def serverTime(self, context, timestamp, timeOfDay):
end = globalClock.getRealTime()
now = int(time.time())
aiTimeDelta = timeOfDay - now
aiTimeSkew = aiTimeDelta - self.cr.getServerDelta()
if context != self.thisContext:
self.notify.info('Ignoring TimeManager response for old context %d' % context)
return None
elapsed = end - self.start
self.attemptCount += 1
self.notify.info('Clock sync roundtrip took %0.3f ms' % elapsed * 1000.0)
self.notify.info('AI time delta is %s from server delta' % PythonUtil.formatElapsedSeconds(aiTimeSkew))
if elapsed > self.maxLatency:
if self.attemptCount < self.maxAttempts:
self.notify.info('Latency is too high, trying again.')
self.start = globalClock.getRealTime()
self.sendUpdate('requestServerTime', [
self.thisContext])
return None
self.notify.info('Giving up on latency requirement.')
average = (self.start + end) / 2.0 - self.extraSkew
change = globalClockDelta.resynchronize(average, timestamp)
self.notify.info('Clock delta changed by %.3f s' % change)
if self.talkResult:
toonbase.localToon.setChatAbsolute('latency %0.0f ms, clock adjusted %.1f s' % (elapsed * 1000.0, change), CFSpeech | CFTimeout)
self.gotSync = 1
messenger.send('gotTimeSync')
def serverTime(self, context, timestamp, timeOfDay):
end = globalClock.getRealTime()
now = int(time.time())
aiTimeDelta = timeOfDay - now
aiTimeSkew = aiTimeDelta - self.cr.getServerDelta()
if context != self.thisContext:
self.notify.info('Ignoring TimeManager response for old context %d' % context)
return
elapsed = end - self.start
self.attemptCount += 1
self.notify.info('Clock sync roundtrip took %0.3f ms' % (elapsed * 1000.0))
self.notify.info('AI time delta is %s from server delta' % PythonUtil.formatElapsedSeconds(aiTimeSkew))
if elapsed > self.maxLatency:
if self.attemptCount < self.maxAttempts:
self.notify.info('Latency is too high, trying again.')
self.start = globalClock.getRealTime()
self.sendUpdate('requestServerTime', [self.thisContext])
return
self.notify.info('Giving up on latency requirement.')
average = (self.start + end) / 2.0 - self.extraSkew
change = globalClockDelta.resynchronize(average, timestamp)
self.notify.info('Clock delta changed by %.3f s' % change)
if self.talkResult:
toonbase.localToon.setChatAbsolute('latency %0.0f ms, clock adjusted %.1f s' % (elapsed * 1000.0, change), CFSpeech | CFTimeout)
self.gotSync = 1
messenger.send('gotTimeSync')
def setServerDelta(self, delta, timezone):
delta = int(round(delta))
Notifier.serverDelta = delta + time.timezone - timezone
import NotifyCategory
NotifyCategory.NotifyCategory.setServerDelta(self.serverDelta)
self.info(
'Notify clock adjusted by %s (and timezone adjusted by %s hours) to synchronize with server.'
% (PythonUtil.formatElapsedSeconds(delta),
(time.timezone - timezone) / 3600))
def setCheesyEffect(self, effect, hoodId, expireTime):
self.savedCheesyEffect = effect
self.savedCheesyHoodId = hoodId
self.savedCheesyExpireTime = expireTime
if self == toonbase.localToon:
self.notify.info('setCheesyEffect(%s, %s, %s)' % (effect, hoodId, expireTime))
if effect != ToontownGlobals.CENormal:
serverTime = time.time() + self.cr.getServerDelta()
duration = expireTime * 60 - serverTime
if duration < 0:
self.notify.info('effect should have expired %s ago.' % PythonUtil.formatElapsedSeconds(-duration))
else:
self.notify.info('effect will expire in %s.' % PythonUtil.formatElapsedSeconds(duration))
if self.activeState == DistributedObject.ESGenerated:
self.reconsiderCheesyEffect(lerpTime = 0.5)
else:
self.reconsiderCheesyEffect()
def checkHealTrapLure(self):
self.notify.debug('numToons: %s, numCogs: %s, lured: %s, trapped: %s' % (self.numToons, self.numCogs, self.luredIndices, self.trappedIndices))
if len(PythonUtil.union(self.trappedIndices, self.luredIndices)) == self.numCogs:
canTrap = 0
else:
canTrap = 1
if len(self.luredIndices) == self.numCogs:
canLure = 0
canTrap = 0
else:
canLure = 1
if self.numToons == 1:
canHeal = 0
else:
canHeal = 1
return (canHeal, canTrap, canLure)
def checkHealTrapLure(self):
self.notify.debug('numToons: %s, numCogs: %s, lured: %s, trapped: %s' % (self.numToons, self.numCogs, self.luredIndices, self.trappedIndices))
if len(PythonUtil.union(self.trappedIndices, self.luredIndices)) == self.numCogs:
canTrap = 0
else:
canTrap = 1
if len(self.luredIndices) == self.numCogs:
canLure = 0
canTrap = 0
else:
canLure = 1
if self.numToons == 1:
canHeal = 0
else:
canHeal = 1
return (
canHeal, canTrap, canLure)
def __get_Slots(numRings, rng, vertical = 1):
tracks = []
tOffsets = []
fpTab = []
for i in range(numRings):
fpTab.append(PythonUtil.lineupPos(i, numRings, 2.0 / 3))
offset = 1 - fpTab[-1]
offset = rng.random() * offset * 2 - offset
fpTab = map(lambda x: x + offset, fpTab)
for i in range(0, numRings):
if vertical:
getActionsFunc = RingTracks.getVerticalSlotActions
else:
getActionsFunc = RingTracks.getHorizontalSlotActions
(actions, durations) = getActionsFunc(fpTab[i])
track = RingTrack.RingTrack(actions, durations)
tracks.append(track)
tOffsets.append((float(i) / numRings) * 0.5)
return (tracks, tOffsets, fullCirclePeriod)
def __get_Slots(numRings, rng, vertical=1):
tracks = []
tOffsets = []
fpTab = []
for i in range(numRings):
fpTab.append(PythonUtil.lineupPos(i, numRings, 2.0 / 3))
offset = 1 - fpTab[-1]
offset = rng.random() * offset * 2 - offset
fpTab = map(lambda x: x + offset, fpTab)
for i in range(0, numRings):
if vertical:
getActionsFunc = RingTracks.getVerticalSlotActions
else:
getActionsFunc = RingTracks.getHorizontalSlotActions
(actions, durations) = getActionsFunc(fpTab[i])
track = RingTrack.RingTrack(actions, durations)
tracks.append(track)
tOffsets.append((float(i) / numRings) * 0.5)
return (tracks, tOffsets, fullCirclePeriod)
def calcTimeOfImpactOnPlane(startHeight, endHeight, startVel, accel):
return PythonUtil.solveQuadratic(accel * 0.5, startVel,
startHeight - endHeight)
def enter(self):
ShtikerPage.ShtikerPage.enter(self)
try:
zone = toonbase.tcr.playGame.getPlace().getZoneId()
except:
zone = 0
if zone and ZoneUtil.isPlayground(zone) or self.book.safeMode:
self.safeZoneButton.hide()
else:
self.safeZoneButton.show()
if toonbase.localToon.estate != None and toonbase.tcr.playGame.estateLoader.atMyEstate(
) or self.book.safeMode:
self.goHomeButton.hide()
elif toonbase.housingEnabled:
self.goHomeButton.show()
if toonbase.tcr.playGame.hood == None and toonbase.tcr.playGame.estateLoader != None:
if toonbase.tcr.playGame.estateLoader.atMyEstate():
self.hoodLabel['text'] = Localizer.MapPageYouAreAtHome
self.hoodLabel.show()
else:
avatar = toonbase.tcr.identifyAvatar(
toonbase.tcr.playGame.estateLoader.estateOwnerId)
if avatar:
avName = avatar.getName()
self.hoodLabel[
'text'] = Localizer.MapPageYouAreAtSomeonesHome % Localizer.GetPossesive(
avName)
self.hoodLabel.show()
elif zone:
hoodName = ToontownGlobals.hoodNameMap.get(
ZoneUtil.getHoodId(zone), ('', ''))[1]
streetName = ToontownGlobals.StreetNames.get(
ZoneUtil.getBranchZone(zone), ('', ''))[1]
if hoodName:
self.hoodLabel['text'] = Localizer.MapPageYouAreHere % (
hoodName, streetName)
self.hoodLabel.show()
else:
self.hoodLabel.hide()
else:
self.hoodLabel.hide()
if toonbase.localToon.teleportCheat:
safeZonesVisited = ToontownGlobals.Hoods
else:
safeZonesVisited = toonbase.localToon.safeZonesVisited
hoodsAvailable = toonbase.tcr.hoodMgr.getAvailableZones()
hoodVisibleList = PythonUtil.intersection(safeZonesVisited,
hoodsAvailable)
if toonbase.localToon.teleportCheat:
hoodTeleportList = hoodVisibleList
else:
hoodTeleportList = toonbase.localToon.getTeleportAccess()
for hood in self.allZones:
label = self.labels[self.allZones.index(hood)]
clouds = self.clouds[self.allZones.index(hood)]
if not (self.book.safeMode) and hood in hoodVisibleList:
label.show()
for cloud in clouds:
cloud.hide()
fullname = toonbase.tcr.hoodMgr.getFullnameFromId(hood)
if hood in hoodTeleportList:
text = Localizer.MapPageGoTo % fullname
label['text'] = ('', text, text)
else:
label['text'] = ('', fullname, fullname)
else:
label.hide()
for cloud in clouds:
cloud.show()
return None
def enter(self):
ShtikerPage.ShtikerPage.enter(self)
try:
zone = toonbase.tcr.playGame.getPlace().getZoneId()
except:
zone = 0
if zone and ZoneUtil.isPlayground(zone) or self.book.safeMode:
self.safeZoneButton.hide()
else:
self.safeZoneButton.show()
if toonbase.localToon.estate != None and toonbase.tcr.playGame.estateLoader.atMyEstate() or self.book.safeMode:
self.goHomeButton.hide()
elif toonbase.housingEnabled:
self.goHomeButton.show()
if toonbase.tcr.playGame.hood == None and toonbase.tcr.playGame.estateLoader != None:
if toonbase.tcr.playGame.estateLoader.atMyEstate():
self.hoodLabel['text'] = Localizer.MapPageYouAreAtHome
self.hoodLabel.show()
else:
avatar = toonbase.tcr.identifyAvatar(toonbase.tcr.playGame.estateLoader.estateOwnerId)
if avatar:
avName = avatar.getName()
self.hoodLabel['text'] = Localizer.MapPageYouAreAtSomeonesHome % Localizer.GetPossesive(avName)
self.hoodLabel.show()
elif zone:
hoodName = ToontownGlobals.hoodNameMap.get(ZoneUtil.getHoodId(zone), ('', ''))[1]
streetName = ToontownGlobals.StreetNames.get(ZoneUtil.getBranchZone(zone), ('', ''))[1]
if hoodName:
self.hoodLabel['text'] = Localizer.MapPageYouAreHere % (hoodName, streetName)
self.hoodLabel.show()
else:
self.hoodLabel.hide()
else:
self.hoodLabel.hide()
if toonbase.localToon.teleportCheat:
safeZonesVisited = ToontownGlobals.Hoods
else:
safeZonesVisited = toonbase.localToon.safeZonesVisited
hoodsAvailable = toonbase.tcr.hoodMgr.getAvailableZones()
hoodVisibleList = PythonUtil.intersection(safeZonesVisited, hoodsAvailable)
if toonbase.localToon.teleportCheat:
hoodTeleportList = hoodVisibleList
else:
hoodTeleportList = toonbase.localToon.getTeleportAccess()
for hood in self.allZones:
label = self.labels[self.allZones.index(hood)]
clouds = self.clouds[self.allZones.index(hood)]
if not (self.book.safeMode) and hood in hoodVisibleList:
label.show()
for cloud in clouds:
cloud.hide()
fullname = toonbase.tcr.hoodMgr.getFullnameFromId(hood)
if hood in hoodTeleportList:
text = Localizer.MapPageGoTo % fullname
label['text'] = ('', text, text)
else:
label['text'] = ('', fullname, fullname)
else:
label.hide()
for cloud in clouds:
cloud.show()
return None
def calcTimeOfImpactOnPlane(startHeight, endHeight, startVel, accel):
return PythonUtil.solveQuadratic(accel * 0.5, startVel, startHeight - endHeight)
