecs >= 0:
preAzanSec = azanSec - self.preAzanMinutes * 60
toPreAzanSec = max(0, int(preAzanSec - secondsFromMidnight))
print("toPreAzanSec=%.1f" % toPreAzanSec)
Timer(
toPreAzanSec,
self.doPlayPreAzan,
#midnightUtc + preAzanSec,
).start()
###
print("toAzanSecs=%.1f" % toAzanSecs)
Timer(
toAzanSecs,
self.doPlayAzan,
#midnightUtc + azanSec,
).start()
def get_times_jd(self, jd):
times = self.backend.getTimesByJd(
jd,
getUtcOffsetByJd(jd) / 3600.0,
)
return [(name, times[name]) for name in self.shownTimeNames]
def drawAll(self, cr):
timeStart = self.timeStart
timeWidth = self.timeWidth
timeEnd = timeStart + timeWidth
####
width = self.get_allocation().width
height = self.get_allocation().height
pixelPerSec = self.pixelPerSec
dayPixel = dayLen * pixelPerSec ## pixel
maxTickHeight = maxTickHeightRatio * height
#####
cr.rectangle(0, 0, width, height)
fillColor(cr, bgColor)
#####
setColor(cr, holidayBgBolor)
for x in self.data["holidays"]:
cr.rectangle(x, 0, dayPixel, height)
cr.fill()
#####
for tick in self.data["ticks"]:
self.drawTick(cr, tick, maxTickHeight)
######
beforeBoxH = maxTickHeight ## FIXME
maxBoxH = height - beforeBoxH
for box in self.data["boxes"]:
box.setPixelValues(timeStart, pixelPerSec, beforeBoxH, maxBoxH)
self.drawBox(cr, box)
self.drawBoxEditingHelperLines(cr)
###### Show (possible) Daylight Saving change
if timeStart > 0 and 2 * 3600 < timeWidth < 30 * dayLen:
if getUtcOffsetByEpoch(timeStart) != getUtcOffsetByEpoch(timeEnd):
startJd = getJdFromEpoch(timeStart)
endJd = getJdFromEpoch(timeEnd)
lastOffset = getUtcOffsetByJd(startJd, localTz)
dstChangeJd = None
deltaSec = 0
for jd in range(startJd + 1, endJd + 1):
offset = getUtcOffsetByJd(jd, localTz)
deltaSec = offset - lastOffset
if deltaSec != 0:
dstChangeJd = jd
break
if dstChangeJd is not None:
deltaHour = deltaSec / 3600.0
dstChangeEpoch = getEpochFromJd(dstChangeJd)
#print("dstChangeEpoch = %s" % dstChangeEpoch)
else:
print("dstChangeEpoch not found")
###### Draw Current Time Marker
dt = self.currentTime - timeStart
if 0 <= dt <= timeWidth:
setColor(cr, currentTimeMarkerColor)
cr.rectangle(
dt * pixelPerSec - currentTimeMarkerWidth / 2.0,
0,
currentTimeMarkerWidth,
currentTimeMarkerHeightRatio * self.get_allocation().height
)
cr.fill()
######
for button in self.buttons:
button.draw(cr, width, height)
def drawAll(self, cr):
timeStart = self.timeStart
timeWidth = self.timeWidth
timeEnd = timeStart + timeWidth
####
width = self.get_allocation().width
height = self.get_allocation().height
pixelPerSec = self.pixelPerSec
dayPixel = dayLen * pixelPerSec ## pixel
maxTickHeight = maxTickHeightRatio * height
#####
cr.rectangle(0, 0, width, height)
fillColor(cr, bgColor)
#####
setColor(cr, holidayBgBolor)
for x in self.data["holidays"]:
cr.rectangle(x, 0, dayPixel, height)
cr.fill()
#####
for tick in self.data["ticks"]:
self.drawTick(cr, tick, maxTickHeight)
######
beforeBoxH = maxTickHeight ## FIXME
maxBoxH = height - beforeBoxH
for box in self.data["boxes"]:
box.setPixelValues(timeStart, pixelPerSec, beforeBoxH, maxBoxH)
self.drawBox(cr, box)
self.drawBoxEditingHelperLines(cr)
###### Show (possible) Daylight Saving change
if timeStart > 0 and 2 * 3600 < timeWidth < 30 * dayLen:
if getUtcOffsetByEpoch(timeStart) != getUtcOffsetByEpoch(timeEnd):
startJd = getJdFromEpoch(timeStart)
endJd = getJdFromEpoch(timeEnd)
lastOffset = getUtcOffsetByJd(startJd, localTz)
dstChangeJd = None
deltaSec = 0
for jd in range(startJd + 1, endJd + 1):
offset = getUtcOffsetByJd(jd, localTz)
deltaSec = offset - lastOffset
if deltaSec != 0:
dstChangeJd = jd
break
if dstChangeJd is not None:
deltaHour = deltaSec / 3600.0
dstChangeEpoch = getEpochFromJd(dstChangeJd)
#print("dstChangeEpoch = %s" % dstChangeEpoch)
else:
print("dstChangeEpoch not found")
###### Draw Current Time Marker
dt = self.currentTime - timeStart
if 0 <= dt <= timeWidth:
setColor(cr, currentTimeMarkerColor)
cr.rectangle(
dt * pixelPerSec - currentTimeMarkerWidth / 2.0, 0,
currentTimeMarkerWidth,
currentTimeMarkerHeightRatio * self.get_allocation().height)
cr.fill()
######
for button in self.buttons:
button.draw(cr, width, height)
